AU2008200749B2 - Promoters for regulation of plant gene expression - Google Patents

Abstract

P:OPER\ims\30485061 claimadoc-14/02/2008 -336 The invention provides a method to identify a plurality of plant promoters having specified characteristics and promoters identified by the method. Also provided are 5 transgenic plants comprising the genes identified by the methods of the invention.

Description

Australian Patents Act 1990 - Regulation 3.2 ORIGINAL COMPLETE SPECIFICATION STANDARD PATENT Invention Title "Promoters for regulation of plant gene expression" The following statement is a full description of this invention, including the best method of performing it known to us:- PROMOTERS FOR REGULATION OF PLANT GENE EXPRESSION The present invention relates generally to the field of plant molecular biology. More specifically, it relates to the regulation of gene expression in plants. Manipulation of crop plants to alter and/or improve phenotypic characteristics (such as productivity or quality) requires the expression of heterologous genes in plant tissues. Such genetic manipulation relies on the availability of a means to drive and to control gene expression as required. For example, genetic manipulation relies on the availability and use of suitable promoters which are effective in plants and which regulate gene expression so as to give the desired effect(s) in the transgenic plant. It is advantageous to have the choice of a variety of different promoters so that the most suitable promoter may be selected for a particular gene, construct, cell, tissue, plant or environment. Moreover, the increasing interest in cotransforming plants with multiple plant transcription units (PTU) and the potential problems associated with using common regulatory sequences for these purposes merit having a variety of promoter sequences available. Promoters (and other regulatory components) from bacteria, viruses, fungi and plants have been used to control gene expression in plant cells. Numerous plant transformation experiments using DNA constructs comprising various promoter sequences fused to various foreign genes (for example, bacterial marker genes) have led to the identification of useful promoter sequences. It has been demonstrated that sequences up to 500-1000 bases in most instances are sufficient to allow for the regulated expression of foreign genes. However, it has also been shown that sequences much longer than 1000 bases may have useful features which permit desirable, e.g., high, levels of gene expression in transgenic plants. One desirable source for promoters which have different expression profiles is plant genomic DNA. Plant development is precisely coordinated and regulated through transcription and translation of different gene products in each cell. The expression level for each gene present in a cell not only reflects the physiological status of the cell, but also determines the range of different functions the cell can perform. Identification of genes expressed constitutively, in a specific cell type or tissue, or at a specific developmental stage, and the -I1analysis of the abundance of the corresponding gene product can provide valuable insights into basic molecular processes and identity promoters with desirable properties. cDNA and high density oligonucleotide array technology allows analysis of mRNA transcripts of hundreds to thousands of genes in parallel (Schena et al., 1995; Chee et al., 1996; Lockhart et al., 1996; DeRisi et al., 1997; Lashkari et al., 1997). In some organisms with completed genome sequences, such as yeast, global gene expression profiling at the mRNA level becomes possible (DeRisi et al., 1997). Genome scale transcription profilng enables not only parallel monitoring of gene expression, but also a more subjective approach for gene discovery because objective selection of gene probes to be put on microarrays is not required (Lockhart and Winzeler, 2000). Microarray technology has been successfully developed for studying gene expression in plants (Schena et al., 1995; Desprez et al., 1998; Yuan et al., 1998; Giege et al., 1998; Kehoe et al., 1999). The microarrays used in those studies were cDNA microarrays on glass slides or filter membranes (Duggan et al. 1999; Southern et al. 1999). The DNA probes often consist of DNA fragments of expression sequence tags (ESTs) from various A rabidopsis EST projects (i.e., Newman et al., 1994, Richmond et al., 2000, Schaffer et al., 2000). Microarrays with selected subsets of gene probes (usually in the hundreds) has been used to examine differences in gene expression during organ development (Yuan et al., 1998; Aharoni et al., 2000), and has revealed genes that are correlated or responsible for the defense response (Reymond et al., 2000). There is, therefore, a great need in the art for the identification of novel sequences that can be used for expression of selected transgenes in economically important plants. More specifically, there is a need for the systematic identification of genes that are expressed in a particular manner, e.g., using microarray technology. 5 The present invention provides an isolated nucleic acid molecule (polynucleotide) having a plant nucleotide sequence that directs root-specific (i.e., preferential) transcription of a linked nucleic acid segment in a plant, e.g., a linked plant DNA comprising an open reading frame for a structural or regulatory gene. The nucleotide sequence preferably is obtained or isolatable D from plant genomic DNA. In particular, the nucleotide sequence is obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, -2e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising any one of SEQ ID NOs: 1-51 or a fragment (portion) thereof (i.e., a promoter isolatable from any one of SEQ ID NOs: 1-51) or to a polypeptide encoded by an Oryza gene comprising SEQ ID NO:825 or 843 or a fragment (portion) thereof (i.e., a promoter isolatable from SEQ ID NO:825 or 843) which directs root-specific transcription of a linked nucleic acid segment. Preferred root-specific promoters comprise DNA obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising any one of SEQ ID NOs: 518-526 and 536-544 (which are promoters corresponding to a gene comprising an open reading frame having one of SEQ ID NOs: 358-366), but preferably any one of SEQ ID NOs: 536, 537, and 539-54 or a fragment thereof which directs root-specific transcription. Also preferred are root-specific promoters comprising DNA obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising an open reading frame having any one of SEQ ID NOs: 358-366, or a fragment thereof which directs root-specific transcription, or to a polypeptide encoded by an Oryza gene comprising an open reading frame having SEQ ID NO:774 or 792, or a fragment thereof which directs root-specific transcription. The present invention also provides an isolated nucleic acid molecule having a plant nucleotide sequence that directs constitutive transcription of a linked nucleic acid segment in a host cell, e.g., a plant cell. The nucleotide sequence preferably is obtained or isolatable from plant genomic DNA. In particular, the nucleotide sequence is obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, - 3 - 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising any one of SEQ ID NOs: 52-339 or a fragment thereof (i.e., a promoter isolatable from any one of SEQ ID NOs:52-339) which directs constitutive transcription of a linked nucleic acid segment, or to a polypeptide encoded by an Oryza gene comprising any one of SEQ ID NOs: 826-842 or 844-875 or a fragment thereof (i.e., a promoter isolatable from any one of SEQ ID NOs: 826-842, 844-875) which directs constitutive transcription of a linked nucleic acid segment. Preferred constitutive promoters comprise DNA obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene having any one of SEQ ID NOs: 477-515, 517 and 545-579 (which are promoters corresponding to a gene comprising an open reading frame having one of SEQ ID NOs:441-476 and 527-529), but preferably any one of SEQ ID NOs: 548, 550- 553, 555-558, 560, 565-568, 571-573, 575, 576, 578 and 579, or a fragment thereof which directs constitutive transcription. Also preferred are constitutive promoters comprising DNA obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90o or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising an open reading frame having any one of SEQ ID NOs:441-476 and 527-529 or a fragment thereof which directs constitutive transcription, or to a polypeptide encoded by an Oryza gene comprising an open reading frame having any one of SEQ ID NOs:775-791 or 793-824 or a fragment thereof which directs constitutive transcription. The present invention further provides an isolated nucleic acid molecule which comprises a plant nucleotide sequence that directs leaf-specific (i.e., preferential) transcription of a linked nucleic acid segment in a plant. The nucleotide sequence preferably is obtained or isolatable from plant genomic DNA. In particular, the nucleotide sequence is obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has -4at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising any one of SEQ ID NOs: 693-773 or a fragment thereof (i.e., isolatable from any one of SEQ ID NOs:693-773) which directs leaf-specific transcription of a linked nucleic acid segment. Preferred are leaf specific promoters comprising DNA obtained or isolatable from a gene encoding a polypeptide which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising an open reading frame having any one of SEQ ID NOs:601-692 or a fragment thereof which directs leaf-specific transcription. The invention also provides uses for an isolated nucleic acid molecule, e.g., DNA or RNA, comprising a plant nucleotide sequence comprising an open reading frame that is preferentially expressed in leaves, roots or constitutively, and which is substantially similar, and preferably has at least 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, and 99%, amino acid sequence identity, to a polypeptide encoded by an Arabidopsis gene comprising an open reading frame having any one of SEQ ID NOs:358-366, 441-476, 527-529 and 601-692 or the complement thereof, e.g., SEQ ID NOs:601-692 comprise the open reading frames corresponding to genes having promoters having one of SEQ ID NOs:693-773, or to a polypeptide encoded by an Oryza gene comprising an open reading frame having any one of SEQ ID NOs:774-824 or the complement thereof. For example, root-specific DNA having open reading frames which encode peroxidases, transport proteins, defense-related proteins, proteins involved in metabolism and DNA binding proteins, and constitutive open reading frames which encode cell cycle proteins, ribosomal proteins, transcription factors, defense-related proteins, stress-related proteins, transport protein, membrane proteins, structural proteins, proteins involved in metabolism, signaling proteins, kinases and synthases, may be useful to prepare plants that over- or underexpress the encoded product or to prepare knockout plants. Also provided are nucleic - 5 acid molecules comprising a nucleotide sequence having an open reading frame comprising SEQ ID NO:457, 476, or 527 (constitutive) or SEQ ID NO:602, 604, 609-610 (leaf). These sequences, while being useful to over- or underexpress the encoded product, or prepare knockout plants, may be used as a control for genes that are constitutively expressed or in a leaf-specific manner. The promoters and open reading frames of the invention can be identified by employing an array of nucleic acid samples, e.g., each sample having a plurality of oligonucleotides, and each plurality corresponding to a different plant gene, on a solid substrate, e.g., a DNA chip, and probes corresponding to nucleic acid expressed in, for example, one or more plant tissues and/or at one or more developmental stages, or probes corresponding to nucleic acid expressed in the cells of the leaves or root of a plant relative to control nucleic acid from cellular sources other than leaves or root. Thus, genes that are upregulated or downregulated in the majority of tissues at a majority of developmental stages, or upregulated or downregulated in one tissue such as in root or in leaves, can be systematically identified. As described herein, GeneChip@ technology was utilized to discover genes that are preferentially (or exclusively) expressed in various tissues including root and leaf, as well as those that are constitutively expressed, using labeled cRNA probes, determining expression levels by laser scanning and generally selecting for expression levels that were > 2 fold over the control. The Arabidopsis oligonucleotide probe array consists of probes from about 8,100 unique Arabidopsis genes, which covers approximately one third of the genome. This genome array permits a broader, more complete and less biased analysis of gene expression. Using this approach, 51 genes were identified, the expression of which was altered, e.g., elevated, in root tissues, and 92 genes were identified, the expression of which was altered at least 4-fold in leaf tissue. Similarly, 288 genes were identified that were constitutively expressed. Generally, the promoters of the invention may be employed to express an open reading frame from an insect resistance gene, a bacterial disease resistance gene, a fungal disease resistance gene, a viral disease resistance gene, a nematode disease resistance gene, a herbicide resistance gene, a gene affecting grain composition or quality, a nutrient utilization gene, a mycotoxin reduction gene, a male sterility gene, a selectable marker gene, a screenable marker gene, a negative selectable marker, a gene affecting plant agronomic characteristics, or an environment or stress resistance gene, i.e., one or more genes that confer herbicide resistance -6or tolerance, insect resistance or tolerance, disease resistance or tolerance (viral, bacterial, fungal, oomycete, or nematode), stress tolerance or resistance (as exemplified by resistance or tolerance to drought, heat, chilling, freezing, excessive moisture, salt stress, or oxidative stress), increased yields, food content and makeup, physical appearance, male sterility, drydown, standability, prolificacy, starch properties or quantity, oil quantity and quality, amino acid or protein composition, and the like. By "resistant" is meant a plant which exhibits substantially no phenotypic changes as a consequence of agent administration, infection with a pathogen, or exposure to stress. By "tolerant" is meant a plant which, although it may exhibit some phenotypic changes as a consequence of infection, does not have a substantially decreased reproductive capacity or substantially altered metabolism. In particular, root-specific promoters may be useful for expressing defense-related genes, including those conferring insecticidal resistance and stress tolerance genes, e.g., salt, cold or drought tolerance, and genes for altering nutrient uptake, and leaf-specific promoters may be useful for producing large quantities of protein, for expressing oils or proteins of interest, genes for increasing the nutritional value of a plant, and for expressing defense-related genes (e.g., against pathogens such as a virus or fungus), including genes encoding insecticidal polypeptides. Constitutive promoters are useful for expressing a wide variety of genes including those which alter metabolic pathways, confer disease resistance, for protein production, e.g., antibody production, or to improve nutrient uptake. Constitutive promoters may be modified so as to be regulatable, e.g., inducible. The genes and promoters described hereinabove can be used to identify orthologous genes and their promoters which are also likely expressed in a particular tissue and/or development manner. Moreover, the orthologous promoters are useful to express linked open reading frames. In addition, by aligning the promoters of these orthologs, novel cis elements can be identified that are useful to generate synthetic promoters. Hence, the isolated nucleic acid molecules of the invention include the orthologs of the Arabidopsis sequences disclosed herein, i.e., the corresponding nucleotide sequences in organisms other than Arabidopsis, including, but not limited to, plants other than Arabidopsis, preferably cereal plants, e.g., corn, wheat, rye, turfgrass, sorghum, millet, sugarcane, soybean, barley, alfalfa, sunflower, canola, soybean, cotton, peanut, tobacco, sugarbeet, or rice. An orthologous gene is a gene from a different species that encodes a product having the same or -7similar function, e.g., catalyzing the same reaction as a product encoded by a gene from a reference organism. Thus, an ortholog includes polypeptides having less than, e.g., 65% amino acid sequence identity, but which ortholog encodes a polypeptide having the same or similar function. Databases such GenBank or one found at http://bioserver.myongjiac.kr/rjce.html (for rice) may be employed to identify sequences related to the Arabidopsis sequences, e.g., orthologs in cereal crops such as rice, wheat, sunflower or alfalfa. SEQ ID NOs:598-600, for example, are the rice promoter, open reading frame and amino acid sequence for rice polyubiquitin, the ortholog of the Arabidopsis gene comprising SEQ ID NO:155. For example, SEQ ID NOs:774 and 792 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:360; SEQ ID NOs:789-790, 799, and 813 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:441; SEQ ID NOs: 781, 804-805, 810, 816-817, and 822 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:442; SEQ ID NOs:777, 782 783, 806, and 820 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:443; SEQ ID NOs:791, 793, and 808 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:446; SEQ ID NO:795 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:449; SEQ ID NOs:776, 784, 787, 800, and 807 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:450; SEQ ID NO:779 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:45 1; SEQ ID NO:803 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:454; SEQ ID NOs:788 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:458; SEQ ID NO:786 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:465; SEQ ID NOs:775, 778, and 814-815 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:466; SEQ ID NOs:785 and 798 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:467; SEQ ID NOs:794, 809, 812 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:47 1; SEQ ID NO:797 is a rice ortholog of the Arabidopsis gene comprising SEQ ID NO:472; SEQ ID NOs:780, 796, 802, 819, 821, and 823 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:527; SEQ ID NOs:811 and 824 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:528; and SEQ ID NOs:801 and 818 are rice orthologs of the Arabidopsis gene comprising SEQ ID NO:529 (Table 14). Additional orthologs of Arabidopsis genes herein are identified herein, such as rice orthologs for SEQ ID NOs:359-360, 441-443, 446-447, 449-450, 465-467 and 527-529; corn orthologs for SEQ ID NOs:360, 441-442, 465-467, 527, 529; wheat -8 orthologs for SEQ ID NOs:441-442; sunflower orthologs for SEQ ID NOs:441-442; and alfalfa orthologs for SEQ ID NOs:365 and 529 (Table 15). Alternatively, recombinant DNA techniques such as hybridization or PCR may be employed to identify sequences related to the Arabidopsis sequences or to clone the equivalent sequences from different Arabidopsis DNAs. The encoded ortholog products likely have at least 70% sequence identity to each other. Hence, the invention includes an isolated nucleic acid molecule comprising a nucleotide sequence from a gene that encodes a polypeptide having at least 70% identity to a polypeptide encoded by a gene having one or more of the Arabidopsis or Oryza sequences disclosed herein. For example, promoter sequences within the scope of the invention are those which direct expression of an open reading frame which encodes a polypeptide that is substantially similar to an Arabidopsis polypeptide encoded by a gene having a promoter selected from the group consisting of SEQ ID NOs:1-339, 447-515, 517-526, 536-579 and 693-773 or a polypeptide that is substantially similar to an Oryza polypeptide encoded by a gene having a promoter selected from the group consisting of SEQ ID NOs:825-875. Preferably, the promoters of the invention include a consecutive stretch of about 25 to 2000, including 50 to 500 or 100 to 250, and up to 1000 or 1500, contiguous nucleotides, e.g., 40 to about 743, 60 to about 743, 125 to about 743, 250 to about 743, 400 to about 743, 600 to about 743, of any one of SEQ ID NOs:l-339, 477-515, 517-526, 536-579, and 693-773, or the promoter orthologs thereof, e.g., SEQ ID NOs: 825-875, which include the minimal promoter region. In a particular embodiment of the invention said consecutive stretch of about 25 to 2000, including 50 to 500 or 100 to 250, and up to 1000 or 1500, contiguous nucleotides, e.g., 40 to about 743, 60 to about 743, 125 to about 743, 250 to about 743, 400 to about 743, 600 to about 743, has at least 75%, preferably 80%, more preferably 90% and most preferably 95% sequence identity with a corresponding consecutive stretch of about 25 to 2000, including 50 to 500 or 100 to 250, and up to 1000 or 1500, contiguous nucleotides, e.g., 40 to about 743, 60 to about 743, 125 to about 743, 250 to about 743, 400 to about 743, 600 to about 743, of any one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579, and 693-773, or the promoter orthologs thereof, which include the minimal promoter region. In a preferred embodiment of the invention said consecutive stretch of about 25 to 2000, including 50 to 500 or 100 to 250, and up to 1000 or 1500, contiguous nucleotides, e.g., -9- 40 to about 743, 60 to about 743, 125 to about 743, 250 to about 743, 400 to about 743, 600 to about 743, has at least 75%, preferably 80%, more preferably 90% and most preferably 95% sequence identity with a corresponding consecutive stretch of about 25 to 2000, including 50 to 500 or 100 to 250, and up to 1000 or 1500, contiguous nucleotides, e.g., 40 to about 743, 60 to about 743, 125 to about 743, 250 to about 743, 400 to about 743, 600 to about 743, of any one of SEQ ID NOs: 536-579, preferably of any one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof, which include the minimal promoter region. Preferably, the nucleotide sequence that includes the promoter region includes at least one copy of a TATA box and, for leaf-specific expression, preferably a light responsive element, e.g., SEQ ID NO:587. Thus, the invention provides plant promoters, including orthologs of Arabidopsis promoters corresponding to any one of SEQ ID NOs: 1-339, 477 515, 517-526, 536-579, 693-773, e.g., SEQ ID NOs:825-875 and orthologs thereof. The present invention further provides a composition, an expression cassette or a recombinant vector containing the nucleic acid molecule of the invention, and host cells comprising the expression cassette or vector, e.g., comprising a plasmid. In particular, the present invention provides an expression cassette or a recombinant vector comprising a promoter of the invention linked to a nucleic acid segment which, when present in a plant, plant cell or plant tissue, results in transcription of the linked nucleic acid segment. In its broadest sense, the term "substantially similar" when used herein with respect to a nucleotide sequence means that the nucleotide sequence is part of a gene which encodes a polypeptide having substantially the same structure and function as a polypeptide encoded by a gene for the reference nucleotide sequence, e.g., the nucleotide sequence comprises a promoter from a gene that is the ortholog of the gene corresponding to the reference nucleotide sequence, as well as promoter sequences that are structurally related the promoter sequences particularly exemplified herein, i.e., the substantially similar promoter sequences hybridize to the complement of the promoter sequences exemplified herein under high or very high stringency conditions. The term "substantially similar" thus includes nucleotide sequences wherein the sequence has been modified, for example, to optimize expression in particular cells, as well as nucleotide sequences encoding a variant polypeptide having one or more amino acid substitutions relative to the (unmodified) polypeptide encoded by the reference sequence, - 10which substitution(s) does not alter the activity of the variant polypeptide relative to the unmodified polypeptide. In its broadest sense, the term "substantially similar" when used herein with respect to polypeptide means that the polypeptide has substantially the same structure and function as the reference polypeptide. The percentage of amino acid sequence identity between the substantially similar and the reference polypeptide is at least 65%, 66%, 67%, 68%, 69%, 70%, e.g., 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81 %, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, and even 90% or more, e.g., 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, up to at least 99%, wherein the reference polypeptide is an Arabidopsis polypeptide encoded by a gene with a promoter having any one of SEQ ID NOs:1-339, 477-515, 517-526, 536-579, and 693-773, e.g., a nucleotide sequence comprising an open reading frame having any one of SEQ ID NOs: 358-366, 441-476, 527-529 or 601 692, or wherein the reference polypeptide is an Oryza polypeptide encoded by a gene with a promoter having any one of SEQ ID NOs:825-875. One indication that two polypeptides are substantially similar to each other, besides having substantially the same function, is that an agent, e.g., an antibody, which specifically binds to one of the polypeptides, specifically binds to the other. Sequence comparisons maybe carried out using a Smith-Waterman sequence alignment algorithm (see e.g., Waterman (1995) or http://www hto.usc.edu/software/seqaln/index.html). The localS program, version 1. 16, is preferably used with following parameters: match: 1, mismatch penalty: 0.33, open-gap penalty: 2, extended-gap penalty: 2. Further, a nucleotide sequence that is "substantially similar" to a reference nucleotide sequence hybridizes to the reference nucleotide sequence in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50'C with washing in 2X SSC, 0.1% SDS at 50'C, more desirably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , I mM EDTA at 50'C with washing in IX SSC, 0.1% SDS at 50*C, more desirably still in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50'C with washing in 0.5X SSC, 0.1% SDS at 50'C, preferably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , I mM EDTA at 50'C with washing in 0.1 X SSC, 0. 1% SDS at 50*C, more preferably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50C with washing in 0.1X SSC, 0.1% SDS at 65 0 C. The invention also provides sense and anti-sense nucleic acid molecules corresponding to the open reading frames identified herein as well as their orthologs. Also provided are - 11 compositions, expression cassettes, e.g., recombinant vectors, and host cells, comprising the nucleic acid molecule which comprises a nucleic acid segment which encodes a polypeptide which is preferentially expressed in leaves or roots (e.g., SEQ ID NOs:358-366, 441-476, 527 529, 774, 729 and 601-692), or constitutively expressed, in either sense or antisense orientation. In one embodiment, the invention provides an expression cassette or vector containing an isolated nucleic acid molecule having a nucleotide sequence that directs root-specific, constitutive, or leaf-specific transcription of a linked nucleic acid segment in a cell, which nucleotide sequence is from a gene which encodes a polypeptide having, e.g., at least 70% identity to an Arabidopsis polypeptide encoded by a gene having one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579 or 693-773, preferably one of SEQ ID NOs: 536-579, more preferably one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof, e.g., SEQ ID NOs:825-875, and which nucleotide sequence is optionally operably linked to other suitable regulatory sequences, e.g., a transcription terminator sequence, operator, repressor binding site, transcription factor binding site and/or an enhancer. This expression cassette or vector may be contained in a host cell. The expression cassette or vector may augment the genome of a transformed plant or may be maintained extrachromosomally. The expression cassette may be operatively linked to a structural gene, the open reading frame thereof, or a portion thereof. The expression cassette may further comprise a Ti plasmid and be contained in an Agrobacterium tumefaciens cell; it may be carried on a microparticle, wherein the microparticle is suitable for ballistic transformation of a plant cell; or it may be contained in a plant cell or protoplast. Further, the expression cassette or vector can be contained in a transformed plant or cells thereof, and the plant may be a dicot or a monocot. In particular, the plant may be a cereal plant. The present invention further provides a method of augmenting a plant genome by contacting plant cells with a nucleic acid molecule of the invention, e.g., one having a nucleotide sequence that directs root-specific, constitutive or leaf-specific transcription of a linked nucleic acid segment isolatable or obtained from a plant gene encoding a polypeptide that is substantially similar to a polypeptide encoded by the an Arabidopsis gene having a sequence according to any one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579, or 693-773, preferably to any one of SEQ ID NOs: 536-579, more preferably to any one of SEQ ID Nos: 536; 537; 539-542; - 12- 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof, e.g., SEQ ID NOs:825-875, so as to yield transformed plant cells; and regenerating the transformed plant cells to provide a differentiated transformed plant, wherein the differentiated transformed plant expresses the nucleic acid molecule in the cells of the plant. The nucleic acid molecule may be present in the nucleus, chloroplast, mitochondria and/or plastid of the cells of the plant. The present invention also provides a transgenic plant prepared by this method, a seed from such a plant and progeny plants from such a plant including hybrids and inbreds. Preferred transgenic plants are transgenic maize, soybean, barley, alfalfa, sunflower, canola, soybean, cotton, peanut, sorghum, tobacco, sugarbeet, rice, wheat, rye, turfgrass, millet, sugarcane, tomato, or potato. A transformed (transgenic) plant of the invention includes plants, the genome of which is augmented by a nucleic acid molecule of the invention, or in which the corresponding gene has been disrupted, e.g., to result in a loss, a decrease or an alteration, in the function of the product encoded by the gene, which plant may also have increased yields and/or produce a better-quality product than the corresponding wild-type plant. The nucleic acid molecules of the invention are thus useful for targeted gene disruption, as well as markers and probes. The invention also provides a method of plant breeding, e.g., to prepare a crossed fertile transgenic plant. The method comprises crossing a fertile transgenic plant comprising a particular nucleic acid molecule of the invention with itself or with a second plant, e.g., one lacking the particular nucleic acid molecule, to prepare the seed of a crossed fertile transgenic plant comprising the particular nucleic acid molecule. The seed is then planted to obtain a crossed fertile transgenic plant. The plant may be a monocot or a dicot. In a particular embodiment, the plant is a cereal plant. The crossed fertile transgenic plant may have the particular nucleic acid molecule inherited through a female parent or through a male parent. The second plant may be an inbred plant. The crossed fertile transgenic may be a hybrid. Also included within the present invention are seeds of any of these crossed fertile transgenic plants. The various breeding steps are characterized by well-defined human intervention such as selecting the lines to be crossed, directing pollination of the parental lines, or selecting appropriate progeny plants. Depending on the desired properties different breeding measures are taken. The relevant techniques are well known in the art and include but are not limited to - 13 hybridization, inbreeding, backcross breeding, multiline breeding, variety blend, interspecific hybridization, aneuploid techniques, etc. Hybridization techniques also include the sterilization of plants to yield male or female sterile plants by mechanical, chemical or biochemical means. Cross pollination of a male sterile plant with pollen of a different line assures that the genome of the male sterile but female fertile plant will uniformly obtain properties of both parental lines. Thus, the transgenic plants according to the invention can be used for the breeding of improved plant lines that for example increase the effectiveness of conventional methods such as herbicide or pesticide treatment or allow to dispense with said methods due to their modified genetic properties. Alternatively new crops with improved stress tolerance can be obtained that, due to their optimized genetic "equipment", yield harvested product of better quality than products that were not able to tolerate comparable adverse developmental conditions. The present invention also provides a method to identify a nucleotide sequence that directs root-specific transcription of linked nucleic acid in the genome of a plant cell by contacting a probe of plant nucleic acid, e.g., cRNA, isolated from root as well as other tissues of a plant, with a plurality of isolated nucleic acid samples on one or more, i.e., a plurality of, solid substrates so as to form a complex between at least a portion of the probe and a nucleic acid sample(s) having sequences that are structurally related to the sequences in the probe. Each sample comprises one or a plurality of oligonucleotides corresponding to at least a portion of a plant gene. Then complex formation is compared between samples contacted with the root-specific probe and samples contacted with a non-root specific probe so as to determine which RNAs are expressed in root tissues of the plant. The probe and/or samples may be nucleic acid from a dicot or from a monocot. The present invention also provides a method to identify a nucleotide sequence that directs constitutive transcription of nucleic acid in the genome of a plant cell by contacting a probe of plant nucleic acid, e.g., cRNA, isolated from various tissues of a plant and at various developmental stages with a plurality of isolated nucleic acid samples on one or more, i.e., a plurality of, solid substrates so as to form a complex between at least a portion of the probe and a nucleic acid sample(s) having sequences that are structurally related to the sequences in the probe. Each sample comprises one or a plurality of oligonucleotides corresponding to at least a portion of a plant gene. Complex formation is then compared to determine which - 14 - RNAs are present in a majority of, preferably in substantially all, tissues, in a majority of, preferably at substantially all, developmental stages of the plant. The probe and/or samples may be nucleic acid from a dicot or from a monocot. The invention also provides a gene, the expression of which is useful to normalize the expression of other genes. When performing gene expression quantitative analysis, it is important to normalize the gene expression of the unknown to a known constitutive expressing gene. To achieve accurate relative quantification for the measurement of gene expression in samples, the expression of the gene of interest is compared to the expression of a gene whose expression does not vary with experimental treatment. This comparison is essential for accurate relative quantification because this normalization process eliminates any remaining error that may arise from sample quality variance. Using methodologies described herein, two genes were identified, APX3 and TRX3 (ascorbate peroxidase and thioredoxin), whose expression does not vary upon virus infection, bacterial infection or between different tissue types. Probes and primer sets were prepared to measure the expression levels of these genes using quantitative PCR. Whereas the expression level of a pathogenesis related gene in infected Arabidopsis rises upon infection compared to the same gene in the noninfected control plant, the expression levels of APX3 and TRX3 remained consistent in mock and experimentally treated plants. APX3 and TRX3 gene expression levels also remained consistent between normal and cold-treated plants. These genes and their plant kingdom orthologs are useful as normalization standards for quantitative gene expression analysis in Arabidopsis, as well as other dicots and monocots. The present invention also provides a method to identify a nucleotide sequence that directs transcription of nucleic acid in the genome of a plant cell in leaf tissue, by contacting a probe of plant nucleic acid, e.g., cRNA, isolated from leaf as well as other tissues of a plant with a plurality of isolated nucleic acid samples on one or more, i.e., a plurality of, solid substrates, so as to form a complex between at least a portion of the probe and a nucleic acid sample(s) having sequences that are structurally related to the sequences in the probe. Each sample comprises one or a plurality of, oligonucleotides corresponding to at least a portion of a plant gene. Then complex formation is determined or detected to identify which samples - 15 represent genes that are expressed in leaf. The probe and/or samples may be nucleic acid from a dicot or from a monocot. The compositions of the invention include plant nucleic acid molecules, and the amino acid sequences for the polypeptides or partial-length polypeptides encoded by the nucleic acid molecule which comprises an open reading frame. These sequences can be employed to alter expression of a particular gene corresponding to the open reading frame by decreasing or eliminating expression of that plant gene or by overexpressing a particular gene product. Methods of this embodiment of the invention include stably transforming a plant with the nucleic acid molecule which includes an open reading frame operably linked to a promoter capable of driving expression of that open reading frame (sense or antisense) in a plant cell. By "portion" or "fragment", as it relates to a nucleic acid molecule which comprises an open reading frame or a fragment thereof encoding a partial-length polypeptide having the activity of the full length polypeptide, is meant a sequence having at least 80 nucleotides, more preferably at least 150 nucleotides, and still more preferably at least 400 nucleotides. If not employed for expressing, a "portion" or "fragment" means at least 9, preferably 12, more preferably 15, even more preferably at least 20, consecutive nucleotides, e.g., probes and primers (oligonucleotides), corresponding to the nucleotide sequence of the nucleic acid molecules of the invention. Thus, to express a particular gene product, the method comprises introducing to a plant. plant cell, or plant tissue an expression cassette comprising a promoter linked to an open reading frame so as to yield a transformed differentiated plant, transformed cell or transformed tissue. Transformed cells or tissue can be regenerated to provide a transformed differentiated plant. The transformed differentiated plant or cells thereof preferably expresses the open reading frame in an amount that alters the amount of the gene product in the plant or cells thereof, which product is encoded by the open reading frame. The present invention also provides a transformed plant prepared by the method, progeny and seed thereof. The invention further includes a nucleotide sequence which is complementary to one (hereinafter "test" sequence) which hybridizes under stringent conditions with a nucleic acid molecule of the invention as well as RNA which is transcribed from the nucleic acid molecule. When the hybridization is performed under stringent conditions, either the test or nucleic acid molecule of invention is preferably supported, e.g., on a membrane or DNA chip. Thus, either a denatured test or nucleic acid molecule of the invention is preferably first bound to a support - 16and hybridization is effected for a specified period of time at a temperature of, e.g., between 55 and 70 0 C, in double strength citrate buffered saline (SC) containing 0.1% SDS followed by rinsing of the support at the same temperature but with a buffer having a reduced SC concentration. Depending upon the degree of stringency required such reduced concentration buffers are typically single strength SC containing 0. 1 % SDS, half strength SC containing 0.1% SDS and one-tenth strength SC containing 0.1% SDS. A computer readable medium containing one or more of the nucleotide sequences of the invention as wel as methods of use for the computer readable medium are provided. This medium allows a nucleotide sequence corresponding to at least one of SEQ ID NOs:1-339, 477-515, 517-526, 536-579, 693-773 or 825-875 (promoters), and 358-366, 441-476, 527 529, 601-692 or 774-824 (open reading frames), to be used as a reference sequence to search against a database. This medium also allows for computer-based manipulation of a nucleotide sequence corresponding to at least one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579, 693-773 or 825-875 and 358-366, 441-476, 527-529, 601-692 or 774-824. In accordance with the present invention, nucleic acid constructs are provided that allow initiation of transcription in a "root-specific" or "leaf-specific" manner. Constructs of the invention comprise regulated transcription initiation regions associated with protein translation elongation, and the compositions of the present invention are drawn to novel nucleotide sequences for root-specific as well as leaf-specific expression. The present invention thus provides for isolated nucleic acid molecules comprising a plant nucleotide sequence that directs root-specific or leaf-specific transcription of a linked nucleic acid fragment in a plant cell. Preferably, nucleotide sequence is obtained from plant genomic DNA from a gene encoding a polypeptide which is substantially similar and preferably has, e.g., at 5 least 70% amino acid sequence identity to a polypeptide encoded by an Arabidopsis gene having any one of SEQ ID NOs: 1-51, 518-526 and 536-544 (root-specific promoters) or orthologs thereof, e.g., SEQ ID Nos:825 or 843, or 693-773 (leaf-specific promoters) or a fragment thereof which directs root- or leaf-specific expression, respectively. Thus, these nucleotide sequences exhibit promoter activity in root or leaf tissues. Root-specific or leaf specific promoters may be obtained from other plant species by using the Arabidopsis promoter or corresponding genes sequences described herein as probes to screen for - 17homologous structural genes in other plants by hybridization under low, moderate or stringent hybridization conditions. Regions of the tissue-specific promoter sequences of the present invention which are conserved among species could also be used as PCR primers to amplify a segment from a species other than Arabidopsis, and that segment used as a hybridization probe (the latter approach permitting higher stringency screening) or in a transcriptional assay to determine promoter activity. Moreover, the tissue-specific sequences could be employed to identify structurally related sequences in a database using computer algorithms. These promoters are capable of driving the expression of a coding sequence in a target cell, particularly in a plant cell. The promoter sequences and methods disclosed herein are useful in regulating tissue-specific expression of any heterologous nucleotide sequence in a host plant in order to vary the phenotype of that plant. These promoters can be used with combinations of enhancer, upstream elements, and/or activating sequences from the 5' flanking regions of plant expressible structural genes. Similarly the upstream element can be used in combination with various plant promoter sequences. Also in accordance with the present invention, nucleic acid constructs are provided that allow initiation of transcription in a "tissue-independent," "tissue general," or "constitutive" manner. Constructs of this embodiment invention comprise regulated transcription initiation regions associated with protein translation elongation and the compositions of this embodiment of the present invention are drawn to novel nucleotide sequences for tissue-independent, tissue-general, or constitutive plant promoters. By "tissue-independent," "tissue-general," or "constitutive" is intended expression in the cells throughout a plant at most times and in most tissues. As with other promoters classified as "constitutive" (e.g., ubiquitin), some variation in absolute levels of expression can exist among different tissues or stages. The present invention thus provides for isolated nucleic acid molecules comprising a plant nucleotide sequence that directs constitutive transcription of a linked nucleic acid fragment in a plant cell. Preferably, the nucleotide sequence is obtained from plant genomic DNA from a gene encoding a polypeptide which is substantially similar and preferably has, e.g. at least 70% amino acid sequence identity to a polypeptide encoded by an Arabidopsis gene having any one of SEQ ID NOs:52-339, 477-515, 517, 545-579, 826-842, 844-875 or a fragment thereof which exhibits promoter activity in a constitutive fashion (i.e., at most times and in most tissues). Constitutive promoter sequences may be obtained from other plant - 18species by using the constitutive Arabidopsis promoter sequences or corresponding genes described herein as probes to screen for homologous structural genes in other plants by hybridization under low, moderate or stringent hybridization conditions. Regions of the constitutive promoter sequences of the present invention which are conserved among species could also be used as PCR primers to amplify a segment from a species other than Arabidopsis, and that segment used as a hybridization probe (the latter approach permitting higher stringency screening) or in a transcription assay to determine promoter activity. Moreover, the constitutive promoter sequences could be employed to identify structurally related sequences in a database using computer algorithms. These constitutive promoters are capable of driving the expression of a coding sequence in a target cell, particularly in a plant cell. The promoter sequences and methods disclosed herein are useful in regulating constitutive expression of any heterologous nucleotide sequence in a host plant in order to vary the phenotype of that plant. These promoters can be used with combinations of enhancer, upstream elements, and/or activating sequences from the 5' flanking regions of plant expressible structural genes. Similarly the upstream element can be used in combination with various plant promoter sequences. In one embodiment the promoter and upstream element are used together to obtain at least 10-fold higher expression of an introduced gene in monocot transgenic plants than is obtained with the maize ubiquitin 1 promoter. In particular, all of the promoters of the invention are useful to modify the phenotype of a plant. Various changes in the phenotype of a transgenic plant are desirable, i.e., modifying the fatty acid composition in a plant, altering the amino acid content of a plant, altering a plant's pathogen defense mechanism, and the like. These results can be achieved by providing expression of heterologous products or increased expression of endogenous products in plants. Alternatively, the results can be achieved by providing for a reduction of expression of one or more endogenous products, particularly enzymes or cofactors in the plant. These changes result in an alteration in the phenotype of the transformed plant. Definitions The term "gene" is used broadly to refer to any segment of nucleic acid associated with a biological function. Thus, genes include coding sequences and/or the regulatory sequences - 19 required for their expression. For example, gene refers to a nucleic acid fragment that expresses mRNA or functional RNA, or encodes a specific protein, and which includes regulatory sequences. Genes also include nonexpressed DNA segments that, for example, form recognition sequences for other proteins. Genes can be obtained from a variety of sources, including cloning from a source of interest or synthesizing from known or predicted sequence information, and may include sequences designed to have desired parameters. The term "native" or "wild type" gene refers to a gene that is present in the genome of an untransformed cell, i.e., a cell not having a known mutation. A "marker gene" encodes a selectable or screenable trait. The term "chimeric gene" refers to any gene that contains 1) DNA sequences, including regulatory and coding sequences, that are not found together in nature, or 2) sequences encoding parts of proteins not naturally adjoined, or 3) parts of promoters that are not naturally adjoined. Accordingly, a chimeric gene may comprise regulatory sequences and coding sequences that are derived from different sources, or comprise regulatory sequences and coding sequences derived from the same source, but arranged in a manner different from that found in nature. A "transgene" refers to a gene that has been introduced into the genome by transformation and is stably maintained. Transgenes may include, for example, genes that are either heterologous or homologous to the genes of a particular plant to be transformed. Additionally, transgenes may comprise native genes inserted into a non-native organism, or chimeric genes. The term "endogenous gene" refers to a native gene in its natural location in the genome of an organism. A "foreign" gene refers to a gene not normally found in the host organism but that is introduced by gene transfer. An "oligonucleotide" corresponding to a nucleotide sequence of the invention, e.g., for use in probing or amplification reactions, may be about 30 or fewer nucleotides in length (e.g., 9, 12, 15, 18, 20, 21 or 24, or any number between 9 and 30). Generally specific primers are upwards of 14 nucleotides in length. For optimum specificity and cost effectiveness, primers of 16 to 24 nucleotides in length may be preferred. Those skilled in the art are well versed in the design of primers for use processes such as PCR. If required, probing can be done with entire restriction fragments of the gene disclosed herein which may be 100's or even 1000's of nucleotides in length. - 20- The terms "protein," "peptide" and "polypeptide" are used interchangeably herein. The nucleotide sequences of the invention can be introduced into any plant. The genes to be introduced can be conveniently used in expression cassettes for introduction and expression in any plant of interest. Such expression cassettes will comprise the transcriptional initiation region of the invention linked to a nucleotide sequence of interest. Preferred promoters include constitutive, tissue-specific, developmental-specific, inducible and/or viral promoters. Such an expression cassette is provided with a plurality of restriction sites for insertion of the gene of interest to be under the transcriptional regulation of the regulatory regions. The expression cassette may additionally contain selectable marker genes. The cassette will include in the 5'-3' direction of transcription, a transcriptional and translational initiation region, a DNA sequence of interest, and a transcriptional and translational termination region functional in plants. The termination region may be native with the transcriptional initiation region, may be native with the DNA sequence of interest, or may be derived from another source. Convenient termination regions are available from the Ti-plasmid of A. tumefaciens, such as the octopine synthase and nopaline synthase termination regions. See also, Guerineau et al., 1991; Proudfoot, 1991; Sanfacon et al., 1991; Mogen et al., 1990; Munroe et al., 1990; Ballas et al., 1989; Joshi et al., 1987. "Coding sequence" refers to a DNA or RNA sequence that codes for a specific amino acid sequence and excludes the non-coding sequences. It may constitute an "uninterrupted coding sequence", i.e., lacking an intron, such as in a cDNA or it may include one or more introns bounded by appropriate splice junctions. An "intron" is a sequence of RNA which is contained in the primary transcript but which is removed through cleavage and re-ligation of the RNA within the cell to create the mature mRNA that can be translated into a protein. The terms "open reading frame" and "ORF" refer to the amino acid sequence encoded between translation initiation and termination codons of a coding sequence. The terrns "initiation codon" and "termination codon" refer to a unit of three adjacent nucleotides ('codon') in a coding sequence that specifies initiation and chain termination, respectively, of protein synthesis (mRNA translation). A "functional RNA" refers to an antisense RNA, ribozyme, or other RNA that is not translated. The term "RNA transcript" refers to the product resulting from RNA polymerase - 21 catalyzed transcription of a DNA sequence. When the RNA transcript is a perfect complementary copy of the DNA sequence, it is referred to as the primary transcript or it may be a RNA sequence derived from posttranscriptional processing of the primary transcript and is referred to as the mature RNA. "Messenger RNA" (mRNA) refers to the RNA that is without introns and that can be translated into protein by the cell. "cDNA" refers to a single- or a double-stranded DNA that is complementary to and derived from mRNA. "Regulatory sequences" and "suitable regulatory sequences" each refer to nucleotide sequences located upstream (5' non-coding sequences), within, or downstream (3' non-coding sequences) of a coding sequence, and which influence the transcription, RNA processing or stability, or translation of the associated coding sequence. Regulatory sequences include enhancers, promoters, translation leader sequences, introns, and polyadenylation signal sequences. They include natural and synthetic sequences as well as sequences which may be a combination of synthetic and natural sequences. As is noted above, the term "suitable regulatory sequences" is not limited to promoters. "5' non-coding sequence" refers to a nucleotide sequence located 5' (upstream) to the coding sequence. It is present in the fully processed mRNA upstream of the initiation codon and may affect processing of the primary transcript to mRNA, mRNA stability or translation efficiency (Turner et al., 1995). '3' non-coding sequence" refers to nucleotide sequences located 3' (downstream) to a coding sequence and include polyadenylation signal sequences and other sequences encoding regulatory signals capable of affecting mRNA processing or gene expression. The polyadenylation signal is usually characterized by affecting the addition of polyadenylic acid tracts to the 3' end of the mRNA precursor. The use of different 3' non-coding sequences is exemplified by Ingelbrecht et al., 1989. The term "translation leader sequence" refers to that DNA sequence portion of a gene between the promoter and coding sequence that is transcribed into RNA and is present in the fully processed nRNA upstream (5') of the translation start codon. The translation leader sequence may affect processing of the primary transcript to mRNA, mRNA stability or translation efficiency. The term "mature" protein refers to a post-translationally processed polypeptide without its signal peptide. "Precursor" protein refers to the primary product of translation of - 22 an mRNA. "Signal peptide" refers to the amino terminal extension of a polypeptide, which is translated in conjunction with the polypeptide forming a precursor peptide and which is required for its entrance into the secretory pathway. The term "signal sequence" refers to a nucleotide sequence that encodes the signal peptide. The term "intracellular localization sequence" refers to a nucleotide sequence that encodes an intracellular targeting signal. An "intracellular targeting signal" is an amino acid sequence that is translated in conjunction with a protein and directs it to a particular sub cellular compartment. "Endoplasmic reticulum (ER) stop transit signal" refers to a carboxy terminal extension of a polypeptide, which is translated in conjunction with the polypeptide and causes a protein that enters the secretory pathway to be retained in the ER. "ER stop transit sequence" refers to a nucleotide sequence that encodes the ER targeting signal. Other intracellular targeting sequences encode targeting signals active in seeds and/or leaves and vacuolar targeting signals. "Promoter" refers to a nucleotide sequence, usually upstream (5') to its coding sequence, which controls the expression of the coding sequence by providing the recognition for RNA polymerase and other factors required for proper transcription. "Promoter" includes a minimal promoter that is a short DNA sequence comprised of a TATA box and other sequences that serve to specify the site of transcription initiation, to which regulatory elements are added for control of expression. "Promoter" also refers to a nucleotide sequence that includes a minimal promoter plus regulatory elements that is capable of controlling the expression of a coding sequence or functional RNA. This type of promoter sequence consists of proximal and more distal upstream elements, the latter elements often referred to as enhancers. Accordingly, an "enhancer" is a DNA sequence which can stimulate promoter activity and may be an innate element of the promoter or a heterologous element inserted to enhance the level or tissue specificity of a promoter. It is capable of operating in both orientations (normal or flipped), and is capable of functioning even when moved either upstream or downstream from the promoter. Both enhancers and other upstream promoter elements bind sequence-specific DNA-binding proteins that mediate their effects. Promoters may be derived in their entirety from a native gene, or be composed of different elements derived from different promoters found in nature, or even be comprised of synthetic DNA segments. A promoter may also contain DNA sequences that are involved in the binding of - 23 protein factors which control the effectiveness of transcription initiation in response to physiological or developmental conditions. The "initiation site" is the position surrounding the first nucleotide that is part of the transcribed sequence, which is also defined as position +1. With respect to this site all other sequences of the gene and its controlling regions are numbered. Downstream sequences (i.e., further protein encoding sequences in the 3' direction) are denominated positive, while upstream sequences (mostly of the controlling regions in the 5' direction) are denominated negative. Promoter elements, particularly a TATA element, that are inactive or that have greatly reduced promoter activity in the absence of upstream activation are referred to as "minimal or core promoters." In the presence of a suitable transcription factor, the minimal promoter functions to permit transcription. A "minimal or core promoter" thus consists only of all basal elements needed for transcription initiation, e.g., a TATA box and/or an initiator. "Constitutive expression" refers to expression using a constitutive or regulated promoter. "Conditional" and "regulated expression" refer to expression controlled by a regulated promoter. "Constitutive promoter" refers to a promoter that is able to express the open reading frame (ORF) that it controls in all or nearly all of the plant tissues during all or nearly all developmental stages of the plant. Each of the transcription-activating elements do not exhibit an absolute tissue-specificity, but mediate transcriptional activation in most plant parts at a level of >1% of the level reached in the part of the plant in which transcription is most active. "Regulated promoter" refers to promoters that direct gene expression not constitutively, but in a temporally- and/or spatially-regulated manner, and includes both tissue specific and inducible promoters. It includes natural and synthetic sequences as well as sequences which may be a combination of synthetic and natural sequences. Different promoters may direct the expression of a gene in different tissues or cell types, or at different stages of development, or in response to different environmental conditions. New promoters of various types useful in plant cells are constantly being discovered, numerous examples may be found in the compilation by Okamuro et al. (1989). Typical regulated promoters useful in plants include but are not limited to safener-inducible promoters, promoters derived from the - 24 tetracycline-inducible system, promoters derived from salicylate-inducible systems, promoters derived from alcohol-inducible systems, promoters derived from glucocorticoid-inducible system, promoters derived from pathogen-inducible systems, and promoters derived from ecdysone-inducible systems. "Tissue-specific promoter" refers to regulated promoters that are not expressed in all plant cells but only in one or more cell types in specific organs (such as leaves or seeds), specific tissues (such as embryo or cotyledon), or specific cell types (such as leaf parenchyma or seed storage cells). These also include promoters that are temporally regulated, such as in early or late embryogenesis, during fruit ripening in developing seeds or fruit, in fully differentiated leaf, or at the onset of senescence. "Inducible promoter" refers to those regulated promoters that can be turned on in one or more cell types by an external stimulus, such as a chemical, light, hormone, stress, or a pathogen. "Operably-linked" refers to the association of nucleic acid sequences on single nucleic acid fragment so that the function of one is affected by the other. For example, a regulatory DNA sequence is said to be "operably linked to" or "associated with" a DNA sequence that codes for an RNA or a polypeptide if the two sequences are situated such that the regulatory DNA sequence affects expression of the coding DNA sequence (i.e., that the coding sequence or functional RNA is under the transcriptional control of the promoter). Coding sequences can be operably-linked to regulatory sequences in sense or antisense orientation. "Expression" refers to the transcription and/or translation of an endogenous gene, ORF or portion thereof, or a transgene in plants. For example, in the case of antisense constructs, expression may refer to the transcription of the antisense DNA only. In addition, expression refers to the transcription and stable accumulation of sense (mRNA) or functional RNA. Expression may also refer to the production of protein. "Specific expression" is the expression of gene products which is united to one or a few plant tissues (spatial limitation) and/or to one or a few plant developmental stages (temporal limitation). It is acknowledged that hardly a true specificity exists: promoters seem to be preferably switch on in some tissues, while in other tissues there can be no or only little activity. This phenomenon is known as leaky expression. However, with specific expression in this invention is meant preferable expression in one or a few plant tissues. - 25 - The "expression pattern" of a promoter (with or without enhancer) is the pattern of expression levels which shows where in the plant and in what developmental stage transcription is initiated by said promoter. Expression patterns of a set of promoters are said to be complementary when the expression pattern of one promoter shows little overlap with the expression pattern of the other promoter. The level of expression of a promoter can be determined by measuring the 'steady state' concentration of a standard transcribed reporter mRNA. This measurement is indirect since the concentration of the reporter mRNA is dependent not only on its synthesis rate, but also on the rate with which the mRNA is degraded. Therefore, the steady state level is the product of synthesis rates and degradation rates. The rate of degradation can however be considered to proceed at a fixed rate when the transcribed sequences are identical, and thus this value can serve as a measure of synthesis rates. When promoters are compared in this way techniques available to those skilled in the art are hybridization Sl-RNAse analysis, northern blots and competitive RT-PCR. This list of techniques in no way represents all available techniques, but rather describes commonly used procedures used to analyze transcription activity and expression levels of mRNA. The analysis of transcription start points in practically all promoters has revealed that there is usually no single base at which transcription starts, but rather a more or less clustered set of initiation sites, each of which accounts for some start points of the mRNA. Since this distribution varies from promoter to promoter the sequences of the reporter mRNA in each of the populations would differ from each other. Since each mRNA species is more or less prone to degradation, no single degradation rate can be expected for different reporter mRNAs. It has been shown for various eukaryotic promoter sequences that the sequence surrounding the initiation site ('initiator') plays an important role in determining the level of RNA expression directed by that specific promoter. This includes also part of the transcribed sequences. The direct fusion of promoter to reporter sequences would therefore lead to suboptimal levels of transcription. A commonly used procedure to analyze expression patterns and levels is through determination of the 'steady state' level of protein accumulation in a cell. Commonly used candidates for the reporter gene, known to those skilled in the art are 3-glucuronidase (GUS), - 26 chloramphenicol acetyl transferase (CAT) and proteins with fluorescent properties, such as green fluorescent protein (GFP) from Aequora victoria. In principle, however, many more proteins are suitable for this purpose, provided the protein does not interfere with essential plant functions. For quantification and determination of localization a number of tools are suited. Detection systems can readily be created or are available which are based on, e.g., immunochemical, enzymatic, fluorescent detection and quantification. Protein levels can be determined in plant tissue extracts or in intact tissue using in situ analysis of protein expression. Generally, individual transformed lines with one chimeric promoter reporter construct will vary in their levels of expression of the reporter gene. Also frequently observed is the phenomenon that such transformants do not express any detectable product (RNA or protein). The variability in expression is commonly ascribed to 'position effects', although the molecular mechanisms underlying this inactivity are usually not clear. The term "average expression" is used here as the average level of expression found in all lines that do express detectable amounts of reporter gene, so leaving out of the analysis plants that do not express any detectable reporter mRNA or protein. "Root expression level" indicates the expression level found in protein extracts of complete plant roots. Likewise, leaf, and stem expression levels, are determined using whole extracts from leaves and stems. It is acknowledged however, that within each of the plant parts just described, cells with variable functions may exist, in which promoter activity may vary. "Non-specific expression" refers to constitutive expression or low level, basal ('leaky') expression in nondesired cells or tissues from a 'regulated promoter'. "Altered levels" refers to the level of expression in transgenic organisms that differs from that of normal or untransformed organisms. "Overexpression" refers to the level of expression in transgenic cells or organisms that exceeds levels of expression in normal or untransformed (nontransgenic) cells or organisms. "Antisense inhibition" refers to the production of antisense RNA transcripts capable of suppressing the expression of protein from an endogenous gene or a transgene. - 27 - "Co-suppression" and "transwitch" each refer to the production of sense RNA transcripts capable of suppressing the expression of identical or substantially similar transgene or endogenous genes (U.S. Patent No. 5,231,020). "Gene silencing" refers to homology-dependent suppression of viral genes, transgenes, or endogenous nuclear genes. Gene silencing may be transcriptional, when the suppression is due to decreased transcription of the affected genes, or post-transcriptional, when the suppression is due to increased turnover (degradation) of RNA species homologous to the affected genes (English et al., 1996). Gene silencing includes virus-induced gene silencing (Ruiz et al. 1998). "Silencing suppressor" gene refers to a gene whose expression leads to counteracting gene silencing and enhanced expression of silenced genes. Silencing suppressor genes may be of plant, non-plant, or viral origin. Examples include, but are not limited to HC-Pro, P I-HC Pro, and 2b proteins. Other examples include one or more genes in TGMV-B genome. The terms "heterologous DNA sequence," "exogenous DNA segment" or "heterologous nucleic acid," as used herein, each refer to a sequence that originates from a source foreign to the particular host cell or, if from the same source, is modified from its original form. Thus, a heterologous gene in a host cell includes a gene that is endogenous to the particular host cell but has been modified through, for example, the use of DNA shuffling. The terms also include non-naturally occurring multiple copies of a naturally occurring DNA sequence. Thus, the terms refer to a DNA segment that is foreign or heterologous to the cell, or homologous to the cell but in a position within the host cel nucleic acid in which the element is not ordinarily found. Exogenous DNA segments are expressed to yield exogenous polypeptides. A "homologous" DNA sequence is a DNA sequence that is naturally associated with a host cell into which it is introduced. "Homologous to" in the context of nucleotide sequence identity refers to the similarity between the nucleotide sequence of two nucleic acid molecules or between the amino acid sequences of two protein molecules. Estimates of such homology are provided by either DNA-DNA or DNA-RNA hybridization under conditions of stringency as is well understood by those skilled in the art (as described in Haines and Higgins (eds.), Nucleic Acid Hybridization, IRL Press, Oxford, U.K.), or by the comparison of sequence similarity between two nucleic acids or proteins. - 28 - The term "substantially similar" refers to nucleotide and amino acid sequences that represent functional and/or structural equivalents of Arabidopsis sequences disclosed herein. For example, altered nucleotide sequences which simply reflect the degeneracy of the genetic code but nonetheless encode amino acid sequences that are identical to a particular amino acid sequence are substantially similar to the particular sequences. In addition, amino acid sequences that are substantially similar to a particular sequence are those wherein overall amino acid identity is at least 65% or greater to the instant sequences. Modifications that result in equivalent nucleotide or amino acid sequences are well within the routine skill in the art. Moreover, the skilled artisan recognizes that equivalent nucleotide sequences encompassed by this invention can also be defined by their ability to hybridize, under low, moderate and/or stringent conditions (e.g., 0.1X SSC, 0.1% SDS, 65 0 C), with the nucleotide sequences that are within the literal scope of the instant claims. "Target gene" refers to a gene on the replicon that expresses the desired target coding sequence, functional RNA, or protein. The target gene is not essential for replicon replication. Additionally, target genes may comprise native non-viral genes inserted into a non-native organism, or chimeric genes, and will be under the control of suitable regulatory sequences. Thus, the regulatory sequences in the target gene may come from any source, including the virus. Target genes may include coding sequences that are either heterologous or homologous to the genes of a particular plant to be transformed. However, target genes do not include native viral genes. Typical target genes include, but are not limited to genes encoding a structural protein, a seed storage protein, a protein that conveys herbicide resistance, and a protein that conveys insect resistance. Proteins encoded by target genes are known as "foreign proteins". The expression of a target gene in a plant will typically produce an altered plant trait. 5 The term "altered plant trait" means any phenotypic or genotypic change in a transgenic plant relative to the wild-type or non-transgernic plant host. "Transcription Stop Fragment" refers to nucleotide sequences that contain one or more regulatory signals, such as polyadenylation signal sequences, capable of terminating transcription. Examples include the 3' non-regulatory regions of genes encoding nopaline 0 synthase and the small subunit of ribulose bisphosphate carboxylase. - 29 - "Replication gene" refers to a gene encoding a viral replication protein. In addition to the ORF of the replication protein, the replication gene may also contain other overlapping or non-overlapping ORF(s), as are found in viral sequences in nature. While not essential for replication, these additional ORFs may enhance replication and/or viral DNA accumulation. Examples of such additional ORFs are AC3 and AL3 in ACMV and TGMV geminiviruses, respectively. "Chimeric trans-acting replication gene" refers either to a replication gene in which the coding sequence of a replication protein is under the control of a regulated plant promoter other than that in the native viral replication gene, or a modified native viral replication gene, for example, in which a site specific sequence(s) is inserted in the 5' transcribed but untranslated region. Such chimeric genes also include insertion of the known sites of replication protein binding between the promoter and the transcription start site that attenuate transcription of viral replication protein gene. "Chromosomally-integrated" refers to the integration of a foreign gene or DNA construct into the host DNA by covalent bonds. Where genes are not "chromosomally integrated" they may be "transiently expressed." Transient expression of a gene refers to the expression of a gene that is not integrated into the host chromosome but functions independently, either as part of an autonomously replicating plasmid or expression cassette, for example, or as part of another biological system such as a virus. "Production tissue" refers to mature, harvestable tissue consisting of non-dividing, terminally-differentiated cells. It excludes young, growing tissue consisting of germline, meristematic, and not-fully-differentiated cells. "Germline cells" refer to ceUs that are destined to be gametes and whose genetic material is heritable. "Trans-activation" refers to switching on of gene expression or replicon replication by the expression of another (regulatory) gene in trans. The term "transformation" refers to the transfer of a nucleic acid fragment into the genome of a host cell, resulting in genetically stable inheritance. Host cells containing the transformed nucleic acid fragments are referred to as "transgenic" cells, and organisms comprising transgenic cells are referred to as "transgenic organisms". Examples of methods of - 30 transformation of plants and plant cells include Agrobacterium-mediated transformation (De Blaere et al., 1987) and particle bombardment technology (Klein et al. 1987; U.S. Patent No. 4,945,050). Whole plants may be regenerated from transgenic cels by methods wel known to the skilled artisan (see, for example, Fromm et al., 1990). "Transformed," "transgenic," and "recombinant" refer to a host organism such as a bacterium or a plant into which a heterologous nucleic acid molecule has been introduced. The nucleic acid molecule can be stably integrated into the genome generally known in the art and are disclosed in Sambrook et al., 1989. See also Innis et al., 1995 and Gelfand, 1995; and Innis and Gelfand, 1999. Known methods of PCR include, but are not limited to, methods using paired primers, nested primers, single specific primers, degenerate primers, gene-specific primers, vector-specific primers, partially mismatched primers, and the like. For example, "transformed," "transformant," and "transgenic" plants or call have been through the transformation process and contain a foreign gene integrated into their chromosome. The term "untransformed" refers to normal plants that have not been through the transformation process. "Transiently transformed" refers to cells in which transgenes and foreign DNA have been introduced (for example, by such methods as Agrobacterium-mediated transformation or biolistic bombardment), but not selected for stable maintenance. "Stably transformed" refers to cells that have been selected and regenerated on a selection media following transformation. "Transient expression" refers to expression in cells in which a virus or a transgene is introduced by viral infection or by such methods as Agrobacterium-mediated transformation, electroporation, or biolistic bombardment, but not selected for its stable maintenance. "Genetically stable" and "heritable" refer to chromosomauy-integrated genetic elements that are stably maintained in the plant and stably inherited by progeny through successive generations. "Primary transformant" and "TO generation" refer to transgenic plants that are of the same genetic generation as the tissue which was initially transformed (i.e., not having gone through meiosis and fertilization since transformation). "Secondary transformants" and the "T1, T2, T3, etc. generations" refer to transgenic plants derived from primary transformants through one or more meiotic and fertilizat ion cycles. -31 - They may be derived by self-fertilization of primary or secondary transformants or crosses of primary or secondary transformants with other transformed or untransformed plants. "Wild-type" refers to a virus or organism found in nature without any known mutation. "Genome" refers to the complete genetic material of an organism. The term "nucleic acid" refers to deoxyribonucleotides or ribonucleotides and polymers thereof in either single- or double-stranded form, composed of monomers (nucleotides) containing a sugar, phosphate and a base which is either a purine or pyrimidine. Unless specifically limited, the term encompasses nucleic acids containing known analogs of natural nucleotides which have similar binding properties as the reference nucleic acid and are metabolized in a manner similar to naturally occurring nucleotides. Unless otherwise indicated, a particular nucleic acid sequence also implicitly encompasses conservatively modified variants thereof (e.g., degenerate codon substitutions) and complementary sequences as well as the sequence explicitly indicated. Specifically, degenerate codon substitutions may be achieved by generating sequences in which the third position of one or more selected (or all) codons is substituted with mixed-base and/or deoxyinosine residues (Batzer et al., 1991; Ohtsuka et al., 1985; Rossolini et al. 1994). A "nucleic acid fragment" is a fraction of a given nucleic acid molecule. In higher plants, deoxyribonucleic acid (DNA) is the genetic material while ribonucleic acid (RNA) is involved in the transfer of information contained within DNA into proteins. The term "nucleotide sequence" refers to a polymer of DNA or RNA which can be single- or double-stranded, optionally containing synthetic, non-natural or altered nucleotide bases capable of incorporation into DNA or RNA polymers. The terms "nucleic acid" or "nucleic acid sequence" may also be used interchangeably with gene, cDNA, DNA and RNA encoded by a gene. The invention encompasses isolated or substantially purified nucleic acid or protein compositions. In the context of the present invention, an "isolated" or "purified" DNA molecule or an "isolated" or "purified" polypeptide is a DNA molecule or polypeptide that, by the hand of man, exists apart from its native environment and is therefore not a product of nature. An isolated DNA molecule or polypeptide may exist in a purified form or may exist in a non-native environment such as, for example, a transgenic host cell. For example, an "isolated" or "purified" nucleic acid molecule or protein, or biologically active portion thereof, is substantially free of other cellular material, or culture medium when produced by - 32 recombinant techniques, or substantially free of chemical precursors or other chemicals when chemically synthesized. Preferably, an "isolated" nucleic acid is free of sequences (preferably protein encoding sequences) that naturally flank the nucleic acid (i.e., sequences located at the 5' and 3' ends of the nucleic acid) in the genomic DNA of the organism from which the nucleic acid is derived. For example, in various embodiments, the isolated nucleic acid molecule can contain less than about 5 kb, 4 kb, 3 kb, 2 kb, I kb, 0.5 kb, or 0.1 kb of nucleotide sequences that naturally flank the nucleic acid molecule in genomic DNA of the cell from which the nucleic acid is derived. A protein that is substantially free of cellular material includes preparations of protein or polypeptide having less than about 30%, 20%, 10%, 5%, (by dry weight) of contaminating protein. When the protein of the invention, or biologically active portion thereof, is recombinantly produced, preferably culture medium represents less than about 30%, 20%, 10%, or 5% (by dry weight) of chemical precursors or non-protein of interest chemicals. The nucleotide sequences of the invention include both the naturally occurring sequences as wel as mutant (variant) forms. Such variants will continue to possess the desired activity, i.e., either promoter activity or the activity of the product encoded by the open reading frame of the non-variant nucleotide sequence. Thus, by "variants" is intended substantially similar sequences. For nucleotide sequences comprising an open reading frame, variants include those sequences that, because of the degeneracy of the genetic code, encode the identical amino acid sequence of the native protein. Naturally occurring allelic variants such as these can be identified with the use of well-known molecular biology techniques, as, for example, with polymerase chain reaction (PCR) and hybridization techniques. Variant nucleotide sequences also include synthetically derived nucleotide sequences, such as those generated, for example, by using site-directed mutagenesis and for open reading frames, encode the native protein, as well as those that encode a polypeptide having amino acid substitutions relative to the native protein. Generally, nucleotide sequence variants of the invention will have at least 40, 50, 60, to 70%, e.g., preferably 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, to 79%, generally at least 80%, e.g., 81%-84%, at least 85%, e.g., 86%, 87%, 88%, 89%, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, to 98% and 99% nucleotide sequence identity to the native (wild type or endogenous) nucleotide sequence. - 33 - "Conservatively modified variations" of a particular nucleic acid sequence refers to those nucleic acid sequences that encode identical or essentially identical amino acid sequences, or where the nucleic acid sequence does not encode an amino acid sequence, to essentially identical sequences. Because of the degeneracy of the genetic code, a large number of functionally identical nucleic acids encode any given polypeptide. For instance the codons CGT, CGC, CGA, CGG, AGA, and AGG all encode the amino acid arginine. Thus, at every position where an arginine is specified by a codon, the codon can be altered to any of the corresponding codons described without altering the encoded protein. Such nucleic acid variations are "silent variations" which are one species of "conservatively modified variations." Every nucleic acid sequence described herein which encodes a polypeptide also describes every possible silent variation, except where otherwise noted. One of skill will recognize that each codon in a nucleic acid (except ATG, which is ordinarily the only codon for methionine) can be modified to yield a functionally identical molecule by standard techniques. Accordingly, each "silent variation" of a nucleic acid which encodes a polypeptide is implicit in each described sequence. The nucleic acid molecules of the invention can be "optimized" for enhanced expression in plants of interest. See, for example, EPA 035472; WO 91/16432; Perlak et al., 1991; and Murray et al., 1989. In this manner, the open reading frames in genes or gene fragments can be synthesized utilizing plant-preferred codons. See, for example, Campbell and Gowri, 1990 for a discussion of host-preferred codon usage. Thus, the nucleotide sequences can be optimized for expression in any plant. It is recognized that all or any part of the gene sequence may be optimized or synthetic. That is, synthetic or partially optimized sequences may also be used. Variant nucleotide sequences and proteins also encompass sequences and protein derived from a mutagenic and recombinogenic procedure such as DNA shuffling. With such a procedure, one or more different coding sequences can be manipulated to create a new polypeptide possessing the desired properties. In this manner, libraries of recombinant polynucleotides are generated from a population of related sequence polynucleotides comprising sequence regions that have substantial sequence identity and can be homologously recombined in vitro or in vivo. Strategies for such DNA shuffling are known in the art. See, for example, Stemmer, 1994; Stemmer, 1994; Crameri et al., 1997; Moore et al., 1997; Zhang et al., 1997; Crameri et al., 1998; and U.S. Patent Nos. 5,605,793 and 5,837,458. - 34 - By "variant" polypeptide is intended a polypeptide derived from the native protein by deletion (so-called truncation) or addition of one or more amino acids to the N-terminal and/or C-terminal end of the native protein; deletion or addition of one or more amino acids at one or more sites in the native protein; or substitution of one or more amino acids at one or more sites in the native protein. Such variants may result from, for example, genetic polymorphism or from human manipulation. Methods for such manipulations are generally known in the art. Thus, the polypeptides may be altered in various ways including amino acid substitutions, deletions, truncations, and insertions. Methods for such manipulations are generally known in the art. For example, amino acid sequence variants of the polypeptides can be prepared by mutations in the DNA. Methods for mutagenesis and nucleotide sequence alterations are wel known in the art. See, for example, Kunkel, 1985; Kunkel et al., 1987; U. S. Patent No. 4,873,192; Walker and Gaastra, 1983 and the references cited therein. Guidance as to appropriate amino acid substitutions that do not affect biological activity of the protein of interest may be found in the model of Dayhoff et al. (1978). Conservative substitutions, such as exchanging one amino acid with another having similar properties, are preferred. Individual substitutions deletions or additions that alter, add or delete a single amino acid or a small percentage of amino acids (typically less than 5%, more typically less than 1%) in an encoded sequence are "conservatively modified variations," where the alterations result in the substitution of an amino acid with a chemically similar amino acid. Conservative substitution tables providing functionally similar amino acids are well known in the art. The following five groups each contain amino acids that are conservative substitutions for one another: Aliphatic: Glycine (G), Alanine (A), Valine (V), Leucine (L), Isoleucine (I); Aromatic: Phenylalanine (F), Tyrosine (Y), Tryptophan (W); Sulfur-containing: Methionine (M), Cysteine (C); Basic: Arginine I, Lysine (K), Histidine (H); Acidic: Aspartic acid (D), Glutamic acid (E), Asparagine (N), Glutamine (Q). See also, Creighton, 1984. In addition, individual substitutions, deletions or additions which alter, add or delete a single amino acid or a small percentage of amino acids in an encoded sequence are also "conservatively modified variations." "Expression cassette" as used herein means a DNA sequence capable of directing expression of a particular nucleotide sequence in an appropriate host cell, comprising a promoter operably linked to the nucleotide sequence of interest which is operably linked to termination signals. It also typically comprises sequences required for proper translation of the - 35 nucleotide sequence. The coding region usually codes for a protein of interest but may also code for a functional RNA of interest, for example antisense RNA or a nontranslated RNA, in the sense or antisense direction. The expression cassette comprising the nucleotide sequence of interest may be chimeric, meaning that at least one of its components is heterologous with respect to at least one of its other components. The expression cassette may also be one which is naturally occurring but has been obtained in a recombinant form useful for heterologous expression. The expression of the nucleotide sequence in the expression cassette may be under the control of a constitutive promoter or of an inducible promoter which initiates transcription only when the host cell is exposed to some particular external stimulus. In the case of a multicellular organism, the promoter can also be specific to a particular tissue or organ or stage of development. "Vector" is defined to include, inter aba, any plasmid, cosmid, phage or Agrobacterium binary vector in double or single stranded linear or circular form which may or may not be self transmissible or mobilizable, and which can transform prokaryotic or eukaryotic host either by integration into the cellular genome or exist extrachromosomally (e.g. autonomous replicating plasmid with an origin of replication). Specifically included are shuttle vectors by which is meant a DNA vehicle capable, naturally or by design, of replication in two different host organisms, which may be selected from actinomycetes and related species, bacteria and eukaryotic (e.g. higher plant, mammalian, yeast or fungal cells). Preferably the nucleic acid in the vector is under the control of, and operably linked to, an appropriate promoter or other regulatory elements for transcription in a host cell such as a microbial, e.g. bacterial, or plant cell. The vector may be a bi-functional expression vector which functions in multiple hosts. In the case of genomic DNA, this may contain its own promoter or other regulatory elements and in the case of cDNA this may be under the control of an appropriate promoter or other regulatory elements for expression in the host cell. "Cloning vectors" typically contain one or a small number of restriction endonuclease recognition sites at which foreign DNA sequences can be inserted in a determinable fashion without loss of essential biological function of the vector, as well as a marker gene that is ) suitable for use in the identification and selection of cells transformed with the cloning vector. - 36 - Marker genes typically include genes that provide tetracycline resistance, hygromycin resistance or ampicillin resistance. A "transgenic plant" is a plant having one or more plant cells that contain an expression vector. "Plant tissue" includes differentiated and undifferentiated tissues or plants, including but not limited to roots, stems, shoots, leaves, pollen, seeds, tumor tissue and various forms of cels and culture such as single cells, protoplast, embryos, and callus tissue. The plant tissue may be in plants or in organ, tissue or cell culture. The following terms are used to describe the sequence relationships between two or more nucleic acids or polynucleotides: (a) "reference sequence", (b) "comparison window", (c) "sequence identity", (d) "percentage of sequence identity", and (e) "substantial identity". (a) As used herein, "reference sequence" is a defined sequence used as a basis for sequence comparison. A reference sequence may be a subset or the entirety of a specified sequence; for example, as a segment of a full length cDNA or gene sequence, or the complete cDNA or gene sequence. (b) As used herein, "comparison window" makes reference to a contiguous and specified segment of a polynucleotide sequence, wherein the polynucleotide sequence in the comparison window may comprise additions or deletions (i.e., gaps) compared to the reference sequence (which does not comprise additions or deletions) for optimal alignment of the two sequences. Generally, the comparison window is at least 20 contiguous nucleotides in length, and optionally can be 30, 40, 50, 100, or longer. Those of skill in the art understand that to avoid a high similarity to a reference sequence due to inclusion of gaps in the polynucleotide sequence a gap penalty is typically introduced and is subtracted from the number of matches. Methods of alignment of sequences for comparison are well known in the art. Thus, the determination of percent identity between any two sequences can be accomplished using a mathematical algorithm. Preferred, non-limiting examples of such mathematical algorithms are the algorithm of Myers and Miller, 1988; the local homology algorithm of Smith et al. 1981; the homology alignment algorithm of Needleman and Wunsch 1970; the search-for-similarity method of Pearson and Lipman 1988; the algorithm of Karlin and Altschul, 1990, modified as in Karlin and Altschul, 1993. - 37 - Computer implementations of these mathematical algorithms can be utilized for comparison of sequences to determine sequence identity. Such implementations include, but are not limited to: CLUSTAL in the PC/Gene program (available from Intelligenetics, Mountain View, California); the ALIGN program (Version 2.0) and GAP, BESTFIT, BLAST, FASTA, and TFASTA in the Wisconsin Genetics Software Package, Version 8 (available from Genetics Computer Group (GCG), 575 Science Drive, Madison, Wisconsin, USA). Alignments using these programs can be performed using the default parameters. The CLUSTAL program is well described by Higgins et al. 1988; Higgins et al. 1989; Corpet et al. 1988; Huang et al. 1992; and Pearson et al. 1994. The ALIGN program is based on the algorithm of Myers and Miller, supra. The BLAST programs of Altschul et al., 1990, are based on the algorithm of Karlin and Altschul supra. Software for performing BLAST analyses is publicly available through the National Center for Biotechnology Information (http://www.ncbi.nlm.nih.gov/). This algorithm involves first identifying high scoring sequence pairs (HSPs) by identifying short words of length W in the query sequence, which either match or satisfy some positive-valued threshold score T when aligned with a word of the same length in a database sequence. T is referred to as the neighborhood word score threshold (Altschul et al., 1990). These initial neighborhood word hits act as seeds for initiating searches to find longer HSPs containing them. The word hits are then extended in both directions along each sequence for as far as the cumulative alignment score can be increased. Cumulative scores are calculated using, for nucleotide sequences, the parameters M (reward score for a pair of matching residues; always > 0) and N (penalty score for mismatching residues; always < 0). For amino acid sequences, a scoring matrix is used to calculate the cumulative score. Extension of the word hits in each direction are halted when the cumulative alignment score falls off by the quantity X from its maximum achieved value, the cumulative score goes to zero or below due to the accumulation of one or more negative-scoring residue alignments, or the end of either sequence is reached. In addition to calculating percent sequence identity, the BLAST algorithm also performs a statistical analysis of the similarity between two sequences (see, e.g., Karlin & Altschul (1993). One measure of similarity provided by the BLAST algorithm is the smallest sum probability (P(N)), which provides an indication of the probability by which a match between two nucleotide or amino acid sequences would occur by chance. For example, a test nucleic - 38 acid sequence is considered similar to a reference sequence if the smallest sum probability in a comparison of the test nucleic acid sequence to the reference nucleic acid sequence is less than about 0.1, more preferably less than about 0.01, and most preferably less than about 0.001. To obtain gapped alignments for comparison purposes, Gapped BLAST (in BLAST 2.0) can be utilized as described in Altschul et al. 1997. Alternatively, PSI-BLAST (in BLAST 2.0) can be used to perform an iterated search that detects distant relationships between molecules. See Altschul et al., supra. When utilizing BLAST, Gapped BLAST, PSI-BLAST, the default parameters of the respective programs (e.g. BLASTN for nucleotide sequences, BLASTX for proteins) can be used. The BLASTN program (for nucleotide sequences) uses as defaults a wordlength (W) of 11, an expectation (E) of 10, a cutoff of 100, M=5, N=-4, and a comparison of both strands. For amino acid sequences, the BLASTP program uses as defaults a wordlength (W) of 3, an expectation (E) of 10, and the BLOSUM62 scoring matrix (see Henikoff & Henikoff, 1989). See http://www.ncbi.nlm.nih.gov. Alignment may also be performed manually by inspection. For purposes of the present invention, comparison of nucleotide sequences for determination of percent sequence identity to the promoter sequences disclosed herein is preferably made using the BlastN program (version 1.4.7 or later) with its default parameters or any equivalent program. By "equivalent program" is intended any sequence comparison program that, for any two sequences in question, generates an alignment having identical nucleotide or amino acid residue matches and an identical percent sequence identity when compared to the corresponding alignment generated by the preferred program. (c) As used herein, "sequence identity" or "identity" in the context of two nucleic acid or polypeptide sequences makes reference to the residues in the two sequences that are the same when aligned for maximum correspondence over a specified comparison window. When percentage of sequence identity is used in reference to proteins it is recognized that residue positions which are not identical often differ by conservative amino acid substitutions, where amino acid residues are substituted for other amino acid residues with similar chemical properties (e.g., charge or hydrophobicity) and therefore do not change the functional properties of the molecule. When sequences differ in conservative substitutions, the percent sequence identity may be adjusted upwards to correct for the conservative nature of the substitution. Sequences that differ by such conservative substitutions are said to have - 39 sequence similarity" or "similarity." Means for making this adjustment are well known to those of skill in the art. Typically this involves scoring a conservative substitution as a partial rather than a full mismatch, thereby increasing the percentage sequence identity. Thus, for example, where an identical amino acid is given a score of 1 and a non-conservative substitution is given a score of zero, a conservative substitution is given a score between zero and 1. The scoring of conservative substitutions is calculated, e.g., as implemented in the program PC/GENE (Intelligenetics, Mountain View, California). (d) As used herein, "percentage of sequence identity" means the value determined by comparing two optimally aligned sequences over a comparison window, wherein the portion of the polynucleotide sequence in the comparison window may comprise additions or deletions (i.e., gaps) as compared to the reference sequence (which does not comprise additions or deletions) for optimal alignment of the two sequences. The percentage is calculated by determining the number of positions at which the identical nucleic acid base or amino acid residue occurs in both sequences to yield the number of matched positions, dividing the number of matched positions by the total number of positions in the window of comparison, and multiplying the result by 100 to yield the percentage of sequence identity. (e)(i) The term "substantial identity" of polynucleotide sequences means that a polynucleotide comprises a sequence that has at least 70%, 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, or 79%, preferably at least 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, or 89%, more preferably at least 90%, 91%, 92%, 93%, or 94%, and most preferably at least 95%, 96%, 97%, 98%, or 99% sequence identity, compared to a reference sequence using one of the alignment programs described using standard parameters. One of skill in the art will recognize that these values can be appropriately adjusted to determine corresponding identity of proteins encoded by two nucleotide sequences by taking into account codon degeneracy, amino acid similarity, reading frame positioning, and the like. Substantial identity of amino acid sequences for these purposes normally means sequence identity of at least 70%, more preferably at least 80%, 90%, and most preferably at least 95%. Another indication that nucleotide sequences are substantially identical is if two molecules hybridize to each other under stringent conditions (see below). Generally, stringent conditions are selected to be about 5'C lower than the thermal melting point (Tm) for the - 40 specific sequence at a defined ionic strength and pH. However, stringent conditions encompass temperatures in the range of about 1C to about 20'C, depending upon the desired degree of stringency as otherwise qualified herein. Nucleic acids that do not hybridize to each other under stringent conditions are still substantially identical if the polypeptides they encode are substantially identical. This may occur, e.g., when a copy of a nucleic acid is created using the maximum codon degeneracy permitted by the genetic code. One indication that two nucleic acid sequences are substantially identical is when the polypeptide encoded by the first nucleic acid is immunologically cross reactive with the polypeptide encoded by the second nucleic acid. (e)(ii) The term "substantial identity" in the context of a peptide indicates that a peptide comprises a sequence with at least 70%, 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, or 79%, preferably 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, or 89%, more preferably at least 90%, 91%, 92%, 93%, or 94%, or even more preferably, 95%, 96%, 97%, 98% or 99%, sequence identity to the reference sequence over a specified comparison window. Preferably, optimal alignment is conducted using the homology alignment algorithm of Needleman and Wunsch (1970). An indication that two peptide sequences are substantially identical is that one peptide is immunologically reactive with antibodies raised against the second peptide. Thus, a peptide is substantially identical to a second peptide, for example, where the two peptides differ only by a conservative substitution. For sequence comparison, typically one sequence acts as a reference sequence to which test sequences are compared. When using a sequence comparison algorithm, test and reference sequences are input into a computer, subsequence coordinates are designated if necessary, and sequence algorithm program parameters are designated. The sequence comparison algorithm then calculates the percent sequence identity for the test sequence(s) relative to the reference sequence, based on the designated program parameters. As noted above, another indication that two nucleic acid sequences are substantially identical is that the two molecules hybridize to each other under stringent conditions. The phrase "hybridizing specifically to" refers to the binding, duplexing, or hybridizing of a molecule only to a particular nucleotide sequence under stringent conditions when that sequence is present in a complex mixture (e.g., total cellular) DNA or RNA. "Bind(s) -41 substantially" refers to complementary hybridization between a probe nucleic acid and a target nucleic acid and embraces minor mismatches that can be accommodated by reducing the stringency of the hybridization media to achieve the desired detection of the target nucleic acid sequence. "Stringent hybridization conditions" and "stringent hybridization wash conditions" in the context of nucleic acid hybridization experiments such as Southern and Northern hybridization are sequence dependent, and are different under different environmental parameters. The Tm is the temperature (under defined ionic strength and pH) at which 50% of the target sequence hybridizes to a perfectly matched probe. Specificity is typically the function of post-hybridization washes, the critical factors being the ionic strength and temperature of the final wash solution. For DNA-DNA hybrids, the Tm can be approximated from the equation of Meinkoth and Wahl, 1984; Tm 81.5'C + 16.6 (log M) +0.41 (%GC) 0.61 (% form) - 500/L; where M is the molarity of monovalent cations, %GC is the percentage of guanosine and cytosine nucleotides in the DNA, % form is the percentage of formamide in the hybridization solution, and L is the length of the hybrid in base pairs. Tm is reduced by about 1C for each 1% of mismatching; thus, Tm, hybridization, and/or wash conditions can be adjusted to hybridize to sequences of the desired identity. For example, if sequences with >90% identity are sought, the Tm can be decreased 10 C. Generally, stringent conditions are selected to be about 5oC lower than the thermal melting point I for the specific sequence and its complement at a defined ionic strength and pH. However, severely stringent conditions can utilize a hybridization and/or wash at 1, 2, 3, or 4'C lower than the thermal melting point I; moderately stringent conditions can utilize a hybridization and/or wash at 6, 7, 8, 9, or 10 0 C lower than the thermal melting point 1; low stringency conditions can utilize a hybridization and/or wash at 11, 12, 13, 14, 15, or 20'C lower than the thermal melting point 1. Using the equation, hybridization and wash compositions, and desired T, those of ordinary skill will understand that variations in the stringency of hybridization and/or wash solutions are inherently described. If the desired degree of mismatching results in a T of less than 45'C (aqueous solution) or 32 0 C.(formamide solution), it is preferred to increase the SSC concentration so that a higher temperature can be used. An extensive guide to the hybridization of nucleic acids is found in Tijssen, 1993. Generally, highly stringent - 42 hybridization and wash conditions are selected to be about 5*C lower than the thermal melting point Tm for the specific sequence at a defined ionic strength and pH. An example of highly stringent wash conditions is 0.15 M NaCl at 72*C for about 15 minutes. An example of stringent wash conditions is a 0.2X SSC wash at 65*C for 15 minutes (see, Sambrook, infra, for a description of SSC buffer). Often, a high stringency wash is preceded by a low stringency wash to remove background probe signal. An example medium stringency wash for a duplex of, e.g., more than 100 nucleotides, is IX SSC at 45*C for 15 minutes. An example low stringency wash for a duplex of, e.g., more than 100 nucleotides, is 4-6X SSC at 40*C for 15 minutes. For short probes (e.g., about 10 to 50 nucleotides), stringent conditions typically involve salt concentrations of less than about 1.5 M, more preferably about 0.01 to 1.0 M, Na ion concentration (or other salts) at pH 7.0 to 8.3, and the temperature is typically at least about 30*C and at least about 60*C for long robes (e.g., >50 nucleotides). Stringent conditions may also be achieved with the addition of destabilizing agents such as formamide. In general, a signal to noise ratio of 2X (or higher) than that observed for an unrelated probe in the particular hybridization assay indicates detection of a specific hybridization. Nucleic acids that do not hybridize to each other under stringent conditions are still substantially identical if the proteins that they encode are substantially identical. This occurs, e.g., when a copy of a nucleic acid is created using the maximum codon degeneracy permitted by the genetic code. Very stringent conditions are selected to be equal to the Tm for a particular probe. An example of stringent conditions for hybridization of complementary nucleic acids which have more than 100 complementary residues on a filter in a Southern or Northern blot is 50% formamide, e.g., hybridization in 50% formamide, I M NaCl, 1% SDS at 37'C, and a wash in 0. 1X SSC at 60 to 65*C. Exemplary low stringency conditions include hybridization with a buffer solution of 30 to 35% formamide, 1 M NaCl, 1% SDS (sodium dodecyl sulphate) at 37'C, and a wash in IX to 2X SSC (20X SSC = 3.0 M NaCl/0.3 M trisodium citrate) at 50 to 55*C. Exemplary moderate stringency conditions include hybridization in 40 to 45% formamide, 1.0 M NaCl, 1% SDS at 37'C, and a wash in 0.5X to IX SSC at 55 to 60cC. The following are examples of sets of hybridization/wash conditions that may be used to clone orthologous nucleotide sequences that are substantially identical to reference nucleotide - 43 sequences of the present invention: a reference nucleotide sequence preferably hybridizes to the reference nucleotide sequence in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50*C with washing in 2X SSC, 0.1% SDS at 50'C, more desirably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50*C with washing in IX SSC, 0.1% SDS at 50'C, more desirably still in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50'C with washing in 0.5X SSC, 0.1% SDS at 50'C, preferably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50'C with washing in 0.1X SSC, 0.1% SDS at 50'C, more preferably in 7% sodium dodecyl sulfate (SDS), 0.5 M NaPO 4 , 1 mM EDTA at 50*C with washing in 0.1X SSC, 0.1% SDS at 65 0 C. "DNA shuffling" is a method to introduce mutations or rearrangements, preferably randomly, in a DNA molecule or to generate exchanges of DNA sequences between two or more DNA molecules, preferably randomly. The DNA molecule resulting from DNA shuffling is a shuffled DNA molecule that is a non-naturally occurring DNA molecule derived from at least one template DNA molecule. The shuffled DNA preferably encodes a variant polypeptide modified with respect to the polypeptide encoded by the template DNA, and may have an altered biological activity with respect to the polypeptide encoded by the template DNA. "Recombinant DNA molecule' is a combination of DNA sequences that are joined together using recombinant DNA technology and procedures used to join together DNA sequences as described, for example, in Sambrook et al., 1989. The word "plant" refers to any plant, particularly to seed plant, and "plant cell" is a structural and physiological unit of the plant, which comprises a cell wall but may also refer to a protoplast. The plant cell may be in form of an isolated single cell or a cultured cell, or as a part of higher organized unit such as, for example, a plant tissue, or a plant organ. "Significant increase" is an increase that is larger than the margin of error inherent in the measurement technique, preferably an increase by about 2-fold or greater. "Significantly less" means that the decrease is larger than the margin of error inherent in the measurement technique, preferably a decrease by about 2-fold or greater. Virtually any DNA composition may be used for delivery to recipient plant cells, e.g., ) monocotyledonous cells, to ultimately produce fertile transgenic plants in accordance with the - 44 present invention. For example, DNA segments in the form of vectors and plasmids, or linear DNA fragments, in some instances containing only the DNA element to be expressed in the plant, and the like, may be employed. The construction of vectors which may be employed in conjunction with the present invention will be known to those of skill of the art in light of the present disclosure (see, e.g., Sambrook et al., 1989; Gelvin et al., 1990). Vectors, plasmids, cosmids, YACs (yeast artificial chromosomes), BACs (bacterial artificial chromosomes) and DNA segments for use in transforming such cells will, of course, generally comprise the cDNA, gene or genes which one desires to introduce into the cells. These DNA constructs can further include structures such as promoters, enhancers, polylinkers, or even regulatory genes as desired. The DNA segment or gene chosen for cellular introduction will often encode a protein which will be expressed in the resultant recombinant cells, such as will result in a screenable or selectable trait and/or which will impart an improved phenotype to the regenerated plant. However, this may not always be the case, and the present invention also encompasses transgenic plants incorporating non-expressed transgenes. In certain embodiments, it is contemplated that one may wish to employ replication competent viral vectors in monocot transformation. Such vectors include, for example, wheat dwarf virus (WDV) "shuttle" vectors, such as pW l -11 and PWI-GUS (Ugaki et al., 1991). These vectors are capable of autonomous replication in maize cells as well as E. coli, and as such may provide increased sensitivity for detecting DNA delivered to transgenic cells. A replicating vector may also be useful for delivery of genes flanked by DNA sequences from transposable elements such as Ac, Ds, or Mu. It has been proposed (Laufs et al., 1990) that transposition of these elements within the maize genome requires DNA replication. It is also contemplated that transposable elements would be useful for introducing DNA fragments lacking elements necessary for selection and maintenance of the plasmid vector in bacteria, e.g., antibiotic resistance genes and origins of DNA replication. It is also proposed that use of a transposable element such as Ac, Ds, or Mu would actively promote integration of the desired DNA and hence increase the frequency of stably transformed cells. The use of a transposable element such as Ac, Ds, or Mu may actively promote integration of the DNA of interest and hence increase the frequency of stably transformed cells. Transposable elements may be useful to allow separation of genes of interest from elements necessary for selection - 45 and maintenance of a plasmid vector in bacteria or selection of a transformant. By use of a transposable element, desirable and undesirable DNA sequences may be transposed apart from each other in the genome, such that through genetic segregation in progeny, one may identify plants with either the desirable or the undesirable DNA sequences. DNA useful for introduction into plant cells includes that which has been derived or isolated from any source, that may be subsequently characterized as to structure, size and/or function, chemically altered, and later introduced into plants. An example of DNA "derived" from a source, would be a DNA sequence that is identified as a useful fragment within a given organism, and which is then chemically synthesized in essentially pure form. An example of such DNA "isolated" from a source would be a useful DNA sequence that is excised or removed from said source by chemical means, e.g., by the use of restriction endonucleases, so that it can be further manipulated, e.g., amplified, for use in the invention, by the methodology of genetic engineering. Such DNA is commonly referred to as "recombinant DNA." Therefore useful DNA includes completely synthetic DNA, semi-synthetic DNA, DNA isolated from biological sources, and DNA derived from introduced RNA. Generally, the introduced DNA is not originally resident in the plant genotype which is the recipient of the DNA, but it is within the scope of the invention to isolate a gene from a given plant genotype, and to subsequently introduce multiple copies of the gene into the same genotype, e.g., to enhance production of a given gene product such as a storage protein or a protein that confers tolerance or resistance to water deficit. The introduced DNA includes but is not limited to, DNA from plant genes, and non plant genes such as those from bacteria, yeasts, animals or viruses. The introduced DNA can include modified genes, portions of genes, or chimeric genes, including genes from the same or different maize genotype. The term "chimeric gene" or "chimeric DNA" is defined as a gene or DNA sequence or segment comprising at least two DNA sequences or segments from species which do not combine DNA under natural conditions, or which DNA sequences or segments are positioned or linked in a manner which does not normally occur in the native genome of untransformed plant. The introduced DNA used for transformation herein may be circular or linear, double stranded or single-stranded. Generally, the DNA is in the form of chimeric DNA, such as plasmid DNA, that can also contain coding regions flanked by regulatory sequences which - 46 promote the expression of the recombinant DNA present in the resultant plant. For example, the DNA may itself comprise or consist of a promoter that is active in a plant which is derived from a source other than that plant, or may utilize a promoter already present in a plant genotype that is the transformation target. Generally, the introduced DNA will be relatively small, i.e., less than about 30 kb to minimize any susceptibility to physical, chemical, or enzymatic degradation which is known to increase as the size of the DNA increases. As noted above, the number of proteins, RNA transcripts or mixtures thereof which is introduced into the plant genome is preferably preselected and defined, e.g., from one to about 5-10 such products of the introduced DNA may be formed. Two principal methods for the control of expression are known, viz.: overexpression and underexpression. Overexpression can be achieved by insertion of one or more than one extra copy of the selected gene. It is, however, not unknown for plants or their progeny, originally transformed with one or more than one extra copy of a nucleotide sequence, to exhibit the effects of underexpression as well as overexpression. For underexpression there are two principle methods which are commonly referred to in the art as "antisense downregulation" and "sense downregulation" (sense downregulation is also referred to as "cosuppression"). Generically these processes are referred to as "gene silencing". Both of these methods lead to an inhibition of expression of the target gene. Obtaining sufficient levels of transgene expression in the appropriate plant tissues is an important aspect in the production of genetically engineered crops. Expression of heterologous DNA sequences in a plant host is dependent upon the presence of an operably linked promoter that is functional within the plant host. Choice of the promoter sequence will determine when and where within the organism the heterologous DNA sequence is expressed. Furthermore, it is contemplated that promoters combining elements from more than one promoter may be useful. For example, U.S. Patent No. 5,491,288 discloses combining a Cauliflower Mosaic Virus promoter with a histone promoter. Thus, the elements from the promoters disclosed herein may be combined with elements from other promoters. Promoters which are useful for plant transgene expression include those that are inducible, viral, synthetic, constitutive (Odell et al., 1985), temporally regulated, spatially regulated, tissue-specific, and spatio-temporally regulated. - 47 - Where expression in specific tissues or organs is desired, tissue-specific promoters may be used. In contrast, where gene expression in response to a stimulus is desired, inducible promoters are the regulatory elements of choice. Where continuous expression is desired throughout the cells of a plant, constitutive promoters are utilized. Additional regulatory sequences upstream and/or downstream from the core promoter sequence may be included in expression constructs of transformation vectors to bring about varying levels of expression of heterologous nucleotide sequences in a transgenic plant. The choice of promoter will vary depending on the temporal and spatial requirements for expression, and also depending on the target species. In some cases, expression in multiple tissues is desirable. While in others, tissue-specific, e.g., leaf-specific, expression is desirable. Although many promoters from dicotyledons have been shown to be operational in monocotyledons and vice versa, ideally dicotyledonous promoters are selected for expression in dicotyledons, and monocotyledonous promoters for expression in monocotyledons. However, there is no restriction to the provenance of selected promoters; it is sufficient that they are operational in driving the expression of the nucleotide sequences in the desired cell. These promoters include, but are not limited to, constitutive, inducible, temporally regulated, developmentally regulated, spatially-regulated, chemically regulated, stress responsive, tissue-specific, viral and synthetic promoters. Promoter sequences are known to be strong or weak. A strong promoter provides for a high level of gene expression, whereas a weak promoter provides for a very low level of gene expression. An inducible promoter is a promoter that provides for the turning on and off of gene expression in response to an exogenously added agent, or to an environmental or developmental stimulus. A bacterial promoter such as the Ptac promoter can be induced to varying levels of gene expression depending on the level of isothiopropylgalactoside added to the transformed bacterial cells. An isolated promoter sequence that is a strong promoter for heterologous nucleic acid is advantageous because it provides for a sufficient level of gene expression to allow for easy detection and selection of transformed cells and provides for a high level of gene expression when desired. Within a plant promoter region there are several domains that are necessary for full function of the promoter. The first of these domains lies immediately upstream of the structural gene and forms the "core promoter region" containing consensus sequences, -48normally 70 base pairs immediately upstream of the gene. The core promoter region contains the characteristic CAAT and TATA boxes plus surrounding sequences, and represents a transcription initiation sequence that defines the transcription start point for the structural gene. The presence of the core promoter region defines a sequence as being a promoter: if the region is absent, the promoter is non-functional. Furthermore, the core promoter region is insufficient to provide full promoter activity. A series of regulatory sequences upstream of the core constitute the remainder of the promoter. The regulatory sequences determine expression level, the spatial and temporal pattern of expression and, for an important subset of promoters, expression under inductive conditions (regulation by external factors such as light, temperature, chemicals, hormones). A range of naturally-occurring promoters are known to be operative in plants and have been used to drive the expression of heterologous (both foreign and endogenous) genes in plants: for example, the constitutive 35S cauliflower mosaic virus (CaMV) promoter, the ripening-enhanced tomato polygalacturonase promoter (Bird et al., 1988), the E8 promoter (Diekman & Fischer, 1988) and the fruit specific 2A1 promoter (Pear et al., 1989) and many others, e.g., U2 and U5 snRNA promoters from maize, the promoter from alcohol dehydrogenase, the Z4 promoter from a gene encoding the Z4 22 kD zein protein, the ZlO promoter from a gene encoding a 10 kD zein protein, a Z27 promoter from a gene encoding a 27 kD zein protein, the A20 promoter from the gene encoding a 19 kD -zein protein, inducible promoters, such as the light inducible promoter derived from the pea rbcS gene and the actin promoter from rice, e.g., the actin 2 promoter (WO 00/70067); seed specific promoters, such as the phaseolin promoter from beans, may also be used. The nucleotide sequences of this invention can also be expressed under the regulation of promoters that are chemically regulated. This enables the nucleic acid sequence or encoded polypeptide to be synthesized only when the crop plants are treated with the inducing chemicals. Chemical induction of gene expression is detailed in EP 0 332 104 (to Ciba-Geigy) and U.S. Patent 5,614,395. A preferred promoter for chemical induction is the tobacco PR- 1 a promoter. Examples of some constitutive promoters which have been described include the rice actin 1 (Wang et al., 1992; U.S. Patent No. 5,641,876), CaMV 35S (Odell et al., 1985), CaMV 19S (Lawton et al., 1987), nos, Adh, sucrose synthase; and the ubiquitin promoters. - 49 - Examples of tissue specific promoters which have been described include the lectin (Vodkin, 1983; Lindstrom et al., 1990) corn alcohol dehydrogenase 1 (Vogel et al., 1989; Denruis et al., 1984), corn light harvesting complex (Simpson, 1986; Bansal et al., 1992), corn heat shock protein (Odell et al., 1985), pea smaUl subunit RuBP carboxylase (Poulsen et al., 1986), Ti plasmid mannopine synthase (Langridge et al., 1989), Ti plasmid nopaline synthase (Langridge et al., 1989), petunia chalcone isomerase (vanTunen et al., 1988), bean glycine rich protein I (Keller et al., 1989), truncated CaMV 35s (Odel et al., 1985), potato patatin (Wenzler et al., 1989), root cell (Yamamoto et al., 1990), maize zein (Reina et al., 1990; Kriz et al., 1987; Wandelt et al., 1989; Langridge et al., 1983; Reina et al., 1990), globulin-I (Belanger et al., 1991), cx-tubulin, cab (Sullivan et al., 1989), PEPCase (Hudspeth & Grula, 1989), R gene complex-associated promoters (Chandler et al., 1989), histone, and chalcone synthase promoters (Franken et al., 1991). Tissue specific enhancers are described in Fromm et al. (1989). Inducible promoters that have been described include the ABA- and turgor-inducible promoters, the promoter of the auxin-binding protein gene (Schwob et al., 1993), the UDP glucose flavonoid glycosyl-transferase gene promoter (Ralston et al., 1988), the MPI proteinase inhibitor promoter (Cordero et al., 1994), and the glyceraldehyde-3-phosphate dehydrogenase gene promoter (Kohler et al., 1995; Quigley et al., 1989; Martinez et al., 1989). Several other tissue-specific regulated genes and/or promoters have been reported in plants. These include genes encoding the seed storage proteins (such as napin, cruciferin, beta conglycinin, and phaseolin) zein or oil body proteins (such as oleosin), or genes involved in fatty acid biosynthesis (including acyl carrier protein, stearoyl-ACP desaturase. And fatty acid desaturases (fad 2-1)), and other genes expressed during embryo development (such as Bce4, see, for example, EP 255378 and Kridl et al., 1991). Particularly useful for seed-specific expression is the pea vicilin promoter (Czako et al., 1992). (See also U.S. Pat. No. 5,625,136, herein incorporated by reference.) Other useful promoters for expression in mature leaves are those that are switched on at the onset of senescence, such as the SAG promoter from Arabidopsis (Gan et al., 1995). A class of fruit-specific promoters expressed at or during antithesis through fruit development, at least until the beginning of ripening, is discussed in U.S. 4,943,674. cDNA - 50 clones that are preferentially expressed in cotton fiber have been isolated (John et al., 1992). cDNA clones from tomato displaying differential expression during fruit development have been isolated and characterized (Mansson et al., 1985, Slater et al., 1985). The promoter for polygalacturonase gene is active in fruit ripening. The polygalacturonase gene is described in U.S. Patent No. 4,535,060, U.S. Patent No. 4,769,061, U.S. Patent No. 4,801,590, and U.S. Patent No. 5,107,065, which disclosures are incorporated herein by reference. Other examples of tissue-specific promoters include those that direct expression in leaf cells following damage to the leaf (for example, from chewing insects), in tubers (for example, patatin gene promoter), and in fiber cells (an example of a developmentally-regulated fiber cell protein is E6 (John et al., 1992). The E6 gene is most active in fiber, although low levels of transcripts are found in leaf, ovule and flower. The tissue-specificity of some "tissue-specific" promoters may not be absolute and may be tested by one skilled in the art using the diphtheria toxin sequence. One can also achieve tissue-specific expression with "leaky" expression by a combination of different tissue-specific promoters (Beals et al., 1997). Other tissue-specific promoters can be isolated by one skilled in the art (see U.S. 5,589,379). Several inducible promoters ("gene switches") have been reported. Many are described in the review by Gatz (1996) and Gatz (1997). These include tetracycline repressor system, Lac repressor system, copper-inducible systems, salicylate inducible systems (such as the PRIa system), glucocorticoid- (Aoyama et al., 1997) and ecdysone-inducible systems. Also included are the benzene sulphonamide- (U.S. Patent No. 5,364,780) and alcohol-(WO 97/06269 and WO 97/06268) inducible systems and glutathione S-transferase promoters. Other studies have focused on genes inducibly regulated in response to environmental stress or stimuli such as increased salinity. Drought, pathogen and wounding. (Graham et al., 1985; Graham et al., 1985, Smith et al., 1986). Accumulation of metallocarboxypeptidase-inhibitor protein has been reported in leaves of wounded potato plants (Graham et al., 1981). Other plant genes have been reported to be induced methyl jasmonate, elicitors, heat-shock, anaerobic stress, or herbicide safeners. Regulated expression of the chimeric transacting viral replication protein can be further regulated by other genetic strategies. For example, Cre-mediated gene activation as described by Odell et al. 1990. Thus, a DNA fragment containing 3' regulatory sequence bound by lox sites between the promoter and the replication protein coding sequence that blocks the -51 expression of a chimeric replication gene fTom the promoter can be removed by Cre-mediated excision and result in the expression of the trans-acting replication gene. In this case, the chimeric Cre gene, the chimeric trans-acting replication gene, or both can be under the control of tissue- and developmental- specific or inducible promoters. An alternate genetic strategy is the use of tRNA suppressor gene. For example, the regulated expression of a tRNA suppressor gene can conditionally control expression of a trans-acting replication protein coding sequence containing an appropriate termination codon as described by Ulmasov et al. 1997. Again, either the chimeric tRNA suppressor gene, the chimeric transacting replication gene, or both can be under the control of tissue- and developmental-specific or inducible promoters. Frequently it is desirable to have continuous or inducible expression of a DNA sequence throughout the cells of an organism in a tissue-independent manner. For example, increased resistance of a plant to infection by soil- and airborne-pathogens might be accomplished by genetic manipulation of the plant's genome to comprise a continuous promoter operably Linked to a heterologous pathogen-resistance gene such that pathogen resistance proteins are continuously expressed throughout the plant's tissues. Alternatively, it might be desirable to inhibit expression of a native DNA sequence within a plant's tissues to achieve a desired phenotype. In this case, such inhibition might be accomplished with transformation of the plant to comprise a constitutive, tissue-independent promoter operably linked to an antisense nucleotide sequence, such that constitutive expression of the antisense sequence produces an RNA transcript that interferes with translation of the mRNA of the native DNA sequence. To define a minimal promoter region, a DNA segment representing the promoter region is removed from the 5' region of the gene of interest and operably linked to the coding sequence of a marker (reporter) gene by recombinant DNA techniques well known to the art. The reporter gene is operably linked downstream of the promoter, so that transcripts initiating at the promoter proceed through the reporter gene. Reporter genes generally encode proteins which are easily measured, including, but not limited to, chloramphenicol acetyl transferase (CAT), beta-glucuronidase (GUS), green fluorescent protein (GFP), beta-galactosidase ( beta GAL), and luciferase. - 52 - The construct containing the reporter gene under the control of the promoter is then introduced into an appropriate cell type by transfection techniques well known to the art. To assay for the reporter protein, cell lysates are prepared and appropriate assays, which are well known in the art, for the reporter protein are performed. For example, if CAT were the reporter gene of choice, the lysates from cells transfected with constructs containing CAT under the control of a promoter under study are mixed with isotopically labeled chloramphenicol and acetyl-coenzyme A (acetyl-CoA). The CAT enzyme transfers the acetyl group from acetyl-CoA to the 2- or 3-position of chloramphenicol. The reaction is monitored by thin-layer chromatography, which separates acetylated chloramphenicol from unreacted material. The reaction products are then visualized by autoradiography. The level of enzyme activity corresponds to the amount of enzyme that was made, which in turn reveals the level of expression from the promoter of interest. This level of expression can be compared to other promoters to determine the relative strength of the promoter under study. In order to be sure that the level of expression is determined by the promoter, rather than by the stability of the mRNA, the level of the reporter mRNA can be measured directly, such as by Northern blot analysis. Once activity is detected, mutational and/or deletional analyses may be employed to determine the minimal region and/or sequences required to initiate transcription. Thus, sequences can be deleted at the 5' end of the promoter region and/or at the 3' end of the promoter region, and nucleotide substitutions introduced. These constructs are then introduced to cells and their activity determined. In one embodiment, the promoter may be a gamma zein promoter, an oleosin ole16 promoter, a globulini promoter, an actin I promoter, an actin cl promoter, a sucrose synthetase promoter, an INOPS promoter, an EXM5 promoter, a globulin2 promoter, a b-32, ADPG pyrophosphorylase promoter, an LtpI promoter, an Ltp2 promoter, an oleosin ole17 promoter, an oleosin olel8 promoter, an actin 2 promoter, a pollen-specific protein promoter, a pollen specific pectate lyase promoter, an anther-specific protein promoter, an anther-specific gene RTS2 promoter, a pollen- specific gene promoter, a tapetum-specific gene promoter, tapetum specific gene RAB24 promoter, a anthranilate synthase alpha subunit promoter, an alpha zein promoter, an anthranilate synthase beta subunit promoter, a dihydrodipicolinate synthase promoter, a Thil promoter, an alcohol dehydrogenase promoter, a cab binding protein - 53 promoter, an H3C4 promoter, a RUBISCO SS starch branching enzyme promoter, an ACCase promoter, an actin3 promoter, an acting promoter, a regulatory protein GF14-12 promoter, a ribosomal protein L9 promoter, a cellulose biosynthetic enzyme promoter, an S-adenosyl-L homocysteine hydrolase promoter, a superoxide dismutase promoter, a C-kinase receptor promoter, a phosphoglycerate mutase promoter, a root-specific RCc3 mRNA promoter, a glucose-6 phosphate isomerase promoter, a pyrophosphate-fructose 6 phosphatelphosphotransferase promoter, an ubiquitin promoter, a beta-ketoacyl-ACP synthase promoter, a 33 kDa photosystem 11 promoter, an oxygen evolving protein promoter, a 69 kDa vacuolar ATPase subunit promoter, a metallothionein-like protein promoter, a glyceraldehyde 3 -phosphate dehydrogenase promoter, an ABA- and ripening- inducible-like protein promoter, a phenylalanine ammonia lyase promoter, an adenosine triphosphatase S-adenosyl-L homocysteine hydrolase promoter, an a- tubulin promoter, a cab promoter, a PEPCase promoter, an R gene promoter, a lectin promoter, a light harvesting complex promoter, a heat shock protein promoter, a chalcone synthase promoter, a zein promoter, a globulin-I promoter, an ABA promoter, an auxin-binding protein promoter, a UDP glucose flavonoid glycosyl-transferase gene promoter, an NTI promoter, an actin promoter, an opaque 2 promoter, a b70 promoter, an oleosin promoter, a CaMV 35S promoter, a CaMV 19S promoter, a histone promoter, a turgor-inducible promoter, a pea small subunit RuBP carboxylase promoter, a Ti plasmid mannopine synthase promoter, Ti plasmid nopaline synthase promoter, a petunia chalcone isomerase promoter, a bean glycine rich protein I promoter, a CaMV 35S transcript promoter, a potato patatin promoter, or a S-E9 small subunit RuBP carboxylase promoter. In addition to promoters, a variety of 5N and 3N transcriptional regulatory sequences are also available for use in the present invention. Transcriptional terminators are responsible for the termination of transcription and correct mRNA polyadenylation. The 3N nontranslated regulatory DNA sequence preferably includes from about 50 to about 1,000, more preferably about 100 to about 1,000, nucleotide base pairs and contains plant transcriptional and translational termination sequences. Appropriate transcriptional terminators and those which are known to function in plants include the CaMV 35S terminator, the tml terminator, the nopaline synthase terminator, the pea rbcS E9 terminator, the terminator for the T7 transcript - 54 from the octopine synthase gene of Agrobacterium iumefaciens, and the 3N end of the protease inhibitor I or 11 genes from potato or tomato, although other 3N elements known to those of skill in the art can also be employed. Alternatively, one also could use a gamma coixin, oleosin 3 or other terminator from the genus Coix. Preferred 3' elements include those from the nopaline synthase gene of Agrobacterium tumefaciens (Bevan et al., 1983), the terminator for the T7 transcript from the octopine synthase gene of Agrobacterium tumefaciens, and the 3' end of the protease inhibitor I or I genes from potato or tomato. As the DNA sequence between the transcription initiation site and the start of the coding sequence, i.e., the untranslated leader sequence, can influence gene expression, one may also wish to employ a particular leader sequence. Preferred leader sequences are contemplated to include those which include sequences predicted to direct optimum expression of the attached gene, i.e., to include a preferred consensus leader sequence which may increase or maintain rnRNA stability and prevent inappropriate initiation of translation. The choice of such sequences will be known to those of skill in the art in light of the present disclosure. Sequences that are derived from genes that are highly expressed in plants will be most preferred. Other sequences that have been found to enhance gene expression in transgenic plants include intron sequences (e.g., from Adhl, bronze], actin], actin 2 (WO 00/760067), or the sucrose synthase intron) and viral leader sequences (e.g., from TMV, MCMV and AMV). For example, a number of non-translated leader sequences derived from viruses are known to enhance expression. Specifically, leader sequences from Tobacco Mosaic Virus (TMV), Maize Chlorotic Mottle Virus (MCMV), and Alfalfa Mosaic Virus (AMV) have been shown to be effective in enhancing expression (e.g., Gallie et al., 1987; Skuzeski et al., 1990). Other leaders known in the art include but are not limited to: Picornavirus leaders, for example, EMCV leader (Encephalomyocarditis 5 noncoding region) (Elroy-Stein et al., 1989); Potyvirus leaders, for example, TEV leader (Tobacco Etch Virus); MDMV leader (Maize Dwarf Mosaic Virus); Human immunoglobulin heavy-chain binding protein (BiP) leader, (Macejak et al., 1991); Untranslated leader from the coat protein mRNA of alfalfa mosaic virus (AMV RNA 4), (Jobling et al., 1987; Tobacco mosaic virus leader (TMV), (GaLle et al., 1989; and Maize - 55 - Chlorotic Mottle Virus leader (MCMV) (Lommel et al., 1991. See also, Della-Cioppa et al., 1987. Regulatory elements such as Adh intron 1 (Callis et al., 1987), sucrose synthase intron (Vasil et al., 1989) or TMV omega element (Gallie, et al., 1989), may further be included where desired. Examples of enhancers include elements from the CaMV 35S promoter, octopine synthase genes (Ellis el al., 1987), the rice actin I gene, the maize alcohol dehydrogenase gene (Calls et al., 1987), the maize shrunken I gene (Vasil et al., 1989), TMV Omega element (Gallie et al., 1989) and promoters from non-plant eukaryotes (e.g. yeast; Ma et al., 1988). Vectors for use in accordance with the present invention may be constructed to include the ocs enhancer element. This element was first identified as a 16 bp palindromic enhancer from the octopine synthase (ocs) gene of ultilane (Ellis et al., 1987), and is present in at least 10 other promoters (Bouchez et al., 1989). The use of an enhancer element, such as the ocs element and particularly multiple copies of the element, will act to increase the level of transcription from adjacent promoters when applied in the context of monocot transformation. Ultimately, the most desirable DNA segments for introduction into for example a monocot genome may be homologous genes or gene families which encode a desired trait (e.g., increased yield per acre) and which are introduced under the control of novel promoters or enhancers, etc., or perhaps even homologous or tissue specific (e.g., root-, collar/sheath-, whorl-, stalk-, earshank-, kernel- or leaf-specific) promoters or control elements. Indeed, it is envisioned that a particular use of the present invention will be the targeting of a gene in a constitutive manner or a root-specific manner. For example, insect resistant genes may be expressed specifically in the whorl and collar/sheath tissues which are targets for the first and second broods, respectively, of ECB. Likewise, genes encoding proteins with particular activity against rootworm may be targeted directly to root tissues. Vectors for use in tissue-specific targeting of genes in transgenic plants will typically include tissue-specific promoters and may also include other tissue-specific control elements such as enhancer sequences. Promoters which direct specific or enhanced expression in certain plant tissues will be known to those of skill in the art in light of the present disclosure. These include, for example, the rbcS promoter, specific for green tissue; the ocs, nos and mas promoters which have higher activity in roots or wounded leaf tissue; a truncated (-90 to +8) - 56 - 35S promoter which directs enhanced expression in roots, an alpha-tubulin gene that directs expression in roots and promoters derived from zein storage protein genes which direct expression in endosperm. It is particularly contemplated that one may advantageously use the 16 bp ocs enhancer element from the octopine synthase (ocs) gene (Ellis et al., 1987; Bouchez et al., 1989), especially when present in multiple copies, to achieve enhanced expression in roots. Tissue specific expression may be functionally accomplished by introducing a constitutively expressed gene (all tissues) in combination with an antisense gene that is expressed only in those tissues where the gene product is not desired. For example, a gene coding for the crystal toxin protein from B. thuringiensis (Bt) may be introduced such that it is expressed in all tissues using the 35S promoter from Cauliflower Mosaic Virus. Expression of an antisense transcript of the Bt gene in a maize kernel, using for example a zein promoter, would prevent accumulation of the Bt protein in seed. Hence the protein encoded by the introduced gene would be present in all tissues except the kernel. Expression of some genes in transgenic plants will be desired only under specified conditions. For example, it is proposed that expression of certain genes that confer resistance to environmental stress factors such as drought will be desired only under actual stress conditions. It is contemplated that expression of such genes throughout a plants development may have detrimental effects. It is known that a large number of genes exist that respond to the environment. For example, expression of some genes such as rbcS, encoding the small subunit of ribulose bisphosphate carboxylase, is regulated by light as mediated through phytochrome. Other genes are induced by secondary stimuli. For example, synthesis of abscisic acid (ABA) is induced by certain environmental factors, including but not limited to water stress. A number of genes have been shown to be induced by ABA (Skriver and Mundy, 1990). It is also anticipated that expression of genes conferring resistance to insect predation would be desired only under conditions of actual insect infestation. Therefore, for some desired traits inducible expression of genes in transgenic plants will be desired. Expression of a gene in a transgenic plant will be desired only in a certain time period during the development of the plant. Developmental timing is frequently correlated with tissue specific gene expression. For example, expression of zein storage proteins is initiated in the endosperm about 15 days after pollination. - 57

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Additionally, vectors may be constructed and employed in the intracellular targeting of a specific gene product within the cells of a transgenic plant or in directing a protein to the extracellular environment. This will generally be achieved by joining a DNA sequence encoding a transit or signal peptide sequence to the coding sequence of a particular gene. The resultant transit, or signal, peptide will transport the protein to a particular intracellular, or extracellular destination, respectively, and will then be post-translationally removed. Transit or signal peptides act by facilitating the transport of proteins through intracellular membranes, e.g., vacuole, vesicle, plastid and mitochondrial membranes, whereas signal peptides direct proteins through the extracellular membrane. A particular example of such a use concerns the direction of a herbicide resistance gene, such as the EPSPS gene, to a particular organelle such as the chloroplast rather than to the cytoplasm. This is exemplified by the use of the rbcs transit peptide which confers plastid specific targeting of proteins. In addition, it is proposed that it may be desirable to target certain genes responsible for male sterility to the mitochondria, or to target certain genes for resistance to phytopathogenic organisms to the extracellular spaces, or to target proteins to the vacuole. By facilitating the transport of the protein into compartments inside and outside the cell, these sequences may increase the accumulation of gene product protecting them from proteolytic degradation. These sequences also allow for additional mRNA sequences from highly expressed genes to be attached to the coding sequence of the genes. Since mRNA being translated by ribosomes is more stable than naked mRNA, the presence of translatable mRNA in front of the gene may increase the overall stability of the m.RNA transcript from the gene and thereby increase synthesis of the gene product. Since transit and signal sequences are usually post- translationally removed from the initial translation product, the use of these sequences allows for the addition of extra translated sequences that may not appear on the final polypeptide. Targeting of certain proteins may be desirable in order to enhance the stability of the protein (U.S. Patent No. 5,545,818). It may be useful to target DNA itself within a cell. For example, it may be useful to target introduced DNA to the nucleus as this may increase the frequency of transformation. Within the nucleus itself it would be useful to target a gene in order to achieve site specific - 58 integration. For example, it would be useful to have an gene introduced through transformation replace an existing gene in the cell. Other elements include those that can be regulated by endogenous or exogenous agents, e.g., by zinc finger proteins, including naturally occurring zinc finger proteins or chimeric zinc finger proteins (see, e.g., U.S. Patent No. 5,789,538, WO 99/48909; WO 99/45132; WO 98/53060; WO 98/53057; WO 98/53058; WO 00/23464; WO 95/19431; and WO 98/54311) or myb-like transcription factors. For example, a chimeric zinc finger protein may include amino acid sequences which bind to a specific DNA sequence (the zinc finger) and amino acid sequences that activate (e.g., GAL 4 sequences) or repress the transcription of the sequences linked to the specific DNA sequence. The invention relates to an isolated plant, e.g., Arabidopsis and rice, nucleic acid molecule, which directs the expression of linked nucleic acid fragment in a plant, e.g., in root or leaf or constitutively, as well as the corresponding open reading frame and encoded product. The nucleic acid molecule, e.g., one which comprises a promoter can be used to overexpress a linked nucleic acid fragment so as to express a product in a constitutive or tissue-specific manner, or to alter the expression of the product, e.g., via the use of antisense vectors or by "knocking out" the expression of at least one genomic copy of the gene. Preferred sources from which the nucleic acid molecules of the invention can be obtained or isolated include, but are not limited to, corn (Zea mays), Brassica sp. (e.g., B. napus, B. rapa, B. juncea), particularly those Brassica species useful as sources of seed oil, alfalfa (Medicago sativa), rice (Oryza sativa), rye (Secale cereale), sorghum (Sorghum bicolor, Sorghum vulgare), millet (e.g., pearl millet (Pennisetum glaucum), proso millet (Panicum miliaceum), foxtail millet (Setaria italica), finger millet (Eleusine coracana)), sunflower (Helianthus annuus), safflower (Carthamus tinctorius), wheat (Triticum aestivum), soybean (Glycine max), tobacco (Nicotiana tabacum), potato (Solanum tuberosum), peanuts (A rachis hypogaea), cotton (Gossypium barbadense, Gossypium hirsutum), sweet potato (Ipomoea baratus), cassava (Manihot esculenta), coffee (Cofea spp.), coconut (Cocos nucifera), pineapple (Ananas comosus), citrus trees (Citrus spp.), cocoa (Theobroma cacao), tea (Camellia sinensis), banana (Musa spp.), avocado (Persea ultilane), fig (Ficus casica), guava (Psidium guajava), mango (Mangifera indica), olive (Olea europaea), papaya (Carica papaya), cashew (Anacardium occidentale), macadamia (Macadamia integrifolia), almond - 59 - (Prunus am ygdalus), sugar beets (Beta vulgaris), sugarcane (Saccharum spp.), oats, duckweed (Lemna), barley, vegetables, ornamentals, and conifers. Duckweed (Lemna, see WO 00/072 10) includes members of the family Lemnaceae. There are known four genera and 34 species of duckweed as follows: genus Lemna (L. aequinoctialis, L. disperma, L. ecuadoriensis, L. gibba, L. japonica, L. minor, L. miniscula, L. obscura, L. perpusilla, L. tenera, L. trisulca, L. turionifera, L. valdiviana); genus Spirodela (S. intermedia, S. polyrrhiza, S. punclata); genus Woffia (Wa. Angusta, Wa. Arrhiza, Wa. Australina, Wa. Borealis, Wa. Brasiliensis, Wa. Columbiana, Wa. Elongata, Wa. Globosa, Wa. Microscopica, Wa. Neglecta) and genus Wofiella (WI. ultila, W1. ultilane n, W1. gladiata, W1. ultila, WI. lingulata, Wi. repunda, W1. rotunda, and W1. neotropica). Any other genera or species of Lemnaceae, if they exist, are also aspects of the present invention. Lemna gibba, Lemna minor, and Lemna miniscula are preferred, with Lemna minor and Lemna miniscula being most preferred. Lemna species can be classified using the taxonomic scheme described by Landolt, Biosystematic Investigation on the Family of Duckweeds: The family of Lemnaceae - A Monograph Study. Geobotanisches Institut ETH, Stiftung Rubel, Zurich (1986)). Vegetables from which to obtain or isolate the nucleic acid molecules of the invention include, but are not limited to, tomatoes (Lycopersicon esculentum), lettuce (e.g., Lactuca sativa), green beans (Phaseolus vulgaris), lima beans (Phaseolus limensis), peas (Lathyrus spp.), and members of the genus Cucumis such as cucumber (C. sativus), cantaloupe (C. cantalupensis), and musk melon (C. melo). Ornamentals from which to obtain or isolate the nucleic acid molecules of the invention include, but are not limited to, azalea (Rhododendron spp.), hydrangea (Macrophylla hydrangea), hibiscus (Hibiscus rosasanensis), roses (Rosa spp.), tulips (Tulipa spp.), daffodils (Narcissus spp.), petunias (Petunia hybrida), carnation (Dianthus caryophyllus), poinsettia (Euphorbia pulcherrima), and chrysanthemum. Conifers that may be employed in practicing the present invention include, for example, pines such as loblolly pine (Pinus taeda), slash pine (Pinus elliotii), ponderosa pine (Pinus ponderosa), lodgepole pine (Pinus contorta), and Monterey pine (Pinus radiata), Douglas-fir (Pseudotsuga menziesii); Western hemlock (Tsuga ultilane); Sitka spruce (Picea glauca); redwood (Sequoia sempervirens); true firs such as silver fir (Abies amabilis) and balsam fir (Abies balsamea); and cedars such as Western red cedar (Thuja plicata) and Alaska yellow-cedar (Chamaecyparis -60nootkatensis). Leguminous plants from which the nucleic acid molecules of the invention can be isolated or obtained include, but are not limited to, beans and peas. Beans include guar, locust bean, fenugreek, soybean, garden beans, cowpea, mungbean, lima bean, fava bean, lentils, chickpea, and the like. Legumes include, but are not limited to, Arachis, e.g., peanuts, Vicia, e.g., crown vetch, hairy vetch, adzuki bean, mung bean, and chickpea, Lupinus, e.g., lupine, trifolium, Phaseolus, e.g., common bean and lima bean, Pisum, e.g., field bean, Melilomus, e.g., clover, Medicago, e.g., alfalfa, Lotus, e.g., trefoil, lens, e.g., lentil, and false indigo. Preferred forage and turf grass from which the nucleic acid molecules of the invention can be isolated or obtained for use in the methods of the invention include, but are not limited to, alfalfa, orchard grass, tall fescue, perennial ryegrass, creeping bent grass, and redtop. Other preferred sources of the nucleic acid molecules of the invention include Acacia, aneth, artichoke, arugula, blackberry, canola, cilantro, clementines, escarole, eucalyptus, fennel, grapefruit, honey dew, jicama, kiwifruit, lemon, lime, mushroom, nut, okra, orange, parsley, persimmon, plantain, pomegranate, poplar, radiata pine, radicchio, Southern pine, sweetgum, tangerine, triticale, vine, yams, apple, pear, quince, cherry, apricot, melon, hemp, buckwheat, grape, raspberry, chenopodium, blueberry, nectarine, peach, plum, strawberry, watermelon, eggplant, pepper, cauliflower, Brassica, e.g., broccoli, cabbage, ultilan sprouts, onion, carrot, leek, beet, broad bean, celery, radish, pumpkin, endive, gourd, garlic, snapbean, spinach, squash, turnip, ultilane, and zucchini. Yet other sources of nucleic acid molecules are ornamental plants including, but not limited to, impatiens, Begonia, Pelargonium, Viola, Cyclamen, Verbena, Vinca, Tagetes, Primula, Saint Paulia, Agertum, Amaranthus, Antihirrhinum, Aquilegia, Cineraria, Clover, Cosmo, Cowpea, Dahlia, Datura, Delphinium, Gerbera, Gladiolus, Gloxinia, Hippeastrum, Mesembryanthemum, Salpiglossos, and Zinnia, and plants such as those shown in Table 1. - 61 - Table I FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES Cucurbitaceae Cucumis Cucumber htt_:/www.cu sativus curbit.org/ Cucumis Melon http://genome. melo cornell.edu/cg C/ Citrullus Watermelon lanatus Cucurbita Squash pepo summer Cucurbita Squash maxina winter Cucurbita Pumpkin moschata /butternut Total http://www.na l.usda.gov/pg dic/Map proi/ Solanaceae Lycopersicon Tomato * 15x BAC on variety genome.corne esculentum Heinz 1706 order from ll.edu/solgene Clemson Genome center s (www.genome.clemson.e htrp://ars du)

..

genome.corne 11 .6x BAC of L. ll.edu/cgi cheesmanii (originates bin/WebAce/ - 62 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES from J. Giovannorui) webace?db=s available from Clemson olgenes genome center http:// enome. (www.genome.clemson.e cornell.edu/tg du..) c * EST collection from http://tgrc.ucd TIGR avis.edu/ (www.tigr.org/tdb/lgi/ind exdhtml) * EST collection from Clemsom Genome Center (www.genome.clemson.e du) * TAG 99:254-271, 1999 (esculentum x pennelli) * TAG 89:1007-1013, 1994 (peruvianum) . Plant Cell Reports 12:293-297, 1993 (RAPDs) * Genetics 132:1141-1160, 1992 (potato x tomato) " Genetics 120:1095-1105, 1988 (RFLP potato and tomato) - 63 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES Genetics 115:387-393, 1986 (esculentum x pennelli isozyme and cDNAs) Capsicum Pepper htrp ://nept une annuum netmapes.co _m-chile/scie ce.htmlJ Capsicum Chile pepper frutescens Solanum Eggplant melongena (Nicotiana (Tobacco) tabacum) (Solanum (Potato) tuberosum) (Petunia x (Petunia) 4x BAC of Petunia hybrida hybrida hon. 7984 available from Clemson Ex E. Vilm.) genome center (www.genome.clemson.edu) Total t~usdagov/p~ die/ap pro03 Brassicaceae Brassica Brocci_ ttp_://resagr. - 64 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES oleracea L. ca/ecorc/cwm var. italica t/crucifer/trait s/index.htm http://geneous .cit.cornel.ed u/cabbage/abo utcab.htmI Brassica Cabbage oleracea L. var. capitata Brassica Chinese rapa Cabbage Brassica Cauliflower oleracea L. var. boirytis Raphanus Daikon sativus var. niger (Brassica (Oilseed http://ars napus) rape) genome.corne lI.edu/cgi bin/WebAce/ webace?db=br assicadb Arabidopsis 12x and 6x BACs on http://ars Columbia strain available genome.corne - 65 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES from Clemson genome center ll.edu/cgi (www.genome.clemson.edu) bin/WebAce/ webace?db=a Total http://www.na I.usda.gov/pg dic/Map proi/ Umbelliferae Daucus Carrot carota Compositae Lactuca Lettuce sativa Helianthus (Sunflower) annuus Total Chenopodiace Spinacia Spinach ae oleracea (Beta (Sugar Beet) vulgaris) Total Leguminosae Phaseolus Bean 4.3x BAC available from http://ars vulgaris Clemson genome center genome.corne (www.genome.clemson.edu) ll.edu/cgi - 66 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES bin/WebAce/ webacedb=b eangenes Pisum Pea sativum (Glycine (Soybean) 7.5x and 7.9x BACs http://ars max) available from Clemson genome.corne genome center ll.edu/cgi (www.genome.clemson.edu) bin/WebAce/ webace?db=s oybase Total http://www.nal.usda.gov/pgd ic/Map proi/ Gramineae Zea mays Sweet Corn Novartis BACs for Mol7 and B73 have been donated to Clemson Genome Center (www.genome.clemson.edu) (Zea mays) (Field Corn) http://www.a ron.missouri.e du/mnl/ Total http://www.nal.usda.gov/ppd ic/Map proi/ Liliaceae Allium cepa Onion Leek - 67 - FAMILY LATIN COMMON MAP REFERENCES LINKS NAME NAME RESOURCES (Garlic) (Asparagus) Total http://www.nal.usda.gov/pgd ic/Map proi/ Preferred forage and turf grass nucleic acid sources for the nucleic acid molecules of the invention include, but are not limited to, alfalfa, orchard grass, tall fescue, perennial ryegrass, creeping bent grass, and redtop. Yet other preferred sources include, but are not limited to, crop plants and in particular cereals (for example, corn, alfalfa, sunflower, rice, Brassica, canola, soybean, barley, soybean, sugarbeet, cotton, safflower, peanut, sorghum, wheat, millet, tobacco, and the like), and even more preferably corn, rice and soybean. According to one embodiment, the present invention is directed to a nucleic acid molecule comprising a nucleotide sequence isolated or obtained from any plant which encodes a polypeptide having, e.g. at least 70% amino acid sequence identity to a polypeptide encoded by a gene comprising any one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579, and 693 773, preferably any one of SEQ ID NOs: 536-579, more preferably of any one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof, e.g., SEQ ID NOs:825-875, which include the minimal promoter region.. Based on the Arabidopsis nucleic acid sequence of the present invention, orthologs may be identified or isolated from the genome of any desired organism, preferably from another plant, according to well known techniques based on their sequence similarity to the Arabidopsis nucleic acid sequences, e.g., hybridization, PCR or computer generated sequence comparisons. For example, all or a portion of a particular Arabidopsis nucleic acid sequence is used as a probe that selectively hybridizes to other gene sequences .present in a population of cloned genomic DNA fragments or cDNA fragments (i.e., genomic or cDNA libraries) from a chosen source organism. Further, suitable genomic and cDNA libraries may be prepared from - 68 any cell or tissue of an organism. Such techniques include hybridization screening of plated DNA libraries (either plaques or colonies; see, e.g., Sambrook et al., 1989) and amplification by PCR using oligonucleotide primers preferably corresponding to sequence domains conserved among related polypeptide or subsequences of the nucleotide sequences provided herein (see, e.g., Innis et al., 1990). These methods are particularly well suited to the isolation of gene sequences from organisms closely related to the organism from which the probe sequence is derived. The application of these methods using the Arabidopsis sequences as probes is well suited for the isolation of gene sequences from any source organism, preferably other plant species. In a PCR approach, oligonucleotide primers can be designed for use in PCR reactions to amplify corresponding DNA sequences from cDNA or genomic DNA extracted from any plant of interest. Methods for designing PCR primers and PCR cloning are generally known in the art. In hybridization techniques, all or part of a known nucleotide sequence is used as a probe that selectively hybridizes to other corresponding nucleotide sequences present in a population of cloned genomic DNA fragments or cDNA fragments (i.e., genomic or cDNA libraries) from a chosen organism. The hybridization probes may be genomic DNA fragments, cDNA fragments, RNA fragments, or other oligonucleotides, and may be labeled with a detectable group such as 32 P, or any other detectable marker. Thus, for example, probes for hybridization can be made by labeling synthetic oligonucleotides based on the sequence of the invention. Methods for preparation of probes for hybridization and for construction of cDNA and genomic libraries are generally known in the art and are disclosed in Sambrook et al. (1989). In general, sequences that hybridize to the sequences disclosed herein will have at least 40% to 50%, about 60% to 70% and even about 80% 85%, 90%, 95% to 98% or more identity with the disclosed sequences. That is, the sequence similarity of sequences may range, sharing at least about 40% to 50%, about 60% to 70%, and even about 80%, 85%, 90%, 95% to 98% sequence similarity. The nucleic acid molecules of the invention can also be identified by, for example, a search of known databases for genes encoding polypeptides having a specified amino acid sequence identity or DNA having a specified nucleotide sequence identity. Methods of alignment of sequences for comparison are well known in the art and are described hereins. - 69 - For example, to identify orthologs of the sequences described herein, similarity searches are carried out in databases using a BLAST (see above) algorithm followed by analysis using SCAN (the Sequence Comparison Analysis, program version 1.0k licensed from the Los Almos National Laboratories) software with added filters. A rice database is searched (Table 14) as well as a database constructed from GenBank (Table 15). Using a PERL script, a subset of the GenBank database (GenBank version 123.0). The database contains all of the plant translated regions from GenBank, with the exception of Arabidopsis thaliana sequences. In addition, the GenBank subset database retains annotation from following fields: product, function, note, as well as protein and nucleotide accession numbers and organisms. The BLASTX search algorithm, which translates a query sequence in all six frames and then carries out a protein comparison, is selected to conduct the search. Queries are executed using the "blastall" command with the following parameters: "-p blastp", "-v 50", "-b 50", "-F F". Homologies to hypothetical sequences are eliminated by setting the default parameters of SCAN at the command line to "-a 60 60" (60 identities and 60 percent identity, i.e., such that all of the results have 60 or more identities and that 60% of the alignment is made up of identities). In addition to SCAN, a E-value cutoff of <= le-4 is implemented. It is specifically contemplated by the inventors that one could mutagenize a promoter to, for example, potentially improve the utility of the elements for the expression of transgenes in plants. The mutagenesis of these elements can be carried out at random and the mutagenized promoter sequences screened for activity in a trial-by-error procedure. Alternatively, particular sequences which provide the promoter with desirable expression characteristics, or the promoter with expression enhancement activity, could be identified and these or similar sequences introduced into the sequences via mutation. It is further contemplated that one could mutagenize these sequences in order to enhance their expression of transgenes in a particular species. The means for mutagenizing a DNA segment encoding a promoter sequence of the current invention are well-known to those of skill in the art. As indicated, modifications to promoter or other regulatory element may be made by random, or site-specific mutagenesis procedures. The promoter and other regulatory element may be modified by altering their - 70 structure through the addition or deletion of one or more nucleotides from the sequence which encodes the corresponding un-modified sequences. Mutagenesis may be performed in accordance with any of the techniques known in the art, such as, and not limited to, synthesizing an oligonucleotide having one or more mutations within the sequence of a particular regulatory region. In particular, site-specific mutagenesis is a technique useful in the preparation of promoter mutants, through specific mutagenesis of the underlying DNA. The technique further provides a ready ability to prepare and test sequence variants, for example, incorporating one or more of the foregoing considerations, by introducing one or more nucleotide sequence changes into the DNA. Site-specific mutagenesis allows the production of mutants through the use of specific oligonucleotide sequences which encode the DNA sequence of the desired mutation, as well as a sufficient number of adjacent nucleotides, to provide a primer sequence of sufficient size and sequence complexity to form a stable duplex on both sides of the deletion junction being traversed. Typically, a primer of about 17 to about 75 nucleotides or more in length is preferred, with about 10 to about 25 or more residues on both sides of the junction of the sequence being altered. In general, the technique of site-specific mutagenesis is well known in the art, as exemplified by various publications. As will be appreciated, the technique typically employs a phage vector which exists in both a single stranded and double stranded form. Typical vectors useful in site-directed mutagenesis include vectors such as the M13 phage. These phage are readily commercially available and their use is generally well known to those skilled in the art. Double stranded plasmids also are routinely employed in site directed mutagenesis which eliminates the step of transferring the gene of interest from a plasmid to a phage. In general, site-directed mutagenesis in accordance herewith is performed by first obtaining a single-stranded vector or melting apart of two strands of a double stranded vector which includes within its sequence a DNA sequence which encodes the promoter. An oligonucleotide primer bearing the desired mutated sequence is prepared, generally synthetically. This primer is then annealed with the single-stranded vector, and subjected to DNA polymerizing enzymes such as E. coli polymerase I Klenow fragment, in order to complete the synthesis of the mutation-bearing strand. Thus, a heteroduplex is formed wherein one strand encodes the original non-mutated sequence and the second strand bears the desired mutation. - 71 - This heteroduplex vector is then used to transform or transfect appropriate cells, such as E. coli cells, and cells are selected which include recombinant vectors bearing the mutated sequence arrangement. Vector DNA can then be isolated from these cells and used for plant transformation. A genetic selection scheme was devised by Kunkel et al. (1987) to enrich for clones incorporating mutagenic oligonucleotides. Alternatively, the use of PCR with commercially available thermostable enzymes such as Taq polymerase may be used to incorporate a mutagenic oligonucleotide primer into an amplified DNA fragment that can then be cloned into an appropriate cloning or expression vector. The PCR-mediated mutagenesis procedures of Tomic el al. (1990) and Upender et al. (1995) provide two examples of such protocols. A PCR employing a thermostable ligase in addition to a thermostable polymerase also may be used to incorporate a phosphorylated mutagenic oligonucleotide into an amplified DNA fragment that may then be cloned into an appropriate cloning or expression vector. The mutagenesis procedure described by Michael (1994) provides an example of one such protocol. The preparation of sequence variants of the selected promoter-encoding DNA segments using site-directed mutagenesis is provided as a means of producing potentially useful species and is not meant to be limiting as there are other ways in which sequence variants of DNA sequences may be obtained. For example, recombinant vectors encoding the desired promoter sequence may be treated with mutagenic agents, such as hydroxylamine, to obtain sequence variants. In addition, an unmodified or modified nucleotide sequence of the present invention can be varied by shuffling the sequence of the invention. To test for a function of variant DNA sequences according to the invention, the sequence of interest is operably linked to a selectable or screenable marker gene and expression of the marker gene is tested in transient expression assays with protoplasts or in stably transformed plants. It is known to the skilled artisan that DNA sequences capable of driving expression of an associated nucleotide sequence are build in a modular way. Accordingly, expression levels from shorter DNA fragments may be different than the one from the longest fragment and may be different from each other. For example, deletion of a down-regulating upstream element will lead to an increase in the expression levels of the associated nucleotide sequence while deletion of an up-regulating element will decrease the expression levels of the associated nucleotide sequence. It is also known to the skilled - 72 artisan that deletion of development-specific or a tissue-specific element will lead to a temporally or spatially altered expression profde of the associated nucleotide sequence. Embraced by the present invention are also functional equivalents of the promoters of the present invention, i.e. nucleotide sequences that hybridize under stringent conditions to any one of SEQ ID NOs: 1-339, 477-515, 517-526, 536-579, or 693-773, preferably to any one of SEQ ID NOs: 536-579, more preferably to any one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof.As used herein, the term "oligonucleotide directed mutagenesis procedure" refers to template dependent processes and vector-mediated propagation which result in an increase in the concentration of a specific nucleic acid molecule relative to its initial concentration, or in an increase in the concentration of a detectable signal, such as amplification. As used herein, the term "oligonucleotide directed mutagenesis procedure" also is intended to refer to a process that involves the template-dependent extension of a primer molecule. The term template dependent process refers to nucleic acid synthesis of an RNA or a DNA molecule wherein the sequence of the newly synthesized strand of nucleic acid is dictated by the well- known rules of complementary base pairing (see, for example, Watson and Rarnstad, 1987). Typically, vector mediated methodologies involve the introduction of the nucleic acid fragment into a DNA or RNA vector, the clonal amplification of the vector, and the recovery of the amplified nucleic acid fragment. Examples of such methodologies are provided by U.S. Patent No. 4,237,224. A number of template dependent processes are available to amplify the target sequences of interest present in a sample, such methods being well known in the art and specifically disclosed herein below. Where a clone comprising a promoter has been isolated in accordance with the instant invention, one may wish to delimit the essential promoter regions within the clone. One efficient, targeted means for preparing mutagenizing promoters relies upon the identification of putative regulatory elements within the promoter sequence. This can be initiated by comparison with promoter sequences known to be expressed in similar tissue-specific or developmentally unique manner. Sequences which are shared among promoters with similar expression patterns are likely candidates for the binding of transcription factors and are thus likely elements which confer expression patterns. Confirmation of these putative regulatory elements can be achieved by deletion analysis of each putative regulatory region followed by -73 functional analysis of each deletion construct by assay of a reporter gene which is functionary attached to each construct. As such, once a starting promoter sequence is provided, any of a number of different deletion mutants of the starting promoter could be readily prepared. As indicated above, deletion mutants, deletion mutants of the promoter of the invention also could be randomly prepared and then assayed. With this strategy, a series of constructs are prepared, each containing a different portion of the clone (a subclone), and these constructs are then screened for activity. A suitable means for screening for activity is to attach a deleted promoter or intron construct which contains a deleted segment to a selectable or screenable marker, and to isolate only those cells expressing the marker gene. In this way, a number of different, deleted promoter constructs are identified which still retain the desired, or even enhanced, activity. The smaUest segment which is required for activity is thereby identified through comparison of the selected constructs. This segment may then be used for the construction of vectors for the expression of exogenous genes. In order to improve the ability to identify transformants, one may desire to employ a selectable or screenable marker gene as, or in addition to, the expressible gene of interest. "Marker genes" are genes that impart a distinct phenotype to cells expressing the marker gene and thus allow such transformed cells to be distinguished from cells that do not have the marker. Such genes may encode either a selectable or screenable marker, depending on whether the marker confers a trait which one can 'select' for by chemical means, i.e., through the use of a selective agent (e.g., a herbicide, antibiotic, or the like), or whether it is simply a trait that one can identify through observation or testing, i.e., by 'screening' (e.g., the R-locus trait, the green fluorescent protein (GFP)). Of course, many examples of suitable marker genes are known to the art and can be employed in the practice of the invention. Included within the terms selectable or screenable marker genes are also genes which encode a "secretable marker" whose secretion can be detected as a means of identifying or selecting for transformed cells. Examples include markers which encode a secretable antigen that can be identified by antibody interaction, or even secretable enzymes which can be detected by their catalytic activity. Secretable proteins fall into a number of classes, including small, diffusible proteins detectable, e.g., by ELISA; small active enzymes detectable in extracellular solution (e.g., alpha-amylase, beta-lactamase, phosphinothricin acetyltransferase); - 74 and proteins that are inserted or trapped in the cell wall (e.g., proteins that include a leader sequence such as that found in the expression unit of extensin or tobacco PR-S). With regard to selectable secretable markers, the use of a gene that encodes a protein that becomes sequestered in the cell wall, and which protein includes a unique epitope is considered to be particularly advantageous. Such a secreted antigen marker would ideally employ an epitope sequence that would provide low background in plant tissue, a promoter leader sequence that would impart efficient expression and targeting across the plasma membrane, and would produce protein that is bound in the cell wall and yet accessible to antibodies. A normally secreted wall protein modified to include a unique epitope would satisfy all such requirements. One example of a protein suitable for modification in this manner is extensin, or hydroxyproline rich glycoprotein (HPRG). For example, the maize HPRG (Steifel et al., 1990) molecule is well characterized in terms of molecular biology, expression and protein structure. However, any one of a variety of ultilane and/or glycine-rich wall proteins (Keller et al., 1989) could be modified by the addition of an antigenic site to create a screenable marker. One exemplary embodiment of a secretable screenable marker concerns the use of a maize sequence encoding the wall protein HPRG, modified to include a 15 residue epitope from the pro-region of murine interleukin, however, virtually any detectable epitope may be employed in such embodiments, as selected from the extremely wide variety of antigen antibody combinations known to those of skill in the art. The unique extracellular epitope can then be straightforwardly detected using antibody labeling in conjunction with chromogenic or fluorescent adjuncts. Elements of the present disclosure may be exemplified in detail through the use of the bar and/or GUS genes, and also through the use of various other markers. Of course, in light of this disclosure, numerous other possible selectable and/or screenable marker genes will be apparent to those of skill in the art in addition to the one set forth hereinbelow. Therefore, it will be understood that the following discussion is exemplary rather than exhaustive. In light of the techniques disclosed herein and the general recombinant techniques which are known in the art, the present invention renders possible the introduction of any gene, including marker genes, into a recipient cell to generate a transformed plant. - 75 - Possible selectable markers for use in connection with the present invention include, but are not limited to, a neo gene (Potrykus et al., 1985) which codes for kanamycin resistance and can be selected for using kanamycin, G418, paromomycin, and the like; a bar gene which codes for bialaphos or phosphinothricin resistance; a gene which encodes an altered EPSP synthase protein (Hinchee et al., 1988) thus conferring glyphosate resistance; a nitrilase gene such as bxn from Klebsiella ozaenae which confers resistance to bromoxynil (Stalker et al., 1988); a mutant acetolactate synthase gene (ALS) which confers resistance to imidazolinone, sulfonylurea or other ALS-inhibiting chemicals (European Patent Application 154,204, 1985); a methotrexate-resistant DHFR gene (Thillet et al., 1988); a dalapon dehalogenase gene that confers resistance to the herbicide dalapon; a mutated anthranilate synthase gene that confers resistance to 5-methyl tryptophan. Preferred selectable marker genes encode phosphinothricin acetyltransferase; glyphosate resistant EPSPS, aminoglycoside phosphotransferase; hygromycin phosphotransferase, or neomycin phosphotransferase. Where a mutant EPSP synthase gene is employed, additional benefit may be realized through the incorporation of a suitable chloroplast transit peptide, CTP (European Patent Application 0,218,571, 1987). An illustrative embodiment of a selectable marker gene capable of being used in systems to select transformants is the genes that encode the enzyme phosphinothricin acetyltransferase, such as the bar gene from Streptomyces hygroscopicus or the pat gene from Streptomyces viridochromogenes. The enzyme phosphinothricin acetyl transferase (PAT) inactivates the active ingredient in the herbicide bialaphos, phosphinothricin (PPT). PPT inhibits glutamine synthetase, (Murakami et al., 1986; Twell et al., 1989) causing rapid accumulation of ammonia and cell death. The success in using this selective system in conjunction with monocots was particularly surprising because of the major difficulties which have been reported in transformation of cereals (Potrykus, 1989). Where one desires to employ a bialaphos resistance gene in the practice of the invention, a particularly useful gene for this purpose is the bar or pat genes obtainable from species of Streptomyces (e.g., ATCC No. 21,705). The cloning of the bar gene has been described (Murakami et al., 1986; Thompson et al., 1987) as has the use of the bar gene in the context of plants other than monocots (De Block et al., 1987; De Block et al.,_ 1989). Selection markers resulting in positive selection, such as a phosphomannose isomerase gene, as described in patent application WO 93/05163, may also be used. Alternative genes to - 76 be used for positive selection are described in WO 94/20627 and encode xyloisomerases and phosphomanno-isomerases such as mannose-6-phosphate isomerase and mannose-I-phosphate isomerase; phosphomanno mutase; mannose epimerases such as those which convert carbohydrates to mannose or mannose to carbohydrates such as glucose or galactose; phosphatases such as mannose or xylose phosphatase, mannose-6-phosphatase and mannose-l-phosphatase, and permeases which are involved in the transport of mannose, or a derivative, or a precursor thereof into the cell. Transformed cells are identified without damaging or killing the non-transformed cells in the population and without co-introduction of antibiotic or herbicide resistance genes. As described in WO 93/05163, in addition to the fact that the need for antibiotic or herbicide resistance genes is eliminated, it has been shown that the positive selection method is often far more efficient than traditional negative selection. Screenable markers that may be employed include, but are not limited to, a beta glucuronidase (GUS) or uidA gene which encodes an enzyme for which various chromogenic substrates are known; an R-locus gene, which encodes a product that regulates the production of anthocyanin pigments (red color) in plant tissues (Dellaporta et al., 1988); a beta-lactamase gene (Sutcliffe, 1978), which encodes an enzyme for which various chromogenic substrates are known (e.g., PADAC, a chromogenic cephalosporin); a xylE gene (Zukowsky et al., 1983) which encodes a catechol dioxygenase that can convert chromogenic catechols; an a-amylase gene (Ikuta et al., 1990); a tyrosinase gene (Katz et al., 1983) which encodes an enzyme capable of oxidizing tyrosine to DOPA and dopaquinone which in turn condenses to form the easily detectable compound melanin; a B-galactosidase gene, which encodes an enzyme for which there are chromogenic substrates; a luciferase (lux) gene (Ow et al., 1986), which allows for bioluminescence detection; or even an aequorin gene (Prasher et al., 1985), which may be employed in calcium-sensitive bioluminescence detection, or a green fluorescent protein gene (Niedz et al., 1995). Genes from the maize R gene complex are contemplated to be particularly useful as screenable markers. The R gene complex in maize encodes a protein that acts to regulate the production of anthocyanin pigments in most seed and plant tissue. A gene from the R gene complex was applied to maize transformation, because the expression of this gene in transformed cells does not harm the cells. Thus, an R gene introduced into such cells will - 77 cause the expression of a red pigment and, if stably incorporated, can be visually scored as a red sector. If a maize line is carries dominant Dultila for genes encoding the enzymatic intermediates in the anthocyanin biosynthetic pathway (C2, Al, A2, Bzl and Bz2), but carries a recessive allele at the R locus, transformation of any cell from that line with R will result in red pigment formation. Exemplary lines include Wisconsin 22 which contains the rg-Stadler allele and TR112, a K55 derivative which is r-g, b, P1. Alternatively any genotype of maize can be utilized if the Cl and R alleles are introduced together. It is further proposed that R gene regulatory regions may be employed in chimeric constructs in order to provide mechanisms for controlling the expression of chimeric genes. More diversity of phenotypic expression is known at the R locus than at any other locus (Coe et al., 1988). It is contemplated that regulatory regions obtained from regions 5' to the structural R gene would be valuable in directing the expression of genes, e.g., insect resistance, drought resistance, herbicide tolerance or other protein coding regions. For the purposes of the present invention, it is believed that any of the various R gene family members may be successfully employed (e.g., P, S, Lc, etc.). However, the most preferred will generally be Sn (particularly Sn:bol3). Sn is a dominant member of the R gene complex and is functionally similar to the R and B loci in that Sn controls the tissue specific deposition of anthocyanin pigments in certain seedling and plant cells, therefore, its phenotype is similar to R. A further screenable marker contemplated for use in the present invention is firefly luciferase, encoded by the lux gene. The presence of the lux gene in transformed cells may be detected using, for example, X-ray film, scintillation counting, fluorescent spectrophotometry, low-light video cameras, photon counting cameras or multiwell luminometry. It is also envisioned that this system may be developed for populational screening for bioluminescence, such as on tissue culture plates, or even for whole plant screening. Where use of a screenable marker gene such as lux or GFP is desired, benefit may be realized by creating a gene fusion between the screenable marker gene and a selectable marker gene, for example, a GFP-NPTII gene fusion. This could allow, for example, selection of transformed cells followed by screening of transgenic plants or seeds. Genes of interest are reflective of the commercial markets and interests of those involved in the development of the crop. Crops and markets of interest changes, and as developing nations open up world markets, new crops and technologies will also emerge. In - 78 addition, as the understanding of agronomic traits and characteristics such as yield and heterosis increase, the choice of genes for transformation will change accordingly. General categories of genes of interest include, for example, those genes involved in information, such as zinc fingers, those involved in communication, such as kinases, and those involved in housekeeping, such as heat shock proteins. More specific categories of transgenes, for example, include genes encoding important traits for agronomics, insect resistance, disease resistance, herbicide resistance, sterility, grain characteristics, and commercial products. Genes of interest include, generally, those involved in starch, oil, carbohydrate, or nutrient metabolism, as well as those affecting kernel size, sucrose loading, zinc finger proteins, see, e.g., U.S. Patent No. 5,789,538, WO 99/48909; WO 99/45132; WO 98/53060; WO 98/53057; WO 98/53058; WO 00/23464; WO 95/19431; and WO 98/54311, and the like. One skilled in the art recognizes that the expression level and regulation of a transgene in a plant can vary significantly from line to line. Thus, one has to test several lines to find one with the desired expression level and regulation. Once a line is identified with the desired regulation specificity of a chimeric Cre transgene, it can be crossed with lines carrying different inactive replicons or inactive transgene for activation. Other sequences which may be linked to the gene of interest which encodes a polypeptide are those which can target to a specific organelle, e.g., to the mitochondria, nucleus, or plastid, within the plant cell. Targeting can be achieved by providing the polypeptide with an appropriate targeting peptide sequence, such as a secretory signal peptide (for secretion or cell wall or membrane targeting, a plastid transit peptide, a chloroplast transit peptide, e.g., the chlorophyll a/b binding protein, a mitochondrial target peptide, a vacuole targeting peptide, or a nuclear targeting peptide, and the like. For example, the small subunit of ribulose bisphosphate carboxylase transit peptide, the EPSPS transit peptide or the dihydrodipicolinic acid synthase transit peptide may be used. For examples of plastid organelle targeting sequences (see WO 00/12732). Plastids are a class of plant organelles derived from proplastids and include chloroplasts, leucoplasts, aravloplasts, and chromoplasts. The plastids are major sites of biosynthesis in plants. In addition to photosynthesis in the chloroplast, plastids are also sites of lipid biosynthesis, nitrate reduction to ammonium, and starch storage. And while plastids contain their own circular genome, most of the proteins localized to the - 79 plastids are encoded by the nuclear genome and are imported into the organelle from the cytoplasm. Transgenes used with the present invention will often be genes that direct the expression of a particular protein or polypeptide product, but they may also be non-expressible DNA segments, e.g., transposons such as Ds that do no direct their own transposition. As used herein, an "expressible gene" is any gene that is capable of being transcribed into RNA (e.g., mRNA, antisense RNA, etc.) or translated into a protein, expressed as a trait of interest, or the like, etc., and is not limited to selectable, screenable or non-selectable marker genes. The invention also contemplates that, where both an expressible gene that is not necessarily a marker gene is employed in combination with a marker gene, one may employ the separate genes on either the same or different DNA segments for transformation. In the latter case, the different vectors are delivered concurrently to recipient cells to maximize cotransformation. The choice of the particular DNA segments to be delivered to the recipient cells will often depend on the purpose of the transformation. One of the major purposes of transformation of crop plants is to add some commercially desirable, agronomically important traits to the plant. Such traits include, but are not limited to, herbicide resistance or tolerance; insect resistance or tolerance; disease resistance or tolerance (viral, bacterial, fungal, nematode); stress tolerance and/or resistance, as exemplified by resistance or tolerance to drought, heat, chilling, freezing, excessive moisture, salt stress; oxidative stress; increased yields; food content and makeup; physical appearance; male sterility; drydown; standability; prolificacy; starch properties; oil quantity and quality; and the like. One may desire to incorporate one or more genes conferring any such desirable trait or traits, such as, for example, a gene or genes encoding pathogen resistance. In certain embodiments, the present invention contemplates the transformation of a 5 recipient cell with more than one advantageous transgene. Two or more transgenes can be supplied in a single transformation event using either distinct transgene-encoding vectors, or using a single vector incorporating two or more gene coding sequences. For example, plasmids bearing the bar and aroA expression units in either convergent, divergent, or colinear orientation, are considered to be particularly useful. Further preferred combinations are those 0 of an insect resistance gene, such as a Br gene, along with a protease inhibitor gene such as pinIlI, or the use of bar in combination with either of the above genes. Of course, any two or - 80 more transgenes of any description, such as those conferring herbicide, insect, disease (viral, bacterial, fungal, nematode) or drought resistance, male sterility, drydown, standability, prolificacy, starch properties, oil quantity and quality, or those increasing yield or nutritional quality may be employed as desired. The genes encoding phosphinothricin acetyltransferase (bar and pat), glyphosate tolerant EPSP synthase genes, the glyphosate degradative enzyme gene gox encoding glyphosate oxidoreductase, deh (encoding a dehalogenase enzyme that inactivates dalapon), herbicide resistant (e.g., sulfonylurea and imidazolinone) acetolactate synthase, and bxn genes (encoding a nitrilase enzyme that degrades bromoxynil) are good examples of herbicide resistant genes for use in transformation. The bar and pat genes code for an enzyme, phosphinothricin acetyltransferase (PAT), which inactivates the herbicide phosphinothricin and prevents this compound from inhibiting glutamine synthetase enzymes. The enzyme 5 enolpyruvylshikimate 3-phosphate synthase (EPSP Synthase), is normally inhibited by the herbicide N-(phosphonomethyl)glycine (glyphosate). However, genes are known that encode glyphosate-resistant EPSP Synthase enzymes. These genes are particularly contemplated for use in monocot transformation. The deh gene encodes the enzyme dalapon dehalogenase and confers resistance to the herbicide dalapon. The bxn gene codes for a specific nitrilase enzyme that converts bromoxynil to a non-herbicidal degradation product. An important aspect of the present invention concerns the introduction of insect resistance-conferring genes into plants. Potential insect resistance genes which can be introduced include Bacillus thuringiensis crystal toxin genes or Bt genes (Watrud et al., 1985). Bt genes may provide resistance to lepidopteran or coleopteran pests such as European Corn Borer (ECB) and corn rootworm (CRW). Preferred Bt toxin genes for use in such embodiments include the CryIA(b) and CryIA(c) genes. Endotoxin genes from other species of B. thuringiensis which affect insect growth or development may also be employed in this regard. The poor expression of Bt toxin genes in plants is a well-documented phenomenon, and the use of different promoters, fusion proteins, and leader sequences has not led to significant increases in Bi protein expression (Vaeck et al., 1989; Barton et al., 1987). It is therefore contemplated that the most advantageous Bt genes for use in the transformation protocols - 81 disclosed herein will be those in which the coding sequence has been modified to effect increased expression in plants, and more particularly, those in which maize preferred codons have been used. Examples of such modified Bt toxin genes include the variant Bt CrylA(b) gene termed lab6 (Perlak et al., 1991) and the synthetic CryIA(c) genes termed 1800a and 1800b. Protease inhibitors may also provide insect resistance (Johnson et al., 1989), and will thus have utility in plant transformation. The use of a protease inhibitor 11 gene, pin/II, from tomato or potato is envisioned to be particularly useful. Even more advantageous is the use of a pin!! gene in combination with a Bt toxin gene, the combined effect of which has been discovered by the present inventors to produce synergistic insecticidal activity. Other genes which encode inhibitors of the insects' digestive system, or those that encode enzymes or co factors that facilitate the production of inhibitors, may also be useful. This group may be exemplified by oryzacystatin and amylase inhibitors, such as those from wheat and barley. Also, genes encoding lectins may confer additional or alternative insecticide properties. Lectins (originally termed phytohemagglutinins) are multivalent carbohydrate-binding proteins which have the ability to agglutinate red blood cells from a range of species. Lectins have been identified recently as insecticidal agents with activity against weevils, ECB and rootworm (Murdock et al., 1990; Czapla and Lang, 1990). Lectin genes contemplated to be useful include, for example, barley and wheat germ agglutinin (WGA) and rice lectins (Gatehouse et al., 1984), with WGA being preferred. Genes controlling the production of large or small polypeptides active against insects when introduced into the insect pests, such as, e.g., lytic peptides, peptide hormones and toxins and venoms, form another aspect of the invention. For example, it is contemplated that the expression of juvenile hormone esterase, directed towards specific insect pests, may also result in insecticidal activity, or perhaps cause cessation of metamorphosis (Hammock et al., 1990). Transgenic plants expressing genes which encode enzymes that affect the integrity of the insect cuticle form yet another aspect of the invention. Such genes include those encoding, e.g., chitinase, proteases, lipases and also genes for the production of nikkomycin, a compound that inhibits chitin synthesis, the introduction of any of which is contemplated to produce insect resistant maize plants. Genes that code for activities that affect insect molting, such those - 82 affecting the production of ecdysteroid UDP-glucosyl transferase, also fall within the scope of the useful transgenes of the present invention. Genes that code for enzymes that facilitate the production of compounds that reduce the nutritional quality of the host plant to insect pests are also encompassed by the present invention. It may be possible, for instance, to confer insecticidal activity on a plant by altering its sterol composition. Sterols are obtained by insects from their diet and are used for hormone synthesis and membrane stability. Therefore alterations in plant sterol composition by expression of novel genes, e.g., those that directly promote the production of undesirable sterols or those that convert desirable sterols into undesirable forms, could have a negative effect on insect growth and/or development and hence endow the plant with insecticidal activity. Lipoxygenases are naturally occurring plant enzymes that have been shown to exhibit anti-nutritional effects on insects and to reduce the nutritional quality of their diet. Therefore, further embodiments of the invention concern transgenic plants with enhanced lipoxygenase activity which may be resistant to insect feeding. The present invention also provides methods and compositions by which to achieve qualitative or quantitative changes in plant secondary metabolites. One example concerns transforming plants to produce DIMBOA which, it is contemplated, will confer resistance to European corn borer, rootworm and several other maize insect pests. Candidate genes that are particularly considered for use in this regard include those genes at the bx locus known to be involved in the synthetic DIMBOA pathway (Dunn et al., 1981). The introduction of genes that can regulate the production of maysin, and genes involved in the production of dhurrin in sorghum, is also contemplated to be of use in facilitating resistance to earworm and rootworm, respectively. Tripsacum dacryloides is a species of grass that is resistant to certain insects, including corn root worm. It is anticipated that genes encoding proteins that are toxic to insects or are involved in the biosynthesis of compounds toxic to insects wil be isolated from Tripsacum and that these novel genes will be useful in conferring resistance to insects. It is known that the basis of insect resistance in Tripsacum is genetic, because said resistance has been transferred to Zea mays via sexual crosses (Branson and Guss, 1972). Further genes encoding proteins characterized as having potential insecticidal activity may also be used as transgenes in accordance herewith. Such genes include, for example, the - 83 cowpea trypsin inhibitor (CpTI; Hilder et al., 1987) which may be used as a rootworm deterrent; genes encoding avermectin (Campbell, 1989; Ikeda et al., 1987) which may prove particularly useful as a corn rootworm deterrent; ribosome inactivating protein genes; and even genes that regulate plant structures. Transgenic maize including anti-insect antibody genes and genes that code for enzymes that can covert a non-toxic insecticide (pro-insecticide) applied to the outside of the plant into an insecticide inside the plant are also contemplated. Improvement of a plant's ability to tolerate various environmental stresses such as, but not limited to, drought, excess moisture, chilling, freezing, high temperature, salt, and oxidative stress, can also be effected through expression of heterologous, or overexpression of homologous genes. Benefits may be realized in terms of increased resistance to freezing temperatures through the introduction of an "antifreeze" protein such as that of the Winter Flounder (Cutler et al., 1989) or synthetic gene derivatives thereof. Improved chilling tolerance may also be conferred through increased expression of glycerol-3-phosphate acetyltransferase in chloroplasts (Murata et al., 1992; Wolter et al., 1992). Resistance to oxidative stress (often exacerbated by conditions such as chilling temperatures in combination with high light intensities) can be conferred by expression of superoxide dismutase (Gupta et al., 1993), and may be improved by glutathione reductase (Bowler et al., 1992). Such strategies may allow for tolerance to freezing in newly emerged fields as well as extending later maturity higher yielding varieties to earlier relative maturity zones. Expression of novel genes that favorably effect plant water content, total water potential, osmotic potential, and turgor can enhance the ability of the plant to tolerate drought. As used herein, the terms "drought resistance" and "drought tolerance" are used to refer to a plants increased resistance or tolerance to stress induced by a reduction in water availability, as compared to normal circumstances, and the ability of the plant to function and survive in lower-water environments, and perform in a relatively superior manner. In this aspect of the invention it is proposed, for example, that the expression of a gene encoding the biosynthesis of osmotically-active solutes can impart protection against drought. Within this class of genes are DNAs encoding mannitol dehydrogenase (Lee and Saier, 1982) and trehalose-6-phosphate synthase (Kaasen et al., 1992). Through the subsequent action of native phosphatases in the cell or by the introduction and coexpression of a specific phosphatase, these introduced genes will result in the accumulation of either mannitol or trehalose, respectively, both of which have - 84 been well documented as protective compounds able to mitigate the effects of stress. Mannitol accumulation in transgenic tobacco has been verified and preliminary results indicate that plants expressing high levels of this metabolite are able to tolerate an applied osmotic stress (Tarczynski et al., cited supra (1992), 1993). Similarly, the efficacy of other metabolites in protecting either enzyme function (e.g. alanopine or propionic acid) or membrane integrity (e.g., alanopine) has been documented (Loomis et al., 1989), and therefore expression of gene encoding the biosynthesis of these compounds can confer drought resistance in a manner similar to or complimentary to mannitol. Other examples of naturally occurring metabolites that are osmotically active and/or provide some direct protective effect during drought and/or desiccation include sugars and sugar derivatives such as fructose, erythritol (Coxson et al., 1992), sorbitol, dulcitol (Karsten et al., 1992), glucosylglycerol (Reed et al., 1984; Erdmann et al., 1992), sucrose, stachyose (Koster and Leopold, 1988; Blackman et al., 1992), ononitol and pinitol (Vernon and Bohnert, 1992), and raffmose (Bernal-Lugo and Leopold, 1992). Other osmotically active solutes which are not sugars include, but are not limited to, proline and glycine-betaine (Wyn-Jones and Storey, 1981). Continued canopy growth and increased reproductive fitness during times of stress can be augmented by introduction and expression of genes such as those controlling the osmotically active compounds discussed above and other such compounds, as represented in one exemplary embodiment by the enzyme myoinositol 0-methyltransferase. It is contemplated that the expression of specific proteins may also increase drought tolerance. Three classes of Late Embryogenic Proteins have been assigned based on structural similarities (see Dure et al., 1989). All three classes of these proteins have been demonstrated in maturing (i.e., desiccating) seeds. Within these 3 types of proteins, the Type-Il (dehydrin type) have generally been implicated in drought and/or desiccation tolerance in vegetative plant parts (i.e. Mundy and Chua, 1988; Piatkowski et al., 1990; Yamaguchi-Shinozaki et al., 1992). Recently, expression of a Type-Ill LEA (HVA- 1) in tobacco was found to influence plant height, maturity and drought tolerance (Fitzpatrick, 1993). Expression of structural genes from all three groups may therefore confer drought tolerance. Other types of proteins induced during water stress include thiol proteases, aldolases and transmembrane transporters (Guerrero et al., 1990), which may confer various protective and/or repair-type functions - 85 during drought stress. The expression of a gene that effects lipid biosynthesis and hence membrane composition can also be useful in conferring drought resistance on the plant. Many genes that improve drought resistance have complementary modes of action. Thus, combinations of these genes might have additive and/or synergistic effects in improving drought resistance in plants. Many of these genes also improve freezing tolerance (or resistance); the physical stresses incurred during freezing and drought are similar in nature and may be mitigated in similar fashion. Benefit may be conferred via constitutive expression of these genes, but the preferred means of expressing these novel genes may be through the use of a turgor-induced promoter (such as the promoters for the turgor-induced genes described in Guerrero et al. 1990 and Shagan et al., 1993). Spatial and temporal expression patterns of these genes may enable maize to better withstand stress. Expression of genes that are involved with specific morphological traits that alow for increased water extractions from drying soil would be of benefit. For example, introduction and expression of genes that alter root characteristics may enhance water uptake. Expression of genes that enhance reproductive fitness during times of stress would be of significant value. For example, expression of DNAs that improve the synchrony of pollen shed and receptiveness of the female flower parts, i.e., silks, would be of benefit. In addition, expression of genes that minimize kernel abortion during times of stress would increase the amount of grain to be harvested and hence be of value. Regulation of cytokinin levels in monocots, such as maize, by introduction and expression of an isopentenyl transferase gene with appropriate regulatory sequences can improve monocot stress resistance and yield (Gan et al., Science, 270:1986 (1995)). Given the overall role of water in determining yield, it is contemplated that enabling plants to utilize water more efficiently, through the introduction and expression of novel genes, will improve overall performance even when soil water availability is not limiting. By introducing genes that improve the ability of plants to maximize water usage across a full range of stresses relating to water availability, yield stability or consistency of yield performance may be realized. It is proposed that increased resistance to diseases may be realized through introduction of genes into plants period. It is possible to produce resistance to diseases caused by viruses, bacteria, fungi, root pathogens, insects and nematodes. It is also contemplated that - 86 control of mycotoxin producing organisms may be realized through expression of introduced genes. Resistance to viruses may be produced through expression of novel genes. For example, it has been demonstrated that expression of a viral coat protein in a transgenic plant can impart resistance to infection of the plant by that virus and perhaps other closely related viruses (Cuozzo et al., 1988, Hemenway et al., 1988, Abel et al., 1986). It is contemplated that expression of antisense genes targeted at essential viral functions may impart resistance to said virus. For example, an antisense gene targeted at the gene responsible for replication of viral nucleic acid may inhibit said replication and lead to resistance to the virus. It is believed that interference with other viral functions through the use of antisense genes may also increase resistance to viruses. Further it is proposed that it may be possible to achieve resistance to viruses through other approaches, including, but not limited to the use of satellite viruses. It is proposed that increased resistance to diseases caused by bacteria and fungi may be realized through introduction of novel genes. It is contemplated that genes encoding so-called "peptide antibiotics," pathogenesis related (PR) proteins, toxin resistance, and proteins affecting host-pathogen interactions such as morphological characteristics will be useful. Peptide antibiotics are polypeptide sequences which are inhibitory to growth of bacteria and other microorganisms. For example, the classes of peptides referred to as cecropins and magainins inhibit growth of many species of bacteria and fungi. It is proposed that expression of PR proteins in plants may be useful in conferring resistance to bacterial disease. These genes are induced following pathogen attack on a host plant and have been divided into at least five classes of proteins (Bol et al., 1990). Included amongst the PR proteins are beta-1,3 glucanases, chitinases, and osmotin and other proteins that are believed to function in plant resistance to disease organisms. Other genes have been identified that have antifungal properties, e.g., UDA (stinging nettle lectin) and hevein (Broakgert et al., 1989; Barkai-Golan et al., 1978). It is known that certain plant diseases are caused by the production of phytotoKins. Resistance to these diseases could be achieved through expression of a novel gene that encodes an enzyme capable of degrading or otherwise inactivating the phytotoxin. Expression novel genes that alter the interactions between the host plant and pathogen may be useful in reducing the ability the disease organism to invade the tissues of the host plant, e.g., an increase in the waxiness of the leaf cuticle or other morphological characteristics. - 87 - Plant parasitic nematodes are a cause of disease in many plants. It is proposed that it would be possible to make the plant resistant to these organisms through the expression of novel genes. It is anticipated that control of nematode infestations would be accomplished by altering the ability of the nematode to recognize or attach to a host plant and/or enabling the plant to produce nematicidal compounds, including but not limited to proteins. Production of mycotoxins, including aflatoxin and fumonisin, by fungi associated with plants is a significant factor in rendering the grain not useful. These fungal organisms do not cause disease symptoms and/or interfere with the growth of the plant, but they produce chemicals (mycotoxins) that are toxic to animals. Inhibition of the growth of these fungi would reduce the synthesis of these toxic substances and, therefore, reduce grain losses due to mycotoxin contamination. Novel genes may be introduced into plants that would inhibit synthesis of the mycotoxin without interfering with fungal growth. Expression of a novel gene which encodes an enzyme capable of rendering the mycotoxin nontoxic would be useful in order to achieve reduced mycotoxin contamination of grain. The result of any of the above mechanisms would be a reduced presence of mycotoxins on grain. Genes may be introduced into plants, particularly commercially important cereals such as maize, wheat or rice, to improve the grain for which the cereal is primarily grown. A wide range of novel transgenic plants produced in this manner may be envisioned depending on the particular end use of the grain. For example, the largest use of maize grain is for feed or food. Introduction of genes that alter the composition of the grain may greatly enhance the feed or food value. The primary components of maize grain are starch, protein, and oil. Each of these primary components of maize grain may be improved by altering its level or composition. Several examples may be mentioned for illustrative purposes but in no way provide an exhaustive list of possibilities. The protein of many cereal grains is suboptimal for feed and food purposes especially when fed to pigs, poultry, and humans. The protein is deficient in several amino acids that are essential in the diet of these species, requiring the addition of supplements to the grain. Limiting essential amino acids may include lysine, methionine, tryptophan, threonine, valine, arginine, and histidine. Some amino acids become limiting only after the grain is supplemented with other inputs for feed formulations. For example, when the grain is supplemented with - 88 soybean meal to meet lysine requirements, methionine becomes limiting. The levels of these essential amino acids in seeds and grain may be elevated by mechanisms which include, but are not limited to, the introduction of genes to increase the biosynthesis of the amino acids, decrease the degradation of the amino acids, increase the storage of the amino acids in proteins, or increase transport of the amino acids to the seeds or grain. One mechanism for increasing the biosynthesis of the amino acids is to introduce genes that deregulate the amino acid biosynthetic pathways such that the plant can no longer adequately control the levels that are produced. This may be done by deregulating or bypassing steps in the amino acid biosynthetic pathway which are normally regulated by levels of the amino acid end product of the pathway. Examples include the introduction of genes that encode deregulated versions of the enzymes aspartokinase or dihydrodipicolinic acid (DHDP) synthase for increasing lysine and threonine production, and anthranilate synthase for increasing tryptophan production. Reduction of the catabolism of the amino acids may be accomplished by introduction of DNA sequences that reduce or eliminate the expression of genes encoding enzymes that catalyse steps in the catabolic pathways such as the enzyme lysine-ketoglutarate reductase. The protein composition of the grain may be altered to improve the balance of amino acids in a variety of ways including elevating expression of native proteins, decreasing expression of those with poor composition, changing the composition of native proteins, or introducing genes encoding entirely new proteins possessing superior composition. DNA may be introduced that decreases the expression of members of the zein family of storage proteins. This DNA may encode ribozymes or antisense sequences directed to impairing expression of zein proteins or expression of regulators of zein expression such as the opaque-2 gene product. The protein composition of the grain may be modified through the phenomenon of cosuppression, i.e., inhibition of expression of an endogenous gene through the expression of an identical structural gene or gene fragment introduced through transformation (Goring et al., 1991). Additionally, the introduced DNA may encode enzymes which degrade seines. The decreases in zein expression that are achieved may be accompanied by increases in proteins with more desirable amino acid composition or increases in other major seed constituents such as starch. Alternatively, a chimeric gene may be introduced that comprises a coding sequence for a-native protein of adequate amino acid composition such as for one of the globulin - 89 proteins or 10 kD zein of maize and a promoter or other regulatory sequence designed to elevate expression of said protein. The coding sequence of said gene may include additional or replacement codons for essential amino acids. Further, a coding sequence obtained from another species, or, a partially or completely synthetic sequence encoding a completely unique peptide sequence designed to enhance the amino acid composition of the seed may be employed. The introduction of genes that alter the oil content of the grain may be of value. Increases in oil content may result in increases in metabolizable energy content and density of the seeds for uses in feed and food. The introduced genes may encode enzymes that remove or reduce rate-limitations or regulated steps in fatty acid or lipid biosynthesis. Such genes may include, but are not limited to, those that encode acetyl-CoA carboxylase, ACP acyltransferase, beta-ketoacyl-ACP synthase, plus other well known fatty acid biosynthetic activities. Other possibilities are genes that encode proteins that do not possess enzymatic activity such as acyl carrier protein. Additional examples include 2-acetyltransferase, oleosin pyruvate dehydrogenase complex, acetyl CoA synthetase, ATP citrate lyase, ADP-glucose pyrophosphorylase and genes of the carnitine-CoA- acetyl-CoA shuttles. It is anticipated that expression of genes related to oil biosynthesis will be targeted to the plastid, using a plastid transit peptide sequence and preferably expressed in the seed embryo. Genes may be introduced that alter the balance of fatty acids present in the oil providing a more healthful or nutritive feedstuff. The introduced DNA may also encode sequences that block expression of enzymes involved in fatty acid biosynthesis, altering the proportions of fatty acids present in the grain such as described below. Genes may be introduced that enhance the nutritive value of the starch component of the grain, for example by increasing the degree of branching, resulting in improved utilization of the starch in cows by delaying its metabolism. Besides affecting the major constituents of the grain, genes may be introduced that affect a variety of other nutritive, processing, or other quality aspects of the grain as used for feed or food. For example, pigmentation of the grain may be increased or decreased. Enhancement and stability of yellow pigmentation is desirable in some animal feeds and may be achieved by introduction of genes that result in enhanced production of xanthophylls and carotenes by eliminating rate-limiting steps in their production. Such genes may encode altered - 90 forms of the enzymes phytoene synthase, phytoene desaturase, or lycopene synthase. Alternatively, unpigmented white corn is desirable for production of many food products and may be produced by the introduction of DNA which blocks or eliminates steps in pigment production pathways. Feed or food comprising some cereal grains possesses insufficient quantities of vitamins and must be supplemented to provide adequate nutritive value. Introduction of genes that enhance vitamin biosynthesis in seeds may be envisioned including, for example, vitamins A, E,

B

12 , choline, and the like. For example, maize grain also does not possess sufficient mineral content for optimal nutritive value. Genes that affect the accumulation or availability of compounds containing phosphorus, sulfur, calcium, manganese, zinc, and iron among others would be valuable. An example may be the introduction of a gene that reduced phytic acid production or encoded the enzyme phytase which enhances phytic acid breakdown. These genes would increase levels of available phosphate in the diet, reducing the need for supplementation with mineral phosphate. Numerous other examples of improvement of cereals for feed and food purposes might be described. The improvements may not even necessarily involve the grain, but may, for example, improve the value of the grain for silage. Introduction of DNA to accomplish this might include sequences that alter lignin production such as those that result in the "brown midrib" phenotype associated with superior feed value for cattle. In addition to direct improvements in feed or food value, genes may also be introduced which improve the processing of grain and improve the value of the products resulting from the processing. The primary method of processing certain grains such as maize is via wetmilling. Maize may be improved though the expression of novel genes that increase the efficiency and reduce the cost of processing such as by decreasing steeping time. Improving the value of wetmilling products may include altering the quantity or quality of starch, oil, corn gluten meal, or the components of corn gluten feed. Elevation of starch may be achieved through the identification and elimination of rate limiting steps in starch biosynthesis or by decreasing levels of the other components of the grain resulting in proportional increases in starch. An example of the former may be the introduction of genes encoding ADP-glucose pyrophosphorylase enzymes with altered regulatory activity or which -91 are expressed at higher level. Examples of the latter may include selective inhibitors of, for example, protein or oil biosynthesis expressed during later stages of kernel development. The properties of starch may be beneficially altered by changing the ratio of amylose to amylopectin, the size of the starch molecules, or their branching pattern. Through these changes a broad range of properties may be modified which include, but are not limited to, changes in gelatinization temperature, heat of gelatinization, clarity of films and pastes, Theological properties, and the like. To accomplish these changes in properties, genes that encode granule-bound or soluble starch synthase activity or branching enzyme activity may be introduced alone or combination. DNA such as antisense constructs may also be used to decrease levels of endogenous activity of these enzymes. The introduced genes or constructs may possess regulatory sequences that time their expression to specific intervals in starch biosynthesis and starch granule development. Furthermore, it may be advisable to introduce and express genes that result in the in vivo derivatization, or other modification, of the glucose moieties of the starch molecule. The covalent attachment of any molecule may be envisioned, limited only by the existence of enzymes that catalyze the derivatizations and the accessibility of appropriate substrates in the starch granule. Examples of important derivations may include the addition of functional groups such as armines, carboxyls, or phosphate groups which provide sites for subsequent in vitro derivatizations or affect starch properties through the introduction of ionic charges. Examples of other modifications may include direct changes of the glucose units such as loss of hydroxyl groups or their oxidation to aldehyde or carboxyl groups. Oil is another product of wetmilling of corn and other grains, the value of which may be improved by introduction and expression of genes. The quantity of oil that can be extracted by wetmilling may be elevated by approaches as described for feed and food above. Oil properties may also be altered to improve its performance in the production and use of cooking oil, shortenings, lubricants or other oil-derived products or improvement of its health attributes when used in the food-related applications. Novel fatty acids may also be synthesized which upon extraction can serve as starting materials for chemical syntheses. The changes in oil properties may be achieved by altering the type, level, or lipid arrangement of the fatty acids present in the oil. This in turn may be accomplished by the addition of genes that encode enzymes that catalyze the synthesis of novel fatty acids and the lipids possessing them or by - 92 increasing levels of native fatty acids while possibly reducing levels of precursors. Alternatively DNA sequences may be introduced which slow or block steps in fatty acid biosynthesis resulting in the increase in precursor fatty acid intermediates. Genes that might be added include desaturases, epoxidases, hydratases, dehydratases, and other enzymes that catalyze reactions involving fatty acid intermediates. Representative examples of catalytic steps that might be blocked include the desaturations from stearic to oleic acid and oleic to linolenic acid resulting in the respective accumulations of stearic and oleic acids. Improvements in the other major cereal wetmilling products, gluten meal and gluten feed, may also be achieved by the introduction of genes to obtain novel plants. Representative possibilities include but are not limited to those described above for improvement of food and feed value. In addition it may further be considered that the plant be used for the production or manufacturing of useful biological compounds that were either not produced at all, or not produced at the same level, in the plant previously. The novel plants producing these compounds are made possible by the introduction and expression of genes by transformation methods. The possibilities include, but are not limited to, any biological compound which is presently produced by any organism such as proteins, nucleic acids, primary and intermediary metabolites, carbohydrate polymers, etc. The compounds may be produced by the plant, extracted upon harvest and/or processing, and used for any presently recognized useful purpose such as pharmaceuticals, fragrances, industrial enzymes to name a few. Further possibilities to exemplify the range of grain traits or properties potentially encoded by introduced genes in transgenic plants include grain with less breakage susceptibility for export purposes or larger grit size when processed by dry milling through introduction of genes that enhance gamma-zein synthesis, popcorn with improved popping quality and expansion volume through genes that increase pericarp thickness, corn with whiter grain for food uses though introduction of genes that effectively block expression of enzymes involved in pigment production pathways, and improved quality of alcoholic beverages or sweet corn through introduction of genes which affect flavor such as the shrunken gene (encoding sucrose synthase) for sweet corn. Two of the factors determining where plants can be grown are the average daily temperature during the growing season and the length of time between frosts. Within the areas - 93 where it is possible to grow a particular plant, there are varying limitations on the maximal time it is allowed to grow to maturity and be harvested. The plant to be grown in a particular area is selected for its ability to mature and dry down to harvestable moisture content within the required period of time with maximum possible yield. Therefore, plant of varying maturities are developed for different growing locations. Apart from the need to dry down sufficiently to permit harvest is the desirability of having maximal drying take place in the field to minimize the amount of energy required for additional drying post-harvest. Also the more readily the grain can dry down, the more time there is available for growth and kernel fill. Genes that influence maturity and/or dry down can be identified and introduced into plant lines using transformation techniques to create new varieties adapted to different growing locations or the same growing location but having improved yield to moisture ratio at harvest. Expression of genes that are involved in regulation of plant development may be especially useful, e.g., the liguleless and rough sheath genes that have been identified in plants. Genes may be introduced into plants that would improve standability and other plant growth characteristics. For example, expression of novel genes which confer stronger stalks, improved root systems, or prevent or reduce ear droppage would be of great value to the corn farmer. Introduction and expression of genes that increase the total amount of photoassimilate available by, for example, increasing light distribution and/or interception would be advantageous. In addition the expression of genes that increase the efficiency of photosynthesis and/or the leaf canopy would further increase gains in productivity. Such approaches would allow for increased plant populations in the field. Delay of late season vegetative senescence would increase the flow of assimilate into the grain and thus increase yield. Overexpression of genes within plants that are associated with "stay green" or the expression of any gene that delays senescence would achieve be 5 advantageous. For example, a non-yellowing mutant has been identified in Festuca pratensis (Davies et al., 1990). Expression of this gene as well as others may prevent premature breakdown of chlorophyll and thus maintain canopy function. The ability to utilize available nutrients and minerals may be a limiting factor in growth of many plants. It is proposed that it would be possible to alter nutrient uptake, tolerate pH 0 extremes, mobilization through the plant, storage pools, and availability for metabolic activities by the introduction of novel genes. These modifications would allow a plant to more - 94 efficiently utilize available nutrients. It is contemplated that an increase in the activity of, for example, an enzyme that is normally present in the plant and involved in nutrient utilization would increase the availability of a nutrient. An example of such an enzyme would be phytase. It is also contemplated that expression of a novel gene may make a nutrient source available that was previously not accessible, e.g., an enzyme that releases a component of nutrient value from a more complex molecule, perhaps a macromolecule. Male sterility is useful in the production of hybrid seed. It is proposed that male sterility may be produced through expression of novel genes. For example, it has been shown that expression of genes that encode proteins that interfere with development of the male inflorescence and/or gametophyte result in male sterility. Chimeric ribonuclease genes that express in the anthers of transgenic tobacco and oilseed rape have been demonstrated to lead to male sterility (Mariani et al, 1990). For example, a number of mutations were discovered in maize that confer cytoplasmic male sterility. One mutation in particular, referred to as T cytoplasm, also correlates with sensitivity to Southern corn leaf blight. A DNA sequence, designated TURF-13 (Levings, 1990), was identified that correlates with T cytoplasm. It would be possible through the introduction of TURF-13 via transformation to separate male sterility from disease sensitivity. As it is necessary to be able to restore male fertility for breeding purposes and for grain production, it is proposed that genes encoding restoration of male fertility may also be introduced. Introduction of genes encoding traits that can be selected against may be useful for eliminating undesirable linked genes. When two or more genes are introduced together by cotransformation, the genes will be linked together on the host chromosome. For example, a gene encoding a Bt gene that confers insect resistance on the plant may be introduced into a plant together with a bar gene that is useful as a selectable marker and confers resistance to the herbicide Ignite® on the plant. However, it may not be desirable to have an insect resistant plant that is also resistant to the herbicide Ignite@. It is proposed that one could also introduce an antisense bar gene that is expressed in those tissues where one does not want expression of the bar gene, e.g., in whole plant parts. Hence, although the bar gene is expressed and is useful as a selectable marker, it is not useful to confer herbicide resistance on the whole plant. The bar antisense gene is a negative selectable marker. - 95 - Negative selection is necessary in order to screen a population of transformants for rare homologous recombinants generated through gene targeting. For example, a homologous recombinant may be identified through the inactivation of a gene that was previously expressed in that cell. The antisense gene to neomycin phosphotransferase 11 (npt/l) has been investigated as a negative selectable marker in tobacco (Nicotiana tabacurn) and Arabidopsis thaliana (Xiang and Guerra, 1993). In this example both sense and antisense nptlI genes are introduced into a plant through transformation and the resultant plants are sensitive to the antibiotic kanamycin. An introduced gene that integrates into the host cell chromosome at the site of the antisense npIII gene, and inactivates the antisense gene, will make the plant resistant to kanamycin and other aminoglycoside antibiotics. Therefore, rare site specific recombinants may be identified by screening for antibiotic resistance. Similarly, any gene, native to the plant or introduced through transformation, that when inactivated confers resistance to a compound, may be useful as a negative selectable marker. It is contemplated that negative selectable markers may also be useful in other ways. One application is to construct transgenic lines in which one could select for transposition to unlinked sites. In the process of tagging it is most common for the transposable element to move to a genetically linked site on the same chromosome. A selectable marker for recovery of rare plants in which transposition has occurred to an unlinked locus would be useful. For example, the enzyme cytosine deaminase may be useful for this purpose (Stouggard, 1993). In the presence of this enzyme the compound 5-fluorocytosine is converted to 5-fluoruracil which is toxic to plant and animal cells. If a transposable element is linked to the gene for the enzyme cytosine deaminase, one may select for transposition to unlinked sites by selecting for transposition events in which the resultant plant is now resistant to 5-fluorocytosine. The parental plants and plants containing transpositions to linked sites will remain sensitive to 5 fluorocytosine. Resistance to 5-fluorocytosine is due to loss of the cytosine deaminase gene through genetic segregation of the transposable element and the cytosine deaminase gene. Other genes that encode proteins that render the plant sensitive to a certain compound will also be useful in this context. For example, T-DNA gene 2 from Agrobacterium iumefaciens encodes a protein that catalyzes the conversion of alpha-naphthalene acetamide (NAM) to alpha-napthalene acetic acid (NAA) renders plant cells sensitive to high concentrations of NAM (Depicker et al., 1988). - 96 - It is also contemplated that negative selectable markers may be useful in the construction of transposon tagging lines. For example, by marking an autonomous transposable element such as Ac, Master Mu, or En/Spn with a negative selectable marker, one could select for transformants in which the autonomous element is not stably integrated into the genome. This would be desirable, for example, when transient expression of the autonomous element is desired to activate in trans the transposition of a defective transposable element, such as Ds, but stable integration of the autonomous element is not desired. The presence of the autonomous element may not be desired in order to stabilize the defective element, i.e., prevent it from further transposing. However, it is proposed that if stable integration of an autonomous transposable element is desired in a plant the presence of a negative selectable marker may make it possible to eliminate the autonomous element during the breeding process. DNA may be introduced into plants for the purpose of expressing RNA transcripts that function to affect plant phenotype yet are not translated into protein. Two examples are antisense RNA and RNA with ribozyme activity. Both may serve possible functions in reducing or eliminating expression of native or introduced plant genes. Genes may be constructed or isolated, which when transcribed, produce antisense RNA that is complementary to all or part(s) of a targeted messenger RNA(s). The antisense RNA reduces production of the polypeptide product of the messenger RNA. The polypeptide product may be any protein encoded by the plant genome. The aforementioned genes will be referred to as antisense genes. An antisense gene may thus be introduced into a plant by transformation methods to produce a novel transgenic plant with reduced expression of a selected protein of interest. For example, the protein may be an enzyme that catalyzes a reaction in the plant. Reduction of the enzyme activity may reduce or eliminate products of the reaction which include any enzymatically synthesized compound in the plant such as fatty acids, amino acids, carbohydrates, nucleic acids and the like. Alternatively, the protein may be a storage protein, such as a zein, or a structural protein, the decreased expression of which may lead to changes in seed amino acid composition or plant morphological changes respectively. The possibilities cited above are provided only by way of example and do not represent the full range of applications. Genes may also be constructed or isolated, which when transcribed produce RNA enzymes, or ribozymes, which can act as endoribonucleases and catalyze the cleavage of RNA - 97 molecules with selected sequences. The cleavage of selected messenger RNA's can result in the reduced production of their encoded polypeptide products. These genes may be used to prepare novel transgenic plants which possess them. The transgenic plants may possess reduced levels of polypeptides including but not limited to the polypeptides cited above that may be affected by antisense RNA. It is also possible that genes may be introduced to produce novel transgenic plants which have reduced expression of a native gene product by a mechanism of cosuppression. It has been demonstrated in tobacco, tomato, and petunia (Goring et al, 1991; Smith et al., 1990; Napoli et al., 1990; van der Krol et al., 1990) that expression of the sense transcript of a native gene will reduce or eliminate expression of the native gene in a manner similar to that observed for antisense genes. The introduced gene may encode all or part of the targeted native protein but its translation may not be required for reduction of levels of that native protein. For example, DNA elements including those of transposable elements such as Ds, Ac, or Mu, may be inserted into a gene and cause mutations. These DNA elements may be inserted in order to inactivate (or activate) a gene and thereby "tag" a particular trait. In this instance the transposable element does not cause instability of the tagged mutation, because the utility of the element does not depend on its ability to move in the genome. Once a desired trait is tagged, the introduced DNA sequence may be used to clone the corresponding gene, e.g., using the introduced DNA sequence as a PCR primer together with PCR gene cloning techniques (Shapiro, 1983; Dellaporta et al., 1988). Once identified, the entire gene(s) for the particular trait, including control or regulatory regions where desired may be isolated, cloned and manipulated as desired. The utility of DNA elements introduced into an organism for purposed of gene tagging is independent of the DNA sequence and does not depend on any biological activity of the DNA sequence, i.e., transcription into RNA or translation into protein. The sole function of the DNA element is to disrupt the DNA sequence of a gene. It is contemplated that unexpressed DNA sequences, including novel synthetic sequences could be introduced into cells as proprietary "labels" of those cells and plants and seeds thereof. It would not be necessary for a label DNA element to disrupt the function of a gene endogenous to the host organism, as the sole function of this DNA would be to identify the origin of the organism. For example, one could introduce a unique DNA sequence into a plant and this DNA element would identify all cells, plants, and progeny of these cells as - 98 having arisen from that labeled source. It is proposed that inclusion of label DNAs would enable one to distinguish proprietary germplasm or germplasm derived from such, from unlabelled gennplasm. Another possible element which may be introduced is a matrix attachment region element (MAR), such as the chicken lysozyme A element (Stief et al., 1989), which can be positioned around an expressible gene of interest to effect an increase in overall expression of the gene and diminish position dependant effects upon incorporation into the plant genome (Stief et al., 1989; Phi-Van et al., 1990). Plant species may be transformed with the DNA construct of the present invention by the DNA-mediated transformation of plant cell protoplasts and subsequent regeneration of the plant from the transformed protoplasts in accordance with procedures well known in the art. Any plant tissue capable of subsequent clonal propagation, whether by organogenesis or embryogenesis, may be transformed with a vector of the present invention. The term "organogenesis," as used herein, means a process by which shoots and roots are developed sequentially from meristematic centers; the term "embryogenesis," as used herein, means a process by which shoots and roots develop together in a concerted fashion (not sequentially), whether from somatic cells or gametes. The particular tissue chosen will vary depending on the clonal propagation systems available for, and best suited to, the particular species being transformed. Exemplary tissue targets include leaf disks, pollen, embryos, cotyledons, hypocotyls, megagametophytes, callus tissue, existing meristematic tissue (e.g., apical meristems, axillary buds, and root meristems), and induced meristem tissue (e.g., cotyledon meristem and ultilane meristem). Plants of the present invention may take a variety of forms. The plants may be 5 chimeras of transformed cells and non-transformed cells; the plants may be clonal transformants (e.g., all cells transformed to contain the expression cassette); the plants may comprise grafts of transformed and untransformed tissues (e.g., a transformed root stock grafted to an untransformed scion in citrus species). The transformed plants may be propagated by a variety of means, such as by clonal propagation or classical breeding D techniques. For example, first generation (or TI) transformed plants may be selfed to give homozygous second generation (or T2) transformed plants, and the T2 plants further - 99 propagated through classical breeding techniques. A dominant selectable marker (such as npt 11) can be associated with the expression cassette to assist in breeding. Thus, the present invention provides a transformed (transgenic) plant cell, in planta or explanta, including a transformed plastid or other organelle, e.g., nucleus, mitochondria or chloroplast. The present invention may be used for transformation of any plant species, including, but not limited to, cells from corn (Zea mays), Brassica sp. (e.g., B. napus, B. rapa, B. juncea), particularly those Brassica species useful as sources of seed oil, alfalfa (Medicago sativa), rice (Oryza sativa), rye (Secale cereale), sorghum (Sorghum bicolor, Sorghum vulgare), millet (e.g., pearl millet (Pennisetum glaucum), proso millet (Panicum miliaceum), foxtail millet (Setaria italica), finger millet (Eleusine coracana)), sunflower (Helianthus annuus), safflower (Carthamus tinctorius), wheat (Triticum aestivum), soybean (Glycine max), tobacco (Nicotiana tabacum), potato (Solanum tuberosum), peanuts (Arachis hypogaea), cotton (Gossypium barbadense, Gossypium hirsuium), sweet potato (Ipomoea batatus), cassava (Manihot esculenta), coffee (Cofea spp.), coconut (Cocos nucifera), pineapple (Ananas comosus), citrus trees (Citrus spp.), cocoa (Theobroma cacao), tea (Camellia sinensis), banana (Musa spp.), avocado (Persea ultilane), fig (Ficus casica), guava (Psidium guajava), mango (Mangifera indica), olive (Olea europaea), papaya (Carica papaya), cashew (Anacardium occidentale), macadamia (Macadamia integrifolia), almond (Prunus amygdalus), sugar beets (Beta vulgaris), sugarcane (Saccharum spp.), oats, duckweed (Lemna), barley, vegetables, ornamentals, and conifers. Duckweed (Lemna, see WO 00/07210) includes members of the family Lemnaceae. There are known four genera and 34 species of duckweed as follows: genus Lemna (L. aequinoctialis, L. disperma, L. ecuadoriensis, L. gibba, L. japonica, L. minor, L. miniscula, L. obscura, L. perpusilla, L. tenera, L. trisulca, L.turionifera, L. valdiviana); genus Spirodela (S. intermedia, S. polyrrhiza, S. punctata); genus Woffia (Wa. Angusta, Wa. Arrhiza, Wa. Australina, Wa. Borealis, Wa. Brasiliensis, Wa. Columbiana, Wa. Elongata, Wa. Globosa, Wa. Microscopica, Wa. Neglecta) and genus Wofiella (WI. ultila, WI. ultilanen, WI. gladiata, WI. ultila, WI. lingulata, WI. repunda, W1. rotunda, and WI. neotropica). Any other genera or species of Lemnaceae, if they exist, are also aspects of the present invention. Lemna gibba, Lemna minor, and Lemna miniscula are preferred, with Lemna minor and Lemna miniscula being most preferred. Lemna species can be classified using the taxonomic - 100scheme described by Landolt, Biosystematic Investigation on the Family of Duckweeds: The family of Lemnaceae - A Monograph Study. Geobotanisches Institut ETH, Stiftung Rubel, Zurich (1986)). Vegetables within the scope of the invention include tomatoes (Lycopersicon esculentum), lettuce (e.g., Lactuca sativa), green beans (Phaseolus vulgaris), lima beans (Phaseolus limensis), peas (Lathyrus spp.), and members of the genus Cucumis such as cucumber (C. sativus), cantaloupe (C. cantalupensis), and musk melon (C. melo). Ornamentals include azalea (Rhododendron spp.), hydrangea (Macrophylla hydrangea), hibiscus (Hibiscus rosasanensis), roses (Rosa spp.), tulips (Tulipa spp.), daffodils (Narcissus spp.), petunias (Petunia hybrida), carnation (Dianthus caryophyllus), poinsettia (Euphorbia pulcherrima), and chrysanthemum. Conifers that may be employed in practicing the present invention include, for example, pines such as loblolly pine (Pinus taeda), slash pine (Pinus elliotii), ponderosa pine (Pinus ponderosa), lodgepole pine (Pinus contorta), and Monterey pine (Pinus radiata), Douglas-fir (Pseudotsuga menziesii); Western hemlock (Tsuga uliilane); Sitka spruce (Picea glauca); redwood (Sequoia sempervirens); true firs such as silver fir (Abies amabilis) and balsam fir (Abies balsamea); and cedars such as Western red cedar (Thuja plicata) and Alaska yellow-cedar (Chaniaecyparis nootkatensis). Leguminous plants include beans and peas. Beans include guar, locust bean, fenugreek, soybean, garden beans, cowpea, mungbean, lima bean, fava bean, lentils, chickpea, etc. Legumes include, but are not limited to, Arachis, e.g., peanuts, Vicia, e.g., crown vetch, hairy vetch, adzuki bean, mung bean, and chickpea, Lupinus, e.g., lupine, trifolium, Phaseolus, e.g., common bean and lima bean, Pisum, e.g., field bean, Melilotus, e.g., clover, Medicago, e.g., alfalfa, Lotus, e.g., trefoil, lens, e.g., lentil, and false indigo. Preferred forage and turf grass for use in the methods of the invention include alfalfa, orchard grass, tall fescue, perennial ryegrass, creeping bent grass, and redtop. Other plants within the scope of the invention include Acacia, aneth, artichoke, arugula, blackberry, canola, cilantro, clementines, escarole, eucalyptus, fennel, grapefruit, honey dew, jicama, kiwifruit, lemon, lime, mushroom, nut, okra, orange, parsley, persimmon, plantain, pomegranate, poplar, radiata pine, radicchio, Southern pine, sweetgum, tangerine, triticale, vine, yams, apple, pear, quince, cherry, apricot, melon, hemp, buckwheat, grape, raspberry, chenopodium, blueberry, nectarine, peach, plum, strawberry, watermelon, eggplant, - 101 pepper, cauliflower, Brassica, e.g., broccoli, cabbage, ultilan sprouts, onion, carrot, leek, beet, broad bean, celery, radish, pumpkin, endive, gourd, garlic, snapbean, spinach, squash, turnip, ultilane, and zucchini. Ornamental plants within the scope of the invention include impatiens, Begonia, Pelargonium, Viola, Cyclamen, Verbena, Vinca, Tagetes, Primula, Saint Paulia, Agertum, Amaranthus, Antihirrhinum, Aquilegia, Cineraria, Clover, Cosmo, Cowpea, Dahlia, Datura, Delphinium, Gerbera, Gladiolus, Gloxinia, Hippeastrum, Mesembryanthemum, Salpiglossos, and Zinnia. Other plants within the scope of the invention are shown in Table I (above). Preferably, transgenic plants of the present invention are crop plants and in particular cereals (for example, corn, alfalfa, sunflower, rice, Brassica, canola, soybean, barley, soybean, sugarbeet, cotton, safflower, peanut, sorghum, wheat, millet, tobacco, etc.), and even more preferably corn, rice and soybean. Transformation of plants can be undertaken with a single DNA molecule or multiple DNA molecules (i.e., co-transformation), and both these techniques are suitable for use with the expression cassettes of the present invention. Numerous transformation vectors are available for plant transformation, and the expression cassettes of this invention can be used in conjunction with any such vectors. The selection of vector will depend upon the preferred transformation technique and the target species for transformation. A variety of techniques are available and known to those skilled in the art for introduction of constructs into a plant cell host. These techniques generally include transformation with DNA employing A. tumefaciens or A. rhizogenes as the transforming agent, liposomes, PEG precipitation, electroporation, DNA injection, direct DNA uptake, microprojectile bombardment, particle acceleration, and the like (See, for example, EP 295959 and EP 138341) (see below). However, cells other than plant cells may be transformed with the expression cassettes of the invention. The general descriptions of plant expression vectors and reporter genes, and Agrobacterium and Agrobacterium-mediated gene transfer, can be found in Gruber et al. (1993). Expression vectors containing genomic or synthetic fragments can be introduced into protoplasts or into intact tissues or isolated cells. Preferably expression vectors are introduced into intact tissue. General methods of culturing plant tissues are provided for example by Maki et al., (1993); and by Phillips et al. (1988). Preferably, expression vectors are introduced into - 102maize or other plant tissues using a direct gene transfer method such as microprojectile mediated delivery, DNA injection, electroporation and the like. More preferably expression vectors are introduced into plant tissues using the microprojectile media delivery with the biolistic device. See, for example, Tomes et al. (1995). The vectors of the invention can not only be used for expression of structural genes but may also be used in exon-trap cloning, or promoter trap procedures to detect differential gene expression in varieties of tissues, (Lindsey et al., 1993; Auch & Reth et al.). It is particularly preferred to use the binary type vectors of Ti and Ri plasmids of Agrobacterium spp. Ti-derived vectors transform a wide variety of higher plants, including monocotyledonous and dicotyledonous plants, such as soybean, cotton, rape, tobacco, and rice (Pacciotti et al., 1985: Byrne et al., 1987; Sukhapinda et al., 1987; Park et al., 1985: Hiei et al., 1994). The use of T-DNA to transform plant cells has received extensive study and is amply described (EP 120516; Hoekema, 1985; Knauf, et al., 1983; and An et al., 1985). For introduction into plants, the chimeric genes of the invention can be inserted into binary vectors as described in the examples. Other transformation methods are available to those skilled in the art, such as direct uptake of foreign DNA constructs (see EP 295959), techniques of electroporation (Fromm et al., 1986) or high velocity ballistic bombardment with metal particles coated with the nucleic acid constructs (Kline et al., 1987, and U.S. Patent No. 4,945,050). Once transformed, the cells can be regenerated by those skilled in the art. Of particular relevance are the recently described methods to transform foreign genes into commercially important crops, such as rapeseed (De Block et al., 1989), sunflower (Everett et al., 1987), soybean (McCabe et al., 1988; Hinchee et al., 1988; Chee et al., 1989; Christou et al., 1989; EP 301749), rice (Hiei et al., 1994), and corn (Gordon Kamm et al., 1990; Fromm et al., 1990). Those skilled in the art will appreciate that the choice of method might depend on the type of plant, i.e., monocotyledonous or dicotyledonous, targeted for transformation. Suitable methods of transforming plant cells include, but are not limited to, microinjection (Crossway et al., 1986), electroporation (Riggs et al., 1986), Agrobacterium-mediated transformation (Hinchee et al., 1988), direct gene transfer (Paszkowski et al., 1984), and ballistic particle acceleration using devices available from Agracetus, Inc., Madison, Wis. And BioRad, Hercules, Calif. (see, for example, Sanford et al., U.S. Pat. No. 4,945,050; and McCabe et al., - 103 - 1988). Also see, Weissinger et al., 1988; Sanford et al., 1987 (onion); Christou et al., 1988 (soybean); McCabe et al., 1988 (soybean); Datta et al., 1990 (rice); Klein et al., 1988 (maize); Klein et al., 1988 (maize); Klein et al., 1988 (maize); Fromm et al., 1990 (maize); and Gordon Kamm et al., 1990 (maize); Svab et al., 1990 (tobacco chloroplast); Koziel et al., 1993 (maize); Shimrnamoto et al., 1989 (rice); Christou et al., 1991 (rice); European Patent Application EP 0 332 581 (orchardgrass and other Pooideae); Vasil et al., 1993 (wheat); Weeks et al., 1993 (wheat). In one embodiment, the protoplast transformation method for maize is employed (European Patent Application EP 0 292 435, U. S. Pat. No. 5,350,689). In another embodiment, a nucleotide sequence of the present invention is directly transformed into the plastid genome. Plastid transformation technology is extensively described in U.S. Patent Nos. 5,451,513, 5,545,817, and 5,545,818, in PCT application no. WO 95/16783, and in McBride et al., 1994. The basic technique for chloroplast transformation involves introducing regions of cloned plastid DNA flanking a selectable marker together with the gene of interest into a suitable target tissue, e.g., using biolistics or protoplast transformation (e.g., calcium chloride or PEG mediated transformation). The I to 1.5 kb flanking regions, termed targeting sequences, facilitate orthologous recombination with the plastid genome and thus allow the replacement or modification of specific regions of the plastome. Initially, point mutations in the chloroplast 16S rRNA and rps12 genes conferring resistance to spectinomycin and/or streptomycin are utilized as selectable markers for transformation (Svab et al., 1990; Staub et al., 1992). This resulted in stable homoplasrmic transformants at a frequency of approximately one per 100 bombardments of target leaves. The presence of cloning sites between these markers allowed creation of a plastid targeting vector for introduction of foreign genes (Staub et al., 1993). Substantial increases in transformation frequency are obtained by replacement of the recessive rRNA or r-protein antibiotic resistance genes with a dominant selectable marker, the bacterial aadA gene encoding the spectinomycin-detoxifying enzyme aminoglycoside-3N-adenyltransferase (Svab et al., 1993). Other selectable markers useful for plastid transformation are known in the art and encompassed within the scope of the invention. Typically, approximately 15-20 cell division cycles following transformation are required to reach a homoplastidic state. Plastid expression, in which genes are inserted by orthologous recombination into all of the several thousand - 104 copies of the circular plastid genome present in each plant cell, takes advantage of the enormous copy number advantage over nuclear-expressed genes to permit expression levels that can readily exceed 10% of the total soluble plant protein. In a preferred embodiment, a nucleotide sequence of the present invention is inserted into a plastid targeting vector and transformed into the plastid genome of a desired plant host. Plants homoplastic for plastid genomes containing a nucleotide sequence of the present invention are obtained, and are preferentially capable of high expression of the nucleotide sequence. Agrobacterium tumefaciens cels containing a vector comprising an expression cassette of the present invention, wherein the vector comprises a Ti plasmid, are useful in methods of making transformed plants. Plant cells are infected with an Agrobacterium tumefaciens as described above to produce a transformed plant cell, and then a plant is regenerated from the transformed plant cell. Numerous Agrobacterium vector systems useful in carrying out the present invention are known. For example, vectors are available for transformation using Agrobacterium tumefaciens. These typically carry at least one T-DNA border sequence and include vectors such as pBIN19 (Bevan, 1984). In one preferred embodiment, the expression cassettes of the present invention may be inserted into either of the binary vectors pCIB200 and pCIB2001 for use with Agrobacterium. These vector cassettes for Agrobacterium-mediated transformation wear constructed in the following manner. PTJS75kan was created by Narl digestion of pTJS75 (Schmidhauser & Helinski, 1985) allowing excision of the tetracycline-resistance gene, followed by insertion of an Accl fragment from pUC4K carrying an NPTII (Messing & Vierra, 1982; Bevan et al., 1983; McBride et al., 1990). Xhol linkers were ligated to the EcoRV fragment of pCIB7 which contains the left and right T-DNA borders, a plant selectable nos/nptll chimeric gene and the pUC polylinker (Rothstein et al., 1987), and the Xhol digested fragment was cloned into Sall-digested pTJS75kan to create pCIB200 (see also EP 0 332 104, example 19). PCIB200 contains the following unique polylinker restriction sites: EcoRI, SstI, KpnI, BglII, Xbal, and Sail. The plasmid pCIB2001 is a derivative of pCIB200 which was created by the insertion into the polylinker of additional restriction sites. Unique restriction sites in the polylinker of pCIB2001 are EcoRI, Sstl, Kpnl, Bgill, Xbal, Sail, Miul, Bcll, AvrIl, Apal, Hpal, and Stul. PCIB2001, in addition to containing these unique restriction sites also has plant and bacterial kanamycin selection, left and right T-DNA borders for - 105 - Agrobacterium- mediated transformation, the RK2-derived trfA function for mobilization between E. coli and other hosts, and the OriT and OriV functions also from RK2. The pCIB2001 polylinker is suitable for the cloning of plant expression cassettes containing their own regulatory signals. An additional vector useful for Agrobacterium-mediated transformation is the binary vector pCIB 10, which contains a gene encoding kanamycin resistance for selection in plants, T-DNA right and left border sequences and incorporates sequences from the wide host- range plasmid pRK252 allowing it to replicate in both E. coli and Agrobacterium. Its construction is described by Rothstein et al., 1987. Various derivatives of pCIB10 have been constructed which incorporate the gene for hygromycin B phosphotransferase described by Gritz et al., 1983. These derivatives enable selection of transgenic plant cells on hygromycin only (pCIB743), or hygromycin and kanamycin (pCIB715, pCIB717). Methods using either a form of direct gene transfer or Agrobacterium-mediated transfer usually, but not necessarily, are undertaken with a selectable marker which may provide resistance to an antibiotic (e.g., kanamycin, hygromycin or methotrexate) or a herbicide (e.g., phosphinothricin). The choice of selectable marker for plant transformation is not, however, critical to the invention. For certain plant species, different antibiotic or herbicide selection markers may be preferred. Selection markers used routinely in transformation include the nptll gene which confers resistance to kanamycin and related antibiotics (Messing & Vierra, 1982; Bevan et al., 1983), the bar gene which confers resistance to the herbicide phosphinothricin (White et al., 1990, Spencer et al., 1990), the hph gene which confers resistance to the antibiotic hygromycin (Blochinger & Diggelmann), and the dhfr gene, which confers resistance to methotrexate (Bourouis et al., 1983). One such vector useful for direct gene transfer techniques in combination with selection by the herbicide Basta (or phosphinothricin) is pCIB3064. This vector is based on the plasmid pC1B246, which comprises the CaMV 35S promoter in operational fusion to the E. coli GUS gene and the CaMV 35S transcriptional terminator and is described in the PCT published application WO 93/07278, herein incorporated by reference. One gene useful for conferring resistance to phosphinothricin is the bar gene from Strepiomyces viridochromogenes - 106- (Thompson et al., 1987). This vector is suitable for the cloning of plant expression cassettes containing their own regulatory signals. An additional transformation vector is pSOG35 which utilizes the E. coli gene dihydrofolate reductase (DHFR) as a selectable marker conferring resistance to methotrexate. PCR was used to amplify the 35S promoter (about 800 bp), intron 6 from the maize AdhI gene (about 550 bp) and 18 bp of the GUS untranslated leader sequence from pSOG 10. A 250 bp fragment encoding the E. coli dihydrofolate reductase type II gene was also amplified by PCR and these two PCR fragments were assembled with a SacI-PstI fragment from pBI221 (Clontech) which comprised the pUC19 vector backbone and the nopaline synthase terminator. Assembly of these fragments generated pSOG19 which contains the 35S promoter in fusion with the intron 6 sequence, the GUS leader, the DHFR gene and the nopaline synthase terminator. Replacement of the GUS leader in pSOG19 with the leader sequence from Maize Chlorotic Mottle Virus check (MCMV) generated the vector pSOG35. pSOG19 and pSOG35 carry the pUC-derived gene for ampicillin resistance and have HindIll, SphI, PstI and EcoRi sites available for the cloning of foreign sequences. Transgenic plant cells are then placed in an appropriate selective medium for selection of transgenic cells which are then grown to callus. Shoots are grown from callus and plantlets generated from the shoot by growing in rooting medium. The various constructs normally will be joined to a marker for selection in plant cells. Conveniently, the marker may be resistance to a biocide (particularly an antibiotic, such as kanamycin, G418, bleomycin, hygromycin, chloramphenicol, herbicide, or the like). The particular marker used will allow for selection of transformed cells as compared to cells lacking the DNA which has been introduced. Components of DNA constructs including transcription cassettes of this invention may be prepared from sequences which are native (endogenous) or foreign (exogenous) to the host. By "foreign" it is meant that the sequence is not found in the wild-type host into which the construct is introduced. Heterologous constructs will contain at least one region which is not native to the gene from which the transcription-initiation-region is derived. To confirm the presence of the transgenes in transgenic cells and plants, a variety of assays may be performed. Such assays include, for example, "molecular biological" assays well known to those of skill in the art, such as Southern and Northern blotting, in situ hybridization and nucleic acid-based amplification methods such as PCR or RT-PCR; "biochemical" assays, - 107 such as detecting the presence of a protein product, e.g., by immunological means (ELISAs and Western blots) or by enzymatic function; plant part assays, such as leaf or root assays; and also, by analyzing the phenotype of the whole regenerated plant, e.g., for disease or pest resistance. DNA may be isolated from cell lines or any plant parts to determine the presence of the preselected nucleic acid segment through the use of techniques well known to those skilled in the art. Note that intact sequences will not always be present, presumably due to rearrangement or deletion of sequences in the cell. The presence of nucleic acid elements introduced through the methods of this invention may be determined by polymerase chain reaction (PCR). Using this technique discreet fragments of nucleic acid are amplified and detected by gel electrophoresis. This type of analysis permits one to determine whether a preselected nucleic acid segment is present in a stable transformant, but does not prove integration of the introduced preselected nucleic acid segment into the host cell genome. In addition, it is not possible using PCR techniques to determine whether transformants have exogenous genes introduced into different sites in the genome, i.e., whether transformants are of independent origin. It is contemplated that using PCR techniques it would be possible to clone fragments of the host genomic DNA adjacent to an introduced preselected DNA segment. Positive proof of DNA integration into the host genome and the independent identities of transformants may be determined using the technique of Southern hybridization. Using this technique specific DNA sequences that were introduced into the host genome and flanking host DNA sequences can be identified. Hence the Southern hybridization pattern of a given transformant serves as an identifying characteristic of that transformant. In addition it is possible through Southern hybridization to demonstrate the presence of introduced preselected DNA segments in high molecular weight DNA, i.e., confirm that the introduced preselected DNA segment has been integrated into the host cell genome. The technique of Southern hybridization provides information that is obtained using PCR, e.g., the presence of a preselected DNA segment, but also demonstrates integration into the genome and characterizes each individual transformant. - 108 - It is contemplated that using the techniques of dot or slot blot hybridization which are modifications of Southern hybridization techniques one could obtain the same information that is derived from PCR, e.g., the presence of a preselected DNA segment. Both PCR and Southern hybridization techniques can be used to demonstrate transmission of a preselected DNA segment to progeny. In most instances the characteristic Southern hybridization pattern for a given transformant will segregate in progeny as one or more Mendelian genes (Spencer et al., 1992); Laursen et al., 1994) indicating stable inheritance of the gene. The nonchimeric nature of the callus and the parental transformants (Ro) was suggested by germline transmission and the identical Southern blot hybridization patterns and intensities of the transforming DNA in callus, Ro plants and R, progeny that segregated for the transformed gene. Whereas DNA analysis techniques may be conducted using DNA isolated from any part of a plant, RNA may only be expressed in particular cells or tissue types and hence it will be necessary to prepare RNA for analysis from these tissues. PCR techniques may also be used for detection and quantitation of RNA produced from introduced preselected DNA segments. In this application of PCR it is first necessary to reverse transcribe RNA into DNA, using enzymes such as reverse transcriptase, and then through the use of conventional PCR techniques amplify the DNA. In most instances PCR techniques, while useful, will not demonstrate integrity of the RNA product. Further information about the nature of the RNA product may be obtained by Northern blotting. This technique will demonstrate the presence of an RNA species and give information about the integrity of that RNA. The presence or absence of an RNA species can also be determined using dot or slot blot Northern hybridizations. These techniques are modifications of Northern blotting and will only demonstrate the presence or absence of an RNA species. While Southern blotting and PCR may be used to detect the preselected DNA segment in question, they do not provide information as to whether the preselected DNA segment is being expressed. Expression may be evaluated by specifically identifying the protein products of the introduced preselected DNA segments or evaluating the phenotypic changes brought about by their expression. 0 Assays for the production and identification of specific proteins may make use of physical-chemical, structural, functional, or other properties of the proteins. Unique physical - 109 chemical or structural properties allow the proteins to be separated and identified by clectrophoretic procedures, such as native or denaturing gel electrophoresis or isoelectric focusing, or by chromatographic techniques such as ion exchange or gel exclusion chromatography. The unique structures of individual proteins offer opportunities for use of specific antibodies to detect their presence in formats such as an ELISA assay. Combinations of approaches may be employed with even greater specificity such as Western blotting in which antibodies are used to locate individual gene products that have been separated by electrophoretic techniques. Additional techniques may be employed to absolutely confirm the identity of the product of interest such as evaluation by amino acid sequencing following purification. Although these are among the most commonly employed, other procedures may be additionally used. Assay procedures may also be used to identify the expression of proteins by their functionality, especially the ability of enzymes to catalyze specific chemical reactions involving specific substrates and products. These reactions may be followed by providing and quantifying the loss of substrates or the generation of products of the reactions by physical or chemical procedures. Examples are as varied as the enzyme to be analyzed. Very frequently the expression of a gene product is determined by evaluating the phenotypic results of its expression. These assays also may take many forms including but not limited to analyzing changes in the chemical composition, morphology, or physiological properties of the plant. Morphological changes may include greater stature or thicker stalks. Most often changes in response of plants or plant parts to imposed treatments are evaluated under carefully controlled conditions termed bioassays. Once an expression cassette of the invention has been transformed into a particular plant species, it may be propagated in that species or moved into other varieties of the same species, particularly including commercial varieties, using traditional breeding techniques. Particularly preferred plants of the invention include the agronomically important crops listed above. The genetic properties engineered into the transgenic seeds and plants described above are passed on by sexual reproduction and can thus be maintained and propagated in progeny plants. The present invention also relates to a transgenic plant cell, tissue, organ, seed or plant part obtained from the transgenic plant. Also included within the invention are transgenic - 110descendants of the plant as well as transgenic plant cells, tissues, organs, seeds and plant parts obtained from the descendants. Preferably, the expression cassette in the transgenic plant is sexually transmitted. In one preferred embodiment, the coding sequence is sexually transmitted through a complete normal sexual cycle of the RO plant to the RI generation. Additionally preferred, the expression cassette is expressed in the cells, tissues, seeds or plant of a transgenic plant in an amount that is different than the amount in the cells, tissues, seeds or plant of a plant which only differs in that the expression cassette is absent. The transgenic plants produced herein are thus expected to be useful for a variety of commercial and research purposes. Transgenic plants can be created for use in traditional agriculture to possess traits beneficial to the grower (e.g., agronomic traits such as resistance to water deficit, pest resistance, herbicide resistance or increased yield), beneficial to the consumer of the grain harvested from the plant (e.g., improved nutritive content in human food or animal feed; increased vitamin, amino acid, and antioxidant content; the production of antibodies (passive immunization) and nutriceuticals), or beneficial to the food processor (e.g., improved processing traits). In such uses, the plants are generally grown for the use of their grain in human or animal foods. Additionally, the use of root-specific promoters in transgenic plants can provide beneficial traits that are localized in the consumable (by animals and humans) roots of plants such as carrots, parsnips, and beets. However, other parts of the plants, including stalks, husks, vegetative parts, and the like, may also have utility, including use as part of animal silage or for ornamental purposes. Often, chemical constituents (e.g., oils or starches) of maize and other crops are extracted for foods or industrial use and transgenic plants may be created which have enhanced or modified levels of such components. Transgenic plants may also find use in the commercial manufacture of proteins or other molecules, where the molecule of interest is extracted or purified from plant parts, seeds, and the like. Cells or tissue from the plants may also be cultured, grown in vitro, or fermented to manufacture such molecules. The transgenic plants may also be used in commercial breeding programs, or may be crossed or bred to plants of related crop species. Improvements encoded by the expression cassette may be transferred, e.g., from maize cells to cells of other species, e.g., by protoplast fusion. - Ill - The transgenic plants may have many uses in research or breeding, including creation of new mutant plants through insertional mutagenesis, in order to identify beneficial mutants that might later be created by traditional mutation and selection. An example would be the introduction of a recombinant DNA sequence encoding a transposable element that may be used for generating genetic variation. The methods of the invention may also be used to create plants having unique "signature sequences" or other marker sequences which can be used to identify proprietary Lines or varieties. Thus, the transgenic plants and seeds according to the invention can be used in plant breeding which aims at the development of plants with improved properties conferred by the expression cassette, such as tolerance of drought, disease, or other stresses. The various breeding steps are characterized by well-defined human intervention such as selecting the lines to be crossed, directing pollination of the parental lines, or selecting appropriate descendant plants. Depending on the desired properties different breeding measures are taken. The relevant techniques are well known in the art and include but are not limited to hybridization, inbreeding, backcross breeding, Oultilane breeding, variety blend, interspecific hybridization, aneuploid techniques, etc. Hybridization techniques also include the sterilization of plants to yield male or female sterile plants by mechanical, chemical or biochemical means. Cross pollination of a male sterile plant with pollen of a different line assures that the genome of the male sterile but female fertile plant will uniformly obtain properties of both parental lines. Thus, the transgenic seeds and plants according to the invention can be used for the breeding of improved plant lines which for example increase the effectiveness of conventional methods such as herbicide or pesticide treatment or allow to dispense with said methods due to their modified genetic properties. Alternatively new crops with improved stress tolerance can be obtained which, due to their optimized genetic "equipment", yield harvested product of better quality than products which were not able to tolerate comparable adverse developmental conditions. The invention also provides a computer readable medium having stored thereon a data structure containing nucleic acid sequences having at least 70% sequence identity to a nucleic acid sequence selected from those listed in SEQ ID Nos: 1-339, 358-366, 441-515, 517-529, 536-579 and 601-773, as well as complementary, ortholog, and variant sequences thereof. - 112- Storage and use of nucleic acid sequences on a computer readable medium is well known in the art. (See for example U.S. Patent Nos. 6,023,659; 5,867,402; 5,795,716) Examples of such medium include, but are not limited to, magnetic tape, optical disk, CD-ROM, random access memory, volatile memory, non-volatile memory and bubble memory. Accordingly, the nucleic acid sequences contained on the computer readable medium may be compared through use of a module that receives the sequence information and compares it to other sequence information. Examples of other sequences to which the nucleic acid sequences of the invention may be compared include those maintained by the National Center for Biotechnology Information (NCBI)(http://www.ncbi.nlm.nih.gov/) and the Swiss Protein Data Bank. A computer is an example of such a module that can read and compare nucleic acid sequence information. Accordingly, the invention also provides the method of comparing a nucleic acid sequence of the invention to another sequence. For example, a sequence of the invention may be submitted to the NCBI for a Blast search as described herein where the sequence is compared to sequence information contained within the NCBI database and a comparison is returned. The invention also provides nucleic acid sequence information in a computer readable medium that allows the encoded polypeptide to be optimized for a desired property. Examples of such properties include, but are not limited to, increased or decreased: thermal stability, chemical stability, hydrophylicity, hydrophobicity, and the like. Methods for the use of computers to model polypeptides and polynucleotides having altered activities are wel known in the art and have been reviewed. (Lesyng et al., 1993; Surles et al., 1994; Koehl et al., 1996; Rossi et al., 2001). The invention will be further described by the following non-limiting examples. EXAMPLES Example 1 GeneChip@ Standard Protocol Quantitation of total RNA Total RNA from plant tissue is extracted and quantified. 1. Quantify total RNA using GeneQuant lOD260= 4 0 ug RNA/ml; A26/A2o=1.

9 to about 2.1 - 113- 2. Run gel to check the integrity and purity of the extracted RNA Synthesis of double-stranded cDNA Gibco/BRL SuperScript Choice System for cDNA Synthesis (Cat#1B090-019) was employed to prepare cDNAs. T7-(dT) 24 oligonucleotides were prepared and purified by HPLC. (5'- GGCCAGTGAATTGTAATACGACTCACTATAGGGAGGCGG-(dT)2r3'; SEQ ID NO:584). Step 1. Primer hybridization: Incubate at 70'C for 10 minutes Quick spin and put on ice briefly Step 2. Temperature adjustment: Incubate at 42'C for 2 minutes Step 3. First strand synthesis: DEPC-water- 1 ul RNA (10 ug final)-10 ul T7=(dT) 24 Primer (100 pmol final)-1 ul pmol 5X 1" strand cDNA buffer-4 ul 0.1M DTT (10 mM final)- 2 ul 10 mM dNTP mix (500 uM final)-1 ul Superscript Il RT 200 U/ul- 1 ul Total of 20 ul Mix well Incubate at 42'C for I hour Step 4. Second strand synthesis: Place reactions on ice, quick spin DEPC-water- 91 ul 5X 2 " strand cDNA buffer- 30 ul 10 mM dNTP mix (250 mM final) - 3 ul E. coli DNA igase (10 U/ul)-I ul E. coli DNA polymerase 1-10 U/ul- 4 ul - 114- RnaseH 2U/ul -1 ul T4 DNA polymerase 5 U/ul-2 ul 0.5 M EDTA (0.5 M final)-10 ul Total 162 ul Mix/spin down/incubate 16'C for 2 hours Step 5. Completing the reaction: Incubate at 16'C for 5 minutes Purification of double stranded cDNA 1. Centrifuge PLG (Phase Lock Gel, Eppendorf 5 Prime Inc., pI-188 2 3 3 ) at 14,000X, transfer 162 ul of cDNA to PLG 2. Add 162 ul of Phenol:Chloroform:Isoamyl alcohol (pH 8.0), centrifuge 2 minutes 3. Transfer the supernatant to a fresh 1.5 ml tube, add Glycogen (5 mg/mI) 2 0.5 M NH 4 0AC (0.75xVol) 120 ETOH (2.5xVol, -20'C) 400 4. Mix well and centrifuge at 14,OOOX for 20 minutes 5. Remove supernatant, add 0.5 ml 80% EtOH (-20 0 C) 6. Centrifuge for 5 minutes, air dry or by speed vac for 5-10 minutes 7. Add 44 ul DEPC H 2 0 Analyze of quantity and size distribution of cDNA Run a gel using I ul of the double-stranded synthesis product Synthesis of biotinylated cRNA (use Enzo BioArray High Yield RNA Transcript Labeling Kit Cat#900182) Purified cDNA 22 ul lOX Hy buffer 4 ul loX biotin ribonucleotides 4 ul lOX DTT 4 ul lOX Rnase inhibitor mix 4 ul 20X T7 RNA polymerase 2 ul -115- Total 40 ul Centrifuge 5 seconds, and incubate for 4 hours at 374C Gently mix every 30-45 minutes Purification and quantification of cRNA (use Qiagen Rneasy Mini kit Cat# 74103) cRNA 40 ul DEPC H 2 0 60 ul RLT buffer 350 ul mix by vortexing EtOH 250 ul mix by pipetting Total 700 ul Wait 1 minute or more for the RNA to stick Centrifuge at 2000 rpm for 5 minutes RPE buffer 500 ul Centrifuge at 10,000 rpm for 1 minute RPE buffer 500 ul Centrifuge at 10,000 rpm for I minute Centrifuge at 10,000 rpm for 1 minute to dry the column DEPC H 2 0 30 ul Wait for 1 minute, then elute cRNA from by centrifugation, 10K 1 minute DEPC H 2 0 30 ul Repeat previous step Determine concentration and dilute to 1 ug/ul concentration Fragmentation of cRNA cRNA (1 ug/ul) 15 ul 5X Fragmentation Buffer* 6 ul DEPC H 2 0 9 ul 30 ul - 116- *5x Fragmentation Buffer l M Tris (pH8.l) 4.0 ml MgOAc 0.64 g KOAC 0.98 g DEPC H 2 0 Total 20 ml Filter Sterilize Array wash and staining Stringent Wash Buffer** Non-Stringent Wash Buffer*** SAPE Stain**** Antibody Stain***** Wash on fluidics station using the appropriate antibody amplification protocol **Stringent Buffer: 12X MES 83.3 ml, 5 M NaCl 5.2 ml, 10% Tween 1.0 ml, H 2 0 910 ml, Filter Sterilize ***Non-Stringent Buffer: 20X SSPE 300 ml, 10% Tween 1.0 ml, H 2 0 698 ml, Filter Sterilize, Antifoam 1.0. ****SAPE stain: 2X Stain Buffer 600 ul, BSA 48 ul, SAPE 12ul, H 2 0 540 ul. *****Antibody Stain: 2X Stain Buffer 300 ul, H 2 0 266.4 ul, BSA 24 ul, Goat lgG 6 ul, Biotinylated Ab 3.6 ul Example 2 Characterization of Gene Expression Profiles During Plant Development using the GeneChip The Arabidopsis GeneChip provides a method to simultaneously scan over 30% of the genome for the expression profile of each gene on chip. By using RNA extracted from different tissue and developmental stages of development, a scan of the entire Arabidopsis plant is achieved. The advantages of a gene chip in such an analysis include a global gene expression analysis, - 117quantitative results, a highly reproducible system, and a higher sensitivity than Northern blot analyses. Moreover, a gene chip with Arabidopsis DNA has a further advantage in that the Arabidopsis genome is well characterized. Using the recently designed Arabidopsis high density oligonucleotide probe array, a total of 8,100 Arabidopsis thaliana genes were surveyed for temporal and developmental expression profiling. The objective was to identify known and novel genes that are expressed in specific organs (spatial expression) or developmental stages (temporal expression versus constitutive expression). The represented genes included approximately 1,000 known full length cDNAs, a collection of approximately 500 ESTs or full length sequences, 3,500 annotated Genbank genomic sequences (the transcripts of which were confirmed by the presence of ESTs in the database) and about 3,700 annotated Genbank sequences with a predicted translated open reading frame with 2 or more "hits" with a protein in the protein database having a defined function. Total RNA was isolated from 9 samples at different developmental stages for to prepare cRNA microanalysis. These samples were analyzed in 9 separate GeneChip® (see, e.g., U.S. Patent Nos. 5,445,934, 5,744,305, 5,700,305, 5,700,637, 5,945,334 and EP 619321 and EP 373203) experiments that included RNA from: 1) germinating seed, day 4; 2) root 2 week; 3) root adult: 4) leaf; 5) leaf adult; 6) leaf senescence; 7) stem; 8) immature siliques; and 9) flowers prior to pollen shed. The samples were hybridized to the Arabidopsis arrays and analyzed by laser scanning for relative expression level, fold difference, organ and developmental expression. All genes were expressed in at least one of the samples. Seeds of wild-type plants of Arabidopsis thaliana, ecotype Columbia, were sterilized and germinated in soil. Plants were grown in conviron growth chambers with 12 hours of light at 22'C 12:12 light dark cycle in metromix. Samples from leaves of 2-week, 5-week, 6-week, 8-week, and 11-week old plants, and inflorescences, flowers and siliques of the 6-week and 8 week old plants were collected (Table 2). In addition, 4-day old seedlings and roots from 2 week, 4-week, and 5-week old plants cultured in MS liquid medium were collected. Samples collected from over 30 plants were pooled and homogenized in liquid nitrogen. Total RNA was extracted using Qiagen Rneasy column (Qiagen, Chatsworth, CA). - 118- Table 2 germinating seedling 4 days of development germinating seedling 4 days of development leaf 2 weeks after planting leaf 2 weeks after planting leaf 5 weeks after planting leaf 6 weeks after planting leaf 8 weeks after planting leaf I1 weeks after planting root 2 weeks after planting root 2 weeks after planting root 5 weeks after planting root 6 weeks after planting flower 5 weeks after planting flower 6 weeks after planting siliques 5 weeks after planting siliques 6 weeks after planting siliques 8-11 weeks after planting inflorescence 6 weeks after planting inflorescence 5 weeks after planting Total RNA (5 pg) from each sample was reverse transcribed using an oligo dT( 24 ) primer containing a 5' T7 RNA polymerase promoter sequence (5' GGCCAGTGAATTGTAATACGACTCACTATAGGGAGGCGG-(dT)243 SEQ ID NO:585) and SuperScript II reverse transcriptase (Life Technologies). Second strand of cDNA was synthesized using DNA polymerase I and DNA ligase. Biotinylated complementary RNAs (cRNAs) were in vitro transcribed by T7 RNA Polymerase (ENZO BioArray High Yield RNA Transcript Labeling Kit, Enzo). cRNAs were purified using an affinity resin (Qiagen Rneasy Spin Columns) and randomly fragmented by incubating at 940 C for 35 minutes in a buffer - 119containing 40 mM Tris-acetate, pH 8. 1, 100 mM potassium acetate, and 30 m.M magnesium acetate to produce molecules of approximately 35 to 200 bases. The labeled samples were denatured at 99 C for 5 minutes, equilibrated at 45 0 C for 5 minutes, and hybridized to the Arabidopsis GeneChip@ genome array (Affymetrix) at 45'C for 16 hours on a rotisserie at 60 rpm. The hybridized arrays were then rinsed with IX STT and stained with streptavidin phycoerythrin at 25 0 C for 10 minutes twice with a rinse in between. After staining, arrays were washed with I X STT at 25'C for 20 minutes and stained with biotinylated anti-streptavidin antibody at 25'C for 10 minutes. The probe array was stained with SAPE at 25 0 C for 10 minutes and washed with wash buffer A at 30'C for 30 minutes. All of the wash and stain procedures were completed using a fluidic station (Affymetrix). The probe array was scanned twice and the intensities were averaged with a Hewlett-Packard GeneArray Scanner. Genechip Suite 3.2 (Affymetrix) was used for data normalization. The overall intensity of all probe sets of each chip was scaled to 100 so that the hybridization intensity of all arrays was equivalent. False positives are defined based on experiments in which samples are split, hybridized to GeneChip* expression arrays and the results compared. A false positive is indicated if a probe set is scored qualitatively as an "Increase" or "Decrease" and quantitatively as changing by at least 2-fold and the average difference is greater than 25. A significant change is defined as 2-fold change or above with an expression baseline of 25, which is determined as the threshold level according to the scaling. For example, the data from each chip was loaded into GeneSpring software and analyzed for fold differences with the leaf samples. The 2-week leaf samples were used to find genes expressed 4-fold or higher in the leaf sample at 2 weeks of age versus all the other tissues. The remaining leaf samples at 5, 6, 8, and 11 weeks were not analyzed at this stage, but were analyzed independently. The leaf sample at 5 weeks was also analyzed against all other tissues except the remaining leaf samples for genes expressed 4-fold or higher in leaf tissue at 5 weeks. The other leaf samples were analyzed in a similar fashion. This allowed the selection of genes that were at least 4-fold elevated in expression in a leaf sample in at least one stage of development. When these genes were combined, there were 92 genes that were preferentially expressed in leaf tissue. - 120- Image analysis and data mining Two text files are included in the analysis: a. One with Absolute analysis: giving the status of each gene, either absent or present in the samples b. The other with Comparison analysis: comparing gene expression levels between two samples A rabidopsis Genome Array A high-density Arabidopsis oligonucleotide array was used that includes probes for 8,100 A rabidopsis genes and 40 probes for spiking and negative controls. For each gene, there are 16 probe pairs (probe sets) including perfect match probes and mismatch probes for non specific binding control. The A rabidopsis genes are represented by known genes, predicted genes and approximately 100 clusters of ESTs. Predicted gene sequences were extracted and confirmed computationally by matching the genome sequence with ESTs and protein sequences. The reproducibility of the array was characterized by calculation of the rate of false changes (number of genes significantly changed over the total number of genes on the array; Lipshultz, 1999). Two cDNA and subsequently cRNA (the antisense RNA synthesized by in vitro transcription using cDNAs as templates in the presence of biotinylated ribonucleotides) samples were prepared in parallel from the same total RNA samples, and hybridized to two different arrays manufactured in the same lot or different lots. Genes that showed changes of 2-fold and a signal threshold above the background (calculated according to the setting of the global scaling factor) were counted as false changes. Data from 15 pairs of array experiments indicated that false changes between two experiments using arrays of the same lot is 0.17% (based on 8 pairs), while the false change using arrays of two different lots is 0.22% (based on 7 pairs). Further analyses of these genes indicate that the fold change and expression levels are low and close to the threshold (Zhu and Wang, 2000). Selected housekeeping genes are used to ensure the quality of the array experiments, because the quality of the total RNA and subsequently synthesized cDNA and cRNA samples has direct impact on the array results. Sample quality, specifically, labeled cRNA quality was monitored by comparing the ratio of the hybridization signal of 3N and 5N probe sets for - 121 - GAPDH and ubiqutinl 1. Only data with a consistent 3N/5N ratio (Zhu and Wang, 2000) was archived in the database and used. Specific Selection Criteria The following criteria selection were employed to identify Arabidopsis genes that were constitutively expressed. " Baseline (background) = relative expression level of 50 " Candidates were first selected for relative expression of 250 in aH tissues for a given gene. * Relative expression range of the 346 genes which were expressed in all tissue = 250 6,765. o Candidate genes were selected for +/- 5 fold difference in expression = 33 1 genes o Candidate genes were selected for +/- 3 fold difference = 276 genes " For 174 selected genes which met the above criteria The expression for each gene was averaged: 'low' expression =250-750; 97 genes (55.7%) 'moderate' expression = 750-2250; 70 genes (40.2%) 'high' expression = 2250-6750; 8 genes (4.6%) " 47 genes were selected for further analysis 'low' expression =250-750; 21 genes (44.6%) 'moderate' expression = 750-2250; 24 genes (5 1.0%) 'high' expression = 2250-6750; 3 genes (6.4%) The following criteria were used to identify Arabidopsis genes expressed primarily in root tissue. " Baseline (background) = relative expression level of 50 " Candidates were first selected for relative expression of 300 in all tissues for a given gene excluding the germinating seed data. * Candidate genes were sorted by fold difference. Root +/- 3 other tissue <10 (10 fold lower expression) - 122- " When the germinating seed data included was included with the 64 selected genes 39 were identified with relative expression > 150. * Thirteen were selected for further analysis. Abundance Distribution of Transcripts Knowledge of the levels of all detectable mRNA species in Arabidopsis is useful for evaluating the complexity of the transcriptome and its control. The abundance of the transcript species and their expression level in 5-week-old Arabidopsis was analyzed by examining the mRNA transcripts present in four major organs, leaves, roots, inflorescence stems, and flowers. Among 8,300 genes analyzed, over 5,000 transcript species were detected in each organ. Comparison of the transcripts presented in these organs revealed the number and percentage of the commonly expressed and specifically expressed transcripts in each organ at this stage (Table 3). Table 3 Root Inflorescence Stem Leaf Flower Root 6,052 4,928 4,915 5,243 Inflorescence Stem 5,399 4,828 5,036 Leaf 5,416 4,995 Flower 6,097 Specific 426 55 89 380 Expression measurements (average signal difference between perfect-match probes and mismatch probes) of the genes in each organ were examined. Data were collected and log transformed, then plotted against their frequencies. A normal distribution of the transcript abundance was revealed for all four organs. The median of the distributions is similar to the profiles of yeast, mammalian, and E. coli (Lockhart and Winzler, 2000). Overall, the transcription profile is more complex in flowers than in the vegetative organs. It is evidenced by the elevated frequencies in almost every level of transcription. Root has the most complex profile among the vegetative organs, while leaf and inflorescence stem have very similar and simpler profiles. - 123 - 2. Constitutive and Organ Differential Gene Expression The composition of the constitutively and organ differentially expressed transcripts were characterized. A total of 347 constitutive expressed genes with median or high-level transcripts were selected from the commonly expressed gene pool. These genes are constantly expressed above median expression level (average difference greater than 500) for an organs and developmental stages examined. Functional categorization indicated that majority of the known constitutive genes are involved in metabolism (28%) and ribosomal protein synthesis (15%), folowed by genes involving transcription (8%), signaling (6%), transport (5%), membrane (5%), synthases (5%), membrane (5%), and stress and defense related (7%) (Table 8). About 15% of the genes identified have no function assigned. Organ differential expressed genes were also analyzed. These genes were expressed at median level (average difference greater than 50) in certain organ at al developmental stages, e.g., compared to other organs, the expression level for these genes in the organ are 4-fold higher than others. By these criteria, genes differentially expressed in root (64), leaf (94), inflorescence stem (3), and flower (36) were identified, and functionally categorized. To examine the organ-specificity of the differential expression, the expression level of differentially expressed genes were plotted against represented samples. The root differential expressed genes are expressed almost exclusively in root and young whole seedlings. There were 51 genes that were expressed only in root. Twenty-three percent of these genes had no known function while peroxidases and defense genes represented 51% of the genes. Similar experiments were conducted for root at least 3 hours after exposure to stress, e.g., salt, mannitol or cold (Tables 9-10). Twenty-five root-specific promoters were downregulated and 8 were upregulated in response to salt stress, 21 were downregulated and 17 were upregulated in response to mannitol, and 22 were downregulated and 7 were upregulated in response to cold. Ten promoters did not respond to any of the stresses. 3. Dynamics of Gene Expression During Leaf Development In order to examine the dynamics of gene expression at mRNA level during different organ development, genes with transcripts detected in various developmental stages were analyzed. A total of 5,247 genes expressed during leaf development were subject to cluster analysis. Various clustering methods, including self-organizing map (SOM, Tamayo et al., - 124 - 1999), hierarchical cluster (Eisen et al., 1998) and K-mean, generated similar clusters. Sixteen groups of genes formed according to their expression patterns when SOM was used. Four groups of genes were examined in detail. Cluster 15 shows a group of genes down regulated during leaf development. Genes in this group generally have a very high transcription level. However, they reduce their expression level by least 2-fold toward senescence. Among 34 genes in the cluster, 28 of them were photosynthesis related. Interestingly, some of the genes related to photosynthesis are also found in cluster 6, which shows a more gradual reduction in expression. These genes, such as ferredoxin-NADP+ reductase and NADPH protochlorophyllide oxidoreductase B, have relatively low level of transcripts, and their reduction is not as dramatic as others. Cluster 8 was also analyzed. The expression of this group of genes shows a dramatic increase towards senescence. Detailed examination of this cluster revealed 8 genes involved in senescence. Other senescence genes also increased their transcription level during late development, however, those changes were not as dramatic as the eight genes identified in cluster 8. These genes were found in cluster 2. 4. Function Characterization of Global Gene Expression Pattern Cluster analysis also identifies co-regulated genes, and organizes the samples or array experiments according to their overall expression patterns. In order to validate the expression data, cluster analysis was performed on 6,626 genes with an expression level above background (average difference greater or equal 25) in any of the samples. All data were normalized to their median, organized into a SOM, and into a hierarchical cluster using Cluster program (Eisen et al. 1998). According to the similarity of the global expression patterns of each sample, samples form three major clusters: a cluster of leaf samples, a cluster of supporting axis, including root, inflorescence stem and seedling samples, and a cluster of the reproductive organ samples, including samples of flowers, siliques, and inflorescences (including flowers and siliques). Similarly, genes also organized into several major classes according to their expression levels: organ-differentially expressed genes were easily highlighted. It is worth noting that sample/experimental variations also contributed to the clusters. For example, the leaf gene expression data were produced from 2 independent experiments. - 125- One set of the leaf materials was collected in the morning at approximately 10 o'clock, and the other set was collected in the afternoon around 3 o'clock in the afternoon. The circadian regulated gene expression contributed greatly to form two sample clusters. These circadian regulated genes matched the genes described in Hammer et al. (2000). S. Regulatory Sequences To elucidate the regulatory elements of co-regulated genes, AlignACE was employed (Hughes et al., 2000). A total of 49 promoters were found to share a few potential and known cis-acting elements. Among these cis-acting elements identified from the ribosomal promoters, the telo-box motif (AAACCCTA) was observed in 41 of these ribosomal promoters. Telo boxes have been found in many A rabidopsis ribosomal genes and in eEFl A (Tremousaygue et al., 1999). This telo-box binds a protein related to Pura conserved nuclear protein that has been implicated in the control of gene transcription and DNA replication (Safak et al., 1999). Another motif identified in the ribosomal promoter regions was the Dof binding site (AAAG). The Dof binding site has been shown in the promoters of a diverse set of plant genes, suggesting various roles of Dof proteins in plants (Yanagisawa and Schmidt, 1999), including carbon metabolism (Yanagisawa, 2000). Additional motifs observed include a pollen specific motif (AGAAA) and a RAVI binding motif (Kagaya et al., 1999). The promoter regions from leaf-specific genes were also analyzed by AlignAce software to discover putative cis elements. Those that were found include a GATA box and a light regulatory element "ACGTGGCA". These elements are known to be necessary for light induced genes. A putative element that did not contain a known binding site was "TGGTTCGGACC" (SEQ ID NO:586). This element was located in 16 of the promoters analyzed. A global gene expression pattern composed of the transcription profiles of 8, 100 genes in 20 samples collected from different organs during A rabidopsis development was identified. By 166,000 gene expression measurements, the mRNA populations in different organs during Arabidopsis development were characterized. In particular, constitutively expressed genes and organ-differentially expressed genes were identified. The accuracy of the microarray data was validated by two measures. First, the microarray results were repeatable. By comparing 15 pair of independently prepared labeled - 126samples, less than 0.2% of the false positive rate was observed. The false positives occurred randomly among the genes with a low expression level. Second, expression levels measured by the oligonucleotide array correlated well with data from previous gene expression analysis and measurement from other technologies, such as RT-PCR. Identification of constitutively and organ-differentially expressed genes is important to isolate constitutive or organ/tissue specific promoters. Here, it is demonstrated that the microarray technology can be used for large scale screening of these promoters, especially at the genome level. Moreover, genes that are co-regulated can be analyzed to identify the regulatory elements. In this study, constitutive and organ-specific genes were identified through the screening of 8,100 genes, but also regulatory elements, such as telo-box, Dof binding site, as well as other motifs, which are important for the constitutive expression of the ribosomal proteins. By a similar approach, organ- or tissue-specific gene promoter elements, and various treatment-induced gene promoter elements, have been identified. Such results not only facilitate the dissection of the regulatory pathway, but also provide an opportunity in genetic engineering of metabolic pathways. Methods such as chimeraplasty (Zhu et al. 1999, 2000) can be used to precisely modify these regions and thus regulate a group of genes of interest. Identification of co-regulated genes is the first step towards understanding of the regulation of a gene expression network, and assigning function to new genes. Among the 8,100 genes analyzed, approximately 3,100 genes do not have significant homology to known genes. Functional characterization of these genes becomes the challenge for the Arabidopsis genomics. A straightforward approach can be used to assign gene function: mutant lines or treated biological samples and their controls can be transcriptionally profiled. By comparing alterations in the expression of the novel genes, potential function can be assigned. The functions can be further confirmed by reverse genetics. Alternatively, genes with unknown function in the identified co-regulated gene clusters can be computationally analyzed by support vector machines (SVMs; Brown et al. 2000). Similar experiments were conducted for root at least 3 hours after exposure to stress, e.g., salt, mannitol or cold (Tables 9-10). Twenty-five root-specific promoters were downregulated and 8 were upregulated in response to salt stress, 21 were downregulated and - 127 - 17 were upregulated in response to mannitol, and 22 were downregulated and 7 were upregulated in response to cold. Ten promoters did not respond to any of the stresses. Example 3: Further Analysis of Constitutively Expressed Genes A standard curve of 50, 10, 2, 0.4, and 0.08 ng total RNA was generated for each primer/probe set tested. In this case, the 50 ng sample yielded a C, value of 24.5 and the 10 ng sample yields a C, value of 26.7. The C, value is defined as the threshold cycle whereby amplification occurs at an exponential rate. A low C, value correlates with high gene expression. The threshold is determined empirically from the standard curve. By raising or lowering the threshold, the data set is maximized to represent optimal exponential amplification. A correlation coefficient

(R

2 of the best-fit line from the standard curve) greater than 99% and a slope of -3.3 (most efficient amplification) is ideal. For accurate repeatable results, the previous criteria must be met and the unknowns must fall within the range of the curve. The expression levels of the unknown can be interpolated from the unknown C, values using the standard curve. TaqMan chemistry employs three gene-specific oligonucleotides for the detection of nucleic acids. Two of the oligonucleotides are primers used for the amplification of the molecule and the third oligonucleotide is a probe that is labeled with a 5' fluorescent reporter dye (6-FAM) and a 3 quencher dye (TAMRA). During PCR amplification, elongation proceeds once the DNA polymerase binds to the primer. As it polymerizes in the 5' to 3' direction, the polymerase encounters the quenched probe. The 5' to 3' exonuclease activity of the polymerase allows it to degrade the probe in its path, thereby releasing the 5' reporter dye. The thermocycler is equipped with a detection system to measure the fluorescence from the released reporter dye. Since fluorescence increases with amplification of the molecule, fluorescence can be directly related to the amount of molecules in the starting sample. The primers that were employed for one set were: TRX3T 5' 6-FAM agacttcactgcaacatggtgcccac TAMRA 3' (SEQ ID NO:587); TRX3F 5' gtgtggaaatgacacagattgtga 3 ' (SEQ ID NO:588), and TRX3R 5'agacgggtgcaatgaaacg 3 ' (SEQ ID NO:589); and for the other set were: APX3 T 5' 6 FAM cgcgaacaagaactgtgctcctatcatg TAMRA 3' (SEQ ID NO:590), - 128- APX3 F 5'gccgtgagctccgttctct 3 ' (SEQ ID NO:591); and APX3 R 5'tcgtgccatgccaatcg 3 ' (SEQ ID NO:592). TaqMan chemistries were used with the ABI Prism 7700 Sequence system for relative quantitation of nucleic acid. To find a gene whose expression is constitutive, the gene expression data obtained from the A rabidopsis GeneChipTM was analyzed. Three sets of data were analyzed (Table 4). Part A represents expression data for 2 genes from wild-type plants infected or not infected with Pseudomonas syringae pv. maculicola strain ES4326 at 30 hours post-inoculation. Part B represents expression data from wild-type Arabidopsis plants infected or not infected with 5 different viruses at I and 4 days after inoculation, while part C represents expression data for 2 genes in 9 different tissue types. - 129 able 4 PLANTS TRX3 APX3 olumbia infected 2481 484 Zolumbia mock 2362 495 B: DAYS GENE Mock TVCV ORMV TRV CMV TuMV I TRX3 2020 1991 1738 2006 1833 1867 i APX3 711 557 717 755 658 4 2 6 4 TRX53 IF75 3 1978 1377 2249 1918 1928 4APX 3 79 674 428 551 7 41 434 C: TRX3 APX3 4 day seed 1282 488 2 week root 1467 435 Adult root 1857 320 2 week leaf 1233 771 Adult leaf 1483 857 Senescing leaf 1312 805 Flowers 694 513 Inflorescence 691 461 Immature siliques 614 508 - 130- After analyzing the data, 2 candidate genes were identified, thioredoxin (TRX3; Genbank Accession No. U35640) and ascorbate peroxidase (APX3; Genbank Accession No. U69138), whose expression did not vary more than 2-fold between the treatments in all experiments (except in flowers, inflorescence and siliques for TRX3). These genes also met the criteria of not having significant sequence similarity to other Arabidopsis genes. Probe and primer sets were prepared for ubiquitin 5 (UBQ5), PR I (a pathogenesis related gene whose expression is induced upon infection), TRX3 and APX3. TaqMan was used to quantify relative expression levels of these genes in Arabidopsis mutants and in uninfected and P. syringae infected plants. Table 5 shows that the PRI expression increased rapidly upon infection. TRX3 and APX3 expression levels did not change as much as UBQ5, a commonly used gene for normalization. Table 5. Gene expression in Arabidopsis infected with P. syringae at 34 hours post inoculation. Measured by TaqMan. PLANTS PRI UBQ5 TRX3 APX3 Columbia 10 15 1.2 1.4 infected Columbia .0033 2.7 .62 1.4 Mock Pad4 mutant 4.6 2.0 1.2 1.4 infected Pad4 mutant .00027 .79 1.1 2 Mock Additionally, Arabidopsis plants were cold treated for 48 hours and the gene expression of these plants versus plants left at room temperature measured. There was no significant gene expression difference for PRI, TRX3, or APX3 (Table 6). - 131 - Table 6 Room temperature plants Cold-treated plants PR1 2.6 3.2 TRX3 2.0 2.4 APX3 2.1 2.8 In summary, gene-chip data was employed to find genes whose expression is constitutive in several Arabidopsis mutants, in infected plants, and throughout different tissues. TRX3 and APX3 expression levels varied less than UBQ5 in a comparison between infected and uninfected plants. TRX3 and APX3 gene expression was not significantly affected by cold-stress. Thus, TRX3 and APX3 are candidates for normalization when determining unknown gene expression levels in plants such as Arabidopsis or using quantitative PCR or other gene expression measurement assays. Likewise, the plant kingdom orthologs of these genes in dicots and monocots can be used for the same normalization standards for plants unrelated to Arabidopsis. Moreover, unlike actin and ubiquitin (actin mediates cellular division and cycling and the ubiquitin pathway is activated upon stress, all of which may result in changes in gene expression), which belong to gene families to which probes can cross-hybridize, TRX3 and APX3 genes do not have significant similarity to genes in the Arabidopsis genome database, and the respective primer/probe sets described herein did not significantly cross-hybridize with other genes in the Arabidopsis genome database. Additionally, the promoters for these genes may be useful for constitutive gene expression. Example 4: Construction of Binary Promoter::Reporter Plasmids To construct a binary promoter:: reporter plasmid for Arabidopsis transformation a vector containing a promoter of interest (i.e., the DNA sequence 5' of the initiation codon for the gene of interest) was used, which resulted from recombination in a BP reaction between a PCR product using the promoter of interest as a template and pDONRneo. The regulatory/promoter sequence was fused to the GUS reporter gene (Jefferson et al, 1987) by recombination using GATEWAYTM Technology according to manufacturers protocol as - 132described in the Instruction Manual (GATEWAYTM Cloning Technology, GIBCO BRL, Rockville, MD http://www.lifetech.com/). Briefly, the promoter fragment in the vector is recombined via the LR reaction with a binary Agrobacterium destination vector containing the GUS coding region with an intron that has an aitR site 5' to the GUS reporter (pNOV2374). The orientation of the inserted fragment was maintained by the att sequences and the final construct was verified by sequencing. The construct was then transformed into Agrobacterium tunefaciens strains by electroporation. pNOV237 4 is a binary vector with a VS 1 origin of replication, a copy of the Agrobacterium virG gene in the backbone and a Basta resistance selectable marker cassette between the left and right border sequences of the T-DNA (SEQ ID NO:581). The Basta selectable marker cassette comprises the Agrobacterium tumefaciens manopine synthase promoter (AtMas et al., 1983) operably linked to the gene encoding Basta resistance (denoted here as "BAR", phosphinothricin acetyl transferase, White et al, 1990) and the 35S terminator. The AtMas promoter, BAR coding sequence and 35S terminator are located at nt 4211 to 4679, nt 4680 to 5228, and nt 5263 to 5488, respectively, of pNOV2374. The vector contains GATEWAYTM recombination components which were introduced into the binary vector backbone by ligating a blunt-ended cassette containing attR sites, ccdB and chloramphenicol resistance marker using the GATEWAYTI Vector Conversion System (LifeTechnologies, www.lifetech.com.). The GATEWAYTM cassette is located between nt 126 and 1818 of pNOV2374. The promoter cassettes are inserted through an LR recombination reaction whereby the DNA sequence of pNOV2374 between nt 126 and nt 1818 are removed and replaced with the promoter of interest flanked by att sequences. The recombination results in the promoter sequence fused to the GUS reporter gene with intron (GIG) sequence. The GIG gene contains the ST-LSI intron from Solanum tuberosum at nt 385 to nt 576 of GUS (SEQ ID NO:582) (obtained from Dr. Stanton Gelvin, and described in Narasimhulu et al, 1996). Shown below in Table 7 are the orientations of the selectable marker and promoter-reporter cassettes in the binary vector constructs. - 133 - Table 7 RB--AC9 promoter fragment (SEQ ID NO: 548)+GIG gene + nos -- x --LB RB--AC1 1 promoter fragment (SEQ ID NO: 550)+GIG gene + nos -- x --LB RB--AC12 promoter fragment (SEQ ID NO: 551)+GIG gene + nos -- x --LB RB--AC13 promoter fragment (SEQ ID NO: 552)+GIG gene + nos -- x --LB RB--AC14 promoter fragment (SEQ ID NO: 553)+GIG gene + nos -- x -- LB RB--AC16 promoter fragment (SEQ ID NO: 555)+GIG gene + nos -- x --LB RB--AC19 promoter fragment (SEQ ID NO: 556)+GIG gene + nos -- x --LB RB--AC20 promoter fragment (SEQ ID NO: 557)+GIG gene + nos -- x -- LB RB--AC21 promoter fragment (SEQ ID NO: 558)+GIG gene + nos -- x -- LB RB--AC23 promoter fragment (SEQ ID NO: 560)+GIG gene + nos -- x --LB RB--AC31 promoter fragment (SEQ ID NO: 565)+GIG gene + nos -- x --LB RB--AC32 promoter fragment (SEQ ID NO: 566)+GIG gene + nos -- x --LB RB--AC34 promoter fragment (SEQ ID NO: 567)+GIG gene + nos -- x -- LB RB--AC35 promoter fragment (SEQ ID NO: 568)+GIG gene + nos -- x --LB RB--AC40 promoter fragment (SEQ ID NO: 571)+GIG gene + nos -- x -- LB RB--AC42 promoter fragment (SEQ ID NO: 572)+GIG gene + nos -- x --LB RB--AC44 promoter fragment (SEQ ID NO: 573)+GIG gene + nos -- x -- LB RB--AC46 promoter fragment (SEQ ID NO: 575)+GIG gene + nos -- x -- LB RB--AC47 promoter fragment (SEQ ID NO: 576)+GIG gene + nos -- x -- LB RB--IB-I promoter fragment (SEQ ID NO: 578)+GIG gene + nos -- x --LB RB-- 1G-2 promoter fragment (SEQ ID NO: 579)+GIG gene + nos -- x --LB RB-- lAMixl-C promoter fragment (SEQ ID NO: 577)+GIG gene + nos -- x --LB RB--AR 1 promoter fragment (SEQ ID NO: 536)+GIG gene + nos -- x --LB RB--AR2 promoter fragment (SEQ ID NO: 537)+GIG gene + nos -- x --LB RB--AR6 promoter fragment (SEQ ID NO: 539)+GIG gene + nos -- x --LB RB--AR8 promoter fragment (SEQ ID NO: 540)+GIG gene + nos -- x -- LB RB--AR9 promoter fragment (SEQ ID NO: 541)+GIG gene + nos -- x --LB RB--AR10 promoter fragment (SEQ ID NO: 542)+GIG gene + nos -- x --LB x = AtMas + BAR + 35S ter - 134 - For comparison of promoter activity an additional construct was produced with the known Arabidopsis ubiquitin 3 (Ubq3(At), (Calls et al., 1990) promoter plus intron operatively linked to the GIG gene and the nos promoter. The artificial sequence of the Arabidopsis Ubiquitin3 promoter plus intron (Ubq3 (At)) is provided in SEQ ID NO:583. Thus, the orientation of the selectable marker and promoter-reporter cassette in the binary vector construct was RB- Ubq3(At) promoter with intron fragment+GIG gene + nos --AtMas + BAR + 35S ter --LB Example 5: In vitro Promoter Assays and Arabidopsis Transformation Plant preparation and growth Arabidopsis seeds are sown on moistened Fafard Germinating Mix at a density of 9 seeds per 4" square pot, placed in a flat, covered with a plastic dome to retain moisture and moved to a growth chamber. Following germination the dome is removed and plants are grown for 3-5 weeks under short days (8 hrs light) to encourage vegetative growth and production of large plants with many flowers. Flowering is induced by providing long days (16 hrs. light) for 2-3 weeks, at which time plants are ready for dip inoculation into Agrobacterium to generate transgenic plants. Agrobacterium transformation, culture growth and preparation for plant infiltration The binary promoter::reporter plasmids are introduced into Agrobacteria by electroporation. The binary plasrnid confers spectinomycin resistance to the bacteria allowing cells containing the plasmid to be selected by growth of colonies on plates of LB + spectinomycin (50 mg/L). Presence of the correct promoter::GUS plasmid is confirmed by sequence analysis of the plasrmid DNA isolated from the bacteria. Two days prior to plant transformation 5 mL cultures of LB + spectinomycin (50 mg/L) are inoculated with the Agrobacterium strain containing the binary promoter::GUS plasmid and incubated at 30'C for about 24 hours. Each 5 mL culture is then transferred to 500 mL of LB + spectinomycin (50 mg/L) and incubated for about 24 hours at 30"C. Each 500 mL culture is transferred to a centrifuge bottle and centrifuged at 5000 rpm for 10 minutes in a Sorvall Centrifuge. The supernatant is removed and the pelleted Agrobacterium cells are retained. The Agrobacterium cells are resuspended in 500 mL of modified Infdtration Media - 135 - (IM+MOD: 50g/L sucrose, 10 mM MgCl, 10 uM benzylaminopurine ) to which 50 ul of Silwet L-77 (Dupont) has been added. Plant transformation by dip infiltration Resuspended cells are poured into IL tri-pour beakers. Flowering plants are inverted into the culture, making sure all inflorescences are covered with the bacteria. The beakers are gently agitated for 30 seconds, keeping all inflorescence tissue submerged. Plants are returned to growth chamber following dip inoculation of the Agrobacterium. A second dip may be performed 5 days later to increase transformation frequency. Seeds are harvested -4 to 6 weeks after transformation. Selection of transgenic Arabidopsis Seeds from transformed Arabidopsis plants are sown on moistened Fafard Germinating Mix in a flat, covered with a dome to retain moisture and placed in a growth chamber. Following germination seedlings are sprayed with the herbicide BASTA. Transgenic plants are BASTA resistant due to the presence of the BAR gene in the binary promoter::GUS plasmid. Promoter Assays Promoter activity is evaluated qualitatively and quantitatively using histochenical and florescence assays for expression of the B-glucuronidase (GUS) enzyme. Histochemical B-lucuronidase (GUS) assay For qualitative evaluation of promoter activity, various Arabidopsis tissues and organs are used in GUS histochemical assays. Either whole organs or pieces of tissue are dipped into GUS-staining solution. GUS staining solution contains 1 mM 5-bromo-4-chloro-3-indolyl glucuronide (X-Gluc, Duchefa, 20 mM stock in DMSO), 100 mM Na-phosphate buffer pH 7.0, 10 mM EDTA pH 8.0, and 0.1% Triton X100. Tissue samples are incubated at 37'C for 1 16 hours. If necessary samples can be cleared with several washes of 70% EtOH to remove chlorophyll. Following staining tissues are viewed under a light microscope to evaluate the blue staining showing the GUS expression pattern. B-glucuronidase (GUS) florescence assay For quantitative analysis of promoter activity in various Arabidopsis tissues and organs, GUS expression is measured fluorometrically. Tissue samples are harvested and ground in ice cold GUS extraction buffer (50 mM Na 2

HPO

4 pH 7.0, 5 mM DTT, 1 mM Na 2 EDTA, 0.1% Triton X100, 0.1% sarcosyl). Ground samples are spun in a microfuge at 10,000 rpm for 15 - 136minutes at 4 C. Following centrifugation the supernatant is removed for GUS assay and for protein concentration determination. To measure GUS activity the plant extract is assayed in GUS assay buffer (50 mM Na 2

HPO

4 pH 7.0, 5 mM DTT, I mM Na 2 EDTA, 0.1% TritonX100, 0.1% sarcosyl, 1 mM 4 Methylumbelliferyl-beta-D-glucuronic acid dihydrate (MUG)), prewarmed to 37C. Reactions are incubated and 100 uL aliquots are removed at 10 minute intervals for 30 minutes to stop the reaction by adding to tubes containing 900 uL of 2% Na2CO3. The stopped reactions are then read on a Tecan Spectroflourometer at 365 nim excitation and 455 emission wavelengths. Protein concentrations are determined using the BCA assay following manufacturers protocol. GUS activity is expressed as relative fluorometric units (RFU)/mg protein. Example 6: Determination of the minimal promoter fragment The full-length promoter sequence as given in SEQ ID Nos: 536-579, more preferably in any one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571 576, 578 and 579, or the promoter orthologs thereof is fused to the P-glucuronidase (GUS) gene at the native ATG to obtain a chimeric gene cloned into plasmid DNA. The plasmid DNA is then digested with restriction enzymes to release a fragment comprising the full-length promoter sequence and the GUS gene, which is then used to construct the binary vector. This binary vector is transformed into Agrobacterium tumefaciens, which is in turn used to transform A rabidopsis plants (for further details of the binary vector construction see above example 4) The above plasmid can also be used to form a series of 5' end deletion mutants having increasingly shorter promoter fragments fused to the GUS gene at the native ATG. Various restriction enzymes are used to digest the plasmid DNA to obtain the binary vectors with different lengths of promoter fragments. In particular, a binary vector I is constructed with a 1,900-bp long promoter fragment; a binary vector 2 is constructed with a 1,300-bp long promoter fragment; a binary vector 3 is constructed with a 1000-bp long promoter fragment; a binary vector 4 is constructed with a 800-bp long promoter fragment; a binary vector 5 is constructed with a 700-bp long promoter fragment; a binary vector 6 is constructed with a 600-bp long promoter fragment; a binary vector 6 is constructed with a 500-bp long promoter - 137 fragment; and a binary vector 7 is constructed with a 100-bp long promoter fragment. Like the binary vector comprising the ful-length promoter fragment, these 5' end deletion mutants are also transformed into Agrobacterium tumefaciens and, in turn, Arabidopsis plants (for further details of Arbabidopsis transformation and promoter assay procedures see example 5 above). The presence of the correct hybrid construct in the transgenic lines is confirmed by PCR amplification. By using the above protocol it can be determined, which portion of the promoter sequences given in SEQ ID Nos: 536-579, more preferably in any one of SEQ ID Nos: 536; 537; 539-542; 548; 550-553; 555-558; 560; 565-568; 571-576, 578 and 579, or the promoter orthologs thereof is required for gene expression. Minimal promoter fragments having lengths substantially less than the full-length promoter can therefore be operatively linked to coding sequences to form smaller constructs than can be formed using the full-length promoter. As noted earlier, shorter DNA fragments are often more amenable to manipulation than longer fragments. The chimeric gene constructs thus formed can then be transformed into hosts such as crop plants to enable at-will regulation of coding sequences in the hosts. 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While in the foregoing specification this invention has been described in relation to certain preferred embodiments thereof, and many details have been set forth for purposes of illustration, it will be apparent to those skilled in the art that the invention is susceptible to additional embodiments and that certain of the details described herein may be varied considerably without departing from the basic principles of the invention. - 149 - Appendix: Table 8 provides a description of the corresponding genes for the A rabidopsis sequences which are expressed in a root-specific manner. Table 8: Accession # Affy # Description A71588.1 14015_s-at pir||T10626 reticuline ox.idase homolog F21C20.190 Arabidopsis thaliana >gil5262224|embICAB45850. 1 (AL080254) reticuline oxidase-Like protein [Arabidopsis thaliana] >gij7268880|emb|CAB79084.l |(ALl 61553) reticuline oxidase-like protein (Arabidopsis thaliana] A71596.1 14016_s-at gb|AAD25763. 1 |AC007060_21 (AC007060) Strong similarity to F1913.2 gil3033 37 5 putative berberine bridge enzyme from Arabidopsis thaliana BAC gb|AC004238. A71597.1 12079_s_at "gblAAD25757.IlAC00706015 (AC007060) Strong similarity to F1913.2 gil30333 7 5 putative berberine bridge enzyme from Arabidopsis thaliana BAC gb|AC004238. ESTs gbIF19886, gbjZ30784 and gbIZ30785 come from this gene" AB023448.2 12332_s_at dbjIBAA82824.1l (AB023462) basic endochitinase [Arabidopsis thaliana] AC001645.19 15965at gbjAAC08601 .11 (AF054906) myrosinase-binding protein homolog [Arabidopsis thaliana] ACOO 1645.47 15996at gblAAB63635. 11 (ACOO 1645) jasmonate inducible protein isolog (Arabidopsis thaliana] ACOO1645.50 15981_at gblAAB63635. il (ACOO1645) jasmonate inducible protein isolog [Arabidopsis thaliana] AC002333.199 13552at gb|AAB64044.1 (AC002333) putative endochitinase [Arabidopsis thaliana] AC002333.210 13154_s_at spIQ06209|CHI4 BRANA BASIC ENDOCHITINASE CHB4 PRECURSOR >gil7435353|pir||S25311 chitinase (EC 3.2.1.14) precursor - rape >gil 1 7799IembICAA43708. 11 (X61488) chitinase [Brassica napus] - 150- Accession # Affy # Description AC002391.150 17842_i-at pir||T047 3 1 cytochrome P450 homolog F6G17.20 Arabidopsis thaliana >gij4468803lembICAB38 2 04.l| (AL035601) cytochrome P450-Like protein [Arabidopsis thaliana] >gij72 7 0 7 19lembICAB80402.11 (AL161591) cytochrome P450-like protein [Arabidopsis thaliana] AC003673.

2 01 16481s-at pir||TO162 6 peroxidase (EC 1.11.1.7) ATP22a Arabidopsis thaliana >gil3004558|gblAAC090 3 1. 11 (AC003673) peroxidase (ATP22a) [Arabidopsis thaliana] AC004005.10 4 19390_at pirl|T00681 hypothetical protein F6E13.14 - Arabidopsis thaliana >gi13 2 128581gbjAAC23409. 1j (AC004005) unknown protein [Arabidopsis thaliana] AC004521.114 19195at pirl|T02393 hypothetical protein F411.19 - Arabidopsis thaliana >giJ3128201 |gblAAC 16105.11 (AC00452 1) unknown protein [Arabidopsis thaliana) AC004521. 119 20608 s at pir||T02393 hypothetical protein F411.19 - Arabidopsis thaliana >gil3128201 gbJAAC 16105.11 (AC004521) unknown protein [Arabidopsis thalianal AC004683.

7 9 16461_i_at splP24102|PEREARATH BASIC PEROXIDASE E PRECURSOR >gij8l653pir||JUO 4 58 peroxidase (EC 1.11.1.7) E - Arabidopsis thaliana >gil 1668071gbjAAA32842. 11 (M58381) peroxidase [Arabidopsis thalana] AC004684.1 6 5 17907_s-at pir|IT02541 hypothetical protein F13M22.25 Arabidopsis thaliana >gil3236257|gblAAC236 4 5.l (AC004684) unknown protein [Arabidopsis thalianal ACOO531O.

6 17697_at pir|lT02675 hypothetical protein F19D11.2 - Arabidopsis thaliana >gil35102491gblAAC33493. 11 (AC0053 10) unknown protein [Arabidopsis thaliana] AC005560.13 6 16016_at pirlIG71401 probable major latex protein - Arabidopsis thaliana >giJ2244762|embICAB 10185.11 (Z97335) major latex protein like [Arabidopsis thaliana] >gil726 8 11 1embjCAB784 4 8. 11 (ALI61538) major latex protein like [Arabidopsis thaliana] AC005560.1 4 7 12758_at pir|IG71401 probable major latex protein - Arabidopsis thaliana >gil2244762|embCAB 10185.11 (Z97335) major latex protein like [Arabidopsis thaliana] >gij7 2 6 8 11 Iemb|CAB7844 8 .1| (ALI 61538) major latex protein like [Arabidopsis thaliana] - 151 - Accession # Affy # Description AC005967.50 17864_at embiCAA18195.11 (AL022198) putative protein [Arabidopsis thalianal >gij7270000|embICAB79816.11 (AL161578) putative protein [Arabidopsis thaliana] AC006216.22 14050at gb|AAD12680.1| (AC006216) Similar to giJ341 3 7 14 T19L18.21 putative myrosinase-binding protein from Arabidopsis thaliana BAC gbIAC004747 AC006216.2 6 18571 _at "gbIAAD12679.1 1 (AC006216) Similar to gil341 37 14 T19L18.21 putative myrosinase-binding protein from Arabidopsis thaliana BAC gb|AC004747. ESTs gb|T44298, gb|T42447, gbjR64761 and gbjIl100206 come from this gene" AC006577.1 6 12778_r_at "gblAAD25772.1 JAC00 6 5 7 7 _8 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL-motif family. ESTs gb|T44453, gbjTO4815, gblT45993, gbIR30138, gbjAI099570 and gb|T22281 come from this gene. [Arabidopsis thaliana]" AC006587.16 4 15859_at gbjAAD21491.1 l (AC006587) unknown protein [Arabidopsis thalianal AC007060.3 4 19840_s_at gb|AAD25758.1jAC007060_1 6 (AC007060) Strong similarity to F1913.2 gil3033 3 7 5 putative berberine bridge enzyme from Arabidopsis thaliana BAC gb|AC004238 AC007135.23 20176_at gblAAD41993.1 |AC006233_16 (AC006233) unknown protein [Arabidopsis thaliana] AC007584.48 20194_at gbjAAF20251.1|ACO15450_1 2 (AC015450) unknown protein [Arabidopsis thaliana] ACHI 12852_s_at dbjBAA21873.11 (AB006068) acidic endochitinase [Arabidopsis thaliana] AF098630.3 19118_s_at gbjAAD12259.11 (AF098631) putative cell waU-plasma membrane disconnecting CLCT protein [Arabidopsis thaliana] - 152- Accession # Affy # Description AF128395.12 20395_at "spIP331541PR1_ARATH

PATHOGENESIS

RELATED PROTEIN 1 PRECURSOR (PR-1) >gil322557jpir||JQ1693 pathogenesis-related protein I precursor, 17.6K - Arabidopsis thaliana >gij 166861 |gbjAAA32863. 1l (M90508) PR-i -like protein [Arabidopsis thaliana] >gil38105991gblAAC6938 1. 1 (AC005398) pathogenesis-related PR-I-like protein [Arabidopsis thalianal" AJ133036.5 15969_s-at spIP24101|PERCARATH NEUTRAL PEROXIDASE C PRECURSOR >gi|81652|pir|IJU0457 peroxidase (EC 1. 11.1.7) C - Arabidopsis thaliana >gil166827|gbjAAA32849.1 1 (M58380) peroxidase [Arabidopsis thaliana] >gil6522555|embICAB61999.1| (ALl32967) peroxidase (Arabidopsis thaliana) >gij742247|prf]|2009327A peroxidase [Arabidopsis thaliana] AL024486.185 16299_at spIP42620|YQJGECOLI HYPOTHETICAL 37.4 KD PROTEIN IN EXUR-TDCC INTERGENIC REGION (0328) >gij7465984|pir|IC6509 9 hypothetical 37.4 kD protein in exuR-tdcC intergenic region - Escherichia coli (strain K- 12) >giJ606043|gbjAAA57906.l l (U 18997) ORFo328 [Escherichia coli] >gil 1789489|gblAAC76137.11 (AE000392) putative transferase [Escherichia coli] AL035538.245 16514at pirIT05635 hypothetical protein F20D10.200 Arabidopsis thaliana >gil4467114|embICAB37548.11 (AL035538) putativeprotein [Arabidopsis thaliana] >gijl7 2 7 0 7 9 1lembICAB80473.l| (AL161592) putative protein [Arabidopsis thaliana] AL049500.57 16914_s_at spIP50700IOSL3_ARATH OSMOTIN-LIKE PROTEIN OSM34 PRECURSOR >gil1362001 1pir|S5752 4 osmotin precursor - Arabidopsis thaliana >giJ887390|embjCAA6141 1.1! (X89008) osmotin [Arabidopsis thaiana] AL049638.193 20029_at pir|ITO6615 hypothetical protein F16J13.150 Arabidopsis thaliana >gil4586113jemb|CAB40949.11 (AL049638) putative DNA-binding protein [Arabidopsis thaliana] >gil7267909|embICAB78251.11 (ALI 61533) putative DNA-binding protein [Arabidopsis thaliana] - 153- Accession # Affy # Description AL049730.104 18983_s-at "pirlS 4 255 2 proline-rich protein - rape >gil5450291gblAAC605 6 6 . 1l (S68113) prohne-rich SAC51 [Brassica napus=oilseed rape, pods, Peptide, 147 aal" AL080253.32 19415at gblAAF08575.1 lACO 116238 (A C011623) unknown protein [Arabidopsis thaliana] AL080282.74 18597at pir||T1062 4 reticuline oxidase homolog F21C20.170 Arabidopsis thaliana >gil5262222|embICAB458 4 8. l| (AL080254) reticuline oxidase-like protein [Arabidopsis thaliana] >gij7268878|embjCAB79082. 1| (ALl 61553) reticuline oxidase-like protein [Arabidopsis thalianal ATAJ2596 16085_s_at embiCAB16787.11 (Z99707) patatin-like protein [Arabidopsis thaliana] >gij7270656|embICAB803 7 3 .1l (AL161590) patatin-like protein [Arabidopsis thaliana] ATHORF 16649_s-at gb|AAF16563.1|AC0125 6 3 _16 (ACO12563) putative S adenosyl-L-methionine: trans-caffeoyl-Coenzyme A 3-0 methyltransferase [Arabidopsis thaliana] ATPIN2 12932_s-at gblAAD04377.1 (AF089085) putative auxin efflux carrier protein; AtPINI [Arabidopsis thaliana] ATU 10034 15120_s_at spIQ42521IDCEIARATH GLUTAMATE DECARBOXYLASE 1 (GAD 1) >gil497979|gbIAAA93132.11 (U 10034) glutamate decarboxylase [Arabidopsis thaliana] ATU57320 15137_s-at gb|AAB47973.11 (U57320) blue copper-binding protein 11 [Arabidopsis thaliana] ATU62330 15623_f_at dbjlBAA24282.1I (AB000094) inorganic phosphate transporter [Arabidopsis thaliana] BCHl 13211 _s_at dbjlBAA82824.1 (AB023462) basic endochitinase [Arabidopsis thaliana] CAFFEROYLCO 1321 5_sat gblAAA62426. 1| (L4003 1) S-adenosyl-L A methionine:trans-caffeoyl-Coenzyme A 3-0 METHYLTRANS methyltransferase [Arabidopsis thaliana] NOVARTIS51 14170at gb|AAF29406.1IAC022354_5 (AC022354) unknown protein Arabidopsis thaliana] U72155.2 15954.at gblAAB64244. 1j (U72155) beta-glucosidase [Arabidopsis thaliana] - 154- Xcession # Affy # Description 81294.2 20422g.at gb|AAD00509.l|(U81294) germin-like protein [Arabidopsis thalianal 67421.3 16489at pir||S5 3 01 2 root-specific protein RCc3 - rice >giJ786132|gbjAAA65513. 1| (L27208) RCc3 [Oryza satival 74514.2 20239_g-at dbjlBAA89048. 11 (AB0293 10) beta-fructofuranosidase [Arabidopsis thaliana] 78586.2 16048at pirlIS51480 drought-induced protein Dr4 - Arabidopsis thaliana >gil46 9 114|emb|CAA55323. 1j (X78586) Dr4 [Arabidopsis thalianal ,98319.2 16971 s at embICAA66963. 1j (X98319) peroxidase [Arabidopsis thaliana) >gil 1429217lembICAA673 11.11 (X98775) peroxidase ATP12a [Arabidopsis thaliana] >gij67144691gbjAAF26155.1|AC008261 12 (AC008261) putative peroxidase [Arabidopsis thaliana] (98320.2 18312_s-at gb|AAF63027. l|AF244924_1 (AF244924) peroxidase prx15 precursor [Spinacia oleracea] (98321.2 19595_s-at gblAAB71452.11 (AC000098) Strong similarity to Arabidopsis peroxidase ATPEROX7A (gbjX98321). [Arabidopsis thaliana] >giJ2738254jgbjAAB94661.11 (U97684) peroxidase precursor [Arabidopsis thaliana] K98322.2 17942_s-at gb|AAF03466.IAC009 3 2 7 _5 (AC009327) putative peroxidase [Arabidopsis thaliana] X98808.1 15985at embICAA67340.1l (X98808) peroxidase ATP3a [Arabidopsis thaliana] X98855.2 16028_at pirlITO1626 peroxidase (EC 1.11.1.7) ATP22a Arabidopsis thaliana >gij3004558jgbjAAC0903 I.11 (AC003673) peroxidase (ATP22a) [Arabidopsis thalianal Y 11788.1 18946_at embjCAA7248 4 . 11 (Y 11788) peroxidase ATP24a [Arabidopsis thaliana] Z97338.321 16045s-at pirIE71418 hypothetical protein - Arabidopsis thaliana >gil2244897lembICAB 10319.11 (Z97338) HSR201 like protein [Arabidopsis thaliana] >gij7268287lemblCAB7858 2 .1| (ALl 61541) HSR201 like protein [Arabidopsis thaliana) - 155- Accession # Affy # Description Z97340.345 17485_s_at "spIP52407E13BHEVBR GLUCAN ENDO-1,3 BETA-GLUCOSIDASE, BASIC VACUOLAR ISOFORM PRECURSOR ((1->3)-BETA-GLUCAN ENDOHYDROLASE) ((1->3)-BETA-GLUCANASE) (BETA-1,3-ENDOGLUCANASE) >gil21299121pir||S65 077 1,3-beta-glucanase (EC 3.2. 1.-) precursor - Para rubber tree >gill 1846681gb|AAA87456. 1l (U22147) beta- 1,3 glucanase [Hevea brasiliensis]" Z97344.151 19886at gblAAC61811.11 (AC004667) putative AT-hook

DNA

binding protein [Arabidopsis thaliana} Z99707.288 18326_s-at emblCAB16788.l| (Z99707) patatin-like protein [Arabidopsis thaliana] >gij7270655jembICAB803 7 2 .1| (AL161590) patatin-like protein [Arabidopsis thaliana] -156- Table 9 shows expression results from an acute (3 hour) response to stress, either up or down, to cold, mannitol, or salt in roots but not in leaves. Of the nine root-specific promoters shown in Table 8, one (SEQ ID NO:8) did not show a response to any of the stresses, two (SEQ ID NOs. 47 and 48) were downregulated in response to cold, mannitol and stress, four (SEQ ID NOs:4, 7, 28 and 30) were upregulated in response to at least one of the stresses and downregulated in response to at least one of the stresses, and two (SEQ ID NOs:25 and 28) were only downregulated by salt stress. Table 9: Accession Affy id Cold Cold Man Man Salt Salt Root3 Root27 Root3 Root27 Root3 Root27 Roots AC006577.16 12778_r_at -1985 -3753 -2768 -363 -4018 -1769 ATU57320 15137_s_at -729 -219 -1304 992 -2420 141 X98808.1 15985_at -2123 1183 -1881 -312 -2331 -343 U81294.2 20421 _at -19 2399 -1162 345 -1450 371 Z97338.321 16045_s_at -1068 -694 -1084 124 -1425 -285 X98855.2 16028_at -448 -691 -595 -589 -1043 -559 AC006577.16 12779_f_at -672 -763 -636 -419 -976 -559 X78586.2 16048_at 56 603 -576 307 -881 -588 ATU62330 15623_f_at -1274 373 -1054 141 -817 439 NOVARTIS51 14170_at -1058 537 -654 -14 -718 16 AC005560.136 16016_at 93 643 25 628 -648 -232 AF098630.3 19118_s_at 228 422 -52 -37 -640 -117 AF128395.12 20395_at -286 -508 -482 -115 -621 261 Z97340.345 17485_s_at -691 -1934 -357 -592 -529 -454 AL035538.245 16514_at 200 -498 798 935 -490 -118 X98322.2 17942_s_at -366 54 -285 4 -457 3 ATU10034 15120_s_at -102 134 -336 -80 -456 -65 AL049730.104 18983_s-at 322 -51 -272 -167 -439 -570 - 157 - Accession Affy id Cold Cold Man Man Salt Salt Root3 Root27 Root3 Root27 Root3 Root27 AJ133036.5 15969_s_at -316 -619 74 -465 -400 -470 U72155.2 15954_at 52 -178 -86 -447 -388 -252 X98319.2 16971 _s_at -368 9 -291 -62 -368 -86 U81294.2 20422_g-at -96 530 -272 43 -341 32 X67421.3 16489_at 446 200 -158 -41 -323 -357 Y11788.1 18946_at 100 146 -58 -21 -199 124 ATPIN2 12932_s_at -172 -182 -158 -67 -170 -128 AC005310.6 17697_at -99 18 -97 -15 -139 -23 AC007135.23 20176_at -37 82 260 137 -120 -81 AC006587.164 15859_at 91 134 29 13 -117 -8 AC004521.114 19195_at -410 93 -322 -36 -96 -20 X98321.2 19595_s_at -50 -149 -66 0 -95 73 AC002333.199 13552_at -205 -418 167 101 -89 -148 AL024486.185 16299_at -162 -165 -76 -47 -80 -20 AC004521.119 20608_s_at -201 96 -119 -7 -75 15 A71597.1 12079_s_at -185 -153 79 -142 -74 -60 AC006216.26 18571_at -46 55 23 -26 -71 10 AC006216.22 14050_at -45 14 -23 -14 -62 -8 AL080253.32 19415_at 112 -132 107 118 -56 -108 AC004683.79 16461 _i_at -145 -621 -136 -164 -17 142 X74514.2 20239_g-at 13 213 60 -91 1 1 AL080282.74 18597_at -251 161 -58 120 4 -24 AC002333.210 13153_r_at -5 -186 48 -82 9 -51 X74514.2 20238_at 288 553 174 115 10 302 CAFFEROYLCOA- 13215_sat 42 33 38 -20 12 -56 METHYLTRANS AC004005.10 4 19390_at -77 0 -121 37 13 -16 ATHORF 16649_s_at 54 112 43 17 16 -8 AC003673.201 16481 _s_at -38 -106 16 -22 17 -28 -158- Accession Affy id Cold Cold Man Man Salt Salt Root3 Root27 Root3 Root27 Root3 Root27 ATAJ2596 16085_s_at 128 -137 240 64 30 -47 AC002333.210 13154_s_at -6 -511 168 -224 31 -172 AC004684.165 17907_s_at -154 -52 -3 106 40 65 AL049638.193 20029_at 45 41 35 -42 64 -20 A71588.1 14015_s_at -130 138 164 -23 79 -1 A71596.1 14016_s_at -104 99 132 -15 98 1 Z99707.288 18326_s_at 150 -110 309 19 99 -75 ACHI 12852_s_at -25 36 97 -7 114 -20 AC005560.1 4 7 12758_at 33 -822 362 357 121 146 X98320.2 18312_s_at 38 29 293 21 131 -14 AC002391.150 17843_s_at 79 170 26 15 177 1 AC005967.50 17864_at 37 133 41 -37 196 -4 AC007060.34 19840_s_at 606 1194 304 -145 286 185 BCHI 13211 _s_at 99 -554 337 -242 312 -275 AC001645.19 15965_at -323 -177 141 -437 355 -389 AB023448.2 12332_s_at 170 -704 421 -130 370 -374 AC001645.47 15996_at -160 -167 215 -162 445 -147 AL049500.5 7 16914_s_at 96 -2596 366 -818 541 -1265 AC007584.4 8 20194_at 288 0 848 259 1016 -116 Accession Affy id Cold Cold Man Man Salt Salt Leaf3 Leaf 27 Leaf 3 Leaf 27 Leaf 3 Leaf 27 Leaves AC006577.16 12778_r_at 80 -89 92 -81 -14 -167 ATU57320 15137_s_at 158 63 53 5 -35 -79 X98808.1 15985_at -5 -136 -11 -137 5 -93 U81294.2 20421 _at 35 -8 18 81 52 -19 Z97338.321 16045_s_at 10 -8 1 2 5 -4 X98855.2 16028_at -1 -16 -2 -13 1 -13 - 159 - Accession Affy id Cold Cold Man Man Salt Salt Leaf3 Leaf 27 Leaf 3 Leaf 27 Leaf 3 Leaf 27 AC006577.16 12779_at -83 -57 -47 -53 -34 -58 X78586.2 16048at 69 96 149 78 36 81 ATU62330 15623_f_at -3 8 -4 42 49 -14 NOVARTIS5I 14170at -188 1031 -258 -311 -310 -195 AC005560.13 6 16016_at 1 0 7 7 4 5 AF098630.3 19118_s_at 1 -9 -6 1 -2 -5 AF128395.12 20395at 3 1 10 3 6 -2 Z97340.345 17485_s_at 103 -619 20 -200 -54 -521 AL035538.245 16514_at 15 10 6 10 5 -2 X98322.2 17942_s_at -1 0 -2 -2 2 -1 ATU10034 15120_s_at 10 -85 -3 -81 -3 -25 AL049730.104 18983_s_at -6 13 0 14 -4 7 AJ133036.5 15969_s_at 4 13 12 13 25 7 U72155.2 15954_at 4 4 0 -7 4 -2 X98319.2 16971 _s_at -4 3 3 -2 1 -5 U81294.2 20422_g-at 12 0 6 9 11 -4 X67421.3 16489_at -3 2 -5 0 -2 2 Y11788.1 18946_at -177 -203 -175 -204 -158 285 ATPIN2 12932_s_at -13 - 1 -2 1 -3 -6 AC005310.6 17697_at -3 2 -1 -3 0 -5 AC007135.23 20176_at 8 3 0 -1 1 -6 AC006587.1 6 4 15859_at -51 -62 -54 -47 -56 50 AC004521.11 4 19195_at -35 2 -12 1 -3 -21 X98321.2 19595_s_at 2 -4 -1 0 0 2 AC002333.199 13552_at 4 7 -1 2 1 6 AL024486.185 16299_at -15 -139 -26 -33 -31 -35 AC004521.119 20608_s_at -18 1 -15 -2 2 -6 A71597.1 12079_s_at -4 -22 -5 -10 5 -7 AC006216.26 18571at -1 9 2 10 4 10 - 160 - Accession Affy id Cold Cold Man Man Salt Salt Leaf3 Leaf 27 Leaf 3 Leaf 27 Leaf 3 Leaf 27 AC006216.

2 2 14050_at -2 -1 -3 -4 -2 2 AL080253.32 19415_at 6 0 3 0 2 6 AC004683.

7 9 164619_iat 26 0 8 17 14 21 X74514.2 20239_g_at -11 84 4 -60 -55 -48 AL080282.

7 4 18597at -62 284 27 36 -40 23 AC002333.

2 1 0 13153_r_at 52 -23 41 35 -6 -42 X74514.2 20238at -9 218 0 -112 -180 -194 CAFFEROYLCOA- 13215_s_at 20 31 7 0 1 -8 METHYLTRANS AC004005.10 4 19390at 8 -3 -3 1 4 -13 ATHORF 16649_s_at 47 39 9 2 -2 -8 AC003673.

2 01 16481_s_at 3 0 0 5 1 7 ATAJ2596 16085_s_at 0 -1 -9 2 -3 1 AC002333.

2 10 13154_s_at 74 -63 198 75 -20 -84 AC004684.1 6 5 17907_s_at 17 -29 16 25 15 -8 AL049638.19 3 20029_at -4 -18 -6 -5 0 -9 A71588.1 14015_s_at 5 -7 2 -6 13 -10 A71596.1 14016_s_at 8 -3 11 -2 -1 1 Z99707.288 18326_s_at 1 2 -1 3 0 -3 ACHI 12852_s-at 16 -6 9 9 8 -10 AC005560.

14 7 12758_at 2 1 1 10 3 3 X98320.2 18312_s_at 1 -2 1 5 -2 0 AC002391.150 17843_s_at 416 -53 487 239 184 63 AC005967.50 17864_at 8 8 5 10 5 0 AC007060.

3 4 19840_s_at -80 169 106 105 -2 50 BCHI 13211 _s_at 44 -94 -1 -13 37 -54 AC001645.19 15965_at -24 -3 -22 -4 25 -27 AB023448.2 12332_s_at 127 -172 9 -10 9 -133 AC001645.47 15996_at 5 -10 6 -6 29 -20 - 161 - Accession Affy id Cold Cold Man Man Salt Salt Leaf3 Leaf 27 Leaf 3 Leaf 27 Leaf 3 Leaf 27 AL049500.57 16914_s_at 265 -341 19 -7 78 -354 AC007584.48 20194_at 27 182 78 62 30 32 - 162- Table 1OA-D summarize the root genes up- or down-regulated in response to cold, mannitol or salt stress. Table 1OA: Accession # Affy # Description Acute (3 hr) manitol stress response downregulated root genes AC006577.16 12778_r_at gb|AAD25772.IAC0065778 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL motif family. ESTs gbjT44453, gbIT04815, gbjT45993, gbjR30138, gb|A1099570 and gbIT22281 come from this gene. [Arabidopsis thalianal" X98808.1 15985_at embICAA67340.11 (X98808) peroxidase ATP3a [Arabidopsis thaliana] ATU57320 15137_s_at gb|AAB47973.11 (U57320) blue copper-binding protein I [Arabidopsis thaliana] U81294.2 20421 _at embICAB 10242.11 (Z97336) germin precursor oxalate oxidase [Arabidopsis thalianal Z97338.321 16045_sat emblCAB10318.11 (Z97338) HSR201 like protein [Arabidopsis thaliana) ATU62330 15623_f_at dbjjBAA21503.11 (D86591) inorganic phosphate transporter [Arabidopsis thaliana] AC006577.16 12779_f_at " gb|AAD25772.I|AC006577_ 8 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL motif family. ESTs gblT44453, gbIT04815, gb|T45993, gbIR30138, gb|AI099570 and gbjT22281 come from this gene. [Arabidopsis thaliana]" X98855.2 16028_at embICAA67361.1l (X98855) peroxidase ATP8a [Arabidopsis thaliana) AF128395.12 20395_at " gb|AAD17355.l (AFI 28395) contains similarity to pathogenesis-related protein I precursors and SCP-like extracellular proteins (Pfam: PFOO 188, Score=79.

8 , E=4.le-21, N=1) [Arabidopsis thaliana]" Z97340.345 17485_s_at " embICAB 10405.11 (Z97340) beta-1, 3-glucanase class I precursor [Arabidopsis thaliana]" ATU 10034 15120_s_at gblAAA93132.1| (U10034) glutamate decarboxylase [Arabidopsis thaliana] - 163 - Accession # Affy # Description AC004521.1 14 19195_at gb|AAC16105.11 (AC004521) unknown protein [Arabidopsis thaliana] X98319.2 16971 _s_at embICAA66963.11 (X98319) peroxidase [Arabidopsis thaliana] X98322.2 17942_s_at embICAA66966.1I (X98322) peroxidase [Arabidopsis thaliana] U81294.2 20422g_at embICAB 10242.11 (Z97336) germin precursor oxalate oxidase [Arabidopsis thaliana] AL049730.104 18983_s_at embICAB4172 1.11 (AL049730) pEARLI 1 -like protein [Arabidopsis thaliana) ATPIN2 12932_s_at gblAAC84042.l1 (AF087459) polar-auxin-transport efflux component AGRAVITROPIC I [Arabidopsis thaliana] X67421.3 16489_at embICAA47807.1I (X67421) extA [Arabidopsis thaliana] AC004683.79 16461 _i_at gblAAC28766.11 (AC004683) peroxidase [Arabidopsis thaliana] AC004005.104 19390_at gblAAC23409. 1| (AC004005) unknown protein [Arabidopsis thaliana] AC004521.119 20608_s_at gbjAAC16106.1 1 (AC004521) hypothetical protein [Arabidopsis thaliana] Manitol stress response upregulated in root genes only (acute response) AL080253.32 19415_at emb|CAB45805.l (AL080253) putative protein [Arabidopsis thaliana] A71596.1 14016_s-at embICAB42592.11 (A71596) unnamed protein product [Arabidopsis thaliana) AC001645.19 15965_at gb|AAB6363 1. 11 (ACOO 1645) jasmonate inducible protein isolog [Arabidopsis thaliana] A71588.1 14015_s_at embICAB42586.11 (A71588) unnamed protein product (Arabidopsis thaliana) - 164- Accession # AfTy # Description AC002333.199 13552_at gbjAAB64045. 11 (AC002333) endochitinase isolog [Arabidopsis thaliana] X74514.2 20238_at embICAA52620. 11 (X74515) bet a-fructofuranosidase [Arabidopsis thaliana] AC001645.47 15996_at gblAAB63634.l1 (AC001645)jasmonate inducible protein isolog [Arabidopsis thaliana] ATAJ2596 16085_s_at embICAB 16787.11 (Z99707) patatin-like protein [Arabidopsis thaliana] AC007135.23 20176_at gb|AAD26967.I AC007135_3 (AC007135) unknown protein [Arabidopsis thaliana] X98320.2 18312_s_at embICAA673 10.11 (X98774) peroxidase ATP6a [Arabidopsis thaliana] Z99707.288 18326_s_at embICAB 16788. 11 (Z99707) patatin-like protein [Arabidopsis thaliana] BCHI 13211 _s_at dbjIBAA82825.11 (AB023463) basic endochitinase [Arabidopsis thalianal AC005560.147 12758_at gbjAAC67329.1l (AC005560) putative major latex protein [Arabidopsis thaliana] AL049500.57 16914 s_at embICAB39936.11 (AL049500) osmotin precursor (Arabidopsis thaliana] AB023448.2 12332_s_at dbjBAA828 10. 11 (AB023448) basic endochitinase [Arabidopsis thaliana] AL035538.245 16514_at embICAB37548. 11 (AL035538) putative protein [Arabidopsis thaliana) AC007584.48 20194_at gbjAAD32907.1 lAC007584_5 (AC007584) unknown protein [Arabidopsis thaliana] - 165 - [able 1OB: accession # Affy # Description Salt stress acute respone down regulated root only AC006577.1 6 12778_r_at "gb|AAD25772. IAC006577_ 8 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL motif family. ESTs gb|T44453, gbIT04815, gbIT45993, gbIR30138, gbIA1099570 and gbjT22281 come from this gene. [Arabidopsis thaliana]" ATU57320 15137_s-at gblAAB47973.1l (U57320) blue copper-binding protein 11 [Arabidopsis thalianal X98808.1 15985_at embICAA67340.l| (X98808) peroxidase ATP3a [Arabidopsis thaliana] U81294.2 20421 _at embICAB10242.11 (Z97336) germin precursor oxalate oxidase [Arabidopsis thaliana] Z97338.321 16045_s_at embICAB10318.1 1(Z9733 8 ) HSR 2 01 like protein [Arabidopsis thaliana] X98855.2 16028_at embICAA6736 1. 1|(X98855) peroxidase ATP8a [Arabidopsis thaliana] AC006577.16 12779_f~at " gblAAD25772.1|AC006577_8 (AC006577) Belongs to the PF100657 Lipase/Acythydrolase with GDSL motif family. ESTs gb|T44453, gbjT04815, gb|T45993, gbjR30138, gb|AI099570 and gbjT22281 come from this gene. [Arabidopsis thaliana]" X78586.2 16048_at emblCAA5532 3 .11 (X78586) Dr4 [Arabidopsis thaliana] ATU62330 15623_f_at dbjIBAA21503.1l (D86591) inorganic phosphate transporter [Arabidopsis thaliana] AC005560.1 3 6 16016_at gbjAAC67328.11 (AC005560) putative major latex protein [Arabidopsis thaliana] AF098630.3 19118_s_at embICAB41725.1I (AL049730) putative cell wall plasma membrane disconnecting CLCT protein (AIR1A) [Arabidopsis thaliana) AF128395.12 20395_at " gb|AAD17355.11 (A.F128395) contains similarity to pathogenesis-related protein I precursors and SCP-like extracellular proteins (Pfam: PF00188, Score=7 9

.

8 , E=4.1e-21, N=1) [Arabidopsis thaliana]" Z97340.345 17485_s_at " embICAB10405.lI (Z97340) beta-1, 3-glucanase class I precursor [Arabidopsis thalianal" - 166- Accession # Affy # Description AL035538.2 4 5 16514_at embICAB37548. 11 (AL035538) putative protein [Arabidopsis thaliana] X98322.2 17942_s_at embICAA66966. 11 (X98322) peroxidase [Arabidopsis thaliana] ATU10034 15120_s-at gbIAAA93132.11 (U10034) glutamate decarboxylase [Arabidopsis thaliana] AL049730.10 4 18983_s_at embICAB41721.11 (AL049730) pEARLI 1-Like protein [Arabidopsis thaliana] AJ i133036.5 15969_s_at embICAA67313.11 (X98777) peroxidase ATPI6a [Arabidopsis thaliana] U72155.2 15954_at gblAAB64244. fl (U72155) beta-glucosidase [Arabidopsis thaliana) X98319.2 16971_s_at embICAA66963.11 (X98319) peroxidase [Arabidopsis thaliana] U81294.2 20422_g-at embICAB 10242.11 (Z97336) germin precursor oxalate oxidase [Arabidopsis thaliana] X67421.3 16489_at embICAA47807.11 (X67421) extA [Arabidopsis thaliana] ATP1N2 12932_s_at gbIAAC84042.1 l (AF087459) polar-auxin-transport efflux component AGRAVITROPIC 1 [Arabidopsis thaliana] AC005310.6 17697_at gblAAC33493.1 1 (AC0053 10) unknown protein [Arabidopsis thaliana] AC007135.

2 3 20176_at gblAAD26967. IAC007135_ 3 (AC007135) unknown protein [Arabidopsis thaliana] Salt stress acute respone up regulated root only AC005967.50 17864_at gblAAD03387.1| (AC005967) unknown protein (Arabidopsis thalianal AC007060.3 4 19840_s_at gb|AAD25759. IAC007060_1 7 (AC007060) Strong similarity to F1913.2 gij30 3 3 3 7 5 putative berberine bridge enzyme from Arabidopsis thaliana BAC gbjAC00423 8 . EST gbjR90518 comes from this gene. BCHI 1321 l_s-at dbjIBAA82825.1 (AB023463) basic endochitinase [Arabidopsis thaliana] - 167 - Accession # Affy # Description ACOO 1645.19 15965at gbIAAB6363 1.11 (ACOO1645) jasmonate inducible protein isolog [Arabidopsis thaliana] AB023448.2 12332_s_at dbjIBAA82810.11 (AB023448) basic endochitinase [Arabidopsis thaliana) AC001645.47 15996_at gb|AAB63634. 1 (ACO 1645) jasmonate inducible protein isolog [Arabidopsis thalianal AL049500.57 16914_s_at embICAB39936.11 (AL049500) osmotin precursor [Arabidopsis thaliana] AC007584.48 20194_at gb|AAD32907.] AC007584_5 (AC007584) unknown protein [Arabidopsis thaliana] - 168- Table 1OC: Accession # Affy # Description Genes expressed in root that have no acute response to stress X98321.2 19595_s_at embICAA66965.lI (X98321) peroxidase [Arabidopsis thaliana] AC006216.26 18571at gbjAAD12681.11 (AC006216) Similar to gil3 4 1 3 7 14 Tl9L18.21 putative myrosinase-binding protein from Arabidopsis thaliana BAC gbjAC004747. ESTs gb165870 and gbjT20812 come from this gene. AC006216.22 14050_at " gbjAAD12679.1 (AC006216) Similar to giJ3 4 1 37 14 T19L18.21 putative myrosinase-binding protein from Arabidopsis thaliana BAC gb|AC004747. ESTs gbjT44298, gbIT42447, gb|R64761 and gbI1100206 come from this gene." AL080253.32 19415_at embICAB45805.lI (AL080253) putative protein [Arabidopsis thaliana] X74514.2 20239_g-at embICAA52620. 11 (X74515) beta-fructofuranosidase [Arabidopsis thaliana] AC002333.210 13153_r_at gbjAAB64320.1 (AC002335) endochitinase isolog [Arabidopsis thaliana] CAFFEROYLCO 13215_s_at gb|AAA62426.l| (L40031) S-adenosyl-L AMETHYLTRAN methionine:trans-caffeoyl-Coenzyme A 3-0 S methyltransferase [Arabidopsis thaliana] ATHORF 16649_s_at gblAAA62426.1l (L40031) S-adenosyl-L methionine:trans-caffeoyl-Coenzyme A 3-0 methyltransferase [Arabidopsis thaliana] AC003673.201 16481_s_at gbjAAC0903 1.1 1 (AC003673) peroxidase ATP22a [Arabidopsis thaliane] AL049638.193 20029_at embICAB40949.1| (AL049638) putative DNA-binding protein [Arabidopsis thaliana) - 169- Figure IOD: Accession # Affy # Description Down regulated with cold stress in root (acute response 3 hrs) X98808.1 15985_at embiCAA67340. 1 (X98808) peroxidase ATP3a [Arabidopsis thaliana] AC006577.16 12778_r_at " gbjAAD25772.lIAC0065 7 7

_

8 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL motif family. ESTs gb|T44453, gb1T04815, gb|T45993, gb|R30138, gb|AJ099570 and gb|T22281 come from this gene. [Arabidopsis thaliana]" ATU62330 15623_f_at dbjIBAA21503.1 l (D86591) inorganic phosphate transporter [Arabidopsis thaliana) Z97338.321 16045_s_at embICAB10318.11 (Z97338) HSR201 like protein [Arabidopsis thaliana] AC006577.16 12779_f_at " gb|AAD25772.I|AC0065 7 7

_

8 (AC006577) Belongs to the PF100657 Lipase/Acylhydrolase with GDSL motif family. ESTs gb1T44453, gbjT04815, gbIT45993, gbIR30138, gb|A1099570 and gbjT22281 come from this gene. [Arabidopsis thaliana]" X98855.2 16028_at embICAA67361. l1 (X98855) peroxidase ATP8a [Arabidopsis thaliana] AC004521.11 4 19195_at gb|AAC16105. 11 (AC004521) unknown protein [Arabidopsis thaliana] X98319.2 16971_s_at embICAA66963.1l (X98319) peroxidase [Arabidopsis thaliana] X98322.2 17942_s_at emb|CAA66966.ll (X98322) peroxidase [Arabidopsis thaliana] AC001645.19 15965_at gblAAB63631. l| (AC001645) jasmonate inducible protein isolog [Arabidopsis thaliana] AJ1 33036.5 15969_s_at embICAA67313.1| (X98777) peroxidase ATPI6a [Arabidopsis thalianal AF128395.12 20395_at " gbjAAD17355.11 (AF128395) contains similarity to pathogenesis-related protein I precursors and SCP-like extracelular proteins (Pfam: PFO 188, Score=79.

8 , E=4.le-21, N=1) [Arabidopsis thaliana]" AL080282.74 18597_at embICAB4588 1.11 (AL080282) berberine bridge enzyme-like protein [Arabidopsis thalianal - 170- Accession # AfTy # Description AC002333.199 13552_at gblAAB64045. l (AC002333) endochitinase isolog [Arabidopsis thalianal AC004521.11 9 20608_s-at gbjAAC16106.11 (AC004521) hypothetical protein [Arabidopsis thal.iana] A71597.1 12079_s_at embICAB42613.11 (A71641) unnamed protein product [Arabidopsis thaliana] ATPIN2 12932_s-at gblAAC8404 2 .II (AF087459) polar-auxin-transport efflux component AGRAVITROPIC I [Arabidopsis thaliana] AL024486.185 16299_at embICAA19705.1l (AL024486) putative protein [Arabidopsis thaliana] AC001645.

4 7 15996_at gblAAB63634.l (AC001645) jasmonate inducible protein isolog [Arabidopsis thaliana] AC004684.1 6 5 17907_s_at gb|AAC23645.l| (AC004684) unknown protein [Arabidopsis thaliana] AC004683.79 16461_i_at gb|AAC28766.1l (AC004683) peroxidase [Arabidopsis thaliana] A71588.1 14015_sat ernbICAB42586.lI (A71588) unnamed protein product [Arabidopsis thaliana) Upregulated in root with cold stress AL035538.245 16514_at embiCAB3754 8 .1l (AL035538) putative protein [Arabidopsis thaliana] AF098630.3 19118_s_at emblCAB41725.11 (AL049730) putative ceU wall plasma membrane disconnecting CLCT protein (AIRlA) [Arabidopsis thaliana] AC007584.

4 8 20194_at gbjAAD32907.l jAC007584_5 (AC007584) unknown protein [Arabidopsis thaliana] X74514.2 20238_at embICAA526 2 0.ll (X74515) beta-ffructofuranosidase [Arabidopsis thaliana] AL049730.10 4 18983_s_at embICAB417 2 1.l (AL049730) pEARLI 1-like protein [Arabidopsis thaliana] X67421.3 16489_at embiCAA47807.l1 (X67421) extA [Arabidopsis thaliana] - 171 - Accession # Affy # Description AC007060.34 19840_s_at gblAAD25759.IAC007060_1 7 (AC007060) Strong similarity to F1913.2 gi130 3 3 3 7 5 putative berberine bridge enzyme from Arabidopsis thaliana BAC gbiAC004238. EST gb|R90518 comes from this gene. - 172- Table I I provides a description of the corresponding genes for Arabidopsis promoters which were constitutively expressed. Table 11: Gene lID Accession # on Afry # Description chip A45785.1 _SAT A45785.1 19852_s_at embICAA02840.1j (A45785) unnamed protein product [Arabidopsis thaliana] AB003522.2_AT AB003522.2 12381_at dbjlBAA84392.11(AP000 4 2 3 ) ATPase beta subunit [Arabidopsis thaliana] AB004872.6-S-AT AB004872.6 15997_s_at dbj|BAA23547.ll (AB004872) COR47 [Arabidopsis thaliana] AB005560_S_AT AB004872.6 15630_s_at dbjIBAA22504.1 l (AB005560) AtGD12 [Arabidopsis thaliana] AB006693.l _AT AB006693.1 17438_at dbjlBAA24536.1 (AB006693) spermidine synthase [Arabidopsis thaliana] ABOO8105_SAT AB008105 17044_s_at dbj|BAA32420.11 (ABOO8105) ethylene responsive element binding factor 3 [Arabidopsis thaliana] AB008487_SAT AB008487 15127_s_at dbjIBAA31143. 1I(ABO10915) responce regulatory [Arabidopsis thaliana] AB008854_SAT AB008854 14719_s_at dbjlBAA25248.1I (AB008854) 3 ketoacyl-CoA thiolase [Arabidopsis thalianal AB010946_SAT AB010946 15200_s_at dbjlBAA24804.1I (AB010946) AtRerl B [Arabidopsis thaliana] AB011545_S_AT ABO11545 15163_s_at dbjBAA32735.1I(ABO115 4 5) GF14 mu [Arabidopsis thaliana) thaliana] AB017643_SAT AB017643 15164_s-at gb|AAC14411. 11(AF049 2 3 6 ) putative acyl-coA dehydrogenase [Arabidopsis thaliana] - 173 - Gene ID Accession # on Affy # Description chip AB021858-SAT AB021858 16540_s_at dbjlBAA77759.I (AB021858) plastid heme oxygenase [Arabidopsis thaliana] AB024282_S_AT AB024282 15128_s_at embICAB71074.1|(ALI 32 9 6 2 ) cysteine synthase AtcysCI [Arabidopsis thaliana] AB027151.2-S-AT AB027151.2 19179_s_at embICAB43659.1 1 (AL05035 2 ) threonine synthase [Arabidopsis thaliana] AC000103.25_SAT AC000103.

2 5 20709_s_at gblAAB61517.1l (AC00010 3 ) F21J9.25 [Arabidopsis thalianal ACOOO104.1O_R_A T ACOOO104.10 13076_r_at gbjAAB70426.1l (AC00010 4 ) Strong similarity to 60S ribosomal protein L17 (gbjX01694). EST gb|AA04233 2 comes from this gene. [Arabidopsis thaliana) AC000104.26 AT ACOOO104.

2 6 12771_at gbjAAB70434.1 (AC00010 4 ) F19P19.13 [Arabidopsis thaliana) ACOOO106.1 3 _S_AT ACOOO106.1 3 17900_s_at gbjAAB70401.1 (AC00010 6 ) Similar to Glycine SRC2 (gb|AB000130). ESTs gblH76869,gb|T21700,gbjATTS5O 89 come from this gene. [Arabidopsis thaliana] AC000132.1 6 _SAT AC000132.1 6 16531 _s_at gbjAAC33220.1 1 (AC003970) Putative ribosomal protein L21 [Arabidopsis thaliana] gbjAA395597,gblATTS5197 come from this gene. [Arabidopsis thaliana] AC000132.6_AT AC000132.6 16420_at gbIAAB60721.1 l (ACOOO 1 3 2 ) Similar to elongation factor 1 gamma (gbIEF1G_XENLA). ESTs gb|T20564,gbIT45940,gbIT045 2 7 come from this gene. [Arabidopsis thaliana] -174- Gene ID Accession # on Affy # Description chip AC002131.48_SAT AC002131.

4 8 12750_s_at gbjAAC17620. 11(AC002131) Identical to aspartic proteinase cDNA gblU51036 from A. thaliana. ESTs gbjN96313, gb|T21893, gbIR30158, gbjT21482, gbjT43650, gbjR64749, gbjR65157, gbjT88269, gb|T44552, gb|T22542, gblT76533, gb|T44350, gbjZ34591, gb|AA728734, g AC002329.

4 6 _AT AC002329.

4 6 13074at emb|CAA54095.l (X76651) ribosomal protein S4 [Solanum tuberosum] AC002330.

3 9_AT AC002330.

39 13574_at gb|AAC78269. I |AAC78269 (AC002330) putative vacuolar ATPase [Arabidopsis thaliana) AC002332.100AT AC002332.10 0 13105_at gblAAB80655.l| (AC00233 2 ) 60S ribosomal protein L23 [Arabidopsis thaliana] AC002332.71AT AC002332.

7 1 17435_at gb|AAB80652.I |(AC00233 2 ) putative PRP19-like spliceosomal protein [Arabidopsis thaliana] AC002334.1 10_G_AT AC00233 4 .110 16940_g-at gbjAAC04922.1 (AC002334) putative synaptobrevin [Arabidopsis thaliana] AC002336. 101 _GAT AC002336.101 12809_g-at gbjAAB87594.1I (AC002 3 36 ) 40S ribosomal protein S26 [Arabidopsis thalianal AC002339.5 _-AT AC002339.51 16507at gblAAC02764.1j (AC002339) 40S ribosomal protein S2 [Arabidopsis thalianal AC002343.3.AT AC002343.

3 16447at gbjAAB63606.1| (AC002343) HSP90 isolog [Arabidopsis thalianal AC002521.1 4 6 _AT AC002521.1 4 6 16917at gb|AAC05346.l (AC00252 1 ) putative ubiquitin-conjugating enzyme E2 [Arabidopsis - 175- Gene ID Accession # on Affy # Description chip AC002561.51 _AT AC002561.51 18655_at gbjAAB88646.I1 (AC002561) unknown protein [Arabidopsis thalianal AC003672.6 4 _SAT AC003672.

6 4 20425_s_at gbjAAC27463. l1 (AC003672) putative small GTP-binding protein [Arabidopsis thalianal AC003981.3 4 _S_AT AC003981.

34 16523_s_at gbjAAC 14060. 11 (AC00 39 8 1) F22013.34 (Arabidopsis thalianal AC004077.1 6 6 _SAT AC004077.16 6 17004_s_at gb|AAC2670 8 .l (AC004077) 60S ribosomal protein L18A [Arabidopsis thaliana] AC004165.105AT AC004165.105 13125_at gbjAAC16961. 11 (AC004165) putative ubiquitin activating enzyme (UBAl) [Arabidopsis AC004218.

8 3 _SAT AC004218.8 3 13616_s_at gb|AAC27837. 11 (AC004 2 18) 60S ribosomal protein L23A [Arabidopsis thaliana] AC004393.

2 2 _AT AC004393.22 16953_at gbjAAC1879 2 .I 1 (AC004393) Similar to ribosomal protein L17 gblX62724 from Hordeum vulgare. ESTs gb|Z34728, gbIF19974, gbjT75677 and gbIZ33937 come from this gene. [Arabidopsis thaliana) AC004401.119 AT AC004401.119 13594_at gbjAAC17825. 11 (AC004401) unknown protein [Arabidopsis thaliana] AC004401.1 4 0AT AC004401.140 12767_at gblAAB87096.2|(AC00 2 3 9 1) unknown protein [Arabidopsis thaliana) AC004450.1 I _AT AC004450.l 1 18882_at gb|AAC64298.1| (AC004450) 3 isopropylmalate dehydratase, small subunit [Arabidopsis thaliana] AC004450.83_AT AC004450.83 18262at gb|AAC64306. 11 (AC004450) unknown protein [Arabidopsis thaliana] - 176- Gene ID Accession # on Affy # Description chip AC004481.

84 _AT AC004481.

8 4 13102_at gbIAAC27401.lI (AC004481) putative protein transport protein SEC61 alpha subunit [Arabidopsis thalianal AC00455 7 .10_AT AC004557.10 17436_at gb|AAC80610. 1 (AC00455 7 ) F17L2 1.10 [Arabidopsis thalianal AC004557.

2 OAT AC00455 7

.

2 0 17374_at gbIAAC8062O.1

(ACOO

4 55 7 ) F17L21.20 [Arabidopsis thaliana) AC004557.8_AT AC00455 7

.

8 18874_at gb|AAC80608.1|(AC00455 7 ) F17L21.8 [Arabidopsis thalianal AC004665. 121 SAT AC004665.121 18629-s_at gbAiAC28542. 1 (AC004665) remorin [Arabidopsis thalianal AC004665.

3 1 S AT AC0046 6 5.

3 1 15977_s-at gbIAAC2852 9 .1| (AC004665) aquaporin (plasma membrane intrinsic protein IB) [Arabidopsis thaliana) AC004669.3 4 _AT AC004669.3 4 16430at gb|AAC20720. l (AC00466 9 ) glutathione S-transferase [Arabidopsis thaliana] AC004747.l 6 OSAT AC004747.1 6 0 15506_s_at gbIAAC31239.1|(AC00 4 7 4 7 ) unknown protein [Arabidopsis thaliana] AC005169.

2 l 4 _AT AC005169.

2 1 4 1822Lat gbIAAC6214 1.11 (AC005169) 40S ribosomal protein (30 0Arabidopsis thaliana] AC00516 9

.

2 2 I-AT AC005169.

2 2 1 18283_at gblAAC62149.1|(AC0051 6 9 ) putative ribosomal protein L28 [Arabidopsis thaliana] AC00528 7

.

2 0 _SAT AC00528 7

.

2 0 16027_s_at gbIAAD25605.IlAC 0 0 5 2 8 7 _7 (AC005287) Eukaryotic Initiation Factor 4A-2 [Arabidopsis thaliana] AC005287.

5 2 _AT AC005287.

5 2 14073_at No hits found less than or equal to le-15. AC005309.

2 01 _1AT AC00530 9

.

2 01 15570_i_at gbjAAC63650. 11 (AC005309) unknown protein [Arabidopsis thaliana] - 177 - Gene ID Accession # on Affy # Description chip AC005309.

6 4 _SAT AC005309.

6 4 16009_s_at gbjAAC6362 9 .1I (AC005309) glutathione S-transferase (GST6) (Arabidopsis thaliana] AC005388.

6 -S_AT AC00538 8

.

6 12783_s_at gb|AAC64875.1| (AC00 5 3 88 ) Identical to gb|L14814 DNA for tissue-specific acyl carrier protein isoform 2 from A. thaliana. ESTs gbjAA597351, gb|T41805, gb|H36871, gblR30210, gblAA04254 9 , gbjZ47650, gbIH76304 and gbjAA5973 4 8 come from this gene. [Arabidops AC005397.40..S-AT AC005397.

4 0 16471_s-at gblAAC62877.1l (AC00539 7 ) eukaryotic translation initiation factor 3 delta subunit [Arabidopsis thaliana] AC005662.

3 0 _SAT AC005662.3 0 16952_s_at gb|AAC78532.l (AC00566 2 ) . calmodulin-like protein [Arabidopsis thaliana] AC005679.567 9 . 12775_s_at gblAAC83021.II (AC00567 9 ) r _*Identical to gblU65638 Arabidopsis thaliana vacuolar type ATPase subunit A mRNA. ESTs gblN96435, gblN96106, gbjN96189, gbjN96091, gbjAA04228 6 , gbjF14324, gb|W43643, gb|N96027, gbjN96299, gbjR29943, gbIT43460, gblT43544, gbjT2247 AC005727.19-AT AC005727.1 9 1 16901at gb|AAC79595.l (AC005727) unknown protein [Arabidopsis thaliana] AC00582 4 .lO 7 _AT AC005824.1 0 7 16527_at gblAAC73028.11 (AC00582 4 ) 60S acidic ribosomal protein P2 [Arabidopsis thalianal AC00582 4 .114_AT AC005824.114 17910_at gblAAC7302 9 .II (AC00582 4 ) 60S acidic ribosomal protein P2 [Arabidopsis thaliana] - 178- Gene ID Accession # on Affy # Description chip AC005824.21 AT AC005824.21 13089_at gbIAAC73015. 11 (AC0058 2 4 ) putative dTDP-glucose 4-6 dehydratase (Arabidopsis thaliana] AC005896.150_S_AT AC005896.150 18603_s_at gblAAC98060. l (AC005896) putative protein translocase [Arabidopsis thaliana] AC005897.156_S_AT AC005897.156 13572_s_at gbjAAC97246.1| (AC005897) 10 formyltetrahydrofolate synthetase [Arabidopsis thaliana] AC005936.95_AT AC005936.95 16416_at gb|AAC97221.1| (AC005936) protease inhibitor I [Arabidopsis thaliana] AC005990.1 OAT AC005990.10 13069at gb|AAC98042.l (AC005990) Strong similarity to gbjM95166 ADP-ribosylation factor from Arabidopsis thaliana. ESTs gbjZ25826, gb|R90191, gb|N65697, gb|AA713150, gb|T46332, gb|AA040967, gb|AA712956, gbIT46403, gb|T46050, gbjAl100391 and gbjZ25043 come from AC006068.93_AT AC006068.93 18645_at gbjAAD15447.1 l (AC006068) unknown protein [Arabidopsis thalianal AC006085.15_AT AC006085.15 20562_at gb|AAD30634.I|AC006085_7 (AC006085) Unknown protein [Arabidopsis thaliana] AC006200.119_AT AC006200.119 13132_at gbIAAD14525.11(AC006 2 0 0

)

6 0S ribosomal protein L7 [Arabidopsis thaliana] AC006201.107_S_AT AC006201.10 7 16924_s_at gblAAD20124.l (AC006201) 60S ribosomal protein L2 [Arabidopsis thaliana] AC006223.65_AT AC006223.65 14089_at gbjAAD15390.1| (AC006223) putative hydrolase [Arabidopsis thaliana] - 179- Gene ID Accession # on Affy # Description chip AC00623 4 .1 5 6 _AT AC00623 4

.

15 6 14099_at gblAAD20913.1 I(AC00 6 2 3 4 ) unknown protein [Arabidopsis thaliana] AC006260.5 2 _AT AC006260.

5 2 12769_at gbjAAD18142.1 1 (AC 0 0 6 2 6 0 ) aquaporin (plasma membrane intrinsic protein 2B) [Arabidopsis thaliana] AC00626 4 .3 0 _AT AC00626 4

.

3 0 13095_at gblAAD29800.1IAC00 6 2 6 4

_

8 (AC006264) putative signal sequence receptor, alpha subunit AC006300.112_AT AC006300.l 12 16948_at gb|AAD20708.1 (AC00630 0 ) putative glucose regulated repressor protein [Arabidopsis thaliana] AC006300.70AT AC00630 0

.

7 0 16487at gblAAD20704.l (AC006300) putative dioxygenase [Arabidopsis thalianal AC006403. 110 AT AC00640 3 .1 10 18223at gbjAAD18124. 11 (AC006403) unknown protein [Arabidopsis thalianal AC006438.21lAT AC006438.

2 1 gbIAAD41971. 1AC00 6 4 3 8_3 (AC006438) similar to cold acclimation protein WCOR413 [Triticum aestivum] [Arabidopsis thaliana) AC006526.

5 7 _AT AC00652 6

.

5 7 14103at No hits found less than or equal to le-15. AC006532.47AT AC00653 2

.

4 7 1 9940at gbAAD20090. 1 (AC00653 2 ) putative endosomal protein [Arabidopsis thaliana) - 180- Gene ID Accession # on Affy # Description chip AC006577.32_AT AC006577.3 2 16941 _at gblAAD25780. 1AC0065 7 7 _16 (AC006577) Similar to gbjU55861 RNA binding protein nucleolysin (TIAR) from Mus musculus and contains several PF100076 RNA recognition motif domains. ESTs gbjT21032 and gb|T44127 come from this gene. (Arabidopsis thaliana] AC006585.146_AT AC006585.146 14565_at gblAAD23019.I1AC0065 8 5 _14 (AC006585) putative steroid binding protein [Arabidopsis thaliana] AC006586.141_AT AC006586.1 4 1 17390_at gblAAD22696.I|AC0065 8 6 _5 (AC006586) 40S ribosomal protein S16 [Arabidopsis thaiana] AC006592.150-SAT AC006592.150 15980_s_at embICAA47427.ll (X67034) Athb 6 [Arabidopsis thaliana] AC006841.122_AT AC006841.1 22 19650_at gbjAAD23699.lIAC0068 4 1_15 (AC006841) coatomer alpha subunit [Arabidopsis thaliana] AC006919.140_AT AC006919.140 12742_at gblAAD24635.IAC00691 9 _15 (AC006919) enolase (2-phospho D-glycerate hydroylase) [Arabidopsis AC006919.171 _AT AC006919.1 7 1 13070_at gb|AAD24640.lIAC006 9 19_20 (AC006919) putative pyruvate kinase [Arabidopsis thaliana] AC006921.52_AT AC006921.52 16511 _at gbIAAD21434.l| (AC006921) unknown protein [Arabidopsis thaliana] AC006922.106_AT AC006922.106 12412_at gb|AAD31573.IAC0069 2 2 _5 (AC006922) putative s adenosylmethionine synthetase [Arabidopsis thaliana] AC006922.28_S_AT AC006922.28 15962_s_at gb|AAD31569.IAC0069 2 2 _1 (AC006922) putative aquaporin (tonoplast intrinsic protein gamma) - 181 - Gene ID Accession # on Affy # Description chip AC006929.7 7 _AT AC006929.

7 7 13150_at gbjAAD21502.1| (AC006929) putative rubisco subunit binding protein alpha subunit [Arabidopsis thalianal AC006951.208_SAT AC006951.208 13107_s_at gb|AAD25839.1 JAC00695 1 18 (AC006951) 40S ribosomal protein S17 [Arabidopsis thaliana] AC007017.278_SAT AC007017.27 8 20024_s_at gb|AAD21476.1 (AC00701 7 ) unknown protein [Arabidopsis thaliana] AC007019.105AT AC007019.105 16022_at gbjAAD20405.1| (AC007019) putative ATP synthase [Arabidopsis thaliana] AC007070.167 AT AC007070.167 13166_at embICAA64728. 11 (X95458) ribosomal protein L39 [Zea mays] AC007071.7 2 _AT AC007071.72 16933_at gbjAAD24852.I|AC007071_24 (AC007071) 40S ribosomal protein; contains C-terminal domain [Arabidopsis thaliana] AC007119.8 8 _AT AC007119.8 8 13080_at gbIAAD23647.I|AC007119 13 (AC007119) 40S ribosomal protein S25 [Arabidopsis thaliana] AC007135.50AT AC007135.50 16919_at gb|AAD26971.1|AC007135_8 (AC007135) 40S ribosomal protein S14 [Arabidopsis thalianal AC007138.25_S_AT AC007138.25 12797_s_at gbIAAD22647.I|AC0071 3 8 1 1 (AC007138) S-adenosylrnethionine synthase 2 [Arabidopsis thaliana] AC007170.48_AT AC007170.48 17857_at gbiAAD25640.I|AC007170_2 (AC007170) cytoplasmic aconitate hydratase [Arabidopsis thaliana] AC007195.93_IAT AC007195.93 16969_i_at gblAAA99933.I(L 44 5 8 1) vacuolar H+-pumping ATPase 16 kDa proteolipid [Arabidopsis [Arabidopsis thaliana] - 182 - Gene ID Accession # on AIfy # Description chip AC007357.

17 _S_AT AC00735 7

.

17 13104_s_at embICAA74029.l I (Y 1 36 9 5 ) multicatalytic endopeptidase complex, proteasome precursor, beta subunit [Arabidopsis thalanal AC007576.5_AT AC0075 7 6.5 12781_at gbIAAD39279.1IAC0075 7 6

_

2 (AC007576) Unknown protein [Arabidopsis thaliana] AC007659.93-RAT AC00765 9

.

9 3 13169_r-at gblAAD32831.1IAC00 7 6 59-13 (AC007659) putative GATA-type zinc finger transcription factor [Arabidopsis thaliana] AF000657.40-AT AF000657.

4 O 19623.at gbIAAB721 7 5.1| (AF000657) cytochrome C [Arabidopsis thaliana] 4_SAT A 15 tgbIAAD00895.11 (AF001 39 4 ) fatty - acid desaturase/cytochrome b5 fusion protein [Arabidopsis thahana] AF003096_FAT AF003096 14723_f at gbjAAC49769.11 (AF003096) AP2 domain containing protein RAP2.3 [Arabidopsis thalanal AF003105. I-AT AF003105.1 17858at gb|AAC49778.l (AF003 105) AP2 domain containing protein RAP2.12 [Arabidopsis thaliana] AF004216_SAT AF004216 15205sat gbjAAC49749.1 (AF004 2 1 6 ) ethylene-insensitive 3 [Arabidopsis thaliana] AF004393SAT AF00439 3 14714_s-at gb|AAB62692.1| (AF004393) salt stress induced tonoplast intrinsic protein [Arabidopsis thalianal AF03294.25SAT AF013294.

25 18650_s-at gb AAB62867.1i (AF1 3 2 9 4 ) ATOZM gene product [Arabidopsis thaliana) AF013294.35AT AF013294.3 5 18573at gbjAAB62855.l| (AF013294) similar to acidic ribosomal protein p1 [Arabidopsis thaliana] - 183 iene ID Accession # on Affy # Description chip kF013959.4_AT AF013959.

4 16436at gb|AAB67234.l|(AF01 3 9 5 9 ) metallothionemn- like protein (Arabidopsis thaliana] AF017641_SAT AF017641 15165_s-at gbjAAC17844.l|(AF01 7 6 4 1) nucleoside diphosphate kinase type 1 (Arabidopsis AF017991_SAT AF017991 15150_s_at gblAAB97312.1 (AF017 9 9 1) salt stress inducible small GTP binding protein RanI AF027172.3_S_AT AF027172.3 16906_sat gbjAAC39334.1|(AF0 2 7 17 2 ) cellulose synthase catalytic subunit (Arabidopsis thaliana] AF027174_SAT AF027174 15603_s_at gblAAC39336.1l (AF0 2 7 1 7 4 ) cellulose synthase catalytic subunit [Arabidopsis thaliana] AF034387_S_AT AF034387 14727_s_at gblAAC33264.1I (AF034387) AFT protein [Arabidopsis thalianal AF034694_SAT AF034694 16544_s_at gbIAAB8769 2 .11 (AF034694) ribosomal protein L23a [Arabidopsis thaliana] AF043519_SAT AF043519 15130_s_at gbIAAC95161. 11(AC005 9 7 0) 20S proteasome subunit (PAA2) [Arabidopsis thaliana] AF043528_SAT AF043528 16546_s_at gblAAC32064.1 l (AF0435 2 8 ) 20S proteasome subunit PAG 1 [Arabidopsis thaliana] AF044265_SAT AF044265 15668_s_at gb|AAC00512.1 1(AF0 4 4 2 6 5) nucleoside diphosphate kinase 3 [Arabidopsis thaliana] AF044313_SAT AF044313 14717_s-at gblAAC05742.11 (AF0 4 4 3 13 ) anion channel protein [Arabidopsis thaliana] AF5929S-AT AF059294 14736_s_at gblAAF26761.lAC00 7 3 9 6 _10 (AC007396) T4012.15 [Arabidopsis thaliana] protein in budding yeast [Arabidopsis thaliana] - 184 - Gene ID Accession # on Affy # Description chip AF061519_SAT AF061519 15581 _sat gbjAAD10208.1l(AF 061519 ) copper/zinc superoxide dismutase {Arabidopsis thalanal AF062485.1 17468_at gblAAC29067.1 l (AF0 6 24 8 5 ) AF06248 5. 1._AT ceUulose synthase [Arabidopsis thaliana] AF063901_SAT AF063901 14737_s_at gblAAC26854.1 1 (AF 0 6 3 9 0 1 ) alanine:glyoxylate aminotransferase; transaminase [Arabidopsis thaliana] AF069299.1 9 _AT AF069299.1 9 16925at gblAAC19305.l (AF069299) similar to ribosomal protein S13 (Pfam; S15.hmm, score: 78.35); identical to Arabidopsis 40S ribosomal protein S 13 (fragment) (SW: P49203A) except the first 32 amino acids are different [Arabidopsis thaliana] AF074375_S_AT AF074375 15114_s_at gblAAC83240.lI (AF0 7 3 8 7 5 ) endo- 1,4-beta- D-glucanase KORRIGAN [Arabidopsis thaliana] AF076484_S_AT AF076484 16627_s_at gbjAADO4627.1 l(AF108 6 6 0) AF07484-CYTI protein [Arabidopsis AF076641.2_AT AF076641.2 16977_at gblAAD46064.l| AF076641_-1 (AF076641) homeodomain leucine-zipper protein ATHB16 [Arabidopsis thaliana] AF077528-SAT AF077528 15152_s-at gblAAB72116.11 (U69533) AtKAP alpha [Arabidopsis thaiana] AF080120.1 I _S_AT AF080120.l 16935_s_at gbIAAC35545.1(AFO 8 2 0) similar to vacuolar ATPases [Arabidopsis thaliana] thaianal AF082565SAT AF082565 15639_s-at gb|AAD29109.IAF0 8 2 5 6 51 (AF082565) ATP dependent copper transporter [Arabidopsis thalianal - 185- ;ene ID Accession # on Affy # Description chip II \F083336.2SAT AF083336.2 16932_s-at gbjAAD10030.1 1(AF0 8 3 3 3 7 ) ribosomal protein S27 [Arabidopsis thaliana] kF083337.3_SAT AF083337.3 16931_s-at gblAAD10030.1 1(AF0 8 3 33 7 ) ribosomal protein S27 [Arabidopsis thalianal AF1l8822_FAT AF118822 16080_f-at gbjAAD20612.1|(AFl188 2 2 ) senescence-associated protein [Arabidopsis thaliana] AF123253.3_IAT AF123253.3 20459_i_at embICAB43915.ll (AL078470) AIM1 protein [Arabidopsis thaliana] AF136152_SAT AF136152 15643_s_at gb|AAD39465.1IAF13 6 152_1 (AF136152) PUR alpha-I [Arabidopsis thaliana] AF144387_AT AF144387 12857_at gbjAAD35005.1IAF1 4 4 3 8 7 _1 (AF144387) thioredoxin-like 1 [Arabidopsis thaliana] AF167983 _S AT AF167983 15210_s_at gbjAAC26685.1I(AC0040 7 7 ) putative pyruvate dehydrogenase El beta subunit (Arabidopsis thaliana] AF181688_RAT AF181688 17994_r_at gblAAF24609.1IACO10 8 7 0_ 2 (AC010870) vacuolar membrane ATPase subunit G (AVMA10) [Arabidopsis thaliana] AF181966_AT AF181966 17996_at gb|AAD55787.IAF181 9 6 6 _1 (AFI81966) methylenetetrahydrofolate reductase MTHFRI [Arabidopsis thaliana] AF186847_S_AT AF186847 18000_s_at gbjAAF03749.IAF1 8 6 84 7 _1 (AFI 86847) TIM 17 [Arabidopsis thaliana] - 186ene ID Accession # on Affy # Description chip NGOI-S-AT AGO1 12877_s-at gblAAD49 7 55.1lAC007 9 32

_

3 (AC0079 3 2 ) Identical to gbJU91995 Argonaute protein from Arabidopsis AJ001 342.2_SAT AJ0013 4 2

.

2 16923_s at embjCAAl8846.1|(AL 0 2 3 0 9 4 ) Putative S-phase-specific ribosomal protein [Arabidopsis thalianal A.100I39 7 _SAT AJ001397 18011 _sat dbjlBAA22504.1|(AB005560) AtGD12 [Arabidopsis thaliana] AJ00678 7 .lAT AJ006787.1 19224 at emblCAA07251.II (AJ006787) putative phytochelatin synthetase (Arabidopsis thaliana] AJ010456.

2 _AT AJ01045 6

.

2 17470_at embiCAA09195.11(AJ01 0 4 5 6 ) RNA helicase {Arabidopsis thaliana] AJOlOSOSSAT AJO10505 18018_s-at embICAB54830.1l (AJO10505) cysteine synthase [Arabidopsis thaliana] AJ0 16281_AT AJO11628 18032-i-at embjCAB56580.1 1(AJ 0 1 1 6 2 8 ) squamosa promoter binding protein-like 1 [Arabidopsis thaliana] AO125163.278.AT AJ012571.2 16012sat embICAA 10060.1 (AJ012571) glutathione transferase [Arabidopsis thaliana] A1305-68 7 .l 9 AT AJL312 0 5 1 8 047Lat embICAA1032 0 .l (AJL31205 ) A~i3120_AT - mtochondrial NAD-dependent malate dehydrogenase [Arabidopsis thalianal A LO21636.178 16499-at embICAA 16587.1 (ALO21636) ALO2636178_T - putative protein [Arabidopsis thaliana) AL02687199AT A02187.9 19677 at emb|CAA16709.11 (ALO21687) ALO2687.99_A ALO168719 -putative protein [Arabidopsis thaliana] -187 - Gene ID Accession # on Affy # Description chip AL021712 156_AT AL021712.15 6 20559_at embICAA16781. 1(ALO 2 17 12 ) putative protein [Arabidopsis thaliana] AL021811.156_AT AL021811.15 6 12776_at embICAAl6969.11(AL 0 2 18 11 ) putative protein [Arabidopsis thaliana] AL021890.1 4 _AT AL021890.1 4 13591_at embICAA17148.1| (AL0 2 18 9 0 ) putative protein [Arabidopsis thalianal AL021890.209_S AT AL021890.

2 0 9 12752_s_at embICAA 17163.11 (AL021890) peroxidase prxrl [Arabidopsis thaliana] AL022023.145-S-AT AL022023.1 4 5 16905_sat embICAA17773.1|(AL0 2 2 0 2 3 ) catalase [Arabidopsis thaliana] AL022141. 10 SAT AL022141.10 16976_s_at embiCAA18507.11

(AL

0 2 2 3 7 3 ) ribosomal protein L2 [Arabidopsis thaliana] AL022224.182_SAT AL022224.18 2 16021_s_at embICAA18251.1| (AL02222 4 ) endomembrane-associated protein (Arabidopsis thaliana] AL022224.

7 2 _AT AL022224.7 2 13122at embICAA18240.ll (AL02222 4 ) putative protein [Arabidopsis thaliana] AL022373.1 5 3 _AT AL022373.1 5 3 12802_at embICAA18498.11

(ALO

2 2 3 7 3 ) DnaJ-Like protein [Arabidopsis thaliana] kL022580.1 8 8 _AT AL022580.l 8 8 17878at embiCAA18628.1|(ALO 2 2 5 80 ) putative pectinacetylesterase protein [Arabidopsis thaliana] AL023094.216 SAT AL023094.

2 1 6 12234_s_at embICAA l8841.1 1(ALO 2 3 0 9 4 ) putative ribosomal protein S16 [Arabidopsis thaliana] AL023094.323SAT AL023094.3 2 3 1651 5-sat embICAA 18849. 11 (AL02309 4 ) putative protein [Afabidopsis thaliana] - 188 - Gene ID Accession # on AfTy # Description chip AL031326.138 AT ALO31326.138 17931_at embICAA20461.l1 (AL031326) water channel-like protein [Arabidopsis thaliana] AL034567.18 9 _AT AL034567.1 8 9 13088_at embiCAA22574.1 l(AL 0 34 5 6 7 ) ubiquinol-cytochrome c reductase like protein [Arabidopsis thaliana) AL035356.1 2 3 _AT AL035356.1 2 3 13097at embICAA22994.1 1 (AL0 3 5 3 5 6 ) putative protein [Arabidopsis thaliana] AL035394.117-AT AL035394.117 17384at embICAA2302 9 .II (AL035394) putative protein lArabidopsis thalianal AL035440.191_S_AT AL035440.191 13133_s_at embICAB36530.1|(AL0 3 54 4 0) ubiquitin-like protein [Arabidopsis thaliana] AL035440.

4 4 7 _AT AL035440.4 4 7 17011_at embICAB36546.1I(AL035 44 0) putative DNA binding protein [Arabidopsis thaliana] AL035440.66-AT AL035440.6 6 18661Lat embICAB36517.1| (AL035440) putative protein [Arabidopsis thaliana] AL035526.101 SAT AL035526. 101 13073_s_at embICAB37458.lI (AL0 3 5 5 2 6 ) ribosomal protein LI 1, cytosolic [Arabidopsis thalianal AL035540.3 4 8 _SAT AL035540.3 4 8 19961_s_at gb|AAB24074.1| (S47408) glycine rich protein, atGRP {clone atGRP 2) [Arabidopsis AL035540.9 4 _AT AL035540.9 4 12804_at embICAB37507.I 1 (ALO 3 5540) probable H+-transporting ATPase [Arabidopsis thaliana] AL035656.1 2 6 _AT AL035656.1 2 6 17459_at embICAB38614.11 (AL035656) putative protein [Arabidopsis thaliana] AL035679.1 3 _SAT AL035679.13 16961_s_at gbIAAA99933.I 1 (L 4 4 5 8 1 ) vacuolar H+-pumping ATPase 16 kDa proteolipid [Arabidopsis [Arabidopsis thalianal - 189- Gene ID Accession # on Affy # Description chip AL035679.

2 3 2 _AT AL035679.2 3 2 18905at embICAB388 2 8 . 11 (AL035679) putative proton pump [Arabidopsis thalianal AL035680.1 10_SAT AL035680.1 10 17429_s_at embICAB388 4 3 . 11 (AL035680) translation initiation factor [Arabidopsis thaliana) AL035680.5 3 _AT AL035680.5 3 13578_at embICAB38839. L (AL 3 k 6 r) ribosomal protein L14-Rie protein [Arabidopsis thaliana) AL035709.

8 7 _AT AL035709.8 7 17389_at embICAB3893 .1 (AL03 5 7 0 9 ) putative protein [Arabidopsis thaliana) A1049171.158_AT AL049171.1 5 8 20180_at No hits found less than or equal to le-15. AL049171.

2 5 _AT AL049171.

2 5 17005at embICAB3895 2 .1I (AL049171) putative ribosomal protein [Arabidopsis thalianal AL049480.1 7 8 AT AL049480.1 7 8 13940_at embICAB39610.11 (AL049480) putative acidic ribosomal protein [Arabidopsis thaliana] AL049608.l 84 _AT AL049608.I 84 12813_at embCAB40778. 1 (AL04 960 8 ) putative protein [Arabidopsis thalianal AL050300.lSFAT XL050300.1. 13129fat emblCAB43405.1 I (AL050 30 0 ) ubiquitin / ribosomal protein CEP52 [Arabidopsis thaliana AL050300.

2 7 _AT AL050300.2 7 16920_at embICAB4340 7 .l (AL05030 0 ) putative ribosomal protein S14 [Arabidopsis thaliana] AL050398.

4 _AT A.L050398.

4 191 33at embICAB4369O. fl (AL050398) H+-transportulg ATPase-ke protein [Arabidopsis thaliana] AL078464.3 AT A-1-078464.3 7 141 08at embICAB4383 6 .1 j (ALO78464) putative protein [Arabidopsis thalianal - 190- ;ene ID Accession # on Affy # Description chip 1078468.11 _AT AL078468.11 18330_at embICAB43885. 1 (AL 0 7 8 4 6 8 ) acyl-CoA synthetase-like protein (Arabidopsis thalianal kL078637 47_SAT AL078637.

4 7 12803_s_at embICAB45057.11 (AL078637) putative protein [Arabidopsis thaliana] AL096856.7_AT AL096856.

7 13093_at embICAB51061.11

(ALO

9 6 8 5 6 ) B12D-like protein [Arabidopsis thalianal AL096860.1 57 _AT AL096860.1 57 13079_at embICAB51209.1l

(ALO

9 6 8 6 0) 40S RIBOSOMAL PROTEIN S20 homolog [Arabidopsis thaliana] AOSSAT 12881 _s_at embICAA63266.l| (X925 10) allene oxide synthase (Arabidopsis thaliana] AP000423_AT AP000423 12847_at dbjlBAA84366.1I(AP000 4 2 3 ) orf within trnK intron [Arabidopsis thaliana] APX3_ST APX3 12885 s at emb|CAA66640. 1|(X98003) APX3-_AT - ascorbate peroxidase [Arabidopsis thaliana] ATADHIIIAT ATADHIII 12893_at embICAA5797 3 .11 (X82647) class III ADH, glutathione-dependent formaldehyde dehydrogenase. [Arabidopsis thalianal ATERF3_SAT ATERF3 12906_s_at dbjjBAA32420.1l (AB008105) ethylene responsive element binding factor 3 [Arabidopsis thalianal ATHADPRFAS AT ATHADPRFA 15677_s_at gbiAAA32729.ll (M95166)

ADP

ribosylation factor [Arabidopsis thaliana] ATHAVAP_S_AT ATHAVAP 1519 1_s_at gblAAA99933.1I (L44581) vacuolar H+-pumping ATPase 16 kDa proteolipid [Arabidopsis [Arabidopsis thaliana] - 191 - 3ene ID Accession # on Affy # Description chip ATHAVAPA_S_AT ATHAVAPA 15584_s-at gblAAD26493. IAC007195_7 (AC007195) putative vacuolar proton-ATPase 16 kDa proteolipid [Arabidopsis thaliana] ATHAVAPCSAT ATHAVAPC 16145_s_at gbjAAD38803.1AF1 5 3 6 7 7 -1 (AF153677) vacuolar H+-pumping ATPase 16 kDa subunit c isoform 4 thaliana] ATHD12AAA_S_AT ATHD12AAA 15134_s_at gbIAAA32782.11 (L26296) delta 12 desaturase (Arabidopsis thalianal ATHDYNAGTP-SA ATHDYNAGTP 15585_s_at gblAAB63528.1l (L36939) T dynanin-like GTP binding protein [Arabidopsis thaliana] ATHERDI3_S_AT ATHERD13 15193_s_at gb|AAC20721.ll (AC004669) glutathione S-transferase [Arabidopsis thaliana] ATHERDI5_S_AT ATHERD15 15104_sat gblAAC23728.1| (AC004625) dehydration-induced protein (ERD 15) [Arabidopsis thaliana] ATHGFPSIASAT ATHGFPSIA 14734_s_at gblAAA32799.lI (L091 10) GF14 psi chain [Arabidopsis thaliana] ATHHMGIAT ATHHMGl 12920_at gblAAA32814.11 (L19261) hydroxymethylglutaryl CoA reductase [Arabidopsis thaliana] ATHHMGCOAR_S_ ATHHMGCOAR 12921_s_at emb|CAA33139.l 1(X15032) AT hydroxy methylglutaryl CoA reductase (AA 1-592) ATHMERI5B_S_AT ATHMERI5B 15614_sat embiCAB52471.1l (AL109796) xyloglucan endo-1, 4-beta-D glucanase precursor [Arabidopsis thaliana]. ATHMTMACPS_AT ATHMTMACP 16574_sat gb|AAB96840.1| (L23574) acyl carrier protein precursor [Arabidopsis thaliana] - 192- Gene ID Accession # on Affy # Description chip ATHPRPHC_SAT ATHPRPHC 15119_s_at gblAAD10854.11(U 6 0135) serine/threomnne protein phosphatase 2A-3 catalytic ATHRP28ASAT ATHRP28A 16577_s_at gblAAA32862.1

(LO

9 7 55) ribosomal protein S28 [Arabidopsis thaliana] ATHRPCA_S_AT ATHRPCA 15155_s_at gbjAAA66160. l (M32654) ribosomal protein [Arabidopsis thaliana] ATHSARISAT ATHSARI 15617_s_at gbjAAA56991.ll (M90418) formerly called HAT24; synaptobrevin-related protein [Arabidopsis thaliana] ATORNCARBS_AT ATORNCARB 15213_s_at emb|CAA04115.11 (AJ000476) Ornithine carbamoyltransferase [Arabidopsis thaliana] ATTHIRED2_S_AT ATTHIRED2 13184_s_at gbIAAC49351. l1 (U35640) thioredoxin h [Arabidopsis thalianal ATTHIRED3_AT ATTHIRED3 13185_at embICAA8461 2 .l (Z35475) thioredoxin [Arabidopsis thaiana] ATU01955_S_AT ATU01955 15135_ sat gbIAAF27153.lIAC01 6 5 2 9 _16 (AC016529) putative 40S ribosomal protein SA (laminin receptor-like ATU09137_SAT ATU09137 15156_s-at gblAAA52225. 11(UO 9 13 7 ) pyruvate dehydrogenase El beta subunit [Arabidopsis thaliana] ATUI5108_S_AT ATU15108 17078_s_at gblAAA50250.1|(U1510 8 ) metallothionein-like protein [Arabidopsis thaliana] ATU15130_S_AT ATU 15130 15157_s-at No hits found. ATU18410_SAT ATU18410 16156_s_at gb|AAD15575.1 l(AC00 6 34 0) auxin-regulated protein (I AA8) [Arabidopsis thaliana] - 193- Gene ID Accession # on Affy # Description chip ATU18675_SAT ATU18675 15620_s_at gblAAD47191.lIAF1060 8 4 _1l (AF106084) 4-coumarate:CoA ligase 1 [Arabidopsis thaliana] ATU20347_SAT ATU20347 15649_s_at gbjAAA9197 6 .I1 (U20347) mRNA corresponding to this gene accumulates in response to ATU21214_SAT ATU21214 15590_s_at gblAAA86507.1

(U

2 121 4 ) pyruvate dehydrogenase El alpha subunit [Arabidopsis thaliana] ATU21557_SAT ATU21557 16098_s_at gbIAAC49255.1 1(U 2 15 5 7 ) phosphoprotein phosphatase 2A, regulatory subunit A [Arabidopsis thalana] ATU22340 SAT ATU22340 15136_s_at gbIAAB49030.1| (U22340) DnaJ homolog [Arabidopsis thalianal ATU36765 SAT ATU36765 15177_s at gbAAC49079.1 (U36765) TGF beta receptor interacting protein I homolog [Arabidopsis thalianal ATU37235_SAT ATU37235 15195_s_at embICAB58515.1 1(A 7 4 2 8 1 ) unnamed protein product [Arabidopsis thaliana] ATU37281_F_AT ATU37281 16158_f_at gb|AAB52506.l1 (U2781 1) actin7 [Arabidopsis thaliana] ATU37587_SAT ATU37587 13205_s_at gblAAC49120.1|(U375 8 7 ) cell division cycle protein [Arabidopsis thaliana] ATU39485_S_AT ATU39485 15122_s-at gbIAAC49281.1 1 (U39485) delta tonoplast integral protein [Arabidopsis thaliana] ATU43325_SAT ATU43325 15691_s-at gblAAB39480.1l (U43325) profilin 1 [Arabidopsis thatiana] - 194 ene ID Accession # on Atfy # Description chip kTU43397_S_AT ATU43397 15112_s-at gblAAD09837.1

(U

4 3 3 9 7 ) cryptochrome 2 apoprotein (Arabidopsis thaliana] and cryptochrome 2 apoprotein (CRY2) (gbjU43397). ESTs gb|W43661 and gbjZ25638 come from this gene. [Arabidopsis thaliana] ATU46665_SAT ATU46665 14730_s-at gblAAC31617.11 (U49937) glutamate decarboxylase [Arabidopsis thaliana] Arabidopsis thaliana. ESTs gbIW43856, gbjN37724, gbjZ34642 and gbjR90491 come from this gene. ATU49072_SAT ATU49072 15215_s-at gblAAB84353. 11 (U49072) IAA1 6 [Arabidopsis thaliana] ATU49259_SAT ATU49259 15652_s-at gb|AAF26982. IlAC0 18363_27 (AC018363) isopentenyl diphosphate:dimethylallyl diphosphate isomerase [Arabidopsis thaliana] ATU52851_S_AT ATU52851 15197_s_at gbjAAB09723.1I(U 5 2 8 5 1 ) arginine decarboxylase [Arabidopsis thaliana] ATU56929_S_AT ATU56929 15180_s_at gblAAB57799.11 (AF001 5 3 5) AGAA.4 [Arabidopsis thaliana ATU63633_SAT ATU63633 14721_s_at gblAAB17665.11 (U63633) S adenosylmethionine decarboxylase [Arabidopsis thaliana] ATU66343_SAT ATU66343 15654_s_at gblAAC49695.l| (U66343) calreticulin [Arabidopsis thalianal ATU68545_SAT ATU68545 14722_s_at gblAAA74737.1I (U02565) 14-3 3-like protein 1 [Arabidopsis thaliana] ATU75191 SAT ATU75191 15216_s_at gblAAB51576. 11(U 7 5198) germin-like protein [Arabidopsis thabanal - 195 - Gene ID Accession # on Affy # Description chip ATU77381_SAT ATU77381 16106_s_at gblAAB82647.11 (U77381) WD-40 repeat protein [Arabidopsis thaliana] ATU7829 7 _FAT ATU78297 15100_f at gbjAAB36949.11 (U78297) plasma membrane intrinsic protein PIP3 [Arabidopsis thaliana] ATU78870_SAT ATU78870 17030_s at gbjAAB68038.l (U78866) genelOOO [Arabidopsis thalianal ATU79960_SAT ATU79960 16056_s-at gblAAB72112.11 (U79960) vacuolar sorting receptor homolog [Arabidopsis thalianal ATU80186_SAT ATU80186 15627_s_at gblAAB86804.11(U 8 018 6 ) pyruvate dehydrogenase El beta subunit [Arabidopsis thaliana 95_S_AT ATU91995 16170_s_at gb|AAD49755.1IAC00 79 3 2 3 (AC00793 2 ) Identical to gbIU91995 Argonaute protein from Arabidopsis CATLSAT CATL 13218_s-at gbiAAC17732.1 (AF021 9 37 ) catalase 3 [Arabidopsis thalianal CYSPROLSAT CYSPROL 13230s-at embiCAB1039 8 .1l (Z97340) cysteine proteinase like protein [Arabidopsis thaliana] D1027.1 _AT D01027.1 18940at gblAAC24370.11 (U89959) ARA-5 [Arabidopsis thaliana] D 1394.4_SAT D 11394.4 16011 sat embICAA44 6 3 0. 11 (X62818) Dll94._S T -- - Met allot hionein- like protein [Arabidopsis thaliana] D1304.4-TD 13043.4 15973_at dbjjBAA02374.11 (D13043) thiol D1304.4_ATprotease (Arabidopsis thaliana) D83531 _SAT D83531 15113 s at dbjjBAA11944. 1 l(D83531) GDP dissociation inhibitor [Arabidopsis thalianal - 196sene ID Accession # on Affy # Description chip D88374 15149 s at dbjlBAA13599.l (D88374) gamma subunit of mitochondrial F1-ATPase [Arabidopsis [Arabidopsis thalianal LUTATHIONEPER GLUTATHIONE 13259_s-at gblAAD2483 6 .l |AC00707 1 _8 DXIDASEI_S_AT PEROXIDASEI (AC007071) putative glutathione peroxidase [Arabidopsis thaliana] GST LRCSAT GSTl 13263_s_at embICAA10060. 1(AJ012571) glutathione transferase [Arabidopsis thaliana] GST2_SAT GST2 13264_s_at embICAA72973.1| (Y12295) glutathione transferase [Arabidopsis thaliana] GST8 S AT GST8 13267_s_at embICAA100 6 0.lt (AJ012571) glutathione transferase (Arabidopsis thaliana] HSC7OL-SAT HSC701 13269_s at embICAA5441 9 .l (X77199) heat shock cognate 70-1 [Arabidopsis thalianal IAA16_SAT IAA16 13294_s_at gblAAB84353.1| (U49072) IAA16 [Arabidopsis thaliana] IAA8_SAT IAA8 13663_s-at gblAAD15575.1l (AC006340) auxin-regulated protein (IAA8) [Arabidopsis thaliana] J05216.2_SAT J05216.2 16985_s_at gb|AAA32866.1 1 (J05216) ribosomal protein S 1 (probable start codon at bp 67) [Arabidopsis thaliana] L09755.2_SAT L09755.2 19682-s_at gblAAA32862.1

(LO

97 5 5 ) ribosomal protein S28 [Arabidopsis thaliana] L14844_3_SAT L14844 12824_s_at No hits found less than or equal to le-15. L15389_SAT L15389 18679_s_at No hits found. - 197 - Gene ID Accession # on Affy # Description chip L26984-SAT L26984 18682_s_at gblAAC27463.l (AC003672) putative small GTP-binding protein [Arabidopsis thaliana] M21415.4_AT M21415.4 15988_at gblAAA32757.1 (M21415) beta tubulin [Arabidopsis thaliana] M55077.2_AT M55077.2 15993_at gbIAAA3286 8 .11 (M55077)

S

adenosylmethione synthetase [Arabidopsis thaliana] M64116_3_S_AT M64116 12827_s_at gblAAA32794.1(M 6 4 l1 6 ) cystolic glyceraldehyde-3 phosphate dehydrogenase (GapC) [Arabidopsis thaliana] M84703.2_AT M84703.2 16480at gbIAAA32884.l| (M84703) beta-6 tubulin [Arabidopsis thaliana] ORYZAIN4_AT ORYZAIN4 14245_at dbjIBAA02374.1I (D13043) thiol protease [Arabidopsis thalianal RZAMSAT RYZAIN5 14246_at embCAA68192.l11 (X99936) -- cystemne protease [Zea mays] PHY A-AT PHY A 14622_at emb|CAA3522 1. 11 (X 1734 1) phyA

-

photoreceptor [Arabidopsis thaliana) RAN I -S-ATRAN I 14641_s-at gbjAAD29109. I IAF0825 65-1 (AF082565) ATP dependent copper transporter [Arabidopsis thaliana] RD19A_SAT RD19A 14644_s_at embICAB38829.ll (AL035679) drought-inducible cysteine proteinase RD19A precursor S69727.2_AT S69727.2 16503_at gbjAAB20558.1| (S69727) light regulated glutamine synthetase isoenzyme [Arabidopsis thaliana, Peptide, 430 aa] TH1OLPROTEASE1_ THIOLPROTEASE 14658_s_at embICAB38829.l (AL035679) S-AT -drought-inducible cysteine proteinase RD19A precursor [Arabidopsis thalianal - 198 - Gene ID Accession # on Affy # Description chip TH1OLPROTEASE3_ THIOLPROTEASE 14659_s_at embICAB3882 9 .1j (AL035679) SAT 3 drought-inducible cysteime proteinase RD19A precursor TONOL.FAT TONOL 14662_f_at embjCAA38633.1| (X54854) - possible membrane channel protein [Arabidopsis thaliana] UI1256.2_AT U11256.2 16035_at gbjAAA82212.1|(Ul 2 5 6 ) metallothionein [Arabidopsis thaliana] UI5108.2_S_AT U15108.2 16010_s_at gblAAA50250.1|(U1510 8 ) metallothionem-like protein [Arabidopsis thaliana] U20347.2_SAT U20347.2 18651_s_at gblAAA91976.11 (U20347) mRNA corresponding to this gene accumulates in response to U21214 18687_s at gbjAAA86507.11

(U

2 121 4 ) pyruvate dehydrogenase El alpha subunit (Arabidopsis thaliana U33014.2_SAT U33014.2 15955_s_at gb|AAB53929.1 1(U 3 3 01 4 ) polyubiquitin [Arabidopsis thaliana) AT U35640.2 16032_s at gb|AAC4935 1. 11 (U35640) thioredoxin h [Arabidopsis thaliana] U3825.1SAT U35826.2 19654_sat gblAAC49353.1 l(U35826) thioredoxin h [Arabidopsis thaliana] U41998.4 AT U41.4 16476_at gbIAAB37098.1| (U41998) action 2 [Arabidopsis thaliana] -hits found less than or equal to

--

~

-

e- 15. U6385.1-S-A U6815.18 16429_s-at gblAAB02880.l l (U63815) U .

ascorbate peroxidase [Arabidopsis thaliana] U6492.1S-A U69121 18989_s-at gblAAB86892.l l (AF032883) At J [Arabidopsis thaliana] -199 - Gene ID Accession # on Affy # Description chip U6547L AT U65471 18692_at No hits found less than or equal to le-15. U84969_3_F_AT U84969 12833_f_at gblAAB95252.1| (U84969) ubiquitin [Arabidopsis thaliana] U95973.108_AT U95973.108 18639_at gbjAAB65482.1 1 (U95973) endomembrane protein EMP70 precusor isolog [Arabidopsis thal[ana] WT108A_RCAT WT1I08A 14690_at No hits found less than or equal to le-l15. WT755_S-AT WT755 |14701_-s-at emb|CAA52237. 1|(X74140) RCI 14A [Arabidopsis thalianal WT758-AT WT758 14703_at gbAAD46040.IIAC007519 25 (AC007519) ESTs gbjH36253 and gb|AA04251 come from this gene. [Arabidopsis thaliana] X15550_SAT X15550 12843_s_at gb|AAD26488.lIAC007195_2 (AC007195) unknown protein [Arabidopsis thaliana] X16432.2_SAT X16432.2 15992_s_at embICAA34456. 11 (X1 6 4 32 ) elongation factor 1-alpha [Arabidopsis thaliana] X52256.2_AT X52256.2 16443at embICAB45802.2 (AL080253) translation elongation factor EF-Tu precursor, chloroplast [Arabidopsis thaliana] X65052_AT X65052 16026_at embICAA46188.lI (X65052) eukaryotic translation initiation factor 4A- 1 [Arabidopsis thalianal X65549. 1 _AT X65549.1 15963_at embICAA4651 8 .l (X65549) adenylate translocator [Arabidopsis thaliana] X68150.1 _AT X68150.1 16451_at embICAA48253.1l (X68150) ketol-acid reductoisomerase [Arabidopsis thaliana] - 200 - Gene ID Accession # on Affy # Description chip - X69294.2_SAT X69294.2 16030_sat embICAA49155.11 (X69294) transmembrane protein TMP-B [Arabidopsis thaljana] X74604.2_S_AT X74604.2 15953_s_at embiCAA52 6 8 4 .11 (X74604) heat shock protein 70 cognate [Arabidopsis thaliana) X74733.2_AT X74733.2 16463_at emblCAA52751.i 1 (X74733) elongation factor-I beta Al [Arabidopsis thalianal X75162.2_AT X75162.2 16997at embICAA53005.11(X 7 5 16 2 ) BBC1 protein [Arabidopsis thalianal thaliana] X75881.2_AT X75881.2 16446_at embICAA53475.1l

(X

7 5 8 8 1 ) plasma membrane intrinsic protein I a [Arabidopsis thalianal X75883.2_AT X75883.2 15989at embICAB6764 9 .l (ALI 32966) plasma membrane intrinsic protein 2a [Arabidopsis thalianal X78584.2_AT X78584.2 16456_at embICAA55321.lI (X78584) Dil9 [Arabidopsis thalianal X81697.2_SAT X81697.2 16918_s_at embICAA57343. 1l (X81 6 9 7 ) cysteine synthase [Arabidopsis thaliana) X82002. I-AT X82002.1 20261 at embICAA5752 8 .l (X82002) protein phosphatase 2A 65 kDa regulatory subunit [Arabidopsis thaliana] X84078_AT X84078 18710_at embiCAA58887. l (X 8 40 7 8 ) NADH dehydrogenase [Arabidopsis thaliana] X84315.8_AT X84315.8 18659_at No hits found less than or equal to le-15. X84318_AT X84318 18711_at embICAA59061.ll (X84318) NADH dehydrogenase [Arabidopsis thalianal - 201 - Gene ID Accession # on Affy # Description chip X86962.3_AT X86962.3 19917_at embICAA60525.1|(X 8 6 9 6 2 ) protein kinase catalytic domain (fragment) [Arabidopsis thalianal X91398.2_AT X91398.2 16988_at embICAA62744.l (X91398) transcription factor L2 [Arabidopsis thaliana] X91958.1AT X91958.1 16469_at embICAA63024.l (X91958) 60S ribosomal protein L9 [Arabidopsis thalana] X91959.1 _AT X91959.1 15890_at gb|AAF04877.IAC010 7 9 6 _13 (AC010796) 60S ribosomal protein L27A [Arabidopsis thaliana] X92510.2_SAT X92510.2 19706_s_at embiCAA63266.l (X925 10) allene oxide synthase [Arabidopsis thaliana] X94626.1_AT X94626.1 16508_at embICAA64329. 11 (X94626) AATP2 [Arabidopsis thaliana] X99609.2_SAT X99609.2 17430_s_at embICAA67923.1 1 (X99609) ubiquitin-like protein [Arabidopsis thaliana] Y07765.7_S_AT Y07765.7 16437_s_at No hits found less than or equal to l e-15. Y09482.2_IAT Y09482.2 16036_i_at embICAA7069 1. 11 (Y09482) HMG1 [Arabidopsis thalianal Y10157.3S_AT Y 10157.3 19833_s_at embICAA71239.1 1(Y 1015 7 ) sulfite reductase [Arabidopsis thaliana] Y10863.1 _IAT Y10863.1 19919_i_at embICAA71879.11(Y10 9 86 ) hypothetical protein 194 [Arabidopsis thaliana] YI2295.2_SAT Y12295.2 16033_s_at embICAA72973.1|(Y1 2 2 9 5 ) glutathione transferase [Arabidopsis thaliana] Y14052.2_AT Y14052.2 16506_at embICAA74381.1|(Y140 52 ) ribosomal protein S6 [Arabidopsis thaliana] - 202 - Gene ID Accession # on Affy # Description chip Y 17053.2_AT Y 17053.2 15960_at embICAA76606.1l (Y 170 5 3 ) At hsc70-3 [Arabidopsis thaliana] ZI2024_AT Z12024 18731_at embICAA78059.1 I (Z1 20 2 4 ) calmodulin [Arabidopsis thaliana] Z14989.5_AT Z14989.5 17414_at emblCAA78713.1 1 (ZI 4 9 8 9 ) ubiquitin conjugating enzyme homolog [Arabidopsis thaliana] Z15157.1 AT Z15157.1 16982_at embICAA78856.1 (Zl515 7 ) Wilm's tumor suppressor homologue [Arabidopsis thaliana] Z28702.2_AT Z28702.2 16984_at embICAA82273.I| (Z2 8 70 1 ) S1 8 ribosomal protein [Arabidopsis thaliana] Z97335.5_SAT Z97335.5 16504_s_at embICAB10172.l (Z9 7 3 3 5 ) hydroxymethyltransferase [Arabidopsis thaliana] Z97336.1 _AT Z97336.1 16930at embICAB10211.1|(Z973 3 6 ) ribosomal protein [Arabidopsis thaliana] Z97337.298_S_AT Z97337.298 16934_s_at embjCAB10279.1 l (Z973 3 7 ) ribosomal protein [Arabidopsis thalianal Z97340.298_S_AT Z97340.298 15972_s_at embICAB 10398. 11 (Z97340) cysteine proteinase like protein [Arabidopsis thaliana] Z97341.130_AT Z97341.130 18230_at embICAB10428.11 (Z97341) symbiosis-related like protein [Arabidopsis thaliana] Z97341.407_AT Z97341.407 18614_at embICAB10447.1 1(Z 9 7 3 4 1) ribosomal protein [Arabidopsis thaliana] Z97343.270_S_AT Z97343.270 16926_s_at embICAB10520.1 1 (Z9 7 3 4 3 ) ribosomal protein [Arabidopsis thaliana] - 203 - Gene ID Accession # on Affy # Description chip Z99708.65_AT Z99708.65 19139_at embICAB16820.1|(Z 9 9 7 0 8 ) ubiquitin--protein ligase-like protein [Arabidopsis thaliana) - 204 - Table 12 provides a description of Arabidopsis genes for sequences which are expressed in a leaf-specific manner. Table 12: Affy ID Accession function Desr pto 81994at AC004218.86_AT novel gblAAC27838.l (AC004218) unknown protein [Arabidopsis thaliana] 12086_sat AC002409.88_SAT novel gbjAAB86456.l (AC002409) unknown protein [Arabidopsis thaliana] 12095at AC006223.95_AT novel gbjAAD15394. 11 (AC006223) hypothetical protein [Arabidopsis thaliana] 12105_at AF000657.30-AT novel gblAAB72170. 11 (AF000657) hypothetical protein [Arabidopsis thaliana] 12115_at AL033545.26_AT metabolism embICAA22152.1 1(ALO 3 3 54 5 ) extensin-like protein [Arabidopsis thaliana] 12135at AC007230.

2 9_AT novel gblAAD26875.IJAC00 7 2 3 0_9 (AC007230) ESTs gbjH76289 and gbIH76537 come from this gene. [Arabidopsis thaiana] 12270_at AL030978.79_AT kinase embjCAA 19724.11 (AL030978) putative receptor protein kinase [Arabidopsis thaliana] 12299_at ALO22347.265-A T kinase embCAA18476. 11 (AL222347) se rine/t hreo nine kinase-like protein [Arabidopsis thaliana] 12305-i-at A024.1-I._AT novel emblCAA 18473.l11 (ALO22347) - putative protein [Arabidopsis thaliana] 12392atAC002391.102_AT transcription gbIAAB87103. 11 (AC00239 1) putative MYB family transcription factor (Arabidopsis thaliana) - 205 - Affy ID Accession function Description AC00231 1

.

20 AT defense "gb|AAC00607.l l (AC00231 1) 12788_at -A similar to ripening-induced protein, gplAJOO144912465015 and major#latex protein, gpIX919 6 1|l 107495 {Arabidopsis thaliana]" 13243-r-at EL132_RAT metabolism embICAB3753 9 .1| (AL035538) cinnamyl-alcohol dehydrogenase ELI3-2 [Arabidopsis I 3352at AL030978.l 2 6 _AT novel embICAA19730.1| (AL030978) putative protein [Arabidopsis thalianal S362Qat AL035605.

4 1_AT metabolism emblCAB382 9 5. 11 (AL035605) formamidase-like protein [Arabidopsis thaliana] 137 19at NOVARTIS106_AT novel No hits found less than or equal to I e- 15. 13812-s-at AC0052 7 5 .l 0 4 _SAT hormone gblAAD14468.ll (AC0052 7 5 ) putative GH3-like protein [Arabidopsis thaliana) 1 3972s-at Z97344.134SAT transcription embICAB105 6 1.11 (Z97344) SUPERMAN like protein [Arabidopsis thaliana] 14192at NOVAIRTIS66_AT novel gb|AAC34331.11 (AC004122) Unknown protein [Arabidopsis thaliana] 1421at OVARIS8-AT novel No hits found less than or equal to le-15. -4-s- -R--T meaos gb|AAF19225.lIlAC00750 (AC007505) nitrate reductase [Arabidopsis thaliana) - 206 - Affy ID Accession function Description 14248_at PAD3_AT metabolism "gblAAD31062.1|AC 0 0 7 3 5 7 -11 (AC007357) Strong similarity to gbjX97864 cytochrome P450 from Arabidopsis thaliana and is a member of the PF100067 Cytochrome P450 family. ESTs gbjN65665, gb|T14112, gbIT76255, gbIT20906 and gb|A110002 7 come from this gene." 14432_at AL035440.50 2 _AT novel embICAB36549.1l (AL035440) putative protein [Arabidopsis thaliana] 14484_at U73462.2AT metabolism gb|AAC32523.1l (U73462) carbonic anhydrase [Arabidopsis thaliana] 14533_i_at AC007048.1 6 6 _1_AT novel gblAAC32523.l| (U73462) carbonic anhydrase [Arabidopsis thaliana] 14600_at AC007576.49_AT novel gb|AAD39297.IlAC0075 7 6 20 (AC007576) Unknown protein [Arabidopsis thaliana] 14603_at AL022347.28 2 _AT kinase embICAA 18477.11 (AL022347) serine/threo nine kinase-like protein [Arabidopsis thalianal 14621 -at PDF_.2_AT defense gbjAAC31244. l1 (AC004747) putative antifungal protein [Arabidopsis thalianal 14635_s-at PR.I _S_AT defense gblAAC69381.ll (AC005398) pathogenesis-related PR- I -like protein [Arabidopsis thalianal 14682_i-at WT1012ARC_IAT novel No hits found. 14709_at WT788_AT novel No hits found less than or equal to le-15. - 207 - Affy ID Accession function Description 14803_at AC006550.

3 3 _AT metabolism gblAAD25807. I |AC006550_15 (AC006550) Strong similarity to gbjZ49699 glutaredoxin from Ricinus communis. [Arabidopsis thaliana] 14808_i_at AC007230.

2 1 _IAT kinase gb|AAD26873.1IAC00 7 2 3 0_7 (AC007230) Contains PF100069 Eukaryotic protein kinase domain. [Arabidopsis thaliana) 14862_at AC005770.20 5 _AT transcription gbjAAC79620.I1 (AC005770) putative RING zinc finger protein [Arabidopsis thaliana] 15185_s_at AB024283_SAT metabolism dbjIBAA78561.1l (AB024283) cysteine synthase [Arabidopsis thaliana) 15271 -at AC00407 7

.

14 1_ AT novel gblAAC26689. 11 (AC004077) unknown protein [Arabidopsis thaliana] 15422_at AF069441.29_AT novel gb|AAD36948.IAF069 4 4 1_8 (AF069441) hypothetical protein [Arabidopsis thaliana] 15467_at AC000375.3 4 _AT novel gblAAB60770.11 (AC000375) EST gbjH37044 comes from this gene. [Arabidopsis thaliana] 15552_at AL096859.1 6 2 _AT novel embICAB51187.lI (AL096859) putative protein [Arabidopsis thaliana] 15613_s-at ATHHOMEOASAT metabolism emblCAA79670.l| (Z19602) HAT4 [Arabidopsis thaliana] 15837_at AC005496.175-AT metabolism gbjAAC35232. 11 (AC005496)

-

putative thiammn biosynthesis protein [Arabidopsis thaliana] 16137_s-at AF149053_S-AT metabolism gbjAAD38033. IlAF149053_1 (AF149053) phytochrome kinase substrate 1 [Arabidopsis thaliana] 16172_s-at D78603_SAT metabolism dbj|BAA28535.1l (D78603) cytochrome P450 monooxygenase [Arabidopsis thaliana] - 208 - Affy ID Accession function Description 16322_at ALO96860.20 3 _AT novel embICAB51215.l1 (AL096860) putative protein [Arabidopsis thaliana] 16323_at AC005957.3 5 _AT defense gblAAD03365. l1 (AC00595 7 ) putative disease resistance protein [Arabidopsis thalianal 16331 at AC005957.23_AT defense gblAAD0336 1. 1l (AC00595 7 ) putative disease resistance protein [Arabidopsis thaliana] 16365_at AC003974.1 3 6 _AT defense gbjAAC04495.ll (AC00397 4 ) putative disease resistance protein [Arabidopsis thaliana] 16547_s_at AF053941_SAT metabolism gb|AAC27293.

2 | (AF053941) non phototropic hypocotyl 1-like [Arabidopsis thalianal 16583-sat ATHZFPHSAT transcription gblAAA87304.1l (L39651) zinc finger protein [Arabidopsis thaliana] 16687-s-at AC004044.6 4 _S_AT novel gbjAAC79114.11 (AF069442) hypothetical protein [Arabidopsis thaliana] 16845 at AC006232.

87 _AT metabolism gbjAAD 15594. 11 (AC006232) putative cysteine protease [Arabidopsis thaliana] 16856iat AC004681.86_1_AT metabolism gbjAAC25936.1l (AC004681) putative cellulose synthase [Arabidopsis thalianal 17019_s_at ATU28422_S_AT transcription gbjAAC33507.l (AC0053 10) MYB-related transcription factor (CCAI) [Arabidopsis thaliana] 17128_s_at ATHRPRP1A_SAT defense gblAAC69381.lI (AC005398) pathogenesis-related PR- 1-like protein Arabidopsis 17231 at AC004411.170_AT novel gbjAAC34226. 11 (AC004411) hypothetical protein [Arabidopsis thaliana] - 209 - Affy ID Accession function Description 17331_at AF069298.

2 3 _AT kinase gblAAC19274.1| (AF069298) contains similarity to a protein kinase domain (Pfam: pkinase.hmm, score: 165.48), to legume lectins beta domain (Pfam: lectin-legB.hmm, score: 125.64) and legume lectins alpha domain (Pfam: lectinjlegA.hmm, score: 16.72) [Arabi 1736L-s-at AF096373.2 8 _SAT metabolism embiCAB39764.l| (AL049487) sucrose-phosphate synthase-like protein [Arabidopsis thaliana] 17411 s_at X98926.1 _S_AT defense embICAA6742 6 .1| (X98926) thylakoid-bound ascorbate peroxidase [Arabidopsis thalanal 178 15sat Z97342.284-S AT defense emblCAB46050.1I (Z97342) disease resistance RPP5 like protein (fragment) (Arabidopsis thaliana) 17835at AF096370.

14 _AT RNA gbjAAC62779.1|(AF0 9 6 3 7 0) binding contains similarity to Arabidopsis protein thaliana reverse transcriptase-like proteins 1786-s-a AC0556.16--AT transport gbIAAC67319. 11 (AC005560) putative auxmn transport protein {- Arabidopsis thaliana] 17936s-atZ9734.384S AT met abolism emb|CAB4605 1. 11 (Z97342) putative beta-amylase [Arabidopsis thaliana] 18115.at AC005388.

4 3 _AT kinase gblAAC64891.1l (AC005388) Similar to TI 1J7.13 gil28 8 0051 putative protein kinase from Arabidopsis thaliana BAC gbIAC002340. 18296at AC002510.60_AT kinase gbjAAB84338.l (AC002510) putative Ca2+-ATPase [Arabidopsis thaliana] -210- Affy ID Accession function Description 18301_s-at AL022223.

4 8_S_AT metabolism emblCAA1821 8 .11 (AL022223) fructose-bisphosphate aldolase (Arabidopsis thaliana] 18469at AC006341.12-AT kinase gblAAD3467 8 .1 JAC006341_6 (AC006341) Similar to gblAJO1242 3 wall-associated kinase 2 from Arabidopsis thabana. 18588at AL022604.20 5 _AT novel embiCAA1874 4 .1| (AL022604) putative protein [Arabidopsis thaliana] I 8670-gat AJ250341 G-AT metabolism embjCAB58423.11 (AJ250341) beta-amylase enzyme [Arabidopsis thalana] 18778at Z97338.384_AT novel embICAB 10322.11 (Z97338) hypothetical protein [Arabidopsis thaliana] 18811 -at AC002396.32_AT novel gbjAAC00583.l| (AC002396) Hypothetical protein [Arabidopsis thalianal 18835_at AC007260.34_AT novel gbIAAD30584.1|AC00 7 2 6 0_15 (AC007260) Icliprt-seq No definition line found [Arabidopsis thaliana] 18844_at AC005315.1 3 IAT transport gblAAC33239.1| (AC005315) putative ligand-gated ion channel protein [Arabidopsis thaliana] 18866at AC005917.1 7 8 _AT transposable gbIAAD10163.l (AC005917) element putative Tal 1-like non-LTR retroelement protein [Arabidopsis thaliana] 19034at AL021768.117_AT defense embICAA16930.1| (ALO21768) TMV resistance protein N-like [Arabidopsis thaliana] 19465at AL021768.9 6 _AT defense embICAA16929.11 (AL0217 6 8 ) resistance protein RPP5-like [Arabidopsis thaliana] -211 - Affy ID Accession function Description 19581at AC006526.102_AT transport gbjAAD23055. IAC0065 2 6 _14 (AC006526) putative cyclic nucleotide-regulated ion channel protein [Arabidopsis thalianal 19704_iat AJ005927.

2 -1_AT metabolism embjCAA06769. 11 (AJ005927) squalene epoxidase homologue [Arabidopsis thaliana] 197 18at AC000098.16_AT transport gbjAAB71447. 11 (AC000098) Similar to Arabidopsis Fe(II) transport protein (gbjU2759 0 ). [Arabidopsis thaliana] 19720_at AC003979.28_AT hormone gbIAAC25517. 1 (AC003979) Contains similarity to gibberellin regulated protein 2 precursor (GASTI) homolog gblU1 1765 from A. thaliana. [Arabidopsis thaliana] 19774_at AC007167.248_AT transport gbjAAD30549. 1 JAFI 365801 (AFI 36580) iron-regulated transporter 2 [Lycopersicon esculentum] 19834_at AC006264.1 4 _AT hormone gblAAD29795.I1AC00 6 2 6 4 _3 (AC006264) putative auxin regulated protein (Arabidopsis thaliana] 19889at AC003033.139_AT novel gbjAAB91986.l (AC003033) unknown protein [Arabidopsis thaliana) 19901at AC003033.1 2 9 _AT novel gbjAAB91985.l (AC003033) unknown protein [Arabidopsis thalianal 19992at AC007138.5 8 _AT novel gb|AAD22657.l|AC00 7 1 3 8 _21 (AC007138) predicted protein of unknown function (Arabidopsis thaliana] 20062_at AC005896.23_AT novel gb|AAC98045.l| (AC005896) unknown protein [Arabidopsis thaliana] - 212 - Affy ID Accession function Description 20063at AC006284.5_AT metabolism gb|AAD 17422.11 (AC006284) putative esterase [Arabidopsis thaliana] 20232_s-at AL022347.12_SAT kinase embICAA18460.11 (AL022347) protein kinase-like protein [Arabidopsis thaliana] 20356_at AC004561.74_AT metabolism gbjAAC95191.l| (AC004561) putative glutathione S-transferase [Arabidopsis thaliana) 20429_s_at Z97336.167_SAT novel embICAB10219.l| (Z97336) hypothetical protei [Arabidopsis thaliana] 20525_at AC007169.89_AT transcription gb|AAD2648 1.1 |AC00716913 (AC007169) putative CONSTANS-Like B-box zinc finger protein [Arabidopsis thaliana) 20537_at AL049608.65_AT metabolism embICAB4076 9 .l1 (AL049608) extensin-like protein [Arabidopsis thaliana] 20544_at AL035679.6 8 _AT transcription embICAB38816.1l (AL035679) putative zinc finger protein [Arabidopsis thaliana] 20705at AL049607.66_AT metabolism embICAB40757. l| (AL049607) glutathione peroxidase-like protein [Arabidopsis thaliana] - 213 - Table 13 provides cumulative sequence identifier numbers for the SEQ ID Nos disclosed in the sequence listing. NOTE: please refer to cross referenced SEQ ID NOs Table since a single SYNGENTA NO: may refer to more than one SEQ ID NO. Table 13: SEQ ID NOs 1-773 and their corresponding reference numbers SEQ ID NO: SYNGENTA NO: Root promoter reference numbers from the provisional application US 60/214087 1 AC006592.51 2 A71588.1 3 A71596.1 4 AC001645.1 9 5 AC001645.4 7 6 AC001645.50 7 AC002333.19 9 8 AC002333.210 9 AC002391.150 10 AC003673.20 l I I AC004005.104 12 AC004521.l l4 13 AC004521.119 14 AC004683.79 15 AC004684.1 6 5 16 AC005310.6 - 214 - SEQ ID NO: SYNGENTA NO: 17 AC005560.136 18 AC005560.147 19 AC005967.50 20 AC006216.22 21 AC006216.26 22 AC006577.16 23 AC006587.164 24 AC007060.34 25 AC007135.23 26 AC007584.48 27 ACHI 28 AF098630.3 29 AF128395.12 30 AL035538.245 31 AL049500.57 32 AL049638.193 33 AL049730.104 34 AL080253.32 35 AL080282.74 36 ATAJ2596 37 ATHORF 38 ATPIN2 39 ATU 10034 -215 - SEQ ID NO: SYNGENTA NO: 40 ATU57320 41 ATU62330 42 CAFFEROYL 43 NOVARTIS51 44 U72155.2 45 U81294.2 46 X98319.2 47 X98855.2 48 Z97338.321 49 Z97340.345 50 Z97344.151 51 Z99707.288 Constitutive promoter reference numbers from the provisional application US 60/213848 52 AC003981.3 4 53 AC004557.8 54 AC005287.

5 2 55 AC006085.15 56 AC007138.25 57 AC007576.5 58 AC007659.93 59 AF013959.4 60 AF0027172.3 -216nSEQ ID NO: SYNGENTA NO: 61 AE0083337.

3 62 AF0123253.3 63 AC002332.71 64 AC002 334. 110 P65 AC002 33 6.I101 66 AC002339.51 67 AC002521.l 4 6 68 AC002561.51 69 AC003672.

6 4 70 AC004077.16 6 71 AC004165-105 72 AC004218.8 3 73 AC004401.1 4 O 74 AC004450.

83 75 AC004481.8 4 76 AC004665.31 77 AC004669.3 4 78 AC004747.16O 79 AC005169.2 2 l 80 AC005309.6 4 81 AC005397.

4 O 82 AC005662.

3 O 83 AC005727.19l - 217 - SEQ ID NO: SYNGENTA NO: 84 AC005824.21 85 AC005896.150 86 AC005897.156 87 AC005936.95 88 AC006068.93 89 AC006200.119 90 AC006201.107 91 AC006223.65 92 AC006234.156 93 AC006260.52 94 AC006264.30 95 AC006300.70 96 AC006403.110 97 AC006526.57 98 AC006532.47 99 AC006585.146 100 AC006586.141 101 AC006841.122 102 AC006919.171 103 AC006921.52 104 AC006929.77 105 AC006951.208 106 AC007017.278 - 218 - SE Q IlD NO:0 SYNGENTA NO: 107 AC00701 9 .IOS 108 AC007070.

16 7 109 AC007071.

7 2 110 AC007119.

8 8 III AC007135.5O 112 AC007170.

4 8 113 AC007195.93 114 AF000657.4O 115 Z99708.65 116 kL035440.

6 6 117 AL021811.15 6 118 AL021636.1 7 8 119 AL049480.17 8 120 AL031326.1 3 8 121 AL035679.23 2 122 AL022224.72 123 AL035540.94 124 AL035356.123 125 AL050300.

2 7 126 AL02214 1. 10 127 AL035 526. 10 1 128 AL078464.37 129 AL034567.1 8 9 - 219 - SEQ ID NO: SYNGENTA NO: 130 kL035394.11 7 131 Z97335.5 132 Z97336.1 133 Z97337.298 134 Z97340.298 135 Z97341.407 136 Z97343.270 137 X84315.8 138 D 13043.

4 139 AL050398.

4 140 AL022023.

14 5 141 Y 10 157.3 142 AL021712.15 6 143 AL021687.

19 9 144 AL022373.

15 3 145 AL07863 7

.

4 7 152 AL03180.

2

O

9 0 220 - SEQ ID NO: SYNGENTA NO: 153 AL035656.126 154 AL049608.184 155 U33014.2 156 U41998.4 157 U63815.18 158 U95973.108 159 A45785.1 160 AB003522.2 161 AB004872.6 162 AB005560 163 AB006693.1 164 AB008105 165 AB008487 166 AB010946 167 AB011545 168 AB017643 169 AB021858 170 AB024282 171 AB027151.2 172 ACOOO103.25 173 ACOOO104.10 174 ACOOO104.26 175 AC000132.16 -221 - SEQ ID NO: SYNGENTA NO: 176 AC000132.

6 177 AC002131.

4 8 7 178 AC002329.

4 6 179 AC002330.3 9 IS0 AC002332. 100 181 AC00233 2

.

7 l 182 AC00233 4 .1I10 183 AC002 3 36.I101 184 AC002339.51 185 AC002343.

3 186 AC004165.IOS 187 AC004401.1 4 0 P 188 AC004481.8 4 189 AC006438.

2 1 190 AC006922.10 6 191 AF001394 :19 2 XF003096 193 AF003105.1 194 AF004216 198 AF034387 - 222 - SEQ ID NO: SYNGENTA NO: 199 AF034694 200 AF043519 201 AF043528 202 AF044265 203 AF044313 204 AF059294 205 AF061519 206 AF063901 207 AF074375 208 AF076484 209 AF076641 210 AF077528 211 AF082565 212 AF118822 213 AF136152 214 AF144387 215 AF167983 216 AF181688 217 AF181966 218 AF186847 219 AGOI 220 AJ001397 221 AJO10505 - 223 - SEQ ID NO: SYNGENTA NO: 222 AJO11628 223 AJ131205 224 AL096856 225 AL096860 226 AOS 227 APX3 228 ATADH l l I 229 ATERF3 230 ATHADPRFA 231 ATHAVAP 232 ATHAVAPA 233 ATHDYNAGTP 234 ATHERD13 235 ATHERD15 236 ATHGFPSIA 237 ATHHMGCOAR 238 ATHMERI5B 239 ATHMTMACP 240 ATHPRPHC 241 ATHRPCA 242 ATHSARI 243 ATORNCARB 244 ATTHIRED2 - 224 - SEQ ID NO: SYNGENTA NO: 245 ATTHIRED3 246 ATUO1955 247 ATU15108 248 ATU15130 249 ATU18410 250 ATU18675 251 ATU20347 252 ATU21214 253 ATU22340 254 ATU36765 255 ATU37235 256 ATU37281 257 ATU37587 258 ATU39485 259 ATU43325 260 ATU43397 261 ATU46665 262 A TU49072 263 AT U49259 264 AT U52851 265 AT U56929 266 ATU63633 267 ATU66343 - 225 - SEQ ID NO: SYNGENTA NO: 268 ATU68545 269 ATU75191 270 ATU77381 271 ATU78297 272 ATU78870 273 ATU79960 274 ATU80186 275 ATU91995 276 CATL 277 CYSPROL 278 D01027.1 279 D11394.2 280 D83531 281 GLUTATHIONEPEROXIDASE 282 GSTI 283 GST2 284 HSC701 285 IAA16 286 IAA8 287 J05216 288 L09755.2 289 L14844.3 290 L15389 - 226 - SEQ ID NO: SYNGENTA NO: 291 L26984 292 M55077.2 293 M64116 294 OR YZAIN4 295 OR YZAIN5 296 PHY A 297 RAN 1 298 RD19A 299 T HIOLPR OTEASE I 300 TONOL 301 U 1 1256.2 302 U 15108.2 303 U20347 304 U21214 305 U35826.2 306 U64912.1 307 WT755 308 X16432 309 X68150.1 310 X74604.2 311 X74733.2 312 X75162 313 X75881 - 227 - SEQ ID NO: SYNGENTA NO: 314 X75883.2 315 X81697.2 316 X84078 317 X84318 318 X91398 319 X91959.1 320 X99609 321 Y07765.7 322 Y12295 323 Y 12295.2 324 Y14052 325 Y17053.2 326 Z12024 327 Z15157.1 328 AC002131.48 329 AC006577.32 330 ACOOO104.26 331 AC000 132.6 332 AF080120.11 333 AC007357.17 334 AC005990.10 335 AF069299.19 336 ACOOO106.13 - 228 - SEQ ID NO: SYNGENTA NO: 337 AC005679.10 338 AC004393.2 2 339 AC005388.6 Root primers 340 ARF 341 ARR1 342 ARF2 343 ARR2 344 ARF5 345 ARR5 346 ARF6 347 ARR6 348 ARF8 349 ARR8 350 ARF9 351 ARR9 352 ARF10 353 ARR 10 354 ARFI I 355 ARR I I 356 ARF13 357 ARR 13 Root ORFs - 229 - SEQ ID NO: SYNGENTA NO: 358 AC001645.1 9 359 AC002333.1 9 9 360 AC002333.

2 1 0 361 AC007135.

2 3 362 AF098630.3 363 AL035538.2 4 5 364 AL080253.32 365 X98855.2 366 Z97338.321 Constitutive primers 367 ACF1 368 ACRI 369 ACF2 370 ACR2 371 ACF3 372 ACR3 373 ACF4 374 ACR4 375 ACF6 376 ACR6 377 ACF7 378 ACR7 379 ACF8 - 230 - SEQ ID NO: SYNGENTA NO: 380 ACR8 381 ACF9 382 ACR9 383 ACF1O 384 ACRI 385 ACFll 386 ACRI1 387 ACF12 388 ACR12 389 ACF13 390 ACR13 391 ACF14 392 ACR14 393 ACF15 394 ACR15 395 ACF16 396 ACR 16 397 ACF19 398 ACR19 399 ACF20 400 ACR20 401 ACF21 402 ACR21 - 231 - SEQ ID NO: SYNGENTA NO: 403 ACF22 404 ACR22 405 ACF23 406 ACR23 407 ACF24 408 ACR24 409 ACF25 410 ACR25 411 ACF26 412 ACR26 413 ACF27 414 ACR27 415 ACF31 416 ACR31 417 ACF32 418 ACR32 419 ACF34 420 ACR34 421 ACF35 425 ACF35 423 ACF38 424 ACR38 425 ACF39 232 - SEQ ID NO: SYNGENTA NO: 426 ACR39 427 ACF40 428 ACR40 429 ACF41 430 ACR41 431 ACF42 432 ACR42 433 ACF44 434 ACR44 435 ACF45 436 ACR45 437 ACF46 438 ACR46 439 ACF47 440 ACR47 Constitutive ORFs 441 WT755 442 AF004393 443 ATU46665 444 D83531 445 AB017643 446 ATU56929 447 AB005560 - 233 - SEQ H) NO: SYNGENTA NO: 448 AC0064 3 8

.

2 1 449 AC002131.

48 450 AC0071 38

.

25 451 AL049608.

18 4 452 AC00626 4

.

3 O 453 AL022224.

7 2 454 AC00589 7 .l 5 6 455 AL021890.

1 4 456 AC00623 4 .l 5 6 457 AC006526.5 7 458 AC00474 7 .1 6 0 459 AC005309.

2

O

1 460 AL021636.

1 7 8 461 AC003981.

3 4 462 AC005727.l 9 l 463 AF080120.ll 464 AC006300.ll 2 465 AL035679.1 3 [::4666 AC007195.9 3 470 AC006403.ll - 234 - SEQ ID NO: SYNGENTA NO: 471 U95973.108 7 472 AC0025611.5l 473 AL035440.6 6 474 AC004557.

8 :: 475 A.L021712.l 5 6 476 Y07765.7 Constitutive promoters 477 AC000104.

2 6 478 AJ001397 479 L14844 480 AL021890.1 4 481 A.L035679.1 3 482 AC002561.5l 483 AC00398 1.34 484 AC004557.

8 485 AC004747.1 6 O 486 AC00572 7 .l 9 l 487 AC005897.l 5 6 488 AC00623 4 .l 5 6 489 AC006264.

3 O 490 AC006403.lIO 491 AC006526.

5 7 492 AC00713 8

.

2 5 -235 - SEQ ID NO: SYNGENTA NO: 493 AC007195.

9 3 494 AF080120.11 495 AL02163 6

.

1 7 8 496 AL021712.1 5 6 497 AL022224.7 2 498 AL035440.

6 6 499 AL035656.

1 2 6 500 AL035709.

8 7 501 AL049608.

1 8 4 502 AB0000555560 503 AB017643 504 AC002131.

4 8 505 AC00643 8

.

2 1 506 A1F004393 507 ATU46665 508 ATU56929 509 D83531 510 WF755 511 Z15157.1 515 AC006300.ll 2 - 236 - SEQ ID NO: SYNGENTA NO: 516 517 Y07765.7 Root promoters 518 AC007135.23 519 AF098630.3 520 AL035538.245 521 AL080253.32 522 X98855.2 523 Z97338.321 524 AC001645.19 525 AC002333.199 526 AC002333.210 Constitutive ORFs 527 L14844.3 528 AJ001397 529 ACOOO104.26 Constitutive primers 530 18011 (forward) 531 18011 (reverse) 532 12771 (forward) 533 12771 (reverse) 534 12824 (forward) 535 12824 (reverse) - 237 - SEQ ID NO: SYNGENTA NO: Cloned root promoters 536 AC002333.1 9 9 537 AC002333.

2 10 538 AC007135.

2 3 AL035538.2 4 5 540 AL080253.3 2 541 Z97338 542 AC001645 543 AF098630 544 X98855.2 Cloned constitutive promoters 545 AC002561 546 AC006234 547 AC006264.30 548 AC006403 549 AC006526.5 7 550 AC007138 551 AC007195.9 3 552 AF080120.11 553 ALO21636.178 554 ALO21712.156 555 ALO22224.72 556 AL035440.66 - 238 - SEQ ID NO: SYNGENTA NO: 557 AL035656 558 AL035709.8 7 559 AL049608.18 4 560 AB005560 561 AB017643 562 AC002131 563 AC006438.

2 1 564 AF004393 565 ATU46665 566 ATU56929 567 Z97340 568 D83531 569 WT755 570 ATU63633 571 Z15157.1 572 AC005727 573 AC005309.

2 01 574 AC006300 575 AL021890 576 ALO35679.13 577 AC000 104 578 L14844 579 AJ001397 - 239 - SEQ ID NO: SYNGENTA NO: 580 Sequences from the PCT specification 581 pNOV2374 binary Gateway destination vector with GIG reporter gene 582 GIG, GUS intron GUS, GUS coding sequence with intron 583 Ubq3(At) Arabidopsis thaliana Ubiquitin 3 promoter plus intron 584 5' GGCCAGTGAATTGTAATACGACTCACTA TAGGGAGGCGG-(dT)24-3' 585 5' GGCCAGTGAATTGTAATACGACTCACTA TAGGGAGGCGG-(dT)2 4 -3' 586 5'-TGGTTCGGACC-3' 587 TRX3T 5' 6-FAM agacttcactgcaacatggtgcccac TAMRA 3' 588 TRX3F 5' gtgtggaaatgacacagattgtga 3 ' 589 TRX3R 5'agacgggtgcaatgaaacg 3 ' 590 APX3 T 5' 6-FAM cgcgaacaagaactgtgctcctatcatg TAMRA 3' 591 APX3 F 5'gccgtgagctccgitctct 3 ' 592 APX3 R 5'tcgtgccatgccaatcg 3 ' 5932 594 -240- SEQ ID NO: SYNGENTA NO: 595 596 597 598 DNA for rice ortholog (OS000026) 599 DNA (CDS) for rice ortholog (OS000026) 600 Amino acid for rice ortholog (OS000026) Leaf ORFs from the provisional application US 60/258692 601 EL132 602 Novartis106 603 Novartis66 604 Novartis87 605 NRA 606 PAD3 607 PDF 2.2 608 PR. I 609 WT1012A 610 WVT788 611 AB024283 612 Athhomeoa 613 Af149053 614 D78603 615 AfD53941 616 Athzfph - 241 - SEQ ID NO: SYNGENTA NO: 617 ATU28422 618 athrprpIa 619 AJ250341 620 AC002311.20 621 AL035605.41 622 AC007048.1 6 6 623 AC007576.49 624 AL022347.28 2 625 AC000375.3 4 626 AL096859.162 627 X98926.1 628 AC005560.1 6 629 Z97342.384 630 AC002510.60 631 AL022223.48 632 ALO22604.205 633 AL021768.96 634 AJ005927.2 635 AC006264.1 4 636 AC003033.139 637 AC003033.1 2 9 638 AC007138.58 639 AC005896.23 - 242 - SEQ ID NO: SYNGENTA NO: 640 AC00628 4 .5 641 AL022347.1 2 642 AC004561.7 4 643 Z97336.167 644 AC007169.

8 9 645 AL049608.6 5 646 AL035679.6 8 647 AL049607.6 6 648 AC004218.86 649 AC002409.

8 8 650 AC006223.

9 5 651 AF000657.30 652 AL033545.26 653 AC007230.

2 9 654 AL030978.79 655 AL022347.

2 6 5 656 AL022347.

2 19 657 AC002391.

1 02 658 Z97344.134 659 ALO35440.502 660 U73462.2 661 AC005770.205 662 AF069441.29 - 243 - 665 AC005957.3 5 666 AC005957.2 3 667 AC003974.136 668 AC006232.8 7 669 AC004681.8 6 670 AF069298.23 671 A.F096373.28 672 Z97342.284 673 AF096370.14 674 AC005388.43 675 AC006341.12 676 Z97338.384 677 AC002396.32 678 AC007260.34 679 AC005315.131 680 AC005917.17 8 681 AL021768.117 682 AC006526.1O 2 683 AC000098.16 684 AC003979.28 685 AC007167.24 8 - 244 - SEQ ID NO: SYNGENTA NO: 686 AL30978.126 687 AC005275.1 0 4 688 AC006550.33 689 AC007230.

2 1 690 AC00407 7 .141 691 AC00404 4

.

6 4 692 AC004411.

17 0 Leaf promoters from the provisional application US 60/258692 693 EL132 694 Novartis10 6 695 NRA 696 PAD3 697 PDFI.2 698 PR.1 699 Athhomeoa 700 AF149053 701 athzfph 702 ATU28422 703 athrprpla 704 AJ250341 705 AC002311.20 706 ALO35605.41 707 AC007576.

4 9 - 245 - SEQ ID NO: SYNGENTA NO: 708 AL022347.282 709 AC000375.

3 4 710 AL096859.162 711 X98926.1 712 AC005560.1 6 713 Z97342.384 714 AC002510.60 715 AL022223.48 716 AL022604.20 5 717 AL021768.9 6 718 AC003033.1 3 9 719 AC003033.12 9 720 AC007138.58 721 AC005896.

2 3 722 AC006284.5 723 AL022347.12 724 AC004561.7 4 725 Z97336.167 726 AC007169.

8 9 727 AL049608.65 728 AL035679.68 729 AL049607.66 730 AC004218.

8 6 - 246 - SEQ ID NO: SYNGENTA NO: 731 AC002409.

8 8 732 AC006223.95 733 AE000657.30 734 AL033545.26 735 AC007230.29 736 AL030978.79 737 AL022347.265 738 AL022347.219 739 AC002391.10 2 740 Z97344.134 741 AL035440.50 2 742 U73462.2 743 AC005770.

2 05 744 AF06944 1.29 745 AC005496.175 746 AL096860.203 747 AC005957.35 748 AC005957.

2 3 749 AC003974.136 750 AC006232.87 751 AC004681.86 752 AF069298.23 753 AF096373.28 - 247 - SEQ ID NO: SYNGENTA NO: 754 Z97342.284 755 AF096370.1 4 756 AC005388.

4 3 757 AC006341.l 2 758 Z97338.384 759 AC00239 6

.

3 2 760 AC007260.

3 4 761 AC005315.

13 1 762 AC005917.

17 8 763 AL021768.11 7 764 AC006526.

1

O

2 765 AC000098.1 6 766 AC003979.

2 8 767 AL30978.1 2 6 768 AC005275.lO 4 769 AC006550.3 3 770 AC007230.

2 1 7771 AC00407 7 .1 4 l 77772 AC00404 4

.

6 4 773 AC004411.1 7 O - 248 - Table 14 Identification of rice homologs to the Arabidopsis ORFs and their corresponding promoters The peptide sequences corresponding to the full-length Arabidopsis ORFs are formatted into a BLAST database. Then, a BLASTP comparison search is performed with the Arabidopsis sequences. Since there is no description associated with the predicted protein sequences, the stringency of the SCAN post process is increased. The default parameters of SCAN are set so that all of the results have 60 or more identities and that 60% of the alignment is made up of identities. An le-4 E-value cutoff is implemented and additionally no more than the top 5 hits are taken. Then the rnRNA sequences for these predictions are retrieved and included in the listing along with the 2kb upstream promoter region. A PERL script carries out this process. Table 14: Arabidopsis ORF Homologous rice ORF Promoter of rice gene with (SEQ ID NO) (SEQ ID NO) homologous ORF (SEQ ID NO) 360 774 825 360 792 843 441 789 840 441 790 841 441 799 850 441 813 864 442 781 832 442 804 855 442 805 856 442 810 8.61 442 816 867 442 817 868 - 249 - Arabidopsis ORF Homologous rice ORF Promoter of rice gene with (SEQ ID NO) (SEQ ID NO) homologous ORF (SEQ ID NO) 442 822 873 443 777 828 443 782 833 443 783 834 443 806 857 443 820 871 446 791 842 446 793 844 446 808 859 449 795 846 450 776 827 450 784 835 450 787 838 450 800 851 450 807 858 451 779 830 454 803 854 458 788 839 465 786 837 - 250 - Arabidopsis ORF Homologous rice ORF Promoter of rice gene with (SEQ ID NO) (SEQ ID NO) homologous ORF (SEQ ID NO) 466 775 826 466 778 829 466 814 865 466 815 866 467 785 836 467 798 849 471 794 845 471 809 860 471 812 863 472 797 848 527 780 831 527 796 847 527 802 853 527 819 870 527 821 872 527 823 874 528 811 862 528 824 875 529 801 852 529 818 869 -251 able 15.. ..Identification of homologous genes -omologs are identified through the use of BLAST and SCAN software with some additional filters. The simplest way to identify homologs is to perform searches on a )rotein level. The Arabidopsis sequences referred to in the table below are full length CDS which have an associated peptide sequence. A BLAST database that is a subset of GenBank ver 123.0 (Release Date April 15, 2001) is created that contains all of the Plant translated regions excluding Arabidopsis thaliana sequences. The subset is created with a PERL script. Then, a BLAST search (BLASTP specifically) is performed with all of the peptide sequences of the present invention against the GenBank subset. SCAN (the Sequence Comparison Analysis, program ver 1.0k licensed from the Los Almos National Laboratories) is then used with its default settings to post-process the BLAST results and to identify homologous sequences. In addition to SCAN, an E-value cutoff of <= le-4 is implemented. Finally, to determine if these sequences could be orthologs, another filter is implemented. This filter takes advantage of the fact that many of the Arabidopsis CDS already have description assigned by TIGR and its collaborators. When the GenBank subset is created, annotation from following fields is retained: product, function, and note (protein and nucleotide accessions and organism are also kept). For each homolog found by SCAN below the E-value cutoff, the words in the description to the text of the annotation are compared. If any of the words match, then the sequence is considered to have the same or similar function. Since many words in the description do not specify function to the following words are eliminated from being used in the comparison. Excluded Words: The, like, protein, related, unknown, subunit, hypothetical, and, putative, precursor, clone, homolog, small, beta, class, dna, rna, alpha, gamma, has, not, been, from, to, by, long, type, induced - 252 - Table 15: Arabidopsis ORF Homologous sequence (SEQ ID NO) 358 CAA72271.1 YI1483 Brassica napus DESCRIPTION: jasmonate inducible protein 359 BAA22966.1 D45182 Chenopodium amaranticolor DESCRIPTION: chitinase CAA43708.1 X61488 Brassica napus DESCRIPTION: chitinase BAB21377.1 AB054811 Oryza sativa DESCRIPTION: PR-3 class IV chitinase. Cht4. Catalytic domain BAB21374.1 AB054687 Oryza sativa DESCRIPTION: PR-3 class IV chitinase. Cht4. catalytic domain - BAA 19793.1 AB003194 Oryza saliva DESCRIPTION: chitinase 1lb AAB65777.i U97522 Vitis vinifera DESCRIPTION: class IV endochitinase. VvChi4B 360 CAA43708.1 X61488 Brassica napus DESCRIPTION: chitinase AAB65777.1 U97522 Vitis vinifera DESCRIPTION: class IV endochitinase. VvChi4B AAB65776.1 U97521 Vitis vinifera DESCRIPTION: class IV endochitinase. VvChi4A BAB21377.1 A.B054811I Oryza saliva DESCRIPTION: PR-3 class IV chitinase. Cht4. Catalytic domain .BAB21374.1 AB054687 Oryza sativa DESCRIPTION: PR-3 class IV chitinase. Cht4. catalytic domain BAA19793.1 AB003194 Oryza sativa DESCRIPTION: chitinase Ilb - 253 - Arabidopsis ORF Homologous sequence (SEQ ID NO) CAA87072.1 Z46948 Sambucus nigra DESCRIPTION: hydrolyse internal glycosidic linkages of chitin. pathogenesis-related protein PR-3 type BAA22966.1 D45182 Chenopodium amaranticolor DESCRIPTION: chitinase BAA22965.1 D45181 Chenopodium amaranticolor DESCRIPTION: chitinase BAA22968.1 D45184 Chenopodium amaranticolor DESCRIPTION: chitinase BAA22967.1 D45183 Chenopodium amaranticolor DESCRIPTION: chitinase AAC35981.I AF090336 Citrus sinensis DESCRIPTION: chitin hydrolase. chitinase CHIl. child AAA33444.1 M841 6 4 Zea mays DESCRIPTION: chitinase A. seed chitinase CAA87074.1 Z46950 Sambucus nigra DESCRIPTION: hydrolyses internal glycosidic linkages of chitin. pathogenesis-related protein, PR-3 type CAA53544.1 X75945 Beta vulgaris DESCRIPTION: chitinase. Ch4 CAA40474.1 X57187 Phaseolus vulgaris DESCRIPTION: chitinase. Chi4 362 BAB16431.1 AB041519 Nicotiana tabacum DESCRIPTION: P-rich protein Nt-SubC29. Nt-SubC29 BAA11855.1 D83227 Populus nigra DESCRIPTION: extensin like protein BAA1 1854.1 D83226 Populus nigra DESCRIPTION: extensin like protein - 254 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAK30571.1 AF34665 9 Brassica napus DESCRIPTION: extensin-like protein AAC6056 6 .1 S68113 Brassica napus DESCRIPTION: proline-rich SAC5 1. This sequence comes from Fig. 3 365 CAA62228.1 X90695 Medicago sativa DESCRIPTION: peroxidase2. prx2. CAA09881.1 AJO11939 Trifolium repens DESCRIPTION: peroxidase. prx2 441 AAC0481 1.1 AF037460 Fritillaria agrestis DESCRIPTION: GF14 protein. GRF AAF76226.1 AF272572 Populus x canescens DESCRIPTION: 14-3-3 protein. 14-3-3P20-1 AAF05737.1 AF191746 Liliumlongiflorum DESCRIPTION: 14-3-3-like protein AAC49894.1 U91726 Nicotiana tabacum DESCRIPTION: 14-3-3 isoform e. T14-3e AAB40395.1 U80070 Mesembryanthemum crystallinum DESCRIPTION: G-box binding factor. 14-3-3-like protein. GBF AAB09580.1 U70533 Glycine max DESCRIPTION: SGF14A. 14-3-3 related protein AAB07457.1 U65957 Oryza sativa DESCRIPTION: GF14-c protein. rice 14-3-3 protein hornolog; osGF]4c AAB33304.1 S77133 Zea mays DESCRIPTION: GF14-6. GRF. 14-3-3 protein homolog; This sequence comes from Fig. 5 AAA99431.1 L29150 Lycopersicon esculentum - 255 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: 14-3-3 protein homologue CAA74592.1 Y14200 Hordeum vulgare DESCRIPTION: 14-3-3 protein AAB07456.1 U65956 Oryza sativa DESCRIPTION: GF14-b protein. rice 14-3-3 protein homolog; osGFl4b AAD27827.

2 AF121198 Picea glauca DESCRIPTION: 14-3-3 protein. 14-3-3EB9D AAD27823.2 AF121194 Populus x canescens DESCRIPTION: 14-3-3 protein. 14-3-3P20-2 BAA0371 1.1 D16140 Oryza sativa DESCRIPTION: brain specific protein. S94 CA44259.1 X62388 Hordeum vulgare DESCRIPTION: 14-3-3 protein homologue CAA66309.1 X97724 Solanum tuberosum DESCRIPTION: 14-3-3 protein. leaf specific CAA63658.1 X93170 Hordeum vulgare DESCRIPTION: Hvl4-3-3b. AAA85817.1 U15036 Pisum sativum DESCRIPTION: 14-3-3-like protein CAB42546.

2 AJ238681 Pisum sativum DESCRIPTION: 14-3-3-like protein. 14-3-3 CAA53700.1 X76086 Cucurbita pepo DESCRIPTION: 14-3-3 protein 32kDa endonuclease. A215. single polypeptide AAA33505.1 M96856 Zea mays DESCRIPTION: regulatory protein. GF14-12 AAK26634.1 AF342780 Brassica napus - 256 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: GF14 omega. 14-3-3 protein CAA44642.1 X62838 Oenothera elata subsp. hookeri DESCRIPTION: protein kinase C inhibitor homologue CAA72383.1 Y 11687 Solanum tuberosum DESCRIPTION: 14-3-3 protein. 34G AAC49892.1 U91724 Nicotiana tabacum DESCRIPTION: 14-3-3 isoform c. T14-3c CAA72094. 1 Y1121 1 Nicotiana tabacum DESCRIPTION: 14-3-3-like protein B CAA7 2382 1 Y 11686 Solanum tuberosum DESCRIPTION: 14-3-3 protein. 30G CAB42547.1 AJ238682 Pisum sativum DESCRIPTION: 14-3-3-like protein. 14-3-3 CAA7238 1.1 Yl 1685 Solanum tuberosum DESCRIPTION: 14-3-3 protein. 16R AAC49891.I U91723 Nicotiana tabacum DESCRIPTION: 14-3-3 isoform b. T14-3b AAB07458.1 U65958 Oryza sativa DESCRIPTION: GFI4-d protein. rice 14-3-3 protein homolog; osGF14d BAB11739.1 AB042193 Triticum aestivum DESCRIPTION: TaWIN1. TaWIN1. TaWINI is a member of 14 3-3 protein family AAC49895.1 U91727 Nicotiana tabacum DESCRIPTION: 14-3-3 isoform f. T14-3f CAA65147.1 X95902 Lycopersicon esculentum DESCRIPTION: 14-3-3 protein. tft3 gene CAA65146.1 X95901 .Lycopersicon esculentum - 257 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: 14-3-3 protein. tft2 gene CAB65693.1 AJ270959 Lycopersicon esculentum DESCRIPTION: tft3 14-3-3 protein. tft3 AAC17447.1 AF066076 Helianthus annuus DESCRIPTION: 14-3-3-like protein CAA72095.1 Y 11212 Nicotiana tabacum DESCRIPTION: 14-3-3-like protein A CAA65148.1 X95903 Lycopersicon esculentum DESCRIPTION: 14-3-3 protein. tft5 gene CAC03467.1 Y19105 Chlamydomonas reinhardiit DESCRIPTION: 14-3-3 protein CAA55964.I X79445 Chlamydomonas reinhardti' DESCRIPTION: 14-3-3 protein CAA60800.1 X87370 Solanum tuberosum DESCRIPTION: 14-3-3 protein. RA215. root specific CAA65149.1 X95904 Lycopersicon esculentum DESCRIPTION: 14-3-3 protein. tft6 gene BAB11740.1 AB042194 Triticum aestivum DESCRIPTION: TaWIN2. TaWIN2. TaWIN2 is a member of 14 3-3 protein family CAA72384.1 Yl 1688 Solanum tuberosum DESCRIPTION: 14-3-3 protein. 35G AAC49893.1 U91725 Nicotiana tabacum DESCRIPTION: 14-3-3 isoform d. T14-3d CAA65145.1 X95900 Lycopersicon esculentum DESCRIPTION: 14-3-3 protein. tftl gene AAB09581.1 U70534 lyine max DESCRIPTION: SGFl4B. 14-3-3 related protein - 258 - Arabidopsis ORF Homologous sequence (SEQ ID NO) 442 AAB51393.1 U92651 Brassica oleracea var. botrytis DESCRIPTION: tonoplast intrinsic protein bobTIP26-1. TIP BAA12711.1 D84669 Raphanus sativus DESCRIPTION: water channel. VM23. VIPI. gamma-Tip homologue AAD39372.1 AF118381 Brassica napus DESCRIPTION: tonoplast intrinsic protein. gamma-TIP2. aquaporin BAB12722.1 AB048248 Pyrus communes DESCRIPTION: gamma tonoplast intrinsic protein. Py-gTIP CAC01618.1 AJ251652 Medicago truncatula DESCRIPTION: water channel. aquaporin. aqpl CAB345653.1 AJ243309 Pisum sativum DESCRIPTION: putative tonoplast intrinsic protein. tip AAF78757.1 AF27 1660 Vitis berlandieri x Vitis rupestris DESCRIPTION: water channel. putative aquaporin TIP3. TIP3. TIP-like protein AAF82790.1 AF275315 Lotus japonicus DESCRIPTION: a water-selective transport MIP. water-selective transport intrinsic membrane protein 1. aquaporin; LIMPI BAAO5Ol7.1 D25534 Oryza sativa DESCRIPTION: gamma-Tip. yk333 AAA02946.1 L12257 Glycine max DESCRIPTION: putative channel protein. nodulin-26 AAC04846.1 AF020793 Medicago sativa DESCRIPTION: tonoplast intrinsic protein homolog MSMCP1. msmcp I AAG44946.1 AF290619 Nicotiana glauca - 259 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: putative gamma TIP. MIP3 AAA02947.1 L12258 Glycine max DESCRIPTION: putative channel protein. nodulin-26 CAA69353.1 Y08161 Nicotiana tabacum DESCRIPTION: aquaporin 1. aqpl AAC09245.1 AF037061 Zea mays DESCRIPTION: tonoplast intrinsic protein. ZmTlPI. water channel protein; aquaporin AAB17284.1 U43291 Mesembryanthemum crystallinum DESCRIPTION: tonoplast intrinsic protein. TIP. water channel protein AAD10494.1 U86762 Triticum aestivum DESCRIPTION: gamma-type tonoplast intrinsic protein. gamma TIP CAA56553.1 X80266 Hordeum vulgare DESCRIPTION: gamma-TIP-like protein CAB61841.1 AJ242805 Sporobolus stapfianus DESCRIPTION: putative gamma tonoplast intrinsic protein (TIP) AAK26767.1 AF326500 Zea mays DESCRIPTION: tonoplast membrane integral protein ZmTIPI-2 CAA64952.1 X95650 Tulipa gesneriana DESCRIPTION: tonoplast intrinsic protein. tip1 -..... ... AA184. NE. 3531 Mesembryanthemum crystalffinum DESCRIPTION: water channel protein MipI. Mipl CAB39758.1 AJ133748 Picea abies DESCRIPTION: putative water channel. major intrinsic protein. mipfg. aquaporin-like protein CAA06335.1 AJ005078 Picea abies - 260 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: aquaporin-like protein. MIPr AAB51394.1 U92652 Brassica oleracea var. botrytis DESCRIPTION: tonoplast intrinsic protein bobTIP26-2. TIP AAG44945.1 AF290618 Nicotiana glauca DESCRIPTION: putative delta TIP. MIP2 CAB55837.l AJ245953 Spinacia oleracea DESCRIPTION: putative aquaporin. delta tonoplast intrinsic protein. dtip. highly expressed in leaf, petiole and root and not in epidermal and meristematic cells AAB04557.1 U62778 Gossypium hirsutum DESCRIPTION: delta-tonoplast intrinsic protein. delta-TIP CAA65185.1 X95951 Helianthus annuus DESCRIPTION: aquaporin AF78 AF271661 Vitis berlandieri x Vitis rupestns DESCRIPTION: water channel. putative aquaporin TIPI. TIPI AAD31848.1 AF1 33532 Mesembryanthemum crystallinum DESCRIPTION: water channel protein MipK. MipK CAB95746.2 AJ289866 Vitis vinifera DESCRIPTION: water chanel. putative aquaporin. delta-TIP AAB23597.2 S45406 Nicotiana tabacum DESCRIPTION: root-specific gene regulator. TobRB7. This sequence comes from Fig. 1; conceptual translation presented here differs from translation in publication; mismatches (11,13,48,76,83,95,103,197) gap (248-250). CAA38634.1 X54855 Nicotiana tabacum DESCRIPTION: possible membrane channel protein CAA65184.1 X95950 Helianthus annuus - 261 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: aquaporin AAB53329.1 U95008 Lycopersicon esculentum DESCRIPTION: Rb7. RB7. putative water channel protein AAC39480.1 AF047173 Vernicia fordii DESCRIPTION: aquaporin AAB67881.l U65700 Solanum tuberosum DESCRIPTION: membrane channel protein. potRB7. putative CAA49854.1 X70417 Antirrhinum majus DESCRIPTION: integral membrane protein BAAO8IO7.1 D45077 Cucurbita sp. DESCRIPTION: MP23 precursor BAA19129.1 AB00506 Daucus carota DESCRIPTION: similar to EMBL Accession Number: X54855 CAA65187.1 X95953 Helianthus annuus DESCRIPTION: aquaporin. root specific; homologue to TobRb7 AAK26769.I AF326502 Zea mays DESCRIPTION: tonoplast membrane integral protein ZmTIP2-2 AAD 10495.1 U86763 Triticum aestivum DESCRIPTION: delta-type tonoplast intrinsic protein. delta-TIP BAA31452.1 ABO1046 Raphanus sativus DESCRIPTION: water channel of vacuolar membrane; The function a Xenopus oocyte system. delta-VM23. VIP3. a homolog of delta-TIP CAA65186.1 X95952 Helianthus annuus DESCRIPTION: aquaporin BAA08108.1 D45078 Cucurbita sp. DESCRIPTION: MP28 443 AAA3371.0.1 L16977 Petunia x hybrid - 262 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: glutamate decarboxylase. gad AAA33709.1 1-16797 Petunia x hybrida DESCRIPTION: glutamate decarboxylase. gad AAB40608.1 U54774 Nicotiana tabacum DESCRIPTION: glutamate decarboxylase. NtGADI. calmodulin regulated enzyme; calmodulin-binding protein AAK18620.1 AF352732 Nicotiana tabacum DESCRIPTION: converts glutamate to gamma-aminobutyric acid. Glutamate decarboxylase isozyme 3. GAD; GAD3; NtGAD3; calcium/calmodulin-dependent enzyme AAC24195.1 AF020425 Nicotiana tabacum DESCRIPTION: calmodulin binding protein. glutamate decarboxylase isozyme 1. NtGADL. calcium-calmodulin-dependent enzyme AAC39483.1 AF020424 Nicotiana tabacum DESCRIPTION: glutamate decarboxylase isozyme 2. NtGAD2. calcium-calmodulin-dependent enzyme BAB32868.1 AB.56060 Oryza sativa DESCRIPTION: glutamate decarboxylase. GAD BAB32870.1 AB056062 Oryza sativa DESCRIPTION: glutamate decarboxylase. GAD CAA56812.1 X80840 Lycopersicon esculentum DESCRIPTION: homology to pyroxidal-5'-phosphate-dependant glutamate decarboxylases; putative start codon BAB32869.1 AB056061 Oryza sativa DESCRIPTION: glutamate decarboxylase. GAD BAB3287 1.1 AB056063 Oryza sativa - 263 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: glutamate decarboxylase. GAD 444 AAB69871.1 AF016897 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGDI2. OsGD12. GDP dissociation inhibitor2 CAA06731.1 AJ005836 Cicer arietinum DESCRIPTION: GDP dissociation inhibitor. gdi AAB69870.1 AF016896 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGD1. OsGDII. GDP dissociation inhibitors 446 AAC49716.1 U55035 Brassica rapa DESCRIPTION: small GTP-binding protein Bsarla. bsarla AAC32610.1 AF084005 Avena fatua DESCRIPTION: ras-like small monomeric GTP-binding protein. SARI. SARIp AAC5 1271 AF048825 Malus x domestica DESCRIPTION: GTP-binding protein Sarl AAF17254.1 AF210431 Nicotiana tabacum DESCRIPTION: small GTP-binding protein Sarl BNt BAA13463.1 D87821 Nicotiana tabacum DESCRIPTION: NtSarl protein. NtSAR1 BAA84612.1 AP000492 Oryza sativa DESCRIPTION: ESTs AU078117(EI380),C72293(E1380) correspond to a region of the predicted gene. similar to SAR1/GTP binding secretory factor. (AF001308) CAA69699.1 Y08423 Nicotiana plumbaginifolia DESCRIPTION: small GTP-binding protein ... C497171 U55036 Brassica rapa DESCRIPTION: small GTP-binding protein Bsarlb. bsarlb - 264 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAA34168.1 L 12051 Lycopersicon esculentum DESCRIPTION: GTPase. SAR2 CAA69700.1 Y08424 Nicotiana plumbaginifolia DESCRIPTION: small GTP-binding protein CAA66610.1 X97967 Nicotiana tabacum DESCRIPTION: GTP-binding protein. SAR1 447 AAB69871.1 AF016897 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGDI2. OsGDI2. GDP dissociation inhibitor2 AAB69870.1 AFo16896 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGDI1. OsGDI1. GDP dissociation inhibitors CAA06731.1 AJO05836 Cicer arietinum DESCRIPTION: GDP dissociation inhibitor. gdi AAB80717.1 AF012823 Nicotiana tabacum DESCRIPTION: inhibits dissociation of GDP from GTP binding proteins. GDP dissociation inhibitor. GDI 449 AAB03108.1 U55032 Brassica napus DESCRIPTION: aspartic protease. protease CAA54478.1 X77260 Brassica oleracea DESCRIPTION: aspartic protease. putative CAA56373.1 X80067 Brassica oleracea DESCRIPTION: putative aspartic protease BAA06875.1 D32144 Oryza sativa DESCRIPTION: aspartic protease BAA06876.1 D32165 Oryza sativa DESCRIPTION: aspartic protease CAA39602.1 X56136 Hordeum vulgare - 265 - A rabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: aspartic proteinase. includes put. pre- and pro sequences, cleavage sites not determined CAA61253.1 X88774 Brassica oleracea DESCRIPTION: aspartic protease. putative 450 CAA56590.1 X80362 Brassica juncea DESCRIPTION: S-adenosyl-L-methionine synthetase. msams AAK29409.1 AF346305 Elaeagnus umbellata DESCRIPTION: S-adenosyl-L-methionine synthetase. SAMS1 AAK29410.1 AF346306 Elaeagnus umbellata DESCRIPTION: S-adenosyl-L-methionine synthetase. SAMS2 CAA95856.1 Z71271 Catharanthus roseus DESCRIPTION: L-methionine + ATP = S-adenosyl-L-methionine + PPi + Pi. S-adenosyl-L-methionine synthetase 1. CRSAMS1. functional expression in Escherichia cob CAA80865.1 Z24741 Lycopersicon esculentum DESCRIPTION: S-adenosyl-L-methio nine synthetase AAG42490.1 AF321001 Suaeda maritima subsp. salsa DESCRIPTION: S-adenosylmethionine sythetase 2 CAA80866.1 Z24742 Lycopersicon esculentum . DESCRIPTION: S-adenosyl-L-methilonine synthetase CAA95857.1 Z71272 Catharanthus roseus DESCRIPTION: L-Methionine + ATP = S-adenosyl-L-methionine + PPi + Pi. S-adenosyl-L-methionine synthetase 2. CRSAMS2. functional expression of in Escherichia cob AAD48485.1 AF170798 Petunia x hybrida DESCRIPTION: S-adenosyl-L-methionine synthetase AAD56396.1 AF183891 Petunia x hybrida DESCRIPTION: S-adenosyl-L-methionine synthetase. sam2 - 266 krabidopsis ORF Homologous sequence (SEQ ID NO) AAG 17666.1 AF271220 Brassica juncea DESCRIPTION: S-adenosylmethionine synthetase. MSAMS2 CAA9585 8 .1 Z71273 Catharanthus roseus DESCRIPTION: L-methionine + ATP = S-adenosyl-L-methioine + PPi + Pi. S-adenosyl-L-methionine synthetase 3. CRSAMS3. functional expression in Escherichia coli CAA81481.1 Z26867 Oryza sativa DESCRIPTION: S-adenosyl methionine synthetase BAA96637.1 AP00248 2 Oryza sativa DESCRIPTION: Similar to Oryza sativa S-adenosylmethionine synthetase 1 (P46611) AAA79831.1 U38186 Pinus banksiana DESCRIPTION: S-adenosyl methionine synthetase AAG17036.I AF187821 Pinus contorta DESCRIPTION: catalyzes the reaction between methionine and ATP to S-adenosylmethionine. S-adenosylmethionine synthetase. sams2 CAB83039.1 AJ277206 Camellia sinensis DESCRIPTION: s-adenosylmethhino nine synthetase BAA94605.i AB041534 Camellia sinensis DESCRIPTION: s-adenosylmethio nine synthetase. SAM AAA81377.1 U17239 Actinidia chinensis DESCRIPTION: S-adenosymethiofnine synthetase AAB38500.1 U79767 Mesembryanthemum crystallinum DESCRIPTION: S-adenosylmethionine synthetase. methionine adenosyltransferase AAA8 1378.1 U17240 Actinidia chinensis DESCRIPTION: S-adenosylmethionine synthetase - 267 - Arabidopsis ORF Homologous sequence (SEQ ID NO) CAA80867.1 Z24743 Lycopersicon esculentum DESCRIPTION: S-adenosyl-L-methionine synthetase AAF42974.1 AF127243 Nicotiana tabacum DESCRIPTION: S-adenosyl-L-methionine synthetase. SAMS CAA57696.1 X82214 Petunia x hybrida DESCRIPTION: methionine adenosyltransferase. saml AAA201 12.1 M73430 Populus x generosa DESCRIPTION: S-adenosyl methionine synthet ase AAC05590.1 U82833 Oryza sativa DESCRIPTION: S-adenosyl-L-methionine synthetase. pOS SAMS2 AAB71138.1 AF004317 Musa acuminata DESCRIPTION: S-adenosyl-L-methionine synthetase homolog BAA09895.1 D63835 Hordeum vulgare DESCRIPTION: S-adenosyLmethionine synthetase AAA33274 . I M61882 Dianthus caryophyllus DESCRIPTION: S-adenosylmethionine synthetase. CARSAM2 CAA57581.1 X82077 Pisum sativum DESCRIPTION: methionine adenosyltransferase. SAMs2 AAA58773.1 L36681 Pisum sativum DESCRIPTION: S-adenosylmethionine synthase. precursor for ethylene and polyamine biosynthesis AAA58772.1 L36680 Pisum sativum DESCRIPTION: precursor for ethylene and polyarruine biosynthesis. S-adenosylmethionine synthase CAA57580.1 - 82076 Pisum sativum DESCRIPTION: methionine adenosyltransferase. SAMs 1 - 268 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAA81379.1 U 17241 Actinidia chinensis DESCRIPTION: S-adenosylmethionine synthetase AAA33857.1 M62758 Petroselinum crispum DESCRIPTION: S-adenosylmethio nine synthetase. SMS- I AAB71833.1 AF008568 Chlamydomonas reinhardtii DESCRIPTION: S-adenosylmethiomnne synthetase. CHRSAMS AAA33858.1 M62757 Petroselinum crispum DESCRIPTION: S-adenosylmethionine synthetase. SMS-2 AAA73483.1 U27348 Populus deltoides DESCRIPTION: S-adenosyl-L-methionine synthetase. Saml BAA21726.1 AB006187 Nicotiana tabacum DESCRIPTION: S-adenosymethionine synthase. BYJ90 -. . CAA65455.1 X96680 Catharanthus roseus DESCRIPTION: methionine adenosyltransferase. SAM 1 CAA59508.1 X85252 Cicer arietinum DESCRIPTION: SAM-synthetase. SAMs. .AAF78525.1 AF195233 Pyrus pyrifolia DESCRIPTION: S-adenosylmethionine synthase. SAMS 454 AAA34046.1 M83940 Spinacia oleracea DESCRIPTION: 10-formyltetrahydrofolate synthetase. sfs1 465 CAA64455.1 X94999 Mesembryanthemum crystallinum DESCRIPTION: V-type ATPase c subunit. VmacI

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AAC49473.1 U 16244 Kalanchoe daigremontiana DESCRIPTION: V-type H+-ATPase 16 kDa subunit. c subunit, presumed H+ conducting pore of vacuolar-type H+ ATPase; integral membrane protein, localized to vacuole and possibly other endomembranes .. AAA82977.1 U 13670 Gossypium hirsutum - 269 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: vacuolar H+-ATPase proteolipid (16 kDa) subunit. cval6-4 AAA82976.1 U 13669 Gossypium hirsuturn DESCRIPTION: vacuolar H+-ATPase proteolipid (16 kDa) subunit. cval6-2 CAA67356.l X98851 Beta vulgaris DESCRIPTION: proton channel, proteolipid. subunit c of V-type ATPase BAA89595.1 AB036923 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-2

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BAA89594.1 AB036922 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-1 BAA75542.i -AB024275 Citrus unshiu DESCRIPTION: protein translocation. vacuolar H+-ATPase c subunit. CitVATP c-2 BAA75515.1 AB024274 Citrus unshiu DESCRIPTION: protein translocation. vacuolar H+-ATPase c subunit. CitVATP c-I AAC12797.1 AF022925 Vigna radiata DESCRIPTION: adenosine triphosphatase. c-subunit of V-ATPase AAF04597.1 AF193814 Dendrobium crumenatum DESCRIPTION: vacuolar H+-ATP synthase l6kDa proteolipid subunit. V-ATPase subunit AAC12798.1 AF022926 Vigna radiata DESCRIPTION: adenosine triphosphatase. c-subunit of V-ATPase BAA89596.I AB036924 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-3 BAA75516.1 AB024276 Citrus unshiu - 270 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: protein translocation. vacuolar H+-ATPase c subunit. CitVATP c-3 AAK01292.1 AF331709 Avicennia marina DESCRIPTION: vacuolar ATPase subunit c. V-ATPase subunit c CAA65062.1 X95751 Nicotiana tabacum DESCRIPTION: proteolipid, proton channel. c subunit of V-type ATPase. isoform 1 AAB64199.1 AF010228 Lycopersicon esculentum DESCRIPTION: vacuolar proton ATPase proteolipid subunit. LVA-PI; induced by gibberellin AAA68175.1 U27098 Oryza sativa DESCRIPTION: H+-ATPase. vatp-P1 CAA71930.1 Y1 1037 Beta vulgaris DESCRIPTION: BV-16/1 CAA65063.1 X95752 Nicotiana tabacum DESCRIPTION: proteolipid, proton channel. c subunit of V-type ATPase. isoform 2 AAA32712.1 M73232 Avena sativa DESCRIPTION: H+-ATPase. vatp-Pl BAA23351.1 AB003941 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA23351 ABON3942 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteohid subunit BAA23350.1 AB003940 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA263. -AB00393 - Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA21682.1 AB003937 Acetabularia acetabulum -271 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA23349.1 AB003939 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit CAA63118.1 X92374 Zea mays DESCRIPTION: V-type H+-ATPase. subunit C CAA63119.1 X92375 Zea mays DESCRIPTION: V-type H+-ATPase. subunit C 466 BAA21682.1 AB003937 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA23349.1 AB003939 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit AAF04597.1 AF193814 Dendrobium crumenatun DESCRIPTION: vacuolar H+-ATP synthase l6kDa proteolipid subunit. V-ATPase subunit AAC12798.1 A022926Vigna radiata DESCRIPTION: adenosine triphosphatase. c-subunit of V-ATPase AAC 12797.1 AF022925 Vigna radiata DESCRIPTION: adenosine triphosphatase. c-subunit of V-ATPase -( C~ 6 4455.I X94999 Mesembryanthenu.m crystallinum DESCRIPTION: V-type ATPase c subunit. Vmacl AAC49473.1 U 16244 Kalanchoe daigremontiana DESCRIPTION: V-type H+-ATPase 16 kDa subunit. c subunit, presumed H+ conducting pore of vacuolar-type H+ ATPase; integral membrane protein, localized to vacuole and possibly other endomembranes AAA82977.I U13670 Gossypium hirsutum DESCRIPTION: vacuolar H+-ATPase proteolipid (16 kDa) subunit. cva 16-4 - 272 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAA82976.1 U 13669 Gossypium hirsutum DESCRIPTION: vacuolar H+-ATPase proteolipid (16 kDa) subunit. cval6- 2 CAA67356.1 X98851 Beta vulgaris DESCRIPTION: proton channel, proteolipid. subunit c of V-type ATPase BAA89595.1 AB036923 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-2 BAA89594.1 AB036922 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-I BAA75542.1 AB024275 Citrus unshiu DESCRIPTION: protein translocation. vacuolar H+-ATPase c subunit. CitVATP c-2 BAA89596.1 AB036924 Citrus unshiu DESCRIPTION: vacuolar H+-ATPase c subunit. Cit-VATP c-3 BAA75516.1 AB024276 Citrus unshiu DESCRIPTION: protein translocation. vacuolar H+-ATPase c subunit. CitVATP c-3 AAK01292.- AF331709 Avicennia marina DESCRIPTION: vacuolar ATPase subunit c. V-ATPase subunit c AAB64199.1 AO10228 Lycopersicon esculentum DESCRIPTION: vacuolar proton ATPase proteolipid subunit. LVA-P1; induced by gibberellin CAA65062.1 X95751 Nicotiana tabacum DESCRIPTION: proteolipid, proton channel. c subunit of V-type ATPase. isoform 1 CAA 71930 1 Y 11037 Beta vulgaris DESCRIPTION: BV-16/1 - 273 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAA68175.1 U27098 Oryza sativa DESCRIPTION: H+-ATPase. vatp-Pl CAA65063.1 X95752 Nicotiana tabacum DESCRIPTION: proteolipid, proton channel. c subunit of V-type ATPase. isoform 2 AAA327 12.1 M73232 Avena sativa DESCRIPTION: H+-ATPase. vatp-Pl BAA23352.1 AB003942 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA2335O.l AB003940 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BA.A21683. AB003938 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit BAA23351.1 AB003941 Acetabularia acetabulum DESCRIPTION: vacuolar type H+-ATPase proteolipid subunit CAl -3118.l X9237 Zea mays DESCRIPTION: V-type H+-ATPase. subunit C -CAA63119.1 X92375 Zea mays DESCRIPTION: V-type H+-ATPase. subunit C 467 AAD56018.1 AF180758 Vitis riparia DESCRIPTION: 60S ribosomal protein L10. QM. similar to QM family proteins AAG2743 1.1 AF295636 Elaeis guineensis DESCRIPTION: QM-Like protein. tumor supressor protein - 34765.1 AF2 7620 Euphorbia esula DESCRIPTION: 60S ribosomal protein L10. belongs to the ,10E family of ribosomal proteins BAA19462.I AB001891 Solanum melongena -274- Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: QM family protein. EQM AAB66347.1 AF013804 Pinus taeda DESCRIPTION: Wilm's tumor supressor homolog. Ip20. LP20 AAA17419.1 U06108 Zea mays DESCRIPTION: QM protein AAA98698.1 U55048 Oryza sativa DESCRIPTION: QM. similar to human QM protein, a putative tumor supressor, and to maize ubiquinol-cytochrome C reductase complex subunit VI requiring protein SC34 CAA57339.1 X81691 Oryza sativa DESCRIPTION: putative tumor suppresser. SC34 CAA57340.1 X81692 Oryza sativa DESCRIPTION: putative tumor supressor. SGI2 AAG17477.1 AF106846 Oryza sativa DESCRIPTION: QM protein AAA99158.1 U55212 Oryza sativa DESCRIPTION: putative tumor suppressor. Wilns' tumor-related protein QM CA.A78461.1 Z14083 Nicotiana tabacum DESCRIPTION: HOMOLOGIE with Human WILM's tumor related protein HUMQM BAA19414.1 AB001582 Solanum melongena DESCRIPTION: QM family protein. TM002 527 CAA524 14.1 X74403 Phaseolus vulgaris DESCRIPTION: cyclophilin. Cyp CAA69622.1 Y08320 IDigitalis lanata DESCRIPTION: cyclophylin BAA25755.1 AB012947 Vicia faba - 275 - Arabidopsis ORF Homologous sequence (SEQ ID NO) DESCRIPTION: vcCyP CAA69598.1 Y08273 Digitalis lanata DESCRIPTION: cyclophilin. CYP18 CAA59468.1 X85185 Catharanthus roseus DESCRIPTION: cyclophilin. PCKR 1 CAA76054.1 Y16088 Lupinus luteus DESCRIPTION: cytosolic form of cyclophilin AAFoo471.1 AF178458 Lupinus luteus DESCRIPTION: cytosolic cyclophilin. CYCLOPH AAA63543.1 M55019 Lycopersicon esculentum DESCRIPTION: cyclophilin. CyP. the published citation gene name is 'CyP', but the submission gene name is 'Rotl' AAD22975.l AF126551 Solanum tuberosum subsp. tuberosum DESCRIPTION: cyclophilin. cytosolic; peptidyl-prolyl cis-trans isomerase; Cyp, PPlase; romatase AAA62706.1 M55018 Brassica napus DESCRIPTION: cyclophilin. CyP. The published citation gene name is 'CyP', but the author submission gene name is 'Rotl' AAF65770.1 AF242312 Euphorbia esula DESCRIPTION: accelerate protein folding. cyclophilin. peptidyl prolyl cis-trans isomerase; PPIASE CAA48638.1 X68678 Zea mays DESCRIPTION: peptidyl-prolyl cis-trans isomerase. cyclophilhn AA6,3403.1 M55021 Zea mays DESCRIPTION: cyclophilin. CyP. the published citation gene name is 'CyP', but the submission gene name is 'Rot l' AAB51386.1 U92087 Solanum conmersonii DESCRIPTION: stress responsive cyclophilin. SCCYPI - 276 - Arabidopsis ORF Homologous sequence (SEQ ID NO) AAA57045.1 L29469 Oryza sativa DESCRIPTION: cyclophilin 2. Cyp2 AAA57046.1 L29470 Oryza sativa DESCRIPTION: cyclophilin 2. Cyp2 AAC05639.1 AF052206 Chlamydomonas reinhardtii DESCRIPTION: cyclophilin 1. cypi. immunophilin; peptidyl prolyl isomerase AAA57044.1 L29471 Oryza sativa DESCRIPTION: cyclophilin 1. Cypi AAA32642.1I L13365 Allium cepa DESCRIPTION: cyclophilin. CyP. putative AAG -1536.1 AF291180 Capsicum annuum DESCRIPTION: cyclophilin CACYPI AAA64430.1 L32095 Vicia faba DESCRIPTION: cyclophilin AAG03106.1 AC073405 Oryza sativa DESCRIPTION: similar to Arabidopsis thaliana Peptidyl-prolyl cis-trans isomerase (P34791). 3' incomplete CAA10766.1 AJ132763 Pseudotsuga menziesii DESCRIPTION: catalyze the cis-trans isomenization of proline peptide bonds. cyclophilin 528 AAB69871.1 AF016897 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGDI2. OsGDI2. GDP dissociation inhibitor2 AAB69870.1 AF016896 Oryza sativa DESCRIPTION: GDP dissociation inhibitor protein OsGDI1. OsGDI1. GDP dissociation inhibitorI - 277 - Arabidopsis ORF Homologous sequence (SEQ ID NO) CAA06731.1 AJO05836 Cicer arietinum DESCRIPTION: GDP dissociation inhibitor. gdi AAB80717.1 AF012823 Nicotiana tabacum DESCRIPTION: inhibits dissociation of GDP from GTP binding proteins. GDP dissociation inhibitor. GDI 529 AAB99756.1 AF020272 Medicago sativa DESCRIPTION: malate dehydrogenase. cmdh AAB64290.1 AF007581 Zea mays DESCRIPTION: cytoplasmic malate dehydrogenase AAK26431.1 AF353203 Oryza sativa DESCRIPTION: cytoplasmic malate dehydrogenase. oxidoreductase AAG13573.1 AC037425 Oryza sativa DESCRIPTION: cytoplasmic malate dehydrogenase. OSJNBaOO55P24.3 CAA65384.1 X96539 Mesembryanthemum crystallinum DESCRIPTION: malate dehydrogenase. mdh CAB61618.1 AJ251083 Beta vulgaris DESCRIPTION: putative malate dehydrogenase. putative cytosolic malate dehydrogenase. nrI. CAC12826.1 AJ299256 Nicotiana tabacum DESCRIPTION: malate dehydrogenase. mdl - 278 - P OPER11msil26892 0d-22/II -279 The present invention also provides the following promoters: Promoter Corresponding Sequences in Patent Expression Specificity lB_syn299 289 N 479_N 534_N 535_N 578_N Constitutive 1G2_syn300 478_N 530 N 531 N 579_N Constitutive ACl I syn271 56 N 385 N 386_N 492_N 550_Y Constitutive AC I 2syn272 113 N 387 N 388_N 493_N 551 N Constitutive ACl3_syn273 332 N 389_N 390_N 391_N 494_N 552_N Constitutive AC20syn278 153 N 399_N 400_N 499_N 557_N Constitutive AC22_syn280 154 N 403_N 404_N 501_N 559_N Constitutive AC24_syn282 168 N 407_N 408_N 503_N 561_N Constitutive AC26_syn284 189 N 411_N 412_N 505_N 563_N Constitutive AC31lsyn286 261 N 415_N 416_N 507_N 565_N Constitutive AC34_syn288 134_N 277_N 419_N 420_N 513_N 567_N Constitutive AC38_syn290 236 N 307_N 423_N 424_N 510_N 569_N Constitutive AC40 syn292 327_N 427_N 428_N 511_N 571_N Constitutive AC7 syn267 92 N 377 N 378_N 488_N 546_N Constitutive AC9_syn269 96_N 381 N 382_N 490_N 548_N Constitutive AF3_syn3l2 725 N Fruitless ARIO syn307 4_ N352_N 353_N 524_N 542_N Root specific AR13~syn309 47 N 356_N 522_N 544_N Root specific AR1 syn3OI 7 N 340_N 341_N 525_N 536_Y Root specific AR2_syn3O2 8_N 342 N 343_N 526_N 537_Y Root specific AR5_syn3O3 25 N 344_N 345_N 518_N 538_N Root specific AR6_syn3O4 30 Y 346_N 347_N 520_N 539_N Root specific AR8_syn3O5 34 N 348 N 349_N 521_N 540_N Root specific ATU56929_SynOO7 265N 417_N 418_N 508_N 566_N Constitutive (AC32) PRCSynO18 698_N 703_N Inducible by SA, INA, BTH, pathogens UBQ3_SynOI6 583_N Constitutive These promoters comprise the sequences set out below: >lBsyn299 Internal TMRI Arabidopsis constitutive Contig L14844 Contig Length: 5 1270 bases ('test' 1B-1 no restriction sites; base 823 T to TACAAATCCAAAGAGATTCCAGATGAAGTAAAGAAGTTGTGCCTTATGCT GATCCAAACGACAGAGATGTCGTTATACTTGGAACTCTGTGTAGTTCAGGT TTGCAGGATCCATCCTGTATTTGGGCGTGTGGATAACTTCTCCAAAGACTT GAAAAAACTAGTGAAAGGTAACAAGTGTTTCTTCCATAGTAATATTGACA 10 AGACTATTTTGGGATTTGGTGCCTTTTTTAAAATACGATTTAGTTGCAAGG AAAAAGTGAAAACGGTTTCGTAACATTGCTGCTTCTTTTGTTTTGTCTCGAT

CAGCTGCTGAGGTGCATACCTACTTAGAACCGTCCATAGATTCACTGAAGA

P 1OPER\pns\2689250 dc.22/ I -280 AAATAGCTGCGTTTCTGTATCCTGGATCACTTTAGAAACAAAACAAACATG AGGACCATGCTTGAATGTGGTACGTATGTATTAGATTCCTTCCTTGATGAG TGATTAAACCGGCTATTGTACCATTGGTATATGTTAGTCATATAATAGTAT TATTCTCTTTATTTCATATCATAGCTTTAAAAAAATGTTCGGCTCATGCTGT 5 CCACTCCTTTTGGGCCGCTCGTTGCTTTCATTTTTTTAAATTGCTTACCTCTC AACAAATTCTTTTGATTGGTTCTCTCTCTGACTCTAGGCCGCAGAAAGTGC AGTTCCGAATAATTCTCACTCAACTAACTTTTGATAATCACTTATTCTAGAT TATTCTGATTTTTGAATTCCCTCTACTCTTGAACACGTTTACTTACTATGAG GAAAAATTTAACCCTAAAAAGAAAACCACTCATTACAGCTAACATCTATG 10 AGGGGTGGACTATTGCGCAAAGCATTGATAGTGTTAATTGAAAGTCATGC ATATAGTATGCGTTACTACTAAAGTTTAACGGTTCAATTTTTTTGAATTTGA ACTGACAGTAAATAAAATTAATTTTTAAGATTAAAAGACGTTGTTTTTAGC AAGTTGTTTAGAAATTGTGGGACACGTGTGGCACGTTGCTCCAGGAGGGG CATATGCCAAGTCTGAGATACTCCAACGCACTGACTGACTGACCCCTACTT 15 AACCGGTGGTCAAACTCTTAACCTAACCACGGTTAAGATCTTAAAGCCGTT GAGATTTTCCCACATGTAATAATCTTGTTTATCTGTGAGATATTCGCCGCTT CCCCTTGGCCGGCTATAAATCGATAACCTCACCGATAAATCCTCTATTCAT CATCCACAACAAACCTCTTCTTCAGTCTGATAGAGATCTCACG 20 >1G2_syn3OO Internal TMRI Arabidopsis constitutive Contig AJ001397 Contig Length: 1116 bases ('test' 1G-2; base 872 A to C) CCTCAGCAAATAAGAGGACGATAAGGATCGGTCTTCAGCTATAAACAAGT AAAGAAAGTTGAGATTCGAAGACTCTTTATAAGTCATTGGATTTGTAGTAA ATAACAAATTAACAACACAACAAATTAACAACACATATACTACAAATTCG 25 AGTTAAAAACCCCAATATAATATATGCATCGACTACTAAACGCGTTTCAAT GACTGGTAAACATATGTAACTATCTCTGTTACATATTGAATGAATGATGAT GTAATAGTAGATGCTAACATAAGCTCACAATTATTTGAATAATTAAAGTCA TAAATAAAAATCATCTATAATGCGTGTAAGCTTGCATAAAAATACAGTATA TAACTTTTATTTAAAACTATTAAGTATCAACATCAATCGGAAAATGATTTG 30 CTTTTGAAGTTATTACAACTAGTTTATTAAAAAAATTGTTATCATCATCTCG

ATTTTAATAATGCTATATATACTTAGTCTTTTATTTATTGTTATTGTAATAT

P XOPER~fls5 12699250 dM-72VI2A)5 -281 GCGAAAATGACTTGCAACTGAGTTGCTTACGGGCAAACCTGACCAAGAT TGGGAAGTTCGAAACTGCAAATATGTATAATTCTTAATAAAAAAAAAAT TATCCTACATTTCTTCATTTTTTTTTTAAAATACTAATATTTGCATACTTTGT TGATTGAGTTTCTGAAAAATCATAATTGAGTTTTTAAATTAGTTGGTTGTA 5 TGCATTTGACAACTTCCAATTTCTTTTAAATATATCACTTTTCATATATTCT GTAGAGCTATAATTTTACAACAATAATTGAAATGTCGACCCAAAAATATA ATTTAAAGGCATTTCGCTGATAAAAATCCAGTTAGATGTATTTGTATTA AGGGGAAACCAATTATATTATTGGTTAATATTTATTAGTCGATATTGGT CATATGTATGTTCTTTTACGATTATGCCATCAAAAAATTTATTAGCCATTCG 10 AGAAACAAGGCATCTCTATTTTTGCTTCTTCTAATAGACTTCTTCGTCAC TGATCTCCCACGACGATCTCCCAAACTCATTTCTCTACGTTCATCGATCTCT CTCTTTCTCGTTTGCTCTACGAAAATCAGCCGTTTAAAC >ACIIlsyn27l Internal TMRI Arabidopsis constitutive Contig AC007138 Contig 15 Length: 1358 bases (ACI 11-2; base 233 A to no base; base 980 T to Y TTAAGTGATGTTTGCAACTTTTAATGCAACATTTTTTCCAGCATATTTTAT AATTGGTTGAAACAATTTAATTTAATTAAATTTGGTGTTTCTAACTTGT ATATAAAAACCTTAAATGTCAATTGAAATGATAGAGAGAGACATTACTA ATTATTGTGAAAAAGTATCACTATTTCTAAAGAATTGTTCTAGTAAAAAT 20 GGTATTAGTTAATTTTCAGACCATCATAAAAAGATGATTTAGATTAGTGA AAAGAATAATCCTTCAAAAATACATATTTCGACACAAGTATACTTGGTAT AAAATCTGTAAAAAAAAAATCAGAGCCATGACCAAATACAATATGTTAA TTCATGTGACGTGAGATAATAAATTGATTTGATTCACTTTCCAATTGTGTT ATAATTAACGCATTAAAAACACTAAAAAGCAAATAAATAAATGTAGCCG 25 ATAAGCCGATGGAAGTAAGAATTGAAGTCCAAAAGCAAAAACCTATAGA CCGGTGGACAGTCAACAGTGTCATTnAATCCCTATAAATAGCTCACTCCCT TGTCATCCACAAATCGTCCCCGTCTCGTCCTTCTTCGCTCGCTGTTCAGA TTTTGCTTTGAGGCTTTAGGCTCCCCAGATCTCTAATCGCCGCAGGTTTCGC TCTTCTTCTCCGTCTTATTGATTTCGAGTTTTTAGGCGATGCTTTACGGGT 30 TTGTTGTTAAATCTGAAACGAAATGAGATTTTTCTATGGGTTTCGATTCAG

ATTTGATAATATTCGAACCTTCTACGCCTGTTATATAATTAGATCTGCGA

P IOE4 31695 M2120 -282 AGTGTGTGACTATTGAAATGAGATTCTCAAGTTCTTAGGTTATATCGTTTGT GATTTATACAGATTTAAAACGTATGTGGATCCGTTAATTTTCCAGTGCTGT GTAGCAGATCTGCTTAATAGGTTTATCTTTTTTGCAAATGATTTTGATHTTC GCANCGATCGTGTACTCTATGTAGTAGTAGTAGTATATGATTTGATAAATG 5 TAGTAGTAGTAGTATATGATCGTGTACTGAGCCATAAATGAGCCTTCCTCG TTAATTATTGTCCATGAATTGTTAGTTAAGCTTGAAAGTTCCTTAAACGT AATTAGATCCTTATCACTGACTGTTCCACTATGAATATCAGAAGAATCGAA TCTCTTTGGATGAGATGCGTCTGTTTTTATGCTATTCCACAATGATTTGGAA TCTTTCTTAGCTTTTTATGTCACTTGAGTGTGGAATCTTTTTTTTTGTTCTC 10 TTCCTTTCAATTGTAAAAAGTTTGTTATATGTGTATGAnTTTTATGTGGTTG CTGATTCAATTTTTCTTTTTG >AC12-syn272 Internal TMRI Arabidopsis constitutive Contig AC007195.93 Coritig Length: 1301 bases (AC 12-5; base 503 T to C) 15 TGTGGAGATCAGJGCCTGATAAAGATAGCATTGCAATGATAATGTATGAT GTGCAACGCATAAGACAACAATTGACATCAAGCACACCTCTTCTGGTGACT GGAAATCAAACTAATAAGTTAGCTTATGAACTTGCACTAGAAACACTAGTT TCAGAAATCAGCATAAGTATCGAAGAGAAAGCTCTAACATGTGACAAAAA TTAAACGTGGAAkAGTACGTAAGCTGCAGGTATCATCTCTAATCACATTCTC 20 TAGACTCTAGCTACTATACATTAATTTTAATTTATCGTCGTGGAATGTTGAT TATGTTTACGCCTAATGT.TGTAATTTCATGGTTGATGGATATATATAGATGT GGGTATTCCTTTTGCTATATGTGTGGAGTCGAATGGAAACAACGGCTAGGA GCTGGTGGTTGCATTCATAGCAAAGCAGAGATTTATTTTATCATTATTTGTT TTGCAGTCTTGTTTGGAGTGAACTTTTGTTTCTTTTTGATTGCTACTTTAATC 25 AATTGGGTTGTGAATTTATTCAAGTGATTTACCCAGAGACTTGTAAACGGG ACATAAAAAGAAATAAAACCTTTCATCTATGTCTTATGATTGCATGAGT AGCCCAAACATCTATGGTCTAGTGGTAGGAGAAGATTTAGGGAATAGTGA AACTTGTAGATCCGAGTTCGATCCTCCCTGAAAACAAAAATCATATTTGTT TTGAGAAGTCTCTCAGTTAGGCCTTGGGTCAATTGGTTTACCTGGTAGTTA 30 GAAATGCAGCCGGTCTGACTATCCCCTTTCATTAGTCGGAAAACATTTCAA

ATTCAGAACAGACAGTATGGTAGTCCTTCGGTGAGAAGTCCACTCTAAAAT

P %OPERjmst12bH9250do-22/125 - 283 ATTTCGGTGCGTTTCTGCCGAGGCTGACCAGATTAGCCGGTAGGGTTTATC AAAAAAAAAGAAAAAATGATTGCATGAGTACTTCTCAATTCTTCACGTTGT CACAACAACTTGTTACATGCGACTAAACAAATTATATTGAATCCATATACA GATTTGCCAAATACTATTTCTATTTGGTCCCAATTAGTGATGTTTATATGGA 5 TTTAATAGCCCATTTAGTTATATGGGTCTGTTGTTAAAAAATAGCCCATGT AGACCCGTTTATGGAAAAAGATAAATGGGCTTTAATTTCGACCCGGCCCA AAATTACAACGTGTTCAACAACAACTCTATTATACAAACAGACTACGTCGT TCTCTTCCACTCATCTGAAAACAAAATCCAATTCTCTCTCTCTCCCTCCAGA TTCAAACGATCCGATCCAAAACT 10 >ACl3_syn273 Internal TMRI Arabidopsis constitutive Contig AF080120.1 1 Contig Length:1368 bases (AC 13-3; base 328 insertion of T) ACCCATTTGTCTGCCAACATCTCTTTTGGCTATATACTCATGAAACTTTAAA AAATCTTCTTATTTGTATGTTCGAAACTCCCTGAAAGTTTCAGTCTTCTTAT 15 GTATGACAAGAATCGCGAGAGACTATGCAATGAACCTAATCAAATATAAC TCTTCTCAAGAAATGATATGAAAAAGATTCATGAACATAAGAGTTGGTCCT TGGAAAGCGACCTCTTCAAGTCTTCATTAATTAGACATTGATTCAGGTGCT TAGGAGTTAGGACAATGTAAATTAATAAACAAAGGTGGTGCTTAAGGCGG TCCATGACGTTGTAGAAAGTATTTTTTTTTCGTATAAGCCGACTATATACAT 20 ATGTGTTTTTCATTTACTTATCGCAAATAAGAAACACACACTAATCAACTA TTTGTAAATTCAAATTCACCAAAATTATTTATGTTATATGTTGAACCTACGA AACTCATAGACACAGAATAAAACATAAGTGAAAAGACTGAATTAAACACT TACTTATAAGTGAAAAGACTGAATTAAAATAACAAAGAATTATCAATAGT ATTTTTAATAAAATTAAACATTTAAAAAATAAACTTATTTGAGGACGTAAC 25 CTAAAAATCTCTATATAGTTGTTTTTGACGAATATGAGTTTTATTATAAGAC TAATTTTTCCAAGAGATAAATTTATAAAAAATATTAAATACGTAATATTTT TTAACTCCAATAAAATATTGTAATTTCAAACCAAATATTTATTAATTAAAA TGTGTAATGAGATACTTACATATCATCTAGACAAGTTGAGATTTTCTTTAT AGGGTTTTGTAAAAATTTGATGATTTTTAACAAGAAGAAATCCATAGGAAC 30 TAATAATAAAAAATACAATGCAATGATATTTAAAAAAACAACAACTGCAT

TGCAGTGAATTTCATCAAAATCCATTAAAACATTTCCAAACTCAAATAGAA

PtOPERijm I 26H925Oc-22/120 -284 ACAACTTCAAAACCTTAATCCAAAATGTTATAGATAGATATGCAATAGCTC TTAGGCCTAGTACATAGCTAGATCTTGTAACTCGTGAAGGCAAATGATTGG GACGTTGGTTCGGTTCTAGTGGTCGGGCTCAGCCTGGCGGAAAAAATTGTT ATGGGTCTAAGGCCCATAAAGTGGCCCAGAAATAAACTCGTCGTATTTAC 5 ACACGTTGTCGTTTCTCTTATCTTCTAGAAAACTGTATCCCGTTTTTGTTCTT GTACTCTACACAAACAGACAACTTCAAATTACTCAACACCACGTCGTGAA AATCCGATCTACGTCTCTGTCTCTCTCCAATCTCTCTGCGCCACAGAATTGT GCGATTTACGAAAATCTCTGAAACCTCCGATCGTTAACGGC 10 >AC20_syn278 Internal TMRI Arabidopsis constitutive Contig AL035656 Contig Length: 1399 bases (AC20-2; base 244 A to G) CTTGGAAGCATTCAAGAGAGTCGTGGAGAGTGTGGCTCAGCGTCTCAATG AACAGCCCGTGATCGTTGCTCACAGCGAAAACACCTTTGATGGGAGCGGT ATCAGGAGGCTCTTGTCCAATAAATTCGAATTCGATAAGGTAAACTACCAT 15 ACATATATATGTTATCTAGCTTTTATGCTAAAGGAAAACTTTTTAAATGAT GGTAACGAGTGATGATGATCCGGAACGGTTTGGTCGCAGGCGCTAAACGT TGCCATGGAGACGATTCCAAAAGACCGTCAGGGTAAGGTGTCTAAAGGAT ATCTACGAGCTGTGCTTGACACTGTTGCACCATCGGCCACTTTACCACCAA TAGGCGCTGTGTCCCAGGTAAATAATGCCCCGTCTAAATTATTTTGTCTTTT 20 AAATTGTTTATTTTGCCTTTGAATTTACATGTTACAATTATTTGTTAAACAA ATGAAACCAGAATTAGTGTTTTAATCAAAAATTATTAGTGAATTTTTATTTT TATTTTTTGAACGGCATTGATTAGTTAAGTTTGTTTTTGTTTATAAGATGGA TAATATGATAATGGAAGCGTTGAAGATGGTGAATGGAGATGATGGAAATG TGGTGAAGGAAGAAGAGTTTAAGAAAACAATGGCAGAGATATTGGGGAG 25 TATAATGTTGCAGCTCGAGGGTAGTCCCATATCGGTTTCCTCTAACTCGGT GGTTCACGAGCCGCTCACCTCGGCTACCTTTCTGCCGTCAACTTCGACTGA TACAGAGGAGCCTTCAAACTAATCATAGAAGGGAATAAGCAGCACTAGCA GCAACAAATGTTATATGGTTTTGACTTTTGAGTGTTTACCCCCAAAAGTTTT AGATTAATGAGGAAAACCGTCTTTACTTTCAGATGTATAAAATTGAAAGTT 30 TGGGGTTTCCTCTTGTTGGTGTGGTGATTCTACTCATGCCTTTTTTTTTTTTT

TTCTAATGACCATGGGATGCAATGTTTACTCTGTTTTTTAATTTCGTTAAAA

P\%OPER\;msi26K925)doc-22/17 V -285 TTTGTTTACGTTTATGATGCTTGAATGGCTATGATGAAACATTTGAGTTATC TTTAAAAGTGTGAAATAAATATTCTGAAGTTAATTGAAGAATTTGAAAATT TGATTACAAGAGCTTGGCTAAAACTACAAGGAGACCAGATTAGTACAAAA ACTTAGCTAAATTTAATTAATTACGGTCATTAGCACAAAAAAATAATTTGT 5 TTTTATTATATTATTATTGGTAAGTGGAAACACAAAAGAGGACCAAAAGGT CCAAAAACGAATAAACTGTATCTCTCATTCGCCGGAGTTTCCAGCCGTTTC TTTCCGATTCTCGGATTTTTCCTGGGAATCAAACGCATCGCCGAGAATCGG AAGAGAGGGATAAGGTACCCAG 10 >AC22_syn280 Internal TMRI Arabidopsis constitutive Contig AL049608.184 Contig Length: 1283 bases (AC22-1; base 52 insertion of A, base 636 TCACCAGAAAAACAAAAACTAGAAACCAGGAAAAACTTAGGAAAATCAT AGAGTTAAGCAAAGTTAATCAACGTCATTAAGTTATTATATATAACTACAT TCTATATAATCTCTGTTTCGTCATTGTACATTTTGGTGACTGGAAGTTTTTG 15 TCACGTGGTAAACAAGAACGTATTCGCCAACCTAAAGACTCAATCCTCTTT GTCTACAAATTAAATACATTATCACGAAAAAAGCTTTATGTATTATAACCA AACTACTTTATTCTCTCAAAACTATTGCATTGGTGTGCAAATACGTTTTCTC GAGATGATATCATCAATCTTAATATCAACTTCAACTTTTAAAGTAAAGCAA ACGTAAATTAACACG.GTCGTTCTAGCTTTGTAGCATCGAAATAGTTTTAAA 20 TGTCAAAAAAATGAGCGAAATAATTTATTCTTAATTATCTTTGCCAGATTT TTAAAAACCTTTAAGCATATATAATTCAACTAAAAGAATTTTAACTATTTG TGACTATCTAGACTTGAAGCAAAAAGTCAAAAATGAGTAGACATAACTCA ATTCCTGCTGTTGATCCATAACTCAACAAATATGTGTTTAACAATTTTTTTT TTTGGTCAAACAATTCTTTCAGTTGTAAGCTAGAATATTACAAGATAGATG 25 AGATTAAAGAAATAGTCCCAAATAGCAAGCAACAAAACTAAAACATTAAC ACAAACAAATTCTAAAATAGAGACACAAACTTAACAAAGCTTGATACAAT GAAACCTCAATGAATTAATACTCGATATACTAATACCTTAAAATATTTTTT CTAGTTCTAAATTAATAATTTAACCTAAAAATATCACTTCTATAAATTAAT AATTACGATAATTTAATGAAATTTAGTAAACCATTAATCTCAATATTCTTA 30 ATTTATAGAGGTTTTACTAAATTGTAGAAACAACTAATTCGAGTACATCCC

TGAATTAATAAATTTTAGAAATGTGAATTAACGAATACTTTTGTTCTTGTG

P %OEI- 695 M2 2A -286 AATGGTTAAAAAAAGTTACTTATCAAGACAAGTATGAAGTATCACGTGA TAAACGTTTAATGACACCAACCTAATGACAATTTGTTTGATTTATTTGTCAC CTAACTAGAGACTCTCTCACAGTCAACGCAGCTTATGTGTCATAGTAAGA TTTTTGTCTACTATAGTAGAAAGACGAATTTATAACCCCTTTAGGTTTTTT 5 TAACACACGCCTCTAATCTCCGCGCACACACACACACCCTCACGAAGAAG AAGAAGACGA >AC24-syn282 Internal TMRI Arabidopsis constitutive Contig AB017643 Contig Length: 1367 bases (AC24-3; base587 T to C) 10 TCGTGAACCCATCCATATTCTTTGCTTGACCGCTTCCATAAACAATCCACCC CGAAGCTTTTACATCGTGATGTCTTTGTAAATTTAGGAAAACACAGACACA GTTGGTCAATGATAATCATTACAGATTCTAAAAGAATTTGGTAGCCACTAG TCAAAGAACTTAAAAGGCAAGATTTATCGGGACATTAGGACAAGGTAAAT GAATGCATTATAAGAAAATAAAAAAACCCTTTAACATTTTGTUTAATAGAA 15 AAGAAGTAGAGGTTGATTAGTTATTGTTAAAGTAAAATGTGTTGGGCTTGT CTTTTCCTCAAATGTCGCGAAGCTCAATGGTATAAGCGAAAGAGAAAGCA TAGCATGATGGGCCATATATAAATAAAAACTCGAGTATGCTACAAAAACA AGGTTTFCAATGCACTCATATCTCGTTTAACATTCTAATTTTATTCTTTTC TGTGTCCCCCATTGGCTTGGCAATAAAGTTGAATTTGTATTGATTTATATCT 20 CATTCTCAGTACGAGCTAAAATTCTTAATTAAAATGAAAAATATGCTATAA ACAATTTAAATGATTGCAAGTCCCACCTTGAACAACATCAGTTAATATT TCCGTAGCATGTTGCATATAGCATAATTTTGGTCTTAAGTAACACCACCAC CTCACACGTACGTACGACCAATTATGCATGTCTCAAATCCCTCCATGAIT CTATATGGAAGACCAAGGmTCAAGATTAGCAATTTTAACGGAT-AAAACC 25 GGTTCAAGATTTTATTTTTTATTnATTTTTGCTAAATCCTACAATTTGGTCTC ATGACAAAAAAAATATAAAAACATAGAAACAAATAACAATGAATCTATCG ACATCAACAAAAGCAATTAAACTTTCCGAATCAATGAAGCGATAACCGGT AGTATCTTCGAGACTTCATATACGATCAAAATGCTAAAGTAACTATTCATA ATCTTTTATTAATAATGAATTATCAAAGCTTCTATAATTCATACGACAAAG 30 ACAAAGGAATAGCAACAAGTTATGTTCATTTCGCTGTCGTTTAATTCAACA

ATGAAACGTTAACGAAACGATTUGTCGAGATTTTTAAACGTCTTTCAG

P \OPERjmsu 2619250 doc-2 I 21 -287 GTTCTACGGCTAAAATTCCTAACATTTCATCACCTGTCGTTATCGTTAATAT CGTCCTTGTCAGCAGAAAAAAATTGAAATCAGGATAAGTTGATAACTTCTA TGAAAAAAACATTATCTTACAAAAATCCAAATACTCCGACTTAACCGGGTC GGATCCTGGTGAGTACTAGTATCTATCTCATTACAATTCATATCCTTCCTTC 5 AACATTCGATCATCACGAAGCCAAAGAACAATTTCTCC >AC26_syn284 Internal TMRI Arabidopsis constitutive Contig AC006438.21 Contig Length: 1343 bases (AC26-1; base 150 A to G) GTGAGGTCATATTCAGGACCGATCCAACAATATTGAGGGTTTTACTCCAAG 10 TAAAATTTTAGTTTTATTTTTAATTATCATAAACGACATAAATATAATATGG AAAGATCACAAATACTGATTAAAAACTAAAATCATCAAAACGAAAAGGAA AAAAGAAAAAATTGGGTTCAACTCTCATGAGTTATTAAACATTTTAGGTTT TAGGCTTAAATCTTTAAAAAAAATCAGAACTGAAAAACGAAAAATTCTAA TTTTATTTTGGACTCTGATTCATAGCTTATGTCGCTTATGTAGTTATGCTAG 15 GGATGAATCTGTATTTCGTTACCGTAATGAGAGTTCGATACTCTCTTACTTG TTACGATTCTGGAGCATGTTACATTTTTTTCTTTCCGTCAACAACAACTTTA ATATGGTAAAACAAAATTTATTTTTATTTGGCTGGTCCTACTCAAGACAAA TCTTCTGCCGACATCACATAATCATATTAAAAACCATAACTTCTGCCACTC TGTTTTTTTTTTTTTTGTAACCATTAACTGATTGGATTTTGATCCATCTCAT 20 CTGATTTTTTAGCTCAACAATTTACTTGCACATTTTCTATTTGGTTTTATTTA TACTTAGTTACATATATGATTATCGAACTAGTATCTCTTTATAATTAAGTAT TTTTCTATTTTTTTTTAATTTAGATTTTTGTGAATTCATTTACAGTAGAAAAC TGTAAAACCATATGGTCTAATTATAGAATGAAAACTTCAACGAATCCATAC AACTTATTGGCTAAATATAATAAATCTGCTTGAAGCATATTGTTATTATTTA 25 GTTGGATTTGACGATCTCTGACTTTAATGTATACCGACATACCCTATGATTT AGATGTTGATTTTTCCCATTCTTAATATATCCATGTTAAGAGATTCCACCAT AACATATCTAATTATTTGCATTGTAATAAATATTATCATTAAAAAAAAATA CAACTGGACAGCTGGCTCGTCCCATTGTTTCTTACGTCCACCAATTACATTT GTTAAAGCAAACTTATTAGAACGTTCATGTGTGAGAAGTTGGTGTCGACAT 30 GTGTCTAAGGTCTATGTCAGAAATCGGATTAGCTTATTAAGTAAACTATAC

TATATCATTGTTAATATAGATAAAATATCTAGTTCGTCCAAATTAAACTAT

P OPEjmsu2699250dc-22/12M5 -288 TTTCATAACTGCCACGTGGCGTAAACGTATCCATCGAGTCACTTGTAATAT CTTTATAACCAAAGTCTTCCAACACATTCATCACCATCTATCTACTCTTTAC TCTCTTCTCTTCTCACATCAATTATTCATAGTTCTCTCTTCTCCGGCAAGAA AA 5 >AC31_syn286 Internal TMRI Arabidopsis constitutive Contig ATU46665 Contig Length:1296 bases (AC31-3; base 556 A to G) TCGGAATCTGCTGGTAATCTACGCAAAGTATACTTGTAATCAGCGACAGTG AGAGTGATCTACAAGTAGAGAATAAGAGATTCAATGAATGAATTGGAATG 10 AGGAAATGGTGAAATCAATAGAGAGATAAGGAAGATACGAACGGAGTAG ATAGCGCGAGAAGAACGGACGACGCCTTCTACAGCCGTCGCTATTTTATTG GAAGGTGAGTCTCGGAAGATGGACACGGCGGTGGCGCTGCCAGTGACGGC GGTTAGAGCTAGGCCGGCGGTGACTGTGAAAGCAAAGATCGGAGACTTGG ATCTCCCGAGAATTTTGAATTTGCGGAGAATCTCCATTTTTGTGGATTCTTT 15 GGGTTTCGTATTATTTTTTTCGTAGTAACGAAGAAGAGGACGGAGAAGCTA CACATTTTCTAACTTACTTGCAAGTCGGGTCGGATCGGATTGATGGACAAT CTAATGGGCCAGGATCCGGTTAGACTAATCGATGTGATTTTAATGGGCTAA GTAAGCTGGGCTTGGCAAATAGCCAAATATAAAAGGTTAATTTAGTCAAG AAAATCTCTCAATTTAAAATTAACTGACGTAAATCCCCCTTCAGTATCAAT 20 ACTGTAAAAATTGGATAGACACAGTAAAACGCAGTGTTTTACAGAATCTCT TTTAATCGATTTGACATCACACAAACTTCAGAGAATCTCATTTTGATAAAT TAAAGTTTTTTTTCCACTTTGTGAATTTTAAAGCCTAGGTAAATTAGTGCAT ATATGTAATTTAAGTGTACATACTGTATCTCTCTGCAACGAATACAACCTT CTTTTTTACCCACTACCACCTGTTTTCGCTAGGCTTGCTGGACTCAAATAAT 25 GTATTTTTATACGGCAAAATTATTCATTAAATTTCAACTTTACGTTATATAC AACATTTTTTACAAAAAATTACTAACATATATGGAACCTCAAACCTCTTAA TGTAGAAATATTAATAAATTTTTATTTAACCATTGGACTAAGGAGCTTCCA CAATCTACTCTAATCTAATAAAGTGTATATCTCATGGGTATCAATTTTTTTT TTCAATAGGTAAGAAATCAAATCGTTCTACATATCTTTACGATCTTGTGAT 30 ATTTTACGAGCGAATATCGTCGACATAATATAAAACTCACAAAAAATAAA

ATAATAATGATACTCCATATAAAGGAAAAAGACAGCAAATATGTAGGGTC

POPERpm 1268925 dmo-22/12A05 -289 AATATAAACGCAGCCTCGTCGTCTCTTCATATATTCGTCTCTTTGTGTTCTT CTTCCTCCTCAGATTCTCTTTCA >AC34_syn288 Internal TMRI Arabidopsis constitutive Contig Z97340 Contig 5 Length:1359 bases (AC34-3; base163 T to C) GGATCGAACACTCTCTCGTACGTCAAGGAAAGCACTGTGATGCCAGTGAG GATGACCTGGCTCGCGACGGAAAGGTTGCTGAGCCGAGTCGGTACGAGAA ACGAGTCCGCATAGAAACAAGAGAAACGCGACGAATAGGAGAGAAGAAA ACGAACTCGATCGCGAATCCGATCTCAACTCCATGACTGAAAAAAAACAA 10 CCGGAGATTTCGCTCACCTCCCGATTTTGGACTGGACTGGCGAGAGTCGCT ACAAGTCGCTTACGGCGAGGGAGCAGAAATGGGAAAATTAAGGCTAATTA CTAATTTACCCTCAAGTTTTATTATTAAGGTGACCTGACCTGCTCTGTCTAT ATGTGATATTGTGACCTGCTTTGCCTATATGGCTATATGTGATACCTATAAT CACAAGGATATTTCAGGTGGAGAATCAGAGAAAGAAATTGAAGCTGAATA 15 AGACACTATATGGGAGAGATTGAAAGGAAGCTGTTGGGCCATTTTGGTGT AGCGGGTCGCAAGTCGAGCGTGAGACTTATTGCTGTGCCATTGCAGGAAT GCAAACAGAGGAAAGATTTCACAAATGGGAAACGGATACATGCTCAGATG GTTGTTTTGTTGTAGGAAATGCCTTTCAATGAGTATGTTAAACGCTAGCTG TCCTGTTTAATGGACCGGTGTATGTCATCTTGTCTTGCACTGTGTGAGCACA 20 ACAACTTGCAATGTTTCCATTGATGCTGTAGCAGTCTCTCACATTAAGCTCT GGTTTGGATGGCTATGAACAAGTTGATTGGTAGATAAGTTAAAATGTTGTG ATTTGAATCTGGAATGAATAGAAAGATGTGATTGGTACTGATGTAAATTCA ATGCTTTAGAGAATGTATACAGGCAATAATATACCAATCATTATGTTTATT GCTGACTAAGAGCCACTCCTCTTTGCTGTTGCAATTCGGCAATCGTTCTAG 25 ATATGGTTTCCATTTCAAATCATGATATGCATTGACTTTTTCCATGTGGCGT TCGGAAATCTTTCATCTATACTACGTCTACGTTGCAAGTTTTGCAAAATGTT TAAATTAGTAGAATCTCACGTATATAAAAACTTTAGTCGCCAAATTGAAAA TGGAGAATGAATGGTAAACTACTAGTTTACCCTCATATTTTAGCTGAAAAA TATCGTCACAGCTGACGAAGAAATTAGAAACAACAAGCAACGTGTCACTT 30 CTCATGTCGTCGTTTTCCCCAAGAAATATCCAAACTAACACCCAATTACCT

AATGCCACGTGTTTACTCACACTCCTTTAAACAAGCTCGTAACTGTTTCATC

P IOPER'jms I 2689250 doc.22'IV//5 - 290 TTCTTGTCCCCAAAGTCTCCTCTTCCTTATCTCTTGG >AC38_syn290 Internal TMRI Arabidopsis constitutive Contig WT755 Contig Length:13 8 5 bases (AC38-3; No errors) 5 AAGATTTTCCGCTACGGGAATTTGAACCTGAAAATGCTGATTTTTAAAGAA AATTTAGCTAATGTGCTACATGAGATGTTTTTTTTGCTAAAGTATGAGTTTA AATTGGATATATACATCATTCAATTTATTTTTCTAATCTAGAATTTGCTTTC CTAGGACAAATATAGGTACTGAATTATTAAAGAACATATTTTTTGGTAAGA TATAAGTGAGTTTTTATATAATTTTGATGATTTTAGGTAAGTTGATGTGATT 10 TACTGTAAAGTCTTTTCAAATTCTATCTAAAACTATGAGATTTAGATTTCTG TATTTTTAACTAAAGAAGTCTTTTCAAATCCTTTCAAATCCTTCAAAATTAA TAAGAATCAAATCCACTAACTATTTTCAGTAACAGTAAAAAGGTTGATTTT TAAATTTTTAATTTAATAACACTCAATTTCATTTAAAAATTTAAAATCCATA ATTAAATAACATAAAATTTATAAATTTTACATAAATTATTAGATTGAATAC 15 ACCGCTCTAAATATACACAATGTAAAAAGTCTGTTTAAGATCAATTATAGA TTTAACTTAAATCTAAAGGCCCATAATACCGTCCTGTACATCATATAGTTA TCTCAAGTTGTAATACTGTAATACCCGTTGGGCCCAGTGGCCCATTTATCA GATTTCAAATAACAGATCTCAACACTAGCATGGCTACACACGTGTCAGATT CAATGCATCAGTCATATCTTCAGCATCCAACACTTGTCAACCTTCCATTGG 20 ATCTCTTAACTCTACGCCTCGAAAACAGTTTTTATTTATTTATCATTCCATT TCTCATTGTATCTTCATCAGTCTCTTCTTATTCCATTTTTTCAAACCACTTGC AAAATTCGAATCAGATCTTCTCTTCAATCGAAAAAAAAGAAAGGTAAATC TCTCTCTCTCTAATCATCGTTCGTTTCGTAGTTTCTTCTTCTACGTGTAGATC TGATCTTTGATTGTATGTTTCTGGAGATCTCGATCTCATCGATTCTCTGTTC 25 TTATCACTGATTCAGTGTGTTTGATATCTAAATCCGATTTGTGTGTAGGATG TTAAAATTTAGGTTTCGGTTTTGTTTCTGCTTTTGAACGATTTTGCTCTAGA TTCGTTATCCGTGAAGAACATAGACGAGTATGTAGATCTTACTTCGGATTC GCGTTGAAGAATTTTCTCTAGATTCGTCACCTATGAAGAAGATTCATTGTG TTCTTAATCTAGATGATTAGGTTATTGTTTCGACTCATTTGTTTATGCCTAT 30 TTTCTCTATGTTCTTAATCGGTGAAGAAATGTATCAATGTGTGTATGTTTTG

GGTTCTGATTTTGTAGGATTTGCTCTAGATTGTTGAATCGAAGA

P \OPERtmsu 2689250 do.c22/1IQ0 -291 >AC40_syn292 Internal TMRI Arabidopsis constitutive Contig Z15157.1 Contig Length: 1356 bases (AC40- 1; No errors) CGCAACGATAGGTGCCTATGGAAACTGAATCAACAGATTTGGTTTTGATAT 5 CATATATCATCAGCTGTCTACTATTTGATCTAGGACAACACAAAAGCTTAT TCTTCTCCAAAATGGCTACTGGTAATGATTGCGTAACACTACGATTCACTA TCGAATATATTTGTTCCCAGGTCTTGTTCTCTGAATTGAACGACCATATTAT CATTTGTTGGAGAGGTTTACTAACCGATAAGCACAAACGGTTATTCAGGCT GCGTGTGATAATGTTTCTATGATCTGCTTCCGCAAAAGGAGCTTTAGAGAT 10 AACTTGAAAAGTTTCGGTGTGGAGATCTAACGCTAAAACTTTAATTTCTTT CTTCCCGGTTAACCAATAAAGCGATCCATCTACATACAGAGCATGCCCCCG AGACGAGGAAGTATTAATCCGATAAGGAGAAGAAGGATTGATATACCTCC AAGTGTTGGTGCTAAAATCAAAAACTTCACATGTAGTAGCGTTTTCTAGGC CAAGTTCGGAAGAGTTATACATAACCAAACCGGTTTGTATATGCCACTGAT 15 TTTGTCTTTGCCAAATCCAAATTTAACGTGACTAAAATAACTTGGCTGCTC AAGACAGATTTGTTGCAACCTGGAAACAGGGAAACGTCGATGCCATCGAG TGGCGGGATTATAAACAATGTTGTTTAAGGTTTGGTAATCAAAGAGGCAA ACAAGACCGTCACAACTATTGTGGAAAAGTTGGTAAATATGATATCGTTCT GATGATATCAACA~ACACGTTAGTTTTAAGTGGAGGAGAATCAGCAGTAAC 20 ATGATGGGGCAACACCAACGTACTGGGTACTTCAGACACCAATACAAGAT TTAGATCTTTCCCGCCAGCTGAGCAGATCAACTGTTTCGCCTGGAAATATT GAGATTCGATTGTCAACTTCCATTGTTTGCAAGCAGACTTGAATCTGAGCA GAGATTTCACCGGAACTCTCTCAAGAATATCCTCAACGGTGTCGTGGGGAA GCAATTGCATTATTTCTCTGTCTATTGAGAGGATTTTGTTCTGAGTGATGGA 25 TAACATGAAAGATATGCTTATTTGTATCAATTCAATCCAATGTTGATTTTTT CCTTGAGGAGGAAGATAAAAAAAAAAAAACGTATATACAATCGATGGGCC CTAACCCTATCCCTAACAAATCTCTTTAATATGTAATGCGCTTTAATAGTTA AAGCCCATTAGTTAAAAACCCAGAGCTATATTGTTGACCTAGCAAATTTCG GATCTATAAATTGAAGCCATTTTCTAGGTCATTAGTTTTTTCGTCGAGCAGC 30 CGCGCTTTTTGGCCGAGGAAGGATAAAGAGA P QOPERjnmsI26S9250doc-22/12M5 - 292 >AC7_syn267 Internal TMRI Arabidopsis constitutive Contig AC006234 Contig Length:1343 base (AC7-1; base 426 A to G; base 606 A to G; base 9 ATGTGTGTAGCGAAAACCAATGACAACGTTAATTGACTCATACACTGCAC AATGTTGAAAGTGTTTCAAAGTGAGATATAGAGAGTCACAAGAAGAGTAC 5 GAAAAGAATCAAAGTAAAACTCCGAAAAAAGTCTTTTGAATGCAAGAGAT GTGAAAAATCTAGAGATGTGGTTGTGAACTTTGATTCCCCTATTGTGCGTT GGTTTCAGGATGGACATGGTATACCCAACACCCCTCAAGGTTTGAAGAGG GTTTTGATCGTCAGAACAAGCTGCGAGAAAGCCGATGTTTAATATGAAAC ATTAGCTCCTAAACGAAAGAGACTAAATACTGTGAAGAAAGTCACTAAGT 10 TTATTGAAGACAATGAACAATTCAAAGACATGAAGATTGAAGAGGTTTCT TTTACCGCACCCAAACAGCTGAAAGGGAAAAAGTTCTAAATAATGATGTT ATAGTTGTTGATATTAAAACTTGAAAAATCAACAAGTTAAGGAAACTAAA GAGACAGAATAAACCTTAACTTGTTGATCTTTTCAAGTTTTGTTATCGGTA ACTACAACATCCTTACTTATATTTTTTTCTTTTCAGCCGTTTGGGTGCGACA 15 AGAGAAACCTCTTCAATCTTCATGTCTTTAAATTGTTTATTGTCTTCAATAA ACTTAGCAACTTCCTTCACAGTCTTTAGTCTCTTTCGTTTAGGAGATACTGT TTCATAATAAACATCGGCTTTCTCGTAGCTTGTTCTGACGATTAAAACCTTT TATAAACTTTGAAGGGTTTTGGGTATTACCATGCCCATCCCGAAACCAACG CACAGTATGGAATCAAAGTTCAAACACATCTCCAGGTTCTTCACATCTCTT 20 GCATTCAAAAGACTTTTTCGGTGTTTTACTTCGAATCTCTTTGCATTGGATC TTAATAATGTTTGAGCCGACCATGTTCTACATATGATGAACAAAACTCAAG CACTAGCGATTATTAAGGCTTTTTTTTTATTTCTATCGATCTTTTTTTTTTAC CTATTGATAATGTTGATGTTGAAATACTCAAACATGGAAGTGGAATTCAAA AATACAACTAAAGATCTGTTTTCTTAGTACATACAGAATTGAGAAACAGA 25 GAGATGAAAAATGCCAAGAGTGTGAACAAAAGTCCACAAAACAAAAGCC TCTGACGGAGAAGGAGGCTTTTAGGTGTTACCCAAACAAAACGCACACAA TACGGCGTCGTTTAGAATCAGAAAAGACATTTCTTTATGGTCACTTGATTC TCTCTTCCTTCATCAATCAATCTCGTCTCCTGGAAAACATTAGGGAGCCTCT CAGATCCTCAAGAAAACCCTAA 30 P \OPER\;jms.l261925U doc-22/I2/05 - 293 >AC9_syn269 Internal TMRI Arabidopsis constitutive Contig AC006403 Contig Length:1319 bases (AC9-1; base 205 T to A) TTTGTCACCAAAATCAGACAGGCAAAGCTGGCTCAAGCATCGCTTAAATCC CTGTAAAACGCAACTATGTAATTAATATTGAGATATACTTGTTGCTTTCTG 5 ACTCTGATTTCATTCACTCGGCAGCATTCTCGTGCTCTCGGCTGCTGTTGCC AAATCTTATGGTATCTTTCTCAAAAAGCTCATAGTACCGTTGTGTCTCCAA CAGACTTTCATTGATGTAAGTCTTATAGGTACTACTAAGATCCATAATATG TAAGGCCTCACTTGCTTCTTTCCCATCATACCATATGGCTCTTTCTCTTTTTC CACCTCCCGGTACTGAATAACAGCATGTTGCTTGCTACAAAATGTGTGATT 10 AGTAGGAATGTCGGATCTTTCTCTCACGTCCAAAGAGGTAGCAAATTTGGT AATGAATGCAAAGTGTCTCTTTCAGTGGTTCACCATCCTTAAAATGATAAA GTCTCCATCTTTCTTTGGGTTTTCTATTATCTACGGGATTATTGAAGAGGAG TGTGATACCTTTGTATATGTTGGTTTCTTCAGCAAGTTTCCTCGATAGCTCA AAACATCGCACACCATGTTTTTCAATCATCAAACATGAATGAAGTAGCAGC 15 TATCGAGATTCTCTCTCTCGTCCGGTACTTAGCCAACACCCTTCCTCCGAAT CTCTGAATGTCAGATTGATGTCTCCTGGCACTTGGAGGATAATCTAAGCAG ACATGGATGGGTCCTAATCGATCAAGATAGTATCTTCCATATAGGTCTCAA GAGTTTGAGAAGATGTCTTTCACCGTTTCATGCGGAAGTTGACTCCTTACT TTAAGCAATTGAATGCATGATCGTAATTAGTGATATATTTGGAGTTTTCGC 20 TTCCGGTTACTCTGATATGATATCTTTCCTCGACAACTATAACGAATGACC AATATTTGTAATAGAGATAGTCTATTTTCGATCTCTCATTTGTTTCTTTCTTT TTTTAACATTACATTTTTTCATAGAATTCTAATACTCACAGATTGTTTAATG ATTTTTTCTTACAAAAAGTATCATTCAGATAATTTAATAAAAATGGTATCG CAGTGCCTTTATTTACCTTTAGGAGTAAGTTTTCTTTCTTCCGATATCCTAA 25 ATTGTTCGACACGTGTCAATCACGAAACCACAACCAAAAAACCTTGTCGTC TTCTCCAATCATAAAAAAAAAAAAAAAACAGTGTCCCAATTTGATCAAAC AAAACAAATTCATAAATTCGGAGAAGAGAACGAAAAATCTTCTTGTTGGC AAATCTCCGGCGAGATCATCTTTCTTATTTTGTTCC 30 >AF3_syn3l2 Internal TMRI Arabidopsis 'fruitless' NO EXPRESSION IN FRUIT ON GENECHIP CONTIG Z97336.167_S_AT LENGTH 1156 P IOPERijms1261%9250 doc-22/12/05 -294 GCGAGTAAGACTTATTTGAAACATCGTCAAATTTACTTCTTTTGGTGTATAT TTCTCATTATATGGCGTATATATCTGTTTATGTAAGAAATTGTTTCCAAAAA TTACTGTATACTGACTTTGTAATCTTGTTTTGATATCAATGAATTTATAAGG AAAAAAATAAAATAAAAATATAAAGTATGATGTACATGTAAAAAAAGTTG 5 TTTCAAGCGTAATTGTTTTTTGGCTAGAGAATGAATATACAGCAACAGTAA ACTAATAAACTTGCGATGAACTAAAATTTCTGGTATTCCTACAATCAATGA ATCACTAATTTATCTATAAGTTTTAGCTATATCCGCTTAAACCCCGCCTCAA CTTGCTCTCTGGTCTGGGTATAGTTGGGCTACAACAGTGAAACCGTAATTA GGAAAGAAATGATAAAAACCCAATCCAGAAGCTTACTGCAAGATAAAGA 10 GAAAGATCATGAAGAGGTAGGAGTGATTCATATAACAAACAGGGTCACGT TGTCACTTTCTCCCAGAAAAATACAAATTTAGACTAACTATATAAGGAGAC GACTTCAGAGTCTTCTAATGGGTTAGTATAACTCGGGTCATCTTTTAATCTC TGGCTTTAAAGACATGGTAAGATTCCATATATATGAAAACTCTGTGTGTGG TGGATTGCTTTTTTCATTTAAGGCAAAGATAGGTTTTAAGGCAGAAGACAA 15 GAACGACCTTTGGCTTATTTATAGGAGACCACCACTTTCACTTGAGTCGAG ACAGTAACGACATTTAGAATTTGCATTACTCATCTTGTCACTTTCTCCCAGG AAAAAAAAATACAAATTTAGACCAACTATATTAGGAGACGACTTCAAAGT CTTCTAATGAGTTAGTAACTGGGGTCATCTTTTAATCGCCGGCTTTCAAGA CATGTACAATTTCATATGAAAACTCTGTGTGTGGTGGATTGCATCCAAGAC 20 AGTTTTAAGACAGAAGATAAGAACGGCCTTTGCTTATTTATAGGAGACCAC CACTCCTCTCGATAACCATGACTCGAGACATTAACGACTTTTAAAACTAAG GGACGAACCTTAAGCAAAAGCTCTTGCATTACTCAAATTCTTCTGCCACTT GGTAAGTCTTTTTCTCT 25 >AR10_syn3O7 Internal TMRI Arabidopsis root specific Contig AC001645 .Contig Length: 1331 bases (ARIO-2; No Errors) CCAATACATTCGAACACGTGATTGTTCGTTAATTTTCTTGATTCTGTAAGAG AAACAAAAAATATAGATGTCCAACTTTTTTTTTCGGGTGGGAATATAGACG TCCAGCTTAGCTACGTACTGAATAATTCAAAGTTCCAAACTAGTATATATT 30 AATACAATTGACGATAAGGTCATAAGGATCGATGGATTCCAACGATTCGA

TACAAGTATTAATGAAATAAGATAACACGATTGTGACAGCAAACTCTATA

P OPERjmet268920 do-22A2S - 295 TTGATATTTCTATTTTTTAATTAGCCATGCGTTGCACGATCAATTTACAAAA TAATAAAAGAAAATGATCGATCAAAGAGCATTCCATTGAAATTTAATTCC ATCCTGTAATCACATAATTTTGGGCCCAATCCTATTTTTCAAATGTAACATG CTATTACATAGTCACATAGAACATCCTAAAATAGGGTTAAAATGTACTTTT 5 ATCTATTTGCAATTTTGATATTTTCCTTTCTGAAAAAGATTAGTATATGGCA AATTATCTTTTAGATAAAAGATCTTTTGTTCTGACTATACATTAATTTATTT TAAAAAAAAAACTTAACAGATATATTTGCAAATACAAAATGATGAAAAAT AAAAGGGATACCATAATCTAAAATCTGACAAAGAAAATATACAAAAAGTC AATTACGATACTTAGAAAAAGAACTATATATTTTTGGGTAGGGAAGTTCAA 10 AAACAAATTACCGATTTGCTGACTATATGAGCAATTATTACATACTTTTAT TTATTTGTACAACAATTATTACACATACTTGTGTGGACCAACATGATTAAT TTTATATTGGCCATATGGTGCGTAGTAAATGTTATAATAACTTGAAATTAA ATAATAACTAAGCTCGACTCGATATATAGATCCAACCAGTAGCCTCTCTTA TTCACACCTAATCTTCATCTTCATCTTCGCATTCATAGTCTCTACGATCAGG 15 TAATCCCCCTCTCTCTATCTATCTTTCATATATGTGTGTATGTGTAAACTAT CTATATTCTGAAAATAGATCAATCAATTGATCTTTTCCTATCTCAATTGTTT TCACAACCATCAGTTTGACTTTTGATCGTTTAAGGCTCGAGAGAATTATCA TTCACTGTAGTAAAGATAGTTTATACCAACAAACCCATTTGGTGTTGACCA GCTTTCAACATAAGTATGAGTTAGAGCTAGAACCGGATTAGTATTAATGTT 20 ACTTGTACCTGTTCATAGTACTAACCAAAAATGATCCAAAAAAATGAAAA TAACAAATAAACCATTTATGGTTATCACAGATAGATAAAAGAAGTCAACA ACGA >AR13_syn3O9 Internal TMRI Arabidopsis root specific Contig X98855.2 Contig 25 Length: 1272 bases (ARI3-3; no errors) CATTTTGAATGACATTGGTTTCCAGATTTAACTTCATATGTCTTGCCAAGTA AAATTTGTACGCATTGATATAGTATCATGGTCCTGACTTTAAGCATTGGCG ATGGGTAATGATATTAATGAAATATCGGCGAAATTTCTTGGATAAAAAGA AAAGATTCGTACGCATGAAACCAATATGTGATGTTGGTTCCATATTCACAT 30 AGCATTTGTAAAATTTAGAATAAAATCGAGTTTACGTCAGAGCCATCCAAC

CATTACCATTAAAAATTGGATGAACTGATGAACAGGTTGAACCAGAAATT

P\OPMjms I2689250o2m -296 GTCACTCAAAGTTAGAGCTTGGTTGATAGGTTCTTAAGACTAAACAGTTCC TCATCAGTATGTAATATAATGAAATAATTTAATCTCTTTGTGTGTAAGGTG TTAACTGGACTACCACTAGACTGAATTTTTAATTAAGTCTTATCCTATAGTC TTTTCAATAAGTTCACAATTGCAAGTACTTAATAAACAAAATAATTAATCA 5 GTTAATTATGACAAATTAGTCAACATCCGATCACATTCCACGTTGTAAAGT TAAATTTTAAGGTAGATACTAATCATACTTGTAAAATGAATAAGATGAGTT CTTCTTCTTGTCACCTCTCGATCTTGTTTTAAGTAGTTGGTGAGATGTGATA AACTTGTAACATGCCACTGAGTTGTCAAAGACAAGCATCTATACAGTTATT AAAAAAAAAGGTTAAGCATGTAAAAATACACACACATGTCGTAGTAAATA 10 TACACCTTTTTATAATTAATTATATTGTAACGAATTTGTTGTTTTGTTATAA TATATAGATTAATGCATGATGTTTTGCGATTAAAGCCAGACGAGTTGTAAT ATCCACAGCCTTGATAAGCTCTACATGCAGTGAACAATTTTATACATTTAG AAAAAATAATCACTATCTCGACCATATAGACCAGGCCACTACATTACAGCT AATCTCTGGATTTACTTGATAATTAAGACAAATATAGAACATTAAAATACT 15 AACTCGATGCCTCACCTTAGCCTCCTCTCAAATTGTCAATATCTAGATGGA GTGTTACATCCACATTCCTAACAGTTTTTACTCTTTATTTTAATATATCCTTC AACAGATCATCATCAGAATAATCATCAAATCATTATTATATATTTAACTAG CCCAAATTGTACCATACCTATCAATTTAAATTTCTCTTTCTATCTACTATAA AAAGTGACTCTCTAAGAACTCCAAAGATTAGAACATTGAATTGA 20 >AR1_syn3Ol Internal TMRI Arabidopsis Root specific Contig AC002333.199 Contig Length:1371 bases (AR 1-2; base 251 AA to no bases; base 345 CTCTTTATTTGTCGTGACTCGCGAACCCCTTTTTTATTAACGTTTTAGTCAA CACAACATTTCATTAATGATAATTCTACTACTATTAGTTTGCAATGTTAACT 25 AAACTCTTTTTACGTGAGAAAACTTAAGATTATCATTTCCAGACCACCGCA AGTTCCTTGAAAAGATTGTTATATATATAACAGCTGCATATCTTAATACGG ATTTATGGGCTTTAATTTGAAATCAATTGTATCAAATAGGTTTGAAAAAAA ATCGTATCACATACCTTTATTTTTTGAGTGTAGTATAAGCAAGCAATATTG ATGAATGCGTGAGTCTGCAAAATTTAACCCCAAAAAAAAGTAAGCAACAA 30 TATATATTCAGCAATCATGTTAGAAAGTATTTTAATCATGTTGAACTGAAC

GATCTCCGCGCTAATTAGTATTCCTAAGAGACACCAATCAGAAACTATTGG

P \OPER jmn269925O doc-22II2/05 - 297 ATAGTTCGACGGTTTAGAATTTGTCCAGTTGAGAATGGTTTTCAAACTATT TTATAAAATTTTTTTAGCGAATTTCTAAAGTTAAGTTGACCGGCACATCTTG TGGTTAAATGTTTCACTCGTCGTTGAAAAAGTCTTTTCAACAAAATCTTACT TTCTGGATATAATTAATATCATATGTACAAAAATTGATTAATGGGTCTTAA 5 ACTATTTCATGTATTTACTATTTAGATAGAGACGTTTAAAAAAAAACTATT TTCGTGTCTTTACTATTTAGATAGAGATTACACGACATGGAAATAATAGTA CATGGTCAAGTTTATATACGGACGACTCTCATGAAATCCTACAACAAGAA AACAAAGCAACATATAGTATAATGTGAAATATACACTGTTAAGCAACATA TTACGTATTATAGTTATTTTTATGTTAATGACGTACAATGTACAAATTCTAG 10 TATTCTTCACCTGAATTATTTGATGCTAAACTACGTACGTCGTGGTTATTTT CATTGTTCTTTAATTAGCCATCTCGAAATATAATTATTTCAATGTTACAAGA TTTTAGTCGCTCTAATAGGATGTTTATGAATTTAAACCGACCCAATCCGAC TTGTTTTTTCTTCTAAAAAATATTATCTTGAAAATGATTTTATTAAATTCGT TTTCGTCTTAGTCTAATTCAGCTATAAAGTATAAACGTTATGACCAAGTCC 15 ATAATCAAATCATCATAGTATTTCTCCTTAATCACAACTACAAGAAAAGGA AATGGGTCATGACTTTCTTATAAAACATTAACTAAGATTTGACCAAACATA ATTTTGTATTATCAATATTACACCATAAATACGGCCACATATCCTCCTAGTT TCTTCACACAACTCTCCCCTCAAAACATTCCATCAAAGG 20 >AR2_syn3O2 Internal TMRI Arabidopsis root specific Contig AC002333.210 Contig Length:1400 bases (AR2-2; no errors) ACTTCCACCAGAAAAGGCGAAACCAAGAGCTTTGAATTGAATAGTCAAAA ATAATTGCTTCTACTCTTCATTCTTCAACGTATGCAACGTAACTTGTATGAT 25 TGTGCATTTATCATTTTTTATCGGCAAATTTTAGCCTTACACAAAAGACATA ATAAAGTATCATGGCCTTTTTTGTTGACATTGTCCTTCTCTTGTCAACAATC TTCCTGGTTTTAAGATACATATGGATGGTTCAGAATGTCATATAGTATAAT CTATTACTCTACACTTTGATTGATGACATTCTTATTCCGATTTTTATCCAAG TCTTTTATTAGATGAAAATCAACTGTTATTTTATAAAAAAAATAAATAGTG 30 GATTTAAAGTGATTTGAGTGACATACATTAGGTGAAATTTGAAGGAATTTC

TTAGTTAAAAAATCAAAGATGCAAATCTTATAGTTTTAGGTGAGATTTTAG

P\OPERj.,s\12689250 do22/ 12/05 -298 AGAATGTTAATAGCAATTTCCTAAAGTTCACTAAAACCATCTCAAAACTCA TCAAAACTAAAATCACTCTCAATTCATCCTTCAATACAGCCCCTAAAACTG AGAATCATTTTTTGTCAACTAAAACTGAAATTCATACATTTGATGGAATTT GAGTAGCCGCCGGGTAATGGACCCAACCAAAGGCTCACATAGTCACATGG 5 TACCAAGATTTATAGTGATATTATGCGACATCTCTCTACCACATAGTCACA TGGCACCAAGATTTATAGTGACAATATGCGACTTCTCTACTTAGGGCCGGC TTTCAGAAACTCTAGAAGAACTAGCCACTGATCGACTATATTAGAGTAGTT AATTTTATCAATTACATTTGAAATGTTTATCTCTAGTAAGATAAATATCAA ACAAACAAAACTTAATCCAAGGACTTGTCTTCATATCGTCTATTAAGAGTC 10 GAATTTAAGAAATGAAAAATAAACGATTCAAGCTTAAGTTAGTTTTAGGA AAAAGACATACTGTTTGCTCCATATAGTTTGTACATGTATTAAATATAGAA TAACAAAATATTTTAATGTTTGCTCCATTGACATTACATGTATTAAACAGTT TAATAGAAAAACGAACATTTTTGTTTGTTCAATCATTGGGAAATCATAGAA TTGTTCAAAATATGAAACAAAAGTGAGAAATATCAATTAATATAATAGTTC 15 TGTTTAACAAGAAAATTGAATTTAGACCAAGTCCACAATATTCATCTTGAG TAAGAACACGACCAAAAGTCAAACTCGTTTCGAAATACATAAATATGTAC CCCGCTATACAAAAAAGAAAAAGACATTTACATCCACTTATCCCAATAGA CAAATGACCAAACTACCCAACATCTACCCCTATATATACCTCACCACCTTT GCCCTCTCAACCACAAACAATAA 20 >AR5_syn3O3 Internal TMRI Arabidopsis root specific Contig AC007135.23 Contig Length:1307 bases (AR5-1; base 508 C to T CGGATGGTTGAGGTAGTATGAGTGACCGTGACGATCAAACGTTCTCCAAA GAAATCGATGTAGCGGTTTTCGTGGATATGGCGCTTTTGGATTCTTCTTCTG 25 ATCCTAGCCATTTAATCTGCATAAAAGTGAGTATGAGAGAGAAGATTAAA TAGATATCAATCCTAACTAATATTCAAGAAAACATAATATAGATCAATAA ATTGATGAGAGTAAAAACACAAAGATGTTTAGAAATAATTATTGTCAAGA CTCAAGTTTCTTCAAAATATCAAGAGGCGCTTGGAATAAGACCCTTATTCT ACAATACATCAATCTATATAGAGATAAAGACTAAGCATAATTTTTAAAATA 30 GAAAAAATATAAACGTAAATAACACTTTTTTGAGGTAATACTAAATTTTCT

AAACATGAAATGTTACAAATCCACAATATTTCCATATAAATTTGTAAATAA

P %OPER~jms\I26892SO doc-22J12/5 -299 TATTTTGTTAGATAATGTTAAATTTTCTAAACTGAAATATTAACAAATCCGT AGTATTTCCATTATTAAATCTCGATTTTGTTTCAATGGGAGATTTGAATTTT GAACCAAAAAAAAAAAAAAAGATTTCATCAAGATATCTAGGGGGATATTT TGCTGGAATATAGCTTTGATGAGAATATTTATATTTTGTATCTCTGAAAATC 5 AAGTTTAAAGGGGAAATGATTATGGGTTGAAATTTTGCAATCAAAAGCCC TAATTTGCAAAAACTACATAAGTTTTTTGTTTGGGCTGGCGCTATCGGATC CTTTTAGGCTTACATTTAACATCTGGTCCACTTAGAAAGAGTCACGTAGTA TATGGTAATTGTCAACTTGATTTTTCAAGTTAAAAGAAATATGTATCAAAA TGACTAAAAAGTAGTGAAATATTATGTATCTAATTTGTTTATTTACCAAAT 10 TAATGCTATAAAAATGTTCAACTGTACAATTGGCATGGAATAATAtGAACA TAAATCATACATTATTAAGCACTTTTGCCTACGAAGGGATACCAACTTCAT TAGTTTACATTTTCTTTTGTGTTCAATTGTTAGCTCAAACCCAATTAAGTGG GGAAAGTAAGAAGCAACAACTCCTCTTCCCGGACCCCTAACAAATCAACT AAACTCAATATCAAACCATTTTAAAAGAGCTCATCATTAACTAGCTACTAA 15 TTATTCTTAATCAATCACTGCTTAATACAAAGCACTATATATACACTTGTAT CTTCCATTAGTTTCCCACCACAACTACAAAACATTCCAATACACAACACAC AAAGCACACACTTTTTCTTTCTTTTAAACCCCA >AR6_syn3O4 Internal TMRI Arabidopsis root specific Contig AL03338.24 Contig 20 Length:1324 bases (AR6-2; No Errors) TTCCCTCCAATGTCCTACTGTCTCCTTCTCTGTGTGTTACCATGGTTTTACTT CACCATGTAAGTCTCTCTCATTATCAAAATTCATCTTCTCTGTTTTCTTCCTC CTCTGAATCAATCCTTTGTTTATTTCTTGTGTTGTGTGTGATGCAGTTAGAG CAAGGGATGCGTCCGATTTCACGATGTTACAATCCAACCGCGTATTCGACA 25 ACAATGGGAAGAAGTTTCTTCGCAGGTGCAGCCACAAGCAGCAAGCTATT CTCCAGAGGTTTCTCAGTCACAAAGCCAAAATCTAAAACCGAATCTAAAG AAGTTGCTGCAAAGAAACATAGTGACGCAGAGAGAAGGAGACGGCTTCG GATTAATTCCCAGTTTGCAACTCTCCGCACCATTCTTCCAAACTTAGTCAA AGTAAGTTTAGCTCTGCATTCAATTACACAAAATGTTTCACCAGAGAAGTA 30 ACACTTTTTGTATTATGTTCAATGAAACTAAACAGCAAGATAAAGCATCTG

TGCTTGGAGAGACTGTCAGGTACTTCAATGAATTGAAAAAGATGGTTCAA

P \OPER'jnm 2699250doc.2211 205 - 300 GACATACCAACCACACCATCTTTAGAAGACAACTTGAGATTGGACCACTGT AATAACAACAGAGACTTGGCAAGAGTCGTGTTCAGTTGTAGCGACAGAGA AGGGCTAATGTCGGAGGTTGCAGAGTCAATGAAAGCAGTGAAAGCAAAG GCGGTGAGAGCTGAGATCATGACAGTAGGTGGAAGAACCAAGTGTGCCTT 5 GTTTGTTCAAGGTGTCAATGGGAATGAAGGATTGGTGAAGCTCAAGAAAT CGTTGAAACTTGTAGTGAATGGTAAATCATCATCAGAGGCGAAAAACAAC AACAATGGAGGATCGTTGTTAATTCAGCAGCAATGAGTATTTTGTTTATAT ACTTGTACATCTCTGTTTCTCCTAGTCCATTAGAGAAGGTAGATGTAAAGG TATAAAAGCCCATGTGTTATTGAAATTGGGTGGATACTTACAAGAGTCTAT 10 ATGAATAAAAATGATGCAATTCTTTCTTTGGAGATGGTGTGGATGTTATAA CAAAATATGAATCATGTGAAATTTTTTGTCCCATCTTTGTTCTTACCCAATT GTACCTTTTGAGATGAAATCCCATGGTTGCTTCTAGTAGATAGCTTTCTTCT GGGAAACAAAGATTTGGTTTAATAAGTTGAACCAACGAATAACTCTTCAA ACATTCCCCACCTACTTCTCATCAAACCTCCTTATAAATAGAGGATTCCAG 15 CACAAGTCTCTTCATCACTCAAACCAACAAGAAGTAGTCAAAGCACAATA CAGC >AR8_syn3O5 Internal TMRI Arabidopsis root specific Contig AL080253.32 Contig Length:1276 bases (AR8-2; base 671 A to G) 20 TTGCTTGTTTTCTGAATCTGTGCGTGTCTTTTTTGAAATCGACAGCGCACTC CAATCAGGTTGCCCATGCTCCTTCCAGTCAGGTTGCGCAGATCAATTGTGG GCATTGTCGGACGACCCTCATGTATCCTTACGGTGCATCATCCGTCAAATG CGCTGTTTGTCAATTCGTAACTAACGTTAATGTGATTATTCCTATCTATTAA GCCACCTCTGCATGGTTGAGTTAAGTATAGAGATCTTTCTGTTGGAAATTT 25 TCATTTCTGATTCATTTTGCATCCTTAGATGAGCAATGGAAGGGTACCTCTC CCAACTAACCGGCCAAATGGAACAGCTTGTCCCCCCTCTACATCAACTGTG AGTTATCAAATTATGAATTTGTAATAGTTCTGTATATTCTTATGGAACTGGT ACTTACTCTGTTCATCGATTTTTCATTTTACCAACAGTCAACACCACCCTCT CAGACCCAAACCGTTGTTGTAGAAAACCCCATGTCCGTTGATGAAAGCGG 30 AAAGTTGGTGAGTATTTCTATCACCTGTGTTCTTCTTCTTATTTACCACATT

AGAGGAAGATATGACAAAGTGACTGAAACACACAAATTGCAGGTGAGCA

P \OPERnmsil26992V0 de.22/12A)5 -301 ATGTTGTTGTTGGAGTGACAACTGACAAAAAGTAATCAAGAATGAGTGAG ATCTTGAAGATCAAATCCAAATTCTTCCTCTATTCCTGCGTTTGGTTTGTGC ATATTACATACGCGGAAAAACTGTATGTTATATATCTCTTGACTCCTTTTTA ACCCAAGAGAAAAAGCTTATCAGAATCTCTTGTTACTGCATTATTGGGGTT 5 TATTCAAAGTTGAAGACACAAGGTTTTTGCTCGAATAATTTGGCATTCTTTT GCTCCATGGAACTTGACCTTCTCTTCTGTTTGTTGACTTCTAAAACTCCATC GGCCCTTGTGGCATTGTTAATGTATGTATGAATATAATCTGATACACCAAC CAATCATTAAGATTTGGGTTTGAAATCTGTCTCTTCCGTGGATGAGATATG CTACATGTCACAAGAACTGGTCTTAGCTTTGGTAGATAAGACTTGTCTTAG 10 AGCAAGTCTTGAAATCTGGAAATCTATTTTGCAGTAATCTTGTCACAACAA CCATAACCTAATCAGTCAGTACCCTCCAAGAACATTAAAGTTAGATGATCC GACAAAACCTCTCAACAAGACCAAACTCTTTCCATATAAATACTCTTTAAC ACTGACACAAAGTTTCATCACTTTCTCTTGATCACTCACTGCATCA 15 >ATU56929_SynOO7 Internal NADII GeneChip Arabidopsisconstitutive Consistent expression greater than 500 TCTCCCAAATAAAAATGAGAGCAAACACTAATCTAATATTAAATTGAATTA AAAACTTTTAAATAGTGGAAATATATACCCTAAATTGGAAATAAAAAACC CAAATATAATATTACAAACTAATTTTAAAATAAAAAATCTCTTTTAAATGG 20 TGAAAATATATACCCTAAATTGGAAATAGGAAACCCAAATATAATACCAT AAACTTATATTAAAATGAATCAATATTTCTTTTAAATAGTTGAAATATATA CCCTATATTGGAAATAGAAAACTCAAATATAATATTTAAATTTATTTCTAA TTTATTTTGGTTGAATAGATTTTATATAAACTTGTGGTATTATTATTGTCCA TAAAACTTGTTTTAGTGTTACTTTTAAGAATTTTTCAAATAATCATTTGAGT 25 GCTAATTATGTGTAAACAACTTTTTAATGCTATTTTTGTCCAAAAAACTTAA AAATGTGCTATTTGTGGGAATTTTTCAATAAGATATAAATTTAAAACTGAG TTGATTAATTAAAAGTGTCACACAAAAAAAAGTTTAATGTGAACAACAAC ATTAATTCTTTTTTAAAAAATTTTGTTTTATACTATTATTCTATTAACATGTT AATTAATATAACTAGAAAAAAAAATCAATCTACTAAAACTAGGTTTTTTAG 30 CATTTTATAAATATTTGTATGAGAACTTTCTCTAATTCAGTTCATCCAGTTA

ACCATTGTTCGCTTATTCTGCAATTCATTTATTTATCTGATATACCAGTTAA

P kOPERkpns1l26B9250 dmc221205 -302 CCTTAAATGTTGTGTAATCAGTCGTAAAATTGTTTTGTGTAATGTTACATAA ATTAATAGAATCAAATTTAAAATGTGTTCTAATTATGCTATGACGTTATAA ACAAACGATAAATTCCGATTCATGATTATGAAGTATTTCAATTGAAAACAC AAAAATCGACAAAATTTTAAAAATATTTTAGATCTTACATTACATACCTGT 5 ATTGTCGCAAAGGAAAATTTATTTCTTGTCCTAAAAGGCCATTTGGAACTT GAGCTAATGTAAATATATAAATGGGCTTATTGGGTCCTCTAATGGGCTTGC CTTTGACGTAGAAGACAGAAGCATCGTTGTGACTCCCGTTTGTGATTTAGG AATCCGCACTGCTTGCCGTTTTCCGTTTCTACTTTACTTTTCAATTCAGAAA CGCCTCTCTCGTCGTCTTCAAAGCTAAATTAGAAACCTGACGATCTCTCTCT 10 CTCTCTCTCTCTCGATCGGATAATATTTGAGCTTTGTGGTTGGAGGATCTGA GTTAGTC >PRISynOI8 Internal: PCR Arabidopsis PRI promoter 1.2kb fragment Inducible by SA, INA, BTH, pathogens SeqLen: 1260 15 GGTTATTGTTGTGTTATGATTTTGGGGTTCGTAAACATCGCTTATATAGAG ATTTGAAAACTATTTTTTTCTTTTTTTTTTTGTTAACTATAGATCTCACGTTT TTGTAAATACATGGTCCATGTGTGAGTATTTTAGTAATATTCATTGCAATTG TCCAAATGAATAGAAGTTGTTTTCGTAACTATTTTTTTGTCAATCTTGTCCT TACACACATTTTTCCTAATATTGTTTCGTATCGGTAGCTTTGCCATTGTTGA 20 TATATTTTTTTAGTATATATGTAAGTATACCCTAAATGAAGTTTATTAAGAA ACATTGTATATAGTTGTTTCATGTCATTCAGTTGTTTTGTGTTTTTTTTTCTT CATGATTCTAATTTAAGTCTTCTATTTCAAATTTGAATTTCATATATTACTT CATTCAAAATGTTGTGAAGATATCTTCCTGTAAATAATACAGAAAAATCGT ATCGGACAGTTTGGCAATTAAGATTATATTTACAGTCAGAAAAAATAAAA 25 GTTTATATCTACAGTCAATTTTCAAATAAAAGAAAAAAAGTCAAGAATTAT TTGTTTCTTAGTGTTTCATGCATATGAGTATCTCTATCACTCTTGCCTATGG CTGAAAAGTCCTGAAGAATATATGCCGCCACATCTATGACGTAAGTAAAA TAGTGACGTAGAGAAACAGTCAATAGATCACCCATTGAGATTTATCCAAA AAGAAAAAAAAAAAAAAAAAAAAAAAAAAAGATCACCGATTGACATTGT 30 ATACACTTTGTTTTTTTTTTCCAAACACTAATACGCAGTTTAAATTGAAAAA

CTCTAGGTGACCGATCTACTTTTGTGTTCTTCTATCTTCAGTATACCTAATT

P \OPERujm's\269250 doc.22112j0M -303 TTGTACCGCCTTCGTATATCATTTACCAATTTTGACTACTGATATGCACTGG CTTTAAAATTTTCCAATCCTGATATGAATCTGTGATTCTAAGCAATAACAT ATACTCCCTCCGAATCAGAAAAATTGATTTTTTAAAGTTTTTTTGTATTAAA AAGATTGAGTTTATGTATATTTTTATCAATCAATATTAAAAGGTTATGAAT 5 TTCAAGAATCAATTAATTGAGAATTTTAAAATTTGATGAATTACTATTGGT TAATAGTTACGAGAAATAGTTTAGCATGAATAAATAGTAATTTATAACTAA GCATTATTATTTTTTTAATCGGTATAAACATTCTATAAAATCAAACTTTTTT ATATGGAGGGAGAATCATTTTATAAG 10 >UBQ3_SynOI6 Internal PCR Arabidopsis Constitutive dicot promoter with intron Accession L05363 SeqLen: 1335 GGTACCGGATTTGGAGCCAAGTCTCATAAACGCCATTGTGGAAGAAAGTC TTGAGTTGGTGGTAATGTAACAGAGTAGTAAGAACAGAGAAGAGAGAGA GTGTGAGATACATGAATTGTCGGGCAACAAAAATCCTGAACATCTTATTTF 15 AGCAAAGAGAAAGAGTTCCGAGTCTGTAGCAGAAGAGTGAGGAGAAATTT AAGCTCTTGGACTTGTGAATTGTTCCGCCTCTTGAATACTTCTTCAATCCTC ATATATTCTTCTTCTATGTTACCTGAAAACCGGCATTTAATCTCGCGGGTTT ATTCCGGTTCAACATTTTTTTTGTTTTGAGTTATTATCTGGGCTTAATAACG CAGGCCTGAAATAAATTCAAGGCCCAACTGTTTTTTTTTTTAAGAAGTTGC 20 TGTTAAAAAAAAAAAAAGGGAATTAACAACAACAACAAAAAAAGATAAA GAAAATAATAACAATTACTTTAATTGTAGACTAAAAAAACATAGATTTTAT CATGAAAAAAAGAGAAAAGAAATAAAAACTTGGATCAAAAAAAAAACAT ACAGATCTTCTAATTATTAACTTTTCTTAAAAATTAGGTCCTTTTTCCCAAC AATTAGGTTTAGAGTTTTGGAATTAAACCAAAAAGATTGTTCTAAAAAATA 25 CTCAAATTTGGTAGATAAGTTTCCTTATTTTAATTAGTCAATGGTAGATACT TTTTTTTCTTTTCTTTATTAGAGTAGATTAGAATCTTTTATGCCAAGTATTG ATAAATTAAATCAAGAAGATAAACTATCATAATCAACATGAAATTAAAAG AAAAATCTCATATATAGTATTAGTATTCTCTATATATATTATGATTGCTTAT TCTTAATGGGTTGGGTTAACCAAGACATAGTCTTAATGGAAAGAATCTTTT 30 TTGAACTTTTTCCTTATTGATTAAATTCTTCTATAGAAAAGAAAGAAATTAT

TTGAGGAAAAGTATATACAAAAAGAAAAATAGAAAAATGTCAGTGAAGC

P OPERm 12689250 doc-22/12/05 - 304 AGATGTAATGGATGACCTAATCCAACCACCACCATAGGATGTTTCTACTTG AGTCGGTCTTTTAAAAACGCACGGTGGAAAATATGACACGTATCATATGAT TCCTTCCTTTAGTTTCGTGATAATAATCCTCAACTGATATCTTCCTTTITTTG TTTTGGCTAAAGATATTTTATTCTCATTAATAGAAAAGACGGTTTTGGGCTT 5 TTGGTTTGCGATATAAAGAAGACCTTCGTGTGGAAGATAATAATTCATCCT TTCGTCTTTTTCTGACTCTTCAATCTCTCCCAAAGCCTAAAGCGATCTCTGC AAATCTCT The reference to any prior art in this specification is not, and should not be taken as, an 10 acknowledgment or any form of suggestion that that prior art forms part of the common general knowledge in Australia. Throughout this specification and the .claims which follow, unless the context requires otherwise, the word "comprise", and or variations such as "comprises" or 15 "comprising", will be understood to imply the inclusion of a stated integer or step or group of integers or steps but not the exclusion of any other integer or step or group of integers or steps.

Claims (24)

1. An isolated promoter consisting of the sequence of CTCTATACCATGAACGAGCTCTTGGAATTTGAAATGCGCTGTTATTAATTTGTT GAGATTTAAAATAATAATGTAACCTCAACTCTGTTTTTTCCATAAGAAAAATCT CAATGAGTAACGTGATAAACCTGACAATATGAACCAAAGCGTGTCCAATGACC TGCTTTGTGCTCAGATTAGACAAGTTTCQGGCCACATGCACTCCATTAGAACA AAATGATAAATTTTGGTGGAATCAATTTAAGAAGGTAGTGGATTCAATTTGAG ACCTTTTTTACCCTCTTTTTTTGTTTGCAATTATTCTTGCAAGGTAATATTCGAA ATGATTGGCAACAAAGAAAATAAAAAGTAGAAATTATAAAGTTCCAGAAAAG ATAAGTTTATACATCTGGCTTTGGGGCCGGCTATATTTACAGTTAATTTTCATA TGAAATAAAACCAAAAATCATATATATAGATAATAGATGAACCAAACAAATG AQGCGTTCTTCATATAAAACTTCATCTTCACGTAAGCAAATGTGTTTTATTTTT ATCTAGTTTCTGCACTCTTTTAGAAACAAAATTGTTCACCTTTCTGTCGTTCTAA TGATTCCAATCAAATTGATAATTACTAGAACTTACAAACGAATAAGGACCAAC TCTTCTGTATTTGATATAGACACTCTCTCAAAACTTAATCTTCTCTAATCTTCAC TGTAAATCTTAAGGAACAACTCTCCACAAGTTTTTATAATTTATATATACATAA CTAAGCTATTACCTATACTATTAAGATTGTGTCAACGCAAAATTGAGTTATTCT TTCTTATTTAAATTTGAACTATTAAAAATATGTAAATAATTAACGAAAATCTTT GTCAAAACACTATTAAGAAAATAATTTCAAAAATTAACATGATGATAAAATAT AGATTGTTAATTGTTTTTTTTAATTGTTTTCAAGTAATTTAATCAATAATATGAT GAGGATGATTAAGGAAATTACTATAATTTATCTTTTAAAGAATATCTTAGCATA GGTATGAGTTGTTTTTGCAAAATTTTAATAATTGATTTAAGTTATCTAAACGTT ATTAAAATTATTATCCAAATTATCTATAATTATCCGAACATATTCGTCTCTTGT CTATTCTGGTAGTGATATTTTATGTATCTATATTATTCATATATCGTATCAGTAT AATCTGACTTATTTAAAAATATCTATTTGATATGTATTTTGATATTAAAAATAT TTTAATTCGAGTTGTGTACTCGTAAATTATCCAAAAGTTTTAGCAGAAATAAAC ATATCTACGTATATGTTGGTGTTGAAATTTTTTTGTTGAATTTGGCTAGTCAGC AAAATTTAGTTTTATGCAAATGGTTACTGCAGAAATTACTGAATCTGGTTTAGT GTTACCATTTACACCCTATATTTCCGTGAAATTTGTATGTTTAATTCTACTTCTT GCCTCTAAATGCACGATCTTTTCAGCACTTCGAAGAGGTTAAAGTGACTTTTAC - 306 CCGATGAGAAGGGAATTGTGTGGCAGATAGAATTGCTAGGGAATCTCTTTCTT TTCTGAATTATGATCCCAAATTGTATTCTATATTGCCGGATTGGGTTAAAGCTT ATGTGTATTCAGACTCTTGTGTAATTGTAAGTTGTTGTTGAACCAAAAAAAAA AAAGCACGATCTTTCTTGGTACTCGTAGTAACAATAGATATTTTGTTGAGAATT AAAAATAAAGTAGAAGAGAAACCAGTAATGCGTCAGACGTGATTAAGCGAAC TATATAATATAATTGATCGATAATCGTTTGCTAGTGCGTTAAATAGGTGTATAG TAAAATGAACCTCGCGCTACACGTTATTATTTGTATAGTAAAATGAACTATTAT TTTCATTGCCAAATTGTAGTACTTGCAATATAAATATAACGAATCGGTCTACGA GCTAAGGCACAAAAOCAATCTTCTTCTCTTTTCACAGTTCTGTTTCTCCCTCTCT CTAAATGATG (SEQ ID NO: 22).

2. A recombinant vector comprising the promoter sequence of claim 1.

3. An expression cassette comprising the promoter sequence of claim 1 operatively linked to an open reading frame.

4. The expression cassette of claim 3 operably linked to other suitable regulatory sequences.

5- The expression cassette of claim 3 or claim 4 wherein the open reading frame is in an antisense orientation relative to the promoter sequence.

6. The expression cassette of claim 3 or claim 4 wherein the open reading frame is in a sense orientation relative to the promoter sequence.

7. The expression cassette of any one of claims 3 to 6 wherein the open reading frame is from an insect resistance gene, a bacterial disease resistance gene, a fungal disease resistance gene, a viral disease resistance gene, a nematode disease resistance gene, a herbicide resistance gene, a stress resistance gene, a gene affecting grain composition or quality, a nutrient utilization gene, a mycotoxin reduction gene, a male sterility gene, a selectable marker gene, a screenable marker gene, a negative selectable marker, a gene C.\NRPo1bPDCC\SCG\410597_ I DOC-xI0512012 -307 affecting plant agronomic characteristics, or an environment or stress resistance gene.

8. The expression cassette of claim 7 wherein the stress resistance gene confers resistance or tolerance to drought, heat, chilling, freezing, excessive moisture, excessive salt, or excessive oxidative stress.

9. A recombinant vector comprising the expression cassette of any one of claims 3 to 8.

10. A host cell comprising the vector of claim 2 or claim 9, or the expression cassette of any one of claims 3 to 8.

11. The host cell of claim 10 wherein the cell is a plant cell.

12. A transformed plant, the genome of which is augmented with the expression cassette of any one of claims 3 to 8. or with the vector of claim 2 or claim 9.

13. A transformed plant comprising a plant cell of claim 11.

14. The transformed plant of claim 12 or claim 13 which is a dicot or a monocot.

15. The transformed plant of claim 14 which is selected from the group consisting of maize, soybean, barley, alfalfa, sunflower, canola, soybean, cotton, peanut, sorghum, tobacco, sugarbeet, rice, wheat and Arabidopsis.

16. A product of the plant of any one of claims 12 to 15 which comprises the vector of claim 2 or claim 9, or the expression cassette of any one of claims 3 to 8, or the gene product encoded by the open reading frame.

17. The product of claim 16, which is selected from the group consisting of a seed. fruit, vegetable, transgenic plant, and a progeny plant. C ANRPortbl\DC( C\C\431111'_LDOC-wwli2112 - 308

18. A method to alter the phenotype of a plant cell comprising: introducing the expression cassette of any one of claims 3 to 8 into a plant cell and expressing the open reading frame in the cell so as to alter a characteristic of that cell relative to a plant cell that does not comprise the expression cassette.

19. The method of claim 18 wherein the cell is a dicot cell or a monocot cell.

20. The method of claim 19 wherein the cell is a cereal cell.

21. The method of claim 19 wherein the cell is selected from maize, soybean. barley. alfalfa, sunflower, canola, soybean, cotton, peanut, sorghum. tobacco., sugarbeet. rice or wheat.

22. The method of claim 18 wherein the expression inhibits transcription or translation of endogenous plant nucleic acid sequences corresponding to the open reading frame.

23. The method of claim 18 wherein the open reading frame is expressed in an amount that is greater than the amount in a plant which does not comprise the expression cassette.

24. An isolated promoter according to claim 1, or a recombinant vector according to claim 2 or claim 9, or an expression cassette according to any one of claims 3 to 8, or a host cell according to claim 10 or claim 11, or a transformed plant according to any one of claims 12 to 15, or a product according to claim 16 or claim 17. or a method according to any one of claims 18 to 23 substantially as hereinbefore defined. 12689250 Sequence Listing.txt SEQUENCE LISTING <110> Syngenta Participations AG <120> Promoters for regulation of plant gene expression <130> S-50015A/16/78/NAD <140> <141> <150> US 60/213848 <151> 2000-06-23 <150> US 60/214087 <151> 2000-06-23 <150> US 60/258692 <151> 2000-12-29 <160> 875 <170> PatentIn Ver. 2.1 <210> 1 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 1 gagagtaatt gaatttaggg ttcttgagag tcaaagttaa caaccctttt tgtttgttgg 60 gagatcaccc tatttatacc gtcgggtcct cgtcaaaagt aattcaggtt tgaattcata 120 ccaaaaaaag aaaatttagg tttgaatgtt ttttttcatc aaacattgta aaattatgaa 180 aaaagtatca gattaaaaaa caattggaaa taagaaaact ctttacttct tgttagtcaa 240 gtactgtgaa gattagtgga tacagattat ttgctaaaaa caaagataaa tagacaataa 300 ttgctccaca aaacaaaatc taattgagta attggtcttc ttcttctcat tcaagtcgtg 360 cttagctttg aagactcttt gatcatcttt acaccacaaa atatcggaat cggtacatgt 420 cttggcgaag gagcagcaca cattgtgacg gaaccatcaa aaaattctac ttcttcactc 480 ggtgtttgaa tcggtttctc atgaaccgta tccggtttag attgagattt tccggtttta 540 gacggtttaa aataagcttt ttgtgggtaa gaaggtcgtt tcttcaagcc ggagcgagga 600 accacttttt gacgtacatg taaaaaggag ttacgacaaa agtaatggta accaaatcct 660 tgttttgtaa gaaacggaac ggcaaaaaag tcttggacga agtaacggtg tactaacatt 720 atcgacaact tcaaagagag atttgtgttc ttcgatgggt tcttgttcgt ctattgcttt 780 cttaggaacg agagcttaat caattgatag taagaaataa tgagagggtt aaaggttatt 840 tatagtcatt gagttcttta ctaattggaa tccaaatcaa aaaaaaaaaa aaaagaagga 900 attttactcc attacaaatt aggaaacatg tttatgtaag tttgtgttgt ttcttttttt 960 ctatgactta ccgatatctg cgttattgtt atttccttaa tctatattta ttaattttca 1020 aaatattatc gcttaacaaa aaatattaaa agattctcgt cttcttctca tttcaagtct 1080 tcgttagcta cttagcttcg tagactcttt aatctatttt ttaaaaaaac aaacaatgtc 1140 Page 1 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagagaaata tgaaatatgt ataatgtatt ccttgtttgt taaaaaaaac acacactctt 1200 taatcatcta tctgacgcaa aaattagaaa tatgtattct ttattaattt caaaaaaaaa 1260 ttaacatgtt attcttgtta aaaaaaaaat taaaaaggag atatgtgttg cttccggacc 1320 ttccgccatg caatatcact attttaacat atatatactg tcgcaacaaa taaaagctca 1380 taaaccataa ttaattaaat ctatttgttg gttgaccaaa caaaatatta gttgtaaaaa 1440 agtaaatatt tccaattaaa ctgatattat ttgcttttca cctattctca tcagatattg 1500 tcgcttgtat tttttaaaat taaaccaaaa acaaaccgaa ttgttttcgc tatacatagt 1560 cactcatcga agttcaaaca aaggccaaac caaaaggcaa aaccatcgga ttataaattt 1620 atttattgat atactaattt tctaaatttg tttatcaaat tatttttctc acttttttgt 1680 agttctttta tttgtgaaaa tttattttat tttataatat ttaaataaaa tataatacat 1740 atacattaaa ctaggttagc tgaaatctcc atgtgtcatg gttgtttcta gttagaactt 1800 agaagtgacc aatcttactt gtggttgtgg aacaagtaac tctaaataag ttgcaacaac 1860 aaaacttctt caaacctact tctcatcaaa cctcaaaacc ctaactcctc tataaataca 1920 cacaaactcc ttcataatct ctccatcatc actcacaatc aaacctcttt ccagtgacaa 1980 ctcaaacccc taatccccaa aatg 2004 <210> 2 <211> 2010 <212> DNA <213> Arabidopsis thaliana <400> 2 agttaaatct tagttcttac ttatgagtaa atgtccttag actactcatg ttacgatcga 60 tgatgcatgt gtgtgaactt accttaatgg atatacgcgg cgaaaacaaa gactgccaca 120 aaatctactc tttgtgttgt tattggtaca catcaatgga tgaagaatag tggctcgaac 180 cgcttcattg gccagaaaaa tataagatta gctactacat ttttttctaa agtaaaatca 240 attttgtttt ttgggatcaa tttttgcaga attctatgta gtgattacga caccacacgc 300 atgcatggca tcatcagaga aaaagattat agatgactag acgcactgat ccttctacct 360 ttttttcttt aaattgaatg attttaatat aaacaatttg taacttgtaa tagatttgca 420 cttctcctcc tataaatgcg ttcgtcaaca tctttgcttt cgtacggtaa aacaacatct 480 ctcgttgaaa caaaatgtgt ttgatcattt taaattttct aataccttac gtcttttatt 540 ttaatttcta taagaattgt ctgtatggaa agttttttta agatttttgt tgcatttttt 600 ttaatggaca gcttagtcat gcttctctct aatctataga ctaacatgcg ggtaacatat 660 aaatggctta tataaatata ttcttaacaa aaaatatcaa tattcttttc agcatatcag 720 tgttataatt aatttagaat ccacgtctag tttatatttt cttctttatt tgcggcccca 780 ataatactac ttttggtcaa caatatgaaa gtcaaaccag ccgctcaaat gtatccttca 840 tgagttcatg ttatatttca gtcaatactt ttcatattta aacacttatt ataattacgt 900 aatatttttt tgcccaaaaa aaaaaattac gtaatattca acatctctac cttgtagagt 960 Page 2 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tccaaaacat tgtcacaaaa tatttataaa gaatttattt taactaatta ggtcgttaat 1020 tgtccaaggg tttttcatag ttgatatagt tctgttcaaa tatagccatc cttaatcgat 1080 tcatgggatc gtaaattact acttcgagtg ttgtaaaaaa aaatgaaact tctacattac 1140 aaactcgaat ttaatgcatc tggagtgata ctataaaagt agggatgctc tcaggtcgca 1200 tttgagagac acagaaatga ttttaatgga attaatatat tttcagtttt tcacaaaaaa 1260 aaattgtgtt tataacaact gcagattcaa tgctgatttt atgagtctca cctatagaat 1320 ttatatttct atattcatag aggcagtata ggtgttgacc caacatcgaa agaacacttc 1380 gtaaaaaatt ctttggaaca aggctgaaaa tttactccca aatttagcta tccgatgaag 1440 ataaatcatt taccgtttat taaagaatta tcgagatttt agtccaaacc aaaagagatt 1500 atgagcctaa gattttgaat ttgtattggt aaaagaaatt gaacgaaaat ttcagaaaaa 1560 aatattaata aattgaacga tagagttcac ttactacata gtcaactagt gcctagctat 1620 aatagtttca aaagacaaaa aaaaacaaaa tcggttaact acttccgtga cataattctc 1680 attttgattt ttgaatccag tctaatttga aaagtatatt caaaatcttt aaatccatta 1740 atgataactt ttataatacg ttgacacacg caattgtata tacaatattc ttgaatttta 1800 aatgtaaatt ctagaatata ttgcgatcac cacactaatc aaaatctttg ggacaacttg 1860 aacccacatt tgacttttct tggtcaaata ttttggcatc atgcatgatc ttctctataa 1920 aaaccaaaag gcctcaacga cattcataaa ctcagtcatt atatttattt ttgttgtatt 1980 tcaacgttca atctctgaaa atgaaatatg 2010 <210> 3 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 3 gttaaatctt agttcttact tatgagtaaa tgtccttaga ctactcatgt tacgatcgat 60 gatgcatgtg tgtgaactta ccttaatgga tatacgcggc gaaaacaaag actgccacaa 120 aatctactct ttgtgttgtt attggtacac atcaatggat gaagaatagt ggctcgaacc 180 gcttcattgg ccagaaaaat ataagattag ctactacatt tttttctaaa gtaaaatcaa 240 ttttgttttt tgggatcaat ttttgcagaa ttctatgtag tgattacgac accacacgca 300 tgcatggcat catcagagaa aaagattata gatgactaga cgcactgatc cttctacctt 360 tttttcttta aattgaatga ttttaatata aacaatttgt aacttgtaat agatttgcac 420 ttctcctcct ataaatgcgt tcgtcaacat ctttgctttc gtacggtaaa acaacatctc 480 tcgttgaaac aaaatgtgtt tgatcatttt aaattttcta ataccttacg tcttttattt 540 taatttctat aagaattgtc tgtatggaaa gtttttttaa gatttttgtt gcattttttt 600 taatggacag cttagtcatg cttctctcta atctatagac taacatgcgg gtaacatata 660 aatggcttat ataaatatat tcttaacaaa aaatatcaat attcttttca gcatatcagt 720 Page 3 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttataatta atttagaatc cacgtctagt ttatattttc ttctttattt gcggccccaa 780 taatactact tttggtcaac aatatgaaag tcaaaccagc cgctcaaatg tatccttcat 840 gagttcatgt tatatttcag tcaatacttt tcatatttaa acacttatta taattacgta 900 atattttttt gcccaaaaaa aaaaattacg taatattcaa catctctacc ttgtagagtt 960 ccaaaacatt gtcacaaaat atttataaag aatttatttt aactaattag gtcgttaatt 1020 gtccaagggt ttttcatagt tgatatagtt ctgttcaaat atagccatcc ttaatcgatt 1080 catgggatcg taaattacta cttcgagtgt tgtaaaaaaa aatgaaactt ctacattaca 1140 aactcgaatt taatgcatct ggagtgatac tataaaagta gggatgctct caggtcgcat 1200 ttgagagaca cagaaatgat tttaatggaa ttaatatatt ttcagttttt cacaaaaaaa 1260 aattgtgttt ataacaactg cagattcaat gctgatttta tgagtctcac ctatagaatt 1320 tatatttcta tattcataga ggcagtatag gtgttgaccc aacatcgaaa gaacacttcg 1380 taaaaaattc tttggaacaa ggctgaaaat ttactcccaa atttagctat ccgatgaaga 1440 taaatcattt accgtttatt aaagaattat cgagatttta gtccaaacca aaagagatta 1500 tgagcctaag attttgaatt tgtattggta aaagaaattg aacgaaaatt tcagaaaaaa 1560 atattaataa attgaacgat agagttcact tactacatag tcaactagtg cctagctata 1620 atagtttcaa aagacaaaaa aaaacaaaat cggttaacta cttccgtgac ataattctca 1680 ttttgatttt tgaatccagt ctaatttgaa aagtatattc aaaatcttta aatccattaa 1740 tgataacttt tataatacgt tgacacacgc aattgtatat acaatattct tgaattttaa 1800 atgtaaattc tagaatatat tgcgatcacc acactaatca aaatctttgg gacaacttga 1860 acccacattt gacttttctt ggtcaaatat tttggcatca tgcatgatct tctctataaa 1920 aaccaaaagg cctcaacgac attcataaac tcagtcatta tatttatttt tgttgtattt 1980 caacgttcaa tctctgaaaa tg 2002 <210> 4 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 4 ccaattggtt aatatatgtt catttttaaa attttgaatc ataaaatatg atggaaaaaa 60 ttaagatttt tttaaactct atatattata taatgatgtt aaaaattatg atatatcaaa 120 ctttttataa gtttaaatat taataatgtt ttataaattt taaatatata aataataata 180 tttaaaaaat taatatgttt gtttataaag taatgacata ataactctaa aagcaaggat 240 ttagaagatt taaatcttta attaaatatt ttcattaata aataattaat gtcagtgaca 300 tgacattgta aataagttca aatacaaaat ttatttattt aaacaaaaaa cgtttagtaa 360 gaataatatt tatttaacaa aaaactttgt tttaaaatat tgttaacaaa tatgtttatg 420 ctaattttaa gggattgatt tgaagtttgt taggattaaa tttgattgat aatgtgattg 480 acaatttaaa taaaaagttt aaagtaaaat taattatttt ggaaaaaaaa attaatgcta 540 Page 4 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgacattag atcgtaaata agttcaggat ttatttgcta aaatagctac aaaaatgtat 600 atatagattt caaaatatac ttttttaatc actatttttt cgtggagtag ctgtctacga 660 atgttctatc caatacattc gaacacgtga ttgttcgtta attttcttga ttctgtaaga 720 gaaacaaaaa atatagatgt ccaacttttt ttttcgggtg ggaatataga cgtccagctt 780 agctacgtac tgaataattc aaagttccaa actagtatat attaatacaa ttgacgataa 840 ggtcataagg atcgatggat tccaacgatt cgatacaagt attaatgaaa taagataaca 900 cgattgtgac agcaaactct atattgatat ttctattttt taattagcca tgcgttgcac 960 gatcaattta caaaataata aaagaaaatg atcgatcaaa gagcattcca ttgaaattta 1020 attccatcct gtaatcacat aattttgggc ccaatcctat ttttcaaatg taacatgcta 1080 ttacatagtc acatagaaca tcctaaaata gggttaaaat gtacttttat ctatttgcaa 1140 ttttgatatt ttcctttctg aaaaagatta gtatatggca aattatcttt tagataaaag 1200 atcttttgtt ctgactatac attaatttat tttaaaaaaa aaacttaaca gatatatttg 1260 caaatacaaa atgatgaaaa ataaaaggga taccataatc taaaatctga caaagaaaat 1320 atacaaaaag tcaattacga tacttagaaa aagaactata tatttttggg tagggaagtt 1380 caaaaacaaa ttaccgattt gctgactata tgagcaatta ttacatactt ttatttattt 1440 gtacaacaat tattacacat acttgtgtgg accaacatga ttaattttat attggccata 1500 tggtgcgtag taaatgttat aataacttga aattaaataa taactaagct cgactcgata 1560 tatagatcca accagtagcc tctcttattc acacctaatc ttcatcttca tcttcgcatt 1620 catagtctct acgatcaggt aatccccctc tctctatcta tctttcatat atgtgtgtat 1680 gtgtaaacta tctatattct gaaaatagat caatcaattg atcttttcct atctcaattg 1740 ttttcacaac catcagtttg acttttgatc gtttaaggct cgagagaatt atcattcact 1800 gtagtaaaga tagtttatac caacaaaccc atttggtgtt gaccagcttt caacataagt 1860 atgagttaga gctagaaccg gattagtatt aatgttactt gtacctgttc atagtactaa 1920 ccaaaaatga tccaaaaaaa tgaaaataac aaataaacca tttatggtta tcacagatag 1980 ataaaagaag tcaacaacga tg 2002 <210> 5 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 5 acattttcat cttgatctat ttctacagtt tgtgattaac catccagacg aacatctagt 60 ttctgtagaa ggttggtata gccctgaagg tatcattcaa ggaattaagt tcatctccaa 120 caagaagact tctgatgtca ttggatccga tgagggtact cacttcactc tacaagttaa 180 agacaagaag atcattggct ttcatgggtc tgccgggggc aatcttaatt ctcttggggc 240 ttactttgct ccgttgacta ctacaactcc gttgactcct gccaagcagc taacggcatt 300 Page 5 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggtagtgat gacggaactg tatgggatga tggtgcttac gttggggtta agaaggtgta 360 cgttggacaa gcccaagatg gaatctcagc tgttaagttt gtgtacgaca aaagccctga 420 ggaggtcaca ggagaagaac atggaaagag tactctactc ggattcgaag aggtataata 480 ctttctttgc tctttttgtt gaatgtaaaa attatacatc agagaattca aattctcttc 540 cggtttccat cataatgtat tcaattgttt tatttggttt ccaataactg cagttcgtac 600 ttgactatcc aagtgaatac atcaccgcag tcgatggcac ttatgataaa atctttggga 660 gtgatggctc agtcataact atgctcaggt tcaagactaa taagcaaacg tctcctccct 720 ttggacttga agctggcaca gtcttcgaac tcaaagagga aggccacaag atcgttggtt 780 tccatggaag agccgatgtt ctgctccaca aaattggagt ccatgttcgt cctttatcca 840 actgatgatg gagctcttta tccttgattc catgcatcta ataagttatc aaatctatct 900 tctaaatttc tcatatgagg tctcttcatg cctctggtga atggtgatct ttgataagtg 960 ttttacgcgt tgtctcttgc gatgttgttt tttctttgtt cttcttgtgc tctattttaa 1020 taaaggaagt ttgttccaat ctgatcttta gtttccctat atgttctata atacttactt 1080 ttgccattat ttggttctga tactaatttt acttgctata attcaaacta aaatctcaac 1140 gtatgaattg tacaatttaa aatgcaaatg ttaacttttt tggatcaaat atatagttgt 1200 tcgtattttc tcagtaaaaa aatcctgcac aaagttttta tctagaatgt gtgaccatat 1260 tgaagttttt ggccttctcc aaacataaaa agttattagt taaaagtata tgagttggcc 1320 aaaaaatacg aaccggttct tgtttctaga ttgagcgtta cagaaaattg tattatatat 1380 atactcttgg ttctaatttc tcttaggtga tttcaattat acttttactg tttgaaataa 1440 tgtacaatgc tgtggaaaca tgttcttaca agacttatca aatcgtcaac caattagagt 1500 cctaaaaagg gggtcactaa ttgtagaatt ctgacttata taaattgcaa cttgcaccct 1560 ttacaagtaa taacgtatat aataaaattg acgactctgt gaattttaaa agaactaatt 1620 agcttgctgc catcgtttca ttggccaaca ccaatataaa gacgattagt tgagaagctg 1680 tggaagtaaa aaaggagtat atgaatattt gaacatgtat ttcttccggt aatgttttaa 1740 atatgcctcg tggatcacga aataatagat tattatttct gctagtacga tcaatgatcc 1800 tatatgcgga tatatggtta tatgcaagaa gtcaatataa acacctatga ttcacttaaa 1860 tcgatcacaa tctactcact tttgaaggtc atctctcttt tcctctctat tagtacaaaa 1920 ttggttaata attgaaaatt cacaatttgt ttttttttcc aattatagta actatagtaa 1980 gattgatcag caagcaaaat atg 2003 <210> 6 <211> 2060 <212> DNA <213> Arabidopsis thaliana <400> 6 ggaaggttaa ggtaggctaa ccgagcccac tctctaagtg tttaatttgt aaccttaatt 60 cgtaaataaa agctgtttaa tttgtaacct ttattagata aaattttgtc tttttttttg 120 Page 6 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcaaaagata aaatgttgtc aatcatttta aaaacaaaga aaaaaacttt tttggcaaga 180 atttatatat ttgcttgtca taaattttcc attttgtagt attttgaaaa aaatatttta 240 acgaatggaa gcaataactc gacaaaaaga gtcaaactaa agtaccttca catgcaaaac 300 aaaacgtaaa tttggtattt ttttcccatt aaaaaaaata tatatatatt cttggccttg 360 tgtgcgaaga cgatcgagaa cgagaagaac gataagctca atacgcacga acgtagatcg 420 aagactggaa aggtatatct tcatcaaaat attcatgatt atggttgagt ttaattttgt 480 ttacgtattt gttttaattt ttcaaaagtc cactgttggc tggctgttgc tatcttggaa 540 tgattttcat atctcaataa ctattgttta ctctaagtta aattattggg gtgctattta 600 tgatgactga tgaagtgatg ggaacatgat tgcaatatta aaatctcttt tttatttata 660 ttaattataa gtttgtaccc acttcatttt aaatagataa tgccaagacg taggtatatt 720 attactgaat ttatttttta ataataagta aatatgcagg tttcaactag aaaggtaaca 780 catcaacaag aaataccaaa aaccactagc ttacatattt tgatcatata agtattgaat 840 aatatagtta tagatgatca aatagttatt attaattact tagctagtgt aatttctatc 900 gattgtttca cattcgcaac agataattat ataaataaat acatactaca tgttaacctt 960 tgtttttgtt aaataggatg ttttcttgat tgatgatcta gatcaacttt taataattta 1020 tacgtaccag ctttcattcg atcgtgcgac ttcttggaat atcccatggt acatttgcag 1080 tcgagctaga aagctttttt gataatttat gaatcatatt aagcgtctct caattagatt 1140 aatatttagt accagtgtaa atgatacaat tataaatctt tttaccaacg aatacagaat 1200 ttgttttaga aatattcttc gcaaaatttt ataatatttc ataaatcagt tataaaaaaa 1260 aaaaaagcag ttttgaattc agaggaattc gtaaatttcc ctaagagtta ttaaaactag 1320 ttgtgatatt ttggagtatt ctttatggct agatccatat gatccggttc ttgtatctag 1380 atttttttta cggaatattg tatgatatat ctagtctcct ctttggttct aaacttctaa 1440 ttaatcttcg gtgatttgaa ttaaacgtta ctgtttttaa attatgatta aggctttaaa 1500 acatgttcat acaataatta ccaaatctta accaattaga ctcttaataa ggagaacgta 1560 tatatatgtt gcaacttgca actttagccc tttacaaata attaatcgta cataatctaa 1620 ttgataaacg attctttaaa ttttaaaaca atgaattagc ttgctgccat cgtttaatgg 1680 gccaacgcca atataaagac gattagttga gaagttgtgc aagtagaagt atatgaatat 1740 tttcattatc taaaaaaaaa aatgtatatg aacatgcgtt tttcccagta atgcttttta 1800 tataaatatg cctcgtggat cacgaaagaa taaattatta tttcccttat tatttcatct 1860 agtacgatca atatcaagaa gtcaatataa ataaacatac aattcacttt aattgatcat 1920 agcaccgata acaatctact ctctttaaaa ggtcttatct ctattcttct ctattatgta 1980 aaaattggtt aatagtagat attaacaatt tatttttgca actacagaaa ttcgtaagta 2040 ctatcaagaa gcagaagatg 2060 Page 7 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 7 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 7 atatgaagag ttttatgatg atgcgaaagc gagctagccg aaaaatagaa ctaacgtttc 60 gtttatagtc tgtagttagt taagtttgac gtaaacattg atcttgaagg catggttcag 120 accacttttt aaaatacctt taaagttact agtatagcgg aaaaaaaaaa tttgattaac 180 atctggttca aattataaaa ttaaacattt tttatacaga aaaattggaa atagttttag 240 ataaaaaaca ataccaatta gcacatgaaa aatagcggct actgaataaa ataagtaaaa 300 acataagctc actcaagatc aaatccgatt tgagttaaag tattgcgata gtcaagatta 360 gatttgatct gtgtatcgtg gaatcatcct aaatgttata atttaagatt acgaatcaaa 420 caaacacatc ttgaaaacaa ccacatggct gttaaaaaca attagtatta ctattaacta 480 acttcttaca tcttgaaaaa acaaagagtt ccttcacatg aggccatgag catgtgacat 540 gcttgagttg actttgaaat ttgaatggat agggccacgt caacgcattc aaggatcctt 600 aattagcgct taagtaaaac ctctttattt gtcgtgactc gcgaacccct tttttattaa 660 cgttttagtc aacacaacat ttcattaatg ataattctac tactattagt ttgcaatgtt 720 aactaaactc tttttacgtg agaaaactta agattatcat ttccagacca ccgcaagttc 780 cttgaaaaga ttgttatata tataacagct gcatatctta atacggattt atgggcttta 840 atttgaaatc aattgtatca aataggtttg aaaaaaaaaa tcgtatcaca tacctttatt 900 ttttgagtgt agtataagca agcaatattg atgaatgcgt gagtctgcaa aatttaaccc 960 caaaaaaaaa gtaagcaaca atatatattc agcaatcatg ttagaaagta ttttaatcat 1020 gttgaactga acgatctccg cgctaattag tattcctaag agacaccaat cagaaactat 1080 tggatagttc gacggtttag aatttgtcca gttgagaatg gttttcaaac tattttataa 1140 aattttttta gcgaatttct aaagttaagt tgaccagcac atcttgtggt taaatgtttc 1200 actcgtcgtt gaaaaagtct tttcaacaaa atcttacttt ctggatataa ttaatatcat 1260 atgtacaaaa attgattaat gggtcttaaa ctatttcatg tatttactat ttagatagag 1320 acgtttaaaa aaaaactatt ttcgtgtctt tactatttag atagagatta cacgacatgg 1380 aaataatagt acatggtcaa gtttatatac ggacgactct catgaaatcc tacaacaaga 1440 aaacaaagca acatatagta taatgtgaaa tatacactgt taagcaacat attacgtatt 1500 atagttattt ttatgttaat gacgtacaat gtacaaattc tagtattctt cacctgaatt 1560 atttgatgct aaactacgta cgtcgtggtt attttcattg ttctttaatt agccatctcg 1620 aaatataatt atttcaatgt tacaagattt tagtcgctct aataggatgt ttatgaattt 1680 aaaccgaccc aatccgactt gttttttctt ctaaaaaata ttatcttgaa aatgatttta 1740 ttaaattcgt tttcgtctta gtctaattca gctataaagt ataaacgtta tgaccaagtc 1800 cataatcaaa tcatcatagt atttctcctt aatcacaact acaagaaaag gaaatgggtc 1860 Page 8 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgactttct tataaaacat taactaagat ttgaccaaac ataattttgt attatcaata 1920 ttacaccata aatacggcca catatcctcc tagtttcttc acacaactct cccctcaaaa 1980 cattccatca aaggaaaaaa atg 2003 <210> 8 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 8 gtgaaataag cataaaacaa agcctgaatt tctttgatag tgagcacgag tcattattat 60 ccagcgagta cgttgattaa tttgagattt tatagtaaga acttttctta agaagtataa 120 ttcataagaa ctaattggaa gtgcaattct agcgttagaa tgtgtggatt tagaattgca 180 cttccaatta gttcttatga tcaattgttt ttctttgaca ataacttcat tttaatgagt 240 aaatacagtt tctttgacaa taaatcgaaa aacaaaacac agtcatctta tttatctact 300 tctcgtttct ttttattcct aatgctaact cgcaacgaat tcgtggtgat tcagtacttg 360 atagacttag catgaagtta agaactaagg tttgagtaat ttcattgcga ttgaaatcat 420 tataattgat cattatgatt atctcttaaa ctttaaaaat ttccacgcgg cgactcgagt 480 tttaaaaaat cattgaaaag aatgagttgg ttgttgaatc atacgattcc tgaaagtccg 540 gaccagtgag gcagtgaccg agccggaacg cacaacgtcc ggtgcagttg tcacttccac 600 cagaaaaggc gaaaccaaga gctttgaatt gaatagtcaa aaataattgc ttctactctt 660 cattcttcaa cgtatgcaac gtaacttgta tgattgtgca tttatcattt tttatcggca 720 aattttagcc ttacacaaaa gacataataa agtatcatgg ccttttttgt tgacattgtc 780 cttctcttgt caacaatctt cctggtttta agatacatat ggatggttca gaatgtcata 840 tagtataatc tattactcta cactttgatt gatgacattc ttattccgat ttttatccaa 900 gtcttttatt agatgaaaat caactgttat tttataaaaa aaataaatag tggatttaaa 960 gtgatttgag tgacatacat taggtgaaat ttgaaggaat ttcttagtta aaaaatcaaa 1020 gatgcaaatc ttatagtttt aggtgagatt ttagagaatg ttaatagcaa tttcctaaag 1080 ttcactaaaa ccatctcaaa actcatcaaa actaaaatca ctctcaattc atccttcaat 1140 acagccccta aaactgagaa tcattttttg tcaactaaaa ctgaaattca tacatttgat 1200 ggaatttgag tagccgccgg gtaatggacc caaccaaagg ctcacatagt cacatggtac 1260 caagatttat agtgatatta tgcgacatct ctctaccaca tagtcacatg gcaccaagat 1320 ttatagtgac aatatgcgac ttctctactt agggccggct ttcagaaact ctagaagaac 1380 tagccactga tcgactatat tagagtagtt aattttatca attacatttg aaatgtttat 1440 ctctagtaag ataaatatca aacaaacaaa acttaatcca aggacttgtc ttcatatcgt 1500 ctattaagag tcgaatttaa gaaatgaaaa ataaacgatt caagcttaag ttagttttag 1560 gaaaaagaca tactgtttgc tccatatagt ttgtacatgt attaaatata gaataacaaa 1620 atattttaat gtttgctcca ttgacattac atgtattaaa cagtttaata gaaaaacgaa 1680 Page 9 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catttttgtt tgttcaatca ttgggaaatc atagaattgt tcaaaatatg aaacaaaagt 1740 gagaaatatc aattaatata atagttctgt ttaacaagaa aattgaattt agaccaagtc 1800 cacaatattc atcttgagta agaacacgac caaaagtcaa actcgtttcg aaatacataa 1860 atatgtaccc cgctatacaa aaaagaaaaa gacatttaca tccacttatc ccaatagaca 1920 aatgaccaaa ctacccaaca tctaccccta tatatacctc accacctttg ccctctcaac 1980 cacaaacaat aacacaaaac atg 2003 <210> 9 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 9 ttctctgatg atttgagtat gcttccgaaa gatatgtaaa aactgaagac ctaacttgtt 60 tgtcaagcca ctccatacaa taatcatcag ctttccacat atctaggctt ttcccatcta 120 agattttgtc ctcatcagct cccaaaagaa atggagaaac aagaggacca attgggataa 180 taggttttaa atcaaacatc gattcaatta taaccgattc gagttcataa aatgaattag 240 ccaaaaccca tttaacatct ttcaagcatt cgacgaattc cgccattagt gtattgaaga 300 tagcaccgtg agaaggtaac atcaatgtcg ggagatctcg gacttctaaa aacggtaagc 360 ctggtaactc cactttttga ttaggatctt cgagatcggg gaaagagttt gtcttcatgt 420 agtaacggta ataaactgag aaacctgcac aagcttcaat ccagaggatt gcacaaggaa 480 tgttatgagc agctgcaaca gctggaaccc atggagtaaa aggcacagag atgatgcaat 540 caaatctctt tccttcgatt attttcgaaa agttattggc tccgactttt ctcaatgact 600 ctgtgagagg ttcgtggtct cttggatcgt ctttaggcag accatcagag aagaacacaa 660 gatccaccag gctatggggt tcatcggtgg atgagaggag gtcacgggct gattcaatgg 720 tggcgagagt gaagtgtagg ttggttcgtg cgagatgttt ggcgaatttg agcattggat 780 ttaggtgacc ttggaacggt aatgctacca ttagaacgtg tgtttcttga ccctcaatac 840 ttcccatttt ttttgtatag acttttagta gtaataattc tttttaatag taatttagag 900 gtattagact tgaatttcgt ataaaaatta tgagttttaa tcttagtggt atatataaca 960 attgttcttc aacaatatta agtgagattt ttgtaatata tcattatgat ttgctaaccc 1020 aatatataat ggtcaacaga tttaaaatta tgattttcta tattcttgta aaattgttgt 1080 ggcaagaaat catgttctta ccaatttcta gcataattat gtcaacagcc agctgcaaag 1140 ttatcttatt aactaaaatt ttatataata cagaagtgtg aacttgtttc aaattagtta 1200 aaaagagtgt atattgagta caattttcta atgatattta ataaaaaaac attgtgttaa 1260 aattttaaga gattttgtca tgtgattatt attattcctt atatatatat tatcctttat 1320 atattaattg agaaacattc ttaataaaaa cttactctta tatgttatta atgaaaatgt 1380 catgctgaca tgttgtgttc gtagagattt gtaatctatt tcattcattg tctaacattt 1440 Page 10 2008200749 15 Feb 2008 12689250 Sequence Listing.txt actagaatat taacagattt tctattagta ttatttatac atatctcaca caaataataa 1500 aaataaaaaa gagatcacat ttaaattgat aacatatgca attaaggaat gcactttgtt 1560 gtttttcaat caatttacgg gtaaaactaa ctctgatact aaaaatctct gcttcaataa 1620 aataataaaa tatagtacat gttttttgtt acgaaacaag tttcggattc tgaatagtga 1680 tgatacaata aatttgtagt taactacaat gtatttattt aatcattatt ttaccccgca 1740 cattttgacc tctcattttt tttgtgttgc ctattttcct aacttagctg aattcttgaa 1800 ctcaaagatc ttgaatagct ctatgctact tgtgctggcc aatctgaatt tattaataat 1860 gtttgatata tattacacgt gtttaattgc atgggacgtg aatatatctt tagtaacggg 1920 tgggataaac tccatgacaa taccaaaatt tgaactctcg cgcttacgtt ataaactaag 1980 ctataacttc taacccccca tg 2002 <210> 10 <211> 1881 <212> DNA <213> Arabidopsis thaliana <400> 10 tatatataac aataatatat gatattctga aaaaattatg agcaactatg ttacttgtgt 60 gatttaaaat ttgcctaact caattttaaa ctaaatctta ttttatgtac ttcaacaaca 120 ttgtgatagg ctcatgatta aaatttggat tgacatcaac tgaacaagat ttgaaaagta 180 ttcgtatgaa aaaataaaaa gataacaaaa attaaatgtc atttaagtca atattttttg 240 atcttctgtc attgcatata tcaatattag agaaatgatc atgtcttgaa tgatttgaaa 300 tttgtctaac ttgattataa ataaactatt tctagtttga tgtgttcact tgatataata 360 ctccaacaac agtgttatcg actcatgatt aaatatatag aattgatata aactgaacaa 420 gatttcaaaa gtattcatat gaaaagaatt taaaaaaaaa caaaaattaa agcagcattt 480 aagtcaatac ttttagatct tctctcattg catatatcca tataacagaa atgatcgtgt 540 attaaattat ttgataggtc taatgtttta aaggtttatt atttaaaaaa acttgaatgt 600 caatgttatc aaagactcaa aataaaatta ctaaactaat aagaggtttg gtaacgaaca 660 agtacaacac aaaaaaatag tataataaaa agagtatagt aaaagtagtg cttaatttat 720 tatcattaat tttttttatt tttttttatt ttaaagaaat caattaagag taggattgat 780 gatatattta atttgcttat ttaatttgat taatatttta atttaaaaaa tatagaatga 840 cacatgtcat ttttttttgt gatgatgtgt cattcatttg gagagagttg gccaactttc 900 atatatatga tttatattag tcaattggag aaatttacac ataaagacta atcaacttga 960 ttactgccta tatctcatcc ctcgtgatga tctccaattt cataaggttt tttcaagtga 1020 tcattcactt aattgcacag aaatatagta atgtttgatc tttttatact ttagtatggt 1080 ccacgttcat tattttgcaa acttgcatga cttgtcaact tatattgtat atcatcaaaa 1140 ataatgtatt ccacatacac aaaaacttac tttccatcac tagagtcaac tttaaatcct 1200 atcctcgttg taaacttaga tcttgagaag gatgtaatct ggtaagatgg atcaaatcac 1260 Page 11 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgagttctt cttcttagtc cctcttgttc aagtagttgc taagaagtgg taacatggct 1320 ttgagttggc aaagataaga ttaagatcaa tttaaacttg acaccgagac tggtttagat 1380 tttgcctttg attaagaaaa tctgattaat gacacaaaat atacatttgt ttttataact 1440 gtaactaatt tcttcataat tataatttca gtcaatacta gtatactact ctttaatgca 1500 tcataaaaaa aaacagccat atattgaggg ttgaattata ttgtacccaa aatacatggt 1560 tgaataacac tctcaaagaa acatacataa tcaaaagtcc tcaattaagc aattatagcc 1620 tatatataac aacagtataa taaaataaaa tattatacaa atcactatgt gagcctcaac 1680 ctagcctcac atcaaactcg caaaatatat gattggacat tacagagtgt aacaaagtca 1740 ttatcataat tgtattcttc aaattataaa ataaactaaa ttgcatgtac catacgtaac 1800 ccgtaattgt aaatttgatc aactctataa atggagacaa aaacacacac aatgatcaaa 1860 accttaacat tctaagccat 1881 <210> 11 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 11 tttactttaa cgcaacactg gctatggaaa tcagaattga gaatccgaat ctcgggttct 60 tcgagtttcc cactagtaga ggagaaatct tgtacaacgg tgatgttgtt ggtgaaatga 120 ggattaatgg acaacgagtg gcttcatttg gtgacttaag aacagaggtt agtgcagaag 180 tggcttacag agggaatcag aaatcacctg tttggttgaa gaatgatata gagagaaggc 240 taataatcct cgagaccaga gctaaactaa gaggtgaagt gcacttgaag gacttgaaca 300 agagaacagt gaatttgaag tgtttaatgc aacttaatct cagtgatgat gttattcatc 360 gtttgtggtg taaatgaaac acacttaggt tgtttcatac ttttcttggg taattagttt 420 ttcttcttta gctatattag catatttata agtgaatatc aaaatactta ggtttctttt 480 ttcacaaaaa ttgatattaa aatatcagtt tataccaaaa taaatctcaa gttttacagt 540 atatcagaaa tttaagtgtg tttttttctt taggtcttat ctttctagtt ttgtcacttt 600 ctttaattct tgtcatcaga taaaaatgtc gcttttgaat aattcaatat ggttagtgtt 660 tgttagcgta agaaacatca tcagctttgt cgtcactctt gtctaaactt ctttaaattt 720 ttttactact aatctacttc tttaagtctt gtttatttat attccgatga cttgaccgtc 780 tttagtttta ttttcttaaa cgaaaaagca tctttaatgt ggtggtaact tgaacgttga 840 gacaaattct aacaatactg gttagggaag tatcaatact ttacttcgct atgtacgtga 900 caacttctca tcatacattt gatgagttta tgcgcgatgt ttagttgatc ttcaaaacta 960 ttcttataga aatgaaattt tatcacatgt taagtactaa taaaaatctt gctactatta 1020 tatacaaaca atccacattt tcacattagt tacaatttta tcatacattg tcagaactca 1080 gaattcagaa tattttgtga catcgaattt tggtaatcct aatgtatacg attttgccat 1140 Page 12 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatgatatta atattctttg gtatttggca aagtatctcg acttatttat tgatatctca 1200 ctttctttac aagcattaga ggttatctta accagtcttc tatttagaaa aatatattaa 1260 aaaaaagtta ttggagataa acctaaacaa aacaaaacaa acaaacaaac ttaaagtctc 1320 acaaaatctt cactgaaata tattttggat tgttgatata cacatacacc aagtcaaaga 1380 tcaatggggg ataacgtgtg caacagctaa atcatttttt aaaaggaagt gacctgttgg 1440 acttttttga ggtctcaatc acaaatcctt tttaatgtaa atatatgcat atgcattgag 1500 cgctaatgat ttacgtttaa gtttgttctt taatctgttt ctcgttgaca acaacaaaag 1560 atcatatcaa gtataaaaat atattaatct cacgatcaac cacttgctgt taaatactta 1620 aattacatat aaatgttttg aacatgacca agaaaataat gatcatgaaa tgtcaaaaca 1680 agatacaccg taaccatata actctacaaa ctaagataat catgttgttt atataattta 1740 ttgtgtaaat gtgcaattcc aaataggtaa ctataaaaag agcctagtta ttataatttg 1800 tgacataaat caaatgggag aagaaacaat actaaaaaag gttgaggttt cttgtataaa 1860 gaaagacaaa tataaaagaa gaatattgga aggtaactaa gcaccaaacc caaagtcaat 1920 aaccattaac aaaaaccttt tgcttcatct caaagaacca caaagagcga aataagaaaa 1980 caaaaagaga gtatcatcaa tg 2002 <210> 12 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 12 ccctgaccac cctttaacct tgcttcattc cccaccatat agtgagactt acacgtgtga 60 tgcatgcggt gagtacggat ccggattcac ttacaattgt tctgaatgtc aatatgatct 120 tcatgtcgga tgtgcgttta tcccggagac cgtggagcgg gaagatcacg aacacccact 180 cactcttctc tacaatacac catgcaaagg ctgtgaggac ggtgcgatgt tcatatgtaa 240 tgtttgtgaa gaagatatgt cggagaatct atgggtttat tattgcaaag aatgtgatta 300 tgggacgcat gtgcattctt gcgcggttta tgaagacgat gagccaaata atagaggagg 360 agaagaagga gaagcgatga gctcggcggt ttcgaggatg aagtcgttga tgaaggctga 420 ggatgagttg gcggcggtac agctcgaggc acgtatgaag cgagacgcta ataatgctat 480 actcggttta tatgctgaac caaagcggag atattattgg tgattgaatg aacgaatgat 540 caatttaatg aaaacgcttg tgattgtttt tcactttttt ttttttcctt ttcgtgtgag 600 ttatttaatt tgtaagtgtt attcatatac ttttctattt taattgctat acaaatgtat 660 ggtataataa caagctgagt ggttatatac tggcctattt aaccatttac atatgtaagg 720 aacagtgatg atcaacaata tggatggctg aaaaactttg ttatgtgcta tgcaatttct 780 aacgtgagat gtcgatccaa cactttccac tctacgactt tttcgcaatg ctatggaaat 840 aatatacaaa ttttcattga atcgtgcata taatgttgtg atttgtcctt actcttcatt 900 gcttctcttt accatacttt cattgcatta ttggttattc cttaatccgt agcatctctt 960 Page 13 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctatcttttt ttttttttgg atttatacta attcctgcta atgttattat taaaaatgtc 1020 tccgaaaata tgtagtagcg gatccgggtg gcacggaaat tgttaaagaa agttggtggt 1080 gagggtgaga ttggtgggtg actcgagaaa gcatgttggc acaaaccgtg tgaagatcga 1140 ttccgaaatc tccacagtaa acgaatccat caccgtcttt cccgcaagcg tcgcagcgga 1200 atcgcccttc ttggtatttg ggagaaggga ttagatagag atggttaggg tgtctgattt 1260 tttgaggtaa ctcggaacat tttctgtgga tgtagaattt gcaaggtttg catgagtatg 1320 aaggaagatt taggagtttt agcttgcaaa ccacaaaaca aaaagatgaa aaagattggt 1380 cttcaggatt gacagataag tggaacaaaa tatgaggatg actgaaatgt cgaattgagt 1440 cctccggttt tggccttccc attgtgttgt ttttgttttt gctgcacaaa ttactggttc 1500 attagagaga ttttgcaagt tctaaaatgc tatttgtaat ttggtatatg tgaatataaa 1560 ttaatggctt ggattgattt gttggcagac tttgttttgt ggtagtcatt tattctaccg 1620 tgtgaatgtt aacagtggga tctacatttt cagtcgacga cttcgaaagt caatggttat 1680 attctttgat caagtcctta tccacttgaa ttatatatgg gaagctcaat tattgatgaa 1740 ttctagtttt gtcactattt cctaacaatc accaaaattg gagattttta aatcttatct 1800 ctggtgattg tttcgtacgt gtccaagatt atgcaactct aatgtcaacc gtcttccata 1860 tattaaacta caacttggtg aataatcaaa accaaactga gaattgttta gcggaaaatg 1920 gaaatgacaa atcatccaca tattttgcta tatatatttt ctaaacgttt cttacactga 1980 aacaaccaat cctatacaca atg 2003 <210> 13 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 13 ggacaaaaca gagacatata tgaagtttga cgagaaagaa gagacctttg gagagagcta 60 gagatcaaag gatgacgtag atttcaatgg cggtgcagac catgatgatc ggtggcgaga 120 gagagagaga gagacaccga tagaagaagt aggtctttgg atatttaaac caaaaacttt 180 ttttaatctc tggcttagga catgattgtc ttccaaatgt ttaaggtttg tggttgcgtc 240 agttaaattg tttgatttat gttgtaagaa aataaattat aaagaatatt aattagaaaa 300 tatatatttt tcttggcatg cttgaccaac cattatatat ttatttaaat taaacaaaat 360 taattaacat atcttgacta ttaaacgcaa acacactcga attcataaaa acaatcaaat 420 ccctatgtta tcagtttatc actagttcag aagtactatc atttatttgt tttacatctt 480 tgacgaatta aattaataaa gtcggtaatt tagtagtatc gttaattttt tttaacccta 540 tatgacgatc aaattaataa aagtcacttg tttagtatta tcgtatggca ttcaattgac 600 tcgtcaaaac tatgaaaatg gatgatgaaa aattaataac attcttaaaa aaaaaaaaaa 660 agtaaaaaaa aaaaaaaaaa actgatgtga aaaccgacgt atcaaaccca agaaaaccga 720 Page 14 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cggatccatc aaccagtccg ccactgccca ttcctaaaat ggtcctagca attcatgaag 780 ttgagagact tggcttggat cttgtgggtt gtggcctatt ggttacaaga ttattaatca 840 tctcattaat catcggtcta atcataggac tcgtaatcgt cggcaacatc aaaggatacg 900 gattattaat aaccggaacg ttaacagacg gcgtcgtacc aacaaactgt ggttgcttcc 960 ggttttcaac atgatggacc aaatttgttg aagtagctaa ttttcttcta gcacattaca 1020 aatgagcatc aaatccacta cactctccgc agctgtagag ccacgagtta gaccctagac 1080 cacggcacac gcaacattgg aagctagacg ccgcagcaga tcccggtccg ccaggtggca 1140 tggaaaaggt taaagaaagt tggtggtgag ggtgagattg gtgggtgact cgagaaggca 1200 tgttggcaca aaccgtgtga agatcaatgc cgcaatctcc acagtggtaa gccaatctat 1260 caccgtcttt tccgcaagcg ttgcagcgga atcgcccttc ttggtatttg ggagaagaga 1320 ttagtgagag gagatggttt ctgtcgaaag ggtgtctgat tttttgaggt aattcggaac 1380 attttaggtg gatgtagaaa ttgcaaggtt tggatgagta tgaaggaaga cttaggagtt 1440 ttagcttgca aatcatgcaa caaaaaaatg aagaagattg gtcttgagga ttgaaagatg 1500 agtggaacaa tggatgttgg atgactcaac tgtcgaattg agtcctctgg ttttggcctt 1560 cccactgttt tgtttttgtt tgctgcacaa atatcttctt actatactag tttagataat 1620 ttttgtaagt tttaaaatgc tattagtaat ttggtataaa aataattcag tcgcttggat 1680 ttgatatgtt ggaagacttt gttttgtggt agtcatttgt taccgtgtga ctttgttttc 1740 gaggactatt taggcgatga cttcgaaagt caatgattat tagtcgttac ccacatgaat 1800 tatacatggg aagcacaatt actggcgaat tttattgttt tatcaatatt ctgtaaaggt 1860 tatgtatatt aagcaacaac ttggtgaata atcaaaacca aactatgtat tatgttaatg 1920 aaaatagaaa tcacaagtca tctacatatt ttgctatata tttatagttt ctaaacgctt 1980 gttaaccaaa ttcagacaca atg 2003 <210> 14 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 14 taaggaataa cctttaaacg gctaaaacta tctgaatgtt ttgatatttt atcagattgt 60 taaaaagtga tcaaaaaaaa acaaagcaat atatttatct tcacatgcct attcaattta 120 agtgacgtgt tgttatttat cacaattaac tgacagaatt ttgtaaaacg ttaccatgtg 180 actgtttttt tttttttctt atcacaaaca gaaaattatt tccgttccaa tctttcttgc 240 catggaagaa gctatgttag aaaatgagct ctagcttacc ggtaataggg aaaccagtct 300 tgacaaccat cgagaagagg gtgacaacga tacatgagcg atggatagca cataagaata 360 aaatgatgaa gggttcaagc aaaaaaaaac ttggtaagag tttgaaccca aaacatcaga 420 tttgtcatct tttaggtgag acaaaaaagt cttgataaca atgtgtgccg gacacagttt 480 ttttatctag aagattaaac tttgattttt ctcacctaaa aggtgacaat aaagtgagct 540 Page 15 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtagagtg tcgtcaatta tttgtccatc ttcttgtttg tttttttaat ttcttctttt 600 tgtccaacca ttagactaat attttcattt tgtttctttc tcttttgtct tcgctttcat 660 cttgttttca ggaatgacta atgcattcga atgttttttc ttttcctttt atgtgcattc 720 ctactttatg aaacaattag ttttcaattc aatttcggtg atagttttag ccatttctgt 780 ccactttggt tgtcttagtt agtttattga tgagaagaaa agacaaggag caaaagtatt 840 agattaggtt aaccaaaaag tctagcatat ggactcgtat gaaattgata tttgtatgta 900 ttaggtaact ttgttttctc agagattatt gagcaaaatg tttataattt atcgattagt 960 gaaggtggct tcggaggcta catttgcgtt atttacggga aatggaagga caaaacacaa 1020 gtgctttcta gtttgaaaat aaaatcaaag aaatattggt taaaatagaa cacactttat 1080 aatcactgat cacataatat tacattatta tgacttatac gatttacaaa aacaattcag 1140 gtcaaaggca ctcgtcgata taacataaag ttggacattg aaactgagaa tacgttggcg 1200 ttcgcggatt taacatatat ttttttgtcc atatttttat accgtatcgt ctcaacaatt 1260 ctatcatcaa caagaacatg tcactgataa aaacatgttt atcgcagcat gatgatatta 1320 tacatagaca tatcttacgt ttaacatgaa tcaacaacca tatctttagc gaccctacac 1380 gaattcaaat ttgatatcaa tttcgtacaa tttctatctt actactttga aatttgtgtc 1440 gtttataatt atttatcaaa ctcaatgatg cgtattctat tctcagaagg agtcatgtat 1500 gtcttgaaat aaatctagaa agaagtatag gcgaaattga gaaccatctc ttcatagaac 1560 tatacgtcga ttcatagtaa gtaaaaagtc tacatctgca ataaaaatgt atggagttag 1620 ctagttttga aaaatactat atacaattga agtgaacatg aaaatcttaa ttgtttaatt 1680 aaagcgcgcg aaaaaacaca ataataagtt aaattatgtg cacataatag atagcattgt 1740 caaaaggatc ggttaattta tgatttcact aatttttatt atccttcaac cactctagta 1800 aaatacatat tgccttaaaa caaaacctac tagtcttaaa acgaaaaaag aaaaaaaaaa 1860 aaaaaaaaac tcaataccta ataatcaaaa atagtactca agcttcccta tataatgttc 1920 cttcttggct ttagctaatt caccatatac ccacactcac aagtcacaac tcaaataatc 1980 tttgtcttcc tcctacaaat atg 2003 <210> 15 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 15 gtaattaatg tagtacatat atctgtttta attttttttt gaaaccaatt ataaatatcc 60 tcacggtaaa atggattata tatatatata tatatatata tttgctaaat gaaatatcat 120 ttcaagaatt tagtttatta gaaatatttt attaaatgaa atataatagt ttattattaa 180 actaaattgt ttcatttaac caaaatattt tctatgatgc tatttcatcc ctgatttttg 240 tgattatgga tatattgtta actttataac aaaacaagag aattcaaggg actgaaacgt 300 Page 16 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttatgactt ttaaatggat gactatatac aatggctgat ccaaaaaaac aattttgggt 360 aaggcatatt cagtgagctc taggcttagc gccatatatg ttacatcaaa atttattttg 420 tagagtaaaa agctttttag aacaaaaaaa caacacctta atttatgtct attttcgttg 480 taaatgtgta atatataata catttaatga attacaacaa atggtaaaac tcatgctgat 540 aaaatactgc aaactagttc ataatcgaac tcaatagaaa atagaaaaaa gaatttatac 600 ttttgtaaaa aaaaaatgct actttgtttt tctgttgtat cggtaaagat gagaacaaca 660 ctgaccaagc gaggttttgg gctttaacca tacaaggccc acatgaatac aaagtataga 720 gtttagttgt ccactaaaaa cctagttcta taaggagatt attgccttga gaacaaaatg 780 attttattcc caatgaacaa gcaaacaaga agttcaatat tttcttgtcg aactttttgt 840 cttcatacct ttacaataaa gtgattaact cattacaaat aaattgtgag gaatactaga 900 aacttggatt tattgacata tgtttattgt tttagacatt ttatcttcat ttgtaacatc 960 gtgataatga cacatgttct agtttttttt tttttttttt tttggacaaa cagatgttct 1020 agttttatct atcaaatttg aggagaaaat attttagtgt tacaaaaata tatagaaagg 1080 tcttttgttt ttcaatgtta ctgttaacct taaagtcaag tttcaatcag ataaagaact 1140 atatgatata atcacagtca tcatacaggc agatgaagat aaccattaaa tcaagacgat 1200 agtcaatcat actcaattgg cttcttcaat accaacggat taattaattc ctcaatagct 1260 aatatatatc tttttaatat tttgactata cccaaatagt ttagtgggca caatttcgta 1320 accttctctt atttttttac acctcaaaca gtcaaacgtc atcatatata taacaaatct 1380 tttgacatca tacgttattt tctataataa tccaaacaca tcccccacct ttataaatat 1440 attatgatac acttcccatt attcaaagat tttatagcac aattttgttt tttaaaagca 1500 attaattaac tactatagta tactttacta acaacatttg aaaaaatata caaaaattaa 1560 aattttatca ttatcaaagc agtccagctg cataccatta tcaaaattgg atgtggataa 1620 acttaatttg ataaatttct gtataactta acaaatatta aatatgtgtt aatagttatg 1680 tcaacttatg ttgaagataa atccattgga ccggccgtgg tttttatatt agtttgaatg 1740 tagctttcag attcttccta tacccaaatt tcacattcaa aggttgctta tctttttaac 1800 attcaaactc atttaatatt taaatacact aactaatgac gtgagaaaac ttatggatgc 1860 agcaacaaat cataagacgc cacgtgacaa tcttgatcgc tctataaaaa accaaacctg 1920 ctcttctttg gtcgctacag caaaaataac aataaacaag ataaatggag ggtctaattc 1980 cgttagtata caaagccgtc atg 2003 <210> 16 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 16 atatttaaat aagagattat caggaaaaca aaatgttgat atacagaatt ctacacgtaa 60 ctttaatttg ttttcgttta taataataat caagaggaga cgcaagagag gttcagagat 120 Page 17 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcgaatggga agtgtgtggg agccacaata atttcatcta cactgtttgc tccctcatac 180 ggtttgacca acaatggtaa ttatttcttt tcattttact tacacgtttt cattgatttt 240 acgtacagag aatattcttg cttacctacc tttatgtttc aataggcatt atattcactg 300 gttatcctgt cgttggaagc caaaaccgta tgatgtcgtc aggatcgtgt ctagacagcc 360 ttcaagatgg attgatcacg gcgtgtgcat gggactcacg tataaaaggc gaattttttc 420 atcaaacaac tttgagtgtc cctctcaccc aagttaaaag ttttatcagc gacatcaaat 480 cacttgtaaa gatcgaacaa aaatctctgt gtggccttga gcttcactat ggtattctaa 540 tgcgctatgt cacatcatct cccgcttatc tagggaaaga aaccgaagcc ctagactttg 600 acataacata ttaccgagct aaagacccgt taacaccgcg actctacgaa gatttcatcg 660 aagaaatcga gcaaattgca ttgttcaaat ataacgcatt gccacattgg ggtaagaaca 720 gaaacttggc gtttgatgga gtgattagaa agtacaacaa cgcacccgca ttcttgaaag 780 taaaagatag ttatgatcca aaaggtttat tctcgagcga atggacagat cagatcctag 840 gaattaaagg aaacgcgtca atagtaaaag atgggtgtgc attggagggt ttgtgtatat 900 gttcgaagga tgctcattgt gctccggcga aaggctattt gtgtcgaccg ggaaaagtgt 960 acaaagaggc tagggtttgt acacgtgttg atgggataat aagtgttatt taaacagtaa 1020 gttcttaatt ttcattgctt cttatatcag taacagccat cgtctatatg cgtgggtcaa 1080 tatttattgt gagcctaata atgttattgt gttgcaacaa taatgtttta ttgattcgtg 1140 ctatagtgtt agtacgtaaa tcatttcaat cggccgtgcg gaggaggatc ttttatttat 1200 ttatattcca cagatctatt cttgttcctt ttactatgaa aattggaaga gtagttatag 1260 tagatatctg ttctggttct ggctagctat aggttttcct agtaaatgtg ggggatttta 1320 tcattttgtg catacacagt ttcttaagat gatacaatta taatttttat tttttatatc 1380 atatcgcatg accacacccc aattattgtt ataattatta ccgaatgaaa aacaaaaacc 1440 atcctcccca aaatgcgcaa cgtctcgtgc cttcccttga cgcccgtata gaatgggcca 1500 tatatatagt caaataagta ttcccactaa actatgcaag tcgtcgtacg tctatccttt 1560 tttattgaac atatatacac aatttgcaaa atattaaata tcgaaacatt ttttaatgat 1620 aatattaaat catggcagcg ccgatgaggt tatcactgac atacaaggat acggtttcca 1680 taatatatga aaccaagtta aaagaaaata tagaaaatct acatttactt gattttgcaa 1740 gtctttaaga ccatgtgata taaatgaaac taacattgac agctcaaaag taatggatcg 1800 aatgttatta gtcgttatat atcttacacg ctagcatgat gcatctcatc cagcctttta 1860 tgaatttatc aaccaaacat attttatgta aaatatcaac aagctagcat gatgcatcac 1920 tgaaccggcc tttaagccac aaccactata tataccaaac atttagaaac gcctccatta 1980 gacaaaactc aataaaaacc atg 2003 <210> 17 <211> 2004 Page 18 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 17 gtattattac ttattagtgt tgtaataaaa ttagtatgtt aaaatttata ttttaatata 60 gccctatatt catttattca ctatggttat ttatctatat tttgatatat gtgaatattt 120 gtgggtccaa tgtcctctta aaggcatgtt ctttgattgc tggtttgatt ataaaatcat 180 ttttcttgta ccatttttat tttgttttgt gatttttctt ccacttttgc aaaatgtaaa 240 taatcttcag ctatgtatat attattagct aatttggtca tataaacgta gcttagtcta 300 tagtaaatta atcatctaca tatgacttat acatgcataa agtgagtata aatgtatgtt 360 tacatgcgta aatcagaaga acctaaacat atttcattta gtactacatg ttattgattt 420 ttctacctag acatggacgt tgaaccccat caacatatta aattcattgt ctgatatttt 480 ctcagaacat atatactttt attgtttttc tgccgatgtg gacaacaaaa gcatggaata 540 cgttcgacca ataaatcttc gtctcttatt tgattaatgt gagtgtatca ccaaaacttg 600 aattatttgc catttatttt tatatccgac cgtggactat aatttctttt tattatttgg 660 ttatatattg tctccgtttt tggtttaaac gtcgattcaa ttttgattga catttgaatc 720 gaagccaaat cacgaaaaca cacattcgag aaagcttaga actgaaatga aagagtgcaa 780 aaaagttaca ccaatataaa gttgttgaaa tttcggaatc ttgtaagatt aaaagattgt 840 tagtagaaaa aactcaacct cccaatcaaa aattacaaaa atagtaaaat attcatccac 900 aaatttcatt tttttaaaaa gagaacattc acacacactt ctagattgat caaagataaa 960 acacttatat aagttcgact aaacctaaag atattatcct cattaattag tcacaacttc 1020 cccaaccaat ttcttaagtc aagtaattcc tttgctccgg tggaggcatt ctcaatgttt 1080 aaggaattag tggcgggacc aagaaaaatc ttatcaaagt caaacaataa aatggagaca 1140 aaattaagtg caaaccttaa acttgaacgg gtcatacaca accaaatctg ccaaaaaaaa 1200 aagtatttta ttcaatgaaa aaaacatata ttctataaaa tttgaaggca tcattttcag 1260 ttttttcacc ctcttctcat aacgtaggtc ccgaccatat ttgagatttt atccatcata 1320 atgaaaaatg aactaaacgg ctccctttca acaccacatt accgacaccc aatcagcttt 1380 aaaactcaat tctatggttc atttattttg aatctaacca tattattaag atgtggttgg 1440 cttacacaat caatagttat gtactatacc aaataactta ttgaccaatc ctataaagaa 1500 tcgtttcaaa acacttttag aaagatgctt tactttctaa aacgatcgtt ttcagtcagg 1560 ttttctatcg gttcacctat tttctctttt gtagaaaggc gatcgtgatt gttaccggcc 1620 tcactaaatt atggtttata tattataatt atctatggat tgattatgat ttcctaggca 1680 tgtacgtacg taatattttt tttgtgcgac gtttcagtga aagtgtagtt gatagtgaat 1740 gtttcgagtt caagttataa atcatatcaa tagtaatcca aatctttttt tttgtgatac 1800 gaacttggta aacgtgaatc acattttgta ataatgcaag atgacagaat cgtggtaaga 1860 aaaagtaact aatgtaactt atttttacgt tttaaccgtt atattctcta tataaacgaa 1920 Page 19 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggagaaatga aagtattcat caagtaaaga aacaaacaaa caaacaaaaa acacacttca 1980 ctcgctacac aaggaagaga gatg 2004 <210> 18 <211> 2006 <212> DNA <213> Arabidopsis thaliana <400> 18 taaataaata atgtttatgc tgtgcttgac aaaaaaaatg attatgtgta cgtacgtatg 60 ctaagagatg atcaaaatta taactagaga cattattaga gcaaagtacc agataagact 120 tttaaagata tttggaatat tatatgaaat atgaaagtat cagtttaata aatactaaat 180 gtagaaaaat tacaatcgtg acagttagct taactcaaac tttatactaa aaactatcta 240 tactattaat tgggaatcat cggaaaattt acaacctttt gaaacccgca cgtatgtgcg 300 ggtcaggatc tagtgattct ttaaatttgg aaactcgaat atctcaaacg atattaatta 360 ttcaggatat tgatattaca tggatggatc atggaaataa agcgacaaat tgtttggagc 420 agaatggtac tatacatcat caaatggaga gacgtcaacc atgagaactg caaatcttta 480 agaagtctat cctcactaca tgcagaagtg gaagcgcttc tctgatgatg aggtgtatga 540 ttggcgctaa caatcaagac gtagcttttc taatagacta ttcagatcag gtgaagatgg 600 tgtctttcct aaccgaatga ccagccttct cagtgtattt ggaggatttg aaaaacgaca 660 atgaagaatt taaaagtttt cttttatctt taaattttag tacaaatgtt aaagcggata 720 atttggcacg aaaagttcta taccaaatca catcatatca catatgcaaa caacattctt 780 cgggaatgga tctttaattt gagttctaac taatatcggt tgacaaaaga aaaaagttta 840 gaaataatat tatctcattt aaactagata cataaatgaa acaacaacac acccatacac 900 acaaaaagcg actctatttt gttaaataga tgaagagcct cctctagaag atgaagtgat 960 atctctagaa ccagcacttt caacctagcc acatagtgat ggattgatta aggacaacac 1020 ctcagaaaaa gacttgtcta tgccatgtat actttcgcta agaagtaaga agggagtgat 1080 ttggcgccag gtaattgcaa tgtttgaagc ggtctttttg ggggtctagc tacttcatcc 1140 ttccaactgt agctatcttg agtctcaggg aagatcataa ccattgtgag cttgtagaaa 1200 aaggcttcta cattgtcact gtgggcactc gtgaactgcc agccaatttt agaggtctat 1260 atagaatctt ttttatcaag aaaatgtgta taacatataa gagcaccctc aatagtgtat 1320 cttagcaaaa tcttaggatt aaaagcaatt aaaataaagc aaaccaacaa tccaaagcta 1380 agaagtgtat ttttctttag atgtttttct taagttaaga tgtttttctt aagttaagat 1440 gtttatatgt gttatttgat gattggttta aaaaatgaac aaaaatagaa gatattgttt 1500 tagaaaaaat gaacaaaata gaagatattg ttttaaaaat atcaatgaaa gtcacagctg 1560 gcaggaaatc tacggtatcg ttatctggtg gacttttcgg cattcaagga acaatacatc 1620 atatcaacaa acaataatta tggtttgttt aaggtttaaa ttaaaattga tgtatgcatt 1680 tgtctactct aatccttatc attgattcat tatatgcttc tttttttgtt ggtaaaacca 1740 Page 20 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttatatgcat tttgtcaaac ctatccttat cttaataaca aacaaaatac attgtatgat 1800 aagaacttgg acaacgtgaa atatgactca ttctaaatat attagcagta gatatcaaat 1860 aagtataaaa cccggctcat ctattttacg tctaaaccgt tacacactct atatataaac 1920 gaaggaagat cacacgtgaa aatagtcatc aaccaaagta agaagcgcac acacacaaca 1980 tatttctttc actacccaaa gagatg 2006 <210> 19 <211> 2006 <212> DNA <213> Arabidopsis thaliana <400> 19 aaaaaaaaag aagaataata actatctatt tataaagaaa aagctccacg tcgtacgtga 60 ttagctcaaa agataagtta tcatattgat agggaatttc attttaaaaa gttattatca 120 tattttgtaa ttattaattt acgagtatcg tctttgggat aggatgtttg tgatcttggg 180 ggcatagaaa aaaacagtag aatttcgaga gctctagcat cattgatgaa tgtacctgct 240 cgagtttata attttagacc attgtcaatt atcatcgtga aaagattatt aaaacatgaa 300 tgtaatattt cattctcgga ttgtattaat aaatatataa tatgtttcat tttatgagta 360 attttgtact atacataatt cagttaatga tcaattgcgg aaaattctaa atttttatat 420 aatgagaaac ttatttacaa ttttaaaact tatttaacat tcgtatatat gagttgaaca 480 aatgcaccat gtgtgtgtga acaaatttgc agtaccatgt aaaactaatt agcttaccaa 540 gatggactac aagtgttttt ggtcgggcta gaagtaaatg ggttggaaac tggtcataga 600 tatgggtaaa cgaccagcgg ctgtgctctt ttaaccatct cctaaattac tttaatccaa 660 agccaatatt ttttgatcat tctcattaaa atggttggtt ttccagtgaa ttttgaagtt 720 aaggtatatc tgtagatagt caagtagcta gattaatcat tgggtaacac ttaggtggtc 780 cgagaccatt ttgggtagct ccaatgtaca tctcttgaat tccatcgatc caaagggtcg 840 tttggtttca tcattctcct taaaatgatg tactctctga aaagaaaaaa aataggttaa 900 cgtcgttagg tcgaatggat ttttcaatgg gtaagtaagt atttttgatt ttggtatggt 960 tcggataaat tcacgtttat ccggctaaat ggctcgaaca ttttgaattc cacccaaatg 1020 gttaatcaac ttcttaggaa aaccttttga gtgaatatcc aagcctctat ttaatcgatc 1080 agatctagga ttggacaagg atatcctcct tgtatttggt ttttggtggg actaattagg 1140 taactccttg gtccatgtaa aatttttaga agccacaatt gaaacgtaag aaaggcacta 1200 ataatcacgg gcatgccatc atcacccata tacagtataa tatttatata agatttttta 1260 cacatattaa caaaacacaa aaatctcatt taaattattt cctttctata aaaacattat 1320 taattacacc taatttaatt aataaaaaat atgtaacaaa atataattga tcaaaaatat 1380 taaatatatt taatttttgt atagaaaaat gaaaacaaca tttattttac aacaacaaaa 1440 caaatcatta aactacatga aaacacaaaa ataataaaat tgctaaacaa taaatgttat 1500 Page 21 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaagaaaac tataattgta tacaaaagct agctattaca cttagcacca tataaataaa 1560 cttcttatcc atcaatgttt aatatatatt tgtatagtaa aataaaacta gtttgcatct 1620 gaaaaagtat aatcaaataa aactctttag atagcaatat gtacattaaa aaaagactta 1680 ttttcatacg tattaagctg taaaaaataa tgattaagat ttggggtaaa gagaaaccaa 1740 agtttaagac ggaaacgaaa caaaagatga taatcatcga ttcatcatca cgatataata 1800 tgggttgcta accacaatag aaaaacaaaa gttcttttaa ggttttaata atatatcacc 1860 aaaaatgata attaaaacct aaaattaaaa taatatatct acaagactac aacaattctg 1920 ctttataata aagctataaa cctcaacatt tttcaacctc ttcccaaaaa aaagtgtaga 1980 agcagaagaa acccatcatc atcatg 2006 <210> 20 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 20 tttatactct ttaaggtaaa agtgtgaacg tatcatctct aactaaaact aaaaaattgt 60 ttctaacact gagtattaaa aatcgcccta cagtttaaat tgccagaaat aaaagaaaac 120 gagaaagaac taaaccgttt aaatatcaac atttgagcta agaacttcaa tcttacaatt 180 aaacacatga agaacgcggg aaaagtaagt aaccaattat ctaatagtcc aaagtcaaaa 240 ttcatggtct ttcgtattct ttaacacacg atctgagatt gaattaatca aatacaagta 300 ggttttcagt atatatatat ttcgtaatca tgattcgatt caaataatac gttttgcggt 360 tttggtgtga gactttttgt taagagatat agtcatatac atgtcacatg tgtatctgat 420 gaactgattt gggcatactt catgctccaa gcatttaggc ttaagatatc aacattttga 480 gatctataat taaagcaaag agatgtgaac ctatttccta ttgaccagat tacatggtcc 540 ttatttatta atcagatcga tctgatattg aatcagatta attaaatgca agtaggtttg 600 aattatatct ttcataatta ggcattgatt cagatatacg ttttggactt ttggggatgt 660 gagaagacgc agtgacaaga ttaccgtaat tgtgtggctt aagaaaattg ttttttttgg 720 gattgttaag ccactctatt aaaatcgtta taatttttat ttccatctgc aagtattttg 780 aagatgttga atgacactat aatgaacact aagaagtcta aaacttagat gtttttgggt 840 aattatatga aacaacacaa atgcataaca atgaatcttc tcgaccacag agtcgaataa 900 gagtaagaag acagaaaggg aagtatagaa ttaaatcttc tccaacatgc aaactcatgc 960 tagctcatct taactaatcc aggtcagcaa aacaatctaa cgcaacactc caatacaatc 1020 aacttcatgt gataacaaaa tgatgatcta agtttcttca tctcgaaatc tgaaatcacg 1080 ataaaaatgt atttagtcta ctgaaaataa aatgaaaata aagtacttta aaaaaataaa 1140 taacaatttc actatttcaa tatttaaatt aaaactcgag taggtattaa ttaaattaag 1200 aaagaagaaa tctaaattac tatttgatat ttctagttga ctggtcaatg ataaagttca 1260 aaataaatca aagtataata cttcatagtc acataaagtt ttgttttgtt tcttataatg 1320 Page 22 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttttaggtc aatctcagtt cacattgttc aaatatccta aagtttttaa ttcaattggt 1380 taaaggattt ttaatcaaag attgtttctg aaggttttgt taaaacacta taaatacctt 1440 caagaagata aaaatttgat aattgaggaa cattatttta aaatgcctaa tggccactag 1500 tcagattttt atacatacac taatatgcaa atgtgaaaga gccaaactgt gtctataaat 1560 aagcatcttc atcctcaact tatggattca tcaaacacta acagcataat tatcgatcat 1620 gttcatcatc tatcttttta tctttctctc atctgccatt ataggtaatt aagctcgcta 1680 tgtctcttag accattaatg tttttagatg aaagagaaca gctagaattc cctataaagc 1740 tccaaattaa taattttctg ttaattgaaa tttctgcttt tttatcatga cctcaaattc 1800 ggctttgata taaaatttcc aaagaactta aaacgatact tccttctgtt tagaacaaag 1860 ttgatgattg gattaaaaaa acagttgttt tcttttgaat attcatagtc ccaacataaa 1920 ataatactaa cgactatgaa ataataaaac aaaatataac ctaaatcaat tatatgttta 1980 aagattcaaa tggggttgca atg 2003 <210> 21 <211> 2001 <212> DNA <213> Arabidopsis thaliana <400> 21 ttttcccaat tctcctttaa cactagacca cagttgtgtg ggcggttttt gtttttcaaa 60 atctcatttt cataccaaat tgttaataat actcaagaac accttataag ctagatagat 120 tacaatctaa agttgcatga taaaagtgga gaagaatcgg ctgataaaag tggagaagaa 180 acggccttag actgaaactg aaactatagt tcaaagtttt tctataatta attaggaaac 240 aaattttata gtaatcttcc agtcatgatg ttagattttt atttatccta ttatttagga 300 aatctagttc tacttcatct acgttatttt ttctcaaaaa gcaaaacttt ttttttaaaa 360 acaaaaattt aataacaaaa actaaaacta aaatctaaaa tcgaaaaact aaaaaccaaa 420 ttcagaaact aaattaaaaa aacagcatcc atttcatggc caaaacatta gatattaatg 480 cttctaactg tctatgaaga gtgagatata ccatgaagag gttcaaagtt aatagaggat 540 gggtgaagtc tctggtttgg atctcgtctt tagatggcct tattatgact ttaagtcatc 600 tttgtacagt ttttagtatc aaatgatctt aaaatctatt tcttagcttt actttcacca 660 atctaatgtg atattcccca tctagtccct cgaaatagtt tttcatgccg aatttttcat 720 atatagtata tcacattatc caaagaaaaa ctttcgaacc aaccctaaaa gcatctatac 780 caaaacagat tccccatgag ccatgagaaa ctatgttgac caaatctatg ggttcttaat 840 attaatttaa gattctgatt ttccctaatt tgtgaaatca acgtcttctg cccataaatc 900 gaacctcgaa atcgacaata ctattatata taattaaatc gttatggttc cactttacgg 960 tgaagttagg cgaaaaaaga agtagttaag tgtcataaac tcaagtatga acagaagggg 1020 agtacatatt caggggagta attaactaat taagtgttat aaactcatca tgaggatttg 1080 Page 23 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgaaagtgtt ttccagaaca tgcatgtgtg catatagaaa atctaaaaaa catataagtc 1140 cacgtacgat attaataagt ttaatttaaa tgttacacaa ttaatcaaaa catattcatt 1200 tgttttcaag ctcaaaaacg ttttggttaa atgtaagcct gtatataaaa aaaaaacaca 1260 acttgtaaat taatttgata tccaagcatt ataaatccat gttttttaag aaatagtttc 1320 tttctatatc gcttgaatcg acgttatttt aaaattaatg catgcgtgta agtgtagcta 1380 aatactttta aaaggcgaaa ataagaactg ataaacattt ttctataatg cctcataggc 1440 cactagttat aaactagtaa tttccatatg tgaaagaccc agaactgtgt gtataaataa 1500 gaatcgtcag ccatggcttc ttcaccaatc accacagcac agcgatcatg gttatcatct 1560 atatatttct ttttctctcc tcagccatta taggtaacta agctctcctt atccacactt 1620 ttttatttac accactgatg tttaatacta aggagatcag cttccttatg atccactatt 1680 tacacacgcc aatagtctta ttccctcttc ttcactaaaa tatatataac actatcacat 1740 aatgttataa tgagataata attacatatg aacataacac tatatatata gtaagttttg 1800 aatatggtat gaatttattt tgtttgtttt ttggcaacat caaatatagg tttgttataa 1860 attttgcata aaatttccag gcaagccatt ccttctcttt taaaaacaat tggtggtgtc 1920 ttggtatata atatttattt tcgagacaga aagtatattg aatataatta gaaaacacaa 1980 taccctaatt taaattttat 2001 <210> 22 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 22 ctctatacca tgaacgagct cttggaattt gaaatgcgct gttattaatt tgttgagatt 60 taaaataata atgtaacctc aactctgttt tttccataag aaaaatctca atgagtaacg 120 tgataaacct gacaatatga accaaagcgt gtccaatgac ctgctttgtg ctcagattag 180 acaagtttcg ggccacatgc actccattag aacaaaatga taaattttgg tggaatcaat 240 ttaagaaggt agtggattca atttgagacc ttttttaccc tctttttttg tttgcaatta 300 ttcttgcaag gtaatattcg aaatgattgg caacaaagaa aataaaaagt agaaattata 360 aagttccaga aaagataagt ttatacatct ggctttgggg ccggctatat ttacagttaa 420 ttttcatatg aaataaaacc aaaaatcata tatatagata atagatgaac caaacaaatg 480 aggcgttctt catataaaac ttcatcttca cgtaagcaaa tgtgttttat ttttatctag 540 tttctgcact cttttagaaa caaaattgtt cacctttctg tcgttctaat gattccaatc 600 aaattgataa ttactagaac ttacaaacga ataaggacca actcttctgt atttgatata 660 gacactctct caaaacttaa tcttctctaa tcttcactgt aaatcttaag gaacaactct 720 ccacaagttt ttataattta tatatacata actaagctat tacctatact attaagattg 780 tgtcaacgca aaattgagtt attctttctt atttaaattt gaactattaa aaatatgtaa 840 ataattaacg aaaatctttg tcaaaacact attaagaaaa taatttcaaa aattaacatg 900 Page 24 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgataaaat atagattgtt aattgttttt tttaattgtt ttcaagtaat ttaatcaata 960 atatgatgag gatgattaag gaaattacta taatttatct tttaaagaat atcttagcat 1020 aggtatgagt tgtttttgca aaattttaat aattgattta agttatctaa acgttattaa 1080 aattattatc caaattatct ataattatcc gaacatattc gtctcttgtc tattctggta 1140 gtgatatttt atgtatctat attattcata tatcgtatca gtataatctg acttatttaa 1200 aaatatctat ttgatatgta ttttgatatt aaaaatattt taattcgagt tgtgtactcg 1260 taaattatcc aaaagtttta gcagaaataa acatatctac gtatatgttg gtgttgaaat 1320 ttttttgttg aatttggcta gtcagcaaaa tttagtttta tgcaaatggt tactgcagaa 1380 attactgaat ctggtttagt gttaccattt acaccctata tttccgtgaa atttgtatgt 1440 ttaattctac ttcttgcctc taaatgcacg atcttttcag cacttcgaag aggttaaagt 1500 gacttttacc cgatgagaag ggaattgtgt ggcagataga attgctaggg aatctctttc 1560 ttttctgaat tatgatccca aattgtattc tatattgccg gattgggtta aagcttatgt 1620 gtattcagac tcttgtgtaa ttgtaagttg ttgttgaacc aaaaaaaaaa aagcacgatc 1680 tttcttggta ctcgtagtaa caatagatat tttgttgaga attaaaaata aagtagaaga 1740 gaaaccagta atgcgtcaga cgtgattaag cgaactatat aatataattg atcgataatc 1800 gtttgctagt gcgttaaata ggtgtatagt aaaatgaacc tcgcgctaca cgttattatt 1860 tgtatagtaa aatgaactat tattttcatt gccaaattgt agtacttgca atataaatat 1920 aacgaatcgg tctacgagct aaggcacaaa agcaatcttc ttctcttttc acagttctgt 1980 ttctccctct ctctaaatga tg 2002 <210> 23 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 23 atcaaaataa aaacgcgtga actttaaaaa ccaactcaga atatgacaat gaaagagtta 60 acacaatcaa tctaatggga gcctgaccat tggattggga gaagctatag tgattgatga 120 gctttgtaag agctacgatt cgtcacatgg tttctttttg gccattgtga acgttttaaa 180 attgtatttc actaatcgta cttctaggta cataaaagtg tatacaacta gggaaactca 240 ttaagctata caatccaaaa gtctgagcta gtgataaatg gaaggacggt ctaattaatg 300 tgattcatgt ttggatgatt tgaagtcatg aaagctcata aaaagcttta gaatggggtc 360 ataccaattc aataaggacg gtggatgaag tctttttgac atttttgttg gtccacttaa 420 ttatattata ttgatgaatt cgttatatga gagtgatact ttacaactac aatgaatttc 480 ctagaatatt cattcggtaa agttattaaa aattcgaata tataggccaa aaaacaaatt 540 tgagaggtta aaaatactaa gaaaatgtta atggttgtgg acatgacgaa aatgtggctc 600 ttgatctgaa attcaaaatc tttgtagtaa aaattgaata tgtcgcttgt ttggttaata 660 Page 25 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacttcaaat gcttattttt gtttttctaa aaaatctaca aaaattggat gctgttaaaa 720 tgataaatct aaatgcaatc tcaatgtaga aaacatattg tctaatacta cacaaacttg 780 cggtccaaat ggtaaaacca tatactatac ttttaaacta ccagattaaa agcaattaca 840 tatttaaacg tgtttaaatc actttacgaa atacattttt ctctatggta agagaaaaca 900 aaagaaatgt tttctttcac caaagtcaac gaccgaactt gctcgagact ttcctttctt 960 catctagaaa ctaactaaac taaattgtga aacaacccaa aaagctaaac taaaataaat 1020 tcacattatc tgtaaaaaac taaaaacact tcatattgtc actaaatctt actacacatc 1080 tttagtgatg caattttcat aacattgaag tttggatcat cttaaatctt aaatatatga 1140 aacgttatca tcccttagac taaggttcat gagtttctaa ttggactagt ctatatatgc 1200 accaactcta tagtttatta atgaaaatat aatgaacatt atattttgtt ttaatatgaa 1260 gactctcttt tgtttccatt agagtttggc aatggatttt aaataagatg attccttttt 1320 gttttatttc atttatcact taccttgatc tacttcaact tgtttcgtga cttttaggtg 1380 catgacccca agtattcaca cacacacaca cgtattcata agcttcttag aacacctcca 1440 gtggtgtttc ttaaagcatt cttgaatatt catgacaaaa gtacaaggta ttataaaata 1500 ttaataaaat ataatatgtg cccctagaaa ccattgaccc accatgcatt ctgaataaac 1560 accgaacctt accacatttc tgagcaattt ttccacagaa gaccaattcc taatcatgtt 1620 taataattaa ttaatttgga ttttggagct atctttactc tttctttgcc tataaattaa 1680 actccatctc tcttcttatc cttctacttt tctttcctct tctcagcaaa aaaacatttt 1740 tagtaacatt tgttctaata agaaatttgt ctcttgcttt aacaagaagc aagactagcc 1800 ttatctgtac ctttctttct gaattaaaga accctttaag attcatatga ttttcttaat 1860 tcttttttat atatgtagat ttgtttctta aacactatat ttatgtttta caataattgt 1920 tttatatgtt ttcaacttct ttgtagattt gcttcttaca cacactaatg ttttatcttt 1980 gcagagaaac ttgacattta tg 2002 <210> 24 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 24 tttcatggga atgtacctcg gaaactcatc gaatcttcta gaaatcatga acgcgaaatt 60 ccctgagctt ggtctgatca aaagagagtg tattgaaatg aaatggatcg aatcggttct 120 gttctggctc ggtatcccac ccggtacagc accaacaacg agtatgctaa accggatccc 180 acaaaagcaa atctacctca agagaaaatc cgattacgtc caaaaaccga tttcacgaac 240 cggtttagag tcaatattca agatcatgac agagaacgag aacgtcacaa tggcttttaa 300 cccttacgga gggaggatga gtgagattcc atcgaccgag accgctttcc ctcacagagc 360 aggaaacatg ttcaagattc agtacgcagc aaactggttc gtgccaggtg aagcagtggc 420 taaagattgc ttgagccaga cagaaagatt gttcgaggca atgagccctt acgtgtcaaa 480 Page 26 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaatccaaga gaggcgtttt tgaactatag agacgttgac attggaaaga gcttaaactc 540 aacgtacgag gaaggtaaag tgtacggatt taagtatttt aaggataact tcgagaaatt 600 ggttaagatc aagagcagag ttgatcccga caactttttc cggtacgagc agagcattcc 660 agtgctctcc agccactaga gagactagag acacacttct attaacaatt gctaccaaaa 720 tttatattta aatgttaaca tgcaagaagt agtactataa ctatttgatg taaaatgcga 780 agagttaatt tgagctctct gtttttatcg aattcagact taaacctgtg tcttggatta 840 gaagatgagg aagtagtcat ttgttctcct gtatatgtac tttcaaaact tatatttaca 900 ttatatgaca agaaatttat accttttctt tattttcact ccagtaagaa atgtgttgga 960 attgttattt gtagttttga agacaaaatt caccagtgag tgataaactg ataatggaaa 1020 agaacaaaga aaccagtttt taactatttg catatgtaat ttatttgttg caaattatat 1080 ttagttaaaa tgtttcctct atttatatat atatcagtca agcactatgt ataagaaatg 1140 tcaatttata aatttttaca tgtcctttaa cagaaagaaa atgaattttt acatgtcatt 1200 catagagagt cactcgttta tttcttatat agagaataac acactcacat gcatatgcat 1260 gcaatatgat acattttatg acaaagataa tcaacggaaa cggtcaagac ataatttgat 1320 aaacaacttg cacgatgcac agatctgatc aaatatataa ctctttaaca tatccaaaat 1380 attcaaaaag aaaaactcga tccaaactag caacatcacg ctcacgcgta ggctaaaaat 1440 ttattaatct ccaaaagtct ttcttatgaa cactgcaaac acaacaactt gaaaagtcat 1500 ataggtttag atgatgacgc gtattggcta tcgcttaccg gagtggctca taaatacaat 1560 aaacaatacg taaaagtcaa agtcaaatat atttagtcaa ctataaccat taatcgggca 1620 aaacctttag ctgtcaaaac aacgtgaaaa cgatatttgt atatatcatc aagaatcagt 1680 agataagaga atgatttaat cccctgacta ttacaatttt ggtgtaataa acagtctcta 1740 ttggttttta ttctttgttt taatttctca tgacctatag agagaattag gtagtttcga 1800 aaattggcta atcaactttt gaaaactact gtctactttg cttaaattct ctacacttag 1860 tttcggataa gataattgtc ggactaatag ttaatccctt gacaatcttt gatattataa 1920 aaggtttagt taatctcttc tctatataaa tattcataca ccagctttca aaaatatata 1980 atccaaacac caaaaacaaa atg 2003 <210> 25 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 25 taacgttcat tatcaaaatt ccaaacaact aaaagaaaag acattgatta ttttcaagga 60 aaagctcttt cctcagaaac ataccccaac aaaataaagt ttcgagctct ctttccagat 120 atgttcctta acattcgagc tctctttcca gatacgttct ttaacattcg agcgctcttt 180 ccagatacat tccttaacac cgagcttgca gcaaacatag acatcatctg acgcctgaac 240 Page 27 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatctgatca tgggaaaggc tacgagcacc ccaattactc atacatatct ccttatcttt 300 cctcactccc ttgtacccca aacactcctc tacaatcttc tcaaacgaac tattgaggag 360 cctcgtaggc agatagtgcc ttatgtctag aagtctccat atctccaact gatggcggaa 420 tctttcgagc ttgccctggt cttggctgtt ccagacgccg acaaaagtga ttgtctcatc 480 ttccaagaaa cttcgaagga cctcaggaat gcgtttacag tgagacaact ggatgatgag 540 acagcggtta ccaacacata gttggagaat atccggtgga ggatcggaac caccgggtgt 600 ccattggacg tcgagtccaa caacgagagg gtgtgaggag cgaagacggc tgaagaaacg 660 gatgctatga atccaacggc ggatggttga ggtagtatga gtgaccgtga cgatcaaacg 720 ttctccaaag aaatcgatgt agcggttttc gtggatatgg cgcttttgga ttcttcttct 780 gatcctagcc atttaatctg cataaaagtg agtatgagag agaagattaa atagatatca 840 atcctaacta atattcaaga aaacataata tagatcaata aattgatgag agtaaaaaca 900 caaagatgtt tagaaataat tattgtcaag actcaagttt cttcaaaata tcaagaggcg 960 cttggaataa gacccttatt ctacaataca tcaatctata tagagataaa gactaagcat 1020 aatttttaaa atagaaaaaa tataaacgta aataacactt ttttgaggta atactaaatt 1080 ttctaaacat gaaatgttac aaatccacaa tatttccata taaatttgta aataatattt 1140 tgttagataa tgttaaattt tctaaactga aatattaaca aatccgcagt atttccatta 1200 ttaaatctcg attttgtttc aatgggagat ttgaattttg aaccaaaaaa aaaaaaaaag 1260 atttcatcaa gatatctagg gggatatttt gctggaatat agctttgatg agaatattta 1320 tattttgtat ctctgaaaat caagtttaaa ggggaaatga ttatgggttg aaattttgca 1380 atcaaaagcc ctaatttgca aaaactacat aagttttttg tttgggctgg cgctatcgga 1440 tccttttagg cttacattta acatctggtc cacttagaaa gagtcacgta gtatatggta 1500 attgtcaact tgatttttca agttaaaaga aatatgtatc aaaatgacta aaaagtagtg 1560 aaatattatg tatctaattt gtttatttac caaattaatg ctataaaaat gttcaactgt 1620 acaattggca tggaataata tgaacataaa tcatacatta ttaagcactt ttgcctacga 1680 agggatacca acttcattag tttacatttt cttttgtgtt caattgttag ctcaaaccca 1740 attaagtggg gaaagtaaga agcaacaact cctcttcccg gacccctaac aaatcaacta 1800 aactcaatat caaaccattt taaaagagct catcattaac tagctactaa ttattcttaa 1860 tcaatcactg cttaatacaa agcactatat atacacttgt atcttccatt agtttcccac 1920 cacaactaca aaacattcca atacacaaca cacaaagcac acactttttc tttcttttaa 1980 accccaattg caagagaaaa tg 2002 <210> 26 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 26 gttgtaggaa aaacatctta tgaatttaga tccattaaat acgcttatat gcatgtgtgc 60 Page 28 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgttcaatg tgtagataag ttctattctg aataaattga cgaataacaa ttattgattt 120 caatttcgtt ttgagtgtgc atgtcatgtg tctgagatat gggaaaatga aaaggaaact 180 tccctatata taccgaaaca atagactatc aactttgatc tatatataca aattgtagaa 240 aagccttgga tctaactgat atttccttat gtgagataca cattaatgtc ttttgttttg 300 cttcttaaga ttaacgtgtt atatattatc tctttatttt aaaacatgtt gaccaaaata 360 atttatgtct tacgtgttgc atatgaaata gatccaatcg aatcagcctc ccatatcttg 420 aatctttgat atttggggtc taccattgat atgatttact ttgttaatta cttgatgtta 480 atatttcatt ttttcttaag aaattgtaaa ctaattcttt acatatatgc atggcaatta 540 acttagtcaa caggttcaac attttataat gtatccagaa tcccagatag tacctgtcct 600 gataaaacct tttcaggatc tcatgatatt tcttaaaata taacagctta gtgattttaa 660 ataacataaa aattagccga caaaaagaaa atatcataat ataattctga aaataactaa 720 taatttactc ttttcaagta attattcaaa ataaatttag aaaactaatt caatgtattt 780 cctcattgtc actcttttat ttccctctac aaaattatat atatgaagta gtttttttta 840 aaatagagcc ccataactaa cattaggggt ccatatattt gcattgtaat ttataaacac 900 gtgtagaaca ttataattat ttaaaataaa atttagaaca ataacttaat gtatttcctc 960 ctcgttagtt ttcctttttt tccctctaca aaattacata tatggaatag ttgttcttta 1020 cttcttttaa gtagagcccc ttaactaaca cattaggggt ccatatattt gcattataat 1080 ttataaacac gtgtagaacc tggcactgaa gtctgatgaa tatatatcca tttgttttca 1140 caactaccct agctttttgt atcatcggtt actttttttt tatcacaaga aatttctcga 1200 ttttgatttt gatttttcaa tgttgtgaag ttgagaagtt caacatgttt tggacagatg 1260 tttttgaaca gtaaattagt attttaaaca tgtgaatcta tttgcaaacg taatgacgtg 1320 tcgtctgacc atttcttgaa tgttagttaa ttttttagct ctagttttga ttaatctacc 1380 aattaggtca ttcatttcag tttaagtcaa atcaacaatt aggctcgtcc taacgttttc 1440 atttagccaa aacaaaaaaa aagatttcaa cagtataaat aattcgtcct tatcaaaaaa 1500 ttaataaata aaaaagatat acatcattac ttacgtaatt gtttgtattt tgatagtttt 1560 cgataatttc tatgtgacgg tttttaaaat aaaaataaat gttgaataac aaaaaatagt 1620 agtacaatag aatactgaat tggtttgtgt agggtcaaac caacaaatat ggaaagaaaa 1680 gtattattta gttacaacgt gaaaacacag gttcgtgcta ctactccaat gatacgggtc 1740 tcaaaatact caaaactctg gcatgtctca attccacaaa ttattgttta atcattctgc 1800 ttcttctgta agtttatata taaatgtgta tatactcaac gtaaatattt gcttacctcg 1860 tatattttct ctcttctcag gcttattaat tctctgcaga taactgcaga agaaagaaga 1920 aagaagaaga agaagagatt agagcttgag ccataatata taatcccttg atcattagtc 1980 taaagaacca cataaaaaga tg 2002 Page 29 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 27 <211> 2007 <212> DNA <213> Arabidopsis thaliana <400> 27 caacataaca ttaaatatct aataaatatg cctatgtaaa ttttataaga aagtgaatgc 60 cgtaggcgag tgtttctaat tctatcaaat aggcacggct cttagatata ttatgcatga 120 atttgaatat tcacatataa caatttaaac atgaaccacg atgcgaaatg tcttaacgct 180 aaaattgcaa tgcttttcca acataaaaat taggggagaa agcagaaaac tttattaaga 240 taaggacctt ttatgctata tgagcctata tatgagagta tatttaaagt ctatatatgg 300 tatgcacatg caactgcatg aataatttgt atatctagtg attaatataa tatattaaac 360 taaaaccata tcttatgtgt ttttggcaat gtaacttcac atgatctgcg agcatcttac 420 aatcattgac gtaaagtttt tgccttgatt aatagttgtt gttatatttt actaatatat 480 gttgtttgct gtgctgttgt gcatatacta ttatagctgc atgtgcggcc aaggaacgat 540 gacgaaccat gataaatggg aaaatgattg tttacaactt aatttatttt ctccattaca 600 aacaaattta tagctttttc tattcccaat tgcttaacat agccgtctca caattagaga 660 aagcgaaaac attaattatc ccaatacaat aatgaatata ttcaaacgcc gaagggaaat 720 tgtcaagagt tgttaaggtt ttaaaaacct taaacttcaa tacaaccttc acagttcaca 780 cccttagaaa atggtccagt tttggcccaa atatttaaca acatttgggt tacgagtatt 840 tgccctttac aaatggatca acaatctccc tggatcaata tttagtggcc ggtttcatga 900 atcaacatat tctttttttt tttttgtcta aagaatcaac atattctaaa tcaccaaaac 960 actttggtca acaattttcg acaatatatg gaaattaggt tggattatca tgcgactttt 1020 ttctgattaa ttttatgtat ttttaattta cgatgtaatt cggactacta atttgtatta 1080 tgataacttt acattttcca tactactcaa gtccaagtaa aatactattg tatatatatc 1140 tttggatttt acataaatta atggggaggc ctaataaaat atactcggag tatatcattt 1200 gactttgaaa tttatcgagt caaatcaatg attgtatttt tggtaaaaac aattattatg 1260 aagactttga aagtttttaa tgattttaat ttcaaaaatt agtaaatgct ggtctggtta 1320 tccatccatt ggaagagaaa ataagacctt ttcaaagcta gttgataaaa aaagttctcg 1380 gtcctatccc tcatcttata aagaaattat taatacgttt agggattcaa ttcacagaag 1440 atttaaaaac aaatggaaaa taggatatta ccataataat tatggttcaa caacaatttc 1500 gatttctaat ttgaataatg gaaatttaga tcaaaaatag ttccgactca tagataaatt 1560 gaaatgtgcc aaatgtcacg taaaccagca agaggacaaa gtcaacacca caagagacga 1620 cgacgagcac agtgtgaggt tatgatatat accctctgcg agactgcgac tgctattact 1680 gatttgatcc caagtttttt tttttttttt gaaatttatt ttttctttat acacaattac 1740 atagtggtaa gagattctag atggcttctt aatgtttgag atttatatct agtttaagta 1800 ggaaagctat attatttgaa gaaagaaaaa aacaaccaat caaagtcatg caatgtgtgt 1860 Page 30 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagagacatt ataacataca tagataagat ataaaaatta aagcaaacaa aagtcatatt 1920 ttacttcttt tataaaaaaa gaagttaagc aataacaaac aaacacataa ccacaaagaa 1980 gacaaaacat ctttaaccaa aaacatg 2007 <210> 28 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 28 cttcgtgtga gactgtgtag attaacttat gttttagaaa taattgttat ataagtctgc 60 cccgtgacaa acggattaat gaaggataat aagatatgtt cacatggcca acgtgaaagc 120 ataaaaaaca attatttatt tttagatata ttttaatttt aatttgattt aaatattgta 180 cctggttttc aaataaccac atctaaggcg ttagctagta atttatgtca ttgaaaaaag 240 ccagaaagaa acaaaagaac attcttcatg taattggctt ctgtgaaaaa tgaatttaaa 300 aaaatacttc taacaagttg ataaataggt ctggacataa aaatcggaac ccgagtactc 360 taatcggcgt caacctaaca ttttgaactg aatcccaacc caaaaaatta gatttatcct 420 actaaatcct atattcctta tttcttttac ttataatccc taacttgaac tccatctaaa 480 tctgaatctg aacatactct caaaataagt acatactaat aactttagac ttgaatatcc 540 aaatttttta cttaaatacc cgcaatataa gtacatacac aaatttttat ccaaaaccta 600 gatatttacc taaattgttt tgggtatttg cataatattt tgagtatttg tgtacccaaa 660 aagaatcggg tatttaatag ttctaaaaat ttatacatga ttttatccaa actcgaaaaa 720 accaaaaccg aaatcgaacc atttttatat ttaccctatt agattttatt ttatttttcc 780 tatttcgaac acggatggtt cctaccagat tctgccttaa gtttcttaat gttcagacct 840 attgataagt atgagtttta tcaatgagca tcaagtaaaa gtgagagtct tgattctgct 900 ttaaaacatg aaagttttta ttgtataata tggatatcga agaggctaat tcagatatat 960 aaaattacat aatacctgat ttattagagt ccatataatt tacataagac tttccacgac 1020 taatttatat agttaaaata ctatatttga ttatattttt agtaatcgtg aagactcgtt 1080 catatattga tatacagtat aacctctata aattaatact ctataaatta ataacctcta 1140 taaattaata aattattccg gtcccgagtt aggaccagtg taaaaaatga cataaatcga 1200 taaattaata agataatatt ttttttgaaa attctatgta aatctatggt cctatcaata 1260 tcataaatta ataattgtat aaatgtatca actatatata tatatatatt atgtaaaaaa 1320 attctttata atatatttat tatacttttt tgcttaaatt catatttgtt ctttgtttga 1380 ttatagtttt catattttac tgtatcaaaa cttttagtgt tgttttctaa acattattat 1440 tatgttttac ttgtaactgg ttctagaaat atatattcta taatgaagga aatcttatag 1500 aaatttttaa aatgttacca aattaggaaa atctctctat aaattgataa atattaattt 1560 atcgataaat taatacctct ctaaattaat aaaatttcgc agtcccaaca ttactaattt 1620 atagaggttt tactgtaatt cgtaaatttt gagagtagtt tttaaccaac ttacaccacc 1680 Page 31 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatttattag agtacatatt ttgattttcg atatgcaatc ttgttaccaa ctaagttgtt 1740 aattaggacc atatactctt agaaattgcc agctaatttg aacaatgacc atttaagtgt 1800 tttcaaataa tcaaatcata tccatataaa aataattagt caactaatcc cctattaaga 1860 aaaatcaaca attaaaacat tctcatttcc tcctaatgaa taccctataa atacccacta 1920 aaaacttaca tttctcccac caatctcaaa gcaaattaaa tacactacta cttcttgagc 1980 ttttaaacta cacaaacaaa tg 2002 <210> 29 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 29 ctaatcgacg gaagcagtcg tcatcaaact tataactgaa ttgtattaaa attgcatgca 60 taacaacaat aattcatgtt ttttaacact agcacatacg tcatgtgcga catgtcgtca 120 atctggtgga tggttagtgg ttctcctttg ttatatttat acgaaacatg ttgtttctgg 180 cctttgttcc accccttccc ccaatgcaac attgggaccc gtatataaca ctctcgccgt 240 atttaatgca atggatacgt atcaaatatt ttcctacgga ctctttatat tgtcaaatcg 300 caaataaaat gtgccgataa gattatgtag caagttggat actaatgatt actgttataa 360 ccaaacattt catgtaatgt atgatctcta caagttgata ctttcgctac caattagggc 420 tacagtagtt taagatattt ttccgcaaca gtgcttacaa gcttttaagc cacataattt 480 tgaataatta tgatttccct ccatactctc gaatggctgc taatctatgg aatccgtcgc 540 ttgtgtaaat gtcgcatcaa acatataact gaattgtatt tgaattacat gcataaccac 600 aataattcat gtgttttaac attatcgtag acgtcatgcg cgacgtgtcg tttatctggt 660 ggatgcttag tggttatctt atgttatatt tatacgaaac aagttgtttt tggaattgtt 720 ttcacccctt cccccaatgc aacattggaa cccgtttata acactttcgc cgcatttaat 780 gcaatagata cgtatcaaat atttttctac gggtagattt acattgtcaa atcgcaaata 840 agatttggcg accatattat gtagcaagtt gcatactaat gattactgat atagcgaaac 900 attgcatgta atgtatgatc tctataagtt gatactttgt cgagtatatt gcccaataca 960 caatttccaa ctcacgccca ttgttttcat accgcgtctg catataggaa ttacatgtgt 1020 tgtttttaaa taacgttcta tgttacagtt accaatgatc ttttacctgt tagtctccat 1080 tgaataacta atcgcataca aagcaaacat ctgtatatat acgttccgtt tttggcatat 1140 ctagtgatat aaattagtgt ttaaatatca attccatcta tgaaatctaa aaggtatgtg 1200 gtttatagaa ttaaaaaaaa aaatgaacaa atacatctat atatatcgtg tgttttataa 1260 ataaagcggg ttactcatta tctacgcatg tttatgttct catcggtaat tgaaatctat 1320 aagttatgtg gctcatcagg aacaaaaaca tatataaatg gcgtgtgttt tataaataaa 1380 acgggttact cattacctac gtatgtttat gttccctaca tatagacacc tagtgtcgga 1440 Page 32 2008200749 15 Feb 2008 12689250 Sequence Listing.txt actcacgtgt tcccgcctat ctttccaggt tattttggtt atttcacacc ccaaaaaaag 1500 gctatttatt aaagttttct gccgcatggc tattttgcta atttgtgtgt cgaatttggc 1560 tatccagcta attgactcta gttagtatat atactctaga tttattctat ttgtcacatt 1620 gttgtagttg gttttatttg taagtaaaaa agaaaaactt gaaaagacca gggaagaacc 1680 aatctcttaa tacatatttc ttaagataaa atttcattaa aatacaatac aatagatgtt 1740 tcattaagta tgtttcgatt ttcataaaaa tactttatag aatttttctt ttagaatgga 1800 tcgtgaatat gacggctctt tgacctcttc gcctagttga cttggtaaaa gagataatca 1860 atacaatact acaagtgatc tttagtggaa aaaatagatt tctaattaaa gttctgaaag 1920 tttattatta aagtatcaca ccttctttct atataaatca tcgtttctta actctacaaa 1980 ccactacaga aaaaattaaa atg 2003 <210> 30 <211> 2001 <212> DNA <213> Arabidopsis thaliana <400> 30 ttgacgaaac ttcttgataa gaagcataac tatttcccat ttagccaaga agctgctgat 60 aaagcctcgc tagcttggtc tctgctgtct aagccaccca tcaaagccca ttacgatctt 120 gctatctccg catttttcgg agagtgtagc aaagtaaaac gaaagatctt tatccccaag 180 aaacaaattg aggtagtggt tatttccgat gacgacgacg aggaggagta cggccataag 240 attatttcaa tggctcgaac tgcgagaggg tgtcgtagtt aatggaaaga gagtgaaaat 300 gataccattg aagaagaaga agaaaactta aggacaacgt ttaagtcctg tcctgcctta 360 agattgttat cctaaattta cttttcaata attaaactct tgaggttgta atatttcact 420 tttcttgata tcgtttgttt tcgttttcag attttcatgt ctgaaaatct ctctcaatcg 480 ttattattat tatgattatc tcctctttgg ttattagtta tgacaaaata ttctcgtgct 540 tattgctcat taatcaccca tttattatta ccgacctttt ggtatcttct ccatatcttt 600 cttcttctta caatgttttt tagtctttat atatatatat atacacaaca aatttaacat 660 tccctccaat gtcctactgt ctccttctct gtgtgttacc atggttttac ttcaccatgt 720 aagtctctct cattatcaaa attcatcttc tctgttttct tcctcctctg aatcaatcct 780 ttgtttattt cttgtgttgt gtgtgatgca gttagagcaa gggatgcgtc cgatttcacg 840 atgttacaat ccaaccgcgt attcgacaac aatgggaaga agtttcttcg caggtgcagc 900 cacaagcagc aagctattct ccagaggttt ctcagtcaca aagccaaaat ctaaaaccga 960 atctaaagaa gttgctgcaa agaaacatag tgacgcagag agaaggagac ggcttcggat 1020 taattcccag tttgcaactc tccgcaccat tcttccaaac ttagtcaaag taagtttagc 1080 tctgcattca attacacaaa atgtttcacc agagaagtaa cactttttgt attatgttca 1140 atgaaactaa acagcaagat aaagcatctg tgcttggaga gactgtcagg tacttcaatg 1200 aattgaaaaa gatggttcaa gacataccaa ccacaccatc tttagaagac aacttgagat 1260 Page 33 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggaccactg taataacaac agagacttgg caagagtcgt gttcagttgt agcgacagag 1320 aagggctaat gtcggaggtt gcagagtcaa tgaaagcagt gaaagcaaag gcggtgagag 1380 ctgagatcat gacagtaggt ggaagaacca agtgtgcctt gtttgttcaa ggtgtcaatg 1440 ggaatgaagg attggtgaag ctcaagaaat cgttgaaact tgtagtgaat ggtaaatcat 1500 catcagaggc gaaaaacaac aacaatggag gatcgttgtt aattcagcag caatgagtat 1560 tttgtttata tacttgtaca tctctgtttc tcctagtcca ttagagaagg tagatgtaaa 1620 ggtataaaag cccatgtgtt attgaaattg ggtggatact tacaagagtc tatatgaata 1680 aaaatgatgc aattctttct ttggagatgg tgtggatgtt ataacaaaat atgaatcatg 1740 tgaaattttt tgtcccatct ttgttcttac ccaattgtac cttttgagat gaaatcccat 1800 ggttgcttct agtagatagc tttcttctgg gaaacaaaga tttggtttaa taagttgaac 1860 caacgaataa ctcttcaaac attccccacc tacttctcat caaacctcct tataaataga 1920 ggattccagc acaagtctct tcatcactca aaccaacaag aagtagtcaa agcacaatac 1980 agcagtagta gtagcaccat 2001 <210> 31 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 31 gctgcaccac taggatgtat gtgtgccaat agatgtcaca tgatttttca agacgagtat 60 catcgttgaa gaaatttttg gaaaaagttt tgaatatacc aatggttact acgatgatta 120 tttttaagaa aatcaatgaa taaatttgtt aagtatgttg ttttgttcac attaatctct 180 ctgtattagg ataaattatt atttacacac cgttgtccag tggcggagct aactcataac 240 caagggggtc agttgacccc ataacatttt aaaattctta tttacatgct tatttaattg 300 gtatataatg gtatattttg gcttgattca tctcagctga cccctatgac tcatgttaaa 360 ctaatatttg accaccataa taaacttttc tggctccgcc actgccgttg tttatggaca 420 aaattaaaac gtgaagttga aattatgaat tcgtaacatt cattttttta acatctacgt 480 atattacttt caaacaaaag atacaaacat aatacaaacc atcaaaacac aaaataataa 540 caaagaatga taaaatagta aaagttatgc ttacgtgtga aaaattttac tcgctaaaga 600 attaagaaat ccattacttt ccttcgtaat tgggcaatgg gctgcaccat gttttcagtt 660 gttggacatc tgaaccaatc ttgtgatata acttcgaagt cccaaggtcc aagtatttac 720 aacttaaatt agtagatctc tatacactca agtctcaaga tgttctctac actataatta 780 aggacttgca ttagaatttt gttcgttcga gttgtaatca agctgttgat cggcttgcta 840 agagggtttt ttcctcttct ctaattgttt tagaaatata aatacttcta gattggttga 900 cgatataaaa tatatctttg ataagaaaat aaaaatagta aatgtccgat agaaaaaatt 960 tgaaaaagta agttagtaaa atgtccacat caatatacat gatagtcatc gaaacttaaa 1020 Page 34 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aactacaaaa aatttggact atataataag aaatgcccgg taatctcaaa tgatatttat 1080 cctttttttt caacaacaaa cttatattta tactatttaa cgaaaataat aaaattgaca 1140 tcgatatttc atcatttatc tctctaatat agtacaatta cttaaattag tgtgcaccac 1200 gcatgatcgt tatttcgtgc acgaatgaaa tacttgatat agttgtggtt atatatgttt 1260 tattaaatta taaggaagca acatagtcag actgtaagac ttgtgaaatt acatgtggat 1320 acaaaattga ttaaagaaag acaaaatctt gaggaaattc tccatcagct cgatcgtgaa 1380 ttgaagatct tcaaacttgt tctttcaatg ttttgcttct cttatccaat tgaaactcca 1440 aaattaagtg tgataccatt taccaaatct gacactttag ttctttagtt cgtaatctca 1500 aatctacttc agctcgtaat cccactcaat cttgatttgt aatctcaatc aaaattaaca 1560 aaagttttgt tatctttttt ttttttgatc aaaattagtt ttcttatcat gcatttaaaa 1620 tatgaatttt ttaagctatt tcagtatttc tcttagttac aacttaataa ggttgtatct 1680 aaaattaata ttgatttgtt ttatagtatt taactatagt aaaacagcaa agtcacttgt 1740 agtgtctcct aattctacac cccaatctag aaataagact tatgcgcaag ttagcgcaag 1800 ccatcaaaca tagtcaagcc gccccaacct attaaaatga ttaaagcata ttaacattca 1860 tcatctagat aacttcaaaa atgcaaatac taattaaaaa ataaaataat caaactaata 1920 cgtaaccatt tacctctata taaaatccat agtaatatta tcaatagatc acacatacat 1980 aaaagtagta gaactaaaaa atg 2003 <210> 32 <211> 1998 <212> DNA <213> Arabidopsis thaliana <400> 32 aagacttatt taaacatggt aatgaaaaga aaacattaga cgattaatat atggttcgtt 60 cttatctaaa ctctggttat tttattaatc ttcatttttc tgcgaattag atttggattt 120 ctattggtca atgactcgat gcttggtggt cccaaataaa attgtattaa aataatttta 180 cgattcatga ttgcttccat ttcctgtaat ttaattaaaa tttgtgttca tcaaatattt 240 tatacagatt gagagaatta aatgaacttt cattatatta ttattagcta aaagagccag 300 aaaaaaaaaa actgaaaaga aaagaatatc tagaaattga ttttagtagg tcaacattat 360 ttatatttaa gtaatctaaa acttgtaact gaaaaactac ggattagagt ttattactgc 420 tgttttcaaa tgggcataaa ttagttgggt aagctataat tgtgacgaag actttgggaa 480 atgtaaaagg aaagaaatga atgtaaagca aacacaaaac aatactccaa ctaattaaaa 540 gggtttgcaa aataaaagcc cttcggattt ccacaaatac acgaaagaat ataaaatggt 600 actgtagtaa attctaacaa tcagattgga attcaatttt cagaaaacaa ttttatcgaa 660 ttaagtgttt aagcacccac caagtattcc atttaattac taatttgtta gtaccatttt 720 ttttgttatg caccaaatta attacaaaac tctataatca tcgacacagt cgacctggtg 780 atctacaaaa ctttaacttt tattccggta taggttttaa aacattgagt aaaagtgaac 840 Page 35 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtattagg agattcatgt tcgtcgtaga taaacttgac caacactaca tattagtata 900 ttaccatctc ttgactcgtt acatgtttaa acatttcaat atacctaggt ttttaaccca 960 tcatcgatca cgtttatgtc ctattgtttg ttcagtggaa agaattgggc tctatgtctt 1020 acattgaaaa ttgaaagaaa tggataaatt gggagttaga tttagatgtt ggttctttta 1080 agttattata gttatgcgat ttaatacgtt tttgctggcc tcatatattg ttagatgtta 1140 aattaattta aattatttcc atactaaatg atttatttat cattttagca gcctagtttt 1200 acttgtcctt tactccaaag cccgattatt aattaaggaa aaagtatttt tcaactggag 1260 aaattgaata tttataaata aaataaagca cacgtaaaga aaatatattt tattattttt 1320 aagaaaacaa tatacgcagg ccatctttgt ctttcccaaa aaaaatttaa ttgaattttg 1380 tatacccact ttaattttgt ctactatact atttcttatt ttattatgta tatttattaa 1440 ttccctccca tcggattcca gctaaaaaca cgaatatcta tatattccta aatgaaaatt 1500 taatataaat ccagtgcgag ctatattaaa ataatcacgc tattaaagat ttccttttcg 1560 cattattgta taaaagtaaa aaaatggaca gacataaaca aatcttacaa tataaaaaat 1620 cattatataa aaagataaaa taccttattt aatgacaaga taaataaacc attttttatt 1680 tcttcaatct aattcacaaa gcataaataa atctaatttc cttcactttc ctctccaaca 1740 ttttcttatt ttccttccta atttccaacc tctgttctta gcaatatatt ttttctccaa 1800 aaataattct cagtttgatt ttcttcttct agctcttaag tatatttctt tgttgttatt 1860 tatcttttaa tcctttaatc tcatctttgt ttatctttaa tcaaaaccca aaatttacat 1920 gggttcttga aaatctagaa gaaataaagg aaacataaca aaaatagaaa gaaaaagaag 1980 ctaatggtct taaatatg 1998 <210> 33 <211> 2013 <212> DNA <213> Arabidopsis thaliana <400> 33 acggggtcga atctacttgc caaaataaaa cgtggggccg cagacgatta cggccgaggc 60 attataattt ccacgaacca tcaccttgac atcttaaaga acaataattc cttgacatcc 120 ttagttgggc tgatttgagc tgccacccaa actaaatgat cgctaataac atgatttaaa 180 aaatctgagg gttccagtat aattctttgg taaaatttgg ttatttattt tatttttaaa 240 aacttttcca tagaaactat gtaattcgtt gaaaactgta gtatcctttt ttatttttta 300 gcggagacgg agttcgccaa tagaagaaat ccatattttg taaacttagc gcgtcgagaa 360 actaccaagg gttaataaaa tgcgaacagt taattagaat atgattaatg gtttactcca 420 tgttgattga aacctgaagt tagtgtccaa gaacccaaag ctatatttgt cataagataa 480 gcataatatt gttgatgaca aaaaaaaaag aataatattg ttgttatttg atgaattata 540 gttgttttta atttcccaaa aataaaatgt gaagggtaat taaagccaat aaacttccaa 600 Page 36 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attactaatc tccaaacaca tgcctattat ttacattctg ggctacacaa cacatgggaa 660 gtatgagtaa ttattgaata catgtgcgtc gattatagtt tattttgttc tataattttt 720 cgaataagat aagtatatag ttgttttcag tcgaataaac taacacgtcg acctaatcgt 780 gtacctacgt gtttttgttt ttgaccaaaa taatgtatat attacatgga ctaatttaaa 840 tatgagtcta caaattacat tacaattaat ttaacggaaa attaataatt aaggttcata 900 aaataaaaaa aaaacaaaag atagattgaa ataagaaaat acagccgatg attatgaatt 960 taagcgaata ttctaaataa ttcagctgtt atacaaattt tacctacgaa aagcattgtc 1020 gactgtttta gaacaaatta ttctaaatta atattaaatc aactcacata aaaaattaat 1080 agacgctcga acaagttaaa tattttaaga aatcaaataa gaaaatgtaa ttttttggat 1140 ttaaaataga tcaaacccaa aataatatga atcaacttaa gaaaacataa agtcgaacgt 1200 caaaaccaat ataatatgaa tcaacttaag aaaacataaa gtcgaacgga atgtaaaatc 1260 cattattttt caaagtgttc acagttgaaa atgcatatac tgtattaaaa gtcattattg 1320 aaatatttga gcaatacttt tatttgtaaa tgcatctact ttacaataaa actagtatca 1380 ttgattaaat aaagagaaat acatattagc tcatgttaac tccgtactaa ataactagta 1440 tcatttatta actaaagaga aatacatatt atctcatgtt aactctgcac taaataagta 1500 tatttggtat atttcacatc aaaacgttat tttcagtttt catatatata tatatatggc 1560 ccataaataa aagatggatt ggttaaagtt aaaaaccatc tattatattt agccaggaaa 1620 aaaaaacatg tattgtttct tctttttgta tagatgacta acgaaaaact ttctaactac 1680 taaactaata aaagttttga aaaagaaaaa aacgatgact gcccaacagg gtcatctatc 1740 catgatttaa catttgtttc ataatgcaat aaaaaaaaat aaagtatatc ttaaccactt 1800 aataatacaa agatccactt actaaaatat aaatttgtct aataattctt caaaattata 1860 cagtaatgac agctttaatt aactgtccaa ccccttgaag ccctaatata tatacgtaca 1920 ccctctcttc atttatcttc accactctct tttggcaata cttctatctt aaaacttctt 1980 acctaaaata gaaatttgat tttttgagaa atg 2013 <210> 34 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 34 ttgatgtatc ctagaggagc atctaatgtg cgttgtgcgt tatgtaacac tatcaacatg 60 gttcctcctc ctcctccacc tcacggtatc gatttctttg ttgaatttga attgaggatg 120 aggttaatat gctctgcaat tgtattataa cttgggttct gattctgaat acagacatgg 180 cacacattat atgtggtggt tgtagaacaa tgcttatgta tacgcgtggg gctagtagcg 240 taagatgctc ttgctgtcaa actacgaacc ttgtgccagg tatattaata atatcgtgac 300 atccatatca atccttttaa agaccatgta ttatattgct ttataaggtc ttttagtcct 360 ttagaatctt ctttcacact tttgtttgat aacattgttc tgtggagatg atgcttacgt 420 Page 37 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacgtatttc cacttttccc aaagatgtat atgaatctga attctgaaaa tatctgggat 480 ttgtaaagca gctgaaagta cttaaaacaa agcttttaga tggtcccggt ggactaggta 540 actacttgtt agagctagta gggtttatta ttgttttgtt tgatctacca ttagattctt 600 atctttaatt agcgtctaag ctgttgtcat ttagctgtat gattatcatt tatccatgac 660 tgcttaagaa cattgctgat tacttcgttc attagtattt cttggatttt tctagcatta 720 acattgcttg ttttctgaat ctgtgcgtgt cttttttgaa atcgacagcg cactccaatc 780 aggttgccca tgctccttcc agtcaggttg cgcagatcaa ttgtgggcat tgtcggacga 840 ccctcatgta tccttacggt gcatcatccg tcaaatgcgc tgtttgtcaa ttcgtaacta 900 acgttaatgt gattattcct atctattaag ccacctctgc atggttgagt taagtataga 960 gatctttctg ttggaaattt tcatttctga ttcattttgc atccttagat gagcaatgga 1020 agggtacctc tcccaactaa ccggccaaat ggaacagctt gtcccccctc tacatcaact 1080 gtgagttatc aaattatgaa tttgtaatag ttctgtatat tcttatggaa ctggtactta 1140 ctctgttcat cgatttttca ttttaccaac agtcaacacc accctctcag acccaaaccg 1200 ttgttgtaga aaaccccatg tccgttgatg aaagcggaaa gttggtgagt atttctatca 1260 cctgtgttct tcttcttatt taccacatta gaggaagata tgacaaagtg actgaaacac 1320 acaaattgca ggtgagcaat gttgttgttg gagtgacaac tgacaaaaag taatcaagaa 1380 tgagtgagat cttaaagatc aaatccaaat tcttcctcta ttcctgcgtt tggtttgtgc 1440 atattacata cgcggaaaaa ctgtatgtta tatatctctt gactcctttt taacccaaga 1500 gaaaaagctt atcagaatct cttgttactg cattattggg gtttattcaa agttgaagac 1560 acaaggtttt tgctcgaata atttggcatt cttttgctcc atggaacttg accttctctt 1620 ctgtttgttg acttctaaaa ctccatcggc ccttgtggca ttgttaatgt atgtatgaat 1680 ataatctgat acaccaacca atcattaaga tttgggtttg aaatctgtct cttccgtgga 1740 tgagatatgc tacatgtcac aagaactggt cttagctttg gtagataaga cttgtcttag 1800 agcaagtctt gaaatctgga aatctatttt gcagtaatct tgtcacaaca accataacct 1860 aatcagtcag taccctccaa gaacattaaa gttagatgat ccgacaaaac ctctcaacaa 1920 gaccaaactc tttccatata aatactcttt aacactgaca caaagtttca tcactttctc 1980 ttgatcactc actgcatcaa caatg 2005 <210> 35 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 35 gtttgttgta gtcttgtaga gactagagat tgatcagttg atcacacttt gttcctatat 60 gattagactg agcaatagca taacttattt gataaagtta ggactaccac atttgatttg 120 taattaacta ttttcttata cggtatgtga ggtctgtgat ctgtcagact aattgaaatg 180 Page 38 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gctaaaactt gtgttagtta tgtcatgtgg atatatctga agaatccctg aaaatggggg 240 tatagtatag catcatttga tgacagcaaa attcaaaagt catgaagcat attataagat 300 ttgtgtgtgt ttcggtctct accaacaatc gttgttgctt taaagaaaac cttatagata 360 ttgctcatag gtatatgcat gcatttgtaa tgggagtttc gaacacacag ctgaatctta 420 acagggatca gtggggttga taaatttgat attattagaa agcttcttga atcttttaaa 480 cttgcttact cagatccctc acgttcagaa aaattggacg gttattgtgt tcttctcatc 540 atgggtttgc tttctagctt cagctatatc taatcaaaat tttgacccta ttttttctcg 600 ttgccttttt ttggtatgac atatatatcc aaaacaagtg caaaaatctt gattcggatt 660 aggtgtttgt ggttgtgaga gaagtacaac tacgaatcta tttgtaacac tatatcattc 720 aaatattcaa tgcatcacca aatcaaagac ttccagaatg taagaacgtt gacacgtttt 780 ttgagcaatg ccatagagtt gacatcaagc atgacgacgt taacgcttca tttctttttt 840 taaaacttat ttataatctt cctcctaagt gagataaaat tgtattaata taagacgtca 900 tttttaaaat cctttgaata caagagtatg ggacattcaa ttttctttgt ttcatactag 960 caacttgatt atatatttta atttgctcca gctatgtata taacgcttac aagttttata 1020 caaggaaaac tatgtatttt aagaataaaa gtgtggaatt tatacaccgt ttgtgtaggt 1080 tttaagcgta agtcagattg ttaatctaga aaatattgtt atccagaaga gtgaaagacc 1140 caataaactt gtaagtgtaa gtgttactca ttctgtttta taaagtttat gtatattaat 1200 tgaagattgt tggcacaaaa aacaaaaaca gatttctaag ggtttgtaca catgctaaaa 1260 ttagttttta ccaaatccta ttagaattta tatttataat gttttcttca ttctaataac 1320 taacaaggac aaaatacaaa atgttacaca aatttcaaat atagacatct atctttatga 1380 attttatttt ttccgaaaca tctactatta ttagtagttc taatatgtta gctagaagtc 1440 atttttgtgt aataatatcc atctacacca tgactcttga caaaccaacg ttaagctcta 1500 aagttgacaa aaatacttaa aatggatata actgtaaaag gaaatgccct ttaattctga 1560 tttatttatt tttgaaatta ttttttgttg gctttttgta acaatggaag tctacatcta 1620 ataatgagcc aaagtattct ccatcaagta ataattatct ccacgtttga aaaattgcaa 1680 tatttgttaa acgcgtatac atggtgatca ccattccaca tcaactcgca aatagtctac 1740 ttttgacccg aagctaccgt ctttgtttta gctactcgtc aaaataatct tattatattc 1800 ataatagtga cgttgattta atatcatgat caaacaaata accccaaaaa tgaaaaatct 1860 atatagcctc ctgaactctt cttctctctg aaactcaatc agtttctcaa cgaatctttc 1920 taaacaagac aaaggatcaa gaacactact tgttctttgt ctgagacttc aaacacaaga 1980 aaccaaaaat agaaaaagat atg 2003 <210> 36 <211> 2005 <212> DNA <213> Arabidopsis thaliana Page 39 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 36 acatattttg tcaaaaagta tttgttttgt atcattaggc ccaaagaatg tttttgtgtc 60 agttttcttt tcctaataaa acagaagaaa taaacaataa gattcaactt ttcacagtta 120 atacagtatt tgtaaaaatt ctgaacaaca gattttcaaa actacgacat ttaaaattag 180 aacgaagatt aacacgcatt agtgagtatc aaacgaattc aaaaacttat gtaaatatac 240 caagaatatg taattataat taactaaaca tttttaattt ttaaattaaa atgttaaatt 300 tcaatgctat ttagaacatt ttggttatga ttattaaaat cgtgacacga tggatagtaa 360 ctaaatgaaa gaacaaatag gttgaaagct atagggaaat aaataaatga acggtttata 420 gtaacatctt tatcataaag ctggactgtc tcgttgtgat ataaaacaac gaagataagt 480 aaggagattt agtactgttg tcattcgcca acgtcaactt cactaatgat cactagtcct 540 tttagttttt agagagtttc catcagaatt tgcaaacgta attacaaata ttgggcctta 600 atttgaaacc tacatagagg gccgagtatt tgatgaagcc caatcgtcta aagtcgaaaa 660 acatgtaaat agtcaacaca cagtgaaaat ataaacatat gtaaatacgt ttgtgatcca 720 aattaaatta cgatgataag atggaacaac agaagctaac cctgagatca tcttctatga 780 caggtgttac ttagaactag tctggatagg gagggagata tgtgtcctag aaacttcaaa 840 taattcaaac tctattatca aaaaaagtca gaaataaata tagtcttgaa tcagttatgc 900 agatctcgtt tgttatgttt ttggacagtc gacgaaagaa ctcctagtta attaatatta 960 tctattacaa tatattctcg caaaattaag cttatatgtg acagctagag ctcagcgttg 1020 atattgcctc cacacttaca ttatataatt ctaacgggaa ttatatacat aaactataat 1080 catgattagc acgaaatgta cgaagaaaag tctgaccaat tagttttatc ctacacgtga 1140 agacttgaag ttgatatgta ttaccaatat atcatcaaat tattgatata ataataagtt 1200 gttgtttggt cgagaaagcg tgcttgcatg ctataatgct aattcatatt taaatgcttt 1260 gttgctttga ttcgctaatt aacccaaaat tttgaaaatg actcaaaaca aacatacagt 1320 ttttacatat actattctgt tgatcgtgca tgcagagata ccacagtttt tctgaaaact 1380 tcaatattcc gctgacaaaa ctaatatttc acgtgttagt ttttagtttt ttactaatta 1440 agacactaga ctaactgatt cctactaata ggttttctaa tgtaaacaac ataagagact 1500 ctagctagaa aagagaggaa aaacaataaa agcaaatctt gagatcttct cagtcaattg 1560 acagatgtct ttagaacaag tctaaatagt ggattgagaa gggaaatgtg tcacagcaaa 1620 tccaaaaaat ccaaactcat cagtttttga aacttttgga cgcaaaactc gcttggctgt 1680 gttattcatt atttcaaagt ccacgaaaga aaataattgt ctcgtaaatt aattaattaa 1740 gcttatgaca gctcaaggtc gacgacataa ttgattttgt tccttactat aaattatcta 1800 ttcaaaggaa aatatatact agctatatat ataatcctta ttcgtacgaa atgtatgaag 1860 aaaagtctaa ccaaatattt ttttcgtttt tttaattaaa tctatacgaa attgtgcatt 1920 tatatatctt gacctctata tccaaaactt taccaaaatc tcgatttata atcttaactc 1980 aaaagaagat cgatcaacta ttatg 2005 Page 40 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 37 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 37 taaaaccctg taaacaaaca catccacgaa tcaggcacaa gtctactcaa agatccaatg 60 agccagattt accctagatc aaccaactta tactatcata gagtcttcaa gattgtgact 120 agtactagtt ctaaacactg ttccagataa tagaagttga acaaaacatc tttcttcatg 180 cttcataaac caaattcata atcaatcttc tctaaaacct atccacacgt tgtaaaagca 240 gagaaaaaat gaaactttgc taaatacaat cacaccatgt aagagtaaga gacataacaa 300 agaagatcca attgtacaaa attgaaaaga gagaggagaa gagaggacta acgtagatat 360 tgagctgacg aatgaagcta gagaaattgc tgtgtttaaa gtatttaggc aagagttgaa 420 cagagaagac ggtggtgtcc aagataacga agctattatc tgcacttgga ctccatgaga 480 ttatagagtc agtagtagaa tcatcaacca tatcgtaaca ttttctcaag aacggcgcca 540 ctgaagaaga agaagaagac ccaccaccac cgtccgtcga tttcaccata atcgagaaat 600 ctctaaactt tagatgaaat tttgaattct gaaatttggg attgaatcga ttagtcgcaa 660 gaataaggaa aaatgaagag aatttgggat tggggtttat gtgggaagga gatgaaactt 720 gtgcgttggg caagggatcg tcgttcacat caaaggaaat ttcaaggaag agaggaagaa 780 gaagtcacgg ttttagatat ttttaagtct ttggcccaac agatattttt atttaaaaaa 840 ataacatttt acgacgttaa taaaacatat ttacaacttt aatggaaata gaaaagtaaa 900 acattttacg acaataaaaa aatattttac aatttttaat gaaaatagag aagttaatat 960 aaaaatttaa attaaatcaa atgaatgttg tgtattttcg aatgttagga cttaataagg 1020 gtttaaggat gtgaaatctt aggaattatt attttaaaat catttcgtca tttagggatc 1080 ttgatgatga ggatgcccaa tctcctatgc cacatcatgt tgcctaagat tagttacatg 1140 gacatcacat tgagcttggg gtgagagttc accataaact aaaagattcc agattagaca 1200 atccaaaagg tcaacttatc atatctctgg aacacttatt caacaaactt tgcttaactt 1260 acaatgacag attacaaaaa cccaaaagat cttttcttag gaggtttgag gaatcctctc 1320 ctcaagacat tctgtaactt ttgtttttgc tttttatcga caaccttctt acttagttgt 1380 gaatttttgc gctttgatga ttcactaaac tttaaataca tatcttggaa ttttttaagt 1440 gatttcttca tgcatacttg aaaaattgtt agaacatgtt gaatattatt attgtttcat 1500 ccgttgaagc ggattgaggg attgaaactg caaaatttga atcatctttg gagatttatg 1560 ctggtattcg ttatgttagc attcgaattc aaatccgttt ttttagtacc ttcaatttga 1620 tatattcttt aaataattct atactatata ctttttttgc attttaaatc tcacatacca 1680 aatttatatt agtcaataaa actacattgc aaactgttcg cctgcttgca tatttcaaca 1740 tttgtatgca accttaagag agaaaaaaaa tccttaagaa acataaacgt taatatattc 1800 Page 41 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcatcaagta ctgtctagat aattgatttt ctagtcccat ggttgaaaag tcatggataa 1860 gatcaattgg tgtgttagtc cttaatttgg gtcttattag tagctcaatt agtttgacca 1920 gaagccaata tatatattga catacatctc tcgtttataa caacgaacaa tttgcacaca 1980 accacgagac tcaagagaca tg 2002 <210> 38 <211> 1984 <212> DNA <213> Arabidopsis thaliana <400> 38 gcgcgagagc tgcgcgttca aatcataaaa agccgacttg ctataaaagc aaacttgttg 60 atgatggttc aaaatttcga aaagcttttc aaatttctct tcatatcgcg cgctcagtca 120 aaaagcagag ccaaagatga agaaaccgta taaaggaaag ttgccgacgg gaactccgtc 180 tctggcaatg tcaacactcg tcgtcgttgc ttcccttctc gccggagcct ccgttgtcca 240 caacatctac aaaccagatc tcgtaagctt caccttctct ttctgtacat atgttagggt 300 tctcaaatgt attaggtttg ctcactttct tcgttcttga taatgcccat aagcgtgatc 360 ggtttaaaac cattcatttc gttctctggc tctgtgatct ctcttttatt gtaatgcaca 420 taaggtgttc gatgaattgc ccatgagaga tttgtaatct gattgctttt tacttttgtg 480 cagagtttac caccgttgga aagtagtgaa gtggccaaga aggatgattc tgtaaacaaa 540 gtttgaatct ttcaatagtt tcatcctgtt ttatcaggct acattcactt tggttgttct 600 ctttcaattc atgagttaac aaaaaaacat ggataaagtt taaaactgag atcacttatt 660 aaaggctttt attcttcttc ctcttgtgaa gatgtaaaga agaacaaact ctttttaggt 720 ttcttgttgg tcaattcacc gtttttttta aagagatata agaaatcgcg atgatcgtgt 780 agatgacata gagaccaacg aattgatgga gtctttgcta cggattgtgg aaaaccatgt 840 cttcgataca tattggaact tcaaaagaga ttttagtgat aatctagtta gtatctccat 900 cgttagatcc ataggtccat taggcccaaa cgcccaatca cgtggcgtga taaatacgtt 960 aacaattgca atatgaagaa aacacgacaa ttaaatatgg aagagaggct aattattcat 1020 cggtccaatt gccaatgtct ttgactgtag ttaataataa atcattaaga gattttcgtt 1080 taaaaacaaa aatacaccgt ttcaagatta aaagataagt taattacaat tgtatttttc 1140 ctgattaaaa atcagatgtt tacagggaac cgcagatcgc tcagaaagtg tagtaagatg 1200 ctcgcaaaaa ccatgtgcat gtccatcaac cttcgccgtc tcaatagctt acacaaaaat 1260 cgtttttgtt ttcttattaa tataaaacct aatctaaatt tacaaatttg ttttcttatt 1320 aatataaaat ctaatctaaa tttacaaatt tgtattacac gtacaagtgg atccaagtat 1380 ctgactctac agatattttg aatctaacat ttgtgtaatt ataatttata atctctgaag 1440 catttaattt tacttacaaa taatgttaga ccacgagaca gaaggtaaac caatcttcct 1500 tatcccaaga taagattctt caaattaaat ataacggctt tttgcagaag taataaagat 1560 agaaggaata tctagtatca acggaaaaaa agaaaaaatc tagagcactt cgaaaaatta 1620 Page 42 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggaccaaag aagattcaga ctgaaattat tactgtatta gtatttgtcc attcacaaaa 1680 tgccgaggaa gaaaaaaggc attttggttt atattttgtt tatttgatat tcaaatgtcc 1740 aacgatcctc tctagctaag cttagctata attcaatgtt tgaacacgaa tcccattatt 1800 ttaacacaaa caacattaat taaatatcgt ctcaaggaac ttcacttcct tgtccataaa 1860 tacgttattt cacaccacat atactcatct atatctctat ttttcttctt cttctctctc 1920 tcgccggaaa aagtaaatca aaatgatcac cggcaaagac atgtacgatg ttttagcggc 1980 tatg 1984 <210> 39 <211> 2035 <212> DNA <213> Arabidopsis thaliana <400> 39 attatgtaat aagtctatgc atttactgat ccatttgaaa tagcagaata tgaaatcaaa 60 ttaattttat tgagatggaa gctaatgaac tattaaatat gaagaatttg aaatccttta 120 ccttttgctt atgtgatatt accaagctat gatgtgagtt tgtatgtgat atcatgtttt 180 atatgtaata tttcgaaaac aaatatataa acaaataaag agaagcaaat gaaacaaaac 240 tttggctttt ttatatatca tttgtcattt atcatttaca aacctaaaag tcaaagataa 300 accaaaggat accctgattt gttaatgtta tgatatttga gcaaaactgt ggagtataat 360 atattataac tcattgaata taaccacata gtcataacaa atcaaaataa aataaaagtt 420 tccaaaacgt agtcataaca aataacaaaa ttatttaaag gttttcaatt tttacaagat 480 aaagtatatt aaaaatgata aaatagaata atatgtaact ttgttaacat cttggaaaaa 540 atagaaaatt taatatgaag ttgtgtctac gaattctatt tatgttctag ttattgtaca 600 tattcaaatt aacgatgcta aatcattctt ctgatattga gttgtgtcac atgttaagta 660 tatttatttt aattttctta gtatcataat gttttctttc ttgtatgatt aggtgcacat 720 ggaatatatg tcatactatt ttaaaattca tattttatta attcttttgt catagctagc 780 catcatatat aggtagacca gtatataata gaaaaaaaga acacattcaa atgattttga 840 tttcttctaa cactagatta atcttaactt cacctttttt tttgtcacag ttaacatctt 900 atataacttc atttcaaatg tctatatttt ttaatgtcta cataaatata catttcatca 960 cacgatttac aatatgaata catgtttata agcttttaga tcatggaata taaaatagtg 1020 cactttttaa ttatgtcgat atagtctttg atttttaaaa aattaaagat gaaaaattag 1080 aaaattatgt gatgcattag gactcaataa tagagactat acataataac aattgcagtt 1140 agttcttagt tggatataat aggtcagtaa aatatattat tacaaacatc aactctgcac 1200 tacgcaagat gtagtaaatt acgaaaatat atgataaaca aattcgcata ctacattatg 1260 actacaatag ccaccttccc tatacattat gacttctaac attgaaaaaa tttgcaaaca 1320 tttggtgtaa attaacaaat taaaaacatt tggtctaatg tatgaagaaa aaactagata 1380 Page 43 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttccgctaat ttaaacaaac atttggcctt ataagaaatt ttaggtaaga aaaaattctg 1440 agaagtcttt tttattcaca tcacatagtc aatattcaat tcaatgcata taaatttcat 1500 gtaaagcttc ttttttcctc ggatcccatt cattatttta cttaccattg aatactttca 1560 ccgtgtagtc tttttttaga aatcgttgaa tatcaaaaac aagaagaaga aaaagaaacc 1620 gtgttttcaa tgtgctgtca tacgattcat gaccctttat gaatctaata cagagtttga 1680 aacataaact aaacttggaa gtttgccaaa aaaaaaaaaa aaaaaaaaac ttggaaataa 1740 cacttctcaa aaagatattg ggtcaaagtc taaaactgaa aacgaaacta gaggcattat 1800 tctctaattc aaacaaagtt tagggcttgg gaagaaatat tcacaaaaag gaagtttccg 1860 aaaattcttt tatattattc cccaagcaaa ccattcaata tcattgatta ttgatataaa 1920 acccatataa aggtgtctct catcatcctc cattcccata catcactttc ctcgatctca 1980 ctttctctct cttatcatca tctcctggta ttctctctct ctcatctccg tgatg 2040 <210> 40 <211> 1996 <212> DNA <213> Arabidopsis thaliana <400> 40 aggctttttt tgaaagaggc gagtgtgttt caaaacaagc catttggtgg gttagaaccc 60 acagaaaacg tatacacgcg ctcaacacgc gtttggtgag agtggttgtg aaatcgcccg 120 agaggtgaga gtggggtatg acatggaatg ctctgattag cttataaaat aaaaatagta 180 gagatgtagc tccttccttc ctatgttaat atttatttac ttctcttttc caaagtatca 240 tttcatttca tgtacagtag tgaacagtac taggaagccg tttaagggtc aatttgaata 300 ttttgtcatt tgacgtgcat agcttaacaa taacactaat gtcatggatc tggacaaaat 360 aattacttta gaaaagtaat tatttgcaaa cgtggttaaa cagaacaata tgttcaattt 420 atatgtagtt gtaattacaa taacaaattt gatcatgaca gtgaaaataa gcttttattt 480 ttataaaaat acctaatctc ttagtttttt tttcctttct tagccaatgg atgaggatga 540 cacgataatg ataatcaaag atcaacatgg cacgctcaag accgccttta gaagtcctct 600 ctaaattctt tcttccgatc tcctaaatat gttttgtttt ggtcaaataa attgataggt 660 aatacttagt gattatacta tttggttttt gttttatcat tgactatttc acttttataa 720 atcaaatact tatcaaaatt gttctttccg tatgtattca tattttctaa tattgtaaag 780 atttgtttca cctaacatct gtacccatct ttgatcattg acaaaatata tattagaatg 840 gccttagaac gtgttaggca tcttcctact attatcatat tacctaatcc ccaattttat 900 tacatttttt aatttctaaa agagcttgaa tataatgtca tttcgaatat ctctgttcat 960 cttttttttt ttctgtgcga cttctgaccc aaagccttcg acgatttttt ccaatctgaa 1020 aacttttgaa taaggaactt agtcaatggt caacaccttg ctaattaaac aaagttccat 1080 tgatacaata atgagatttt tgtacattaa cgctttcata tagtttttgc gattcaacag 1140 ataatcttaa aattaaggag tcctattgat aaagtcttgt tcaaacgtac aaactcaatc 1200 Page 44 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cacacaaaac cttcataaaa tacgatatag gaaataaaga ttgtttttgc gtgagaaaat 1260 actatatgaa ctcaaaagat tttaaaacaa tttgtattaa tacataaaca attgttgtga 1320 tacacccgtg taaaatttta agattgtttt tttctgaaat tcttcaagga aacttatagc 1380 ttaaaatcta cacttcaaat actctgtttt aaaggcatta aaaataactg cgtttcagaa 1440 aaatattgaa attttagctg atcttttgct acaaatttaa ggaatcttgg cacctgcaga 1500 atctataaca tgttcattaa gtaatgcaat agttatacaa ttatacatta tttgcatcat 1560 acttatatta tagtgatatt aacaaaccca tgttctcagc acacttttac gtagaaaaac 1620 ataaaaaccc aaataggaag aagccactca taaggataat gggtttatat aattcacagc 1680 aaagaaagcc atcgaactat tcgattaatt atccattctt ttttttttta gtttgaatgt 1740 ataagaacaa agagttgtta cgcatcatga caatgtctta gaaaacaaaa gaaatgaata 1800 aaaaagtaaa acgaaaaata aaaagtgagg atgaagttgt tgaatgagtt ggcgaggcgg 1860 cgactttttc atacattcca tttacttaat tcctaaagtc cttctcacat ctctttgtta 1920 tataatgaca ccataaccat ttcttctctt cacaatcttt acaagaatat ctctcttcta 1980 cagtaaacaa aaaatg 1996 <210> 41 <211> 2052 <212> DNA <213> Arabidopsis thaliana <400> 41 ctgaacgggg gacaaaaccc gagaaccgaa atcaatttaa aagttcaccg atcactatac 60 aactctgcac ttattgaaac cgaaaaccaa aattctccgt ttagacggtt ttggttcaat 120 acggttctta ttgaacgtca atcactctat ctactactat acttgaaaaa caaaattaaa 180 ttttttgcct tgacttgatc cagagagatg ttacgcggcg gcgatgcatt aatcgataaa 240 atcaaacaac atgccacgca ttgacttttg caagaagcca gcaactttat ataaaacaat 300 cgatgataat tgtgatcgtt acaactatgt aataatgcat atatataagc tatgtattaa 360 ctgtaaactt gatttaaata atactgatgg ggagtatata ccttgatgca tagaataaaa 420 atgtaaaata cgtatgaatt actagcttag tggtagcctt gttacttgga ttagtttagc 480 aagcaaatat ctagctctaa ttcacaagct aaccctaaaa gttggttgga catatacatc 540 gtcaaatata tcgaagctat atatatatat ttaacatatt tgtttttgtt acattaaaac 600 aaacaaaaca aaagaaaaaa gttttttttg tgctcctcct ttttaatatc ttttatgaaa 660 atggctgact gttatggaaa atgatgtttt tattaatcta agtagtgcct ttcaccaaag 720 aaaaaaaaaa accaaatata gtagacttta gtacggagat acgtgaacat aacttgttag 780 attggttttc aacaaaagag tatagaatgg aaaatcgtta catactgact ctcatgaaca 840 aacatatttt gcttaatgaa aagtcaactc gatctttatt atttatgagg ataaaaatca 900 aataggctct gtcgacaaaa cgaaacaatc agactaccct ttagaatata tttaaaatta 960 Page 45 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccaaaaatat taatctttta ggaaattaca catgatgata ttttagcata tggcggatat 1020 ttacctccaa ctccaaatga ggatatttta gcatatggcg gtctttattc gtacgtacta 1080 ttttgcaaat cattttatat gattgtatat accatagatt ataatcacta ctcttagtcc 1140 cataatttgt aaataatagt aattcgtaga catagatgat caaagttctt tgtaatctta 1200 ctacatacac aaaaagtaat aaaacacaac atttttgttg tattaaatgt gcttgtccgt 1260 tgacaaaaaa gataaaagaa tagctttgtt tgtcctttct cgacaagttt gtattataat 1320 cgtctcacgt tcatttcaag attacatgca gaatttgtca aatgaagtct aaatcatcaa 1380 aagtaatttt tccttatttg ttctcacttg aatataaatt aacgaaatat gattcaccat 1440 aaattacacg aactatagga tacgggtact tatttattcc cttgcggtaa tacgaatagg 1500 tccaagattg gaaatctcag agttgtcatg aatactaagt taaaatatgt gcagaccata 1560 caaaacatag acgagcatag aaagagaagt tgatcaagtg atggaaaaag attaaaataa 1620 aatataaata tggatatacc cttaagattc cggagactat gcttctccga tctcgtctat 1680 aaatttcagc cgtctcagcc aacacaatca caaccaccac ctccctccct ctctctctct 1740 taatctttct gcccccacca ttagcgcaca acggtgagat tcgttagatg tttattatct 1800 atgcatccaa attcacatat agatagatag tacatatata gttgtttata tcaatagaaa 1860 cttttgtttc taaattgtaa tcgcttaaat tatttgattt atgtataggt ttaattataa 1920 atgttattct gttggttgta ttggtactaa actaaaataa tttagtagca tctttccaat 1980 attattataa aattatagtt aagatattta tttttacttc atgaagcagg aaagacaaga 2040 gaggcttaga tg 2052 <210> 42 <211> 2007 <212> DNA <213> Arabidopsis thaliana <400> 42 ttttctaaaa ccctgtaaac aaacacatcc acgaatcagg cacaagtcta ctcaaagatc 60 caatgagcca gatttaccct agatcaacca acttatacta tcatagagtc ttcaagattg 120 tgactagtac tagttctaaa cactgttcca gataatagaa gttgaacaaa acatctttct 180 tcatgcttca taaaccaaat tcataatcaa tcttctctaa aacctatcca cacgttgtaa 240 aagcagagaa aaaatgaaac tttgctaaat acaatcacac catgtaagag taagagacat 300 aacaaagaag atccaattgt acaaaattga aaagagagag gagaagagag gactaacgta 360 gatattgagc tgacgaatga agctagagaa attgctgtgt ttaaagtatt taggcaagag 420 ttgaacagag aagacggtgg tgtccaagat aacgaagcta ttatctgcac ttggactcca 480 tgagattata gagtcagtag tagaatcatc aaccatatcg taacattttc tcaagaacgg 540 cgccactgaa gaagaagaag aagacccacc accaccgtcc gtcgatttca ccataatcga 600 gaaatctcta aactttagat gaaattttga attctgaaat ttgggattga atcgattagt 660 cgcaagaata aggaaaaatg aagagaattt gggattgggg tttatgtggg aaggagatga 720 Page 46 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacttgtgcg ttgggcaagg gatcgtcgtt cacatcaaag gaaatttcaa ggaagagagg 780 aagaagaagt cacggtttta gatattttta agtctttggc ccaacagata tttttattta 840 aaaaaataac attttacgac gttaataaaa catatttaca actttaatgg aaatagaaaa 900 gtaaaacatt ttacgacaat aaaaaaatat tttacaattt ttaatgaaaa tagagaagtt 960 aatataaaaa tttaaattaa atcaaatgaa tgttgtgtat tttcgaatgt taggacttaa 1020 taagggttta aggatgtgaa atcttaggaa ttattatttt aaaatcattt cgtcatttag 1080 ggatcttgat gatgaggatg cccaatctcc tatgccacat catgttgcct aagattagtt 1140 acatggacat cacattgagc ttggggtgag agttcaccat aaactaaaag attccagatt 1200 agacaatcca aaaggtcaac ttatcatatc tctggaacac ttattcaaca aactttgctt 1260 aacttacaat gacagattac aaaaacccaa aagatctttt cttaggaggt ttgaggaatc 1320 ctctcctcaa gacattctgt aacttttgtt tttgcttttt atcgacaacc ttcttactta 1380 gttgtgaatt tttgcgcttt gatgattcac taaactttaa atacatatct tggaattttt 1440 taagtgattt cttcatgcat acttgaaaaa ttgttagaac atgttgaata ttattattgt 1500 ttcatccgtt gaagcggatt gagggattga aactgcaaaa tttgaatcat ctttggagat 1560 ttatgctggt attcgttatg ttagcattcg aattcaaatc cgttttttta gtaccttcaa 1620 tttgatatat tctttaaata attctatact atatactttt tttgcatttt aaatctcaca 1680 taccaaattt atattagtca ataaaactac attgcaaact gttcgcctgc ttgcatattt 1740 caacatttgt atgcaacctt aagagagaaa aaaaatcctt aagaaacata aacgttaata 1800 tattcgcatc aagtactgtc tagataattg attttctagt cccatggttg aaaagtcatg 1860 gataagatca attggtgtgt tagtccttaa tttgggtctt attagtagct caattagttt 1920 gaccagaagc caatatatat attgacatac atctctcgtt tataacaacg aacaatttgc 1980 acacaaccac gagactcaag agacatg 2007 <210> 43 <211> 2013 <212> DNA <213> Arabidopsis thaliana <400> 43 atggatagac tagattccct cttggtgcta aagccgagta catctacgta ccatttaaaa 60 tgatcatggc atgcattggt ttatcaaaaa agagcttgat ttcttatcct tgtattatgt 120 ctatcttttg gcagcctaat gttggatcgg tttctagtag aatttaaagg gcatagcaaa 180 aaagatgaaa gaggtgaaac atcaaattgt acaaaatcat aaccaatcaa tatttacaat 240 atgacgcttc ttgactcttc acactctttc tctcttatgt atggttggtt atgtgacaac 300 aatttgcttt acatgtttcc tcatccgttg tatcttggta gagacacaca cacatacaca 360 tgtttatctt gatatctatt aatccttacc ttcttggttt aaattttaga ctggacaact 420 aaccaaaggt ttattcattt aatatggttt agatatgctt cgctgctttc tacgaggaag 480 Page 47 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaacccatga tatgatggat catccaatcc ttaatctcat atattacctg gtaagctctc 540 tcttaaacta atcataaaaa ttgatcatga acatctgtct catacataat caaaccattg 600 tttctgcttg aaacctaatc ttgttgctca attacagttg gtagagatat taccgtttct 660 ctggttctgc ccaccttgag aaacctgcca ccaaaacgac gtgtacacga aagttaatga 720 tccttagacc agtttaatcc cataatttct ctgaagaatc tcaagctttc tatctcattt 780 ggatgttagc ttcaataatc taagctttaa atcttgatgg tctaatctcc atttacatgc 840 ttttgaataa atctgtttga cacaattttt tcaagtctaa tgcggttaat taattgattg 900 accccatctg ttttgacata atttcttcat gtcttttagg ttttttaacc aattatgata 960 caaattttaa atattgctac cccaatgtct ttgtttgtaa ctttgtgtta aaggccggat 1020 ctaccaagat agccctgtct aaatttgatt tatgttagtc atgtaggtga tgtatgatat 1080 cttataatgg tcatgtaggt gatgtatgat atcttataat taatcatgtt ggaaatcacc 1140 cccacaataa tatatgtaaa tatatatctt aattatatct taaaatatac aattatggta 1200 atcaaactta acctactaaa agaaaaacat tagatgataa taatggcatc tttgtaatat 1260 ttgataaaaa taaaagttgt tatagtctat ttatttgtga agatgtataa aatattgaca 1320 tttctcttct ctatatacga ttttcatgta tcttctcctc atacttaatt tgattataag 1380 tttaaacact tgctgcaatt acaaggaaag aagttgacaa agtggaatgg tcaatcccta 1440 ttggcaaaaa tagatatttt atatccagaa catccaaaat ggaattcata agtttccgat 1500 taaattttga gtgttgacaa aaatagatat ttttctatat aaaaaaaaaa aattggtatc 1560 tatccaaaac actacttgta ccaaaatatt atatatatat atatatatat atatatatat 1620 actatgtatt gatgagtata ctaatgaatc taattaattt gtttttcctt gcaacttgtt 1680 ttagaaaata aattatcaaa aggataggtt cgagacgttg actttgattg agacctttac 1740 tcagtattat tatgggtatc cattgacttt aaacatatcg accgttgaaa agtcaaaact 1800 taaatgtgaa ctacgtcatt caaaatttct tctttctttt cagcatagaa gtttattcgt 1860 taaatcaaaa gaaaaactca atttttctat tgaatattat ttgattaatt tcatggctta 1920 aggaaatata gaatccttct ccttctcaaa ttctcctata aatcaaccct tcacgtcaaa 1980 actagcttgc tacacttaac atatcaacca atg 2013 <210> 44 <211> 1996 <212> DNA <213> Arabidopsis thaliana <400> 44 aagtccatcc gcgataaaga gggatgagct ttaagttata ttttgaggat ttttatttct 60 gttcaataaa aaaaacaact caacgtttat gcatgatgaa tattatacgt tcaagattta 120 gaaaaataaa aaacaactca acgtttatat atcgtgcaat gaaatcatcc aatttaaaat 180 atttaataat agtccttctg tataacaacc actagtgttc ttgtggaatt tttattttgt 240 ttcaaaaaaa aacatgttat tttaaatttc caattttact tttcaaataa acttccacgt 300 Page 48 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttattcttta atttattcat atttttgttt taaatttaac actcactctg attcattata 360 taggatattt cagagattta tttaggatgt tttactaata tcaatgcaat ttttaaatat 420 attttatttg attatttgac tattggtttg tattttgtat ttttaatatc aagagaacaa 480 attttataat taaaaataaa tttcttaaag tgtgtgtttt aatctaaaac atcatataat 540 ttgaaataga ggaaatatca tctaataaag taatggtata tttgtatagt taatgatttg 600 tctttttatt cgcgcaaaat gtgtcaatta taaaatataa agaggatata atttagttta 660 gagttttaga cacgaggact atatattgga aaacaaaaaa gtaatgtaaa ccatatagat 720 catggaatga gtcatcctat taaacagttg tattatatat ttatatttta gtcactaaca 780 cattaataac ttaacgtcca taacaaaata agatccaaaa ctcgatctag atctatacga 840 ggcactaaat gatccattga cttagggccg gccgattggt tcgaggactc ctcatgctgt 900 aaactttttt tttggacata catgatatat ttttaagtca cgtttttata ttatatgttc 960 cacgcccaat ataatatgtt ccaaactagg aaaaataagt aagaattagt caatgatcga 1020 gataatgcaa tgaatcatcc tatttattaa atagatttac taaactatat ataatacaat 1080 gatcgagatc gtgccatgaa gcatcctata tactataaaa atagtcttac taaatacata 1140 ctcatatagt ttagtcattc attagtccaa acattaaatg agagatcctt tacttgctac 1200 ctgaattttt tcagaataag gtataacttt ttttcgaatt agaaactgat ttatgaaaga 1260 ttaagagtaa tgttcgttaa acaagttaaa aaatatgttt ttacaattaa gttttgaaaa 1320 ataataaagt ctccaattat ttgagtatca aaaataggct tgttattatt tagggttttc 1380 gttggtttaa atgcaacggg gtgtggttgt cattgtggaa gttaatggaa gtaattggtt 1440 gaggttttaa acgttatcgg acattttaaa tgactggttt acagttaaaa atatgtgtat 1500 ttacggcaat tttatgattg gcttagcagt agatgcgaca gtggtttaaa ccaaaaatta 1560 ccaaataaat aatatacaat tattaaatta tataaaacac caatattata tatttatata 1620 tatatgaaca tagttaatta tcgaaaccat agacaaagta cataagagtt attccgaaaa 1680 aggtttatta tgaaacacaa ataatcatat tgggagatta tgatatccaa aatggactaa 1740 tcaaataatt aaatccaaaa tggatgaaga acttatatta gttccacgca caatataata 1800 tgttccaaac taagtaagaa cacaacggtc gaggtcatgc aatgaatcat cctatatata 1860 aaatagtttt actaaacaat tatattttag tcactcgtta acaaacaatc aaaatcgcta 1920 tataaagaac tccgattgga tgtaaacaaa tcatcataaa cttgttctct tccagaagaa 1980 actaaaaaca aaaatg 1996 <210> 45 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 45 aaattaccgt ttaatcctct tagtgggacg gtgtggtttg attttttcac tttttggttg 60 Page 49 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttattattat atttcagatt tcttttattt ttactgctag tagtaattgt ggtagcttct 120 ttttatggaa aaaaactgtc agtgaaaatt gtaataatga acattattac agttttgtct 180 tctttctcca cagctccact actgtggcgt ggaagatcgg gcatatctct ttcagtcatc 240 atcgggattt tcggaattat ttatttattc ttctgttttt attgaattga tgtaattaaa 300 aaggtttaaa tatatagaca cagctatttt tcgcaggaaa attagtgatg tttgtgctaa 360 taagagtgga ccacgtagca ggagggaagt tgatcttttt actccttcgt tgttgaattg 420 caattgaatt tgctttttat atgttgttag acgatcgatt aaaaatgtat aaaagagatt 480 gcacagtcca cttagtttcg cgtcttggta aattcgggaa ttggattgtt tcgttttttt 540 tttttttgtc ggccaaagtt attaatgtaa aagcccaatt ggcagtataa tgatggaaat 600 aaaagcccac atttctccgt tcatatattt gtattgtttt ttttttttgt tttgtgtgga 660 tccccagtat tacggatttg gttgggattt gggaagtatt tgtaatttgt atcttgaaat 720 ctttgtcgtg gcctctttgg ttacttgtct tatttcaatc ggtcaatgaa ataattaaca 780 aaaacaaatt gattagaaaa ctcattagta ctcgaaacat atatttgtag aacttaagtg 840 agttataaga gctacaatgt cgaaactaaa aaactttggt gaaatataaa cacatgagct 900 agctataata tacaaactgt atgtccgtgt acatgagata gtcagtggtg aggggaaata 960 atccaaattt tgttttgata tgaatccgat agtcgttttt gcacatctta tagggacatg 1020 atcagacatg atgttgagtt ctttaagctg tcaaaacaaa gatataatgt tttgtttgta 1080 atcttaatat aaaaccaaaa tctttcaatg aaacttcaca ttatctactt tacgctatat 1140 aactatacaa ctatatatat atatatatat atatatatat atgcgtttaa atttcacagt 1200 atcttcttat atgcgtttcc taatctctct acaaaactag gatattcttc cgtgacaagt 1260 aagtagtaac agcctctctc tttcaatgat cagtctatta acatctatat attgatatgg 1320 tcatgtttta tcgcttaacg aatcaagcaa cccaaaacca ccaaaaattc acatttgaca 1380 tttgtcaaag actctcaatg tcaactctaa aactcatgca aataaaataa tcaaatattc 1440 tcaaaatcat caggtatagt tcatgaaaac ctgagaaaca atcatattat tgaataaacc 1500 ctcttgcagt ataagtaact tatataactc tatcaatgcc gacacttaac attttaaatt 1560 tcaagtgcct cctttttcag ttgaagatct tttgtgtgtt taattaagat actactaacg 1620 taaacatggt aacaagataa tgttttaaat aactccttac ataatacgac ttgatgcaac 1680 acggtttagt taaaggttta ccatttcaaa cttcgagata atgaaagcta cacttaacaa 1740 tggtaacaat acaataattt aaataattct caatataata tgacctgagg gaacacggtt 1800 tcaacagcat tttaccgttt caaacttata gacaatgaaa attacattgg aatatacata 1860 catatggact tgttcaaacc gaaaatcatc tataaattga actctttgtc tcataaattt 1920 atcacatctt cattgacacc acaaataaga aactaacaaa aacctttttg tcttctacaa 1980 atcgtctcca tacatacata tg 2002 <210> 46 Page 50 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 46 tcaatgatgc atatttcaaa aggattgaag ccattgagtt taccattaag caagatgatg 60 ggactttacc tgagaactta agcaaggctg atatagttct tgtcggggtt tcccggacag 120 ggaagacgcc cttgtccact tacattgctc aaaaagggta caaagttgct aatgtgccgt 180 ttgtgatggg cgtggaacca cccaggacgc tctttcaggt tgaaccgaga aaagtttttg 240 gtttgaagat ccagctcgtt gtactgcaag cgattagaag aacaagggtt aaaacgctag 300 gcgtagatac agaggcagag aacaattact cggggattga tcttgttcgg aaagaactag 360 atttcgcgtc aaggatctat gagcgaaacc ccggatgggc agtgataggt aaacaaaact 420 taaacaccat tctcatttgc tactcaaaat gctgtttttt tctttccttt taatgctagt 480 aagaaaaaaa gttaacaagt aggcagagta ttctcatgtg ttattcttgg ggttgtggcg 540 cttgcagatg tgacgaataa ggcgattgaa gaaaccgcgg ctgtgattct gcggctgtac 600 catgacggta gagacactag tactacggta ccgcgtatct caaaacgcta ctaagcacac 660 tcctttgacc gtagagagga tgaaacacca gtgtcgataa agtatcaagt gaataaagta 720 atatatgtct ataataataa gttgaataac aaatccaacc gaggcatgat gaatcatatg 780 ttttagtcaa cgaatgtaag aggatgaagg ataacgaaaa ctaataattg tggctactct 840 gaattctttt attactagtc tataaaacaa aagaatatct gtcattagca tttagttgca 900 acgttgcaat ttgggtgtgt ttagcaagtt caagaaaagt catccaaaac ttaatgtcat 960 tttagttaat ctattttgac tctttctatt cgtttatgaa tgaatatttc ggtaattacc 1020 aaaaaatctt ctgattatcc aaagtagatg atcagagatt tgtgtccatc ttcgatttat 1080 ataactaatt agtgatattt tcttcctgta agtaaacgat gaacctggaa acatgcaagg 1140 ttttttcgac tgtcaattta tgtggatgat tattgctatt caatctgttc atccacatga 1200 ttaataagat gctaattggt aacacatggc gtagtttaga aaaggttaaa acgttgcggt 1260 caaatgattg acgtaattgg aagaacatgc acgaaacatt acaggaaacc tataatgcat 1320 ggatgcatgt gggatcaaat aattgttatc gataacgtcc aagtatcaat tgatatgcat 1380 atatgtagat attttaatct acttgataag ataaaaactt aattttaatt taagttattc 1440 ttccaactgt tgttggcaaa gtattgtccc actctataag gcaagtaata caaaatacat 1500 tgttttaact atatccgaac tctatatgtc tttttcttgt taagtagagg aactagaggt 1560 gtcttagtga cgtgagacac acgaaatttt caattcttaa aaccccattt gtatttaatt 1620 tgggcttaaa gaaatttagg cagccatttt ttttggtggt agcaatatac accatgcata 1680 agacaacatc gacacaaata ttatatacac atatatatag tacgacttgt atcaatttgc 1740 ctcttcttat ttctacaaac aatgattggt cttaagaaca acaaaaatac aacaagcatt 1800 ccaccgcaga ccaatgatag tcaactacat tttgatgtta attaatctca atcttctaac 1860 cacaaactct tataatattg caagttagtt taaactactt acataattga gtataaaata 1920 Page 51 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcttcaacct tcatcaacaa ttcattatca atcgagcaaa aaacaaaagc taagagcaac 1980 aaactaaaga ttttttaaga aaatg 2005 <210> 47 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 47 gtcattgatg taagatctct taacaaactc ttttttcaat atatttctaa tgtgaaatcg 60 gataattata atatgtagaa aagttgatac aatcatttac tttcaaatta attatcgtct 120 aattcatata aaatcatgcg tagttgtgga actttattta ctactattag taacttattt 180 tactgttata atgaaatttt gcgtgaaaag cttcttactt gtgaattaat tcgcatttgg 240 cattacagtg acatgccttg tcgctttttt ccagtttagt gtttttttaa tcgtatattc 300 gtatgagaga atatcattaa ttaaaaacgt taaaacaaaa cattatcaac tcaattattg 360 acaatattac agcatcaagg aacatgttcg tgaccgcgac gcccattttt ttattaggat 420 aattttctta cattttgttt tattgtggat cccttaataa tttcatagaa aactaaaaaa 480 actgtcccta atacggcaat cagggattta atcattttct taacgacgat taaaattagg 540 tctaatacat tacaatatat gtatgaaaac gttgcatcgt ctcgcatgac ttaattgtct 600 cccaaacatg tagtatttga tgatctttga cgtaattttt ttttgttaga gtatctttga 660 tgtatatatt tatcatccaa tttataatta gtagtgtaat gatatcacaa tacagttctt 720 acattttgaa tgacattggt ttccagattt aacttcatat gtcttgccaa gtaaaatttg 780 tacgcattga tatagtatca tggtcctgac tttaagcatt ggcgatgggt aatgatatta 840 atgaaatatc ggcgaaattt cttggataaa aagaaaagat tcgtacgcat gaaaccaata 900 tgtgatgttg gttccatatt cacatagcat ttgtaaaatt tagaataaaa tcgagtttac 960 gtcagagcca tccaaccatt accattaaaa attggatgaa ctgatgaaca ggttgaacca 1020 gaaattgtca ctcaaagtta gagcttggtt gataggttct taagactaaa cagttcctca 1080 tcagtatgta atataatgaa ataatttaat ctctttgtgt gtaaggtgtt aactggacta 1140 ccactagact gaatttttaa ttaagtctta tcctatagtc ttttcaataa gttcacaatt 1200 gcaagtactt aataaacaaa ataattaatc agttaattat gacaaattag tcaacatccg 1260 atcacattcc acgttgtaaa gttaaatttt aaggtagata ctaatcatac ttgtaaaatg 1320 aataagatga gttcttcttc ttgtcacctc tcgatcttgt tttaagtagt tggtgagatg 1380 tgataaactt gtaacatgcc actgagttgt caaagacaag catctataca gttattaaaa 1440 aaaaaggtta agcatgtaaa aatacacaca catgtcgtag taaatataca cctttttata 1500 attaattata ttgtaacgaa tttgttgttt tgttataata tatagattaa tgcatgatgt 1560 tttgcgatta aagccagacg agttgtaata tccacagcct tgataagctc tacatgcagt 1620 gaacaatttt atacatttag aaaaaataat cactatctcg accatataga ccaggccact 1680 Page 52 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acattacagc taatctctgg atttacttga taattaagac aaatatagaa cattaaaata 1740 ctaactcgat gcctcacctt agcctcctct caaattgtca atatctagat ggagtgttac 1800 atccacattc ctaacagttt ttactcttta ttttaatata tccttcaaca gatcatcatc 1860 agaataatca tcaaatcatt attatatatt taactagccc aaattgtacc atacctatca 1920 atttaaattt ctctttctat ctactataaa aagtgactct ctaagaactc caaagattag 1980 aacattgaat tgaattagcc atg 2003 <210> 48 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 48 tttctcaaca gtattatcat ctaagtattt tccaaactat gatcagatct gttgaaaatt 60 gtacctcttt tgtccaccgg tataatactc attagcttca tccgaatcac tgccctcgcc 120 atcagccgga gaacggttca gatcggcgaa tgtacggata ttcccagcgt gttgacgact 180 cctagaactc cgaattcccg acggattctc agtttcttta ttctctccag caccgcctct 240 cgatcggaga ccgtagggag cagcgcgaga agacggagaa gcagatcgtg atcgggaagg 300 agagggagag gtttcagacg gagtgtaatc gggagagtga gattgagaag gagattgtgc 360 accggcaata gtagaagaag gtggtggtgg cccggtaggg tttggttcgg cggctgcggc 420 ggcatcgtta tcgaggaaag ttgaaacggc agcgtctaga ttccaagtgt gactttcgag 480 gaagaaatta gcttcttctc ttgatgaaga agtgatctcg atgaaggagt ttatcagatt 540 ctcgttcgtc tccgtcgcca tcgtcttctc gaagcttctt ctgttgctag attgtttttt 600 ttttctttcg tagctttctg atttttttct ttctactatt ttaattttac tatatatatg 660 taaatatttt ccttttttca ccgtcaaact tctctcaagt cttaacaaca tacgtttcga 720 ataaacggtg atgttaatgg gcccaaaggc ttggcctttt agccttacaa aaggcctttt 780 agtatataac agctaaattt tcaaggaagc aaactgagaa gaaaccacat tttgttgttg 840 cctttgtata aatgactcgt cgtgttcatt gatcattagg ttcggattta tcgaggaacg 900 tcaaagagtg gtcggggaaa agagtctact aaccattgct ctatccacat gttccgattc 960 tgtgatagag acttgtaaaa aagtgtatgt agaaagagag catttttgaa gttagaaatc 1020 gaaaactagg aactggattt actgtaccct tctggataat gatggtttga gatgtgttga 1080 tttttttttt tggcgtgttt ctgaacaatg tgtttactaa gttggatatt gaaaagaaaa 1140 aaacagctag atattgaaaa tttaggaact agacttactc tatgtttgtt gaggactatg 1200 gttgttggag atataccaaa atttgataat atcaatattc aatttcagca atagtttctt 1260 tgtgtgatgg catttagttg atccaattag caattactga tggaaagttt ttggcttact 1320 aaaattcaac cattagtcta acctcactta ctaaaatgca accactatta ttttagtgag 1380 gttccatacc ccctttttga acaaatcatt ttgaccattt tagtaatttt tggactaggg 1440 ctcagtctca tattcgatgt gagactttta acaaacaatc ctcttagaag ttttaccagt 1500 Page 53 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggtatatgc cactatcatt tgctcttttt tctttctcat aacgtttata ttttctttct 1560 gattttttat tttatttcta tatatataac tatatatttc aaaattattt ccccttttat 1620 aattcataaa cgctctctaa aattttaaat acaattaaat caatcttcaa tatatgtttt 1680 tttttgtttg tttagaagtc gaattatatt actatcacca attaaatatt acatagtcgt 1740 ctattttaag catttgaagt tttatttaat ttactaatat gaatgaatta aataaacatt 1800 gttagcagac tttatttttt cttaaattaa attttgttcc tagtgtggac acatggatag 1860 gagttgaaac ttgtatcaac gattcaacta ccagtttaaa aggacacatc tctgatccat 1920 ttgtctcttc catcttctcc tcttgtcaaa gtttcctcaa tacttcaatc ttgtaacccg 1980 ttgactttta aaggaagacg atg 2003 <210> 49 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 49 tttgtaatcg cttatacggt taaaggtcga atgtctgaac ttgaagtaaa ccaaggaatg 60 ataatttaat gagtttagat cattttcctt gtctctcata tcatgaatct gattggttaa 120 gatagtagtg cttatcagta taaagagttc tttgagaact tctgaacaaa cgcaagacct 180 tttaaaaacc gtttagaggg tttctgcaac ttaacttcta aaaccatttg agtttcaaca 240 atatccattg gtgttaccga atctgagttt ttttttgttt ctactgtttg tgttatgttt 300 tgttattaca aagcattatg cctttgttag ctactgaaaa ccattctaga tgaatctctg 360 tatgggatct ttagcttaat gcccggactt gctaaccgaa ttagttataa acttactgag 420 ttactgttag ctatttatcg tcctgttgat agaaggtctt gaaatttata ttcttttatt 480 tggctttgca ggaagcagca gataacaatt gtgtttacag aaacgaggtt catcactctg 540 taagtgaaca aactcagatc ctatctgacg ttgcttccga cccaactctt ccacgtacca 600 aggctgtgcg atgcgccaag tgtcaacacg gtgaagctgt cttcttccag gtgaatcatt 660 atcttatatc ttaatcttta attcgtcatc aatcaaggag taaagaaaca ttctttcgtt 720 tttctctgat ctaacttaaa gatcaaaaga gatttctttc tcttgctttt taatgtgctt 780 atggctattt cggtttgata tagctcgtgt gtgtcatcga attttcaggc cacggctaga 840 ggcgaagaag gaatgactct gtttttcgtt tgctgcaacc cgaactgtag tcaccgttgg 900 agagaataga ttgatagaag actacatttt tcaaatgtaa cgtgtatttg tgttccgctt 960 tatgagtttt atacaattca atttggagtt ttctgtgtaa aaatatgaat actatgagac 1020 tgttctcggg tttcttgaat tgtttcaggg tcttttatga tcattttggt ttttatgtgg 1080 gtctaattat aaatttgtcg ttttatgcgg ggccgatctg aaaattcgtc cataaaccat 1140 gatagtgttg aaaatttgta tacgtggagt ctagccgccg gctgctataa ctttgctata 1200 acgtgtgata ttataaaaag ttgataaatc taatcttcta aaccaaattg ttttaataat 1260 Page 54 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gctgtgttta cttcgtcatc gtatcgaatt atacggctgc tcttgttaag tgatgacaat 1320 atcttcaaat aaagtttttt cttttgtaag caaatatgat aaaactacgt tagctaatag 1380 ccaacttggt ccatcatagt tcataaagtc aaaaaatcag taaccaattc atgagtggaa 1440 ttatacttga ttcaatgaca ctgtttagga gcttatctaa attgcacaag ttttgttaca 1500 cgtaaaacac aaatatgcca aattagacat gtttctcgtc attctaaaac attaacaaat 1560 atttacatag acgcagtcaa ataaatcaaa tttcgtatga taaaaaaaaa acaaaaaaaa 1620 tagcaaggtt gatttgtcaa tgctggcaaa aataagcaat gtcctaattt ctcaagttgg 1680 aaagtgacat ttctctaccc attttttgaa aagatattct cttttgcata taagatttga 1740 taaattgaac gcatatttgc actcaagcta acgttatgta cttgattact tgacccgact 1800 aatgacttat tgactttgat taataaacaa agatattagc cactccattc tacattatat 1860 acaatctata cgcatctata tatatctact aaaaaaattg taagtacata catatcaatg 1920 ttaatttgta tataaggagc taagaacaaa cccaattagg caactagcaa ttgctaaaac 1980 acgtaagatc tcaaatatga 2000 <210> 50 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 50 tatcgtaaac aaaaacaaaa tcaagtaagt tccaatattt tattcacttg aaaaatcgca 60 tactcgtata aggaaacact aatcatagat gttttcaata tttcagtttt ttaaaatgac 120 gactaacact tggaaaccga taatgatgaa actttatata agaaaacaaa gtttgtttca 180 aacatatcat agtcaacata caaaaaaaat gagtcatatt aaaaaaaaaa aaaaaatcta 240 gaccaaatga ttcacatggc aagaaattta agtaatttct gatgtaaacg cctgatcact 300 aaattgagct tctcatattt tcttttttct tttgagcttt atttaattca tacatgcatc 360 tatataagga aatcaaaaat gttaatgcaa aacgtaaatt taatatgtat tgaatgtaac 420 aacattaata aaggcacgaa attattggtt tgaaatgatt agatccaact aatttccaac 480 caaagacggt caaagccaaa taaaaatgct tagctctcca tgagcaccaa gagaaaccca 540 tccaaatggt tcagacaatc gtggacccca cgcgccgctt ctcttctctc cccacttgct 600 attctctctc tctaattaat ttttaacttt gattagtttt ggtcaacttt atagttaacc 660 atggttaact aataaaatat ttatttatgt ccaagattaa ttaatgaata agtgattata 720 taggtatatg tgttagccta agtttttttc ttcaaaatag ctttgtttat acacgttatt 780 tttttttgtt gcaaggctta catcttaatt taggaaactg atatgattgc tatatataag 840 gcctgagtgt acaaaatatt aattaagttt aaataaatta aggcaaggca atgatggtgg 900 agaatgtttt gaaagacaga aaagaggaag catcttaatg aaacccacaa gataacccca 960 accacatatt atcatgatgg cttcattcat cttaattaaa ctttaacctt tcattttctc 1020 caaatatttt aacttattat accaattaga tcacacccac tcacatacat ctccttccca 1080 Page 55 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atttctcacg ctcctagaat atgcgtggag actacttccg ttaggctact tgatacaatc 1140 ataacaatgt attgctaact ttggaacttt gtaatttatc tagttaaacc aatcaactat 1200 gagaagaagt gtagcggttt taaatggggg tgtatatgtt caaaaaaaga gagaagggaa 1260 ttcatacctt gaaataatta ataatacttt tctagtcaaa tatttgtatg gatcgtaaac 1320 atatacaaac atgttacaaa caagtttttt ttgtaccaat aattatcgac taaaatacta 1380 aacataatat tttattttat tataaatatc ctatactata taagttataa acatagcaaa 1440 aagaaaaaca caaaagccaa cagtgaaacc taaatatgtg tttgcttatg gtagccgcgt 1500 atattacacg ctctaactat tggagaagaa gaagaagagt ggagtttatt gtcgagtcca 1560 aaacacacaa aacgacataa aactcaacga gaacaaaatt tgaattgaag tcgataccaa 1620 attttatttt tatttttatt ttatttttat ttatcaatat ccattttgta agagtttagg 1680 ttagacaagt gactgcattt acatacatat atctatatat atacaaacat tttttcttct 1740 tcattaatgc tttattttag tctcaccttc tccttctact ttttatcatt tccctttctc 1800 ttcccatttt agtcttccta taacttcttc tcaatcctct ctcatatctt ttttcttagt 1860 ttaaatttca ataaaataga aaaaaacata tacaaatcta cagagaagag aagctttatt 1920 ttaatcttgt gtgtgtgtgt gtgttttata taatttttat tttttttcaa attaaaatct 1980 cttctttgct tttgatgtgg gcatg 2005 <210> 51 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 51 tgtaatcctg ttatagactt tggtggccat gacagctgtg tctaagcaga ttgtgaagaa 60 taatcctgat atgggtaagc tcaagccgtt aggtttcgac cggtttctcg ttatatcgat 120 aggaacagga tcaacaaaaa gggaagagaa gtacagcgca aaaaaggctg caaaatgggg 180 gatcatatct tggttatatg acgatggatc tactccgata ttagacatta ccatggaatc 240 aagccgcgac atgatccatt atcacagctc tgttgtgttt aaagccctac aatctgaaga 300 caagtacctc cgaatcgatg taagagctac atattaacat atatgtatgt ccttatttct 360 gattgatcgt ttaatttaca attgcaggat gatacattgg aaggagatgt aagcactatg 420 gatctagcga caaagtctaa cttggagaat cttcaaaaga ttggagagaa gatgctgaca 480 aacagagtca tgcaaatgaa catcgacact ggtgtatatg aacctgttgc tgaaaatatt 540 accaatgatg aacagctaaa gaggtgatta agcaattatg aatgtttttc ttcttggatt 600 acaagtaatc tcgatatttt ttatttatta aaataaaata aattaataat gggcctccca 660 aacaaaattg ggctgggcct aggacattac aaaagattag taatctcgat ctttgatata 720 ggtatgcaaa aattctctcg gacgaaagga aattaaggag actaagaagc gacacaatga 780 ttaaagattc atcaaatgaa tcacaagaga taaaataaaa ggaaatcatt cgtgcttttg 840 Page 56 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtgaaattg tttgttgcat atgttttacg tggtgacgtc cattacttta tatgctgtga 900 gatgaaattt tttaaataaa attggttatc taaatttagt tctacaagta ataagatgaa 960 acagcagaag gccagaagct aatcctgaga tcattttatt ctatgacaag tgtactcaga 1020 acaagtctct cgacatggag ggagatatag gtcctagatt caaactctat tacaatatat 1080 tttcttcgta aatttagctc atgacagctc aagctaaacc tacattaaaa taattccaca 1140 tggaaatata caaattctac aatcatgatt agcacgaaat atgtatgaag aaaagtctga 1200 ccaaatagtt ttatctttta gtatatacta ctacacgtga agtttatttt ttttgtcaaa 1260 acataattta aatactaatg ctaacgtcaa ttcatattta aatgcttgtt ggttttggat 1320 tttttccgct aacctaattt ttttgaaata atgacccaaa acaaaaacac agtttttaca 1380 tatattttga ctttttcgaa aaacttcaaa tttcgctgat gaaacttaat cacgtattac 1440 gggttttact atttaagaca ctagattaag tgattcctac caattaggtt ttctaatgta 1500 aatagataac tgatctccaa gcaaaccaaa taactcatta ttagttatga ttcgtggcat 1560 tagttgtagt ttccaattga tagatgtctt tagaacaagt ctgaatagtg gattcagaag 1620 ggaaacgagt cgcagaaaat ccaaaaaaaa aacaaagtca gtttctggct gtttattttt 1680 gattaattgc aaagtccacg aaagaaaata tttgtttctt aattcaaatt tatctattgc 1740 aactatttct cgtaaattaa tttgtgacag cccaagctcg atgaccctaa ttaatgatag 1800 ggtaatatta cttgctttaa attatcatat tccacataaa acatatatca gcttgtatga 1860 agaaaagtct gaccaaatag tgttaaatct atgcaaatga aattgtgcat ttgtatatat 1920 atattgacct ctacatccaa aacttctacc aaatttcgat tcaaaatctt gtagttcaaa 1980 agaagattga tcaactataa tg 2002 <210> 52 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 52 tttgcttccc ttttaatttc tttcctatct tttgcttttc ccattcatct ctctcgcttt 60 ccacaaaggc gagatttgaa tacgtaatcc taattatact ctcatagaga tttggtaatt 120 tggcccaaaa tatctttcta ctttgtaata tgtcgatgca tagaaaacat aatcttattc 180 taacattcac aaatctccta tatttccata ttgaatctct cagtctggat cggtttgtaa 240 tctctgtcca gctacctctt acgtttcagg tgtttctatg atttatccat tggcttcatt 300 ggctgcctat aacttatata tcatgttgca atctttgtgt gtgttgtgtt ggggagagct 360 tatagccggc cgctcctcca ttagcttcca aatggttgaa tcagtctgta tcagatttaa 420 actcagtgat agcacccacg ttatgcatga tttttaagat ttgataagca gactgttttt 480 aacttcaatt caagagcatc atccactttc ggcttaatat cctatattaa tttctttaac 540 aagctaaaat gaacataatg aaaataacta cactcactga ttggcaatta ctaatatctc 600 aaaacattaa gaagtatttt tttttttttt gggtgaaaag tcactgtctt tttcttaaag 660 Page 57 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccaaaattta tacggaacga caaaacaaaa aatatgacta aaaacttctt aagcgcaatc 720 actgaccatg cagcctattt tagtttttaa gtcttttata tacattggct gttatagtcg 780 taaaacaatc aggtatttgt tatggagata acaatttggg aacgcataaa tagtgcctct 840 gatggttgga agtggaacaa aatcacaata tttttttcta gtgtataaac aacatacaaa 900 tatcatgtca cctgcaaaga gaataatatg ccaaaatttt gatataatac gcataacaga 960 gtttatatat caacgttcta gacttatagg tgatcatcca ttatctttaa cctcttgtag 1020 ctagctaggt taattaggag atgcatgcat ctagataggc atatatagtc taacattaca 1080 aatccatcaa aggttccctt cttcttctcc aaagaaatta gctacataca aatttgacag 1140 actctcataa atatatatat atatgtttat agattatatt attaaaaata caaatgatat 1200 tttctgtatt ttgttaaaat tagttcttaa gattttatga aatttataat tgagccaacg 1260 tcttagaaat aattatacga catacgtaat ttaaattcaa tgacgatgac ttaaacttaa 1320 tgttttacag tatttatcca atcaaatttt accacatcag cagagaagag tcaaacttag 1380 gaaaagtcta tcttggatta tcctgacgtg gcttttttca agtaagaaat aaattaatgc 1440 taatcacgta cgtacctacc cagcttttgg acctcgtggg ctatatagaa aacaagtaac 1500 caaagagaga cgaagcaaaa acattcagag agaaaattca gcatttttga tagctcaagc 1560 acttgattct ttccaaaggg gtttcctgag gtatgtttgc tttccttttt ggttttaatt 1620 tgtttcaaat cttagatcga ttcttcactt tggattctta aatcgattct tgtcctcgtc 1680 tgtgctgatt tcgaactttt ccgattccaa ctccgccgaa tctacgtata gatctttgag 1740 gaaatgtttt tttcgattta tgatcggcgg atctaccgat tcctttgctt gttttctttg 1800 gatgtatcac actcttctga agatgccttg acctttttat gtgaactagt aagagttatt 1860 atggcttaga tcgttgaata tctggtatat gtgttcttat aatgggatta ggatctatgt 1920 tttggtgcgt attaaagctt agttgagatt gatgtttttg ggttttcaaa ttctgtttct 1980 tgtctgttga gctaatttaa 2000 <210> 53 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 53 atcctaaact ttcactctac tctggcattg ctctagacga acccggagaa tacaggacag 60 tgatcggcag cttgcaatac ttggcgttta cacgaccgga tattgcgtat gctgtgaatc 120 gattatcaca atttatgcat cgtcccacag acattcattg gcaggctgca aaacgcgtcc 180 ttcgatatct tgcgggaact gctactcatg gtatattact tcgctcaaac tctcctctct 240 cgcttcatgc attctccgat gctgattggg ctggggacaa tgacgatttt gtttccacca 300 atgcatatat tgtgtatctt ggctctacac ccatagcttg gagctcgaag aaacaaaagg 360 gagtcgcacg ttcttccacc gaggccgagt acagggctgt tgcaaacaca acttcagaaa 420 Page 58 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttagatgggt atgctctctt cttactgagt taggcatcac attaccaaag atgcctgtga 480 tatattgtga caatgttggt gccacatatc tctctgcaaa tccggttttc cattcaagaa 540 tgaagcatct agcattggac tatcatttta ttcgcgacaa tgtgagtgcc ggtgcactac 600 gagtctctca catatcaaca catgaccaac ttgccgatgc tctaaccaag ccattgcctc 660 gtcaacactt tcttcagttt tcaagcaaga ttggagtgag caaactccct ccatcttgag 720 ggggcatgta gagtatataa gtaaaggata gtttagtaaa tcattaatcc ctaattcatt 780 ctaatgtagt ccctatatat attgtaatta tatcatctaa tgaattattc agccttcaat 840 actatagttt gatcatgtgc ttactttccc ttcatttgcg atacttcaag gttcttgctg 900 ccactgtttc tttgaatgcg tcacatgttt gaacatgtgt gttctttttg gatcgaagct 960 tagctcttta gatggaactg aataagtaaa agaggtcact ggataagctc tgttactaga 1020 ataataggag ggcttctgct tcacatttgt aatcctctct ctttctctga attgatgttg 1080 caattgcttg tcatcagtat ctgtatttcc atagataact gaactcatta aagggcaacc 1140 gaagctgctt cgtggtttat gtttcttctt tgtgggctat tttgctttgc actttcactt 1200 gtttcttagt tttggtttga tttttcatac tgggccctga gcaaaacaat tttagttata 1260 tgacttgtga aacttaaatg ggttttaatc gaatggtaac ttcatctaat ttgtttgaat 1320 aattcatcat ggaccttaat gataatatct tgagtctact aatcatttca caaatccttt 1380 cattttccaa cagcaagtag cctgattttt gaacctcagc gatagacagc ttaaagtgcg 1440 gtcattctcg caaaaagcta tcagtcttta tttgattcac gaacattata cacgaaagtc 1500 aaaattaaat aaccaaaaaa attaaacaaa aagcaaacaa gaaaacgact tctctggtat 1560 gattggaaca aatttaatag agagagaggt tagataagaa tgtggtagaa gataagaccc 1620 aactacgcgt cataactggg tcccatcttt gtctctttcc cttcttcact cgccaacccc 1680 atcgcgtgtc cccacgctcc ttccctttac tttttctcgt tatccaaaac acgacgattc 1740 ttcattttag atttttttca ttaataaaaa aaaaaaagtc ttttattgca gaaatttcga 1800 tcgtttttgt tgtgtgtaca gagagattat cgtgttttgt tggcaatcgc cattaaacct 1860 tcttccctct aacccaatca aatttgcggc tctttctttt atcttctcgc ctcggtttta 1920 gcaaaccctt tagttatctt cttcctcaag caatttttct tttggattag attggtgttt 1980 tcttttggtt tgtgtggtga 2000 <210> 54 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 54 aatgtagtag agagacgagc cggacaaatc gagttctggt gaaagtatag acgagctggg 60 agacgagata ggcggattgt gtagtcaatg gacgaactgg cagctaggtg aggagataga 120 tttatgcact tgagggacga gctaacgact aagtgaggaa ttggacgagc tgactagctg 180 acagctaggc gaggagatgg tcgttgagtg gtggagcttg aagacgagct gaacttaaag 240 Page 59 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acgagctgga gagcttaaag acgagctgag gagcttgagg accagttgag gagcttgagg 300 accagcagag gagcttgagg gcgagctgaa gtgcttgagg acaagcagag gagctagagg 360 acgagcagag gagcttgaga acgagctgag aagcttgaag acgagctgag gagcttgaga 420 gcgagcggat aagcttgagg acgagcagag gagctagaga acgagctgag gagcttgaag 480 acgttttaat atggatttct tcctcctttt ttccttgaga tgcctctcta tttatagaaa 540 aactaagctg gtgatatgga ccaactttta tgggcttttt gggattgatg ttgattagtt 600 tattcttgat ttgggccgaa ctaaaatgag gggtgcaaat aacaaagata ttcccctttt 660 aatcaaagat cagtaaaaaa aatcgaagtt ataattacat actaacaaaa ccaaaaacaa 720 accaccccgt gcaacgcgcg ggtctcctcc ctaatgaaaa taattactta catatatatt 780 gcattattgt gtatactttt caaagtcatt catattattg ccgacacagc aatatataac 840 aaaggattct ggaatatgag aatataatgt agtggccgac catatttagc atttattcat 900 agttcactac acgacaaatc atacgcgcgc atttacctta acggtttttt tttttacaac 960 ttaccttaac ggtttaaccc acatggtttg gaactttgga tattattttg gtcaactttt 1020 tcttacaaaa cgaaaagggt tctattttct aagatgtata tgaattgtca agcaagcacc 1080 tatcacatta tgaagattgt cttcatccat ttctctcata tttctatgtt tgccaaacaa 1140 tattgttctt tgaaataaac tttcaaaatc gaagattttc aatttcattc gatataattg 1200 ccactggtta aaattctttt tttttcacga aattttcact aaaattataa agacgatacg 1260 aactgggtag ttgaaactaa agagttcaaa cttgaagtct atttcaaaga actgggtggt 1320 tattttcttg gaatgtaacc ttcacttctt tgagattaaa atgtgtttct aagagtctaa 1380 tttggttgat atttcatttt tggttataaa ttttactaga ttgtttcttg agacatctta 1440 ttgttttaat cggattatgc atttgaattg ggtcgcaaag taacaaaact atttaaacaa 1500 atatataatc acacgtctga gttagtttgt ttaaatccaa attttagttc ttttaatccc 1560 atctatacta tatgccttca aattatatac tatggtccta atatggacat agtcagaatc 1620 atttaaaaaa aatatctaaa agaaataaaa attgcaacca catagtagtt gaaaatatct 1680 aagagaatat aatatttctt tcttttaaag gaatataatc taccccaatt aattgtatca 1740 ttatttccag ttaaagaacc agtacagcac attggaagaa ttaatcttat cttcgccacg 1800 ccatatatct ttctttctac tataaagtaa tctctaagaa aaatacaaac caataataat 1860 atctcattga tagtgataga ttagtattaa ttatccattt tgggctataa atagagaccc 1920 tttgagatcc aagtttatcg tcaaagcaac caaacacata aaagagagat ttaatacaaa 1980 agaaagagaa aaaagaaaga 2000 <210> 55 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 55 Page 60 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taaaacgagc tgactaatat tggacaagct cgatgggttt gaggacgagc taatagtgca 60 ctctctctat gtcaacataa agtgtagatc ttgtgacaag acttgctatt ttgtatttat 120 aagaaccaag ataggacata tgtcaaagta aattggtgga tctaccttcc gacctattga 180 catggtttcg gctttttata gacgctaact catcgattag gttttcttcc aaacgaattt 240 taagttgaaa atagacccaa ttaccttaat tattattgga cattgtccat tccttgagtt 300 tattccaatt aaaacctgaa ttggaggaag cccaattctt ccctcaacaa ctatgttacc 360 catctcctct taatatataa atttttaaaa tataaaagat tattattaat taagaagttt 420 acaaacactt gtcaaacaat aaccataata aaactggaaa aagaatatat tatattctag 480 atattaacca aaaagcttaa tatcattttc aaactattgg taattaacta attgttcttg 540 aaaaatgtag tgtctaattc cgtttcaaaa aagcgagtta acatttggaa gccttaactc 600 tttttttcaa aaaagtaaaa tgaattgaaa tttgaaatga gtaaaaaaat caaaagcaga 660 gccaataaga tacgtacacg tcatagccga ctctagcaca aacggtgtga aacgaaaata 720 taaacgtcgc tacaaaaaaa atcgtcgaga caaaccaaaa aaaagcctaa aaagccgacc 780 ttttttcttt ctttctctcc tctacctctc agcttctgct ggatctctcc agcagacacg 840 atcttgttcg gagagattcg tagggtaaag ggtttctctt cttctctatt ttgctttcac 900 ctttataatc ttttctgggt ctcgattttg ttttctaatt tcatttccat ttcgattcga 960 ttcctccttt gtgtgggagg cctttgttcg gtcaacttat gtgttctgtt tttgtctctt 1020 ttttattgat tagggaccga tctatcaagg cttcaagggc aaacaggtga attagctttt 1080 gggatttggt tttatttagg gttcatttgt aagctgttga tgtgaattct tttttatggt 1140 tctcgattgt ttaatgattt gattgtttgg ttatatttgc atgtgggttt tgtgtgtgtt 1200 tggaaatttg aatgaattga tgtgaaaagt tgtaactctt gtttttgttg atttaaaagg 1260 ctaagttttg aaaattttca tttctgtgga gagaggtagt gttggatatg agtgatatta 1320 gctatgtggg ttttgtatgc ttttgaattt tgaaatgaat tgctatgaaa agttgtaacc 1380 taagaaaggt agtgttagat ggaaattaga ttagtatgtg agttttgcat gttttagaag 1440 cttgaaatga attgctttga aagtttatag ctttacgctg atataagagg ctaatttcta 1500 agtagtgttg gatagaaata agattagctg ctctaatgtt tttaaaatga ttcatttatg 1560 attctaattt gcctaatgaa tgtggtacta ggtgctaggt aacctagaca cttctgtttg 1620 gttgggtagc ttattgttag aaaacaggtc agcaagattt gtttgtctgt ttcaggttct 1680 agagttagca gagaaatggc tctaggcttg cttttgttct cttctttcta tttagttaaa 1740 gatcctgaat tataggaagg tgcttatagg tagtgtggtt ataaactatg aagatcatgt 1800 gtaaggtatc cagataagtt atttcatgaa aagaattgtt catctgctta ttttcatgtg 1860 tatgttttgc actgattttc taaggcaact gatgatactg attgggttta aatgtactca 1920 tcatcgtgaa tcttctgcga atttttgttt tatttttcca tgtcactgag actgaagatg 1980 gctgatttta aatgtagaaa 2000 Page 61 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 56 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 56 tgttgagcta ccggcacctc ccggtttgtt acattaattt tttctttttg tcagacatac 60 actaattaat tcagagattc gctcgattac aaactttaat gataagttag tagtttaatc 120 atggtaggtt aattattgtg gtaatatata gcgtgatact tattgatttt tccctaaata 180 tagtgtgaaa agaaaatatg attgagtgag gtaggttaaa tctatcgaaa tagtttaatc 240 agagatccaa tggtcatcat tttttcctca acaacaaaca taattattta taggaatgtt 300 tgataatatg ttcacagttc acctaccaaa actatgtcat gaaagtttat gttctacctt 360 ttaattggcc tcaccttatt atactagtct tttattttct ttccaatgat cttatgatta 420 gtctcgtatt cattttccta actaatttta ttttattttt gaaaatgaaa taagttctaa 480 tcttagttat atgtccatca ttaggcaaga agattctaca tatatatata ctttaccaac 540 tttattgttt catataaata ttttaaggtt ctacttttct gtatcatttt agacaatgtt 600 ttagagaaaa aaaattgttt cagtttaagt gatgtttgca acttttaatg caacattttt 660 ttccagcata ttttataatt ggttgaaaca atttaattta atttaaattt ggtgttttct 720 taacttgtat ataaaaacct taaatgtcaa ttgaaatgat agagagagac attactatat 780 tattgtgaaa aagtatcact atttctaaag aattgttcta gtaaaaattg gtattagtta 840 attttcagac catcataaaa aagatgattt agattagtga caaagaataa tccttcaaaa 900 atacatattt cgacacaagt atacttggta tcaaaatctg taaaaaaaaa atcagagcca 960 tgaccaaata caatatgtta agttcatgtg acgtgagata ataaattgat ttgattcact 1020 ttccaattgt gtttataatt aacgcattaa aaacactaaa aagcaaataa ataaatgtag 1080 ccgaataagc cgatggaagt aagaattgaa gtccaaaagc aaaaacctat agatccggtg 1140 gacagtcaac agtgtcattt aatccctata aatagctcac tcccttgtca tccacaaatc 1200 gtccccgtct cgtttccttc ttcgctcgct gttcagattt tgctttgagg ctttaggctc 1260 cccagatctc taatcgccgc aggtttcgct cttcttctcc gtcttattga tttcgagttt 1320 ttaggcgatg cttttacggg ttttgttgtt aaatctgaaa cgaaatgaga tttttctatg 1380 ggtttcgatt cagatttgat aatattcgaa ccttctacgc ctgttattat aattagatct 1440 gcgatagtgt gtgactattg aaatgagatt ctcaagttct taggttatat cgtttgtgat 1500 ttatacagat ttaaaacgta tgtggatccg ttaattttcc agtgctgtgt agcagatctg 1560 cttaataggt ttatcttttt tgcaaatgat tttgattttc gcatcgatcg tgtactctat 1620 gtagtagtag tagtatatga tttgataaat gtagtagtag tagtatatga tcgtgtactg 1680 agccataaat gagccttcct cgttaattat tgtccatgaa ttgttagtta agcttgaaag 1740 ttccttaaac gtttaattag atccttatca ctgactgttc cactatgaat atcagaagaa 1800 tcgaatctct ttggatgaga tgcgtctgtt tttatgctat tccacaatga tttggaatct 1860 Page 62 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcttagctt tttatgtcac ttgagtgtgg aatctttttt ttttgttctc ttcctttcaa 1920 ttgtaaaaag tttgttatat gtgtatgatt tttatgtggt tgctgattca atttttcttt 1980 ttgttgttat agctttaaga 2000 <210> 57 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 57 cggtttctga accaccacgg atacaaccac cgcttaggac acgatcagaa cctcgtgctc 60 caccgccacc tcctcctcct cttctatcac cttcgcctct gcggcttcca cctagggaaa 120 ccaaaaggca gagttctgag catactagtc gaaaggatga ttctacagct gatgcttggg 180 aaaaagctga actatctaag atcaaagcaa ggtaagtagt ctcaattcac aaaaacttat 240 ttatgtgtgt tatttacact cacatatgta ttacacaagc aggtatgaga agttaaacag 300 aaagatagat ttgtgggaag cgaagaaaag ggaaaaagct cgaaggaagc tggacatatc 360 tgaggttgat aatataatga ctttgtataa tctaatctca taatcattat attataactg 420 gatgataact tgagttcatt attctctaac atgttggtac atgaacagca gagcgaacta 480 gaacagagga gaaagagagg tttgcagaga tttagagaag acacagaata cattgaacag 540 attgctgctg gagccagagc tcaggcggag aaagacagac agagcaaaga gttcaaggtg 600 aaggagaagg ccggtgttat ccgtagtacc ggtaaactcc ctggaaatgc atgctgtttc 660 tgacactaaa acaaaggatt tctgataact gtagctagct atatgtatgt atgtgtgtgc 720 gtgagagatg atatgggttt tcattaaaaa gaaagaagat cttgaaagcc aaaagtgtat 780 gttacagaga gctctcaaag atactttctt aaaccaaaat caacacaaca ctcaaaagac 840 agcaaatata gcagcttcaa tcacaacgta aatagtaaaa aacatgatgc agttaatatg 900 gacttctcag tcactagatc aacagaaaag gtttcataat cacaatcatt ccattcttct 960 agtgttaatt tgatggacct cttgatttgt tcctagaggc gttactgaaa ggtatcataa 1020 tcatcagcag atgtttcttt tccagtaatt taagtgatta acagattcca tagtttccac 1080 caaaacttcc agtgaaacac ttgctaacta gtgaagctat tctaagaaca taaataatgt 1140 caaaattggg ccactaatgt tgtgagctca ataacttgct tttagtacac tgtatcgagc 1200 ttagttttca agccccatct agtgttattt tggttttgtc tttataaaaa gcttgtaata 1260 tacactaccg acaaaatcaa gtgattggat ttatcattat cacccatcaa agcttcgacc 1320 gacagtcttt aatggaacac gataattcca tggaagatat ttatgtgata tttcgtatga 1380 atcataatga ccacgtaaga aaatttgtga tcgagaagag aacaccacat tggtcacact 1440 gtatgacaat aactgatcac taataaatgt ctttttcggc aacgacagaa tgatatcaac 1500 tttagttagc ctatcatcaa cgtccaaata taaacttttc taacatagag caacattatt 1560 aagacaaata atatgagtat taaactccat aaactaaagt ggtgctgtca aaaaaaagaa 1620 Page 63 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaacttaaaa gtgattagag ttttatttat ttattaatat tcatagtgat aaagagattt 1680 ttatctcttt caatttatga aatgttttca taatattttg ttgtcaaata tggagtatta 1740 ttttattttc aataacaaaa aattataaat aaatgagtcg ttttcacatt tacgtctaca 1800 atcacaatgt atgttattta gaacaataat tatagtggct taaaaatcat taatgaaagt 1860 agataatagt atactttttc tttttctttg tgtggccaac atatccattt tctagtctat 1920 atatacacat atccatctct taactcttcc atccaaaaaa aacaaaacaa aaaattatat 1980 tcaagagaaa aaggaaaaaa 2000 <210> 58 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 58 ttagtaacaa actaaaaaaa tacattagta tatgatttca cataactcaa atattttgtt 60 ataaattaaa ttgttttttc tcaatgtgat caaaacccta gcaagcgtca cacgacacgg 120 cccgtttctt tctcattttc tttaattaaa ctcaatagta tttcgttaag ttttgtgtag 180 attcttaaaa taacgggaat agattacgtt ttttcgtgca aatcaatagt aattaatttc 240 tcatttttag ggaacttgca cggtgttgca caacatattc agttcaaaca tataaaaatt 300 catatacatg taggtttata ttacttgcat atcatatgag gttcatttcc tgaaatattc 360 aattggtttt atatttggta ttactctttt gttattaact tatttttaat gcatcctcta 420 atattcttct tctttacaat tttatggccc ccacatggag ccacgtggct atattaactt 480 ttccttttta cattcgttta ttttattttc gtataagatg aaaacaattt atctttagaa 540 cttgtgtgga tatgtcaata actaaaattg tcggtactta ccatgaagca tgtgttatgc 600 ctatgtatat ttggaaaaaa aaagggagag ggtagtgaaa ttagcttaac taatagttta 660 tccgccgaac aactcttgta ctcgtcaaaa aaaaaacaaa aaaaaaatca gacaaatcgg 720 ccctcttcca ttattcgtct gcactctgca gcatatacgt gtattatttc gctaattaac 780 cttattttgc tataacttta gtttattttg cagcttagtt ataactaact atatgtatag 840 tatacgcatt aactggaggc gatggagcaa tgcaaattgt acgtcaattg tagtttgtgt 900 acatatatag aaatgatatt gtagcaaacg ctgtggtagc cactagccaa cgaacaaagt 960 ttcatatacg gacatgcgta tgattatttg aaagaaaaag agcacaggga aatagataga 1020 tagacccact aaataagtaa ataatatgta cataatatat agtacagaag caatgaaaga 1080 gacgtatata tatgttgact gaatatcttt ttgtaattat aagaaaaaac aaaatatgta 1140 agttttaaac gatcgatcat ggatataact ctatttgctg gttggaaaaa aaattgcttt 1200 ccatatcata attttctagc tcaatgcgat aacacaagat tctatatgtt aaaacaagtt 1260 aaataaattg acaacaaata tgattgttta gatgaattcc ctattactga atagagttac 1320 tcatacatta aaacgtgtgt ttcctagtta aattttattt tgaagaaatc aggagaatga 1380 aggtgaaaca tacaatatta gctaatcaat tatcattttt tttttttttt caaaatcaac 1440 Page 64 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcatggtgaa ctagcagttg aaagttagtc atatgacatg taaaactcga gttttcttgt 1500 tcgattattt tcacttcgat tagttggcca tataacattg ctatatacta taaacacata 1560 aaaaaaatat caaaaacact ctattcctcc acaaaactca catagttttg taactcttat 1620 agtgaattaa tttgtgtagt tcttaataac aatttgtata aatataagtg agtttacact 1680 aactctattc atccgtgtag tataagtttt tgaacatttc aatagctcag taggtgcaaa 1740 gttttaactc tcttcttctt atagataaaa gtggatgata aattaaaaaa taaataaaga 1800 agagagaagt gaataaggtc gagtcggtca ctcacggtgc atggtcactc tctctgcacg 1860 ttctcttgcc ctctctctct ctcgttatct cccctattaa agactctaac cagtcacaca 1920 gagagtgaga aagagagaga gacagagtca gagtcttcgt ctgcaagaga gaacaatacc 1980 actcaatcat aatctataac 2000 <210> 59 <211> 1246 <212> DNA <213> Arabidopsis thaliana <400> 59 tactgtagtt gaggataatg aagttgtttg ttttattaag tcactaattt ctgaaacata 60 tgctctgcta attttcaaat tagagaacca aattaataaa agttgaaaga gacagaaagc 120 catctttttg gtctttgcaa gttagtggat agatttttat tcacaaaacg acatgcattt 180 ctttgctcat tcttcttggg acatattcgt catttcgtga ctgaaaaaat gatgtttatg 240 taagaaatgc cgaggacatt aatatttcag aattcagaca atgtacacaa acgcaagtga 300 atattataag gataatctaa gtgaaagagt ttaaaatgga acagaatggt ttttagttat 360 ctacaatctt tcctcaatga ttaaaaaaaa atgatttcga tataatcttc ttctttttct 420 tttttgggga aacaagatat atcttacgaa acaaaaatag tcatgcatca aataatgtta 480 gttctcccat aaaatattgt atttgaactt agattagata aatcaacttt tattcttcta 540 atgattgtat ttggatttga gtactattgg aaataagctt aatcatcagt aggacactag 600 tcatatttca tatttgggaa aaaggatata gagcactaca ttcaaatcat atccttttgg 660 aatctttgag taatcatgag tttcgcaaag ttaaaattac cccgaatcat aggagtatag 720 atttaaaatt gatctattat aaaaacaaag atcttgttca aaactttaaa tcttgttcac 780 gagtacgtca caattttgtc tgggaggcaa cgactttaaa ttgtcaccta tgatttgagg 840 agcacgcctc tatttaaata tttcaactag attatttata ctaatagtaa ttccaactac 900 atatgctaaa attcatatat tttgatttca gttgttaatc aactatattc caaatttgtt 960 atataaaaaa agagttgtaa tggattacta caaaaaaagg gaagaataac gaatatagtg 1020 ggaaaaaagg agtgaaatgg acacgagagg ttggcaacga aaggcttttc tctccataac 1080 ccaaaaaaga ttcggttgtc acataatttg cagagattct ccactctctc tatccttcta 1140 taaattacat agccatcgga tcacaaaaca gracaacaac aacaaacaag aactcaaaca 1200 Page 65 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcataact aaaacatcct ttaaagcctt ttcaaaaact caatca 1246 <210> 60 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 60 agtatcagca ggagtcctgt tagaggaaga agaagaatta gcagaagtcc agttccggca 60 aggagaagga gtgtgcggcc tagatctcct cctcctgacc gcagaagaag tttgtcaaga 120 agtgcttctc ctaatgggcg cataaggaga gggagaggat ttagccaaag attctcatac 180 gcccgtcgat acagaactag tccatctcct gatcgatctc cttatcgctt tagtgatagg 240 agtgaccgtg acaggtgaat agcccacaca taatataact ccccctttct gttacacact 300 ctcgtactga accgtctttt ttataacgtc ttctctgtag atttagaagt cgcagaaggt 360 tctcgccaag tcggttcaca agcccactaa gaggaagaac acctccaagg tacttatcct 420 ctttagtaca ttgtttcagc tgattcttta catctaaaag tttcatgaat atggaactaa 480 aattggtgat ccaaaagaat tattcttgat ttcacaactc gaaagtatgc tcaggtatag 540 aagaagaagc cgctcagtat cgcctggtct ctgttatcgc aaccggcggt acagccgcag 600 ccctatccgt agccgatctc caccttacag aaagagaagg tcaccatccg ctagccacag 660 cctgagtcca tcgaggtcaa gatcaagatc aaagtcatat tcaaaatctc ccattgggac 720 ggggaaagca agatcagtgt caagatcacc atccaaggca aggtctccat cgaagtcgga 780 ttcgacatcc tcggataata gcccaggtgg gaaaaaggga ttagtagcct atgattaatg 840 aataatgatt acccttaagt taagtgtttg ttctttttac tgagaagaga tggtaaagag 900 agtaagtagt ttacttctgt aaaacataag cattgtcttt tgcgtatgtt tgtttgatta 960 tgctccaaga ttgttaaaaa tttctgttga tgtttgccga cattttttct ttgttgccat 1020 ttgccgacaa atgttaactt ccattattcg ttgcggagtt ggttttggtc caataattaa 1080 actttcataa aattaagcat aactaaatgt gacgtttgtc accaaacttt agaacaacga 1140 catcgtaatt tatttatttg gataatcaat ataatttacg atttcttcct acatatatat 1200 catatcacta taccaccgtc attatcacta tcactaaata taaaaatgtt aaaatgattt 1260 cttaatggaa ttttttttgt taaaagttta ttgacacaaa aaatgaatta aaactcagaa 1320 atctgtatac tgaattaaaa cttgtaaata taacaacaaa atgggattaa aaaaagaagt 1380 ggcatccatt taaaaattat ttgcgaattc gcccgtaact tcttaagcta acaattagaa 1440 cctaatcaac actagttatt ttgagtccac cgacaggtga tagcaaataa aaaagaacag 1500 gctggtacca gagccaacaa caacgtggct tcttcttttt tttttttaat ataatcaaac 1560 aatcatactt tgtcctatct ctttcttgca ataagatttt gccacgtcac atactaagaa 1620 gctggcgcgt ctagtgggga agccagaacg gctcacttta aaaagtagag agatgataac 1680 ttgagccgaa tagagccgag ctgagctaaa acggtgggag aggaagaggc tactactacc 1740 gtcaccatct ccggtaaaat aatgtacttg tcatttaaaa attaagaaaa aacacatcac 1800 Page 66 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctgcgataa aataggcaaa agcagatttg aagaagaagc agcttgagat atcaaataga 1860 gagagagagt gacagaggag tgtgtgaaca tcctttttta gtagatttgg gttttcgaga 1920 tgccgtattg aatcggctac gaatttccca attttgaatt ttgtgaatct ctctctttct 1980 ctgtgtgtcg gtggctgcga 2000 <210> 61 <211> 2000 <212> DNA <213> Arabidopsis thaliana <220> <221> N_region <222> (809)..(812) <223> n = any nucleotide <400> 61 agcatcgaga gaatacaatt tgaatagatc cattacaaat gacatgatag agagagaacg 60 agagcttacc agcattttcg cttgtcaaag aagacatggt ttcgagtgac ctagactgag 120 agagacttct tctgaacaaa gttgacaaca ttgggacaaa agttattaat tgttcctcaa 180 ctagaaaggg tcagtaatgg gcctctggtt gggctttaaa ataaatggtc ccggaatggt 240 tgcattctgt acaacgaagt taatgggctc ttttgtgggt gttgtactag ggacttctta 300 tttacaagtt gctcaaaatg tgaattctgg aacatagaat gctcctttct cgtttctcgt 360 ttctactagt atatagtaaa cagagtcttg ttcaaaatga gatgaaaaaa aaaaaagtct 420 tgttcaaaat gagaaacaac accaatctct ctaatcaaga attctgtgca agtttacatt 480 ttgagtaact tgtaatactg ggaaggccat ggagtgagtt taagtttaag agcagctgaa 540 ctggtcgtcg taccgggaac ttgacttaac cagcccctac tactcgtcta tgtcgggaac 600 ttgtaatact catcagaacc cacaagtatc atattcagtt ttattataag attaatcaat 660 attcatgcaa aggagtgagt ttaagagcag caaatgcatt caaaggagca acaaactttt 720 aattttggca cagaaagcgt taagaactat aacaagattc acccttttga ttaatgagaa 780 gatacgaaaa tgttaaaacg atccaatgnn nngtcggtaa tgtcaagtag aattcacaat 840 cgattgaaac gatgaataac taactaagct cgggtgatag ggtctcctcc aagtgatagg 900 ctttcccaaa cccattgttg agtgaaaagc tcgtccaaac tcgtaacttt gcagttgcta 960 catttccctg gtgctttttc tggctctgct ccgaaaatgt acaagtcttt ggctttccaa 1020 tctgcgagat aagtggcgaa cttcgagttg actcgtgaga tcaccatcaa atctgattca 1080 tcattgtcca atgcccattt atcaatatcc ttcaccatcc tattatatct cgcatttgca 1140 tctcctgaaa accatagtta tatcaatgga gatatctaag acaactaagg ggagtgagta 1200 gtgttaaaga gggagaggaa atgatcacct gcgggtacga acatgatatt agcgaggaga 1260 aactcatcct tgaactcatg attcttctta ccgtaaaccc tgattgacac attacaagga 1320 agataaccct gtctatctag agctgattcg atattctcag aaacctcaga aggctcgaga 1380 tcatcaggga gtgggcattc tacgacgtcc cagaagacga ctaccttatc ctcttcctct 1440 Page 67 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agatacaaaa aaggcggcaa aatgcattaa caatcagtat ccagagaatt actattgatt 1500 tgttcctcca catactatta gagagataga gagagagaga gctaaccagt ggtcatggtt 1560 tcgaccaaca cccgagaaat cagggtttta gatctgcggc ggtggaagag cgagctctct 1620 cttggtttgg ttgggtttaa aaagaaatgg tccgggaact ttggtttagt aatttagaaa 1680 tcgaaacaga gcaacaaaag ttgatatggc cgagttggtc taaggcgcca gattaaggtt 1740 ctggtccgaa agggcgtggg ttcaaatccc actgtcaaca atttactttt ttgtcttttg 1800 gtggatgact cttcttaaaa taaaaagaga atgtaaaccc tccaattcga tgagaaggtt 1860 caaaaggata gcaaggtcag attatggtgt taatatataa aggagacatt aagtggtaac 1920 cctagaaacc ctttctctct cgcctattgt tgccgttgct tgctatcttt cgccgtcgtc 1980 tctttagctt cttgcgaaga 2000 <210> 62 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 62 gccaaaggcc aaagttagta gaacatgtaa atgcattaaa ttgacaggtt gggagacaaa 60 aagattaata tggaagatta aaaaaatctt tcaaatccat aaagtaaaca gtatttctcg 120 agaaatgatg atgtaataag taatattaat acaaaactcg aagctcgtaa gttaattggt 180 gattagttgc gtttcttaag gaaattgttt gctcaggaag aaggtgagga tgacaaatca 240 gatgtgtttt ygggtaggag gcaagagtaa tgatattttt atttgagtta tacaatagtc 300 gagtagatgt attaaagtaa aaaattgatc tatgtcaaat ttgttctttg atacataaga 360 gatcaaacaa ttacaatctt gtttagagtt tatatatagt gtcggttttg aaatacacag 420 ttttaacttc taagcaaaat aagaaacaac taagacccat ataattttta caaatcgcga 480 attcatatta aacattgcaa ctttaaatgg tactagctag ttcaaagatt agagttttta 540 gtcatttatt gacgatactg aactataaac accctaaaac ctggaaaata aattgtcact 600 gaaaattaaa tgatcacgag atttcgaaca gaagcaatat tattctatcc aaggcattat 660 gtatctctct gagatattaa gaatgacagc tgaagccagt gaaaataagt tgttcgttgg 720 gcctttcttg tagttcagtt atttcacctc ttcaatgctg ttttgtcttc atatcaaaac 780 atattaatat actatagact gtgtaaaaaa aaaaatcata tactatagac tatatagtct 840 ctctctcttc tcttgtgatt aatactcgta agttataagt atgaagcttc aatttaaaat 900 gactttacat ttctactgtg gtacagctaa gagaatagca tacttaatgg ttgatcattt 960 gatcttgata gtttagtctt tgatstgttg gcagcaaatg gtatcggact aaaaccgaat 1020 ttaatctaca ataatttgct atcgattcaa attatttgaa actattttag tcatttgtca 1080 aatcattagg ctgaaatcgt ttaacagaaa acaaaagatt gtggatctta tatatactaa 1140 gtactgaata tacaaaacta taaattttca aaccaacaaa tgttagtgga cattttcata 1200 Page 68 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taattatatt tgtcatggta cattatatag cattattcgg agaaaaccac aaacgcttat 1260 agatatattt gttcacatcc ttggttttgt tcgggcttag atttgctgaa agtaagggta 1320 cattaactat tgtatacgat cttaatcgtc tgaataaaaa ttactccatt aactttaatg 1380 ttaggtttgg ttcttattgg ctgcgaatat tttcttttat tttttttgtc gtattttgtg 1440 atttatcttt tactttaata aagtgagttt tttttttctt tttttttgtt gttgttgtaa 1500 taattgaatt aagaagatgg gcccgtacat ggctcaatat acttgtcgtt gtagtccact 1560 attggcctgc aaatcacaaa aatgtattaa gaagcccaat atttgtgggt tcgaagttta 1620 aactgaaccg gtataagttg agagttaacg attttgaatt tggtaactac taaaccaata 1680 tctaaaaagg aactctcaac ttgtgatgtt atcttctaaa ttattttgtt accgctctat 1740 stttatcaat cgggattcat atagytcgaa tattaactag ctggacaggc caccacattg 1800 cggaccagaa gatttggttg cttatgacga aaatgacgaa acaacaagtt aggaaagaaa 1860 tatcgatcac gttacaaatg taaactcctg atttatcaaa ggccccattt ttatcacaaa 1920 accagatctt tatccaattt tgtcactcac cgaataataa agctttcatt tttcaatctc 1980 atcagagaga aattaagcta 2000 <210> 63 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 63 tagagactac aggctacatg ctcgagatct cattatcggt acgtaagaca caaacaaaag 60 tacgagtcgt acgtgttatc catcaaacta taacttacga gtgtttattt cacatttata 120 gtcttcaaat aggtaaacac ggattcactt tttgtttaag cccacgattt acatttgtac 180 ttgtgttgcc gataaaaata aaatattatt ttaatggttt tgaaagcgtt tttggttact 240 atagtagatc ttaagtgttt tttgtatttc acttatttca ttacatggaa aatatagttc 300 tcttcttttt atttgttcta atcatgagac atcaacatcg cctttcagta tcttattttg 360 gtcacaaaag tctatctacc atttgaaaat cattgtcaag agtctatcta gttattctat 420 gtccaaaaat attattactt cactttcaag tcgtctgcac aaactaaatt ttatatgagg 480 tttttttttt gaacacaaaa ttgtgtatga gcttaaacta cactacacac gtgcataata 540 gcgattaaga cacatattat aaggattatc tgggtgtaga agttcagaat ttgggattac 600 gagaattgca ataaattgtt tacagattaa aatttaacga aaggaaatta aaataaaagt 660 aaaacagctt aagatcaaag ctgatttgat gaattgatac ttttgaagat atgaccatct 720 tcatataaag tctgaaatgc aatatatgca tcacgcatta tccaaataga aaacgaccac 780 cactttaatt tcaagatata aaaccaatac ctaaaatgaa gaaaatttat atatgcatgt 840 gcatctgtaa tatataatca accattaatt atctatatat aattacgatt caccaatatt 900 aattacataa tctcaaacgt tatacgtacg tattatttag ggttgaaaac aaaacaaaat 960 gtcatgcgta tatgaactat acatatgcgt cattagctcg ttcttcaatc taggtttaat 1020 Page 69 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgaaaaata attttttctt cataaatatc tttttcttgg agcattgttt tttttttctt 1080 ttttcttttt ttcttggagc attgtatttg tatgagagtt cgctttcatc tttggatcct 1140 aagaatataa cttttatgca aatagaaagg acacagctat tgtgcttagg atggtaccct 1200 catcgtccta tctttagaca ttaaaaataa aataccattg attttgacct taggtatata 1260 atttgtatat cgaacccgtg gaggtcgcat ttgcaacgtg aatccataac gatataccaa 1320 cagataaacc atatctctaa ttgtcaatga aatgtacaaa catatatccc ttattctttc 1380 atcttagaac atatttttag gatctcttga acggttgatt ttgtttgttg tgatcgagga 1440 tatgttgtta attgttattt gattgttggt gagtatggag tgttggtggg taatgggtat 1500 aagataggcg attaagatgc aaagaacaaa cctacctcgg tctcattcga tatttgtgct 1560 cgttctttag attaaaacat agtcgcaaca acatataaca aaaaaaaatc tgtaacaaaa 1620 caatgggttt gttttataat ctaatgagta aatgtacatg aatcaaccaa aattactgaa 1680 tgcccaattt tagttcaaca tgagttaaaa cagattttaa aactaatata aaacgtcgtc 1740 aatttcaaat tctaatggtt ggatcgattt aaaagcccaa atataagaag gtgatcgtta 1800 aaggcccaat taaattgaat ccctaatata tcaagtgaga gtgttaatcg tcgtctctct 1860 cttcaaccat ttcccggctt ccgcgttttt gctttgtagc gccggaccgg agaagataaa 1920 acccttgctc cgccccactc acaggaagtt ctacatcgac ctgagttctc gtacttcgtc 1980 gtatcactcg ttcttcctac 2000 <210> 64 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 64 cgtgtagctt tcgatatcat gaagtttttg gcattagtgt attgtgttct ttatgtaact 60 ctgttttact aaacctaatt gggttttggg tgatgttgat ggcggatatg gtctctttat 120 gatagtgtta actttcttat cagcgatata ttgatgaatc tattgcttta tctcttaata 180 tagagtttaa aatggaccgg ttttgttttc gtttgtgcag cctattgtgt tgttgcagtt 240 gattctgctg ggaggcagat tcctatggct ttcttggaac gagttaagga ggatttcaac 300 aagagatatg gtggtggaaa ggctgcaact gctcaagcaa acagcttgaa taaagaattt 360 gggtatgtgt tttttgatct ctttgattgg tattgaaaag ggtctatgat tcatgggcat 420 agttattgat ggacttcttt ttggcttctc taaaggtcga aactgaaaga gcatatgcag 480 tattgcatgg atcatcctga tgagattagc aagcttgcta aggttaaagc tcaagtgtct 540 gaagttaaag gtgttatgat ggaaaacatt gagaaggttt gattctgacc cttttttctt 600 tttatcgata tagttttatg ttgtaaacct tttcgaacag agttcagctt gtatgacttt 660 agtaccagga tcttatgatt cgtaaagcat aaactgtaga gaggaatgtt ttattctcgg 720 ttgtgaagac atattctgtt gttaactcgt ttatgcattc gtttgcaggt tcttgaccgt 780 Page 70 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtgagaaga ttgagctttt ggttgacaaa acagaaaacc ttcgctcaca ggtttgtttt 840 ctaaatggtt caaagtcaat agacccacac agagacatgc aagagtttgc agctttctct 900 tactgattgt tgtttcttgg gtttctaact ttaaatttga actcgacttt atcacaggcg 960 caagatttta gaacacaagg aactcaaatg agaagaaaga tgtggtttca gaacatgaag 1020 ataaagctca ttgtccttgc aattatcatt gccttgattc tcatcatcat cctctcaatt 1080 tgtgggggat tcaactgcgg taaataagtc tggaacattt cttcccggcg ttatcgactg 1140 cgctctgtgc ttcccaagat ctctgagaat atcttcattc agttcgttgt gctacctttt 1200 tgttttgttt ttgtttttgt gatttctata ttctcatact atatgtttct tcttagattg 1260 tacttcttga aatttgtttt gtataggcta tatatattat acatatatgt atgcatgttc 1320 gacaatctgc aatgttgcta ttgctggtac tgacactaat tcttgcaaac caatatttgg 1380 acgatacttg ttcttggcaa tttactaatt tctttggtct gttgatgaga ctctagttgc 1440 ggattgcagt gaggtataag catagtccac agccggttaa tattaaatgg agatgaatat 1500 gtaattaaca cggtttcgtc tgaccgattc accagagtct ccggttagtt cattaagggt 1560 ttgctcaaac gctttctcct ctgcttccct aatttcggaa acattcgcct gattttctga 1620 gattttggaa tttcttcgaa ttgattgcca tgctgagctc aagatttcga ctgctgaaat 1680 cgaggcgact tgcggagcca cctccggctg atgtcgcggt tatgtgtatt tgcaggaaat 1740 gaaagtgatc tccttattgc ggcaaatcag ccacttcctg tcgactaaaa ctgtggtgca 1800 gcatgtaaga acaaatgcaa gttcggacaa acgtgttgtc ttggtcagtg gttttacttg 1860 gcttagtctt cgattctcta cgcgtttcag cgtcaagttt tctagatctc taaagctttc 1920 gtgctcgccg atataaatct ctaatatcgg tcccgtaaga tcgaattaga ttcgcgtcgt 1980 tttttaagga accaaaataa 2000 <210> 65 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 65 tccggatcat gcatcgtttc cgtgaccatc atcgcatcgt ccaagcctca aacaagtttc 60 acatacaaat caaaccctct gaatgctaca tctatatgga gtacgcgtcc gaaggtaatc 120 tccataagtt tatatctggt ttggaaggaa aatccgtacc agagtctttg gtccaacgca 180 cggctcgtat gatcctagaa ggacttgagg ctcttcactc ccatggttac gttcactgca 240 atctcaggcc atccaacgtt ctcctcttcc cgtccaagac tcctggagag ccgtgggatc 300 tcaagcttgc tgatttcggc tcatccaagg aacctgattc cgattatggt tggatgtact 360 ttggtacggc gcctaagtac atgccaatag agtcttttgg gcctaaggga gtgatcatcg 420 atccgagcct tgatatatat gctctagggt gtgtggttta tgagatgctt ggagctatac 480 ctatccagga ctactttgac gaatattacg aatggaatct gcgtcgtcat atctctccgg 540 aggctagaga tttcttaagc cggtgcagta acatgcatcc acacaggccc accgcggcat 600 Page 71 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atctcttgaa ccatcctttc attactcaaa tacttccatc gccaacaaca gaagacaaca 660 aggagatatc taggtcgttg attccaagtt tctcgaagct tcttttggcc taatcctctc 720 tctatctctc ttgtttgcat aaaaaaaaag aaaaaaagaa actggatagt gaatttgcta 780 tggcaaagcc tagccgagat gtaccaagga tcggtttgac cttgggaact cgttaaattg 840 tgtgtgtctt tgttttcaat aatcgtgaaa tcttcattaa gtgtaaaagt tatacatgat 900 taagcttaaa tactagtaaa ctaaaccaaa actactaacc aaacttaacc acaactaaac 960 caagtatata cactctaata ctccccctca agatgaaagg aactttcatc ttggacttga 1020 aaacccaatg aatatgtgtc ctccacaact ttttttcaat gagagaagca tcaatggaca 1080 tgaatatcca tggcttgaaa ctgaaaataa acgttacgag cttccggtgg tcttgttagt 1140 gatccaaaga taaatgtgct taagcgacca gaatcatcga catgcgcttg cccaacaaag 1200 ctaacatcgc cacaactaaa ccaagtatat acactctaat atttgttctt tcgattcata 1260 caaacgagag tcgtgcgtga gagatatgca atcgagacca aagtcttctt ccgtgataag 1320 attatcagat cgatatttct ctacaacaag acttccatct ggtgatttca ttttattaca 1380 taccgcggag aagaaagatc ttatcttatt taagtgttat actttagtta ggtttattac 1440 tcgagtttgt ttgttacttg cataacaaaa aattactctt aagtcagtat tttttctttg 1500 aaaggtttta cctttttacc agtgtgaatg tgctgagttc aacactcctt catgtttaat 1560 ctgagtatat tttatattag tcctgcatat tttatcggag aatatcttca tatattatta 1620 ttagagtgta cataaaattc aaggtttact ctatattact ctatccaata atttacattt 1680 gtctgttaga ttttgttgga aaaaaataac tgtgatttac ataagttttt tttttttttt 1740 tttttaattg atgaaagaag aaaaagaaga agaaagtctt ctctagaaac aaaatccaat 1800 ttttggtcag aatgaaaaag tcactggcaa tgtttattaa aaaaaaaaaa aaaaaaaata 1860 aagcccaagc ccactacatg ttaaagccca agaagtaaca ataaagatca gctctcctct 1920 atcagagatt agacgaatga gatcggcaac aagagcgtaa accctagcag cagacacaac 1980 acgagttcat cgagaagcaa 2000 <210> 66 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 66 gatggaggcg acactggggt tgtggacgga aacggcgaaa cgtggtggca aaactcatgc 60 aaacggaaca aagctaaggt gggtatatat atgtaaaagt ataaatcttc tctttaatta 120 ataaacagct ttgaatattg agttattgct gatattgaaa cttttttttt tttttttttt 180 tttttttttt tttttgtata tgcagccatg cacaaaagcc ccaacggtac gttgaaacat 240 atatgatatc aaaaaataat gttgatggat ttgatcatag ttggacaagt gttttacgta 300 tatatttttt tacattcagg ctcttacttt ttacaactcg aaaagtctga tagtgaagaa 360 Page 72 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctgaaggtg agaaatgcac agcagatcca gatttcgatt gaaaaatgct ccaacgttca 420 ggtctctaat gtcgtggtaa ctgcgcctgc ggatagtcct aacaccgatg gtattcatat 480 cactaacacc caaaacattc gagtctccga atccatcatt ggaacaggtt actattttat 540 acattaacat ttgttttctt tattttgtcc gtgacttaaa aaagttgctt gcttaccaag 600 agagatggat tttaaggcta tatataataa tttacggaga ttgatctaaa gggagtttta 660 atagttgttt tttcctaaat ataggcgatg attgcatatc tattgaaagt ggatcacaaa 720 atgttcaaat caatgatata acttgcggtc ccggtcacgg tatcaggtat caaatcattg 780 ttttgaataa tatatcaaaa gggttcgatc ataatctaat actaagaaaa tttgatattt 840 atttttgaaa acatgagcag tattgggagc cttggagatg acaattcaaa ggcttttgtc 900 tcaggcgtga ctgtggatgg tgctaagctt tccggtacag acaatggagt aagaatcaaa 960 acttaccagg tgaaacttca caaactagtc cttcgatttt aactaaactc tcaaaaattt 1020 ccccatctgt taattgttat tccatttaat ccaacccaat ttatcaggga gggtcaggaa 1080 ctgctagcaa tattatattt caaaacattc agatggataa tgttaagaat ccgatcataa 1140 tcgaccaaga ctactgcgac aagagcaaat gcactacaga ggttcactgc aatctgatca 1200 aatctatcca atactcatca tcattggtaa cacatattct tggatctaat catttagtat 1260 atattttcag aaatccgcgg tccaagtgaa gaacgtggtg taccgggaca taagtggcac 1320 tagcgcatcg gaaaacgcaa taacgtttaa ctgcagcaag aactatccat gccaaggaat 1380 tgtgcttgac agagtgaaca ttaaaggagg aaaagcaact tgcaccaatg ctaatgtggt 1440 tgataaagga gctgttctgc ctcagtgcaa ctccacttag ttacttagat cgcttagatc 1500 tatcaaacac atacatatag atatataaat acagatagat cgattacaaa atatactaaa 1560 tatacttgtg gatatatata tacatggaca ataaataaca gatattgtct aactatgaat 1620 tataggatta tagtatagga atacatgtat aaacaatgtt cttgagattt gttgttttat 1680 ttgtattctt acatactaaa ttgtttatct aaagttatat gaataaaggg atacattctt 1740 tataaggtta tggaccttat ggtattattt gttctgatta acgtgtgaca ttagaatgtc 1800 aggcccattt aagcccactt tctgtttaag ttaccaaaac aaacccaaca aggcctttag 1860 aaaccctaaa aatccttatt gtagcagctg gagcaatata tatcccaatt tgccgcaact 1920 agggttttct cttcctcacg caaagcaata catcgcagtc tcccactgat tcagcagctc 1980 tttgaactac tcttcgacaa 2000 <210> 67 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 67 caaatatatc cctttccgct gcagctttaa tgacatgccc atggatctct ttgccgttct 60 tcaaagtcca aatatctgaa caagcagata aaaggctagt gagacatttc aaactaggaa 120 ccataactac tgatagcatt ctctcaaaga acttgaaagc ttcaattact ttccctaatt 180 Page 73 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgaaaagcc actgatcagt gaattccacg tcgctgaatc aggcttaagt ccctcggaat 240 ccaacttttc aaacaactca actgctgtct catgctgtcc attaatcatc attccagaga 300 taacagagtt ccaagatatc aagttcctgg tatctttcag ctcggtgaaa acaatgtaag 360 ctgatttcca acaccgacat ttcgaataca tatcaatgag agcagtacca accattgtct 420 caaactgaaa ctcttttttc atgacaagac catgaagttg cctaccatac tggagattca 480 aaagactagc gcaagcagtt attgcattaa caaaagtaac atcatttggt tcttcacttg 540 aaaacttcct catgagattg aaaacactag gaaccaaatt cataactcca ttctccatca 600 atccagagat aaaagcattg taggtaacaa cactcttatg aggaaccttt tcgaacattc 660 tcgcagccaa aacccactct ccacatctcg aatacattga aacaagagag gttccaacgt 720 aaacttccat ctcaaaacct gatttcatcg ccaaacaatg caattgcatc cctccttcaa 780 tatccccaca accacccaaa acactagcaa cggtaaccga attcatccca gacccagaaa 840 ccctagcatc cccaaacatc ctaaacgcat ctctacaaaa cccattctcc aaaagcccag 900 aaaccgctgc attaacactc gcaatacccc tctcaggcat ttcatcgagc accttaagag 960 catccgtcac ctgcttcacc ttcatataca tactcaccaa agccgttgcc gtgaacacat 1020 caacgaaaaa cccagttttg acgacttggg catgcagaat ccgaccttgt acaacatctc 1080 caagcttcgc gcatgattta agaagaggcg ggaatgtgaa cttgttagga gagtgagaca 1140 aaatcacatc cagcgaagtt ccaccggtca cgagattcga gactcggtat ctctgtctcg 1200 ttaggtttat catctagaaa gatacaaaat gtaaacgaga gaacgaacac atcaaagctc 1260 ctccattgtc gtcgacaaca aacaatgaac aaaatcaaaa tcaaaatcac tcttttattt 1320 ggtttacaaa tctggttaaa accggtttaa tttcggttaa gtgccactcg catggcctga 1380 acaaaaaaat atctgaagtc tctctgactg tacacagaga gagagataaa tagatatgtg 1440 ttgattagat cgaagcttct agaagatcac accactgcgt gcgttatacg aacttctaca 1500 tcatttctct tttctctcat cgctcggtga attcgaggat cctcgagctt tttgatcgga 1560 gactttttct ctcatcgtcg ttgtttgaat tctccggctg agagatgctt gcttgacgac 1620 gaatctccac cgatctttta ccttttcgca caacagtgag atctctctct tgttctctaa 1680 tttctgttct acgatgattc gttgctagat ccattgattt tagtttcttt tcagatgtta 1740 tcatcatcct ttggacattt tcgtgtgaat tgatctcaaa gcttcctagg ttaaagagaa 1800 ttgtgtagtt ttgtatagaa ttgatctcaa agcttcctag ttgtgcttat aagctattta 1860 ggtgatgatc attaggttag gttataaact tgcttggcag attcaaatgg tttgagataa 1920 ttgcatatcc aagctctgag atagttggtt tttgaaatac tgtaatggtt ggttactggg 1980 atttgataga gtaagagaag 2000 <210> 68 <211> 2000 <212> DNA <213> Arabidopsis thaliana Page 74 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 68 gagttgccgc aggagactcg ctggtcataa tgagcgacga aggaagccac agcctgcgtc 60 tctctctgtg ttagcttctc gttacgggag gatcgcacct tcgctttacg gttagatcct 120 taagctcgac acataagacc gattcatgta cttttcatcc ttaaaagata gatgtatatg 180 ctacagaaaa tggtgatgct ggaatgaatg gaagctttct tgggaaccaa gagataggat 240 ggccaagttc aagaacattg gatacaagag tgatgaggcg gccagtgtcg tcaccgtcat 300 ggcagatcaa tccaatgaat gtatttagtc aaggttcagt tggtggagga gggacaagct 360 tctcatctcc agagattatg gacactaaac tagagagcta caagggaatt ggcgactcaa 420 actgtgctct ctctcttctg tcaaatccac atcaaccaca tgacaacaac aacaacaaca 480 acaacaacaa caacaacaac aacaatacat ggcgagcttc ttcaggtttt ggcccgatga 540 cggttacaat ggctcaacca ccacctgcac ctagccagca tcagtatctg aacccgcctt 600 gggtattcaa ggacaatgat aatgatatgt ctcctgtttt gaatttaggt cgatacaccg 660 agccagataa ttgtcagata agtagtggca cggcaatggg tgagttcgag ttatctgatc 720 accatcatca aagtaggaga cagtacatgg aagatgagaa cacaagggct tatgactctt 780 cttctcacca taccaactgg tctctctgac ttgtctttgc atcagagaat cttcttacaa 840 tgaacgattc tgcaatatct tatctttttg cttctttgtt tattctgtta tctgctatca 900 ataaaccaga caattgttgc cagataatgg cttttgattt tgatttgttg ttttatctcc 960 atgaaaatcc aagttatgag atcagattga tttctttagc acatcaaggt tccatataat 1020 gaatctataa tcatcctagt atattagtca aagcaggagc taacattacc ttttaactta 1080 aggcttaagc catagcatta tcatcagctt tgctcaaact caacatctta aacacttaat 1140 tagactcaga gatctatcga ccaacgaagt gaactgcttt ttccccaaaa ccctaaccac 1200 ccactttcaa agattcgtcc tttatggatt tagctcccct gtttccaaat gaaacctcaa 1260 aaaacttgaa ccatatatac tcatcagaag acaacttaac tatggcagct tttcaaatat 1320 gattcttatc tttataaaaa tctttcgtca gaaacagtaa aagtaagacg atgatagaga 1380 cctttcttcc taaagatctc tcatcatctt tcatggtcgt cagagctttg ctacagagac 1440 gtgaagagag aatatcataa atgggctata taatgggccc taagaggccc acatgaattt 1500 ccgtatgatt cttgtaattg ggctttctct ggctctactg actcgtctcc tgaagaacaa 1560 caacaaaaca tatttcattg agctcctcca ctgaatcgct ctcatccttc gcttcttcga 1620 attccaaagg ttagactttc ctgaatcctt caataatctc tcttcgttgt cttctgtaac 1680 atttcttcta ttgttagtga tggattccat tattttcctt gtgttacaac tttgatgagc 1740 tcaatgcttt cacaaactag gtttcggaat ttttgtttca atccaatgtc tctatttggg 1800 tctttaaacc agattatatt gaagatctgg aaaatgggtt tataattttg taaagaccgc 1860 gactttgaaa acttcaattt ggtgaaattc tttcaaatcc gcatcttgta aaaatcacat 1920 ttttatattt ttgttgattg atcttgttct ctgttgaatg tttaacttgt gtgcgttagg 1980 Page 75 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tagaacagta gaagaaatca 2000 <210> 69 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 69 tcagaatcgt tcctaacaac tatagtttgc gccattgtct gtctctttcg ggttaaactt 60 aatcaagaga tatattgttg acgttagatg tttatttagt ctttctttag tcattatgat 120 caatatcact acaatgtgtt tacaagattc attgctgttg cggtttcagc atcttgcttt 180 gttccttcca ccctatccat tttgcataat tagcttagca agtttttaat attgtaagtt 240 cacccatttt gtcccattta ctaaaaaatc gattcaaacg aaacctgaaa tgtatctcct 300 aattaaaaca tctaacttgt ggatagagat attggtgtat tttggtacaa atgctgtagt 360 tgagatgaag cagaaaactt gtccaaatga aaactactgt ctgtattcga tccaaaagat 420 ggctgacaaa caattctagt taatagcacg ttatgatgta atgtagtata taagatccaa 480 tttcttggtc ttgcatatgt atccaagaga gacgatcagt tttttaaaac aagtatgttt 540 ttcaaagatt cgtcttcaat gtatgatcaa gaccatgcta agaatcaagt gtattatata 600 caaatcgtat taaagtatta actcaagaaa aagtgtcaac tttcacaaga ttcaagcaaa 660 aaggttttct ttttaagaaa ctggaaccgt taaaagagtc aataacaatg ctctccaaat 720 aaaagtgatt tttttgcaaa tcccattatg gcattatcaa agagagaaga acctcataca 780 agaaaaagga aggagaaacc atgagagagc acacagcgat tagctagaca ttggatgatt 840 gtaaacgtat tcaatggcga gagagcaaga atcgatcttg tcagcttctt tgtctggaat 900 ttccagcttg aattcctctt caatagccat cactatctcc actgtgtcca aactatctaa 960 tcccaaatcg ttttggaaat gaacctcagg agtcacctgt cgatatttat cacaaagcca 1020 tcaacaaaaa taaccctaac caaacaaccc ttattagaga gagttgatga aggattcata 1080 aatgcaaaat ccataagaat gaccatatca aatcaaatcc ataggaacaa caacacgata 1140 agctacactt actaaaccac attgagatca ataaccttca atttactaac aacactaatg 1200 caacatcgtt tcagatacat ttggtctcta tttccactag atcaatacga aatcaaccaa 1260 aagctcctac attgacaaat attcaaggca aaataatcat tttgttccca ataatgagga 1320 aaacaaaaga taagaatcac gatttggcca aattttatga agatcgagct gaccttagag 1380 ggatcgactt tggggaagct cttgacaaca tcgagtactc tatcgacgac agcttctctg 1440 ctaagatgat catcgtgcga agaaaatgac cggatcgtac caaggaaccc aattttagac 1500 tgattcaatc ctagggtttg caccggaacc ctcaggtgac gaagaattgc atttctcagt 1560 gccattttcg tctctttctt cgagctcgag aattagggat ttgatttgat gagagagaca 1620 cagaagagtc aagtagccaa aaggggcaaa aatagttcag gtcatacgag atgacacgtg 1680 ccccctacta taaggctagc ccaaatcctt acgtgggctt ataaatgctg cccataatgt 1740 agtaaattcc ttaatcagct tctaagtttt tatatatttt gtaacttatc tcaaatagtt 1800 Page 76 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctaatttaa cataaatgac ccaattgggt cactcgagga ataaactgca atttacgaat 1860 aacaaactct cactaataca gtatttgcaa ttccagagcg acgggatctc tctccggtaa 1920 atatcggaaa cttttattct cagcaaagcg agatctcgac gtttctcaga tccgtccggc 1980 gagttagatc cttgagaaat 2000 <210> 70 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 70 ctgaaccgaa ccggttcgat ccggaccggt ttagtgagac aaggcaagag gatcaagtgt 60 tcaaacgaaa ctacctagct tttggatggg gtgcacacca atgcgtaggc cagcgttacg 120 cattgaacca cctcgtgctc ttcatcgcta tgttctcatc gttgtttgat ttcaagagac 180 ttcaatcgga cggttgcgat gacatcatat actgtcccac gatatcgcca aaggacgggt 240 gcacggtgtt cttgtctaag cgcatcgtaa cgtatccgaa cctctgattt ggatttttgt 300 tacaaattat tggtgatcaa agtcaatact catgagtgtg attactatta ttgttgttcg 360 tgatcgtgat gtgtctcgtg aggtgagttc cactagagcg ttatgtcttg ttgaatttga 420 gaagtcattg ttttgccatt aatctgtact gtcttatttt gtttggaccc cagtgattct 480 ataacgtgtt tcatgtattt tatgtcattt tctctatttt tcgattcaaa tagagataac 540 aatatcgcct cgtggtatat aacgacagaa agccaaaacc gtaaaagaat tcacacattc 600 tcggtattat tgtacatttg gatcgttaag atatactaat atacatatac aaccctatag 660 ttcctgttag atttttacat ttcattttct tatttacatt tttgtaagat aattaatatt 720 aatattttat ctatacgatt agcaagataa aataacactg tgacgatagg tgtagtaaag 780 tgttgatgtc gcaaagtaaa caattccgaa atttgatggc actatggttg ccatgaagtc 840 acccatgttt tctcttagaa aaaatttgat tcctagtttt ttattctctt tttgtgtcaa 900 ctgtcaaggt ttcacacttt caattatata ggttctagct actaaccaaa gtttaagacc 960 tgattattta ttttaatgat atttacaatt tagccataaa agcaaagtac gtaaaaactg 1020 agaagattta ctattattgt atatagttat cttatagtat agagagtatg tacagattga 1080 tatttctata aattaatctt agttttggtt taagttttgg tttatggctt atggtttaag 1140 cctttggtta agttgtatat aaacccccaa ttgtattatt ttctaaatta atgagaatga 1200 gatttaattg ctaatattta caatgcgaag aaaaatatat ctgaagatgc tgacatatga 1260 ttttgacata tgtattgatt tcttgtcaaa caattatgtt tggataggag ttgctgagca 1320 tcttgattaa acagtacaat ttaatcatat acaagtcctt ttgtcatcgt cgagagtctt 1380 catcaatggc gttggcgtgt cacaattatg caatgaatgt gtgagataca cagtatgcaa 1440 taacgacctt gattaccttt tttttttttt tttctttctt gcgctcgtgt ttgcgtgtcc 1500 tcatcaccca ctaatttact tcgttggatc tcacaatgct actatagagt ggattggacc 1560 Page 77 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatatatgtg tgtttgggct ttgtcgtaac ccacatctgt cttctgtcgt tttgctttaa 1620 acagataaag tttggtagtt tttcactttc atattttttg gttaatgatt ttcactttca 1680 cccctcttca aataaaatgg tttttttttt tttttttttt ttttcccgta tgtgtgtgtg 1740 cactatttgg cctggtaagg atataatatt gaaacttgct acaaaaattt gactagagag 1800 aaataataaa atgaggagga ggaaataacc aaatttcggg tgggctaaga cttgattaca 1860 attaacagcc cattgggctt ttatgatatc agttttagaa ttagggtttt tgggcagatg 1920 ctcatttata aagaagaaga accctagccg cttatatttg gttgaggttt ccaccgcatt 1980 gtctctctcc agacgaaaaa 2000 <210> 71 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 71 ctttaatcaa gtcaatcttc tcttgatgta tcacaggtct tcacctacct tttcgtagtc 60 acgaagccat ttttcttctt ccttagcttg cttccaggtt tcaactgcat ctattatgcc 120 tttccttctt aaagcttcag attttgcttc ctcatattag catccaatgc agcaccaata 180 tcagatagag cacgatcacc tgacaagata acttatcttt taagcatatc taaattgctg 240 tttttttctt acaaatagaa gagttcttca cttaccctca ttatcagtta gctcaatact 300 gcctgtcgag ctcgacaaaa tgcctttaac tcgtattgct tctgaagtac attcaccttc 360 agggtttccc cagttttagt tttctttgcc actttgtcag ccttgtcttt attagcaatc 420 ctcttcgttt tgggagcacc agtggattcc tttcttttac cagcatcatt agtactcgtc 480 ttgggaagat attttgcaca actccatttt tgttttttct tagggtgatg aatgacttgg 540 cctgaggtga gaaattgaga gtgtagagac ttttgccttt gtagttatac tctgccaaac 600 tccatccttt tagccaatca tccacaaact ctatgggtaa atcatcatga taccttaagt 660 aagctagttt agaagaagtg ctcacaactt cttgacccat ttgaaactga tgaacatagt 720 aattgacact gccccacttt ataagagcac cattgcaatt aaaatatcca agatgaacat 780 ttttagttgg ataaaagaag acccacgact tgttgctttc tccctctaga aattgaaagt 840 tgatgaaatc tcactcccat ggactgcgat caaatatttc aagatcgtct atccatggaa 900 ttgcaacatc aactccaaaa tctacacttt taaccaaact aatcataagt taaatttcaa 960 tttacaatcg tttattaata tagtgattaa gtaagttatc aagtattaat ttatagagtt 1020 ttatttttgt ataaactaac cacgagttaa ggaggtgtta ttggtttatg atttcaaaag 1080 agttttagtg acttaaagta tcatgtagaa tctgttgtta tttaatcaaa aaaatttaaa 1140 agtatgttaa aagtttgtgt tattcattaa agatttgtaa aaagtaatct aaaaatcttc 1200 ataaatttta gattattgaa ttcatacttt tataaagtca gtaaattttt tgtgttattc 1260 tattaaaaca aaaaaatctc tgattgttta tgatttaaat tattatgtta ttggttcatg 1320 actttctaca ttttctttca caaaataaag tcatagaaag tcatgaattt tttttcaaaa 1380 Page 78 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gattgttttg agaaacttta gaagaaaatg tatttaatta taatattcat agctggaaat 1440 tgatctaata tttaattata atattaaagt ttccagttat ccaaaagaag atgtgagttt 1500 ttttgaactt ggtaattaaa aaaagaaagc aatatttcag atttaataca gattcataag 1560 aaggatccat aagaaattaa ctaaaccgga tctggtcttg aaatagtgac ggacgcgtgt 1620 cccccggtca gagagttgcc gtcacaatca cgcggagaaa gagcgacaaa tcaaacctta 1680 accgttaaaa cgtcatcgtt tcatatcccc ccacaaccga acccctttcg ttcgcccgtc 1740 tctcttaaat aaatcttaga gatttctgca aaattcgtca cttcaatttc aattttcaga 1800 tctcaaaaac tttttctctt ttccgattcc aatcttctct cgtctgcttt cctcaaaggt 1860 acgttttatc ttccttctca tagcttccga agaatcaatc tagggttagg tatttcaatt 1920 ctgatcggat tttctctctt cagtgttctc taatctaatg ggaatttcac atgttttctc 1980 caggtttttt catcacttta 2000 <210> 72 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 72 tcaacaagaa caaatgcatc atggtttcaa caaatgtgac aagtagtagc ctcatttagg 60 ctaacctttg acattccagg aacaaagcca cgttctgcaa gttcatccat ttcagtaaag 120 ccctcaagca tctctacttg ctgctggtaa taatctgcca cattgtcttc cggacctgaa 180 aacaccaaga cacatagctt cacaaaatca tatttgatct cttcacaaaa tcatatttga 240 tcacaaaatc atatttgttg acattacttc cacatccaaa agaaagatta gagacaaaaa 300 tcaaggatcg ggattaatga actctagact aatcaatacc aagattcaac taaatctcaa 360 cttcataaca agagtaaaaa tatatctttg aagaatcaaa aatgctaaag atagcaaaca 420 aaagaggccg aattcaaatg ttatcagctg ctgctaaaga ttgaaactga agaagacgat 480 aagaaaatgg aaatgcggag aggaggagca aattgtttac ccaaacaacc aagacagttg 540 tgtagtttac tcggagattt cttctccttg tgttccggtg aaacctggaa atcatcgaaa 600 tttaactgcc aggaacggtc accgttaccg tgaaactcga gcagcgagat cccttcgtcg 660 gaatctggac tagctggctc aaccattttt ccggcggcgg agagagactt tgtatttttt 720 tttttttttt tttgagagag agagagagtg gtaaggaaat gggaaatttg aagagacggc 780 gagggtaaaa tcggtaatta agaaagattg aggctagcta ctacgactgt tgtggtagta 840 agacattcct ccacagagat acttggacca gcctttagaa gagacgtctc tgctaattat 900 ccacgtggcg ttctctcaat ggatttggga tctcgcacgt gattggagga gtcatcatac 960 acacgtgtac agttgagatt caactgcaat taaacgaccc cgtgacatga catggttatg 1020 agtcacatat gtgccctctc aaactctatt atgtagtata aaaactgtat tagatacaac 1080 cgacccaaga tatagaagaa cctttgaaaa atggtagaag ccagttcagc taaagctttc 1140 Page 79 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcttcacaa ttatcgtaaa atattagaca tgtagagcag gcttgttgtt ctcttattgt 1200 caagcgtaag taaatgatta ttgtttagtt tcgtgaccaa ttggtttgtt ttttggttag 1260 ccattgttcg atttgctttg gtttggtcaa agattgtatg ctttcaagtc aaaccaaagc 1320 tgactaaatt ttattctgta ataatttact ttggaatggc aaaaccaaag aaaggtcata 1380 gacacaagag aagaagcaaa tatgtttctt acgccaaaag acacgtttgt atggtaagac 1440 aaaagacacg tttgtatgtt tcttacgcca ataccattac gttaaaaata aactagtaac 1500 ttaaatttac gctcactttc tatttgggtt ttacatgatg attttggtca aaggcctatt 1560 tacaatgttg caagcccata ttatctttta agtatctttt tgtgcaacca aaagaatcag 1620 tgatcttatg ctcattttca tttttttcta atgaaatttt tcgtcactta tggcttatgc 1680 gtccgatgga cgattatggt aaaaggccca tttattcaat ccaaagctta ctgggttaga 1740 tgatgattgt ggtaaaaagg cccattatag acccaactaa gtatcttagg gtttcagttt 1800 ccactataaa acttgttgcg gcgtaagtta gggttttgag aatcagcggc ttcacctctc 1860 caggttcgtg tctcgatttt gcaaactatc tctcgaaatc gtcctacatt tctttcttca 1920 gattcattac tgagcttcgc tttctgggtt tctatctaaa aatttcacag atttcgtgtg 1980 tgaagaatca tttcaagcca 2000 <210> 73 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 73 cacatatata tgaatcagaa aaagaaaata aattttttca ggtagatgga atgtccaata 60 taaatttatt gaatattagt attatatatt gtaatagtga aattttgtat aatatttctg 120 tgatcatata actttatata attattatat ttttagaaat aaatgataaa attataaaga 180 taggctttct tgcacaaaac gtcaaaaaca atcgtataaa acttaaaaac ttttaatgtt 240 tttttgtttt ttttttttta aattgcagat gcttctagga ccctagttta gataacgtaa 300 atcttaacat aaaagtcacg tatatcgaga agcttactaa ttgccaccgg tataccgcac 360 gtgtcagaaa tatacgagct atacgtgagc tatataagca gcaagtgtaa acctctcacg 420 ggcaagcatt tagcaaaacg cataacaaga tggaggatca gaaaaagcca ccaacgaccg 480 agcaagaagt gaaagaagtt aaaaacgacg acctcgagtc tatcaagacc ccatacttgg 540 actatgataa cttggaagat tacaagatga aaggttacgg agcacaaggc caccaagagc 600 ctaaactcgg tatgggaggt ggagccaccg atgctcccac tccttcaggc ggtcttggac 660 gcggtggagg cgctgcatcg acggatcttt cttctaccga tgcgattaac cgtcagggcg 720 ttccgtgaaa aactttatta taggatcgtc aacaaacaca aagggtagct tcgcttgtct 780 aataactgat caagtttcgg ttctttaacg tgtttcaaaa aacaaaaaaa aaaacacttg 840 taatgcaagt tttttttttt tcgtgtagag tttaatgcta aataattctc aagtttgaaa 900 tgatatcata ccaaataaat aggaacagtt ttaggacctg tttcgtactt caattttctc 960 Page 80 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atttcatatc cattcatata gttttttttt ttttatagtt aaagagatac gaacctaatc 1020 accatcttca actctattcg tagttgtaga ttaaggagct cttccaagag attcattcta 1080 taacttcttt tacatcttgg agtactatgt aacaaccctt tttacacttc caaagagtcc 1140 acactacttc tatttttaat ttattttttc gtcaaacact aaggttttcc gttagagatt 1200 tagagtcatt tataaaccac ggaaaagcag aatactatgt caacaataat ttaagatttt 1260 ttctcaaata tttacatgga aaagcagaat actatgtcaa caataattaa gtttttttct 1320 ctagcttcta tatctgaacc tccaaggcat gttacactcc tcctaattat gtagaattgg 1380 ttgctgctag ttcaaccata tatcttccac aattaattat aaatgccgct cctctgattt 1440 tctcaccaat taaagaagaa tcactaaatt aacatgttct agtctcaaaa aaaaaaaaca 1500 tgtaatagtc tcaaggatgt tctaaatgaa aaggctcaat aaaaccaaat aatgaatcat 1560 cacaaaagct atgtcaacga agacaaaatg caagtgtgga tatttttcag aaactgcgta 1620 aaacaccgtg aaaatcatct tcttcttttt tttttttttg gtcaaactct ctacagagtt 1680 tatcaagtga tttttaccgg tacctgtttt tccttgtttg gttcaactca attattcgcc 1740 ttaaacccac tttaagaaaa gcccactgaa aagcctactt taaaattcaa ccaaaaggcc 1800 cataagtact acagccgaca tcagcagaca acaagccacg tcgatctcga ggaaccgcgt 1860 aattaacgtg tcggaatcac acgagccacc gtgtactaga tagctccata aaagcagaca 1920 catctcatga agcagaacct aaaaccttta atagcaaacg aaaaataaaa aagaagaaac 1980 taacaaaaca aaaaaaaaaa 2000 <210> 74 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 74 ttaatttgtg ttgaatttct gtagcagtga ctaaagtatt tcatgctgtt tacctcttct 60 ctctcccctt caggctttga cagttttgga gtacatggta ggccatggat cagaacgtgt 120 tatagacgag attagagaac gtgcatatca aatttcggta atgactacct tgagtacatt 180 attttggaag tattcaacat caagagaatc ctttagtgct atatctcagt agttgactat 240 cttacttgta tatatgtcta ttttccttgt ggcagacatt gtccgatttt cagtatattg 300 attccggtgg tagagatcaa ggaagcaatg ttaggaagaa atcacagagc ctggtggctt 360 tggtgaatga caaggaaaga atagctgaag tcagacagaa ggctgctgct aatagagata 420 agtaagtttg cttgtcattg tatctttctg gaactggtgg atagttttct ctctgtgtga 480 gtctcggtgg acactcgttt gatttcttgt tgctagtggc ttacaattgt tattatgctt 540 ctcggtagtc tattaattgg tagtactggc actttaactg tattagcttc tgaattttga 600 aagtttttat ctcgagaaaa aaaaatgaca tgtcttttgg ttcattcaaa atatgctgaa 660 catatcaacc tacattattt tacaacaggt atcgcagctc agcaccaggt gggatgtata 720 Page 81 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agccttcagg cggatatggg gataaatatg attacggaag ccgggatgaa gagcgaagta 780 gttatggaag agaaagagaa tatggttaca gagatgatga tagaaatagt cgtgatggag 840 atcgtcattc cagggactct gaagaccggt atgggagaga tggtaatagg gatgatgatt 900 acaggggaag gagcagaagt gttgataact atgggtcacg aggtaggagt tcggaaagag 960 agcgggagga tgatggccat tcttcatcac ggtatgttaa atttcaagtc gcctaaatcc 1020 tgaaataaaa aaggaagggg aaaattttga agattatcaa ctccatttgg atagaatatt 1080 tttattttga atactagcgt agatgtcctt gattttaaaa atcatttcga accgcaatct 1140 tcttagtcta gttccatttt caaattttaa atggatacac tcctttttgt cctgtagggg 1200 cagtggtgct cgagctgatg ataattctca ggatgggagg taatttctga taaatttcta 1260 ctgaagttta ggcattcttt tattgtatga caactcatct caccttcttt cgggattata 1320 atggtagagg ggggctccag aggaagtttt ctgaacaaaa tattggcgct ccacccagtt 1380 atgaagaagc tgtcagtgat tcacgcagcc ctgtatatag tgaaaggtga tcattttctg 1440 ctttgaaaat tgaaagctac cttggttttt attggtgctg atgaatcttt ctatgccagg 1500 gatggtgggg agaccccaca agttaccgct ccaggagctg cttctcctcc tcccccacaa 1560 gttgctgctc cagaggctgc ttctcctcca actggaacca acacagccaa tacaactgct 1620 acttttgtta atgaatcacc ttctcagaaa gttgagactt tcgatgaatt tgatccacgc 1680 agtgcgtttt caggtacaga atactcaaac tcttgcaatt ctttagttgt atcttgagat 1740 attttcttag tttttcaaac tcctcggcag catagagatt acatgaaaat ctttaatcaa 1800 taactataac taattcagta aatgtttcaa ggcttagttg gagggtgtat gattgtattc 1860 tcatgtctgt atggtatatt tctatcccat taaactctgc ttgttctgag tgtggccgtt 1920 gtgttccttt acttttccag ctggccctcc agcatatgca tctacagatg gtgttacagc 1980 tcctccaact gtgacttcta 2000 <210> 75 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 75 tcctgggttc tcgactgccc agaaatggat gagaaacttg tgtctcaaat gggagagggc 60 gtacacaatt ttgagatatg ttagcagctc tgagaatagt aaggggcatg gttaggaaaa 120 aggaaagcta ctatgataag agacatagaa tggtaaccta tgataagatg ttgggtgagg 180 ctgaaaccat ttgtaacaga gaagacaata ggaagaatgt taatcagcgg agcacatatg 240 cgtcagcgct gcgaatgaag tgtgaggagc ttgtagtgat acaagatgat gataccaaat 300 gtttcttgaa tgttgtaaga gatgttcttg aaagagcacc ttctccaaaa tatgaagtat 360 taaccgacaa agagtatatg gagagtatat ctgggctatc tactgctgtt caaaatgaca 420 ttgttataaa aagtctgtgg aagctacgaa aatttctgac aaagaaggta tgtattcttc 480 gtcttcgttt ctttctactc attataacat gttttgacct gtggctactg ataaaaataa 540 Page 82 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaatcttgg gtattttttg cagttccatt tgattgattc aaagatattg ctgaacgaat 600 ttacacaagg agagctacat gaattcccaa agctatcagc aattgagtat cgcatggtgg 660 tccttccgtt tgtgaaaaag tttttacagg tttatcaact tacggaaatt atcaatcaca 720 gggaactcac ttggtgtttg ttacttaatt ccaacacaac ataatttgtt cttctcgcag 780 ggtaaactga agaaaatgat catgaaaact aaagaagatg acttcagtta ctgaactaga 840 agctaagaag agagctctgt aaaagaggta aaaatctaat gaatcctatc aacagttgtt 900 gttttggtgt tgttctttgg gttaaattta gttgtgtttt ttatgcaggg ctacaatttt 960 tgaggatcat tcttgcagat gaagaagata aacttcgagt aggagttgtt tagaaaacag 1020 tcttttatgt tctcgggaaa actttgtacc cgagagaaaa ctagtctgaa aagttctagt 1080 ttgttttagg atctgatgca tatacgtttg tgtgtctcaa gagagattga gaaacacatt 1140 gagaagtggt gagaacacat ttttatcaaa gtgaaaattg taaaatgcct cttaaaattg 1200 ttgccgtcca aaaaacagac gttaggtggt cgtttagatt tgactaattg tttatgtcga 1260 caccaaatcc aaagcccatt tgacccgcct tacaaaacaa aacatcggcc caatctgtgt 1320 ccccaaaaaa aaaaaactta aagcagacgt ggcagaccct gattcgttac actatcgtgt 1380 cgagcatatt tttctcgcgt cgccacgatt tggcaatacc ctgagaaata aataaaaatc 1440 gaaaatggat tataaggtga ccttcgtctt tggttgacca tcaaaaacta caacgctctt 1500 tctccgtagg aaaggggaag caaataaatt atcgaagccc actggtttcg gagctgatcg 1560 gtctctattt ctctcttcat acatatctcg taagcttctc ctccctcttt tatcttcttc 1620 caatctcctc aattgctttc tcctttaatg ttttcgtttc tccaatcgtt atttgtgagt 1680 cttttctatt cagatctgtg tgattgttga tctctgttct tagatctgtt tcgcgttttc 1740 tagatatcga atttctatgt atgtaatacg atgtagatcg gatgcgttat tgtagatctg 1800 gtttttttgg atcgactgag tcaaaaatga ttgactcagt ttacgaaatt gttcagttac 1860 ttagctgcga aaactgtgat tcgtgaattt tgtagctaga ttatgaatgt ggttgcatgc 1920 gtttggattt attgagctta cttggaagtg atttgtgatt tattattaca gaagcagata 1980 aagttgatcg gatactagaa 2000 <210> 76 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 76 gtaacgcaac gggaatattg ggagtgggca tgcaattatt gcactcatga aaaataaaac 60 taaaaatgat tttactattt ggctgaaggt gacaagtgtt tgggtggctt ggtcggtttt 120 tgtatacgta agtttatgcc acgtgtcctc ttatccatgg attggacggc ttggaatcgt 180 ggaatatttt attctcatac caaagtccaa atatattaca acctccccct ttttttccct 240 tcacaaaaag ctaaaagcca ttgcttaaaa aaccaagaaa tactaaaagg atttggaaaa 300 Page 83 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtagcaatcc tgattttgat tgatagtact ataatggaac accagtagtt gaaattagat 360 acataggttg aatggaattg taacataggt ttattttatt cccttttttt tttgtgaata 420 catgacaaaa tggtattgaa ttgtaaatga acttttcaga attgtgtgaa tggccaaaaa 480 aattgcaaaa tataaaagac tattctaata tcgacagaat ttactaatca agatcaaact 540 cataccaaaa taaatatagg ccgttcaata aataatttca ttatggatgt gagtttaact 600 tcattatgga gcatgtacat ggtttgggac acgggaaagg cgataacata acttctgcac 660 tatacaccgt ttaaagaggg aatttaccag ggaaatttgg tgcatggtca gatcaaattt 720 ggtccatatg agagcttgga cggtaataaa agaaggcaag cgatagaaca taacgaaatt 780 tggtaatggg actagaagaa aacagcacgt gggtaggaca tagtgttaca cccaaaaaga 840 caacaaagca acgaagcaac cataattgtt tagtcctttt tttctttctt ttggcttaaa 900 cgttgtcttt cctttttggc aaatagtgga ttgctgccga atattacact atccaatctt 960 cttctttaac ctcattaaaa cccactattc atcatgcatt tattttacac attcatggtg 1020 aaactacttg gtatatatat gcaaatgaat atgcatgtgg atggtacatg gcgtttgatt 1080 ttgcatatag gcaatttatt gatcaatact tggtgtagtt ggtacattaa agttgcatta 1140 tagacaaaca aaattcggct gtcatgcttg attgatctat agatgatttc ataataaaaa 1200 aatattgtca tggataaaaa tagtgaagat gataacaaaa agaacagaac acaaagaaga 1260 atctcatttc ttttttgatt aataaaagga tataaagtca ttagtttttt tattcgtctc 1320 actcgacact aataataact aaaattgttg gagaattaaa agtaagaaag caatgctata 1380 aaataaagta attgttggga atggagcatg taaaattatc actcataact aaaattagca 1440 atgttataaa gtatttaagt aagaaaatgt tgtagataat ttgttaaatg aggtgtccct 1500 atgtctttta ggtgcggtga gtccatgtgc ttatcctgac agcggtccaa cttaaccggc 1560 ggttcatctc gaccacatat tcaactgctt ttttaatatg attttctgta ttttcttacc 1620 tgtcataatc tacatttaaa cgttaaaaaa tgtccacaat tttatttatt ttattagggt 1680 acaataacga catttgatta gagtaaagaa aatagttgca aagcgggatt tgaaactctg 1740 tccacatact ttaattatca ttaatcaata acaagcatta tcagtattca gcagcagcaa 1800 agatgataac gttaattata ctatcatgca attaagttaa ctaattaact atcatcttgt 1860 ttatgtttta attttgtttc catcatcttc caaccttgag tttcggtcac tataaaaagc 1920 caccactctc tctgcttctc tgcaacacat aacccactca cagaaaaacc tagaaagctc 1980 tagagagaaa gagagagaga 2000 <210> 77 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 77 aggtaacttg tgggtcttgc ttgagactca cggagttttc acctatcttt caatagttga 60 ctttttcact aaataacaaa actgttttaa aatagtaact aagtggagat gcggggtatc 120 Page 84 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatccccgta cctctcgcat gctaagcgag cgctctacca tttgagctac atccccacga 180 tgactattta ttaaaatatt acaatattta atactttcaa cgtgtaactg atgcaaaata 240 cgagcggtgt gtgttgaaaa gggactaatg attgagagaa ttggagataa tgactaacga 300 tattaataga gaaatcagaa actaaagtcg gatactatct aatcagtaaa gtagagatgt 360 gtgtgattga ctaaatttta gaatagttat gttggaaaga gaataaagaa aagttaggag 420 gatctagggt aaaattttca gtttgtatta agtaaaataa gtttttactc ttactatctc 480 aattggaggg attttttttt ctttctttca gctgattagt gtagtataca tcaagctaaa 540 acaaaagtaa tttgtttttc aatccactat tgttacgtca atagacatta atagttacac 600 tctacatgtc atgaattttt gtcatttcat gtatagcttc catttatata ttaaaaaaaa 660 aaaacatatt agaagaagta aatacctaat agataatctt tactttgttt attatttatg 720 attggtgtat tcagcttata aaataattaa tatgcatcat atttgttttt acaaaaagta 780 cattgaatat catatgattt ttagtttttt tttttttttt catttaccct cgatcttaca 840 acaaataata agtccagtca tacgcaccta ccaaaagaac caattgaggc atgtggttca 900 gtggttagct aaacggatgg gctcattctc tcacgtttta ttttggctcc acctacccac 960 ttcaaaccac taaccatctt tgtttcattc tctacgtctt tccttcattt gattttcctt 1020 ttctcataaa aaaaacaaag catcatcaat caattttatt tttattatgg gatccctttt 1080 tattatattc aacgaaacct agttcttttt cttaaacgtc aaaaacaatg agttctttta 1140 ctaattgact gtttgagttt agaatctagt tttgaaccca aaaaatgata cttatataac 1200 ttcatggaaa actttgattc taaatattgt atgtagaagt atcctcaata tacaaagtag 1260 atttgcattg ttcgacttca atgaaatgac atatacttct aattgagtga gatagaaata 1320 tctaaatgtt ttattttcat cggttgacca gatattacga cgttcttaca agagttttga 1380 acccaaagat gggttagggt gggtgacatg gatagatatt gacctgtggg ctctggccaa 1440 tcaactccga caagatagaa atatctaagt tattattatt tggtaacaaa attgtatatt 1500 atccacacaa gagtagcaaa taatttgtgt tctacaaaat ggtgacaata ttcattttca 1560 aagtaacaac taacaagtgt tcagttcaca tttttaaaaa tcaacattca aaaaaataaa 1620 attcaacaga ttgagatttt gatttcatac aacattaaaa ttcttaatat agaaaataaa 1680 aattatatgc aaagaggata agtaatatta atgttggaaa atcagttttc aataccagta 1740 atattttatg taattagttt tccgaaatag ttatatctga taaattttgt cataattttt 1800 ttgattgtat ggatttgata ataacacacg tttccaccaa tcaacaacgg aaacgcaacg 1860 ccacgttccg ccacgagtcg cgattctctc tcactctctc tcccatcttt ctctataaaa 1920 cttgtgtcgt ggacactctt aaaacttcac tcaacaaagc ttaaccataa actgtgagta 1980 aaaaagagaa gaaagaaaaa 2000 <210> 78 <211> 2000 Page 85 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 78 ctttgaaaaa tctatttcaa tcaagcaata tcgtgtaata aaagcaaggt tctcgaacct 60 gcgggtaaac tttttatttt gaataattta ttttcaatca agcattcttt tgactttttg 120 ctttaaccaa atgtctctag tttcaaaaaa gattaagaac tcaaagatat aagaattact 180 ttcttattaa gcttactttc ttattaagct taggaaaatt actcaaaacg taaacaatct 240 caaagtctta atttctctaa actcatatag tcaaccacag cttgggactc atatatatag 300 agattaataa accaaaacat actaggatta gcattagata actcctaaca tatatcttta 360 gatatctcct aaagatttaa cataatcctt cttattcttt aatgacttat tgctcaagtc 420 atttcaaact tactccaaca ttctcccctt taagcttgaa aacttctttt gacacctctt 480 gtactccaat gagatctctc atctccaaga acttgatctt cccaagcgcc tttgttagta 540 tgtaagcctt ttgtcgaact ccgagaacat gttctacttc aacttgacca ttctcaacac 600 actcccgtat gaaatgatat cttcgatgga tgtgtttgct tctcccgtga aacaccgggt 660 tctttgtgag agctatagca gatttgttat caactcgaat ctttactctc tcacacattg 720 tacctatgac ttcagcaaga agtattaata tgattaagaa cacttaggat ttaagaataa 780 ctctcttact aagcttagga aacttactca aaacctaaac aatctctaag tcttaatctc 840 tttaaaactc atatggtcca ccacaacctg ggactaatat atatagagat taataaacca 900 aaatatacta ggattagcat tagataactc ctaacatata tctttagata tttcctatag 960 atttaacata atccttctta ttctttaatg acttattgct caagtcattt caaacttatt 1020 ccaacaacgt caagtttcta tgtttgatgt atctttcgct ttgttacaag gaatacaaaa 1080 caaatgtttt gaatatgttt aatccctaca gcacggggtg atgttttttc gaagtaacat 1140 tagttaataa ataaaaacta cggttgaagt atcatattcg gtaatataat ttgtatgtat 1200 ctttatttta aaattttaaa tgtggttggc taatattgat gtatgatatt acatgttgtt 1260 aacatcactg tagatctctt tgattagcgt aggctaatcg tgattttggc tgactggggt 1320 tgtcggagcc cctgttagtt tcgtgatttg gtttccattg gtctggatta attttgactg 1380 gttttggaaa aggtgcgttg gtcatcggtc gatacaacca ataatctgaa ataattgtaa 1440 aaaagaaagt ctattgtgaa agtaaggaaa caaaaatcac caaaagccag gagaacttga 1500 gaaaaaaaaa agaacatatt taaaatttga tggagaagat caagagaatc cgatgagaaa 1560 aaaaaaagaa catacttaaa acttgatgga gaagatcaag agaatccgac ctgaaacaca 1620 gtaaaaagag aagaattcaa caacatcatg ataaactttt caatccacaa ccaagccaaa 1680 atcaccatca tcattattat tcaaaaatga atataaaact aaattaaatc acaaccacgt 1740 agtaattaag cgattttttt cttaaaaaaa aacataatta tgtagagaga gaaaaaagtt 1800 acatagttaa caaaagtaaa aatggaaaag cggtaaaaat aaaaagtaaa aagggaaaaa 1860 tatctgaata tatatataac agcaaggttt ttgtccgcat atataaataa tcgcgtgtgt 1920 Page 86 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttcacctct cagttgtttt ccttcttctt ccttatctcc gcctctttct agggtttctc 1980 tcaaatcagc tcttcaacca 2000 <210> 79 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 79 caacctccca gaatatgacg atatctttgc aaggctcgga gcgcttcgtg ctcccagtcg 60 acgctgaatc tgctcatctt gtccttctgt tcatatatat attctttcac acggaaaaca 120 gttcccctca ttctttactc tgactgaatt tgatattctt acacgttata cagattgaag 180 tagtggtgtg attctgcttg gtcttgattg gttttccttg tctttttttt ttttgtgtgg 240 ataaacagaa tagaaaataa ctatttgcga agagaaagat tttataatac cattcgaaat 300 gttgtcataa tagaaataaa ttttgttctc taattctcca tcttgctgaa actgcagtgc 360 aagaaaacaa acaaacaaac aaacaatgtc gaaaaagcca gacaaatgac atgttatggc 420 agggtttgac atatcaaagt ccctccatca gagtttcttt ccgtattgca gttcaatgaa 480 agaaaccaag aacctgacca cccacattcc gtttaatagc ttcttcatga tccaaaatgc 540 catcgggagt tgtaatcact atataacccc actgcatata acaaattaaa gaaggtttaa 600 gttacgatta gttgcatatt cagaactagt gtagaaccga acctggcgcg ttggaagtgt 660 gcgttctgtg tattgcccga tctcatttgc cttaacgtcc tgcctataag tgagagcttt 720 gcaatcatta acccttcctt gtagatcaac agttattctt ccaactctgt gtggatcatg 780 gacttggaag ttcttgatgt accctataca taatacatca acatacattt tgtaaagtaa 840 tagacaaaaa actagctgat tctgcggttt gagcatagaa atggtatctt tatacttcag 900 tcacaaacta tcaactttga aaagaactac ttcaaattcc taactaaaaa catacaaaac 960 acagacgaag atcgaaacaa acttaagtta gaccataaac taaacaggag cagatatgac 1020 tttctccaac catagatcaa gatgtaactt atccataaga atcaaaaaac agaaactttt 1080 caatcttctg caacttcata gttaaccaag aacaaagctt aatcattggg accatgttgt 1140 aaccaatctc ttacatcgag tgatcacaca tggaaattct tgagctatac gtgttaggat 1200 cagctcaagg accaacaaaa caatagagac tatggatcat taatcatact tcactacaag 1260 caaaagtgac taaaaccaat gtcgacgaaa ctgataaatc taaacaagta gatgaaaaat 1320 tagggaaatg aattaagacc caattagacc agaagaaaga agaagtgaaa aatctcacct 1380 ttctctttca tgattttgag aaacgaagac attacggtag agacaggttt caactccacc 1440 gaagctttcc ctcgcttctc agcattcacg atcgttctca atgcatcgtt caatattctc 1500 ctccccattg atcgaaaatt ccgatttcta atacaaattc tataatcgaa tgacaacgaa 1560 tcaaaaagaa tcgataaccc ctaaagttca acagagcagc aggaaatggg tttattccaa 1620 cgtttctcag aattgtgggt atttcgacat ttcgaaaaac attaggggta ttttagactt 1680 ttcacgttca cttacatgag ctagggtttt atttttttca gaggtcatat ataaatagct 1740 Page 87 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccattcgtct tctaacaaag ctccggcgcc accattaaaa tctctcgatc tctatctgcg 1800 aaatttcacg gtgagcttag tattactctc aattgttctc agttcagtat gtcttgattt 1860 tcgtagctta gatgatctga ttttgtgtag atattttgat tcagcgagct ctatagtagt 1920 agcctttagg aatcgatctg ttaatgtatg tgttgttgat tggtagtatc atttttggtg 1980 tggtgaaggt aggtatttga 2000 <210> 80 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 80 agaagaaccc acagatttta cacaaaattt attctaattt gaatattacc cataaaacaa 60 agtacataaa aggattttgc aggttaacag ttattagctt tttagtaaca aactgatatg 120 aattggtttg ataactttcg attttacttg gaaattaact attacaagaa aaatctaatt 180 tcaaatagtg gaatgatttg agttgggtaa aatccggctc agatgataac aattacaaaa 240 taaaaatgag acggccggct gtagaataat atgacgacgt gaagcaaaag caggagtgcg 300 acagaaacct ctctaaccaa attgctttta gttatattct tcttcgtctt gacgctactc 360 tttacctttt tttatctgat ttcagatttc tccagaatct tcagattccc atggccactg 420 ttcatgttgt cggtctgaaa atcaattctg gatctccagg gaaggacaca tcccgaaagg 480 cacctgatgc aattcatgct gctttatcac cgtcatcatc tctatcatta ctcagaggta 540 catatacctt aaaccccaaa ccagtttctc cgtagcattt tgagacgtca tcattcttat 600 ctatcatcaa accttgctct ttgtccatat aggagtgtta ccaaagtatt tcagctcaga 660 gttgtcagtg gctcagttcc ggttggtcga aggatcttaa tacatagtgg catttggaca 720 tgagaagaac acagattctt gggatggatg ggaggtaaga gaaccatacc ctaaccttaa 780 taatgtccta caagtcggat cagcagcttt gtttgatttt tgggtgtttt gcagcttcta 840 caaaggccag ttttgatcca gtacacggag gagagatgtc tcagctcgag tatcataact 900 gtctgaagcc gccttctgtg ttttgaaaca acaagtcagc attctcttac ttcctttata 960 tatattaatc ttgttgagat tctggatttt aggcttgtgt ctttggtaac atatgtggtt 1020 tccggttagt tatggaattg tcggtcaatc tcgaggcaag aagagagagt atgtatatat 1080 gtaaatgttg aaccactaat cacttaatga ttatttagtt aattacgttg gatctcatat 1140 tgagaatact attttgcata tatatttttc tgaaaaaaac aacaaaaaga aaggtcaaca 1200 ttacaagagt aaaattgcat atgaagagag tgataatgaa agttcaagtg tttgtttctg 1260 aattcttgac atgtatataa tcaccatata actgtttcca aattgtagat ggtaatgcaa 1320 aaatctgatg aggagggaga tggttctgtt tccagcaact agatttagtt ataacataag 1380 gggattgatt attgttattg ttattgatcc ttcttctcct gttgaattgg attgagagtt 1440 agttggtcaa aaggtgttat gggttttaga aaattaataa aaacaggtgg gctttgtctg 1500 Page 88 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacatgtcct taaattattt gttttgggag tagtttaata tcgaatgata cgtttacacg 1560 taaaaagtct tttcttttga gtcgtcgtct caggaaagat gagattcgtt tctaggagag 1620 gttgactttt tcaatccaca cttataactc tagaatctta tgtcattgat gacgacctcc 1680 tctacacttt tggatttgta tgtttacaaa ggaaggaagg attaccttag aacagtttat 1740 gtgatgtttg tgtctttcta tttttattca atgaaatttc tttacatgta catagattag 1800 ctatattgac atgaatctaa ctgatttttt tgtttgcaaa ataacaaatt agtgagggga 1860 attttgtttc agtcaataaa tccgtgattt ctatatgtta gatggataac aatgcaataa 1920 ataaagggga cccaataaaa aaaaaggaaa gagagacgtg cctgtgggta gtgggtggtg 1980 gtgagaagat tctggaaaaa 2000 <210> 81 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 81 aagattcata cgccacctga acaatatttt cccaccacca ttacacaaac atgtcgaaaa 60 tattcttaac ataaaaatca ccacattaca ttatgtttac tgcccaaata ataacccaca 120 taaaatatta cacacaaaat aatctatctc acacaaaata ataataaaac aaacactcgc 180 taaatatgcc cccctcagtg aatttgatca aataccccaa aaataaaatt aataacatgt 240 gtggagtata aaacacgaaa aaataaaatt acaaaagaaa gaagataaca tatctacagt 300 aaagttacaa gtatacagat gttagatcat cgtgtttttc caaatcctcg aatccttccg 360 tcttgttact gtatagttac cctgcaacgt aataattaat aatctcatat aaaagtttag 420 aaattttgga tgtaattaac atcaaaaacc aaaatcctaa ttactgataa ttttgtacca 480 tttgagtgta ttgagaatgc atttaggtga atcagtatca agcttgttca agctaacgcc 540 accgcatctc aaattaacgg cgagcattcc gatcttaata ccgccgacac ctaatccaac 600 tttagtcttg gcaacaacgt taatgaccaa atctttgctc tgaaatttcg cagcgagtct 660 cttagccaat cctctctcca cgagctgatt cttcaccgtc gtctccactt tcacgctcgt 720 cgagtttttg ggaccttgtc ggaatccatt catcgtcgtc tctcccatcc cggtctcatc 780 gtttcccgaa ccaacgctca aatcaacggc agtgtttccg tagtaaaaaa cgagtttcga 840 gttcggattc ttcatctcaa cgcgggcaac ggcggtggcg gagagagacg cgccgtcggg 900 atcgtcggcg agtttgaagc cgtcgagacg gaaggaagcg aggctgaaag tgggaagctt 960 aggatcgaac cagaggtaga aaacagctgt tccgaccaag aggaggaaga tgaagagaac 1020 aagagtaatg cagatgcaac agcaacagaa acgacaacag cttctacgtt ttttctttgg 1080 tcggtaagaa gtaggcatag ggacggcttt tctcataggt tgttgttgaa tgggaggtgg 1140 aggaggagga ggagaggaca tgtttggatc tctgtaacct ggtggctttt gaagaaccgg 1200 gttcatctga taatctgcca tcttttttct cttaattatt cacctctctg acgatctcct 1260 gataaatcgt atcaaggaag atcaaaacga aatcttcaaa atggagagag agatgctatg 1320 Page 89 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgatgatga ttgcaggcaa acttggtttc taagagattt tgagtttttg gaagagagag 1380 agagagaaga gaatgttttt ttgtgttgcg ttgtctcttc tctctcgtta atggaagaag 1440 gctgagacgt gaggaaggga tttcgtttta ggcccgagac tcacgcgcgc cgtttttgtt 1500 gctgacgtgt tccctctttt ttctcttctt cctacattca ttgaaatatt caaatttcag 1560 ttattagatt agtcgattaa tttataactg ataatcatat tgagtttgat acatccaaag 1620 tggcatgggc ctacagatta gatgtttagg ccaggtggac tctgtttcga gcccattact 1680 gccacgtggc tctattcgga gttatttacc aatggtacgc tcaccggttt aacgattcac 1740 cacttaaagc cctcaaaatc tcagagaacg ctcgctgatc aaatccgtcg tccttcaacc 1800 gtcgcctcct ccgtcatgac aattgagtgc gttaatcccg aaggtcttcg attcaaccaa 1860 gtatgtgcac atatctcttc ctccgtttgg tcatgtactt gtttccgatt aatgtattat 1920 cttttgttct ttctattgaa ttgatttcgt atctgtttgc aagatgaaaa gctcctctca 1980 tcaaacccta gaaacgagga 2000 <210> 82 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 82 acaattctgc accacctatt gtcaatctca aacttaaaac cttaaataaa ctgatctgga 60 gctatagttg ttccatttta aacctacacc tattgtcatt tatgtttgca tctgtttgtc 120 aacgagaata ctcctaaacg tcttgaggtt taacgagagt actcctaaac ctcttgaggt 180 ttaaagatct tttgaaagca tgttgaggtg gaatcgtagc cattatgtat ttccttagtt 240 tacaagtaat ataccataat atttgttttg atgtttttct gttgtagaat cggggaatct 300 cataaattca gacttattga gacttgttat aagacgggta ctcttgtcat taaaaacgtc 360 cagatgccta caatgattga agtcataata gaaagattcg aaacgatcta ttctccaatc 420 gcatgatgaa tctttcatcc actagacaat atagtctctt cgaagatatc cgatataatt 480 aaaacgatac aaagaaaatt agcatgatcg ctaggtaagc aaatattcac gcatgaagca 540 aaacacggtt tgatgttgtt acaagtacaa ctcttctagt gcttgatgaa tctgaatcac 600 caaatatgca taatgttttg tttttcttta aaatctcaca caattgtcgg acatggaaga 660 ggatccaaaa ctgcaacatc gatgaagcaa tcacttagat tttccaggag acaagagagt 720 tatttagtca gaagcttaaa gtaaacgttt cgatttggac aaaggcctag cttgcaaaaa 780 agttacacta gagaataaag ggtctagggg gtttcataga cgcactactt gtgccgttaa 840 ttacaaatac tgagaaggca acaaaacaaa gactttatag atttgcctcg tatcattcta 900 gaatgataac tgcaatttta taatatcttc gaatgtcaag gataaagtta taaactattc 960 ggctgtatca aattttgtta tcagttctac acacaaatca ttttttaaaa ccaatgacgg 1020 cccaagtagt gcgtcttacg ttctctagat atttcctaat ttttcatagc cgaaactgtt 1080 Page 90 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaatattttt ttgccaatgc tttcgaaact tttggttcat aaatccttta acgaaaaaaa 1140 gaacatacaa cgtgtttggc cacgccgagg tttagcacta aaaaaggctc atgcaaatgt 1200 tgagaaatta cacaataggc tttttgaaaa tattgatttt ttaaaaacca caattttctt 1260 accgataggc tttcgcgtgt cacgaaaaag agagtgaacc aaactttacg ctaagtacaa 1320 attaaaccat ataataaaat gaaaacctca tcgaaattcc acaccaaaat aaaataaaaa 1380 gaaaattagg ttcttgagtc atgactagac gaccactgca cctgcaattc tgtgacgatg 1440 tcagaaccat atttacgaat ctaatccaaa ataacacaaa acataatcct atgtagtaat 1500 cagacaatta catttttgtt tctttactca actattcatc cccccgtttt ataaaaaaat 1560 caacacaaaa accactagat cattttgata tatttgtttc ctacccgaga tacgttgaaa 1620 cttttgcaca ttaaaaaaaa aaaaaaccgt tgaaattatt ttaaaaatgg caaatgtata 1680 acaaaaaaaa cggaaataaa tattttaaca aaggaaatga attagtcata ttagtaataa 1740 aattccatat aaaataagat agccctaaaa taaaagaaga atgaaaatga atgaatgata 1800 gtgttggagg tgtataagta tcaaataaaa caccaaacca cttctctcct aggaagcttc 1860 gtggaagctg ccatggcttc tctctttctc tccccattta ataccctcct tcctcgttct 1920 ttcctctcaa accaaaaaac aagaagaaga atcaatactc aaatctcaat catctctctt 1980 tcttatcttc ttctccgata 2000 <210> 83 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 83 aaaccaaaca acagaaaaaa tgtaaagata tacggaaacc agataaaatt gtttaattag 60 ttatattttc tacaattatc taagtaagta taatgcatat aattgttaac tactttaata 120 ttttgaatga ccgaataata attttatttg aataaaagta tgttagtcga taaaattaac 180 atgtattatc ttcaaagttt tgcgataata tacaaaaggc taaaaaattt ataaaattat 240 taacataccc taaagtgtta ttctataatt tgatcttatt aaaattaata acataaattt 300 agatttccgc aaattttgaa accaaaccat gatcggtata gtgttacaaa aaaaaccgta 360 atcggtagtg tccattccta taaatatgta cacatacatc acagttttaa atacccggag 420 agaaatcttt aagatcgcct cttaaatttc taaatcccaa agacagtaaa aatatcgaaa 480 ttgggattaa accggatcgt accgaacatt aaaccctaaa cctgctctct tctccctcta 540 ccaatcacca ccaaaccatt gaaacggagc tctacaaatc ggacacgtca gcttataaaa 600 acaccacgaa tctatacaat ccacgtgaaa cacgtgcttg catctcacaa gaactctaac 660 gacgtcgttt actttaaaat cctccaaaca aatcacacac acgtcagctt taactccgtc 720 accgtctccg ccgtctccac cgccgcattt cgtgagtctc acggcgggag gtaatggctc 780 tccggcttcc tcatcgccga tttcttcctt tggtagcttc gggtacatta cgaaacagag 840 gagaataata gaaccgtaga agaggataat aaagacgacg caaagaagtc tcaacacgat 900 Page 91 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgattctgat cccatcactg tcgacatctc cggtgacgcc gccgccacgt aatccccaca 960 acaacttgat gccatttttt tattttaaga aattaaattg gcttattgga aaattttgtg 1020 aaattgattt gagtttattg aattgtgggg atgcatagtg atgttcttaa atatggattt 1080 tttttttttt tgttatagtg ttaattacga ttagtgtgtg atgaactggt gaaaaactga 1140 attaacgcaa tttagttata gttatgcgga gaggaatgtg gcgggaagga ttaagaggag 1200 aatattcgag ctaattaaaa ttgttaattg gaggttaatc ataaacaagt tatgagtttt 1260 tatttcattt tattatttgt catgaagata acacaaaact aactaaattt aaattaagct 1320 aatgcgcagt tttgtttgtt ttttatctgg agtttttttt gtttcagtta ctatttgatg 1380 atggatgatt acagcagtaa aaaagaaaaa cacatattaa ctactcagcc aggcccagcc 1440 caaatccctc tcaacgcagc caggcccagc cgaattatgt gacaaaacta aaaatgatga 1500 aatacacaaa atttggagga tataaatgta aaataacaaa agctaaaggg cggttccaac 1560 tatttcccaa tctttataat ataccctcga gactttccaa tctttccttt ttgcctcaga 1620 ggccattggc gaagaacaaa gtttgaacct tttcttcatc catctctctc cgtcgcttct 1680 tcctaacgat tccttcactc gaatcaggta aactatttac tcttctcttt ctctttagga 1740 tcgattggaa ccctaggatc tctgagtttt tctttcacat ttaggatcta tccctttaat 1800 cggcaaatta gtatgtgagc ttttgatgat ttggggcttg aaaccctaga tttcagctta 1860 atctgggtaa tttcattggg ttgtgaaatt tctgtgtaat tgtattttgg agaagatatt 1920 gatttggtta ggtattaatc aatctatatt tctctgttat tggtttaggt ttgtgaaggt 1980 tttttctagg gtttcgaaaa 2000 <210> 84 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 84 aagcaacgag aaattagcat ctttttttca tcatatgtgt atgtatatca atgatcgaac 60 ggtcgtcagc tcactgtgag gcaacacatg aatccaatta gttctcaaaa tttatccatt 120 atccacaatt ccacataatg gttagcgata ttcatataaa ctctcttcat aatgattttt 180 ttgttgaaaa aacttctgat actacgacat gcaaattaga agcagtatta agaaacttac 240 tttttttttt gacacactat ttaagaaact acttaagagt taagagttaa gactgaagct 300 taattaaaat aacgtcaata aaatcatatt ttgtttaaat tatttccctt tttgggcaaa 360 taattaaatt atttcctaac cagtttaagt ttcgtaatgc aaaatggaat ctctaatgtt 420 gctgggtcaa gttttcttct acgtagaaaa gactttttgt attgattccc caaagccatt 480 cttctcaatg taaatttgat tttatcagaa ataataaccc aaaaaaaata ctccaaatgt 540 cttttcaata taaaaattaa taatttgact tgatatcaat cggaaattac aagagagtat 600 gggaagtcgt ggtaccggag agagtgcggc tcttcctatg gcttggaatg cagcaagttc 660 Page 92 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgatgacgaa tgctgagagg aggaggaggc atctaagtga ttcggacatt tgccaaatct 720 gtaaaggagc tgaaaaaaca atcatacata ttcttcgtga ttgtcctgct atggaaggca 780 tttggatccg cttagttcct gcgggtaagc gccgagagtt ctttacacaa tcgttattgg 840 agtggttgtt tgctaatctg ggtgataggc ggaagacttg tgagagtact tggtcaactt 900 tatttgcttt gtctatttgg tgggcctgga aatggcggtg tggcaacatt tttggtgttc 960 aagacaaatg tcgagatcgg gtgcgtttct taaaggatct ggctagggag acgtccatgg 1020 ctcatgtgat agtcaggaca ctgagtgggg gtcatggaga acgggtggaa agactgatcg 1080 cgtggtcgaa acccgaggaa ggttggtgga aacttaatac ggatggggct tccagaggta 1140 atccgggttt agcgtctgct ggtggtgtgc tacgagatga ggaaggagct tggagaggag 1200 gttttgctct gaacattgga gtttgttcag cacctttggc agagctatgg ggagtgtact 1260 atggcctcta cattgcttgg gagcgacgag tcacacggtt agagattgag gtggactcag 1320 agattgttgt gggttttttg aagataggga taaacgaggt acatccgctg tctttcctgg 1380 tacgattgtg ccatgacttc atatcaaggg actggagagt ccgtatttca cacgtttata 1440 gggaagctaa ccgtcttgct gacgggttag ccaactatgc attttcgtta ccattaggtt 1500 ttcattctct tagtttggtt ccggattctt tacgttttat tttgttggat gacactagtg 1560 gagctacggt ttcacgtcaa gtgcgaatgt aattttcttt ttcattaata aatcttggga 1620 gactttgtct cccttggctt acccaaaaaa aaaaatcgaa agttacaaag aacgatttat 1680 ctagttaaaa agaagttttt tcttaactct taaacacaat tattagacta ctaaacattc 1740 ataattaata atcatacaaa atgattagtc gaacaaataa aatatcgcat cctttccaat 1800 ttaaacgaga tcacgtggaa gcgagtacac accacgcgcc gatacagaga gtgagatttc 1860 aaaattcgac gaaccaattt gcctccgttc acatgcgatg catcttctct cttaaatatc 1920 caccgtcacc actctctctt cctctttaga ttctctctct acagagaact tgattatttt 1980 ttctgatctg agaaaaaaaa 2000 <210> 85 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 85 ccaaccttgt cgaaattgaa aagacggtct acttgcttat tagcaatagt atgaagaaca 60 ttgacttctc ttctcatttc attacaagag atgactctag gaacactaga tttctgctct 120 tcttcactta atggtttgca tcgtagaatc acttgaacat tgacttcttt attatctcta 180 tcgagacggt tagagaaaga atcaggtcgt cttctctcga gacgaggagt tagaaacggt 240 gcaggtgatg gaatcactcc tactccactt ttccttgata ccacctctgg cgtaaacgac 300 atcttcgatt tctgtgaaat caaattcaaa ttccctaatc aattgagaaa ggttggatca 360 gaatcccaga gattcgaatt ctaaataaga ttcacttaca ggaaacagag ccgaatcctg 420 gagatcgaaa gagagacttc ttttcaagtt tgagagagaa tttgaagaac aaaaaaagat 480 Page 93 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tagggtaagt aaccgttggg agtggaagca gatccaaatt cgaattacta gagagctcaa 540 cactaccttt aatttcaaaa gtttttttaa aagtcgcaaa tatcttcttc ttttttgtct 600 cagtattcat atattgctag attatttatt tacaggtatt atgatattaa atatttcagt 660 caaaaaattg ttccaataat ccaacaactt tatgatttgt aaacatggaa aaaagggaaa 720 aaaaaaaaag gaattgtaaa tctactactt tctgatttta ttcttaaata aacacttttg 780 ccaatacaat catatatatg tgagatggat ttactacttc tttttttttg gggaaagaat 840 ttggaatcag cactattgga gatggataaa ttaaaaaaat gatcattagc tcattattat 900 cattgatttg acaaaattag agagaaagaa aagaaaacac aaaagaattt gtaattgaat 960 atgagagtat ttaattcagt ctccaactgt tctatgtgtg attaatccaa atgttgtaac 1020 ttgtgaagac caatatatat taacaatctg tatacattat acactaacgt accgttgtaa 1080 gagagttaat gacattcttg cattataaag gagcttttaa gcgtgagttc aagacgggta 1140 aacagacaac aacatccttt aatcttttct tagtctatgg gctactccaa acttgggcta 1200 ctccaaactt gggctactcc aaattgggct tctctacttt aaatcttcta ctaactattt 1260 gggcttttat taataggttt aattactttc tctctcaggt ctttctttta actagtttgg 1320 gcaattgaaa aaacttttgg ctcctttttt aaattttact gaacgaaatt atcctaaaac 1380 aataaaaaat aaagcaacca tattcgaaaa gaaaagaaaa atgagcgatg ccggcaaaaa 1440 agagagggaa attaaaaaaa aaaaaaaaaa acgcaacagt gtcggaaaaa taaagctgac 1500 aaaaaattaa acgcaaaata gtttggtcgc tgtaactttt ttgtttattt ttttctagcc 1560 aaccctaata aaccctgacg ccgtttcttc ttttaccttc cttctctcgc tcaccgtcgc 1620 acctccttca ttttttctct ctctctcaaa ctcgtctcta aaactcgtcc gtcgattaat 1680 tcctcgttag tctcaggtat gcttcttcga ttctcatcta tcatcaacaa cagtgctttc 1740 tcaattctct tagattcatt tctatacaca aagtttccac ctttttctat ggtttgcttt 1800 cgatcgtaaa gtacggatct ttgataaacc ctaatcttct tcgttcgatt gtatatgttc 1860 agtatttaat tggaattagt cagagatcta tttgttgatt tcgcagtgac ttacaaaacc 1920 ctaaatttct tactatttgt taatgaatca atattcattt gattacaggt ttgatagaat 1980 cattgcctga ggcatctaat 2000 <210> 86 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 86 ggagagaatt tcttctttat ctcctttaga cgtcgaactg cgaggtcatt gcccagtcct 60 ctacagttcc aagcggctgt cctcatggag gaagaggggg ttctgggccc accgcgcttc 120 tccccacgtc attcggctga accgtctctc cggagcaacc actgctttcc ccagcctcat 180 ggatcaccat cttagaaggc tcgtgttctt catcttcttc gatggtgtcc tctctcttgt 240 Page 94 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtttgcccct atccgctgcc acatcctcac gaacatagtc tctgttcact ccattatttg 300 ttttcatctc tccatggtac gtggagtaac gacatggctc ccaatcctgg aaatcttcca 360 cggcttcatg atgggcattc atcactaatg agagttattt tatttattat tgtccacgta 420 tttattttgt ttttaatgta tttttttttt ttttgccttt tacagttcct aatccagatt 480 taaatctgga tataacccta taaattataa gatatactcg tccacataat attatcaagt 540 tttttagttt tttagaaaat aaaaatctat tctaaaatta gagagaaaat caagtgagac 600 aattttgtgc ctcacaagtc acgagattac ttagctcgga agggttttgg gctctacgtg 660 tgaaaggcat aagatatttt agttactttt atgctttaca atttacatta ctagagtaca 720 aacaaaacaa cagctatcat ggatttttat gacatcatca atttacgtgt gtcatttgag 780 atttataatc tttactttat tatcacttct attttgtttt aatgagttca agatcttttc 840 ttgaaagaca tatgaagact ttaacccaaa aagctaagta ttgtctttga tgaaactttg 900 aaatcgagaa gttttcaaaa ttttaaacga tgtcaaccag tattttttat ttataaaaca 960 gtatttttct ctaaatattt gacaagattt ttttaccccc gcattagcta aaacccattt 1020 tcgtacatat gtttacaaac aatgtccgct caacaatttc atgggtgtag gataattttt 1080 ttttatattt tgttataaaa ttttttgtat gataatttag ttaacaaaaa aaaaaacaat 1140 gcattaaaaa aattataggt ccattctaaa ttttattttt gtgttatatc taatttttaa 1200 aaatattttt aaaaaaatat atgtccctta attgttaaaa catgggtttg gattcttggc 1260 tgtcgcaccg cttacccctc tatttaaacc ggcactgttt acaaattaaa cattatagaa 1320 aataattctt aaaaaccgga ctaagtaatg aaaattttaa attacaaaaa tgaagaatac 1380 taggaagcga gaactaggga agaaaacttg aagcaccaca ttagtcaaag agatcgaaga 1440 aagaagccat tctctaagaa aatttaccat taagattgac tatgcacttt atttaaaaca 1500 cttgccaata tatctttttc aaaagttttt ttttcataac tcatattaag actttcatct 1560 tcaaattaaa gggggatgag ctttccggat gatacttaga cctgagttga gtcaaaatcg 1620 catctcccta caaacaagtt catcataaac cagtcgtagg gtccaaagac tttcacgatc 1680 cattaaactg acatcttagt gtttaaagac atttttcttg gtgttctaaa acatatatct 1740 tctgaacatg gctcaattgt gactcctctc aagaaaattt aaaggacttg gggaggacta 1800 tattattatt tttagttccc cttaaatatc cacataataa ttactgtttg ttgttttctt 1860 tttaattcaa acatacacca ttccaaagag acctttgata gttttcttta ctaaaatatt 1920 attgaaaatt acttataaga tttattatta acatgtttta gattgaaaat tgctcataca 1980 ggcacataaa cagattgaga 2000 <210> 87 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 87 gtcaaaagaa gaaaaatgtt gacaaatgtt acgaatttgg tttaaatcaa aagtgaatta 60 Page 95 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tccgagaaag atgatattta cccccaaaat atctaaacaa atacttaaaa atgcaattct 120 ctaatagact atcaaatatc ccgatacctc tttatatagt gccatcttca tccttagtaa 180 tgtacacaca cacacataac acttatttcc aactctgtct ctctcaattt tctttctctt 240 tctccaaaca tgaagttctc tatgcgtttg atctcagccg ttcttttctt ggtgatgata 300 ttcgtcgcca caggttcgtt tactcgttac catatatcta actttgcaca ccacccatgt 360 cttcttctat tttcatcatt tggtcatata tatatatatg cacatattta agtggttctt 420 atcgactggc ctttccattt atacgatttt agttatatag ttagccataa atggatgcct 480 ttattaagta gcaataatat caaattctaa cattaacttt caagattagt taatatgtat 540 catgcatgag aacatgaaac aaagctatat atagtcttaa accaagtttc ttttgtactc 600 tagggatggg tccagtcacg gtcgaggcac gcacgtgtgc gtcgcagagc caaagattca 660 agggtaaatg cgtgagcgat acaaactgcg aaaacgtgtg ccacaacgaa ggcttccccg 720 gaggtgattg ccgtggattc cgtcgtcgtt gcttctgcac cagaaattgc tgatccatca 780 atcgattctc atgcatgact caatcgtcga tctattgtgt tttgttactt ctttccgtcg 840 tctaatattc cgtacgacaa catatcgtaa cgtgtatgcg tgtttagtgt gttcttgaat 900 aagtctttgg tttgtgtgtt ttcagtttta atgtaacgtt acatcaaata atggctttta 960 taaaagaaaa taaagggttc gaatatatgt tcttgttgca aatatgccag aattttaatt 1020 caagttaaca atatgaagta taaaaacgtt tttcttaaat tatggatgtc tgtaaaaaat 1080 tttattttat tttattaatt ctttcattgt ggttctctgt tttttttttt atgtctatac 1140 ttaaaactct aacacaatca ttttatttat aaagttatga ttctaacaca caaatagtaa 1200 attactaatt tctattgtaa cagttttcat tcatgatttt tttcgctcta tttttttttt 1260 tgtttgattt ttttttctgc ttagtttttt ctttaacttg attttcttct ctcttttttt 1320 aattttattt tgcttgatga aaatatttca acaaaatcag atgtgattta tgcaatcata 1380 gagttaagtc ttgaatctaa aataccaatg aatcggcgat gatggaagtc taggagcaga 1440 gcttggaaca tacgaacaaa caaaaattgt tttcgcgaga tggctagcac aagtgtagta 1500 tattgttgac aaaaaagcaa aaaaaagtgc tgcgtttata ataccaaaaa tctatcatcg 1560 actcagtcag tgtggactcc tcattatctg actaactcaa ttatttactt attttatagg 1620 tctttttttt tgttatttta aataaaataa aaattgcttt aatcttgtca ctgccattta 1680 agaccaaaaa ttacatttac tacagtgtcg gtcaagcaaa taaatcgaca aaattgcaaa 1740 acaagaaaat gtgaaaaaat caggaaaaat aagaacaaga aaaaaaacga caagtcgtcg 1800 tcacacctca gtggcagaaa taaaaagtga atactgtata atggaataaa aagatattcg 1860 ttttctttta gtaaaagttc aattatctcg agcgttctta tacctttcca gtctctttat 1920 atagtgccca cttcctcatt agcattctac agtctgcaca cttatcactt ctttcgaaat 1980 ctctctctat ccctctcaaa 2000 Page 96 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 88 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 88 ttggatcaaa agtagcggtt gtctcaaggc cttgaacatt agagccatga ccaagctcag 60 tttgagcata acatccaatt atctgcatct tagtagctaa agacaaccac ttttgttgtt 120 gttgctctgt gccttgtcct ttaattgcag gcacaaacat tccctatcca ccacaaaacc 180 aattcaacac caaaattcta attaaaccac ccaagggaaa ttgtaaattt tgtgttatac 240 ccaatgcaga tccaagaagc ctggttgatc catgaaagat ctcaatttga gtccttcctc 300 atctgagaga cgaagctcgt taatcaactt ccaagcgtga acacttttcc tcaacgtgtt 360 cttgaacaac tctttcctac tcatcacagc tcttttgctt ttctcaaaga ccttaacatg 420 gcaaaagttt cgaaattcac atcggaaatg tcgccggaaa aacagagaaa ggaggaagga 480 gaaatcttac cggatcatta gcgacgaggc gagacatacg atttgaaaca tcgaaagcgt 540 ggcgggaacc ggcccagacg atcttcatat cgtcgacgtt gaactctgct ttgttcctct 600 catcggcaag gtgatcaact ctctccattg ttctctctat tgtctcagat tctcgagtgt 660 gtgtgaaaaa ttggataaat caaagaaaga gaagccacta aaaaagctct tacctttggg 720 tgattcaata agaaagaatt cgttacagaa aaaacagagg attttgttct atttttagga 780 ttacaagttt gaacagaaag agagactaat gtaataaagg taacaaaaaa attggtaata 840 gaaagttcca agtatttatc atttatatcg gattctaatg aaagacgtga taagatttgg 900 tttaaaacta atcaagctct ctctaatcat ctacacatca tagttgccat tagcccatta 960 gcccattact acactctcgt gggctgtaga taatttgctc agctactttt gatttttttt 1020 tgttgacttt agtaaatcac tccaatataa taaagcctat ttgcagtaat ttctattttg 1080 tagcctagtt gtaaattctt tttactcgaa agtattaccc aggactagtt ttgtttgttt 1140 tgaatttaat attttagagg acttagatac tttttcttaa gctcaaagag aactttattt 1200 ttggctcaag aagtcttgaa ttttaacaat taaaaacata attttctttt catttcaaat 1260 atgggtaaat taattgttct tttaaaaaac ttaaattaat ttgatactta aaaattaaag 1320 aaaggatctt atccaaaaca aaaaaaagag ttaaagaaag gataatccta atattatccg 1380 ggccttgtgc gacgcatgac tctttctcca taaatcggca aaacacgtgt caacagagca 1440 ttgactttca cataaaagct acaataagag gtgaaacgct tgtcagttta gcaaaaaccc 1500 tctcattgaa aacactgaga tccttctttt tttggttctc ctctcttaaa gagaaaacct 1560 aaaggttgag tagagattag gcaaaaacaa aattctcgat ccccaaattt cgaaaacttg 1620 ttcttagggc gattcttctc tttggtcatt tggcgaattt gatttatatc catcggtgat 1680 cggatttttt tcagtcttct ccgtctcgtc gttaccggcg tttgatcgga tcatcgtttt 1740 gtttcaggcg aaatatggtg gtgatctccc tgaagatttt gaattcaaaa tttcttcggt 1800 tgcttcctct tgactttatc gcgatttcga ttacgtgtag actttcttct tggctttgtc 1860 Page 97 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcgaatcaa ttaggattgt gaataatcgt gtctgtgtat ataagactgg tgattgatta 1920 ttagggcatc ggttggcagg agaatagatt gttttttttt ttggtgtgtg ttggatcttt 1980 agatctttga ctgaggaata 2000 <210> 89 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 89 tgcaatacag gtcttggacc tcgcagctca gtttcccgag ctaatgacgc tgagaagctg 60 tgacttactt cggtcaagct ggttttctgt tgcatggtat tgttgtttgt attttgcatg 120 cacttgcttg ctgcaatatg ttgttcatgt ctctaaaaat tcatgtgata ctttgcaggt 180 acccaattta cagaataccc acaggaccga cactgaagga cctggatgct tgtttcttga 240 cgtatcattc cctacacaca tcttttggag gtaaaccaaa actcttttat ttatcaaaac 300 aacaagttgt aggtttacac tgttccacaa cttacactat atctaatcag aatacttgag 360 tggatccaaa atgttccaat tgattagagt gacatgtggc tagagtagca tcatttgact 420 atcaatcaca atgacaacat aaataggtgt gttcattaga agaaatagag actgttggtg 480 cgaattcaaa ttgtttgtag gataatagtt tggtagatag aactattgac aacgtttggc 540 tgttgtaggt gaaggcagtg aacaatcaat gagccttacg caaccaaggg agagcgagaa 600 gatgtcattg cctgtgtttg ggcttgcttc atacaagttc agaggttcat tatggacacc 660 cattgggggt tcggagcacc agctcgtgaa ctctctgttc caagccgctg acaaatggct 720 gcattcttgt catgtcagcc accctgattt cctcttcttc tgccgtcgtt gagtagggta 780 tgaagttgtg acgcactttg agagagtttc aaaaagaaac tcaaaactgt tgatatggag 840 ggttgttgtc agattcaggt ttaaaaacga gttgattttt atgtctgtaa gttatagata 900 aaacgaattt tgtttggtca gataatgtat gtgaaccgtg ggcttacctc gtgttgttgt 960 atacctatac catgttgtct tgcaatagaa acttttggag taaaaatgtg aatgttcaat 1020 ctagcagcag catacttacg gttattttcg aatattttta atatttatat atatttttaa 1080 ttatttaatc taaaaataaa taatattttg aaaatatatt tatatttcag atatttttgg 1140 ctatccgaaa tattttgata cgtagccatt cggtttcgat ttttcggtta tagaatttgg 1200 gacatgctaa tgtctggtta aagagtaacc acagattgcc atatctcata tgttctctcc 1260 atgagaaagt tcactttggc tgcatgacct tcccttaggc tatatatccc aaacagctat 1320 aataatttcg ctcgaaacct ttaatctttt ttagaaaatc caataacttg gcgttcggtt 1380 atccattcgg ttttagtata tattcattcg gttatcgggt ttttcggtta taaagtttag 1440 tattcattca gttattttga atatttgttt cggttctgat tctttcggtt ttaaaattta 1500 gtatccactc ggttattata cttttaatat tttcggatag ttcgattatt ttgggagatt 1560 ttcggtcatt tttggatatt ttcagttatt ttcggatagt tcaattattt taaatatttt 1620 ataaatattt tcaactattt ttaattattt aatctagaaa gaaataatat ttttgaaaat 1680 Page 98 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgtttatat ttcggatatt tttgatacgt agccattcga tttcagtttt tcgattatag 1740 aatttagtat ccttgggctt tagaaaccat gggcttttta agtaaacggg ctcctgaggc 1800 ccataggtta tttagttaac ctaatttgag aagcatatat ataaaactca catcgccgct 1860 gataattccg cctctgagaa attgcgttcg attacagctc cacagaggtt agtgtcgtcg 1920 agtctcttct ctccactcat catctatcga tttatcgtcg ttaatcattg aatctgggtt 1980 gttgatctgc aggattcgga 2000 <210> 90 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 90 accagagtcc ctacatatac ttgtatctgt gcgaatttat agttgttacc taagctacaa 60 aaaaaattga agagatcttc cgtaatatag atgaactaat ttgatgtccc attatgtttc 120 tcgtaaaaga agaaatacat gtgtatttga caagatggta catagaccgc taaaccatca 180 tgtcctaaca aagtagattg gtatcatttg caaaatatgt cacttaacat taatgttctt 240 cattccttaa taccagtcta cttgatgagt ctctcctctt tttgatgagc tagtctcgca 300 ctttttttca tctctaactt ttgtatttta tgaaatgttc atagacttta ttcaaggcac 360 attactatca tatatctgga tttaaattgc cataccgtat tcacgagaca atttatatgt 420 aataacaatt taaaaaatgc attgtctgct cagaagctag cttgcccata ttgtgtgttc 480 ttctaacaat tttttattgt ttcttctgag ggtttttgca ttaaatatgt tattgttgac 540 atcatagatg ctagtggata tatcatcgac gacgaactcg agttgcttaa taattatttc 600 cagtttcata catcatcatc atattataga acatatacct ttatcatatg tatctcaaaa 660 atctataatc agcttgatat taacttattc taaagttcaa atcagtttta acttttaaga 720 aaatattatg agttttctaa tttgattcgg ttttcgccgg gttaacctga aatcggaatc 780 tggattggac aaagtacaaa ccgtgggtta gtattagtaa catccaattt gggcttgccc 840 gtatttgtct gctcagaagc tagcttgccc atattatgtg ttctccaaag aattgtttat 900 tgttattttg gagagggttt ttgcattaaa tatgttcttg tgttgacatt attgattatt 960 agatgctagt gatataccat caccaaaatt agaattgcat tatcatcatt ttatatatca 1020 atctatatat ttatcatatg actcagacta tcatgagacg catttttttt aagtattatg 1080 aataatatac cacttgttca cgttttaacg tttgaaaaac atgattttgc tactttttac 1140 gattcaaagt atttattaag aatttacgtt cttgaaaagt gattatactg tatatataac 1200 tataagtaaa taaaactttt ttcgacgaaa tttctgatga taaataaaag gtcggatata 1260 tttgactttt tttttttttt taattatttt ttgacgataa atttttcgtt gaaaaatcat 1320 cgaaattttc gacggattcc aatgatcaaa aattcgtcaa taatttccaa cgatattctg 1380 actaaactaa atctgatgaa atatttttga cggctttcca accaaaatat ttcgttgtga 1440 Page 99 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttgtcaaaa atccgttaga atactaagca acttttcgac agattttcag caaaaatatt 1500 cggtaatata acgtgttaaa aatatgataa aaaaaaaaac ttgatgaatc tactaaaact 1560 aaattttcaa tcatatatat ctattattca tatatttcat tcattttatt atttttctct 1620 taacaattat ttagttattc tggtatcgtg taattatatt catatgattt attctgatat 1680 tgattcggtt agcatccgga taaatctggg ttgggctttt taacttggtt tttctaagaa 1740 aaattctaat atgatttggt tagcatccgg attagtctag tttggtaggc ctgcctttgt 1800 gattcttaac tcggtctttt gtatgggttt gaacaattac tacaccattt agattcttct 1860 gacccatatc aaataaagat ccacttaggc ccattagggt tagaacaaac atgaggttgc 1920 agaataaaaa gggttcattt tcctcactct caagttggat ctcaaaaccc taatatctga 1980 acttcgccgt cgagagcatc 2000 <210> 91 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 91 agaagaatct ggaagacgca atgaaggaac ttgttctggg acagcaaaat ctgtatgtct 60 tttttttttt tttggttgga attgaaatta cctacatcct atcgtcgtta ataattaata 120 ttcagacaaa agaaactttt tggtatattt cctggaaact tcggtgccta aacacggaag 180 ttgcaaagga agaacacgac ataagcccca ataattgaat ggagaaaaga attttctaag 240 aatctctgga aaacaagtga ctacttctct gaccacgcat agggggaaag gaatttcgtc 300 ctgaatttca gaaaaatttc gacgtaattt ctttgcaatt caaggaaaat ttgcctcaaa 360 tatgttgtct caggttttgt actacactac tcaaatatgt ttaagacaag ttactaatac 420 tcaaagttac atgaaataaa tagttagatt gtattgcaga atccaatttg taaaattaga 480 attggtttta aaatatttag ataaaaaaaa tataaattat tattagaact taaaatattc 540 tattaaaaat tttatatatt ttttacaact tatttaggtg agtcttatct agttacatac 600 gatgatgaaa gttgttgttg ctagactcca gatgaagaga acaaatgtga tgatttggac 660 tagaaatatt aattgtcatt cttctctggc tccaatggtt attcaaataa gtatatgata 720 attgaaattt taataaatga ataatgaaag cagaaaataa taagagtatc atgttggaat 780 ctttcacgat agaagatgaa gaagttgtag aaaatgtcca accaataacg caacatattg 840 gtgacatctt ttgatgggga agtgctgatg tttgggagag gtccacagac aactcaacaa 900 ctatcaatta ataagtatac tattttattt aaaaaaatca gaacattatc actagcaata 960 tcgtatttct tatgtgtgaa aagaacacga ttcctaattt ctgctggtta gatagattca 1020 tggcattttt ttcttctttt tttcgtggtt tttaggaatt tgtaatgcta atcagtagta 1080 catgagattt ttgctaatca ttctccaata atctggtgta gcatgtgaaa cacgtacaac 1140 tgaacgaagc atattctgtc aacgcgtagt agcctactag gaattgatat tattttttgt 1200 gtgaaacaca cgtgttttgt gtgcacaaac ttaattaggc tagtgagtcg atcgtgacat 1260 Page 100 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catatttgaa tttcacataa aggcgatgtt gttaagaaaa catctaaaag ctaaaagtta 1320 aaacctaatg atggacattt catatgatac ttcatcgatg tttagtacaa actatagcga 1380 cgcgttgcct aatttttctg taacttttct tgtgatggca ttgaaaaact aaattctatt 1440 aagttaaaat attggaacgt tatagtaaca tttactatca accatggacg aagtttaagt 1500 ttaacattaa aaaaaaaaaa aaaaaaaaca tggacgaagt tccatgctcg ctgaagacat 1560 cgaataagta atatttcata gcgttttaat acaagttaat tagaacattt ttagagactt 1620 aacacgttag gttaattaaa aagtggttta acattgttta attaagatag aaagcggcca 1680 ttgcaagttt gaaacacaaa tgaggataga atatgatccg agtaaatatc aaatcatatt 1740 ttataatgta atggatgttc aaagaaaatg tataaccaga taaaatagac gaaagggatt 1800 tgaaccatga gtcagcagtc agtatccatt attaaaaaat agagaaaaac aaacactaaa 1860 aagaaaagac tcgtcttcct ataaatacct tcaaacatct ccctttcttc acgcctctta 1920 ttgttgtttg ctatataaat cctccaattt ctcaatattc taaacaaatt atatattttc 1980 ttacttactt gttctcttgt 2000 <210> 92 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 92 gttatttgaa cgactttgga aacagtaata tcatttatat actactatta agatttaaga 60 ataagcgttt accaagaaag agaatattca gtcctctcaa atgggaaatc gaaacgtcat 120 gaaaaaaaga ggaaaataaa tgaaaagaga gagacgcttt gttctatata taaaggaacc 180 ctaaacaagt ggtaaagagc aaagcaaaac cttttagttt caatgtctaa attctattca 240 taaaccctaa atcgatccat gtcttagaaa cgatagaaat tccgctgaag atatcttcaa 300 gcgacgaaga tgaaatggag actccaatta gagaagaagg tgaagaagac tcttcgtcgg 360 aagaagaaga tgatgatatg tcttctaata acccatcagc tgcaacagag aagcaaaaga 420 gagtttattg agtaaaaacg aaatttatag gagataattt ttccttcgtc atttcaacca 480 taaagccaaa ccacaaaaaa aaatctcttc atctccctca aaacttgaaa tatggtgaaa 540 acaactactc aaggtacatc acgtaagata ttgacaattt tttattttta tcattgcatg 600 aaaattcgtt ttgtcataat cttaatctct atttgatcta tgtgtgtagc gaaaaccaat 660 gacaacgtta attgactcat acactgcaca atgttgaaag tgtttcaaag tgagatatag 720 agagtcacaa gaagagtacg aaaagaatca aagtaaaact ccgaaaaaag tcttttgaat 780 gcaagagatg tgaaaaatct agagatgtgg ttgtgaactt tgattcccct attgtgcgtt 840 ggtttcagga tggacatggt atacccaaca cccctcaagg tttgaagagg gttttgatcg 900 tcagaacaag ctgcgagaaa gccgatgttt aatatgaaac attagctcct aaacgaaaga 960 gactaaatac tgtgaagaaa gtcactaagt ttattgaaga caatgaacaa ttcaaagaca 1020 Page 101 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgaagattga agaggtttct tttaccgcac ccaaacagct gaaaaggaaa aagttctaaa 1080 taatgatgtt atagttgttg atattaaaac ttgaaaaatc aacaagttaa ggaaactaaa 1140 gagacagaat aaaccttaac ttgttgatct tttcaagttt tgttatcggt aactacaaca 1200 tccttactta tatttttttc ttttcagccg tttgggtgcg acaaaagaaa cctcttcaat 1260 cttcatgtct ttaaattgtt tattgtcttc aataaactta gcaacttcct tcacagtctt 1320 tagtctcttt cgtttaggag atactgtttc ataataaaca tcggctttct cgtagcttgt 1380 tctgacgatt aaaacctttt ataaactttg aagggttttg ggtattacca tgcccatccc 1440 gaaaccaacg cacagtatgg aatcaaagtt caaacacatc tccaggttct tcacatctct 1500 tgcattcaaa agactttttc ggtgttttac ttcgaatctc tttgcattgg atcttaataa 1560 tgtttgagcc gaccatgttc tacatatgat gaacaaaact caagcactag cgattattaa 1620 ggcttttttt tttatttcta tcgatctttt tttttttacc tattgataat gttgatgttg 1680 aaatactcaa acatggaagt ggaattcaaa aatacaacta aagatctgtt ttcttagtac 1740 atacagaatt gagaaacaga gagatgaaaa atgccaagag tgtgaacaaa agtccacaaa 1800 acaaaagcct ctgacggaga aggaggcttt taggtgttac ccaaacaaaa cgcacacaat 1860 acggcgtcgt ttagaatcag aaaagacatt tctttatggt cacttgattc tctcttcctt 1920 catcaatcaa tctcgtctcc tggaaaacat tagggagcct ctcagatcct caagaaaacc 1980 ctaaatcaaa agtcgagatc 2000 <210> 93 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 93 tatatattga ctcaacatat catgatagaa ttacatatga gtcagatgta attttatgat 60 ctgttattgt ggattcattg ttagcaagca tatatatacg tgtgttcaga agactaaaaa 120 atttactatg aaatgaaaga acatttattt gtttggaaca aaaaatgttt atcataacaa 180 attaacccat ttttccacag agaacaatac cattcgtaac caatatcgag tagacaattc 240 tttaacaaaa cagaaagcga caaagatgaa agaaaacaaa aataaaacca ggggagagac 300 cgagagagag agagcacctt tctgacgtgg aaatataatc caataagagc agagaaatgt 360 cgctacaacg ataaggatat tgtgacgtgg caaaacattg gccatgaaca ccacattaca 420 ccacattcct tttgtctatg tacacttttt atttttccaa tttatttttg tagacagact 480 agtgattagt gaatactgaa taatatacgt aagaaaattg caattggaaa tttggaattg 540 aggagtgaga gcaaatgatt gttgaatatg gggactaaac aacgtggcat aagaggagtg 600 gttgggacgg ctgaactgga gttggactta atctgtatgg acggtgccga tgcaattgac 660 ggagctaatc aattctatat ggggcggttt ctccggtcca gtggacccaa ctttcatcat 720 attttctact ttagtggaaa cataacccgt gaagcgacgc cgtttctttt atcatgtcca 780 tgtgataaat tatgtttttg ttatatggta gggttagctg agagctatca aaagactctt 840 Page 102 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttttatccac ctaatagatt tgatttgtaa cgttaagagc ataggaagtc aatttaatcg 900 ttactaatta catgcataag aactagtata actatataag gagctccttc tagaaattaa 960 atgaaggatg atagaatcta gataatcaga aattttacta ttgatcaatc tagctatctc 1020 gtagttcaaa aagctttatc gttaacaagt aacaactttc aagtattgcc caaatagata 1080 aggttcataa cttcatattt tttatttatt ttatgtgtaa aagagtgaca gtctatatta 1140 ttctaggggg aggacaaggc tcatgacata ggacaagaga aagaaaaata tagaagcata 1200 tagtatatta gggtcggtcc aaatgaaaac aacgtttagg tatggggcgg cgaggctaag 1260 ttaaattaac cacaaaactc cattatcaac cataatttta gaattaaaag gtctctgttc 1320 ctattgatag ctccacaatc attcttttaa ataatcagaa tctcaaataa gttcatcttt 1380 agttacagat ttgtatcaat agttgaagtt gaaaccaaaa taataataat ttagttatag 1440 ttaattttgt caacaaaaca ataccttaac tatcatatta tgacaaacac taattgagat 1500 gaaaaactct tagcagtagc taattcttac tatcatcagt taattatact aatgtatatg 1560 gaaattctgc ttaaacaaaa aaaaaacagt ggaacatgaa tatattaagc aaaatcagtt 1620 tctattgatt atgtagcaat gattagattg gtttagatta tatatcatca tgacagctag 1680 ctaggtaatt aattagtgaa agaaagtttc cacaaaaata atcataatcg tcatacacac 1740 aattctatat tcatttcatt gaaacgaata ataaaaacaa ccataagcct accaaaagga 1800 aaacattatc gtaatataat caatcaataa cacgtataca attattaacg tatattgaca 1860 agcaaaatta atgagagcac tcactatagc tatagtctct ctatataaac aactttcatt 1920 cgtctcttca gtcttcacaa acacaacata tccacaatac aaaacacaac tttcatatat 1980 aacaaaaaaa gttatagaaa 2000 <210> 94 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 94 cttttttcct ttttgtaaaa gttgaaaaaa tatttatcta tctttcgcag atttaataaa 60 atccttttta aaatgtatgg aagttgacaa aatatagtct ccatcttttg cagtaataaa 120 gaatctcatc atgtattaca gacattaatt ctacaaatgt agattggaat attgcttggt 180 tgttggagga tttgagatgc aaatagcttg ctgcgtagga atttataata tcatctaatg 240 ttgtcctttt tgtaacttct atcatgtaca ctatttatgc agagagttct gggacaggga 300 acttacgctg cggaaaactt ggcaaggacc cctcagtgga aacgaatttc ctgcctgaca 360 ggtgatctct agctctcttg tttatcttta tcttccttgt ctgcttttgc agtaagtctc 420 aactttagct gtggtgtttt gaggttgctg tttcagtgag agggaggcgg aggaacaagc 480 tgaacgtgaa aggctgaaga agcagtggct tcgtgaacaa gagcagatta aaagttgtcc 540 attttctagt taccttctaa tttcagttgt aatacttgat tcaaggaaga ttgtctaact 600 Page 103 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attttttgtt tttcagacga gcctcttgag attacttaca gttactggga tgggactggc 660 catagacgag ttattcaggc aagcacaaac tacacctttg tcatactgct tgagccttac 720 gtgtgtgatc atttacttac ctttatgata tatacccatt ttacaggtcc gcaagggtga 780 cccaattggg aattttctgc gggctgttca gcagcagctt gcccctgact tccgggagat 840 tcggacggca tcagtggaga atttactata tgtaaaggaa gatcttatta ttccacatgt 900 gagaaccctt taaacttacc aagttatcct ccctttacta tataggactt aacgataaca 960 tggggtattt ttttgtaaat gtagcaacac agtttctatg agctgatcat taacaaagcg 1020 agggggaaga gtgggccggt atgccttgtc gacacttttt gaaattcagt ttatatagaa 1080 attgtaaccg agactcactt ctcctacatt gttcttgtta acagctgttt cactttgatg 1140 tgcatgaaga cgtgagaaca atagcagatg caacgataga gaaagacgag gtatgtttcc 1200 ctgacccgat cacatgagaa aagagagtag tttgatgatg gaaagttgtt tctaaagcat 1260 tgtaaaatgt ggtgttaatg aagtcgcatg cgggtaaagt tgtggagagg cattggtacg 1320 agaagaacaa gcatatattc cctgcttcca gatgggaggt aactctcaaa taatcttttc 1380 tctgcacttt tcattctcag ctagactttg aatcttattg ttttgcatta taattgttca 1440 gatttacgac ccgacaaaga aatgggaacg gtacacagtc catggggatt aattctggac 1500 cagaacatgc ttttgatgga tcgtttgttg acatgattga tcagatttgg tgtaatagta 1560 gtggaatgtt catggcattt ttaatgctca ttcttcttcc ctcaatgtac cattacactc 1620 gttttttaat ttttcttaaa ataatggaac tgtttgattt ctttagtacc cgttattttg 1680 tgatttttca tgtcatgtga aaatttagta tgagatcttg tgattacaaa tttataatga 1740 gagcacacaa attaagaatg ttagaaacca atttgtgaat cccctgatgt atacaaggca 1800 acaaaatcac acgaaataaa ttgagagacc agacaaaacg ctgtcgtttt gcgagggttt 1860 ctatggttgt gttgttatct tttttttttc agaaataaat taatttagtg tgaaagagca 1920 aaagcataaa tagcatcgag agagacactg ttctcattca ttcgcaaatt cgttgaccat 1980 atttgataga atcaagcgat 2000 <210> 95 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 95 tttgatgtat gagaaagagg aatcgtcgga gaagttggtt tgtgagggta aaaagtgttg 60 tagagaatat ataaagagct ttttggcggc gattccggtg gcggagttgg cggcaaagga 120 ggagaaaggg aatgtagtgg atgtgtctct tcttcatgag agacttcaga ttgatttgca 180 tcatattata ttgactagta gtgattagag tttttttttt ttttttctga ctattgattg 240 gtgactcgtt agtgtagatt tgttaggatg gtgagagata ttcaatggga gtgtagattt 300 aggatggtgc atgtggttcg ttataatgtt cttgagagaa tgtgttggat ataataagtc 360 aagaaaaagt tatcatttgt catggcttag gtactaaaat ccaatcaggg tttctttttg 420 Page 104 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acatgttttc gagtacattc ctcagccgag aacaaaaccc gaacccaaac ctaatgtagg 480 tgatgttgga aatacttaat cctacttgac aagatcaaga gaagatgaga agaagaatcg 540 taagaagaga agaagaaaga agatgtttgt ttgtgtaatg aagaaaagaa gaagaagaag 600 agtcaacatg aaaggaagag aagataaagg cttttgggcc atgttgcaca tgaatcctta 660 gtcttttttc cttttttttt ggtcaacgaa cgagcgcatg aatcctcagt caattattat 720 atttataggc taaagatagt cggtagagat tttaggtttg ataaatgaga taaaattaaa 780 ctttcatttt atcaaagtta taattagaga gatttaactt tttatcaaat attttgtgta 840 tgtcgggttt gcacattcaa atattttata ttatgtatgg gtaaaaactt tcaaggtcaa 900 aagcacaaga caaataagtg taaaaaataa tatgaaaggt tatgctaaat gtagatagaa 960 attccagaaa ttgaaagata ttgtgactgg ttattgaaat tgaatttgat cctgacacac 1020 cacttcattt tgttttgtta tacatacgga gaggccacac acgtctcttt ttctttttct 1080 ttctttgtag tttgtataca aaggaaaaaa ataaaaggag accccatggc gggaaaatac 1140 gatcgtttgg gtgagttaaa agcattcgac gagatgaacc aaccaccaca attttcttat 1200 ctaatattgc gattttaata gtatataaat tttataaaat atctcaacct aataatttaa 1260 agctttacac atatcaaaca cgtccaccac aattttctta tctaatattg cgattttaat 1320 agtatataaa ttatctaaaa tatctcaacc taatagttta cagctttacc catatcaaac 1380 acgtgcagtg gaacttctag accggtgaac actaaacaga tttttatcat ttattaacct 1440 aaaagacaac taataaatat ttattaactt aacagattta cacgtctctt tttcttatgg 1500 catatcaaca tcaaacaata ttatagcaaa gataatgtga ttatttggtt attgtaattg 1560 aaattaatcc atataccaat tcattttgtt ttgttatata tatcgagagg ttattgtgat 1620 ttaaaaaaaa aaaatattta atcatctacc cagtaaaact acgccacata accaccacaa 1680 taactctaag agcacttctt accttgaaac gtctcttact taaattaata attaaatctt 1740 taatttttat catttattaa cctaagaaac agctaataaa tatttattaa tctaagagac 1800 ttacacgtct ctctttctta taacatatca acatcaaaca atattatagc aaagataatg 1860 tgattattta gttattgaaa ttgaaattat ccacacacca attcattttg ttttgttata 1920 tatatcgaga ggcctaagac aacacttaca cgtctatctt tctttccttt gtataccaaa 1980 aaatataaaa taaaaaacac 2000 <210> 96 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 96 ccattatctt caatatgctc tcaaaaacag aaacttcaca aggaatcctc aagacaccgg 60 cttgttgaaa cccgaactct tcttctgcct cacgcagaag aacatagaaa gcttgatggc 120 tgaggtactc ggttggtatt gtgtacctct tcttctctaa cccgaccgaa acagctagat 180 Page 105 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accctttagg cacagctgtt acatctgtaa atgacagtgt cctcttcaga aacttgatgc 240 tcttgcttcc cccgccactg ctattgttgt cttcgttgtt gttgttggct gcttttgatg 300 caattgcttg ttttcgccat ttcttgagaa gctgttgaag cttaacgatc tctctgatct 360 tgtttgactt cttggcttcc atggtggaga tagaagacaa aagacaagaa gtttggtact 420 atgttttgtc tagcgtctgt ctctttctat gtgtgtagtg attaggacgt ggtgaatatt 480 gagaatcggg gatatataga ggtggtgacc acggaattct gatttaatta gttttgtttc 540 tgcttaaaat attgtgctaa tcatatgctt tggttttttt taatgattta aaccaacttg 600 aatttgttga caagcaaaat taagcagctt gaacttagaa aatgatattt aacataacct 660 caaattttgt caccaaaatc agacaggcaa agctggctca agcatcgctt aaatccctgt 720 aaaacgcaac tatgtaatta atattgagat atacttgttg ctttctgact ctgatttcat 780 tcactcggca gcattctcgt gctctcggct gctgttgcca aatcttatgg tatctttctc 840 aaaaagctca tagtaccgtt gtgtctccat cagactttca ttgatgtaag tcttataggt 900 actactaaga tccataatat gtaaggcctc acttgcttct ttcccatcat accatatggc 960 tctttctctt tttccacctc ccggtactga ataacagcat gttgcttgct acaaaatgtg 1020 tgattagtag gaatgtcgga tctttctctc acgtccaaag aggtagcaaa tttggtaatg 1080 aatgcaaagt gtctctttca gtggttcacc atccttaaaa tgataaagtc tccatctttc 1140 tttgggtttt ctattatcta cgggattatt gaagaggagt gtgatacctt tgtatatgtt 1200 ggtttcttca gcaagtttcc tcgatagctc aaaacatcgc acaccatgtt tttcaatcat 1260 caaacatgaa tgaagtagca gctatcgaga ttctctctct cgtccggtac ttagccaaca 1320 cccttcctcc gaatctctga atgtcagatt gatgtctcct ggcacttgga ggataatcta 1380 agcagacatg gatgggtcct aatcgatcaa gatagtatct tccatatagg tctcaagagt 1440 ttgagaagat gtctttcacc gtttcatgcg gaagttgact ccttacttta agcaattgaa 1500 tgcatgatcg taattagtga tatatttgga gttttcgctt ccggttactc tgatatgata 1560 tctttcctcg acaactataa cgaatgacca atatttgtaa tagagatagt ctattttcga 1620 tctctcattt gtttctttct ttttttaaca ttacattttt tcatagaatt ctaatactca 1680 cagattgttt aatgattttt tcttacaaaa agtatcattc agataattta ataaaaatgg 1740 tatcgcagtg cctttattta cctttaggag taagttttct ttcttccgat atcctaaatt 1800 gttcgacacg tgtcaatcac gaaaccacaa ccaaaaaacc ttgtcgtctt ctccaatcat 1860 aaaaaaaaaa aaaaaacagt gtcccaattt gatcaaacaa aacaaattca taaattcgga 1920 gaagagaacg aaaaatcttc ttgttggcaa atctccggcg agatcatctt tcttattttg 1980 ttccacggaa gtttcagaca 2000 <210> 97 <211> 2000 <212> DNA <213> Arabidopsis thaliana Page 106 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 97 taatagtctc ctttatgtca atttctctcc aagatccttc tcttttccac acaacttctg 60 gtcgaagatt gaaaccaata ataaatacaa aaataaaaat taatacttat tgtctaagca 120 caaggacgag taccatcata gaatctccat cattcatgtc tataaataca tctagatact 180 cacagacgaa actcacatct cccaccaatc tcactcaaaa gaaaatctaa gaaaagattc 240 ttaattttct gaagtgaatg caaagatgat gatggaagag aaacttgtga tcaacgaatt 300 ggaactaggg aaagagcttg ctaaccgatt gatgaacaat ctcaaacaca cttcttctgt 360 cgattccaac aaaaccttga tctctgatat cctccgtatt taccagaatg ccattttcat 420 gttgagcttc aaccaagaca agaacatcct taagcgaagc cttgagatcg atggaaaaga 480 ttctaaaaac gtcttcaaaa agaggtaaat tgagctaaaa gattggtttt ttgtctctct 540 ttcagttcca aactgtgctc atgtgtctga ttcctctgtt tttttttttg gtgattttca 600 ggaaagtatc ggagaagaac acagagaaag ttaaggtttt tgttgcaaca gaacaagaaa 660 atggctctat tgatgatggt cactgctgga gaaaatatgg gcaaaaagag attcatggat 720 ccaaaaatcc taggtgatta tcattcattc atcatctggg aatttcaaag ttttaatttt 780 tcttttgcta tatttgctaa atcctatgtc tctgtttttg tttacagagc atattacaga 840 tgcacgcatc gattcacaca agactgttta gcagtgaagc aagttcagaa atcagacaca 900 gatccttccc ttttcgaagt gaagtatctc ggaaaccaca cttgtaacaa catcacatcc 960 ccgaagacga cgacgaactt ctctgtttca ttgacgaaca cgaacatctt tgaaggaaac 1020 agagtacatg ttacagagca atcggaagac atgaaaccga ccaagtccga agaagtgatg 1080 ataagccttg aagatctgga gaacaagaag aacattttca gaacgttttc tttctctaac 1140 catgagattg agaacggtgt gtggaaaagt aaccttttct tgggaaattt cgtggaagat 1200 ctttctcctg caacatcagg gtctgcaatt accagcgagg ttttatctgc acctgctgct 1260 gttgagaatt ccgaaactgc agattcgtat ttctcgtctt tggacaatat tatcgatttc 1320 ggacaggatt ggttgtggtc gtagctttga ataattgatt tggtgaatgt aatgtctctc 1380 tcttaatggc agtaattata gatggtcagt ttaatttaag ggttattagt tattacttat 1440 tagtatagta aaaattattt ttgccgatgg ataaaaattg gcttatagga ctaaagttac 1500 atgattttgg cctttttcat tgtttttcag cagggtttat gaattatgat ttccctatga 1560 agttggattg tactttatga caattaataa agaaaggatt ttatataagg tttatttgtg 1620 agttaaagtt gttaattctt atgattaaat tgatagaaag acatttcaaa tgtcacatta 1680 gtatgattga cttatgaaaa cgctttgtaa aagtgatgca attattagga tgaacagatt 1740 aaaaagtgga aaactcttcc atctttcaaa ttttcaagca gtgtaaaaat taattccagt 1800 caaaagaata taattttttc atttacaact ttttgtctaa gaaaagaaca tatcgtcatt 1860 atgggccatg agcccagata aaaactatca agcccagctt cgagaagaga ctctgtcgat 1920 ttcatcatca taagaatctt tcagatagtc ggagaagacg aaaacgaaag ttccgaagaa 1980 gaagaagaag aaggagaaaa 2000 Page 107 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 98 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 98 gaccaagagt atattagaac cagaattaga taaattaatg gaaatataat gatgacaaaa 60 aaataatata aatataatat atagtttgtt ttggatttta tagattgatg tcatatagat 120 gtgaatgtga ctatggtatc ttcacaatga aattagtgct taatttgtgt acaagaattt 180 attgaaattg agtttatttg taataagtat tccaaaacct ggtttggcct taaaaggaaa 240 agaaatattc gtagttggtt ttttgacatt ttgggacata tttttcttat gatttaattg 300 ataagacctc ttactgttgt acttttttga ataaacaatt gcaaatgtaa attggctatt 360 ttagaattag acgactagcc taccaaaaat acatttataa tgtggatttt gatatgtgtg 420 tgagtgtgtt tacttcgtgg agtttgatgt gtttaaggtt tcgaaaatat ttgagaattt 480 ggattagcct gactctattc ggctgatcca aaacattaat ctgatacctt tcaattcttc 540 acgttaaatt tataatattt tttaaacttt caattatgct tagctgatgc acaacaacat 600 tttcaatttc gcatatcaga ataacaccaa ttatcatttt catgctaccc agaagcacct 660 acaaggtatc aagtgtgcat gttaaaagac tgtttgggtt agtattgatt aatcgaccaa 720 ccgtcgatcc taatgaaatg ctcaaagata gaatccaaca taaagaatct ctattggtat 780 tcaagatttg cttatagagt agtgattgtt agttagttag tttgttattc tttgattttc 840 caatcagctt acgaagattt ttcaagagta gagatgctaa caacatgcat aataatttgt 900 ctaatggtaa attctacaat aggaaaagag tttacattga ttactctatc attagtagtt 960 caggggatag tagatgtttg ttttgttcta aggcttatgt ttatgctctg gaaaactggt 1020 tccaggcgag aagattcaga gagaactcgt tgatggatta catatcatgg tcgctgatga 1080 gtgtatgatt cgccaccacc atcaaagaag gtgcaaaatc aataagtatc agagctgtta 1140 caaaaataaa ctttataaat aaataaaatt attgtctgtg taattaacat cttaatttta 1200 tagtgttctt atttatctgg tttggttgca aaaaattgag tttagttaag ataatcaggt 1260 atataaatta ctacatcatt cattttatgt acaaaaaatt tggtttatat tccaattgat 1320 aatacttttt acttgctttg ctttaatcaa tttcataaac gagatactat tgtgaaaaaa 1380 aaaaacgagg cactattgat cttttttctt ttgaccacct ttttatttgt atcttcatca 1440 tcatgatttt gttaaagagt aaaaagaaca ttactgattg ttatagtcac atggaatgca 1500 ataaaactcc tataaatagt agaaagcaca agaacgagag aatcactcta ccaatagaaa 1560 attgctactt attaaaaaaa aaacgacaat tgtaacaaaa aatatcgatt atagaaagtt 1620 ttatttgctt cagtttatat cacttgcctc tgccattcac aagtttctta cgaaacgtat 1680 taaataattt aaaattttgt gaattaatac gaattttgtt tagaagattt aagaaaacaa 1740 ccaaaaataa aatatataaa aataatcatt tcaatttcta aaaaaaatat taaaatgtcg 1800 Page 108 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cagattttat tttcttacat aatgcttttt attcgcaata ttttttctta agcatttagt 1860 agaagaaaat tcgttaaaaa gagagataaa ataaataaaa gtaatataat cgtccttttg 1920 ccataagcgt tgctctcaaa aatataaagc aaactcagat ctcacgattt tcttcttcct 1980 ctcacattaa cacacatcat 2000 <210> 99 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 99 ttcgtcgtcg aaaactcttt tggcactctc aaatggtatc ctagagttag tatgcaagcc 60 aaaaagtcca atggatagaa gagtcaataa cccaaaccat ctacgttttt cagtaggcca 120 agctctgcac gttactaagc cctgcctaag ttcatctaga ttaggacctt caccggttgg 180 cacacgcaat tcactgaaga acgctttgta gtcagcttca ggctcaaact tttctgtagg 240 cagatcatct atatttaaac cagtgatatg atgaaattcg ttcaatccaa accggatggg 300 tttaccagcc acgatacacc aaagctcctt cttcagtatt ctcagctgtc tgcatagtag 360 ataatgtacg gtcttaccag accagagaaa atgactatca acaagcttag caattaatcc 420 aagctctgtc tctttcagtt ctgcccatat ttcttctcct attgattctc taattgcagg 480 gaactctccc agctttatat tatgattaat gcctttaccc tccagattag aatccccctc 540 ttggtaaagt cttggagggt actcccttgc ttggtcttca gacatctgta taaccataaa 600 tcagccgtaa gcattccata actcagtcat aacataaaac aaactcatcc acagatacca 660 taactcaggc aaaacataaa tctaactcag ccatagataa cataactcag tcataacata 720 aacctatctc agccatagat aacataactc agtcataaca taaacctatc tcagccacac 780 ataacataac tcagccataa gataaatcta actcagccat attttaacag aaactcagtc 840 aaaccataac ataacaacag ctcagttaaa acataaacca gactcagcta tatcaaaaca 900 gaaactcagc cataacataa acaaactcag ccgtcatata acagaaactc agacatcgat 960 gtaaggttaa accataactc agtcacagca taaaaaaaac tcagacacgg atgaattgat 1020 aaatcataaa tcagtcggca aacaaacagt aactcagccg tcaaatcaaa tagatctaag 1080 aaatcggcca ccatatgtca atcaacgtcg acgttaaaac ccagctttaa aaaccatcgt 1140 tacgcatcgg aaaacgattt cagtgacggg aatcacttga gattgaactt agatgtcaga 1200 gtcttacttc attgaaagat actcaccgga acttagatgt cgaatgtgac ttcgcgctta 1260 cgtaaatgcg actccggcgt ctgaatttcg gccggaacag acgagaaaag agcaaaacgg 1320 cgaaagaaat cgatttcgtt ccgtcgagag agaaagtgga agaaagcgac agtttttttt 1380 ttttttggga gatgatgaac agtaaagcta agaaataaga aacccaaacg ttatggagtt 1440 tggagataat taatgacgtg gattatggta atgacatgga ataatgacat gtataatcac 1500 tgttttttca tttaattttt agttaaaaac gaattaaata ataataatta attaaaacta 1560 attaggggtg ttaattgtaa ttacacaata actgaaaaca tctgagtaat aaaaaaaaga 1620 Page 109 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtgttctac tgtaggaata aacatacaaa tgtgttctat cttaggaatt agttcaaatt 1680 aaattgtctt ttcccaaagc cgtcctttaa acccgacgaa gttgtttaag cagcttaaat 1740 taagctcctt gaaagattaa gcatttctgg aatttttatc gactttaatt agagaaaaat 1800 aaaatatttt ttgatattcc ttgtaaaaat ctgaagaata aagtttactc cacttattac 1860 cgacacaaaa aaagttgttc cacttattaa aaaaaagtta ttcagttata atttttttaa 1920 aaaaatcctc tgttatatat ctctcactat cttttatttg gttctttcca gaaacaattg 1980 atcagagctt taaagaaaaa 2000 <210> 100 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 100 gttttttttt tgggaaatac gaaatcgaaa ggctaaaaac aactcaattc aatggccagg 60 attaaaggcg agtacccaaa tttttaatac caggtaaaat gatccgcgtg ttttctaagt 120 gaaactgcga aagcgaacga ctaaaaacaa ttcaattgaa tggccaagat tagaagttat 180 gacccattat tttaaaatct gggtcaaaag gatccgcgtg ttttgtaagt gaaaccccga 240 aatcgaacag ctaaaaacaa ttcaattaaa tgaccaagat tagaagttat gacccattat 300 tttaaaattt gggtcaaaag gatccgcgcg tttctaaaaa ggtttttttc atgacataaa 360 atttttaacc ttatggcaaa tttattattt tagcgaaatt catgcatact ttattaaacg 420 taattatcaa ataatagagt agattataat tgaatagtat aaacatattt tcattttatt 480 tttgtttttg tttaactaag ctcacagcga cacaattccg aatattagca attggagaaa 540 gaataaaaga cacagagcac catattattc ttttagccca aaaatttcca caagtacaaa 600 tccggcaaaa acacatacat agaccaattt ttggtttact gacgaaattt tcagatcaga 660 aaaccggatt tgattcaagt gggtccctaa accgtcggtt ttaaacaata ttttcaacga 720 tgagcttttt caagtcaaac tagcgaaaca gctatcagac ctagacaaaa cattagaaac 780 acaatcatga tgattatctt gatcgtcttt agatggacta ttaggcatag atctaagcat 840 tcttggtgaa tctaagcttt ttctcaagat ctgtctcatc gcagagatca aatgtcttgt 900 cagattcgat ggtgggcttg aggatttgaa cttattacac ttgttcatgt gtctcgccat 960 agcttcttct tctgttgtta aaaatctttt tgttctcatg actttgtact tcacagcttc 1020 agaacaaaat ccagagatcc atttccctat gtaacgctct cttatcatct ctgtgtacga 1080 ttctgtacac tcgtcggtta atccgcaaca gtcacacgtc accgaatcta gctcatcgct 1140 ggatatttgt gtcaccggaa ccgttgagat aattattaca tccggtgttg aaattaacat 1200 tgttggatca ctaagtacac tatcagacat ggtttcttga tttaaaaccc tgttgagaaa 1260 atttcgatca acaatctgat tcttacttca acataagaaa ctataaagaa accaagagga 1320 gaagttttat cagtagcaga agatgagaag ataacgcaat aagcttgtga tatatcttct 1380 Page 110 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgttttgtc tctgtttctg aaacagagaa atggttttta aaaagggatt cttaaaagaa 1440 attggaatac attttttttt ttttaacgtt cgttttgcca ctctctgtct tctaaattac 1500 tttcatctcc gagaaaaatt tcacaaaaca aaaccattgc aaaaacagag tattaaaaat 1560 gctttttatc tttggctttt cttgaaaaca aatagaaaaa gttaccgttt ctatttactt 1620 cacggaaaaa acattagaag ttcataaaaa ttcactcgaa tctctcgtta cttcagaaga 1680 gagaaaaaaa aaagtattgt tttggaaata tatgaggaag agaaaatgag agaagaagta 1740 gtgcaggcga aggagaagca atgtttggtg ttttataaga gagacgatag tagtaactag 1800 tgacgtggaa tattgatttt aattttttag ttttatttta tttattgaac attttatcaa 1860 aacgccgcgt attagagagg atgccctagt ttaatgtctt ggtataaaag cctatatttt 1920 gcatttttca tccgactctc tgcgttaggt ttcattttag cggcagacga gagagcaaaa 1980 gcaaggagaa accctaacca 2000 <210> 101 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 101 atagagcaga cttttgatct cttttgtttc cgctaatgct ttgaatacgg tttgtttctt 60 acagaaggac tatgaggagt tagctacaac tgtgatgact atagttgact gtgttgtgaa 120 taagactcgg gtttctcttt cttctgtggt tttattgtct cttcttcttc agcgtttact 180 taaacaggga taactgagag ttcattatat ccctttagga aaagatagag acgtctactg 240 atattctgaa agggatttta agacctgcta tagatggagt ggaagagatt tcatggccgc 300 caagagatcc tgaagccatc aatctaatga aaaaggttta tactagttgt tcttcacttt 360 ctactacatc tacacatttt ttatatatac aacctatatt cagaagggtt atctggtctt 420 agattctgtg atttgatatc gtcatggtta ctgagatcag tgtattaaca ggaaattata 480 caacgggaaa aagaagggca attagatgaa ggatttcttt cagaagttaa tgctcagctc 540 cggcaggtaa gtgctacaat ttgttttgtt tcacttctga ggtctttcct ttacagtgaa 600 tagatgtatt cttttgaatg tttgaggctg acgattgttt tcaggcaaaa gaagataaag 660 acaaaccagg gttattggct atgctgcaaa aagttcttca actctattct gctactatcc 720 tctccaagcg tagctacgca aagaaaggtg atttgcccaa ttttgaaaac tatgccaagt 780 cactctaaac cattttctac gaacataatc tcatccacta tagctattgt cacagggaac 840 gaagttgtaa aagccgagca ttttcttgaa actctgatca aaggtctgtt ctgcaaccac 900 ttttccatgt actatagacc ccagccagac ttcacatcgg tttattatgt gtgtttcagc 960 tcctgaggaa caatggaaca agcttttcgt agacgggtta acaatcggaa aaggagatat 1020 cacacctgat gagctatctg ctgttatcaa gaaacgaatc gagcgcacac tgattcgaac 1080 tgtaagtaac ataccatgac acatttgctt gcattgttat tattctcttc aggagtgaat 1140 gcgaggctaa ccgggttttg ggttggggtt ttaaccagat attgttttct aaaattcatc 1200 Page 111 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attctaacca caactattct gatcatacca ggaagggggt tcataccagc agcgaatttt 1260 gaccgagtat ctcaaaggaa tcgagtccag ggctaatgaa attatgaaat tactccaggg 1320 ttaatgtcgt aaatcatgta tttatctata catttttgtg taatatcagt tcaataaccc 1380 caattaatat attgttttct ctcatgtaat aattttttga ttgagcattt gaagtgttat 1440 ctgatttaaa aatatgaagc tctgtagtca aaattttaca gattttaatt atcttggaat 1500 aaaaaatgta aagttgatgc ttccatataa aataaaagta aaaatgagta attcatgcca 1560 attaaattag cgagacgcaa attggagaca gagataactg agcggaggga ttcagatcta 1620 tacgacgaaa ctgaatctca ccgtcttctt cttcttcttc ttcttctaga cgatccttgt 1680 gtttctcttg ctctcgcatc cacgcttctc tggtaatgct actgatcgtc accgtgaagc 1740 tgagcttgat cgcttcccct tgtgaactga tctgatctga ggtgaatctc tatttcttct 1800 ccttcttcat tgtacgaatc tcgatttctc ggatcttgct gcttcttatc gttagatctg 1860 ttttcaattt cacgtggatt acgttttttt tcttcctttt gcgggttttt cgatttcttt 1920 gaactgatct ttctccatga ttttcattct ctgttgatct ggtttttgta gagttgtttc 1980 tgtttcgtaa tctgtgaata 2000 <210> 102 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 102 ggagaagagg ccgacgatgg cggaagttgt taagatggtt gaggagatta gagttgagca 60 atctccggtc ggtgaggatt ttgatgagtc acgaaactca atgtctccgt cgttggctac 120 caccgacggc taagtttggt ttctgtctgt cgatgttgta gaatacgtat cgtttggacc 180 ttgtcgattt ttaaggttct tgcttagaat ccctgatttg cgaacttgtc ggagtttttt 240 tagccatgtt ttgtgttttc actgtttgtg atcgtaacgg ggttgtgtgg ttttgtggat 300 ttatgaagcc gtttcaataa taaaacccca tttgttactc tttaaagccc attaggccca 360 tatgttttag atgaattatt ttgcaattgc tgctatttaa ttatagaacc taaaactcga 420 acgcccattg attagtgctt ctagaacggt ggatgcttct gtgtccactg gtaattgtct 480 ttttggttga agagtcagcc cttcggattt gacctttcgt gtacctttta agcccattga 540 ttatgattgg cagattaagt aaattaacga atggtcaagc acatgattag ccaaatcatg 600 acaaataaat ggattccttt ttcatttctg gaagcggaat cttgtctaac aattttttta 660 attgatagta atattttatg ttatgggttt ctgatagttg aagacttgaa atgttgaact 720 taaaagtgaa attacgcttt cataatttca ttaagccatg atggcaagtt ttttttttgg 780 gttgaggtca acaagagcaa gtttaatggt atcgaatagt gcgtaactga aataaaactt 840 gttgaaaaat cattcattca ctattcctcg gcgcgtgagg ccaatttgac cccttccccc 900 acgaaattaa acttggggag tactaaaagt ctaaaccagc aacgtcgctt ttcatgtgcc 960 Page 112 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttaatcacac ccttttctgc cacgtgtacg atctgggacc gtcgttgtgc tcattgacat 1020 ttgtagatcc ctttctagat gttcattaaa attacttaat ttatatccag tccttctact 1080 tttagttttt tgatacttta atccctgttg ttttaatgat acttcattca gtatccatcc 1140 aaaatcaaat taaatccata gattaagatg tacatttttg aaaataataa atggtttatt 1200 ataatatgtt actaaattta tggtattttt cgctcttgta ttgactttta catggataca 1260 ttaattttaa tcttctttga tttctgttaa ttttctttga attcatttta tacatttatt 1320 agtgaactat tctaaaaatt aacaaaatca tttaaaccga caaaaaaaac tttaaaagat 1380 cagcgtatta taaaccaacg ggggatagtt tgcattaggt attggacatc tggggggtaa 1440 atagagcgaa acaaaagttg aggcttgttt ttcaacattt tcattttatt gtgtgctatt 1500 taaactgcgt cgtatttgga ggcatattcg ccggtcaagc gtatcaaata cccaatcacg 1560 cgaacttttc tccgcctctt ctccactcca aaattcttct ccgtctttct cccgtcaccg 1620 tcgaataaag cctgagatct ccgaattctg atcagcaact atgcattcaa gtcatctcct 1680 tctcgaggaa ccgatcagga tgacttcaat cctcgaacct tctaaatcag tgagctattt 1740 atttctcctt ctctcgctct gtgtgttttc tgtggttgtt ttgatttcct tagctcgttg 1800 ttgattatcg attacgtttg gatctgttgc gatatttcat ccattttgaa gcagtgagag 1860 atttgtttcg tttgtcgtgg tttttgatcc gcttgatgtt atttcgcaga gtttcttccc 1920 ggctttgact aagattgttg ggactctagg tccgaaatct cgatccgtcg aggtgattgc 1980 tggttgtctc aaagctggaa 2000 <210> 103 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 103 tatacgtaac ataaaaagcc caaattatat tgggcctaaa ataaaatcgg tactaacaac 60 aattacgctt cttttatttt tcttcttctc gagtcaatat attgaggtaa cctatcatca 120 tgctgcttca ttagaaagtt atttaaagtt gtgtaagtat atgtacatct taagagtaat 180 gtttatatta atttgttttg ttgatgttgg tttgtgatat ttttctgatt gaaatattac 240 tttcattttg tctctatgtt tatatcatgt caaaaataat ctctcggctc tctttgtatt 300 gttgtgctta cgtaaaatga ttgaagacaa gggtggttat gagtagttcc tccagggtaa 360 actataaacc cagtaatggg ttacatagac tttcctgaaa agaagacttg atgggtatgt 420 cgactgtgaa agcaccaaca taatgatgca atctctttct caaagtaaat cacatgttta 480 acttatcagg ttgatacatt tatagacgac taatatccac gcactatcca agtcactaac 540 aaatgctcat gccataatga tactgagctt gcaccttaca gtcggaaaga taaatatctg 600 gccgaacaca tgtaaaagat aattagataa attaaacact acttctgaaa taataataaa 660 acacacaaat gaaattgtag ccgacataaa accaataatg aaggtccatg tcaaaagata 720 tcataaattg acaaaacttg gaaagtaaag tgggaacatg ggacggacga gaatcttggc 780 Page 113 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggccgaaaat gggattatgc caattgttat agcccaacct tctccattat ctctctattt 840 gtttaaacac tacttctgat taaacgtata aacgatttac tactcattgt tctgaaaaca 900 ttactagatt ttaatttatg ctaactcgac taaatatata ttagattaga tggaagtgga 960 tcttaagcaa cacttgtcta ccacatttgc acatactatt attaccttac attctcacaa 1020 aaagaaaact atatttgttc ctatgtatat gtatgttagt ctaatttaaa aactctatag 1080 agtcttgttg taaacaaagc aattttctac aacttatatt tagaaaaaaa aaatcacatg 1140 aagactaaga tttatgaacc attaaattat aatctagtga taaagaaact agtcagcttg 1200 acaaagatat ggataaatgc aactttgtat caacagtgat atataaaata acttatcaaa 1260 aattggaaat aaaaaacaaa tatcatccaa ttttgggcaa aatattaata gtttttgtgc 1320 ccatatggtg acatcgaaag ggtatgtgaa gttgtgaaca caaaactata taaaatagag 1380 agagtgagga taagattact agtggatgga cttcaaattt ggctcctctt ccaacctgtc 1440 tttttctttg ctacacaata tacatttttg taacccccca tacacatttc aacataaaac 1500 tatatagtca tccaattgaa tgattttttt tttcttttaa ccaaggtatc attatcaaac 1560 actgtttcaa aaatcaataa tagaatttgg caccaccaaa caaacatttt ttttgtaaaa 1620 atagacctct caaaaatatc atagaattaa agaatacttt ttattttatt tgtttgtcca 1680 tcatcatctt catcatcatc atttcgccgt taagtttctc tctctctctg tttccaccca 1740 ttatagaatt cagtgaatca acaacaacaa ggtaacacat ctctctctct ctctctctct 1800 ttctctcttt ttatattttt gtgtcccaat ctcttcttca tttctgtttg gttgccgaga 1860 aaacgcagga aacttttctg caaaaaaact cggtgaccat attcaaaact ttcccacgtt 1920 aattctctct tctttgtttt gtttcagatt cattactttt ctccaaaaaa ctttcttcaa 1980 gatctgttct tttaaataat 2000 <210> 104 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 104 gtggccggaa aaatcgtcgg agctccggtg gtgagtttag atatgtatgt aaaccgaccg 60 tgggagatag agagagagac tgagagagac tgagagagaa taatgattgc gtaaagccgt 120 aaaatctgta atggtttttt tcttgacgta ttaaggtggg ttttatcagt ctttctatta 180 cacggtactg tacttactct cttaaaaatc tattttgtcg gtttttttcc acgaaaatta 240 ttttcttctt taaactgata cacatgtatc aatatccaaa tgaaacacat ttttatacaa 300 attgaaacat gcaataaact acggaatatc taaaaaacaa taaaattaac ggccctaaaa 360 ttaattttaa ctaaattctt taataaaata aaataaaatc ataagtctat aaagtattag 420 ttattttatg gtagtttaat ggttaataat tgttttttca tatagaacat aggaatgtgg 480 ttaaatttca gaattttaat acacttttaa cttaattatt tgtttatatg aggcacttta 540 Page 114 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agttttagaa aactataaac acatatgcaa aacatcaaac caaattatgt ttttgcatgt 600 cttttgttgc atgctctata tatcctaact atttttgctt agtagtccac taaattgttt 660 cgtttcaatc acaaccactc aagaaaataa ttacaataga ttactaaaac aagttaacaa 720 cagtgttatt tatttactct ttttgtcgta atgctttaaa ttacatgtct ctttcttttc 780 atcggacaac tgttagtgtg tttttttgta catcaggaca actgttagtt tactcatgtt 840 ttctacattg tacattttgg cagtcaattt tacggcacgg tttccattaa agatatggac 900 gtcatcttat ggtaagctgc atcttttgag gaataataca tgtagacgtc cctatttata 960 atttttgtgt tacgtaactt cccttttgtt attaattaag tgtgtttatt tggtcaattc 1020 actcaatcaa atcaaaccca acgccaaact gcaactattt atgtgattga cgcttcagag 1080 ttgaaactgc cacttttgtc agatttatta tctcacttcc caacttttct tttccgtaac 1140 tagtgaattt attcatggga aactaattta atgcatggta tatgatgcgt acaacaagca 1200 atacttatat gaaaaaagat ttagaaacaa attgtattgg cttaactaaa tcaattaatc 1260 atgtagcaat taggtgattt ggagtctatt ctctgtttag aaaagtagta actgttgtct 1320 ttatgagagt ttctgtttta cttagcgggt aaatctactc taagctaggt gttttcatcc 1380 acttaacatg tattttataa tctcatggtt ttcacaagtc ttaaattgta cttattagtt 1440 tggtctaaat attactccct ttgtttcatt atattggatg ttttagggat tttattttgt 1500 ttcagattat aagatgtttt acaagtttaa atttaaattt aatttgacta tttgtgacta 1560 tttatatttt gcagttttca ttatcatttt ttttaacaaa atctaaatac tattttttat 1620 atacaaaatg acctaatatg tatccattta ccttaaacct cttatatttt aaaacagagt 1680 gagtacattc agtaagagaa tggataaaaa cgaatttgga atacacaaac tataaaagtt 1740 tcttgagtac tgtttctatt attgggccat aaacagtgag acaaacaggc ccatagaagt 1800 aggtgaaaaa ggcttattaa gatcaacggt tctctcgtta cgaatgcaaa gaatcttctg 1860 gatccttttt ctctcagcta ctctctccat ttatctaata aaccctaacc cctcctccca 1920 cactattcgt ttacactaac cacttcctta tccacaccaa tccagaacgt tcctcaaaaa 1980 gctccctcct tttctctcaa 2000 <210> 105 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 105 gacaacttga agaaattacg gtaatcaccg ctccgtggag gcgggatcat aatgccgctc 60 tttttcaaac tcttacaacc atggaagaag gacctaggtg tttctagtgg cagggttctc 120 aagtaaatct tgcaccaaca tagcaaaaat gagagagtat gctctaattg acgtccacaa 180 tcaaaagata acatgaatcg gctcaaaatt atactaaggg agagcaagaa aaggtttgga 240 ccagacctgg gcttctgcat aaaacgtttt gcaccaccta tattgcaaat gagcctcgaa 300 gaaaatgaga atgggcctaa gcccacttgg cagattaggt caaatcggga gacatcaaaa 360 Page 115 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcaattaggt ctgcgccgcc gctcaccttc tcttccttca ccggagtaag ccttggccgg 420 aaactcccca acaataagaa tcccgagagc tcgaagacga ggcaagaggg atttggttga 480 atcgcaaggg gaggtgaaga agtaactacc ggcggcgaga tacggtggaa gaaggtttaa 540 agggagatcg aggaagaacc agcgtcgata gatctgagta tgatggagga tgaaatgccg 600 ttctccactt taagacgctt gattacacta gatgattgag gaaacggccg cacaagaggg 660 gaaacagata gcaatgtgaa atagagagaa gcagggaagg aaaaatcccg acgctggcaa 720 gcgtgggcta caccggcgtc ggagaaggtg gtcaagatag gtttctcgat tattggacca 780 gagagctatc acagagcgtc tattgctttt gactttagtt tttaaattca ataaaagtgt 840 gaaatgggtt gatttattat tgaatattga tgttgtatct tcatacttac ttttagtttt 900 agttgatgta tcaatagctt atattgtttg ataataacac ttaggattgt catttggttc 960 ttaaaaccat gggcctgcca ggtccaatta agtatggaca agcccaaaat gaaaggattt 1020 aatttggccc aaaaaccatt tgggtccaac aacaattaaa ggctagggtt tcagtatatg 1080 gggaaaattt tggaaactcc aaaaccaaaa tcgtcgctct ctgcctctct cgcatctcca 1140 aatcgaaatc gctctctgcc tctcttcgtc tccgtctcca tctttgtctc cggtgagtat 1200 tgataaatcc gatctctgac aacattagat ttcgattgta agttctttag gtctgtagat 1260 tttgagtaat gggtttgaca acattagatt tatattgccc actcccactt gtttgtgttg 1320 attagattgt ccctagaagt cactgttttt gctctactta tcgctctttc aattactgta 1380 atgttgaatt tgggtttcat ctactaacta agatgaaatc aatttgagaa gactagtgga 1440 taatagtgaa cacgtttaca tgacttttga cttgatagtt tgctattctt gttgtatctg 1500 tgtgaattgt tataggttgc ttgattttga tgttcatgtg tcaaatttga taatgtagct 1560 tttgtatctg attaattaag attctaatgc agttgagttt ttggtcttaa gattaggcat 1620 tgtatattat accaacttgt gaagaggttc tgttgttttc tgaatttctc ttattttgtg 1680 tttcattcac caaaagtgtg tcgtgagtta atattctttt aggctgaata taaatgtatg 1740 tataaaattt ggcttatatt gtttgataag aacactagac ctctttcaag ttgagcgtta 1800 tgttgatgta tattacttga ctcattttca attctcttga caatatttga cattgcattt 1860 acatgtggtt cctgtgtttg tttagtgttc aacctgaatg ttgaagttta agacataaat 1920 catctatact tggttgtttc ttgattttga atccttaata agacatggaa tttctcttct 1980 catcaggtaa gtaactgaaa 2000 <210> 106 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 106 aaacttgtgt tgatcaattt tgctcccaat ctcccagaaa ttcaggtgat tatcactctc 60 tactcactgt ttggctggtt tcgtcaagat tctaattttg tgcttcaagt atatgtatta 120 Page 116 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttatgtgttc ttatagttca tggcatctag taagtaaacc atatgttaga ggaaaaatcc 180 aatatcaagg ctatttcatt gcagtactta gcttccttga tgcaatggtt gacatggtag 240 ttggtagatc attgtatact actatttgtt gcatctcctt ggttctaaag ttctagtagt 300 tatgtaaagt ttatggctag aataatatac acttgatgct gctggggcta aatggtctct 360 taattgcttg gtttgataaa gttgtgtatg gtttctgaag tagaacccat ccgcttttgg 420 ttaacagtta catcgtttgc atttgtgctt tctgatctgt gttttgtact cggtaaccaa 480 tgtgatcatt taatgcaggt tcaatcgatt gcatcattct gcagcacact attaggcaca 540 gctgtgcgga ttccatgtga ggtgctgaag caacggttgc aggctggcat gtttaacaat 600 gtaggggaag ccattgtcgg gacgtggaag caagatggtc caagtggctt tttccgtggg 660 acaggcgcaa ctctttgccg cgaagttcca ctatacgttg ttggcatggg actgtatgca 720 gagtccaaaa aggtaagaaa accgaaatga ttggattatc ataagggtca ctactgtaat 780 tgttatattg attggggttt atgtgtgtat tgtagatggt ggcgcaagct ctgggaagag 840 aactggaggc atgggagaca atagcggttg gggcggtgtc aggaggtatt gcagcagttg 900 taacaacccc atttgatgtg atgaagacga gaatgatgac tgcaacgcca gggagaccga 960 tctcaatgtc tatggttgtt gtatcgattc tgcgtaatga gggaccgcta ggtttgttca 1020 aaggagcagt cccgaggttc ttctgggtgg ctcctctagg tgctatgaac tttgctgggt 1080 acgaactagc caagaaagct atgcagaaga acgaagatgc agtgctagcg gatcagcttg 1140 gtcagaagaa gctttgctaa tgggatttta ctttgctttg ctgctacgaa gttttttggg 1200 ggcagcttaa gccggagact cacctctttt gttaaaagct actttgcaaa attttgacaa 1260 aaaaaaaagg gttcattgtt ttgttgtgca ttgaggacag tttcatttac tctttataaa 1320 aactctgctt caaaaatgtg attttttgcc ctctctacaa ttggttgttg ctttgacagt 1380 tgcaattact tcaatggtat acagtagcct taaatcgcca tattacgaat cttaaggtaa 1440 attcgttgct tctttttgtc accaaacata agagacattg gcaaatgttg gtaaaaagaa 1500 ataacgttgt gaatgtaata cactcaaacc aaatgattct gtcaatacaa aagcaactct 1560 gtaaacgtaa catgagaaac tcaacaattc acatatgttt tacaaaatct actttctgtg 1620 gtattcctga ccaaagcatc aaacttgggc tcgtattcag gagttatttt gtccacgtac 1680 ttggggatct aaatgcctgc agtaataaga gattccaact ttggtacttc aacacgtttc 1740 ttctctcaat cctcctcaca acttcagtag taaaaaagac aatcactttg aagggaaaca 1800 caaatgaaat gactgtcgaa ttcagtcacc ggtaaacacc cttatatgtt ctgttatttt 1860 ctttttagtc ccatactttt tttaaattca caacaaaacc cattattgga gttttctgat 1920 tatttttaaa aacagtttcg agtgaataaa aaagctcaga tgcaatcatc actttcattt 1980 tcttgtggtg tcaagtcaac 2000 <210> 107 <211> 2000 <212> DNA Page 117 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 107 agtagtactc catttgatta ttctttttga aagcgtaacg tttaggtgtg gcattaaaaa 60 acaaacacat tttggtgtag agtctttccg cctctgcgca actacttctc cttaatgctc 120 ccttttatag gctcaaccaa ttttgtattt ctccttagtg ctctttttta ttgactctaa 180 ccaataatat ttgtattgga tgtcataaaa gagactcttg ttatctcttg tgaacattgt 240 ttttaaacca aaaaacaaca accaactttg ctctttcgct tttagttgca actcattttc 300 aaacgtaaat tttgttaagc gttatgtgaa tttccgactc aaaaatcaat tgacattcac 360 tgaacattct cagtatggga tttctatcaa gtcttttgaa gatgtggttt ctctgatcca 420 tttagagtaa aatcttactt tttttttttt gcaacatgta tatcttattt ttatccaccg 480 ataatcaatt atgtacaagt tgattgcata atttttggtg tagcaaaagt aggtttaaac 540 gttggaaacc gaacttaact catggtattg tcttgatggg cttgattcct cctatcaagt 600 tctttataca tggacaaatt cttaatgaac tagctagcat ggtcagtttt gtaccaagtc 660 cggaagcaat tcccaattag acatatgatg agcttggaaa gatgagtgaa tgtgattctt 720 ctagagagag tacttggaga tcatcaggag gcatatgtag tgggacaaat gtttatagaa 780 aaatattcaa tcgggaaagt aatacatgat ttgttaaact gtaaaaatgg cgaaagtaca 840 tggactgcaa tggtggaacg aaatggctag taatgtatat tgcatgatca tgggaataag 900 gagaagataa gtgatggaat tggggggggg gggggggggg ttaaaggtcg acgaccaaaa 960 tatgcgcaag catgagtttg agggttgcta tgtctgagtt gtgagttatg atgactgaga 1020 tatgtcaaac tatgagtttg ataataagac tatatgtaat gagagtgttg aataaattat 1080 tcaactgttg aacacatacg atgagagtgt tgaaaaagta aaaaatcata tgtggattaa 1140 acactattga atagattcaa catattgaaa accaaaaaat gggagaaaag atgtatgctc 1200 tcaaaggata aacgttaaaa gaaccacctt ttcagtcgca gaaggagagg ctctagtctt 1260 aaaggaagca accctccaac taaaatggtt gcaatttgat catcaaaacc ggtccgtgac 1320 taaagtccat gaaacaaaag ctttaggtaa cagtaataat aagagcttta gataaatggt 1380 ctaatggtct gtccgaacct tttcagtttt caatgatcag tcacagtttt gattctaatt 1440 attgttgaat ctattactta taattttttt tgactattta tgttaatata ccaaattatt 1500 tttgctttag gtatccatat agttttgacc gacctcgatg atcatgttat attctgtgga 1560 gatttatcaa ctatttataa ataccttgaa accgctacta gacattggag taatccctca 1620 ccttgtctca tttggcaaat atttcctata ggttcaactt attagtagaa atgacaatgt 1680 cttggctgac acttatcaag aactctcctt gtaatcactt agttacttcc attatggaaa 1740 agttgaccga tcgaaaaaag gtattaaaaa aaaaaaatag aaaaattaag attttcatag 1800 tgtaattgta aaaaataaaa tcaaattatt ttcagatatt ccgtattggg aataaatctc 1860 agccgttgat tactatcaac ggtgtacaat tactgccttt gcctgttact tgttctgctc 1920 cgtcgctcag ataggatctc aacaagacac cacaaaccct aaatttcgtc aactccacag 1980 Page 118 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgactcgatt cgatcaagga 2000 <210> 108 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 108 gaaaaaatta aagagttttg cgataagtaa gatatttgtt tcttgttggt ttaagagtcg 60 gtttgggtcc atgatataac actaattaac caatagttgt ggccttgtgg gaggtaaatg 120 atccaacaaa ctttgcttta ctaactcaca tcttttttct tttgaataac taagaggttt 180 tggcctaggc caatacatcc tctcgggatg ggactaaagc attttataga attttctttc 240 aaatgttatt ggaaccagca acctctaggc ttagctaaaa tattttacca gttttgagct 300 attgacactt gataactcac agtttttaga tgtagtttct ctaaatcatg catataaaat 360 aaacatcata gagatcacta gtagatgatt tcatcaacta gttctatatt cgatacgatt 420 ttacacgaaa ctcgtatttt cgaaatgttg tacattgtat gatataaact ttagaaaggg 480 aagatacaaa attaagttgc tgactatatg ctaaacctat agacacgtga acaatgagat 540 gacggcaaac atgtggattt aagtttgctt cggtttgttt cagtttgttc tagtttgcta 600 caacaaaact ccaaaatatt gttgatttgg tggctacaaa aaaattataa tataaaaata 660 gaagatatgt gtttgattaa atatactaac atagttttga tcgtattagg tagagccata 720 tttagataag tttgtggact gcgatgaagt tatgaagcca cacaatatgt attttttttt 780 ccctcatgct tgattcgtta ttttctctgt gatttgatat gtatgcaaat ttatttatta 840 atggttcctt tttggattcc agctaacaaa agaaaaggtt tgaaaatgtc caactacaaa 900 tttaatatgg aaacgtacac caattcattg cgagattggt gcattactcg cttgcttttt 960 gtttcatacc agacaattca aaacatgtga ttgatttctc aactttcatt ctctaatcat 1020 ttagaggata cctaccaaaa attaatatcc tccaaaatta tttggccatt gacattacaa 1080 ataaagaaat gtctttggat gaaatatttc aaaattattt ttattcatta aaacaataat 1140 gatttaaata ctaagcacac atatagtgtg acaaaaatat gtgatttaag gatctcagga 1200 tacaaacatc tctaaactag ttttacaagc attcgaaaac acagctctaa caaaccaaat 1260 cactatgata ttctcgaatt acttactttc taacaagaaa agattgttgg agatttttat 1320 ttgcgttaaa cgattaagtt cttaatcgat gtaatcggtg tactagacga cttaaagaat 1380 aggttagcta tgatgttgag tcaatcaacc acatcccctc cacaaatcca ggagagttaa 1440 aatttaatct tttaccattc attttttcct tctacaggtt cgaaatcgaa gtccggtcca 1500 atcttgaaaa catcaattat ccaacatttt tgtgctggac cgaagccaat ggcaggccag 1560 atattataac cgaaggcctg aaagtaagtt acaacgagat agtaagaaga tgcttaagta 1620 aatgggcctt tgtggcccaa tctataaaac ctaaccctag catcgtgtcc ccatataaaa 1680 ctcacctcca tcgctttcta caagtttctt ctccagattt agggtttctc agtgtttcgg 1740 Page 119 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcggcccag aacaagatcg caagacttca agatggtaaa tcctttcaca tctccttcat 1800 tcttaatcct tatacttttc tattatcaat tagtatgtaa atgttacgga agttcgagac 1860 tttgaatcat tttgatgatc ttctctgctt caaccttaat catctacact gaattttatc 1920 ttaatgttac gaaagtttaa gactttgaat catttttgat gatatcttct ttgtatgaaa 1980 cagccgtcgc acaagtcgtt 2000 <210> 109 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 109 cgatacctac actgtaacaa aatctgtaga cgattaagag cgcaacataa tacgttttat 60 gtcacttctt agaatgatat agtaaggcag agatcctcac cttttccctt ctgggacata 120 cacaaaaata acttctggca acgctaacag ctcaactcag cttgtatttt cttcttttac 180 tacactttta agtttacact ccttctgtgg attttttcgt ttcgcttgaa tatgatgcac 240 aaacgcagct actataacat ggagctttgg gggaggcttg cttgttgaag agacattatg 300 accagcatcc tttaaagctt tagccacatg cttttgggct ttctggaagt gtatattaca 360 cagtgcagga acagtcgacg caagtgttgg ttttccacaa agtaatggtc ctgctggggc 420 tctgaatgta caatggaaac aatgcagagt taggtgagaa ttgcttaaat tatcattata 480 tgctaattac aaaccagcat acaaacttac ctatatatga aatctaggtt gtaaaaactc 540 aaatctgaaa cttggtttat gttttaatac taccacaatg ggactattct aacacaaata 600 cattttcaaa gggtgatata gttatgctaa tactcatatc ctgactattt tacaaataca 660 catcaaaaca gacaacttca agcatctgcg tcagttatgt gtatcaacca gaacaacaaa 720 gcacatagag caatatttta acacaaggca actactgaat ctataaatga ttaccgacga 780 tcactatctc gatgtccaaa gctaagactt ctcccaaacc ctatgaaaaa ctttgaaaaa 840 aagtcaagtg tcaatcccaa atcctttctg caaacttgaa aaaaaaagag aaacaatctc 900 ttggctcact acataacaca aaacagcttt gcagtttcaa ttcatcatca ctacaacatc 960 ttcaccaact ataatatgca aagaacacaa cttgaagcat caattacttt ggtttatacg 1020 agaattttaa aaccaaataa agggaaagtg aaacaaaccg tttaatgacg tttgtgcaac 1080 cagtgtagag cttctgctta ctatccttga gaatatgcaa ttgacagtat ttcgtaagcg 1140 ccatagcttt agctttgcat ccatacatac aactcccaca attactattc gcatactgat 1200 cactcttaac accatcattg ttagtaacat tgtctccact accttcaaca gcatcaccac 1260 catctccgat atctccctct tgaccaagcc tccgtctctt attcgattga ttattttcgt 1320 ctttaaactg actaatccca tacttccacc aataatccct gtgttgtgcc ttgacatcct 1380 ccattaaagc ccaataattg tctctataac acttggccag ctgcttcagg ttgtgtgatc 1440 ggcgtttgag aagctccgac cgggttatgt gactggagcg tgcgaggatt tcatcttctt 1500 gtgacatcgt aatcggtgaa ttcgatgtcg acggtaagcc gctggtgcta gggttaggat 1560 Page 120 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttaaggtaga gtttcgaatt aggggctcgg ctgaggtgga agccactgcg gttgttgatg 1620 cagcgccgga ggaatacgga ggccgtggtg gtttcgagga gaaagggttt tgctgaatgt 1680 tcttggaagc tgacgccatt gccgtcgtcg gaaaatgaca gagcttcaaa atcagatgtt 1740 cttgtcggga atgaaattat taatttttaa aaaataatat tagtacttaa attttaaaat 1800 atattaaagc ccataaaatg tccattgggc tgacatattc aacaaatagg cccaaactca 1860 attggatgtg agacctaagt ttctgaatta ggtcaatata aatactaaaa tcatatctga 1920 taacgaacac gagcttaccg attctcttcg tctcaacatt tagggtttca gagatcggct 1980 gattttcaca tccacaagta 2000 <210> 110 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 110 tgttttactc aagtggttaa gtccatttga cttcaccttc cccactgaag ttcgactcta 60 ctaaattgcg ttatcacgca taatagagat taattatgga ttggactttg tcgattaaaa 120 aatatcaaaa aaaatatatt aacagatgtt tacagtaaac taaataaaat gattccattt 180 ctattagttt gtatcaattt ttaaaaaaat taaaagaaaa tagaaattta catcatttag 240 ataactgatg tatctattaa tttttgttaa gatcactttt taaaataatt caaaatttta 300 catcaataaa aacttttttt tttttttttt ggtgaataat aaaaactgat gttaatatat 360 acatttatgg gttattttct taaatagagg taacctaaaa aaaaattgag atcatcatca 420 tcacgcctct taagttttaa ccagacgtag ttaggtatat ctattttttt tctttggggt 480 ttcgacgcaa attgatttgt ccctcatcag gtaagttttg tgatgaatca ttgattctac 540 gattagcttc agccatctat tcatctcctt tatcctagtt ttgtttctct gtaatgtata 600 acacaatttt aatttgtgtt aaacatgtat ctgcacttat aacaaagtat atatccacct 660 tgatagttaa aactctgata ctacatatat gttggtacat caattttgtt ttagtctagt 720 ctgtgtctgg ttcttaatga gtattggttc tcatgttaca tagatttatt actagattct 780 aaatggtttt gaaatttagt gtatgttttg tgaatttcta aagtttatag agtgtacaaa 840 tcatttttca ggttttgatg gataagtcat ggataaacaa accacattta tctcaagatt 900 atatattagg ggtgaaacat tttttagatt atgcatttga taaattcaaa gtagacgtga 960 tgaaatgtcc atgtaattgt tctctcgtcg aatataagtc aagagaagat atcgaaggtg 1020 atttgatgtg ctttggcttt ttaagttctt acacaaattg gatattacac gaagaagatg 1080 tatgtctcag ttctcacacg aaatgcaaga gtacctcctg atattgctcc ctagtgctgc 1140 tctcaatctc tggtcagttt tctcatgttt aacaatacca caatgtaatt attcatggaa 1200 taaactaaat ttttggaaaa atgcagaagt ggaggctatg gaatgcatga agtcgaccaa 1260 aatatttccg gggaaatgta atgaaacgtt ccactgcgat catgaatgca gtaacttttg 1320 Page 121 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttttcaatt aagattgtat tgtgataatg aatgagaata catttgttct ctttttgttc 1380 ttttgtgttt gattacaaag taataataat atggttaaga gttttttcta gaaatacttt 1440 agaaacttat cactttggaa attttattag ttaaaatgtt tagatattat gctaggaaaa 1500 atctctgtat ttgcaacaat aatatctaga tattatagta tgatagagct taaggataaa 1560 gaacctatct cgatactttt agtttgggag ctacataaat atcttcaact actcatttgc 1620 aattagatag aaaaaagtag aaaacataga aaacgtgaat caacaaagca gattaataat 1680 aaaagagtat tttctattcg taagttctct caattgtgtc ctaaagtttt ccgacgtttc 1740 tcacattttc ttcataaacc ataatttaat tgggcttaat aaatatattg ggtttataaa 1800 cattaatggg cttgttgaac aaagaagaaa acattaatgg gctttctctg agaaatgaag 1860 cctcttaacg ctgagagact cagaaaccct aatatataaa taacaaaacc aaaacttcct 1920 cactgtcgtc tgctcttaag cctctcgtct ttgcctttcg tctcttctct gctcgccgat 1980 cgttactccg tcgaaatcac 2000 <210> 111 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 111 cactctttta atagcttaca atgttttgag atcattttcc atgtttacta agagaacttg 60 cattgactgt tgtgttcttc ttttcacatc tctatgcaac ttctaggaaa acacacaata 120 tttggtagag tgtgccgagg catggaggtg atcaagaggc tcggtagtgt ccaaaccgat 180 aacaccgaca ggtaaagttg attattcatt tggaatcaac aagaattaac caccgagtga 240 aaaaacccaa ctaatcgaag gaatctcttt tctattctca atttccaggc cgatccatga 300 agtgaagatt ctaaggacca aagtgatcga ttgattgggg cagaggagtt tttgtcaagg 360 agaagaagaa gcatttagta aaccgtttat gacatgaaga actataactc tgtgtactga 420 tcccttgata ctattgtaga ctggtttttg tctaagtctt gactctactt tgatggaaaa 480 aaatgattga aatacgttaa atcactctct atttcttttt gtaatttgcc tcgttcatat 540 caattcaacg gcttaaaaaa gaacacgtca tcaagatttt catgtttcaa ctcatatcct 600 ctaaaaagct atctctcact atgtgaagga cgcgacagta ggaaaatggc tttcgcagcg 660 acgctcttcg ttccacctcc agtagccgtc cgatctccgg ctagattcct tggccgtctc 720 tcaattcctt gcctgctcca agttcttccg actaatggtg cagcgagtcc ccggcaagtg 780 aagagggcaa ttgtagcaaa tgcttcgccg ggaaacggtg gcgttaaggc cgaggaagaa 840 gacggagttt ctctgggtac tatgaagctt cccgtagata ccgatctcgc tagattcgaa 900 actcttctat ttcaggtaaa tttgtagcat gcaatagctg gaatagctca gttggttaga 960 gcgtgtggct gttaaccaca aggtcggagg ttcgacccct ccttctagcg atcttttctt 1020 taacttttac tttttttttt tgttttgcta caacagtggg cgaatagtct ttgccaagga 1080 gccaatctac ctctacctgt tcctctcaag gtactaatct tgcgattact caaaaattat 1140 Page 122 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtcaacaa atttggctac ggatcatata aattgtaaaa agctaagaag ccactttttt 1200 ttttgttata ggtggacaga ataagcggag gagcgaggtt aggattcata gtgatggaag 1260 atgaaggcaa gaccgatgtt ccggtttaca ttgactgttt ggttttccaa acaacagaga 1320 atggtgtagt gttccaagcg acgcgtaatg ggcggaagaa agataaagca cctccgggag 1380 aagaaagaat catgagaagt ctcttaggag ccctcaaaaa agctgtggag attgctcgag 1440 tcacataaac atttgcctct ttcagttgaa accgaatttc gaatatctct tttgctctac 1500 gtctttctag tttcttactg ctactactac ttatctgaga catgatcact ggtaaataat 1560 aaagttttaa agtttggggt cacatgagga aacaacacta gcaactaaag tattatgcta 1620 taaataatcg tgttgcggag ctatcaacaa atgacaattt ggccgagtgg tctaaggcgc 1680 cagatttagg ctctggtccg aaagggcgtg ggttcaaatc ccacagttgt caaatatttt 1740 ttttatattc ttttgtccag atatcgttaa aacgtcgtcg ttacaaagtg ggccgaagaa 1800 cccaacaagt aagattcggc ccaaatttac gtggaaaccc taaacgctcg ttttctcact 1860 aagaagtctc ataaacccta atatataaaa gcgatttctg attcttccat cgtttctctc 1920 ttgcaaaact ctgtgtgtag gcggaactac agaaccaaga gcctctttct aatcggagtt 1980 actttaatcc ccttgaacca 2000 <210> 112 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 112 gtcatttttt tgtgtgatga tgtgtcattc atatggaaag agttggccaa ctttcatata 60 tatgattaga tttctaaatg atcattgccg taatattagt aaagatgtgt ccagtgtttt 120 agcaattttt accaaactaa ttttgattta catctttaat taaatatttc atttattaat 180 aattaatgtc aatagcatga cattgtaaat aagttcaagt acaagattta tttgttaaag 240 tagctgaaaa atgtatatgt agattttaga tctctaaata agattaacat aagaaatctg 300 tatcggtcta actaatgatg aatcgcgaag gacaacgtta gaaaactaat gacgaaaata 360 tgttcatgag aataatatat actaaactaa taagaggttt ggtagcaaac aactacaaca 420 caaaaaaaag tcattatcta gtagtgatta ttgataataa aaatttaata aaataaagag 480 tataatgaaa gtagtgctta atttattaac ataatttttt tttattttat tttgaatcaa 540 ttaagaatag gattaatcat acatttaatt ttagagtatt tataataaat gactatagat 600 ttgaaaagaa tgtacaaact aaccttgagt cacagtatct tgtcggaaac atgttggaga 660 acacttgtta ttttctctta ttacatagta tttataaaaa gcacatgcta ttttttggaa 720 aaaacattgt attcagttta atatatcttt ttatcatgat attttgtagt aatacacgtt 780 ttttattgag atcacacgtg atttctttaa aaatattctt attttttagt aatacatggt 840 ttttattaaa atcacatata atttttgttt taagattctg ttcatgtaaa agaatttcat 900 Page 123 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aataatgttt taaaaaaaaa aattcataac gtattatgaa atagcatgtt tttaaactaa 960 atataacatg tgaaatttta atgttacatg atattttgaa aaattacacg gatgtgtttc 1020 gtttactttt catcttacaa caaataaagg atagctttat tatttccttt cttccgacaa 1080 cgtgggtcca tggttatttt gtaacaaaaa actttatctc tgctagtttc ttaatttgta 1140 tgttttattt ggttatctac taatattacc tttaatttta ttatttttta aatttaaaaa 1200 tatagaatga tatatgtcaa acttttgtgt gatgcttttg tgtgatggtg tgtcattcat 1260 atggagagtg ttgaccaatt ttcatatata tatgattata tattaagaaa ctatatatta 1320 cgttgtcttt ttcaaacagg taaaaatgtt atgagattta tttgattttt aagtaattat 1380 ttaaattaaa ataaataaaa atatatatta ttttaataat aggggctaaa tagaaattat 1440 gtggaggaga ggggctgcgt agattaaaat ccaaaaaata ccgtaaacaa aaaaaaatat 1500 tcccttgcga gagagggaag attgacttat tggcacgcag ccctaggcat tttcgtttcg 1560 tctccacacg cctctctctc tctctcgctt cttcaatcat tcatcactcc gacgtcagat 1620 tcaaaatcct ccatgatcga tcccaattga tcaatcaata accttatctt cttcatcttc 1680 tctgtcagta tctgaatctg catctggaag cgtgatttca tcatcatgta tttaaccgct 1740 tcatcttccg cttcttcctc catcatccga gctgcttctt ctcgctcttc ttctcttttc 1800 tctttccgat cggttttatc tccctccgtt tcatctactt ctccgtcgtc tcttctcgct 1860 cgtagatctt ttggtaccat ttcccctgct ttccgtcgct ggagccattc ctttcactcg 1920 aaaccatctc cgtttcgctt cacctctcag atcagagctg tttctccagt cttagatcgt 1980 ctccagagaa ccttctcttc 2000 <210> 113 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 113 tagacttaaa taactaatcg gtgaagagca agtcttctcc aacaaactta gtagataact 60 aaggaaacta aaacataatc taaataatag agcaacaagt tactcctaca atctaggaga 120 tttattttca aaagactaat tcaaaaccaa acaagaacaa acttattctc acaagtgtat 180 taagagtcat ataacctaag gaaaacaacc ttaaagatac ttggaggata tgggaactca 240 agatggccaa aaaccgtcac cagttctgat ttatatagac tttacttcaa gggtttgata 300 agggaggaaa caagagggtt tgtggcagga tttggtgttg caatttgcgg ccaagaggac 360 aatctcttgt ttcaagtgaa aagttcactt catgactccg caattacagt tttggaggct 420 gaacttatgg cattgaagct aggactaact gaagccgtga gtttggggat cactcatatc 480 tcaatctact gcgatcattt tcagattttt gaactggtaa attgttcttg aaatatttac 540 acatttcttt aggttttgat tagttttgca tgccaaactt gttttttaaa ataaatttaa 600 cattttaacc aaaacaaaaa tttatgatga cgagaaaaat ctcctaattg agtaggtttt 660 gtccttatca tctttttagg ttatgtggag atcagtgcct gataaagata gcattgcaat 720 Page 124 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gataatgtat gatgtgcaac gcataagaca acaattgaca tcaagcacac ctcttctggt 780 gactggaaat caaactaata agttagctta tgaacttgca ctagaaacac tagtttcaga 840 aatcagcata agtatcgaag agaaagctct aacatgtgac aaaaattaaa cgtggaaagt 900 acgtaagctg caggtatcat ctctaatcac attctctaga ctctagctac tatacattaa 960 ttttaattta tcgtcgtgga atgttgatta tgtttacgcc taatgttgta atttcatggt 1020 tgatggatat atatagatgt gggtattcct tttgctatat gtgtggagtc gaatggaaac 1080 aacggctagg agctggtggt tgcattcata gcaaagcaga gatttatttt atcattattt 1140 gttttgcagt cttgtttgga gtgaactttt gtttcttttt gattgttact ttaatcaatt 1200 gggttgtgaa tttattcaag tgatttaccc agagacttgt aaacgggaca taaaaagaaa 1260 taaaaccttt catttctatg tcttatgatt gcatgagtag cccaaacatc tatggtctag 1320 tggtaggaga agatttaggg aatagtgaaa cttgtagatc cgagttcgat cctccctgaa 1380 aacaaaaatc atatttgttt tgagaagtct ctcagttagg ccttgggtca attggtttac 1440 ctggtagtta gaaatgcagc cggtctgact atcccctttc attagtcgga aaacatttca 1500 aattcagaac agacagtatg gtagtccttc ggtgagaagt ccactctaaa atatttcggt 1560 gcgtttctgc cgaggctgac cagattagcc ggtagggttt atcaaaaaaa aagaaaaaat 1620 gattgcatga gtacttctca attcttcacg ttgtcacaac aacttgttac atgcgactaa 1680 acaaattata ttgaatccat atacagattt gccaaatact atttctattt ggtcccaatt 1740 agtgatgttt atatggattt aatagcccat ttagttatat gggtctgttg ttaaaaaata 1800 gcccatgtag acccgtttat ggaaaaagat aaatgggctt taatttcgac ccggcccaaa 1860 attacaacgt gttcaacaac aactctatta tacaaacaga ctacgtcgtt ctcttccact 1920 catctgaaaa caaaatccaa ttctctctct ctccctccag attcaaacga tccgatccaa 1980 aactttgaga tccgagaaga 2000 <210> 114 <211> 1290 <212> DNA <213> Arabidopsis thaliana <400> 114 gaattctatc atttccggtt ttgcatacaa cgagagatca gaagaaacct ctttcctgct 60 caaggagatg ttgctctctg gatttcaccc aaatcacatt acgcttgcta gcattctccc 120 tctttttgct cgggtgggaa acctgcaaca tgggaaagag tttcactgct acatcctgag 180 acgccaaagc tacaaggact gtttaatcct gtggaactcc cttgtcgata tgtatgcaaa 240 atccggtgaa atcatagctg caaagcgagt atttgattcg atgaggaaga gggacaaagt 300 gacatacact tctttgatcg atggatatgg caggctgggt aaaggagaag tcgcattggc 360 atggttcaag gatatggaca gatccggtat caaacctgat catgtaacta tggttgcagt 420 tttatcagct tgcagccatt ccaatttagt gcgtgaagga cactggttgt ttacgaagat 480 Page 125 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggagcatgtg tttggtatac gccttcgcct tgaacactat tcttgtatgg ttgatcttta 540 ttgcagagca ggttacctgg ataaagccag agatatattc catacaatac cttacgagcc 600 atcaagtgct atgtgtgcta ctctactgaa agcgtgcctc atccacggga acacaaacat 660 tggggagtgg gctgcagata agttactact agaaacaaag ccagaacact taggtcacta 720 tatgttgctt gcagatatgt atgcagtaac tggttcttgg agcaagcttg taacggtgaa 780 gactttactg agtgacttgg gcgtgcaaaa ggctcatgag tttgctttga tggaaacaga 840 ttcggagtta gatggagaga ataataagcc gatgaacgat gattctgtca tcaatcagga 900 gcaaagttca gatgaagaac gtcttgtaga agtaggataa agaatcaaat tctgatagaa 960 atattttatc aaactggaga atcaatttgt acataaatct tatatacaac aagttttaat 1020 tgcatgattt cctgtaaaca taagtttaca tgaactaggg gatggtcctt cgcaagtatg 1080 agtaacaagc ataaacagca ttatatatga aataaatatg agcccaccta aacccattaa 1140 gggcccatta agattggaga tactgctttt ttaagagagg tcactttttc cacagtgaaa 1200 ccctaaggaa acttcggcaa gctccagaga aacgagagtt ccgtaatcat tttctcttgt 1260 tgttcctgat cgcgtagctc aagcgaaaaa 1290 <210> 115 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 115 cgaaccactc tcaccggaga aacaacatca gaactcgtcg ccgaagctaa atgctcgaaa 60 gcgaaagaga gaagcgcgtc tccggctaaa acagcgacgt cttcaccaaa cactttgtgg 120 ttggtcggtt ttccacggcg gagatcgtcg ttatccatac aagggagatc gtcgtggatc 180 aacgacatgg tgtgaatcat ctcgacggcg caagctgctg gcatagcggt tgattcttca 240 cctccgacga gttcacaagc agcgatgcag agaactggtc taactctttt gccaccggcg 300 agaagagagt aacgcatcgc ttcgtggatc ttgagtggct cacggagagg aacagctgaa 360 tctaaagctt tgttgactaa ttcggctttg gtgatgatgt acgacatgaa atcgaaagag 420 gatggttcag attggcgtag attgtcttct tttgtaacaa cggaagaaga aacgattgaa 480 gaagatgatg aaacggtgcg ttttgatcga aaggagatgg gtttagtaag agttatagga 540 caagatctgg atctggattt ggtaaggatt gaagatggat gatgatgatt gtggtggtga 600 acaacaatcc atgaacctag agtcactgaa gccatggcga tttctgaaat ctgaaatttt 660 agatttgaga attttttata ttagtattta tttttttttg ttttttttgg aaagtggagt 720 caaaattatg aatggagaat tggattggcc attagtgaga agctaggaag taacagatag 780 ggttgtgtta cggaatgggc cttgttagtg gtggagatga cgatcttcac ttttattgaa 840 aagcatcttt tttctttttt cactgttttt gttttattgt ttttaagtcc atggaaaatg 900 tttttatagc ataaagatga tatttttctg gcttagatta cagataaatt acttgtcagt 960 tttttagatt tttttctttt tattttcaat tctataccac aaatatatac tattgttgtt 1020 Page 126 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttggtaaaat atcaaaatct taaacacata aatctcatct gttatttttt tctataccac 1080 acattgaatt tagatgatta cgtagtgatt aatgattatc ttgttttgta gatttgttac 1140 acgaaattag taaaaatggc ataaaaaatg catacgggtc acaagtccca cttgtggaca 1200 ttttacacga gctcgttgat ctctgacaac tgcttggttt taacttatta aaagcgcgca 1260 aactaccaaa tttattgttg gaagatagat ataactgaaa tgggcctaac gggctttaat 1320 gggccaagct ggaactcaac aaacaggtac gagatttttg aattattctg attcagcgtc 1380 gagaaaaaag ctacgattgt gtgtttatta ttattgcaac catttctctg ctgtttcttc 1440 gtcgtttagc ttcagaggac gacaatccgg taggcgagag agagagatta atcaatcggc 1500 gaccttttta attcgctcgt aattcgtttt gattttcgtg tttttgcaac gaatttaaca 1560 acttgtaagc ttcttcttct tcttccttca ttctctttgt ttgattgtct tggtgtttaa 1620 ctttcgatgt ttcgacctag tcgttgtttt gagatttctg attctactta tgtggaagga 1680 aagtcttcga tctttgaacc tgttaaagta gattagcttg tcttgtaata acgcgttttc 1740 atttctgaga ttttggttat agctttgttt tagggatctt atgatttggg attcaattat 1800 tgtgtgaaag tctaataagc tatgttacca agattaatat aaaagtgggc atatgagttt 1860 agttgcagtt gtgatttgat atatcgaaag gatcgatttt ttaaggtctt ctttgatctg 1920 tcatagaatt aatcattcat tctttgattt gtcacagctg tgtgtgtggg tgtgagtttc 1980 ttaagagaag tcagaaacaa 2000 <210> 116 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 116 aaggttcctt tctttacaac tacttcaaac acttaccaca atagtattat ataaagtatg 60 tccacctatc accttctagt gaatcaaatt aaaattctcc aggacaagag tctatcgagt 120 gggttattct tcctcaacct tctatgggcg gttgaaccaa gagttgtgaa ctggaatctt 180 gtcaccaagg gtgaaacagg ttttcactac tctttttact aaggtatagt tacttactcc 240 gtttacctga atcaaagctt atttgattat tatatggtta ttgaaacgta cagatgatga 300 gaagaggttg aatgctacat acatagttag tgtcgcaaga aagctcggtt gttcggtttt 360 cttgttacct gaagatatcg tggaggtaag aactgagaga ctataatgta tcatcatccg 420 aaatagcaat tgctcagatg agatgtgttt tggtatgttg tgacaggtga atcagaagat 480 gatcctaatt ttaacggcaa gtataatgta ctggagtctt cagagacatt cacgggagag 540 ttcagattcg tcgtcaactc agagcaccac aacgacgtgc accagcacag cctcgtcccc 600 tgccccatct gtcacagaag aggaggaagt ctcctcattg agcggtgaag tcacgagctt 660 ggccgttggt gatgcggttt ctgaaatcac cacggtctca gaggaagcat ccatcgaata 720 gagagagcga gatcacatat atactgatat acatctcttg ctatagcaaa gtagctgtta 780 Page 127 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taatagtgac ttctctgtaa tcttttgttt ttttgtttca tcaactaaaa ttaccaaaaa 840 taataacaat gttacaaaca ctcaatcaca tcgagaaaag taaagtaaaa ttgtgaaaat 900 ttgtttagta cttaaaaagt taggaggagg aaaaagtgta catcttattt tgaaaacaga 960 cactacgcaa acaaccatgg atcagacgac gatgatccac aacagtcaag gcaaacaaga 1020 gatagatagc tcaacagacg atgaagatag agaagatgga acgagacatg cagacaaaag 1080 aggacttgaa aaccgtggcg ttgggcacct ctaagatcaa ctacatggat cctaggatca 1140 cggtcgcatg gtgcaaacgt catgaagcac ccattgaaaa ggtagttaat tatatacaaa 1200 acttgaatat tgatctacca tgaaacaaag agagtcctct aataaagttt tttttttgta 1260 atggctggtt cgttaatgta gatattcaac aagtcacttc tggagaaatt tgcgtgggca 1320 atggacgtag aacctcactt cacattctaa tatgcattgc actgcagcag ctgatgagag 1380 tttctctata aaacagagca aagcaggcta catttttttt cttccaagta gataaattct 1440 ttttgtttgt atctttattt gagatcatgt cttctttttt tttcgtatat acaattgttc 1500 attgtttgct tgaattcaaa tttagtctgt tttataaaaa atgaaaccat aatctttact 1560 attttaaacc ataaaaaaaa agtcaattgt aaatacaaaa caccaaaggc caattaagat 1620 ttattccaac tggaaggata gagcaaaaaa aaaagaataa tctggcgcaa aaatgactta 1680 cacaaatcaa taagttttcc aaattttgtt tctttagcag aaaatcaaaa atgttatttt 1740 ggtcacaaat gtaaaaattg gtataaacaa ggttttaaca aaaaaagaaa aatatatata 1800 tacaaaggca aaattacccc tgagaaaatc tggggccttg acacgacgat cctccatcat 1860 cctcttcctc gaggaacttc aattccaatc tgtgagatct ctgcacaaca tcttgtctat 1920 tttcaatcga aacctctgtg agatcgcttt tgatttttgt aattctcgtc gcaggatatc 1980 tctctcattg ggatcagaca 2000 <210> 117 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 117 tcaccaacca gagaaatcct tgaacagtca cttcggctcc agtttaaggc atcgaataac 60 gaagcagaat acgaagcact tctcgcagga cttcgactcg ctaaggggct cggagccaaa 120 cagatcaaag ctttcagtga ctctcaactc gtagtcagtc ggttcagcgg ggaattcgaa 180 gctaagaacg aaagaatgcg ggctcatctt tcaatggtcc acgtccaagg acttcccaga 240 atggcattgt agattggttc cgatcttcag aaagagatca gcgatcttca gatcgcattg 300 gttgctgtaa aagagcacgg gaagagggag tgcaacaggt tgcggaatga ccgagctgct 360 aaagtcgccc gtactacaaa gaaagcccaa gctcgtcttg atagagtgaa ggcttatctc 420 aaggagcaag aggacctcgt cgggccaaag gtggatgctg agaatcaagc cagaggcgct 480 gaggagatag tgggcatcct tatgcagaga ggtgcgaaga ttgcggcatc tgaactcagc 540 ggccttaagg agttaaccaa aagggcgacc gacgaagtta atgccttgaa cgttatcgag 600 Page 128 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcggggacg atgatctgaa catgtcccca gatcagctcg gtttttcgag gcaaacctcc 660 caagttgctc cagtggcgga ccagcacggc tcaaatgtcg acctcgttag cggaagtgat 720 attcgacgtg taagcgttga agaaacgaac cagacgacct gaataggtcg tctttgtaat 780 ctattttgaa atattgatcg tggacccaat tttcggggcg atctcaaaac tcttatttaa 840 ccgtgaaccc actttcgggg cggtttttaa tttttacttc tacgtcaggg tcgacctcgc 900 gtcgtatgag cgtccgttct cggggaggaa aaggatgtgg acggagtttc ctggtagatt 960 ttttttaaat agatagggta aagatatgtc gatcccgatt agattctcat agctttttct 1020 tttgttgcag atcgatacag gcctagtccg gattttcccg tcgagttcga aggagtttta 1080 gaggcgatct tccgagctcg tcgtcgtacc tggaaagacg tcacgaggtc gcgcgtcaac 1140 aggataatgg ggaaggtcag gaaatccttc attagctttt aaacatgcca cctcccccag 1200 ctcccatcga agaggaaaga cagcctttag acggagaggc ggctgcgtca aatcctcccg 1260 ttagtgctgg cccttccggt ggcgaactgg tttgaagttt ggatccttat tgagcttatg 1320 acaggttacc tccggggcga ttcctgtcat atccttcgta gaccaagcaa aagatgacga 1380 cctcgatttc aggaaggcga tcagctcttc ctttatctct ccttctagct cgcttccgat 1440 accgaccgtc cgagatggat ccgactcgtc gatgttgacc tggataattg ttataggaaa 1500 actgaagtca agctatagcg ttcaggggtt aatctggcga gctggaaata tgaagtcagg 1560 gatgtttagc aaagcacgtg ttgtgagctg gcgagctgga tatgtgaagt cagggatgtt 1620 aagcaaagca cgtgttgtga gctggcgagc tggcaatgca aatggacgtt aacggcgatc 1680 gttattaacg tggttaacgt ttactttctt tacctttttg tataagagca acatgttatg 1740 ctcatgcttt cattatcgaa taatctggtt gtaatctctc tctagagact tctagatttc 1800 cctcatcgtt ttaccggagc tctcgtcgag tctcttgtag gtgagaagtt gatatcgcgt 1860 ctctttacga acgttgtatc aagtgtgtta atcggagtac tctattttca tctctctgtt 1920 ctattgattt caaactctgt ttattcattt ctggtttacg ttaacactgg tatcagagcc 1980 aagcgtttcc tcggaatcaa 2000 <210> 118 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 118 acctaatgcc cctacctctt cccaaaacca ataactaggc gttttttttt gtcccatttt 60 tctttgttgg tttcatttat gaatacacta catattattg aaaaataaca caaatgccct 120 ccttaaattc ataattttac aatatttata ttagtattac gttttttgca ctaatcacta 180 gatatatgaa tataatttta attagtttat gcccaaaata cacagaaagg gcatcaaaag 240 catcaattta tttttaattg accaaatagc tttagtgatt cttattatta gtaatttaat 300 actagttggc gagaaaaaaa aatacaaaga agatgaacaa gtgaaacaaa cttgagaaat 360 Page 129 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atccgtggtc aaagaagata gacgagtggg ggtggcaata gagtaaatag aaaggaacac 420 gaagggtttg tttgtaagga atatgttaat aatggaaggg cgaagaaaaa gatgagacag 480 agagtgggac ccataaacgc gtagctgagg ttttggtaag gatcgtcgtg ggttcctcct 540 ctctcaccct ataaaccact tctttctcac gcgcctcttt cacatttatt attacaccta 600 aatttaaata aattattatt attattgtgg tcgaccactt ctttcaaaag ttgttgtcat 660 ttacctattc ccaacacata tattctactc caccttaaga atatctattt ccttttgtca 720 ttagaaacac ttatacgaac ctgttacata tttgcaaggt cgtatcaata tgtttatcga 780 cataatcgtt aggatctttg ggtttctcaa tgtttaatag tcttttacct ctcgttaatt 840 agatataaag attggattta tatacataaa tacaaattta aaattagcgt ttcaatatca 900 tattattatg gatgtacaat gtatgggaat aatgtaaagc ttactcaaag ccaaagggcg 960 agatatatta tgcctaatgg ggtattattt taatgtttaa cgtatgtgat catgaaagcg 1020 acaaatgcgt aatggaggat tttgttgctt ggatactgtt cggcaaagta gcttttttta 1080 attcaattat ttcgtattat tattgacaac ttggcttaat tatttagtgt taatcatttt 1140 gtttgtcaac aattacaaac atctgcacaa taacctttga tgtgacttca tttttgtgta 1200 gggggtgata taccatttct tattcaaaat attgaaatag tcctcagtgt aagaagtaga 1260 gttttgggat cagcagccat atgtcctctt caaattatat atgtttataa agttatctaa 1320 tgctttaaaa tatgcatagc tttttttcta ttttttataa agtaatttaa tgctttcaat 1380 tgtacttata gatgtaagat attaggttta aattttaatc tctggccttt aattttgaca 1440 aattaccttt gaacttttga atttggagat tgtaatcata catcacacag aatatcacat 1500 atttgaatac ttttaatttt ttgaaatggt ataggaaatg aaaaatgtaa agcttcttat 1560 tgaatgataa cacacatatg tgatgagaat aaaaaagaaa agaatacaga atttatgtga 1620 catatatctt attcacaacc atagtattga tccattgatt aacatatcaa ggaaagtaat 1680 tataaagtta aaggaaaaaa aaaaaaaaaa aaaagctaaa caaaaaacaa aaaaggaaga 1740 gacaactaag cgcgtgtagt tcacaaacca gaagccgaga gtcggttaag aaaccgtctt 1800 aagctgttct tggacacgct gaagcaaatt taatcgtgta taaaactatc cttcttccac 1860 cttctcatta tattcatttc catctttcta atttatcttt ccatttccga gccgttgaga 1920 attttttctg agagataatt taacaaattt cttcttcttc ttctgtttct gaaccaccaa 1980 atctgccttt ctcaattagc 2000 <210> 119 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 119 agtctcaacc tcccagaacc tctgtcttac aaatccatgt gagggaagtg gaccggtgtt 60 actgtactgc acttccataa aaaacatttc attaacaaaa ctataccctt caacaacaaa 120 gaaaagtttt tttttctata aacacatact tgcggaaaca atactggaat tcctccacga 180 Page 130 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcggtgttg gaggctggaa tatagcctgc acaatacgta acacatgttt tagatcactc 240 tgctttggaa ctcatacaca cacataaaat tactactact ttagaacaaa gcagattatt 300 aagctatact tatctattca tttacaagcc tctaatgaag taaagattca aaacaaaaaa 360 aaagaagatg taaagattca tctttgcata atttacttag tcaactattg cacatacaaa 420 agcaaaacaa aaaaaaaaac attatcgcag atacagccaa tcagagaaca atatttttag 480 ccaatcagag aacaatattt gtagcaatca tatgatccta aaaggagata gagtgaatct 540 gactgaagtt accttgctac tcataacaag taactcctct ccattctcat ttttccaaga 600 actgacttga cctccataca agtaaacctg aataaacaaa gaaacaaaat ctgcatcatg 660 caatatccaa aagatgtttt gaagccaagt tttttgatgt aaatgacaca atcaatagat 720 ctaaaccaaa ccgtaagagt gagtacctca gcagatcggc cacgacggtc gcggatgatg 780 atcttgtcaa gaccattgac gcctttagtc ctctcattgc gacgatgctc gatggccgtg 840 gctactactg caaccaccag agcccagaag aagatcacaa atccgagatt tcgcttattc 900 cccatcatga actttgcttg ttgaaaatta ttgaaaattc tttctctctc ttttatttta 960 taaatatggc aaaggaaaga aattaaaaaa agtccacgag tgagcctaaa aacaggaaat 1020 gaaacttaga aatccaatca tttatattta gacttgacca atgaaagatt ggaaagtctt 1080 aatttgtcca ctgatttgct caaaagtagt cattacgcca catctcttga ccttatagac 1140 gccaatattt actttcttgt taaagagtcc attcaactat atttagattt ttaaacatga 1200 aaatatttta ttatatatca gcaacaataa actttacttc caattaagtt tagctaaact 1260 agagaataaa atttatggca aggaaattag atacttaaaa taaaatggtt ttttgatatc 1320 ataactaagg aggattaaag attatggatg attttgtgga atttaggaaa ttttagattt 1380 tgagagattt gagtcagttt ttaggatatg tggtggaatt ggtagatgtt ttgttttaaa 1440 agtagaaaat tagtttgtga tttggtgaca taaagatgac atgagtacag tataattttg 1500 ttaaaatata aaccaataga aaaccaattt actatgtgag ttcttttact tcaatgttga 1560 tttcatggct tagacttaag agttacaata tcatgtggtg aatggtgcga tgcatagttt 1620 atggaaaaac atagttgaga gttgtgatac tctaataatc tcatcatctc atgtgttagg 1680 aaatgactct cgtagaatct gataaatttt gttgatcttt gcttttttgg tttttcaaag 1740 aagtgaaaga accttggtgg gttgttgcta ttcactctag gcctatatat attcattact 1800 ctcaaaagtg gcccatttaa gacctataag tccactatgg gtaaaacagt cttttactca 1860 gagacctcca aaaaactagg gttcttaact tctttttgag ctttcgttca tcatcgtata 1920 taaaaacaaa accactctcg atcgtcactt tttccagaaa tctctcacta tcgccatcga 1980 ttttagcaga cattgaagaa 2000 <210> 120 <211> 2000 <212> DNA <213> Arabidopsis thaliana Page 131 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 120 gcaagactaa attgatcagg tgagacgttt ggattccata cgttaatgtt tccttttgct 60 ccatagtggt catctttgta actaattgtg gcaaactaaa atccgaagag aaaaagaata 120 gataatcaaa aaatattata agcattgtgg acaagttaca aggcgatctc aattcaacta 180 cgtgtaataa gaaatgattc ttacatgatg accagttaaa tcaattttct tgtcctttgc 240 agacacttgt cctggatagt tgaatcgtaa ggattgcaaa cgttgagctc gtataagatc 300 ttcaagtata attcttttga caatgactgt cccaactgga caacttatgt catcttgtcg 360 aaatggcaga gaactagttt tatgagaagc gttgttatct ttggtccatt taggtatagt 420 tgtgggtttc aactgcattt atatttcaat ccatccaaac attaataaga attttattta 480 tagatatttt ttcgtggttt gtaggataaa ccttaataga atggttcttg agcaaaggat 540 gatcaaaagc tagctgtttt tgaatgtcga tgcagtcaaa tatataacca tgttcagtct 600 gtcgaaatca aaagcaagaa aaaattggtg tggtctgaaa ataaatgtaa cttgatgata 660 gttgtaatat tgttacaata gtcaacaatt tttgtaatgt tttatgaaaa tttaagaaaa 720 gaaaggctaa atttacttgg aaacttttga ctgcaggttt attgagatag gtaagtagct 780 tcttcatctc ttctttctcc tctttcgaag gtattgtttt gtgactctct ccaactaaaa 840 tgagagctat tgttgataaa gttagcaaga taattagttt attggaatac ctcatgatga 900 atcaaggatc ttaatctata tttttcaaaa gaaaaaatga agcagaacaa ctatatttat 960 tgtgtcacat aaatctgaga tcatttataa ccaccaaaga acctatacac agtaaatgac 1020 aaatgtatct ccctctatct ctattgccca tatgtagatg ctaaagtaag atttctcttt 1080 tttttaatgt actttttttt gtataaagta tattccataa gaaaaaggaa aagcttgttt 1140 atggatcaat tgaccccaaa aaaagttttt agatcaaagc ccaatataaa aaaaaaacac 1200 agtagtgaca caaaggaact taaataaacc atgaattgat ctataaacag tagagatcga 1260 taaggcgaac attttccatg tgaagtgtct tctttcatct ataatatttt tgacatccaa 1320 taatttcctc tataatatca ttcacataat tgatagaaac attatgttag aattgtccac 1380 atcatttgag ctgtaatata ttctgtttta acaaattata tggtagttgc ttaatcttat 1440 gtccatcttc ttctatgcat cgttttcgcg cctagttgtc cagtccattt caactaccta 1500 cctctaattc ttatcttaaa acaacatttt ttaatttaag tattatgctc aaagactaac 1560 tagatagaaa accgttatta aacattaaac gaattaaaag tcttacatgg aaaatgtagg 1620 tttataaacc acgagttatg attgacaata aaaaaaatgc aaatcatcaa tcaaaagaga 1680 cttgagtgcg actctatatc aaccattgca attaaaatta tctatcacaa aaattttaga 1740 cagattaagt taatttagtc taaattcact aatttatttt ctataattag taattaacta 1800 tatttattta tttacacatt ttctgataat ttagaaattt gcatgaataa caaatataag 1860 attttggaaa ttagtagcaa atttaattaa taattatttt tgcctaaatg aaccaaacta 1920 taaaacctcc acatacacca gtcatcaaat ttacagagac aacaaactaa agttggtggt 1980 Page 132 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatagagtga gagagaaaca 2000 <210> 121 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 121 acaaacactg ccatgtattt gatattggtt tcggtataaa cctaaccaac catagcttat 60 ttaaaaacca tagctttatg aacttcaatt tattcttaca gattttggtt cagtttctat 120 tccggtggtt tgtatcggtt ctgtctaact tgattgaaaa tggtacaata tgctgtaatc 180 gttataaagt ggccttaatg accgttgaga attgagattt agacatgatc taattgtatt 240 aacaggctag acatgatcat cgcttgttca tgtatctttt taatgaatga aatttcttaa 300 atgttctcgt agtaatccca ataaccaaac atactcgtat taatataagc tttgcggtca 360 tgtcggccat attgttcgaa tttaaatgag tttttttttg gtataataaa cgctgaatac 420 ttttgatata aaataagtag agtggatctg atcttttgaa gaataataat tttagataat 480 atataattta tgaggaagaa gacgacaaaa aacactttta gaggaagaag atatggatga 540 tctctctcga ttctcgaatc tttcccctcg ttacttattt tttttttgtc aacttccctt 600 cttgcattaa aaatctatac attcattttg actgactctt tgaagaaaat ttttaagaat 660 ttttgagttt gggtttcaac gaagtaactt cgtcaggact tggtactaaa aaacgatatt 720 gttgatctca tttttttttt tttttatcca agctgctgcg tggaatcata tcgtcttttg 780 gtttgcattt gatgtacata aagaaaaaca aacaaaccag gtaacaaatc gttttcaaag 840 aaaaaaaaga aaaggttctt tgcgtgattt taaaagagat caaatttttt atataatatt 900 tgtagatctt gagtcacatg gatgtactac tggacttttt gaaaaggttc ttcgtgcact 960 ttttagacat tccttcttat aaaatagtat gcatgggacc tttaccaatt aactactacc 1020 atcaattatt catcgatgga ctccaattaa tttcaaattt gtttccatat ttttgtgtaa 1080 cctaacaaaa tccaatcatt catcgatata tcactgtcct tgttttgtgt taaataatgc 1140 taatttgctc tgctaattga ctattcttcg atttcgatat ctattttctt gttaccaagt 1200 ttaatctcga attgtcacat taattttcat atttttgatc agtcggtgcg tcaatttttg 1260 tgagcggagt attaattata tcgtttgtct ttgtctttgt cttaaatcca acaatgggtt 1320 cgtggaccat ttcctgacat gtttattgct tctttcaatc atgtccgtcc aaatcccgta 1380 gatctcagtg tatattaata cgtacaatcc cactttagct tttatttctg tcttcaaagg 1440 aaaataagaa aaagaaaaaa tcgtatgaga gcttttgtgg tccaaattgt gactaatttt 1500 tttgaaaata cgtttgtgtt tacgttatat acacatttac gatttacatc tccaattgtt 1560 atatgctttc ttgaaatttc gaccgggata ttatatgcct tgtccaagaa aaaagaaaga 1620 gagacctgaa tcttggaact aagttatttg ggggtgtcac tcatgggcca atattgggtc 1680 cattttgaaa agcacatcac tatttcaacc caattaatga gagtcccata ctaacgctga 1740 tgttactatt gtaccgaacc agttttgaag cccattaaaa gcccaatacg aaagtacgtt 1800 Page 133 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtaaatttg ggagcccaag aggggtaaat atggaataaa aaatacgcga tgtggacaaa 1860 ataatttaca gctactatct ctcctccgtc ttggcttcgt ggtggtctct ctgacattat 1920 cgtcagacaa ataatttcta aatatctctc ctctcctctc gtttgattcc aaaaaaaaaa 1980 gctcatcgac gaacgaacga 2000 <210> 122 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 122 ctccgaattc tctagagcgt ttgatcccat agaacttgtt ctgctatcga ttagggattg 60 gttcgagctt ggtggttgct gcgttgtcct cgcctcccat atctgaacga gagaagaagc 120 tgcgtttctt gacgggttct cgggttgacc tgaattcgga tccgagtcgg atcctaaaga 180 agaagacgat gatgggacgt cttgccgaga ttcctctgtt ttcgagagcc gatgatctga 240 aacagaggat ttgttggaag aacattccgg aacagctttg atggaatcat caacaacatc 300 atcaacggag acgctacagt tttcgagatg atctcttaca aaaacattga gattcttctc 360 gaaggcggcg acgtgtatgt ttcggacatt gttgttattg ttgttcttct tcttgttgtt 420 gttggtgttg ttgtctcttt gggtgcatct ctcgtgagga cgactcaaga cgcaattaaa 480 agtttggcat gaagacattt ctacctcaga ggacgccatt tccatcaaca accaaatcaa 540 ataaaagaaa aacacaaacc ctatttaatc ggatctttct tttatgtctt tttttttttt 600 gatattttaa tgctctgttt tcttattttt tgaccccttc tggggaagaa gaacatgagc 660 atcgaaacag attaaacccc atttgatgac agagtttttt caaacacaaa caatacaatg 720 aaactttgga taatagataa gaggaattcg aagagacaga acaaaggaaa acgaagagac 780 agagcaatgg agaaaaaagt ttgaagaaaa aataaaagtc ttgctgtttt tctctattca 840 attttttttt agatttgatg ttattaatat catccaccaa tattaattta ggtaaataat 900 attacctttt ggagaaagaa ataatccaaa tatagattag tcgatgattc atgtaacact 960 ttaaaaactt gaaaaaaggt tcatagggga gaagagagac agtgtcaaac aaagagggag 1020 agcataatta tggcattctc taaattaaag ttgacttatt aaattgatac atgaatacac 1080 tctctatttt tttttcacat ttactgataa gtgataacat tagaagcact tttacattgt 1140 tcttttcttt gactcgaatg gattttttta aaattaatta aaaccattgg atatgcttca 1200 ttggtttgta ttcaatcctt tgggatttta gtgttatgtc aaagattttg agttatctaa 1260 ctttttacaa caaattcatt aattatatgt aacagaatct gtgcatatcc catgattatg 1320 aaatgaaatc tacataagat taaccatgca tataatgcta tttctagaaa aattactata 1380 aaaataccaa atgaagttcc attgattcat tgtactatat atggtaactt aaagtaataa 1440 atttacagtc tttgactcat gtaattagtt aaaatataat atggtagcta tttttatagc 1500 ctatcagaat caaaataaat ttagattctt tgactaatct gacgggaaag gttaaaaaaa 1560 Page 134 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacagataga gagttttggc gtaaattaca ccggagtcaa actttgttcc aatttaaaac 1620 gaacttaact aatttaattc tatccaaaag atatgtgtat cttgcttaag tatagaagat 1680 aattcaccta aattttagca tttggtagtt tttaactttc tgttaatgtt aaaaaaaaaa 1740 aaaaaaaagt agtgcttctt tttttactgt ctaaacttac taacattttc caaaacaact 1800 aaacatagca gatagcgttc catatcattt atgtaaccca aggtctaggc ccaagcccaa 1860 gcccatatga gggcgataca ctgaaatggc aatgtatgtg gggaaaacat tgtgaagcta 1920 agtccgagta gtcacttaac cggagatcgg agactcatcg ttgcaacaac aacaaatttc 1980 agaagatccg aagacgaaac 2000 <210> 123 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 123 atctatagag tcagtgagac gggaacttca ggccctgcat ccggatcatc cagatattgt 60 ggttctgaaa cataacgtct ggcgagtaaa aggcatcatt caggtattta ataaactaga 120 gttggactaa atctgttttt gtatgtctta caattcctgt tgtctttctg agtggcttta 180 tgactatact caggtttcaa gatccattgg tgatgtgtat ttgaaaaggt cagagttcaa 240 cagggaacca ctgtatgcaa aattccggct gaggtcaccg ttcagcaagc cattactgag 300 tgcagagccg gcgatcacgg tgcatacact ggagccgcac gatcagttca ttatatgtgc 360 atcagatgga ctgtgggaac atatgagcaa ccaagaagca gtagacatag tccagaatca 420 tccgcgaaac gtgagaacac acaccccact ctgtttgtac tactagacta tatataaaga 480 atgcacataa taataaggac tctttaatgg caggggatag caaagcggct ggtgaaagta 540 gcgctacaag aagcggcaaa gaagagagag atgagatact cagacctgaa aaagatagac 600 agaggagtga ggagacattt ccacgatgac ataacagtga ttgttgtctt ctttgataca 660 aacctagtga gcagaggaag tatgttgaga ggaccagccg tgtcagtgag aggagcgggt 720 gtgaatctac ctcacaacac cctggcgcct tgcaccacgc ccactcaagc tgctgctgct 780 ggcgcctcct gactattgaa tttttacggt gtccttaaaa ttctttccaa gatccttcct 840 gtaactatat ataaatatat atatttgatt attattatca ttgactggga aaggatatat 900 catcatcaag tgggaaagga tatatcataa tcaagtggtt agttttgttt gttccctttg 960 ttagctgtgt actggagaaa gaaaggtgac aagaattctt cttcttcttc attaattttc 1020 attgcttgct ttttaaggta ttactgattc agactagaga aactcagctt attctcagac 1080 catggcctta caaaacacat ggcctttggt atgcagttgt gttctgaacc aatcaataag 1140 tctcagctct catataatct cgcctgagag ttttcaactt ttcttaaaat gaaattttta 1200 gattttttct ctcattatta aatctctcgg aaatgcaaat agcaaagagt ttaacacata 1260 tatcaatcaa tacttgattt attcttttct tttttgaaaa aaaataaaga aaattattaa 1320 attttgataa atactatttt gtattaatta ctaattagta aacttatgat tttctaaaag 1380 Page 135 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accataattt tctgtaaaat ctaaaaatag cgggacaaaa taaatcttac caaactaggt 1440 tttcttataa cttaggtgtt ttaaataaaa taaaaaaatc ataccaaatt aagtagaacg 1500 ttggatatgt tttttttctc ttcaaaaatt ttaaagtata aagatgagaa aatgattaat 1560 gtgataatat gggaaagtaa aaggctataa atgtaattag ctgaaagtta tgaaactgat 1620 tgaattgaaa tcggtggtat gtatgtatag tccaccaaca tagatctctc tcttgctgtg 1680 gctcctttct tcctctacac agatctttgg attcagaaga aagaggtacg tacactctaa 1740 acaatgtctt tcccatttct ctacttgtcg attattccca tccatttgtt atcttcgttt 1800 tgaatttgtt gttaggtttt atgctctgag ggtaagtaat cccgttgatc tgatcgagaa 1860 attcatattg atagagctct aaaattgggt aaaatggaac gaattaagta gattcacgtc 1920 catcgctttc ctttgagtct ctgattcttt tatttgttgc tgacatgttc gtttgtttgc 1980 tctgatttct gaagatctaa 2000 <210> 124 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 124 tgtggcatac agctaatagg acaggtaagt atggtggtcg tgaaagtaca agggacaaac 60 cttatggatc tcaggaaaaa aatgttgttg gatacgagca tcaagggttt actacagaac 120 aaaaaacgac atcagctgat acacaagccc agttgcaaaa ccgatctacc aataaggagg 180 tccaggttga gcaaaatccg aatagtatgt tccaaaagaa cacagggcag ggtcgacggt 240 ttggaagagg gcaggagtca caaggaggtt ggggtttacc ggcgcaagag aatatgcacc 300 atcaccatca gaggccacct tcaaacagag atagacagaa gcaaaatctg cattatgaat 360 acaaacctgt tgggtctcat acttatgatg gagaacgtag tcgagaacaa tcgaaagaga 420 gttctcagac agaaggtcca agatacagag agaagggaca ggggcagcaa aggcagggtg 480 gataccaaca gcaaaggggt actagtggga gaaacggtgg tcatggattc actggtgata 540 gaaactaaga ttggcctctt attgttattt aggtagtaag agctgccatg ctgaggatac 600 ttgcattttg agatatggcg attgaggaag ctaattcgta ggcacatagc ttgggagatt 660 gctgagagga gacctatccg aggaggtatt ggcagattaa aaaaaaaaag tctttgtctt 720 gagagtttat tattatatgt ttcagtcact tgtttgaata tgattataac tactgtagta 780 gccttttgta tacactagat gaatactcat gagtattttt gtttttaaag ttgcttaaaa 840 aaatatgatt atgttttttg gttgattttg atgttcattt tgataaattc ctatctattt 900 aatataattt ttttatttta tgattagatt tatctataac tcgaaatatc aattctagta 960 taatatatat atttatatct attattctaa tattttattg tcatgatcac atataaaaac 1020 aatatatgat atattgatac aatgtatgcg ttttgaaact tgtctaaatt aattgtacaa 1080 acaattattt attccatata ttctcttgtc atcaactaca caatcacatc atgatatgct 1140 Page 136 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtaattcaa gtcacacttt aattcttttc acttgcatat agccatatag aatctcatat 1200 tttttttttt gtatgtcgaa tgtcgaatgt ctcaaatgac tattatatta taaaattgta 1260 tatcaatgtt actaagttat tagaacgcac caaaatgtac agaaaaagtt catatgataa 1320 attatattca caaaacgtaa taataagaaa atatctaatt aaatttacta aatttatatg 1380 aggttaggta gcaaacataa gagttttaag agtttggatt ttggaattgg tggtgtttgt 1440 ttctcaaact tcataaatta gagtttaaaa tgttttttta ttttttgtgg tcggcataag 1500 agttgaagtt ttaataaaat aaaatagtat ctgatcattt tattggagaa aacataaaag 1560 atgtagtatt ttataagaac tcgaattggt caattttcaa aatgttagta tgaaaaataa 1620 aatatctagt tatatgtact cgtatctctt gatatttttg gctttaactt agggatgtta 1680 gtttgatttg tctttctgga taagccagta gtaaccaaaa aagtcaaaat cttgttggct 1740 aagtcagaaa ttaattaaat aaacaaaagg gcccattaaa ttaattattt taataaatat 1800 tctgtgtaat gatatatagt ataaaacgcg accgtctaaa ttcttggttg tttacgagaa 1860 aagcggatta cgggtacgct tcttctaaga taaatctctc cccgattctc tctttttctc 1920 gctagatact ctttttcttc aattagggtt tcttctcgct tgccttttaa ttctctccag 1980 ctgatctgat ctccgttacc 2000 <210> 125 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 125 atggcctcct cggttccggt cgcaactgga gatcgttttc tcgctccctt gcatcatctc 60 tctccgtctc ctctgcttct ggtacgcttc tctctgtgat tagtatcttg agcttttcat 120 ttgatatatc gattgaaatt tcttgtgtgt gtacattcag attggaagat gatattggtt 180 gatctgagga accatgggag atctgcggaa gtggaagggc ttaatccgcc tcatgatctt 240 gtgaattcag ctaaggattt agctgatttg gttaaagcaa gtggctggaa ttggcctgat 300 gtggtcattg gtcactcttt gggaggtaaa gtggcgttgc agttcatgga gagttgtgct 360 cgtggtgatt ttggtgaatc tgcttctcct cctaaacagg tactggacca aagttacttc 420 accttgtgaa ttcttatcat gtatgcaagt ttaagagctc attgttgttg tgagatgcaa 480 tatttgtgat cttttaatct gataatgatg atgatgacca tagcaaaggt tgtttggtgc 540 agaacagcta tgggtactag actctgtccc tggggaagtc aaggcagaaa aaagtgatgg 600 tgaagtagag aaagttctga agactttgca gagtttacct tcatcaatcc cttctcgcaa 660 gtaaagtctc attctttatg tggttcttgg tgtttgtcta attatctaca ctctggactc 720 tttgttttag cttaggaatt ccaaattgat tcccgcatat gaaatctcga gtgaacgtta 780 gtatagttgg tgtataagta taccatctct ctgattgagc tgttactgcg gattctagga 840 catttttaag atttagataa gtgggaataa agagcatgct tatatgatcg cttctagctg 900 attatgttac atatataaat gaggctcatt tcagcttgca gagtatagaa tccaaccttg 960 Page 137 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgtcactca aacattgttt tctgattcta ggtggcttgt tgatcgtatg gtcgaacttg 1020 ggttttcaag atcattatcc gagtggattg gcagcaatct caagagatct ggagactcag 1080 agacatggac ctttaacctt gacggagctg tccaaatgtt caactcttac aggtttattt 1140 cccttcctaa gaaccaatga ctatgattat attatgaacc ttcctcgaga ttttgacttt 1200 ttactttcct actgcagaga gacttcttac tggtctttgc tagagaaccc gccaaaagag 1260 acagagataa attttgtgat tgcagaaaag agtgaccgat gggacaacga tacaaccaag 1320 cggcttgaaa caatagctaa ccagagacag aatgtagccg aagggaaggt tgcgactcat 1380 cttcttcgta actctggcca ttgggtacac acagacaatc caaagggact cctagagatt 1440 gtgagtccca acttcttctc cccacacgag tagacgatgc gctacgaaaa tggcattagt 1500 ctttgcttac aatttcactc ctgttcagta tctatatgca gaaatagcaa atccaatcgc 1560 aactattttg acgatgcgcg gtttttcccg tttgtgtttc ctaattttgc attagcatat 1620 cctttcaaca atgtacaaac gtttaggagg atctaataac atcaataaac ttatcacatt 1680 cataacttta tacacaagat ttgaaagaca atgactgcta cgttagtacg aggcacaaca 1740 ccagtaagaa gactagagac gattaaaaat ccaagatgct caaaaactag cacttttgct 1800 cacttttatg ggccgtaata tgttgggtct gtatatatat tgggtctcaa ttaaattatc 1860 cataaaatca ctactttaac cctaacaaaa attcagacta ttaaagcaaa ttctgatccg 1920 tctctttcgc tagctaaagg taaaaggcgg aacaacaaaa gaaaccctag cttccctttg 1980 tacctctctc tgttccaaac 2000 <210> 126 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 126 cttctttgga agcaacgtga agatcgtact tcagataact aatctccttc tcagccaact 60 gaagattagt cttcaacttt tccacatcag cttcagcttt agacctctcc tcactaatcc 120 ttactatcat ctcagatcgt tcttgcaacg atctagtgag tgctgcattg tcagaagctg 180 cccggtgtag tccttcactc aattcatcga tctttccttc aagctcggct ttgatcttat 240 cccattgact ggtcttagca agaatcacat cctgcagctt cttatcactc tcttctttca 300 caatccttat ctgccttgta cactctttca acgcatcatc caaatgcgat gctcgatcct 360 ctgcagtgag ctttaagagt gtaacagatt cgagttgacg tttaagtgcc aaagtttctg 420 catcagcctt ctcccatcct aaaaaaagaa caaaagacta taatcagcaa caaaaaaaac 480 atctcaaaac aaacaaaaat gctgaaataa cattttacct gaaacagctt cttcagcgac 540 tttggcatgt tgaagaatca aagattcttt agtgttgatc tcagagtgag caagagtgag 600 tttttcttta agatctttaa cttgaacttc aaacaatttg acctgatcct ccattctact 660 catatgtgtg tatgaatcca tagttatctg aacatagttt gtgtttttac acttctcctg 720 Page 138 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acacacaaat caaacacaca aaaaaagact tcaaatgaaa atttctatct cacagaaact 780 gacagattat cacaaaacta tataaaacag aggtttggtg taaaattaaa gcacctgatt 840 ctcaagagaa gccaagtagg acaaagaaca aacaggagtt gactcgattc caacaactgg 900 tttctcagtc gtggctttgt ccgaagactt tctcttccat ggccaacctc taccctccat 960 tttttttgct ccaaaataat agtactctgc agaatccgta gaagaaggaa gaaaataagc 1020 tttaataaaa aaacagacaa agaactgata gaagttttga aatttgaact aacgtacaaa 1080 aaaaggaaac aaaatcttcc gtaaatgtta ctttcaattt catccgacaa aatcccgcta 1140 tatatttatt atactgtatc acctcaacaa tgaccgtttt gttgtttctt tctttttttc 1200 cgcagtgatt cacatttaat gatttctttc caaaactatg taaccaaatt tattgaaaag 1260 tctactaaaa aaataattca aatcccatcg caatgggcgc gagcgagtcc ttcacattaa 1320 acctgatcat aatcatcatc agctaccaca gtatcgcact tagaacacac acaatcaaat 1380 tcaaacaaac tttcgcttga caatttcaat cgaaaccata tcttttcaag tttagctaac 1440 tatcggaaag aaattacata ccgagactaa tgattccaca gacttgagag agcgcaaaga 1500 tcgaagaaca ttcgtcgaga gaaagaagaa gaaagtggga ggagcgtgta tgtgccagag 1560 aagaaggagc agtggatgat ttatgcgctt gggctgtcgc tttttttcaa ctttgacgct 1620 ccacaaagac acaacaacga catctctcta tttcaaaaaa gttttatttt tttattcatt 1680 ttaaatacat tttaaaaaaa ttaacaaata aatcgccatt tgttgttctt ttttcaaaaa 1740 cggaatacga gggtgcagtt atcctctacg agcaggtgca tgtaatacca tctgatggat 1800 ttgacttatc gtttatccac aaaagattca aaatcttccc ggtttttaag tttgggcttc 1860 ataaggccca attagtggca aatccatcac agtccactag ggtttttgag agactggata 1920 taaaatttga ttttgttcat tgttgtcatt cgccgtaatc tgaagaagac gaagcaaatc 1980 ctcccacaaa gaatcatcca 2000 <210> 127 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 127 agattctaca aacatctttg gctaaagtcg cttctgaggt tgttgacacg gagatgaaga 60 cacgagtgac tgcttgtgat ccttgggttg tggctgtatc tgtggaaact gcaatgtttg 120 agaacttagg ttgtttcatg ggacctcaaa aagcaaagta ccggtctatt ctgttcaaca 180 tgggagatag taacaatcca gatttgagga ggaaagtgtt acttggtgag attagtgggg 240 agagattagt gaagatggag aaggaagaga tggggagtga gaagattcag aaggaggttc 300 aaaggattaa agagagagca agatttaagg aagagagtcg cgtgaagatg ctttcatcag 360 cagatatgat catcatttag ttagctgcag agatttagtc atgagtttca ttattgtata 420 gaatcagtat tcgtgtcaat tttctatcac aaactcgaga tattagtaga ttgtaatttc 480 aatacgatga tcgttttcaa gttgcttcat tgaatggtgt ttctaaatct gcgtttaaag 540 Page 139 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatctagtca aagtgtttcg tttcataaga gggagctctg cagtttatgc agtttaaggg 600 gtctttggtt ttttcttttg aatgtttgtc ttctattcgc attaggactc attgttctta 660 tgcagccatt aattcccgga gaaaatgctg tacaatggtt ccttgcaaat tacattcttt 720 ggctacaaaa tcctcattgt atgaagttgt tgtacatagg ttcttggtac accaattcga 780 gaagaaatcc gttgtatgaa tccacgcatt acacagattt caggtttccg cagataaagg 840 cacatctgtg gcacaaggtt cgtgtctttt ctctttttac atacattctt gagagaacca 900 aacgctcatt tacttaatgg aaggcctttc ccacctctct tcaacttcaa acaagaagta 960 gctggagcat cacctgaact agtcaacaag ttgatccaga ccatatcaaa acacaattag 1020 gtctaagttt cttgattcaa tctggaacat aaagaatctg cacaaagaca ataactcttt 1080 aaatgtaatg taccattaca cgagccacaa ggtcatagtt gaaggaaaaa gtggaggaca 1140 cacttcgaag tttttcctcc tcgaacaagt ttgatggtca aagccagctg caagcaaacc 1200 aacttcccca aatctgcaaa aacaaaaact ctcaagttgt atctgcttat ttctcttctc 1260 ttttcaagtt tggtgaaaac aatctcatct tttcttgttt cttttacgca tatgtaaatg 1320 agtttagtca gaagttttat atagtatttg agcagaaggt gaagaatcta gtcaaagtga 1380 tcaccaaagt gtttcataag agtttgtgca gttaagggtc tttggttttt ctttttttca 1440 tacagtactt ttgaattttt gtcttctatt attaccaaat tttatgaaat ggtttgttta 1500 tgactcattt tcttacaaag gcaaaatctt aaatactttt ttcctgtatt tctgcgtaaa 1560 gattctctca ttattcattc attgtccttg gtccttacca tattcatcaa aggtagctga 1620 gagaagtcag agaatgatga ttcttaacat gttgttttaa ttaaatgtaa tagcatgaga 1680 gggcaacaat ccgttgtagt ctagctggtc aggatactcg gctctcaccc aagagacccg 1740 ggttcgagtc ccggcaacgg agtttttttt ataattgtta accgtaagtc aggggtactt 1800 tcgtcattac cttatttgaa gaaaccctag tgtctttcat ataattatca cacactacgc 1860 agccgacgca attcgtgtgc cactctattt gctcatctcc ttcgatttcg aacccctaat 1920 cttgagatgg taaagtttca tccttttgat ctatggttat cttcgttcct cgttttgggg 1980 atttaactta ctatttacga 2000 <210> 128 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 128 tctttgttct gcattgtaca tggatctcct ctcatgtgca tggccatata aggaacccca 60 gattctgcaa caaccttatg catattcggg tctaaggttc ccgcagatac atcatttaga 120 atgtcagctc cattgcttat tgcttctgaa gcaacctcag agttgaaagt gtccacagat 180 atgagctttt cctccatctc tggcatacca cgaacagcct ctaaaactgg tagtagtcta 240 tctaactctt cttgactaga aattcttgag gccattgggc gtgtggactg tgctccaata 300 Page 140 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcaattatat ctgcaccctc agagatcatt gagcgaaccc gagaaactgc agaatctatt 360 gattgaaatt tccctccatc actaaagctg tcaggtgtaa gattaagtat acccatcaca 420 tgagttttgt tagaaaaatc ccacagctta tctcctattg gtaaaaccct ttgtatacca 480 tcttgtccaa tcagtgactc gccacccagt ctctcccacg cttggaaaat tccaccagga 540 tgtatcgcga gcgaatgcca atgagcaact gtatcattat caacagctga tccaagcaaa 600 tcaaccaaag gtgctaacac aaatgacctt tcccagagtc tctcatgtgg tatgatcagc 660 ttatcagaac taattctcat cttcccatag aacaatatgt ccaagtcaag cggtcttggt 720 ccatacctaa taccatcctt acgtcccatg tctctctcaa tagtcttgag aacacttaat 780 agctcatgag gtccaagctt agtgacacct ctcactgcag cattgagaaa cctgggttgg 840 tcagtcacat gaaccggagc cgtttcgtac aaacaactgt gcctggttac acaaatgcca 900 ccacgcttca tcaatcgcaa agcctctctg aaattattca tccggtttcc aatgttactt 960 cctaaagcaa tcacaacttc atgctctgta gattgtactt cgatagttgt acttgttgcc 1020 gaagatgaga aagctgagtt acataatgct gcaacaacaa gtcacaaatc acacaccttt 1080 aagaactttt ctaattggca aaatcaaatc tgcagtggaa tcaaatcatc tagcaactct 1140 caaagaattg aatcgttcac aagcttccac attcaagaac tagctgagac ttttatttct 1200 aaatcaagtc atgtacaatg aagtgaagag gaagctgaat ttgtcaattg cagatacctg 1260 gaggactgaa taaagaggaa cagtgcaagc caagtggaga cacgagagaa agagacttcg 1320 acgaatagta tcgatggaag cagacgcgac tcgcagccac agcagagatt actgccggag 1380 gtggttctaa gaagcgacgg agaaggaatc tgccggtgtg tattaaggtt tgtgacagca 1440 aaggagccat cttgggaaat agaaagtaga gagagataga gatagatgca atctgaaggt 1500 tgtgctgatg atgactgtcg actgaggaag acgatgctgg tgaaacgggt accaactgag 1560 atccgtattt ctaactcgga ctagatccga cccgtagaat gcaaatgcaa taaccaaaaa 1620 aaccataatt atttaaaata gcggttctcg atccgttccg acccgaatta aaactgtacc 1680 gaatggtcga ttattaattg aaaccagtcc cgataaaccg ggaaatattt tgattaaact 1740 tgaattatga aaataaaccg aatctaaagc aacgcaaaat caaccgaata tcattaaacc 1800 aaactggata agacaaccct tatttaaccg aaatcaaacc aacgattcct ttattggcaa 1860 ttctaccctt ctctgttgtt ttttatcttc ggaaagtctc atttctcgat ccccaattcg 1920 tggattaggg ttaaaagaac catttttatt ctcgtcgcgc aacaacaaat ccagatcgaa 1980 aaaggaagaa gagatcgaaa 2000 <210> 129 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 129 aagaatctaa aacattgtat cctaaatatc tatctgtaga cactttattg tgtttttata 60 aagcaacaat aatcaaatca aagttcacaa tcaatctaat gtccaagcaa aaacaattaa 120 Page 141 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtgctacta aagttccatt tcttaatgat ctacaaagtg ttgtttatct aataaattaa 180 ggcaatttgc attcatcata taaattaaat acaacttttc agtgtaatat atatggacct 240 cactatcaaa cacttatgaa atattggaat gttgtgtaaa agtgtaaaaa tcaaatctta 300 aataaagata actactatca atatgacaac aatttgtgac agtacaaaat ttaaactaaa 360 ctataatttc cattttaaaa aaaaaattga gacggccaaa aagggccaat taaaaagaag 420 gcaaacgtga tattaattag ttactgaata attaactgcc attgaggcca aaaccatgtg 480 ctatgaaagc tgtttatcag cgaattataa cattttgtgt aaaagaaaga ccaagtctac 540 acaattttta aaacatttca gtccagtaaa gttaatcatc agttcatcac tccaaatttt 600 ataacttata tacgcatttg cttgaataat tctgccatac aatataattt tatgtgattt 660 gataaatata tatctaatta aattaacgtg agcttagcag agagagtatt atgtgctaag 720 ctaaaaccgg tttatactgt tcaaaacatc aaatattgag acaagctcat atagtcacta 780 tacatgccca catgcattaa ccactcagtc agacgagtta tatatggttg tcttttgaaa 840 caaacaaaac aaacttttac aattcatagt tgtgcgttat tatcggaaca caattatttg 900 gaaaacaaaa attatgaact catgaagcta aatgggactg aactttaggc ctacttcata 960 ttttacgata aggatgatga cgacgacttc gtggctaaaa aatagcaatt aggatatggg 1020 tcgtgatcaa aaatcccacc aaactaaaaa tatatcaaac taaatcaagt acctactaca 1080 tgcatgatta tctctttaac ctaaccttaa ttaaagttag tttagatatt gacaagaaac 1140 tgtttaaaat gctttgctaa gaaagtggga acacaagatt tgagagtatt tttgttaaag 1200 tcacaacatt ttaaccttaa attacacttg caacttgaga cgatacttaa tcacttttta 1260 agttaattta atcataagca gacaaaaaca tgcctttcaa ctctcaagta gtggtgttag 1320 ccggaatcca attcgtctag agtaaagaat gaagatacaa ttataattgt ttaacttacc 1380 tcatctatat aacaagatta tcatttctca ttccagctat taaattaaac cctctttttt 1440 cacaactggt atatcaattt tgtgattaat ctagttacca ttcatacaac tagctttgcc 1500 tatacataac attcacatga gtttagtgga ttttacaact taaatttccc ccattttttt 1560 tttttaagta ggatcgaata agagttaaat gcatgtattt gtgaaacacg aaacaaaagg 1620 gtcactaaaa atttgcacca gccgggaatc gaacccgggt ctgtaccgtg gcagggtact 1680 attctaccac tagaccactg gtgcttcttg tgaattatta agacaagtta gtttataatc 1740 taaatacaag ttatcactgg gccttaaatg acgctacagc tgagcgactt aaggcccaaa 1800 tattactacg tgagtacgtg acctatatat gtcaaaaata cgtgaagctt agatgggcca 1860 cttaaggccc aaataaatac gtgaagcaga gcttatgtga ttatttcctc tctcaggtca 1920 ggagttgttg tagacacagc agcttggtct ctttcattgg cacaaagaga gaaaatctga 1980 aattgagaga gacagagaaa 2000 <210> 130 <211> 2000 Page 142 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 130 agtggagcat cagtcccaga gtgcaaatga atctgaaatc acatagcata acatttctaa 60 aaactcaata cataaaccaa taatccaaac acaccactaa accaaacatt gaaaaaatgc 120 aaactttaat caatttcatg agtgagagaa atggagactt taccgctcta ggcaaggctc 180 tgactttctc aataacctca tcagaaccaa tctcagctcg aacctcaaca tcaaagagcc 240 tagagaggaa aaaagagtaa cccaaatgat tcacaagctt cctgatctga ttcgtctgaa 300 ctgaaataag cctcttgttt cctccgtgtt gtccatcctc ttgttcgaat atgatcgaag 360 gaacccgacc cgctttacgc tctttcgctg atatgctctt gccggagaca gaccttggaa 420 cggctaagat cgtctctgcg tgttttggat cgggtcgagg gaatccaggg aggtaagtta 480 attgggtttc ttggatatga tctagggata gagctgcgtt cgccgccgga gagaataacc 540 ggaggttttg tagggttttg ggtagtgttt ttgcacgacg gagcaacatt gtttgctttt 600 taccagtgag agagagagac gacgacgaag tgagcaaatg ggtttaggag ctgtgttaca 660 gaaatggggt ttctctaata aaacgacgtc gtcgtttcta gattattcaa tgggctttaa 720 atgttatggg ctttaactta gctcaaccca ttataactgc atttgatttg aacaaagggc 780 aaaagtcaga tgcttaattc aacggatatt ccatttgttg tttttgtaaa tgaccaattt 840 gctcttaatg tataccacaa aggctttagt ggaatatatt atggtaaggg tgaagtcgtc 900 tgaacaaaaa atatgactcc atttaagtag ctcgtcttgt tctctcgaca aagaaaaaaa 960 attacatttc tcagacgttg cagtacctaa aatatttttt catcatgcca ttaccctatc 1020 atttgtttta ttatttgtgt tgtgttctct catggagctt ctactatttc actttgtctt 1080 ccatgtacaa ggtaattgtc tgagttattc gaaacacaat acatcggttt gagcattttt 1140 gtgtacttca ttatttatgg accataactt gaggtttcag tttgtttccg agcatctttt 1200 tgtaatgggc ccatgagaga actgatactg ggcttgatca gattgatgtc cattatttgt 1260 gctttattgg gctccactct ttctcactct cacatttttt acaaggtttt ctcttctttt 1320 ttttacacct attttcactt ttctatgtgt tttgttttac acctattatt atatttttct 1380 ttgcctatta tcgttatttt ctttgccgac tatcattttt ttctagacgt tatatactgt 1440 tttagaatat tacgtttatt ataatattaa gaatttgttt gattgtgtcc ttttttgacg 1500 cagacagaaa gaacgtgacg catgtacgaa tggctgaatc ttcctccacg tgtcctgcaa 1560 ttaaaaaaat tagatcgtac cgcatcatgc gtcagccgcg tgacacctga tcataaccta 1620 gttacttagc tcagacatcg ccacgtatac gtccctcatg acgggaaacg ttaactctga 1680 cggcgtcaca tgtcgaccat tcgttttgtg aaatgtattt tgtgttccca tttggctttt 1740 tgcctttttc cccaaggttt ggctctaatt aagtaaacga acctgtagct tcggaagttc 1800 gtatccgaac caaccaacgg ctcagattag tttcatattt tcaacggctg agattagagt 1860 ttcgatttct ttcttctatt ttaggcttcg agatcttttc ttctcaaaag gtaaaaactt 1920 Page 143 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgggaagcag ctaaaatact gtgttctttg tttcttccat cgaaatcgaa aaaagctaag 1980 atctttgcgt tttgaaacga 2000 <210> 131 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 131 attctaatat ttaatatttt tgtattcata ttttacgtag atcgtttaat tttctacatg 60 tcgaataaat aaataaacac tattaaattg actttaacgt tcaaacttaa aagtttactt 120 ttaccagcct tttttcttta ctgagtaaat attacctgaa aaagacattt ttctaacttc 180 agtattctgt gtgtttacga agaaaatgaa gatcttcgtc acatcacatg ttgacctcag 240 atctgccaat accactaggc actacgttac tatttaatga ccacataatc aaatcttaaa 300 ttgaaaagac gattttgacc ctcaccgact cacatgcata caaaaccacc tactctcctc 360 tccaaacccc atgatcatgc cattctctag caaatattaa atacttaata ttctttgatc 420 aaccgagggc acgatgcaat aataataaat aaatttgtta accataacaa ctcctcaatc 480 gtgtagttag ttaattagta tgtccacgaa aaaaggtttc aaagggaggc taccaactat 540 ttcttgttta taaaaatgtg tgtttaatgg ctcttttcat atgctaaatt ataaaatttg 600 tgacagagaa tatctaagac tttagtggaa taacaaactt attttttctc attagaaact 660 gagagtatcg aaaaataaca atttgtacac atttcatttg gcattttcaa cataagcaaa 720 atgggcgaaa gagttggata tgttctctaa ctataatgtg atgttaattt ggatatggta 780 tcgattaagt gatctagtca ggatgctaag caaagaccac caatttctta taatgttggg 840 ataatgaata gtgaggcaaa gtgatgctgt agttacacat atgatgagtt gtcactgaaa 900 ttataacata aacataaaca aggatatagt cttatagagg gtacggttac acatatgatg 960 agttgtcatt gaaaattata acgtaaacat aaacaaggat atagtcatat agagggtacg 1020 gtgacttcgt gattcttagt gatgattgat gaatatgaac taagattcat ccgcaagtaa 1080 ctttaaaatc agattactat gaaaatacaa ttttaatttt gcgttatccg ttttcaagtg 1140 tttcgtttaa gaccgtataa agttttattt agcttggaga tatgtgagag actattttta 1200 tccgcaaaat tcatatgttt aaattcatcg tgaatacttc ctttgtgaaa aagctttaaa 1260 aaatacatta ttaacattta aggggttaat cacataatat tgaagcggat aaattgttga 1320 aatcttcaca acatagatga aaattttgtg gtcgacaatg ttgacgttgg tttaattacc 1380 tttgcattgt taacacataa tacatcttat ttacaccaga tgtacgacca tttgagtttt 1440 gaaaggttaa actatgaaaa actatagagt ttcttattaa aatgtaatta ctcctatcta 1500 aaacactggg ctgaatcaag atcatgggcc ctcaaagccc tttttccaat tttaattcct 1560 ccgatttata gggatttata cagttttttt tttttttttg gaatcaatag attatatttt 1620 tgtttgtaat tactttttat tttctaccaa caaattcaat ttctgatgtc aaaaaaataa 1680 aaataatccg agagagagat ttacccaaca caaccttaaa tgcaattggg ccttaagtat 1740 Page 144 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccatctaatc ataattaatt aagggaaaca aatattggta agagggtaaa atagtcaaaa 1800 cacactaagc ttgttctcct accacacaca cctaaccaac taacaccaaa attagcaaag 1860 gaggacaaat ccgtaattta ccccattttc tactcctctt ttaaacccaa ccgcctctct 1920 tcccacttct cactctctga tctcagatct ctccctccct ctttctccga tctcagatcc 1980 attcaacaat ctacaaagaa 2000 <210> 132 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 132 ttctcagact ggagtttgat aatgaactca tccatggcag ctattcttga tcccaaaatc 60 acagcagaag cagactcatc acccccatac ttatctttgt ttggagtatg agacccacga 120 actatgcact ttgcttttgc cccatactct agagtacaga gagtcttgtg catttccttt 180 ggatccgggc tcgcacacag gatcattaga atctttgact tgtcatcttc aaaagagtcc 240 tgcattcaga gaatagaaac aacactaaat atcttcaaga aaaccaagca acacgtaaaa 300 cattttccag aagataaaac aatggaacaa gaatttcacc tggagaagca tggtcagctt 360 gctgtctcta aagggtacat gagaatctcc atttgctata gattccacaa ctcgcttcag 420 tgcaatattt ccctggttga tcttagcagt ctgttgaata atgagagata taagtcagtt 480 gatatccata actacaataa ctttagtaga atcaaacaaa ttgagagagg aaacattact 540 tgcatcttag cttcaaatcc agtctgccca gcttggtcta tattttcaga accagccatg 600 tcaacaagca tcaatcttcc cccaacagtt ggcacatcaa gtatgatcta caaaaagaaa 660 caaccacact agtaagttaa aacagagata agctgcataa agctatgcat acacatcaat 720 caagaagatc gttcttacaa tgcagtgact ccgagaactt ctttcgttac aaagtgtact 780 cttcacaatt ctccgtttct ccactttgac aatttcttta gaaatcttcc cagcctctgt 840 cccagaaata aaacttgcgt ttttcgcctt tttccccatt acttcaagcc tcacctgtaa 900 caaaacaaca aagtacacac ctttaaagcc aattcaatgt atactaaagt tatcaatcaa 960 gaaactttac cttagtgctt gctcctttag gccaaccaat acctaaattg ttactactat 1020 tagtcgaaag aagatcataa atctcctcat tataaacctc aagaacagta acttgaacaa 1080 aagtaacacc atcttgatca gaatctccca atatatctct caaagaacga tacacaatcc 1140 caggctcttt cccacaacca aacatagtat gactctttcc agcaccagta ggtccataca 1200 tcataatcgt gcatttattc ccaactttca ctcctttaat cctctcttct ataaacttct 1260 tgtagaactc ttcaagacct tcttgctccg agaaagaaac accgtcgagt gtgaagtctc 1320 tgtacccaac atcagctctg actcgtaccg tttgattatc tgtgttgact tgtaagatcg 1380 aaggtgattt ctctttccgg tcagggtaat ctcggatccg gccgattact tcaactggat 1440 gctccggtgg agatggatct ttagatccgt ctgggtttgg ggtttttgag tggaaattga 1500 Page 145 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacgttgttt tgtttgtgga gttctgatta aggtgtattg agtttgattt gatcttgaag 1560 aagatggtgt cggtgccatt gttgaagaag tttcgaaaga gtgaaattga aattgagatt 1620 cagagagcgt tagagagaga gaaaataaaa aaggggatta gggtttgtga gtgattcacg 1680 aggtttgaag tttgaaacaa agaaacaaac ataaccgttg tgttgtatct ctaaacggct 1740 agtttttgtc cacgggccac tgattattaa caatttttat tttcggcaac tagaatatat 1800 ttactttctt ttaaaaaagg gaagtgagat gggcctgact ttttgattaa gttaatgggc 1860 tttttgtgtt tatagaggcc caatgtttgt agtattaggg ttttctcaaa tgtctctctt 1920 ataagctctg ttactttagg tttttattaa aggttttgcg gcagtggaag acgacggcac 1980 gagcttcacc gaagagcgaa 2000 <210> 133 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 133 ttcgttaagt taaaataaaa gagaataaat taaaaatgtt ttcttttgtc gtcaaggaaa 60 aattctcttc tgttgacaaa aaatcaaaag taaaaatatt ccactttccg aacttttttt 120 tcttttaatt aaaattatac agtatgttac taaaattagt gatagtgatt acaaaagata 180 agaataacct ttttttagtg ctgtctgctt ttttatttta ttattctctc tattttaata 240 ttatttatta catattgctg tgtctactaa tattagtgat cataaacatt ttcttatcat 300 agaaatataa tttcctgcgg catttgaaaa acatcgaccg atttcgtgta atccacacta 360 cattcacgat taaaaaaaat tattttttta acatatgaga ccactataaa caattataca 420 tgtaaaccat acataatttc ataatttgca tttctaggct tcagatttta tatgaaaaca 480 ttaaataaat tattggataa ctacgagaat tcgtcttatt tctgtaatta ttttggataa 540 ctacgaaaaa caatttaatt gatatagcca tataggttat accacatcca ctaactacta 600 gtatatgatt ctaattagta agacgatcct tctaaatata tgattccacc tattttctcc 660 ttttaagttt atgcttttac ttgtttgaaa ctcctcaacc aaaccaaata agttagttat 720 gaaaacttaa ttgcatagag attaacaaaa ttaaatacac atcgacgaaa taaaataaaa 780 taactggagg gacaagttat atggtccatg tgaacggatt tcatccggtc ggttcaattt 840 gatctcattt gctaatttat tatacacaaa ttcaaatggt ctatttttta taaaatatga 900 cacctatata cttacttgcg tagacacgat ataaccggcc aagcaaagtt ttctaaaata 960 tataataatc tgcaaatatg atgttaacag tccataatta tagactatag tctcgcagtg 1020 gctagaaaag tcaagcatgc aatttttaat tataaatatt tgacacattt tagtagaatt 1080 ataaacaaat atattgattg ctgcgagaag aagtttccaa ctttgttcgt atgatgaaag 1140 gtaaattttg tgatcgaaaa cgaaagtaga catgtttgaa agtcttaaaa tattggtaga 1200 aaggttttcg aaattttcgt gacaattaaa ttgataattt tgagtatgga acttgatcga 1260 aaaattagaa gattttgaga aaaagacagc atgtttttat gcgatacaat gtatagtttc 1320 Page 146 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaaacaatt ccaataataa tatgataaat gtataatttt gtagatagta taagtgtaat 1380 tttgtaaaag ttagtcacta tacatagtgg tagtgctatg agcaagccaa aaaacatata 1440 tgagtaacta aaattagcag tcaaatatag agttggatag cttcaacacc aatcataaaa 1500 gttttatcaa aaccgttact aaaagtttta cttttttttt tttttacagc tctctcgtat 1560 aattcttttg taaattttgc actatttcaa aaatacttac aactccagct aacaacttaa 1620 ttctttttac agttttgtat tatcaatggg atccataaca gttgtataat tttatatatg 1680 tctttgttag ttcaaaaaaa aaagtttttg taataataac tcttttgaag tttgtacgaa 1740 cgtaagaaaa aaaaaaaagg aaaactagaa ttagtatgac ccaataactg aagctaggtt 1800 taccaggccg tgtgataaga atataaagcc caaattaaaa atgggtctaa cctaaaggcc 1860 caataactga aactaggttc tctccgcatc cattttctgc attactatta aagccgcatt 1920 tctcatagaa tccgccactt agggttcata gcagccagag agagagacaa gtgagaggga 1980 tctaccaaac gaagcaacaa 2000 <210> 134 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 134 gcaaatgcaa atcagctaaa tcaaatacaa gaatccagaa cttgaataga aatcttatcc 60 tacatatata atatcggatg ttgaagcagg taaatcataa acaacacaaa attcgtgaag 120 actggttaaa ggtttataaa attactcaca ggaaagatat tataaacaac tcgatgctca 180 atatcaagtg gctcgcccgt ctcttggcat gaaggcctat gtgttgaaaa actggctctt 240 aggaactctt ctagtttttg aggatccact gaatacctgt aacctccatc tccattcaaa 300 cccacaagca ctatattcac ttccaaagga acctgaaatg gtacctaaac aaaacaagct 360 tcatagtgtg aaattcaatt ctcgatgtgt cactcaaact cagccaatct aacaaccata 420 tgcacgaaaa aagctatgat catagtcgtg aagcaacaag aacgctttta atttcacttc 480 ggtgattcta cagaaccaaa ttactcaacg atttcttctc cttcttcttc tagctaaatt 540 cagactaact gatgatgatg atgatgattc acataattta agctggagat tgtacctcgg 600 cacgggagtg aagcatacgg cggacatcgg atcgaacact ctctcgtacg tcaaggaaag 660 cactgtgatg ccagtgagga tgacctggct cgcgacggaa aggttgctga gccgagtcgg 720 tacgagaaac gagtccgcat agaaacaaga gaaacgcgac gaataggaga gaagaaaacg 780 aactcgatcg tgaatccgat ctcaactcca tgactgaaaa aaaacaaccg gagatttcgc 840 tcacctcccg attttggact ggactggcga gagtcgctac aagtcgctta cggcgaggga 900 gcagaaatgg gaaaattaag gctaattact aatttaccct caagttttat tattaaggtg 960 acctgacctg ctctgtctat atgtgatatt gtgacctgct ttgcctatat ggctatatgt 1020 gatacctata atcacaagga tatttcaggt ggagaatcag agaaagaaat tgaagctgaa 1080 Page 147 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taagacacta tatgggagag attgaaagga agctgttggg ccattttggt gtagcgggtc 1140 gcaagtcgag cgtgagactt attgctgtgc cattgcagga atgcaaacag aggaaagatt 1200 tcacaaatgg gaaacggata catgctcaga tggttgtttt gttgtaggaa atgcctttca 1260 atgagtatgt taaacgctag ctgtcctgtt taatggaccg gtgtatgtca tcttgtcttg 1320 cactgtgtga gcacaacaac ttgcaatgtt tccattgatg ctgtagcagt ctctcacatt 1380 aagctctggt ttggatggct atgaacaagt tgattggtag ataagttaaa atgttgtgat 1440 ttgaatctgg aatgaataga aagatgtgat tggtactgat gtaaattcaa tgctttagag 1500 aatgtataca ggcaataata taccaatcat tatgtttatt gctgactaag agccactcct 1560 ctttgctgtt gcaattcggc aatcgttcta gatatggttt ccatttcaaa tcatgatatg 1620 cattgacttt ttccatgtgg cgttcggaaa tctttcatct atactacgtc tacgttgcaa 1680 gttttgcaaa atgtttaaat tagtagaatc tcacgtatat aaaaacttta gtcgccaaat 1740 tgaaaatgga gaatgaatgg taaactacta gtttaccctc atattttagc tgaaaaatat 1800 cgtcacagct gacgaagaaa ttagaaacaa caagcaacgt gtcacttctc atgtcgtcgt 1860 tttccccaag aaatatccaa actaacaccc aattacctaa tgccacgtgt ttactcacac 1920 tcctttaaac aagctcgtaa ctgtttcatc ttcttgtccc caaagtctcc tcttccttat 1980 ctcttggaaa ccaagaagca 2000 <210> 135 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 135 aaaattggat tttaattatc acacaaacaa aataaaaatc agaagtggta taattttagg 60 tcatgtgttg agtctttgaa acgttagatt gtcctgataa catgtttgga tgaattgtgc 120 acgtataata tgatatgtaa tattacaatt taccacatat atatattctc gagcgagagg 180 agatattgat gatcccatag aggtggacga taattggcgg aacggcggtg gaaggtgaca 240 gcatgggtcg aggtcgtttt ggagacagcg ttacaaggaa aatgctgagt cttttgatga 300 tgaacgttgc aaacaaaagc tgaattgaag catagattat gagcagccat atatttgtaa 360 aggttaatgg agctgataaa taaaacacaa acactttggt ggcttatttt ttgtcactct 420 gtcaaacaat acacttgatg tacatattta tagacgtaga ggccgataag aagttatacc 480 atttaaatca attgttgttc tgattttaaa aattactaat ataaaacaaa tgatttagat 540 atctctcact ttctaattaa gtttttttag aaaggttgat ttcctcacat gaggtataca 600 ataaggttaa ttacatttgt attcatcata tttaacatat tactattttt tcattttttt 660 tggccaaaca atattaaaat ttatgttcat catatttaac aatgaaaatg atattaataa 720 gaaaatacac acatacactg taatttgaga cacgtttaaa acatgatcat gcctattttg 780 tttgatataa cattgaaaat taggtcataa atcgatataa ttaagaaaac aaagtatatc 840 tccattaacc aatgataata gctgaaagca tcacatccat caccaaatat gaattcgatt 900 Page 148 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtcactaca ataactatga aggataacga ttttaagaag attaagactt cagtggacaa 960 aattacttca tgattatacc aatgcaaaaa acgaaaaata aatgattcgg aaatatgaca 1020 aaatacgggc caaattcttt ttaagattac aacctttgaa gtttgaacca gatggtttcg 1080 tatttatttg attctccatg acaaaaacaa aaaacaaaaa gcgtatactc tgttttgcat 1140 attcaactag aaaagtctaa aacatacttg tcgagttgtt acttgttact tacgtcttag 1200 tttcggtaac tctcgttgtt cacaataaac atgtcttttt tgctagtgat cgttgtattc 1260 atttatactt gtttgtgtca aagccaacga ccaactatag tcgttgggac aatgattttt 1320 tttttttttt tttttgaatt taatgctaaa ttatattcaa agaaataaaa cgttctttac 1380 actaaaatgc aaactgattg aaacttttat gaaaaagaaa cttctctcct ctaagcacga 1440 gatgcaaacc aaactctcat tccatcctta tacttcagaa caccaccacc actcatcgta 1500 gtcaaacgat ttctgacgtt tttgtctatc aaacttataa gtctctccgg ctgggatggg 1560 ctctccccgt gtcttctttg gttcctttca ttcctttgac aatgattttt tgcatcactc 1620 taaaaaaaag gataaaatta gtgaactttt aatcgatcat catatgaaaa aatagtttac 1680 ctttttgtgc agaaaatagt ttactattta tacataataa tgtttttcta attttgtcaa 1740 atgatgaaat atttttttgt actcaataca agttttgttt tgtgtgtgtg tctgttcgtc 1800 tgaaaaagaa attaaagggc cttaatccga atttcaaagc ccaatagtgg aagtctttta 1860 tgggccttta tttattaatt caagtagccc aatttcgtat aatataaagg tccattggag 1920 ataaaaccct aatcttccac tttaaatcag gaacaaaccc ttcactgcgc cagtgttgtg 1980 cggctctgcg aatcttcgaa 2000 <210> 136 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 136 ataatttatg tgaaggtact aacaaacaac tcgccatgtt aatttagtga caacgtactc 60 gtttggtttt aaaactgcta ctgcgccact tggcaaggag taagagccat ttggggttgc 120 catcagcatc gacttgggga taccagtagg tggtttaact ctcttaacat caaagttagg 180 attaccgttt gtggagcagt gttgaataaa atgtcctgag acagaaaatg atgttcagaa 240 cattcatttc tcggtaataa ccgtacacac tcgagacatt acttaaccaa attaaaaata 300 tataaagatt ctctaagtca gtcataccag aaacattgca ccgatggcaa acatagcctg 360 gtggcggtgt tgtcctctcc attcctactc aaacaaatac aatcagtctc tatatcttac 420 atttcaatga aagagcaaac aaaatatttg gacaataata attaacagaa catccgagtc 480 tcaaagctaa atacttgggg agactgaagc atataagtca atcatataca ggaatataat 540 taccaaaacc gcggccaccc atccttccag ccatacccct cccataacct ctacccgggc 600 caaaactatc tgcaccttgt ctgtaacatg aaagaaaaat acgaatgtta tgcaaaatgt 660 Page 149 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtcaagat ctcatttagc atgctaatgt ccatcagttc aagaagatta cttactgatg 720 ccagtctagt gctggagtgt caattaatgc ctttagcttg gtttcttcat catcagctgg 780 tgcagaatca tgacataggt tattagaatg gactgctggg gcatcaggaa ttgaatacaa 840 atcattccca aactcatcga attcatcttc aacctataag gtagattaag ttgtaaatca 900 atatttgtgt agaaggattc catgccaata aaaactgaga aagccaactc acgggagatg 960 catcagcagt aataacattg ttcatatcag cttgaacgtt ttccacttta tcctcgactc 1020 tcggcctgca aaatgtagtc atttacatca tgacacatgg gaatctggta taatttcaca 1080 caactaataa tgaaatgcgc agcttagagc gaaagaacac aaagattgaa caactcagtt 1140 gagaaattag gtattaaagt tatagagaaa ttactcttct ctggtaataa ttctgatgcg 1200 agggcgtcca gggacccggc gaattagcac agaagtattt tttggtatta acattgcttc 1260 atccagatat tctgaaattg caaaaaaaaa aataagtatg aaggccacca catattgcaa 1320 ctataccaac agagaatcgt agttaagggt ttctttctaa tgattcacaa ccacaaccaa 1380 tcaagaacag tagtctcaga agtaatcaca tttaacatat aagctaatac agtacgcaag 1440 aacttcactt ttattttttt tattcaacta acaaggaagt accaggtaca taacatccat 1500 tttactgaag cagttagata ctgaacaatc catggccaga ttaacagtgc taaatgtgat 1560 tacttcggaa gaaagccata aaccatggaa attttgacaa agcaagtaat aaccatatat 1620 tttgataagt gaatactgat cacaatcaga ccagaatcca acctagataa caacaaaaca 1680 cattgcacaa tatcttctag gtgaatagga taagaaggag gaagacaaac cttcattagt 1740 ttgggcatta gagatgacaa tgtcaaggtc tttaccactt cccaaatgct tagtttcgta 1800 aattttttct ttgagtaaac caactgttat aaaaggacca tccatggaga tggtatcata 1860 atccctcgca ctcttaaact tgtaatatat tgccattgga attaatctga taatgaataa 1920 aaatacaatc tgtattacta atttattaaa acacaccaga atctactctc tttgaaaaaa 1980 accttaaccc aggccaaaaa 2000 <210> 137 <211> 1149 <212> DNA <213> Arabidopsis thaliana <400> 137 tctcctttgc ccccacagtt taatatattt cataaacacc cccacgagaa attaaaaacc 60 gttccaaatt tgaaaaaata caacaaacaa ttcatgaaaa tattcaatct ataagcaaaa 120 cattggtagt gttacatgtg tcgtccttcg tgctgaaaat ttggatagca ttgttaatta 180 tgacaacgta agtgtagcct gtgattcata gtaaaatata aggactaaaa ataaaaatat 240 atcttttttg gaaatcgtac cgcgtaagaa acatgtataa atacctataa ggtcttattt 300 ttttctcttc caatttcgtt tcgacatatt tcgcgattcg tctaaggtaa aaaaaaactc 360 atcttttttt cttttagatc gttaattttt gatcagcgat tcgctcttct gatctgtgtt 420 ctttaagctt gtcttctctc ttgattcgat ctgctgaaaa cctagaaatt tttgattttt 480 Page 150 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgtttgttt tgctccatgt gtatggggat atttacgatt ttaacaaaac aaaaatatga 540 attgaggttt tttatttagc gaattgggtt ttaattgttc acattsgttt ggctctctcg 600 aggtgagtga taaagtatag aactttctta tgcttaggat cttaaattcg agttctttga 660 tttacctgtc atgtgttatt gattgatctc atttatattg tgtctgcttg atgtttaaag 720 cttggtgtat gcaatttgat tgggtttact ggagattgat ctgtacctaa tcaatgagtg 780 ataacattgc tggttcatct gatttctcat ctggtgtgtc tgctcgatcc cctgaagaaa 840 gtttgaaact caggcttggt ttgtgcagtt tgattgattt atctcattac ttgactctgg 900 tgtacttgat tctttgatga aagcttgaag ttaatgtttg gtttgtgcaa tatgattggg 960 attaactgca tttgatctct gaccaaaatc agtgattaat tacattgctt ggttatctca 1020 ttacttgagt ttggtgttcc tgcatgatcc cctgagcttg aagttcatgc ttggtttgtc 1080 caattgtgac ctaaattgat gttttcttgt ggtatctttt cgtaggtttt gttactgatt 1140 gagaaaaca 1149 <210> 138 <211> 1315 <212> DNA <213> Arabidopsis thaliana <400> 138 aaaagaaagg ttttgaaggt taaaaattgg aaattaaaat taattaagga aaaattaatt 60 ttttaaggtt cctttattaa attggaagga atcataataa tagagacaac aatctaattt 120 cataatggta acttgtaaga ctttagattc tatattatca aaaactcata agaatctcga 180 gttacatgta acaatcctat ccacgcgtct tttacaatac gtgagaacac gcgctcctat 240 ttgtgtggac attttatttt tggcttgcca attagagatc agtgacgtct catctcttcc 300 tacccatatt gtctaaccaa taattgacca tcacatattc acatttatag atttcatctt 360 tacactattg tttttttttt cacttatcaa aatatctcaa ccgaccctga aattaattag 420 gatttttaaa tcggattttg gctcaagttt ttgtttttga atatttaaga aaataaatac 480 aattaagtat aagtttagag atgatttgtt catttatttg aagtttttga tttttttttt 540 cttattaaaa tgacaaaaag aatgatttga gttcttttct tttttggctc aagatttatt 600 ttggcccact tttcttttca atattattaa gaaaacttga ctcataaatt tttgttggga 660 aaaagaggaa atgagaaaag ggataataat aacaaacaaa aaaatgattt gatgttggtt 720 tgggttccct ctttttagtt caaatataac atgagtaata gtggtaaatg tacattattt 780 gaaaaattgt aaataatgca ctatttacta tttattatct gatttgctac tctttttttt 840 ttcagtttca attatagttc aacatggagt tatttttttg tcaaacccca tatgatatct 900 tatctacaaa gaagcccata aatcacttat cttcatttat tttagatcca cttattttta 960 attctttttt tctgttttga ttccgtttca acttgttgga tacatataac ttttattgtt 1020 tctctatcgt atcaaaaaaa taatttggat ttttcctatc ttttttttct tctaacatac 1080 Page 151 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggattttttc ctttccgaaa ttgaactttc taataaaaaa attcggaaca agtcaccatt 1140 attttagaaa attaaaaaga gtgacgaacg aaaacattaa aatagaaaac taacaattat 1200 tacacttatc tcatttggct tttatatata ccccaccacc atctcttgtc catcatacaa 1260 tcgtcttctt catcattttc tcttcttctt ctccaagaaa acactgaaga agaaa 1320 <210> 139 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 139 aaaaagcttt tatgtatgta ctaacaatgt acaagttata atgtatgtat atttgtttag 60 ttttatgcta ggtgcatcat aacttgtata cagagctgtt agtataaatt ccccaccgtt 120 ttcatttata caacgtgaag tgttttcatt tatacaaaaa agaaaaagaa tgaaacttgg 180 cctttcaggt ctgtgtgcta gctaattttc cctaatttta tgctgagttt ctagttatta 240 tttcgtaact agagttttca tactatcgaa attcggttaa ttttgttgtt taaggttttt 300 aattaaggct tcatttgtaa atgtagaaca acaatggatg atctcgaaag aagacttgga 360 gatatcagga cttcggtctg cgagagcaat gtgtttctct taactattgg ggcggtaaca 420 cttccttgca gtttgttaag cttttggaaa atacttaaac tctaaaactt tgattacaaa 480 ataaacaatt aaagaaaaat taaaaattaa aaactttcta atgtaaggtg cttgaacttt 540 gattacaaaa taaaaaactt tgttttgatt aatcaaataa atgagttggc tttgctatcc 600 attaaaacaa ctatgtttga aaaactcgat tacgtgaatt taatgaatgg ttttgcaggc 660 aaaaatctaa ttagagctat aattaaaaat ataatttttt tattttttct tttttttttg 720 cttacaaaat gcttataaaa ttaaaaatat tctataaagt tttaatataa tttttatata 780 ctattattat ttgtgattat gcaaaaaaaa tagaatgcat aaatatttta tttatatata 840 ggacattcct acatggcgtt ttgtttgtcc tatatcttat acatttcatc gtcgtgtttc 900 gcatcacgga agaatatgat atagcaggtg ggtttactca ggcgtcattt gttttactct 960 atgaaataac cccttcaaat tggctgctgg cgcctctaat actaggtgcc ataattataa 1020 catgttacaa ggttcttcta attgaaggtg tgtcgcccaa tcgtgaactt ctgccgacag 1080 ggtcggggca actgacggga gaagtgggga aaggttaatg aaagaaaagg agttaactag 1140 aatgttgtaa tagaaaatac actgatattt actatagcat accgagatac gactttcttg 1200 tatatatata accaaaaata cactacaatg ttgtaataga aaacttatcc attctgttat 1260 gtatctttga cgttggttaa ttgattttca catcaagacg aaatgttatg tttttgacta 1320 ataaaatctt tatcagtagc atgcatcatt tgggctttat gatctcgaaa tattgtgtaa 1380 tttaagtcac gtgtttttca aaatttaaga tttacattag tatttgatta tagagtagaa 1440 aatttttgaa ggtaatcaaa cttaatattt atggaccaaa attcaaaaaa taaattataa 1500 taataggcta atttccgtct taaattttat aaatgaaacg aaatcagtca tgcaaatata 1560 tatgctttgg cctttgtaat tgttatttat catctgtcgg caaaataagc ggaataatca 1620 Page 152 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagagctaga attagacgat aaatcttttt cactgatcaa atcattagca tacgttcgta 1680 aaccttcaaa ttaaagaaaa attcaccaag ccctaaaatt tcagtttttt tttttgacga 1740 atgtggttgg tttagatcgc acgagtcacg agaccaaaac taacgaagat acgttgtcgt 1800 tttggtttcc acaaagtact cacgcgcatt cagcagcgcg tgattggcaa ttcctgaata 1860 tcttcagatc acaggccctg ataatttctc ttctccgaca gagagagaga gaagcagatc 1920 gtatcatcac gagacgacca tcggaataac agagaaagag agaaaaagag agagagagag 1980 agagagagag agagagagag 2000 <210> 140 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 140 aacaagtaat cgatcatcct taagtttggt gttccctaat attcatattt tagctggttg 60 caaacaccag ctatattcgt ttatggattt tggtctaatt attattaaaa aaacaaaaat 120 taaccataag gtgagtttgt tttgtgtatc cttcttattt ttaaccaaga aggaacttac 180 atcaagatta gttgaaattt tcaaaaagac gacacgtgct gagaaaaata tgttcttgat 240 ccttgacatt ggaaatggaa gtagtagcta gctacttaat cgttgtatat ctttaagagt 300 tgggctagac cagataattc agcccatttt gatgtattag cgacaattct tttgatagca 360 tttttgggct aagtctattc gtaatgggtt tcaatcatct cattgtttct tcagcacatt 420 tttgagcctg cttatttttt ttcagaacgt atggaacaag atcacatgtt taattatgta 480 tggtcgacat gtttcaatcc gttggcttta aggtcttaat aacgtacgat acattagttt 540 tgttttgttg catgtaacct gtgtggttgt acttgtacgt tcactacttg ttggtttctt 600 tataaccaat agaattcggc aattcagtac catgtatatg tttttcttaa ccgaccatat 660 attccataat tcacatgcca tctcttaaaa gaaatacaag cactcatagc cataggtggt 720 ggatgaagaa atatgtgtgt taaaaatttc ttctattgtc caaaatcaac agcttgatca 780 gatgaacttc tgagcgagcc agagggttcc aaggtgggcc attgggaact tgataaatct 840 catctcgtca catctcccaa ggggcaaaac aaaaacttaa gaaataatca attcaaaagg 900 catattcttc ccgcttgggg cgttcacact atctcatcac acgtggaatc caacaaagca 960 gccacgtcac ccaagaccat actaaaccac ttaaaaaggt tttgctaaaa ggccaaaaaa 1020 accggataag gaaccacagc ccaatgacgt cctcatttat tttattttca ttgaattgcc 1080 taatatttat ttcttttgtc gtccttcttc cttgcttttg ttaccatata aaaaaaactt 1140 tttttttaag tacagaatat atatatgaca atatcgcaat cgtgggttca gcttatctta 1200 agttctcggg aacctaaatt cggatcgcat tgacgatgtt gatctatcaa accacagcca 1260 gttagtttat aaggttcaaa attaatcgtt tatcaaaaac tacatgtaag ttggctttgt 1320 tcaacgaatt tttagaaaaa cgtaaaacga tataatttgg caggaccaaa taaaaaccaa 1380 Page 153 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgccatggat ttcatcttct attacatcat agaatagatt caattctgta agggttgact 1440 ttgttttaat cattattcta cattctctaa taataataga ttttgttaaa cttgttaatg 1500 tgatgtaaat caaaagtaca gttatttgct atgagtgtct gagattaaaa gatagtcgca 1560 ctaattcatt tagattagtt tataatccaa ttaacaaaat aaaaatgagc gaataaaaca 1620 aattaaaact actttttctg aatttgaata aatagtaggt aaccggtggt tggattaaga 1680 aaaatatata tgaaacaatt cgtggtactg tgatcataaa taatacttga cgttcctgaa 1740 tttctcgcca caatatataa catttgtttt tttctttcca gtatttatca catgaaaaaa 1800 ctaaaataaa gaaaaaacga taacctttaa aaattccccc ctcaaaataa agaaaaaaat 1860 aaaaagctaa aaaggcagta atacacacgc catttataaa taaggcaagt gaatataaaa 1920 tagtgcctca tcatcatcag taccatctcc tcgttttgat aaaaatctct gaatctctcc 1980 aagctctctt ctcatcaaac 2000 <210> 141 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 141 gtcggactgc catgagagga agttttccgc tcaacggaca tatttccaag tcgaacgagg 60 ttagatgaaa taaaactcaa acagacagac gaaacattat ttctgtttag tgttggttct 120 ttatcctcct tgccattttt tatcttgcag ttatttgcag accacgagtc cagtctcaaa 180 cccatcgatg ttcctagaga ttggatatgg gatctcccaa gaaggactgt ttacttcgga 240 acatcagtaa catcaatatt cagaggtaaa aacattcgta atagagttag ttaatcaaat 300 gtccaaaaca caagaaagct tcaccgtcca atacacaaga aagcttcacc ttctctttgc 360 caaaaaagat cttagaatgt tttgctgaat ttgtgcaggt ctttcaacgg agcagataca 420 gttctgcttt tggaaaggta aacgttaact ttcgacccag agaaatccgg aaaatctatt 480 gctttgttct gatcaatacg ttaaacatat acacacacac tttacactta ggaccaatac 540 tgttctgatc tgtgatagaa actggtaaac atctaacaat tatgattgca ggattcgtat 600 gtgtccgtgg attcgaacag aagacaagag caccgcgtcc attaatggca aggttgcatt 660 ttcctgcgag caaattgaag aacaacaaaa cctaaagatg actggaagaa agcaaacgca 720 ttgcttctct gctctcctct atttaaagcc aggaaaagtc ccatttagac ataataacag 780 gaatccaaat aggctatttt ctctttcttt cttatttcat tcatagagca gaagcgacac 840 aaaaaagttt tttgggttat ttattttctc tctaacaaat ttgtagcgtt ttgggtcttt 900 ttctggctgt cactagcgtg gcaaatccaa tgtccgcgca cacttaggcg cattgtcaat 960 aaattctccg gccaccggag tgttacgatc ttttccaacg gcggctaatg cgatatttcc 1020 ggtaacacat attccttatt ctatgttggt tttgtgtacg gcgtgggcct tactagacaa 1080 tgatcatcaa taaaactaac acaaagttga atgctacaaa gtagaaagtg aagaaaaaat 1140 aatatagaca ttgccgaatg ccaaccaaaa agaaaagcaa aatcatcaaa tcgaacaaag 1200 Page 154 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatttttata attactctcg actcttgagc ataataatct ctttgattaa gcatgaaaca 1260 ttgtttttaa taaaatacta aacatgttat atgttaagaa aaattgaatt atttttgtaa 1320 catggatata acttgaaaaa acatgtgtgt gaagaacaga aaagattata taataatatg 1380 gtagattaaa aacattagat tataccagga gcaaagtagt tagcaccagc aaaaactcac 1440 atactcatgt ttagcatgtg cccaacacaa cacttacacc ttttgggcct cacgaatggc 1500 caagtaggtg agagagaatc actgttattt acctttttgc cctcatgtat attctctcgt 1560 taaaagtatc tgaaccaatg attatccgcc acgtagatac tctctgggtg caccaagttg 1620 caagagtagc atctaaacca atcactttga atatatccaa gatgccatcc cggttcaagt 1680 ttttatcaag agtaaaagtt ccattttcat ttctcataat cagattcgta ttcacgcgcc 1740 tattatctcg aacttatcca acacgcgcgt ttaatcaacc gttggattct caatggacgg 1800 tggattaaat tagctgaaaa gtaaagcggt cggttttacg cgcttcttct gctagccgcc 1860 gcacgtgtca tgcacgtgat agcgcacgtt agctttgacc attgtctttt gttctctatt 1920 agttttttaa cacacgcccc cttattcgat ttctcaccca cccaaagcca ctcactctct 1980 cttctctctc tctgaagcga 2000 <210> 142 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 142 catactagaa ggacacagca aacaaaacca tacgaggagc ttagaattgt caatcttctt 60 cttcttgtct tcatagacga catgtaggta ttattattac cttcagtgga acatttcttt 120 aagacaatta agttggagac aagtagacga cgaacctttc aaccgtctct tgatccatga 180 ctctatatac ttcagctcct tattgctgat cgagtgcccg agaccaggat atgcctgcag 240 ataaacaaat caccttagaa gtataaataa ttgtacattg gagttctatc atgcatttgt 300 ctcgaaaaag agttttgatt tgaatatacc ttgaattcac aggtaacacc ggcttctttg 360 agaaaaggaa gagcagcttg accagcttca aagagtacca ttctgtcatc agtgccatga 420 gaccacaaga ttggtgtctg catattgcaa agtctgaaga ctcagaaaca caaaaacatt 480 gatcaacgtt tataagaaaa cataagtgag gaaccttctt agcctcttcg ggaaactgac 540 tgatgattga agaagtgaat ggaacccatc cacttaggac ggcacctcct ccaagagttt 600 ttgggtaaag cagaacacta gccaaggtta atgctcctac aagaaaattc ttattaggcg 660 ccacaatgca aggttcttaa gacataagtg gattcagacc gatataaaaa ggtctctcta 720 caaagaatat tgaaaagaca aagaattcat gaaaagagaa acaacctcct tggcttaatc 780 cacagataaa cacgttttct ggattagttc cttctgcaat ctcctggtct ataatggcat 840 gaacattctt aactgcttca agcacgctgc tttcatcaat tggagagccc taacatacat 900 aaaagttgca cacttattgt gatttcataa aatctcttga aaatgcaaga gtgctctgct 960 Page 155 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctttacacaa tctgctgaac aagtgttgat tctagataat gcgtcataag gtttaacaaa 1020 ccaaaaggtg ctaacttgga gctaccagcc cattaactat ttgccaattc atactataag 1080 aggcgttaga tagatcaaga gtgaagtgaa gtaataccac tttaaaagga agttcaggaa 1140 cgtcaaacca agaacgcatc accgcaccat ctgcacaaga aagtatagaa agacataagc 1200 ttttttcaga cacatatgga ttaagagaca tgacaccaac agataccaca gagaaatcaa 1260 agataatcaa attgtgtaca tttgactaaa tgtctttcaa attaacagaa tgtgacaaat 1320 ctccttcaca tcacagaggc aaataataac gctaaatcaa aatggcatga agtggagacc 1380 gaaccctgta gcccaaatca aaccataaac catgaacaac gaaatcaatg aatgcaaatc 1440 gaaaatagaa aaggaagaac gtactgttgc aggtaaccgg attgaatgga gcagaaggga 1500 agagccaact agcgttactt aactccgagg atttgaattg agtttggatg ggttcattag 1560 caggtccaga atctcccaac ccgtgaagcc acaagatgaa agttcgagcc atcgtgcttg 1620 agttccgtga agaagaagaa agaaagataa agaagatgaa aagtgctcac tatcgatagg 1680 cttcgtctgt gtattccttc gcatgttaaa atcgcctgaa actttgccat ttcaatggcg 1740 attttgtctc tcaaagtctt cgcgacgact ttcaaagtag aaactacaaa gtccactagg 1800 acaagagtga aaagtaccaa aataccctcg gttgtcgttt tatgtccgaa acgacatcgt 1860 acatagctgc agcccttttt tgttagtgtt ttaagccaga cagggagaga gaagggagaa 1920 gaatctcgcg agagacagaa agggacgatt attggttggt gaaatttaga gcatttttgg 1980 gaattgggta aacttttcga 2000 <210> 143 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 143 tcaggagaga aaccagatct agttacctta ctctccctca tttcaggttg tggaaaattt 60 ggttcacttg agactggaaa atggatagat gctagagcag atatatatgg gtgcaagaga 120 gataatgtca tgatttgcaa tgctcttatt gatatgtact caaaatgtgg aagtatacat 180 gaagctcgag acatattcga taacacgcct gagaaaactg ttgtcacatg gactacaatg 240 atagctggat atgctttgaa cggtatcttt ctcgaagctt tgaaactttt tagcaagatg 300 atagatttgg attataaacc aaaccacata acattccttg ccgtccttca agcttgtgct 360 cattcgggtt ctctggagaa aggttgggag tatttccaca tcatgaaaca agtatacaac 420 atcagccctg gactagacca ttactcttgt atggtagatc ttcttggaag aaaaggaaag 480 ctcgaagaag cattagaact catccgtaac atgtcagcta aacccgatgc tggcatatgg 540 ggtgcattgc taaatgcctg caagatccac cgtaatgtaa agatagctga gcaagccgct 600 gagagtcttt ttaacttaga accgcaaatg gcagctcctt atgtagaaat ggcaaacata 660 tatgcagctg ctggtatgtg ggatggtttt gcgaggatta gatcaattat gaaacagagg 720 aacattaaga agtatccagg tgaaagcgtg atccaggtaa acggaaagaa tcacagtttc 780 Page 156 2008200749 15 Feb 2008 12689250 Sequence Listing.txt actgtaggag aacatggtca tgtagagaat gaagtcatat actttacgct gaatggtttg 840 agtttgtttg ccaaagataa acacgtattg tataaagatg tgtacaaaga acaaagttat 900 gaacttttca tttgatgaca atgacttttt agtggatttg ttgttattac ttttaggata 960 tagttttgtg atggggaatc tagtgttatc aacatgtgtt tgaataatta atattacaag 1020 atatgtaaaa ggaaaaggta attatgattt gtggaggacc agattctttt ggcattactt 1080 tattttattc accactaata tatttctgga atttattaac ttaaaaggat aaagactttt 1140 tagacaactt taaataatta cataacatta agaaaatata tttttcctta accatgttct 1200 tagaactccg tgtccattgc gcgttcccac gacgtagata ttttctttat tatactttac 1260 cctttttgat tttcgtattc tcgtttaaac cccagtactt tcttaaacac ccaacagagc 1320 cacatgtatc caacaaaaac tattttttca tgcatcataa gtgcaaaaca ctcataaaaa 1380 ataaagtgat tgtattcatg attaatttgt aactgttttg ttttacgttt ttttgtattt 1440 ggagtataga tacgattaaa attacaaaga ctacaatgct ttttatttat gattgtctta 1500 aaatacgagg actagaaaac aattaaaata taaaatagat aagatatgct tattcaaaaa 1560 tgtaacgcgt taagtaatta atatttttgg atacatccat ccatatatat ccttctccat 1620 tagcttttgt tcttctgttc caattccaat tccttctgaa atattcatcg caattcgtat 1680 cggtaatttt tccttttgat cgcatttttt ttttatcttt gatcttccgt attaaacgtg 1740 ctcgatctat atactcaatg atcttatatg tgtatgatca tgtaatttgg aagttgaaat 1800 gtaaatcatc tattccttgg taaattattc ttcgattttt tttctgatat aggttaatgg 1860 taattcctgt gatttttact gatgtaatct ggtgttgatt gttgtgaatt cttgatctat 1920 gagattatgt cttagatttg ccaaatgtta agtttgtttg atctttgaca aaatattgta 1980 ggtttaaagt aaaaaagcaa 2000 <210> 144 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 144 gctggatcaa ggttctttcc acgttccaac gtctctatca gtttatccct ctttgtttta 60 taatgtattg tttcttcaaa tgtgattaac ttttagcttt atagcagcta atatactaat 120 gttacaagtt gcagagaaat ttgattatat aaggttatgt taattcacat ggatacgtat 180 acgtatacgt aatctgtgtg tatggaatta tgtattattt tatttccctt tatattttat 240 ggaagatgac atgaaagctc aaaatgctga tggaagggaa tgtgtcaccc acgaatttgg 300 tggtgtcaat cttggacgtc acttacgatt gttttattcg atttatacat gtaaaaatgt 360 tatgtttact tggcttttga agatgtcaaa agacttgaag atagtaagtt ctgtcttttt 420 aaaatacaag atgtttgtca tcattcacac aaaaaaaagg taaaaaaaaa aaggattagt 480 atgaataaat ttggttgatg aagagtacta caagtttatt tatctaggaa caagtgaatc 540 Page 157 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatgggcact agttaccaca ccaattggat tttgggatgt cgaccaaaca cgtggttgga 600 gaagaagtag agattatatg attacaatag tttgcttaca acaatcacaa tcttctagaa 660 ccggaattat ggtctattgg tttctacgtg atcatcttgt ttaagaatta aggagagtcg 720 aattttgatt gtaataggca cgagctcttt tcattttcat agttggtccc gtttaagact 780 tttcaacgta attgtttgat cacaagctta aaaagcttgt gagttgtgat tatcttttgt 840 tcattctaaa attattactc atatagggta tccataaaac ttcaaaggtc agtttagtca 900 aaaaactaat gacccatact tataaaaaat gagtttaatt taatctccat ccgtgattcc 960 ggttcttttg aattaccacc tcccgcagaa gaatacaaaa atttaaaaat aattcagtcg 1020 acttttcttc tatttgaatg tttagcaaaa gaaaaaataa accgactttc cttgattata 1080 acattgacaa ccattagtaa tctattataa taagatacat ttgaaaacat ttatattact 1140 tgatcatttg tattttatcg taatctcgta caaacaccgt tagttggtat catgaaattc 1200 tgtgagctaa gaaaacaatt tctcacgaat caaatttgca gattaccatt ggctttttat 1260 atttccattc ctatagtaag aaaataataa agcacataaa tattaaaaaa aatgtttgta 1320 tggtggaggc aatctttaaa tacagtagag acttttctca atcttctaaa aatctatttc 1380 tgtcttctca atatccaaca aacaatacat ggtccaaatt acgtctccat acaccaatta 1440 tattttttat aaataaaaga aaaaaaaatc tactcgtaat aagaagattc taatttcgaa 1500 tttccacctt aaaatactct tctgctaaag aaaattaaaa aaaaaaaaaa atgataaata 1560 actaaaaacc aaaacgtgat tagtatttct gtgcaaatta aatattggat tcctttggca 1620 ttaatatatt tttgtaagaa tatgttaaaa tgacaattac agccacagaa caatttggcc 1680 actatgaata atatcttacg tactacattc ttatctcttc tgcaattatt tccccaactg 1740 gataagcctt ttttatctga ctcagatcac aggatccgac ccgactttta cccgacccgt 1800 aacttaatcc cctatatccg ttttagtatg taattaataa actattcaaa atcttaatta 1860 accaattaat gactaatcgc ctcttcgcct ataaattaaa cccctccatt acctttcttc 1920 ttcaatcttt ccctctcctc ctcgaacaaa aacaacaaac gcagagaaac tcaaaactcg 1980 aaaacgtttc atatagcaac 2000 <210> 145 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 145 gttgaaataa gatttaaaaa atggattatc cgttaattca caaaaattcc tagaggtctc 60 tctggtacat tcaatgaaca ctctttttaa tagttgaaaa taaacatttg ggaagaacta 120 agaagaaaca acattataag atgggcttgg gctttttgtt gtattgtttt ttatgtttta 180 caattttatt taacaaacaa gatgacaaaa aaaaaaaaaa ggactccaaa agtccaaaac 240 agctatggag tatatgaggg taaagtcgtc attttacaaa aagcattttt atcttcgttt 300 tgtcgtcttc gaaagttctc aaagagaagg catctgagaa accccaatct ctaatcttct 360 Page 158 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttcaattca atactttttt ttctcaatct ctcctctcaa atcaaacaac tttgattgat 420 cttcgcaatc gattccacat gaagcgcagt actaccgact ctgatttggc cggtgatgct 480 cacaacgaga caaacaagaa gatgaagagt acagaggaag aagaaatcgg attctccaat 540 ttagacgaga atctagtgta cgaggtgttg aaacacgtcg acgcaaagac cttagctatg 600 tcatcttgcg tgagcaagat ctggcacaaa acggcacaag acgagcggct ttgggagctg 660 atctgtactc gtcactggac taacatcggc tgcgggcaga accagctcag atctgttgtg 720 ttggcgcttg gtggcttccg aagactccac tctctttacc tctggcctct ctctaaaccc 780 aatccgcgtg ctaggttcgg taaggacgag cttaaactca ctctttctct tctctcaatt 840 cgatactacg agaagatgag tttcactaag agacctcttc cagaatccaa ataattgact 900 acaaattatt agagtttggt tttggagttt gtgtatttgg agtttgttga ttggtaagtc 960 agatgtgatg ttcaatgctg gcaataaaat ttgttggtat ccataagcca gactgttagc 1020 aacagttgtg ttctgtaata atagagggtg atgagaattt ttaattactg taatcggagc 1080 tgattaaaag tagatttaat atcaaatgtg attcgatttt gttgtaatgg ttctgtcgtg 1140 aagttaagtt ggtccgtagt tggacaatga ttgtaacaaa atcgattcgt gatccagttt 1200 ggtaagatta agaactgtta gtgacgattc tgttttatta ttcaatgaaa aacaatgttc 1260 accaatttgg taataaacct aacattcacc actttaagtc caaaccggaa tcaacgtcaa 1320 gctatgtaat gttgcttatt tctttatgtc cttcgtttgt aacatttccc ggtggttact 1380 actctgtcgg atccagtttt gccgtctagt ttttacagcg gtacgataaa tctcaaatgt 1440 tgtttgattt ggttattctt gcgatggtta gccttaattt cgctagattt atgtgtattt 1500 gagtgatagc tacaagccta cacatcatta ccatgtacca ccatctcctt attcaaatca 1560 gaatcattat cgccgtaacc acttttgtca ttttcttttt ttatatgtcg gtaaagaaag 1620 aataatgaaa taaagaggtg taagtaagag tcaacaaaat aatttaagag cttgtgtgaa 1680 ttgataaaaa cactcctttt ctgttcttgg ttttatatga aatttataaa caaactcgag 1740 tgattacaaa gaacttataa accacttatg tggcatacta aaatttaaca aaaaaaaatg 1800 ttttgcgaaa aataagaaga ttttgttcat cttttttggt aagatgccag tttagctaaa 1860 gatatttttc atatataaaa atgacaataa acacattaca aaagacaaac cccacacggc 1920 tctctctagc caaattactt ggccacgacc ataaacacaa aacaccgctt agcttctaaa 1980 atctgaacat cgagaaaaaa 2000 <210> 146 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 146 aacttcaaat gcctattaca agtttatgta agagttcaac attaaatttc cgtaatagaa 60 aggcaaaatt ttacctaaat ttatttcctg aagtacaaga ggatcatagt tgggttgacc 120 Page 159 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attttcagta attacaggtg cggtagtaaa tcttccactt ccaatgacag gaaacatttg 180 cttacactct tccttccaag aagcatactg caatctgaaa gaagagaatt agcggtagga 240 ttcacaaaac tgaatcgatg gtttatgaat gaactgaaag aaacatgtaa ttatgccaaa 300 tgcgatacat atatatagga tatgaggaca aaattctacc ttctgcgttg tcgaatttgc 360 tctctttctt cgaatgtgct cattgggtca taacaaccaa gtaggaattc ccatacttcg 420 cctctaattg atggatggat tccctataga ttgattgtaa aggaatatta aagtaacata 480 agttatcaaa gatacagaac aaatgaaagg ataaatcagt ctttacaaag acttatccaa 540 acaaacatac ccctcttcgg atgcgtctta gagtcttgcc aatatggaga gacccttctt 600 gtacaaatac agcctgccat tttcttacac ttagagtttt accaggctgc acaaacatca 660 taaatatgac ccgtgttgtc agcaacatag caaaaacttc ctggcctcaa catgatgcaa 720 ttattcatga tacattatga ccacaagaca tggaatgata taggctttta tggcctgtaa 780 tgtaaaggtt caaaattatt caatctagtt ccaaattagt accagtcaag cacataacct 840 atcttcctat cttatgtatc ttcctaaaga ccctggagtc aagaagttaa aatcctttca 900 agcttatgtc tggaaaaagt gacaatctca ctaaaacaat cattcatgtg atgctactga 960 gaaaaagatc cagtgggatc aagaatatat atgagaccct gaacagctcc taagatcaat 1020 atctcctcat aaggaatcag atttatgaac attacaatgt caggaacaaa ttcacaacag 1080 agacaatgca ttttcgaaaa catagataac cagagaatct ggatgtaatt ggaaccgaat 1140 cagcaatcac atatcgtatt cgtaatcata aaacagagac gacccaacga agaagcaaaa 1200 ctagaataag caaaaatcgg agaaaatgaa gaagaaggga tcgaaagaag taaccttgat 1260 tttgaatctg gtcttgggga catcggtgca ctcaggacga acttggtagt aagaatctgc 1320 tggctcacct gcgcctcccc acatctctat caaactttcc cgggaaaaaa aagaaatcaa 1380 atccaaatgc tgagcaaaac agaaagagat acactttgga tcggggtccc ctcaaaactc 1440 agaagatcga tcaatgagca atgatcaatg aagaaattaa aggaaattta gggagaaaaa 1500 gattgagaat ttaaggggac ccagcttgga gcttagtgga ttggagtcta aagacagaaa 1560 cttttttttt taggtttctt tctgcgtata ttattttcct gtcgtctatc tatcaactaa 1620 gtttcttgta tcattccttt tttctggaga tgatgattga tgagctggtc tcattacaca 1680 atagttgttg cctccacaaa taacggagtt tctccatcac ttctctctaa tttatcttct 1740 tccacatgaa agagacactg tgtctttttt tttttttccc ccaaaaatat ccaacataaa 1800 acgacgccgt tttctctctt taccatattg ggcgtttaat gttgggcctt tgtgatattt 1860 atttagtaaa gataggccca aaccacaaaa ccctagaatg aagattatat atagtgcaaa 1920 acctaatcga ttttttcctc tgctgtcgct cgtctacatt tacactcgga gcttagacct 1980 tccaatctac cggcggcgaa 2000 <210> 147 <211> 2000 <212> DNA Page 160 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 147 actgcagcaa cccataatca ataaagaacc agtagtagtt ttcttcagtt atgcaagcaa 60 agattatatg aattagcatg gctatttaat atatgctttt ttccttgagc agagacttta 120 cagtgtttga ggaacgaaga ttgtgagaca caatggctaa ggatgaagcc aagggattgc 180 tgaaaagtga agagctctat aaagtttgtc cttacatact catctctacg ttagttcact 240 tctccatttc tctgatacat ttctgtgaaa aatgttgtag tatatactgg agactagtgt 300 gtacccacgc gagccagagg ttctcaggga gcttaggaac attactcata accaccctca 360 agctggtatg gctactgcac cagacgctgg ccagttgatg gggatgctgc tgaatctggt 420 aaatgcaaga aagactatcg aggttggggt tttcactgga tactctcttc tcctcactgc 480 tcttacgcta ccagaagatg gcaaggtatt tgcatagata tgaccaaacc aaaagaaaaa 540 gtgtcatgat gtttttcgtt gttttgcttc tgtatcattt ctgcaactga tttggtacac 600 gagctctgca ggttatcgcc attgacatga atagagactc gtatgaaata ggattgccgg 660 ttataaagaa agctggtgtt gaacacaaaa ttgatttcaa agagtctgaa gctcttccag 720 ccctcgacga gcttttaaac aatgtacaac ttcatacttc tttgtctttc aaaaaaagaa 780 ttagtatgta tcctgagatg gtctttttgt tttgatgttt gtgatgcaga aagtgaatga 840 gggtggattc gacttcgcat ttgtggatgc agacaagctg aattattgga actatcatga 900 gaggcttatt agattgatca aggttggtgg gatcatagtg tatgataaca ctctctgggg 960 aggatcagtt gctgaaccgg actcgtccac gcccgagtgg aggatagaag tcaagaaagc 1020 aaccctcgag ctgaacaaga aactctcggc tgatcagcgt gtgcagatct cgcaagctgc 1080 gcttggcgat ggtatcacta tttgcaggag gttatattga gcgagtattg ttgttctttg 1140 tgatctttag ggtcatatga ttgtgagccc tttatattga gctattgtga tgcaagagtg 1200 ttattgttct atgtgatatt ttggttcctg tgtgaatgtg aaccttttct atcaagtttg 1260 tggatttctt caaatttcaa gattataaca gacagttacg aagaaacaca actcatttta 1320 tgttttgtgt cttttggcaa aactccaaat tctgaacatt gctctaaaat ctaatataaa 1380 aagtaaaaaa atgaatgggg cgttccgaga atcgaactcg ggacctctcg cacccaaagc 1440 gagaatcata ccactagacc aaacgcccac attgatatat agtttgctag cttttaatac 1500 aatgtatatt aaataattta gttttgtgat ataaacagta aacagaacaa gatattttca 1560 cccaaagtta aaaaatccaa cgtttgttca aaaataagaa aaaaactatc caaagttaaa 1620 ttatcaaatg ttaaaaatcg ttagacgtta atcacaatat aaaggaactc tttttttttt 1680 ttttgagtta agaaacactt agttgggcca taaaaatata ggtctagtag atgaaaggcc 1740 cataaaatca actagggtta gttcttcttc ttatagagcg ccgcatataa gcttcatcct 1800 tctccgtcac caccggctct gtatttcggc atttgtggag agaagaaggt actctcatcc 1860 ctttctcttt cttatcttaa tctccttttt taaaatttgt gacaaagtaa aatgagctaa 1920 tctcgtcttt aagatcatat gtcaaaactg aatttgagtt ttgatatatt caggtaaaga 1980 Page 161 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagaagatag aaacataaaa 2000 <210> 148 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 148 tcacaattcc ttacatttta tggtacctta actatatact tctcttagac taagttatga 60 aactatagac taaactgcgg ttttccgagc atgttttagg tctccagata tggctgcaat 120 gcatcaagat atatccgaag aacgggagac tgtaaacaaa aagctcaagg aagttttcgg 180 tgtaagcttc atagagactc attcgcttta gaaatttcga tagtcttttt gcgtttgtat 240 taaaaacaaa caaatcttga atatcttgtg tgaaccatat gcagataatg gattcaactc 300 ttgcggcgag agaagttgta gttgaagtat gcgatgtagt cgcggaacga gcggctcgtt 360 tagcgggagc aggaatagtt gggatgataa agaagcttgg aagattagag aagaaaatga 420 gcattgtgat agttgaagga ggattgtatg atcattatag ggtatttaga aactatcttc 480 atagcagcgt ttgggaaatg cttggtgatg agttatcaga tcacgtcgtc attgagcatt 540 ctcacggtgg atctgctgcc ggagctctct tccttgccgc atgtggcgac ggtcatcaag 600 attctgaaag caagtgacga tgatgattct tttttgtagt tcttacaatc aaataagaac 660 taaattttat tttgtttagt catgtctatt taattacaat ttaagttaaa attacaatat 720 aaattatttt ttattaacta gaaatgaaaa taaaattcca aatttatttt ggtttttaga 780 aagaaataaa acaacagaaa aaaaaacttt ttaaaaaatg aatgtattat tcactagtga 840 aagtgagaat ctttagtttc caagcttctt tatcatccca actattccaa tctttggttc 900 ggtttacatg gttttaaaat caaaattaat ttgggttcgg tttgcattat ataattaata 960 cggttttgag aaaaaaaaaa aaaaaaaatg ctttcgagat cacgcgttgg tattttggaa 1020 acaaagcgag tagattagaa ataaacatga ttttgtgggt ttacccctac agaaattgat 1080 gacacgcgcg aaacgcgagg tcggtgcatc tggttatgaa atggagcgcg tgaggtgaag 1140 ttggtgcgag tgggcgaatt ccggagcact ctgattggct gaaaaaatag aaatagtagt 1200 gatgttgctc ctcctctcct cctctattat taatttttcg tcgttcttct tctgaaagtt 1260 gtgtggtttt tagaggtcac caaaaaaaat ctattttgag atactaaaaa tatttcgttt 1320 tgcattttgt tgtgcagcca tttgttacac aggttgaagc ttataactga aaattggatt 1380 caaagaatcg tagatgaaga aatcgaagtg agttgaatat tttctgaaca tatgaaaatt 1440 ggaacaagtt ttttctcatt ttgctagttt cctgttttta tgttttcttg actttaggag 1500 atgacatatg gaggtgaact atacaaaggt tgttgcaacg ataacattct ccttaattca 1560 gtttttgcaa ctcggttaca agcactcagt ggacttttgg ccaagacaat tttttttttt 1620 ttttctctct ctctaaaatg ttatagatac gaatcctttg ttgaataaag gaaaaagttg 1680 aacatttgat tacacataag actttaacat aatccaactt ttttttatat gaagctacaa 1740 Page 162 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaagattta aaacatcaaa gattccatct aaacttcatt catcttcaat cttcaacatc 1800 cttcaatgac tagtatgtat gtacataagt aaaattgttg ataagaaaac aaaacaatga 1860 tgggctaaaa tagcccataa aaggcccatt aaacttgggt ttagacttta gattcaacga 1920 cgccagatta gtgagtcaca taaccctctt ggaaagagtc tcaacacttg cagagaaaaa 1980 gaacaaggaa gatcccggaa 2000 <210> 149 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 149 accaatcctc acagagacaa cactgaatca tctctacttg ttcttccaca tttgggtcag 60 ggtaaggtcg gtcgcaagtg cagtacaagc ctttgaaatt atggttgtaa gaattttcag 120 agttttctat atctttgctc gggagaagct tacaagccaa agttccaaac tttgagttcc 180 cgcaatcaca tcgaaaattt ctcttagtcc acagctccaa aagcttcata accagaacaa 240 tgttcaacca ttaggaaacc aattaacact atgaaatcag atttcaaaat acataacctg 300 gctatatatc aaccatattt acctcatggc catcatgaca agataagcaa caagcagtgc 360 aaattccagc attcccctct ggtgtacatg taatgcatga gaaaattgct tgccttttca 420 tgtaaccctt tgggaaagta cactcatctc cttcatctcc acccaacacc aaatccgctg 480 ccttaacatc aagaatcaca aaagcagtta atgaatatta aacccctaaa cccaaataac 540 ataggattac agaaacagat acacactact gaaattaata gaaactaatt aagagacaca 600 cactatcatt actagctagc caaaacctca gagactgtac aataacaatc caacacactc 660 cactagcttc agaaaaggta gtcaatttaa ggtcagaatc caatttcaag acgtttgttt 720 acacttaaat ctaaacgatt tatcaccaac caaggagtga aaatgtggaa gagtattaaa 780 ctttcgtaag gatcagaaac atacataagc tttaaaactg atcaagagga gaaagagaac 840 attaccagct cttctgcgtc aagcctttcg atatattcat tgatcgttat agttccttca 900 gcttcatcct cgaaaacacc agatgccatt gtcgcaatta ttcttcacaa attcccacct 960 gaattcacta ctaaaaacat gaaattgggt aaaataaaag ctattcgaaa gactcaaacg 1020 agatattccc taaattcctt aaaaaaaatg aaaccctaga ttattcgcaa aacatcaaac 1080 atgtcaatcg gaccattacc aggttattga tggagttctc agacttgtaa aagccctaaa 1140 gcttttcact tttcaagaca tagataaacg aaggcagaga gagagagaaa ttggggaaaa 1200 cgaaggtgga gcttaagggt ttggaagaaa gaaggatcta gcggatgtta aaattcttaa 1260 atgcgagaaa atttatgtat gttatataaa ggaagggact ttatcgacat tttcccgcca 1320 ttaaccctcc aattctatta cccttttccc tccactatca gcaactaagc ataagcacaa 1380 gataagtatt gttacttgat aatgtacatg ttaatattaa tttgtatcga gattaaacgg 1440 atatcaaaat ctcaaattct tgcttatatg gttttttatg aattgaaaat ttatatttat 1500 ttttttgttt tgataactaa tgtttaacaa atatcatatc tgtgtgcaac tagtcaaatc 1560 Page 163 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatccacaaa cacacatact aatagagtaa taagcatatt tttaattatc gtagattaat 1620 tgataacctc taaaaaaaaa attaaattgg gggataaaat attgataaaa tctaaagtta 1680 tttaaatcaa aatcacacac tttttgtttt gtttcttgac atcttaatta taaaatctaa 1740 atattggcta atataaattt caatttggat aatatgactt tattgggcct aatatgatga 1800 tacgtatacg gcccaataag aggttgaata tgactttgac tttttcaggt ttatggtcag 1860 tgagtagcaa ccaatcgcag tcgtagttga aagtctctat taacttcttc tccgatctga 1920 gaaaacgcgt cagaagtttc tcgttctaca gatagagaga gaagagaacg agaacgaagt 1980 agagagagag agagagagat 2000 <210> 150 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 150 tccaacatta ctatatagta tatatattat tgataaatct tgagattcga catatttatt 60 tgataatcga tgcaagcata attaatttag acatttattc agcaaaaaaa aaaattaggt 120 atgtaattaa tttatacata tcgaattact aaaggttaat tttcaggcta atcgtagata 180 aacgatttcg ttaaatcccc atgaaagtaa atttaggcaa atgtatgatg ctatgtctgc 240 cgcataattg tttaatctca ccatttgcat atcaatcttt aagggaaaca tccttttaat 300 gtgtttatgt ggccttgtct ccgttttatt gctactttgt gtcatactca aaataagttg 360 actataaagc tacatgtatc tacacaaaaa gagagtttat ttagtatgct tgcttgggaa 420 taagcaggag acaaaagaaa acatccaagt taaaacatga agcagcaaaa gagagtgttc 480 atccacaaaa tgtgagaggt ttcttagcat ataaagatat tgatataaat ctaatcattc 540 tcgtaagaac aagaacaaaa tgaaagagcc aaaaactaaa cccatctttc actttttaga 600 tacgagaagt gccacgatct tttgaagatc ttcctgattt tgctttgcaa cctttgtaat 660 ctcatcaagc cggtgcatgt agagagcatt tttggcactc atctctttct taaactcatg 720 gataaccaca ctcttcttgt ttatctccaa ccacaagtcg gctaggcttc tatccgtttt 780 agaggtgttc cataaccccc aaacgaagga gatgcaagta agagagccaa agaaacacca 840 agtgagaaac gaggtatagg tttgtgagaa atctctggag gccttaccta ggcaagtgta 900 ctccacaaaa gtttgatgct ccttcccttt agctttagcc agtagttgaa gcttcttagc 960 ttgagatatg ttgataaatt tgagaaactt ccatttgcgt ttgacgctcc tctcgcatga 1020 tctcttgacc ccgatgtaat gaagcctagt tgctaaaagt ttaaaaacct tgaaccatgt 1080 cgattgtgga tcgtcattag gtgtgtaatc atcatcgtca ttattgctgg atccatcatc 1140 actctttttc ccatcgccgg atccatcatt gctctttttc tcaccggatc catcatcatc 1200 actctttttt tcaccagatc catcattaga actccttaca attttataat actaaatttt 1260 gaataaatta aagtttaaat tttttgttga atccttatat tttttattgt tcaatggtgg 1320 Page 164 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aattcttaag tggatttctt taaaaaaata aatatataat attataatat atttcaccaa 1380 acataataat tattagaaat attaaaattc taaacataca taatataaaa acaataaaaa 1440 actataaaaa tgaaaaactt gaaccacgat aagtgttaaa cttgattcgt gcaaaatttg 1500 tgtcatatat attcaaccaa atcagctctt tattgttcac gcttagtcta atcacgaaat 1560 caagttgagt aatccttaaa agaaaaaaaa aaagtttgat aattttgaag tttagatttt 1620 ttgttgagta cttataattt ttattatcga atggtggagt aagtgaattt tttttgggaa 1680 aagtgagtgt ataatgaaaa gacagatacg tagtgttaaa taatttattt ctttgactgt 1740 atcaacagtc cgttgtagtc tagctggtca ggatactcgg ctctcacccg agagacccgg 1800 gttcgagtcc cggcaacgga gtttgttttt acctccttct ttttttaatg ggccgatttt 1860 tgtcttaatt caagctctaa tcaaaggccc atttgaaatt ttcttctcgg tccctccaac 1920 ggaaacagaa ggttttccac tgtaaaagat gaaaagagtg tagagagact cgaaatcaat 1980 cggaatcagg aagacaaaaa 2000 <210> 151 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 151 gcttaagtct cctttttcta taattgttgt atacaaattt agtattaatt gtcacagttt 60 tgtgattgag gtcatctctt atggcttaca cgttgagctt cgttatatag tcgagccatt 120 ttgtaaagaa aatttgagaa atataaattt gtattgctac gaatcttaac ttttttgtat 180 tattcatgtt ttatgtgaaa cccatatgca attatgctat ctgtattatt tttcacccgg 240 tttcggatcg atcatttttc cgaggaaata gtggagaaaa tcaatgaaaa ggaattacac 300 ttgagatgta acaattattc cttttatttc gtaaaattta acgaattcta attatatttt 360 aattctagat cttaattact cgtgttataa taaaaagatc aaaaagagaa aggtctgaac 420 tttaaaattt tgttacttta cgaaaaatct ctaacatgtt ttggctgttg cgcagctaac 480 tcgatcggtg tgcagtgcac cgacactttt agtcctcgtg ccaaaccata ctttttattt 540 cttatttaat tgtgattcat agatttttgt tttacaaaga taacaagcta ggatgaatta 600 ttataacacg actgtgaaaa gtttaacaaa agaaagacgc atcttataag attgatgata 660 actttaaaaa ctgaatatct aaatgaatat gcatatagaa tcagtattct caaggtccga 720 gcataatctc attttatttt tatcgattgg ttaacatgaa agaaccaatt tcgaaaacac 780 attgataaaa aaaacaatta tacaacttag tttcttgacg ttggataacc tggcgaatct 840 actaacacat gtgcacgcta tgccagtcac aagtatctta taaaaagaaa aaagaaaaaa 900 gaaaacttta tgcaaattaa agcaaaagag taaataaaaa agcaaattaa aaagaagaaa 960 aagtttgatt ttttatttgc aacttgtgga tatgtatcta tatgatgaag aagacatcaa 1020 tgactggctt ccataaactt ttaaagctct ctctttcaga ttcctctcta tccatttcat 1080 taacaccaaa acctttttct tctctctaac caaacaagaa gaggactcca ttttcgcaag 1140 Page 165 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtatgcttca tttgtatcga tctttttata gttctgcaag tttgatatgt actcagaata 1200 aattgaatat tttgttttag tcttgttagt tagaactaca gtatatatta ctattagcca 1260 tttaggattt caagaagatt gcatattaat atcagatcat taatgtgaat gacatcgaag 1320 gttacttcgg ggaattgata atttgaaacg attcaacaca tttctctgcg atccaacaag 1380 ttgaatatga ataaggggat gatatgattt ttcttacata gtaaaagttg agatgatgtg 1440 aaagggtatt tttggtatct caagatacaa gcatcccata atagcgatta gcaatttttt 1500 tttttttttt tttttttgtc aaaccgatta gcaatgttaa gtaatgaatt atgatagatt 1560 tgtaatgata ataattgttt agtgctctac actctgagca aggttataat tacagacaac 1620 tagaaaagtt ggtctgagaa aagctataag atatttaaag acgcacatgg acgatggatg 1680 tctttttgtt tgtttgtttt gttcttggct agttatcaca tttgacattt ctgataatct 1740 acttttgaat agtctaaatt tccaatttgt aataacgtgg attcgaggaa tcttaaaaca 1800 atggattaca taatagtata attataaaaa atattatcca ctcgaaaatg taggtaattt 1860 caaaataaat aaatttgtca gtccgcatgt taccatatga aagcagtaat taattcgcat 1920 tagaaatgta ctattatatt attattgaaa ttaaccaaat cgtaagcttg tttatttatt 1980 tattttccaa aaaatgatag 2000 <210> 152 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 152 agtgacatca ctagaaggtc cccagagact catttggcga cacttggata aggaaacaaa 60 gtgtcggtgg tcacagttca ttcattttta attgaaaaaa tcaaatttgt tcatttaaaa 120 aaaaaattgg aaaatccaaa tatccaaatt tgaagtgaat ttgaatctgc agattcaatg 180 tgatcttggt aaaagcaccg atacttcccc cagatgaaaa aaaaaaataa aaaaaattct 240 aggattaaga aaagaagaag aatcgaatta gtagtaatgt cctctcattt tatagctctg 300 ttacatattt atttagtttt aatcattcta aacaaaatta gtcctttgtt actgaaacga 360 gaaacataat agttccgcaa caaataatag tggagccttt agcttttaat tagatatcta 420 gtttacctct atgaaaatta gttaagaata tgaaagataa cataatttca gatttttctt 480 aattttgcag ggacatatta gtatacctat ttaccttctt agtttatgtg aaaaatatca 540 aaacaacgtt tatgttaaaa cataggaaaa gttcaaaatg tactctaaac taaattcaat 600 atttaacttc aacccacaaa cagataaagt atagggaaca ctcaagagtg aagagtggtg 660 aacgtgtttt attacatcac atggatcaag attcattcaa tatttgagaa gactttacga 720 tacgaatcta ctgacaatta ctacaataag taaaatagtt ggatatataa ataactacag 780 aacaaaaagt aattgaatat gtacaaatgg aattatatct tgaactaaat aatcgaaatg 840 tacttgaaaa aataagaatc caccttgagt tcatcgaaaa gaaagattcc ataacctaaa 900 Page 166 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aggagcggtt tatccgttgt attaaaaatt taacaataac aaatgtttca ggtaattgca 960 aatcgaccca tgaatatatt ttgactttag ctattccacc ccataaatat tatttgttat 1020 agccgccccc tttgtgtgta ttattaacaa aagaagcata agtttttttt gtaagattct 1080 ttttagtcat aggggccact gatgccactc aatgagacca aaatccaaaa cttagtgatt 1140 ggttttttgt ttgacaaaaa aatgtgaatt gtttagttaa ccaaaatact cttctaaatg 1200 aggtaaacta tctaacaagc catccacatt aatatctcca acctaaactt atttattttc 1260 tcatagcact gtgtaggact ctaactagca tgatctatgg tcactcaccc gtccttcgaa 1320 atagtaacaa agttgggttt tagatttctt accgaaatta aatttccagt agaacgtcta 1380 gcatacattt gagtaatttc aatgaaactc cacaaattaa tttttatcag tttggaaaat 1440 atatgttttg gcaacagtcc atatgaaagt tcatacatta aaaaaaaaaa acgtagaaaa 1500 actttgttat tttttctcaa attcaaactt acactaattt agctgtcgca tcaattaagt 1560 atgatttttt tttctgttta aagcttataa tgtgtctgca atttgataaa taataaaaaa 1620 aattacataa gtttcttata ataagtctac gcttttcaat tttcattgaa tatagattct 1680 taatcacgac tgaacggaac atacaattat tgtagtctta taataatatt gttggtttct 1740 caaagtgaaa atgaataaag cttaatgata tatgatctgt cacgtactta aacatataga 1800 aacagtagca aattcaccaa cttgccttta atttactata accttcaaat taagcttctt 1860 ttattttatg aaaaataaat aaagaaaact ccatttccct ttatttaagg aggctgcatt 1920 gcttgctcac tgactcaact caagagtggt gtagtgagag aagaaagata gagaaaaaaa 1980 atgggaggca aaggtgtgat 2000 <210> 153 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 153 ggctgctggt ctgaaacgtg atcctatcgt catcctcagg atggacggtg aggatctctc 60 ggagtttgtc cacggccctg gatatgaaat cgagagcatt tctgttttct cagagctctc 120 cagtagcaag gacgcatcgc tccgtgattg tatcgtcaaa gctctccagt ctctttctgt 180 tgatcatgga atgcctcctt ccaacgaccc atgggtacct atttatttta tttttatata 240 tttctgttaa gctatggatt ttcctaattt aacttcaaat ctaaatttat atgattgata 300 aaataaagca tataatatta agaaccgttt gtttttgtat ttttaccaaa accgtaaaaa 360 tacttttcgg gtgttttttt tttgttgtac aaaatatcag aacgatactt acatggtggg 420 agtacatatg atacgtaata tgtatccaag ttcgtatttg atgttatata tgttgctaga 480 gacaactgag ttttgcctaa aaagcaaagt ccttgtaaca ggtgatgagc aacatcgtag 540 aaccaattgt tgactcttgt cttgatgaag aagataaaag agagaaaagc gcgtctcagg 600 agagattctt ggaagcattc aagagagtcg tggagagtgt ggctcagcgt ctcaatgaac 660 agcccgtgat cgttgctcac agcgaaaaca cctttgatgg gagcggtatc aggaggctct 720 Page 167 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtccaataa attcgaattc gataaggtaa actaccatac atatatatgt tatctagctt 780 ttatgctaaa ggaaaacttt ttaaatgatg gtaacgagtg atgatgatcc ggaacggttt 840 ggtcgcaggc actaaacgtt gccatggaga cgattccaaa agaccgtcag ggtaaggtgt 900 ctaaaggata tctacgagct gtgcttgaca ctgttgcacc atcggccact ttaccaccaa 960 taggcgctgt gtcccaggta aataatgccc cgtctaaatt attttgtctt ttaaattgtt 1020 tattttgcct ttgaatttac atgttacaat tatttgttaa acaaatgaaa ccagaattag 1080 tgttttaatc aaaaattatt agtgaatttt tatttttatt ttttgaacgg cattgattag 1140 ttaagtttgt ttttgtttat aagatggata atatgataat ggaagcgttg aagatggtga 1200 atggagatga tggaaatgtg gtgaaggaag aagagtttaa gaaaacaatg gcagagatat 1260 tggggagtat aatgttgcag ctcgagggta gtcccatatc ggtttcctct aactcggtgg 1320 ttcacgagcc gctcacctcg gctacctttc tgccgtcaac ttcgactgat acagaggagc 1380 cttcaaacta atcatagaag ggaataagca gcactagcag caacaaatgt tatatggttt 1440 tgacttttga gtgtttaccc ccaaaagttt tagattaatg aggaaaaccg tctttacttt 1500 cagatgtata aaattgaaag tttggggttt cctcttgttg gtgtggtgat tctactcatg 1560 cctttttttt tttttttcta atgaccatgg gatgcaatgt ttactctgtt ttttaatttc 1620 gttaaaattt gtttacgttt atgatgcttg aatggctatg atgaaacatt tgagttatct 1680 ttaaaagtgt gaaataaata ttctgaagtt aattgaagaa tttgaaaatt tgattacaag 1740 agcttggcta aaactacaag gagaccagat tagtacaaaa acttagctaa atttaattaa 1800 ttacggtcat tagcacaaaa aaataatttg tttttattat attattattg gtaagtggaa 1860 acacaaaaga ggaccaaaag gtccaaaaac gaataaactg tatctctcat tcgccggagt 1920 ttccagccgt ttctttccga ttctcggatt tttcctggga atcaaacgca tcgccgagaa 1980 tcggaagaga gggataaggt 2000 <210> 154 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 154 acaattattc gcttccatct attctggtgg ttgctaactt ggcatgacgt ttttttttct 60 ccttattcac ccttatccat tttttttttt ttttgctatg aatgttaata tcatatgata 120 tgaacagttt ggtttttaca tggacctcaa cctaataaaa gctaaaaaca agaaatcaat 180 agatttcaga gttgggaaag tgtcaatctt cagtgcacca aagactcata agcaccgtga 240 accgcttgtt tgatctttct ggcattgatt aaaattcttg atctatcttt ctggcattga 300 ttaaaattct tgatctctct atcaattttt ttgaagataa ttgatggcca aatgagaatc 360 tggttgggta ggacgtttta acgctgcttc catatagcat aaatcacaaa ttgggcaaca 420 agcttcctct gagtgcgtgg ggacctgttt gttcttcctt cttgtccaag aaacaacgca 480 Page 168 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaccaagaaa tcgatcgatt gcatcgcaac aacttgaaat ggtagctcat aatcatgtgt 540 tgcattaaag aacgcttaaa aatattgttt atctaaagtt acaccgccta gattaaaaga 600 tcctatataa attaatggct tttttttttg tacaaatgta aatttcatca aaaagaaaat 660 gagaaagtat gtaatagtta taaattagct taaccagtaa aacattactc accagaaaaa 720 caaaaactag aaaccaggaa aaacttagga aaatcataga gttaagcaaa gttaatcaac 780 gtcattaagt tattatatat aactacattc tatataatct ctgtttcgtc attgtacatt 840 ttggtgactg gaagtttttg tcacgtggta aacaagaacg tattcgccaa cctaaagact 900 caatcctctt tgtctacaaa ttaaatacat tatcacgaaa aaagctttat gtattataac 960 caaactactt tattctctca aaactattgc attggtgtgc aaatacgttt tctcgagatg 1020 atatcatcaa tcttaatatc aacttcaact tttaaagtaa agcaaacgta aattaacacg 1080 gtcgttctag ctttgtagca tcgaaatagt tttaaatgtc aaaaaaatga gcgaaataat 1140 ttattcttaa ttatctttgc cagattttta aaaaccttta agcatatata attcaactaa 1200 aagaatttta actatttgtg actatctaga cttgaagcaa aaagtcaaaa atgagtagac 1260 ataactcaat tcctgctgtt gatccataac tcaacaaata tgtgtttaac aatttttttt 1320 tttggtcaaa caattctttc agtcgtaagc tagaatatta caagatagat gagattaaag 1380 aaatagtccc aaatagcaag caacaaaact aaaacattaa cacaaacaaa ttctaaaata 1440 gagacacaaa cttaacaaag cttgatacaa tgaaacctca atgaattaat actcgatata 1500 ctaatacctt aaaatatttt ttctagttct aaattaataa tttaacctaa aaatatcact 1560 tctataaatt aataattacg ataatttaat gaaatttagt aaaccattaa tctcaatatt 1620 cttaatttat agaggtttta ctaaattgta gaaacaacta attcgagtac atccctgaat 1680 taataaattt tagaaatgtg aattaacgaa tacttttgtt cttgtgaatg gttaaaaaaa 1740 gttacttatc aagacaagta tgaagtatca cgtgattaaa cgtttaatga caccaaccta 1800 atgacaattt gtttgattta tttgtcacct aactagagac tctctcacag tcaacgcagc 1860 ttatgtgtca tagtaagact ttttgtctac tatagtagaa agacgaattt ataacccctt 1920 taggtttttt ctaacacacg cctctaatct ccgcgcacac acacacaccc tcacgaagaa 1980 gaagaagacg aagaagaatc 2000 <210> 155 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 155 ataacgtcaa tcccgttgct ttcacaagag tttacaaagt cattgtcgta cagcgcttca 60 ttggtaatga tgttcaataa ccttcctttg ctaaacgatt ttgacatgaa tttcattctc 120 tcttgataaa ggtgacttcc taactttgga taaaactcta aaagtttgaa tgcaacaggg 180 tgattagttt tacacttgtg gccagtagaa taaaactttc ttaagcattt tttacatctt 240 attgaaaacg aaccatttat caccattctc cgaaactgac aaaaatctct gacatgaagc 300 Page 169 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cccatcaagc catgtggggt ttttcccacg tacgtacacc caaagttcac atgcatgcaa 360 tgctaaaaaa ataagatgcc tctagattgc ttcaagacca tcctcacgtt aaccatatca 420 atatcttctc agtctctata taaaccagac tgcctctctt tctgcctcat aacttcaaca 480 aaagctctta tctataaaac attctaaaga aaaatgaaga tgataatcca aattttcttc 540 atcatctccc tcatttcaac catctctttt gcctctgttc aagacttttg tgtagctgac 600 ccaaagggtc ctcaaagccc atcaggttac tcttgcaaga accctgacca agtcaccgaa 660 aatgactttg catttaccgg cctcggcaca gctggaaaca cttccaacat cattaaagcc 720 gcagtgactc cagcctttgc tcctgcttac gcaggcatca atggccttgg cgtatctctg 780 gctcgtcttg acttagccgg tggtggtgtc atccctctcc acactcatcc tggtgcttct 840 gaggtccttg tagtcattca aggcaccatt tgcgccggat ttatctcctc cgccaacaaa 900 gtttacttga agactctcaa cagaggagat tctatggtgt ttcctcaagg acttcttcat 960 tttcagctaa actctgggaa aggccctgcc ttggcctttg tcgcattcgg aagctcctcc 1020 ccagggctcc aaattctacc atttgctctg tttgcaaacg atttgccttc agaacttgtt 1080 gaagccacaa cgttccttag cgatgcagaa gttaagaagc ttaagggtgt gcttggggga 1140 actaattaag cttctcttag tttcattgtt cattttttta aaaatgtggt tgtgcgtttt 1200 gttatttcga gttcctttag cattttgagt ttgtttcttc taatgatttg gtttttcttt 1260 atgagttgtt attgttctca atgtttcatt ttatagtctc tttggcttca aattgtaata 1320 actaataagc attatattgc agatttctaa gtagcttgtc aactatatct cgacatttgc 1380 actaataagc aactatttag ccgatgttca aaaaaattta aaataaataa tgttttggcc 1440 tttgggcctt ttgggccaat taattaaaac tcggttttgg tcaccattat ataagaaggc 1500 tattttctag cgaagtatta tcttctgctc tgattcttca tctctctcac agaaaaaagt 1560 aaaaaaaaac ctagatcgct cttcacatct cttcgaacga ttctctcttt caaggtacct 1620 gtttctctta ttgttatttc tatttgattt cgcgtctgat ctctcgttta ggtctgtatg 1680 atgtccttgg atgattgaat cgggaaatta ttgattccgt ttcatctatg cttttctcga 1740 ttctttgatt tatgagttat ctcgatttta tgattttagg aatactaaga tctctcaatt 1800 cgtagttcgt caggttttta tgtttgtagt gatctttgtt ttgataagaa gtaatatcgt 1860 caatttcttg tttgtttgtg caattctcat ataagattag ggttctagat cagttctctg 1920 gtttgttttg atttcttatc acagtttcta gtttggttat ttttgctgat cgattactac 1980 ttgctctctt ccttcgcaga 2000 <210> 156 <211> 1217 <212> DNA <213> Arabidopsis thaliana <400> 156 caactatttt tatgtatgca agagtcagca tatgtataat tgattcagaa tcgttttgac 60 Page 170 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagttcggat gtagtagtag ccattattta atgtacatac taatcgtgaa tagtgatatg 120 atgaaacatt gtatcttatt gtataaatat ccataaacac atcatgaaag acactttctt 180 tcacggtctg aattaattat gatacaattc taatagaaaa cgaattaaat tacgttgaat 240 tgtatgaaat ctaattgaac aagccaacca cgacgacgac taacgttgcc tggattgact 300 cggtttaagt taaccactaa aaaaacggag ctgtcatgta acacgcggat cgagcaggtc 360 acagtcatga agccatcaaa gcaaaagaac taatccaagg gctgagatga ttaattagtt 420 taaaaattag ttaacacgag ggaaaaggct gtctgacagc caggtcacgt tatctttacc 480 tgtggtcgaa atgattcgtg tctgtcgatt ttaattattt ttttgaaagg ccgaaaataa 540 agttgtaaga gataaacccg cctatataaa ttcatatatt ttcctctccg ctttgaattg 600 tctcgttgtc ctcctcactt tcatcagccg ttttgaatct ccggcgactt gacagagaag 660 aacaaggaag aagactaaga gagaaagtaa gagataatcc aggagattca ttctccgttt 720 tgaatcttcc tcaatctcat cttcttccgc tctttctttc caaggtaata ggaactttct 780 ggatctactt tatttgctgg atctcgatct tgttttctca atttccttga gatctggaat 840 tcgtttaatt tggatctgtg aacctccact aaatcttttg gttttactag aatcgatcta 900 agttgaccga tcagttagct cgattatagc taccagaatt tggcttgacc ttgatggaga 960 gatccatgtt catgttacct gggaaatgat ttgtatatgt gaattgaaat ctgaactgtt 1020 gaagttagat tgaatctgaa cactgtcaat gttagattga atctgaacac tgtttaagtt 1080 agatgaagtt tgtgtataga ttcttcgaaa ctttaggatt tgtagtgtcg tacgttgaac 1140 agaaagctat ttctgattca atcagggttt atttgactgt attgaactct ttttgtgtgt 1200 ttgcagctca taaaaaa 1217 <210> 157 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 157 gtcacctatt gcggttgggt cgatcaatag gtccctagga accaatagta agtaaaaagc 60 aaagtggtaa acatacaaaa gcgagattat tctcaagtct catttcaatg tcaaaactct 120 ctcttgtgtg ctaagtaaac agaacctgtg tgaaagtaaa acacctctga actcattttc 180 actatctcac aaacctgcat tatcgatcca attctcccat cttatatctt cttacatatt 240 aaggatcaga gaaggtgatc aaacctgata attatgtaga tgtagctgaa gctaagatat 300 aaggctcagg aaccacaaaa acatatcact gaatatttca aattagcttc agcattttat 360 gagtcaaaat actaagaaac aatgcaaatt ctctcatgaa aaggctctca cattgctttt 420 gcattctccg caattatgat ccaaacctta accaaaaaca actaccctat aagagtataa 480 gaccatgtct gcagaaatca gtagtaacac aagaatttca tgagatatta aagaagaaga 540 aaagtaggcc acacaataga attgaggaat caagaaaaca gatacataca cttgggaagg 600 accagcacag cagacgtctg ttactactaa ctaactcaga cttgtcattg aactatatta 660 Page 171 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatacggctc acttgttttg ctgcagtaac tggcttatct tcttttctgg cttgcgttaa 720 taacatgagt agagagaaaa cacgacttcc gtcgagtaga ttcctatcaa acaacaccgg 780 ttctcgaatc tttcgacaag ccaagcaaaa gtaggtgggc atgaaaattt gttccccatg 840 aaacagagga cattcgttgt tacctattct aataaccgat tcaaaattcc gaatcgcaga 900 cttaataaat gtggacaatt aaccaaaccg tgcattgcta ggtctaaacc gcattggttt 960 atgacccacc aatcaaggag cgatgggtga gaaacctaat aacactgctg ctgtgacttt 1020 atcatatcct tagtccaatt gggatcttcg tctgcgtgag acgcgttcac acctgcgaca 1080 gatgaaatca cggaaatacc actgcccaac gtgttcgcaa taaaagtcct ctgatgccta 1140 atttcgtcaa tttactgaag aaaattcaac atcaacgccc tttttgataa tttccccaaa 1200 gttagtgggc cctccacacg aagcatgtat cctccaattg catattgcca attatttcct 1260 aataatattg aaggattatt cttttcccat ctatatacca ccaaccctaa gatccgaacg 1320 tccattttaa agccgtgcgt ttaatcatga tcgtcaatta tattggcaaa tttgaccaca 1380 cgatatccgt catctaacgg catctacaga tctaccagaa cgttctcatt catgactcta 1440 tatatttcgc atttcttctc ctcaacgctc tcataaaaag tagtactcgt gtcttactcg 1500 tgccagccac tcgcatttct ccagatttta ttatccttcc tcgaaacaag gtatgacgga 1560 aactctctct ctccctctct gatccgtcgt tgctgcttcc attttcatct tgactcgatc 1620 ggatcattgt tatgcttggc ttgatctgtg cttaatgatg tgtttttcgt agtagatcca 1680 cgattcgttg ctgcgatcgg cgttattatc gtcagctctc tcgtttctgt tctgtggttc 1740 gatattgctg agtttctagg ctaatcttac gaatctgtga aagtttttga gagatttggc 1800 ttctgtagct cactcctgct tgatttaggt tttttttttt tccactcgta tgaagctgtt 1860 ttagaggctg ttgttgttta tgattctcag cttgttatgt atagttggat ttcgtgagtt 1920 ttggatttga tctgtgcgtt tatttagtag tgaggctcat gtatatatat ctgtgtattt 1980 gttccagagc ttagctaaga 2000 <210> 158 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 158 gaaatatctc gcctggaaaa gagagaaagg attagaacgt agaccctaac tgtttaatgc 60 ctgatactaa ataaaaggag gttcacatgt tttctcttgt tcccttcctc ctaatctttc 120 caaagaccat gcagattatc ctaaatacta gtaatttcat attcgcaaaa gcacagcaca 180 atttttcaaa tggcaagctc acctcatcct cactaaatct tccagcactg catatacgct 240 cgaatagttc accaccagca gcatattcca tggcaatggc aagatgggtt ggagtcaaca 300 ccacctataa aatccataaa cccaacaagg aatgcaagat gaaagatata agagattatc 360 aacaaacttt ttcatagcaa gaacaccacc catgtcaagc aacaagaaat tcactaacct 420 Page 172 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccttgaaccg gattatattc ggatggcgaa gtgatctgtg attaatgatc tctcttgcca 480 cattctcatc aatctgtatc aaaaaaaaca aacaaagcaa atactcattg tacaaatctt 540 ttcaggaaaa atattacaac tacaagataa ctaacgttac gttaaacacc caatcagcta 600 acgataagaa atttacaaaa aaaaatcgac tcttctgctt aatagcaatt cattccaatt 660 atgcatatct gggtatagga tcaccagctc atggagagca atgaaaacac aaaaacagag 720 aggaatatac cttaggacca cgctcgatgt acttcatggc aacaagttcc ttagagtttt 780 tgaccttcat gagcctggca actccaaaat tcccagcacc tatgtctttc accagctcgt 840 acttgtccat tctcgctcga caaccctaat tccaaacaca caaaacagaa aggaaaaacc 900 caaacaaaaa aaaaatctcc aaaattctcg ttgaaattca agtccagttc tagcagctaa 960 gaatttcacg tgaaaatgaa acaagattaa aaaaaaaaaa aacagtatcc caaaatcaag 1020 gatgcgattc cgagatctcg cgattcgcaa agaaagtggg aaaaaaaaag ggaaagagat 1080 gacgatggaa ggttaatttg agatttggat tggagagatt tcaagcctaa gcgaagaatc 1140 aactttcttt ttcttttttt tttcttgttg gaatttttct tttttctttt ttggggtgaa 1200 attaatagag aaataatgat gagaatgaag aagaatctcc cctgcctaaa caaactccca 1260 tcatgttttt ttttccattt atttaattaa tacgagattt tttaaaagaa agagggaccc 1320 acaagtttcc atgcgatcca tacatgtttg tttcccttgc tgattcgagt gtataactac 1380 gttttttttt gtcaccaacg cgcttttttt ctccctaatt caacacttca actatacact 1440 atttacacga cacgagtggt cagcagcaag caaattcgcc ttagattctt ttggttctat 1500 atagagagag tcattgtcca taaatcacat ttttctctat gaagattgtc actcaaacgt 1560 aaccttttaa tgaatttatg tcatgatttt catctacttt taacattttt caacatatat 1620 acaaaaaaag aagaagttat gttcccatgt gtgagtgtat attttaattg aaatgacata 1680 gttcgtgcgc gtatatgaaa acattaatag accttatatg ggccgctaaa ctaatataca 1740 cttgttagaa cgaaaggccc aatcaattaa tagagcaaac attaaaagac cttatatggg 1800 ttttaaactt aatatacgtt tcttagtact acaagcccaa ttaattaata gagcaaaaaa 1860 gaagttgtaa gccttatcgt tgtttttgta ttacccaaaa tctctacaaa gtgaaaacac 1920 tgagctgagg atctcgctct ctctcgattg gtatctctcg ctccgtcctt cctcagatct 1980 gatcgtccgc cggttttcac 2000 <210> 159 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 159 attgaaatct aagcatttgc atgatatata gttacgtgtc acttacatac atgtcttgta 60 ttgtttagtt tcactgctga gagtgagttt ctctatgtac tgtaatgaac ttggccgatc 120 gtgttttact agtttttctc ttgaaagaaa aattcgtatt actggtactt ggactaaaat 180 ttggtctcca caccactctc ctctaatcat tttacaaaca attctatatt tgagagagga 240 Page 173 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tattattgaa catgatacaa attaaataat attttatgag tacgtatttg catcttgtga 300 gaaagaatta agtgttttct aagggaaata ttaacaatgg gtaagtgaaa gtaacagaat 360 gttttaccta taaggatgta taataatata aagagagagg aaaagaaaaa gccaaataga 420 caaagaagat ataattatga ttggtaggtt atctacatgc tgaccaaagt cacattttta 480 ccggtggtgc gtctttgtgt tggcgtgatt gataatttaa cccggccacc acttgcatct 540 gctccttaat ttatttgtaa ttgtatggaa gcatcatcaa atcaactcca taaatataag 600 atactttata agctttcgtc catattaaaa taaacaattt ttttttttta taacttcttt 660 cttattgata ttagcttaaa agatcgtata aacaaactta tatacgatca aacaaactaa 720 aaaagagagt tctttatcaa aaacaaacaa actaaaaaga gacgataaat gaaagagata 780 acaatagtat gtaattgtcc ttacataaaa aaaaaatatg agccacgcca aatctaaaac 840 gatttcgtta aacatatata gttctcgata tttatcaaca aagacgatgt aattcgtaat 900 ctatatacgt acatcttctt aactttttta aaaatataaa aaggtgcttc agattcaagg 960 gactgaaact agtgaggttt cttaaaagca gatatataca ctgaccacgt tcaggttaat 1020 agttagtaga tttttaggtg gatagtaata tattgatgga caatatttaa atacagacta 1080 taaaatttaa gagacttgaa gtgttcctaa gagtaaattt aattatacat tttaatcatg 1140 gcctgaaaaa ctaaacaagg aggggtagaa taattaatca tctcagcagc tttccatctg 1200 gacacaccat tcagctaaac gacattgttt aatctctaac caaactgggc tagaccgaac 1260 tgggtacaaa gatgggttaa actgggctag gcccaaatta atcagaacat aaatttcgaa 1320 cggagcgacc catttccaaa ataaaaaaat gttttttata tatatatata tatatatata 1380 tttttttttt ttttaaatcg ttgcatgcag gttggtggcg atattttttg gttttgtcac 1440 caggtggtgg tgaaataaac gacgatcatt gaatattttt ggtgtcttgt atatgtttgt 1500 gtcattgtgt gtattttttt ttggtgtgtt gtaacgacga tcattgattg tatatgtttg 1560 tcagaaatta aggttttttt aatcaatcaa tgccatgtga aattgagaaa ccttgaagaa 1620 aattggatta cataaaacta gatactatag agaagaggca catatcagat tggtggatta 1680 taagtttgtg aaaataaaat catgattgaa cagatataat tcacttgata caaaaaaaag 1740 caaagaatgg atattcacaa aaaaaaaaag ttggataatt aagaaaatag aatataaaat 1800 aaaaataaaa atcaaacagc catcagttct gacgaaaaga gcccaccacg gatctgtcag 1860 atttatttcc ttcttacata taaaaaaaat ctgaatcggc tcaggctcgt gtagcctcac 1920 caactccgct tataaacttt ctctcttctg aaaacagatc tctctacttt gcttcttcac 1980 tcgacttgta tctatcatcc atgg 2004 <210> 160 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 160 Page 174 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtacagaat catctccaaa gatctcggtc aaagcaggca tatgccaaac gtgaataccc 60 cctgaagcca caggcagaac accaggtagt gagacccaat cttgagtgaa aaagataccg 120 cggcttcgat ctttttcaac ataatcatcg cgcagtaaat caacaaagcc caaagttgac 180 tccctgtctc cttcaagttt acctactact gtacccgcgt gaatatgatc tccaccagat 240 agacgtaaag ctttagctag tacacggaag tgcataccat gattcttctg tctatcaata 300 acagcgtgca ttgcacggtg gatgtgaaga agtaggccat tatctcggca ataatgagac 360 aaactagtat ttgcggtgaa tccccctgtt aagtagtcat gcattacgat aggaactccc 420 aattctctgg caaatacagc tcttttgatc atttcttcgc atgtacccgc agtagcattc 480 aaataatgcc ctttgatttc acctgtttca gcctgtgatt tataaatagc ttcggcacaa 540 aataagaaac ggtctctcca acgcataaat ggttgggagt tcacattctc atcatctttg 600 gtaaaatcaa gtccaccacg tagacattca taaactgctc taccatagtt tttcgcggat 660 aaccccaatt ttggtttaat agtacatcct aataggggac gtccatactt gttcaattta 720 tctctttcaa cttggatacc atgaggtggt ccttggaaag ttttagtata agcaggaggg 780 attcgcagat cctctagacg tagagcagcc agggctttga acccaaatac attacccaca 840 atcgaggtaa acatgttagt aaccgaacct tcttcaaaaa ggtctaaggg ataagctaca 900 tacgcaataa attgagtttc ttctcctgga acgggctcga tgtggtagca tcgtcctttg 960 taacgatcaa ggctggtaag cccatcggtc cacacagttg tccatgtacc agtagaagat 1020 tcagcagcta ccgcagcccc tgcttcttca ggtggaactc caggttgagg agttactcgg 1080 aatgctgcca agatatcagt atccttggtt tcatattcag gagtatagta agtcaattta 1140 tactctttaa caccagcttt gaacccaaca cttgctttag tctctgtttg tggtgacata 1200 agtccctccc tacaagtcat gaatttagaa ttcttgcaat aaaacaaaac aacaaggtct 1260 actcgacata aattaggaat agatttaatt aacctttttc acaggaatct ttcacaaaat 1320 tatcaactaa tcagaattat tctttattag accatgatat ttgattcgcc aaatacatca 1380 ttattgtata ttctttcata tgtatagcgc aacctaatac ttctttttca agttttgaat 1440 ctttgacttt ttataaatcc aaatatttaa tattaaaatt aaaatattaa taaaatcact 1500 cttgacagta atatctgttg tatatgtaaa tcctagatat gacaatatgc ggaattcatc 1560 catgaaaatg aaaaacaagg gggggttgct aaagggatga ataaatggga cgcataaccg 1620 gatatgctaa aatgaaaata cgaaaaaaaa ggctaatgag atcgaaataa tgaatcataa 1680 ctaaagttcc gtttcgaatt cgctagataa aacaaaggct tgcctattcc tattatgata 1740 aaaaaataaa agactttccg caaaaaattt ttttattcat atatttttta ttttaaaact 1800 aggtttcagt tagttgagct tgaaaatgac tattccttca ttgaatgaat aaaaaattga 1860 attccacatc cgcttgggtg ggaccaacga aatcgagtgc ttactcccac tttttattga 1920 attaaccgat taatttgcta tcgaagattt tttctgtatt cgaaaaaatt cgtaacaaaa 1980 tttaacatat tttttttatt atga 2004 Page 175 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 161 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 161 agtaatccaa ctctcgtctt cactacgcgc cagctggcac caaaactccc cgtcgctatc 60 tccgtcgttc tcaccgacga cgaagtttac caggagctca ctagcgcaat cagagtcgtt 120 gggattttaa gcgagatggt gaagaaagaa ccgagtgggc aacgagtcag ggaccgagtc 180 aaccaggacg acacggcgat gatgctttac tcgtcgggaa ccacgggacc gagcaaagga 240 gtgatctcgt ctcaccggaa tttaacagct cacgtggcta gattcatatc ggataatttg 300 aaacgagacg atattttcat ctgtaccgtc ccgatgttcc acacctacgg tttattgacc 360 ttcgctatgg gcaccgtagc attgggttca acggtggtga tcctccggag atttcagctc 420 cacgatatga tggatgcggt ggagaagcac cgagccacag ctctggcttt ggcgccacct 480 gttttggtag ctatgattaa cgacgcagat ctgatcaagg ctaagtacga tctgagctca 540 ctgaaaacgg tgaggtgtgg tggagcgccg ttgagcaagg aggtgacgga agggtttcta 600 gagaaatatc cgacggttga tatactgcag gggtatgctt tgacggaatc caacggcgga 660 ggggctttca cgaattcagc ggaggagagc cggagatatg gcacggcggg gacgttgacg 720 tctgatgtgg aggcgaggat cgtggatccg aatacgggtc ggttcatggg aattaaccaa 780 acgggagagc tctggctcaa gggcccttct atttctaaag gtaaaatcac tagatagttt 840 ttgctttgct tgcgatagaa gtaataactt gatcattttt ttggtcaaag gcaaaaactt 900 aaccatttca aatcaatgta taagataaag ataaattaaa ttgttattga gatcaagttt 960 ataacttttt gtgaaacaaa tatagcaaga actcgtattt gatttccaag ttttttctag 1020 tgatggattt tgcatatggt ttttggacta gtgtgaataa gtgaattttc atttttgtac 1080 gagttcaaaa agttaggtag ctccatataa tggaaaatga cgacgtgaaa gatcccgatt 1140 tgtttgtgta tataccttgt tacgtaagct ttattaattg acaaacgtaa aatgaaggtt 1200 attttaaaaa ccaagaagct acaaatgaaa ccattaattt agagggatgg ctaaaaactg 1260 gagatctttg ctacatcgat gaagatgggt ttctttttgt tgtggatcga ttgaaagaac 1320 tgataaaata caaaggctat caggttcata aacatctatc ttcattcttt cacaaacagt 1380 gaaattttaa aattataaag atctaacgat aagtaattga taaacaggtg cctccagctg 1440 aactagaagc tcttctgatt actcatccgg acattctcga tgccgccgtt attccgtaaa 1500 atatttcata actttttttt ttcctccaat ttaaacgcca tgatttttgc cttataaacg 1560 taaaacacaa catgttcatg tatgtatgct tttgtgtacg tactgcaaag ttttccggac 1620 aaagaagcag gacaatatcc aatggcttac gtggttcgaa aacacgagag caatctctct 1680 gagaaacaag tcattgactt catctctaag caggtgtgct tttaaaatca caaaacaaca 1740 ccttctcttc tttaccttgt tataatgttt ttaggtggta aattagtttt atgatagttg 1800 gtttcaaaag attactaaaa ttttgagcag gtagcaccat ataagaagat aagaaaggtc 1860 Page 176 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcatttataa actccatacc aaaaactgca tccggtaaga cgcttcgcaa ggatctaatc 1920 aaattggcta cttctaaact ttgaaaggat cttatttgct agattctcac ttttacttgt 1980 agttgaaata actgggatgt atgt 2004 <210> 162 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 162 gcatcatcga aatctacaaa accaaaggcc aaaactcaaa acccggaact gatccctatc 60 aaaatccacc aacacagttc attctaatca gcgtaaatcc tcgatgcctt ctcttaaacg 120 cactatctct tgaccatggg cataggaaat caacaacaaa ccctaaaaat gaaacaataa 180 atcatcatca tcagcaaacg gaaatctatc aattcgatta acagtgaaca cgaaatcgga 240 cacccgatca gaaaaaaacg aatcgagcat cagaaaagag cgaagaacaa cgaaattagc 300 gttatacaaa agaagcagca catgaaccat agaagagaaa aagagagaga gaaaatggtg 360 aaacctggac aagagttcca ttgagacaga gagagagaaa gagaaagaga ggctgagaaa 420 aaccctgtgc atcgggttct gtttttttat ttttatttga caaaagtact gctttttaat 480 acaaaaatat tctcttgatt tattaacatt tgtcgaatct ttagttgatt aaattctaat 540 tatagattct ctcttctttc tgtcgctgtt aatctcccat tgtaattcag aatctatggg 600 aggggaactc aaactaatga ctacaaatca tatggaggag acaaaaagac ttggaattat 660 ttttaggaat cattcaactt ataagtgttc tcattttttt gttgtccctt tagaaattag 720 attttaaata agttgcgtca actatacaaa aacatttctt atttttattc tatctatatt 780 gcatcactaa catttttttc ctttctattt ctgtagttta aaagactcgg gtctttttac 840 ttctttgttt agtggttatt attacattaa gaaggaaaaa gtaaaacaaa tcatcatata 900 aataagagga cgataaggat cggtcttcag ctataaacaa gtaaagaaag ttgagattcg 960 aagactcttt ataagtcatt ggatttgtag taaataacaa attaacaaca caacaaatta 1020 acaacacata tactacaaat tcgagttaaa aaccccaata taatatatgc atcgactact 1080 aaacgcgttt caatgactgg taaacatatg taactatctc tgttacatat tgaatgaatg 1140 atgatgtaat agtagatgct aacataagct cacaattatt tgaataatta aagtcataaa 1200 taaaaatcat ctataatgcg tgtaagcttg cataaaaata cagtatataa cttttattta 1260 aaactattaa gtatcaacat caatcggaaa atgatttgct tttgaagtta ttacaactag 1320 tttattaaaa aaattgttat catcatctcg attttaataa tgctatatat acttagtctt 1380 ttatttattg ttattgtaat atgcgaaaat gacttgcaac tgagttgctt acgggcaaac 1440 ctgaccaaga tgtgggaagt tcgaaactgc aaatatgtat aattcttaat aaaaaaaaaa 1500 tatatcctac atttcttcat ttttttttta aaatactaat atttgcatac tttgttgatt 1560 gagtttctga aaaatcataa ttgagttttt aaattagttg gtttgtatgc atttgacaac 1620 Page 177 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttccaatttc ttttaaatat atcacttttc atatattctt gtagagctat aattttacaa 1680 caataattga aatgtcgacc caaaaatata catttaaagg catttcgctg ataaaaatcc 1740 agtttagatg tatttgtatt ataggggaaa acaattatat tattggttaa tatttattag 1800 tcgatattgg gtacatatgt atgttctttt acgattatgc catcaaaaaa tttattagcc 1860 attcgagaaa caaggcatct ctattttttt gcttcttcta atagacttct tcgtcactga 1920 tctcccacga cgatctccca aactcatttc tctacgttca tcgatctctc tctttctcgt 1980 ttgctctacg aaaatcagcc atgg 2004 <210> 163 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 163 ttttcaatat ttttgcatct atttgcttat tcatttaaag ttataataac aatcttgtta 60 tctgttttct tttgtttttt agttgatgat ctaaaagcaa ataccgagta taccagctac 120 acggtagggt cccctgttat tcgttggttc tgggaggttg tcaaagcttt cagcaaagaa 180 gatatggcta gatttcttca atttgtcact ggaacatcaa aggtaaaacc aatatttgca 240 gcttctgtcc aagtcgcttg agcttcattt tctgatatgt actagttttt cttctggttg 300 ttttacaagc ggtgtttctg ttttcaggtt cccttggaag gcttcaaggc actgcaaggt 360 atttctggcc ctcaaagatt acaaatccac aaagcatatg gatctccgga gcggctgcca 420 tcagctcata catggttaga cattattaca aagtcttttt tttttcagtt aaacgtggtc 480 gtaattttca ttggttctgt tgcagtttta accaactaga cctccctgag tatcaatcta 540 aggaacaagt tcaggaacgc ctgcttcttg caattcacga agccaatgaa ggttttgggt 600 ttgcttgaac aaagcttaag aagaaggaag agcttttgat taagagcaag aaatagaaaa 660 cgcaagtggc tatttttgtc tgtccatata ttatgttagt atattagtcc attgtttttt 720 ttttaggctt tctctctatt tccttagatt ttgttaaaaa tagttgcaaa ctctcaaata 780 ttagtagttg atatttgcta tccattttta taagatgaga aaattacata actgctggtc 840 attattttga atacttcctt tctgtcacgc gtattggcat attcctcaac caacatacga 900 aggccagttt gttatcacaa gtttgcaagc ccattgtctt aatatctcaa ctgtctccag 960 aagcaagtct cataacatct agaagaggtt gttgagcata ccaagtgtgt tccgaggagg 1020 ataaacatgg gagactccac tccaaactcc attaccttca ccacctgcct attcagcaaa 1080 tgaagaatca gagtgtgtgc atggcatctc tccgaaaatc ccacacaggg tcttgatctt 1140 tgtcctccac gttcatcatc attttcatcc attattgctt actcgccttg tccttgacgt 1200 tccacatttg tctccagcca acaagtattg ctggtataag ctttgatagt ttgtaaaata 1260 aacattagct aacataaata ctcttttgcc tcttatcaaa aaaaaaaaat gatgcttcac 1320 aagttaacac accttcaaat tttcttaaaa aacatctata tgcaataaca gaattcaaat 1380 tataatgcaa taatgataag aaaacatttc tcctccatca accaaaacgt gaattaacat 1440 Page 178 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctatcgaaaa taggtgcttc acaagttgac acacttgaca cacaaaatct acaagtgtga 1500 gagcgcttgt tcataacgag tttaaagaat cgcaaaacac actcatatta ataataatca 1560 atcaactttt ggaaatattc aatactcttt tgttgataca tgtagtcttc taagataaaa 1620 taaaaacgta tacactaaac agtttttttt tttttttttt ggggtcaata acagaatcta 1680 aaaattaaag ttaaaattta aacgataaaa gtatttaatt gggacgttta tcaaaatgaa 1740 acaatgcatt ggatcggctt taaaaagcaa ccaaaaaaaa aagagctgtc atgattgata 1800 ttcatcatca caaaataatg aaaattgcct tattcacgta ataacaaaaa gaaaatgatt 1860 ttataacagt cgaatcgtac ggcagatatt tgttggcccc tcctcttata tgatatcata 1920 gtcaacaaga gaacaaagcc acagagagag agagacacta aaaccctaat ctcttactca 1980 ctgtctctct tcttcaatcc atgt 2004 <210> 164 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 164 ttatttagtg caagaatctc tttatcaaca attatagagg aaaatagctt ccttgctcaa 60 ccaaatttta acaaaaatga gatacttata gagcatcgaa taaactgcaa actgtctggc 120 tcaatatgtt tttcttaatt tgtttataaa aacgaaataa tagcttctaa ccaatgaaac 180 atctaacaag ctcaacaact tttaaatttt caagtagata acactccgaa aatgtcaata 240 tagtacgtac gagtaatatg gacccttaaa atctacacca cacgatatgt tatcatgtca 300 caaatgaaat gcaacataac gtatatgagt ttggttctgt tagtaaacaa attctttgac 360 attgctacaa aagtttgagt atcaaaaaat tatatcgata gaatcctttt agccaaatta 420 tccacgtaat cattttagac gagcaatctt tattattgcc ttagtcgggg acataaacta 480 ttactcgatg atggacaaaa caactatttt taaaagtctt gattttcagt ttatatgttt 540 ccgctggccg agattttggt aattcttttt agcaacttaa tttgagattt aaagcatggt 600 tagttgtgac tgttgaacca agttttattt aagttaagtg ggcttgataa aattgaattg 660 tgtaaatgag aactttggtc ttaatggatt ggttcaattc gtggtagagc tacgagaaat 720 tgtaaagtca aatattgagc gtgagaaaat aagtcgctct gttttacatc tcagaagact 780 cgctcttatt cacttcctca acaccataaa aataagagtt gttgagagat caagtcattc 840 accactccta gatttatggt tgacatgaaa tgatttgttg aaaaaataaa ttcaaaccag 900 tagtaatctc aaacctctat ttgaatacac gtttcaagta tgtcttcttc atcgattaag 960 aacttaatcg tttacagaca atcaaatagt tttaacaata tctctttatt agaaataagt 1020 aattcaaaag tattgtatcg ttagagctgt gttttcgaat actgacaaaa tcagtttaga 1080 gaagttgtaa cctaagatca atgaatcaca taacattatc acataagatg attcaaaggg 1140 ttaaaaaaaa agagttttat caactcgact cctttcatgc tttccttaac aattatgatc 1200 Page 179 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttaatttcaa taatttttgt agtgttgaga aatttatgtt caaaataggg aatcaagtgt 1260 cgagtaagaa tgtgtcaatc agaaaatgtc aaacaaataa atcatagaag catgacaatc 1320 gaatacaaca ttatagtaaa attttgcttt ctacggtatt ttgtgttgat ctgcaacaaa 1380 acaaaatttt ttttttttca aaataaccga ttttctaaaa tagtttaaat gagtttattt 1440 tattcttacc cttattatta ttattctttt gctaatcttg gaattgcatg actaatattt 1500 tggctaggag aacagaaaaa aggttattga ccaccaattt agcttgacaa taatggtttg 1560 ttttgtaatc tctaaaatcg gttgatcaaa acaaataaac agaagaagaa aaaacgaaaa 1620 gaaaagaaag agcaaaatga taagaaaccg agttggtcgg tcttgtgggg cgggcgtgaa 1680 gagcattcga gagcgcacaa aaaaaaaaac tattacaacc aaaatattac aaatttaaat 1740 tcttaaaaaa tttcaaaata tcacaacaaa aaaaacaatt tatttattaa aaacattttg 1800 aaattacaaa aaaaaaagaa aaaaaaagaa aagaagaaga ggaagagctt tttgtgttga 1860 agagagagtt tcctatcttc tccattcctc ccaccatctc cctcatcttc atcttcctct 1920 ctctttctct ctttctcaac aatctctatt agatctttct ccattaccat tacctctggc 1980 tttctcttaa atccaccatc atga 2004 <210> 165 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 165 ctatgtagaa aatatttaca ataatgatta gaatataaag atgctccaaa cctcaatcga 60 gtaccaacat aaaattaatt aaagggaaaa tgtcaatgtc tttaattttg taattgatgt 120 ccaaagttcc tagaaaaaag atagattacg attttatgtg cgacacgttg atgactactt 180 ttatggattt ttttgttcaa ccctcgattt tgagttgaca tcatgaagat ttgatccatc 240 attcgttggc ccatatcgtt tgaaaaatca attctcaaat caatcttaaa tttcgcgtaa 300 ttattttata aaaatgggca atatatccat tgtaagattt gtctatttca cgcgtcattt 360 ttctttctac tttgttagat gtttttggtt aatgtagaaa aacgattaaa ttagagacac 420 tatcaattag aagaaacaaa agtcttttga taaaactcta ctttgatcat ccacgactgt 480 gatcgataac ttctaagcaa ccttgaaacc tgatcttttg agctttaact ttaagtagga 540 aaatgtcata gtattggatt tggtcgtctt tagtttacat tcaatctgga ataaatttgt 600 ttctctagaa aaaataaaga gccaaagaat cattatatat atttattgtt ctcatgttta 660 tatacctatt ttttcttaat agtagctctt tattatcaag agatttttaa aaacacctat 720 attgtcataa cattttcata aaatttttaa aaataaaata gaaaatcaaa acatttaccc 780 tttcaacaaa aagaaataat aatgatattt tatataaaaa aatataataa atgggtggga 840 aagagaaagc aaaagcgatc tccaagattt gatacggtgt ggtgtctaaa agagtgaaac 900 agcaaattat gtttggaaga ttaaagaaaa aaaagaagaa gagaggtaaa gtccaattcc 960 ccctttcatt aatacaaatt gttcccaaca aaatatttat gggtccctct tttagatttc 1020 Page 180 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cctgggtccc gcggatccaa attttaatgt ggacgtcaaa tccttttttt ttattattat 1080 ttgtccactt tcctcttctt cttttttttt tttttgccat ttgaaaacga tataaataaa 1140 agtgtttgga taacataaaa tttctagagt catatggatg gatatactac tagttaggcg 1200 tatactaatt ttctcgtcaa cccacaaaac ccgatcttaa tattattcta tgaattgcat 1260 ttgaaccata aattttaaat tagaaactga ccaatcacat ggaacaatat aaaattgtct 1320 tagtggttag tacttaatac aaataagacc aatccgaaga accgagccgg ttaagtttaa 1380 acacgctact atgaattgta atggtgtatg accaaaatta gcttctttaa tcttctggtt 1440 tattattctt aacagtgagt gattccattt tcagtttttt ttttccaatc acactaatga 1500 gtaatgacga gattttgact aagaagttgt atatatctca cgatggtata tttttatttt 1560 ttggattcct ttgtacggat ttcttctcct ctattattta ttcgatttta ggaatattat 1620 tttctctatg atattcgcat aggccctcca ccggattttc cataaaatct ctatttatta 1680 atactattgt tttcaaagat aaaagttcaa ttttttcaac cctaaaagca cggcacataa 1740 aaatatataa ttttcacatt aataggaacc aaagattttg ttggattttc ctcgctggag 1800 atttttcaaa ataaaaattg aaaaaaccaa aaagacacac tcataaaaga tttattttag 1860 agaacaaaaa aatcagaaat ataaaaaact gtcttaagga agagaaagga acaaaagaaa 1920 acagatgtga gctcttcttc ttcgtcttct tctctctatt ttattctcat cctctcctca 1980 cagttactat aagctcgtct atgg 2004 <210> 166 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 166 acgactcccc aaaccagtgg aggccaagtg actggttttg taagctgaag acgaatcttc 60 catttattct gaatacagaa tataacaaca aactcttttt agctaacaaa caacattttc 120 acatcatttc taagctaaaa acaagacttg tcctcaaaag agattacctt tagtaggaaa 180 attcctaaac taacacatca ttatccacaa atatgataat ttaaaagatt ctgaggagat 240 gaacaaaatt acagtttctt gagatgctcc tttgataccg agaagctggt taatgcttga 300 accaccggct ggtgccttgt caggtgtctg agatttaact gccgtcggaa attcaaacgc 360 cacagtgttt gaaaagagaa ttttgaagag agagaaaata aaaacaacta aaaaatcata 420 cctttatcag tatcagtctc cgccgcacgc acaacaaatc tccgccctac gagagatcca 480 caacaagatc agtaaaaaaa aaatcgaaga aaacattcat caatctatcc aacagaatgc 540 taactaccgg gtgattcgta gatcaacgtc gagaaaccag aacgccggcg agtgaactca 600 acggaatccg aattccgaag agagaggact ccgactcgat cgacggaggt aactctggaa 660 gagtggatgg tggagacagt gttgagaatc gaagtcatag aaccgacgga agagagaatc 720 gtctctggtg gtagttaagc cggagactgg agtggtgtga gtctgtgagt tgctgtttcg 780 Page 181 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggaaacgagt ggttgtccgt taccggagat aagtaatgtc tacgttacag ttttggcggc 840 ctttgattca ataactgcca tgtggcacga tcctcttggc aatactagtt gtgtcggatg 900 ttagttttgt tggacaaagg accttcattg aagcagaatg ggcccggttt aaatccaaag 960 cccaaacaaa acccattagg gtttcattga agcagaatgg gcccagttta aatcgaaaac 1020 ccaaataaag cccaaaaaat aaatctaata ttaatatggg atgatatata ccgggtgaaa 1080 tcataaaatt taacaataaa aatacaaata cacaatttta aaagctaacc aaaactaaca 1140 atattaacaa aataaatata atttcaaatt tcaaatcttt taattataaa atcatcccga 1200 attgtatcat acattaaata atcaataaca tatatctata gttgctcaat acctccgggg 1260 attactctac tacataagtc gtcttgattg aatagatttc ctgatgtcta gttttcctac 1320 tgtggaaatc ctatttagag tagactcact tcaatgaaag ctattacttc tttattaatg 1380 actattaact attataagat attaagacaa aaagaataat aaatctaaca aggggattat 1440 gatacatcta gttgtagttg atatcttaaa aacaaaaaat tcatgtattt gataaaaata 1500 taagcccgcg atatatcttt taatatatat cctataaata taatattaac tgaaataatt 1560 tttttaactt tctaataaaa atatcaacct tcagtctctt catgttccct caaggcaaaa 1620 ttaccttcaa gtctctattt ttactacatg tggaacaatc aaatcaagga agagtcggta 1680 ggtgatggag attcgcttta aatgtctacg taacagtttt ggtggccttt gatttaacta 1740 ctgtaacaat ttgtccggac gaaagactat tgggcacagt ttaaatttca ggcccaaaga 1800 agcccactag tatccggttg agagacacgt ggcaacagtc aactttgaag aaaaataatg 1860 aacaatcatt gacatttttt tttgtttctc ctgatccagt tcttaattga acaaactcca 1920 acagcatcat catcatcatc atccttcaaa ttatttttcc tattttgaaa aatttatttg 1980 aaatctcata atttacgtta atgg 2004 <210> 167 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 167 tgaaggtggc aaaagaatac ggagtcaagc tgacaatgtt ccacggaaga ggtgggaccg 60 ttggacgagg aggtggacct acccatcttg ctattttgtc tcagcctccg gataccattc 120 atgggcaatt gagggtaacg gttcaaggtg aagttattga acagtctttc ggagaagagc 180 acttatgctt taggactctt cagcgtttca cagctgcaac acttgagcat ggaatgcatc 240 caccggtttc ccctaagcct gagtggcgtg tcctcatgga tgaaatggct ataattgcca 300 ctgaagaata ccgttctgtt gtcttcaagg agccccgttt tgttgagtac ttccgtctgg 360 taagttctta accagctcaa ttactcctct cttaaacaaa ttgtagttaa aaaagagagt 420 ctaagttcag gtttgggttt gtattatagg caacaccaga gctcgagtat ggaaggatga 480 acataggaag ccgaccatca aaacgtaaac caagcggagg aatcgagtcg ctgcgtgcaa 540 tcccgtggat ctttgcgtgg actcagacga ggttcactta cccgtgtggc ttggctttgg 600 Page 182 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aggagcattc aaacgcgtga tacagaagga cagtaagaat ctcaacatgc tcaaagagat 660 gtacaaccaa tggccattct tccgtgtcac aattgatcta gtcgaaatgg ttttcgccaa 720 aggagatccc ggaattgcgg ctctgtatga ccgcctcctc gtctctgaag aacttcaacc 780 attcggtgaa caacttcgag ttaactacca agagaccaga cgcctcctcc tccaggtatt 840 acttacttcc actataacca cattatagat gtcccatccg gtttccatgc ggtgtcagac 900 catacaagct aacttaaccc gtgcgtttcg tacctttcca ggttgcaggt cacaaagaca 960 ttttagaagg tgacccttac ttgaggcaaa ggctgcagct tcgtgaccca tacatcacga 1020 cattgaacgt gtgtcaagcc tatacactca agcagatccg tgacccaagc ttccacgtca 1080 aagtccggcc acatctctct aaggactaca tggagtctag tccagcggct gagctcgtga 1140 aactgaatcc aaagagtgaa tacgcaccgg gacttgaaga tacggttatc ctcaccatga 1200 agggtatcgc tgctggtatg caaaacaccg gttaaggcag tttaaaacgt tcttgtacca 1260 ttccctaaat ctacgctatg taatgtatta tgttctatga tgtgatgaaa tctctccaac 1320 tcctatcccg tacgcttttt aatgagtatg ataatttctt gtgttattct attgttgtta 1380 tgttaccata tctaggaaat atatttctga aagaaacaag aaaagaaatc tttcttttcg 1440 ttctaagatg ttgaaattac cattcgtaat atataaactc caaaaattaa acacttaaat 1500 ccaaaaaata aactctaaat tttaaacacg aaaatttgga caaaataggt atgtcattaa 1560 attcattttt tttggaaaaa cagttcctta gttattccct aatgaagatt aattccttct 1620 aatgttatat agtccattat ttgaataaaa tataaaattg tgctgagaag ataaagtaca 1680 attaaaatga gtggactggt ggatagagag tgatgacatg tcatgatatg gttagacaga 1740 gaagaaccaa atggatccca cgaggaataa tataatgaat aaaatcactt actgacacag 1800 accattgagt agtaattacc ccgtttaacc cgcgttaatt acgcttgtgt ccctacgcgc 1860 gtctcaaaga tctctctctt ctctggagaa aaaataaaac aaaagaacag cgttcgccga 1920 gagatataca tactcggatc agtcgtcaaa agctttggaa tttgatactt ttgatttttc 1980 gagaatcttg aaaatcagtc atgg 2004 <210> 168 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 168 aacgataaag atacaaactt ttttcattcc caaaccctaa ataatggtgc ttttgagaga 60 aaaccaattt ctacttacca tttttggaaa cccatcaaga tgcgtaaatc tagttgcaac 120 gtccaccaca tgtcttattt ggtggagcgt ggttcacaaa aatgtttgaa agttaacaaa 180 cgcgcgtcta aattattatt atatactatt ccaaagacgc gttcacattt aacccaatgt 240 taaccaacca aatctcaaga tgtggagatg cattcacaca tacaacaaga tatatatcta 300 cttaacttat ctgaaatgcg ttcacatcac acgtatagta gtaccaaaga cttgccatga 360 Page 183 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ataaagaaga taagatgtct agacagatca atttgtaacc gtcatcatct tccatttttg 420 catgacgtcc aaaagatcac ttgaactttt ttcatttcgt ggtgaagatt ccattggaca 480 acgtgtgact atatttttgg ctcatcactt ttttgtagtg cgatcatcta ccatcttgca 540 acatagattc tcttataatt ggcaaaatcc attaaaccga taacaaaata tcataatgtc 600 acacacacta gtgattcctc gtgaacccat ccatattctt tgcttgaccg cttccataaa 660 caatccaccc cgaagctttt acatcgtgat gtctttgtaa atttaggaaa acacagacac 720 agttggtcaa tgataatcat tacagattct aaaagaattt ggtagccact agtcaaagaa 780 cttaaaaggc aagatttatc gggacattag gacaaggtaa atgaatgcat tataagaaaa 840 taaaaaaacc ctttaacatt ttgtttaata gaaaagaagt agaggttgat tagttattgt 900 taaagtaaaa tgtgttgggc ttgtcttttc ctcaaatgtc gcgaagctca atggtataag 960 cgaaagagaa agcatagcat gatgggccat atataaataa aaactcgagt atgctacaaa 1020 aacaaggttt caatgcactc atatctcgtt taacattttc taattttatt cttttcatgt 1080 gtcccccatt ggcttggcaa taaagttgaa tttgtattga tttatatctc attctcagta 1140 cgagctaaaa ttcttaatta aaatgaaaaa tatgctataa acaatttaaa tgattgcaag 1200 tctcaccttg aacaacatca gttaatattt ttccgtagca tgttgcatat agcataattt 1260 tggtcttaag taacaccacc acctcacacg tacgtacgac caattatgca tgtctcaaat 1320 ccctccatga tttctatatg gaagaccaag gtttcaagat tagcaatttt aacggattaa 1380 aaccggttca agattttatt ttttatttat ttttgctaaa tcctacaatt tggtctcatg 1440 acaaaaaaaa tataaaaaca tagaaacaaa taacaatgaa tctatcgaca tcaacaaaag 1500 caattaaact ttccgaatca atgaagcgat aaccggtagt atcttcgaga cttcatatac 1560 gatcaaaatg ctaaagtaac tattcataat cttttattaa taatgaatta tcaaagcttc 1620 tataattcat acgacaaaga caaaggaata gcaacaagtt atgttcattt cgctgtcgtt 1680 taattcaaca atgaaacgtt aacgaaacga ttttgtcgag atttttaaac gtctttttca 1740 ggttctacgg ctaaaattcc taacatttca tcacctgtcg ttatcgttaa tatcgtcctt 1800 gtcagcagaa aaaaattgaa atcaggataa gttgataact tctatgaaaa aaacattatc 1860 ttacaaaaat ccaaatactc cgacttaacc gggtcggatc ctggtgagta ctagtatcta 1920 tctcattaca attcatatcc ttccttcaac attcgatcat cacgaagcca aagaacaatt 1980 tctccgtcac tatcataacc atgg 2004 <210> 169 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 169 gtttttcgtt cttttctcat atgttctaat cattcgtagc ccgaaagccg acgttgagta 60 aacagaacaa gctcacatgt tggacaattg atagttttta gatgttaaaa ctcgtttaca 120 aggtcaagct ctagttttta gcatttccta gtaagtgaaa ccgtgtcaat gggcaatatt 180 Page 184 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttagaagtt ttgtgaaaga ttgattagta gggaacttga gttagtatta acattacgtc 240 tatgttaaga gtcatattct ccacgatctt tgtgttactt gttaaataga aatgtgccca 300 catgaaggaa tatgctgtaa tttgtttaac tggccactca tcgcagatgc tttctttata 360 cttttttctt ataaataact tgaggtttat gcctttattc ttattcgcta aatgtgtaga 420 attgtgttct attggtttac aggattggca aagattctca aaaagtatga caaaagaacc 480 ggtgctttaa tccgtttacc atttatccaa aaggttttgc aagaaccttt cttcacaact 540 gacctactca acacatttgt gaaagagtgc gaggctatgc tggaccgcct ctttccgtct 600 aacaaaagtc ggaatctgga tgaagaagga gagccgacaa cttctggaat ggtcaagaca 660 ggaacggacg attctgaact tcttagagta ccaaaagaac tgtctgagat tgagtacatg 720 gagagcttgt atatgaagag cactgtgtcg gcattaaaag tattaaagga aatccgcagt 780 ggtagctcaa cagttagcgt cttctcgttg ccaccgttac cggcaagtgg attagaagat 840 gattcatgga agaagaaagt tggtgtcctt gaacaagtag cgaaatgaat tatgagtatt 900 attattttta aatctctctt tttttttgta ctttctttaa atagtacaag taattgtata 960 cgcttacagc tgtaaaagat gaatcaaata aaacatagaa gtgtgatcat ctttcaacat 1020 ttaaacttgg ttgcgtgtac tttttctttt gctgcatatc atgtatgaaa aatcttctgt 1080 aagactgtaa caccactttc aagcagagag aacaatgaaa tacatacgcc atttcgaaat 1140 cttatgtatt gcattttagc atctgtgggt caatcggtct ctgtactcct aactaggtga 1200 tatttggtcc aatttaaggg cagctcattc aatcacaaag aatcaaatat gttgcagagg 1260 aaactgttct gacttctgtg aatgttgcaa gattgtatag ctgcttcttg ttcggccctt 1320 ttatatgggc tttgtaatat atgggccttt tttatgtggg cttagataag gcttcgacaa 1380 attttagact acgctttgcg tccctaagtg cggccactca gtaaatcatc tacgtcactt 1440 attgatcaaa ctatggctgg gcagtgggca aaacaaacga accagaaatc ctaattttgt 1500 gtacttcaaa aatcaccatt tttttttttt ttttttttac tattataaca atactttttg 1560 agatcaccaa ttttcttatt ttataactaa ttaattcttt caagaaatat ttaattcact 1620 tttttatata ttttaactaa aaaagactag aagttattac tttttctttt tgacccatac 1680 tattaaaaat ataactgtca ctgaatcggc tctaaatctc ctcgactttc aactcctaca 1740 gacattcaga catgtgcaac actcaacgca ctgtcgatat tacatagacc cgaaataaaa 1800 gctccttgtc caaaaacttc attcaccctc tcatcgttat cttcatttgg aaacaactaa 1860 acaatattct gttttattaa tattttcgcc tatttaaaaa ttcaattaga atagtgtatc 1920 cctcttctct attccttcaa gccaactaaa actacattgc gtgacttctt ctgtaaccat 1980 ttttctattc cgatcaaacc atgg 2004 <210> 170 <211> 2003 <212> DNA <213> Arabidopsis thaliana Page 185 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 170 ggtcaccgaa catgtgtgct tccgtcggaa tccaaggaat cgcttgggct ttcggtggta 60 tgatatttgc cttagtctac tgtaccgctg gtatctccgg taagtcactc tacttctcca 120 agtatacgcc tttttactgt aattaggttt ccgagtgttt gggttgtgaa agaagacgat 180 aaagctataa tcttgagaaa attgtgttta gatttatagc ttcttagcct gaacttgttc 240 catttgtatc tgattcaaga aatctcagaa agctacaatc ttggtggaat ttgcagtttt 300 ctaatatgaa ttgtgtcctt tagcctaatc ttggaatgta ttttttttat atgtaactct 360 caggtggaca catcaaccca gcggttactt ttggtctgtt cttagcccgg aagctgtcgc 420 ttactagagc tctgtactac atagtgatgc agtgcttggg agctatctgt ggtgctggag 480 tggttaaagg gttccagcct aagcaatacc aggctctagg aggaggagct aacactgtgg 540 ctcatggtta caccaaggga agtggtcttg gagctgagat cattggcaca ttcgttcttg 600 tatacacagt cttctcagca actgacgcca agagaaatgc tcgtgactct catgtccctg 660 taagttacca ctccttgtaa catatctgct aatagcttct tgaaacaatt gaaatgagtg 720 aacttttaag ctgcctttag tgtgactctc atgtccccgt aagtaaccag tccatgtaac 780 aattgctaga aacaattgaa atgagtgaac ttgaagctgc cattagtgtg cactaaagac 840 tgattctcaa tattggattt gttgcttacc ggcttgagtt ttgtaataat tgtgcagatt 900 cttgcaccac tcccaatcgg gtttgcggtt ttcttggttc acttggcaac catcccaatc 960 actggcacag gcatcaaccc agctagaagc cttggagctg caatcatcta caacaaagac 1020 cattcctggg atgaccacgt gagtttccac acactatata ccaaatcgca ttccaaactc 1080 ggtttcgagc atttttccct gacaatttcg tttttttttg tcgtcattcc agtgggtgtt 1140 ttgggttggc cccttcattg gagctgcact tgctgctctt taccatgtgg ttgtcatcag 1200 agccatcccc ttcaagtcca gaagctaagt aaaaacaaga catcaagtcc tctggtttct 1260 ggccttgtcc ttagttgctt ctatagttct attgttgatc tactacatgt atgtgtgcaa 1320 tgtgtttatc tatgtgccct cttaatgcaa tatttgtaaa caaggaagaa gttccaaagg 1380 agaattattt gcaaattatg atgtttaaca tgtttattac agatcaaaga tgtttaacat 1440 ggatattggt aaacgagaac ctatataaac ccaaattaag atggtctatc accgcttaac 1500 cggttaggta ttgtaatggt attttaaacg tgtcagtgtc accaacctcg cctaaatcct 1560 aatggaattg agacacagcc accaaaaacc atcagaaaaa tggttccatt tgtcaaatac 1620 ttttcaacaa agcacgaaga ttccttgacc gatagaaaaa agtaaactgt ataagaaaag 1680 aagttaaaaa tttactagaa acaggtgtaa gaagttgact gtaagtttga tcattccacg 1740 agtacgaata aaactctgac aagaacactt cacttaccac aaatccacaa ttacttttct 1800 cacatagttc caacaagcaa cttgtattat tatattctta acaccaatgg taatggatga 1860 tgatgcaatg tatttgtctc gttttctcat ccatttatat gattgctttc ttctccacct 1920 caccaatcac tcctcctcta aacttttctt cactctcttg tctcttcaaa cttcggttac 1980 Page 186 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tccgttttag tcgacaacaa tgg 2003 <210> 171 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 171 gagactcata acatctgaag acctaaaatt caaacagtac gatttcatct ttctcgagct 60 ctagatcaat cgtcattctg ctttcttcta gatcggtcct gattgtttcc cattgatctt 120 tgatccggaa gctgtgtaaa atggcgtacg tcgaccatgc gttctcgata acggacgagg 180 acattatgat tgagacttca tacaccgtca ataaccgacc gccggtgaag gagatcgcac 240 tcgcggtggc tttactcgtg ttcggaaccc taggaattgt ctccggtttc ttcatggctt 300 ataatcgagt tggcggtgat cgaggccacg gtagcgattt cttcaccttt cttacttatt 360 ccacatttat tgatccagtc ttggagtaga aattgggaat tcatgagaga atatgtggga 420 cttatctttg ctagtttgag agatttagaa aacagtaatt gatttcagct agattgtttt 480 aggaattttt ttagatttgg tgaagttatg ttataatttt ggtaattaag ctgatagata 540 tagattgcaa gtgctctggt tagctacggt ggagtgtaat ttcgtttcag cttggccttt 600 tgctctctgt tttctggaga tttggatgaa tagacacaag ttttccaaag gcatacgatt 660 tgatttcatt gttagaatga ttagtaaact tccgatagaa actagtatat gatgattcta 720 agcttctctt atctgtgaga taaaaaaggg aaggatctcc gttggattcc attaactttt 780 tagatcacta tcatcacata ctgttattga tatatcccaa ttctgcttgt aacatagaca 840 tgagattcac ttcaaattag ctagtttgct cttcttcctc tgggcttgta attcattaat 900 gcatttcata catccccaat gcaatactgc aaagcgaaag caagtatcag cattgtactt 960 aaacttgatt tcatttgatt tgctgttttc ttccgttttg ccggaactac ttctttctca 1020 tcattgcatc aatgacctat cattctctgt ttgatatttt tgatggtgaa accagggatt 1080 ttcttcatcg tcctcgggtg tcttctgttc attcccgggt tttactatac acggattgcg 1140 tattatgctt acaaaggata caaaggtttc tccttctcaa acataccgcc cgtttaggtg 1200 tccccttttg aatctctcct actcaaaatg tatagagatg ttttattact ctatagcaat 1260 gattgacttg ttttctcttt tgtgtagttt tatagaattt gagtccagtc ctttcttact 1320 ttctccttct tcttgtcaaa taaattcgag tctgtgacag tttagtcaga tttatactta 1380 catatctata aatatacacc cggttcaaat tgatatttgt ttctataaag atttccaatt 1440 cgaaccaagt aatatgggat acttggagtg ttcacatgtt gctttcagat gtaattgttc 1500 attttccatc aaattcctct ggatgcagta tttaattgat tacaaatttg gccaacttac 1560 acattgttac tactagagtt tcaatctata tcatgatggt gtattggtgt tatatcaaaa 1620 ttaaaacgtg attcttatgt gaatttttat gttcaacatt attgttttct ttgggtcaaa 1680 tgtaaccttt tatctttttg tcatcaacat gaatgttcct tataacatgc actttattag 1740 cctgtttaaa gcaaaacgtg acaaaacata aatattcaat tgctatatac ggaaagcgat 1800 Page 187 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccagatattt gaatgattaa tgggcccaaa atatctctct acgtcacata cataatccca 1860 attaacctaa aagcttaaac cgactagccg gttctaagac atttccggtt taagtatctg 1920 aatatagttt tctctctctc tcactcgtgt cctctcctca aaatcctcag ccgcatctca 1980 cttctcattc tctagaaaaa atgg 2004 <210> 172 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 172 actctgcaca tgagagatgt cttcaccatc atactaggga acaatgatga acatcacaat 60 tttattccac aaattccttt gtatactact tattttcaaa taaaatcacg ttatttttgt 120 aatggtgttt cacgatttct ttacatatgg taatggtaat gttaaacaag aataaatata 180 tttttaactc ggattcggtt gtaaatctgt tttggtactc tccagtggct tcaataggca 240 atgaagcaga agagttgtgt ctatgcatgt tcttgacgtt agcttgtagc tatcctgaaa 300 aataagtatc cggtgactgc tgtagcactt ccaagcattc caccagcaac gacctgaatt 360 ctcagcaaat ggaaaacaga atctgatgag aactagaaat tcattgatat caacacggtt 420 acaaatcaaa gagtagttca tttatcaacc aaagtaaaca caaactaggg tctgttctag 480 agttccatca gctcacacaa gcctccaaaa gaccctcaac tctgttccca attacacgat 540 ccccctcacc gattccttca gcactctatt tgtactcatg atttccccta actctgtaac 600 tatcttgcta aatgtaacag ctaaaagaat ctcatatctt gctagtcata tatgaaaaga 660 ctttttcaag tcatatgtct acatacctgg ggaggggtat gaccaagaag ttcccgcaaa 720 ggtctgcttt cagccagcgg atgttctgca ggaagttcat atacaatctg attgagaacc 780 tgaaaaatga atcagacccc agagatcagg ataccagagc tcaaatgcat catgacaaaa 840 ccaatagtgg ttcttttatc aaaccagtca agttagaaga tgaaacaaag gaaaggttag 900 agcagcaatg aacaaacctc agcttgacga ccagcatgta atctaacacc ggtagcatca 960 tacatcacct accaacccaa accactcaca tattaatcgt cacttgattc cttaatagcc 1020 aatttgatta aactagagaa agtatccaac ttacaacaga tgccaaaatc aaagcaatgg 1080 caaaatgtga tccaccaaag ccttcttgta aaccaatagc tacagcgaga gctgtaacgg 1140 tcgctgaatg cgaagaaggc attcctccag acccaataag ctgtttgaga tcccatctcc 1200 gttccctata cctacagaat ctaggaaacc atgtaaagat cctttctcat ctaacgtata 1260 ctataatttc ctatgtaccg tttcgaacca aagattgagg aaccaggcac atatagattt 1320 aatcggagtc tgatccaaac agagatataa agagagaacg taccaggagg tgaagagttt 1380 gatgaattga gcgatagtga aagaggtgac ggcggaaatg agaggataat tcgtgaaaat 1440 ggagaaataa tgagtggaag acgaagacgt agccgtggct gtagaatcct ccatggccga 1500 tgatggatct agtcaggctt taaatcgtgc tagcgaaaga agaagaagaa aatgacaccg 1560 Page 188 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaacgacaat gatccataaa acgtcgacta attccctttc aaactccaat ggcgtctacg 1620 tctaccgttc aatcctcttt gtctttcttt ttttttcttt gaccaatttt ttttttaaac 1680 actgctccac aaaactatat attatacaat tacccgcatc cgaacaaata tgaaccgtat 1740 ccgatacaaa acccgaatac ctaggtcagt tctattcgtg aaatcgagtc tcctcttatt 1800 cgacgacctg ccccaactat aaacatgact tttacacact tgacataact tcgtttgtat 1860 cgcttttttg aaattctata tattattatt gtttgagcag aaactaagac aaaattaaga 1920 cttttctctc ttcttcttct ccactgggtc gatctttacg aggttcactt gtacggattc 1980 actttaacaa cagattcgcc atgg 2004 <210> 173 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 173 ctgagacggc ccctacaact gtccctactg tcgacattcg cctagaagga gatcgtttaa 60 gcatctttaa ccctagcgcc cgttttactc ggcttgttgg tgttgtcaac acttcttttc 120 ttcctaaaga cccgaatcca gagccgttag atgatccaga tcctcctcct cctcctattc 180 catccccttg atggtcacca gcattgtgct tggagtagaa tgtgagagca tttctacctc 240 caaatccagg tgatgatcga catgcggcga aaaagatctc atacgcggtt tcacggattt 300 catcccgatc aagaccatca agcttcccga atggccaaag aagatcggta tcaggacaaa 360 cctcaaagcc aaccatgtcg aaaaaggact ccctccgaga atgacgaacc atcacggagg 420 ggaggcaaga aggaaataga aaccagacgg atacgggttt aagaaatcag atgtccgaga 480 agtgaggaga gagaaggagt tatgtgtttt taataaggga aaaatgagag acaacgaaca 540 aaaaaacaga gaaaaatgag gaggtggagg aagacgagag acaacttgga aaaagctagg 600 cgacaacaaa tttctctgtg ctaaggaagg agagaggatg tgagtaaaat gaggaagcct 660 catgaaaact taaccataat tagcaaatct cctattccaa gtaacttttg ccaagccgaa 720 tctcttgttt ttcgtaaatt ccatatgtat tctcttccat atacacaatc ttttgagaga 780 gaaaaacaaa atccaacctc acttttgttg acaacagaat ccagcataaa acattgttgg 840 gaaacttgtt actcaacata cttttgcacc tggttgttgt tgtagttgat gtatccggag 900 aaaagaagat aagattcggg tcaatactta atctcaattc tgtctgcagc agttacttaa 960 acggtgtcct ttaattgtta actggataac tatatttttt atgatcttat gatgggattt 1020 gtttcaaact ttcaattaag gtcaactata tatcaatcaa gtggcactgg tcaggacctg 1080 atcattgatt ctttcagtta tcttttaact ttgagaaata tggaatctca taatcctcaa 1140 gcaatttcag attttaggat tcgacaaata ttgctaatca aattgagttc tatgaaaaca 1200 actataacag aagattatga agaaatacag ttattacaac ttacgaccat gaaacttgta 1260 caaataatgg attcaccaga aaccaatcca aatatcttat ataacctcaa agcttattct 1320 atcgattcta gatagcaaac tcgttcatat atccatcaac aggcaaaaaa cacaaagact 1380 Page 189 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaatagagg atattttaaa taactgtttg cattttaact gggtatatac ggtttaataa 1440 ccgggttata gatttaattg tctaacagtt agagttgcca caaaggattc tcagatactt 1500 cgagaccaaa aattaaactg agagatgttg ggacccacag taaagtggga accctccaaa 1560 aataggcgta tgccacttag cgtggagagc acacggtatt ctttagtaaa aggcgaaaga 1620 atagttcgct atgtgctcac cacatggctg cgtggttcga gaatatggag agtgaagtct 1680 atatatacta aagtttccct tggcaaactc tctcaccttt ccgatgtggg actctccaaa 1740 tagtgataag acgcgtctga tttaatttaa aactctgctt gggcttttat gggcctaata 1800 tactttgaac ttgggctaaa aaacgaaatc gtttcttctt ccatttttta agcctactga 1860 aaccctacaa gaagaatgcg tcactatata ttaaaccgaa atcgtttctt cttccttcaa 1920 gccgtcaaca atgtcgaagc gaggttcgca cttttcctct atctcagttg ttagatctgt 1980 tacattttca gttcatcaat atgt 2004 <210> 174 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 174 tgcatttttt gtagcttctt ggtctgtagc caagtatttc ccagacaacg agccgcctcc 60 aagaggggaa taagcaagca agccaacatt gcaatttttt gggtggcata cttctaccag 120 atcaactgtg gttttaaccc aaaacaaaag agtttagaac atgctcctcc gacacacttg 180 ctctcaaggt attctagaaa gatttacctt cataccgaca tctaactagc aagctgtaac 240 cattctggat gctcacaatc tttggtagtc cttcgagttt tgctgtgtta acaaactccg 300 tcactccgta tgaagtttca ttcgagacac cgatatagcg aacctgttgc agaattcgag 360 gaacacttca aaactctgtg tttgaggtta tataactcaa tataacatct gatttttaag 420 gagtagcact acctttcctt caactatgag atcctgaaag gctcttagtt gctcagcgaa 480 tggcacacta ggtctccatt tcgacgtttc atagtaaaaa tcaccgaaga gtggtacgta 540 tcgatctggc ctggactgaa aaaaagatca gtgtcatgat tttctgacat ttgatgatga 600 aaaacgaaat attttgcgca tgaaatagaa agacacttgc tcaaacaatg tagaatatga 660 gttaagacat aaagcaaaaa taaggcgatg ttaccagtgt atttgaagca agtcaatgta 720 atcagttcca aggcgcttaa gacttttctc aacactttct ttgatattag cagcatctac 780 acgcagaatc tcaccactgt cccttatgta agctgacctt tctgagtacc cacatacttt 840 agttgccaaa actatctgta tacagaaaca atgaacatca atatcaattt ttataacttc 900 gattaggttt tgctgatatc atatacattc gtgaccaata tgcatccaaa gtatgataaa 960 tggttgatac cttgtcacgt tgctgagact tcaaccagct actgatataa agatccgttt 1020 taccttgcgt ctccttcttc atcggtatgg gatactggaa ataaacaatg atacttgaaa 1080 atttaccaca gactaagcag attccagaaa gctaaacaca acagtgctaa attcaccaga 1140 Page 190 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attatatata aagtataaaa cattcacata aacacttgca atcaaattca ccaggcaaga 1200 agagaaagat gaacaatgaa gataaaaact cacagcttca gcagtgtcaa tgcaattgat 1260 gccctcttca attgcataac tcagcatctc atgagattct ttctcagtat tttgctcccc 1320 aaatgtcatc tgaaattcca aatttcatca aaacttcaaa attgaacaat ggactacaat 1380 tgcaggagat aaagagagat tgttcttaca gtgcccatag taacttcgct gatgttgaga 1440 tcggaatctc ctaatttcct atactccata gcattcttcg tcgacgcttt cgccgaaact 1500 ctcaatattc tcctccgagc attcggcgat agagtaacac ggcggcgcgt gaatgccaaa 1560 cgaaagactc ctcgaatgtt actgctgctg accaccggag tgaccgttga gtaggtgacg 1620 taagatgacg ccataccgga ggttgtcgtg gacgtggttc ttctcgcctt atcgccacca 1680 ttatctactg ttttgattca cgtatttgaa tactctgggc taaacgattt gggcctaatg 1740 taagaggccc attagagtca aaaatatata ttgaataata tcttgttttc ctaatatgat 1800 aggtctaatc tcagatttcg atttatttct tcgagataat atgattatat tagatgacgt 1860 ggcggtacat ccttcgatat cttcgataaa tacgcaagag tgagcttcac ggtcagacaa 1920 aagctgactc tacgctctct caaaagtcga atatcccaaa ttcgatccgt tttccggcga 1980 taatctccga tctagatccg atgg 2004 <210> 175 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 175 ttcaatcgta aggctgcaga gcaatcagct gccgaggttg ctctccggga attagcaaaa 60 tccagtgagc taagccaatg tgtttcacaa cctgttgtaa gcacctcatc tttcttattt 120 cgctcgtgat tattgttaag ttcactgcaa aactattgaa cctagcctag gggtttagca 180 gcgaattgta gctttgccat ctcagcagta gtccttatgc ttagtttgag cgttgaaggt 240 ttaaagggaa gctcatggtt agtttcagag ttgaaggttt aaaggggagc tgtgagaata 300 cgttaggggg cattctgtat ttgtctaggc tcttggttgg acaatgatcg agattcaaga 360 gtttaaagaa tccactcatt aataaagtgt cttctgtctt atcggattta tgtgtattgc 420 caacttctag agggaagatt cttaggctgt ttctgtaagt tattgctctt gtctaacttt 480 gaatggctta ttaatgcagc acgaaacggg attatgcaag aacctacttc aagaatacgc 540 tcaaaagatg aattacgcga ttccattgta tcagtgccag aaggtcgaaa ctcttgggag 600 agttacacaa ttcacatgta ctgtagagat tggaggcata aagtacacag gagctgcaac 660 aagaactaaa aaagatgctg agattagcgc tgggagaact gctcttttag cgatccagtc 720 agacactaaa aacaaccttg ccaactacaa cactcagctt actgtacttc cttgtgagaa 780 gaagacaata caggcagcta tcccgcttaa agaaaccgtc aagactctta aagccaggaa 840 ggctcagttc aagaagaaag ctcagaaagg aaaacgcaca gtagctaaaa atcctgaaga 900 tattatcatc cctcctcaac ctactgatca ttgtcaaaac gatcagtcag agaaaattga 960 Page 191 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacaacgcca aatctggaac cttcttcatg catgaacggg ttaaaggagg cagcatttgg 1020 gagtgtggag acagagaaaa ttgagacaac gccaaatctg gaacctcctt catgcatgaa 1080 cgggttaaag gaggcagcat ttgggagtgt ggagacagag aaaattgaga caacgccaaa 1140 tctggaacct ccttcatgca tgaacgggtt aaaggaggca gcatttggga gtgtggagac 1200 agagaaaatt gagacaacgc caaatctgga accttcttca tgcatgaacg ggttaaagga 1260 ggcagcattt gggagtgtgg agacagagaa aattgagaca acgccaaatc tggaacctcc 1320 ttcatgcatg aacgggttaa aggaggcagc atttgggagt gtggagacag agaaaattga 1380 gacaacgcca aatctggaat cttcttcatg catgagcggg ttaaaggagg cagcatttgg 1440 gagtgtggag acagaagcaa gccacgcata acagtgtcaa gatggagtct tgtgagtttg 1500 tcatagttac tatatggtta cgtagccatt ttgtgattcc tatctagtct agtagtaatt 1560 cacagattga agagaagtaa tatttgagcg gaaaatcaaa actaatatga ttggtacaat 1620 ttggtggtcg attgagtcat tcgaataaag taatgtgggg ttgcaaaaca gaagcttcat 1680 atctacatat aaatgaaaat tactctcaaa cttcattatt tgtgggccgg ttataaaaac 1740 acaaacccaa cagaaggtcc attaccctca ctcttcatta tttgtgggct ggttctaaaa 1800 aacaaaagtc caatagaagg ttcattaccc tcactcttga ttatttgtgg gctggttcta 1860 aaaaacagaa gcccaacttg ctgacccaac aggtccgttt acgaaaccct aatctcaaaa 1920 cagagatata aatacactct gccttcctca tttcatttct tcggcgatct agggttttag 1980 ttgtcgcacg aggaggaaaa atgc 2004 <210> 176 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 176 aaaaatattt ttcgtttcca aaatttgttt tgtgtgaacg attccgaact ccacaattga 60 tataaaaaat tatctttgag ttatattatc aacaacagaa aaaagaaaga aaacaaatac 120 aacgcaagcc ttgaaataaa gtctcataga tatttggctt tttttaagtg caacacaaac 180 aaagcctttc aagacgatga gcaacaaggc ttcttagcgt ttgattcaga agtagcagcc 240 acatcaattg tttggccttc cttgatgttg gcatttgcag ttgtctggtc tgaagatatc 300 gacttcttgc tgatgatcct ataaacctcc gagagaatcg tctgaaaagc cttttctacg 360 tttaatgcct cgagagccga tgtctcgatg aaagataagc cttctttctc tgcatagctc 420 tgagcatcct ctgtggcaac tgctctgaga tgcttcagat ctgtcttgtt cccaatcaac 480 atgatcacta tattggaatc tgcatggtct cttagttctt ttaaccacct gcttacattc 540 tcaaacgttg ttggcttggt gacatcatag accaaaagag ctccaagtgc acctctgtaa 600 taggcgctag ttatggctct gtatcgttct tgcccagccg tgtcccatat ctgagctttc 660 acagtccttc cttccacctt agaacaaaga tcataggttt tttaataggt taattcagat 720 Page 192 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaatgagca gcagactcta tgattagtgt gtctgcaaca acaaaattag taacttcgca 780 gctaaattcc acaaacaacc cagtaagaaa actagaaact gtgaaacaac aaccatgatt 840 catacttcaa aagaaaatca tgttcgagat caatttcaga tgaagagatt cttagatctg 900 ccttaaacaa ggttttagat ctgacatgtg agggagcctt acactaccac gtaccagagt 960 atcgacaaat ttgggaacat tatcaataaa acgcttaaat taagagatac caaagcaaaa 1020 atctcgacca aatgaaaaaa acaggcacca cacatgtaaa catcaaaatt caaaaccaag 1080 cccaaatgtt cctacacaca atgactgctt ccgagtattc atacgaacac agatacggat 1140 cgaatcgaaa agcaccggat gctgcttaac ttagaactaa acctagatcc agcaacattt 1200 cgattacact atatactata tatatagaga gagatgtgtg cgtacttgga gagtacgagt 1260 agcgaattcg acaccaatgg tggatttgga ttctaagcag aactcgttgc gagtgaatct 1320 agagaggaga ttagacttgc cgacaccgga gtctccgatc aaaaccactt taaacaagta 1380 gtcgtattct tcgtccggtc ttctcgccat tgttacactt ttctcgagga gtgctttaga 1440 tttgggattt tgaaatagaa aaggagaaga tgacagaaat aaataaataa tttaatttct 1500 ctttcccctt ggatcttctc tattcaacct tctcggcttg ttattgccca acgacgaaga 1560 ccttttcttg tcaagttggg cttactaaaa aagcctacat atatgtaatt catttataca 1620 tgctaataaa agggaaagta attagagctt aaccggaaaa taaacaaaaa tcagaaataa 1680 aaccaaacaa aaccgagcca aaccagagga atacactcaa tacagatttt aaaaacccta 1740 cttcttcatc atcatccctt caacactcct ttatagcttt tctccgcctc aactttttgc 1800 ttcttctctc tcgatttgct ctcacggaag attcttcaga atatctggta agatccatcg 1860 atcgaacaat ctttttttct ccagttagct catattcata tttatgatca tgtcaattgc 1920 gagctcactg cttgattttt tttccttgga accagatccg atatcagaag ccccaagttc 1980 gcttgaattc cgtctgagca atgg 2004 <210> 177 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 177 catgagaagg gagaagaaga taatgtaaga gtgaagtgga gacattgttc aaaaattagg 60 agtttagatt tgattattgg gtagttttta gttatgagat tataatttgg tggtgtgaag 120 tgttgagtaa gcttggaatg tcttgttaaa gagtttaaga atcaatcttg tcatgtgctt 180 gttaatattg cttattttag gtttcggttt gtttttaaaa tttcaccttt ctttttagta 240 taaagtattc caagaggact cgtggttttg tttcagatta tttgaaatat ttacatacaa 300 tatgtcaaca aacgtactat tcttttttct gatattttac aacaaaattt gttctttaac 360 atgttatcta aaaaccattt aacaaaaaaa ataaaatgta tgagaacctt ataaaataca 420 aaatagtaat ttcagtatat aatagttttg aattttcttt tatttagaat ttcgtttaaa 480 gggttgtgat ttgtgaagta atctttggaa gataatctca atgtaaacaa cacattgggc 540 Page 193 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttctcatagg cccaatataa acaacacatt gatcattatc catgtaaggt gaactcttta 600 atcgaaaccg ttcaatttca gtcatctcaa tccaacggtt agtattccaa ggagcacgta 660 atccactcta aattcgtaaa cacgtgattt ctcactaaat ataaaacttg atacgttacg 720 ccttcctatc catccgtcaa cgattaaatc caatcgttca atatagagat ccaacggcta 780 ataacgaaac attagcccac acgaaatctc cttttttttt ttgacgggat tatacagtgg 840 gcctccacct gtaattgtcc atttaggaga cagcgcggtt aatttagcat tatccctcct 900 cacagtcatc tctttcttcg caaataaatg taaccatctc tcttctcgtt ttcttcaaca 960 aaaatcctca tttctctgag aatctggtgc tttagctttg gtgagctctc tttcttatga 1020 aacttatcga ttctcttctc gttgattgtc ttatactttt agttctctgc ttaatttatt 1080 gtccttaata ctcgtggatt tgttcataaa tcgttttctg agcagttagg taagagtttt 1140 gttaccgaat ttcatgttct tcgattttga atctggatga ttgtatgatg tgattagtag 1200 actcgcttag attttgtgat ctgtgtatgg tttgtggcta attttggttt catcggtggt 1260 atgaatttat ttggggtttt aggtttgttt gattacgtaa tcggactgtt tacttgaaga 1320 tttatcgatt atagttgtga tcgtttttag ttgattgaga agaagaaaat aaatttcatg 1380 ctcttgttat tgtcgcgatt gtggcgattt tcagtgtctt atgaatcaat tatgttgcat 1440 gtgagtcttg gtgcaattga gattgtttcc tttttttact agattgcttg tcttattgaa 1500 caaaactttc catttatgtt gaaaaggttt ataggaacgg atgtttaggg ttttgttgta 1560 atctgggtat ttgctttctg atttcggcaa gcaaatgtcg atttcaaggt ttatatcact 1620 ttctctagca aaagaagtct ttagtcattt gcaaagtcaa gagagttttt actttattta 1680 ttgcttccac gctattgctt cgtggctgat tgagagagac caattaaact aataatttgt 1740 agtttgtaca atatattgcg tgtaacattg tccttcgtta tctgtttgag gaggaggacc 1800 gagttagcct atttttagtc actttacaaa ttttctttta tgttgcatca ttcaatatga 1860 actctctgat ataaatatat gtatacatac tggttgactt ttatgggtat ggttctctgc 1920 tttttttctc tgtgatggtc tcttgattct aactttcttt gttttatgtt tttggttttt 1980 gttgtcaatg aataggtaaa atga 2004 <210> 178 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 178 gcacaacctt ctacttcttc cctatgttct gaaaagtgaa accccttagg tttgctactg 60 ggtgctgctt tgccaaaaga ccaagctaac tataacagga gaagaaattc taaatgctag 120 tatctcccta atccctaccc aaaaacattt gtttattgtc tctcatcaat caccataaat 180 catgatagat actaacacca ataatcactc actcatgcat cctagcatct ttaccctggc 240 cacctttcat tctcttcatg ccacaagatg tttacacatt caagcaaaac cacatgaaaa 300 Page 194 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atccttaaga acagaagaaa acggaaagat atgttccggt gttgcccctg tatttcctac 360 aaacatctat actaatcaaa ctaaacccat cattcacaca taccgtgatc taaaaacctg 420 aatttcaaca tgtcacacag caatcaacaa aagtttgaat agagcaagaa agcaccttga 480 ggcttgaagt gatcagacaa actctctttc cagaaaacac aatactttct tcattgaatt 540 aataatttac acaaaccaag catcattcca acaattccca ttgcatccat cataaacgca 600 agaacaaatc ttttcctttt gtgccctaaa tttagaatcc agattccaat ttccaacctc 660 atttcttagc cttagagaat ctaagacacc gatatttctc accactcaca gtaatttcca 720 gagcaccatc ttgattatcc tgattcgacg cagtccccat aagaacactc ttctccttct 780 ccagattctc tctctccatc ttcaacctcg cttcctgtct agcgatctcc gtctgtcaaa 840 atcagaacaa aatcagtatc cccacacaga tttctccgga ttctccaaaa gccctaaaaa 900 tcaaaatttg aaaaaaaaac gaacctcacg gcgagagagc tcagctttcc aggcagcttc 960 tcgctcagcg acttcacgct cacgctcttc tatataactc tgcatctctc tctccttcat 1020 gatccgatct tgtatatcag cgtcaagtgc ttgcttaagc tcctccacaa acttatccac 1080 cactaattta attctcagcg acatcgtctt cgaagcaaat tctaactata tacaaaatct 1140 cctccttcct cacactaaac gctgctacac ataaatacaa tctcctcctt cttctggttt 1200 tccgtctttt acttacggcg gcgctttacc gacggcgaga ttccgatctt ttctcgttga 1260 agcttgcgtg agaactgagg aagaaaggga cagagacatt cacgaccttt tgtttttttt 1320 tccgctttct aatcttcttc agagtgggaa aaataaataa aagcgggctc ttattgggcc 1380 tatattgggc ctgtacttaa cataagtcac acgtgtggca gcggattttt ggattacaca 1440 tgttaaaaac ttaaaattag ggctttgtgt ttcgcttctt ctcaaaccct agaagatata 1500 attgagactg gcttgcttag ccgcggagaa ctcagaactc attcgctgca aacatggttc 1560 gtaatcttcg tctctttctc taagtctcgt attcacaagc gtattgcgtc atgtgtttgt 1620 tttggttttg gatagtttgt ctccatctgt gaattcattt tgtgcgggat tataaaatct 1680 ctctttgtaa tctagatagc atttccatgt aattatgggt aattgttaat gtttataaag 1740 tgaattcctt tgtgcgatct gtaaaatggg ttagggattg atattgagat ctcaaaagat 1800 aggactcaat tagtcagata tgaaacctcc ctggcgttat tctcttgttc tgtgacttga 1860 ggtcttgagt gatgagactt ttagtgattg agctattata aacatttatt gtgttttgat 1920 ttttattttt gttcgatatt cttttgcagg caagaggttt gaagaagcat ttgaagaggc 1980 tcaatgctcc taagcattgg atgc 2004 <210> 179 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 179 ggtcattgtt gatcagaaca gaattaccac tctcatcctc tgattcattc acatttgtct 60 tcctccgcgg tgaccttccc tgttctattc ctcctcctcc tcctccagag tttctccgat 120 Page 195 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catctttaga gaccaagtcc tcagcttcaa gcatatgaat gatatgaccc atttttggcc 180 tcttttgagc attaggatca acacatctta aagctaccaa aagggtacgc ttcaatgacc 240 ttaacgacgg tttatcaacc atcctcggat ccaaaactcc ttccgcatct cgattcgtca 300 ccaatctctt caaccattcc acaagattca cttctcccgg agcccggcta taatccacag 360 gacttctccc tgaaataatc tccataacaa gaacaccgaa gctataaaca tcgctcctct 420 cattcaacat tccggtactc gcgtattcag gagccacata cccaaacgta cccatcacac 480 gagtagtcac atagctcatc tccgaaccca agagcttagc taacccaaag tcagaaactt 540 tcgagttcca ttgcttgtca agcaagatat tactcgattt aatatctcgg tgaacaactt 600 taggctcaag accttcgtgt aaatacatta accctttggc tgttccaaga acaatgttca 660 tcctaatctc ccaagtaaga ggactcttaa accccaaacc accaccatga atccattgtt 720 ctaaattccc attatcaaca tactcgtaaa ctaacatcct atgagctcct tcaacgcaat 780 aaccaagcaa tctcaccaga ttcttgtgtc ttacgcgtcc aatagcttcg acttcgactt 840 taaattcttt ctcagcttgt cctctgttgt tgagcagatt ctttatagcc accattgatt 900 tatcctcaag aacacctcta tacacaatcc cataacctcc ttgtccaatc acattctcgt 960 cagcaaatcc attagtagaa acctcaagct ctctcaacgt ataccaatgt ccccaaccta 1020 aatgagaaac ctcaggaccc gacaacataa gtaaaccctg atcacccgac ccggacccag 1080 acccggaacc agtccaacct cctcgttccg ggtacgcaat ccgatgatct ttaccaattt 1140 cgatgtgaat tttgttatcg tcttctcttt gttggttttg gtgtggctcc ggtgttgggt 1200 cgggttgaat tggaggtcga atctcttgaa tctccttgga aacaacggga acaatcgtat 1260 ggttagattt agaagaagac tcaagagatt tgttcttgtt gcttcgtcgg taaatgaacc 1320 agagagagat gagaacgagt aaaagaacga tcgcggctcc aacgcaaacg ccgagaacaa 1380 cccataaacg taaaccaaaa atggaagtgt gtctcgagag ctgattgttg actgagtgag 1440 aatccgccat tgcagctcac tgactcttct tcttcttctt cttcctctga ctctctcttt 1500 ttgcttttgt tctgcttcac atataataat catcacagga ggtttttctg aagtagagac 1560 aagaaaagag atgtcgaaaa gacaaacgta ccctcgaaga ggcaagctgg ctttgatggg 1620 acttgcactc atcattattt ttagtatata tttacacttt tgccactttt actgttaatg 1680 agcaattatt aaaggagggt agtatcgtta ttaaaggtat agtcaggggt aatattgtca 1740 attgaatcgt gttctgaaca agtttttttt ttgcgcgtgg tctttggttg tgatttacac 1800 aaatctatct atcaaatcaa atcgaagaag gagagaagaa cagagaaaaa gaggtaatga 1860 gtaaaatcta tgagcttttg ctttatcttc gaatctaaga tcaggaattg atcagggttt 1920 ttacccaatt tcgataattg tcttcttcgc tggattgatt tttgttctgg aattgtttat 1980 cgtgtgtagt tgaatcaaat atgg 2004 <210> 180 <211> 2004 Page 196 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 180 ttttagcaaa ttgaaaataa ccacgtggat ggaccatatt atatgtgatc atattgcttg 60 tcgtcttcgt tttcttttaa atgtttacac cactacttcc tgacacgtgt ccctattcac 120 atcatccttg ttatatcgtt ttacttataa aggatcacga acaccaaaac atcaatgtgt 180 acgtcttttg cataagaaga aacagagagc attatcaatt attaacaatt acacaagaca 240 gcgagattgt aaaagagtaa gagagagaga atggcaggag aggcagaggc tttggccacg 300 acggcaccgt tagctccggt caccagtcag cgaaaagtac ggaacgattt ggaggaaaca 360 ttaccaaaac catgtaagtg tgaatgtcca aatttatgat tttaatgtgt aacaagcggg 420 aaattaagtg gttacgttaa atgaaactac aaaaacatcc aactattaac atgacaaatc 480 gtatattatc catttttaaa agttatggtg aggacatgaa catgtttcaa attaagtgta 540 cctttcaaga tttgtagtgt tcaacacaag tcacaataac ttaaagaaaa aatgtaattt 600 tcttgaaaaa gatacataat aatctaacgt acaaaaatga aaaacagaca tggcaagagc 660 attagcagct ccagatacag agcatccgaa tggaacagaa ggtcacgata gcaaaggaat 720 gagtgttatg caacaacatg ttgctttctt cgaccaaaac gacgatggaa tcgtctatcc 780 ttgggagact tataagggta attattactt gttatagtct cttcaaagac ttcaatcttc 840 agaaaaaaaa aaaattcaaa taattgtata aaaattgcag gatttcgtga ccttggtttc 900 aacccaattt cctctatctt ttggacctta ctcataaact tagcgttcag ctacgttaca 960 cttccggtat ggaaaataat ccagagaccc ttcgaattta atttgaattt tattattatt 1020 ttgtgatttt aatttatgtt gtgatcaatt ttatgtaaaa agagttgggt gccatcacca 1080 ttattgccgg tttatatcga caacatacac aaagccaagc atgggagtga ttcgagcacc 1140 tatgacaccg aaggaaggta acattaacat atatgtaaaa tataatatcc aataatttta 1200 aatagaattt tcatgatact caattttgta aaattgcgat tgtttatagg tatgtcccag 1260 ttaacctcga gaacatattt agcaaatacg cgctaacggt taaagataag ttatcattta 1320 aagaggtttg gaatgtaacc gagggaaatc gaatggcaat cgatcctttt ggatggttag 1380 tactaaaaac attattggtt attagttgat ttttttgaat gaaatttatt agttgatttt 1440 acatacacgg taataagtta acactaaatc ctaacgaaat ctgctaaatt tgttgtgttg 1500 gttatggcag gctttcaaac aaagttgaat ggatactact ctatattctt gctaaggacg 1560 aagatggttt cctatctaaa gaagctgtga gaggttgctt tgatggaagt ttatttgaac 1620 aaattgccaa agagagggcc aattctcgca aacaagacta agaatgtgtg tgtttggtta 1680 gcgaataaag ctttttgaag aaaagcattg tgtaatttag cttctttcgt cttgttattc 1740 agtttgggga tttgtataat taatgtgttt gtaaactatg tttcaaagtt atataaataa 1800 gagaagatgt tacaaaaaaa aaaaaaagac taataagaag aatttggtat tgttcatttc 1860 atgattaaaa tggttcatgg gctatcatgg gcctaaaagg ccttttccat aggtttaaac 1920 Page 197 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cctaatcctt tcttctcctt catttttcta cttcgatcag acgccaaaca tcagaagccc 1980 tagagcttga gccgtcgaaa atgt 2004 <210> 181 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 181 agagactaca ggctacatgc tcgagatctc attatcggta cgtaagacac aaacaaaagt 60 acgagtcgta cgtgttatcc atcaaactat aacttacgag tgtttatttc acatttatag 120 tcttcaaata ggtaaacacg gattcacttt ttgtttaagc ccacgattta catttgtact 180 tgtgttgccg ataaaaataa aatattattt taatggtttt gaaagcgttt ttggttacta 240 tagtagatct taagtgtttt ttgtatttca cttatttcat tacatggaaa atatagttct 300 cttcttttta tttgttctaa tcatgagaca tcaacatcgc ctttcagtat cttattttgg 360 tcacaaaagt ctatctacca tttgaaaatc attgtcaaga gtctatctag ttattctatg 420 tccaaaaata ttattacttc actttcaagt cgtctgcaca aactaaattt tatatgaggt 480 tttttttttg aacacaaaat tgtgtatgag cttaaactac actacacacg tgcataatag 540 cgattaagac acatattata aggattatct gggtgtagaa gttcagaatt tgggattacg 600 agaattgcaa taaattgttt acagattaaa atttaacgaa aggaaattaa aataaaagta 660 aaacagctta agatcaaagc tgatttgatg aattgatact tttgaagata tgaccatctt 720 catataaagt ctgaaatgca atatatgcat cacgcattat ccaaatagaa aacgaccacc 780 actttaattt caagatataa aaccaatacc taaaatgaag aaaatttata tatgcatgtg 840 catctgtaat atataatcaa ccattaatta tctatatata attacgattc accaatatta 900 attacataat ctcaaacgtt atacgtacgt attatttagg gttgaaaaca aaacaaaatg 960 tcatgcgtat atgaactata catatgcgtc attagctcgt tcttcaatct aggtttaata 1020 tgaaaaataa ttttttcttc ataaatatct ttttcttgga gcattgtttt ttttttcttt 1080 tttctttttt tcttggagca ttgtatttgt atgagagttc gctttcatct ttggatccta 1140 agaatataac ttttatgcaa atagaaagga cacagctatt gtgcttagga tggtaccctc 1200 atcgtcctat ctttagacat taaaaataaa ataccattga ttttgacctt aggtatataa 1260 tttgtatatc gaacccgtgg aggtcgcatt tgcaacgtga atccataacg atataccaac 1320 agataaacca tatctctaat tgtcaatgaa atgtacaaac atatatccct tattctttca 1380 tcttagaaca tatttttagg atctcttgaa cggttgattt tgtttgttgt gatcgaggat 1440 atgttgttaa ttgttatttg attgttggtg agtatggagt gttggtgggt aatgggtata 1500 agataggcga ttaagatgca aagaacaaac ctacctcggt ctcattcgat atttgtgctc 1560 gttctttaga ttaaaacata gtcgcaacaa catataacaa aaaaaaatct gtaacaaaac 1620 aatgggtttg ttttataatc taatgagtaa atgtacatga atcaaccaaa attactgaat 1680 gcccaatttt agttcaacat gagttaaaac agattttaaa actaatataa aacgtcgtca 1740 Page 198 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atttcaaatt ctaatggttg gatcgattta aaagcccaaa tataagaagg tgatcgttaa 1800 aggcccaatt aaattgaatc cctaatatat caagtgagag tgttaatcgt cgtctctctc 1860 ttcaaccatt tcccggcttc cgcgtttttg ctttgtagcg ccggaccgga gaagataaaa 1920 cccttgctcc gccccactca caggaagttc tacatcgacc tgagttctcg tacttcgtcg 1980 tatcactcgt tcttcctacg atga 2004 <210> 182 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 182 actcttggca aatgatttta gcaatcaaat taagcccaca atacaaaatg tccttatagt 60 tgtatatacc atttgaataa acaattgtag tttggtgggt aaataatttg attactcgtt 120 gctaacttat tattattata tatatacagt tcaaatagtt aagttgaagt agtcggagtc 180 aagtttattg aatattctcg tgaatccaaa aaaaaaaaat gactaacgcg tcgtattttt 240 acaaggtcga gtatctcttt ttatattttt gagaaatttt gaattatttc gcatgtttat 300 aataattttc ttggatacaa ttacaatagc ttgtaacgga gatatgcgta taagtattaa 360 agtaatcaaa ataatctcac ataagcatca atctcgagat aacactttaa atcttatcga 420 atctcaagca agtagtcatt aaacaaaact ggttttcact acaagagtcc aacgattacg 480 cagctagcgt tgtattttat aagagtataa taaaaataac aatataatga tattcaaatt 540 aacaatagtt tatgttaagt tagaagaacc accaatatat gattaatcaa gttattggga 600 gttttcctaa aggagaacat cttagtcgaa gttgcttaga agctctcgga gatcagatct 660 gccaagcttt gactcaacat gcgtcaataa gttaagattt tcattatttt attaaatact 720 tgttttatga gcgcatcgcc cacttgtttt tcttattacg atgcataaac aaatagtcac 780 tttctagcaa actaaggttt tgaatggaaa ttcaactgca tagtgtaatg cgattccaat 840 aacaacgaaa ttttctatat actgtatata ttttattatt attagaaccg taccacagtt 900 tatctgtaat taaaccgtat atctctactc aaaatctaaa aaataaatta tatatatttt 960 tatcataatc aacacaaatt atatatatat atatgtatat ataaattcat cgtataaaat 1020 atgattattg taaagaacaa ttattatagc tatacgtaac ttaacggatt tgttttgtgt 1080 ttgattgtat tcgaaaaata tagaatggtt gatccatgca tgatgcatct aatctagcat 1140 ggattgtgca taatttccaa tatataacac cgtatttaaa attcttgcta ataattaatc 1200 attcaacgtt ctctatatgc aattgtattc acgatctaag gctttgaatg aaaacgtgaa 1260 cggatggaat atgcatgtat acgatggtgt atacatacat ggatatataa cgcgcctata 1320 atacatatac atacactgat acacacgtat cacgtatacg cgtatatacg tattcgtagt 1380 ttcgtacgtc tctctgtagg atccaaaagc gtgcaaagga tatatatggt ggataatgaa 1440 accccacaca tgtccatgtc accaccaatc caatcccatt ttttccacta acatttgtaa 1500 Page 199 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccacgtgaga ctattcaaag actccatgat tcaataacac tgcatttgta tctatagatt 1560 ttctttcacc gttctttatt ttctcattgg tttctacaac gttagagtca caaataatga 1620 aatctttcac tacgtgggaa ccatatatat ggtgttcatc aaaactctta acgtaatcct 1680 caagctgtgc attttttcca ttagaacagt aacttgctct ttacatgtgt tgggagtttg 1740 tggcttatgt gagagagatg gcccataaaa aaagaaaagt aatttgtcaa aaaaagatgt 1800 aaatgttaat aattgatggc tttatgggct ttttaacaat tactgataag cccatgttat 1860 ttcctaatct gtaagcccat atatctgaga tttcgattga agtagaaacg aacggttgaa 1920 attttgccac gtcacagtaa acattatcag aaaccataag tcctttacca gttagtcaga 1980 ttttacggta ctgagtcgcc atgg 2004 <210> 183 <211> 1998 <212> DNA <213> Arabidopsis thaliana <400> 183 cgacgttgcg caaagaagtc atcgccgatg cagcacaaac agattctcga gaaggaactc 60 cggatcatgc atcgtttccg tgaccatcat cgcatcgtcc aagcctcaaa caagtttcac 120 atacaaatca aaccctctga atgctacatc tatatggagt acgcgtccga aggtaatctc 180 cataagttta tatctggttt ggaaggaaaa tccgtaccag agtctttggt ccaacgcacg 240 gctcgtatga tcctagaagg acttgaggct cttcactccc atggttacgt tcactgcaat 300 ctcaggccat ccaacgttct cctcttcccg tccaagactc ctggagagcc gtgggatctc 360 aagcttgctg atttcggctc atccaaggaa cctgattccg attatggttg gatgtacttt 420 ggtacggcgc ctaagtacat gccaatagag tcttttgggc ctaagggagt gatcatcgat 480 ccgagccttg atatatatgc tctagggtgt gtggtttatg agatgcttgg agctatacct 540 atccaggact actttgacga atattacgaa tggaatctgc gtcgtcatat ctctccggag 600 gctagagatt tcttaagccg gtgcagtaac atgcatccac acaggcccac cgcggcatat 660 ctcttgaacc atcctttcat tactcaaata cttccatcgc caacaacaga agacaacaag 720 gagatatcta ggtcgttgat tccaagtttc tcgaagcttc ttttggccta atcctctctc 780 tatctctctt gtttgcataa aaaaaaagaa aaaaagaaac tggatagtga atttgctatg 840 gcaaagccta gccgagatgt accaaggatc ggtttgacct tgggaactcg ttaaattgtg 900 tgtgtctttg ttttcaataa tcgtgaaatc ttcattaagt gtaaaagtta tacatgatta 960 agcttaaata ctagtaaact aaaccaaaac tactaaccaa acttaaccac aactaaacca 1020 agtatataca ctctaatact ccccctcaag atgaaaggaa ctttcatctt ggacttgaaa 1080 acccaatgaa tatgtgtcct ccacaacttt ttttcaatga gagaagcatc aatggacatg 1140 aatatccatg gcttgaaact gaaaataaac gttacgagct tccggtggtc ttgttagtga 1200 tccaaagata aatgtgctta agcgaccaga atcatcgaca tgcgcttgcc caacaaagct 1260 aacatcgcca caactaaacc aagtatatac actctaatat ttgttctttc gattcataca 1320 Page 200 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacgagagtc gtgcgtgaga gatatgcaat cgagaccaaa gtcttcttcc gtgataagat 1380 tatcagatcg atatttctct acaacaagac ttccatctgg tgatttcatt ttattacata 1440 ccgcggagaa gaaagatctt atcttattta agtgttatac tttagttagg tttattactc 1500 gagtttgttt gttacttgca taacaaaaaa ttactcttaa gtcagtattt tttctttgaa 1560 aggttttacc tttttaccag tgtgaatgtg ctgagttcaa cactccttca tgtttaatct 1620 gagtatattt tatattagtc ctgcatattt tatcggagaa tatcttcata tattattatt 1680 agagtgtaca taaaattcaa ggtttactct atattactct atccaataat ttacatttgt 1740 ctgttagatt ttgttggaaa aaaataactg tgatttacat aagttttttt tttttttttt 1800 tttaattgat gaaagaagaa aaagaagaag aaagtcttct ctagaaacaa aatccaattt 1860 ttggtcagaa tgaaaaagtc actggcaatg tttattaaaa aaaaaaaaaa aaaaaataaa 1920 gcccaagccc actacatgtt aaagcccaag aagtaacaat aaagatcagc tctcctctat 1980 cagagattag acgaatga 1998 <210> 184 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 184 atggaggcga cactggggtt gtggacggaa acggcgaaac gtggtggcaa aactcatgca 60 aacggaacaa agctaaggtg ggtatatata tgtaaaagta taaatcttct ctttaattaa 120 taaacagctt tgaatattga gttattgctg atattgaaac tttttttttt tttttttttt 180 tttttttttt ttttgtatat gcagccatgc acaaaagccc caacggtacg ttgaaacata 240 tatgatatca aaaaataatg ttgatggatt tgatcatagt tggacaagtg ttttacgtat 300 atattttttt acattcaggc tcttactttt tacaactcga aaagtctgat agtgaagaat 360 ctgaaggtga gaaatgcaca gcagatccag atttcgattg aaaaatgctc caacgttcag 420 gtctctaatg tcgtggtaac tgcgcctgcg gatagtccta acaccgatgg tattcatatc 480 actaacaccc aaaacattcg agtctccgaa tccatcattg gaacaggtta ctattttata 540 cattaacatt tgttttcttt attttgtccg tgacttaaaa aagttgcttg cttaccaaga 600 gagatggatt ttaaggctat atataataat ttacggagat tgatctaaag ggagttttaa 660 tagttgtttt ttcctaaata taggcgatga ttgcatatct attgaaagtg gatcacaaaa 720 tgttcaaatc aatgatataa cttgcggtcc cggtcacggt atcaggtatc aaatcattgt 780 tttgaataat atatcaaaag ggttcgatca taatctaata ctaagaaaat ttgatattta 840 tttttgaaaa catgagcagt attgggagcc ttggagatga caattcaaag gcttttgtct 900 caggcgtgac tgtggatggt gctaagcttt ccggtacaga caatggagta agaatcaaaa 960 cttaccaggt gaaacttcac aaactagtcc ttcgatttta actaaactct caaaaatttc 1020 cccatctgtt aattgttatt ccatttaatc caacccaatt tatcagggag ggtcaggaac 1080 Page 201 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgctagcaat attatatttc aaaacattca gatggataat gttaagaatc cgatcataat 1140 cgaccaagac tactgcgaca agagcaaatg cactacagag gttcactgca atctgatcaa 1200 atctatccaa tactcatcat cattggtaac acatattctt ggatctaatc atttagtata 1260 tattttcaga aatccgcggt ccaagtgaag aacgtggtgt accgggacat aagtggcact 1320 agcgcatcgg aaaacgcaat aacgtttaac tgcagcaaga actatccatg ccaaggaatt 1380 gtgcttgaca gagtgaacat taaaggagga aaagcaactt gcaccaatgc taatgtggtt 1440 gataaaggag ctgttctgcc tcagtgcaac tccacttagt tacttagatc gcttagatct 1500 atcaaacaca tacatataga tatataaata cagatagatc gattacaaaa tatactaaat 1560 atacttgtgg atatatatat acatggacaa taaataacag atattgtcta actatgaatt 1620 ataggattat agtataggaa tacatgtata aacaatgttc ttgagatttg ttgttttatt 1680 tgtattctta catactaaat tgtttatcta aagttatatg aataaaggga tacattcttt 1740 ataaggttat ggaccttatg gtattatttg ttctgattaa cgtgtgacat tagaatgtca 1800 ggcccattta agcccacttt ctgtttaagt taccaaaaca aacccaacaa ggcctttaga 1860 aaccctaaaa atccttattg tagcagctgg agcaatatat atcccaattt gccgcaacta 1920 gggttttctc ttcctcacgc aaagcaatac atcgcagtct cccactgatt cagcagctct 1980 ttgaactact cttcgacaat ggcc 2004 <210> 185 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 185 ctctaggggt ggagagtctt cacatgaagc cagtctgcga ggatcaagca agttcaactt 60 ggatttgaat tgtatgaacg aggacgatga gatgcctcca ccttctgagt cgaagatgga 120 aacaagattg tttttaagtc acaatggtca gcaaagcgca tcacctgtct cctcatcgtc 180 agttgctcaa caatcaggca aggaagtaaa ctttgatttg aatgacaggc cacagttttt 240 cattgattca cgtgatcagg gtccctacta tgggcggcac ccatggagta cagcctccta 300 tggggggcac aaattggaag aaccaggtat atctatcttg ggtacaaaag tggaagctga 360 cagaaaagac tctgtacctc agatggcttc gttcttgtcc aatggcaagt ccctcgagcc 420 tgcaacaggt ttacacatgg gaagaacggg aaactctttg ggtctagccc ctggtgtctc 480 cttttctcca gcccctatgt atggctacaa cggattgact ggtcctcctg gtttgtcaat 540 gtcatcaccc atgtatgttc ctggaactgc tattccatac atggtggatt caagaggtac 600 cccagtgatg atgccgcaaa taatcggatc agcgccgtat gtgcagccac cattccctca 660 acaacacatg ttcatgagct tggcgggtgg atcgcctagt acgaatggat caatgcggcc 720 aaactttgat cagaactctg ggtttggact tgagatagga aacagagagt cgctaaattt 780 gaggcagttt ctatcacctt cacaaagcgg ggctatggga gagcattcag gagcaaatgt 840 agagccctca tcgagttctt ctatcagcat tggtggaaag cgaaaagagc cggagccacg 900 Page 202 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgggagttt cctccatgga ggtgagtgat ctacaaagtg gtggagatgg gttcttgaat 960 aggttgatga attgattgat tggtcaaagg atgatgacaa gtgttttgag gtaacttata 1020 aagtgtcttg ctgaactttt ccttcttttt tttttatttc ctcagttttc ccatttttca 1080 ggttttttat tttatttcat aacatatagg aggattagtt caaacattgg tatatgtcaa 1140 gcttcttttt aaccttgttg ggtttttctc cataaataaa tatatagttt taagatacag 1200 aaaaggttct agtggtttga ttaatctgtt gcgtccattt tcgttccatt cgtcgatatg 1260 ttatgctctc atttctgaac aactgttcat ggaagaaagc agcgaaggag gtctctggtg 1320 aggaaggaag tctctcacgt gttgtatctt tcaataaata atgggaccaa atagacatta 1380 ccatttttga accgcgcata catattgcta ctacggatga gtgatgacta tgatcttccc 1440 aaattgacaa attgtatcgc ctttaggcga gactttagcc atcaaccgat taaagccagc 1500 caaacgtaat aaccttggca agcataatca tcgttgtaca aagaaaaaca tcattttact 1560 tttgtatccg acatcaataa aagcatagca tcctaatatc caatagttat ttgtcacatg 1620 taaaacaact aaatatagcc gtccgatcgt cccaattagg acgtaaacga atatcaccgt 1680 tgatttagca tactttgata atttaaaagt cgtccatcca cgccacaacc ccgaaatcca 1740 cgtcgctcca cgtcaagaac aaaaccttgc tccaatacaa aactaccacg tggctatctc 1800 acaatacgat ccgttagatc tgacacgttg gcaaatcatg acgaagctaa ccaatcagga 1860 gaaactaaag tgtacgcaac taaacagttc acacatcact gaatcatttc ctattatata 1920 cggatctatc gagctgaatc atcatcatca ctgagtaacc cgaaagcaaa gactgagaga 1980 accaaggctc cgatctaaca atga 2004 <210> 186 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 186 actttaatca agtcaatctt ctcttgatgt atcacaggtc ttcacctacc ttttcgtagt 60 cacgaagcca tttttcttct tccttagctt gcttccaggt ttcaactgca tctattatgc 120 ctttccttct taaagcttca gattttgctt cctcatatta gcatccaatg cagcaccaat 180 atcagataga gcacgatcac ctgacaagat aacttatctt ttaagcatat ctaaattgct 240 gtttttttct tacaaataga agagttcttc acttaccctc attatcagtt agctcaatac 300 tgcctgtcga gctcgacaaa atgcctttaa ctcgtattgc ttctgaagta cattcacctt 360 cagggtttcc ccagttttag ttttctttgc cactttgtca gccttgtctt tattagcaat 420 cctcttcgtt ttgggagcac cagtggattc ctttctttta ccagcatcat tagtactcgt 480 cttgggaaga tattttgcac aactccattt ttgttttttc ttagggtgat gaatgacttg 540 gcctgaggtg agaaattgag agtgtagaga cttttgcctt tgtagttata ctctgccaaa 600 ctccatcctt ttagccaatc atccacaaac tctatgggta aatcatcatg ataccttaag 660 Page 203 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taagctagtt tagaagaagt gctcacaact tcttgaccca tttgaaactg atgaacatag 720 taattgacac tgccccactt tataagagca ccattgcaat taaaatatcc aagatgaaca 780 tttttagttg gataaaagaa gacccacgac ttgttgcttt ctccctctag aaattgaaag 840 ttgatgaaat ctcactccca tggactgcga tcaaatattt caagatcgtc tatccatgga 900 attgcaacat caactccaaa atctacactt ttaaccaaac taatcataag ttaaatttca 960 atttacaatc gtttattaat atagtgatta agtaagttat caagtattaa tttatagagt 1020 tttatttttg tataaactaa ccacgagtta aggaggtgtt attggtttat gatttcaaaa 1080 gagttttagt gacttaaagt atcatgtaga atctgttgtt atttaatcaa aaaaatttaa 1140 aagtatgtta aaagtttgtg ttattcatta aagatttgta aaaagtaatc taaaaatctt 1200 cataaatttt agattattga attcatactt ttataaagtc agtaaatttt ttgtgttatt 1260 ctattaaaac aaaaaaatct ctgattgttt atgatttaaa ttattatgtt attggttcat 1320 gactttctac attttctttc acaaaataaa gtcatagaaa gtcatgaatt ttttttcaaa 1380 agattgtttt gagaaacttt agaagaaaat gtatttaatt ataatattca tagctggaaa 1440 ttgatctaat atttaattat aatattaaag tttccagtta tccaaaagaa gatgtgagtt 1500 tttttgaact tggtaattaa aaaaagaaag caatatttca gatttaatac agattcataa 1560 gaaggatcca taagaaatta actaaaccgg atctggtctt gaaatagtga cggacgcgtg 1620 tcccccggtc agagagttgc cgtcacaatc acgcggagaa agagcgacaa atcaaacctt 1680 aaccgttaaa acgtcatcgt ttcatatccc cccacaaccg aacccctttc gttcgcccgt 1740 ctctcttaaa taaatcttag agatttctgc aaaattcgtc acttcaattt caattttcag 1800 atctcaaaaa ctttttctct tttccgattc caatcttctc tcgtctgctt tcctcaaagg 1860 tacgttttat cttccttctc atagcttccg aagaatcaat ctagggttag gtatttcaat 1920 tctgatcgga ttttctctct tcagtgttct ctaatctaat gggaatttca catgttttct 1980 ccaggttttt tcatcacttt atgc 2004 <210> 187 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 187 tcttcaggca catcttcgag atctttgccg tcccacacgt ttttattcgt tgcacatttg 60 gaatgtgcac cataacaaca tcccttaatg caagaataat gtccgtagct aatgtcgatg 120 gttttacgac aaactccaca agaaaaatca ccggaaataa gagaggaaat gagagacagg 180 cggtgttggt ggcgggtgat cttaatgaca cgaggtagat taatacaagc tctatgaacc 240 atgtagttac aaggaagaca agcgtaaact ggatcatgag cgtcattgag agacaaccca 300 caaacatcac aaggtaaagg gattcgtcta ggaaaaagag tgagaatgtg gctgtggctt 360 tttaggtgag tgatagtgag aggtggtggc tttatcgtac aagtgaaatt gaggctgaag 420 ttgcaaacag aacaatgata gtatatatct tcaaaacgtt tctgacaaca tttgcatttt 480 Page 204 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccataatata tatctgatag atcgttatcg tcatcatcat catcatcgtc atcatcatca 540 agatcaacat catcatcatc atcatcttca acatcaaaaa aaggactaaa aaaacgagca 600 cgacgacgaa gaagacgacg acgaccacca aactcatcat cactgtcaaa agaaccttct 660 gaatcagagg acgacgattc tccccattct tgaggtatct tagaggtgtc aaaattagga 720 tctaaggaga tgagggtgag tgggtgagaa aggtgaagag ggtgtttcat ctgctgtggt 780 aagacgtgac aacctctatg gaattccaaa ttgcaaagag gacaaaagta atagtacctt 840 tttccctcca agtgtttgcc tttgcatccg aagcattcag agagttgaga ctgacttagt 900 aaacggcggc gttggagctt gtgcggttca actggatcgg agaaagggca aaggtgttta 960 gttggtggcc gttgctgctg cgtgttgccg ccattgccaa acctttgcct tacagatcga 1020 atgttatgtc tagatcgcag cttgtccaag cggcggcgga acctgtttaa gggaagcttc 1080 ttccgcagtg aagccatatg ggtttgtgtt tgtttacaat tggataaaga agcagccaat 1140 tttatcattt tgtacaatcc attttagact tgaggctctc acgttgagac tcattttgat 1200 tcaactattc gatgcttcca gttccagctg tagttttgtt tttttaacgc gctttagttt 1260 acgaagggcc gagggccaat aatttggcta tattttcgat tatacaaaga caaccactcc 1320 ttattcttct atttaattga taatatttag ctgtaaatat catactaata ttatttgaat 1380 aatgactatt caatataagg taataaatga ctagatcatg atcgttctct tgaatgagtt 1440 agtgaataag acgtttggtg agaagtgttg acatacaaaa tgaagataat tttgttcgtg 1500 ttttttcatg atgcattgtc attcatctac cattcatcga atttatttta tcacatatat 1560 atgaatcaga aaaagaaaat aaattttttc aggtagatgg aatgtccaat ataaatttat 1620 tgaatattag tattatatat tgtaatagtg aaattttgta taatatttct gtgatcatat 1680 aactttatat aattattata tttttagaaa taaatgataa aattataaag ataggctttc 1740 ttgcacaaaa cgtcaaaaac aatcgtataa aacttaaaaa cttttaatgt ttttttgttt 1800 tttttttttt aaattgcaga tgcttctagg accctagttt agataacgta aatcttaaca 1860 taaaagtcac gtatatcgag aagcttacta attgccaccg gtataccgca cgtgtcagaa 1920 atatacgagc tatacgtgag ctatataagc agcaagtgta aacctctcac gggcaagcat 1980 ttagcaaaac gcataacaag atgg 2004 <210> 188 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 188 ctcctgggtt ctcgactgcc cagaaatgga tgagaaactt gtgtctcaaa tgggagaggg 60 cgtacacaat tttgagatat gttagcagct ctgagaatag taaggggcat ggttaggaaa 120 aaggaaagct actatgataa gagacataga atggtaacct atgataagat gttgggtgag 180 gctgaaacca tttgtaacag agaagacaat aggaagaatg ttaatcagcg gagcacatat 240 Page 205 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcgtcagcgc tgcgaatgaa gtgtgaggag cttgtagtga tacaagatga tgataccaaa 300 tgtttcttga atgttgtaag agatgttctt gaaagagcac cttctccaaa atatgaagta 360 ttaaccgaca aagagtatat ggagagtata tctgggctat ctactgctgt tcaaaatgac 420 attgttataa aaagtctgtg gaagctacga aaatttctga caaagaaggt atgtattctt 480 cgtcttcgtt tctttctact cattataaca tgttttgacc tgtggctact gataaaaata 540 agaaatcttg ggtatttttt gcagttccat ttgattgatt caaagatatt gctgaacgaa 600 tttacacaag gagagctaca tgaattccca aagctatcag caattgagta tcgcatggtg 660 gtccttccgt ttgtgaaaaa gtttttacag gtttatcaac ttacggaaat tatcaatcac 720 agggaactca cttggtgttt gttacttaat tccaacacaa cataatttgt tcttctcgca 780 gggtaaactg aagaaaatga tcatgaaaac taaagaagat gacttcagtt actgaactag 840 aagctaagaa gagagctctg taaaagaggt aaaaatctaa tgaatcctat caacagttgt 900 tgttttggtg ttgttctttg ggttaaattt agttgtgttt tttatgcagg gctacaattt 960 ttgaggatca ttcttgcaga tgaagaagat aaacttcgag taggagttgt ttagaaaaca 1020 gtcttttatg ttctcgggaa aactttgtac ccgagagaaa actagtctga aaagttctag 1080 tttgttttag gatctgatgc atatacgttt gtgtgtctca agagagattg agaaacacat 1140 tgagaagtgg tgagaacaca tttttatcaa agtgaaaatt gtaaaatgcc tcttaaaatt 1200 gttgccgtcc aaaaaacaga cgttaggtgg tcgtttagat ttgactaatt gtttatgtcg 1260 acaccaaatc caaagcccat ttgacccgcc ttacaaaaca aaacatcggc ccaatctgtg 1320 tccccaaaaa aaaaaaactt aaagcagacg tggcagaccc tgattcgtta cactatcgtg 1380 tcgagcatat ttttctcgcg tcgccacgat ttggcaatac cctgagaaat aaataaaaat 1440 cgaaaatgga ttataaggtg accttcgtct ttggttgacc atcaaaaact acaacgctct 1500 ttctccgtag gaaaggggaa gcaaataaat tatcgaagcc cactggtttc ggagctgatc 1560 ggtctctatt tctctcttca tacatatctc gtaagcttct cctccctctt ttatcttctt 1620 ccaatctcct caattgcttt ctcctttaat gttttcgttt ctccaatcgt tatttgtgag 1680 tcttttctat tcagatctgt gtgattgttg atctctgttc ttagatctgt ttcgcgtttt 1740 ctagatatcg aatttctatg tatgtaatac gatgtagatc ggatgcgtta ttgtagatct 1800 ggtttttttg gatcgactga gtcaaaaatg attgactcag tttacgaaat tgttcagtta 1860 cttagctgcg aaaactgtga ttcgtgaatt ttgtagctag attatgaatg tggttgcatg 1920 cgtttggatt tattgagctt acttggaagt gatttgtgat ttattattac agaagcagat 1980 aaagttgatc ggatactaga atgg 2004 <210> 189 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 189 ctaaactcta ttccagcaaa attatttcaa aattagatat atgggagaat ttttacaggc 60 Page 206 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattctagat tttcattaac gctgtgattt atccgttaat aagtacgatt aagagtaaaa 120 cgacgtcgtt tgcaattgaa acaaaaatcc ccaattcaga aataagaaac cctagatcct 180 caaatctctt cttcttttct tcttcgaatt cactcctgta ttttgaaatc aaagtgaatt 240 gcaaggcaca aagttcatgc tttaaagcac tgcaaatggc gaagtcatga tttatatggc 300 atttttcctg tttttgtttc aattgcaaac gacgtcgttt tgctcttaaa cggtctcatt 360 aacggataaa tcacatcttc taattgctct gtttattcag ttgatgttgt gactaatttg 420 gctctgtcaa cgaaagttag tgattttatc tgaagtcaac acgtaattga tgattttaat 480 cacaaagtac aaagtttatg tttaaagcac cacaaattgc gaagtcgtga tttaaatgac 540 atttttcccg ttctggttaa actaagtttc tattatttaa tatggatatt gtggagcgta 600 gtgtcagcac tcagcagctt atttaacgtg atactcttta accgagtaac aactagtgag 660 gtcatattca ggaccgatcc aacaatattg agggttttac tccaagtaaa attttagttt 720 tatttttaat tatcataaac gacataaata taatatggaa agatcacaaa tactgattaa 780 aaactaaaat catcaaaacg aaaaagaaaa aagaaaaaat tgggttcaac tctcatgagt 840 tattaaacat tttaggtttt aggcttaaat ctttaaaaaa aatcagaact gaaaaacgaa 900 aaattctaat tttattttgg actctgattc atagcttatg tcgcttatgt agttatgcta 960 gggatgaatc tgtatttcgt taccgtaatg agagttcgat actctcttac ttgttacgat 1020 tctggagcat gttacatttt tttctttccg tcaacaacaa ctttaatatg gtaaaacaaa 1080 atttattttt atttggctgg tcctactcaa gacaaatctt ctgccgacat cacataatca 1140 tattaaaaac cataacttct gccactctgt tttttttttt ttttgtaacc attaactgat 1200 tggattttga tccatctcat ctgatttttt agctcaacaa tttacttgca cattttctat 1260 ttggttttat ttatacttag ttacatatat gattatcgaa ctagtatctc tttataatta 1320 agtatttttc tatttttttt taatttagat ttttgtgaat tcatttacag tagaaaactg 1380 taaaaccata tggtctaatt atagaatgaa aacttcaacg aatccataca acttattggc 1440 taaatataat aaatctgctt gaagcatatt gttattattt agttggattt gacgatctct 1500 gactttaatg tataccgaca taccctatga tttagatgtt gatttttccc attcttaata 1560 tatccatgtt aagagattcc accataacat atctaattat ttgcattgta ataaatatta 1620 tcattaaaaa aaaatacaac tggacagctg gctcgtccca ttgtttctta cgtccaccaa 1680 ttacatttgt taaagcaaac ttattagaac gttcatgtgt gagaagttgg tgtcgacatg 1740 tgtctaaggt ctatgtcaga aatcggatta gcttattaag taaactatac tatatcattg 1800 ttaatataga taaaatatct agttcgtcca aattaaacta ttttcataac tgccacgtgg 1860 cgtaaacgta tccatcgagt cacttgtaat atctttataa ccaaagtctt ccaacacatt 1920 catcaccatc tatctactct ttactctctt ctcttctcac atcaattatt catagttctc 1980 tcttctccgg caagaaaaga tgc 2003 Page 207 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 190 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 190 tgtgtgatgg gttggatttg tcatatgttt tctctcaggc agtggtactt tttgctatgg 60 gtggctatgg aacataccta ggcttccgga ttcgttattc tgatgacatt gtaagactat 120 ttacccaaat aatctgacta tagtagtaca agaagcgttg ttgtttaaac tgttttcttc 180 atttgccttg aaattttcag gaggagaagg caaaggcaaa agacctgcac ccaaagcttc 240 tagccggaat gtttttcttt ttcgcccttg gagcaactgg tggtgttata tcccttctta 300 cttccgacaa acccatcttc gaaaggtata tttttctgac ctagtaaact ctcatttact 360 gattccaaac ttgtacaaac aacacttatg ctatctagaa gatctctttt aacttagtaa 420 tgagatatca attgggcgac tgatatggtt gcgaatttgt gcaatgtagt ccgcacgctg 480 ttacaggact tataggtctt ggcctattga cggttcaaac aatcttacca tctttgttca 540 aggtaaagta cttgcacgat cttgcaatgt gaagccttga tgatttatta agttatagga 600 tcaagaaact cgttgaatgt gcaggagaaa cccgaactga ggaacgtgca cgggatcctt 660 gggagcggga taatggcgct tttcctcgtc catgctgctt tcggccttca gctcggtctc 720 agtttctaat tattctttac tgatctcttc tcttatgttt gtattcttca gctgcaacca 780 caaccatttt tttctttaaa gccttaaaat ttcaataaaa gaagatatat agagaaaaac 840 gcttgtaaac taatgtctta tatatatact aaggatgttt ttattggctg ctaatctgct 900 actactagtc acatatacac aaagaatttt acttcctaga gtttttattt tatcttcaga 960 acaccaaaat taaactaaat ttcctacaaa caaacataag gcaaatttag cttctccaaa 1020 ctttattaaa aaaagttgat taaatgaatt aaagagtttc aaatgcggaa attaaaataa 1080 acaccatcac caaccaacat ctttatataa tgaaaagaaa actaattaaa tccaaagaaa 1140 aaataaattt attttatttt cgaaaaaatc taaaccactc ctccttgatt tgatgccagc 1200 atggtccatg tggtatccaa aggatccggt tcggatatat aaccaagatc taattacgat 1260 gtcaaaatcc gggtcgggta ttgtcgggta ttactcttct ctctcaccaa ccacacccat 1320 accaacgaca acggggttgg tgagattaca ttagttgtct acatctcacc gtccattcat 1380 tcttcattaa aagatcaacg gtctaaaaac atgagaatac tgtagatcat aaaacacgtg 1440 atcagagctc cggcaacaat ataaaccgaa gagatgtgaa gcacgagaga agagcgggca 1500 aaacaaacag agagcgagtc acgcgccgag ttttcctcac ttgttctcaa taaatctctc 1560 tctctttctt ctctatcgct ttcatttttc tcctccagat ctcgattcca atctctctcc 1620 ctctctactt ccttcaacag gtttggtttc tccgatccat cgtcactctc ttcgttagat 1680 ctgttcattt ttgctttggt agctaatgta atcactcgtt tcgcgatttg aaactagatc 1740 tgacgctcgg acgttgtttc cttagatttg tttagcttaa ttgctcaaat ctgattagaa 1800 attgatcgaa ttagattctg taactggaaa attttggaat cactctgcag aaaatgtgtc 1860 Page 208 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtggaagtg aaactataca tttttttttt ttgaaatttg ttgcttaatt tttcaaattc 1920 gatcggaaat tgatggaatt agatcttgaa actggaatct tcgcttgtgt agtgttgatt 1980 ttgtttttgt gtatgtgtag aaatg 2005 <210> 191 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 191 agccagtgga tcgtcacgcg atgtcaatat cgacttgaac ctttccactt gtgagtcagc 60 ataatccatc atgtacaaca atttctccga catcttcatc aacctttcgt gcctcaacct 120 caaaatctca ttatctgcgc tagtcatatt tttttatacg agaaattaca gagaaaaata 180 tagaatgacg acttatcaaa tttgaatgtg ctctttaaag ttttttattc aggcactacc 240 cgttcaatgt tcatatagga cgtaagagaa aaaaacggaa aaaaaaaaga aagtaaaatt 300 taacattaac ataattttag aaaagggaaa attcacatat acggtataaa tttgtaatag 360 accgtcctat ttaaggccgt acatgttctt aattttttct aaatcaacgg ttctgaacta 420 ttaggaattt aggaaatcat ttccatatat ccaattatct atatatgtaa tgtatatact 480 atgtaggttt catcgcggcc cttttggatt tgagtttcca gaataaggcc cattttcaaa 540 ttaagatttc agatcaagac cccttttcca acccgttgtg taggcccaaa taaatttcat 600 ttgactgaac atcaaaactt caaaatatct tcttctacaa aattggcatt cgtaattatc 660 ttcttgaaaa caaaacaaaa tatatgcacc aattttcatt tgtcacacgt tgtaggcttc 720 gaatcgtatg cattttataa ttttacttat aaacaaaagt gacatcagaa atagtatctc 780 ctatattata aaaatgaata accaaccatc ttcccactgc tttcccaagt cttctttgta 840 ttccttacac caaacaaaaa aaaaaagtct tcttatttcc cagttgagca atttccctcc 900 cttttgctat ttaatttgtt cttttagtaa tattatcaat gtgtttatct gacttttatt 960 ctcctccatg gataaaataa agatatccca cttgaggaag aaaatatctt ggaagagtta 1020 accataaatc agaaaaagat atggaagaga acagctgtgt atctttgaga ccaagtcttg 1080 agaagcagtt agacaacatg gacggtgctg gttgcattca aaaatctttc tatacataaa 1140 acggaatatg ccaaaagtca tcaatatatc gtaaaaacca tatgcttcta tttataaatt 1200 ttacatttca taaactttag gttagtttat gtttccatat cactcatgac tcaacacata 1260 tgctaatatt cgggtaattt atagtaaaaa tgaaattttt aaaggtaaaa cctgtatttt 1320 tgtttttttc tgtaaaagaa taaggcttta ttgaccacaa ttagaggata cttttctttt 1380 tcggttttgg catttggtga tactcttatt tattttctta atgttgacat tactaacttt 1440 tttggagcgt agaaaaaaaa ttgacggaca ccaaccaatg acagaacata cagaaaatat 1500 ctaaggtaac acgtggtctg tcttgcattt catgattact tacgagggac agcactaagt 1560 ttcctccttt ctaattacca taactaacca ttttcttaat tgcccaataa tggtccctct 1620 ttaccaattc tgatatacca cccaaaatta acatcaaacc caatatttaa agtcccacac 1680 Page 209 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgagaacga ctgacgtcgg cacgctttag ccacgtaatt tcggtctcca aaaattcaat 1740 attaatccgc gaaaattcac taaatataaa acaaacccat aatataagga ggataaggaa 1800 ggagtcgaag ataagcggag agagagagag agacagagag agattcaaaa atccgattcc 1860 agatccattc ctgggcaaac aaaggttggt gtttctctaa tctcaaagct tttttcaaat 1920 tcggaaaaag caaatcgtgg gaagagattc atcttctctc tgtgcgttca tcggatctcg 1980 gagcttttgg ttcgtcgtca atgg 2004 <210> 192 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 192 gtccttcaat gaaaaatatg gctgggggca atctaaatgg gtctggtctt ccttcgaata 60 gtgatccatt tggttctttg gttggtttcg gatcaaaatc atcaggaagc aaaccaggaa 120 aggttaacaa caatgcacag aatgatactt ttgggaattt tcaaggagtg tcgaacctta 180 acagtggcgg ttctacggga acaactactc aaatcaacga ctttgggggt ttccaggctt 240 cgaaatcaaa cacattctca tcaggaggta gcttcaatgc ttcaaacgtt gattttggtg 300 tgcaaccaag tggtccacaa tcttcgagtg caaacgatga tccattagga atgttctcta 360 attccaaacc ctcagctgca ccacctacgc cacagaccga agattgggga tttgaaagtt 420 ttgacggtgg ggctggttcc accaccgagc ttgatggttt gccaccgcct ccaccgggtg 480 tatcagctac atcagctaag aacaagggca ttgataacca gagacaaggt cagtatgctg 540 atgccataaa gtggctctct tgggctgtga ttcttatgga tagagctggt gatgaagctg 600 gatcagccga ggttctttca acaagggctt cgtgttacaa agaagttgga gagtataaga 660 aagctgtagc cgactgcaca aaggtatgtt aagaaaggca catttttctt tggatgcatc 720 atggaccatg gttcatatca ttctcatctc agatccttag tttacgaagt ctctagttgt 780 attggaatca gtttaaggac tcttgatgaa attgatactg ataagagttt tcaggtatat 840 gaaacttgac aatatgagat ttaggttctt atggaatctt aagatagatt acgagttaga 900 aatactgtgc acgtatagaa agttttagtg tcttgctttg taggaaaata taccacaact 960 aaacagttct tgggatcgcg tcatcgtagc tagttgattg gttgttatgc tccatagatg 1020 gtttcttgta gactcagaac aaaaccaaca tcttcgaaac ttgttctgat tgtcagttat 1080 gcttcacaga tgttttttgt tcactttgaa aacgtgattg caggtacttg atcacgacaa 1140 gaagaatgtg accattctgg ttcaacgagc actgttatac gagagcatgg agaaatacaa 1200 actcggagct gaagacctaa ggatggttct aaagattgat cccgggaata gaatcgctag 1260 aagtactgtt caccgcctaa ccaaaatggc tggttgatcc ttcatatata cggatactac 1320 tcaaagaaaa aaaacaaaaa accctcaaat atctataatc cttcacattg ctttgctcaa 1380 taccgtttcc tctctcatcc atggaccatg cgtgtgtgta ttttttttct gagatttatt 1440 Page 210 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggttcgtcta taatgcggca gcttcttgta gtaagtgggt catgagtgta tttttttgga 1500 tggtgcattt atatgttgtt gattttctta cacactaatt ttttttgagt ttatcatgaa 1560 atgtttgatc atcgatgtca tatgaaatgc caaagatgac cgtaaatttc gcatcgtaac 1620 tcgcaaagat gaaccttact ttgagacgct gcctgcgtga tggacgtgag acgcataacg 1680 catactatta aattaccaga cgctcgtgga cacaacactt caataccgaa aactaaacta 1740 atcacattgt gatacgtttt gtattcagag agccaaaaaa aggcttacaa ttttgtcgtt 1800 atgtggatta gccttcaatt tgttgtaacc gtcatgtatc aaggaacata aaactattag 1860 aattattatt ctaatataaa gtaattcatt tcactcacac tttattacca taaaacattt 1920 attttgcgcc tataaaggca tttcagctcc accgtaggaa actttctctt gaaagaaacc 1980 cacagcaaca aacagagaaa atgt 2004 <210> 193 <211> 2012 <212> DNA <213> Arabidopsis thaliana <400> 193 ttaaagaaga aaatctctct gataaataaa ttattcgatt tgcttctttt ttttttatgt 60 atgggagata ttttaaatgt atgtgacagg gacatagaca ctctttggtt gagaagatat 120 gaacaactca tttagtcacg tgttgaatat gtacaggcca aaatactgta ttttaaacaa 180 ttggaattat tgttttactt gtcaagtgat cactttgttc aacccaattc cccaactaat 240 ttattgtttt atagtgtcac actgtcacga gtaactaagc aggttcgtgg tctcggccca 300 attaaaaggc caatcaatta aactaaatgc aagtgcctat aactcgacct atgaagccca 360 ctatcttagc gattcggccc aaaaagacaa cttgccttgt gtaaaatgat ttcactttgt 420 atccatccaa tgattccaat taatgagaag ttatgttcag atttaagaat tccagttagt 480 gaacaaaaaa tcaactactg gaatttgttt tgcttcttat aaatttggtt agaaaaacaa 540 aacataaggt ttatatctat aaacacaaag aaattgtact aatgtacagt tccgaaacga 600 gtatagtcaa ttattaaaag ttaaaatagt gaaacaaata attgctccat gaatgacata 660 ttgacatcat tatctgtttc tttgagataa gctaatttag gaacttgtct caatcctgta 720 aaatgatttg gaccctacct attttattca tctgtctttc tttgcgttca caatttgatc 780 ttaatatata aatatatagt acatgattgc actaatatat atatatatat atatatatat 840 atatattata tgtagtataa ctatacacgt atgaagttga attttataaa ataaaatttt 900 cttttaactg aatttccaat agttgtttat acataattta gaaagttgca accataaaat 960 atatttcacc ataaaacaac aaaatatggt ttccacgtac acatacacat aacacatacc 1020 tactgaatat tccgtaattt acgatgcctg ataatttgga cctaataaag ttagttaaga 1080 gtaaacagaa ttacaaggaa attttaaatt gagtttaaga aaactagtaa ttgatttgga 1140 atgctagtta tcaaacaaaa ggacaaatat atttttcgga ttatttttaa taactttttt 1200 gtttgtcacg aaacgacaaa agctttgtca taaaaaccaa atcctatcaa cttgctcaaa 1260 Page 211 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagcttcaat aatatcgtac gtgtcctgca cacgcagatt cataaatgtg tttctatgct 1320 tttacaattt tagccttatg cataacagca taaggtctta atggtcctct ctcctaatca 1380 aaattacatt caaaagttgt tgtatagttt ttcattatat tttcaataat tcatttattt 1440 tgtgcctatg ttaaaacatt ttcataattc atttataata ttatttaaat ttaaatgtta 1500 aatatctgtt ctgcgttggc tactcctgaa tgcaaacaac attgcaaaag tatttagttg 1560 tgtttttaat gcctaatcac attaatagat actagatcta agggaaatag actttatgaa 1620 aaaatcaatt gacgttaggt aaaaatttgt ttagactatt tttgtctacc agcagacaac 1680 tctgactaaa tttttaatct tatttactgc aactaactat taataaacta ataaaatcct 1740 aatttacaat atagatctac agtaaatgaa tataaaagtc tggtagtacc gtaaatagta 1800 catcaagata agggtataat agtaaacaac catcgtactc gcttcatctt ttattttact 1860 ctaaaatctc tttctgaaga aaacaacaaa gcaaagcgtt gaagagagaa gaagaagcaa 1920 agatataacc cccaaaagta tcaattagtt tccattttcg ccgctaagat tctgttttcg 1980 aacatttaca ccctcaagaa tcgccgccat gt 2012 <210> 194 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 194 aaaatagtca agagactgca agcccgtgaa caacaagagc gaaaacgcag tttgagcagg 60 taaaaaagat aatcagtgtc cttcccattt tatgctccaa ccctgaaaaa aaagataacc 120 aaaactggaa atgcttgcag atacatcccc gatgcaacgg gggcagtgta cgaggttcta 180 aaacaaatga cagaagaaca taaaacaaag agaaaacgtt acggagagga agacatagtt 240 atgcttgata aagtatctaa acagataatc acaaaagaaa cattgaaaga aaagctagct 300 gagcatgtag aacaggtctt tttttttttt gcatcaatca cttctcagca taagtttcta 360 ctgcatcatc acttttaagt cattcttgct gaatatatgt ggtggtttca ggtggactac 420 gagatggcat tagagtatgc aacacaaagt ggagtaagtg aagaacccag agaaaatata 480 tatctccaac acttagatcc caacaaatcc aacttcatag atcttcatag tccaactttt 540 gtcttcaggc tcatgttgta aaacatattt gcatctctct attagtcaat tcttttcttt 600 cagtgttttt tgggatattt taagacaaac acttgaaaag tggaaaaaag aagacataaa 660 atttaacact atgtttggtt agtttcaaca aatgtgtcga agaacgtgat aataattaat 720 aaacaaaaca atcaagaagc atgaaaactt ttattaaaat agttttctca cctcttgaga 780 acagatttgt cataatcgat aatagttgtc gatgatgacg aaactttttc tacttgtaat 840 aaaatataat tgtaaaaaaa gtgtgcgttt ttttttctct ctaccgattt taatgagagg 900 tatggataat ggatcttttc ttttctaaaa cccattattc caaaaatgaa aataaaaaac 960 gtagcacaac aataaataaa actccgcgta agaaacaatt aattacatac cgcgtaaaat 1020 Page 212 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaataaaat aaaaaaacaa acgaagagca gtgagtattg ccaaaaggcg ctttgttaat 1080 tacatattaa ttgtgtaata ataataataa atgatgtctt aaattttatg tgtaagaaat 1140 gaaattaaaa tgatatatat gtatattata tatctaaaca tatatatata tatataaata 1200 gagtatatat actatgatct atcttcctga tctacagaga gactccacaa agaaacgcaa 1260 ataaacaaaa gtcgctttct agccacgtga tctttcgtcg acttttcttc ttcttcttct 1320 tcttcctctt cctcatctcg tatctctaac ttttgtcgaa gttcttttga tgaaactagg 1380 gtttattatc ttctccttct ttttcccatc accatagaaa aggcagagac ctttttcttc 1440 atcattttta ttctccttct tcttctgctg ttcatttctc caggtactat acgcttcttc 1500 ttctattgat tttttagggt tattattgat actgaagatg atgataggtt tattcatagg 1560 gttttactag atcgatggtt ttactttagt ttactagtgt ttacacgatc taatttcatg 1620 agtttatgct acttttagtt ttttttttgg ttgaattttt gtttattgtt tataaatcgt 1680 tgatctattt gaaaatgttt tctctttctt attcatatat gatcctttct atatttggtt 1740 cctatgttga agatctcatc ctttttttgg aaattgaatc tgttgataat ttttattatc 1800 cgattgatta tttagtttag gagtgattaa aatacgatct gattatgtgt ttattactta 1860 aaactttgat tgaattcgaa aagccccttt tttataattt agggtttgat gatttttttt 1920 agtaagttgt ttgattcaga agaaatataa ttgtactgat tagttttgtt tgtgtatttg 1980 atttgttaca ggttacaatg atgt 2004 <210> 195 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 195 caaccatgag ttttttaaaa atagcaacaa acccgaccaa aagaacattc attaattgca 60 taccaaaaca gaaatgatcg agttcttcga tgttgttgga tacgtagtgt gtgctttata 120 ggaagaagta gaggtgtgag agatgatatc ttgccatctt tcttctttta tagaaaaggt 180 taactttgtt ttttagggct acagtaacta aagatatttc tagtaacagt tgcttaacca 240 tttgcagcca cgcgaatttc aaaacggtat gatttccctc ccaacacccg agggaggcgt 300 gaagcgacaa ttcacgaatg tcaaatcgaa gtggtaagcg ttctttattt gtattgcatg 360 ttatcgtcaa aataaccagg tgatttactt agtctttgct ttacacattt tcgtgaaccg 420 aggtagtata tcttctgccc ccacttgcct attcgtaatc ttgacgtcat tgaccaacgt 480 gtcaacttaa cgacctgcca ttctgtagcg tatagcataa gcacacaaac cttgctttac 540 acaattaacc aatgtcaaat cgaagtgtta agtgttcttt atttgtattg catgttatcg 600 tcaaaataac caggtgattt acttagtctt tgctttacac attttcgtga accgaggtag 660 tatatcttct gcccccactt gcctattcgt aatcttgacg tcattgacca acgtgtcaac 720 ttaacgacct gccattctgt agcgtatagc ataagcacac aaaccttgct ttacacaatt 780 aaccaatgtc aaatcgaagt gttaagtgtt ctttatttgt attgcatgtt atcgtcaaaa 840 Page 213 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taaccatgtg atttacttag tctttgcttt acacatttcc gtgaaccgag gtatagattc 900 agtatatctt ctgcccccac ttgcctattc gtaatcttga cgtcattgac caacgtgtca 960 acttatcgac ctgccatttt gtagcgtata gcataagcac acaaaccttg tgttaaaaag 1020 tgctacacta aagaaaaggg tttacacata caacaatata ttacgttgga agctgtatat 1080 cctctgacgc cgcattaaat gcgtctgata cgtatctcca tctctctttg ctcgcgcttt 1140 ttattgtcac atccgggaat ttttctaata attttctctt atgttttctt tccaagttgc 1200 tccgatatga ttattgtgat tttaaaacat cacatgttgt ttccgtagta cttgtgctgt 1260 ttaccaaatc gtagtacttc tgctggtcat agattcaagg taaaagccca ttcaccttgt 1320 tgaataatca atccagtaca atactcaccc gaaaaagtta ccagcccaat atcgtggtat 1380 atactccatt tcaatactaa tttttttgtt ttttaatgat tattttttta aaaaaaaaat 1440 gaaataaatc ctttcatagt acatgctgct gcagttgtaa attgcatgta ttttatgaaa 1500 cgttcagtac aaacttagaa agttgtagta atgaaagctc taaattgaga tctacactca 1560 taaatagttc atgctttatt tagtagtaac tgcataagta atgcatgctt tttttttttg 1620 atacgttgta atcattgccc tacaatctct agctccccta catctacaag tctgctgtcg 1680 ggaatatggt tttgccgccc atccgtagag gctatatcgg atatttcgca tggtaaaaaa 1740 acgttatata cccaactttt ctgggagaag gtcattctct taataaggat gtcaaatttg 1800 gtcattcagt aaattaaccc ttaaaaaaat gcaaaataat ttgtttatgt gacaaagaaa 1860 tggattttat ctataactat caagaagaag aaaacactcg gctatatata tacgtacaac 1920 acataagaaa aacaaaccaa tcacttcact ctctctaatc aaaaagcttt taacctcagc 1980 cgttaaatct ttctccgatc atgc 2004 <210> 196 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 196 aatattttat cgaattgggc cttaaaataa taataagtga agactcaata acactaaaaa 60 tgcagcgaat attctagctc tacaatgttc ttcggtataa ttagagttaa aaatttgtgg 120 agactatata taactcattt tgcctcccat gggtcataag caagcaaaaa aaatggagca 180 aactttcatc atgtagaaaa cttgtctttc tttctttaat acatatttga aggtctaaaa 240 gagttaggca agatgtgtta gcgacagtgt tttcgaatgt gatgagaaat aatctttaag 300 aacaagtggt tatgtacaaa tttatgcgaa tagatgataa agtagataca acaaaatgat 360 tgagtagcaa gagatggaga aagagaactt tgctctatta aaaaatgtgt ttgagatcat 420 tttatcaatt tttgaagtaa ttggctacat cgaataattt atgtacttat atatagtttc 480 tatatcaatt catatacttg atatatatat tataaaaaat aaaatcctta aaactacaat 540 ttttgtttag aaaatgtgtt gtgtatatct tcaacatgag agaatgcatc aaagtggtgt 600 Page 214 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatcaaactc ttttaatcca aatctaacaa atatattagg gttttgtgcc aacaaccctc 660 aaaaatattt ttttttgcaa cataaccttt catattaaat acatgtaggt caatactctg 720 atatcaaaag tcacccacag tataaccacg tgcatagatt ttatataatc tttgggcgtg 780 cttagatttt gcaaaccgta taagtatgta tataagttat taaactacgt cgtttgagca 840 tcttttcgga aaataataca ttactagagt ggattggaac caataaccta taatactaaa 900 taatgcactt aaccaattgt gctgcaagat ttattgttga tattgcatac cgataaatat 960 atattgtgaa cattgcattc tgggtttctt catcttctta ggaaattagg tttattagca 1020 atccgaaatc tctattcacg tgaactagtt tgtttatcac cactgatttc attatctttg 1080 gccatcatca acaatttgta gagcaagcaa gggctcattc tcatcgcaat taatctattc 1140 ttcatcgagg aaagctctga gacgaggcgt gggtggaaga attgagcgtg ttcagacttg 1200 ggtttgatcc gatcgtaacc gctcgcgctg tttgtcaagt tttatgttta caattctgaa 1260 ataatgttat tgttgtattc gattcatgtt taaactatat atattaatcg gtttgtaaag 1320 ttaacaaaat cactctgctc aattggttaa gtaatctttg aatagttcaa tatgccatgc 1380 gttcaaatct attttccaac attattttgc gtttttgttt aaaggctcaa aacaacgtag 1440 ttttaataac ctatatataa acatacggtt tgcaaaatct atacacgtct aagagatata 1500 ctataggtga cttttgagat cgcagacctg catttattta acttacatga ttgagttaca 1560 aaaaaaatta cttagagaat tttttggcac aaaatccaat ttttataact aattgaacct 1620 taaaataata ataagtaaaa gccgtttttt ttgttaaaag aaggctcaaa acgacgtaat 1680 tttaataatc atgtacagat ttatatgatt tgcaaaatct atacacgtgc aagagttata 1740 ttgcgaacga cttttaatat cacagtatta atctacgttt gtttgacata aataattaag 1800 ttgcaaaaaa atattatttg tgtttttttt atgaagccca atattttatt taattgggcc 1860 taacataata ataagggaag cccaataatt tgtagcaaat attctagggt tagaatattc 1920 ttcaacagaa ttagggttac atgtgcggac tctatataaa tcttttttgc ctcctacgaa 1980 tcacaagtaa taagaaaaca atgg 2004 <210> 197 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 197 ttggctatct gatttcttta ttattaaccg ttgattttat ttttatccga acagatcata 60 ccttataatc ttagtcgaaa aggaatattc ccaatctttt ttgaattatc ttgtgttata 120 tcattcgaat ttaaatcttc tacccaattc taagtaatca aatattttaa caatattcct 180 caatatttct gttcaataat ctctcgaatc attaaactgt ttcttaacat gttccatatt 240 tgccaaacta agtttaaagc aatcatctta atatttccct atatttatgt gatttagaca 300 atattttccc aagacataat ccgaaaagaa tattttcgac ctagccattc tactcttata 360 aatacgtctt tcccatatgc ataattcatt caccaatatt gcatattctt cctcatacga 420 Page 215 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacaaaaaaa agaagtaaaa tgatattgtt ggctaatcct tttccattcc ccccccccac 480 cccaccccac ccccaccccc ttgaaatctc tcaagtctta caaggaatgc atggcatatt 540 caggttaagt agtttcaggt ttggaggcaa ttctccataa caactggtgt ttgtaatagt 600 tttgaacctt caagggacaa tagtttggca tgtactcttt aggtaaagtt tattgagatt 660 gttgatcaag catgccaaga atctattgat ggtatcgttg tttgtttgat tcgctttgcg 720 aaaatcgatt tttacaaagg taactcaact gaactatact cttttcaact attctattat 780 tgtaaaaata taaaattgtc gagtgaagtt tatttaaaat atacgtacaa atactattag 840 ccattcaaat gcatttgatg ttttccaagt cattgttgat acaacgttgg atgcactggc 900 tgcttttgcg agaatataat tttatcaaag ccactacaat tatttttgtt aaatctataa 960 ttgtatacac cttaaatatt tttatgcagt attttcgtta gaataacatt aggaggaaca 1020 aattcgttct ttcgttctgt aggagacaac ttgcaccaaa gattgaagat gatattgatg 1080 agtatcctat gcaacccatc atggaagttc ttgttgccac tgaggtatta actatgaaaa 1140 aactaaatgg tcacaatgtt ttttttttta aagtgtttga agatctatga atatgtttat 1200 attgtttttt tctcgtgatc aaaggtaagt agatgtaaac cagtttgtac tgtctctcca 1260 atcgatacaa actcattttg atactatatt taaatgatac caataataaa ttgataaact 1320 tttaacttcg taaattatat aaattaacat ttacagacaa acacaatatt agtcaaatta 1380 gtattatatc aataagcgaa attgatagac aaattaaaaa attaatccgt gcaaaccatg 1440 gatactaact tagttattta ttaaagactg attctatctt agatgcagcc aagcaagcca 1500 tcctaagttt ctaatttaga aaaaaaatac cacaatcgtt cggtgaacca tcagtctcgt 1560 atatattgat gtattaacct aaaaattaaa actatgtgtg acgtgtatct tatatatttc 1620 catcttacta tatagttttc ctttattggc atgttttgtt aaattatgag tttgtgtgat 1680 tttaaggtaa tggtggcaaa cgttatggcc actgacagag acttagaacg gtcgacgact 1740 tccacgtgtg aacatttaat tcgcaagaaa agaaaatata tggaaacgta aacaataaaa 1800 tggacactta cgagaagaga acaaagtgag actgtgacag agtagatata gattgttgta 1860 gacttaatgt agttaaagag ctctctaaat tccgcatttg aatcgatggc gaatttttag 1920 ggttatgtgt tagatctttc ttttggagtg tgcattacga agacgtttta agcgcttaag 1980 cgttgcagca aaacgccggc atgg 2004 <210> 198 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 198 gaaatcaggg ttctgagcca aagcaagtcc aataaacttt ccataggcca ttcctgctgc 60 cccgccaata aagagagaag gagcatagta tccaccgaca agtccagaag cccgacacca 120 tgcggttgca gctatcttga ccgctaccag ctgaagcaaa agatcagctg aaagaccctt 180 Page 216 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cacaaatgga cgtttctcca acaaaatatc cacattctga aaaccccagt ataatacttc 240 agggtatacc aaagctatga taccaacact taatccaccc attacaggaa atacagcctt 300 tggtatccca gcatccttgt taagactgtc aacagcagat gtcatggatg atgtacatcg 360 agataatgcc aacgagacca agccacacag agcgcccaat aaaagataga gtggaagttc 420 tgaaaatcag tgaccagctc tcataagttt ggtttctggt tcccttgcgt aaaaagcata 480 agaatggcaa tgcatattac ctccaggaga gcggaagtca tagtcaggaa ccttaaacgc 540 aggttcagag ccgagaccga tttcggaaac cacagaagca gtaacagcac taagaataac 600 catagaagtt gtgtttggaa gtgaagttga tgaatcagtt gatgaagaag gccacaaaac 660 ggattcaact gcaaagaagc atccagccac agctgcattg aaccctgtaa caacatataa 720 caaagtcctc ttaacgaatc aatcaagagt tccatacgca agagagaaca acattagcaa 780 atatcagatg aacaaaccag aggaaatgcc agcagctgag ccagcggcaa gaagtgagaa 840 gccagtctga ggacttttat tgaacagaga attcacacct ttagcgattg acgctccaat 900 ttcaacactt ggaccttccg gccccagcga atttccagtc ccaagcgtca cacatgcggc 960 aacagtctta aggaaaggac gcaacactgc ctttacgcga tcgagactag aatgagaatc 1020 tccagtagat tttccagcag attctcgaag ctgattgagg atgctcacca ccaaaccgcc 1080 gatagtcgga acaaggataa cacgcaacca attggaaccg atcggtgcct ctctaagcca 1140 cgaagctcca cgatcaggaa tcccatccca ggaaaagtct cgaagcaagt gaacacagtt 1200 gttgaataga accacactaa ctccagtgag aacaccaacc aaacaagccg acgctatcgc 1260 aagctcctga gacggctgct gatcaaatcc aacctcatcc tgatcagtct cctgcttcgc 1320 cgccggtaaa cgcgggaaaa ttctaccgcc aatagcgacg gaaccgaaaa acggtgaaag 1380 gacgacattg aactgaaaag gaacgtcggt tttgtgaatt ggagcgaatc tccgggaaga 1440 gacgggagat cggagggcag cacagagtgg aagcgtggct gccatgaacg gctgcttccg 1500 tgaagtgacg cgtgtttatc cattaacgga taatttgatc ttaaatcaca aatcttacgt 1560 ggctgatctt attattcaaa cgcatgggct tgggccttga ggtaaacagg tttatatggg 1620 ccaataacaa taaatttgat taaaaataaa aggcctctta gctttaggtt caaacttcaa 1680 tggagaagca gtggctgttg tccctcgcag ttgatcttct tctcaatcca aaatccagct 1740 gataaataaa taatttttct cttgtcgtca tattaaaaaa aagaaagatt atctgtattt 1800 caagtttcat gagcgtttgc caccacaaca ttgtcttttc gggttaattt cttcttcttc 1860 ttccttttct tactaaattc tcttaggtag ttgtcgattc gatttctttg tcttcctctt 1920 cgcttatttt cgttgaatct cttgtttaca ccttttcctg aaaacaaaat tgtgtttttt 1980 gtagggtttt agtcatactt aatg 2004 <210> 199 <211> 2004 <212> DNA <213> Arabidopsis thaliana Page 217 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 199 atcaacaaga acaaatgcat catggtttca acaaatgtga caagtagtag cctcatttag 60 gctaaccttt gacattccag gaacaaagcc acgttctgca agttcatcca tttcagtaaa 120 gccctcaagc atctctactt gctgctggta ataatctgcc acattgtctt ccggacctga 180 aaacaccaag acacatagct tcacaaaatc atatttgatc tcttcacaaa atcatatttg 240 atcacaaaat catatttgtt gacattactt ccacatccaa aagaaagatt agagacaaaa 300 atcaaggatc gggattaatg aactctagac taatcaatac caagattcaa ctaaatctca 360 acttcataac aagagtaaaa atatatcttt gaagaatcaa aaatgctaaa gatagcaaac 420 aaaagaggcc gaattcaaat gttatcagct gctgctaaag attgaaactg aagaagacga 480 taagaaaatg gaaatgcgga gaggaggagc aaattgttta cccaaacaac caagacagtt 540 gtgtagttta ctcggagatt tcttctcctt gtgttccggt gaaacctgga aatcatcgaa 600 atttaactgc caggaacggt caccgttacc gtgaaactcg agcagcgaga tcccttcgtc 660 ggaatctgga ctagctggct caaccatttt tccggcggcg gagagagact ttgtattttt 720 tttttttttt ttttgagaga gagagagagt ggtaaggaaa tgggaaattt gaagagacgg 780 cgagggtaaa atcggtaatt aagaaagatt gaggctagct actacgactg ttgtggtagt 840 aagacattcc tccacagaga tacttggacc agcctttaga agagacgtct ctgctaatta 900 tccacgtggc gttctctcaa tggatttggg atctcgcacg tgattggagg agtcatcata 960 cacacgtgta cagttgagat tcaactgcaa ttaaacgacc ccgtgacatg acatggttat 1020 gagtcacata tgtgccctct caaactctat tatgtagtat aaaaactgta ttagatacaa 1080 ccgacccaag atatagaaga acctttgaaa aatggtagaa gccagttcag ctaaagcttt 1140 cttcttcaca attatcgtaa aatattagac atgtagagca ggcttgttgt tctcttattg 1200 tcaagcgtaa gtaaatgatt attgtttagt ttcgtgacca attggtttgt tttttggtta 1260 gccattgttc gatttgcttt ggtttggtca aagattgtat gctttcaagt caaaccaaag 1320 ctgactaaat tttattctgt aataatttac tttggaatgg caaaaccaaa gaaaggtcat 1380 agacacaaga gaagaagcaa atatgtttct tacgccaaaa gacacgtttg tatggtaaga 1440 caaaagacac gtttgtatgt ttcttacgcc aataccatta cgttaaaaat aaactagtaa 1500 cttaaattta cgctcacttt ctatttgggt tttacatgat gattttggtc aaaggcctat 1560 ttacaatgtt gcaagcccat attatctttt aagtatcttt ttgtgcaacc aaaagaatca 1620 gtgatcttat gctcattttc atttttttct aatgaaattt ttcgtcactt atggcttatg 1680 cgtccgatgg acgattatgg taaaaggccc atttattcaa tccaaagctt actgggttag 1740 atgatgattg tggtaaaaag gcccattata gacccaacta agtatcttag ggtttcagtt 1800 tccactataa aacttgttgc ggcgtaagtt agggttttga gaatcagcgg cttcacctct 1860 ccaggttcgt gtctcgattt tgcaaactat ctctcgaaat cgtcctacat ttctttcttc 1920 agattcatta ctgagcttcg ctttctgggt ttctatctaa aaatttcaca gatttcgtgt 1980 gtgaagaatc atttcaagcc atgt 2004 Page 218 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 200 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 200 aattttttga taattctgaa ctttagacca aatgcatatg gacgagctat attctggacc 60 aaaaaacaaa tggtctaatt gggcatatga ccagttttgt ccacggataa tatgggcttg 120 accatatgga caacgggctg cccatgggca tgaattgagt caatagacat gtcttcattt 180 aattgtattt ttataatttt aattacaatt acaactaaat aatttttaaa taatatattt 240 tacatttata agtttttact tttctgaaaa ttttaaattt taatgaatta tttcttatta 300 aattatttac gattttaaag gaaagatagt attccacaat tttctggaat acgcaatttt 360 taaattttac ggttttgacg ggaaaaatac aattctccga ttttacgatt ttgacggaaa 420 aacgtaattc tgcaaatttt ccaccaaaat cgtgatttta ttatattggc gagaacacaa 480 ttttacggtt ttgacgggaa aacgcaattc tctgatttta cggttttggc gggaaaacac 540 aattttccag ccaaaatcgt gattttatta tattggcgaa aaacacaatt ttacagtttt 600 agtgagaaaa cacaattctc cgattttacg gttttagcgg ttaaatcgtt atttttttgt 660 atcggtgaaa aaaataattt tacgatttta ccgttttggc gaaaaaagca attccataat 720 tttttcgtca aaatcgtgat tttattgtat tggtaagaaa aacacaattt taccattttg 780 tcgaaaaaag acaagtcttc gatttctaca atttttacgg aaaaatgcaa tttctcaatt 840 tttctttaaa tttatgattt ttgatttatc aataataaca ataataaaat aggctaacca 900 tgggcttgcc atatggacat ggtctttatt gggcatggac atttttcgga ccaaaccgtc 960 caacttggcc cataaaaaaa ctgtccgtac ggacacgccc aatggtcttt ggacggacca 1020 tttgacacat ctagaaacaa ccgtcagcag tagccattcg ttaagagttt cagaattccg 1080 atatatacat tttgatacaa cctacacaaa aacaaagaca aagagagaaa atccaactat 1140 gaggaggatt atcttgttga tagtgccatc aaaaacaaga gttagttatt cacctgaagg 1200 tttggctaaa caaagtatat tatctctttt catatacctg tcaattacat cttgacgctg 1260 cattgtcaac aatagagacc tcctatgtcc tttgtattca ctcttggctt tcttaagtac 1320 tctagtagat tcatctacaa atgtaaacat ggttgtcttc gccgcgaggt cgtttgcatg 1380 ttcttctttt acttgtttcg tttcagttcg ttcttgatcc tgcaagatcg ggcgtcttct 1440 cattgcggcg ttagttaatt aaagtatttt gtgcaaaaaa aatttccgtc caattttgca 1500 actttatact ctatgtccaa aaaaaacaaa ataattatat gaaatttaaa ataatacgta 1560 atatagtcaa tttttacaat tttacatatt gtaaacgtaa aaacatttgt ttttgaaatt 1620 ttttaaaaaa taaatagtta aactactcat atcaagaatt ttgatttgat atattattta 1680 tcaaaattta aaagtttaat aatatcaaaa aaaattatat tgtgtatttt tttaatttta 1740 tataattatt ctgcattctt ttaacgtgaa atgtaaagtt gcagccccag ggagtatttt 1800 Page 219 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agagtttttt cgaagataat tgtaatctta acttattatt tcaagggtat tttgggagat 1860 tgactatttt tttttgggtt ctgtcttgaa gacaaagaaa gctttcttct ataatacatc 1920 tttctctaca gatcacacag aagcaaaaat tccatctccg atttcggaag agagttgttc 1980 tcttctctga gaagaagaag atga 2004 <210> 201 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 201 tcagagtcag tgtccttcat cttcctagcc attaggttca gaaactcagg gaagtctatg 60 gttccgttac catcagcatc tacttcgttt atcatatctt gtaactctgc ttctgttgga 120 ttttgaccta atgatctcat cactgttcct agctctttcg ttgtgatgca acctaaacac 180 aaaaccacac atttctctca aatcagtaac agattttaac accaaatctt caaattttca 240 ttgtaattta ctctaataac acacaaaatc ttcaaatttc attttagtta ctctaacaac 300 tgtatcaaat gaacacaaaa tcttcaaatt tcattgtaac ctactcaaat aactgaatca 360 attaaacaaa aaatctacaa atgtcaatgt aatctacttc gattattgaa ttctaagatt 420 tgtgtcaatt ctaatcacaa ttagtaaaat ctggaagact aaaacacgat taagttagag 480 attattatcg agatagatcc gattgcgatt ataatttata atcaacgaac gataaagata 540 tcatcaaatc tcgcgtttaa tgttaatgtg aatatccaga gattttatgg acaacgaaga 600 gcatcaaatt cctaaagcca agactaagtg atactcaaaa caccaaaaaa aacgcaagtg 660 agtctattat gaatgaaaat tatacaaaag aggaaagatc tgagagagaa gaaccatctc 720 cgtctttgtc gaaaaggcta aaagcttcct tgaactcaga gatctgatca tcggtgagct 780 gatctgccat tttttggttt agatgagaaa gagagaagaa gaagaagaag aagaatcaac 840 gttggtgtgt gtaatgagag gattgttgtg tggaattata aagaaggaaa aagaaaaggc 900 ccattaggcc caataacaat aatttcgaat ctgattctct tttttattct tcttttgttt 960 tgttctccac tgggccttat tgtgttttca attcgactag ctttacttaa gagggaggtg 1020 atgtatatat tcccttgtga aaagaaatag tattgttgtt ttgccgacaa ccatttacat 1080 gctttgaatg gtttagttca tataagttac tgatcttacc atgcgtacca atactaagta 1140 ttcaacgagt tggtagaatg ggattactag tgatataaaa cggtaaaaaa ggtttagctt 1200 tgtgtttacc atggatttta aactactttt taattaagtt aaccaaagaa aaagttttag 1260 cattataaga aaatttagaa atagtagtac tttttattta ctgtttttgt aattaataat 1320 catctaggag ttaggacaaa aatcactact ttgttgttgg aagggtcacc taatgggtag 1380 ttaagcatca tgaccttcac ttaaagattt gatattaaac aagatccagt tttcgcaaaa 1440 ctgtcatact tttttgatcg ccacaactat gtctctcagt ttggctagag atgtagtaaa 1500 aaacaaactt attgtatcca tcacaattat aggtaattta ctgtcttggt tttaaaaaca 1560 tgtaatgttg agcatcccaa agtttgtgtg tcccaatgct agagcatatt atagtcttac 1620 Page 220 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctctagtgag ttcataaaga agtgttgtat gatcatatat tttgttgagt aagagaaata 1680 tttctttctt cctcatgtgg ttgattattc aaaattatac aaaagaggaa aatcacttaa 1740 aaatattcac gataccgtta aaagattacc aaagaatggg ccaaatcata atattaataa 1800 agcccgttaa taaccgaatc gacccacccg acaaaacaac ccgaatcgtt ttaatatcca 1860 acccggagtc agacggagct ccaaagattt ggcttgtctc tggcttgaga acaaagaaaa 1920 cccctttctt cgatctcagc ttaaatcact cgacgaagaa gaaatcagaa aagagtcaga 1980 gaaaaaaaaa atcaaggaag atga 2004 <210> 202 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 202 ggagtcaact atctgtctct cccctcctct ctttgcacac acacattata tatattacca 60 caatggctcc atgattctta aagatcaaaa tcaaccacac agaagagaaa aaaggaagaa 120 gaacaagagt ttttttcttg ggcatatccc aagtttcctt tttcttttct ttcattcttc 180 tttcttttaa tgtgggttct aaaactccat taaaattgat cataatggga aactgtttgg 240 tcggaagaaa caatgaaaat attgctgaag aagaagaaga aaaatttgaa gaagtgatga 300 agaaagatta caaaagaaaa gatcgaaagt tgaagattgt tctaaggaga gatgagttag 360 agaaaatcat tcttttccag cttaatgcag acggtgcaaa caaaggagga gacgccaagt 420 tggcttcttt tggagttttt cttagagaac tagaggcaga aagattggcc ggagaagctg 480 cggctgcggt ggcaaaagaa gagaagtcta gccggagatt atgtcgaagg tggaaaccgt 540 cgttggagag tgtcattgaa tggcctgaag aagtatagtt ctctttattt tattttattt 600 tattttctta ttattcgagg ttttcaaaca ttttatatta caagaagaaa aaaaaggaat 660 ttctttttgg gattatgcta ttgcctgttt ttattttacc aacctttttc cgagattttt 720 tttttttgca tatgagatct tgggtgtttg aaatgtggca ttggtgtatt accacaaaca 780 atttgttttc cgtcgtaatt ttgtgtgtca tcataaataa agttcattgt ttcgagtgaa 840 atgttcgctt tcatgttagt tttctctcat gtgtaagtta ttaatatgtt catgttcttc 900 tctgtgtatc ttttggcatt tttacaaaaa tgttaaaaga aacacaaatc gtccgatatc 960 ttacataaaa gattatcata aaagttttaa ttaaaaaatg atgggtctaa ttagtaatac 1020 aaaactatac aaaatttagt tgtaaaattt tacgaaataa tacataatta tgtattgtaa 1080 aaaaatacat gaaagttgta taaaaagctg aaaataatat tcttttgtaa agtctttaat 1140 taacgttttt gtgattagta attgttaaag ttatacacct taatactaca tcagtatagg 1200 gctaccaatc aaagccgatt tgtatacaac tctttcctct gataatgaca ccaaccaatc 1260 tcaaacatgt ccttctttga aacttatttt gatatcgttc gaggagaata atatttttta 1320 tgttgacaag tctacacatg ggttaacttt tatattttaa tatccatctc aataaggatt 1380 Page 221 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctttgtggta gattgtagtg aatgaaattg acgaaaatga agaagacaat ggtgcttaca 1440 acaatgatga gctcaatctt ggtctcaact ctcaagtact aaagatgatt tatctatcat 1500 ttattttctg tggtcaaaaa taaaagctga actatctctt tcttaatttc ctttctatgt 1560 attatagctt ttcctaaaca tacattggga caagaaactt tatgttgaac aatattgtta 1620 taagattcat atgttttgct cttaatcttc catatatggt cttatggtta tgatcttgaa 1680 taggtgtatt attttgtcat gtaaatttaa cacaaaatca gcaaaaataa aaagagagtt 1740 tggaaaattg gagtagactt catgaagtcg taaatctctg actaagccca cgtaacacat 1800 acattttacc aaacacatga ctcgtgataa ttctttctgc ctacttatgc tttgggtagg 1860 gtttctaacc cgaatccgat ataacccgac ccgaaacacg tgggctataa aaacccgacc 1920 caacagatct catcatctcc attctccaca ttttccaagg cttcagtttc acttcatcac 1980 actctctgca aaaaaacaaa aatg 2004 <210> 203 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 203 tataaatcac gtgtttggag aataaatgat tagagataaa tactcgtaca agagaaaatt 60 taaaaagggc tgttcgatga cctcaagggt cggaattctt ttgatcgttg gatcttggaa 120 ttatcgaacg aatgtgtaag attacacatg ttcatactta ttggttacaa aggtttttgc 180 tgatctgtca gacctagtgg ctgagttgtc atttgacaca agtcaccaat ttaacagaag 240 agagatatag tcacttggcc agtacgcaac caaatgggca aatggctgat caatgaagaa 300 tcaagaatga attatatgaa ttagaagaaa aataattaca aaatcttatt taaatgttga 360 tatttgattt cttctttcca tatttttaaa agttaagtaa aaagtttgaa tcgatattta 420 tatgaaaacg gatgaaatga tatatgaaaa aagtacatgg gagaataaaa aagatagaag 480 ctacttattc aggtaatgtg tgatgtataa tgaaaaatga aggaattaaa aagaagatta 540 ttattgtgat ctaccatgtg tacacaagca accgaaacaa attttgttta tgtcccctag 600 tgcaaattgt agagtattct atgagtaatg ttttttatgg acaatgtttg aatatcatta 660 gttttataca tgaaaacaga aaagatttgt caatgcctta gagatccaca tgcaaccgtc 720 tttgtcgatc caaaacggaa aagtatggag agcgttggtc tgtgcaagaa attcatgaaa 780 atatttaaaa tgtctatttt aaaataatta tgtatttgat aaattaataa ataactaatt 840 gtgatattaa tagttgttag ggactattac ttagagaaat ttgggatatg gagtagtatt 900 tttggacttc cacatatgca tttttgacag tacttttcaa gaaaccctat tatgaaacca 960 aattatacaa gttgcactat gcgcccaaag attttggaac tatcgacgta aaacatttta 1020 tgtctgccac aaaaattctt aaaagttacc ttaatgttta tgtaaatcat ttttctttcc 1080 ctcttcaact ttacgtcaaa atcacatatt gatttgtaat gaaagaaata aaaaaattga 1140 gtacaaatta atagctagat aatagtcgat ttctacacac acaaaaaggg ttatatcctt 1200 Page 222 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtggataag aattatttca atataaaaaa attcgtcgtt gttcaactac gtcaaaatca 1260 caaactaatt tcaaatttat tttgggtatt aatatacatg aaaaacgagt aaaacaaaag 1320 tatgtatata gctaaagaca aagtagattt gtacacacaa caaaatggac taaaaatatt 1380 gataagaata aataaactaa tatagggttt gtatacagaa ttataacttt cttccttcta 1440 acttcaaaac caacaatgga tttcaaaact atatactgta ttcactattc agattgaaac 1500 atagctagag aatagtagat gcctacacaa acacacatat catgccttca ttttaggttt 1560 tttttttttt tttttgatga caacctttat tttaggttat attatttaag taggcaatat 1620 aatatagacc aatgattgtc ttatctttag tgagaatagc atatggtacc catccaccca 1680 ctgtgactcc tcctcacaac aaataacatt taaattaaat gttatgtttg tatcaccata 1740 catataatgg tgtatattga tgcatgcatg tatcatatgt agagagagat ctataaagct 1800 tcataaaagt gtttctctag aaaaaacgac aaaattcgca gagaaaatcc aaaccaaaag 1860 tagttttgta acagagagat agatagaaag ctcttgaaga tctaaccaaa atctactttt 1920 gttcttcttc ttcttctttt cataaatttt cggagtggtc ctatttattg tttcttggat 1980 cattagagag acagctatcg atgg 2004 <210> 204 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 204 gtgataaaaa tataatatta tataaaaatg ttataatgct ttttttgtat gacacatgtc 60 cattttaaat tacaaaaaac catgtaaata aagaataaaa tacgttataa ctaaaaaaac 120 tgaatgcatt tcaaaaaagt taccatataa tcatataagt aagcatataa atcatacacc 180 ttatcttgat gtatatgatt agttataact agaaaagaaa acaaaacaaa gttgaatatt 240 atatctaaga atatatatta cccattaaga aataaatgaa agagagaata aaatccacag 300 cattatataa atattgtagc cctgggagtt cggatatatc ggtttaatcg gttcggttta 360 tttagttttt cggggttttt ggatttttta atttctagcc gaattgaacc gaacaaaaat 420 tcggttcggg tcggttcgga catcggtttt ttcggttcgg ttattgggta taaattaaat 480 tccggattaa accgattttt tttctaattc ggttaatttg aaccaaataa accacaaatt 540 aaaaaaatgg acttacaaaa atgaaatcta ataaaaaaca aacaacaggc ccaatacaca 600 aatatacagt tacaattaca aatccacaac acaattatgg gtcaggtcca ttacaaaatt 660 agggttttga gttttgacaa aaaaaatatg tacgactaca actccaaact gcgacgtcga 720 gcagtgcctc tccaatctag tgatctacca ttccgacgac gtaatgccct acgagacctg 780 ttaaacgccc gtttgttatc catgaagtaa gaaaaaacat gagatggaag tgtaaaccat 840 aaaagatcca taaaaataat ggataatctc agatttggaa gtgtaaagcc taactctaaa 900 atttcagaaa ttatagagac agaggaagag cttagagagc aaagaatcaa acaaaacaaa 960 Page 223 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgattaaaga gaaataagaa gagtttaccc taagaaagtt gaggttgtgg gttgaatctc 1020 tgagcaaagg ttttttgtaa gaccaactga gattagagag aatgaaagag gcttggaaga 1080 tgatgaattc atgaaggaga agagacgagt tgatgattac taattcaatc gaagaaaaat 1140 atcaaagttt ctttgttgtt ttcgcaagag gcagagagcc aaaaacgaag aagaaaccta 1200 attaggttaa gactcatcaa ttaaccttat atatggctgc agattctcgg tatgggtgaa 1260 accgattggt tccgattacc gaaccgaccc gaaccgactt ccgaattctt aaattaattt 1320 ggccgatcgg ttcgatctcc ttaattcggt tgctgccgaa aaccaaaatt ttcgtttttt 1380 tcggttcggt tttctcgggt tgaaccgtta tcccaggcct aaaatattgt atgactcttg 1440 accaaaaact agttagatat attatttatt atgacatatt aatattaact taatataaaa 1500 taaaaataaa tgttcaaaaa acatgatctt aaagctgaca aagctgattt gattgactaa 1560 tacttatcct acggtgattt ttggttcttt tacttttttt gacaattatg gagctggatg 1620 gaaaaaaaat atatataaaa tcatatatta ttaataatga gataaataca acgaattaaa 1680 cggatcaaag ttaatatttc caaaagaaaa atagaacaga gtcctaattt cattaatttc 1740 aactattgaa aacaaaattt aaaatcaata ggattgattt ctatttttct tttagaaaaa 1800 caaaatttga aacaatttcc taatttccct aaacttgcga ctttttaaca atcgaccgac 1860 ttatcaaaat tagggattgt tttatatata aagagagacg catctcttta tttcattcat 1920 cgcttctcca aaattttctt caaagaacaa atctcccaaa tctaaaatct ttctcttctc 1980 tcttcgtttc cataaccatg 2000 <210> 205 <211> 480 <212> DNA <213> Arabidopsis thaliana <400> 205 aagttataaa ccacagaaag aagtcaacta agaatctacc agaaaaaaag gaatttcttt 60 aaataagatg actgtctttc tatgaatgaa aacagctttg gtcacacata agataggaaa 120 ctatttctag atagtttcat gccaagtttg tcactaaatt ggtcaaaata tattggcaag 180 tttaacattt tcgcataaga taataacata tacttatatt tttttaagaa ctaatttgcc 240 aatcaaaagt agcaataaag tgaagaaaaa aagtctaata aagtgtagaa attaatcaaa 300 ttttaagtcc taaagttgga aaaatggtaa agaagcactc aaaaaaaaaa aaaaaaattg 360 tgtatgtgtg ggccgaattt gagaaaccag tgacaccaat aaaaacctca tctttcaatc 420 tcacacaagt atttgtgcct actcatttcc tccaaacgtc aaacatagca gcagccatgg 480 <210> 206 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 206 gtattttaca aagtctccat attctataca ttcaatagat attcacctaa atatagtttg 60 Page 224 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aattatgtgt cgtctagtgc aataataatc ctaaacataa aacaagagag cgagagatag 120 tgaagaagtg ccccgaggat tcggcgtttg gtcgtgtggt ctttgttgca aaaacaggtt 180 gtgtggctct ctccctttta tctccttatc tctcctcttc ccttttccac ctcttatctt 240 tcttactttc ttatattaca atatccctcc ctaattccat tatatatttt gttttatccc 300 caaacctttt caaagtcaac tccgtctccc accccactct ctcattatat aaatatatat 360 tttgccaaaa aattcgtgat ggatcctaat cttcgtggat cagaatagta acgtgcagtt 420 caactgcgga taaagtacaa tgcagttcta atagtaacga aaatatctac atacactgca 480 ccgcacaatg cggttcgatc accgttcgga accttttttg gaaacaactt tcctactaag 540 tggattcgaa tcaaaattct catctttcaa attaactatt agaccaagaa cctcttggtt 600 tatccaacta tcatcctttt ttcattctga attttacaga aaaaaatgtg gtggctaagt 660 aaacataggt tgcatgtatg catgacttac taatactatt atcatggttc caattttttt 720 attttatttc gactaatgtt tttaagtgct ttcatcttta aacaaaatct gagccttgta 780 attgaactca attatatagt tttggtaaga aattaactat gaaagatgat gtctagtcaa 840 aggataccaa gcttttagga gatgtattgg aaaatgatct gagttttagt tgagttttta 900 tatgattttg atgattttag gaaagttgat acgaattttt ataaaatctt ttcaaatttc 960 atctaaaacc gtataatttg gatttctata tttttaacta aaatgttttt ctcaaatctt 1020 ctccaatctt tcaaaattaa taagaatcaa attgacaaac cgttttcaat aacaataaat 1080 ttttaaatta ttagtttaat aacactaaat tttattatta aaattattaa aatccataat 1140 tagataacat aaaatttgta aattttacac aaatcactta aaatactaga ttaaatacac 1200 tcttcgtcaa taaacaaatt tagtaagcgg gttatacggc gggtacactc accaagagtt 1260 tttaagaaga ttagtcagtg gtaagagagt cttgatctct gattaaaaaa aaagagtgat 1320 ttgattatta ttattttgaa cacgacaaaa caaactaatg tggaaaaact gaaaaatata 1380 agagagaaga agggcaaata tgcaaaggta acacaaatgc attgtgagcc atacgtaagc 1440 tcaaagattt ttcacgttgc tcttatctgc cacgcggcca agattccaat aaggcaagct 1500 acttgattgg gataaactaa ataacaaaat aaactactta caaaaacatc atgtaattta 1560 aaataaataa ataaaataaa aaaaagaaaa agaagaagat atattaaaga ggtttgtgaa 1620 gacgaaggag tccaaaacct ccctcaggag cttccgcctt attcagaggt taaacttctc 1680 tcttccttgc aaatttactt cttcgttttc tccgcttgtt tgtgtctatg atcttgccta 1740 tgaaacatct ttttatagta cacatatatg ttgtcttatt ggaaatatga tcggctaaca 1800 tatttgttat tgttattaac aaaaaaaata acatttgtta ttgttcaccg gagttgatag 1860 tagcaatagt acatattaca tggtcatata tgcatatggc tacatgtttg agttatattc 1920 gattatctgg tgaaagatga gattgtgagt ttgtaagttt ttgacagtgt agaggaggat 1980 ccaaaagaaa agaggaaaaa atgg 2004 <210> 207 Page 225 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 207 gatggttcac aaggtggtgc atccttctgt caagctacca cggaccaacg gatgttctat 60 gtcggtacta gttggtacag gggataacat atggtctgga ctctatctaa ttatatccac 120 cattggattt atttcaatga tcacattgtt ggacatcttt tacataaaaa gatacaacat 180 aacaacgtgg tggtacaagg gacttctatt tgttggttgt atggttgcaa gtgtcttgat 240 ttttggaggt cttgtggttg ttttctggca tcgctgggaa cacaaaaccg gtgaagtgga 300 agcaaatggc aacgacaagg tagatttgaa tggagaagaa acccataatc catctgcagc 360 agagcttaag ggcttggcaa tagaagaaga tgtccagaat tacaccacta ttcgttatgg 420 caccagaccg gcctttagag gtatacacta caaaattagc ggtgtcaagt ccagttatct 480 cgttttttta tttataaaat tatagaaact gaaatcattc ggaacggttt gacacggttt 540 cgttcggttc ttgaatccga cttttggtgt agatatttgg ctcgattcgg ttaagttaaa 600 tctttgattg gttcatgtaa tatttttatt ttgtaattgc agagatattt gagtcattga 660 atgggaaatg ggggagtgtg gatgttggag tgatagtatg cggtccagcg actcttcaga 720 cgaccgtagc caaagaaata cggtcacata gcatctggcg atcggcgaat catcctcttt 780 tccacttcaa cagccacagt ttcgatctct aacgatgctt tcaaggccaa agaacattat 840 ggaaggaaat tcgaagacaa attgatgcat atattttagg taatctctgt cagtatgtac 900 tatggaaaca gctatggttg atatgtgtat gtttatcttt cagttttcga tgtataaagt 960 agaaatcaaa tgtatgagca tctatggttt ctagttctac acttgttggt gtttctacat 1020 tggacattta atattaatta aatgcaagct gataagtcct ataattacat agctgcccat 1080 atattttcgg aattttttaa agtagagata tattcatata tatatgaggg attagattct 1140 ataattacga atgtatttaa tttcaaatta aaagttagat tctcataatt ctccttactt 1200 actctgtgag ggattagagt cgtaaaaatg accacaagat gtaatttttt tttaggtcat 1260 tgatctacca tcaatttgtc ggacacactt atcttataag ttttaaattt taacaaatgt 1320 aagtgaaatt ttgtggtaga ctatcatttt caagtagaag tagaatttaa gtaaccttcc 1380 ttgttataat ttttttttaa aaattatgtc attacttaga gcccaccaga aatgatgacg 1440 tgtaaaacac cataatcata aaggataaaa taaaattatc atcccaccga cagtttatta 1500 gcggagatgt ctttttccat ccacccgaca ttagcccatt gctttactag taaacaaagt 1560 atatgcaatt ttttgttaga aaaaacggtg cataaaaaat aatattttaa tgtctccgac 1620 aaattttaat tgtatgaaaa ataaatacac aagattacaa gttggccaaa acgctcaatc 1680 atagttggcc aaaaatatac tattccaaaa ttagagttag ctgtaacgta acatgtacaa 1740 ataaaccaaa caaaacatat aataacaaaa taattgaagt gagttttaaa aaggaaaaaa 1800 aaaaaagagt aaaaaaccaa aaccagatct ctcaaagagt ctttgtacat tattgactag 1860 agagagcttt ttagcttcac atttcttcac ttccacacac ttttacttct ttctctcttc 1920 Page 226 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcttctcttc tccagatctg atcccaaacc tttgattcat tgttgttgtt ctctgctgct 1980 ttatcagaga gcatcatcat gt 2002 <210> 208 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 208 ttggggagga aggaatacaa ataatctttt tcgacactga atagtttcct ttgaatgaaa 60 gctgataaaa tagtgtataa gttcattttt ttataacgta attttttttt tggtaatgtg 120 aacaccctaa aaagatctcc ttctgatgta gaaatattat acccatacac atcgataagt 180 tagtttgtgg aaagaaaaac taactaacaa aataacacct tcaattcgac aaaagagcat 240 aagtttaata aaatacctac agaaattttt gacgatgata ccactaccat tcgccaaaac 300 cacaataatt caattcttct aaatgtagat tctattaata tggtcgattg tcattattcc 360 aaataattta tttttttaaa tgaaaaattc ataactctaa atatacaaaa gcaattgctg 420 atttggattc aaattttcaa agagaacttg tagttatgca tatacataaa aaggtaagtc 480 agtttttttt tttggctaat aaaaacggta aaatcatgtt attgataaaa aatttgaaaa 540 cagtaaaaga aatatgacca tatttgaaaa tttacctaaa aactataatg atgtaatagt 600 ttgatttact tacatttaac taatttttaa ggtctgttga tcgaactcgt taccttgaac 660 aattagtagg acaactcaaa ccactaaacc attatacttt aaggatttat gtaaaatttc 720 aaatatatat agtttagtag atgcacttat catcacactc accaattgga tgtcaacacc 780 tggttctagc tttttaatta ccaaagtgaa aaaactgact ttttctaaaa aaaattcgtt 840 ctagatggat gctcttcaaa ttcgttctaa aaaaaactga cataatacca tccctttaaa 900 aacacagaat tttttttatc atctctgaaa caaatcattt acagtagtaa atgtcaacac 960 aacattaatt ctgtttgttg ttggcattta caattgcaaa atcattttct catttattat 1020 tcgtatttat tttgtcaaga acccttgtct ctaaaatatt catagaaaaa gaaaagagcc 1080 attaattaat ggcttgaaga aagattggtg tataagcgtc tacgtgacct ttaattaatt 1140 tacttccccc aaaaaagtca acattcaaca tgtgaataaa aatcaatatt ggtttctaag 1200 taagtaagta ccatattatt aaattattta ttttggtaaa tacgcactca atttttctct 1260 caacggtgta tataaacaaa aggagtctcc tttggaaaaa acttgcctat cattttgcca 1320 acgaacgttc tttcttctta atcacagctc agcctgacgc aaccgctcag gctgatctct 1380 tccaatttac agccatttcc cagctcagat ctctgatccg gtgagatctc tctcaaggta 1440 atgcccctgc aattttgctt acttctctgg ttgtgatatg catgttcttc gaattttcat 1500 cgtttgtgat ttgaattctc attttgtatt tgctgttgtt ggtttttaat tcgattttcc 1560 ggaacagatt atgggatttg tattcgaatc ttcgatttga tgacataatg tcccagcctt 1620 ttatgtttaa tcttgaaatg atggactttt atccgatctg ggtttaaagc tggaattttg 1680 Page 227 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attgtgggta ctattaggtt tcattgattt attgcttggt ccaacatttt tagcagctgg 1740 tattgagctc ttgttgtctg aattttggaa agaactattt ttgttgtatc gttttgattt 1800 atttggatct gaattcattc acctttttct ctgattattg ttttgtgtcg gttgcatcca 1860 ctttgattag atctgaatga atcatttttt tatgtgctca agttattgta tggattgttc 1920 tgtttctagc atgttttggt tagacattgt taagatctga cgtttgcatt ttcaggaaaa 1980 ggagttagag catcatcaag atga 2004 <210> 209 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 209 attcttagtt cactcattga aggtttttct gcttattttc taagttttag cttatggtat 60 ttgtattttt ggttatttat actttttttt ttttggttct tgtttttaga gatattattt 120 tgttctgccg acttatttta ccgagaattt tagttccttc tgctggtttt tgtaacttgt 180 actccaccat gtatcaccct tagcggttgc tatttcatga ataattcaga cagaaaaata 240 taataattca aatttgatat ggataaatga gaatttccga atcttccaca cttgaactta 300 taataatcca tagagacata catggcagaa tttaaaatct ctttcattct ttttcatcat 360 ctttatatct tcaaagtgca tgtgctcggg catcatcatc caaattccgt ttatactaat 420 attattttcg aagctgatcg agtagctata tacatattaa attgtaacat gtatgaaacg 480 tgtacgggaa cgttgaattc gacctatttt aaatttaaac ctgataccaa gaccaacaaa 540 accggtctta tacaataaat ggatcaggcc tcaggcctat aacaaaaaac tacagtttag 600 gggtccatta tctgaaactg ggtcataatg cagaggcctg ccttgccatc tctttatacc 660 taagttctac ttcttacaca tttcattttc tctcatttag ataacgtttc tcgaaattga 720 tcacaaatga aatgaatatg acaaatcttt aaaattgaat aagtgatgac ccaaagcctt 780 taattgtgtt ctaaaaacat ttcattgtct ctcggaaaag ctccgtttca aagagagaac 840 cgtcatagga ttgtttcttt ggtttgcgtt atgtactttc acttagaaga acgcaaatgc 900 aaaattagaa gaaaaaaaac aatcaccaaa tatagtattg aacttttcta taaagcttcg 960 atttgagttg tgacatatgc tatagtatat tgtatttatc actataccat tttaaacttt 1020 cctgtatgtt ttttacaggt cgttcaaaac aagaattgat attttttgac ggtgccgttc 1080 gagcccatag tttttggaca attcaatgaa ccaaacccaa attgcgtcag tcttgttccc 1140 ccacccacaa gtctttcttt ccactcccct gcgttgccaa caataacata taacactaat 1200 gtttttaata atatatccca catctaatat atgggattaa atatgccatc cgtataattt 1260 tataacttat cctatcgaat tttaagtttg ctcaggaaaa ttacatttgg tttcattaat 1320 caacaaacaa attatagttt atcattttgt catcaaatct tctgtgacgt accttctgac 1380 gtttttcaga ggatgttata ttttaaaaat ctacttttta aatgcatctt acgtatctct 1440 ctactatccg ctgtttatta atttctctga atttttaagt ttaagaaaat agaaacaccc 1500 Page 228 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttaaaaaaaa taaggttaag cattaccaaa aataaaccca tacggtgacg tatcacagac 1560 tccaccactt gttctaagcc gagccgagcc aagccgtata actattggtt caaacttaac 1620 cttagttaca ttttaaccct ttctctaagt ttggtttatt taaagaaaga taagtttggt 1680 ttatttaaag aaagagaaag tgtgaaacca acttgttcat attgaaaaga accattgctc 1740 tctagattaa aagcttctct ctctctctct ctctctctct ctctctctct ctctctctct 1800 ctcttttgga ctttctcaat ccatatccct ctctctgttt tttctaattt gagcctctaa 1860 agtctcctcg ttttgttcat gttgttgttc aagtgaagaa gctcaattat gtttacaaca 1920 ttgttgtaat ttcaaaactt cataagaatt tctctgataa taaagaaaaa gctggagtag 1980 aactatttta aagtgtcatc atga 2004 <210> 210 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 210 ttatttacta gtattttgtt atgagtgatg tttttgggga ttatatttgt gtcatggtgt 60 tgggattttc gatttcttct ctgtttcttg taatatgggt ttaagaagaa tctcgcacac 120 caaatgtttg atgaaatgct ctctgttttc attgtaggac gctccagaga gacttccagt 180 tcacgagttt ctaatacgtg tttgtgttaa tgagagcatc accttacgtg agaatggttg 240 ttccttgggc tatggcgttt atcttgaaca catactgcct ttctttacat cctttgggcc 300 aagaagttgt tgttgggttc aagagagatt atggaatgtc taccaagtcc gcatgtttct 360 taaatggcct gttatacaac ggtcatcttg tgtttttcat gaggataccc atacacgagc 420 ccattatcgc gagacatcct gctgggtttc aggctgacat cttgattaag aatgtcttag 480 gagatgggtt tgtgcttgtt ttatggaaat ataacaagat cgtttgtgag tggtattatt 540 ctctattgca aagcttcttc ggggaacctc ctaggctagt tggtgttgct gttcacgaac 600 ttggagccat tggacggctg cttttctttc tggataacaa atcttttgat gtaagtctaa 660 tgtcccttct agttctcttc cttcgtccac cctatgtaac ttaattacca tatggagcat 720 gttttgaata acaggttctg tttgttatct tatctacagg ctcttaccat cagcatatgt 780 gtgtctttct tctttattct tctgccgttt tcttttcgct ggattgcaat agcaattgta 840 ggaggtggcg gtttattcga aaactcacct gtcattcttg gatacatgat gacgctgtca 900 attccctttg cctacttagg aattttcctc actctgcgtc aaatctcgtt tccagccata 960 gtcaggtggt tttccttggg atatcacttc ataacaaaga aactgtcctg cctcctgagc 1020 aaaaatctcg tttcctgtca actgtttcgc gactaaggca tggcggggaa agttcaagag 1080 aatcagaaac gtgggaatca ataagcttcc ttcaatgtgg ctgcttcaag atgtgattgg 1140 ttcgatcata accacacttc tagccacact ctgcatccct tacttgctct tgaagtcttt 1200 gttacctctg cttggatttt cccgtagcgc caacccagct attgagccgt ttatctggcc 1260 Page 229 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggcgttgtta gccttgattg cggtctggtt catggccaag caaacttatg atctcgtcag 1320 ttactttcat aggttggtct tcgatgatcg gtatgtagtc ggttaaagag tggacaatct 1380 gactgaggat atctcgctag agagaaataa ctaatccata tatgacaaac aacgactttt 1440 cattggaaag gaaaaaatgt ataaacacaa acgtagattc aaaactcaaa aagttatata 1500 gtaaccaagg tctatatacg ttaatattaa gataatcgca gtccacttgt aagtcatgaa 1560 aacaaaagga tcttcaaatt gttgagatat aaagaagaat acattagctt gcctcaaaga 1620 acacaatagt aaggggctaa ttatgtaaat aacctaattg tggacacctg tttgcataaa 1680 taaatagtgg caaaactgta aataagtgaa tattttagca attacagtat aaattaagaa 1740 caaagattaa aaataaataa aaaagtgctt tcattctttg gatgcgctgt tgtcaacttg 1800 tccctcgctg cctctgcttc ttaactcttt ctttatcact tttccactcc caaatcaatt 1860 tttaggtttt ttttataatt ataatttatt tgctctcggc aggatctata taatacacag 1920 accagtcttt gcgtgtgctt gtgtgcattc attgatcggg tttatatctt ttcatcggat 1980 tttctttgtc gagcaagagc catg 2004 <210> 211 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 211 agattaacgc acatattatt agcttcacat tgcatgatat cattcgttac aattactatt 60 tgattaatct aagaatataa ttaatatcta atggcaagag ctaagaatta gaattcttag 120 attaacgcct atattattta gcttcacatt gcttgttatc acatggtaca ttagattaat 180 tgacgccatg gtatactcgt ttccagtact attagactaa cttctatcat agtttttatt 240 ttgacttttg tctttgttag tttttttttt gtaattgttt tatgcaatta ttttaccaat 300 caatgttttt ttttaccaac tctagtctac tactatgttt agtagtctat attagtcagt 360 aaagaaataa actatacata ttaatttttc aatgtttttt gtatgcattt ttattgggta 420 aaaaaatagt tcaattggta aattttgtat gcattttttt caacaaacta aaaatagtat 480 cattggattt tcttaaagat atctaaatga tactattttg atacaatatt tttttaacat 540 catcttgaat ttgaataata ctaatctgct actaaaaaat tagtaaaata ttggcaaatc 600 atatatttgt tctaaaagtc atttataatt gaaaagattc ttataatttg atttaaaatt 660 actgacaagt tacaacatgc tatcaaaaac tagaaaattt atcgaaatta gatttcaaac 720 atatattatt gcattttttt cctcattttc aacgtttaag tataaattaa ttataaacaa 780 tgggtgcatt tatttgacta ctactactat ttaaaaatat aaataggtct cacgagtcta 840 ccactcctcg ggatcagact aggctacatc cattgaacca tagtaaaatt accgtggaaa 900 aaacagtaca gctgtaactt cctatataaa cacaaagatc catgtgccca taaacattta 960 ctactagtct actactatcg tatttttttt ccttcgtcta tgactacact aggttgttta 1020 attttggaat caaattaatt agtagacgac gacttcaaac aataattatt taacatacac 1080 Page 230 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttttgaaca actgtatgca ataattaaaa aatcaacaag accaatcaaa atcattaaca 1140 aatgctgtaa aaaaaaccat taacaaatgt catttaacat gtttctaaga atatttaatg 1200 aaaaaagtat agatcaaagc tctagtgctc tagatttttc attaaaaatc tattaatatt 1260 ttcagttttt tttttaaatg ttttcagata ttttaaaact ctattaatat ttccagattt 1320 tttgttaact cttgaacaag tactattaat atttccttta attacatacg tacatagtaa 1380 taatagattt ctcctataaa atgcttttct ttttttactt cagctcctat ataaaatact 1440 cggataaata gatcctaatc aataaataaa tagattcagt ttttcttttg atttagtcgt 1500 gtacaatgac gatcacaaca aaaaagccca taaatataat ttactcaaag tgattaaggg 1560 taaaattgtc attatctgat acgtgtttta gttgaaaaat tgctatcttc caccttcttc 1620 tatctctcta cgaaaataat atttttgagt tttgttttta ctttttgttt ttttttttaa 1680 aatttttttt tcttcaaaaa ttcctccatt gttattacat aaaggaaaaa agaaaggtct 1740 ctgagatttt caaatcacca tcatcatcat cgttgaagaa gacgaagaag ataccttcct 1800 ctttatcttc tccgatttct caaccttccc gtctgcttgt cgtaaagaaa tggcgccgag 1860 tagacgggat ttacagctta ctccggtcac cggaggttct tcttcccaga tcagtgatat 1920 ggaagaagtt ggtcttctcg attcgtatca caacgaagcg aacgccgatg atattttgac 1980 taaaatcgaa gaaggaagag atgt 2004 <210> 212 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 212 ttttcaacaa aaaggtcaga ggtgaatgaa cgccagagat tgtctactct attctatttc 60 aatggcgctg tatccagctt cttttctccc tttattcaac tcattatcta atgatttttc 120 tgggttccct gcaacagcgt gtgtcccagc tagaagaatt gcatctgccg gatgagtctc 180 acccatttca gccaatctca tcatcacact ttcccccaaa tctgcattcc cgtatactct 240 acaagcagct agcagagcac gccaagccgt tgaatcactt gtgatcggta agttccttat 300 taactcatac gcttcctcta actgccccgc tcgacctaaa agatcaacca cacaaccata 360 atgttcaact ttgggcgtga agctgtaagc ctcaaccatc ctcttaaagc atctgattcc 420 ttccattacc aaccctccat ggctacaagc attcagcaca accaagaagg taatctcatt 480 gggtctcact ttgcagttct cttcctccat cttattgaat agtgttactg cttctcttgc 540 tagtccatga gctccataac ccgagatcat cgcggtccag gactttacat ccttatcctt 600 cattctattg aaaatctcaa cagctttttc aagcaatcct acttttgcat acatatcaac 660 gagtgcagtt ccaagtattg catccaaagc tattctttcc tcttccaata gatcagcaac 720 agtacgtcct acgaatgctg cttcactgta cgcacaggaa gacaacagcc caacaaatgt 780 agatgaattc ggtttcattt tttcatactt catctgcctc agtagccata cacactcttc 840 Page 231 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaggagaccc gttttggcat attggtctat catacagttc catgtaacaa catcctttcg 900 aatggcgcaa tcaaagatcc tgcgtgctga actgataccc ccagttttgc cgtacatccc 960 tatcaaagct gtgattaaat gcaagtctaa atcaaggcca atcttgatgc ataacacatg 1020 agcagattct gctccagaca aatctcctag atcactaata gccgaaagaa agctaagcaa 1080 cgtactgaca ttaacgacca cctcactttt tctcataatc ctaaacaaat ccaaagccaa 1140 cgctttctta gaaacctgaa gatacccatt catcaaagta ctaaacgtaa cagcatcaac 1200 actctgcggc atttcgtcga acactttccg agcatcacta atctttccac aaacacagta 1260 aaaatgtata agagcattcc tcaaatcagt aaaaaccata aacccagatc tcaaagcaat 1320 cccatgcaat ccctcaccaa ttgaaacaca caattcacga gaacatgatt taagagtcgt 1380 gataaacgag aatcggtcca ggtcaaacct ttagctctca attggttgaa aacagaaaat 1440 gctcgctccg gctcatcgct aatcgagtaa cctctgatca tagtgttgaa cataaagaga 1500 ttagtgttgg agacatgctc gaagatcgac gaagcgtatc gaatgtcaag tacagaggaa 1560 aaagcaagaa gcttgctcac tgcgaaatcg tccttgtcga gtcccgtttt caccatgtaa 1620 ccatgaattc gagaaacttc gacggtgtct ctgcaagacc ttagatcgtt gataagtttc 1680 tgacattgtg gagacaacaa cgattcaaga ttcctacgac ggaacacgaa attgcgcctg 1740 agccgtgacg taatcgccaa tgtcatcaga aagaaaaaaa agtcgccgga ataaacacgg 1800 atttgttttt taagcttaaa atatcaaatt gggctttagt tccttaatgg gccttatttt 1860 ggtccaaatc cagttacgtg gcaaagagaa ttagggctct ttgttcttct tatttaaaaa 1920 agttacgcct ttcttcttct tcttcttctt cttcttcttc ttcttcttca tttctaggat 1980 tcgaaacaac aatcaacgcg atgg 2004 <210> 213 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 213 gattcgacca agctttatag caatacaagt caaccggaag ttagaaatga tacgtttgat 60 gagttcaatc cgggttgaac cgggtgagtt tatatgacca aaacaactct tcacaataaa 120 tgaataaaat atctcgagtt gtgaatgtat ggttgttctt agttgggtct ctatcgtcct 180 ctctctctat tataactatc ccaatctctt cggtgttgta atagagacat gggaactact 240 agacaaggaa aagctcataa attcgataca tccaacattc aaagcacatg acacgaactt 300 tgaggcgtaa gctgtcacaa gttaacatca aacctagaca tatagatttt atttcaacaa 360 actgattatt tatacaatac ttttatttca ttctataagt agtgatacca catatttcag 420 gttcaaggct catgatcgac ttgctacctc taatccgttt cctgcaaaat ttgacgacag 480 aatctgtaag ttgaaacaga caggatcgct gaaagataat cctagaacac atgttccgga 540 tcgatagacc aaagtactaa agcatcaatg catataaata tataatacac aagaactgta 600 atttgcaaat gcttgtgctg aataagaaaa gtagacatat atctgaccaa gttataatag 660 Page 232 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttattaagcc ggcttaagag caaaacagag attaattacc atcaggatca aagaagaaaa 720 cttgcttgac ttttccatca ggaagagact tctgaaaagt ttctatccct ttctcctaca 780 tcataacaag gacgagaaag gatcgattaa ataactctga aagataccaa tcatatccat 840 aactgtacca tcaaaagctc atgtaaacaa gccaaagaaa caataccttg agagaatgaa 900 ggaaagagtc gaaatttggg acagagaaac agatatgatg acccattggg agatggctag 960 gatccttaac cgctgaggta gcactgtaag gaccttctgg aagatttgtt gaagggtttc 1020 tctggataat atgcattgca aaagcacctg gtaagtttag ccacaccacc tgtaggtctc 1080 caaaatcagg actttcgatc tcctcgaacc caaacacctg acaattatac atatataatc 1140 cattggtttc agaacaaacc acgaagatga agataacact aacttaatca aaaggattaa 1200 aggcatccaa aagtggacac tctcaataga aactagaaac gagataagtg acaagagaaa 1260 gagacaaagc cacaatagca acacaaatct ctaaataaaa agccaaatta caaaccatag 1320 attctaatcc agatgggtaa tcgactcagt gcgtttgttt ttttgggtcg aaattggtag 1380 taacaacaca aacccagaac agagaatacg aagagagata agaaaaagaa aagtgtaaga 1440 aattgaaaac gtcgattagg tgtcgttacc tctttgtaaa actgggcgag gcgtgtgatg 1500 tctgatgatt ctctggctat atggccaaga ctcgccatgt ttggttccaa gcggacaaag 1560 ctaatcaaga agaacaactc agaaacaaaa atggtcgaca aaaaagagat tagtaaaagt 1620 acgtggcatc ggctccttat aacacatctt taatcaaacc ataaggttga accgatcggt 1680 ttgactatca gtgaaactaa aaccaacttt aaaaaaaaga attattatac gtaattgcag 1740 ttactccaag aaaaattaat ctgttgctta atctgaatat ccgaccaatc agaaatgttc 1800 ggaccccgac caaacaatgt atccggttta aaacatccgg tccggtatta aacccttatt 1860 gctccgtaat ctctcacctc caccaattcc tcattcttcc aatcgcactt cctttaccag 1920 atcagacgtc aatttcaact cttcagtgaa gagatttctt tcaccgaatt ttctactccg 1980 atcgatcaat tgaagattga aatg 2004 <210> 214 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 214 aaattcatgt gaatttcttt cgaaacttta aaataatata gggactaaat tgtaattaga 60 tgtatgtttt agtgccgacg tgtgtgattg agacagcttt aaagatatcg aaactgagaa 120 gaaaatatag ggactaaatt gtaattatgt gtatgacatc gcttttgtcg acaaatcatc 180 attggtgacg atttacgaaa gcaaagaaga ggtgttctta gctgcacatt tgtcaccatt 240 tatacaaaaa ttgtggttct tgtgttttgt tttttatgtt ggaaaactta tggtatagtt 300 tcttttgtta cgatacacct tagttgaacc attcaaatta ttaggatatt ttcaaatata 360 taatatttta attctaattt cgtatgtaaa cgactctcca ataaaacatc tccactagct 420 Page 233 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgttggtctc taaacttgaa atcagttttt atttttcttg taatattttc aaaattgttt 480 caatatcgta gacaaatttt aaataaaatg tacatcatat ctctataaac ttaataatac 540 ccaaaatttt gactaatcac attaaattcc ttatgatatt cgaataaaaa aataatttaa 600 taatatttat tgtagtcgca attcaatatt tattctgtaa tgcttgaaaa atgtttttaa 660 aaactgtgtc actacattac tataacgtta gtatgtacta aattttgtaa cgtttcatgg 720 ttataaaata gtattagttt accgacaaaa atatatagat tacgtaacgc ttgttttaca 780 ttaaaacaaa tttgttagga ttgttttgtc tattctacat tcgtcacatt tgttttgttt 840 aaactttttg ttttctaatt aaaaaattat tctgtttttg taattaaata tagtaaattt 900 gtttgccgcc caaaaaaata ttacataacg cttgttttac attaaaataa agttgcttcg 960 attgttttgg ctgttcaact ctagtcacat ttgttacgtt tgttctactt attgtcgtga 1020 atcgatcgaa aacttgtgca atgtggaatt gagggggtta gatgtaaacc aaaaaactaa 1080 aaagggcaat ctccaattat tttgttaaag aggtggcaat tgcaaatctc caataatata 1140 aagttcataa aaaaggttaa aggagagagt tgtggtggag agagtgagac ccacgtgggt 1200 gatgtgttgg caaactatct tccttaaaat ccaaatccat ttatccatca ctactttttt 1260 ttcttttgtt tggtagtaaa atccttcact agttgattgc agatgactaa taaagtaata 1320 atctttcatt ttggtggttc atcgcctaat ttgttgttta cttgattgat aaatgtttga 1380 ggatgaaact gtatcattta tttttctcaa aattgtttgg ttcatgacct atataatcca 1440 tttgtttaat attaatatag gtaaatttaa aattcgttac ttaaattggc taaacatact 1500 cttcaaaata atatatatcc acttaacata gttaaaactc tgtattcaga taaaagcatg 1560 gtaaaaaacc aaacatatcc atttaaatgt attcaaagtc atgagaaaat ttcctatact 1620 tgttccttta tatctgcgag aagtcatgaa ccttatccat ttattagttt tcttctgacc 1680 gactaaacct gataatcact aatccaccgt tagatcttaa aattccaaat ccaaaatgga 1740 cggtcaagat cacttaacga aaaagaaaac agtttcctgt ccagaaatgt ctaaccttga 1800 ggcctttttc tctttccttt aaactttttt ttttcgatta taaattttct cgtgaagcta 1860 atttttcctg agaaagaaag cgaaacttcg ctggcgacta aagattgctg agaagacacg 1920 tcgtctctgt gagaactttt tctttttctt ctggtatatt ctggagacag atattgtttt 1980 ttcttctgat tagagaataa tatg 2004 <210> 215 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 215 gataaacctg tttgtgaaat tttcaaaaat tggattccat ttattttggt attattgcca 60 tcttaatacg tttcaagcga actaaaaaaa tgttaactac tagattttaa tccgcggtgt 120 accgcggaga caattcattt tttaaaatta atatatataa aaatttataa attattttat 180 agtttatcat tgttactaag taacgtcctg ccaaacccgt ccacaaaaaa aaactattta 240 Page 234 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttttattaat gttgatctta tttataatat gtttatgaat cattgttaaa atattttagt 300 cgttgcggga cgttgaaccc acacattttt cgccaattgg ttaatatatg ttcattctta 360 aaatttcgaa tcacaaaata tgacgaattt gtttttgaga tttttttaaa ctctatatat 420 taaataatga tattaattat ttttgataga ttaaactttt tataaattca aatattaata 480 atgttttatg aagtttaaat atacgaataa tattatttaa aaaataatat tttttacctt 540 ttagataatg atatattaac tctaaaagca aaaatttaga agatttaaat ttttaaataa 600 atattttcat tcctaaataa ttaatgtcag tagcatgaca ttgtaaataa gttgaaatac 660 atgatttgtt tatttaaaca aaaaacgttt agtaagaaca atatttattt aaacaaaaaa 720 ttttgtttta aaatattgtt aataaaatac gtttgtgcta attttaaggg attgatgtga 780 agtttgtttg aattaaattt gattgataat gtgattgaca atttaaatta aaaatttaaa 840 gtaaaattaa ttattttgga acaaagattt aatgctaatg acattgaatt gtaaataagt 900 ccaactctag gatttatttg ttaaaatgac tgtaaaaatg tatacataga tgggtagagt 960 ataaatttta tgattaaaag ttacattcaa atttcaaaac catacttaat tctaaaaaaa 1020 caacacttat agtttataag cagctcttat gataaaaatc tttctgagtt atagctctgt 1080 taaacttgta ttcaccccaa aaacggatgt ttcatttctt attttttact tggagtattt 1140 tattgtaatt tgtaaaaaaa aatgtaaagt gggggatatc atgaaaaaca acgtcacttt 1200 gtttggtcac aatatacatt tgataaaata atggtcgtcg cgtgatttag ttgatttttg 1260 ttttatcaac cacgtgtttc acttgatgag tagtttatat agttaacatg attcggccac 1320 ttcagatttg ggtttgccca catatgacat accgacatag aaggttaaat ccacgtggga 1380 aatgccaata ttcaatgttt ggttttcaaa agagaatcat ttctttatat gatctcaaaa 1440 gtatggaatt gaaatgacta atgagcacat gcaattggtg ctatcttaaa aaccgaacgt 1500 ctttgaattt aatttgtttt tcaccaaagg tacctaatga aaccctttca ttaaaaaata 1560 aaggtaacaa acaaaatttt gtattggaaa aaacattttt tggaatatat aatttggtaa 1620 tagaattatg agcaaaaaag aaaaagaaaa gaaagaataa tgagcataat aaagccttta 1680 cagtattact aattgggccg agcagttttg ggctcttgat catgtctagt aatcttaaac 1740 agacgataaa gttaactgca atttagttgg ttcaggtgag ctaccaaatc caaaaatacg 1800 cagattaggt tcaccgtacc ggaacaaacc ggatttatca aaatccttaa gttatacgaa 1860 atcacgcttt tccttcgatt tctccgctct tctccactct tcttctctgt tctatcgcag 1920 acatttttgt ttatatgcat acataataat aatacactct tgtcaggatt tttgattctc 1980 tctttggttt tctcggaaaa atg 2003 <210> 216 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 216 Page 235 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcaacgcctc agccttttgc ttagctcgac ttgttcctgc ctgcgacaga gccactagcg 60 gaggtatcgc tccttctcta gccaccattg ttctatacac aacactctcc tcacaaagct 120 gtagcaatat cgacacagcc atctctttct gtctctgtgt tcccacctct actatctcca 180 ccagcaccgg aactcctcct tcctccacaa tcgccggttt cgattccggc accgacatta 240 acagactcat cacaaacgcc gatttatcca ccatgtttga tccgaaatcc gccatcaatt 300 caacaagcgg cttcataatt cccgattgca cggctctgat tttgttctct ttagctgagc 360 acaacgagta cagagccgtc gacgcgtcct tcttcgctct gaatccgcct gtttctagaa 420 ggttcaccaa cagaggaatc gctccggatc tcccgatggc gactttgttc tcctcgatct 480 gcgatagacg gagcagagca caagcagcgt tctctttagc agtcggtgtt cccattttca 540 aagccctgac aagcggctta atcgcaccgg aagaagcaat cgactctttg ttctcgtcgc 600 agagagatag attcaagatt gcagtgacac catactcctg aagctgaaga tccgaagaag 660 agatcagaga aatcaacggc ttaatcgcac cggccttggc gattttgatc cgattctcag 720 gtttgttctt ggataagagc ctgatctcca tagcagcttg cttctgctca tcgatcgaat 780 aggaggaatc aagatgcgac acgagatgat tgatgagatc atcggaattc tcagaggcgc 840 aagagaggag gagacgacgg ctctcggagg aagcagtggg gaattcgccg gatctgtcgc 900 tgttacaatc gctgaaagca gaggagtcat cgttgagact taaatcgctg aatttgcggc 960 ccatgtaggt gaaactgccg gggcggtgat tctccatctc catggatatg agatcagacc 1020 atcaatacaa aaacaaagaa cgtggatgct tttagtttag ggtttggtct gtcttacgag 1080 tggtctggtc tgtcaggaat atttgtttgg aggcaagaat gagctaattc agagtctaga 1140 gagagagagt ggaataataa taccttatta taaaattaat taatggtttt cattcatgta 1200 taaataaata tatattttat gttttgtaat ggcccggtcc cattattatt acgaggctcc 1260 gcgtgtctca tggttacttt gggctttttg tagataagac ccattataag aatgggcttc 1320 aatgtctatt aaaagtgggc ccactgctga tgttaatcat acaagtaccg agagcagcag 1380 attagataga cgtgttgata gatcctcgat tttctctctt ctctcttgtc ctcggaatca 1440 acaaaggtaa tgtgtcttct tctcttcaat gcgatcggtt tcagttttct atcggaagtc 1500 aaactgtttt gacttctttc ggaaattccg gtgattcaac gtggtaggat cgttgttagg 1560 atggtgttaa gagttttgat ttttgtttga atatcaacta atttatacat ggatttcact 1620 tacttggtga tcttagattc taattaatcc ttttttcggg atcttagatc tatctgattc 1680 tcatcccaat ttgattttcc acttgttttg cttccgactt atggattgct agagtaacag 1740 atctgctttg aattatgggt aaattatgtt tctctaatcc tgttatgtcc ttaagttagt 1800 agttagtcag tctcgtaatt catatgatcg gccgaattag tgatcagtga cagtgagatt 1860 atgtgtaggt ttatgagcaa aattttaggt atgttttgcc tttatggaag ttcaaatttt 1920 tgttgtttag gttttcctga tgcattattg gaccttatat attaacagat ttgtttttgt 1980 agacttttgt gtaataaagc atgg 2004 Page 236 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 217 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 217 ggtgattgat gctactcaca agggtaataa atcaagatac atcaatcaca gctgcagtcc 60 taacacagag atgcagaaat ggttcgtttg taacttatta tccatcttct cacttttctt 120 ctgttcaaaa caattgagca aagttataga tcatgaacct ttttgttccc atttaggata 180 attgatggcg agacaagaat cggcattttt gctacccgtt tcataaacaa aggcgagcag 240 ttgacttacg attaccagta agaacatttc cttgcatcac aacaataaag tatttgaatg 300 taaatgttta gttgtgtgat actaataaat atagcaggtt tgttcagttt ggtgcagatc 360 aagattgcta ctgtggtgca gtgtgttgca gaaaaaagct aggtgcaaaa ccttgcaaaa 420 ctaagaacac aaccttagaa gaagctgtga agccagtggc atgtaaagtg acctggaaaa 480 cgcccaaggt aaatttgagc tttgccttac ttttttttag tcatcctgtg attgctaaac 540 agtaacttgt cctttcaaac atatggttag ggaaaaactc gagggagacg cattgctggt 600 tagtattaat tatttggctc gattatcgac aagcttctca attcagaggt aagagaaacc 660 aatttggatg cgtcaggaca agcttggaac aatcatagcc agaggaaaat atgttgccgg 720 gactgcattg gtgcggtgat ctggttagca cgtcccatga accaaaagta taactatctt 780 tctttttttc tcaaaaacca atttcttcca caccaaagaa cagtattaca cggctcagat 840 gaaggttttg actctagtag ttgacatttt tcaggtgttt tggaatcatt acacaatatg 900 atgagtttta aataagcact tggtatctat tcatttgact tattgccaac actgttgttc 960 acattctatc tcagtttacg aaatctaaag aatgaacatt gactttgtcc aggtcatgta 1020 tgaggatggt gttaccgaga tcatcgacat gtgcagagaa gtttggaagg ttgtaactgc 1080 ttgatattgt gactgttcca agtctgattt cattccctta cataggatta cacttgaatt 1140 gtcaagaaat tttgtaacca accaaaccgt gtcggttggc aaataggttt agactttgtt 1200 gttgtatgta tccaacttga atcagtagtt cagtagtaca ttacactgta tgtggaatct 1260 ttggaccaaa taaagaaaag tgtttttgga ttttaaaccg gggttttggt tatttaagag 1320 acaaaaaatc tcatacccgg tttgctctgt ctataactcg agtttgttaa gcacgtgatt 1380 ctccttggca atgctgctat atcactagcc tactgtccgt tgtagcggat gatacccacg 1440 cgccggtgac cgacagtgga tttgccgtta ccggtggtag gtaatgtggg gtcgtagctc 1500 acctacctaa ctaaattttc tttttcttat gtttagttgg aaaataagaa aaatataaaa 1560 actagttttt tgtaaaggaa aaggataaaa ttactattat ggaaaagata aattccaaaa 1620 gtgaggaaat atgtatttag cacaataaaa agtgatagca atgtgagaaa aaaaacgtga 1680 taacagaaat gctgtgctaa atttggattt ctttgttgaa aatatattta cattgataaa 1740 tattatgtaa ttagaaaaag gaaaattcaa aatagatgtg tagaaaaaca acaatgttga 1800 taatataatt ttttatctaa agtttttacc ggttaccagt taccaccaaa gttgttggat 1860 Page 237 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctctatcttc atttttagag attagtataa atgagtgagt aaacaaacca gagagaccaa 1920 acttgcctct ccaccaccac ttcctctacc tatctaattc cgaatctgga tttggatttg 1980 gatctcattt cgattcaacg atga 2004 <210> 218 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 218 caaccttgtc gaaattgaaa agacggtcta cttgcttatt agcaatagta tgaagaacat 60 tgacttctct tctcatttca ttacaagaga tgactctagg aacactagat ttctgctctt 120 cttcacttaa tggtttgcat cgtagaatca cttgaacatt gacttcttta ttatctctat 180 cgagacggtt agagaaagaa tcaggtcgtc ttctctcgag acgaggagtt agaaacggtg 240 caggtgatgg aatcactcct actccacttt tccttgatac cacctctggc gtaaacgaca 300 tcttcgattt ctgtgaaatc aaattcaaat tccctaatca attgagaaag gttggatcag 360 aatcccagag attcgaattc taaataagat tcacttacag gaaacagagc cgaatcctgg 420 agatcgaaag agagacttct tttcaagttt gagagagaat ttgaagaaca aaaaaagatt 480 agggtaagta accgttggga gtggaagcag atccaaattc gaattactag agagctcaac 540 actaccttta atttcaaaag tttttttaaa agtcgcaaat atcttcttct tttttgtctc 600 agtattcata tattgctaga ttatttattt acaggtatta tgatattaaa tatttcagtc 660 aaaaaattgt tccaataatc caacaacttt atgatttgta aacatggaaa aaagggaaaa 720 aaaaaaaagg aattgtaaat ctactacttt ctgattttat tcttaaataa acacttttgc 780 caatacaatc atatatatgt gagatggatt tactacttct ttttttttgg ggaaagaatt 840 tggaatcagc actattggag atggataaat taaaaaaatg atcattagct cattattatc 900 attgatttga caaaattaga gagaaagaaa agaaaacaca aaagaatttg taattgaata 960 tgagagtatt taattcagtc tccaactgtt ctatgtgtga ttaatccaaa tgttgtaact 1020 tgtgaagacc aatatatatt aacaatctgt atacattata cactaacgta ccgttgtaag 1080 agagttaatg acattcttgc attataaagg agcttttaag cgtgagttca agacgggtaa 1140 acagacaaca acatccttta atcttttctt agtctatggg ctactccaaa cttgggctac 1200 tccaaacttg ggctactcca aattgggctt ctctacttta aatcttctac taactatttg 1260 ggcttttatt aataggttta attactttct ctctcaggtc tttcttttaa ctagtttggg 1320 caattgaaaa aacttttggc tcctttttta aattttactg aacgaaatta tcctaaaaca 1380 ataaaaaata aagcaaccat attcgaaaag aaaagaaaaa tgagcgatgc cggcaaaaaa 1440 gagagggaaa ttaaaaaaaa aaaaaaaaaa cgcaacagtg tcggaaaaat aaagctgaca 1500 aaaaattaaa cgcaaaatag tttggtcgct gtaacttttt tgtttatttt tttctagcca 1560 accctaataa accctgacgc cgtttcttct tttaccttcc ttctctcgct caccgtcgca 1620 Page 238 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cctccttcat tttttctctc tctctcaaac tcgtctctaa aactcgtccg tcgattaatt 1680 cctcgttagt ctcaggtatg cttcttcgat tctcatctat catcaacaac agtgctttct 1740 caattctctt agattcattt ctatacacaa agtttccacc tttttctatg gtttgctttc 1800 gatcgtaaag tacggatctt tgataaaccc taatcttctt cgttcgattg tatatgttca 1860 gtatttaatt ggaattagtc agagatctat ttgttgattt cgcagtgact tacaaaaccc 1920 taaatttctt actatttgtt aatgaatcaa tattcatttg attacaggtt tgatagaatc 1980 attgcctgag gcatctaata atgg 2004 <210> 219 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 219 tattataatt aatgtttata atgaaaagaa tcattatttc ccaaagcaaa cgaatcattt 60 tgagatagac ttacagttat cacaaaaaga aatctaaacg ttttccccaa gatttagcct 120 ttcgtcagca tgtaattact cgtgacatat tctctagctc atatttcttc ttcacgcacg 180 agcaaccaat tttgttatat atgtataaat catctttgac aattatatat aatacagatt 240 tgttacgagt atatgaattt ttttgaggta cagaagcaaa tcaactagtg aaactaaatt 300 aaagagctaa ccatcaaata aagtaaattg aattaaacaa acaaatcata ccacgtgatg 360 acagccacca cattcctaaa gttagaaaat tggcaaacct gtaaaaaagc atcacttccc 420 cgaaatcgca ggtcatattt ctatgaaaac gaaagagagt tatctatata gtaaatggct 480 atattcatat ttgccccacc acccatgacc catctcagtt aataaatagt tcttctattc 540 acctctatac tataatcatt cactttatct tatatatagt ctataaaact aaacgtaatt 600 cgcatgattt tgcctttcgt tgcatgaaaa atcctccttg acaatgtaca attcgttagt 660 actactcgat cagtcgcctt gactcacgac attttctcta gccactgttt tatcttcaca 720 cacaagtacc aattttaaac tgttgtactt aactgtataa catcctttat acgtaacgta 780 agccaaaaat tatgatctaa tcagttacta cagattaata ataagattaa taacggccgg 840 tctactaatt ttgaacactt gtgcatgcat tatctctcgt tgaaatagta aattaatgca 900 actaacttta caagattaat cgaggtatat tatagtctaa aacaaatatt taaattaatg 960 caactaactc ttgaagatta atcgaggtaa cgcatcacac taatcatatt taatcggata 1020 atacatatac tgttagtaaa ataaattaaa aaagatttgg tagataaacg acaaaaatgt 1080 ttttcgtctt gttgttttcg agaagcttct ttttccggat taaaaaaaca ttatgcaatt 1140 ccacgtcatc agcgcattac aaacaatgaa agactacaca cgaccttggg tcagcattcc 1200 aaagacccaa ccctgactcg ccacgtcgac atatgccagc tattaatgaa gagggtaatt 1260 ccgtaactta ctctaaccac agaacccttg aatttaaagt gtagcagtaa aatctcattt 1320 ctttgagtta tctcgtttgt tcggagttag agagagagag aaagatatag agagaacaca 1380 gagaggcgag agcgacgtag ggttggtgtt tcgtacggat tttctcggtc aatcttagtt 1440 Page 239 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctccggcga gagattgctt ttcaggtaaa aatggcggcg gttttggtgt ttgttcttca 1500 cttaatctgt gttcgatctg cgtatgaact cgatttttcc actcgattgg gtggatccgc 1560 ttcgttttgg tgttatggtt cactgatagt gttgtatgtt tagttgatct ttgcgatttc 1620 ggatctatta gcttcgtagc tgttttggtg tgtgtgttcg tcttcgaaga tatttaggtt 1680 tttttttttt gttgcttcaa atttcttact gtttcgtgct tgttttctta cttcgttttc 1740 tgtttaggtc tttgattgtt tcttactagg ttttctatgt ttgctttggg ctgttgaatt 1800 tggttttcta tctctctagc taatcactgg ttttcgtgct tctgagtcgt ttgtttttga 1860 agctagttag ggttttcttc tgttgcttct atatttcgat agttttgtgc ttgttttcaa 1920 tgtttgcttc ttattttcaa ggataatttt aaaatgaccc actgtttttg ggtggttgtg 1980 ttattttcac aggaatcatc atgg 2004 <210> 220 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 220 gcatcatcga aatctacaaa accaaaggcc aaaactcaaa acccggaact gatccctatc 60 aaaatccacc aacacagttc attctaatca gcgtaaatcc tcgatgcctt ctcttaaacg 120 cactatctct tgaccatggg cataggaaat caacaacaaa ccctaaaaat gaaacaataa 180 atcatcatca tcagcaaacg gaaatctatc aattcgatta acagtgaaca cgaaatcgga 240 cacccgatca gaaaaaaacg aatcgagcat cagaaaagag cgaagaacaa cgaaattagc 300 gttatacaaa agaagcagca catgaaccat agaagagaaa aagagagaga gaaaatggtg 360 aaacctggac aagagttcca ttgagacaga gagagagaaa gagaaagaga ggctgagaaa 420 aaccctgtgc atcgggttct gtttttttat ttttatttga caaaagtact gctttttaat 480 acaaaaatat tctcttgatt tattaacatt tgtcgaatct ttagttgatt aaattctaat 540 tatagattct ctcttctttc tgtcgctgtt aatctcccat tgtaattcag aatctatggg 600 aggggaactc aaactaatga ctacaaatca tatggaggag acaaaaagac ttggaattat 660 ttttaggaat cattcaactt ataagtgttc tcattttttt gttgtccctt tagaaattag 720 attttaaata agttgcgtca actatacaaa aacatttctt atttttattc tatctatatt 780 gcatcactaa catttttttc ctttctattt ctgtagttta aaagactcgg gtctttttac 840 ttctttgttt agtggttatt attacattaa gaaggaaaaa gtaaaacaaa tcatcatata 900 aataagagga cgataaggat cggtcttcag ctataaacaa gtaaagaaag ttgagattcg 960 aagactcttt ataagtcatt ggatttgtag taaataacaa attaacaaca caacaaatta 1020 acaacacata tactacaaat tcgagttaaa aaccccaata taatatatgc atcgactact 1080 aaacgcgttt caatgactgg taaacatatg taactatctc tgttacatat tgaatgaatg 1140 atgatgtaat agtagatgct aacataagct cacaattatt tgaataatta aagtcataaa 1200 Page 240 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taaaaatcat ctataatgcg tgtaagcttg cataaaaata cagtatataa cttttattta 1260 aaactattaa gtatcaacat caatcggaaa atgatttgct tttgaagtta ttacaactag 1320 tttattaaaa aaattgttat catcatctcg attttaataa tgctatatat acttagtctt 1380 ttatttattg ttattgtaat atgcgaaaat gacttgcaac tgagttgctt acgggcaaac 1440 ctgaccaaga tgtgggaagt tcgaaactgc aaatatgtat aattcttaat aaaaaaaaaa 1500 tatatcctac atttcttcat ttttttttta aaatactaat atttgcatac tttgttgatt 1560 gagtttctga aaaatcataa ttgagttttt aaattagttg gtttgtatgc atttgacaac 1620 ttccaatttc ttttaaatat atcacttttc atatattctt gtagagctat aattttacaa 1680 caataattga aatgtcgacc caaaaatata catttaaagg catttcgctg ataaaaatcc 1740 agtttagatg tatttgtatt ataggggaaa acaattatat tattggttaa tatttattag 1800 tcgatattgg gtacatatgt atgttctttt acgattatgc catcaaaaaa tttattagcc 1860 attcgagaaa caaggcatct ctattttttt gcttcttcta atagacttct tcgtcactga 1920 tctcccacga cgatctccca aactcatttc tctacgttca tcgatctctc tctttctcgt 1980 ttgctctacg aaaatcagcc atgg 2004 <210> 221 <211> 1999 <212> DNA <213> Arabidopsis thaliana <400> 221 accgaacatg tgtgcttccg tcggaatcca aggaatcgct tgggctttcg gtggtatgat 60 atttgcctta gtctactgta ccgctggtat ctccggtaag tcactctact tctccaagta 120 tacgcctttt tactgtaatt aggtttccga gtgtttgggt tgtgaaagaa gacgataaag 180 ctataatctt gagaaaattg tgtttagatt tatagcttct tagcctgaac ttgttccatt 240 tgtatctgat tcaagaaatc tcagaaagct acaatcttgg tggaatttgc agttttctaa 300 tatgaattgt gtcctttagc ctaatcttgg aatgtatttt ttttatatgt aactctcagg 360 tggacacatc aacccagcgg ttacttttgg tctgttctta gcccggaagc tgtcgcttac 420 tagagctctg tactacatag tgatgcagtg cttgggagct atctgtggtg ctggagtggt 480 taaagggttc cagcctaagc aataccaggc tctaggagga ggagctaaca ctgtggctca 540 tggttacacc aagggaagtg gtcttggagc tgagatcatt ggcacattcg ttcttgtata 600 cacagtcttc tcagcaactg acgccaagag aaatgctcgt gactctcatg tccctgtaag 660 ttaccactcc ttgtaacata tctgctaata gcttcttgaa acaattgaaa tgagtgaact 720 tttaagctgc ctttagtgtg actctcatgt ccccgtaagt aaccagtcca tgtaacaatt 780 gctagaaaca attgaaatga gtgaacttga agctgccatt agtgtgcact aaagactgat 840 tctcaatatt ggatttgttg cttaccggct tgagttttgt aataattgtg cagattcttg 900 caccactccc aatcgggttt gcggttttct tggttcactt ggcaaccatc ccaatcactg 960 gcacaggcat caacccagct agaagccttg gagctgcaat catctacaac aaagaccatt 1020 Page 241 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cctgggatga ccacgtgagt ttccacacac tatataccaa atcgcattcc aaactcggtt 1080 tcgagcattt ttccctgaca atttcgtttt tttttgtcgt cattccagtg ggtgttttgg 1140 gttggcccct tcattggagc tgcacttgct gctctttacc atgtggttgt catcagagcc 1200 atccccttca agtccagaag ctaagtaaaa acaagacatc aagtcctctg gtttctggcc 1260 ttgtccttag ttgcttctat agttctattg ttgatctact acatgtatgt gtgcaatgtg 1320 tttatctatg tgccctctta atgcaatatt tgtaaacaag gaagaagttc caaaggagaa 1380 ttatttgcaa attatgatgt ttaacatgtt tattacagat caaagatgtt taacatggat 1440 attggtaaac gagaacctat ataaacccaa attaagatgg tctatcaccg cttaaccggt 1500 taggtattgt aatggtattt taaacgtgtc agtgtcacca acctcgccta aatcctaatg 1560 gaattgagac acagccacca aaaaccatca gaaaaatggt tccatttgtc aaatactttt 1620 caacaaagca cgaagattcc ttgaccgata gaaaaaagta aactgtataa gaaaagaagt 1680 taaaaattta ctagaaacag gtgtaagaag ttgactgtaa gtttgatcat tccacgagta 1740 cgaataaaac tctgacaaga acacttcact taccacaaat ccacaattac ttttctcaca 1800 tagttccaac aagcaacttg tattattata ttcttaacac caatggtaat ggatgatgat 1860 gcaatgtatt tgtctcgttt tctcatccat ttatatgatt gctttcttct ccacctcacc 1920 aatcactcct cctctaaact tttcttcact ctcttgtctc ttcaaacttc ggttactccg 1980 ttttagtcga caacaatgg 1999 <210> 222 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 222 tacatgatat aataattaca atcataataa ttttcttaaa tgacgctttc tatatggagt 60 attttccttt gtttgttaat tagtgccata tcttttagat ataaaactat taactatgac 120 ttggtaatta atacgtatag tcaaatacta ggcatcctac gttacgtttc tatgcatttt 180 tttatataaa agtgtaagaa ccaatactag cttaaaagga aacgagtaga atttcgtaat 240 gaaaaaagac ttcaaatgtt accttttaaa ttcagtttat gtttccgcgt taccttttga 300 aatctcgttg ctttcgtacg aaaaagacaa gaaaatagaa ataaattaga aagggtggtt 360 tggtgagtaa tgggtcgtat atgtgggagt cgttatcgtg catgtgaaca aaatatggcc 420 atgttcgaga cgaatcatgg tgtcttttaa tttggtgact acattatttt aacactaatc 480 aatatctttc tcgaaccata tgatcatgat tagccgtttc tatattttct cttttaaata 540 gattatatat gggaattatt agccggaact ttgccgctgc ggttggtaat accttttaat 600 acacttatga tttgtctctt tattcggttc ctaattcagt atacatattg gggcttgagt 660 ttgaacggaa ggtatatcaa tgtcatacca ccaataataa tcagcatcat gcatggtttt 720 taaaatgtgg aataatatat acttttaagg acgataatga gattatataa ttgaaaggaa 780 Page 242 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttagatccat tgagattcta aagctaccaa gacgaggaac atggaagacg tggcgcattg 840 gattcttcgt tcgagtttat catcatatca tgtgactggt ctctctttct ttgtactcac 900 actaacaaaa caaaatgtta atatcccacg ttaaattaaa tgattagagg ccatcaaagg 960 ataaaaacaa gaaaccaaat ctaatatact attttataat aaaaaattaa aagcgggttt 1020 atgtaagtgg gccaaataaa aagagtgggc caagaaagcc cagaccataa tgaccacatg 1080 gagaccgaaa ggttgaccca attagaaaac ttgttatatc tttaggagtc aaagtcaaag 1140 cgcgtttaca aacaccgaca ctttctttgt caactagcgg ttaccgcggt tgttcactag 1200 gcacggaaca ctcgatttct tcccaagaag tcgcaaccaa cacttactat gtatggtaca 1260 tcacaacata gacaataaaa actcttggaa tgttccgcga aacaggtgat tattgactac 1320 catgagtggg gaaatgtggg gtaagttaac aagtacactg cttcacatgg gaaaaagaaa 1380 aatgagatac acataattca caaaatataa tttttatctt agacaatttt tttaaaataa 1440 tattaaaatc agtgtagaag tggtccccac cactattttg tttttcctta aaattaatta 1500 ttatttttgc tggactaaat aaaattggtt tttttttttc tctctctgtc ctaactcttt 1560 ttctttctct gttttgtatc tctctctctc tctcactctt tgtctctccc ctaaccttta 1620 ttgtactagc ataaccatta ccatacatac tcttctctat cacgccacaa acgcagattc 1680 atcacatctt cttcttgttc atagcatctc catcactatt gggctctctt caaaggtgta 1740 tttctggggt tacttattcc ttctttgtat tgattagtgt tgaaaaggtg tctctgttgc 1800 gttcaagagc tagctttagg gctatatatt aagaggtttc cagaggtttt ttttggatta 1860 taggcatctg tgtttggctt acatggatcc tttttttaag gttttctggg caagactaat 1920 tgattaggac caaagtttgt gtttttattt gtttggatct acaaagatca attaggctgt 1980 tgttgaattg gatcgagtga tgg 2003 <210> 223 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 223 aaaagcccac atgtgaaaag aaaatataat tagcccaaaa aaattatact tcaaaaatgc 60 caaagtgata aagtataggt acattacata agtaggcaca caaatcattt ttttgtaaac 120 gtagacagat taaattttta cagctaataa atatagaaat gctaattaat ttttattaac 180 ctcttcgtgg ttgtggaagc tctaattcac ttgtagattt gtttctttta gcaactccga 240 aatgagattg ttttgtgcca tttgctttta gtcttcaaag agtgaaattc tgattattat 300 tagtcttcat cgaggaagaa agtaaagagt atatagtaag agccaccata aactctatac 360 cttgcagtat ggtttacaac gatgaggata agaaaaatta caatcaaccg gtgtcaagtg 420 ttaaccaacg tttagtcgat gttgttatta atgtcatgaa aaaaattcgt gaatagtaga 480 gagttggaga tgggttggat tctgaaccat tccaaaatgg gcatgtgagg cccaaatcat 540 gactgctttt ctttccgatg gcggcaacag caaaaacaaa gaaagtctaa atgttttgaa 600 Page 243 2008200749 15 Feb 2008 12689250 Sequence Listing.txt actgcatatt tacgtgatat cagaaattag aatcgttaag taaatttaat ataatgtact 660 tgggttctga aataatgtaa gaaaatacta ctgtatagta cacattttct tgtaatgtaa 720 taagttaaaa aggagaaaag caaaaacaaa atgaaatagg aaggattttg tcattatgtt 780 ccacgtgggg tggctcgacc tctgttgtac tatcatgtgc tgaatctaaa gagcattcat 840 tatgattagt ctcctaaaaa tcttaagttc tgaacgaatt cactttttcc aaattttgaa 900 attctgtatt atttttgata tcttgaatat aatataggaa ttacaaaaaa aaaaaaggtg 960 tccgtacaga tcaagatttg agagggaaaa agatagaaaa cattctaata agagtgactg 1020 aaaccatttg ggctttctga atttcttcgt ttctgcttat ctctagattc ctcttttgga 1080 cgatgtatca gtttcactcc tttggaactt gcattttcct tttttgtttt caacattttc 1140 ttttagcatc cattattgag tgaatatgtg taaatcagta aatgatacat atccacatac 1200 tataaggtag gagtgtgaag aagaaaaaaa ataataataa ataaggtagg agtgtctgat 1260 ttagttttag atttctattt tttaatctat atatacaccc acacatttat ctggttttca 1320 atttttcaat ttagcaaatt ctaaatacca aacgtccaaa ccaaatcaaa accaacataa 1380 atatacaaac ggaacccaaa ttactagtat atctgaatga ttcaataccg aactcgaatc 1440 aaatcaagaa ccgaattaga tatccgatcg ttttgaaaat agaaattttt tatcaagaaa 1500 aataaaagtt atatatatat ttttttgata ctttgagtat tttttataat ttgaattatt 1560 ttagatatat ttaggtaaga caattattaa agtacatgaa tgaagtctaa acctataacc 1620 gagaaaccaa atctaaatga aaccgatccg aaagcaatcg acctagtatt tcacatattt 1680 acaagtgtat tttcctttgt caagttttat atttagtacg gatcagttta tttatgggtt 1740 aatacaattt gtgtttgtat aaataaatga ttagtcacaa acgtaaacgt gtaaaaccta 1800 attttttcac gcaccatgct ttaaattgga ttctgggaca atggcacatt ggcacaatga 1860 catgccagtg ttgcagcgta atcacatcta acagagaaac cagtgatgat ggttactctg 1920 agtcactgac gtcacttttc atggactagc gtcatctttg accaaatcta cctttgcttt 1980 taccattaat ttttactatt atgt 2004 <210> 224 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 224 atatcacaat tccattattc gaataaggac tatcaaattt tatctatttt ttatattttt 60 atatgtaaat tttgaagaat tattttatat ttatatatag agtaagccat agaagttttg 120 taggactaat catgggccgt gaccaaaaca aaccttctta taggcctata aatatactgg 180 actttatctg aaactaaatt taaacccaaa ataaaacgat ttgatgtgaa taattttaaa 240 gctcaataaa gaaaagattt ggaatcaaaa gatcataagc acgcacatac taattgctat 300 cctactatat tattttagga agtacatttt aaatgtaacc ttaattttta taattaatta 360 Page 244 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cataataata tcattagaaa aatttaatca aaaacaaaat cctttaatga tgtcattaag 420 gttaccaaaa ttatttaact acaatattca tttcttaatt atagggctta ttggatctaa 480 agacgggtca tcaaagattt cctaaactga agcaaaatat accgaatatt caaatatcta 540 tctgttacca aattatatac aaataagttc gtaaaataat ttaatatttt atatacaaaa 600 tcaattaaat cttaatcaca taaaaattag cacaaaaaat aaagtattca acaattaaaa 660 atttatcaat tctctgtgat atatgagttt ttatactata ttcgaataaa gtgtaatata 720 tattttcaat ttgtattctt taactaattt aagctaacta atatatttgt taatcttata 780 cctatcaaaa tcaactatcg tttcttatct ctatagtatt tttgcaagac ttttttggtg 840 gatttgggta aaagtgcatt cgggtcatat ggtgcattcc catattaaat aaatatggtg 900 cactcctatg ttattagcta aaatgtttag attagaaatc aaagtcatat cataaataaa 960 attaatatta ataaaataaa tggctttttg gcaagacgga tttggaggaa tgggtttttg 1020 gatcaacatt aagaaaaagt aaaatataat taatccaccg tttcaatacg ggttaaatct 1080 ttaatttatt attttttaag actactaata ttaaacatat caaatcatcc taatttagaa 1140 aagattatat aaaaccaaaa atgttatgtg gtatgtataa tgttactata tataaaatta 1200 aactataaaa tatatattag agaatgatac aatttacaaa acttttatat ataataaata 1260 attcttaaat tttaaaaatt actactttaa aaaaaattca cggaacgggt aaagaaatta 1320 tagaataggt tttatttttg gaattgagtt atatggtgga tgtatttgaa tcaatattta 1380 taaaattcta aaatattatt aatatgatgt tttaataagg attaaaactt cagtttttta 1440 acaattgtcg catagattcg tggtatagcg ttacttaata acaattataa actgaaaaat 1500 ttaaatattt tataaaaata aaatttacaa gttttaatat atattaactt taaaatataa 1560 atcgtcccgc ggtataccgc ggattaaaat ctagtttgct ataaaaaaag taacgtaaaa 1620 attgttgcca attagatatt accaataaag aaatttaaaa tatatgggtt gaaaaaagag 1680 aagaagataa gaatcgtatc ttattacaac ttgccaattt gctatcgttt cgtaacagct 1740 aaacagttca aataaaacgg tgtctcgaaa cactaaatag acagatgtca atacctcatt 1800 ggatttaagc ataacgcctc gctgccaatt agaattcagc attccaattt cattttattt 1860 tctcacaaaa ttctccaaaa aacctaaaag tcaaataaat ataaagtgag gtcttttcta 1920 cgtctcttca acattctcag agaagccgtc ttcttcctcc ttcaatctct ctcgttcgta 1980 tcatctgctc tgcgatttca atgg 2004 <210> 225 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 225 ttcttaagtg ggttttaaaa ttttaatatt catttttgtt ggtgtcgctt tatctaaaac 60 gtctcttaca atttcttgca aaggcacgtc aaaatgcaaa gaagccaaca atagctatat 120 gcacgtgatg cgtcaattgt gatccataaa tttttggggt cacgaactta cgatacggcg 180 Page 245 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gccgacatat atatcacttt gtagtggttc tatttaaaat tcaactcatt accaaaaaaa 240 aaactcaact cttatcttaa aagtatatct cactttatat aaagtaaaaa attactatat 300 ctccaattgc aactcttatt ttagtcagac aattgaagaa aaaactcact tttttttttt 360 ccttgtatat attacttgtt tcactttgta ttttacatga ctcgaagtgt tattgaactt 420 cagtattagt ctattagaaa tgttttcaga aaataaggca catcgaaatt tgatggagaa 480 ggcaacaata attatatgca tgtgatgagt aaatgcgatc cataaagttc tggggttact 540 aaagttacta tacggcccat accatatctt gctatataga tttgtaattg atgtattcag 600 aactcaactc ttttcttata tctcatttta atttcagtcg actataaatt aactaaaata 660 tcactttatt accctttttc tacatgatat tgtgttactt attacttatt agcaaaaata 720 aatattgtgt tacttcatat atgacataag tcagaactgt tggaggatga aggccactac 780 caccgattca cgtggtcgtg agtattgatc gcattatttt ttctttttct tttgactaag 840 aagatcgcat tctttgtcac atgtcaatgt taaactaggt aactacatac gtcatgtagg 900 aagtaggata aattgataac aatattaatt tttaactttt tccgtccaag aaaaaattaa 960 gtatggataa tgccataagg aacaacattt ttttggtatg ctttatacat caagtaactt 1020 cgaccggtcc tggcaataaa ttatagaatt taagtttgga tttggaagca aataatgaag 1080 ctttttgagc tcggcctttt ctatttttgt ttgctatttg ttgttggtat gataattaga 1140 cagaattaaa atgactcgct actttcacta aagagagact taaattttat ggaagatctc 1200 cttagctgcc acagttactc aaggcatagc ttttcctcac tcaaacctct tcatggattt 1260 tgatgattat cgaaattaaa atggtattac tctcattcat cttctcctac aaatgtgaac 1320 ctcattcaac attttatgtt tcaagccatg atctacttct tattggaaga aaaaaaaact 1380 ccttgacgcg agcacgactc ttttcttacc cacaactttg aaagttttcc ctcctaaaaa 1440 cgaattacac ccactaatat atattctgaa tagtacccat tcctttttgt atcaagaaat 1500 catttgtaca aaacatagat ggagacttga agtggatgtt tttgttaact atataaaacc 1560 aagacgtaca acgacaccat agagcgggcc taacataaca ggtttttgac aggcctagat 1620 tccacaaacc caaacaacgc aaagaaaaat attatggtcc aaaactaaaa cgtcaccgtt 1680 tttgttgctt tcaagtaaaa acaaaaatga aaactttaat taaaacccta gagaataaaa 1740 ggtcttcctt cttcaccacc ttcctccgca gttgcacaca aattcacaac cgcaaaaaat 1800 cctctcccgg cttaaaaacg gtaaatattc atcttttttt ctctttggat ccttaatttt 1860 tgtgggttat atgaatcggc aactataaat gataaaaata cgatcttttg ttgaagttgt 1920 gttgggagat ttgttctgtg ttgattgaat ctgttcttat atatgtgact tttgcagagt 1980 gataaagagg tgtaacaaaa catg 2004 <210> 226 <211> 2004 <212> DNA <213> Arabidopsis thaliana Page 246 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 226 atttcttcta tgactcattt gctgttgatc aaacagttaa gaaaactggt aagctttacc 60 aaaaaagtac aatggtgata tatatttggt tagtttgacc agtgagaatg cattttatca 120 catttatgta aaccactcaa caaagaacct ctagcaagcg tcggacaaga agtttaagat 180 tactaaggcc agaattaatt actaccttgt tcacatgttg tatgatcatc gtagcataat 240 gtcttagaac aaacagatca gctacatgtt aagctctacg accaaaatgt tgaagggctc 300 gaggctaatg tagtttggtg tctcttatga aaaagctact ccacagaggc ttcaaatatt 360 atcttttaag cacaagacac atgcgattaa agtagcattg aggacttcgt gattgtgatt 420 acttccatgt aacgccctcg atgcaaatta aaaatgttgt tttcatcaat agccactcct 480 aactcggaag tgtttagtta tgacaatcaa aaacttaaga gaattttctg tgtattccaa 540 tatgttatga ggtttattca aagagaagga gacctaagta ttttctttcc aacaaggcaa 600 aaaacaggta aacgcttgag acaaatatta tcatgtttgt ccaaaaatag tgagtatcat 660 gtgaataatt tagaagctag atatgttcgt caataaacaa taaaatgcgc taggatacaa 720 aacgaacgct tgggacgtgt tttaggtaca aaacttcaaa aaaatcttta tcgagacaga 780 tttccagata aaatacacat accattttaa caacgtgtgt gtttatacaa aaataacaaa 840 atattaattt tacgatttga agatatatat tgtcagaagg ggaaaagaaa aaaacaaaac 900 aaaaagatac aaaacagagt aacaaactct ataaaatatg ataatataat acataattgg 960 gaaaatgact aaacattatc tctgcctttt ggaactcatc aataattata tattttttta 1020 tttctcataa aagtcaaaac tatcaattct taaattcatt ctaattcact caactttttt 1080 ttataaaaaa atatctatat taagttctcg atattattta cttccattaa tttatcaaat 1140 gattttggta tagaatcaac ttataatcat ggatcaagtc gtggaataac atatgctcaa 1200 gggatggagc taaaagtgca gtctaccaaa cctcaagtgt ttgtaacttt gtataagcta 1260 ggcctccgat tattaactga atcggttttt ctggatcaaa ccaaactgag atttggggtt 1320 tggttaaccg tccggtttat aagagtcagc cagtcagtta gattttgaaa taaggtcgga 1380 taacagtttg gtttggttta tcgaaccaaa cggttaacca tttgtttaaa attttccaat 1440 ttaataattt tacggatatt ttacgtaatg atatcaaaaa ttcttcaaaa cactacgtga 1500 accaaaaaaa aactattcaa atatttttaa agtctcaaat gcttgtataa actattgata 1560 gtacattttc aggatatatt ataagaagag gaatattaaa caaagaaaca aaaatacaaa 1620 acagagcaac aagctcgata aaatatgaga ataaatagta ccaactttta cacaacaaaa 1680 acattaccaa ttttttaata tgtcagaaaa aataaaaaaa gtaccaactt tataaaatga 1740 aggaaaaaag agtcaaagca cgtggctaaa tgaatcggcc ggtggccaga gtctccaata 1800 gatctcttta ataactgcgt ggtctgaaaa aggaatcttc cttccacggc cactaaattc 1860 actattttca ttcacattta ttattttcct ttataaatac aaattcattt ctacacaata 1920 atcattcaat acacataatt tacttctttc tttataacta ccatattctc aatcacaaca 1980 Page 247 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcgccactg tttcgaatag atgg 2004 <210> 227 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 227 cttcaaggtt cacaagaatc acttacctac caagaaagga gttaagactt ttgtgaggat 60 tgctagtctt ggacacgcgt tgcacgcttg gcttaacgga gaataccttg gtaagaattt 120 gtgcaagaat gatctacaag tactacaaca atgagctata ataatgatat cttcttaaca 180 ggaagtggac atggaagcca cgaagagaag agttttgttt tccaaaaaca ggttacacta 240 aaagcaggag agaatcatct tgtaatgctt ggtgttctca caggattccc agtaagtaat 300 taacaaacat aattcaatat ctatagatga agatttgttt cgttaatgtt tgggattttt 360 ggttcttaca ggacagtgga tcttacatgg agcatagata caccggtcct cgtggtattt 420 ccatcttagg attgacttct ggaacacttg atctcactga gagcagcaaa tggggaaaca 480 aggtttataa acaatttctc cgttattgta tttcaacatt gagtatgcat ttccttcttc 540 tgatccgttt ttttcgatca ttagatcggt atggaaggtg aaaaacttgg aatccacact 600 gaggaaggtt taaagaaggt cgaatggaaa aaattcaccg gaaaagcacc aggacttaca 660 tggtaccagg taagagacaa aaacaaaaat caaactatac agagtatgat tggtatgata 720 tgtagaagtt ttctaaggaa tgtgaaacat tgcagacata ctttgatgca ccagagagcg 780 taagcgcagc aacgattcgc atgcatggaa tgggaaaagg gttgatttgg gtgaacggag 840 aaggcgttgg aagatattgg caatcgttct tgtctccatt aggtcaacct acacaaatag 900 agtatcacat ccctagatct ttcttaaagc ccaagaagaa ccttcttgtt atctttgagg 960 aagagcctaa tgtgaagcct gagcttatgg actttgccat cgttaacaga gacactgttt 1020 gttcttacgt tggagaaaac tacactccaa gtgttagaca ctggactagg aagaaagatc 1080 aagttcaagc catcacagat aacgtgagtc tcacggctac tcttaaatgc tcaggcacta 1140 agaagatcgc agcagttgag ttcgctagct tcggaaaccc tattggtgtt tgtggaaact 1200 tcacacttgg tacttgtaat gctcctgttt caaagcaagt catcgagaag gtaaaatatt 1260 atatcttgtt tcttcttgct atatagtttg taccttatga taggagtaac caataaaaaa 1320 aatctattgc agcactgttt ggggaaagct gaatgtgtga ttccggtgaa caagagcacg 1380 tttcaacaag acaagaagga ttcatgtaag aacgttgtga agatgcttgc cgtgcaagtc 1440 aagtgtggtc gtgggaagaa gaactgaaga gtgtatatca tcacattaca tatggttcat 1500 gtattgtgtt tagtagacca atttcaaagt gttgtgacat cgatttttgt cgttctgttt 1560 gtatttgatt tcttcaattt aactctaata cacgagtaat atattcgaat atgatccaga 1620 aaacataaat caccggaaaa aataatggtt tatgtccatt tttattcaat gtttccattt 1680 tacaaaattt aaggaatgaa catgcacgct gtttaacaaa taactagcaa actcgtgtgc 1740 cgttttttgt gtaacaaaat gacatgcaag tcacgtgcca acaatcgtat ctaaaaagcc 1800 Page 248 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatgaggtcc accgaaagat gtggctgagg aaaacaggag ataactgaca ccgcccattc 1860 aaatcccgtt tctcattggg tggttttatc tctttggccc aaatttcggt gtaaccaaaa 1920 aaaatcttca cacacatcct tgaccatttt cttgttcatc gctctctttc ttcttcacaa 1980 atcctaaacg agtaggagct atg 2003 <210> 228 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 228 caaggatcca aaaaaactaa aggcttggga cgatcatctg attcacaata tctggccacc 60 atcgtccatc aactatagat attggcctaa caatccttca gattacaggt attgaacatc 120 attgaaaagc cgatatatag tttatagtta taaaccttaa cattgtataa gagctcatgt 180 aagttatata atatccaaca aaatgtatgt aattaaatag tatacaagtt acatgaaact 240 tgattgcgtt atttcttacc attaaaaaac attcatcaag tttttacatt cttcatgata 300 cttaaaatgt ttttcggcta tatagattat tatgtagctg aaaattaata gtattatttg 360 ggagtggtga tggtttcagg gaggtgacta aggagtacac aaggaatgtt acaaatctaa 420 cggagaagat tgttggttac ttatcaaaag ggttagggtt acggcgtgag gccttgcaat 480 aatgtctagg tggcgataaa gcacagtatg tgatgaggat caattactat ccgccatcgg 540 attcagccat cggagcaccg gcgcacacag atttttgtgg actcgcactt cttgtctcca 600 acgaggttcc agggcttcaa gtgttcaagg atgaccattg gttcgacgtt gagtatatca 660 actccgctgt cattgtcctc attggggatc agatcatggt ccgtttgtgt ttggttttta 720 acttttggaa atgtttttgg ggtttggttt ttaaaatgtg tgaattgcat gcagaggatg 780 agcaacggga agtacaagaa cgtgctacac agatcaataa tggatgcgaa aaagacaaga 840 atgtcgtggc cgattttggt agagcctaag cgtggtttgg tcgtgggacc tttgcctgag 900 ctcacgggag acgagaatcc tcccaagttt gagtctttaa cttttgaaga ctatgtatac 960 cgcaagatca taaaggttct tcgtgattga tgctaaacct cagcaaaatc atgtgttgtg 1020 ataagacagt ggcattagcc aatagcttaa acaaaaaaaa gtactagagt acaacctctt 1080 attattgttt tcaatgtttt gtttttatat ttttttcaga ataaaatata taatggttcg 1140 acgcatattt ttcaattttc ttttggttta attaatgata aaatgattgc aactctataa 1200 atatacataa ttgtgaaata aacctaattg ctatgttctt aattgtcaag aatttatctt 1260 cgaatgacac gaaaatcgaa tttgaagtac gagacatgat ttgatctgtg tatattgtac 1320 atgtcctgga tcgataaggt tcccagtcta gctacgtaca ctagtttggt cagggatagc 1380 tttatggtaa cgagaaagaa aggaagtgta tccaatcacg atgaatcgtt ttctaatcta 1440 tttctttcag tcctattcaa ctgattacac atgtcacatg tgcgccaatt ggatgctgtt 1500 gaaactttga aaatgcacca ctatagtgtt aacaatgagc cggcgtgata ccatgttttc 1560 Page 249 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttattttcg aaaggtgtat ccattattgt aattttggac caaagcatat gacattgatg 1620 tgtctctggg cctactttaa atcaaatcgg acttttctca ctcgattatt aacgacccga 1680 cccgactcga cccggctcgg accggataat tacatttgta gctatgagaa gaaaaagaag 1740 accacactac tctctctatc tctctttctc tctatctctc tctatctctc tcatttcttc 1800 ctgcgtcaat ggcgactcaa ggtcaggtta tcacttgcaa aggtaccttt atcctcgatc 1860 ctcgcactct cactatctgt agacatgtta ttgaaaaacc ctatctccga ttattagttt 1920 tctgattttc atttcatttt gacgccgatt cacatagctg cggtggctta cgagccgaac 1980 aagcctctgg tcatcgaaga tgt 2003 <210> 229 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 229 ttatttagtg caagaatctc tttatcaaca attatagagg aaaatagctt ccttgctcaa 60 ccaaatttta acaaaaatga gatacttata gagcatcgaa taaactgcaa actgtctggc 120 tcaatatgtt tttcttaatt tgtttataaa aacgaaataa tagcttctaa ccaatgaaac 180 atctaacaag ctcaacaact tttaaatttt caagtagata acactccgaa aatgtcaata 240 tagtacgtac gagtaatatg gacccttaaa atctacacca cacgatatgt tatcatgtca 300 caaatgaaat gcaacataac gtatatgagt ttggttctgt tagtaaacaa attctttgac 360 attgctacaa aagtttgagt atcaaaaaat tatatcgata gaatcctttt agccaaatta 420 tccacgtaat cattttagac gagcaatctt tattattgcc ttagtcgggg acataaacta 480 ttactcgatg atggacaaaa caactatttt taaaagtctt gattttcagt ttatatgttt 540 ccgctggccg agattttggt aattcttttt agcaacttaa tttgagattt aaagcatggt 600 tagttgtgac tgttgaacca agttttattt aagttaagtg ggcttgataa aattgaattg 660 tgtaaatgag aactttggtc ttaatggatt ggttcaattc gtggtagagc tacgagaaat 720 tgtaaagtca aatattgagc gtgagaaaat aagtcgctct gttttacatc tcagaagact 780 cgctcttatt cacttcctca acaccataaa aataagagtt gttgagagat caagtcattc 840 accactccta gatttatggt tgacatgaaa tgatttgttg aaaaaataaa ttcaaaccag 900 tagtaatctc aaacctctat ttgaatacac gtttcaagta tgtcttcttc atcgattaag 960 aacttaatcg tttacagaca atcaaatagt tttaacaata tctctttatt agaaataagt 1020 aattcaaaag tattgtatcg ttagagctgt gttttcgaat actgacaaaa tcagtttaga 1080 gaagttgtaa cctaagatca atgaatcaca taacattatc acataagatg attcaaaggg 1140 ttaaaaaaaa agagttttat caactcgact cctttcatgc tttccttaac aattatgatc 1200 ttaatttcaa taatttttgt agtgttgaga aatttatgtt caaaataggg aatcaagtgt 1260 cgagtaagaa tgtgtcaatc agaaaatgtc aaacaaataa atcatagaag catgacaatc 1320 gaatacaaca ttatagtaaa attttgcttt ctacggtatt ttgtgttgat ctgcaacaaa 1380 Page 250 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaaaatttt ttttttttca aaataaccga ttttctaaaa tagtttaaat gagtttattt 1440 tattcttacc cttattatta ttattctttt gctaatcttg gaattgcatg actaatattt 1500 tggctaggag aacagaaaaa aggttattga ccaccaattt agcttgacaa taatggtttg 1560 ttttgtaatc tctaaaatcg gttgatcaaa acaaataaac agaagaagaa aaaacgaaaa 1620 gaaaagaaag agcaaaatga taagaaaccg agttggtcgg tcttgtgggg cgggcgtgaa 1680 gagcattcga gagcgcacaa aaaaaaaaac tattacaacc aaaatattac aaatttaaat 1740 tcttaaaaaa tttcaaaata tcacaacaaa aaaaacaatt tatttattaa aaacattttg 1800 aaattacaaa aaaaaaagaa aaaaaaagaa aagaagaaga ggaagagctt tttgtgttga 1860 agagagagtt tcctatcttc tccattcctc ccaccatctc cctcatcttc atcttcctct 1920 ctctttctct ctttctcaac aatctctatt agatctttct ccattaccat tacctctggc 1980 tttctcttaa atccaccatc atga 2004 <210> 230 <211> 1542 <212> DNA <213> Arabidopsis thaliana <400> 230 aagcttatgt caaaaatatt taattaaaat atatgtaatt tatatgttga ttgagttatg 60 agtatcaagt aaaaacccta atccgttatt aaaatatcaa tgattataac gtatttataa 120 acgaaaaaaa aaagaacatc tagaattttc gatatttgat cctcaagtta aacttggaaa 180 aatttggatg tatgaaatat tttgtcgtcc acttatacaa taaagtatga aacatggatg 240 catgaaggct agacatccaa tgtctaaaaa tactatatat aatgcttttg gtagggtctt 300 ttctttatca tgtctcactt ctgtttctat ccctcatttt aaatagccaa tataatttca 360 ctctttacta taaaattatt atataaacat cattttgatt gaactaccta aaaggaagaa 420 acgtatagga atttttggag cctcaagatt gtaataatgt ctcatagttt gacttgcaaa 480 agctaaatta aacgcctaaa tcattaccat taaataaatg aacttttgta cgcaattgat 540 tcagacacaa ggaccgacca attcgaaaac aatgaatgga tatgattcat ccttatgaaa 600 gcttgacaac aaactcggtt ttggctggtt aacctagact cggtttattt aaaccagaca 660 ataatttctt tcgtcgtcgt tttatttgaa taggtgcgtc aaaaataaaa gctgaaattc 720 ttggttgcaa aagcccaaca ggcctgtgga gatagctttt tagattgatt aaatgggccg 780 aattgggctg acacatgacg agaatgtggc tatagaaatt gttagtgaga gggtccgggt 840 ccaaaaatgt tgcagaagtg atatagtatt tatttaatta aaaacatatt attcgacgta 900 tttttaacgc tcactggatt tataagtaga gattttttgt gtctcacaaa aacaaaaaaa 960 tcatcgtgaa acgttcgaag gccattttct ttggacgacc atcggcgtta aggagagagc 1020 ttagatctcg tgccgtcgtg cgacgttgtt ttccggtacg tttattcctg ttgattcctt 1080 ctctgtctct ctcgattcac tgctacttct gtttggattc ctttcgcgcg atctctggat 1140 Page 251 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccgtgcgtta ttcattggct cgtcgttttc agatctgttg cgtttcttct gttttctgtt 1200 atgagtggat gcgttttctt gtgattcgct tgtttgtaat gctggatctg tatctgcgtc 1260 gtgggaattc aaagtgatag tagttgatat tttttccaga tcaggcatgt tctcgtataa 1320 tcaggtctaa tggttgatga ttctgcggaa ttatagatct aagatcttga ttgatttaga 1380 tttgaggata tgaatgagat tcgtaggtcc acaaaggtct tgttatctct gctgctagat 1440 agatgattat ccaattgcgt ttcgtagtta tttttatgga ttcaaggaat tgcgtgtaat 1500 tgagagtttt actctgtttt gtgaacaggc ttgatcaaaa tg 1542 <210> 231 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 231 cgccggtcaa cctccgtacg aatctctccg tgcgcaggac cgtacggtgt atggcgaacc 60 cgaggagagt taagatggtg gctaagcaga taatgagaga actctccgac atgcttctaa 120 cagacacggt tttacaacac gctgtcttac ctgaagctgc acttggagct gaccgctacc 180 tctcttctct caccaccatt agcgatgttg aagtctctaa tgatttgcag gtgatgagaa 240 accctaattg gaaactcttg tgtaatgtat tcatgtgggt cttgctctat ttatgcagct 300 ggagtggaaa tttagggtct ttcgaaatat ttgattccag aattgcttaa cttgatcttt 360 tgattaaact tatgctatac tgtggcttgc acggattgaa tcctgattct tttatcagtt 420 tttgacagaa gcaattcgta ttatgtgttt tatgatttgt gtgctggacc tagccgctgg 480 tttgagagta ttattacttc agagtaatgt tagaagctga aaatggtttc ttttggggtt 540 gtaggtggtt aaagtatatg tatccgtgtt tggagatgat agagggaaag acgttgcaat 600 tgcggggttg aaatcgaaag ctaagtacgt taggagtgag cttgggaagc gaatgaagtt 660 gagattgacg cctgaggtca ggtttattga ggatgaagcc atggaaagag gaagcagggt 720 aagggattct aatatatctt tcacttaaag taaactagcg tttaatgaaa tttagtcttc 780 agttagtaaa tgaatgtctc aatgatgcgg tcaaaatctc tatcttgcat tcatagtcat 840 gagtgttgag tcatgaacta gttgatcttg ttgattgtct tctctgaaaa tcacctcttc 900 tgtgctatat tagaaaccgg aacttggtgg atgctgatat agtcagtcaa gcaattgtaa 960 taccatgtac ggttatcact atgagcagaa actgaattgg agactgtttc aggtaattgc 1020 aatactggac aaaataaaag ctgagaaagg aagcggtgaa gggaaaacag aaccatctga 1080 ctcaacagaa gatgatcaag attgggaagt ggatgacccc gacgaagaca taatctatgt 1140 aaagtaatgg tctgaagccg tttaagcaac gagtgcatat tactctgata gaacgctccg 1200 cggtaagtca tcatatgtgc tcaactcatc tatgagcttg gtttaggaga gatcattcat 1260 cttagtgcat gtcagtcata tgaacagaaa gcattggata atatatgctg ctgaaaagca 1320 tctaatagaa acaagtgtta ataaatcaac gcatgactct gaagagaatc attttccatg 1380 ttttgtgtga agttgttgga caagactaag gcggaatgga gaaccggaga agatgaatac 1440 Page 252 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgatggtagt tactcattat gaagcctgaa agcttctttg gtccattact cggggatctc 1500 tccaacaaat tgttattttg gataatatca gtgtaagggt ttggtcatga gctcaagttt 1560 ctgcctcgtt gtttcaatgt tttgtccttg tttggtgtta cagttaatgt cagctctcac 1620 aatgactcaa gtagaaatta accgattcgg tttcatatat gcctagatga gttgtgtact 1680 tgtgtcattg ggcccgtatc tcatgtatgc agtaacattt taggcccaaa caaaaatcag 1740 aacctaatcc attgtttatg ttacttatac tacatcggta tcttagaaat tgggctttta 1800 atctaaaata ggcccaagcc aaaatgacgt ggtcgtcctt gttacagaac aagcagcgtt 1860 gttcccttcc actcatctga aaacaaaaac aacaaacaaa ataaataaat tcaacagcga 1920 tatatcttca tctctctctc tctcgccaga ttttcatcga ctcgatttca gatttaagat 1980 ctcagataca aaactccgac atg 2003 <210> 232 <211> 2010 <212> DNA <213> Arabidopsis thaliana <400> 232 aacacaatgg tacttgccaa atgattttgt gtcggctgct ctaaatccaa tctccaacaa 60 accaaaacga aactacttgt tattttaaaa atcagaggaa atggattata ttattagtgt 120 agctataaag ataatctttt acgtattctt cattgtggaa tatgcaaata caaacatgta 180 agtgtataac taaaaggttt ataacaaaag aaataaaaag acaagagaac ttagaataaa 240 aattgggtat aacagaagag taaggaggga ctcaccaact ggttgttaag tcatttaatc 300 catcaattaa gcaattgagc agacacacac ccacctttgt tttatcttct tccttaaacc 360 agcttatcag ggtcagtttt gtaatctcat attcctacct ataatgacgt ttctatgttt 420 tatttgatgg agtttaattt ccgctaccat gcataactaa aagtatatcc gttatatcaa 480 acatttaaag aaaacctcaa agatattgaa ctacaaagtg ctcaagaagt tctattaaaa 540 atgtatcgaa ctttaacttt atgatgaaag caaggtgata agaacaaata gtttaaaaaa 600 acattttagt ttgaaatcca aatctagact ctataatttg tggcaggtaa taatttcact 660 attttggagc ctcacgtaca caaatcagga agtcgttaaa agtttcccac gataccatgg 720 taatgtacgc attatagatt atttcgttta aatagttaga tttggttttt ttttttaata 780 tacaaatact aaacttttca tatataaaca ctcattcctt caactttttt cttttggttg 840 tatttagtta acttatacgg aaaagtagta tgagtctcaa gtcaatgaca acacaacatc 900 attaaagtat aatacaatca tctataaaaa tccatttatt tgtgtgtgtg gaattgttaa 960 gttttgtatg ttaaagtcgt cataagaaat attatcacgt aatcaagaaa agaaaattgg 1020 tgatttgtaa gctctcacgt gtttctctat gaatggttgg cacacaaaaa aaatcatatt 1080 aatttatctt tactctaagc atcagaaaca gaagcttctg ccgcaaaaaa ttaaaaatta 1140 caggtagcgg ttgtcaaatt tttccggtag tgatcattat tttattttat tgttgatatt 1200 Page 253 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcataataat atttttaaaa attgggttgg tgtctaatgt cccaatgata agttgggttg 1260 gttttattgt tcttgtggac tgaaaaaaat ttgtttattt aagaattttg caattattaa 1320 tcgcctcttt ctctatctct ctcgggattg ggtctcaaat ctttttttgt cttcaactgt 1380 tcgaaactct tctgcttttg tgtttcctga ttcagccaca tccacactca caaacacaat 1440 ctctaggttt tttttcttcc ttttaacttt gattctctcc ctcaggtagt ttttaaaaat 1500 tcaagttctt gattcttgat tcttgatatg attaatcttg tactgtgttt cttgattatt 1560 attttttgta tactttctgt gttttttttc tcccttgctt tttggaaatt ctcctacaag 1620 agatgaaatc atcaagacac tttacttctt tatgtaataa ttgaatcttc tctgcttttg 1680 actcactacg ttgagctaca caatttcttt ttactctgca tttttttttc caacctcaaa 1740 ttagggtttt tttctcctct caatttcacc tccatagatc gggtattcct ctacgattac 1800 acaattcctg tattgggttt ttctgggttt cttcagttct tcacgaaaaa catttgcttt 1860 ttatcaagaa tttgacttta atcctccgaa taatttggtc cgattctgtt tgttgctttc 1920 gaaactgttt atgtatgata tataaaaaaa atggtttggt gtgaaatgat tacgatgttt 1980 taacctctct tagattccat cagaaatttt 2010 <210> 233 <211> 2001 <212> DNA <213> Arabidopsis thaliana <400> 233 ctgtgaataa aatgtgttgt aattagtcta tgatatgatg ttggagctat aaaatgctaa 60 tttgtgtagt aacatcataa tacttatgtt ccctcattaa tgtttattgc gtgcaccgct 120 acttaccaaa tgatattttt tgctcagatt ctggaaggga gatcttttaa acttaaatat 180 ccgtgggttg gtgtcgtcaa ccgttcccaa gcagatatta acaagaatgt cgacatgatt 240 gcggctcgga aaagagagag ggagtacttt tccaatacta ctgagtatag gcaccttgct 300 aataaaatgg gttccgagca tttggcaaag atgctctcca aggtacgtgc tttcacgagg 360 ctaggggtag ttttcttcac caggttcttt ataataagta agttggcgtt gtgaaatttg 420 ttaggagtgg taaataagag tttcagggcc agtgttttca cgattgctgc taattttctt 480 agcagccgac agaaaatact aagaaactac gaagttatgg caatgcttag cacgtttctc 540 tgtataaaac catcaggaca gagcctaatt gcaacaattt tatttgttgc gcagcatcta 600 gaacgtgtga tcaagtcgag aattcctggc attcagtcac ttattaacaa aacagtatta 660 gagctggaaa ctgaactaag tcgccttgga aagcctattg cagctgatgc aggggtaaat 720 tgtgtattct tttatttttg attgaattgc gctatcaaga tttacttaat gttctgatgc 780 aggggaagtt gtactcaata atggagatat gtcggctttt tgatcaaata ttcaaagagc 840 atcttgatgg agtgtacgtt ttgactcttt ttacttcaaa tgtttaagat tacaccatga 900 gttgttatag cgtctgagtt gatatttcta ctcttgacct tctgaaacta caaaaggaaa 960 attgtaattt aagactatgg ttgattacac aggcgtgctg gtggtgaaaa agtgtacaac 1020 Page 254 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgtttgata accagcttcc tgcggctctg aagagactcc aatttgacaa gcagctagcg 1080 atggacaaca tccggaagct ggtcactgag gctgatggtt accagcctca cttgattgct 1140 cctgagcaag gttaccgtcg tctcattgag tcttctattg tctccatcag aggccctgct 1200 gaagcatctg ttgacaccgt atgaactctt tactttcatc tctaaaaaga tgtatcaaaa 1260 acctaacaca aaacaataag cttctctctc cgtttttttt tttttctatg gttaaatatt 1320 aggttcatgc tatcttaaag gatctggttc acaagtctgt gaatgaaact gtggtacgtt 1380 cttttttctt ttagtaatat atatatatat atatatatct ccaacaacta gtacttttgt 1440 acaatgttat agacggtttg aacatgtgca ggaactaaaa caatacccag ctctgagagt 1500 ggaggtgaca aatgcggcga tagagtcgct ggataaaatg cgggaaggaa gtaagaaagc 1560 aacactgcag ctggttgaca tggagtgcag ttacctcact gttgatttct tcaggaaact 1620 tccccaggat gttgagaagg gtggtaaccc cacacactcc attttcgacc gctacaacga 1680 ttcctatctc agacgaatcg gtaaggttaa cccatataaa taaataatta tctggtaccg 1740 tatatctcac aaattttaga catttggcaa caggatccaa tgttttgtct tacgtgaaca 1800 tggtctgtgc tggcctgcgg aattcaatcc ccaagtccat cgtatactgc caagtccgag 1860 aagcgaagcg cagtctcctc gaccatttct ttgcggagct cggtaccatg gatgtaagtg 1920 ctctctgcct tttttcttaa cctaaagaag tgtcattcgg gtaaacactg agtcaactaa 1980 tatggtgata tccaacagat 2001 <210> 234 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 234 accaagttct gttttaggtc aagttctata gttatgattt gtgttggctc atgtttgttt 60 tggttgtatg tatctatagt gatgctaaga gatggttttt gatcttttga cagagtcccg 120 tgcggtgatg aggtacgtag ctgagaagta caggtcacaa ggacctgatc ttttggggaa 180 aaccgttgaa gacagaggtc aagttgaaca atggcttgat gtggaagcga ccacttacca 240 cccaccgcta ttgaacttaa cgcttcacat aatgttcgca tcagtcatgg gattcccatc 300 tgatgagaag ctgatcaagg agagtgaaga gaagcttgcg ggtgttcttg atgtctacga 360 ggcacatctc tcaaagagca agtacttggc cggtgacttc gtgagcttgg ctgatttggc 420 tcacctcccg ttcactgatt acttggttgg tccgattggg aaagcttaca tgatcaaaga 480 taggaaacac gtgagcgcgt ggtgggatga tattagcagc cgtcctgcgt ggaaggagac 540 tgttgccaag tattcattcc cagcttaaga tgtgttcatc ttcttggtga tgtggtttgt 600 gttttatgag aggtttaata aaagtggaac taaatgtacc tcttaatgta atgttgccac 660 ctctgtgttc tctttccttt tgtagtttaa taagtatctt tatggctttg tgaggctttc 720 aattttaagg aaatgatctt ttcccctagt tctactactt gaatgattta actagcttaa 780 Page 255 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaaattaat tatgaatgaa aggtcggatt agcgcgcgag acgggagacc tagtcgatgg 840 aatctatctt attgattgca tatcgactct caataatgga taggtactga agtatgaaat 900 aattgatgat accttcaaac tagtttgcgg tttaggttgg aacatggtct gataacaaaa 960 gaacttccac aactataaaa tctaggttgg cttcttttac tcggcctttt gattcataac 1020 caaagattct tggttttgtg accaagacca ttcgaatatt ggaagaagtg actgatctag 1080 caagaaacac tctaccagta aaacaaagta gagagaggta ccctaagaat aaaatcttga 1140 ttttcatgaa gctttttgag agaagcctct cagcttattt atggataata aagtgcatca 1200 tcagacgata cactgatttt tttttaacat ctctaccaaa tttgacaaaa gtgaaagaaa 1260 aaaggtttat tggtctttcg gggccaatga tggatagtat aaattaaagt atagacacta 1320 taatgaaagt tggtttcgat aattagatca ctaatttttg tttaaggcat ctaataattg 1380 cgttgataaa gtaatgttat ctgtcagaac ataaattaca aaaataagag ggctcattcg 1440 atcacgtttt ataaatactt tcttgtaccc accaacctaa ttttaatcgg ctaacttagg 1500 ttttccattg cctgatcatt ttttttttat aaccaaaaca aaacaaagtg taatcaagtc 1560 tcgtaactat tttattaaaa tgtgttgatt caaaaaagtg agaatcattt tggcatctta 1620 ttacaacaaa gtggggaata tctttaatca aatatactta caacaagtgg tctctctctt 1680 tattaggctt attaaaaatg aataaataac attgttaaaa aacacacaca tgtaattcat 1740 aatttgatgg gacgttggaa atttcgtgct gagaaaagtc aaatatgacg tgaaacgttg 1800 ccgccactag ctagccgcca cctataccga cacgtataaa taataatata ctaataagtg 1860 cgactgcgtt tagcctacta ccgcaaacgc agctaaccag atcccttttt ctctctcttt 1920 tctttccctc tataaaatcg cgtcctgcta tagtgagttt agaaagaaac tgatagtaga 1980 aaaaaaaaga gagaagaaaa atg 2003 <210> 235 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 235 taatcagtac caaattaagc agatctaaga aaaaattaca aatctaaaaa ccgaaacttc 60 taaaagtaat cgaaaataga aggaaagagg accttgagga ggaggaacac caacgggagg 120 ttgattgtac tggctcattg tttcctttga agaaaaagtg taaacttcgt agagaagaag 180 gagatcacga accttagatc gaaaaagttt atagaagcga tagagaagga caaggaaaag 240 aggagagtgt tttaagtata acgcgttttg cagttatttg atttttcttg tttttatcca 300 taactttagg ctagcgttca atacgatgaa ttaaaatgaa actaccaata aaaaaggtta 360 aattaaaaca agattcacgc ggtttctgcc ttttgcagcg atattatttc tgtttttttt 420 ttgtttaata gaacttaatt aattggagaa caaagattat tgattggttg tttattctgt 480 tgttttttct aatgttctgt atgaaatcta gtgatgctta atttcttttt gtatcttact 540 tcaaatttcc ttagaatata gaaattcatt ttgttttatc gagtcgattg acttaagaca 600 Page 256 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattacaaca tatgataaat agatgtacac aatagataaa gtaaaagtgt ctacattcta 660 aaccccactt acctacttcc aatgtatact aaaaaagagg agatattcat gtacatatat 720 acattttaag gtttccaatc tcttgaaaag gcttgctgaa tcacattgtg aaagtagcaa 780 tggcctggac ttcactacaa cattttcctt cccgccaatt acacatcgtt ctctttgagc 840 tacttcatct actagttttg ccactgctat tctaaaactg accgtaagtg gttgatgcaa 900 agaagaaaat atgatcagtc attccgtttt gcaacataac aatgaagcag aaaattatgt 960 atgttcattt cgataatcct agttgttcga caccttaatg atcttggtgt ccttgtatag 1020 attaccttag aatttggttc ttcattgtca ttggttagct tttcaaactt gatgtcctat 1080 aaaaatgcac atctcagaca ttacgtaaat cctagaatct acttttggta cttacacgat 1140 acaataccga aaacgtaagt accaaaagta gattctagga ttaggcccaa aatgatgatg 1200 taaaacaaaa tcatgagtgg gttaggccca tacggtcata aatgggctta tattggatta 1260 gtttcctcct accttatcct ctttccgacc aaatttaaga tattttatag aaagaataat 1320 aatttaactt tttagtgtga gtagccaaca ggattggaac gaaaaagaaa gtcaataaaa 1380 gccaacagta acgcgtctac acgtggacgg ttgattactc agaaccatgt tagctatggg 1440 tccagaccta cccacttgtg tctcaccttt aatcctgcct cgacgttacg aaccccagct 1500 tcgtcaccga accttacttt atatattagt ccttcttctt ctcatcttct cgcaacgtag 1560 gttctggtga atgatcctaa tccgtttagc ttttaaaaaa ataagaagac atatttatca 1620 acttgatcaa cttgagcaag ttgcagcaga tattttcctc ggccaaggta aagatctgat 1680 gttgtcttct tctctactcg atcaatttct atatttgaag ttcgtggatt ttgaaggatt 1740 tgattggttt ccatggtatt agatctctgt gatggttgtt gatctatctt aaaacttgat 1800 ttatcttcag ttctctcgat ttcaaacttg tacttgtcct acttcaagtg atctaatcgg 1860 aaacttattg ttgctatgtt tactgatcgt acagatctat tgatctaagg attaagctat 1920 gttgtgattg agttgttaga tttgaatttg aatttgaact gagcttgttt gtttgtgtgt 1980 gcagatctag agttttgaga atgg 2004 <210> 236 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 236 tcccatggtc agaaaactca ttcgataacc ctacatttga tgatcaaagt ggcacggaag 60 ctcgttcgat ctacaagttt tgtggtgagg agacttctca gtttttcttc tagtgtggtt 120 gtacttcagg taaattcttt tcaatactta gtggaatttt tcgctaactg ttttgtgtaa 180 ataaggacga ggcctccata gcgttcagtg ctttaacaat gccgtatcca ctctgctaat 240 cttggatttc aagaggtatg acagtttgtg ttgtgatagg agccttcatt aaattaaata 300 atttcaacaa tttatttatt tttagaacca aaagattttt caaaaatttt gattatcaaa 360 Page 257 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaaaatcca acagattttc tgttaaaatg aaaatatata ttagattgtt tttaaaaaaa 420 atcatctgcc ggaatttgaa tctggacatg cttattttca aaaaaacatt ttagctaatg 480 tgctagtgca tatgtttttg ctaaggtatg aatttaaatt ggatatatag atcaatttat 540 ttattttaaa accaaaaaaa atttaaaaag aaacttagcg ggatataaaa taaatatata 600 ttaaatttaa aaaaaaaaga ttttccgcta cgggaatttg aacctgaaaa tgctgatttt 660 taaagaaaat ttagctaatg tgctacatga gatgtttttt ttgctaaagt atgagtttaa 720 attggatata tacatcattc aatttatttt tctaatctag aatttgcttt cctaggacaa 780 atataggtac tgaattatta aagaacatat tttttggtaa gatataagtg agtttttata 840 taattttgat gattttaggt aagttgatgt gatttactgt aaagtctttt caaattctat 900 ctaaaactat gagatttaga tttctgtatt tttaactaaa gaagtctttt caaatccttt 960 caaatccttc aaaattaata agaatcaaat ccactaacta ttttcagtaa cagtaaaaag 1020 gttgattttt aaatttttaa tttaataaca ctcaatttca tttaaaaatt taaaatccat 1080 aattaaataa cataaaattt ataaatttta cataaattat tagattgaat acaccgctct 1140 aaatatacac aatgtaaaaa gtctgtttaa gatcaattat agatttaact taaatctaaa 1200 ggcccataat accgtcctgt acatcatata gttatctcaa gttgtaatac tgtaataccc 1260 gttgggccca gtggcccatt tatcagattt caaataacag atctcaacac tagcatggct 1320 acacacgtgt cagattcaat gcatcagtca tatcttcagc atccaacact tgtcaacctt 1380 ccattggatc tcttaactct acgcctcgaa aacagttttt atttatttat cattccattt 1440 ctcattgtat cttcatcagt ctcttcttat tccatttttt caaaccactt gcaaaattcg 1500 aatcagatct tctcttcaat cgaaaaaaaa gaaaggtaaa tctctctctc tctaatcatc 1560 gttcgtttcg tagtttcttc ttctacgtgt agatctgatc tttgattgta tgtttctgga 1620 gatctcgatc tcatcgattc tctgttctta tcactgattc agtgtgtttg atatctaaat 1680 ccgatttgtg tgtaggatgt taaaatttag gtttcggttt tgtttctgct tttgaacgat 1740 tttgctctag attcgttatc cgtgaagaac atagacgagt atgtagatct tacttcggat 1800 tcgcgttgaa gaattttctc tagattcgtc acctatgaag aagattcatt gtgttcttaa 1860 tctagatgat taggttattg tttcgactca tttgtttatg cctattttct ctatgttctt 1920 aatcggtgaa gaaatgtatc aatgtgtgta tgttttgggt tctgattttg taggatttgc 1980 tctagattgt tgaatcgaag atgt 2004 <210> 237 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 237 gttagtgtag gaagtttgtc cggatatgca attttttttt tgtaacgtgt atcatctcgt 60 taagaactca tatgtattat atgaacaaaa tcaatcatgt atattaaaaa tggtttgccc 120 taaagatatt ctatgttttt ttcgtgaata ggtgttaagg atattaaaca aaaataccct 180 Page 258 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatttattct tacgactatc ttgtgtctat agcactctag cttctacgtt ggtatcattt 240 atattttaaa aagattttgt gatattatta tttactggta taaattttaa aatttctcac 300 gtttaataaa actaaacata ttaataattt aaaattattt tacttttgat ttttattgat 360 atggttgacg aaaaagagtg attagtaatg gaagtttgtc tggatatgca tttttttttc 420 ttcgtaacgt gtatctcgtt ataagaactc atatgtatta tatgagccaa atcaaatcgt 480 gtgtattaaa attggttgcc ctaagaaaat tcaatgtttc tttcgtgaaa gaaagtctat 540 tttttttata gatttgattc tcttcttggg atttccacat taaaattatt atcttagagg 600 ctcagtttga tacatacact atatttttta tatattgttc aacgtatagt gactgaatgg 660 tagttgttta aaaggattgt gtaaacgagt tggatagcca aaactatgtt aacttgatcc 720 ttgtaaagta aacaaagcca tgcatcctct aattcaacaa tttggtccca ttaccccaag 780 aaaatgttat aaagaggtta tctttatcaa ttacttgtaa acaggacatt atctttataa 840 agaaaatgat atacatgctg catttttttg gtttggtagt tttacatgct gcattttgta 900 cttgcaacca cttctatact aattgtttta gataagatag taccttcttg tttgatcaca 960 tcgtaaaagg atcggatatg ttaaccgtct ttttccaaac gttatatact cttcaacact 1020 catcataatg tatggagatg tatcaagtat ctcttacgac cattggtctt tgcggcctaa 1080 tttgcaacag aaagtcagaa atatccatac tataactatg ctatttgaaa attattcatt 1140 ttgactcata tataaagtag agttaattag gtgtatagcc aaattatgga tgaaaattag 1200 acaaatgatc atgacattct tttttcttaa tttcccaaaa gaattgtaat atcagaaggg 1260 aaaaatacat tccacacata gttagaactt agaagaggtc caatcaatag gcggtaaaaa 1320 ttaatttgta acggtaaaca aaaacgataa aggataatag tacaaactaa ttggcaatta 1380 atactgtttt tggtcaaata tatatgtcac gacagtagat gaaaataccg tttttggttg 1440 aatcgtttta ttttttactt tgtcttgaat cttgtctact cttcaatacc gtttttcgtt 1500 gaatcattca aaaaaaaaca gatctcctag tgatatgaat caaagtttat caataaaaat 1560 cttagtatac atttgcaaac cataacttca taattttgaa taaacgataa tgtaagacag 1620 gttggctcat tagaaagcat atcaaattaa ttgtaaggac acaaatatct ataattaatg 1680 caggctttta tgaatcaatc atcatcattc acatcctcgt ataattgtct aatttcgtac 1740 ctcaaaaaaa aaacaacaac gtgaaaacct aaaattagat gagttacgaa aattaggcaa 1800 aaataaataa actaaatcat agtattacaa aacaaaatga aaacgaaaaa atgaagaaaa 1860 agcaagctgg tccccaacag acatgcgagt tcgtctccta taaaactttg ttaatctctc 1920 cttcacactt atcacgccac ctcaccacct ctctcctctc tcctctctct cccccctgga 1980 gagattattc attccctcca atgg 2004 <210> 238 <211> 2004 <212> DNA <213> Arabidopsis thaliana Page 259 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 238 catttttcta tattctatag ttttatgata ttgtttggca atgatgtgaa aactcagtat 60 gattttctga aataatttag accacttatt tgttattaca acttttttga ttggcatgaa 120 acaggagaca aaaatagcaa aaaattagaa atatcaaaca ttacttgttc ctttatatga 180 acaatgagga tgaaaatagc tttggtgctt gaaaacaata cctttgagtt tggaccactc 240 atattcatta gtcatttcca ataaatatca gtagttgccc tcatagacaa acattaaatt 300 tcttttattt gtggttcctc agatttaatt ctagcttaag tactgtggac agctgtttta 360 atttgtcaaa tgtgtatacc aatcaaatta aatttctgaa tttgatcaac aaaagaaaac 420 cactctaacc acaaccacta atgcgtgtgc atgcacacaa tatattaata tatgattcta 480 taaaataaat tattttacct tattggttct taagattaaa ctgaatatct acatgtatat 540 ctcagtggtt ccgttttttt taaagtaaaa catacaaata ttacgtatat aattcagctt 600 tactttggtt catattcttt ttttctttgg gttcgtattc tttctcatac aaaagtttac 660 atcaacaatt atatcattta ataggattag aaagaaaaca aataaagtag acctataggt 720 atggttgcac atattgatta gtgattaata tagttttgta gtattttgca atgaaacatc 780 ttaattgact cccatcatta attagtgacc aaccaaaaga aattgacctt ttgatttaga 840 agaaagagaa ggaaagcgtg tgtgtggtta cttgcttgca actttgctaa cgcaatcaaa 900 tcttttaacc catacactat actcatactt ttcttcgttg catctattct catttcattt 960 cacacaataa tatggagtac aatattattt taatcacatc gatcatagat tcatgataat 1020 attgccaaac aaaatgtaag cttaaaaact tttaatgtta aaatgtccaa agaaaagctc 1080 gacgtgagtc aaagcaagtt gtttttattc caaaaccatg gtccagttac gaccccataa 1140 taggatacat acaaacttga aaagttataa aaaaattcaa gaaaaaaaga tattcacaag 1200 acatattctc ttcatatttc aaccaaattc gagaatttga agtcgaacaa ttccacacgt 1260 aatatccctc tagacctctg gtttcttctt tccttcctat aggtctcgcc gtagtgatct 1320 aagctttatg aaaacatttg aatttcgaga ttcgtgtaaa tacataaata aataacaaaa 1380 gatgcaacca attatatagc aaacgatatt attaataaag attattaaat tataacacac 1440 caagaaaaat tattaaagta tatcctagca tttactaata gaagagtcta attttaattt 1500 tgttattgct caaacacagt atataatttt agagatttct ttggtttacg tcaaaaaagt 1560 ctgtctcaat tttaatattt tagtcggtca tcagtatcgt ccaaacaatc attttacttt 1620 tgttatgata aaatacggaa ttcctcccct aatgacaatc aaattcgaat tcaaaagagc 1680 taaacaacat atttctaaca aataatatgc tcatgcatgc taatatttac tgtaacattt 1740 aaaaaaatta aggatggtaa acataatctg cttaccaaat gatggagata ctcaagagtc 1800 cagctgtaat acatcttgca tgcaatatct tgatattagc ctccttttgt tcacccactc 1860 tcttctcttc ttcttctcat ttatttatat gttaaactct ctcccactat atatatctct 1920 cccccttctt ctctcttcct cacattcctc accaaaccct ctccaaaaca cacccacacg 1980 Page 260 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacgcacaca cacaaagaca atgt 2004 <210> 239 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 239 aaggcccaat tggcagtaac aaatgtagta ggcaccatca agtgtcaaag cgtgttgact 60 ataaagaaac cctgtaaaga tatgcagttg agcagcaaat gattttccat ttattatctt 120 gtagggtcgt ttggcaacat actcaatacc accagaaaag taagacgtgg tttaacaaca 180 gtttgtactt gagtaaaaca aaaaagacac ccattcgtct tgtcaacata cttacgaaat 240 cagagcgtgt ttaaacaagg aggactacca aatttcagtc tcaattgcta ttgaacagta 300 atttgcacat catggtttaa caagaaacaa gtagaggaag agatggtaga tcattattac 360 cttttgtcca ctagatcagt tttgtttccc acaagcacga ctatgacatc actaccacgt 420 tctgtcctaa cctcatcgat ccacttagta gtgtttagga aggactgcct gcctatatgt 480 cagtggaaaa caaaataaat ctcgagtttc acaacgcaca atggatcaac ataaagaaga 540 aatcgaaacg cataaattca taagattact gaaaaccaca tccccaagat ctcagatatg 600 ggaaaatatt catgtgtttg agagaacgag tgaaggtaca catacttgca acatcataca 660 caataacagc aacggaggaa tccctgatat agctcggaat tagactcctg aatcgctctt 720 gcccagctgt atccctgtca tatgatttcg gctctcgatg ttaatcatca aaaaatgatc 780 tgcaatgtta ttcttcagta ttcgaaaatt gaaagaggct caagatctta ccacaactga 840 agtctgaccg ttcgatcttc aaggtacatt gtctttgata gaaaatcaat accaattgtg 900 gcctgatgat tatgaaacaa cataaaaact acttagaaaa ggaagaacat tctgtaaaat 960 gacgataagc aagcatggtt cacatattat taggagctta aacgtaattc tcataatcac 1020 agaacaagat cagatgcttt cattcatcaa ttgagaacta attcgattag ataaacaatg 1080 ataacatgat caaagaaaca tcctcatatt agtgttactg cgatcttcta ttggactgaa 1140 ttctcgactt tgtacaataa acgagagtga gcgattacga tgccaaaatc tcattcagct 1200 gattgttacg tcctatacat tgactaaaac acgatctaca aatcagatca cacataatta 1260 cgcaaaacca aacgcccgat cacgtaaacg agtaagaact tcgaactgaa aaacacgatt 1320 cccgtccatg aaaacggatc tcaaaatcaa tcaaaccctg ggattttccc gactataatc 1380 cctcaaaata gaagcaaacg tcgtgcatcg tcgagataat acctagattt gaacaatgga 1440 aatttacctg gtaagtgttg tcgaatttgt cgtacatgaa tcgagtaatg atactggttt 1500 tgccgacgga ttgatctccc agaaacacca gcttatactt agcgagtgcc gagaccggag 1560 ccatgatttc tcaaggatct aactcgccgg acggatctga gaaacgtcga gatctcgctt 1620 tgctgagaat aaaagtttcc gatatttacc ggagagagat cccgtcgctc tggaattgca 1680 aatactgtat tagtgagagt ttgttattcg taaattgcag tttattcctc gagtgaccca 1740 attgggtcat ttatgttaaa ttagaaacta tttgagataa gttacaaaat atataaaaac 1800 Page 261 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttagaagctg attaaggaat ttactacatt atgggcagca tttataagcc cacgtaagga 1860 tttgggctag ccttatagta gggggcacgt gtcatctcgt atgacctgaa ctatttttgc 1920 cccttttggc tacttgactc ttctgtgtct ctctcatcaa atcaaatccc taattctcga 1980 gctcgaagaa agagacgaaa atgg 2004 <210> 240 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 240 ctggatttgt cactttgaga tgaccattag agaaggaaat caccataaaa ccgtagcaaa 60 gaaaaagcca tttgagtgac acacacaaac aaaaatgcag cagatatagc ttaaggttat 120 acatgagcta agtaatctta acttggagtg acatatttct attagaccta aaagtttcct 180 caacatgttc aactaaaaac aggcaacacc acaaaatgca gcagctaaga taaaagtaaa 240 gtaagtggag ggttaccgag gatactcttg tgattcttca aaccttcgta ctcagtcacc 300 agctcaggta ggagtctagc atacaagtca ctccacagtt tcttctgatt cgcaatgtgg 360 gcatacctca tcgactccat ttggttccta gagtacatta tccgcaactg cttcccattc 420 atttctccac tgttacgaaa gtcagaaact ttggttgacg cattcctttc aacaatgcta 480 gaagcatttc ccttatcaat cggtttctct actccaactt tcttatgctt tcttggtgca 540 tccttatcag tgtgtgcagt tactggtctc ttagaatgat ctttaccttt cttgtagaaa 600 ggaacaacat caaacaacgc agtatcatca accaaatcaa tattcacaga tcttccaaca 660 aatgcattat ccttaactct cactctttcc accttctcac gctgatcttt agacccattt 720 ccattctttt cgatcttatg gatatcagaa gccctagcga gcgtgtcccc atcattcttc 780 ttctcagtct cccaaagtat ttgaacatca gaatcttgtc ccttcttctg agagttcaaa 840 atttctttca tatcagagat agaaccgacg caatcatcct ctatcttgta cacatcatct 900 ccaaattgat cactttctgt agaaatctca gagacttcct taatctgttg cagttcctta 960 ttctcttcaa gaaacgtgga accatctccg atttcagcga acaatattat cttctcagcc 1020 tccacaatcc tctgaccatc agaatcttgt cccttcttct ccgagttcaa actttctttc 1080 atatcagaga tagatacgac gaacccatca gtctcaacaa catcctttat cttgagcaca 1140 tcatctccaa gtcgatcgcc ttctgtagta gaaatctcag agctttcctt aatctcttca 1200 ccaaccttat tctcttcaag aatcgtggaa ccattttcag gtacagagac tactactact 1260 ccaggacact ccacattcat cgccacggtt tcttcaagag tcgtttcgga gaaagaaatg 1320 tcaatagaat ccgaatggat gatttctcca tccttctcaa aaacagaagt aaaaggcgaa 1380 gactttactt gcttctttgg gcttatcatc tcttcaacag agtcgtcgtt ctcaaccggc 1440 ggcaaagaaa cgatctttag cgagtcttct gcaaattcat cccgagaaat cgaagttttc 1500 cccgacccaa tactttcacc ggtatcaaat ctcgtcgcca tcacagagat aaaaaagaga 1560 Page 262 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagcgagact gtgagactag agagagagag ctttatgaag cgaaggcaaa agtctctcga 1620 gacgattata taagctgaaa ccggttcagt taaaccgtag aagttagtat taaaccggtg 1680 atggctattg caccaattaa agtagagggg tattatggta atagcaaaag aaagagctcg 1740 aaagatacaa accactcgct tctctcctca cgcgccttct caaaattcga tcttctttca 1800 ctgcacacaa agcgaagaga caaagaagag agagagagag agagagagag agagagagag 1860 agagagagag aaagtggggg aaaaaaggcg aagaatacgc agattccatc caatttaggg 1920 ttaggacttc ccctaatttg gaaacctagt cctgtttcct gatctgtttt ccggatcgga 1980 cgagagacga attaacgaaa atgg 2004 <210> 241 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 241 caataaataa gaaattattt tgtttatata ttcaaactct ttttattaat atattaaact 60 attaacctct ttctattaat tttgttgttc ttaatatatt aaaaaaaaga agttaaaatt 120 ctttattgta tcggaaataa gaaaatgaaa tttgttaaca aactattaaa ctaattttgt 180 tattttgttg ttgttaatat atactccaaa ttgaattagt taataagtaa aaggctttag 240 aaatcttttc caaattgtca agataaatga actgtaatct tcagaataga gaatagtggc 300 ttacaaagag ctctcaaaaa agttgcaaaa aaaaaaaacg taaaaataaa aattaggtct 360 ctatgggttt tatacccagt taaataaaat aagttatgaa actggataaa aaaaatctaa 420 tcgtagcatc aagaactgga ctgatagatc tagtaggtgg accgcttgac cccaaggtgt 480 ttgaaaaaca atcttcgacg tcgtgacact tagttaatcg atccactctt tgggatcaat 540 caatcccatc ccttctagaa atctggtgct cgacgattaa aacccgctct ttgtgaattt 600 ggcacttaga tgggtgaagg ttggaccgct cggtccctta taacctctca accacaaagg 660 ttcagtctta tcgcatgaaa tcaattagta aactacaatt catcctaaca aaaagaaagc 720 tatagtagtc catatattat gtagtttttg cttatgagtg cacataatga tgataacaca 780 ataaaacatg gggtttcata catgagcgga gtaagaggtg ttgtactaga ctaaagatta 840 gtttagcgat ttagaattag caaatagtgt taaaaatgac acaaagaaaa attttgaatg 900 tataatctaa tacatgattc tcaagcctct aaatgagaaa tattaaatct agattaagtt 960 taaatatata aaatttagct taaatctaaa tttcaaaatg ataggaacta ctataaaatc 1020 atatagtaac aagatacaaa aaaacatcca tgtgttacct taagttatat ttattccctt 1080 tagtaaccaa caaattttaa ctttctttca cgacaaaact tttgccgtct acaattcaca 1140 cacacttcca actttgaagc ttacatacaa tacggtggca gcagtaacac acaccattat 1200 actacaaaca tcgataaatt tttatcaata accatatcga tcatttgaca aaaccaccca 1260 cggagtaacc atatcattat aagtaaacat aatgaaattt ttgcttcaag tgaactgtga 1320 acatgtgagt gtgttatcgg atttagctgt tgtcttttct ttttatacga aacaaaaaat 1380 Page 263 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaataaaacc tttatcaaat ttgtacaaac ctctgggctt tatttaggcc caataacaaa 1440 attcggccca tatttgagaa ttcacaaaac ctagatactc ttactataaa ttggaacatc 1500 attgatctaa tacaattaat tactgtgtta atattattta tactcaatct gaaatgtctt 1560 tttttagctg tccaccagtt tccaatcttt gaaatacgaa acaaaaaata aataaaagta 1620 taaaaccttt atctaatttg taaaaacatt tgttgggctt taggcccaaa acaaaagtcg 1680 gcccatattt gagtgttcac aaaacctaga tactcttact ataaattcaa actagggttt 1740 taaagctcat ttctctcttg cagtcctcat cgttggagct tagaagccgt cggcacaagg 1800 ttcgtctttc tctcatccct ttcctcttcc tttgcgtgaa ttcaccagaa aatgtatatc 1860 taccttagcg agtctgtcta gtttagcgaa tctaggataa tctccggaag acacttttga 1920 atcatcactg tttttgatct ctgtttcttt ctctaattgt gttgttgtat tactgttgat 1980 gtagaagaag aagaagaaga atgt 2004 <210> 242 <211> 2012 <212> DNA <213> Arabidopsis thaliana <400> 242 gcttttccac caccgtatct cttgttgaaa tcctccttga ctctctccaa gaaagccatt 60 ggtatctgcc tcccagcaga ttcaataaca acaacacaat aggctgcata acaacagagg 120 gaaatgagaa atcttattgt cacattccaa ctaaagcaaa ttcgtgcatt ggacaaccaa 180 agctttccaa acataaaaat cttcacaata aacattccaa agaagccatg cataaagctg 240 attaaaatca gaacgaaaac aacagattgc atatccaatc aagacatggc attgattaga 300 agaaaatctg aatataacac aatgccacaa gaatcgagag caacgaatat cctacgaaat 360 tcaaagctac actgttctcg aacatttgat ttcgaaacta agcattcata agaaaacaga 420 tgaaccaagg cataaacaga gaaatacaga gcaaaatcga cacagatcgg gagatagaga 480 cttactgaag ccattatcag cgagataatt gaaagtgtga ccgtcgcaat tgtaggtaaa 540 tttgttgttc gaggacggaa gtttctggag acactgagcg gcgacggagg tgaaattgcc 600 cttgaactcg gtatactcgg cgaggatcac cgtaccgcga gcgacgaagc tgtagatcaa 660 cgattgttgt cccattcttc cttttatcca gatgagagaa agataaaaaa acgaaaccta 720 agaacaccac aaaaatccga tcgaattgat gagagagatt agtaagcgat gtaaaaatac 780 acaagggaac gaggggtagc gatggagaaa gcaggacgca gagatcggag aagagaaact 840 atatgagagc gctggatttg cgcgagtaac agagacatta ttttcccttt ggtaacgttc 900 aaattttgaa tttttaaata taaaaagtaa ataaaaagaa aaattcatca tttgtatagt 960 cgaaaattgc cttaataaac tttattttgg taaataattc acgtctaatt aataatagta 1020 tcttcatgtt tttacaccac ggtggctcgt ttttcaattc aaatgtgaaa tgtttatcaa 1080 tgagcatttt aaaaaacaaa tatatatata tatatatata ttatatattg attttttata 1140 Page 264 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagaaaattg cgatgtgtaa gggatatttg agttgttaaa ttttctataa attatatgtt 1200 atgttactta aaagaacgtt caattgataa tgttgcaaac cttcctacca aaaaaattaa 1260 aataatgttg caaacctttt ctttcattcc aattcactaa ccttctattc taaccacaac 1320 ctaactacct aaatttcaat tatttgattg ttgatcaaaa tctttaggaa cacgttaaac 1380 aaattaatta gcaggttcta aacaatgcag agcaattgta gatgacaaga gataacggta 1440 gaagttcgaa ttttgttgct gtaacaagat actatgacta tgagctcccc ccgtccatta 1500 agaattaaga aatttggtta attacaacat ttgtttttat gtttaagcct tttgttcgta 1560 actgagctaa tactggaatc actgatcaat gatgaatttg gaaaaaaaga tattttgagg 1620 aagacagaga cagactctct tcgaccatgg gacctgaact tgtcctaaag ttggtaatta 1680 ctaatttgtg ccatcggcag agtccacgag ctttttggct ggatccgggc gggtccaact 1740 ttctcgacat ttgtttgatc tctccgtttt gaaattgttt ttttttagtc cttaaattca 1800 aggttttata ctatttttga cccaatctga ctaccttaaa tgacaacttt acccttgccc 1860 gcttttcaac tttttcttct cccatgtcca ctttagtcct cgttttgttc tttcatagtc 1920 ttctagatct gtagtttttt tccgcgaccg cccaaaaaat tctctgatca gacggtcgat 1980 tggatcggag atttaaggta aagaaaaaat gg 2012 <210> 243 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 243 agcaagagcc gatccaccac caccactatg gtctttatca tcattattat caccaccact 60 agcttctcga aggcgtttgg cgttttgcgt ttcacggctg gaggctgagt ggtgctgcaa 120 ggaagcgagt tgggctaaac gctcacgacg tttagcagca ggaacccaag tgctcttaac 180 gtgagtttga caatgaaagc ctcggctttt acaacaagtt ctacatctca tatgaggaca 240 atctttctta gcttgatttc cacaatcttg acaattcata cctccttgtc tcgtcaccgt 300 gaaccctccc ggctcatgat cggagactac gttgaagtat aaactccggc tacggttatt 360 gttgttgttg ctgctgcttc cgctaggaac cattccaaat gagtagaagt ttgcaggagc 420 tgaggcatgt tgttgctgtt gttgttgttg ttgatgttct tgttgttgga agtattgcgg 480 aggccaaatc tcgaaaccct tgttgttatt atagatctcg tctttgtaaa gataaagata 540 attgctcttg tcttgatgat gatgatcctt gtctacttga tgatgatctt gcttgttgtt 600 gttgctgttg ttgtctctcc ctcctagata gaagaaccct gccatttctt tccccagtgg 660 taatcaacat cacacaccca acacaccaca aagagaaatc aaagaaaagg gtaaatcttg 720 atttgatttc cttttctttg ctataaagat tgacggtaga tgatgaggaa gcttaagaaa 780 ctgcaaacgc cgccatggaa ttagtctttc ttcatcactt aagataactc aagtttgatc 840 tctgaaagtg gaagtttgct ggatttactc ggtggattaa gagagagaga gagagaaaaa 900 aagtttttaa gacatagaga gtcccatgaa gatcttttgc tttgggcact tcactacagt 960 Page 265 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatcttccag tttgagtgaa tccccatcac ataaatatca ctcaaactat tgttgaaaaa 1020 aaaagaaaaa aaaaggaata tggataaata gataggtgac attttttaag taattttgtt 1080 agagtaatca ttccattcca ttaatatgta tatatgctta ttctctacat ttttcatagg 1140 tattttcata atcccttatt acaatctaat taatacatgt aagatgataa aaattaaatg 1200 acgcgttgtt ttctttacta tgtaggaagt catttttttg tccacagatg caaattatat 1260 atctaatcga tggttttagg attcaaaaca atatgcatga aggagtataa aatatattac 1320 gccgaaccaa cgtatcgaat ttaataatga ctcgttttcg ttttagtaga ttttaaaaat 1380 ttaagatgtg ttaattaaaa gaaatttctt agcgaaaatg ttgtttcttt taaaactaaa 1440 ctagaaaata gaaaatagct cgctttttaa gctcatagtg ttaattttta tcaatggtga 1500 atagagtgcc acgtgttaga acagggagtt tttctccact cgtccctccc ccgcaaaacc 1560 ctccccaccg tttatctttt tacttcggtt tatctatttt gtgatgaaat tatatatggg 1620 aagtttgaga aaacaaaaaa ggcaaagata aaagtctgaa ataaagaaaa aggaaaaaaa 1680 aaatgaaatc tgagaaaaaa tgaaaaggat agtctaacgt cacattcctt tgacatttta 1740 tcgtcacgga cggtctcatc gtgaggttta ccgcttaatc acggcgatta gactttcaat 1800 gacataactt tttcaacgac gccttcgtgc gttaattttt ccttttttga taattttgtt 1860 atttattcgt ctaatcagaa atacgtggta ttaacattga atcgacatga agagggcgat 1920 cgtagaaact taaacacttt ttgaatatga actataagaa aactatgtgg tgtgtgaaaa 1980 aaaaacaaaa aaaaaactat gt 2002 <210> 244 <211> 2007 <212> DNA <213> Arabidopsis thaliana <400> 244 taaaaaaata aacggggact agattctgtg ccggtgatcg gagaggcgct ttacaaaatt 60 tacttaatat ggtcacaact catatgagat tagtacccaa aataaattaa aatatatata 120 tatatatatt aagcataaat actatatttt tttttgttag ttcataaatt ttataattaa 180 tttgtgatgg taagtttacc aaattgattg tagattaaaa aaaaaaatca acaaataata 240 tattgtttag aaatattttt atatgtgagc ctaaattact acagtaaatc ttttacacaa 300 ataaaaaaac acgtcgtgat ttggaaaaca cgatgatgag gtattttatg atgacaatac 360 cacgtttaat attatgatac cagatcggaa aaagatgata tgttatgtgt tttagagctt 420 agggagcaat ttaagatgga aacgtaaata attatttgtt gagaaagaat cgactagaag 480 caatcgaaaa attgatcgaa tggtcaagat atgaccgaga agtcatcgga aaagttgtga 540 gcccaaatct tgagagcaat gacatgcaaa atgttttgaa agtgctctca tgaattaaaa 600 gtgaaaaaag aaccactctc tcgttacata gagggtagta tataaagaaa tttacctatc 660 tcagactagg aaaccaagtc tcgcattgga atacgacttt ggtttaaaca tgtgagctga 720 Page 266 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctgacaaatc gattttatgt gctttacaac ttagatataa ctgaacatat tggtattgga 780 tgaggttgga cgatagactc atagacacaa tcgttgtctc gaaaaatcac gagtttctct 840 cgcttaaagg attttttttg atgaagttta tggtgatccc gttcgagaac atcacaattg 900 tttttgaatc aactttacag atccatattg taactaatga ttatagacta catagtttac 960 caaaattaca tttactcaaa agaacagatg cggttgttga tggcaaaact tttttggaat 1020 ggtagacatc ccattgaaag aaaacaaatt gccatggtat ggaattcatg ataatgattt 1080 aactcgttat agtctggaca aattgtcatg gtagggtttc attgctcttt ctttgggtag 1140 ttacctcaag atatctcttt gttcttcctt gtgatagttc caccttgata tgtacaaccc 1200 cacattaatc tgctcatttc aacattaatt ttctctattg tttttaaatt gtgtgtataa 1260 gattatttca ctaactagga aaacaatcca tttctttgac acatgggctt tacttaaaca 1320 aaagcccaat aacttgtgtt tagaagtcac atgatcaaat ctcaagacct attataaatt 1380 aacaaatttc atattgataa attttaaaag atttcctatt acaatattta aagttgctac 1440 aaattataga ttcttttgat cttttctgat attgtttctc aaataaaata taggaatacc 1500 aaattacaat atgaaagttg cttcaaatta tagattcttt tctgattttg tttctcaaat 1560 aaaatatagg actgaactac caaaggcaat aatattcaat gtgaccaaca aaaaaaaaat 1620 aaaaaataaa aagaaatact caaatctcat aacctttttg actaaatata tcaatttctt 1680 ctattttcaa tgagcataaa ttacacgcgt cctcagaagc tgaatccgat ttgcaattct 1740 tcaatctcaa ccgttagatc aacaaatccg gcatcgaatt cctccgcgtg gtttggtcca 1800 tttttttaat ttgagtatta attcttttcc tatttgacaa catgttttat taattattat 1860 tattattcca tttgcattaa aatataataa aaagatgtaa gattctctcc gcctccttct 1920 ctctataaga accgacacag agacgaagaa gaataatcac tcgaaaactc atcaaatcaa 1980 aaatcaaaca cagagaagag aaaatgg 2007 <210> 245 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 245 atttaccgtt tgaattcggt cagaattcga tccggacttt gtaacgttta atatgactga 60 gcaatactaa ttaagctgac tgacggaaca ataccaatta acccaattta tgatagttat 120 gttcaatttt ttttttttgt ttatcgtttt aaacattatt attgtaggta aactacttca 180 taataggatt agatcaaata tttctaatga tgatataata gataaaaaaa ctaaaaaata 240 tatattttta ataaactcta ttatttttca gctcaattta gttttactta aattaaaatt 300 atttttgatt caggtcctat aaactgaaac ctaaataatt tgatccgtaa ttcatcaaat 360 gaaatctttg tacaaattta tcttttaatt cttaacaaaa ttgtttatct cctaaatttt 420 tcatactttt ttccaaagct tatgaatgct ccacaacaaa atacaacttg gtgaacattt 480 tgccaacaaa taaaaatttt caaatgcaat aacacattat gtgttatact atgctttaac 540 Page 267 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gactaatttt ttgcgacact aaaatgaaaa cagtagtttg atacatttgt aaactgatgc 600 atttttaaaa agattgaata aattttacat tctctcttaa aaaaaccata cttacaacaa 660 aatctaaaat cgaaagagct acaatccaaa tctttggtat taatatttcg gtttggttcg 720 atttgattat acagtttcag tttggtccgg ttctttattt ttcacattaa tattgagaga 780 gtcaaaaaaa gctccacaag cgaatcatag ttgagagagc cgacaaaagc tccacataaa 840 cttgccaact tccttttctc ataatctttg tagagttctt tcaatacatt tttgagttct 900 ttagctttcg acttagaagt agaaagatcc acatactcat aagcttataa gttttttcaa 960 gaatctgcaa cttcatctag gatccaagat tgcacccata gccaaaatga tattgtaatc 1020 ctttttgagc tagaaagaag cttagaaagt gatgtggaca acatgaagac gcaattagat 1080 gtttatttgg atgagccaag gttacataga aaggcttttc gaaatttgga tgttttgagc 1140 tattggaaag aaaaccaaca cagatttggt aacttagcat ctatggtgca tgacatactt 1200 agcattccta tcacgacagt agcatttgag tctgctttta gcatcagagc acgggtctcg 1260 agtccataca tgaactggtt gcttccgaag aactttcaga ctctgctttg tactcataat 1320 tggttgcgag gatttgcgga atatgaaggt aaaaatattg tgtagttatg ttttaaaacg 1380 aggtttcttg cagtgatcat gttttaaaac gaattcatac tttgaattgt aggtacccta 1440 aaagacattg atgatttgca accaatatgc aaggatgatt gcaattagta cccgagcaga 1500 atcttcaaga tcagaaaatt caagtgcacc atgaaacaaa tgtagaagaa gcaacatgtt 1560 ttggaactaa gaagaataag aaacttattg tgtttgaaaa cttgaacatg tttgagtttg 1620 atttatagat attagtgtct ttcgattggt aagaatttga aatttgatgg taagtgttga 1680 ttttagtttg ttttataaaa ggttagacac attcttgatt tagtagttgt tttgtgttcc 1740 gagtcactta aattgctttt ttaatttata tctaaatggg tatatgagtt taaatgggca 1800 attttataaa tcttaaaatt aaataatttt aaatggggta gattttaaat gggctaaatg 1860 aggtgggcat gcccatagtt gaccagctct agtggtagaa acggcacgat gtttgaatat 1920 taaacgacac gatcgttgac caaagaaagc agggtcgttc ttaaacgcaa tcagagagag 1980 aagcgagacg agagacgata atgg 2004 <210> 246 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 246 gattaccatg agatcaccgt acgtccatga gttgtctgac attgatggaa tatcttttac 60 cacattctcg agtgacatct taaggcgcaa tttatttatc acaggagaga cttgagatga 120 ggtatgtttc cgatagtcat gcacctacaa tagtatgtgc caaaaattaa agaaaacatg 180 atgatgtaag atggtacaca gcagtcaatt aaaaattagt ataactaggt tttttatgtt 240 tacttctggt cccagttact ccattatgtt tcagaaacaa tcaaatacat gtacaattga 300 Page 268 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtttggaaga taaacttcca tgtacttata attacgacat ttttttaatc ttgattaagt 360 gtagataatt tctgttgagc tctttttaaa tatatttata tacgtttgga ctgtttccaa 420 gaacttatgg aaggctttat cccaaaaaat aattgcagat aactcacctc acatataacc 480 accccatcca caaatttgca aggtatatct tccaaaatgt ccccaggaag cctgccagcc 540 tcaatagcct ataaagcgta caaagggatt aaaaacattt actcagtaga atgaaactca 600 gaaagtgtat ttaacaaaac gcgagtaagt agtgcagtga aatgcattat tcgggtagaa 660 caagtgggga aaaaaaacat catcttcaca tttactaaat ctaagtactt tgaattcatt 720 caccaaaact ttgattacat gttcaaatca agtctataat aacatagttc gaaagattta 780 ccgaaaggag accctctgct gccctatcat acggatgtaa gacctttgga acatctcgaa 840 acgatatctg ttgcatagcc tggtattcaa aaactcaaat ttgtgaaaac gtgaaggttt 900 taaaactcaa atacaagaaa tcacaagata aataaattca tatagactct cagtacatac 960 ctcagaggtt tttcctatag agtacccatt tggatagagg ctcaatatga aggaaacttc 1020 atgatctgca gagaaaccaa aatgcactca attcaacata gctagaattt agcaaaacat 1080 tatgtgtcaa agtggttcgt tgagatccaa acctggagat atatcgggta aagatggctt 1140 cgaaaacccg gaaacatcgc caatattgct atcatcagtg gcctgaacca aacgtaataa 1200 attttctata taactttcca aaataagcga atttagttgg aacacaatac aactaaaatt 1260 ctaagttaaa ttacctttgg tttcccagat agaacgattg cttttgggga atcaggagta 1320 gccaattcag tagaaatctt aggtcgaaac tttctaccaa ccttcgatat cttaaacgag 1380 acacccatgg attctctcca gagagatgaa gctcaaacct gtctaggtac tgtcaataaa 1440 cgatacagaa ataaaaaaga cacgagaatt gaagaaatcg aagaatgaat tttaagaaag 1500 ctagagaaat tgaaacctta tgagcttgtt acagagaaga tcatcaaaca attggatcgg 1560 atagaaagcg agagaaatca aaggtgacta agaatagagc aatgaagaat tcataaacat 1620 ggaatttgtg aaacacaggt gggaaatttt tgaagaagat gcgatcggaa gagaaaggaa 1680 gagagattat tgttagggtt cttcttctaa cttcaaagta gcagaaaaag aaattatctt 1740 ttgtgtctct gtgcacactt ggatttcggt ttaagacaaa acggaagttg aaccagttat 1800 taattttggt tagcttcgat taaaatttgg gtaaccgagt ttgggggtag aatagacatt 1860 ttgcaaatta gggttttgct tgatatataa aatccttcac ccttataagc ctttcgtcgc 1920 ctcttcgtgt gatttactga gtgaaaaaag cttatcgcgg cgattagttc ccggcgaaga 1980 agaagaagag agataagaaa atgg 2004 <210> 247 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 247 cttgagagag tcaaagaaga aagtccatta gagaccttgt tcatcaccga aagaggactg 60 agtcttctgg tccctgttca gctcaataag gaacatagca caagtgttga agaggtgaat 120 Page 269 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctttttgcga gtcctgattc agtgttttgt tttgcgaaca ttagacacta acgatctttt 180 gatgtgacag gaagtgagaa gaatcaagaa ggaacatcct gatgatatat tagcgataga 240 gaataataga gtgaaaggtt atctcaaagt cactcgtgca tttggcgctg gatttcttaa 300 acaggtatat atatactcat gattttaatc agatagtttc aaaattttgc atgttttata 360 gtttttaggg ttggattatt aggtctacaa ggtttgtaga aatatcaaaa tgcagaaaaa 420 tactattaca aaacctggtt tgtttttatt cgatttgata atagttttgt tcaatgtctt 480 tcctcagcca aaatggaacg aggcgcttct agagatgttc agaatagact acgtcggaac 540 atcgccgtac atcacgtgct ctccgtcgct acaccaccat agactctcat cacgtgacaa 600 attcctaatc ctctcatccg atggactata cgaatacttc tcgaacgagg aagccatctt 660 cgaggttgac tcattcatct cagccttccc tgaaggcgat cctgctcaac atctcattca 720 agaagtcctc cttagagctg ccaagaaata tggtaatact aagaacaaaa cgcaaacgca 780 cttaagattc gaaacgcaat ctttgattaa actcacgtgc attttttttt ttttttaggt 840 atggactttc atgaattgct agagatacca caaggagatc gtcggaggta tcatgacgat 900 gtttctgtga ttgtgatttc acttgaagga agaatttgga gatcttccat gtgaatacta 960 atcttttgaa gagactctta ctaaagtaac ttttagaatt gattcaatct ttttagaata 1020 gatttttttt tttttttttt ttggatttcg ctgaggtttt accattttgt tactcagcat 1080 attttaacga tgttgcattt gtgtcccata tacgttattg ttagtgaaaa atataatgta 1140 agaataattt atataactat cctactagca aagctaacgc aaattttgaa ctcgaacttt 1200 agttaccgtg aatgaaaata acagacttga actttataat actcgtagta tacgtaattt 1260 ttgctttttg cagatatgct tgccactaat aaagtcataa attttatatt ttcataaact 1320 atagttatac acttttgact aaacaaacaa aatcggttta gcaaaagaaa aagttacttt 1380 tctgatgaac taggataagg aattcggaac tgaattttgc tacgttctct ctggaccaca 1440 cacactgaac acccttttaa gattttctcc ttctcttttt caacgtaatt tatcttttga 1500 tcagaaacga caaaaaagaa gtctaacaat atcaaacaat ttttttatag atatttttag 1560 atatttttcc tgctaatttt atctagtgta gacaaaccca aatatacgat tattataaaa 1620 acacgaaata ccaagtggac gactgaggtt aatagatcta gccgtagaat aaagatctgc 1680 atgaaaggcg gtgagaatct aaacggtgat aagaccataa cacacggaac atcggtacgc 1740 tctcgaacgt acaagaatcg acgacacaca aacactccac aattatttga acactggaca 1800 attattgaac cgacgtacga gaatcaatgc gctgagggta aagacgtaaa tgaagaacta 1860 gttttggaga taagagcgga gaaagattgc gacacatgta tggtcaatat taatctcatt 1920 tagcttataa atttgggagc ttcctctatc attaattttc attcataaat ttttcttcaa 1980 tttgaatttt ctcgagaaaa atgt 2004 <210> 248 <211> 2008 Page 270 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 248 atttaactat ttaagacaac atgtataaaa cctatatctt aactaaaaac tctatattat 60 tgcaactata taatctaaat gtctattatc ttaaataaat aaaaatgcca ctaccacttt 120 ttgatattat aggccaagtt attgatcagt aaaacgaggc cggcacgtag gaactaggaa 180 gtcaaaaaat aatatttttg tgatggaacg taaattcacc aattcaggac cttgaagggg 240 caagaagcca actaaaacac cagccccaac cctagtgcaa attaccattc tatataatga 300 ccccatctac gatttattcc ttctatttcc ctttacgtaa agtagcgacg ttcgtgaatt 360 cctaagaagt tagactaaca ggtttgtgtg gttcttaaat ttttgggtaa aaattaggaa 420 aaaagtttat attcctaccc aaactttcgg caccagagac aaattaggtt tgttcagaaa 480 atcagtcgct catcgacaga cttaacacca caaaatcatc agaatttctt tgggacaaaa 540 tggaaaatgt tcttcacggc tccacctacc aaaatttcga tatcaagctc aaaagcatac 600 acaaactata actaattcca tagttacgta atcttaactt cgaattcaac aacacatgca 660 tgcatcgact gaatcttcaa caaatgcaat caaacacaca aaattgctac caaaaaaata 720 tgattttttt tttatgattt caattttcat ccggcactta gtccaaaact ttttttgtgt 780 gtcaacattt tttaaaaaaa tctttaaacg gatatctgat ctaagagcat gttcataggt 840 gatacttaca aaatattttt aagaaatttt ttagtattat ttataatgtt tgtttaataa 900 atatatataa gattttttgc ttttatcaaa tgtgaccaat cagaagaaac cacgtcagat 960 gatactgata tgacaaatat gatactgatc aaacatattc taattgcttt actaatataa 1020 aaataatttt tggacttgtg atactctaaa aatatcaccc atatacatgg tctaatatat 1080 ggatcgtaaa aaactcatat ataatattaa taagtagtag aagagcgtag accatgtcct 1140 gggtcgtcgt ccaaatgacc acaagaagat ttcaaaacag aggaaaatat ttctcattaa 1200 ataagttttc ctgacgcata agataacatt attacaagat tcagaaaaag aaaggtgaaa 1260 ggataatgtt tctcctacta tataagatgt gtacatctga aaaaatatga atatatttgt 1320 aacgtttgac tgttattaca tgattaatac gatataaata ttaacatttt ttttcaaaat 1380 aaaagtaata tagtaaggaa atgaaaagag gcatgaagca tgcctctttt tttggtcggc 1440 tgccgtttac aattgccaat tgcgatagtt actcttcttg cgtgtacgac ttttgttttt 1500 ttttacatat tcgccaataa tttgacgttt tctattagtt tgtttgatac tctgttgtct 1560 tgctaaaact caataaaaca ttaaattact ttcttgaatg aagctggaac aaatctaaca 1620 taaatagaaa atgatgggca agttgatgtt attcgtaaat ttatttagat tatattatat 1680 aaaaagcaat ccaattatat atctcatata tacaatttct tatcttactt tgtcaatgtc 1740 atatacgtaa ctaaaacttg cggaaataga aaatgccacg tgtatggtgg acataatccg 1800 aatctctctc tttcttctat aaatagtggc cattcccatt ggttgaaatc acaaaagcat 1860 cataagaaga agaagaaact acaatagtta atcaatcaaa gagaagtaag agaaatggca 1920 Page 271 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gattctaact gtggatgtgg ctcctcctgc aaatgtggtg actcttgcag gtaaacccct 1980 agattctctc ttctttacat ttatatgc 2008 <210> 249 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 249 attttgttta tagagacaaa aaaacatgaa gtaatgaaca ttaaaaaaaa tcttagtaat 60 ataatgggtt ctctaatata atctaacctt cgagtgagaa aaaaatgaac ataaaaaaaa 120 gaaacaagaa caataaaaag agtgggagac aagagggtga taaatggtat agctacggga 180 cggtgacgta tgatgtgaaa gaaaggaaga gcgcgggtga tgatggaatt aggtgacagg 240 catgtgaaca acagtgaagc tgcaaagcct gatttggttg tttcccttct ctttaagcgt 300 gcttccaacg tgtctctttg atcatgacct tcttcttcaa atatacaact cttcacttct 360 attttcattt gctctcattt tcacattgat tgtgttctta gaattttgtt cctcgtgcaa 420 tctcctcact agtttaacta aataattata cattgatttt tgttgtgagt ctacttaaat 480 tatggtatct attattgtac atttcataac tataccacac caaaagtaga gcatattaag 540 cagccggcaa aacaaagttc aattgctgct ttcttgtctc tctcgtatca tcactctcct 600 ttgctaattg ctctcagccc ataattataa acgagtagaa gaatatttaa cactcttttt 660 cgtaaatttt cattttttac cacttgttaa atgctctgtc ttactttttt tttatccatt 720 gtaattttca ttggcggtat gcatattttt agacagacaa aatttaaacc gatacgtggt 780 cccataacta ttgaaactct gattataatg gaaaacatat taaatttata ggtattttag 840 accactcagc ctcttaaata ttggatggtc ccatttctat ctaaatcatt ttaacaacaa 900 caaaagaaaa tataccataa aacaatctga tttgatttta cttattgcta aaaccatata 960 ataattttaa taaaatataa taaacacacg catgttattt gtggacctac aaaataaaat 1020 aaaaagaata acagagacaa aaaaaagtca tttcaaatat ataaatcaaa ttaaaattaa 1080 taatattttc atgttttttt aagcttcctt acaaaacaga aacctgaaac catgttacct 1140 ataacaacga catgtattta ttattatttc tccattagat ctaacgactc agaatcactc 1200 tcacttactc attctcaacc gtcagatcta actacagtac tccacaccac atacgaacaa 1260 acctaatcta tccttaatac ccttactttt gtagtttatt actaaattta ccactccttc 1320 catgtttttg tttctctctt cttcttgatt gttgcgcttt tgttagcttt ctctggttca 1380 ttttccatgg acggaccttg acctctctgc ttcccttcgt gcattttctc tctctcacta 1440 tcctctctct ttctagtgtt tgtttgatcc tctgcgtact ctgttcttct tctctcttca 1500 ggtactagtt tcaatttctc taaaaggaac tattgaaacc tccttctcta gtttcaattt 1560 tcaatctggg tttgtttgtt tggttcttgt agcttctttg gattcattat catttgggtt 1620 tagtttattt ttctcgtaag taagtgattt agttgtgatt ctgaatttta gggaaatgct 1680 gaagaagtta gagtaagaaa tttttggttt ttgaatggaa agtgattgat tttggggaag 1740 Page 272 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgagttctg ggaacgataa ggttgaattc tggctatgaa acctaggtta aagtttctaa 1800 ctttatctta cttgttaagc aaatctaacc caattctcat ctgaaaccct aatttttctg 1860 ggttcttctt aaaattgaga attttgttca tgcatctata gaaagtgaag atttttatgt 1920 aattagattg attttgggtt gttcttcttg ttgttgtgat gctaagcaga taaaacaagt 1980 cctgcatatt gaagatctga tgt 2003 <210> 250 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 250 tctattcttc atgtttaaaa ctattatttg ataagaaaat atgtactaat atgtttttgc 60 atacaaatgt tgatcagttc gtagcatttg aattaataca ttctcaatca ctttcaagca 120 ttattatgta ataaatgatt catgtcgaaa agtaatagta tcactgtcca ttacatttgg 180 catatatatt tttttgtcaa agccttacat ttggcatatt gacgaagcag ttttgtattc 240 acttatattt tgacatcgct ttcacaaaaa taaatagcta tatatgatta ttatccatta 300 attgtctctt ttcttttgct gacacaattg gttgtaaatg caatgccaat atccatagca 360 tttgtgtggt gaatcttttt ctaagcctaa tagtaaataa atctcaatac aagaacccat 420 ttacgaacaa atcaaaccaa gttgtgatgg gttagtactt agtagcccgt ttgaaatgta 480 gaatttttga tgagatttta cgttttatat agatttttct cagaaaacaa aaaattcttg 540 catcttgcat tttggtcatt tgtaaatatt tttttagtct taaaaaagac ccaaattctt 600 attaatttca aaattttcgg tctctaatac ctccggtttt aaaaaaaaac atatcagttg 660 aaggatgagt ttggtgaagg ctatattgtc cattgatttt ggagatatat gtattatggt 720 catgattatt acgattttta tataaaagaa tattaaaaat ggtggggttg gtgaagaaat 780 gaagatttat cgtcaaatat ttcaattttt acttggacta ttgcttcggt tatatcgtca 840 acatgggccc actcttccac caaagcccaa tcaatatatc tctcgctatc ttcaccaacc 900 cactcttctt ctcttaccaa acccatttcc tttatttcca accctacccc tttatttctc 960 aagctttaca cttttagccc ataactttct ttttatccaa atggatttga ctggtctcca 1020 aagttgaatt aaatggttgt agaaataaaa taaaattata cgggttcaat tgttcaattg 1080 ttcatatacc gttgacgttc aattgttcat atacgggttc cgtggtcgtt ggtaatatat 1140 atgtctttta tggaaccaaa atagaccaaa tcaacaacaa atgaagaaat tgttagagta 1200 tgatacactc atatataccc aaatatagca tatatttata atataacttt tggctatgtc 1260 attttacatg atttttttgg cttatctatt aaaagtatca tacaaactgt ttttacttct 1320 tttttttctt agaatatata tgcccaaaat ggaaaagaac atatgccaag gttgatttta 1380 tcgcttatat ggtaaaaatt ggaaaaacat acaaatcatt actttattta attaaatcat 1440 gtgaagaaac atattcaatt acggtaatac gttatcaaaa catttttttt tacattaatt 1500 Page 273 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttacatttt ttttttttgc aaatattctt aaataaccat tcttttttta tttactataa 1560 ttaacataaa aataaataaa atataacatt tcaacaaaga aatttgctta tgaaaaatac 1620 aaaatccagt taatttttca gaaaaataca aatttgctta taaatatatt accactagtt 1680 tatgtgattt taaaagaaag aaatgcagct taccaaacgc aacgtgaaaa tttgagaaac 1740 ccatactcaa aaaagattaa atgacaaaat caccctcagc aaaatcatga aacaacaaca 1800 ctaacatttt caccaacccc accgtctact ccggtgaatt gtctatatga actcctccga 1860 tacaactcct gtttccttca ggccaaagcc taaaattcac acaaccaaaa aaaccaacct 1920 tttttttcca cctaaatctt tgaatatcac aatatttact atttacaatg gcgccacaag 1980 aacaagcagt ttctcaggtg atgg 2004 <210> 251 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 251 tatttaggac cactcttcag tgatagcttg ctaacaaatc aagtcaatta cgtaatgaac 60 taccaatgct ttatattaat tattcttgga cgtactgtta tattaagaca ctgattggtt 120 aatttgggga aaaaatatta gtacaatgca cagaaaaata aagggtacaa taatgttgag 180 aaaaaaaagt ggtacaataa tgcaaagaga agaaaagggt acaataatgc aattgaattg 240 tatctttctt attttgtttg ctaattacta attgcaaaaa atgtttttgt gcttgaaaaa 300 gtaatcattc tgtatctaac attcacatat aaaacagaac taaacaattt tgcatttact 360 taatgagaca aaaatgtttt gttttatttg atgatcatgg ttttatgttt ttctaaaaga 420 aattaaaata tgttatgcaa caaactatca tgtgtctatg tatacataac ctatgataca 480 atatagtttc gaccttaaga ttaagtttct ttgacagaaa gtcagaaaca gttatctttc 540 acatgatccc ttcttcaatc ctgctgcaac gatgtaacgg ttatgcaaaa atttactgat 600 aggtaaatca catgaaaaat ggccacatgc aaaaattatg cccggttcca acttctaggt 660 taatatggta ctcaacaaca aaaaaaaata ttaacaataa atacgtgttt gtcttcttct 720 tctttataga tgtttcactt tataaataga ctgtaagttt ttaaaacgca ataagaaaaa 780 caactgaaat cattttagaa atcttatgcg tgcagaataa atattggtgt tatgtgcatt 840 tgaagcttta ggctttagca ctttctaaaa cctcgttttg agcaaagtca ttcaaaagga 900 actcttaata tttttacaaa ttgaaatagc aattgtaatt taatcagtaa aacctctata 960 aattatcatg tttattaatt tatagagaca atatttgggc taaaatatca atttgagaac 1020 ggaagaaaat tattaattta atgagatatt aatttattga atattaattt atagattttt 1080 gactgtatat attctaagct ttgttttaag aaaatttaat ccgtttaaaa agatttatct 1140 tcattaaccc caaaagaaat gatttgtttt agcttggcca atagtcatgt atggcccaat 1200 ctggtataaa atctcataaa aagttttatc ttcattaacc caaagaaatg atttgtatta 1260 agatgggcca atagtcaagt gtggcccaat taggagtaaa atctcataaa cgaaatgggc 1320 Page 274 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccataatggc ccaatatttg tacaccacaa tcggaaaccc cttttgggtc atttcaagtt 1380 tgacgagaaa cgtaaatcgc tatttcttct attcctccct aaaaatctac caacgagatt 1440 cttctcgaaa atttcctgcg cctctccgtg tctgtgaaat cgattcaggt aaatcactct 1500 tctcgaatcg atgcttgttt tgtgaaatac cgattctatc agatctattt gataaatttg 1560 ttgttgttgt tagtcgtctg tgtagtttat tcaccttttg tttcgatttt tgggtcctca 1620 cgagatctat gaatcgttat ctgaaacaaa actcgaaact agcagatgat atgttattta 1680 gcgcgattag gaagaataaa acgagatttg ttggtagcag tgagtttctt agatcggttt 1740 ttttatcgat tgtgtgaaaa aattcaccat tcagatgctt ttattgattt gtgtcttcta 1800 taattgaatt gaattgtttg attcagcagc ttaattatct aatggtttta tgtgattgta 1860 ttggcttgat tagggttgaa tatgccttga aacttcattt caatcccact atacactata 1920 gctataatct gatataagtt cgttttctcc ttttgtgtgg cttgattatg tttgatatat 1980 ctatgtactt caggttaagg atgt 2004 <210> 252 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 252 caaaccgcta attctgctga ttttccagat gttgtacgag agaatacaat cagcaaagat 60 acattcagag aggaaatgga aagctccaga tagcacatct actgattctt ataccaggtg 120 gtttattttc taagcatcat tggtactttt taattgaaaa aatattattt cctaactgat 180 atttgaaagc ttaggttcat ggaagccctt tacaatttac ttgatggctc tagcgacaat 240 acaaagtttg aagatgaatg tcgagctatt atcggagcac aatcatatgt tctcttcaca 300 ttggacaagc tagttcaaaa gtttgttaag catgtaagct tccattttac cttgttatcg 360 tcttgactct gcttctgttc tctctccttt atttttgttt gctccgcact aatcatttaa 420 gtggcttgga catgcttcag cttcacgcag tcgcagctga tgagacagac accaagcttc 480 tgcagctata tgcatacgag aactacagaa aaccaggaag attctttgat atagtgtacc 540 atgagaatgc tcgagccctt ctccatgatc agaacatata caggattgaa tatgtatgct 600 tctcttgata tgtgtggata cctgtttata tgttcccata tactaatctg tatttgcaaa 660 tttctgtgca gtcatctgcc caaacccgtc tcggaattca acttatgaac agctggaatg 720 atcagcctga agttacagct gtaacagtgg aaccaggttt tgctaattat ctgcagaatg 780 actttctttc gtttgtcagt gatgaagaga aacccggact atttctgaaa aggtgaatga 840 agcaatgatt agagcataac cttttttcgt cttcagttgt ggtagtacag ttagtaatca 900 ccttagcata ctcttttcag gaacaaggca aaattaagtg gtccgggtga agaatctcta 960 gggatgtcac gtgccttgga aggattgaac attatcaatg aggttgaatg taagatagct 1020 tgcagttctt tcaaggtaaa atactttctt gtgaatctct tgcactgata atcttttctc 1080 Page 275 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttttcacatg tatatatgat tgatgagagt ttacaatctt cattaggtca agtatgaacc 1140 acacacagca gatcttttat atagaagaaa gcagaagaaa gcaacactga atccaactgg 1200 acctgaaaat gttaaaacct ctgatagtag tgaactctcg agaaagaaac gaatatcgcg 1260 ctttcacatg agtcttaacc gcagacttgt cgccttgcct taactcaaga acgccgtaag 1320 taaccctctt gtcttttatt tgcctgtggt gatcaatact gcaaatcatc aataatctct 1380 aactcacgat aaattgtgca ggtgtgaagt tctttgctga gaatgagata tgcaagaatg 1440 agtagtagta gagagagact agagaataac tgtctttgac aaagattctt gcatcatttt 1500 aggctcaaag agattcacat ggcaacaacc atagttttta tcttctacag tctacactgc 1560 agctggagcc gccagttttg ctgtatagtg ttagaatatc tttttttttt ttaaggatga 1620 tgctaaaatt ggatattttt aattcattca ttgaacaatt attgaatttt ccttctaatg 1680 ttaaattctc tttcaaatta ataatctctt taatcacatg ttttatttat ttattttggt 1740 ttatccattt ggttatttat ctttaatcac atttgagttt gattatataa tatgatttta 1800 agagaatatg aatatatatt gactctttta tcacaggtgt cacgtgactc acgtgaggct 1860 gtgtacggaa aaccttctta tcctctcaga gtctcttata ttaggatcgc tatctactgc 1920 ttcactgaaa ttgtcctctc agttcctacg cgaagttttc aacagattcg ccggagaatc 1980 ttcgaatcaa cggcggagaa atgg 2004 <210> 253 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 253 aagtcattgt acaaaacatc gaacgaaaat tataacgtaa gcaccataaa atgagaaaaa 60 tacacaaact atagtgattg acgatgcttt tgacatataa gtcttactcg ttaacagatt 120 attaaatcta tttttttcgt atttgatctt acgcttatgc aaattatgtt tctggatagc 180 atttcttgct taaacttcca tatcgcatac cgtatttaaa accatatgct tctgataaca 240 gttatgaaat atcaacatta tgataccaaa acttccgtat cataatcact ttaactatct 300 ttgactttgt tttctctcac cattatatcc cgagaataaa ttatgacgtc tcagtatagt 360 atgagccatc ttctgattgc aattatatat atatcacatt gttctccaca tcatccaatg 420 atagcatgta tccccaacat ccatgtgtat ctcttccaac aaatctatct ggatcatata 480 actcctactt ttatgtgtct tggtttttag agccacacaa tcctcaacta gagagtttcc 540 caaatcttca aaaaatccga aataagtatc aaacaatatc tcaatttgat tttcttctat 600 aagtaaaaga aagatgaaat gtcagtagtg atgacaccaa acaattttgg gttgaggaac 660 ttcaaaatgt tttcaagata acaccaatca attgaaggga tggtgaagaa aacattcgga 720 cctgagtaat ccttattata aatcccagag aagatggtaa aatcagtgat gatcaaatta 780 cttaccaata tgacgctctc taaagatgaa gagaaagaaa ccgtcatcgt tttcaaccaa 840 caaattgcta taaccacgaa tgtgttcttt agagacaaaa ccaattgatg gagatagagt 900 Page 276 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgtgagaac gataaagaag atcggcgacc aagggacaca cgatggagag cactttgatc 960 gatcgcgtta gtagtgaaga tagaatcgat agaaaatcgt aacaaaactt gggaatccag 1020 aacctcatct tgatagttag agagaagtgt gatggtgagc gatcgagtaa gcggataata 1080 aaatctataa aaatcaaagt tcaatcgcta gtgtcacctt ttacagttgt aactccgaca 1140 atacaaatta tttactttag aagagaatta agaaaaaaaa gaaaaaaaga gtcgccgacg 1200 aaccgacaat tgtcagtgac tctaaaaaca aatatacaaa gataaaaaac caaacaaaaa 1260 aataacaaaa ttaaatttct ttcacgaaat atatttttct aaattatcaa atgaaaaaat 1320 atttttttac gctctttaac aaaactctaa taattagttt ttttttgtga atcgattgta 1380 aaatttttta gttatgttga gaagaataac acaatttttt tttcttttac ataaaaaact 1440 tatgtgagtt ttataaaaag taacgtgagt tacataaaac tcatgtagtt ttataatttg 1500 ttattatgtt gctcgtataa aaatttattt acttaatatt gtaacaaaac aaaacaaatt 1560 tttttgaaaa aaatcgtcat aaaaaaaaag tcaatataat cttttttttg tcaaacaagt 1620 caatataatc ttagtagtcg ttgttgtaca acaaacatct acaatatact tttctgtcta 1680 cccaaataat ataattttcc tcttttgtat tcaaaaaaat aataatttat ctctacatgt 1740 tggaaatatc aaatatagta ataatgtttt taagagaaaa aaaggaaaaa agaaagtaat 1800 aaaacattct agagagttcc aaactccaca aaacctcaaa caaaagcaaa cgcaatttag 1860 cctcttcata agagagaagt cctctcagag aaacggcagc cacatcaacc aacccaaaca 1920 tcgaaagaga gacacttttc tctctctctt tctctatctc cttccaatct ctctagggtt 1980 ttcgttacaa cggcgaaaag atgt 2004 <210> 254 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 254 tagtggatgg aatggattca gtttaggatt taagtcgttg tctttgttgt tttagtcttt 60 catagcttaa cgattagtgt tttgtttgtg atttcttagg agactcgtct agattgatca 120 ctggtagtgc tgatcagact gcaaagctgt gggatgtgaa atctggcaaa gaattgttca 180 ctttcaagtt tggtgcccct gcaaggtctg tggatttctc tgttggtgat catcttgcag 240 tgattaccac tgatcacttc gtgggaactt cctctgctat tcatgtcaaa cgcattgcag 300 aagatcccga agaccgtaag ttgtcaattc taagttaaaa tctacttatg ttttttagcc 360 tatgtctttt ttgtatgggt aaaaggaatt gatttaatgt aattgatgta gaggttggtg 420 attctgtgct tgtccttcaa agtcctgatg gaaagaagaa gatcaataga gctgtttggg 480 gtcccctgaa ccaaaccatt gttagtggtg gtgaagatgc tgctatcaga atctgggatg 540 cagaggtatt tcaactttct taaggccttt cttttgtcta tcaatatctc tctttttttt 600 tttattagct taaaccttat gtggtgctac tgccattgtt actagactgg aaaattgctt 660 Page 277 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagcaatcag atgaggaagt gggtcacaag gaggccatta catccctctg caaagcagct 720 gatgactctc acttccttac aggttcacat gacaaaactg caaaggcatg tgcttctttc 780 ttttacttgt ttcaaaaata tgctctatac atattacata tagagataaa tcatctaata 840 gagtgttctt tttgttgatt ctttcagctt tgggacatga gaacgctgac tcttattaag 900 acttacacca ctgtggtgcc tgtaaatgct gtcgccatgt ctccacttct caaccatgta 960 tgcactaatg cttcttgaaa ttcaaattcg gttcccaaaa gcaacaagtc ttgatgttat 1020 ctttgtgaat gtttctgctc tcgctctttt aggttgtgct tggaggtggt caagatgcat 1080 cagctgtgac taccactgat catcgtgctg ggaagtttga agctaagttt tacgacacgg 1140 ttagtgttgc agtaaaacag ttttatttaa aaacttgtaa cctggaaaga gatatgtaac 1200 tgtgtatttg gtcttataat atatagattc tgcaagagga aattggtggc gtgaaaggtc 1260 attttggacc tattaatgct ttggcattca gtcctgatgg gaagaggtaa actaacaaaa 1320 tttgattttg attgattgat acaatcctca gttgatgaga gtgtttttta ggctttgttg 1380 ctgagtgttt tttggaatgt attttcagtt tctctagtgg aggtgaagac ggctacgtga 1440 gactgcatca ttttgactcc aattacttca acatcaagat ttagattctt tgaacatgtc 1500 tttccatttt ttcatcattc cacataatat tttctctctt tttaacattt tcagaattga 1560 tgtactacca aattaccaat atactacttt gatgataaag cttgttgttt gtcttttcaa 1620 atagacatat gcacccacaa aaaaaaaacg tatgaaactg cttttgagaa aggaaaaaaa 1680 caaaataggc gcaacgggcg aggttcgaac tcatcaaata gggaagaagc taaaaacgct 1740 gaagccactg agctttgcta aactgtggca tctcgagtaa tttaaaaaat tacaaaaggg 1800 taaaagtgtc aaaagagagg acaaagttga tttcctaggg tttttgcact tcttcctcgt 1860 cgtctctctc gtcttcaagt gaacaggtga agaagaaagc cgttttccgt aatcgtttct 1920 tcaattattt ttcttgtctt ttgattgatt cgatttcgta tctgtttcaa agattcgcat 1980 caaaccctaa gaaactgaag atga 2004 <210> 255 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 255 aaaatacgtc acaaatataa tactaggcaa ataattattt tattataagt caatagagtg 60 gttgttgtaa aattgatttt ttgatattga aagagttcat ggacggatgt gtatgcgcca 120 aatggtaagc ccttgtactg tgccgcgcgt atattttaac caccactagt tgtttctctt 180 tttcaaaaaa cacaaaaaaa aaataatttg ttttcttaac ggcgtcaaat ctgacggcgt 240 ctcaatacgt tcaatttttt tctttctttc acatggtttc tcatagcttt gcattgacca 300 taggtaaagg gataaggata atggtttttt ctcttgtttg ttttatcctt attattcaaa 360 aaggataaaa aaacagtgat atttagattt ctttgattaa aaaagtcatt gaaattcata 420 tttgattttt tgctaaatgt caacacagag acacaaacgt aatgcactgt cgccaatatt 480 Page 278 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catggatcat gacaataaat atcactagaa taattaaaaa tcagtagaat gcaaacaaag 540 cattttctaa gtaaaacagt cttttatatt cacgtaattg gaatttcctt tttttttttt 600 tgtcgtaatt ggaatttcct ttatcaaacc caaagtccaa aacaatcggc aatgttttgc 660 aaaatgttca aaactattgg cgggttggtc tatccgaatt gaagatcttt tctccatatg 720 atagaccaac gaaattcggc atacgtgttt ttttttttgt tttgaaaacc ctttaaacaa 780 ccttaattca aaatactaat gtaactttat tgaacgtgca tctaaaaatt ttgaactttg 840 cttttgagaa ataatcaatg taccaataaa gaagatgtag tacatacatt ataattaaat 900 acaaaaaagg aatcaccata tagtacatgg tagacaatga aaaactttaa aacatataca 960 atcaataata ctctttgtgc ataacttttt ttgtcgtctc gagtttatat ttgagtactt 1020 atacaaacta ttagattaca aactgtgctc agatacatta agttaatctt atatacaaga 1080 gcactcgagt gttgtcctta agttaatctt aagatatctt gaggtaaata gaaatagttg 1140 actcgttttt atcttcttct ttttttacca tgagcaaaaa agatgaaata agttcaaaac 1200 gtgacgaatc tatatgttac tacttagtat gtgtcaatca ttaaatcggg aaaacttcat 1260 catttcagga gtattacaaa actcctaaga gtgagaacga ctacatagta catattttga 1320 taaaagactt gaaaacttgc taaaacgaat ttgcgaaaat ataatcatac aagtgccagt 1380 gattttgatc gaattattca tagctttgta ggatgaactt aattaaataa tatctcacaa 1440 aagtattgac agtaacctag tactatacta tctatgttag aatatgatta tgatataatt 1500 tatcccctca cttattcata tgatttttga agcaactact ttcgtttttt taacattttc 1560 ttttgttggt tattgttaat gagcatattt agtcgtttct taattccact gaaatagaaa 1620 atacaaagag aactttagtt aatagatatg aacataatct cacatcctcc tcctaccttc 1680 accaaacact tttacataca ctttgtggtc tttctttacc taccaccatc aacaacaaca 1740 ccaagcccca ctcacacaca cgcaatcacg ttaaatttaa cgccgtttat tatctcatca 1800 ttcaccaact cccacgtacc taacgccgtt taccttttgc cgttggtcct catttctcaa 1860 accaaccaaa cctctccctc ttataaaatc ctctctccct tctttatttc ttcctcagca 1920 gcttcttctg ctttcaatta ctctcgccga cgattttctc accggaaaaa aacaatatca 1980 ttgcggatac acaaactata atgg 2004 <210> 256 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 256 ttttgattat ttaagttgcc aaccaagcta gaccactttc caacttttat agacaaagtg 60 taagaactta gcacatgctt tccaacaagg aatatgaaac tttatttcaa aaagattatt 120 gttaaagctt ttaatcattc taaaaggtga ttaatatttg aattattgga agtaacttgt 180 tttggacata taccaaatta atcaatagta tcaatggaca tataacatgt tgtgagacta 240 Page 279 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatcaatgtt atattccaag ccagttaaac caatttataa tgataccatt tatagataaa 300 caatacactt tacacacatt attttcttag aattgggtct catatagaac actcacaaag 360 gtgacttata aaaaatgctt caaagatcct agtcttttag tgtgcattcc tcaaaatcgt 420 agttgatatg tatcttgctc ctattcgggt tttggtctag aattttggtt tcaggaattt 480 tcaattaact cattaaaaca tttataacat aaaaagatat atcacgaaaa ccgatcaatc 540 atttaatata tttttatttt attttatttt ttgtcacaat aaaatctaga caatagtgtt 600 taaacattta tcaaaaaatt caccttacga ttaatttgtt ttatattttg tgatgatgca 660 atttaatcta tataaattat aaaacatatc gataatctgt gtttttcttt ttctacatat 720 aaaattcata aaaatgagag ttttgaagct cttaaaatgg actagtcaac aattggccaa 780 tctttgttct aaattgctaa taaacgacca tttccgtcaa ttctccttgg ttgcaacagt 840 ctacccgtca aatgtttact aatttataag tgtgaagttt gaattatgaa agacgaaatc 900 gtattaaaaa ttcacaagaa taaacaactc catagatttt caaaaaaaca gtcacgagaa 960 aaaaaccaca gtccgtttgt ctgctcttct agtttttatt atttttctat taatagtttt 1020 ttgttatttc gagaataaaa tttgaacgat gtccgaacca caaaagccga gccgataaat 1080 cctaagccga gcctaacttt agccgtaacc atcagtcacg gctcccgggc taattcattt 1140 gaaccgaatc ataatcaacg gtttagatca aactcaaaac aatctaacgg caacatagac 1200 gcgtcggtga gctaaaaaga gtgtgaaagc caggtcacca tagcattgtc tctcccagat 1260 tttttatttg ggaaataata gaagaaatag aaaaaaataa aagagtgaga aaaatcgtag 1320 agctatatat tcgcacatgt actcgtttcg ctttccttag tgttagctgc tgccgctgtt 1380 gtttctcctc catttctcta tctttctctc tcgctgcttc tcgaatcttc tgtatcatct 1440 tcttcttctt caaggtgagt ctctagatcc gttcgcttga ttttgctgct cgttagtcgt 1500 tattgttgat tctctatgcc gatttcgcta gatctgttta gcatgcgttg tggttttatg 1560 agaaaatctt tgttttgggg gttgcttgtt atgtgattcg atccgtgctt gttggatcga 1620 tctgagctaa ttcttaaggt ttatgtgtta gatctatgga gtttgaggat tcttctcgct 1680 tctgtcgatc tctcgctgtt atttttgttt ttttcagtga agtgaagttg tttagttcga 1740 aatgacttcg tgtatgctcg attgatctgg ttttaatctt cgatctgtta ggtgttgatg 1800 tttacaagtg aattctagtg ttttctcttt gagatctgtg aagtttgaac ctagttttct 1860 caataatcaa catatgaagc gatgtttgag tttcaataaa cgctgctaat cttcgaaact 1920 aagttgtgat ctgattcgtg tttacttcat gagcttatcc aattcatttc ggtttcattt 1980 tacttttttt ttagtgaaaa atgg 2004 <210> 257 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 257 tcaggggcac agtgaggaac ttagaggact cgtcagttaa aatcgaagtc gcagtgaagc 60 Page 280 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agctcggtaa aagagggttg caggtatgtc tgttttttcc aatcttgttc tcaagatctg 120 ttactcatcc actggtttaa cactattatc tcatttcttg gatgttgcag gggcataagg 180 aatgggttac ggaagtgaac ttcctcggaa tagttgagca tacaaacttg gtgaaattgc 240 ttggctattg tgcagaagat gatgaacgtg gaatccaacg gcttttggtt tatgaataca 300 tgcctaaccg aagtgttgaa ttccacttat cccctcggtc actcacagtt cttacttggg 360 acctcagact gagaatcgcc caagatgcag ctcgcggatt aacatacctg catgaagaaa 420 tggagtttca ggtaatatga tgactctgct acgttactga tctcatttca ctctcttgac 480 taacttttat ttattggctt ttcagataat attccgcgat ttcaagtcct cgaacattct 540 tttggatgag gactggaaag caaagctctc agatttcggt ttggctcgtt taggtccatc 600 tgaaggatta acccatgttt ctactgatgt aagttctgca ttcacttctt ttggttgcaa 660 gattgaaaaa caggtatgtt tttgaacggg tttctttggc tttattaggt tgtaggtaca 720 atgggttatg cagcacctga atacattcaa accggccgtc tcacatcgaa aagcgatgtg 780 tggggttatg gagtcttcct ctatgagctt atcactggga ggcgaccggt ggacagaaac 840 agacccaagg gagagcagaa gcttctagaa tgggtgagac cttatttatc tgacacaagg 900 aagttcaagc tcatattaga tccaaggctg gaagggaagt acccgatcaa atcggttcaa 960 aagctagcag ttgtggccaa cagatgtttg gttaggaact caaaggcacg tcccaagatg 1020 agtgaggttt tagagatggt gaacaaaatt gtggaagctt cttcaggaaa tggcagccca 1080 cagctagttc cgctgaacag tgtaaaagct tcgagagacg cgagaggaaa gaacaatggt 1140 ggtggcggtg aaggaggttg gtttggcaag ttatggaatc caaagacaat aagagcttgt 1200 tgactgctta tagaattcaa cctcttctta cagcaaaaaa aagagtcaag aaaggtttca 1260 tggagattcc gaaggttgaa gattctagcg agatcaagat gaagctcata tacatacata 1320 aagataatta tatatgaaga tttgtgaaag attctaaaat gatgaaatat gatttttgta 1380 tgaacttatg aatagtaacc acagctaaat tagtaagata tgtatattaa gcaagaacgg 1440 cttatcagag ttttgttcca aagctgatca atctactcgt gcttaagtgt atatttgtgg 1500 taatgtgtta agagttccta ttaattacca taagtaaatc acaaacataa ataaaatgaa 1560 aataattatg ggctttaagg tctggaggac tactgaaatt tgggagaagt agttggaaaa 1620 agaatattag tcgataggta ggaaattgat attgcttgtg gaatggagga aaaaattgaa 1680 cgaaaaagaa gtttctagaa ttctaatcac ataacataaa tagggtgaat atttgggaaa 1740 agtaaaacaa taggggtcgg tttgatatta ctagaagata agaaacaaaa aggaaaataa 1800 gaataaagga aaaaaaaaga gctctctttt ccaacaagaa acgtagagag atataattag 1860 agaaaatctg tgctctttca gatcccatta tcacaaatcc atctctctct ctctctcaga 1920 gaagaaacca aagaagaaga aaaagctctc aactttcttc gatttctcag ggaactcttt 1980 cgttaatctc aaactcaatc atgt 2004 Page 281 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 258 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 258 ggttcttagt acatttaata gaaaaatgat tatttacagc tttattagag gctattgatt 60 gatttagtaa tgaactaata atgcaagtca acagatctaa aattggaaag attattggca 120 atggaggcag gacaacgaaa atcaagcata ttaaactctt taagattcgt ataattccac 180 cggcctaacc aaatctctaa gcaattgttg tttatgtatt ataatatagt tcaccatcta 240 tttaagctta aacgagtgtc taatacatag acgtatatga caattaatta atgatccgat 300 ccaaacgacc cttggcgtat ttggtaaggt agcagtgatg tgcttaatta ttaaccaacg 360 atgtactgag tttctagaat tagtaagaac cataagagtt ttaaaaagtg taaaacgtaa 420 aacatcaaca catgtcattc cagttaacat acatatatct atatatatgt taacgtgttt 480 gcataatttt tttaattaga gaaaaacagc acactatgca aaagatcgtt catatatcta 540 acgtgtgatt taatcgatct aacaactttt tattcccttt tatattacca aaatatttat 600 ttccattgat catatatttg aagtagcaaa aattggtaaa attttagtta aaaatgaggg 660 agatgaaaac tgatatatta tgtaaatctc aagtttttgt aatgcataag aaaaatgtta 720 tcaccattgc aactatccat ggtagcaacc gtatatctca gcatatgata caaaaaaaaa 780 acaagaagaa gctcatattc aaatttctta cgttcaaacg aataacttga ttgctaaaca 840 acaaatctag atagcattgg attcatcagt aagagttaaa atcgtacagc attgtgaatc 900 ataaaatgtt gtacaagatt gtgaaataac aaataatatt gtaaatttat caaaaaaaaa 960 ggggattgtg gatcaatgaa tatgatggag aatgttcata gaagaggtaa ataatagagg 1020 gacccaaaat aacattgttg aaatggaata taatcataaa tgagtcacat cttcaaaatc 1080 tgatcaaatc acttggaaaa aaaaagatca agtcacatgc aaccagtaac cacaatcata 1140 ttttggccgg tctatcacca tacacattgt ttacagctca cacttgtccc tccttatatt 1200 tgttcgtatc catttgtttt cttctctctc tactctaatc tcatctttat gtttatccct 1260 ttttgaattt tgaagctact ctgtcctttg ggtccaccct ccaccacctc taatttcaat 1320 cacgttaaac cggccatatt actttaaacc gaccgttttc tactaatagg aaaatccgac 1380 ccaaattttt gactaattat aagacatacc gccgctatac catgatattg tcaaagaaaa 1440 agtttctaac caataaccac tatagactaa aagatttcaa ataatttgat tgatactgca 1500 ttgaacattc tacaattcta cttatattgt gtagttcaaa taatgagaac atatcggaaa 1560 gactagccgc tattagatta tgaatgcgta tgaatacatt atacattata gtatatatat 1620 atatatatac acatatatta aaatgtatta ctatataata atttgtctta gtatagtact 1680 caaagaaata gagttttctt acgtagatgt catatatttt agtcatttta ggcaccttcc 1740 taactcaaat cacgaataga acttatgtag caaaatgtaa acacatgaaa tcatttatta 1800 attcgggtcc aacgtaaccc accacaccac agaaactcat taaatagtat ttttttataa 1860 Page 282 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacttaagtt atatgcatgg atacatgaac gatactccta tataaagaga acagcattca 1920 aaaggtctta tcatcttctt cactaaacaa aaaaaaaccc ttcaaaacat ttccttattc 1980 tttcttcttc atctacaaca atgg 2004 <210> 259 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 259 aatttggttt gaaactcaaa accattaata taattggaac ttgggcaggg agctggggga 60 atcacgatca agaaaacagg acaatcaatg gtgtttggtc tgtacgaaga gccagtgact 120 ccaggacaat gcaacatggt tgtcgagagg ttgggtgatt acttgatcga acagggtctt 180 tgaaccatct acaatgtttt atatctcttt ctctataaat cattaaacct ttgtttctct 240 ttttgggttt tggttttccg tttctataat ttaattttgg gtcttcctgg tttctacttt 300 agccaagttt aacagaaagc ttaagcctaa ggttgcagat aataacacta agcctgtgtg 360 aagaagccaa gacttataag acttttgttt cttttttctc tttttcatgg ttattgatta 420 atttgtgttt ttaaaaaaaa attaatttta tagtattgtt gcgtatatat aaacttgtca 480 tgttaattaa tatctcattt cttcatatac ataccaaagc catcatggat aacaattaat 540 tatgtaatcg ggtgttggac atataatagc tatccatgcg tttatcgctt gaatcgacgg 600 tgtcggttca catacatgca cattgttacc ggaggaagaa tggaggacat gataactcct 660 agttttttcg atgtttattt tgacaagact acgaatgtaa acatgaaaat aaaactcgac 720 taaccaaaac aagaaagtac caaaccagaa gtatttcgat tattcgttct ttatttattt 780 tcagttattg catacattaa gagatttggt tttccttgag tttagaaaca ctatctccac 840 ttttgaaatt aatatctagt gttcaagaca tcaagtttac attgctttga ttattttagt 900 aaaactaatg gcgtttttat cagttgaacc aatatcacaa aaccctcaat attcatgtat 960 gtatctccta atttcttttc atgataagca ctaaatagat gggatcttaa attgaaatag 1020 agactatatt ttcatatttt gaatcttgtg aaacagaagg tattgttgtc aattaaaatg 1080 tctaaaatga ccagccatga ttgcgagaac tcgaactcaa aattttcaat tcctataatg 1140 acctaccatg atcgagagaa ctctgaactc ataatttata attccatgat aattctttta 1200 accacaatac cactaaatta tttctcaagt ttgattaaaa aattgaaaat acgaaagtga 1260 tggaccacac gtaaatgcaa tatttggtgt aacgcaataa tatatgattg agaatctcaa 1320 tttgagatct tgctatagca tatccactct gtatttgaag agaacaaatg atgttgcctt 1380 ctggcatatt aatttttttc tttttttgga ataaaaaact ttatttttat aattgggaaa 1440 agtttttgag tttctttttt ttttttttgt taaacaaaca tccatttgga aaaaattaaa 1500 gaaagtatta tgataaagaa ggattaaaaa aaaaaaaatc ttcttaatat agcttacaat 1560 gttttgttgt taaagtatag ctaagtaaag tatgttataa atggtgcatg attttttatt 1620 tttgattaaa aagtggtaaa tgatattttt ttcctccatt ttgcattttt acactttgta 1680 Page 283 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgatccaatt tgcttttatt tatctacata taataaatct ctataataaa ccatttacat 1740 accattacta aaactaaaat tataatggaa aaatattatt atgttattta ttgttacttt 1800 ggtaaagcat tattatttat tttgcttatt ttaagggcta ataattaatt gaaattaagc 1860 agttgacgaa agtttttttt attaatttat aaagcacaac atttccttgt ctacacgatc 1920 ataaagctca caaagagaga attgagaaga aacaaactcg tcggagaatt cagtactcgc 1980 cgaagaggaa gaagaagaag atgt 2004 <210> 260 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 260 ggagctgcaa tcatcaaggc gaggaagttg tctagtgcgc tctctgctgc tagctctgct 60 tgtgaccaca tccgtgactg ggtccttgga actccagagg ttcataataa aactcttccc 120 cgttatttgc agtgctgttt ttttgtaaca gttaatctaa tatgagttct ttctttgatt 180 caaattgtca gggtacgttc gtttccatgg gagtatactc cgatggctct tacagcgttc 240 catcaggact tatctactcc ttccctgtaa cttgtcgcaa tggagactgg agtattgtcc 300 aaggtaaata tgacgcactt acaaactcaa atgctcatca attatgaaat cctagattct 360 gcagacccta atgtgtattt tgtttggtta ggccttccga ttgatgaagt atcaaggaag 420 aagatggatt tgactgcaga ggagctcaag gaagagaagg acttggcgta ctcatgcctc 480 tcttaaaccc ttctggagca aaattttcat ctataaggtg tgagatcagt taaagccttt 540 cagggctttg tccgaataag aagtgtgttt gaaagatctc caaacactgt tttataacct 600 ctttggtctc tttgatgagt attgtccctg gtctgtttct aaaccaggat atcgtttttt 660 tcaatgtgtc tgatttggtt tacccatgaa aagaagaaaa ttggcagttg catggttatc 720 ttttgcgatt atttttttct gctttagcaa ttagcccaaa attgatgagc tcttcgataa 780 tgggtttgtg caattgtgat ttgtgaggaa tggtgttatt gtgttgcaat tgcaaaaaga 840 aatgctactc ttgcagattc ataccaaaac caaatcacta gattaaactg aaattctaat 900 gtggattatt ttaattttac ttctattttt cttcacccaa atattttata accaaacacc 960 aagttgacac caaaatatac atccaaaaaa cttagattgc ttctatttta cgactatccg 1020 aaatcgaatc ataaaccgta ggcaatggtc cattaataag gggtatacga ggattcaaag 1080 tttgagagaa cttttttatc tttacctttt tccttttgta aagtaaaagc agtggatttt 1140 gattatagat tctacttggt aatgactaat gagaatcaag ttctcacctt taagccatat 1200 agactttaga tatttaatgg attctacaaa agtgggcatg accagaatcg agttcatgaa 1260 ccaccgtcct cggccccaac gttaaaaaac ttttttctct agcataagaa gataagagta 1320 tcttcactgc gctttaggcc cactcaacat tcaaacaaaa ttcgatctct tataaaaaaa 1380 tatctcacaa gagaaagttc tcccgataaa atcgtagatg agcaaatcaa agatgagatg 1440 Page 284 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcggtaaaaa aaacgctatt ataagaacac acgccactag ttgtggataa agttgtctac 1500 ttttgtctcg ttgtgattat tatattgcac aattattaac attcatactc tcatatgggt 1560 attgtttttg gtctccgtta gatctcaaat ctttaacttt gcatacccaa aataggaaga 1620 aagaagagtc aagtcactaa aataactttc acagtctttg attcgaagat ctttgtcgcc 1680 gagagatatc cactctgatt tgagttctgg taaaaagttt ccagcttttg atttttgttt 1740 ctctcaattg aatttctctt gcttgctctg tttaaaagga ttaggattaa atcgaatctc 1800 tctctgttat gtttttttgt agattatttt ggattttagg actcaaagat tacagatttc 1860 ttatcaatca ttctctgtta ttgttataga actattctct ggaggaggtt gaggtctgaa 1920 atcatggaac aacttggtta gagtgtggaa ttttagctga tttgatcttt gattcatctg 1980 tgatcataat aactatgaag atgg 2004 <210> 261 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 261 tgatgtactt gagcaataga tgctgccgca attggttcct catcaaaaga taaatatctg 60 acattttaac taatagcaat gtcaaaacct cttccaaaaa cagacgtcaa aaaacaaatc 120 tgacatttaa ctctaaaaga cttacatctc tgtgagattt tgacccaagt tacttgtcag 180 aacttgcttt atttcttgaa agttacaagg aactgcctac aagataaaca aattaggaat 240 agaacaaaca atccgaaaat gtttacagac tcaactataa cagtattctt accttgtcct 300 gcaacgagga aagagccaac gagtactctt tcggaacgag cttcaacgta gccacaaact 360 gaccagcttt cacatagaaa cctttattac tttcacacag tttaagaatt cgtttagcag 420 accgtgaatg aacctacaca atcaaaacga ccaaatgtta ccatatcaca tagtactagt 480 gaagtatact gcaaacttta aacaagcaat cgtatcacta ctctaataac ttgccttcac 540 caatgacgaa taagccgatt agaatgtaat tcaaactaca agaaaatcgg cctaatgcca 600 ttgataacta caattccatg aaaccaaaac ttaaacacga atgtaagata tgtaattgta 660 cacctctgtt aatctctgaa gatactcatc ggaatctgct ggtaatctac gcaaagtata 720 cttgtaatca gcgacagtga gagtgatcta caagtagaga ataagagatt caatgaatga 780 attggaatga ggaaatggtg aaatcaatag agagataagg aagatacgaa cggagtagat 840 agcgcgagaa gaacggacga cgccttctac agccgtcgct attttattgg aaggtgagtc 900 tcggaagatg gacacggcgg tggcgctgcc agtgacggcg gttagagcta ggccggcggt 960 gactgtgaaa gcaaagatcg gagacttgga tctcccgaga attttgaatt tgcggagaat 1020 ctccattttt gtggattctt tgggtttcgt attatttttt tcgtagtaac gaagaagagg 1080 acggagaagc tacacatttt ctaacttact tgcaagtcgg gtcggatcgg attgatggac 1140 aatctaatgg gccaggatcc ggttagacta atcgatgtga ttttaatggg ctaagtaagc 1200 tgggcttggc aaatagccaa atataaaagg ttaatttagt caaaaaaatc tctcaattta 1260 Page 285 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaattaactg acgtaaatcc cccttcagta tcaatactgt aaaaattgga tagacacagt 1320 aaaacgcagt gttttacaga atctctttta atcgatttga catcacacaa acttcagaga 1380 atctcatttt gataaattaa agtttttttt ccactttgtg aattttaaag cctaggtaaa 1440 ttagtgcata tatgtaattt aagtgtacat actgtatctc tctgcaacga atacaacctt 1500 cttttttacc cactaccacc tgttttcgct aggcttgctg gactcaaata atgtattttt 1560 atacggcaaa attattcatt aaatttcaac tttacgttat atacaacatt ttttacaaaa 1620 aattactaac atatatggaa cctcaaacct cttaatgtag aaatattaat aaatttttat 1680 ttaaccattg gactaaggag cttccacaat ctactctaat ctaataaagt gtatatctca 1740 tgggtatcaa tttttttttt caataggtaa gaaatcaaat cgttctacat atctttacga 1800 tcttgtgata ttttacgagc gaatatcgtc gacataatat aaaactcaca aaaaataaaa 1860 taataatgat actccatata aaggaaaaag acagcaaata tgtagggtca atataaacgc 1920 agcctcgtcg tctcttcata tattcgtctc tttgtgttct tcttcctcct cagattctct 1980 ttcactaaac agaaacaaag atgg 2004 <210> 262 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 262 tccatgaata ataaatttat gggtttggtt gtgtttaagc catgttgttc tctacatcta 60 cacatttacc ttaatatttt tcagcatgta ttattgtatt acgatatata cagtggtgaa 120 atcttgtttt atcattcagt tttgttcgat ttaagctcct tcttattaat ggtaaaataa 180 aacaaatcag atcacatata ttcatagcat ttaaggacct agtgtgtcac acgtgtgaac 240 ctgtaatgtt tgttatacac aacaagacaa tgatttttga ctgggcccag cccacacgag 300 ggtcctaaca tctctcaaca gggttggtgt ttttgggccc aggtggaccc ttttatctca 360 ttctcctcct cctcctcacg tttatatgaa atttttcacc tatataaatt taatcaattt 420 tatttatata aaattcttga catgtagatt ataagattaa gatgaagtcg ttgtcaattt 480 ggaccttcaa ttttttatgt cagattcttc catcgtaatc atgcatgggg gcatgaacat 540 gatgatgttt agcaataaat gatgttgatg atcattatgc tgttataatt ttattatata 600 taatttgcat ggagccattt atttatcaac gctattatta ttatgctcct ttgtgaaaaa 660 atactacatt accatatttt agggtcgacg aaatgggcat gacatgtacc gccgcccata 720 ccacatatgg ttgaccattt actgttgagt tagtcgtgtt tggccctccc caccgaagat 780 tatataaccc aatacacata agaattagtt agcatttgca cctgcataga aaaaaattag 840 cactagatta aattattccc agcattatac tatattataa tcattgatcg gaaggaatgt 900 ttcctaatta cataattggt aatcatgttt aacgcacaat tacttgaatt aacatgaatc 960 cctaattatc tattgacttc acaataatcc atgaatttag agccaagaca aggccacagg 1020 Page 286 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggcacatggg aagtatagta cgaaaatgct atggcagacc aggactttta gttcgtttaa 1080 actttaaaat ttatttgaat tcaattagta tttgtcggca ttttataata taagaaattg 1140 aaaatagtct taaaaaaagg caagcatagg ccaataggcc ttgtgaatgg cggaccccat 1200 aagaaggaca acgaacgaat cgaatccacg ggaatcaaaa cacatgtttg aagctgacca 1260 ctttcgattt ctttcccatc tgtgggctcc attatgtctt agctgtcatt ttttaattcc 1320 attttcatat aaaccatcac caattaaata aaaataatct ccgacaaaac actctttatt 1380 tatatattta gtctttttct tctttttttt ctttgctatt atttttcatc aaattgatat 1440 ttctgttttt gatatttttt caaaagactc gaatatcttt tgccgtaaaa actgattaaa 1500 gtactaaaaa gaagaggtat acctttttat gcgagtggta aaaatgattc atatttcaag 1560 tttgattaga atttattttg ggtggataaa ttcgacacag aaaaggagag actgtgccaa 1620 gttggccttt gcccactggc ttggccgcaa ttattctcag gaaaatgacg ccattcgtga 1680 catcattctc tcccgacaac actccttacg gtccaaccaa tcccagcatc cacctggcaa 1740 catcacctcc gttcaaataa tcatcctcaa tgatcaattc catatataat tttataccac 1800 acacgatcca atatttagcc ctttgtttct ctacacacat ctcacatccc cctatctctc 1860 tctctcttca aacgttttag ttccccaaaa aaatatcaaa agaactaaaa gaaaaaccct 1920 agaagccgaa gaatctccta ctcgttgtcg atcggatcac ctaactaatt actcgttgat 1980 aatcattata tcgagaaata tga 2003 <210> 263 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 263 ctagagttta aaaagagagc aaccaagtgg catatgttcc gtgttctgat ttgagtttaa 60 tcggtgcctg gattattctt taagtgggat aagttttagt ttaccccaaa agccgtaacc 120 agaagtttta ttgtgttttt tagaaataga aatgtataga aagtttattc ttcattacaa 180 tctgatgcag gggaggtcat ttttaactca atgactcatt catgcttatg ttgctttatt 240 ttattttatt ggtcaaactc ctaaagttag cttaatcttg ttgtttaaac ttcaaagtct 300 ctttggaata accattagca ataatataag tggtacagca ataataccat gttttaaatt 360 cttgtaaaga gttcttcgat aatctaatca tttataaaga gttcttaaat aatcaaacca 420 gtagaaatta gatcaaaatt agcaagaact tgcagtacaa ttttcaaatc aaaagaaaaa 480 aaaaactgat ttatgtccag aaaacctctc tagccaatca aactgaattt taaaagataa 540 cattcggtag tatactttcg gtatgaaatc aattattaaa acagagaaaa cagaggaggt 600 taagagtatc gagtcagctt ctaatatata ccatgtgcac tgcagtacaa ggtatatgac 660 taatctagca catgtgttag gaaaaatatg ttttcaaaga taattaaaga aatacaagtt 720 gattagcagc attcttttac taaaacagcc atattatatt catctattat atatttagct 780 ttttgatttc cattctcaga atgaaaaagt gtgcagctat aattgacatt gtctatgtaa 840 Page 287 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctatgtaaca cataattgac aaagaataag caaaaccggg aaaattctat cgtaattttt 900 ctgaccagaa ctaaaccgag aaaaatccat aaccgaacca aatcttacct aagaatcatc 960 attcatcacc cacgtatcgg ataaaaactc acctcctacc tagaaatcat cacccaagta 1020 tcggataaaa actcaagatc aagaacgcaa atcagattga caattacgca atcttctagt 1080 tatagctaag aaaattccat gtcattttca gaaaacaaga tgtccgtgca tacgtacttt 1140 gcaaatcatc cggacctaag gtttccgctg tttatgttcg aacagaaaca gagtacttca 1200 tttcaaacaa taagaactaa tcttgatgat ctaaaacttg tctgaaaaaa gaaatagagg 1260 ttgttgattt aacatgacta caaagctatt taagattcgc taaaccagat gacatcaaca 1320 acatgataga ttttggggta agaagtagca cattacactc tttaacatca aaagataaca 1380 aattttataa aattcaaaca tagagttact tcttcaagct tcccctgata ccaggtttag 1440 gtttcgattc agctactggt gctaaaacag catggagatt cacgagcttt gattcctcat 1500 aaatgatatt aggatgcttc gattcgtgat ggatctgcat cgtcttaaga cctggagccg 1560 taattttgca atgaggacac tcgtacttag cgtggcctcc tttctctttt ccggtccgat 1620 cagcgattcc agcttttcct ccgcctcgat tagtcaacgc agcatcgatc ttcgcttgaa 1680 tctccttcgc tgtatgcttc tttggcttgg ccttaccagt catcttcaat ggcggctaaa 1740 agggatgaat ttgccaggaa gggagaagcc ctaaccctaa ccctaatttg tgctctactc 1800 ttctgattta ggacgcgaga gccgatatga atatatatac taattttatt tttaaaaatg 1860 gaaataatct tatctgattt tgttttttgg ggtgttatag tgtgtggaga ggtgcatggt 1920 aatgactgtg gacctaaata aaataaaacg cagtaggcag aaacgcatca gtcatcacca 1980 catgcgacac accaacacca atgt 2004 <210> 264 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 264 ttatccataa tgttttatat gttcacaatt aggaatttgg gttgaatagt tgaaaacatg 60 aaataagatt ccggtggcta tgaagtatga ataatcatta tttggtcaaa cataaatttc 120 ttttttcaaa cgaagaaaaa aatgtcaaag aaaaaacaaa tacaggttat cctattatat 180 tatttgggaa gtacatttta aatgtaacct taatttttgt aagtaattac ataggtatgc 240 cattagaaat aaaattttaa agagtaaatt attttatctc tttgaggatt aaaaagtcaa 300 atactaattt aattaattaa atttaattaa aaaacgaaat acattattaa ttttcaaaaa 360 taataaccaa tcaaaatcaa cataaaagat ttgatatcta aattttaatt aatttaattt 420 aattagaaaa acgaaataca ttattaattc ccaaaaaagt aaccaattaa aatcaacaaa 480 ttagatttga tatctaaatt ataatattaa ttttttctta attactatag ttcacttctc 540 atctttatat gattctattt ttgccgaaaa ataatatcat cattatagaa aaataattag 600 Page 288 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agttttttcg catatgccat aatttaaatt tttaaaaacg aatataaatt gttcaataca 660 tgaaaaaata ttataacggg tgaaaaatag atttaagaaa actttctact gagtaacatg 720 tcataatttg aaatatttat attcaatttt atacatatta tattgaaaat ttataatctt 780 atatactaca ataagtaata acatattaga tgtgattcaa tttttaatac aagctgaaaa 840 atcctagaat tgacgggttt agatcgatat taatacaaga tggtatacta caggtgaaac 900 tcttaaatta aaaatcaagc tacaagtgta taatcttaaa cactaaacaa tatagataat 960 atcaacaaaa tatatacaac tcacagttta ctatacattt aaaatcaaat aaaataatat 1020 catatacttt taaatcatct ttacaataaa agtttttagt tgaactaaaa tataagccta 1080 cctgcggtat actgcaagtt aatatctaga ttaaaaggct tattgaatct aaagacaagt 1140 catcaaagat ttcctaaact gaagcaaaat atactgaata ttcaaatatc tatctgttac 1200 aatggttcag acccatatta taaaaggacc aaaatgattc taattacgaa tgagcaggaa 1260 gcttgattta tcaggcgtcc aaaattaaaa tagttatctg attttactcg gattttttat 1320 tttaaagaat tgaaacttta aaatgtttca agaaatcatt ctaaaaaata ttcaattatt 1380 ttttatttaa taaaaatata ggcggttaat atctaattat tattatttaa gtaaaatatt 1440 aaaaaggtag agaatcacaa aatagggccc aagcccaaaa tccaacctca tccgaatctc 1500 accttctctc ccaccagcca ccactctccc ctatataacg aaccttcctc cttcatgcat 1560 ttctcaccat ctctctcttc tttcacgtct ctcttccctg aaactttccc gagaaaattc 1620 tcaatcctct attttctcga gaaaattctc attctcattt tctttcaggg aaaagttttg 1680 ttgttgaata cagatttgga aacttcattt gtttttttcc gtttttaacc aaaattttta 1740 aaaaagcttt cttctgaacg ttaatcgtgg agagtttcgg gtcgggtcgg gtcgtaaaag 1800 gcgggtttca cggtggtgat agattcacct cctgcttcct tctgaggggg ttagccccga 1860 ggctcttcgc ctcggcgggt ttcaaattcc cccaaatcta acaaactcac agattcattt 1920 tctccatttt ttttgtttgt tgaaaatttg aatccacaaa ttttgaattc atttgtaacc 1980 gttcgttgaa gaagaagaag atgc 2004 <210> 265 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 265 tttccatatt agattatact tctccatact ctgatgtttt ctatttaaaa cgaagacaac 60 aaggtatatc atctgatcat caacatgaca acatatcacg acaatagaca attatcttca 120 tttgttataa tattagttat gtaattattg tattgcataa ttattagctt cttttgtttc 180 catacactta gacgctgaca tttgtgctta tctcattttt ttggcgacct tatctttcta 240 cgttctattt ttgttggggt tcaagtttca acgactaaaa ggaatcaatt aaaacaaata 300 ttttgatatt taactcactc tatttcaaaa ttcgccgact aatcattttc aggtagattc 360 ttgtaaatat cattatacac ataattgatt tgttcaattt taaacgaata taatataaat 420 Page 289 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtgccggca taaaatataa atattgcggt taaaaaaaaa aaaactttgc catgaaaata 480 tgaagaggta ttcgcgtaat tgtgtaaata gatttgatta aattcgtcac aaaaaaaaac 540 cgtggcagaa aagtataata agatagggcg attgacacaa atagcactaa aaaactttat 600 tattccaaaa atggcatctt tttttgaaac ttccaaaaat agtatataaa aattttaatc 660 ctctataaat taattcaata ataaagtttt tttattacca tttgtatcaa tctcccaaat 720 aaaaatgaga gcaaacacta atctaatatt aaattgaatt aaaaactttt aaatagtgga 780 aatatatacc ctaaattgga aataaaaaac ccaaatataa tattacaaac taattttaaa 840 ataaaaaatc tcttttaaat ggtgaaaata tataccctaa attggaaata ggaaacccaa 900 atataatacc ataaacttat attaaaatga atcaatattt cttttaaata gttgaaatat 960 ataccctata ttggaaatag aaaactcaaa tataatattt aaatttattt ctaatttatt 1020 ttggttgaat agattttata taaacttgtg gtattattat tgtccataaa acttgtttta 1080 gtgttacttt taagaatttt tcaaataatc atttgagtgc taattatgtg taaacaactt 1140 tttaatgcta tttttgtcca aaaaacttaa aaatgtgcta tttgtgggaa tttttcaata 1200 agatataaat ttaaaactga gttgattaat taaaagtgtc acacaaaaaa aagtttaatg 1260 tgaacaacaa cattaattct tttttaaaaa attttgtttt atactattat tctattaaca 1320 tgttaattaa tataactaga aaaaaaaatc aatctactaa aactaggttt tttagcattt 1380 tataaatatt tgtatgagaa ctttctctaa ttcagttcat ccagttaacc attgttcgct 1440 tattctgcaa ttcatttatt tatctgatat accagttaac cttaaatgtt gtgtaatcag 1500 tcgtaaaatt gttttgtgta atgttacata aattaataga atcaaattta aaatgtgttc 1560 taattatgct atgacgttat aaacaaacga taaattccga ttcatgatta tgaagtattt 1620 caattgaaaa cacaaaaatc gacaaaattt taaaaatatt ttagatctta cattacatac 1680 ctgtattgtc gcaaaggaaa atttatttct tgtcctaaaa ggccatttgg aacttgagct 1740 aatgtaaata tataaatggg cttattgggt cctctaatgg gcttgccttt gacgtagaag 1800 acagaagcat cgttgtgact cccgtttgtg atttaggaat ccgcactgct tgccgttttc 1860 cgtttctact ttacttttca attcagaaac gcctctctcg tcgtcttcaa agctaaatta 1920 gaaacctgac gatctctctc tctctctctc tctcgatcgg ataatatttg agctttgtgg 1980 ttggaggatc tgagttagtc atgt 2004 <210> 266 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 266 tctctgattg tttttagcaa tttcgtggaa aagaagaagg catgctccag ctgatgtata 60 gatagagaga gagaccagtg ttcctagaga gatatcacta atgtgaaaag taaatcatat 120 tgtttaaagg tatttttatt ctttaaggtt catggtacca aactagtcca aaatctcaga 180 Page 290 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attttaaata cgacttatgg ttgaacaaaa aagatttgga ataaataatt acacactggt 240 caatagtgat tggttataat tttgatacat tttatttgtt gatttttgac aaatggtgga 300 catgagtcat gagtgagtca cggggaggcc caattttgtc atgtagtgga gcagttgaga 360 gcctttgaga aatagaattt gattctttta ggccccacgg ctacgctacc gtgacagctc 420 gcctcgagtt atccgcttca acggcacacg tatcttctaa acacgtgtca atctttgatt 480 ggttaatata gcgtgttggc ccatctctgt tttatatttt gttgttccgc aaaagataat 540 gtcaaaaaat aataaagaaa caaatctcta aaattaaaat aatttctact tgcggcgaaa 600 ggaaaaagca aatttgttaa aatagttggg gctatttatc tgcggtcagg aatggagatg 660 ctcgcaccta ccgattccaa cgtaagtaaa tggttgaagg gtaatttggg taaaaacctc 720 ggaacggcaa attggaaata atcaacggct cagatagctt cacgcgatat aaacgctaag 780 gtataaggtc aaatacgtaa ttgtcaggga gcataaccct agtacttata taaaggcact 840 ctttctacct ttcttttcct cctcacgaac gcatctcatt gcttcatcat taccaaatca 900 tcaacttaat cgtttctctc aaatttaggg ttttctcttt tctcgaaagt cttgcggttt 960 tctgaatcat ctctatctgg tgagtctctt ttttgaattg tagatctgcg ttttctctct 1020 gtagatctgt tccgtcgttg aggataatgt tttttaatcg gtgaattctg ggtttttttc 1080 aggtttgagg gtttcgtttg atatctggag aaaggggttt ctggaaacaa ggagttcata 1140 attcgcgatc ttgatctatc gatcttcatt tatatatgta agtatctctc acgattgacg 1200 tcgttcttcg attgattcat tagcctagct aggttagata gacatcgttc ttatcgtcct 1260 aggttttggt ataagagatt gatattcgca tgcatggtta ggttgactta tacctgaaac 1320 caacgacttg gtttcgattt ttgttttgtt acatgtatga ttgcctattg tcttaggctt 1380 tgtttttagt tatggatctg ctataataat tggtttctac tcatcattcg agatatacaa 1440 ttgaaaattg aatggttctt atggtttata gattcgtatt gtcctgataa acattgttgt 1500 gtgatctttt gaatacctgg tatttttatt tttcatctga tctttttcct ttggatttgt 1560 tttgtctaat acagaaaagc gtgaatgaga ttatgatgga gtcgaaaggt ggtaaaaaga 1620 agtccagcag tagtagttcc ttattttacg aagctcccct cggttacagc attgaagacg 1680 ttcgtccaaa cggtggaatc aagaaattca aatcttctgt ctactcaaac gtgagtttcc 1740 tctataatgc tatatctgat ttcttcaatc tctatggtat ccattatgta gtctcttctt 1800 aactatgttt tgctttttgt tgcagtgctc caagaggcca tcctgagtac cagcgtgcac 1860 cgatcttcat aatatagtta tagctttctt tactttccag tttataattt tcttctttca 1920 aagctccttt tctgctggtt cccggatcca atcgttctct cctcctacta caagtcctgt 1980 cgctcacaca acaaggcgag atgg 2004 <210> 267 <211> 2049 <212> DNA <213> Arabidopsis thaliana Page 291 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 267 gattttatat ttttacaatt gaataccact atttccttct cctaatcaaa ttaccaaatt 60 ccagttctac taatatttct ttttcttcta aacgtcaata aaatatcaaa agtaacaaat 120 aggcatggat gttcggatac ccattcgaat tcggttcgga tattttaggt ttttggatat 180 tcgggtgtag acgtatagga tccgttcgga tatttataga tctcggatcg gattcggata 240 accacccatc aggtttggat cgggtatggg tgtcactaat ttcaatatac cgttactttc 300 gtattcaaat cgaattacca agttattttc atcttataaa aaagaaatta acaaaaagat 360 atctttccaa aaataatata caactttaat taaattataa aaacaaaaat acattattaa 420 ttggataatt tgcagatata accttaaaat ttttataaat taacaaacta accaataaaa 480 acaacctaac aatataacat atgtaatata tattattaca gttttatccc cactactaac 540 accattaacc accactacaa ccaccgccgg cggctaacca ccgccgccgg ccaaccacct 600 ccaccgccgg ccaaccacct ccgtcgccgg acaaccaccg ccgtcgccgg acaaccacaa 660 ccaccgtcgc cggaaaaccg ccgccgccgg aatcaccacc ataacgacca tcgccggcaa 720 ccaccgccgt tgccggaaaa ccgcgccgcc accgccggac aaccaccgtc accatcgccg 780 gacaaccacc gtcaccatcg ccggacaacc accgccgccg ttgccggaca accaccgcac 840 catcgccgga caaccgccgc cgccggaact accaccatcg ccggacaacc acctccaccg 900 gaatcaccac cgccggaatc actaccgccg ccgtcgccgg aatcaccgtc gccgccgtcg 960 ccggaaccac caccgccatc gtcgctggaa ccaccaccac caccacctta gatcatttta 1020 cctacccctt aagttaatta cttaataatt acatatatag tgctatattc ttaatttttc 1080 tctcaaaaag tgttattcat gcaaatcacc cttataaatt ttagaaaaaa atgaccagtc 1140 acaataaaca tattagattt gatatctaat atgagagtta ttcttaaatt tttgtgttct 1200 taataatctt cttctaaaac tttaaatatt aggcttgacc taatgtacaa gtaaataagc 1260 ccatctctaa tatatatcat mtgagccatc aattgtgcat gtaaccatat tccatatata 1320 tcaacaatag ctagacagta tataatgaga acttctatgt gactctgtgt tcagttttga 1380 taacgcaaat tcaaaatatc aacctagaaa caacacgtga atcacaagaa tttgagctcg 1440 ttgtaagaaa ctgaatcacc tcttcacacc gagccaaggt gaaagaagag attgaaaaga 1500 gaacttggtg tttacgagtt caccacttgt gagctgtatt tctaaataga ttaaaatctg 1560 tttttttttt tttttttcta acgataaatc tgttttacac atatgtcaca tagcatgcat 1620 taatcttccc aacaagaaac cttccattgc gcgtttgcat tattaccgga gcccacattc 1680 ccatttcttc gaagtcacgt tgactttgaa tttttcttct ctactttcgt ttacgttcca 1740 aagaaacatt tcacgctctc tgggaatctg tgattttgaa cctctcatgg cttcttcttc 1800 ttcttcttct tcacgtcgca cctggagata caatgtcttc acgagtttcc atggaccaga 1860 cgtccgcaaa acatttctca gtcatttacg caaacaattt aactacaatg gaattacaat 1920 gttcgatgat caaaggatcg agagaagcca aatcatcgcc ccagctctca cggaagcgat 1980 tagagaatca aggatcgcta tcgtattgct ctcgaagaac tatgcttctt ccagttggtg 2040 Page 292 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttggatga 2049 <210> 268 <211> 1803 <212> DNA <213> Arabidopsis thaliana <400> 268 caatacgtga agcccattag ttaacaagat gaagtgaatc gaaaacatga tgattttgta 60 gacaatcgga tcatcagact aacatagata tgttaatggc ttcgctcgtc ataagaggag 120 gagaaagtca gagagcacat aagaagacag taaattgaag gtcaaacctt aaaatttctc 180 gtctcaacta tgtctttgag gccattcatt ggctgtgaga gctgcgagga acagaacatt 240 tttcttcctg tgacgagaag aagaagaact gaagagaact ggaccaatcg aaaaacaaac 300 cacaaagtgt ttttcacttt accacaagca caacgcatac gtacgcgcaa catacgcgag 360 taagctccac gctttactta tgtaaaacaa cattatatag tagctaatcc ttcagcaaac 420 aacatagtcg ctttggccga gtggttaagg cgtgtgcctg ctaagtacat ggggtttccc 480 cgcgagagtt cgaatctctc aggcgacgat atttttttaa tattttgtct ttcaaaacaa 540 tttcccgccc tttaaacaaa caaccgctca gttgaccaaa gcgccccttc tctctttcat 600 tcttattttg gtggcaacag tgatgaattt gtatatcaga tttatagaaa cttgaaacga 660 tcgctgagtt tatatatata tatatataca ttttattaac aatagaacca aaatgaacat 720 atgagtcatc actaatctaa ctacaccatg cccaactctt atagctgaat gttcaaagta 780 tggtttctat caacatattt tttctctctt cttctccaag tagtacagta tgcagttttc 840 catatagcgt ttacaaaagc atagaccgaa gctccattat caatcttggt gcctccaaat 900 tttcgtcctt taacgaattc ccgattaagc tttgcattcg agtcacaaat atctcatcta 960 aaacctgtaa atcatcatat aacaataaca agataagaat caaaaaggca tatccttatt 1020 gttttttgca gtgataaaga gttgtgaaag agaaaaagaa aaagaaaaat gagttgtgaa 1080 agtccaaagt aaaggccgaa agaaaacata acggccgaga gacggagctt gttcccatcc 1140 gtcgatgcaa aaaaaaattc cttctggact cacggtgacg gttgaccaca tgaacgtatt 1200 aaaaagtctc ctttctcgga ctttgtcttt ttatttttca cttttttcct ttgcagacga 1260 cactactact aactattgat ttccattttg gttaatatac tttaatatta aaagaatata 1320 tactttagtc ttttaaatta tgtactttat ttctctttaa gaaaaagttt tcgcatttta 1380 tgcaacaaca aaaaaaaagg tgtgtattac aaacttcata agtattggaa ttcataaggc 1440 ccatattagg cctaataaag gcccaatcag agttctgact ttaaaactag tgactagaag 1500 ctgactcact aaaaaactat tatcgtccat tcactcgctc ttatcacaaa ccccaaaccc 1560 tcccaaccat cccactcgcc aacacaaacc acgctcctca ctctacgaaa gactataaca 1620 tcaaacgccg tcgtataatc gaaagtgaac acacttgcgc gtgggtttaa tatacatcta 1680 tttttaatag cccacctgac tctttgccct ttattcttct tctctctttc tctttcccat 1740 Page 293 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttcttcaaa ttttccccat taaacaaaaa aaaatcaaat ctctctcttt ctctctctaa 1800 tgg 1803 <210> 269 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 269 aatttaatta tttctccatg cgtcatgaaa atgacaatca aaaactttgt aataatgatg 60 aaaaataatg acacggtaca aacgaaattt cgtaaaaaaa acttgaaaac taacgtttga 120 aacattggag atctaacatg catatcagaa atctaaatct caatcgaaat gaatggtaag 180 aaaattgtta cccgctcctt tagcagcagc ggcttggacg agcgtgagtc ctaccatcag 240 gacatttgca tttgttccat tggactcgtt gaaggttttc atttccccat gtgcaagaat 300 gctgaagaga atgagtcctg cgagactact ccaaccccaa tacaaaagcg ttttcatttc 360 tcctcttaat gaaatttgaa tgaaatgatt atggagacgt actagagttg tcagtatata 420 cgcagccaag aaaataaagc atccgtcttg gtcttttgta gtatgcatat gtttttctta 480 tatagaaact caattataat tgaagaccag agagtgagag agagagaatt gcattaaaga 540 ccagtcatag tcataagaga gatttattaa gatattttct ttccttaatt agaaaaagta 600 catacatcat ggacatgatt catgatcttg ccatttgtaa atcacaagat cgtactgaag 660 aatgtgactg atagaccaca actttggggc ctaaacctcc attacgctcc attgatcatt 720 aggttaagaa attaagattt tcacgaaact gccaccttgt atctttcgtt gtatattttc 780 atgtatatat ttaaggatga tttgacactc atgaagttgt cacttcattt catcaatagg 840 ttaggtttaa aactagtttt agaacaagtc agttttgtga ttgggctttt atttaagtgg 900 tgcaagatta tattaatagg gtttattaat ttcaaattca cactattact catataatag 960 tcagaagtat agagttcatt atataattcc aattttcttt tcaccaaaat ctgcagaaca 1020 gaaagtctca ggaatcttca aacattttga aaaaatggtc ctgaaaagtg gaaagaaatt 1080 tcagattttg cttgcaagag ttcaaaaagc tactagacaa agatttcata caaaaaagtg 1140 tggaaaggtc ttcaataatt gtgattaagc tttcaattac cgtttaaaga cttgtaaata 1200 aaatttaatc aatcttttca ctaataaatt taaccaattc tattttctct acatcatgca 1260 ctagtaaaaa aaaatttgcc tcgaaacaaa aaaaaacaca cgatgccgta taggaaggaa 1320 gcaataaaga attcaaaacg atttgttgtt ccgtcttcaa tgcattacgc gtcgtattag 1380 atgaggcttt taacactaaa aagcccaaac caacggtatc gggtattatc acctaaaccc 1440 aacccattaa agacaacgcg tagcttcacg cgcttcacga ttcgcgtgag aagaactaac 1500 cctgaaacgc ggacgttgca gattaacggt gaggcatgaa cgagcgtgtt aatatataat 1560 gattcttctc tcacgatgat caaaatacag aagccaacaa gtaaaattag tttatgcaga 1620 taagacaaca tttattacct gatacatact ttattaggtg ataataattg ataattgttt 1680 tttataagcc actaataatt aaataaaaat aatatcagta ccgtgtaaaa gcaaaactag 1740 Page 294 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtaaacata aattttcaat tggcaaagct ctgatccatc cgttttagta attcgttgac 1800 ctttgacatt tcacttagac agatgtgtgc aagaaagaaa aacagcatgt tgcttgcttt 1860 ttccctcaac gagaaaagtc accctctctt caattcttca attctcctcc ctttataaac 1920 cataattcat taattctctt ctctctcaac aactacttgt ttagagagag tcccaccacc 1980 accactacca caatcccaat gg 2002 <210> 270 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 270 catctccatt ggaagaaccc gtgtagcatg tatatgaggt gggagatttc cagtgtcaac 60 atcggagcag attagttcgc ctatgtagct cggagtcctc atgttagata acaaccgctg 120 tttaaaacca aaatgttaca tctttgtttt aagactcatg agtcgtcaca cagaaggcct 180 tgctgtttgg tgcctcatag tttaggttag aagcatgtaa ctgccaatta aaagaggtca 240 agagtttttt gattgtatga atatatgagt tagtcaaagc agatccacac gattatatag 300 aaaaacaaag gaagaagaag aggaagagct ccttgaagtt caatggaggg tttagcaggg 360 tgaagtaaag ctgctaagct atggatccca taagccttat caaattcaat ataattgatg 420 ataaggtttt ttttatggat gccatatctc aggagctttc acttacccct ttaatggctt 480 cactcttctt tggattgaag ggagctcttc atctctccat ccctatctct ctctctctct 540 atctttagtt cttttaagaa tgacttttca ttttttgtgt tgtctgttgc aggtgtataa 600 acatggatga tggatcttga gtaggatttt ttattttatt ttcttgtgac atatatgcaa 660 tttttatggt ttgtactttg tatttccatt agtttcgtac ttttcagtta tgtatcattg 720 ttaattctaa tgtttgaaga catttaaagt ttatacttct ctaaattact ttttcgactc 780 aataaagtcg tttaagtgtc tacaagtata taccgtgtta atacttttca attcatatcc 840 accattgtat aaagatatga tccgctttta tttaagtgaa tcaattaatt tacagtattc 900 ctctatatct ctctcacact gttcgaataa atttaatact caacagatct agtttgaact 960 ttttaaataa gtttagccga agaaaattat cattgttgaa caaacttatt aaattcggat 1020 tggcttattt gatgcatcca gattgcaaaa ctatattttt gaatacagct ggaaatgttt 1080 ttaaagtgta aaacaacggt atatatataa gtcaaactgg ttttttttgt agatttctct 1140 ccctttagca agttttattg ctttcctata atccataata tttacatcca aaacagcaat 1200 tatataagat tttctgctat ttcaatacga tgttatacta tttcggcaga tgtacgtact 1260 acattacatc taaccaatcc agattgataa ctatatttga tgtaatctcg aattagtcaa 1320 tctctgtacc acatataaga aattttgctt ttttcacaaa agagttgtta gaaatttgac 1380 ctatacaaaa ataatgacca cgataaatga gtatatacat gtacgtaaga taaatgtaaa 1440 gttgtatatt tgtgcgccat tcatgattca ttccacgtat atattgtttg ttcgaatcaa 1500 Page 295 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agcaaactca gaaaatgaaa acgctgaatg acgataaaaa tagggacgct tttgttcgaa 1560 ttagcgtgcc cattatgtca cgaacgtaga ttcaagtctt ggccataaaa caggattcct 1620 tatagcatcc accaaaacac gagaaatcat tctcaaaaac agtctctcca aatccgaact 1680 aaacaactca tagcccatat aataaggtct gtagtgggat gcgtttttgg cttttagaac 1740 ataccaattg gagaacacgc tttcttacac atggaaacaa attacgaacg cttccaccaa 1800 atatgggctg agataagccc attaacataa gacccagtaa taaatatata atatgagccc 1860 atattaaatg aaccctaatc catttttagt ttctatcata taaatagctt cttgtgtttt 1920 tcacgccctt cttctttgta tttccgcctc ccccgagaaa acgaaaaccc tagtttcaga 1980 ggcatctcca gacaccgaaa atgg 2004 <210> 271 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 271 cgcaggctcc ctatttatta gtttcaaact caattgaaat gaaaatgtgt attggtggtt 60 ttaatgtttg cactgcgtaa tgttgcctga actgtatatt taataaattt accacaactt 120 agcagatata attttgttat acgaaatcgt atagtcttct tcatggacaa agaggaaggc 180 aatcatcatt ttctatgatt gctcatcgac ctggcatttc cattaccaaa ggcagcataa 240 tatcaaatca aatatttctt tgtcgtactt tacttgaatt aatgatatta tcgtgggtcg 300 acttaggaag taaagttact tccatttcat atatctaaat cacatttgcg taaaatttaa 360 gtattacaca aagtgataaa gtaaattaag taataattgg ctagggatat taacaaaata 420 aataattttg attagggcta cgaggataag gacaaacgtc gtattaacgt ataaaaaatg 480 tgaaaggaaa agagtaaact aagctttaga tattaacact cattacggga ttcctaaatt 540 gccagcactt cggattatcc gtcagtccac tatttatgct agtttttctt ttccttgtga 600 gcttgcacta tggatttttc tttatgcaat tctcaatcta aatgaccatt aaactttaga 660 aaaaaatgac cattaagttt taatgtacat ttgtatcaac tttctaatat gccacgtccg 720 tattgctata tacaaacata accattcaaa ttaatatggc tctctcaaag gaaaaaaata 780 aaaggaatag caaatgagta gataaatttt ttgatcaaaa agaataagat gcactagtat 840 tagtatatac tcccatacat catttaacca aattttaaaa ttgattataa tccataaata 900 gtcttcaaat ttcaacgaca aacacattaa tgtgagtata aattagcata gactactata 960 tagtttatat gcggggtgaa tgtttgtcta tacaagtttc gtcaaaaaaa cggcaccaac 1020 cataattaat agactcttat cttttgctgg tatatgaact ctttttaaaa attgccgcga 1080 atataccttc ttcgtagatt attaatcttt ttcatgtaca gttgccttta gcagattatc 1140 atatgttaca aacatttgac ctaatttgaa aaaatgttac caaaaaagat ttggaaaaaa 1200 agacaaagat attgagataa ccgttgaaga gagtttggga tgacaggctg acgagaaaac 1260 catacacctc atttctatca ttaaccctca catggcttat ctgtacatct ggaccccacc 1320 Page 296 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accttctact tttatctccc attttttttt tcaaattatt actacccaaa aaaatattca 1380 acaaacctac aaaaacacat gtcttatttt tatttattta aacatttgtg tatttatccc 1440 attgttccat atttattagt aggaaaaata ttcacatttt acagaactgc aaaagatttg 1500 gccatgcaaa ttatacccca ctttgattgc tattttatac actatatcat acagtacaag 1560 aacaaaaatt tgattgggcc agtaataatg catataacta ttgatgttag caagagaaaa 1620 aaatgcatta aaacacaaat ttgactatta ttttgcagga acattcgtga taattttgac 1680 tattattttg tcagtaataa tgcatattaa tcgtatgtga ttttaactaa aactggaaag 1740 ttccaaggaa catttagtag tttatatttt tagtactaag ttagtttaga gggttattaa 1800 ctatttaatc gtactaataa tgattataag cagaattatg tagactatac aaatagtacg 1860 taataccgaa agtacccttg gtttatccct ggcattacaa gggtttcctt tttccccttt 1920 aaaatggcag aagagataca ctgtcgtcgt cacacagcac cacaaactcc atagctagct 1980 agagagtaaa aagaacaaag atgt 2004 <210> 272 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 272 gtggtagaga ttatagaaag ccttatgaca ggagatcgag gagtgggaga gaggaccgag 60 atcgaagcag gtcacgatct cctcatggaa ggtctggtca cagaagggtg tcgagaagcc 120 ccattcgcca atactagttt gagaccctcg tggaaggtct ggtcacgaaa gggtgttgag 180 aagcaccatt tgccagtact agtttgagat aaggtgttgt cactatgtct tggggccagg 240 aactttgcaa attaatgagg tagacaatgt gataccccct ttggtttcat aagcatgtgt 300 tgtcttttgg aacttccttg ttaaaattta tggataaaat ttgtctttct accggatcac 360 agctattcta agagtttgag accttaccga ttctccttca tcggttattt gttaagaggt 420 caaaagcgtt gaggtaggta ttacccgtaa aacttttaca ttttcattgt atttctcgat 480 acttgagatg ctatagcgtc attttatttt atttttgtct tttggtacac catttcaagt 540 ttgatatacc tttctgattt aaagaataca gaatcgggat tgttgggatc gaatgacacg 600 aatctatttg aggtaacaaa tatacaacag aagtcatcct taatagaagt tttgggtttt 660 gaatttggtt tattttcttc gagttctctg tctgcactta ggtgtataca cagaaggaat 720 gataatcttt ggctttgggg ttaggtataa ctgttgcatt tcttggaatc tagccttcaa 780 tggattggtc tgcatgatat ctgatttcta tcgggtaaac tcactccgtt gtttatgaac 840 ttttaataat cttttccaaa ctccaaggct agagcattat agtaaaacag taggtaaggt 900 attctctggt gggagcaaga actgttttgg tggtctgtgt tgaggttcca agaacagctg 960 tgttgttggt ctaccacaaa gccggatggc gtctttgtaa tcctggctta aatcctgatc 1020 taaacattta caactttgtc tttttttttt tttttttttt tgccgatttc tcctctacag 1080 Page 297 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctatttgat tcaaacaaga gctcagcata tgaaaccatt gtttcggggc tcctggtttg 1140 cagctataga taagcttctt ttatatggca aacttgtaag aatgacgcaa catttgtcaa 1200 aataaaagtt gttgatgaga gttgaagagc atgcaatagt tggatatgaa gagcatgcaa 1260 tagttggata ccaatgataa tctttgacgg tttcgttggg atcagattaa aaaagttcac 1320 gttttttgta gcccaatttt ctaatgcatt gatcagcggg ttaacaacca tttattcaat 1380 gaaactttat cgttttggca tatatataca aaaaaaaact ttaaatcatt taactaaaat 1440 tgaatttctt acactaacag ttcaaatctg gccaaaacca tcaaatctgc aaacagaacc 1500 acttgtacgt ggagggataa aacgaaaatt agttgtttgg cgtacttaca cataattttg 1560 aatcgtgcct ataatgacat gaggttaact aaaatttgaa tttcttacca taccaattta 1620 actccggcta aaactatcaa atcggaaaac aatgtgaaag aagtcaacaa attttaatta 1680 tggaaatttc ttctgcagtt aaacgtcatc gttttacata atgcgtagct taattaatga 1740 gttgagtgag tcaacggaag agaagaagac caaattagtc ttaaactcgt ttaggtaaca 1800 gtttggttta aagcacagaa acagcccttc aataagtttc aatgtcataa aaccaaaaaa 1860 aaaaaaaata gtgaagacga cgaacctttg aggacactct tcggtttctc caatccttca 1920 tatggttcgt aaagatctct ttttctctct ttttctccat ttttcaattc aattttggct 1980 gatctaattt tggatttcag atgt 2004 <210> 273 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 273 aatagacgag tgtttatgtt tcaattcata cacaaaccaa atcaaattca tatcaatcta 60 aaaggcaaaa atcaaaagta ataacgactg attatgtgaa cacaaaaccc taatttcgtt 120 tacatataaa agccctaatt atcaatcata aaaccacaat tcacgaaacc ctaatttcaa 180 caatttctat taaaccctaa ataatgaaga tctaaacact caaatcaaat gaatcatacc 240 ttcagaagag attggagatg agtatcaata aattctccga tttcgaacct taaactctcc 300 gatttggatc aatgacgaat cgacacacta tcgccgtcga ttgagacgga tcgacacact 360 atcgccgttg atcgagacgg atcgccacac aattgccgtc ttgttctctt tgagctaatg 420 atcgagacag atcgatatcg gagagataca atcgccgtaa aaagtcgccg ctgcagagag 480 aaaccaaaca cgtgaatgcc caaaaaaaac taaacacttg taaaagatta cgtttatcga 540 aaaacttcat ggaccaataa tatttagcca cgtatgggtc catgaagtat cccttcgata 600 gggaacggcc cagatctatt tttgcatttt ctatttaatt ttgggttttc tggaagaacc 660 tactatatta agaactctat aagaccatcc ttattgcaag tctcttacta taaatcttag 720 gcataatata atcaaaagag tatgtgaata gttaagaaga gtttcttagc taaaagataa 780 aagaaagttt aagagcatca ttatggttgt ctctttgatt agttcttagg ataagaacat 840 ctcattttaa ctcttatata agagacaaat gacaaaatgt ctcttatata agagtcaaaa 900 Page 298 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgagatgttc ttagtaatta atgatcaaaa aaaattctaa gaactaacct aagaaactac 960 cattaatgaa gctctaagag cttcaaacca ttacaaaagt tcttagttac aattttttca 1020 ataaaacaat tcattaagat tcaaaattaa gagcctatca ttaaggttac tctaagggac 1080 ttccattgaa cgtgctctaa gacttattaa ttctaagtct agtcatgttt gagttttgtc 1140 tataaagtct atatagatgt gagaagtgtc ttttagtaag ataatcataa gaataatttc 1200 aattacaaac ttcaattcaa gataccataa aaagaaaatt aaataaaaca tagcacgatt 1260 tactaaatct aacactcctc agttttctat ttatttgata ttttaggagg aaaactttat 1320 tctaaatcaa aatatatgga caaattaaat gaatttacac taattacttc aaataaaaaa 1380 agatttgaca tgtgaaaaat tcccaaatct aaatgctaag aaaagcttga caagtaacat 1440 aacttataac ccatttaatt aatatataca atgcatataa tatatttttt taataaaaga 1500 ctttaattta tatttattct caatatataa aagtaaaaat ccataaaaca aattactctt 1560 aatttttttt ctattataat agagatttag aaaatagtta taaacacaca attacattat 1620 acagtatact ttatgtattt gttgtcacaa atccttttta tatatttatt tatttgtttt 1680 tacattgtct caatagaatt ttataatgag tttcgtcgtc gatatctgtt tgactttgaa 1740 taagcgtcgt ctatagtctt ccactccaat ctaagacgtt aaacaaacca tctctcgatt 1800 ctctcgggaa aacactccaa ctacgaatct acaatcatcg agcacataca aagaggaaga 1860 tttcaaatcc aatcatcaat catctctttt gaatgatccg attccatcta cttgctcctt 1920 aaatttattg ttgatccgtt tgaatttggt gtttgttgag gcggagatct cgaagatgaa 1980 gcagcttcta tgttatcttc catg 2004 <210> 274 <211> 2008 <212> DNA <213> Arabidopsis thaliana <400> 274 taaacgataa acctgtttgt gaaattttca aaaattggat tccatttatt ttggtattat 60 tgccatctta atacgtttca agcgaactaa aaaaatgtta actactagat tttaatccgc 120 ggtgtaccgc ggagacaatt cattttttaa aattaatata tataaaaatt tataaattat 180 tttatagttt atcattgtta ctaagtaacg tcctgccaaa cccgtccaca aaaaaaaact 240 atttatttta ttaatgttga tcttatttat aatatgttta tgaatcattg ttaaaatatt 300 ttagtcgttg cgggacgttg aacccacaca tttttcgcca attggttaat atatgttcat 360 tcttaaaatt tcgaatcaca aaatatgacg aatttgtttt tgagattttt ttaaactcta 420 tatattaaat aatgatatta attatttttg atagattaaa ctttttataa attcaaatat 480 taataatgtt ttatgaagtt taaatatacg aataatatta tttaaaaaat aatatttttt 540 accttttaga taatgatata ttaactctaa aagcaaaaat ttagaagatt taaattttta 600 aataaatatt ttcattccta aataattaat gtcagtagca tgacattgta aataagttga 660 Page 299 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatacatgat ttgtttattt aaacaaaaaa cgtttagtaa gaacaatatt tatttaaaca 720 aaaaattttg ttttaaaata ttgttaataa aatacgtttg tgctaatttt aagggattga 780 tgtgaagttt gtttgaatta aatttgattg ataatgtgat tgacaattta aattaaaaat 840 ttaaagtaaa attaattatt ttggaacaaa gatttaatgc taatgacatt gaattgtaaa 900 taagtccaac tctaggattt atttgttaaa atgactgtaa aaatgtatac atagatgggt 960 agagtataaa ttttatgatt aaaagttaca ttcaaatttc aaaaccatac ttaattctaa 1020 aaaaacaaca cttatagttt ataagcagct cttatgataa aaatctttct gagttatagc 1080 tctgttaaac ttgtattcac cccaaaaacg gatgtttcat ttcttatttt ttacttggag 1140 tattttattg taatttgtaa aaaaaaatgt aaagtggggg atatcatgaa aaacaacgtc 1200 actttgtttg gtcacaatat acatttgata aaataatggt cgtcgcgtga tttagttgat 1260 ttttgtttta tcaaccacgt gtttcacttg atgagtagtt tatatagtta acatgattcg 1320 gccacttcag atttgggttt gcccacatat gacataccga catagaaggt taaatccacg 1380 tgggaaatgc caatattcaa tgtttggttt tcaaaagaga atcatttctt tatatgatct 1440 caaaagtatg gaattgaaat gactaatgag cacatgcaat tggtgctatc ttaaaaaccg 1500 aacgtctttg aatttaattt gtttttcacc aaaggtacct aatgaaaccc tttcattaaa 1560 aaataaaggt aacaaacaaa attttgtatt ggaaaaaaca ttttttggaa tatataattt 1620 ggtaatagaa ttatgagcaa aaaagaaaaa gaaaagaaag aataatgagc ataataaagc 1680 ctttacagta ttactaattg ggccgagcag ttttgggctc ttgatcatgt ctagtaatct 1740 taaacagacg ataaagttaa ctgcaattta gttggttcag gtgagctacc aaatccaaaa 1800 atacgcagat taggttcacc gtaccggaac aaaccggatt tatcaaaatc cttaagttat 1860 acgaaatcac gcttttcctt cgatttctcc gctcttctcc actcttcttc tctgttctat 1920 cgcagacatt tttgtttata tgcatacata ataataatac actcttgtca ggatttttga 1980 ttctctcttt ggttttctcg gaaaaatg 2008 <210> 275 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 275 tattataatt aatgtttata atgaaaagaa tcattatttc ccaaagcaaa cgaatcattt 60 tgagatagac ttacagttat cacaaaaaga aatctaaacg ttttccccaa gatttagcct 120 ttcgtcagca tgtaattact cgtgacatat tctctagctc atatttcttc ttcacgcacg 180 agcaaccaat tttgttatat atgtataaat catctttgac aattatatat aatacagatt 240 tgttacgagt atatgaattt ttttgaggta cagaagcaaa tcaactagtg aaactaaatt 300 aaagagctaa ccatcaaata aagtaaattg aattaaacaa acaaatcata ccacgtgatg 360 acagccacca cattcctaaa gttagaaaat tggcaaacct gtaaaaaagc atcacttccc 420 cgaaatcgca ggtcatattt ctatgaaaac gaaagagagt tatctatata gtaaatggct 480 Page 300 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atattcatat ttgccccacc acccatgacc catctcagtt aataaatagt tcttctattc 540 acctctatac tataatcatt cactttatct tatatatagt ctataaaact aaacgtaatt 600 cgcatgattt tgcctttcgt tgcatgaaaa atcctccttg acaatgtaca attcgttagt 660 actactcgat cagtcgcctt gactcacgac attttctcta gccactgttt tatcttcaca 720 cacaagtacc aattttaaac tgttgtactt aactgtataa catcctttat acgtaacgta 780 agccaaaaat tatgatctaa tcagttacta cagattaata ataagattaa taacggccgg 840 tctactaatt ttgaacactt gtgcatgcat tatctctcgt tgaaatagta aattaatgca 900 actaacttta caagattaat cgaggtatat tatagtctaa aacaaatatt taaattaatg 960 caactaactc ttgaagatta atcgaggtaa cgcatcacac taatcatatt taatcggata 1020 atacatatac tgttagtaaa ataaattaaa aaagatttgg tagataaacg acaaaaatgt 1080 ttttcgtctt gttgttttcg agaagcttct ttttccggat taaaaaaaca ttatgcaatt 1140 ccacgtcatc agcgcattac aaacaatgaa agactacaca cgaccttggg tcagcattcc 1200 aaagacccaa ccctgactcg ccacgtcgac atatgccagc tattaatgaa gagggtaatt 1260 ccgtaactta ctctaaccac agaacccttg aatttaaagt gtagcagtaa aatctcattt 1320 ctttgagtta tctcgtttgt tcggagttag agagagagag aaagatatag agagaacaca 1380 gagaggcgag agcgacgtag ggttggtgtt tcgtacggat tttctcggtc aatcttagtt 1440 tctccggcga gagattgctt ttcaggtaaa aatggcggcg gttttggtgt ttgttcttca 1500 cttaatctgt gttcgatctg cgtatgaact cgatttttcc actcgattgg gtggatccgc 1560 ttcgttttgg tgttatggtt cactgatagt gttgtatgtt tagttgatct ttgcgatttc 1620 ggatctatta gcttcgtagc tgttttggtg tgtgtgttcg tcttcgaaga tatttaggtt 1680 tttttttttt gttgcttcaa atttcttact gtttcgtgct tgttttctta cttcgttttc 1740 tgtttaggtc tttgattgtt tcttactagg ttttctatgt ttgctttggg ctgttgaatt 1800 tggttttcta tctctctagc taatcactgg ttttcgtgct tctgagtcgt ttgtttttga 1860 agctagttag ggttttcttc tgttgcttct atatttcgat agttttgtgc ttgttttcaa 1920 tgtttgcttc ttattttcaa ggataatttt aaaatgaccc actgtttttg ggtggttgtg 1980 ttattttcac aggaatcatc atgg 2004 <210> 276 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 276 aaagcttctg gcattttttg acttttgtcg tcactaaacg aagagacttg accgtggtaa 60 gacgatttca acaactttat ctgataaggg gactatgata ttttgtgtca aaaaaaaacg 120 ggggctatga tattttttac atagctacaa tttctttttc tttttttggg gtgaatctag 180 atatcaggct tgggttcatt attacttcag gtttaggatt aatattggat agcatatata 240 Page 301 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcctctaatt tgtaattaac tcaacatttg ataacacgaa gatatattct gtgatttgaa 300 attatctatc atcaaaaatg gagccaataa ctttgaaaca acacgtttta ccagtgatag 360 taacaccaca tttggttatg tcatatgtgc tccacgtgat gtggtccatg tggatacaaa 420 ataacacaca cacaaaaaac tgcatttgag ttattttagt cattgcactt aatatatatg 480 cggcatactg gagaggatta aaagtcctaa taactctaaa tgtctaaatt ataaacaagt 540 aaatttataa ctacgagagt atctccctac tccactttta tctcttatag cttattggat 600 tgttgttttc gtaacagagc tactacaatg tttatggagg ggggcaactg cgcaatatgt 660 cctttaaaga aatatataaa agaatgcgaa atgaattctg ttaaacggag atagatgaag 720 attgtcttct aatgattgcc actttctgag aatagtatgt tactgttgat tgttgtacct 780 agctctagtt gtaaataata atatcaaact aagtaacaag agcaacttgt tgacactaaa 840 gggaccccaa gttaccctca atcaaaaatt gtggatcagt tcatcatcga agtaacgtgt 900 taattatcgt catatgctcc acaacatcga ctccccacca tacccactca ataatgtcaa 960 ttcagctctc tctttttgta tttttataaa gaatgtattt aaattttcaa cccataattt 1020 atagattcat gatcatctat taataattca ttaaatactt ttctgcatat tgatttattt 1080 aaaagccgta cgcaagctca aatcggataa gactaaaata atatcaccca gttaagttaa 1140 ctaacttatt ttattttgaa tagtagtatt aattactttt gttcaactac tccaatactg 1200 tttatatcct ttcgacggta ttagttattt tcatgtttca cgcatttttg taattgcaaa 1260 tacagacacc tttgttgtaa cacatgttga ttaattttcc gaaactatat acttttgaag 1320 acaaaaattt aaaacaaaga aacctcagat ctacagttcc acctcgtgtc tgacacgagt 1380 ttctatgcga taagatcgaa catgtatatc agcagacttt actatagatg aactcatatt 1440 agtaataaga tccaaatacg gaaataaaca acttggaaag tgaatggaag ttttaagaga 1500 aaaatcattt ctagaattat tttttagatc atttcttttt ttggagcatc cattagagtt 1560 ttgtttttag actttatgat ttatttttct tttgttatca gcacaataat tgattttcaa 1620 aagatattgt atcttttttt tatctcttga gaagcacagc acaacaacga gcaatgctga 1680 cttgtcgggg tcagcgatta ttattagtca ccgaacgaat ttttcttggg ttggagccaa 1740 aacctagcaa aaaaatatct aagtgggggc actacattat tgttttaaca ccaaggaaaa 1800 gtaaacaaca atggcccatt tttactgtat cgagaaattg atctcgaaag gacaaatgta 1860 cccttccact tcgggaatcc attattgtgc ataacacacg ctgtttcact atatatactt 1920 tcacatagga tctcaacact ctcactaaac caaaatcctc aaaagcctat ttgggggatc 1980 atcaaccttc tatcatcacc atgg 2004 <210> 277 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 277 cgcaaatgca aatcagctaa atcaaataca agaatccaga acttgaatag aaatcttatc 60 Page 302 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctacatatat aatatcggat gttgaagcag gtaaatcata aacaacacaa aattcgtgaa 120 gactggttaa aggtttataa aattactcac aggaaagata ttataaacaa ctcgatgctc 180 aatatcaagt ggctcgcccg tctcttggca tgaaggccta tgtgttgaaa aactggctct 240 taggaactct tctagttttt gaggatccac tgaatacctg taacctccat ctccattcaa 300 acccacaagc actatattca cttccaaagg aacctgaaat ggtacctaaa caaaacaagc 360 ttcatagtgt gaaattcaat tctcgatgtg tcactcaaac tcagccaatc taacaaccat 420 atgcacgaaa aaagctatga tcatagtcgt gaagcaacaa gaacgctttt aatttcactt 480 cggtgattct acagaaccaa attactcaac gatttcttct ccttcttctt ctagctaaat 540 tcagactaac tgatgatgat gatgatgatt cacataattt aagctggaga ttgtacctcg 600 gcacgggagt gaagcatacg gcggacatcg gatcgaacac tctctcgtac gtcaaggaaa 660 gcactgtgat gccagtgagg atgacctggc tcgcgacgga aaggttgctg agccgagtcg 720 gtacgagaaa cgagtccgca tagaaacaag agaaacgcga cgaataggag agaagaaaac 780 gaactcgatc gtgaatccga tctcaactcc atgactgaaa aaaaacaacc ggagatttcg 840 ctcacctccc gattttggac tggactggcg agagtcgcta caagtcgctt acggcgaggg 900 agcagaaatg ggaaaattaa ggctaattac taatttaccc tcaagtttta ttattaaggt 960 gacctgacct gctctgtcta tatgtgatat tgtgacctgc tttgcctata tggctatatg 1020 tgatacctat aatcacaagg atatttcagg tggagaatca gagaaagaaa ttgaagctga 1080 ataagacact atatgggaga gattgaaagg aagctgttgg gccattttgg tgtagcgggt 1140 cgcaagtcga gcgtgagact tattgctgtg ccattgcagg aatgcaaaca gaggaaagat 1200 ttcacaaatg ggaaacggat acatgctcag atggttgttt tgttgtagga aatgcctttc 1260 aatgagtatg ttaaacgcta gctgtcctgt ttaatggacc ggtgtatgtc atcttgtctt 1320 gcactgtgtg agcacaacaa cttgcaatgt ttccattgat gctgtagcag tctctcacat 1380 taagctctgg tttggatggc tatgaacaag ttgattggta gataagttaa aatgttgtga 1440 tttgaatctg gaatgaatag aaagatgtga ttggtactga tgtaaattca atgctttaga 1500 gaatgtatac aggcaataat ataccaatca ttatgtttat tgctgactaa gagccactcc 1560 tctttgctgt tgcaattcgg caatcgttct agatatggtt tccatttcaa atcatgatat 1620 gcattgactt tttccatgtg gcgttcggaa atctttcatc tatactacgt ctacgttgca 1680 agttttgcaa aatgtttaaa ttagtagaat ctcacgtata taaaaacttt agtcgccaaa 1740 ttgaaaatgg agaatgaatg gtaaactact agtttaccct catattttag ctgaaaaata 1800 tcgtcacagc tgacgaagaa attagaaaca acaagcaacg tgtcacttct catgtcgtcg 1860 ttttccccaa gaaatatcca aactaacacc caattaccta atgccacgtg tttactcaca 1920 ctcctttaaa caagctcgta actgtttcat cttcttgtcc ccaaagtctc ctcttcctta 1980 tctcttggaa accaagaagc atgg 2004 Page 303 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 278 <211> 2006 <212> DNA <213> Arabidopsis thaliana <400> 278 tgcgggtaga ttctgaaaga agacgataac aattggccgg aacctgaccg tgttggaaag 60 caagagctcg agatcgtctt gggtaatgag catatctcat tcgctacatc taagattgga 120 tctcttgttg attgccagag cagtaatgat cctgaaggac ttcgcatctt ctactatctt 180 gttcaggtct cctctctttt tcttccaccc cttgccttac catcttttct tttacctaat 240 cccttaactc tattggactc gattatatat ttaggactct gccttttaac gtattcactg 300 tctcaaactt taacatttag ggtttggctg ttaacactca tcccttacat ggttctgtag 360 tttttttttt tttagtttct gtatttattt gtgctctaac atattccttt tgaaactttc 420 atggttgcag gacttgaaat gtcttgtttt ttcgctcatc tctctgcact tcaaaatcaa 480 gcctatctag agaagaaaat cagtttgtga catgtcaaga cgcgatgaat ttgttgggaa 540 catgaggact ttgtgactga agtttggttg tttttatgtc tctggttctc tgtttttttt 600 ttttgttgga tttgggtgaa agtgggtatg taagatgttc tacctcaact tttggtcctt 660 ttttgtgtca acatcccatg tgaagaacct ttcatgaacc acaacctatc ttctaaaaac 720 catatacttg ctgttttctt atcacaaatc attcactctc cctaatgtac atctacatat 780 gatgcatgtt tcttttccct caagccaatt taaactaagg aatgtgatct atctaaaata 840 caaagtatca aaaactagct ggattagtcg ataattagga ttgtttccat tctaaaaaaa 900 cgccctcgga ccattcaaac tgctcctcca aaacccgtaa atctggtttt gcattgaaga 960 tatcaagagt agctttttat gaatcgggaa gaacaatgga ggattcattt gtcagtgtca 1020 ggcggattac tcacagccta gacagaggac gcacctgcca ttcatcctca ggttaagcac 1080 gcactagtct cctttacctt gttgtagtgt gttgcagaga gtcacatgca tatttcatct 1140 tgtggcagga tcaggtgcat ggttagggcg gggactggct tgtgtttgtg cacagaaaag 1200 ggatcaccac tctcgttatt cctttgatct cacccctgct caggcaccaa ctagcatcag 1260 ctagttagtt agttaccttt taagatggtc ggggaaacat tagtagctgg ttagttagtt 1320 agttacagca gctttgggtt aagagagata aacgcgaagc catatatatt gacaattgga 1380 tggtgtataa tttattgtta gaaaacgagt ccgcatttga tattcgatat tgcattgcgt 1440 tcaaggtgat ggatgataag tggctcacaa tgcgggattc ctacatggat tttttttttt 1500 ttttttttac atggatttta acgtagcctt tctcctccat atagctttga ctttaagaga 1560 tcaactcagt cttcagagac tgagtgtaag taaatttgtg tttgtttggc agacggtgct 1620 gaaatcgaca aggcatcaac tggagagaga gcttctactg gaagatggga cccgagtcca 1680 agccttacct tgttttaacc tcctcctcca gaaagagtta gagtatatct cccaacttaa 1740 aatatagatg tcaatcaaaa agcaagcaac aattggaaaa atgaatcaag aagactagta 1800 tagatccaac atctgggaac cacaaaacaa tctccaattg ctgagtggat cgtaggaagg 1860 Page 304 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gccaatttac aaccctaaac ttgtgaaaga agaatgaatt ttaatcttgg cgttattggg 1920 cctccgctcc tctggactct gtcgggcttg atccattttc gttgctgagt ggatcgtagg 1980 aaccctaaac ttgtgaaaga agaatg 2006 <210> 279 <211> 2012 <212> DNA <213> Arabidopsis thaliana <400> 279 caaaaggagc ttgagagagt caaagaagaa agtccattag agaccttgtt catcaccgaa 60 agaggactga gtcttctggt ccctgttcag ctcaataagg aacatagcac aagtgttgaa 120 gaggtgaatc tttttgcgag tcctgattca gtgttttgtt ttgcgaacat tagacactaa 180 cgatcttttg atgtgacagg aagtgagaag aatcaagaag gaacatcctg atgatatatt 240 agcgatagag aataatagag tgaaaggtta tctcaaagtc actcgtgcat ttggcgctgg 300 atttcttaaa caggtatata tatactcatg attttaatca gatagtttca aaattttgca 360 tgttttatag tttttagggt tggattatta ggtctacaag gtttgtagaa atatcaaaat 420 gcagaaaaat actattacaa aacctggttt gtttttattc gatttgataa tagttttgtt 480 caatgtcttt cctcagccaa aatggaacga ggcgcttcta gagatgttca gaatagacta 540 cgtcggaaca tcgccgtaca tcacgtgctc tccgtcgcta caccaccata gactctcatc 600 acgtgacaaa ttcctaatcc tctcatccga tggactatac gaatacttct cgaacgagga 660 agccatcttc gaggttgact cattcatctc agccttccct gaaggcgatc ctgctcaaca 720 tctcattcaa gaagtcctcc ttagagctgc caagaaatat ggtaatacta agaacaaaac 780 gcaaacgcac ttaagattcg aaacgcaatc tttgattaaa ctcacgtgca tttttttttt 840 tttttaggta tggactttca tgaattgcta gagataccac aaggagatcg tcggaggtat 900 catgacgatg tttctgtgat tgtgatttca cttgaaggaa gaatttggag atcttccatg 960 tgaatactaa tcttttgaag agactcttac taaagtaact tttagaattg attcaatctt 1020 tttagaatag attttttttt tttttttttt tggatttcgc tgaggtttta ccattttgtt 1080 actcagcata ttttaacgat gttgcatttg tgtcccatat acgttattgt tagtgaaaaa 1140 tataatgtaa gaataattta tataactatc ctactagcaa agctaacgca aattttgaac 1200 tcgaacttta gttaccgtga atgaaaataa cagacttgaa ctttataata ctcgtagtat 1260 acgtaatttt tgctttttgc agatatgctt gccactaata aagtcataaa ttttatattt 1320 tcataaacta tagttataca cttttgacta aacaaacaaa atcggtttag caaaagaaaa 1380 agttactttt ctgatgaact aggataagga attcggaact gaattttgct acgttctctc 1440 tggaccacac acactgaaca cccttttaag attttctcct tctctttttc aacgtaattt 1500 atcttttgat cagaaacgac aaaaaagaag tctaacaata tcaaacaatt tttttataga 1560 tatttttaga tatttttcct gctaatttta tctagtgtag acaaacccaa atatacgatt 1620 attataaaaa cacgaaatac caagtggacg actgaggtta atagatctag ccgtagaata 1680 Page 305 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagatctgca tgaaaggcgg tgagaatcta aacggtgata agaccataac acacggaaca 1740 tcggtacgct ctcgaacgta caagaatcga cgacacacaa acactccaca attatttgaa 1800 cactggacaa ttattgaacc gacgtacgag aatcaatgcg ctgagggtaa agacgtaaat 1860 gaagaactag ttttggagat aagagcggag aaagattgcg acacatgtat ggtcaatatt 1920 aatctcattt agcttataaa tttgggagct tcctctatca ttaattttca ttcataaatt 1980 tttcttcaat ttgaattttc tcgagaaaaa tg 2012 <210> 280 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 280 aagaacatct tgaaagcaga aagctggagt tggatctcag cagctgagtc ttggttagct 60 ttatctctag ggccctggca tcgggagtga aaacctatac atttgagtgc ccattcagta 120 aacttttgaa ctttagcacc agcttctgct ttgaggacct catcaccgtt acactcttgg 180 agacgctcgt gcaacctgga aacgccgaga tgggaaaaaa tggatttata tagaaagggt 240 atctcaccct tcccagctaa ccaaagataa accaggagga ataagaacat aagagatact 300 atagatttaa caaaaagcga tttctaagaa aagttaacaa cactaaaaca cttgcagatg 360 taaccaacca atgtaacatg taagacacaa tgtagtgatc atataaagca aaaacaaggt 420 atcataacag aaaccaactt ctccaataat ccaaaagtgt tttaccataa ttatactgag 480 aaaaagggga aacatcttat aagagaaagt atcaaatgtg tacctttgag ccataacagt 540 tacagtatca gcaagactca cagtccggct atggcaagat gaaacacaag aagcaagaaa 600 ggaagtccta agtgtagctc tagtatagtc ctgagcacca tgacatatga tcttagcaat 660 caattcagtg attccccgta actcatgctc tgtgctcaag aaccaaatag aatctaaact 720 aatacacaac agatcattca aagtttgtgg atcagccagc tgaataaatc tctctgaaag 780 ttgccaatcc tgtgagctaa cagcaccttg gaaaagccgt cccaattcga ttctatcctg 840 tctattaagc ttcttctgtt gctcaagacc cctgcatttc agtatctttg cagtagatcc 900 agagcatttg gtcggttgag tgatgatacc tacaagaggt gactctcttg caaaaacaac 960 atcactctct tgaggttcca agtcagaacc tacaggctca tcaggataca tgtcatcgtt 1020 ctccatccac tcagatttcc aaaatcaata atccaaaaac ttgttttgac attcgaaaaa 1080 cctttgcaat aacaatactg tataccaaca aatcccttcc tccttgtaca agcaaatgtc 1140 ttgtaccaaa atcaaaatcc agacttgcgc aatcaaccac tccaagaaat caaacccagg 1200 aagaaaagaa aaaagagact agagatttcg ttcagaaaat gcggtagaat cgattcacga 1260 gagcgaaaag ggtctgaatt ttagcaaaac gtagtcaaca gaagcatcca aaccttaaaa 1320 taaaataaaa acagaaactg atcccaatca gaatccatgg ccgagcacag caattgtgaa 1380 ttcggccatg aaaattgcat cggaaagaag aagaaagatg tgaatttgca aattaccaaa 1440 Page 306 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaagaacatt cgtagaggag atgggaagat gagcgaacct ggacgagatt ttcattgaga 1500 ggtcaagaga acaatgagag aatttttttt tattttttta ttgtaaaaat aataattgac 1560 aaaattaatt aaataaattt gctttgcact cacagaacag aacagaagat gacattttct 1620 ctattttcat atttgtcttt ttggtttaat cgactggtta tttatttatt accctaaaaa 1680 aaaacggaat tgttttagaa aatgctaatt gaattattag attgcttcag acagcaaaaa 1740 cattattgta aatctattta ttacacacac aaaattactt ttaagtttta cttggtaata 1800 atatttagat ttatccaaat ttcaatagcc aaataagaaa aaaaaaagag aaaaagcata 1860 taagaaagaa agcatctttg gacttgtctg attttctcta tagacgcaat caccgccgat 1920 tctctctctc tctctctcga gtctctcgac ggtcgcatat caaaagtcca tttctttctt 1980 ctctttggag gatcagcaac tatg 2004 <210> 281 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 281 actcaatccc aagattactt aaaggtactt tgttataatg gattgaaaaa aattattctc 60 aagtagtcaa tgcttagaat ggttcttatc ttactctttg tgaatgacat tcccagggta 120 cacaaacacg agagaaaaat gagctgctta gccgtcaatt tggaattgag tacaactcat 180 tacctgtaat ctttcgaatg ggttcttcgg ttttccgtct aaaggttagt attgccttaa 240 ctttaaatct atgcatagaa agattatgat acagtggact ggctgagaaa ctttataagt 300 gccaaactgg ttctgctctt atcgtatcgt atgaatcaat taagttactc aaacctttgg 360 ctgttaactc gtaaatggct aaatccatat accaaacctg aaatgtaact acctgccgag 420 gtttcttact gtttctatca aactcatcaa gcagtcgtga agatcttctt ccgttgcaga 480 acttgatatt tgtagagctg tctgaatatt ctttttcagg aagctgagaa tggagtagtt 540 tcagggaaga aactggaagg agaagtggtc gtggatcatt gcaacatcat cgaacgctgt 600 ttctgggaag aacacctaca cattcttagc tactcataaa cagctgcatt ttagtatttt 660 acttcacttg taagactaat ttattgcaaa ttcttaatct ccaattagca cagctttact 720 tcttttcaac atgtgttata ccttagtttt tcacatgtat gtcaaccatt gttaagattt 780 tagaaaagtt attggttttg tatgttaaat acatttgtgg aagacgagag aagggagata 840 gatagatatg taaaacatta aattcacacc atacctgtgc accgaccaac tgctaacttc 900 tcttgcgtta cgtaaaagta actttatcct ctccatttat tttgttaatg tataatcact 960 agagaccagt attattaata attttctatc atgttgttga atagtactag taattcaaat 1020 gtctattaag tcggtccaac tacttgataa gacctataga ctaaaatttt caggtccggt 1080 ggttagattc tgagatatgt ttttgttctc attccatttt aaattccgac tttatgtact 1140 tgtatatatt tggtgaaaaa tttgtatata acttttaaat tattcaaccg agcaaaagta 1200 tacttttttg tttgtttgcc acacattgat tgatttatta cttttaagta tatcaattta 1260 Page 307 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acagggaaat ataactgaat ctagtaaata taataacttt cttgatttgg gtctcaagtc 1320 tgagaaccaa aaacccaatg atattttgat aaaatactat tttttacgtg acaacttgca 1380 gtaaatcagt atctataaat tctagatgtt ttcctataat tttcttgctt tttgaacaag 1440 ctataattaa gaaaaatcag gtcaaacatt ggaaagcata attggcagcg aatcctatta 1500 cagatttttt ccattaatca tatcgttaat atctaaaatg aaagtcaatt gtagtggtcg 1560 ttttggaaaa tatgaaaggt ggcaatttga tatgtttttt tttgtagtga aatttatttc 1620 caattacgtt aatatttaaa taaattccgt gtaaatattg atactcgaca caacacgcaa 1680 aaaaaaaaag aaaaaaaaaa aaagagttat atatttgaga tttcttgatt ttaaataagg 1740 aattgagttc atgtaccaac taatcaatga aagacagaaa taagaaaaat ataaaaatga 1800 gaagggtaag caatcaatat gaagtcgtgg atgcttaccc caccattcgt cacaagagat 1860 tcgtcattta aagcattctg atcttataac atttatcaac catatatata cacacaaaat 1920 atttgttaac aaaaagattt atatttcttc tcttctttgt tcataactaa gaactcagaa 1980 agagaccaac gacactgcaa atgg 2004 <210> 282 <211> 2008 <212> DNA <213> Arabidopsis thaliana <400> 282 acataagcac tcgcatttca cagtagccaa tcgattgatt ctaatctttg aacatgtaat 60 acacttcatg gccactcttt ttttccggga actatctttt ttttttgaca tggaaaaaga 120 ccattttttg atttataacg tgcatactgc tgtgtctttt ttctaaataa atagttttta 180 tcaaatatgt aatcatacta gggaaaatct catcaagatc atacgtattt ttgtacatga 240 cttttaaata gtatattcgc cgaaaaatac gttgatgtct cggaatttga cgcctcaaaa 300 acattagaat atacaaaatc aagtaacgag tttgtaggtt gaaactaaaa tgccacgtaa 360 tacagtgcgt agggtccatt cgatgtttct agatcaaagt ctacacacta tagagacttc 420 cagatacaga tacacattcg aaatcatcaa tgaaaaataa caatttaagt atcttcttat 480 cctaatgtgt gtgtgctttt ttttagtcaa ctattttgtg tatattgtaa gatgtatcat 540 gttatgacat gagtatgttg ctacgtgtcg tgagatatcg aacccaacgc agatatgagt 600 atgttgagct agtttcttct tatgaaacaa tcatatatgt ctataatgaa tagatcacat 660 tatctgcctg aaaaaaatcc cgtatattac tcgacgaaat ataaataccc aatgtagctg 720 attttgcttt ctctggtgac atatccaatt tggctaaatt tgttaactag tctattatag 780 gtttataata gatctagcta tgttaaagat actaaagcat cagttacata aatttttggc 840 gcgagtttat atcttttgga attaaaaata agagaattta aaaataagaa gatcattttg 900 tttggccaca ggagttctga aaggtcaggt atgatttttt tcttgctcgc tcttatgatt 960 ttgtttttat taatgggttt tcaaataaga aaaactgttt ttcgaagccc ggttcagatc 1020 Page 308 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattgttttt tgtaaaatat aggcccaatt caccataagt ccatgaccaa aacaaaaata 1080 agatagaacc aatactgaac caggatcttc tctcgctttc gtgatcaatg tcgccaagct 1140 tctcgagatc atgtggtcac gtcaattgta taaatacaat tattgacgta acacaatctc 1200 tacagttcca tcgaaatatc tcgaaaattt ccagttaatt ctggtaacgt gaacgtatct 1260 tccacctctt caacctacac agctttctag aaatttggct cgcttttcta agtcctctgt 1320 atttttttgc acgtttttca actaagtttc aatatgaatc atttcttcta taaataaatg 1380 atattttcat caggtaatga tacattgtgc cgaaataaaa cgtcaatact cattagtcaa 1440 attaattgtt cacataattt aaaactgtgt taatccatcc agttattttc ttacaacaaa 1500 ataatctttt ccatcaactt ttaaaataat taaacgcagt gctaagaaat ctaaaatctt 1560 gatttagaaa tccattatgg tttctggtca actgaaatcc ataatttcct ttaacatcca 1620 aaatccaaat ttgctactat gataatagat ttcagacgat tttttttctt ttttcaatca 1680 tagagtccac acgaatattt gcaagttact atataaaaca ctataatggt caacagataa 1740 aaaaaaggcg aatgaagata tgttacgtaa aaagaaaata ctgtaattat aaattattac 1800 tttaaaaagc tttaaaatct ggccacatgt ttttaaagag tggtgtgacg taacgactag 1860 agtcagcaca atccattatt gtatcataaa tattctcatc tataaattac ctaaaccctt 1920 acaggtagtg tcccaaccaa acaaatcgag aaagacgaac acttacaaaa aaaaatctct 1980 ttgtgagctt tagcgatcgt aacaatgg 2008 <210> 283 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 283 tcaggtaact tgtgggtctt gcttgagact cacggagttt tcacctatct ttcaatagtt 60 gactttttca ctaaataaca aaactgtttt aaaatagtaa ctaagtggag atgcggggta 120 tcgatccccg tacctctcgc atgctaagcg agcgctctac catttgagct acatccccac 180 gatgactatt tattaaaata ttacaatatt taatactttc aacgtgtaac tgatgcaaaa 240 tacgagcggt gtgtgttgaa aagggactaa tgattgagag aattggagat aatgactaac 300 gatattaata gagaaatcag aaactaaagt cggatactat ctaatcagta aagtagagat 360 gtgtgtgatt gactaaattt tagaatagtt atgttggaaa gagaataaag aaaagttagg 420 aggatctagg gtaaaatttt cagtttgtat taagtaaaat aagtttttac tcttactatc 480 tcaattggag ggattttttt ttctttcttt cagctgatta gtgtagtata catcaagcta 540 aaacaaaagt aatttgtttt tcaatccact attgttacgt caatagacat taatagttac 600 actctacatg tcatgaattt ttgtcatttc atgtatagct tccatttata tattaaaaaa 660 aaaaaacata ttagaagaag taaataccta atagataatc tttactttgt ttattattta 720 tgattggtgt attcagctta taaaataatt aatatgcatc atatttgttt ttacaaaaag 780 tacattgaat atcatatgat ttttagtttt tttttttttt ttcatttacc ctcgatctta 840 Page 309 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caacaaataa taagtccagt catacgcacc taccaaaaga accaattgag gcatgtggtt 900 cagtggttag ctaaacggat gggctcattc tctcacgttt tattttggct ccacctaccc 960 acttcaaacc actaaccatc tttgtttcat tctctacgtc tttccttcat ttgattttcc 1020 ttttctcata aaaaaaacaa agcatcatca atcaatttta tttttattat gggatccctt 1080 tttattatat tcaacgaaac ctagttcttt ttcttaaacg tcaaaaacaa tgagttcttt 1140 tactaattga ctgtttgagt ttagaatcta gttttgaacc caaaaaatga tacttatata 1200 acttcatgga aaactttgat tctaaatatt gtatgtagaa gtatcctcaa tatacaaagt 1260 agatttgcat tgttcgactt caatgaaatg acatatactt ctaattgagt gagatagaaa 1320 tatctaaatg ttttattttc atcggttgac cagatattac gacgttctta caagagtttt 1380 gaacccaaag atgggttagg gtgggtgaca tggatagata ttgacctgtg ggctctggcc 1440 aatcaactcc gacaagatag aaatatctaa gttattatta tttggtaaca aaattgtata 1500 ttatccacac aagagtagca aataatttgt gttctacaaa atggtgacaa tattcatttt 1560 caaagtaaca actaacaagt gttcagttca catttttaaa aatcaacatt caaaaaaata 1620 aaattcaaca gattgagatt ttgatttcat acaacattaa aattcttaat atagaaaata 1680 aaaattatat gcaaagagga taagtaatat taatgttgga aaatcagttt tcaataccag 1740 taatatttta tgtaattagt tttccgaaat agttatatct gataaatttt gtcataattt 1800 ttttgattgt atggatttga taataacaca cgtttccacc aatcaacaac ggaaacgcaa 1860 cgccacgttc cgccacgagt cgcgattctc tctcactctc tctcccatct ttctctataa 1920 aacttgtgtc gtggacactc ttaaaacttc actcaacaaa gcttaaccat aaactgtgag 1980 taaaaaagag aagaaagaaa aatg 2004 <210> 284 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 284 tcaggtcttc tctgtagctc tgttacttct atcacagtta tcgggtattt gagaaaaaag 60 agttagctaa aatgaatttc tccatataat catggtttac tacaggttta cttgattcgc 120 gttagcttta tctgcatcca aagttttttc catgatgtta tgtcatatgt gataccgtta 180 ctatgtttat aactttatac agtctggttc actggagttt ctgtgattat gttgagtaca 240 tactcattca tcctttggta actctcaagt ttaggttgtt tgaattgcct ctgttgtgat 300 acttattgtc tattgcatca atcttctaat gcaccaccct agactatttg aacaaagagc 360 tgtttcattc ttaaacctct gtgtctcctt gctaaatggt catgctttaa tgtcttcacc 420 tgtctttctc ttctatagat atgtagtctt gctagatagt tagttctaca gctctctttt 480 gtagtcttgt tagagagtta gttgagatat tacctcttaa aagtatcctt gaacgctttc 540 cggttatgac caatttgttg tagctccttg taagtagaac ttactgggac cagcgagaca 600 Page 310 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtttatgtga atgttcatgc ttaagtgtcg aacgtatcta tctctactat agctctgtag 660 tcttgttaga cagttagttt tatatctcca tttttttgta gtcttgctag ttgagatatt 720 acctcttctc ttcaaagtat ccttgaacgc tcaccggtta tgaaatctct acactatagc 780 tctgtagtct tgctagatag ttagttcttt agctctcttt ttgtagccta gttctttagc 840 tctccttttg tagccttgct acagagtaag atgggatatt acctccttga acgctctccg 900 gttatgacca atttgttgta gctccttgta agtagaactt aggatagagt gagtcaactt 960 taagaaagaa cctagtatgt ggcataacca gattgcaggc tctgtctcgg ctacagtaac 1020 gtaactctat agctctttgt tttgttcaga aagaaccagt gattggatga ttcgtcctta 1080 gaaactggac ctaacaacag tcattggctt tgaaatcaag ccacaacaat gcctatatga 1140 accgtccatt tcatttatcc gtttcaaacc agcccattac atttcgtccc attgataacc 1200 aaaagcggtt caatcagatt atgttttaat tttaccaaat tctttatgaa gtttaaatta 1260 tactcacatt aaaaggatta ttggataatg taaaaattct gaacaattac tgattttgga 1320 aaattaacaa atattctttg aaatagaaga aaaagccttt ttccttttga caacaacata 1380 taaaatcata ctcccattaa aaagatttta atgtaaaatt ctgaatataa gatatttttt 1440 acaacaacaa ccaaaaatat ttattttttt ccttttttac agcaacaaga aggaaaaact 1500 tttttttttg tcaagaaaag gggagattat gtaaacagat aaaacaggga aaataactaa 1560 ccgaactctc ttaattaaca tcttcaaata aggaaaatta tgatccgcat atttaggaag 1620 atcaatgcat taaaacaact tgcacgtgga aagagagact atacgctcca cacaagttgc 1680 actaatggta cctctcacaa accaatcaaa atactgaata atgccaacgt gtacaaatta 1740 gggttttacc tcacaaccat cgaacattct cgaaacattt taaacagcct ggcgccatag 1800 atctaaactc tcatcgacca atttttgacc gtccgatgga aactctagcc tcaacccaaa 1860 actctatata aagaaatctt ttccttcgtt attgcttacc aaatacaaac cctagccgcc 1920 ttattcgtct tcttcgttct ctagtttttt cctcagtctc tgttcttaga tcccttgtag 1980 tttccaaatc ttccgataaa aatg 2004 <210> 285 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 285 tatccatgaa taataaattt atgggtttgg ttgtgtttaa gccatgttgt tctctacatc 60 tacacattta ccttaatatt tttcagcatg tattattgta ttacgatata tacagtggtg 120 aaatcttgtt ttatcattca gttttgttcg atttaagctc cttcttatta atggtaaaat 180 aaaacaaatc agatcacata tattcatagc atttaaggac ctagtgtgtc acacgtgtga 240 acctgtaatg tttgttatac acaacaagac aatgattttt gactgggccc agcccacacg 300 agggtcctaa catctctcaa cagggttggt gtttttgggc ccaggtggac ccttttatct 360 cattctcctc ctcctcctca cgtttatatg aaatttttca cctatataaa tttaatcaat 420 Page 311 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttatttata taaaattctt gacatgtaga ttataagatt aagatgaagt cgttgtcaat 480 ttggaccttc aattttttat gtcagattct tccatcgtaa tcatgcatgg gggcatgaac 540 atgatgatgt ttagcaataa atgatgttga tgatcattat gctgttataa ttttattata 600 tataatttgc atggagccat ttatttatca acgctattat tattatgctc ctttgtgaaa 660 aaatactaca ttaccatatt ttagggtcga cgaaatgggc atgacatgta ccgccgccca 720 taccacatat ggttgaccat ttactgttga gttagtcgtg tttggccctc cccaccgaag 780 attatataac ccaatacaca taagaattag ttagcatttg cacctgcata gaaaaaaatt 840 agcactagat taaattattc ccagcattat actatattat aatcattgat cggaaggaat 900 gtttcctaat tacataattg gtaatcatgt ttaacgcaca attacttgaa ttaacatgaa 960 tccctaatta tctattgact tcacaataat ccatgaattt agagccaaga caaggccaca 1020 ggggcacatg ggaagtatag tacgaaaatg ctatggcaga ccaggacttt tagttcgttt 1080 aaactttaaa atttatttga attcaattag tatttgtcgg cattttataa tataagaaat 1140 tgaaaatagt cttaaaaaaa ggcaagcata ggccaatagg ccttgtgaat ggcggacccc 1200 ataagaagga caacgaacga atcgaatcca cgggaatcaa aacacatgtt tgaagctgac 1260 cactttcgat ttctttccca tctgtgggct ccattatgtc ttagctgtca ttttttaatt 1320 ccattttcat ataaaccatc accaattaaa taaaaataat ctccgacaaa acactcttta 1380 tttatatatt tagtcttttt cttctttttt ttctttgcta ttatttttca tcaaattgat 1440 atttctgttt ttgatatttt ttcaaaagac tcgaatatct tttgccgtaa aaactgatta 1500 aagtactaaa aagaagaggt ataccttttt atgcgagtgg taaaaatgat tcatatttca 1560 agtttgatta gaatttattt tgggtggata aattcgacac agaaaaggag agactgtgcc 1620 aagttggcct ttgcccactg gcttggccgc aattattctc aggaaaatga cgccattcgt 1680 gacatcattc tctcccgaca acactcctta cggtccaacc aatcccagca tccacctggc 1740 aacatcacct ccgttcaaat aatcatcctc aatgatcaat tccatatata attttatacc 1800 acacacgatc caatatttag ccctttgttt ctctacacac atctcacatc cccctatctc 1860 tctctctctt caaacgtttt agttccccaa aaaaatatca aaagaactaa aagaaaaacc 1920 ctagaagccg aagaatctcc tactcgttgt cgatcggatc acctaactaa ttactcgttg 1980 ataatcatta tatcgagaaa tatg 2004 <210> 286 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 286 gaattttgtt tatagagaca aaaaaacatg aagtaatgaa cattaaaaaa aatcttagta 60 atataatggg ttctctaata taatctaacc ttcgagtgag aaaaaaatga acataaaaaa 120 aagaaacaag aacaataaaa agagtgggag acaagagggt gataaatggt atagctacgg 180 Page 312 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacggtgacg tatgatgtga aagaaaggaa gagcgcgggt gatgatggaa ttaggtgaca 240 ggcatgtgaa caacagtgaa gctgcaaagc ctgatttggt tgtttccctt ctctttaagc 300 gtgcttccaa cgtgtctctt tgatcatgac cttcttcttc aaatatacaa ctcttcactt 360 ctattttcat ttgctctcat tttcacattg attgtgttct tagaattttg ttcctcgtgc 420 aatctcctca ctagtttaac taaataatta tacattgatt tttgttgtga gtctacttaa 480 attatggtat ctattattgt acatttcata actataccac accaaaagta gagcatatta 540 agcagccggc aaaacaaagt tcaattgctg ctttcttgtc tctctcgtat catcactctc 600 ctttgctaat tgctctcagc ccataattat aaacgagtag aagaatattt aacactcttt 660 ttcgtaaatt ttcatttttt accacttgtt aaatgctctg tcttactttt tttttatcca 720 ttgtaatttt cattggcggt atgcatattt ttagacagac aaaatttaaa ccgatacgtg 780 gtcccataac tattgaaact ctgattataa tggaaaacat attaaattta taggtatttt 840 agaccactca gcctcttaaa tattggatgg tcccatttct atctaaatca ttttaacaac 900 aacaaaagaa aatataccat aaaacaatct gatttgattt tacttattgc taaaaccata 960 taataatttt aataaaatat aataaacaca cgcatgttat ttgtggacct acaaaataaa 1020 ataaaaagaa taacagagac aaaaaaaagt catttcaaat atataaatca aattaaaatt 1080 aataatattt tcatgttttt ttaagcttcc ttacaaaaca gaaacctgaa accatgttac 1140 ctataacaac gacatgtatt tattattatt tctccattag atctaacgac tcagaatcac 1200 tctcacttac tcattctcaa ccgtcagatc taactacagt actccacacc acatacgaac 1260 aaacctaatc tatccttaat acccttactt ttgtagttta ttactaaatt taccactcct 1320 tccatgtttt tgtttctctc ttcttcttga ttgttgcgct tttgttagct ttctctggtt 1380 cattttccat ggacggacct tgacctctct gcttcccttc gtgcattttc tctctctcac 1440 tatcctctct ctttctagtg tttgtttgat cctctgcgta ctctgttctt cttctctctt 1500 caggtactag tttcaatttc tctaaaagga actattgaaa cctccttctc tagtttcaat 1560 tttcaatctg ggtttgtttg tttggttctt gtagcttctt tggattcatt atcatttggg 1620 tttagtttat ttttctcgta agtaagtgat ttagttgtga ttctgaattt tagggaaatg 1680 ctgaagaagt tagagtaaga aatttttggt ttttgaatgg aaagtgattg attttgggga 1740 agatgagttc tgggaacgat aaggttgaat tctggctatg aaacctaggt taaagtttct 1800 aactttatct tacttgttaa gcaaatctaa cccaattctc atctgaaacc ctaatttttc 1860 tgggttcttc ttaaaattga gaattttgtt catgcatcta tagaaagtga agatttttat 1920 gtaattagat tgattttggg ttgttcttct tgttgttgtg atgctaagca gataaaacaa 1980 gtcctgcata ttgaagatct gatg 2004 <210> 287 <211> 2004 <212> DNA <213> Arabidopsis thaliana Page 313 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 287 ttgatcaatc gtaatacaca agaaaccatg actttagagg agcagaagaa agtcataatg 60 cccgaggccg tcgcatcgga gccatcacca ccatccaagg aggagaagtc cgacgattcg 120 aaagctattg ttctcgtcgt cgctgcaagt aacaaatctt ttaaatttca ctgaacaaga 180 attacatatt taaattgcaa aaactacttc aactatttca tattgttcgt tttctctaat 240 tttcttcttc ttcttcacaa tatagtttat aacacttgtt ggtataatta ttgtttatat 300 atctaatata ttttggccat gtaaacaaaa tgtttttttt tcttttggct aaattaatac 360 tgttatattt tcggcaaaga actgtaacct tttcaatttt tgttgttgtt gcagaagaac 420 ctacggaaga caagaaagta ggttcagttc accgaggtaa tcaacgttat agttagatca 480 tgattgatac ataaccagga aaacaaaata ttttaacttt ttatttgatt tttttacctg 540 ataataatag ttaatatcag tgaagtttat ccaatatcta acttttagcc aaaaatttca 600 cctgcggaag aaaaaatatt aattaagttt atctaatttc agtaatttac atgataatat 660 tagttcattt ttctctagat tttttttttc tgataattca tggtgtgtgt gtatgaagat 720 gctgttttgg ttagactcga gcaagataag aggatatctc taatcaaagc ttgggaagag 780 gctgagaaat ccaaagtgga gaacaagtga gtcctaaaga agtttatata atccattgtt 840 ttgatgaatt tccaaatttt tagttccatg atattttttt ttgtgttccc tatatatttg 900 tatgtaatct catttattaa ctttatgaaa cagagctcag aagaagattt cttcagttgg 960 agcttgggaa aacagcaaga aagcttctgt ggaagctgag ctaaaaaaga tcgaggtaaa 1020 agtgtaattc tttattcttt caattttgtt gttttatttt taacttttac atgaaatgct 1080 ttccactttt cacattattc taatttatcc gctggaaata tgaatgataa caggagcaac 1140 taaataagaa gaaagcacac tacacagagc aaatgaagaa caagatagct caaatccaca 1200 aggaagctga ggagaagaga gcgatgaccg aagctaaacg cggagaagat gttctcaaag 1260 ccgaagaaat ggctgcaaag taccgtgcca ccggaactgc tccaaccaag ctatttggat 1320 tcttctgatc ggagaaatgg tctttgatgt tgcattgtgg tttcatttgt tattaacttg 1380 agaaagaaga gattattggt agttgaagtg gttggtgtgg gtttcatttg gcaacataaa 1440 aagttacatg gccataatgt aacgtcttat tatgtttgga gtaatgtgtt ttactcatgt 1500 gtaatttgta cagcttaacc ttgagagact tcttttgaac tttctaaact taaactccca 1560 attatttcgt ttcaagtttt cttcttcaat ctcatggtcc aagtaaaaat acaccaatac 1620 caaaatattg ttacatttaa gtttagtaaa aacaattaag aaaaataacc aaaattttgc 1680 actatttaag attagatttt taatatatat ttaaataata ttattgttcc aaaaacaaaa 1740 agtaaaacaa aacacaccct taccaaaatt atgtcaagtc aaagcatcct cgttttaggg 1800 attttctata cttgggccta aatactaagg cccgtaatta aaggcccaat aacgtttgtg 1860 gtattgtaca attttcatgt agaaaatgtc ttatataaag aggtcttgca aattagggtt 1920 ttcatttcag taatcgctgc cgcactatcg tctcctacct cctttgccta caagctttca 1980 cgcgggagct caacatcagc catg 2004 Page 314 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 288 <211> 2007 <212> DNA <213> Arabidopsis thaliana <400> 288 ggatgattga agtgagagaa ggatcttggt ttgagccttt gaaagatctt gaaggaaaac 60 ttgtggggct tgtgagtaat ccaccataca taccaagtga tgacattcca ggcctacaag 120 ctgaagttgg tagacacgaa ccgaaacttg cattggatgg tggtattgat ggaactgata 180 gtctttttca tctctgtcat ggggcttctc ggatgcttca acctggtggc tttttcgttt 240 tcgaggtacc taccttattt tcactctgtt tctccaaaat atttagtaga aagatacaat 300 cgtttgggtt tactatgttt ttctctttgt ctctgatact aaaaccggaa atgttagtat 360 tgaaaagaga tttaagataa tcgttcttgt gtatgagtcc gaagaaacaa ttgttgctta 420 ttgttgcttt cactttatca gtaagaattt ggcgttctaa gaagattatg attgccactc 480 aaagatcaaa gtcttgattg gtcaattttc attatatgtt tatttggttg gaagatgttt 540 gcgtatatac taataatcac atcaaccatg aaagattaat cctatttgtt tatgatgatg 600 cagactaatg gagagaagca aagcaagatg atcgtagatt acatgatgac cagtgatctc 660 aaagactgtt tctctgattt gaagatagtt tctgattttg ctggaatcaa tcggttcgtg 720 actggctttc gtctctgagc ttttttacac aactcgctgt agtgtacttc ccaatacttt 780 ttcttttttt tgttcctttc cttgctccct atacttgcag tactaataat ttaattgaac 840 tatatgtgtt ctaacttcta attgaactaa atactgtatg ccttttgtga agttattatt 900 ctcaaaatca tgaccttatg ataacggaat cgtcatggaa gaatttggaa gtagttagtt 960 agaaactagt caattgtgaa agaaaataca cattttgaaa cgatacatta gagattttga 1020 ttaagaacgg gtaatgaagg acttgtgagt tgtgatgtgt caaaaattgg tttgtgccgc 1080 aggtgttgaa cgatctactc tacacaggtg tgggcttaca gggctagggc tcagaaaccc 1140 tttctttcat tcatcaagag ggctagacgc gcctttcgaa ccagtcttta tacctgtgaa 1200 ataggtagaa gctagccgac aaaaaggtag aagctaatgt gaatttcaat ggacttaaaa 1260 agcccatatg ttatctaaag tatgggcttt ttctcttaaa aggaccatac tcaaaagccc 1320 atatttgtat ttcatactaa ctctcaaaag tataaaatat aaatatgggc ttaaaaattg 1380 acgttagctt cttaagtgtg gcccatttag agtatataaa caccaataaa tccatcgctc 1440 agttttccga ttctagggtt tttctttggc aaactcgatt tcgcctagct tcttctgagc 1500 atccgccgct tccgtctaca ggttcgttcc attgttccgt cgctctgtta atatcgtcgt 1560 gcttcagccg cttcttcttc tcttttagga ttctcatcct aaacatgttc gtagaatcat 1620 tgcgtggtgt ttctggagtt tgaatttctt agatctctcc ttgtggtttt gtatatagtt 1680 gtccgttcta cattttttaa ttaacacgtt gctcgattat cgatcgtact agcataagat 1740 taggttgagt tagagaatcc acaaatcgag aaagatctgt cgaactactc tgtgttgtga 1800 Page 315 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttatagagc cttttttgtg taatttcaga ttgttttgtg ttgaacataa gcattggttt 1860 tagtgatttg atctgtggaa cagtaacaat catgtattct acaacttttt tcttagataa 1920 aagatttagc cttcttaata caatcacata tttcaatttg agctctggtt ggtatgaaga 1980 tcttgacatt ctacatttgt gaaaatg 2007 <210> 289 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 289 acgtggactt cccttgctta tctgagagta accgagcata ctctccttct gctgtgtgca 60 ttagctagcc attggagatc atgggttaaa attatgaagg atatggattc tccattaaga 120 gaaatgacaa tacatctctt ggcctttatc agcaaaggcg ctcaacggct tagagagtct 180 cagagccaca tatctcatct gttatgccct ccagtagcga aagaagagtt tgattcctgc 240 aaaagaccgt ctttcatcaa taccaaacac ggatggtttt cgctagcacc tttagtttgt 300 gttgggaaac ccaagatcac tgcagtatct atctcgactg ctctagttgt taggggagac 360 acaacagaac atcctgggtc tgttcctcaa tcgcaatttt cagactcagt tgcgatacag 420 atatatagag tggcttctct attgttgaaa tttctgtgct tacaagcaga gggtgttgtt 480 acgagggcag aggaagtggg atatgtcgat attgctcatt tccctgagct tccagagccg 540 gagattttac atggtctaca ggtacgttaa ttcgagacca agaacggtta ctggtttcta 600 tttttttttt tttttttttt ttttttttta atcatcctct ctttgcttgg tactacaatg 660 tgtatattaa aatgcaggac caagcgacgg cgatagtcgc tgagctatgt gataattaca 720 aatccaaaga gattccagat gaagtaaaga agttgtgcct tatgctgatc caaacgacag 780 agatgtcgtt atacttggaa ctctgtgtag ttcaggtttg caggatccat cctgtatttg 840 ggcgtgtgga taacttctcc aaagacttga aaaaactagt gaaaggtaac aagtgtttct 900 tccatagtaa tattgacaag actattttgg gatttggtgc cttttttaaa atacgattta 960 gttgcaagga aaaagtgaaa acggtttcgt aacattgctg cttcttttgt tttgtctcga 1020 tcagctgctg aggtgcatac ctacttagaa ccgtccatag attcactgaa gaaaatagct 1080 gcgtttctgt atcctggatc actttagaaa caaaacaaac atgaggacca tgcttgaatg 1140 tggtacgtat gtattagatt ccttccttga tgagtgatta aaccggctat tgtaccattg 1200 gtatatgtta gtcatataat agtattattc tctttatttc atatcatagc tttaaaaaaa 1260 tgttcggctc atgctgtcca ctccttttgg gccgctcgtt gctttcattt ttttaaattg 1320 cttacctctc aacaaattct tttgattggt tctctctctg actctaggcc gcagaaagtg 1380 cagttccgaa taattctcac tcaactaact tttgataatc acttattcta gattattctg 1440 atttttgaat tccctctact cttgaacacg tttacttact atgaggaaaa atttaaccct 1500 aaaaagaaaa ccactcatta cagctaacat ttatgagggg tggactattg cgcaaagcat 1560 tgatagtgtt aattgaaagt catgcatata gtatgcgtta ctactaaagt ttaacggttc 1620 Page 316 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatttttttg aatttgaact gacagtaaat aaaattaatt tttaagatta aaagacgttg 1680 tttttagcaa gttgtttaga aattgtggga cacgtgtggc acgttgctcc aggaggggca 1740 tatgccaagt ctgagatact ccaacgcact gactgactga cccctactta accggtggtc 1800 aaactcttaa cctaaccacg gttaagatct taaagccgtt gagattttcc cacatgtaat 1860 aatcttgttt atctgtgaga tattcgccgc ttccccttgg ccggctataa atcgataacc 1920 tcaccgataa atcctctatt catcatccac aacaaacctc ttcttcagtc tgatagagat 1980 ctcacgtttc aaacaacaag aatg 2004 <210> 290 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 290 atatagattt tctaatttcg gcagattttg agtaaatatc caaaaaaatc tcactatctt 60 gacaagatta caaaataatc ttttaattta actatttaag acaacatgta taaaacctat 120 atcttaacta aaaactctat attattgcaa ctatataatc taaatgtcta ttatcttaaa 180 taaataaaaa tgccactacc actttttgat attataggcc aagttattga tcagtaaaac 240 gaggccggca cgtaggaact aggaagtcaa aaaataatat ttttgtgatg gaacgtaaat 300 tcaccaattc aggaccttga aggggcaaga agccaactaa aacaccagcc ccaaccctag 360 tgcaaattac cattctatat aatgacccca tctacgattt attccttcta tttcccttta 420 cgtaaagtag cgacgttcgt gaattcctaa gaagttagac taacaggttt gtgtggttct 480 taaatttttg ggtaaaaatt aggaaaaaag tttatattcc tacccaaact ttcggcacca 540 gagacaaatt aggtttgttc agaaaatcag tcgctcatcg acagacttaa caccacaaaa 600 tcatcagaat ttctttggga caaaatggaa aatgttcttc acggctccac ctaccaaaat 660 ttcgatatca agctcaaaag catacacaaa ctataactaa ttccatagtt acgtaatctt 720 aacttcgaat tcaacaacac atgcatgcat cgactgaatc ttcaacaaat gcaatcaaac 780 acacaaaatt gctaccaaaa aaatatgatt ttttttttat gatttcaatt ttcatccggc 840 acttagtcca aaactttttt tgtgtgtcaa cattttttaa aaaaatcttt aaacggatat 900 ctgatctaag agcatgttca taggtgatac ttacaaaata tttttaagaa attttttagt 960 attatttata atgtttgttt aataaatata tataagattt tttgctttta tcaaatgtga 1020 ccaatcagaa gaaaccacgt cagatgatac tgatatgaca aatatgatac tgatcaaaca 1080 tattctaatt gctttactaa tataaaaata atttttggac ttgtgatact ctaaaaatat 1140 cacccatata catggtctaa tatatggatc gtaaaaaact catatataat attaataagt 1200 agtagaagag cgtagaccat gtcctgggtc gtcgtccaaa tgaccacaag aagatttcaa 1260 aacagaggaa aatatttctc attaaataag ttttcctgac gcataagata acattattac 1320 aagattcaga aaaagaaagg tgaaaggata atgtttctcc tactatataa gatgtgtaca 1380 Page 317 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctgaaaaaa tatgaatata tttgtaacgt ttgactgtta ttacatgatt aatacgatat 1440 aaatattaac attttttttc aaaataaaag taatatagta aggaaatgaa aagaggcatg 1500 aagcatgcct ctttttttgg tcggctgccg tttacaattg ccaattgcga tagttactct 1560 tcttgcgtgt acgacttttg ttttttttta catattcgcc aataatttga cgttttctat 1620 tagtttgttt gatactctgt tgtcttgcta aaactcaata aaacattaaa ttactttctt 1680 gaatgaagct ggaacaaatc taacataaat agaaaatgat gggcaagttg atgttattcg 1740 taaatttatt tagattatat tatataaaaa gcaatccaat tatatatctc atatatacaa 1800 tttcttatct tactttgtca atgtcatata cgtaactaaa acttgcggaa atagaaaatg 1860 ccacgtgtat ggtggacata atccgaatct ctctctttct tctataaata gtggccattc 1920 ccattggttg aaatcacaaa agcatcataa gaagaagaag aaactacaat agttaatcaa 1980 tcaaagagaa gtaagagaaa tgg 2003 <210> 291 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 291 cagaatcgtt cctaacaact atagtttgcg ccattgtctg tctctttcgg gttaaactta 60 atcaagagat atattgttga cgttagatgt ttatttagtc tttctttagt cattatgatc 120 aatatcacta caatgtgttt acaagattca ttgctgttgc ggtttcagca tcttgctttg 180 ttccttccac cctatccatt ttgcataatt agcttagcaa gtttttaata ttgtaagttc 240 acccattttg tcccatttac taaaaaatcg attcaaacga aacctgaaat gtatctccta 300 attaaaacat ctaacttgtg gatagagata ttggtgtatt ttggtacaaa tgctgtagtt 360 gagatgaagc agaaaacttg tccaaatgaa aactactgtc tgtattcgat ccaaaagatg 420 gctgacaaac aattctagtt aatagcacgt tatgatgtaa tgtagtatat aagatccaat 480 ttcttggtct tgcatatgta tccaagagag acgatcagtt ttttaaaaca agtatgtttt 540 tcaaagattc gtcttcaatg tatgatcaag accatgctaa gaatcaagtg tattatatac 600 aaatcgtatt aaagtattaa ctcaagaaaa agtgtcaact ttcacaagat tcaagcaaaa 660 aggttttctt tttaagaaac tggaaccgtt aaaagagtca ataacaatgc tctccaaata 720 aaagtgattt ttttgcaaat cccattatgg cattatcaaa gagagaagaa cctcatacaa 780 gaaaaaggaa ggagaaacca tgagagagca cacagcgatt agctagacat tggatgattg 840 taaacgtatt caatggcgag agagcaagaa tcgatcttgt cagcttcttt gtctggaatt 900 tccagcttga attcctcttc aatagccatc actatctcca ctgtgtccaa actatctaat 960 cccaaatcgt tttggaaatg aacctcagga gtcacctgtc gatatttatc acaaagccat 1020 caacaaaaat aaccctaacc aaacaaccct tattagagag agttgatgaa ggattcataa 1080 atgcaaaatc cataagaatg accatatcaa atcaaatcca taggaacaac aacacgataa 1140 gctacactta ctaaaccaca ttgagatcaa taaccttcaa tttactaaca acactaatgc 1200 Page 318 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacatcgttt cagatacatt tggtctctat ttccactaga tcaatacgaa atcaaccaaa 1260 agctcctaca ttgacaaata ttcaaggcaa aataatcatt ttgttcccaa taatgaggaa 1320 aacaaaagat aagaatcacg atttggccaa attttatgaa gatcgagctg accttagagg 1380 gatcgacttt ggggaagctc ttgacaacat cgagtactct atcgacgaca gcttctctgc 1440 taagatgatc atcgtgcgaa gaaaatgacc ggatcgtacc aaggaaccca attttagact 1500 gattcaatcc tagggtttgc accggaaccc tcaggtgacg aagaattgca tttctcagtg 1560 ccattttcgt ctctttcttc gagctcgaga attagggatt tgatttgatg agagagacac 1620 agaagagtca agtagccaaa aggggcaaaa atagttcagg tcatacgaga tgacacgtgc 1680 cccctactat aaggctagcc caaatcctta cgtgggctta taaatgctgc ccataatgta 1740 gtaaattcct taatcagctt ctaagttttt atatattttg taacttatct caaatagttt 1800 ctaatttaac ataaatgacc caattgggtc actcgaggaa taaactgcaa tttacgaata 1860 acaaactctc actaatacag tatttgcaat tccagagcga cgggatctct ctccggtaaa 1920 tatcggaaac ttttattctc agcaaagcga gatctcgacg tttctcagat ccgtccggcg 1980 agttagatcc ttgagaaatc atgg 2004 <210> 292 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 292 tatccgacaa caatagtcaa tgaggatgag caattgcgca tgggttttgc acaccatcga 60 attttcttta taaacttaac aaagaaaact cttttttctc aatcactaat cagctttact 120 tttcattaga aatcacaaaa agtaaataaa taaaaaattt acttactgcg taacttatga 180 agatatatta tgagcgagtt agaaatacac tacccacctc gccacccagt cacccactac 240 caaaagagga gtggctacaa acaccttcta agatgtttgc actttttgtt tcttttgttt 300 ttgaaggatc ttatattgtt tgtttcatta acagctttta tatatctgtt tcatgtaaaa 360 gtaaaacaat aaagtattga tgacaaatgg taactctagt catatataaa attatgaaga 420 attacacaca cacacacaaa taataaaatg aagaatatta aggatgttta gagattttaa 480 tccattttaa agaataaagt taagatacgg tagatcaaat gatgtatgtc aaaatccttc 540 accaaacccc ccaaagctct atatcattca ttaatcagcc gttaaacaaa ataatccaac 600 ggtcaccatt aagtctcacc aatacccaca attttttttg tttggtcatc accaacaacc 660 acaattaaaa gtctaaaatc ttcacctacc acaaacctct tgcagagcat gaaagtgtgt 720 attttcatgt gtgcgagtga gtaatgagta atgcctttgt agtaattaaa ctattctatt 780 ctttgtttct tagttgcatt gaaaacgttt tccttatctc acttgtatca aaccaaacga 840 aactaaaaaa gactattgtt tgatataatt tttgatgtgt aacccggtcc aacaatttca 900 tatggtattt atttgaattt ttatagtcct tttttcctaa attacagtct tacagacaca 960 Page 319 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attattttct ttgaaatgaa aaatccgatt ggttcacgtt atataacaag tcggaccaat 1020 cggtccccaa tagtcagaaa attttgaaaa taatgccaaa aaatagtaaa tattggtagg 1080 ccaactccaa agccaaatac atatatattt ctttacaagt ccaaagtagg gtggtttaac 1140 caaataaacc ggtgaccagt cattagtgaa ccgtaaaagg cctataaata accaacgtgt 1200 tctgactcac tttctcgtct caaaccgttc cttctctttt aacacttgtt cttttaaggc 1260 aaaaaggctc gagccacaga gatctgagtt tctcttcttc gagatctgat cgccgaatct 1320 cataatctcc catcgaagca ggtattgttc ttcgtattcg cttctcgttt ctctctcgat 1380 gtattgttca tttttgtttt ccagttgatt ttcaagtctg acgtgcgtat tttttccgat 1440 ttgacgatgg aagtagattt aagggactat tgactgtatc tatggttttt aattagattt 1500 cagctactct ttaaccattt tgttattgga tcagcagcga tttcgttata gattctcaaa 1560 aatattctca gatgtgtggg atttgagtag agtttatgtt gcgttggcat gatttgaata 1620 gtatgcaaga tttttgagat tttgaattcg ttcatgtgtg tatgtgtgat tgtagcttga 1680 tatgatttaa cctgttagtt aaatgtgcat agacaataag taacatacga agcgagtcac 1740 taagcataag agtcaacttg ttttgctgaa aagatatcac ttatgatttt cgaatcattt 1800 tagctttttt gtcacttgag cttaatgatt cttctgaaat tcgattcttt gtttggttta 1860 tgtcacattc tttagaattg agaatctaag aaaagcttac aggatatggt gaaactattc 1920 ttttaagata gcatgatgct tcttttatga ttctacagtg gctaagtcat tttttttttg 1980 ttctattctt tgtagcagaa tg 2002 <210> 293 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 293 gtgtttgcaa ttttgacaga gagacaagta tgatgcagca gttggtgata tcaccatcac 60 ttccaacaga tctttgtatg ttgattttac tttgccgtac actgacattg gtattggaat 120 cttgacagtg aaaaagaaaa gccaagggat gtggaccttc tttgatcctt tcgaaaaatc 180 cttgtggcta gcaagtggag ctttctttgt cttaactggg attgttgttt ggttagttga 240 acggtccgtt aatccggaat ttcagggctc ttggggacaa caacttagta tgatgctctg 300 gtttggtttc tcaaccattg tatttgctca cagtaagtgt ttatgttaga gtactactct 360 tcatgaaatc ccatcctttt gtatattttg atctataaca aattacgcac attcttggca 420 ggagagaagc tacagaaaat gtcatcaaga ttcttagtca tagtttgggt ttttgtggtg 480 ttaatattga cttcaagtta cagcgcaaac ttgacatcaa ccaagaccat ttctcgcatg 540 caattaaatc atcagatggt tttcggggga tctacgacgt caatgactgc gaagctcgga 600 tccattaatg cagttgaggc ctatgcacaa cttttgcgag atggaactct taatcatgtc 660 atcaatgaaa taccttatct cagtatcctt atcggaaatt atccgaatga tttcgtaatg 720 acagatagag tgactaatac caatggcttt ggctttgtat gtacccttct cctcaaacct 780 Page 320 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcattttct ctccattatt tggttactta ttcttgttac gtactaattt atgtttacct 840 ctcagatgtt ccagaaaggt tcggatttgg ttcctaaagt atcgcgagaa atcgcgaagc 900 taagatcatt gggaatgttg aaagacatgg agaaaaaatg gtttcaaaaa ctggattcac 960 taaatgtaca ttccaacacc gaggaagttg catctaccaa cgacgatgat gaggcatcta 1020 agcgattcac cttccgtgag ttgcgcggtt tgttcatcat tgcgggagct gctcatgttc 1080 tcgtactagc cctacatctc tttcatacgc gtcaagaggt atcacgacta tgcaccaaac 1140 ttcaaagctt ctataagtaa aaagtgatcc atcgttcata agctctacta tagcaattga 1200 cgggacagga ctcataagta acaacaaagt acacttcgaa acaaatttca catgtaatac 1260 ttgttttttt ttcccgttta aattcacatg taataattta attcacgtaa atactaaagt 1320 gattcaccca tcacgaagta ttttttgaat taaatacatc aactaatcga gtttttgata 1380 gggacttttg cttttttgaa tattgcttat caaatcaaaa ttttcaaatt cttgtccata 1440 tacgcctatc aaatatcttc ttttaaagaa agtctcctaa agagttgaaa acttgaaata 1500 tatacttttc taaaatataa ttttatttgg gcgttacgtt ctagaaaatg gaacccgtct 1560 actaaaatgg gccgctcgtg aactcgtggc agtcaaacac tggtcggcgc ataaaagcat 1620 atccaaatac gctgcgtttc atgcttaccc gacccgtctt aaatatttaa agaatattcc 1680 agattagcgc gtgagatgca gttgccatgt ctcgcctcag gaatgacgac atttgccaaa 1740 ataacagagc tacaacggta aataaggaaa atgattaagg gcaatttggt cttttaggtt 1800 aagaaaagta ttgaatcaga tctgactttt tggccaagaa aaactctcag ccactagatc 1860 attccgaccc ctcctccacg ttcttctctc ttttaaataa cctcttcacg gaacccttct 1920 cactcaccta tctcactcta aaatctctct ctgccaatct catcttcaac ctctctctaa 1980 ctctcgtttt cgattctaca atgg 2004 <210> 294 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 294 ttaggaacac taattgagtt ttccccttta tatacaccac catcaaatct ctatctcgat 60 caaaacaatt gtctacattc atcttcttct tcttcaaaca aaaaatgggt ttcttaaagt 120 tatctccaat gatccttctc ctagcaatga tcggcgtttc atatgccatg gacatgtcaa 180 tcatctccta cgacgaaaac caccacatca ccaccgagac cagccgtagc gactcggagg 240 ttgagagaat ctacgaagcg tggatggtgg aacacgggaa gaagaagatg aatcaaaacg 300 gtcttggtgc agagaaagat caaagattcg agatctttaa agataatctt cgtttcatcg 360 atgaacataa caccaaaaac ctcagttata aacttggttt aacccggttt gctgatttaa 420 ccaatgagga gtaccgatct atgtaccttg gtgctaaacc gaccaagagg gttttgaaaa 480 ccagtgatcg gtatcaggcg cgtgttggtg acgcgcttcc tgattcggtt gactggagaa 540 Page 321 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagaaggtgc cgtcgctgat gttaaagatc aaggaagctg tggtaagaat aaattctttt 600 tcttttgatt ttattcattt ttaaaattta acaaaaaaaa acattattag atttcgaatc 660 tggaaaaatc cctcaaatcc tgattatttt acggatgggt cagttttttc tttagaattg 720 aaatgggttt ctatgaaaat tatcgaaaaa gtagtaaaaa ctgcgaaaat tcttggattg 780 tttcataaat actccaagaa acttttgata aataattcag agatatcttg aaacttttgt 840 ctggggaatg atgagtttgg tctgaaatgt tgacttttac ttttaggtgt acgtttcgaa 900 aaacaaagat tttgaatttt tatggagatg aataattatg gttaataaat cttgagaaag 960 acacaaactt ctgatgatat tttgtgttta tgcatcaaaa caaaatgttg aattttaggt 1020 gcacgtttcg gggagctaat attttggtta aatctgagaa aattgatgat attttgggcc 1080 tttatggacc atggtcttta aactttaaag ttggtagtgg gacaatatgg acccattaca 1140 agatttgttt tttgtcaaga atttaaatga atggtgggga cgatgatttg gtatgtgtta 1200 gtgtttagat tgtgacaatt tgattgataa taacaactaa tcttcttgtt gtttagggag 1260 ttgttgggca ttctcaacta ttggagcagt ggaaggaata aacaagattg tgacaggaga 1320 tttaatatct ttgtctgaac aagaattggt tgattgtgac acatcttata accaaggatg 1380 taatggtggt ttaatggact atgcgtttga gtttattatc aaaaatggtg gtattgatac 1440 cgaagcggat tatccttaca aggctgctga tggtcgttgt gaccagaaca gggttagttt 1500 agtgtattta gtttataaaa tgaaactcaa caatggcttt gaatttgaaa tttactctgt 1560 tttgttatgt tttgcagaaa aatgctaagg ttgttaccat tgattcatat gaagatgtcc 1620 ctgagaacag cgaggcgtct ctaaagaaag ctttggctca ccagcctatt agtgtcgcca 1680 ttgaagcggg tggtcgcgct ttccagctct attcttcggt atgaaataac ctaattgttt 1740 caaaaaactg ctagacaacc atttgcacta tcttgatttc aagatgttaa aatgttggtt 1800 ggctattttg tcttcagggt gtatttgatg gactttgtgg gacggagtta gaccacggtg 1860 ttgtggctgt gggttatgga accgagaacg gaaaggacta ctggattgtg agaaactcat 1920 ggggaaacag atggggagag agcggataca taaagatggc acgtaacatt gaagcgccaa 1980 caggaaagtg tggaatcgct atgg 2004 <210> 295 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 295 ttctcacacc attatatatg gtgatggaag atgacattgg acaatgtgct tcacatttct 60 ttattaatgt ttaaactttc tatcagttct gttgtaaaca agtttttatt tatgtaacac 120 tcaagatgta gcagaaatgt ctaaatattt tttttgttta tacatggttt ttgtgtctgt 180 gattaaaaga gaataaggat catgttgtaa taacaaatca gggctcttat gaaaacagaa 240 ccaaagataa caatgaatat tattgtcttt agagtagtgc ataatgaaag agagacaaat 300 aaaaagcaaa gactatgact ataaggatca agtggatcca tttgtgagca gtttagtctt 360 Page 322 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atttcttcct tcaatttcca tgagcatgcc taaagaacct ggagaggaac cctctctttt 420 accatcagca gcgccaatca cgatcctaat cgcaatctct tctgcatcac tttccttcaa 480 aacttgacaa tttgaggaag gagaagatgt aacagaacaa gtaccagctt tagtgtgatc 540 aacaactttt ttggctattg ttggtgactg aacaatccac atgaggttgt aacctttggt 600 cttatgcaga agtattacgg tcgtggagat gagaagttgg atgatccaag gtaaggtaat 660 gagtactgtt ccggaaatgg caaagaagtg gatgaaaccg gacttgtggc cattggtggt 720 tgcgagacgg aagaagagga ttccgataat agttgtccaa agagagtgga ataggattga 780 ccagaaagag atgccacgag aaccagaggt tctactctcc atctccattt tttgttttta 840 gtctaacgtt gagagagatg tgagatcata tgaagttaaa ggttaagaga ggtatgtatt 900 gttggagaga tcaatggtga ttttgatttt gttagttatc tagtggattt gtttttttct 960 ttgttcattt gactaggcga ttttcttgta gtaattaaac tatttttttt ttctaacaaa 1020 gttattttcg taaaaataaa ttttacttta aattttgaaa ttagaaaaca tccatttgat 1080 gtttaaaaaa aaaaaaaaag aagagtttcc atttaaattg tttcggaaat tcttaaaatt 1140 tgtttaaatc ttctcagtgt gtatttagaa atagggttgt ctgcccagtt cccctgttat 1200 atagtgtttc aactaggttt actctatact tttattctct atccttttca ctctatacaa 1260 tttattttct tgtgtgaatg gcaattgtcg aagccatata aattttaaat tagaaggtta 1320 ttacttgtta tgcatattat gtttgttata tggattccta ttataagtcc aatagaatat 1380 tttataaaaa tttatattac ttgtttcgca agctaaaaat cctaactttg tatctcaatg 1440 tataatgctt gtttgggtta actgatcggg tttattatga ttgtttacta tttgtcattc 1500 gttttgaata catttgttga atacacaaaa ttcctatctt ttattgattt attatttatt 1560 tgattcacat atcaatgttt agcacgtttt gaacaagcaa agaaataaca gcaaaagctg 1620 gtcaagaggg ctttgggctc tatcattcac ctaaaatctc tcacacaaaa gatttgacaa 1680 catataaaat tcatggtctc cactgaacat gtacctcact attaaatgat ccaaaaaata 1740 acagaaatat ttggtaaaat tattttttat tagcccttat tttaatttat cttgtcacag 1800 attcctattt ccaacacgat aaagtaataa ctaaacaatg ttccgttata aatgtcaacg 1860 tcacaataca cgtcagtaat ccaattatta aagccaaaag tttaaccaat aaaagctcac 1920 cacgtgtaaa ctggcatctt cttcttcttc tacttcttga cttcgaagct tttgttagag 1980 taaagaacca gagagaagcc atgt 2004 <210> 296 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 296 cgattcgatc ttctccggag atttactgca aaaaacttag ggggagattt aactttaaga 60 ggatagaagc aaaataccta agaaaacatg gtaacgtgga tttgcgataa gaacgaatcg 120 Page 323 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagtttgaca atgatgttaa aacgatatgg attttgtttg acgaaaaaaa aataaaacct 180 taataacgat ttttttaccc tttttatata aaaaataaaa caaatttaaa ttcttcgaat 240 aaacttaaat tagttttaca aattttatta ctttctttca acgataaaaa aaaatacaaa 300 aaaggaaagt cccaactttg aagtaaatcc cagaaacaga ttacaaaacg caaaaagccg 360 agaaaacgtg aagcccataa gactatcgtt gtcgtcttcc tcaaaaccca actttctact 420 tctggttact gccttcatta aacaactacc accatctttc tttctctctc tctttctcgt 480 ttttttattt tattaataat cttttttttt ttttttactt ttgatctctt atcctttgga 540 cgattctctt caatcggatt tataagaatc aaccccattt tgttcttctt ccactttact 600 tcttttttcc tcattacaca gtcttagtca catcggtgaa aatatcaatt aatattcccc 660 agaaagttgc caagatttac aagtagtagt acttgatata tcttaagccc actgttctgt 720 tttagcgagg aaaatgttac cggcgaagcc gaccctgttc ttgatatgtg tgtgaagttt 780 gtcttttatc caaattaagc ttttttcttc ttttatttta ttccattata aaatatacaa 840 atcgcccata ctccgagaca tgggcatacg tattcggggt ggtcccattc atcgtcgtcg 900 tctgtgttag ggagcacaaa taatagagag gcgtagcaca agagagaagg tggtgatcga 960 ggccaagatt tagaatttaa ctataacaaa aagcctctga cgagtgtgac tagtcacaag 1020 atctgatcat ggcttcttga aacttcttct tcttctttct tctctttaaa ggtacctact 1080 ttccttttcc caaagtttcc tccttttttt tcttttttta actatatata ttgaagcttg 1140 cttcgattga tttctgctgg gagcttacca gctagctact ggtctcactc ttcttactga 1200 aattgattct aactttgaag ttaatttctt aaagctatcc tctgttgtca tcaataccct 1260 cttgttttct gcgatataaa ggttttgtag gtctctttcg atctggcttg atgtgtgttt 1320 gttttactca actttttata gtgtgtgatc atttatgaga agaagcatcc aattaattaa 1380 tctcatcctt ttatcgcttt taactcctac gattgctttc cctgtgggga ctttattgtt 1440 ccttttgaaa ggtatagcta gctataaaga ctcttaagag tttattattg agtctacttt 1500 atgtatgtag ctgtgtttga atcttgagag gctgatatta gctcagatcc tcgttttgtt 1560 agtatttgtg tagtggattt accctgttaa ctatcaacta ttatttgtgc gacttgttca 1620 tagtcaagat gttgttgatt ttggattgta ggatgactta gaaaggaagt gttcatggaa 1680 tctgactggt tcagttactt tgaaaatgat aaatcattga accttggaat atgacacgat 1740 gattcctgca tctgttgcgt cctgtttctg ggtttagcta tgtattctcg atggagttag 1800 tcaagttcat aactcttttt actgtgtgtt tgaaattctg aattggttct tagtgtttca 1860 agtttatgct tatgcattcg cttgtatgac tggtgatgaa tgtttttgtg ttcatatgat 1920 tatggcatga atgttttatt ccctctttta tcagagtttt gcacttattt tttgttgtct 1980 tgtctctgtg tcaggaaaaa aatg 2004 <210> 297 <211> 2004 <212> DNA Page 324 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 297 accaaaaaaa gaagaagaag agttatagat aaactcatta gatatgcgat tttggaaata 60 caatagatat aaaatgaaga aaaccaaaac caaaaccata gctatatttt tttaagaata 120 tccaatggca atagctagta tcagaattct tagattaacg cacatattat tagcttcaca 180 ttgcatgata tcattcgtta caattactat ttgattaatc taagaatata attaatatct 240 aatggcaaga gctaagaatt agaattctta gattaacgcc tatattattt agcttcacat 300 tgcttgttat cacatggtac attagattaa ttgacgccat ggtatactcg tttccagtac 360 tattagacta acttctatca tagtttttat tttgactttt gtctttgtta gttttttttt 420 tgtaattgtt ttatgcaatt attttaccaa tcaatgtttt tttttaccaa ctctagtcta 480 ctactatgtt tagtagtcta tattagtcag taaagaaata aactatacat attaattttt 540 caatgttttt tgtatgcatt tttattgggt aaaaaaatag ttcaattggt aaattttgta 600 tgcatttttt tcaacaaact aaaaatagta tcattggatt ttcttaaaga tatctaaatg 660 atactatttt gatacaatat ttttttaaca tcatcttgaa tttgaataat actaatctgc 720 tactaaaaaa ttagtaaaat attggcaaat catatatttg ttctaaaagt catttataat 780 tgaaaagatt cttataattt gatttaaaat tactgacaag ttacaacatg ctatcaaaaa 840 ctagaaaatt tatcgaaatt agatttcaaa catatattat tgcatttttt tcctcatttt 900 caacgtttaa gtataaatta attataaaca atgggtgcat ttatttgact actactacta 960 tttaaaaata taaataggtc tcacgagtct accactcctc gggatcagac taggctacat 1020 ccattgaacc atagtaaaat taccgtggaa aaaacagtac agctgtaact tcctatataa 1080 acacaaagat ccatgtgccc ataaacattt actactagtc tactactatc gtattttttt 1140 tccttcgtct atgactacac taggttgttt aattttggaa tcaaattaat tagtagacga 1200 cgacttcaaa caataattat ttaacataca cgttttgaac aactgtatgc aataattaaa 1260 aaatcaacaa gaccaatcaa aatcattaac aaatgctgta aaaaaaacca ttaacaaatg 1320 tcatttaaca tgtttctaag aatatttaat gaaaaaagta tagatcaaag ctctagtgct 1380 ctagattttt cattaaaaat ctattaatat tttcagtttt ttttttaaat gttttcagat 1440 attttaaaac tctattaata tttccagatt ttttgttaac tcttgaacaa gtactattaa 1500 tatttccttt aattacatac gtacatagta ataatagatt tctcctataa aatgcttttc 1560 tttttttact tcagctccta tataaaatac tcggataaat agatcctaat caataaataa 1620 atagattcag tttttctttt gatttagtcg tgtacaatga cgatcacaac aaaaaagccc 1680 ataaatataa tttactcaaa gtgattaagg gtaaaattgt cattatctga tacgtgtttt 1740 agttgaaaaa ttgctatctt ccaccttctt ctatctctct acgaaaataa tatttttgag 1800 ttttgttttt actttttgtt ttttttttta aaattttttt ttcttcaaaa attcctccat 1860 tgttattaca taaaggaaaa aagaaaggtc tctgagattt tcaaatcacc atcatcatca 1920 tcgttgaaga agacgaagaa gataccttcc tctttatctt ctccgatttc tcaaccttcc 1980 Page 325 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgtctgcttg tcgtaaagaa atgg 2004 <210> 298 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 298 acttatttga aactctgttt taatcttctt gagtcacaat ctggaattgc tcgtatgttt 60 ttcgtgtatc catgaggtcc tagttgatat gctattgagg ttgcttgaga tgaatgcttt 120 tgtcatgctt tacttcggtg atgctcttcc ttactcatgt tcatgttttg tcttatctga 180 tattgtggaa actgcagatg aataggaaca taagctgata ctctagtctg aacgtttgta 240 atatctgtga ttaacattct aatgtatatg ttgcggattt tcaaattttc ttacacgtta 300 ctgattgagt cgctgttaag gtttgggttt ttctgcagct tcttagtttg tgccttgggt 360 ctttcaccca tgttagcttg ctatatgaca caagtaacgt aaatgaagtc atactgaaac 420 aaatagtgat cgtttgatct tggaagttgg aactgttaag tgttaagctt aatcttttta 480 cttttttttt tgtaaagaga ggattaaggt tttttgtttc gaatgtcttt gtcagttgcc 540 tttgatgtta cagcaaacta acattggctc aggtttcatc cttcttgtat aggaacaaca 600 atagaggaag ctaaaaagcc agataacttc tactgcgaag agtgttcccc acaacagcag 660 aatttgcaca actctaattc aacttccaat aacagagatg ctaaggtatt tctctatttc 720 tcatttcaga aaatatcttt agtttttgag ggatggtcaa acccgttgca aataggcttg 780 aataaattta aggtatttaa gttgaccgtt cgttccacat ataaagctag ccttgccaac 840 aattgtaagc tcttggactg ataaaatata ccaacttaag gcagaataaa cacataaacc 900 caaagtatat gtgtcattaa ggtcaaagac aaccttgtga aatgttttgt cctaactaac 960 aggtgaatgg aaagcgcagc ctggaggtaa ctaaatcgaa gaacaaacac actaagcgac 1020 caggttaaca taaacttgta aaggctatag atatctggtt ggtgagtctg agtatcaatc 1080 gtgtaatcta caaaggtggt tttgttttct ttccctctct agttttttct ttcttaaaaa 1140 atgagggttt aggtttgttg gcttgattgt tgtataattt atatgtatag cgtatggtgg 1200 tttctcatct cctttagttg tcacatataa aatttgggta aaatggtttg tttataataa 1260 gaaaacaaaa caaacaaaca aacaaagaga gtgttggttc cttatttgtt tgttttcatt 1320 gtgaactcta gaaacccttc attctttatt agtttttcat tctttattaa ttctaaaacg 1380 catattcaaa gagacatatt tgatcatcgt gtcttcataa tttggttcaa agtacagcca 1440 aaaaccagga ggtacactaa aaatcaataa aattacatta caaattattt ttagtacact 1500 gggaacataa ataaatgaat cagagaagag aaacatggca actaccgatc atgagcttct 1560 acatttgtct cagaaaaaga ggaagataga actatttttt aaagttttta gaaaagagag 1620 aattaatatt atccaagaca acacggcact gctaacaaca agttgaacct atcccattcc 1680 attactccat acccattcaa tgattaacac gtggttctac atcattggtt aactctctcc 1740 Page 326 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttccccttg gataaggcat cttaaaataa taataaatac cataaatatc ttccgatttt 1800 ttctccgact ataataatga tgacaacaat atcttttaaa attatcttaa aagaaaccga 1860 aagctaatct ccaaagggaa aaagacgtgt agcagagacc tatacataca cctatacatt 1920 cacgttgcgt gtgataatct actgagggtt ctatctatat taatccttct ctgcttcctt 1980 caatctaatt gcaaatcaaa tg 2002 <210> 299 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 299 cacttatttg aaactctgtt ttaatcttct tgagtcacaa tctggaattg ctcgtatgtt 60 tttcgtgtat ccatgaggtc ctagttgata tgctattgag gttgcttgag atgaatgctt 120 ttgtcatgct ttacttcggt gatgctcttc cttactcatg ttcatgtttt gtcttatctg 180 atattgtgga aactgcagat gaataggaac ataagctgat actctagtct gaacgtttgt 240 aatatctgtg attaacattc taatgtatat gttgcggatt ttcaaatttt cttacacgtt 300 actgattgag tcgctgttaa ggtttgggtt tttctgcagc ttcttagttt gtgccttggg 360 tctttcaccc atgttagctt gctatatgac acaagtaacg taaatgaagt catactgaaa 420 caaatagtga tcgtttgatc ttggaagttg gaactgttaa gtgttaagct taatcttttt 480 actttttttt ttgtaaagag aggattaagg ttttttgttt cgaatgtctt tgtcagttgc 540 ctttgatgtt acagcaaact aacattggct caggtttcat ccttcttgta taggaacaac 600 aatagaggaa gctaaaaagc cagataactt ctactgcgaa gagtgttccc cacaacagca 660 gaatttgcac aactctaatt caacttccaa taacagagat gctaaggtat ttctctattt 720 ctcatttcag aaaatatctt tagtttttga gggatggtca aacccgttgc aaataggctt 780 gaataaattt aaggtattta agttgaccgt tcgttccaca tataaagcta gccttgccaa 840 caattgtaag ctcttggact gataaaatat accaacttaa ggcagaataa acacataaac 900 ccaaagtata tgtgtcatta aggtcaaaga caaccttgtg aaatgttttg tcctaactaa 960 caggtgaatg gaaagcgcag cctggaggta actaaatcga agaacaaaca cactaagcga 1020 ccaggttaac ataaacttgt aaaggctata gatatctggt tggtgagtct gagtatcaat 1080 cgtgtaatct acaaaggtgg ttttgttttc tttccctctc tagttttttc tttcttaaaa 1140 aatgagggtt taggtttgtt ggcttgattg ttgtataatt tatatgtata gcgtatggtg 1200 gtttctcatc tcctttagtt gtcacatata aaatttgggt aaaatggttt gtttataata 1260 agaaaacaaa acaaacaaac aaacaaagag agtgttggtt ccttatttgt ttgttttcat 1320 tgtgaactct agaaaccctt cattctttat tagtttttca ttctttatta attctaaaac 1380 gcatattcaa agagacatat ttgatcatcg tgtcttcata atttggttca aagtacagcc 1440 aaaaaccagg aggtacacta aaaatcaata aaattacatt acaaattatt tttagtacac 1500 tgggaacata aataaatgaa tcagagaaga gaaacatggc aactaccgat catgagcttc 1560 Page 327 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacatttgtc tcagaaaaag aggaagatag aactattttt taaagttttt agaaaagaga 1620 gaattaatat tatccaagac aacacggcac tgctaacaac aagttgaacc tatcccattc 1680 cattactcca tacccattca atgattaaca cgtggttcta catcattggt taactctctc 1740 ctttcccctt ggataaggca tcttaaaata ataataaata ccataaatat cttccgattt 1800 tttctccgac tataataatg atgacaacaa tatcttttaa aattatctta aaagaaaccg 1860 aaagctaatc tccaaaggga aaaagacgtg tagcagagac ctatacatac acctatacat 1920 tcacgttgcg tgtgataatc tactgagggt tctatctata ttaatccttc tctgcttcct 1980 tcaatctaat tgcaaatcaa atgg 2004 <210> 300 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 300 tttagatagt taatgctttg aaatcttagt tagttataca aaggtaaggt aaacggtcca 60 aaaatgattg ttctcaatca agttttaaat aagaaggaga aaaagtcaac aaggaaatgc 120 accaatcaat aaagtgtcac caaatatatg aggaattccg atgattagct agcgttttga 180 aaatacttcg gctactagct atgtttttga gaagtacgta catgtggttg gtaaaagaat 240 actggaacat tgtcactaga acgttcgtga ttgtacgcag tattcatgcc agttgatgtt 300 gtgcaccatc aatgttcatt atgtgaacca cccaaaaagg caaaaacaat ggatcatcca 360 cctaacaatc caccccaatc taggtagttc taaaatcaca cgacttacat caaaggaaaa 420 gtttcacatg tttatcaatc acaggtcaca gtatgtttga aagagatgat agaaaaaaga 480 tatcaaattt gtcccgtgtt gataggaaag ttggtttggt atcgtattat aattttctct 540 acacacacac gactcatgtt tcatgtgtta aaaaaaaaaa gcaatcgttt taatcccttc 600 caatttatat aaatctgcgg gctctgtttt tatataaaga aaattggatc agttgtatga 660 acttcgaact gtgcaaaaaa cttcaaaatg gttcaactat tttgtcaagg cttgtaaaat 720 aaataaaaat tagcacactg ttaaaatttg tagtattata tttaaaaaaa aaaaagatca 780 aattaaacaa aagaaaaacg aaattatcac gtcttttatt tattattatt ttaaataaat 840 aatatgacat tttaaatttt gtttggaaat taatcacttt ctggcagtac ctctcagccg 900 aattgtaaac ctaaaccgcc caaaagggac agattgcatc gtggtggtag gacattcata 960 aattattatt tttccttaag tggagggccg tcacacaata ctttttgccc aatagataat 1020 tggcccacaa aataaaatgc taaaataaat atataatctt tctgtatgat tgtgaaaaaa 1080 tgtgagattg tctcgaatgt taaaatttgg tgccacaaac aatataaata tataatcaca 1140 gaaaaattgg tgccacaaac aagataacat cttataattt tctcgtatac ttggagagcg 1200 agttgaaaga attgcgatta gaataaagcg tagtgatttg gcattgaata tcatttatgc 1260 tacataattc tacttagcga taatataaaa aaatatcata acttatggtt agcatgtaat 1320 Page 328 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtcactatac gaatatcaaa ttcataaaac tagccgtgac ttatctacac agaattattt 1380 atgtttcgag aataaagacc caagagaaaa caacgacatt ataacaaaaa aacaacgaca 1440 gattataagt aaggaagaaa caaatgacta tagattagat atgaaatatt tttagtaacc 1500 atctttagtt ataatttttg ttttggagct tgctccgtat actcagttga gtatttttac 1560 cacacatata tcaagactaa attctaccac taatcaagta aaaacctctt agcaaaatag 1620 ttggagaaaa acaagaataa aatcgtatta ttttcctcta gaactatcga tcattcgaga 1680 gagagaatat gaaaaaggga caaaagctct atacatgtac aaacatgaca agtcattatc 1740 cgccacgtag attggtcggt tccgcttcgc tggaattata gcgatgtact tgtttagcct 1800 gttttcaaaa ttatttaaat ctctaaccgc tccaatcaaa taatttctcc accaaatatt 1860 aataatatat catccggtaa ccggtcacca aaatggcgcc acctcagata taagtaagag 1920 cacatagtag accagaaaaa atcatcaaat ccatctccca ctcttctagc atcttgaagc 1980 ttaaatctca gccgtccgat catg 2004 <210> 301 <211> 2010 <212> DNA <213> Arabidopsis thaliana <400> 301 gtgacaacga caacaacagg atgtatgttc caagatccag aatgttcaag aaatgaagaa 60 gaaggcggta actgcaacca cttgcttctt ttcgatctaa tcaacgaggt actaatcgaa 120 atctacgaaa ggtcttacca ttattatcct aaaccgttat catccctatg taagatccat 180 ccaatgccgg tggggtatag tgttttgaaa gaggtttggg ttagaataag ctgttacttg 240 cgttacaagc catacgacga acaacaatcg tttgataagg ttatgagtag ggatttgtcg 300 agagacgatg gatggatgga tttgcagttc gagagtgaat gtgttgggat tgaagttgag 360 gatttgatct tcgaggagct tctggaagaa ttgcttatat catgttaata ggcattcaag 420 aactcgaatc atttcttcat ttttcttcta ctttgttgct ttgcttggag tttaaggtac 480 ataaaagaga aaatatggtg tttgtatgag tttttgttgt tgtttatgat aaaactttgt 540 ttaaaagaaa ttgtagagga taaatttttg gaatatacaa aaatattttc aggtgattga 600 tacattcata gtttatataa tatggtatac tatggtataa taacattgtg ctacaagatt 660 ttaacaaaag cccgtctagc tcagttggta gagcgcaagg ctcttaacct tgtggtcgtg 720 ggttcgagcc ccacggtggg cgatactttt tatgcgattt tgagatttgt gtcttaaaat 780 gtaatcgtga taatattaac tacgcaactg ttcatttcaa ttcttgtgaa cgtgtaaacc 840 tcgaaactac acaaatcaaa tcacgagatc ctttcctttt ttcatataga tactctttta 900 cttttttata gaattagact tatcgacact ccatgatgat tcccatatgg atggttctca 960 tatttttaac attacttttt acatagatcg aatttttgga aatgtatcga aaaaagagga 1020 gagattcgat tcaaataccc acatagaacg gacaaggtca ataatgggcc cactattctt 1080 ttgagagccc atctcaacaa gttgaatcat cttttttgtg tactctcact tcaccttttg 1140 Page 329 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaaaaagtc atggaagcca aactttggaa cactacttta ctttgccaac atcttgtttt 1200 gttgaatacc tttttcaaat tggaaaccaa agacatatct aaagggaaaa cctgtaggac 1260 aataaaacaa agaagtgata gctaaagtct aaactaatct caatatatgt aaatcaaaga 1320 gataactaat gaaaaatatg aaaattttcg cgaggattaa tgaacaaagg aatttttttt 1380 tttccttcta aaatttttta ttagacaatt ggtattacaa tgacaactac gaagctaata 1440 caaaacttcg gaaaccaact tattacataa gcaaaattat gtgtcatata ctgaaaatta 1500 cgaaactgaa aaagtgaatt taacgatttt tcctttcgat aagctttatt cgctaacatg 1560 ttaacatgtt agaacataga aaatattgaa aaaaaattta tgtttaaatt gtcaaatgga 1620 aatatacttt acacttttat ttgtattaat tgttactttg ctctcctagt tataaagaag 1680 taaagtctat gattttgtta cttctttttt tcttgtaaat ctttatacat gtaaaaagct 1740 tttgtttcca actctaatcc tcaatatttt atttttctgt ttattggaaa agggctgtaa 1800 actaaaatta tttacttgag gaacgattat ttaggtgata agagtggaca aagatcgttg 1860 acacgtggac ggtctacaaa ttctaatttt gcctataaat atcaaagctc ctgaatatgt 1920 aagtttcatt cactgattat cgtttaaggc aaattaagat catcttcata aatcttctca 1980 gatctcttcc aattttctag aaaaaacatg 2010 <210> 302 <211> 2012 <212> DNA <213> Arabidopsis thaliana <400> 302 caaaaggagc ttgagagagt caaagaagaa agtccattag agaccttgtt catcaccgaa 60 agaggactga gtcttctggt ccctgttcag ctcaataagg aacatagcac aagtgttgaa 120 gaggtgaatc tttttgcgag tcctgattca gtgttttgtt ttgcgaacat tagacactaa 180 cgatcttttg atgtgacagg aagtgagaag aatcaagaag gaacatcctg atgatatatt 240 agcgatagag aataatagag tgaaaggtta tctcaaagtc actcgtgcat ttggcgctgg 300 atttcttaaa caggtatata tatactcatg attttaatca gatagtttca aaattttgca 360 tgttttatag tttttagggt tggattatta ggtctacaag gtttgtagaa atatcaaaat 420 gcagaaaaat actattacaa aacctggttt gtttttattc gatttgataa tagttttgtt 480 caatgtcttt cctcagccaa aatggaacga ggcgcttcta gagatgttca gaatagacta 540 cgtcggaaca tcgccgtaca tcacgtgctc tccgtcgcta caccaccata gactctcatc 600 acgtgacaaa ttcctaatcc tctcatccga tggactatac gaatacttct cgaacgagga 660 agccatcttc gaggttgact cattcatctc agccttccct gaaggcgatc ctgctcaaca 720 tctcattcaa gaagtcctcc ttagagctgc caagaaatat ggtaatacta agaacaaaac 780 gcaaacgcac ttaagattcg aaacgcaatc tttgattaaa ctcacgtgca tttttttttt 840 tttttaggta tggactttca tgaattgcta gagataccac aaggagatcg tcggaggtat 900 Page 330 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catgacgatg tttctgtgat tgtgatttca cttgaaggaa gaatttggag atcttccatg 960 tgaatactaa tcttttgaag agactcttac taaagtaact tttagaattg attcaatctt 1020 tttagaatag attttttttt tttttttttt tggatttcgc tgaggtttta ccattttgtt 1080 actcagcata ttttaacgat gttgcatttg tgtcccatat acgttattgt tagtgaaaaa 1140 tataatgtaa gaataattta tataactatc ctactagcaa agctaacgca aattttgaac 1200 tcgaacttta gttaccgtga atgaaaataa cagacttgaa ctttataata ctcgtagtat 1260 acgtaatttt tgctttttgc agatatgctt gccactaata aagtcataaa ttttatattt 1320 tcataaacta tagttataca cttttgacta aacaaacaaa atcggtttag caaaagaaaa 1380 agttactttt ctgatgaact aggataagga attcggaact gaattttgct acgttctctc 1440 tggaccacac acactgaaca cccttttaag attttctcct tctctttttc aacgtaattt 1500 atcttttgat cagaaacgac aaaaaagaag tctaacaata tcaaacaatt tttttataga 1560 tatttttaga tatttttcct gctaatttta tctagtgtag acaaacccaa atatacgatt 1620 attataaaaa cacgaaatac caagtggacg actgaggtta atagatctag ccgtagaata 1680 aagatctgca tgaaaggcgg tgagaatcta aacggtgata agaccataac acacggaaca 1740 tcggtacgct ctcgaacgta caagaatcga cgacacacaa acactccaca attatttgaa 1800 cactggacaa ttattgaacc gacgtacgag aatcaatgcg ctgagggtaa agacgtaaat 1860 gaagaactag ttttggagat aagagcggag aaagattgcg acacatgtat ggtcaatatt 1920 aatctcattt agcttataaa tttgggagct tcctctatca ttaattttca ttcataaatt 1980 tttcttcaat ttgaattttc tcgagaaaaa tg 2012 <210> 303 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 303 tatttaggac cactcttcag tgatagcttg ctaacaaatc aagtcaatta cgtaatgaac 60 taccaatgct ttatattaat tattcttgga cgtactgtta tattaagaca ctgattggtt 120 aatttgggga aaaaatatta gtacaatgca cagaaaaata aagggtacaa taatgttgag 180 aaaaaaaagt ggtacaataa tgcaaagaga agaaaagggt acaataatgc aattgaattg 240 tatctttctt attttgtttg ctaattacta attgcaaaaa atgtttttgt gcttgaaaaa 300 gtaatcattc tgtatctaac attcacatat aaaacagaac taaacaattt tgcatttact 360 taatgagaca aaaatgtttt gttttatttg atgatcatgg ttttatgttt ttctaaaaga 420 aattaaaata tgttatgcaa caaactatca tgtgtctatg tatacataac ctatgataca 480 atatagtttc gaccttaaga ttaagtttct ttgacagaaa gtcagaaaca gttatctttc 540 acatgatccc ttcttcaatc ctgctgcaac gatgtaacgg ttatgcaaaa atttactgat 600 aggtaaatca catgaaaaat ggccacatgc aaaaattatg cccggttcca acttctaggt 660 taatatggta ctcaacaaca aaaaaaaata ttaacaataa atacgtgttt gtcttcttct 720 Page 331 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctttataga tgtttcactt tataaataga ctgtaagttt ttaaaacgca ataagaaaaa 780 caactgaaat cattttagaa atcttatgcg tgcagaataa atattggtgt tatgtgcatt 840 tgaagcttta ggctttagca ctttctaaaa cctcgttttg agcaaagtca ttcaaaagga 900 actcttaata tttttacaaa ttgaaatagc aattgtaatt taatcagtaa aacctctata 960 aattatcatg tttattaatt tatagagaca atatttgggc taaaatatca atttgagaac 1020 ggaagaaaat tattaattta atgagatatt aatttattga atattaattt atagattttt 1080 gactgtatat attctaagct ttgttttaag aaaatttaat ccgtttaaaa agatttatct 1140 tcattaaccc caaaagaaat gatttgtttt agcttggcca atagtcatgt atggcccaat 1200 ctggtataaa atctcataaa aagttttatc ttcattaacc caaagaaatg atttgtatta 1260 agatgggcca atagtcaagt gtggcccaat taggagtaaa atctcataaa cgaaatgggc 1320 ccataatggc ccaatatttg tacaccacaa tcggaaaccc cttttgggtc atttcaagtt 1380 tgacgagaaa cgtaaatcgc tatttcttct attcctccct aaaaatctac caacgagatt 1440 cttctcgaaa atttcctgcg cctctccgtg tctgtgaaat cgattcaggt aaatcactct 1500 tctcgaatcg atgcttgttt tgtgaaatac cgattctatc agatctattt gataaatttg 1560 ttgttgttgt tagtcgtctg tgtagtttat tcaccttttg tttcgatttt tgggtcctca 1620 cgagatctat gaatcgttat ctgaaacaaa actcgaaact agcagatgat atgttattta 1680 gcgcgattag gaagaataaa acgagatttg ttggtagcag tgagtttctt agatcggttt 1740 ttttatcgat tgtgtgaaaa aattcaccat tcagatgctt ttattgattt gtgtcttcta 1800 taattgaatt gaattgtttg attcagcagc ttaattatct aatggtttta tgtgattgta 1860 ttggcttgat tagggttgaa tatgccttga aacttcattt caatcccact atacactata 1920 gctataatct gatataagtt cgttttctcc ttttgtgtgg cttgattatg tttgatatat 1980 ctatgtactt caggttaagg atg 2003 <210> 304 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 304 ccaaaccgct aattctgctg attttccaga tgttgtacga gagaatacaa tcagcaaaga 60 tacattcaga gaggaaatgg aaagctccag atagcacatc tactgattct tataccaggt 120 ggtttatttt ctaagcatca ttggtacttt ttaattgaaa aaatattatt tcctaactga 180 tatttgaaag cttaggttca tggaagccct ttacaattta cttgatggct ctagcgacaa 240 tacaaagttt gaagatgaat gtcgagctat tatcggagca caatcatatg ttctcttcac 300 attggacaag ctagttcaaa agtttgttaa gcatgtaagc ttccatttta ccttgttatc 360 gtcttgactc tgcttctgtt ctctctcctt tatttttgtt tgctccgcac taatcattta 420 agtggcttgg acatgcttca gcttcacgca gtcgcagctg atgagacaga caccaagctt 480 Page 332 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctgcagctat atgcatacga gaactacaga aaaccaggaa gattctttga tatagtgtac 540 catgagaatg ctcgagccct tctccatgat cagaacatat acaggattga atatgtatgc 600 ttctcttgat atgtgtggat acctgtttat atgttcccat atactaatct gtatttgcaa 660 atttctgtgc agtcatctgc ccaaacccgt ctcggaattc aacttatgaa cagctggaat 720 gatcagcctg aagttacagc tgtaacagtg gaaccaggtt ttgctaatta tctgcagaat 780 gactttcttt cgtttgtcag tgatgaagag aaacccggac tatttctgaa aaggtgaatg 840 aagcaatgat tagagcataa ccttttttcg tcttcagttg tggtagtaca gttagtaatc 900 accttagcat actcttttca ggaacaaggc aaaattaagt ggtccgggtg aagaatctct 960 agggatgtca cgtgccttgg aaggattgaa cattatcaat gaggttgaat gtaagatagc 1020 ttgcagttct ttcaaggtaa aatactttct tgtgaatctc ttgcactgat aatcttttct 1080 cttttcacat gtatatatga ttgatgagag tttacaatct tcattaggtc aagtatgaac 1140 cacacacagc agatctttta tatagaagaa agcagaagaa agcaacactg aatccaactg 1200 gacctgaaaa tgttaaaacc tctgatagta gtgaactctc gagaaagaaa cgaatatcgc 1260 gctttcacat gagtcttaac cgcagacttg tcgccttgcc ttaactcaag aacgccgtaa 1320 gtaaccctct tgtcttttat ttgcctgtgg tgatcaatac tgcaaatcat caataatctc 1380 taactcacga taaattgtgc aggtgtgaag ttctttgctg agaatgagat atgcaagaat 1440 gagtagtagt agagagagac tagagaataa ctgtctttga caaagattct tgcatcattt 1500 taggctcaaa gagattcaca tggcaacaac catagttttt atcttctaca gtctacactg 1560 cagctggagc cgccagtttt gctgtatagt gttagaatat cttttttttt tttaaggatg 1620 atgctaaaat tggatatttt taattcattc attgaacaat tattgaattt tccttctaat 1680 gttaaattct ctttcaaatt aataatctct ttaatcacat gttttattta tttattttgg 1740 tttatccatt tggttattta tctttaatca catttgagtt tgattatata atatgatttt 1800 aagagaatat gaatatatat tgactctttt atcacaggtg tcacgtgact cacgtgaggc 1860 tgtgtacgga aaaccttctt atcctctcag agtctcttat attaggatcg ctatctactg 1920 cttcactgaa attgtcctct cagttcctac gcgaagtttt caacagattc gccggagaat 1980 cttcgaatca acggcggaga aatgg 2005 <210> 305 <211> 2008 <212> DNA <213> Arabidopsis thaliana <400> 305 gatttattta ccgtttgaat tcggtcagaa ttcgatccgg actttgtaac gtttaatatg 60 actgagcaat actaattaag ctgactgacg gaacaatacc aattaaccca atttatgata 120 gttatgttca attttttttt tttgtttatc gttttaaaca ttattattgt aggtaaacta 180 cttcataata ggattagatc aaatatttct aatgatgata taatagataa aaaaactaaa 240 aaatatatat ttttaataaa ctctattatt tttcagctca atttagtttt acttaaatta 300 Page 333 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaattatttt tgattcaggt cctataaact gaaacctaaa taatttgatc cgtaattcat 360 caaatgaaat ctttgtacaa atttatcttt taattcttaa caaaattgtt tatctcctaa 420 atttttcata cttttttcca aagcttatga atgctccaca acaaaataca acttggtgaa 480 cattttgcca acaaataaaa attttcaaat gcaataacac attatgtgtt atactatgct 540 ttaacgacta attttttgcg acactaaaat gaaaacagta gtttgataca tttgtaaact 600 gatgcatttt taaaaagatt gaataaattt tacattctct cttaaaaaaa ccatacttac 660 aacaaaatct aaaatcgaaa gagctacaat ccaaatcttt ggtattaata tttcggtttg 720 gttcgatttg attatacagt ttcagtttgg tccggttctt tatttttcac attaatattg 780 agagagtcaa aaaaagctcc acaagcgaat catagttgag agagccgaca aaagctccac 840 ataaacttgc caacttcctt ttctcataat ctttgtagag ttctttcaat acatttttga 900 gttctttagc tttcgactta gaagtagaaa gatccacata ctcataagct tataagtttt 960 ttcaagaatc tgcaacttca tctaggatcc aagattgcac ccatagccaa aatgatattg 1020 taatcctttt tgagctagaa agaagcttag aaagtgatgt ggacaacatg aagacgcaat 1080 tagatgttta tttggatgag ccaaggttac atagaaaggc ttttcgaaat ttggatgttt 1140 tgagctattg gaaagaaaac caacacagat ttggtaactt agcatctatg gtgcatgaca 1200 tacttagcat tcctatcacg acagtagcat ttgagtctgc ttttagcatc agagcacggg 1260 tctcgagtcc atacatgaac tggttgcttc cgaagaactt tcagactctg ctttgtactc 1320 ataattggtt gcgaggattt gcggaatatg aaggtaaaaa tattgtgtag ttatgtttta 1380 aaacgaggtt tcttgcagtg atcatgtttt aaaacgaatt catactttga attgtaggta 1440 ccctaaaaga cattgatgat ttgcaaccaa tatgcaagga tgattgcaat tagtacccga 1500 gcagaatctt caagatcaga aaattcaagt gcaccatgaa acaaatgtag aagaagcaac 1560 atgttttgga actaagaaga ataagaaact tattgtgttt gaaaacttga acatgtttga 1620 gtttgattta tagatattag tgtctttcga ttggtaagaa tttgaaattt gatggtaagt 1680 gttgatttta gtttgtttta taaaaggtta gacacattct tgatttagta gttgttttgt 1740 gttccgagtc acttaaattg cttttttaat ttatatctaa atgggtatat gagtttaaat 1800 gggcaatttt ataaatctta aaattaaata attttaaatg gggtagattt taaatgggct 1860 aaatgaggtg ggcatgccca tagttgacca gctctagtgg tagaaacggc acgatgtttg 1920 aatattaaac gacacgatcg ttgaccaaag aaagcagggt cgttcttaaa cgcaatcaga 1980 gagagaagcg agacgagaga cgataatg 2008 <210> 306 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 306 aagtcattgt acaaaacatc gaacgaaaat tataacgtaa gcaccataaa atgagaaaaa 60 Page 334 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacacaaact atagtgattg acgatgcttt tgacatataa gtcttactcg ttaacagatt 120 attaaatcta tttttttcgt atttgatctt acgcttatgc aaattatgtt tctggatagc 180 atttcttgct taaacttcca tatcgcatac cgtatttaaa accatatgct tctgataaca 240 gttatgaaat atcaacatta tgataccaaa acttccgtat cataatcact ttaactatct 300 ttgactttgt tttctctcac cattatatcc cgagaataaa ttatgacgtc tcagtatagt 360 atgagccatc ttctgattgc aattatatat atatcacatt gttctccaca tcatccaatg 420 atagcatgta tccccaacat ccatgtgtat ctcttccaac aaatctatct ggatcatata 480 actcctactt ttatgtgtct tggtttttag agccacacaa tcctcaacta gagagtttcc 540 caaatcttca aaaaatccga aataagtatc aaacaatatc tcaatttgat tttcttctat 600 aagtaaaaga aagatgaaat gtcagtagtg atgacaccaa acaattttgg gttgaggaac 660 ttcaaaatgt tttcaagata acaccaatca attgaaggga tggtgaagaa aacattcgga 720 cctgagtaat ccttattata aatcccagag aagatggtaa aatcagtgat gatcaaatta 780 cttaccaata tgacgctctc taaagatgaa gagaaagaaa ccgtcatcgt tttcaaccaa 840 caaattgcta taaccacgaa tgtgttcttt agagacaaaa ccaattgatg gagatagagt 900 ttgtgagaac gataaagaag atcggcgacc aagggacaca cgatggagag cactttgatc 960 gatcgcgtta gtagtgaaga tagaatcgat agaaaatcgt aacaaaactt gggaatccag 1020 aacctcatct tgatagttag agagaagtgt gatggtgagc gatcgagtaa gcggataata 1080 aaatctataa aaatcaaagt tcaatcgcta gtgtcacctt ttacagttgt aactccgaca 1140 atacaaatta tttactttag aagagaatta agaaaaaaaa gaaaaaaaga gtcgccgacg 1200 aaccgacaat tgtcagtgac tctaaaaaca aatatacaaa gataaaaaac caaacaaaaa 1260 aataacaaaa ttaaatttct ttcacgaaat atatttttct aaattatcaa atgaaaaaat 1320 atttttttac gctctttaac aaaactctaa taattagttt ttttttgtga atcgattgta 1380 aaatttttta gttatgttga gaagaataac acaatttttt tttcttttac ataaaaaact 1440 tatgtgagtt ttataaaaag taacgtgagt tacataaaac tcatgtagtt ttataatttg 1500 ttattatgtt gctcgtataa aaatttattt acttaatatt gtaacaaaac aaaacaaatt 1560 tttttgaaaa aaatcgtcat aaaaaaaaag tcaatataat cttttttttg tcaaacaagt 1620 caatataatc ttagtagtcg ttgttgtaca acaaacatct acaatatact tttctgtcta 1680 cccaaataat ataattttcc tcttttgtat tcaaaaaaat aataatttat ctctacatgt 1740 tggaaatatc aaatatagta ataatgtttt taagagaaaa aaaggaaaaa agaaagtaat 1800 aaaacattct agagagttcc aaactccaca aaacctcaaa caaaagcaaa cgcaatttag 1860 cctcttcata agagagaagt cctctcagag aaacggcagc cacatcaacc aacccaaaca 1920 tcgaaagaga gacacttttc tctctctctt tctctatctc cttccaatct ctctagggtt 1980 ttcgttacaa cggcgaaaag atg 2003 <210> 307 Page 335 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 307 tcccatggtc agaaaactca ttcgataacc ctacatttga tgatcaaagt ggcacggaag 60 ctcgttcgat ctacaagttt tgtggtgagg agacttctca gtttttcttc tagtgtggtt 120 gtacttcagg taaattcttt tcaatactta gtggaatttt tcgctaactg ttttgtgtaa 180 ataaggacga ggcctccata gcgttcagtg ctttaacaat gccgtatcca ctctgctaat 240 cttggatttc aagaggtatg acagtttgtg ttgtgatagg agccttcatt aaattaaata 300 atttcaacaa tttatttatt tttagaacca aaagattttt caaaaatttt gattatcaaa 360 aaaaaatcca acagattttc tgttaaaatg aaaatatata ttagattgtt tttaaaaaaa 420 atcatctgcc ggaatttgaa tctggacatg cttattttca aaaaaacatt ttagctaatg 480 tgctagtgca tatgtttttg ctaaggtatg aatttaaatt ggatatatag atcaatttat 540 ttattttaaa accaaaaaaa atttaaaaag aaacttagcg ggatataaaa taaatatata 600 ttaaatttaa aaaaaaaaga ttttccgcta cgggaatttg aacctgaaaa tgctgatttt 660 taaagaaaat ttagctaatg tgctacatga gatgtttttt ttgctaaagt atgagtttaa 720 attggatata tacatcattc aatttatttt tctaatctag aatttgcttt cctaggacaa 780 atataggtac tgaattatta aagaacatat tttttggtaa gatataagtg agtttttata 840 taattttgat gattttaggt aagttgatgt gatttactgt aaagtctttt caaattctat 900 ctaaaactat gagatttaga tttctgtatt tttaactaaa gaagtctttt caaatccttt 960 caaatccttc aaaattaata agaatcaaat ccactaacta ttttcagtaa cagtaaaaag 1020 gttgattttt aaatttttaa tttaataaca ctcaatttca tttaaaaatt taaaatccat 1080 aattaaataa cataaaattt ataaatttta cataaattat tagattgaat acaccgctct 1140 aaatatacac aatgtaaaaa gtctgtttaa gatcaattat agatttaact taaatctaaa 1200 ggcccataat accgtcctgt acatcatata gttatctcaa gttgtaatac tgtaataccc 1260 gttgggccca gtggcccatt tatcagattt caaataacag atctcaacac tagcatggct 1320 acacacgtgt cagattcaat gcatcagtca tatcttcagc atccaacact tgtcaacctt 1380 ccattggatc tcttaactct acgcctcgaa aacagttttt atttatttat cattccattt 1440 ctcattgtat cttcatcagt ctcttcttat tccatttttt caaaccactt gcaaaattcg 1500 aatcagatct tctcttcaat cgaaaaaaaa gaaaggtaaa tctctctctc tctaatcatc 1560 gttcgtttcg tagtttcttc ttctacgtgt agatctgatc tttgattgta tgtttctgga 1620 gatctcgatc tcatcgattc tctgttctta tcactgattc agtgtgtttg atatctaaat 1680 ccgatttgtg tgtaggatgt taaaatttag gtttcggttt tgtttctgct tttgaacgat 1740 tttgctctag attcgttatc cgtgaagaac atagacgagt atgtagatct tacttcggat 1800 tcgcgttgaa gaattttctc tagattcgtc acctatgaag aagattcatt gtgttcttaa 1860 tctagatgat taggttattg tttcgactca tttgtttatg cctattttct ctatgttctt 1920 Page 336 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatcggtgaa gaaatgtatc aatgtgtgta tgttttgggt tctgattttg taggatttgc 1980 tctagattgt tgaatcgaag atgt 2004 <210> 308 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 308 gaggaatctc ttgtggagtt tgatatttgc gagtataatc tttgaacttg tgtagattgt 60 acccaaaacc gaaaacatat cctatataaa tttcattatg agagtaaaat tgtttgtttt 120 atgtatcatt tctcaactgt gattgagttg actattgaaa acatatctta gataagtttc 180 gttatgagag ttaatgatga ttgatgacat acacactcct ttatgatggt gattcaacgt 240 tttggagaaa atttatttat aatctctcat aaattctccg ttattagttg aataaaatct 300 taaatgtctc ctttaaccat agcaaaccaa cttaaaaatt tagattttaa agttaagatg 360 gatattgtga ttcaacgatt aattatcgta atgcatattg attatgtaaa ataaaatcta 420 actaccggaa tttattcaat aactccattg tgtgactgca tttaaatata tgttttatgt 480 cccattaatt aggctgtaat ttcgatttat caatttatat actagtatta atttaattcc 540 atagatttat caaagccaac tcatgacggc tagggttttc cgtcaccttt tcgatcatca 600 agagagtttt tttataaaaa aatttataca attatacaat ttcttaacca aacaacacat 660 aattataagc tatttaacat ttcaaattga aaaaaaaaat gtatgagaat tttgtggatc 720 catttttgta attctttgtt gggtaaattc acaaccaaaa aaatagaaag gcccaaaacg 780 cgtaagggca aattagtaaa agtagaacca caaagagaaa gcgaaaaccc tagacacctc 840 gtagctataa gtaccctcga gtcgaccagg attagggtgc gctctcatat ttctcacatt 900 ttcgtagccg caagactcct ttcagattct tacttgcagg ttagatattt tctctcttta 960 gtgtctccga tcttcatctt cttatgatta ttgtagctgt ttagggttta gattcttagt 1020 tttagctcta tattgactgt gattatcgct tattctttgc tgttgttata ctgcttttga 1080 ttctctagct ttagatccgt ttactcgtcg atcaatattg ttcctattga gtctgatgta 1140 taatcctctg attaattgat agcgtttagt tttgatatcg tcttcgcatg ttttttatca 1200 tgtcgatctg tatctgctct ggttatagtt gattctgatg tatttggttg gtgatgttcc 1260 ttagatttga tatacctgtt gtctcgtggt ttgatatgat agctcaactg gtgatatgtg 1320 gttttgtttc agtggatctg tgtttgatta tattgttgac gttttggttg ttgtatagtt 1380 gatggttgat gtatttttgt tgattctgat gtttcgattt ttgtttttgt tttgacagct 1440 atgggtaaag agaagtttca cattaacatt gtggtcattg gtcatgttga ttctggaaaa 1500 tcgaccacaa ctggtcactt gatctataag cttggtggta ttgacaagcg tgtcatcgag 1560 aggttcgaga aggaggctgc tgagatgaac aagaggtcct tcaagtacgc atgggtgttg 1620 gacaaactta aggccgagcg tgagcgtggt attaccatcg atattgctct atggaagttc 1680 Page 337 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagaccacca agtactactg cacagtcatt gatgccccag gacatcgtga tttcatcaag 1740 aacatgatta ctggtacctc ccaggctgat tgtgctgttc ttatcattga ctccaccact 1800 ggaggttttg aggctggtat ctctaaggat ggtcagaccc gtgagcacgc tcttcttgct 1860 ttcacccttg gtgtcaagca gatgatttgc tgttgtaaca aggtaatata actttcgtat 1920 tcatcattgt atctgctttt gtgattgatt gattcgtttt atttgttgct aacttgcgtc 1980 tttttctatt ttcgcctaac agatg 2005 <210> 309 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 309 tcaagacaaa acagattatt ttttgttaga ctagctgcac atcatgagaa gagcaagtta 60 agttatgtgg tcaacttttt gttacctgct actgtcgatt actgcttcta caggatgaag 120 ttccccctct cttagaaatg cctgagcgta aagttcccct gtggttttat ctactagttt 180 tataatgcat tcttctcctt tgctcaccac tttcaaagct ccttcccatg cccatttgtt 240 cacgtcccac tcatctgctc tgcaaggata aaatttatac aaaaaaagta tcagctgatg 300 tctatctcca tcttccaatg gattacttga tgcacttttt caagtatctt ttaccaaaga 360 agccaagttg agttgataca aagcgaatgt aactagataa tgaccatctt gatgcaaatt 420 aaggttaagc taccattcat agtcatacat acttcacgat tggttcaata agattcgttc 480 cgagtttctg atcatttgct aagccgaagg gtttatcggg aaaaggggtt ttgtaaaaat 540 ctcctaacta catatatcag aatgactgtt tctatcataa aggtaagaaa gaacctgtac 600 gaagctgcgg ttttccttgg aggtatctgc atacacaaac aaaaagacaa tgaagaggtt 660 actttgccta gcatccccgt aaagtaacag acacagaaga aagcataaac gataaaataa 720 cattgataca tcaagctcca atgttgtcca ttacgaatga gaattttata gttaaaccta 780 aataacaaca gttcacaatg tctatgattt catcaaggta gccaatttgg aatctcatac 840 atcctataac acaatgacca tgtaacaatt tcacgagtat ctcaaaagct agtatgattt 900 cagagagacc ccatcaagat atcacttagc atgatattgg ttaaaattaa tgtactcttt 960 tatcacaagc cttgaatcta tcatacgaaa tctccttgaa aagatttttc gctgatagtt 1020 acatgtgcaa tcgatcacca ttgcaaatcc aaacaaaatt tcgagtgatc aagactcaac 1080 gtcaagtttt caacatatgc aaattaagac aacttcctca ataccattgc aagaaatcta 1140 taacaccaga ttgaatttac gttataacta attatcagat ccaaaacatc tcctaaaatc 1200 accaagtgaa cttgcaaaga aaggatgtaa cttgagcata aaagacacaa aactcatcaa 1260 aaattataaa atcacatctc atgataagcc aagaaaagtt accaaataaa catagcattc 1320 aggcacttgg aacagagcaa tctctatagc ttctctctcc tcgttatcat cgacattcac 1380 aggatcagtg gaagacttct tgtcttcctc catagtcgaa gaagacgaag cttgatccat 1440 ctcagaaaca aagaatttaa cttggagaaa aacccagatg agactaatcg atcaaacaaa 1500 Page 338 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cccgtaaatc ttaaatgtta agtctttccc gaactgtgat tacaacaatc tcacgagtcg 1560 cgaagacgaa gaaacgtaga ggtttcgcgt taggtgtgtg tagtgtatac cattacttca 1620 atctgagcta cttcaaaacc atcagatcta agctacctct gttaaatctg aaccgtctat 1680 tacgttgact ttgaaaccct gatatagact agacacctat gtatcctcca ccgctgggaa 1740 gtcaacattg aagcagttga tggaccaaca ccaaccaata gaaagaacgt ccacatttac 1800 tttaatgggc cttttaaact aataggccta ggcccattat aaatacatgg atttgtttta 1860 ttttattttt ctcatatctg tctcttggtg gtgatgagta ggtaaactgt gtgcgcttat 1920 taacttctct cacactgact ctgcgaccct aatttgtgag ctctcttctc tttgcgcagt 1980 caatttgcta caacttagaa aatgg 2005 <210> 310 <211> 2019 <212> DNA <213> Arabidopsis thaliana <400> 310 ggatttccca gttcttcagg tcttctctgt agctctgtta cttctatcac agttatcggg 60 tatttgagaa aaaagagtta gctaaaatga atttctccat ataatcatgg tttactacag 120 gtttacttga ttcgcgttag ctttatctgc atccaaagtt ttttccatga tgttatgtca 180 tatgtgatac cgttactatg tttataactt tatacagtct ggttcactgg agtttctgtg 240 attatgttga gtacatactc attcatcctt tggtaactct caagtttagg ttgtttgaat 300 tgcctctgtt gtgatactta ttgtctattg catcaatctt ctaatgcacc accctagact 360 atttgaacaa agagctgttt cattcttaaa cctctgtgtc tccttgctaa atggtcatgc 420 tttaatgtct tcacctgtct ttctcttcta tagatatgta gtcttgctag atagttagtt 480 ctacagctct cttttgtagt cttgttagag agttagttga gatattacct cttaaaagta 540 tccttgaacg ctttccggtt atgaccaatt tgttgtagct ccttgtaagt agaacttact 600 gggaccagcg agacagttta tgtgaatgtt catgcttaag tgtcgaacgt atctatctct 660 actatagctc tgtagtcttg ttagacagtt agttttatat ctccattttt ttgtagtctt 720 gctagttgag atattacctc ttctcttcaa agtatccttg aacgctcacc ggttatgaaa 780 tctctacact atagctctgt agtcttgcta gatagttagt tctttagctc tctttttgta 840 gcctagttct ttagctctcc ttttgtagcc ttgctacaga gtaagatggg atattacctc 900 cttgaacgct ctccggttat gaccaatttg ttgtagctcc ttgtaagtag aacttaggat 960 agagtgagtc aactttaaga aagaacctag tatgtggcat aaccagattg caggctctgt 1020 ctcggctaca gtaacgtaac tctatagctc tttgttttgt tcagaaagaa ccagtgattg 1080 gatgattcgt ccttagaaac tggacctaac aacagtcatt ggctttgaaa tcaagccaca 1140 acaatgccta tatgaaccgt ccatttcatt tatccgtttc aaaccagccc attacatttc 1200 gtcccattga taaccaaaag cggttcaatc agattatgtt ttaattttac caaattcttt 1260 Page 339 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgaagttta aattatactc acattaaaag gattattgga taatgtaaaa attctgaaca 1320 attactgatt ttggaaaatt aacaaatatt ctttgaaata gaagaaaaag cctttttcct 1380 tttgacaaca acatataaaa tcatactccc attaaaaaga ttttaatgta aaattctgaa 1440 tataagatat tttttacaac aacaaccaaa aatatttatt tttttccttt tttacagcaa 1500 caagaaggaa aaactttttt ttttgtcaag aaaaggggag attatgtaaa cagataaaac 1560 agggaaaata actaaccgaa ctctcttaat taacatcttc aaataaggaa aattatgatc 1620 cgcatattta ggaagatcaa tgcattaaaa caacttgcac gtggaaagag agactatacg 1680 ctccacacaa gttgcactaa tggtacctct cacaaaccaa tcaaaatact gaataatgcc 1740 aacgtgtaca aattagggtt ttacctcaca accatcgaac attctcgaaa cattttaaac 1800 agcctggcgc catagatcta aactctcatc gaccaatttt tgaccgtccg atggaaactc 1860 tagcctcaac ccaaaactct atataaagaa atcttttcct tcgttattgc ttaccaaata 1920 caaaccctag ccgccttatt cgtcttcttc gttctctagt tttttcctca gtctctgttc 1980 ttagatccct tgtagtttcc aaatcttccg ataaaaatg 2019 <210> 311 <211> 780 <212> DNA <213> Arabidopsis thaliana <400> 311 aataatatgc aagaaacgta catgtgtgat tgtgtggtta ctgttttttg agaattcaaa 60 aaaaaaaaaa aaatcatctt aaacaatcga acttgattaa ttcataagcc aacaaaattg 120 gaaaaaaata ttttagttta ttttaagtgt tataaaaaat ttgataatta ttttagttat 180 tatatttgaa aataggtaaa ataggttctt aatatgtaac atgtacattt ttgcatattt 240 ctaattcggt gtcatccata caaaaaacaa atggcaaaaa tcagaatgga tagagaatta 300 atccgctaaa atgtaaatgt taggcccaaa ttcggcccat tacacaaaaa tctcagaggg 360 ttaaatacat caccttctcg acgctaattc ctccactacg tctctctctc ttgctctccc 420 tcttcaagtc ggctccttta ttgctacagg tttgttgctt cttcgattca attcttcttt 480 cgcctccaat tagggtttgt ttcgacctca aattatgcaa ctttgggatt atgtgattag 540 aatttaaatt tcggtgtttg tgaatctaaa tctagttgat tagcattctt attgttgttc 600 atacgtttta acccaatggt tcgtctttta gatcttctgt tgtcatgatc tggttttatg 660 aaatagaaag tttcgttttt gatgaatcgt tggtgggttt ttccttactt gatctgatct 720 gatctgatct gatctctctg ctttatatca gtgaaaaagt ttcgagcttt agaaacaatg 780 <210> 312 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 312 aaaggtgcta agtgtaagga aagacatttg gctgaagtta gagagtccat aatgttctca 60 Page 340 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttggctattt caaaaacggc actaatttta gcctccacta gctctggcgc cttctcaatc 120 aaacaaaact caagaccatt aaacccgtcg atgttcaagt atttcaaaga aggagcattt 180 atcacatagc ctccaacacc ttctccatag taatcatcat atatggttag tctctgtaat 240 gatggcaccg caatagtata actctccaca tcggtcgtgc tatgtctatg cacgaccaaa 300 tcttcaagac tagggcagcc acataaaagg ttgcaaacgg attcttcgtc gttaaatctc 360 acatggtaga gatacagctt tctaagagac ttcaaacaaa ccagagaagg aaaatctaaa 420 agaatgcaat acttgagttc caagatttca agtgtatcat tacaactaca ccaagcactc 480 ggaaatctta caaagctttc ctccagcaat gtaattttca gtacaaattt acgcatatgg 540 cgggaaaatg caattccaat caatatccca acatccaaag catcatcctt atcttcaact 600 ttcaaatgca aactatctag aacaggagct ttatgtgaaa tcaaagacct gaaaacatta 660 tctgaaaacg tataatgata atgatactta gaatcaaact tgagatttgg caccaacttc 720 caaagagatt tccattgttt agacaaaaca ctagtggcaa tcacagtttc tgttggaagt 780 gacgacaata tgagcagaag caacgcttca ggcaactcac tgatcctgtc ctcctcattc 840 actaaacctc gatttctcaa accttcacca ccgattttgc tgtgaaaaaa aaagtcagaa 900 gaaaacaatg aaagggattc cgagaaaaaa catagacgaa acaaagaaac ataccatttt 960 tgttccattt tcgtttaaca gagacatcaa ttttgctaaa aatccttgag attactaaca 1020 cttcaacctc aaatgcaaac gcagccgaac acacagaatc cagctagagc ttagatatga 1080 taatggtgac gagattcatc ttcaaaatta tatccacttg tgtttgatta gtaaaagaat 1140 cacctaggct agatacaaaa ccctaacaga ataaaaacag tgatcaaatc cgagccggat 1200 cgtttttttc caatgaaacc aaaatccaaa cccaagacat ttacaagccc aaagaataaa 1260 aattgatttt ttttttttcg gcccaccggc ccaataacga atagttaaac tgagtttagg 1320 tcttcactat ttaaagctcg taaaccctag acttggatat acttcagtct agagccgcgc 1380 aagaagacga ttctctctgt gagttttcgc tcctctctac ttgtcgtctc tctgattatc 1440 ttcgttgcta ctgtctcgtt ttgtgtataa gtagggttct tgcttgtttt ctctcatcgt 1500 gtgttctgct gctagctcct gtagattttt ctaagttcct tgttttgttc atttcgagtt 1560 ttattgatct gatataaatc gtccgttgat ttgttatttt gttatgcttt attgattttg 1620 cagaaagtat cgtccttgga atgagtaata ttacactttc agtgatgaaa cttttcgttt 1680 atttgattgg ttttgataac atccttactg tattacgact gttaatgtaa tgtgcataca 1740 aactctcgaa actttgattc tttaagagtt tgagattgtc acaagtctca cctttagtat 1800 agatttaata agagtgatct ttgaaatact tcaagattcg tatctgtttt actctattta 1860 tgttctctat atctttgaga tggtcttttg tttttgaagt ttgaggtttt atcatttgat 1920 ttccttgagc tgtttaaagt ttcatcattt gatttaaagt gtgtctgatt gatgtttttt 1980 ggcagcttga gttgaagaaa tg 2002 <210> 313 Page 341 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 313 agaaatcata tagtggcaaa gagttaaagt attcttacta attcgaggga tccaagagtt 60 cctggatcct tcacaaagct cttgtatttg actcgcttct ccattgatat atgcccaagg 120 ttctaaagca tggtaaaatt ggtggattaa gtttgtgagc cggaggaggt aaggagtgtc 180 gacggcggag gaaatatttg aatctggcgg aggagaacgg ctagcgtcgg cagatcagac 240 aaaaatagct aaataatttg ggaattttgt taattttaag ttcgagagat aatgaggtgg 300 ttagaaccac gtgtacgagc cgtgatagct catgtcttga gatggttcaa cagttcacac 360 ccgaagttga tgagtctcaa gagccacgtg tacgagcctt gtttaaccgg gcctgcgatc 420 aatagtagtg ttgttagctt aagcccgtat atgtatggcc catttattgt ctcgagctaa 480 aagtcgcaac ttttttttat tgtttttttt tagtttatta taggcagacg ataacatttg 540 tcttattaat ttcatgttag gaggacattg gtaattttcg cttgtttttt tgtgtttggt 600 caatgaatat tttttttttt tatggagccg tgacgcaaat gggggtggct aggtggggca 660 aatgcaatca tgaatagcag ccacaataaa attaataaat tgatcgagta catatgtcat 720 aagataaatg gtcggttttg gatatgtaag gcgccggcat taggtggtat gactccacgt 780 atcttatcgt cgatgcattg gacggctatt aaataatcag tctccaacat aaaaattcca 840 aaatcacact tcacacattc ttttatcatg tcatgaggct taatgggtcg gtcttttttt 900 ttagtggcta gtgattttag ctgatgtttc aacattttgg ttttaagtgt ttctattttg 960 cagcttaaat atacatataa aaataataat ttaaagattg aaggtcctca aatcgtgtaa 1020 atgtggattt ttagtttgag aaagtatctc acatgagcct tttttatcat taattactta 1080 attacagtgt caaaatgatt gataaggagt tggaaaatac taggtggtaa tcaagatggc 1140 ccttggatgc tacaagagcg tagggccata gggcccattc cagaacaata tagcaaccac 1200 taagcatgtt tttgttttct ttaacattgt cttttctatt tggcaattag tacactactt 1260 acgttttgtg gtaggaacaa ataatttgta atcttggcac aaaccagtgc tttgtaactt 1320 tgatgataga aaaaatttat tcactagttc gataacgatt atcaatcatc ataaataaaa 1380 aaagttagtt tagacgatca tgaagagaga aaaaacagaa ttattggtac tatctcttaa 1440 tttcccaact ctgtaggtac actcattaat cattatggag aatgtcatag tcatggtaca 1500 taatgaatgt gcatggtgct tatggtacag atgttcttaa cttcttatcc tggctggcaa 1560 acgccagatc atctcaactg gaggatcatg ttttgttcgt aacagttagt aactaaccaa 1620 attagtgaca atcatgaggg attattaaaa acagacattg atctattttt gattagaaaa 1680 cattactgat aaaactacaa aaatagctgg aatggagcat tcaaaactct gtccaaagtc 1740 caaacggtta aattatcact gacccaatcc aataattaga tttatttagt aagtatgatt 1800 actacgaaga taacattaac aaaattttat gttattgtca atttgtcatc atcgtcttta 1860 ttttttattt ctcaactttc tttgcattac atcttccaac tatataatta accactctac 1920 Page 342 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttctcaaat cccacactca gagaagaaga agaagaaaaa aaacagagct ttacaatttc 1980 tctctacaga gatcgaagat atg 2003 <210> 314 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 314 gataaggttt gccacatggc aaaacgataa ccatggaact gcatctcctg tcttttgttt 60 ggttgtcaca atttgtcatt tttattggga tttattgttt tgttatattt tcgttttcag 120 tctaattgtc agcaattttc gcaaaagata tgaaattttg gatatgaaga gaaaatgcaa 180 atgattggtg gggacaacaa acgtggcatt atgtgagtgg ttgagcgaac aaacggctat 240 atgctgagat ggattggacg gtgacgatac gtttgtcgga gggatcgggt cggttagtca 300 cgcgcgccac ccattcacgt gtcacctttt gccaacacag accatatgat tttaacctca 360 gtggaatctc gacccacccc acaaaacggc accataactt tacaccctgg ttttagagag 420 tgatatacca acacaacaat tatgaaaaag ggttcgttta ggctttggtt actttatgtt 480 agtaatatca acttaaatgc taatttgagt tatgtgtgat aagatatacg acgaatcaat 540 ttacttatcg tcaattaagt ttgaaatgaa agtttgtgaa cgaaatagtt tatgcttctt 600 taatattgtg tcataatttt gagttccggc tctaacatct tcaagtaggg ttttgtttta 660 tgacacctca aacatactta ataacatatg ttggtgatag aaaactagac cttctagact 720 acaaaaatgt ttataatgta agagaatgac catatatcta tctattttga aaacaaagtg 780 ttttgacttt ggtgaacaag aaaaatgttc tctatatata caatgagaca ctcgaatata 840 accatgcatg attagttgga tttggagtga agaaacttag ccatgcttcg ttggagcaaa 900 ataaggtttt ggagttttgt tatgtgtttt caagaatgta aatgctgatt cgataaaaaa 960 aaaaagtgga cgtaagttat tttaaaatga tttggcatac aaaaactgtg gctttttaaa 1020 tctgaaaaat cgacaggcta tgatattata cgacaaaaag aagagagcac catattgatg 1080 atatagtata ttgggtcggt cctaaagaaa atgacattta ggtgatgggg gcggcgaggc 1140 taagttaaag taaacaaaaa aaacctccat tatttaccag aaaaacatat aaaaatttga 1200 ttgacataaa aactaataaa ttatttcaaa gttgtggttc tgatagctct ccaccatcac 1260 cactgattga tacttcctat tgctacgaga gataaaacta tgcaagttta tatgagtgga 1320 tataaagtct tgttttatga tatcataagc tagctaatcc catatcatta tcatgtattt 1380 atagacgcat gttcaataga tttggatcaa tctttttgtc atggacttgg tgcaaactat 1440 aacgttaaat agaataaact attctaattt aggatctaaa ataaactcga atcaaatttt 1500 aaagaaattt actggctaac ttatttgaat ttttcaaatt tcaacgattg aaaaactcta 1560 agtctgaaat taaactaggg ttcttgtctt tacgtattag taactatgta tgatattgat 1620 atatcaagca atcattaaat agaattggtt caaaatttat ttcaggacag ctagttcata 1680 Page 343 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcattttgt caaagctact tccctcataa taataataat cataactcac tcgtatactt 1740 ttatatccaa ttttttcatt gaaaatacaa actttcattc caaaaaaaaa cctcaataca 1800 caaaaaacca aaaaaacata taacgttggc aaaaatacta aaaatatttt ttaaaagata 1860 aagcaataaa aaagtataca aacaaattaa caagaaggag agctctcact ataaaacaga 1920 gcacatgttc ttctcactaa ccactccaac agagaagcaa aagaaaaaaa agctattgtt 1980 tgaaagaaga agaagttaac tatg 2004 <210> 315 <211> 2007 <212> DNA <213> Arabidopsis thaliana <400> 315 tcacaaacgc ttacgtctcc tctttcccac cgcctccacc aacattcatc agatcccaaa 60 gtcactcacc tcaatacggt gtaccagcat acaccacatc cccacctacc atctacagca 120 acaggagccc tccataccaa tactcacccg aggcggttca tggttcttac caaacctctc 180 cggtcagtta tccgacagca tatggtacct actgcagtcc ggtggctgct ccaccccctc 240 cagtttacca tcctcacccg caccaccacc accatattca gcatgcttac tactgattag 300 acaatgacaa aggaaaaaag aagatggtaa gtaaccaacc actgatctct ggtgtctacg 360 ttttgtctct acctcgtttt tgttgtaatc tctctttttt tatatcgtat catttgtagc 420 taacactctc actctttctg gttctgaatt agtctaccct tgtgtgttta ttaatctaaa 480 ttatacatat ctattcactt tcctaatgtt tcaatcaacg aatttagttc agtacttaat 540 agattcatct taaaccagga atgtttcact gtgattatgt tatgtatcac tgtttgtatt 600 ggctcattga aatcaagatt tcgaagtctc atagcaagat tcgttacaaa gtgttcgtat 660 tacaccaaaa aaaagacttc tttagtctaa atcaagaaga tgattagtcg ttggcagtgg 720 cgagctggag agacaagagt tcttcctcag ggatcatctt aatgtgacaa tcagaagttg 780 gatacgaagc acatagaagc gtgtagccac gttcaaccac atcatcactt agcatcccac 840 cactttgatc caccgttccg gtcacgagtt tcgctggaca agtcatacaa acaccgagat 900 tgcagtcgta gggaacgtca aggccagagt caagagcctt agatagaatc gtctcgtctg 960 gttcgacttc caattcagtc gtctttccgt cgtgctctac caccacttta tatgcccgag 1020 ctatgatcct tccggtggtg agaaagttcc ggcggtttgt tgttgttgag agtgttgcgt 1080 tacggagtgg gaaggagaag gaattggaga gataaggttt agggagagag attgtagaag 1140 tttgagtcgg gagaggaaga gtcgccatga gagacagaga gacggagaca aaagagtttt 1200 tgtgtcaagt gagagtgatg actgtttgtg gtgaatacgg agataaggtt gatcatcggt 1260 tgtagatagt ggtgggacat aaaaaccgaa aaccgactta aaccgaaatt cattaatgca 1320 ttaaaccgaa ttaaccaaga tctaataaaa tgaattttaa aattttaatt atattcgtaa 1380 ttaagggaaa tattttttcc aaaacagttt gaacaaataa attcagtatt atttttccat 1440 actcaaaact ccaaatcgga ctaactgaaa aaaagaaacc gaatgttcaa accccagtta 1500 Page 344 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggaaaatat taaccggact taatacggat atgaccaaat cagaccgaga agtagtaatt 1560 ctggtgacca accaccgcgt ttttctaaat tgatagcgtg tgccatgtga ctgacaccaa 1620 agagatcata tatctcatca ttcgaagatt ttattccata caaccgattt tctccatttt 1680 cttcaaaacg attcgggtca aggttattga ctttctcatt caggtatcat cttcttcctc 1740 gtcccatact ttttgattca cttgcttatt cctctgccgg tttcgattat atttgtttgg 1800 atcggataat tgtatgggct taagcttatt tcgctgttaa atctgttgat ttggtgttaa 1860 gagtgttgta taactggatt ggtgctcata catctggaga tttatgtttg atgattttgt 1920 atgatgtgtt tttggtttga ggatgattta ttcctttggt cttacttttc tctttttgtg 1980 aatttaagca gtgaagcttg aatcatg 2007 <210> 316 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 316 atagattata catagtttag tcaaagaacc aaccactccc attaatgaag ttagatgcag 60 atatggctcc agcagcatct tgagaatgac atctgtcaca agaacaagaa cacatgattg 120 aaaacaaaac caattgagac atctggaagc ttatgaaaaa ggagtcacta gtcacataat 180 gcttctctat ttcccacaga atgcaaagta gctaaagaaa aagtaacact caccaaaaaa 240 gaagcaactg tggaacccag atatcatctg aagcacagat tcctgcagat ctttatctag 300 ctcggatcta cctaagtcca aatcaaacct cgagcacaaa ctgagcaaga aaacctgaga 360 agctacgatt ccagctaagt aaccaacgcc acaggactca gaatcgatct ctttacgcaa 420 aatttcacta gcaaatggca tgaacacctc caaacaatcc tcaactctac aattatcttc 480 cacttcatcc acaacccaaa ctcgactcaa atcagcaaaa ctaaacccag agaccatcaa 540 cacatcatca tcttcatttc caggttcatc gacacagtac atgctaatat agctcacaat 600 cccttctaac aagctcaaag catctctcct cctagaaata actaaacgac tcaactggta 660 aacaacggga gataacagcg ataccttctt aacaccggaa aacgaatcgg aaaacgaaac 720 tatcagctgg aagaaacacg aagttaacct aacggaatca tcccggaaag ctaacttgga 780 agagtagaat ctgatggcgg agtagaacca gacgagctcg agaggtggtg gttcgggaag 840 atcgttaaga atacgagtga aaatggagtc gaaatcggag aaattggttc gtccgcctcg 900 gtactgtaac aagagctgct tgatcgagtc attgagaagc ggtttcagaa attcgaggtg 960 actctgaggt ctgggtttac aaatcggagg ttgcattttg ggaattttcc ggtgacagag 1020 aagggatttt gaattttggg aagttggaag gaaacagaga aaccctattg aaattcaaag 1080 aaaagggaac gaataaagag agggaatccc aatgttaaac ataaaaaaaa aatgtgtaca 1140 ttacattttc aaattgagtt cactccaaaa acgtacaaga ctactagtat atttgtttta 1200 ttttcattat ggcaaatacg ataaatgatt tataagtgtg gattaacgaa aattgctagt 1260 Page 345 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tactaaatga tttatgaagt aaggataaat gcaaatttcg aaaattggct aatcagctaa 1320 tttgcctaaa agaaataaag agaaaatgct atgacttgat ccatttttag cctttctact 1380 tcttttcttt ttggtcatat gaaactttat caatacaact tatgtagaat catcttaaaa 1440 tacaacttct aatcaagaga aacttaaacc gacagacaaa ataaagtttt cgtaattacg 1500 aaaaagtgat ttctccagaa tctaaaccct atgaacaaaa gacttaaaac gtcgtaaata 1560 cgaacatgaa tttttaaaac aaatagaaag atttttccta attatactgt tatacatcat 1620 gtgatttctc caattcatat caaaatacaa ttggctctac acattccata taaattttct 1680 atctattttt ttttcttcct tttcttgata tcacgagtca tacaaccaca atcaaaaact 1740 taatactttt aaagatttga taaattttct gtctaaatag tttttgtaat gagaaagtta 1800 caagagtaaa ttattattgc caagtcattg ttttatgaaa taaatgaaat actgtacaaa 1860 aggtgaaaaa aaatgatacg attacgagtc atataaatac ttcgccacct gcgtttagta 1920 aatggttaga gactcgtttg gttatcacaa ctccacgacg agaggaaaaa aaaaactcag 1980 agagacaaat ctaaatggcg atga 2004 <210> 317 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 317 ctactggaaa gaaaaggttt gaaataaaac ttatgtgatt gttacaagtt ttctggatac 60 agacgttatg ttgcataggt taatgatctt attttacggg gtgagataag acggtttaat 120 agattatttg attcgtgaaa cctatgcata gttcttgtga atgacaaagc agttccacat 180 atggagtacc tttggctgat aatacttatg catatgtttc gttttctgtt ttttatgtga 240 acttagcgta aaagatggca gaagcctatc ttacggcgtt tacaggtttg tattatttat 300 ttccatttga aacgatcaag gcctatgttg gaaaggcatc ttacctcgat tatttagtta 360 atgttttgct tcattgtttg gaacagcctc ccccaccggt taatgacacc aatccctata 420 atgtgtttag gccaagggag aaagttcaca gactccacac aagaagggta ggctgtcttt 480 tttatgcatg tgcgacattt tttctattaa aatccaactg gagaaagaaa aatagtgata 540 aggctttact tcatcttcag atgcagagga gagaaaacaa tgtgcagtca tttgaaaagc 600 ttcgacaggt gagtgaggca cctgaacctt tatggttctt taatttcctg aaatctgagc 660 aatttacgtt tacagtgcct tcttttagtt tctctctgga caacattgtt ttttctgctt 720 gttaatgatc tgttagtgat tcttttatgg ttttctattg gattctgaat acatgggata 780 tgttattatc aggttagacg caatctaggc caagcacaga gcattctgga ggctctcatt 840 aaggtgttct atatgacagt tttagtgttt atcttaacaa gcggattgca ttctccaaag 900 ttgctaattt gatgttaccc attccgtaga gagaagagaa gaagagggat gtcatggaca 960 gtgaggttag ccttcagaga atccaactcc aatacagggt acttacttct acttcctcta 1020 aaactctctg ttttccgttt tccgggtcta aaattgtttt tttttttgca gcatgaaaca 1080 Page 346 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagctcttgg aagatagctt ggctatgcct ggatttcaac ccactacaac atcatacaaa 1140 tttggctcaa gcgatgatga actgatggac tctgatgatc acaccagtac tcgtgtacgt 1200 acaagacctg cggttattcc tagttctcgt ttcaccaact taaatctgaa tgcatctcat 1260 cccggaggca tcaaacaaga agttagaaga cgacagtcac agcatggatg gcttcacaga 1320 ctggtaaaac cttctcttac aacacctaag ctctctctag ctactataat caatcattta 1380 agcaaacctg taatgatttt gttccttagg atcctaatga accggtaatg ctattcacaa 1440 aaccgctggt tcccgataaa ctggcagctg cagggattgt tcctccaaca ccggattcat 1500 caccaggtca acctccaagt cggtttcagg ggaggattgg gcgtggtggc cgaattattt 1560 tcgatagatg gaatccgttg atgcaatctc acattaattg tggaaactct tattacattg 1620 ctccaaatca ccggtctacc aacttcgatt gagatatttt cacaatcttg ctttgtaaag 1680 aattttccat caccaatggt gtatgcaata acgattctca gctaaataag ttttagcact 1740 ttgtaactaa ctggttattg tgtgtatttc tgtttatttt cggttaagga aagaatctgt 1800 ttaattcaaa atccggttct atcggcggtt tggaaaacca aaaactattg taccagggac 1860 caaattgtaa taatatcttc aactcaaagg acaaaatagg attttagggc tctttattga 1920 ttttaatcgg aagttcaggt ttgctcatca atcgcagtga agaaggaagg aacctaaatc 1980 ggaatttggg tgctccatca atgg 2004 <210> 318 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 318 gcaatcgtgc tatcggttag agatggtata actaatcaaa tgatcatcaa gattcaacat 60 tactaatgag tttaactact gcaaaaatct aattcttgct ttgttttgtt tgtttctagg 120 agtaaaaaca ccttcaagag attacgagat acaaggatca tcattgagca aactttttac 180 catcacagga gcagccgcaa atctggtttt cgcattcaac accgggatgc ttccagaaat 240 tcaggtgact tttccctaga cttcaaagtt caattgtttg tttgtgtttg cttttatgta 300 ttagtgtacc ttttgttcaa gtaaaacctg catcttaaac aaagtttgtt tgttaatcat 360 attgacacta taatttccac aatgttaggc aacagtgagg caaccagttg ttaaaaacat 420 gatgaaggct ctatactttc aattcacagc gggtgtttta ccgatgtacg cagttacatt 480 catcggatat tgggcttatg gatcctcaac ctcgacctat ctactaaaca gtgttaatgg 540 cccactctgg gtcaaagccc ttgctaacgt ctctgctatc cttcaatctg ttatctcttt 600 gcacgtaagt ttcttagcgc caagtctacg cttttttaac aaagactgtc gtctctaact 660 atatgtctga ctcaattctt tgttgtagat atttgcgagt ccaacatatg agtacatgga 720 cacaaagtat gggatcaaag gaaacccatt tgcgataaag aacctgctgt ttaggatcat 780 ggcgagaggc gggtacatag cggtaagcac gcttatctca gcgctgttgc cgttcctcgg 840 Page 347 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgacttcatg agcctaactg gtgcagtgag cacattccct ctcacattca ttctagccaa 900 ccacatgtac tataaggcaa agaacaataa gctgaatgct atgcaaaagc tatggcattg 960 gcttaacgtt gtcttcttta gtttgatgtc tgttgctgca gccattgcag ctgtcagact 1020 catcgccgtt gattccaaaa atttccatgt ttttgcagat ttgtaattca ttatattata 1080 tagtcaattg tgtatccttt attcttaggc aggtttattt ctcctgtaag cttgtattct 1140 ctctctattt gtcttaccat tagagcctaa ataaataaat caagttctaa aatctaaaaa 1200 gcatataaaa gaccactttc atcataatca ttctgaaaat ttaccaacaa agaatactaa 1260 gttgcatgat taaagtctct attagaaatg taaatcatag tattagagaa gaacataaaa 1320 acacctaact taaaaaaacc ttaatttagt gagatagaga agagaagaaa cagaattgtt 1380 gttggtttaa caaaaaccta atctttcaat gattagctgt ttaatttgaa attataacaa 1440 taatttagac aggccaaagt ggaaccccac tgtctccacc aaagctctag ataaaaaaaa 1500 aaaaacgaaa gcgttagata ttttttatca atcgtgctcc gtaatcatta cctttcttct 1560 tcatcttcat cttcacgcag cgacttcttt gattctctct ttttattctc agctccaatt 1620 tcaacctgca tttctctctt ctcaattttg ggtttctttt tttgatatct catttgatca 1680 gatcgacgaa gaggtaacca ttttgccgtt tgttagttct taacgatttt attctgttaa 1740 aaatcagatt tttttttgca atgcttgtag aaaaagattc gatttttgtg tactgattga 1800 atcaaaatat gtggttatgg atccatggat tgatttgttt gaactgatgc aaatggctaa 1860 tgtgaaaagt caagaatgtg ttaatgtagt tttttttgtt aaacctcttt gtgttgttgg 1920 gttttgaaat gttgttgtta cagaggaaga aggtttgagc tgagagatct ttggaggtag 1980 aaagaagatc tcaaaaacga tg 2002 <210> 319 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 319 ccaggtgtat aatcaattat atcttcacag attagtattc ttaataaaag tgagacaagt 60 tttggtagaa tctcacatcc cataaacgaa cataaccgca gccaaaatac agcatatcac 120 caatgtgcac agcccaaggg gccaagacaa aattagcaaa taaatcaatg cccctgtacc 180 ctaaaagaaa gaaggtaaac atacattcag aagtcaacca tgcaaaaaac acacttcagg 240 cgagatggaa attatattgt agcagaggac ctgaagaaca ttgcgaaata tcatgttcag 300 atcatttccg atgaccctcg agacttgctg acagtctgag ccaagtctgc ttgttaagtc 360 accaacagtt tgagagtcga aaaatgatat atcctgatgc aaaatccagc caagttaacg 420 aaagtagcta aaaagatatt aaaggtaaac atgagctacc aagattcaaa acagctagaa 480 actttcagga cctggaagag aagagtggag tatagtgttt ccctcattcg tttcacctac 540 agagtagggt gagatcccat catatcatgt tctgagaagg taagactact gagtagattt 600 aagcagaaaa taaaaaggaa ctcacaagta tcatgttagc aatcccaaag aagcatcctc 660 Page 348 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtatgccact gaaattatga gttgaacaaa gagtcagatg gaaatccttt tataaaagaa 720 tctcaaaaac aacaagttgg ttagacagca agagtaactc tctaattcaa cttgaaacca 780 aataaaacca gagacaagtg tttgatcata caagatcttg acctgcaaat gcctgaagta 840 acacataacg taaccaagag cttgacattt cgatgaaaca cagcgatatc accactttgt 900 gccgagaaga tcgaagctgt taaaaaatgc ggaatagtta tctctgaaag ctgtaaacaa 960 gtaaacaaaa tgtataagaa aaggacgatt ctgattcctc attagaacta agaatttcta 1020 agtagagatt cagaatactt ctacaaatac ataaccaagg aagaaccacg caccgcggct 1080 actataagag tggaaaacgc agcgaagata acccaacgat cctcagccac aagttcccac 1140 atccgactta acgcacgcca aacagtcaca ggcttagcaa tgaacctacc atcaacttca 1200 tcggagaaac tccaccagct tccacctggt aaaatcgtcc ggaggaaatc aatacattgc 1260 cggattttct cagcaagtga aacgttatct ccttctcctt cgtaatattc cgcagtttcc 1320 gctactgctc cattcaccgt cgagcaatta atcgaaggca gacgataatt tctagttgaa 1380 gattgaagag aaaacgacaa tctcgggttt ctaacgaatc ggagattctt ccttctgata 1440 gtgtcactgg tggtaataac agaacaccgg tgaagagaaa cgcggatggg gcggctcgtg 1500 cagccgagta cttgctgagc catttatgtt cggtggacta aagatgaaga agcttcacga 1560 gtcacgacgc ttcaagcttt ttccttggtt catatgaaat gcagaagaag aattaaaacg 1620 cgtcgtttcg aaattgaaga agaaagacgt cacgtaagga agaatcgtgt caaccaaaat 1680 aaaccgaggt ggaacccacg gagatccacc accgaaggca tgaaccacat ggtaacaaca 1740 acaacaccgg cgcgtcagaa aggcgcgtga aggttcaatc atgtggttgt ggtagatgat 1800 ctctcttccc cctctacgat ataatcgggc ctaaaggccc atctcgcgtt ataactaaat 1860 agcccaaaat gtcgtaaacc ctagagggta aaataggaaa cgtaaaaatc cttatcgtct 1920 ttataaactc agtgatatct taagaaaccc tagccgcaaa gagagaaagg gagggaggag 1980 agtgtagcag atcggcgaaa atg 2003 <210> 320 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 320 acgttaagtg gctccgtcgg tcttaacggt gttcctttac ccgttaacac tctcttcaca 60 agtccggcgt tatacgccgc cgcgttagat tcgcttgcac caatctcatt ctcatctcca 120 acggaaggcc accctgtttc cgtcaccatc accttaacgc ctttaaatcc gacggcggac 180 aatgccgcgt aaacggcgtc tatttgagcg tcaaagagac tgttgtactt caatccggta 240 ccggaatcta tattcccggc gttttcttta aacagagcgt agtctaaaga gattttatcg 300 gcgtttgctg cgtaagcgaa aaacggataa gcatttacca taagatacga cgacgtttgt 360 tgaagcagag caagcattgg tttaacaacc ggttcgatta attccggttt aaaagaacca 420 Page 349 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaggaaggcg ggtacgaatt agcaagcgcg ctaagagcaa taggagacga gatcttgatg 480 gctttgtcga gtttatactt aaccagagag gtgtgaatgt tcttcatcgc attgacaaga 540 tacggcgtga tcgtcggatc gacgaatact tcgttaccga cggcgatagc ttcgatctcc 600 gtcgctggga agtatggcat tatgtgggtt ttaatccagt tgtcggcgaa tgattggtgg 660 gaggcggcgg aggagagaag ctcgttaggg agagcgacga ttactttgat tttggaattt 720 gcaagtgcgg ttagtacatt cttatcggtg tcgaagattt tgatacggtt gattccttga 780 gatttcagga ggttcactac tttctccggc gacgggagat tgttagctat ccgaccataa 840 ttgactccga ccattccaga atctgtggaa acaaaaacaa aaaaaacgca aaataagaac 900 aacgtagtag acacggcaaa tacagagaca gacataggta tatgaagaga ttaaaaacta 960 acgtgcgtca atggctgaga ggaaggaaag aatcagaaaa taaggtaaga aagaaacggc 1020 catggttatt ctcgagtgta tcttcagaaa cagagcatta aacgcataga tgagtgtcgt 1080 ttgatagtta tggagacgaa ggaaagtttt tgttgcgttt gggacggagc tggtctacag 1140 tatttatacg atttaggtgt aaacaagtgc caagtggggg ttgtgggata actaataaca 1200 cggaagaata gctgaaataa tagatttaac taaaactgta taattttaaa gctctattta 1260 tagcaaaaag ttttacttta ccataatctt cagttaaagg aactctctat aattttgatg 1320 tttttctaac atatgaatgt tttcatagtt gattttggtt ataacagaaa cctaacaaaa 1380 accttgactt ttattgtttc ttaaacaaga gtcaagacct aggttcttta tatgttgcat 1440 tgcgcatatt tcgttaattc atcatcattt ctttcttttg tgaagagtgt gtgacagact 1500 ttatctcctt caactaatca ttttgttaat acacaaagtg acatgattta tagatttaac 1560 aatttattta tttcttctat gtcaaattgt caagtcttca acagatgatg aaatcatgga 1620 gagtggtgga taggaggact cacgtcacgt gagatcagga actgcaacct aaaatattta 1680 accaaatgaa attgtctagt gggttagatg tggcccaata aaaatataag cccattataa 1740 cgaaacgaca gatttgaaca taactagcag ccgttggatt aaaagagaac ctagagagaa 1800 tatgaaccgt tggatagatg ccctacgatt tatgatagag aggaatccga tgcgtccaag 1860 tacaaaagcc acggccaatt agagagattt tcagagtcag tctttttata ttcatctctc 1920 agcatcattc tttgattgtg tgaatctctc atcgttctct caaatttcgt gtttttgtaa 1980 ccggacggag aacctttcac gatg 2004 <210> 321 <211> 2006 <212> DNA <213> Arabidopsis thaliana <400> 321 agctctctga ttgtttttag caatttcgtg gaaaagaaga aggcatgctc cagctgatgt 60 atagatagag agagagacca gtgttcctag agagatatca ctaatgtgaa aagtaaatca 120 tattgtttaa aggtattttt attctttaag gttcatggta ccaaactagt ccaaaatctc 180 agaattttaa atacgactta tggttgaaca aaaaagattt ggaataaata attacacact 240 Page 350 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtcaatagt gattggttat aattttgata cattttattt gttgattttt gacaaatggt 300 ggacatgagt catgagtgag tcacggggag gcccaatttt gtcatgtagt ggagcagttg 360 agagcctttg agaaatagaa tttgattctt ttaggcccca cggctacgct accgtgacag 420 ctcgcctcga gttatccgct tcaacggcac acgtatcttc taaacacgtg tcaatctttg 480 attggttaat atagcgtgtt ggcccatctc tgttttatat tttgttgttc cgcaaaagat 540 aatgtcaaaa aataataaag aaacaaatct ctaaaattaa aataatttct acttgcggcg 600 aaaggaaaaa gcaaatttgt taaaatagtt ggggctattt atctgcggtc aggaatggag 660 atgctcgcac ctaccgattc caacgtaagt aaatggttga agggtaattt gggtaaaaac 720 ctcggaacgg caaattggaa ataatcaacg gctcagatag cttcacgcga tataaacgct 780 aaggtataag gtcaaatacg taattgtcag ggagcataac cctagtactt atataaaggc 840 actctttcta cctttctttt cctcctcacg aacgcatctc attgcttcat cattaccaaa 900 tcatcaactt aatcgtttct ctcaaattta gggttttctc ttttctcgaa agtcttgcgg 960 ttttctgaat catctctatc tggtgagtct cttttttgaa ttgtagatct gcgttttctc 1020 tctgtagatc tgttccgtcg ttgaggataa tgttttttaa tcggtgaatt ctgggttttt 1080 ttcaggtttg agggtttcgt ttgatatctg gagaaagggg tttctggaaa caaggagttc 1140 ataattcgcg atcttgatct atcgatcttc atttatatat gtaagtatct ctcacgattg 1200 acgtcgttct tcgattgatt cattagccta gctaggttag atagacatcg ttcttatcgt 1260 cctaggtttt ggtataagag attgatattc gcatgcatgg ttaggttgac ttatacctga 1320 aaccaacgac ttggtttcga tttttgtttt gttacatgta tgattgccta ttgtcttagg 1380 ctttgttttt agttatggat ctgctataat aattggtttc tactcatcat tcgagatata 1440 caattgaaaa ttgaatggtt cttatggttt atagattcgt attgtcctga taaacattgt 1500 tgtgtgatct tttgaatacc tggtattttt atttttcatc tgatcttttt cctttggatt 1560 tgttttgtct aatacagaaa agcgtgaatg agattatgat ggagtcgaaa ggtggtaaaa 1620 agaagtccag cagtagtagt tccttatttt acgaagctcc cctcggttac agcattgaag 1680 acgttcgtcc aaacggtgga atcaagaaat tcaaatcttc tgtctactca aacgtgagtt 1740 tcctctataa tgctatatct gatttcttca atctctatgg tatccattat gtagtctctt 1800 cttaactatg ttttgctttt tgttgcagtg ctccaagagg ccatcctgag taccagcgtg 1860 caccgatctt cataatatag ttatagcttt ctttactttc cagtttataa ttttcttctt 1920 tcaaagctcc ttttctgctg gttcccggat ccaatcgttc tctcctccta ctacaagtcc 1980 tgtcgctcac acaacaaggc gagatg 2006 <210> 322 <211> 2003 <212> DNA <213> Arabidopsis thaliana <400> 322 Page 351 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caggtaactt gtgggtcttg cttgagactc acggagtttt cacctatctt tcaatagttg 60 actttttcac taaataacaa aactgtttta aaatagtaac taagtggaga tgcggggtat 120 cgatccccgt acctctcgca tgctaagcga gcgctctacc atttgagcta catccccacg 180 atgactattt attaaaatat tacaatattt aatactttca acgtgtaact gatgcaaaat 240 acgagcggtg tgtgttgaaa agggactaat gattgagaga attggagata atgactaacg 300 atattaatag agaaatcaga aactaaagtc ggatactatc taatcagtaa agtagagatg 360 tgtgtgattg actaaatttt agaatagtta tgttggaaag agaataaaga aaagttagga 420 ggatctaggg taaaattttc agtttgtatt aagtaaaata agtttttact cttactatct 480 caattggagg gatttttttt tctttctttc agctgattag tgtagtatac atcaagctaa 540 aacaaaagta atttgttttt caatccacta ttgttacgtc aatagacatt aatagttaca 600 ctctacatgt catgaatttt tgtcatttca tgtatagctt ccatttatat attaaaaaaa 660 aaaaacatat tagaagaagt aaatacctaa tagataatct ttactttgtt tattatttat 720 gattggtgta ttcagcttat aaaataatta atatgcatca tatttgtttt tacaaaaagt 780 acattgaata tcatatgatt tttagttttt tttttttttt tcatttaccc tcgatcttac 840 aacaaataat aagtccagtc atacgcacct accaaaagaa ccaattgagg catgtggttc 900 agtggttagc taaacggatg ggctcattct ctcacgtttt attttggctc cacctaccca 960 cttcaaacca ctaaccatct ttgtttcatt ctctacgtct ttccttcatt tgattttcct 1020 tttctcataa aaaaaacaaa gcatcatcaa tcaattttat ttttattatg ggatcccttt 1080 ttattatatt caacgaaacc tagttctttt tcttaaacgt caaaaacaat gagttctttt 1140 actaattgac tgtttgagtt tagaatctag ttttgaaccc aaaaaatgat acttatataa 1200 cttcatggaa aactttgatt ctaaatattg tatgtagaag tatcctcaat atacaaagta 1260 gatttgcatt gttcgacttc aatgaaatga catatacttc taattgagtg agatagaaat 1320 atctaaatgt tttattttca tcggttgacc agatattacg acgttcttac aagagttttg 1380 aacccaaaga tgggttaggg tgggtgacat ggatagatat tgacctgtgg gctctggcca 1440 atcaactccg acaagataga aatatctaag ttattattat ttggtaacaa aattgtatat 1500 tatccacaca agagtagcaa ataatttgtg ttctacaaaa tggtgacaat attcattttc 1560 aaagtaacaa ctaacaagtg ttcagttcac atttttaaaa atcaacattc aaaaaaataa 1620 aattcaacag attgagattt tgatttcata caacattaaa attcttaata tagaaaataa 1680 aaattatatg caaagaggat aagtaatatt aatgttggaa aatcagtttt caataccagt 1740 aatattttat gtaattagtt ttccgaaata gttatatctg ataaattttg tcataatttt 1800 tttgattgta tggatttgat aataacacac gtttccacca atcaacaacg gaaacgcaac 1860 gccacgttcc gccacgagtc gcgattctct ctcactctct ctcccatctt tctctataaa 1920 acttgtgtcg tggacactct taaaacttca ctcaacaaag cttaaccata aactgtgagt 1980 aaaaaagaga agaaagaaaa atg 2003 Page 352 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 323 <211> 2008 <212> DNA <213> Arabidopsis thaliana <400> 323 agctcaggta acttgtgggt cttgcttgag actcacggag ttttcaccta tctttcaata 60 gttgactttt tcactaaata acaaaactgt tttaaaatag taactaagtg gagatgcggg 120 gtatcgatcc ccgtacctct cgcatgctaa gcgagcgctc taccatttga gctacatccc 180 cacgatgact atttattaaa atattacaat atttaatact ttcaacgtgt aactgatgca 240 aaatacgagc ggtgtgtgtt gaaaagggac taatgattga gagaattgga gataatgact 300 aacgatatta atagagaaat cagaaactaa agtcggatac tatctaatca gtaaagtaga 360 gatgtgtgtg attgactaaa ttttagaata gttatgttgg aaagagaata aagaaaagtt 420 aggaggatct agggtaaaat tttcagtttg tattaagtaa aataagtttt tactcttact 480 atctcaattg gagggatttt tttttctttc tttcagctga ttagtgtagt atacatcaag 540 ctaaaacaaa agtaatttgt ttttcaatcc actattgtta cgtcaataga cattaatagt 600 tacactctac atgtcatgaa tttttgtcat ttcatgtata gcttccattt atatattaaa 660 aaaaaaaaac atattagaag aagtaaatac ctaatagata atctttactt tgtttattat 720 ttatgattgg tgtattcagc ttataaaata attaatatgc atcatatttg tttttacaaa 780 aagtacattg aatatcatat gatttttagt tttttttttt tttttcattt accctcgatc 840 ttacaacaaa taataagtcc agtcatacgc acctaccaaa agaaccaatt gaggcatgtg 900 gttcagtggt tagctaaacg gatgggctca ttctctcacg ttttattttg gctccaccta 960 cccacttcaa accactaacc atctttgttt cattctctac gtctttcctt catttgattt 1020 tccttttctc ataaaaaaaa caaagcatca tcaatcaatt ttatttttat tatgggatcc 1080 ctttttatta tattcaacga aacctagttc tttttcttaa acgtcaaaaa caatgagttc 1140 ttttactaat tgactgtttg agtttagaat ctagttttga acccaaaaaa tgatacttat 1200 ataacttcat ggaaaacttt gattctaaat attgtatgta gaagtatcct caatatacaa 1260 agtagatttg cattgttcga cttcaatgaa atgacatata cttctaattg agtgagatag 1320 aaatatctaa atgttttatt ttcatcggtt gaccagatat tacgacgttc ttacaagagt 1380 tttgaaccca aagatgggtt agggtgggtg acatggatag atattgacct gtgggctctg 1440 gccaatcaac tccgacaaga tagaaatatc taagttatta ttatttggta acaaaattgt 1500 atattatcca cacaagagta gcaaataatt tgtgttctac aaaatggtga caatattcat 1560 tttcaaagta acaactaaca agtgttcagt tcacattttt aaaaatcaac attcaaaaaa 1620 ataaaattca acagattgag attttgattt catacaacat taaaattctt aatatagaaa 1680 ataaaaatta tatgcaaaga ggataagtaa tattaatgtt ggaaaatcag ttttcaatac 1740 cagtaatatt ttatgtaatt agttttccga aatagttata tctgataaat tttgtcataa 1800 tttttttgat tgtatggatt tgataataac acacgtttcc accaatcaac aacggaaacg 1860 Page 353 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caacgccacg ttccgccacg agtcgcgatt ctctctcact ctctctccca tctttctcta 1920 taaaacttgt gtcgtggaca ctcttaaaac ttcactcaac aaagcttaac cataaactgt 1980 gagtaaaaaa gagaagaaag aaaaatgg 2008 <210> 324 <211> 2002 <212> DNA <213> Arabidopsis thaliana <400> 324 gtgcatatat gatgcgcata attagtgtga ataaggccac atatgatacg catatatgat 60 cagttgttcc aaaaaacaat attagcggtt gcatgaacga gaaaacagaa cccacaagga 120 caattcacat ttcttgagct atactatata tagttagtat aacgtggaaa cggaaaaaat 180 aatcacaaac gaaatttttt gctttcattt gcgtttcacg tttacttata gaaacaatcg 240 aatcattaaa gacagaacat accagccgct gcagcgccaa caacatcgtc tctagagtcg 300 gcaaagttaa gaagaagcct ggtccgagat tctggacgag aagagtaaaa gtctgagaga 360 gacatgttaa tggcgagcaa gctcaagttg gaggcagttg tcccaacatc agtcacaacc 420 ccaacattaa ttacttggat tgtcgtattc tgtcccttcc ccaatttcac gccgaagata 480 aaaacgagaa acactaagac gacgtcgttg agatgtctct tcatttttct tttgtttttg 540 gttttggtta agtaccgtgg aatgtataca tcttgaaaat attttgaact catatttata 600 aatggataag atttaacgcc aaaaggtgtt tggttcgaag aagtttttgt ttttagaagt 660 aaattataca tattaacgac cctttctgct aatgacgtaa tataaaagtt acatttccat 720 aagaaacatt cttttctttt ttgtttaatt gaagatataa atccttacat catctcttgt 780 caaaaaccag catacaataa agtacttatc ttattaaact attaaataac taataatatg 840 gttgaaattt taacaaaata ggtttttatt aattaaccag tactggacta acgtaccttt 900 gcaaaattaa ctttttttcc attttaactt gacaagggca ttattggacc tccctacaca 960 cgcatgcatt tacatagtag acgttataac tcccatgtta acatattaaa ctcatatcat 1020 atgttatatg tgccacaaat taaatctctg ctcaagtggc cgcaaatttc agtatctcat 1080 attttctgtt ctaacttaaa agttaacacg gttacttttc attcctcggt ctcaagtctt 1140 tcgtgatcca tccagttttg tataaaaaca caaaagtaac aaaattatag atgcagcaag 1200 tcgcgggtag tggtgaaaaa taagtttcat cagtaaaact aaataaagaa agcatatata 1260 tatgcctttt gtaagtgata tcatgcaacc ccgtttctga ttaactaata ttacagaact 1320 agatgtaaaa agagaagaca aatatatttt acttatctaa catacagttt ttaagttttg 1380 atataagaaa aacattgttt aattaacaag acgaatgtag tagtaaaaga cattgcagta 1440 aggcgtaacc acgtagtatt cattcaccat cacccgtgac ccgaaacatt ttattttata 1500 tcgttgaaat gacttggttt gtaaggaaga gagatagtca aacaacaaaa agaaagaatt 1560 agtcagatat cgtactcccg gaaaagaaaa taaaaaacga ttccgtgatt gaaacaggtt 1620 Page 354 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcttaagaga ataatcattg gcagaaattt gtttaacacg aactttttta atcaaggcca 1680 agttgcaaaa aaaggtcaaa caaaattaca cattattttg aggagaaaag gtttatatat 1740 atatattttt tatttttttt tgaacacgga aggtttatat atatatatat atatatgtat 1800 caaattttct tcaaaataaa ctaatgctat gttttttctg tttgaaatta ttatttcatg 1860 aatttaggaa gaagaaaatg ataaaagggc catcgggccc ataatcgcag aaaacggccc 1920 atataaatcc accaaacgaa tcttctctct tggtataaat atgctgtctt gcgttacaga 1980 gaaaccctag acgtcgaaga tg 2002 <210> 325 <211> 2005 <212> DNA <213> Arabidopsis thaliana <400> 325 gtacaaagtg gttaagctca cgatgagaca agccatggcg gttcgcagag ccaggccaag 60 tcgctcgagc catgttgtgt cgcgcattct tttaacggat tgttgtttta gtggatttgt 120 atgtaggaat acttgttaga taaagatgat gagatgaagg ttatggtgag caagaagact 180 acgtatatat aaggtgtgat gggatttaaa gtggcaacgt caaagagtta agacttttga 240 gcagctgtct tttaactcca agtactttca ttttctatat tgtgtagtta ccaaaccaaa 300 ccagtctctg tactgcatct ggttagtttc ggtttaggca gtgcctcata catcaaagga 360 gggaagagac actgatattt caaatagttt gggttaaatt aggccatgcc atatacaaat 420 agttggaagg gaaactaatt ttaaccgaat ggattacggt ttagtttggt ttaggccatg 480 cccatatatc cggtttcggt ttgacttaca ctgttctagt tttggtacca atttcaagtt 540 tgattgtgtc ttcttatttt ccgatacttt tcgtatatat cgaagaaaat gtaactggtg 600 ataaaccgaa ataaaacttg aatcactttt tggatacagc ttggtcagat taaaccaaat 660 gggacatctc taaaattgag gcacgtatag gttggaaacg agtcaaaacc agctggtttc 720 atactctaaa actaaaacat aatggtttca aatactaatt gataaaacag tattttctac 780 aagtttctcg agagtttaaa atgttataat ttctccacgt aatcgacctt tcatttctcg 840 atttaaaatg tggtagaccg aaaaaagggt aagattaaat ataggaataa gacaaaagag 900 aagaagaaga agtgatatga aagacattag tctcatcaac agttcgagtt caagtagaga 960 tcgagagcat taatcacaag ctgcacgctt catggttagt attgtttcct cttcaccagg 1020 taatttccat ggcataatca atttggtcct actctatcat atacttggta cttgtacacc 1080 tattttattt ccaatttgtg gctacaaatt tctgtgccac aaaaattcgt ttttttttca 1140 atagaaattt taatctgaaa atgagttccc tttttttttg gttgagtttc tatattggtt 1200 atttcattgc atttataaat tattttcttt gagaatgtta aagttattac atagttacgt 1260 tacgtatacc gtccactttg catgcttctt ccacgtattg tttggggctt attttagcta 1320 tcaaaagagg aaacccaaaa ctctttactc tctcgtcaat ctctttcaat tgtgtgtaca 1380 attctttggg cttattgtga atatagctcg agcaactcaa actattcaaa ctcatggacc 1440 Page 355 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtcaacaa ctgccctgaa ttatcatttg tgtaaaaggc aaaaacctat gcagcataca 1500 ataaataaac acattaactt tttcttgttt ttcaaatttt ctccaagata agcccattgg 1560 gcctacagct agttttggga aaaaaaacag aaaaacgaaa aggaaaaaag ctatcaatga 1620 gtcactgacg gtgaacggtg gaccgactca aagccaatga gaacgcaaga aaatgttgag 1680 ccaatgaccg acttttgatt atggactaag ccatcgaacc gaacattctc gaaccttttt 1740 aaacggcttt ccttatttgt taaaggaaaa ggaaaagtag gagaaaagaa tcattcctgg 1800 accgtcagat ccaactccaa aagatcgtgc ggttacatag cgagccatcg aaccttctcg 1860 aaactcgagt acaagactct atatagactt ctccttcgac ctgatatttt ggaaaaaaga 1920 aaacaaacct agccgcaatt cacaattcct ctttcacaat ctttctttcg attttttagc 1980 ttaatcctga gtagcgttaa caatg 2005 <210> 326 <211> 2004 <212> DNA <213> Arabidopsis thaliana <400> 326 acaatagatc aaagctatat atccggcaag tcaaaattcc tctgcatttc tcgcatttca 60 cacataccta ttcaaaaaga gctaccatca caaacataaa aaaaagtcag agaagcctcc 120 aacaataaga agtcagaata caaagggaaa catataactg cactgtttat taacaattgt 180 cttgtgaatt cgtgttatac cgttacttaa taacaattat aaactataaa atataatttt 240 tctttaaata gatacaagtt gtaaacctta atatatacta acgttaaaat cgcctagacc 300 aacgtttgga catcaatata gaatatcagg ttacatcaat gtatcaaatt caatatgaaa 360 tatcaagata ccataacaat aatacagaaa tatcaaattc aatatgaaaa tctgattttt 420 gctttactat tagcagaaaa ttcatgatct ggacataagt agttagtaga ttagcctaag 480 ttagtaaaaa ttaagttaca aacctaaaaa acaaatttgt cacaaaacta gaattttttt 540 attttttgga atacgggtta aatctttaat ttattatttt tagcaccact tatcaaatca 600 gtctgattag aaaagattat ataaaatcaa aaaatatttt gtggtatagt gctacttaat 660 aataattgta aactataaaa ataattgatg acaattatat aaatttttta aaaatcgtaa 720 aatcaacgca attggcggga aatttttcta caaaaatttt ctactaaatt acggaaaaac 780 cgtaaaatca ttctcaatcg tctactaata tttattgtct aaccattttc tttcttgtgt 840 tataattttg aaatgtgata aaataaagag aatttataat aaatgattat agatttgaaa 900 agaatgtaca aactaacctt gagtcacagt agcttgtcgg aaacatattg gagaacacat 960 gtaattacat aaatatcctt tgtaacatgt tttttttccg aaatacatgc gataacataa 1020 tatctctttt tatcttgtta ttttctctta ttacatagta tttataaaaa gcacatggta 1080 ttttatggaa aaaacattct attcagttta atatctcttt ttatcatgat attttgtagt 1140 aatacacatt ttttattaag atcacacgtg atttctttaa aaatatattc ttatttttta 1200 Page 356 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtaatacacg gttttattaa aatcacatat aaattttttt taaggattat gttcatgtaa 1260 gaaaatttca taataatgtt ttttcttaaa aattcatgac gtttttttaa atagcatgtt 1320 ttaaaactaa atataacatg tgaaatttta atgttacatg ttattttgaa aaattacacg 1380 aatgtgtttc gtttacagtt catcttacaa caaatgaaag gtagctttgt tatttcattt 1440 cttccgacaa catgggtcca tggttatttt gtaacaaaaa actttctctc tactagtttc 1500 ttaatttgta tgttttattt ggttatctaa tattacccta aaataaactt agcaaataga 1560 aaatgaattt tatcaaattg cctacaccaa tgtttggata tcaatgtata atatcaggtt 1620 acatcaatat atatcatacc aagataccat aacaataata caaaaatatc aaattcaaaa 1680 ctattagcag aaagttcatg atctggacat aagtagttag tagattagcc taaaatagta 1740 aaaactaagt tgcaaaccta aaaaacaaat ttctcccaaa actagaattt cttaattttt 1800 tggtctgaga aattaaaaga gaaagacgtt taggagggca aaatcgtcaa ttcaaaaata 1860 cctcatttta cctgtagctg gtgagatctc attttataaa ggagaaggaa cattcactct 1920 cacgcgcttc aactttctcc agaaacaaga aaatatcaca gcaaaaattt tctcgagaaa 1980 atccgaagaa gacaaaaaaa atgg 2004 <210> 327 <211> 2001 <212> DNA <213> Arabidopsis thaliana <400> 327 aaatctgcgt taggtattgg catattgcat tctaaactga agtgttgttt cgtttaaatt 60 ataagaaagg tttcagagtt aacattttgt gtcaagcgga gaacaaatta acgttaacat 120 tttgtgtcaa gcgcagaaca aatcagcgta gatgtaaaca gagcagtgca tgtcggagat 180 gatgaaggag ctgataaagg cggagcaaac gccatcggta ttgcttgttg gtgcgccaaa 240 tatacttttc atcttgtttt ttccgaggtt tttaaattct catccatcat aacacatagt 300 gctttttgtt tatctgtttt ctttgaaaat ttaggttgtg gggagaagat gtgcagacat 360 tttcggacat acaaaagcgg atcttggttt cagaactcta agcttcaaag attttgttct 420 gcaatatttt tcagaccctg tacacactta ctcaatcaac actgtaatct gtctctttaa 480 aaatttaatt aataatgaaa aagctgcaaa cttggacaac aagaatctaa aatttaaatc 540 aaatagatgg atccacgaga agcaaacaaa aagaagaaaa tggtgaaagt tacaatatag 600 agattaaact ctcgaaataa caaaaaacac tatctccgca acgataggtg cctatggaaa 660 ctgaatcaac agatttggtt ttgatatcat atatcatcag ctgtctacta tttgatctag 720 gacaacacaa aagcttattc ttctccaaaa tggctactgg taatgattgc gtaacactac 780 gattcactat cgaatatatt tgttcccagg tcttgttctc tgaattgaac gaccatatta 840 tcatttgttg gagaggttta ctaaccgata agcacaaacg gttattcagg ctgcgtgtga 900 taatgtttct atgatctgct tccgcaaaag gagctttaga gataacttga aaagtttcgg 960 tgtggagatc taacgctaaa actttaattt ctttcttccc ggttaaccaa taaagcgatc 1020 Page 357 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catctacata cagagcatgc ccccgagacg aggaagtatt aatccgataa ggagaagaag 1080 gattgatata cctccaagtg ttggtgctaa aatcaaaaac ttcacatgta gtagcgtttt 1140 ctaggccaag ttcggaagag ttatacataa ccaaaccggt ttgtatatgc cactgatttt 1200 gtctttgcca aatccaaatt taacgtgact aaaataactt ggctgctcaa gacagatttg 1260 ttgcaacctg gaaacaggga aacgtcgatg ccatcgagtg gcgggattat aaacaatgtt 1320 gtttaaggtt tggtaatcaa agaggcaaac aagaccgtca caactattgt ggaaaagttg 1380 gtaaatatga tatcgttctg atgatatcaa caacacgtta gttttaagtg gaggagaatc 1440 agcagtaaca tgatggggca acaccaacgt actgggtact tcagacacca atacaagatt 1500 tagatctttc ccgccagctg agcagatcaa ctgtttcgcc tggaaatatt gagattcgat 1560 tgtcaacttc cattgtttgc aagcagactt gaatctgagc agagatttca ccggaactct 1620 ctcaagaata tcctcaacgg tgtcgtgggg aagcaattgc attatttctc tgtctattga 1680 gaggattttg ttctgagtga tggataacat gaaagatatg cttatttgta tcaattcaat 1740 ccaatgttga ttttttcctt gaggaggaag ataaaaaaaa aaaaacgtat atacaatcga 1800 tgggccctaa ccctatccct aacaaatctc tttaatatgt aatgcgcttt aatagttaaa 1860 gcccattagt taaaaaccca gagctatatt gttgacctag caaatttcgg atctataaat 1920 tgaagccatt ttctaggtca ttagtttttt cgtcgagcag ccgcgctttt tggccgagga 1980 aggataaaga gagacgccat 2001 <210> 328 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 328 atgagaaggg agaagaagat aatgtaagag tgaagtggag acattgttca aaaattagga 60 gtttagattt gattattggg tagtttttag ttatgagatt ataatttggt ggtgtgaagt 120 gttgagtaag cttggaatgt cttgttaaag agtttaagaa tcaatcttgt catgtgcttg 180 ttaatattgc ttattttagg tttcggtttg tttttaaaat ttcacctttc tttttagtat 240 aaagtattcc aagaggactc gtggttttgt ttcagattat ttgaaatatt tacatacaat 300 atgtcaacaa acgtactatt cttttttctg atattttaca acaaaatttg ttctttaaca 360 tgttatctaa aaaccattta acaaaaaaaa taaaatgtat gagaacctta taaaatacaa 420 aatagtaatt tcagtatata atagttttga attttctttt atttagaatt tcgtttaaag 480 ggttgtgatt tgtgaagtaa tctttggaag ataatctcaa tgtaaacaac acattgggct 540 tctcataggc ccaatataaa caacacattg atcattatcc atgtaaggtg aactctttaa 600 tcgaaaccgt tcaatttcag tcatctcaat ccaacggtta gtattccaag gagcacgtaa 660 tccactctaa attcgtaaac acgtgatttc tcactaaata taaaacttga tacgttacgc 720 cttcctatcc atccgtcaac gattaaatcc aatcgttcaa tatagagatc caacggctaa 780 Page 358 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taacgaaaca ttagcccaca cgaaatctcc tttttttttt tgacgggatt atacagtggg 840 cctccacctg taattgtcca tttaggagac agcgcggtta atttagcatt atccctcctc 900 acagtcatct ctttcttcgc aaataaatgt aaccatctct cttctcgttt tcttcaacaa 960 aaatcctcat ttctctgaga atctggtgct ttagctttgg tgagctctct ttcttatgaa 1020 acttatcgat tctcttctcg ttgattgtct tatactttta gttctctgct taatttattg 1080 tccttaatac tcgtggattt gttcataaat cgttttctga gcagttaggt aagagttttg 1140 ttaccgaatt tcatgttctt cgattttgaa tctggatgat tgtatgatgt gattagtaga 1200 ctcgcttaga ttttgtgatc tgtgtatggt ttgtggctaa ttttggtttc atcggtggta 1260 tgaatttatt tggggtttta ggtttgtttg attacgtaat cggactgttt acttgaagat 1320 ttatcgatta tagttgtgat cgtttttagt tgattgagaa gaagaaaata aatttcatgc 1380 tcttgttatt gtcgcgattg tggcgatttt cagtgtctta tgaatcaatt atgttgcatg 1440 tgagtcttgg tgcaattgag attgtttcct ttttttacta gattgcttgt cttattgaac 1500 aaaactttcc atttatgttg aaaaggttta taggaacgga tgtttagggt tttgttgtaa 1560 tctgggtatt tgctttctga tttcggcaag caaatgtcga tttcaaggtt tatatcactt 1620 tctctagcaa aagaagtctt tagtcatttg caaagtcaag agagttttta ctttatttat 1680 tgcttccacg ctattgcttc gtggctgatt gagagagacc aattaaacta ataatttgta 1740 gtttgtacaa tatattgcgt gtaacattgt ccttcgttat ctgtttgagg aggaggaccg 1800 agttagccta tttttagtca ctttacaaat tttcttttat gttgcatcat tcaatatgaa 1860 ctctctgata taaatatatg tatacatact ggttgacttt tatgggtatg gttctctgct 1920 ttttttctct gtgatggtct cttgattcta actttctttg ttttatgttt ttggtttttg 1980 ttgtcaatga ataggtaaaa 2000 <210> 329 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 329 gttcgcttgt tctcatggac gacactacct ccatggtaaa accttaatag agtcttgatg 60 taataattat tagcaacaac catcataact aagactatct acattggtta catgatgaat 120 caaatctata agaatgacat ttgtgagtat ttcgtttcat tttttaaagt gtaattatca 180 ctatcactaa ttttggtttg gataaatgat agatcataaa tctactattc taagtaaaat 240 ctaaaatgga ttattggtat atgtagattt taaatatttt attggtttat tgattcttaa 300 attccatcca aacttcatta ttgttggttc aagctttttt atatattttt attcatatat 360 tttgttatta ttgatattct aatttttttt aaacctattg ttgttacaat tctctgtatt 420 ttggctctct agttataatt gatataaaat aactttaaat acttaaaaat acaaatctag 480 aataagaatg gagaaataaa tgttatttat atcaatgaga gaagagaaga atgcacaaat 540 aaagaacatt gatatgttct tttatccacg tgagaaaaaa agaattcatt ttggagttaa 600 Page 359 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacatttcca tcaatacatg atttactttg aaaataaaat gttaggaaat ggttgataaa 660 attccatata aactcactag aaatcatcgg taataatata taagaaaaaa ttataaattg 720 tacacaatca acttaccaat aagtaccata ctgtgaattt gtgaagatat ttgatccttt 780 acaagaatct tgctgacgta caaaacgaac gattaaatat aagagataaa ccaaacaata 840 aattatataa gaggataatt tttataatat ttaaataatc tctcctatgc agtttcagct 900 taatcgcgtt gtaatctcag cttaactagt atcttacact tgaagatcaa caaagacaaa 960 cctgcaagat ggaaataatc ccttgttaaa gtgatgaaca tatcaatatc cgcaacaaca 1020 tcaccttgaa gcacattgca tatcgagcta caaacaagag tttggtctag gtgaggattt 1080 tcatcatcca gatgaatctt taaaaagagg ttctttatac tcgacttgat tttccgatta 1140 aacaaacact tcacaaaatc aatgaattcc ttgatactat catgttattg tatagcataa 1200 tcaaggttaa aacgccgaaa aagaacaaac acattctttc actttctgga gaatactgtc 1260 gttgaaacag tttttttgtg gaaagaaaag ataaaatgta tgcaaaaaca tcgtcttgta 1320 aaaaaaatct tttaaaattt aaaattttct aaatcgtaca taatcaactt acaaacttgt 1380 gaaaaaattt ggtaatatat aacttgtttg tgaatatatt tgatcaaata ctctaaaaag 1440 tactaataag tttaaaaaaa tcttgccgac aaacaaaacg aacaaacata agggataaaa 1500 caaacaatga attatgtaag aagataatgt tttttagtgc agtttcagtc aatcaaagaa 1560 aatcaaaatt tctaagtata tattagtttg ggctgggccg tcaacaattg gtcagtcact 1620 gaaacgaatt tgttcgggcc ttgggcttga tccgtcaaca acatcaaggt tcagaacaaa 1680 tgattggtca gtcactaaaa cgaatatcac agctgccgtg agattagtat acagtctatc 1740 tctctctcga agaaatcgtc acactcctat aaatggtcac ttgtttcgta cggcctttct 1800 ttactccttt agagagagcg tgccattttt atttttctct ttcttctctc atttttattt 1860 tcttttcttt tttttcacct tttttttttc cttttttttt ctttcttctt cttcttactt 1920 gattttgaac cctagcttaa ggggaatttt ctcgggaaac aaaagagata tttttatcgc 1980 agtgagaaag aaacacaaaa 2000 <210> 330 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 330 gcattttttg tagcttcttg gtctgtagcc aagtatttcc cagacaacga gccgcctcca 60 agaggggaat aagcaagcaa gccaacattg caattttttg ggtggcatac ttctaccaga 120 tcaactgtgg ttttaaccca aaacaaaaga gtttagaaca tgctcctccg acacacttgc 180 tctcaaggta ttctagaaag atttaccttc ataccgacat ctaactagca agctgtaacc 240 attctggatg ctcacaatct ttggtagtcc ttcgagtttt gctgtgttaa caaactccgt 300 cactccgtat gaagtttcat tcgagacacc gatatagcga acctgttgca gaattcgagg 360 Page 360 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacacttcaa aactctgtgt ttgaggttat ataactcaat ataacatctg atttttaagg 420 agtagcacta cctttccttc aactatgaga tcctgaaagg ctcttagttg ctcagcgaat 480 ggcacactag gtctccattt cgacgtttca tagtaaaaat caccgaagag tggtacgtat 540 cgatctggcc tggactgaaa aaaagatcag tgtcatgatt ttctgacatt tgatgatgaa 600 aaacgaaata ttttgcgcat gaaatagaaa gacacttgct caaacaatgt agaatatgag 660 ttaagacata aagcaaaaat aaggcgatgt taccagtgta tttgaagcaa gtcaatgtaa 720 tcagttccaa ggcgcttaag acttttctca acactttctt tgatattagc agcatctaca 780 cgcagaatct caccactgtc ccttatgtaa gctgaccttt ctgagtaccc acatacttta 840 gttgccaaaa ctatctgtat acagaaacaa tgaacatcaa tatcaatttt tataacttcg 900 attaggtttt gctgatatca tatacattcg tgaccaatat gcatccaaag tatgataaat 960 ggttgatacc ttgtcacgtt gctgagactt caaccagcta ctgatataaa gatccgtttt 1020 accttgcgtc tccttcttca tcggtatggg atactggaaa taaacaatga tacttgaaaa 1080 tttaccacag actaagcaga ttccagaaag ctaaacacaa cagtgctaaa ttcaccagaa 1140 ttatatataa agtataaaac attcacataa acacttgcaa tcaaattcac caggcaagaa 1200 gagaaagatg aacaatgaag ataaaaactc acagcttcag cagtgtcaat gcaattgatg 1260 ccctcttcaa ttgcataact cagcatctca tgagattctt tctcagtatt ttgctcccca 1320 aatgtcatct gaaattccaa atttcatcaa aacttcaaaa ttgaacaatg gactacaatt 1380 gcaggagata aagagagatt gttcttacag tgcccatagt aacttcgctg atgttgagat 1440 cggaatctcc taatttccta tactccatag cattcttcgt cgacgctttc gccgaaactc 1500 tcaatattct cctccgagca ttcggcgata gagtaacacg gcggcgcgtg aatgccaaac 1560 gaaagactcc tcgaatgtta ctgctgctga ccaccggagt gaccgttgag taggtgacgt 1620 aagatgacgc cataccggag gttgtcgtgg acgtggttct tctcgcctta tcgccaccat 1680 tatctactgt tttgattcac gtatttgaat actctgggct aaacgatttg ggcctaatgt 1740 aagaggccca ttagagtcaa aaatatatat tgaataatat cttgttttcc taatatgata 1800 ggtctaatct cagatttcga tttatttctt cgagataata tgattatatt agatgacgtg 1860 gcggtacatc cttcgatatc ttcgataaat acgcaagagt gagcttcacg gtcagacaaa 1920 agctgactct acgctctctc aaaagtcgaa tatcccaaat tcgatccgtt ttccggcgat 1980 aatctccgat ctagatccga 2000 <210> 331 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 331 aaaatatttt tcgtttccaa aatttgtttt gtgtgaacga ttccgaactc cacaattgat 60 ataaaaaatt atctttgagt tatattatca acaacagaaa aaagaaagaa aacaaataca 120 acgcaagcct tgaaataaag tctcatagat atttggcttt ttttaagtgc aacacaaaca 180 Page 361 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagcctttca agacgatgag caacaaggct tcttagcgtt tgattcagaa gtagcagcca 240 catcaattgt ttggccttcc ttgatgttgg catttgcagt tgtctggtct gaagatatcg 300 acttcttgct gatgatccta taaacctccg agagaatcgt ctgaaaagcc ttttctacgt 360 ttaatgcctc gagagccgat gtctcgatga aagataagcc ttctttctct gcatagctct 420 gagcatcctc tgtggcaact gctctgagat gcttcagatc tgtcttgttc ccaatcaaca 480 tgatcactat attggaatct gcatggtctc ttagttcttt taaccacctg cttacattct 540 caaacgttgt tggcttggtg acatcataga ccaaaagagc tccaagtgca cctctgtaat 600 aggcgctagt tatggctctg tatcgttctt gcccagccgt gtcccatatc tgagctttca 660 cagtccttcc ttccacctta gaacaaagat cataggtttt ttaataggtt aattcagatc 720 taatgagcag cagactctat gattagtgtg tctgcaacaa caaaattagt aacttcgcag 780 ctaaattcca caaacaaccc agtaagaaaa ctagaaactg tgaaacaaca accatgattc 840 atacttcaaa agaaaatcat gttcgagatc aatttcagat gaagagattc ttagatctgc 900 cttaaacaag gttttagatc tgacatgtga gggagcctta cactaccacg taccagagta 960 tcgacaaatt tgggaacatt atcaataaaa cgcttaaatt aagagatacc aaagcaaaaa 1020 tctcgaccaa atgaaaaaaa caggcaccac acatgtaaac atcaaaattc aaaaccaagc 1080 ccaaatgttc ctacacacaa tgactgcttc cgagtattca tacgaacaca gatacggatc 1140 gaatcgaaaa gcaccggatg ctgcttaact tagaactaaa cctagatcca gcaacatttc 1200 gattacacta tatactatat atatagagag agatgtgtgc gtacttggag agtacgagta 1260 gcgaattcga caccaatggt ggatttggat tctaagcaga actcgttgcg agtgaatcta 1320 gagaggagat tagacttgcc gacaccggag tctccgatca aaaccacttt aaacaagtag 1380 tcgtattctt cgtccggtct tctcgccatt gttacacttt tctcgaggag tgctttagat 1440 ttgggatttt gaaatagaaa aggagaagat gacagaaata aataaataat ttaatttctc 1500 tttccccttg gatcttctct attcaacctt ctcggcttgt tattgcccaa cgacgaagac 1560 cttttcttgt caagttgggc ttactaaaaa agcctacata tatgtaattc atttatacat 1620 gctaataaaa gggaaagtaa ttagagctta accggaaaat aaacaaaaat cagaaataaa 1680 accaaacaaa accgagccaa accagaggaa tacactcaat acagatttta aaaaccctac 1740 ttcttcatca tcatcccttc aacactcctt tatagctttt ctccgcctca actttttgct 1800 tcttctctct cgatttgctc tcacggaaga ttcttcagaa tatctggtaa gatccatcga 1860 tcgaacaatc tttttttctc cagttagctc atattcatat ttatgatcat gtcaattgcg 1920 agctcactgc ttgatttttt ttccttggaa ccagatccga tatcagaagc cccaagttcg 1980 cttgaattcc gtctgagcaa 2000 <210> 332 <211> 2000 <212> DNA <213> Arabidopsis thaliana Page 362 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 332 aaggtaatga tgagccttct tcatgacacg aaaataaaac aaaataagta atgatgtgcc 60 cttggtccat gtaatattat gattatgaca aaatcataga gaaagttttt ttaatagcgg 120 taaattacga taatcgtaat aatgtatact taggttttga ataatgactc aaccgcacat 180 taccgtgcgt tttaagtagt aacaactttt ttttaatata tatatatata tatttttttt 240 attactattt aaaccacacc agattttatc tgcagttgaa ccgtacattt tcatcgaagc 300 cttaaaacat attagctcac gttattggga gatgtagcta tcgatatgga ttaatggctt 360 aggaagtaag agtttgatta attttgaacc aagtataaga aaaaaaagag accgtacgga 420 taaatgtcga agaatataag gacaagagtt ggacgttagc tagtaggaag tgggcctcac 480 ttaccgctcg caccgttagt cccgcaaacg gcgccgttct ctcgtttcga gccatcatcc 540 cacttgtttg ttgtttcatg tgacttcttc gtctcgaggc aaacttgact cttcttcact 600 ttcgcttaat tacccatttg tctgccaaca tctcttttgg ctatatactc atgaaacttt 660 aaaaaatctt cttatttgta tgttcgaaac tccctgaaag tttcagtctt cttatgtatg 720 acaagaatcg cgagagacta tgcaatgaac ctaatcaaat ataactcttc tcaagaaatg 780 atatgaaaaa gattcatgaa cataagagtt ggtccttgga aagcgacctc ttcaagtctt 840 cattaattag acattgattc aggtgcttag gagttaggac aatgtaaatt aataaacaaa 900 ggtggtgctt aaggcggtcc atgacgttgt agaaagtatt ttttttcgta taagccgact 960 atatacatat gtgtttttca tttacttatc gcaaataaga aacacacact aatcaactat 1020 ttgtaaattc aaattcacca aaattattta tgttatatgt tgaacctacg aaactcatag 1080 acacagaata aaacataagt gaaaagactg aattaaacac ttacttataa gtgaaaagac 1140 tgaattaaaa taacaaagaa ttatcaatag tatttttaat aaaattaaac atttaaaaaa 1200 taaacttatt tgaggacgta acctaaaaat ctctatatag ttgtttttga cgaatatgag 1260 ttttattata agactaattt ttccaagaga taaatttata aaaaatatta aatacgtaat 1320 attttttaac tccaataaaa tattgtaatt tcaaaccaaa tatttattaa ttaaaatgtg 1380 taatgagata cttacatatc atctagacaa gttgagattt tctttatagg gttttgtaaa 1440 aatttgatga tttttaacaa gaagaaatcc ataggaacta ataataaaaa atacaatgca 1500 atgatattta aaaaaacaac aactgcattg cagtgaattt catcaaaatc cattaaaaca 1560 tttccaaact caaatagaaa caacttcaaa accttaatcc aaaatgttat agatagatat 1620 gcaatagctc ttaggcctag tacatagcta gatcttgtaa ctcgtgaagg caaatgattg 1680 ggacgttggt tcggttctag tggtcgggct cagcctggcg gaaaaaattg ttatgggtct 1740 aaggcccata aagtggccca gaaataaact cgtcgtattt acacacgttg tcgtttctct 1800 tatcttctag aaaactgtat cccgtttttg ttcttgtact ctacacaaac agacaacttc 1860 aaattactca acaccacgtc gtgaaaatcc gatctacgtc tctgtctctc tccaatctct 1920 ctgcgccaca gaattgtgcg atttacgaaa atctctgaaa cctccgatcg ttaacggcga 1980 Page 363 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccgccgattt tcccggtaaa 2000 <210> 333 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 333 ttctagctca tggaactctc cgcaccatca ccagatccca caggctcact cagttgctcc 60 acccagggtg aaaataaaga ctcggggacg ccaccagact gagccacctg aaacaatcca 120 tgaatcgcct tcctcaagac ccttgccact gagaccggag gaaccattac caccacgcca 180 taatccaaac tctgccaggc cattgcaatt gagccctgag gagcaacgac ctccacaccg 240 tggctatgga tctgaaccaa ctccatggag aagagctcca acacgaccag cttatcagca 300 aggcccaaag aggaccaaac ccatgacatt gccagccaca atctgctgtg caattctcct 360 gatcgtccta attttatcag gtctcattct cctcttagtc tacctcgcca accgtccacg 420 ctcaccatac ttcgacatct cagcagcaac cctaaacacc gccaatctgg acatgggata 480 tgttctaaat ggagatctcg cggttgtggt aaacttcaca aatccaagca agaaaagcag 540 tgtggacttc agctacgtga tgttcgagct ctacttctac aacacactca tagcgactga 600 acacatcgag ccattcattg taccaaaggg aatgtcaatg ttcacaagct tccatctcgt 660 cagcagtcag gtacaaattc agatgattca gagtcaggac ttgcagctgc agctcggaac 720 tggtccagtg ttgttgaatt tgagaggaac gtttcacgct cgctcgaacc ttgggtcgtt 780 gatgagatac tcttattggt tgcacacaca gtgcagcatc tctttaaata cccctcctgc 840 agggaccatg cgagcaagaa gatgcaatac aaaacgctag cgatttgcag catttctgac 900 tgaatacatt gcttcttttc ttgatgcgtt tgatgataat ataggcaaat agatagtttt 960 tgtatttttc tgctactttt agaaataaca aaatgacaaa ggggaaaatg catttgattt 1020 tgtatttcga attatagaat tgatcttaaa ttgtatgtaa tttgattata atattagaga 1080 tgaagatata ttatctaaaa atccataatt attcattttg attataatgt tctagctagc 1140 tttaataatg tagaaataag atcttatatt acttttgtaa aagtgaaata tgtgcgaata 1200 aagtgtttaa ctttgtgcat gttacacgaa aagaaaaagg atatatcccc taaaacagtc 1260 attactgaga aatatcataa gaacaaaaat ttcttgaaaa ttattgcaat cctagattaa 1320 catttgtcaa caatcaacat gcaacttgta tattacatgt tttaaaacta aattacgaat 1380 acataacact aaaccatata attttatttt atttcaaact actaaaattt actatgttta 1440 aaaaaaaaac ttaaagacaa tatttctatg aaattaataa aaatgtatca taatattgat 1500 ttattatcat gtttatttca gtacaaacca cagataagaa aaagtgatcg gcccattaaa 1560 ttgatagccc aatatgattt tacagtttat ggcccatatt tgtggtttgc ccggagctca 1620 agaaacgatc tctttcttct tcttctcgtc gtcgtttgtc actttagagc tacttcttct 1680 tcttctctgc taagcctttc ctctcgactt gatacttttc tccagtaagg tacgtttccg 1740 atccttaatc gagctctagt atcattgatt tggctatgtt aatgaagatg agggtttagg 1800 Page 364 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttcttatac agacaccaat gtatctcgtg ctagatctga tttgaagtta tgagagaaaa 1860 actctttgat tgacatctga ttttggttta tctccttctg gatcagctta tttttattgt 1920 agcttctctg attttcgatg ggtacttata tttttttttt caatttggga tttttcatga 1980 ttctgtaggg tttgcaaaga 2000 <210> 334 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 334 tagaagatat ggatttagca gtaagagctt gtcttcatgg ttggaaattt gtctatgtcc 60 atgacgtcga ggtactacta ctataaccct tttaaactca agcaaaacat aacaagattt 120 cattcaagac attattaagt aatctaacat ttcaggtgaa aaatgaattg ccaagtacat 180 tcaaagcata caggtttcag caacatagat ggtcttgtgg accagctaat ctatggagga 240 agatgacaat ggaaatctta cagaacaaga aagtgtcggc ctggaagaaa ttgtatctca 300 tatacaattt cttcttcata aggaagattg tagtacacat cttcacattt gtcttctact 360 gtctgatatt accaacaact gtgctattcc ctgagctcca agttcctaaa tgggcaactg 420 tttattttcc tactacaatc actatcctta acgcaatcgc tacacctcgg taacaacatc 480 tctactgttc aagtaaaact ctgttttctc atttcctagt atgataaaaa gtttgacata 540 tattgtctac tgcagatcac tccatcttct tgtcttttgg atcttattcg agaatgtaat 600 gtcgatgcat cgcacaaaag cgacattcat cgggttacta gaggcaggac gggttaacga 660 atgggttgtt actgaaaaat taggtgacac tctcaagtct aagttaatag gtaaagctac 720 aactaagctt tataccagat ttggacaaag gtactcttaa cttaaaaaca cacacacaat 780 tacaattttt aagcattttg aaatgttgta actaatttta gttaacattt tgcagactca 840 actggagaga actcgttgtt ggattatata tattcttctg cggatgttac gatttcgcat 900 atggaggatc atacttttat gtttatctgt ttttacagtc ttgtgcattt tttgttgctg 960 gagttggtta tattggcaca tttgttccaa ctgtttagat tagacttttg tatttgagag 1020 caaatgtgtt tttgctattt gattagacca aattagagat tggatcttgg ttacttaaac 1080 caagttaact cttccaatat tcatactcaa aatgtaattt tttaaatggt gttatgatct 1140 taaaatttgg ttatcgatca tattcatacg taacatttta tgaatttgta tttgccaatt 1200 gtgttctaga aagaaaattg agagaaacat acaaaaaaaa caagtcaacg tcaatgattt 1260 aagatgttga aaatgacatg gcggttttgg attggttaga tgcaatccac ggccaatgac 1320 ccatcacgca tgtaaaccgc gtaagcacaa ggcccctcca cgaaaacatt cgtcgagggg 1380 tattctaggt attaccggtg ataatttatg tgaattgacg tttttatcct ttgcctctat 1440 aaagatcttc ttccgttttt gcaattacgg cgtcgcgcat ttagcgttgt tttgaagctc 1500 tctctttcaa attctgttcg tctctcgcga tctctctctc tctctcagat agctccgaaa 1560 Page 365 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctttcacgca gaggtattat tgatctagat ctgagctaag gcattctcaa ttttgattgt 1620 ttcagtgtgt tcttaggttg ggaattgaat attcttgctt cgatttagga tttttcttat 1680 gatgatccgt tgtatctttg ggtaatgctt tggatttcga tgtttttggt tgaaaattct 1740 gatttcgatc tgctgctgca tcgtttcaag tctggatcta tgaacattat cttcgatttc 1800 acctttttct cgttgtaatt gcttcaatta gattctgaat tccgcaagat ctatacgatg 1860 aggttttgta aacgttgttg catctgtttc gatctgcgtt attctaatga tttatagtca 1920 acatttggag ttctcgctgg tgatctctct ttatgtgata ttgatactct gtttctgtgt 1980 gttagttaag tgaagcagga 2000 <210> 335 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 335 gaagtgttgt cattgcctct tgttctgaag gtatgttttt ccatggctag tgtcactgtc 60 atagcgatgt taaattggtt tcagaatctc tagtttaaaa cttgtgtata aattgctaaa 120 gggtgatttc aatttgtgaa tacccttatg ttcaatataa gttcttgtat tgctgttcaa 180 aatgtactgc tctggtgaaa tatcccttgt tttttcctta aaccttgtta ttcgccaggg 240 actgatatcg tcctttggca tgggaaaact gggaggaatt tgggacatgt tgatacaaac 300 cagttgaaga accacatggc agctgtatca ccaaatggac gttttttggc agctgcagca 360 tttactgcag atgtgaaagt aagtttttgt ataaattcaa accatcatga gtgtatgtgt 420 gaccgtatct catgtcttag caagtgcttt gtaggtgtgg gaaattgtgt atcagaaaga 480 tggttctgtg aaagaggttt caagagttat gcaacttaaa ggccacaagg tattattcca 540 ctacctatag catgataatc catctccaac gatatagatt ttttctcact ttttgtcttg 600 taatcgtttc atgtttaaac caatgctatg gtatccagag tgcagtgact tggttatgct 660 tttctccaaa ctcagagcaa atcatcaccg cttcaaaaga tggttcaata agagtctgga 720 acatcaatgg ttagtagaat tgtttttaaa tgtctgcatc attctgatta ttgccaaatg 780 caaaacagat ccctggtaac ataaggggat ctgttctgga atttataata gatggaatga 840 ttttgattta ttaaacaaat aacctgaaag gcattgtgtt gtgtaatctg gttgcagtcc 900 gttatcatct tgatgaggat ccaaagactt tgaaggtgtt cccgattcca ctttgcgact 960 caggaggcaa tccgttgcac tatgatcgtc tcagcttatg cccagaggga aagatattgg 1020 cagcaagcca tggttccaca ttgcagtggt tatgtgctga aactggaaat gtcttggaca 1080 cagctgagaa agcccacgaa ggtgatagat agctctcaac atttctcttt gcaacctatt 1140 caaaacctta acatatacct caaaactatt caaacaagtg atagtaaatt taccacggtt 1200 ggttgtatgt gcaggggata tcacatgcat atcttgggca cccaaggcta ttacagttgg 1260 tatgtgcctg tctgattctt tcttgtatgt aaagttgtat gtgatctgaa tctcatgtgg 1320 tgttgttggt tctcagggga aagacatgcc atggttttgg ggacatcagg cgatgacaag 1380 Page 366 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaagtgaagc tgtgggaagc tccaaagtcg caatctttgt aggctctcgc atacacgtag 1440 tcccttgatg acatgaggcg tatttaaacg gtacaacttg cgaggaaaaa aactctaata 1500 ggttttgttt cgagtcccaa gttgggatca aatgaagggt ggtttaaagt ccttcttgtt 1560 accaagtgtc ttttaacttc tgaagttttg aattttgctc ataggactag tacaacactc 1620 acagtcttct atgttttcca aattaaggaa atttaaaaag cacacaacaa cactaagaaa 1680 tatgaatcga ttaaaattat tatacgcatt ttgttttctt tgtatcagaa aaatgatagt 1740 ctacatacat atggtaattt ggtaaataat acaaaaagaa tctacacaac caagtgaaaa 1800 atcaaaaatg tgtctggtcg tggactccga tgggcttttt gaggcaaatt gaaaactggg 1860 ccagaaatat gaaaggccca cgtaagtccc gaatataacc taaaaagcac actctctaat 1920 aacagccaga attagggttt ctctttgtct tcagcagtca gtgcgcatcc gtaggagaaa 1980 agtgtgagaa tctgccacca 2000 <210> 336 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 336 acctatcatg ttcaggatac ttttcttata cttctgtctt tttttttttt tttttttttt 60 ggatattccc tttccgctta ggttttcctt ttttcctcct ctgtaactaa gaagaagtaa 120 actcggattc agacagaaca tggatatggg ttcacttgtt tttcttcttt tctttatttt 180 tgtttcagtg tggtgttttt tgattcaaaa gtggatcccc attgtacagt taccaaatat 240 ggatataaac aaacaaaagt taagggaaat atgtatacaa atttcaaatt taaaatattt 300 tgatatgttg tcaaagaatt atatataaat atattaatat tgcaatttta ttaaagtaaa 360 cttaccaatt gatgaaacac aaaaaaaaaa gtccttgata aggttgtttt acagtaattt 420 gattctaaac ctgttgactt gtaatgcatc cggaatttgg atttcggata gtttcataga 480 aagaattatt tggttctaat gtaaattatg ttcatttcgt atttgctaat ggtaattaac 540 attaatgact atgtcatatt cgttttctaa ttttcagcga ctaacgatta aattgtgttc 600 attttgtagt tactgaaaat aacgatgagc aactgaacgt gattcaaaat actcaacgct 660 aaaattttca ttggtcaaaa acttttaagt cattggcaat ggtgtcgttt gaaatatgat 720 cgtgtatgtt tgttgggttt ttagttatca ttgagtgatt tttttgctaa acaaattctg 780 aatggtgagt tgatgattag tttcaagact tgcaagtagt tgagtgatga gatcaagtac 840 tagaagaaaa atcaggtaaa ctttttttgt gttatatatc aaaatttgtg aatatggtct 900 cctccaatat atggactaac gtgtatattt gcgtttaact taaatgttcc gtgaaggaga 960 ataaagtggc aaagaatatg gatagtgcgt caggaccacg cgacgtgagg ctatcgttga 1020 attaaaagga tgattcgatc gagaaaatga gaaccaatcg ccttcgagaa taagcaaaaa 1080 tagaaaacgt atgggttatt ccacgcgtat tgctcttgac tactgaagaa gaaaccaaga 1140 Page 367 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagatgcttg agattattct acatttcaaa agattccacc ttatatgctc attcattatc 1200 gcaatacatg catggttcca agttttaagt tagtaacttt tttccgaaga caactaatct 1260 tcaactaatt accatcatat ataccaccat tagttggttt tgttaaactg taattcaatg 1320 taaatttatt aaaacatttt catttagagt ttacggtaaa ctttcgaatg gtaaagttgt 1380 agaattcgta ctcgtccact tgatattctt tttcgaatat gttagtgatg ttgatcatat 1440 ccaatcctag cagagtaaaa tgcgatatga ttactacata tcatgatatc aacatcaaac 1500 aataataagt ctaactctcc ggcgtgtctt tgtcctattt tacgtacctg attacgttgt 1560 caagtaacca ggcttacgga gaacaccgaa ttgatcatgg tcttatcatt tgagacattc 1620 tttaaaacgt ttataatttc catatctttg aacgtttaca ttgccattat cactaaactc 1680 ttagatacac atgagtttat tatttgaacc atggtcaaat aataatttac taaaaacagc 1740 aagataatta aacttcagat aagaagaaac taatattaga aggaaaaaag ctatttgcat 1800 ttaaagaaac cgcgtcctta acaaaaaaaa tctcgtgcgt gtccctcccg tgtgtaaaaa 1860 aaaaactctt tgttccttaa accgacttta tcataaatgc atatatatcc tttgccctct 1920 ccacttttct tttcctcatc ataaaaaaca ttctcagagc aaatttcaag tttatttcat 1980 tcaatttcga tccgagtaac 2000 <210> 337 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 337 tggtttgcaa tatttgacac aggcaagacg aagggtttcc caaatggcca acttttgtta 60 aatgctaaga aatccgacat attggtatgt aatgctactc ataaggtaac agctcactct 120 tccacattaa aatgaaactt tgtataagtt tgagacaaaa tgtgaatgct ttataattcc 180 atgaaatgct acttataagg taagagcaca ctcttccaca ttagaatgaa ctttgtataa 240 gtttgagaca aaatgtgaat gctttaaaat tcaatgaaat actacactct tccacattaa 300 aatgaaactc tgtataaatt tgagatgaaa tgtgaatgct ttacctgcat aagcaacggt 360 tacacctgat atgagtcgcc caagcgctga taagaagtaa aggcaaatta cgacctaaag 420 gaaaaagcaa aaaacaaaca tattcagtat agagcacaat tactgagtta acaattagca 480 atgcatttat atggtaactg ggtaaagaca ctagggttct aagagaatct ctgtggtgat 540 atattgatgc taatgcattt tgatacactc atgatccaag aatagtaacg gtatcttgta 600 catagtaagt tggtaacaaa ggacacactt accttgacaa aaagtctctt gtcatgtcca 660 gttgctgcaa ccctcagaac accctctgct gctccaacgg tattagctaa gcgtgcaacg 720 atgttacttg ctgtgtcctg tgatatttgc cactctagtg gatccactgg taccctttag 780 aaaagttata ggattgtaaa tcatgtggta tgataaagca agggtcttga agagttatac 840 acacaatgag cagaagataa tgatatcatt gaacattcta ggattatgac tatgcattga 900 tcacagagaa cggaagatga tagtaatcaa ataagatcga tgcatcattg attcacccag 960 Page 368 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaatacaatg agaactagtt tcagttcatg ccttcagaga atacatgaaa tcaatttcat 1020 aatcaagtta acataactga ttgcacaacc acattacaaa gtacaaccca attaaacaat 1080 tatatcgagc aagtattcaa acttgtcaca aatcaaagga gccaacaaat ttcgtatcta 1140 ctcggtcacc aaacagcaaa tgactaaatc agagaccaaa gaacaaaatc caataccgta 1200 accagagaga tttaggcgaa aaatgtgagg gaacttacga gacattgagt tggcgaaaaa 1260 ggagaccgag aatggcgaga gagcataaga gaacaatgaa aacatcggag aagagagaga 1320 gaagagtcgc gttacgatat gcacaatggt aatacacaag cgtcccgcta atcagcaatc 1380 ccatcgcctt ccccatttct cccatctctc tccccacttc aaaaaaaact tgctttccct 1440 ttcttcactt tcagaaaatt tccccgagaa aacaaaactg atcacttttg tgaattttcc 1500 ggcttgatca gagagagaga gagattctca agccgcatgt ctttgttgac taaacggacc 1560 cacttattgg gccgtaagta tatattataa agcccaataa ataaactgtc acgtggctat 1620 taacgacaaa gtccagatct acgcgcgtat cgtgtgtagt catgtaccgg atcactccac 1680 gatttcgtca atcagatcaa aacttctcca actctttcaa tatctatcta cgtgcatcca 1740 cctctctctt cttcttcttg tgaccactct tcctgtctgt tcactggtta ggagatctct 1800 atccctctct ctctgatcct ttttgtttct ttctgattta ttgtatcgct ctctttgaaa 1860 aaccttaaga gttgtctgat tttggcgatt tctgatttgt tgttgttgtt gtttgatcgg 1920 atctcggcat tttctaggag gtgaattttg atttttttgg ccgatcggat ttgagttttt 1980 gaatctctga ttgctgagaa 2000 <210> 338 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 338 gttagaggca agtagtgaag aagaagtgag agtagatgta gctgttcttg atcaacgtct 60 tgatgaagaa actatacatt tgaagggtct tttcccaaaa tggtccgatg tcattgccta 120 cactagtttt ctttctactt acttgttctg atcgtagact atttcatatt ctccttttga 180 tatttctaaa acattagaga ataaataaat ccgttcttaa catgggaaag tttttttttt 240 tttgacatcg gaaccgcata ctctatttat acctaaatca tactaacatg agcaagtctt 300 aagtacattt tctttgttga tatagtaatt gtgtacattt acttggttct ttgataattt 360 ataatcttat actttgattg gtgcaactat agtcttatat ccttaattta actttatcct 420 taatttaact tcatgatcaa aagatatagt cttgtttttt gttttgttga gaagtttcat 480 tagcattatt gtctaccgag agtaatacca caaattgata gtttctctgc atttttaaga 540 gaataagcta aataacggac ctaaatacaa gtggtcctta caattgcaat ttgcaaatga 600 aaaaatttaa aagagtaagc taaacaaccg tactgaccta aataacaaac acatgaaaaa 660 ccacataaat aacaaacaca tgaaaaacca atagaagtgt ctgttacaat tacaaagtcc 720 Page 369 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acgtacatgc cacgaggtaa tgaataagtc taattgcaac aaaataaata atattgtttc 780 atataaataa tttttcaaaa tattgttttt atttttttcg ttatcttttg gactcaaata 840 tgtgacaaga gtaagactct ataaacgaca gctattttat cgtggtgcgc catcaaataa 900 tgtgtcctat catttctaag ttgagccacg aaggtcaacg tttccgatgc ataccaccaa 960 aactcctccc tcgtggtgca ccatcaaata atcgtcaatc cactcgttaa tatgtgtgat 1020 gatacgctta tcagcgatat cagtagatgt tgaatcaact cttcaggttt caatgatatc 1080 gatagtatac ttagctagtt tctcccccat gaaatcgata gagcttcctc ccaaggtatt 1140 caagatctta ttggcttcta catatgaagc aatcattact catgtagcaa acttgttaat 1200 cttctatatt ttcattacat ataatatttt acgtacaagt aagtcaaatg acatgacatg 1260 acatatgata taactgagta agtaagaaat tacgtataac aattaagtca aatgacatag 1320 taaccattcg tgattgttgt ctcatattta tatatataaa acaaaaaatg aagttttaag 1380 caaatgatct acaactaaaa caacatactc caccaatata tacaaaatac gtacactttt 1440 ttttgataag taagtagaat tctattgaac ctgatgagag ttgagcataa ctctattctt 1500 agacccgaaa actactcacc atgtttattt tagagattta atgatggatt ggacagtttt 1560 taggccatat tacatagtaa caactaattt caactaaaag aatgcaagtt ggttagttta 1620 atacaaaaca aaatagtgaa aattggatct ctagctcatt ttccgattaa ttaacttatt 1680 ttcaaaaaaa ttgtggttat aagaacgaat taatcaattg catttcttat aaaaaaaagt 1740 aatgaagaga gattttactt acataaaata aatacatctg gcctgatgaa acaaaaatga 1800 gtaaggatat caacctttgt aataagtaat tgttaattac caattcatag tcttgatggg 1860 cattattaga aagcccatta aaaatggaca aggcccattt aaacctaggt ttcgcagggt 1920 ttattgcttc actcttatat aaaaactctc gtcttcacaa atctcacatc tcttctgcag 1980 ccgattcttc tattagccgc 2000 <210> 339 <211> 2000 <212> DNA <213> Arabidopsis thaliana <400> 339 tctagatggg tgaattttat aagtttatta catgtaatat tacatcatgg aagttgatat 60 gtctatatat atatactgta tattgcgtgc ctttgtaata tatagaattc aataaaacct 120 atctttttta tttatttatt tcttttttgg tcagacattt ttttaaaatt cgtttttcaa 180 ctattaaaat gatttaaata gatacatata tacttaattg gcaatccata aaatagttga 240 attgttggaa ttataatctg aaatcgtacc cgaaaattca ggtacgaggc atattaaatt 300 aaatatccta ataataagag ttttgggcaa catgtttatc aagaaaattg aagttgtatg 360 aagtgtatga actcaacatt ttcgagaatt ttagtcgcca tttgccatat ataattcaac 420 ttgtaacgga tcgtaattac cacacttacc attctctgca ttagctggta gttcagatcg 480 aatatgttgt tatataattt tattttttta aagtgtattt gttactactt actagtatat 540 Page 370 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtatatcatt ggtgtcaaaa ccatatagtt ccacaatata gagattttgt cttcatgtca 600 tcagttgaaa gttgaaccac acttactttt tctggtgcaa aagtaagata agaaaaacat 660 ttcacattgg caccaagaga tgctatattg ctttttattc acaaatgtaa attgtttttc 720 aggtcaagag cgaaaattcc tagacatata ccttttttta aaaaaaagtc tatcacataa 780 gttattaatt aaaaatatat ttaattcact aaagagaaat tttgtcacaa aataaaaagc 840 agtctaccat aagctaaagc cactaagttt acacctcata gacaaactta gaacctgaaa 900 aaagaaaaaa ctcttctcag ttggtttttc tcttttcaag agtcgaagtc tcaaactctt 960 ctcagttgct agccttgtta gccttcaaag aaagctgcta gtggtgtaag gtctttgtta 1020 cactggtgat gaagaattcc ggtgagacac ctttatatag tcgtggctgg gtttaatgaa 1080 tagactttca ctcaaaattt tgagattttc ggaaattttt gactagagag gttacaaatg 1140 atccagttta aataagcaaa acaaatgtag taaaccacta ttgaaaaagt gttatttcgg 1200 tttatttaat tagttagatt gtaatattgc aaattttaaa attatctaaa tgttcgttat 1260 tttttcaata acatacaatg cgtgagttca aatgttgatg ttattgcaat aacaacacta 1320 acaaaaaccg ctaagattat gacccatgca cattaataca tttatgttga gaatagtctg 1380 attattaata tttacatgtt attcaacata caatgaaaat aaaatggtaa aaatgtattt 1440 acacatagta aattgatgcg tacaaaatga atgtaaattg attacagaca taacagaaat 1500 gacaacgtaa actttataat aacacaataa aatagtaatc aaaattatac aattgcacga 1560 ataaattttc tgaaattgtt ttcgtataaa aaaaatttaa acagtaaaac ataattaaat 1620 gtaaaaaatc tttgtgattt ttttttttgt aaaaagacgt agtagaattt acaaattaaa 1680 tttaaaaggc ataaaatgta taaacagata aaaaaacata taaagatttc ttaatatttt 1740 gcattttgtt tcttgtcaat aggttttatt ttccaacctg catctgccaa agcacccaac 1800 tccacctgac ttgtctgtgt ctgttgcgtt cactttcatt ggaatctcag attttttatt 1860 tttttgtttg ttttggttgt tgcgagtttg tgactataaa acctctccca cttggttctt 1920 cactctcact gtttctcatc tcttcgtctt ctccgcctcc ttcaatctca ctccgatctc 1980 tctacgattc attcgttcta 2000 <210> 340 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 340 ctctttattt gtcgtgactc gcgaaccc 28 <210> 341 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 341 cctttgatgg aatgttttga ggggagag 28 Page 371 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 342 <211> 27 <212> DNA <213> Arabidopsis thaliana <400> 342 acttccacca gaaaaggcga aaccaag 27 <210> 343 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 343 ttattgtttg tggttgagag ggcaaagg 28 <210> 344 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 344 cggatggttg aggtagtatg agtgaccg 28 <210> 345 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 345 tggggtttaa aagaaagaaa aagtgtgtgc 30 <210> 346 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 346 ttccctccaa tgtcctactg tctccttc 28 <210>347 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 347 gctgtattgt gctttgacta cttcttgttg 30 <210> 348 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 348 ttgcttgttt tctgaatctg tgcgtgtc 28 <210> 349 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 349 tgatgcagtg agtgatcaag agaaagtga 29 <210> 350 <211> 28 <212> DNA Page 372 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 350 ataaacggtg atgttaatgg gcccaaag 28 <210> 351 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 351 tcaacgggtt acaagattga agtattgagg 30 <210> 352 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 352 ccaatacatt cgaacacgtg attgttcgtt 30 <210> 353 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 353 tcgttgttga cttcttttat ctatctgtga 30 <210> 354 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 354 cccaaaaaga atcgggtatt taatagttc 29 <210> 355 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 355 tgtttgtgta gtttaaaagc tcaagaag 28 <210> 356 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 356 cattttgaat gacattggtt tccagatt 28 <210> 357 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 357 tgtttgtgta gtttaaaagc tcaagaag 28 <210> 358 <211> 1158 <212> DNA <213> Arabidopsis thaliana <400> 358 Page 373 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atggctttca caaaaatctc cttagtcctt cttctctgcc tcttaggttt cttttctgaa 60 actgtcaagt ctcaaaactg cggttgcgct ccaaacctct gttgcagtca gttcggttac 120 tgtggtaccg acgatgcata ctgcggtgtt ggatgccgat caggtccttg tagaggtagt 180 ggaaccccga ccggagggtc ggtcggtagc attgtgacac aaggtttctt taacaatatt 240 atcaaccaag ctggtaatgg ttgcgcgggg aaaagattct acacccgtga ctctttcgtt 300 aacgccgcta atactttccc caactttgcc aattctgtta ccagacgtga aattgctacc 360 atgtttgctc atttcactca cgagaccgga cgtaagattt atgtctttct tctcttctat 420 ctttatatac tcaaaaataa attaatattt tgtgtctgtg tatacatcta ctttagtcat 480 gactcattcg aagtttataa ctttagtaaa ctaaacgaat gattggagga tttgatattt 540 taaaacgttt tgcattattt caaaacaaat gaggattata ttatattatt ataacacgtt 600 aagtatttta aggaaaacaa ttggttataa gaccatataa gattaaacct ttgatattgt 660 agtaagaaat gacatttgac ttgatctcaa gtaactaaga tgatcctaat cctaaataac 720 tcttctgttt catgtgcatc tccatacgta ttagatttct gctacataga agagattaac 780 ggagcaacac gtaactactg ccagagcagc aacacacaat acccatgtgc accgggaaaa 840 ggctacttcg gtcgtggtcc gatccaacta tcatggaact acaactacgg agcgtgtggt 900 caaagtctcg gtcttgacct tctacgccag cccgaacttg tgggtagcaa cccaactgta 960 gctttcagga cgggtttgtg gttttggatg aatagcgtaa ggccggttct gaaccaaggg 1020 tttggagcca ccattagagc tattaatgga atggaatgta acggtggtaa ttccggtgca 1080 gtcaacgcaa ggattggata ctatagagac tattgtggac agcttggtgt ggaccctggt 1140 cctaacctta gttgctaa 1158 <210> 359 <211> 1127 <212> DNA <213> Arabidopsis thaliana <400> 359 atggcgacac aaaatgcgat tctgaaaaaa gctctcatca ttttcctctt tactctaacc 60 atcatgacag gaaccgcgtt ttcacaaaac tgtggtacaa acgggtgtaa aggcaacatg 120 tgctgcagca ggtggggata ttgtggtacc acaaaagcct actgtggcac tgggtgccag 180 agtggacctt gcaactctaa acctaaacct actccgactc caagcggtag tggcggtcta 240 aatgctggtc ctcgtggtac catagcaagc gttatcacac cagcgttctt caacagcatc 300 atgagtaaag tcggaagcgg ttgcccagcg aaagggtttt acactcgcca ggctttcatc 360 gcagccgctg aatcgttcgc agcctacaaa ggaactgttg ctaagcgtga gattgccgcc 420 atgttggctc agttctctca cgaatctgga agtaagttca ccgtttacta cattctatta 480 ttctttttat gtatcagaaa atgtctaaaa aggaattatt aaagtattat catgtttaaa 540 aatttatata aatatctgat ttatcagttt gcattaaaaa ctttattttg ataattgaag 600 aaaaatatag agacaggaat attttcctca taagaaataa ggatttgcta gctatatata 660 Page 374 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttaccaaaat gtgttccaag aatgtgtcta aaacaagttt aaaataaagt ttatctgttt 720 ggttatgtaa aggtttttgt tacaaagaag aaatagccag aggaaggtac tgctcaccaa 780 gcacaacata tccttgtcaa cccggaaaga actactatgg tcgcggtccg atccaaatca 840 catggaacta caactatggt gcagccggaa agttccttgg acttcctctc ttgaaggacc 900 cagatatggt ggctcgtagc ccaactgtgg ctttccagtg tgccatgtgg ttttggaaca 960 agaatgtgcg tccggttttg agccaagggt ttggtgcaac cacgaggagg atcaacggtg 1020 gtgaatgtaa tggtgggcgt ccagctgcag tgcagagcag ggttaaccat tacttggact 1080 tctgcaagaa gcttggggtc actcctggaa ccaatctctc atgttga 1127 <210> 360 <211> 2494 <212> DNA <213> Arabidopsis thaliana <400> 360 atgtcttggg acgatggatc acacgcaaag gtgaagaaag tgcagctaac cttcgatgag 60 atcatctact caatccaggt cacgtacgac ggagccaccg ctcttcaatc ccagcttcgc 120 ggctccgttg gtcccaaatc tgctgaggtt tgtggaaaaa aacacactaa gatcacttat 180 ttttacagat ataatgtgta atttttttgt taagttaatt aactttaatg tcatatacat 240 acataatcag ttcactttgg ctccggacga gtacataacg gccctttctg cttacggcaa 300 atcgttgagt acgcaagaag ttattacggc gttgactttc acaaccaaca agacttctta 360 tggaccttac ggtaccaaat ccggtttcca gatttctgct ccggaagcca ccggtaaaca 420 gatctccggt ttccttggta ccagcggcaa tgttctcaac accatcgacg ttcactattc 480 tcccatacct actggaggaa ctggcaccgg aggaactggc accggaactg gcaccggaac 540 tggcactgga actggcactg gcaccggaac tggcactgga actggcactg gaactggcac 600 cggaggaact ggcactggaa ctggcaccgg tactggagga actggcactg gaactggcac 660 cggaggaact ggcactggaa ccggcactgg gactggcact ggaaccggca ctgggactgg 720 cactggaacc ggcaccggag gaactggcac tggaaccggc accggaggaa ctggcactgg 780 aaccggcact gggaccggca ctgggaccgg caccggagga actggcactg gaaccggaac 840 tggtaccggt tcaggtgctc agaaattgga agcacaaggc aacagtacag gaggtacatc 900 atgggacgat ggatccgatt acgatggcgt gaccaagata tacgcaagct acggtgggga 960 aggtattcaa tacgtcaagt tcgactatgt gaaaggtgga gtaacaaaac aaggagttct 1020 acacggtaaa caacaaagta gacaaaatcc aagagaggta agcttacgta caactttctt 1080 tcaaggtttc taactatatt ttatacaaag attatattac tgacattgtg aacccttttt 1140 aattttttgg gtagtttgtg attaaccatc cggatgagta tcttgtttct gttgagggtt 1200 ggtatgaaac cgtcatgcta ggaatccagt tcaaaacgaa cttgaacact tatgaggtca 1260 gcatctatcc tttcgaacct agtactgata ctaaatttac tcttcaagtt caagacaaga 1320 Page 375 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agatcattgg atttcacggt ttcgcgggca accatgttaa ttccattgga gcttacttcg 1380 ttccaaaatc ctccaccact cctgttcctt caaccccttt gaagctgacc gcagaaggtg 1440 gtgagacagg agctgtatgg gacgatggtt ctcacgatga tgttaagaaa gtttatgtag 1500 gacaaggcca agatggtgtt gcagctgtca agtttgaata caaaaatggt tctcaggttg 1560 tttttggaga tgaacgtgga acgagaacat tgctaggatt cgaagaggta tgcacgctta 1620 agaccaacta tttttattgg tttccctttt caactaattt cactattcat tatgcattta 1680 tctatgtagt tcgagcttga atcagacgaa tatataacat ccgtggaagg atactacgaa 1740 aaaaactttg gagttgatac tgtagtgaca acgctgattt tcaagactag caagaacaaa 1800 acagctggac cgtttgggat tgtatctggc acaaagtttg aattcaagaa ggaaggttac 1860 aagatcactg ggttccacgg acgagctggt gagtatgtta atgctattgg agcttattta 1920 gctccatcag gcaccacccc tttgactcct gcaacacaat cccaaaagct agaaggagct 1980 ggtagtgagg caggaacttt atgggatgat ggtgctttcg acggtgtaag gaaagtgtct 2040 gtaggacaag cccaagatgg tattggagcg gtctcgtttg tgtacgacaa agcaggtcag 2100 gttgtagaag gaaaagaaca tggaaaaccc acattgcttg gatttgaaga ggtatacttt 2160 attagttctt gctttctctt tcgtcgttta accgtatagt ttattatcct caattttgtt 2220 cttttttgtg cttcttgaat tgcagtttga gcttgactat ccaagtgaat acatcacggc 2280 agttgatggc acctacgatg caatctttgg gaatgaacca atcgtaaata tgcttaggtt 2340 cacgactaat aagcgagtat ctattccttt tggaatagga gctggcacag ccttcgaatt 2400 caagaaggac ggtcaaaaga tagttggttt ccatggaaga gctggtgatc tacttcacaa 2460 atttggagtc catgtcgcgc caataaccaa ataa 2494 <210> 361 <211> 1561 <212> DNA <213> Arabidopsis thaliana <400> 361 atggagaaga atacttctca aaccatcttc tccaactttt ttcttctcct tctcctttct 60 tcatgtgtct ctgctcagct ccggacaggt ttctaccaga actcatgtcc gaacgtggaa 120 accattgtac gtaacgctgt ccgtcagaaa ttccagcaga ctttcgttac cgctccggcc 180 actcttcgcc tcttcttcca cgattgcttc gttcgtgtac gttacaattt tcttttgata 240 ttttcgtaca atataagaag tttatttctg atcgaaatgt atccccaaaa catctagatt 300 tagagtttac gatgtttatc ttctatgtat cattttcaaa taaaacatta tctttacgta 360 tgaatgtata gggatgtgat gcgtcaataa tgatagcatc accatcggag agagaccatc 420 cagatgacat gtcattggcc ggagacggat tcgacacggt ggtgaaggcg aagcaagccg 480 ttgatagcaa tcccaattgc cgcaacaaag tctcatgtgc tgacattttg gctctcgcca 540 ctcgtgaagt cgtcgttttg gtacactaat atatatatat atatatatat atatatatat 600 atatatatat atattttaca tcacttagtt attcctctat tattccttta atacatatta 660 Page 376 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tataatgtcc gaggtattga aaattcgttt tttctacagt atatatcgtt ttcagttttc 720 ttgtgcgaaa aagctaatca tatcattaaa tataatacaa gtacaagtaa caactacaca 780 gtgacacttt ttattggcgg tttgtaattt aagacaagta caagtaacaa ctacacaggt 840 catatagtaa tctgatcaga taataacaat agtaatctga ctaaataaaa attgcagacc 900 ggaggaccaa gctacccggt ggagctaggg aggagagatg gcagaatctc cacgaaggcc 960 agcgttcaaa gccaattgcc tcagcccgag tttaacctaa accagctcaa cggcatgttt 1020 agccgtcacg gcctctctca aaccgatatg attgccctct caggtaccaa aaccgaactt 1080 aacctattat atttttctac tttaaccaaa ttcttatggt atagtattaa tgttattgtg 1140 acgttataat tcaggagcac acactatagg atttgcacat tgtggaaaaa tgtcaaagag 1200 aatatacaat tttagcccta caacacgtat cgacccgagt ataaaccgtg gatacgtggt 1260 tcagcttaag caaatgtgcc cgatcggtgt cgacgtaaga atcgcaatca acatggatcc 1320 gaccagtcca cgtactttcg ataatgctta tttcaagaat ctccaacaag gaaagggttt 1380 gttcacgtca gatcaaatct tgttcacaga tcaacggtca agatctacag ttaattcgtt 1440 tgccaatagt gaaggagctt ttagacaagc tttcatcaca gcgatcacga agttaggtcg 1500 ggttggtgtt ttgactggta atgctggtga gattcgaagg gattgttcac gtgtcaatta 1560 <210> 362 <211> 1341 <212> DNA <213> Arabidopsis thaliana <400> 362 atggagacga tgacgatgaa ggttgaaacc attagtaaag aaatcataaa gccatcttcg 60 ccaactccaa ataatctcca aactctccaa ctctcaattt acgatcacat ccttcctcca 120 gtttacacag tagcctttct cttctacacc aaaaatgatt tgatctctca agaacacact 180 tcccacaaac tcaagacttc tctgtctgaa accctgacca agttctaccc tcttgccgga 240 agaatcaccg gagtaaccgt cgattgtacc gatgaaggag ctatctttgt cgatgctcgt 300 gtcaataact gtcctctcac tgaatttctc aagtgccctg atttcgacgc cctccaacag 360 ttgcttcctc tagatgttgt agacaaccca tacgtggctg ctgccacgtg gcctttgctg 420 ctcgtgaagg caacttactt cggatgcgga ggcatggcca taggaatctg catcactcac 480 aaaatcgcgg acgcagcctc catctcgact ttcattcggt cctgggccgc cacggctcga 540 ggagagaacg atgccgctgc gatggaaagt cctgtatttg ctggtgcgaa tttctaccca 600 ccagccaatg aggcttttaa gctacctgcg gacgaacaag ccggcaagag aagcagcatt 660 acaaagagat ttgtgttcga agcttctaag gtggaagatc tcaggaccaa agccgctagt 720 gaagaaacag tagaccaacc tacgcgggtg gagagcgtta ctgcgctcat ctggaaatgc 780 ttcgtcgcat cctcaaagac aactacttgt gatcacaaag tgctggtcca gcttgctaac 840 ttgcggtcca agataccttc ccttctgcaa gaaagctcta tcggaaatct catgttctct 900 Page 377 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctgtggtct tgagtattgg tcgaggaggg gaagttaaaa ttgaagaggc cgttagagac 960 ttacgaaaaa aaaaggagga gttaggaact gtgatcctag acgagggtgg gtcatctgac 1020 tcatcttcca tgatcggttc gaaactagca aatctgatgc tcaccaacta ttctcggttg 1080 agctatgaga ctcatgaacc ctataccgtg agtagctggt gtaagctacc tctttacgag 1140 gctagctttg gatgggattc tccggtttgg gttgttggga atgtgtcccc cgtgttaggc 1200 aacttggcca tgttgataga ttccaaggac ggacaaggaa ttgaagcgtt cgtcacactg 1260 cctgaagaga acatgtcgtc cttcgagcag aacccagagt tgctcgcctt tgctaccatg 1320 aaccctagtg tcttggttta 1341 <210> 363 <211> 387 <212> DNA <213> Arabidopsis thaliana <400> 363 atggctcctc tcaagaactc ctttgtaaca tctctggtca ttgcactaac attcacaagc 60 ttcttcacca gcctatccgc tcatcgtcac cttctccaat caacaccagt gactcagcct 120 ccagctttaa cattcccacc tctgcccaaa accactatgc caccggttcc ttctctacca 180 actccaggac aacaaacgtt gccacagcca caaccaactc tgccacagcc cactgggttg 240 ccaccgatgc cgagcacaca gataccatca ttgcccaacc aggtgcagcc cacaatccct 300 aacattccac agatcaactt ccctagcaac tttcccttca actttccttt caacattcct 360 ttccttactc caccaccttc aaagtaa 387 <210> 364 <211> 336 <212> DNA <213> Arabidopsis thaliana <400> 364 atggctccaa gaacccccct tgcactcttc gtttctctca acctcctctt cttcacttac 60 acctctgcaa ccacagggac ttgtcctaaa aattccatag agatcggtac ttgtgtcact 120 gtgctcaatc tagtggacct aacattggga aacccacctg taaagccatg ttgctcgctc 180 atccaaggct tggctgacct tgaggccgcg gtctgccttt gcactgcagt caaggctagc 240 attcttggaa ttgtcaatat taaccttcct atcaatctca gcgtactcct caatgtttgt 300 agtaggaatg ctccaaagag tttccagtgc gcgtaa 336 <210> 365 <211> 802 <212> DNA <213> Arabidopsis thaliana <400> 365 atggccagag agaagattgt ggtggctggt ggtaccacaa agagctggaa actactcttg 60 gggctgagaa tatttgcatt catggctact ttagctgcag ccattgtaat gtcactaaac 120 aaagagacaa agaccttggt tgtggccacc attggtactg ttcctattaa agccacttta 180 Page 378 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accgctaagt ttcagcacac accggctttt gtgtaagcga gtaaaaccct atacgaaatc 240 gattcgatac atattgaaag caaaatgttt ttgagttatt aacattgatt cttggtttta 300 caggttcttt gttatagcta atgtaatggt gagcttccac aacttgttga tgattgtggt 360 tcagattttc agccggaaac tggagtacaa aggtcttcgt ctcctctcta tcgccattct 420 tgacatggta taaacattgg ttttcaaatc aatttactgg tttgatttca attgaattag 480 tttgaacgtt tggaaaaaaa gctaaacggt ttcttgataa tctaaaaaaa cgttggaaaa 540 aaagctaaac gcaacactag tatctgcggc tgcaaacgcg gcggtgttcg tggcagagct 600 agggaagaac ggaaacaagc acgccaagtg gaacaaagtc tgcgacaggt tcaccactta 660 ctgtgatcac ggcgcaggag caatcatcgc agcattcgcc ggagtcattc taatgctcct 720 cgtgtccgcc gtctctattt cccgcctctt aatcaattct aaaaacttct ccaccaccgc 780 caccacaacc tccgtcgtct aa 802 <210> 366 <211> 926 <212> DNA <213> Arabidopsis thaliana <400> 366 atggcgaaag agtccaccac catcgacgtc ggcgagccaa gcactgttac caaaagttca 60 agccatgtcg taaaggacgc gaagaagaag ggctttgtgg cagtcgcctc aagaggtggt 120 gccaagagag gtttggctat attcgatttc ctcctccgtt tggcggccat agcagtcact 180 attggggctg cctctgtcat gtacaccgcc gaggaaactc ttcccttctt tactcagttc 240 ctccagttcc aagccggtta cgatgacctt cctgcgtttc agtacgtccc ttcctatctt 300 cataattact tattgacata atgtttacaa atttaatgca tattttatat ctttaagtga 360 accatataga tacttctaat ttgttatagt tttcttgaaa tcaaatattt aaattcgagt 420 tattagtaag acaagtcatg ttccggttat atcattgtgc ggttagtaac ctaatgaaat 480 aatatactcg ttttttgaag gtactttgtg atagccgtag ccgtagtcgc tagctatctc 540 gtcctttcac ttccattctc catcgtatcc attgtccgtc cacatgctgt cgcgccccgg 600 ctgatcctcc tcatttgcga tactgtaact taccttataa ctctattctt catttctttc 660 ataatttgat ataactcaca ctcttttatg ttatgattgt atatataaag ctggtcgtga 720 cgctcaacac atcagcagca gcagcggcag catcaatcac ctaccttgca cacaacggca 780 accaaagcac caactggctc cctatctgtc agcagtttgg agacttctgc cagaacgtta 840 gcaccgcggt tgtggctgat tctatcgcga ttctcttctt catcgttctt atcatcatct 900 cagccatcgc cctcaagagg cattga 926 <210> 367 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 367 Page 379 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcagtatctg aacccgcctt gggtattc 28 <210> 368 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 368 cctaacgcac acaagttaaa cattcaacag 30 <210> 369 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 369 acttcttaag cgcaatcact gaccatgc 28 <210> 370 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 370 caacagacaa gaaacagaat ttgaaaaccc 30 <210> 371 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 371 cacatatcaa cacatgacca acttgccg 28 <210> 372 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 372 ccacacaaac caaaagaaaa caccaatc 28 <210> 373 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 373 atcttcgatg gatgtgtttg cttctccc 28 <210> 374 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 374 ttgagagaaa ccctagaaag aggcggag 28 <210> 375 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 375 gaagggtttt gggctctacg tgtgaaag 28 <210> 376 Page 380 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 376 tctcaatctg tttatgtgcc tgtatgagc 29 <210> 377 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 377 atgtgtgtag cgaaaaccaa tgacaacg 28 <210> 378 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 378 ttagggtttt cttgaggatc tgagaggc 28 <210> 379 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 379 gggactggcc atagacgagt tattcagg 28 <210> 380 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 380 atggtcaacg aatttgcgaa tgaatgag 28 <210> 381 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 381 tttgtcacca aaatcagaca ggcaaagc 28 <210> 382 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 382 ggaacaaaat aagaaagatg atctcgccg 29 <210> 383 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 383 tgatggtcac tgctggagaa aatatggg 28 <210> 384 <211> 28 <212> DNA <213> Arabidopsis thaliana Page 381 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 384 cttcggaact ttcgttttcg tcttctcc 28 <210> 385 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 385 ttaagtgatg tttgcaactt ttaatgcaac 30 <210> 386 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 386 caaaaagaaa aattgaatca gcaaccac 28 <210> 387 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 387 tgtggagatc agtgcctgat aaagatagc 29 <210> 388 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 388 agttttggat cggatcgttt gaatctgg 28 <210> 389 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 389 acccatttgt ctgccaacat ctcttttg 28 <210> 390 <211> 26 <212> DNA <213> Arabidopsis thaliana <400> 390 gccgttaacg atcggaggtt tcagag 26 <210> 391 <211> 26 <212> DNA <213> Arabidopsis thaliana <400> 391 gccgttaacg atcggaggtt tcagag 26 <210> 392 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 392 ggcagatttg gtggttcaga aacagaag 28 Page 382 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 393 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 393 aattcttatt aggcgccaca atgcaagg 28 <210> 394 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 394 cgaaaagttt acccaattcc caaaaatgc 29 <210> 395 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 395 tttttgaccc cttctgggga agaagaac 28 <210> 396 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 396 tcgtcttcgg atcttctgaa atttgttg 28 <210> 397 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 397 aggaagcatc catcgaatag agagagcg 28 <210> 398 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 398 ctgatcccaa tgagagagat atcctgcg 28 <210> 399 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 399 cttggaagca ttcaagagag tcgtggag 28 <210> 400 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 400 accttatccc tctcttccga ttctcggc 28 <210> 401 <211> 28 Page 383 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 401 aagattctga aagcaagtga cgatgatg 28 <210> 402 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 402 cgggatcttc cttgttcttt ttctctgc 28 <210> 403 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 403 tcaccagaaa aacaaaaact agaaaccagg 30 <210> 404 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 404 tcgtcttctt cttcttcgtg agggtgtg 28 <210> 405 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 405 tcagaatcta tgggagggga actcaaac 28 <210> 406 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 406 caaacgagaa agagagagat cgatgaacg 29 <210> 407 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 407 tcgtgaaccc atccatattc tttgcttg 28 <210> 408 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 408 ggagaaattg ttctttggct tcgtgatg 28 <210> 409 <211> 28 <212> DNA <213> Arabidopsis thaliana Page 384 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 409 tgatacgtta cgccttccta tccatccg 28 <210> 410 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 410 acctattcat tgacaacaaa aaccaaaaac 30 <210> 411 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 411 gtgaggtcat attcaggacc gatccaac 28 <210> 412 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 412 ttttcttgcc ggagaagaga gaactatg 28 <210> 413 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 413 caacttaacg acctgccatt ctgtagcg 28 <210> 414 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 414 tgatcggaga aagatttaac ggctgagg 28 <210> 415 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 415 tcggaatctg ctggtaatct acgcaaag 28 <210> 416 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 416 tgaaagagaa tctgaggagg aagaagaac 29 <210> 417 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 417 tctcccaaat aaaaatgaga gcaaacac 28 Page 385 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 418 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 418 cctccaacca caaagctcaa atattatccg 30 <210> 419 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 419 ggatcgaaca ctctctcgta cgtcaagg 28 <210> 420 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 420 ccaagagata aggaagagga gactttgggg 30 <210> 421 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 421 agtgattccc cgtaactcat gctctgtg 28 <210> 422 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 422 gctgatcctc caaagagaag aaagaaatgg 30 <210> 423 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 423 aagattttcc gctacgggaa tttgaacc 28 <210> 424 <211> 29 <212> DNA <213> Arabidopsis thaliana <400> 424 tcttcgattc aacaatctag agcaaatcc 29 <210> 425 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 425 gtaatttggg taaaaacctc ggaacggc 28 <210> 426 <211> 28 Page 386 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 426 tgtgagcgac aggacttgta gtaggagg 28 <210> 427 <211> 27 <212> DNA <213> Arabidopsis thaliana <400> 427 cgcaacgata ggtgcctatg gaaactg 27 <210> 428 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 428 tctctttatc cttcctcggc caaaaagc 28 <210> 429 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 429 accagctcat ggagagcaat gaaaacac 28 <210> 430 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 430 atctgaggaa ggacggagcg agagatac 28 <210> 431 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 431 tcacacacac gtcagcttta actccgtc 28 <210> 432 <211> 30 <212> DNA <213> Arabidopsis thaliana <400> 432 accttcacaa acctaaacca ataacagaga 30 <210> 433 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 433 acaacgtgtt tgatgtgtca ccgttctt 28 <210> 434 <211> 28 <212> DNA <213> Arabidopsis thaliana Page 387 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 434 tttacccctt ttccttgtac taaatatg 28 <210> 435 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 435 ccacatgggg gattttgaag atatcgaa 28 <210> 436 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 436 ctcaaaactc ccaggaaaaa cgaaaacg 28 <210> 437 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 437 tagatgcgct aggagattcc cttctcca 28 <210> 438 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 438 cagtgacata tccaatttca aaacgccg 28 <210> 439 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 439 tcagttataa acctttggga accaccgc 28 <210> 440 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 440 aaaatatgtg cttccttgga acaccgga 28 <210> 441 <211> 1116 <212> DNA <213> Arabidopsis thaliana <400> 441 atgtcgtctt ctcgggaaga gaatgtgtac ttagccaagt tagctgagca agctgaacgt 60 tatgaggaaa tggttgagtt catggagaaa gttgcaaaga ctgttgacac cgatgagctt 120 actgtcgaag agagaaacct cttgtctgtt gcttacaaga acgtcattgg tgctaggaga 180 gcttcctgga ggatcatatc ttccattgaa cagaaggaag aaagcagagg aaacgatgat 240 catgtttcca ttatcaagga ctacagagga aagatcgaaa ctgaactcag caaaatctgt 300 gatggaatac tcaatcttct ggattctcac cttgttccca ctgcatcttt ggccgagtcc 360 Page 388 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaagtctttt acctcaaaat gaaaggagat taccacaggt accttgctga gtttaagact 420 ggagctgaga ggaaagaagc tgctgagagc actctggttg cttacaagtc agctcaggta 480 aactctttaa gtttcaacat ctatctatct tattttgctg cttgagacca gtaaaggagc 540 tgtcatgatg aatgcttatg tgtgtttttc ttctaatgta ggatattgca cttgctgatt 600 tagctcctac tcatccgatt agactgggac ttgctcttaa cttctctgtc ttctactacg 660 agattctcaa ctcacctgat cgtgcctgca gtctcgcaaa acaggtttgt attttgtcat 720 acgggatgtt atgatgcttc cagactttgt aacacttatt ccagcaccaa attgcttaat 780 gatattctct caattgtttt gacaggcttt tgatgaggcc atttctgagc tggatacatt 840 aggagaagaa tcatacaaag acagtacgtt gataatgcaa cttctccgtg acaatctgac 900 cctttggaac tctgacatca atgtacacct ttgtcttcct ccttttgctt ttccctataa 960 actcttatat atgcagtcta agcttctttt actcagaaat ttctctcaaa cgctgattgt 1020 gttgctgatt tttaggatga ggcgggcggt gatgagatca aggaggcgtc aaaacatgag 1080 ccggaagagg ggaaaccagc tgagacaggg cagtga 1116 <210> 442 <211> 847 <212> DNA <213> Arabidopsis thaliana <400> 442 atgccgatca gaaacatcgc cattggccgt ccagatgaag ccacccgtcc cgatgcctta 60 aaggcggcgt tggctgagtt catttcaact ttgatctttg tcgtcgccgg ttcaggctct 120 ggcatggctt tcaacaagct cactgaaaac ggagccacca ctccttctgg tctcgtagct 180 gctgcagtgg ctcatgcctt tggactcttc gtcgctgtct cagttggtgc caacatctct 240 ggtggacacg ttaaccctgc cgtcactttc ggtgctttca ttggtggtaa catcactctc 300 ctccgtggta tcctctactg gattgctcag cttctcggct ccgtcgtcgc ttgcctcatc 360 cttaaattcg ccaccggtgg cttggtatgt caaactaccc tttagccctt tattagatct 420 ctttttggac ctaacttctt tgtcaagtaa ctaattaacc ttttgaaaat tttaggctgt 480 gccggctttt ggtctctctg ctggagtagg agtgttgaac gctttcgttt tcgagatcgt 540 gatgacattc gggcttgttt acaccgtcta cgctacagcc attgacccca aaaacgggag 600 tcttggaaca attgctccca tcgcaatcgg tttcattgtt ggagccaaca tcttagctgg 660 aggagctttc tctggagcct ccatgaatcc cgccgtggct ttcggaccag cggtggtgag 720 ctggacatgg accaaccact gggtctactg ggccggacct ctcgtcggcg gtggaatcgc 780 tggactcatc tacgaagttt tcttcatcaa caccacacac gagcagctcc caaccacaga 840 ctactga 847 <210> 443 <211> 5160 <212> DNA Page 389 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 443 atggttttga caaaaaccgc aacgaatgat gaatctgtct gcaccatgtt cggatctcgc 60 tatgttcgca ctacacttcc caagtaagta aattaaccaa atgactattg aaaacatttt 120 gaatactttg cttcttaatg ttgatgtatt ttatttaatt gattgaaaaa aggtatgaga 180 ttggtgagaa ttcgataccg aaagacgctg cgtatcagat cataaaagat gagctgatgc 240 ttgatggtaa cccaaggctt aacctagctt cttttgtgac tacatggatg gaaccagagt 300 gtgacaaact catcatggac tctatcaata agaactacgt tgatatggat gagtaccctg 360 tcacaactga gctccaggtc tctccatctc tcgatcttta tatttcctaa gtactatatc 420 catagtataa ttaactaatg gtcaatggtg ctagatctaa tttggtttga aatggttact 480 attgcttaat ggtttcatta gaatatagga gtcattctaa tgtataacga aaaggtatag 540 aatttgcatt caaagttagc gagggatttg gaagttgaaa aatgatgttt gataaactca 600 tataatcata ttcattgttt agtattagtc ccacatttat ttctccaaaa gaatataaaa 660 ggagacaaat tataattata tttagtacta tagttttttt tttgagaaaa tatgacccat 720 acgtttctag ctattattgg ccgacatatc catgctttca gtaacaagtg gacttgctcg 780 ttttgtaagt tgttctcttg atcataaata attggtattg actaatgtta aaattttcat 840 caatactagt ggcccacttg atttgaactt tgaataccaa attcggttat cgttaaacca 900 gtcggtatat tcatccggtt ttatatttat caaaaatgaa tcaatcaagt agtatgatta 960 aagtagaaaa catctaaatc tttgagaatc aaagtatgtg aggaaaagat ggtaaagcag 1020 aataattgat tagccgaagg acaaaaacta cacttctgtc ggcaacctct cttttattcc 1080 ccacatcacc agttcaccac aaacaaattt tggttttgat tggtccactc aactttttct 1140 cactatgtgg taccatttga ttgagtttat ctatatattt aagttgaaaa gtgaactatg 1200 gacaccgtga atgcgtggta aacgttgtat gaaattaatg tttgacaaaa gaaaaccatg 1260 cattaaaata aagggtatgt tggcaaaata gtcacttttc agaacttaat tgtaaatata 1320 gggagtttac tattcataat tggagaatta ggtacattac actattactc taatagaaat 1380 ctgtgtaata gaaaaaaagt gggacataga aagagaaatg gaaattacca taggggcctt 1440 tgattttttt ttcactctac tctctacttt ctacacgcac cctctttttt ttttttataa 1500 tatacatata tattttttct ttatttttta taacctctca aatctaataa ttgaaatgct 1560 tatcaatatg aatttatttt ttaaattgat tcagatacat aaaaatctat atatttttct 1620 ctataatttg atatgcattt tgctaataat tttaaatata ttacatagac atttttatca 1680 atagtcaatt aattatatgt acacactttt atttgtacag cataataaat attcatattt 1740 ataacaaatt tatacaattc aatttattat ttaacaacat atctcaattt ttttatataa 1800 tacatatatt tgtatatttt ttactatttg attcgtacac ttagttttgt acaacatttt 1860 tagtgtacaa ataaataaat gtacacagcg tacacttaca tctgtacact aaaagtgttg 1920 tacaaattta agtgtacgaa tcaaactatg aaaagtcact actttgcaaa tcgtgaatac 1980 Page 390 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccgatacatg tttgtacgtg tttattgtta gacgatttta ttttgtacgt tgcattagtt 2040 agacataaaa tacaatatgt atgtctgaaa atatttattt gcttgacggt tttaatttgt 2100 aattttcacc taagctacat ggaatcgtaa gcggatattc ggaagcattt ggaagcggag 2160 aaacgagttt ttctaaaaaa attaggatgc atgtatatat tggaagtatg tgtataaatt 2220 atataaatat ctaattcata atattcataa tatataaaaa tttgaaaaga tattcagaat 2280 aataggtgat ataaatgtct aatcgaatat agttgtatga aagttcatgt ggcgtagtgg 2340 taaatactcg caaatgcatt ctctccaccc aggttcgatc ctatggagtt tattttttta 2400 cgttttaatt aaattacagg ggtataatcg taaatttaaa cacaacttct tcttcccaaa 2460 caaaacccta gtagtcgccg ttcctctgta aagttttttt ccttcttctt cttttttgaa 2520 tttttaagtt ttgttcatcg ttttctcatt caacttaacc aaaatgtgaa agatctatca 2580 ataatctaca gatttctacc ttaaaactga agttttggac aacttttttc ctcaccgatt 2640 tgttttctgt tttgtcaaaa acaccgacca ataaaaatgt ctttacatca ccagcatttc 2700 taataccgaa ttctaaaatt ccatataaga aaattccaaa aaaattccaa ctctatgcta 2760 catagataac aaaaacttca aaattcaaca gatctgattc cggcaagata caccagaact 2820 aatgtgaaag tctctaactt tcatggccga ttatttttct tagattgact gcaaagtcaa 2880 caatcacata ttcactgaat aatgacttcc tgtagattag tggcatgagt tgtaattaat 2940 aaagttgatt tggggtatta ttgattttgt atttggtagg gacaaagagc agtgactaaa 3000 aatctaatta tgaatagtat actgcctagt tctataatta tgtttcaaaa agtgactaat 3060 tcacaactta atcctaaaat aaattagaat tatacatata tagaggatat aaacagttgt 3120 gacttgtgat aaaacctagg agagcccacc caccattaaa atctcgtggt cgatcggtct 3180 attgtcacat acattctatc atgtgaaact tcaacaattt caccattaag aagttggtac 3240 ttgtttgttc ataaatggtt atgtgatggc atcactgtgt gcctttgata cttgatagtg 3300 tgaatacgat aataactagt aaaaaatatc atagtacttt attgtgatta ttatcttgtc 3360 atattggttt tttgcataaa aatatatata gcccattatc aatactataa ataaaaatta 3420 ccctttcgtt tgataaaaaa tctaaagata ctttgatcaa ttagatcact gaaattcgta 3480 gattcactaa tttcgtacca atagtctttt cttttggtaa aagctacaga taagttatgt 3540 gatagtaaat gagcatggaa tttgatttgt cataacactt atatcaatct tttaaaaaga 3600 agattcataa ttttgaatat ttaggaacag aacaaatgtg taaacattat aattttgaat 3660 tgtttggaaa aacagaaccg atgtgtaaac attatagctc gactgttcaa tgcgccactc 3720 gaggaatctg agacggcggt gggagtaggg acagttggtt cttcagaagc catcatgtta 3780 gccggattgg ccttcaaaag aaaatggcag aacaaacgca aggctgaggg taaaccctat 3840 gacaaaccca acattgtcac cggagccaat gttcaagtaa gtatatatat atacagctta 3900 atctgactag ttagaccgtt ataataaata gaaattttgg ctctcaattt caggtttgct 3960 gggagaaatt cgctcggtac ttcgaggtgg agctaaagga agtaaaccta agtgaaggtt 4020 Page 391 2008200749 15 Feb 2008 12689250 Sequence Listing.txt actacgtgat ggatccagac aaagcagcag aaatggtaga cgagaacaca atctgtgtcg 4080 cagccatatt gggatccaca ctcaacggtg agttcgaaga cgtgaaacgt ctcaatgact 4140 tgctagtcaa gaaaaacgag gagactggtt ggaacacacc gatccacgtg gatgcagcaa 4200 gtggagggtt catagctccg tttatctatc ctgaattaga atgggacttt aggcttcctt 4260 tggttaagag catcaacgtg agtggtcaca agtatggact agtctatgct ggtattggtt 4320 gggtcgtgtg gagggcagca gaggatttac ctgaagagct tatctttcat attaattatc 4380 ttggtgctga tcaacccact ttcactctca atttctccaa gggtatgttt ataactttca 4440 tattttatct aggtcaagta attatgatgt tattttacgt agcattggtt atgaacgttt 4500 ttggttgttg taggatcgag ccaaattatt gctcaatact accagctcat tcgtcttgga 4560 ttcgaggtga gtctatttaa gccgaaaata tgttttgtta cattttcaat ttataatgtc 4620 aattttcttt cgtttgttac gtttatgact ctggtatttg ttacatcgaa tgtttgattt 4680 gattaggggt acaaaaatgt gatggagaat tgcatagaga acatggtggt tctcaaagaa 4740 ggtatagaga aaacagagcg tttcaacata gtctcaaagg accaaggagt gccagtcgtc 4800 gccttctctc tcaaggacca tagtttccac aacgagttcg agatctctga gatgctacgt 4860 cgttttggct ggatcgtccc agcttacact atgcctgccg atgcacagca catcacggtt 4920 ctgcgtgttg tcatcaggga agatttctca agaacactcg cggagagact tgttgctgat 4980 atttcgaagg tgcttcatga gctagatacc ttgccttcca agatatctaa gaagatggga 5040 atagaaggga tcgcggaaaa tgtaaaggag aagaagatgg agaaggagat tctgatggaa 5100 gttattgttg gatggaggaa gtttgtgaag gagaggaaga agatgaatgg tgtgtgctaa 5160 <210> 444 <211> 3061 <212> DNA <213> Arabidopsis thaliana <400> 444 atggatgaag agtacgaagt catagttctg ggtactggtc tcaaggagtg catccttagt 60 ggtcttctct ccgtcgatgg tcttaaggtc tctctctctc tttttgaatc catgcttgat 120 ctggagattt tcaatactct taattcgtta cttacatgat gaacaacgga tctagttgag 180 attattatct ccgattgtgt gatttaaagc tggttgcttt gtgagcttca acatgagaat 240 caattggctt cgcgattttg acaatgatct gaatttaatg catttagtta gttattgaga 300 ttgcgtaaaa agactaaatt ttcatcatct ccactcctat atcttctatg tgattgatta 360 gctgactttg tcgccaagtt tacttctttt tataagtaat ctaatggtct actaatttca 420 tctatattcc aattaggtac ttcacatgga caggaatgac tactacggtg gagagtcaac 480 ttctcttaat ctcaatcagg tcaatatttt tgttaaatat atatgaagac tttttgtggt 540 aagttataat cagcgagagt tattgaatgt tgctttgttt taaacagctg tggaagaagt 600 tcaggggaga agagaaggct cctgctcatt taggttctag cagagactac aatgttgaca 660 Page 392 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgatgccaaa ggttatcaat attagctact ttccagctta tctagcttcc ttgttaccaa 720 tatgaattac taactgttct ctgtcaatgt ggcgcaccag tttatgatgg ctaacggaaa 780 gcttgttcgt gtccttattc atacggatgt gaccaagtac ttgtctttta aagctgttga 840 tggaagctat gtttttgtcc aaggcaaggt acattgatta ctcattttca tttttatctt 900 gtgcctcatt ctcttttttt tccatagatt tcaagtctgt ttgtgcatct ttttttctcc 960 catgtttgat cttggtcaaa agcttttcac tgatcattct agctttgcag cttaagtaat 1020 ttttttctag ttatattaac tgtttatatg ctacaggtcc aaaaagtgcc agcaactccc 1080 atggaggccc tcaaatctcc tcttatgggt atttttgaga aacgtcgagc tggaaagttt 1140 ttcagctatg ttcaagaata cgacgagaag gacccaaaaa cacatgatgg aatggatttg 1200 aggagagtta caactaagga tttgattgcg taagctgatg ttctcttgtc ttttgcatta 1260 tggtgttgtc aatatttgtt ttagactatc tgctgctaac tatcaattta acactttggc 1320 aggaaattcg gtcttaaaga agatactatt gactttattg gtcatgcagt ggcacttcac 1380 tgtaatgaca atcatctcca tcaacctgcc tatgatactg taatgagaat gaaggtgaat 1440 tgctctcatg ggactttaaa gtgtggatcc ccttgttttc gaagtcttct tttttgctct 1500 cagtatttca tgtttgactc tgttgcttta aatgttttat cagctctacg cagagtccct 1560 tgcacgtttt caaggaggtt caccatatat ctatcctctc tatgggttgg gagaattgcc 1620 tcaggttttt ttcttctttt gtacattgct ttatttggtt ggtgcaacta ttctggcgtt 1680 ttggactata gtttctaaat tctctcttat cttccttggc tcaggcattt gcacgactta 1740 gtgctgtcta tggtgggacg tatatgttga acaaacctga gtgcaaggtg cgtctttgac 1800 ttccttatct ttgtggcttt tttgtttcgg tcgtttctgc aactttttct gtcgttaact 1860 atatggatgc tagatctgat aacctaatat tgcttttata acaggtagag tttgacgagg 1920 agggtaaggt ttctggtgtt acatctgagg gagagactgc caaatgcaag aaagttgtct 1980 gcgatccttc ttacctaacc aacaaggtaa tggctgtgac cggatatcct acagtaacat 2040 tagctttgtt gcatgcatat atctctcatc tctgttttat ggtctgttgt tatgaatgtg 2100 agccttttag gcaattttaa caatgtgagc ctgtatgtta acattatttt aaaatgtttt 2160 ataatccaat tcaaacaggt caggaagatt ggcagggttg ctcgggcgat tgccattatg 2220 agccacccta ttccaaacac caatgattct cagtcggtgc aagtcattct accccaaaaa 2280 caattgggcc gcaaatcaga catgtgagtt ctcttattca tcctttggtt tcacttatgt 2340 aaatgtgttt gaataatgtg ttagctaatc tttgtctgaa ttattctctt gagcttgctg 2400 agataccttc cttgctacac actcttctca actatattat ttcttgatta caacacatac 2460 actctataaa acttggcagt gtgtaacatt gagtcgattg atatatttgt ttctcggctc 2520 atgattacat ctttattgta actgacaggt atgtcttctg ttgttcatat tcacacaacg 2580 ttgctcccaa gggaaagttc atagcatttg tgtcaacaga cgctgaaact gataaccctc 2640 aaaccgagct ccagcctgga atcgaccttc ttggtcctgt tgatgagctg ttcttcgaca 2700 Page 393 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctatgatag atatgagcct gtcaacgaac ccactttgga caactgcttc atatcaacgg 2760 ttagtttctc tacccctttt ttagtgagca tcttaaagtt ggctggtttc taataacctt 2820 ttttgttcat gtcctgaaca gagttatgat gctacaacac actttgacac aactgttgtt 2880 gatgtgttga acatgtataa attgatcacc ggaaaggtaa tgttctagaa tcacaaatat 2940 atcggttttt attaattgac ggcgacatat tctgtaattg gggagtgatc attgttttgt 3000 gttgcaggaa ctggatctaa gtgtggatct taacgcagct agtgctgcag aggaggaatg 3060 <210> 445 <211> 3356 <212> DNA <213> Arabidopsis thaliana <400> 445 atggcggtgc tttcatctgc agatcgaggt tcgttttcgt acccatactc ttcctttttc 60 acggtatact tgtttcgtct tcctcatcgt ttgatgcagc tattttgctc gctcgttcga 120 tctttttttt tttgtcgttt tggatgattt atgtgtcgat catttcgatc aaacaggtga 180 ttgtgttgat taggtcaatg agattttgtt ttgcgtgtta gtttaccgta atttgacgca 240 gatggtgaat ttttcgcaga ctgtttcatt tgcagatgat gatgctaggg atcatgattg 300 ttgaaactta tggaatctgt tgtatatagg aattagaaac gagattatgc attgcgtttt 360 ggttttgagt gttgagaata ttgattatga aataagaatt gtgttttggt cttgcagcta 420 gtaatgagaa gaaggtgaag agttcatact ttgatttgcc acctatggaa atgtctgtag 480 catttcctca agcaactcca gcctctacat ttccaccttg tagtaaggat ttcttcttcc 540 agaggattta tattttgatg atttattgtg tttctctgtc tcatttgtgg atatactgtt 600 tacagcttca gactattatc atttcaatga tctactgact ccggaagaac aagctatccg 660 gaagaaagtg agggaatgca tggagaaaga agttgctcca ataatgacag aggtagatct 720 tcatgttcga cgtgttttgt tttttctttg tttgctttga ttgtatagtt agcgttatct 780 cattgttctt cctttgggtt ttactcagta ctgggagaaa gcagaatttc cattccatat 840 cactccaaag cttggggcta tgggtgttgc tggtggctcg atcaaggtaa tttgcaatgc 900 ctgtctctgg gtttttgttt gtttgattat gtggatagaa gcttcagtat tgatttggtt 960 tgacttctta gggttatgga tgtcctggtc tctccatcac cgccaatgca attgccacag 1020 cagaaatagc tagagttgat gcaagttgtt cgactttcat tttggtgcat tcttctttgg 1080 gcatgctcac tattggtaag agcacctaat atttatttct aagcttgttt aatatttagt 1140 tgtcctagta aagatcattc taggatttgc ataagtttat ttcctttgat tttgtcaaga 1200 atagcactct gtggatcaga agcacagaag gagaagtatt tgccttcttt ggctcaattg 1260 aatactgtgg cttgttgggt gagtacgtgg atcttggaat tagatgattt gcatcccttg 1320 aatagtgttt tattgtgtta tacaaacatc ctgttgatac cattacctat attggacttc 1380 tataaaggct ttgacagagc ccgacaatgg aagcgatgca agtggtctag gaacgactgc 1440 aacaaaggtg gggctgcctt ctctcctagt attcagttac ttgtatctat ctttctatac 1500 Page 394 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttatgcaagt acagtaatgt ttcattgttt tgactggttt actgtatcag gttgaaggag 1560 gttggaaaat taatggacaa aagcgttgga ttggaaacag cacctttgca gatctgttga 1620 tcatctttgc gaggaataca acaactaacc aaatcaacgg gtaagtcaga ttattggctt 1680 tcttagatct ctcagatttt gtatcttagg tgtagaggtc gttcccagaa aactgaaggt 1740 aatgaggtgg ctcttgattt catcttatgg tagtgctgta aaaatccatt ttcataaaga 1800 atgctaaata ggttgctacg caattgaatg ttctgaacaa taaatttggt aaggaccgtt 1860 atcaagtgca tactggacta atgtctggct cctcattcat cttatataga ctatatttcc 1920 tgcattagaa acttatcagc aaccctcttt cagattcata gtcaagaaag atgcgcctgg 1980 cctaaaggct actaagatcc caaataaaat aggtttacgt atggttcaaa atggagatat 2040 tctactacag aatgtctttg ttccagatga ggatcggtta cctggggtaa attcttttca 2100 ggacaccagc aaggtactgt tgtgataatt ctactacata accccaaaat gctctaaaat 2160 actttatcac cagaaaaacg tcacatcttc ctcttttctt tgttataatt aaatgtttgt 2220 ctacacttga ataggttctg gctgtctcac gtgtaatggt ggcctggcaa ccaatcggca 2280 tatcaatggg aatctacgat atgtgccaca ggtatttccg ggaaaccgcc agatctctgt 2340 aatcctagta tgagctttca tttcgttact tacagttttc cattaatatg tattgtttca 2400 aggtatctga aggagaggaa acagtttgga gcaccgttgg ctgctttcca gttaaaccaa 2460 cagaagcttg tgcagatgct gggtaacgtt caagcgatgt ttctaatggg ttggcgtctc 2520 tgcaagctgt atgagacggg tcagatgact ccaggtcaag ccagtttagg aaaggtatta 2580 taacaagaaa tcctttttca aaatagagaa acatgttgtc tgattacata gtcagtacgc 2640 tagccgaaat aagtaggggt aagatattta aacaacgata ggtgctcatg agttatgaac 2700 catttggtag aagacctgtc atattttcta tgagatgcat cacttgattc cttgaataga 2760 atgtgtagca acatacaata aaggtgtttg tgtatagaga ttagggaaag ttgtgaatgt 2820 atctgtattg cgcttagaga ccagtcacgt ctcctggtat tcgtgtatag tcgtaatcgt 2880 atgcgaaaat attgtatcga aatgcaggaa gttcatgctt attatactat cgaaatgcag 2940 aaaatattgt attgagacaa gatacatttt gcttgtgatc tattctacta atcaaacata 3000 gctcagtaaa cattgaataa tatcgtttgc ataaccaatt atgtgtttcc actaggcatg 3060 gatttcatca aaagcgagag aaactgcttc gctaggtcgg gaattacttg gtgggaatgg 3120 aattctagca gattttctgg tagcaaaggt gagcaaatct tcatatttga cttggttgtt 3180 ggctattatt gaagaaagat catggttaag tcatgaattt ggaaaatttg caggctttct 3240 gtgaccttga acccatttat acatacgaag ggacttatga tataaacacc ttagtaacag 3300 ggagggaagt aacgggtatt gcgagtttca aaccggctac acgtagccgt ctctaa 3360 <210> 446 <211> 994 <212> DNA <213> Arabidopsis thaliana Page 395 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 446 atgttcatga tcgattggtt ctatggcgtt ctcgcttcgt tagggttatg gcagaaagag 60 gctaagatct tgtttctggg actcgataat gctggtaaaa ccactctgct tcacatgttg 120 aaagacgagg ttcgctctca ctttcttatt cagatctttc ttatctaatc gatccaattc 180 cctaacctta ttcgatctcc aattttgttt ttatatgatt ctggattaga tgcttaaatt 240 tgatttagga atctgagttt actgcttgaa ttttgagtcc ttgagtagtg tgttttaatt 300 gcttaactga tcgataatcg aacatggttg aattggtgaa acagagattg gtacagcatc 360 agcctacgca gcatccaact tctgaagaac tcagcattgg gaaaatcaag tttaaggctt 420 ttgatttggg tggtcaccag attgctcgca gggtctggaa ggattactat gctaaggttg 480 gtattaaaga tttctcattt gttataccag tttagctcac acgcaatgca tcatatattc 540 acttgttatt gagtacttgt caaagattga gtcatagagg attcagaaac tccaaatgtt 600 tcaacctact taagctattt cagtggaaga gttttatgaa ccgtcggttt tgatgattac 660 tctgtttttg caggtggacg ctgtggtcta cctagttgat gcttacgaca aagagagatt 720 tgcagaatca aaaaaggaac ttgatgcact tctctcagac gaatccctag ccagcgttcc 780 attcctcatt ctaggaaaca agatagacat accgtatgct gcatcagagg acgagctccg 840 ttaccatctc ggcctctcca acttcactac aggaaagggt aaagtgaatc taacggattc 900 gaacgttagg ccattggagg ttttcatgtg cagcattgtc aggaaaatgg gttacggaga 960 aggtttcaaa tgggtttctc aatacatcaa gtaa 994 <210> 447 <211> 3065 <212> DNA <213> Arabidopsis thaliana <400> 447 atggatgaag agtacgaggt tattgttctc ggcaccggtc tcaaggagtg tatcctcagc 60 ggtctccttt ccgtcgatgg tgtcaaggtc tccttcctct ctttccccga ttcgtttttc 120 gtttttcttc tctcttattt tcaattgaac ctttgaattc atgattgaat ttcgcataat 180 tgctttgatc cggattcaaa aaaacggatc tcggtgagat tagattagat ctccccgatt 240 gtatgatctg agctcaggtt ttcgatcttg ataatgatga tgagatttga ttgtctagtt 300 tgagcatgga gatgattgaa aatgttttgg ggcttttaca tatgtacatt gacctcttag 360 tgttcccgcg atctgattat tggttttgtg gatgtgacga gtaggtgctt cacatggaca 420 ggaatgacta ctatggtgga gaatcaactt cccttaatct caatcagctt tggaagaagt 480 tcaggggaga agagaaggct cctgagcatt taggcgctag ccgggattac aatgttgaca 540 tgatgcctaa ggtattatag ctagctgcca tttgttttgt ttttatgcta atcttatcaa 600 tgtcacttac taactcttgt ctctcaatgc cattgaccag tttatgatgg gaaatggcaa 660 gcttgttcgt acccttattc atacagatgt tacaaagtat ttgtccttca aagctgttga 720 tggaagctat gttttcgtca aaggaaaggt acaaacttct catttgatgt atttgttgct 780 Page 396 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacattttaa aatatcattt tgctgataac tcttaaattg ttgatgaaaa ttttcctgca 840 ggttcaaaag gtgccagcta ctcctatgga ggccctgaaa tcttctctca tgggcatatt 900 tgagaaacgt cgagccggca agtttttcag ttttgttcaa gaatacgatg agaaggaccc 960 aaaaacacac gatggaatgg atttgaccag agttacaaca aaggaactga ttgcgtaagc 1020 ttgatgttct aatgccttct agagtttatg gtgttactga ctttcaagtg aggatatacg 1080 tggctaacca tttatgtgac acttttgcag gaaatatggt cttgatggca acactattga 1140 ctttattggt cacgcagtgg cacttcacac gaatgaccaa catctcgacc aacccgcctt 1200 tgatactgta atgagaatga aggtgaaatt ttgtcagact tatctttctt gttataacag 1260 ttgtacattt agttctgaag cagctaagtt gatattcttg ctttaaatgg ctggctagct 1320 ctatgcggaa tctcttgcac gtttccaagg aacatctcca tatatttatc ctctctatgg 1380 gttgggagaa ctaccccagg tttttctgtc attctgacct ttgccttctg tatgactttt 1440 caagttttat atgattacat ttttgattct tctgtgactt ctctctctct cttctccttg 1500 ttcaggcatt tgcacgactt agtgctgtct atggtggcac atatatgttg aacaaacctg 1560 agtgcaaggt attttctctt tgtcttcatg acaactcttt gttttctttc ttgttgtgca 1620 agtctgcaag aggggaatgc accgtaagat tgtattggag gaacgctgta ctcatatata 1680 gcaatgttaa tcttatgcca ggtagagttt gacgagggag gtaaggttat tggtgtaaca 1740 tctgagggag agactgctaa atgcaaaaag attgtgtgtg acccttcata cctgccgaac 1800 aaggtaatat tgcagttctt agcatgttta aattttcaat tactgtgtcc atacttatcc 1860 acgtcaggag gatcgttata aagttgctgt tcatgaaact tgtgactttt gccgttggcc 1920 tgttcattat gttggttgat tgccatagtt tttatattca ttcacacact tagttcttct 1980 cttcttgtaa tgactagact gtggtcttgt tcaggatttt tggaaaaatc tattcctttt 2040 tgttgttttt tatatgatga ttaatcacat tcaaacaggt taggaagatt ggcagggttg 2100 ctcgggccat cgccattatg agccacccga ttccgaacac caatgattct cactcagtgc 2160 aggtcatcat accccagaaa cagttggccc gcaaatcgga tatgtaagtt tttaaacttt 2220 aactttgata agccagtggc tgaaaggact tgaaaagttg aaatacctag tgcatttttc 2280 tttttctttt tctgtgttac ataagctcca tctcaatcat tttgagatac gtttttaagc 2340 gtgctataag attttccttg gtacatgtag ccggaaaatg aaagtaatat tattcaggaa 2400 ccccctttag tccatagctt gaattgcaca tacacagaat aatttcgccg tagtgatgtt 2460 tgttttgtca tatgtaatca ctactctctc tcttttttgt tggatctgat gttgtgaaac 2520 ctctacactc tgacaggtat gtcttctgtt gttcgtactc ccacaacgtt gctcccaagg 2580 gaaaattcat tgcatttgtg tctacagatg cagagactga taaccctcaa accgaactaa 2640 agcctggaac tgatcttttg ggtcctgttg atgagatatt cttcgacatg tatgatagat 2700 acgagcctgt caacgagcca gagttggaca actgctttat ttcaacggtg agcgagatct 2760 ctttagattt tattgctgcc tactttaagt ttgatgggtt ttaagtgtct aaccctgtcc 2820 Page 397 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttggtcctta cagagctatg atgctacaac acactttgag acaactgttg cggatgtgtt 2880 gaacatgtat accctaatca ccggaaaggt aaagtttgtg aaattcgcta cggatatttg 2940 ttgatgcggt ggaaagacat ctcaggtttc ctcgacattt ttcacaacaa gttttgtttc 3000 ttcttatgtt gcagcaactg gacctaagtg ttgacctgag tgccgcaagt gctgcagagg 3060 aatga 3065 <210> 448 <211> 850 <212> DNA <213> Arabidopsis thaliana <400> 448 atgcctatga agtcgttgag gaatgaccat ggaaccctta aggccatgat cggatccgat 60 ttcaacgagc tcactatcgc tgctaagaac ctagctacac acgccttcac actcactggt 120 ttaggctttg gtacctctgt cctcgaatgg gttgcttcaa tcgccgccat gtaaccattc 180 tctctgtttc tatgtctctt tcctctatcc gtttcttgtg ttgatcttga tgaggttttg 240 atgtaataaa tgcagatact tgttggtgtt ggatcgaacc aattggaaga cgaatatgct 300 cacatcactt ctcattcctt acatcttctt cagtcttcct tccttgatct ttggtatttt 360 caggtataac acaacaaaag ccagagactt tttctttact tatcattatg ttcctaaacc 420 ctaacttgtg tctgaaactt tgacagagga gaaattggta aatggattgc tttcgtagct 480 gttgttgtac aactcttctt tcctaaacac gccagaggtt tgtctacttt ttttcattca 540 ctctccatta caagcaacaa gactttgatt ctgatttggc ttatctctgt tgtttgtgtt 600 attagaatac ctggaattac cggtggcttt ggttcttctc gccgtggtgg caccaaattt 660 gattgctggc acattcagag acagttggat tggtttagct atatgtttag gtattggatg 720 ttacttgctt caagaacaca ttagagcttc aggtggattc agaaatgcat ttactaaagc 780 caatggtatc tccaacaccg tcgggatcat ctgtctcgtc gtcttccccg tctgggctct 840 tatcttttaa 850 <210> 449 <211> 2756 <212> DNA <213> Arabidopsis thaliana <400> 449 atgaagatat actctagaac ggttgctgtt tcactcattg tgtcattcct cctgtgtttc 60 tctgcctttg ctgagcgcaa tgacgggacc ttcagagttg gactgaaaaa actcaagttg 120 gattcgaaaa atcggcttgc agcacgcgtc gaatccaagc aagaaaagcc cctgagagct 180 tacagacttg gagattctgg agatgctgat gttgttgtgc ttaagaatta tctagatgct 240 cagtactatg gtgagatcgc cattggtact ccacctcaga agttcactgt ggtttttgac 300 actgggagct ctaacctctg ggtgccatca tcaaaatgct atttctcagt aagcaacatt 360 tggactattg ttgttagctg tggttgagat acttttgagt agaaaactaa ttgtgttcta 420 Page 398 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctcttttgc agcttgcatg tctcttgcat cccaaataca agtcgtctcg ttcaagcaca 480 tatgagaaga atggtttgtt ctctctctta acttgaaatt ttttgcagtt ggatttccca 540 gttggtagat actttacagt tcactcaatg tagcctctag aattcatgtt aatgtgcaga 600 aaaccattgt taaaagatgc aacatcacta ctgatagcag ctgctaggtt ataactaact 660 tgctcatctt tgatgcagga aaagctgccg caattcatta cggcactgga gcaattgctg 720 gtttttttag taatgatgct gtcacagttg gcgatttagt tgtcaaggat caggtaaact 780 atatgtccga ccctaatcag tactcttaca acatacacat caatgacctc cttcttaaca 840 tttgtctatc tcatcaggag tttatcgagg caaccaagga gcctggtata acatttgttg 900 tagctaaatt tgatggtatc cttggtcttg gattccaaga gatctctgtt ggaaaagctg 960 ctcctgtttg gtatgcctgc acattcttct cttgtttgga ctgagttact acattcctgt 1020 agtgttaatg ctaatatgtc ttgtttttta caggtacaac atgctcaagc aaggccttat 1080 caaggagccg gttttttcat tttggcttaa ccgtaatgca gatgaagaag aaggtggtga 1140 acttgtattt ggaggtgttg atccaaatca tttcaagggc aaacatacat atgttcctgt 1200 gacacaaaag ggctactggc aggtttgtga tacatcactt ccttgtctgg ttttctcata 1260 acgttttcca gtgacgatct aactcaagct atatatattt tgttatagtt tgacatgggt 1320 gatgttctta ttggcggtgc acccactggt atgtgtaaca ctgattggcg ttgttcttta 1380 taacacatat atatagcttt tcctgacaaa ttcaaaaagg ttttgctatt tatgtttgct 1440 ggtgacaact ggttctaaag tttgagttac tgttatacag ggttctgtga aagtggctgt 1500 tctgcgatag cagattctgg tacatctttg cttgccggtc caacggtaag caagaattaa 1560 aattgcttat agctttatag aattatggtt ttttaactag tatatgtagt aatatttcaa 1620 ttttttccct gtgtagacta taatcaccat gataaaccat gctattggag cagctggagt 1680 tgttagccag cagtgcaaga ctgttgtgga tcaatacggg cagaccattt tggatttact 1740 tttgtctgag gttagtgtgc ttaatattgg actagctaat aaaatctgtg acaagtcata 1800 tgctgtgcaa attattttgg cttaccattc atcccccttg cgccttgcag acccaaccga 1860 agaaaatctg ctcgcagatt ggtctgtgta cttttgatgg tacccgtggt gtcaggtaaa 1920 gttataatct gtagtcattg ccattaagct aggatcttca ttttggaatg cttgtttgtt 1980 tttccgtgtg atctgctcat atttagtatg attttgttta taaattatct agtatgggca 2040 ttgagtcggt ggtggacaag gaaaacgcca aattgtctaa tggtgttgga gatgctgcgt 2100 gttctgcatg tgagatggct gttgtgtgga tccagagcca gttgaggcaa aacatgactc 2160 aagagcgcat attgaactac gtcaacgagg taaccaataa gttgtcattt caagactttt 2220 gtgaaacagt agttattgtt gtcctgatta ctgattataa atcgctactg tgggttttct 2280 taacagctat gtgaacgcct ccccagccca atgggagagt ctgcagttga ctgtgcacaa 2340 ctgtcaacaa tgcccactgt ttcacttacc attggaggca aagtatttga tcttgctcca 2400 gaagaggtat gatagtgaac tatttaaaga caacattcat attatgtagt gaatatgacc 2460 Page 399 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atctactaat ctgttgtact ggtatgatgt gagcagtatg ttctgaaagt tggtgaggga 2520 cctgtggcac agtgcatcag tggttttatt gctcttgacg ttgctccacc tcgtggacct 2580 ctctggtaaa ccattgaatc tattactctg tagcacaatt tcttcttgct ttctttttct 2640 aaccctaaga acggtggtaa aaatgtaaca ggatcttggg agatgtgttc atgggcaaat 2700 accacaccgt atttgacttt ggtaacgaac aggtcgggtt tgcagaggca gcctaa 2760 <210> 450 <211> 1182 <212> DNA <213> Arabidopsis thaliana <400> 450 atggagactt tcctattcac atctgagtct gtgaacgaag gacaccctga caagctttgc 60 gaccagatct ctgatgcagt ccttgatgcc tgccttgagc aagaccctga tagcaaagtt 120 gcttgtgaga catgcaccaa gaccaacatg gtcatggttt tcggtgagat caccaccaag 180 gctacgattg actacgagaa gattgtccgt gacacttgcc gttccattgg attcatctct 240 gacgatgttg gtcttgatgc tgacaaatgc aaagtccttg ttaacattga acaacagagc 300 ccagacattg ctcaaggtgt tcacggtcac ttcaccaaac gtccagaaga cattggagct 360 ggtgaccaag gacacatgtt tggttatgcc actgatgaaa cccctgagct catgcctttg 420 agtcatgtcc ttgcaaccaa gattggtgct cgtctcactg aagtcaggaa gaatggaact 480 tgccgttggt taagaccaga tggcaagacc caagtcactg ttgagtacta caatgacaat 540 ggcgctatgg ttccagtccg tgtccacacc gtcctgatct caacccagca cgatgaaacc 600 gttaccaatg acgagattgc gcgtgacctc aaggagcatg tgatcaaacc aatcatccca 660 gagaaatacc ttgacgacaa aaccatcttc cacctcaacc catcaggccg gtttgtgatc 720 gggggaccac acggtgatgc tggtttaact ggacgtaaga tcatcattga cacatacgga 780 ggatggggag ctcatggagg tggtgctttc tcaggcaaag acccaaccaa agtcgacaga 840 agtggagctt acatcgtgag gcaagcagca aagagtgtgg tggctaatgg catggctcgc 900 agggctcttg tccaggtctc atacgccatt ggagtacccg agccattgtc tgtcttcgtt 960 gacacttacg gaacagggtt gattccagac aaggagatcc tgaagatcgt gaaagagaca 1020 ttcgatttca gaccaggaat gatgacaatc aacttggact tgaagagagg aggaaatgga 1080 aggtttcaga aaacggcagc gtatggacat ttcggaagag acgaccctga cttcacctgg 1140 gaggtcgtga agccactcaa gtgggacaaa cctcaagctt aa 1182 <210> 451 <211> 3596 <212> DNA <213> Arabidopsis thaliana <400> 451 atggcttctg ttatctcttc ctctcctttt ctatgcaaat catcctccaa ggttattcat 60 ctatccttca tttcttttct ctctcgattt cacattttct caatttctta taggttttgt 120 Page 400 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgattttcgc agagtgattt ggggatttct tcgtttccta aatcttctca gatttcgatt 180 catcgatgtc agaagaaatc gatctcacgg aagattgttt ccgttatggc tcctcaaaag 240 gatcggtctc ctggaactac aggatcggta taagcttctt cttcttcttc ttctttctct 300 ctcgtttgat tttacttcaa tggttttgtg tgttggattt tatcaggtga aaactgggat 360 gacaatgacg gagaagattc tagctagagc ttcggagaag tcattagtgg ttcctggtga 420 taacatttgg gttaatgttg atgttcttat gactcatgat gtttgtggtc ctggtgcttt 480 tggtatcttc aagagagagt ttggtgaaaa agccaaggta cgtattcttc ttcttcttct 540 tcttcttctt cttcttcttc ttcttcttct tcttcttctt cttcttcttc ttctgtaatt 600 atacaaattg agaagagttt tgataggttt agtttaggta ttagtgaatt ggtgatcaca 660 atggttgttt agtgtaactt attgtgattg tttacttact tgctgaaggt ttgggatccg 720 gagaagattg ttgtgattcc ggatcattat attttcactg ctgataagcg tgcaaaccgg 780 aatgttgaca tcatgaggga gcattgcagg gaacagaata ttaagtattt ctatgatatc 840 actgaccttg gaaattttaa ggtatgatgg tttgaattga ttctgttttg cttgcattcg 900 gatgaagttt aatgcttttt tgtttgtttc actcatctgt aggctaatcc tgactacaaa 960 ggtgtttgcc atgttgcact tgcacaagaa ggtcattgca ggccaggaga ggtaaagatc 1020 tctttcactg gatatgattg gctttcttgt gattgaatat ggatttgttt gattatgttc 1080 gaaatgatgt gttttttcta ttataggttt tgttaggaac agactcacac acttgtactg 1140 ctggagcatt tggtcaattt gctacaggga ttggaaacac tgatgcaggt tttgtgttag 1200 gcactggaaa aatcctcctt aaggtttgta gaatagctga ttcctttgat tctctatgat 1260 atagttttat tcagtgtgtt aaatggaaat cagtgatgcc tgtttcaact tgaaaaaggc 1320 ttgttagaat agtttccccc tctccaaatt atactgtagt gtctgaagct catatcctga 1380 cttcgcaggt tccaccaacg atgaggttta tcttggatgg tgagatgcct agttatttgc 1440 aagcaaagga tctgatttta caagtgagtg tgatatgttt tactgcattt atttcctttt 1500 ccagcttccg taatctttca cagataattt tttacagtag tatgaggtat attgaacctt 1560 ctgatgtgtt ctagtcatat gtcttcacct aattgcatat tactgtgcag tctctaaatt 1620 gatagtttac ttatatagtg attactcttt tgggattcta tctggcgtcc ttcatctgga 1680 tattgaactt gcttcaaact ttgtagatta ttggtgaaat atctgttgct ggtgcaactt 1740 acaagacgat ggagttcagt ggtacaacta tcgaaagtct gagtgtaaga aatcattcta 1800 tatttcctac attatgggtc ccttctctta tagaaataaa aattaatagc tgcatatgat 1860 gttatcattg atttataaat ggttgcttga atcttttttg gctgctagat ggaagaaaga 1920 atgacattgt gcaacatggt tgtggaagct gggggaaaga atggtgtcat ccctcctgat 1980 gcgacgacat taaattatgt tgaggcatgt atactgtctt gttttcttgt aaatcatatg 2040 tttcttcaag gatcattata ttgatgtatg tcttactcct gatcttatat cttctgcaga 2100 ataggacatc tgtaccattt gagccagtat atagtgatgg aaatgcaagg tacgatcaca 2160 Page 401 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggtactcta gaatttctaa acagtgggca gagtaaatat ggactgctgg tatcgctatt 2220 tgaatttttt gtctatctgg aaataactca gtactctgga tgtgtaacac aacatgtttc 2280 gaacctactc ttcatatgag taatacaact tgatagaatg gtcacactct ctaagtaaaa 2340 aaattgtatt ttttgggcgc aatttttggt tgcggattgc cctctgttgg ttatctctcc 2400 gttggctaac ctttcttttt gtaattacag ctttgtcgca gattatagat ttgacgtgtc 2460 aaagctggag cctgtggtgg ctaaggtggg tttacgatta ccaatttaaa cactgagtta 2520 tttctgccac ttcaggttac ttattttgtt aatgtctttt ttttcagcct cattctcctg 2580 acaaccgagc tctagctaga gaatgcaaag acgtgaaaat tgacagagta tacatcggtt 2640 cttgtactgg tgggaagaca gaggatttta tggctgcagc taaacttttc cacgcagcag 2700 taagttccac ttcttgtctg tatcttagta ctcatgctta gctctgttgt acttgatttt 2760 gcggaagaaa ctacaatcgt caatcttgca aaaggatctg ttatcttgta ttagtatatg 2820 atctgaagct aagacttcat caaattgaaa ttgttccatt cagtgatagt tttctttatt 2880 attttctatg tcatgcatag ttatgtgttt tgtttgtctg gttgagtcag ttttgctggc 2940 atgttgttga tattaggaaa aagttattga ttctttctct aaggttcttt tcttttctct 3000 atcaccacaa tttgtttgcg ttagtctcat gaaaatctac ttgtgtttta tcagggaaga 3060 aaggtcaaag ttccaacttt ccttgtcccg gctactcaga aggttagctc tacatttcga 3120 cattgttact atctcaagtg gtttaatcaa agaatacaaa taccaaatgc attgtatcta 3180 tctggtcatc ttatcaggtg tggatggatg tgtatgctct cccggtacct ggagcaggtg 3240 gaaagacatg tgcgcagatc tttgaagaag ctggctgtga cacaccagcc agccctagct 3300 gtggtgcttg ccttggtggc ccagcagaca cctacgctcg cttgaatgaa cctcaagtac 3360 gtacccatta cttaccctac ttatccaatt atctgcactt cacctattct tgaaagtgag 3420 actaacaaag acgtgtttta aaatgtttgt tacaggtgtg tgtctcaacg acaaacagga 3480 acttccccgg tcggatggga cacaaagaag ggcaaattta cttagcgtct ccttacactg 3540 ctgcagcctc ggctttaacc ggccgtgtcg ctgacccaag ggagttcttg cagtag 3600 <210> 452 <211> 1777 <212> DNA <213> Arabidopsis thaliana <400> 452 atgaatctta gggttttgtt cctcgctctc cttctccttg catctcctct gcttcaaggt 60 aggtctcctc tctcttctct ttttgttttt ccattgattt tgtagatcta gatccgtttt 120 gtttccttcg cgttttctga ttggatttca catttgatct ctgtttccga tctggtttct 180 taaaggatct ggtaacgtta tgtccttatt catcgatccg agtgaaattg agctccttta 240 acaatacttt gccttcgaac attgtagctc tgtgttttgt gtgttgctgc caatcctaga 300 gcaatgtggt ttcaaagata caaactttaa aacgtagatc gaatccccta gtaatagatt 360 Page 402 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcaatagt gtcttcgttg catgtcttta ttttcttact ttacactcgc cattgttctt 420 gggtagagga aaaattgcaa attgtaacat tttctgaaga agacgttatg ctttagtgac 480 ctgatgtgtt ttcatgttgt ttcttttgat cagttgctag atgtcaatcg gatgccgagg 540 atcattcaag tcttgttgac gatgttgtgg gagaaaacac tgatgatgcg gttgaggaag 600 atgaccatga tttggatatg aacttgtcct catttccagg agttgagact gtttgtgttt 660 tccccaaaaa cagtgccaaa tgtatgtgtt tactcctcct ttcttacgta tttatctatc 720 cgttgttgtg atcttaaaga tttggttttt aatgctcttt gtttcctgca gtggttccag 780 ctggagaaga gactgagctc cttgttggtc ttaaaaatga aggtagctaa tacctctttt 840 agctttagct ctctttgtgt tgagttttct gttttgttgt caaaactaaa tatctccaaa 900 ttggctgtga cttaacaggg aaaactagag taggtgtgat gggaattagg gccagcgttc 960 atcttcctta tgatcataag ttgttggttc agaatctaac catgttggta agcatttgac 1020 taggaaacta tttgtctaaa tatttgttat cattttattg ttttttgttg ttcacatgct 1080 tgcattctat tgcagagact taacaatgca tccatcccaa cgtctcttca agcaacattc 1140 ccatacatct ttgcagtcag ccagtacttg caggtaaaca tattccacaa tagacaatac 1200 atcattctcg ttcattctta aaatacaatt gttattgaga aaaaactccg aaagatctaa 1260 tcttgcttgg tgttgcacag cctggagcat ttgatctggt gggttatatc atatacgatg 1320 tggaaggaaa gccataccag agtgtcttct acaatggaac catagaggta gttgaatctg 1380 gaggtcttct cagcggcgaa tctgttttcc ttttaacact cggaatcggt ctcctcctcc 1440 tcctcggtct atgggcatac agccaagttc agcgtctcac caaggtaaac cattggatct 1500 ctttttctgg ttcatcattt gtgcagttaa acattccttt gataatctcc tcttttacca 1560 gaaaaccaaa aaggtttcca aggtggaagt aggaactagg tctaccgagg catcactcga 1620 tgaatggctc gaggttcgct tctctctttg tactcttcct cctcttcctc ctcttcagtg 1680 tgattgaata atctgattga agggtatgtt tttttatctt cagggaacta ctttggccaa 1740 gacatcgtct gggaaaacaa agaacaagaa gaactaa 1777 <210> 453 <211> 438 <212> DNA <213> Arabidopsis thaliana <400> 453 atgcctataa gtgcgacaat ggtcggagct ttgctgggtc tcggtaccca gatgtactcc 60 aacgccctcc gcaagctccc ttatatgcgt cgtaagtcgt ccaccaatcg aaaaatgcta 120 caacaaccct aatttttgtt ttctgatttc gattgttgag aaaatgcgat tccgattcat 180 tgtgttctga ttggatatta atatatgtta gatccgtggg agcatgtggt gggtatggga 240 cttggtgctg tgtttgcgaa ccagctcgtg aaatgggatg tgaagcttaa ggaagatctt 300 gatgtgatgc tcgctaaggc tagagctgct aatgagcgcc gttactttgg tatatattat 360 cctcttcttg tttttggttt atcagcttct caaattttgc ttttttttag aaaaattggt 420 Page 403 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacgtttttg gtgtatga 438 <210> 454 <211> 273 <212> DNA <213> Arabidopsis thaliana <400> 454 atgtacacac aacaaggctt ctcgaatctt cccatatgca tgtcgaaaac gcagtactca 60 ttctcacatg atgcatcaaa gaaaggagca ccttcagggt ttgtattgcc aattcgggat 120 gttagaggaa gcattggagc tggtttcata tatccactgg ttggtacaat gagtacaatg 180 cctggacttc ctacaagacc ttgtttctat gagattgata tcagtcaaag cttcaaggct 240 tcccttcacc gtcgttcctc acttcctcaa taa 273 <210> 455 <211> 2271 <212> DNA <213> Arabidopsis thaliana <400> 455 atgacgccgg attacgtggc ggcgccggtg aagcgcacgg cggttcgttt tcatccatcg 60 gagatttgtt agagagaaag agtcgtttgt tcaaattcaa aattcgaaag acagtaaaca 120 ctaaaaggag tgacactaaa aggagtgaac actaaaagga gtttattgat attctaacgg 180 ttccagaaat aaggttgcaa atctcgccgc tttactttat tcgatatgaa catcgtgacg 240 ttttagtaag ctgaaaacgc cgagacgttt ttaagatttt ttttcactgc aaagaaacgc 300 tggcgtcaga tgcttattat aattggttcg tgtaaaacac gcgctttctt attcgttgag 360 ctactgtcac aacagataaa catgcgaaaa aaaagagcga acctttaacc agtcgctttc 420 gttaattcaa agctttaacg tagaagaagc tgatttaaat cccaaattca tttcaacgta 480 gaagcttcta cagattcgat ttgggtgttt ttggttttgg atttggtaaa gcttctcggt 540 cacttgctcg gtgattgaaa ctgaatcgat tgtgattgtg attgtgattg tgattgtgat 600 tgtgagggaa ttatggctca agccgtagaa gagtggtaca agcagatgcc gattataacc 660 cggtcgtatc tcacggcggc tgtagtcacc accgtcgggt gttcgctcga ggtttgaagt 720 tctctgactc atgaaagcct ttagctttgc tctgattgat ctgattagtt tttccttgaa 780 aaattgaatc tttgtgtttc tgttatgtat gtggatggtt ttgttttttt gatgtaaaag 840 gtaactcttt attggaattg gggtggctaa cgaatggtta agtttagagc taagtgttgt 900 ggtgttatgg cttatgatgt aacattttgt ggaacatttt tttgttttgc agattatatc 960 tccttataat ctctacctaa atcctaccct tgtggtgaag caataccagt tctggcgtct 1020 tgtcacaaat ttcctttatt tccgaaagat gggtaaaatt atcttcagct ctttgtgttg 1080 gttatatatt attagtattc tgagaaatgt tcatatcttt ctcatcttgg actattgttg 1140 tgctgttttt catatgatat agtcttcctt agattactag gaatgatcat gattgctaat 1200 aaactcacat aagtgatgaa taattcctag ttttgtctga ataatttagt gcttagaagt 1260 Page 404 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtcatagtta tgtttctagc tacggataag gtctagctac aacttgttga tgggctttta 1320 agtttttgaa gattcatttt ttgtgatatg ctccattgct ccttgacatc tctagtacta 1380 tgctccctgt aaggatttat tttctttgtg attgttaatt agaagctgac ttgttcttgt 1440 tatcaatctt ttgcagattt ggactttttg ttccatatgt tttttctagc tcgatactgc 1500 aaactgctcg aagaaaactc cttcagggga aagaccacgg atttccttta catgctctta 1560 ttcggggcaa ctgttctaac tggtattgtt ctcattggcg gaatgatacc ttatttgtct 1620 gtttcattct ccaaaatcat cttcctcagc aattcattga ctttcatgat ggtaaattct 1680 atttctcaat accgctattt ttacgaatac tcaaatgatt ttgaattcat ctcaagacca 1740 tctataacac ttttcctatg ttctgtaggt ctatgtatgg agtaaacaaa atccttacat 1800 ccacatgagt ttccttggcc tcttcacttt cacagcagct tatttaccat gggttagttg 1860 gacttttgca ttctcttcac ggaagttccc taactagttt gatgctttaa atcgcctctt 1920 ttaccaaatt ctgaaattac aggtacttct tggattctct atccttgttg gtgcaagtgc 1980 atggggggat tttctggtac gctatctctc ctaattcgct ttcacatata tcttcttccc 2040 tttctgtgca tcatcatcct tatccgtaac ctttatccaa atttataggg aatgatagcg 2100 ggccacgcat actacttctt ggcatttgtg tatccccgaa tgacggatcg acgtcccttg 2160 aaaactccat ctttcctcaa ggccctattt gctgatgagc cagtcgtgat tgcaaggcca 2220 gaagatgtga gatttgctca tgcgcctttt gatgaaatcc accaagactg 2271 <210> 456 <211> 788 <212> DNA <213> Arabidopsis thaliana <400> 456 atggcgtcct tcgctcgccg tgccatgagc ttagctcaga tcccatctgc tcgtatttcc 60 tctggagccg cttctattgg tcagcgtcgt tgcctcgccg gcgccgctgg taaattctct 120 ctccctcttc cttctctttt cgatatttac gatttttttc ggtatcaatt ttggtggcgt 180 atagcttatt tcgcacattt tatgtctaat ttgtgttttc acgaatttta gatgaaccaa 240 atgttacaac tttgtgaaga ttttgtatat cattggcgtt gtcaggttcc aaattgaatc 300 actgtataca aaaaattgag tttttgagca ttttgtggat ttgtctgtgt actgtgcaga 360 tcaccatgga tctaccaagg ttgacttctg gaaacagccc acgaacccag gaaactggaa 420 agaggagcat gtatgtatca atcatgtgtt tgtgacactg tgtttttgtt aatgaaagct 480 gtgatttttt gttgaattga ttccttctgt tacctgacca atctgcagtt tgtgcttatt 540 tctctgtctg gctggggctt acttttctac agtggataca agctcgccac tgggggaaaa 600 aaagaggtac ttactcttgc tcttcagctc ttgctcttct tccattgcct agaggcttcg 660 ggttccttcc cttatacata gttttttttg cagacgcctg tggagagtac acaatgagtt 720 tcattgtcac caggaagacc ttttatggag agacctctca ttctcatgca ctttgttttc 780 Page 405 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccttttag 788 <210> 457 <211> 553 <212> DNA <213> Arabidopsis thaliana <400> 457 atgatttacc gaaagtggag tttgctgtcc ggcccaccgg ttatcctcgg cggagcggta 60 attgctgccg tcgccgtcgg attcgtcttg caaaacgtat tctccttctc tttctcttgt 120 ttggtcgtta gatctatatc ttcattggct gctttttctc tccttcttca caatttttca 180 tgtgttgcgc tcctcctttg atcttattcg gatcacaaat actcttgatg agttagtaat 240 ttggcctttt gaaacattga ggcacgaaag gaacaacctt taattgaaaa tttgtgttct 300 ttcatagtct tcgttgatgg atcaggattg cctttatttg tgtgttgata aaggttatga 360 atttgatccg tatcaggcga ctaagcttct ttctcgatct tctggagatt atatgtttga 420 atacataaac caatttcatc tttttttgtt ggtaactttg atccaaagat ttagatttgg 480 agtctgactt ttggtgtctg atgatcaggt aacgaaaggg gagcagaaga agaatgtctc 540 aacaaacaag tga 553 <210> 458 <211> 3761 <212> DNA <213> Arabidopsis thaliana <400> 458 atggcggacg aatctcaata ctcatcggat acttactcca acaaacgcaa atacgaagaa 60 ccaaccgctc ctcctccatc aactcgcaga cctaccggct tctcttctgg tccgatccca 120 tctgcttcag ttgatcccac cgcacctacc ggtcttccac cttcttctta caacagcgtt 180 cctcctccga tggatgaaat ccagattgct aaacaaaaag cacaagaaat cgctgctcgt 240 cttcttaata gcgctgatgc taaacgtcct cgtgttgaca atggtgcttc ttatgattat 300 ggtgacaaca aaggatttag ctcatatccc tctggttcgt tctttaaaat ctcttttaac 360 ttcttttgtt tatggaattt agggtttgga attgaaaact tactgattgt gatttgatct 420 tgatttagag ggtaagcaga tgtcagggac ggttccgtct tcgataccgg tttcgtatgg 480 tagctttcaa ggaactacta agaagattga tattccgaat atgagagttg gtgttatcat 540 tggtaaaggt ggagagacta ttaagtatct tcagcttcag tctggagcta agattcaggt 600 tactagagat atggatgcag accctaattg tgctactagg actgttgacc taactggtac 660 ccctgatcag atctcaaagg ctgaacagtt gatcactgac gtccttcaag aggtagtagt 720 cttagtcttt gttgctaatg atagtgaatt taggtgattg atgtagattt actaatggtg 780 tgtatgatta ttttggttta ggctgaggca ggcaatacag ctggttcagg tggaggaggc 840 ggccgtagga tgggtggaca agcaggggct gatcaatttg ttatgaaaat tccgaataac 900 aaggtactta atgctctgga gattgaccaa tttttggtaa tatgtgtctt gtatgtaata 960 Page 406 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtaaactgt tctaggttgg tttgataatt ggtaaaggag gtgaaacaat caaatctatg 1020 caagctaaga ctggagctag aattcaggta tgtgttcttg tcaattatgt ttaggttctg 1080 tttgtctcca gctggtaaaa tgtttattca tcccgtggtt atttgtctgc aggttattcc 1140 tttacatttg ccccctggag acccaacgcc agaacggact ttgcagattg atgggataac 1200 cgaacagatt gaacatgcta aacaattagt taatgaaatc atcagtggcg aggtatgttt 1260 gattgttgtg tttgtttata gattatgaca ggcttctgct gtgtctattt ttatacatga 1320 atttgatatt gtgttgtgat tacattattt agttgtcatt agctttaggt ctatctagta 1380 tacgtcatac tctattattc agataatagg tgatgtaggt tatactagtt tcacttagtc 1440 aatatattag ctgctaaaac ctatatactc ttcttatgcc ttcatttcct ttgatatttg 1500 ctccacgata attgcatctg cattggattg cattgttctt ctcttccgct tatttgcagg 1560 ggaaggttct ttattttatt ttaaaccacg tgaagatatt ttttgtgatt ttcttaactt 1620 acaaaaaata ttccatcttg atatatctta ctttgttatt gcattgtaag attatatgtt 1680 gcttcttctt cctctgctca tgctcatttt gttgccgcta ccttcctaca cgagtttcat 1740 gtttctgtta ctatcttatt gtggcagttt ttatgggcat tcgcttatat ctacttttca 1800 tctttttcaa tatccaattt acagtgtgct tagcatgatt cttcataact cccattgcta 1860 ccaagaaata ttctttagca tattcacttt tcaaatgcta ttttcatagt agaaatcttg 1920 ttgtctattt ttggagtata tatgcagaca ttttcatcgc ttctggtcac agccaaggtg 1980 gccaatccta cattggtttg ggatgccttt gtgaggctgc tgactagttt cagtccaacc 2040 tgctgtgata gtgtttctaa actgttttat acaatactgt ttttgttaca ttgtgttcat 2100 catttcttgg gtcaacataa cttccgttca gctagtactt ctagtttcaa tcatcaaggt 2160 accaccaaag gtgggcgact gacatttgaa gacctattag ccgttgtgtt gtgtcaataa 2220 tttgctaacc gagtaactgt tattattctg ccttggtact ttccccaatt tttcttaaat 2280 ccgtttttct ttaccttcac cattatattc tggtaatata cttccatgag tattgacatt 2340 gttgaacact agactcttta gttggtatta ggttattttg ctgcacaacc ctttgagaaa 2400 ataggttcca tgtgtatata tatgttgctt ttgtctgcaa aagcttctat agtattcgtt 2460 gttttttctt gcacccattt atctcgaata gggaaaggga tgggcttctg caggagtaac 2520 ccaataattt caccaatcag tacggtatgt aggcatcacc attacccttc tagaatatga 2580 tatgatcttg gttgatccga tttggactga tattggtaaa tagcgtatcc ttgtatgcat 2640 ctcaatttag tctttgttat ccgctttatt tgtctctgcc tctgtgttct atgtgtttat 2700 atgctgtgtc attgttttat tttcctgtta aaaagtgacc taagctattt attctaacga 2760 tttggtttat gcagaaccgt atgagaaact cagcaatggg tggaggctat ccacaacaag 2820 gtggttatca agcccgccca ccctcaagct gggcaccacc tggtggtccg ccagcacaac 2880 ctggttatgg tggttacatg caaccaggag catatccagg tccacctcag tatggtcaat 2940 caccttacgg aagttaccct caacaaactt cagctggtta ctatgatcag tcctctgtgc 3000 Page 407 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caccatccca gcagagcgcg caaggtgagt atgattatta cggtcagcaa cagtctcagc 3060 aaccaagcag tggtggtagc tcagccccac caacagatac cacagggtac aattactacc 3120 agcatgcttc tggttatggc caagctggtc agggatacca gcaagatggg tatggagctt 3180 acaatgcctc gcagcaatcg ggatatggtc aagctgctgg gtatgatcaa cagggtggtt 3240 acggcagcac cactaatcca agtcaagagg aagatgcatc tcaagccgct ccaccatcgt 3300 cagctcagtc tggacaggct gggtatggta caactggtca acagccgcct gctcaaggta 3360 gtactggtca ggcagggtat ggagctcctc caacttctca ggctggttac agcagccagc 3420 cagcagcagc ttacaattct gggtatggag caccaccacc tgcttcaaag ccaccgactt 3480 atggccagag ccagcagtct ccaggtgctc ctgggagcta tggtagtcag tctgggtatg 3540 cccaaccagc agcttcaggg tatggacaac ctccagcgta tgggtatggt caagcgccac 3600 agggatatgg gtcttatgga ggatacacac aacctgctgc tggtggaggt tactcttcag 3660 acgggtctgc tggagccact gctggtggtg gtggtggtac accagcttca cagagtgctg 3720 ctccacctgc tggaccgccc aaagcatccc cgaaaagttg 3761 <210> 459 <211> 3359 <212> DNA <213> Arabidopsis thaliana <400> 459 atgagcgcga cgcagacgca gacgcatgga ccgcactcgc tggccttcag ggtgatgcga 60 ctctgcaaac cgtctttcca cgtcgatcct cccctccgca ttgacccttt cgatcttctc 120 gccggcgagg atttctccga cgatccctct tccgcctcct tgttccgccg ccacgtatct 180 tctgccgacg ctgtcgactc cgatctcagc taccgaaata gattcctcct caaccatcct 240 accgatccaa tcggtctctc tggtcttctg cttcttcctc agtccttcgg gttctctctc 300 tctctctttc gtttctcctg cagatttttg tactatatat atatatatat atatatatat 360 atatatatat atattgctgt ctgattctga ttgtttattt ggttgcgcag agcgatctat 420 ctcggagaaa cattctgtag ctatatcagc gtcaacaata gttccacttc agaagttcgg 480 gatgttacca ttaaggttcc tcacctgctt ccaacatttt gttttccctg aaatctgaaa 540 tctatctact aatcgattga ttatcactaa gattcgtcac ctgcgtactt catatatatg 600 tatatatctt tcgttttttc tttgggtctt gctcttattt cactcgttca cttcaatctc 660 tgctgtggaa tacttctaag aagtttttgt tgtctgcttc gtcttggacc ttgaattgca 720 aacgtcagaa ccaaaacgat gctaagctat gtatctccca tgtattatta ttgtaggcag 780 aaattcagac agagaggcag aggattctac ttctggatac atccaagtca cctgttgaat 840 cgatacggac aggtggacgc tatgatttca tagttgaaca cgatgtgaaa gagcttggag 900 ctcacacgtg ggttttctct gactctcttc cttcttcttg tccttttaaa ttgctccatg 960 gccatgaccc tcattcttct cttaggttgg tttgctctgc attgtacaat gacgctgatg 1020 gtgagcgtaa atatcttccc cagtttttca agtttgtcgt tgcaaaccca ctctcagtga 1080 Page 408 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggaccaaggt gattatacta gtcaattacg tatcagcatt tttatttgtc atttgttttc 1140 agtcctctct ttatgcttgt ctaattgttg ctatttctga tatgcaggtt cgagttgtaa 1200 aggtaggttc gagaatctcc acttcactct gtgagtgctt ctttagaagc tttagttttt 1260 ttccttgtac ctcttaattt ggtgttttgc atggatcata gatgggaggt ttttctaaat 1320 atcatgattg gcagttatac cgccatgtca ttagaattgg atctcttttc ttgacttatt 1380 attcgtcaat gatcccctgg aaaattgatt acttctgttc tggtcctcac taagtaatct 1440 tataatcctc gtccacaata tcttgaacaa gtggttttgt gacactaagc aggattcact 1500 gttccgccct tttctgctgt ctgtgtagtt taacctgtat ttatttgttt gtattggttg 1560 taaaatcaaa atacaagctc atgtgctgtt gatgtctggg acaccaggag acgacatttt 1620 tagaggcttg cattgagaac catacaaaag caaacctctt tatggaccaa gttgattttg 1680 aacctgctaa gcaatggagt gctgtaagat tacagaatga agactcaaca gaagatcctc 1740 caaccaggtc tgtcagattt tcccagaatc gttatgtgca tcataagcca ctcattctat 1800 caaatcgtcc taatttgctg ttccactcac tctctgtgtc tcagtggtct tagtggactg 1860 atacctaaac cgccagttat aatccgatct ggcgggggta tccacaacta tctctacaag 1920 ttaaacccat ctgcagatgt ttccgggcaa acaaaattcc agggaagtaa tatcctgggt 1980 aaatttcaaa taacatggcg cacaaatttg ggtgaacctg gtcgcttaca aacacaacaa 2040 attctcggcg ctgtaagttt acgctttcta ctctgtgaca acatgacatg aatttgtgcc 2100 tatttgttga ttgtttgctg ttaggatttt gttctaagtc tgaatgtatt tggtttcctt 2160 agggctttga gatattgctt cctggggaag ccaatgcagg gtatcagtta gattaggtgg 2220 cagttagaac aactaggaaa actcaggttg caccaatatc ttcatttagc agtcttatac 2280 tcactacctt gcattataga cctgacaaag gtttacttaa tttaaaattt tctgtatctc 2340 cttttatgct tcatatgaga tgctcatctc atcgtctaac aaacttccct ctaatttttt 2400 tttttttttc agccagtaag ccgtaaagag attaatatgc gagttgtaga ggttccagct 2460 gttatacact taaatagacc ctttcgggta agacaactgt ttttttctct ctaatgtttg 2520 gatacccaaa gatttaattg aacttacacg ggcttcacac tgagtgtaaa ctgttttcca 2580 taggcatact tgaatctcac aaaccaaact gataggcaac tgggaccctt cgaggtctca 2640 ctgtcacaag atgaaacaca attggagaag ccggttggta ttaatggtct ccagactctg 2700 gtaacatatc tgaactttct gttttcctaa accatgtagt tagaactttg ccgtacacgg 2760 tgacagaatt gtgaatcacg tcttggctat gcaatgtgta tggaccaaaa ctttgcaatg 2820 gctagtcgaa gctgattcat cactaaaccg tttttattat acaaggaact gacaccatcg 2880 aaactcttgc agatgttacc caggattgaa gcatttggct ccaatgattt ccaattggta 2940 tgacaaactg accacctcct aagagctctc atccttctta gaatgtaaaa tctgatatat 3000 atctatttgc agaatcttat tgcctccaag ctgggagtcc agaaaatcgc tgggatcacg 3060 gccttggaca caagagagaa aaaaacctac gaacttgttc cagatatgga ggtcagtgta 3120 Page 409 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaacctttt ttgtatatct tctgggttct aggtccctct ctttagtgaa aacaggaaat 3180 tggttcacca taatcgatat tgttgttggc attatactgc agatatttgt agagacagac 3240 taagttataa gacagcctcc ccgagtggtg ttcttcctcg acaggttttg ttattgcacc 3300 tcctctgtgt tgttaattgt ttttgtttct tagtagaaaa taatttggct cctttgtag 3360 <210> 460 <211> 546 <212> DNA <213> Arabidopsis thaliana <400> 460 atgggcgtcg ctgttctaaa tccccaggat tgcttgaaag atccattctc tcacatgaaa 60 caacatcgta atcctagcgc atgtcccaac aggcagaaga agacggtctc caacaaccgt 120 acacgccgga gtcctcctcg tagtcaatcc tccagatctt cttctcctcc tgtagcgccg 180 ccgcttcctc ctcctcgtgc ggctgtctct gctttcgttc caaagggaac ccttaagaag 240 agtcttagca ataccgttgc cgttagccag gtgagaatcc ttaagcgcgg cgaagaaatc 300 cccaaggaga cttcagatct ggttgtggaa atgtcagatc tgggatctac tcgtcggatt 360 ggaccagatc cgggtttgat tccgggtcag atccgtttat ctggccgcaa atcgaaatca 420 gcaccgtttt acgccggtcc tgtgaccatg acctcgccgc ctcctagcga tgtcccgctt 480 ccagctttct tcacgaagaa ggcaacaaat gatctcatca ggatccttcg cctagacatc 540 gcctga 546 <210> 461 <211> 1453 <212> DNA <213> Arabidopsis thaliana <400> 461 atgttgtgta gaaccatttg tttttttctg gatctttact tatttgtata tgtattggtt 60 tatgtttatg tttttacaga tcacaaaggc caagtaacaa tggcgaaagg agttgcagtt 120 ttgaacagca gtgagggtgt tacggggact atctttttca cccaggaagg cgatggtagt 180 tctttataag agtgctttat aagatctttg aagcctatct tttttttcct tcctctcaaa 240 tgattgagtt ctttgtttgg gttttttgca ggtgtgacca ctgtgagtgg aacagtttct 300 ggccttaagc ctggtcttca tggtttccat gtccatgctc ttggtgacac cactaacggt 360 tgcatgtcta ctggtaactc ttatgcatac ctctctgcaa attttcaatg gattagaaac 420 ttttggagct tatatttatg tttcgtattg ggaactttaa ttatcgccaa aagtaactga 480 acttgttatt aaattcctat tttaggtcca catttcaacc ccgatggtaa aacacacggt 540 gcccctgagg atgctaatcg acatgctggt gatctaggaa acatcactgt tggagatgat 600 ggtatgcctt ctcaacattt gtatccctca tctcaagctt atttagagct gttttgcatc 660 aaatttcgct actctctcaa atttgatttt gcagtcttag ttgtatagta cagttgtcac 720 ctttgaccag cggtagtgtt catggattta cataaaagct tttgttttgc ttttctcagg 780 Page 410 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aactgccacc ttcacaatca ctgattgcca ggtttatagc tgtgtacctt tttatgcttt 840 tttcctaatc caaacctgct gtagtgaacc aatctcttaa gatacatttt gtgttggctt 900 aacagattcc tcttactgga ccaaactcta ttgttggtag ggctgttgtt gtccatgcag 960 accctgatga cctcggaaag ggtaatgacc tttgaccatt tattttcttg agattttatt 1020 tacccatatt atgctaacag aatttaaaag ttagccagtc cgtttgaggg catccaatgt 1080 agaatgctta tgattcaaca tccatcctaa gaacagttta taacctagtg tcattggtgt 1140 tttacatttc aggaggccat gaactcagcc tggctactgg aaacgcaggc ggccgtgttg 1200 cttgcggtaa gtaaaacaaa attacatttt tctcacatct cctgtgaaaa ccatgtatat 1260 tctatttaat cttgatcatt accatcattg tcaccttaga ctccattgat tctctggtaa 1320 ctcggggttc atcttggttt atctattgac tattattatc ttgcattttg ggggtccaac 1380 tgaatggtaa aattatcaaa ctgattgacc ttttgtctat gacttcgcag gcatcattgg 1440 tctccagggc taa 1453 <210> 462 <211> 999 <212> DNA <213> Arabidopsis thaliana <400> 462 atgccggcga cagcaggaag agtgcgtatg cccgcaaaca atcgggtgca tagtagtgca 60 gcgcttcaga ctcatggaat atggcagagt gcgattggtt atgatcctta tgcaccaact 120 agtaaagaag agcctaagac gacacaacag aaaaccgaag atcccgagaa ctcgtacgcg 180 agttttcagg gacttttggc tcttgctagg attacgggtt cgaataacga tgaggctcgt 240 ggttcttgta agaagtgtgg ccgtgttggg catttgacgt ttcagtgtag gaatttcttg 300 agtactaagg aggataagga gaaagatcct ggtgcgattg aagctgcggt tttgtcgggg 360 ttggagaaga ttaggagagg tgttggtaaa ggtgaggttg aggaggtgag tagtgaagag 420 gaagaggaga gtgagagttc tgattctgat gttgattctg agatggagag gattattgct 480 gagaggtttg ggaagaagaa aggtgggagt agtgttaaga agacgagttc ggttaggaag 540 aagaagaagc gtgtttctga tgagtctgat tctgattcgg attctggaga taggaagaga 600 aggcggaggt cgatgaagaa gcggagttcg cataagagaa ggagtttgag tgagtctgag 660 gatgaggaag agggaaggag taagagaaga aaggagagga gaggaagaaa gagagatgaa 720 gatgattctg atgagtctga ggatgaagat gacagacgtg tgaagagaaa gagtagaaag 780 gagaagagga gaaggagaag ccgtcgtaat cattctgatg attctgattc agagtcttct 840 gaagatgata gaagacagaa gcggaggaac aaagtcgcag cttcttctga ctcagaagca 900 aatgtttcag gcgatgatgt ttcacgcgtt ggacgtggtt cttctaagcg gtctgagaag 960 aagagcagga aacgtcatca caggaaagag cgagagtag 999 <210> 463 Page 411 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 1606 <212> DNA <213> Arabidopsis thaliana <400> 463 atgaacgacg gagatgtatc gaggcagatc cagcagatgg tgagatttat ccgccaagaa 60 gcggaagaga aagcaaacga gatctcggtt tctgctgaag aagtatgatc tttagtgttt 120 ctgtttccat ttatcagatc ttatgatatg aatctctaat tcaatcgtaa gcggtttatc 180 tgattgttat cgatttggtt tatttgaata atcgtaggaa ttcaacattg agaaactcca 240 gcttgttgag gcggagaaga agaagatcag gcaagattat gagaagaagg agaagcaagc 300 tgatgttcgc aagaagatgt gagttttctg atttcaattt ttttgatctt ggttaagttt 360 taagttagat cgcttgttct ggattacaat atctctgaac tttgaaaaaa ttagaagttt 420 atgatttata gatttgaagt tttgacttga ttgatttcaa acttgtaatt ttcttcattg 480 atgaataaga aacatagtct ggtttagtct aatcggcaaa actgaagact aatttagcaa 540 ttagtctgat gtaagattat ggtgtagtag tgtactgtgt tgatctagct ttcaaattct 600 ctaatattgt tagttctctg tgaaaattat gttgatcttg ttcatttact gtgttatcgt 660 gtattacttt gccagaaaat aactgtcata catgtttttt cagtgattac tctatgcagc 720 taaatgcatc aaggatcaaa gttcttcaag cgcaagacga tattgtcaat gccatgaaag 780 accaagcagc taaggatctt ctgaacgtta gtcgcgatga gtatgcctac aaacagctcc 840 tcaaggatct aattgttcag gttggtactt aaaacaaatc cctgatgcat tcaaataaat 900 atttgatatt tggaactttt ttttgtatat cctactggag attatgtaat cgtgtcggat 960 ggcaatcttt ttttgtgtgt tttgatccgt tctgctgatg tcattttgca tttcgaatac 1020 cttttggtct gttaaagatt ctctcttgaa ttgttgcagt gtttgcttcg gttgaaagaa 1080 ccttctgtgt tgttgcgttg tcgtgaagag gacttgggtt tagtggaagc tgtacttgat 1140 gacgcaaagg aggaatatgc tggtaaagca aaggttcatg ccccagaggt tgctgttgac 1200 acaaaaatat tccttccccc tcctcctaaa tctaatgatc ctcatggtct ccactggtaa 1260 aatttcatgt ttctcatcat tactttacat ttaaattttt ataaaagaac attatcagtg 1320 tttagatccg gtttgatagt gtattttgaa catgtaatag ctctggaggt gttgtgttag 1380 cttctcgtga tgggaaaatc gtgtgcgaga acacacttga tgcgcgtctt gatgtggcat 1440 tccgtatgaa actcccagtg gtatgaaaaa caaattctct accgcataga ttacttgtta 1500 tgatccatca ctcactgtct aggtttactt ttttactttg gttctctgat tcactcattg 1560 ttgttaacag atccgtaagt cgttgttcgg ccaagttact gcctga 1606 <210> 464 <211> 2258 <212> DNA <213> Arabidopsis thaliana <400> 464 atgtctcaga tctttagttt tgccggtaag cttcctgatc tctgaatttt ttttcatctt 60 Page 412 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgaatttgat ttatcagatt gaaatttttt atttctctgt tagatttaga cgtttccgtg 120 tttgaggtga tttacgtacg aggaataaga tttggcttat aggatagtgt tcaccgatga 180 cttgattctt cctagatcta tagatatata tatatatata tatatatata tatagatctg 240 agttttagtt ttggccgttg acgagctata gatcttatct gcaatttctc tgttttggta 300 tattggatct gagaatcatt aggttaattt actgaatctg attttgattc aatgatctct 360 ttagctcata agaatttctc ctttggtatt ttacaggtga aaatgatttt taccgtcgtg 420 gcgcaatata cccaaaccca aaggatgcta gtcttttgtt atcgcttggt agtttcgctg 480 atgtttattt ccctccaagc aagagatcac gtgttgttgc acctacgatc ttcagtgctt 540 tcgagaaaaa gccagtttcc attgatgtgc taccagatga gtgtcttttt gagatcttta 600 ggcgtttgtc tggaccacaa gagaggagtg cttgcgcttt tgtctccaaa cagtggctta 660 cgcttgtaag tagcatccgt caaaaggaga ttgatgttcc ttccaagata actgaagatg 720 gtgatgattg tgaagggtgt ttgtctagga gcttagatgg gaagaaggca acagatgtta 780 gattggcagc aattgctgtt ggaactgctg gtcgtggggg acttggaaaa ttgtcgattc 840 gaggtagcaa ctctgctaaa gtttcagatc ttggtcttcg gtctattggt cgtagctgcc 900 cttctctcgg gtctctttca ctgtggaacg tttctaccat tactgacaat ggacttttgg 960 agattgctga gggttgtgct caacttgaga agcttgagct gaaccgctgc tctacaatca 1020 ctgacaaggg tttggtagct attgctaaga gctgccccaa cttgactgag ctgacattgg 1080 aggcttgttc aagaattgga gatgagggtt tgctagccat tgcaagatcc tgctccaagc 1140 tgaagtcagt ctcgatcaag aactgtcctc ttgtcaggga tcaaggaatc gcctctctac 1200 tgtctaacac cacctgttcc ttggcaaaac ttaagcttca gatgctgaat gtcactgatg 1260 tgtctcttgc tgttgtgggt cattacggct tgtcgatcac tgatcttgtg ctcgctggat 1320 tatcacacgt gagcgagaag ggattctggg tcatgggaaa tggtgtcggg ctgcaaaaat 1380 taaactctct gaccatcaca gcctgccaag gagtgactga catggggctt gaatctgttg 1440 gaaagggctg cccgaacatg aaaaaggcga tcatcagtaa atcccctttg ttatctgaca 1500 acgggttggt ctcttttgca aaagcttctt tatcacttga gagtcttcag cttgaagaat 1560 gccacagggt tacccaattt gggttttttg gttccctttt gaactgtggt gaaaagttga 1620 aggctttctc tctggtgaac tgtttgagta ttagagatct caccacagga ttgcctgctt 1680 catctcattg cagcgctctg cgctctttgt ctattcgtaa ctgccctggc tttggtgatg 1740 caaatcttgc agccatcggg aagttgtgcc ctcagctcga ggatattgat ctgtgtgggc 1800 tcaaggggat aacagagtct ggtttcctac atctgattca gagctctctt gtgaagatca 1860 acttcagtgg ttgttccaat ttgactgata gagtgatctc tgccatcact gctcgtaacg 1920 ggtggactct tgaagtctta aacatcgatg gatgttccaa tatcactgac gccagcctgg 1980 tctccattgc agcaaactgc cagattctca gtgatttgga tatttcgaaa tgcgcaatct 2040 cagattcagg gattcaagca ttggcctcct ctgataagct caaactgcag atcctatcag 2100 Page 413 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgcaggttg ctctatggtt acagacaaga gcttgccagc catcgtcggg ttgggttcca 2160 ctctattggg attaaacctc caacagtgtc gatccatttc caattccact gtcgacttct 2220 tagtcgagcg tctttacaaa tgtgacatcc tctcctga 2258 <210> 465 <211> 1524 <212> DNA <213> Arabidopsis thaliana <400> 465 atgtctacct tcagtggcga tgagaccgct cctttcttcg gcttccttgg cgctgccgct 60 gcgctcgtct tctcatgtat atccatctat actctcttat aatctccatc ttcttctttt 120 ctctttggtt ctgaattgtt cactgatctt gtgtgtgttt gttgttctca tgatctccct 180 caaagttgct tttgtgcttt agatcggccc tgagaagttc accgatctgt gtgttgctca 240 tgatttttct tagaaatttc tctctagatt tgtttaggct aagcgatatc actgaactat 300 tatatgtctc tccttttcga aaattctagt ttattatctt tagtcagtgg atcaaattct 360 tatggaactg ctctacgctg gttttaaatc ctttttcttt gtcttttctc cattggtgat 420 gtagtctagg ctgatcttct agaaactaag actttttggc ttagatctgt atgtgttgaa 480 tttcttggtg tccccgacaa aaaaaaaaga atttcttggt gtcctgttct ttgtccaaca 540 tatcgaaatt acctagggaa atttgctgga gttgccaggt tttgtgattg ctgtgactgg 600 tactaattgc ataagtacag atttaccgtt gttaccatca aaattgctga gttgctttca 660 tctatgtcaa ttatgctttt tcttcatatc gaaggcatgt tgattacttg tgtaaaccat 720 agttagattg tgaccttaaa gagtgtgtat ctttgtgtta ttaacaaggt atgggagctg 780 cgtacgggac agcaaagagt ggtgtgggag tggcatctat gggtgtgatg aggccggagt 840 tggtgatgaa gtctattgtc ccagttgtta tggctggtgt gttgggtatc tatggtttga 900 ttattgctgt tatcatcagt accgggatta accccaaggc taaatcctac tacctcttcg 960 acggatatgc tcatctctct tctggtcttg cttgtgggct agctggtctt tcagctggaa 1020 tggccatagg tatcgttggc gatgctggtg tcaggtacga tcctctgtgt ccttctttgc 1080 agattcactc ttatagccta atttgctaaa agactcaatt ttatacaagt atatctccct 1140 tatgaatcag aatatcatga gtttagtgtc acaattcaac ttgatgaaaa tttggtaggg 1200 aatatgtgca attcactgac tgttgaatct ataatggaag aaatatcagt tcattacatg 1260 cttctgtgag atgtcttgtg ccatggcgta tttctctagg atgaaatata atggaagaaa 1320 tatcaattca attgtgagtg tctatcccct gttatatcat tttgatacgc aaatttgtgg 1380 tttgatgaca gggccaatgc tcaacagcca aagcttttcg ttggtatgat tcttatcctc 1440 attttcgctg aagctcttgc tctatacggt ctcatcgtcg ggatcatttt gtcctcccga 1500 gctggtcagt ccagagccga atga 1524 <210> 466 <211> 805 Page 414 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 466 atgtctacgt tcagcggcga tgaaactgct ccgttcttcg gcttccttgg cgccgccgcc 60 gctctcgtct tctcctgtac gccatttcct tctcctctca ctcgattctc ttccaattcg 120 tatcattccc tttgatctga tccagatgat tgcttctaga gactttttat gagaatcgtt 180 ggcctactaa ttgatcgatg tattagtgtt cttagatcag aatctggatt ttaggtattg 240 atttgtgatt gtgattgggt cgggcgtaaa atgagatgtt gttactggat tttggtttta 300 ggtatgggag ctgcttatgg aacagcaaag agtggtgttg gtgtggcttc aatgggagtg 360 atgagacctg agttggttat gaagtctatt gtccctgtgg ttatggctgg tgttttgggt 420 atttatggac ttattattgc tgttatcatt agtaccggca tcaatcctaa ggctaagtct 480 tactacctat ttgacggata cgctcacctt tcgtctggtc ttgcttgtgg tcttgctgga 540 ctctcagctg gtatggctat tggaattgtt ggtgatgcgg gtgttaggtt tgttcctcac 600 agagaatgtt tgaatggaaa acgttaacgt catctgtatc ttgacttgtt tttggttttg 660 cgattctctc agggcaaatg ctcagcagcc taagctattt gttgggatga ttcttatcct 720 tatctttgcg gaagcgctcg ctctatacgg cctaattgta ggcatcattt tatcttctcg 780 agctggtcag tccagagcag aatga 805 <210> 467 <211> 1139 <212> DNA <213> Arabidopsis thaliana <400> 467 atgggaagaa gtaagtttct ctcgatctct tgtgacttct ctgtcaggat ttctgtgttc 60 ttccgattcc tccatggatt taattaacca aatgttctct ctttgttgcg attttgagat 120 tctgcgattc agtttttcta ttcatcggat aaatgattag gtttatatag tttctcttta 180 gataccaatt gattgattag gtttttatat actgtgatga ttttgagcta tatgagtttg 240 gtctgagctg aaatctgaat aatctgaata ttgatttagg acctgcgagg tgttaccgtc 300 agatcaaggg taagccatac ccaaagtctc gctactgtcg tggtgtgcca gatccaaaaa 360 tcaggatcta cgatgttggt atgaagagga agggtgttga tgagtttcca ttctgtgtcc 420 atttggtgtc atgggagaag gagaatgtgt caagtgaagc acttgaagct gcccgtattg 480 cttgcaacaa gtacatggtg aagtctgctg gaaaagatgc ttttcatttg aggattaggg 540 ttcatccttt ccatgttctc aggattaaca agatgctttc gtgtgctgga gctgataggc 600 ttcagactgg tatgagaggt gcttttggta aagctttggg tacttgtgct cgtgttgcta 660 ttggacaggt tcttttgtct gttcgttgca aggatgccca tggtcaccat gctcaagagg 720 ctcttcgtcg tgctaagttc aagttccctg gtcgtcaaaa gattattgtc agcaggaaat 780 ggtatgttca aagattgatc cttgaatcat tttgttgttt gattgtttta tggatacaag 840 taagctaact catcaagtct ttgacttttt tttcaggggc ttcacgaagt ttaacagagc 900 Page 415 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgacttcacc aagttgaggc aagagaagcg tgttgtccct gatggtgtca acgctaaggt 960 attattggct ttacatcaga attgtcactc tttgatccta tagcagtgat agttatcatt 1020 ggaaatatca tttgttgttg aattgaacaa tgttttcgtt tttttttcag ttcctctcat 1080 gccatggacc tttggctaac cgtcagccgg gaagtgcctt tttgccagcc cactactga 1140 <210> 468 <211> 1091 <212> DNA <213> Arabidopsis thaliana <400> 468 atggcaacgg cgattgtacg ttcagctctt tcccgagcag tgactcgcgc agctccgaag 60 acatccgtcg ctcctaagcg aaacttttcc tcttccgccg gccatgacga tgcttgtaat 120 ttctctcctc tctattttta ccattttcca ttgacgacga tctaggtttt ctgatttgat 180 tttggagaac gcctcgatga gtttatagat tcgtagattg gttttgagat tcagtataat 240 ttcacccgga ttccaatttt tgaaccgata cctaattttg aattgatttg gtagatcgat 300 tggtcaaatt tgaaattgat ttttctccat aatatctgaa gcgtcttatt ggatcaaatc 360 tacaacattt ctctgttgaa aggatcgatt ttttttttct tggaacatga taacttttga 420 ttattcatca aagttttgtt ctttttaata tttcacagat gaagctgcga agtgggagaa 480 gataacttat ctgggtattg ctagttgcac tgctctagct gtctatgttt tatccaaggg 540 ccatcatcac ggcgaagacc ctcctgtaag cttctcttac aactcctcca ttggtttagt 600 attataactt ctgatttgga atctcaccta gtgtgagaca atgttaatat caccagtgaa 660 aacggataga agtatgcaga tgatgagaat gttacgaaag ctacattttt tgcctttact 720 gatttcgttt atctcattca ttctgctttt taagtttaag catacattgc ctgaaactgt 780 catgaaccat tattgtctac ttgttgcagg cctatccgca tatgcacatc cgcaacaagg 840 agtttccttg gggtatgtgt acttttccag ttttcctatc gtccatctta ctgtctttca 900 tttcgtgatc ttcagctttg ataatgctgt ttagttgtct ctcctaaaaa ccttaagaga 960 tcatcaaaga ttatctctgt aatatccgta atgggtcggt ttctgaatca gtttctgaat 1020 ctgacgcttt ctatttgcca ttctcaggtc cggatggtct gtttgaggtg aagcacaaca 1080 aagagcactg 1091 <210> 469 <211> 1642 <212> DNA <213> Arabidopsis thaliana <400> 469 atggctcctc atggagatgg attaagtgac atcgaagaac ctgaggtcga tgctcaatcg 60 gagattcttc gaccgatctc ctcagtcgtc ttcgtcatcg gtactttatg atttatgaag 120 tttccgattc gatcgatttc ttcttcgtct tcttacttac tttttgtgtg tttctgacgg 180 agctgcagct atgcaagcgg aggctcttcc tttggtcaac aagttcggac tctctgaaac 240 Page 416 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tactgattcg ccgttaagag ctctcctttt ttcgattttg cttgtttgga tttgatctcc 300 atgaatctct cacttcaaag tttacttttt tgcaggcttg gtaaaggatt gccctgggtt 360 ctgtatcacg gcgtgcataa agatcttcga atcaatgtag tttgccccgg aagagatgca 420 gctttaggta agctttgcac tcaatgctct caaagatatg ataattagcc tgtgaatctc 480 tcagcatttt agtatagtag ctttggtttc tcaagtcgct gcattgtttg gtatgaggga 540 aaatgaatgc acttttttta tgctactaac tgagatttct ctccagggat cgatagtgtt 600 ggaactgttc cagcttctct cataactttt gcttccatcc aagcattaaa acctgacatc 660 ataatcaatg ccggaacctg cggtggcttc aaggtacagt tcttttactt ctcgtgtgct 720 ctgtcttgac ttccagcatc cttgctaaga accacgtcct ctcttctttc tttacttgtg 780 gtttgggttt gattttgtta ctgctcgttt actcaactct gagatttgag ttgcatcata 840 aaagatctct ctctctctcc atatctctat ttttatgttg tgaaagttgg tttattttca 900 tgtaatgaaa gtgctgattg gctgaacatt tgcaggtcaa aggagccaac ataggcgatg 960 tattccttgt atctgatgtt gtgtttcatg atagaagaat accaattccg gtaggttcat 1020 cttcctttct ttcttttttc catctttagt gatgattccc tttttgccag ttcatcttgc 1080 aagttcctga gcaatgtttg tttatctctc tagatgtttg atctgtatgg agttggtctc 1140 cgtcaggcat tctcgacacc caatctcctc aaggaactca atttgaaggt atttaataga 1200 ctcaagatgc tacttactct tttaactatt tcaattttga caaaattggg gtggttcaga 1260 ttggcaggtt atctactggt gactcgttgg atatgtccac gcaagatgaa acattgatca 1320 ttgccaatga tgctacgcta aaggacatgg aggtagtgta atgttaacaa ttcttattac 1380 tgaatctaac cagaaaatca atgaaactgt tgttttgaaa ctcttttggc tctggattct 1440 tcagggtgct gccgtggcgt atgtggctga tcttctgaaa ataccagtcg tgttcctcaa 1500 agccgtgacc gatctagtgg acggagataa acctacagca gaagagttct tgcagaactt 1560 gacagttgtg accgctgcat tagagggaac tgctactaaa gtgatcaact tcatcaatgg 1620 gagaaacctt tcggaccttt aa 1642 <210> 470 <211> 2478 <212> DNA <213> Arabidopsis thaliana <400> 470 atggcggccg cgaaactcgt ggcgttgtta cttcttctcg ccttggtttt caatttcacc 60 acttgtatct ttgccgacgc tggaatcgac ggcggcgatg aaccgaaact tagatccgac 120 ggcggtgata tcgaattgga tcagcttaat gctaaaatcc gtgccctagg ttacactcag 180 aactttacag ttacttcaat tttacttcta tgtcaatcgt gaaaatttgc tatggcttgt 240 gtgaatttct caaattaatt tttgttttct tcttttttgg ttggtgaaga atctcagatt 300 gatgataaaa ccaaggaact taaaggcaga gaagagttag taacagagaa ggagaaactt 360 Page 417 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcaagaga gacaagacaa agttgcttct ttggagactg aggtttcttc actaagggta 420 tgcatgcatc ttttagtgtc tcactgaaat tgcttccatg ttcagatata gattgccttt 480 atatatcaat ctttgtttcc agaaaaaagg ttcatcagat tctgtggaac tgttgagtaa 540 agctcaagca cgagctactg aattagagaa gcaggtgagt tcattatttg agaacccatc 600 ttttatatgc acgtaagttt ctaaattcta cattatactt gtgaattcag gttgaggtac 660 ttaagaaatt tctggagcag aaaaacaagg agaaagaatt gatagaagct cagactagtg 720 aaaccgagaa gaagctaaac gaattgaact cgagagtgga gaaagtatgt tcattataca 780 tctcttggtt cattttctct tgacacacat tattattcat ttcaaatcat ttaaatagaa 840 agtagaaagt atgttcatta tgcaaatttt cacaatctat tcctgcagct tcacaagaca 900 aatgaagagc agaagaacaa aatacgaaaa cttgagcgtg ctcttaaaat ttctgaggta 960 tgacgacgct cttggattaa gtttagttcc cccttaactt tcggtttctg caatcactct 1020 cgactcttat caaaataaaa ttataggaag aaatgttgcg gacaaagcat gaagccacca 1080 caaaggctaa ggaactgatg gaggttcatg gggcgtggct tcccccttgg tttgctgtac 1140 actggagtag ttttcaggtg agattaatag attttatctt ttacgacttt cttgcatcat 1200 agattttctc aattaacttg gacacttcct ggactcagac tgttgctggg acacactggg 1260 acgcccacgg caaaccagtt atggagaaag ttactcaaaa ggtattgtta aatccaaatt 1320 gtatgttgat tacatgactc tgagagcaaa cttatgccta actaagtttg atcatctttt 1380 aggtgacgtt agcaaaaaat caagctgaaa aatgggctaa accgcacatg gctaatgtta 1440 aaactgtaag taacttacag gcaatgtgtg ttattactca ggaggctctt atggttatgc 1500 ttacgaaatt ctatttccag aaatatattc cagccataaa agagactgtt aaaacgcatg 1560 ttgagccaca cgttcaaaca ctatctacca aagcgaaaga ggcttaccat gcttccaaga 1620 gtgcggttac accacatatt gtcaagtttc aagaacatgt agatccctat taccaggtga 1680 agtatatttt tttctatcta gatattaatc tttcagctcc atcgatgatg acaatatgcg 1740 cttaatttgt tttgtttatg ctctccagga ggctaaaaag tttagcaagc cgtacgttga 1800 tcaagtggcc acagccacaa aaccacatgt tgataaggtg agagctacca tgaagcctta 1860 cacaacgaag actgtccact attacaaaga gttcctggaa tctgcctcaa cttatcacca 1920 ccaggttaga atcggaggca ctgtgtataa tttataggca ttatagttat gagtagtgtc 1980 atttctagag gaatgtgttg tcttttaatc tgataactct gtatatatgt gaagcttcaa 2040 gccaatgtcg aaagtaaact gaagagccat gagctgttgg aaccttttgc caccaaagag 2100 ttcatttggt ttgcagtatg ttctctcgtc ttgcactcta agacaacatg cttttttgtt 2160 gcttccttta tcagcttaaa attgataaac tgttcactgt aggcctctgc tttgttggcc 2220 ttacccatct tcatagtgta caaattcctc tgttcgctct tctggcaagt ttcttataac 2280 gaatcattat ttataagatt taaattagtt ttcagtatat tgctctgtag ttcttaaaga 2340 tgctccatcc ttgattccac caaatgacct ttcgtttgtt tgttgtatgt ttattgcagc 2400 Page 418 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaaagacga agaagcctat ccgacagtct catcaacata ctcgccgtaa ggccagaagg 2460 ggtcattctg acaaatga 2478 <210> 471 <211> 4301 <212> DNA <213> Arabidopsis thaliana <400> 471 atgccgtctt cctcctccgc cgccgtcctc gtgttccttc ttctcgtttc ccttctcact 60 cctacgttcg catccgattc agatcacaag gtaagactcg gatctccagt cgttttttct 120 tttcttttaa tgcagctcga aatcgagcac tgtgtccgta gatccgtgat ttgcatggtg 180 tttgcgattg aatttttttt catggatctg ttcgtttacg gattgctagg atcctcgagc 240 ttctattcat tgtgatttag gcgtatcttt tcgttgcaag tctaggcgta ttttgtctat 300 tcattgtgat ttaggctttt cacaatctcg attttaataa gaaattttga tgttggtttg 360 agattctcgt tgatttctgc acgtggtagc ctgtttgatg ttcaaatact tggatcaaca 420 ctgagttgtg ttgtaattga gtggcattta atgtattagc atcttcgaga tgtagatctt 480 atagttccga ggtcgggttg atgatttttt tcaattggta tctaaaatgt gatactgaaa 540 gtgtcacaca tggcttcttt tgctgatggt cagtttcagc tcaaaattgt tattgccttt 600 tgtgatattg gagatcatga gatctagctt taatgctttt gctcctctgc cttcttacgc 660 tcgcaagtag tgtgacattt aaagtcgatt ccaactatat attttctgcg tgaaagatga 720 tagataaagg cgggttatgc attattcaag agcaatctgg tagcattatt caagagccat 780 tatttctatg gaaccatcat ttgtgtgaag actttaactc ctgatttttg aaatgatatt 840 gaacgtagcc tttatcagta tctgtctgtc tacgtttgac attttgttct gttctctcta 900 atggaatttt ggttcttact ctctcttact agttaatccc ataaactttt acatttctgt 960 gcttttctgt caagtcaatt ttttttgcct tcaccttttt cagtatcaag ccgaggagca 1020 ggtcacccta tgggtaaaca aagttggccc atataacaat ccacaagaaa catacaacta 1080 ttacagtctt ccattttgcc gcccatctgg aaacaatgtt cacaaatggg gtggtcttgg 1140 tgaagttcta ggtggaaatg agctgattga cagtgagatt gcgataaaat tcatgagtac 1200 gtttcaattc ttatacaagc ttctttttca tactagttaa cagttatcgt acattcgtac 1260 ttattctcta gttacaatac cttttctgtt ttttccacag agaatgtcga gagaagtgtc 1320 atctgtccgc ttgaactcga tgaagctaag gtcaagcatt ttaaagatgc cattgaatct 1380 agctactggt tcgaattttt tatgggtatg tttcacgtct gttgtacata ttaccactga 1440 aattcatgaa aataatgctg atttattatc tatgatgttg caatttccta ctatgtaaag 1500 tttggaaaca ttttgtatct gctgagtttt cctttggttc atttttacat catgcaaatc 1560 taaattattc cgatatctaa cttcactgca ttaccaatat catttacggc attggatgtt 1620 gtaggatata taatcttaca taacttcttt ggattgctaa ccttatttct cacctttttc 1680 tgtggcatct gattggcgtg gactttcatc gggtggttct aacttcagat gatctacctt 1740 Page 419 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtggggtat gaactttgta tatttacttg aaacatccaa aatttattat gttctttgtt 1800 tgttttatat agttttaata ctgtctcatt gctgttgtag gctttgtggg tgagctgcat 1860 cctgacaaaa atagtgaaaa cggcaagcat gttctttaca cacataagaa cattgttgtc 1920 aaatacaaca aagaccaggt cggttgttac cacgccatta agcaatagta tggatatcat 1980 gtgaactaca tctgtgatct tatgtatcta ttttaataga tcattcatgt taatctcact 2040 caagacaacc caaggccatt ggaagcaggg aaaaaaatgg acctgacgta ttctgtgcaa 2100 tggattccaa caaatgtcac atttgctcgc cgctttgacg tatatctgga ttatccgttc 2160 tttgaacacc aggtaacttt tagcatgcta tgaattagtc ttgtaccctt ctgctactgt 2220 ctgtgattcc aaatggttca ctggtttata atgtatcaca ctgaataccc catttcatgc 2280 ttgttcataa gtgcaagcca taattattct tccaagaatc taccaaagtt ctatattcca 2340 tctcttcaag atttctgttc aagctttata agccttctga gagtttgttc tttttgcaga 2400 tccactggtt ctccatcttt aactcgttca tgatggttat tttcctcacc ggtttggtct 2460 caatgatatt gatgaggact ctcagaaatg attatgcgaa gtatgctaga gaagatgatg 2520 atcttgagag cttggtgatg tttcctcaac ttttatttgt cattagttgc acaattgttt 2580 ttttagctgt taatactctc tagcagtctg tccaacactt ctttctttac ttctaaatgc 2640 aaggcttcat agccatttct gacgtgagta ttgatgggca caggaacggg atgtaagtga 2700 agaatctggt tggaaacttg tgcatggaga tgtgttcagg ccagcaagta gtctagttct 2760 gctctcagcg gtagttggta caggtgcaca gttggcgttg ctggttcttc ttgtcatatt 2820 aatggccatc gtgggaactc tctacgttgg gtatgtatta cactattctt ttctcttgag 2880 accaattttg tgttgttgtt ttccctacat gcggttggct tgtatattgg attttgctca 2940 cctcttattc taattatttc aggagaggag caatcgtcac aactttcata gtgtgctatg 3000 ctctgacttc ttttgtctct ggttatgtga gcggtggaat gtactcaaga agcgggggta 3060 tgacttactc gacttggcgg acccctccag tgttactttc ctctctaact attcaagtaa 3120 tttaaatgct ggtttattca ggtaaacatt ggatcaagtg catggtcctc acggcttctc 3180 tcttcccctt tttgtgcttc ggaattggct ttctcctaaa cacaattgcc atattctatg 3240 gatctcttgc ggctattcct tttgggacaa tggtggttgt gtttgtaatt tgggggttca 3300 tttccttccc cttagccctc ctcggaacgg ttgttggaag aaattggagc ggtgctccta 3360 acaatccatg ccgtgtgaag actattccac gtccaatccc tgagaaaaaa tggtacttga 3420 ctccatcagt cgtctccctg atggggggtt tgctaccctt tggaagcatc ttcattgaga 3480 tgtactttgt cttcacatcc ttctggaatt acaaggtaaa tatagtttct cttaataaga 3540 acaaagttat ggaattgcaa attcttattc caattggcca aaccggagag atttgattag 3600 tgagagactc tcaactttca acgaaacccc taaaaatcta ccccccttca gcaatctgcc 3660 taaccagcgt ttgtaatcca gccctcactg aatgcatatt aaccaatcac aacagctaca 3720 ttaagaccta cgctagttgt agtagacttc tagctaaagt ttgagcagct gtacttcttt 3780 Page 420 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagtaggact aactttgtct ttgctaatca tataacgacg aaagtaaatt gtagtggcta 3840 tttttgaaag ttgtctgttt ttgtttgttc gacaggtcta ctatgtgtat ggattcatgt 3900 tactggtttt tgtgattctc gtcatagtga cggtgtgtgt gacaatcgtg ggtacatatt 3960 tcctgctgaa tgcagagaac tatcactggc agtggacttc atttttctct gctgcttcga 4020 cggctgtcta tgtgtactta tactccatct attactacta cgtaaagacc aagatgtccg 4080 gattcttcca gacaagcttc tactttggat acaccatgat gttctgtctt ggccttggaa 4140 tcctttgcgg tgagctcact ctcttcactc tcttcaaact agcgagtggt gttattgatt 4200 tgactaaacc ttcgttatgt gaaaattttg caggagctgt tggctacctg ggatcaaatc 4260 tgtttgtaag gaggatctac agaaacatca agtgcgacta 4301 <210> 472 <211> 950 <212> DNA <213> Arabidopsis thaliana <400> 472 atggatccag ctgaaatgag atatttggaa gaagaggatg gtccgttgat gaagacaatc 60 aaaggtagta tcactggttt tggtgctggg actatttacg gaaccatttt agccacatgg 120 aaagatgttc caagagtgga gagaaatgtg gctcttccag gacttattag aacactgaag 180 atgatgggaa cccatgggct gacttttgct gctataggag gtgtttacat cggtgttgaa 240 cagctggttc agaattttag atccaagaga gatttttaca atggtgctat tggtggtttt 300 gtcgctggag cttctgtgct tggctataga ggtaatggtt tttcttcttc actcatggtt 360 cgttcgtttt cattgtgttt gcataaaaca atgtctcgat ggttaagtag tttagaactg 420 atgtgatttt ggtgaagacc atttgaagtt actggaatta gcagtatgta gttcacttca 480 tgtgttttac gagcttagta gttattgatg gacaaacaat gatctcgagt gggagtaact 540 aaaggaattg taatgggaag aaattgattc ttccttacct caagttaatg ttatttggtg 600 cctagtgtag caattctata ggatagcaca agtgtcaaga ctttgatatt gagtgtatac 660 aggaaactct caaaatcata tatatgtaaa gatcgaaagt acatagcttt gagtgagaga 720 tgatgctata gattcgtgca ttcttatgat gctatactta attgttattt ggtttacttt 780 ggttttcctc tttttttaca gcaaggagca tcccgacagc gatagctgca ggtgcaacac 840 tagctgttac ctctgctttg attgattctg gaggtcagac cacaagagta gacaatggca 900 gagaatacta tccttacacc gtcgagaaaa gagctgaagc tgattcctga 950 <210> 473 <211> 964 <212> DNA <213> Arabidopsis thaliana <400> 473 atggcttttg ttgtaacatc cctgatattc gctgtcgtag gcatcattgc ttcgatatgc 60 actagaatct gcttcaacaa aggcccctcc accaatctgt atgtcaattt tcattccttt 120 Page 421 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgcttcttc tccctttgat ttagtcatct ttttgctgtc tttgatccat tgcttcgtca 180 aagttaataa agtgttcttc ggtatcaatt gagatcatta tttatctctc tgagcttaga 240 aactattatt ggttgatgac tttatatttg ctcattgact tttgctaatt tgtttttgaa 300 tttgttcctt cctgtgatgg gtttttttca atgtaagcaa ctagtaccgt cacagttcta 360 actcttgtgc tggaaaaagt gttgatcttt ttcccttttt ttatcattga cttcttatgt 420 acttgtttgt cttgtttcta tgaaacaggt tacatcttac attggtcatc accgcaactg 480 tctgctgttg gatgatgtaa gtttatgttt catgcactat gtttcctcta cttgctagcc 540 actgctttgc attcacaacc atgggaattt gtatccagcc cgttatttgt ttatccaacc 600 ctctcttgtt tgattgttgc tgatcaacat taaccatcaa actatcaaga tatagatcct 660 tctagccttt actacttcca tttttgttgt tgataggata acgtaatatc ttgacacttc 720 tcatttatct gtggaactta tctctagtca atgaattagt attcatgtta agagaaagtt 780 tctacaacat gaacattatt ggtcttctac taaacgctgt gcaaatcctt tccttatatg 840 caattcattc attgtcttac atatcattac atcgtttttg tttcttcgca ttggcaggtg 900 ggcaattgta tacattgcgc agatgaaccc tctcattgtc cctatcttaa gcgaggtgga 960 gtag 964 <210> 474 <211> 789 <212> DNA <213> Arabidopsis thaliana <400> 474 atgatgagaa ggcaacgaga tgaacaacaa tctagggttt tctacgatct atcatctctt 60 gttttgaatc ttctccgttc tcctcctatg ccgatttctt tacctgatca tttccccgat 120 ccgcccgcta gaattcgtcc tcccttttct tcgcatcgtt tttcgtcttc ttcgccttct 180 ttggctcata tttctccgtc tggattcgcg tcgttgctgc ttggtatatc tgtggctctt 240 atgctatgtg gatctgtgac tttcttcatc gggtttctct tgatgccttg ggttcttgct 300 ctgattttgg ttttctatgt cgctggcatc gtttctgcca tttctatggt cgggaggtcg 360 attctctgtt acgtcttgac gccaccttct ccttccggaa aggagatttc tggtaatttt 420 gttgaatttt agggttaagt ttgtcaaatt ggtttcaatg attcaagctt tctactttcg 480 tctcggatct gtttagattt taaccaaagt ttccttattg atcatctaga aatgattcca 540 ctgggttttg gttctgtcct tattttgata gaaatggagg ttcgaattag ggttttattg 600 aaaagcacac cgatgtttgt tctgtctttg actgaaacga tattgttctt ttgtttcctc 660 gtggatcata ttattcatgt tcacattact tttgttgtct gaaattaaac ctatgtttgt 720 attagtttca tgttcttgca ataatgtttg tgtttgacat gtctattcgc agaatggaag 780 cttctgtga 789 <210> 475 Page 422 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 1196 <212> DNA <213> Arabidopsis thaliana <400> 475 atggcgactt cgaagcttca agctatttgg aatcaccctg ccggacctaa aaccagtgag 60 tcaattccac gatgattagc tttcctcatc gatttcgatg attcattttt tttttgttgg 120 ttcatgtaaa attgacgatt caattatgga taattgagca atctacatct ccttggaatc 180 tgttgttagt tttgtctttt ataagttcca ctttctcgtc ttttcgattt ttctggtgaa 240 tcctgatttg tttctactaa aaaaaaaaca aacacttttt gatgaatttt gactttcgat 300 tagttctcga ggatggattg atttgttgct tatggtccag gagaatcact ctttgcttta 360 taatgggttt cataagtgat agattccgtt accaattcac gtcactcgtg tctcagaaca 420 tcaaacaata agactctcat tttgtgtttt ctcagttcat ttctgggcac caacgttcaa 480 gtggggtatt agcattgcca acattgcaga ctttgccaaa cctccagaga aactttccta 540 tcctcaacaa atcggtatgt attattctat catcttctta atctgcagaa ggttactcct 600 ctgttttgaa ttgtggactt ttataggctt atcatattcc ccatagttgt cattgttcct 660 tgatcagttt cattgtgttg cactgccttc aatgtacttt caaatattct ctgatatttc 720 ttgcatcagc ggttacatgc actggtgtta tttggtctcg ttacagcatg gtaatcaatc 780 cggtaagttt ccttacattc cctttcaaaa ttcaatctat ttttagtatt gtaagactct 840 cttatcatga tcttctccct tgcgtttgcg atgagatgtt agtgattgta ttcatggttg 900 atctgacttc tttgattccg actcttgttt acagaaaaac tggaacctct tcagtgttaa 960 tgttgctatg gcagggacag gcatatacca gcttgctcgt aaaataaagt aagatcgaga 1020 gaacatctga ttttcttctt acttttacat gttatgtaca tcttaagaca cgacttagtc 1080 aaataagcat ttggttgatt agttgaagtt ttctcccttg ccaaactgat acacttgctt 1140 tgatctacag acacgattat gcaaccgaag ctgagcctgc cgttgcgagc gaatga 1200 <210> 476 <211> 349 <212> DNA <213> Arabidopsis thaliana <400> 476 tcaacttaat cgtttctctc aaatttaggg ttttctcttt tctcgaaagt cttgcggttt 60 tctgaatcat ctctatctgt ttgagggttt cgtttgagat ctggagaaag gggtttctgg 120 aaacaaggag ttcataattc gcgatcttga tctatcgatc ttcatttata taaaaagcgt 180 gaatgagatt atgatggagt cgaaaggtgg taaaaagaag tccagcagta gtagttcctt 240 attttacgaa gctcccctcg gttacagcat tgaagacgtt cgtccaaacg gtggaatcaa 300 gaaattcaaa tcttctgtct actcaaactg ctccaagagg ccatcctga 349 <210> 477 <211> 1211 <212> DNA Page 423 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 477 cacgcagaat ctcaccactg tcccttatgt aagctgacct ttctgagtac ccacatactt 60 tagttgccaa aactatctgt atacagaaac aatgaacatc aatatcaatt tttataactt 120 cgattaggtt ttgctgatat catatacatt cgtgaccaat atgcatccaa agtatgataa 180 atggttgata ccttgtcacg ttgctgagac ttcaaccagc tactgatata aagatccgtt 240 ttaccttgcg tctccttctt catcggtatg ggatactgga aataaacaat gatacttgaa 300 aatttaccac agactaagca gattccagaa agctaaacac aacagtgcta aattcaccag 360 aattatatat aaagtataaa acattcacat aaacacttgc aatcaaattc accaggcaag 420 aagagaaaga tgaacaatga agataaaaac tcacagcttc agcagtgtca atgcaattga 480 tgccctcttc aattgcataa ctcagcatct catgagattc tttctcagta ttttgctccc 540 caaatgtcat ctgaaattcc aaatttcatc aaaacttcaa aattgaacaa tggactacaa 600 ttgcaggaga taaagagaga ttgttcttac agtgcccata gtaacttcgc tgatgttgag 660 atcggaatct cctaatttcc tatactccat agcattcttc gtcgacgctt tcgccgaaac 720 tctcaatatt ctcctccgag cattcggcga tagagtaaca cggcggcgcg tgaatgccaa 780 acgaaagact cctcgaatgt tactgctgct gaccaccgga gtgaccgttg agtaggtgac 840 gtaagatgac gccataccgg aggttgtcgt ggacgtggtt cttctcgcct tatcgccacc 900 attatctact gttttgattc acgtatttga atactctggg ctaaacgatt tgggcctaat 960 gtaagaggcc cattagagtc aaaaatatat attgaataat atcttgtttt cctaatatga 1020 taggtctaat ctcagatttc gatttatttc ttcgagataa tatgattata ttagatgacg 1080 tggcggtaca tccttcgata tcttcgataa atacgcaaga gtgagcttca cggtcagaca 1140 aaagctgact ctacgctctc tcaaaagtcg aatatcccaa attcgatccg ttttccggcg 1200 ataatctccg 1211 <210> 478 <211> 1116 <212> DNA <213> Arabidopsis thaliana <400> 478 cctcagcaaa taagaggacg ataaggatcg gtcttcagct ataaacaagt aaagaaagtt 60 gagattcgaa gactctttat aagtcattgg atttgtagta aataacaaat taacaacaca 120 acaaattaac aacacatata ctacaaattc gagttaaaaa ccccaatata atatatgcat 180 cgactactaa acgcgtttca atgactggta aacatatgta actatctctg ttacatattg 240 aatgaatgat gatgtaatag tagatgctaa cataagctca caattatttg aataattaaa 300 gtcataaata aaaatcatct ataatgcgtg taagcttgca taaaaataca gtatataact 360 tttatttaaa actattaagt atcaacatca atcggaaaat gatttgcttt tgaagttatt 420 acaactagtt tattaaaaaa attgttatca tcatctcgat tttaataatg ctatatatac 480 Page 424 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttagtctttt atttattgtt attgtaatat gcgaaaatga cttgcaactg agttgcttac 540 gggcaaacct gaccaagatg tgggaagttc gaaactgcaa atatgtataa ttcttaataa 600 aaaaaaaata tatcctacat ttcttcattt tttttttaaa atactaatat ttgcatactt 660 tgttgattga gtttctgaaa aatcataatt gagtttttaa attagttggt ttgtatgcat 720 ttgacaactt ccaatttctt ttaaatatat cacttttcat atattcttgt agagctataa 780 ttttacaaca ataattgaaa tgtcgaccca aaaatataca tttaaaggca tttcgctgat 840 aaaaatccag tttagatgta tttgtattat aggggaaaac aattatatta ttggttaata 900 tttattagtc gatattgggt acatatgtat gttcttttac gattatgcca tcaaaaaatt 960 tattagccat tcgagaaaca aggcatctct atttttttgc ttcttctaat agacttcttc 1020 gtcactgatc tcccacgacg atctcccaaa ctcatttctc tacgttcatc gatctctctc 1080 tttctcgttt gctctacgaa aatcagccgt ttaaac 1116 <210> 479 <211> 1270 <212> DNA <213> Arabidopsis thaliana <400> 479 tacaaatcca aagagattcc agatgaagta aagaagttgt gccttatgct gatccaaacg 60 acagagatgt cgttatactt ggaactctgt gtagttcagg tttgcaggat ccatcctgta 120 tttgggcgtg tggataactt ctccaaagac ttgaaaaaac tagtgaaagg taacaagtgt 180 ttcttccata gtaatattga caagactatt ttgggatttg gtgccttttt taaaatacga 240 tttagttgca aggaaaaagt gaaaacggtt tcgtaacatt gctgcttctt ttgttttgtc 300 tcgatcagct gctgaggtgc atacctactt agaaccgtcc atagattcac tgaagaaaat 360 agctgcgttt ctgtatcctg gatcacttta gaaacaaaac aaacatgagg accatgcttg 420 aatgtggtac gtatgtatta gattccttcc ttgatgagtg attaaaccgg ctattgtacc 480 attggtatat gttagtcata taatagtatt attctcttta tttcatatca tagctttaaa 540 aaaatgttcg gctcatgctg tccactcctt ttgggccgct cgttgctttc atttttttaa 600 attgcttacc tctcaacaaa ttcttttgat tggttctctc tctgactcta ggccgcagaa 660 agtgcagttc cgaataattc tcactcaact aacttttgat aatcacttat tctagattat 720 tctgattttt gaattccctc tactcttgaa cacgtttact tactatgagg aaaaatttaa 780 ccctaaaaag aaaaccactc attacagcta acatttatga ggggtggact attgcgcaaa 840 gcattgatag tgttaattga aagtcatgca tatagtatgc gttactacta aagtttaacg 900 gttcaatttt tttgaatttg aactgacagt aaataaaatt aatttttaag attaaaagac 960 gttgttttta gcaagttgtt tagaaattgt gggacacgtg tggcacgttg ctccaggagg 1020 ggcatatgcc aagtctgaga tactccaacg cactgactga ctgaccccta cttaaccggt 1080 ggtcaaactc ttaacctaac cacggttaag atcttaaagc cgttgagatt ttcccacatg 1140 taataatctt gtttatctgt gagatattcg ccgcttcccc ttggccggct ataaatcgat 1200 Page 425 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacctcaccg ataaatcctc tattcatcat ccacaacaaa cctcttcttc agtctgatag 1260 agatctcacg 1270 <210> 480 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 480 tagatgcgct aggagattcc cttctccatg cattacatca gaggacaata attctatgtt 60 caaagccaaa aaaatggaaa attagccgca gtaaacatga aaaaagcgac aaactaaaca 120 gcaaaatcta agaaagtacc acatataagt tggtggctag actttatact agatttctct 180 gagaacatga ggggtgagcc accatctatc ccatcaatcc catacttgag cgaaaggcag 240 ctttgagatt tggctctatc aattacaaga accagcaaca gaatcctctt caaaatcaca 300 tttccaagag cttcatagta ccctggtctg tataaaccct caaccatctt gttataaaca 360 taagatctag caaggccatc gtgggaaaag aactgcttac taattaccat cttcaagaac 420 gccatttctt gatctgagtt aacttcacta tcagacaaaa aggaatcacc accaaagatg 480 atatataacc ctaaacgaag ccaaacttgg ttatagctca tcagtgcctt gatggccttc 540 tccttcattc caaaatcagt tacaagaggg cattgtggtt tcatttttat cctcccttca 600 tctatattct gaaacaagaa caatttgaca aaaaaaactt aaaattagcc aacaaacagt 660 ataaaagaca ctattttgat acacatggag atatgtttac ctttgaaaca cgagtcatca 720 catcaaaaat ctccttgcaa cttcccaaac tcaagtgaaa ttgcattctt tgcttcaaat 780 catctaaact acacacatct cttaaagatt ctctcaacgt agaatactta gaaccagtca 840 aggaagagtc aatctctgaa cgttttttct caccacacca acctaaattc ctcaaccttt 900 tagggcttct ccacattgta tcaactccaa cagatttact atttcctaaa gcctcaccac 960 tatctctctt ccccttacct aaattcccaa caccagactc gttctcgaac ggatcgcaac 1020 cgcaattttc cgggttttca aacaagaaat tgagccacac agtaagtgat ttagcaagag 1080 atctaagatt cttctctttc gtcaactcag ccttgcgtga agattgagat tgctgaagtt 1140 caaatgcttt gagccgcctc gacgatgttg ataccttaga ccgagatgca taagaatgaa 1200 ccattgaagg acgacggaaa ttagaagacg aagattttgg ggtttgcttt gatgcagtga 1260 agaaatgcgg atacggagat ttactaatat tcgaattcac aacggaagta cgccgcggcg 1320 ttttgaaatt ggatatgtca ctg 1343 <210> 481 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 481 tcagttataa acctttggga accaccgcgc ttggcacacg acaaaatgta gttaagattg 60 ttttcacggt atcgaagagc atttaacgca ctttctgtct ccatgatagc attatctctt 120 Page 426 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcagagagag ctttgtcccg ctgctcaagt gcttcatcac gagaggctaa tgcttcctta 180 gttgctgcaa ccgcttcgtt tctttccttg acagctgcgt ccctctcagc aaggatggag 240 atgatcttct tattcatcac caatgcatta tgttgctcct ttttcggcat cacattctac 300 tgcacacaca cacagtttgt acttaggttt cattcaaagt aacgaaaaca tgtttttttg 360 ttttagtgat ctgcttcttc aagtgttttt gcttaccaca gattgtgttc ctttgtagta 420 atcgggcttg tagcgcccat tttcatactg cccaccactc tccatcctct tactttcaac 480 tgcaatggag aaattgatat caaacattgt gaaactaggc tgacgagtaa ctaaaaacag 540 aaatactcca aatcataagc agttccataa catacattta acccaaataa atcgagaaat 600 cgtatcatat cccacaagtc agcgtaatac catccaaacc aaacgatgaa gaaaacaatg 660 gagcaagtaa gatacgcggg aacatatata gagttcgaat ttcaagttaa agcaacgacg 720 agagagctcc cagaagaacc aaaattcgaa gaaaatgaaa attgtagaga gaaaaacttg 780 gcatgctgaa attaacagat aggtcaagaa cacgattaac gatcgaagac ttacggattt 840 caacgagcct tcaggagaaa caagcaacgg aaatcgagaa agatctgagg atacttggaa 900 atggtgtctg tgtaatgtgg caagaagtgg aagacgagcc aggtactctc ggttcaattt 960 actaatatac ccttgtctta aaactgctaa acgagagcaa gcaagaaggt tattattgtc 1020 tatccatctt actcgtaaaa atgcaaagac gtttctgttt caatctctcc aaatataagc 1080 caaacaggat atgattttgg ttctggtgga tcattctagt gggccgtatg atgggcctaa 1140 gaataaggca actaatctgg gtcgaatacg ggtagacccg ggttgagatc ccgacgtgtg 1200 cgcttcgctg ttgtagtagt agtatatctc atcatcaatc aggcttttga gcctcggaaa 1260 ctcaatcctt gtatattcaa cggagagaga tctgcgagag aaagagagat cagattccgg 1320 tgttccaagg aagcacatat ttt 1343 <210> 482 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 482 tcagtatctg aacccgcctt gggtattcaa ggacaatgat aatgatatgt ctcctgtttt 60 gaatttaggt cgatacaccg agccagataa ttgtcagata agtagtggca cggcaatggg 120 tgagttcgag ttatctgatc accatcatca aagtaggaga cagtacatgg aagatgagaa 180 cacaagggct tatgactctt cttctcacca taccaactgg tctctctgac ttgtctttgc 240 atcagagaat cttcttacaa tgaacgattc tgcaatatct tatctttttg cttctttgtt 300 tattctgtta tctgctatca ataaaccaga caattgttgc cagataatgg cttttgattt 360 tgatttgttg ttttatctcc atgaaaatcc aagttatgag atcagattga tttctttagc 420 acatcaaggt tccatataat gaatctataa tcatcctagt atattagtca aagcaggagc 480 taacattacc ttttaactta aggcttaagc catagcatta tcatcagctt tgctcaaact 540 Page 427 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caacatctta aacacttaat tagactcaga gatctatcga ccaacgaagt gaactgcttt 600 ttccccaaaa ccctaaccac ccactttcaa agattcgtcc tttatggatt tagctcccct 660 gtttccaaat gaaacctcaa aaaacttgaa ccatatatac tcatcagaag acaacttaac 720 tatggcagct tttcaaatat gattcttatc tttataaaaa tctttcgtca gaaacagtaa 780 aagtaagacg atgatagaga cctttcttcc taaagatctc tcatcatctt tcatggtcgt 840 cagagctttg ctacagagac gtgaagagag aatatcataa atgggctata taatgggccc 900 taagaggccc acatgaattt ccgtatgatt cttgtaattg ggctttctct ggctctactg 960 actcgtctcc tgaagaacaa caacaaaaca tatttcattg agctcctcca ctgaatcgct 1020 ctcatccttc gcttcttcga attccaaagg ttagactttc ctgaatcctt caataatctc 1080 tcttcgttgt cttctgtaac atttcttcta ttgttagtga tggattccat tattttcctt 1140 gtgttacaac tttgatgagc tcaatgcttt cacaaactag gtttcggaat ttttgtttca 1200 atccaatgtc tctatttggg tctttaaacc agattatatt gaagatctgg aaaatgggtt 1260 tataattttg taaagaccgc gactttgaaa acttcaattt ggtgaaattc tttcaaatcc 1320 gcatcttgta aaaatcacat ttttatattt ttgttgattg atcttgttct ctgttgaatg 1380 tttaacttgt gtgcgttagg 1400 <210> 483 <211> 1286 <212> DNA <213> Arabidopsis thaliana <400> 483 acttcttaag cgcaatcact gaccatgcag cctattttag tttttaagtc ttttatatac 60 attggctgtt atagtcgtaa aacaatcagg tatttgttat ggagataaca atttgggaac 120 gcataaatag tgcctctgat ggttggaagt ggaacaaaat cacaatattt ttttctagtg 180 tataaacaac atacaaatat catgtcacct gcaaagagaa taatatgcca aaattttgat 240 ataatacgca taacagagtt tatatatcaa cgttctagac ttataggtga tcatccatta 300 tctttaacct cttgtagcta gctaggttaa ttaggagatg catgcatcta gataggcata 360 tatagtctaa cattacaaat ccatcaaagg ttcccttctt cttctccaaa gaaattagct 420 acatacaaat ttgacagact ctcataaata tatatatata tgtttataga ttatattatt 480 aaaaatacaa atgatatttt ctgtattttg ttaaaattag ttcttaagat tttatgaaat 540 ttataattga gccaacgtct tagaaataat tatacgacat acgtaattta aattcaatga 600 cgatgactta aacttaatgt tttacagtat ttatccaatc aaattttacc acatcagcag 660 agaagagtca aacttaggaa aagtctatct tggattatcc tgacgtggct tttttcaagt 720 aagaaataaa ttaatgctaa tcacgtacgt acctacccag cttttggacc tcgtgggcta 780 tatagaaaac aagtaaccaa agagagacga agcaaaaaca ttcagagaga aaattcagca 840 tttttgatag ctcaagcact tgattctttc caaaggggtt tcctgaggta tgtttgcttt 900 cctttttggt tttaatttgt ttcaaatctt agatcgattc ttcactttgg attcttaaat 960 Page 428 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgattcttgt cctcgtctgt gctgatttcg aacttttccg attccaactc cgccgaatct 1020 acgtatagat ctttgaggaa atgttttttt cgatttatga tcggcggatc taccgattcc 1080 tttgcttgtt ttctttggat gtatcacact cttctgaaga tgccttgacc tttttatgtg 1140 aactagtaag agttattatg gcttagatcg ttgaatatct ggtatatgtg ttcttataat 1200 gggattagga tctatgtttt ggtgcgtatt aaagcttagt tgagattgat gtttttgggt 1260 tttcaaattc tgtttcttgt ctgttg 1286 <210> 484 <211> 1389 <212> DNA <213> Arabidopsis thaliana <400> 484 cacatatcaa cacatgacca acttgccgat gctctaacca agccattgcc tcgtcaacac 60 tttcttcagt tttcaagcaa gattggagtg agcaaactcc ctccatcttg agggggcatg 120 tagagtatat aagtaaagga tagtttagta aatcattaat ccctaattca ttctaatgta 180 gtccctatat atattgtaat tatatcatct aatgaattat tcagccttca atactatagt 240 ttgatcatgt gcttactttc ccttcatttg cgatacttca aggttcttgc tgccactgtt 300 tctttgaatg cgtcacatgt ttgaacatgt gtgttctttt tggatcgaag cttagctctt 360 tagatggaac tgaataagta aaagaggtca ctggataagc tctgttacta gaataatagg 420 agggcttctg cttcacattt gtaatcctct ctctttctct gaattgatgt tgcaattgct 480 tgtcatcagt atctgtattt ccatagataa ctgaactcat taaagggcaa ccgaagctgc 540 ttcgtggttt atgtttcttc tttgtgggct attttgcttt gcactttcac ttgtttctta 600 gttttggttt gatttttcat actgggccct gagcaaaaca attttagtta tatgacttgt 660 gaaacttaaa tgggttttaa tcgaatggta acttcatcta atttgtttga ataattcatc 720 atggacctta atgataatat cttgagtcta ctaatcattt cacaaatcct ttcattttcc 780 aacagcaagt agcctgattt ttgaacctca gcgatagaca gcttaaagtg cggtcattct 840 cgcaaaaagc tatcagtctt tatttgattc acgaacatta tacacgaaag tcaaaattaa 900 ataaccaaaa aaattaaaca aaaagcaaac aagaaaacga cttctctggt atgattggaa 960 caaatttaat agagagagag gttagataag aatgtggtag aagataagac ccaactacgc 1020 gtcataactg ggtcccatct ttgtctcttt cccttcttca ctcgccaacc ccatcgcgtg 1080 tccccacgct ccttcccttt actttttctc gttatccaaa acacgacgat tcttcatttt 1140 agattttttt cattaataaa aaaaaaaaag tcttttattg cagaaatttc gatcgttttt 1200 gttgtgtgta cagagagatt atcgtgtttt gttggcaatc gccattaaac cttcttccct 1260 ctaacccaat caaatttgcg gctctttctt ttatcttctc gcctcggttt tagcaaaccc 1320 tttagttatc ttcttcctca agcaattttt cttttggatt agattggtgt tttcttttgg 1380 tttgtgtgg 1389 Page 429 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 485 <211> 1366 <212> DNA <213> Arabidopsis thaliana <400> 485 atcttcgatg gatgtgtttg cttctcccgt gaaacaccgg gttctttgtg agagctatag 60 cagatttgtt atcaactcga atctttactc tctcacacat tgtacctatg acttcagcaa 120 gaagtattaa tatgattaag aacacttagg atttaagaat aactctctta ctaagcttag 180 gaaacttact caaaacctaa acaatctcta agtcttaatc tctttaaaac tcatatggtc 240 caccacaacc tgggactaat atatatagag attaataaac caaaatatac taggattagc 300 attagataac tcctaacata tatctttaga tatttcctat agatttaaca taatccttct 360 tattctttaa tgacttattg ctcaagtcat ttcaaactta ttccaacaac gtcaagtttc 420 tatgtttgat gtatctttcg ctttgttaca aggaatacaa aacaaatgtt ttgaatatgt 480 ttaatcccta cagcacgggg tgatgttttt tcgaagtaac attagttaat aaataaaaac 540 tacggttgaa gtatcatatt cggtaatata atttgtatgt atctttattt taaaatttta 600 aatgtggttg gctaatattg atgtatgata ttacatgttg ttaacatcac tgtagatctc 660 tttgattagc gtaggctaat cgtgattttg gctgactggg gttgtcggag cccctgttag 720 tttcgtgatt tggtttccat tggtctggat taattttgac tggttttgga aaaggtgcgt 780 tggtcatcgg tcgatacaac caataatctg aaataattgt aaaaaagaaa gtctattgtg 840 aaagtaagga aacaaaaatc accaaaagcc aggagaactt gagaaaaaaa aaagaacata 900 tttaaaattt gatggagaag atcaagagaa tccgatgaga aaaaaaaaag aacatactta 960 aaacttgatg gagaagatca agagaatccg acctgaaaca cagtaaaaag agaagaattc 1020 aacaacatca tgataaactt ttcaatccac aaccaagcca aaatcaccat catcattatt 1080 attcaaaaat gaatataaaa ctaaattaaa tcacaaccac gtagtaatta agcgattttt 1140 ttcttaaaaa aaaacataat tatgtagaga gagaaaaaag ttacatagtt aacaaaagta 1200 aaaatggaaa agcggtaaaa ataaaaagta aaaagggaaa aatatctgaa tatatatata 1260 acagcaaggt ttttgtccgc atatataaat aatcgcgtgt gtgttcacct ctcagttgtt 1320 ttccttcttc ttccttatct ccgcctcttt ctagggtttc tctcaa 1366 <210> 486 <211> 1288 <212> DNA <213> Arabidopsis thaliana <400> 486 tcacacacac gtcagcttta actccgtcac cgtctccgcc gtctccaccg ccgcatttcg 60 tgagtctcac ggcgggaggt aatggctctc cggcttcctc atcgccgatt tcttcctttg 120 gtagcttcgg gtacattacg aaacagagga gaataataga accgtagaag aggataataa 180 agacgacgca aagaagtctc aacacgattg attctgatcc catcactgtc gacatctccg 240 Page 430 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgacgccgc cgccacgtaa tccccacaac aacttgatgc cattttttta ttttaagaaa 300 ttaaattggc ttattggaaa attttgtgaa attgatttga gtttattgaa ttgtggggat 360 gcatagtgat gttcttaaat atggattttt tttttttttg ttatagtgtt aattacgatt 420 agtgtgtgat gaactggtga aaaactgaat taacgcaatt tagttatagt tatgcggaga 480 ggaatgtggc gggaaggatt aagaggagaa tattcgagct aattaaaatt gttaattgga 540 ggttaatcat aaacaagtta tgagttttta tttcatttta ttatttgtca tgaagataac 600 acaaaactaa ctaaatttaa attaagctaa tgcgcagttt tgtttgtttt ttatctggag 660 ttttttttgt ttcagttact atttgatgat ggatgattac agcagtaaaa aagaaaaaca 720 catattaact actcagccag gcccagccca aatccctctc aacgcagcca ggcccagccg 780 aattatgtga caaaactaaa aatgatgaaa tacacaaaat ttggaggata taaatgtaaa 840 ataacaaaag ctaaagggcg gttccaacta tttcccaatc tttataatat accctcgaga 900 ctttccaatc tttccttttt gcctcagagg ccattggcga agaacaaagt ttgaaccttt 960 tcttcatcca tctctctccg tcgcttcttc ctaacgattc cttcactcga atcaggtaaa 1020 ctatttactc ttctctttct ctttaggatc gattggaacc ctaggatctc tgagtttttc 1080 tttcacattt aggatctatc cctttaatcg gcaaattagt atgtgagctt ttgatgattt 1140 ggggcttgaa accctagatt tcagcttaat ctgggtaatt tcattgggtt gtgaaatttc 1200 tgtgtaattg tattttggag aagatattga tttggttagg tattaatcaa tctatatttc 1260 tctgttattg gtttaggttt gtgaaggt 1288 <210> 487 <211> 1362 <212> DNA <213> Arabidopsis thaliana <400> 487 gaagggtttt gggctctacg tgtgaaaggc ataagatatt ttagttactt ttatgcttta 60 caatttacat tactagagta caaacaaaac aacagctatc atggattttt atgacatcat 120 caatttacgt gtgtcatttg agatttataa tctttacttt attatcactt ctattttgtt 180 ttaatgagtt caagatcttt tcttgaaaga catatgaaga ctttaaccca aaaagctaag 240 tattgtcttt gatgaaactt tgaaatcgag aagttttcaa aattttaaac gatgtcaacc 300 agtatttttt atttataaaa cagtattttt ctctaaatat ttgacaagat ttttttaccc 360 ccgcattagc taaaacccat tttcgtacat atgtttacaa acaatgtccg ctcaacaatt 420 tcatgggtgt aggataattt ttttttatat tttgttataa aattttttgt atgataattt 480 agttaacaaa aaaaaaaaca atgcattaaa aaaattatag gtccattcta aattttattt 540 ttgtgttata tctaattttt aaaaatattt ttaaaaaaat atatgtccct taattgttaa 600 aacatgggtt tggattcttg gctgtcgcac cgcttacccc tctatttaaa ccggcactgt 660 ttacaaatta aacattatag aaaataattc ttaaaaaccg gactaagtaa tgaaaatttt 720 aaattacaaa aatgaagaat actaggaagc gagaactagg gaagaaaact tgaagcacca 780 Page 431 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattagtcaa agagatcgaa gaaagaagcc attctctaag aaaatttacc attaagattg 840 actatgcact ttatttaaaa cacttgccaa tatatctttt tcaaaagttt ttttttcata 900 actcatatta agactttcat cttcaaatta aagggggatg agctttccgg atgatactta 960 gacctgagtt gagtcaaaat cgcatctccc tacaaacaag ttcatcataa accagtcgta 1020 gggtccaaag actttcacga tccattaaac tgacatctta gtgtttaaag acatttttct 1080 tggtgttcta aaacatatat cttctgaaca tggctcaatt gtgactcctc tcaagaaaat 1140 ttaaaggact tggggaggac tatattatta tttttagttc cccttaaata tccacataat 1200 aattactgtt tgttgttttc tttttaattc aaacatacac cattccaaag agacctttga 1260 tagttttctt tactaaaata ttattgaaaa ttacttataa gatttattat taacatgttt 1320 tagattgaaa attgctcata caggcacata aacagattga ga 1362 <210> 488 <211> 1345 <212> DNA <213> Arabidopsis thaliana <400> 488 atgtgtgtag cgaaaaccaa tgacaacgtt aattgactca tacactgcac aatgttgaaa 60 gtgtttcaaa gtgagatata gagagtcaca agaagagtac gaaaagaatc aaagtaaaac 120 tccgaaaaaa gtcttttgaa tgcaagagat gtgaaaaatc tagagatgtg gttgtgaact 180 ttgattcccc tattgtgcgt tggtttcagg atggacatgg tatacccaac acccctcaag 240 gtttgaagag ggttttgatc gtcagaacaa gctgcgagaa agccgatgtt taatatgaaa 300 cattagctcc taaacgaaag agactaaata ctgtgaagaa agtcactaag tttattgaag 360 acaatgaaca attcaaagac atgaagattg aagaggtttc ttttaccgca cccaaacagc 420 tgaaaaggaa aaagttctaa ataatgatgt tatagttgtt gatattaaaa cttgaaaaat 480 caacaagtta aggaaactaa agagacagaa taaaccttaa cttgttgatc ttttcaagtt 540 ttgttatcgg taactacaac atccttactt atattttttt cttttcagcc gtttgggtgc 600 gacaaaagaa acctcttcaa tcttcatgtc tttaaattgt ttattgtctt caataaactt 660 agcaacttcc ttcacagtct ttagtctctt tcgtttagga gatactgttt cataataaac 720 atcggctttc tcgtagcttg ttctgacgat taaaaccttt tataaacttt gaagggtttt 780 gggtattacc atgcccatcc cgaaaccaac gcacagtatg gaatcaaagt tcaaacacat 840 ctccaggttc ttcacatctc ttgcattcaa aagacttttt cggtgtttta cttcgaatct 900 ctttgcattg gatcttaata atgtttgagc cgaccatgtt ctacatatga tgaacaaaac 960 tcaagcacta gcgattatta aggctttttt ttttatttct atcgatcttt ttttttttac 1020 ctattgataa tgttgatgtt gaaatactca aacatggaag tggaattcaa aaatacaact 1080 aaagatctgt tttcttagta catacagaat tgagaaacag agagatgaaa aatgccaaga 1140 gtgtgaacaa aagtccacaa aacaaaagcc tctgacggag aaggaggctt ttaggtgtta 1200 Page 432 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cccaaacaaa acgcacacaa tacggcgtcg tttagaatca gaaaagacat ttctttatgg 1260 tcacttgatt ctctcttcct tcatcaatca atctcgtctc ctggaaaaca ttagggagcc 1320 tctcagatcc tcaagaaaac cctaa 1345 <210> 489 <211> 1329 <212> DNA <213> Arabidopsis thaliana <400> 489 gggactggcc atagacgagt tattcaggca agcacaaact acacctttgt catactgctt 60 gagccttacg tgtgtgatca tttacttacc tttatgatat atacccattt tacaggtccg 120 caagggtgac ccaattggga attttctgcg ggctgttcag cagcagcttg cccctgactt 180 ccgggagatt cggacggcat cagtggagaa tttactatat gtaaaggaag atcttattat 240 tccacatgtg agaacccttt aaacttacca agttatcctc cctttactat ataggactta 300 acgataacat ggggtatttt tttgtaaatg tagcaacaca gtttctatga gctgatcatt 360 aacaaagcga gggggaagag tgggccggta tgccttgtcg acactttttg aaattcagtt 420 tatatagaaa ttgtaaccga gactcacttc tcctacattg ttcttgttaa cagctgtttc 480 actttgatgt gcatgaagac gtgagaacaa tagcagatgc aacgatagag aaagacgagg 540 tatgtttccc tgacccgatc acatgagaaa agagagtagt ttgatgatgg aaagttgttt 600 ctaaagcatt gtaaaatgtg gtgttaatga agtcgcatgc gggtaaagtt gtggagaggc 660 attggtacga gaagaacaag catatattcc ctgcttccag atgggaggta actctcaaat 720 aatcttttct ctgcactttt cattctcagc tagactttga atcttattgt tttgcattat 780 aattgttcag atttacgacc cgacaaagaa atgggaacgg tacacagtcc atggggatta 840 attctggacc agaacatgct tttgatggat cgtttgttga catgattgat cagatttggt 900 gtaatagtag tggaatgttc atggcatttt taatgctcat tcttcttccc tcaatgtacc 960 attacactcg ttttttaatt tttcttaaaa taatggaact gtttgatttc tttagtaccc 1020 gttattttgt gatttttcat gtcatgtgaa aatttagtat gagatcttgt gattacaaat 1080 ttataatgag agcacacaaa ttaagaatgt tagaaaccaa tttgtgaatc ccctgatgta 1140 tacaaggcaa caaaatcaca cgaaataaat tgagagacca gacaaaacgc tgtcgttttg 1200 cgagggtttc tatggttgtg ttgttatctt ttttttttca gaaataaatt aatttagtgt 1260 gaaagagcaa aagcataaat agcatcgaga gagacactgt tctcattcat tcgcaaattc 1320 gttgaccat 1329 <210> 490 <211> 1319 <212> DNA <213> Arabidopsis thaliana <400> 490 tttgtcacca aaatcagaca ggcaaagctg gctcaagcat cgcttaaatc cctgtaaaac 60 Page 433 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcaactatgt aattaatatt gagatatact tgttgctttc tgactctgat ttcattcact 120 cggcagcatt ctcgtgctct cggctgctgt tgccaaatct tatggtatct ttctcaaaaa 180 gctcatagta ccgttgtgtc tccatcagac tttcattgat gtaagtctta taggtactac 240 taagatccat aatatgtaag gcctcacttg cttctttccc atcataccat atggctcttt 300 ctctttttcc acctcccggt actgaataac agcatgttgc ttgctacaaa atgtgtgatt 360 agtaggaatg tcggatcttt ctctcacgtc caaagaggta gcaaatttgg taatgaatgc 420 aaagtgtctc tttcagtggt tcaccatcct taaaatgata aagtctccat ctttctttgg 480 gttttctatt atctacggga ttattgaaga ggagtgtgat acctttgtat atgttggttt 540 cttcagcaag tttcctcgat agctcaaaac atcgcacacc atgtttttca atcatcaaac 600 atgaatgaag tagcagctat cgagattctc tctctcgtcc ggtacttagc caacaccctt 660 cctccgaatc tctgaatgtc agattgatgt ctcctggcac ttggaggata atctaagcag 720 acatggatgg gtcctaatcg atcaagatag tatcttccat ataggtctca agagtttgag 780 aagatgtctt tcaccgtttc atgcggaagt tgactcctta ctttaagcaa ttgaatgcat 840 gatcgtaatt agtgatatat ttggagtttt cgcttccggt tactctgata tgatatcttt 900 cctcgacaac tataacgaat gaccaatatt tgtaatagag atagtctatt ttcgatctct 960 catttgtttc tttctttttt taacattaca ttttttcata gaattctaat actcacagat 1020 tgtttaatga ttttttctta caaaaagtat cattcagata atttaataaa aatggtatcg 1080 cagtgccttt atttaccttt aggagtaagt tttctttctt ccgatatcct aaattgttcg 1140 acacgtgtca atcacgaaac cacaaccaaa aaaccttgtc gtcttctcca atcataaaaa 1200 aaaaaaaaaa acagtgtccc aatttgatca aacaaaacaa attcataaat tcggagaaga 1260 gaacgaaaaa tcttcttgtt ggcaaatctc cggcgagatc atctttctta ttttgttcc 1320 <210> 491 <211> 1305 <212> DNA <213> Arabidopsis thaliana <400> 491 tgatggtcac tgctggagaa aatatgggca aaaagagatt catggatcca aaaatcctag 60 gtgattatca ttcattcatc atctgggaat ttcaaagttt taatttttct tttgctatat 120 ttgctaaatc ctatgtctct gtttttgttt acagagcata ttacagatgc acgcatcgat 180 tcacacaaga ctgtttagca gtgaagcaag ttcagaaatc agacacagat ccttcccttt 240 tcgaagtgaa gtatctcgga aaccacactt gtaacaacat cacatccccg aagacgacga 300 cgaacttctc tgtttcattg acgaacacga acatctttga aggaaacaga gtacatgtta 360 cagagcaatc ggaagacatg aaaccgacca agtccgaaga agtgatgata agccttgaag 420 atctggagaa caagaagaac attttcagaa cgttttcttt ctctaaccat gagattgaga 480 acggtgtgtg gaaaagtaac cttttcttgg gaaatttcgt ggaagatctt tctcctgcaa 540 catcagggtc tgcaattacc agcgaggttt tatctgcacc tgctgctgtt gagaattccg 600 Page 434 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaactgcaga ttcgtatttc tcgtctttgg acaatattat cgatttcgga caggattggt 660 tgtggtcgta gctttgaata attgatttgg tgaatgtaat gtctctctct taatggcagt 720 aattatagat ggtcagttta atttaagggt tattagttat tacttattag tatagtaaaa 780 attatttttg ccgatggata aaaattggct tataggacta aagttacatg attttggcct 840 ttttcattgt ttttcagcag ggtttatgaa ttatgatttc cctatgaagt tggattgtac 900 tttatgacaa ttaataaaga aaggatttta tataaggttt atttgtgagt taaagttgtt 960 aattcttatg attaaattga tagaaagaca tttcaaatgt cacattagta tgattgactt 1020 atgaaaacgc tttgtaaaag tgatgcaatt attaggatga acagattaaa aagtggaaaa 1080 ctcttccatc tttcaaattt tcaagcagtg taaaaattaa ttccagtcaa aagaatataa 1140 ttttttcatt tacaactttt tgtctaagaa aagaacatat cgtcattatg ggccatgagc 1200 ccagataaaa actatcaagc ccagcttcga gaagagactc tgtcgatttc atcatcataa 1260 gaatctttca gatagtcgga gaagacgaaa acgaaagttc cgaag 1305 <210> 492 <211> 1359 <212> DNA <213> Arabidopsis thaliana <400> 492 ttaagtgatg tttgcaactt ttaatgcaac atttttttcc agcatatttt ataattggtt 60 gaaacaattt aatttaattt aaatttggtg ttttcttaac ttgtatataa aaaccttaaa 120 tgtcaattga aatgatagag agagacatta ctatattatt gtgaaaaagt atcactattt 180 ctaaagaatt gttctagtaa aaattggtat tagttaattt tcagaccatc ataaaaaaga 240 tgatttagat tagtgacaaa gaataatcct tcaaaaatac atatttcgac acaagtatac 300 ttggtatcaa aatctgtaaa aaaaaaatca gagccatgac caaatacaat atgttaagtt 360 catgtgacgt gagataataa attgatttga ttcactttcc aattgtgttt ataattaacg 420 cattaaaaac actaaaaagc aaataaataa atgtagccga ataagccgat ggaagtaaga 480 attgaagtcc aaaagcaaaa acctatagat ccggtggaca gtcaacagtg tcatttaatc 540 cctataaata gctcactccc ttgtcatcca caaatcgtcc ccgtctcgtt tccttcttcg 600 ctcgctgttc agattttgct ttgaggcttt aggctcccca gatctctaat cgccgcaggt 660 ttcgctcttc ttctccgtct tattgatttc gagtttttag gcgatgcttt tacgggtttt 720 gttgttaaat ctgaaacgaa atgagatttt tctatgggtt tcgattcaga tttgataata 780 ttcgaacctt ctacgcctgt tattataatt agatctgcga tagtgtgtga ctattgaaat 840 gagattctca agttcttagg ttatatcgtt tgtgatttat acagatttaa aacgtatgtg 900 gatccgttaa ttttccagtg ctgtgtagca gatctgctta ataggtttat cttttttgca 960 aatgattttg attttcgcat cgatcgtgta ctctatgtag tagtagtagt atatgatttg 1020 ataaatgtag tagtagtagt atatgatcgt gtactgagcc ataaatgagc cttcctcgtt 1080 Page 435 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aattattgtc catgaattgt tagttaagct tgaaagttcc ttaaacgttt aattagatcc 1140 ttatcactga ctgttccact atgaatatca gaagaatcga atctctttgg atgagatgcg 1200 tctgttttta tgctattcca caatgatttg gaatctttct tagcttttta tgtcacttga 1260 gtgtggaatc tttttttttt gttctcttcc tttcaattgt aaaaagtttg ttatatgtgt 1320 atgattttta tgtggttgct gattcaattt ttctttttg 1359 <210> 493 <211> 1301 <212> DNA <213> Arabidopsis thaliana <400> 493 tgtggagatc agtgcctgat aaagatagca ttgcaatgat aatgtatgat gtgcaacgca 60 taagacaaca attgacatca agcacacctc ttctggtgac tggaaatcaa actaataagt 120 tagcttatga acttgcacta gaaacactag tttcagaaat cagcataagt atcgaagaga 180 aagctctaac atgtgacaaa aattaaacgt ggaaagtacg taagctgcag gtatcatctc 240 taatcacatt ctctagactc tagctactat acattaattt taatttatcg tcgtggaatg 300 ttgattatgt ttacgcctaa tgttgtaatt tcatggttga tggatatata tagatgtggg 360 tattcctttt gctatatgtg tggagtcgaa tggaaacaac ggctaggagc tggtggttgc 420 attcatagca aagcagagat ttattttatc attatttgtt ttgcagtctt gtttggagtg 480 aacttttgtt tctttttgat tgttacttta atcaattggg ttgtgaattt attcaagtga 540 tttacccaga gacttgtaaa cgggacataa aaagaaataa aacctttcat ttctatgtct 600 tatgattgca tgagtagccc aaacatctat ggtctagtgg taggagaaga tttagggaat 660 agtgaaactt gtagatccga gttcgatcct ccctgaaaac aaaaatcata tttgttttga 720 gaagtctctc agttaggcct tgggtcaatt ggtttacctg gtagttagaa atgcagccgg 780 tctgactatc ccctttcatt agtcggaaaa catttcaaat tcagaacaga cagtatggta 840 gtccttcggt gagaagtcca ctctaaaata tttcggtgcg tttctgccga ggctgaccag 900 attagccggt agggtttatc aaaaaaaaag aaaaaatgat tgcatgagta cttctcaatt 960 cttcacgttg tcacaacaac ttgttacatg cgactaaaca aattatattg aatccatata 1020 cagatttgcc aaatactatt tctatttggt cccaattagt gatgtttata tggatttaat 1080 agcccattta gttatatggg tctgttgtta aaaaatagcc catgtagacc cgtttatgga 1140 aaaagataaa tgggctttaa tttcgacccg gcccaaaatt acaacgtgtt caacaacaac 1200 tctattatac aaacagacta cgtcgttctc ttccactcat ctgaaaacaa aatccaattc 1260 tctctctctc cctccagatt caaacgatcc gatccaaaac 1301 <210> 494 <211> 1367 <212> DNA <213> Arabidopsis thaliana <400> 494 Page 436 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acccatttgt ctgccaacat ctcttttggc tatatactca tgaaacttta aaaaatcttc 60 ttatttgtat gttcgaaact ccctgaaagt ttcagtcttc ttatgtatga caagaatcgc 120 gagagactat gcaatgaacc taatcaaata taactcttct caagaaatga tatgaaaaag 180 attcatgaac ataagagttg gtccttggaa agcgacctct tcaagtcttc attaattaga 240 cattgattca ggtgcttagg agttaggaca atgtaaatta ataaacaaag gtggtgctta 300 aggcggtcca tgacgttgta gaaagtattt tttttcgtat aagccgacta tatacatatg 360 tgtttttcat ttacttatcg caaataagaa acacacacta atcaactatt tgtaaattca 420 aattcaccaa aattatttat gttatatgtt gaacctacga aactcataga cacagaataa 480 aacataagtg aaaagactga attaaacact tacttataag tgaaaagact gaattaaaat 540 aacaaagaat tatcaatagt atttttaata aaattaaaca tttaaaaaat aaacttattt 600 gaggacgtaa cctaaaaatc tctatatagt tgtttttgac gaatatgagt tttattataa 660 gactaatttt tccaagagat aaatttataa aaaatattaa atacgtaata ttttttaact 720 ccaataaaat attgtaattt caaaccaaat atttattaat taaaatgtgt aatgagatac 780 ttacatatca tctagacaag ttgagatttt ctttataggg ttttgtaaaa atttgatgat 840 ttttaacaag aagaaatcca taggaactaa taataaaaaa tacaatgcaa tgatatttaa 900 aaaaacaaca actgcattgc agtgaatttc atcaaaatcc attaaaacat ttccaaactc 960 aaatagaaac aacttcaaaa ccttaatcca aaatgttata gatagatatg caatagctct 1020 taggcctagt acatagctag atcttgtaac tcgtgaaggc aaatgattgg gacgttggtt 1080 cggttctagt ggtcgggctc agcctggcgg aaaaaattgt tatgggtcta aggcccataa 1140 agtggcccag aaataaactc gtcgtattta cacacgttgt cgtttctctt atcttctaga 1200 aaactgtatc ccgtttttgt tcttgtactc tacacaaaca gacaacttca aattactcaa 1260 caccacgtcg tgaaaatccg atctacgtct ctgtctctct ccaatctctc tgcgccacag 1320 aattgtgcga tttacgaaaa tctctgaaac ctccgatcgt taacggc 1367 <210> 495 <211> 1340 <212> DNA <213> Arabidopsis thaliana <400> 495 aagttgttgt catttaccta ttcccaacac atatattcta ctccacctta agaatatcta 60 tttccttttg tcattagaaa cacttatacg aacctgttac atatttgcaa ggtcgtatca 120 atatgtttat cgacataatc gttaggatct ttgggtttct caatgtttaa tagtctttta 180 cctctcgtta attagatata aagattggat ttatatacat aaatacaaat ttaaaattag 240 cgtttcaata tcatattatt atggatgtac aatgtatggg aataatgtaa agcttactca 300 aagccaaagg gcgagatata ttatgcctaa tggggtatta ttttaatgtt taacgtatgt 360 gatcatgaaa gcgacaaatg cgtaatggag gattttgttg cttggatact gttcggcaaa 420 gtagcttttt ttaattcaat tatttcgtat tattattgac aacttggctt aattatttag 480 Page 437 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgttaatcat tttgtttgtc aacaattaca aacatctgca caataacctt tgatgtgact 540 tcatttttgt gtagggggtg atataccatt tcttattcaa aatattgaaa tagtcctcag 600 tgtaagaagt agagttttgg gatcagcagc catatgtcct cttcaaatta tatatgttta 660 taaagttatc taatgcttta aaatatgcat agcttttttt ctatttttta taaagtaatt 720 taatgctttc aattgtactt atagatgtaa gatattaggt ttaaatttta atctctggcc 780 tttaattttg acaaattacc tttgaacttt tgaatttgga gattgtaatc atacatcaca 840 cagaatatca catatttgaa tacttttaat tttttgaaat ggtataggaa atgaaaaatg 900 taaagcttct tattgaatga taacacacat atgtgatgag aataaaaaag aaaagaatac 960 agaatttatg tgacatatat cttattcaca accatagtat tgatccattg attaacatat 1020 caaggaaagt aattataaag ttaaaggaaa aaaaaaaaaa aaaaaaagct aaacaaaaaa 1080 caaaaaagga agagacaact aagcgcgtgt agttcacaaa ccagaagccg agagtcggtt 1140 aagaaaccgt cttaagctgt tcttggacac gctgaagcaa atttaatcgt gtataaaact 1200 atccttcttc caccttctca ttatattcat ttccatcttt ctaatttatc tttccatttc 1260 cgagccgttg agaatttttt ctgagagata atttaacaaa tttcttcttc ttcttctgtt 1320 tctgaaccac caaatctgcc 1340 <210> 496 <211> 1354 <212> DNA <213> Arabidopsis thaliana <400> 496 aattcttatt aggcgccaca atgcaaggtt cttaagacat aagtggattc agaccgatat 60 aaaaaggtct ctctacaaag aatattgaaa agacaaagaa ttcatgaaaa gagaaacaac 120 ctccttggct taatccacag ataaacacgt tttctggatt agttccttct gcaatctcct 180 ggtctataat ggcatgaaca ttcttaactg cttcaagcac gctgctttca tcaattggag 240 agccctaaca tacataaaag ttgcacactt attgtgattt cataaaatct cttgaaaatg 300 caagagtgct ctgctcttta cacaatctgc tgaacaagtg ttgattctag ataatgcgtc 360 ataaggttta acaaaccaaa aggtgctaac ttggagctac cagcccatta actatttgcc 420 aattcatact ataagaggcg ttagatagat caagagtgaa gtgaagtaat accactttaa 480 aaggaagttc aggaacgtca aaccaagaac gcatcaccgc accatctgca caagaaagta 540 tagaaagaca taagcttttt tcagacacat atggattaag agacatgaca ccaacagata 600 ccacagagaa atcaaagata atcaaattgt gtacatttga ctaaatgtct ttcaaattaa 660 cagaatgtga caaatctcct tcacatcaca gaggcaaata ataacgctaa atcaaaatgg 720 catgaagtgg agaccgaacc ctgtagccca aatcaaacca taaaccatga acaacgaaat 780 caatgaatgc aaatcgaaaa tagaaaagga agaacgtact gttgcaggta accggattga 840 atggagcaga agggaagagc caactagcgt tacttaactc cgaggatttg aattgagttt 900 Page 438 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggatgggttc attagcaggt ccagaatctc ccaacccgtg aagccacaag atgaaagttc 960 gagccatcgt gcttgagttc cgtgaagaag aagaaagaaa gataaagaag atgaaaagtg 1020 ctcactatcg ataggcttcg tctgtgtatt ccttcgcatg ttaaaatcgc ctgaaacttt 1080 gccatttcaa tggcgatttt gtctctcaaa gtcttcgcga cgactttcaa agtagaaact 1140 acaaagtcca ctaggacaag agtgaaaagt accaaaatac cctcggttgt cgttttatgt 1200 ccgaaacgac atcgtacata gctgcagccc ttttttgtta gtgttttaag ccagacaggg 1260 agagagaagg gagaagaatc tcgcgagaga cagaaaggga cgattattgg ttggtgaaat 1320 ttagagcatt tttgggaatt gggtaaactt ttcg 1354 <210> 497 <211> 1371 <212> DNA <213> Arabidopsis thaliana <400> 497 tttttgaccc cttctgggga agaagaacat gagcatcgaa acagattaaa ccccatttga 60 tgacagagtt ttttcaaaca caaacaatac aatgaaactt tggataatag ataagaggaa 120 ttcgaagaga cagaacaaag gaaaacgaag agacagagca atggagaaaa aagtttgaag 180 aaaaaataaa agtcttgctg tttttctcta ttcaattttt ttttagattt gatgttatta 240 atatcatcca ccaatattaa tttaggtaaa taatattacc ttttggagaa agaaataatc 300 caaatataga ttagtcgatg attcatgtaa cactttaaaa acttgaaaaa aggttcatag 360 gggagaagag agacagtgtc aaacaaagag ggagagcata attatggcat tctctaaatt 420 aaagttgact tattaaattg atacatgaat acactctcta tttttttttc acatttactg 480 ataagtgata acattagaag cacttttaca ttgttctttt ctttgactcg aatggatttt 540 tttaaaatta attaaaacca ttggatatgc ttcattggtt tgtattcaat cctttgggat 600 tttagtgtta tgtcaaagat tttgagttat ctaacttttt acaacaaatt cattaattat 660 atgtaacaga atctgtgcat atcccatgat tatgaaatga aatctacata agattaacca 720 tgcatataat gctatttcta gaaaaattac tataaaaata ccaaatgaag ttccattgat 780 tcattgtact atatatggta acttaaagta ataaatttac agtctttgac tcatgtaatt 840 agttaaaata taatatggta gctattttta tagcctatca gaatcaaaat aaatttagat 900 tctttgacta atctgacggg aaaggttaaa aaaaaacaga tagagagttt tggcgtaaat 960 tacaccggag tcaaactttg ttccaattta aaacgaactt aactaattta attctatcca 1020 aaagatatgt gtatcttgct taagtataga agataattca cctaaatttt agcatttggt 1080 agtttttaac tttctgttaa tgttaaaaaa aaaaaaaaaa aagtagtgct tcttttttta 1140 ctgtctaaac ttactaacat tttccaaaac aactaaacat agcagatagc gttccatatc 1200 atttatgtaa cccaaggtct aggcccaagc ccaagcccat atgagggcga tacactgaaa 1260 tggcaatgta tgtggggaaa acattgtgaa gctaagtccg agtagtcact taaccggaga 1320 tcggagactc atcgttgcaa caacaacaaa tttcagaaga tccgaagacg 1371 Page 439 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 498 <211> 1296 <212> DNA <213> Arabidopsis thaliana <400> 498 aggaagcatc catcgaatag agagagcgag atcacatata tactgatata catctcttgc 60 tatagcaaag tagctgttat aatagtgact tctctgtaat cttttgtttt tttgtttcat 120 caactaaaat taccaaaaat aataacaatg ttacaaacac tcaatcacat cgagaaaagt 180 aaagtaaaat tgtgaaaatt tgtttagtac ttaaaaagtt aggaggagga aaaagtgtac 240 atcttatttt gaaaacagac actacgcaaa caaccatgga tcagacgacg atgatccaca 300 acagtcaagg caaacaagag atagatagct caacagacga tgaagataga gaagatggaa 360 cgagacatgc agacaaaaga ggacttgaaa accgtggcgt tgggcacctc taagatcaac 420 tacatggatc ctaggatcac ggtcgcatgg tgcaaacgtc atgaagcacc cattgaaaag 480 gtagttaatt atatacaaaa cttgaatatt gatctaccat gaaacaaaga gagtcctcta 540 ataaagtttt ttttttgtaa tggctggttc gttaatgtag atattcaaca agtcacttct 600 ggagaaattt gcgtgggcaa tggacgtaga acctcacttc acattctaat atgcattgca 660 ctgcagcagc tgatgagagt ttctctataa aacagagcaa agcaggctac attttttttc 720 ttccaagtag ataaattctt tttgtttgta tctttatttg agatcatgtc ttcttttttt 780 ttcgtatata caattgttca ttgtttgctt gaattcaaat ttagtctgtt ttataaaaaa 840 tgaaaccata atctttacta ttttaaacca taaaaaaaaa gtcaattgta aatacaaaac 900 accaaaggcc aattaagatt tattccaact ggaaggatag agcaaaaaaa aaagaataat 960 ctggcgcaaa aatgacttac acaaatcaat aagttttcca aattttgttt ctttagcaga 1020 aaatcaaaaa tgttattttg gtcacaaatg taaaaattgg tataaacaag gttttaacaa 1080 aaaaagaaaa atatatatat acaaaggcaa aattacccct gagaaaatct ggggccttga 1140 cacgacgatc ctccatcatc ctcttcctcg aggaacttca attccaatct gtgagatctc 1200 tgcacaacat cttgtctatt ttcaatcgaa acctctgtga gatcgctttt gatttttgta 1260 attctcgtcg caggatatct ctctcattgg gatcag 1296 <210> 499 <211> 1393 <212> DNA <213> Arabidopsis thaliana <400> 499 cttggaagca ttcaagagag tcgtggagag tgtggctcag cgtctcaatg aacagcccgt 60 gatcgttgct cacagcgaaa acacctttga tgggagcggt atcaggaggc tcttgtccaa 120 taaattcgaa ttcgataagg taaactacca tacatatata tgttatctag cttttatgct 180 aaaggaaaac tttttaaatg atggtaacga gtgatgatga tccggaacgg tttggtcgca 240 ggcactaaac gttgccatgg agacgattcc aaaagaccgt cagggtaagg tgtctaaagg 300 Page 440 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atatctacga gctgtgcttg acactgttgc accatcggcc actttaccac caataggcgc 360 tgtgtcccag gtaaataatg ccccgtctaa attattttgt cttttaaatt gtttattttg 420 cctttgaatt tacatgttac aattatttgt taaacaaatg aaaccagaat tagtgtttta 480 atcaaaaatt attagtgaat ttttattttt attttttgaa cggcattgat tagttaagtt 540 tgtttttgtt tataagatgg ataatatgat aatggaagcg ttgaagatgg tgaatggaga 600 tgatggaaat gtggtgaagg aagaagagtt taagaaaaca atggcagaga tattggggag 660 tataatgttg cagctcgagg gtagtcccat atcggtttcc tctaactcgg tggttcacga 720 gccgctcacc tcggctacct ttctgccgtc aacttcgact gatacagagg agccttcaaa 780 ctaatcatag aagggaataa gcagcactag cagcaacaaa tgttatatgg ttttgacttt 840 tgagtgttta cccccaaaag ttttagatta atgaggaaaa ccgtctttac tttcagatgt 900 ataaaattga aagtttgggg tttcctcttg ttggtgtggt gattctactc atgccttttt 960 tttttttttt ctaatgacca tgggatgcaa tgtttactct gttttttaat ttcgttaaaa 1020 tttgtttacg tttatgatgc ttgaatggct atgatgaaac atttgagtta tctttaaaag 1080 tgtgaaataa atattctgaa gttaattgaa gaatttgaaa atttgattac aagagcttgg 1140 ctaaaactac aaggagacca gattagtaca aaaacttagc taaatttaat taattacggt 1200 cattagcaca aaaaaataat ttgtttttat tatattatta ttggtaagtg gaaacacaaa 1260 agaggaccaa aaggtccaaa aacgaataaa ctgtatctct cattcgccgg agtttccagc 1320 cgtttctttc cgattctcgg atttttcctg ggaatcaaac gcatcgccga gaatcggaag 1380 agagggataa ggt 1393 <210> 500 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 500 aagattctga aagcaagtga cgatgatgat tcttttttgt agttcttaca atcaaataag 60 aactaaattt tattttgttt agtcatgtct atttaattac aatttaagtt aaaattacaa 120 tataaattat tttttattaa ctagaaatga aaataaaatt ccaaatttat tttggttttt 180 agaaagaaat aaaacaacag aaaaaaaaac tttttaaaaa atgaatgtat tattcactag 240 tgaaagtgag aatctttagt ttccaagctt ctttatcatc ccaactattc caatctttgg 300 ttcggtttac atggttttaa aatcaaaatt aatttgggtt cggtttgcat tatataatta 360 atacggtttt gagaaaaaaa aaaaaaaaaa atgctttcga gatcacgcgt tggtattttg 420 gaaacaaagc gagtagatta gaaataaaca tgattttgtg ggtttacccc tacagaaatt 480 gatgacacgc gcgaaacgcg aggtcggtgc atctggttat gaaatggagc gcgtgaggtg 540 aagttggtgc gagtgggcga attccggagc actctgattg gctgaaaaaa tagaaatagt 600 agtgatgttg ctcctcctct cctcctctat tattaatttt tcgtcgttct tcttctgaaa 660 Page 441 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttgtgtggt ttttagaggt caccaaaaaa aatctatttt gagatactaa aaatatttcg 720 ttttgcattt tgttgtgcag ccatttgtta cacaggttga agcttataac tgaaaattgg 780 attcaaagaa tcgtagatga agaaatcgaa gtgagttgaa tattttctga acatatgaaa 840 attggaacaa gttttttctc attttgctag tttcctgttt ttatgttttc ttgactttag 900 gagatgacat atggaggtga actatacaaa ggttgttgca acgataacat tctccttaat 960 tcagtttttg caactcggtt acaagcactc agtggacttt tggccaagac aatttttttt 1020 tttttttctc tctctctaaa atgttataga tacgaatcct ttgttgaata aaggaaaaag 1080 ttgaacattt gattacacat aagactttaa cataatccaa ctttttttta tatgaagcta 1140 caaacaagat ttaaaacatc aaagattcca tctaaacttc attcatcttc aatcttcaac 1200 atccttcaat gactagtatg tatgtacata agtaaaattg ttgataagaa aacaaaacaa 1260 tgatgggcta aaatagccca taaaaggccc attaaacttg ggtttagact ttagattcaa 1320 cgacgccaga ttagtgagtc acataaccct cttggaaaga gtctcaacac ttgcagagaa 1380 aaagaacaag gaagatcccg 1400 <210> 501 <211> 1283 <212> DNA <213> Arabidopsis thaliana <400> 501 tcaccagaaa aacaaaaact agaaaccagg aaaaacttag gaaaatcata gagttaagca 60 aagttaatca acgtcattaa gttattatat ataactacat tctatataat ctctgtttcg 120 tcattgtaca ttttggtgac tggaagtttt tgtcacgtgg taaacaagaa cgtattcgcc 180 aacctaaaga ctcaatcctc tttgtctaca aattaaatac attatcacga aaaaagcttt 240 atgtattata accaaactac tttattctct caaaactatt gcattggtgt gcaaatacgt 300 tttctcgaga tgatatcatc aatcttaata tcaacttcaa cttttaaagt aaagcaaacg 360 taaattaaca cggtcgttct agctttgtag catcgaaata gttttaaatg tcaaaaaaat 420 gagcgaaata atttattctt aattatcttt gccagatttt taaaaacctt taagcatata 480 taattcaact aaaagaattt taactatttg tgactatcta gacttgaagc aaaaagtcaa 540 aaatgagtag acataactca attcctgctg ttgatccata actcaacaaa tatgtgttta 600 acaatttttt tttttggtca aacaattctt tcagtcgtaa gctagaatat tacaagatag 660 atgagattaa agaaatagtc ccaaatagca agcaacaaaa ctaaaacatt aacacaaaca 720 aattctaaaa tagagacaca aacttaacaa agcttgatac aatgaaacct caatgaatta 780 atactcgata tactaatacc ttaaaatatt ttttctagtt ctaaattaat aatttaacct 840 aaaaatatca cttctataaa ttaataatta cgataattta atgaaattta gtaaaccatt 900 aatctcaata ttcttaattt atagaggttt tactaaattg tagaaacaac taattcgagt 960 acatccctga attaataaat tttagaaatg tgaattaacg aatacttttg ttcttgtgaa 1020 tggttaaaaa aagttactta tcaagacaag tatgaagtat cacgtgatta aacgtttaat 1080 Page 442 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacaccaacc taatgacaat ttgtttgatt tatttgtcac ctaactagag actctctcac 1140 agtcaacgca gcttatgtgt catagtaaga ctttttgtct actatagtag aaagacgaat 1200 ttataacccc tttaggtttt ttctaacaca cgcctctaat ctccgcgcac acacacacac 1260 cctcacgaag aagaagaaga cga 1283 <210> 502 <211> 1397 <212> DNA <213> Arabidopsis thaliana <400> 502 tcagaatcta tgggagggga actcaaacta atgactacaa atcatatgga ggagacaaaa 60 agacttggaa ttatttttag gaatcattca acttataagt gttctcattt ttttgttgtc 120 cctttagaaa ttagatttta aataagttgc gtcaactata caaaaacatt tcttattttt 180 attctatcta tattgcatca ctaacatttt tttcctttct atttctgtag tttaaaagac 240 tcgggtcttt ttacttcttt gtttagtggt tattattaca ttaagaagga aaaagtaaaa 300 caaatcatca tataaataag aggacgataa ggatcggtct tcagctataa acaagtaaag 360 aaagttgaga ttcgaagact ctttataagt cattggattt gtagtaaata acaaattaac 420 aacacaacaa attaacaaca catatactac aaattcgagt taaaaacccc aatataatat 480 atgcatcgac tactaaacgc gtttcaatga ctggtaaaca tatgtaacta tctctgttac 540 atattgaatg aatgatgatg taatagtaga tgctaacata agctcacaat tatttgaata 600 attaaagtca taaataaaaa tcatctataa tgcgtgtaag cttgcataaa aatacagtat 660 ataactttta tttaaaacta ttaagtatca acatcaatcg gaaaatgatt tgcttttgaa 720 gttattacaa ctagtttatt aaaaaaattg ttatcatcat ctcgatttta ataatgctat 780 atatacttag tcttttattt attgttattg taatatgcga aaatgacttg caactgagtt 840 gcttacgggc aaacctgacc aagatgtggg aagttcgaaa ctgcaaatat gtataattct 900 taataaaaaa aaaatatatc ctacatttct tcattttttt tttaaaatac taatatttgc 960 atactttgtt gattgagttt ctgaaaaatc ataattgagt ttttaaatta gttggtttgt 1020 atgcatttga caacttccaa tttcttttaa atatatcact tttcatatat tcttgtagag 1080 ctataatttt acaacaataa ttgaaatgtc gacccaaaaa tatacattta aaggcatttc 1140 gctgataaaa atccagttta gatgtatttg tattataggg gaaaacaatt atattattgg 1200 ttaatattta ttagtcgata ttgggtacat atgtatgttc ttttacgatt atgccatcaa 1260 aaaatttatt agccattcga gaaacaaggc atctctattt ttttgcttct tctaatagac 1320 ttcttcgtca ctgatctccc acgacgatct cccaaactca tttctctacg ttcatcgatc 1380 tctctctttc tcgtttg 1397 <210> 503 <211> 1367 <212> DNA Page 443 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 503 tcgtgaaccc atccatattc tttgcttgac cgcttccata aacaatccac cccgaagctt 60 ttacatcgtg atgtctttgt aaatttagga aaacacagac acagttggtc aatgataatc 120 attacagatt ctaaaagaat ttggtagcca ctagtcaaag aacttaaaag gcaagattta 180 tcgggacatt aggacaaggt aaatgaatgc attataagaa aataaaaaaa ccctttaaca 240 ttttgtttaa tagaaaagaa gtagaggttg attagttatt gttaaagtaa aatgtgttgg 300 gcttgtcttt tcctcaaatg tcgcgaagct caatggtata agcgaaagag aaagcatagc 360 atgatgggcc atatataaat aaaaactcga gtatgctaca aaaacaaggt ttcaatgcac 420 tcatatctcg tttaacattt tctaatttta ttcttttcat gtgtccccca ttggcttggc 480 aataaagttg aatttgtatt gatttatatc tcattctcag tacgagctaa aattcttaat 540 taaaatgaaa aatatgctat aaacaattta aatgattgca agtctcacct tgaacaacat 600 cagttaatat ttttccgtag catgttgcat atagcataat tttggtctta agtaacacca 660 ccacctcaca cgtacgtacg accaattatg catgtctcaa atccctccat gatttctata 720 tggaagacca aggtttcaag attagcaatt ttaacggatt aaaaccggtt caagatttta 780 ttttttattt atttttgcta aatcctacaa tttggtctca tgacaaaaaa aatataaaaa 840 catagaaaca aataacaatg aatctatcga catcaacaaa agcaattaaa ctttccgaat 900 caatgaagcg ataaccggta gtatcttcga gacttcatat acgatcaaaa tgctaaagta 960 actattcata atcttttatt aataatgaat tatcaaagct tctataattc atacgacaaa 1020 gacaaaggaa tagcaacaag ttatgttcat ttcgctgtcg tttaattcaa caatgaaacg 1080 ttaacgaaac gattttgtcg agatttttaa acgtcttttt caggttctac ggctaaaatt 1140 cctaacattt catcacctgt cgttatcgtt aatatcgtcc ttgtcagcag aaaaaaattg 1200 aaatcaggat aagttgataa cttctatgaa aaaaacatta tcttacaaaa atccaaatac 1260 tccgacttaa ccgggtcgga tcctggtgag tactagtatc tatctcatta caattcatat 1320 ccttccttca acattcgatc atcacgaagc caaagaacaa tttctcc 1367 <210> 504 <211> 1289 <212> DNA <213> Arabidopsis thaliana <400> 504 tgatacgtta cgccttccta tccatccgtc aacgattaaa tccaatcgtt caatatagag 60 atccaacggc taataacgaa acattagccc acacgaaatc tccttttttt ttttgacggg 120 attatacagt gggcctccac ctgtaattgt ccatttagga gacagcgcgg ttaatttagc 180 attatccctc ctcacagtca tctctttctt cgcaaataaa tgtaaccatc tctcttctcg 240 ttttcttcaa caaaaatcct catttctctg agaatctggt gctttagctt tggtgagctc 300 tctttcttat gaaacttatc gattctcttc tcgttgattg tcttatactt ttagttctct 360 Page 444 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcttaattta ttgtccttaa tactcgtgga tttgttcata aatcgttttc tgagcagtta 420 ggtaagagtt ttgttaccga atttcatgtt cttcgatttt gaatctggat gattgtatga 480 tgtgattagt agactcgctt agattttgtg atctgtgtat ggtttgtggc taattttggt 540 ttcatcggtg gtatgaattt atttggggtt ttaggtttgt ttgattacgt aatcggactg 600 tttacttgaa gatttatcga ttatagttgt gatcgttttt agttgattga gaagaagaaa 660 ataaatttca tgctcttgtt attgtcgcga ttgtggcgat tttcagtgtc ttatgaatca 720 attatgttgc atgtgagtct tggtgcaatt gagattgttt ccttttttta ctagattgct 780 tgtcttattg aacaaaactt tccatttatg ttgaaaaggt ttataggaac ggatgtttag 840 ggttttgttg taatctgggt atttgctttc tgatttcggc aagcaaatgt cgatttcaag 900 gtttatatca ctttctctag caaaagaagt ctttagtcat ttgcaaagtc aagagagttt 960 ttactttatt tattgcttcc acgctattgc ttcgtggctg attgagagag accaattaaa 1020 ctaataattt gtagtttgta caatatattg cgtgtaacat tgtccttcgt tatctgtttg 1080 aggaggagga ccgagttagc ctatttttag tcactttaca aattttcttt tatgttgcat 1140 cattcaatat gaactctctg atataaatat atgtatacat actggttgac ttttatgggt 1200 atggttctct gctttttttc tctgtgatgg tctcttgatt ctaactttct ttgttttatg 1260 tttttggttt ttgttgtcaa tgaataggt 1289 <210> 505 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 505 gtgaggtcat attcaggacc gatccaacaa tattgagggt tttactccaa gtaaaatttt 60 agttttattt ttaattatca taaacgacat aaatataata tggaaagatc acaaatactg 120 attaaaaact aaaatcatca aaacgaaaaa gaaaaaagaa aaaattgggt tcaactctca 180 tgagttatta aacattttag gttttaggct taaatcttta aaaaaaatca gaactgaaaa 240 acgaaaaatt ctaattttat tttggactct gattcatagc ttatgtcgct tatgtagtta 300 tgctagggat gaatctgtat ttcgttaccg taatgagagt tcgatactct cttacttgtt 360 acgattctgg agcatgttac atttttttct ttccgtcaac aacaacttta atatggtaaa 420 acaaaattta tttttatttg gctggtccta ctcaagacaa atcttctgcc gacatcacat 480 aatcatatta aaaaccataa cttctgccac tctgtttttt tttttttttg taaccattaa 540 ctgattggat tttgatccat ctcatctgat tttttagctc aacaatttac ttgcacattt 600 tctatttggt tttatttata cttagttaca tatatgatta tcgaactagt atctctttat 660 aattaagtat ttttctattt ttttttaatt tagatttttg tgaattcatt tacagtagaa 720 aactgtaaaa ccatatggtc taattataga atgaaaactt caacgaatcc atacaactta 780 ttggctaaat ataataaatc tgcttgaagc atattgttat tatttagttg gatttgacga 840 tctctgactt taatgtatac cgacataccc tatgatttag atgttgattt ttcccattct 900 Page 445 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taatatatcc atgttaagag attccaccat aacatatcta attatttgca ttgtaataaa 960 tattatcatt aaaaaaaaat acaactggac agctggctcg tcccattgtt tcttacgtcc 1020 accaattaca tttgttaaag caaacttatt agaacgttca tgtgtgagaa gttggtgtcg 1080 acatgtgtct aaggtctatg tcagaaatcg gattagctta ttaagtaaac tatactatat 1140 cattgttaat atagataaaa tatctagttc gtccaaatta aactattttc ataactgcca 1200 cgtggcgtaa acgtatccat cgagtcactt gtaatatctt tataaccaaa gtcttccaac 1260 acattcatca ccatctatct actctttact ctcttctctt ctcacatcaa ttattcatag 1320 ttctctcttc tccggcaaga aaa 1343 <210> 506 <211> 1519 <212> DNA <213> Arabidopsis thaliana <400> 506 caacttaacg acctgccatt ctgtagcgta tagcataagc acacaaacct tgctttacac 60 aattaaccaa tgtcaaatcg aagtgttaag tgttctttat ttgtattgca tgttatcgtc 120 aaaataacca ggtgatttac ttagtctttg ctttacacat tttcgtgaac cgaggtagta 180 tatcttctgc ccccacttgc ctattcgtaa tcttgacgtc attgaccaac gtgtcaactt 240 aacgacctgc cattctgtag cgtatagcat aagcacacaa accttgcttt acacaattaa 300 ccaatgtcaa atcgaagtgt taagtgttct ttatttgtat tgcatgttat cgtcaaaata 360 accatgtgat ttacttagtc tttgctttac acatttccgt gaaccgaggt atagattcag 420 tatatcttct gcccccactt gcctattcgt aatcttgacg tcattgacca acgtgtcaac 480 ttatcgacct gccattttgt agcgtatagc ataagcacac aaaccttgtg ttaaaaagtg 540 ctacactaaa gaaaagggtt tacacataca acaatatatt acgttggaag ctgtatatcc 600 tctgacgccg cattaaatgc gtctgatacg tatctccatc tctctttgct cgcgcttttt 660 attgtcacat ccgggaattt ttctaataat tttctcttat gttttctttc caagttgctc 720 cgatatgatt attgtgattt taaaacatca catgttgttt ccgtagtact tgtgctgttt 780 accaaatcgt agtacttctg ctggtcatag attcaaggta aaagcccatt caccttgttg 840 aataatcaat ccagtacaat actcacccga aaaagttacc agcccaatat cgtggtatat 900 actccatttc aatactaatt tttttgtttt ttaatgatta tttttttaaa aaaaaaatga 960 aataaatcct ttcatagtac atgctgctgc agttgtaaat tgcatgtatt ttatgaaacg 1020 ttcagtacaa acttagaaag ttgtagtaat gaaagctcta aattgagatc tacactcata 1080 aatagttcat gctttattta gtagtaactg cataagtaat gcatgctttt tttttttgat 1140 acgttgtaat cattgcccta caatctctag ctcccctaca tctacaagtc tgctgtcggg 1200 aatatggttt tgccgcccat ccgtagaggc tatatcggat atttcgcatg gtaaaaaaac 1260 gttatatacc caacttttct gggagaaggt cattctctta ataaggatgt caaatttggt 1320 Page 446 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattcagtaa attaaccctt aaaaaaatgc aaaataattt gtttatgtga caaagaaatg 1380 gattttatct ataactatca agaagaagaa aacactcggc tatatatata cgtacaacac 1440 ataagaaaaa caaaccaatc acttcactct ctctaatcaa aaagctttta acctcagccg 1500 ttaaatcttt ctccgatca 1519 <210> 507 <211> 1296 <212> DNA <213> Arabidopsis thaliana <400> 507 tcggaatctg ctggtaatct acgcaaagta tacttgtaat cagcgacagt gagagtgatc 60 tacaagtaga gaataagaga ttcaatgaat gaattggaat gaggaaatgg tgaaatcaat 120 agagagataa ggaagatacg aacggagtag atagcgcgag aagaacggac gacgccttct 180 acagccgtcg ctattttatt ggaaggtgag tctcggaaga tggacacggc ggtggcgctg 240 ccagtgacgg cggttagagc taggccggcg gtgactgtga aagcaaagat cggagacttg 300 gatctcccga gaattttgaa tttgcggaga atctccattt ttgtggattc tttgggtttc 360 gtattatttt tttcgtagta acgaagaaga ggacggagaa gctacacatt ttctaactta 420 cttgcaagtc gggtcggatc ggattgatgg acaatctaat gggccaggat ccggttagac 480 taatcgatgt gattttaatg ggctaagtaa gctgggcttg gcaaatagcc aaatataaaa 540 ggttaattta gtcaaaaaaa tctctcaatt taaaattaac tgacgtaaat cccccttcag 600 tatcaatact gtaaaaattg gatagacaca gtaaaacgca gtgttttaca gaatctcttt 660 taatcgattt gacatcacac aaacttcaga gaatctcatt ttgataaatt aaagtttttt 720 ttccactttg tgaattttaa agcctaggta aattagtgca tatatgtaat ttaagtgtac 780 atactgtatc tctctgcaac gaatacaacc ttctttttta cccactacca cctgttttcg 840 ctaggcttgc tggactcaaa taatgtattt ttatacggca aaattattca ttaaatttca 900 actttacgtt atatacaaca ttttttacaa aaaattacta acatatatgg aacctcaaac 960 ctcttaatgt agaaatatta ataaattttt atttaaccat tggactaagg agcttccaca 1020 atctactcta atctaataaa gtgtatatct catgggtatc aatttttttt ttcaataggt 1080 aagaaatcaa atcgttctac atatctttac gatcttgtga tattttacga gcgaatatcg 1140 tcgacataat ataaaactca caaaaaataa aataataatg atactccata taaaggaaaa 1200 agacagcaaa tatgtagggt caatataaac gcagcctcgt cgtctcttca tatattcgtc 1260 tctttgtgtt cttcttcctc ctcagattct ctttca 1296 <210> 508 <211> 1277 <212> DNA <213> Arabidopsis thaliana <400> 508 tctcccaaat aaaaatgaga gcaaacacta atctaatatt aaattgaatt aaaaactttt 60 Page 447 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaatagtgga aatatatacc ctaaattgga aataaaaaac ccaaatataa tattacaaac 120 taattttaaa ataaaaaatc tcttttaaat ggtgaaaata tataccctaa attggaaata 180 ggaaacccaa atataatacc ataaacttat attaaaatga atcaatattt cttttaaata 240 gttgaaatat ataccctata ttggaaatag aaaactcaaa tataatattt aaatttattt 300 ctaatttatt ttggttgaat agattttata taaacttgtg gtattattat tgtccataaa 360 acttgtttta gtgttacttt taagaatttt tcaaataatc atttgagtgc taattatgtg 420 taaacaactt tttaatgcta tttttgtcca aaaaacttaa aaatgtgcta tttgtgggaa 480 tttttcaata agatataaat ttaaaactga gttgattaat taaaagtgtc acacaaaaaa 540 aagtttaatg tgaacaacaa cattaattct tttttaaaaa attttgtttt atactattat 600 tctattaaca tgttaattaa tataactaga aaaaaaaatc aatctactaa aactaggttt 660 tttagcattt tataaatatt tgtatgagaa ctttctctaa ttcagttcat ccagttaacc 720 attgttcgct tattctgcaa ttcatttatt tatctgatat accagttaac cttaaatgtt 780 gtgtaatcag tcgtaaaatt gttttgtgta atgttacata aattaataga atcaaattta 840 aaatgtgttc taattatgct atgacgttat aaacaaacga taaattccga ttcatgatta 900 tgaagtattt caattgaaaa cacaaaaatc gacaaaattt taaaaatatt ttagatctta 960 cattacatac ctgtattgtc gcaaaggaaa atttatttct tgtcctaaaa ggccatttgg 1020 aacttgagct aatgtaaata tataaatggg cttattgggt cctctaatgg gcttgccttt 1080 gacgtagaag acagaagcat cgttgtgact cccgtttgtg atttaggaat ccgcactgct 1140 tgccgttttc cgtttctact ttacttttca attcagaaac gcctctctcg tcgtcttcaa 1200 agctaaatta gaaacctgac gatctctctc tctctctctc tctcgatcgg ataatatttg 1260 agctttgtgg ttggagg 1277 <210> 509 <211> 1331 <212> DNA <213> Arabidopsis thaliana <400> 509 agtgattccc cgtaactcat gctctgtgct caagaaccaa atagaatcta aactaataca 60 caacagatca ttcaaagttt gtggatcagc cagctgaata aatctctctg aaagttgcca 120 atcctgtgag ctaacagcac cttggaaaag ccgtcccaat tcgattctat cctgtctatt 180 aagcttcttc tgttgctcaa gacccctgca tttcagtatc tttgcagtag atccagagca 240 tttggtcggt tgagtgatga tacctacaag aggtgactct cttgcaaaaa caacatcact 300 ctcttgaggt tccaagtcag aacctacagg ctcatcagga tacatgtcat cgttctccat 360 ccactcagat ttccaaaatc aataatccaa aaacttgttt tgacattcga aaaacctttg 420 caataacaat actgtatacc aacaaatccc ttcctccttg tacaagcaaa tgtcttgtac 480 caaaatcaaa atccagactt gcgcaatcaa ccactccaag aaatcaaacc caggaagaaa 540 agaaaaaaga gactagagat ttcgttcaga aaatgcggta gaatcgattc acgagagcga 600 Page 448 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaagggtctg aattttagca aaacgtagtc aacagaagca tccaaacctt aaaataaaat 660 aaaaacagaa actgatccca atcagaatcc atggccgagc acagcaattg tgaattcggc 720 catgaaaatt gcatcggaaa gaagaagaaa gatgtgaatt tgcaaattac caaagaagaa 780 cattcgtaga ggagatggga agatgagcga acctggacga gattttcatt gagaggtcaa 840 gagaacaatg agagaatttt tttttatttt tttattgtaa aaataataat tgacaaaatt 900 aattaaataa atttgctttg cactcacaga acagaacaga agatgacatt ttctctattt 960 tcatatttgt ctttttggtt taatcgactg gttatttatt tattacccta aaaaaaaacg 1020 gaattgtttt agaaaatgct aattgaatta ttagattgct tcagacagca aaaacattat 1080 tgtaaatcta tttattacac acacaaaatt acttttaagt tttacttggt aataatattt 1140 agatttatcc aaatttcaat agccaaataa gaaaaaaaaa agagaaaaag catataagaa 1200 agaaagcatc tttggacttg tctgattttc tctatagacg caatcaccgc cgattctctc 1260 tctctctctc tcgagtctct cgacggtcgc atatcaaaag tccatttctt tcttctcttt 1320 ggaggatcag 1331 <210> 510 <211> 1385 <212> DNA <213> Arabidopsis thaliana <400> 510 aagattttcc gctacgggaa tttgaacctg aaaatgctga tttttaaaga aaatttagct 60 aatgtgctac atgagatgtt ttttttgcta aagtatgagt ttaaattgga tatatacatc 120 attcaattta tttttctaat ctagaatttg ctttcctagg acaaatatag gtactgaatt 180 attaaagaac atattttttg gtaagatata agtgagtttt tatataattt tgatgatttt 240 aggtaagttg atgtgattta ctgtaaagtc ttttcaaatt ctatctaaaa ctatgagatt 300 tagatttctg tatttttaac taaagaagtc ttttcaaatc ctttcaaatc cttcaaaatt 360 aataagaatc aaatccacta actattttca gtaacagtaa aaaggttgat ttttaaattt 420 ttaatttaat aacactcaat ttcatttaaa aatttaaaat ccataattaa ataacataaa 480 atttataaat tttacataaa ttattagatt gaatacaccg ctctaaatat acacaatgta 540 aaaagtctgt ttaagatcaa ttatagattt aacttaaatc taaaggccca taataccgtc 600 ctgtacatca tatagttatc tcaagttgta atactgtaat acccgttggg cccagtggcc 660 catttatcag atttcaaata acagatctca acactagcat ggctacacac gtgtcagatt 720 caatgcatca gtcatatctt cagcatccaa cacttgtcaa ccttccattg gatctcttaa 780 ctctacgcct cgaaaacagt ttttatttat ttatcattcc atttctcatt gtatcttcat 840 cagtctcttc ttattccatt ttttcaaacc acttgcaaaa ttcgaatcag atcttctctt 900 caatcgaaaa aaaagaaagg taaatctctc tctctctaat catcgttcgt ttcgtagttt 960 cttcttctac gtgtagatct gatctttgat tgtatgtttc tggagatctc gatctcatcg 1020 Page 449 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attctctgtt cttatcactg attcagtgtg tttgatatct aaatccgatt tgtgtgtagg 1080 atgttaaaat ttaggtttcg gttttgtttc tgcttttgaa cgattttgct ctagattcgt 1140 tatccgtgaa gaacatagac gagtatgtag atcttacttc ggattcgcgt tgaagaattt 1200 tctctagatt cgtcacctat gaagaagatt cattgtgttc ttaatctaga tgattaggtt 1260 attgtttcga ctcatttgtt tatgcctatt ttctctatgt tcttaatcgg tgaagaaatg 1320 tatcaatgtg tgtatgtttt gggttctgat tttgtaggat ttgctctaga ttgttgaatc 1380 gaaga 1385 <210> 511 <211> 1356 <212> DNA <213> Arabidopsis thaliana <400> 511 cgcaacgata ggtgcctatg gaaactgaat caacagattt ggttttgata tcatatatca 60 tcagctgtct actatttgat ctaggacaac acaaaagctt attcttctcc aaaatggcta 120 ctggtaatga ttgcgtaaca ctacgattca ctatcgaata tatttgttcc caggtcttgt 180 tctctgaatt gaacgaccat attatcattt gttggagagg tttactaacc gataagcaca 240 aacggttatt caggctgcgt gtgataatgt ttctatgatc tgcttccgca aaaggagctt 300 tagagataac ttgaaaagtt tcggtgtgga gatctaacgc taaaacttta atttctttct 360 tcccggttaa ccaataaagc gatccatcta catacagagc atgcccccga gacgaggaag 420 tattaatccg ataaggagaa gaaggattga tatacctcca agtgttggtg ctaaaatcaa 480 aaacttcaca tgtagtagcg ttttctaggc caagttcgga agagttatac ataaccaaac 540 cggtttgtat atgccactga ttttgtcttt gccaaatcca aatttaacgt gactaaaata 600 acttggctgc tcaagacaga tttgttgcaa cctggaaaca gggaaacgtc gatgccatcg 660 agtggcggga ttataaacaa tgttgtttaa ggtttggtaa tcaaagaggc aaacaagacc 720 gtcacaacta ttgtggaaaa gttggtaaat atgatatcgt tctgatgata tcaacaacac 780 gttagtttta agtggaggag aatcagcagt aacatgatgg ggcaacacca acgtactggg 840 tacttcagac accaatacaa gatttagatc tttcccgcca gctgagcaga tcaactgttt 900 cgcctggaaa tattgagatt cgattgtcaa cttccattgt ttgcaagcag acttgaatct 960 gagcagagat ttcaccggaa ctctctcaag aatatcctca acggtgtcgt ggggaagcaa 1020 ttgcattatt tctctgtcta ttgagaggat tttgttctga gtgatggata acatgaaaga 1080 tatgcttatt tgtatcaatt caatccaatg ttgatttttt ccttgaggag gaagataaaa 1140 aaaaaaaaac gtatatacaa tcgatgggcc ctaaccctat ccctaacaaa tctctttaat 1200 atgtaatgcg ctttaatagt taaagcccat tagttaaaaa cccagagcta tattgttgac 1260 ctagcaaatt tcggatctat aaattgaagc cattttctag gtcattagtt ttttcgtcga 1320 gcagccgcgc tttttggccg aggaaggata aagaga 1356 Page 450 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 512 <211> 1296 <212> DNA <213> Arabidopsis thaliana <400> 512 accagctcat ggagagcaat gaaaacacaa aaacagagag gaatatacct taggaccacg 60 ctcgatgtac ttcatggcaa caagttcctt agagtttttg accttcatga gcctggcaac 120 tccaaaattc ccagcaccta tgtctttcac cagctcgtac ttgtccattc tcgctcgaca 180 accctaattc caaacacaca aaacagaaag gaaaaaccca aacaaaaaaa aaatctccaa 240 aattctcgtt gaaattcaag tccagttcta gcagctaaga atttcacgtg aaaatgaaac 300 aagattaaaa aaaaaaaaaa cagtatccca aaatcaagga tgcgattccg agatctcgcg 360 attcgcaaag aaagtgggaa aaaaaaaggg aaagagatga cgatggaagg ttaatttgag 420 atttggattg gagagatttc aagcctaagc gaagaatcaa ctttcttttt cttttttttt 480 tcttgttgga atttttcttt tttctttttt ggggtgaaat taatagagaa ataatgatga 540 gaatgaagaa gaatctcccc tgcctaaaca aactcccatc atgttttttt ttccatttat 600 ttaattaata cgagattttt taaaagaaag agggacccac aagtttccat gcgatccata 660 catgtttgtt tcccttgctg attcgagtgt ataactacgt ttttttttgt caccaacgcg 720 ctttttttct ccctaattca acacttcaac tatacactat ttacacgaca cgagtggtca 780 gcagcaagca aattcgcctt agattctttt ggttctatat agagagagtc attgtccata 840 aatcacattt ttctctatga agattgtcac tcaaacgtaa ccttttaatg aatttatgtc 900 atgattttca tctactttta acatttttca acatatatac aaaaaaagaa gaagttatgt 960 tcccatgtgt gagtgtatat tttaattgaa atgacatagt tcgtgcgcgt atatgaaaac 1020 attaatagac cttatatggg ccgctaaact aatatacact tgttagaacg aaaggcccaa 1080 tcaattaata gagcaaacat taaaagacct tatatgggtt ttaaacttaa tatacgtttc 1140 ttagtactac aagcccaatt aattaataga gcaaaaaaga agttgtaagc cttatcgttg 1200 tttttgtatt acccaaaatc tctacaaagt gaaaacactg agctgaggat ctcgctctct 1260 ctcgattggt atctctcgct ccgtccttcc tcagat 1296 <210> 513 <211> 1359 <212> DNA <213> Arabidopsis thaliana <400> 513 ggatcgaaca ctctctcgta cgtcaaggaa agcactgtga tgccagtgag gatgacctgg 60 ctcgcgacgg aaaggttgct gagccgagtc ggtacgagaa acgagtccgc atagaaacaa 120 gagaaacgcg acgaatagga gagaagaaaa cgaactcgat cgtgaatccg atctcaactc 180 catgactgaa aaaaaacaac cggagatttc gctcacctcc cgattttgga ctggactggc 240 gagagtcgct acaagtcgct tacggcgagg gagcagaaat gggaaaatta aggctaatta 300 ctaatttacc ctcaagtttt attattaagg tgacctgacc tgctctgtct atatgtgata 360 Page 451 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgtgacctg ctttgcctat atggctatat gtgataccta taatcacaag gatatttcag 420 gtggagaatc agagaaagaa attgaagctg aataagacac tatatgggag agattgaaag 480 gaagctgttg ggccattttg gtgtagcggg tcgcaagtcg agcgtgagac ttattgctgt 540 gccattgcag gaatgcaaac agaggaaaga tttcacaaat gggaaacgga tacatgctca 600 gatggttgtt ttgttgtagg aaatgccttt caatgagtat gttaaacgct agctgtcctg 660 tttaatggac cggtgtatgt catcttgtct tgcactgtgt gagcacaaca acttgcaatg 720 tttccattga tgctgtagca gtctctcaca ttaagctctg gtttggatgg ctatgaacaa 780 gttgattggt agataagtta aaatgttgtg atttgaatct ggaatgaata gaaagatgtg 840 attggtactg atgtaaattc aatgctttag agaatgtata caggcaataa tataccaatc 900 attatgttta ttgctgacta agagccactc ctctttgctg ttgcaattcg gcaatcgttc 960 tagatatggt ttccatttca aatcatgata tgcattgact ttttccatgt ggcgttcgga 1020 aatctttcat ctatactacg tctacgttgc aagttttgca aaatgtttaa attagtagaa 1080 tctcacgtat ataaaaactt tagtcgccaa attgaaaatg gagaatgaat ggtaaactac 1140 tagtttaccc tcatatttta gctgaaaaat atcgtcacag ctgacgaaga aattagaaac 1200 aacaagcaac gtgtcacttc tcatgtcgtc gttttcccca agaaatatcc aaactaacac 1260 ccaattacct aatgccacgt gtttactcac actcctttaa acaagctcgt aactgtttca 1320 tcttcttgtc cccaaagtct cctcttcctt atctcttgg 1359 <210> 514 <211> 1318 <212> DNA <213> Arabidopsis thaliana <400> 514 acaacgtgtt tgatgtgtca ccgttcttgc ttttagaagc atctgcagat tccgaagctg 60 gccacgacag cgttgacgat gataaatgcg ttaaggatta cgatcttggt catgagtctt 120 ctagtgccag ttcttgcgag acgtcttgcg tgagtcagag aacgagtttg ttaggttttg 180 acctgcagga cgatacggtg aatcatgaag aaagagacgc cggagatgaa gaagacgaag 240 acggagaagg agaagtgaat agctacataa gatgtgggag aagccaacgt gaaaatctgg 300 ctgtggattc tgctgcggtg gtgagtgaga tggatcaaaa tcgaatgttc tgggaagctt 360 gtctcgcatc ttgatctgtc tttattaatt aatgtcatct catcatcaac agagaaaaca 420 aaatagtata tatctagctt agcgtagtgt tcttgtctgt gtttcccctt tggcttttaa 480 tgcacaacta atcgatatga tatctaccca ttaaccttaa ttagtcccct ttagcgtagt 540 gtaaatttgt tttgattcgt caagagaaaa aaagtggtct aagggactga ctagttggag 600 aagaatccgt ataaaatctg ttaaaaggag aaacaatata ctatactagt cttttctcgt 660 agaggaggat gttatactaa cattactaat ttatgctcac ccagtttaaa taaaataaaa 720 tcaatacttt tttggtttgt actaattaac atatatatat atatatattc ccaaaattaa 780 Page 452 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agattccatg gctaacagac ctaaagaaga agaagaacaa acacaataag agattggtgt 840 agttttactt ttactatatt catctttgtc tttattgacc aataaagtaa tttctcccct 900 ttatctattt gatagtggta tactttaagt tgctttttaa ttgctggtgt acaattatat 960 tggactcacc aacaagaatc tgtgtgcagt cagtgtgctt gttactattg ttttatctca 1020 ttaattgatg atcacttttt caccttcata catgagagct gaattcatca ctttgttagt 1080 tatataagtt gggctattct attattaaca gtttgatttt tgacagtaaa tttgtctgcc 1140 agaataactt atacacatta ccacccaaaa aaaaaaaaaa gaagaaccat ttttggacat 1200 tacgtggttt tgggtttgtc tagcgacctt ttatgggcca atgatatgag gcccagtaag 1260 gaaacaaaga acggcccatt ataatgtaaa catatttagt acaaggaaaa ggggtaaa 1320 <210> 515 <211> 1280 <212> DNA <213> Arabidopsis thaliana <400> 515 cacatggggg attttgaaga tatcgaaata agatgaagaa aataatacaa aatttgtcat 60 cagtcggtaa taagttgatt atcgtgttac catttgtgtt ggaacgactg ttctcgtata 120 ttaatgtgca cgagactata gaaacatcag tatgttgggt atttggggat tagatttcaa 180 gtaagttatg gttttgtaaa atggagttgt tgccttaacg catctctaaa ctatcagtaa 240 aactttataa aaagtctcgg ttataatttt tgttgcgttt acttttgtaa attttttcat 300 atcggattat cattatcatt tttccctttt tcttttgata tccatgagat ttggattaat 360 cggaaacaaa agagagttgg agtagtttag gatccaacta gtttagcatg attatggttt 420 tttcttgcgt tacattttac tttccgccaa cacctcttta acacacttaa ggagattgtg 480 gtcgacccgg tgcaagaagg acggacaaag tggcacagag tcactcactt tttgcgtttg 540 catatttttg tgggccgggg aaacaacttg accacattca taagatagat gttgttggaa 600 gtctcattta tgtgaagtat agaactaggc atgatcttgc gtacccaatt gggatcatta 660 gtacgtttat gagtacttac aagttacaac acacatgatt tcagctcaaa actcccaaga 720 aaaaaaacac acaacataaa cgatgctgac gtcggccaca aacgtagcaa aaagagtaag 780 gttgttccag gaaccaaaca aaaacaattt aatactataa ctaaactcgg taaccaaaca 840 cctcataact tgccttaacg cgctctcaaa ggtgaaaaaa aactggtcta tcttaagcaa 900 cttctttctt ttgtgtgttg tgggaataaa ataaacgaaa ttaaatacga accccaattc 960 tcagctcaga tacattgcat gtgaaatttc aactaagtat ataataactc atatcttgac 1020 ctcttactga ccgatcattt cgttttcctg ttttttttct ccttcctctc ctctctctct 1080 ctctggtttt tttttgccct atccataggg ttttcttcgc tctctatctc ctcgatcttc 1140 atgtgcatct ctctctttgg tataatcgga gctaattcgt tcgttttctt cttcatcttc 1200 gtcggatctc tcttttttgc tctttcccac gggttttcgc ttgagaaatc agcgttttcg 1260 tttttcctgg gagttttgag 1280 Page 453 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 517 <211> 2006 <212> DNA <213> Arabidopsis thaliana <400> 517 agctctctga ttgtttttag caatttcgtg gaaaagaaga aggcatgctc cagctgatgt 60 atagatagag agagagacca gtgttcctag agagatatca ctaatgtgaa aagtaaatca 120 tattgtttaa aggtattttt attctttaag gttcatggta ccaaactagt ccaaaatctc 180 agaattttaa atacgactta tggttgaaca aaaaagattt ggaataaata attacacact 240 ggtcaatagt gattggttat aattttgata cattttattt gttgattttt gacaaatggt 300 ggacatgagt catgagtgag tcacggggag gcccaatttt gtcatgtagt ggagcagttg 360 agagcctttg agaaatagaa tttgattctt ttaggcccca cggctacgct accgtgacag 420 ctcgcctcga gttatccgct tcaacggcac acgtatcttc taaacacgtg tcaatctttg 480 attggttaat atagcgtgtt ggcccatctc tgttttatat tttgttgttc cgcaaaagat 540 aatgtcaaaa aataataaag aaacaaatct ctaaaattaa aataatttct acttgcggcg 600 aaaggaaaaa gcaaatttgt taaaatagtt ggggctattt atctgcggtc aggaatggag 660 atgctcgcac ctaccgattc caacgtaagt aaatggttga agggtaattt gggtaaaaac 720 ctcggaacgg caaattggaa ataatcaacg gctcagatag cttcacgcga tataaacgct 780 aaggtataag gtcaaatacg taattgtcag ggagcataac cctagtactt atataaaggc 840 actctttcta cctttctttt cctcctcacg aacgcatctc attgcttcat cattaccaaa 900 tcatcaactt aatcgtttct ctcaaattta gggttttctc ttttctcgaa agtcttgcgg 960 ttttctgaat catctctatc tggtgagtct cttttttgaa ttgtagatct gcgttttctc 1020 tctgtagatc tgttccgtcg ttgaggataa tgttttttaa tcggtgaatt ctgggttttt 1080 ttcaggtttg agggtttcgt ttgatatctg gagaaagggg tttctggaaa caaggagttc 1140 ataattcgcg atcttgatct atcgatcttc atttatatat gtaagtatct ctcacgattg 1200 acgtcgttct tcgattgatt cattagccta gctaggttag atagacatcg ttcttatcgt 1260 cctaggtttt ggtataagag attgatattc gcatgcatgg ttaggttgac ttatacctga 1320 aaccaacgac ttggtttcga tttttgtttt gttacatgta tgattgccta ttgtcttagg 1380 ctttgttttt agttatggat ctgctataat aattggtttc tactcatcat tcgagatata 1440 caattgaaaa ttgaatggtt cttatggttt atagattcgt attgtcctga taaacattgt 1500 tgtgtgatct tttgaatacc tggtattttt atttttcatc tgatcttttt cctttggatt 1560 tgttttgtct aatacagaaa agcgtgaatg agattatgat ggagtcgaaa ggtggtaaaa 1620 agaagtccag cagtagtagt tccttatttt acgaagctcc cctcggttac agcattgaag 1680 acgttcgtcc aaacggtgga atcaagaaat tcaaatcttc tgtctactca aacgtgagtt 1740 tcctctataa tgctatatct gatttcttca atctctatgg tatccattat gtagtctctt 1800 Page 454 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttaactatg ttttgctttt tgttgcagtg ctccaagagg ccatcctgag taccagcgtg 1860 caccgatctt cataatatag ttatagcttt ctttactttc cagtttataa ttttcttctt 1920 tcaaagctcc ttttctgctg gttcccggat ccaatcgttc tctcctccta ctacaagtcc 1980 tgtcgctcac acaacaaggc gagatg 2006 <210> 518 <211> 1307 <212> DNA <213> Arabidopsis thaliana <400> 518 cggatggttg aggtagtatg agtgaccgtg acgatcaaac gttctccaaa gaaatcgatg 60 tagcggtttt cgtggatatg gcgcttttgg attcttcttc tgatcctagc catttaatct 120 gcataaaagt gagtatgaga gagaagatta aatagatatc aatcctaact aatattcaag 180 aaaacataat atagatcaat aaattgatga gagtaaaaac acaaagatgt ttagaaataa 240 ttattgtcaa gactcaagtt tcttcaaaat atcaagaggc gcttggaata agacccttat 300 tctacaatac atcaatctat atagagataa agactaagca taatttttaa aatagaaaaa 360 atataaacgt aaataacact tttttgaggt aatactaaat tttctaaaca tgaaatgtta 420 caaatccaca atatttccat ataaatttgt aaataatatt ttgttagata atgttaaatt 480 ttctaaactg aaatattaac aaatccgcag tatttccatt attaaatctc gattttgttt 540 caatgggaga tttgaatttt gaaccaaaaa aaaaaaaaaa gatttcatca agatatctag 600 ggggatattt tgctggaata tagctttgat gagaatattt atattttgta tctctgaaaa 660 tcaagtttaa aggggaaatg attatgggtt gaaattttgc aatcaaaagc cctaatttgc 720 aaaaactaca taagtttttt gtttgggctg gcgctatcgg atccttttag gcttacattt 780 aacatctggt ccacttagaa agagtcacgt agtatatggt aattgtcaac ttgatttttc 840 aagttaaaag aaatatgtat caaaatgact aaaaagtagt gaaatattat gtatctaatt 900 tgtttattta ccaaattaat gctataaaaa tgttcaactg tacaattggc atggaataat 960 atgaacataa atcatacatt attaagcact tttgcctacg aagggatacc aacttcatta 1020 gtttacattt tcttttgtgt tcaattgtta gctcaaaccc aattaagtgg ggaaagtaag 1080 aagcaacaac tcctcttccc ggacccctaa caaatcaact aaactcaata tcaaaccatt 1140 ttaaaagagc tcatcattaa ctagctacta attattctta atcaatcact gcttaataca 1200 aagcactata tatacacttg tatcttccat tagtttccca ccacaactac aaaacattcc 1260 aatacacaac acacaaagca cacacttttt ctttctttta aacccca 1307 <210> 519 <211> 1344 <212> DNA <213> Arabidopsis thaliana <400> 519 cccaaaaaga atcgggtatt taatagttct aaaaatttat acatgatttt atccaaactc 60 Page 455 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaaaaacca aaaccgaaat cgaaccattt ttatatttac cctattagat tttattttat 120 ttttcctatt tcgaacacgg atggttccta ccagattctg ccttaagttt cttaatgttc 180 agacctattg ataagtatga gttttatcaa tgagcatcaa gtaaaagtga gagtcttgat 240 tctgctttaa aacatgaaag tttttattgt ataatatgga tatcgaagag gctaattcag 300 atatataaaa ttacataata cctgatttat tagagtccat ataatttaca taagactttc 360 cacgactaat ttatatagtt aaaatactat atttgattat atttttagta atcgtgaaga 420 ctcgttcata tattgatata cagtataacc tctataaatt aatactctat aaattaataa 480 cctctataaa ttaataaatt attccggtcc cgagttagga ccagtgtaaa aaatgacata 540 aatcgataaa ttaataagat aatatttttt ttgaaaattc tatgtaaatc tatggtccta 600 tcaatatcat aaattaataa ttgtataaat gtatcaacta tatatatata tatattatgt 660 aaaaaaattc tttataatat atttattata cttttttgct taaattcata tttgttcttt 720 gtttgattat agttttcata ttttactgta tcaaaacttt tagtgttgtt ttctaaacat 780 tattattatg ttttacttgt aactggttct agaaatatat attctataat gaaggaaatc 840 ttatagaaat ttttaaaatg ttaccaaatt aggaaaatct ctctataaat tgataaatat 900 taatttatcg ataaattaat acctctctaa attaataaaa tttcgcagtc ccaacattac 960 taatttatag aggttttact gtaattcgta aattttgaga gtagttttta accaacttac 1020 accaccaatt tattagagta catattttga ttttcgatat gcaatcttgt taccaactaa 1080 gttgttaatt aggaccatat actcttagaa attgccagct aatttgaaca atgaccattt 1140 aagtgttttc aaataatcaa atcatatcca tataaaaata attagtcaac taatccccta 1200 ttaagaaaaa tcaacaatta aaacattctc atttcctcct aatgaatacc ctataaatac 1260 ccactaaaaa cttacatttc tcccaccaat ctcaaagcaa attaaataca ctactacttc 1320 ttgagctttt aaactacaca aaca 1344 <210> 520 <211> 1324 <212> DNA <213> Arabidopsis thaliana <400> 520 ttccctccaa tgtcctactg tctccttctc tgtgtgttac catggtttta cttcaccatg 60 taagtctctc tcattatcaa aattcatctt ctctgttttc ttcctcctct gaatcaatcc 120 tttgtttatt tcttgtgttg tgtgtgatgc agttagagca agggatgcgt ccgatttcac 180 gatgttacaa tccaaccgcg tattcgacaa caatgggaag aagtttcttc gcaggtgcag 240 ccacaagcag caagctattc tccagaggtt tctcagtcac aaagccaaaa tctaaaaccg 300 aatctaaaga agttgctgca aagaaacata gtgacgcaga gagaaggaga cggcttcgga 360 ttaattccca gtttgcaact ctccgcacca ttcttccaaa cttagtcaaa gtaagtttag 420 ctctgcattc aattacacaa aatgtttcac cagagaagta acactttttg tattatgttc 480 aatgaaacta aacagcaaga taaagcatct gtgcttggag agactgtcag gtacttcaat 540 Page 456 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaattgaaaa agatggttca agacatacca accacaccat ctttagaaga caacttgaga 600 ttggaccact gtaataacaa cagagacttg gcaagagtcg tgttcagttg tagcgacaga 660 gaagggctaa tgtcggaggt tgcagagtca atgaaagcag tgaaagcaaa ggcggtgaga 720 gctgagatca tgacagtagg tggaagaacc aagtgtgcct tgtttgttca aggtgtcaat 780 gggaatgaag gattggtgaa gctcaagaaa tcgttgaaac ttgtagtgaa tggtaaatca 840 tcatcagagg cgaaaaacaa caacaatgga ggatcgttgt taattcagca gcaatgagta 900 ttttgtttat atacttgtac atctctgttt ctcctagtcc attagagaag gtagatgtaa 960 aggtataaaa gcccatgtgt tattgaaatt gggtggatac ttacaagagt ctatatgaat 1020 aaaaatgatg caattctttc tttggagatg gtgtggatgt tataacaaaa tatgaatcat 1080 gtgaaatttt ttgtcccatc tttgttctta cccaattgta ccttttgaga tgaaatccca 1140 tggttgcttc tagtagatag ctttcttctg ggaaacaaag atttggttta ataagttgaa 1200 ccaacgaata actcttcaaa cattccccac ctacttctca tcaaacctcc ttataaatag 1260 aggattccag cacaagtctc ttcatcactc aaaccaacaa gaagtagtca aagcacaata 1320 cagc 1324 <210> 521 <211> 1276 <212> DNA <213> Arabidopsis thaliana <400> 521 ttgcttgttt tctgaatctg tgcgtgtctt ttttgaaatc gacagcgcac tccaatcagg 60 ttgcccatgc tccttccagt caggttgcgc agatcaattg tgggcattgt cggacgaccc 120 tcatgtatcc ttacggtgca tcatccgtca aatgcgctgt ttgtcaattc gtaactaacg 180 ttaatgtgat tattcctatc tattaagcca cctctgcatg gttgagttaa gtatagagat 240 ctttctgttg gaaattttca tttctgattc attttgcatc cttagatgag caatggaagg 300 gtacctctcc caactaaccg gccaaatgga acagcttgtc ccccctctac atcaactgtg 360 agttatcaaa ttatgaattt gtaatagttc tgtatattct tatggaactg gtacttactc 420 tgttcatcga tttttcattt taccaacagt caacaccacc ctctcagacc caaaccgttg 480 ttgtagaaaa ccccatgtcc gttgatgaaa gcggaaagtt ggtgagtatt tctatcacct 540 gtgttcttct tcttatttac cacattagag gaagatatga caaagtgact gaaacacaca 600 aattgcaggt gagcaatgtt gttgttggag tgacaactga caaaaagtaa tcaagaatga 660 gtgagatctt aaagatcaaa tccaaattct tcctctattc ctgcgtttgg tttgtgcata 720 ttacatacgc ggaaaaactg tatgttatat atctcttgac tcctttttaa cccaagagaa 780 aaagcttatc agaatctctt gttactgcat tattggggtt tattcaaagt tgaagacaca 840 aggtttttgc tcgaataatt tggcattctt ttgctccatg gaacttgacc ttctcttctg 900 tttgttgact tctaaaactc catcggccct tgtggcattg ttaatgtatg tatgaatata 960 Page 457 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atctgataca ccaaccaatc attaagattt gggtttgaaa tctgtctctt ccgtggatga 1020 gatatgctac atgtcacaag aactggtctt agctttggta gataagactt gtcttagagc 1080 aagtcttgaa atctggaaat ctattttgca gtaatcttgt cacaacaacc ataacctaat 1140 cagtcagtac cctccaagaa cattaaagtt agatgatccg acaaaacctc tcaacaagac 1200 caaactcttt ccatataaat actctttaac actgacacaa agtttcatca ctttctcttg 1260 atcactcact gcatca 1276 <210> 522 <211> 1272 <212> DNA <213> Arabidopsis thaliana <400> 522 cattttgaat gacattggtt tccagattta acttcatatg tcttgccaag taaaatttgt 60 acgcattgat atagtatcat ggtcctgact ttaagcattg gcgatgggta atgatattaa 120 tgaaatatcg gcgaaatttc ttggataaaa agaaaagatt cgtacgcatg aaaccaatat 180 gtgatgttgg ttccatattc acatagcatt tgtaaaattt agaataaaat cgagtttacg 240 tcagagccat ccaaccatta ccattaaaaa ttggatgaac tgatgaacag gttgaaccag 300 aaattgtcac tcaaagttag agcttggttg ataggttctt aagactaaac agttcctcat 360 cagtatgtaa tataatgaaa taatttaatc tctttgtgtg taaggtgtta actggactac 420 cactagactg aatttttaat taagtcttat cctatagtct tttcaataag ttcacaattg 480 caagtactta ataaacaaaa taattaatca gttaattatg acaaattagt caacatccga 540 tcacattcca cgttgtaaag ttaaatttta aggtagatac taatcatact tgtaaaatga 600 ataagatgag ttcttcttct tgtcacctct cgatcttgtt ttaagtagtt ggtgagatgt 660 gataaacttg taacatgcca ctgagttgtc aaagacaagc atctatacag ttattaaaaa 720 aaaaggttaa gcatgtaaaa atacacacac atgtcgtagt aaatatacac ctttttataa 780 ttaattatat tgtaacgaat ttgttgtttt gttataatat atagattaat gcatgatgtt 840 ttgcgattaa agccagacga gttgtaatat ccacagcctt gataagctct acatgcagtg 900 aacaatttta tacatttaga aaaaataatc actatctcga ccatatagac caggccacta 960 cattacagct aatctctgga tttacttgat aattaagaca aatatagaac attaaaatac 1020 taactcgatg cctcacctta gcctcctctc aaattgtcaa tatctagatg gagtgttaca 1080 tccacattcc taacagtttt tactctttat tttaatatat ccttcaacag atcatcatca 1140 gaataatcat caaatcatta ttatatattt aactagccca aattgtacca tacctatcaa 1200 tttaaatttc tctttctatc tactataaaa agtgactctc taagaactcc aaagattaga 1260 acattgaatt ga 1272 <210> 523 <211> 1264 <212> DNA <213> Arabidopsis thaliana Page 458 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 523 ataaacggtg atgttaatgg gcccaaaggc ttggcctttt agccttacaa aaggcctttt 60 agtatataac agctaaattt tcaaggaagc aaactgagaa gaaaccacat tttgttgttg 120 cctttgtata aatgactcgt cgtgttcatt gatcattagg ttcggattta tcgaggaacg 180 tcaaagagtg gtcggggaaa agagtctact aaccattgct ctatccacat gttccgattc 240 tgtgatagag acttgtaaaa aagtgtatgt agaaagagag catttttgaa gttagaaatc 300 gaaaactagg aactggattt actgtaccct tctggataat gatggtttga gatgtgttga 360 tttttttttt tggcgtgttt ctgaacaatg tgtttactaa gttggatatt gaaaagaaaa 420 aaacagctag atattgaaaa tttaggaact agacttactc tatgtttgtt gaggactatg 480 gttgttggag atataccaaa atttgataat atcaatattc aatttcagca atagtttctt 540 tgtgtgatgg catttagttg atccaattag caattactga tggaaagttt ttggcttact 600 aaaattcaac cattagtcta acctcactta ctaaaatgca accactatta ttttagtgag 660 gttccatacc ccctttttga acaaatcatt ttgaccattt tagtaatttt tggactaggg 720 ctcagtctca tattcgatgt gagactttta acaaacaatc ctcttagaag ttttaccagt 780 tggtatatgc cactatcatt tgctcttttt tctttctcat aacgtttata ttttctttct 840 gattttttat tttatttcta tatatataac tatatatttc aaaattattt ccccttttat 900 aattcataaa cgctctctaa aattttaaat acaattaaat caatcttcaa tatatgtttt 960 tttttgtttg tttagaagtc gaattatatt actatcacca attaaatatt acatagtcgt 1020 ctattttaag catttgaagt tttatttaat ttactaatat gaatgaatta aataaacatt 1080 gttagcagac tttatttttt cttaaattaa attttgttcc tagtgtggac acatggatag 1140 gagttgaaac ttgtatcaac gattcaacta ccagtttaaa aggacacatc tctgatccat 1200 ttgtctcttc catcttctcc tcttgtcaaa gtttcctcaa tacttcaatc ttgtaacccg 1260 ttga 1264 <210> 524 <211> 1331 <212> DNA <213> Arabidopsis thaliana <400> 524 ccaatacatt cgaacacgtg attgttcgtt aattttcttg attctgtaag agaaacaaaa 60 aatatagatg tccaactttt tttttcgggt gggaatatag acgtccagct tagctacgta 120 ctgaataatt caaagttcca aactagtata tattaataca attgacgata aggtcataag 180 gatcgatgga ttccaacgat tcgatacaag tattaatgaa ataagataac acgattgtga 240 cagcaaactc tatattgata tttctatttt ttaattagcc atgcgttgca cgatcaattt 300 acaaaataat aaaagaaaat gatcgatcaa agagcattcc attgaaattt aattccatcc 360 tgtaatcaca taattttggg cccaatccta tttttcaaat gtaacatgct attacatagt 420 cacatagaac atcctaaaat agggttaaaa tgtactttta tctatttgca attttgatat 480 Page 459 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttcctttct gaaaaagatt agtatatggc aaattatctt ttagataaaa gatcttttgt 540 tctgactata cattaattta ttttaaaaaa aaaacttaac agatatattt gcaaatacaa 600 aatgatgaaa aataaaaggg ataccataat ctaaaatctg acaaagaaaa tatacaaaaa 660 gtcaattacg atacttagaa aaagaactat atatttttgg gtagggaagt tcaaaaacaa 720 attaccgatt tgctgactat atgagcaatt attacatact tttatttatt tgtacaacaa 780 ttattacaca tacttgtgtg gaccaacatg attaatttta tattggccat atggtgcgta 840 gtaaatgtta taataacttg aaattaaata ataactaagc tcgactcgat atatagatcc 900 aaccagtagc ctctcttatt cacacctaat cttcatcttc atcttcgcat tcatagtctc 960 tacgatcagg taatccccct ctctctatct atctttcata tatgtgtgta tgtgtaaact 1020 atctatattc tgaaaataga tcaatcaatt gatcttttcc tatctcaatt gttttcacaa 1080 ccatcagttt gacttttgat cgtttaaggc tcgagagaat tatcattcac tgtagtaaag 1140 atagtttata ccaacaaacc catttggtgt tgaccagctt tcaacataag tatgagttag 1200 agctagaacc ggattagtat taatgttact tgtacctgtt catagtacta accaaaaatg 1260 atccaaaaaa atgaaaataa caaataaacc atttatggtt atcacagata gataaaagaa 1320 gtcaacaacg 1331 <210> 525 <211> 1374 <212> DNA <213> Arabidopsis thaliana <400> 525 ctctttattt gtcgtgactc gcgaacccct tttttattaa cgttttagtc aacacaacat 60 ttcattaatg ataattctac tactattagt ttgcaatgtt aactaaactc tttttacgtg 120 agaaaactta agattatcat ttccagacca ccgcaagttc cttgaaaaga ttgttatata 180 tataacagct gcatatctta atacggattt atgggcttta atttgaaatc aattgtatca 240 aataggtttg aaaaaaaaaa tcgtatcaca tacctttatt ttttgagtgt agtataagca 300 agcaatattg atgaatgcgt gagtctgcaa aatttaaccc caaaaaaaaa gtaagcaaca 360 atatatattc agcaatcatg ttagaaagta ttttaatcat gttgaactga acgatctccg 420 cgctaattag tattcctaag agacaccaat cagaaactat tggatagttc gacggtttag 480 aatttgtcca gttgagaatg gttttcaaac tattttataa aattttttta gcgaatttct 540 aaagttaagt tgaccagcac atcttgtggt taaatgtttc actcgtcgtt gaaaaagtct 600 tttcaacaaa atcttacttt ctggatataa ttaatatcat atgtacaaaa attgattaat 660 gggtcttaaa ctatttcatg tatttactat ttagatagag acgtttaaaa aaaaactatt 720 ttcgtgtctt tactatttag atagagatta cacgacatgg aaataatagt acatggtcaa 780 gtttatatac ggacgactct catgaaatcc tacaacaaga aaacaaagca acatatagta 840 taatgtgaaa tatacactgt taagcaacat attacgtatt atagttattt ttatgttaat 900 Page 460 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacgtacaat gtacaaattc tagtattctt cacctgaatt atttgatgct aaactacgta 960 cgtcgtggtt attttcattg ttctttaatt agccatctcg aaatataatt atttcaatgt 1020 tacaagattt tagtcgctct aataggatgt ttatgaattt aaaccgaccc aatccgactt 1080 gttttttctt ctaaaaaata ttatcttgaa aatgatttta ttaaattcgt tttcgtctta 1140 gtctaattca gctataaagt ataaacgtta tgaccaagtc cataatcaaa tcatcatagt 1200 atttctcctt aatcacaact acaagaaaag gaaatgggtc atgactttct tataaaacat 1260 taactaagat ttgaccaaac ataattttgt attatcaata ttacaccata aatacggcca 1320 catatcctcc tagtttcttc acacaactct cccctcaaaa cattccatca aagg 1380 <210> 526 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 526 acttccacca gaaaaggcga aaccaagagc tttgaattga atagtcaaaa ataattgctt 60 ctactcttca ttcttcaacg tatgcaacgt aacttgtatg attgtgcatt tatcattttt 120 tatcggcaaa ttttagcctt acacaaaaga cataataaag tatcatggcc ttttttgttg 180 acattgtcct tctcttgtca acaatcttcc tggttttaag atacatatgg atggttcaga 240 atgtcatata gtataatcta ttactctaca ctttgattga tgacattctt attccgattt 300 ttatccaagt cttttattag atgaaaatca actgttattt tataaaaaaa ataaatagtg 360 gatttaaagt gatttgagtg acatacatta ggtgaaattt gaaggaattt cttagttaaa 420 aaatcaaaga tgcaaatctt atagttttag gtgagatttt agagaatgtt aatagcaatt 480 tcctaaagtt cactaaaacc atctcaaaac tcatcaaaac taaaatcact ctcaattcat 540 ccttcaatac agcccctaaa actgagaatc attttttgtc aactaaaact gaaattcata 600 catttgatgg aatttgagta gccgccgggt aatggaccca accaaaggct cacatagtca 660 catggtacca agatttatag tgatattatg cgacatctct ctaccacata gtcacatggc 720 accaagattt atagtgacaa tatgcgactt ctctacttag ggccggcttt cagaaactct 780 agaagaacta gccactgatc gactatatta gagtagttaa ttttatcaat tacatttgaa 840 atgtttatct ctagtaagat aaatatcaaa caaacaaaac ttaatccaag gacttgtctt 900 catatcgtct attaagagtc gaatttaaga aatgaaaaat aaacgattca agcttaagtt 960 agttttagga aaaagacata ctgtttgctc catatagttt gtacatgtat taaatataga 1020 ataacaaaat attttaatgt ttgctccatt gacattacat gtattaaaca gtttaataga 1080 aaaacgaaca tttttgtttg ttcaatcatt gggaaatcat agaattgttc aaaatatgaa 1140 acaaaagtga gaaatatcaa ttaatataat agttctgttt aacaagaaaa ttgaatttag 1200 accaagtcca caatattcat cttgagtaag aacacgacca aaagtcaaac tcgtttcgaa 1260 atacataaat atgtaccccg ctatacaaaa aagaaaaaga catttacatc cacttatccc 1320 aatagacaaa tgaccaaact acccaacatc tacccctata tatacctcac cacctttgcc 1380 Page 461 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctctcaacca caaacaataa 1400 <210> 527 <211> 519 <212> DNA <213> Arabidopsis thaliana <400> 527 atggcgttcc ctaaggtata cttcgacatg accatcgacg gccagcccgc gggaaggatc 60 gtgatggagc tgtacaccga taagactccc aggactgccg agaatttcag agctctctgc 120 accggagaga aaggtgttgg cggtaccgga aaaccccttc acttcaaggg atctaagttt 180 caccgtgtga tccctaactt catgtgccag ggaggagatt tcaccgccgg gaacggaaca 240 ggcggtgagt cgatctacgg gagcaagttc gaggacgaga atttcgagag gaagcacacc 300 ggaccgggga tcctgtcgat ggcgaacgcc ggtgcaaaca cgaacggatc tcagttcttc 360 atctgcaccg tgaagaccga ttggcttgat gggaagcacg tggtgtttgg gcaggtcgtg 420 gaaggcttag acgtggtaaa ggccatcgag aaggttggat catcatctgg aaagccgacg 480 aagcctgtgg ttgttgccga ttgtggtcag ctctcttag 519 <210> 528 <211> 3065 <212> DNA <213> Arabidopsis thaliana <400> 528 atggatgaag agtacgaggt tattgttctc ggcaccggtc tcaaggagtg tatcctcagc 60 ggtctccttt ccgtcgatgg tgtcaaggtc tccttcctct ctttccccga ttcgtttttc 120 gtttttcttc tctcttattt tcaattgaac ctttgaattc atgattgaat ttcgcataat 180 tgctttgatc cggattcaaa aaaacggatc tcggtgagat tagattagat ctccccgatt 240 gtatgatctg agctcaggtt ttcgatcttg ataatgatga tgagatttga ttgtctagtt 300 tgagcatgga gatgattgaa aatgttttgg ggcttttaca tatgtacatt gacctcttag 360 tgttcccgcg atctgattat tggttttgtg gatgtgacga gtaggtgctt cacatggaca 420 ggaatgacta ctatggtgga gaatcaactt cccttaatct caatcagctt tggaagaagt 480 tcaggggaga agagaaggct cctgagcatt taggcgctag ccgggattac aatgttgaca 540 tgatgcctaa ggtattatag ctagctgcca tttgttttgt ttttatgcta atcttatcaa 600 tgtcacttac taactcttgt ctctcaatgc cattgaccag tttatgatgg gaaatggcaa 660 gcttgttcgt acccttattc atacagatgt tacaaagtat ttgtccttca aagctgttga 720 tggaagctat gttttcgtca aaggaaaggt acaaacttct catttgatgt atttgttgct 780 gacattttaa aatatcattt tgctgataac tcttaaattg ttgatgaaaa ttttcctgca 840 ggttcaaaag gtgccagcta ctcctatgga ggccctgaaa tcttctctca tgggcatatt 900 tgagaaacgt cgagccggca agtttttcag ttttgttcaa gaatacgatg agaaggaccc 960 aaaaacacac gatggaatgg atttgaccag agttacaaca aaggaactga ttgcgtaagc 1020 Page 462 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgatgttct aatgccttct agagtttatg gtgttactga ctttcaagtg aggatatacg 1080 tggctaacca tttatgtgac acttttgcag gaaatatggt cttgatggca acactattga 1140 ctttattggt cacgcagtgg cacttcacac gaatgaccaa catctcgacc aacccgcctt 1200 tgatactgta atgagaatga aggtgaaatt ttgtcagact tatctttctt gttataacag 1260 ttgtacattt agttctgaag cagctaagtt gatattcttg ctttaaatgg ctggctagct 1320 ctatgcggaa tctcttgcac gtttccaagg aacatctcca tatatttatc ctctctatgg 1380 gttgggagaa ctaccccagg tttttctgtc attctgacct ttgccttctg tatgactttt 1440 caagttttat atgattacat ttttgattct tctgtgactt ctctctctct cttctccttg 1500 ttcaggcatt tgcacgactt agtgctgtct atggtggcac atatatgttg aacaaacctg 1560 agtgcaaggt attttctctt tgtcttcatg acaactcttt gttttctttc ttgttgtgca 1620 agtctgcaag aggggaatgc accgtaagat tgtattggag gaacgctgta ctcatatata 1680 gcaatgttaa tcttatgcca ggtagagttt gacgagggag gtaaggttat tggtgtaaca 1740 tctgagggag agactgctaa atgcaaaaag attgtgtgtg acccttcata cctgccgaac 1800 aaggtaatat tgcagttctt agcatgttta aattttcaat tactgtgtcc atacttatcc 1860 acgtcaggag gatcgttata aagttgctgt tcatgaaact tgtgactttt gccgttggcc 1920 tgttcattat gttggttgat tgccatagtt tttatattca ttcacacact tagttcttct 1980 cttcttgtaa tgactagact gtggtcttgt tcaggatttt tggaaaaatc tattcctttt 2040 tgttgttttt tatatgatga ttaatcacat tcaaacaggt taggaagatt ggcagggttg 2100 ctcgggccat cgccattatg agccacccga ttccgaacac caatgattct cactcagtgc 2160 aggtcatcat accccagaaa cagttggccc gcaaatcgga tatgtaagtt tttaaacttt 2220 aactttgata agccagtggc tgaaaggact tgaaaagttg aaatacctag tgcatttttc 2280 tttttctttt tctgtgttac ataagctcca tctcaatcat tttgagatac gtttttaagc 2340 gtgctataag attttccttg gtacatgtag ccggaaaatg aaagtaatat tattcaggaa 2400 ccccctttag tccatagctt gaattgcaca tacacagaat aatttcgccg tagtgatgtt 2460 tgttttgtca tatgtaatca ctactctctc tcttttttgt tggatctgat gttgtgaaac 2520 ctctacactc tgacaggtat gtcttctgtt gttcgtactc ccacaacgtt gctcccaagg 2580 gaaaattcat tgcatttgtg tctacagatg cagagactga taaccctcaa accgaactaa 2640 agcctggaac tgatcttttg ggtcctgttg atgagatatt cttcgacatg tatgatagat 2700 acgagcctgt caacgagcca gagttggaca actgctttat ttcaacggtg agcgagatct 2760 ctttagattt tattgctgcc tactttaagt ttgatgggtt ttaagtgtct aaccctgtcc 2820 ttggtcctta cagagctatg atgctacaac acactttgag acaactgttg cggatgtgtt 2880 gaacatgtat accctaatca ccggaaaggt aaagtttgtg aaattcgcta cggatatttg 2940 ttgatgcggt ggaaagacat ctcaggtttc ctcgacattt ttcacaacaa gttttgtttc 3000 ttcttatgtt gcagcaactg gacctaagtg ttgacctgag tgccgcaagt gctgcagagg 3060 Page 463 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatga 3065 <210> 529 <211> 1850 <212> DNA <213> Arabidopsis thaliana <400> 529 atggcgaaag aaccagttcg tgtgctcgtt actggagctg caggtataac tttcatctat 60 atccgattag atcgtgtaac ttctagatct ctggctagtg aatcgcttgc tgaatctagt 120 cagatctctg catagtatct ggttgttcca tagatcaatg aaatataggt caactcttgt 180 tccgttggat tcaacgctga ccaacgattg attgagttgg tcgcatatct aattttagta 240 aaagttattt catggatcga actctgattt agaaaccgtt gtttatatag ttggatagag 300 tttaagttgt gactttagat ctcctcagct actgaaagta actattgatt gtgattatgc 360 aggacaaatc ggatatgctc ttgtacctat gattgcaagg ggtatcatgc ttggtgctga 420 ccaacctgtt atcctccaca tgttggatat tcctccagct gctgaagctt tgaacggtgt 480 taagatggag ttgatcgatg ctgctttccc tcttcttaaa ggtagttaag ggttttgttt 540 tgctgtggat atttgcattc cgtgtcataa gttgttttgt ataagtggga aaggagaaga 600 tgaatatttg atgtgtatta ttatcaggtg ttgttgctac aactgatgcc gttgagggat 660 gtactggagt caatgttgct gttatggttg gtggtttccc gaggaaagaa ggtatggaga 720 ggaaggatgt gatgtccaag aatgtttcca tctacaagtc tcaggctgct gccttggaga 780 agcatgccgc tcctaactgc aaggtgatac gatctgtttg ctttttaagt taaatgaagc 840 cactgcatcc aatcttctct gttcattgga gtgtaacaga tgctttgtgt tctctattgg 900 gttctagttt acgactctct tgctcacaca ttcgctctcg ttttgtcttt tttttttcag 960 gttcttgttg tggccaaccc ggcaaacacc aacgcattga tcctcaagga atttgcacca 1020 tcaatccctg aaaagaacat ctcttgtttg acaaggcttg accacaacag ggctttggga 1080 cagatctctg agaggttgag cgtgccagtg tctgatgtta agaacgtgat catctgggga 1140 aaccactcat cctcacagta cccagatgtc aaccatgcta aagtgcagac ctcgtctgga 1200 gagaagcctg tccgtgagct cgtcaaggac gatgcatggt atgtataaca tgccatagaa 1260 cttaagaccc tttctcttct ctggaagcaa aatctagttt cacttaaata tattgctcat 1320 tctgtaggtt ggacggagaa tttatctcta cagttcaaca acgtggagct gcaatcatca 1380 aggcgaggaa gttgtctagt gcgctctctg ctgctagctc tgcttgtgac cacatccgtg 1440 actgggtcct tggaactcca gaggttcata ataaaactct tccccgttat ttgcagtgct 1500 gtttttttgt aacagttaat ctaatatgag ttctttcttt gattcaaatt gtcagggtac 1560 gttcgtttcc atgggagtat actccgatgg ctcttacagc gttccatcag gacttatcta 1620 ctccttccct gtaacttgtc gcaatggaga ctggagtatt gtccaaggta aatatgacgc 1680 acttacaaac tcaaatgctc atcaattatg aaatcctaga ttctgcagac cctaatgtgt 1740 Page 464 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attttgtttg gttaggcctt ccgattgatg aagtatcaag gaagaagatg gatttgactg 1800 cagaggagct caaggaagag aaggacttgg cgtactcatg cctctcttaa 1850 <210> 530 <211> 32 <212> DNA <213> Arabidopsis thaliana <400> 530 cctcagcaaa taagaggacg ataaggatcg gt 32 <210> 531 <211> 33 <212> DNA <213> Arabidopsis thaliana <400> 531 gtttaaacgg ctgattttcg tagagcaaac gag 33 <210> 532 <211> 28 <212> DNA <213> Arabidopsis thaliana <400> 532 cacgcagaat ctcaccactg tcccttat 28 <210> 533 <211> 26 <212> DNA <213> Arabidopsis thaliana <400> 533 tcggagatta tcgccggaaa acggat 26 <210> 534 <211> 25 <212> DNA <213> Arabidopsis thaliana <400> 534 tacaaatcca aagagattcc agatg 25 <210> 535 <211> 25 <212> DNA <213> Arabidopsis thaliana <400> 535 cgtgagatct ctatcagact gaaga 25 <210> 536 <211> 1371 <212> DNA <213> Arabidopsis thaliana <400> 536 ctctttattt gtcgtgactc gcgaacccct tttttattaa cgttttagtc aacacaacat 60 ttcattaatg ataattctac tactattagt ttgcaatgtt aactaaactc tttttacgtg 120 Page 465 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agaaaactta agattatcat ttccagacca ccgcaagttc cttgaaaaga ttgttatata 180 tataacagct gcatatctta atacggattt atgggcttta atttgaaatc aattgtatca 240 aataggtttg aaaaaaaatc gtatcacata cctttatttt ttgagtgtag tataagcaag 300 caatattgat gaatgcgtga gtctgcaaaa tttaacccca aaaaaaagta agcaacaata 360 tatattcagc aatcatgtta gaaagtattt taatcatgtt gaactgaacg atctccgcgc 420 taattagtat tcctaagaga caccaatcag aaactattgg atagttcgac ggtttagaat 480 ttgtccagtt gagaatggtt ttcaaactat tttataaaat ttttttagcg aatttctaaa 540 gttaagttga ccggcacatc ttgtggttaa atgtttcact cgtcgttgaa aaagtctttt 600 caacaaaatc ttactttctg gatataatta atatcatatg tacaaaaatt gattaatggg 660 tcttaaacta tttcatgtat ttactattta gatagagacg tttaaaaaaa aactattttc 720 gtgtctttac tatttagata gagattacac gacatggaaa taatagtaca tggtcaagtt 780 tatatacgga cgactctcat gaaatcctac aacaagaaaa caaagcaaca tatagtataa 840 tgtgaaatat acactgttaa gcaacatatt acgtattata gttattttta tgttaatgac 900 gtacaatgta caaattctag tattcttcac ctgaattatt tgatgctaaa ctacgtacgt 960 cgtggttatt ttcattgttc tttaattagc catctcgaaa tataattatt tcaatgttac 1020 aagattttag tcgctctaat aggatgttta tgaatttaaa ccgacccaat ccgacttgtt 1080 ttttcttcta aaaaatatta tcttgaaaat gattttatta aattcgtttt cgtcttagtc 1140 taattcagct ataaagtata aacgttatga ccaagtccat aatcaaatca tcatagtatt 1200 tctccttaat cacaactaca agaaaaggaa atgggtcatg actttcttat aaaacattaa 1260 ctaagatttg accaaacata attttgtatt atcaatatta caccataaat acggccacat 1320 atcctcctag tttcttcaca caactctccc ctcaaaacat tccatcaaag 1371 <210> 537 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 537 acttccacca gaaaaggcga aaccaagagc tttgaattga atagtcaaaa ataattgctt 60 ctactcttca ttcttcaacg tatgcaacgt aacttgtatg attgtgcatt tatcattttt 120 tatcggcaaa ttttagcctt acacaaaaga cataataaag tatcatggcc ttttttgttg 180 acattgtcct tctcttgtca acaatcttcc tggttttaag atacatatgg atggttcaga 240 atgtcatata gtataatcta ttactctaca ctttgattga tgacattctt attccgattt 300 ttatccaagt cttttattag atgaaaatca actgttattt tataaaaaaa ataaatagtg 360 gatttaaagt gatttgagtg acatacatta ggtgaaattt gaaggaattt cttagttaaa 420 aaatcaaaga tgcaaatctt atagttttag gtgagatttt agagaatgtt aatagcaatt 480 tcctaaagtt cactaaaacc atctcaaaac tcatcaaaac taaaatcact ctcaattcat 540 Page 466 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccttcaatac agcccctaaa actgagaatc attttttgtc aactaaaact gaaattcata 600 catttgatgg aatttgagta gccgccgggt aatggaccca accaaaggct cacatagtca 660 catggtacca agatttatag tgatattatg cgacatctct ctaccacata gtcacatggc 720 accaagattt atagtgacaa tatgcgactt ctctacttag ggccggcttt cagaaactct 780 agaagaacta gccactgatc gactatatta gagtagttaa ttttatcaat tacatttgaa 840 atgtttatct ctagtaagat aaatatcaaa caaacaaaac ttaatccaag gacttgtctt 900 catatcgtct attaagagtc gaatttaaga aatgaaaaat aaacgattca agcttaagtt 960 agttttagga aaaagacata ctgtttgctc catatagttt gtacatgtat taaatataga 1020 ataacaaaat attttaatgt ttgctccatt gacattacat gtattaaaca gtttaataga 1080 aaaacgaaca tttttgtttg ttcaatcatt gggaaatcat agaattgttc aaaatatgaa 1140 acaaaagtga gaaatatcaa ttaatataat agttctgttt aacaagaaaa ttgaatttag 1200 accaagtcca caatattcat cttgagtaag aacacgacca aaagtcaaac tcgtttcgaa 1260 atacataaat atgtaccccg ctatacaaaa aagaaaaaga catttacatc cacttatccc 1320 aatagacaaa tgaccaaact acccaacatc tacccctata tatacctcac cacctttgcc 1380 ctctcaacca caaacaataa 1400 <210> 538 <211> 1307 <212> DNA <213> Arabidopsis thaliana <400> 538 cggatggttg aggtagtatg agtgaccgtg acgatcaaac gttctccaaa gaaatcgatg 60 tagcggtttt cgtggatatg gcgcttttgg attcttcttc tgatcctagc catttaatct 120 gcataaaagt gagtatgaga gagaagatta aatagatatc aatcctaact aatattcaag 180 aaaacataat atagatcaat aaattgatga gagtaaaaac acaaagatgt ttagaaataa 240 ttattgtcaa gactcaagtt tcttcaaaat atcaagaggc gcttggaata agacccttat 300 tctacaatac atcaatctat atagagataa agactaagca taatttttaa aatagaaaaa 360 atataaacgt aaataacact tttttgaggt aatactaaat tttctaaaca tgaaatgtta 420 caaatccaca atatttccat ataaatttgt aaataatatt ttgttagata atgttaaatt 480 ttctaaactg aaatattaac aaatccgtag tatttccatt attaaatctc gattttgttt 540 caatgggaga tttgaatttt gaaccaaaaa aaaaaaaaaa gatttcatca agatatctag 600 ggggatattt tgctggaata tagctttgat gagaatattt atattttgta tctctgaaaa 660 tcaagtttaa aggggaaatg attatgggtt gaaattttgc aatcaaaagc cctaatttgc 720 aaaaactaca taagtttttt gtttgggctg gcgctatcgg atccttttag gcttacattt 780 aacatctggt ccacttagaa agagtcacgt agtatatggt aattgtcaac ttgatttttc 840 aagttaaaag aaatatgtat caaaatgact aaaaagtagt gaaatattat gtatctaatt 900 tgtttattta ccaaattaat gctataaaaa tgttcaactg tacaattggc atggaataat 960 Page 467 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgaacataa atcatacatt attaagcact tttgcctacg aagggatacc aacttcatta 1020 gtttacattt tcttttgtgt tcaattgtta gctcaaaccc aattaagtgg ggaaagtaag 1080 aagcaacaac tcctcttccc ggacccctaa caaatcaact aaactcaata tcaaaccatt 1140 ttaaaagagc tcatcattaa ctagctacta attattctta atcaatcact gcttaataca 1200 aagcactata tatacacttg tatcttccat tagtttccca ccacaactac aaaacattcc 1260 aatacacaac acacaaagca cacacttttt ctttctttta aacccca 1307 <210> 539 <211> 1324 <212> DNA <213> Arabidopsis thaliana <400> 539 ttccctccaa tgtcctactg tctccttctc tgtgtgttac catggtttta cttcaccatg 60 taagtctctc tcattatcaa aattcatctt ctctgttttc ttcctcctct gaatcaatcc 120 tttgtttatt tcttgtgttg tgtgtgatgc agttagagca agggatgcgt ccgatttcac 180 gatgttacaa tccaaccgcg tattcgacaa caatgggaag aagtttcttc gcaggtgcag 240 ccacaagcag caagctattc tccagaggtt tctcagtcac aaagccaaaa tctaaaaccg 300 aatctaaaga agttgctgca aagaaacata gtgacgcaga gagaaggaga cggcttcgga 360 ttaattccca gtttgcaact ctccgcacca ttcttccaaa cttagtcaaa gtaagtttag 420 ctctgcattc aattacacaa aatgtttcac cagagaagta acactttttg tattatgttc 480 aatgaaacta aacagcaaga taaagcatct gtgcttggag agactgtcag gtacttcaat 540 gaattgaaaa agatggttca agacatacca accacaccat ctttagaaga caacttgaga 600 ttggaccact gtaataacaa cagagacttg gcaagagtcg tgttcagttg tagcgacaga 660 gaagggctaa tgtcggaggt tgcagagtca atgaaagcag tgaaagcaaa ggcggtgaga 720 gctgagatca tgacagtagg tggaagaacc aagtgtgcct tgtttgttca aggtgtcaat 780 gggaatgaag gattggtgaa gctcaagaaa tcgttgaaac ttgtagtgaa tggtaaatca 840 tcatcagagg cgaaaaacaa caacaatgga ggatcgttgt taattcagca gcaatgagta 900 ttttgtttat atacttgtac atctctgttt ctcctagtcc attagagaag gtagatgtaa 960 aggtataaaa gcccatgtgt tattgaaatt gggtggatac ttacaagagt ctatatgaat 1020 aaaaatgatg caattctttc tttggagatg gtgtggatgt tataacaaaa tatgaatcat 1080 gtgaaatttt ttgtcccatc tttgttctta cccaattgta ccttttgaga tgaaatccca 1140 tggttgcttc tagtagatag ctttcttctg ggaaacaaag atttggttta ataagttgaa 1200 ccaacgaata actcttcaaa cattccccac ctacttctca tcaaacctcc ttataaatag 1260 aggattccag cacaagtctc ttcatcactc aaaccaacaa gaagtagtca aagcacaata 1320 cagc 1324 <210> 540 Page 468 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 1276 <212> DNA <213> Arabidopsis thaliana <400> 540 ttgcttgttt tctgaatctg tgcgtgtctt ttttgaaatc gacagcgcac tccaatcagg 60 ttgcccatgc tccttccagt caggttgcgc agatcaattg tgggcattgt cggacgaccc 120 tcatgtatcc ttacggtgca tcatccgtca aatgcgctgt ttgtcaattc gtaactaacg 180 ttaatgtgat tattcctatc tattaagcca cctctgcatg gttgagttaa gtatagagat 240 ctttctgttg gaaattttca tttctgattc attttgcatc cttagatgag caatggaagg 300 gtacctctcc caactaaccg gccaaatgga acagcttgtc ccccctctac atcaactgtg 360 agttatcaaa ttatgaattt gtaatagttc tgtatattct tatggaactg gtacttactc 420 tgttcatcga tttttcattt taccaacagt caacaccacc ctctcagacc caaaccgttg 480 ttgtagaaaa ccccatgtcc gttgatgaaa gcggaaagtt ggtgagtatt tctatcacct 540 gtgttcttct tcttatttac cacattagag gaagatatga caaagtgact gaaacacaca 600 aattgcaggt gagcaatgtt gttgttggag tgacaactga caaaaagtaa tcaagaatga 660 gtgagatctt gaagatcaaa tccaaattct tcctctattc ctgcgtttgg tttgtgcata 720 ttacatacgc ggaaaaactg tatgttatat atctcttgac tcctttttaa cccaagagaa 780 aaagcttatc agaatctctt gttactgcat tattggggtt tattcaaagt tgaagacaca 840 aggtttttgc tcgaataatt tggcattctt ttgctccatg gaacttgacc ttctcttctg 900 tttgttgact tctaaaactc catcggccct tgtggcattg ttaatgtatg tatgaatata 960 atctgataca ccaaccaatc attaagattt gggtttgaaa tctgtctctt ccgtggatga 1020 gatatgctac atgtcacaag aactggtctt agctttggta gataagactt gtcttagagc 1080 aagtcttgaa atctggaaat ctattttgca gtaatcttgt cacaacaacc ataacctaat 1140 cagtcagtac cctccaagaa cattaaagtt agatgatccg acaaaacctc tcaacaagac 1200 caaactcttt ccatataaat actctttaac actgacacaa agtttcatca ctttctcttg 1260 atcactcact gcatca 1276 <210> 541 <211> 1264 <212> DNA <213> Arabidopsis thaliana <400> 541 ataaacggtg atgttaatgg gcccaaaggc ttggcctttt agccttacaa aaggcctttt 60 agtatataac agctaaattt tcaaggaagc aaactgagaa gaaaccacat tttgttgttg 120 cctttgtata aatgactcgt cgtgttcatt gatcattagg ttcggattta tcgaggaacg 180 tcaaagagtg gtcggggaaa agagtctact aaccattgct ctatccacat gttccgattc 240 tgtgatagag acttgtaaaa aagtgtatgt agaaagagag catttttgaa gttagaaatc 300 gaaaactagg aactggattt actgtaccct tctggataat gatggtttga gatgtgttga 360 Page 469 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttttttttt tggcgtgttt ctgaacaatg tgtttactaa gttggatatt gaaaagaaaa 420 aaacagctag atattgaaaa tttaggaact agacttactc tatgtttgtt gaggactatg 480 gttgttggag atataccaaa atttgataat atcaatattc aatttcagca atagtttctt 540 tgtgtgatgg catttagttg atccaattag caattactga tggaaagttt ttggcttact 600 aaaattcaac cattagtcta acctcactta ctaaaatgca accactatta ttttagtgag 660 gttccatacc ccctttttga acaaatcatt ttgaccattt tagtaatttt tggactaggg 720 ctcagtctca tattcgatgt gagactttta acaaacaatc ctcttagaag ttttaccagt 780 tggtatatgc cactatcatt tgctcttttt tctttctcat aacgtttata ttttctttct 840 gattttttat tttatttcta tatatataac tatatatttc aaaattattt ccccttttat 900 aattcataaa cgctctctaa aattttaaat acaattaaat caatcttcaa tatatgtttt 960 tttttgtttg tttagaagtc gaattatatt actatcacca attaaatatt acatagtcgt 1020 ctattttaag catttgaagt tttatttaat ttactaatat gaatgaatta aataaacatt 1080 gttagcagac tttatttttt cttaaattaa attttgttcc tagtgtggac acatggatag 1140 gagttgaaac ttgtatcaac gattcaacta ccagtttaaa aggacacatc tctgatccat 1200 ttgtctcttc catcttctcc tcttgtcaaa gtttcctcaa tacttcaatc ttgtaacccg 1260 ttga 1264 <210> 542 <211> 1331 <212> DNA <213> Arabidopsis thaliana <400> 542 ccaatacatt cgaacacgtg attgttcgtt aattttcttg attctgtaag agaaacaaaa 60 aatatagatg tccaactttt tttttcgggt gggaatatag acgtccagct tagctacgta 120 ctgaataatt caaagttcca aactagtata tattaataca attgacgata aggtcataag 180 gatcgatgga ttccaacgat tcgatacaag tattaatgaa ataagataac acgattgtga 240 cagcaaactc tatattgata tttctatttt ttaattagcc atgcgttgca cgatcaattt 300 acaaaataat aaaagaaaat gatcgatcaa agagcattcc attgaaattt aattccatcc 360 tgtaatcaca taattttggg cccaatccta tttttcaaat gtaacatgct attacatagt 420 cacatagaac atcctaaaat agggttaaaa tgtactttta tctatttgca attttgatat 480 tttcctttct gaaaaagatt agtatatggc aaattatctt ttagataaaa gatcttttgt 540 tctgactata cattaattta ttttaaaaaa aaaacttaac agatatattt gcaaatacaa 600 aatgatgaaa aataaaaggg ataccataat ctaaaatctg acaaagaaaa tatacaaaaa 660 gtcaattacg atacttagaa aaagaactat atatttttgg gtagggaagt tcaaaaacaa 720 attaccgatt tgctgactat atgagcaatt attacatact tttatttatt tgtacaacaa 780 ttattacaca tacttgtgtg gaccaacatg attaatttta tattggccat atggtgcgta 840 gtaaatgtta taataacttg aaattaaata ataactaagc tcgactcgat atatagatcc 900 Page 470 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaccagtagc ctctcttatt cacacctaat cttcatcttc atcttcgcat tcatagtctc 960 tacgatcagg taatccccct ctctctatct atctttcata tatgtgtgta tgtgtaaact 1020 atctatattc tgaaaataga tcaatcaatt gatcttttcc tatctcaatt gttttcacaa 1080 ccatcagttt gacttttgat cgtttaaggc tcgagagaat tatcattcac tgtagtaaag 1140 atagtttata ccaacaaacc catttggtgt tgaccagctt tcaacataag tatgagttag 1200 agctagaacc ggattagtat taatgttact tgtacctgtt catagtacta accaaaaatg 1260 atccaaaaaa atgaaaataa caaataaacc atttatggtt atcacagata gataaaagaa 1320 gtcaacaacg 1331 <210> 543 <211> 1344 <212> DNA <213> Arabidopsis thaliana <400> 543 cccaaaaaga atcgggtatt taatagttct aaaaatttat acatgatttt atccaaactc 60 gaaaaaacca aaaccgaaat cgaaccattt ttatatttac cctattagat tttattttat 120 ttttcctatt tcgaacacgg atggttccta ccagattctg ccctaagttt cttaatgttc 180 agacctattg ataagtatga gttttatcaa tgagcatcaa gtaaaagtga gagtcttgat 240 tctgctttaa aacatgaaag tttttattgt ataatatgga tatcgaagag gctaattcag 300 atatataaaa ttacataata cctgatttat tagagtccat ataatttaca taagactttc 360 cacgactaat ttatatagtt aaaatactat atttgattat atttttagta atcgtgaaga 420 ctcgttcata tattgatata cagtataacc tctataaatt aatactctat aaattaataa 480 cctctataaa ttaataaatt attccggtcc cgagttagga ccagtgtaaa aaatgacata 540 aatcgataaa ttaataagat aatatttttt ttgaaaattc tatgtaaatc tatggtccta 600 tcaatatcat aaattaataa ttgtataaat gtatcaacta tatatatata tatattatgt 660 aaaaaaattc tttataatat atttattata cttttttgct taaattcata tttgttcttt 720 gtttgattat agttttcata ttttactgta tcaaaacttt tagtgttgtt ttctaaacat 780 tattattatg ttttacttgt aactggttct agaaatatat attctataat gaaggaaatc 840 ttatagaaat ttttaaaatg ttaccaaatt aggaaaatct ctctataaat tgataaatat 900 taatttatcg ataaattaat acctctctaa attaataaaa tttcgcagtc ccaacattac 960 taatttatag aggttttact gtaattcgta aattttgaga gtagttttta accaacttac 1020 accaccaatt tattagagta catattttga ttttcgatat gcaatcttgt taccaactaa 1080 gttgttaatt aggaccatat actcttagaa attgccagct aatttgaaca atgaccattt 1140 aagtgttttc aaataatcaa atcatatcca tataaaaata attagtcaac taatccccta 1200 ttaagaaaaa tcaacaatta aaacattctc atttcctcct aatgaatacc ctataaatac 1260 ccactaaaaa cttacatttc tcccaccaat ctcaaagcaa attaaataca ctactacttc 1320 Page 471 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgagctttt aaactacaca aaca 1344 <210> 544 <211> 1272 <212> DNA <213> Arabidopsis thaliana <400> 544 cattttgaat gacattggtt tccagattta acttcatatg tcttgccaag taaaatttgt 60 acgcattgat atagtatcat ggtcctgact ttaagcattg gcgatgggta atgatattaa 120 tgaaatatcg gcgaaatttc ttggataaaa agaaaagatt cgtacgcatg aaaccaatat 180 gtgatgttgg ttccatattc acatagcatt tgtaaaattt agaataaaat cgagtttacg 240 tcagagccat ccaaccatta ccattaaaaa ttggatgaac tgatgaacag gttgaaccag 300 aaattgtcac tcaaagttag agcttggttg ataggttctt aagactaaac agttcctcat 360 cagtatgtaa tataatgaaa taatttaatc tctttgtgtg taaggtgtta actggactac 420 cactagactg aatttttaat taagtcttat cctatagtct tttcaataag ttcacaattg 480 caagtactta ataaacaaaa taattaatca gttaattatg acaaattagt caacatccga 540 tcacattcca cgttgtaaag ttaaatttta aggtagatac taatcatact tgtaaaatga 600 ataagatgag ttcttcttct tgtcacctct cgatcttgtt ttaagtagtt ggtgagatgt 660 gataaacttg taacatgcca ctgagttgtc aaagacaagc atctatacag ttattaaaaa 720 aaaaggttaa gcatgtaaaa atacacacac atgtcgtagt aaatatacac ctttttataa 780 ttaattatat tgtaacgaat ttgttgtttt gttataatat atagattaat gcatgatgtt 840 ttgcgattaa agccagacga gttgtaatat ccacagcctt gataagctct acatgcagtg 900 aacaatttta tacatttaga aaaaataatc actatctcga ccatatagac caggccacta 960 cattacagct aatctctgga tttacttgat aattaagaca aatatagaac attaaaatac 1020 taactcgatg cctcacctta gcctcctctc aaattgtcaa tatctagatg gagtgttaca 1080 tccacattcc taacagtttt tactctttat tttaatatat ccttcaacag atcatcatca 1140 gaataatcat caaatcatta ttatatattt aactagccca aattgtacca tacctatcaa 1200 tttaaatttc tctttctatc tactataaaa agtgactctc taagaactcc aaagattaga 1260 acattgaatt ga 1272 <210> 545 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 545 tcagtatctg aacccgcctt gggtattcaa ggacaatgat aatgatatgt ctcctgtttt 60 gaatttaggt cgatacaccg agccagataa ttgtcagata agtagtggca cggcaatggg 120 tgagttcgag ttatctgatc accatcatca aagtaggaga cagtacatgg aagatgagaa 180 cacaagggct tatgactctt cttctcacca taccaactgg tctctctgac ttgtctttgc 240 Page 472 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcagagaat cttcttacaa tgaacgattc tgcaatatct tatctttttg cttctttgtt 300 tattctgtta tctgctatca ataaaccaga caattgttgc cagataatgg cttttgattt 360 tgatttgttg ttttatctcc atgaaaatcc aagttatgag atcagattga tttctttagc 420 acatcaaggt tccatataat gaatctataa tcatcctagt atattagtca aagcaggagc 480 taacattacc ttttaactta aggcttaagc catagcatta tcatcagctt tgctcaaact 540 caacatctta aacacttaat tagactcaga gatctatcga ccaacgaagt gaactgcttt 600 ttccccaaaa ccctaaccac ccactttcaa agattcgtcc tttatggatt tagctcccct 660 gtttccaaat gaaacctcaa aaaacttgaa ccatatatac tcatcagaag acaacttaac 720 tatggcagct tttcaaatat gattcttatc tttataaaaa tctttcgtca gaaacagtaa 780 aagtaagacg atgatagaga cctttcttcc taaagatctc tcatcatctt tcatggtcgt 840 cagagctttg ctacagagac gtgaagagag aatatcataa atgggctata taatgggccc 900 taagaggccc acatgaattt ccgtatgatt cttgtaattg ggctttctct ggctctactg 960 actcgtctcc tgaagaacaa caacaaaaca tatttcattg agctcctcca ctgaatcgct 1020 ctcatccttc gcttcttcga attccaaagg ttagactttc ctgaatcctt caataatctc 1080 tcttcgttgt cttctgtaac atttcttcta ttgttagtga tggattccat tattttcctt 1140 gtgttacaac tttgatgagc tcaatgcttt cacaaactag gtttcggaat ttttgtttca 1200 atccaatgtc tctatttggg tctttaaacc agattatatt gaagatctgg aaaatgggtt 1260 tataattttg taaagaccgc gactttgaaa acttcaattt ggtgaaattc tttcaaatcc 1320 gcatcttgta aaaatcacat ttttatattt ttgttgattg atcttgttct ctgttgaatg 1380 tttaacttgt gtgcgttagg 1400 <210> 546 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 546 atgtgtgtag cgaaaaccaa tgacaacgtt aattgactca tacactgcac aatgttgaaa 60 gtgtttcaaa gtgagatata gagagtcaca agaagagtac gaaaagaatc aaagtaaaac 120 tccgaaaaaa gtcttttgaa tgcaagagat gtgaaaaatc tagagatgtg gttgtgaact 180 ttgattcccc tattgtgcgt tggtttcagg atggacatgg tatacccaac acccctcaag 240 gtttgaagag ggttttgatc gtcagaacaa gctgcgagaa agccgatgtt taatatgaaa 300 cattagctcc taaacgaaag agactaaata ctgtgaagaa agtcactaag tttattgaag 360 acaatgaaca attcaaagac atgaagattg aagaggtttc ttttaccgca cccaaacagc 420 tgaaagggaa aaagttctaa ataatgatgt tatagttgtt gatattaaaa cttgaaaaat 480 caacaagtta aggaaactaa agagacagaa taaaccttaa cttgttgatc ttttcaagtt 540 ttgttatcgg taactacaac atccttactt atattttttt cttttcagcc gtttgggtgc 600 gacaagagaa acctcttcaa tcttcatgtc tttaaattgt ttattgtctt caataaactt 660 Page 473 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agcaacttcc ttcacagtct ttagtctctt tcgtttagga gatactgttt cataataaac 720 atcggctttc tcgtagcttg ttctgacgat taaaaccttt tataaacttt gaagggtttt 780 gggtattacc atgcccatcc cgaaaccaac gcacagtatg gaatcaaagt tcaaacacat 840 ctccaggttc ttcacatctc ttgcattcaa aagacttttt cggtgtttta cttcgaatct 900 ctttgcattg gatcttaata atgtttgagc cgaccatgtt ctacatatga tgaacaaaac 960 tcaagcacta gcgattatta aggctttttt tttatttcta tcgatctttt ttttttacct 1020 attgataatg ttgatgttga aatactcaaa catggaagtg gaattcaaaa atacaactaa 1080 agatctgttt tcttagtaca tacagaattg agaaacagag agatgaaaaa tgccaagagt 1140 gtgaacaaaa gtccacaaaa caaaagcctc tgacggagaa ggaggctttt aggtgttacc 1200 caaacaaaac gcacacaata cggcgtcgtt tagaatcaga aaagacattt ctttatggtc 1260 acttgattct ctcttccttc atcaatcaat ctcgtctcct ggaaaacatt agggagcctc 1320 tcagatcctc aagaaaaccc taa 1343 <210> 547 <211> 1329 <212> DNA <213> Arabidopsis thaliana <400> 547 gggactggcc atagacgagt tattcaggca agcacaaact acacctttgt catactgctt 60 gagccttacg tgtgtgatca tttacttacc tttatgatat atacccattt tacaggtccg 120 caagggtgac ccaattggga attttctgcg ggctgttcag cagcagcttg cccctgactt 180 ccgggagatt cggacggcat cagtggagaa tttactatat gtaaaggaag atcttattat 240 tccacatgtg agaacccttt aaacttacca agttatcctc cctttactat ataggactta 300 acgataacat ggggtatttt tttgtaaatg tagcaacaca gtttctatga gctgatcatt 360 aacaaagcga gggggaagag tgggccggta tgccttgtcg acactttttg aaattcagtt 420 tatatagaaa ttgtaaccga gactcacttc tcctacattg ttcttgttaa cagctgtttc 480 actttgatgt gcatgaagac gtgagaacaa tagcagatgc aacgatagag aaagacgagg 540 tatgtttccc tgacccgatc acatgagaaa agagagtagt ttgatgatgg aaagttgttt 600 ctaaagcatt gtaaaatgtg gtgttaatga agtcgcatgc gggtaaagtt gtggagaggc 660 attggtacga gaagaacaag catatattcc ctgcttccag atgggaggta actctcaaat 720 aatcttttct ctgcactttt cattctcagc tagactttga atcttattgt tttgcattat 780 aattgttcag atttacgacc cgacaaagaa atgggaacgg tacacagtcc atggggatta 840 attctggacc agaacatgct tttgatggat cgtttgttga catgattgat cagatttggt 900 gtaatagtag tggaatgttc atggcatttt taatgctcat tcttcttccc tcaatgtacc 960 attacactcg ttttttaatt tttcttaaaa taatggaact gtttgatttc tttagtaccc 1020 gttattttgt gatttttcat gtcatgtgaa aatttagtat gagatcttgt gattacaaat 1080 Page 474 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttataatgag agcacacaaa ttaagaatgt tagaaaccaa tttgtgaatc ccctgatgta 1140 tacaaggcaa caaaatcaca cgaaataaat tgagagacca gacaaaacgc tgtcgttttg 1200 cgagggtttc tatggttgtg ttgttatctt ttttttttca gaaataaatt aatttagtgt 1260 gaaagagcaa aagcataaat agcatcgaga gagacactgt tctcattcat tcgcaaattc 1320 gttgaccat 1329 <210> 548 <211> 1319 <212> DNA <213> Arabidopsis thaliana <400> 548 tttgtcacca aaatcagaca ggcaaagctg gctcaagcat cgcttaaatc cctgtaaaac 60 gcaactatgt aattaatatt gagatatact tgttgctttc tgactctgat ttcattcact 120 cggcagcatt ctcgtgctct cggctgctgt tgccaaatct tatggtatct ttctcaaaaa 180 gctcatagta ccgttgtgtc tccaacagac tttcattgat gtaagtctta taggtactac 240 taagatccat aatatgtaag gcctcacttg cttctttccc atcataccat atggctcttt 300 ctctttttcc acctcccggt actgaataac agcatgttgc ttgctacaaa atgtgtgatt 360 agtaggaatg tcggatcttt ctctcacgtc caaagaggta gcaaatttgg taatgaatgc 420 aaagtgtctc tttcagtggt tcaccatcct taaaatgata aagtctccat ctttctttgg 480 gttttctatt atctacggga ttattgaaga ggagtgtgat acctttgtat atgttggttt 540 cttcagcaag tttcctcgat agctcaaaac atcgcacacc atgtttttca atcatcaaac 600 atgaatgaag tagcagctat cgagattctc tctctcgtcc ggtacttagc caacaccctt 660 cctccgaatc tctgaatgtc agattgatgt ctcctggcac ttggaggata atctaagcag 720 acatggatgg gtcctaatcg atcaagatag tatcttccat ataggtctca agagtttgag 780 aagatgtctt tcaccgtttc atgcggaagt tgactcctta ctttaagcaa ttgaatgcat 840 gatcgtaatt agtgatatat ttggagtttt cgcttccggt tactctgata tgatatcttt 900 cctcgacaac tataacgaat gaccaatatt tgtaatagag atagtctatt ttcgatctct 960 catttgtttc tttctttttt taacattaca ttttttcata gaattctaat actcacagat 1020 tgtttaatga ttttttctta caaaaagtat cattcagata atttaataaa aatggtatcg 1080 cagtgccttt atttaccttt aggagtaagt tttctttctt ccgatatcct aaattgttcg 1140 acacgtgtca atcacgaaac cacaaccaaa aaaccttgtc gtcttctcca atcataaaaa 1200 aaaaaaaaaa acagtgtccc aatttgatca aacaaaacaa attcataaat tcggagaaga 1260 gaacgaaaaa tcttcttgtt ggcaaatctc cggcgagatc atctttctta ttttgttcc 1320 <210> 549 <211> 1305 <212> DNA <213> Arabidopsis thaliana <400> 549 Page 475 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgatggtcac tgctggagaa aatatgggca aaaagagatt catggatcca aaaatcctag 60 gtgattatca ttcattcatc atctgggaat ttcaaagttt taatttttct tttgctatat 120 ttgctaaatc ctatgtctct gtttttgttt acagagcata ttacagatgc acgcatcgat 180 tcacacaaga ctgtttagca gtgaagcaag ttcagaaatc agacacagat ccttcccttt 240 tcgaagtgaa gtatctcgga aaccacactt gtaacaacat cacatccccg aagacgacga 300 cgaacttccc tgtttcattg acgaacacga acatctttga aggaaacaga gtacatgtta 360 cagagcaatc ggaagacatg aaaccgacca agtccgaaga agtgatgata agccttgaag 420 atctggagaa caagaagaac attttcagaa cgttttcttt ctctaaccat gagattgaga 480 acggtgtgtg gaaaagtaac cttttcttgg gaaatttcgt ggaagatctt tctcctgcaa 540 catcagggtc tgcaattacc agcgaggttt tatctgcacc tgctgctgtt gagaattccg 600 aaactgcaga ttcgtatttc tcgtctttgg acaatattat cgatttcgga caggattggt 660 tgtggtcgta gctttgaata attgatttgg tgaatgtaat gtctctctct taatggcagt 720 aattatagat ggtcagttta atttaagggt tattagttat tacttattag tatagtaaaa 780 attatttttg ccgatggata aaaattggct tataggacta aagttacatg attttggcct 840 ttttcattgt ttttcagcag ggtttatgaa ttatgatttc cctatgaagt tggattgtac 900 tttatgacaa ttaataaaga aaggatttta tataaggttt atttgtgagt taaagttgtt 960 aattcttatg attaaattga tagaaagaca tttcaaatgt cacattagta tgattgactt 1020 atgaaaacgc tttgtaaaag tgatgcaatt attaggatga acagattaaa aagtggaaaa 1080 ctcttccatc tttcaaattt tcaagcagtg taaaaattaa ttccagtcaa aagaatataa 1140 ttttttcatt tacaactttt tgtctaagaa aagaacatat cgtcattatg ggccatgagc 1200 ccagataaaa actatcaagc ccagcttcga gaagagactc tgtcgatttc atcatcataa 1260 gaatctttca gatagtcgga gaagacgaaa acgaaagttc cgaag 1305 <210> 550 <211> 1358 <212> DNA <213> Arabidopsis thaliana <400> 550 ttaagtgatg tttgcaactt ttaatgcaac atttttttcc agcatatttt ataattggtt 60 gaaacaattt aatttaattt aaatttggtg ttttcttaac ttgtatataa aaaccttaaa 120 tgtcaattga aatgatagag agagacatta ctatattatt gtgaaaaagt atcactattt 180 ctaaagaatt gttctagtaa aaattggtat tagttaattt tcagaccatc ataaaaagat 240 gatttagatt agtgacaaag aataatcctt caaaaataca tatttcgaca caagtatact 300 tggtatcaaa atctgtaaaa aaaaaatcag agccatgacc aaatacaata tgttaagttc 360 atgtgacgtg agataataaa ttgatttgat tcactttcca attgtgttta taattaacgc 420 attaaaaaca ctaaaaagca aataaataaa tgtagccgaa taagccgatg gaagtaagaa 480 ttgaagtcca aaagcaaaaa cctatagatc cggtggacag tcaacagtgt catttaatcc 540 Page 476 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctataaatag ctcactccct tgtcatccac aaatcgtccc cgtctcgttt ccttcttcgc 600 tcgctgttca gattttgctt tgaggcttta ggctccccag atctctaatc gccgcaggtt 660 tcgctcttct tctccgtctt attgatttcg agtttttagg cgatgctttt acgggttttg 720 ttgttaaatc tgaaacgaaa tgagattttt ctatgggttt cgattcagat ttgataatat 780 tcgaaccttc tacgcctgtt attataatta gatctgcgat agtgtgtgac tattgaaatg 840 agattctcaa gttcttaggt tatatcgttt gtgatttata cagatttaaa acgtatgtgg 900 atccgttaat tttccagtgc tgtgtagcag atctgcttaa taggtttatc ttttttgcaa 960 atgattttga ttttcgcatc gatcgtgtac tctatgtagt agtagtagta tatgatttga 1020 taaatgtagt agtagtagta tatgatcgtg tactgagcca taaatgagcc ttcctcgtta 1080 attattgtcc atgaattgtt agttaagctt gaaagttcct taaacgttta attagatcct 1140 tatcactgac tgttccacta tgaatatcag aagaatcgaa tctctttgga tgagatgcgt 1200 ctgtttttat gctattccac aatgatttgg aatctttctt agctttttat gtcacttgag 1260 tgtggaatct tttttttttg ttctcttcct ttcaattgta aaaagtttgt tatatgtgta 1320 tgatttttat gtggttgctg attcaatttt tctttttg 1358 <210> 551 <211> 1301 <212> DNA <213> Arabidopsis thaliana <400> 551 tgtggagatc agtgcctgat aaagatagca ttgcaatgat aatgtatgat gtgcaacgca 60 taagacaaca attgacatca agcacacctc ttctggtgac tggaaatcaa actaataagt 120 tagcttatga acttgcacta gaaacactag tttcagaaat cagcataagt atcgaagaga 180 aagctctaac atgtgacaaa aattaaacgt ggaaagtacg taagctgcag gtatcatctc 240 taatcacatt ctctagactc tagctactat acattaattt taatttatcg tcgtggaatg 300 ttgattatgt ttacgcctaa tgttgtaatt tcatggttga tggatatata tagatgtggg 360 tattcctttt gctatatgtg tggagtcgaa tggaaacaac ggctaggagc tggtggttgc 420 attcatagca aagcagagat ttattttatc attatttgtt ttgcagtctt gtttggagtg 480 aacttttgtt tctttttgat tgctacttta atcaattggg ttgtgaattt attcaagtga 540 tttacccaga gacttgtaaa cgggacataa aaagaaataa aacctttcat ttctatgtct 600 tatgattgca tgagtagccc aaacatctat ggtctagtgg taggagaaga tttagggaat 660 agtgaaactt gtagatccga gttcgatcct ccctgaaaac aaaaatcata tttgttttga 720 gaagtctctc agttaggcct tgggtcaatt ggtttacctg gtagttagaa atgcagccgg 780 tctgactatc ccctttcatt agtcggaaaa catttcaaat tcagaacaga cagtatggta 840 gtccttcggt gagaagtcca ctctaaaata tttcggtgcg tttctgccga ggctgaccag 900 attagccggt agggtttatc aaaaaaaaag aaaaaatgat tgcatgagta cttctcaatt 960 Page 477 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcacgttg tcacaacaac ttgttacatg cgactaaaca aattatattg aatccatata 1020 cagatttgcc aaatactatt tctatttggt cccaattagt gatgtttata tggatttaat 1080 agcccattta gttatatggg tctgttgtta aaaaatagcc catgtagacc cgtttatgga 1140 aaaagataaa tgggctttaa tttcgacccg gcccaaaatt acaacgtgtt caacaacaac 1200 tctattatac aaacagacta cgtcgttctc ttccactcat ctgaaaacaa aatccaattc 1260 tctctctctc cctccagatt caaacgatcc gatccaaaac 1301 <210> 552 <211> 1368 <212> DNA <213> Arabidopsis thaliana <400> 552 acccatttgt ctgccaacat ctcttttggc tatatactca tgaaacttta aaaaatcttc 60 ttatttgtat gttcgaaact ccctgaaagt ttcagtcttc ttatgtatga caagaatcgc 120 gagagactat gcaatgaacc taatcaaata taactcttct caagaaatga tatgaaaaag 180 attcatgaac ataagagttg gtccttggaa agcgacctct tcaagtcttc attaattaga 240 cattgattca ggtgcttagg agttaggaca atgtaaatta ataaacaaag gtggtgctta 300 aggcggtcca tgacgttgta gaaagtattt ttttttcgta taagccgact atatacatat 360 gtgtttttca tttacttatc gcaaataaga aacacacact aatcaactat ttgtaaattc 420 aaattcacca aaattattta tgttatatgt tgaacctacg aaactcatag acacagaata 480 aaacataagt gaaaagactg aattaaacac ttacttataa gtgaaaagac tgaattaaaa 540 taacaaagaa ttatcaatag tatttttaat aaaattaaac atttaaaaaa taaacttatt 600 tgaggacgta acctaaaaat ctctatatag ttgtttttga cgaatatgag ttttattata 660 agactaattt ttccaagaga taaatttata aaaaatatta aatacgtaat attttttaac 720 tccaataaaa tattgtaatt tcaaaccaaa tatttattaa ttaaaatgtg taatgagata 780 cttacatatc atctagacaa gttgagattt tctttatagg gttttgtaaa aatttgatga 840 tttttaacaa gaagaaatcc ataggaacta ataataaaaa atacaatgca atgatattta 900 aaaaaacaac aactgcattg cagtgaattt catcaaaatc cattaaaaca tttccaaact 960 caaatagaaa caacttcaaa accttaatcc aaaatgttat agatagatat gcaatagctc 1020 ttaggcctag tacatagcta gatcttgtaa ctcgtgaagg caaatgattg ggacgttggt 1080 tcggttctag tggtcgggct cagcctggcg gaaaaaattg ttatgggtct aaggcccata 1140 aagtggccca gaaataaact cgtcgtattt acacacgttg tcgtttctct tatcttctag 1200 aaaactgtat cccgtttttg ttcttgtact ctacacaaac agacaacttc aaattactca 1260 acaccacgtc gtgaaaatcc gatctacgtc tctgtctctc tccaatctct ctgcgccaca 1320 gaattgtgcg atttacgaaa atctctgaaa cctccgatcg ttaacggc 1368 <210> 553 <211> 1340 Page 478 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 553 aagttgttgt catttaccta ttcccaacac atatattcta ctccacctta agaatatcta 60 tttccttttg tcattagaaa cacttatacg aacctgttac atatttgcaa ggtcgtatca 120 atatgtttat cgacataatc gttaggatct ttgggtttct caatgtttaa tagtctttta 180 cctctcgtta attagatata aagattggat ttatatacat aaatacaaat ttaaaattag 240 cgtttcaata tcatattatt atggatgtac aatgtatggg aataatgtaa agcttactca 300 aagccaaagg gcgagatata ttatgcctaa tggggtatta ttttaatgtt taacgtatgt 360 gatcatgaaa gcgacaaatg cgtaatggag gattttgttg cttggatact gttcggcaaa 420 gtagcttttt ttaattcaat tatttcgtat tattattgac aacttggctt aattatttag 480 tgttaatcat tttgtttgtc aacaattaca aacatctgca caataacctt tgatgtgact 540 tcatttttgt gtagggggtg atataccatt tcttattcaa aatattgaaa tagtcctcag 600 tgtaagaagt agagttttgg gatcagcagc catatgtcct cttcaaatta tatatgttta 660 taaagttatc taatgcttta aaatatgcat agcttttttt ctatttttta taaagtaatt 720 taatgctttc aattgtactt atagatgtaa gatattaggt ttaaatttta atctctggcc 780 tttaattttg acaaattacc tttgaacttt tgaatttgga gattgtaatc atacatcaca 840 cagaatatca catatttgaa tacttttaat tttttgaaat ggtataggaa atgaaaaatg 900 taaagcttct tattgaatga taacacacat atgtgatgag aataaaaaag aaaagaatac 960 agaatttatg tgacatatat cttattcaca accatagtat tgatccattg attaacatat 1020 caaggaaagt aattataaag ttaaaggaaa aaaaaaaaaa aaaaaaagct aaacaaaaaa 1080 caaaaaagga agagacaact aagcgcgtgt agttcacaaa ccagaagccg agagtcggtt 1140 aagaaaccgt cttaagctgt tcttggacac gctgaagcaa atttaatcgt gtataaaact 1200 atccttcttc caccttctca ttatattcat ttccatcttt ctaatttatc tttccatttc 1260 cgagccgttg agaatttttt ctgagagata atttaacaaa tttcttcttc ttcttctgtt 1320 tctgaaccac caaatctgcc 1340 <210> 554 <211> 1354 <212> DNA <213> Arabidopsis thaliana <400> 554 aattcttatt aggcgccaca atgcaaggtt cttaagacat aagtggattc agaccgatat 60 aaaaaggtct ctctacaaag aatattgaaa agacaaagaa ttcatgaaaa gagaaacaac 120 ctccttggct taatccacag ataaacacgt tttctggatt agttccttct gcaatctcct 180 ggtctataat ggcatgaaca ttcttaactg cttcaagcac gctgctttca tcaattggag 240 agccctaaca tacataaaag ttgcacactt attgtgattt cataaaatct cttgaaaatg 300 caagagtgct ctgctcttta cacaatctgc tgaacaagtg ttgattctag ataatgcgtc 360 Page 479 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ataaggttta acaaaccaaa aggtgctaac ttggagctac cagcccatta actatttgcc 420 aattcatact ataagaggcg ttagatagat caagagtgaa gtgaagtaat accactttaa 480 aaggaagttc aggaacgtca aaccaagaac gcatcaccgc accgtctgca caagaaagta 540 tagaaagaca taagcttttt tcagacacat atggattaag agacatgaca ccaacagata 600 ccacagagaa atcaaagata atcaaattgt gtacatttga ctaaatgtct ttcaaattaa 660 cagaatgtga caaatctcct tcacatcaca gaggcaaata ataacgctaa atcaaaatgg 720 catgaagtgg agaccgaacc ctgtagccca aatcaaacca taaaccatga acaacgaaat 780 caatgaatgc aaatcgaaaa tagaaaagga agaacgtact gttgcaggta accggattga 840 atggagcaga agggaagagc caactagcgt tacttaactc cgaggatttg aattgagttt 900 ggatgggttc attagcaggt ccagaatctc ccaacccgtg aagccacaag atgaaagttc 960 gagccatcgt gcttgagttc cgtgaagaag aagaaagaaa gataaagaag atgaaaagtg 1020 ctcactatcg ataggcttcg tctgtgtatt ccttcgcatg ttaaaatcgc ctgaaacttt 1080 gccatttcaa tggcgatttt gtctctcaaa gtcttcgcga cgactttcaa agtagaaact 1140 acaaagtcca ctaggacaag agtgaaaagt accaaaatac cctcggttgt cgttttatgt 1200 ccgaaacgac atcgtacata gctgcagccc ttttttgtta gtgttttaag ccagacaggg 1260 agagagaagg gagaagaatc tcgcgagaga cagaaaggga cgattattgg ttggtgaaat 1320 ttagagcatt tttgggaatt gggtaaactt ttcg 1354 <210> 555 <211> 1369 <212> DNA <213> Arabidopsis thaliana <400> 555 tttttgaccc cttctgggga agaagaacat gagcatcgaa acagattaaa ccccatttga 60 tgacagagtt ttttcaaaca caaacaatac aatgaaactt tggataatag ataagaggaa 120 ttcgaagaga cagaacaaag gaaaacgaag agacagagca atggagaaaa aagtttgaag 180 aaaaaataaa agtcttgctg tttttctcta ttcaattttt ttttagattt gatgttatta 240 atatcatcca ccaatattaa tttaggtaaa taatattacc ttttggagaa agaaataatc 300 caaatataga ttagtcgatg attcatgtaa cactttaaaa acttgaaaaa aggttcatag 360 gggagaagag agacagtgtc aaacaaagag ggagagcata attatggcat tctctaaatt 420 aaagttgact tattaaattg atacatgaat acactctcta ttttttttca catttactga 480 taagtgataa cattagaagc acttttacat tgttcttttc tttgactcga atggattttt 540 ttaaaattaa ttaaaaccat tggatatgct tcattggttt gtattcaatc ctttgggatt 600 ttagtgttat gtcaaagatt ttgagttatc taacttttta caacaaattc attaattata 660 tgtaacagaa tctgtgcata tcccatgatt atgaaatgaa atctacataa gattaaccat 720 gcatataatg ctatttctag aaaaattact ataaaaatac caaatgaagt tccattgatt 780 Page 480 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cattgtacta tatatggtaa cttaaagtaa taaatttaca gtctttgact catgtaatta 840 gttaaaatat aatatggtag ctatttttat agcctatcag aatcaaaata aatttagatt 900 ctttgactaa tctgacggga aaggttaaaa aaaaacagat agagagtttt ggcgtaaatt 960 acaccggagt caaactttgt tccaatttaa aacgaactta actaatttaa ttctatccaa 1020 aagatatgtg tatcttgctt aagtatagaa gataattcac ctaaatttta gcatttggta 1080 gtttttaact ttctgttaat gttaaaaaaa aaaaaaaaaa gtagtgcttc tttttttact 1140 gtctaaactt actaacattt tccaaaacaa ctaaacatag cagatagcgt tccatatcat 1200 ttatgtaacc caaggtctag gcccaagccc aagcccatat gagggcgata cactgaaatg 1260 gcaatgtatg tggggaaaac attgtgaagc taagtccgag tagtcactta accggagatc 1320 ggagactcat cgttgcaaca acaacaaatt tcagaagatc cgaagacga 1369 <210> 556 <211> 1297 <212> DNA <213> Arabidopsis thaliana <400> 556 aggaagcatc catcgaatag agagagcgag atcacatata tactgatata catctcttgc 60 tatagcaaag tagctgttat aatagtgact tctctgtaat cttttgtttt ttttgtttca 120 tcaactaaaa ttaccaaaaa taataacaat gttacaaaca ctcaatcaca tcgagaaaag 180 taaagtaaaa ttgtgaaaat ttgtttagta cttaaaaagt taggaggagg aaaaagtgta 240 catcttattt tgaaaacaga cactacgcaa acaaccatgg atcagacgac gatgatccac 300 aacagtcaag gcaaacaaga gatagatagc tcaacagacg atgaagatag agaagatgga 360 acgagacatg cagacaaaag aggacttgaa aaccgtggcg ttgggcacct ctaagatcaa 420 ctacatggat cctaggatca cggtcgcatg gtgcaaacgt catgaagcac ccattgaaaa 480 ggtagttaat tatatacaaa acttgaatat tgatctacca tgaaacaaag agagtcctct 540 aataaagttt tttttttgta atggctggtt cgttaatgta gatattcaac aagtcacttc 600 tggagaaatt tgcgtgggca atggacgtag aacctcactt cacattctaa tatgcattgc 660 actgcagcag ctgatgagag tttctctata aaacagagca aagcaggcta catttttttt 720 cttccaagta gataaattct ttttgtttgt atctttattt gagatcatgt cttctttttt 780 tttcgtatat acaattgttc attgtttgct tgaattcaaa tttagtctgt tttataaaaa 840 atgaaaccat aatccttact attttaaacc ataaaaaaaa agtcaattgt aaatacaaaa 900 caccaaaggc caattaagat ttattccaac tggaaggata gagcaaaaaa aaaagaataa 960 tctggtgcaa aaatgactta cacaaatcaa taagttttcc aaattttgtt tctttagcag 1020 aaaatcaaaa atgttatttt ggtcacaaat gtaaaaattg gtataaacaa ggttttaaca 1080 aaaaaagaaa aatatatata tacaaaggca aaattacccc tgagaaaatc tggggccttg 1140 acacgacgat cctccatcat cctcttcctc gaggaacttc aattccaatc tgtgagatct 1200 ctgcacaaca tcttgtctat tttcaatcga aacctctgtg agatcgcttt tgatttttgt 1260 Page 481 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aattctcgtc gcaggatatc tctctcattg ggatcag 1297 <210> 557 <211> 1399 <212> DNA <213> Arabidopsis thaliana <400> 557 cttggaagca ttcaagagag tcgtggagag tgtggctcag cgtctcaatg aacagcccgt 60 gatcgttgct cacagcgaaa acacctttga tgggagcggt atcaggaggc tcttgtccaa 120 taaattcgaa ttcgataagg taaactacca tacatatata tgttatctag cttttatgct 180 aaaggaaaac tttttaaatg atggtaacga gtgatgatga tccggaacgg tttggtcgca 240 ggcgctaaac gttgccatgg agacgattcc aaaagaccgt cagggtaagg tgtctaaagg 300 atatctacga gctgtgcttg acactgttgc accatcggcc actttaccac caataggcgc 360 tgtgtcccag gtaaataatg ccccgtctaa attattttgt cttttaaatt gtttattttg 420 cctttgaatt tacatgttac aattatttgt taaacaaatg aaaccagaat tagtgtttta 480 atcaaaaatt attagtgaat ttttattttt attttttgaa cggcattgat tagttaagtt 540 tgtttttgtt tataagatgg ataatatgat aatggaagcg ttgaagatgg tgaatggaga 600 tgatggaaat gtggtgaagg aagaagagtt taagaaaaca atggcagaga tattggggag 660 tataatgttg cagctcgagg gtagtcccat atcggtttcc tctaactcgg tggttcacga 720 gccgctcacc tcggctacct ttctgccgtc aacttcgact gatacagagg agccttcaaa 780 ctaatcatag aagggaataa gcagcactag cagcaacaaa tgttatatgg ttttgacttt 840 tgagtgttta cccccaaaag ttttagatta atgaggaaaa ccgtctttac tttcagatgt 900 ataaaattga aagtttgggg tttcctcttg ttggtgtggt gattctactc atgccttttt 960 tttttttttt ctaatgacca tgggatgcaa tgtttactct gttttttaat ttcgttaaaa 1020 tttgtttacg tttatgatgc ttgaatggct atgatgaaac atttgagtta tctttaaaag 1080 tgtgaaataa atattctgaa gttaattgaa gaatttgaaa atttgattac aagagcttgg 1140 ctaaaactac aaggagacca gattagtaca aaaacttagc taaatttaat taattacggt 1200 cattagcaca aaaaaataat ttgtttttat tatattatta ttggtaagtg gaaacacaaa 1260 agaggaccaa aaggtccaaa aacgaataaa ctgtatctct cattcgccgg agtttccagc 1320 cgtttctttc cgattctcgg atttttcctg ggaatcaaac gcatcgccga gaatcggaag 1380 agagggataa ggtacccag 1399 <210> 558 <211> 1400 <212> DNA <213> Arabidopsis thaliana <400> 558 aagattctga aagcaagtga cgatgatgat tcttttttgt agttcttaca accaaataag 60 aactaaattt tattttgttt agtcatgtct atttaattac aatttaagtt aaaattacaa 120 Page 482 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tataaattat tttttattaa ctagaaatga aaataaaatt ccaaatttat tttggttttt 180 agaaagaaat aaaacaacag aaaaaaaaac tttttaaaaa atgaatgtat tattcactag 240 tgaaagtgag aatctttagt ttccaagctt ctttatcatc ccaactattc caatctttgg 300 ttcggtttac atggttttaa aatcaaaatt aatttgggtt cggtttgcat tatataatta 360 atacggtttt gagaaaaaaa aaaaaaaaaa atgctttcga gatcacgcgt tggtattttg 420 gaaacaaagc gagtagatta gaaataaaca tgattttgtg ggtttacccc tacagaaatt 480 gatgacacgc gcgaaacgcg aggtcggtgc atctggttat gaaatggagc gcgtgaggtg 540 aagttggtgc gagtgggcga attccggagc actctgattg gctgaaaaaa tagaaatagt 600 agtgatgttg ctcctcctct cctcctctat tattaatttt tcgtcgttct tcttctgaaa 660 gttgtgtggt ttttagaggt caccaaaaaa aatctatttt gagatactaa aaatatttcg 720 ttttgcattt tgttgtgcag ccatttgtta cacaggttga agcttataac tgaaaattgg 780 attcaaagaa tcgtagatga agaaatcgaa gtgagttgaa tattttctga acatatgaaa 840 attggaacaa gttttttctc attttgctag tttcctgttt ttatgttttc ttgactttag 900 gagatgacat atggaggtga actatacaaa ggttgttgca acgataacat tctccttaat 960 tcagtttttg caactcggtt acaagcactc agtggacttt tggccaagac aatttttttt 1020 tttttttctc tctctctaaa atgttataga tacgaatcct ttgttgaata aaggaaaaag 1080 ttgaacattt gattgcacat aagactttaa cataatccaa ctttttttta tatgaagcta 1140 caaacaagat ttaaaacatc aaagattcca tctaaacttc attcatcttc aatcttcaac 1200 atccttcaat gactagtatg tatgtacata agtaaaattg ttgataagaa aacaaaacaa 1260 tgatgggcta aaatagccca taaaaggccc attaaacttg ggtttagact ttagattcaa 1320 cgacgccaga ttagtgagtc acataaccct cttggaaaga gtctcaacac ttgcagagaa 1380 aaagaacaag gaagatcccg 1400 <210> 559 <211> 1283 <212> DNA <213> Arabidopsis thaliana <400> 559 tcaccagaaa aacaaaaact agaaaccagg aaaaacttag gaaaatcata gagttaagca 60 aagttaatca acgtcattaa gttattatat ataactacat tctatataat ctctgtttcg 120 tcattgtaca ttttggtgac tggaagtttt tgtcacgtgg taaacaagaa cgtattcgcc 180 aacctaaaga ctcaatcctc tttgtctaca aattaaatac attatcacga aaaaagcttt 240 atgtattata accaaactac tttattctct caaaactatt gcattggtgt gcaaatacgt 300 tttctcgaga tgatatcatc aatcttaata tcaacttcaa cttttaaagt aaagcaaacg 360 taaattaaca cggtcgttct agctttgtag catcgaaata gttttaaatg tcaaaaaaat 420 gagcgaaata atttattctt aattatcttt gccagatttt taaaaacctt taagcatata 480 Page 483 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taattcaact aaaagaattt taactatttg tgactatcta gacttgaagc aaaaagtcaa 540 aaatgagtag acataactca attcctgctg ttgatccata actcaacaaa tatgtgttta 600 acaatttttt tttttggtca aacaattctt tcagttgtaa gctagaatat tacaagatag 660 atgagattaa agaaatagtc ccaaatagca agcaacaaaa ctaaaacatt aacacaaaca 720 aattctaaaa tagagacaca aacttaacaa agcttgatac aatgaaacct caatgaatta 780 atactcgata tactaatacc ttaaaatatt ttttctagtt ctaaattaat aatttaacct 840 aaaaatatca cttctataaa ttaataatta cgataattta atgaaattta gtaaaccatt 900 aatctcaata ttcttaattt atagaggttt tactaaattg tagaaacaac taattcgagt 960 acatccctga attaataaat tttagaaatg tgaattaacg aatacttttg ttcttgtgaa 1020 tggttaaaaa aagttactta tcaagacaag tatgaagtat cacgtgatta aacgtttaat 1080 gacaccaacc taatgacaat ttgtttgatt tatttgtcac ctaactagag actctctcac 1140 agtcaacgca gcttatgtgt catagtaaga ctttttgtct actatagtag aaagacgaat 1200 ttataacccc tttaggtttt ttctaacaca cgcctctaat ctccgcgcac acacacacac 1260 cctcacgaag aagaagaaga cga 1283 <210> 560 <211> 1396 <212> DNA <213> Arabidopsis thaliana <400> 560 tcagaatcta tgggagggga actcaaacta atgactacaa atcatatgga ggagacaaaa 60 agacttggaa ttatttttag gaatcattca acttataagt gttctcattt ttttgttgtc 120 cctttagaga ttagatttta aataagttgc gtcaactata caaaaacatt tcttattttt 180 attctatcta tattgcatca ctaacatttt tttcctttct atttctgtag tttaaaagac 240 tcgggtcttt ttacttcttt gtttagtggt tattattaca ttaagaagga aaaagtaaaa 300 caaatcatca tataaataag aggacgataa ggatcggtct tcagctataa acaagtaaag 360 aaagttgaga ttcgaagact ctttataagt cattggattt gtagtaaata acaaattaac 420 aacacaacaa attaacaaca catatactac aaattcgagt taaaaacccc aatataatat 480 atgcatcgac tactaaacgc gtttcaatga ctggtaaaca tatgtaacta tctctgttac 540 atattgaatg aatgatgatg taatagtaga tgctaacata agctcacaat tatttgaata 600 attaaagtca taaataaaaa tcatctataa tgcgtgtaag cttgcataaa aatacagtat 660 ataactttta tttaaaacta ttaagtatca acatcaatcg gaaaatgatt tgcttttgaa 720 gttattacaa ctagtttatt aaaaaaattg ttatcatcat ctcgatttta ataatgctat 780 atatacttag tcttttattt attgttattg taatatgcga aaatgacttg caactgagtt 840 gcttacgggc aaacctgacc aagatgtggg aagttcgaaa ctgcaaatat gtataattct 900 taataaaaaa aaatatatcc tacatttctt catttttttt ttaaaatact aatatttgca 960 tactttgttg attgagtttc tgaaaaatca taattgagtt tttaaattag ttggtttgta 1020 Page 484 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgcatttgac aacttccaat ttcttttaaa tatatcactt ttcatatatt cttgtagagc 1080 tataatttta caacaataat tgaaatgtcg acccaaaaat atacatttaa aggcatttcg 1140 ctgataaaaa tccagtttag atgtatttgt attatagggg aaaacaatta tattattggt 1200 taatatttat tagtcgatat tgggtacata tgtatgttct tttacgatta tgccatcaaa 1260 aaatttatta gccattcgag aaacaaggca tctctatttt tttgcttctt ctaatagact 1320 tcttcgtcac tgatctccca cgacgatctc ccaaactcat ttctctacgt tcatcgatct 1380 ctctctttct cgtttg 1396 <210> 561 <211> 1367 <212> DNA <213> Arabidopsis thaliana <400> 561 tcgtgaaccc atccatattc tttgcttgac cgcttccata aacaatccac cccgaagctt 60 ttacatcgtg atgtctttgt aaatttagga aaacacagac acagttggtc aatgataatc 120 attacagatt ctaaaagaat ttggtagcca ctagtcaaag aacttaaaag gcaagattta 180 tcgggacatt aggacaaggt aaatgaatgc attataagaa aataaaaaaa ccctttaaca 240 ttttgtttaa tagaaaagaa gtagaggttg attagttatt gttaaagtaa aatgtgttgg 300 gcttgtcttt tcctcaaatg tcgcgaagct caatggtata agcgaaagag aaagcatagc 360 atgatgggcc atatataaat aaaaactcga gtatgctaca aaaacaaggt ttcaatgcac 420 tcatatctcg tttaacattt tctaatttta ttcttttcat gtgtccccca ttggcttggc 480 aataaagttg aatttgtatt gatttatatc tcattctcag tacgagctaa aattcttaat 540 taaaatgaaa aatatgctat aaacaattta aatgattgca agtcccacct tgaacaacat 600 cagttaatat ttttccgtag catgttgcat atagcataat tttggtctta agtaacacca 660 ccacctcaca cgtacgtacg accaattatg catgtctcaa atccctccat gatttctata 720 tggaagacca aggtttcaag attagcaatt ttaacggatt aaaaccggtt caagatttta 780 ttttttattt atttttgcta aatcctacaa tttggtctca tgacaaaaaa aatataaaaa 840 catagaaaca aataacaatg aatctatcga catcaacaaa agcaattaaa ctttccgaat 900 caatgaagcg ataaccggta gtatcttcga gacttcatat acgatcaaaa tgctaaagta 960 actattcata atcttttatt aataatgaat tatcaaagct tctataattc atacgacaaa 1020 gacaaaggaa tagcaacaag ttatgttcat ttcgctgtcg tttaattcaa caatgaaacg 1080 ttaacgaaac gattttgtcg agatttttaa acgtcttttt caggttctac ggctaaaatt 1140 cctaacattt catcacctgt cgttatcgtt aatatcgtcc ttgtcagcag aaaaaaattg 1200 aaatcaggat aagttgataa cttctatgaa aaaaacatta tcttacaaaa atccaaatac 1260 tccgacttaa ccgggtcgga tcctggtgag tactagtatc tatctcatta caattcatat 1320 ccttccttca acattcgatc atcacgaagc caaagaacaa tttctcc 1367 Page 485 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 562 <211> 1287 <212> DNA <213> Arabidopsis thaliana <400> 562 tgatacgtta cgccttccta tccatccgtc aacgattaaa tccaatcgtt caatatagag 60 atccaacggc taataacgaa acattagccc acacgaaatc tccttttttt ttgacgggat 120 tatacagtgg gcctccacct gtaattgtcc atttaggaga cagcgcggtt aatttagcat 180 tatccctcct cacagtcatc tctttcttcg caaataaatg taaccatctc tcttctcgtt 240 ttcttcaaca aaaatcctca tttctctgag aatctggtgc tttagctttg gtgagctctc 300 tttcttatga aacttatcga ttctcttctc gttgattgtc ttatactttt agttctctgc 360 ttaatttatt gtccttaata ctcgtggatt tgttcataaa tcgttttctg agcagttagg 420 taagagtttt gttaccgaat ttcatgttct tcgattttga atctggatga ttgtatgatg 480 tgattagtag actcgcttag attttgtgat ctgtgtatgg tttgtggcta attttggttt 540 catcggtggt atgaatttat ttggggtttt aggtttgttt gattacgtaa tcggactgtt 600 tacttgaaga tttatcgatt atagttgtga tcgtttttag ttgattgaga agaagaaaat 660 aaatttcatg ctcttgttat tgtcgcgatt gtggcgattt tcagtgtctt atgaatcaat 720 tatgttgcat gtgagtcttg gtgcaattga gattgtttcc tttttttact agattgcttg 780 tcttattgaa caaaactttc catttatgtt gaaaaggttt ataggaacgg atgtttaggg 840 ttttgttgta atctgggtat ttgctttctg atttcggcaa gcaaatgtcg atttcaaggt 900 ttatatcact ttctctagca aaagaagtct ttagtcattt gcaaagtcaa gagagttttt 960 actttattta ttgcttccac gctattgctt cgtggctgat tgagagagac caattaaact 1020 aataatttgt agtttgtaca atatattgcg tgtaacattg tccttcgtta tctgtttgag 1080 gaggaggacc gagttagcct atttttagtc actttacaaa ttttctttta tgttgcatca 1140 ttcaatatga actctctgat ataaatatat gtatacatac tggttgactt ttatgggtat 1200 ggttctctgc tttttttctc tgtgatggtc tcttgattct aactttcttt gttttatgtt 1260 tttggttttt gttgtcaatg aataggt 1287 <210> 563 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 563 gtgaggtcat attcaggacc gatccaacaa tattgagggt tttactccaa gtaaaatttt 60 agttttattt ttaattatca taaacgacat aaatataata tggaaagatc acaaatactg 120 attaaaaact aaaatcatca aaacgaaaag gaaaaaagaa aaaattgggt tcaactctca 180 tgagttatta aacattttag gttttaggct taaatcttta aaaaaaatca gaactgaaaa 240 acgaaaaatt ctaattttat tttggactct gattcatagc ttatgtcgct tatgtagtta 300 Page 486 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgctagggat gaatctgtat ttcgttaccg taatgagagt tcgatactct cttacttgtt 360 acgattctgg agcatgttac atttttttct ttccgtcaac aacaacttta atatggtaaa 420 acaaaattta tttttatttg gctggtccta ctcaagacaa atcttctgcc gacatcacat 480 aatcatatta aaaaccataa cttctgccac tctgtttttt tttttttttg taaccattaa 540 ctgattggat tttgatccat ctcatctgat tttttagctc aacaatttac ttgcacattt 600 tctatttggt tttatttata cttagttaca tatatgatta tcgaactagt atctctttat 660 aattaagtat ttttctattt ttttttaatt tagatttttg tgaattcatt tacagtagaa 720 aactgtaaaa ccatatggtc taattataga atgaaaactt caacgaatcc atacaactta 780 ttggctaaat ataataaatc tgcttgaagc atattgttat tatttagttg gatttgacga 840 tctctgactt taatgtatac cgacataccc tatgatttag atgttgattt ttcccattct 900 taatatatcc atgttaagag attccaccat aacatatcta attatttgca ttgtaataaa 960 tattatcatt aaaaaaaaat acaactggac agctggctcg tcccattgtt tcttacgtcc 1020 accaattaca tttgttaaag caaacttatt agaacgttca tgtgtgagaa gttggtgtcg 1080 acatgtgtct aaggtctatg tcagaaatcg gattagctta ttaagtaaac tatactatat 1140 cattgttaat atagataaaa tatctagttc gtccaaatta aactattttc ataactgcca 1200 cgtggcgtaa acgtatccat cgagtcactt gtaatatctt tataaccaaa gtcttccaac 1260 acattcatca ccatctatct actctttact ctcttctctt ctcacatcaa ttattcatag 1320 ttctctcttc tccggcaaga aaa 1343 <210> 564 <211> 1043 <212> DNA <213> Arabidopsis thaliana <400> 564 caacttaacg acctgccatt ctgtagcgta tagcataagc acacaaacct tgtgttaaaa 60 agtgctacac taaagaaaag ggtttacaca tacaacaata tattacgttg gaagctgtat 120 atcctctgac gccgcattaa atgcgtctga tacgtatctc catctctctt tgctcgcgct 180 ttttattgtc acatccggga atttttctaa taattttctc ttatgttttc tttccaagtt 240 gctccgatat gattattgtg attttaaaac atcacatgtt gtttccgtag tacttgtgct 300 gtttaccaaa tcgtagtact tctgctggtc atagattcaa ggtaaaagcc cattcacctt 360 gttgaataat caatccagta caatactcac ccgaaaaagt taccagccca atatcgtggt 420 atatactcca tttcaatact aatttttttg ttttttaatg attatttttt taaaaaaaaa 480 atgaaataaa tcctttcata gtacatgctg ctgcagttgt aaattgcatg tattttatga 540 aacgttcagt acaaacttag aaagttgtag taatgaaagc tctaaattga gatctacact 600 cataaatagt tcatgcttta tttagtagta actgcataag taatgcatgc tttttttttt 660 tgatacgttg taatcattgc cctacaatct ctagctcccc tacatctacg agtctgctgt 720 cgggaatatg gttttgccgc ccatccgtag aggctatatc ggatatttcg catggtaaaa 780 Page 487 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaacgttata tacccaactt ttctgggaga aggtcattct cttaataagg atgtcaaatt 840 tggtcattca gtaaattaac ccttaaaaaa atgcaaaata atttgtttat gtgacaaaga 900 aatggatttt atctataact atcaagaaga agaaaacact cggctatata tatacgtaca 960 acacataaga aaaacaaacc aatcacttca ctctctctaa tcaaaaagct tttaacctca 1020 gccgttaaat ctttctccga tca 1043 <210> 565 <211> 1296 <212> DNA <213> Arabidopsis thaliana <400> 565 tcggaatctg ctggtaatct acgcaaagta tacttgtaat cagcgacagt gagagtgatc 60 tacaagtaga gaataagaga ttcaatgaat gaattggaat gaggaaatgg tgaaatcaat 120 agagagataa ggaagatacg aacggagtag atagcgcgag aagaacggac gacgccttct 180 acagccgtcg ctattttatt ggaaggtgag tctcggaaga tggacacggc ggtggcgctg 240 ccagtgacgg cggttagagc taggccggcg gtgactgtga aagcaaagat cggagacttg 300 gatctcccga gaattttgaa tttgcggaga atctccattt ttgtggattc tttgggtttc 360 gtattatttt tttcgtagta acgaagaaga ggacggagaa gctacacatt ttctaactta 420 cttgcaagtc gggtcggatc ggattgatgg acaatctaat gggccaggat ccggttagac 480 taatcgatgt gattttaatg ggctaagtaa gctgggcttg gcaaatagcc aaatataaaa 540 ggttaattta gtcaagaaaa tctctcaatt taaaattaac tgacgtaaat cccccttcag 600 tatcaatact gtaaaaattg gatagacaca gtaaaacgca gtgttttaca gaatctcttt 660 taatcgattt gacatcacac aaacttcaga gaatctcatt ttgataaatt aaagtttttt 720 ttccactttg tgaattttaa agcctaggta aattagtgca tatatgtaat ttaagtgtac 780 atactgtatc tctctgcaac gaatacaacc ttctttttta cccactacca cctgttttcg 840 ctaggcttgc tggactcaaa taatgtattt ttatacggca aaattattca ttaaatttca 900 actttacgtt atatacaaca ttttttacaa aaaattacta acatatatgg aacctcaaac 960 ctcttaatgt agaaatatta ataaattttt atttaaccat tggactaagg agcttccaca 1020 atctactcta atctaataaa gtgtatatct catgggtatc aatttttttt ttcaataggt 1080 aagaaatcaa atcgttctac atatctttac gatcttgtga tattttacga gcgaatatcg 1140 tcgacataat ataaaactca caaaaaataa aataataatg atactccata taaaggaaaa 1200 agacagcaaa tatgtagggt caatataaac gcagcctcgt cgtctcttca tatattcgtc 1260 tctttgtgtt cttcttcctc ctcagattct ctttca 1296 <210> 566 <211> 1277 <212> DNA <213> Arabidopsis thaliana Page 488 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 566 tctcccaaat aaaaatgaga gcaaacacta atctaatatt aaattgaatt aaaaactttt 60 aaatagtgga aatatatacc ctaaattgga aataaaaaac ccaaatataa tattacaaac 120 taattttaaa ataaaaaatc tcttttaaat ggtgaaaata tataccctaa attggaaata 180 ggaaacccaa atataatacc ataaacttat attaaaatga atcaatattt cttttaaata 240 gttgaaatat ataccctata ttggaaatag aaaactcaaa tataatattt aaatttattt 300 ctaatttatt ttggttgaat agattttata taaacttgtg gtattattat tgtccataaa 360 acttgtttta gtgttacttt taagaatttt tcaaataatc atttgagtgc taattatgtg 420 taaacaactt tttaatgcta tttttgtcca aaaaacttaa aaatgtgcta tttgtgggaa 480 tttttcaata agatataaat ttaaaactga gttgattaat taaaagtgtc acacaaaaaa 540 aagtttaatg tgaacaacaa cattaattct tttttaaaaa attttgtttt atactattat 600 tctattaaca tgttaattaa tataactaga aaaaaaaatc aatctactaa aactaggttt 660 tttagcattt tataaatatt tgtatgagaa ctttctctaa ttcagttcat ccagttaacc 720 attgttcgct tattctgcaa ttcatttatt tatctgatat accagttaac cttaaatgtt 780 gtgtaatcag tcgtaaaatt gttttgtgta atgttacata aattaataga atcaaattta 840 aaatgtgttc taattatgct atgacgttat aaacaaacga taaattccga ttcatgatta 900 tgaagtattt caattgaaaa cacaaaaatc gacaaaattt taaaaatatt ttagatctta 960 cattacatac ctgtattgtc gcaaaggaaa atttatttct tgtcctaaaa ggccatttgg 1020 aacttgagct aatgtaaata tataaatggg cttattgggt cctctaatgg gcttgccttt 1080 gacgtagaag acagaagcat cgttgtgact cccgtttgtg atttaggaat ccgcactgct 1140 tgccgttttc cgtttctact ttacttttca attcagaaac gcctctctcg tcgtcttcaa 1200 agctaaatta gaaacctgac gatctctctc tctctctctc tctcgatcgg ataatatttg 1260 agctttgtgg ttggagg 1277 <210> 567 <211> 1359 <212> DNA <213> Arabidopsis thaliana <400> 567 ggatcgaaca ctctctcgta cgtcaaggaa agcactgtga tgccagtgag gatgacctgg 60 ctcgcgacgg aaaggttgct gagccgagtc ggtacgagaa acgagtccgc atagaaacaa 120 gagaaacgcg acgaatagga gagaagaaaa cgaactcgat cgcgaatccg atctcaactc 180 catgactgaa aaaaaacaac cggagatttc gctcacctcc cgattttgga ctggactggc 240 gagagtcgct acaagtcgct tacggcgagg gagcagaaat gggaaaatta aggctaatta 300 ctaatttacc ctcaagtttt attattaagg tgacctgacc tgctctgtct atatgtgata 360 ttgtgacctg ctttgcctat atggctatat gtgataccta taatcacaag gatatttcag 420 gtggagaatc agagaaagaa attgaagctg aataagacac tatatgggag agattgaaag 480 Page 489 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaagctgttg ggccattttg gtgtagcggg tcgcaagtcg agcgtgagac ttattgctgt 540 gccattgcag gaatgcaaac agaggaaaga tttcacaaat gggaaacgga tacatgctca 600 gatggttgtt ttgttgtagg aaatgccttt caatgagtat gttaaacgct agctgtcctg 660 tttaatggac cggtgtatgt catcttgtct tgcactgtgt gagcacaaca acttgcaatg 720 tttccattga tgctgtagca gtctctcaca ttaagctctg gtttggatgg ctatgaacaa 780 gttgattggt agataagtta aaatgttgtg atttgaatct ggaatgaata gaaagatgtg 840 attggtactg atgtaaattc aatgctttag agaatgtata caggcaataa tataccaatc 900 attatgttta ttgctgacta agagccactc ctctttgctg ttgcaattcg gcaatcgttc 960 tagatatggt ttccatttca aatcatgata tgcattgact ttttccatgt ggcgttcgga 1020 aatctttcat ctatactacg tctacgttgc aagttttgca aaatgtttaa attagtagaa 1080 tctcacgtat ataaaaactt tagtcgccaa attgaaaatg gagaatgaat ggtaaactac 1140 tagtttaccc tcatatttta gctgaaaaat atcgtcacag ctgacgaaga aattagaaac 1200 aacaagcaac gtgtcacttc tcatgtcgtc gttttcccca agaaatatcc aaactaacac 1260 ccaattacct aatgccacgt gtttactcac actcctttaa acaagctcgt aactgtttca 1320 tcttcttgtc cccaaagtct cctcttcctt atctcttgg 1359 <210> 568 <211> 1331 <212> DNA <213> Arabidopsis thaliana <400> 568 agtgattccc cgtaactcat gctctgtgct caagaaccaa atagaatcta aactaataca 60 caacagatca ttcaaagttt gtggatcagc cagctgaata aatctctctg aaagttgcca 120 atcctgtgag ctaacagcac cttggaaaag ccgtcccaat tcgattctat cctgtctatt 180 aagcttcttc tgttgctcaa gacccctgca tttcagtatc tttgcagtag atccagagca 240 tttggtcggt tgagtgatga tacctacaag aggtgactct cttgcaaaaa caacatcact 300 ctcttgaggt tccaagtcag aacctacagg ctcatcagga tacatgtcat cgttctccat 360 ccactcagat ttccaaaatc aataatccaa aaacttgttt tgacattcga aaaacctttg 420 caataacaat actgtatacc aacaaatccc ttcctccttg tacaagcaaa tgtcttgtac 480 caaaatcaaa atccagactt gcgcaatcaa ccactccaag aaatcaaacc caggaagaaa 540 agaaaaaaga gactagagat ttcgttcaga aaatgcggta gaatcgattc acgagagcga 600 aaagggtctg aattttagca aaacgtagtc aacagaagca tccaaacctt aaaataaaat 660 aaaaacagaa actgatccca atcagaatcc atggccgagc acagcaattg tgaattcggc 720 catgaaaatt gcatcggaaa gaagaagaaa gatgtgaatt tgcaaattac caaagaagaa 780 cattcgtaga ggagatggga agatgagcga acctggacga gattttcatt gagaggtcaa 840 gagaacaatg agagaatttt tttttatttt tttattgtaa aaataataat tgacaaaatt 900 aattaaataa atttgctttg cactcacaga acagaacaga agatgacatt ttctctattt 960 Page 490 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcatatttgt ctttttggtt taatcgactg gttatttatt tattacccta aaaaaaaacg 1020 gaattgtttt agaaaatgct aattgaatta ttagattgct tcagacagca aaaacattat 1080 tgtaaatcta tttattacac acacaaaatt acttttaagt tttacttggt aataatattt 1140 agatttatcc aaatttcaat agccaaataa gaaaaaaaaa agagaaaaag catataagaa 1200 agaaagcatc tttggacttg tctgattttc tctatagacg caatcaccgc cgattctctc 1260 tctctctctc tcgagtctct cgacggtcgc atatcaaaag tccatttctt tcttctcttt 1320 ggaggatcag 1331 <210> 569 <211> 1385 <212> DNA <213> Arabidopsis thaliana <400> 569 aagattttcc gctacgggaa tttgaacctg aaaatgctga tttttaaaga aaatttagct 60 aatgtgctac atgagatgtt ttttttgcta aagtatgagt ttaaattgga tatatacatc 120 attcaattta tttttctaat ctagaatttg ctttcctagg acaaatatag gtactgaatt 180 attaaagaac atattttttg gtaagatata agtgagtttt tatataattt tgatgatttt 240 aggtaagttg atgtgattta ctgtaaagtc ttttcaaatt ctatctaaaa ctatgagatt 300 tagatttctg tatttttaac taaagaagtc ttttcaaatc ctttcaaatc cttcaaaatt 360 aataagaatc aaatccacta actattttca gtaacagtaa aaaggttgat ttttaaattt 420 ttaatttaat aacactcaat ttcatttaaa aatttaaaat ccataattaa ataacataaa 480 atttataaat tttacataaa ttattagatt gaatacaccg ctctaaatat acacaatgta 540 aaaagtctgt ttaagatcaa ttatagattt aacttaaatc taaaggccca taataccgtc 600 ctgtacatca tatagttatc tcaagttgta atactgtaat acccgttggg cccagtggcc 660 catttatcag atttcaaata acagatctca acactagcat ggctacacac gtgtcagatt 720 caatgcatca gtcatatctt cagcatccaa cacttgtcaa ccttccattg gatctcttaa 780 ctctacgcct cgaaaacagt ttttatttat ttatcattcc atttctcatt gtatcttcat 840 cagtctcttc ttattccatt ttttcaaacc acttgcaaaa ttcgaatcag atcttctctt 900 caatcgaaaa aaaagaaagg taaatctctc tctctctaat catcgttcgt ttcgtagttt 960 cttcttctac gtgtagatct gatctttgat tgtatgtttc tggagatctc gatctcatcg 1020 attctctgtt cttatcactg attcagtgtg tttgatatct aaatccgatt tgtgtgtagg 1080 atgttaaaat ttaggtttcg gttttgtttc tgcttttgaa cgattttgct ctagattcgt 1140 tatccgtgaa gaacatagac gagtatgtag atcttacttc ggattcgcgt tgaagaattt 1200 tctctagatt cgtcacctat gaagaagatt cattgtgttc ttaatctaga tgattaggtt 1260 attgtttcga ctcatttgtt tatgcctatt ttctctatgt tcttaatcgg tgaagaaatg 1320 tatcaatgtg tgtatgtttt gggttctgat tttgtaggat ttgctctaga ttgttgaatc 1380 Page 491 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaga 1385 <210> 570 <211> 1287 <212> DNA <213> Arabidopsis thaliana <400> 570 gtaatttggg taaaaacctc ggaacggcaa attggaaata atcaacggct cagatagctt 60 cacgcgatat aaacgctaag gtataaggtc aaatacgtaa ttgtcaggga gcataaccct 120 agtacttata taaaggcact ctttctacct ttcttttcct cctcacgaac gcatctcatt 180 gcttcatcat taccaaatca tcaacttaat cgtttctctc aaatttaggg ttttctcttt 240 tctcgaaagt cttgcggttt tctgaatcat ctctatctgg tgagtctctt ttttgaattg 300 tagatctgcg ttttctctct gtagatctgt tccgtcgttg aggataatgt tttttaatcg 360 gtgaattctg gtttttttca ggtttgaggg tttcgtttga tatctggaga aaggggtttc 420 tggaaacaag gagttcataa ttcgcgatct tgatctatcg atcttcattt atatatgtaa 480 gtatctctca cgattgacgt cgttcttcga ttgattcatt agcctagcta ggttagatag 540 acatcgttct tatcgtccta ggttttggta taagagattg atattcgcat gcatggttag 600 gttgacttat acctgaaacc aacgacttgg tttcgatttt tgttttgtta catgtatgat 660 tgcctattgt cttaggcttt gtttttagtt atggatctgc tataataatt ggtttctact 720 catcattcga gatatacaat tgaaaattga atggttctta tggtttatag attcgtattg 780 tcctgataaa cattgttgtg tgatcttttg aatacctggt atttttattt ttcatctgat 840 ctttttcctt tggatttgtt ttgtctaata cagaaaagcg tgaatgagat tatgatggag 900 tcgaaaggtg gtaaaaagaa gtccagcagt agtagttcct tattttacga agctcccctc 960 ggttacagca ttgaagacgt tcgtccaaac ggtggaatca agaaattcaa atcttctgtc 1020 tactcaaacg tgagtttcct ctataatgct atatccgatt tcttcaatct ctatggtatc 1080 cattatgtag tctcttctta actatgtttt gctttttgtt gcagtgctcc aagaggccat 1140 cctgagtacc agcatgcacc gatcttcata atatagttat agctttcttt actttccagt 1200 ttataatttt cttctttcaa agctcctttt ctgctggttc ccggatccaa tcgttctctc 1260 ctcctactac aagtcctgtc gctcaca 1287 <210> 571 <211> 1356 <212> DNA <213> Arabidopsis thaliana <400> 571 cgcaacgata ggtgcctatg gaaactgaat caacagattt ggttttgata tcatatatca 60 tcagctgtct actatttgat ctaggacaac acaaaagctt attcttctcc aaaatggcta 120 ctggtaatga ttgcgtaaca ctacgattca ctatcgaata tatttgttcc caggtcttgt 180 tctctgaatt gaacgaccat attatcattt gttggagagg tttactaacc gataagcaca 240 Page 492 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacggttatt caggctgcgt gtgataatgt ttctatgatc tgcttccgca aaaggagctt 300 tagagataac ttgaaaagtt tcggtgtgga gatctaacgc taaaacttta atttctttct 360 tcccggttaa ccaataaagc gatccatcta catacagagc atgcccccga gacgaggaag 420 tattaatccg ataaggagaa gaaggattga tatacctcca agtgttggtg ctaaaatcaa 480 aaacttcaca tgtagtagcg ttttctaggc caagttcgga agagttatac ataaccaaac 540 cggtttgtat atgccactga ttttgtcttt gccaaatcca aatttaacgt gactaaaata 600 acttggctgc tcaagacaga tttgttgcaa cctggaaaca gggaaacgtc gatgccatcg 660 agtggcggga ttataaacaa tgttgtttaa ggtttggtaa tcaaagaggc aaacaagacc 720 gtcacaacta ttgtggaaaa gttggtaaat atgatatcgt tctgatgata tcaacaacac 780 gttagtttta agtggaggag aatcagcagt aacatgatgg ggcaacacca acgtactggg 840 tacttcagac accaatacaa gatttagatc tttcccgcca gctgagcaga tcaactgttt 900 cgcctggaaa tattgagatt cgattgtcaa cttccattgt ttgcaagcag acttgaatct 960 gagcagagat ttcaccggaa ctctctcaag aatatcctca acggtgtcgt ggggaagcaa 1020 ttgcattatt tctctgtcta ttgagaggat tttgttctga gtgatggata acatgaaaga 1080 tatgcttatt tgtatcaatt caatccaatg ttgatttttt ccttgaggag gaagataaaa 1140 aaaaaaaaac gtatatacaa tcgatgggcc ctaaccctat ccctaacaaa tctctttaat 1200 atgtaatgcg ctttaatagt taaagcccat tagttaaaaa cccagagcta tattgttgac 1260 ctagcaaatt tcggatctat aaattgaagc cattttctag gtcattagtt ttttcgtcga 1320 gcagccgcgc tttttggccg aggaaggata aagaga 1356 <210> 572 <211> 1288 <212> DNA <213> Arabidopsis thaliana <400> 572 tcacacacac gtcagcttta actccgtcac cgtctccgcc gtctccaccg ccgcatttcg 60 tgagtctcac ggcgggaggt aatggctctc cggcttcctc atcgccgatt tcttcctttg 120 gtagcttcgg gtacattacg aaacagagga gaataataga accgtagaag aggataataa 180 agacgacgca aagaagtctc aacacgattg attctgatcc catcactgtc gacatctccg 240 gtgacgccgc cgccacgtaa tccccacaac aacttgatgc cattttttta ttttaagaaa 300 ttaaattggc ttattggaaa attttgtgaa attgatttga gtttattgaa ttgtggggat 360 gcatagtgat gttcttaaat atggattttt tttttttttg ttatagtgtt aattacgatt 420 agtgtgtgat gaactggtga aaaactgaat taacgcaatt tagttatagt tatgcggaga 480 ggaatgtggc gggaaggatt aagaggagaa tattcgagct aattaaaatt gttaattgga 540 ggttaatcat aaacaagtta tgagttttta tttcatttta ttatttgtca tgaagataac 600 acaaaactaa ctaaatttaa attaagctaa tgcgcagttt tgtttgcttt ttatctggag 660 ttttttttgt ttcagttact atttgatgat ggatgattac agcagtaaaa aagaaaaaca 720 Page 493 2008200749 15 Feb 2008 12689250 Sequence Listing.txt catattaact actcagccag gcccagccca aatccctctc aacgcagcca ggcccagccg 780 aattatgtga caaaactaaa aatgatgaaa tacacaaaat ttggaggata taaatgtaaa 840 ataacaaaag ctaaagggcg gttccaacta tttcccaatc tttataatat accctcgaga 900 ctttccaatc tttccttttt gcctcagagg ccattggcga agaacaaagt ttgaaccttt 960 tcttcatcca tctctctccg tcgcttcttc ctaacgattc cttcactcga atcaggtaaa 1020 ctatttactc ttctctttct ctttaggatc gattggaacc ctaggatctc tgagtttttc 1080 tttcacattt aggatctatc cctttaatcg gcaaattagt atgtgagctt ttgatgattt 1140 ggggcttgaa accctagatt tcagcttaat ctgggtaatt tcattgggtt gtgaaatttc 1200 tgtgtaattg tattttggag aagatattga tttggttagg tattaatcaa tctatatttc 1260 tctgttattg gtttaggttt gtgaaggt 1288 <210> 573 <211> 1316 <212> DNA <213> Arabidopsis thaliana <400> 573 acaacgtgtt tgatgtgtca ccgttcttgc ttttagaagc atctgcagat tccgaagctg 60 gccacgacag cgttgacgat gataaatgcg ttaaggatta cgatcttggt catgagtctt 120 ctagtgccag ttcttgcgag acgtcttgcg tgagtcagag aacgagtttg ttaggttttg 180 acctgcagga cgatacggtg aatcatgaag aaagagatgc cggagatgaa gaagacgaag 240 acggagaagg agaagtgaat agctacataa gatgtgggag aagccaacgt gaaaatctgg 300 ctgtggattc tgctgcggtg gtgagtgaga tggatcaaaa tcgaatgttc tgggaagctt 360 gtctcgcatc ttgatctgtc tttattaatt aatgtcatct catcatcaac agagaaaaca 420 aaatagtata tatctagctt agcgtagtgt tcttgtctgt gtttcccctt tggcttttaa 480 tgcacaacta atcgatatga tatctaccca ttaaccttaa ttagtcccct ttagcgtagt 540 gtaaatttgt tttgattcgt caagagaaaa aaagtggtct aagggactga ctagttggag 600 aagaatccgt ataaaatctg ttaaaaggag aaacaatata ctatactagt cttttctcgt 660 agaggaggat gttatactaa cattactaat ttatgctcac ccagtttaaa taaaataaaa 720 tcaatacttt tttggtttgt actaattaac atatatatat atatattccc aaaattaaag 780 attccatggc taacagacct aaagaagaag aagaacaaac acaataagag attggtgtag 840 ttttactttt actatattca tctttgtctt tattgaccaa taaagtaatt tctccccttt 900 atctatttga tagtggtata ctttaagttg ctttttaatt gctggtgtac aattatattg 960 gactcaccaa caagaatctg tgtgcagtca gtgtgcttgt tactattgtt ttatctcatt 1020 aattgatgat cactttttca ccttcataca tgagagctga attcatcact ttgttagtta 1080 tataagttgg gctattctat tattaacagt ttgatttttg acagtaaatt tgtctgccag 1140 aataacttat acacattacc acccaaaaaa aaaaaaaaga agaaccattt ttggacatta 1200 Page 494 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgtggttttg ggtttgtcta gcgacctttt atgggccaat gatatgaggc ccagtaagga 1260 aacaaagaac ggcccattat aatgtaaaca tatttagtac aaggaaaagg ggtaaa 1320 <210> 574 <211> 1282 <212> DNA <213> Arabidopsis thaliana <400> 574 ccacatgggg gattttgaag atatcgaaat aagatgaaga aaataataca aaatttgtca 60 tcagtcggta ataagttgat tatcgtgtta ccatttgtgt tggaacgact gttctcgtat 120 attaatgtgc acgagactat agaaacatca gtatgttggg tatttgggga ttagatttca 180 agtaagttat ggttttgtaa aatggagttg ttgccttaac gcatctctaa actatcagta 240 aaactttata aaaagtctcg gttataattt ttgttgcgtt tacttttgta aattttttca 300 tatcggatta tcattatcat ttttcccttt ttcttttgat atccatgaga tttggattaa 360 tcggaaacaa aagagagttg gagtagttta ggatccaact agtttagcat gattatggtt 420 ttttcttgcg ttacatttta ctttccgcca acacctcttt aacacactta aggagattgt 480 ggtcgacccg gtgcaagaag gacggacaaa gtggcacaga gtcactcact ttttgcgttt 540 gcatattttt gtgggccggg gaaacaactt gaccacattc ataagataga tgttgttgga 600 agtctcattt atgtgaagta tagaactagg catgatcttg cgtacccaat tgggatcatt 660 agtacgttta tgagtactta caagttacaa cacacatgat ttcagctcaa aactcccaag 720 aaaaaaaaca cacaacataa acgatgctga cgtcggccac aaacgtagca aaaagagtaa 780 ggttgttcca ggaaccaaac aaaaacaatt taatactata actaaactcg gtaaccaaac 840 acctcataac ttgccttaac gcgctctcaa aggtgaaaaa aaactggtct atcttaagca 900 acttctttct tttgtgtgtt gtgggaataa aataaacgaa attaaatacg aaccccaatt 960 ctcagctcag atacattgca tgtgaaattt caactaagta tataataact catatcttga 1020 cctcttactg accgatcatt tcgttttcct gttttttttc tccttcctct cctctctctc 1080 tctctggttt ttttttgccc tatccatagg gttttcttcg ctctctatct cctcgatctt 1140 catgtgcatc tctctctttg gtataatcgg agctaattcg ttcgttttct tcttcatctt 1200 cgtcggatct ctcttttttg ctctttccca cgggttttcg cttgagaaat caagcgtttt 1260 cgtttttcct gggagttttg ag 1282 <210> 575 <211> 1343 <212> DNA <213> Arabidopsis thaliana <400> 575 tagatgcgct aggagattcc cttctccatg cattacatca gaggacaata attctatgtt 60 caaagccaaa aaaatggaaa attagccgca gtaaacatga aaaaagcgac aaactaaaca 120 gcaaaatcta agaaagtacc acatataagt tggtggctag actttatact agatttctct 180 Page 495 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagaacatga ggggtgagcc accatctatc ccatcaatcc catacttgag cgaaaggcag 240 ctttgagatt tggctctatc aattacaaga accagcaaca gaatcctctt caaaatcaca 300 tttccaagag cttcatagta ccctggtctg tataaaccct caaccatctt gttataaaca 360 taagatctag caaggccatc gtgggaaaag aactgcttac taattaccat cttcaagaac 420 gccatttctt gatctgagtt aacttcacta tcagacaaaa aggaatcacc accaaagatg 480 atatataacc ctaaacgaag ccaaacttgg ttatagctca tcagtgcctt gatggccttc 540 tccttcattc caaaatcagt tacaagaggg cattgtggtt tcatttttat cctcccttca 600 tctatattct gaaacaagaa caatttgaca aaaaaaactt aaaattagcc aacaaacagt 660 ataaaagaca ctattttgat acacatggag atatgtttac ctttgaaaca cgagtcatca 720 catcaaaaat ctccttgcaa cttcccaaac tcaagtgaaa ttgcattctt tgcttcaaat 780 catctaaact acacacatct cttaaagatt ctctcaacgt agaatactta gaaccagtca 840 aggaagagtc aatctctgaa cgttttttct caccacacca acctaaattc ctcaaccttt 900 tagggcttct ccacattgta tcaactccaa cagatttact atttcctaaa gcctcaccac 960 tatctctctt ccccttacct aaattcccaa caccagactc gttctcgaac ggatcgcaac 1020 cgcaattttc cgggttttca aacaagaaat tgagccacac agtaagtgat ttagcaagag 1080 atctaagatt cttctctttc gtcaactcag ccttgcgtga agattgagat tgctgaagtt 1140 caaatgcttt gagccgcctc gacgatgttg ataccttaga ccgagatgca taagaatgaa 1200 ccattgaagg acgacggaaa ttagaagacg aagattttgg ggtttgcttt gatgcagtga 1260 agaaatgcgg atacggagat ttactaatat tcgaattcac aacggaagta cgccgcggcg 1320 ttttgaaatt ggatatgtca ctg 1343 <210> 576 <211> 1344 <212> DNA <213> Arabidopsis thaliana <400> 576 tcagttataa acctttggga accaccgcgc ttggcacacg acaaaatgta gttaagattg 60 ttttcacggt atcgaagagc atttaacgca ctttctgtct ccatgatagc attatctctt 120 tcagagagag ctttgtcccg ctgctcaagt gcttcatcac gagaggctaa tgcttcctta 180 gttgctgcaa ccgcttcgtt tctttccttg acagctgcgt ccctctcagc aaggatggag 240 atgatcttct tattcatcac caatgcatta tgttgctcct ttttcggcat cacattctac 300 tgcacacaca cacagtttgt acttaggttt cattcaaagt aacgaaaaca tgtttttttg 360 ttttagtgat ctgcttcttc aagtgttttt gcttaccaca gattgtgttc ctttgtagta 420 atcgggcttg tagcgcccat tttcatactg cccaccactc tccatcctct tactttcaac 480 tgcaatggag aaattgatat caaacattgt gaaactaggc tgacgagtaa ctaaaaacag 540 aaatactcca aatcataagc agttccataa catacattta acccaaataa atcgagaaat 600 cgtatcatat cccacaagtc agcgtaatac catccaaacc aaacgatgaa gaaaacaatg 660 Page 496 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagcaagtaa gatacgcggg aacatatata gagttcgaat ttcaagttaa agcaacgacg 720 agagagctcc cagaagaacc aaaattcgaa gaaaatgaaa attgtagaga gaaaaacttg 780 gcatgctgaa attaacagat aggtcaagaa cacgattaac gatcgaagac ttacggattt 840 caacgagcct tcaggagaaa caagcaacgg aaatcgagaa agatctgagg atacttggaa 900 atggtgtctg tgtaatgtgg caagaagtgg aagacgagcc aggtactctc ggttcaattt 960 actaatatac ccttgtctta aaactgctaa acgagagcaa gcaagaaggt tattattgtc 1020 tatccatctt actcgtaaaa atgcaaagac gtttctgttt caatctctcc aaatataagc 1080 caaacaggat atgattttgg ttctggtgga tcattctagt gggccgtatg atgggcctaa 1140 gaataaggca actaatctgg gtcgaatacg ggtagacccg ggttgagatc ccgacgtgtg 1200 cgcttcgctg ttgtagtagt agtatatctc atcatcaatc aggcttttga gcctcggaaa 1260 ctcaatcctt gtatattcaa cggagagaga tctgcgagag aaagagagat cagattccgg 1320 tgttccaagg aagcacatat ttta 1344 <210> 577 <211> 1211 <212> DNA <213> Arabidopsis thaliana <400> 577 cacgcagaat ctcaccactg tcccttatgt aagctgacct ttctgagtac ccacatactt 60 tagttgccaa aactatctgt atacagaaac aatgaacatc aatatcaatt tttataactt 120 cgattaggtt ttgctgatat catatacatt cgtgaccaat atgcatccaa agtatgataa 180 atggttgata ccttgtcacg ttgctgagac ttcaaccagc tactgatata aagatccgtt 240 ttaccttgcg tctccttctt catcggtatg ggatactgga aataaacaat gatacttgaa 300 aatttaccac agactaagca gattccagaa agctaaacac aacagtgcta aattcaccag 360 aattatatat aaagtataaa acattcacat aaacacttgc aatcaaattc accaggcaag 420 aagagaaaga tgaacaatga agataaaaac tcacagcttc agcagtgtca atgcaattga 480 tgccctcttc aattgcataa ctcagcatct catgagattc tttctcagta ttttgctccc 540 caaatgtcat ctgaaattcc aaatttcatc aaaacttcaa aattgaacaa tggactacaa 600 ttgcaggaga taaagagaga ttgttcttac agtgcccata gtaacttcgc tgatgttgag 660 atcggaatct cctaatttcc tatactccat agcattcttc gtcgacgctt tcgccgaaac 720 tctcaatatt ctcctccgag cattcggcga tagagtaaca cggcggcgcg tgaatgccaa 780 acgaaagact cctcgaatgt tactgctgct gaccaccgga gtgaccgttg agtaggtgac 840 gtaagatgac gccataccgg aggttgtcgt ggacgtggtt cttctcgcct tatcgccacc 900 attatctact gttttgattc acgtatttga atactctggg ctaaacgatt tgggcctaat 960 gtaagaggcc cattagagtc aaaaatatat attgaataat atcttgtttt cctaatatga 1020 taggtctaat ctcagatttc gatttatttc ttcgagataa tatgattata ttagatgacg 1080 Page 497 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggcggtaca tccttcgata tcttcgataa atacgcaaga gtgagcttca cggtcagaca 1140 aaagctgact ctacgctctc tcaaaagtcg aatatcccaa attcgatccg ttttccggcg 1200 ataatctccg 1211 <210> 578 <211> 1270 <212> DNA <213> Arabidopsis thaliana <400> 578 tacaaatcca aagagattcc agatgaagta aagaagttgt gccttatgct gatccaaacg 60 acagagatgt cgttatactt ggaactctgt gtagttcagg tttgcaggat ccatcctgta 120 tttgggcgtg tggataactt ctccaaagac ttgaaaaaac tagtgaaagg taacaagtgt 180 ttcttccata gtaatattga caagactatt ttgggatttg gtgccttttt taaaatacga 240 tttagttgca aggaaaaagt gaaaacggtt tcgtaacatt gctgcttctt ttgttttgtc 300 tcgatcagct gctgaggtgc atacctactt agaaccgtcc atagattcac tgaagaaaat 360 agctgcgttt ctgtatcctg gatcacttta gaaacaaaac aaacatgagg accatgcttg 420 aatgtggtac gtatgtatta gattccttcc ttgatgagtg attaaaccgg ctattgtacc 480 attggtatat gttagtcata taatagtatt attctcttta tttcatatca tagctttaaa 540 aaaatgttcg gctcatgctg tccactcctt ttgggccgct cgttgctttc atttttttaa 600 attgcttacc tctcaacaaa ttcttttgat tggttctctc tctgactcta ggccgcagaa 660 agtgcagttc cgaataattc tcactcaact aacttttgat aatcacttat tctagattat 720 tctgattttt gaattccctc tactcttgaa cacgtttact tactatgagg aaaaatttaa 780 ccctaaaaag aaaaccactc attacagcta acatctatga ggggtggact attgcgcaaa 840 gcattgatag tgttaattga aagtcatgca tatagtatgc gttactacta aagtttaacg 900 gttcaatttt tttgaatttg aactgacagt aaataaaatt aatttttaag attaaaagac 960 gttgttttta gcaagttgtt tagaaattgt gggacacgtg tggcacgttg ctccaggagg 1020 ggcatatgcc aagtctgaga tactccaacg cactgactga ctgaccccta cttaaccggt 1080 ggtcaaactc ttaacctaac cacggttaag atcttaaagc cgttgagatt ttcccacatg 1140 taataatctt gtttatctgt gagatattcg ccgcttcccc ttggccggct ataaatcgat 1200 aacctcaccg ataaatcctc tattcatcat ccacaacaaa cctcttcttc agtctgatag 1260 agatctcacg 1270 <210> 579 <211> 1116 <212> DNA <213> Arabidopsis thaliana <400> 579 cctcagcaaa taagaggacg ataaggatcg gtcttcagct ataaacaagt aaagaaagtt 60 gagattcgaa gactctttat aagtcattgg atttgtagta aataacaaat taacaacaca 120 Page 498 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acaaattaac aacacatata ctacaaattc gagttaaaaa ccccaatata atatatgcat 180 cgactactaa acgcgtttca atgactggta aacatatgta actatctctg ttacatattg 240 aatgaatgat gatgtaatag tagatgctaa cataagctca caattatttg aataattaaa 300 gtcataaata aaaatcatct ataatgcgtg taagcttgca taaaaataca gtatataact 360 tttatttaaa actattaagt atcaacatca atcggaaaat gatttgcttt tgaagttatt 420 acaactagtt tattaaaaaa attgttatca tcatctcgat tttaataatg ctatatatac 480 ttagtctttt atttattgtt attgtaatat gcgaaaatga cttgcaactg agttgcttac 540 gggcaaacct gaccaagatg tgggaagttc gaaactgcaa atatgtataa ttcttaataa 600 aaaaaaaata tatcctacat ttcttcattt tttttttaaa atactaatat ttgcatactt 660 tgttgattga gtttctgaaa aatcataatt gagtttttaa attagttggt ttgtatgcat 720 ttgacaactt ccaatttctt ttaaatatat cacttttcat atattcttgt agagctataa 780 ttttacaaca ataattgaaa tgtcgaccca aaaatataca tttaaaggca tttcgctgat 840 aaaaatccag tttagatgta tttgtattat aggggaaacc aattatatta ttggttaata 900 tttattagtc gatattgggt acatatgtat gttcttttac gattatgcca tcaaaaaatt 960 tattagccat tcgagaaaca aggcatctct atttttttgc ttcttctaat agacttcttc 1020 gtcactgatc tcccacgacg atctcccaaa ctcatttctc tacgttcatc gatctctctc 1080 tttctcgttt gctctacgaa aatcagccgt ttaaac 1116 <210> 581 <211> 11181 <212> DNA <213> Arabidopsis thaliana <223> artificial sequence vector pNOV2374 binary Gateway destination vector <400> 581 actgacagaa ccgcaacgct gcaggaattg gccgcagcgg ccatttaaat caattgggcg 60 cgccagtacc gagctttgca tgcctgcagg tcgactctag aggatcccct cgaatcaaca 120 agtttgtaca aaaaagctga acgagaaacg taaaatgata taaatatcaa tatattaaat 180 tagattttgc ataaaaaaca gactacataa tactgtaaaa cacaacatat ccagtcacta 240 tggcggccgc attaggcacc ccaggcttta cactttatgc ttccggctcg tataatgtgt 300 ggattttgag ttaggatccg tcgagatttt caggagctaa ggaagctaaa atggagaaaa 360 aaatcactgg atataccacc gttgatatat cccaatggca tcgtaaagaa cattttgagg 420 catttcagtc agttgctcaa tgtacctata accagaccgt tcagctggat attacggcct 480 ttttaaagac cgtaaagaaa aataagcaca agttttatcc ggcctttatt cacattcttg 540 cccgcctgat gaatgctcat ccggaattcc gtatggcaat gaaagacggt gagctggtga 600 tatgggatag tgttcaccct tgttacaccg ttttccatga gcaaactgaa acgttttcat 660 cgctctggag tgaataccac gacgatttcc ggcagtttct acacatatat tcgcaagatg 720 tggcgtgtta cggtgaaaac ctggcctatt tccctaaagg gtttattgag aatatgtttt 780 Page 499 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcgtctcagc caatccctgg gtgagtttca ccagttttga tttaaacgtg gccaatatgg 840 acaacttctt cgcccccgtt ttcaccatgg gcaaatatta tacgcaaggc gacaaggtgc 900 tgatgccgct ggcgattcag gttcatcatg ccgtttgtga tggcttccat gtcggcagaa 960 tgcttaatga attacaacag tactgcgatg agtggcaggg cggggcgtaa agatccctag 1020 ggatctggat ccggcttact aaaagccaga taacagtatg cgtatttgcg cgctgatttt 1080 tgcggtataa gaatatatac tgatatgtat acccgaagta tgtcaaaaag aggtatgcta 1140 tgaagcagcg tattacagtg acagttgaca gcgacagcta tcagttgctc aaggcatata 1200 tgatgtcaat atctccggtc tggtaagcac aaccatgcag aatgaagccc gtcgtctgcg 1260 tgccgaacgc tggaaagcgg aaaatcagga agggatggct gaggtcgccc ggtttattga 1320 aatgaacggc tcttttgctg acgagaacag gggctggtga aatgcagttt aaggtttaca 1380 cctataaaag agagagccgt tatcgtctgt ttgtggatgt acagagtgat attattgaca 1440 cgcccgggcg acggatggtg atccccctgg ccagtgcacg tctgctgtca gataaagtct 1500 cccgtgaact ttacccggtg gtgcatatcg gggatgaaag ctggcgcatg atgaccaccg 1560 atatggccag tgtgccggtc tccgttatcg gggaagaagt ggctgatctc agccaccgcg 1620 aaaatgacat caaaaacgcc attaacctga tgttctgggg aatataaatg tcaggctccc 1680 ttatacacag ccagtctgca ggtcgaccat agtgactgga tatgttgtgt tttacagtat 1740 tatgtagtct gttttttatg caaaatctaa tttaatatat tgatatttat atcattttac 1800 gtttctcgtt cagctttctt gtacaaagtg gttgattcga ggtcgaccat ggtccgtcct 1860 gtagaaaccc caacccgtga aatcaaaaaa ctcgacggcc tgtgggcatt cagtctggat 1920 cgcgaaaact gtggaattga tcagcgttgg tgggaaagcg cgttacaaga aagccgggca 1980 attgctgtgc caggcagttt taacgatcag ttcgccgatg cagatattcg taattatgcg 2040 ggcaacgtct ggtatcagcg cgaagtcttt ataccgaaag gttgggcagg ccagcgtatc 2100 gtgctgcgtt tcgatgcggt cactcattac ggcaaagtgt gggtcaataa tcaggaagtg 2160 atggagcatc agggcggcta tacgccattt gaagccgatg tcacgccgta tgttattgcc 2220 gggaaaagtg tacgtaagtt tctgcttcta cctttgatat atatataata attatcatta 2280 attagtagta atataatatt tcaaatattt ttttcaaaat aaaagaatgt agtatatagc 2340 aattgctttt ctgtagttta taagtgtgta tattttaatt tataactttt ctaatatatg 2400 accaaaattt gttgatgtgc aggtatcacc gtttgtgtga acaacgaact gaactggcag 2460 actatcccgc cgggaatggt gattaccgac gaaaacggca agaaaaagca gtcttacttc 2520 catgatttct ttaactatgc cggaatccat cgcagcgtaa tgctctacac cacgccgaac 2580 acctgggtgg acgatatcac cgtggtgacg catgtcgcgc aagactgtaa ccacgcgtct 2640 gttgactggc aggtggtggc caatggtgat gtcagcgttg aactgcgtga tgcggatcaa 2700 caggtggttg caactggaca aggcactagc gggactttgc aagtggtgaa tccgcacctc 2760 tggcaaccgg gtgaaggtta tctctatgaa ctgtgcgtca cagccaaaag ccagacagag 2820 Page 500 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgtgatatct acccgcttcg cgtcggcatc cggtcagtgg cagtgaaggg cgaacagttc 2880 ctgattaacc acaaaccgtt ctactttact ggctttggtc gtcatgaaga tgcggacttg 2940 cgtggcaaag gattcgataa cgtgctgatg gtgcacgacc acgcattaat ggactggatt 3000 ggggccaact cctaccgtac ctcgcattac ccttacgctg aagagatgct cgactgggca 3060 gatgaacatg gcatcgtggt gattgatgaa actgctgctg tcggctttaa cctctcttta 3120 ggcattggtt tcgaagcggg caacaagccg aaagaactgt acagcgaaga ggcagtcaac 3180 ggggaaactc agcaagcgca cttacaggcg attaaagagc tgatagcgcg tgacaaaaac 3240 cacccaagcg tggtgatgtg gagtattgcc aacgaaccgg atacccgtcc gcaaggtgca 3300 cgggaatatt tcgcgccact ggcggaagca acgcgtaaac tcgacccgac gcgtccgatc 3360 acctgcgtca atgtaatgtt ctgcgacgct cacaccgata ccatcagcga tctctttgat 3420 gtgctgtgcc tgaaccgtta ttacggatgg tatgtccaaa gcggcgattt ggaaacggca 3480 gagaaggtac tggaaaaaga acttctggcc tggcaggaga aactgcatca gccgattatc 3540 atcaccgaat acggcgtgga tacgttagcc gggctgcact caatgtacac cgacatgtgg 3600 agtgaagagt atcagtgtgc atggctggat atgtatcacc gcgtctttga tcgcgtcagc 3660 gccgtcgtcg gtgaacaggt atggaatttc gccgattttg cgacctcgca aggcatattg 3720 cgcgttggcg gtaacaagaa agggatcttc actcgcgacc gcaaaccgaa gtcggcggct 3780 tttctgctgc aaaaacgctg gactggcatg aacttcggtg aaaaaccgca gcagggaggc 3840 aaacaatgaa tcaacaactc tcctggcgca ccatcgtcgg ctacagcctc gggaattaga 3900 tccccgaatt tccccgatcg ttcaaacatt tggcaataaa gtttcttaag attgaatcct 3960 gttgccggtc ttgcgatgat tatcatataa tttctgttga attacgttaa gcatgtaata 4020 attaacatgt aatgcatgac gttatttatg agatgggttt ttatgattag agtcccgcaa 4080 ttatacattt aatacgcgat agaaaacaaa atatagcgcg caaactagga taaattatcg 4140 cgcgcggtgt catctatgtt actagatcgg gaattgggta ctggcgcgcc gaattcgatt 4200 tggtgtatcg agattggtta tgaaattcag atgctagtgt aatgtattgg taatttggga 4260 agatataata ggaagcaagg ctatttatcc atttctgaaa aggcgaaatg cgtcaccgcg 4320 acggtcacgc gcattccgtt cttgctgtaa agcgttgttt ggtacacttt tgactagcga 4380 ggcttggcgt gtcagcgtat ctattcaaaa gtcgttaatg gctgcggatc aagaaaaagt 4440 tggaatagaa acagaatacc cgcgaaattc aggcccggtt gccatgtcct acacgccgaa 4500 ataaacgacc aaattagtag aaaaataaaa actgactcgg atacttacgt cacgtcttgc 4560 gcactgattt gaaaaatctc aatataaaca aagacggcca caagaaaaaa ccaaaacacc 4620 gatattcatt aatcttatct agtttctcaa aaaaattcat atcttccaca cgtggatcca 4680 tgagcccaga acgacgcccg gccgacatcc gccgtgccac cgaggcggac atgccggcgg 4740 tctgcaccat cgtcaaccac tacatcgaga caagcacggt caacttccgt accgagccgc 4800 aggaaccgca ggagtggacg gacgacctcg tccgtctgcg ggagcgctat ccctggctcg 4860 Page 501 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcgccgaggt ggacggcgag gtcgccggca tcgcctacgc gggcccctgg aaggcacgca 4920 acgcctacga ctggacggcc gagtcgaccg tgtacgtctc cccccgccac cagcggacgg 4980 gactgggctc cacgctctac acccacctgc tgaagtccct ggaggcacag ggcttcaaga 5040 gcgtggtcgc tgtcatcggg ctgcccaacg acccgagcgt gcgcatgcac gaggcgctcg 5100 gatatgcccc ccgcggcatg ctgcgggcgg ccggcttcaa gcacgggaac tggcatgacg 5160 tgggtttctg gcagctggac ttcagcctgc cggtaccgcc ccgtccggtc ctgcccgtca 5220 ccgagatctg atctcacgcg tctaggatcc tctagagtcg acctgcaggc atgccgctga 5280 aatcaccagt ctctctctac aaatctatct ctctctataa taatgtgtga gtagttccca 5340 gataagggaa ttagggttct tatagggttt cgctcatgtg ttgagcatat aagaaaccct 5400 tagtatgtat ttgtatttgt aaaatacttc tatcaataaa atttctaatt cctaaaacca 5460 aaatccagtg ggtaccgagc tcgaattcga gctcggtacc cggggatcct ctagagtcga 5520 ccatggtgat cactgcaggc atgcaagctt cgtacgttaa ttaattcgaa tccggagcgg 5580 ccgcacgcgt gggcccgttt aaacctcgag agatctgcta gccctgcagg aaatttaccg 5640 gtgcccgggc ggccagcatg gccgtatccg caatgtgtta ttaagttgtc taagcgtcaa 5700 tttgtttaca ccacaatata tcctgccacc agccagccaa cagctccccg accggcagct 5760 cggcacaaaa tcaccactcg atacaggcag cccatcagaa ttaattctca tgtttgacag 5820 cttatcatcg actgcacggt gcaccaatgc ttctggcgtc aggcagccat cggaagctgt 5880 ggtatggctg tgcaggtcgt aaatcactgc ataattcgtg tcgctcaagg cgcactcccg 5940 ttctggataa tgttttttgc gccgacatca taacggttct ggcaaatatt ctgaaatgag 6000 ctgttgacaa ttaatcatcc ggctcgtata atgtgtggaa ttgtgagcgg ataacaattt 6060 cacacaggaa acagaccatg agggaagcgt tgatcgccga agtatcgact caactatcag 6120 aggtagttgg cgtcatcgag cgccatctcg aaccgacgtt gctggccgta catttgtacg 6180 gctccgcagt ggatggcggc ctgaagccac acagtgatat tgatttgctg gttacggtga 6240 ccgtaaggct tgatgaaaca acgcggcgag ctttgatcaa cgaccttttg gaaacttcgg 6300 cttcccctgg agagagcgag attctccgcg ctgtagaagt caccattgtt gtgcacgacg 6360 acatcattcc gtggcgttat ccagctaagc gcgaactgca atttggagaa tggcagcgca 6420 atgacattct tgcaggtatc ttcgagccag ccacgatcga cattgatctg gctatcttgc 6480 tgacaaaagc aagagaacat agcgttgcct tggtaggtcc agcggcggag gaactctttg 6540 atccggttcc tgaacaggat ctatttgagg cgctaaatga aaccttaacg ctatggaact 6600 cgccgcccga ctgggctggc gatgagcgaa atgtagtgct tacgttgtcc cgcatttggt 6660 acagcgcagt aaccggcaaa atcgcgccga aggatgtcgc tgccgactgg gcaatggagc 6720 gcctgccggc ccagtatcag cccgtcatac ttgaagctag gcaggcttat cttggacaag 6780 aagatcgctt ggcctcgcgc gcagatcagt tggaagaatt tgttcactac gtgaaaggcg 6840 agatcaccaa agtagtcggc aaataaagct ctagtggatc tccgtacccc cgggggatct 6900 Page 502 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggctcgcggc ggacgcacga cgccggggcg agaccatagg cgatctccta aatcaatagt 6960 agctgtaacc tcgaagcgtt tcacttgtaa caacgattga gaatttttgt cataaaattg 7020 aaatacttgg ttcgcatttt tgtcatccgc ggtcagccgc aattctgacg aactgcccat 7080 ttagctggag atgattgtac atccttcacg tgaaaatttc tcaagcgctg tgaacaaggg 7140 ttcagatttt agattgaaag gtgagccgtt gaaacacgtt cttcttgtcg atgacgacgt 7200 cgctatgcgg catcttatta ttgaatacct tacgatccac gccttcaaag tgaccgcggt 7260 agccgacagc acccagttca caagagtact ctcttccgcg acggtcgatg tcgtggttgt 7320 tgatctaaat ttaggtcgtg aagatgggct cgagatcgtt cgtaatctgg cggcaaagtc 7380 tgatattcca atcataatta tcagtggcga ccgccttgag gagacggata aagttgttgc 7440 actcgagcta ggagcaagtg attttatcgc taagccgttc agtatcagag agtttctagc 7500 acgcattcgg gttgccttgc gcgtgcgccc caacgttgtc cgctccaaag accgacggtc 7560 tttttgtttt actgactgga cacttaatct caggcaacgt cgcttgatgt ccgaagctgg 7620 cggtgaggtg aaacttacgg caggtgagtt caatcttctc ctcgcgtttt tagagaaacc 7680 ccgcgacgtt ctatcgcgcg agcaacttct cattgccagt cgagtacgcg acgaggaggt 7740 ttatgacagg agtatagatg ttctcatttt gaggctgcgc cgcaaacttg aggcagatcc 7800 gtcaagccct caactgataa aaacagcaag aggtgccggt tatttctttg acgcggacgt 7860 gcaggtttcg cacgggggga cgatggcagc ctgagccaat tcccagatcc ccgaggaatc 7920 ggcgtgagcg gtcgcaaacc atccggcccg gtacaaatcg gcgcggcgct gggtgatgac 7980 ctggtggaga agttgaaggc cgcgcaggcc gcccagcggc aacgcatcga ggcagaagca 8040 cgccccggtg aatcgtggca agcggccgct gatcgaatcc gcaaagaatc ccggcaaccg 8100 ccggcagccg gtgcgccgtc gattaggaag ccgcccaagg gcgacgagca accagatttt 8160 ttcgttccga tgctctatga cgtgggcacc cgcgatagtc gcagcatcat ggacgtggcc 8220 gttttccgtc tgtcgaagcg tgaccgacga gctggcgagg tgatccgcta cgagcttcca 8280 gacgggcacg tagaggtttc cgcagggccg gccggcatgg ccagtgtgtg ggattacgac 8340 ctggtactga tggcggtttc ccatctaacc gaatccatga accgataccg ggaagggaag 8400 ggagacaagc ccggccgcgt gttccgtcca cacgttgcgg acgtactcaa gttctgccgg 8460 cgagccgatg gcggaaagca gaaagacgac ctggtagaaa cctgcattcg gttaaacacc 8520 acgcacgttg ccatgcagcg tacgaagaag gccaagaacg gccgcctggt gacggtatcc 8580 gagggtgaag ccttgattag ccgctacaag atcgtaaaga gcgaaaccgg gcggccggag 8640 tacatcgaga tcgagctagc tgattggatg taccgcgaga tcacagaagg caagaacccg 8700 gacgtgctga cggttcaccc cgattacttt ttgatcgatc ccggcatcgg ccgttttctc 8760 taccgcctgg cacgccgcgc cgcaggcaag gcagaagcca gatggttgtt caagacgatc 8820 tacgaacgca gtggcagcgc cggagagttc aagaagttct gtttcaccgt gcgcaagctg 8880 atcgggtcaa atgacctgcc ggagtacgat ttgaaggagg aggcggggca ggctggcccg 8940 Page 503 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcctagtca tgcgctaccg caacctgatc gagggcgaag catccgccgg ttcctaatgt 9000 acggagcaga tgctagggca aattgcccta gcaggggaaa aaggtcgaaa aggtctcttt 9060 cctgtggata gcacgtacat tgggaaccca aagccgtaca ttgggaaccg gaacccgtac 9120 attgggaacc caaagccgta cattgggaac cggtcacaca tgtaagtgac tgatataaaa 9180 gagaaaaaag gcgatttttc cgcctaaaac tctttaaaac ttattaaaac tcttaaaacc 9240 cgcctggcct gtgcataact gtctggccag cgcacagccg aagagctgca aaaagcgcct 9300 acccttcggt cgctgcgctc cctacgcccc gccgcttcgc gtcggcctat cgcggccgct 9360 ggccgctcaa aaatggctgg cctacggcca ggcaatctac cagggcgcgg acaagccgcg 9420 ccgtcgccac tcgaccgccg gcgctgaggt ctgcctcgtg aagaaggtgt tgctgactca 9480 taccaggcct gaatcgcccc atcatccagc cagaaagtga gggagccacg gttgatgaga 9540 gctttgttgt aggtggacca gttggtgatt ttgaactttt gctttgccac ggaacggtct 9600 gcgttgtcgg gaagatgcgt gatctgatcc ttcaactcag caaaagttcg atttattcaa 9660 caaagccgcc gtcccgtcaa gtcagcgtaa tgctctgcca gtgttacaac caattaacca 9720 attctgatta gaaaaactca tcgagcatca aatgaaactg caatttattc atatcaggat 9780 tatcaatacc atatttttga aaaagccgtt tctgtaatga aggagaaaac tcaccgaggc 9840 agttccatag gatggcaaga tcctggtatc ggtctgcgat tccgactcgt ccaacatcaa 9900 tacaacctat taatttcccc tcgtcaaaaa taaggttatc aagtgagaaa tcaccatgag 9960 tgacgactga atccggtgag aatggcaaaa gctctgcatt aatgaatcgg ccaacgcgcg 10020 gggagaggcg gtttgcgtat tgggcgctct tccgcttcct cgctcactga ctcgctgcgc 10080 tcggtcgttc ggctgcggcg agcggtatca gctcactcaa aggcggtaat acggttatcc 10140 acagaatcag gggataacgc aggaaagaac atgtgagcaa aaggccagca aaaggccagg 10200 aaccgtaaaa aggccgcgtt gctggcgttt ttccataggc tccgcccccc tgacgagcat 10260 cacaaaaatc gacgctcaag tcagaggtgg cgaaacccga caggactata aagataccag 10320 gcgtttcccc ctggaagctc cctcgtgcgc tctcctgttc cgaccctgcc gcttaccgga 10380 tacctgtccg cctttctccc ttcgggaagc gtggcgcttt ctcatagctc acgctgtagg 10440 tatctcagtt cggtgtaggt cgttcgctcc aagctgggct gtgtgcacga accccccgtt 10500 cagcccgacc gctgcgcctt atccggtaac tatcgtcttg agtccaaccc ggtaagacac 10560 gacttatcgc cactggcagc agccactggt aacaggatta gcagagcgag gtatgtaggc 10620 ggtgctacag agttcttgaa gtggtggcct aactacggct acactagaag aacagtattt 10680 ggtatctgcg ctctgctgaa gccagttacc ttcggaaaaa gagttggtag ctcttgatcc 10740 ggcaaacaaa ccaccgctgg tagcggtggt ttttttgttt gcaagcagca gattacgcgc 10800 agaaaaaaag gatctcaaga agatcctttg atcttttcta cggggtctga cgctcagtgg 10860 aacgaaaact cacgttaagg gattttggtc atgagattat caaaaaggat cttcacctag 10920 atccttttga tccggaatta attcctgtgg ttggcatgca catacaaatg gacgaacgga 10980 Page 504 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taaacctttt cacgcccttt taaatatccg attattctaa taaacgctct tttctcttag 11040 gtttacccgc caatatatcc tgtcaaacac tgatagttta aactgaaggc gggaaacgac 11100 aatctgatca tgagcggaga attaagggag tcacgttatg acccccgccg atgacgcggg 11160 acaagccgtt ttacgtttgg 11181 <210> 582 <211> 2001 <212> DNA <213> Arabidopsis thaliana <223> artificial sequence GUS gene with intron (GIG) <400> 582 atggtccgtc ctgtagaaac cccaacccgt gaaatcaaaa aactcgacgg cctgtgggca 60 ttcagtctgg atcgcgaaaa ctgtggaatt gatcagcgtt ggtgggaaag cgcgttacaa 120 gaaagccggg caattgctgt gccaggcagt tttaacgatc agttcgccga tgcagatatt 180 cgtaattatg cgggcaacgt ctggtatcag cgcgaagtct ttataccgaa aggttgggca 240 ggccagcgta tcgtgctgcg tttcgatgcg gtcactcatt acggcaaagt gtgggtcaat 300 aatcaggaag tgatggagca tcagggcggc tatacgccat ttgaagccga tgtcacgccg 360 tatgttattg ccgggaaaag tgtacgtaag tttctgcttc tacctttgat atatatataa 420 taattatcat taattagtag taatataata tttcaaatat ttttttcaaa ataaaagaat 480 gtagtatata gcaattgctt ttctgtagtt tataagtgtg tatattttaa tttataactt 540 ttctaatata tgaccaaaat ttgttgatgt gcaggtatca ccgtttgtgt gaacaacgaa 600 ctgaactggc agactatccc gccgggaatg gtgattaccg acgaaaacgg caagaaaaag 660 cagtcttact tccatgattt ctttaactat gccggaatcc atcgcagcgt aatgctctac 720 accacgccga acacctgggt ggacgatatc accgtggtga cgcatgtcgc gcaagactgt 780 aaccacgcgt ctgttgactg gcaggtggtg gccaatggtg atgtcagcgt tgaactgcgt 840 gatgcggatc aacaggtggt tgcaactgga caaggcacta gcgggacttt gcaagtggtg 900 aatccgcacc tctggcaacc gggtgaaggt tatctctatg aactgtgcgt cacagccaaa 960 agccagacag agtgtgatat ctacccgctt cgcgtcggca tccggtcagt ggcagtgaag 1020 ggcgaacagt tcctgattaa ccacaaaccg ttctacttta ctggctttgg tcgtcatgaa 1080 gatgcggact tgcgtggcaa aggattcgat aacgtgctga tggtgcacga ccacgcatta 1140 atggactgga ttggggccaa ctcctaccgt acctcgcatt acccttacgc tgaagagatg 1200 ctcgactggg cagatgaaca tggcatcgtg gtgattgatg aaactgctgc tgtcggcttt 1260 aacctctctt taggcattgg tttcgaagcg ggcaacaagc cgaaagaact gtacagcgaa 1320 gaggcagtca acggggaaac tcagcaagcg cacttacagg cgattaaaga gctgatagcg 1380 cgtgacaaaa accacccaag cgtggtgatg tggagtattg ccaacgaacc ggatacccgt 1440 ccgcaaggtg cacgggaata tttcgcgcca ctggcggaag caacgcgtaa actcgacccg 1500 acgcgtccga tcacctgcgt caatgtaatg ttctgcgacg ctcacaccga taccatcagc 1560 Page 505 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatctctttg atgtgctgtg cctgaaccgt tattacggat ggtatgtcca aagcggcgat 1620 ttggaaacgg cagagaaggt actggaaaaa gaacttctgg cctggcagga gaaactgcat 1680 cagccgatta tcatcaccga atacggcgtg gatacgttag ccgggctgca ctcaatgtac 1740 accgacatgt ggagtgaaga gtatcagtgt gcatggctgg atatgtatca ccgcgtcttt 1800 gatcgcgtca gcgccgtcgt cggtgaacag gtatggaatt tcgccgattt tgcgacctcg 1860 caaggcatat tgcgcgttgg cggtaacaag aaagggatct tcactcgcga ccgcaaaccg 1920 aagtcggcgg cttttctgct gcaaaaacgc tggactggca tgaacttcgg tgaaaaaccg 1980 cagcagggag gcaaacaatg 2001 <210> 583 <211> 1721 <212> DNA <213> Arabidopsis thaliana <223> artificial sequence Arabidopsis Ubiquitin3 promoter plus intron (Ubq3 (AT)) <400> 583 atttggagcc aagtctcata aacgccattg tggaagaaag tcttgagttg gtggtaatgt 60 aacagagtag taagaacaga gaagagagag agtgtgagat acatgaattg tcgggcaaca 120 aaaatcctga acatcttatt ttagcaaaga gaaagagttc cgagtctgta gcagaagagt 180 gaggagaaat ttaagctctt ggacttgtga attgttccgc ctcttgaata cttcttcaat 240 cctcatatat tcttcttcta tgttacctga aaaccggcat ttaatctcgc gggtttattc 300 cggttcaaca ttttttttgt tttgagttat tatctgggct taataacgca ggcctgaaat 360 aaattcaagg cccaactgtt ttttttttta agaagttgct gttaaaaaaa aaaaaaggga 420 attaacaaca acaacaaaaa aagataaaga aaataataac aattacttta attgtagact 480 aaaaaaacat agattttatc atgaaaaaaa gagaaaagaa ataaaaactt ggatcaaaaa 540 aaaaacatac agatcttcta attattaact tttcttaaaa attaggtcct ttttcccaac 600 aattaggttt agagttttgg aattaaacca aaaagattgt tctaaaaaat actcaaattt 660 ggtagataag tttccttatt ttaattagtc aatggtagat actttttttt cttttcttta 720 ttagagtaga ttagaatctt ttatgccaag tattgataaa ttaaatcaag aagataaact 780 atcataatca acatgaaatt aaaagaaaaa tctcatatat agtattagta ttctctatat 840 atattatgat tgcttattct taatgggttg ggttaaccaa gacatagtct taatggaaag 900 aatctttttt gaactttttc cttattgatt aaattcttct atagaaaaga aagaaattat 960 ttgaggaaaa gtatatacaa aaagaaaaat agaaaaatgt cagtgaagca gatgtaatgg 1020 atgacctaat ccaaccacca ccataggatg tttctacttg agtcggtctt ttaaaaacgc 1080 acggtggaaa atatgacacg tatcatatga ttccttcctt tagtttcgtg ataataatcc 1140 tcaactgata tcttcctttt tttgttttgg ctaaagatat tttattctca ttaatagaaa 1200 agacggtttt gggcttttgg tttgcgatat aaagaagacc ttcgtgtgga agataataat 1260 Page 506 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcatcctttc gtctttttct gactcttcaa tctctcccaa agcctaaagc gatctctgca 1320 aatctctcgc gactctctct ttcaaggtat attttctgat tctttttgtt tttgattcgt 1380 atctgatctc caatttttgt tatgtggatt attgaatctt ttgtataaat tgcttttgac 1440 aatattgttc gtttcgtcaa tccagcttct aaattttgtc ctgattacta agatatcgat 1500 tcgtagtgtt tacatctgtg taatttcttg cttgattgtg aaattaggat tttcaaggac 1560 gatctattca atttttgtgt tttctttgtt cgattctctc tgttttaggt ttcttatgtt 1620 tagatccgtt tctctttggt gttgttttga tttctcttac ggcttttgat ttggtatatg 1680 ttcgctgatt ggtttctact tgttctattg ttttatttca 1721 <210> 584 <211> 39 <212> DNA <213> Artificial Sequence <400> 584 ggccagtgaa ttgtaatacg actcactata gggaggcgg 39 <210> 585 <211> 39 <212> DNA <213> Artificial Sequence <400> 585 ggccagtgaa ttgtaatacg actcactata gggaggcgg 39 <210> 586 <211> 11 <212> DNA <213> Artificial Sequence <400> 586 tggttcggac 11 <210> 587 <211> 26 <212> DNA <213> Artificial Sequence <400> 587 agacttcact gcaacatggt gcccac 26 <210> 588 <211> 24 <212> DNA <213> Artificial Sequence <400> 588 gtgtggaaat gacacagatt gtga 24 <210> 589 <211> 19 <212> DNA <213> Artificial Sequence <400> 589 Page 507 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agacgggtgc aatgaaacg 19 <210> 590 <211> 28 <212> DNA <213> Artificial Sequence <400> 590 cgcgaacaag aactgtgctc ctatcatg 28 <210> 591 <211> 19 <212> DNA <213> Artificial Sequence <400> 591 gccgtgagct ccgttctct 19 <210> 592 <211> 17 <212> DNA <213> Artificial Sequence <400> 592 tcgtgccatg ccaatcg 17 <210> 598 <211> 2000 <212> DNA <213> Oryza sativa <400> 598 gaggaagggg tgttcaccat aaaggggaga agaaggtgac gtggctacat ctaggggatc 60 tgtaccagta tgtgtttagc atctgtttgt ctttggttga ctctgatgcc aatatgattt 120 tcagaacccc gcagaaattg ttcagctatg ctcacataat aaaatattct tgtgtattgg 180 tgtggcccaa tcttgcttga caaatgacga acctgtttct gttttgggcc caagtcaact 240 tcttgtatta tgcttgtagg aatgaagtgg taggctctag gtgtataatt tgtcatgtat 300 gtttgaggtc atgtaatttt gaataggtgt aagactgttc ggatacaatg ttgcttagta 360 acatatgcat gctttgttgc atacttgata cttcagacct ccttttttag gttttgtgat 420 ttgaagattg tgagtgacta actgttaact ctataaaatc ctggtcatga gccatgttca 480 gccatgaaac tatgcgatga tgaccaagaa acctctttgg cttaaaatct ctttctgcat 540 cacagttcac gctgtctggg gtactttcgc tagttaggct taaatcatga aagaaaaaaa 600 atttgtatgc tttacaacac atggatttgc ttcacatgaa gaaatgtgtt taggtgtcat 660 gtttaaagct gtattttaat ttgtaaaaaa cattatttta acttaggtgc taatgagaga 720 aatttaacaa cttatatatg gctgcatagc agttagttag tactcctcta agtaagcagt 780 ttaaggaaaa cagtgatgat ttctagtgtc attagttctc aaagtcaaat acagtaatta 840 tactaattct gtatgttttt ctttatatgc aaaaatgtcc ataagaaaga taaatttctt 900 tccatattga tatagatttg tcttggttcc ttctgttgtg atgcagaatg acagaatcac 960 Page 508 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgtttttgcc gcgcgagagg ctctttaagc agcagcagta ttttcagaac ttgaccaagc 1020 acacgtatct gaaagggcgt tatgatgtgg tcacctccgt tgccattccc ctcgctcttg 1080 ccgcctccag cttgtttatg atagtgagtc tggggttctt ttaattgatt cctgcgttgc 1140 ttgttttctc tggtcttgtt tacgttcaga cagtgacatg tttcttgttt tataaacagg 1200 gccgtggggt gtacaacatg tctcatggag tcgggaaaaa ggagtgaacg acatggtttc 1260 ctctcatttc agtacttcag cataggggtg atagcttcaa ggcttcctat ggtgtctttt 1320 aagttgcaca aataaatact gttgaagtta actcttgtta tattactgtt ggtaactgtg 1380 gatttctgat ttaagcaagc tgttgtcaag atgatggtag tattggaata tcagtttgtt 1440 tacagtatct attaatttct acattcttac ctcacctttt tctccctttc tcagcagtat 1500 tcatatagcc ttgtagggct catggtatat actgtgttgt ttgtatgcag caagtccatg 1560 aacagtttca ggctggtgtt ggtagcctaa tctgcatgtt tttgttctgg agcactttag 1620 tttgtgtgat cttgcctatt catgtcaaat tcagttaaat ctccaaccga gtggcatctg 1680 atacttcata tagtcttaca ttgccaatag gagtccggag ggaaaaaaaa ggacaccaat 1740 ccataattca tactacaaca gtttggttac acatgatttt atttggaacc aaagattaga 1800 attatggagg gggcaatgtc caagtgaatc agcataggct gccgtatgaa attgttagaa 1860 aacagctgca gaaatgcaaa tttcataaaa caaactacta gtactgtttg ttcattggtc 1920 ttatccaaaa cttagccact gcaacaagtt cttgaccctt agcacaatca tattgtgcat 1980 gcacttgttt attgcaaaga 2000 <210> 599 <211> 1500 <212> DNA <213> Oryza sativa <400> 599 atgctccacc cccgaaaaat ttctccccaa tctcgcgagg ctctcgtcgt cgaatcgaat 60 cctctcgcgt cctcaaggta cgctgcttct cctctcctcg cttcgtttcg attcgatttc 120 ggacggatgc agatctttgt gaagacattg accggcaaga ctatcaccct cgaggtggag 180 tcctctgaca ccatcgataa tgtcaaggct aagatccaag ataaggaggg catccccccg 240 gaccagcagc gtctcatctt cgctggcaag cagctggagg atggcaggac ccttgctgac 300 tacaacatcc agaaggagtc gacccttcac cttgtcctcc gcctccgtgg tggcatgcag 360 atctttgtca agactctgac cggcaagact atcacccttg aggtggagtc ttctgacacc 420 atcgacaacg tcaaggccaa gatccaggac aaagagggca tccccccaga ccagcagcgt 480 ctcatcttcg ccggcaagca gctggaggat ggcaggaccc ttgctgacta caacatccag 540 aaggagtcca ccctccacct tgtcctccgc ctccgtggtg gcatgcagat ctttgtcaag 600 acactgaccg gcaagaccat caccctcgag gtggaatctt ctgacaccat cgacaacgtc 660 aaggccaaga tccaggacaa ggagggcatt cccccggacc agcagcgtct catctttgcc 720 ggcaagcagc ttgaggacgg caggaccctt gctgactaca acatccagaa ggagtcaacg 780 Page 509 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcaccttg tcctccgtct caggggaggc atgcaaatct tcgtgaagac tctgaccggc 840 aagaccatca ccctcgaggt ggagtcttct gataccatcg acaatgtcaa ggccaagatc 900 caggacaagg agggcattcc cccggaccag cagcgcctca tctttgctgg caagcagctg 960 gaggatggca ggacccttgc tgactacaac atccagaagg agtccaccct ccaccttgtg 1020 ctccgccttc gtggtggtat gcagatcttt gtcaagaccc tcacaggcaa gaccatcacc 1080 ctggaggttg agagctcgga caccatcgac aacgtcaagg ccaagatcca ggacaaggag 1140 ggcatccccc cagaccagca gcgtctcatc ttcgccggca agcagctcga ggatggccgc 1200 accctcgccg actacaacat ccagaaggag tctaccctcc acctggtgct tcgtctccgt 1260 ggtggtatgc agatcttcgt gaagaccttg actgggaaga ccatcacttt ggaggttgag 1320 agctccgaca ccattgataa tgtgaaggcc aagatccagg acaaggaggg gattccccca 1380 gaccagcagc gtctgatctt cgctggcaag cagctggagg atggacgcac cctcgccgac 1440 tacaacatcc agaaggagtc caccctccac ctggtgctcc gcctccgtgg tggtcagtaa 1500 <210> 600 <211> 499 <212> PRT <213> Oryza sativa <400> 600 Met Leu His Pro Arg Lys Ile Ser Pro Gln Ser Arg Glu Ala Leu Val 1 5 10 15 Val Glu Ser Asn Pro Leu Ala Ser Ser Arg Tyr Ala Ala Ser Pro Leu 20 25 30 Leu Ala Ser Phe Arg Phe Asp Phe Gly Arg Met Gln Ile Phe Val Lys 35 40 45 Thr Leu Thr Gly Lys Thr Ile Thr Leu Glu Val Glu Ser Ser Asp Thr 50 55 60 Ile Asp Asn Val Lys Ala Lys Ile Gln Asp Lys Glu Gly Ile Pro Pro 65 70 75 80 Asp Gln Gln Arg Leu Ile Phe Ala Gly Lys Gln Leu Glu Asp Gly Arg 85 90 95 Thr Leu Ala Asp Tyr Asn Ile Gln Lys Glu Ser Thr Leu His Leu Val 100 105 110 Leu Arg Leu Arg Gly Gly Met Gln Ile Phe Val Lys Thr Leu Thr Gly 115 120 125 Lys Thr Ile Thr Leu Glu Val Glu Ser Ser Asp Thr Ile Asp Asn Val 130 135 140 Lys Ala Lys Ile Gln Asp Lys Glu Gly Ile Pro Pro Asp Gln Gln Arg 145 150 155 160 Leu Ile Phe Ala Gly Lys Gln Leu Glu Asp Gly Arg Thr Leu Ala Asp 165 170 175 Tyr Asn Ile Gln Lys Glu Ser Thr Leu His Leu Val Leu Arg Leu Arg 180 185 190 Page 510 2008200749 15 Feb 2008 12689250 Sequence Listing.txt Gly Gly Met Gln Ile Phe Val Lys Thr Leu Thr Gly Lys Thr Ile Thr 195 200 205 Leu Glu Val Glu Ser Ser Asp Thr Ile Asp Asn Val Lys Ala Lys Ile 210 215 220 Gln Asp Lys Glu Gly Ile Pro Pro Asp Gln Gln Arg Leu Ile Phe Ala 225 230 235 240 Gly Lys Gln Leu Glu Asp Gly Arg Thr Leu Ala Asp Tyr Asn Ile Gln 245 250 255 Lys Glu Ser Thr Leu His Leu Val Leu Arg Leu Arg Gly Gly Met Gln 260 265 270 Ile Phe Val Lys Thr Leu Thr Gly Lys Thr Ile Thr Leu Glu Val Glu 275 280 285 Ser Ser Asp Thr Ile Asp Asn Val Lys Ala Lys Ile Gln Asp Lys Glu 290 295 300 Gly Ile Pro Pro Asp Gln Gln Arg Leu Ile Phe Ala Gly Lys Gln Leu 305 310 315 320 Glu Asp Gly Arg Thr Leu Ala Asp Tyr Asn Ile Gln Lys Glu Ser Thr 325 330 335 Leu His Leu Val Leu Arg Leu Arg Gly Gly Met Gln Ile Phe Val Lys 340 345 350 Thr Leu Thr Gly Lys Thr Ile Thr Leu Glu Val Glu Ser Ser Asp Thr 355 360 365 Ile Asp Asn Val Lys Ala Lys Ile Gln Asp Lys Glu Gly Ile Pro Pro 370 375 380 Asp Gln Gln Arg Leu Ile Phe Ala Gly Lys Gln Leu Glu Asp Gly Arg 385 390 395 400 Thr Leu Ala Asp Tyr Asn Ile Gln Lys Glu Ser Thr Leu His Leu Val 405 410 415 Leu Arg Leu Arg Gly Gly Met Gln Ile Phe Val Lys Thr Leu Thr Gly 420 425 430 Lys Thr Ile Thr Leu Glu Val Glu Ser Ser Asp Thr Ile Asp Asn Val 435 440 445 Lys Ala Lys Ile Gln Asp Lys Glu Gly Ile Pro Pro Asp Gln Gln Arg 450 455 460 Leu Ile Phe Ala Gly Lys Gln Leu Glu Asp Gly Arg Thr Leu Ala Asp 465 470 475 480 Tyr Asn Ile Gln Lys Glu Ser Thr Leu His Leu Val Leu Arg Leu Arg 485 490 495 Gly Gly Gln <210> 601 <211> 1283 <212> DNA <213> Arabidopsis thaliana <400> 601 caaatactta cttttgaatc cgtttttttc attgtttgat cgattatggg aaaggttctt 60 Page 511 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cagaaagagg cgttcggatt agccgcgaaa gacaattccg gagttctctc gcctttcagt 120 ttcactagaa gggaaacagg agaaaaggat gtgaggttca aagtgttatt ttgtggaatt 180 tgtcactctg atttgcatat ggtcaagaac gagtggggaa tgtctactta tcctcttgtc 240 ccagggcatg agatcgtggg cgtggtgact gaagtcggag ccaaagtgac taaattcaaa 300 accggagaaa aagtcggagt tgggtgtttg gtcagctcgt gcgggtcatg tgacagctgc 360 accgaaggta tggaaaacta ttgtccaaaa tcaatccaaa cgtacggatt cccgtactac 420 gacaacacca taacatacgg tggttactcc gaccacatgg tttgcgagga aggtttcgtc 480 atccgtattc cagacaatct ccccttggac gccgccgcac cgctcctctg tgccggtatc 540 acggtctatt cccctatgaa gtatcacggg ctcgacaaac ccggtatgca catcggtgtg 600 gtaggattag gcggtttagg tcatgtagga gtgaaatttg ccaaggctat gggtactaag 660 gttacggtta ttagtacttc ggagaaaaag agagatgagg cgattaatcg gcttggtgcg 720 gatgctttct tggtgagccg tgacccaaaa cagattaagg atgcaatggg tactatggat 780 ggtataattg ataccgtctc tgcgactcat tcacttcttc cgttgctcgg tttgctgaag 840 cataagggaa aacttgttat ggttggtgca cccgagaagc cactcgagct acctgtcatg 900 cctctcatct ttgagaggaa gatggtaatg ggaagtatga taggagggat aaaagagacc 960 caggaaatga tagatatggc cgggaaacac aacatcactg cggatattga gcttatctct 1020 gccgattatg tcaacaccgc catggaacgg ctagagaaag ccgacgttag gtaccgcttt 1080 gtgattgatg ttgccaacac attgaagcct aatcctaatt tataagtttt aagcattaaa 1140 cttcctcaaa tgttattttc ttgtttggtt tgtcgtacta attaagtttt gtgttgttgt 1200 ataactatat aatttggtat gcttaatcca ataaatgaat agtatgatat atatgataag 1260 attttggggg taaaaaaaaa aaa 1283 <210> 602 <211> 497 <212> DNA <213> Arabidopsis thaliana <220> <221> N_region <222> (492)..(492) <223> n = any nucleotide <400> 602 tcgagcggcc gcccgggcag gtacaggaag gtcttcgtgt gaaagagcca aaacctgaga 60 caacacttac catcctcaac gaggaagctg aggcgatttt tgaggacata aatccctctc 120 cattgcaact atttggagtt ggtgtgggtt ttttcgcagc attgtatgct ttgtctgagt 180 gggagaaaac actccaactt atagctgtca tcggccttag tctgactata tacctacgac 240 tttcttcata tgatgactcc gaagacttca aacaagacgt caggctgttg cttgcacctg 300 tgaaactcgg agctcaggct ttctcgtggg ctgcaggaaa actagaaaca aatggtgttg 360 gcctcccaac ttcgccttct tcttcagatg ttcgaagccg ggttttgcaa gctgctgcta 420 Page 512 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agcatgaatc gaaaccctct gatgaaactt ctgaaagtct ccaagatgca tcatcgtcac 480 cagaagaagc tntgaac 497 <210> 603 <211> 260 <212> DNA <213> Arabidopsis thaliana <400> 603 catctcctgg ttcgaaccgg gtgactcggt caagtcccgg agcgtggctt attcttcgac 60 ctgacggttg cacatggaag ccatggggaa gactagaagc atggcgtgag gctggttact 120 ctgacactct aggttatcgt ttcgagcttt tccaagacgg tatagccacc gcagtttctg 180 catcgtcgtc gatcagtttg aaaatggcgg gagttttgtt attgatgtta ccggcggtac 240 ctgcccgggc ggccgctcga 260 <210> 604 <211> 497 <212> DNA <213> Arabidopsis thaliana <400> 604 tcgagcggcc gcccgggcag gtaccagcat ttcttaaaga gcggataaat gcaagcacat 60 ctttcttttt tttccttcac acacattctt acactgatta acatttttgg tcaggagcat 120 atagttatag caacaaaagg agcgatacaa ctgtgacacc aataatggct acagtggcaa 180 gaactgaacc cttctcatat gctttctcca agctccctgc tcgtgagaaa tgttggaaag 240 ccagaaaacc agatattgct attgctatga ttgccccttc ttgcttccct cttatgttca 300 taacttgata tggcgccaca atcaccaaga gtaatgcgat gaatggaagc tcaagttcac 360 ctggaaaagt gaagaaaagt cgagcaataa gcgccaagaa tgctgcccat acaccatact 420 ctcccttaat ccaggcgacg atgctcgatg gtgcgtggag agcgaatagt ggaacaacaa 480 ctgacttatg tatacca 497 <210> 605 <211> 1737 <212> DNA <213> Arabidopsis thaliana <400> 605 tttctcactg acaagagaga gatagagaga gaaaaaggct ctgctttcta cattatttac 60 gattatacac tttccaacat ggcggcctct gtagataatc gccaatacgc tcgtctcgag 120 ccaggtttga acggcgtggt tcgttcttac aaacctcccg ttccaggccg gtccgattcc 180 cctaaggcgc accagaacca aaccaccaac caaaccgtgt tcttgaaacc agccaaggtt 240 catgacgatg acgaagacgt gtcgagcgaa gacgagaacg agacacacaa cagcaacgcc 300 gtgtactaca aggagatgat aagaaaatcc aacgccgagc ttgaaccgtc cgttttggac 360 ccgagggacg aatacacggc tgatagctgg atcgagcgta acccttccat ggtacgtctc 420 Page 513 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acagggaaac atcccttcaa ctccgaggcg cctcttaacc gtttaatgca ccacgggttt 480 atcacccctg tcccgttgca ctacgttcgt aaccacggcc acgtccctaa agcccaatgg 540 gccgaatgga cggtcgaggt gaccggattc gtcaaacggc ccatgaaatt caccatggac 600 cagctcgtct ccgagtttgc ttaccgcgag ttcgccgcga cgctagtctg cgcggggaac 660 cgccgtaagg aacagaacat ggtgaagaag tcaaagggat tcaactgggg atccgccgga 720 gtttccacct ccgtgtggcg tggtgtccct ctctgcgacg tactgcgtcg ctgcgggatc 780 tttagccgaa aaggcggcgc tctcaacgtc tgcttcgaag ggtcggagga tcttccgggc 840 ggtgccggaa ctgctggttc caaatacgga acgagcatca agaaggaata tgccatggat 900 ccatcaagag acatcatttt ggcttatatg caaaacggag agtatctaac accagaccac 960 ggttttccgg ttcggatcat catccccggt ttcattggtg gccggatggt taaatggttg 1020 aaacgaatca ttgtcacaac taaagaatcc gacaatttct accatttcaa ggacaacaga 1080 gttttacctt ctttggtaga cgccgaactc gccgacgaag aaggttggtg gtataagcca 1140 gagtacataa tcaacgagct aaacataaac tccgtgatta cgacgccatg tcacgaggag 1200 attcttccca tcaacgcttt cacaacccaa agaccttata ctttaaaggg ttacgcatat 1260 tccggaggtg gaaaaaaagt gacccgtgtg gaggtcacgg tagatggtgg agagacatgg 1320 aacgtatgtg cacttgacca tcaagagaag ccaaacaagt atgggaagtt ctggtgttgg 1380 tgtttttggt cacttgaggt tgaggttttg gacttgctta gtgccaaaga gattgctgtt 1440 tatgtggttt acgcaaacag aaccgaggat gacattcttg tgagggaaga gctagaagga 1500 tgggctagta agcataagga gaggctaaag atttggtacg tcgttgaaat cgcaaaggaa 1560 ggttggagtt acagtaccgg gtttataact gaagctgtgc ttagggaaca tatccctgaa 1620 ggtttggaag gcgaatcgct agcactcgca tgcggaccac cgcctatgat tcagtttgcg 1680 ttgcagccaa atctagagaa gatgggttac aacgtgaagg aggatctctt aatcttc 1740 <210> 606 <211> 1635 <212> DNA <213> Arabidopsis thaliana <400> 606 gggcaaggaa aatgtcggtt ttcctctgtt tcctcgtcct cttacccctg atcttaatct 60 tcttgaacgt tttgaaacct tcgaaatata agcttcctcc gggtccaaag aagcttccca 120 tcatcggaaa cttacaccaa cgcaggacac tacatccgag gaatcgccgt aatctcgccg 180 aaatgtatgg accagtggcg cttctccaat acggattcgt ccccgtggtc gcgatctctt 240 cgaaagaagc agcagaggaa gtgctaaaga tcaacgatct tgagtgttgt agtcgaccag 300 aggcggccgg aatgagagca actttttaca acttcaaaga catcgggatg gcacccttcg 360 gtgacgagtg gagtctgatg cggaagctct cggtggtcga gctcttcagc gtgaaaaagc 420 ttcaatcttt caagtatatc atagaggaag agaataactt gtgtgtcaag aaactctctg 480 agtttgctac gagacaatct ccggtgaatc ttgagagagc cattttcact ttagtcggaa 540 Page 514 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atatagtgtg tcgtatcggg tacgggataa atctctatga gtgtgatttc tttgaagctg 600 atagagtcgt ggatcttgtg ctaaaggctg aagcggtcat aagagaaact gtgttctctg 660 atttctttcc cggaagaatc ggtaggttca tcgactgtat ctccggtcag aacaggagat 720 tgaagaataa tttctcggta gtagacactt tctttcagaa tgttcttaac gagcatctta 780 agcctggaag agagagctct actattgttg acttgatgat cgatatgaag aagaagcaag 840 agaacgatgg agatgctctc aagttcacca ctgatcatct caaaggaatg atctcggaca 900 tatttgtagc agggattggt ggagtcgctg gcataacact atggggaatg accgagctga 960 tcagaaaccc aagagtgatg aagaaagtgc aagacgagat tcggacaaca cttggggaca 1020 agaaggagag aatcaaagaa gaagatctaa accaacttca ctactttaag ctcgtggtca 1080 aggagacatt aaggttacat ccaacaactc cactcttgct cccaagacag acaatgtctc 1140 atatcaagat tcaaggctac gatgttcctg cgaaaacaca gatcttagtc aacgtttatg 1200 cgatgggtcg tgatccaaaa ctctgggaaa acgcagatga gtttaaccct gacaggtttc 1260 tcgacagttc cgttgatttt aaaggaaaaa actacgagtt tataccgttt ggatctggta 1320 ggagaatatg tccagggatg acaatgggta ccatacttgt tgagatggca ttgttgaatt 1380 tgctttactt cttcgattgg ggattggcga agcaggagga agccaaagag atcatcaatg 1440 gggaagaaaa ttttctagcc ttctttcaag ttcttcacca ctgaatatat ggtttggttc 1500 ctatcaaaaa aaatatatat atatggtttt gttatgtaca ctagtttcta agataataaa 1560 tgaaaattgt atctgctttt gatttagttt caataaaaat aaaaagtgat gatccagttg 1620 gagtcagctt ctaaa 1635 <210> 607 <211> 400 <212> DNA <213> Arabidopsis thaliana <220> <221> N_region <222> (329)..(329) <223> n = any nucleotide <220> <221> N_region <222> (340)..(340) <223> n = any nucleotide <220> <221> N_region <222> (380)..(380) <223> n = any nucleotide <220> <221> N_region <222> (388)..(388) <223> n = any nucleotide Page 515 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 607 atacattgaa aacaaaatag taataatcat catggctaag tttgcttcca tcatcaccct 60 tatcttcgct gctcttgttc tctttgctgc tttcgacgca ccggcaatgg tggaagcaca 120 gaagttgtgc gagaagccaa gtgggacatg gtcaggggtt tgcggaaaca gtaatgcatg 180 caagaatcag tgcattaacc ttgaaggagc caaacatgga tcatgcaact atgtcttccc 240 agcacacaag tgtatctgtt acgtcccatg ttaaatctac cactaatctt tggtgctaaa 300 tcgtgtgtat tttacataaa aataagtcnc tgtcactctn tgagtaactt tatgacatgc 360 atatttctgg ttttaattgn ttattttncc gccggttggt 400 <210> 608 <211> 738 <212> DNA <213> Arabidopsis thaliana <220> <221> N_region <222> (586)..(586) <223> n = any nucleotide <400> 608 caacttagaa aaatgaattt tactggctat tctcgatttt taatcgtctt tgtagctctt 60 gtaggtgctc ttgttcttcc ctcgaaagct caagatagcc cacaagatta tctaagggtt 120 cacaaccagg cacgaggagc ggtaggcgta ggtcccatgc agtgggacga gagggttgca 180 gcctatgctc ggagctacgc agaacaacta agaggcaact gcagactcat acactctggt 240 gggccttacg gggaaaactt agcctggggt agcggtgact tgtctggcgt ctccgccgtg 300 aacatgtggg ttagcgagaa ggctaactac aactacgctg cgaacacgtg caatggagtt 360 tgtggtcact acactcaagt tgtttggaga aagtcagtga gactcggatg tgccaaagtg 420 aggtgtaaca atggtggaac cataatcagt tgcaactatg atcctcgtgg gaattatgtg 480 aacgagaagc catactaatg aagtaatgat gtgatcatgc atacacacgt acataaagga 540 cgtgtatatg tatcagtatt tcaataagga gcatcatatg caggangtat caatatttat 600 caaataatac aaataagagc tgagattacg agaatctatt taaattaaaa gttacatact 660 taattattat agttatatat gtaaaatatg tggccttttt aaaagttaca taattaatta 720 ttatagttaa tgtctttc 738 <210> 609 <211> 257 <212> DNA <213> Arabidopsis thaliana <220> <221> N_region <222> (35)..(35) <223> n = any nucleotide <220> <221> N_region <222> (38)..(38) Page 516 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <223> n = any nucleotide <220> <221> N_region <222> (69)..(69) <223> n = any nucleotide <220> <221> N_region <222> (94)..(94) <223> n = any nucleotide <220> <221> N_region <222> (114)..(114) <223> n = any nucleotide <220> <221> N_region <222> (145)..(145) <223> n = any nucleotide <220> <221> N_region <222> (147)..(147) <223> n = any nucleotide <220> <221> N_region <222> (153)..(153) <223> n = any nucleotide <220> <221> N_region <222> (158)..(158) <223> n = any nucleotide <220> <221> N_region <222> (160)..(160) <223> n = any nucleotide <400> 609 gcggccgcgt cgacgccatg ttttgcttga ttttntcnca ggaaaccata gcaagaagag 60 ccctagttna aaaaaaaaat aaaaaaaaaa tccntaatat taaattaagg atgntctttt 120 atttttcttt cttttttctt ttccntnatt tgntgccncn tttattgata gtttgaatta 180 atccccaatg aacggatatg ttcataaaat cgaaacctat atacttatgt ttttaaaaaa 240 aaaaaaaaaa aaaaaaa 257 <210> 610 <211> 528 <212> DNA <213> Arabidopsis thaliana <220> Page 517 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <221> N_region <222> (56)..(56) <223> n = any nucleotide <220> <221> N_region <222> (138)..(138) <223> n = any nucleotide <220> <221> N_region <222> (158)..(158) <223> n = any nucleotide <220> <221> N_region <222> (197)..(197) <223> n = any nucleotide <220> <221> N_region <222> (236)..(236) <223> n = any nucleotide <220> <221> N_region <222> (252)..(252) <223> n = any nucleotide <220> <221> N_region <222> (321)..(322) <223> n = any nucleotide <220> <221> N_region <222> (360)..(360) <223> n = any nucleotide <220> <221> N_region <222> (398)..(398) <223> n = any nucleotide <220> <221> N_region <222> (413)..(413) <223> n = any nucleotide <220> <221> N_region <222> (447)..(447) <223> n = any nucleotide <220> <221> N_region <222> (452)..(452) Page 518 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <223> n = any nucleotide <220> <221> N_region <222> (456)..(456) <223> n = any nucleotide <220> <221> N_region <222> (476)..(476) <223> n = any nucleotide <220> <221> N_region <222> (479)..(479) <223> n = any nucleotide <220> <221> N_region <222> (488)..(489) <223> n = any nucleotide <220> <221> N_region <222> (503)..(504) <223> n = any nucleotide <220> <221> N_region <222> (511)..(511) <223> n = any nucleotide <220> <221> N_region <222> (513)..(514) <223> n = any nucleotide <220> <221> N_region <222> (523)..(523) <223> n = any nucleotide <220> <221> N_region <222> (525)..(525) <223> n = any nucleotide <400> 610 gcggccgcgt cgacgtcgac gcggccgcgc tcctcagctc ctcaaatcag aatgantcaa 60 tccgcgcaaa attacttttc cgtgcaaaaa ccttcagaga cttcatcagg gccgtacaca 120 agtccgccac caattggnta tccgactaga gatgcggngg tgggtgatcc tccggcagca 180 gcagtggaga caaactncaa gggcgtcaac cccgaagcca taatgagttg ttttantact 240 tgtatggagt gnatcttctg ctgcggcgta tgctccagcc tctgtacatc agaggaaatc 300 agcatgatga gacagaagtc nnttgcccaa acctgaaaaa caacacgtga tagaaaatcn 360 Page 519 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atatatatat atatatatat atatgttata gtaggcgntt ctatggattt ccncgccttt 420 taaaggttat tttgtttcac tggttanaat gnaacnattt gcttcgtgga ttttgnttnt 480 atataaanna gcagaaaata gannaaccaa ngnngcctag tcntncag 528 <210> 611 <211> 1472 <212> DNA <213> Arabidopsis thaliana <400> 611 tacgtcaggg tttagtctta ctatcatttc ttgattttgg tatcaaattt atctagtttt 60 cactgttctt tactaaattt ttattttgtc tcttatctac tttagagttt agaagttcca 120 tattaaaaat tttagttatg aaacaatata accaaaaaat tgccaagatt gttcttgaat 180 cttacttgtg cattgtaaat agagtctgtt agcaaacttt gaccattgag tattttgtgc 240 tttgtgtcta gattcttgaa tcttattcta tggttattgg acttcataaa tccattttgt 300 tctttagtag ttggtaccca aatattgatt tttcaatagt ttcagaaaac agaccaacat 360 ggaagatcgg tgcttgatca agaacgatat cactgaattg attggtaaca caccaatggt 420 gtatctgaac aatgttgttg atggttgcgt ggctcgtatc gctgcgaagc ttgagatgat 480 ggagccttgt tctagcgtca aagacagaat cgcgtatagt atgatcaaag atgcagaaga 540 caaaggattg attactcccg gaaagagtac attgatagag ccaactgctg gtaacaccgg 600 gattggttta gcttgcatgg gagctgcaag aggctataaa gtgatccttg tgatgccttc 660 aactatgagc ttagagagaa gaatcattct gagggcacta ggtgcagagc ttcatctctc 720 ggaccagcgc ataggcctta aaggaatgtt ggagaaaact gaagcgattt taagcaaaac 780 tcctggtggt tacattccac aacaatttga aaatcctgca aaccccgaga ttcattaccg 840 aaccacggga ccggaaatat ggagagattc agccgggaaa gtagatatat tggtcgctgg 900 cgtagggact ggtggaactg ctactggagt agggaagttc ctcaaggagc agaacaaaga 960 catcaaggtt tgtgtggtgg aaccagtaga aagtccggta cttagcggag gtcaaccagg 1020 tccacatttg attcagggaa ttggctctgg tatcgtccca ttcaatttgg acttaaccat 1080 tgttgatgaa attattcaag tggcaggtga agaggctatt gaaacagcca agcttcttgc 1140 cctcaaagaa ggattactgg tgggaatatc ctctggagcc gcagcagcgg ctgcgttaaa 1200 ggttgcaaag cggccagaaa acgcggggaa actcattgtg gtggtttttc ctagtggagg 1260 agaacgttat ttatcgacta aactgttcga ttcgattaga tatgaagcag agaatttgcc 1320 tattgaatga atgttggacg tgtgccggtt tcgtgtgtaa taagagacgt tcgttccaag 1380 agtccaagat ttcaatttgc ttattactgg tcaatgtgaa atgtataaaa agttgcatat 1440 tcgattatga ataattttag ttgactactt cc 1472 <210> 612 <211> 1176 <212> DNA Page 520 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Arabidopsis thaliana <400> 612 cttcaactgc tgcgtctagc tgtccttcct tcttcatttg cttcttcttc tctagctcag 60 cgcggatcgc tgcagtagta ccctgacgta gcctttcttc ttcctttact ttctcatctt 120 ctatctctca aaagaaaagc agacaacttt atttgcaaaa acagagtttt tttttcttat 180 cttgagaaag ttcaacagaa gatgatgttc gagaaagacg atctgggtct aagcttaggc 240 ttgaattttc caaagaaaca gatcaatctc aaatcaaatc catctgtttc tgttactcct 300 tcttcttctt cttttggatt attcagaaga tcttcatgga acgagagttt tacttcttca 360 gttccaaact cagattcgtc acaaaaagaa acaagaactt tcatccgagg aatcgacgtg 420 aacagaccac cgtctacagc ggaatacggc gacgaagacg ctggagtatc ttcacctaac 480 agtacagtct caagctctac agggaaaaga agcgagagag aagaagacac agatccacaa 540 ggctcaagag gaatcagtga cgatgaagat ggtgataact ccaggaaaaa gcttagactt 600 tccaaagatc aatctgctat tcttgaagag accttcaaag atcacagtac tctcaatccg 660 aagcagaagc aagcattggc taaacaatta gggttacgag caagacaagt ggaagtttgg 720 tttcagaaca gacgagcaag aacaaagctg aagcaaacgg aggtagactg cgagttctta 780 cggagatgct gcgagaatct aacggaagag aaccgtcggc tacaaaaaga agtaacggaa 840 ttgagagtac ttaagctctc tcctcagttc tacatgcaca tgagcccacc cactactttg 900 accatgtgcc cttcatgtga acacgtgtcg gtcccgccac cacaacctca ggctgctacg 960 tcagcgcacc accggtcgtt gccggtcaat gcgtgggctc ctgctacgag gatatctcac 1020 ggcttgactt ttgacgctct tcgtcctagg tcctaagtct ttttacttgc aaccaaaggg 1080 cattttggtc gttttttaag tttcatggac cagatatgca tgtagttgtt aacatgtatg 1140 tattttctta gaaagaaaga aaaacagatt aatatt 1176 <210> 613 <211> 1592 <212> DNA <213> Arabidopsis thaliana <400> 613 ataccctaat tccacatatc tacacacaag caataaagag agaaaaaaat ataaagctac 60 caaagagaaa atggtgacac taacaccatc ttctgctagt accccaaaaa catcttttga 120 tttcatgaag aataacaaca gtcacagcag tctctatgtt tcttcttctt cttacttgag 180 cagcaaggaa gatgctcttg tcacgaccaa gaagctcatg gaaccaagca aaacactaaa 240 catgagcatt aatccaaaac aagaggagtt tggtgatgag aagaaaatgg tgaagaaagc 300 tcctgaagat ccagagattg gtgtgtttgg agctgagaag tacttcaatg gagacatgga 360 ttcagaccaa ggttctagtg ttctgtctct gacaaaccca gaagttgaga gaaccgtcgt 420 cgactcgaag cagagcgcga agaaatctac tggtactccg agtgtccggt ctgaatcaag 480 ctggaatagt cagagcgtgt tgcttcagaa caaactggtg aatagctgca acagttcctt 540 Page 521 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caaggaaaag aagaacagta atggtcagat tcaaaaggtg accaataata agaagagttt 600 tctcgcaaat ttggggtgta aatgcgcctg ctctgatggg gattctgtag atgtcgacga 660 gaaaacctcg gtcaagagaa gcgctgatcc gaatatctct gttatcacaa tgagatcttc 720 tgcggatatg aacacagaac tgatcaagat tcagaagcaa gaggagttat cacagaggaa 780 gtctcttgaa gtttttggat ctccagtggc tattgagaag aagagtagtg ttgttcagaa 840 gaaactacca ttgcctccat ggaaatcgag aacagaggag gacgacacaa agagtgaagg 900 gagtgattca agctcggatc ttttcgagat agagggtctt acagggaacc ctaaaccttt 960 tcttacgagg caaggaagtg atccagcttc acctacgtgt tatgcgccaa gtgaagtaag 1020 cgtagagtgg agcatagtga cagcaagtgc agcagatttc tctgttatgt cagaatgtgc 1080 aacaagtcct gtaagaagaa accgacctac tcagattcct cgaatcccta ttaccgctaa 1140 atcagcaccg cagagacgga aatcgagtag cagcagcgga gggaatggtt tcttgatgag 1200 ctgcaagagt cataaatctg ttatggtttc tggtgattta gacagaagaa gcagcatgaa 1260 caagacacaa ccgagttacg ttcctagatt cccaatggag actactaaac ctaagagttt 1320 cgaaacacga agaaggatca gcaacagctc gatttctcac acacaatcat ctcttcttta 1380 tagtcagtga ttgcaagaaa gtaaaagaaa aagatttcaa tctctgatct ctctttatct 1440 ataatttcta ctgagtgaga aagatatgta aacttataat aatgtcttgt tgagtccatg 1500 atcaaatcaa tttaaaaggg tttcttagag accttttgca cctaagaaaa agttactcaa 1560 agagtgacaa atgattggag agtgaaaaca aa 1592 <210> 614 <211> 1694 <212> DNA <213> Arabidopsis thaliana <400> 614 aaaaagcaga gcacaaacca gaggaacgac aataatggtg agtcttctat cttttttctt 60 gcttctactc gtccccattt tcttcttgtt aatcttcacc aagaagatca aggagtcaaa 120 acaaaatctt cctcctggcc cagcaaagct tccgatcatc ggaaacctac accagctcca 180 agggttgctt cataaatgtc ttcacgatct ctccaagaaa cacggacctg tgatgcatct 240 ccgtctaggg tttgccccaa tggtcgtaat ttcatcaagt gaagcagctg aagaagctct 300 taaaacacat gaccttgagt gttgttcaag acctatcact atggcctcaa gggttttttc 360 gcgtaacggt aaagacatcg gatttggggt ttacggtgat gaatggagag agctgcgtaa 420 gctttcggtt cgcgaattct ttagcgtgaa aaaagttcaa tccttcaagt atattagaga 480 ggaagagaat gacttgatga tcaagaaact gaaagaattg gcttcgaagc aatctccggt 540 ggatttgagc aaaatcctct ttggtctcac tgcgagtatc atattcagaa ccgcctttgg 600 acaaagtttc tttgataaca agcatgtcga tcaggaaagc atcaaagaac tgatgtttga 660 atctctgagc aatatgactt ttagattctc tgattttttc cctactgctg gtcttaaatg 720 gtttataggc tttgtgtcag gccaacataa gaggctttac aacgtcttca acagggttga 780 Page 522 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacttttttt aatcatatag ttgatgatca tcactcgaag aaagcaactc aagatcgtcc 840 tgatatggtc gacgctatct tagatatgat agataatgaa caacaatatg catctttcaa 900 gctcaccgtt gatcatctca aaggagtcct ctcaaatata tatcacgctg gaattgacac 960 aagcgccatc accttgattt gggcgatggc agagctcgtt agaaacccgc gggtaatgaa 1020 gaaagctcaa gacgagatcc gaacttgcat tggaatcaaa caggaaggaa gaatcatgga 1080 agaagatctt gataagcttc aatacttgaa gcttgtggtg aaagaaacct taagactaca 1140 cccagcagct cctcttttac ttcctcgaga aacaatggct gatatcaaga ttcaaggcta 1200 cgacattcct cagaagagag ctcttcttgt taatgcatgg tctataggac gagatccgga 1260 atcctggaaa aatcctgaag agtttaaccc ggagaggttt attgattgtc ctgtggatta 1320 caagggacat agctgtgagt tgttaccatt tggctctggt cggagaattt gtccaggaat 1380 agctatggcg atcgcaacca ttgaattggg gctcttgaat ttgctctact tctttgattg 1440 gaatatgcct gagaagaaga aagatatgga catggaagaa gctggtgatc tcactgttga 1500 taagaaagtt cctcttgagc ttctgccagt tattcgcatc agtttgtaga tgagcttgga 1560 gaaaaacata tggtatgctt attgtataaa ccagaacgct ttttcttgtt tattttgttt 1620 ttttgaatct aatgttaaat tatattccca aaaaaaataa tcgttgttac aatcagaact 1680 cttttttttt atct 1694 <210> 615 <211> 2896 <212> DNA <213> Arabidopsis thaliana <400> 615 gcggccgcta tggagaggcc aagagcccct ccatctcctt tgaatgatgc ggagtcatta 60 agtgaacgta gatctcttga gattttcaac ccttcgagtg gaaaagagac acatggatca 120 acttcttctt cttcaaagcc tcctcttgat ggcaacaaca aaggtagtag tagtaagtgg 180 atggagtttt caagattgcc gctaagatta cagaaagaac ccgctgaatg gggattgtca 240 gctgttaagc cggattcggg agacgatggc attagtttca agctgtccag tgaagtggaa 300 cgaagcaaga acatgtctag gaggtcatcc gaagaatcta catcttctga atcaggggcc 360 ttccctaaag tatccgagga gctcaaaact gctctatcca cgttgcagca gacttttgtt 420 gtctctgacg ctacacagcc tcactgtccc atagtctatg ccagcagtgg attctttacc 480 atgactggtt attcttccaa ggaaattgtt ggaagaaact gccggtttct gcaagggcca 540 gacaccgaca agaatgaggt tgccaaaatc agagattgtg tcaagaatgg aaaaagttac 600 tgtggaaggc tgttaaacta caaaaaggac ggaactccct tctggaatct tctcacagtc 660 actcctatca aggacgacca gggcaatacc atcaagttca ttgggatgca ggttgaagtt 720 agcaaaaaca cagaaggggt aaatgataaa gcattgaggc ctcatggatt ctccaaatcc 780 ttgattcgat atgatgctcg ccagaaggag aaagctttgg attccatcac agaggttgtg 840 Page 523 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caaactataa gacatcgtaa gtctcaagtt caggaatccg tgagcaatga cactatggta 900 aagcctgata gttctactac acctacacct ggtagacaaa caagacagtc agatgaggct 960 tcaaagtctt tcaggacacc tggacgtgtt tctactccaa cggggtcaaa gctcaaaagc 1020 tcgaataaca ggcatgaaga tcttttacgt atggaacccg aagaattgat gttgagcaca 1080 gaagtaatag ggcagaggga cagttgggac ctatcggata gagaaaggga tatacgccaa 1140 gggattgatc tagctaccac tcttgagcgc atagagaaga atttcgtcat cagtgatcct 1200 cgtctccctg ataatcccat tatctttgca tcagacagct ttcttgaatt gacagagtat 1260 tcacgcgagg aaatattggg gagaaattgt cggtttcttc aggggccaga gacagatcaa 1320 gcgactgtcc agaagataag agacgcaatc agagatcaga gggagattac tgtgcagttg 1380 ataaactaca ctaaaagcgg aaagaaattc tggaactttt tccacttgca acctatgcgt 1440 gatcagaagg gagagcttca atacttcatc ggtgtgcagc ttgagggaag tgatcatgta 1500 gagcccctcc aaaatccttt gtctgagaga acagagatgg agaactcgaa agtggtgaaa 1560 gctccggcaa caaatgtaga tgaagctgtc agagagcttc cagatgctaa tacgcggccc 1620 gaaggcctgt gggcttcaca ctcgaagcct gtctatcctc tgcctcacaa taaggagagt 1680 acgtcctgga aagcaataaa aaagatccaa gcgagtggag acacagcggg actacatcat 1740 ttcaaaccaa taaaaccgtt gggctctggt gatactggca gtgtccattt ggttgagctg 1800 aagggcacgg gtgaactata tgccatgaaa gcaatggaga aaacaatgat gttgaatcgt 1860 aacaaggctc accgagcgtg catcgaaagg gaaatcattt cccttctgga tcatccattc 1920 cttcctactc tctacgcttc ttttcagacc tctacgcacg tctgtttgat tacagacttc 1980 tgcccaggtg gagagttgtt tgcactactt gacagacaac ctatgaaaat attgacagaa 2040 gactctgcaa ggttctatgc agcagaggtt gttatcggct tagaatatct tcactgctta 2100 ggaattgtat atcgagacct gaagcctgag aatatactgc tcaagaagga tggacacata 2160 gtattggctg actttgattt atcattcatg acgacctgca caccccagct tattattcca 2220 gctgcaccta gcaaacgaag gagatccaaa agtcaaccac tacccacatt tgttgcagaa 2280 ccaagtaccc agtcaaactc gttcgtagga actgaagaat acattgcgcc tgagataatc 2340 acgggtgctg gtcatacaag tgctattgat tggtgggcac tgggtatctt gttgtatgag 2400 atgctttatg gtcgcacacc tttcaggggt aagaataggc aaaagacatt tgccaacatc 2460 ttgcacaaag atctcacttt ccccagcagt atccctgtga gtcttgtagg tagacagttg 2520 atcaacacgt tgttaaatag agatccgagc agtcggttag gatccaaagg tggggcaaat 2580 gagataaagc agcatgcttt ctttcgcggg atcaattggc ctctcatacg aggcatgagt 2640 cctccaccac tggatgcacc gttgagcata atcgaaaaag atccgaatgc caaagatata 2700 aagtgggaag atgatggagt gcttgtgaat tctacggact tggacattga cctcttctaa 2760 tcctattctt cctctctctg cctttgattc tcaaattatg caaaactctt cttctcaata 2820 aaagccaagg tgttgttgta cttgtagttg cttaaatata aacggctctt ttcatgttta 2880 Page 524 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaaaaaaaa aaaaaa 2896 <210> 616 <211> 973 <212> DNA <213> Arabidopsis thaliana <400> 616 acgaaaccaa cggacgaaga gaaactcacg atttcatgaa cgtcaacgtt gaatccttct 60 ctcagcttcc tttcatccgc cgtactcctc ccaaagaaaa agccgccatt attcgtctct 120 tcggccaaga gctcgtcggt gataactccg acaacttatc cgcagaacct tctgatcatc 180 aaaccactac caagaacgat gagagctctg agaatatcaa ggacaaagac aaagaaaaag 240 ataaggacaa agacaaagat aacagcaaca acaggagatt cgagtgtcac tactgcttca 300 gaaacttccc aacttctcaa gccctaggtg gacatcaaaa cgctcacaaa cgtgaacgtc 360 aacacgccaa acgcggttcc atgacatcat accttcatca tcatcagcct catgaccctc 420 accacatcta cggcttcctc aacaaccacc accaccgtca ctatccgtct tggacgacgg 480 aagctagatc atactacggc ggaggggaca tcaaacgccg tcgtactact caaggaatac 540 tctttgctcc tccttcttct aacccaccga caatcaacgg aagtccttta ggtttgtgcg 600 tgtaccgcct tccacgtcaa caaatactat tcaaggcgtt tactcatctt caccagcttc 660 agcgtttagg tcgcatgagc aagagactaa taaggagcct aataactggc cgtacagatt 720 gatgaaaccc aatgtgcaag atcatgtgag tctcgatctt catctctgac ttcttttatt 780 ttattttttt atcatccatc attgctgtga tatatgagac tcgctgatcg gtgaagccaa 840 ttcttttgag agtgttggag actgaaaaaa agaaaaagaa aacgagaacc ggtttggtgt 900 gtagatcatc ttgaaccttt ttgaggtttt cacattctga gtttatatta ataaagggaa 960 taatattttg gtt 973 <210> 617 <211> 2240 <212> DNA <213> Arabidopsis thaliana <400> 617 tgagatttct ccatttccgt agcttctggt ctcttttctt tgtttcattg atcaaaagca 60 aatcacttct tcttcttctt cttctcgatt tcttactgtt ttcttatcca acgaaatctg 120 gaattaaaaa tggaatcttt atcgaatcca agctgatttt gtttctttca ttgaatcatc 180 tctctaaagt ggaattttgt aaagagaaga tctgaagttg tgtagaggag cttagtgatg 240 gagacaaatt cgtctggaga agatctggtt attaagactc ggaagccata tacgataaca 300 aagcaacgtg aaaggtggac tgaggaagaa cataatagat tcattgaagc tttgaggctt 360 tatggtagag catggcagaa gattgaagaa catgtagcaa caaaaactgc tgtccagata 420 agaagtcacg ctcagaaatt tttctccaag gtagagaaag aggctgaagc taaaggtgta 480 gctatgggtc aagcgctaga catagctatt cctcctccac ggcctaagcg taaaccaaac 540 Page 525 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aatccttatc ctcgaaagac gggaagtgga acgatcctta tgtcaaaaac gggtgtgaat 600 gatggaaaag agtcccttgg atcagaaaaa gtgtcgcatc ctgagatggc caatgaagat 660 cgacaacaat caaagcctga agagaaaact ctgcaggaag acaactgttc agattgtttc 720 actcatcagt atctctctgc tgcatcctcc atgaataaaa gttgtataga gacatcaaac 780 gcaagcactt tccgcgagtt cttgccttca cgggaagagg gaagtcagaa taacagggta 840 agaaaggagt caaactcaga tttgaatgca aaatctctgg aaaacggtaa tgagcaagga 900 cctcagactt atccgatgca tatccctgtg ctagtgccat tggggagctc aataacaagt 960 tctctatcac atcctccttc agagccagat agtcatcccc acacagttgc aggagattat 1020 cagtcgtttc ctaatcatat aatgtcaacc cttttacaaa caccggctct ttatactgcc 1080 gcaactttcg cctcatcatt ttggcctccc gattctagtg gtggctcacc tgttccaggg 1140 aactcacctc cgaatctggc tgccatggcc gcagccactg ttgcagctgc tagtgcttgg 1200 tgggctgcca atggattatt acctttatgt gctcctctta gttcaggtgg tttcactagt 1260 catcctccat ctacttttgg accatcatgt gatgtagagt acacaaaagc aagcacttta 1320 caacatggtt ctgtgcagag ccgagagcaa gaacactccg aggcatcaaa ggctcgatct 1380 tcactggact cagaggatgt tgaaaataag agtaaaccag tttgtcatga gcagccttct 1440 gcaacacctg agagtgatgc aaagggttca gatggagcag gagacagaaa acaagttgac 1500 cggtcctcgt gtggctcaaa cactccgtcg agtagtgatg atgttgaggc ggatgcatca 1560 gaaaggcaag aggatggcac caatggtgag gtgaaagaaa cgaatgaaga cactaataaa 1620 cctcaaactt cagagtccaa tgcacgccgc agtagaatca gctccaatat aaccgatcca 1680 tggaagtctg tgtctgacga gggtcgaatt gccttccaag ctctcttctc cagagaggta 1740 ttgccgcaaa gttttacata tcgagaagaa cacagagagg aagaacaaca acaacaagaa 1800 caaagatatc caatggcact tgatcttaac ttcacagctc agttaacacc agttgatgat 1860 caagaggaga agagaaacac aggatttctt ggaatcggat tagatgcttc aaagctaatg 1920 agtagaggaa gaacaggttt taaaccatac aaaagatgtt ccatggaagc caaagaaagt 1980 agaatcctca acaacaatcc tatcattcat gtggaacaga aagatcccaa acggatgcgg 2040 ttggaaactc aagcttccac atgagactct attttcatct gatctgttgt ttgtactctg 2100 tttttaagtt ttcaagacca ctgctacatt ttctttttct tttgaggcct ttgtatttgt 2160 ttccttgtcc atagtcttcc tgtaacattt gactctgtat tattcaacaa atcataaact 2220 gtttaatctt tttttttcca 2240 <210> 618 <211> 757 <212> DNA <213> Arabidopsis thaliana <400> 618 caacttagaa aaatgaattt tactggctat tctcgatttt taatcgtctt tgtagctctt 60 gtaggtgctc ttgttcttcc ctcgaaagct caagatagcc cacaagatta tctaagggtt 120 Page 526 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cacaaccagg cacgaggagc ggtaggcgta ggtcccatgc agtgggacga gagggttgca 180 gcctatgctc ggagctacgc agaacaacta agaggcaact gcagactcat acactctggt 240 gggccttacg gggaaaactt agcctggggt agcggtgact tgtctggcgt ctccgccgtg 300 aacatgtggg ttagcgagaa ggctaactac aactacgctg cgaacacgtg caatggagtt 360 tgtggtcact acactcaagt tgtttggaga aagtcagtga gactcggatg tgccaaagtg 420 aggtgtaaca atggtggaac cataatcagt tgcaactatg atcctcgtgg gaattatgtg 480 aacgagaagc catactaatg aagtaatgat gtgatcatgc atacacacgt acataaagga 540 cgtgtatatg tatcagtatt tcaataagga gcatcatatg caggaygtat caatatttat 600 caaataatac aaataagagc tgagattacg agaatctatt taaattaaaa gttacatact 660 taattattat agttatatat gtaaaatatg tggccttttt aaaagttaca taattaatta 720 ttatagttaa tgtctttcaa aaaaaaaaaa aaaaaaa 757 <210> 619 <211> 1944 <212> DNA <213> Arabidopsis thaliana <400> 619 ccacgcgtcc gtcatttctc atcataacaa agagagagaa aaaaactatg gaattgacac 60 tgaattcctc gagttctctt atcaaacgta aagatgccaa gagttctaga aaccaagaaa 120 gttcctccaa caacatgacc tttgcgaaga tgaagccgcc aacatatcag ttccaagcaa 180 agaactcggt taaggaaatg aagttcactc acgagaagac cttcacgcca gaaggtgaaa 240 cccttgagaa atgggagaag ctccacgttc tctcataccc acactccaag aacgacgcta 300 gcgttccggt gttcgtcatg ttaccgctcg acacagtaac aatgtcaggg catttgaaca 360 aaccacgagc catgaacgct agtttgatgg ctctgaaagg agctggtgtg gaaggtgtga 420 tggtggatgc ttggtgggga ttggtggaga aagatggacc tatgaattat aactgggaag 480 gctatgccga gcttatacag atggttcaaa agcacggtct caaactccag gtcgttatgt 540 cattccatca atgtggagga aacgtaggag actcttgcag tatccccttg cctccatggg 600 tgcttgaaga gatcagcaag aaccctgatc ttgtctacac agacaaatct gggagaagga 660 accctgaata tatctccttg ggatgtgatt ctgtgcctgt cctaagagga agaacaccta 720 tccaggtcta ctcagatttc atgaggagct tccgtgaacg atttgaaggc tacataggag 780 gagttattgc ggaaattcaa gtaggaatgg gaccttgtgg agaattgaga tacccatcat 840 accctgaaag caacgggacc tggagattcc ccggaattgg agagttccag tgctacgaca 900 agtatatgaa atcgtcactt caggcatatg ctgaatcaat tgggaaaact aactggggaa 960 caagcggacc tcatgatgcc ggcgagtaca agaacctccc agaagatact gaatttttca 1020 ggagagacgg aacatggaat agcgagtatg gaaagttttt catggaatgg tactccggga 1080 agctgctaga acatggagac caactcctat cttcagcgaa aggtatcttt caaggaagcg 1140 Page 527 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagcaaagct atcaggaaag gtagctggaa ttcactggca ctacaacacc aggtcacacg 1200 cagctgagct aaccgctgga tattacaaca caagaaacca tgacgggtat ctgccaatag 1260 ctaagatgtt caacaaacat ggagttgtgc tcaacttcac ctgcatggag atgaaagacg 1320 gggagcaacc tgagcacgcg aattgctcac cagaaggtct ggtcaagcaa gtacagaacg 1380 cgacaaggca ggccggaacc gaactagcag gggagaacgc gctagaacga tatgactcga 1440 gcgcattcgg acaagtggta gcaacaaata ggtcagattc tggaaatggg ttaaccgcat 1500 ttacttacct aagaatgaac aagcggttat ttgagggtca aaattggcag cagttagtgg 1560 agtttgttaa gaacatgaag gaaggtggtc atgggaggag actctcaaaa gaagacacaa 1620 ctggaagtga cctttatgtt ggatttgtca aaggcaagat cgctgagaat gtggaggagg 1680 ctgctttagt gtaatttccc acataggtac atacatatag tgtggtgttt attgtattcc 1740 tgtctgataa ataactagag agatcaaacc agtaagagtg ttaaagctat agatttgcac 1800 aattctgggt cagagtcaga gcaaagagaa gcaaaatcaa gatgatgtac acttagatgt 1860 atcctatgag ttttccttgt acatcatctt catactctta atctcaaata ctatgcattt 1920 ttctccaaaa aaaaaaaaaa aagg 1944 <210> 620 <211> 483 <212> DNA <213> Arabidopsis thaliana <400> 620 atggcacaag ctacgcgtca gtcttctcta caaggggaac ttgaggtaga tattgagatc 60 aaagcatcgg caaagaagtt ccatcacatg ctctctggaa gaccacaaga tgttgcgaaa 120 gccactcctg acatccaggg atgtgctttg catgagggag agtttggcaa agttggcagt 180 gtcatattct ggaactatgc tattgatggg cagcccaagg tggcgaggga gaggatcgag 240 gcagtggatc aggagaagaa tctgttagtg ctcagggtaa tagatggaga tctgacgaaa 300 gagttcaaga gcttcttggt cactatccag gcaaccccaa agctaagagg accgggaagt 360 gtggttaagt gtcacttaaa atatgagagg attgacgaga aggtggctcc tccggagaag 420 ctgctcgagt tgtttgccaa gctaaccgaa tcaatggacg aaatgctttt gtccgaagtc 480 tag 483 <210> 621 <211> 924 <212> DNA <213> Arabidopsis thaliana <400> 621 atggctccag caagtccacg agtggtggtg aaggtggatt tgaagaagag gccatggcag 60 cagactcagc cactgcacaa tagatggcat cctgagatac catcagttgc agaggtcaag 120 actggtgagt tgtttagggt ggaaatggtt gactggacgg gaggtgcagt caaagaagat 180 ggctctgctg gcgatattaa gagcatagac ctctctactg ttcattacct gagtgggccg 240 Page 528 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcaaagttg tggatgagga tggtgttgca gctaggccag gtgatcttct tgctgttgag 300 atatgcaact tgggtcctct tccaggagat gaatggggat tcactgcttc atttgataga 360 gagaatggcg gtggtttctt gactgaccat ttcccttgtg cgaccaaagc tatttggtac 420 tttgaaggga tttatgccta ctctcctcaa attcctgaag gagctaatct aagcaccggt 480 gacatgcatt tctcacaggg tgatggcgag atctcattct gtggagccat agagatgagt 540 ggatttctag aactcaagtg tgaaatcatt agaaacggga tgcaggagta ccttacacca 600 atgggaccaa ccactctcca cgtaaacccg atctttgaga tagggccagt ggaaccaaga 660 ttctcagagt ggcttgtctt cgagggtatc agtgtcgatg agagcggaag acaacattac 720 ctagatgcaa cagttgcata caaacgagca gttctcaacg ctatagacta tctcttcaaa 780 ttcggttact caaaagaaca ggatattcgt ccaaagaccc gaaaagttcc aacaggagct 840 cggatagtga agaagccaga cgttatgaag agcacatatg atggaaaact tccaattaca 900 aagaattcaa gttcttcctc ttag 924 <210> 622 <211> 1581 <212> DNA <213> Arabidopsis thaliana <400> 622 agaaagagac ttactttgga tatcaaaaca tgtcttgctc tctattctaa ttaagtctag 60 cctatctaca acatacataa acctctatct acgattatat ttggatctac aagtgaagat 120 tgatcgatgt tagctctgtc tccggcgaca agagatggtt gcgacggagc gtcagagttt 180 cttgatacgt cgtgtggatt cacgattata aacccggagg aggaggagga gtttccggat 240 ttcgctgacc acggtgatct tcttgacatc attgacttcg acgatatatt cggtgtggcc 300 ggagatgtgc ttcctgactt ggagatcgac cctgagatct tatccgggga tttctccaat 360 cacatgaacg cttcttcaac gattactacg acgtcggata agactgatag tcaaggggag 420 actactaagg gtagttcggg gaaaggtgaa gaagtcgtaa gcaaaagaga cgatgttgcg 480 gcggagacgg tgacttatga cggtgacagt gaccggaaaa ggaagtattc ctcttcagct 540 tcttccaaga acaatcggat cagtaacaac gaagggaaga gaaaggtgaa ggtggattgg 600 acaccagagc tacacaggag attcgtggag gcagtggaac agttaggagt ggacaaagct 660 gttccttctc gaattctgga gcttatggga gtccattgtc tcactcgtca caacgttgct 720 agtcacctcc aaaaatatag gtctcatcgg aaacatttgc tagctcgtga ggccgaagcg 780 gctaattgga cacgcaaaag gcatatctat ggagtagaca ccggtgctaa tcttaatggt 840 cggactaaaa atggatggct tgcaccggca cccactctcg ggtttccacc accaccaccc 900 gtggctgttg caccgccacc tgtccaccac catcatttta ggcccctgca tgtgtgggga 960 catcccacgg ttgatcagtc cattatgccg catgtgtggc ccaaacactt acctccgcct 1020 tctaccgcca tgcctaatcc gccgttttgg gtctccgatt ctccctattg gcatccaaga 1080 tttagagcac cgccagttgc cggaatcccg catgctctgc cgccgcatca cacgatgtac 1140 Page 529 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaccaaatc ttggatttgg tggtgctcgt cctccggtag acttacatcc gtcaaaagag 1200 agcgtggatg cagccatagg agatgtattg acgaggccat ggctgccact tccgttggga 1260 ttaaatccgc cggctgttga cggtgttatg acagagcttc accgtcacgg tgtctctgag 1320 gttcctccga ccgcgtcttg tgcctgaaac gcacaagatc cgtaggcaag cgagaaccaa 1380 acaaaaattc gacgacatgt ctttcaatta ttgtactttt atttttccaa gggttgtttt 1440 tgttttgacc cttgttgtgt taagagttac tctttactta atcgtcccat gtgactaata 1500 aggagaccct tttcatatgt atctagggtg ctaagtacac tctagctcta ttaacgcaaa 1560 taaattacct atattttctc 1581 <210> 623 <211> 666 <212> DNA <213> Arabidopsis thaliana <400> 623 atgagctcct tcaccaccac caacactccg ccaccgtatc tcctccggaa aatttatcat 60 cgccgtgtaa accaaccgtt ctccgtcgta tgttgcaccg gagaacccca acaagacatc 120 ttcacccgcc ggagaacctt gacttcacta ataacattca cggtcatcgg cggtgctacg 180 tcatcagcat tagcacagga gaaatggggg acaaggtcat tcataaagga gaaatatttt 240 atgccgggac tatcacctga ggatgcggcg gcgcgtataa aacagacggc tgaaggatta 300 agagacatga gggagatgtt ggaccacatg tcgtggaggt acgttatatt ctacataaga 360 ttgaaacagg cttatctgtc tcaggatctc accaacgcca tgaacatctt gccggagagt 420 cgccggaatg attacgttca ggcggcaaac gagcttgtcg aaaacatgag tgagttggat 480 ttctatgtac ggacgccaaa ggtgtacgag tcctatcttt actacgagaa gacattgaaa 540 tcgatagaca atgttgtgga gtttcttgct taattcagtt gtattgtata tatgtctttc 600 ttcattcttc acatgaaatc tctggactcg ttacattaga tataaaatta aaagacttaa 660 taatgt 666 <210> 624 <211> 1932 <212> DNA <213> Arabidopsis thaliana <400> 624 atgaagcaga ggagtttctt atcaatcctc tgttttattc ttctagcctt tggtgttgct 60 tctgtttcag cacaaacatg catagagaac cgtaaatatt tcacacccaa cggtacatac 120 gattcaaatc gtcgtcttat cctctcttct cttcctaaca ataccgcctc tcaagatggt 180 ttctactacg gttcgattgg agaagagcaa gatcgagtct acgcattagg gatgtgcatc 240 ccaagatcaa ctccaagtga ctgttttaat tgtataaagg gtgcggcagg ctggttgata 300 caggactgtg ttaaccagac agacgcgtat tattgggcac ttgatccaac gctgtgcctt 360 gtccgctact ccaacatttc tttctcagga tctgcagctt tttgggagat tgagcctcag 420 Page 530 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatttggtct tgaacactgc aactatcgcc tcagatctaa cggatttcaa gaacatatgg 480 gaagacttaa catctcgtac gattactgca gcctccgcag caagaagcac accatcgtcc 540 agtgataacc attacagagt tgattttgcg aacttgacaa aattccagaa tatctacgca 600 ttgatgcaat gcacgccaga tatttcttct gacgaatgta acaactgtct ccaacgaggc 660 gtacttgagt accagtcatg ctgtggaaat aatactggag gctatgcttt tcataacatt 720 accttggcta ctcctccgaa acctccaatg aatgtaccgc gaccaccttc tgtaggtcac 780 ggggcgaaca ctacagataa tgatagcagg ggagtctcag ctggaattgt agtggtgatt 840 accgttccag cagttgtcat cgtcttgata ctagttgttc taggattttt tatttgctgg 900 aggagaaagt ctttgcaaag aactgaattt gaatctgata gtgatgtttc tactacaaat 960 tcattgcaat acgagtttaa gacaattgaa gctgcaacga ataagttttc gaagagcaat 1020 aagctcggcg aaggtcgatt tggggaagtt tacaagggta agttttcaaa tggaactgaa 1080 gttgccgtga agaggctctc gaaagtatca ggacaagaca caaaaaagtt caggaacgag 1140 gctgttcttg tatcaaaaat tcagcatagg aatctggcta ggcttcttgg gttctgtttg 1200 caaggagatg gaaagttttt gatctatgag tttgttctca acaaaagcct tgactatttt 1260 ctattcgatc ctgaaaagca aggtgagcta gactggactc ggcgatacaa gatcattgga 1320 gggattgctc aagggatact acatcttcat caagatccac agctcacaat catatatcgt 1380 gacttcaaag ccagcaacat tctcttagat gccgatatga acccaaaaat ttcagatttt 1440 ggaatggcca cagtttttgg aatggaggaa agtcgaggca atacgaactg gatagctgaa 1500 accttcgttt acatgtctcc cgagtatgcg gtgcatggca aattctccat gaaatctgac 1560 gtctacagct ttggaatctt gattcttgaa attattagcg gcaagaagaa tagcagcctc 1620 taccagaacg atgaaactac tactgctggc aacttggtta cctatgcttg gaggctttgg 1680 agaaacggct cgcaactaaa gctgctggat tcgtccatag gaaggaacta tcagagtaat 1740 gaagtcacta gatgcatcca tattgctctt ttatgtgttc aagagaatcc agaagaccgt 1800 ccaaagttgt caaccattgt ctcaatgctt accagtaaca caatcagtgt gccagcgcct 1860 ggcataccgg gatttttccc ccaaagcagg cgtgaactgg acccattatc tgagggatta 1920 gagtcgggtt aa 1932 <210> 625 <211> 804 <212> DNA <213> Arabidopsis thaliana <400> 625 atgttagttg cgtatcctgc gggaactatc aacaaattcc aaatccctat tagctgctat 60 gccgctttgc gcagattcaa gacctcgcct tttggtcctc tgattagttg ttctgtctcc 120 ccaagatcaa tagttccttg tagcaatgta gagtgttatc attcatcttt ttctacaaaa 180 tatcaaattc agcctcgaag gagatggatg ttttgtaact cacgcaacaa ctcgatttca 240 Page 531 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcggatgatg agtaccgttc atcacccaac atagctataa gtcttttaag acgttacagg 300 accgtgattg gacgcggtga aggcgaaacc ttaaaagaat tcatatccgc tggtgtgaat 360 gcatatgcgc tcggctgcac agatgaagat ttgagaaaag aactaatggc tatgaaagat 420 tcgggtttag agattgagag aatggagaat tacggcggaa gcacacagac taaatccaaa 480 attacgctgt ctgaggtaga tgaatgcata ttgtggctta ggattgtatt catcacgatc 540 ttgtgtacgc cgcaaccaac agtcataaga tggtcatcga ctccttcggt ttctgatgaa 600 attctaagca aatggagagg cttttgcgcg gttatagcaa atgcatacta tattagagga 660 atggcttggc tgcctgtgaa gactcttcag ttggagcaga tggcggtgac aggacaatca 720 gaggagccgt ccgttgtggc cagccgaatg agactggtgt ttagcactct cgaggtagtg 780 agtcctcaat ggccacgggt ttaa 804 <210> 626 <211> 1533 <212> DNA <213> Arabidopsis thaliana <400> 626 atggcttcaa gttcaacttc attcccgtta accaccgcgc caccgcaggg tgtcaggttt 60 aaccggagaa aaccgaggtt aaccgtgtgg gctaagcaaa cggcgtttca actcgggaaa 120 acgaagggtg atgatgactc ggaggggaaa caaaaaggga agaacccgtt ccagtttgat 180 ttcggtaagt taccggacat gaagtcactg ataccggttg tgacgaatcc ttctaccggt 240 ttagtgtttg gtaataacag aaagaaagat cctggtacta tttttgtggc tggtgctacg 300 ggacaagctg gtatacgcat agctcaaacg ctcttacaac gaggattcag tgttcgagcc 360 ggtgttcctg accttggagc tgcccaggac ctagctcgtg tcgcggctac ttacaagatt 420 ttatcaaatg atgaagtcaa gaggctaaac gcagttcaat cccccttcca agacgctgaa 480 tcaatagcaa aagcgattgg aaacgcaacc aaagttgttg ttacggtcgg ggcaacagag 540 aatggtccgg acgcccaagt ttcgacctca gacgcattgc tcgtggtcca agcagctgag 600 ctagccggcg taagccacgt ggcgatagtc tacgacggca ccatcagcgg gtccacatac 660 aacgtgctcg acgggattac ttcgtttttc ggcaatcttt tcgcaaaatc tcagccattg 720 actatctctg acctcatcga gaaagtagct caaaccgacg tggcctacac actcataaag 780 acgagtttga cggaggattt ctctccggag aaagcttata acgtcgtcgt ttcagctgaa 840 gggagtaaca gcggcagtgg cagtagttcg tccgaggcct acaaagttcc gaagttgaag 900 attgcgtcgc tggttgcaga catttttgcg aatacggccg tggcagaaaa taaggtggtg 960 gaagtttcta cagatccatc agcaccatcg cggccagtgg acgagctttt cagtgtaatc 1020 ccggaagatg ggaggagaaa agtgtacgca gatgcgatcg caagggaaag agcagaggaa 1080 gaagctaaag ttgcagctga caaagctcga gaggcagcag aagcagcgaa agagtttgag 1140 aagcaaatgc aaaagctctc tgagaaagaa gcagaagctg caagcttagc tgaggatgcg 1200 cagcagaaag cagatgccgt gggagtcaca gtggacggtt tatttaacaa ggcgaaagat 1260 Page 532 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcagctcag gtctctcctg gaataaactc ggctctcagt tcgcaactgc gattcagaac 1320 gcttcagaga cgcctaaagt acaggttgct acggtcagag gacaagcaaa agcgagaaac 1380 ttgccaccca agaaagcagt ggtgaagcag agaccatcat ctccgtttgc atccaaaccg 1440 aaagaagaac gtccgaagaa gccggagaaa gaggtgagga aagtgttcgg aggattgttt 1500 aagcaagaga ccatctacat cgacgatgat tga 1533 <210> 627 <211> 1457 <212> DNA <213> Arabidopsis thaliana <400> 627 ttcttccggc gtttttctct ccgccgtttc gccaccgtac gtgacaatgt ctgtttctct 60 ctccgccgcc tctcacttac tctgttcctc caccagagtc tctctttccc ccgccgtcac 120 ctcttcgtcc tcgtcccctg tcgttgctct ttcttcctct acatcgccac attctcttgg 180 aagcgtcgca tcttcttctc tgtttcctca ctcctccttc gtgcttcaga aaaaacatcc 240 gatcaatggg acgagcacga ggaagatttc accaaaatgt gccgcttctg atgcagctca 300 attgataagc gctaaagaag atatcaaagt tcttctccgg actaagtttt gccatcccat 360 cttggttaga ttggggtggc acgatgctgg tacttataac aagaatattg aggagtggcc 420 actgagaggt ggagctaatg gaagtcttag gtttgaggct gagcttaagc atgctgcaaa 480 tgctggtctg cttaatgctt taaagctcat tcagcctctc aaagacaagt atcctaacat 540 ctcttatgcg gacttattcc agttagctag tgccacagca atagaggagg ctggtggtcc 600 tgatatcccg atgaaatatg ggagagttga tgttgtagca cctgaacagt gtccagaaga 660 aggaagactc cctgatgctg gacctccttc accagctgat catttgagag atgttttcta 720 cagaatggga cttgatgaca aggaaatagt tgccttgtct ggtgcacata ccttagggag 780 agccagacca gaccgtagtg gttggggaaa acctgagaca aagtacacga aaactggacc 840 tggagaagca ggaggacagt catggacagt gaaatggctc aagttcgaca actcttattt 900 caaggatatc aaagaaaaga gggacgacga tcttctggtg ttacccactg atgcggcgct 960 atttgaagat ccttcattca agaactatgc agagaagtat gctgaagatg tggctgcatt 1020 tttcaaggac tacgctgaag cccatgccaa gcttagcaat ctcggtgcaa aatttgatcc 1080 tcccgagggc atagtcattg aaaacgttcc agagaagttc gtagctgcaa agtattctac 1140 gggaaagaag gagctttcgg attcgatgaa aaagaagata agagcagagt atgaagcaat 1200 tggaggaagc ccagataagc cattacccac aaattacttc ctcaacatca taattgccat 1260 tggcgttttg gtcctcttgt ccactctctt tggtggtaat aacaactccg atttctctgg 1320 tttctaattg acaaattata tattttgatt tctcttacct acatacataa ttacgtggtg 1380 atcatatatt ccttgcaaac aaaaacatca ttgtaaagtt tgcttgaata aaatcacctt 1440 ataaaaaaaa aaaaaaa 1457 Page 533 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 628 <211> 2222 <212> DNA <213> Arabidopsis thaliana <400> 628 atgattacgt ggcacgactt gtacaccgtc ctcaccgccg tggtaccact ttacgtagct 60 atgattctcg cctacggatc cgtacagtgg tggaagatat tctcaccaga ccagtgctcc 120 ggcatcaacc gcttcgtcgc tatcttcgcc gtccctctcc tctccttcca cttcatctcc 180 accaacgatc cttacgccat gaatttccgc ttcgtcgccg ccgacacgct tcaaaaaatc 240 atcatgctcg tcttacttgc tctatgggct aacctaacca agaacggtag cttggagtgg 300 atgatcacaa tcttctctct cagcactctc ccaaacactc ttgtcatggg gatccctctg 360 ttgatcgcca tgtacggaac ctacgcaggt tctctaatgg tccaagtcgt tgttcttcag 420 tgtatcattt ggtacactct ccttctcttc ctcttcgagt accgtggcgc taagcttctt 480 attatggagc agttcccgga gactggtgcg tctattgttt cgtttaaagt tgaatccgac 540 gtcgtttctc tcgacggtca tgattttctt gagacggatg ctgagatagg aaacgacggg 600 aagcttcatg ttaccgtgag gaaatcaaac gcatcgagac ggtcactgat gatgactcca 660 cggccttcga atcttaccgg agctgagatc tatagtctta gttcgactcc gagaggttct 720 aactttaacc attctgattt ttactctgtt atggggtttc ccggcgggag gctttcgaat 780 tttggtccgg cggatttgta ctccgttcaa tcttctcgtg gtccgactcc acggccttcg 840 aacttcgaag agaacaacgc cgttaaatat ggattttaca ataacactaa cagttctgtt 900 ccggcggccg gttcgtaccc ggctccgaac ccggagtttt caaccggtac gggtgtttca 960 actaaaccga ataaaattcc taaagaaaac caacagcaac tgcaagagaa agatagcaaa 1020 gcgagccatg acgctaagga gcttcacatg tttgtttgga gctcaagcgc ttctccggtc 1080 tccgacgtgt ttggcggagg tgcaggcgac aacgtggcaa cggaacaatc tgaacaaggt 1140 gctaaggaga ttcggatggt tgtctctgat caacctcgaa agagtaatgc tagaggtggt 1200 ggtgatgata tcggcggtct tgatagtgga gagggagaaa gagagataga gaaagctaca 1260 gcagggctga ataaaatggg gtctaattcc acggcggagc tagaggcggc tggtggagat 1320 ggcggcggca acaacggaac acatatgccg ccgacaagtg tgatgacacg actgatattg 1380 ataatggtgt ggagaaagct gatcagaaac ccaaacacgt actccagtct aatcggtctc 1440 atatgggctc ttgttgctta ccggtggcat gtggctatgc ccaaaatatt acaacaatcc 1500 atctccatac tctcagatgc tggtcttgga atggctatgt tcagcttagg tttattcatg 1560 gcacttcaac ccaaaatcat tgcttgtggg aactctgtcg ccacgtttgc catggcggtc 1620 agatttataa ccggtccggc catcatggct gttgctggga ttgccattgg cttacacggc 1680 gaccttctcc gtatagccat cgttcaggct gcgttgcctc aaggaatagt tccgtttgtg 1740 tttgcaaaag agtacaatgt gcatcccacg attctaagca ctggggtcat atttggaatg 1800 ttaatagcct tacctataac tctggtctac tatattcttc ttggcctttg aattggtccc 1860 Page 534 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcagtatca actggctttt gagagagcct cggagattgg gctatttatt tctcggtaac 1920 gaggaaataa gcaaagcctt tatttttcgt gggaaagagt ggaaggtgaa gaagaagata 1980 tgcctttggt ttttggttcc aatatttgtg gaacacaaca aaagtactta ggatttagtg 2040 aacaagactt gaatggatta aggatcttgt cttcattaga cgccaagaag aaaaaatctc 2100 tcttccttac ctttattttt tcattttctg tttttgttaa tttatgtgta gattttggct 2160 aagcagatat gtaatatgca ccttttttta ttaattgaag tttctagtta agtggtttat 2220 ac 2222 <210> 629 <211> 1497 <212> DNA <213> Arabidopsis thaliana <400> 629 atgaagttca ctcacgagaa gaccttcacg ccagaaggtg aaacccttga gaaatgggag 60 aagctccacg ttctctcata cccacactcc aagaacgacg ctagcgttcc ggtgttcgtc 120 atgttaccgc tcgacacagt aacaatgtca gggcatttga acaaaccacg agccatgaac 180 gctagtttga tggccctgaa aggagctggt gtggaaggtg tgatggtgga tgcttggtgg 240 ggattggtgg agaaagatgg acctatgaat tataactggg aaggctatgc cgagcttata 300 cagatggttc aaaagcacgg tctcaaactc caggtcgtta tgtcattcca tcaatgtgga 360 ggaaacgtag gagactcttg cagtatcccc ttgcctccat gggtgcttga agagatcagc 420 aagaaccctg atcttgtcta cacagacaaa tctgggagaa ggaaccctga atatatctcc 480 ttgggatgtg attctgtgcc tgtcctaaga ggaagaacac ctatccaggt ctactcagat 540 ttcatgagga gcttccgtga acgatttgaa ggctacatag gaggagttat tgcggaaatt 600 caagtaggaa tgggaccttg tggagaattg agatacccat cataccctga gagcaacggg 660 acctggagat tccccggaat tggagagttc cagtgctacg acaagtatat gaaatcgtca 720 cttcaagcat atgctgagtc aatcgggaaa actaactggg gaacaagtgg acctcatgat 780 gccggcgagt acaagaacct cccagaagat actgaatttt tcaggagaga cggaacatgg 840 aatagcgagt atggaaagtt tttcatggaa tggtactccg ggaagctgct agaacatgga 900 gaccaactcc tatcttcagc gaaaggtatc tttcaaggaa gcggagcaaa gctatcagga 960 aaggtagctg gaattcactg gcactacaac accaggtcac acgcagctga gctaaccgct 1020 ggatactaca acacaagaaa ccatgacggg tatctgccaa tagctaagat gttcaacaaa 1080 catggagttg tgctcaactt cacctgcatg gagatgaaag acggggagca acctgagcac 1140 gcgaattgct caccagaagg tctggtcaag caagtacaga acgcgacaag gcaggccgga 1200 accgaactag caggggagaa cgcgctagaa cgatatgact caagcgcatt cggacaagtg 1260 gtagcaacaa ataggtcaga ttctggaaat gggttaaccg catttactta cctaagaatg 1320 aacaagcggt tatttgaggg tcaaaattgg cagcagttag tggagtttgt taagaacatg 1380 Page 535 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaggaaggtg gtcatgggag gagactctca aaagaagaca caactggaag tgacctttat 1440 gttggatttg tcaaaggcaa gatcgctgag aatgtggagg aggctgcttt agtgtaa 1500 <210> 630 <211> 3093 <212> DNA <213> Arabidopsis thaliana <400> 630 atgtcgaact tgctaaggga tttcgaggtg gaggctaaga atccgtcgct ggaagcgcgt 60 caaagatgga ggtcgtccgt gtctatcgtg aagaaccgta ctcgtcgttt ccgtaacatt 120 cgggatctcg ataagctcgc tgactacgag aacaagaagc accagatcca ggaaaagatc 180 cgagttgctt tctttgttca aaaggcagct cttcatttca ttgatgctgc tgctaggccg 240 gaatacaagc tcactgatga ggttaagaaa gccggatttt ctattgaagc agatgaactt 300 gcatctatgg ttcgcaaaaa tgacactaag agcctggcac agaaaggtgg agttgaagaa 360 cttgctaaaa aagtatctgt atctctctct gaaggcattc gttcgagtga agtgcccatt 420 agggaaaaga tatttggaga aaatcgttat actgagaaac cagccagatc attcttaatg 480 tttgtgtggg aagcgctcca cgacataacc cttatcattc ttatggtctg cgctgtagta 540 tcaataggtg tgggtgttgc tacagaagga tttccaaggg gaatgtatga tgggacaggg 600 atcttgctaa gtatactctt ggtggtcatg gttactgcga tcagtgatta caagcaatct 660 ttgcagttca gagacttgga tcgagagaag aagaagatta ttgtccaggt caccagagat 720 gggagcagac aagaaatctc cattcatgac ttggtcgttg gagatgtagt tcatctatct 780 attggggatc aagttccagc tgatgggatt tttatatctg gatacaactt ggagatagac 840 gagtcaagct tatcgggtga gagtgaaccg tcacatgtga ataaagagaa gccttttctg 900 ctttcaggaa ccaaagtaca aaacggttct gcaaaaatgc tggtgacaac agttggtatg 960 aggactgagt ggggaaagtt gatggaaacg ctggttgatg gtggagaaga tgagacgcct 1020 ctgcaggtga agctaaatgg ggttgcaaca atcattggta agattggttt aagctttgct 1080 gtgcttacat ttgtggtatt gtgcataagg tttgtcttgg acaaagcaac gtctggtagc 1140 ttcaccaact ggtcatctga agatgcattg acgctacttg actactttgc aatttctgta 1200 actatcattg tcgttgccgt gcccgaaggt ttgccactgg cagtgacctt aagtttggca 1260 tttgctatga agaagctgat gagtgacagg gcacttgtga ggcatcttgc tgcatgtgag 1320 actatgggtt cttctacttg catctgcact gataagacag ggaccttaac tactaatcac 1380 atggtggtca acaaagtatg gatctgtgat aaggttcaag agaggcaaga gggaagtaaa 1440 gaaagctttg agttggaact atcggaagaa gttcagagca ctcttttgca gggtatattt 1500 cagaacactg gttcggaagt tgttaaggat aaagatggaa acactcagat cctaggatcc 1560 ccgacagaaa gagcaatact cgaattcggt ttacttttag gtggtgattt taacacgcag 1620 cgtaaagagc ataagatact caagattgag ccgttcaatt cagacaagaa gaaaatgtct 1680 gttcttatag ctcttcctgg aggtggtgca cgggctttct gcaaaggggc atctgaaata 1740 Page 536 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgttgaaaa tgtgtgagaa tgttgtggat tcaaacggag aatcggttcc gctaactgaa 1800 gaacggatta cgagtatctc tgatatcata gagggttttg cctcagaggc tctgaggact 1860 ctctgcttgg tttacaaaga tctagatgaa gctcccagtg gagagctccc tgatggaggc 1920 tatacaatgg tagcagttgt tggaatcaag gatccagtac gtccgggtgt tagggaagcc 1980 gttcagactt gtcaagctgc cggaatcacc gtccgtatgg tcactggaga taacataagc 2040 acagccaaag caattgctaa ggaatgtggc atatataccg aaggaggctt agctatagaa 2100 ggttcagaat tccgggactt gtctcctcac gaaatgaggg ccattatccc caaaattcag 2160 gtaatggctc ggtctctgcc attggacaaa catactttag tcagcaactt gaggaaaatt 2220 ggagaggtag ttgcagtgac aggggatggg acaaacgatg cccctgcgtt gcatgaggca 2280 gacattggac tagcaatggg aatagctgga acagaggttg cgaaagagaa tgctgatgtg 2340 atcataatgg acgataactt caaaacaata gtaaatgtgg ctagatgggg acgtgctgta 2400 tatataaaca ttcagaagtt tgttcagttc cagctaactg ttaatgtggt tgctctgatc 2460 atcaactttg tctctgcttg catcacagga tctgctccac tcactgctgt gcaactgctt 2520 tgggtcaaca tgatcatgga cacacttggt gcattggctc tagcaacaga acctcccaat 2580 gaaggtttaa tgaaacgtgc accaatagct agaaccgcca gctttatcac caaaaccatg 2640 tggagaaaca tcgctggtca aagcgtttac cagttgattg tcttaggaat tctcaatttc 2700 gcaggcaaat cacttctcaa actagatggc cctgactcca cagccgttct taacacagtc 2760 atcttcaact ccttcgtctt ttgccaggtg ttcaatgaga tcaatagccg ggaaatagag 2820 aagataaatg tgttcaaagg aatgttcaat agctgggtgt tcacttgggt aatgactgtg 2880 acggtagtgt ttcaagtgat catagtggag tttcttggag catttgctag caccgttcct 2940 ctgagctggc aacattggtt actatcaatc ttgataggat cattgaacat gattgtagcc 3000 gttatcctca aatgcgtacc tgtcgagtct cgtcaccatc acgatggcta cgacctgctt 3060 ccttctggtc cttcttcttc caactctgcc tga 3093 <210> 631 <211> 1077 <212> DNA <213> Arabidopsis thaliana <400> 631 atgtctgctt ttgtcagcaa atacgaagat gagctgatca agacggccaa gtacattgca 60 acgccgggaa ggggcatttt ggcggcagat gagagcacag aaaccattgg gaaacgattc 120 gccggaatca atgttgagaa cactgagtcc aaccgccaag cttaccgtga gctcctcttc 180 acttcccctg gcagttaccc ttgcctctct ggtgttatac tcttcgagga aaccctctac 240 cagaaaacct ctgatggcaa acccttcgtc gatctcctca tggagaacgg tgttatcccc 300 ggaatcaaag tggacaaggg tttggttgat ctagcaggga ccaacggcga gaccactact 360 caaggtctag actcgcttgg tgcacggtgt cagcagtatt acgaggcagg agcccggttt 420 Page 537 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gctaaatggc gtgcattctt caagattggg gccaccgagc caagcgttct ctccatccaa 480 gaggacgcca gggtgctagc ccgctatgcc atcatctgcc aggagaatgg acttgtcccg 540 atcgtcgagc cagaggtgct gacaggtggg agccacgaca tcaagaaatg tgcggcggtg 600 actgagacgg ttcttgctgc cgtgttcaag gccttgaact accaccatgt cctcctcgaa 660 ggcactctgc ttaaacctaa catggtcact cccggctccg acagcccaaa ggttgcaccg 720 gaactaattg cggaatacac ggtgactgct ctgcgccgca cagtcccacc agctattccg 780 ggaatcgtgt tcctctcagg catacagcgc gaagagcaag cgacactaaa tctaaacgca 840 atgaacaagc ttgatgtgtt gaagccatgg acgctcactt tctcttttgg cggagccctc 900 cagcaaagtg ctatcaaggc ttgggccggt aagcccgaga acgtagccaa agctcaggcc 960 aagttcctga ccaggtgcaa ggctaacaag gacgctaccc tcgggaaata caccggctgg 1020 gcttctggtg actcggccgc tttcgagaac ttggttgtga taggatacag gtactag 1080 <210> 632 <211> 1188 <212> DNA <213> Arabidopsis thaliana <400> 632 atggcttcgc tcaggctccc cgctcaacta gttacacgtg gcaatctcat ccaccacaac 60 tcttcatcct cctcctccgg gcgtctgtct tggcgacgtt ctctcacacc ggaaaataca 120 atcccgctct tcccatcttc ctcatcctca tcccttaacc gggaacgatc aatagtagtt 180 ccggttacat gcagtgctgc agcggttaat cttgctccgg ggacaccagt ccgacccacg 240 agcatcttgg tggttggagc cactggaact ttgggaagac aaatcgtccg gagagcttta 300 gatgaagggt atgatgttag gtgtttggtc cgaccaagac cagctcccgc cgatttcctc 360 cgtgattggg gcgccaccgt agtcaatgcg gatcttagta aaccggagac aattccggcg 420 actttggtcg ggattcacac tgtaattgat tgtgccacgg gacgtcctga agaacctatc 480 aagacggtag attgggaagg aaaagttgct ctgatacaat gtgcaaaggc aatggggatt 540 cagaaatacg tcttttactc aatccacaat tgcgataagc atcctgaggt tcctctcatg 600 gagattaagt actgcactga gaagtttctt caggaatctg gtttaaacca catcaccatt 660 cggttatgtg gtttcatgca aggtcttatt ggtcaatatg cagttccaat tctggaggag 720 aaatcggttt ggggaacaga tgcaccaacg cgtgttgctt acatggacac acaggatatt 780 gctaggctga cacttatagc tttacgtaat gagaagatca atggaaaact tctgactttc 840 gctggccctc gtgcatggac aacacaagaa gtgataacac tatgtgagag acttgctggg 900 caagatgcaa atgtcacaac cgttccagtt tctgtattga gagtcacgcg tcagttaact 960 cggttctttc aatggacaaa tgatgtcgcg gatagactgg ccttctcaga ggttctctcg 1020 agtgacacgg tcttctctgc tccgatgact gagactaata gtctactagg tgtggatcag 1080 aaggatatgg tgactctaga gaagtacttg caggattact tcagcaacat attgaagaaa 1140 ctaaaggatc taaaggcaca atccaagcaa tcagacatct acttctga 1188 Page 538 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 633 <211> 5148 <212> DNA <213> Arabidopsis thaliana <400> 633 atggtcgacg agtttcaacg caaaggcgtc tctgttttcg ccagtgaaga ctcagcaagc 60 gatgatagat ttgcggagga gagtgatgca gctatagcga aagcaagggt ttcagtggtg 120 attttctctg agaatttcgc ttcgtccaaa ggatgcctaa acgagttttt gaaggtttct 180 aagtgccgac gtagcaaggg cctagttgtg gttccagttt tctacggact cacaaattcc 240 atagtgaaga aacattgctt ggaactgaaa aagatgtatc ctgacgataa ggtagacgag 300 tggcggaacg ctctatggga catcgcagac ttacgaggag gacacgtatc atctcataag 360 cgaagcgact ccgaacttgt ggaaaaaatt gttgccgacg tgcgtcaaaa acttgaccgt 420 aggggtagaa ttggagtcta ctccagattg acgaagatag aatacttgct ttgcaagcaa 480 ccaggctgca tcatccgcag cttaggtata tggggtatgg caggcatagg aaagacgaca 540 cttgctagag cagcttatga ccaactttcc cgtgactttg aagcttcttg cttcatcgaa 600 gacttcgaca gggagtttca ggagaagggc ttctttgggt tgttggagaa acagcttggc 660 gtaaaccctc aagttacaag actgagcatt cttttaaaaa cattacgcag taaaagaatt 720 cttcttgttc tcgatgatgt gcgcaagcca ctgggtgcaa cgagttttct ttgtgaattt 780 gactggcttg gtcctggaag cttgataatc gtaacctctc aagataagca agtacttgtc 840 caatgtcagg tcaacgagat atataaggtt caaggcttaa acaagcacga gtctctgcag 900 ctgttctcca gatgtgcgtt tggaaaagat gtaccagatc agaacctcct ggagttgtct 960 atgaaattcg ttgactatgc taacggaaac ccgttagctc tcagcatttg tggcaagaat 1020 ctgaagggca aaacaccttt agatatgaag agtgtagtcc ttgaactcaa gcgacatctt 1080 tccgacaaga ttttcgttaa acttaaaagc agctatgatg cacttagtgt cagtgagaag 1140 gaaatctttc tggacattgt gtttaccttt aggggagcaa atgtggacaa cgtaatgcaa 1200 tctcttgccg gttgtggatt ctttccacga gttggaatcg aagctcttgt ggacaaaagt 1260 tttgtaactg tttcagaaaa cagagtgcaa gtgaataatt tgatctacga tgttggcctc 1320 aaaatcatca atgatcaaag cgatgagata gggatgtgtt atagattcgt ggatgcttcc 1380 aacagtcaat ctcttataga acataaagaa atccgagaat cagaacaggg ctatgaagat 1440 gttaaagcca taaacttgga cacttctaac ttacccttca aaggtcatat cgcgtttcag 1500 catatgtata acctaagata tctgacgatt tacagctcca ttaatcctac gaaggatcct 1560 gacttgttcc ttccagggga ccctcaattt ctgccgcctg agctaagact tctccactgg 1620 acatgttatc ctctgcactc ttttccacaa aactttggtt ttcagtatct tgtggaactc 1680 aatatgccct gcagtaaact taagaaactt tggggaggaa ccaagaatct tgaggtctta 1740 aagaggatca cgctcagctg ttccgtgcaa ttacttaacg ttgatgaact tcaatattct 1800 Page 539 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccaaacatcg aaaaaattga tctcaaggga tgtttagagc ttcaaagttt tccagacacg 1860 ggtcaattac aacatctccg tattgtggat ctctcaactt gcaaaaagat aaaaagtttt 1920 ccaaaggtgc caccgtctat taggaaactg catcttcagg gaactggcat aagagatcta 1980 tcctcgttga atcattcatc agaaagccaa agattaacaa ggaagttgga aaatgttagc 2040 tcttctaacc aagatcaccg taagcaagtc ttgaagctga aagatagttc tcatttggga 2100 agtctgcctg acattgttat ttttgagtct cttgaagttc ttgatttttc tggttgctca 2160 gaacttgaag atattcaggg tttcccccaa aacctgaaaa ggttatatct ggctaagact 2220 gccataaaag aagttccatc atcgttgtgc caccatatct ctaaacttgt caaactagat 2280 atggagaatt gcgaaaggct tcgagacttg ccgatgggaa tgagtaacat gaaatatctt 2340 gccgtgctga aactgtctgg ctgctcaaat cttgagaata ttaaggaact cccaagaaac 2400 cttaaagagt tatatctagc cggcaccgcg gtaaaggagt tcccatcaac actgcttgag 2460 actctctctg aagttgttct attagatttg gagaactgca agaagcttca gggtctgcca 2520 acgggaatga gtaaattgga atttcttgtc atgctcaaac tgtctggctg ctcgaagctg 2580 gaaattattg ttgatcttcc tctaaatcta atagagttat atcttgctgg cactgccatc 2640 agagaattgc caccgtctat tggggatcta gctctacttg atacattaga tctgaagaac 2700 tgcaatagac tccgacactt gccaatggaa atgcacaact tgaatcccct caaagttctt 2760 gatctatcaa actgctcaga gcttgaggta ttcacaagtt ctctaccaaa agtcagagaa 2820 ctacgtccag ctcctacagt catgctactt cgatcaaagc tgccattttg tttcttcata 2880 ttttatgaac atagagttac tttgtctctt tataaggcac gtttgcagta tattcctgaa 2940 gagatacgtt ggatgccttc actaaagaca ttggatctta gtaggaacgg tttcacagag 3000 gtgccagtaa gcatcaagga tttttctaaa ctactcagtc taaggttacg ctattgcgaa 3060 aacctcagat cactcccaca gcttccccga agtctacaac tcttgaatgc gcacggttgt 3120 tcatcactgc aattaattac tccggacttc aagcagcttc ctaggtatta cacgttcagt 3180 aattgctttg gcctaccctc acacatggtt agcgaagttt tagcgaatgc accggctatt 3240 gtagaatgca ggaaaccaca gcagggactc gaaaacgcac tagcttgcag cttctgtcta 3300 ccttcaccta caagtcgaga ttccaaactt tatctacaac caggatcttc aacaatgatt 3360 attctaaatc caaaaacgag aagtacgctc gtgggctttg caatattagt tgaagtttca 3420 ttctcaaagg attttcatga tactgctggt ttaggcttta gatggaatga caaaaaaggc 3480 catgctcata agcgtgataa tatttttcat tgctgggctc caggcgaagt tgttcctaag 3540 attaacgacg atcacatgtt tgtctttttt gatcttaaaa tgcatccaag tatattattt 3600 gaaggagatg tcttcggtat cttggctgat ctagttgtct ttgaaatatt cccggtcaac 3660 aagcaggaga tgcatgtagg cgatagttgc actataacaa aatgtggagt ctatgtgatt 3720 aatgatgcag ctggcagctc aagtggaaac acgatgaccc cacaatgttc ttcaatggat 3780 tcactgaagc ttttagatgg taaaggtaaa aagagattaa gagttaacta tgctggttta 3840 Page 540 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaacaaagag aaaaagcttt atttctttac atagcatgtt tgctcggtgg tgagaaggct 3900 gatttgctag cacaatttct tgctagtact gactttgtaa ttgagtctac gctcgaagac 3960 ttagctggca ggtatctcat agatatatct tccaatgggg aagtaatgat gcctcctctg 4020 caacgaaatt tttctagaga aatcattcat atgctgcctg ctagcacaaa agagttggta 4080 tctatggctt cgggctcacc ttgcaaccga aacaatgatg tttttgtgag cttccatggt 4140 aaagattttc ggaaacaatt catcagtgac tttctcaaga agctcgtata caaaggaatt 4200 cgtatatgca taggtgataa gatcctaagc cgctcgctga tcaacaaagt tataaaagaa 4260 tcaagcattg cggttgttgt gttctcggaa aattacgcct cctcaagttt gtgcttgctt 4320 caattgatgg agatcatgaa gtgctgggaa gagttgggtc aagtagtgat gcctattttc 4380 tacaaggtca atccttccga tattcggaat caaagcggac actttggaaa aggtttcaag 4440 aaaacttgca agaagactat aaatgatgag cgacaaagat ggagtcgtgc tttgactgat 4500 gcagcaagca ttgctggcga atgttctttg aattgggcat cggatgcaga catgattgaa 4560 aaagttgcca atgatattcg gaagaagcta atatcatcaa aaaaattagg gaaacaaatt 4620 cagagagtag actgcgacca tgataatcca tgggagaccg agtttaataa atgtatagag 4680 cggttcttcc aattgccata tgatggaaat catgatgaat ctctagtgag ccttacaacg 4740 gagaaggtaa tagatatgaa gcagacgctg aaagagatat atcaaattac aaaagtaaaa 4800 ctcaagaata atttagttgg aaggcggcac atcaataaca tttgtttcat gcatatattg 4860 tatgagaaat gtgaagagag gtcttctttc aatcctacaa gcctgcatac gttgtatgac 4920 aatggtatac cgtatcaagt atacactaag aggaagaagc acatgagtgg agaagagaaa 4980 gcacccattg gtggttgtgt aggatgcttc tacatgggtc aaaatcaagg gataactaaa 5040 gctggcggtg gccggacaat gccaaccgct tacccggctg caccacaagc caatcaaggt 5100 tacaatgctg gagctcaacc ttaccctcct acggcgtatg ctgtctaa 5148 <210> 634 <211> 1778 <212> DNA <213> Arabidopsis thaliana <400> 634 aaatcatatt gagaacaaat agatttggtt atatatggct tttacgcacg tttgtttatg 60 gacgttagtc gccttcgtgc tgacgtggac ggtgttctac cttaccaaca tgaagaagaa 120 ggcgacggat ttggctgata cggtggctga ggatcaaaaa gacggtgctg ctgacgtcat 180 tatcgtcggg gctggtgtag gtggttcggc tctcgcatat gctcttgcta aggatgggcg 240 tcgagtacat gtgatcgaga gggacatgag agaaccagaa agaatgatgg gtgagtttat 300 gcaacctggc ggacgactca tgctttctaa acttggcctt caagattgct tggaagacat 360 agatgcacag aaagccacgg gtttggcagt ttataaagat ggaaaagaag cagacgcacc 420 ttttccagtg gataacaaca atttttctta tgaaccttct gctcgatctt ttcacaatgg 480 ccgattcgtc caacaactgc gtcgaaaggc tttttctctt tccaatgtgc gcctggaaga 540 Page 541 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aggaacggtg aagtctttac tagaagaaaa aggagtggtc aaaggagtga catacaagaa 600 taaagaaggc gaagaaacaa cagccttggc acctctcact gtggtatgcg acggttgcta 660 ctcaaacctt cgtcggtctc ttaatgatga caacaatgct gagattatgt cgtacatagt 720 tggttacatc tcaaagaatt gtcggcttga agaacccgaa aagctacact tgatattgtc 780 taaaccatct ttcaccatgg tataccaaat aagcagcact gacgttcgtt gtggttttga 840 ggttctcccc gaaaattttc cttctattgc aaatggtgaa atgtctactt tcatgaagaa 900 tactatagtt cctcaggtac ctccaaaact ccgcaaaata tttttgaaag gtatagatga 960 gggagcacac ataaaagtgg tgccggcaaa gcgcatgaca tctactttaa gcaagaagaa 1020 aggtgtgatt gtattgggag atgcattcaa tatgcgtcat ccagttgttg catctggaat 1080 gatggtttta ctgtcggaca ttctcattct acgccgtctt cttcagccat taagcaacct 1140 cggcgatgca aacaaagtct cagaagttat caattccttt tatgatatcc gcaagccaat 1200 gtcggcgacg gttaacacat tgggaaatgc attttctcaa gtactaattg gatcaacgga 1260 tgaagcaaaa gaggcaatga gacagggtgt ctatgattac ctttgtagtg gcgggtttcg 1320 tacgtcaggg atgatggctc tgctcggcgg catgaatcct cgtcctctct ctctcgtcta 1380 tcatctttgt gccatcactc tatcctccat tggccaactg ctctctccat ttccctctcc 1440 ccttcgcatt tggcatagcc tcaagctttt tggtttggcc atgaaaatgt tggttcccaa 1500 tctcaaagct gaaggagtta gccaaatgtt gtttccagca aatgcagccg cgtatcacaa 1560 aagctatatg gctgcaacca ctctctaaac tttgatgctc tcaatcgcaa tatatatgga 1620 gcacgaatct atgtgattgt gcatttggta aacgtgtatt gcagtgctta taattattag 1680 tatgtaacgg ggaaaagttc taaacacaaa aaaataaact tttgaatgtt atatgtgtga 1740 attatttttg ttgttacaag taatgctctt tttttttt 1778 <210> 635 <211> 499 <212> DNA <213> Arabidopsis thaliana <400> 635 aaaagacttt cagtttcaat aatctttcta taaaaagatc aacatccatg gctatcagaa 60 tttctcgagt gctgcaatca tcaaagcaac ttctaaaatc gttgtcacac tcatcaaaca 120 atgtcgctat tcctaaagga caccttgcgg tttacgtagg agagatgatg cagaagagga 180 gattcgtggt tccagtgaca tacttaagtc acccttgttt tcaaaagctt ctaagaaaag 240 cagaagaaga gtttgggttt gatcacccaa tgggtggcct cactattccc tgcactgaac 300 aaatcttcat cgatctcgcc tctcgcctta gcacttcatc gtgattcaca ctgaccagta 360 gatcaaactc tttttctagc cgtttcttca agagatgatc tctcccttga aagtgaaaca 420 gagctgtctt ttaactgatg taagattgtt ttgtttttcc tcacgtttca gtgagttgtg 480 attaatatta atcaaaatc 499 Page 542 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 636 <211> 1468 <212> DNA <213> Arabidopsis thaliana <400> 636 aagaaaagaa aaaaaaaccc tcctacggta tatttgacga ccattatcct cataatgggt 60 ctactgtcac ttgaagacac cataaaagag aagctaaagg accgcaaaaa cgctcacttc 120 atgttggttg acggaatgtc taagctactg acggaaaaag ttaagaattg tcagtcattg 180 gatttccaag tttctggtgt caaatggagg ttggttatac gcttatctag gggaagaaaa 240 gaccatctat cttttgttct ggagatcaca gatgaaaagt gtaccgggtc tacttgggac 300 gtcaaattca acttcaaaat cggcatagtc cctcagactg gaccagatta ttgcttcgtt 360 ttggtggggc atcaaaacga aaaaaaacgt agtcaagggt tagccaactt catatcacac 420 acggatttga aggagaggtt tcttgtgaac gacaaagcgg ggttctatgc cgagataagc 480 gatgtccaac caaacttccc cgttacccgt atccctcgaa caatggggac agcagaacgc 540 tttaaactga tagagttttc tccgaaaaac tccagattca cctggaagat cacgcagttt 600 tcctccttcg atggtgaaga gcattcttct tacgagttca cggttggacc acggagatgg 660 aaactagtaa tgtacccaaa aggaaacgga gatggaaaag gaaattcgtt gtctttgtat 720 ttgtttgcat ccgattacgt caccaatggt cctaagggtg gaacattggc catctataaa 780 ttgagagtgt tggaccaact caatcgcaat cactgtgaaa ctggtatgtg tatatataca 840 cttaattcac taatttatac ttttttctaa gctttacatt ttctatatgc atatacatat 900 aagccttttg ctgataaata gttacatgtt tgataaagag tgtagatatt ggtttcctta 960 taaccctgtt aatcaaatgg attccttatg gggacgtccc aagtttttgc cgctggagga 1020 actccacaaa tcttcgaggg gatttctagt gaacgatcag atatatatcg gtgttgagat 1080 ctcaattgta tccactactg agtatctctg atgcgcatta atggattcga tcaagaccag 1140 aagaatgaat agctcatgtt gaacctatct accagttata tattctgcca tattgtgatg 1200 tgtgtttaga tatcagtgaa tgatacaaac atgcatgttt atacaaaata ataaaataag 1260 cgacggatcg aatcggttga ttgtattgaa tgttacaata acgttcaacc gaatccgttg 1320 ctgcaaattc tcttatggag aagaatgcat gcttgtctat aagtactacc tttcttgttt 1380 gtaataacaa cgatatatct atgtgtgtgt taaatatttt attccgactc ttaaaaaata 1440 taacatatga aagagattat aaaacata 1468 <210> 637 <211> 858 <212> DNA <213> Arabidopsis thaliana <400> 637 atgctcaaaa tgggtctaac gtcatttgaa gacgccataa aagagcagct aaaggaacga 60 aaaaacgctc acttcatgtt ggttgatgga atgtcgaagc tactgactga aaaagttaac 120 Page 543 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aattttcagt cattggattt ccaagtatct ggtctcaaat ggaggttgct tatacaacca 180 gctgtgggag taaaagatta tctatctgtt gctgtatgga tcatagatga aaagtgtacc 240 gggcctaatt gggaagtcaa attcaacttc aaaatcggcc tactccctca gactggacct 300 gaatatttct acgtctcggt ggggtgtcac aacgaaaaac aacctgctca aggggtagtc 360 aaattcataa cacacacgca gttaaaggag aggtttcttg tgaacgacaa agcggttttc 420 tatgccgaga taagcgaaga agtcatacca aacttcctcg ttactggtat ccctcgaacc 480 atggggacag cagaacgctt taaactgata gaggtggctc ggaacaattc cagattcacc 540 tggaagatca cgaagttttc ctccttcaat ggtgaagagc attcgtctta cgagttcacg 600 gttggaccac ggagatggaa actagtaatg tacccaagag gaaccggaga tgggaaagga 660 aactcgttgt ctttgtattt gaatgcgtct aattacgtca ccaataatgg tccaaagggg 720 agaacattcg cggtctataa attgagagtg ttggaccaac tccatcgcaa tcatttcgaa 780 attggtatgt atgtatacgt aattatcctt ttgttttcta agctttacat tttctatatg 840 catatatcat ctatataa 858 <210> 638 <211> 1563 <212> DNA <213> Arabidopsis thaliana <400> 638 atgtccgcca agatttcaat attccaagct cttgtctttc tattctaccg gtttatcctc 60 cggcgatatc ggaactctaa accaaaatac caaaatggcc cttcttctct cctccaatcc 120 gacctatcac gccacacatt gatcttcaac gtagaaggag ctcttctcaa atccgactct 180 ctcttccctt acttcatgtt agtagcattt gaggcgggag gcgtaataag gtcatttctc 240 ctcttcattc tctatccatt gataagcttg atgagccatg agatgggtgt caaagtgatg 300 gtaatggtga gcttcttcgg gatcaaaaaa gaaggttttc gagcggggag agcggttttg 360 cctaaatact ttctagaaga tgtcggactc gagatgttcg aagtgttgaa gagaggaggg 420 aagaaaatcg gagtgagtga tgatcttcct caagttatga tcgaagggtt cttgagagat 480 tacttggaga ttgacgttgt ggtcgggaga gaaatgaaag tcgttggagg ttattatcta 540 ggtatcatgg aggataaaac caaacatgat cttgtctttg atgagttagt tcgtaaagag 600 agactaaaca ccggtcgtgt tattggcatc acttccttca atacatctct tcaccgatat 660 ctattctctc agttttgcca ggaaatttat ttcgtgaaga aatcagacaa gcgaagctgg 720 caaaccctac cacgaagcca gtaccctaaa ccattgattt tccatgatgg ccgtctcgcg 780 atcaaaccaa ccctaatgaa cactttggtc ttgttcatgt ggggtccttt cgcagccgca 840 gccgcagcag ccagactctt cgtctctctt tgcatccctt actctttatc aatcccgatc 900 ctcgcctttt ccggttgcag actaaccgtc actaacgact acgtttcatc tcaaaaacaa 960 aaaccaagtc aacgcaaagg ttgtctcttt gtttgtaacc ataggacttt attggaccct 1020 ctctatgttg cattcgcttt gagaaagaaa aacatcaaaa ctgtaacgta tagtttgagt 1080 Page 544 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agggtatctg agattttggc tccgatcaag acggtgagac tgacccgtga tcgggtgagc 1140 gacggtcaag ccatggagaa attgttaacc gaaggagatc tcgttgtttg tcctgaagga 1200 accacttgta gagaacctta cctgcttagg tttagccctt tgttcaccga ggttagtgat 1260 gtcatcgttc ccgtggctgt gacggtacac gtgaccttct tctacggtac aacggcgagt 1320 ggtcttaagg cacttgaccc gcttttcttc ctcttggatc cttatcctac ctacaccatc 1380 caatttctcg accctgtctc cggtgccacg tgccaagatc ctgatggaaa gttgaagttt 1440 gaggtggcca acaatgttca gagtgatatt gggaaggcgt tggatttcga gtgcacaagt 1500 ctcactagaa aagacaagta tttgatcttg gccggtaata atggagtagt taagaaaaat 1560 taa 1563 <210> 639 <211> 705 <212> DNA <213> Arabidopsis thaliana <400> 639 atggcgattg ctctctcgtc gtcgtcgacg atcacgtcca ttactctgca gccgaagctg 60 aagacgattc atggattagg gacagtactt cctggttatt cggtcaaatc tcactttcgt 120 agtgtctctc tccggcgtag cgccgtggtc gtgtcggcca ttaccggagc ttcttccgga 180 gctggaatag ggaaaggtac agctgattcg ctagatacag tgaaagtctt ggatttgaga 240 ggaaatgaga ttccgatttc tgatttatgg aaagatagga aggccgttgt tgcatttgct 300 cgtcattttg gatgtgtgct ctgtcggaaa cgagcagctt atcttgcaga aaagaaggat 360 gtgatggatg catctggtgt tgctcttgtt ctgatcggac cgggaagcat cgatcaggct 420 aatacttttg tggaacagac taagtttaaa ggagaggtct atgcggatcc aaaccacgca 480 tcatacgagg cgcttgagtt cgtttcaggg gtttctgtta catttacacc caaagctgct 540 atgaagatac tagagtctta catggaagga taccgccaag actggaaact ctcgtttatg 600 aaagatacag ttgaaagagg cggctggcaa caaggcggaa tcttagttgc tggccctggg 660 aaagataaca tctcttatat acgcaaggta atctctttcg tctaa 705 <210> 640 <211> 1048 <212> DNA <213> Arabidopsis thaliana <400> 640 actcatctct aacgtttctt tctatctcta atccaagcaa caatatggat tccgtaatcg 60 ctttcgacag atctccgatg tttcgagtct acaagagtgg ccgcattgag cgtctcttag 120 gagaaacaac cgtcccacca tctcttacac cacaaaacgg tgtcgtctcc aaagatatca 180 tccattcacc ggagaaaaac ctctccctcc gcatctacct accggagaaa gtcactgtta 240 aaaagctccc aatcctcatc tacttccacg gtggtggttt catcatagaa acagcttttt 300 ctccacccta ccacactttc ctcacatccg ccgtcgcggc cgctaactgc ttagcaatat 360 Page 545 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cagtaaacta tcgccgtgca ccggagtttc cggtacctat tccgtacgaa gattcatggg 420 attcactcaa atgggtgtta actcatatca caggaaccgg accggaaact tggataaaca 480 aacacggcga tttcggaaaa gtgtttctcg ccggagatag cgccggtgga aacatatctc 540 atcatctaac gatgcgagcg aaaaaagaga agctttgtga ttctttaata tcagggataa 600 tcttgattca tccatatttt tggagtaaga ctccaattga tgagtttgag gttagagacg 660 tggggaagac gaaaggtgtt gaaggaagtt ggagagtcgc aagtccgaat agtaaacaag 720 gagttgatga tccatggctc aacgttgtcg gatcggatcc atccggatta ggttgcgggc 780 gggttttggt aatggtagct ggagatgatc tgtttgtgag acaaggttgg tgttacgcgg 840 agaagctgaa gaagagtgga tgggaaggtg aagttgaggt aatggagact aaaaatgaag 900 gtcatgtttt tcatttgaag aatcctaata gtgataatgc tcgtcaagtc gtgaagaaac 960 ttgaagagtt tattaataag taatattaat gagtacgttt gtcgaaggag ataacaataa 1020 ctaatgaata aattggtgta tttgtcac 1048 <210> 641 <211> 1953 <212> DNA <213> Arabidopsis thaliana <400> 641 atgtctgctt atacctcatt aaactttctc ttccttctaa ccttcttcat tggaagcttg 60 agagtttctg cacaattaca agaccctact tacgttggcc atgtttgtac taacaggata 120 tcaagaaact ccatttactt ctcaaatctc caaacacttt tgacctctct ttcttctaac 180 aatgcttact tctctttggg atctcatagt ctcacaaagg gtcaaaactc cgacatggtg 240 ttcggacttt atctctgcaa aggagatctc tcgccagaat cttgccgtga gtgcgtcatc 300 tttgctgcta aagacactcg gagtcgatgt ccagacagga atatattcat ggatactgta 360 accacaacta caataatcac ttggaacact cagaaagtta cggcggacca atctgaccgg 420 tttaatgatg cagtgctttc tctgatgaaa aagtctgcag aggaagcggc taatagtaca 480 agcaagaaat tcgcggttaa gaagtcggat ttcagttcgt ctcagtcgct ttatgcatcg 540 gttcagtgca ttcctgatct gactagtgaa gattgtgtaa tgtgtcttca acaatccatc 600 aaagaattat atttcaacaa agttggagga agatttcttg tcccaagttg taactcaagg 660 tacgaggttt acccctttta caaggaaact atagagggaa ctgttcttcc tccgccggtt 720 tcggctcctc cactgccact ggtttcaact ccttcctttc cgcctggaaa aggcaaaaat 780 tctacagtga taatcatagc aattgttgtg ccagtcgcta tctcagttct tatttgtgta 840 gctgttttta gcttccatgc atcaaagaga gcaaagaaga cttatgatac accaggtgca 900 aatgatgaag aggatgacat cacaactgca gggtcactgc agtttgattt caaggttatt 960 gaagctgcaa cagataagtt ttcgatgtgt aacaaactcg gtcaaggtgg atttggacaa 1020 gtttacaagg tactactacc gggcacactt cctaatggag tacaagttgc cgtgaagaga 1080 Page 546 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctatcgaaaa catcaggaca aggtgagaaa gagttcaaga acgaagttgt tgttgtggca 1140 aagcttcagc acagaaatct ggtcaagctt cttggatttt gtttggagag agaagagaaa 1200 atacttgtct acgagtttgt gtctaataaa agccttgatt acttcttgtt tgattctaga 1260 atgcagagcc agctggattg gactacacgg tacaagatca taggaggaat tgctagagga 1320 attctgtatc tccatcaaga ttcacgactc acaatcatac atcgagacct aaaagcgggt 1380 aacatccttt tggatgctga tatgaacccg aaagttgcag attttggaat ggcgaggatt 1440 tttgaaatag accaaacaga agcccatacg agaagagtag ttggaaccta tggttacatg 1500 tctcccgagt atgcgatgta tggccaattt tcaatgaaat ctgatgtcta tagcttcggt 1560 gtcttagttc ttgagattat aagcgggagg aaaaatagca gcctctatca gatggatgct 1620 agttttggaa acttggttac atatacttgg aggctatgga gtgacgggtc accactagac 1680 ctcgtggatt cttcctttcg agatagttat caaagaaacg aaataattag atgcatccat 1740 attgccttat tatgtgtcca agaagatact gaaaatcgtc caaccatgtc agcgatcgtc 1800 caaatgctta ctactagctc gatcgccctc gctgtacctc aaccacctgg atttttcttc 1860 cggagtaatc atgaacaagc aggtccatcg atggataagt cttctctttg ttccattgat 1920 gctgcatcga ttactatttt agctcctcgt taa 1953 <210> 642 <211> 678 <212> DNA <213> Arabidopsis thaliana <400> 642 atggccgaga aagaagaggg tgtgaagctt atagggtctt gggcaagccc attcagtcgt 60 agagtcgaga tggctctcaa gcttaaaggc gtgccgtacg attacttgga cgaagattat 120 ttggttgtca agagcccgtt gctacttcaa ctcaacccgg tttacaaaaa agtccctgtt 180 ttggttcaca atggtaaaat attacccgag tcacaactga tccttgaata catcgaccaa 240 acatggacaa acaatcctat tctaccgcaa agtccatatg acaaagccat ggctcgattc 300 tgggccaaat ttgtcgatga acaagtcaca atgatagggc tcaggtcact ggtgaaatca 360 gagaagagaa ttgacgttgc aatcgaagaa gttcaagaac taattatgtt gcttgagaat 420 caaatcacgg gaaaaaaatt attcggcgga gagacgatag gattcttgga catggtcgtg 480 ggaagtatga tcccgttttg tctagctcgg gcttgggaag gtatgggaat tgatatgatt 540 ccagaagaaa agtttccaga gctaaacaga tggatcaaga atttgaaaga aattgagatc 600 gtgagggaat gcattcctga tagagagaaa catattgagc acatgatgaa aattgtagga 660 cgaatcaaag cggtctaa 678 <210> 643 <211> 2034 <212> DNA <213> Arabidopsis thaliana <400> 643 Page 547 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atggttgact tttttgtttg tggacgtggt agtaactatt ctggagcaga tctagataga 60 attgaggcac aaagcggagg agttggcacc acgtcaccta cgggcgacac cgaacctgtg 120 ccaaagttcc gtactaacct taaattgtcg gatcttttcg ctctccctgg tgaagatgtc 180 gagatgactc cggagatttt tggtggaatg agtaatgggg aaaaagaatg tctggagaag 240 ttgagaagca atggaacgcc aatggaacgt gtcaagagca atacaggaga ttcaattctt 300 catattgctg ctaaatgggg tcatctggaa ctagtgaagg agattatctt tgaatgtcca 360 tgccttctat tcgagcaaaa ctcaagccgt cagacaccgc tacatgtggc tactcatggc 420 ggtcatacca aagttgttga ggctcttgtt gcatcggtaa catctgcttt agctagtctg 480 agtactgaag agagtgaggg actgaatcca catgttctta aggacgaaga tggaaatact 540 gctctgtact acgccattga aggacgctat ttggagatgg ctacctgtct ggtgaacgcg 600 gacaaggatg ctccttttct tggaaataac aagggaatat cttccttgta cgaagccgta 660 gacgctggaa ataaatttga agaccttgtg aaagcaattt tgaaaaccac agacgacaac 720 gtggaccgtg aagtgaggaa gtttaactta gattcgaaat tacaagggaa caaacatctt 780 gcacatgttg ctttgaaggc caaaagtata ggtgtccttg atgttattct tgatgaatat 840 ccaagtctta tggacgagca agatgaagat ggtaggactt gtctttcata cggagcatcc 900 attgggtatt ataaaggact atgcaacatc ttaaaccgat caacaaaggg tgtttatgtc 960 tgcgaccaag atggttcttt tccaattcat tcggctgcaa aaaacgaaca ttacgaaatt 1020 attaaagagt ttataaaacg ttgtccagct tcaaaatacc ttcttaacag acttggtcag 1080 aacattctcc acgtggcggc aaaaaatgag gcctctctta ctgcatatat gttgatgcat 1140 gataaagata cgaaacatct gggtgttggg caagatgtgg acgggaatac acctttgcac 1200 cttgccgtca tgaactggga ctttgactcc attacttgtc ttgctagccg taaccacgag 1260 atactgaaat tacgaaacaa aagcggctta agagctaggg atattgccga gtcagaggtg 1320 aaacccaact acatctttca tgagaggtgg acactggcgc tcttattata cgctattcac 1380 tcaagtggtt tcgaatctgt taagtcatta acaatacagt cagtgccact agaccctaag 1440 aaaaacagac attacgtcaa cgctcttctc gtggtagcgg ctcttgtagc cacagtgacg 1500 tttgctgcag gctttacaat accaggtggt tatatcagcg atagcaaaaa accaaacttg 1560 ggcagggcaa ctttggccac taacccaact ctcttcattt ttctgctttt tgacatcttg 1620 gcaatgcaaa gttctgttgc aacaatatgt actcttattt gggcgcagtt gggtgatcta 1680 gcactcatcc tcaaatcctt acatgtggcc ttgcccttac tacttttttc attactatgc 1740 atgcccgtag cattcctttt tggcgtgatc actgcaattg cccatgtgaa atggctttta 1800 gtcaccatta gcattatatc tggtggattc ttccttttcg caatctttat ccttggccct 1860 cacgtcatgc tacagcgctc acaccttccg cccagttctg tggataccag tttactaatc 1920 tctcgaattt atgaaccaca ttcaaaggag atgagtttaa caaaaaaaaa agggggaaag 1980 gttgtgtctt ttgatgataa tttgacgaac cctaatgtat ctgaaagctg ttaa 2040 Page 548 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 644 <211> 858 <212> DNA <213> Arabidopsis thaliana <400> 644 tcttatcttc ttctcttctc ctcaacttga atacacagaa acaaaactgc ttttattcct 60 ctgatattca gattcttact tctcaggaaa accctaaaga aaatttctgt ttttttttga 120 gaaatatgaa gatacaatgt gatgtgtgtg agaaagctcc ggccacgctt atatgttgtg 180 ctgatgaagc tgctctctgc gctaaatgtg acgttgaggt tcatgctgct aataaactcg 240 ctagcaaaca ccaacgcctt tttcttgact ctctctcaac taaattccct ccctgcgaca 300 tctgccttga gaaggcagct ttcatattct gtgtagagga tagggctctg ctctgcagag 360 attgcgatga ggcgacccat gcgccaaata ctcgctctgc taatcaccag aggttcttag 420 ccactggaat ccgagttgct cttagttcca ctagttgcaa tcaagaagtg gaaaagaatc 480 actttgaccc atctaatcag cagagtctct ctaaaccgcc aactcagcaa cccgctgctc 540 catctccttt gtgggctacc gatgaattct tcagctactc tgatcttgac tgcagtaata 600 agaaagagca actcgatctc ggggagctgg attggcttgc agagatgggt ctgtttggtg 660 accagcctga tcaagaggct ctaccggtag ccgaagttcc cgagctttcc ttttcacatt 720 tggctcatgc tcattcctac aacagaccta tgaagtccaa tgtacccaac aagaagcaga 780 ggcttgagta ccggtatgat gatgaagaag agcacttcct agtccccgac ctaggctaaa 840 ctatggatga atctacta 858 <210> 645 <211> 2283 <212> DNA <213> Arabidopsis thaliana <400> 645 atgaagaaga cgattcaaat cctcctcttc ttcttcttcc tcatcaatct caccaacgct 60 ctctcaatct cctctgacgg cggcgttctc tccgataacg aagtccgtca cattcaacgc 120 cgtcaattac tcgaattcgc cgaacgaagc gtcaaaatca ccgttgatcc ttctctaaac 180 ttcgagaatc cgagattgcg aaatgcttat atagctctac aagcttggaa acaagcgatt 240 ctctctgatc caaacaattt cacttcgaat tggatcggat ccaatgtctg taactacacc 300 ggagttttct gttctccggc gcttgataat cggaagattc gtaccgtcgc cggaatcgat 360 ctcaatcacg cagatatcgc tggttattta cctgaagagc ttggtttgtt atcagatctt 420 gctttgtttc atgttaattc aaaccggttt tgtggtactg taccacaccg gtttaaccgg 480 cttaagcttt tattcgagct tgatcttagt aacaaccggt tcgctgggaa gtttccgacg 540 gttgtcttgc aattaccgtc gttgaagttt ttagatctcc ggtttaatga atttgaagga 600 actgtaccga aagagctttt tagtaaagat cttgacgcga ttttcataaa ccataaccgg 660 ttccggtttg aattaccgga gaattttggt gattcgccgg tttcggttat tgttttggcg 720 Page 549 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aataaccggt tccatggttg tgtaccatcg agcttggtgg agatgaagaa tcttaacgag 780 atcatcttca tgaacaatgg tcttaattct tgtttaccgt ctgatatcgg acggttaaag 840 aacgtgacgg tgtttgacgt cagttttaat gaacttgttg ggccgttacc ggagagtgtt 900 ggtgagatgg tttcggtgga gcagcttaat gtggcgcata atatgttgtc ggggaagatt 960 ccggcgagta tttgtcagtt accgaagctt gagaatttca cttatagtta caatttcttt 1020 accggagaag cgcctgtgtg tttgaggttg ccggagtttg atgatcggag aaattgtttg 1080 ccgggaagac ctgctcagag gtctccaggg caatgtaaag cgtttttgtc tcgtccgccg 1140 gtaaattgtg gatcgtttag ttgtggccgt tctgtgtcgc ctcgtcctcc ggttgtaacg 1200 ccgttaccac cgccttcttt gccatctccg cctccacctg cgccaatttt ctcaacacct 1260 cctacgctta cttccccacc acctccgtca ccgcctccgc ctgtttattc tccccctcct 1320 ccaccgccac cacctcctcc ggtatattct cctccaccac caccgccccc accgcctcct 1380 ccgccagtat attctcctcc accaccacca ccgcccccac cgcctcctcc gccagtatat 1440 tctccgccac caccatcgcc gcctccaccg cctccgccag tctactctcc cccaccacca 1500 ccaccgcctc cacctcctcc gccggtatac tctcctccgc ctccgccagt atactcttct 1560 ccacctcctc cgccttctcc agcaccaact ccagtttatt gcacccgtcc accaccccca 1620 ccacctcact cgccgccacc accacaattt tctcctccac cacctgaacc ttactactac 1680 agctcaccac caccaccgca ttcttcaccg ccgccgcatt cacctccacc accacattca 1740 cctcccccac cgatttatcc atatctgtct ccaccgcccc caccaacacc agtttcttct 1800 ccaccaccca ctccggtcta ttcccctcct cccccacctc cttgtataga accaccacca 1860 cctccaccgt gtatagagta ttcacctcct cctcctccac cagtcgttca ttatagctct 1920 ccgcctccac cgccagtcta ctacagctct ccgccacctc caccagtcta ttacagctct 1980 ccacctccgc caccgccggt tcattacagc tctccgccac caccagaagt ccattaccat 2040 tctccgcctc catctccagt acactacagc tctccaccac cgccaccatc agctccatgt 2100 gaagaatctc ctccaccagc accggtagtt caccacagtc caccaccgcc catggttcac 2160 cacagcccac cacctccagt gatccaccaa agcccaccac cgccatctcc tgaatatgaa 2220 ggaccactac caccggtcat cggcgtatca tacgcatctc ctccaccacc gccgttctat 2280 tga 2283 <210> 646 <211> 513 <212> DNA <213> Arabidopsis thaliana <400> 646 atgcggattt tgtgcgatgc ttgcgagaac gcagccgcaa tcatcttttg cgccgccgat 60 gaagctgccc tttgtcgccc ctgcgatgaa aaagttcata tgtgcaacaa gctagctagt 120 cggcatgtac gtgttggttt agctgaacca agcaatgccc catgctgtga tatatgcgaa 180 aatgcacctg ccttctttta ctgtgagata gacggtagtt ctctttgtct gcaatgtgac 240 Page 550 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atggtagtac atgttggtgg caagagaaca cacggggata agcctaaaga aaacaatacg 300 agggacaatt tgcagaacca aagagtctct acaaatggaa atggtgaagc caatgggaag 360 attgatgacg aaatgattga tctaaatgct aatccacaaa gagtacatga gccatcatca 420 aataacaacg ggattgatgt aaataacgag aacaatcacg agcctgcagg ccttgtacca 480 gttggaccct ttaaacgaga gtctgagaag tga 513 <210> 647 <211> 693 <212> DNA <213> Arabidopsis thaliana <400> 647 atggctttct cttacgcatc attctctaca cccttcaatg gtttcgctgc aaatccgtct 60 ccgattactt ccgcttttct cggcccatca ttgagattct ccaccagaac atcaaaaact 120 cggaatccga gtaatggggt ttcagtgaaa tcgtcaaata gtcataggtt tctagtcaaa 180 tctaaaaatt tcagtgtcta tgcaagggct gcagcagaga agtctgttca cgatttcact 240 gtaaaggaca tcgatggtaa tgatgtttct ctggacaaat tcaaaggaaa acctttgttg 300 atcgttaacg ttgcgtcaag atgtggtttg acatcatcaa attactcaga gctttctcaa 360 ctgtacgaaa aatacaagaa ccaaggattt gagattcttg ctttcccttg caatcaattt 420 ggaggtcaag aacccggttc aaaccctgag atcaagcaat ttgcttgcac ccggttcaaa 480 gcagagttcc ctatattcga caaggttgat gtgaatggac caagcacagc tccaatctac 540 aagttcttga aatccaatgc tggtggtttc cttggtgata tcatcaaatg gaactttgag 600 aaattcttgg ttgataaaaa gggcaaagtt gtcgagagat accctcccac aacttctcct 660 ttccaaatcg aggtaccaaa ttcaaaactc taa 693 <210> 648 <211> 874 <212> DNA <213> Arabidopsis thaliana <400> 648 agccactatg gcagtctcct cactctcaat ccgctgtggt ggtttctcac caacaatctc 60 ccacaagaca gaaattctct gtccaaatcc atcactcaaa gcttgttgtt tactttcatc 120 cggtgcttac caaaaaggca gcggaaacaa ttggaagaga aggcaagctc ttgtgggagt 180 aggaacttta gtggcaactt caattccagc aactttgctt cttgctgaag agataccaaa 240 aagctactcg ccttttgtgg atcgagaaga cgggtattct tactattacc catcagactg 300 gagggaattt gacttcaggg cacatgattc agccttcaaa gatagatact tgcaactgca 360 gaatgtgcgg gtcaggttca taccaacgga gaaaaacgac atccatgaag taggtcctat 420 ggaagaggtg gtttatgatc tagtgaagca taagtttgca gcaccaaacc aagtagctac 480 catctacgat atgaaagaga gggtggaaga tggaaagaac tattacacgt ttgagtatgg 540 actaagaact cctatctatg caaccacttc ctttgcaaca gtggcagttg gaaacaacag 600 Page 551 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atactacact ctcatagttg gagcaaatga gagaaggtgg aggaaagtga aaaagcagct 660 tcaagttgtg gccgactctt tgaagatcct tcagatttga caaacacaag aaacatctta 720 ctcctatata tctttctctc tctgtggtta caaaactgtc tgtagataac aatttgatat 780 tttcatattc tctataactc caacgatggt tttggcattg tgagttagat tctgagttgg 840 ttcagtaatt caatcaaact tgcaaataaa gtgg 874 <210> 649 <211> 863 <212> DNA <213> Arabidopsis thaliana <400> 649 atcatcctct tcctctaaat tctcttcttc tctttgctgc tacagaaaaa gaatcaagct 60 ttagaggcaa gcaaggactc actcacccac aagtatcctc accccatcta ctcatggaca 120 cagcattgac ctcagaatca ggctgtgccg ttatagccga taagggattc aatgtggatc 180 cttttttggt cgaggctctt caaaaccctc gacatcgtct aacgattttg cggatggaac 240 ttgatgttca gaggttcttg cagagccctg atcagcagca attcgagttc cagcatttcc 300 ctacatcata cctccgtttt gcggctcatc gtgttgctaa tcactatgga ctaattacat 360 cagttcgaga tggtggtgca gatggtaatg agagcagaat tgtcgtgact aaatctagtg 420 atagcagatt tcctgctgct cgactatctg aaatccctgt gaaacagtca gaaactggca 480 agtttgagca tatgaaagtt gttataaagc caagacctac taaaggatct ggaatggaag 540 gtgatgaact gaaaggtggt cttctgaaaa gtgttgaaga gaggaaagaa gattacgaca 600 gggctcgagc acgcatattt aacggtcttg tgaacattga ttgtaacgat tcttcatctg 660 aaactaatcc ttggagggtg aattgtagtt ctagcagaga tgaaaatcaa gtgttgaaga 720 atggtaatat cgaagcagac aagaacaata tctctaggaa gagcaatcct gcatctcgta 780 ttgcaattct cagagacaga gagaaagatc gatatgaccc tgactatgac cgcagcaatt 840 acaggtatgt aaagcattgc taa 863 <210> 650 <211> 735 <212> DNA <213> Arabidopsis thaliana <400> 650 atgccaaaaa tcttgtggaa aagcctccat ctttgcttcc cgtcaaatct caccaaatgc 60 tattcttcgc cgtgtattcc tccgtcctcc gccgatcccg acggtatcat ccaacctaac 120 cgtccctcca tcgttcttct caataacttc aacctccttt accacaatga caaccaccac 180 cacccccatc gtgtcattga cttaccttct tcctccacca caaccactcc ggccgccacc 240 tcctcctcat ccacgtcatc atatgaatct gatatctctc ctgatgtatc cgccgctttt 300 gcttcccgtc gcttcttctt ctcttcccct ggtcggtcca atgcaatcac cgactcacca 360 gaaccccggt caagagaatt ctctgataat tacgatgatg ccactatcac gtcgacaaag 420 Page 552 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagaagaaaa agaaggttta tgataattcc gtgactacta ctactacgag gcttataagc 480 ggaggaaccg ccgtaactca acacgtggac tcaccggatc cgttaactga cttccggcga 540 tccatgcaag agatgattga cgccgccatc gacgccggag aacttagtcg tgatccgaac 600 gacggttacg atttcttgga tgaactgcta ctcacttatc tctctttaaa tccagccgac 660 acacacaagt tcgtcatcag ggctttctcc gacatattgg tctcactctt gtcggaagaa 720 cgccggatat gctga 735 <210> 651 <211> 1920 <212> DNA <213> Arabidopsis thaliana <400> 651 atgttaagaa ccaactcttg tgtacttgta gatgagcctt tgaacgactc tatgggaatg 60 gctgatccgg atgatggtca gtcagatgag aaagttgtgc cctttgatgg accattatcc 120 ttagcgtctg cttctgttga tgttacgtct gatttgagtc ggaatgatga tgtaaacctg 180 tctgaagaaa gtgaagacaa agaacaggaa gcagagatca gtagcacagt ttcagggaat 240 gatattgaaa gcaaggacac ttaccttttg aagcaaagtg agataaataa gaaagataca 300 gggattgatg caggaagcaa atatgatgac tttcccaaga aaagtgagat taacaataca 360 ggtacgtgga atgatacaga aggcaaagac gataataact ttttgaagca aagtcaattg 420 aacaagacag gcacagggaa tgatacagaa agcagtgaca atgagttctt ggagcaaaat 480 cagatgaaca aaacagtttt agggaatggt accgagatca acgtttcaaa ggttgatcaa 540 ccatctcgtg cggttccgct tggccttgat gagttcaaga gcagagcgtc caattctcga 600 aacaaatcgt tatcagatca ggtcagtggt gtgattcaca ggatggagcc tggagggaaa 660 gagtacaatt atgcatctgc ttcaaaaggc gcaaaggtct tgtcttccaa caaggaagca 720 aagggggctg caagcatcct aagcagggac aatgacaagt acctcagaaa tccttgttct 780 actgaaggta aatttgttgt tgtagaactt tcagaagaaa ctttggtaaa taccatcaag 840 atcgcgaatt ttgagcatta ctcttccaat ctgaaagagt ttgagcttca aggcacccta 900 gtttatccca ctgatacctg ggttcatatg ggaaacttca cggcttcaaa cgtgaagcat 960 gagcagaact tcacacttct tgagccaaag tgggtgagat acttaaagct aaactttatt 1020 agtcattatg gttcagaatt ctactgcacc ttgagtttaa tagaagtcta cggtgtggat 1080 gccgtagaac gaatgctgga ggatttgata tctgtccagg acaacaaaaa tgcatacaaa 1140 ccccgagaag gagattctga gcataaggag aagccaatgc agcaaataga gtcacttgaa 1200 ggcgatgatg gtgctgataa gagcacgcac agagagaaag agaaggaagc cccaccagag 1260 aatatgttag cgaagactga agcatcaatg gcgaagagta gtaataagct gtcagagccc 1320 gtggaagaga tgaggcatca tcagccaggg agcagaatgc caggggacac agtactgaag 1380 atactgatgc agaagttaag gtcattggac ttgaacctat cgattctaga gagatactta 1440 Page 553 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaggaactga acctgagata cgggaacata ttcaaggaga tggaccgtga agccggtgtg 1500 agagaaaagg cgattgtggc tttgagactt gacttggaag gtatgaagga aaggcaagag 1560 gggatggtga gtgaagcaga ggagatgaaa gagtggcgaa agagagtgga ggcagagatg 1620 gagaaagcag agaaagagaa ggaaaacata agacagagtc ttgagcaaat tgtattcgat 1680 acaatgaagt cttcttatat agtctataga aaaattgaaa aaaatgggca taattctttt 1740 gcggacgtaa gtaaaagtga aaattttttt tgtttggaga aactaatcat acaatgtggt 1800 gcaggtaaca atttgcgttt ggattgcgtt tcccatccct ctcctcctcc tcctcatcgt 1860 tccatggccc ctccaatttt tgtaccgcct tctacatcac acaaaggaca aggcccataa 1920 <210> 652 <211> 1140 <212> DNA <213> Arabidopsis thaliana <400> 652 atgcaatcaa gaatggcctc aactactata atccttttcc tctcattcag catcattcca 60 ttactcacca tcgttagagc agataaccat tccgtttact gccctccacc accaccttgt 120 atttgtattt gtaatccggg accacctccg ccgcaacccg atccccaacc gccaactcca 180 ccaacatttc aaccagcacc gccagccaat gaccaaccac cgcctccacc acagagcaca 240 tcaccacctc cagtagcgac cacaccacca gcacttcctc caaaaccctt accgccaccg 300 ttgtctcctc cgcaaaccac accacctcct ccaccagcta ttacaccacc acctccacca 360 gctattacac ctccactatc acctcctcca ccagctatta caccaccacc tccactagcg 420 accacaccac cggcacttcc tccaaaaccc ttaccgccac cgttgtctcc tccacaaacc 480 acgccacctc ctccaccagc aatcacacca ccactatcac ctcctctggt tggaatatgt 540 tccaagaatg ataccgaact aaagatatgt gccggaattc tagcaattag tgacggtctt 600 ctaaccactg gaagagcaga accatgttgt tccatcatcc gaaatgtgtc tgatcttgat 660 gcagttactt gtttttgtaa atcggtagga gcaccacgtt tttccctctc tcccaatttc 720 ggcatcttct ttaaagtttg tggtcgtagg attccacaag gctttagctg tcccggtcca 780 tcaccaacaa tctcaccacc accacttcct ccacaaactt taaaaccgcc tccgccacaa 840 acaacaccac ctcctccacc agctattaca ccaccactat cacctcctct agttggcata 900 tgctccaaga atgataccga actaaagata tgtgccggaa ttctagcaat tagtgacggc 960 cttctaacca ctggtagggc agagccatgt tgttccatcg tacgtaatgt gtctgatctt 1020 gatgcagtta cttgtttttg taagtcggta ggagcaagac gtttttccct ctctcccaat 1080 tttggcatct tctttaaggt ttgtggtcgc aggattccac aaggctttag ctgcccatga 1140 <210> 653 <211> 657 <212> DNA <213> Arabidopsis thaliana <400> 653 Page 554 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgaatgatt ccacgaggac tgaagtatcc attgataaat cagaagtaga caagcttgtt 60 gacaagattg attttgggga attatgcaac gattttgagt gcacaagtag tccgcaggtg 120 gaatccacag ctagacaact tgttcgcgac attcttgaaa tcagagaagg aaatcgtgcc 180 tttgcatgct atgcagtttc cgttaaatat aaggatccgg ttagaagttt tacaggtcgt 240 gagaagtaca aaagaccaat gtggataact agtggattag agaatcctac cgtgacggta 300 caagagatgg taatgttatc gaccagcgtc ttgcgaatta aatggacagt gaaaggaaaa 360 ccaaaatcta ttcttgctgc tgtaagtgga gatttgatag taaaagtcaa atctgaattt 420 actcttaacc agattagtgg gcaagtgttt gagcatgaag agtcttggga cttatcttca 480 tcatccccta ttgctcaagc ctatttctgg acatcccgcc gcctctttgc tgcttctgaa 540 tccgcaaaag atgtcgccga tgtcacaaaa gacttgaccg ccaatttgac aactcgaaaa 600 gaggacacag atatatatcg cgatccaacc gatccaaata aggtcagctt catctaa 660 <210> 654 <211> 2448 <212> DNA <213> Arabidopsis thaliana <400> 654 atgagagaaa ttcattctct gttttcgtta tctctgttct taatttcatc ttctctctct 60 gttgctttgg attataatgt catcactcca aaagaattcc ttaaggatgg agataccctt 120 agttctccag accaggtttt ccaacttggg ttctttagtc ttgaccaaga agagcaacct 180 caacatcggt ttcttggctt gtggtacatg gaaccatttg cagtcgtttg ggtggccaac 240 cgaaacaacc ctctctacgg cacatctgga ttcttaaact tgagttccct tggcgatctt 300 cagctattcg acggtgaaca caaagccttg tggtcatcat catcatcatc aacaaaagct 360 tctaaaacag caaataatcc tctcttgaag atatcatgtt cagggaatct catatctagt 420 gacggagaag aagctgtgtt gtggcagagt tttgattatc ccatgaatac aatactcgcg 480 ggtatgaagc ttgggaaaaa cttcaagaca caaatggaat ggtctctatc atcttggaaa 540 accctaaaag atccatcacc aggtgatttc acgttgtctc tagacactcg aggtttacca 600 caattgatct taaggaagaa tggagattcg agttattcct atcgcttagg atcttggaac 660 ggcttatcct tcaccggcgc tccagctatg ggacgtgaga atagcttatt cgactacaaa 720 ttcacgtcga gtgcgcaaga agtaaactac tcgtggactc cacggcacag aattgtctca 780 agattggtat taaacaacac agggaaactc cataggttta tccagtcgaa gcaaaaccag 840 tggatcttag caaacactgc accagaagat gagtgtgact actactctat atgtggagct 900 tacgcagttt gtgggattaa tagcaaaaac acaccttctt gttcatgttt acaagggttc 960 aagcctaaat caggtcgaaa gtggaatatt tcaagaggag catacgggtg tgtccatgag 1020 attccaacca actgtgaaaa gaaagatgca tttgtgaagt ttccaggtct gaaattacca 1080 gatacttcat ggtcttggta tgatgcaaaa aatgaaatga cacttgagga ttgtaagatc 1140 aagtgttcaa gtaactgctc ttgcacggct tatgcgaata ccgatattcg cgagggagga 1200 Page 555 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaggttgtt tgctttggtt tggtgacttg gttgatatga gagagtattc tagctttgga 1260 caagatgttt acataagaat gggttttgct aaaatagagt ttaaaggaag agaagtggtg 1320 ggaatggtcg ttggatcggt ggtggcaatt gcagttgttt tggttgtagt gtttgcatgt 1380 ttcagaaaga agataatgaa gagatatcga ggtgaaaatt tcagaaaagg gattgaggaa 1440 gaggacttgg acttgcctat ttttgacaga aaaacgattt ctatagccac tgatgatttt 1500 tcatacgtga acttcctagg aagaggaggt tttggaccag tttataaggg taagttagaa 1560 gatggacaag agattgcggt gaagaggtta tccgcgaact caggacaagg agtggaagaa 1620 ttcaagaacg aagtaaaact aatcgcaaaa cttcaacatc gtaacctcgt gaggctttta 1680 ggttgttgta ttcaaggtga agaatgtatg ttgatctatg agtatatgcc taacaaaagt 1740 ttagacttct ttatatttga tgaaaggaga agtacagaat tggattggaa gaagagaatg 1800 aacattatca atggagtagc tcgtgggatt ctctatcttc atcaagattc aagattgaga 1860 atcatacata gagatttaaa agctggaaat gttttactag ataatgatat gaaccctaag 1920 atctcagatt ttggattggc taaatctttt gggggagatc agagtgaatc aagcacaaac 1980 agagtcgtgg gtacttatgg ttacatgcct ccggagtatg caattgatgg acatttctct 2040 gtgaaatctg atgtgttcag tttcggtgta ttagtacttg agatcataac tggcaagacg 2100 aatcgagggt ttcgtcatgc agatcatgat cttaatcttc ttggacacgt gtggaaaatg 2160 tgggttgaag acagagaaat agaagtacca gaggaagagt ggttggaaga gacaagtgtt 2220 atcccagagg tactaagatg tattcatgtt gctttgcttt gtgttcaaca aaaaccagaa 2280 gacagaccaa ccatggcttc tgttgtcttg atgtttggga gtgatagttc tcttcctcac 2340 cctacacagc ccggtttttt caccaaccgg aacgttcctg atatctcttc atctttaagc 2400 ttacgttcac aaaacgaagt ttccatcaca atgttgcagg gacggtag 2448 <210> 655 <211> 2049 <212> DNA <213> Arabidopsis thaliana <400> 655 atggtcgact tgcgagcaat cttctggttt gtggtcataa gctcttgtgc tgtcgctgca 60 ccaacctgca ttcagagatc tgattttttc aaagccaatg gtccttacga cataaacctc 120 cgagccatgc tctcgtctct tccttctcgt gtcaaggata atgaaggctt ctacaagact 180 ccgttcaagc ccggtccaaa catagcacat ggtctgggga tgtgtagccg aggtactaca 240 acacaggatt gttcggattg tatcacgagt gtatctcata ccttgctaca cacatgtcct 300 aatcaggcag aagctataga ctggagttct ggagactcgc tttgtttggt acgctactca 360 aaccacttga ttaatggatc gctcgacgaa gacataatat gggcagagta tattgagtac 420 aaatataaca catcgttcgg ccaaaccaac ttgacggagt ttaaatctac atggcaggct 480 ttgatggatc gtgtgataaa caaagttgat ggttcattgt acgccaacag catacaagag 540 Page 556 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcgggtcgt tcccgttcag gagcatttat gccatcgcgc aatgcaataa agacctaacc 600 aagttgaact gcgagaaatg tttacaacat cttaggatag ataataggtc atgctgccgg 660 gggatacaag taggctatat tgcaaggacc agctgtttca tgcgatggga tctacagcca 720 ttcttgggac tattcataaa tgggatcttt cgcgcagatg gcaaaaatat atctacagga 780 tctattgtgg caattgcggt tgtttccgtc gtcgtgagca ctgtactgct tgctcttgga 840 tacgctgttt ctaggaggag aaaagcttac caatcatttg caagtgaaaa tgggtatttc 900 tctgtttcaa gaagacctag gaggccttat ggtactgcat caccagatga tggtaaaaat 960 acttgtctac ggttcagaga tctacggatg atcttacagc gtcctcagtt tacaaggcat 1020 gatgttctta aattttctca actacttgat tgtattataa actcagatgc taattctgat 1080 agtaaaggtc atgcgaatga gcagggtatg tttccgaatg gaacagaagt tgctgccaag 1140 agactatcta aaccatcaga tcaaggtgag ccagagttca agaacgaggt gcttcttgta 1200 gcaagacttc agcataaaaa tcttgttgga cttctcgggt tttcggttga aggagaagag 1260 aagatactag tttacgagtt tgttcccaac aaaagtctcg atcatttcct ttttgacccg 1320 ataaaaaggg ttcaactgga ttggccaaga cgacacaaca ttatcgaggg aatcactcga 1380 ggaattctct atcttcatca agattcacgg ctcacaatca tacaccgtga cctcaaagcc 1440 agcaacattc tcttagatgc cgagatgaat ccaaaaatag ctgattttgg tctggctagg 1500 aatttcagag ttaatcaaac cgaagcaaat acaggaagag tagttggcac attcggttac 1560 atgccacctg agtatgtggc aaatggacag ttctcaacga aatctgatgt gtatagcttt 1620 ggagtattaa ttctggagat tattggtggc aagaagaata gtagcttcca tcagatagat 1680 ggttcagtaa gcaacttggt cacacatgta agttttaaaa cgccaatgca atcacaaata 1740 ttttttactc cttttaacta tccagccatt ggggagaatt atgataaaga tgaagtcatt 1800 agatgcattc acattgggtt attatgcgtt caagaaaatc ctgacgatcg tccaagcatg 1860 tccacaatat ttcgaatgct aactaatgtt tcaattactc tgcctgtgcc tcaaccacct 1920 ggatttttct tcagggaaag atccgagccg aacccattag ccgagagatt actgcctggt 1980 ccgtctacta gcatgtcttt tacttgttcg gtagatgatg catcgatcac gagtgttaga 2040 cctcgttaa 2049 <210> 656 <211> 1875 <212> DNA <213> Arabidopsis thaliana <400> 656 atggcaacga agagttgtga attagtcctc tgtttcttcg tctttttcgt cataagcttc 60 agtgcaattt ctgtttctgc acaaacttgt gacaatacta ctgggacttt catacccaat 120 agtccttatg ataagaaccg ccgactcatc ctctctactc tagcttctaa cgtcacggct 180 caggagggct acttcatcgg ttcgattggg attgctcctg accaagtctt tgccaccggg 240 atgtgcgctc caggttctga gcgtgatgtt tgctctctct gtatcaggtc cacatcagag 300 Page 557 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtttactac aaagctgtct ggaccaggca gatgctttct tctggtcagg tgaagaaacc 360 ctttgccttg ttcgctacgc taaccgcccc ttctctggat tgctcgtcat ggatccacta 420 ggagcgatat tcaacacagg agaactcaat acgaatcaga ctgtgtttga tatcgagtgg 480 aataatttaa cttctagtat gatcgccgga ataacttctt cttcatcagg ggggaacaat 540 tcgtctaagt actactcaga cgatatagct cttgtgccgg attttaagaa catatcagcg 600 ttgatgcaat gcacaccaga cgtttcgtca gaggattgta acacttgctt acggcaaaac 660 gttgtcgact atgataattg ttgccgtggg caccaaggcg gcgttatgtc aaggccaaac 720 tgctttttcc gatgggaagt gtatcccttc tctggtgcta ttgatcagat taatttacca 780 aagtcaccgc cgccttcagt tacatccccg tctcctatag ccaacataac caagaatgga 840 aagtccttgt tggaacattt tcagaaaatt gtcttgtttt gtttctatag tagaatatca 900 ggaggaaaaa tcgcagcaat agttgttgtt actgttaaga aagcaaaagc aagaaatgga 960 tcttccaaac cttatacttt gaagtggtac tttttcacga gcttatttat ggtttcaaat 1020 gaagcggaat ctgttcaatt tgatttaaag acaattgaat cggcgacaag caacttttcc 1080 gaacgtaaca agcttggtaa aggtggattc ggtgaagttt acaagggtat gctcatgaat 1140 ggcactgaaa ttgcggtgaa gagattgtcg aaaacatcag gacaaggtga agtagagttc 1200 aagaacgagg ttgttgttgt tgcaaagctt caacacataa atcttgttag acttctcggg 1260 ttttcgctac aaggagaaga gaagttactc gtctatgagt ttgtttcaaa caaaagcctc 1320 gattatttcc tctttgatcc tacgaagaga aatcagttgg actggacaat gcgacgcaat 1380 atcatcggtg gcattactcg agggatttta tatcttcatc aagattcgcg gctgaagatc 1440 atacatcgtg acctcaaagc gagtaacatt ctcttagatg cggatatgaa tccaaaaatc 1500 gctgatttcg gaatggcaag gatctttgga gtggaccaaa ctgttgccaa tacaggaaga 1560 gtggtctgga aactttggga gaacaaatca ttgcatgagc tcttagatcc ctttatcaac 1620 caagatttca caagcgagga agtcattaga tacattcata ttggactgtt atgtgttcaa 1680 gaaaatcctg cagatcgacc aacaatgtct acgattcacc aaatgctcac aaacagctca 1740 atcactctgc ctgtgcctct gcctcctgga tttttcttta ggaacggacc aggatcgaac 1800 ccgggtcagt cgaacagcaa gtcttttgct tgttctgtag atgaagcaac aatcacggac 1860 gttaatcctc gttga 1875 <210> 657 <211> 930 <212> DNA <213> Arabidopsis thaliana <400> 657 atgtctggtt cgacccggaa agaaatggat cggatcaaag gaccatggag tcctgaagaa 60 gacgatctgt tacaatcgtt ggttcagaag cacggaccaa ggaactggtc tctgataagc 120 aaatcaatcc ctggacgttc cggtaaatct tgccgtctcc gttggtgtaa tcagctttct 180 Page 558 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccggaggtag agcaccgtgg attcacggcg gaggaagatg atacgattat actagcgcac 240 gctcggtttg gtaacaagtg ggcgacgatt gcacggcttc tcaatggtcg cactgataac 300 gcgattaaga atcactggaa ctcaacgctg aagcggaaat gtagcggcgg aggcggcgga 360 ggagaggaag ggcagagttg tgatttcggt ggtaatggag ggtatgatgg taatttaact 420 gatgaaaaac cgttaaaacg gagggcgagt ggtggaggag gagttgttgt ggtgacggcg 480 ttaagtccaa cgggatctga cgtcagcgag caatcgcaat ctagtggatc tgttttaccg 540 gtttcttctt cttgtcatgt ttttaaaccg acggcgagag ctggtggagt ggtgattgag 600 tcatcatcgc cggaggagga ggagaaagat ccgatgactt gtttgaggtt gtctttgcct 660 tgggtcaatg agtcaacaac tccaccggag ttgtttccgg tgaagagaga agaagaagaa 720 gagaaggaaa gagagatttc tggacttggt ggagatttta tgacggtggt gcaggagatg 780 attaagacgg aggttaggag ttacatggcg gatttacagc taggaaacgg cggaggagct 840 ggaggaggag caagttcgtg tatggtgcaa ggaactaatg gtcgtaatgt agggtttaga 900 gagtttattg gattaggtag gatcgagtag 930 <210> 658 <211> 543 <212> DNA <213> Arabidopsis thaliana <400> 658 atgtggaacc ctaacaaaat tgaagaattg gaggatgatg atgaatcttg ggaagtcaaa 60 gcctttgagc aagacactaa aggcaacatc tctggtacca cttggcctcc aagatcttac 120 acttgcaatt tctgccgccg tgagttccgt tctgctcaag ccttaggcgg tcacatgaat 180 gtccaccgcc gtgaccgcgc ctcatctagg gctcatcaag gttccaccgt tgcggctgcg 240 gctagaagcg gccacggggg gatgttactc aattcttgtg ctccgccgtt gcctacaacg 300 acacttataa tacaatccac ggcgagtaac attgaaggtt tgtcccattt ctaccaactg 360 caaaacccta gtggcatttt tggtaattct ggtgacatgg tgaatcttta tgtagaagtt 420 cctcctcggc ttattgaata ttcgacagga gatgatgaga gcattggctc gatgaaagaa 480 gcgacaggaa catcagtgga tgagcttgat cttgaacttc ggctagggca ccatccaccg 540 tga 543 <210> 659 <211> 972 <212> DNA <213> Arabidopsis thaliana <400> 659 atggctgtat cacttccaac caagtaccct ctacgaccta tcaccaacat cccaaaaagc 60 caccgtccct cgcttctccg tgtacgtgtc acctgctctg ttactaccac caagcctcag 120 cctaatcgtg agaagcttct ggtagagcaa cgcactgtga atcttcctct gtccaacgac 180 caatctctgc aatcgaccaa gcctcgccct aaccgtgaga agcttgtggt tgagcaacgc 240 Page 559 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttgccagcc ctcctctgtc caatgaccca actttgaaat cgacatggac tcaccggtta 300 tgggttgcag cgggctgcac cactttgttt gtctctttag ctaaatctgt cattggaggg 360 tttgattctc atctctgcct cgaaccagct ttagccggtt atgcagggta catcttagct 420 gatctaggtt ccggtgtcta ccactgggcc attgataact acggtgatga gtcaacacct 480 gtagtaggaa cccaaatcga agcatttcag ggtcaccaca agtggccttg gacaatcacc 540 agacggcaat ttgccaacaa tctacacgct ctggctcaag tcataacctt cacagttctt 600 ccactagacc ttgcatttaa cgaccctgtg tttcacggct ttgtgtgcac atttgcattt 660 tgcatattgt ttagccagca attccatgct tgggcacatg gaaccaagag caagcttcca 720 cctctcgtgg tcgcgttgca ggacatgggg ttacttgttt cacggagaca gcatgcggaa 780 catcatcgag caccgtataa caacaattac tgcatcgtga gtggagcatg gaacaatgtt 840 ctggatgaga gtaaggtctt tgaggcattg gagatggtgt tttatttcca gcttggggtg 900 agacctaggt catggagtga gccaaactct gactggatag aagaaaccga aatctccaac 960 aaccaagcat aa 972 <210> 660 <211> 1046 <212> DNA <213> Arabidopsis thaliana <400> 660 atgcagtaat ctgataaaac cctccacaga gatttccaac aaaacaggaa ctaaaacaca 60 agatgaagat tatgatgatg attaagctct gcttcttctc catgtccctc atctgcattg 120 cacctgcaga tgctcagaca gaaggagtag tgtttggata taaaggcaaa aatggaccaa 180 accaatgggg acacttaaac cctcacttca ccacatgcgc ggtcggtaaa ttgcaatctc 240 caattgatat tcaaaggagg caaatatttt acaaccacaa attgaattca atacaccgtg 300 aatactactt cacaaacgca acactagtga accacgtctg taatgttgcc atgttcttcg 360 gggagggagc aggagatgtg ataatagaaa acaagaacta taccttactg caaatgcatt 420 ggcacactcc ttctgaacat cacctccatg gagtccaata tgcagctgag ctgcacatgg 480 tacaccaagc aaaagatgga agctttgctg tggtggcaag tctcttcaaa atcggcactg 540 aagagccttt cctctctcag atgaaggaga aattggtgaa gctaaaggaa gagagactca 600 aagggaacca cacagcacaa gtggaagtag gaagaatcga cacaagacac attgaacgta 660 agactcgaaa gtactacaga tacattggtt cactcactac tcctccttgc tccgagaacg 720 tttcttggac catccttggc aaggtgaggt caatgtcaaa ggaacaagta gaactactca 780 gatctccatt ggacacttct ttcaagaaca attcaagacc gtgtcaaccc ctcaacggcc 840 ggagagttga gatgttccac gaccacgagc gtgtcgataa aaaagaaacc ggtaacaaaa 900 agaaaaaacc caattaaaat agttttacat tgtctattgg tttgtttaga accctaatta 960 gctttgtaaa actaataatc tcttatgtag tactgtgttg ttgtttacga cttgatatac 1020 gatttccaaa aaaaaaaaaa aaaaaa 1046 Page 560 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 661 <211> 813 <212> DNA <213> Arabidopsis thaliana <400> 661 atgcctccat taccgtcctc cacggcgcct tcgtcttcga gacatcttcg atcgccggaa 60 agtatcgcga aatttgcagg gagagcaata tttcctgctt tacaggggaa atcgtgtccg 120 atatgcctcg aaaatctaac cgagcgaaga tccgccgccg tgatcacggt gtgcaagcac 180 ggatactgcc ttgcttgtat tcggaagtgg agcagcttca agaggaattg tcctctttgt 240 aacactcgtt ttgattcctg gtttatcgtt agtgattttg cttctagaaa ataccataag 300 gagcaattac caattcttcg tgatcgtgag actttaactt atcatcggaa taatccttcc 360 gatcgccgga ggtcgaggga tgttttggaa aactctagct caagatcaag gccattgcca 420 tggcggagat catttggacg accaggttca gttcctgatt ctgttatctt ccagcgaaag 480 cttcagtggc gagctagcat atacactaag caattacgag ctgttcgatt acattcaagg 540 cgcttggaac taagtttggc ggtgaatgat tacaccaaag caaagataac tgaaagaatt 600 gagccatgga ttagaagaga gcttcaggca gtccttggag atcctgatcc ctcagttatt 660 gttcattttg cgtcagctct tttcatcaaa aggcttgaga gagagaataa tcgacaaacc 720 gggcagaccg ggatgttggt ggaagatgaa gtctcctctc ttcgaaaatt cttgtctgat 780 aaggtggata tattttggca tgaactaagg taa 813 <210> 662 <211> 171 <212> DNA <213> Arabidopsis thaliana <400> 662 atgcaacaag cccttcgaat tttagaggta cggtctgctt attgtaaaaa cgatttcgaa 60 tgggataata tgaagcgcct cgccttcaag aacgtagatg attccaacac aagactcatg 120 cgcgagtacg tcttggagac tagccatgtc gaaaccgatt ctgataagtg 171 <210> 663 <211> 1935 <212> DNA <213> Arabidopsis thaliana <400> 663 atggctgctt cagtacactg taccttgatg tccgtcgtat gcaacaacaa gaatcactct 60 gctcggccga aacttccaaa ctcgtctttg ttacctggat tcgatgttgt tgttcaagct 120 gctgctactc gattcaagaa ggaaacaaca accacaagag ccactttgac gtttgatcca 180 ccaaccacta attctgagag agctaagcag agaaaacaca ccattgatcc ttcttctcct 240 gattttcaac caattccatc ttttgaagaa tgctttccta agagcactaa agaacacaag 300 gaagttgtcc atgaagaatc tggtcatgtt cttaaagttc cctttcgtcg tgttcatttg 360 Page 561 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tctggtggtg agccagcttt tgataattat gacactagtg gtcctcaaaa tgttaatgca 420 cacattgggc ttgctaagct aaggaaggag tggattgatc gtcgggagaa gctaggaaca 480 ccaagataca ctcaaatgta ctacgctaag caagggatca taactgagga aatgctctac 540 tgtgctacta gggagaagct agaccctgag tttgtaagat cagaagttgc acgaggacgg 600 gcgattatcc cttccaacaa gaagcatttg gagctggaac cgatgattgt tggtagaaag 660 ttcttggtca aggtcaatgc gaatatcgga aactctgctg ttgccagctc tattgaagag 720 gaagtctaca aggttcagtg ggcaaccatg tggggagctg atacaatcat ggatctctca 780 actggtcgtc acatccatga gacacgtgag tggatcctaa ggaattcagc tgtgcctgtt 840 ggtacggtgc ctatttatca agcacttgag aaagtggatg gaattgctga gaatcttaac 900 tgggaggttt tcagagagac tctgattgaa caagctgagc aaggtgtaga ctatttcaca 960 atccatgctg gagttttgct gcgttacatt cccttaactg ccaagcgttt gaccgggatc 1020 gtttcgcgtg gaggatccat tcatgctaaa tggtgcttag cttaccacaa ggagaacttt 1080 gcttacgagc actgggatga cattctagac atctgtaacc agtatgatgt ggctctttcc 1140 attggagatg gtctgagacc tggctccatt tatgatgcta acgacactgc tcagtttgca 1200 gagctcctta ctcaaggtga actaactcgc cgagcgtggg aaaaagatgt gcaggtgatg 1260 aatgaagggc cagggcatgt cccaatgcac aagattccag agaatatgca gaagcagttg 1320 gagtggtgta acgaggcacc attctacacc cttggtcctt tgactactga tattgcccct 1380 ggatatgatc acattacctc tgccattgga gctgccaata ttggagcctt gggtacagct 1440 cttctttgct atgtaacacc aaaagaacac cttgggctac caaacaggga cgatgtgaag 1500 gccggggtta tagcatacaa gatcgccgct catgcagctg atctagccaa acagcatcca 1560 catgctcagg catgggacga tgcgctgagc aaagcgcggt ttgagtttag atggatggac 1620 caatttgctc tgtcgttgga ccccatgact gctatgtctt tccatgatga aactcttcca 1680 gctgatggag ccaaggttgc acacttttgc tccatgtgtg gaccaaaatt ctgctctatg 1740 aagataacag aagacatccg aaagtatgca gaggagaatg gttatggcag tgctgaagaa 1800 gcaatcagac aaggaatgga tgctatgagt gaagaattca acatcgcaaa gaaaaccatt 1860 agcggagaac agcacggtga agtaggtgga gaaatatatt tgccagagag ctatgtcaaa 1920 gctgctcaga aataa 1935 <210> 664 <211> 684 <212> DNA <213> Arabidopsis thaliana <400> 664 atgtctttgg acactgtgga caaactggtg gtgttcttgg ccaagagaga cggaatagac 60 aagcttgtga agacattcca atacgtggcc aagctcgcgt gctggcatgt tgaagccaca 120 cgacccgaag ccgccgatag gttcaagaag tgggaggtcg cctccggtct cagccgcaaa 180 gccttcagga ccgggagatc tctcacgggg ttcaatgcgc tgagacgaaa ccccggggca 240 Page 562 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accccgatga tccgtttctt ggcggtccta gccaattcag gggaaatggt ttacttcttc 300 tttgatcatt ttctttggtt atcaagaatt ggttcaatag acgccaagct cgccaagaaa 360 atgagtttca tatccgcttt tggcgaatct ttcggctaca ctttcttcat catcattgat 420 tgcatcttca taaagcaaag actcaaatcc ttaaaaaagc tccagcattc gaccgatgaa 480 ccgaaagaag aaatcggcgc caaaattagc gagattcggg gagatatagt aatgaggttg 540 atgggaattt cagccaacgt tgcggattta cttatagcat tggcagaaat tcacccaaac 600 cccttttgta accacaccat tacactcggt ataagcggtt tagtttcagc ttgggccggt 660 tggtatagga actggccatc gtga 684 <210> 665 <211> 2952 <212> DNA <213> Arabidopsis thaliana <400> 665 atgatgaaag gctatattac tctttctttt cttatcattc tcatttttaa tttccttgac 60 gagtttgcgg cttctactag acacttgtgt gatcctgatc aaagtgatgc aattctcgaa 120 ttcaagaacg agtttgagac tttggaggaa tcttgttttg acagcaatat tcctctgaag 180 acggagtcat ggacgaataa cagtgattgt tgttattggg atggtatcaa atgtgatgcc 240 aagttcgggg atgtgatcga gctagatctt agctttagtt gcctccgtgg ccagctcaat 300 tccaatagta gtctttttag gcttccacaa cttcgttttc taaccactct tgacctttct 360 aataatgatt ttattggtca aatcccatct tcacttgaaa ccctctctaa tctcaccact 420 ctagaccttt ctagaaatca tttcagtggt agaattcctt cttcgattgg aaacctttct 480 catctcatat ttgttgactt ctctcataac aattttagtg gtcaaatccc atcttcactt 540 ggatatcttt cgcatctcac ctcttttaac ctttcttata acaattttag tggtagggtt 600 ccttcttcaa ttggaaatct ctcttatctc accactttgc gcctctctcg taatagtttt 660 tttggtgaac ttccatcttc acttggaagt cttttccatc tcaccgattt gatcctcgat 720 actaaccatt ttgttggtaa aattccgtct tcacttggaa atctttcgca tctcacctct 780 atcgacctcc acaaaaataa ttttgttggc gaaataccat tttcacttgg aaatctttct 840 tgtctcacct cttttatcct ctctgataac aacattgttg gtgaaattcc atcttctttt 900 ggcaatttga accagttgga catcttaaat gttaagtcca ataagcttag tggcagcttc 960 ccaattgcac tactaaatct aagaaaactg tcaacattat ctctctttaa caatcggtta 1020 accggaacac ttccttctaa catgagttca ctctccaact tgaagttgtt tgacgcaacg 1080 gaaaaccatt tcacgggacc tctcccttct tcccttttca acattccctc tttgaaaact 1140 attactttgg aaaataacca acttaacggt agtcttgggt ttgggaatat atcctcatac 1200 tcgaatttaa ctgtgttacg ccttgggaat aacaacttta gagggccaat ccatagatct 1260 atatccaaat tagtcaacct taaggaactt gacctttcaa actacaacac ccaagggtta 1320 Page 563 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttgacttta ccatcttctc gcatctcaag tctatcgaat accttaacct ctcccatttg 1380 aacaccacta ctacgattga catgtacgag atcttatcaa gtttcaagtt attggataca 1440 ctagatctct caggcagcca tgtttctact acaaacaaga gttcactttc taattcttca 1500 ttggtattga taagtcagtt gtacttgtcg ggatgcggta tcaccgagtt tccaaagttc 1560 ctaagatccc aagagcttat gctgactcta gacatttcca acaacaagat caaaggtcaa 1620 gtgcctggat ggttatggat gctccctgtt ttgaactacg tgaatctttc caacaacact 1680 ttcatcggtt tcgaaagatc aacgaaactt ggactcacct ctatccaaga accaccagct 1740 atgaggcaat tgttttgctc caacaacaat ttcacgggaa acattccatc tttcatatgt 1800 gagttgcctt atctcagcac tctcgatttt tctaacaaca aattcaatgg ttcaattcct 1860 acttgtatgg gaaatattca gtctccatat cttcaagctc taaatcttcg acataatcgt 1920 cttagtggac ttcttccaga gaatatattt gagagtctaa tttctcttga cgtcggccat 1980 aaccaactag tgggaaagct tccaagatcg ttaagtcata tctcttccct tggacttctg 2040 aatgtggaga gcaacaaaat cagtgatacg tttcctttat ggttgagttc tctacaagag 2100 ctacaagttc ttgtccttcg ctccaatgca ttttatggac caatagagaa aacacagttt 2160 tctaagctgc gaatcattga catatccggt aatcaattca atggtacgtt gccagcaaat 2220 ttctttgtca actggactgc aatgttttca ctggacgaaa atgaagatca atctaacgga 2280 gagaccatga gcaacatgta catgagtaca gattatttct actttgattc aatggttttg 2340 atgaataaag gagtagagat ggagctggaa cgtgtcctaa aagtcttcac agtgattgac 2400 ttttcgggaa acaaatttga aggagagatt ccaaagtcca ttggtttatt gaaagagctt 2460 catgttctta acttatcaaa caatgcttta agtggccaca tcgcatcatc tatggggaac 2520 ctcatggcac ttgagtcact ggacgtttcc caaaacaagc tttcaggaga aattccacaa 2580 gagttaggga aactcacgta ccttgcatac atgaacttct ctcataacca gctggtaggt 2640 ctattaccag gaggtactca atttcaaaca cagaagtgct cttctttcga ggacaatcat 2700 ggcctttatg gcccttcgct tgagaaaatt tgtgatatcc atgggaaaac accgcaacaa 2760 tctgacatgg cgccagagcc agaagaagat gaagaagagg tgataagttg gatagcagct 2820 gttataggat tcatacttgg tactgccttg ggattgacat ttggatgcat attgttttcc 2880 tacaaaccag attggttcaa gaatcctttc gtccgagaca aacgcagaaa cataggcacc 2940 ataactcatt ag 2952 <210> 666 <211> 3036 <212> DNA <213> Arabidopsis thaliana <400> 666 atgcgatgcc aagtttggaa tgtgatagag ctgaacctta gctccagctg cctccatggc 60 ctgctcaatt ccaaaagtaa tatctttagc cttcaaaacc ttcgttttct agacctttca 120 aataatcatt tcagtggtca aatcttatct tcacttggaa acttttctag tctcaccact 180 Page 564 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttgaccttt ctgaaaatca tttcagtggt caaatcccat cttcactagg aaatcttttg 240 catctcacat ctcttgacct cactgataac aatttcgttg gtgacatccc aacttcactt 300 ggtaaccttt ctcatctcac ccttcttctc cttggtgcta acaaccttgt tggtgaaatc 360 ccattttcac ttggaaatct ttctcatctc accgatctta ccctctgtga aaacgacctt 420 gctggtgaaa tcccatcctc atttgaaaat ctttcacatc tcaccaatct cgatctctca 480 caaaacaacc tggttggtga aatcccatct ttttttggta gttttaacca gttagttagc 540 ttagctgttg aagaaaacga gtttactgga aactttctcc ttatactact aaatctaaca 600 aatttgtcag atttatcact ctcccgcaac cagttcacag gcacgcttcc tcctaatatg 660 agctcgctct ccaacttggt gttattttac gcagacgcca acgctttcac tggaactatc 720 ccttcatctc tcctcaacat tccttctttg agttgttttg acttgagtga taaccaactc 780 aatggaaata ttgagtttgg gaatatatct tcatcactat cagacttact ccttggcaat 840 aacaacttca gagggtcaat ccacaaatcc atttccaaac tagtcaacct ttacacactt 900 gacctttctc atttcaacac ccaaggctca ataaacttta gcatcttctc ggatctcaag 960 ttgctcgtga atcttcactt atcccatttg aacacaacaa ctacaattga cttgaataca 1020 ttcttatcaa gtttcaagtc actagataca ttggacctct caggcaatca tatttcagcc 1080 ataaacaaga gttcagtttc aaatcctgta acgaccgcag gccaggttgt tttaggagaa 1140 aactatacca tggtcaagaa acggactaaa atacttcgtc ggaagaacga gaaagttcaa 1200 gctgaaccag ctagctgggt ggtccggtca gctgacactc gagctgacga atcggatctg 1260 gtagaccgat cgtcggatcg gatcggccag accgatcgtc ggacggatcg gggcagccag 1320 acagatcgtc ggacgggtca gatgggacag gccgatcgtc tgacggaacg ggtcggacag 1380 accgatcgtc ggatgggatg gatcgagaaa agtgttcgag gaaacacaag gataagtgca 1440 tccgaacaaa cccaagggtg gcccatggat gcaatcttac cggtaaagag agaaagcacc 1500 aagaatggcc atggtgaaac cgatcggaga tcggtaagac caaaggatga ctcgacggat 1560 aaccaacggg aaagtccacg gatatcgttc ggaccgcatg gatggatcat taagccaaaa 1620 gctttatcga ccaccatgga ccggacggtg ttaaacgacc agatcggaaa catggatggt 1680 tcgataagcc gagggctcaa tcgtccacca tgtagccgga ggggcggatt ggttcatcaa 1740 ttcacgatcg gatacgagtc attgaacgaa tggagtaagg cgacaaacgg gctaaggaat 1800 caaattcgca tattggccaa gattaatggt accttcatcc tggcaaccat ctatgaatta 1860 tttttctggc gccaacaaca atttcacggg aaatcttcca gctttcatat gtgcattgcg 1920 ctctctagca atgatttatg tgacaacaaa ttcaatggtt caatcccacg ttgcatggga 1980 aatttcagta gtactcttca agctctacat ctaagaaaga atcatcttag tggagttttt 2040 ccagagaata tatctgaaag tttaaagtcg cttgacgtcg gtcataacca actagtggga 2100 aagcttccaa gatctttggt tcgtatctct tctcttgaag ttcttaatgt ggaaaacaac 2160 aaaataaatg atacatttcc tttctggttg agttctctag aagagctaca agttcttgtc 2220 Page 565 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cttcgttcaa atgcattcca tggaccgatg caacaaacca ggtttcctaa cttgcgaatc 2280 atcgacgtat cccataacca cttcaacgga actttgccat cagatttctt tgtaaattgg 2340 acggtaatgt ttttacttgg agaaaatgaa gatcagttta atggagagta catgggtaca 2400 agctattaca gtgattcaat agttgtgatg aataaaggcc tagaaatgga gatggtacgt 2460 atcctaaaaa tctttacatc agtagacttt tcgagaaaca aatttgaagg agagattcca 2520 aagtccattg gtctattaaa agagcttcat gtgctcaact tgtcaagcaa tactttcact 2580 ggccacatcc catcttcaat gggaaaacta agagagctcg aatcactaga tgttgctcaa 2640 aacaagcttt caggagacat tccacaagac ctaggggatc tctcatacct tgcgtacatg 2700 aacttctccc ataaccagct tgtgggtcca ttaccagggg gcactcagtt tctaacacag 2760 aattgctctt ctttcgagga gaatgcagga cattttggcc cttcacttga gaaagtttgt 2820 gatatccatg ggaaaacaat gcaagagtcc gaaatgccag gatcagaaga agatgaagaa 2880 gaggtgataa gttggatagc agctacaatt ggattcatac ctggtattgc ctttggattg 2940 atgatgggat acatattggt ttgctacaaa ccagagtggt tcatgaacgt ttttggcaaa 3000 aacaaaagca gaagcacaag cagcacaact cgttaa 3036 <210> 667 <211> 2673 <212> DNA <213> Arabidopsis thaliana <400> 667 atgtcaaagg cgcttttgca tttgcatttt ctttctctgt ttttactctg ttgtgtctgc 60 cattcaagta tttttacttt aaattttcat tttactggta ttgtggcctg tcgtccccac 120 cagattcaag ccttcacgaa gttcacgaac gagtttgaca cccgcggttg caacaacagt 180 gacaccttta atggagtctg gtgcgataac tcgacgggtg cggtcgcagt gctacaacta 240 aggaagtgtc tcagtggaac tttgaagtcc aacagtagcc tcttcgggtt tcatcaactc 300 cgttacgttg atctccaaaa caacaactta acctcctctt cactcccttc cgggtttgga 360 aatctcaaaa gattagaggg cttgtttctt tcctctaatg gcttcctcgg ccaagttcct 420 tcctcattca gtaacctaac aatgcttgct caattagacc tttcttataa caagctcact 480 ggtagtttcc cacttgtccg gggtctaaga aagctcattg ttttagacct ttcatataat 540 cacttctccg gaactctgaa tccaaacagt agcctctttg agttgcacca gctacgttac 600 cttaatctcg cttttaacaa ctttagttcc tcactccctt ccaaatttgg caatctccat 660 agattagaga acttgattct ttcctctaat ggcttttctg gtcaagttcc ttccacaatt 720 agtaacctga cccggttaac taagttgtac cttgaccaaa acaagctcac tagtagtttc 780 ccacttgtac agaatctaac caacctctac gaattagacc tttcatataa taagttcttt 840 ggagtcatcc cttcttctct cctcactctg cctttcttag cacatcttgc tctacgtgaa 900 aacaatcttg ctggttctgt tgaagtttca aactcctcta cctcatctag gctcgaaatc 960 Page 566 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtatctcg ggtctaacca ttttgaagga caaatcctag agcctatctc aaagctcatc 1020 aacctcaagc atcttgacct ttctttccta aacacaagct acccaataga cttaaaactc 1080 ttctcctccc tcaaatcttt gcggtctctg gatctttctg gaaacagtat atcttcggcc 1140 agtttaagtt cagattcata catcccgttg accctggaaa tgttgacctt gaggcactgt 1200 gacatcaacg agttccccaa catcttaaag accctcaagg agttggtgta tatagacata 1260 tccaacaaca gaatgaaagg gaagatccct gagtggttat ggagcctacc tcttctacag 1320 tcagtaactc ttggaaataa ttatttcaca ggtttccaag gttcggcgga gattttagta 1380 aattcatcag tgctgctatt atatttggat tcaaacaatt ttgaaggagc acttcctgat 1440 ctaccactct ctatcaaagg cttcggtgtg gctagtaata gtttcacaag tgagatacct 1500 ctttcaatct gcaaccgaag ctctctcgct gctattgatc tatcctacaa caacttcact 1560 ggtcccattc ctccatgttt gcgtaatttg gaacttgtgt atctccggaa caacaacctg 1620 gaaggaagta tccctgacgc gctctgtgat ggtgcctctt tacggacact cgatgttagc 1680 cataaccgat taacagggaa gcttccaagg tcttttgtaa actgctcatc gctaaagttt 1740 ctaagcgtta taaacaacag aattgaagat acgtttccgt tctggctcaa agctttaccg 1800 aatttgcaag tccttactct tcgctcaaac agattttatg gtcctatatc tcctccgcat 1860 caaggtcctc tcgggtttcc agagctgcgg atatttgaaa tatctgacaa taagtttaca 1920 ggaagcttgc caccaaacta ctttgtgaac tggaaagcat catcacgcac gatgaatcaa 1980 gatgggggtt tatatatggt atacgaggag aagctgttcg acgaaggcgg ctatggttat 2040 acagatgctt tagatttgca atacaaaggt ctacacatgg agcaagctaa ggccctcact 2100 tcctacgccg ccattgattt ttctggaaat agactcgaag gacagattcc tgaatctatt 2160 ggtctcttga aggcactgat tgcagtcaat atatcaaaca acgccttcac aggccatatt 2220 cccctgtcta tggccaatct tgagaatctc gagtcactag acatgtcaag aaaccaactc 2280 tcggggacta ttcctaatgg actagggagc atttcgtttt tggcgtacat caacgtgtct 2340 cacaaccaac tcacgggtga aataccacaa ggaacacaga ttactgggca atctaaatct 2400 tccttcgaag ggaatgcagg gctttgtggt cttcctctca aggaaagttg cttcggcact 2460 ggtgcacctc cgatgtatca ccaaaagcaa gaagacaaag aagaagaaga agaagaagaa 2520 gaagaagaag aagaagtgtt gaacgggaga gcagtggcaa tagggtatgg atctggatta 2580 ttgcttggat tggcaatagc acaagttatt gcttcataca aaccggagtg gcttgtcaag 2640 ataattggtc tgaataaacg cagaaagcgt tag 2673 <210> 668 <211> 1047 <212> DNA <213> Arabidopsis thaliana <400> 668 atggcgtcaa ctatcatctt cattctaact atttttttaa gttacagaac ttcgctagct 60 acatctcgtg gtagcctttt tgaagcttct gccattgaga aacatgagca atggatggct 120 Page 567 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgattcaatc gcgtttactc tgacgaaacc gagaaaagaa atcggtttaa tatcttcaag 180 aagaatttgg agttcgtcca gaacttcaac atgaataata aaatcacgta caaggttgat 240 atcaacgagt tctctgatct tacggacgaa gaatttcggg cgacacacac tggactagtt 300 gtgcccgagg ctataaccag aatttcaact ctgtcttcgg gcaaaaacac ggtgccgttt 360 agatatggta atgttagtga taatggcgag agcatggatt ggagacaaga gggggctgtt 420 acacccgtta agtatcaagg ccgatgtgga ggatgctggg cgttttccgc ggtggcggca 480 gtggaaggca ttacaaagat tactaaaggc gagcttgtat cgctatcgga gcaacaactc 540 ttagactgcg acagagacta caatcaagga tgtcgtggag ggataatgtc gaaagctttc 600 gagtacataa tcaaaaacca aggcatcact actgaggata actatccata ccaagaatca 660 caacaaactt gtagttcatc aactacccta tcatcgtctt ttcgtgcagc cacaatcagc 720 ggatatgaga ccgttccaat gaataatgag gaagcgttgc tacaagcagt gtctcaacag 780 cctgtttctg tggggataga agggacaggg gccgcgttta ggcactactc gggaggggta 840 ttcaacggag aatgtgggac ggatttgcat catgcggtta caattgttgg ttatggaatg 900 agtgaagaag ggactaagta ttgggtggtg aagaattctt ggggggaaac ttggggagaa 960 aatggttaca tgaggatcaa gagagacgtg gatgcacccc aaggaatgtg tggtttggcc 1020 attcttgctt tctatccact tgcttga 1047 <210> 669 <211> 2268 <212> DNA <213> Arabidopsis thaliana <400> 669 atggcggaat caagctctcc tctccctcct ctttgtgaaa ggatctcaca caaaagctat 60 ttcttaagag ctgtggatct cactattcta ggtcttctcc tttctcttct attgtaccgt 120 atcctacatg tgaaccaaaa ggacaccgtt tggatcgtgg ctttcctctg tgaaacttgt 180 ttcaccttcg tatggttgct tattaccaac ataaaatgga gtcctgctga ttataaaaca 240 tatcctgaaa gacttgatga aagggttcat gaacttccac cggtagatat gttcgtgacc 300 acagctgatc cagtaaggga gccaccgctt atcgttgtaa acacagtgct ttcactgtta 360 gctgtgaatt atccggcgaa caaactagct tgttatgtgt cggacgatgg atgttcacct 420 ctcacttact tctctctcaa ggaagcttct aagtttgcca agatttgggt tcctttctgc 480 aagaaataca acgttagagt tagagctcct tttatgtact tcagaaactc tccggaagca 540 gcagaaggtt ctgaattcag taaagactgg gaaatgacta agagggagta cgagaagtta 600 agccagaaag tagaagatgc cactggaagt tcccactggt tggatgcaga agatgacttt 660 gaagctttct taaacacaaa atcaaatgat cattcaacta tagttaaggt ggtatgggaa 720 aacaagggag gtgtgggaga cgaaaaagag gtccctcatg ttgtttacat ttcaagagag 780 aaaagaccaa atcactttca tcattacaaa gctggagcca tgaactttct ggtaagagtg 840 Page 568 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcagggttga tgacaaatgc accatacatg ttgaacgtag actgcgacat gtatgtcaat 900 gaagcagatg tggtgcgaca agcaatgtgt atatttctgc aaaaatcaat ggattcaaac 960 cattgtgctt ttgttcaata ccctcaagat ttctatgatt ctaatgtcgg tgaactcacc 1020 gtcttacaat tatacttggg acgaggaatt gcgggaatcc aaggacctca gtatgcgggt 1080 tcaggatgct tccatactag aagagttatg tacggtcttt ctctagacga tttaggagac 1140 gatggaagtc tttcttcaat tgctacaagg aagtatttag ctgaggagag tctaacgaga 1200 gaatttggga attctaagga gatggtgaaa tcggtggtcg atgcgttaca aagaaaacca 1260 tttccccaaa aaaaccttaa ggactctcta gaaacggctc aagaaatggg acattgtcac 1320 tacgagtacc aaaccagctg gggaaaaaac atcggttggt tatacgattc aacaacggaa 1380 gatgtgaaca cgagtatcgg aattcattcg agagggtgga ctagctcata tatttttccg 1440 gatccaccgg cgtttcttgg gtgtatgcca caaggaggac cggaggtaat ggttcagcag 1500 cgacgatggg ccacgggact gctcgaaatc cttttcaaca aacaaagtcc gttgatcgga 1560 atgttttgtc ggaaaataag atttcgacaa agcttggctt atttatacgt tttcagttgg 1620 ggtctaagat caatccctga gctcttttac tgtctcctgc ctgcttattg cctactccac 1680 aactctgctt tatttcccaa gggagtttac ttaggtataa tcatcacact tgtggggata 1740 cattgtcttt acactttatg ggaattcatg aaccttggtt tttccataca atcgtggtat 1800 gtcactcaat catttgggag gataaaaaca acttgtagtt ggttatttag cgtccttgat 1860 gtcatactca agcttcttgg aatatcgaaa accgtcttca tagtcactaa aaagactatg 1920 cctgagacca agtcagggtc tggatccaaa aaatctcaac gagaagttga ttgtccaaac 1980 caagattccg gtaaatttga atttgatggc tcgctttatt tcttgccggg cacattcatt 2040 gtgttagtga atctagccgc tctagccggt tgtttggtgg gtctacaaag tcgcggagga 2100 ggtggttcgg gtttggcaga agcctgtggc tgtattttgg tggttatttt gttccttcca 2160 tttctaaagg gtatgtttga gaagggaaaa tatggtatcc cattttctac tctttctaaa 2220 gctgcctttt tagcagcgtt atttgttgtt ttatctgtgg gaaactag 2268 <210> 670 <211> 2010 <212> DNA <213> Arabidopsis thaliana <400> 670 atgttcttca tcaagctctt caccatcttc ttcttaagct tcttttggca atccctaaag 60 tcctcttccc aaattatcga cttcacttac aatggcttcc gtcctccacc gacagacata 120 tccatcctag gaattgccac catcacacca aacggtctct taaagctaac caacacaacc 180 atgcagagca ccggtcacgc cttctatacc aaaccaatcc ggttcaaaga ttctccaaac 240 ggtaccgtat cgtctttctc cactaccttt gtcttcgcta ttcactctca gatacccatt 300 gcacacggca tggcctttgt catcgctcct aaccctcgcc tcccattcgg cagcccctta 360 caatacctcg gtctcttcaa tgtaacaaac aacggtaacg ttaggaacca tgtattcgct 420 Page 569 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtcgaacttg acacgattat gaatatcgag ttcaatgata cgaacaataa ccatgttgga 480 atcgatatca atagcttgaa ctcggtgaaa agttctcctg ctgggtactg ggacgagaac 540 gatcagtttc acaatctgac tttgatcagt agtaaacgga tgcaggtttg ggtcgatttc 600 gatggtccca cccatctaat cgatgtaacc atggctccgt ttggtgaggt taaacctagg 660 aaaccgcttg tttctatcgt cagagatctg tcctctgttc ttttgcaaga tatgttcgta 720 ggtttctcgt ctgcgaccgg taatattgtg tccgaaattt ttgttcttgg gtggagtttt 780 ggagtgaatg gggaagctca gccattggcc ttatcgaaac ttccgagatt gccggtgtgg 840 gacttaaaac ctacaagagt ctacagattc tacaagaact gggtgccgtt gatctccctc 900 ttgttgattc ccttcttgct tataatcttc ctcgtgcgct tcatcatgaa gaggagaaga 960 aagttcgcgg aggaggtgga agattgggaa acagagttcg ggaagaaccg actaaggttc 1020 aaggacttgt actatgcaac aaaagggttc aaggataaga acattcttgg atcaggcggg 1080 ttcgggagtg tttacaaagg tatcatgccc aagacgaaga aggagattgc cgtgaaaaga 1140 gtctcgaacg aatctagaca aggtttgaaa gagttcgtgg ctgagatcgt gagtattgga 1200 cagatgagtc accggaactt ggttcctctc gtgggttatt gccgtcggag agacgagctt 1260 cttctggtgt acgattacat gcccaatgga agtttagaca agtatttgta caatagtcca 1320 gaggtaaccc tcgattggaa acagaggttt aaagtcatta atggcgtggc ctctgcctta 1380 ttttatctcc acgaggagtg ggaacaagtg gtgattcacc gcgacgtcaa agccagcaac 1440 gtcttgttag atgcagagct caatgggaga ctcggggatt tcggtttagc tcagttgtgt 1500 gatcacgggt ctgatcctca aactacgcgt gtagttggaa cttggggata cctagccccc 1560 gatcacatca ggacaggacg ggccacaacc actactgatg tttttgcatt tggggtgctc 1620 ctactagaag tggcgtgcgg cagacgtcct atcgagatta ataaccaaag tggtgagagg 1680 gtcgtgctcg tggattgggt ttttagattt tggatggagg caaacatttt ggatgctaag 1740 gatcctaatc tagggtctga gtatgaccaa aaagaagtcg aaatggtttt gaagctaggt 1800 ttgttgtgct ctcactccga cccactagct agaccaacaa tgagacaagt gctacagtat 1860 ctaaggggag atgcaatgtt accagatctg tcgccgttgg acttgcgtgg gagtgggatc 1920 atgttgggaa cccacaacgg gtctaatgag tcgggcatgt ttaccagtgg atcttctgtt 1980 gcttattctc tactctccag tgggaggtga 2010 <210> 671 <211> 1506 <212> DNA <213> Arabidopsis thaliana <400> 671 atgcctaata gcagctcagt tgttctcatg aatgtactaa agctgataga ccagtacgac 60 ttgtacggcc aagtagctta tccaaagcat cataaacaat ctgaagttcc agatatttac 120 cgcttagcag ccaaaactaa gggggttttc atcaatccag ctctggtgga gccgtttggt 180 Page 570 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcacgctca ttgaggcagc tgcttatggt ctgcccattg ttgccaccag aaatggaggg 240 cctgttgata ttgtgaaggc actaaataat ggtctcctag tcgaccccca tgaccaacaa 300 gccatttctg atgcccttct aaagctagtt gctaacaaac atctctgggc tgagtgtaga 360 aaaaacggac tcaagaacat ccaccgtttt tcatggccag agcactgccg taactaccta 420 tcccatgtcg aacattgcag aaaccgtcac cctaccagta gtctcgacat catgaaagtt 480 ccagaagagc tcacaagtga ttctctacga gatgtcgatg acatatcttt gagattctcc 540 acagaaggag atttcactct caacggagaa ctagatgcag gtaccagaca gaagaaacta 600 gtcgatgcca taagtcaaat gaattcaatg aaaggttgct cagctgctat ctacagccct 660 ggtagaaggc agatgctctt tgtggttgct gttgattcct atgatgacaa cggaaacatc 720 aaagcgaatt tgaacgaaat catcaagaat atgataaaag ctgcagattt gacatcgggt 780 aaaggaaaaa taggttttgt gctagcctca ggttcaagct tacaagaagt tgtggatatt 840 acgcagaaaa acctgattaa tctggaagat tttgatgcaa tagtttgcaa cagcggaagt 900 gagatctact atccatggag agatatgatg gttgatgcag actacgaaac tcatgtggaa 960 tacaaatggc ctggtgaaag tataaggtcg gtgattctga gacttatatg tacggaacct 1020 gcagctgagg atgatatcac agagtatgcg agttcatgca gtacaagatg ctatgcaatt 1080 tctgtgaaac aaggagtcaa gactcgaaga gtcgatgacc ttaggcagag gcttcggatg 1140 agaggtttaa ggtgcaacat tgtctatact catgcagcaa caaggctaaa tgttatacca 1200 ctatgtgcat caagaataca agcactcagg tatctttcta taaggtgggg aattgacatg 1260 tcgaagactg ttttcttttt gggagagaaa ggagacacag actatgagga cttactgggt 1320 ggcctccaca aaaccatcat tctaaaaggt gtagtgggat cagacagtga gaagcttctt 1380 cgcagtgaag aaaacttcaa aagagaagac gcagttccac aagagagccc taacatttcc 1440 tatgtcaaag agaatggcgg atctcaggaa attatgtcca ctttagaggc ctatgggatc 1500 aagtaa 1506 <210> 672 <211> 1320 <212> DNA <213> Arabidopsis thaliana <400> 672 atgaagtctt cttcttctca gagctacgat gttttcccca acttcagagg ggaagatgtc 60 cgccactcat tagtcagcca ccttcgtaag gaacttgatc gcaaattcat caatacattc 120 aacgacaaca ggatcgaaag aagccgcaaa ataaccccag agctgttatt ggctatagaa 180 aactcaagga tctcacttgt cgtcttctct aaaaactatg cttcttccac gtggtgctta 240 gatgaattgg tgaagatcca agagtgctat gagaaattgg atcaaatggt gattcctatt 300 ttctacaaag tagatccttc tcatgttaga aaacagaccg gagagtttgg catggtcttt 360 ggggagacct gcaagggcag aacagagaat gagaagcgaa aatggatgcg agctctagca 420 gaggtagcac atctagccgg agaagatctt cggaactggc gtagcgaagc agaaatgctt 480 Page 571 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaaatatcg ccaaggatgt ttcaaacaaa ctcttccccc catcaaataa tttcagtgac 540 ttcgtcggga ttgaagctca tatagaggca ttgatatcaa tgttgcgctt cgactccaag 600 aaagcgcgaa tgatagggat ttgtgggcct tctgaaactg gtaagactac tataggaaga 660 gctttataca gcagactcaa aagcgacttc caccatcggg ctttcgtagc atataagaga 720 aaaatacgga gcgactatga ccagaagctg tattgggaag aacaatttct atcagaaatt 780 ctttgtcaga aggatataaa gatagaggaa tgtggtgcgg tggaacaacg actaaagcac 840 acgaaagttc ttattgttct tgatgatgtt gatgatatag agctactaaa aacgttggta 900 ggacgtatca gatggtttgg atctgagagc aaaattgttg tgattactca aaaaagggaa 960 cttctcaagg ctcacaacat tgcacatgtt tatgaagtgg gattcccatc agaagaactg 1020 gctcatcaaa tgttttgtcg atatgctttt gggaaaaact ctccacctca tggtttcaac 1080 gagcttgcag atgaagctgc aaagattgcc ggtaatcgtc ctaaagctct caagtacgtt 1140 ggttcgtctt ttagaagact agacaaggaa caatgggtga agatgctatc ggagttccgt 1200 agtaatggga ataaactaaa aatcagctat gatgagttag atggtaaagg tcaagattac 1260 gttgcgtgtt taaccaatgg tgagaaaaaa tcaatattaa aaattattgc atggagatag 1320 <210> 673 <211> 1149 <212> DNA <213> Arabidopsis thaliana <400> 673 atgcaaaaca gttatagaaa aatattgact tttgatagag aatttgtaaa agaccgtcta 60 ttgatagaga atttgttatt ggcaacagag ctagtgaaag attaccacaa ggagtcaatc 120 tcaagtcgat atgctataaa aattgatatt tctaaagctt tcgactcggt tcaatggtct 180 tttctcagaa acgtcctttt ggctatggat atcccgtctg agtttgttca ctggattatg 240 ttgtgtgtta ccacagcgtc tttctctgtt caagtaaatg gtgagctagc agggtatttt 300 caaagtaaat gtggattaag acagggttgt tctttatcgc catatctctt tgttataagc 360 atggacgttc ttgctaagat gctggacaaa gctgcgggag ctaagaaata cggctatcat 420 ccgagatgta aggatatggg attaactcat cttagcttcg cggatgatct catgatcttc 480 tccgatgcgg gtgtgccaag ttcattgtct caggagataa aggacagata ccattttgat 540 gttggtcatc taccagtcag atacctaggt ctaccattgg ttaccaaaag acttacatca 600 acggattaca ggtcattact agaacaaata aagaagaaaa ttggatcctg gaccgctcgc 660 tacctctctt atgctggtcg tttgagctta ataacttcag tattgtggag tacctgcaac 720 ttctggctct ctgctttccg tcttcctcga ggttgtatca aagagattga gaaactatgt 780 tctgcatttt tatggtcagg tcctgatttg aatccgcata aagctaagct cagttgggtt 840 gatgtctgta aaccgaagca ggaaggagga cttggtcttc ggcccttgaa agaaataaat 900 gatgtctgct gcctaaaact aatctggaga cttgtgtctc atgcaaactc tctatgggtt 960 Page 572 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caatggatag aaaaatatct actcaaagct gataccttct ggtccgttaa agccacaact 1020 aataggggct cttggatgtg gtcaaagctt attaaataca gagatgtcgc aaaggagttt 1080 tgtaaagtgg aagtgagaaa cggacaccgc acctctttct ggtatgagaa ggcaatcaac 1140 agtggctga 1149 <210> 674 <211> 1524 <212> DNA <213> Arabidopsis thaliana <400> 674 atggaaaaca aaagccatag caaccaccac cggtaccatc atctatcatc ccggagccac 60 gagcaaaacc agcgtggcct aatttcgata aatgccataa tcatcattgg catctccatt 120 atctccatat tcataatcct tgcaattctc ctaataatca ttttacttca tcgacttaaa 180 tccgcaagag tcaaagcaca agaattatct tgcaaagaaa gcttcaacaa catgaacaat 240 ggtggagctt ccaccaacta cagctacact tctagccctg gtaaaacacc taaacattca 300 ttccataatt ttgtaaagaa tcataagttt ttaattcaaa atcaatcagc aatgagtgga 360 gattctcata tctttatatc agtattgaat tacttccaca tccaatgtgt atttcttatt 420 cgaactttaa tgttcttgtt agatgacatc aagagagatt gtctatactc aagaaaccca 480 acatcgttca gacaattacc cccacagaca aaaagttgta ggagaagccg agccgaagga 540 gtagaagtgt acacatacaa ggaattagag attgcaacaa ataatttcag cgaggagaag 600 aaaatcggaa atggagatgt gtacaaagga gtactaagtg atggaactgt tgcggccatt 660 aaaaagcttc atatgtttaa tgataatgct agtaaccaaa agcatgaaga acggtccttt 720 aggcttgagg ttgatcttct tagtcgatta caatgcccat atttggtgga attacttgga 780 tattgtgcag atcaaaacca taggatcctg atatatgaat ttatgcctaa tggtactgtg 840 gaacatcatc tccacgatca taattttaag aatctaaagg atcgacctca accattagat 900 tggggagctc ggcttaggat cgcccttgat tgcgccagag ccctagagtt tcttcatgag 960 aatacaatct ctactgttat ccaccggaac ttcaagtgta ccaacatttt gttggatcaa 1020 aataatcgag ctaaagtttc agatttcgga ttagccaaaa ccggatccga taaactaaac 1080 ggtgagattt caacaagggt tattggcacc acaggatatc ttgctccaga gtatgcctct 1140 actggaaagc ttactacaaa atcagatgtt tatagttatg gtattgtgtt actacaactc 1200 ttaacgggtc gcacaccgat cgattcaaga cgtccacggg gacaagatgt ccttgtctct 1260 tgggctcttc caagactaac caatagagag aaaattagtg aaatggtgga tccaaccatg 1320 aaaggtcaat actcacaaaa agatcttatt caggtagcag ccatagcagc agtgtgtgtg 1380 caaccagaag caagttatag accgttgatg acggatgttg ttcactcgct cattcccctt 1440 gttaaagctt tcaacaaaag tactgattct tctcggtttc ctagccgtag agaaagcttg 1500 tcatttgatg atattatgcc atga 1524 Page 573 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 675 <211> 2163 <212> DNA <213> Arabidopsis thaliana <400> 675 atgggtgttg atgtgaaacg tttccttgtt gttatgcttc tgttgcgaat ctgtgaatac 60 gcagctgctt ctacttttcc tcttgcactt cgtaattgca gtgaccattg cggaaatgtt 120 agtgttcctt acccttttgg gataggcaaa ggttgttaca agaacaaatg gttcgagatt 180 gtctgcaaaa gctcatcaga ccaacaaccg atacttttgt tgccaaggat ccgacgagca 240 gttacttcct tcaaccttgg agaccctttc tccatatcgg tgtacaacaa attctacatc 300 cagagtccat tgaaacattc aggttgtccc aacagagatg gttattcatc atcgtctttg 360 aatttgaagg gcagcccatt cttcatatca gaaaacaata agttcacagc tgttggatgc 420 aacaacaagg cgttcatgaa tgtcacaggg ttacaaatcg tgggatgtga gacgacatgt 480 ggaaatgaga tacggtctta caaaggagct aacacgagtt gtgttggtta caaatgctgc 540 cagatgacta taccacctct tcttcaactt caagtgtttg atgcaaccgt agagaaactg 600 gaaccaaata aacaaggatg tcaggttgcc ttcttgactc aattcacatt gtcagggtcc 660 ttgtttactc ctcccgaatt aatggagtac agtgaatata caacaataga gctagaatgg 720 cgtcttgatc tttcctacat gacttcaaag cgtgtactat gcaaaggcaa tacatttttc 780 gaagatagct atcaatgttc gtgtcacaat ggttacgaag gaaatcccta catacctggc 840 ggatgccaag acattgatga atgcagagat ccacatctaa ataaatgtgg aaagagaaag 900 tgtgtgaatg ttctcggatc atatagatgt gagaaaactt ggccagccat tttaagtgga 960 actctaagct ctggattgtt gctcctgatc tttggtatgt ggttgctatg caaggctaat 1020 agaaagcgga aagtagccaa gcagaagagg aagttcttcc aaagaaatgg aggtttgttg 1080 ttgcagcaac aaacatcctt ccttcacgga agtgtaaata gaaccaaagt tttcagctcc 1140 aatgacctgg agaatgcaac agatagattc aatgcgagca gaatactggg gcaaggcggg 1200 cagggtacag tttataaagg aatgttggaa gatgggatga tcgtcgctgt caagaagtcc 1260 aaagcattga aagaagagaa tcttgaggaa ttcatcaatg agatcatcct tttgtcacag 1320 attaaccacc gaaatgttgt caagatctta ggatgttgtc ttgagacaga agtacctata 1380 ttggtgtatg agttcattcc taaccgtaac cttttcgatc atcttcacaa cccatcagag 1440 gatttcccaa tgagttggga agtccgtctc tgcatcgcct gtgaagtcgc cgatgccctc 1500 tcctacctgc attcagccgt ctctatcccc atttatcaca gagatgtcaa gtcaacaaat 1560 atcttattgg atgaaaagca ccgtgcaaaa gtgtcagatt ttggaatctc gagatctgtt 1620 gctatagatg atactcactt gacaacaatt gtacaaggaa caattggata tgtagaccca 1680 gagtaccttc agtcaaacca cttcacaggg aagagtgacg tctacagctt tggggttttg 1740 ctcattgagc tcttaaccgg agagaaacct gtctcccttc tgagacggca agaagtccga 1800 atgttgggtg cttacttcct cgaagccatg agaaatgaca gacttcatga aattctcgat 1860 Page 574 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gctcgcatca aggaggaatg tgatcgagaa gaggtccttg cagtagccaa acttgcaaga 1920 aggtgtttga gcttgaactc agaacatcgc cctaccatga gagacgtatt tattgaacta 1980 gataggatgc aatctaagag aaaaggtact caaagccaag cacagaatgg tgaagagcat 2040 gcacacatcc agatcgcaat gccggagtct atgtcactta gttactcttc tccgaacata 2100 gtcgttgaaa acagctcatt ctcattggac acaaaaccac taatgcctca caagacacag 2160 tga 2163 <210> 676 <211> 2043 <212> DNA <213> Arabidopsis thaliana <400> 676 atggctacaa taaacgatat tggagtagca gcagcaatca atatagtcac agcatttgct 60 tttctcttag cttttgctat attcaggatt caaccagtaa atgacagagt ctatttccct 120 aaatggtatc tcaagggctt aagaagtagt tctatacaaa ctggtggctt tggtagcaaa 180 ttcatcaatt tggacttcag gtcctatatt cgtttcctca attggatgcc tgaagcactt 240 aaaatgccag aaccggaact cgtcgatcac gctggactcg attctgttgt ctacttgagg 300 atctacttac tcgggctcaa gatctttttc cctatagctt gtgttgcttt tacaacaatg 360 gttcctgtta attggacaaa caaaggattg gatcggttaa ggcattccaa tataagtttc 420 agtgatattg ataaactctc tttatcaaat ataccaaatg ggtcacctag atcactatct 480 cactttccag gtataatcat ctttggattt tctattgtat acatctctga cttgatttct 540 gagttgatga tggttgatct gcttttaact caggcagtcc acgatgcaac caaactctcg 600 gaattggttc tgacgaggaa acaaatgcag aacctgcttg attacaatat aaacaaacac 660 atgaggaatc tatctaacag gccagtaata aagatatctg aggagaaaca gaggttaagg 720 accggcacaa agtccatagt gcctgcagct tttgtatctt tcaagagccg ttggggagca 780 gcggtttgtg ctcaaactca acagacaaga aacccaacag aatggctaac tgagtgggct 840 gcagagccac gtgacatcta ctatgacaat ctggcattgc catatgtaga ccttaagata 900 aggaggctca tagtcggcgt cgcatacttc ttcctcacct tcttcttcat gataccaata 960 gcatttgtac agtcactcgc caacatcgaa ggcatagaga aggcttttcc tttcttgaag 1020 ccccttatag aagtgtatgt ctctgtctat ctcaacatga aattgttaaa gtcgatcatc 1080 caaggtttcc ttcccggaat cgccttgaag atcttcctcc ttttcctccc aagaatactc 1140 atgcagatgt ccaaatttga aggttttgtc agcacatcct cattagaaag aagagctgca 1200 actagattct acatgttcca attcatcaat gttttccttg gaagcatagt caccgggact 1260 gcgtttcaac agctcaacag tttccttaac cagtctgcaa acgatattcc aaaaacaatt 1320 ggtgtctcga ttccaatgaa agcgaccttc tttataacat acataatggt ggatggatgg 1380 gctggtgttg ctggtgagat attgaggttg aagccactca taatctatca tctaaagaac 1440 tccttcctcg tgagaaccga aaaagatagg gaagaagcaa ctgatcctgg aaccatagga 1500 Page 575 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcaacactg cagttagccc catccttctc ccttttatcc tcgtcttctt cggcctggct 1560 tttgtagtgt accgtcatca ggttataaat gtgtataacc aaaagtatga gagcgcaggg 1620 aagttctggc ctgacgttca caggcgtgtt gtgaccgcat tggttgtttc acagctgctc 1680 ttgatgggtc ttctaagcac caaacacgct tctaagtcca ctcctttgct gcttgtgctt 1740 ccgttgctga ccatcgggtt ccacaaacac tgcaaaaacc gttaccaacc tgcctttgtc 1800 acatacccgt tacaggaagc catgatcaaa gatacactgg accgtatacg tgaaccaaac 1860 ttaaacctca aagctttcct tcgagacgcc tacgcccacc cggagttcag ggttggagaa 1920 gatccagagc ccgaggagaa gctggagtct gatatgtcac ctccggattt agtggccact 1980 aagcgttggt catggaggaa cactcctttg cctagcaaag atagctgccg tgaaataccc 2040 taa 2043 <210> 677 <211> 801 <212> DNA <213> Arabidopsis thaliana <400> 677 atggttggag gaagcttatc accggcgttt actattgatg aagcgacgtc atacatcaat 60 gctgtgaagg aagcatttgg ggctgatcaa cctgcaaaat atcgagagtt tctcgacatc 120 atgctggatt taagagctaa tagagtcgat ttagctaccg tcgttccaag gatgcgggaa 180 ctcttgaaag atcacgtgaa tctgctactt cgtttcaatg ccttccttcc agctgaggct 240 aaggaaacat ttcatgatgt acgttcatac atctattctt tgaaggaatc atttcgtgat 300 gaacctgcaa aatatgctca gtttctcgag atcttgaatg attatagcgc ccgtagagtc 360 gatgctccta gtgccgttgc aaggatgacg gaactcatga aagaccaccg gaatctggtt 420 cttggtttca gtgtcttgct ctcaactgga gatacaaaaa ccacccctct cgaagctgag 480 cctgataata acaaaagaat acgtgtagca aattttatca gcaagcttaa ggcaaggttc 540 caggggaatg atggccatgt atatgagtca tttctcgaga tattgacaat gtaccaacaa 600 ggaaacaaat ccgtaaatga cttgtaccag gaggtagggt tcttggttgt tgcacttctt 660 cagggtcatg aagatttagt catggagttt tcaaacgttt tcaagagaac cactggtcca 720 tcaggtttga ttcttactca tatgcttcta tatttgagat caatgagatg cataatggtt 780 tgggtaaata taagagacta 801 <210> 678 <211> 1173 <212> DNA <213> Arabidopsis thaliana <400> 678 atgtcggaat atagatttag gtacgatgat gatggcatgt ggttgtggcc gtcgtcagtt 60 tccttcatta gcgaagactg tttttacaga tttttaagaa tcactggagt ttatgcttat 120 tgcctcatga gaattgtagg tattggtcaa tctcaaacag tgagttttga tttgaaacaa 180 Page 576 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagtcaaaac agcctatttc gttggtgact ctgtttgagc tagtagctgt tgatctgcag 240 actttgaatg acaatctttt atcgattgtt ggtgcggaaa atccggtttt gatatctgcg 300 gctgagcaga ttttcggagc tggtggtaaa agaatgagac cgggtttggt attccttgta 360 tcacatgcca cggcggaatt agcaggccta aaggaactaa caacagaaca ccggcgtttg 420 gctgagatca tcgagatgat acacactgca agcttgatac acgacgatgt gttagacgag 480 agtgacatgc gaagaggaaa ggaaacagtt catgagcttt tcggcacaag agtagcggtg 540 ctagctggag atttcatgtt tgctcaagcg tcatggtact tagcaaatct cgagaatctt 600 gaagttatta agctcatcag tcaggtgatc aaagactttg caagcggaga gataaagcag 660 gcgtccagct tatttgactg cgacaccaag ctcgacgagt acttactcaa aagtttctac 720 aagacagcct ctttagtggc tgcgagcacc aaaggagctg ccattttcag cagagttgag 780 cctgatgtga cagaacaaat gtacgagttt gggaagaatc tcggtctctc tttccagata 840 gttgatgata ttttggattt cactcagtcg acagagcagc tcgggaagcc agcagggagt 900 gatttggcta aaggtaactt aacagcacct gtgattttcg ctctggagag ggagccaagg 960 ctaagagaga tcattgagtc agagttttgt gaggcgggtt ctctggaaga agcgattgaa 1020 gcggtgacaa aaggtggggg gattaagaga gcacaagaat tggctaggga gaaagctgat 1080 gacgctataa agaatctaca gtgtctacct cgaagtggct tcaggtcggc tctagaagat 1140 atggtgttgt ataacctcga aagaattgat tag 1173 <210> 679 <211> 2805 <212> DNA <213> Arabidopsis thaliana <400> 679 atggagggtt gtttaggaca aaaccaaaca actgaaatca aagtaggagt agtgcttgat 60 ctccatactt cattttccaa gctctgcctc acttccatta acatatcgtt gtccgatttc 120 tacaaatatc attctgatta caccacgaga cttgcgattc acattagaga ttccatggaa 180 gatgttgtcc aggcctcatc tgcagccttg gacctaatca agaacgagca agtgagcgcc 240 atcatcgggc caagaacctc tatgcaagct gagttcatga taagactcgc cgataaatca 300 caagtaccga ccatcacatt ctctgcaaca tgccctcttc tgacatccat caacagccct 360 tactttgtcc gagccactct cgatgactca tcccaggtca aagccattgc ggccattgtc 420 aaatccttcg ggtggagaaa tgtagttgcc atttatgtgg acaacgaatt cggagaagga 480 atattgccat tattgactga cgctttacaa gacgtgcaag cttttgtagt caatagatgt 540 ttgatccctc aggaggctaa tgatgatcaa attctcaagg agctttataa gctaatgacg 600 atgcagacga gggtattcgt tgtccacatg ccaccaactc tcggttttcg tttttttcag 660 aaagctagag agattggtat gatggaggaa ggatatgtat ggttattgac agatggagtg 720 atgaatttgt tgaaatctaa tgaacgcggt agcagcttgg agaatatgca aggggttttg 780 Page 577 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtgtaagga gccatatccc caaatcgaag aagctcaaaa atttcagatt gagatgggaa 840 aaaatgtttc ctaagaaggg gaatgatgaa gagatgaaca tttttgcgtt aagggcatat 900 gattcgatca ctgccttagc aatggccgtg gagaaaacca atataaagag cttgcggtat 960 gatcatccga tcgcttcagg aaataataag acaaatttgg ggacattagg ggtctctcgc 1020 tacggtccaa gtcttcttaa ggctctttcg aatgtaagat tcaatggttt agccggagag 1080 tttgagctca ttaacgggca gctagaatca tcagtgtttg acgtcatcaa tattattgga 1140 agtgaagaga gaattattgg attatggaga ccaagcaatg gaattgttaa tgcaaagtca 1200 aaaaacacta cgtcggtttt aggggagagg ttggggccgg tgatatggcc cggtaagtcg 1260 aaagatgttc cgaaaggttg gcagattcca acaaacggaa agatgcttag agtgggcatt 1320 ccagtgaaga aaggcttctt agaatttgtg gatgcaaaga tagatccgat cagtaacgca 1380 atgaccccaa cgggttactg tattgagata ttcgaagctg ttcttaagaa gttgccttac 1440 tccgtcattc ctaaatatat tgctttcttg tctccagatg agaactatga tgaaatggta 1500 taccaagtat acaccggggt tagttcgtct atttctacta tggcctatga cgcagttgtg 1560 ggagatgtaa ccatagtagc aaacaggtca ttgtatgtcg atttcacgct accgtacaca 1620 gagtctggag tgtctatgat ggtacccctc aaggacaaca agaacacatg ggtgttcctc 1680 agaccttgga gcttagacct atgggtcacc actgcttgct ttttcgtatt cattgggttt 1740 atcgtgtgga ttttagaaca tagagtcaac accgactttc gcggaccgcc tcaccaccaa 1800 ataggcacca gtttttggtt cgctttctcc actatgaact ttgcccaccg tgagaaggtg 1860 gtgagtaatt tagcgaggtt tgtggtgttg gtgtggtgct tcgtggtgct tgtgctgatt 1920 cagagctata cagcgaatct cacatctttc ttcacagtaa aactgttgca accaacggtt 1980 acaaattgga aagatctcat aaaatttaac aaaaatattg ggtaccaacg gggcactttc 2040 gtgcgtgaac ttttgaaaag tcaaggattt gatgaatcac agctcaaacc ttttggttct 2100 gccgtagaat gtgacgagct tttttccaat gggacaatca cagcatcttt tgacgaagtg 2160 gcctacatta aagttatcct ttctcagaat tcctccaaat atactatggt tgaaccatcc 2220 tttaagactg ctggttttgg ctttgtattc cccaaaaaat cacctttgac ggatgatgtc 2280 tcaagggcga tcttgaatgt gacacaaggc gaagaaatgc aacatattga gaataaatgg 2340 tttaagaaac caaataattg tccagatcta aacacttctc tgtcctccaa ccatctcagc 2400 ctgagtagct tctggggtct gtttcttata gcaggcatag cttcattctt ggcacttctc 2460 atcttcgtgg ccaacttctt gtacgaacac aagcacacgc tctttgatga ctccgaaaat 2520 tctttccgtg gaaagctaaa atttttggtt agaaactttg atgagaaaga cataaagtcg 2580 catatgttca aggagaatgc cgttcataat gtgagttcac ctattactca aggaagttca 2640 agccctttga ccgatcagag cactccattg ccgcgaagtc cggaacagta tagggaatta 2700 gagctaagaa gagtgtcttc catctcgagc ggtgaacttt tcactacgca atcagaacaa 2760 gttgaagatg aggaatctgc tataattcaa tgtgaaggtg aatga 2805 Page 578 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 680 <211> 2049 <212> DNA <213> Arabidopsis thaliana <400> 680 atggaaaact ttctagcttt gtttaatgaa ggcatggacg aagaagcatc ccgccttgaa 60 aaattgttac catttcatga gcatccgttg atacctttta cacgcttcga gttcaccaag 120 tgtaaaggat gctactcgac cgatgaagat aatacaagct tcatttccaa acatcccggt 180 tgcagttaca tttacggagg acaccgatgc aatgagccgg gatgtgatgt tgtgttccat 240 gaagagtgcg ccaagccgtt accagaaatc gaccaccctt accatccagt ccatcctctc 300 aagctgatcc tcctacatac cagagtttct aattgtagtt tctgtggaga atttttcagt 360 gtcggttatc gctgtaacaa atgtgatttc cagttggatt tgatttgcgc gaggagacca 420 gccctacttg ttcttgctga aaactcctac ctacacgagc atccactcca actctcccat 480 gaagcgcacg aaacactcag agattgcaaa gggtgtggcc atcaacataa tagctggaaa 540 catttctaca catgtcatca atgcgagttt ttcatcagtc tggattgtat cgatcataat 600 agtccagaag cataccacac ttctcacccc caacacccac tcaagtcact tagatatgaa 660 gtccctggtt acgccgacaa gaaatgtctt ctttgccgcg aggagtttga tggaatccat 720 cgccagcttc accactgtgg tgtttgtaat tttagcatat gcagatcatg tatgaaaaac 780 ccaccaccgg ttcttgttaa aagcccgagg acccatgaac atcaacttca ccttgttcca 840 agacgcattg acttcacttg caatgcttgt gggacgctag gtgaccgtag cccttatttc 900 tgtcttcagt gcaatttcat gattcatcgg gaatgtatcg atctacctcg cgtcataaac 960 atcaaccgcc acgaccaccg catctcttac acccctcgcc tcggacatgg agacgggaaa 1020 tgcagagttt gtcgtaaaaa tgtggatggg ttctacgggg cttattcttg ctccaaatgt 1080 tttgattatt ttgttcattc aagatgcgca accagaaggg atgtatggga catgatcgaa 1140 ctggaaggga cacccgaaga agaggaaact gcgccattca aggtgattga tgacaacacg 1200 atagaccatt acggccataa gcataactta cgaatttacc gtggctggaa tctaccagaa 1260 agtgtagttt gtaccgcatg tgtcttccag atttgttcag aaccgttcta cgcttgcgcg 1320 agaaagagat gcgatttcat aatccacgaa aaatgtgcca agcttccttt aaagaaacgt 1380 catgtgtgcc acaaccagcc actcgaacta tccccaaatt atggcaccta cttgttacat 1440 aggtgtagta tttgccgtca actgttcacc ggtttctcct atgaatctaa ggaattaagg 1500 atagatgtac ggtgcgctac agttacagaa ccatttgagc acaaaagcca tcaacatcct 1560 ttacactact ctacagatca ctccaaacgt tgtagtgagt gtgatggaga cgggaaattg 1620 agttgcgatg attgtgaatt tggtttgtgc ttcaagtgtg ctattttacc gcaaaaggta 1680 atgaggcata ggtacgacga tcatcctctc ttcttatctt atggcgaaat gggcgtggct 1740 ggcaaatatt ggtgtgaagc atgcgaaaca actgtgaacc cagaaaaatg gttctataca 1800 tgcaatgagt gtgggatcac attgcatatt tcctgcgtta tagatactta cgcatattcc 1860 Page 579 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgccaggag cgttaacatg gataggaaca tttgtatcca accactctat ttgtagacca 1920 ctttgctgcg tgtgcaactc tcgatgcaag ctccctttcg ttcgtacgct tcccgaggac 1980 ggagctgatc tatacttttg ttctttagaa tgtgagaaga aaatttatca ggaacgtttc 2040 gaattttaa 2049 <210> 681 <211> 3504 <212> DNA <213> Arabidopsis thaliana <400> 681 atggctacct catcctcggt ggtcagcagt gtacctcagc agcaccaagt gttcctcaat 60 ttccgtgggg acgaacttcg taataatttc gtcagccatc tggataaggc cttaagaggg 120 aaacagatca atgtcttcat agatgaggct gtggaaaaag gtgaaaatct agataacctt 180 ttcaaggaga tcgaaaaatc tagaatcgcg ctggctatca tttcccaaaa gtacacagag 240 tcaaaatggt gcttgaacga gctggttaaa atgaaagaac tcgagggcaa actcgtgacg 300 attcccatct tctacaatgt ggaacctgct acggttaggt atcagaagga agcgtttggt 360 gctgcgctca caaaaacgca ggaaaatgat agtgatggcc agatgaagaa atggaaagag 420 gctttgacgt atgttagtct cctggtgggc ttcccgttta acagtaaaag caaggagaag 480 gagaccacgc tcatcgataa aatcgtcgac gccgttttgc aaaagctgag taaaatatcg 540 tcggaagaaa gcacaagtgg atcagtggat caaggtcggg gagaagaagt agaagaagca 600 aaggctgata agatttccgg gctcaaccag cgcctaaagg aactggaaga aaaggtagcc 660 attacgggtg acaagagaga cgagactcgt attgtcgaag ttgttgggat gcctggcatt 720 ggtaaatcca ctctcttgaa ggccttctat gagacatgga aaaccaggtt cttgagcagc 780 gccttactcc aaaatataag cgaacttgta aaagcaatgg gattgggacg cttgactggg 840 atgctcttga aggagttgct cccagatgaa aacatagacg aggagacata cgaaccatac 900 aaggagaaac tacttaaaaa cacagttttc attgttctag atggcataag tgacgagaca 960 catatacaaa aacttcttaa ggatcatcga aaatgggcta agaaaggaag caagattgtg 1020 attgcaagac gcgcagtgac tcgtgatctg cttcatgagg attcaatggt ccgttatact 1080 tattttgtac cgctgttgag ccatcgagat gggttaaatc acttttgtca ctatgcgttc 1140 cgtcattttg cggcccacca aaacaacaag gaagctttca tgaaggagtc aaaagagttt 1200 gtgcgttacg cgagaggcca cccactaatt ctcaagctat tgggtgaaga gcttcgtgag 1260 aaaagcctct cttactggga agagaaacta aaatcactcc caaaaagtct cagccaaaat 1320 attcgagacc gtgtcttgca ggtaacttat gatgaactga gtcaagtgca aaaggatgcg 1380 tttcttgaca tagcttgttt cagatcccat gatttggttt atgtaaagag cttactggat 1440 tcatctggtc ccgccttttc taaagcgaca gttacaatag acgctctcaa agacatgttc 1500 atgatttaca tttctgatag tcgagtggag atgcatgatc ttttgtatac gtttgccatg 1560 Page 580 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaacttggtc cagaagccag ggatgacgat ggaagaggga gacaccggat atggcatcat 1620 cacaaccaag ataataaagg caggctcaat aggctgctaa aaagaccagg aggcagcacc 1680 agtgtgagaa gttttttcct cgatatgtat gtcatgaaga cggacgtgac cttaggcact 1740 gattacctca agaacatgcg aaatctccgg tacctcaagt tttacagttc tcattgtcct 1800 caggaatgta cgcctaagga aaacatacac atccctggag aacttgagct tccacttgaa 1860 gaggtccgat gtttgcattg gctaaatttc cccaaagatg aacttccaca agatttcatc 1920 cccaagaatc tcgtagatct taagctccct tacagtaaga ttagacagat ttggagagaa 1980 gagaaggatg caccaaaact aaggtgggtc gatctcaatc actcaagtaa gttggaaaac 2040 ttgtcagggc tatcacaggc tctaaatctt gaaagattga accttgaagg ttgcacagca 2100 ctgaaaacgt tgcttctggg tccggaaaat atggcaagtc ttgttttcct gaatttgaaa 2160 gggtgcacgg gtcttgagtc tcttcccaag attaatttga gatctctgaa gactctcatc 2220 ctcagcaact gttcaaactt ggaggagttt tgggtgattt cagaaacttt atatacgcta 2280 tatttggatg gcactgcaat aaaaacactt cctcaagaca tggtaaagct aacaagcctc 2340 gtcaaattat acatgaaaga ctgcgagatg ctcgttaagc ttcccgaaga atttgacaag 2400 ctgaaagttc tgcaagaact agtatgctct ggttgtaaaa gactcagtag tctcccagat 2460 gtgatgaaga acatgcaatg cttgcagatt ttactgcttg atggaacagc aataacaaag 2520 attcctcata tatcctcact tgagcgtcta tgcttaagca gaaacgagaa gatcagttgt 2580 ctttcgaatg atattcgtct gctttctcaa ctgaaatggc tggacttgaa gtactgtacg 2640 aaacttgtgt ctattccaga gcttccaaca aatcttcagt gcttagatgc aaacggatgt 2700 gaatcattaa caacagttgc gaatccactg gctactcatt tgccaacgga gcagattcat 2760 tccacattca ttttcacaaa ctgcgacaaa ttagaccgta ctgcaaagga gggttttgtt 2820 ccagaggctt tgttcagcac ttgcttccct gggtgtgaag taccttcatg gttttgtcat 2880 gaagcagttg gatccgtctt aaagctcaac ctgctcccac attggaacga aaataggttt 2940 gtcggaatag ctttatgtgc tgttgtggga tccttaccaa attgccaaga acaaaccaac 3000 tcttgttcag tgacatgcac gtttaacata gcaagtaaag attccaagaa aggggatcct 3060 tacaaaatct cctttgatcg actggttggg cgttggaaca aacatggcaa caaactagac 3120 aagaaaggca acaaactaaa gaagacggaa tcagatcatg tctttatctg ctataccaga 3180 tgctcaaaca gcataaaatg tcttcaagac cagcactcag gtacatgtac tccaaccgaa 3240 gctttccttg aatttggtgt gacagataag gaatctcgac tcgaggtgct caagtgtggg 3300 ttaagattgg tatatgcatc tgatgaaccc cagaagacaa actcagatat ggatctttca 3360 ttatcatcat ctgattcaac tccgacaagg aacggcagtt ccaacactac tacatctagt 3420 ggaagtgtat ctaccaatac cattagagaa gaagattcca atatcttaca tgaagcacaa 3480 tctcaaaatg ggagaggact ttga 3504 <210> 682 Page 581 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 1911 <212> DNA <213> Arabidopsis thaliana <400> 682 atgggagttg atggaaaatt gaaaagtgtt agaggacgct tgaagaaggt ttacgggaag 60 atgaaaacac tcgaaaactg gaggaagacc gtcttgttag cttgcgtggt tgctttggct 120 attgatcctt tgtttctgtt tatccctttg attgattctc agagattttg cttcactttc 180 gacaagacac ttgtagcagt agtttgtgtc attcgtactt ttattgacac gttctatgtg 240 attcacatca tttattatct tataaccgag accattgctc ctcgttctca agcatctttg 300 agaggcgaga ttgtcgtgca ttctaaggct acactgaaaa cacgtctcct ctttcacttc 360 attgttgaca ttatctctgt tctccccatt cctcaggtgg tggttctcac tctcatacca 420 ctgtctgcgt cgctggtgtc agagagaata ctgaaatgga ttatacttag tcaatatgta 480 ccaagaatca ttcgtatgta tccgctttat aaagaagtga caagagcctt tggtacggta 540 gcagaatcaa agtgggctgg agctgcttta aacttattcc tttacatgct gcacagttat 600 gtgtttgggg ctttttggta cttgagttca atagaaagga aaagcaaatg ttggcgtgcc 660 gcgtgtgcta ggacatccga ctgcaatctc acggtcacgg atctgctttg taaacgagct 720 ggcagtgaca acattcgatt cctcaacact tcatgcccat taatcgaccc tgcccaaatc 780 acaaactcca cagacttcga ctttggtatg tatattgatg cattgaagtc aggggtgcta 840 gaggtgaaac caaaggattt tcccaggaaa ttcgtctatt gcttttggtg gggtctccgt 900 aatattagtg ctttgggcca aaacctggag acaagcaact ctgcagggga gattttcttt 960 gctatcatca tatgtgtctc tggtttactc ttgtttgctg tgctcattgg aaacgttcag 1020 aagtacttgc aatcatctac tactagagta gatgaaatgg aggagaaaag gagagacaca 1080 gaaaaatgga tgtcctaccg ggtgatacca gagtatttga aggaacgcat taggagattt 1140 gaagattaca aatggcgaga aaccaaggga accgaagagg aagctcttct tcgtagtctt 1200 ccaaaagacc tcagactcga aaccaaacgc tatctttact tggatatgtt aaagcgtgtt 1260 ccatggctta acatcatgga tgatggttgg ctactagaag ctgtgtgcga ccgggtgaag 1320 tctgtgttct atttagcgaa cagcttcata gtgagagagg ggcacccagt tgaggagatg 1380 ctgattgtaa cgagaggcaa gctgaaaagt acaaccggat ctcatgaaat gggtgtccgc 1440 aacaattgtt gtgacctcca agatggtgac atatgtggag aacttctctt caatggttct 1500 cgccttccta cctcaaccag aaccgtaatg actttgactg aagttgaagg tttcattctc 1560 ttgcctgatg atatcaagtt tatagcttct catttaaatg tctttcaaag acaaaaactc 1620 caacgaacat tcaggttata ctcacagcaa tggcgctcat gggcagcatt cttcattcaa 1680 gcggcatgga ggaaacattg caaaaggaag ctttctaaga caagagacaa cgagaatatt 1740 ccacaaggca cgcaactcaa tcttgcatca acgctctacg tgtccagatt tgtgtccaaa 1800 gctttgcaaa atcgacgaaa agatacagca gattgttcca gctctcctga tatgtcacct 1860 ccggtacctc ataaaccagc cgatctcgag tttgcaaagg ctgaagcata 1911 Page 582 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 683 <211> 1083 <212> DNA <213> Arabidopsis thaliana <400> 683 atgagaatca cacaaaacgt caagctctta ctcttcttct tcttcttcat ctccttcctc 60 ttcatcgccg tatccgccgg cgagtctaaa tgcgagtgtt cacacgaaga cgacgaggca 120 aacaaagccg gagcaaaaaa atacaagatc gccgcaattc cttccgttct ggccgccgga 180 gttatcggcg ttatgtttcc gttactaggc aagttcttcc cgtcgcttaa accggagacg 240 actttcttct tcgtgacgaa agccttcgcc gccggcgtaa tcctcgcaac ggggtttatg 300 catgtgttgc ctgaaggtta cgagaagctg acgtcaccgt gtctgaaagg agaagcctgg 360 gagtttccgt tcacaggctt tatcgcgatg gtcgctgcga ttttgactct ttccgttgac 420 tcttttgcca cgtcgtattt ccataaagcg cattttaaaa cgtctaagag gattggtgac 480 ggtgaggaac aagacgctgg cggtggcggt ggcggtggag acgagctcgg gttgcacgtg 540 catgctcacg gtcacacgca cgggattgtt ggcgtggaat ctggtgaatc ccaggttcag 600 cttcaccgga ctcgagttgt tgcacaggtg ttggaagtgg gaataatagt acattcagtg 660 gtaataggaa tatcactggg agcatcacaa agtccagaca ctgccaaagc tctctttgct 720 gctttaatgt ttcatcaatg cttcgagggt cttggtcttg gtggttgcat cgcccaggga 780 aatttcaatt gtatgtcaat tacaataatg tcgatctttt tctctgtaac gacgccggta 840 ggaatcgcgg ttggaatggc aatttcaagc tcttatgatg attcgagtcc aacggctctg 900 atcgtacagg gagtccttaa cgctgcatct gcaggcatcc tcatctatat gtctctagtg 960 gactttctcg cagcagattt tatgcaccct aagatgcagt ctaacactag acttcaaatc 1020 atggctcata tctctcttct tgttggagca ggggttatgt cacttttagc taaatgggct 1080 taa 1083 <210> 684 <211> 264 <212> DNA <213> Arabidopsis thaliana <400> 684 atgacgagaa ccaaactgcg gcgtttaaga gaacatacca ccatcgtcca agaatcaatt 60 gtgggcatgc atgcgcaagg agatgcagta agacatcgag gaagaaagtt tgtcacagag 120 cctgtggaag ttgttgtgcc aagtgtcagt gtgtgccgcc gggaacctcc ggcaacacag 180 catcatgtcc ttgctacgcc agtatccgta cacatggcaa taaactcaaa tgtccttaaa 240 agacttctca tttctcaact atag 264 <210> 685 <211> 1098 <212> DNA <213> Arabidopsis thaliana Page 583 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 685 atggcttatt ctaaagcatg ttataaactc accaccatta caattcttct tctatccttc 60 acattaccct ctcttgccgg taacgctgaa aacgcagatg taagtgaatg caaagctgaa 120 tctggagatc tatcatgtca caacaacaaa gaagcacaaa agcttaaaat cattgcaatc 180 ccatctatct tagtggcgag catgatcggt gtttctttac cgttgttttc tcgttccatt 240 cctgctttag gacccgatcg agaaatgtct gtgatcgtta agactttagc ttcgggtgta 300 attctggcaa ccggttttat gcatgtgtta ccggactctt tcgatgatct cacatccaaa 360 tgtttgcctg aagacccgtg gcagaagttt cctttcgcca ctttcatcac gatgatctcg 420 gctttgctcg ttttaatgat tgaatcgttt gcgatgtgtg cgtatgcgag gagaactagt 480 aagcgtgaag gagaagtcgt accgttagaa aatggatcta attctgtgga tacacaaaac 540 gacatccaaa ccctagaaaa tggatctagt tatgtggaga aacaagaaaa ggtcaacgaa 600 gataagacaa gtgaacttct taggaataaa gtcattgctc agatattgga actaggtatc 660 gtagttcact cggttgtgat cggtcttgct atgggggctt ctgataacaa atgtaccgta 720 caatcactca tcgcagcgct ttgtttccat caactctttg aaggaatggg actcggtggt 780 tccatcttac aagcgcaatt taaaagcaaa acaaattgga caatggtgtt tttcttttcg 840 gtcacaacac catttgggat tgttttaggg atggccatac aaaagatata tgatgagaca 900 agtccaactg cgttgatcgt tgtgggggtc ttgaatgcgt gctctgcagg attgttgatt 960 tatatggccc ttgttaatct cttggctcat gaattcttcg gaccaaagat acaagggaat 1020 attaaacttc atgtcctcgg ttatgttgct accttcacag gtgccgcagg aatgtctttg 1080 atggctaagt gggcatag 1098 <210> 686 <211> 291 <212> DNA <213> Arabidopsis thaliana <400> 686 atgggtgata cagatatgaa gcaaacaatg aaggaagatg ctcttagttt ggcctccaaa 60 gcccttgatt gctttgatgt caccgaacct actcaaattg cccgtttcat caagaaggaa 120 tttgatagaa gttacggatc ggggtggcag tgcatcgtgg ggacgcattt cggatctttc 180 gtgactcatt gcagtggctg cttcatccat ttctcagttg gcagccttac cattttgctt 240 tttaagggat cagtcggtga accggccccc ccggaccgat gctctagcta 291 <210> 687 <211> 1776 <212> DNA <213> Arabidopsis thaliana <400> 687 atggaaactg tagaagcggg gcatgatgat gttattggtt ggttcgagca tgtgtcggaa 60 aatgcctgca aggtccaaag cgagacgcta cgaaggattc ttgagctcaa ctccggagtg 120 Page 584 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagtatctga ggaaatggct tgggactgtt gatgtagaaa agatggacga ttatactttg 180 gaaactctct ttacttcctt ggtgcctatt gtttcacatg ctgatttaga tccttatatt 240 caaagaattg cagatggaga gacttctcca ttacttacac aagaacccat cactgttctg 300 tccctcagct ctggaacaac agaagggaga caaaagtatg ttccgtttac tcgccatagc 360 gcgcaaacta ctcttcagat tttccgatta tcagcggctt acagatcaag gttttatcca 420 ataagggaag gagggaggat tcttgagttt atatacgccg ggaaggaatt taagacgcta 480 ggaggattga cagtaggaac ggccacaaca cattactatg cgagcgaaga gtttaaaact 540 aagcaagaga caacaaaatc cttcacttgt agcccacaag aggtcatctc aggaggtgat 600 ttcggtcagt gcacgtattg tcatctccta cttggtctcc attactccag ccaagtagag 660 tttgtcgcct ctgctttttc ttacaccatt gtccaagctt tctccttttt cgaagaaatc 720 tggagagaga tatgtgctga catcaaggaa ggtaatctta gctcaagaat cactctgccc 780 aagatgagaa aagctgtatt ggctctgatc agaccaaacc cgtctcttgc ttctcatatc 840 gaggagatct gcttagagct ggaaacaaat ctcggatggt tcggtttgat ttcaaagctt 900 tggccaaatg caaaatttat ctcctcaatc atgacgggtt ctatgctgcc gtacctgaat 960 aagctgaggc attacgctgg cggtttgccc ctggtgagcg cagattacgg gtcaaccgag 1020 agctggattg gtgtgaacgt tgatcctcat cttcccccag aagacgtgag ctttgctgtg 1080 attcccactt ttagttactt cgagtttata ccactttaca ggcggcagaa tcaatcagac 1140 atatgcattg acggtgactt tgtcgaagat aaacctgtgc cgctctctca agtcaaactc 1200 gggcaggagt atgaacttgt tctaaccact ttcacaggtc tttataggta cagattagga 1260 gacgtagttg aagtgaccag ttttcacaaa ggcacaccga agctaagttt catatacaga 1320 agaaaactca tcttaaccat caacattgac aaaaacacag agaaggatct tcagagagtt 1380 gttgacaagg cgtctcagct tctgagccga tccacacgag ctgaagtcgt tgactttaca 1440 agccacgcag acgttatagc tcgtcctggt cactatgtaa tctactggga aatcagagga 1500 gaagcagatg ataaggctct tgaagaatgt tgcagagaga tggatactgc ttttgtggac 1560 tatggttatg tagtgtcgag gcgcatgaac tcgatcggac cgcttgagct acgagttgtg 1620 gaacgaggaa cgtttgggaa agtggcggaa aggtgcgttg ggaaatgcgg tggcttgaac 1680 cagtttaaga ctcctaggtg tacgaccaat tctgttatgc ttgacatact taatgattct 1740 actatcaaga gatttcgcag ttcagcttat gactag 1776 <210> 688 <211> 309 <212> DNA <213> Arabidopsis thaliana <400> 688 atggagaaga tatcaaattt gttagaagac aagcccgtgg tgatattcag caagacgtcc 60 tgctgtatga gtcactcgat caagtcgctt atatctggtt acggtgcgaa ttcaacagtg 120 tatgagctag acgaaatgtc taatggacca gagatcgaac gagcacttgt agagcttggg 180 Page 585 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgcaaaccga ctgtgccagc tgtctttata gggcaagagc tcgtaggtgg tgcaaatcaa 240 cttatgtctc ttcaagtcag gaaccaacta gcttcgttgc tccgaagagc tggagccata 300 tggatttaa 309 <210> 689 <211> 1191 <212> DNA <213> Arabidopsis thaliana <400> 689 atgggttggt tgtggaggaa gaagaaaaag aataagaagc tagaattgga gagaggagcc 60 aagttgttag aagagctcat cgaatgttgc gatggcaaat ccaatcccat caaattcttc 120 tctgctgatg agatccgcaa agccaccaac attttcagcc actctaatct tgttcatcag 180 gaagaatttt actgccaatg gtattcaggt aagaacgaga accatcccat gatactcatc 240 aggaaagatt ctaatgtgag gggaggagat cttgtgtgcc gcaacatagc agtttcatcg 300 atggtgagtg gtcacaagaa ctttatgaaa ttggttggat gttgtcttga gttgaaatat 360 ccagtcacgg tctatcatgg tgttaagaaa cattatggat tagaaataga tgagaagccg 420 tggaaaagaa gaatgaagat agcagaagat atcgccactg ctttagctta ccttcacact 480 gccttcccta ggcccctcgt atatatgatt ttgtctcatc ggaatatctt attggatgaa 540 gatggtgtcg cgaagctgac tgatttctct cactgcgtct caatcccaga aggagaaaca 600 tttgtccggg ttgaggcaga agatggattc tatagttact ttgctgataa ttacgttaac 660 agtgttgtag tctcagagaa aacagatgtc tttgcctttg gaatctttat gggtctaacg 720 cttctattag gatacaaaag ctatttcgag cattatcgag gagaagaaaa agaaagtgaa 780 gaagaagacc ctgaagatac tgatgaatta gattatttta acaagaaaag acatgctcga 840 tattggctgt caaaattaaa gaaagaccga ccaatggaag agattgcaga tcgaaagatg 900 ataaaaaata tgggtcaaat cttagaacaa gagctctttc aaatgaaagc tttccggatg 960 ctctcactga gatgcatggg tcctagtgaa gaagttccaa cgatggtgga ggtggccaaa 1020 gaactaaaga agatccaaaa atctcttaat aaagattctt atcgaggaga agaagaagaa 1080 gaagaaagtg aagatgaatt taacgactct tcttctcttt cttcaggtca aacccaattc 1140 gactctgccc aagacatttc ttccacagtg gtcctctcaa accaaactta 1191 <210> 690 <211> 1206 <212> DNA <213> Arabidopsis thaliana <400> 690 atgatgcttt acagcaacaa tagttggaga tcgaattcca ttttaatact tctacttggt 60 ctctccattg tggccgccgc agactccgcc ggcaaaactt caccggtcga agacggcttg 120 gtggttaacg gcgactttga gacaccgccg tcaaacggct tccctgatga cgcaatcatc 180 gaggacacct ccgagatccc gagctggcga tccgatggta cggtggagct aatcaagtcc 240 Page 586 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggtcaaaaac aaggcgggat gatcttgatc gtgcctgagg gccgtcacgc tgttagatta 300 ggaaacgatg cagagatcag ccaagaactt acggtggaga aaggctctat ctactccgtc 360 acgttcagtg cagcccgcac atgtgcacaa ctcgagtcgc tgaatgtttc ggtagcttct 420 tctgatgaac ctatcgcatc gcaaaccatt gacttgcaaa cggtgtacag cgttcaagga 480 tgggatccat atgcatgggc gtttgaagcg gttgtggatc gcgtccggtt ggtttttaag 540 aaccctggca tggaggatga tcctacttgt ggacctatca ttgacgacat tgccgttaag 600 aagctcttta ctcctgataa acccaaaggc aatgcagtga ttaatggaga ttttgaagaa 660 ggtccatgga tgtttaggaa cactacctta ggtgttctgc ttccaacaaa cctcgatgaa 720 gaaatatcgt ctcttcctgg atggaccgtc gaatcgaacc gagcagtacg gtttattgac 780 tcagaccatt tctcggtccc cgaggggaag cgagctttgg aacttttatc gggcaaagaa 840 ggcataattt ctcaaatggt tgagacaaag gcgaacattc cgtacaagat gtctttctct 900 ttgggacacg caggggacaa gtgtaaggaa cctttggctg taatggcttt tgctggagat 960 caagcacaga actttcatta tatggcgcaa gcaaactcga gtttcgaaag atcggagttg 1020 aacttcactg cgaaagctga acgtacgagg atcgccttct acagcattta ttacaatacg 1080 aggacggacg atatgacttc attgtgtgga cctgtgattg atgacgttaa ggtttggttc 1140 tccgggtcta gtagaattgg atttagtttt ccgcttttta ttcttctttc tttggttttc 1200 atctag 1206 <210> 691 <211> 1203 <212> DNA <213> Arabidopsis thaliana <400> 691 atgttcaaag aagaagaaat aagctacaac aaccaaaaaa tgatcaagct ttgcttcatg 60 acttctcatg gttattcaat ccctggcctt ggtcttcctc aagacctctg caacaccgaa 120 atcatcaaga atagccggtc tcatctggtg aatcccggag caagacaaga gatcatacct 180 gcaagctcct tcaatctgaa tacagaactc ttggaaccat ggaaaccggt ttcttcattt 240 agccaattcg tggagattga ttcagccatg atgaaacctc tgctcatgga tgttcatgag 300 acggcaccag aatctctgat tttgagcttt ggaatcgctg ataagtttgc aagacaagaa 360 aaggtgatgg agtttcttct gtctcagtca gaggagttca aggaaaaagg attcgatatg 420 tcgctgttaa atgaattgat ggagtttgag tctatgaaat ccagttctca gctacgaccg 480 tatgatactt cctctgttct ttacttgaat caagaattag ggaaaccggt tttggatctc 540 gttagggata tgatggagaa tccagagttc tctgtgcgat cgaatgttca atttgtcaag 600 gaattcaaca acaaaatgga gacagctctc accgcttatc ccacactttc agagtgttct 660 catattcgta ttcttttttt cattcgaaca agtcctgaga aaagcaggct caagtcacca 720 aggaaacaca acacgaagcg aaaagctaaa gagagggacc tatacaaaag aaatcatctc 780 Page 587 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cacgcttacg agagccttct ctctttaatg ataggcaatg atcatcgaca caaacacaca 840 acagtactct ctttacagaa atcatgtgga gagctctcag agcttctgac tcagttctct 900 atcactgctg ctggaactgg aatcgctgtg ctcttttctg tcgtatgtag ccttgcttca 960 aggcgtgtac ccttttgcgc aaataagttc ttcgacactg ggcttggttt gagtttggta 1020 atactgtcat gggctgtgaa tagactcagg gaggtgattg ttcatgtcaa taggaaagcg 1080 aacaagccat gttcaagttt gaaagatgac gaaatcataa acagtgtgga gagaagtatg 1140 aaggaggttt actacagagc tgcaacggta atcgcggtgt ttgcgcttag gtttgcatgt 1200 tga 1203 <210> 692 <211> 1185 <212> DNA <213> Arabidopsis thaliana <400> 692 atggaagcaa aacccttagc atcatcatca tctgaaccaa acatgatttc tccatcatca 60 aacattaaac caaaattaaa agatgaagat tatatggagc tggtgtgtga aaatgggcag 120 attcttgcaa agattcgaag accaaagaac aacggttctt ttcaaaagca acgtaggcaa 180 tctctcctgg atttgtatga gaccgagtac agcgagggtt tcaagaaaaa catcaagatt 240 cttggagaca cacaagttgt tccggtgagt cagtctaagc cacaacaaga taaagaaacc 300 aatgaacaaa tgaacaacaa taagaagaag ctaaagtcct ccaaaatcga atttgagaga 360 aatgtttcga aaagcaacaa atgtgttgaa tcatcaacat taattgatgt ttctgctaaa 420 ggtccaaaga atgttgaagt tactacagct cctcctgatg agcaatctgc agctgttggt 480 agatccacgg aattgtattt tgcttcttca tcgaagtttt ctcgaggaac ttcgagagat 540 ctaagttgtt gttctttaaa gaggaagtat ggagatattg aagaagaaga atcaacctat 600 ttaagtaata attcagatga tgaatcagat gatgcgaaga cacaagttca tgcgagaaca 660 agaaagccgg tgactaaaag aaaacgaagc acagaagtcc ataagttata tgaaagagat 720 gataaggctt cattgttgga tgaggctatc aaatatatgc ggacccttca acttcaagtt 780 cagatgatga gtatgggaaa tggattaata agaccaccta cgatgttgcc aatgggtcat 840 tactctccca tgggtctagg aatgcatatg ggtgcagcag caacaccaac atcaataccg 900 caattcctgc ctatgaatgt tcaagcaacc ggttttccgg ggatgaacaa tgcaccacca 960 caaatgctaa gctttcttaa tcacccaagt ggactaattc caaacactcc tatcttttct 1020 ccattggaaa attgctctca gccattcgtg gtgccttcgt gtgtttctca gactcaggct 1080 acttctttta ctcaattccc aaagtctgcg tccgcctcaa acttagaaga tgcaatgcaa 1140 tatagaggaa gcaacggttt tagttattat cgctcgccaa actaa 1185 <210> 693 <211> 1200 <212> DNA <213> Arabidopsis thaliana Page 588 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 693 tttttactat ggaatatgtt acgtggacgg aactgaattg agtttccgaa tggaaaaata 60 tggaccacgt gaacagatac atatatggtt gagttgagca aagttcaaaa tggtccgtac 120 acactgacta attgtcagta ttctaacaac gttaatttcg tggtgcacga aaacaaaatg 180 acgatgtggt tgcacaaggt ccacgttctt gtatattgtt ttttaatgtg ctaattgtgc 240 gctaaaataa atttaattgt ataaaattag tatagtttat atttttttaa tatgtatatg 300 ttcattcaaa acatttggat aatatatgtt tactatgtga tagactgatg gtggaacatt 360 ttatccatct tatatgcata tgaataaaaa ttattcaaaa tgtttgttgt tgttcagatt 420 attaattatt aaagaattag aaaattttgg aattacaggt atatatgtat gtgttgtata 480 ttgtatattt aaattattat gtatatttat atttaaattt ttctattttc ataaatcgtt 540 agtatataat tgtgtcacat ctaatattat tagaagacaa gttggacttt tcataataaa 600 ataaaacata tcttttatca aattaacctt ttcctttagg tgcccaaatc cgtagcacca 660 tcaaatacct aagatatact ttttatttcc aaaaatcctt tcgtttgatc taatattaat 720 aatataaacg atcaaacaaa acgattttta gaaatcaaac gttcaagttt gatcgttggt 780 cgtcgctaat ttaagtttga tcgactgctc atgttccgtg acaatgttaa aactgaatac 840 atgaaacatg tttttttttt gtgcatttga ttttaataat tttttaaaaa ctgataacac 900 ccgaaaaaaa cagcaagaaa ctaaacaagg aagaaaagaa cggtcggtga ggaactctcg 960 tgaaagtctt caaaagactt ttaacggaaa aacaaaaaac aaaaaacaaa aactcttgtg 1020 aacgtaagtg catggaccga attgcacccg atcacgtcgg ttccacaatc ctctcctata 1080 ttaaggcctt cactgctcct tatcatctca aacttctcat ttattaataa gtgtcattca 1140 aaagaataaa atcaaatact tacttttgaa tccgtttttt tcattgtttg atcgattatg 1200 <210> 694 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 694 gaacaaacga agaggaagaa gagtaaatct gctgttaccc aacacacagt acaaaaacaa 60 tcatagtacg acacgtgtga atctgtttaa ttgatttatg aaaaaagaga agaaattatt 120 gataacttga aaattggtcc aattagtttt aaaatgtaac gaatagaccc aatcaaaaga 180 aaagacaaaa taaagtatag agatgatgaa ttaacggctt tggacaagcc acacgattcg 240 ctttgcttat cttgctccac ccaatccaaa ttgagacaca atctctatcg aatccacgcg 300 cctctatctt ttttcaatcg agtcgccatt aacatatttc atcaagctca gtccactctt 360 ctcatgaaac ttcatcatca tcgaccttga ccctgatagg ttattaaagt tactgcattt 420 gatctctctt tgaactgctt ctgttgttca aggttccaaa catgctcaga ctcagtaatt 480 gaataatggg tattcttgtt gcaggtttca gacgacaccc attattgtaa atctgctgct 540 ggagtctttt ttgtctgaat cttcttcttg ttgagacact gtttcttctt ggtctgtgat 600 Page 589 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttttgttttg ttctcattag gacgttcttt attccggttc agatttactg gatcgtcatt 660 ttctctttga aattgtattt ttttgttcct tttctggtat gttgtgaaag ctatgagatt 720 gctgtaagaa tccaagactg accaacatgt ttcccctgtg ctcggccaca agctgccgtt 780 accattctca ggttagattt tctttataga agtgaaagta aataagctaa ctggtagcaa 840 atttattgaa gtcatccaat ttgagctatg ggtgttacgc tttgttagtg ctttgggttt 900 ttggattcat tttcatagat aagtaagtac ctcataacgg gtttgtttct gcagatttta 960 tttcctggca attggcgagg ctgttcttcc ttcaggagag agttgattca cagatacagt 1020 tcaggtgaca atgccttctt tggtatctct aatggaacac gcctgcagaa gagtttcgta 1080 cctcaagcca ctgggagttt cttgaccggt actatcgaaa aaacagaaca accagtatca 1140 acattcggaa gtttgtgcca gaatgagttg gacagaataa actacatggt ttataacatg 1200 <210> 695 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 695 ataggtattt taaactttta gatgattcaa ggaactattt taggttataa taatgtatac 60 aaaaaattag attactcaat aattaatatc tcatcaatat tgctgaaaat cacatctgtt 120 aattttatca aaaaaaaata ttactaaaaa acagtttaat aagaaaatat tactgaaaat 180 aacgtttaat aagaaaataa atattgtatg attattagat tttttctgat aatatgttta 240 attgatttat caaatctcaa gaataaaagg aacgttgttc ctatgtttaa ctgaaggata 300 taagaacatt gataaacttc taaactagaa ccaggggtaa aaggattatc aaatctcaat 360 aataaaagga acgttcttcc tatgttaaca cattgataat tctttaattt actggtaaaa 420 aatatacggt ttacaaaata tatatatata tatatatata tatatatata tatatatata 480 tatatacggt tttaatagtt accgatcaca aaaactatta aaattaatag tatgaaaata 540 ttatcaccac gatttttgta ttactaattt tattgctctt aattattttg tcatctttta 600 tcgttatttt tccattaaaa ataaatacgg ctttgtgtca cgaataagaa aacatatttt 660 ttagtaaaac aaattcgact aaaataaaaa ggaaaatgtt ttgatcacat ttttatattg 720 tattacagga aataaccaat gatagataat aatatattat tcaattgtca tcatttctta 780 gttgacaaaa aaaaatctat acatgtttcc gagacgttaa aagtatttac aaaactactc 840 caacaattca catttgtttt ataacaaata gggacaaaaa tgatcatttt aagcttattg 900 aataactatg atcgtttatt tttgtcaaac aaatggatgg tttatttaat taagtcaagt 960 cataagaaaa aattaatagt aagtgtgtaa gaaaaaaatt aaaaagtcac aaatggtccc 1020 atacgtgtga ttcggcacga tacttcctaa aagcatacca ctaggctctc tcctatataa 1080 cttcatctcc accaacgatg cattttcgtc ctcagatctc atctcactca caagagagag 1140 atagagagag aaaaaggctc tgctttctac attatttacg attatacact ttccaacatg 1200 Page 590 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 696 <211> 1041 <212> DNA <213> Arabidopsis thaliana <400> 696 tgagcaataa tataagctcg ataacatgga aagtgtatga agcaaaaaac ataagattct 60 ttagattttg ttgtgttata taagaaagaa atgttccaat aataaatcaa gaaagaataa 120 cttttgttca tttacttaaa aactagatca taatcaacac ggattaagat ctttttcatt 180 caacaaaatt ctaaattttg tttttttaag taaaaaatgt tatagcataa atgttcagat 240 ttttatgtcg tattatattg aattaaatat agaacaaaga aaaataagat acagaacaaa 300 gagaaatttt gatccaaaaa aaaaaagaaa gagaaataag atctagaaca aaaacgatac 360 attcagattg attattgaaa tcaaataatc gaatttataa ttgaatttga tggaatttat 420 aatgtatttt ttgtcatgga aataataaag tttgttaata tagtaggcac gatcgaatct 480 ggagcttcaa ttttttttta actaattgtt atggaagatg ctggaatgat ctctttttac 540 aagaaagctc ctctcattct tgttccggtt aaacaccatt aatgacatcg gcacacaaaa 600 attcaaacac cgttgaagat tgtttgctat actttatttt tatcaataat aagttgcggt 660 acttggttaa ctgtatacgt acttctattt cttatagttg tgcgataatt accacaagtc 720 caaaaaagta aaatatgaat ttgataaagc agtgtaaacc tgagattttc aagatttggg 780 cctaaaccca ttagagaatg ctacgtagag aaccattggg cccataaact tattttattc 840 ccgcaaagcc tgagtggatt cgaaccacta ccacaaaaag taagagtttg ggttatttga 900 ttttaatcat tcactttgaa ttattataga caccggacag tgacttatga taaagagatt 960 tttaaccttt aaaactaaaa cactaaaata cataatccaa agaagacgga acaaaaaaca 1020 aaaacagagc caggaataat 1041 <210> 697 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 697 aagaaactag agatttaaat taccttttta tagcatatgt tctaatattg tcttgctagc 60 aagtaacaat aatagcaaac ataaaatgca tataaaaaca tgattgggaa tttgggatga 120 agcaagaaaa atatataaaa agattgaata aaaatgataa agataagaga attaaatctc 180 aaacggaagt gacgagaatg ttatatatgg gacaatggga cgagcattac atacatcagg 240 catcgataac agtttgtttc atgtctccga atagtattta tactacatac gactgtttca 300 tcggatccat atttgtttga atttccataa ctaagaacta ctcacaatat atatatatat 360 atatatatat atatatatat atagcatttt gcctatgtac cctaaattca tagccacgac 420 caacaatggt ttgtttatac atagcaactt agctagtttg aaaatttacc accggcgcaa 480 gagattgatg aatcatccaa ttttcgatta taggtgtttc ctggtaaaat gtaaatggga 540 Page 591 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacttcgaca gcatgcagtt tcttattctg aaaacttggt tgaacgatgc tgctcttgag 600 atcaaccaaa ccatgtcgat agtcccttat gttgtatgtc taggggtgat gctcaaatcg 660 gaaaattttg accgcttagt tttatcttgt tcatatatat agttttcacc tttcaaaaat 720 tttgcacaaa ttatgaaata gcttacacta ttactatcaa ggtatttatt cgacgaaggt 780 cagactacca actacacttt tcctaactgt gaaaatctct gaatttaata tacttgtgta 840 actattggct tggttaagat cttatttctt gcatcttgtc caagtcagat taaccagccg 900 cccatgcaaa gccaaagcag ccgcttaggt tacattagat attgagagag aaaaatatgt 960 ggtagataaa caagccatca actattaata agccaagatc ttatctttta atattagctc 1020 gagaaggcgt acgtggtgtg tttaatttgt ggggtacaat tagctcgtta ttgtaccatg 1080 cacaagtaga aaataaactc accatcattt cattataaat aaaggttgat ctcttaagct 1140 tatttcttca cacaacacat acatacatac attgaaaaca aagtagtaat aatcatcatg 1200 <210> 698 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 698 gttataaatt actatttatt catgctaaac tatttctcgt aactattaac caatagtaat 60 tcatcaaatt ttaaaattct caattaattg attcttgaaa ttcataacct tttaatattg 120 attgataaaa atatacataa actcaatctt tttaatacaa aaaaacttta aaaaatcaat 180 ttttctgatt cggagggagt atatgttatt gcttagaatc acagattcat atcaggattg 240 gaaaatttta aagccagtgc atatcagtag tcaaaattgg taaatgatat acgaaggcgg 300 tacaaaatta ggtatactga agatagaaga acacaaaagt agatcggtca cctagagttt 360 ttcaatttaa actgcgtatt agtgtttgga aaaaaaaaac aaagtgtata caatgtcaat 420 cggtgatctt tttttttttt tttttttttt tttttctttt tggataaatc tcaatgggtg 480 atctattgac tgtttctcta cgtcactatt ttacttacgt catagatgtg gcggcatata 540 ttcttcagga cttttcagcc ataggcaaga gtgatagaga tactcatatg catgaaacac 600 taagaaacaa ataattcttg actttttttc ttttatttga aaattgactg tagatataaa 660 cttttatttt ttctgactgt aaatataatc ttaattgcca aactgtccga tacgattttt 720 ctgtattatt tacaggaaga tatcttcaaa acattttgaa tgaagtaata tatgaaattc 780 aaatttgaaa tagaagactt aaattagaat catgaagaaa aaaaaaacac aaaacaactg 840 aatgacatga aacaactata tacaatgttt cttaataaac ttcatttagg gtatacttac 900 atatatacta aaaaaatata tcaacaatgg caaagctacc gatacgaaac aatattagga 960 aaaatgtgtg taaggacaag attgacaaaa aaatagttac gaaaacaact tctattcatt 1020 tggacaattg caatgaatat tactaaaata ctcacacatg gaccatgtat ttacaaaaac 1080 gtgagatcta tagttaacaa aaaaaaaaag aaaaaaatag ttttcaaatc tctatataag 1140 cgatgtttac gaaccccaaa atcataacac aacaataacc attatcaact tagaaaaatg 1200 Page 592 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 699 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 699 agaaaacatc attataagtt attaataagt ttaaatagta gtattttata ttctggtaca 60 atgtactgtt tttggtcatt aagtggttca acgacaaaag taaaactcat gcggtcgacc 120 catgcgttag aagaagaaaa tctgaaaaga agtttgaatt ctttaatttt ttcataaaaa 180 gaagtttgaa ttcaattcaa ccgtttttgt ttagttcttc tttaattaac tttatcacta 240 atgtttaaaa gtaaaaggtt tttaaagtgt gcaacaagcg tgactctttg gcctttagag 300 tcatcaagaa gggtaatcat tttttttact ctttctcgac aatagcaatc aaattatcat 360 tcccactttt aataatctca taaaataaag tcaatcatag ttaaaatttg ataaattcca 420 tggaaatgat aaaaatttga ttttactatt gttggatgtg caattgttca tggtaactta 480 ctaatttata tgctttatta gttgcagata gtgatatata tcgaaaaatg aaagatctaa 540 ttccaataat tgtcaaagag gatttctaaa tttctgtttg actaggtcat atattctcac 600 gactcaacga tctaaccaat cacctacaac agaaaatttg gttgaaataa aacgaaaagt 660 gataagtcca aatgtttaaa acaaaaaaaa agtaaacaaa aggcaaaata agataactac 720 gattagattt tgttctcgcc ttatgaatat cctaaaaatt atctattagt gatagtttga 780 taatcatctt tgactgagaa aattgatgtc acataaacat taatatagta tcaacattaa 840 tcattaatga tgcgactata attattattt tatcacaatt tcttagattt gataatttgt 900 ttaggtttga gagagttata tagaggggga caaagaagca aagtttgtga ttataaaatt 960 atttccattg aactaaagtt ttcaatagtt tattcttgac tttaataata ataactattt 1020 tgcccccagc tagtcacata ctcatgattg caaaatctct ctctctctct gcctctctat 1080 atattaacct ttcttcttcc tttactttct catcttctat ctctcaaaag aaaagcagac 1140 aactttattt gcaaaaacag agtttttttt tcttatcttg agaaagttca acagaagatg 1200 <210> 700 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 700 ttttctcatg taaaactctt tgacaccatt ggtaaaatcc aatcatttat cttccgatct 60 tattgacgat gtcattaatt tgttaattgt atgatggtta ataagtttat ccaatgtatg 120 tttttgttta atttatttat ccaatgtatt attttatttt aacatacaat gctaatcaaa 180 attttagttt aagtaattaa gagagtcctt taagaataat aaaaaaatgt tggtttataa 240 cagagagtcc tttaagaata ataaaaaaat gttggtttat aacagagagt cctcaatgca 300 aatcagattg ttttaaacct gcacacaatc caacaaaatc atctcttctt gctaaagcta 360 atcatctcaa ttatctcaca aggttcaaca atcgtatgaa tgtgaagtat atagccatac 420 Page 593 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acccccatct gtaattaacg tgtccgaacg gattgtacat tagagcacct ccaatgtata 480 ggattcatat agtttctaaa aaaacaaaaa gtattaatat tttattttta tatccaaaaa 540 acaaaaaaaa acaacctata tgaataatag aaacgatcct cccaatttta gagattctct 600 ctcatctctt ttttaattta taattttttt ttgtaattgt atgagtttct actaaaaaac 660 tacggttgga gttggtttta gttgctacaa atatagtagc aaatgtgttt taaatcggaa 720 tcttaaaaac gtatagtagt gctaaacgtc tacgtacaaa atacgaatat tgaacgtata 780 aaaaaaaaca ctttctgaaa tctgcaggtt agaaaattat ttaagagatc cagttgcaat 840 gtgagtagta tactagtact gttgtattaa taagtcctaa tcgaattaag accatatcat 900 tataattcct ttcttttgtg gtcacggggg taacattatt tttcgattat tctccattga 960 ttggcaaaga ttcattatcc aaatatataa ataaatcagt tcacacacac aacaactggc 1020 caatgactca aactggaacc cactcacatt gatcagatca taacactttt agcttcagaa 1080 aaaaaaaaaa aaacagctat caaacatatc gtcttgttac tctatttata ccctaattcc 1140 acatatctac acacaagcaa taaagagaga aaaaaatata aagctaccaa agagaaaatg 1200 <210> 701 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 701 taagatgatg tgatctcatc gattaaggtt caatctttta aattggttaa ctatctggtg 60 atgacatgtc aactagtcga ttatgagcat cattaatgat catgaacatg gaccacctct 120 ctctctctgt aagattatct ttgcatcaaa gagacaaaac atccaagaga ctaaaagtat 180 ggtccttgag agagaagaag tctctttaat taggtctttc tatttctctc tctctctatt 240 agtagtaaaa tccatgtact tatacgtaga cataataacc aaataggtcc gtgatgttaa 300 agagtacaca cctaacttca ccttgctaat gatctcttac ctacaaactc tcactgtttt 360 tagttcatct cattactcac tgtgacccca tttcatctgc ttacgaccaa tttggtaagc 420 tttttgtctt agtttcaaca tttgcaggaa tcactttaag aaacaactaa ctaaaaagga 480 gataactttg aaaaaggagg attgatgggt ttgtttttga tgagatggat atttgtatat 540 gtatgtctaa tgagagatat attgcgtagg ggaagtgaat gtagattaga ggtctcccta 600 tatattgatt gattttatcc ggctattttt acctaccgcg acacacggta tagattcata 660 gtaagctaca atttaaacac aagataaatc tgtaatcata tagtatagta ctatgcttcc 720 atatataccc catatttacg tctcctatgc ttccatacgc taattagttt tttttttttt 780 ccaaccataa ttgcaggttt atataaacat gaactaacga aaaaaataaa atataaacat 840 gcaccatgga gtcaatttta aaattctatg aggtttgatt ttcaaaagga aaaatctaat 900 atactaatga aaaaattgag atcataaaaa aactaatgaa gaagtagatt tatttatttt 960 gaaaaatatg tacaagtgaa atgtggatca ttctttagct atatatatat aggtggataa 1020 Page 594 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acgtaaaatc acgcacgcgg ccatgctgca ggggttaaat agcaattatg tatttacctt 1080 aaaaagaatt tgggaacctc tctttaaatt aatgcaaaac ctcatctctt gtctttctgt 1140 ctctgaaaca gtcaacctca ttcttctcaa actcactctc cctgatctct ctcttccatg 1200 <210> 702 <211> 1137 <212> DNA <213> Arabidopsis thaliana <400> 702 atcaaaggag gaagaagaag aagaagagcc tttttgaggc cattcatgaa ttggaatgaa 60 ggatatcaaa agaatctaac acaaaggcca cgtccttcct tcaatctttc cttcttgtaa 120 ctaaataatt ttcatccttt ctctctctct gtctctggtc ttttttagct caaagtatca 180 tccatttatg tcaaagtgtt gtaaattcct caagactata tatgagatgt tttgtttcat 240 tttccaaaat ttcaaacttt gtccccattt agtcttctac ccttcatgca tggttagctt 300 agcttaatgc tgaactgttg aataacgata tgggccttat gctaaaagaa caaaacctta 360 tgggtctaaa aaaaataagc ccaatataaa actatggccc aaataagttt aggtccatta 420 gagtgtgaga atagcgcgtg tagtgaaccg cacgagaatg cgcgttcgat tgttggtgaa 480 gtagtcgtct agattcccgg gtccactgat gtttctagtg tatcagacac gtgtcgacaa 540 actggtggga gagattaacg atcttaagta ggtcccacta gatcaagata ttataacgaa 600 ttgacctttt taacctttca ggtagtcccg gaactcgtgg cctagaatac aaagaaggtt 660 gtgaacaagt tgatgttaag atggacaaga atgtaacttg aacaaaagct gaatcatctc 720 ttcagccact agtatgttga catatggcag tttcttttgt agcctcgaaa taaataaatt 780 aaaaagtttg aggttaaaga taattatagt ggctgagatt tctccatttc cgtagcttct 840 ggtctctttt ctttgtttca ttgatcaaaa gcaaatcact tcttcttctt cttcttctcg 900 atttcttact gttttcttat ccaacgaaat ctggaattaa aaatggaatc tttatcgaat 960 ccaagctgat tttgtttctt tcattgaatc atctctctaa aggtacttaa gattgattta 1020 ttgtcatggt ctttcttatt gtttgatgaa taacttgact tgattgtttt ttgttttgtg 1080 gattagtgga attttgtaaa gagaagatct gaagttgtgt agaggagctt agtgatg 1140 <210> 703 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 703 gttataaatt actatttatt catgctaaac tatttctcgt aactattaac caatagtaat 60 tcatcaaatt ttaaaattct caattaattg attcttgaaa ttcataacct tttaatattg 120 attgataaaa atatacataa actcaatctt tttaatacaa aaaaacttta aaaaatcaat 180 ttttctgatt cggagggagt atatgttatt gcttagaatc acagattcat atcaggattg 240 gaaaatttta aagccagtgc atatcagtag tcaaaattgg taaatgatat acgaaggcgg 300 Page 595 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tacaaaatta ggtatactga agatagaaga acacaaaagt agatcggtca cctagagttt 360 ttcaatttaa actgcgtatt agtgtttgga aaaaaaaaac aaagtgtata caatgtcaat 420 cggtgatctt tttttttttt tttttttttt tttttctttt tggataaatc tcaatgggtg 480 atctattgac tgtttctcta cgtcactatt ttacttacgt catagatgtg gcggcatata 540 ttcttcagga cttttcagcc ataggcaaga gtgatagaga tactcatatg catgaaacac 600 taagaaacaa ataattcttg actttttttc ttttatttga aaattgactg tagatataaa 660 cttttatttt ttctgactgt aaatataatc ttaattgcca aactgtccga tacgattttt 720 ctgtattatt tacaggaaga tatcttcaaa acattttgaa tgaagtaata tatgaaattc 780 aaatttgaaa tagaagactt aaattagaat catgaagaaa aaaaaaacac aaaacaactg 840 aatgacatga aacaactata tacaatgttt cttaataaac ttcatttagg gtatacttac 900 atatatacta aaaaaatata tcaacaatgg caaagctacc gatacgaaac aatattagga 960 aaaatgtgtg taaggacaag attgacaaaa aaatagttac gaaaacaact tctattcatt 1020 tggacaattg caatgaatat tactaaaata ctcacacatg gaccatgtat ttacaaaaac 1080 gtgagatcta tagttaacaa aaaaaaaaag aaaaaaatag ttttcaaatc tctatataag 1140 cgatgtttac gaaccccaaa atcataacac aacaataacc attatcaact tagaaaaatg 1200 <210> 704 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 704 aaagccttaa gtattaagca ttacagacac tactggctaa cttttgacac atgttcttaa 60 gtaacatagt atcaatatcc gtgaatcaca tcgaacacac acaacaaggg cttaatgcat 120 caaagtcctg ttatttccat ataacaacat atttcattta caaacagaat gcagcattca 180 ggcagtccaa atggaaaggt tgacaaaaaa atataatctt gtaactctac atatatggca 240 gaatgtaata accaggcaag aaaaaaacag aataaacaga tcaatgagta tgatataaaa 300 aaaagtcaca aagaatgtgc cacagtgaac aagagggcca tgagaagaaa ttttcaaaga 360 aaatattagc attgttagaa ttttttgggt caatggatct gtcagctgct tagttggaaa 420 acacaaatct tacaggaagg aaagtccaag aaaaagaaaa taagcaaagt taatagccac 480 cacaagaaat ttcatacaga aataattaaa tcgttgcact tatcttctta ttcaaactaa 540 aatcaagaga acttaataat tttcagccac acgaaccatg tgttcaaagc caaaggtgag 600 aagccaaaat tatcagctta tctccattaa caagggaaaa gcaagactag atttaagagt 660 tctctgtaac taaaaactgc aggagtgagt aagtaaataa ttcaccaaca ggaaaacaaa 720 actcaattat ctatagctga atacacatgt aaatgagaat ttattaacta aaacatcttc 780 ctttgtaact gatgtgacat ttacaatttt tcattttgag gtgtaagaac cgtgtgacaa 840 gtgaaaaggt taaaataagc aacctttgtg atattttctc tccacttttt gaaattgggt 900 ctccaaacca cagccaatca atattcttta taaatacaaa cacacaaaca gcatctttct 960 Page 596 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcaaacaca aacatatctt ctatcaaaca ccaacagctc tattctctac ctcatttctc 1020 atcataacaa agagagagaa aaaaactatg gaattgacac tgaattcctc gagttctctt 1080 atcaaacgta aagatgccaa gagttctaga aaccaagaaa gttcctccaa caacatgacc 1140 tttgcgaaga tgaagccgcc aacatatcaa ttccaagcaa agaactcggt taaggaaatg 1200 <210> 705 <211> 1078 <212> DNA <213> Arabidopsis thaliana <400> 705 aatatatcat caatgtctcc gagttccttg tcaaataaat cagatcttgc tatgaaaata 60 atatttttat aaattttcat aaatgatgac atgaaacaaa tcgcatatta actaatatga 120 aaatacagta ttaattttac tcacagaata gatctgaagt gtcaaggata tcatatcctt 180 gacacaaagt acctatttca attgttgtgt gcacttactt ttacaaatgg ccaaccatta 240 aatttttaaa tgtttacaca atcgtctttt ttttaaatga ctctatttat tggataaatt 300 tattttctaa tagtatggta ttatactatc tattttattg attaatcaat gatgaggaat 360 ttatattcct aaagctaact aagcatgaat tccatgcacc gaatttccta aaagagaaaa 420 ttgacatgaa aaaagtgatt ctcttttact aatatacatt tctcaaatgt tttcattttc 480 gctataaatt ttacatataa gtatttacat gcaaaagttt ctacgtaaaa agcttagagg 540 aattactcat ccttccttac aatgatttgt tagagttatt agataaaaat acacatgacg 600 ctcccaaaaa tcgattaatg gaagttgtgt tgtgatatgt gaatagtact atacgagaag 660 ttatttaatt tgcagattct acaagcaggg cttcaagaca acgtacatgc tttcgaataa 720 cgatattggt cttctgaacg ggcttacttt tgtcgttggt atatgtggtc gataatagca 780 gcctataaca atcttgaaac atattttttt tttgtggaca catcactgaa tcgattccca 840 taaggccaca actgactaaa agaaattgta gttgttatca gctagttggt ctgattcctt 900 cccttccgta agggaccata tatattccaa cattccgaaa ctctgttgtt ttagaataat 960 gactcttgcc acagattgct tattctttcc tctataaaag tggctatgaa tttccaaaga 1020 gactctcact cactctcatt aaaacctaga gaagcaaaac atccgtataa gaaaaatg 1080 <210> 706 <211> 762 <212> DNA <213> Arabidopsis thaliana <400> 706 cttctacaaa aaaattaaaa ttaaaattta gaagctaata ccaagattgt ataatcaagc 60 atatgttcca ataataaagc aataacttgg tgttttcttt agttggcgtc ttggagattc 120 cacataaagc aactcacgaa acgagaaagc acacaaaggg ttaaatttgc accattcacc 180 gagtaaatcc aagatcttcg acataatata gacaagcaac tctctagata gtataatcag 240 aaatgtttaa agagagaaat ggtttttttt tgttggttgc aaattccaaa atcaagaaac 300 Page 597 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatagaaatt ggaaggtaaa tgatatgcgt ccttaatcta tatgcactat ctacagattc 360 tgtctcaaaa atagcttact ttgaattgca aaactgcgca attactaagt cgaatgtaat 420 attcctctct ccggacatta gaaagacctt attcagaaca taagttaaga aaatgtcatt 480 ttcaacttct tgtcatctat gcattaccac acacagacac aaagagacat acgtgtctta 540 tggcattata agatgaatga cagtcatttg tctagatata gaaaagtcta caatatggtg 600 aaagagggat cttttactgt cctttagttg tagataagga atctgcaaga gcaatgattc 660 cttaatacaa gaggggaaaa caaaaaacaa aaatatatta acatagaacg tgtgagtaga 720 gagagaatat aaattaccgt acttattggg ttcggtttga tg 762 <210> 707 <211> 285 <212> DNA <213> Arabidopsis thaliana <400> 707 tttcaccgga tttgattacc actaacacaa tgtccatcac agagaacaca acttgattct 60 atttcgtagt caacgacatc gtttcggtca tcagagtgta tttgacgacg tcgtttccat 120 aatattgggc tttaaagtct tatgggccca tgttcacaaa ttctaaaata caaaacttta 180 gagataacag ccgacgtggc aaaacatgaa agaccgagta gacattatag ttttgagctc 240 ctcccatttc atatccttaa gaaaaacaaa aacaaaaatc aaatg 285 <210> 708 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 708 ttgcatcgag tttgattttc ttgtttaaaa cctccagtct tgaaagattt aatattagaa 60 gaggattcga ttttcaaaag caatctcttt catatgtgat gtgactacgt gtaggactca 120 ttcctccctt ctttttcata cgaatccact atgtatattt gtaaccctgt ttcacaactc 180 ttttaaggta tttggctttt aaatttaccg gttccgtgga aactgaaccc cgcaaatgca 240 ccattatatt caaatcgata tctttgaaag cttaagcgaa attctgtagt tttgtttttc 300 ttatgatgtc ttttaaattt acatatcttg cattataaat agtactgatt catatccccg 360 ctgtagggaa aaatgtattt ttcacatttt caaaacaaaa tgtggagatt ttaccatttt 420 ccctagccaa cccaactcac atgccaatct cgctcgatat aggacccaat acaaaaacaa 480 aacaaatatc gtttatttcc gaaactaatg acactgacgc attagttgaa aataaaaacg 540 acactgacgc attagttgaa aaatacaaca cgacgaatta gcctaatact catctggtcc 600 ccttccaagt tccgataagc tgagttctag taaatttcgt ggttctgatc gtttcattat 660 cgctggagtc agcagtagat gacagcaaca agctatacca gtgtgcaacg aacgaagaga 720 atgaacaaca cacttgatta ttcgtttttt caagctacaa taaccacaga gttacatttt 780 cgattattta tttatttatt tttattttga atgaactgtt aattcacaca aaaaaaaaca 840 Page 598 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acatgtttta caagtatggt catagactaa aaacagagct ttacaaggac atagcatttg 900 ctgcggaata taatttaatt ctcgaaatat gaaagttgct atggaactgt gtcgtagttc 960 tcacccatta ttacaagtaa acgaagggac tcgtcatttt cagggtatta tctaaacttt 1020 caaacattat tgacatttta ccatcgacta tgtaggttta gggaccactt attagtttga 1080 tggattcaac attagaaaaa tcgcagagaa acttcactta tctgttcgaa cgggttagaa 1140 acagatacat gcgtaattac taacacaaag atcacagcta taatctcgta aggcaaaatg 1200 <210> 709 <211> 826 <212> DNA <213> Arabidopsis thaliana <400> 709 aaaagcagcc tttatttatg tttacttaaa cataaaaatt gatttgggat cagaattgag 60 atagaaattg ataaggtact cttgaaagtt ctctcttttc tcaattctct tcatcatatt 120 tggactcata ttccaacgac atcgttttgg gaatccccat gattcttgtt tgcttctatc 180 tgtttttctt ttccagtgcc caaaaataaa ataaaaagaa tctttgtcta cattgattga 240 aaatttgatg tttttctttt tgcagccatt caaaatattg gtggcttcaa attcacctct 300 tacacttgta gcttgtgctt catccaattc tttgcagcga ttaaaacaca caaaaagttt 360 gcatatgaat tgctgactct gaatttctca aaaaggtaag cctttttttg ttcatatctt 420 gctttttaat ctcagatgta tttaaatgat cgtaagtatc tgtgaattgg tccagtatga 480 ttaagagatt cttgacactt tccaaagatc agaggttttg attttcttct tgagctaata 540 caaattttct gatcgcaata ttagctaatc tccaaatcca aatcatttga atttgttttc 600 ttttttgcca cttatggata tctctaagga ctaagaatga attgagagat gaaattaggg 660 tttcaacttt caatttgaac agggaagctg attttttttt tctagaacat caatgtatct 720 tagactctta cacatcttaa ttcctaatat agttgtgtta ttcaaagaaa aaagcttctc 780 tcttatgcag ataagggcat tgcttcattg atatggttaa gaaatg 826 <210> 710 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 710 tgaaccaaac attagatttc ttattcatct aatcatttaa ggatcacaag atttggtgat 60 agttaatttt tggaatcatt ttaactttcg ttgatgatat ttggcccact attgatgggt 120 ttatattagg atttattacg ttgtgaatct attttatata ccgaacttga aatttatatc 180 atctacagaa aatctgctag gacgttgcaa aaatataaga gtagttttga tattttgaaa 240 atattgtatt caaattaata ttgaaaaaca gcacatttta gatcatttat attttaatta 300 atacgtatat ctaagattat ataagtgtca acttttaatt ttaagtgttt tttcttttta 360 tgcatgacgg tcaatcacat caaatttttt aacgagacac atacatattt tacattatta 420 Page 599 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgcaaataa ctactaaccg aataaaaatc tattgaattt tctgagattc tctccggctt 480 gtttttgcta cgatgataca aaaccactgc aaattgcagc atctgagtct ggttagtgca 540 aaaaccgata aaagaaggtt tttagaggaa gacgaggaga aaaaaccaat acaatagatt 600 tctctaactg aatgtcccag tttttattaa accgtttctt cagatttccg atttagatta 660 atcagcgcgt gtcttccggt tcctgttcga attggaaatg tcagtttctt cattcagttg 720 aaaagttcat tagcaaaaca caattgctta ggaatattta tttgtataga aaaatataat 780 aaatataaac agtctcaaat tcgatgattt tctctattaa cttgatcgct gttctctgat 840 ttaactgatc cctcaaaacc gatatcaaat tctgatttaa ctttaatttc attttggata 900 caaatgatat tacgtgaaaa tattgtagca aagctgaaag tattttaata tctgggcccg 960 caggatcaag attctgtggc gaaaagttca gaccaagcca catcaagata tgttaatgac 1020 gtggcattct attattggct atgaatctgt tctggataac aaaagcatca tccgtaaaaa 1080 acacaaacaa cgaaagtctt ttttgcactc gccatggtgt ctcatcttca atgtatggca 1140 tccacattgt ttacttgagg tacaagcaaa acgtctaagc tcgtcgacct cctcttaatg 1200 <210> 711 <211> 540 <212> DNA <213> Arabidopsis thaliana <400> 711 ctcctctttt tggcccccaa gaaagcgaaa ccaaatccca ccaaaaaggt ttcttttttg 60 acacagggca acaaaaagga ggctttttct ttgtagaatt gctgctccct tataggagtg 120 agtatttgtt tatatatctg atctctctca cactcaattt cgtgcaactt gcagcagagg 180 tttctttgag ttcccgtaag ctaaattgag aaacttggca tttggctaaa agaaactcaa 240 cgcccaacgc tcactacact tagcgtgtaa agcacgcgcc aaccaggatt gactcaaagg 300 cctaacgatc ttcaaatgta cagggcccaa tatactcggc ccataaactc taaaactatt 360 caaatgttag gcgcgtgacg ttcacctgtg aatcagctga tagaaatcat tatccaatat 420 ccagttatga gtgggtgact ccaaatagat ccaactggca acgcattatt gacacgtgtc 480 ttttcatttc tcttcttccg gcgttttctc tccgccgttt cgccaccgta cgtgacaatg 540 <210> 712 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 712 gcgatgagat aaaaccatca tccagagacc caaaggagtg agagcctcat gaaggagaga 60 acgagatcgg gatcttcagg tggaatttca gaagtctgag gcgaaaattt ggatagaaac 120 gcttctgcct tggatggatc ggccagatct gactctgttc ttgaaaaaga caaaagacaa 180 acagcaaaaa cctaaaaaga aaaagtttta gactttaaat atctagatct gaaaattcag 240 attcacaacc gttggaaaaa aatctctcag atgtgtctaa agaaaaaaga tagaataaga 300 Page 600 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcaaaacaaa agacttcggt tccggtgctg agaaagccac cggaaccggt aaccctaaac 360 gcaggcggcg gctgaagttt tagagataag ggagagtaaa attttaagag tgagaaaatg 420 acgagatgtg agcttgtaaa tactttttgt aatataagta actataagta atattttttt 480 tgtaatacct caaattttat ttttaatgat atttacaagt ttaacaaaac aaaaacaaaa 540 aacaaaatat tattctagtc atagcaagtg agaatttttg aaaagggaat aaatgtgtgt 600 aattaattca acggtccaac agtggcttgg acctaacact aatgacattt gttcttcttg 660 taatttttat gtggctgtct tcttgtacca agtacgtaga caatagtttg attctatttg 720 gaatcaaaac tcaaattaca tttacaagaa aaacgatcac agatacagta attcgtagta 780 ttcgccaaag ttccttttgc aactttcaaa aagtgcaaaa acaagaccac tttttcgtaa 840 taagatagta gcaaaaaagc acgactattc cataaaactg tccacgtccc tccagaaaac 900 tccccccaca tgcgatttgc cacgtgtccc cactcaacta cacacaaagc cattttaaat 960 caaattatta atcaaactta aaaaacgtaa tcgtgtgctg atgatgatga tgacactgtc 1020 actgcctcaa aaacctctat aaattagtcc tcttcaccga atccttgtaa atcattactg 1080 tacttttctc tcttaacggt ttctttatta ttcttcccat tctacccctc ttcttccttc 1140 taattccccc tcaaatgcca ctgtcttctc actaaactcc aaaacccacc ggaaaaaatg 1200 <210> 713 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 713 aaagccttaa gtattaagca ttacagacac tactggctaa cttttgacac atgttcttaa 60 gtaacatagt atcaatatcc gtgaatcaca tcgaacacac acaacaaggg cttaatgcat 120 caaagtcctg ttatttccat ataacaacat atttcattta caaacagaat gcagcattca 180 ggcagtccaa atggaaaggt tgacaaaaaa atataatctt gtaactctac atatatggca 240 gaatgtaata accaggcaag aaaaaaacag aataaacaga tcaatgagta tgatataaaa 300 aaaagtcaca aagaatgtgc cacagtgaac aagagggcca tgagaagaaa ttttcaaaga 360 aaatattagc attgttagaa ttttttgggt caatggatct gtcagctgct tagttggaaa 420 acacaaatct tacaggaagg aaagtccaag aaaaagaaaa taagcaaagt taatagccac 480 cacaagaaat ttcatacaga aataattaaa tcgttgcact tatcttctta ttcaaactaa 540 aatcaagaga acttaataat tttcagccac acgaaccatg tgttcaaagc caaaggtgag 600 aagccaaaat tatcagctta tctccattaa caagggaaaa gcaagactag atttaagagt 660 tctctgtaac taaaaactgc aggagtgagt aagtaaataa ttcaccaaca ggaaaacaaa 720 actcaattat ctatagctga atacacatgt aaatgagaat ttattaacta aaacatcttc 780 ctttgtaact gatgtgacat ttacaatttt tcattttgag gtgtaagaac cgtgtgacaa 840 gtgaaaaggt taaaataagc aacctttgtg atattttctc tccacttttt gaaattgggt 900 Page 601 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctccaaacca cagccaatca atattcttta taaatacaaa cacacaaaca gcatctttct 960 ctcaaacaca aacatatctt ctatcaaaca ccaacagctc tattctctac ctcatttctc 1020 atcataacaa agagagagaa aaaaactatg gaattgacac tgaattcctc gagttctctt 1080 atcaaacgta aagatgccaa gagttctaga aaccaagaaa gttcctccaa caacatgacc 1140 tttgcgaaga tgaagccgcc aacatatcaa ttccaagcaa agaactcggt taaggaaatg 1200 <210> 714 <211> 561 <212> DNA <213> Arabidopsis thaliana <400> 714 tcccaataga atagaagaga gaaagatttt caaggcaaca gctgaactca aaactgacaa 60 aaggtaatcg aagattcttc tgatcctggc tccgctctat tagaatcgat gatttgaggg 120 agaagttctt aagcccaatt tgacgggacg gcgttaatta cggcgagcaa agtattatcc 180 aaaaacgacc tcctaaaaaa gagaacagag agtttttttt gaggattgag gtatgaggta 240 tctaattgaa agacgcaaaa gtaatactat aaggaaaaaa aaaaaagagc atgtttatgg 300 acctaataat attcgtctgg gtcggatcat ttgatttggt tgcctactaa ttatccgaat 360 gagacgaaaa tgaaatttga atgaatgggc cctatccgag cataaaatcc gagtaattcg 420 ggtcgggttt gggtattcca taaaaagcaa ctctcacacc aatccgttgc tcaatcctct 480 ctctctctct ctcagctgcc ttcgcgccgg cgaagtttgt ctctgtgaaa acagagagtg 540 gtagtgagag cgtgagaaat 561 <210> 715 <211> 759 <212> DNA <213> Arabidopsis thaliana <400> 715 ggccactgtg ttcctgcagc attagttgtc ccatccatgt cctgcatagc agtttactga 60 tgcattcacc atcctattct ctacaacggc tacacaaact atcaaaggaa tcacctttaa 120 ctttgttggt tttcccattt aaaccccctc aaggtgttgg gaacagtttt gtttacttat 180 aaatgcccaa gtgaggggtt gatcgatccc gggacttggg attcggtgta ccatatataa 240 ttacccttgg aactcttgat aattcatcta caactcttgt gtaccatata taaatatcct 300 tggaaccctt gatactccat aagcataata catttggctt cgaaaggaac atgtgggcca 360 atggttgcac cacctctgtt gtcatctcat gaattcaggt tcggacctgg tctctctctc 420 tcccaagtgg gaggtatatg aacggcccaa ttatgacaaa aggaaagaaa attatatttg 480 gcttcaatgt ccaatatatc taagtttggt ggtgacttat gttggttgaa gtgtgagaga 540 ggtattatag aaaatactct gctcgttctc ctccacatat ccaagacttt ggagataatg 600 ctggtatcct tggctagcat ttggtagtgt cgaagcaatc attcctcggg ctctcctttc 660 taactgcatt cctagaaaat attaccctaa aggcctttgt cttggcatcc tcgtcctctt 720 Page 602 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cagcaggaac tcatctgtct tggaagaatt attaccatg 759 <210> 716 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 716 gcataaatca tcaaattcct gatacagatt ttgtgttgcc aaaatatggg gtatgatcca 60 agcacaacgg ttatctggtt ttgtacctcg agttttatta tattctttag ccgtggaata 120 tttcgataag aaaaaaaaac atgttccaaa taattcatgt tgctacgttt gttggcgcct 180 tttgtcatgt caaagtttct taaacacttg ttcgtggaat atgcaaactt ttatggattc 240 gtaatttcaa gaatatgaat gaaaaattga tggtatcttt gatcacctcg aatggtggtt 300 tcttaagagc atccacattg gttaattttt gatggatgtt tttaaatata aaactttatt 360 ttaagaggtt tttgagtagt taagaaactc taacgtgtca ttgtgtgtgt ggttgaacat 420 tgtgacaaca tcatttattt atttttcttt tcgcgttttt ctctcttttt tagtccatat 480 gatttttaat atatatatca tatttgttta aaattttaat atttgtatta tttattaagt 540 tttataaaat aaaatataaa taatttttat tttaataata atatattttt ttaaaagacc 600 cacttaaaca ttagaccaaa aaaaattaat ggtccaacaa aaacacttta attttttata 660 atttaaaatt ttaaaaaacc cttttaaggg ctcaaccatt ggggttgctc ttactccaag 720 tctttaattt aatttgtgaa ttaacattga ctaattttaa aatcacttga aattgtttca 780 tcggatttgg gatgtcacat ttggtacccg gcaagttcga aaatgacttt taaactttga 840 cacctcttgc ctcttggtag agttttggat gaggcttgaa acttttgtat tgcagcccat 900 aactgaaaat agtttattag tataatatat cttctcaaca aacattgcaa atattttgaa 960 aatccagcta aaactatacc cgatcagaat tagaaaattt gagcccaagc ccggcccgta 1020 agtattatta tagaaaccga tataaagttt cctttttctt aataatattt attccgtggc 1080 agcaaatgca agccaatcca atgtcaaaac accagctgac gtggccaaac gcacatcaac 1140 tgtcgtctct ctatctctct ctccctcact tgtctctctc tcttctcttc gacactgatg 1200 <210> 717 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 717 tatgacatag actctgtccc acacttgggc atttttgtcc ataattccac gcgagtaatt 60 gcaatgtagt agattttaaa ataattgacc aaatgtagca gattttgaat gttacattct 120 gaaatgtggg agattttgaa aaattcccct ttttttcaaa ccatgatgtt cttataaagg 180 aaataaacaa ttgaaggctt ttacatcttg gtcggattga tcaaattgtt tttttttctt 240 atttgcgagg gttactaact ttatcaattt gtaactgaaa actagtcaac aatgaataag 300 tgtaaggaca cattatgtca cattttctta ttaatattat attcctaaca tggcatctta 360 Page 603 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaatgattaa tattttcatt catattagag ataaacttat actttggata gtttatatgt 420 gtttgaattt acttcagctc cgaaaccatg taaaacaata taaaactcaa taatcttctt 480 gaaaggataa gtttgtgttt gtcttttaaa ctctttagaa ttaaactgtt tacaataata 540 tatcaatatt taatagaatt tttggtataa aaatagggtt gtttttgcaa acaagaaaga 600 actttctcaa aatttcactt actttttttt tgtcgtctta gatttattat ttattgcaaa 660 ttataaaagc tgttatataa acgattctac tacggacaat tctttctgac ccttattaga 720 tttacgacat atgatacctc attcttcttt tcaatgctct tgatggagag cttcaatgat 780 attctctgcg tagaatcctg gcgaacggtt ataattgtac atcgttggaa atttcatgca 840 catttgcttt cattaatctg caaatctgct aataaaccgc agtatctggg attcgaatct 900 cagtatagaa gcgttaataa atccttggtc aaccaatatg tatgtcaagg gagcttccac 960 cattgacttt gtttgtttgt tttttttttt tttttaatac tttaaaactt ccaagaaaca 1020 tcgaggaaaa cgaaaggaaa tgtttgggaa aagaactttg tacacgttag ttgaaagata 1080 aaattattgt taacacgtat ttacattttc aacgaacggc ctgtatataa ttttctgtat 1140 agaatccata aaacgggaaa tcatttttga aagtcttcaa gcagacgctc tagaataatg 1200 <210> 718 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 718 cactcactgt tgttagattc tcgataacgt gggaataaat gtaggtgctt aattggtcat 60 acatatgtca aaacaaatgt gcttggtgga aacaaaataa aaattagtgt gtttgagggg 120 accggaggat atggttcgta ttagatatga tcgaatctgt ctaattctat gcgggaattc 180 agttatgctc tctagggtga gattttctag actggccaga aaattaatgt ggtagcaact 240 aattattttg caaagttgga catgatcaat gcaacgtggt tggagatgta tcataattgt 300 atcaacactt gtacgtagca tatgtacaaa tgatactccc aaagtaacgt cccaggcact 360 atagctcctc tgaataggct catatttatc cgtcgattca ttagcccaag aaaaaaatat 420 tgtttttgtc aggtttaata cacaaaaatt cagcattagt tttcaattgg ggtgtgtatg 480 aagagatcta agatctttaa agtcatgaat ataatcatga actaatttaa cttggtgaag 540 ttttcaagcc gaaaatagta tggatcaaac acctaaaact ttttcataaa taaaaaagag 600 tatttaatac aaagtaatta tatatattct tcacattaaa atcaaaaaat aaataattat 660 atatgtatgt tgaatgtaaa agaaataaaa tgtcatgtcg tcgaatgatg tcgtgtaaat 720 atatatacct actgcatata tacttaacgg ttaattatca attggaccat atatacatat 780 tcttgtcgag tccaaacagg tctagggata tttcaacctt acatcttagc ctaaacccga 840 tcctaaacag cttggagatc gatatcaatc gaaccaaaga tttaaaccat gaacaacagt 900 tttcgaaata aaattcatga acagtcgaaa gaaaatttat ctgatgaccg gcacaagaaa 960 tctgatagga ccctaatcgt gtttaaccgg aaaaccccgc tctattttta tttttttgag 1020 Page 604 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caagtaagat atataaccgg ttctatttat atcctaattg aaaccccttc gtcaaggaat 1080 ctgcctatat atagtaacat atgcatacca atttcttctc accccaatac aaactataga 1140 ccaaagaaaa gaaaaaaaaa ccctcctacg gtatatttga cgaccattat cctcataatg 1200 <210> 719 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 719 gaaatatatc taggcacatt gcattgtgtt gctcgtctct ggctaggcgt acatatctcg 60 cctttataat tgtcacccca ctgttgttag attctagata acgtgggaat acatgtaggt 120 gcttaattgg tcgtacatgt caaaacgaat gtgcttggta gaaacaaaat aaaagctagt 180 gtgtttgacg ggaccggagg attcgtacta gatatgatcg aatatttcta tttctatgtg 240 gaatttagtt atcttctcta gcttggattt tgttagaccg gccagccagt tcatgtggta 300 gcattatatt agcaacacta gttacgtaaa gttttgtgct cagatctggg acatgcaaca 360 aatgatatta taattttgta tgcatgcaac gtagtgggag atgtatcagc tgtatcaact 420 aatgatatta tacaatatgt acaatttaca aatgatattc ccaaagtaac gccccatgca 480 ctaggtcctt ctaatagggt cacatattta tcggtctatt catttaccca aggaaagata 540 aattgcttta ttatgtttaa ccaaaattca gcatctaata tagcttcgaa gtcatgaatt 600 tgaaaccctt tttttgtcaa caatattata ttaatcttcg aatgcgatta caaccgaaag 660 aaaccgggta ctcgatgccg aaaagtcccg gaatgataca taaatgagat agattaaata 720 aacggttaca accgtagata agattaaata caaaacatga atttgaactt aacataggaa 780 acgaactatt ttaacttgtt gtagttgtta acccgaaaag agtttggata ttcttacatt 840 taaaactttt tggttaccaa aaaagtattt aatacaaagt aatttttatg ttgaatgatg 900 tgcaaatgaa tatatcctca aggttatcaa tttggaccat acggattcct gtcaagacca 960 aacatgtgta ggggtgaata aattagccga aaaaccggct ctacattaaa ttaaacttgt 1020 tttttctttt tttctttcta agagcaacta agatatatat aaccggttca atttataccc 1080 taattgaaac ccctttgtca aggaacctgt ctatatatac agacatatgc ttactacttt 1140 cttctcactc caatacaact aaaaaaatct actacggtgt attatacgac gaccatcatg 1200 <210> 720 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 720 tttaattttt atttttgtag tatgtcctta ccaaaaagag attttgctca aaagaccatc 60 cataccaaag attgcaaaca tgtatggtca tgttggtttt aatttaattt ggaattagtt 120 taggaggtgc atagagtgat tagttataag ctgtccaata ttaattggat cttaaattct 180 taacaattat gaactacatt catttaattt aacaattatt ttgggccaac aaaatgatta 240 Page 605 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttttccataa atttaatatt tgtaggacag tttttctttc tttcttgttt tggtatcaag 300 actcgagata atctaatttg taggtacgtg gaccctttta atttcgttct cgtagacaac 360 cgagagaaga taatacaaaa caaaaactcg acttggtcct ataacacatc aattaatgat 420 tcaatatatg tgtactagtc gtatgatttc tctatcatta gttttagttt cctaaacgta 480 agttcttgtc atatcaaaaa ccctttaaca aaaaaaaagt tcttgtcata tcaaacaaca 540 aatacaagtt cttgactttc aaccatttaa tgaaacatcc caacttgtac atataatagt 600 aatcaattcg aaataaaagt aagaataacc tttacaggag aataatacgc aatattaaac 660 ggatctccat cacatatatt ttattgtttg gttatgactg ttaaagtaca tatatgtaat 720 gacggtttca gtttcgcttt gttaaaaaat tatgattaac aagtggaaca agacttgtaa 780 tcacgtactt gattagttat gtgtgttaat ctccgattat acactaactt tgactcgtgt 840 tattttattt aacaccacaa ataattctac ttaaatatta aacaaaagct ttgactcata 900 ctctctttcg actaaaattt ttggtctacg agtcatacac gcgtatactt ttcaaatata 960 ctattacatg ttcacttggt aatctcattt aatgcataat catgcaagct gtacgttaac 1020 gatcaatggc aatttcttgt aaatttgcaa cacgctcatg ggtaatttcg tcttggtttt 1080 gttatataaa taccccatca attgctctcc aacatgcatt gtctgaaacc aaacaaagaa 1140 aatacacgaa ggaaggaaaa gaaaagtaaa aagaaaagct ttctgcaaaa tccaaacatg 1200 <210> 721 <211> 274 <212> DNA <213> Arabidopsis thaliana <400> 721 ttgcagaaag agaaatgtag agagatagaa gcggcttgag ctttgagctt accctaaaca 60 agaacgtgca cgaacatatg ctctttagat tcttttccca ttttgcccta aagttaactg 120 acgtggcatg tgactttttc tctgagatca tggttacatc atctgacacg tgtaataacc 180 caactccacg agattaacca acggtatgag aaaatcgatt tcgattttaa attgggatta 240 ttattatttt cagctttctc tggaagcaac aatg 274 <210> 722 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 722 tgtatcgttt aatttaaata attttattta tctaatcatt cactaataca ataagaaatt 60 atttttagta ttaaaatata ttttttctaa caacattctc aatatttcat catacacata 120 attcataaac aacgttcact ttaaaccaat ttaacagaag ttagtcttcg attctagaaa 180 tctaagaatt tgatgatgaa gcttcgtacg tattatgcac cttcggagat ttattatata 240 aatatcaatt taagataata acctactcaa atcattaatt aatccacgat tattatatac 300 tcatactttg agtttggatt acaaaaaaaa atcatttttt ttaatatcaa tttttttaaa 360 Page 606 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatgtaaaaa taaataatat gtaaaattaa ataataaata tatcattaac ctataaatta 420 gaagttgaag agcttttatt aattatttaa tagacacatg gcaaatacta aagtgatgat 480 gtgtcaatca tatggagaga gttggccaac tttcatatat atgatttggc aaaagatctc 540 aaaatctaga ttctctattt ttgtagggaa acaatttttt tcataatctt caaagggttt 600 aaaaagcaat tttggaagaa ttaaaaccac tttgaaaacc acaactattc aaaaccataa 660 tttccttgga aaaataaaga ttttcataaa aacctcaaaa ccatggtttt tagtttcttt 720 tagaaacttg gagaaatcac tagaaaacta gtttcccaaa attttaaata aaaaaatcat 780 tttttagaaa tctttgtaaa aactaccttg gtccattggt taaccaagta ttaaataatt 840 tttctagacc tagaggaccg cttaaaacta gtaaaacatt gaatgccaat tgtgtgaaag 900 aaaacccatt ccatgctttg ctctcaatgg atatataacc atgattcatt tgaacatgtg 960 atttgctttc ctccatataa tactgaggac atcgaattgt catgtcattg tcacatccat 1020 atgagtcagg agacttatta gagtccaacc atttgcattc aattattgtt agtagcagag 1080 accccatcat cactttcacg ctctacatct acgcttacaa aaacactctt cttatcttct 1140 tctcatcgtc ttcactcatc tctaacgttt ctttctatct ctaatccaag caacaatatg 1200 <210> 723 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 723 gtagtataag atgggttgtg gtgactataa gagtcaacaa gtcaaagtaa atgattcttt 60 ttcttattat tgtcatttct cttaaacaac atatattttt atttgggaaa agcccacgtt 120 aaaattaact tgaatttgaa tcaaaattta gttatttgat cagtgatcca catatcacca 180 gttgagccca ataatgagtg tataaacggg agctccttaa aagttgggaa ccactagcct 240 actacaactt ggtattagaa acaaaaggaa ttcaagaatg agattcttgt tgtagcaaag 300 cttaacgcag aatttcggtc aagcttcgat ttttcttagt taaattactt ccatttttgt 360 ttcataatat tttagtgcct gacaagtaag tgtaagatac tcttgtctag aattttattt 420 actagagagt gaaaacaaaa gggtgcagag aattaatggc ttatctgctg attcttacac 480 aatcagtttg ttttgttgga acagagatgt gataagtaag tacggttttc tgcagaagca 540 agagagtttg tgaggaacag agagatgaaa tgatgtaagt aggcaagttt cagttctttg 600 tttcccaaaa tgactctaaa attcttatac acagttgtaa agttcagaag gaaaagtact 660 aaaatatgaa gtcaacgaca atctttagag tcaaccttcc actaagagtg ttgattggtt 720 tgatgaagca gtgaaggcta gaaactgaag caactagggt ttgggaagtt actgttttaa 780 cttgtaactg ttcgtttgtt acttctttgg taaggaagta aaacggtgtt gtcttattga 840 cccaaagtct ccgcggcttg ctgaataatc acaaacctat taaatatcca actccaatag 900 gttcatcttt ttccggaaac agattcatga aaacttaaaa atttataatt gtattttctc 960 Page 607 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tggttttcgc tttcacatgt ttattctaac atttttatag ttgattcatt ttagttaaca 1020 tcaatacaag ttgatgttac tcgtctagtt gaccttgact tgcaagatat tgtattattt 1080 tacaaaaacc aaaatttgac tggcttggct ggtttcacat tcattcatta gtactcataa 1140 accaatcatt aaaagtaaga aaaaaaaaac agagaagaaa ggtgaagaaa ttggataatg 1200 <210> 724 <211> 895 <212> DNA <213> Arabidopsis thaliana <400> 724 aattaatgat aacttcataa ctctgtgttc taaaataatg actatgtgca gcttgtatcg 60 ttttgttatt gaaaaatttg aaacaaagaa tgaatgtagc tgcattggta gtggaaatca 120 attaatgggt gcaaagtgaa atgttgaaag ctacctatta taactataat aacaaatatt 180 gatttatggt ttagggaaaa taaattgcaa agatggtaaa tctaagttcg ataggatgat 240 gagttaattt gtttcatgat gtgtggtatt gattacatga tgtttgataa gaagttaaga 300 acattaacgt atggttggtt agtattggtt tattgtgtat tgttggttag tatttcagtt 360 tagtgatatt ctggttctat tagtctatcc aattttgtat tagcattggt aactcaattt 420 cttcaagaaa tgaaataaca aatatttaac atatctctcc aaaactaata catcggaagt 480 gaaagatgaa agacatgttc aaagaatatt tatcaaaaaa aaaaaaaaga gagatggtca 540 aagttagaca taaatattga cttttgagga ttcttaatat tttgaacaca tgctgaaatg 600 tttaggcgtg aggataaatg atgaacacat ttgaaagtga cggcaatgat gaacaactac 660 cttctagatg ttcttggatg atacacatga atgatgtaca tacattgaac ttgtaattaa 720 gtgttcctca caactctaat tagaaaagta tgcttaatta ttggagtaaa tggcctaaaa 780 aagacttttc cttttccttt atgcctttat aatcatgcac aatttacatg agagtatata 840 taaagattag ttaaataaaa aataaaaaag agggaaagag attgattatt caatg 900 <210> 725 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 725 cggataaaga gaaagaaaat ataggattta aaaatcttat agcgagtaag acttatttga 60 aacatcgtca aatttacttc ttttggtgta tatttctcat tatatggcgt atatatctgt 120 ttatgtaaga aattgtttcc aaaaattact gtatactgac tttgtaatct tgttttgata 180 tcaatgaatt tataaggaaa aaaataaaat aaaaatataa agtatgatgt acatgtaaaa 240 aaagttgttt caagcgtaat tgttttttgg ctagagaatg aatatacagc aacagtaaac 300 taataaactt gcgatgaact aaaatttctg gtattcctac aatcaatgaa tcactaattt 360 atctataagt tttagctata tccgcttaaa ccccgcctca acttgctctc tggtctgggt 420 atagttgggc tacaacagtg aaaccgtaat taggaaagaa atgataaaaa cccaatccag 480 Page 608 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagcttactg caagataaag agaaagatca tgaagaggta ggagtgattc atataacaaa 540 cagggtcacg ttgtcacttt ctcccagaaa aatacaaatt tagactaact atataaggag 600 acgacttcag agtcttctaa tgggttagta taactcgggt catcttttaa tctctggctt 660 taaagacatg gtaagattcc atatatatga aaactctgtg tgtggtggat tgcttttttc 720 atttaaggca aagataggtt ttaaggcaga agacaagaac gacctttggc ttatttatag 780 gagaccacca ctttcacttg agtcgagaca gtaacgacat ttagaatttg cattactcat 840 cttgtcactt tctcccagga aaaaaaaata caaatttaga ccaactatat taggagacga 900 cttcaaagtc ttctaatgag ttagtaactg gggtcatctt ttaatcgccg gctttcaaga 960 catgtacaat ttcatatgaa aactctgtgt gtggtggatt gcatccaaga cagttttaag 1020 acagaagata agaacggcct ttgcttattt ataggagacc accactcctc tcgataacca 1080 tgactcgaga cattaacgac ttttaaaact aagggacgaa ccttaagcaa aagctcttgc 1140 attactcaaa ttcttctgcc acttggtaag tctttttctc tgccccttct gcatgcaatg 1200 <210> 726 <211> 1080 <212> DNA <213> Arabidopsis thaliana <400> 726 ggaatatgaa tatgtcccac gtaagtgaga ggttctcctt ctgaacaatt cctttctcat 60 tcataaattg ttgttcatcc atcacttgca gtctcttgga ttttagggtt ttagctaaca 120 cagcttaacg ggtgccttgg cctacagggt attggcgttt tggtacgtag aagaaacctt 180 ttggtaaggt cattgaagat aaacatttgg gtaagcccaa agaaacagag ttccgtgcat 240 tgcaaatatg caatgcactg caattattag ttgtttggat ttgatataga gactgagtct 300 cgaaaccata gtatgtaaaa atataatcac gttcaaaagc tgttaatttg ttataatctt 360 ataacaattg tgttttaaga tacaaaccta ctttgtgtta tgatatttgt tcactattgg 420 ttttggtata tatccaaatc atttttcagg gaattaaata ctgactttat tctctaaaag 480 aaagaaggaa ggccacaaga tgtcaagatt agtccacaca aatgccaaca aacttgtatt 540 gatgttaaag aaaattaatg tctcctccaa tgtgtaatac agaccgcaaa aacatttcag 600 ccgacgaaat tgttgtgcaa cattgtccac aagattttac ggctacactg tatacagact 660 cacgaaaaag aaaacattaa tagtcttttc agtttccata agatcgcttt acaataatat 720 caaaataaaa gtgaaaaaga cagagaagaa gagaaacaac gagagccgca gaagttgaag 780 aaatgaggac ctacaaggca ttgatgtaag aagcaaggat gtggttcctt ttgattccca 840 aaatcctctt aaaatctcat aaagcccttc ttatcttctt ctcttctcct caacttgaat 900 acacagaaac aaaactgctt ttgtctctca agtcatttgt cttataaaaa ggttctgttc 960 ttgaacaagg gaaagaaaca aaaggctgat aactcctgtt ttgtagattc ctctgatatt 1020 cagattctta cttctcagga aaaccctaaa gaaaatttct gttttttttt gagaaatatg 1080 Page 609 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 727 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 727 taagcatgat tagttacgaa ataatgtcac ctcataataa attattagat gtctttattt 60 tgaagacttt tgcttttgtt tgcttctgta gaatctctta aaaacgaatt tcaacatcaa 120 agaacaaaag agaagctctc caaaagctgg cattatcctt ttcttccttt acctcctaat 180 ctttgcgcgt tttttgttat aaccactttt atataaacat gcaaacttat tttttattag 240 tattttgtta atcgaagaat gtcacataaa tccgagttgt ttttgctatt taaaatatct 300 acaaatggtt taaggaaagc atctatcaat attaataagt cgtacataat acattaaatt 360 taggcaatct cttacaactt tcgtaacaat attaatggaa tatcatatgt gctgtagatg 420 attgggatgt atgagaaaag taaacaaagt gaggccacaa gacctttcgg tgaagacatc 480 ttcttttttt ttttgcatag aatcaacttg attaatacgt cctaatttag gtgaaatata 540 ttcatacaac taatcacatg catttcataa taatatagaa aaccccattc cttagacaaa 600 agaaggtcaa aacgatatac aaaaatagtt caatcgaaac caaaataaag caaaatttat 660 gaatacatgt taaaattata taaatcattc tgaagtaact ataatactag gttaatactt 720 atgtttgtat atacaataag ttgtttttct aaaaccgaaa tcatgtcaaa ccgaaccaaa 780 ttgcaaagtt tttgtaaacc caaaataccg aataaattac accgaaacca aaccgtaaac 840 cggattgtct tcacctaaat tacttatatt ataaatacta caaagagatt atatgggaat 900 aggtaaagga taattaattt gataattata atttttgaaa gaacaaattt tgagaaaaaa 960 aaaaaagata ggcttgagag ctgtgaatga gctgtctctc tttcatttat attccaacct 1020 ctttctcctt ccacacaaac ataacacaaa acctccttct cttcctcata tctccatatc 1080 ccaaaaatac tcttataaca ttgtattatt atacaatcta catttcccat tttaccctcg 1140 cttctccttc caattctcac cccattgcca cttcactcag atgtcttgta cactgacatg 1200 <210> 728 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 728 atagggtgcg tcaaaacttt tctttcaaat tttacaaatg ccaaagtgtc ataaaacaag 60 ctacaaaaga atgtttatgg aggagagaaa gaataaactt tgggatgaaa agaaaaaaaa 120 actaagataa ttgtgaagat gttagttaaa tgaaattgag aagatgggca aggaaataaa 180 aacaacatta aaccaaggcc actagtagag ttttgagagt tgctttcaac tacttctcga 240 ccaccaattt tttaaatggc tggtgacatt tggcccaccc acctctttgt cttttttttt 300 aattcctttt gtggctctta ttttttcccc cttttttatt tattttagtt tatattttta 360 cttttaaaaa tagtcacacg tcctaaatct tagcacatta tgttgcctaa aactatttca 420 gctgccgtca aaaaaaggaa gaaaaaaaat cagatatagg atccaagaaa tcatataaag 480 Page 610 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attgtgacaa aaaaaacttt ttcaccaaaa caaaggaaac aagacaacga atgtgtttca 540 gggagacaca tcaatgacct cccagatggc attgagtctt tcgtcttcac tttttagtcg 600 atatcatttt tctttttgtc tgataatggt ctctgatata atggacttta aacaatctta 660 taactcaaaa ccatatccac tataaaagat ttggtcttcc caatattttc tcctaaatca 720 tactacacac atttcttgtt aggtactact ttaatcataa ttttcgttag tcaaaacaca 780 caattaaaga aaaaaagtaa ttgattggag aaatttactc aaagtagtaa ttaacagatt 840 ttgccttgtc acagcaaagt atgcttattt gatactctcg gcgcgtggat ttggtcgtcg 900 tctcttctgg tctctcaagc ttctcctcca tcgtagaaaa agattttaaa ggagcgattt 960 ttataatctt aaataatttc ttccctttct tcttcttctt ctagttcctt gataccaacg 1020 cgtaatccta acccttaatc tacttcctcc ttaattaatc agaggtttct acttattatt 1080 tccacttctc atctctttca atcgcaatct gagttctggc taaagatttt gtcttgaagg 1140 tgagattcat tgttccgaat agagtgagaa aaagacttat aagattgaaa aagcaagatg 1200 <210> 729 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 729 gcaacgaaag ttcttaagat tttgttcgtg ttctcttact tgccagcaca acacactatt 60 tttacttaac actaatacaa taatgtatta cctgactctt tatgatttgt tttagctgta 120 ttgcaatttt caactgtatt atatgtttca aagtcttatg gagtaaattg atatatcaaa 180 cacacataca tgtcttgtgt cttcattaaa ttctgaaaag ttaaatacat agtagattgt 240 aagactattt gtggatggat atatatatat atatatatat atatatattt tcttaaagat 300 cataatgtca aagtttccta aaatttcagt tgtatgaacg gtaacttact atttttcctc 360 cacacaaggg tccaaggaga catgtgcaag taataaatgc aacacacata ggaagacaca 420 cggctaccat cttccaccat ggcaacaatg cgatatttgg caagatttga cggactccat 480 acattactct actaccaaat caaaagtatt ggtctcaagt acacctaaat cactttgcaa 540 ttagccagac cactgtttca caactaaaca cgtcttcacc caaaaaatcg gtctacaaac 600 ttgggacagg taaactttag taaaacattc atgaaaatag tgagtatact tggatccata 660 tctcaggtct aatccaaaca ctctttgtga gtctatgaca agggtatata taacctcatt 720 ttggagtccc taatagcata atctccttcc agattgattc atccacctct ttttagacgt 780 gatgatttac tccgtgttat cgtattatca atcatttaga ttactactac caaagagggc 840 tcgagaaata atatcgtata gttgcaactt tgttgcatga taagctttga ctagtcttca 900 tcaaatccat agcttttgca ccgctcagct tttccgtaca gcatttttgt caaatgccat 960 ttttacttct tttcaaaatt agtgaatata atatggaaaa cgtgttctcc ctgtgaccta 1020 tggacctttt atgggtgtaa tatttgtgga tatggaattt aaaatttctt aatgaagctg 1080 Page 611 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctatttagcg ttaattttta agtagctctc ccttttcctt agaacgtgta acacttttgt 1140 atatgtagat aatagtagaa cgaaaaaaaa ctctttgtag agagattctg cttctatatg 1200 <210> 730 <211> 433 <212> DNA <213> Arabidopsis thaliana <400> 730 gtctatctat ctctgcagtt ataaagacta ttgtggtttt gtctcttgta gtctcagttt 60 tgcttttaag atatttatta ttactatcat ctggtaattg tagtattttg gagcaaaaac 120 gttttacaat acattcatgt tgcagtttat tgttgaattc aagttctatg tttttgactt 180 atcaagattc tctttttaaa actcactaac ttataaactg taaacataca aatgcagtat 240 cttctctaac cagtaaatga tcataaatcg atctatcacc acatattgtt tgcatctttc 300 attatccttt tatccacatg ttgatgaatg gagaagtccg agaaatgacg aaaatcagaa 360 atttcttatc cacatagaac actaaggcaa tgttcattga tcatcaaaag tcttgtgaat 420 tgtagccact atg 433 <210> 731 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 731 attggtatca tagaggtttt aagaagagtg atgatgctgt tccaaaacag tattgtacaa 60 gccaagatga tggtgacaaa gagaaagaaa acgttttaca agtctaggag attcaagttc 120 aaacatagag ttgtaccaag agctttacaa tatggttttg aagtcaaaat gaagcaaaag 180 gtttctacag agtatccatg tttgttcttg atcggcaagg aggcagaact tgttcatatt 240 ttgcttgggt atagggacgt gatgtttaac ttgaagaaaa aggggagatt tagactcttt 300 cagtcatttt ctaaacaact tctcttatgg ctgcgacatg atgcattgct aataaaaccg 360 tttctgctta gtgatgagag gttccaaata aagcatacat ggagaactaa gttcatacac 420 tccgtttcat caattggtgt tgggcattat gaatattcta tttggacaca gagtgacaaa 480 gggacgcagc tcttttacag caggagattg gttgtttaca agcttggaag tgaggccaag 540 aatgttgtag aggtgtctca acgtgtgtat cagcttgtta aactgaaatt tgccaaagac 600 gaacgaaagc ttgaagtcat acagagccaa acctttgacc ctgggattgg aattgaatca 660 caagagctac ttgagaatac ctattcgaac tgaaccttgt ggtcaaggtt cttccaacag 720 gggagttttg atataggaaa ctaggcattg atatatggtt agatacgtgg caatacatga 780 gtggagacag tagctgtgag acgtggcaag agaagattgg tcgatgggag tgttagagga 840 agaatcgaga tgcagagata tatagctaat gaagatcatt tgcagaagat aagaagattt 900 tggatttgtt gtttatagtt tccttttgga ttctctctga gaatcgttcc tcatcgttcg 960 ccggagtttc atgttgaact cttgtagatg agaagttgat atcgcgtttc atgaacgttg 1020 Page 612 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatcaatctg tcattttcat taatcgaagc attctatttc gttactctgt tttccgttat 1080 cacaatcatc ctcttcctct aaattctctt cttctctttg ctgctacaga aaaagaatca 1140 agctttagag gcaagcaagg actcactcac ccacaagtat cctcacccca tctactcatg 1200 <210> 732 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 732 ctaaactatt gaatatatga aacacaacaa gtttcaaacc tttcaccaac acgacttcac 60 attagtctct ataaccaaat cataatgaga taattcacaa aaacatgctt ccaaaatact 120 tattatattg gatgcttcat ttccattttt aacttgcttc tatccattgt ctattctcac 180 ccgccaaatt accagcaaca gcaagtcata actgatcgtt agtccttaac tccttattag 240 ttattacttg attctacatg tacaaaaata gccagactta gttatagtca ctggtggcta 300 aaatatcttt aggacttgat taacaaaaca aatattgacc gaatgacctg cttggtcgga 360 ccagtgaaaa ctcgacctga ccttgtgaat cggaccggtg gaccaaaaac caggaccaca 420 ctagggaagt attcgtactt gaactaacgt cttttggctt tacgtcatga tgagtggacc 480 aatctaggtg gtggatgaat ttacctcctc gtgagctctc tctattctgt aattgcaagg 540 acactcattc ttcatgtttt gcagtttttg taactctgac aaactataag gttatatgaa 600 taaaccaaaa tttataaata ctatcattca cgtataaaga aagacctccc catgttgaat 660 tcagctttgt acgtcagtgt ttcagaaaga aagtgaataa ttacaaaatt agaaagtatc 720 aaaccaaaag aaagaaaaac gctaaaaaag taaatatctg atattcagat tcactcgaaa 780 gtacaatacc ctttagggaa tatatgtttt gtaaacgttt catcaatata gatgaaaatt 840 aaggatccta ataactgcat ttagtcaata gtaacaagta ccattacttt gttttgcaag 900 tcgcaacaca agtgcatgtg gtgattggtg aacacatagt caacattgag actctcggta 960 gctacataac gattcttgaa aatgagataa atcagaaaat tgatagtaat tcacttattc 1020 atttataaaa aaaaaatttt tggcaacatt agtatataga aatttgtaaa ttacataagt 1080 acccttttat aaacgtaatg agacatttgt gtatatatat gttacaaaat aagccaacat 1140 atccatttgc tcgagacatt tattctctta attcttctct ctctctctct cttaaaaatg 1200 <210> 733 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 733 tttttccact tacctttttg tcgttttccc tgtccgaaat taaagtgttt tattttgtcg 60 aggcatatag tcccaataat cagttcacaa ttttattaag aagttgacat tctatagacc 120 ttttttgttt aaatatttat atatagacct ttttattagt cttcaaaact tgcttcaaaa 180 tagtaaccca aaactcaaaa gagaactcta ggcttaacat cattgtccaa ttctaaattg 240 Page 613 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgttgttata actaactcat caacacttct aattaatttt atgaaatcca ttaaagttac 300 gagttcaaca tacatgtatg gaaaacgata aacacagagc acaaaatttc ggaaattgta 360 actttccgta aaaaggaata aacctaaact aaaataaaat caatcaatca ataaaattgc 420 cgaaatttgt aaaccctgga ccaatccatc ttcttcttct tcttcttcgc ctctctctct 480 aatcaaaatt tttgtcaatt tgaagtctct ttgactcttc tttcaccgcc gcagttaaaa 540 acctcgtgtg attcttcttc ttcatataga ttcccagaaa catcgaaact ggtgaaccgt 600 gtacgcttcg tcgttagtga tgcggagacg aaagatatcg ccggaaaatc attggcctag 660 attcaatcca ttagagactc atcggagacg tctacgttag cgtacccaat cctcctcctc 720 ttctgggttg tttgctgatc acacatatct tctttcttcg attctctctc aggtgattct 780 ttctttctcc gatcactttt ccggtctatt gtgtaatcca cgcaccaaaa aatcagatct 840 tggaactcaa attccttatt tgcagcttga gtttattaaa agtctttgtc tttctgggtt 900 tatactataa gttgattaac tttgacatct aatgtgtatt tgctggtaac agggcgtgtc 960 ctgtgtaatc gtttagtgga tgtgcaatgc aaaggtcgtg tagaactaga agaagagttt 1020 ctgtgaacaa gtttaatgga aggaacagct tttacaaagt ctctttgtct cttgtttttc 1080 tcctttgggt tcttctcttc ttttccacct tgttgattag tcatggagat ggtgccaaag 1140 gtaaccttca agttcttttc tttggtggac atcattgtcg ttttattacc ttaaagcatg 1200 <210> 734 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 734 atctaatata aatatcgcca aaaaagattg atttttggtt ttgaaaaagt ttccctaatt 60 gttcatatta ttttatccga tcctaattac tttgaaaagc aaattagtat cttgaacttc 120 tccttgacaa tattgaaatt cgaataagac cagtttactg ccacagtgcc attcgtacta 180 tatgatattt gagtttattg tgaatcgatt tttgatgttg cacaataaaa aaaaaaatag 240 tagtcaaaat ttagtcagaa ataattgcca aaaaagagtt taacattaga ctttaaaaat 300 gatcatgtaa tatgtatgta ttagatacta taatatatgg tgttagtagt caatttatca 360 atcaaattaa tatacttttt acgtattgga acaaccatta atattttgtg cgtattggaa 420 caaccattaa tattttgtga ttatggaaat aaataattag aaatttggca atatatgtaa 480 atatctaaat tatattattt ttttgtattt tagttaattt tatgactaca aaagtcaaag 540 agttaaagag tcaaagagtg atgaatgagc aaagatgaga tgcacatgga acaaaaagcc 600 aagagattag agctggaaaa aatatgaggc tctttgttca ttggtttaaa taacggatca 660 tattattaga acgcgcgaaa attggtactc gtaattgctt tggttacacg gtaaaactcg 720 aaatgagtta aatgcttttt tttttttttg gtcggacgaa atgagtgtta aaatttaaaa 780 agacctttat tcttagattt cagatttgcg tagttcttct ttgtttcaac ttaagatttg 840 ccttctcgtg atcacaaaat gcaaaagatc ttcgaattct gaaacaacac gtgatgacgt 900 Page 614 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaacccgaat atagataatg attctctcca tgcgtgcttg gactgattag taaactacaa 960 aatatgattg acattttcat ttcataaaaa tatcataaat catagtcaac acggcgaaac 1020 caaaccctat tgaaaccaaa actccaagct tcaatctaaa cgcaagattt acgcaaacat 1080 ttttgtcaac acgttctcct actatgaagc taccaacttg ataactctaa cttcatcctc 1140 aaatccatcg ttcataaata gtccaaattt cgcaaatgca aaaccaaaca aaaaaatatg 1200 <210> 735 <211> 759 <212> DNA <213> Arabidopsis thaliana <400> 735 gtgagacgct ctgcttcttg ttttctcttt ttactctctt ctaataaaag aaagacaata 60 ttttacttct cttaacgcaa aattcagatg ctctacattg ttggtgactt ggtgtgatct 120 cttttttgaa tgaataagta cttctttagt tgattatttg ttggttttgg ttaacctctt 180 tgtgaggtaa tacaggaatg tcatcttgaa aaatactaac caaaaaataa aaaatagaga 240 atataaaacc ttatccaaaa gtagggagat tgtgttattt aaaagggaac cacagaaaaa 300 aataggcgag gaaagaccat taagccgttg gccacacaat cagatatcat aatggaaata 360 cactccgatg actacttctt ccttcctcct ccctgcttct cctccctcag ccgcctttct 420 ccggcggcgc ttcttccgcc actcctggct ttcctctaag atccaccacc gtcttcccca 480 aggtacatta ctactcttct ctatttcacc tgtcaccact tctctgatct ttggattatt 540 ctggaatctt cgttttatgt gatcttgtta caaaaagttt ccattacgat tccatgtttt 600 aacccttaag ttcaaaattg tggtacaatt ctatctcata ggtgttttga gttgaatgat 660 accttctgat tttctggagc cctattgatt gtatatctcc cactctactc ttatcttact 720 atgcaactat cctgtctttc tttacttgct tcagttatg 759 <210> 736 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 736 gttcacgttt cttggtacac gtatctctta cagtctccac gttgaagtgt aagcattaca 60 gagctctctc gctagagaca acgatgatct tatacctgtt acgttcatgt gccaaaatta 120 ggtcttcatt ttctattggt acatgtcagt ttgggccatc cggtcactat tatacacata 180 tggtctatat ttttaaaaaa acttcttact tgccaaataa ttggtccact aaaaaatagt 240 cggaaattac aataaaccgg acccttaaaa tcaataggaa aactctggat cttggcttca 300 actactattg ttgtaaacta atgttttttc gcctccaaat tccaatctct attttcctag 360 tgaaatacat tttattaaca aatttgcgaa tatgttaaag attttgaata ctagtagcca 420 aaagaaaaaa aaaagaaaaa actgttgttc atggaggctt atttaatttc tagaaacgaa 480 gtttctgttc gatagaggtt catctcgatc gatcatcaag gaatcgactt ggagaaaata 540 Page 615 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacaagaaaa ggtttcagtc cactacgaaa agcatactta agaaaatgga agcgtgggcc 600 gtatatgggc cttaaaacaa ttagatacag gccagctacg tctctaagtt gagtagtatt 660 tgcgttgact gagccatgtc acgtcaggac ttcacctgtg ggtcgccaac gattggctat 720 atccaccaga tcaataatgc aatgcatgaa ttttacttga atcgtcgcaa tgtacatatc 780 aaactatcaa tgatctgatt ctgaccactc gctcccttat atggtgacta agtcaaggaa 840 gattagccac atctatttat tgcttttgtc cttgctaggc ttatacactc ttaatctgag 900 aaacttccaa catggccatc aaaacttaat gaggaatcat atcttgtctc tggcgttcaa 960 acaaaacacc ctaataattt tttttttcat tctgaagaaa agttttatca ttgaagttca 1020 acatccacag acaatctgca ttgaatttat cttgacttgt cgcttatgcc aagttgggtt 1080 gtacgaagtt gacaaaaaaa ataaaaaaat ctgtatgtga ttttcataat gtgtattata 1140 atgattgctt tatttagtaa agagtcacaa aactagaaag aaaaaaggtt tcattcgatg 1200 <210> 737 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 737 cgagattata gctgtgatct ttgtgttagt aattacgcat gtatctgttt ctaacccgtt 60 cgaacagata agtgaagttt ctctgcgatt tttctaatgt tgaatccatc aaactaataa 120 gtggtcccta aacctacata gtcgatggta aaatgtcaat aatgtttgaa agtttagata 180 ataccctgaa aatgacgagt cccttcgttt acttgtaata atgggtgaga actacgacac 240 agttccatag caactttcat atttcgagaa ttaaattata ttccgcagca aatgctatgt 300 ccttgtaaag ctctgttttt agtctatgac catacttgta aaacatgttg tttttttttg 360 tgtgaattaa cagttcattc aaaataaaaa taaataaata aataatcgaa aatgtaactc 420 tgtggttatt gtagcttgaa aaaacgaata atcaagtgtg ttgttcattc tcttcgttcg 480 ttgcacactg gtatagcttg ttgctgtcat ctactgctga ctccagcgat aatgaaacga 540 tcagaaccac gaaatttact agaactcagc ttatcggaac ttggaagggg accagatgag 600 tattaggcta attcgtcgtg ttgtattttt caactaatgc gtcagtgtcg tttttatttt 660 caactaatgc gtcagtgtca ttagtttcgg aaataaacga tatttgtttt gtttttgtat 720 tgggtcctat atcgagcgag attggcatgt gagttgggtt ggctagggaa aatggtaaaa 780 tctccacatt ttgttttgaa aatgtgaaaa atacattttt ccctacagcg gggatatgaa 840 tcagtactat ttataatgca agatatgtaa atttaaaaga catcataaga aaaacaaaac 900 tacagaattt cgcttaagct ttcaaagata tcgatttgaa tataatggtg catttgcggg 960 gttcagtttc cacggaaccg gtaaatttaa aagccaaata ccttaaaaga gttgtgaaac 1020 agggttacaa atatacatag tggattcgta tgaaaaagaa gggaggaatg agtcctacac 1080 gtagtcacat cacatatgaa agagattgct tttgaaaatc gaatcctctt ctaatattaa 1140 Page 616 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atctttcaag actggaggtt ttaaacaaga aaatcaaact cgatgcaaaa gaacaaaatg 1200 <210> 738 <211> 1081 <212> DNA <213> Arabidopsis thaliana <400> 738 tggttccttt tcctcgatct gggtttcaga tcatgtagct ctcaattttt gaaactagaa 60 ctatattttt cccttttttc tatgagacca acaagtctta gtaaacgccg gttttatttt 120 attttatttt gtaatgtcaa acttgtatcg cgcaaaataa taactattat taaaaaaaga 180 caaagagaga gtagttacga tttctaaatt acaataaact atttgtcagg aattaaagga 240 aaaaaaacag cctaacttag ttggatatga taagatatta tttgtcagaa aagaatcttt 300 tctctctctc tctcaatttt ctaatacaag atattatttt tatattttta ttttttcgtg 360 gacatcagaa attcagaatt atgatagcat gaaaaatcag cgtgaggaga gtaccgcaaa 420 tattgtctta aattgtattt acgctgtaat ttaagcttct taaaaaaaaa aaagttttaa 480 accattttca actctatttt aaaagaattg tattctaatg atcatctcca aaataaagtt 540 ttttcaaaaa taaaggaaaa tatagaagta accatcgaag atgtctttac gtaaccgaaa 600 aatagcattt tacactttac atcacaaaat taaagtcact atgcttctta tttgtggaga 660 aaacaaatcg aatctagctt gatcattttt gcgtgttttg agatgacaat tttttctttc 720 tgcgtgtttt gactttttag atatgagtca ttaaatgcat tcacatcctc caagcatgtc 780 tactagcagg tcttttcctt gttctgtacg tagatgatgc atcgatcacg gtttttagct 840 ctcgttgaaa ttgaggctaa tgattaacat gtatattctt tcataagccc caaaacctaa 900 tatcaaagat tgactcacat agtccaagtc tagcacaaaa atttcaaagt tgtcaatttc 960 ttattaatgt gcatggttat tcaaatggaa attttaaact gatgattaaa tttctaagaa 1020 ccacaaatag tcaaatacta actacaccac ccacacatta tctcaagaaa aaagaaaaat 1080 <210> 739 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 739 ggtaaagacg gtcttgataa gagtcaatct ttcacaacct aaactaaaga ttttataatc 60 cgacaaataa aacgaccgaa aaaacttaaa tacgttttta gatacgacaa cgataattaa 120 tgtgcatcta attacgttta aatagaaatc ttcaaaaatt cgaccatacc aacactgata 180 tgcaaaggaa aaacaaagaa tgtaaccttc aaaatgcaaa aagaaaagat aattaaaaaa 240 ggaaataact taaaaacgaa atgatttaaa ttaaataaaa aaacgatcca cctgtgaaac 300 gctctcaagt accacaaaat gtactctctc tatcacacac agttacatat ttcgttgaca 360 gctgtcccca ctaacagctg tttcccaaat ccccaaccgt tttcttggaa agattctctc 420 tttattttag cctcactctc tcagacgcat ttcccccaat cgcaccgcca ctccctgacg 480 Page 617 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgcttttttc tttctctttt aaatattcaa atacgtatca gactactcac gttacatctt 540 cttcataact aatccaattt agaaattacg caaaattact taaatatgta gtttttctaa 600 atagttttac ataactacaa tatataagaa tttttaattt gaatttattt tttgaaaaag 660 gtttgcattt ataatttgat gtaatatgat ttgattttag tttaatatct ttgtttagtt 720 atagttagaa atacagtaca tgtttagtta taatttaaca ttcattaaaa aaacattaca 780 taataatttg tttaatagta tatattttaa taaattttag tttagagttt attttgtttg 840 gttcaaacta aatttcagtt ttctggattt taaaataata aaacaaaacg gcatatactt 900 acatatttaa tttggtgtca gttaacttat ttcaatttga ttcagttgaa aacataatta 960 tgcacgtaaa taatccaatt tacagttacg aaaaaattaa gttgttgtta actaacgata 1020 aaaaattacc ggtagaaccg gtgacctctc taaccatcac acctcgtata aatactctct 1080 cctcttcata cttatcctct caacaaaaat cgtttcgttc ttttccaaaa tccccaaaca 1140 atagaaacgc gttttaaacg atttgattag ttttaaatta aaaagaagat ccgagcgatg 1200 <210> 740 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 740 cattgtactg taatttgact attttccaag gaaaattaag tcccttttta tgtttttatt 60 tatttgaaaa acatgacaaa acaaatgcaa tccacatggt ccaacgaaag agcgatctag 120 ttgaaatcta actaagttcc caacgaaacc actgttaatg taactttaca tggcaaatat 180 ctttcggata tcaaggccca tcactttcag ctcttctgtt tttcattttt ttcccaaaat 240 ttgtattgtt taatattcct agatttcaaa ttgtaataaa attttcattt ggcataagaa 300 aaaaaaataa tatctttttc tacatagaaa ataatatata taatatgagt tcatacacca 360 tacatgtgtg tctatataca tatatatagt tttgtaatgt atgtatatct cgaattgtag 420 ccatatgtag gatgattatc taaaatatat ggtcataatg tcacagtgta aagctactct 480 agtcatttgt cagattctaa caagagaatc ttagtaatga tcacgcaaag ctaagatctt 540 tgcttcacca tttaaagcaa acaaactttg tcttaacctt acataggaca tcaaagtcac 600 aaccaacttt ttcctctgta aatcttcacc tatttatata aaatgcacac tattttttta 660 tttataattg ggcttcctat attaattaaa tgcatagcaa tctatgattt aatgtctttt 720 tgtaacaaag taccaacgaa gatagaagaa cacacctaaa agtgtagagt tctataaaga 780 cgtaaagttt atgtaaattt ctgaaagtag ctaaatatat gtaagtaatt aatagaaaat 840 gagatttcat ttttactttt ctaacatata taagttacta aaatatgttt gcactggatt 900 taatagaaag aaagtatatt atatttgcaa attttgaatt atacatgtga taatcaaaat 960 gtgtgtgctc ttacactcag taaaatttat tatggtaaaa tttctttcat ttactgaaaa 1020 tgatattttg aagataagtg acctatctat gtatatattt cgggtccatc tttatattta 1080 ttattgaatt tacatcatta tccaccaacc ccatcttctt cttattcttc atcttctact 1140 Page 618 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagatttctc tttttttttc aaaaaaaact catccttgaa tgaacggtgg tgcatggatg 1200 <210> 741 <211> 572 <212> DNA <213> Arabidopsis thaliana <400> 741 tgttaagtcg gttactgtct cgcttccgtg ttgaattcgc aagtctcgat ttttcgatcg 60 tccatgactg gttttcttaa cgtgtttatt tataatttat ttcgtctatc ctccagattg 120 atgtaatgat acattcaaat taatttaatt tagtataacc atttttgttg gtcaaacgtt 180 ctaacatatt cgaatttcgc atctattaaa ataagacaaa cacaatccaa atataccaat 240 ctaatcgaat ttcaaactaa accagaataa ctgattgaga aaccgaacaa aaattatttt 300 ttgggtaggt gggtctaata gaacattttt gaaatgttgg gttttaattt gtaactttta 360 gaaactaaga atccaaattt gaaaactatt ttataagttt gacagttggt ataaccaacc 420 aacttggtaa tgtgctagtg atcagaatag ccccacgcaa cactaacgta caccacaaca 480 taacttgagc gtaatctcgt cctctatcat gtggttatgc cgtcgagaaa acgagaacat 540 ttgacaactt tcacctgcaa tcactctcaa tg 572 <210> 742 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 742 cgcggagtcg gaatatggac aaatgaatat tccgaaaaca ttttgtcttg agacgttatg 60 ttatgttctg cgcccctacc tgatcatcac atcacatgtt tcactttttc ttttacgttt 120 tctgagaatt gcctctcttt tttttttttt tttcatttct ctaaatgaaa tgctctttta 180 aataaacagt ttatatatta agaatagtga aagatttctc tcgataagaa gtgggaagct 240 agaaagaaaa atgggagacg ggtttttatg gggcaggcac catctgtgga ttatacgaaa 300 aggtaacaca caccaaaaag ataacacaat tatttgtttc gttaaagttt tgaaattgac 360 aatattgtat aatgttttaa caaaaaagtg tttagtatat aggtctttac aaaagaaatt 420 aaaagaaaca cattcgaaaa ctttcatcta ttatctttgg atcggatcca tgaaatagaa 480 acctaaagga atcaacgtta tagctaggac cgttttaact gcatgtaaag agacatacag 540 aggttcctat gtttccacat ctttgatgga agttttccaa taaaagcaca caaaatgtgg 600 tctctagtct ataccttaat ttagcttata ttctttcctc caaaaatgat attgaccaac 660 gacttgaact ccttgactta tgtaattttt ggtcaacact attactacaa attgacccac 720 gtacatacta aaagaaatac acaacataat tacaatattt taatgttgac aagataaaaa 780 gaactttatg ttaataatac gatgttagaa aacgtattaa actaataaca tagacctatg 840 atgatctccc acccctaagt ttgtttattt agggaatatc gtaccacaga aaatcacttg 900 gaattggata acactagttt ttaggttttt ctttaacttt tgttttcctt tatttatttt 960 Page 619 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttattttaag aaaaaaaaaa tgaagaagag agggctatat atagcagagc cattcccgcc 1020 gtgtcagtca tgcagtaatc tgataaaacc ctccacaggt ttaatttaga aaaaactcat 1080 taattagttt ccagatttgg aaaatatatc ttcttcatct ttttttctta atgcaaaccc 1140 tttttctccc ttttttttta gcagagattt ccaacaaaac aggaactaaa acacaagatg 1200 <210> 743 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 743 cactcatacc tcagcaatcg cagcttttgt ttcattaaga gcaaagtgag atgaagcaat 60 cttgaatctc acctaaaagg aaagttagaa aaagaagatg cacatgaact ccaatgaaat 120 taaaccaaac cacatcactt tctggaaact gcaacacagt tatttacctc gttctcatta 180 atagcagaaa tgctggaggc attcacagat gatctggtag ataaagataa tgaactcctc 240 gaaataccgg agctttgctt cggaatcctt gtgtaatgat gcaacgcttg cttgtacgta 300 tgctgacaaa aagaaggaat acatattcag aatttcgaga tgacttcaaa gtaatccaca 360 ggaaaagaat aagcaataca aatataaaac ttatctctgc tcactccata aattcatata 420 atcagaatct ttacaatttt atcataatcc agtcaaattc aagttccgag aatgatttat 480 agagttcaaa tttgaggcag aactaaacta tcgagaactg agtaacattt ccttcacagc 540 aaaagagaaa cataaagaat gaaacttttg agaacttaca atagctctcc ggtgttctct 600 ctgatgaaat aaagcatcac ccagtagaat ctgattaaaa aacacagaaa gaatctaact 660 tcaatctaac ggactcagca gctactaaaa tagaaaatat cgacggagaa agaagcttaa 720 ccaaattctc cgccttgagc tgaggactag tttcggcact aacagtagga gaagaaacga 780 gaaagcagcc ctggatttag ttgcatatat agagagaatt tcattagctc ttgatgaaaa 840 ctagggattt agaaaaaaag agatagacaa tcaaaatgag ctaaaagcta gagaagttac 900 gagcatttca gcagaatcgt aaagcccatg ctctattaaa gtcgcgatct gctcctttgg 960 aacctccatt tcagagacaa gagagttcgt cgttagtggc aatggtgaag ttttttcttc 1020 ggagcagcga tgaagtaaaa gatccttcac gctcgctctt cattttgaaa caagaaatct 1080 cgaaccgagt caacccaaac cgacattaac cggttatcta tctgaaatcc atctcggttc 1140 attaaaaccc gacttttcca agagcccgac ttcaccgaac aatctctatc tccggtcatg 1200 <210> 744 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 744 agcatcttca tgacttcttt acttacgttg cagtgaggat agtgtctgct cagcttgagg 60 ttgatttgac gatttatttg attttttaat ttaggtgttt tgattaataa taagtatgat 120 ctatatatta attaatgaca gagttataat cctgaggctt atatggagtt gagagaattt 180 Page 620 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttagatacaa actctgtaag tgacggtgat aaattctgcg ccactctcat gcgtcgctct 240 tcacgtcaca tgaacttagg taccaaaaat aacaccttta tatcaataat ttggttataa 300 aattctagta tgcgttttct ttttgtgaaa cttgttagtt ggaattttaa ttctaggttc 360 ttaaagttat acattatact tttttaacaa atttggtttt cttctagtaa tttagacgaa 420 atctctttac tttttccaaa cattcttttc gtacattgga agttgaaact tctcactaaa 480 ataactagtt atgggagttc ggtttatata ttcggtttca gttatatcca ttcgcttatc 540 gttttttttt ttgttttaaa gtttagtatc ccttcggtta atttgaaagt tcggttcggt 600 ttcgattatt tcggttttaa aatttagtat ccatccggtt attttgcttt aaatattttt 660 ggatatttcg gttattttcg gatatttttg gatattttcg gatattttga gatatttttt 720 ttattatttt tgaatatttt tactatttta tatatattct caagtatttt taattatcta 780 gtctagaaat aactaatact tttgtaaata tatatttata ttttagatat ttttggttac 840 tcaaaatatt tcggttggta tccattcggt ttcagttatt tcgattataa aattttgtat 900 ccattcaatt agtttctggt tatcggttct gtttacttcg gttttggttt ggtacatctg 960 gttcgggtaa tttgctcagg cacaaaacta acagtataac acaactaatc tgtgcaattc 1020 ttgtaaagaa aaactacttc aaaaattgcg tgacgaaata caattccacc aatttgcgga 1080 ttactaacga aatcactttg tagatccata agtttcgtat atcttttagg tatacatata 1140 cttgatatga gataagtaaa ctaaaaactt tgcttttttt ttttggtatc atggccaatg 1200 <210> 745 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 745 ggttaggtcc ctttgttttc gcagtttttg caattatttc tcatatttct taatattggg 60 cttttcacat gtaataagcc caacgataag accatgacaa tttctatacg aaacatgata 120 taaattcttt ggatatacat tatgaattta cgatatacaa ttagtttgtt taaatatcaa 180 aatataaatg cgtcaatggt tgttgttact tgtgagatta tctttctatt taagaagaat 240 aattctcttc gtagataaat ttttaaaata attttccgag ttttctaatg tttctagata 300 tgatttgatt tgaacaatta attcgtggtt ctttgaatga atatatcgac tgtatttgat 360 ttcagttaaa ctgataataa ttgtcattta cgtctcaaaa gaattgaaat atcatgtctc 420 tcaagatatg gacttacata ttgttatgca ttatttatca aaatatgtgg acaaaacata 480 atatcaatgt cgctttcaga ataattgaac aacagatatt gagaaatcaa tttttatggt 540 tatatcaatt gtcattgcca acatctatta catagtaaca gtccaattta cattacaatg 600 gtaattcaat gaaggtaatt tactttttat tggtttactc gtgaaacgac gttctcctcc 660 tcacgtacct tatcttaata tcctgatcaa cggacaccaa ttttcgacaa aatatctgag 720 aaagaggaca cgtcagcaag cctttcgctt taggctgcat tgggccgtga caatattcag 780 Page 621 2008200749 15 Feb 2008 12689250 Sequence Listing.txt acgattcagg aggttcgttc cttttttaaa ggaccctaat cactctgagt accactgact 840 cactcagtgt gcgcgattca tttcaaaaac gagccagcct cttcttcctt cgtctactag 900 atcagatcca aagcttcctc ttccaggttc gaatccttga tttctccatg aatgtgcatg 960 gtagtccaac aattgtcgat gtttttgata gagagttttg tagattttct ccggcgaaat 1020 tccgatttgt tcttcaatat tatgtgcatg aaactttttt tttaagattg tgcgtttaga 1080 tgcaatattc gactctttgt tgttctcatg ctcgtcgatt tcgatgtgtt tctgttaatc 1140 cattgatcgt atcggaaact gtgattgatt gattcatatt ttcgtttgtc tccagctatg 1200 <210> 746 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 746 gccaagatat gaactctcaa tttccaaata cagagacagc tgaagatcaa aggataagga 60 gtattttctt tttctgtata cgtttcttgg tttcatatga acaaaattga ttatgagaaa 120 aagaaacaac cattagaaat atttatttta tctagctatc ttcaattatt ttgcctaact 180 tgatgtgtcc tttaggcttt aaaaaaaaaa cttgatgtgt ccttttaagt gacacatcaa 240 tgaaccatat gtatagtctc ttgttgtttt ataaagatcg attgaatttg attttcctct 300 ctatctatac gtttttgttt gtttaaaaat gtcaaaaatt tgggtatcca ggatgttcga 360 acgcaggaca cgtatgaagt gacgtctttc accgccgtaa atctttggat tgacagtccg 420 gtaaaaacag attaatagct tgatagtcca aaacgcacgt ataaaagttt ttgcatgttg 480 aaaatattcg tatccacaca acattagaga tcaatcatga aaccgatata ttgaaggtca 540 cccgacgtca aatttcccct gaaagggaca cctcaaaatt acgtggttcg tgtaatcttt 600 tttcctttaa gatagggatc ggattatgca gtataaaatt aagcaaatcg tatttggtga 660 tatatcggtt ctaatgcata acatctttta tattcacaca atgaaatagc tatttgtttt 720 cagtttcgag ctaaagccca agctccagcc caaatcaaac ccatttgtac aaagaacctc 780 actcatctat ttgtgcacaa attctcggat ttctccaacg ctctcaatca ttttataaaa 840 attagaatta tcttcaatct cgatatacga acctaaataa ttgaaaacat tttttttctt 900 tttatgtatt tttctttttt atcaaatttc tttttatgta tataaaatat ttgtgaaagt 960 ttcttccaca catataaaag attaaatttc tttttttatc ccaagcttga atatcaaaac 1020 atgagacaac aagagcaagt attagccacc acaaagcaat catcttaaaa ctcaaacccc 1080 aaaacaaaca aaagacaaaa cccgattgtt tcgagcacaa acgtcacttg tggtttacat 1140 cgtcttcatc atctccataa cttcatatct cctctccttc cgctgccacc gttagcgatg 1200 <210> 747 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 747 Page 622 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaagaacca cataaataaa ctcaattcga tacaagtgaa tcacataaat agtcaagttc 60 aattcgatac aagtgaatag tcacaaaaat agtcaagttc taatcgatac aagtgaatac 120 aagctatcaa agctgtttga aactcaattc gatacaaatg aatgctcact atcaaagcta 180 tatgaaactc aattcgatac atgagaatag tataagttca aagctatatg aaactcaaaa 240 ttggtatatg aaccacataa atcgatctca aataaacata catgtcaaaa agaagccatt 300 gaaatcttcg agaaacggat agcgaaagcc ccaattcgaa acccgtaaat ctcagaaacc 360 cgaaaatcaa accctaaatg tgattaaaac cccaaatcga aactcaaaca agacaaattt 420 cacaatgcaa accctaaatc gattacaaaa gaaacataac cttctcaaat tagaaccaga 480 tctgtgactg agaagctgaa gagtaccaac ctgaagagtc cataaaattt gatgttttgg 540 gtttttcaca caaattaaaa aaagtaactt ttgtattatt tatattattt tttttgtaaa 600 tttaatatca taagttttac ttctctccac tctatttgtt attattaaaa ataataataa 660 tattaactta catcaatttt tatggaacaa aaaaaaaaaa accaaaatat caaattttat 720 ggaacagaag gagtagttaa taataatgtc gatcggacta tccctgtctt gttttaatgc 780 tacaaggacc tttggaaaaa taaaatgtgg tagagatttc agatggctct ttgatatggt 840 ggaaatttca aatggctctt taatgtggtg gagatttaag atagctcttt aacttaatgt 900 gatgaaaaat ataatatttg gatcattata ccaccaaagt ccacacacga gttctctatt 960 tttgtttcat cctcttttag tcgctggttt ggcctcaatg aataatgtag tggagacttt 1020 tacacaatgc gtacaacgtg aagaagactt ggtagaaata ctggtttaat ttatctctat 1080 tttgtatata aagacatgaa tatgaaacca tgttatcatc acaatctcct tttcttgctt 1140 tttcattatt gatattcaag aaactaagaa aaagaagaaa aacaacactt cgaaaaaatg 1200 <210> 748 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 748 agttagttta gggccattgt tttcaggtcc gatccgtacc gtccggtccg atcggttaac 60 ccatgacccg gacatttttc cggtttagat taagtgctaa tatccgataa tttagggcta 120 agcgattgtc ccacaacctc ctgtaaacgc tacgtatgcc ggttgctaac atttaacaac 180 aaacacacaa atttctttat actgttacag attgctagat atcgcttgca atcgttagat 240 tttaaaactt catttccgcc agtgtttgcg acagcaggcg gttgcgggtg gttcaaatga 300 tttttttttt cttttttatc tacattagta ttttgcatct tttgctatgt attttgagat 360 agtgaagtaa tataacttca tttttcagga cttgtagttt ttatgaaaga aaaaacaaaa 420 actagaggct gattttaatg atagatccta aagaaatcaa accaaatgaa atcaccagaa 480 ccttaagata ctttaaccta ttgggtctat aaaacggatt ttattgcttt ggatctataa 540 agtcacgttg tagacccaaa gcaataaaag atttgggata gttaaaccat atgatggtta 600 gtgtgtggtt ttaaaacctt aagatatttg tgtaggagac taggaattgt gtgttttgaa 660 Page 623 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagaagcagc cactaaaatc atatgataag tcaataaagg aagcagctac tgaaatttac 720 ttgaaaatga tttttcagta ccaaaatcaa ttaatctctt ccatgtctcg tttaatgtat 780 ataaagaccg ttgagaaaag tcgtatttgg atcaccacaa gttagtagaa agacttgtta 840 gtcagtcaac ccatgtgata tatatgagaa tgaaaccatg ttatcacatt acaatttcca 900 ctttcttgct ttttcattgt tgatactcaa aaaggtaaaa aaacttaaaa gaaagatgaa 960 agactcttgg aacacaatca gtcattctta ttactctttt ctttcccttc tttctcactt 1020 ctaattatgg agacgtgtta gcagctccta atagaaactt gtgtcatcca gaacaaagag 1080 acgcaattct cgagttcaag aacgagtttg agattcaaaa gccttgtgtg ttgatgggcc 1140 tcttaagacg gagtcgtggg cgaataacag cgattgttgt tcttgggatg gtatcaaatg 1200 <210> 749 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 749 attttgagtc gcattgtatg ctgattccat atgttcggct ttggtcggtt tcaagtgtgg 60 ttaataaaat ggttatttta cttttgccaa cagttattga gtggttgtgt ttatgtttta 120 tatacatgtt cactcatctt tccatatgat cttacaacac ttgctaaaat gaattcggtt 180 aggtgaattt tatgagtaga tacactatgt aaataattag taaagtaata tgatatttat 240 ttatcttttg gaaactttta aaacaccaaa cttaatatta catgcattga tagtgatcac 300 tgtaaaattt tgtactaatc taagttcaaa aagtattaca tgagtatgtc ttatcccaaa 360 tttagtctca acaattgcaa acttttgaga catatataca gcaaactctt atctcacata 420 aaaaaacttt aaagttatga gtaatctaag ttatagactt gtagtgctac tctagctaaa 480 ttaaattcat taattctgga gcataaagaa atctgaaaaa taaccatctt ctcgatcatg 540 tcctttgctt agcataatat ttcttgttcg gtttagcgat ctcctaaaat gcaacgtggt 600 cactttgcca catcactttg aagatgaaca atctacaagc tgacaaacgt atctaatgtg 660 tttgtccgta tgttaagttt atttctgtaa ttttgaacac atgtgagaat tttcaaactg 720 atttaattcc gattccaagc tatacgtaag aaatttcaac taacgtggat tacatacttt 780 tctttgagtc cgaatacaaa gacttcacat tctattttgt tttcttcttt cgaaaccact 840 aagggctact aacctctcga atcgacaaac gtatccaatg tgtctgtcgt tatgctacgt 900 ttatatctgt aattctgaac atatgtgaga agagaaatta tcaacggatg catgtgattc 960 caatcccaag ttatacgtta agggatttta agtaacgtag aaatcacttc atgatttgag 1020 tggcccttag ctgcttgacc atacttttgt tctagcccga atacaaaaga cttcacgtat 1080 agctttaaca ttttctgagt caaattgtgc aaaaccacat atctgtattt atacccttct 1140 tctctctcac atttcttaat ccaaaatcat tcttctaaaa gatatttcaa gacaaccatg 1200 <210> 750 Page 624 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 750 ttaatgccga gattcgagac aagggccact tgccttaggg agttacttca accatttaca 60 gcaataacat tatctacata acaataactt tgcaagttgt aattgtaaga gagtagagcc 120 acttgaaaaa atcagttatt gcattatgga gttacatgat aggatttgac cagacacaac 180 agcaaaagca aaaatggatt tttaaattat tttctatgaa aaaattcaat ttcacaattt 240 atattgattc gattacgaaa tattgttgtt tgcttgttca cgttgtcgaa ggcatggtat 300 aacggaatac taataaaata gaatagacca acttggtcaa atactaaaaa gaaagcctcg 360 ttgacgcaga aacgaaaaaa atgaataaaa agaacacaaa aagtaaacaa aaattactcg 420 tccaattatt tgctagaatt tgataccaat ctctgtatta tttccgattg ttttggttct 480 attcgaagat cgtataatat gaattattcg tggacactca cacactcatc tcgactattt 540 agggagataa gatttgtgag accagcgtat ttagataatt taaaatacat ttatttgttt 600 ggaaccaata catattcgct ttttaatatt tgtgatttcc tttgcttcta cctgatttta 660 tattttaaca attgctgcct tggctcgtgt ggtctgcgaa tgcactaaga gtacaacgtg 720 tgacgtgtac aatgttcgag caaggcacag gtagagagat aaatatagac cacaaaacca 780 aagcaaaaaa aaaaaaaatc aagaatggct ttgtaccata agcttagttt tcaaaacggt 840 atatcatgcg aacctcccaa actttaacca gccaatacaa acgaattctc accgagttaa 900 aacttgacca ttaactttga gtgaaggctg aagcatataa aaactggcaa atagaatcta 960 acatcaataa tgttgcaatt tgttttttcc catgtcattt ggtcccactt ccttagtata 1020 tttaaaccac acactcaaca tcgcaccaca cacttcactc acaatttctt atataagacc 1080 attttggcat acccgcttct tggcaaacca agtaacaaaa accaaaacat ttgtattata 1140 agagtatttt tattgatact atttttaaat tgtgcccata catattacct atagggaatg 1200 <210> 751 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 751 atactgatat ggctttaatt tgtagctaaa aactgctaat atgaaaataa ttattctcta 60 atatacctct ggctaaattt tagtttcttt gatacaaaat aaatctagga ctataaattc 120 gtaaatagtt gatgtacatt ctgaagtagt gagtagcgta ttacttccaa aacaactgca 180 tcgcctcttc tacggctttg tctcgttctc acaattatta gcttatatcc atataagaca 240 ctatttattt gactgatcaa aaaaaaaata cactatttat ctttgtgggt tttaaaacta 300 tgacaggacc tgattgattt tgtttttgta agattcgtgg tttttcgatt tcatgaaaat 360 gactcaatga tttcatcctt tctacttttg gggtttgaag tcaactgttt atgtggacgt 420 tatttttttg aaaatttaag agataaaata gggcatacga agccaatatc tagataagtg 480 Page 625 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atttaggaac aaaaaccaat aacaaaatga agaaacatta cttgacttca ttttgtgtgt 540 gacgagtggc gactagtcat cattcaccac aaagcgcaaa cttgaatcag gagtaagaag 600 acatacttta tcgttatcct aatttgaatc ggaccacaca ataacccacc acaaatagac 660 aaagatacat atattattga caatctttta ttatataaga taacgttcta tataattgaa 720 ttgttttatt aataacgaaa aaaaaacgac ttcgatatga gtaattaatt cgttgaaaaa 780 agtttcttcg ggtctagttt ttttaaactt ctaatatgat attaaaaacc aacatgatag 840 ctttcacttg atggtaactt aggatcagta tagtggtggt atctatctac aagtttaatt 900 ccagtttacg tgaagttcat aaattttatt ggtcatatca atgtgtacaa taaatatacg 960 ttttataaat aaataatatt tgcatttttt attcatgtat ctaaataaca aactagtcca 1020 atttcacttg actatgacct ctttgttctt ttttttgtta atagttttca caaaaaaagc 1080 ttactcaatt ttatatcttc tcatcactcc tttttattat aagtgtatac aaattatata 1140 tatatttttt acttaattct tagaaacata tccaaaaacc tcaagaaatc tccttccatg 1200 <210> 752 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 752 agacaacatg actacaaaac tgttgactcc atgagatgaa cataacaaag acattactat 60 tcagttattc agtaatgtct ccatgagatg atgaacataa caaaactgtt gactccatgc 120 tcatccaccc tcatgatgat ccgcagacat tcttaccgag ttgtttacag ataccaagag 180 aagaggtctt attggagaaa cgttaatatg tatttgtcct aacacctgaa actgtaaaga 240 gctttgtcaa acattttttt tatagaaaaa tctgtgccct ttttttggtg atatggatgt 300 ctcaaagatt cgacgatctg gagaaagatt tacgaaaacc acaatgcgtg tatagctgca 360 caaaagacca ttccgtttac ggaaaccaag ttggtgacct tcatttggga ctctgtcgcg 420 gagagtatat gtagacaaat gtaactaaaa aagacaacta tgattgttac tcttgctcct 480 ttattatatg aatcagaata tgacacaatt atttgcaatt gatggaagtt aaaagaaaga 540 cttagtcatg actctctgtc cttgtgcaaa tagaatgccg tagtcacgag ggtgaacaat 600 tattattttt tccggataga gacttgatag tacaattgtg gtccgaatta aaaccaagat 660 aatagatgga agtttgtcta ccacaaaata gttttgacta aaaacaaaag aatgaaagtt 720 aggtgcggta ctaataccac tattgtggtt cggatcaaaa ccaaaacgtg atttgatacc 780 aaatgattaa atcccaaacc ttaacacaat ggaaaacaga gtagtgacac attgtttttg 840 caattagatt tagttatggc tatcgtttac taactcatca gcttcactca atagtgactt 900 acacataatg agatgataca cgttgtacat ctctaatcaa agcctctatt aatgtgagac 960 aagataagtt acaccggaga caaacacacg ttgtaccaca acattacaaa ttgaaaacct 1020 ttatgatccg tcattcatct tcgtgagtct ctaccatgac ctctaatata ggttaagccg 1080 aaacgacttt tcccttgacc aatacaaaaa atgacttttc cacactctcc ataaattttc 1140 Page 626 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttacaaact caaataccta aaccaaagcc aacaaaaata aaataaaact cttcaccatg 1200 <210> 753 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 753 taaaagaaaa actacatatt ttgggtagat gaaaaaaaac aatatccatg aatttgtcat 60 ttgttgttca ctcgaataat aaatttcata tttattgcta tattacaatt ttgagtttgg 120 atatttcccc tatgaaagaa aagaacatat aacatctttg ttgtctcttt ttccatgtca 180 ctcgttccaa tctcatgatc ccatttacac tcaagatata ttattgtgca aatgagcatc 240 aacatgattt atatagactt taaagtccat actatttcag ttaaccttta ccatctccta 300 ctcagattct tcttcaacta tagaaaccat tcacattagt tttcgggttt gaagtggctt 360 aaaggtatcc aatttgtgaa agcctggaat atgctctgtt ccattacctc cacatgccaa 420 aaacagagct aactacatac ttatacgact ttaaatccct tttcttcacg tctctacctg 480 caataataca catcatcata ttacactcat ctttctcaac ctcaatcata ttcacagaaa 540 acaaacttgg tcaccgtgtc gaaaacaggg tttaatcgag ttagttattt agaggttttg 600 gtcccgaaca aagacgttga agttcagtga gagattgaga aggcagactc gagaaaacat 660 gaggctatag aaacaagtct aatgggaaca aatgaagaaa aaggccttgt gccactcatt 720 attctctatc tccacaaaag aaaagaagag acaaacttga aaaaggaaat gggtgattct 780 tattctttta gagaatctga taatgcaaaa aaacttacta aaaaagaaga ttctctttga 840 gattaggaca gaatatttgt ctttccagag tttaacggtt ataacatgac gttgtaatat 900 gccatctgag agatgataat acaaataaca agaaccacac caaagttaag caaatatttg 960 aaattaaata tcaagaaata aaagagtaaa gagaaaaagg agggaccttt tgtatgagat 1020 tataaaatgc aaagctaagt tgatatacaa aactaggcct ctcttccacc ctatagctga 1080 aggagattcg gtatgtaaaa tgccgaaaaa tcgaatttgt tccttttatc tattgctgtg 1140 tgtatagatg tttatgtaaa ttttgtcaaa ggagttttca gtgcaacaat cagagagatg 1200 <210> 754 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 754 tcgaaaacca ttccaggtat ttttttttaa gtcttacaac atattctttc cggtgaggag 60 gagaccatgt tgtttttctt cccaagaaaa tttaacctct attgctatga tcctaagtgt 120 ataaaaggct tgcaatcaat ggaggtttta attatagtcc atgggtgaat aatgtcatca 180 atagtgataa ctggacaaga tttttaaaaa atgccacaaa cacaaaagaa aaaaaaaatt 240 gaaagtaaat gtcataaaat cataattatg cgtagtgtgc aaggtatact ttggtaaaat 300 ctgtcacatt agacatttac ttatttacaa ttttgcaaat tggttattta cttaaataaa 360 Page 627 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tgaaacttat acgcaaaata aaataaaatc ctgactaagc tcatatcttt taatttgttt 420 tctaacagaa atatatccct ctgttagtac accacattga cgatgtcatt cattattagg 480 aatggaaatt tttcattctt tcctataaaa ctagatgtta attaaaaaaa aaaaacaatt 540 atacggattt cttaagagat ttgaatttct ttacgtagat tttctgtaag tagtataatt 600 caaaagaagc aagttaaagc taatctcctt gacatggatt gaattttttt ttgaaccaat 660 tacccgacaa ggattttttt agtggtattt atagattttg ccatttttta tatctaaaaa 720 atacaattta acacattacg tttgggttta tttagttcca tatttttttt agggtatagt 780 gtttgttatt aagtatgtat tttacaaaaa aaaatctcaa gtgtttcatt ttttaaagtt 840 gcagaaaacg caaaatctaa aatatttgaa ggtggcaaat ctaaaagatt taagtcacaa 900 aatggcaaaa tcaacaataa tcctatatta ttttgggtgg tgttgatgag ccgttgacgt 960 agaagaatag catgtggcct tatttgctat aggatgtggc cctaacccta ataggatgag 1020 aaatctttgc tcaacttggc ttagagtgga accaaccgtg aagcatccgt ctcaaaaatg 1080 tctactctat gacgtctttt tcaccccacc ccccccctct ccacaaggcc cctccatttc 1140 tgtataaact tcagaatgct ttcttgagaa tgtttttatc ttctttctat agtttccatg 1200 <210> 755 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 755 cttctaaaat aaggcacata tatatatata tatatatata tatatatata ttacgagatt 60 ggtcgataaa tattttaatt atgttatatt ttacgttctc tttaaactat tatcaacgta 120 tttttaacca atcaaaaaat tagtcaccta ccatatacaa tagttttctt ttacccgtac 180 tacgtacggg ttgacattct agtattatca taacaattgt ttttgtgaat tatcatttaa 240 ctcataccac atatttcaac tctgttacac taatgttgta tcaggttcat gtgccgtaat 300 ttaatgaccc actaagccag tgatagatac aacttttaat taattttctg agaaaactac 360 catttttata tgtgagaaag cgtaagaaat taaaacataa gccaggaaga gaagtatcaa 420 aacttggaaa tggaaaaaca gtggcgttaa aacggtaatc agatcagagt agaaacaaga 480 ttggagaagt cagggtcttc tggttcgatg accttgatgc tcctaaagcc aagggtgaga 540 gtagtcgttg ggttatgcac gagtataaga tcacttcctt gcctcatctt aatctggtac 600 tggtactttc attcttttct tacataagtt tatccgatag agttatggtc tagttacaag 660 ggcccatccg gcgtacaaag aattatacct taatggggtc atattttatt aaatatataa 720 taatattatt tgttaaacta aaataaaatt taaagtaatt ttatgaatta aattttataa 780 atagagaaag agaagaagaa aaaattatac ctaagtaaag aagaaaagtt gaaaacctat 840 ataaaatatg atcaaaagtt aaatagtatg tattataaca agaaaagatt agtcaaaaaa 900 attgattagg gggtgcaaat gaaaaatatg aactaggaac atagggtcat attacatatt 960 Page 628 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taagccaaat aattcaaatt tctaactaaa taagcttgaa ttataaaagt tatggggtcc 1020 tttgaccacc ttgccctcca tttagctccg cccccgccca tccttgtgtc tttccgaaac 1080 gtaggttatg aggagaggaa cccatgaaca cttatatacc aacattctct tctctatctt 1140 aacgatatgc gatacctatc attatttctt gttcattatg agatttttcg gtgttagatg 1200 <210> 756 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 756 tcatagtaaa tactacaatt tttttttttt tttttttttt ggtaaaatat tacaaattta 60 gcaaaagaca tgcaaagatt aaagacgcta tgataagaaa gaaaactaat cggatatata 120 actaaaaaga cgttgaaaat ggcaaatatc aatcatcaat ccaaataata ttcatatacc 180 tttcatctat gaactaaggt tttttaacta atatatatat atatataccg tatgattaca 240 ctgtcaaact aaagtataaa atgcaacaat agaaaatatg agaaataaaa taaaatatat 300 taattatttg cttttcaact actttaatat cttaatttac catgagaaag aaatgaaaat 360 atgagtcgaa ataaaaaaag aaaagaataa gtagtttgag aacaattttt taaaaaaggg 420 taaaagacta gaacatatag tcaattgatc atctacacat gttgttgtta gaagaaaaaa 480 accaaaagac caaaaatcca aaaaggaatt tctcttcaca ttatgtgtat ggccataaat 540 aaaaacttat ctatctatct cgcgggagga aaacaaactg ctcgtgttgg tgcttttgta 600 attcgtcttt tcttatgtat tatctttaag aaaagtcttt tgcattgtgc acctacacaa 660 cattccgttt tactaaaagt taatatacca aattgcaaat aattcagctc cagtttactc 720 ttgtttattt agtttgattt tgggtgcatt tgatatcttt ttcatcgaac ttatgtaaat 780 tttctctaat aatcgtaaac tttttctaat aatcgtaaat ttattatcgt caaatattcc 840 aatttgttat tgaaatgttt tcgtaatata cctcaatttc aaatttaaat attttatttt 900 aattttaaaa ttgcgtaacc gtaattttaa ttttaaactt gctcacccta agatgggttt 960 tattttctcc cgaatttaat atttaattta ctaaaaatga tatgataagc ctttatgtat 1020 gtaaactttt tttcttacca ttttttttaa tacttccatt gctctttttt tctgacgtct 1080 tctttaattt attctactct atacatatct gccatatatg tgtatataga gagaaatata 1140 cttcaattcg tttccaaacc tatactctcc tctctcacaa aaatgaacaa caccaaaatg 1200 <210> 757 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 757 ttgattttct ctcaccttct ctaggtttcc tcgttgctta ctcaaaaaat ggtaaaatct 60 gcttaaagaa atgataaaaa tgaccaaatt gcttcttttt ttttgtattg taatggaaag 120 aaaaatacaa aatggttcgt gtccgtgcga ctcggttgct ttataaccag aagaaacgag 180 Page 629 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaccgtacat ctatcgatgt tgatgaaaaa tagacggcgg agatgaaaga agaataagat 240 tttgggggtg aaggagtaag tgagaagcat ggaatcaaca agtctctctc cgtagcttat 300 gttatacggt ttgcattaaa tgggactctc aatatcatca gatcctaaat gaaatttaat 360 ggaaattaga agaacgtgcg tatggatact ttcaatctca ttttcgttat aaagtttctc 420 tctttatatt tccttacgta atgttttttt tttcccccac acgaattgtc attttctgaa 480 ttccattaat ctgattccat ttcaatttgc attgaattca gtttcggaaa tttcatttca 540 atatgctgtg ggatttttgg ccgctacaag taaatgtttt tttttttttt ttgtcgaccg 600 ctacaagtaa atgtaaccat cccaatgttt attttggttc gatatcgaat tttaggccca 660 tttttaaatt aaaggataaa aggaccatga ctaattttgg gcccattttg aaattaaagg 720 accatgacta tgggctcctt tgtttcatta attgtcaccc aaatagtgat ctatatttta 780 atgaaaaaaa tctcaagtac cggcatatcc attttaaaac gttctgctta atgaaaaact 840 tcgtctcaca gtaaaaacta aaaactcttg tgtttcgttt gaagaggctc aacatgaata 900 tctttggcat ttttcgtttt gttttgataa agaatatctt aaaacattta attacaaaca 960 ttatcctctt ttttcgtggt ttctgctgta tctacggagc ccactactga aatatgttat 1020 ggcctcaatt catatgggtc aaggtcttcg ttgatgtatc atgcaaaatt aatataaaag 1080 tgaaaaggtt gactcttgac ttatctgtgt tagagaaaga gagagagaga gagaggtgtg 1140 cctgagcctg aacagaactt ctggctcctg aaagaaagag agagagagag agagcaaatg 1200 <210> 758 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 758 attcacccat aaggccgtaa cacacaagat tacgatagat agatttactt attgatcacg 60 atgacgatca caatgcaatg aacatatccg acaagcttgt ttctatttta taaaatacaa 120 aaaaaaaaac tttgataagt tttggcaata accacgatat taaaatacgg ataatgaaga 180 ttggatctaa atttatattt ttggcaagag agtagattcg gacccacttt cttacaaaca 240 aaaaaacttc gtcaccttta caattttcaa ttatccaccc aaaaacaaat aattaaaaat 300 gccttaaaaa ttcaaaaata gtggttgtga tatttttcaa acatgttcac acttgctaaa 360 agaactaata aaggtttttt ttttttgaag tgtccatcaa ctttatatta tccacgtatt 420 ttaaacacat tagattagga atcaaaaaca ccaaaataac catagccact agttgtttac 480 ccactgaaca aatcaaaaat ttccaatatt tttctctaga agggaaataa acgttaccag 540 acaaaatcca aaaagctcac taccatctac tattgagttt tcttgtcatc ttctttttgg 600 tcacggtttt agtttactct tgagtctctt tcatagtttc atagcaagag catcttatta 660 tttctttctt tctttctttc atagttcact gtaataaact tagaaggctc acattttgcc 720 aactcctcaa cactttattt ttctcttttt tcttcacgga tttataaacc aataaatttg 780 cagtaatctt tttagtcgaa tgatctttga acatatttcc taaatacccg gcaagaaaaa 840 Page 630 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attctgaatt tttctcatta atttctccaa aaatacaaac ttttcttctt cctctgtttc 900 ttcttcctcc tctgtttctt cttcttcttc tgttacttac aagagcaata aagctttgtc 960 ttttagcttt tctagaaggt atttgaattg aatctgatct tttttctttc ttcagtgttg 1020 tttgtgactg tgacatatag ttcatgtttc tttttggatg ctctctgtgt caaacaaaaa 1080 aacagagcaa gttgagattt tttggaaatt tcctacatca acttgcaaag tctgaatctg 1140 tgtctgttga atcttttttt acaggaagag tagtagtatc ttctttttca cagtctcatg 1200 <210> 759 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 759 ctttattttt gttttggtaa tttgcatata tacccctgat attttttgct tttatcaaat 60 acatcctttc ttttttcttt gacatcttct tgctagaaag agtttagtgt gatgcttatt 120 gtatagagaa cagaacatca ttacatacat gcacttacaa taaaactctt gtctatccat 180 gtagaaatca taatctaaaa taattcaaaa caaaatcgat atgacctcat atgaaaacct 240 caatgttaac aaaaaaaaaa cattgaggtg aaaagtgatt gtattgtttc atatattata 300 gagatttgaa ttcaggtcga ttcttcttct ggcatgtaca tatatgattt ttggtttggg 360 gtcatatttg ttagaaaccg agaggcgaga gtgtaagcac tcaaaagtca aagcagagtt 420 caacgtatag acgaaaacag agagaaacag agcaaaccaa ataaagatca agtaaatcta 480 atgacaacaa atatgtttcc taaattatat aaattacgaa tttatataag aatttaccaa 540 ggattaaaat taatacaaat atcacatcat catcgtcttt gatatataga aatctttata 600 aatttatgtt tcaattttct cttacaaatt atagttttac aactacaaca aaaattgaag 660 tcaagtatga atatatgata atccctagta taaatataga ctcgtgaaca aaaactctaa 720 aaaaagtctc tgaagtttta ctttgcttct agaaatcttg aactccctta ctctgcgaag 780 aagacgaaga cgaagctgct tcttgttcat tgtcgtcttt ggtctgctta tatatcggta 840 acatacttgc ttcctcattc gattgaacat agtttcgctc accggaagat tagggttacg 900 atcatcttct ccttccatca tcagatacga ttaggttaaa aggcgctcga gcaattttct 960 agtttcttgc tcatccttct tggttttgtt ttcttttctt tctactcgag attgattctg 1020 gatcttctta aggatcctgt tgcgatgaat ttgacatgat tcttctaatt cggctattgt 1080 gttgtttggt ggattaagtt tcttgaggaa taagatttgt atttatgcac tctattttct 1140 gtttcttcaa tgagttgaga cctcttcaat ctttatggat taggccaatt ttagaccatg 1200 <210> 760 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 760 tagcacttca agataacata aacttcgcat gttctcatgt tgattgtcgt gttcttttga 60 Page 631 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtggatgtcc atgttactcc cctagtaacc tcatcaacca tgcatctatc gccatgaatc 120 tttattacca agccaatgga agaaactatt ggaactgcaa tttcaagaac tccggactca 180 ttaccataac taatccgagt gagtttgctc tttctcttta attatgctat cgaaaaacac 240 ttctctatct atatatagag agaagtggtt ttaaaggtaa tttcattttt acctttaagt 300 atctggttaa ttatattaaa ggtaatttca ttttttctat atgtgtaggc tatggaaact 360 gctactatga ataaacatga gcaagaaagg aaaaaaaaaa accatatttc ttacaagcaa 420 acagaagagg aatgtgtttt cttgttgttg caatgtttat gagttataat ttaaatttcc 480 aaagttcgca gattttgatt aatcaaattt gataacataa aagcaaaaaa gaaagtatcc 540 aacacttatc aaaatttgat cacaattatt ccatctcatt ttcagtaatg acccttatta 600 cgtactgacc gtaaacatag aacttaccgt aattaagctt ttaaaattga attcttcacc 660 acatgaacat ttggaaatat gtagaacaac gtaacgtttt cttttctttt ttctttggtg 720 tcagaaacta acgcatttct aaagattttt tttttttata aaggtaacgt atttcgatat 780 actcgaatgt tagtatgtta aaccattgga taaatgacac gtggtgaaat cttagcctca 840 agattagata agcgtagact aatcaatcgt ttccctcttc tccttggtat tgaacaaaaa 900 cacagtcgtc actttcgtgc ctcccgaatg atctcatgtg ggcttgtctc gtccacccaa 960 caaactatag aaaaaaaact cgatcggctg atacttaatc acccacttga ttttgtattt 1020 ttgtaccttt ttttgttgta atttttccat acacccaatt tcccgtggaa gaaaaggagt 1080 cagctttttc gtttgcttta aagcttgaat ctttacatag ttccagttac tttctataga 1140 gcttcataat ccctagttgc ccaaaaggat tctgggtttt gtgagaatga tgacgtcatg 1200 <210> 761 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 761 taagatccat tttatggtgt ttcattagta ttttcattgt ggtttgttgc atttagtgtc 60 caagtgagtc ttcttgcatt ttagaagtcc tatagttact gtgtgtattt tgtgtctctt 120 ttgagatatt tcatgttaaa ataatggagg acacacattt aaatgcaaag aagagaattg 180 atgattcata acctatctga agtctctcaa agatcgactc ggatgaagtt ctttcattga 240 gatttagctt tggacctctt tataatggtt ataggaaatt gaaatagatt tccaatggag 300 gtgatgtttc atgggtatgt gagctattgg tagagattta tggctgattt tcgtatacat 360 atgtcaatct atcgcagaaa agaaactcat ctagaaacct ctcttaaaaa cggacagaag 420 cttcttcgac ctccaccttc ggccccaaca ccaccaaagc ccctctccga tcaccatcgt 480 cgtccatgac acaaccgaag ccatctcttt ttagctttga tccaaattgc aaccgggttg 540 taacccggtt tatctcgtcg atccggtcag aacctattaa gcaaatttta gacatttgtt 600 aataataaaa ttttcactac aaaaaaaata atatagtaat tttccaaaaa ggtttttggt 660 Page 632 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcgtgttaca ttttctgaga tgatccatca acttacaatt ggcattttct ttctctctct 720 ctcttagtag gatattcact agcgtaaaat cactcgatta tgacctttta tgtgtatgaa 780 acggtcttgc tagctggaag aaaaatatta atcttccgtc aaacaagtaa gaagactgaa 840 gttggagatt tttcaaagta aacgtatgta gcctaaaaaa aaggagtgac aatggtagag 900 aataatgaca aaaagcgagc tcatattatc gtccatacaa tttttttctg tcactttcaa 960 accttaactt cgtttgtttt cttttacatt cttgttttca tattttattt tatctctata 1020 tatgtatata tatatatgta tgtgtgtgtg tgtatatatg caatagaaca ataaaaaaga 1080 agaggaagtt aaagaatgac ataaagttcc tcaatctgga tgaaagtgat gaaccctaga 1140 aaaactaata atacctttat gtattacttt gtcctgttcg tttgtggttt tgtgttgatg 1200 <210> 762 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 762 acaaagtgga agagcgatcg aaatttttta atacgggtca gaaggaagat attaaaaaag 60 cagtttccaa aaaagctaca attgtatttt atgatcactc atgattagaa actttttttt 120 atcactgttt catgtgttag ttattatatt tttaaatata ctaggtgatc acccacgcta 180 taccatagtt tttttttgtt tttttttttt gttttttttg ataaatgtaa ttttagttat 240 ctaatcattc gttatgagca attactgtta aagtaatttt cctaacaaca ttcatcataa 300 accaattttg tagatgataa tgttgggatt atggaaacct aaaaaagttg atgactcagt 360 ttcttacgta ctattcacct ccattgatat attatataga ttaatagctc attcgatacc 420 ccgtagattc tttctagaga aaaatcccta acaaaactaa tgtgtttcac ttcatgactt 480 ctttgataat tatactatat acgaaatgag gccaattccc tctgtaatga gattattatt 540 actctttgtt tcataatgat tgattttttt tgaaaaacat acatataaaa aaacattaat 600 gacatttttt accttgtgtt tattaataat cttgtgataa taaattttta aaaaaagaag 660 caataaagac ataataataa tatatattta actaattttg cataagaaat ataaaaaatc 720 attgaaacaa tttttttggt tctagaaaat caatcattaa agaaaaaagg aagtattata 780 taagttttaa ttcgtcgaca ataattttat gaaaccaatt cgcaaccact caataaatat 840 gtttctggaa tcgttcgtcg tgcttgtacc taaccctaat taaaatgaat aaaaccttga 900 aagtatcatc gcctttcgtt gactttagct gtctcgagac tctcacatgg ttgctgttag 960 agcacatcca accattttag ttttacgtgg tgtggtatta attacatata caatatctta 1020 attaattaat gatgtcattt gtctttaaga ggatttcatg ttgtgtcgtg gtcttcacgt 1080 tgtgttggcc ggccaggtgg tattaatttt gtttatgtat gtatagcttt gagaaatgag 1140 agaggaaaaa cgaaaaagag aaaaaaaaac tagagcaaaa gagagatttt aatcatcatg 1200 <210> 763 <211> 1200 Page 633 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Arabidopsis thaliana <400> 763 atttatttta aaattcaaca taaaaaatta tgagaaaatc taaatacttt aaaatagtca 60 tttttacaat cttatttcat cgtctcaata tcaaaaagat gttttttctt gagattcaat 120 cttcgattct agatttcctc aattaatcgc tacgagaatc gctgataaac aatttttgtc 180 gccctctttt gccaacatca aattcgataa ccgttcacaa tctcctttta atcgccacta 240 aaattaattt gatttcattc gtcgtaatga atatgatatc aacgaccatt gatatgaact 300 tcttcttcgt cgtgagaaac tctctattcg aatttaaatc cttgacaaat aaacaatttt 360 cgacaaaatc tcaatttgaa tctcattgta tttctcatga tttttcaatt cataaaaatg 420 gctaatttta tttttacctt tttcaaagtt ttttttgctt ttttcttgaa tttaaaaaag 480 ataatatttt tttataaaaa cttttgggat aatatagaaa ctaaatgtta ataaaataac 540 ttttaaaaat taaataaaat taatgcttca tcacctaaac attagtagtt aattgagcta 600 gaaatggtaa aattggaatt gtatttttgt tctgagatta aattgtttga gtattaaact 660 ttacagtttt attagtactg tatgtgtatt tttcttcgaa ccggaaagta atgggtagta 720 aacatccaaa taaaaaaata attgagtttt ttttgagaat tttcctttct tttattaaca 780 tattttactt tttttgatta aattttttta aaatatattt aaaatctttg tagaagcaca 840 ctaatccatt tgctaactaa tttaaatatg tttctaacat gttcacatat attaaaaggc 900 acgttttgag catacatata ttttggttct cagttcttga tcatctagtg cattatctct 960 caaaaaccct aatcatttgg cctcttcttt tccccctagg ctaatttaca tataatatcc 1020 ttagaacgac caaaacaatg tgccacaggg actaattaaa ttaaacagct tgtaaaaatt 1080 gtaattatct tggaattgtt ggagttggtt aaaacacttt ttagaggcct ttttattccc 1140 atctccgacc attccaccaa aacccaaacc atttttgttt cgcaaaatca ttctaccatg 1200 <210> 764 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 764 agttttgtat agttgttgac tctatctctc tgtaatgtga tcgctagtga tttcttgcaa 60 ataacttttg tgtaaaccag taaagatatt tttatgtgaa ataataatca ataggaaaat 120 ttcttataga gtttagtaaa aaaacaattt taatggagac gttttagcga atactcacca 180 cctcaaccac tgtaaatgtt ttgttatcca aaaacttcta attcctaagc ttttaacttt 240 taaagcatct ctcgttaaac aatttgtatt tttttgcaaa acaaaaataa aacgctgtat 300 ttttaaatta gaatccttaa ggttgggtat ttttaagtga atcaaaaatt ccaaccaaag 360 taatggaact aaataactgt tttttattag aaaactgaat acgtacatat accaaagtac 420 ataataaaac tagttctatt attgatatat ataaattaaa cacagattta gattatattt 480 aaacacatag ctaagattgt ttactagaga gacttaatta ggtctctcta ttggtggtct 540 Page 634 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agcttggctt cactctcgaa ttgaagagga acaacgtgtt tgtttagtct ttttaggact 600 tacaattacg tctctgttgt ttagtaacga tggcaaataa aaataatgat ttagtatatt 660 tgaacatggt cccaaatggg caagttgtaa aaagaagaca agtagagaaa attcaaaatt 720 ggatttcgtg gatattattg taagttgcag ggaaaaaaga gtgagactgc cccaccgtag 780 actaaaatga tttagcttac cactctcact ctgcatccac agtttaataa ttaccccttt 840 aatattttaa tcattatttt agtagaccaa aactgtttag tgttgaaact tgtgcatcca 900 catgagtgtt ggttaaaggt tgagaacatc gatttgccaa ccatatctca cagccacagc 960 catttttatt ctctctcggt ctctcttctc agtctctcac taccacagcc ttaagttcga 1020 gaagaccgaa gtggacttca ttttcttgta cgggaattaa aatattgcag attgacgaca 1080 tatactaaca tgaatcatcg gaggagtaaa tttgccaggt acttcttcga agttttgatt 1140 aactactatt tcatatttgg ttgtgatagt gatcattgtt gatacaggat agatagtatg 1200 <210> 765 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 765 aaagcaaaat atctatgcgt agacctaaag gtaacaggat agagatttag atagaattat 60 taaataatac gtaagacata catgttaaag tccaaatcga ggaaagggaa attgggaaaa 120 tagagtcata atatcgacat aatcagacgt ttgagtcggt tgacttcaca tgtgcttaag 180 taaagagaga agggaaattg tgttttagat agttccgtac aatttatgtc gacattctct 240 cgacatatag ttaagctctt tattttagtg tttgttaaga tataatcgta ttttttaaag 300 tattcacgag aaaaacagtt tcatagttac acgtagcatg tatgaacgta gtagaggatc 360 tttctcactt ttaaaaatct attccctaaa gattcgattt ttcttttatt tcatcccctc 420 aaagtagctc tcaactatct ataatttaat ttttaacaaa aaaaaataaa aaattagtag 480 ctccaagact aactatttgt agttttgtac catggctaaa atttttaaaa caacatgttc 540 gatggccgca tacgcatttc ccttttctta tcaatttaaa attaattatt gtttagattc 600 ttcgcgaatt tgattacaca gatcacatgg gccatttgat catcatgacc aaaatgattg 660 cgaataatcg attattattt gtttatgttc gaatgaggat agacaaaaaa ttctgctcag 720 tttttgacaa cctcgagtaa gttattttag aatcattttc ttgaatcaca tctattacaa 780 attatttatg aaatatacaa ctaacgttca ttcgttttta tttaaaattt aaatgtttta 840 atttatttcg agggacaaaa acaaatacgg gcctagtgat ttttcatgta ttttcttctt 900 tgaattatgg agtcaaactt gtttgagttc tacagagaaa aaaaagcaaa ttaaaataaa 960 tattgaatgt catattaaag tatataatat aacaaaaaat taaagaaata agtcttctct 1020 tagaacagca cctgttaaaa tataactata taactgtgta acacacactt tgagataaat 1080 acatcgatca ctcccaatct ccccccgtat tttgtccttt attcttccat tcttcgcgtc 1140 Page 635 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtcatcattt atcattatca tcgagaagag attcaaattc aaaccctaat cgataagatg 1200 <210> 766 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 766 aatatagatg ggcctaatga agggtgccgc ttattggatc tgacccattt tgaggacatt 60 aatattttca ttggttataa gccttttaat caaaattgtc attaaattga tgtctccctc 120 tcgggtcatt ttcctttctc cctcacaatt aatgtagact ttagcaattt gcacgctgtg 180 ctttgtcttt atatttagta acacaaacat tttgacttgt cttgtagagt ttttctcttt 240 tatttttcta tccaatatga aaactaaaag tgttctcgta tacatatatt aaaattaaag 300 aaacctatga aaacaccaat acaaatgcga tattgttttc agttcgacgt ttcatgtttg 360 ttagaaaatt tctaatgacg tttgtataaa atagacaatt aaacgccaaa cactacatct 420 gtgttttcga acaatattgc gtctgcgttt ccttcatcta tctctctcag tgtcacaatg 480 tctgaactaa gagacagctg taaactatca ttaagacata aactaccaaa gtatcaagct 540 aatgtaaaaa ttactctcat ttccacgtaa caaattgagt tagcttaaga tattagtgaa 600 actaggtttg aattttcttc ttcttcttcc atgcatcctc cgaaaaaagg gaaccaatca 660 aaactgtttg catatcaaac tccaacactt tacagcaaat gcaatctata atctgtgatt 720 tatccaataa aaacctgtga tttatgtttg gctccagcga tgaaagtcta tgcatgtgat 780 ctctatccaa catgagtaat tgttcagaaa ataaaaagta gctgaaatgt atctatataa 840 agaatcatcc acaagtacta ttttcacaca ctacttcaaa atcactactc aagaaatatg 900 aagaagatga atgtggtggc ttttgttacg ctgatcatct cttttcttct gctttctcag 960 gtaaactgtt aaaaccattt tcaagactac cttttctcta tttcagacaa accaaagtaa 1020 aacaatgaaa aatctctctg gtctttcata ggtacttgca gagttgtcat catccagcaa 1080 caatgaaact tcctctgttt ctcaggtaag agtgatacaa aaacatacta aacaaacttt 1140 caagagagta atatataagg aaatgttggc ttcttttttt tgttgctaat cagacgaatg 1200 <210> 767 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 767 ttctcaaata aagttttttt ttataaaaat ggaaaattat cgtattggtg gaaaaagctg 60 tagaaataaa aaattaaatt ggagctttta ttatccttgt tatacgggtc ggtgacacgt 120 cgggaaagac aggcgaatag ttttgtttga gctggccaac gagtttattt ttgttttcgt 180 ttaaagagag aattaaaaaa acaaatcttt ctcgtcctgg caaaaaagaa agaaagattt 240 acttgccaac ctcaacaatt aaaaaaaaat gttatattgc ttctttgtat attttttaat 300 tgagaaaaca ctttgacaaa aagaaaacaa ttaaaaaagg aatatatata tacatttgtt 360 Page 636 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtttaacaa atttgagatt aaaaagaaaa aacaactttg ctagtgggaa ttaatatgga 420 aagaaaagat tagcttaaga gacatttagt aaagatgtaa aaaaaaatac atgttaagag 480 cttcaactag tcatacatga cattgtaaat aaaacaaaat atacccacaa agttctatag 540 ttctaaaaaa aacttttaac ttcaaaaata aaacaataat ctaactttct aagtatagtt 600 tctgaaggtt aaataaaatt tgacgtccat tttcttttca ttgctgaaat tcattttgaa 660 ataaaggaga accacatatg tttttgtccc ttcttcttcc cttcactcgt ttttgctctt 720 gtaatcttgc ttgcactttt tctatggctt gttcaatcgt atccactcac attgtgtttt 780 ccttttacaa catgccgcac aacagcccaa gcttacggta attttcttaa aatgatggca 840 aacaaccact ttatgatcat ataaatgaat atagatgtgt atatgtactt catatttgaa 900 atcgattgaa tgatttggtt ttgaccacat atggaacggt ccatgcaaat ccatgtggct 960 gataaaacta cgacaagtaa aaaaaaagac gcttcatgta agttccaaca taatctccac 1020 cactatcttg gagcttcact ctcacacaca catcatccca tcatttttca gtatatatag 1080 aaatattaac atacaatata tacttgcata aactaacttg gttctcttag atatttcttt 1140 agagttaaat aatcatattc aattttttta aaaaggatgt tagaagggaa agcagtaatg 1200 <210> 768 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 768 tcaaatacac cacgttaatg attcatccgt atggggacag cttagatttt tctgtgtgtt 60 gcatccaaag atgtactgtg tacccaaatt ccgagttcac caaccaggga tgaatgatac 120 tgtgtaccta aattccaaag atgtactgtg taccctaaca gttttcgtct ggttaggaga 180 taatcacttc ttgaaagcag tttgaatgtt tctcaaagaa tggtcatgta ctacccacgt 240 tttttgtttg gttatcttgg aggtaagatg agctggtgac aattctgttt ttggcttata 300 ctaagattaa cgtggagcta gtcctttgct ttacggagct ttgataagat gttttaggat 360 ttaattaccc atcaagaaga taatgaggga gaaaaaggct aaagagattc attcgacttg 420 caaaaccatg gttggaattt tgtgcacata gtgattgagg agagagatag aaagtgaagg 480 gactttaaat gttagacccg ttgaaactag tggtgggcct gtgaaggttg aggttgaggg 540 aagagccagc ctgcccaaaa gaaaaaatat cttgtgcaac ttgtgatgct tggtagcttt 600 ggtcctacat gcttatccag atatttgcag agaaagaaac atcaaaaggt tagccacatt 660 ataggaagaa ctaaaatttt ctaatgctat tttgctcaaa taggtgtttg agagctctgt 720 tcatttaata atgtccatat ttgtggctat gttcactgaa ttattaacag ggaaagcagt 780 tgaaagatag ctaacatgat gtaggggttt tggtttttag gaggcaaaga ggctttcatg 840 ggaccacact ggatgatagt tgcaaaatac attgtggtta aggtttgtct cttgagcaca 900 tgttgagact gggatactct tctgtgagaa cgcattaata gctgtattaa gtgttgatag 960 aatttgtgga cggtaattcc cgtgacattt atggaggtat ctgtgatgtt tttcctatta 1020 Page 637 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaagacaaa taaggagacc caaaaaaggt gagaacaact atacacacaa agaaatttct 1080 tttgtctgaa gacaaaggga gtggtcaatg accagtactc ccctatatgt tgggttagga 1140 cttctactca ttttgcatcg ttgagatact atactgcctt gaaagacttg gtattggatg 1200 <210> 769 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 769 acatgtatga atcattatcc ttttgtaata ctctaaagaa tatatgttgt gattgatatc 60 aaactggacc gatgaagttg tgaattagtt aattacgtag agcgctgaac aaaaaaatca 120 cgtgaacgaa tacagaatgt cggaattgac tacttctcat atatatattt gaaaaattaa 180 aaatgaaatt cacatgaaat tctttattaa ttagctagag cctaatcttt caaactcgta 240 ttgaaagcgt caatataact aaattatgtg tagttacgtt taatagagta catattgagg 300 gaaatatata cacgactcaa atctgagtac agaatcaatc aaaattaagt ttccattatc 360 agttaagtcg cataattaca tgctaatagc atatattaac gtgcgtaaga taaaccctaa 420 tattatagat tgcgattgtt gggagagtat atagattggt tctcttttat ttgtcggtcg 480 aataatccga acgtacaaag gggagcatct tcctcgtgat cttctccagc ttgtacggct 540 taaacgacaa tggcggctct ttcgtggtat atatatagtt atataccgtc attctaatgt 600 attttgagaa gcttttctta taataattaa aatgaatttc ttcaaaatcg aaaacgagat 660 agaatctttg ttgattctgg ttctctttct gataggctcc aatgttcctc tacttttctc 720 tcgttctgtc atttcaataa tctattttgc aaactagtcc caagaacccg aaaaataaat 780 attaaaaccc ccaatggttt ttatgagaat attacaccga atattttttt attgaactta 840 gaaataaagc acatgcttgt taaaaatcca aattctccaa attaatcaac tcaagaattg 900 caatttgtta ttaacaaagg gttgtcttat taatttgatc tcatatggag gttagattat 960 gtaccaatct gaacaaaatc aaaagtataa agcattaatt taaaataata ttgggtttaa 1020 caagcaaatc atgtaaaata agagggccta tcaataattt ttcccaaaca aaaatttcta 1080 tataaattac caatgacttt ccttgaacca gactcaaaca aaccagatct ccttattact 1140 tacaccaata tatatacaca cagagtttct tgacacacac attcagataa tatcaaaatg 1200 <210> 770 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 770 aacatggcaa gctagaagtt gcgtacatta tatgaataga tcatttgaaa ttagtaagca 60 gtcaagttgt taaatagacc agattgttat caagccctag aagtctcgag cttccaaaag 120 tttctaagtg aatagctttc aacttcttcg tcttataaga gaataaacta caaaagtcgc 180 ttacttgaat tcaaacaaat agaggagtct ttttcaatct gcgtctttag ataaaattcg 240 Page 638 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaggcttac tttgatcttg aagatgcttt gaatgtagat attgaatgtg aaattcttaa 300 cgtcatcaaa aagcaccccg tttcttaggt ttgtctattt tatctaccat gcatgtcatg 360 actcgggctt agagggagac ttccaatcaa agatagactt gtatgtttag gagggaacaa 420 tatatgcaat cctaatactg atttctttaa tgttaaaaat gattttaact aaaataagta 480 gtttttttct cttgcgggtt caatcctaat gaatttgata aggtaaaact tggaagatag 540 tttggtcgca actatcttct tcatttcgaa tgttctaagc gaattttggg aagctctcaa 600 aagcttgtag aagctctcaa agaatttgaa agctatagac aacttgtgac aaaaattctt 660 tagtttttag tgaaaatctt tacaaggaag tggtataata aagaacaaat tggggtgatg 720 aatttagggt gtaaaaaaaa ttgatttact gaacaatttt gcataacttg gaaaagctag 780 cattgaaaga atcttaacaa ttaatttata catttagatg atctaattcc agccgagtgt 840 ttgaattctt gaggaccgtt cgtcactaac aagtaaaaag atattaaaaa aaaataaaaa 900 actgatgaca tgagtagacc ccaaaatcgt agagatcacc aagatatgtg ataaatcctt 960 ccaactctaa attccacaaa aacaattaaa atgtttattt ctgaattttc gcgggaggac 1020 gtcaatgttg aaaattcaac aagaatttga gtaccttaaa aatctaatct tattatccat 1080 ttcgtttgca aactcgttat ggagttcttg aaaatactct ctgctcattt gatttaaaac 1140 taaagtcttt cttttataaa aaaaaaaaac agaaaaaaaa acagtttagg tttagagatg 1200 <210> 771 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 771 attctagcaa ttctcgttga ataagttata caaagtcaca aatcttgctt cttttttatg 60 atctcgattt tgtagtttat tgtagcaatt gtggttgaat taagtatgtt atagacaact 120 catagagtca tagacttggt gtctgatgca ttgttaagta gacggttata agcaagcagc 180 ttaggagcaa tttagatggg acttttatgc tgaggaagta ggtggtaact ctgtgaaaag 240 gagggaaaac tcactaaact aaaacatcaa aacgtagtag tttcatatga aatcaacccc 300 catattatat gctaatgtgc catttgggat ggtcaaccaa aatctaacta gaagtaagca 360 acactttaga ttgacaaggt attgtatagt aaggtgaaag cattcagcat ctaagcttga 420 gaaagcggac atcatctatg atcaaccatc gtttaaggtt agtgacagaa tccatgtcag 480 acttttaaca tatctttaca tatgcatcca tgttagggtt gacggctttg actgaaaaca 540 tttatgcaaa gaaataatgg caacaatcat aatgtttgtg taacataata caatagtagc 600 acttaggtac ttgtgctttg tttttcacat tgttgaaatt cttgattgct tcttgaaaca 660 cttattcaca ttgccattga gtgtctctga atctaaaacc agcccatttc ttcaaaaatc 720 taaaagatgt ctttttcctc gatctccaaa agatattgca acaatccctc cccacttgtt 780 cttttcgtct acacagctct acccttggac tgatataaag agtaaaaaca agttggctat 840 Page 639 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttcttacaaa taaaaagaaa gaaaagaaaa gtggttattg gtccatatta gataaatgag 900 taagagagaa cctagtaaac cactgccgta gagaccaatg actacgacca ccacgcggtt 960 tgtgatgaag agggtcccaa aatggataca cttctctacc tattttttaa catatcctac 1020 aaaatctcaa tggtttttat ttagttcgat aaagtattat tccgaatgta aatagtggaa 1080 caaaaagaac agctgggagg attttgttta aaaggacact acacttccca gctttccctc 1140 actgcccgaa aagaacactg cagaaacact ttcctctgtt cacagagaaa gagagagatg 1200 <210> 772 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 772 attaaagtca actatttcaa atatattcat ataaatttaa ataaatgaaa attatttaaa 60 tataaaaaac aaatacaaca ataatagtac actgagcatt tcaacacaaa ttaaaattaa 120 cattacaatg ataaataaat acataaacac acaaaataaa ttaacacttg aaaaaattac 180 attaaaacat aactaataaa aaattaaatt cgtaatgcaa tattaatatt caggtaaatt 240 tgatcctgaa cctccaagat caccaaaata ttgtccataa acatttgatg gaatcggagg 300 ttgttgttgt tcttgatttc ttttttgtat gattcttgct tgttcagatc gtataaattc 360 acatgtatta ctatcatcaa tatcgcttaa acgtgttagc aatattttat tttccttccc 420 tatttctttt agagctaatt tttttgcttg attttgcata cgcaattgag ccatctcata 480 atccttgctt ctagttgatg cactttcttt caaaaaatca agagagacat ctcataacaa 540 gaagcatgcc gaaaagatgt tgaacgtgcg tttggagtct tacaatcgaa gtttgctatc 600 atagcatgat cgtcatgtta ctggaacaaa gaagtattgc atgatataat gacagcttgc 660 attataatgc ataacataat aattgaggat gaacatgata tcaatgcact gattagagat 720 tcaagattga tgccaccgcc aacagttgaa acggggttaa atgaacagac aagatttcaa 780 caatttttat cttataatct acagataaaa aataaagaga ctaatttatc actttgaaat 840 gcattgagtg atcatatatg ggagcatttt ggaaatattt atatagagta attttgtaat 900 tttataaatc attttatgtt tttttttatg tttttttttt aatttatata taatattata 960 ttattatatg gagttttttt tttaaatctt gtttggcata attgtttcta taatatatgt 1020 gttatattta tttgtgaaag ttttatcact ataactgatt attgttaaaa attgaggatt 1080 ataatgtaaa tacttcaaaa aattaaaata aatttgtggg tataccattg gagtaagtga 1140 ccctcaaatc ttcattttga gggtgtgccc cctttaaaat gagggccatt gttggagatg 1200 <210> 773 <211> 1200 <212> DNA <213> Arabidopsis thaliana <400> 773 aacaacatta ttgatttttt ttcggtctac ctaagttttg acctttcttt tttaattgtg 60 Page 640 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aacaattgaa catgcgtatt acttattgat aatactttta tcttcaataa aaaaaataac 120 acacgaacat aatatagaaa tagtgtgttc caatactgga gattatttag taagttcagt 180 tggacgcttt gtcattgcat agtttggaat ttattcctaa actttctaag aacacgttct 240 tataggaatt tgcatgacga aaaaatcaat actagttgca ttattgttgg agcatcatcg 300 ggagtgattt tttttgtgtt ttcctattta ctacattgtg ttttcctgac cttttaaata 360 aaaaggaaat acacaaaacc atatataaat atatgtatat atatatctga ctgtgctcaa 420 gtaaaattca cggatcagac gttaaaaaaa tgatcatgct taatattttc tcattttaga 480 tgaagacaaa aaaaaaaaaa aggaattgca atcgtagatt tgactttatt tttatttaat 540 ttttctattc tttttccgaa agcagagaaa aatggagcgg tggagagtag agaagtcggt 600 cataagaatg tctctctctc tatttctttg tctttcacta tcgcccatac attatcttgc 660 ttctttcatt tattccatca atatttttgt tttaaaatga aagatttaca cattaacatg 720 aatacttata ctactcttta tcgcgtatat atagtatagt ctatgttatt atgaatttat 780 gattatattt tttctataaa acgtgcgaaa actcatttca catatacaaa caaatatata 840 cgttttgtat taaaaaaaag caactgtaaa ttttataaat ctgaaatgta acatttgaag 900 tcgaccaaag tttgtaaggt aataatttgt actaattctc catactgtgt cataatcacg 960 attcaaggat aaatatatga gttgtggacc aaaacaaatc ctccatatca atcaatcata 1020 aatgaaataa gcgaatatac atatatacaa ccgactatat atatatatat atgctgctct 1080 tcattaaccc caagaaagaa aaccaaagtg tgaagtccga atctctctga ttctacaatt 1140 cacaaaaacc ggaaaaaaaa aaagacaagt aaagaaagct ttgttcagtt tacttcaatg 1200 <210> 774 <211> 690 <212> DNA <213> Oryza sativa <400> 774 atggcgaact caccgacgct gacaatgctg gtgttcctag ctattgggct atctctcgtc 60 ctctccgcag ccggcgtgtc tgtggagagc gtggtcaccg aggcgttctt caacgggatc 120 aagaaccagg ccccgaacgg ctgcgccggt aagagcttct acacacggca atcgttcctg 180 aacgccgccc gctcctactc gggcttcgcc aatgaccgca ccaacgacga ctccaagcgc 240 gagatcgctg ccttcttcgc gcatgtcaca cacgagactg gacatatgtg ctacatcaat 300 gagataaatg gggcaaacat ggactattgt gacaagagca acaaacagtg gccgtgccag 360 ccgggcaaga agtactacgg acgcgggccg ctgcagatct catggaactt caactacggg 420 ccggcgggaa agaacatcgg gttcgacggg ctaagggacc cagacaaggt ggcgcaggac 480 ccgacaatct ctttcaagac ggcgctctgg ttctggatga acaacgtgca ccaggtgatg 540 tcgcaggggt ttggcgccac catccgggcc atcaacggtg cgctcgagtg caacgggaag 600 aaccccggtg ccgtcaacgc aagggtaaac tactacaagg actactgccg ccagttcggc 660 gtcagcccgg ggggcaacct ctactgttga 690 Page 641 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 775 <211> 501 <212> DNA <213> Oryza sativa <400> 775 atgtcctcct ccaccttcag cggcgatgag accgcccctt tcttcggctt cctcggcgcc 60 gcctccgccc tcgtattctc ctgcatgggc gccgcctacg gcaccgccaa gagcggcgtg 120 ggcgtggcgt ccatgggggt gatgcgcccg gaactggtga tgaagtccat cgtccccgtc 180 gtcatggccg gagtgctcgg tatctacggc ctcatcatcg ccgtcatcat ctccaccggc 240 atcaacccca aggccaagcc ctacttcctc ttcgacggtt acgcccacct ctcctccggt 300 ctcgcctgcg gcctcgccgg tctcgccgcc ggcatggcca tcggcatcgt cggcgacgcc 360 ggagtcaggg ccaatgcgca gcagccaaag ttgttcgtgg gcatgatcct catccttatc 420 tttgcagaag ctcttgctct gtatggcctg attgttggta tcatcctctc gtctcgtgcg 480 ggccaatctc gagcggatta 501 <210> 776 <211> 1191 <212> DNA <213> Oryza sativa <400> 776 atggccgcac ttgatacctt cctctttacc tcggagtctg tgaacgaggg ccaccctgac 60 aagctctgcg accaagtctc agatgctgtg cttgatgcct gcctcgccga ggaccctgac 120 agcaaggtcg cttgtgagac ctgcaccaag acaaacatgg tcatggtctt tggtgagatc 180 accaccaagg ctaacgttga ctatgagaag attgtcaggg agacatgccg taacatcggt 240 tttgtgtcag ctgatgtcgg tctcgatgct gaccactgca aggtgcttgt gaacatcgag 300 cagcagtccc ctgacattgc acagggtgtg cacggccact tcaccaagcg ccctgaggag 360 attggtgctg gtgaccaggg acacatgttt ggatatgcaa ctgatgagac ccctgagttg 420 atgcccctca gccatgtcct tgctaccaag cttggcgctc gtcttacgga ggttcgcaag 480 aatgggacct gcgcatggct caggcctgac gggaagaccc aagtgactgt tgagtaccgc 540 aatgagagcg gtgccagggt ccctgtccgt gtccacaccg tcctcatctc tacccagcat 600 gatgagacag tcaccaacga tgagattgct gctgacctga aggagcatgt catcaagcct 660 gtcattcccg agcagtacct tgatgagaag acaatcttcc atcttaaccc atctggtcgc 720 ttcgtcattg gcggacctca tggtgatgct ggtctcactg gccggaagat catcattgac 780 acttatggtg gctggggagc tcacggtggt ggtgccttct ctggcaagga cccaaccaag 840 gttgaccgca gtggagcata cgtcgcaagg caagctgcca agagcattgt tgctagtggc 900 cttgctcgcc gctgcattgt ccaagtatca tacgccatcg gtgtcccaga gccactgtcc 960 gtattcgtcg acacatacgg cactggcagg atccctgaca aggagatcct caagattgtg 1020 aaggagaact tcgacttcag gcctggcatg atcatcatca accttgacct caagaaaggc 1080 Page 642 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggcaacggac gctacctcaa gacggcggct tacggtcact tcggaaggga cgacccagac 1140 ttcacctggg aggtggtgaa gcccctcaag tgggagaagc cttctgccta 1191 <210> 777 <211> 1467 <212> DNA <213> Oryza sativa <400> 777 atggtggtga gcgtggccgc gaccgactcg gacacggccc agccggtgca gtactccacc 60 ttcttcgcct cccgctacgt ccgcgacccg ctcccgcggt tcaggatgcc ggagcagtcg 120 atcccgaggg aggcggcgta ccagatcatc aacgacgagc tgatgctgga cgggaacccg 180 cggctaaacc tgggcgtcct tcgtcaccac gtggatggag cccgaaaccg ttgtgtgaat 240 atgatagctc acctgttcaa tgcaccaatc aaggaggatg aaacagctat tggagttggg 300 acggtgggat cctcagaagc aattatgctt gcaggactgg cattcaagag gaagtggcaa 360 aacaaacgga aggaacaggg gaagccatgt gacaaaccca acattgttac tggtgctaat 420 gttcaggttt gctgggagaa atttgccaga tattttgaag tagaactgaa ggaggttaag 480 ctcagtgaag gatactatgt catggatcct gtaaaggctg ttgaaatggt ggatgagaac 540 actatatgcg ttgcggccat cttgggctct actctcactg gagagtttga ggatgttaag 600 ttattgaata atctcctaac agaaaagaat aaggaaactg ggttgtctct ggaggtcgat 660 cggtatgacc aggaaaactg gtgggatgtg ccaattcatg ttgatgcagc aagtggagga 720 tttatagcac cttttctata ccctgagctt gaatgggact tcaggctacc actggtgaag 780 agcatcaatg tcagtgggca caagtatggc cttgtgtatc caggtgttgg ttgggtcatt 840 tggcgaagca aagaggattt gcctgaagaa ctcattttcc atataaacta tctggggaca 900 gaccagccga cgttcactct gaacttctcc aaaggttcca gccagataat cgcacagtac 960 tatcaactaa tacgcctggg attcgaggga tacaagaaca tcatgcagaa ttgcatggag 1020 aacacagcaa tactaaggga aggcatagag gcgactggtc gattcgaaat cctctccaag 1080 gaggccggtg tgcccttggt ggcgttctcg ctcaaggaca gcggcaggta caccgtgttc 1140 gacatctccg agcacctgag gaggttcggc tggatcgtgc cggcgtacac catgccggcc 1200 aacgccgagc acgtcgccgt cctccgcgtc gtcatcaggg aggacttcag ccggagcctc 1260 gccgagcggc tcgtctcgga catcgtcaag atcctgcacg agctggacgc ccattcggcc 1320 caggtgctga agatctccag cgccatcgcg aagcagcaat cgggcgacga tggcgtggtc 1380 accaagaaga gcgtcctgga gaccgagagg gagatcttcg cgtactggag ggaccaggtg 1440 aagaagaagc agaccggaat ctgctag 1467 <210> 778 <211> 510 <212> DNA <213> Oryza sativa Page 643 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 778 atggccggcg cgtcgacctt cagtggcgac gagacggcgc ccttcttcgg cttcctgggc 60 gccgcggcgg cgctcgtctt ctcctgcatg ggcgccgcct acggcacggc caagagcggc 120 gtcggggtgg cgtccatggg cgtcatgcgc ccggagctcg tcatgaaatc catcgtgccc 180 gtcgtcatgg ccggggtgct cgggatctac ggcctcatca tcgccgtcat catcagcacc 240 gggatcaacc ccaaggccaa gccctacttc ctcttcgacg gctacgcgca cctctcctcc 300 ggcctcgckt gcggcctcgc cggcctcgcc gccgggatgg ccatcggcat cgtcggcgac 360 gccggcgtca gggcaaatgc tcaacagcca aaactgtttg tgggtatgat cctcatcctt 420 atccttatct ttgcggaagc gcttgcactc tatggtctca ttgttggtat catcttgtca 480 tctcgtgctg gtcaatcccg agcggactaa 510 <210> 779 <211> 1545 <212> DNA <213> Oryza sativa <400> 779 atggcctcca tctccgccgc ctcccccgtc gctgggaagg ccgccgcctt cgcccacaag 60 aacgagctcg ccgccgccgc cgtggcgccg tcgcagcagc agctgcagcg gagggtgagt 120 gggaggaggg cgcgttcggg gagggtccgc gccgtcgcma agcccgcccg cgcccccggg 180 gccccgtcct ccactggctc ggtgaagagc gccatgacga tgacagagaa gatcctggcg 240 agggcgtcgg agcgcgccag cttggagccc ggggagaacg tgtgggtgga cgtcgacgtg 300 ctgatgacgc acgacgtctg cggccctggc accatcggga tcttcaagcg ggagttcggg 360 gaggacgcca aggtttggga ccgagagaag gtggtcatca tcccggacca ctacatcttc 420 accagcgatg agcgagcaaa ccgaaatgtt gatatcctca gggatttctg tatggagcag 480 aacatcaagt acttctatga catcaaggac ctgagcaatt tcaaagcaaa tccagactac 540 aagggtgttt gccacgttgc tcttgctcaa gagggtcatt gcagaccagg cgaggttctc 600 cttggtactg attctcatac atgcaatgct ggagcctttg gccaatttgc aactggaatt 660 ggaaacactg atgctggttt tgtgatgggc actgggaagg ctcttcttaa ggtgcctcca 720 actatcaggt ttgtattaga tggagaaatg ccaccttatt tacttgcaaa ggatctgatt 780 ttacaaatta ttggtgagat ttctgtatct ggcgcaacat acaaatccat ggagtttgtt 840 ggatcaactg tggaaagtct aaatatggaa gagcgaatga cactgtgcaa catggttatt 900 gaagctggtg gcaagaatgg tgttgtgcct gccgatcaaa ctacatttaa ctatcttgag 960 ggcaagacat cagttgaata cgagcctgtc tatagtgatg ctcaggccag atttgttagt 1020 gactaccggt ttgatgtatc caaattggag ccagttattg ccaagccaca ttcacctgac 1080 aaccgtgctc tagcaagaga gtgcaaagat gtcaagattg accgggtcta tatcggttct 1140 tgtactggag gtaaaactga ggacttcttt gctgctgcga aggtgttctt agcttcgggg 1200 aagaaggtta aagttcccac ttttctcgtt ccggcgacac aaaaggtgtg gatggacatt 1260 Page 644 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatagcatcc ctgtaccagg agccggtggc aaaacttgct cacagatatt tgaggaggct 1320 ggttgtgata caccagctag ccctagttgt ggtgcttgtt tgggtggtcc tcgtgataca 1380 tatgctcgca tgaatgaacc tatggtgtgt gtgtcgacga cgaacaggaa tttccccggc 1440 aggatggggc acaaggaagg gcagatctac ctggcttcgc cgttcaccgc ggcggcttca 1500 gccctcaccg gatacgtcac tgaccccagg gacttcctga tgtaa 1545 <210> 780 <211> 519 <212> DNA <213> Oryza sativa <400> 780 atgtcgaaca cgagggtgtt cttcgacatg accgtcggcg gagctccggc ggggcggatc 60 gtgatggagc tgtacgcgaa ggacgtgccg cggacggcgg agaacttccg cgcgctctgc 120 accggcgaga agggcgtggg caagagcggc aagccgctgc actacaaggg gagcaccttc 180 caccgcgtga tcccggagtt catgtgccag ggcggcgact tcacccgcgg caacggcacg 240 ggaggggagt cgatctacgg cgagaagttc gccgacgagg tgttcaagtt caagcacgac 300 agccccggca tcctgtccat ggcgaacgcc gggcccaaca ctaacgggtc ccagttcttc 360 atctgcaccg tgccctgcag ctggctggac gggaagcacg tcgtgttcgg ccgcgtcgtc 420 gagggcatgg acgtcgtcaa ggccatcgag aaggtgggat cccgcggcgg gagcaccgcc 480 aagccggtcg tcatcgccga ctgcggccag ctctcctag 519 <210> 781 <211> 747 <212> DNA <213> Oryza sativa <400> 781 atgtcgggca acatcgcctt cggccgcttc gatgactcct tcagcgcggc ctccctcaag 60 gcctacgtcg ccgagttcat ctccaccctc gtcttcgtct tcgccggcgt cggctccgcc 120 atcgcctaca ccaagttgac cggcggcgcg ccgcttgacc cggccgggct ggtcgccgtg 180 gcggtgtgcc acgggttcgg gctgttcgtg gcggtggcca tcggcgccaa catctccggc 240 ggccacgtca acccggccgt caccttcggc ctcgccctcg gcggccagat caccatcctc 300 accggcgtct tctactggat cgcccagctc ctcggcgcca tcgtcggcgc cgtcctcgtc 360 cagttctgca ccggcgtggc gacaccgacg cacgggctgt ccggcgtggg cgcgttcgag 420 ggcgtggtga tggagatcat cgtcaccttc gggctggtgt acaccgtgta cgccaccgcc 480 gccgacccca agaaggggtc gctcggcacc atcgcgccca tcgccatcgg cttcatcgtc 540 ggcgccaaca tcctcgtcgc cggccccttc tccggcggct ccatgaaccc ggcgcgctcc 600 ttcggccccg ccgtcgccag cggcgactac accaacatct ggatctactg ggtcggcccc 660 ctcgtcggcg gcggcctcgc cggcctcgtc taccggtacg tctacatgtg cggcgaccac 720 gcccccgttg ccagcagcga gttctaa 747 Page 645 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 782 <211> 1455 <212> DNA <213> Oryza sativa <400> 782 atggcgctgt cgacggcgca gacaggggag tcgatgcact cctcgacgtt cgcgtcgcgg 60 tacgtgcgca cggcgctgcc gaggttcagg atgccggaga agtcgatccc caaggacgcg 120 gcgtaccaga tcatcaacga cgagctgatg ctcgacggca acccgcgcct gaacctggcg 180 tccttcgtca ccacgtggat ggagcccgag tgcgacaagc tcatgatggc cgccatcaac 240 aagaactacg tcgacatgga tgagtacccc gtcaccaccg agctccagaa ccggtgcgtg 300 aacatgatcg cgcatctgtt caacgcgccg atcggggacg acgagacggc ggtcggggtg 360 ggcacggtgg ggtcgtcgga ggccatcatg ctggcggggc tggcgttcaa gaggaagtgg 420 cagaacagga tgaaggccga ggggaagccc cacgacaagc ccaacatcgt gacgggggcc 480 aacgtgcagg tgtgctggga gaagttcgcg cgctacttcg aggtggagct caaggaggtg 540 aagctgaccc aagggtacta cgtgatgaac ccggagaagg ccgtggagat ggtcgacgag 600 aacaccatct gcgtcgccgc catcctcggc tccaccctca acggcgagtt cgaggacgtc 660 aagatgctca acgacctcct caccgccaag aacgccgaga cagggtggaa cacgccgatc 720 catgtggacg cggcgagcgg cgggttcatc gcgccgttca tctacccgga gctggagtgg 780 gacttccggc tgccgctggt gaagagcatc aacgtcagcg gccacaagta cgggctcgtc 840 tacgccggcg tcgggtgggt catctggcgc aacaaggagg acctccccga tgagctcatc 900 ttccacatca actacctcgg cgccgaccag ccaaccttca cgctcaactt ctccaaagga 960 tcgaaccaga taattgcgca gtattaccag ctcattcgtc tcggattcga ggggtacaag 1020 gacatcatgc agaactgccg ggacaacgcg acggtgctcc gggaggggat cgagaagacg 1080 ggccacttcg acgtggtgtc caaggactcc ggcgtgccgc tggtggcctt ctccctcaag 1140 gactcgtcgc ggtacacggt gttcgaggtg gccgagagcc tccgccgctt cggctggatc 1200 gtgccggcgt acaccatgcc cgccgacgct gagcacgtcg ccgtgatgcg cgtcgtcatc 1260 cgcgaggact tcagccgcgg cctcgccgag cgcctcatca ccgacctcac caagacggtg 1320 gccgatatgg acgcccacgc cgtcaagaag gccgccgccg agccggccaa gaagaccgtg 1380 cgggagatag agaaggaggt gaccacctac tggcggagtt tcgtcgccag gaagaagagc 1440 agcctcgtct gctga 1455 <210> 783 <211> 1302 <212> DNA <213> Oryza sativa <400> 783 atggttctga cgcacgtcga ggcggtggag gagggcagcg aggcggcggc cgccgtgttc 60 gcgtcgaggt acgtgcagga cccggtgccg aggtacgagc tcggcgagag gtcgatatcc 120 Page 646 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaggacgccg cgtaccagat cgtccacgac gagctcctcc tggacagcag cccgcgcctg 180 aacctggcgt ccttcgtcac cacctggatg gagcccgagt gcgacaggct catcctcgag 240 gccatcaaca agaactacgc cgacatggac gagtaccccg tcaccaccga gctccaggca 300 agcaatcaaa caaaccaaac catataccct cgtctcctcc atatcctttc gttgcattgc 360 gttgtggttg acaaccggtg cgtgaacatc atagcgaggc tgttcaatgc gccggtgggc 420 gacggcgaga aggcggtcgg ggtgggcacg gtgtgctggg agaagttcgc gcgctacttc 480 gaggtggagc tcaaggaggt gaagctgacc gaaggctgct acgtgatgga ccccgtcaag 540 gccgtggaca tggtcgacga gaacaccatc tgcgtcgccg ccatcctcgg ctccaccctc 600 accggcgagt tcgaggacgt caggcgcctc aacgacctcc tcgccgccaa gaacaagcgg 660 acgggttggg acacgccgat ccacgtcgac gcggcgagcg gcgggttcat cgcgccgttc 720 atctacccgg agctggagtg ggacttccgg ctgccgctgg tgaagagcat caacgtcagc 780 ggccacaagt acgggctcgt ctacgccggc gtcgggtggg ggtacaagag cgtgatgaag 840 aactgcatgg agagcscaag gacgctccgg gagggcctgg agaagacggg gcggttcacc 900 atcatctcca aggaggaggg cgtgccgctg gtggccttca cgttcaagga cggcgccggc 960 gcgcaggcct tcaggctgtc gtcgggcctg cgccggtacg ggtggatcgt gccggcgtac 1020 acgatgccgg cggcgctgga gcacatgacg gtgctccgcg tcgtcgtccg ggaagacttc 1080 ggccggccgc tcgccgagcg gttcctgtcc cacgtcagga tggccctgga cgagatggac 1140 ctcgccgcca gggcccccgt gcccagggtg cagctcacca tcgagctcgg ccccgcccgg 1200 accgccggcg aggaggcctc gatcagggtg gtcaagagcg aggccgtgcc cgtgcgcaag 1260 agcgtcccgc tcgtcgccgg caaaaccaag ggcgtttgct ag 1302 <210> 784 <211> 1185 <212> DNA <213> Oryza sativa <400> 784 atggcggcgg agacgttcct cttcacctcc gagtccgtga acgagggtca cccggacaag 60 ctgtgcgacc aggtgtcgga cgcggtgctc gacgcgtgcc tcgcccagga ccccgacagc 120 aaggtggcgt gcgagacgtg caccaagacc aacatggtga tggtgttcgg cgagatcacc 180 accaaggcca ccgtcgacta cgagaagatc gtccgcgaca cctgccgcgg catcggcttc 240 gtgtccgacg acgtcggcct cgacgccgac cgctgcaagg tgctcgtcaa catcgagcag 300 cagtcgcccg acatcgcgca gggggtgcac ggccacttca ccaagcgccc cgaggagatc 360 ggcgccggcg accagggcca catgttcggc tacgccaccg acgagacccc cgagctgatg 420 cccctcagcc acgtcctcgc caccaagctc ggcgcccgcc tcaccgaggt ccgcaagaac 480 ggcacctgcg cctggctcag gcccgacggc aagacccagg tcaccgttga gtacctcaac 540 gacgccggcg ccatggtccc cgtccgcgtc cacaccgtcc tcatctccac ccagcacgac 600 gagaccgtca ccaacgacga gatcgccgcc gacctcaagg agcacgtcat caagccggtc 660 Page 647 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atccccgaca agtacctcga cgagaagacc atcttccacc tcaacccctc gggccgcttc 720 gtcatcggcg ggccccacgg cgacgccggc ctcaccggcc gcaagatcat catcgacacc 780 tacggcggat ggggcgcgca cggcggcggc gccttctccg gcaaggaccc gaccaaggtc 840 gaccggagcg gcgcctacat cgccaggcag gccgccaaga gcatcgtcgc cagcggcctc 900 gcccgccgct gcatcgtgca ggtgtcgtac gccatcggcg tccccgagcc gctctccgtg 960 ttcgtcgact cctacggcac cggcaagatc cccgacaagg agatcctcaa gatcgtcaag 1020 gagaacttcg atttcaggcc cgggatgatg accatcaacc tcgacctcaa gaggggcggc 1080 aaccggttca tcaagaccgc ggcgtacggc catttcggcc gcgaggatcc cgacttcaca 1140 tgggaggttg tcaagccgct caagtatgag aaggcatctt cctga 1185 <210> 785 <211> 660 <212> DNA <213> Oryza sativa <400> 785 atggggagga gacctgcaag gtgctatcgc cagatcaaga acaagccgta ccccaagtca 60 aggtactgcc gtggtgtccc tgaccccaag atcaggatct acgatgtcgg gatgaagaag 120 aagggtgtgg atgagttctc ccactgtgtg catctcgtct cttgggagaa ggagaatgtc 180 accagtgagg ctcttgaggc tgcgcgtatc gcgtgcaaca agtacatgac caagtctgca 240 ggaaaggatg ccttccacct cagggttcgg gttcacccgt tccatgtgct ccgtatcaac 300 aagatgcttt cgtgtgccgg ggcagatagg ctccagactg gaatgagggg tgcttttggg 360 aagccacagg gaacctgtgc tagggtgkat attggccagg tcctcctttc tgtgcggtgc 420 aagcccaaca atgctgtcca tgccagcgaa gccctccgtc gtgccaagtt caagttccct 480 ggtcgccaaa agatcattga gagtagaaag tggggtttca ccaagttcag ccgcgatgaa 540 tacgtcaggc ttaagagcga gggtagaatc atgcctgatg gtgtcaatgc taagctactt 600 ggttgccatg gtcgcctctc tgctcgtgcc cccgggaagg ccttcctctc agccgcttag 660 <210> 786 <211> 543 <212> DNA <213> Oryza sativa <400> 786 atgtcttcca cgttcaacgg cgacgagttc gccccgttct tgggcttcat cggcgccgcc 60 ctcgccctcg tcttctcatg catgggggcg gcgtacggga cggctcggag cggcgtcggg 120 gtggcgcaca tgggggtgat gcggccggag ctggtgatga agtcgatcgt gccggtggtg 180 atggccggag tgctggggat ctacggcctc atcatcgctg tcatcatcac caccggcatc 240 aacccgacgg cgatgccgta ctaccacttc gacggctccg tccacctcgc cgcggggctc 300 gccacggggc tctgcgccct cgccgccggc ctcgccatcg gcgtcgtcgg cgacgcccgg 360 cktcagggcc aacgcgcagc agcccaagct gttcgtcggc atgatcctca tcctcatctt 420 Page 648 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgccgaggcg cttggcctct acggcctcat cgtcggcatc atcctctcct cccgcgccgg 480 ccagtcgcgc gcccactaat ccattacatc gcatctctaa ttttatttat ttttacagta 540 taa 543 <210> 787 <211> 495 <212> DNA <213> Oryza sativa <400> 787 atggcggcgg agacgttcct cttcacctcc gagtccagga acgagggtca ccccgacaag 60 ctgtgcgacc aggtgtccga cgccgtcctc gacgtgtgcc tcgcccagga ccccgagggc 120 aaggtggcgt gcgagacctg caccaagaca aacatggtca tggtgttcgg cgagatcacc 180 accaaggcca gcgtcgacta cgagaagatc gtccgcgaca cctgccgcaa catcggcttc 240 gtctccgacg acatcggtct cgacgccgac cgctgcaagg tgctcgtcaa catcgagcag 300 cagtcgcccg acattgccca gggcgtgcac ggccacttca ccaagcaccc cgaggagatc 360 ggcgccggcg accagggcca catgttcggc tacgccaccg acgagacccc tgagctgatg 420 cccctcagcc acgtcctcgc caccaagctc ggcgcccgcc taaccgaggt ccgcaagaac 480 ggcacctgcg cctag 495 <210> 788 <211> 1743 <212> DNA <213> Oryza sativa <400> 788 atggccgacg accactactc ctccaagcgc aacacacctc agtactcctc atatggtgga 60 taccagggta caagcaaaac aattgaaatc ccaaatggaa gggttggtgt tatcattgga 120 aagtcgggag aaactataaa gaatctccaa cttcagtcag gagctaagat ccaagtgaca 180 agagaccttg atgctctacc tggctcacag acaagacctg ttgaactttc aggcactcct 240 gatcagataa gcagagctga gcaattgatc aatgaggtcc tggcagaggc tgatgctgct 300 tcatctggta atctctctag ccgaaagtac aatgctcctc aaccaggcgc tgatcaattc 360 caaatgaaaa tagctaacaa taaggttggt ctggttattg gaaagggtgg tgagactata 420 aaatccatgc aagccaaatc tggtgctcgt atacaggttg tccctttgca tttaccccct 480 ggtgatcctg caaccgaaag aacagtgtat attgatggta cacaagagca aattgaaact 540 gcaaagcaat tggtgattga ggttaccagt gagaatcgtg ctagaaaccc aatgtcaggt 600 ggctattctc agcagggcta tcgccctcct cgtcctcagt caaattgggg tccgcatggg 660 ggggcaccga tgcaacagcc tggttatggt tacatgcagc ctggagccta tcctggggca 720 cccccacaat atggcgctcc tcagcaacct tatggtagct accctccagc atctgggggt 780 tatcagactg ggtgggatca atcatcaaat cagcaatctc agcaggcccc ccctggcacg 840 ggctatgatt attacaatca acagcagcaa cctcaacagc aacaatctgc ccctgggact 900 Page 649 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gctgcacctg gtgatgctac tagctataat tccagccagc ctcctgcata tgcttcccaa 960 gggtatgatt cgtcctacgc tcagcagagt ggtgggcagc agcaggcata tgattattct 1020 agttattatc agacccaagg gcagcagcag ggctactctc agcagactgg atatgatcag 1080 cagggctatg gaacttctgg ctatgggtcc gccgctaatt caactcagga tgggtccgca 1140 ccaagctatg gtgctcaagg tgtagctggt caagcatctc ctgggcagca aacttcaact 1200 cctgctgctg gaagccaccc tggctattca agccaaccac ctactagcgc tgcttcaagc 1260 tacccggtgc aagggtctgc tcctcagtct ggatatgggg cgccaccacc acagactggc 1320 tatggtaccc agccccaacc acagggaggg tatagtcagg gcagctatgg cgcacctccg 1380 cagggacaga aggctcctcc taacacttct ccttacggac aggcgccgcc tcctggatct 1440 gctcctggtg ggtatggcca gtatggttac tctcagaacc agcaaggcta tggcgcacct 1500 ccaccttacc ctggtgcacc tgctgcaagc cacccaggct atggtcagca gcagtcctat 1560 ggtgatcctt atggcagtgg aagctacggg cagcctgccg catattctac tgaagctaca 1620 actgctgctg cctcccagga ccaatctgct tccgcccctg cgactggtgc tgcgcctgcg 1680 acaaccgctg ctccggcacc tactgctcct gagaacagtg gagcccaaag ccctgctagt 1740 taa 1743 <210> 789 <211> 927 <212> DNA <213> Oryza sativa <400> 789 atgtcgcagc ctgctgagct ttcccgtgag gagaatgtgt acatggctaa gcttgcagag 60 caggccgaga ggtatgagga gatggttgag ttcatggaga aggttgctaa gacagttgac 120 tctgaggagc tcactgttga ggagcgcaac cttctatcag ttgcttacaa gaatgttatt 180 ggtgctcgcc gtgcgtcatg gcgcatcata tcatccattg aacagaagga agagagccgt 240 ggtaatgagg atcgttgcac gctcatcaag gaatacaggg gaaagattga aactgagctc 300 tccaagatct gtgatggcat cctcaagctt cttgactccc accttgtgcc ttcatccact 360 gctccagagt ccaaggtctt ctacctcaag atgaaaggcg actactacag gtacctcgca 420 gagtttaaga ctggagctga gaggaaggat gctgctgaga acaccatggt ggcatacaaa 480 gccgctcagg atattgccct ggcagagttg cccccaactc atcctatcag acttgggctg 540 gccctcaact tctcggtgtt ttattacgag atcctcaact ctcctgaccg tgcttgcaat 600 cttgcaaagc aggctttcga tgaggctatc tcagagctgg acactctgag tgaggaatcc 660 tacaaggaca gcactttgat catgcagctt ctgcgtgata acctgacgct gtggacttcc 720 gatatctcgg aggcgctccc catttatgtt gtgctaggaa accttgcagc tgactcgctg 780 cttggctggt ggattctcga gctgcacttt ctttgggggg agcctcaggg tggaaccttc 840 atgtcactta ttggatcgat tgttttcggt atgtcagttg tgagccttat ctccagagtc 900 Page 650 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cacagtcctg ccaagtgccc tgcttga 927 <210> 790 <211> 798 <212> DNA <213> Oryza sativa <400> 790 atgtcgccgg cggagccgac gagggaggag agcgtgtaca aggcgaagct ggcggagcag 60 gcggagcggt acgaggagat ggtggagtac atggagcgct tggcgcgcgc ggcggggggc 120 gcctccggcg gggaggagct cacggtggag gagcggaacc tgctgtccgt ggcgtacaag 180 aacgtcatcg gcgcccgccg cgcgtcgtgg cggatcatct cgtcgatcga gcagaaggag 240 gagggccgcg ggaacgacgc ccacgccgcc accatccgct cctacagggg caagatcgag 300 gccgagctcg cccgcatctg cgacggcatc ctggccctgc tcgactccca cctcgtcccc 360 tccgccggcg ccgccgagtc caaggtcttc tacctcaaga tgaagggcga ctaccacagg 420 taccttgcgg agtttaagtc tggcgacgag aggaagcagg ctgcggagag caccatgaat 480 gcatacaagg ctgctcagga cattgctctc gcagatttgg ctccgaccca ccccataagg 540 cttgggcttg cactcaactt ttcagtgttc tactatgaga tcttgaactc ccctgaccgt 600 gcctgcaacc tcgcgaagca ggcgtttgat gaggccatat cagaactgga cagccttggt 660 gaagaatcct acaaggacag cactttgatc atgcagctcc tgcgtgacaa cttgactctg 720 tggacttcag atgccaatga tgatggtggt gacgaaatca aggaagccgc agctccaaaa 780 gagcctgggg atcagtga 798 <210> 791 <211> 657 <212> DNA <213> Oryza sativa <400> 791 atgtcgtttc tgctggattg gttctacgac gtgctggcgt cgatcgggct gtggcaggag 60 gccaagatcc tcttcctcgg cctcgacaac gccggcaaaa ccaccctctt ctacatgctc 120 tcacaagaga atctggcggt gcaccagccg acgcagcacc cgacgtcgga ggagctgagc 180 atcgggcgga tcaggttcaa ggcgttcgac ctcggcggcc accggatcgc tcgccgcgtc 240 tggagggact actacgccca gttaaggagg ttaccgcggt atttatatta ccgtaccccc 300 gcggtaagcc cggtaaccgc ggtaacccgc ggtaaggttg atgcagtagt ttacgtggtg 360 gacgctgccg acaggtgccg gttcgccgag tcgaagatgg agctggacgc cctcctgtct 420 gacgacgcgc tcgctggcgt gccgttcctc gtcctcggga acaagataga catcccgtac 480 gcggtgcccg agcaggagct gtgctactac ctcgggctca ccggcctcac caccggcaag 540 ggcaatgtca accttgcagg aaccggagtg cggccggtcg aggtcttcat gtgcagcgtc 600 gtccgccgga tgggctacgg cgatggcttc aggtggatgt cacagtacat caagtag 660 <210> 792 Page 651 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 843 <212> DNA <213> Oryza sativa <400> 792 atgctggcgt tcctggctct tgggctagcg ctcctcctct ccgccaccgg ccaggcgagc 60 gcgcagaact gcggctgcca gtcgaacatg tgctgcagca aatgggggta ctgcggcacg 120 ggcaaggact actgcggaga tgggtgccgc tctggcccgt gctacggcgg cggcggcggt 180 ggaggaggag gaggcggagg tggtggaggc ggaggcggag gcagcggcgt gtctgtagag 240 agcgtggtca ccgaggcgtt cttcaatggg atcaagaacc aggccccgaa cggttgcgcc 300 ggcaagaact tttacacacg acagtcgttt cttaacgctg cccactccta ctcgggcttc 360 gccagggacc gcaccaacga tgactccaag cgtgagatcg ctgccttctt tgcccacgtc 420 actcatgaga ccggacatat gtgctacatc aacgagataa acggggcgag catggactac 480 tgcgacaaga acaacaagca gtggccgtgc cagccgggga agaagtacta cgggcgcggg 540 ccgctgcaga tctcgtggaa ctacaactac gggcctgcgg ggcagaacat cgggttcgac 600 gggctgaggg acccggacag ggtggcgcag gacccgacga tctccttcaa gacggcgctc 660 tggttctgga tgaacaacgt gcaccaggtg atgttgcagg ggttcggcgc caccatccgg 720 gccatcaacg gtgcgctcga gtgcaacggc aagaaccccg gcgccgtcaa cgcaagggta 780 aactactaca aagactactg ccgccaattc ggcgttgacc cgggtggcaa cctttactgt 840 tga 843 <210> 793 <211> 582 <212> DNA <213> Oryza sativa <400> 793 atgttcctgt gggactggtt ctacggcgtg ctcgcgtcgc tggggctgtg gcagaaggag 60 gccaagatcc tcttcctcgg cctcgacaac gccggcaaga ccaccctcct ccacatgctc 120 aaggacgaga ggttggtgca gcaccagccg acgcagcacc cgacgtcgga ggagctcagc 180 atcgggaaga tcaagttcaa ggccttcgat ctcggcggcc accagatcgc ccgccgcgtc 240 tggaaggact actacgccaa ggttgatgct gtggtatatt tggtagatgc ttatgataag 300 gaacgttttg ctgagtcaaa aaaggagctt gatgcactcc tatctgatga ttcattggca 360 gctgtcccgt ttcttatcct tggcaacaag attgacattc catatgctgc ttctgaagag 420 gagctgcggt atcatctagg ccttagcaac ttcacaactg ggaagggcaa ggtcagccta 480 ggtgaatcca atgtccggcc cctcgaagtg ttcatgtgca gtgttgtccg caagatgggc 540 tatggtgacg ggttcaagtg ggtctcccag tacatcaagt ag 582 <210> 794 <211> 1866 <212> DNA <213> Oryza sativa Page 652 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 794 atggcctccg ctgccgccca cgcggccacc gccaccgccg ccgccgtcct cctcgtcgtc 60 ttcctcgccc cccttgccgc cgcctccgac tccgaccaca agtaccaatc ggaggagaag 120 gttatgctct gggtgaacaa ggttggcccg tacaacaacc cacaggaaac ttacaactac 180 tacagccttc cgttttgcca tccgtccaat aaccccgtgc ataaatgggg agggcttggg 240 gaggttctcg gtggaaatga gctgattgac agccagatcg acataaagtt tggaatgttt 300 aagactgatc atggtttgtc tcaggggatg ttgacaaggg taccatttgt tcaattgaac 360 ttgatcctga caaggccaaa cagttatctg atgcgattga gagttcatat tggtttgaat 420 tcttcattgg ttttgttgga gaggcagaac agaaatagcg ataacaaata tttccttttc 480 actcacaaga acatcgtcat cagatacaat ggcaatcaga ttattcatgt taatcttact 540 caagaaagtc caaagcttat tgatgcgggt aaggcattgg atatgacata ttctgtcaag 600 tgggaaccaa ccaatgtaac atttgctcac cgctttgatg tataccttga ctaccctttc 660 tttgaacacc agatccattg gttctcaatc ttcaattctt tcatgatggt tatctttctc 720 actgggctag tgtcaatgat tttgatgcgc actctaagaa atgactatgc aaagtatgcc 780 cgcgacgatg atgatcttga aactctggaa agagatgtca gtgaagaatc tggatggaag 840 cttgtccatg gggatgtttt ccggcctcct cgcagtttgg ctcttctttc agcccttgtt 900 ggtgttggca cacagttgtc tgctcttatt ctgctagtga ttttgttggc aatcatcgga 960 atgctgtata ttgggcgagg agctattgtc acaacattca ttgtttgtta tgcccttact 1020 tcattcatct ctggatatgt cagtggtgca ctttattcac ggcatggggg gaaaaactgg 1080 atcaaggcaa tgattatgac agcatcacta tttccgttta tgtgctttgg aattggccta 1140 gtgcttaaca caatcgctat attctatcga tcattagctg ccataccatt tggtactatg 1200 gtggttgtgt tcatcctgtg ggccttcata tctttccctc ttgctctttt gggaactgtt 1260 gttggtagaa actggagtgg tgccccaaat aatccatgca gagtaaagac tattcctcgc 1320 cctatccctg agaagaaatg gtacctcacg ccttctgtca ttgccctcat gggaggactg 1380 cttccttttg gtagcatctt cattgagatg tactttgtct tcacatcatt ttggaactac 1440 aaggtgtact atgtatatgg gttcatgttg ctagtctttt tgatcctcat aattgtcacc 1500 atctgtgtaa caatcgttgg tacatatttc ctgctgaatg cggagaacta ccactggcag 1560 tggacttcat tcttctctgc tgcttctact gccgtctatg tttacctcta ctccgtatat 1620 tattaccatg tgaagaccaa gatgtcagga ttctttcaga caagtttcta cttcggctac 1680 actcttatgt tctgcctagg tttaggaaca ctctgcggta agctcttcta caccggtagc 1740 atgcttaaac ccaagaattt gatggtttca actgataccg gttcgaattt tggtccaggt 1800 gctgtcgggt atcttggatc gacactgttt gtgagaagga tctacaggaa cataaagtgt 1860 gactaa 1866 <210> 795 <211> 1530 Page 653 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Oryza sativa <400> 795 atgggaaccc gcagcgtggc cttggtgctc ctcgcggccg tgctgctcca agccctcctc 60 cccgcttcgg cggcggaggg tttggtgcgg atcgcgctga agaagcgccc gatcgacgag 120 aacagccgcg tcgccgcgcg actctccggc gaggaagggg cgcgccggct gggcctccgc 180 ggcgccaact cccttggcgg cggcgggggt gagggcgaca tcgtggcgct gaagaactac 240 atgaacgcgc agtacttcgg ggagattggc gtcggcactc cgccgcagaa attcaccgtc 300 atcttcgaca ctggcagctc caacctctgg gtgccgtcgg ccaagtgcta cttctcgatt 360 gcgtgcttct tccactctcg ctacaagtcc ggacagtcga gcacttatca gaagaatgga 420 aaaccagctg ccattcagta tggcactggt tcaattgctg ggtttttcag cgaggatagt 480 gttacagtag gtgatctggt tgtgaaagat caggaattca ttgaagctac caaggagcca 540 ggtcttactt tcatggttgc aaaatttgat ggcattcttg ggcttggatt tcaggaaata 600 tccgttggag atgcagtacc tgtgtggtat aagatggtag agcaaggtct tgtcagtgag 660 cctgttttct ccttctggtt caaccgtcat tctgatgaag gagaaggtgg tgaaattgtg 720 tttggaggaa tggatcctag ccactacaag ggcaaccata catatgttcc agtctctcag 780 aagggatatt ggcagtttga gatgggcgat gtcctgattg gaggaaagac cacaggattt 840 tgtgctagcg gttgttcagc tatagcagac tctggaacat cattgcttgc tggccccaca 900 gccataatca ctgaaatcaa tgagaagatc ggtgctactg gggtagtcag ccaagaatgc 960 aagacagttg tttctcaata tggacaacag atcctagatc tgttgcttgc tgagacacag 1020 ccatcaaaaa tctgctctca ggttggtctg tgtacttttg atgggaagca tggtgttagt 1080 gctggaatta agagcgtagt agatgatgaa gctggggaat cgaatggtct ccaaagtggt 1140 cccatgtgca atgcctgtga gatggctgtt gtatggatgc agaaccaact tgcacagaac 1200 aagactcagg atctcatctt gaactacatt aatcagctct gtgacaagct cccaagtcca 1260 atgggagaat catctgtgga ctgtggcagc cttgcatcca tgcctgagat ttcattcacc 1320 attggaggca aaaagtttgc actgaagcca gaagagtata ttctgaaggt tggtgaagga 1380 gctgctgccc agtgcatcag tggattcaca gccatggaca tccctcctcc ccgtggtcct 1440 ctctggatcc tgggtgacgt tttcatgggt gcctaccata ccgtgttcga ctacggcaag 1500 atgagggttg gcttcgcgaa gtcggcctaa 1530 <210> 796 <211> 540 <212> DNA <213> Oryza sativa <400> 796 atggcgagca agaaccccaa ggtgttcttc gacatcctca tcggcaaggc cagggccggc 60 cgcgtcgtca tggagctctt cgccgacacc gtccccaaga cggccgagaa ctttcgctgc 120 ctctgcaccg gcgagaaggg cctcggcgcc tccggcaagc cgctgcatta caagggttct 180 Page 654 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gccttccacc gtatcatacc caacttcatg tgccagggcg gcgacttcac ccgcggcaac 240 ggcaccggcg gcgagtccat ctacggcgac aggtttgccg acgagaactt caagctgcgc 300 cacaccggcc caggcgtgct ctccatggcc aacgcagggc caaacaccaa cggctcccaa 360 ttcttcatct gcaccacgcg taccacctgg ctcgacggca agcacgtcgt tttcggcaag 420 gtcgtcgacg gatacaccgt cgtcgagaag atggagcaag tcggctccgg ctctggcggc 480 acggccgagc gcgtcctcat cgaggactgc ggccagctcg ccgacgacca cgccaactga 540 <210> 797 <211> 453 <212> DNA <213> Oryza sativa <400> 797 atggggttgg aggaggacac gccggtgacg aagacggtga aggccgcggc gacggggctg 60 gccgcgggga ccatctgggg cacggtcgtc gcgacatggc acgacgtgcc ccgggtcgag 120 cgccacgtcg cgctcccggg gctcatccgg acgctcaaga tgtgcggcag ctacggggcc 180 acgttcgccg ccgtcggggg cctctacatc ggcgtcgagc agctcgtgct gagccagcgc 240 aagaagaacg actacgtcaa cggggccgtc ggcgccttcg tcgccggcgc caccatattc 300 ggctacaaag gaaggagcat cccttctgcg ctcatagctg gttcttgcct ggcttttaca 360 tctgctgcgc tggacgttgg cggcaacact accagagtgg acaatggcaa agagtactat 420 ccctacacag tcgagaataa gcccgctcat tga 453 <210> 798 <211> 591 <212> DNA <213> Oryza sativa <400> 798 atggggagaa ggcctgctag gtgctaccgc cagatcaaga acaagccgta ccccaagtca 60 aggtactgcc gtggtgtccc tgaccccaag atcaggatct atgatgttgg catgaagaag 120 aagggcgtgg atgagttccc ctactgtgtg cacttggaaa ggatgccttt ccacctaagg 180 gtcagggttc acccgttcca tgtccttcgt atcaacaaga tgctctcgtg tgctggggct 240 gataggctcc aaactggaat gaggggtgct tttgggaagc ctcagggtac ctgtgctcgc 300 gtggacattg gtcaggttct tctttctgtt cgttgcaagg agagcaatgc taaacatgct 360 gaagaggcac tccgccgtgc caagttcaag ttccctggcc ggcaaaagat catccacagc 420 aggaagtggg gcttcaccaa gttcacccgt gaggagtacg tcaagttgaa ggctgagggc 480 agaattatgt ctgatggtgt caatgctcag ctgcttggtt ctcatggtcg tcttgcgaag 540 cgtgcccctg ggaaggcgtt tctggctgag accattcaag cttccgccta 591 <210> 799 <211> 783 <212> DNA <213> Oryza sativa Page 655 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 799 atgtcgcctg ctgaggcatc gcgtgaggag aatgtgtaca tggcaaagct tgccgagcag 60 gctgagcgtt acgaggaaat ggtcgaattc atggagaagg tggcaaagac cactgatgtt 120 ggtgagctca ccgttgagga gcggaacctg ctttctgtgg cttacaagaa cgtgattggt 180 gctcggaggg catcgtggag gatcatctct tctattgagc agaaggagga gagccgtggg 240 aatgaggcat atgttgcatc aattaaggag taccgtagca ggattgaaac tgagctcagc 300 aagatctgtg atggtatcct taagcttctg gattcccacc ttgtcccatc tgccactgct 360 gcagagtcca aggtgttcta cctgaaaatg aagggtgact accacaggta ccttgctgag 420 tttaagtcag gagctgagag gaaggaagca gctgagaaca ctcttgtggc atacaagtct 480 gcccaggata ttgcactcgc tgacctgcct acaactcacc cgataaggct tggacttgca 540 ctgaacttct cagtgttcta ctatgagata ctgaactcac cagaccgtgc ttgcaacctt 600 gcaaagcagg cgttcgacga tgctattgct gaactggaca ctcttggcga ggagtcttac 660 aaggacagca ccttgatcat gcaacttctt cgtgacaatc tgactctctg gacctctgac 720 aatgcggagg atggtggtga cgagatcaag gaagcagcga agcctgaagg agagggccac 780 taa 783 <210> 800 <211> 495 <212> DNA <213> Oryza sativa <400> 800 atggcggcgg agacgttcct cttcacctcc gagtccgtga acgagggtca ccccgacaag 60 ctgtgcgacc aagtgtccga cgccgtcctc gacgcgtgcc ttgcccagga ccccgagggc 120 aaggtggcgt gcgagacctg caccaagaca aacatggtca tggtgttcgg cgagatcacc 180 accaaggcca ccgtcgacta cgagaagatc gtccgcgaca cctgccacaa catcggcttc 240 gtctccgacg acatcggcct cgacgccgac cgctgcaagg tgctcgtcaa catcgagcag 300 cagtcgcccg acattgccca gggcgtgcac ggccacttca ccaagcaccc cgaggagatc 360 ggcgccggcg accagggcca catgttyggc tacrccaccr acgagacccc cgagctgatg 420 cccctcagcc acgtcctcgc caccaagctc ggcgcccgcc tcaccgaggt ccgcaagaac 480 ggcacctgcg cctag 495 <210> 801 <211> 750 <212> DNA <213> Oryza sativa <400> 801 atggcgaagg aaccgatgcg cgtgctcgtc accggcgccg caggacaaat tggatatgct 60 cttgtcccca tgattgctag gggtgtgatg ttgggtgctg accagcctgt tattctacac 120 atgcttgaca ttccaccagc tactgaatct cttaatggcc ttaagatgga gctggttgat 180 Page 656 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gckgcattcc ctcttttgaa gggaattgtc gcaacaactg atgttgtgga ggcctgcact 240 ggtgtgaatg ttgcgttatg gttggttctg gtagttgcca atccagcaaa caccaacgct 300 ctcatcttaa aagaattcgc tccatccatc cctgagaaga acattacttg cctcacccgt 360 cttgaccaca acagggcact tggccagatc tctgaaaaac ttaatgtcca agttactgat 420 gtgaagaatg cgatcatctg gggcaaccac tcatccaccc agtaccctga tgttaaccac 480 gccactgtga agactcccag tggagagaag cctgtcaggg aactcgttgc tgatgatgag 540 tgggaacatt tggtctccat gggtgtgtac tctgatggtt cgtatggtgt gcctgctggt 600 ctgatctact cgttcccagt aacatgcagt ggtggcgaat ggacgattgt tcagggtctc 660 ccgatcgacg agttctcaag gaagaagatg gacgcgactg cccaggagct gtcggaggag 720 aagacgctcg cttactcatg cctcaactaa 750 <210> 802 <211> 1122 <212> DNA <213> Oryza sativa <400> 802 atggaggggc ggatcgtggt ggagctctac gcctccgtgg cccctcgcac ggcggagaac 60 ttccgcgcgc tctgcaccgg cgagaagggc gtcagcgccg ccaccggcgt gccgcttcac 120 tacaagatta gccttaaagc agcatctgtc tgcactaggt ggaccaaggg ttcatgtatt 180 caccggattg tcaaaggttt tatggtgcaa ggtggggata ttaccgctgg tgatggaact 240 gggggagagt caatatatgg attgaatttt gaggatgaaa attttgtcct gaagcatgag 300 agaaaaggga tgttatcaat ggctaatgct ggtcccgata caaatggatc tcagtttttc 360 atcactacaa cccgaacacc acaccttgat gggaaacatg ttgtttttgg aagggttata 420 aaaggaatgg gggtggttcg ctcaatggaa catgtttctg ttggagaatc tgaccgtcca 480 attactgata ttgttattgt tgattgcgga gaactaccag aaggtgccag tgatggagtt 540 gtgaactttt tcagtgatgg tgacatgtat cctgattggc caaatgatct cgaagaaaaa 600 cctgcagaaa tttcttggtg gatgactgct gttgactctg caaaatcttt tggaaatgaa 660 tatttcaaga aaaaagatta caagacagcc ctcaaaaagt acagaaaagc tatgagatac 720 ttagatcttt gctgggagaa agaagagata gatgaagaga agagctcagc actacggaag 780 acaaagtcaa ttatactcac aaatagttct gcttgcaagc tgaagttggg agatttgaaa 840 ggtgctttac tagatgcaga ctttgcattg cgtgaagggg agggaaaccc aaaagctttt 900 ttccgtcaag gacaggcacg catcgcactc aatgatattg atgctgcagt tgagagcttc 960 aagcatgctc tgcagttgga gccaaacgat ggaggaatta agcgggagct ggctgctgca 1020 aaaaagaaga ttgctgacag acgggatcag gagcggaaag cattttctag gatgttccaa 1080 ccatcaggag gttcagagaa gatcgatgaa gagaataact ga 1122 <210> 803 <211> 1944 Page 657 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Oryza sativa <400> 803 atgacgacgc cgaagccgag cccgacgatc cggaggctgg acgtggcgtc gccggtgccg 60 gcggacatcg acatcgccaa cgccgtytcg ccgttcccca tcgccgacat cgccgcggag 120 ctcggcctgc gccccgagca cttcgatctc tacggcaagt acaaggccaa ggtgttgctg 180 tctgttcttg atgagttgaa agggcagcag gatgggtact acgtggtggt cggcggcatc 240 acgccgacgc cgctcgggga gggcaagtcg accaccaccg ttgggctgtg ccaggcgctg 300 ggtgcgtttc ttgataaaaa gataaagttt gtgattggtg ttgaggttgt cacttgcctc 360 cgtcaaccat cacaagggcc tacttttgga atcaaggggg gtgctgctgg aggtggctac 420 agccaagtca tacccatgga tgagttcaat cttcatctta caggagatat ccatgcaatt 480 acagctgcaa acaatcttct tgctgctgct atcgatacaa ggattttcca tgaggcttca 540 caatcagaca aagcgctgtt caatagacta tgtccgccaa acaaagaagg aaagaggcgc 600 tttgctgatg taatgctcag acgcctgata aagcttggaa tctcaaagac agatcctaat 660 gagcttactc cagatgaagt tagacgcttt gcaagacttg acatagaccc tgaatccatt 720 acttggagac gggtcatgga tgtaaatgac cggttcctga gaaaaatcac tattggacaa 780 ggccctgatg aaaaaggtat ggtgagagaa acaggctttg acatagctgt agctagtgag 840 ataatggccg tattagctct tacaacttcc cttgctgaca tgagggaaag gcttggaaga 900 atggtgatag ggaacagcaa ggcaggtgag cctattactg ctgatgatct tggtgttggg 960 ggtgccttga ctgtcctaat gaaagatgcc atccatccaa cgctcatgca aactcttgaa 1020 ggcactcctg tgttagtgca cgctggacct tttgctaata ttgctcatgg aaactcttcg 1080 atagttgctg ataaaattgc actgaagttg gttgggaagg gtggatatgt agttacagag 1140 gcaggttttg gttctgatat tggaactgag aaattcatgg atataaagtg tagatatagt 1200 ggattaatgc ctcagtgtgc tattattgtg gccacaatta gagctcttaa aatgcatggt 1260 gggggccctg atgttgtggc tgggaagcct ttggatcatg catatgtgag tgaaaatgtg 1320 gctcttgttg aagctggatg cgtcaatctt gctaaacata tcgcaaacac aaagagttat 1380 ggagttaatg ttgtagttgc aatcaacaag tttgcatcag atactgaagc agaaatggac 1440 gtggtgcgaa atgcgtcttt ggctgctggt gcttttgatg ctgttgtctg cactcaccat 1500 gcgcatggtg gtaaaggagc ggttgatctt ggactcgcgg ttcaacgggc atgtgagagc 1560 caggcagacc ctctgaaatt tttgtatcct ttagaatctg gcataaagga gaagattgag 1620 tcaatagcta agttctatgg tgctagcggc gttgaatact ctgaacaggc ggagaagcag 1680 attgaaatgt ataccaagca aggcttctca aacctcccaa tatgcatggc gaaaactcag 1740 tactcgtttt cgcatgttcc atccatgaag ggcgcgccgt ctggcttcgt gcttcctatc 1800 agggatgtga gggccagcat tggagccggt ttcatctacc cactggttgg caccatgagc 1860 acaatgcctg gtcttcctac aaggccctgc ttctacgaaa tcgacgtcga cacagccact 1920 Page 658 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ggcaaagtca tgggtctgtc ataa 1944 <210> 804 <211> 561 <212> DNA <213> Oryza sativa <400> 804 atgcactcgc cctgtttcgt gggcgtttcc gtcgccgcca acatctccgg cggccacctt 60 aacccggccg tgacgttcgg cctcgccgtc ggcggccaca tcaccatcct caccggactc 120 ttctactgga tcgcccagct gctaggcgcc tccatcgcct gcctcctcct caagtttgtc 180 acccacggca aggccatccc gacgcacggc gtcgccggca tcagcgagct ggagggcgtc 240 gtgatggaga tcgtcatcac gttcgcgctg gtgtacacgg tgtacgccac ggcggcggac 300 ccgaagaagg gatcgctcgg caccatcgcg cccatcgcga tcggcttcat cgtcggcgcc 360 aacatcctcg ccgccggccc gttcagcggc ggctccatga acccagcgcg ctccttcggc 420 cccgccgtcg ccgccggcaa cttcgctggc aactgggtct actgggtcgg cccgctgatc 480 ggcggcggcc tcgccgggct cgtgtacggc gacgtgttca tcggctcata ccagcccgtt 540 gccgaccagg actacgctta 561 <210> 805 <211> 765 <212> DNA <213> Oryza sativa <400> 805 atggtgaagc tcgcattcgg aagcttgggt gactccttca gcgccacgtc cgtgaaggcc 60 tacgtggcgg agttcatcgc caccctcctc ttcgtcttcg ctggcgtcgg atccgccatt 120 gcctatggtg agctcaacgc attttcccgg gcaattgacc aatggtggcg ccctcgaccc 180 ggccggcctt gtgcgatcgc gatcgcccat gcattggcct gttcgtgggc gtttccgtcg 240 ccgcaacatc tcggcggcca ccttaacccg gccgtgacgt tcggcctcgc cgtcggcggc 300 cacatcacca tcctcaccgg actcttctac tggatcgccc agctgctagg cgcctccatc 360 gcctgcctcc tcctcaagtt tgtcacccac ggcaaggcca tcccgacgca cggcgtcgcc 420 ggcatcagcg agctggaggg cgtcgtgatg gagatcgtca tcacgttcgc gctggtgtac 480 acggtgtacg ccacggcggc ggacccgaag aagggatcgc tcggcaccat cgcgcccatc 540 gcgatcggct tcatcgtcgg cgccaacatc ctcgccgccg gcccgttcag cggcggctcc 600 atgaacccag cgcgctcctt cggccccgcc gtcgccgccg gcaacttcgc tggcaactgg 660 gtctactggg tcggcccgct gatcggcggc ggcctcgccg ggctcgtgta cggcgacgtg 720 ttcatcggct cataccagcc cgttgccgac caggactacg cttaa 765 <210> 806 <211> 1287 <212> DNA <213> Oryza sativa Page 659 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <220> <221> N_region <222> (1240)..(1240) <223> n = any nucleotide <400> 806 atgccggagc agtcgatccc caaggaggcg gcgtaccaga tcatcaacga cgagctgatg 60 ctggacggca acccgcggct gaacctcgcg tcgttcgtca ccacgtggat ggagcccgag 120 tgcgacaagc tcatccaggc ctccgtcaac aagaactacg tcgacatgga cgagtacccc 180 gtcaccaccg aactccaggg gactctgaaa cggccgtcgg aagtcggcac tgtcggctcg 240 tctgaggcca tcatgctcgc cggtttggcc ttcaagagga ggtggcagaa caagatgaag 300 gcagccggca agccatgcga caagcctaac attgtcaccg gcgccaatgt ccaagtttgc 360 tgggagaagt tcgcgcgata cttcgaggtt gagctcaagg aagtgaagct gagtgacggc 420 tactacgtca tggacccagc taaggccgtg gatatggtcg acgagaacac catctgcgtc 480 gcggcgatcc tcgggtcgac gctgaacggg gagttcgagg acgtgaagct gctcaacgat 540 ctgctcacca agaagaacgc tgaaacaggc tgggacacgc cgatccacgt ggacgcggcg 600 agcggcgggt tcatcgcgcc gttcctgtac ccggagctgg agtgggactt ccggctgccg 660 ctggtgaaga gcatcaacgt gagcgggcac aagtacggcc tcgtctacgc cgggatcggg 720 tggtgcatct ggaggagcaa ggaggatctg cctgaggagc tcatcttcca catcaactac 780 ctcggcgccg accagcccac cttcaccctc aacttctcca agggttccag ccaggtcatt 840 gcacagtatt accaactaat ccgcctaggc tttgaggggt acaagaacat catggagaac 900 tgccaggaga acgcgatggt gctgaagcag gggctggaga agacggggcg gttcaacatc 960 gtgtccaagg acaacggcgt gccgctggtg gccttctccc tcaaggacag cgcccggcac 1020 aacgagttcg agatctccga cttcctccgc cgcttcggct ggatcgtgcc ggcctacacc 1080 atgccccccg acgcgcagca cgtcaccgtg ctccgcgtcg tcatccgcga ggacttcagc 1140 cgcacgctcg ccgagcgcct cgtgctcgac gtcgagaagg tgctgcacga gctcgacgcg 1200 ctcccsgccc gcgtcgtcgc caacggcggc aaccccgcgn ccgcttsggc aaccaaaarg 1260 gaawatggaa aaaccacccc aagttaa 1287 <210> 807 <211> 1191 <212> DNA <213> Oryza sativa <400> 807 atggctgagg ttgacacctt cctcttcact tccgagtccg tcaatgaggg acaccctgac 60 aagctctgcg accagatatc cgatgcggtg cttgatgcgt gccttgctga agaccctgaa 120 agcaaggttg cctgtgagac ctgcaccaag accaacatgg tcatggtgtt tggtgagatc 180 actaccaagg ccaatgttga ctatgagaag atcgtcaggg atacttgccg cggcatcggc 240 tttgtgtcca atgatgtagg ccttgatgct gaacactgta aggtgcttgt caacattgag 300 cagcaatccc ctgacatcgc acagggtgtc catgggcact tcaccaagcg cccagaggag 360 Page 660 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attggtgccg gtgaccaggg gcatatgttt ggatatgcaa ccgatgagac ccctgaattg 420 atgccactca gccatgttct tgctaccaag ctcggtgccc gtctcaccga ggtccgcaag 480 aacggggcat gcgcatggct gaggcctgat gggaagacgc aagtgacagt ggagtaccag 540 aacgacaatg gcgccatggt ccctctccgc gtccacaccg tgctcatctc cacccagcac 600 gatgagaccg tgaccaacga cgaaatcgcg gctgacctga aggagcatgt catcaagcct 660 gtcatcccag agcagtacct tgatgagaag accatcttcc atctcaaccc gtcaggtcgc 720 ttcgtcatcg gtggacctca tggagatgca ggtctcaccg ggcgcaagat catcatcgac 780 acctacggtg gctggggagc acacggtggt ggcgcgttct ccggcaagga cccgaccaag 840 gttgaccgga gcggagccta cattgcaagg caggcggcca agagcatcgt tgccaatggc 900 ctcgctcgcc gctgcattgt ccaggtgtcg tatgccattg gcgtgccgga accgctctcg 960 gtgttcgtcg acacttacgg cacgggcaag atccctgaca gggagatcct caggattgtc 1020 acggagaact tcgatttcag gccaggcatg atcatcatca acctcgacct gatgaggggt 1080 ggcaatggcc gctacctgaa gacggcggct tacgggcact tcgggaggga ggaccctgac 1140 ttcacctggg aggtggtgaa acccctcaag tgggaggagc cttctgcata 1191 <210> 808 <211> 834 <212> DNA <213> Oryza sativa <400> 808 atgttcctgg ttgactggtt ctacggggtg ctggcctcgc tggggctgtg gcagaaggag 60 gccaagatcc tcttcctcgg cctcgacaac gccggcaaga ccaccctcct ccacatgctc 120 aaggacgagc ggctcgtgca gcaccagccg acgcagtacc cgacgtcgga ggagctgagc 180 atcggcaaga tcaagttcaa ggccttcgac ctcggcggcc accagatcgc ccgccgcgtc 240 tggaaggact actacgccaa gggtgcaggg aaattatgca cgtgtcacga tattgatggc 300 aacagtatct tccagagttc agttcttgct ttaagtcctg tttgggtctc ctggcgcagt 360 ttacaaatga ggaaactgtg gttatggggt gccaacattt taactgtggt gttacgagat 420 gctcttaata tgatttctat accattggca tcttgctgtc agagaaacaa agatatgggg 480 aaaatcgaat gttggcagtg cagtcatgga ctagtcgatg ctgttgttta cttggtggat 540 gccgctgaca aggaacggtt tgcggagtcg aagaaggaac tcgatgccct ccttgcagac 600 gattccctag caaccgtgcc tttcctgata ctgggaaaca agatcgacat cccatacgcc 660 gcgtcggagg aggaactccg ctactacctt ggtctgagca acttcaccac cggtaagggc 720 aacgtgaacc tagccgactc caacgtgcgg cctctggaga tcttcatgtg cagcgtcgtc 780 cgcaagatgg gctacggcga aggcttcaaa tggatgtccc agtacatcaa atga 840 <210> 809 <211> 1713 <212> DNA Page 661 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <213> Oryza sativa <400> 809 atgcatcgcc gcggcggcca ccacctccac ctcctcctcg ccgccgccgt cgtcctcctc 60 ctcaccgtcg cggggctgcc cctcgcttcc gcctccgagt ccgaccacaa gtacaaagct 120 gaagaaacgg ttaaactctg ggtaaacaag gttggcccgt acaataaccc gcaagaaact 180 tacaactatt acagcctccc attttgtcag ccatctgaaa accccgcaca caaatggggt 240 ggtctcggag aggtccttgg cggcaatgag ctgatcgata gtcaggttga tataaagttt 300 ttaaaaaatg tggagaaggg tcccatttgc acaattgaac ttgatgacaa caagattcaa 360 caatttactg atgccattga aaggtcatat tggtttgaac tcttcatagg ttttgttggt 420 gagactgaca aaaacaacga aaataagcac tacctctaca cacacaagaa cattgttgtt 480 aaatacaatg gtaacaggat aattcatgtc aatcttactc aagagtcacc taagcttctt 540 gaagctggca aaaaattgga catgacctat tcagtgaagt gggtgcaaac aaacgttgca 600 tttgcacgac gttttgaagt ttacttggac tacccgttct ttgaacatca gatccattgg 660 ttctccatct tcaattcgtt catgatggtt attttcttga ctggattggt atcaatgata 720 ttgatgagga cgctgagaaa tgattatgcg aaatatgctc gtgaagatga tgatctggag 780 tcgcttgaaa gagatgttag tgaggaatct ggttggaagc ttgtccatgg agatgttttc 840 cggcctcctc gtagcttggt gtttctttct gcttttgttg gtattggcac tcagctggcg 900 gctcttattc tgctcgtgat tgtattggcc attgttggca tgttatatgt tggacgagga 960 gctatcatca cgaccttcat cgtgtgctac gcccttacat ctttcatttc tggatatgtt 1020 agtggtggcc tctactcaag gaatggcggc aaaaactgga taaagtctat gatccttact 1080 gcatcccttt ttccgttctt gtgcttttcg attggattgg tgttgaacac cattgctatc 1140 ttctaccgtt cactggcagc cataccattt ggcacaatgg ttgtcatatt tgtcctgtgg 1200 gctttcatct cttttccttt ggttctattg ggaactgtag ttggtagaaa ttggagtggt 1260 gctcccaaca atccctgtcg tgttaagaca attccacgtc ctattcctga gaagaagtgg 1320 tatcttacac cctctgttat ctcattgatg ggtggactac tccccttcgg cagcatcttc 1380 atcgagatgt actttgtgtt tacttcattc tggaactaca aggtttatta tgtatatggt 1440 ttcatgctgc tggtttttgt tatcctcata atagtcacca tatgtgtcac tattgtgggt 1500 acttatttct tgttgaatgc tgagaattac cattggcaat ggacatcatt cttctccgct 1560 gcatctactg ccttgtatgt ctacctatac tcaatatact attatcacgt gaagacaaag 1620 atgtctggct tcttccagac aagcttctac tttggctaca ccttgatgtt ctgcctcgga 1680 ctaggaattc tttgcggtac tgttgaaaca tga 1713 <210> 810 <211> 759 <212> DNA <213> Oryza sativa <400> 810 Page 662 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgccggtga gccggatcgc ggtgggcgcc cccggcgagc tgtcccaccc ggacacggcc 60 aaggccgccg tcgccgagtt catctctatg ctcatcttcg tcttcgccgg atcgggatcc 120 ggcatggcct tcagcaagct gacggacggc ggcggcacga cgccgtcggg gctgatcgcc 180 gcctccctgg cgcacgcgct ggccctgttc gtggcggtgg cggtgggagc caacatctcc 240 ggcgggcacg tgaacccggc ggtgacattc ggcgcgttcg tgggggggaa catcagcctg 300 gtgaaggcgg tggtgtactg ggtggcgcag ctgctggggt cggtggtggc gtgcctgctg 360 ctcaagatcg cgacgggcgg cgccgccgtg ggtgccttct cgctgtcggc gggcgtgggc 420 gcctggaacg cggtggtgtt cgagatcgtc atgaccttcg gcctcgtcta caccgtgtac 480 gccaccgcgg tggatcccaa gaagggcgac ctcggtgtca tcgcccccat cgccatcggc 540 ttcatcgtcg gcgccaacat cctcgccggc ggcgccttcg acggcgcctc catgaacccc 600 gccgtctcct tsggccccgc cgtcgtcacc ggagtctggg acaaccactg ggtctactgg 660 ctcggcccct tcgtcggcgc cgccatcgcc gcgctcatct acgacatcat cttcatcggc 720 cagcgcccgc acgaccagct gcccaccgcc gactactga 759 <210> 811 <211> 1338 <212> DNA <213> Oryza sativa <400> 811 atggatgagg agtacgacgt gatcgtgctg gggacgggcc tcaaggagtg catcctcagc 60 ggcctcctct ccgtcgacgg cctcaaggtc ttgcacatgg ataggaatga ctactatgga 120 ggagattcca cctcgctcaa ccttaaccag ctgtggaaga ggtttagagg ggaagacaaa 180 cccccggctc atctgggctc aagcaaagat tacaatgtag atatggtccc aaagtttatg 240 atggcaaatg ggacactggt taggaccctc attcacactg atgtgacaaa gtatttgtca 300 ttcaaagctg tcgatggaag ctatgtcttc agcaaaggga agattcacaa ggtacctgct 360 actgacatgg aggctctgaa gtcccctttg atgggtcttt ttgagaagcg cagagcaagg 420 aacttcttca tttacgtcca agattacaat gaagctgatc caaaaacaca tcaagggttg 480 gatcttacta caatgacaac tagagaactg atagcaaaat atggtttaag tgacgatacc 540 gtggatttca tcggtcatgc acttgctctt catagagatg atcgctacct taatgaacca 600 gcaattgata ctgtaaaaag gatgaaacta tatgcagagt cccttgcacg ttttcaagga 660 ggctcacctt atatttatcc actctatggg ctgggtgagc tgccacaggg ttttgctcgt 720 ttaagtgctg tttatggtgg cacttacatg ttaaataagc cggactgcaa ggttgaattt 780 gatatggaag ggaaagtctg tggcgttact tcagaaggtg aaactgcaaa atgcaagaaa 840 gttgtttgtg atccttcata cttacctaac aaggttagga agatagggaa agttgcacga 900 gcaattgcta taatgagcca cccaattgca agcacaaatg actctcactc agtccagatt 960 attttgccac agaaacaact tggacgcaag tcagacatgt atgtcttctg ttgctcatac 1020 acacacaatg tcgctccaaa ggggaagttt attgcatttg tatctacaga agcggaaact 1080 Page 663 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gacaatccac agtccgagct aaagcctgga attgatctac ttggtcaagt agatgagcta 1140 ttttttgata tctatgatag atacgaacct gtgaatgaac catctcttga taattgtttt 1200 gtctcaacta gctatgatgc caccacacat tttgagacaa cggtgacaga tgttcttaac 1260 atgtatacat tgatcaccgg aaaggctgtt gatctcagtg ttgatttgag tgctgccagt 1320 gccgctgaag aatattag 1338 <210> 812 <211> 1803 <212> DNA <213> Oryza sativa <400> 812 atgctgctcc caaaytcggs ctccgcctkc cgcggaaacg gccgggggyt cctcytcggc 60 cttggcgccg ccctcctcgc cctcgccacg ccgsgscccg cytccgcctc cgagtcagac 120 cacaagtaca aagttgaaga accagttaag ctctgggtga acaaagtcgg cccttacaat 180 aatccacaag aaacttacaa ctatcacagc cttccatttt gtcaaccatc tgagaaccct 240 gcgcataaat ggggtggtct tggagaggtc ctgggtggaa atgagctgat tgatagtcag 300 attgacataa agttcttaag aaatgaggag aggggctcca tttgtacact tgagcttgat 360 tctaaaaagg ttcagcagtt ctccgatgcc attgataact catactggtt cgagtttttc 420 atgggttttg ttggggagac ggacaaaaac aatgaaaaca agcgttatct ctacacacac 480 aagagcattc ttgtcaaata caatgataac aggatcattc atgttaatct cacccaagag 540 tctcctaagc ttcttgaagc tggtaagaaa ttggacatga catattcagt gaagtggtta 600 caaacagatg tgacctttgc acgccgcttt gaagtatacc tggattatcc tttctttgag 660 caccagattc attggttctc cattttcaat tctttcatga tggttatttt cctcactggt 720 ttggtttcaa tgatattgat gcggacattg agaaatgact atgcaaagta tgctcgtgaa 780 gatgatgatc tggagtcact ggagagagat gttaatgagg aatctggatg gaagcttgtt 840 catggtgatg tatttcgccc tcctcgaagt ttggcctttc tttctgcagt tgttggcatc 900 ggcactcagc tggcagctct tatccttctt gttattgtat tggccattgt tggcatgcta 960 tatgttggcg cgcgatattt gtcaggcgag ggtctatcat cacaaccttc attgtgtgct 1020 atgctcttac atcttttatt tctggctatg tcagtggkgg cctytactca aggaaatggt 1080 ggktatggta aaaactggat aaaggctatg atccttacag catccctatt tccattcttg 1140 tgctttgcaa ttggctttgt tctgaataca attgctatct tctaccgatc attagcggca 1200 ataccattcg gcacaatggt tgtcatgttc gttctttggg ccttcatttc ttttccgctg 1260 gtgcttctgg gaactgttgt tggtaggaac tggagtggtg ctcctaacaa tccctgccga 1320 gtaaagacta ttccacggcc tattccagag aagaagtggt accttacacc ttctgttatc 1380 tcattgatgg gtgggctgct tccctttggc agtatcttca ttgagatgta ctttgtgttc 1440 acgtcattct ggaactacaa ggtttattat gtctacggct tcatgctgct ggtctttgtc 1500 Page 664 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atccttctaa tagttacaat ctgtgtcact attgtgggta cttatttctt gctgaatgct 1560 gagaactatc actggcaatg gacttcattt ctctctgctg catcaactgc gttatatgtg 1620 tatctatatt ccatctacta ctatcatgta aagacaaaga tgtcaggttt tttccagacg 1680 agtttctact tcggttacac attgatgttc tgccttggtc taggcatact ttgtggtgct 1740 attggctatc tagggtcaac tctttttgtg aggagaatct acagaaacat caaatgtgat 1800 tag 1803 <210> 813 <211> 789 <212> DNA <213> Oryza sativa <400> 813 atgtcggcac aggcggagct ttcccgtgag gagaatgtgt acatggccaa gctcgctgag 60 caagccgaga ggtacgagga gatggtcgaa ttcatggaga aggtggccaa gacggttgac 120 tctgaggagc tcaccgtgga ggagcgcaac ctcctgtctg ttgcatacaa gaatgtgatt 180 ggagcccgcc gtgcgtcatg gcgcattatc tcctccattg agcagaagga ggaaagccgt 240 ggtaacgagg accgtgtcac actcatcaag gactaccgtg gcaagatcga gactgagcty 300 accaagattt gcgacggcat tctcaagctg cttgaatccc accttgtccc ctcttccact 360 gcccctgagt ccaaggtctt ctacctcaaa atgaagggtg actactacag gtaccttgcc 420 gaatttaaga ccggggctga gaggaaggat gctgctgaga ataccatggt ggcatacaag 480 gctgctcagg acattgcttt ggctgagctg cctcctactc atccaattag gcttgggcta 540 gctcttaact tctcagtgtt ctactatgag atcctcaact cgcctgatcg tgcttgcaac 600 ctcgcaaagc aggcttttga tgaggccatc tcggagctgg acaccctgag cgaggagtcc 660 tacaaggaca gcactttgat catgcaactc ctccgtgata acctgaccct gtggacttca 720 gacatctcgg aggacaccgc ggaagagatc agggaagctc cgaagcgcga ctccagcgag 780 gggcagtaa 789 <210> 814 <211> 498 <212> DNA <213> Oryza sativa <400> 814 atgtcgtcgg tgttcagcgg cgatgagacg gcgcccttct tcggcttcct cggcgccgcc 60 tccgccctca tcttctcatg catgggtgcg gcgtacggga cggcgaagag cggcgtcggc 120 gtggcgtcca tgggcgtgat gcgcccggag ctcgtgatga agtccatcgt gcccgtggtc 180 atggctggtg tgctcggtat ctacggcctc atcatcgccg tcatcatcag tacagggatc 240 aaccccaagg ctaagccgta ctacctcttt gacggctacg cgcatctgtc gtccgggctc 300 gcctgtggcc tcgccggtct cgctgccgga atggccatcg gcatcgtcgg tgatgctggt 360 gtcagggcaa atgcacagca accaaagctt ttcgtgggca tgatcctcat cctcattttc 420 Page 665 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcagaagcgc ttgccctgta tggtctcatt gtgggcatca tcctctcatc ccgtgccggc 480 caatctcgtg cagattag 498 <210> 815 <211> 498 <212> DNA <213> Oryza sativa <400> 815 atgtcgtcgg tgttcagcgg cgatgagacc gcccccttct tcggcttcct cggcgccgcc 60 tccgccctcg tcttctcatg catgggggcg gcgtacggga cggcgaagag cggcgtcggg 120 gtggcgtcga tgggggtgat gcgcccggag ctcgtgatga agtccatcgt gcccgtggtc 180 atggctggtg tgctgggtat ctacggcctc atcatcgcag tcatcatcag cacggggatc 240 aaccccaagg ccaagcccta ctacctcttc gacggctacg cgcacctctc atctggcctc 300 gcctgtggtc tcgccggtct cgctgccgga atggccattg gcatcgttgg tgacgccgga 360 gtcagggcga acgcccagca accaaagctg ttcgtgggta tgatcctcat cctcattttt 420 gccgaagcgc ttgctctcta tgggctcatc gtcggcatca tcctgtcatc ccgcgctggc 480 caatctcgtg cggattag 498 <210> 816 <211> 690 <212> DNA <213> Oryza sativa <400> 816 atggagcccc tggtgccggg cgccacccgc gcggcgctgt cggaggaaga tgttacaggg 60 aacacgggga cgctgggcgg cctgctgggt ggtggccgtt ggcgcaacgc gctggcgctg 120 gcggccgcgg tggcggtttc gcgcaacgct tcgggcgggc acgtcaaccc ggccgtcacg 180 ttcggcgtgc tcgtcggccg ccgcatctcc ttcgcccgcg ccgcgctcta ctgggccgcc 240 cagctgctcg gcgccgtgct cgccgtgctt ctcctcaggc tggcctccgg aggcatgcgc 300 cccatgggct tcacgctcgg ccaccgcatc cacgagcggc acgccctgct gctcgaggtc 360 gtcatgacgt tcgggctcgt gtacaccgtg tacgccaccg ccgtcgaccg gagaagcggc 420 ggcggcgaca ttgcgcccct cgccatcggc ttggtcgcgg gcgcgaacat cctcgccggg 480 ggcccgttcg acggcgcggc catgaacccg gcgcgcgcgt tcggcccggc gctcgtcggc 540 tggaactggc gccaccactg ggtttactgg ctcgggccgc tcatcggcgc cgggatggcc 600 ggcgcgctgt acgagtttgt catggcggag cagcctgagc cgccggcagc tgcagatact 660 cggcttcccg tggccgccga ggattactga 690 <210> 817 <211> 1827 <212> DNA <213> Oryza sativa <400> 817 atggtgaagc ttgcatttgg aagctgcggc gactctttca gtgcctcgtc catcaaggcc 60 Page 666 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tatgtcgcgg agttcattgc cacactcctc tttgtgttcg ccggcgtcgg ctccgccatt 120 gcctacgggc aactgacaaa gggcggcgcg ctagacccag ctggtctggt ggcgatcgcc 180 atagcccatg ccttygcgct gttcgtcgga gtttccatgg ccgccaacat ctccggtggc 240 cacttgaacc ccgttgtcac cttcggcctc gccgtcggtg gccacatcac catcctcacc 300 ggcatcttct actgggtcgc tcagctgctc ggcgcgtccg tcgcgtgtct gctctgcagt 360 tctccaccca cggacaggtt ggctatcccg acgcacgcca tcgccggaat tagcgagatc 420 gagggcatgg tgatggagat tgtgatcacg ttcgcgctgg tgtacacggt gtacgccacg 480 gcggccgacc cgaagaaggg ttccctcggc accgtcgcgc ccatggccat cggcttcatc 540 gtcggtgcca acatcctggc ggcggggccc tttagcggca gttccatgaa ccctgcccgc 600 tccttcggcc cggccgtcgc ggccggcaac ttcgccggca actgggtgta ctgggtcggc 660 ccactgatcg gtggtggcct ggccgggctc gtctacgacg acgtgttcat cgcctcctac 720 cagccggtga tgatcggatt cactgttatt ttatgtgacc ggtctgacca ggctgtgtat 780 gccggtcaga ccagcggtga tcgagcggtg actcgatgcc tagggagagt atttgcggtg 840 atggaccggg agtcggcttg gtgtaggatg caatcttaca ttatggctga gaattatgat 900 atttggagaa aagtttctct tccttatgtg attcctgaag ttattaatac tgctgctgaa 960 aaaattgctt ttgaactgaa ttgcaaagct cgcaatattc ttttgagtgg gatttcttgt 1020 tcggattatg atcgtgttgc tcatcttcaa actgctcatg agatttgggt tgctttgaat 1080 aattttcatc aaggtacaaa taacattaaa gaatttcgtc gtgatctttt caaaaaggag 1140 tacattaaat ttgagatgaa acctggagaa gctttggatg actatctttc taggtttaat 1200 aaaattttga gtgatcttag atctgttgat tcttcttatg atgctaatta tccacaatct 1260 gagatttctc gtcacttttt gaatggtctt gacatgtcta tttgggagat gaaagttact 1320 tctattcagg agtccgtgaa catgtctact ttgactttgg attcgcttta cacaaaactg 1380 aaaactcatg agatgaatat tctttctcgt aaaggtgatt ctaagtctag tgctttggtt 1440 tcgtcttcaa cttctttgga tgttggtgct tcttcatcga agtcttctgt tcttgcttta 1500 tttaatgcca tgtccgatga tcaactcgaa cagttcgagg aggaggactt ggttttgcta 1560 tctaacaaat tttctcgagc tatgaaaaat gttagaaaca ggaaaagagg agaaccaaat 1620 cattgttttg agtgtggtgc acttgatcat cttcgctcgc attgtcctaa gcttgggaga 1680 ggcaagaagg aagatgatgg tagagtcaaa gaggatgacg tgaacaagaa gaagaacatg 1740 aaggagaagg agaagaagaa gcattgtatc aagtggttaa tccaaaaact cataaaagtt 1800 tttgatgaat cgggagatga agatkag 1827 <210> 818 <211> 1194 <212> DNA <213> Oryza sativa <400> 818 Page 667 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atggaatctg agcctttagc atcaagttca tcaagagaaa aaaccatgat gtcatccaat 60 tccctcttcc agcgtctggc aaaatggtgc ccgtggttac tgagagatga gccgaagaag 120 cctgtcaagg ttcttgtcac cggcgccgca gggcaaatag ggtatgccat tgtcgcgatg 180 atcgcgaggg gcctcatgct aggagccgac cagccggtgg tgctccacct gctggatctg 240 ccggtcgcgg ccaatgctct gaacggcgtc aggatggaac tgatcgacgc tgcgctgccg 300 ctgctcagag gagtggtggc gacgagtgac gaggctgagg cgttcaaggg cgtcaacgtc 360 gccatcgtca tcggtggatg gccgaggaga gacgggatgg agaggaaaga tttgattagc 420 aagaacgtga caatctacaa atcccaggcc tctgcgctcc atcagcacgc cgccccaaac 480 tgcaaggtct tggtcgtggc caatcccgcg aacaccaacg cgctcgtcct gaaggagttc 540 gccccggcaa tcccggccaa gaacatcacc tgcctcacca ggctcgacca caaccgcgcc 600 ctcggccagg tcgccgagaa gctgaacgtg cacgtcggcg acgtcaagaa cgccatcata 660 tggggcaacc actcctccac gcagttcccc gacgccagcc acgccaccgt ctcgaccgac 720 cgcggcgaga ggcccgtcag ggagctcatc gccgacgaga tatggctgag ggaggagttc 780 gtcaccgacg tgcagcagcg aggcgcggcg gtgatcaagg cgcggaagca gtcgagctcg 840 ctgtccgccg ccagcgcggc atgcgaccac atgagagact ggatccttgg aaccccaaag 900 gtccatatcc cctcccctgc ataccttcct ccgaattccg atcgatcaca tctaataatt 960 ccagcatttg ctcgtcctct cctcatcagg ggtacgtggg tgtccatggg cgtttactct 1020 gacggcagct atggcgtccc cgagggcgtc ttcttctcgt ttccggtgac ctgcgagaag 1080 ggggagtggt ctgtcgtgca gggtcttgag attgacgact ttgcacgctc caagatggaa 1140 acctcggcga ccgagctcaa ggaagagaag tccattgctt atgagtttct ctga 1200 <210> 819 <211> 1230 <212> DNA <213> Oryza sativa <400> 819 atggagggcg gcggcgaggg cgcggagtca gcagctgtcg cctccgcggc ggcggcggag 60 gtggaggtga agaacccgag gtgcttcatg gacgtcagca tcggcggcga gattgagggg 120 aggatcgtta tagagctcta cgcgtcggtg gtgccgcgga cggcggagaa cttccgcgcg 180 ctctgcaccg gggagaaggs cgtcggmscc gtaaccggga agmacctaca ctacaaggat 240 tttgatgcgg atttcataaa catgcattct gaaacatttg gtagactagt ccagaaattg 300 gatatggggt accaatttct gtggcacttt actctcaaaa tattccatgt gcagggatct 360 tgcttccatc gcgttatcaa aggctttatg gtacaaggtg gagatataac tgctggtgat 420 ggaacaggag gggagtcaat ttatgggttg aagtttgagg atgagaattt tgttttgaag 480 catgagagga aaggaatgct atcaatggct aattctggtc ccaacacaaa tggatctcag 540 tttttcatca ctacaactcg gacacctcat ttagatggga aacatgtagt ttttggtaga 600 gtaattaagg gaatgggggt ggttcgctct gttgagcatg ctcctgttgg agaggctgac 660 Page 668 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgcctgactt ctgatgttga aattgtcgat tgtggggaac ttccggaagg tgctgatgat 720 ggagttgtga acttcttcaa tgatggtgat acgtatcctg attggcccaa tgatcttgat 780 gagaagccta tggaggtttc atrgtggatg gatgctgttg agtctgctaa ggcttttggg 840 aataataatt tcaaggcatg caaattgaag ttgggagatt tgaagggtgc tctgttggat 900 gctgattttg cactgcgtga aagtgagggc aatgctaagg cattttttcg acaaggacag 960 gcacacattg cactcaatga cattgatgcg gcagtggaga gcttcaagca tgcattggag 1020 ttggagccaa gtgatggagg aattaaacga gagctagctg ctgcaaagaa gaagattgcc 1080 gacagaagga atcaggagcg gaaggcattt gcaaggatgt tccaaccttc tggaaaatca 1140 gacaaagaca atgaagggta taacaaggga gtctgcgcag ctaacgcaaa agacgctgac 1200 tccctatcta gatacaagga aaaaaaatag 1230 <210> 820 <211> 1479 <212> DNA <213> Oryza sativa <400> 820 atggtgctct ccaaggccgt ctccgagagt gacatgtccg tgcactccac cttcgcctcc 60 cgctacgtcc gcgcctccct cccaaggtac cggatgccgg agaactcgat cccgaaggag 120 gcggcgtacc agatcatcaa cgacgagctg atgctggacg gcaacccgcg gctgaacctg 180 gcgtcgttcg tcaccacgtg gatggagccc gagtgcgaca agctcatcat ggccgccatc 240 aacaagaact acgtcgacat ggacgagtac cccgtcacca ccgagctcca gaaccggtgc 300 gtgaacatga tcgcgcacct gttccacgcg ccgctcgggg aggacgagac ggcggtgggc 360 gtgggcacgg tgggttcgtc ggaggccatc atgctggccg ggctggcctt caagcggcgg 420 tggcagaaca agcgcaaggc cgaggggaag ccgttcgaca agcccaacat catcaccggc 480 gccaacgtgc aggtgtgctg ggagaagttc gcccgctact tcgaggtgga gctcaaggag 540 gtgaagctcc gcgacggcta ctacgtcatg gaccccgaga aggccgtcga catggtcaac 600 gagaacacca tctgcgtcgc cgccatcctc ggctccaccc tcaacggcga gttcgaggac 660 gtcaagctac tcaacgacct cctcgacaag aagaacaagg agactgggtg ggagacgccg 720 atccacgtgg acgcggcgag cggcgggttc atcgcgccgt tcctgtaccc ggagctggag 780 tgggacttcc ggctgccgtg ggtgaagagc atcaacgtga gcggtcacaa gtacgggctc 840 gtctacgccg gcatcggctg gtgcatctgg cgcaacaagg aggacctgcc cgaggagctc 900 atcttccaca tcaactacct cggcaccgac cagccaacct tcaccctcaa cttctccaag 960 ggctccagcc aggtcatcgc ccagtactac cagctcatcc gccacggctt cgaggggtac 1020 aggaacatca tggagaactg ccacgagaac gcgatggtgc tgaaggaagg gctggtgaag 1080 acggggaggt tcgacatcgt gtccaaggac gaaggggtgc cgctggtggc gttctcgctc 1140 aaggaccgga gccggcacga cgagttcgag atctccgaca tgctgcgccg cttcggctgg 1200 Page 669 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcgtgccgg cgtacaccat gccgcccgac gcccagcacg tcacggtgct ccgcgtggtc 1260 atccgggagg agttcagccg caccctcgcc gagcgcctcg tcctcgacat cgagaaggtg 1320 atgtaccagc tcgacgcgct cccctccagg ctcatgcccc ccgtgccgcc ggcgccgctg 1380 ctggtggtcg ccaagaagtc ggagctcgag acgcagcggt cggtgacgga ggcgtggaag 1440 aagttcgtgc tcgccaagag gaccaacggc gtctgctag 1479 <210> 821 <211> 1284 <212> DNA <213> Oryza sativa <400> 821 atggcggcga gggagacgtc gcgccacgcg tcgctctgcc tgtggctcgc gctcgtcgcc 60 gccaccctct ctctcgccca ggcggtagaa tcagaagccg aattgaccaa ggtcaccacc 120 aaggtcttct tcgacatcac aatcaatggc aagccggcag gtcggattgt catggggctt 180 tttggaaaca ctgttcctaa aacagcaggt gagaaaggac ttggcaagag tggcaaacct 240 ctctcctaca aaggaacgcc attccacagg atcatcccag gcttcatgat ccaaggaggc 300 gacaccgtga gcggcaatgg aaccggctgt gattcgatct atggtggaat gttccctgat 360 gagaacttca agatcaacca mtytgcacca gggttgctgt ccatggccaa ctatgcgaaa 420 gatacaaacg gatcccagtt cttcatcacc accgtaaagc taacccggtt ggatgggaag 480 catgttgtgt ttggcaaggt gctttctgga atggacgtcg tctacaagat tgaagctgaa 540 ggcagtcaga gtggacgggt tgtcatggga cttttcggga agactgttcc taaaacggca 600 gagaacttcc gagcactttg cacaggagag aaaggaactg gaaagagtgg caaagcactc 660 cacttcaagg gaagtgcatt ccacagaatt atacccagct ttatgatcca aggaggtgac 720 ttcacacttg gtgatggaag gggtggtgaa tctatctatg ggacgaagtt cgccgatgaa 780 aacttcaaga tcaagcacac cggaccaggc ctcctgtcca tggccaatgc tgggagagac 840 acaaacgggt cccagttttt catcaccact gtaaccacca gctggttgga cgggaagcac 900 gtcgtgttcg gtaaggtgct gtctggaatg gatgtggttt acaagattga agctgagggc 960 cagcagagtg ggtcaccgaa gagcaaagtt gtcatcgcgg acagcggcga actgccgatg 1020 ggcggcggga aggccgggca gaaggaccgg ctggggcagg acaagggcgg ccacgccaag 1080 ctcgagtgcc ctctctgcaa gaccaccgcc cccgacatca agtccatgca gatcacacga 1140 ggcgcgccac cccaagctcc ccttcgagcc cgacaagctc aacaacctcc acggcgtykt 1200 gycggcgccg ccratgctgc cggtgaggcc gccgcctcct cctccaagcc caagcccggc 1260 gtccgcggca gcctcaagaa gtaa 1284 <210> 822 <211> 753 <212> DNA <213> Oryza sativa <400> 822 Page 670 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgccgatcc gcaacatcgc cgtggggagc caccaggagg tgtaccaccc gggtgcactc 60 aaggcggcgt tggccgagtt catctccacc ctcatcttcg tcttcgccgg ccagggctcc 120 ggcatggcct tcagcaagct gaccggcggc ggagcgacga cccccgccgg gctgatcgcg 180 gcggcggtgg cccacgcctt cgccctgttc gtggcggtgt ccgtcggcgc caacatctcc 240 ggcggccacg tgaacccggc cgtgaccttc ggcgccttcg tcggcggcaa catcaccctg 300 ttccgcggcc tcctctactg gatcgcccag ctcctgggct ccaccgtggc gtgcttcctc 360 ctccgcttct ccaccggcgg gctcgcmacc ggcaccttcg gcctgaccgg cgtctccgtg 420 tgggaggccc tggtgctgga gatcgtcatg accttcggcc tcgtctacac cgtgtacgcc 480 accgccgttg accccaagaa gggcagcctc ggcaccatcg cccccatcgc catcggcttc 540 atcgtcggcg cgaacatcct cgtcggcggc gcgttcgacg gcgcctccat gaacccggcc 600 gtctccttcg gcccggccct cgtcagctgg tcctgggagt cccagtgggt gtactgggtt 660 ggcccactca tcggcggtgg cctcgccggc gtcatctacg aggtcctctt catctcccac 720 acccacgagc agctccccac caccgactac taa 753 <210> 823 <211> 813 <212> DNA <213> Oryza sativa <400> 823 atggcggtcg caacctcctt cgccacactc gccatcgcgc ggccggcggc ggagcgggcc 60 ctcctcgcct ccaaaacccc ctcgccgctc ctctccatcc gcaccggcac cggcaccgca 120 cgcctcccct catcggccgt ctttggaggt ttcactcctg cgctttccgc tgctcacagc 180 cgcgcgcgct tcgtctcctc cgccaccgct gaccccaagg aagtggacct ccagtccaaa 240 atcacaaaca aggtgtactt tgacagcatc ggaaaccctg ttgggaagaa cgttgggagg 300 gtcgttawtg gcctatacgg ggatgatgtt ccccagaccg cagagaactt ctstgctctg 360 cactgtacaa agggcttctt gcttttcttc tcttctgtca tctactactt tacaggatta 420 cccagatttg gagaaaaagg gtttggttac aaggggtcca gtttccaccg tgtcattaag 480 gacttcatga ttcagggagg agactttgac aagggcaacg gtactggagg gaaaagcata 540 tatggccgga ccttcaaaga cgagaacttc aaattggttc atactggacc tggagtggtc 600 agcatggcca atgctgggcc aaacaccaat ggcagccagt tcttcatctg cactgtcaag 660 acaccttggt tggatgggag gcacgtcgtg tttgggcagg ttattgaagg catggacatc 720 gttaagatga tcgaatcgca ggagactgac agaggggacc gcccgaagaa gaaggtggtc 780 atcagtgagt gtggggagct tccagtggtc taa 813 <210> 824 <211> 1254 <212> DNA <213> Oryza sativa <400> 824 Page 671 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atggatgagg agtacgacgt gatcgtgctc gggacgggcc tcaaggagtg catcctcagc 60 ggcctcctct ccgtcgacgg cctcaaggtg ttgcacatgg atagaaatga ctactatgga 120 ggggattcca cctcgctcaa ccttaaccag tttatgatgg caaatggcac attggtaagg 180 accctgattc acactgatgt gacaaagtat ttgtcattca aagctgttga tgggagctac 240 gtcttcagca aagggaagat tcacaaggta cctgctaccg atatggaggc tctgaagtcc 300 cctttgatgg gcctttttga gaaacgcaga gcaagaaact tcttcattta cgtccaagat 360 tatgatgaag ctgatccaaa aacacatcaa gggttggatc ttactacaat gacaactaga 420 gaactgatag caaaatatgg tttaagtgac gatactgtgg atttcatcgg ccatgcactt 480 gctcttcata gagatgatcg ttacctaaat gaaccagcaa ttgatactgt aaaaaggatg 540 aaattatatg cagagtccct tgcacgcttt caaggaggtt caccttatat ttatccactg 600 tacggtctgg gtgagctgcc acagggtttt gctcgcctaa gtgctgttta tggtggcact 660 tatatgttaa ataagccaga ctgcaaggtt gaatttgata tggaagggaa agtctgcggc 720 gttacatcag aaggagaaac tgcaaaatgc aagaaagttg tttgtgaccc ttcctactta 780 cccaacaagg ttaggaagat aggaaaagtt gcacgcgcta ttgctattat gagccacccg 840 attgcaaaca caaatgactc gcactcagtc cagattattt tgccacagaa acaacttgga 900 cgcaagtcag acatgtatgt cttcggttgc tcatacacac acaatgttgc tccaaaaggg 960 aagttcattg catttgtgtc tacagaagca gagactgacc atccagagtc tgagctaaag 1020 cctgggattg atctacttgg tcaagtagat gagctattct ttgatatcta tgatagatat 1080 gaacccgtga atgagccatc tcttgataac tgttttgtct caactagcta tgatgccacc 1140 acacattttg agacaacggt gacagacgtt cttaatatgt atacactgat cactggaaag 1200 actgttgatc tcagtgtcga tttgagtgct gccagtgctg ctgaagaata ttag 1260 <210> 825 <211> 2000 <212> DNA <213> Oryza sativa <400> 825 atttttccta tgtgaatgac aaatggtccc acatatatat ttttaatttt aatgccacgt 60 aagcgccatg taggacgaag accaggtcaa catcgccaca tcagcgccac gtcagcaaaa 120 ccattctcaa aaaccgctga gggagtcaaa ttgcactggt ttcaatagtt gggggagtcg 180 ttttatccgg ttttctggtt gaggggtatg aataaaggag ttaaagtgga cttttttcaa 240 aaagaaaaga aaaaggtcct aattagttgg gccttatttg ggctgtccga acacttgcat 300 catgataatt gtgggcctgt ggaccgtgac aatagaggga cctttacacg taattaatca 360 tttctccgac caaagtgctt ccaagttttt cgctgattca atttagtgca caaaattaaa 420 tttcagttga gcatctgcgt tttcactgcc ctgactctct catattgcgg gtgcggccaa 480 acgtggtccg tccatccgtg catggccttg tatgaactaa caaaggacgt attacgtata 540 gtctagcgaa tatacgatga gtctatcaaa atatatcatc aaagaatttg tcctgatttc 600 Page 672 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcttaataag aaaagaaaaa tctcaaaaca ctttgatgtc attgatttgg actcagaaaa 660 tccagaccgg acaggcggac actactactt tgcttacgaa agaactgaaa gaggcaaaag 720 aaagagttta attttcttac ggagagtgga ttttcaaact ctttgtttgt atgtcactta 780 aatggtcata aaaaaattaa aaaattttaa gaagatatat taatatggga tatatcaatc 840 tacaaacacg caacttaaaa tttaatttct acatgtcgca acggaaaaac aaatttgact 900 gtgaatgtac gttaactagc taatgttcaa tttgtttttt tgttgcgaga tgtagaaatt 960 gaatttcaac ttgcatagtt tgtgtagtga tatatctcat attaatacat cttcttaatt 1020 ttttaaattt ttttttcata accatttgag taacatgcaa acaacgagta aacgtattaa 1080 gagtttagaa tactttccct tttcttacaa aagaacagga agaggcaaaa gaaagaattt 1140 atttttttag aattatagta taaacacaga tactcacaac acgcgtacgt tatctccagc 1200 tgaatatgaa tagtcatgtc aagtttaaaa tttaacccgg ataggctgct ggttacacca 1260 caatgaacct aatgagttat aagctatctc actttacaaa gagtttaatt gttagagtac 1320 attttttcta tcatacagaa aattattaac acgcaagtaa tcactattta caatctacag 1380 ataccactaa attccgtggt tcacggctgg aacggtggat gcatgccgca aggcagcctc 1440 tcgactttcg gtctaatcct gacacatgca ccatgtacat ctgctctttg tttttttgtc 1500 aattgggcat ggaattcttt ttatcattcc ggtcgacagt tgaatatgac ggccaccata 1560 aaccttcata tggaactaca ccaatatacg gctacgtggt aaggaaaaat cccccgaaag 1620 gatgactttc tcttgccagc actgcgcgac ttcgcatgga attccaccgg gtagacaggt 1680 accgggtcgc aaacttccag atttaactct ctccattttg gtgctgcact tgcggttccc 1740 agctgcggcg gcaacggctc gtgtcctatg actccctaag tgttggaata tgcggcgatt 1800 ctcgactgat ctgcctagtc gcatgtacac ggcggatgcc gtagcgctag ctcgagaaca 1860 cgctagctac tactagtagt tctctcgccc tataaaagcc ggacgcatga ccatgctaca 1920 catctcatcg accatcacct ctcccacacg gggcgtacgt gctaagctgc agcacaaccc 1980 aaagccatat atctccgata 2000 <210> 826 <211> 2000 <212> DNA <213> Oryza sativa <400> 826 tcctacatta tttggtagat aatataatta atgtaagcta tgcaaattca aagggcgcgt 60 agtcctagct agcaatttgg caagtgaatg catatatact atggttgaat gcatgggtag 120 tggggtgcct cttttcccac aaattgctta ttggctgcat atgttgtctc ctccaatcca 180 aaggcaggcg cactatagta cgatatggat aattttcatg caaattgata ctactagtgg 240 tatagtgtag caccacgatc aaattgacag ttgtacggtg gcgtttggat gcaaattggg 300 cagcaacaaa ttaattgcat gggcactcca cgatgaagag cagtggacga aaacattaat 360 Page 673 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttgctgcag aatactttct acattttctt tcctgatttc cccgagttct cattattttt 420 tagcctgaat ttcaaagatg gcagcgttaa ccctgaattc aaaaatggcc agcgaatttg 480 cctgaattta ctgttgggac tattctgtga atcatatgga caacaatgta aaatctcata 540 gtaattctta tttaggttgt ttgcagaaag ttaatttggg tcaactgaaa tgaaagcttg 600 tctgttggct ctctcactga attgacccca ttgtaattaa tgcatataat tggcctatat 660 attacacttt caatatcgta aaaccttttt ctttgtacac ttcacctagt tgatctagta 720 tctgccgggc tcatcgggct tatcttgtca atgaacagta ataagagcta tgtcgggctg 780 tttgctgtgt gcttctgttc aaccaatttc gacacagtgt actttgcgaa attgggaatt 840 gagatgcttg gtgtgaaaat tggctgtgct atcatgatga tggcccatga gcccacgaaa 900 cctcacgact cttaattcat ttacttgttt ccggttaaga gaaattgttt cagatattta 960 caatgttttt gaaatataag tttaatccgt ctcaaaggtt gttttaataa ctattttttc 1020 tctgtagaaa ttctgataaa attataatat tatgaaactt tttttaggaa agttctatgc 1080 atataattgt catgaattta atagaaatgt ttatagtgaa attaatgtcc taagattcaa 1140 acttttctct tacaaatata ctccatgcta tgtttttacc aaaagatcaa tgaggtatta 1200 gcatatagta accggctcac aggcgctcgt gtccgtcagg gcgctctaaa cctccatcgc 1260 acagtttcta tccgatcacc ttcaccctcc gtctccagta gtaggatcca atctttccca 1320 agtttttttt atctttattt aagttcctat agaattaggt ctattaggtt gtctagggtt 1380 tgtctttcaa atttttcatg gatcagatgt gtagtctttt gtttcttcta tttatttatt 1440 ctagttacct tattgaggtt ctcggtgaaa aactagtaag atttgtatgt cgggttgtcg 1500 atgatcaagc cagtgacacg ctttaaggct tgagtcgcta actttttcgt ggtgatggtt 1560 agttgttttg ttgtaggaat agagatggta gcatatactt tcatattcaa tgcttttgta 1620 tgtgctggaa tttgtcaatg gtgttggctt cacatttgct aatgtatagg aatttcaaga 1680 cgtggaatct ctttgggctg tgttgccaga tcaaaacagg cccaaaaagt tttagagtta 1740 gacaaatata taatacgttt attctgtgtt gaaaatatta ttatattttt ttataaactt 1800 aattaaactt aaaaatgttt gattataaaa aaaattaaag tgattgtaat atgaagagag 1860 caagtaaata taaatgaagt gaggtccaca cacgttgacg aggcaacgag atacggcacc 1920 aataccaatc tctgactcct ccggcctccg gcggccggcg agagagatcc caccctcacc 1980 gacgacggcg agcgaccacc 2000 <210> 827 <211> 2000 <212> DNA <213> Oryza sativa <400> 827 accaaaacag cacccccccc tttttttccc caaattttgg gtcatggatt agtttcacgc 60 ttataaaaat atttacttcc taaaatattt tcttctacta tatgaagtta tttctgaagt 120 ttattttcta aaatatattt ttttattaat caattaaaca atccgtctca atagtctgtg 180 Page 674 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaaaaaaata tatttcaaca gtgtctaaat gaaaaataaa aatcgaatta aattaggcga 240 aatgaaaaga aagtccctga ccgaatcacg cgtggacgag gcggccgcag acagcaccac 300 ggccagtgca gggggggccc accggcggtt ggtggcgggc gagcggccgc ccggaggtgg 360 ggcccacctc gtcagtgtca gtgtgtgcgc gtgtgttggt gggtgcgggt cgctgtccgc 420 cacccaactc ctccctcccc acgtcgcgcg gcgcccaccg tccgatcccg accgaatccc 480 atcgtgcggc cgcgcccacc cgcctcccgt ggtgaggggg ggcctataaa tgggccgcgc 540 gagaccaagg cccatctcgc cgtgcccggt cggatctaat taatttacct cctccacctc 600 ctcctcctcc ccccgatcgg atcggcccgg ctcctcctcc tccgccgccg ccaccgccgc 660 cgcaggtgag ccgccgattc ccctgtcctc gttgctggta gcgttgtcgc gtgtgtgttg 720 ctgctgctgc tgctgctgct gtccggcttc tcccttcatt cttgcggctt gaaaagggag 780 aggagggttt tagcgttctt ggtaggatca agctctcagg ttggatctga gctcgtggtt 840 ggttgtcttg cggacgtatc atcgtgccta gatattgatt tgtttgtgct ggtttgggag 900 ggttataagg agggtttatt gcttttcttt cgatcttgtg gtatggtaga tttagatggg 960 gtttctttgg ttggatttag gtgttgtaag ttttattttt gtcatgcttg cttattatta 1020 tggatggaga tggagagaga agcagtagga tgacttcctt ttagatgttt aataccttga 1080 tgcttatcaa acggcttgct gataaacaac atgctagagc agtggtttta gtgctagtat 1140 tatgtctttg gctgtcagct catttgactg ttctgcggta gattcgagtc atccccttgg 1200 tcttgggagt tggaattctt ataaatgaac ggaaaatgga aaaaaaaatt gattggtgcc 1260 acttcaaagt taaatatgcc aagacgaatt gatatgtttc tgctgttgtt ttatgctctt 1320 gattagttga tgcgcatgtt caatgattta tgatgtttgt ctttgtggaa agattacatg 1380 taaagagtat agtagaaccc ctaaaagcta gccagcgatt tcgctctttt tttccaggtc 1440 tccatgatat gtttacccct aaaagtggta tatttatgtg atagttacaa tacatagtgg 1500 caccacgatt gattatgcgt ttatgctgat tccggcagaa aattgttaga ttccttgtgc 1560 tctatacctg cttgttgcgc ttgtagagaa tattacaaat acctaacact tgcccaagga 1620 acttaggaac ttagtcaact ctttgtaggg acaactattt tagcccaaaa ttgtggtctt 1680 gtcaggtgcc aacaaaacag catcttggcg tacataagct atatagagga ttaaaaggaa 1740 tgttttgttc cttgctactg tttttttaac ctgtttactc aggacaaatt ttgttgcata 1800 aaccatttgt tctagggatc agtattgtcc tctcagtgtg ttatgtaagc atttccagaa 1860 atcaattgtc gctatcagct tccctcacat tagctatcac ttatacccct ttttttctca 1920 taggctcacc atgtccattt tattcatgat atttctttgt ctaaagtatg tgaaatacca 1980 ttttatgcag ataggagaag 2000 <210> 828 <211> 2000 <212> DNA <213> Oryza sativa Page 675 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 828 gatccaacct gaagkaaaaa aaaagttccc ctyttcccct ttaccctttt tttttttgtt 60 ctttggctca atctatgttg tttgaggttg agatggttgg tgatcttgtt tagtgcttgt 120 gtatttgctt gtcacctctt agttctcgta gtttagtttt ttgagtttgg gtgtgtttta 180 tctcgtgttg gtttgttttc tctatgcgtt gaccaaatta tttgagttga gactagaagt 240 tctggatttg accaaaagtt ttgctatgta ctaatcccac taggtagtaa tttctaacct 300 gccagagctt tcggaatttc ttaaatctat cactgtagtt aaatctacga tattgtcaat 360 atcccctaaa gaaatcttat ctacctcccg gtttaatgca atagctacct gcatgggatt 420 tacaggttat tccatagata aggctgcagc ccaaatatgg attttaatct ctcgggtgga 480 catccacccg cttcttacat gttaactaaa cgattataat tttttttaaa aaaaataaca 540 aaataaatta atatataata tatcactcca caaatatgca agttcgaatt cgacttttat 600 aagttgtatc aaaaaataat aaattaaatt gtaactagta tacacatatt cacaattaaa 660 tttattattt ttgttacaac ttacaaaagt tgaatttgaa tttgtatttt tgtgaagtga 720 tatattacat attaatctat tttattaaca ataatttaaa tattttcata accatttagt 780 tactaataac gggtgcacat ctactcgagg gtagtttttc actacaggtt gctgcttcat 840 aaaggattgg ctacgtaatt attccttctg ggtgcagcac tgtagcatca tggcagccga 900 ctagctccat agccacagac aatccgtttt tacatcagag caaagctgcc gacacattgt 960 tcctgaggcc accgaaggca gcgattggca ccatttacac caactacaga gacagcaaga 1020 tcggctacgg ctgtgttcgt ttggagaaca aagcgagtga gtttatttca ttttccacgc 1080 gcacgtttcc gaactactaa acggtgtgtt ttttgcaaaa aatttctata ggaaagttgc 1140 tttaaaaaat catattaatc tatttttaaa gtttaaaata gttaatactt aattaatcat 1200 acgttaatgg ctcatctcgt tttacgtctc attcttctca aacacacgac gtcgccaaaa 1260 gcagtgacat atatctgcct gattgattaa tcggatggac gatcgatggc gcctgccttc 1320 tcgaacaagc gggccgggtg gcgattctct ttgtaaccat catatatttt cctccagaac 1380 tttgatcgac ttggctacat catcgcgaac tccatatata ataaagctcg cgaaagcgaa 1440 actgacatgc accatcggat cgatcgcgcc tgggaattcc tccactcgat aaaggtggtg 1500 ctgaatctcc tgaggatgaa cacgaagata aagattgatt gttccacatg attaattaag 1560 ttttaattat tataaattta aaaaataaat taatcttata ttttagagta actttcattc 1620 acacgaaata taccgtttag cagtttgaag agtgtgccac ggatatacga aatttcatca 1680 cctcttattg gagaaacaaa cgcagccccg acaccgggac aactcggagc gcgggcgcct 1740 cgccgtgccg acgcgtgcct cgccaacgtg tcgcaacgcc tcactaaaca aagcggccac 1800 accaccacac ggcatccgaa gaagcccacg tccccgtcgc gcccgggccc cgagttgtct 1860 cccactcgcc actcgcggcg tcacacgcac acctcacacc accaccacca ccagaagcag 1920 cgtcgcgaag aactcgattc cctcgtccgc gtcccgcgcg cggccggcgt cgctgtcccg 1980 Page 676 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgaaccgcc cgcaacagcg 2000 <210> 829 <211> 2000 <212> DNA <213> Oryza sativa <400> 829 tgcacaaagg aaacatttgt aaagaaccac tccatcaact ttcttgtgtt gtcctatacg 60 gattgaaaac ccaactctat gagcatagca ttcataaaac tccttggctg attccacatc 120 cgtaaaagtc atccctatgt gtggcaccac ggaatcatca cattctggaa caaaatatga 180 accctatgaa gtgcatactg agaaaaaaaa atcaaagaat atattgggaa tactaaagtt 240 aacgaaaata gggcgttgat actacttaca caaaatggga tgcttgtaga cttttgaggt 300 ttgatgtact gggctcgccg atgcggaaca cctgtagtaa ctgactccgc atcagaatgt 360 acatcatcaa attctaatct ccttgccatg ctcatttcac tctcctggaa cactttgtag 420 gattggaatc ctatatgtaa gagttttatt tttataatag ggcacaccca attaatggta 480 aaaactaagc aacaaaatat atgaaatgaa atcatcattg ttgccatgtt ctattgttgt 540 tcatgtgtta aaatacacaa ttctattaat ttgtacaaga ggcacaattt ttacactgga 600 ttttttttca gatcagtcat gttcactaat gaaccatttt aattagtagt agggctcgat 660 gagcacatcc taaaaaggag gtaccgcatc agttgaacaa taatagttta aaaatggaat 720 aaagagcata actagtccca gcctcccaag caacaagaac agttcgtgga tgacctcaca 780 gtaaccagga caacaacaca aactagtgaa aaaagaactg gctataaaat ataagagcaa 840 catcagcatc ttgtgtgtga gaggaagggc tccaggggaa tcaattgaac aaataaaatg 900 gaggaacacc attagtacct cttgtgtgga aggaactggc aggccaatgg atgagggacc 960 agatgcaaga gggggaaaga gaccgggaga aggattatgc aggcagctac aggtggagaa 1020 ttcgcatgcc ttccctacat gagcaccgac agagtcgaac ccctagctca tctgaaatta 1080 ggaacatgtc caactcaaca ggaagtacat tttggggaaa aacagaatac ggaccaacgg 1140 gatagggggg agagcatgtg ggaggaggga ggagagtaag acctataatg tcggccgagg 1200 cagccgccga ccgtcgactc cctggcatca ctggagcttg gagtagccaa tttggggatg 1260 gattttgaat cggagccctg cccctgtgca tttgggcagt gggtagagtg agggggttaa 1320 cgtgctaaat gtctggatga gacggggtcg tttctgaaag tttcaacacg tacgacgtag 1380 atactccctc catcccagaa tataacaacc taaaatgaga cgagacctat cttaggacaa 1440 tgtatttgga cacgcctcat atataaatac attgtccatc ctagattgat acattctgag 1500 attggaggta gtagatcaca gacgtacatt ttatatttaa cagaaattta ctatagttta 1560 cacggtagat gtagaggctg tttggttctt aactaacatt gccataactc actttaggca 1620 atgttagata agtgtggctt gtcacagttt ttatgaccta caaattataa gccacaattg 1680 tggcaaagtt agacaaagaa ttgagtctat aacatgtggg gtaagatggt aagaaagtac 1740 gacttgtcat aaccatggca ataaaccaaa cataagactc taaagacatg tgacagccta 1800 Page 677 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aaatatggtg tgacaagttg aagcattgag ccccgtagtc tccgccacat atctctttcc 1860 ttcttcctca cccccaccac cacctcttct ctttccccca ccaacaccaa ccccacgcga 1920 ccacccccaa tcctcgatca aacgccctag gatttcatcg caagcaagga aggaggagac 1980 caaatccaat ccaatccccc 2000 <210> 830 <211> 2000 <212> DNA <213> Oryza sativa <400> 830 taccatatta tgtatattta aatatactct ccaatgcgta tatgccttat taatttataa 60 tttatctggg aagagtgtag aagcacttac ttataatata actacgattt ccaaagtgtt 120 cacatgcatt tggggccatt ttattgtggc tatattatat tatttagcac acaataagat 180 atatcgtagt tatggagaca taatttgact gaattagttt tttattttgg ggcacatttt 240 gacttatatg atatggtata taggacaaag tgcagcccgc tgtttttaaa agaattatgg 300 atatgtgcga gatctagcgc aacaatatac aatacaactt tagttggtgt gatgtagtat 360 taacggtatt aaaatatttt acgatggtaa ttatattgat tgcgtggtat tgttgccatg 420 atgataagtt tagagatgtg atccgtccaa atcggcctct aaatctaatg ttttttattt 480 gatcacttta aattacctct cctttaaagt ttagttgtta ttttcctact actaacagct 540 agtactttaa ggagagagat ggagatgtag gatatgcata aagtctctct caagaatatg 600 catgaagtaa tctaactaat atatttgtgc aaatacaata atatttctat agggtatttt 660 ttagaaataa rgaacaagaa aattttatac accattttat ctccaacctc tgcctgtttg 720 acatgtagag ttgtttggtg tcagcttctg taacaagtta ttccatcacc agatgtttat 780 tatgaaaaac attaaaagct tgtacgaagg gagaacattg tactacttcc ttcttatttt 840 tactgacact tttggccata cacacaaaaa ctagaaatta taaacgtccg tactttgcta 900 caaataaaac atatattagt agtatactat tatctaaaat acttttttta tgaaatgtgg 960 tacttagtgt tttgctattc ggaatattca ccttgatatt acttcatatt tggttaccca 1020 tttatatgaa aaagttcaag gagtaatttt taaaactacc ataagaatag gtgggtggca 1080 gagtcactgc caccaccact attttctttg aagtagtaca gactactatt tagttctagg 1140 atattattta ctccctccgt tttaagttat aagatgtttt gactttggtc aaagtcaaac 1200 tgcttctagt ttgactaaat ttatagacaa atataataat atttataata caaaattagt 1260 ttcattaaat caataattaa atatattttc ataataaatt tgtcatgagt tgaaaatgtt 1320 attaattttt ctacaaactt agttaaattt gaaacagttt gactttgacc aaagtgaaaa 1380 acggaggtag tagcagtttt ggtagcaagt gggtgagcat gttataaacg aactttagtg 1440 gatataatat aatttatcat aggggtaaaa ccgaaagtat ttcgtgcaat gtcaagtatt 1500 tgtaaacaac ttttcagtaa aaatatgtca attatcatag ggttaaattg aaaactacga 1560 Page 678 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attcaggatt ttttttaata taatttgatg accttgcatt atatattccc ttttttttga 1620 ggggacatgg gcttgtcatt tgatcacaca aagtggcctc ttagaagatt ccattggcgc 1680 ctcgcgatag cccataaaga aggccttgaa tgaagcccag ttcctctgtt cataccgaca 1740 tatggatcga tgcaagaaaa aaaaggtcga attggccaca aaaaaagccg actcaccgcc 1800 gtccgatctc aatccaacgg ttgagatcgc acacgtcacc tcccacacgc ggcactgtgg 1860 ccgggtggct cgcctttccc acgcgcgacg cgacacacac acacgacgcc acaatacaat 1920 ccccgtgcct cccttgacct cacaccccac aggtgttcgc catttcgccg cccccaccac 1980 cgcgcgccgc cgccgccgcc 2000 <210> 831 <211> 2000 <212> DNA <213> Oryza sativa <400> 831 caatttttgc gattcctaac gcaaccgcgt gtggaaagag agaaggaaac taaagtgaga 60 tcgatcgaat caagcatctc ctgcgtacag tagctgccag ccatgatcac ttgtggcagc 120 catacttgag gcatctcgat cgttttcagg acgtctctgg cttgacagct gagttgagat 180 tattcaggtt gatctttttg cttggttcag atttcagatc cgtcagactt ttcaattctg 240 ttttcctact cgttttacag gttctgaaat tgccaaatgc cgaccaaacg aactcaacac 300 aagacgtgat tctgttggta ttgggaggag ataggaagga aaaacctgtc ctgcaaatgc 360 aaaaatgcaa tatgccatat tgccttccaa tgagagtatg tcagcattca agcaaacagc 420 caaacacaga ttatagttcg tcccatagag gctggatgtg gaacgttagc caaaaactgg 480 atttgtaatc ctaattttaa ttcattttag gcgttccttt tcaaattttt taaggctgtg 540 tttagttcct tctaaaatta gaagtttggg ttgaaattgg tacgatgtaa ctgaaaattt 600 gcgtgtgtat gtcaggttga tgtgatggaa aaagttggaa gtttggatct aaacacagcc 660 taagtttcgg ctttttaacc aaatatcaat atactaaacg cctaccgtaa aactactttt 720 tcgtaacatc gtttttattc tatggcttat aactcgaagc ctatcaatgt gactagtact 780 attttattac ttaatgaaac gtctatacat tatatatatc aaaatgttat aaaaccgtaa 840 aaaagccatg atatcaaact gacaaaataa tactctatcc atcctaaaat ataaggaatt 900 ttatgtggat gtgacgtatc ttatactttg ggtgagagga agaggtacta ataccactat 960 tatattgtac tccctccata ctcgtaaaag aaatcgttta ggacagcgac acggtttcca 1020 aaacacaact ttgacttctt atttctataa aagtatttat tgaaaaagtg atatatgtat 1080 acttttataa aattattttt caaggacaaa tctatatata taatttttat attttcaaac 1140 tcaacaactt aaaagttatt tatgatttat attcctaaga tttgatttaa gcattgtcct 1200 aaactacttt ctttataagt atggagtaat atgtattggt aacagtacag tatatacagc 1260 agtagtagta gaatatactg tactgtaggg ggaggtttgg gccggcagag gaatgggcca 1320 gtcgcacatg ccgtctgcgt gcgcttcccg cgacctagaa tatcgcccac tcgctcaacc 1380 Page 679 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcatatccct tcctaataac ctctccgatc cgtaaacctc gcccatgcgc cacgtccccc 1440 ctagtgtcct acctcccgga ccacccggtc ttggtagacc acgtccacct ccccaactaa 1500 aatatcctcc ctaacccaac caccccacgg taacccacgt acttaacgcg agttaccccc 1560 cgcaaagatc caaccgcctc tcgcaccgcc cgcctgtcca cccacgccta ctgacgaacc 1620 cggcccacct ctccgggccc caccatgtcg tcaccacgca ggccaaaatc ggggagagcg 1680 tgtcgtggtc ccacctgtca ttggcttcgt gggtgggagc gggtcacgtg catctcgaca 1740 tgactcgagg aggtaaccat ggttatggta accccaccgc cttgacaccc gtggttaggg 1800 gttggggcgc gcgatgccgc cacgtgtgac gatcggacgg ctgcggaggg catcggggtt 1860 gggcgacccg cctatttaac cgcgggggcc tcgtcttcct caggccacgc agcgatctga 1920 agtgaaacag caaaaaaaat caaacaaaaa gaaaaaatat tccccatctg tgaaattcgc 1980 aaaaccctag cgcggcggcg 2000 <210> 832 <211> 2000 <212> DNA <213> Oryza sativa <400> 832 accacagcct acgaagccgg agcctacagg agccaagtcg ccgggtgatc tagtcaaacc 60 aactcgacta cggtctcgtc ggtatcatca agttccatta ttccctttgt aatctgtgat 120 ttccatcgta taatcctata ccaactggat tagagctatt acctacaaag gggcctgaac 180 caatataatc cctatctttt attttgcttg atgtcgtact acgtagatcc tcgttccaac 240 gtaccgcaat accctctata tccagtctac gggtatcccc catcgacagg atggattaca 300 agttaataga cctaagtgat acctcgaatc aagtataatg actagccatg tattgtataa 360 aaaaactttt aggtagatcg tttgagtcaa ctcatcccag agtatggcta gatggatgaa 420 aaagctcatg gatcgttagc tcatccaacg catggcttgg ctcgttgcac tctcgtaata 480 agttgagctc acattttagc tgctcatcag gctgctcaag agtcaaataa gccaaggcaa 540 gcagtggcca acacaacaac ccaacaagat aaaatcccaa ctccaccctt aatccgtatg 600 ccacctatga tggcattcca ttctatatcc aacttgactc ccatccgtcc tctgttctta 660 cgtcaccact ttgtcgttcc gccacccatc aacatggtcg caacgctgcc tcaacatatc 720 atagctcaag caactccgtt catgctcttg cctatcgcct cactccatcc ctatcttgct 780 taccactcta cttcatcctc ggcagacaaa ccatgacata taacatgccg atacttgact 840 ccatctccgt cttatcgaac cgtcatggtt tcacgccaac gcgcgcaacc gcattccctc 900 gacgcaccac taggtcatgt agtaggaaga tgagatgcaa gacaaggcac ctctgcccga 960 caagtttgaa gtcaaagaac tcacataatg agaagagaca gtcgtcatca tcataggtgg 1020 actttgagtt gatgtttatt ctcctagctc gctagcttaa tgagccaagc ggagccagat 1080 cgagccaaat cgaactgatt cattattcag ccctattcct agagagacat tcatggtaga 1140 Page 680 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccttctaagt gtggtgccat ttgaatgtag acccaatcta tgtgtagagt ggactaatgt 1200 gaatttgaat gttaacatgt tacgccagtc aatgtgatat catatcaatc agtagtacgg 1260 taataattca attatatgtt gtaatccctc cctgccaaaa taaattcatc tttatcccct 1320 cctatttgtc caaaaataag tttactttta agaaaaaaat tatcaaagtt tgtgaaagta 1380 tgcgacaaat gtattggaag tagataaaaa tggaacaatt ctattaggat ttggttgggt 1440 ggagggtatt acagtctttt tgcttttgta tttatgggac aagagaaaat aaaattattt 1500 cgggacggat gtactaacat atacttcctc cgtccctaaa tatatgacgt tgttgacttt 1560 ttaaaacatt tttgaccatt cgtcttattt aaaaactttt gtgaaatatg aaaactatat 1620 atatacggaa aaatatattt aataatgaat caaatgatag aaaaaaatta ttaattactt 1680 aatttttttg aataagacga acggtcaaac atgtttaaaa aaatcaatgg tgtcaaatat 1740 ttagggacgg aggaagtact tctctcgggt ccaaaattaa ttgcaaaccc gaatccatta 1800 tcccctacac caaaaataag tttttcattt ttctcctttt agactgaccg aagctctgaa 1860 taaccgggca ggccacctat aagaatagca ttcacggggt ctgtgatccg tattcttagt 1920 gaccaccccc catatcacat cctctccttc ctcttcctct gctcactcag ctctcccccg 1980 cgcgcgccac cgtcgtcgcc 2000 <210> 833 <211> 2000 <212> DNA <213> Oryza sativa <400> 833 ccggcctccc aggggaaagt aagcagtcac atgaatgcct ttcgctttgc agaactccat 60 cagtttcttc tgctgccaga ctggatttaa ctcaacctga acagtttccc caggcatcaa 120 acactgattg caacattcat atgtatggaa cacttctcaa gtgcaatctt ttacaaatga 180 gatttcacta aatcagtttg agcttcttgg ttatttcaat ataccaaata ataatataca 240 aaggaagatt gctttcacca ctgattgcac agttgatcaa cactaacctg attcactgct 300 ggtggaattt ttgcgaaggc aagtagttct tgcaattttt ttgtagtgaa attgctaaca 360 ccaatcattt ttgcaaggcc aagctggtga cattcctcca ttgcttgcca tacgcctctc 420 aaatccattg gcatgatatc ctctcttttc attgggtagt gaggtttagt gggcttcacg 480 ctcattggcc agtggaccaa gtacatatca acatattcca tttgaaggtt cctgaatatg 540 acaagacaag aatcatattt agcatcaagt gaccaaattc agaaacttaa tctgctttta 600 cattttacct tttaaaggta ccaattaggt gattaatgaa agcaacattg ttttccttca 660 ttgaactttc aaatgtttta aaattagttc ccaaagcata agaaatatcc tccagtgcgt 720 gtgcgtctgg cagataaaac tgtgaataat gtcagtcttg caccagcgtt acaaacttca 780 attccaaaaa agtaccaatg ttacatatgt tcacctatga ataaaatgtc attgttaaaa 840 aagaattgaa cgaaacatgt atctacacag ttgtagtggt ggacttcaac tactgaagag 900 ttggttctca atgtaataat caacttttag attcatttct tctgcacatt tcttacatat 960 Page 681 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gttcttagtt gccgtaataa aatgaacatc taaaagtggt aagctgcatg ccagttagca 1020 tgatgcaagt ctctgtttaa agaaccaaat attttaccac gatgactact agagtatggt 1080 gtattgacat ggtaaaagga caacaagaga aagraaactg aagraagaac ccaagcctct 1140 tgtttcctta ctgcaagctc tccctgaggg argggagcac gaggtccsgg ttggmactgc 1200 gtgcaccaca ccttggtggt cacgaacacc tcctcgcggc acgcgatgac cccgcgccgc 1260 gccgccccgg ccacggcctc gccgacgacc cgctcggagc cgtacaccga tgcggtgtcg 1320 atgtggcggt acccgacctc cagcgcggcg agcagggcgc ccctgaagct ctcctccccc 1380 acggaccgga gcgacgccgt tccgagcccc accgccggca ccgcgcgccc tccgccgccg 1440 agcggccccg ccgggaaccc cggggtcctc gagcaccgcc cgctgctccc cggcgamgcc 1500 atgggctccc ctgctgctaa tactctgcgt cactgccgct tgatttgcca gtgcggtgga 1560 tgctacggat aaactgggcc gccgccgccg catctgggct aaattttctc ttacatcttg 1620 ggcttttata tgggccggtg gctttggtga gcgagagaga gcgagagtcg tgtggcaccc 1680 cgcccgtgcc gagtccgaga tgccgagagc cgtggcacgt cacccggcga gatgtaggag 1740 cggatggcgt ggccgcggac gcgcgcgcac gcagcgctcg ctctcctctc cctcctcctc 1800 gcgcccaaga agcgtggcgc ccccaccacg tcgcgcgcat gccccgtctc ctcctataaa 1860 atacacggga cgccgcgcgc tctgccgcgt cgtcgtcccc tctcctagct agcggctatc 1920 aaacccccac accactgctc gatcgatcgt cgcagccgga gtaactaagg cagagatcag 1980 atcaggcgaa ttaggagcat 2000 <210> 834 <211> 2000 <212> DNA <213> Oryza sativa <400> 834 catgttcctt tatcatggct agagaaatgt tttttgacaa ggtaatattg taaagagcag 60 ggaactgact agttagaggt cgaccctcta accaactatc ttcccaaaac atgatggacc 120 ttccatcacc cacttttttt tgaacaaaac ttgaagaaat cattccttac ttccataaga 180 ccctgccaaa agtgggagtc accagcttta gttttgagga cagacatggg ttttttcttc 240 aaatatttag aaatacacac ttagatcatt aatgtgagtt aagtgagtta tttgtacact 300 tattaactag ttccgcgagc atatcttaaa tacatgacat gtcatgtaga attgaaaagt 360 tacatataaa attaaaaaaa acatgtattt ttttcctttc ccatggtact acaattggca 420 atgcaaaaaa ttagtaaaac caaatcattt tagtttcatg ttttgaagag tgtagttctc 480 ggcttgccat caaacatgag caccttttat tttcgatctc catgttcttt tccacccaat 540 tacatctgca catttttaga agtatttttt ttcaatccta gatgacatgc cacgtgtaca 600 aggtatgctc acttggatat gtagtttgat ggacgtacat atgacttact taactcagac 660 tagtgatcca attgtgtatt ttgaaagtag agtgacatat atgatacata taaacaagtt 720 Page 682 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaatggcact tcatgcattt tactcttacg tctatcataa aaaaacaaaa agaagcaatc 780 ctcaactcat atacccaggt aaaaacacac ctttgcaaac ttaaacggtg tgagcaaata 840 tccatactat caagatttga aatgtatcca attaggccaa cctacaccaa aacttttttt 900 ttaataatgg aacagaatcc caccaaaaac taaatatgct caatgtttct atttgtgaag 960 ttaatctggg ggaaagtcag tttataattt gagtgcatat gctttaatat tttatatgtc 1020 attcaaatgg ttgttttttt aaaagaaaat atagtgccac gttatatatc agtccatcaa 1080 cacacaaatc taaataaact tgtactaagt tgtaaaaatc caactagagt actatccaac 1140 ctacatgggg atgtgatacg tatcatctag cgcaacaaat ctaaagaggg aattatctaa 1200 atttattgca tgtccatatt cactgtccta aatggtgtta ctcccatcta gatcgggttt 1260 gtttggaatg gaaggagtat gtccagatac atagcaaaat gaatgtacca aaaaagtcaa 1320 agtgatttat aatgtagaac ggagggagta tcatactaca atccttttga aaacgatatc 1380 atttctttat tatccttttg gaaactatat cggtaccgtc gaggattttt cataattttg 1440 aaatttagcc acttcgatag gatgcaaata taaattgaaa aaaactaaat tccataataa 1500 aaaacaatat aattttctat tatttaacgg tatcggtact gtcgaaaatt tttcatactg 1560 ttttcatccc tattcaggat gaatgagacg caacaacacg agacgtcgag acccctcacg 1620 gaggcacgaa aaatccattt cttgatgcgg ggaaggagtg ttagctcaac cgggggggct 1680 aatcactatc gaataattta acaagccacg caacgaagca gcaggaggaa gcaaccaaag 1740 gctagcaagc aaagcagcac ctagcattac gcaataattc aggccgaagc agagtcaccc 1800 agcagcaaga acatgggaca agcaaagcac aagccacatt ctaaggtagt gtacaagcta 1860 gctgacctgg gagtccagta tataagtgcg tgtagccgca tgtacacagg gtggccaaaa 1920 cgagacgtgc agagagagac accaatctcg tacgtagcat atctacatcg caggaacacc 1980 caaatcactc gtgcgtaggt 2000 <210> 835 <211> 2000 <212> DNA <213> Oryza sativa <400> 835 atgtgattac ataataagat ttagataata aggacaatat tttttcatcg aatagctagc 60 tagtccttgt caagaaagaa aatccgttac acttgaccaa acatttttga aactttcact 120 aagcagttgg aaatttttaa ttaggaaaaa aaattctcac tacaaaccaa accgttttga 180 aagcttctgt atgcaactgg aagttttcaa ataggaaaaa aaaaatctta caaaaccata 240 attaaatact ctctctgtcc aaaatttttc ttttctgata acgaatctag acaacatcta 300 tttaggttcg tctctaaaag ttgattttct tttgggacga agggtatgta gtcaacaaca 360 attttctcaa ttatggacga aatgccattt tcatgatatt cattgctagg aacgtcacta 420 atttgtatgc acaattttta aaacgatata cggtaagtat ttggattttg actctgatgc 480 taaagatgct tatgcaatct gtttccttta cccctttatt aatttctttg taacgcctac 540 Page 683 2008200749 15 Feb 2008 12689250 Sequence Listing.txt agtgtactct tcgcttatgg ctcctacttc accaactaca agtggactga aaaggaaaac 600 ggaaaacaaa agttaattcc tcagtaactc tccaccacca caaaataaat aaaaactttg 660 aactcccttc caaaaaaagt tcaaaacaag aaagaaaata tagctcacat catcaaaagc 720 aatggttggt gatgtggaga aaaaattttc tatagcaaga gaaaaaaaaa cacactaaaa 780 tccggaaaaa cmaaatgaga aagtagtgga ggtggagaga tgtttggtga ggcgggcgtg 840 ggccccaccc aacatggggt tggtggccac tggccacggc cacggggggt tggtggacgc 900 gggggcttgg gccccacctc cccagcgtct gtccgtccgg cgggtgagaa aagtttcggg 960 cggggtcagc gacggttcac tggctgtgtg tgcggtcctc acgtgctcac cccccgggga 1020 gaaatacttt tcgcacgcga atcctacccg cacccacggt ggggtgggcc ccactccact 1080 cccccgcgcg tcgtctccta cctcccgatc cgcacccgac gcgcgctata aataggaggc 1140 gcgagcgcat tccggaggcc acccccgtgc agaatcacac acgccggact ctccccttct 1200 ctctgtctcg ctccttcgtt cgctcgcttt atcccccccg aataaaggcg agaagccgca 1260 gcggcggacg aagaaggtga gctctctcgt ctcgcctcgt cttcttcttg ctcgtgagat 1320 cctcactcct ctcggggatt tttttttctc tgttggggtt tgggtttggg ggtagatctg 1380 ggttgggcgc tcttcgatct gaggagcgcg aggtttggtg gattggagat ctggggacta 1440 ggggttagtg attgtttgtt tgtttcgttt ttcggtcgcg gaagtgggag gggaaagcgg 1500 ttggggggat attcttgctt ttttkgttta atctttgatt gtgcgtgtat ggagttctgg 1560 attagcagaa aaaagggtcc gatctttttt ggtttatggg ggagaacagg ctaggctaga 1620 tctagcgttg gtggatccaa ttttaaattg caaaattttg tcagtactta gctgtcggct 1680 gcagtagatc tgaagaatgg atctctgttt tgtgattaat tttctctgtt ttttttcctt 1740 tttttgttct gtggtctact acaccaatag agaattcgaa tttgctctcc tctttctttc 1800 agcaagtagg agtaaaatca cttagtacta gtatcatttt aggtgcaaaa atcgactctt 1860 tttctcttgg atacaccagt tcgtcctcat cttggctgca acgaatgaat ggattgatca 1920 tctttagaaa ctgtctgcac aaaatcgagt attttttttt ctgatggctt gcaaccgatg 1980 catgcagagg gcagatagaa 2000 <210> 836 <211> 2000 <212> DNA <213> Oryza sativa <400> 836 gtgtggtctt gttttgaaga tttaattgca acgaatttaa tggtgcaatc ggatcatgat 60 ttggataagt aatttaagag aaaaaacagt ttaaaatagt tttgcacgtg agtcgagcgc 120 tgacgttatg ctgatatcag cgtccgattt taacctccta ccattgaacg cccgaaccag 180 agagtccctt taagtcagaa ccttctattc ccatcgagat gtcaacattt tttgctacga 240 aataagtgta caaaccgaag ctatgctgca cttaattttg ttcattaaca ttactctcct 300 Page 684 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttatttttt tcaaaacttg ttccggattc gtctgagatt ttgagtaact taatccaata 360 catcctccgg tctaaggcca tgtttagatc taggagtgta aatttttaat cacatcgggt 420 attatgtagg atgtcgtata gggtgttcag gcactaataa aaaactaatt aaagaatcca 480 tcagtaaaca gcgagacaaa tttattaagc ctaattaatc cataattagc aaatgtttac 540 tatagcacca tattgtcaaa tcatggagca attaagctta aaatattcgt cttgtaaatt 600 aggactggtt tagttcccaa ctttttattc aaacttccaa cttttccatc acatcaaaac 660 tttcatacac atataaactt ccaacttttc tgtcacatcg ttccaatttc aatcaaactt 720 tcaattttag cgtgaactaa acacactctt agtcgcaatc tgtgcaatta gttttttaga 780 tatatttaat acttcatgca ggtgttcaaa cgttcgatgt gacagggtgt aaaatttctg 840 tgtgggaact aaacagggcc tagctactag aaggagctcc tctgacttca tgtgccattg 900 ataggtgggg cccactcgca tacaactctc taactttaac taactttata aaaataaatt 960 aacacctact ataccaaata aatacactaa caaaaagaga aactaatttg atgtggtatg 1020 tgttagttta tttttcatca aaatttaggc cccgtttgat tcagcttagg attattataa 1080 tctggattat tacgagtaag ctgaaacaaa cagatagctt attatgatag attattataa 1140 tctataagtc agataactat aatctggtaa gctattctaa aggtgctttt tttagattat 1200 tgggtagcta acaactaaca aacagataat aatctagaga aataaactag tagcttatta 1260 tatgtcggtt tattataatc cagcttatag taatctagtt atataatcta gattataata 1320 atcttaaact gaaacaaaca gggccttaga gagctttgac ttaaaagaca actaaaacac 1380 ttcgatgatc gaaaccttga attaaatata tatgttctaa acagacatat attagaaggt 1440 atataatgca cattaataaa taaataaaac ttgaataacc catatatata tttttaaaaa 1500 attaacatat tactgtcaac tgatgacttg gctgtattag aaggtatgag ttgggaacca 1560 taccctgata ttcaaaatga taggatgaat cagcgtataa ttaattaaat attatattaa 1620 aaaactctaa aaatgatcat atagattttt aaagtaattt atctataaaa tattttaaaa 1680 cacaccgaaa tgtaggcacg aaaaaacaga aatgagttgg aaacatgaga acacacccga 1740 gtggactctg accagcaata tccactccca taaaaaacga aaagaaaaaa aaataatgac 1800 aggaagaggt ggcccaattg caatgggctt ccatgggctc ctcaagccca acacgcaatc 1860 accaccatcg gtcacgcgtg acgcaaaccc cacagccccc ctcccctcta tataagcctc 1920 tgcgccgcgc tcctccgaac cctagccgca matccccgsc tcttcccgcc gccgtccgcc 1980 gcgcgcacgc cgccgccgcc 2000 <210> 837 <211> 2000 <212> DNA <213> Oryza sativa <400> 837 ttgcaaactt agtgcatcaa gtagtgatta caagcattgc aaccctctta ttgaacatat 60 aagcaaaatt taaactctat tcgtttgcgc ctcaaattcc ccctcaatta tactatattc 120 Page 685 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atgtttattt tgggttcgtg aaataaacag gaaactggta tagcctgcaa aatccttcct 180 aacaagctaa tcttgctgaa cccagcgcaa acaaagggca atcaattttt gtagtgaata 240 caaaggggat cgatttaggc gatgcaagcg acctcgaatt cgcgatttcg agtcaactcg 300 tcactcaaac gttggccatt gcgccgtcag ggacaagcac tggcacaatc gctgctctcc 360 tgctcgcgga tcgtcttgcc ggcgccgggt ggaggctacc ccgagagctc aatagctcgg 420 agagacggga gctcaatacc gcggacggcg agctatggcg gccgcaaggg aaggtccgcc 480 ctaggtttgc ggcggggagg gagggttggt ttgtggcata ccgaggaaga ggcggcgctg 540 gtcggcgaag tcgtggtact cctcgttctg cgggatggcc ggggtgacga gcatgagcac 600 gacgaagatg gtgaccgccg ccacccacgc cacccacttc ttcctcctgc tcacatccat 660 cgccgcccgc tgccgccgcc gccgccgccg cttctcctcg tcgcctcctc cctgtcgcga 720 tggatcggtg gtggaattgg aattggaatc ggggcgaagg cgtaaacccg gcgtacgctt 780 tgtcattggg gttgtttgtt tttgactttt tccgagttgg gtgttcgctt cacgccttca 840 ccctgctcgc cttgactctt catcgcaaac tcttcttcct ccttgagttc gaagcgagaa 900 gacgaagacg aagcaatcct cctcctcctc ctcctcctcc atggctacgt ctcgagctca 960 agtggtgacg tgtccatgtc gtccctgcat gaggtgcacg tggccataca cgtatatggc 1020 tctgcacagt tgatccagca ggtttatttt attgatttct ttttcgttca ttagcagagt 1080 tgatcagatt tcgttatctg atcaagtgct cgagttcatt tcatgggcta gtgaccctgg 1140 aagattatgg cattgggata atcatgagag atcagcgagc aggtttcatt gcatttgcag 1200 ttcatgacag tttcagataa attaagctct catgtcagac agtcagcggc tgaagctttg 1260 tgaacggtta aacgggtact gaagactgcg aatctgcaac tagattaacc aagggagaac 1320 atgtgtagcc tactaattta tgccattttg ttgtggctct tcgtgatatg atggagctga 1380 cgcatcagtt tcagaaactg ttgcgtcaaa agaaaaggtt tcagacactg gtgtatctgc 1440 attctgttgt gctgacgctc aatactattt ctcactggaa tgttatatac ttctggaata 1500 ttctgttgtg ctgacgctca atattatttc tcactggaat gttatatact tctggaattt 1560 tggtctagtt ttaatttccc tctacagaag atatgatgct tattagtatt agcagtatct 1620 gtaaaagttt caacttagaa caaaacgggt ccttctgtcc aacggggacg tctccgaaac 1680 taatcataaa tcctgatgac ggtagtactc aaaactagta gtgcctaata acgagagtcg 1740 taaatcaaca aaactccaaa tgcaattcat acattgtcac tggatatatt ggattcaatg 1800 ccgatccggg tgtgagagcc cacagaggca tcgtgatcga tcataattcg taatgaactc 1860 tgatatttaa ccaagatcat atggacgctg cagatgcacc tccttgacgc aaatatctct 1920 ccctccctca tcgatcgatc catcgccggc gaagagctac cttagctatt agtatcatcg 1980 atcatctccg gcgagaagac 2000 <210> 838 <211> 2000 Page 686 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Oryza sativa <400> 838 gcttttgtac atgcctgtac tgtgctttac aaaatcaggg gcagaataac gtagcgatca 60 agagatggtc gatgattcga cgccaatgcg tacgtacgcc gcagtccgca ccgacaaaaa 120 agcgaaggcc gatcgagctg gctgggaaag ccggaggggc cgaaatgttt gagcttaatg 180 taatcgatcc tagcgataat gtgtgtgtaa tctggagaag atgatgcgca ctactagctt 240 gattgctcac cgctaatggg tcacaggctg gagccctgga ggtggacgcg ccgttgatta 300 agaaacccgc ctcgtcgtcg cacgcttgct cttgtgcatt attggattct tttcttggat 360 ggtttagcac gtgcgtgcaa tcacgcttat gcttctattt gcaatcattt agagatcttt 420 gatagcatgt acatgtacaa tgtaataagt catttttttt cttttttggc cggaatgtta 480 agattgagga aagcagttac aagaaaaaca cttatcaacg ataggactgt cgagtttagt 540 tgtgcacaca agtgtacatc caaaccacgc gctaaccacg taaacacaaa ctagtgagga 600 aagcaccaga ctagcgctaa gcgtggtcgt ttggttcctt gcttaattct acatgttctt 660 ccttagctat ggtgttcctt ctttagatgt ctacttgttt atttctatcc aaacatgtca 720 agagctgatg gttctatcaa cagaaaagga aaaaaaaaca gaagccttac aattacggtt 780 gtgtttaaat cctttcaaag tggaaagttt gtgttgaaat cggtacgata tgactaaaaa 840 gttgtgtgta tatgacagat tgatgtgata aaaaaagtta gaagtttgga tctaaacaca 900 gcccacaaag agacaatccc caaaagaaat cttacatgat aatgatgcca aaagtcttat 960 gttgacttgc tgcccaaagt ggatggtagt cgatgtcacc gctatgtata gagaggcagg 1020 taggcggcgg ttgttgtgtg tcatgtagag ttgtagacgt tacgcacagt gacgccatct 1080 ttgacaggcg caaaaaagtg aagtgaaatg caaagcaagg gagttgtacg ggccggccca 1140 agaggcccag catgccaagg cccccaaggc ctcaatccag tatacctgct cgggcccgag 1200 acgctctgcg ttatctatgt cccgcttcac ggcccaaaca caatggcttc tcattggaat 1260 aagttcatct aaggtccctt aacttgtcag cgaattcgat tttcgtcctt aaccccaaaa 1320 ccatatacaa cacgtccctc aactatcaaa accggtgcag ataaggtccc ttagcggttt 1380 agatagcggt tttggctgac gtggcgccta catggctatt ttgactcagt cttcatctga 1440 cgtggcactg acatagcgct tacgtggcaa ttcgatctag aaaaataata aaatttgtgg 1500 gacccgcacg tcagtttcac acacataaat aataataaaa tggtgagacc cacgtgggcc 1560 ccacatgtca acctcacctc ctcctcttct tcctcctctc tctcccccat ctcccgtcgt 1620 cttcatctct cgcccccatc tctctctatc accggtggag ataaggcgcg gcctcctcca 1680 tgggcggcgg ctggcgagct cccgcttccc tacctgcttc cccgccgccg ccgccgtggg 1740 aggggaaagt ggttggcgga tattcttgtt ttcttttttt gtttaatctt tgattgtgcg 1800 tgtatggagt tctggattag gagaaaaaaa aggtacttaa ctgtcggtgg attaggagaa 1860 catattagat ctagcgttgg tggatccaat tttaatttgc aaaaatttgt cagtacttag 1920 Page 687 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctgtcggcag cagtagatct gcagaaatgg agtctttttt ctgattgctt ggttgcaacc 1980 gatgcagcgg gcagatagaa 2000 <210> 839 <211> 2000 <212> DNA <213> Oryza sativa <400> 839 taccccctct tcttcgatgt atccacactt ccttcttggg tagggcacaa ataaatttat 60 ttgtgccctc catctccctg ccagcaccct tccttctaag agtcatcctg caggctctct 120 gtttgttgtg ctctttcgct catttgctct tcttcatatg ttctgctatg ctttttacac 180 tctctactgc ttagggaaga gagaatggta gatagatatg atgaagaatt ggtagcaagc 240 ttgggaaatg aaagaatggg aggcacaagg tatttaaaat tggcagcaac aaggtatgtt 300 tatacaataa aatttaggaa tatatgtagg ttaggaatag gttacacgtc gcctcgaatc 360 acaccttgaa cgtgaagctt gcccttgtcg cattgaataa agttttgttt ctaaaaccta 420 caaatggttg ttgctgtagt ttggagacta gttttctata ctgaagtaag attgaatttt 480 aagttcgtgg gaaataggag cgatcataac caaagtgcat acgtttaagc gtaattcgat 540 catgtacact cactttattt cggataactt gaaattgaag gtctattcct atattagtga 600 gtcgactcta catatcagca cgttatagta aaccctcaat tttcaatcta aatgaggttg 660 catgatcaaa tttctccgct ttataagcat aattgatatg tatatggata tacaattttg 720 tttagataac tacattggat ttagacttgt cctagaaaaa gtgttgagcg atttggggtt 780 tcgattgatg catcattatt cattagttga aacatggtcc tcttttaagg aaatgatagc 840 aaacacattt ttcagctaaa taatgggtgc aaaattacaa agttcagaaa acagaaacaa 900 aatcatcttc gaaattaaaa ataagggaaa gattgtaatc acccatctac attacattca 960 accatgtatt atgttgtttt gtactacaac ttatacagtt cacaccagtt ctagttctac 1020 ctgacgactg atcttacata catgtatata gggcctgctt ggttggtgcc ctgagtatca 1080 tgcctgagga atttgcgtgc ctgagaggca taggagaagt tgatgaaact tgcctggcct 1140 ggcggcctga cattctgctt gtttggttgt ggatagttgc ctgagaggaa aaaaatcttt 1200 acgttttaga tgggtactgc taaccataac aaaccaattt attgcccagc ttttgatgta 1260 ttaatcattt gcgtacgtca agatggaaaa aagaacgaag aacacaagaa aaacaaaatc 1320 ccaaatccac gcgtctggca gaacaccaac ctaatgattt ttgccggctt cacgtacata 1380 aagaagggga aaaaatagaa caaaactgct gctatctgtg ggagatcaga tgggtcgcag 1440 atggaactga cgaatcgaga tatttcaccg tagatttgtg tgacgccagc cggatctggc 1500 aagatggtgg tggcttccca cggcggaggc aatactacat gcgcgtgacg acggcggagg 1560 aaaattatac gtcagtaatc ctcgctagct gctgcgcctg gagctcaggc gactgaaata 1620 ggtcgcttga ctcaggctaa tcacgcgcgg agatgcatca ggccagcaac caaacaaggc 1680 caaaaccgtg taaggctcgt ctcaggccaa gctagttctc ctcagggtag caaccaaagg 1740 Page 688 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtagcaacca aacagccccg tatactctga atacagtact gtcgcaagcg tcgcttgtac 1800 caattgctac tcaggtagga aaaaaaaaac tgccacagtg ggraaaaaat attwaaaaac 1860 caggaagaaa aggccaccgc tataaattat ggctgtccgc tagggttttc cgccttctta 1920 tctcttcgct ttccccctca tcgcggtcgt cgccccccgc cgccgccacc tcccaaaccc 1980 tagctccccc cgcgtccgcc 2000 <210> 840 <211> 2000 <212> DNA <213> Oryza sativa <400> 840 actgctcctc ctcgccgatt tcccccctcc tttttctcta ataccaaatt actcgagaaa 60 ttgtgttggt tcggtccgcg ggtagcgtga ttcggccaga tctggcgtct gtgtgtgtgg 120 agaattcgag ggttttgttt gggtttgtgg ggggagtaaa tccggacgaa tctgtggtgg 180 tttggggggg aattcggtgt gtgtttgagt tgatttgagt tcgtggatga ttccgttgga 240 tattgatagg tcctagttct gatccagaag tggcggctac gcctttgctg tagcctcacc 300 gatccgccgc cgccgccgcc atgaagttcc gctctgattc gtcaggcggc gacgagcccc 360 gcgctccggc tgccggcgac ggcggcggcg gcggcgacga gccggccaaa gaggcagcgg 420 accgatccgt cctccagttt cgagccaggg cgaggcctcc tcttcctcgc aagccgccac 480 cgcagcagca gcaggaggag cagcctccgg aggatgcggg aagggcgagc agccgagggt 540 tccggatctc ggggaggacc tggtgttcga ggtgctgcgg cgagcggagg cgcggacgct 600 ggcggccgcg gcgtgcgtga gcagggggtg gcggcagctc gcggaggacg agcggctctg 660 ggaggccgcg tgcgtgcggg agtgggcgaa cctcggcttc tccgagcggc agctccgggc 720 cgtggtgctc tccctcggtg gattccgccg gctccacgct gtctacatcc gccccctgca 780 gtggcgtggc gccggcgtgc ccaggcaaca ggggaggcgg cagccgccgg tgaggttggg 840 ccgggaccag gttcagctct cgctgtcact gttctccatt gggttctttc agaatatgcc 900 ttgtcctaag aaagacaagg gaaatgacag tgataagaat ggagggggcc aatgcgggta 960 gtcgaatttg tggaataagc ttcactccaa caagcatcat cctaagctac catggcagtt 1020 gccctattgt tcacactggt gatgctagag agtgttggag agacgaacag gaaaatcggc 1080 atgcttgatt tgggacatga gagaaattaa gtggaattgc aagatctgaa ttggttcggt 1140 tgtgttccgc acttgtaaga tttatgtgat agtgtcacat ggattgatgg acgttgagtg 1200 ctatgaggac agttgcgtga atgctgatga caagtgattt acttcaagag aagggagaaa 1260 tggtttgcaa ttcgttctgc tgttgctgat attctagtta tcagctattg tgtcaacttg 1320 atatatctgg cccaagagca gtatggactg tgtgccttct tgcgccggta ccaagcttta 1380 gagggaaagc tgatgcaaat agcttttgtt tgcataacct ttttcaatta gggaaacata 1440 atttcccata ttaggcatat ggagaattat gtgaggtatt gattgtttgt acaaaaataa 1500 Page 689 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccattttatt cttgaatatt gcattttcac atgttaacta aggttcttaa gttgatctga 1560 ctgccatgta caatatggag cccaacaagg ggtagtgaca catatttctc aacttcagta 1620 tgcaataagt cagtcatttt atatgttttt acatgtggag ctgcggataa tgtgacaaac 1680 ttatgtaatc gtgaatgatc ttttgatgtt tctctgtttt tctttcatgt agtttgatat 1740 aggattcctt tatctggcac tattgaagtt ttgttgtaaa taatgttatt cttgcaaaga 1800 ttatcttaaa tcaatcattt ctggatctga agaggtattg taacaatctg aagctttgca 1860 caaccaattg caactaaact tttgtatttc ttagggtgag gacttgaggt tggtgtgatg 1920 ggcatttagc taactgaaat ttctctcaaa cctcacagat ttgaccttct gtttctacca 1980 gaaaaacaca aacagtgaag 2000 <210> 841 <211> 310 <212> DNA <213> Oryza sativa <220> <221> N_region <222> (19)..(19) <223> n = any nucleotide <220> <221> N_region <222> (29)..(29) <223> n = any nucleotide <220> <221> N_region <222> (51)..(51) <223> n = any nucleotide <400> 841 cacccactga aaacccctnc cacgtrgtnc ccccccgamc caacccacct ncccccccag 60 ccacacgccc gcacccgctc ccctcgcgca cggcccgctc cccttgaccg ccacgtgtcc 120 ccccactgac atgcgggccc caccctccac ccacgccctt cctcctcctc ctcaaatgaa 180 tccccacctc cccctcccca ccaaagccgc gttcgcatcc gccgccgcag ccgcagccgc 240 cgccgccgac gccgacgagg agaggaggag agggaaggcg agagggaggt aggtaggtag 300 gcagttagcc 310 <210> 842 <211> 2000 <212> DNA <213> Oryza sativa <400> 842 gatctgggag cgcgagatgc ccagctcacc gagctcggcg acgcgcttgg ccaggttctt 60 ctccacgtcg gcgcacagca acctcgggtc ggcggccacg gcggcggcga tgccggagcg 120 cgagaggccg aggccggaga ggaaggcgac ggcggcgtcg ggcttggagg gggacctgag 180 gcgggagaga gtcttggccg ccttccgcgc ttggtccccg gtgaggccgc aggtggtgac 240 Page 690 2008200749 15 Feb 2008 12689250 Sequence Listing.txt caggtagtcc tcgacggcga agggttctgc ggcgatggat gcggcggcgg tggaggagga 300 gaagaggcgg tggagagggg agaggggaga gagcgaggtg ctggaggagc ggacgcggag 360 aagaaggatt tggtttcgaa ggtggttcat ggcggcggcg gcggcgctag ggtttgacgc 420 cgcmggcgaa ctaggggaga gaggaaacct gcggttccgc tattttttct actttgccac 480 tgacaaattc gtaaaatcgc gaaaatgtga aatactacta tttttgaagg gccttcgatt 540 caaaggaggt tttcttaatg ctatgaagtt tctatacaaa ggttcattac aggtagattt 600 tgcagagaac acaagagttt caaccttttg aaaattttga tttgagcata tctattttat 660 tcgatccttt gtctatacga tccaatttaa ccatttatat attttgccat cattgtattt 720 ctattagaat catgtgtttt tatattcata ttttttctat tcctgcgatt taaagggtcc 780 taaataaccc aatgtgattt ctagttgagg aataatttaa gagccagtca agctctgcca 840 acaatttttt tttggtaata ccatgatgta tttgcatcac taatccaaat aataccctcc 900 aatctctgcg ctataaatat attggttata cctaaatatg taaacattta agtacaatcc 960 ccttcgttct attttatatg tgtttaacat tttgtaagtt aaattttctt tttaattttg 1020 caagtttttt aactatctgt acttcgtttc aatttaattt cacatatttt tccttttcta 1080 aattatacca acatgagccc ttttctcagt aatgtttatt tcctatttta acctgaattt 1140 aagatatttt gaatctaaga tattgtatga taatatatgg ataacaacct ttgtatgtgt 1200 ttgttcatat gtgcataggt cggtgatcct ttagggtccc tttgaatcgt aagaatgaaa 1260 aaacatatga atatgaaaaa cataaaattc tggcaggaat acaattgtaa aatagaagat 1320 tgcaaaacat atgaatgacc atttgattgg actataggaa aagcgcagga atcagatgaa 1380 tgagatagac tcaacgaaaa ttttccaaga ggttagacct cttgctaact ttcctctaaa 1440 atatacatag gattatctat tccattgaaa ttttaaagga ttggatatga ttcaatcctt 1500 tgtttcaaag gcttccatag gattttcttt tccatatgaa tgaaatcttt taaatttcct 1560 acccctataa caaagaaagc ccatatgctc gagaaaaaaa agttactatc tagaacttgt 1620 ttcttaaaaa aaacacacca attaagatag acaaattcga ttgactagca tgatttcgtg 1680 taggtttgct taatttccac ggtctacaga gaccgacgca gtaacgaccc atcgtaggct 1740 ggcggcacca cgaaagcaat cgagggactc ccgtcggatg ggaaaccaac gcaccagatt 1800 cgccagatga cgcgtacgtt gcggccgtgg actcctcaca gcgtggcctt ggcacccggt 1860 tgccatctcg tgaatccggg taactacaaa tacaaagaac acgcgcaagg aaagatcgaa 1920 agataggttt agctagaaaa aagctggtga aatcaaatca acaacaggaa gaagagaaga 1980 agaacataac atacctggag 2000 <210> 843 <211> 2000 <212> DNA <213> Oryza sativa <400> 843 Page 691 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tttctcaaaa cttatgttgt tcagtttttc cgcgcacgtt ccccgatcaa ttaaacactg 60 tattttttta gaaagtctat agaatttttt aagaaaaaaa tcgtaataat gcattttatt 120 aaatgatgct ttttaaaaag aatctatata ttttttaaaa aaatcgaaat aatacatttt 180 ttcaggtttt taggataata cttaattact catgcgctaa tgagccacat tgtttttcgt 240 gcgggaggaa ttagttacga acccaaggtt cgatgttcgg gattcattgt tcataacttt 300 atctctctta tttttcgggc gcacgctcaa acagctaaac ggtatttttt taaaaaaaat 360 atgaagggaa attgttttaa caaaataata ttaatttatg ttaaaagttt tttaactaat 420 acttaattaa tcatgcgcta atgtatgctt cgttttgtgt actggatagg agggcccctc 480 ctcccgaaca taaccttagt tgctttgcat tcacgctgcc gctcgccgcc gtacaactcc 540 gtgtgtagat ctgtagagag gactaaagat agatgaggta aaaaggttga ccgtgtggag 600 aggataggaa taaggctcca taacccaata cgtatacatt ttagagtgga taaagaaaaa 660 ccggaaacaa atgccatatt caactattta tccaccacag tctatatata attgaaattg 720 tttttaatcc gttgcaacgc acgaatattt tttctagtat aatacaatgg aatagagcat 780 attattacgg ttgctcctat attcaatatt ttccacactc ctctggaact acagagctcg 840 gacgacgggc atgagtttgg acagatttgg ctgataaaca cgaacacttc ggcggcagag 900 ggatgggcag caactatctg gcgtggtggc ctcccattgc gaccactttc tcttatcttc 960 ggacgatagc aagtttcagc cctctcgatc tcgagctcac cgacccctac tctctgacat 1020 gtgggctacc gtcatctcct tttttttcca tgttactagc atatgggccc ccacaaactt 1080 ctcttaattc tttttagcac tacgtcaata caggttaacc aagttaacat gccacgtcag 1140 aaaaaaaaaa cgttgactat aatatcatgt aaggaccata taggacaaaa cctattcaaa 1200 ccatcccgcg gagagcaaaa ataagccagt tttaatagtt tagggagctt ctatatctag 1260 ttttgtgatt caggggtgtg aatcagactc gggtaagaga ggcgatatgc cctatcatgc 1320 cgtgacagct caaggcccaa attcacggag ctgatccata atgaacttca gagttcaaac 1380 ttttcagaga tccccagaca ttcctctggt tttccgacgt tcatgagttc gtccaagttt 1440 ggaacgttgt atgccgcaaa ccaacctctc aacgatcacg tacgtagtac gtcttcttgt 1500 ggtttttttt tgtcaattga acgtggaagt cttgtttctg gactgatcgt tctagtcgat 1560 tgttgaatac gaaggccacc ataaatcttc acatgctagc ttgctgacac actgtgattc 1620 atatggccaa tatacagcga gcggatagtg gcattaaacc gcggcttcgc gtggaattcc 1680 accggatagg aaggtaccgg gtcgcagact ttcaacctct ctccattatg gcggcgcacg 1740 cgcggttccc ttctgccgca gcaaccgcag cgcgcacgct agtgtcctag gactccacaa 1800 gtattgggat atggctaaaa ttctcgatta gtttggcaag tcgcacaagt acaccacaag 1860 tacacgacgg atgtctcgta tgtagagaag acgctggcgc tcgttttata aaagccgggc 1920 ttgtgatcat gatatctaat tcaaccatca cctctttcac accatatccc wwwawkggsr 1980 aacttmaccg acgccggaca 2000 Page 692 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 844 <211> 2000 <212> DNA <213> Oryza sativa <400> 844 ttttgccgtt atcggctaaa tcgccttgct agattagatt agcctaggca tctaccactc 60 tgaaaatcag tcaacggctt gattgtctag atattatgtt tcttttcata cttagtgctg 120 catcagttaa gtttgatcta ctaagtcgtg cttagaacca taatctctag cctgcttttt 180 gacagccaat aagggtttca tcggggtttc agccgatgag ttatctggac gttgcatcgg 240 cttacaagga ttgcatacat attggattta gcctatcgca acaaaggttt tactgtttat 300 ctaatcttgt ggatttcatg acatttggac ctccagccga tatgtgcttt aaccttcgga 360 tcgatgctta tttatcatat cattatttgc cgattggttt atactggatt atattgttat 420 tttattacat catcatcagc cgattgcctt tatatcatta tctacattgg acatataacc 480 gattgcttaa accctttgct atcggctggc atcggcattg gctattctcg gctatcggct 540 ggaactactc catcggcttg tcagccgatc ggctattttg atctactgtt tgcatatctt 600 gtcagttgca ggatcaaact gactagcacg ctcgcatctc atcaagattt ggacctgcac 660 aggagctaag cagatctccc aggccagtgt gttcgatttt ttcgtcaaca catggtgggt 720 ggtctatgtc aacatacatt gatatatatt agacaatctc atttttgttg tttgttggaa 780 gtaccaaaga tagtatatgg tcaaatgtgg taatagtatg atgcacataa caagtctttc 840 aaattttatt tttctttaac gcaaggccac actatttttt tttacataat cccttaaaca 900 cttaatatac aacaacgtga atctatatgt taattgacat aattagattt ccacctaaga 960 ataaaacaaa cactcaaatg tgcataacca tggtagattg gcttgtcttt caattttttt 1020 tattatggca cataaaattt aggtgatttt gtaccaacct aactcaaaac tctattctcc 1080 gtgataattc atagagacgt ggaaatctca tatattttca ttgaatgttt tcaaattgtt 1140 ggtcatgagt agcatgtcaa acacctatct atgtatttgt tggcgtccaa cggctatgat 1200 catatcataa tccaattcgc atatgcaatc aaagatagag caaaatgcaa ccattaagtt 1260 gtcgtttagt tgactttgtc tacctagtgg taaatcaaat actcaagtac tatccactaa 1320 atcccgataa atccaaattc gcttatcgat ttctccttct tgccatccaa tatgatttta 1380 gattcttaga taccgtattt gtccgtcagt tacgtctttt gctatcaatt tcgaagacga 1440 caaatatgaa ggggcagcta aaaggaagtc aactctttgc accgtgatac gaattatgct 1500 acctcttcca ctttcgcgtg atctcatatt cttgcaaact ttacttgcca tctttcacca 1560 tacttctaaa tacccaaaat tctcaggtga catgtgcaaa ctttctcaga atgtaatatc 1620 ttccttccat atgctctctc catttccctg tttctagttg aggggaagtc gatcgggatt 1680 aggaggaagc cgggcccaca tgcaggcgcc cacacccaca cttcaatcct cacgccccag 1740 cagttaatgc cttgacgacc ctcctcccct ctccccaacc aagcatagaa taggcggaca 1800 cacagggtga tagagagaga gagattcaga tccacccgcg tcttctcttc tcccctctcg 1860 Page 693 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tccacccatc cctcgatcga tccggcgatc tccgccgccg ccgccgccgc cgctagcagc 1920 agcaactgca ctaggtaaag aggaggagag gagaggagag ggcgcgcggt acagaggagg 1980 aagaggcgtg gggagagaag 2000 <210> 845 <211> 882 <212> DNA <213> Oryza sativa <400> 845 ttaaccacgc gctaatagac cctcgtgcat aggacatgtg ttcctaaccg aaactagcga 60 acacagcctt aggccctatt tgggggagct tgtcccagct gcagcttttt acaaaagctg 120 cttctgctag aagctacccc aaacaatgca cagcttctga gaatatgtag ttacagattc 180 taaaaaatga actaagaaac cagaagctgg agaagctggg tttcagggct tttccagatt 240 tttagaaact ggctgtcaaa caactgcttc tcaaaatcta aagttccaca aacaggccct 300 taccctcaac cggcgagagg tgcctctcct caaaacctcc tcaaccccat caaccatctc 360 gctcctccat gcaggaagtc agcaacacca gttgatgaca ccaacacaca agacatttga 420 taatttaata ttttttccag tgtccaattt attttaatta aaacttatag gattgatact 480 ctatccgtaa aaaaaagaaa aacctaaaac acgctgtgac caggatgtaa cctctcttaa 540 tgtaacgaat ttggataaat catatcccct tttagattat tttttttatg gaggaaatac 600 atgagaccat ctgagtgaat gaaagtgggt taaaatgtaa aacawtcgaa gcccgtttca 660 agcagtgtta aattattaat aaatgttaaa aaaagagaga aacaaaacga acagcccggg 720 agaggataaa aaaaccaaaa gaaagaaaaa aaaatactag tactagtagt agtactctcg 780 taataataac acaataggag gagcagagag gagagagcca ctgcaccgcg cgtccgcccg 840 cgctccctcc ctctcctctc ctcgcactcg ccgtccctcc ca 882 <210> 846 <211> 2000 <212> DNA <213> Oryza sativa <400> 846 accactcctt ttcgtcggcg gatgcaagcg gcagagaagg tgaggtacac tgccgctgaa 60 aaccgggccc agatatgatt tgggcccaca tgtcagcctg tggtgacagt gagtgctttg 120 gactggggcc tactgcgtcg agagctacac gtgtcaagtg aggagattcc acgaggtggc 180 catgcaagcg atctactcta gctacgtgga ggtgttacgc atctgaattc gtaggaaagg 240 cttcacttgc aaatcattgc tactcctgct ttcaatacag tactactgct gctggtaaat 300 gcagatttga tattggaaat ggcctattgg cttgtattta aatcttaagc attttcttaa 360 caggatgtac tgacttaatc atcaatgcag catgttgttt atgaaaaaaa tattgctata 420 tttttgtagc tagttgtttc tgtgaaggtg aaaatctgag cagggaatat ctcggtgaag 480 gaagcaaaaa cctcatgctc tgaatgaccc attttctttg acagagccct tgtttagttt 540 Page 694 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctaacttttt cttcaaactt tcaacttttt catcacatca aaactttcct atacacataa 600 acttttaact tttccgttgt atcgttccaa tttcaaccaa actttcaatt ttaacgtgaa 660 ttgaacacac cctctgaatg accattttaa tagttaatgt atcatgtaat gagatattcc 720 gaccctctaa acgcaaagca cgtggaaaaa ctgcaactaa ccattctgaa aaaaagaaaa 780 aaattttcat aggagtacta gtttaataag gctcatgaac tttgtggatt aacatcccaa 840 tccaccatgc aatgggtcca ctctcgacaa ataaacaatt gagacgaagc aaacaaaaac 900 tttatgaaca agtggataat actataatcc ttcctccagg gctccaactc gatatacttg 960 ccaaatactc cgtatataca atttccttgt atttaatgta cttgcaaaaa attaatgaaa 1020 cctcgttact tcaaagcaaa gaaaccatcg gattcctaat caggtacaga agaaatacga 1080 acaaaaatca attagtaaat cgcgaaaaag cgacgtccta actgagtcag gtacgtactc 1140 ctcttgcccc cacgcaggcc acttctccgg gtaaatatag cagtttccca ccccactcac 1200 cccgatccaa cggctgagcc gcagccccag gaggatcgga cggttggcag cgcgcgcamg 1260 cctcctygcc tcgctttata tgcacgcgcg gtcgcctcca ccgcccgtag tgctcggcac 1320 gtcggttgtt gctgttgctg ctgctgctcc tcccgttttc cggtgagctc tcgtggactc 1380 cgcttgactt gatgtggggg tgaatctgtt tgataggtgg gggggatttt gcggtgttcg 1440 tgtgagtttt ggtgtggatc tgcttgttcc tgacttcctg tgtgtttgag ggtaatctgg 1500 gttattttta cgggttgttt ttggtgtttt ttgaggagtt ttttggtcgg atgggtggta 1560 ggtctggatg gattgttttg gggcagcttt gatcggattt taccctgggt tggataactg 1620 atcggtgttt ttctgttcgt ggtttggtgt tgatttttcg gttagtgcat cggtgttttc 1680 tgtaactgct gctctccgat tttgagtttt attttttttc tgttttcccc ttcagttcta 1740 gcctcggttc catggctgaa ccttcgattt gattttgttt tttttyctta tttcgtgagt 1800 tactaatctt cgatattatc gactaatttc actgtgtttt aatcgtatcg tcagttagag 1860 agttgagatc taacagtcgt tgtgttccag tgttttcccc atttggattt ttcgatctca 1920 tcactcctga cgaaaaattt ctcatcgcct tctgtttggt ttggtttggt ttttctcgcg 1980 atttgccgca gatcgcagcc 2000 <210> 847 <211> 2000 <212> DNA <213> Oryza sativa <400> 847 gcccatcccc cgtcgacacc gccaccgcca ccgcgcccat ccccmaccgc cgccgttgct 60 gtcccccgcc gtcgccgcgc ctgtcccccg ccgccgccgc cgccgccgtc tccgtcctcg 120 tctgcaaggg acggctgcag gggaccgact gcgcgtgtcg agatgctcct tccccaacgg 180 gatgcccagc tatatctagt aggaatcacc tgatacctgg taggtatcat ccaatacctc 240 gcaagtatca cgcgatatat ggtagaaatc gtctgatact tgacaagtat cacatgatac 300 Page 695 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ctcgcgagta tcacgctata cgtggtagaa atcatctgat acatgacagg tatcacatga 360 tacctcgtga gtatcacgcg atacgtgatt gaaatcgtct gatacctgac aggtttcaca 420 tgatatctcg cgagtatcac gcaatatgtg gtagaaatcg catgatacct gataagtatc 480 acatgatact tgcaagtatc acctgaaacg tgtgtagaat cgtctgatac ctactcagga 540 tcatcctgtt gtgtagaatc gtctgatacc tgataggtat cacacctgat acctactcgg 600 gatcatcctg ttcgaaaacg ggattccgtt atatagcagc cccctttttt acctcaggtt 660 aaccgggacg atggaaattg ctttatcaga tttttctttt tgtgcatctc ttcaagaaag 720 taggtaggtt ttgttatgta agtttttttt attgtacaga agatgcacac tcactatgtc 780 tggattcaaa cgtaggatta ggttttttgg gacagaggga gtacatcaca ttacactcac 840 acactttttt tattacatgg tagacgcaca cgcgaaacaa actccaccac actcgtaaat 900 acgttcccta tcaggtacat aatattcgtg ggtggattta aaccctggtg gatgaagtca 960 tacatccacg tctccaccct cacgccactt gtgctttccc atcataagtt ttacaccatc 1020 aattacgagg cgattacttt ttattttgtt tcaattttca gttatgtcta aattgtttga 1080 agtaacataa acatcttact aagggtgtgt ttagttcacg ccaaaattgg aagtttgatt 1140 gaaattgaaa cgatgtgatg aaaaagttag aagtttgtgt gtgtaagaaa gttttgatgt 1200 gatggaaaag ttggaaattt gaagaaaaag tttggaacta aactcagcct aagtttaaat 1260 gctttcaaat aaaaacattt ctaaagattg catcatcata tttgatgatt tcagaacgcc 1320 caaacccaaa gcacggcagg aagaaaacct gaaggcgcag catgggcacg gtcgatggag 1380 gttgaatgca cgccacattt ctgacatctt gtattgccgg acgaaaaaga actgttttgc 1440 acgaaaggag agagaaggca gaagtggtta gttgggggaa atgggctggg cttgttactt 1500 gcacagccca acaaagtccc tcaaaagggc ctagcccatt aagcccattg gacgaaaccc 1560 taaactcttt cctgaggtct ttttatgccg ccgagccgtc cccttcctct tcctcctcat 1620 cagattgttt ccgccgccga cgcgccgatc tcctccttcc agttccaggt gggttcttcc 1680 tcctttgcgt gctgctgctt taatttggtg cgcacatatc gaaggctttt aggcgtcgag 1740 taatcaaaag gcctaatgag ctcaaagctt gtgcaagatc gatcgatttt gtcaattctc 1800 catccacacc tttgccgcct ccattaggca tctgggatgg atggatgttg tccacacttc 1860 acttgttctt ctttatcaat ctttgtttgc ttctacttca ctagtaatag catgttatgg 1920 agattgtata tatgtaatgg agtagtagga gtattcgttc gatttgatta actgaactga 1980 actagcctcc aggctaagcc 2000 <210> 848 <211> 2000 <212> DNA <213> Oryza sativa <400> 848 tgtagaagtc aaaactaagc taatggtttc agtggctaag agtattttta aagcaagcac 60 tgtctggtct tggaaacgtg gttaatgggc caccaccacg gtagcaccaa actaacctta 120 Page 696 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccagtcatgt gctgatcctg aggacagatc caacgtataa taagcatctc gtcggtcatt 180 tcgctttgcc atgcccagca gtggcatcag gctgcaatga gcgcgcacca taatcatcta 240 gagctagaag ggtgtgttta gttcatgcta aaattaaaag tttggttaaa attrgaatga 300 tgtgatggaa aagtttgaag tttatatgtg twgaaaagtt tcgatgtgat taaaaagttt 360 gaagtttkra graaaagttt gggacytaac cacgccgaag acacggcgag gtttkgcmcg 420 gagacgtggc atcgatgcag gtttcactgt agaatcagcg ccsaggaaag cagagcgcga 480 ttcatcagag gcgccgattc gtctggtcgc cttgacccgc cctcgtgtcg tctccggtcg 540 ggacsccgga rctkarcsgg cggcaggcaa gccaagcggc tggggccttt tcggcaaagc 600 cgcgccactt tttaccgctc gtgactggaa gagaggccgc acgccacgga cgccaccgcg 660 ccgcgtagac ggttgggaaa accacggcga gatcaccatg ccccgcccgc ggtgggttgg 720 cacttcggca cggcggtctc tcggaacggg agtgagtggc agggacgtgc gcggcgcggc 780 gcgggacgtg gccgcgagcg gtggcagccg gaacggggaa tacggggtgt gtgtctgggt 840 gatgctgtcg cgcggtcgcg ggcgcgacat catgatggat cgctggcgac ttcggctgcc 900 gggggccgcc accgccacct cccgcgtctg cgtctccacc ggtttcgggc cccggcgcgg 960 catcattggg caactctgca tctcggggga gagcggggtg acggctaccc aaggaaggag 1020 ccaaatagat atgggactcc acgtgctgca aaaaccacca tgattgactg ccatactact 1080 attccaaagt tcatagtatt tccatgccaa aacagtggaa cactccgcat acatatttga 1140 cagttacctc cgcgtgagag atcagagagt taagcataaa gaaagaaaaa gatagagtta 1200 agcacagatc ttaaaatcaa atggataaaa gtacgtaatt ttgaggcaca caacttatac 1260 ggatagatat gttgtgaaaa cctaaaacta ttgtaggaaa aagaaatgaa cgtttaagat 1320 ttgtgcatgt catcgtgagt ttatttttac ttataatgat atggataaat ttgagacgtc 1380 tatttttata tcctataata atacctaggt tttcaatatg gtttctactg catattttag 1440 cttatgctca tacaaactca gtttcattga agtgtacgaa tcagtcatgg ctgtgaggcc 1500 cgtgacacga gtgaaaggcc cgtgaggccg tgaagccacg cgcgagccga agtgggcagc 1560 ccacgtaggg aggaggccca aggctcaagc ccgcgccaac gttgcggccg agcgggcgag 1620 cgggcgagcc gcgagcgccg ccgaggccra gccgagtgag accagccgcc ccgttccccc 1680 ttccaacccc tctctcctct cctctccaam cacgccgcga ttcccccatt tttacctcac 1740 tacctccgcc cccgaaaatc ccaacaattt tttgatcctt cgccgccggc aagcgccgcg 1800 gagggttccc cccaggtaag ccacgcgctg tcgcctccgc tcgatcgccc cgcctcctgt 1860 ccccgccgct cgccgcgggc gtcgctccgg ctcagatcga ccagatctcg atcccgtttc 1920 tagggggttt ggctcacgtt actgttcgtg cagggagtgg agaggagagg agcgggcggg 1980 ttggtgttgg gaagggaggg 2000 <210> 849 <211> 2000 Page 697 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <212> DNA <213> Oryza sativa <400> 849 atcactggtg cacgccggcg agcgggatgg agtagtctac gagcgacggc gcagtacaga 60 gtaggaggca aaccctagat tgatttcgcg tgtgttgcgt gaaggtggcg gctcggttta 120 tatagagata ggtcgcctga ttagggcgcc cgcgtaaacc gaaccggata agtcgggcgt 180 aacctatccg gacttcacgc cgtttgcacg caccggattt ttcggagtgt ttccaaaaca 240 aaacaaatcc gaatttcctg cagcaaacca aaactgcaaa aggaggctgc aactgcgcaa 300 gggtgaggag ccaattttgc ggaccattcg acgcgtatgt cgtgcacgcg cgccgcctgc 360 caggcgaggc gagcgagcgc gcgcgtgttt cccctcttct ctccaccaca catgctttaa 420 gtggctagga gagcatcttc tcttttaagg aggtccccct ctcctagaat aagtaaggta 480 gtactaaact ccacatgcat gctatcccat gaggtgggtt tttgtgatat ttcaaagaat 540 taattttcga ataggcctta gcccatctat taattccaat attaattcca acagtaataa 600 gctagctgat gctatagcat cgatcggatg taacagtccc caaaacaccg atctcctttg 660 ggacagtgca cctccgggtg ttgagggttt ggtcgccagt gattctgccg cgtccatggg 720 ttaatggaaa catgaagtct tctttaaaaa aaactattgg gttaatcggt acgcacccat 780 atgtccatct cactcccacc tctagtcgag atcccatttg atttagatta ttgaatggac 840 catttacttg aatattggga tatattaagt attttaagag ataatcttaa caaatagctt 900 acaacaaatg acctaagcaa gcagtaaaat ttctgttaag aaaatgtatt ttttgaagtg 960 gaggctagag agcaaacata tatccggttg gatgtagagg ccgggtaaaa aaaaaagtta 1020 ttactgctta tctttttcac cgtatgtctc tgggtaaaaa aaaaaacttc tcttaaaaaa 1080 gtgttatcgc tgcttatcat tttcaccgta tgtctctgag taaaaaaaaa acyttctcta 1140 aaaaatccgg ttggatgtag aggccgggta aaaaaatacc cttctccaga aaaagtatta 1200 ttgctgctta tctttttcac cgtatgtctc tgggtaaaac aaaaaacccc ttcttttaaa 1260 aaaattccgg ttggatttta gtagtaccgg gtaaaattaa attaaaaaac ccttctcttt 1320 aaaaaaagtg atttgctact taatcttttt caccgtatgt gttaggttaa aaaaaaaccc 1380 cttctctaaa acaaggtaaa aatgtgttat tgatgtttat ctttttcacc gtatgtctct 1440 aagttaaaaa aaaaccattc tcttaaaaaa atgtattatt actgcttatc gcttatgtgt 1500 cttggatcca actggtaacg gtggtgggaa aggaggcaag aagcatagca aaattcctga 1560 tgcaaatgcg caacaccctg aaaatattga aagtaggaat gccccccctt tttttaaaac 1620 aataaaaatc atttcaacga aaatttgact aactggtaca caatacaaga aaatttattt 1680 caccgtctct tgcgtcatga tagaaaccat cgaaaaaaca agttttagac attcgcgaaa 1740 gaggactacc agctcactct tttacggaat tgcccttttt gaggaaccgt tgttatggtt 1800 atgggcctta tgaactgggc ccaatatcca cgcggccata cggcccgaag cccaggccca 1860 tttcgcaggc agccacacct attgctcccc ctccgcagta tttaagcttc accccctcca 1920 Page 698 2008200749 15 Feb 2008 12689250 Sequence Listing.txt accctagcgc ccccattcct caggtttccc ctcgccgacg cctccatcgc cctccgggct 1980 ccgcctccgc cgccgccgcc 2000 <210> 850 <211> 2000 <212> DNA <213> Oryza sativa <400> 850 cagtgacaaa gtgagcgtag ctcgactagt tagatccttg ttgtggcact agcctatatg 60 gattaaaatt ctagacttga cagttgacgt tagtacccgt atttatgact aattattctt 120 tcagtattag gcgaggtacc tgtcaataac aatatgcccg tcatgtctgt gggtttataa 180 tgtgtttttt taaaaaaatt aacagtggtt tttatactac tagtatgctg gtacacggtc 240 ggtgcacttg tttagccgcg cataccacgt gacgcgatcg gcgcacggtt ccctccccgg 300 tccgtaggcc gcagccaccc ccaaccctcc aggtcaaagc cgccggggca gccagccaga 360 gcccggccgg tccaatggcg ccttgccacg tgccccctcc ctccccaccg gtccactgcg 420 cccatcccac gcagcccccc tcttctcctc gcgcggactc cccggtttta ccgcgcatcg 480 ccacgcgtcg gctcaccatt ggccggggcc gcgccaagga gaggccaggc gagcttcccg 540 aggagccgca cccgtcgctt tctaattttt tcttttctcc caccttctct ctctctccgg 600 tctccactcc ctccgctcct ccgctcctcg cctcttttac ccgyttttcc ccccgatctc 660 cccggactcc caaagccgca gsgaaaaaat cccgcgcggg ttgggaaaaa cragctcctt 720 aggaaaacaa agggaaaccc ccagggggaa ggaggrggaa aggkgawcyc ttctytcccc 780 ccyttttcct tttttttttt gcttgtctcg ctttttattt ttttgctacc tttacggttg 840 ctgggatttg ggggagttgg tggttggttg gttggttggt ggttgcgtga atccgagggg 900 tgaggagaag gaggtggagt gttcgttctt gatctttccc gcagttgcac ttcgatttga 960 gattgctcgg tacggatctg cagctgttgt ttttgtttgg aatcgtgtta gatctagggt 1020 tggagggtat ggctgtgtgg ggttcgaggt cagatctgat gcgaaagttt agggttcttg 1080 gtgactgtga gatgtggctg tgtttagttc acgccgaagt tgtaagtttg gttgaaaatt 1140 ggaacgatgt gattgaaagt ttgtgtgtgt atgacaaggt tgatgtgatg ggaaaagtta 1200 gaagtttgga aaaaaacttt ggaactaaac acacctcgtt ttattttctt gccatgttta 1260 ctggagatcg tgttggggac tgtagtgaag actcgagatc tgcgtggagg aagcctgtat 1320 ttgattattc acacgaaata tgcacgcata gctgttcccc tttcgagcta attcggttca 1380 tcgatctatc gtttttttac ctattagatg cagtatgcct ccgttgaact gcagatctag 1440 tcatttcgct gctgttcatg ttgttttgaa ctgttagtct gtctgcttgc tcttctgtgg 1500 aagaagcagc agtggcgctg tcgttttctt agcttgaggt ctggtggtat tggactagat 1560 cactggtttg gcagccactt tcttgttgat ttgtctgacg gaatcactcg aaaagtaaga 1620 aaataaaatg gagaaagtac tctagtgaaa gggggatgga ctagaatatt tagttgcctg 1680 agaatgattc ctttcgttca tggaaaaggc ttgcgcttgt tgtctaattg ggaaaatgat 1740 Page 699 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gtgccatcca cttggttgga atctggcaaa gtcgtgtgat ttgtatgatc ttcttgggtt 1800 tcatccattg ttcccttggg tgaatggtgt ctattatgct tatctccact tgggctagtt 1860 ttccgagaac cgtatatgtt cttgtaaatg gtccacaagt gatatagtag gttgtatcct 1920 gtgtaaagtg ctgatatgca ttatttgcag gtgcacaagg tccagactaa gtttgcgttg 1980 aagaacaaag gagaggaaaa 2000 <210> 851 <211> 1300 <212> DNA <213> Oryza sativa <220> <221> N_region <222> (8)..(8) <223> n = any nucleotide <400> 851 ggaaccantc aaactgttat agtgttaagg gttagggaaa atttctagaa cakaagcggt 60 ttgacgcaaa ttcgagaaaa aaaagtgcgt gggtaaagag agagatggga aagaggatgt 120 ggttcctcac caggatggat ggatggatgg atgcggcgag gaagcagccg tacgaacgac 180 ggcgaccctg ctcggtcggt cggtcgctgg gtggatggat ggatggggat cggcgcaggc 240 ggcggtggcg gaggatgagg atgggatgcg acggcggaag cagcagggac gaacgacggc 300 gctgacgccc agctcggtcg cgggatggaa tgaattgggg gatcaaatca agggcaaaaa 360 ctgcacgagg agacgcacca cagaggcgtc aaaatggcga ggggtaacct agtaacttcg 420 cctaccactc aaaatgggcc acackkcayg gcccggccca tgcacgatta ggcacggctc 480 atttaggccg ggccgtgccg tgccgacatg taaggcctcg ccccaagcgt actactacaa 540 atttcagtta taggaataag ttcatctaag gtcccttaac ttgtcagcga attcaatttt 600 cgtccttcaa ccccaaaacc atatacaaca gatccctcaa ctatcaaaac cggtgcagat 660 aagttccctt gccggtttag atggcggttt trgctgacgt ggcgmctaca tggctatttt 720 gactcrgtct tcatmtgacg tggcactaac atrgcgctta cgtggcaatt crwtctagaa 780 aaataataaa atttggtggg acccgcaact tcagtttcac acacataaat aataataaaa 840 tgtgggaacc cacgtgggcc ccacatgtca acctcacctc ctcctcttct tcctcctctc 900 tctcccccat ctcccgtcgt cttcatctct cgcccccatc tctctctatc accggtggag 960 ataaggcgcg gcctcctcca tgggcggcgg ctggcgagct cccgcttccc tacctgcttc 1020 cccgccgccg ccgccgtggg aggggaaagt grttggcgga tattcttgtt ttcttttttt 1080 gtttaatctt tgattgtgcg tgtatggagt tctggattag gagaaaaaaa aggtacttaa 1140 ctgtcggtgg attaggagaa catattagat atagcgttgg tggatccaat tttaatttgc 1200 aaaattttgt cagtacttag ctgtcggcgg cagtagatct gcagaaatgg agtctttttt 1260 ctgattgctt ggttgcaacc gatgcagtgg gcagatagaa 1300 Page 700 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 852 <211> 2000 <212> DNA <213> Oryza sativa <400> 852 tggtggtcat cccctctact attcatcaat catatttctc tccattcatt ttcctataat 60 acaataacta tgatattttt gggtattgaa tgtctcaaat tttgaacccc tacagtcttg 120 tcttggagac acttggccag tagttattac ttcatccgat tataaatatt tgacatttag 180 aataggatct gactaggctt tgaaatgttg accatcaatt ttacatcagc ataagtttgt 240 aaaatgaaat aagcatacgg tattatgata gtactttttc aagaaaaatt catgcatacc 300 agttgtcctt tttttaaaaa agagcattta aaaaattatc gatggacaag ggtttaaatg 360 ttagccaaat cttatactaa taaacattaa atatttatag agtgtatttc atcactatag 420 tcaattcctg acctccttca catacttggt tagtattaat aaaagtcaag ttgaaacaaa 480 ttgacatgat aatgatttgt tgtgtagcca tatatatagg acatcttcaa ctagtggttc 540 ccttatcatc gttgtacccc tcctcggtaa taggttagtt accgagcaaa acagataaaa 600 gctaaaatgc tagaaaaggt taattaaaaa cttttttaaa ttcgtaacaa acatttttcg 660 ttatttagcc ttggtggtaa actatggtga ccgatggtca aaccttggtt tcaacgaagc 720 cacccattgt agtgtaaaaa tatttctgta gcttaattta ggggttgttt ggttggtgac 780 cgcaatttgc tataccaaaa tcttagacac agttgaatta agctacactt tattagcaca 840 ttggcccgtg cgttatattg tcattttcta gccaaagttt gccataattg tggctaacaa 900 attgttggcc acattttggc tacgttcgat aggacatgtt cccaacttct ccttctcgtt 960 tttcgcgcgt acgctttttc aaactgttaa acggtgtgtt ttttgcaaaa tattttttta 1020 cgaaagttgc ttaaaaaatt atattaatct atttttttta aaaaaagtag ctaaaactta 1080 attaatctca cgctagacgc tgcttcgttt tacgtgtcgg gtacccaacc ctcactcccg 1140 aacacagcct ttgtgtggtt tactacagtt atagtaaagc tagtctccat ccaaacaatc 1200 ctttagtcca tataacttcg tatactccaa aattccactc gttctacgga catcactaat 1260 acgaagatca agtggaagat agatattttt aatgacatgt tattttcagt gaacacttga 1320 ggtcctcacg atccacaaac acacattttc gtagataagt tctgaaatac tccatacggc 1380 ggttgtcacg atgtcatgat cgtcgttacc caaggaagaa gaaaagagtg gcatcttctc 1440 cacgccagtg ttcccaacgg agcatctttt cttcccccac acggcatcga cgtcacactt 1500 tctggtgcaa actttaataa ttagtccaaa aacaaaaaaa gaatttcggc cacatcttct 1560 cccgaaacgc caggtgggcc ccacctgcat cactgacagc ctgtccccac aacgcgcagt 1620 cgtgtcccma cctgtcagga tgttagcgtc tccgttgcag gtttcccaga tcccatcgcc 1680 gatctgtggg ccagcgccca cggtgtcacg cccgcgcaca cctggctcca accmaccmac 1740 cccacgcgct ccgtcgccga cagcgtggac ccacctaggt ggggcccacc gtcagtggga 1800 gatgggtagg ggagccccca cgtgggagca acgggggttc tccgggctcc ccgtcgccgc 1860 Page 701 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaggttaaat aacggccacc cgtttccccc tctctcgcaa aactcaccca aaagagcagc 1920 gtcgcctctc ctcctcctcc ctaaccccta cgcttccaga accttctcga agctcccgct 1980 cccccccccc ttccgctcca 2000 <210> 853 <211> 2000 <212> DNA <213> Oryza sativa <400> 853 ggggtgagat aaggacccta tttttttaga atatgatggt tacattatcg gttagatatg 60 agggatggaa gagtctgtga cccatgtcaa cgagttgaga ggaattgggt tggattggtc 120 cgggcccctc aatttttaat gtgtgaagcc aatccggatc ttagagaaat attctccttg 180 ttaaccatct cacgtaaccc caaaccaaac acctcgactc aatctgacgc atgcttaaaa 240 actgaggtgg tgtgatagtg gatcttgaac agttcttctt cactctattc tcaattctca 300 taagctgaca aacatggccc acttcccagc tctcccagaa agcagcaaac atctatccaa 360 ccaatgaacc aaccaacaca agtcaataac acgacatact actcctacat tgctattcat 420 cttatcatag catctccaac aacttctcca tttcactctc caagctaaat tttagccatt 480 atagtaaaaa aaatgtcctc caacaacatt tccaactggc caaaaccctt cctccactag 540 ccaaatttgg tcagccaaaa gtcactaggc aaccgtgggc cctacacaca ttcctcctcc 600 catctcctct ccggctcctc tctcgcatcg gctcgacaac acagttctcc aagctctcgg 660 cgccgtcgct tgccgcgacc tccaccgtcc tccacaccgt agccagccac agccgccgct 720 atccttcgcg ccgtcgtccg ccgccgtcct ccgtgccgta gcctctgcta agtagctagc 780 cacccccaac gtctctctca cttctgctag tgctccgctc tcctctgctg ctcaactcca 840 cggcgtgcgc gtctctctca ctgtcttgtc ttcgcaccga tgccgccgga gcgcgctgtc 900 ctctcaagcc gcaccctccg ttgcagatga gctccaagca ccgctccgct gccgctgctg 960 ctcccgcggc tgttgaagac gttgtcgggg tctggtggcg gtggcaggca aggtgccagt 1020 gtcgaggtac gtgctgaggt tgtcgtcgtc gcccgctacg accgccgccg cctccactcc 1080 atctctaccc cctccccatt gctgaggtcg tcgtcgtcgc cgcgagcctc cgccgtcgtt 1140 gtgagcctct gcgcagtcgc catcgccgca ttcgaggtag agggcgtggg gaggagacag 1200 tagtacatga ggaggaagaa gagagatata gcgaaggatg acaaatgggt cccatttgtc 1260 aaatacttat aatggggatg atatatggag aggctgttgg agcgagtagc tagtttgaat 1320 agccaaatta gatggaaagt tggttatata ggtgtttata tagttcgatt tggagaggct 1380 gttggagaca gggtttccca aatcgccggt accggggtta ctgcgccccg gcggtaagca 1440 cggttaccgc ggtaaccgca aaaaaccgtg aaaaaccgtg caaaatttat caaaaattca 1500 aattattttt taaatttatt tgaatttaag gaggttactg taatatttat attaccgtac 1560 cctgcggtaa gcccagtaac cacgcggtta ccgccgtaag ggaaatcctt gttggagatg 1620 ctctcacgcc cacgcagagg tcccctcgcc ccctctgctg tcccctccct catttgaatc 1680 Page 702 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagtaatcat ccgcaccgcc ctcccccatc ccacagtaca cacaggcgcc gtcccgcaac 1740 gacacacaca gcccacgagg ccacgactct ctctccctcc ccctctccct cctctcgccg 1800 tgagcggaac acgaggcaac gccgccacct cgagaagcgc gtcgccctct agggttttag 1860 agcagcagcg atggagggcg tgggagggca ccaccaccgc cgcggcggcg gcggcggtgg 1920 ctgcggggaa ggaggaggag gcggaggtgg tggtggtgag gaacccgagg tgctacctcg 1980 acgtgagcat cggcggggat 2000 <210> 854 <211> 2000 <212> DNA <213> Oryza sativa <400> 854 agttgattga tctgctctcg cacttgttgc gtacgtttgt gtcaccggag ctcgagaaga 60 agagtgtgtc cggcaatgga ggcggcggcg agctcgcacg aggcgctggt gaagatgtgg 120 gtgttcgtgc tggtgcaggc gctggtgtac ctcatcctcg cgcagtcgtc ggacgtcttc 180 tccagggccc agagcctgca gggcggcggc gccccgcggc ggccggcgcg ctccgtcagc 240 gccgtccgcc gcatgctcgc cgcgctctcc gacatgcccg ccggcgggga gccgtcgccc 300 gtggtggccg tcgtcgatgg ccggaagaag gattgagaga ggagaggtgc cagtgtttga 360 attgatttgt tgcgacaagt acgcggagct aaaatggatg atatattgct cctgttgctt 420 gctggatgtt caccattctt tgatccgatt catttcgttt gatttgtatg catgtcaata 480 ctacatagtg aattttggtt gttatttttg ttaatggtac tgtaacattt tacattggct 540 caatttgctc agtaccatcg agaacgttgg gagataaaaa aaaagattgc cgtatgttgt 600 tgattcgtga ggcttaattc tcagatagta caatgatatt tctgaaactt ctattttgaa 660 ttttattaac aaatttaaat aaatggttct ttatgtttct tagcccttat cggtgggata 720 gaagtagaac agcccatcga acgtcagatc aaactgttag gcctaacttt tcagttgggc 780 ttcaccaagg aaaaaattca gagtaaacca acgggcctca ttgtcccaag atccaaatcg 840 cccggatcaa acggcatgag ttgaccaact cgtctggtaa tgcatgccat ggaccatggc 900 atccctaatc caggattaga aaaagaaggc gtctccctat gcatggagca tggttggcta 960 gcatttctta tctgcctcaa tgccctcgtg aatgaacccc taaacccttc aaaacccagg 1020 ggaattgacc tccccaaaac ctcaaaatcc aagggaatca cgcttacaaa ccaagcaaaa 1080 cggacgtggt ttggaccact ctctaccaga ttgttcgtcc cattacttgc tttttcttga 1140 gtgtggttgg gacatgagat cctctttttg tcacagcaaa atccagagat gatgtgtcct 1200 acagctcact gatcatatca actccaatgc agttacaggc ttacagcaat gttcaacgaa 1260 gacaagaaga gaaagggaaa aaagttcctt ttttttttct tttcacccac tgcattacgt 1320 gcacgccagt agagtttttt cacatgcaat gttcatgaac tgttcccaaa atctcaagca 1380 aaatcaccta taaaaagagc acacacttgg ctctttcaaa agccccaatc ttgtgcacgc 1440 Page 703 2008200749 15 Feb 2008 12689250 Sequence Listing.txt atcaccgttt gcaacccagc aacaacatca tcatcgctca catccgcatc tccacacaaa 1500 aaacccttat cttctcctgt ggattgcagt ccattttcca tccaaccaat ccaagataag 1560 agcagccaaa acccctgcca tcctcccaaa acccagatcc acaactcccg aagaattggg 1620 gctgcacagg aagggtataa agctcagtac agtgagaagt gtttcttggt gttggcccca 1680 aatatcttgc agtgaaaaag gttaggaatt tgagggttct tggtaatctt gaagtgaaaa 1740 aggtgggata tttgaggggt tttgtggctg tattatttgg gggaggtgtt tgcgtcatgg 1800 atgtgtctgt cccaccaacc aattatccga aatctttatc ctcgattatc aaatgccatc 1860 gtcgtcgtgc ggcaataaac aattgccatt cagtcgtctc gcattcgscg gttttggaat 1920 cgaaccacca acaacggttg ctgcgtgtga gatccagggc cgccgttgcg ccgccgctgc 1980 cgccgccgct ggtggtgccg 2000 <210> 855 <211> 9 <212> DNA <213> Oryza sativa <400> 855 cgatcgccc 9 <210> 856 <211> 781 <212> DNA <213> Oryza sativa <400> 856 attacatatt ccacaaaagt tcttgaataa gacgaacgat caaatatgtg ctaaaaagtc 60 aatggtgtca aatatttaga aacggaggga gttgaactag tttcaacagt cagacgaaaa 120 acaaattgtg aaccattttc ctgcacaagc taccttttcc tttgaattga gaggaagagt 180 tttacgcaac ttgtcaacag tggcttttca cggtggaacc taataaaatt caaaattttc 240 taggcatgac gttatatttt gtaaaaggaa caaaagcacc gggcagactt tttgagtgta 300 cactggcaag aaaaaagaac ttcacttcgt ttcgtcagaa tcataagaaa caaaggcagc 360 accgcagcac atcaaacatt tcctgccatt caaatgcaca acatatgatc catattatta 420 ctgctagcta acatccagag tcttagtatt ctcatagcca cacattagtc ctactcctac 480 ttaaatttca taatagcaac aaaacatttg gacaaagcaa agtgcggttg ggcagaggct 540 agtatcaatc atagaacaag ctagcgtcta attaaaatgt ttttggtgat catccgcacc 600 gcccgttcta ttctaaacca caattgaagc tgacgaatta agttgccagc acgacgccat 660 gtgtataaaa ggggcctaag ctgaacgagc ttcgccacat cagtaatcgc caagctctct 720 ttcaagcgta gagacctctc cacacttatc agagtaataa ggaaaaaaat atagattaaa 780 <210> 857 <211> 2000 <212> DNA <213> Oryza sativa Page 704 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <400> 857 attctaaact ttatatttaa ttttttgttt tggcttatta gactaaccga tcgggctcta 60 agggtttttt taagtgtaat gccatctcaa aaggggaaga tgaaataccc gatcgagcaa 120 tcgcgcctag ttgtccaatc ggcctgcttc tcccggcatc ctggcaacca aacccttaat 180 ttaacaactc gatagcaaac cggcggagta acgacgttgc ccccgtgtac caaacgcgtg 240 tgtggattag aacagattct tttttaagac ctattattaa gaggataggt taagcacatc 300 cctgtccccg tgtaccaaac acgtgagggt acgttctctt gtgctgaata gctaaatgat 360 ttacgatagt tatgggcgta catacaaatt aactaaatat taaatattgt aaagttgaaa 420 gttagattta gaacaaaatt atatgtgcat taatgtatag aaagtttttt taaaagaaaa 480 tcgtgccgtt aagtattcta attccattct attcgggaaa aaagaacaca tcatgggacg 540 atgttggtga ttggtgaagg cttgagcggc atacacacat gaagctgtga tactttttat 600 gttcaccctt tcataatcgt actaacctct ataaaaaaac actttatttc acgctattca 660 cttgggcaaa aactatttat ttatttattt ttaagacaga ggtagtatca tttattacag 720 gtgcatatgt agtacttagc caattttacc ctggtgcatc gtatatcaac aaaaattgcc 780 tcttgaactc tactattttt atatgtagtt gacgttgatc cattgagata atgcggtgat 840 gtatgatcgt taagggagaa ttcggaaaaa agaacatcag ggcaatgcct tatatgggga 900 ggaaagcatg gtgaaaattt gctaaatatt gtgaaaagat gaatgagagg gtctacacaa 960 ccgttattct caaataccat cctttttata ttatgtagtt ggcattgaag taatattcat 1020 cttatcatca tctatcaact ttgagcgctc acatcatttt ttaattattt ctttaaaaaa 1080 tgtgatatct ttctaaaatg ataccatatt atcaaagtgc gttatattct aaatataagc 1140 atgaaacctt cgtttatata agcctacgat taaatgtaac gcatacattg ctagctatgt 1200 tatttatata tttaattcga taaacttaga ggctactcct tgatctaatt agcacgcact 1260 actatatctc acctatgcat gatttgagat ctaatccttg atctgtcctt cctacgacct 1320 tcttctttgg aataaaatat ttctagaaaa aaaatttatc tgtccttcga ccttcttctt 1380 tggaataaaa tatttctaga aaaaaaattt atctgtcctt ctcctatggc cttcttattt 1440 ggaataaaat atttctagag aatttcacaa aggaaattca atagaagttc tgccaaatcc 1500 atatgggttt caaaggagag agccttccgg tctccttttt ttccttccat ccaaaaaatt 1560 ccaaatggag tagtagttca catttttaca ccgtcgtctt cgcaaattta atactactat 1620 acgaaggagg aggaagctct cgcgccgcgg tcgctttcct tcccctaaat taaatcccgt 1680 gcgacgcgta gagacctcct cctccgcttt ctcctccaaa gcccaagcta atccccctcc 1740 tcttcctcgt cgccggcgag agctcttcgt cttctccaac tcgaccggaa gcaagcgcgc 1800 ttccgatccg ccatggtgct ctcccacggc gtgtcgggct ccgatgagtc cgtccactcc 1860 acgttcgcct cccgctacgt ccgcacctcc ctccccaggc acgcacgctc gcctctgtct 1920 cgagcgccat tggcgccgat cgattcggtg attgattggg agttttaatt ttggatccgg 1980 gcggggcttg caggttccgg 2000 Page 705 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <210> 858 <211> 1716 <212> DNA <213> Oryza sativa <400> 858 ttttaaaacg aaggtaggat agaatggagt tkaagagcmt agctcgatga tgccttgaag 60 gcgatagagt ggggggtttt gtcattttca agatgttcta actaagtatt tgtcactgac 120 atgtggaccc taatgtgtct atgatatata taggtacagt gataaattct taagtgtcac 180 tggtaagagt agcaaatact atatgtttag tttacactaa aattgaaaat ttggttgaaa 240 ttgaaacgat gtgacgaaaa agttgaaagt ttgtgtgtgt aggaaagttt tgatatgatg 300 aaaaaattgg tattttgaga aaaaaaactt ggaaactaat caagggctta attattcgag 360 agagtgtgcg gcgtgcgact ccgattccac gcgtcccatt cctagcgcgc gtaaaccggt 420 gcgtgggtcc caactccggc cgtcttccgc cgttggatcc catcctacgg cccagccacc 480 caccttaggt gcaagtacta gcacccgcgc tgcctctgcc tccctcctat ataaagggga 540 gagaagccgc cgacgaccct gcggcgaaca aaccgggccg gatctctcct cactcctccg 600 ccacctcaaa gctctccgtt caaaccgtcc cgcgccgccg cggccgctgc aacccgcgcg 660 cgcggactcc tgcctctcgg tttgttcctc tttgcttctt cggttagatc gatagatcca 720 gctatagtag tagttcagct ccggtagatt tagattggag ttttttttaa tgtttttttt 780 aattgttatt attatctgca aagttcttgg gttgcgcgcg tgccctgcgg ccgttcttgt 840 tgctatcgat cttactatga actaaggggg aaggattagc gtttattttc cccgtcctag 900 ataagtgtgg tagctaggtg agtatgcggt ttgcaacaat taattggggg gagtgatttt 960 acgaaaactg tcgcttgagg aggtgtgtca tatttttagt tagtgttaat ttgtggtatt 1020 tttctctcta gtatggaggt gacataagat gctggaacac aaatttcttt ttttttaagg 1080 aaaaatgtgg cagtacatca tcaggaatag taaaaattct ctgaactggg tcagtaacag 1140 ctcaactgta gcttttggtg cgaataattt agcgaatcga attttttttc ttcgaatctt 1200 gtgctgtact cctgttaaga acaaagctgc tgcgtgtcga tctatatgct tttgcgatgt 1260 ggggatgctg agttcgcatg ttgcaacagt tgggggttga gtgcggtggt cattcttttg 1320 ttcctggaac ctttggcaat cggcatcttg cccgacatgg actcatgttt ttcaggccaa 1380 gtccaggact tcagcaggat ttgtctgatg cccagttgcc tacttcccac ttgggcactg 1440 tctatgtcat ggaaatatat acttccattg ctgctacctg acactaatga gcaattcact 1500 agattaccaa ctgttattac ttattagtag aatttaagaa actcattact acttgttaaa 1560 acgaagtttt cagctgtatt ttaaggttgt gtagttggaa tcatttggga tgttcttttc 1620 ttaagttgaa cttatgggat ctgaacaatt ttgcttgatg caaatttaag ttctgagata 1680 tgcaaaccat gtgctgcttt gtgcaggtcg aaggag 1716 <210> 859 Page 706 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2000 <212> DNA <213> Oryza sativa <400> 859 cgttacatga ggaactttct tgtgctcatt ttaaagagtt acatgaactg aacttgtaag 60 aggtgtacta tcttaataca caattgggat acacaaatgc atgcatgctc agcatgactc 120 ttgctgatgt ccacatacta ttactccttt cgttacaatg ttagtaaata atagaacaac 180 ttatggatgt gacatatctt atttctttct ataatataat aacttatgat tggatatgtc 240 acatcatagt gttacgaatc taaacaagat atatcatatt caatattagg ttattatatt 300 atactagcaa ggaagagtac taccgtaaac ttctcattct catgagtggt cctatgtata 360 tcggctgtgt tcggagcagt agtcagtttt tcagttgcac atttagtagg gtattaatta 420 atcaaatact ccctctgttt tatattataa gacattttga ctttggtcaa agtcaaacta 480 ctctaagttt gactaatttt ttagaaaaaa atagtaaatt tttaaccgaa gacaaatata 540 ttatgaaaaa ttattcaatt atagatttaa taaaactatg ctggtgttgt aaatattact 600 attttttttc tacagagtta gtcaatttta gagtagtttg actttggtcg aagttaaaac 660 gtcttgtaac ctggaacaga aatggaggga gtattaacta tcacaaacta taaaaaaagt 720 atttgttttc aaagaaattt ctctatagaa agttgacttt tataaaatat atatatttaa 780 caatctagga agcatgctta ctaaatcaaa acttgaaaat ctagagttgc aatgtttagt 840 ttatttagcc aaaactaaac cgaataaaac gactatactc tcgatctaaa ataaaccaac 900 ttttagagtt tgaattttat tccaaaataa actaacttct atcttcttac ctaccatcaa 960 cacatatcaa gaagataaaa gaagagagaa gagtaacggg ctatagattt gtagccagct 1020 gcagcacaga ctccaagtca caatgtatgt atgacttatg tgactatgta ttaatagtgt 1080 attatatgtt tataggtaac tattgtatga attgattatt aagttgacta taattgattt 1140 ggatagttgg ctataataaa cctgctctta gagccggtgc aacagtagat ataaaccagc 1200 tataaacata tttaaaggag ataaaacaag atagaaaaga gaagcgagtt acagatttgt 1260 agtcagctat agcacggact ctaaaatgca tatgtgtatg acaggtgtga ccatatatta 1320 attatgtaat actccctcca tattttaatg tatgacaccg ttgacttttt aaccaacgtt 1380 tgaccattcg tcttattcaa attttttatg caaatacaaa aatacttata tcatgcttaa 1440 agaacatttg atgataaatc aagtcacaat aaaaataaat gataattaca taaaattttt 1500 tttaataaaa cgaaaggtca aacgtttatt aaaaagtcaa ctgcgttata cattaaaata 1560 cgaaggaagt atatgtttgt aggtaactat tatatgaatt gaactattaa gttgactgta 1620 aataatttgg agccagcagt ttgtcctatt aaacttgctc ttaacgagta gtgccctgtg 1680 cacgcgtacg gctgcctaat gcagagcctg acgtggcgag ctgccgcccc ggaagcccat 1740 agaaccaact ccaccataga ttagtagtac tagtactagt attagtatta gtgttaaagc 1800 gatgcaagca aagaggctgt tctagaagca agcagacgcc acgccacgga agaatctaga 1860 accccacccc catcccccag cccaaccccc acacgaagcg aaacgcaatt tctctccaaa 1920 Page 707 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccaaaacacc cgaggcggag aggccgaggc ggcgaggcgg cggcggcgac cgatctgtgc 1980 ggggaggggg atcgccggag 2000 <210> 860 <211> 2000 <212> DNA <213> Oryza sativa <400> 860 ataaccaatt tactaatgaa aggtcattga gatttaaggt aagtgttata tttgctgtga 60 taattcaagt cttgtcctaa ttttatcaaa tggaatcaca gtttcacatg caaattaaaa 120 catgaaagat ttgatgaagt caaaatagct tgtcatgttc cgctatagac aaatacatgt 180 tttatacttg tcaaaggaag gtcattgacc cctttgacaa tgacagatgc ggcttcatca 240 gagaaaaggc acaaaaagtg acagaaacta ctgaacgtgg aggccactag aggtgacgtg 300 gaccattgga agtataaaag accaccagcg gatagtaaag acctttgaga gagtttatac 360 cacttagatc caacagagta ggcttgtcct atgaggccaa gccccacaac aaggcccgta 420 ggacctagaa gttggaggct tgcaaaaaga catgtatgcc cttgtacata cctatttgta 480 aggggttggg atataaaatt acctatgtac cataccctag ccctatacaa tactgggttt 540 caagggaaat gcaatgaaca tattttttaa gaattaagaa gattagggtt tgagcgtaca 600 tcacatcaag ggcattggaa cttctctaag gctgtatttg gaaccctaag ttcccaaccc 660 ctctacctcg tattccacgt gcacattcaa actgctaaat ggtgcatttt tttgcaaaag 720 gtttctaaat gaaagttgct taaaaaaatc attttgatcc atttttttta aaaaaactaa 780 tacttaatta atcacacacc aatggaccac tccgttttcc gtgcacactg tgcgtgttgg 840 gaacatatgc ttccgaatac agcctaagtt cttgccctaa caaattgttg cctttgataa 900 cactaccttt ttatttgtta tacataggat gatataaatt cgtcaatcat acagtaatta 960 gcatttactt ccccctctca aatatatgac tagcctaaaa ttgcaccaaa agaaacacaa 1020 acaataatta aaaggctagc atatctatct tctccatttc tcatactcaa aactagttgg 1080 tggtctaccc taagccttag attttgttac ctagactctc gttgtaatat acagatttat 1140 gtctagatga aaaaacaggt cttttatcct agtatgagaa agtttttttt ttcttatttt 1200 ctttttcaaa aatatattgt agggtcataa ccggatttag ttactcgtga tcaatctcca 1260 caaaactata tttgttgaaa tgagctacat aaacacgaca tgtttttcac atgcaaaatt 1320 tagacacttc ttagataatt cgttcgtgag cataatagcc tttgcccacg atttcttgaa 1380 ataaacaccc acttaacaca aactaaacat cttccctagc taaggctaac ttatgccttt 1440 tatcattttg ttggtcatga tgtctctata acaagctata attggcctcg aaactaaacc 1500 ttggtgaggt cagcttttaa gcaaatgacc cccataggat catagtctct catgctatgt 1560 actgtagatg acagcaacaa attatatgag cgtgtgcttt caatagaatt ttagcaaagg 1620 ttaaggagct gctgctagtc tccatctatt tgaccttatg ttcgggcaca tattcccgga 1680 Page 708 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcgcgagtat agtgatatat gtgccttcac tcttatcttg aaaaaaaaag agacaaaatt 1740 taagacttta tttaaaaagg atggtcattt ataaaatttg aaaagtataa aaaaactact 1800 tctgccttac tttcactaca cgaaacaaat gaaggatcat gctgcatgaa ataccacatt 1860 ccacaggcac ctcccgcaaa aacaccgaag gtccccgtat gaggaggcag ctcgtgctcg 1920 ggcggcgaga ctgagacgag acgcgagacc aaaccctccc ctccccgacc gcgccccgcc 1980 cagatctcgc cgccgacgag 2000 <210> 861 <211> 2000 <212> DNA <213> Oryza sativa <400> 861 gtcccaaatc ccatataaat caatacaaaa ctaagaagac tagaatatcc tcactttatc 60 aactcacaat acaatgattt tctactttac ctactctcaa tacattgatt ttctaatttc 120 actaacttga tgcaatgatt actcaaaaac taaatgaact tattttagga caaacgggat 180 gggttaaaaa taaatttata catctcttcg ataataagaa cctagaatcg aatgagatat 240 tttctagcct ctttagattt gtggtactag aaaatgtttc atccgatcct gattcttgta 300 ttatgtgatg aggaagtatt tcggtacgaa gagagtatta gcttatttta ggatgaaggg 360 atagtatttt gggacaaaca taagaaactg aaaatgaact tattttgaaa caaaagatgt 420 actccctcca tttatttttg ataggtatat ttttaaatct ggaaaattta tttttgatag 480 gcatatttta atccaacaat ttatcatctt aattactttc tcggatttaa tgcgtgactt 540 cattcttcca tacaagattg gctacatgga catcgagaaa tgtaaatatt aatgaatcac 600 ttatttacga gaaataaccc gtagtatgtt taaataaatg acaagtagaa ttacttatct 660 tttatttgtg tgctaatata aaatataact ataaaaatag atagagggag tactacatga 720 ccctgcaaat tccatggatg agctctcaca accacaacac gagcctccat ttcattatta 780 tagccagacg gtcagataaa ttattgaatc cagagagagc atgcagccac gtcacggtcg 840 gcgcctcaga agcgaccctg gccaaccgtt tgtcctcgtg gcgcgtccct actggccagg 900 aggcccggcc tatcagcaag gacaacggct gggcggcaca catcgccttc ttcctttgtt 960 tctactccct cccctcctct cactcatcgt tttctataat ggacgattcc tttctaaaag 1020 aaaaaaaaat acttcagtta ttatttattt tacaggttgg tactctccta tattagtcca 1080 aacaatttct ctagctccgt atgaatgcat ttcttttcta aaatttctga gcatcttttg 1140 cttagtacag tatattataa gggagtggtt atacattatt tgatatattt tacagaaaac 1200 ttttaaatgt aaatatagta aaaataacta tattccaatt acaacatata gagcaattta 1260 tatgtagttc gtatgttatt gaattaactc gagtgtggcc tggtggctaa gagcgaatgc 1320 atccgctcac gacgatgagg gtttaaatcc tagcttcagg tacctgcttg tttttcgtag 1380 tcaagtttcc cttccttttc ataaggaaaa ttgcttttga gatcttttat tttcggacga 1440 tgtatcatgg atttacttca tgtgaactct gtctttaatc tataatatta tattgagttt 1500 Page 709 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcaaaaaaaa aagaggtacc tgcttagtgg tttttttttc tcacatggca caaatctcaa 1560 gacgacccaa cggatgagaa aaaaaatgca atgttatata taacgatact ctcagccagg 1620 ttctggaaga agttttgttt ggacgttttt ttattccttc tggataggca tctagtctcc 1680 agaaaatctc tgaaatacaa ataaaaaaaa tcatagaaca cgtccttatc catggaactg 1740 tctgcaactt ttgttattga tgacaaaaat aggcgcgcaa agggcggtga agaaactaat 1800 taataaaatg gaatatggat gccttatgca tggctttggc ttggtttggt ttggtttgaa 1860 gaggtcatat atgaatcact cactctccct ccttccctat atatagtagt acaaagatgg 1920 gagagagtgt ggaggggagc aatataatag ccgcgcttag cgtaactaga cgaacgtact 1980 agcagaagaa gaagaagaaa 2000 <210> 862 <211> 2000 <212> DNA <213> Oryza sativa <400> 862 cgatgtgatt ccgaatcccg gtcggccggc gacgatgttg ctcgcccctc cacgcgacag 60 atctattttt cctcccctca ttgacattag caacaacatt tagcagcatt aggatgcaag 120 gagcagcttc aggccttcag ccaaagtaat catcatgcgg atcatcaaac aacgacatgt 180 atcagcaaaa catcagggtg agctagagac tagtgatgca attactatgg atgtgactag 240 actagctacc gatcgctgtg taagtcggat cgtagatcgg atgagtagtt ttgaagagaa 300 attttatttg aagcataggt ggttcctatt tgcttgatga actactacta tattttcagc 360 atcagcagag taatggtttc agtggaaaaa cgcggtahcc ctaaaccgag aggcttctcg 420 gttttgattt tgcgctgtcg atgcattgag ttggaccgcc gatatcccta ttttccgtgc 480 agctgactgg aaatggcttc acagatcacc cgagcagccc ccgacctcca gttcgaggtc 540 atccgctgct ggccccaact cccacgccat atcggccaga catctgtagc tgttgctaat 600 tgcttatgtt gattggagat agtaattcat aaaatctaaa ccgagaagcc tctcggttta 660 gttttacaac gcgacaccac tgaagccatt actctgctga tgctgaaaat atagtagtag 720 ttcatcgagc aaataaggtt tgttttttca tgtagctttt ctcgccaaaa cccctcatca 780 ttctccaact tccatagcca ttttcctagg agagacatat tcattgtctc tggatcaaga 840 atcccaagcc caccctggtc ttttggtcta caagtcactg gccattgcac cgaataatac 900 tttctaatcc cctgatctgc cacataaatc ttgttctata aaaatccatc atcctttttc 960 actcctatag catgatgagc agtagtatgt catggtgctc tttcattcat gttgaataga 1020 gtttttttta tgagcgagtc ccaacttaag attaagaaaa ggccatatac actgtagtat 1080 gtgttatact ccctctgttt ctaaatactt gatactgtta atttttttta aatatgtttg 1140 atcgttcgtc ttattctaaa aatttaagta attattaatt cttttcctat catttgattc 1200 atcgttaaat atacgtatat gtatacatat agttttacat atttcacaaa agtttttgaa 1260 Page 710 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taagacaacg gtcaaatatg tgctaaaaag tcaacggtat caaatatttt aaaagggagg 1320 gattatataa ataaacatga ggctatgggt cctatcttat tgcttagcga ccttaaacat 1380 tgatggcctg tttagttcgc gaaaagaaaa tttttgggtg tcacattgga cgtttgaccg 1440 gatgtcggaa ggagtttttt ttacatgaat gaaaaaacta atttcatgac ttgcatggaa 1500 accgtgagac gaatcttttg agcctaatta atccgttatt agcacatatg tgttactgta 1560 gcactttatg gctaatcatg gactaattag gctcaaaaga ttcgtctcgc aatttcttct 1620 ctaactgtgc aattagtttt ttaatttatc tatattttta atgcttcata catgtgttca 1680 aagattcgat gtttttttga aaaagttttt ggaactgcct gaagatgccc gagtaccaaa 1740 cagaaaattt gctgcgtgca tatgacgtga tcgtgcgcaa atactccagt tcctaaggac 1800 ctgtacgcca aagggacgtc ccctccgctc ccctccccag atcctctctc tcgaatcgtc 1860 tttgggcggc caacgcatct tcctcttcct cttcctccat ctcatctcac catcccatcc 1920 acgcttctcg actcccagac gacgctgctg ctgcctttcg tcaacccccc acttctcctt 1980 ccccgccgcc gctcgccgcc 2000 <210> 863 <211> 2000 <212> DNA <213> Oryza sativa <400> 863 cggccgtcga tcttgccatg gtatgccacg cacatgtcga cgtcatttgc agcaacaacg 60 gcatcgcgag cgcgatacct tcagccacgc tcgcggccct cgacctcaac gactacaact 120 gcgtcatgga cgtcaacgcc cggtccctgg tgaccctcga cctcgacgac cgtgtcatag 180 ccctcgacct caacatctcg tcaagcacgc ggtgcgcgtc atggcccctc accgcacggg 240 ctgcatcctg tgcacgacca gcacgatgga ggtggtcggc ggctttggac ctagcgcata 300 ctccacatcg aaggcggcca tcgtcggcat ggtgtgaacg gtggcgaggc agctggcacg 360 ggacggtgtg cgggtgaacg ccatctcgcc gcacaccatc ccaatgcagc tagcgctacg 420 tcgccgctct ggtcgccgtg cagcccgctc caccgcctgg ccgctccatc ccgcccgtcg 480 cttgctctgg ccacatacag gggagagata gaggatagag agaagagggg agtagtgagg 540 atgacatatg gggatcacat gggccccacg tttttttaat tttgtgtgcg taactgacat 600 atgggcccca ctagttttat tatttttccg aatcaaatta ccacgtaacg ccacgtcaat 660 gtcacgtggg aagaagacct agtcaaagga gctacataga catcacgtca gctaaaacar 720 ggaacaatat tgttgaggga gcttgtttgc actagtattg taaattagag gatgcattgt 780 attcggttta cagttgagat ataaatttca aacttggtga caaattaaga gacctaaagt 840 gaacttattc ctttgcagga tattgctacc ctaactaggg atggtaatgg gccgggtcag 900 gcacgggtag aacaaaaaca tacccgattg agtgcccgaa atcgcttgcc cgaaccatgc 960 ccactaaggt tagcaggcaa aactccgtgc tcatacctat gcccagcaga cacaggcata 1020 tccggtggat ggcgagtggc tctcgctcga ataatatctc aataaatagg caatttaaca 1080 Page 711 2008200749 15 Feb 2008 12689250 Sequence Listing.txt aagaaaaata aaatcaataa tttaccaaat tatcaaccat aatttaaatt gaatagcaag 1140 ttagcaccag ctagcatcac aaataataaa agagagaggc gtatgagaat taagaaatga 1200 gccaaawtca actaatacat ctataccggg ttgggcatag gttacccatg gaaaaaacaa 1260 atcaaaactc ggccgctacc tactatgttt ttcaggtctt tggcgagcat acccacaaat 1320 aaaacattac gggcttattt ggttttttac cctaccaatt aattagtagt gccaaaatct 1380 aggtaaattt tggcactacc aatttttttg gtaggacaaa attagctagt ctatgtttgg 1440 tttaatacca atataaagct aaattttaag aggatggtga agaaaattct agaatatagc 1500 caaattgagc atgggcacta ccaactgttt tgcttcaata aaaaaacacg tttactattt 1560 gagttaccaa aatttttggt agggacacgt tttagcttca atccaaaaca gctctacaac 1620 caaacctata ttcatcaagt cgggtatctg cggatactcc gccgtgagta cagtacaaaa 1680 tacacatcaa acatttcagt acagttcaca aaacacgtaa aacattcgcc ttccaagttt 1740 gaaaggaagt tgtattttgt taaaaaaaaa ggaagttgta ttttgttaaa aaaaaaagtg 1800 taagtgtcct tagaaaaaaa aagtcaatgg tcaaacatcc gacggccgtc caagcccacc 1860 cgagatccat cccgatccac csgactcttc cccccaaggg tcgaaccaaa cccaaaagga 1920 aaatcaaccg cggcttggct cgtgatcagc tcgtgaatcg acccgaacct cctccagatc 1980 tcgccggcgg caacggcggc 2000 <210> 864 <211> 2000 <212> DNA <213> Oryza sativa <400> 864 atacagggct aatagaagcc tagaacgatg gcgacctacc aactgttgct gcaaattttc 60 tatcggcgaa gccctttttc tcgccggcga ccatcgcctt aattagcgga tgtgtttggt 120 aggcctccat cgatttatca aattttcttt tccatcagga ttagcctccc ggtgcatgac 180 gactgcgacc tccgagctag tcttgacgtg gagatatccg gcggcgagac gtgatcggca 240 ggattagaac gaaacgactt tgacgagccg tggcgtacgg cgtcattagc cgacagtcca 300 gtttgagagg agaatcgatg tggcaaatac gcggaaaata tcaatttaga cacgaatttt 360 ataagcaaat tataggagaa caatacagct ccagtactct gtactcctcg ctgtgccgta 420 tgattagctg aaataaccaa cgtttcaaaa gtagtaggaa gtgaattccc acgcaaaaca 480 cgcagttttt tgggatgtta attgcaggct tgtttggaaa cttcacacaa attttgccag 540 acgtttgtcc accaattgca gcacaaaaat aacttttgtc tgcgaaattc ggtgtcttct 600 ctgcaaaact ccgaacaccg acggggccac gagcaccacc tcgtggtggg ccccgcggcc 660 tgctcagcgc cacgccttca cctcgccccc gatcgccgcc tctcctcgcc tcacctcacc 720 tgtyccgctg tmcgccgcgc cgcccggttc acacggccac acacgcaccg ccctctctaa 780 ccggaacaac gtagccacgt ggccaccgtg tcactgggcc ccacacggca gcgtcacgcc 840 Page 712 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tccctcgcgg gtaagatccg aaacctgtgc caaaaaaaaa caaaccccgc cccgctttgc 900 tttgcccttg gccgccccgg tccaacggag tccaggctgt caccgcgagg gagccgagct 960 tatcagcacg acgcggccgt gggacccacc gtacacgacg ctgacatgtg ggccccacct 1020 tcggctgacg tcccccccgc gtggaagtag cctagtaggg cttgtgcggc tgcgtggtgg 1080 ggccgtgagg ccacgtgccc ggcatgccac ggtggagtgg acacgcgtcg ggcgctcatt 1140 ggctggggtg gggcatttct aggggccccg ggcgcctcct cgcgtccgcc tccccccaaa 1200 atttccgacg ccagagcgcg aggagacgca cacagaggta ttccttcgct cgcgatctct 1260 ctcctccccc tctcgaattt tgatctcttc ccgtagaatt ttcgcttcgt gtgtgtgtgt 1320 ttccgttcga ttggatcggt gctggtagta cttgctagca tgatcccccg cgtgatctgt 1380 ggccgtttgg tgggatcgtt ttccatctga attctcagct aaaccctgct gttttcgtag 1440 cgattttttt ttgctaggcg tgctttagtg gtaggtttgt ctgcacgaat cgggtgggtc 1500 tctggtggtt ttgaagtgat ctgtgtgcgg ttgatgtgat tttacggagt atggttggat 1560 ccgtcaaaaa cctgagttct gtaggggttc tgtggttctg gtccatgttt gcttctcaga 1620 attttgctta taattttgat ttttctcgtc ttgatctatt gttagattga ctctgatgta 1680 cagttagctc gggaatactg aagctacgat tgcggggcag taattcaaaa ttgctctttg 1740 aaatgtgcta cggtaccaaa ttcaaaaatc aaacttgaga tcattggctt gcccacttga 1800 aacaggaatt ggatggattt cccaacaatg catcattttc tgtttttkgc ttctgaattt 1860 atgcctttat tctgcatcgt ggattactct ttaaattgtt tgtatggatc ctccaaagaa 1920 cggttagttc atcaccgttt ttgttctttg atcttgcaga cttggcattt gtagagtttt 1980 tagatttata gatagcaaag 2000 <210> 865 <211> 2000 <212> DNA <213> Oryza sativa <400> 865 agaatttaca gttagctcgt tgatatcgta gcttttatgg actagtatgt cctggggaga 60 taaattttct ttcttatgga ctaatccaaa ccagagtaaa gataagattt atcttctcct 120 aagacaactg tatataaagg ggcaaggtga gacatttgag atttgcttat actcaatatc 180 atatctataa ttaaaagaga acttcaccct atatcgttgt ctacttctac aatgttgttg 240 agggcagagg aaaaggcaca ggtattctac attttcttac gtctctactg cggcgggarg 300 gacagagaat ggatccggtg atctgctaat agacgtgttg gtttacaaca gtggcttcac 360 aatctgtaca tgtttgttgt ggggtatatg ggctccggtt ggatgaagaa atatctcaat 420 catccgttaa gcaccttgat tgtacttgta gttttcatga tctagttgaa ttcatggctt 480 tttcagcaca aagattgata tacttgatat gttgattttg agatgtttgg tagcactcta 540 aatccataat atgctatatt agaaatttat ggcttcctca atacaaagat tggatgacaa 600 aatatctcca ccaccgtcaa atcttaggag tacaatctgc attcatgtcg agaagagtca 660 Page 713 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gatagatagt tcacactcaa cctgaatgga gttatcaaca tggttaatgc cagggtgaat 720 tataaaaaac ttcgcaaaac cccacgttgc cttaatcttg aaatggctta aatgatgact 780 aacaaactat tgtcttatta tagttaggcg gaagacaata ggggagattg aggaggagat 840 gacctacaag tggctttgca ctgtattgtt tttttcggct cccccatggc cccaagacat 900 tatccatgag acaaccgaac aaacaagaag catcaatacc ggtagcagaa gcacacaccg 960 tcgctcaccc tgctaactgc tttgtactag ccgaccgcca ctagctgttg ctaccgtatc 1020 cttcatctag accacccacg aattaactga aaccaccgtc gtgtatgtcc cataaaatgg 1080 tctacttagg attatataca agtacacatg ttgatcatga acatgaaatt ttgaatacaa 1140 caatggtatt tgatcaaatt tggataactt tacattcata cacaagatat aaaataatat 1200 tgctataata tgttactcat aagcatgaag ataataatac tagcactaca aaatgtcact 1260 tgatgaaacc acaattgatg ttaacacata aatttcttcc cttccaatct gaatgcccta 1320 gattaacatg gagaaaattt ttatctgcag ataacactaa accggatcca aaatttccca 1380 taccaaggct gtgtttagtt catgtgtcaa ttttttttaa gtatacggac acacatttaa 1440 gctattaaat gtatactaat aacaaaaaaa attggtcacg cgatttacat gcaaactgtg 1500 caatttaata tacattatta gtatattatc aaatcatggc gtaattaggc tcaaaagatt 1560 cgtcacgtga tttacatgca aactgtgcaa ttgatttttt tttcgtccac atttaatact 1620 ctatgtatgt gtccaaacat ttgatgtgac agaaaagttg gaagttcgaa gaaaaatatt 1680 tgaatctaaa cgaggcctga atggaaataa tcaaaaccgc aatgggctgg caaactgtcg 1740 atttcagata atttttttag tacggacaaa ctgcagggac ctaaacgaaa aagaaagaaa 1800 accgtgacgt cgctcgcttc cagagatctt cagatcagat cagaaatccc caaaaaaaaa 1860 aaacmcaaca aaaccaaacc cgacagatct tctcttcttc ctcctccctt tcccatcttc 1920 gacgaggcga cccggcgcga gagaagaaga gatcgatcga tcgatcaacc gatctcgccg 1980 gagaaggaag aggagcaaag 2000 <210> 866 <211> 2000 <212> DNA <213> Oryza sativa <400> 866 aactggacta cataaatgga ggtaatgaac caaactttca ggagaaaaat actcaataat 60 ttcacaccta gtacaattta tcctaaccgt gttccccatg cattttggat caaagccgcg 120 ttggtccggt actcaattgc aggaaacttc cttggtttgc cggccatcac cgtcatggta 180 gcaaataact gaacttgttt tacagcttct atcagcatga acaaacctac atatctgaat 240 ctacaacgtt gtgatcaatc tgtcaggttg ggtatgacaa agccgggctg cccatcggcc 300 tccagttcat cggcaggccg tggtccgagg cgactctgct ccacatagca tttgcaatgc 360 aggcaagtga aaattaacag cctttttcct ttcaagctga aattagtatt tgcatttgtt 420 Page 714 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ttgaacagac acctgaaaaa tgtgagttgt gtttatcatt actctggaat ttggtatttt 480 tgcaggaggc gtgcaagaag cactacaaga agcctgaagt gttctacgat ctcctcaaga 540 aagattaaat ccgtaggctg tatgtatgtc agaattcaga aaattcagat cattgcttcg 600 atcaagtctc caacattgaa gagaatccat tttaagttag cacggaagct gttcttccat 660 ttgtgtcagg gagaacaatg tagctacatg accagaagga cgagagcaaa attagatcaa 720 ttgcagaaac tgtttgatta gcggaacaaa aattaagtga aaatgtatgc attatatgac 780 aaatagttct gtatgatgtk scmaaaaaaa agggcaaaaa tatatatgtg tgaaatttta 840 gtagcatttc tgctgcatca gctgcatgtg gggcctctgc catgtgggtc ccatggaccc 900 aatcggattg tcagcgcggt ggccgcgcat acacgtgggc gcagggggca aaccacggac 960 gtggcgacga gtaaccccaa taaatcattt tgtgagttga cgatactgcc cctgatgccc 1020 aggcaccagc aaatacgtct ctttcagagg ggcaaaattg tctacagata tatggtccat 1080 cttataacat ctgaaaccaa ttgctatctt aaattgagaa ggaaggtaat aatatgttgg 1140 tgcaacttga aagcaacatt attataaact tataactgaa cctagtagaa cttcatttag 1200 atttagattt ataaataaca caaggccaaa agacaacaac ttttgacata tgcactaagt 1260 atgcattttt taaaaaaaaa tgcaacaatt tgcacgtcaa atatgggaaa tgaactatag 1320 ataccctaca aaacagttaa aattcaaaat tagtccaaca attgaggtta acattctatc 1380 tcatatgtac cattataaaa attttcttgc accaacgtaa aatcggtaaa gttggatcgt 1440 tgaaagaata acgagcaact tatttttgtt aaaaattaaa aaacacgttt ttaattactg 1500 ttgtacatag cataagtgag gtcttactat tttaaactca tgcacattga aaatggaaga 1560 tggcctaaca aaggatttta ttatctcgaa ctagtagtag ctagccaaaa agaacttttt 1620 atctctttgt gacatggggc aaaaaaaaag gaaaaggaaa aaagacagtg atgcccttac 1680 taacccaaga caaaccacca gccttgcctc tacctgcctc acgagggcaa aaccgtccaa 1740 acccagccac gccgccgcgt gcgcctctcg tttttcctct tctcccacct ccgtcttcct 1800 cctcctcaat ccccaaatcg aagcactcct ctcctctcct ctcctcagat cggatcgcga 1860 gagccccaat cccaccaccg atcgatccat tcctgctgct cgcggccacc ggagaaggag 1920 agagagagag agctcgacct cgtcggcggg tgaaggatcg cagcagcagc agcggcggta 1980 gagcaggagg agaggcgaag 2000 <210> 867 <211> 1414 <212> DNA <213> Oryza sativa <220> <221> N_region <222> (27)..(27) <223> n = any nucleotide <220> <221> N_region Page 715 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <222> (71)..(71) <223> n = any nucleotide <400> 867 atttaaattc ctttgggaga atgaatnaaa atttggggkt aaacttgatt kccattgatt 60 ggttttggat ngcaccgtgs ctttgtcaaa cacccagaga gaaaaatgga ttaaaaagtc 120 ttgtctaggt cctgtaataa gatctttcat agtttttcaa actggtccag tgtctgattt 180 tctgtatttt cccttgctat atataactta tgactgtttt tttgtgaata tccagctccc 240 agagttctgc tcacgcgatg gctcactcgt tgtcaaagaa attttcggag ttacagagta 300 tgactaattt tactttgtgg tggatctttc ttttactgca actgctgtta atgctactgt 360 catgacctat gcttttcctc ttttttcatg tgagcagtga ggatgcagac agcattagga 420 ttcacatact ttctgaaacc agtgatattg agtcattaga gaagatggtc gatgattctg 480 aactggggca tggcccctcg cctttatcat gaagggcatt aatggtaaaa cataactgag 540 caccttggtg gatagctggt gctgctctga gttttgagtc atcgaagaag agttccagga 600 tactcagctg gaagttttgt aaatcctatt aggattataa cttgtggcag tatctccaac 660 ctttctatta ttacttgagc tggcaaaagt gttgtttaag agcctggtag ttatgagtta 720 tacaaagcga gaatgctgat tgaattaatt atacatattt taagtttttg tttcgactta 780 cattccttgt ctcttctgga ggaaatgaac caagtttgta gatttgattc cctgttctgt 840 aagatcgcta atctcgtctg aaacagctga tgaaattcaa tgtttctata gccgcaactt 900 ctgctacatg ggattttgac gacagcttag aagtacaaat ttgatagtat tgtagtgcta 960 ctcatgttat tgtaagaaag cagttcggat atagaacaag cagaattatt tctttcaaat 1020 gttcaagcag aattatttct ttcaaatgta tcagtgactt acaagtaatg cgttctaagt 1080 ttgatccaaa gcccatagcc aaatgctgat ggtttccaca aatatttgca actaatgtat 1140 caccttttgt ctccaatttc agctttcccc gccgccgatt ttcggggcgc catccccgcc 1200 acacgtgtcc ctcctcgctg accacctgtc gtcctgtccc gctcagggct cctgccactc 1260 aactagcact tcacccggag gacgcaggag caccaggtgc agacgaacgg aaaaagaaag 1320 gcgaaatcct tcctagctag cttggtcgtt gtcaaccatg ctgccaggtc gccacactcc 1380 ccgccgtgct gacgccgccg ccgctgccgc cgcc 1414 <210> 868 <211> 2000 <212> DNA <213> Oryza sativa <400> 868 acctactcca gagtgtccat tggattcctg tcacaatccc ttttccgacc gctctttgaa 60 ctgaaccttc ggtcataaat tacatgaatg attggtaaca acaaaattca ggtttgggct 120 aattaatttt cgccaggctg gcaaagataa ccggccaagt tttgcattaa gaaggagaga 180 gttttacagc agcccctaaa ccagaaaagg cttaggttac aaaaaaaact tcacaacaat 240 aaagacaata aacaagcaca gctgctaaaa cctcaggaaa ttaaccgcca gcgattgcgc 300 Page 716 2008200749 15 Feb 2008 12689250 Sequence Listing.txt tcagtagccc agcagccttc catgtttccc attcgtcgac aattgtggca caaaggtgaa 360 ccgctgaagt agctcgtcca tcaaacacac gtgcattcct ttccttccag actatccatg 420 ttaccaagat aaccccaaca tcaaaggtcc tccgatctct tgtgaactga tttgcgtgct 480 tcacaccacc aatccaacat gtcgtccgtg ggggaaacac aggagagtcc caggcaactc 540 ctgattctcg tccaaactgc cctcgtgtac tcgcaagcgt ggaacatatg ggcacatgat 600 tcagcatcct tcccgcaaag tgacagtatg gagccaagtg ccatcctcgc cgctggaggt 660 tgtccgccgt taggcatgct ccacgtatgg caaggaacat gaagaacttg caacgggtcg 720 gcgcgcgaga cttccaaatc agcttcccaa ccgccgagcg tgtcttccca gtgcagagga 780 gtgaataggc tgattttact gagaaaccac catctgtggc aggcttccaa gaaaacaaat 840 caggctgagt agggttcaag gaaacggtgg caacaaggtc ccagatttgg aggtattcaa 900 acatcgctta cagtgaaaga cctcccctga tgtcgccggt ccaggcatca tcctgcagcg 960 ccgaatgaac cgttctgcct ctgtttttaa caaaggaaca caggattggg gctcggttca 1020 ggatcgaccc cccatctggg agccagtcat ctgtccagaa gaaggaactc ttcccgtcac 1080 ccagcacaat cctgcatccg gccgctagac aatgttcggc tttcctatct tgcggcaatg 1140 tgaaggacac ccagtggcgc tccggctaga cacgccgcag ccaaagccac cgcgtccgaa 1200 gggcaatgcc cattctgcca agattgatga tgcccaaccc gccattttcg atcggcagac 1260 agagcttatc ccaagcaact aggttgcatc cacccagtgc atcctcatcc cccttccaca 1320 agaaaccaag aaaccgtggt ctcttgttca catactcttc agtggttgtc ttttgtaact 1380 tccattgcag ggaaaacttc tactactatt cataatgcaa tacctaagta aagatcaaca 1440 aagtatatca cttccaatac aagattgcag aagttccttt acagccaaga aaaactgttg 1500 ttcaagtaat attcagaaat ttgatttctc ctacatttag gagtcaagga agagaagaag 1560 ataagatatt agataataca tcaagaacat gacccaacaa cagtttagtc attacaatgc 1620 tccataatgt ttattagcca atagataaga taatacatga cccgatagct tctttctaat 1680 tgtcttgtgg tgtatcctaa cgtggttcat gtctaaacaa tcacaataaa cacaaagttc 1740 aggcgttcag cagaacagag tggttggtcg gccaatataa accacaaaac acgattagtt 1800 tttagattat caatcttgtg gttatcattt cacgccaccc ataatattgt agtgaacatt 1860 taggactgtc catcaagtca ttacagtcac ctgttgtgtg tataaaaggg ggcctgaaga 1920 agggctttac ctgcatcagt gtgatcaacc atctcctttg aagtcctagc ctaaaagctc 1980 ttctactcgc ataaagaaag 2000 <210> 869 <211> 2000 <212> DNA <213> Oryza sativa <400> 869 tttgctcccc ctaaatatat gcatacaaat aaatatacaa gagatgcaag tgtatgcata 60 Page 717 2008200749 15 Feb 2008 12689250 Sequence Listing.txt attagagaat gaccaatggg gatttatcct atacatatag agaaggcata tgaagtaatg 120 atgtagacca acataaaaca tataccttca tgatctccat gttctcaatg taaatgagac 180 taaataagat aacattcgag taaacattag tctcacactt atatatcaat tacatggaaa 240 tcatatatat gaacctatca aaaagtagga gataagaagt gggtacatat cgttttatct 300 ccatgcattt catccttgtc atgattaagg tacatcacaa aagaatgcat gtcttccgca 360 tctcattatc gggaaataac ctagtagaca acttatgcaa aagagaggtt aatcccataa 420 acatcggttt atcatgtatc accaaagtaa caattacgca aattgtttaa tccaagatct 480 ttcaatcttt tctctctttg gtgatagata ataattcgat ataaacaata tagagagatg 540 agatgaaaaa tgatttcaaa tcaagataga aatcttataa taaacaaaaa tataaaataa 600 gctctccctc aagatgtgca tacatatgga tatgaaggaa cgcatatgca cataatcaat 660 aaagatcaaa taggaagctc acactatatt ttggatccac aagagagacc aagttagaat 720 atgtgaagtt taatacatac ctctcatcat ttttactttt gtatccaaat gagactagtc 780 aaagaaaggc tcataaaaat gaaacgatta gtctcatata gttagatttg tcattaatca 840 attaaggcac ttgaacttac aatactacaa aaggccatgc tcttcggtct ccataaatct 900 ttggctgtgt ttagttcagc gcaaagtttg aattttggtt gaaattggag atgatgtgac 960 tgaaaagtta tgtgtgtatg acagattgat gtgatggaaa aggactgaag tttagatcca 1020 aactttggat ctaaacacag cctttaaacc cttgtctttc tctctgagtt gattgttgaa 1080 tcaggcatcc tattgcttgc tgttatggtc tacgcgtacc agtgcagatt aaacttttgt 1140 gtacttgtat cagttcagta ttagggttaa gactttgttt accaaagaaa agaaaagcat 1200 gcagtttcgc acatcttcct taattgccaa aagagtaaat ttcacgaaac tacatataat 1260 ttgatcaaac tatcacaaaa ctacacattt aagaacgtgt ttcacaaaat tacaggttta 1320 gtgttaaatt tatcacggaa ctacagattt aagatattat atcacaaaac tatagattta 1380 acaactattt tatcacaaaa ctacacattt aaaaactatt tatcataaaa ctacagattt 1440 tataactttt aataaataat aatactatga tccaagtcta gaatatgtag ttctgtgata 1500 acttcatcac taaatctata gttttctgat atggtgcatt aaatctgtag ttccatgaaa 1560 agtttgacgt taaatctgta gttttgtgat aaacattctt aaatctgtag ttttgtgata 1620 attagacccc caaagtatct gtaattttgt aaaatttatt attgtcaaaa tcacttgaga 1680 ccatcaagtt catactatcg gtctcatctt tttgcttata cttatactta ttagctaaaa 1740 tttaaagtta attttaaagt tttttcattg aagtttattt ttcagctttt gcttttaaat 1800 cgccaagaac acatatataa aagttttatt cataaattat cttttgtttg caaatatgcc 1860 gtttcgctta tgcttaaaat aagccaaatg gcttcctatg aattcacatc agccaaggtt 1920 ggtagttccg ttcaccttct caacattata ccaagctttg cagtttgcac caggaagctc 1980 catttcttgc agaaatcagc 2000 <210> 870 Page 718 2008200749 15 Feb 2008 12689250 Sequence Listing.txt <211> 2000 <212> DNA <213> Oryza sativa <400> 870 tcgccaggtg accggacagc gaccggacgt caccggatgg gccagcaaaa cgagcagcgg 60 cggaaaaaaa ggtgaggcca agggcccaag gccgaatcac gccgtccgat cggggttggt 120 gggcccggcc ccggtccctt cccccgcctt gtttacagtt gccggcatag tggcggtggc 180 agttgacacg cgccgaggac cgagatagcc ggaggcggaa gcgtggggac caggaggggg 240 tttgatggtt tgtggggccc gcagtcagag ggcagggtgt agtaacagta gtactaactg 300 tagatggtta tggaacgaac gagggggtgg tggggcccag gcggggtggg taggttgaag 360 atggtggaag gagtgtgggg cgccgttgtg catatagcac gacgacggac ggttcatgga 420 ccggtgtgaa ctgtgatgag tcatgaatgc gtggaaatat gggcagaggt catgaatata 480 tatgttcata tttggaagtt gatttttttt aagaacagat gtggtgtagg ttttagaaat 540 tcatataaaa gaatagacat acattgatgg tggatagcga aaccatcata attgccacta 600 ccttttatcg ttgtattctt catactaata atatatgagt gagatgggag tatttgaaag 660 tcttttatgt ttgtagtgtt tcaattaact tttcctttta gatgatatta ctttagtata 720 gtgtttatga ttatgtaaga gcaagtttaa tagtatagac aactattagc accaaatcat 780 ctatagctaa tttactagcc agtttataca attgttactt aatacactat taatatatgg 840 tcccacatgt catacacata ttgtatcttg gagtccgtgc tgcagctggc tacagatctg 900 tagcccgctg ctcttctctc ttcttttatc tctttaaaat atgtttataa ttggctcata 960 gtctgctatt gtacctgctc aaagaatttt ctaatgcatt cgtccataat cattaaaatt 1020 agtagtttcg agaaacggta agagctctac atgcatggat ctcatgatac ctattgaagc 1080 gcgtaggagt gtacaagtgt gtactaagat ttatctttaa ggttgaattt attatatatt 1140 gataactata taaatacatg aaaagatgtt gcctatgtat aattaggctc tctaagatga 1200 tgtgagataa cgttcttttg agacctcgaa atcttcgtat agctaaaatt atctctacga 1260 agagttatat atgagatgat acaccatccc tcgtaatgaa gaccgatagg tatctatatg 1320 gtttaattct ttccttgaaa agttatctta atgttatttt aaaatttaag atagtttgac 1380 cgaaaataag gaagatgaag tcattttaca agtcatgata gcttggctga aaaaaatwaa 1440 agacaagtag acaactagtc acttgttaca tctaaacatg tacattatct ccatgtctta 1500 ttcataagat ggagaaaaaa aaagcattcg atgtctacgc tctctgtaaa cattaagtag 1560 gttacataag ggttaaatcc actaccattt caggttaatg gtataagact tttgcatatt 1620 ccaatatttt atatcgtctg tttcattgcc cggtggatat aggagtagat ttttatatag 1680 tattaatttt cttatcttgc tgaattttat ttctgaattc cgaatcatat accgggagta 1740 ctactcctaa agaggaggcc cacatgtcgg taaaaccaca aatccacaat atactacact 1800 ctctctcacc gacggccctc ccctataaac ccaatttccc cacaaaaccc cagatggcac 1860 ccacccacaa cgcagccttc gccgtttggc ccccgaggta accgacggac accaccacca 1920 Page 719 2008200749 15 Feb 2008 12689250 Sequence Listing.txt ccgcgccgcc tcgcctcgtg aagctccact agtttctagg gtttagccta gccccgaccc 1980 cgaggaggcc cgagatcgca 2000 <210> 871 <211> 2000 <212> DNA <213> Oryza sativa <400> 871 aaagtgaatt gttggtctct aaacttgttc acctgtgtaa tttaggttct ctaactctcg 60 aaaatttatt tttcaaattc ctggacaagt gtttcattct gattccaaat tgcctagacc 120 cctctataaa atgagggcct gtttagttgg tgaaatgaga attttttgtg tcacatcgga 180 cgtttgaccg gatatcggaa ggggttttcg ggcacgaatg aaaaaactaa tttcataact 240 cacctggaaa ccgcgagacg gatcttttga gcctaattaa tccgtcatta gtacatgtgg 300 gttactgtag cacttatggc taatcataga ctaattagac tcaaaagatt catctcgcga 360 tttacatgta aactgtgcag ttagtttttc ttttatctat atttaatgct ccatatatat 420 gtttaaagat tcgatgtgat gtttttggga aaagtttcgt gggaactaaa cagcccctga 480 gtcaatgcct tcatgtggca tgtcaggtga acaacacata ggatcccgga tgggtcatga 540 ccgaaataac atactttaac aagtttagga tctaaaaatg tattttgaga gttagaatac 600 ttatatgaca caggagaccg gcagtgtact ttactcttaa ttttgtataa gtatttaaat 660 aagagtataa gaggacaaaa atcattttta tttctggtgt atataatatt tcgtcttatc 720 tcttactagc tggtacaagt aaccagtact ccctctggta aaacaaaaat acatcatttg 780 attttctttc aatcatacta gaattttgat catcaataaa tttcaaaata cttaagtcta 840 aatcataaaa aatgatatat gtagctttgt cttgataaaa atactacctc catcttaaaa 900 gaagtacact tttatccatg aatttaaact ttattttggc accaaagtag tacgctaata 960 atccataaac taattaaact ttttgtaact aatatgggta gaccagtact tagcacttct 1020 ttatattttg tccgaaaatt gctagattga caagtaatac gaaacggatg gaggggttgt 1080 gattaaagta tcatcattgt gacctaaaaa tgtatgcgta tattttggtt acagatcaac 1140 gatgctttta tttatttgac catttatggt cagaatagac tttcataaat ttatcttaat 1200 aaataatcac ggtccaattc acaccagaac gacctaaaaa tatcttcata ttatttgatc 1260 agaggagcat gtgttttaca gatcaacagt tcctttgttt atttgactat tcatggtcag 1320 atttttcttt ttggttttaa gaagactgtg caccgtctct ctctctctct ctctctctct 1380 ctctctctct cacgagtact gagtactgac aggttagttt gtytccctat tcattggaca 1440 attacgcagt tacacaccag tgcccatttt ttgaccaact agtgaaaacg gaaccaaatc 1500 aaaagtgtcc atttaccgaa tcaagtaacg acagcacacg gcgatttgtc tgcgcgacga 1560 aggctcgcgg cctcgcgcct ggcagctcgc tcgctcgctc gctcagtcga ccgtcgctgc 1620 ttgacttttc ccccttttca aagtcgcttc ctctagaccc agcgagagcg ggcaatgacg 1680 Page 720 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gagcggccac tgcttccgtc cgtccctctc tccttccgtc cctttcggcg tttgttgtgc 1740 tccgtctccg ccgcgtcact attttttgcg gtataaaacc cggcgctgcc ccctgcctcc 1800 aaccacacca aaacaactcg catccgtttc gttcaagtcc ccccccgaaa agagcttagt 1860 agaagcgcgc cacagagcct tctcgacctg gctctcctct agccacctct gcttcttctt 1920 cttcttcttc ttcttcttcg tctgatcgcc accgaggcta aagccaccag gaggagcagg 1980 ttgatagctc ggcaggcaag 2000 <210> 872 <211> 2000 <212> DNA <213> Oryza sativa <400> 872 cattagtttg tcatgggcac atcatgccac tgtaattaaa cacttcccta tttcgtgttc 60 tactgccaat gggtttggtt tctttgtgtg cttgtgttgg cgtgtctagc aaggcctatt 120 tgcgatgcaa atgcaaaatg tcagctatgc taactaattt attttttttc aggtatgcca 180 tcacaaaagc cttttgtgtt gcttttctga tgacattctt ctctgtattc gacgttcctg 240 tcttctggcc aatacttctc tgctattggg ttgtgctttt tgtcctgaca atgaagcggc 300 aaattgtgca tatgataaag tacaagtatg tcccattcag cataggaaag caggtgagat 360 cattatgata tgtatgcata gttgatagtg ttttcttctg ccatttggaa gttcagtagt 420 tcatactgca ccatatgtta atcttccaag tggccattac tttgtgtatt tggtcctagt 480 catgatagct gtcttggggg cagtaaaaat tagaaaggcc ctttatttgc aattgcattg 540 ggggcttgtc agagttacat ccctagtacc ttctgattaa gtttgtactt actgcactaa 600 gattcaagag taaatcatat gttatgagta ggagctactg gccttgtctt gatatgtttt 660 ctcatagtgt gatatactcc cctctgttca tcaatatcgg tgtcaaatat tagtgatcag 720 aggtagtatc atagccaagc acatgtaaga tgatgacagt aggtgtgtca ccatgagaag 780 acatcgctaa ccaatttaga tcactgactt gttgcgctac acattttcct ttttcctgaa 840 ggagttgcac tatacaattt tttaaatgta caatatatta gcttactgaa ctacattaat 900 tccaatgcag aaatatggtg gaaagaaagg cccgggagcc agtacgtcta aagactgaga 960 cctggattgc agatccctgt gttgctcttg aggcaacatg ctggcatggt ggttttttgg 1020 taccagctac tgacagtgga tgtacacctc cattcgctag tcgagaggag cttaaagaga 1080 ctttgcatcg gttgatgacc atttgtgttg tatatcagat tcttctgtgc aatgactcgt 1140 tcatttatag ttcttgtgct gtgcggctct tgtgtggacg agtaatgaac ctattgagtc 1200 aggtgcaatg caaatcaaaa ctattggggc ttgacatgga tttgtactgg aattcaacat 1260 gctcgtttcc agacggggcc cttaattact cgcatgttag taacacattt gttattctat 1320 ttagagtcct atgaaggttg tctgttttgt gtatgcgcat gagccattcg gtaattgtta 1380 ctcccttcat cctacattga gcatccaata atgtctgcta taatgtttgt gcaccaagaa 1440 caagaataat ttaaatcaca tcgatcaaga cgtcatgtat aatatgcaca cattctctcc 1500 Page 721 2008200749 15 Feb 2008 12689250 Sequence Listing.txt taatgcatga gttggttaaa acacaatgca caattccact ctgcctttag catgcacaca 1560 ttcttacatg atgtattaat tgtgctctaa taaaatcctt atacatgtga tcaatttgaa 1620 aaattaattt tagtttttat tatatgataa tcaatttaaa aagaagggag tactatctta 1680 actgcactaa tgattggtgg ccaagtgatt tacaacctct ggatgcccat cgttaaaatc 1740 ccaagctgtt ttagcctgtg ctaagtcaaa actgtcagcc taccaggcag tttgtaacta 1800 actgcaaata tggtaaccaa cccgctggct gataggcggg gccgaccgtt cgctccggcc 1860 ccacctgtca gccagcgcat gatctctact cttttttatt tattaggagg ttgctgcgct 1920 gcggaggctg catgcattag cgcggaaatt ctcaggctcg ccgtcgacga ggaggaggag 1980 gaatcgggag gagatccgag 2000 <210> 873 <211> 2000 <212> DNA <213> Oryza sativa <400> 873 ttttgtggtt aaatattgag aaaataattc tgacgaagtc gctagaagca tcaccctgca 60 cttatcaatc acggcagaga caaaaaaaga atagtggaga acacgttaat ccctaaacgc 120 tagccgtaga agcgacggcc gtaatcagca atcagtctac ctcgccgccc cggagcaacg 180 cagccaatcc cagatcactt cccgctgccg ggacaaaaga acccatcagc caatcccgag 240 ggatttgtgg tgagacgtca cgtcgcccag cctccgaatc cacacgggcc acgaggcctg 300 cctcccccgc acacgtggct cgctgacagc tcctcggccg gcgtggctga gctggcaagc 360 cgcccgcccc ccggttgctg tcgcctcccc cctcacaatc cgagcttgat taccaagtga 420 cgctcgtgtg atcgtgttgt ttaacggctt actccctcca gttttatttt aattgacgtt 480 ttagataata acacggtcta taaaatatgt ctttgatctt atttttctat tataatatat 540 ataactagca tggtggccca cgcagattgt gcggctagca tcattatatt ttctctcata 600 taatagcata tatgttttct cattatatta ttaaaatata ttacaatgac aacataattt 660 taaattttgc aataactttt caaaactact aatgtgtaat aactactcta gtctactctt 720 ctaatatttc ttatttttta attctgaatt tcagctattt ctaaattgta tttttatata 780 gactctgctt tttctttttc tccgattaat gtgagaattt ctaggccatg agagcgaaca 840 tagagtctct tttttctatt cctttaatta cataatagat aaataaaagc atgtttactt 900 ttattacatt gcattgaaag acaaatctat atatgatgtt ctaattcctt taaactaaat 960 atttttaaag ttattgatgg tcaaaattat aaaagtttga tctcaattaa tatggaaccg 1020 gagggagagt aataccaagc gatgatcgtg ttatcgtgtt gtttaacgga gctctgcgtg 1080 agactgacga caaaatttgt tacagatatc catatcttga ttgtaaaaat tcagtagtgt 1140 ttgcttcaac aacactttct tttttcagtt ttctattttg gttttttctc tctcccctag 1200 cataagccgg tctagctgat tgcgtcgtgt aaattaaatt cttttcttct aatatattga 1260 Page 722 2008200749 15 Feb 2008 12689250 Sequence Listing.txt cgtgtaatct ttttgcgcgt tcgtgaaaaa aaaagcttca acaacactgc aacagaccat 1320 acacgtcctt agcatgttgc aaggaaaaca agcacagatg atgccgagga ctggacaaca 1380 aatcgtcgac tttgatcact ggtgctagct taatttcgag cttagcagcc tgcctgaata 1440 aacattcggt agtgctactc acggttcatc cccagtgttt tattacgtag ctccattagc 1500 tgtgacacag aacaggtcaa gttttaattt tttttttcca tattttcatc tgagagcttg 1560 tattcaattc tatcatatcc ttatccatca tgtcgttcat taatccccaa aaccagcacc 1620 taccagcttg ctatacgcac aagtacccgg ctaattttcc aaaatcacaa accacaccct 1680 actgatctct agaaacttca ccgataaccg taatatggca aatccggagg ggtgagcaca 1740 gccttaacac ggttcacatt cgggactcac tcgaaaggga aagcgagaga aaccaggaaa 1800 ggaaaaaaaa atatccccat gtgttgccaa ctcgccaccg gccacacccg gtgtctctcg 1860 tgcatgcgct gcgctgggtg tatatatacc ggcctctctc ccgtcccgtc tccgcaccac 1920 acaggcagcc acacacacac cactccattt ctgagctctt ctagtttgag tgagagagca 1980 gcagaaggga gtagtgcaag 2000 <210> 874 <211> 2000 <212> DNA <213> Oryza sativa <400> 874 gtagtaaaca acatgtatag aagaattaga agatgaatgg ttgatggcac tggcagtgaa 60 gaatataggg cctgtttaga tcccaccctt aaaattttac accctatcac atcgaacgtt 120 tgaacacctg tatgaagtat taaatatagg ctaaaaaaat aaccaattgc acagattgcg 180 actactttgc gagacgaaat cttttaagcc taattgctct aagatttgac aatgtggtgc 240 tacagtaaac atatggtaat gatggattaa ttaggcttaa taaattcgtc tcgcggttta 300 ctgtaattag tttttttatt agtgccgaac acccaatgcg acaccctata taatacccgg 360 aaacgccaaa actttacaac cctggatgta aacaccccca taatgaggat tccggttccc 420 cttccctaaa atagcagtgt ggttagatag atggagaaat ggattagcga ttgatgtgtg 480 tgtatgtgac tatcaatcat gtcatgtcat gtaggagtag tatatatgca caatagtagc 540 gtgataattt gtgttatcaa caagtgagtc agcttgacat tattacacag agaaagggaa 600 acatgggctc gcggctatct atcaagtcta gctaacagta ggaattcccg ttgtttttga 660 cctatgcgaa ttaatcaata aggaaaggcg gatagagcaa taataggtta acaaagtgaa 720 gagagggaga gagagatgtg gatctaaatc tgggggaaga gggagatgag atggggaggg 780 gactgacgcg gaaccctggt tgtagaggtt gagggtgacg gcgaggcgct ccacgcctgg 840 acccgggcgg gacagcgcaa ccttcttctg tgctaccacg aacggcgcat cctgcccggc 900 ggcggcggcg aagggcacga ggaggaggag gaggaggaga ggagagatcg cacgtgctgc 960 tgccatcacc gctcacggag attgcyttgc ttcttcacct cacctcgacc gaggctattg 1020 ktacattaca tgtgtgttca agcccatccc atctattaca tgggcccccg tgaatactat 1080 Page 723 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gcccatcagc ccattttact acctcctgcc tcctatgcgg gccccctccc ctctctacca 1140 aaaaaaaaat aataccacct cctattctta ttttttagca ttgtccatat ttatatatgt 1200 gttaatagat ctagacatat atgaatgtga agtcttataa cctaaaactc aagaaaaata 1260 tttactcagg tcctagtttt aaaaaatact caaaatacat ataaggttaa caattaattt 1320 attcatctaa gggtttaaaa atatgaattg tttatgtagc ttacttaccc aacatgaaag 1380 tttatatata aatttcaagt tttcactttt ttaaaaaaaa tatttttgag ttttttatga 1440 gagagaaatt acttacgcaa aagataattt acattagaaa tgaggtatgt tctcgaaaaa 1500 agttacatta aaaacagcaa aaaaaaaatt cttgcagtat ataatggata aataattttt 1560 tttaaaaaaa tataaaaatg taaaatctta aaactagtgc ataaactagc attttttttc 1620 ttctgaaact tatggtagga taaatcaaat attaacctta tatggtgtat tttaggtatt 1680 tttgaaaata gtatagtccg atggtatatt gtataataat tgataactta ccgatatatt 1740 atagaaagag acactgtaaa taaataaatt ttaaatagtt ggattgggac aaatagagtt 1800 gatttaacag atgcttttgg tcccaaaaat aaaatatagt acttccccca atgaagaagg 1860 tgtgtgtgat tattgtattt cctgtgcaca catatgcaaa aatgccatcc attcatccca 1920 gtgcaatgcc ctatctacct atccaatccc aatccacctg agcgagagag agagaaaggg 1980 tctcctcctc aacatcaaca 2000 <210> 875 <211> 2000 <212> DNA <213> Oryza sativa <400> 875 aaaatcagtc yamaaaaaaa aaaaaaactt wtcgacatat ttttagcaat tccgctagat 60 ttttatgaag gctagactag ggtaaaatca tgtactactc ctactaaatt ttactgagtt 120 ctgtcaaccg aagacacaag aattaattct agtagtaaaa ggatagttca atatgtatgt 180 aggacatgtt tggttattta ccctaccaat tcattggtag tgccaaaggc taggcaaact 240 ttggcactac taaaatattg gtagggtaaa attatttagc aatcatttgg attgttacca 300 atataaagcc aaattctcat tgtataagga agaaacttct ataatatgac caaataggat 360 agggcactat caaatatttg gctcaatcca aactaacaca catactattc aatttgccta 420 taaattggta gggcatattt ttggtatcaa accaaaacgg cccgtaaatc tccgatagtt 480 gaaaagcaaa acgatattat tataagacta gatgattcgc atgcctgttg cttactccct 540 atgtcccata atatagcaat ctagtaccgg atgggatatc tcatagtaca atgaatctgg 600 acaggagggt tgtctagatt cattatacta tgagatgtcc catccggtac aggttgctat 660 attattaggg acggagggag taatcgatca catcatcatc cattgaagtt cgcaactggc 720 ataccaactc gatcgatttc ctttcaaaat aaactaacct aagatgaaaa acgacacatc 780 ctgctactat ataaattcaa attataacgt atttaatctc atattagatt tgtttatttt 840 Page 724 2008200749 15 Feb 2008 12689250 Sequence Listing.txt gaaacatagg agtaattgca ttctacaagg ctagctactc gtaccaaact gtctatagga 900 agttagtaga ttttaatgag aacaactaag ttgacctcca agggtctcgc acatgaaacc 960 tgggatatct cagctatcaa cgggccgggt acgtatatca tctaccacta aaactcaccc 1020 tctacaaaag tacacacgca tgatatatct tgagattaac gaagtcacag cagacgtttc 1080 gctgttgacg gtacaccgcc tactactaag tccttgttta gttcccaaat tttttttctc 1140 aaaaacgtca catcgaatat tcgaatcttt ggacacatgc atggagcatt aaatatagat 1200 aaaataaaaa actaattaca cagtttgcat ggaaatcacg agacgaatct tttgagcata 1260 attagtctat gattagccat aagtgctaca gtaacccaca tgtgttaatg acggattaat 1320 taggcttaat aaattcgtct cgcggtttcc aggcgagtta tgaaactagt ttttttcatt 1380 cgtgtccaaa aaaacccctt ccgacatccg atcaaacgtc cgatataaca ctcaaaaatt 1440 ttcttttcgc gaacaaaacg aggcctaaaa gaatgattgt aaccataaat atgagtaacc 1500 gtatcaaatc tacaagttaa atctcaccac aagaaatcta attaaattac ggggttgagc 1560 taactagttg cacatgactg ctcatgcggt catgcccttc aacggccgaa ccaagatgtg 1620 ccctggctaa ataccactag caggcctttt gcccttttgc tacaaaacta gcccagcagc 1680 ccagctccaa tcatggccgc cgtggcacta ctccggccgg cgtgccctaa agcggaaatc 1740 tatccgtaaa tagcggatat ctgcaggggc ctgcgcgcaa aaccgcccgt gccgtgccgt 1800 gctccggaag atcggaatcg ccctcctccc ccgatcgatc gtgtcccccc aattatagcc 1860 accccccctc ccccccctcc gccgcctctc gcccgcgtca actccatttc ctcctccgcc 1920 gccgcctcct cctccctgct tgtcctcgcc ttgctgccgc cccccgccgc ggcgaccgag 1980 cacgcgcacg agcaggagcc 2000 Page 725 2008200749 15 Feb 2008