KR102553722B1 - Composition capable of discriminating novel onion male sterility - Google Patents

Abstract

The composition of the present invention can discriminate the genotype of the newly discovered male-sterility fertility recovery gene of onion with excellent accuracy, and its industrial use value is very high.

Description

Novel composition capable of determining onion male sterility {COMPOSITION CAPABLE OF DISCRIMINATING NOVEL ONION MALE STERILITY}

The present invention relates to a novel composition capable of determining onion male sterility.

The size of the domestic vegetable seed market is KRW 271 billion in 2019, showing a continuous increase. Of these, onion is the third major vegetable crop for the past 10 years, following red pepper and radish, with sales of approximately KRW 26.6 billion. However, onion seed imports are about $4.7 million, ranking second after paprika, so it is urgent to develop excellent varieties that can replace imports.

Onion is a biennial crop with severe inbreeding depression and a genome size of 16Gb, which is more than 100 times larger than that of Arabidopsis, a model plant. Due to these disadvantages, onion genetics and genomic studies are far behind those of major vegetable crops, such as peppers and tomatoes.

Currently, 70-80% of the onion seeds distributed in Korea are from Japan, so domestic seed development is urgently needed. In addition, most of the onion seeds distributed are F1 hybrids, except for some ultra-premature varieties. Since onion is a homogenous plant in which pistils and stamens coexist in one flower, the maternal stamens must be removed in order to produce monohybrid seeds produced through crossing between parents. Onions have a flower type in which up to a thousand or more flowers bloom in one umbel, so it is close to impossible for people to artificially remove the stamens. Therefore, male-sterility is utilized for effective surgical removal.

The phenotype of male sterility is determined by a gene that causes male sterility present in mitochondria and a gene that suppresses the function of a gene that causes male sterility present in the nucleus to restore male sterility. Therefore, in order to produce hybrid seeds using male sterility in onions, it is necessary to determine the genotype of the male sterility inducing gene and the fertility recovery gene. However, there is a disadvantage in that it takes at least 4 to 5 years to determine these genotypes using only the progeny test and phenotype.

In order to overcome these disadvantages, previous studies have developed molecular markers that can easily discriminate the genotype of a gene that causes male infertility and a gene that restores fertility. As for the recovery gene, one gene, Ms, has been previously reported, and most mono-hybrid varieties have been developed using this. However, in the present invention, it was found that there is an additional Ms2 gene in addition to Ms. When Ms2 coexists with the existing Ms, it can cause a serious problem that all previously used molecular markers cannot be utilized. Therefore, in the present invention, a combination of molecular markers capable of effectively removing or detecting the novel Ms2 was developed. The developed molecular marker combination significantly reduces the development period of onion varieties and is a key technology used to economically develop one-to-one hybrid varieties.

Korean Registered Patent No. 0764561

An object of the present invention is to provide a composition for determining male sterility of onions with excellent accuracy.

An object of the present invention is to provide a kit for determining male sterility of onion comprising a composition for determining male sterility of onion.

Another object of the present invention is to provide a method for determining male sterility of onion using a composition for determining male sterility of onion.

1. A composition for determining male-sterility of onions comprising a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 61 and a reverse primer consisting of the sequence of SEQ ID NO: 62.

2. The primer set according to 1 above, comprising a forward primer consisting of the sequence of SEQ ID NO: 55 and a reverse primer consisting of the sequence of SEQ ID NO: 56; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 63 and a reverse primer consisting of the sequence of SEQ ID NO: 64; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 69 and a reverse primer consisting of the sequence of SEQ ID NO: 70; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 81 and a reverse primer consisting of the sequence of SEQ ID NO: 82; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 87 and a reverse primer consisting of the sequence of SEQ ID NO: 88; and a primer set comprising a forward primer comprising the sequence of SEQ ID NO: 89 and a reverse primer comprising the sequence of SEQ ID NO: 90.

3. The composition for determining male sterility of onions according to 1 or 2 above, wherein the primer is for high resolution melt (HRM) analysis.

4. The composition for determining male sterility of onions according to 1 or 2 above, wherein the composition is for determining the genotype of the Ms2 gene.

5. A kit for determining male sterility of onion comprising the composition of 1 or 2 above.

6. A method for determining male sterility of onion comprising the step of obtaining an amplification product by processing the composition of 1 or 2 above to gDNA (genomic DNA) of the onion to be determined.

7. The method according to 6 above, further comprising determining the genotype of the Ms2 gene of the onion by analyzing the amplified product.

The composition of the present invention can determine the genotype of the Ms2 gene with greater accuracy than molecular markers that can identify the genotype of the existing Ms fertility recovery gene, and thus has a very high industrial value.

Figure 1 shows the umbel and anther morphology of male fertile and male infertile onions in the TUMS4 population. Specifically, A is male fertility umbel, B is male infertility umbel, C is male fertility anther, and D. male infertility anther. means The scale bar in the anther images represents 0.5 mm.
Figure 2 shows the onion association diagram on the side of the Ms2 locus, the left side is the association diagram of chromosome 2, the middle is the Ms2-side association diagram, and the right side is the association diagram of chromosome 2. Homologous and identical contigs or markers are connected by horizontal lines, and Ms and Ms2 loci are indicated in bold red.
Figure 3 shows the fold change (FC) of the transcript level of contigs between male fertility and male infertility bulk RNA isolated from the F2 population where the male fertility phenotype is controlled by the Ms locus. A is the FC in all contigs. and this contig is de novo assembled. B represents the FC of the selected contig showing high homology with the DEG selected in this experiment (Table 13), and the red line means the same level of transcription between male fertility and male infertility bulk RNA.
Figure 4 compares the relative expression levels of orf725 between male-fertile and male-infertile individuals in a population whose male infertility phenotype is determined by the Ms and Ms2 loci, respectively. As an internal control, the expression level of nad6, a mitochondrial gene, was used. A shows the relative expression of orf725 estimated using RNA-Seq analysis data, B shows the relative expression level of orf725 in individuals of the TUMS4 population, and C shows the expression of orf725 in F2 individuals of the population produced in the previous study. It shows the relative expression level.
Figure 5 shows the family tree of the groups used in this experiment, and the S1, OP1, and OP2 groups were generated in a previous study. MF and MS represent male fertility and male infertility phenotypes, respectively.
Figure 6 shows the pollen morphology of male fertile onions in which male fertility was restored by the Ms and Ms2 loci, respectively. ) represents a male fertile onion recovered by Scale bars of multiple and single pollen plant images represent 20 μm and 10 μm, respectively.
Figure 7 shows genotypes of molecular markers showing linkage disequilibrium with the Ms locus in male fertility and male infertility individuals of the TUMS4 population. A, H, B represent homozygous dominant, heterozygous and homozygous recessive Ms genotypes, respectively.
FIG. 8 shows the correlation of transcript levels of all contigs between male fertility and male sterility bulk RNA. A, B, and C refer to the first, second, and third RNA-seq analyzes mapped to the reference transcript, respectively, and D, E, and F represent the first, second, and third RNA-seq analyzes mapped to de novo-assembled contigs, respectively. The results of the third analysis are shown, and G and H represent the results of the second and third analysis mapped to the reference transcript, respectively.
FIG. 9 shows the information used for identification and identification of 33 contigs for HRM marker development and candidate gene identification in relation to Table 10.

Hereinafter, the present invention will be described in detail.

The present invention relates to a composition for determining male-sterility of onions.

In the present invention, male infertility refers to a phenomenon in which pollination, fertilization, and seeding do not appear due to morphological or functional abnormalities of male organs, and there are cases in which it is expressed as an environmental temporary mutation and a case in which it is expressed as a genetic trait. The former is due to an imbalance in nutritional conditions, temperature, sunlight, etc., but the latter is due to pollen sterility, male sterility, and infertility. The composition of the present invention is expressed as a genetic trait, and is used to determine male sterility It is about.

The present invention relates to a composition for determining male-sterility of onions comprising: a primer set comprising a forward primer composed of the sequence of SEQ ID NO: 61 and a reverse primer composed of the sequence of SEQ ID NO: 62.

The composition of the present invention comprises a forward primer consisting of the sequence of SEQ ID NO: 61 and a reverse primer consisting of the sequence of SEQ ID NO: 62, in addition to a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 55 and a reverse primer consisting of the sequence of SEQ ID NO: 56. a primer set comprising a primer; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 63 and a reverse primer consisting of the sequence of SEQ ID NO: 64; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 69 and a reverse primer consisting of the sequence of SEQ ID NO: 70; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 81 and a reverse primer consisting of the sequence of SEQ ID NO: 82; a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 87 and a reverse primer consisting of the sequence of SEQ ID NO: 88; and a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 89 and a reverse primer comprising the sequence of SEQ ID NO: 90, and most preferably a sequence of SEQ ID NO: 63. A primer set including a forward primer consisting of the sequence of SEQ ID NO: 64 and a reverse primer consisting of the sequence may be further included.

Specifically, a primer set (marker H36898) including a forward primer composed of the sequence of SEQ ID NO: 61 and a reverse primer composed of the sequence of SEQ ID NO: 62 is a forward primer composed of the sequence of SEQ ID NO: 63 and a reverse primer composed of the sequence of SEQ ID NO: 64. It is effective when used in combination with a primer set including primers (H53996 marker), because both markers are located close to the Ms2 locus.

The primer is used to amplify a specific site by treating gDNA (genomic DNA) of the onion to be discriminated, and can be subjected to a PCR amplification process known in the art after complementary binding between the primer and the gDNA of the onion to be discriminated , By analyzing the PCR amplification product, it is possible to accurately determine whether or not the onion is male infertile or its type.

It is apparent to those skilled in the art who wish to practice the present invention that the specific site is specified by complementary binding as the primer is treated with gDNA (genomic DNA) of the onion to be discriminated.

The analysis of the PCR amplified products is performed using CAPS (Cleaved Amplified Polymorphic Sequence), ILP (intron length polymorphism), PCR (Polymerase Chain Reaction), RFLP (Restriction Fragment Lennth Polymorphism), STS (Sequence Tagged Site), SCAR (Sequence Characterized Amplified Regions) , DNA sequencing, high resolution melt (HRM) or Southern blot analysis, and preferably an HRM analysis step, in which case the primers are for HRM analysis. can

The composition may be used to determine the genotype of the Ms2 gene for determining male onion-fertility, and the male-fertility indicates the ability of fertilization of a male onion individual. In addition, in the present invention, the male-fertility cytoplasmic type is male fertility, CMS-Y (cytoplasmic-male-sterility Y), CMS-S (cytoplasmic-male-sterility S) or CMS-T (cytoplasmic-male-sterility T) can

The composition of the present invention may more preferably include a primer set including a forward primer consisting of the sequence of SEQ ID NO: 61 and a reverse primer consisting of the sequence of SEQ ID NO: 62.

In addition, the present invention provides a kit for determining male sterility of onion comprising the composition.

The kit of the present invention contains the above-described primer set, and thus can effectively determine whether or not male sterility of onion and the genotype of the Ms2 gene of onion are included. Whether or not, the effect of determining the genotype of the Ms2 gene is excellent, and the components included in the specific composition and other specific descriptions are as described above.

The kit includes DNA polymerases including thermostable DNA polymerases obtainable from various bacterial species, cofactors such as Mg ²⁺ , dATP, dCTP, dGTP and dTTP may be additionally included.

In addition, the kit may further include a user guide describing optimal reaction performance conditions. The guide is a printout that explains how to use the “kit”, for example, how to prepare PCR buffer, suggested reaction conditions, etc. The guide includes a brochure in the form of a pamphlet or leaflet, a label attached to the kit, and a description on the surface of the package containing the kit. In addition, the guide includes information disclosed or provided through electronic media such as the Internet.

The present invention provides a method for determining male sterility of onion comprising the step of obtaining an amplification product by processing the above-described composition with gDNA (genomic DNA) of the onion to be determined.

The discrimination method of the present invention is performed using the above-described composition, and it is possible to effectively discriminate male sterility of the onion to be discriminated.

In addition, the method for determining male sterility of onions may further include determining the genotype of the Ms2 gene of the onion by analyzing the amplified product.

Obtaining the gDNA of the onion to be discriminated can be freely performed by choosing a method well known in the art, and a specific method of obtaining it is presented in the following examples.

When the gDNA of the onion to be discriminated is treated with the above-described composition, the primers included in the composition complementarily bind to the gDNA, and thereby the amplification target region specified is amplified by a normal amplification process to obtain an amplification product. will create By analyzing such amplification products, the genotype of the Ms2 gene of onion can be determined, and when the composition containing the above-described preferred primer set is treated, the discrimination effect is excellent.

In the determination method, the components included in the specific composition and other specific descriptions are as described above.

Hereinafter, examples will be described in detail to explain the present invention in detail.

Experimental Materials and Methods

1. Crop materials

Onions were used that showed an unstable MS phenotype. Two of the OP ₂ populations exhibited a stable MS phenotype and were crossed with onions containing CMS-T cytoplasm. The two resulting populations were designated TUMS4 and TUMS9, respectively, and male-fertile (MF) plants from these two cohorts were self-pollinated or cross-pollinated with MS plants from the same cohort to create large segregating populations. A detailed pedigree of the onion population used in this experiment is shown in FIG. 5.

Seedlings germinated in 128-cell plug trays were transplanted into pots in a greenhouse (35°17'N, 126°90'E) at Chonnam National University in Gwangju. Flower induction was initiated spontaneously during the winter season, and male sterility phenotypes were determined by visual inspection in June over a period of 3 years (2018–2020). The temperature statistics of the flowering period (flowering temperature statistics in Gwangju) are summarized in Table 1. The morphology of anthers and pollen was investigated using a dissecting microscope (Stemi 2000-C; ZEISS, Oberkochen, Germany) and a scanning electron microscope (SEM, JSM-IT300; JEOL, Tokyo, Japan), respectively.

period Air temperature (℃) Mean Maximum Minimum Mean Highest Mean Lowest June 2018 23.6 29.5 34.5 19.2 15.7 June 2019 22.0 27.4 31.7 17.9 13.5 June 2020 23.6 28.8 33.7 19.6 14.2

2. RNA extraction, RNA-Seq analysis and real-time RT-PCR

To perform binding analysis of BSA and RNA-seq, buds from 10 MF and 10 MS individuals of the TUMS4 population, respectively, were pooled. Total RNA was extracted from each bulk sample using the RNeasy Plant Mini Kit (QIAGEN, Valencia, CA, USA). The first RNA-Seq analysis used buds of various sizes, greater than 3 mm. Flower buds less than 3 mm were included in the second analysis to cover the early stages of male gamete development. A third analysis was performed using the TUMS4-S1 population after removing heterozygous MF individuals. The genotype of heterozygous individuals was predicted using the closely linked molecular markers developed in this experiment.

RNA-Seq analysis was performed by a specialized company (Phyzen Genomics Institute, Seoul, Korea). Transcripts were sequenced using the HiSeq X Ten platform (Illumina, Hayward, CA, USA), and trimmed reads were individually mapped to two reference transcripts. Unmapped reads were pooled and de novo assembled into contigs using Trinity software. Identification of single nucleotide polymorphisms (SNPs) among bulk RNAs and quantification of transcript levels in contigs were performed using SAMTools (Li et al. 2009) and RSEM software (Li and Dewey, 2011), respectively.

Real-time RT-PCR was performed to measure the transcript level of orf725. Total RNA was extracted from the flower buds of 5 MF and 5 MS plants in the TUMS4 population using the RNeasy Plant Mini Kit (QIAGEN), and from MF and MS F2 individuals with a male sex phenotype controlled by the Ms locus. Total RNA was also used for comparison of transcript levels. cDNA was synthesized using a cDNA synthesis kit (SuperScript™ III First Strand Synthesis System for RT-PCR; Invitrogen, Carlsbad, CA, USA).

Real-time RT-PCR was performed using a SYBR® Green Realtime PCR Master Mix (Toyobo Co. Ltd, Osaka, Japan) and a LightCycler®96 Real-Time PCR system (Roche Molecular Systems, Pleasanton , CA, USA). 100-fold diluted cDNA was used as a template. The onion nad6 gene (GenBank accession: KU318712) located in the master circle of the mitochondrial genome was used as an internal control. Primer sequences used for real-time RT-PCR are shown in Table 2.

Molecule marker/Gene Primer sequences (5'-to-3') Restriction enzymes used in CAPS markers Application Reference Forward Reverse Orf725 (SEQ ID NO: 1)
TGGAGAACTTCCAGCTATCAAAGAGACGA (SEQ ID NO: 2)
GGACTCGTGCAATCCCCGATACATTC Real-time RT-PCR Kim and Kim (2019) Nad6 (SEQ ID NO: 3)
GGTGAAAAGACAGGATGTATTCCGACGA (SEQ ID NO: 4)
GTGAGCGAGATGTCGATTTGGTCTGTC RF15334 (SEQ ID NO: 5)
TGTATGCTGGCTGATTTCCA (SEQ ID NO: 6)
GCATATCCGGCCACTTTTT Markers linked to the Ms locus Kim et al. (2015a) RF23881 (SEQ ID NO: 7)
GATCCTCATGGCTTTGGAGA (SEQ ID NO: 8)
GGGAAGTGAACACGTTTGGT Pvu II RF25191 (SEQ ID NO: 9)
TTAGATGGAGGCGTCGAAAT (SEQ ID NO: 10)
AAATCGTGAGGCTTCTTTGG Eco RI RF26780 (SEQ ID NO: 11)
GGGCCTTACCCTCTAAACCA (SEQ ID NO: 12)
ACAAAGCTTCAACAAACGAAA Hind III RF28184 (SEQ ID NO: 13)
AGTCATGGAATCAATGGGTAAT (SEQ ID NO: 14)
AATCACTTGGACATGGAATAGC RF31446 (SEQ ID NO: 15)
GGTCACCAGGTGGATAGAGAA (SEQ ID NO: 16)
TCATTGAGCTGCATCCAAAA H319 (SEQ ID NO: 17)
AGGAGTCATCCTACTCTTCCAA (SEQ ID NO: 18)
TCTGTAGCCCACTCACTTCATC Linkage map construction Cho et al. (2021) H36245 (SEQ ID NO: 19)
CTTTGCCACGCAAACTGC (SEQ ID NO: 20)
CCTGCTTTATAATTTCATGACTTG H1070 (SEQ ID NO: 21)
CGTCGAAAAAGAACATCCACT (SEQ ID NO: 22)
TGACTGCTTGCATAAGTACAGG H6574 (SEQ ID NO: 23)
CCCACTGTGGTCATCTTCG (SEQ ID NO: 24)
CAGACTGAGTTGAATGCCTATTG H13697 (SEQ ID NO: 25)
TCGTCTTTCATCACCACCTG (SEQ ID NO: 26)
GGGATGTAAATTTCGCCTTG H49573 (SEQ ID NO: 27)
ATGATGAGGGGCCTGCTTA (SEQ ID NO: 28)
AACAAACCAACAAAAACTCGAA H13389 (SEQ ID NO: 29)
GCGAGAGACGTTGTTAGAGATT (SEQ ID NO: 30)
CCCAGTTCTCGAGACAAAGAA H89252 (SEQ ID NO: 31)
GTTATGAAAGTGATCTGGATGG (SEQ ID NO: 32)
CCCACCCTTCCGGATGTA D16030 (SEQ ID NO: 33)
TTCCTGGATGTCATGTTTCAA (SEQ ID NO: 34)
TGAAGCAAATGACAATGACGA D14688 (SEQ ID NO: 35)
CCCTGAGTGATTCCGAGTCT (SEQ ID NO: 36)
CCCATTGCGTTGCATAATTT H65212 (SEQ ID NO: 37)
GGGGTTCTGACTGTGAATGTT (SEQ ID NO: 38)
GGTTCAGGTGGAGGCTTCTT Linkage map construction This study H104 (SEQ ID NO: 39)
TCATCGGACGACTTGACAAT (SEQ ID NO: 40)
TTGAATGCTAGTTTTGCACCA H11765 (SEQ ID NO: 41)
GAGGTTCTCAAAGGGTCCA (SEQ ID NO: 42)
TCTTCTAAAGTAAGATTAATGGTGTCA H17747 (SEQ ID NO: 43)
ATCCTGGAAGTGTTCCTTCG (SEQ ID NO: 44)
TGGGGATCTTCAGAATCAGG H56318 (SEQ ID NO: 45)
AGGTTCCCCAAACCATCCTA (SEQ ID NO: 46)
CTGCAGCAACATCCATTTGA H12586 (SEQ ID NO: 47)
GCATAAATCTGATTGTTAATGTCATAC (SEQ ID NO: 48)
ACAATGTCAGCCACATTCCA H1788 (SEQ ID NO: 49)
AGCGCGAGTCATATCGTGA (SEQ ID NO: 50)
CGATCATCCCCTCCTATACGAAC H6342 (SEQ ID NO: 51)
CGATCTGAAACTAGGCATAAAATC (SEQ ID NO: 52)
TTTACCAACCAGTTCGAAACC H20498 (SEQ ID NO: 53)
TGTTGATGCTATCCCTCTTTCA (SEQ ID NO: 54)
GAGTTTAATCTGAAATTCTGGTTTTT Identification of cadidate genes for the Ms2 locus This study H21521 (SEQ ID NO: 55)
CATCAATCATACAAGCCACGA (SEQ ID NO: 56)
TTGAAACAGCGGAGAGAGAAG H38192 (SEQ ID NO: 57)
ATCCTGGAAGTGTTCCTTCG (SEQ ID NO: 58)
TGGGGATCTTCAGAATCAGG H48306 (SEQ ID NO: 59)
TGAGGACGTCAAGTAGATTGATTG (SEQ ID NO: 60)
CAGAAAATGATTTGGTAGAATTTCG H36898 (SEQ ID NO: 61)
CCCACAGTTCGACCTCTTGTA (SEQ ID NO: 62)
CAGTTGCTCAATAGATTCCGAGT H53996 (SEQ ID NO: 63)
TGACAACAATTCATCTGTGCAT (SEQ ID NO: 64)
TGCAGCTCAAATTCCTTCTG H1634 (SEQ ID NO: 65)
TGTTCTTTGAGTCGCCTTTTC (SEQ ID NO: 66)
AGGCATCTTCCACCTCGAAT H6696 (SEQ ID NO: 67)
GGCTTCGTTGGAAACAGATT (SEQ ID NO: 68)
TCAATAGATCTGGAAAGGCTCTCT H8780 (SEQ ID NO: 69)
CGAATACGTTAATGGCATTTTG (SEQ ID NO: 70)
AACATGTATGCAAAATGTGGAGA H12577 (SEQ ID NO: 71)
TGTTGTTGGCTGATGCAGAG (SEQ ID NO: 72)
CTCTCCAATCCCATACATCACA H15872 (SEQ ID NO: 73)
CACATAAGTCAGACCAAGCTACAA (SEQ ID NO: 74)
CAATGTTTGATGCCTGAGATG H15896 (SEQ ID NO: 75)
AGGTTTGCCAATCCCTTTCT (SEQ ID NO: 76)
AACCGCAAGTAAATAAACAACTTTT H16444 (SEQ ID NO: 77)
GAACTGTCTGCTTCAGATTTTGG (SEQ ID NO: 78)
AAATGGTTCAAGTAAGCTTTGC H27057 (SEQ ID NO: 79)
CGGGAGGGATTTAGTTGCTGT (SEQ ID NO: 80)
TGTGCACCTACAACATATCCA H27203 (SEQ ID NO: 81)
GTGCTGAAATGGCATTCGTT (SEQ ID NO: 82)
TGACTGGAAGCATTGGAGAT H47326 (SEQ ID NO: 83)
CATCACAAAATTTGATAATTGCAC (SEQ ID NO: 84)
ACCAATATCTTTTTGGTTCAGG H53505 (SEQ ID NO: 85)
ACTTGACGTTGAAGGATGGT (SEQ ID NO: 86)
TGCAACTTTGATATTGTTGTAGTCA H56318 (SEQ ID NO: 87)
AGGTTCCCCAAACCATCCTA (SEQ ID NO: 88)
CTGCAGCAACATCCATTTGA H89591 (SEQ ID NO: 89)
CACGTTATATCCCTCTTAAATTCCA (SEQ ID NO: 90)
AGCTTATTTTCCAATAAACCAATTAT H1082 (SEQ ID NO: 91)
ATACAGCCGTGGGTTTTCAC (SEQ ID NO: 92)
TCTACACAACGATCGGCART H16368 (SEQ ID NO: 93)
TTGATAGAGTAGGCCAACGTAGA (SEQ ID NO: 94)
CCATATCATGCGGTGTGAGA H29690 (SEQ ID NO: 95)
TGGGGATCTTCAGAATCAGG (SEQ ID NO: 96)
ATCCTGGAAGTGTTCCTTCG H30273 (SEQ ID NO: 97) GTCGTAGGTCGTGTGTTGAA (SEQ ID NO: 98)
TGTTGATAAGAAACCCTAGTCTCA

DNA extraction, PCR amplification and high resolution melting (HRM) marker analysis

Whole genomic DNA of isolates was extracted from leaf or flower peduncle tissue using the cetyl trimethyl ammonium bromide (CTAB) method. For contig sequencing, 0.1 μg template, 2.5 μL 10x PCR buffer, 0.5 μL forward primer (10 μM), 0.5 μL reverse primer (10 μM), 0.5 μL dNTPs (10 mM each) and 0.25 μL polymerase mix (Advantage 2 Polymerase Mix, Takara Bio, Shiga, Japan), PCR amplification was performed in 25 μL reaction mixture. PCR amplification consisted of an initial denaturation step at 95 °C for 4 min, followed by 10 cycles of 95 °C for 30 sec, 65 °C for 30 sec (0.8 °C decrease in each cycle) and 72 °C for 1 min, followed by 95 °C for 30 sec, It consisted of 35 cycles of 30 sec at 57 °C, 1 min at 72 °C and a final 10 min extension at 72 °C. After staining with ethidium bromide and confirming PCR amplification with a 1.5% agarose gel, the PCR products were purified for sequencing using the QIAquick PCR Purification kit (QIAGEN). Sequencing was performed by a specialized company (Macrogen, Seoul, Korea). Primer sequences of molecular markers are shown in Table 2.

Experiment result

1. Discovery of a new genetic locus responsible for fertility recovery in male infertility due to CMS-T cytoplasm of onion

Although the Ms genotype of labile MS plants was homozygous recessive, a labile MS phenotype producing small amounts of viable pollen was identified in open pollinated (OP) populations derived from PI273626. This OP population and PI273626 contain CMS-Y cytoplasm. To investigate whether this labile MS phenotype occurs in different types of cytoplasm, two plants (plants #4 and #9) displaying the labile MS phenotype were crossed with stable MS onions containing CMS-T cytoplasm (Fig. 5).

MF and MS plants separated in a 1:1 ratio in the progeny populations (TUMS4 and TUMS9) of these two crosses (Table 3). For MF onions (Figures 1A and 1C), the male fertility phenotype was completely normal with many pollen grains. However, pollen was not found on MS plants (Figs. 1B and 1D). The pollen shape of MF plants was also normal with few deformed pollen grains (Fig. 6), but many deformed pollen grains were observed in unstable MS plants.

The genotypes of the six molecular markers showed almost perfect linkage disequilibrium with the Ms locus, confirming that the genotypes of MF and MS plants are all homozygous recessive for the Ms locus (Fig. 7). These results indicate that male fertility in these populations was restored by another novel Rf locus, but not the Ms locus. A single gene inheritance pattern of male fertility recovery was also observed in successive generations (Table 3). This new Rf locus identified in this experiment was named Ms2.

Population Expected genotype Male-fertility phenotype Total X ² P MF MS TUMS4 ms2ms2 X Ms2ms2 20 19 39 0.026 0.87 TUMS9 ms2ms2 X Ms2ms2 104 114 218 0.46 0.50 TUMS4-S1 Ms2ms2 selfing 164 64 228 1.15 0.28 TUMS4-S3 Ms2ms2 selfing 309 98 407 0.18 0.67 TUMS4-C1 ms2ms2 X Ms2ms2 148 157 305 0.27 0.61 TUMS4-C9 ms2ms2 X Ms2ms2 204 200 404 0.040 0.84

2. Identification of Candidate Genes Determining the Ms2 Locus in Onion and Development of Molecular Markers Closely Linked to the Ms2 Locus

To identify candidate genes determining the Ms2 locus, we performed a combined analysis of BSA and RNA-seq using bulk RNAs from MF and MS plants from the TUMS4 population. RNA-seq analysis was performed twice using the same population for replication. Approximately 6 Gb raw reads were generated from each bulk RNA. Raw read sequences were stored in the SRA database (Table 4). After trimming the low-quality sequences, the trimmed reads were mapped to the reference transcript (Table 5). About 80% of the trimmed reads mapped to the reference transcript (Table 6).

Item RNA-Seq analysis First analysis Second analysis Third analysis Bulk RNAs Male-fertile male-sterile Male-fertile male-sterile Male-fertile male-sterile Number of raw reads 40,474,140 38,070,316 36,356,296 43,294,058 59,583,448 49,602,098 Length of raw reads (bp) 6,111,595,140 5,748,617,716 5,489,800,696 6,537,402,758 8,997,100,648 7,489,916,798 SRA accession number SRR13787369 SRR13787368 SRR13787367 SRR13787366 SRR13787365 SRR13787364 Number of trimmed reads 38,087,818 36,101,862 34,518,600 41,059,156 53,010,888 44,044,480 Length of trimmed reads (bp) 5,523,831,268 5,203,188,722 5,023,065,767 5,971,685,781 7,711,367,861 6,385,460,269

Item Transcriptome Reference transcriptome
(Kim et al. 2015b) De novo assembly
using unmapped reads Draft reference transcripts
(DRTs) ver 1.0
(Sohn et al. 2016) Number of contigs 165,179 37,644 35,505 Total length (bp) 202,991,716 51,207,108 79,372,330 Mean length (bp) 1228.92 1360.30 2,235.53 Minimum size (bp) 200 203 267 Maximum size (bp) 16,504 17,238 5,478

Item Transcriptome Reference First analysis Second analysis Third analysis MF MS MF MS MF MS Number of trimmed reads 38,087,818 36,101,862 34,518,600 41,059,158 53,010,888 44,044,480 Number of mapped reads 28,984,898 29,576,222 28,477,710 32,729,948 41,961,750 35,859,512 Percentage of mapped reads 76.10% 81.92% 82.50% 79.71% 79.16% 81.42% Number of expressed contigs ^a 154,264 155,649 151,995 159,418 158,510 157,616 Percentage of expressed contigs 93.39% 94.23% 92.02% 96.51% 95.96% 95.42% Item De novo assembly ^b First analysis Second analysis Third analysis MF MS MF MS MF MS Number of trimmed reads 38,087,818 36,101,862 34,518,600 41,059,158 53,010,888 44,044,480 Number of mapped reads 16,336,818 14,817,718 13,179,654 15,856,644 19,622,118 16,940,122 Percentage of mapped reads 42.89% 41.04% 38.18% 38.62% 37.02% 38.46% Number of expressed contigs ^a 37,641 37,040 37,638 37,644 37,643 37,644 Percentage of expressed contigs 99.99% 98.40% 99.98% 100.00% 100.00% 100.00% Item






N/A Draft reference transcripts
(DRTs) ver 1.0 Second analysis Third analysis MF MS MF MS Number of trimmed reads 34,518,600 41,059,158 53,010,888 44,044,480 Number of mapped reads 24,877,524 27,754,500 35,983,930 30,809,336 Percentage of mapped reads 72.07% 67.60% 67.88% 69.95% Number of expressed contigs ^a 35,483 35,496 35,499 35,491 Percentage of expressed contigs 99.94% 99.97% 99.98% 99.96%

Using a custom-made screening process (Table 7), 60 contigs containing SNPs between MF and MS bulk RNA were selected after visually examining the SNPs using IGV Viewer software. Table 7 shows a custom screening process for selection of contigs containing SNPs between male-fertility and male-sterility bulk RNA. One of these contigs (AC.Combine.Locus_14688.6) was mapped to the end of chromosome 2 in a previous study. In addition, the four contigs showed high homology with the corresponding contig located on chromosome 2 of the other linkage map (Table 8). Table 8 shows a list of contigs that contain homozygous SNPs between bulk RNAs and show high homology with those mapped on the two onion linkage maps. These results suggested that the Ms2 locus is likely located at the end of chromosome 2. Eight HRM markers were developed to construct a loci map centered on Ms2 using contigs selected in this experiment or contigs showing high homology with loci mapped by other research teams. Since the Ms locus was also located on chromosome 2, we compared chromosomal locations including previously developed markers linked to Ms. Linkage map indicates that the Ms2 locus is located at the end of chromosome 2 and is linked to the Ms locus at a distance of about 70 cM (Fig. 2).

Step Criterion RNA-Seq First analysis Second analysis One Number of SNPs identified by SAMTools 121,089 106,440 2 Number of SNPs of which allele frequency is 1.0 in the male-sterile bulk 23,040 23,816 3 Number of SNPs between male-fertile and male-sterile bulked RNAs 7,197 5,043 4 Number of contigs containing SNPs 3,156 2,243 5 Number of contigs screened by both first and second analyzes 467 6 Number of contigs after removal of homologous isoforms 457 7 Number of contigs containing SNPs confirmed by the IGV viewer 60

Screened contigs Identical or homologous
contig Position
(Ch/cM) Reference AC.Combine.Locus_14688.6 Identical 2/0.0 Cho et al. (2021) AC.Combine.Locus_104.1 isotig35596 2/14.9 Duangjit et al. (2013) AC.Combine.Locus_49504.2 isotig29784 2/11.0 AC.Combine.Locus_66080.1 isotig29531 6B/35.2 AC.Combine.Locus_76285.1 isotig41662 2/39.7 AC.Combine.Locus_6342.1 isotig33144 2/11.0

To identify more candidate genes, we performed additional RNA-seq analysis after removing heterozygous MF individuals from MF bulk RNA (Table 4). Trimmed reads from three RNA-seq analyzes were also mapped to other reference transcripts. Trimmed read values were also mapped to de novo assembled transcripts (Tables 5 and 6). Pooled reads that did not map to the reference transcript in the three RNA-Seq analyses were used for de novo assembly of contigs.

Contigs containing homozygous SNPs between bulk RNAs were selected using a less stringent screening process (Table 9). Among the 164 screened contigs, 38 contigs whose SNPs were clearly supported by a sufficient number of reads were selected for HRM marker development and candidate gene identification (Table 10 and FIG. 9). A total of 30 recombinants between H89571 and H56318 were identified from 1,344 individuals in 4 segregated populations to determine the association between the selected contigs and the Ms2 locus (Table 11). The H53996 and H36898 markers are most closely related to the Ms2 locus. However, no contig showing perfect linkage to the Ms2 locus was identified (Table 11). Table 11 shows Ms2 phenotypes and genotypes of molecular markers for recombination between H89591 and H56318 markers. The bold line between the loci indicates the location of crossover, 'b': homozygous recessive, 'h': heterozygous, 'd': homozygous dominant or heterozygous.

Step Criterion Transcriptome Reference transcriptome
(Kim et al. 2015b) De novo assembly
using unmapped reads Draft reference transcripts
(DRTs) ver 1.0
(Sohn et al. 2016) One Number of SNPs identified by SAMTools 125,851 58,854 98,419 2 Number of SNPs of which allele frequencies are larger than 0.9 in both bulks 29,191 6,071 39,627 3 Number of SNPs between MF and MS bulked RNAs 609 288 689 4 Number of contigs containing SNPs 304 171 254 5 Number of contigs after removal of isoforms 285 171 248 6 Number of contigs containing SNPs confirmed by IGV viewer 103 51 37 7 Number of contigs after removal of homologs among three transcriptomes 164

Contig Contig sequence
(5' to 3') Primer sequences (5' to 3') Forward Reverse 0_c20498 175 (SEQ ID NO: 99)
TGTTGATGCTATCCCTCTTTCA (SEQ ID NO: 100)
GAGTTTAATCTGAAATTCTGGTTTTT 0_c21521 176 (SEQ ID NO: 101)
CATCAATCATACAAGCCACGA (SEQ ID NO: 102)
TTGAAACAGCGGAGAGAGAAG 0_c4432 177 (SEQ ID NO: 103)
ACCTTCGAATCCGAACTCCT (SEQ ID NO: 104)
GAAACCCTAAACCCCCTCAC 1_c13159 178 (SEQ ID NO: 105)
GCCTCAAAAATTTGGAATCG (SEQ ID NO: 106)
CATCGTCTCCAGCAAGGAGT 1_c38192 179 (SEQ ID NO: 107)
ATCCTGGAAGTGTTCCTTCG (SEQ ID NO: 108)
TGGGGATCTTCAGAATCAGG 1_c48306 180 (SEQ ID NO: 109)
TGAGGACGTCAAGTAGATTGATTG (SEQ ID NO: 110)
CAGAAAATGATTTGGTAGAATTTCG 2_c36898 181 (SEQ ID NO: 111)
CCCACAGTTCGACCTCTTGTA (SEQ ID NO: 112)
CAGTTGCTCAATAGATTCCGAGT 3_c53996 182 (SEQ ID NO: 113)
TGACAACAATTCATCTGTGCAT (SEQ ID NO: 114)
TGCAGCTCAAATTCCTTCTG 4_c31682 183 (SEQ ID NO: 115)
CAAGGCGCTTCATCTGGTAG (SEQ ID NO: 116)
CATTTTGGATTGACGCCTTT AC.Combine.Locus_1634.1 184 (SEQ ID NO: 117)
TGTTCTTTGAGTCGCCTTTTC (SEQ ID NO: 118)
AGGCATCTTCCACCTCGAAT AC.Combine.Locus_6696.9 185 (SEQ ID NO: 119)
GGCTTCGTTGGAAACAGATT (SEQ ID NO: 120)
TCAATAGATCTGGAAAGGCTCTCT AC.Combine.Locus_8780.1 186 (SEQ ID NO: 121)
CGAATACGTTAATGGCATTTTG (SEQ ID NO: 122)
AACATGTATGCAAAATGTGGAGA AC.Combine.Locus_12577.1 187 (SEQ ID NO: 123)
TGTTGTTGGCTGATGCAGAG (SEQ ID NO: 124)
CTCTCCAATCCCATACATCACA AC.Combine.Locus_15872.1 188 (SEQ ID NO: 125)
CACATAAGTCAGACCAAGCTACAA (SEQ ID NO: 126)
CAATGTTTGATGCCTGAGATG AC.Combine.Locus_15896.1 189 (SEQ ID NO: 127)
AGGTTTGCCAATCCCTTTCT (SEQ ID NO: 128)
AACCGCAAGTAAATAAACAACTTTT AC.Combine.Locus_16150.1 190 (SEQ ID NO: 129)
AGAACGCAACCAATGCCTAC (SEQ ID NO: 130)
GTCGCCGGTTACGAACTC AC.Combine.Locus_16444.1 191 (SEQ ID NO: 131)
GAACTGTCTGCTTCAGATTTTGG (SEQ ID NO: 132)
AAATGGTTCAAGTAAGCTTTGC AC.Combine.Locus_19502.1 192 (SEQ ID NO: 133)
TTGAAACTTTCCATTGGGTTG (SEQ ID NO: 134)
TCCACTAATGCACTCAAGCTG AC.Combine.Locus_20081.1 193 (SEQ ID NO: 135)
GAAGCCGCCGAGAAATAGAA (SEQ ID NO: 136)
TGGGCACAAACACTATGGAG AC.Combine.Locus_22066.3 194 (SEQ ID NO: 137)
TCATGACCAATGCCTTAAAAT (SEQ ID NO: 138)
TGAAGTACCCGATCAAAGTCTG AC.Combine.Locus_25476.1 195 (SEQ ID NO: 139)
GCAACCATACCGACCCATT (SEQ ID NO: 140)
TAACGCCATGCAAACACATT AC.Combine.Locus_26485.5 196 (SEQ ID NO: 141)
CAGCAAGAATCCATATCAAATAACA (SEQ ID NO: 142)
GTCCAAATCCTTGAGGCTGA AC.Combine.Locus_27057.1 197 (SEQ ID NO: 143)
CGGGAGGGATTTAGTTGCTGT (SEQ ID NO: 144)
TGTGCACCTACAACATATCCA AC.Combine.Locus_27203.2 198 (SEQ ID NO: 145)
GTGCTGAAATGGCATTCGTT (SEQ ID NO: 146)
TGACTGGAAGCATTGGAGAT AC.Combine.Locus_47326.2 199 (SEQ ID NO: 147)
CATCACAAAATTTGATAATTGCAC (SEQ ID NO: 148)
ACCAATATCTTTTTGGTTCAGG AC.Combine.Locus_51952.1 200 (SEQ ID NO: 149)
CCGTTGATGATCAGAAGAAGC (SEQ ID NO: 150)
TCTCACGCTATCTTTTCATTTCA AC.Combine.Locus_53505.1 201 (SEQ ID NO: 151)
ACTTGACGTTGAAGGATGGT (SEQ ID NO: 152)
TGCAACTTTGATATTGTTGTAGTCA AC.Combine.Locus_53756.1 202 (SEQ ID NO: 153)
TTTTTGTTTTTATCAATATCACACACC (SEQ ID NO: 154)
ACTTGCCAACCAGATGGAAT AC.Combine.Locus_56318.1 203 (SEQ ID NO: 155)
AGGTTCCCCAAACCATCCTA (SEQ ID NO: 156)
CTGCAGCAACATCCATTTGA AC.Combine.Locus_71656.1 204 (SEQ ID NO: 157)
CGTTGCTTCATGGATATTCG (SEQ ID NO: 158)
TGTTACCACATCTGGTGCTATATTT AC.Combine.Locus_85767.1 205 (SEQ ID NO: 159)
CGTAATATCAAACGTCTTCAACG (SEQ ID NO: 160)
GAAAATCTCTTCACCAACTTGC AC.Combine.Locus_89591.1 206 (SEQ ID NO: 161)
CACGTTATATCCCTCTTAAATTCCA (SEQ ID NO: 162)
AGCTTATTTTCCAATAAACCAATTAT unmapped_denovo01082 207 (SEQ ID NO: 163)
ATACAGCCGTGGGTTTTCAC (SEQ ID NO: 164)
TCTACACAACGATCGGCART unmapped_denovo12491 208 (SEQ ID NO: 165)
TCAAGTCAACCGATGTTCCA (SEQ ID NO: 166)
TTAGCCATTAATTTCTAGCAGATG unmapped_denovo16368 209 (SEQ ID NO: 167)
TTGATAGAGTAGGCCAACGTAGA (SEQ ID NO: 168)
CCATATCATGCGGTGTGAGA unmapped_denovo29690 210 (SEQ ID NO: 169)
TGGGGATCTTCAGAATCAGG (SEQ ID NO: 170)
ATCCTGGAAGTGTTCCTTCG unmapped_denovo30273 211 (SEQ ID NO: 171)
GTCGTAGGTCGTGTGTTGAA (SEQ ID NO: 172)
TGTTGATAAGAAACCCTAGTCTCA unmapped_denovo31267 212 (SEQ ID NO: 173)
TCAGCTAACACAAGGTAAACAATGA (SEQ ID NO: 174)
CCAACAATGGCTTGGGTAAA

Population Individual Locus H89591 H21521 H53996 Ms2 H36898 H8780 H27203 H56318 TUMS4-S1 134 b h h d h h h h TUMS4-S3 266 b h h d h h h h TUMS4-C1 30 b h h h h h h h TUMS4-C9 133 b h h h h h h h TUMS4-S1 153 b b h d h h h h TUMS4-C9 15 b b h h h h h h TUMS4-C1 90 h h b b b b b b TUMS4-S3 267 b b b d h h h h TUMS4-S3 268 b b b d h h h h TUMS4-S3 188 b b b d h h h h TUMS4-C1 One b b b h h h h h TUMS4-C9 397 b b b h h h h h TUMS4-S1 137 h h h b b b b b TUMS4-S1 222 h h h b b b b b TUMS4-C9 237 h h h b b b b b TUMS4-S1 4 b b b b h h h h TUMS4-S3 302 b b b b h h h h TUMS4-S3 334 b b b b h h h h TUMS4-C9 200 b b b b h h h h TUMS4-S3 320 b b b b b h h h TUMS4-S3 350 b b b b b h h h TUMS4-S3 105 h h h d h b b b TUMS4-S3 116 h h h d h b b b TUMS4-S3 118 h h h d h b b b TUMS4-S3 271 h h h d h b b b TUMS4-C9 73 h h h h h b b b TUMS4-C9 327 b b b b b b h h TUMS4-S3 321 b b b b b b b h TUMS4-C9 249 b b b b b b b h TUMS4-S3 67 h h h d h h h b

Significantly expressed gene (DEG) analysis among bulk RNAs and the effect of the dominant Ms2 allele on the transcription of orf725

The total transcript levels of all contigs in the three types of transcripts were similar between MF and MS bulk RNA, and correlation coefficients of 0.8 or higher were shown in all cases (Fig. 8). A total of 204 contigs were selected as DEGs among bulked RNAs using a stepwise screening process (Table 12) (Table 13). However, candidate genes such as PPR coding genes were not identified, and many contigs were identified as being involved in the general process of pollen maturation. For this reason, most of the DEGs selected in this experiment showed reduced transcription in MS bulk RNA previously isolated from the F2 population, where the male fertility phenotype was determined by the Ms locus (Fig. 3). Table 12 tabulates a step-by-step process for selecting differentially expressed genes between male fertility and male sterility bulk RNA.

Step Criterion Transcriptome Reference De novo assembly DRT 1st 2nd 3rd 1st 2nd 3rd 2nd 3rd One Number of contigs showing more than 3-fold increase of transcription in the male-fertile bulk 8,168 4,613 8,267 311 297 309 284 293 2 Number of contigs showing more than 2 FPKM values in the male-fertile bulk 1,630 1,374 1,440 301 287 287 255 246 3 Number of contigs commonly identified from all repetitions of RNA-Seq 319 155 177 4 Number of contigs after removal of homologs among three transcriptomes 454 5 Number of contigs after removal of contigs containing short repeats 345 6 Number of contigs after removal of contigs containing heterozygous SNPs 204

Contig Nucleotide sequences
(SEQ ID NO) Length FPKM value MF/MS Log ₂ (MF/MS) Annotation Male-fertile (MF) Male-sterile (MS) 0_c5065 213 933 40.45 6.54 6.18 2.63 transcription factor BHLH148 0_c5551 214 753 28.27 2.24 12.61 3.66 stellacyanin 0_c6209 215 836 7.31 2.25 3.25 1.70 12-oxophytodienoate reductase 1-like 1_c13378 216 1,711 28.94 6.75 4.29 2.10 lysophospholipid acyltransferase 1 1_c15128 217 1,570 4.14 0.95 4.36 2.12 vicilin-like seed storage protein At2g28490 1_c15741 218 1,515 36.83 8.36 4.41 2.14 UDP-glucose:flavonoid 3-O-glucosyltransferase 1_c21302 219 1,635 41.40 2.90 14.29 3.84 amino acid permease 8-like 1_c21368 220 1,700 24.46 1.79 13.63 3.77 lysine histidine transporter-like 5 1_c21632 221 1,685 18.67 0.85 22.03 4.46 glycosyl hydrolase 5 family protein 1_c22829 222 1,999 75.24 19.09 3.94 1.98 Nucleotide-diphospho-sugar transferase 1_c25809 223 1,799 58.45 7.29 8.02 3.00 UNC93-like protein 1 1_c26156 224 1,752 7.14 2.37 3.01 1.59 phosphate transporter PHO1-like 1_c28886 225 1,804 134.91 5.51 24.51 4.62 sugar carrier protein C-like protein 1_c28986 226 1,721 108.71 8.60 12.64 3.66 heparanase-like protein 2 1_c28989 227 1,841 102.71 6.42 16.00 4.00 sugar transport protein 14 1_c29900 228 1,595 117.68 0.69 170.08 7.41 3-oxoacyl-[acyl-carrier-protein] synthase I, chloroplastic 1_c3107 229 1,818 31.92 4.00 7.98 3.00 protein DETOXIFICATION 48-like 1_c36211 230 1,536 7.16 2.20 3.26 1.70 GDP-fucose protein O-fucosyltransferase 1_c37952 231 1,742 28.59 6.00 4.76 2.25 sugar transport protein 8-like 1_c40130 232 1,727 44.54 8.04 5.54 2.47 cytochrome P450 89A2-like 1_c42262 233 1,681 18.58 5.02 3.70 1.89 cytochrome P450 71A9-like 1_c43926 234 1,758 38.13 3.32 11.47 3.52 sugar transport protein 14 1_c45979 235 1,449 118.79 18.41 6.45 2.69 asparagine synthetase [glutamine-hydrolyzing] [ 1_c46281 236 1,474 18.02 1.72 10.49 3.39 anthocyanin 5-aromatic acyltransferase 1_c4734 237 1,483 142.23 44.78 3.18 1.67 stearoyl-[acyl-carrier-protein] 9-desaturase 5, chloroplastic-like 1_c55573 238 1,932 35.56 3.83 9.28 3.21 L-ascorbate oxidase homolog 1_c60154 239 1,507 12.69 2.24 5.66 2.50 glycosyltransferase BC10 1_c65097 240 1,814 50.19 10.34 4.85 2.28 S-adenosylmethionine decarboxylase proenzyme-like 1_c6606 241 1,614 8.47 1.25 6.79 2.76 UDP-glycosyltransferase 89B2 1_c67331 242 1,420 92.37 21.03 4.39 2.14 uncharacterized oxidoreductase At1g06690, chloroplastic-like 1_c68012 243 1,780 379.85 59.81 6.35 2.67 phytepsin 1_c69812 244 1,957 3.86 1.19 3.23 1.69 laccase-17-like 1_c75649 245 1,045 67.71 16.03 4.22 2.08 xyloglucan endotransglucosylase/hydrolase protein 2-like 1_c8729 246 1,700 13.96 1.76 7.95 2.99 lon protease homolog, mitochondrial-like 2_c10147 247 1,532 10.59 3.14 3.38 1.76 amino acid permease 8-like 2_c14407 248 1,245 301.74 29.30 10.30 3.36 2-alkenal reductase (NADP(+)-dependent)-like 2_c18153 249 1,506 42.88 6.16 6.96 2.80 actin 2_c21528 250 1,721 60.04 14.41 4.17 2.06 Protein DETOXIFICATION 35 2_c24386 251 1,632 5.01 0.44 11.44 3.52 cytochrome P450 94B3 2_c24866 252 1,540 7.62 1.81 4.20 2.07 uncharacterized protein 2_c28659 253 1,850 12.23 0.32 38.72 5.27 L-ascorbate oxidase homolog 2_c30016 254 1,618 19.68 2.01 9.81 3.29 lon protease 2_c31016 255 1,579 18.34 3.78 4.85 2.28 probable WRKY transcription factor 2 2_c37272 256 1,776 11.55 0.69 16.63 4.06 putative pectate lyase 7 2_c38972 257 1,703 23.66 4.46 5.31 2.41 alkane hydroxylase MAH1-like 2_c41885 258 1,260 149.58 24.37 6.14 2.62 KH domain-containing protein At5g56140-like 2_c43796 259 1,552 13.04 2.43 5.37 2.43 hydroquinone glucosyltransferase-like 2_c44170 260 1,287 12.87 2.12 6.07 2.60 GDSL esterase/lipase At1g09390-like 2_c55270 261 1,762 4.95 0.88 5.60 2.49 putative glycerol-3-phosphate transporter 3 2_c67191 262 1,322 94.85 14.98 6.33 2.66 purple acid phosphatase 3-like 3_c1166 263 2,500 104.16 5.87 17.75 4.15 subtilisin-like protease SBT3.5 3_c25401 264 2,746 283.81 14.21 19.98 4.32 beta-galactosidase 1-like 3_c25903 265 2,080 45.53 3.06 14.89 3.90 protein NRT1/PTR FAMILY 7.3-like 3_c32440 266 2,353 19.58 5.99 3.27 1.71 ABC transporter G family member 25 3_c34326 267 2,708 54.18 8.53 6.35 2.67 probable beta-D-xylosidase 2 4_c32303 268 2,767 3.78 0.99 3.83 1.94 probable sodium/metabolite cotransporter BASS1, chloroplastic 5_c32484 269 3,561 4.42 1.40 3.15 1.65 protein DETOXIFICATION 18-like 5_c953 270 3,019 10.27 3.10 3.32 1.73 cadmium/zinc-transporting ATPase HMA3-like 6_c22898 271 3,513 20.65 6.17 3.35 1.74 N-terminal acetyltransferase B complex auxiliary subunit NAA25 6_c26474 272 3,121 11.04 3.04 3.64 1.86 leucine-rich repeat receptor-like protein kinase TDR AC.Combine.Locus_196.2 273 631 27.47 0.70 39.00 5.29 No hit AC.Combine.Locus_4071.7 274 1,806 7.43 0.45 16.47 4.04 non-specific lipid-transfer protein A-like AC.Combine.Locus_4252.4 275 1,203 9.35 2.59 3.61 1.85 bifunctional aspartokinase/homoserine dehydrogenase 1, chloroplastic-like AC.Combine.Locus_4410.1 276 1,159 6.76 1.98 3.41 1.77 calcium uniporter protein 2, mitochondrial-like AC.Combine.Locus_4893.1 277 702 19.30 4.01 4.81 2.27 probable beta-D-xylosidase 5 AC.Combine.Locus_7551.3 278 2,101 65.63 1.38 47.72 5.58 ABC transporter G family member 9 AC.Combine.Locus_9226.2 279 617 13.39 2.64 5.07 2.34 auxin-induced protein 22D-like AC.Combine.Locus_9725.1 280 448 41.75 9.10 4.59 2.20 40S ribosomal protein S23-like AC.Combine.Locus_10944.2 281 1,564 68.81 9.28 7.41 2.89 acyltransferase-like protein At1g54570, chloroplastic AC.Combine.Locus_11265.1 282 915 4.28 0.65 6.60 2.72 remorin-like AC.Combine.Locus_12112.1 283 1,167 2.82 0.01 282.20 8.14 polygalacturonase inhibitor-like AC.Combine.Locus_12744.1 284 562 6.74 1.85 3.65 1.87 homeobox-leucine zipper protein family AC.Combine.Locus_13193.1 285 814 28.85 1.18 24.39 4.61 classical arabinogalactan protein 1-like AC.Combine.Locus_13825.6 286 362 2.23 0.01 223.14 7.80 histone H3 AC.Combine.Locus_16487.2 287 540 94.13 5.76 16.34 4.03 No hit AC.Combine.Locus_16545.1 288 1,576 4.22 0.94 4.49 2.17 GDSL esterase/lipase At5g03610-like AC.Combine.Locus_19260.1 289 1,135 4.71 0.72 6.56 2.71 tetraspanin-15-like AC.Combine.Locus_19375.1 290 1,066 11.13 1.67 6.67 2.74 NDR1/HIN1-like protein 12 AC.Combine.Locus_19951.1 291 897 34.98 2.06 16.94 4.08 protein E6-like AC.Combine.Locus_20441.1 292 453 9.05 0.49 18.45 4.21 LOB domain-containing protein 36-like AC.Combine.Locus_22736.2 293 1,607 8.70 1.57 5.55 2.47 probable serine/threonine-protein kinase PBL19 AC.Combine.Locus_23169.1 294 1,392 3.30 0.43 7.76 2.96 plant intracellular Ras-group-related LRR protein 1-like AC.Combine.Locus_23812.2 295 1,351 25.66 2.47 10.40 3.38 S-adenosylmethionine synthase 3 AC.Combine.Locus_25964.2 296 1,183 10.08 1.50 6.71 2.75 NAC domain-containing protein 75 AC.Combine.Locus_28485.1 297 709 21.21 3.87 5.49 2.46 No hit AC.Combine.Locus_30116.1 298 1,153 26.68 5.08 5.26 2.39 phospholipase A2-alpha AC.Combine.Locus_30552.1 299 241 15.73 1.23 12.79 3.68 No hit AC.Combine.Locus_32085.1 300 780 22.15 6.84 3.24 1.70 rac-like GTP-binding protein ARAC5 AC.Combine.Locus_33385.1 301 1,345 15.48 2.09 7.39 2.89 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like AC.Combine.Locus_33521.1 302 836 5.35 1.15 4.65 2.22 hyccin AC.Combine.Locus_33525.1 303 2,486 15.70 2.38 6.58 2.72 1-phosphatidylinositol-3-phosphate 5-kinase FAB1B-like AC.Combine.Locus_33531.1 304 349 8.72 0.85 10.27 3.36 No hit AC.Combine.Locus_34873.1 305 1,162 16.42 4.08 4.02 2.01 tetraspanin-8-like AC.Combine.Locus_35896.1 306 216 2.01 0.34 5.87 2.55 outer envelope pore protein 24B, chloroplastic-like AC.Combine.Locus_37487.1 307 1,116 20.82 0.86 24.13 4.59 UDP-glycosyltransferase 83A1-like AC.Combine.Locus_38196.1 308 693 55.32 16.68 3.32 1.73 No hit AC.Combine.Locus_38198.1 309 1,054 81.94 5.13 15.97 4.00 basic leucine zipper 34 AC.Combine.Locus_38816.4 310 713 17.26 5.51 3.13 1.65 guanine nucleotide-binding protein subunit gamma 2 AC.Combine.Locus_41672.1 311 1,095 8.85 2.77 3.19 1.67 ZIM-domain protein 4 AC.Combine.Locus_42434.1 312 809 7.99 1.74 4.59 2.20 protein GAMETE EXPRESSED 1 AC.Combine.Locus_45745.1 313 409 8.66 0.72 11.95 3.58 No hit AC.Combine.Locus_46574.1 314 570 4.36 0.78 5.59 2.48 NDR1/HIN1-like protein 10 AC.Combine.Locus_46776.1 315 506 66.80 2.93 22.81 4.51 No hit AC.Combine.Locus_47126.1 316 1,979 5.46 1.65 3.32 1.73 putative clathrin assembly protein At5g57200 AC.Combine.Locus_47759.1 317 1,371 5.53 0.92 6.02 2.59 UDP-glucuronic acid decarboxylase 1 AC.Combine.Locus_52115.1 318 883 6.40 1.59 4.02 2.01 photosynthetic NDH subunit of lumenal location 3, chloroplastic-like AC.Combine.Locus_53106.2 319 593 33.01 1.62 20.32 4.35 metallothionein-like protein 1A AC.Combine.Locus_53327.2 320 1,638 20.33 1.85 10.96 3.45 dehydrogenase/reductase SDR family member on chromosome X-like AC.Combine.Locus_53860.2 321 308 21.18 3.61 5.87 2.55 L-arabinokinase-like AC.Combine.Locus_54133.1 322 585 72.76 14.69 4.95 2.31 O-acyltransferase WSD1-like AC.Combine.Locus_58883.1 323 721 8.01 0.21 39.00 5.29 uncharacterized protein AC.Combine.Locus_61244.1 324 395 54.11 14.44 3.75 1.91 uncharacterized protein AC.Combine.Locus_62066.1 325 300 7.46 1.23 6.04 2.59 No hit AC.Combine.Locus_64133.1 326 384 35.76 0.58 61.79 5.95 uncharacterized protein AC.Combine.Locus_64650.4 327 1,176 5.02 0.57 8.85 3.15 O-acyltransferase WSD1-like AC.Combine.Locus_65349.1 328 386 18.67 0.96 19.46 4.28 Peroxygenase AC.Combine.Locus_67104.1 329 672 19.70 5.18 3.80 1.93 probable calcium-binding protein CML18 AC.Combine.Locus_67779.1 330 790 5.98 0.66 9.11 3.19 No hit AC.Combine.Locus_67868.1 331 462 15.33 0.80 19.12 4.26 No hit AC.Combine.Locus_70945.1 332 336 8.14 2.43 3.35 1.75 putative sugar phosphate/phosphate translocator AC.Combine.Locus_71256.1 333 461 7.14 2.09 3.42 1.77 auxin-responsive protein SAUR32-like AC.Combine.Locus_72227.1 334 540 5.75 1.23 4.66 2.22 mitochondrial dicarboxylate/tricarboxylate transporter DTC AC.Combine.Locus_72606.1 335 1,377 5.32 0.27 19.79 4.31 PTI1-like tyrosine-protein kinase At3g15890 AC.Combine.Locus_72952.1 336 1,175 19.67 6.31 3.12 1.64 subtilisin-like protease SBT5.3 AC.Combine.Locus_74753.1 337 1,689 11.00 0.75 14.75 3.88 glucose-1-phosphate adenylyltransferase large subunit 1-like AC.Combine.Locus_76533.1 338 249 4.49 0.89 5.03 2.33 No hit AC.Combine.Locus_77859.1 339 1,208 25.31 1.17 21.72 4.44 guanosine nucleotide diphosphate dissociation inhibitor At5g09550 AC.Combine.Locus_79270.1 340 647 5.38 0.80 6.71 2.75 Glutamyl-tRNA (Gln) amidotransferase subunit A, chloroplastic/mitochondrial AC.Combine.Locus_80307.1 341 813 10.24 0.18 56.19 5.81 mavicyanin-like AC.Combine.Locus_80391.1 342 712 6.37 1.14 5.57 2.48 putative plastidic glucose transporter 3 AC.Combine.Locus_81696.1 343 360 2.59 0.62 4.19 2.07 No hit AC.Combine.Locus_82930.1 344 201 5.87 0.74 7.97 2.99 calcium-dependent protein kinase 27-like AC.Combine.Locus_83365.1 345 603 59.05 17.81 3.31 1.73 ferredoxin 3 AC.Combine.Locus_83583.1 346 377 34.94 7.47 4.68 2.23 No hit AC.Combine.Locus_83898.1 347 232 45.80 7.98 5.74 2.52 probable beta-D-xylosidase 2 AC.Combine.Locus_84563.2 348 371 175.52 0.80 219.75 7.78 No hit AC.Combine.Locus_84877.1 349 293 15.27 2.02 7.55 2.92 No hit AC.Combine.Locus_85054.1 350 730 310.17 7.51 41.30 5.37 scopoletin glucosyltransferase-like AC.Combine.Locus_85726.1 351 525 196.23 23.28 8.43 3.08 Oleosin AC.Combine.Locus_86606.1 352 477 3566.53 199.11 17.91 4.16 No hit AC.Combine.Locus_87596.1 353 407 57.40 7.10 8.09 3.02 hypothetical proteins AC.Combine.Locus_87993.2 354 907 15.07 0.01 1507.17 10.56 1-Cys peroxiredoxin AC.Combine.Locus_88056.1 355 1,371 3.04 0.32 9.37 3.23 aspartic proteinase CDR1-like AC.Combine.Locus_88531.1 356 472 67.67 5.65 11.98 3.58 fructokinase-2-like AC.Combine.Locus_88580.1 357 1,748 9.85 2.75 3.57 1.84 synaptotagmin-2-like AC.Combine.Locus_89010.2 358 590 11.27 0.13 89.74 6.49 HVA22-like protein e AC.Combine.Locus_90300.1 359 355 616.64 2.09 295.48 8.21 probable protein phosphatase 2C 75 AC.Combine.Locus_90491.2 360 1,144 3.48 0.13 26.84 4.75 beta-glucosidase 44-like AC.Combine.Locus_90538.1 361 336 18.12 2.87 6.32 2.66 protein EXPORTIN 1A-like AC.Combine.Locus_90886.1 362 765 14.95 2.23 6.71 2.75 LIM domain-containing protein WLIM2b-like AC.Combine.Locus_91699.1 363 1,163 69.99 10.13 6.91 2.79 late embryogenesis abundant protein lea14-a AC.Combine.Locus_91781.2 364 567 10.41 0.39 26.56 4.73 No hit AC.Combine.Locus_92583.1 365 808 4.54 1.01 4.50 2.17 Late embryogenesis abundant protein AC.Combine.Locus_92601.1 366 223 23.96 3.99 6.01 2.59 beta-glucosidase 44-like AC.Combine.Locus_92923.1 367 549 3.17 0.01 316.91 8.31 probable protein phosphatase 2C 75 AC.Combine.Locus_93378.1 368 690 3.69 0.97 3.82 1.93 oleosin 16 kDa-like unmapped_denovo00345 369 814 33.42 3.72 8.98 3.17 pyrophosphate--fructose 6-phosphate 1-phosphotransferase subunit alpha-like unmapped_denovo03496 370 601 20.36 0.95 21.53 4.43 No hit unmapped_denovo04632 371 1,771 68.17 14.65 4.65 2.22 GDSL esterase/lipase At2g40250 unmapped_denovo04816 372 1,026 51.31 15.69 3.27 1.71 ABC transporter A family member 10 unmapped_denovo06596 373 618 12.76 1.53 8.33 3.06 No hit unmapped_denovo06872 374 593 18.46 3.19 5.78 2.53 probable sulfate transporter 3.5 unmapped_denovo08009 375 2,842 18.69 3.53 5.29 2.40 F-box protein At5g49610-like unmapped_denovo08137 376 3,975 26.12 7.81 3.34 1.74 acyltransferase-like protein At1g54570, chloroplastic unmapped_denovo08473 377 1,083 1146.20 128.72 8.90 3.15 probable peroxygenase 3 unmapped_denovo11986 378 639 20.15 4.74 4.25 2.09 No hit unmapped_denovo12473 379 391 14.82 3.88 3.82 1.94 putative sucrose-phosphate synthase 2 unmapped_denovo12481 380 1,367 11.66 2.91 4.01 2.00 reticulon-like protein B1 unmapped_denovo14320 381 304 254.18 29.28 8.68 3.12 uncharacterized protein unmapped_denovo14756 382 519 48.70 4.01 12.13 3.60 pyrophosphate--fructose 6-phosphate 1-phosphotransferase subunit alpha-like unmapped_denovo14757 383 284 36.28 2.67 13.60 3.77 No hit unmapped_denovo15617 384 256 17.61 3.70 4.76 2.25 No hit unmapped_denovo15758 385 1,547 162.44 14.69 11.06 3.47 probable peroxygenase 3 unmapped_denovo16539 386 616 9.93 2.46 4.04 2.01 RING-H2 finger protein unmapped_denovo16665 387 1,402 106.44 21.48 4.96 2.31 Bifunctional inhibitor/plant lipid transfer protein/seed storage helical domain-containing protein unmapped_denovo17019 388 2,096 51.15 10.39 4.92 2.30 beta-fructofuranosidase, insoluble isoenzyme 3-like unmapped_denovo20091 389 509 1231.56 135.08 9.12 3.19 No hit unmapped_denovo21253 390 304 140.86 44.24 3.18 1.67 hypothetical protein unmapped_denovo22564 391 490 567.71 17.01 33.38 5.06 Bifunctional inhibitor/plant lipid transfer protein/seed storage helical domain containing protein unmapped_denovo22801 392 455 12.03 1.67 7.22 2.85 uncharacterized protein unmapped_denovo23051 393 871 59.88 10.00 5.99 2.58 No hit unmapped_denovo23313 394 1,173 40.62 8.56 4.75 2.25 bidirectional sugar transporter SWEET4 unmapped_denovo24195 395 253 1660.09 27.70 59.93 5.91 No hit unmapped_denovo24293 396 1,322 28.37 6.30 4.50 2.17 60S ribosomal protein L10a-like unmapped_denovo24379 397 972 16.07 1.95 8.24 3.04 No hit unmapped_denovo25260 398 381 19.44 3.48 5.59 2.48 No hit unmapped_denovo26759 399 1,094 54.59 1.56 35.04 5.13 lysine histidine transporter-like 5 unmapped_denovo27456 400 2,492 86.76 4.64 18.71 4.23 putative auxin efflux carrier component 5 unmapped_denovo27730 401 1,769 26.75 8.14 3.29 1.72 RNA exonuclease 1 unmapped_denovo27769 402 330 449.29 147.50 3.05 1.61 cytochrome P450 78A5 unmapped_denovo28399 403 857 15.03 0.66 22.67 4.50 NADH dehydrogenase (ubiquinone) 1 alpha subcomplex subunit 6 unmapped_denovo28619 404 1,124 955.01 200.69 4.76 2.25 No hit unmapped_denovo28775 405 1,800 20.39 3.37 6.06 2.60 vacuolar amino acid transporter 1-like unmapped_denovo29933 406 436 15.51 1.74 8.92 3.16 No hit unmapped_denovo30881 407 447 295.67 71.61 4.13 2.05 glucan endo-1,3-beta-glucosidase 12-like unmapped_denovo31811 408 572 330.97 45.36 7.30 2.87 acyltransferase-like protein At1g54570, chloroplastic unmapped_denovo32339 409 1,661 24.04 3.76 6.39 2.68 No hit unmapped_denovo33188 410 255 371.21 14.11 26.30 4.72 probable fructokinase-7 unmapped_denovo34205 411 1,410 42.24 5.78 7.31 2.87 UDP-glycosyltransferase 83A1 unmapped_denovo34571 412 493 11.43 1.92 5.95 2.57 No hit unmapped_denovo34835 413 701 51.21 3.51 14.58 3.87 No hit unmapped_denovo35757 414 2,042 186.68 20.13 9.28 3.21 Transposable element unmapped_denovo37441 415 390 2811.00 308.87 9.10 3.19 proteasome subunit beta type-7-B unmapped_denovo37474 416 1,365 605.01 32.33 18.71 4.23 No hit

Interestingly, the amount of transcript of orf725, the causative gene for CMS induction in onion, was decreased in MF bulk RNA in all three RNA-Seq analyses, whereas it was higher in MF bulk RNA isolated from F2 population controlled by the Ms locus. An orf725 transcript was observed (Fig. 4A). As a result of confirming the decrease in transcription of orf725 in MF plants by performing real-time RT-PCR, reduced transcripts of orf725 were observed in all 5 MF individuals, but significant differences were observed in F2 individuals whose male fertility was controlled by the Ms locus did not (Fig. 4B and Fig. 4C). These results imply that fertility can be restored by different mechanisms depending on the onion Rf locus.

<110> INDUSTRY FOUNDATION OF CHONNAM NATIONAL UNIVERSITY <120> COMPOSITION CAPABLE OF DISCRIMINATING NOVEL ONION MALE STERILITY <130> 21P04039 <160> 416 <170> KoPatentIn 3.0 <210> 1 <211> 29 <212> DNA <213> artificial sequence <220> <223> Orf725 <400> 1 tggagaactt ccagctatca aagagacga 29 <210> 2 <211> 26 <212> DNA <213> artificial sequence <220> <223> Orf725 <400> 2 ggactcgtgc aatccccgat acattc 26 <210> 3 <211> 28 <212> DNA <213> artificial sequence <220> <223> Nad6 <400> 3 ggtgaaaaga caggatgtat tccgacga 28 <210> 4 <211> 27 <212> DNA <213> artificial sequence <220> <223> Nad6 <400> 4 gtgagcgaga tgtcgatttg gtctgtc 27 <210> 5 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF15334 <400> 5 tgtatgctgg ctgatttcca 20 <210> 6 <211> 19 <212> DNA <213> artificial sequence <220> <223> RF15334 <400> 6 gcatatccgg ccacttttt 19 <210> 7 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF23881 <400> 7 gatcctcatg gctttggaga 20 <210> 8 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF23881 <400> 8 gggaagtgaa cacgtttggt 20 <210> 9 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF25191 <400> 9 ttagatggag gcgtcgaaat 20 <210> 10 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF25191 <400> 10 aaatcgtgag gcttctttgg 20 <210> 11 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF26780 <400> 11 gggccttacc ctctaaacca 20 <210> 12 <211> 21 <212> DNA <213> artificial sequence <220> <223> RF26780 <400> 12 acaaagcttc aacaaacgaa a 21 <210> 13 <211> 22 <212> DNA <213> artificial sequence <220> <223> RF28184 <400> 13 agtcatggaa tcaatgggta at 22 <210> 14 <211> 22 <212> DNA <213> artificial sequence <220> <223> RF28184 <400> 14 aatcacttgg acatggaata gc 22 <210> 15 <211> 21 <212> DNA <213> artificial sequence <220> <223> RF31446 <400> 15 ggtcaccagg tggatagaga a 21 <210> 16 <211> 20 <212> DNA <213> artificial sequence <220> <223> RF31446 <400> 16 tcattgagct gcatccaaaa 20 <210> 17 <211> 22 <212> DNA <213> artificial sequence <220> <223> H319 <400> 17 aggagtcatc ctactcttcc aa 22 <210> 18 <211> 22 <212> DNA <213> artificial sequence <220> <223> H319 <400> 18 tctgtagccc actcacttca tc 22 <210> 19 <211> 18 <212> DNA <213> artificial sequence <220> <223> H36245 <400> 19 ctttgccacg caaactgc 18 <210> 20 <211> 24 <212> DNA <213> artificial sequence <220> <223> H36245 <400> 20 cctgctttat aatttcatga cttg 24 <210> 21 <211> 21 <212> DNA <213> artificial sequence <220> <223> H1070 <400> 21 cgtcgaaaaa gaacatccac t 21 <210> 22 <211> 22 <212> DNA <213> artificial sequence <220> <223> H1070 <400> 22 tgactgcttg cataagtaca gg 22 <210> 23 <211> 19 <212> DNA <213> artificial sequence <220> <223> H6574 <400> 23 cccactgtgg tcatcttcg 19 <210> 24 <211> 23 <212> DNA <213> artificial sequence <220> <223> H6574 <400> 24 cagactgagt tgaatgccta ttg 23 <210> 25 <211> 20 <212> DNA <213> artificial sequence <220> <223> H13697 <400> 25 tcgtctttca tcaccacctg 20 <210> 26 <211> 20 <212> DNA <213> artificial sequence <220> <223> H13697 <400> 26 gggatgtaaa tttcgccttg 20 <210> 27 <211> 19 <212> DNA <213> artificial sequence <220> <223> H49573 <400> 27 atgatgaggg gcctgctta 19 <210> 28 <211> 22 <212> DNA <213> artificial sequence <220> <223> H49573 <400> 28 aaaaaccaa caaaaactcg aa 22 <210> 29 <211> 22 <212> DNA <213> artificial sequence <220> <223> H13389 <400> 29 gcgagagacg ttgttagaga tt 22 <210> 30 <211> 21 <212> DNA <213> artificial sequence <220> <223> H13389 <400> 30 cccagttctc gagacaaaga a 21 <210> 31 <211> 23 <212> DNA <213> artificial sequence <220> <223> H89252 <400> 31 gttatgaaaa gtgatctgga tgg 23 <210> 32 <211> 18 <212> DNA <213> artificial sequence <220> <223> H89252 <400> 32 cccacccttc cggatgta 18 <210> 33 <211> 21 <212> DNA <213> artificial sequence <220> <223> D16030 <400> 33 ttcctggatg tcatgtttca a 21 <210> 34 <211> 21 <212> DNA <213> artificial sequence <220> <223> D16030 <400> 34 tgaagcaaat gacaatgacg a 21 <210> 35 <211> 20 <212> DNA <213> artificial sequence <220> <223> D14688 <400> 35 ccctgagtga ttccgagtct 20 <210> 36 <211> 20 <212> DNA <213> artificial sequence <220> <223> D14688 <400> 36 cccattgcgt tgcataattt 20 <210> 37 <211> 21 <212> DNA <213> artificial sequence <220> <223> H65212 <400> 37 ggggttctga ctgtgaatgt t 21 <210> 38 <211> 20 <212> DNA <213> artificial sequence <220> <223> H65212 <400> 38 ggttcaggtg gaggcttctt 20 <210> 39 <211> 20 <212> DNA <213> artificial sequence <220> <223> H104 <400> 39 tcatcggacg acttgacaat 20 <210> 40 <211> 21 <212> DNA <213> artificial sequence <220> <223> H104 <400> 40 ttgaatgcta gttttgcacc a 21 <210> 41 <211> 19 <212> DNA <213> artificial sequence <220> <223> H11765 <400> 41 gaggttctca aagggtcca 19 <210> 42 <211> 27 <212> DNA <213> artificial sequence <220> <223> H11765 <400> 42 tcttctaaag taagattaat ggtgtca 27 <210> 43 <211> 20 <212> DNA <213> artificial sequence <220> <223> H17747 <400> 43 atcctggaag tgttccttcg 20 <210> 44 <211> 20 <212> DNA <213> artificial sequence <220> <223> H17747 <400> 44 tggggatctt cagaatcagg 20 <210> 45 <211> 20 <212> DNA <213> artificial sequence <220> <223> H56318 <400> 45 aggttcccca aaccatccta 20 <210> 46 <211> 20 <212> DNA <213> artificial sequence <220> <223> H56318 <400> 46 ctgcagcaac atccatttga 20 <210> 47 <211> 27 <212> DNA <213> artificial sequence <220> <223> H12586 <400> 47 gcataaatct gattgttaat gtcatac 27 <210> 48 <211> 20 <212> DNA <213> artificial sequence <220> <223> H12586 <400> 48 acaatgtcag ccacattcca 20 <210> 49 <211> 19 <212> DNA <213> artificial sequence <220> <223> H1788 <400> 49 agcgcgagtc atatcgtga 19 <210> 50 <211> 22 <212> DNA <213> artificial sequence <220> <223> H1788 <400> 50 cgatcatccc tcctatacga ac 22 <210> 51 <211> 24 <212> DNA <213> artificial sequence <220> <223> H6342 <400> 51 cgatctgaaa ctaggcataa aatc 24 <210> 52 <211> 21 <212> DNA <213> artificial sequence <220> <223> H6342 <400> 52 tttaccaacc agttcgaaac c 21 <210> 53 <211> 22 <212> DNA <213> artificial sequence <220> <223> H20498 <400> 53 tgttgatgct atccctcttt ca 22 <210> 54 <211> 26 <212> DNA <213> artificial sequence <220> <223> H20498 <400> 54 gagtttaatc tgaaattctg gttttt 26 <210> 55 <211> 21 <212> DNA <213> artificial sequence <220> <223> H21521 <400> 55 catcaatcat acaagccacg a 21 <210> 56 <211> 21 <212> DNA <213> artificial sequence <220> <223> H21521 <400> 56 ttgaaacagc ggagagagaa g 21 <210> 57 <211> 20 <212> DNA <213> artificial sequence <220> <223> H38192 <400> 57 atcctggaag tgttccttcg 20 <210> 58 <211> 20 <212> DNA <213> artificial sequence <220> <223> H38192 <400> 58 tggggatctt cagaatcagg 20 <210> 59 <211> 24 <212> DNA <213> artificial sequence <220> <223> H48306 <400> 59 tgaggacgtc aagtagattg attg 24 <210> 60 <211> 25 <212> DNA <213> artificial sequence <220> <223> H48306 <400> 60 cagaaaatga tttggtagaa tttcg 25 <210> 61 <211> 21 <212> DNA <213> artificial sequence <220> <223> H36898 <400> 61 cccacagttc gacctcttgt a 21 <210> 62 <211> 23 <212> DNA <213> artificial sequence <220> <223> H36898 <400> 62 cagttgctca atagattccg agt 23 <210> 63 <211> 22 <212> DNA <213> artificial sequence <220> <223> H53996 <400> 63 tgacaacaat tcatctgtgc at 22 <210> 64 <211> 20 <212> DNA <213> artificial sequence <220> <223> H53996 <400> 64 tgcagctcaa attccttctg 20 <210> 65 <211> 21 <212> DNA <213> artificial sequence <220> <223> H1634 <400> 65 tgttctttga gtcgcctttt c 21 <210> 66 <211> 20 <212> DNA <213> artificial sequence <220> <223> H1634 <400> 66 aggcatcttc cacctcgaat 20 <210> 67 <211> 20 <212> DNA <213> artificial sequence <220> <223> H6696 <400> 67 ggcttcgttg gaaacagatt 20 <210> 68 <211> 24 <212> DNA <213> artificial sequence <220> <223> H6696 <400> 68 tcaatagatc tggaaaggct ctct 24 <210> 69 <211> 22 <212> DNA <213> artificial sequence <220> <223> H8780 <400> 69 cgaatacgtt aatggcattt tg 22 <210> 70 <211> 23 <212> DNA <213> artificial sequence <220> <223> H8780 <400> 70 aacatgtatg caaaatgtgg aga 23 <210> 71 <211> 20 <212> DNA <213> artificial sequence <220> <223> H12577 <400> 71 tgttgttggc tgatgcagag 20 <210> 72 <211> 22 <212> DNA <213> artificial sequence <220> <223> H12577 <400> 72 ctctccaatc ccatacatca ca 22 <210> 73 <211> 24 <212> DNA <213> artificial sequence <220> <223> H15872 <400> 73 cacataagtc agaccaagct acaa 24 <210> 74 <211> 21 <212> DNA <213> artificial sequence <220> <223> H15872 <400> 74 caatgtttga tgcctgagat g 21 <210> 75 <211> 20 <212> DNA <213> artificial sequence <220> <223> H15896 <400> 75 aggtttgcca atccctttct 20 <210> 76 <211> 25 <212> DNA <213> artificial sequence <220> <223> H15896 <400> 76 aaccgcaagt aaataaacaa ctttt 25 <210> 77 <211> 23 <212> DNA <213> artificial sequence <220> <223> H16444 <400> 77 gaactgtctg cttcagattt tgg 23 <210> 78 <211> 22 <212> DNA <213> artificial sequence <220> <223> H16444 <400> 78 aaatggttca agtaagcttt gc 22 <210> 79 <211> 20 <212> DNA <213> artificial sequence <220> <223> H27057 <400> 79 cgggagggat ttagtgctgt 20 <210> 80 <211> 21 <212> DNA <213> artificial sequence <220> <223> H27057 <400> 80 tgtgcaccta caacatatcc a 21 <210> 81 <211> 20 <212> DNA <213> artificial sequence <220> <223> H27203 <400> 81 gtgctgaaat ggcattcgtt 20 <210> 82 <211> 20 <212> DNA <213> artificial sequence <220> <223> H27203 <400> 82 tgactggaag cattggagat 20 <210> 83 <211> 24 <212> DNA <213> artificial sequence <220> <223> H47326 <400> 83 catcacaaaa tttgataatt gcac 24 <210> 84 <211> 22 <212> DNA <213> artificial sequence <220> <223> H47326 <400> 84 accaatatct ttttggttca gg 22 <210> 85 <211> 20 <212> DNA <213> artificial sequence <220> <223> H53505 <400> 85 acttgacgtt gaaggatggt 20 <210> 86 <211> 25 <212> DNA <213> artificial sequence <220> <223> H53505 <400> 86 tgcaactttg atattgttgt agtca 25 <210> 87 <211> 20 <212> DNA <213> artificial sequence <220> <223> H56318 <400> 87 aggttcccca aaccatccta 20 <210> 88 <211> 20 <212> DNA <213> artificial sequence <220> <223> H56318 <400> 88 ctgcagcaac atccatttga 20 <210> 89 <211> 25 <212> DNA <213> artificial sequence <220> <223> H89591 <400> 89 cacgttatat ccctcttaaa ttcca 25 <210> 90 <211> 26 <212> DNA <213> artificial sequence <220> <223> H89591 <400> 90 agcttatttt ccaataaacc aattat 26 <210> 91 <211> 20 <212> DNA <213> artificial sequence <220> <223> H1082 <400> 91 atacagccgt gggttttcac 20 <210> 92 <211> 20 <212> DNA <213> artificial sequence <220> <223> H1082 <400> 92 tctacacaac gatcggcart 20 <210> 93 <211> 23 <212> DNA <213> artificial sequence <220> <223> H16368 <400> 93 ttgatagagt aggccaacgt aga 23 <210> 94 <211> 20 <212> DNA <213> artificial sequence <220> <223> H16368 <400> 94 ccatatcatg cggtgtgaga 20 <210> 95 <211> 20 <212> DNA <213> artificial sequence <220> <223> H29690 <400> 95 tggggatctt cagaatcagg 20 <210> 96 <211> 20 <212> DNA <213> artificial sequence <220> <223> H29690 <400> 96 atcctggaag tgttccttcg 20 <210> 97 <211> 20 <212> DNA <213> artificial sequence <220> <223> H30273 <400> 97 gtcgtaggtc gtgtgttgaa 20 <210> 98 <211> 22 <212> DNA <213> artificial sequence <220> <223> H30273 <400> 98 aaatggttca agtaagcttt gc 22 <210> 99 <211> 22 <212> DNA <213> artificial sequence <220> <223> 0_c20498 <400> 99 tgttgatgct atccctcttt ca 22 <210> 100 <211> 26 <212> DNA <213> artificial sequence <220> <223> 0_c20498 <400> 100 gagtttaatc tgaaattctg gttttt 26 <210> 101 <211> 21 <212> DNA <213> artificial sequence <220> <223> 0_c21521 <400> 101 catcaatcat acaagccacg a 21 <210> 102 <211> 21 <212> DNA <213> artificial sequence <220> <223> 0_c21521 <400> 102 ttgaaacagc ggagagagaa g 21 <210> 103 <211> 20 <212> DNA <213> artificial sequence <220> <223> 0_c4432 <400> 103 accttcgaat ccgaactcct 20 <210> 104 <211> 20 <212> DNA <213> artificial sequence <220> <223> 0_c4432 <400> 104 gaaaccctaa accccctcac 20 <210> 105 <211> 20 <212> DNA <213> artificial sequence <220> <223> 1_c13159 <400> 105 gcctcaaaaa tttggaatcg 20 <210> 106 <211> 20 <212> DNA <213> artificial sequence <220> <223> 1_c13159 <400> 106 catcgtctcc agcaaggagt 20 <210> 107 <211> 20 <212> DNA <213> artificial sequence <220> <223> 1_c38192 <400> 107 atcctggaag tgttccttcg 20 <210> 108 <211> 20 <212> DNA <213> artificial sequence <220> <223> 1_c38192 <400> 108 tggggatctt cagaatcagg 20 <210> 109 <211> 24 <212> DNA <213> artificial sequence <220> <223> 1_c48306 <400> 109 tgaggacgtc aagtagattg attg 24 <210> 110 <211> 25 <212> DNA <213> artificial sequence <220> <223> 1_c48306 <400> 110 cagaaaatga tttggtagaa tttcg 25 <210> 111 <211> 21 <212> DNA <213> artificial sequence <220> <223> 2_c36898 <400> 111 cccacagttc gacctcttgt a 21 <210> 112 <211> 23 <212> DNA <213> artificial sequence <220> <223> 2_c36898 <400> 112 cagttgctca atagattccg agt 23 <210> 113 <211> 22 <212> DNA <213> artificial sequence <220> <223> 3_c53996 <400> 113 tgacaacaat tcatctgtgc at 22 <210> 114 <211> 20 <212> DNA <213> artificial sequence <220> <223> 3_c53996 <400> 114 tgcagctcaa attccttctg 20 <210> 115 <211> 20 <212> DNA <213> artificial sequence <220> <223> 4_c31682 <400> 115 caaggcgctt catctggtag 20 <210> 116 <211> 20 <212> DNA <213> artificial sequence <220> <223> 4_c31682 <400> 116 cattttggat tgacgccttt 20 <210> 117 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_1634.1 <400> 117 tgttctttga gtcgcctttt c 21 <210> 118 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_1634.1 <400> 118 aggcatcttc cacctcgaat 20 <210> 119 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_6696.9 <400> 119 ggcttcgttg gaaacagatt 20 <210> 120 <211> 24 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_6696.9 <400> 120 tcaatagatc tggaaaggct ctct 24 <210> 121 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_8780.1 <400> 121 cgaatacgtt aatggcattt tg 22 <210> 122 <211> 23 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_8780.1 <400> 122 aacatgtatg caaaatgtgg aga 23 <210> 123 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12577.1 <400> 123 tgttgttggc tgatgcagag 20 <210> 124 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12577.1 <400> 124 ctctccaatc ccatacatca ca 22 <210> 125 <211> 24 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12577.1 <400> 125 cacataagtc agaccaagct acaa 24 <210> 126 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12577.1 <400> 126 caatgtttga tgcctgagat g 21 <210> 127 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_15896.1 <400> 127 aggtttgcca atccctttct 20 <210> 128 <211> 25 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_15896.1 <400> 128 aaccgcaagt aaataaacaa ctttt 25 <210> 129 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16150.1 <400> 129 agaacgcaac caatgcctac 20 <210> 130 <211> 18 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16150.1 <400> 130 gtcgccggtt acgaactc 18 <210> 131 <211> 23 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16444.1 <400> 131 gaactgtctg cttcagattt tgg 23 <210> 132 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16444.1 <400> 132 aaatggttca agtaagcttt gc 22 <210> 133 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19502.1 <400> 133 ttgaaacttt ccattgggtt g 21 <210> 134 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19502.1 <400> 134 tccactaatg cactcaagct g 21 <210> 135 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_20081.1 <400> 135 gaagccgccg agaaatagaa 20 <210> 136 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_20081.1 <400> 136 tgggcacaaa cactatggag 20 <210> 137 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_22066.3 <400> 137 tcatgaccaa tgccttaaaa t 21 <210> 138 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_22066.3 <400> 138 tgaagtaccc gatcaaagtc tg 22 <210> 139 <211> 19 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_25476.1 <400> 139 gcaaccatac cgacccatt 19 <210> 140 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_25476.1 <400> 140 taacgccatg caaacacatt 20 <210> 141 <211> 25 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_26485.5 <400> 141 cagcaagaat ccatatcaaa taaca 25 <210> 142 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_26485.5 <400> 142 gtccaaatcc ttgaggctga 20 <210> 143 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27057.1 <400> 143 cgggagggat ttagtgctgt 20 <210> 144 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27057.1 <400> 144 tgtgcaccta caacatatcc a 21 <210> 145 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27203.2 <400> 145 gtgctgaaat ggcattcgtt 20 <210> 146 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27203.2 <400> 146 tgactggaag cattggagat 20 <210> 147 <211> 24 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_47326.2 <400> 147 catcacaaaa tttgataatt gcac 24 <210> 148 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_47326.2 <400> 148 accaatatct ttttggttca gg 22 <210> 149 <211> 21 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_51952.1 <400> 149 ccgttgatga tcagaagaag c 21 <210> 150 <211> 23 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_51952.1 <400> 150 tctcacgcta tcttttcatt tca 23 <210> 151 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53505.1 <400> 151 acttgacgtt gaaggatggt 20 <210> 152 <211> 25 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53505.1 <400> 152 tgcaactttg atattgttgt agtca 25 <210> 153 <211> 27 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53756.1 <400> 153 tttttgtttt tatcaatatc acacacc 27 <210> 154 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53756.1 <400> 154 acttgccaac cagatggaat 20 <210> 155 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_56318.1 <400> 155 aggttcccca aaccatccta 20 <210> 156 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_56318.1 <400> 156 ctgcagcaac atccatttga 20 <210> 157 <211> 20 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_71656.1 <400> 157 cgttgcttca tggatattcg 20 <210> 158 <211> 25 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_71656.1 <400> 158 tgttaccaca tctggtgcta tattt 25 <210> 159 <211> 23 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_85767.1 <400> 159 cgtaatatca aacgtcttca acg 23 <210> 160 <211> 22 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_85767.1 <400> 160 gaaaatctct tcaccaactt gc 22 <210> 161 <211> 25 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_89591.1 <400> 161 cacgttatat ccctcttaaa ttcca 25 <210> 162 <211> 26 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_89591.1 <400> 162 agcttatttt ccaataaacc aattat 26 <210> 163 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo01082 <400> 163 atacagccgt gggttttcac 20 <210> 164 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo01082 <400> 164 tctacacaac gatcggcart 20 <210> 165 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo12491 <400> 165 tcaagtcaac cgatgttcca 20 <210> 166 <211> 24 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo12491 <400> 166 ttagccatta atttctagca gatg 24 <210> 167 <211> 23 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo16368 <400> 167 ttgatagagt aggccaacgt aga 23 <210> 168 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo16368 <400> 168 ccatatcatg cggtgtgaga 20 <210> 169 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo29690 <400> 169 tggggatctt cagaatcagg 20 <210> 170 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo29690 <400> 170 atcctggaag tgttccttcg 20 <210> 171 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo30273 <400> 171 gtcgtaggtc gtgtgttgaa 20 <210> 172 <211> 24 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo30273 <400> 172 tgttgataag aaaccctagt ctca 24 <210> 173 <211> 25 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo31267 <400> 173 tcagctaaca caaggtaaac aatga 25 <210> 174 <211> 20 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo31267 <400> 174 ccaacaatgg cttgggtaaa 20 <210> 175 <211> 858 <212> DNA <213> artificial sequence <220> <223> 0_c20498 <400> 175 tacacaacta aaacaaaggg aatcacaaga gattcattca ttcattctta agtttgttct 60 tttaccaagt tgattccatt taggattgtc ttttcagaaa gatggttgga gttatgatc 120 attcgactgc atgtttatgt gttgatgcta tccctctttc aaatgtcagt aaaaaccaga 180 atttcagatt aaactcttct agaaaatcag taaagctagc tagttctttc attgatagaa 240 actggactgg tcgagttcgg ttaatggtgg tgaagagtaa gcaaatgagg aggaaaaaga 300 gcagagggcg tatcggggtt ttcaatgata ttggtggtac ttatgaagag ggattcgacg 360 atgttaagcg gcaacttatc aatttcttca catataaagc taccaggact gttctccatc 420 agctttatga aatgaaccct ccaaactaca agtggtttta taattttgtt gccacaaaca 480 gtccaactga tggcaaacgt tttcttcgcg aacttggaaa ggaaaagcaa gaccttgccg 540 aaagggtcat gattacacgt cttcatttgt atggtaaatg gatcaagaaa ctggatcatg 600 caaaaatgta cgaaacaata tctaacgaga atctggagtt gatgcgtgag cgactcatgg 660 agactgttat ttggccttcg gatgatacca acacagaaga aataatgggt tgaaatataa 720 tgtattttta tattatatat agcaggttaa agttacagag ttaatttgtt tgtatatatt 780 gttttgttat agtgttatat gtgacattac cagtgttaat aatttcttga taaatgaaat 840 gtgcaatgca gctttttg 858 <210> 176 <211> 830 <212> DNA <213> artificial sequence <220> <223> 0_c21521 <400> 176 tatatacggg ggagttgaat aaaatttggc atcaatcata caagccacga actttcttct 60 tctctctccg ctgtttcaat ttccaacccc aaatcccaaa tccaaattcc aaatcccaaa 120 tcaagatcaa aatcaaaaaa tggggagcaa caaagagctt agcgacgaac aggtagcctc 180 aatgaaggaa gccttctctc tttttgacac tgacaacgac ggtcgcatcg ccccctccga 240 gctcggtata ctgatgcgat cccttggcgg caacccgacc caagcccaac tcaaagagat 300 cataacatcc gaaaagctaa caaccccgtt cgacttcaac cggttcctag atctgatgaa 360 gaagcacatg aagccagaac ctttcgatcg gcaattgagg gacgcattca aggttctcga 420 caaggacggc accggtaccg ttgcggtttc ggatttgagg cacgtcctta caagcattgg 480 ggagaagctc gagcctgcgg aatttgacga gtggattagg gaggttgatg ttggaaagga 540 tggaactatt aagtacgagg attttatcgt caggatggtg gctaagtgaa tcctgatttg 600 ggtataattt gaacaagtca agggatggac tgagaagaac gctggattgg atttatgtt 660 aatcttaaca aatagtttgt tttttttgtg tgttttcggt tatggaatca agagtatcta 720 tggatcttta aacaattgtg ctgttctttg cagttatctg ttgttttggt atatttcgat 780 ttgattttc gacaattttt gtgcatttga gaaagtctaa tgtgatatta 830 <210> 177 <211> 740 <212> DNA <213> artificial sequence <220> <223> 0_c4432 <400> 177 tagcgctacc gtcatccaaa atcgaaatcg aaatcgaaat tcaccatggc accaccatca 60 acctcctcct actccaaata cgccacacat caccgcactc cgaaccctaa aaattcagct 120 ctcctgatca tcgacatgca gaattacttc tcctccatcg cgaaacccat cctcccctcc 180 ctcaactcca ccatctctct cgcccgtgcc caccgcatcc ccgtcatatt cacccgccac 240 cgccacctca ccatctcacc gcaatcccaa cctcgcaaca tgctcgcgga gtggtggccc 300 gacctcatca tggacggcac cttcgaatcc gaactcctcc caagcctaga tcgagatccg 360 agcgattccg tggtggagaa ggagacgtac agcgcgtttc gagggacggg gctggaggag 420 cggctgaggg ggatggagat cgaggaggtg atcgttgccg gagtgatgac gaatctgtgc 480 tgtgagacga ctgcgaggga ggcgtttggg agggggttta gggttttctt ttgtgcggac 540 gcgacgggga cggtgtgcga ggagatgcag aacgctacgc tgttgaattt ggggtatggg 600 ttcgcttatc tggtggattg ccagagtttg aggaagatgg gaaactgagg ttcatagttt 660 atgtatgttt cttcctttgt aattactgtt tgtgataata ttcaggttgg cttgggtata 720 ttgtaagtta ctgttaaccc 740 <210> 178 <211> 1593 <212> DNA <213> artificial sequence <220> <223> 1_c13159 <400> 178 ttagcagctg tctgccttat cttcttgatt gaaagtaaaa tcctaccttt tcctcataaa 60 aattaaaaaa gagccacctt tgattaaacc agaaataaaa gttccggatt tcaatttctt 120 cagtggttca aataaaaatt gaccatcggg gtttattct atggcggtaa ttttcgacac 180 cctgattgaa attttgaaaa agccctcgat tttcgatgta ttctgtgagc ttgtattgtt 240 tgccgcccct atctggatcg ctatttttat tggattaatt gctggatggg cgtggaagcc 300 aaagtgggca aatattatcg tggatggtga aaagggtaaa tatgatgatg gcaattcgac 360 aaagttggga tcttttgagg tggataactt atcaacgagt gaggaggagg ttgatgaaag 420 tgatgcactt agtgtaaata ttaaagattt aaagcacata gttaatcttg tggaagaaag 480 cgatggggga aattcatggc aacaaatgat ggataagact actccagagt tttgctataa 540 agcttggatt agagagccca agactggacc tccacaatat cgaactagca cgatattcga 600 tgatgcaaca ccggaaatgg ttagggattt cttctgggac gatgaattcc gagtcaacaa 660 caaatgggat gacatgcttc ttcatcatga aattcttgaa gagtgtcctg ccactggaac 720 tattgtggtg aagtgggttc ggaagttccc cttcttctgc agcgatagag aatatatcat 780 tggtcgtagg atatggaatg ccgatgggac ttattattgt gtcactaagg cggtaccacg 840 tccgtctatt ccaaggcaca acaaacccaa acgtgtagat ttatactact cgagctggtg 900 tattcgtgca gttgaatcaa ggaaaggaga tggtaagaaa agtgcttgtg aagtactctt 960 attccaccgt gaggacatgg gaattccatg ggagttggcc aaatttggag tcaaacaagg 1020 aatgtgggga actgttaaga aaatcgaacc tggacttcgt gactaccaat tgtatagaag 1080 caatggaggt cgattatcaa aatacgttca tatggctcaa atcaatacat ttatcaatct 1140 tgaatgcctc aaaaatttgg aatcgaacga tgtagaatca tctgaagaga ttgtagaatc 1200 ggagagcaga aaccttcgaa atataactta tcgaagttgt tattagttgg tggtgcatta 1260 gcagttgcat atagcattga tcagggttta cttactaaag cagttatttt tggagttgct 1320 agaagatttg gtaaaaccag atgaaggttg tgaaaaggtt agaaaaagga aaatgataaa 1380 aagaggagag atgcattagt ggaggattga tggagctacc ctttcttgat tgtgagaatg 1440 cgagtagttt ttgtatatat cataatattc aatagtttaa cagttcaatt ggtaaggcat 1500 taaaggtgaa aggttgtgtt tttgttatgg gtaatttgct gtcatgtata ctccttgctg 1560 gagacgatgt attaaataaa aaagaaagaa aaa 1593 <210> 179 <211> 1231 <212> DNA <213> artificial sequence <220> <223> 1_c38192 <400> 179 caatatccaa accaaatcta agcacatgat ttcatggtat acgaagatca aaataaatgg 60 aaatatgaaa ttcaaacata agaagaaacc tcccttctga atttcgattc aaacccccaa 120 ccaaatatct aaagcgatgg ggattaaaaa atcgctacca atatttttag tactttctct 180 gatgattttc atctcctaca caacaatttt catattctta gatcggtggc tgagtctcaa 240 atcttcggct ggaattttaa atgccatatt ttttagcttg aattctttca tggcattgat 300 ttcactttct atagctgtgt tcagagatcc tggaagtgtt ccttcgaatt atgcccctga 360 ttctgaagat ccccaaaata agcaaggtgt gaaatcaaga cattgtgaca agtgctcttc 420 atacaagcct cctcgaacac atcattgtcg agtatgcaaa agatgtgtgc taaaaatgga 480 tcatcactgt gtttggatta acaactgtgt tggttatgca aattacaaac ccttcatcat 540 atttgtgttg catgcagcta ttggatccat ctactctatg gttatattct ttggcttcat 600 cctccacaga gaggaggata tcagcattca atcccccaaa tttttttaca ttctttgtgg 660 atcaattatt gttcttctat ctataagcac aagcactttg ttgggttggc acatatacct 720 cctttcttgc aatatgtcga ccatagagta ccgggaagtt gtgagagcaa tgtggcttgc 780 aaagaaaagt ggtcaaaact atcgtcataa atacgatctt ggcccttaca gcaatctcat 840 tttgattcta ggtccgaacg tattaacatg gatttgccct tgtgcccttg gacatctaaa 900 tgatggcaca aacttcccta tatcaaatga ttgaaccaac gcttcaaaca ttgtatcaca 960 tgtattttag catctgatga agttgggatg aaattgtgag gaagcatcat attctttggt 1020 cttaaccagt agatcaaaaa tggaggaaga aaaaattcat tatatcactc ttgaactcag 1080 actagctgaa tttttgttcc cttccctact tgtatttatt tgagcatctg tatttatcag 1140 tattgcataa ttgtataatt ttaagctaga gaacagaatt agtgtagact tgtatgatac 1200 atttacaaca attaatgaaa tgattttccc c 1231 <210> 180 <211> 1399 <212> DNA <213> artificial sequence <220> <223> 1_c48306 <400> 180 ataaatcata caatcaccta ctcaataaac ctatcaggct cataacagca gaagaaaact 60 cccaaaccag aagaaggagc aaaaaaacca gaaaatagac gagcaaatga atcaattttg 120 cctctgaatc ctagatgtat caattgaggt tttccaagtg aggacgtcaa gtagattgat 180 tgaagggggg gcgaaattct accaaatcat tttctgaaat ggaggaattt ctatgcaaaa 240 aattactcga cagtagtcag ccaatttctg aacgattcag agcattattt tcccttcgca 300 atcttcatgg tcctggtcct cgccaagctc taatgctcgc tacaagagat tcttcaaatt 360 tgctagcaca tgaagcagca tttgctcttg ggcaaatgca agaggctgaa gctatacctg 420 tgttagagga aatcctcaaa gatcttacat ttgaccccat tgttcgccat gaggcagctg 480 aagccatagg agcaattggc ttagatgata acattcccat attggagcag agcatgctaa 540 ccgatccccgc tcaagaagtt aaagaaacat gtgaattagc tcttagacga atcaaggaac 600 aaaaaaacat cattaacaat ggcgatggga caaattctct agagaattca ccttttttgt 660 ctgttgatcc agctatgcct tcttcatgct gctcttcagt agatcaactt agggaaatac 720 tcttgaatga gaaggaggc atgtatgaga gatatgcagc tctgtttgca cttcgaaacc 780 ttggagacga tgccgctgtc agtgcaatag ttgcatcatt aggagctaaa agtgcacttt 840 tacgccatga ggtagcatat gtactaggtc aactgcagaa taaaacatcc tcttttgcat 900 tatctgagat ccttaaaaat gcaaacgagc accctatggt cagacatgaa gctgctgagg 960 cccttggttc aattgcagat aatgaaagca ttgagctttt ggaaaagttt gcaaatgatc 1020 cggagccact tgtttctgaa agctgtcaag ttgctctaag catgctcgag tttgaaagat 1080 ccggcaaatc atttgagtat ctgtttttga agactcctca agtgcagtag agcctcaatc 1140 aagaaatatt aatttcattt aggctaatag caattgattc tcaaagcaat aagatgata 1200 cgaattttga acattttata tacatgatgt attggtgttt aatttgacaa attactggtg 1260 aaaatgtcat cgtgttggat tttttctcac gacgagaaat ggttgttgta attgttgcga 1320 cgtttaatca gtagtgatta aatgcaaccg tgtaatttga ttatcgcat atgttaatga 1380 tcaatggaat acttctttg 1399 <210> 181 <211> 1862 <212> DNA <213> artificial sequence <220> <223> 2_c36898 <400> 181 ttttgtggct taatattaat ttcaaaatgt gtccaaatct ctatgaccca tactaaaatt 60 ttcttaattc catttttctc aatgagaacg acttggaaat ggtgaccagg aaaaaaacat 120 ctaggcgact gattgattca tagaagaaga tgggtttcat gagtacttta tcgagcttga 180 ttggatttgg aggcggattg tgtggtgggg tttttgttgg ctattatgct ttctttttct 240 ttaagccaaa tgatgtcaag gaacccacag ttcgacctct tgtagaactt gactcggaat 300 ctattgagca actgcttcct gagattccct tatgggtgaa aaatccagac tttgaccgga 360 ctgattggtt aaacaggttt attgaacaca tgtggcctta tcttgacaag gcaatctgca 420 aatcagtgga tgaaaatgca aagccggtta tcgtcgagag ttgtgccaag tataacatac 480 actctgttga gtttacgaca ctaaccttgg gattgatacc acctacattt catgggatga 540 aagcttacga aacacacgat aaagagttaa ttatggaacc attgctgaaa tgggcaggaa 600 atcctaacat cactttggtg gctacgtcgc ttgggatgaa ggcaaccata caggtggtag 660 atttacaagt gtttcttgta ccgcgtatca cattgaagcc attggtgcct agttttccat 720 gttttgcaaa tatatttgtt tctttaatgg agaagccaca tattgatttt ggtctaaaag 780 tttgtggagc agatattatg tctattcccg gcctctatag atacattcag gagactatca 840 agaatcaaat tgcagctatg tgcatgtggc ctagatcact taaatttcca attactgacc 900 cttcaatggc tgagaaaaag cctgttggaa ttctgcatgt taaagttgtc aaagcatcta 960 acctgaaaaa tgtagaagtt gtgaataaat ctgatccgtt cgtaaaatta aagctctcag 1020 aagatagact tccatcgatg aaaacaacta tcaagcgcaa caatctcaat ccagaatgga 1080 atgagaagtt caaatttgta gtcaaagatc ccgatcatca agctttggaa ttgcatgttt 1140 atgattggga aaaggttggg aagcatggca agttaggtat gactgtcata ccactaaagg 1200 atcttactcc tgaagagact aaatcaatgg aggtggactt atcggaaact atggatccta 1260 atgacgatcg aaatgaaaaa tcttgtggaa aaatttactt ggaacttatg tacaagccat 1320 ttaaagaaaa tttagagacg atgctagaaa acaaaattat agatgatgga ggtttattag 1380 aaaaggcacc ggatggaact ccatcaagcg gtggtttgct agtgtgtgta gttcatgagg 1440 ctggagaact tgaggggaaa tatcatacaa atccgtatgt gagagtgcat tttaaaggag 1500 agaaacgaaa aactaagcat attaggaaaa ataggagtcc aagatgggat gaagagtttc 1560 attttatgtg tgacgaacca ccacttgatg aaaaaattca tgtagaggtc gttagcaagc 1620 cgtcgagtat cggtatacat ggaaaggaaa ccttgggttt tgtggaaata agacttgcgg 1680 atgtgataca taacaaaaga acaaatgaga aatacaactt aattgattcc aagaatggcc 1740 acataaagat agagttgcag tggagaactt cttgaaaatt tatgtacatt attttcaatc 1800 catttgtgta ttatatttca acagtggacg ggggaatctc agaatttaat gctaaggttt 1860 gg 1862 <210> 182 <211> 2605 <212> DNA <213> artificial sequence <220> <223> 3_c53996 <400> 182 tttatgtg catcaatact ccgctcttta tccattcaga tccctaattt tgtcaattca 60 tcacaaatca aaaatgcctc ccaagaagaa aaccttgtcc aaagtcaaag gtaagaaggt 120 acaaaaacca acttcgaagc cgtctggtcc gttgccaacc gcttccgatg agaaactagt 180 cgtgtccact ccaaacgaag aaggtccttc gacaaaggaa gtaaataccc tgttagttac 240 ttcggtggaa gaaaaagtta atatgttgga gaattctgaa gccaaaactc taaaagtgga 300 taaaatggaa gaacacgaag aaactaaaga ggctgataac aacgatagcg gagatagcaa 360 gccaagagaa gatctggtca aagagccgaa tggaggagaa ctagcttcta cagttgcggc 420 attggaagaa gttagagtgg ttaatggaga aacaaaagtg gggggagaag atccaatggg 480 aaagccggat gaaggcaaca aacagactga caaagaagaa acatgtgaag atgaatttga 540 aagcgttagt ggtgatgatg aagagaatga tgacgaagaa gggaataatg acaacaattc 600 atctgtgcat acacagtctt ctccgcctga aaccaaaaaa cagaaggaat ttgagctgca 660 tattggtgga ttagacaaag gggcttctga agaggatttg actaaagttt ttggggtttt 720 tgggggaaata gaatctataa ggatagctag gcacccagtt actcaaaaaa gtaagggatt 780 tgcttttatc cggtacgttt cttttgatca cacccaaaag gctcttgctg aactcaagga 840 tggggcagag gtaaaaggta aaaaggttcg agtttcggct agtcagaaca atactaccct 900 ttacattgga aatctctgca aaagctggac aaaagaacat atacttggga ctttgaaaga 960 ctatggagtt gaacagattg agaacatact tttaccagat gatcctaatg gagatgggaa 1020 tagccagggt catgttttcg tggaattcaa atcacatgct gatgcaatga cagcttttca 1080 acgtttaaaa aaacctgatg ctctttttgg tcttgatata agtgccacag tttcttttag 1140 tcaaccttta ctccatcctt ccaaggagga tttgctgcag gtaaaaaccg tttatctgga 1200 aggcctccct aaagtttggg atttgtcaaa aattcaagaa gtctgcaaac catacggtga 1260 aatagtgaga acagagctgc caaaatttag aagaaagaaa ggtattggct ttgttgaatt 1320 ttctagtcga gatagtgctg tggcctgtgt tgatggattt aacagtaccc agttcgaggg 1380 aaatatcaat gtgaaagcca gctttgcaaa gcctctatct aaaggccgag tttcaaaaca 1440 gctaaaggtg gttttaagcg tcaaaatgaa gaggatacaa agtctgctaa caaaaaacct 1500 agcttgtcca gaagaataaa ggcaaaggaa aaactatcca taaaaaggaa gaaaaaatat 1560 caaacaacaa cgtggataaa gcaacatcta actctgaata taaaaacttg aaggaaaaaa 1620 agaattatga aacacatcaa tctgcaaaag gaaataagcg tggtagaaaa gacattgata 1680 ttgctcataa acacgagcct tttaagaaag cacgcactga tcataagttc aactctagaa 1740 gttcatactc ttcaaaccct ctctctccac gccgaacaca atatgattca gttaagagat 1800 ccagggctcc ttcgcataca agaacatctg cctctcaata tagtaaggtt ccttcgtata 1860 caagaacatc tgcctctcaa tatagtagta atgatctggc accacatgct ggactgctcc 1920 cacctgcaag tcaagctaga agtcatcatg catacgatgg aagtgcaagt caagctagaa 1980 atcatcatgc atatgatgaa agaagtagag gtggcactta ccatttgcaa ccagcaagca 2040 gttctggtgc ttattatctt caaccagcaa gcagttatgg tgctcctcat cttccaccaa 2100 caagcggtta tggtgctcct catcttcaag caacaagcag ttctgttcat cttcaggcac 2160 cgacctccgc atatgcaggt gctgcaccac ctgtggttcg aagttcttat cctgggtact 2220 ctagctaccc tccaggaagc taccaggttt atcctagcag cggaacctac aactacccga 2280 gatcatatta ttgatagtct tcaaaaaaaa tgtttgttgg tgaagcagct tcagtaccat 2340 tttttttaat ctattgattt catggcttcc accgataaca ataaacacac actagtatct 2400 atcaacatct gtaatgcatt gctcatttgc atcaagggtt gctatttatg tttatcttgt 2460 tttagaatct gtataaccac taatgcctag taaaagtttt gtcactggtc atttccattg 2520 tagaagaagt tcccattgct taatttgtat tgtatgccat ttatgttggc aatgctatat 2580 tatatttgtt caaagttcag tccat 2605 <210> 183 <211> 2204 <212> DNA <213> artificial sequence <220> <223> 4_c31682 <400> 183 cttccatgaa aagaagagct atttccctcc tcaaactttt ctgctctttc caaaataccc 60 ctctaagaaa gcacgtcatc tccagatgtg cattcccaaa gcgcctccac ctcacccaat 120 ccttccaaac ccgttcctac gttacttctc ctatccatcg ccccaccaaa gaatctgaaa 180 cccgacttga gcaatcattc gattcggcat caacaaccga agaaatctta tccaccttcg 240 aatccctaga gaaatcccta acttccagcg atttcaagct tggaatcgcc tctttgagag 300 tcgcgcagca tctcgagtca attggatctg aagatcaaga ccaaacgttg agttttgcgg 360 ttagagccgt caaaattttt gattcggacg agaatcgaga tatgtgtggg atcttgcttg 420 ccaaggcgct tcatctggta ggttgtgtta cttatgagct aggtaggttt gctgactgtt 480 tagactattt gaatcgtgcg aactggattg tcagttcctt tgaaaacgac gattcgattg 540 atgatgctga tgttagaatg attgcacatg cagttaattt gcaattagca aacactaaag 600 ccgcacttgg gatgaaagac gaagcaatag ttaatttgag aaaatgttta gagatcaaag 660 aagagatttt cgatgcctat agtaaagaga taggtgttgg gtatagagat ttaagtgaag 720 catacgcttc acttttgaat tttaaagagg cactgccact gtgtgaaaag gcattggaaa 780 ttcacatgtc tcaattaggg gttatctcat tagaaattgc acgtgatagg aggcttctag 840 gcatgattta tacaggttta gaggagcatg aaaaggcgtc aatccaaaat gagttgtcgc 900 aaaatgtatt gaaaaatagg gatttaagtt tagatttgct gcatgctgag attgatgctg 960 caaatattca tattgcattg ggaaagaatg aggatgctgt taaaaccttg aaaaaagttg 1020 taaaaaatac agatgaagat agtaatacga aagcaatagt acttataact ttggctaaag 1080 ctctgtgtaa ccaagagaag attgcagatg caaaaagttg catagaaata tcctgcaaca 1140 ttcttacgaa taatgaagca ggatgtcctt cagaagttgc agaagcctat actgaaatat 1200 ctatgttatg tgaatctttg aatgagtttg atactgctgt atctttgctt cagagaagtc 1260 tttctatagt cgagaagtat ccacaagagc aacatatgat tgggaatata tcagctagaa 1320 taggctggtt gcttttactg aatgggaaag tagcgcaagc tgttggttat ttggaaagtg 1380 cagttgagag aacgaaaaag gtttttggtc tgaaacattt tggagttgga tatatttata 1440 ataatcttgg agcagcgtat ttggaaatgg aaagaccaca aaaagctgca gaaatgtttg 1500 ttcttgcaaa ggatgtcatg gatgctgctt tggggccgaa tcatgatgat tctattcaat 1560 gtctacagag tcttgctaat gcctatagtg acgttggaag ctatccaaaa gctttggaat 1620 ttcagcagca agttattgat gcatggagaa atcgaggacc aagtgctgaa gatgagctta 1680 aagaggctag tcgacttctc gaggagctaa agaagaaagc ttatgaatcc atgttccaaa 1740 actattcctc ccctgtcgaa aatgttgtga ctggacataa gtaatcaagc ttttcgatag 1800 ctatgggtat tctagcaaca agttattgat gcatgggtaa atcgaggacc aagtgctgaa 1860 gatgagctta aaaaggctac tcggctttct gaggagctaa agacgaaagc ttttgaattc 1920 atgtcccaaa atcattttct ttgtgatgaa atgttgtgat tgctattagc tcaagtcaga 1980 tgtagtcaag gtatttgcag cagaacttgt ttgtttcagt ctagtccttt ggtttacatt 2040 ccttccatac taatttaaca taccatacat tatgtaacaa tggcacatat catgccgtgt 2100 ttttgagtta aatatgtatt aacaccgtct tctatatagc aatctaatgt aacaaaataa 2160 ctagttttca cgaattgaaa aaagttgata tatttaaaag aatc 2204 <210> 184 <211> 1713 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_1634.1 <400> 184 aagatactgt caacgcgagt tccaactata atagaacata cgtaggcggt tatccaccgc 60 agccggtagc tttcacttca gagcggatta gtttgttgca aattgcactt gctctctctg 120 cagtctttcc taataaacaa cgaaaagcat attcatggat cttcggttaa tcattctact 180 ccaactttta cttccaattt cttcagtaat tggaagtaat tacggatatg gagaggatta 240 cgtgcgacct aagcctcgaa aaaccctgac ttggtcgtgg gagtctaagc attcttctga 300 gccccaacag gttcacacat cattggctgg agataaacat atgagaatca catacacaac 360 caacagtcaa tcatctcctt cactcatcga atatggaact agtcctggaa actacacttc 420 atcatctgaa ggagaaacca tgtcctacac atacatactc tacaaatcag gctacataca 480 ccatgtagtt atcggacctc tagaccacga caccatatat tattaccgat gtggaggaac 540 aaatccagag tttcagttaa aaacccctcc ttcaaaattc ccgataacct ttgcagtagc 600 aggagactta ggccaaacag agtggactaa atccactctc gatcacatta agttatgcaa 660 atatgatttg aatctgattc ctggtgattt gtcttacgct gattatcagc agcggttttg 720 ggattctttt ggtgtgttag tacaaccact tgctagtgct aggcctttta tggtgactca 780 gggaaatcat gagaaggaga agatactgtt ctttgagtcg ccttttcaag cgtttaattc 840 gaggtggaag atgccttatg aagagagcgg atcgaattca aacctgtatt actcttttga 900 aactacaggt gttcatgtta tcatgcttgg ttcttacact gagtatgatg agaattcgga 960 gcagtatgct tggctcaagg aggatctgtc taaagtggat agggaaagaa caccatggct 1020 gatagcttta tttcatgtac catggtacaa tagcaattat gcacatcaag gagaaggtga 1080 caccatgaaa gctacaatgg agcctttgct ttatgctgct ggaggtcgata tcttatttgc 1140 aggtcatgtc catgcttatg aaagatcgga gcgcgtttat aacaatgcat tggatcagtg 1200 tggtgctatg catataacta ttggtgacgg aggcaataga gaaggactgg ctcaaaggta 1260 tcacaaccct aagccagagt ggtcagtatt tagagaagca agctttggcc atggtgaact 1320 gaagattgtc aacgcaacac atgcattttg gagttggcac agaaacgaag atgatgagcc 1380 tgtaaaatct gatcaggttt ggattagttc attagcaagc acgggatgca ttggtggtaa 1440 aaggcccgag tccaggaaga ttctcactgt ggtgtcctag aatgctagtt tactgtgact 1500 atattgtata tatgagtaga attgaaacct atgtggaact cctattttgt tcaactacac 1560 gagtttaggg ttgtaatatt tatatgtaca cacttgtact atgactcctt ggaacattac 1620 cgtatttgtg cacttgtaac ttatccaatg cacttttgtg gaacaatgca cttgtacctt 1680 attcaatgca acgctagtac tataaaaaaa aaa 1713 <210> 185 <211> 213 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_6696.9 <400> 185 tgcttacatc tgagaggcat gtttaaattt agggtaagct gacactggct tcgttggaaa 60 cagattatt caactgggag agagcctttc cagatctatt gaaataggtt tgacggctca 120 aaagaaaata gaataacaga aacaaaaggc caaacataca taccgaacta tcaattactt 180 tttcattaag agcatccatc atcatttcta taa 213 <210> 186 <211> 2399 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_8780.1 <400> 186 ccgaaatcac tccagtcgag cccacaagtg caatggttcc agctactcca agagatgcca 60 ctgcatactt atcttcaacc ttgtcccact tgataacact taaattttac caatagtcac 120 cgcaagagca aactccatct tcgaaatgat gataaaactt cgaatttcca acaacaattt 180 ccctcttcga aaaccttgat atcgacttaa ccgcctcatg acatggcctg caaatcctaa 240 cattcttctt aacaagaacc accctcccaa tctcagatga aatcaaccca taagcaaccg 300 caagtctcac gctatgtcta ctacaattaa tgaacttact agtccctctt ctctcctctt 360 tacacaaaat tctcaacact tcatgaatca cgtagctttc gttatgagat ctatctccat 420 taatgaactt actagtcttg cttccaagct ctactatgct ttcaccaata gcctgtttca 480 gtccttgttc ttccattagt gttcttactt tatttacttc ttcgaatcta ttcagatctg 540 catacatgtt ggataacaaa acgtagcatc cggtgttatc atgttcgatt tcgaatattt 600 tcctagctgc aaattctgct acctctatgt cattgttgtt tttgctcgca gtcagcaatg 660 ccccccatat catccgagtg ggcttcaatg gcattttctc tatgaactcg accgctttct 720 taaggtctcc agcccggccc agtaggtcca ccatgcattt ataatgttcc atccgcagca 780 ctagtttata ctccttttgc attagctcaa aatgagccca gccttcctcg actaaacctg 840 atgcactgca cgcagagagc aaggacacaa atgtaatttc atcgggttgt aaacctgatt 900 ccatcatttt caaaaatagt tctaaagcag gtttaccaag tccatgaatc ccataagcca 960 ttatgatcga attccataag gctacatcat tcttgagttg cattctatcg aatacgttaa 1020 tggcattttg caaatctcca cattttgcat acatgttgac taaagaattg tttgcaaagg 1080 cattcatttc ataccctgat tttatggcaa agcaatgaat ctgctttccc tgccttagac 1140 ttttaagctc cgcgtaagca ggtatgatac tagcaatggt aaactcatct ggctgtaaat 1200 agtcattctc cagcaatttc aagaaaattt ccaatgcttt tgtattttga ttataagcag 1260 tgatcaaagt attccatgtc accaagctct tgtcaaccat atgatcaaat atcaactctg 1320 ctgatatcac atcatcgcat ttggcgtaca catcgatcaa ccctgtttcg agaactgtat 1380 gtgggatcaa ccctcttcta aatgctgctc catgaacttc ttttacatac attttgtct 1440 gtaattctgc acatgctggt aaaaaattca ccagagttat gctatctata tctatgctac 1500 gttcttgcat ctgtttcaac ttaacaagtg ctttacaagg attttattt agagtgtaac 1560 catgtattat gacattataa gcaactgtat tcatagattc atcaaataat ttctctgcgt 1620 aatccatgtt cccacattta gagtacatat caagaaggca aactataact ttgatactca 1680 actcatgtcc tttccttatc aagctgcagt gaatttcctt gccaagcttc aatgacatga 1740 gtgaagaaca tgcttctaga atgctcatca aagtgaactt atcaggttcg aattcttcta 1800 gcatgttctt gaaccaaaac agagcctcga attcctcact gttatataca taacaatcta 1860 tcatcgaatt ccaagaaacc acatctctgg tactcatttc attaaaaact tgttcagctg 1920 aatcgatcaa acccattctg gagtacataa caataagaga gttgcatatg tataaatctt 1980 tatctaaccc aatcttaagc aatttgccat gcacttccaa acccagatcg taatatgaca 2040 gtgcaatgca cgatttgatt acgaatgtga aggtgaaata atcttcacgt acaccggaag 2100 ttagcatatt taggaagaat ttgattgctt cttcgtgaag ttcgcagttg gtgtagcctc 2160 tgatcatggt gttccaaatg aaggtgtccg gtttcttcgt cgaatgaaat aaatttaggg 2220 catgattgat ttgattcgag gttgtcaaag ataagagctt tcgggcgatg atggagttgt 2280 tatttgattt gaggtttgct tgctttggag tggtggagtt cgtgaagagg gtgtgggggaa 2340 tggcttttga tcatggtgtt ccaaatgaag gtgtccggtt tcttcgtcga atgaaataa 2399 <210> 187 <211> 1102 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12577.1 <400> 187 tttcactcat tttttgttgt tcacggatcc ctcttttcaa tccattgact gatccctact 60 tcactttaaa aattgttttt ctcaaccggt cccttctttt tccctttttt caccgatcgg 120 atcattcttc tctcctgccc tcttgcttgt cctcttgttc accactgatc cgatccttca 180 tcgttcacct tttctaatcc ttaagcttgg gaatcaaatc gaactcctca aacccatcgt 240 tgaccccatc attccactcc cttgccacct gcgctaccct cagagatcga tctcttaatc 300 gattcaagtt cttcaactgt tgattgcatc gtgacttggt ggagatgaag tggagcggca 360 cagatgtttt ggggatgaag tgaggtttag gatcaatccc cggttgatct tgagggatcg 420 acatcggcgt attaaagagg atgacaagga gaagggttta gaatggggatc agttgtcatt 480 attggattgt atttggatga agcatgtgga tttcatttgt atttgcctga aacgaaaatt 540 gcttgtctga gtgcaatcaa cttgagatga acattgcctg aatttcaaag atgagggtct 600 cgttattaaa atagtgaaga gtttgtcgtc ggtttctatg tatttgtttg tgatggataa 660 tgttatcgac gttgaattgg aattcacgaa caatattttc ttattatcct caaactccat 720 tcgtcatatg cggtcaaaca gaaaaagtta tgcttaggat tattattaca ggggattagt 780 aattaagtga tataggagat ggcgttggat gtaagtaaag ggttcggtag ttaaccaggc 840 cagtggagga gatgatgtat tcctacataa gatagggatt tgttgttggc tgatgcagag 900 ggaacgtcgc tgttgtgatg tatgggattg gagagaatga ttttggtggg atcgattatg 960 gcataggtaa gacgtggtag ctaaaggaag aactgcctat gcaaggagga atcggttgca 1020 tgttttagga gggtgatgat tgtttttatt tttttacctt tctacgtttt cttcttgctt 1080 agaagcttgt attgtatcac ca 1102 <210> 188 <211> 1268 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_15872.1 <400> 188 caggcggcta agtaaatgca ctcaaacaag taaaaactca aacataggca agctcaaagt 60 caagcaagca tacaggttag gtaaagtaaa taagagcgca cacagtagta caagtccagg 120 caagtgcacg tgcatgcaag gccaacacaa ggttgaatac agatcaggtt cgagtggaag 180 tgcacaaaca tgcataatag taaaacaagg gacacacata tgcaccaacc tcaaatgcac 240 aagtacacag cgacaaactg atgtaacata caagtacaca agaccaaagt tcaaagaatg 300 aacaaggaga taatagacaa tagtgcacac taatatacat agatacatac atgtgtttgt 360 gtgtgtatgt gtgtatatat gtacatagta aaaatttatg gagtatacag ggagcatcac 420 caatcaagca agacaaccat gaccactaaa aaacacacac ataagtcaga ccaagctaca 480 agaattatct ctaacaactt catctcaggc atcaaacatt gactttagtt tagatcaata 540 tcaaacggtg ggtacatcat caagtatcaa agataacaca acacgtaggt gataacaaat 600 aagggtatcc atcacagtca tcagccaatt catattcaca gaaccaacaa ctcaattcaa 660 aatcgtacac aacaccattc agacccatta gaaagatcaa ataatttcaa agtcagacac 720 gattggaggt gtacgcataa aacagtctgc aacaacaaat ataagaagta gaaaaatgca 780 tgttaaacaa ttcagccgaa gtaaaaaatt atatcagaga cgaacaaatc aaagatcaca 840 aaaccattcg atcagaaacc aacagccaaa atgaataaca tcaattggag actaaaatat 900 tcaaaacaaa atatttcaaa atatatggaa aactcagtag aattcttcac aaattttaact 960 cagtaaatac ccaattcatc attggtaatt ttcaagtcga gttatgtacg aaaaataatc 1020 aaaaaggcaa aaatcatacc aaatcattaa tcaaagaagt gctcgataat tgaagcaatc 1080 gaaggttcaa attttcaggc gagtaaacca attaattgac aaagggacgc agaaaaaatt 1140 tctgtaatcg attgaaaatt aatggcttca agattaagaa actctaaaag agaaggggaa 1200 gaaggccaac tattgaaaca ataaaaaggt cgggtcggaa ataaaaggta ccgcattctt 1260 catattag 1268 <210> 189 <211> 2199 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_15896.1 <400> 189 cgccttgtat taatgcagga attgaattta aatgtctcta taaccacagt tactttacag 60 aatcgatatt agctgaaacc cctgaagaac aaactttcca ggttgaaagc accatgtcag 120 catcttcttg tatgccatct ttaccacctg ttgtgaaccc tgttaatgag accgaagaaa 180 gcacagtgat cactatagag aataaagttg atgataacta tgaaaatgca gttcttattt 240 atgatgtagc ttcccatatt caagagattg gtaataaaaa taatttagag gttaatgttt 300 cccccatggt gtcgaagaac cccacgtata tgaagaagcg tgaaatttct gcaaatccca 360 aatcccaaaa aactgctttg cctaaaagat caacatagag ctctttgatg gataaatgaa 420 tattatgact tggaatatta gaggcatgaa tactgacaat aaagtcagtc aagtattcac 480 acgtctaaat gctcacaacc ttagttgaga ctacattatc tacaagtagc attgataatc 540 tgcgaatgaa gttgcatgca tggaatatta ttcataataa tgacacttgc agtaatggtc 600 ggattttagt tttgctacac aaatcagttt gggaatatat tgctgtaagc ttttcacaac 660 accacataac cttactgtta accaacaaag gagggttgga attttactgc acatgcgtct 720 acgttagcac ttctttctta gagcgacaaa aactatggga tttgcttcaa ctcgacgcct 780 taactataag gtctccatgg ttagctatgg gggattttaa taacgctctc aacacaaagg 840 ataaataggg aggtttgcca atccctttct cctatttgag ttcttttaaa agttgtttat 900 ttacttgcgg tttggttgaa tctcacttat agggttgtaa gtatacttgg cgacgtaggg 960 gaattgcaaa aacatagaca aagttctagt aaattatgaa tttatgtcta tgttcctaca 1020 actgagcact atcgtgttgc cttcctcggt tagtgaccac aaccctgtct tgatttgttt 1080 tggcctacaa caccaatgtt ggaaatgagc tccattcaga tatgctaaca actggtgttg 1140 cttgcagggt tatggtcact gtattgccat gggtttgtct gccaacacat gaggatcatg 1200 ttttgacaaa cttattcaca aattaaaggc agtcaaagct gaatcaaaaa aatggaacgg 1260 gctgagagcg cgtgataaac ctattactca attgcaggct gaatatggca caatctttta 1320 ccaaatggat caagatcccg agaacactac tttatatgat actatgtacc atctgggccg 1380 gagtttaaat gagaagacta aaaaacatca tgattttatg aggcaataaa gtaaggtgtt 1440 gtggctacaa cagagggaca tcaacacaaa atatttcttt gccaaaatgt ccatgccctg 1500 acacagaaat aaaatacatg ctttacttga ctctcaatga cagaaaatat acatgactgc 1560 acatgtatca aagacgcagc catagattat taccaacaac tctttaatgg agatataact 1620 acaaaatttc cacatataga caccaaaatg cgaattaatt caacaggaca agagtactta 1680 tctgctccaa taataattga agaagttaaa gaggctttat tctcaatcaa tgattccaaa 1740 agcccaggtc tagatggctt ctcaatcaaa ttttataaac ttcattggga cgacctgtaa 1800 aatatctcgg ggtttcacta tcatctgatt acatccacgc tggtcactgt catcctacag 1860 tgacaactct ccatattgtg ccgcttgcaa ataaattagg gctccaacac ttggcttatg 1920 tggcggcttc cacaaccacg caccatatat ggatcgaaag gattaggtga cgcttcaaag 1980 ggaaaagctg atcgaaggag caacgatgca aactgattga aattgatgct tgcttgcaac 2040 tacagagaag attccaccat cgacaattat ctttgacaga gaagcataaa tttttgaaat 2100 ggttaatcga atcagatgaa gttggatgaa atactccagc tgtgttgaaa ggcttttgac 2160 tagggtttgt atgcttgcta tgtgttgggc cgggttggg 2199 <210> 190 <211> 1060 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16150.1 <400> 190 gcttggtctg cagagaacgc aaccaatgcc taccttcaca ccttaaaatc cgtatgcact 60 cttcttcatt tctcgtattt tctaatattt tacatgtttg tattcaaatt ttaaactgat 120 ttgaattatt aaaaatgcag ggaaacaact caatgcagcc ggacgtggcc gagttcatct 180 ccgccctggc cgccggcagc ggatctcgcc tcatcgtcga agtccgttcc aacgccgcgg 240 gtcctaccac actagctctt gtcgcagccg cgcagcagac gaacggtaaa gtcgtatgca 300 tcttaccgaa ccaaatcgat ctggaatctt cgatccgatc gttctcgacc tcgaacggcg 360 tggtggagtt cgtaaccggc gacgcgacgg cgttgcttca aaaggagtac agaagcgccg 420 acttcgtgct cgtcgactgc gagttggggt gccacgaagg ggtcttcgaa acggcgaagg 480 agaccgtacg gaagggtggc gtggtggtgg gtagcaatgc gttcaaatgt ggagaaaggg 540 tggtgaggag taatggcgat aacctgttgc cgatcggcgg tgggattaga atatgtaggg 600 tcaaggaaga tgctgccagt agaaaaggcc aaagccagtg ggtggtgaaa gtcgatgagt 660 gtaccggcga agagcacgtt tatagaatca ctggtggtgg cacttcgaga aggaaaggga 720 tcagggctta attattcaga ttgttattat tatttgtttt gtctttaatt aggaatatta 780 tagaggtgta atttgtatat atcatcatga tgcccgttat tcttgtccat aatggtttct 840 tcttcttctt cttcggtttt attcccaaat acttcgagag aaaaccaaca aaagcaacag 900 ttatagtttg gagaaaaaaa cgtttattc gggttcatat tccgatcaat aatggaacgt 960 tgtcagtatt agtgggacgt attattagac agagaatcaa agtttcaacg ccaaagctga 1020 aagtgatatt tatggaatca tcgaattata agtaaaatta 1060 <210> 191 <211> 1125 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16444.1 <400> 191 ccggcacttc caataaaaac ataattcaaa ccagttggag cattatatta aaggagaata 60 taacaataag aattttgcat tatatatata tatatatata tatatatgtt taatcagcat 120 ttggaagata gattttatga atgcagtttt ccatgaagag aatttccctg caagtgggac 180 actgcttctg cctaacaaga gcatatttga tgcaagcttc aaaaaatata tggccgcata 240 ttgtcgacca cagcgattcc atcgtattca tgcaaatcgg acagctgaat gttggctgta 300 tcttttgtcc acttacttta attttcttgg tactggatac gccttcatcg acaccctgaa 360 cttgacggtt tacaattgaa ctgtctgctt cagattttgg cctcttgcaa agcttacttg 420 aaccatttat tgaaaccact ttcacaataa atttgaaatt agaccataga caatgaataa 480 tattacacta cctaatcatc aaagtggtgt tcatgagaga agaatgaaaa aatgtactgt 540 aaaatcaatt tcaacgacat atgactacac taatgtaaac ctaaaatcat tcagattgag 600 acattattaa agagtaataa agaaccacta atgttttgga gataaaagaa ggttaaagac 660 tcacttaatt tcgagccaat tgacaatgta aaagaatagc ccgttattat ttatataggt 720 acaactatca aaccaaccgt atagagaggt ttccctaggg tcgaaaagga aaatgaaata 780 atttgaggtc gggatatgta gggaaaaaat agtcttcact gaatctctac ctgcatctct 840 cttcataatt ttctcataaa tcagcttgaa tctctccatg gatatttgcg aaacaacatt 900 tcaatagttt taaaaaacaa acaagatgag attcaaattt tacataattt gatttcatga 960 gttttagttc aaactatcaa ttatttaaat gaaaacagtt caaacaatat tcaaaagaac 1020 cctccaaaaa ataaaattaa aagttcaata aaatttctca aaagttcgaa aaaataaaca 1080 ccagcaaatg tactttttcc ataaattcca acttttttaa aaaaa 1125 <210> 192 <211> 2163 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19502.1 <400> 192 taaaggagtt cagtaccttg caaatgcgtg gacttttgac ttagtattct tagagttatt 60 tttggaaaat ttagaagcct tcttggatta ccatggagga gttgttggaa cttttcttgt 120 gatatctatt ctcttagacc tatcctgttg agaaaagctt agtttttat aacacaaggt 180 gttggattat tcatggaatt taagaagact ttgggtcgat atttgagcat tggctttacc 240 ttgtgacact aaggataggg agctatacaa ggtttttacc ttgggatagt tattgttgaa 300 actttccatt gggttgttaa gatgtaccta ttgtaaggga agttggaagt actagtaatc 360 atgggtcgtt agctagtata ttctctaaga aaaagttgga acttaaaata ataaaaatcc 420 ttggattaga ggtataagga agcatataac ttctataagt ttttggcata ctttggcttg 480 taatttgggt aagtaattaa gctaaatcag gttggtcgaa cccgagggta ttggattctt 540 ataaaaccac taagtcaaga taagctttga gtttgattga tcaaaagatg gttagaagct 600 ttgggttaga ggtatggact tgaaacatgg atggtaaaga ttaataaaac tataaaagct 660 ctacttggac ggcagagtga ggtttaatgt tttagactta gttacgaccg caactaagcc 720 atgattgatt aattggaatg ggttcattgg atggatggat aaataaactt gtacttggga 780 aaggattgac aagttgactc taagtcaagt aaggcttctt ttaaagtaat gagagtgagt 840 aagatagtgg gcattcaagc ggatctggat tggatgactc aattaaggat ataagaacca 900 tttgatttgg agaagtatgg aaagagaggt gagccgtcat atactggcat ttcagttaat 960 tccataaaaa gattttccgt ctctttgtta gggcattatg gtatagcagc ttgagtgcat 1020 tagtggaact ctaagtttct tattcttcct ccttttgata aaaatccttt ttgtatatcc 1080 tattagtaac tccttccttg gataaagatc tctttcttt tcctttgttt gattcctatc 1140 tttagtactg cagggattcg cctatggatg gtgggattgt tttaaatatg tttacagaac 1200 atgttatgat tgatgtttgc tagtggctgc aagtgttttc tagtggttgc taatggacgc 1260 atttatatac taagcaccat taggagatcg gctaactagg acatggaaac atatgcatat 1320 ggaagtgtat gcatttatat accatgatgg ttatatggat gttttagcat acgattgtta 1380 catttggatt atggttatgt cagcatgtag aatcatcact ataatagggt atttgcatac 1440 atttggattt atggcacgag catatttgca cacaaggagg tggactgtat cagtagacca 1500 ccttatcttt tgcattactt aggtacaaat acagtacact ttttgcataa ccccataact 1560 gcatttagaa atcttaagga caatggatgt agtgattgat gtttgagtag atggatgtag 1620 attttggttg agggtagtta gtcattctct tatccctgga gatttcggag acgaaatcct 1680 ttaagggggg aagaatgtaa caacccgaat ttttgattaa taataactaa ttagaatcat 1740 ggggaaacaa gcttacttca aacaccccca aatcgagtag agtccatttt tgaaaattaa 1800 aagactattt aggtaagctc tcatgaccta gcactcatat tagaactcaa tttgattgca 1860 tttgagctcg tttttgattt gcatgtttct gtatattttt tgttttgtga gttttagggg 1920 ttttaaggtg caagcaaggc aaagcaaggt caagcgaggg atttagcaaa ctaaggaagt 1980 acaaaggtga gtttttgcaa ccaacaaacc ttgtctaagt ggctgcatgc taaggtgctg 2040 cagaccagat gttaaaaatc aatagcttag atgttagaaa ttgtatgaat tgatgttata 2100 tgcatatatt gatttctaga aatgcttgaa ttccaaagga gatgctgccc atttgatttt 2160 ttg 2163 <210> 193 <211> 1866 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_20081.1 <400> 193 atttacctcc ctcgaaactc aggctaaaat aatcatatca gttcaatcgc aggttgggta 60 aaaaacaaaa cgacgttcct gtaacaaaac cgacttcaac ttgcctagca ttaggtccag 120 ttatgcttcc atgtttaaaa gagatgaacc caagaagcga ataattaatc tgagaattaa 180 cattggaaca atgacattaa ataaaagtag taaatccaat attaataaat ctaaccttat 240 catttcattt cgaagcgaac aaagaagtaa taataaacaa atgagttttc aaattaatag 300 ttaatgaaaa aactttccaa tcaaattcaa aaactaagat atcgaataac aaatattaaa 360 attaattgaa tacttaatgc ataaaccatt tctgagataa aacgaataat cacctgtaac 420 catccaacgc ccacacaacc aaacacggaa ttcgttatct tacccataaa ataatttata 480 aaattaattt catacagtgc ataaagcata gagagaaaat gaatgaataa atgaatgaaa 540 aattgaatat ttcacatata gttccaacct taaacaacgc ttgatcaaat gaaggtgagt 600 ttaaggttga aagcataaag ttttctcaat aaaattcaac agattcaatt ccagatacat 660 gaaccacatc cacatatgct agccaaaccg atatccttac atttactgat agggaatgtg 720 aaatatttat gcaaatttcg aattagatat attttgctga gattctaaaa gcgaggtcct 780 cttaatcgaa ttggatgctc aatacagaat tggaattaat gcaactataa ctcggatttg 840 taagaagaat accatatttg aatagtcaac tttattaatg cctagaactc cgtaagccat 900 gttcattttt tattatttac aattgttata gtcaaacaca tcagtgaata ataatcaccg 960 tctgtgaagt tctagttcag tatggaaatg tatttctatg gagatctaag attgatttag 1020 ttaagagaaa cctcaatgaa aaacttatcc ggtcatctag aaaagaaagg acttttttac 1080 ataaatatag tagaatttaa tgttcatgta atacatatcg atctcaaact tcaatataga 1140 tagtaacttg gctaaagaac atgtatcaaa tcaggttgga tgtatgctgg attagttaca 1200 aattccatta tctattaaaa tgctatcatc atggtttctt gttccttggc caaagtaaaa 1260 ccattgccct aaacccaaac ttaaaagcaa caatgttaac taatttgatg gatactttat 1320 tggtaacaaa acatgaacat aattgtacgg tggataacca atggcttaaa aacattaaga 1380 tgaagccacc gcgaaatata aacaactctg caatttaacc gtaacacgac ttaactcacc 1440 aagttaagct ttatggttca cccaaagagt aaacattttc ttgtccggtc cattattact 1500 aataaaagta aattgaacat ctaagcgtaa gatatagcaa tgtgagaata gttggtgaat 1560 cgaatgaaat gggtttttag gcataatgta cagttttaga gcctcatgtt ttttacaatt 1620 tcttattttg ctgttaatca acctggtgtt tgaactaatt agctatgggc tttgttcgtg 1680 tttacatgtt attgaaatga gcttaagtta gcacgtacaa actccatagt gtttgtgccc 1740 atcaaagtat agtttataca tgcatatatc tggaagtact ttaatatatt tgttatcaaa 1800 cataaaggaa tatacatccg atattgaaat tcatatatat gagttataaa tttgtttgta 1860 ttttat 1866 <210> 194 <211> 1200 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_22066.3 <400> 194 atacctagat cgaatccgca actgacacga accctctatc atcgtgatta agcggaaatc 60 tcaccttcat cctcttccta ccgaattgct gcatgcgatt aaccagtgcg acacaatcaa 120 caacaaaata cagtgcaatc atatcaaaac tatcgtgagt attgtcaacc ccgtctaaac 180 aacaacctcc ttttctaact cgatgctcca tctgcccagt gtttgttgac aagatacaga 240 tggatcaatg atgattaagg ccctacatat gcagatagct taagctatgt ggaaccaaag 300 gtcaagccaa ccatgaaagt taaattttga agtaagaccg gttaagcaat tgatttccat 360 gtgatcaaat gactctttta atctttagaa ttatatattc ttttttatgc ttattttttt 420 attcctttat tatatcatga ccaatgcctt aaaatatata gagtttgttg tttaaacaga 480 taggctaatt ttatccatgt cataatgagt tataatcata tacaagtgtg tgaaacatgt 540 ataagaatta acttctgccg ttttaagagg atgaatgaaa taacaaagat aaactcataa 600 tgagtgaggg aacatgattt tattttggtc atgaagataa aaagcgggtt gatagttaag 660 gtgaaagaga ggaagtgatg gtgaacgaat ctccatttct atatctttat tagagtgatt 720 tgtcatgtga ttcatatttc tatagatgct taatacatga agtagctatg ttgtgctatc 780 gaccatttca tccaatttga ggtatagttc attcatttgg tcttcatttc actagattgt 840 tttatgcaat taaatttatg gtcttcaatt accctcaatt actgacatgg cagaaggttt 900 tatagattat attttgtgga tatttctttc cattgctcat ttggtcattt agtcttctgc 960 aaaatagatt atgttgcatg gatttcattt cagtttatga tctttgatta ctccagtagt 1020 tggcatggct gaaactattg tagattatac ttaagtccaa cagactttga tcgggtactt 1080 cactctaaac tatttcaatt ttatatcttc attttttatg gaattaaata aaatgttaca 1140 tccagatttt ataactaaga taattataaa taaaatacaa acaaatttat aactcatata 1200 1200 <210> 195 <211> 1695 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_25476.1 <400> 195 ccgaggaaaa atagtctgct gccactcgaa tattctgtca aatgctcaac cttcttactc 60 cgcctccact ttctttcgct tccctcctca aacgtcacgc tcttataatc acctccggca 120 accataccga cccatttgtc gcttccaagc tcatctccat cttctcctcc ttttcccgcc 180 ccgacatctc ctcccacatc tttttcacct ccattgctgc tctctttcgc gacacatttc 240 tctggaactc cctaatcaaa tcgcactttc aaaattccta cttccatcag tcgttgtctc 300 tcttttccca aatgcatgcc tccggatttc gtccggacca ctttaccgtt ccaatggtcg 360 cctccgcttg cgctgagact acatacattg ttctcgggaa gtccgtacat gcaaattgtg 420 ttaaagatgg ggtttccaac gaagtcagtt catcatttgt gtacatgtac ttcaagttcg 480 ggggtttcga ggatgccgtt aagttgtttg atgaaataag taagaggaat ttggttgcat 540 ggacggctat ggtaacaggt tgtgtgacaa atggggagaa cgagttgggt ttagtttatt 600 atactgaaat gattaaggtt gggggtatag taccgggata tcggattttg gagactgcta 660 ttcaggcttg tctgaatttg gatttagtca gagaaggaat gtgtttgcat ggcgttactg 720 tgaaattagg atttgatagt cattcttcag ttaaatctac agttctttct ctatattcaa 780 aatgcgatca acttgaggat gcttatatgg cgtttaggga attgcaagag cgagacatag 840 tatcatggac tttgttagta ggagcttaca gcaggaatgg tctaatgaag gaatgttttc 900 aattgtttcg agaaatggtg gaatttgaaa ttgtaccgga tggagtattt cttagttgtc 960 tacttgttgg atttgctaat gctaatgatg tgtatggggc aatgacattc catggaattt 1020 tgttaagaag aaaccttgat gggcataggt tggtatctag ttctttgtta tcgatgtatt 1080 gtaagtttgg tactttggat aatgcaagaa aacttttgta tgaaaagaac tacaaggatg 1140 tagaatcttg gagtttgatg gcttctgagt atttgaaaag gggtttatat gaggaatgtc 1200 tgtatctctt taaggaaatg ataaattatg attctagcat gttaatttcc gctatattat 1260 catgttctca tttaggtgca ttgcctttag gccaatccat tcattgtcat ataatcaaga 1320 atgaagttga tgttgattta tcagtttcga attccctcgt ttcaatgtat ggtaaatgtg 1380 aaaggctaga tcttgccaga aggatattcg atcaaacgtg tagagatata gttacgtgga 1440 actgtatgat atcggcttac acacatgctg gacattctta taatgctcta gcactatttg 1500 atcaaatgct attagaaaac atgaaaccaa atacatctac tttgctaagt gttatctcag 1560 cttgttctca tatggctgcg cttcataaag gaatgtggat tcataaatac ataaaagagc 1620 taggtttaga gtttaacgtc tctctttaca ccgcttcaat tgatatgtat gccaaatgtg 1680 gaaagcttga cactg 1695 <210> 196 <211> 2941 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_26485.5 <400> 196 ataagaatca aatcctacgt gaaaattatg cattggttgc catatgtaaa taacataaaa 60 tataagcagt tacataaaat tctaaggcat agttttgaac caaaacagtc ctgccacatc 120 ttcatgctaa gttggaagca ttatctttgg ttcatcagcc tgcacgcgtt catttttagt 180 gcatattctc catcccttga ccactaggct tcatgggatc tatagacatg cagtataaca 240 caatgcagtt gtcctcatgc atgcatagta gcatcgctgc ttttgcccgt tactatctca 300 cttgcttgct cagcatttct tacaagcctc aatttgtaga tacactttct ctcgtacctt 360 cagtactgtg tacccttttg gttttgctcg ttacgcttca ccagcaaccc catgctagct 420 ctttacatgc acggtcggtt tcatgctgta gcttcctcat ttgctgttgt gatccctcat 480 atgctgttgt catggagctc gtcattattt gcaaattgca taactagtcc aacaagttca 540 gtatcttcat ggttgtacgt ctcatttttg tatattttgt gcaattttgc ccatccttcg 600 cctctcctac ttcattcaaa acttaagcaa catcagtgca tccgaacttt ggaagtttcc 660 ccatcatcca gtattgtcca tcgtaatata accaatgtca gcttaaggtg acttcaaccc 720 agaatcaaat catgagttta acaaatcatt agagagctta acacactcat tacaagaaga 780 catcaacact ttgtcagatt ctcatcaagt attggatgat gcattatcgc ccaatatcag 840 caagaatcca tatcaaataa caaaaatcaa caacctgcaa gagctagtca tcacatgata 900 acaaaggcaa aaagtggcat attcaaacca aaaatataca atgcagactt agaaactgaa 960 gaaccaagca catgtcagca agccattcat gatgagaaat gggactgcta tgaaagaaga 1020 acatgatact cttatgagaa acgaaacatg gacatttagt tcctccacca tccaataaaa 1080 atgttgtagt atgcaaatgg acatatagac taaagaaaaa tgttgttggt tcaatctcta 1140 aatacaaggg aagactagta gctaaggggt attcacaaca acgtgggttt gatttcaatg 1200 aaaccttttc accagttgtg aaacccacat ctatcagaat tatcataaca attgccttgc 1260 aaagtggttg aatcatcaag caactagaca taaataatgc attcttaaat ggtatattgc 1320 aggagaaagt ttatatggat cagcctcaag gatttggaca aaaagggtgt gaaaactttg 1380 tttgtaagct aaacaaggca atatatggga ttaaacaagc cccaagaatg tggtttgaca 1440 agttaaattc tactctagct aaacttggtt acaattctac aaagtctgat aattcacttt 1500 ttaccaagtt tagcaatgac gccattattt atgttctaat atacgttgat gaatttatta 1560 caggaaacaa taccatgggaa acagacaatc tcacactaca ccttaacaag gaattctctt 1620 tcaaagacct aggaaattta cactactttc ttggcattga agtgaagata gtttcatcta 1680 ctacactgca tttaaatcaa agcaaataca tcactaacat aaagatcaga tttaagatca 1740 atcaagcaaa ttctttatgc acaccaatga aaagaaactt gcacttatca agggacagag 1800 atgatccaat aactaatgac aaacaccata gaagtatagt tggagcattt cagtatgtta 1860 caataacaag accagagatt acatatagtg taaaagaagt tagccaatca tgcacagacc 1920 acttgatgag tatttgaaag aagtaaagag aattctcaaa tatctcaaat gaactataaa 1980 tcaaagactg actctacaat catgcaaaac acttaacatc aatggttata tagatgcaga 2040 ctgggctact gactatgata atagaaagtc tactactaaa taccgtatag ttttaggcga 2100 aaatcatatt tcctggtgct caaaaaaaca gcccacggga tcaagatcaa gcactgaagc 2160 tgagtgtaga agtgttgcaa atgctacagc agagataatg ttgattgagt ctctgctaag 2220 tgagttaaaa gttgcgacta acagtaaatc aacaatctgg tgtgataatc taaatacagc 2280 tctacttgca gcaaatccaa ttttgcactt aagaacaaaa catatggaac tggatttata 2340 ttttgtaaga gaacaagtta tgaaaggaaa gctaatgata aaccatatat cagcagctta 2400 ccataaggca gacatcttaa cgaagccttt gtcaaggcaa agcttcctct gactaaagca 2460 ggaacttcgt gttgaagatg caaacctata tctcaaagct acagatctaa catcaggcag 2520 agatgcaaat ccctctacaa aacagctgta aagcaaagac tttacaaaag cacgtttccc 2580 aaacaattga aatgcttgag ttctaatgct tagacctaag gattcagatt tgatatcgtt 2640 taaggatgca aaaccttctg caaaaccctt aaaaagcaag aattttgcag aagttcatca 2700 ccagaaaagc aaacgcctcg aattttctca taatcgatct caaatctcaa agtacaattc 2760 aatatctcta tagaaggctc ataaagctca aaagtctcat aaagctctca actttgcaag 2820 atcgaacact tattttgagg aatcaacata tcgactttga tttggaagaa attcgcaagc 2880 cctgacttcg ttaggtttga agggagggaa taagagaaat atggctgaag taatcaatct 2940 t2941 <210> 197 <211> 541 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27057.1 <400> 197 cttcatctct ctagaattct tcagcccatt acccacacaa aaaattcaaa cccgcttcat 60 ttcctctcag ccctaattcc caaacctcca cattcaaccg agcaaaaaaa aagtggacaa 120 tgcgtctaaa aaacgtcgtt atgcgacgtt ggcaggaaga agcgcaacaa ctagacgcgc 180 caaggtaggt gcgtacgcga ttgaagatgg agaccggctg cgtgcgacac agtgggccag 240 agccagcgaa ggctctagac ggcgatatag ttccagtcag tggcgggagg gatttagtgc 300 tgtatatgga tatgttgtag gtgcacactg aatagcaggc acgacgggaa aaaaagagag 360 taacatacat cgttattaga agtaggcaca attagggctt ggagcaacaa ctgatttggg 420 attttggatg tatgttgaaa gaagaggaaa cgtcaataag tgagttattt tcttcactca 480 caactatttt ctagatttcc attctttaat ttccattgat cgcttggtag tgaatttttt 540 a 541 <210> 198 <211> 1698 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_27203.2 <400> 198 cgccgtattt acgctgattt gaagtcctgc tacagtctct ttatactgcc acccactcct 60 aagtggaatt ggcatggtac ctttggcaaa atcttgaagg ccatagccct tcaaagcagt 120 ttctacctga aacttccaga ggagataatt gtcctcatca agagaaattg taataacatg 180 acctattggc ttgaccaggt cagatgttgg tgctgaaatg gcattcgttc tttctcttga 240 tgtagtagat atgttatctc caatgcttcc agtcatgatg cagaaacagg aaacagaatt 300 gcaatgctga aactgaaaga atgattccaa gaaaatggca aaaatgatct tttgtagtgg 360 cagtcttctt gattgctgat agaagactca accacggcca gaattggaac aatgatacca 420 agaaaagagg ttttctagga tggcagtgct tgttttgaca agaaactgca accagaaacc 480 ttagatcaaa tgaagacaac tcgtctgatg accaaattac agctgccgag gtggaaggta 540 gtgaagatac tcttattccg cctctggctt ggcagtaatc gatgatgaga acagaatgat 600 acacagagaa aggtagcact ccgatgatga aaactaactg aggagtctct caacacaaac 660 actcttttct tgatttgaga ttgatgttat ggatctttag caaaaacaaa taatttaaaa 720 ggaaaaatat aaaaacccgc caaacgatta aaagatgtag tttaagaaat tcaattacta 780 cgatggaaat cgcaaatttc gtacttagat tttaaaacca taggttttgc ttgtaacttt 840 ttggttttta ctttgtgtta tatatgtatt aattctgttt atttagtggg atgaatatga 900 gaaagagcac atgtgaactg gttatgatga tgtaagtcaa taaagtgaat tacaatgtgg 960 gttatggcc gaaattatgt catatggcag tgaattcaaa cgctatttat ttatgtccta 1020 ttttggaaga agttccactt aacggtaaaa gaaattgtaa taataaatta aacatatattgc 1080 taaagaagat ctgaattagg atagcaaatg atggttttcc ttcgttttca attcgaatgc 1140 acacatgcaa tgataaaaag ttaaacttca ataataattg atgtgtgttg ttcacttaat 1200 cagatattca aatatgtagt ttgattattt tacaggcttt tatcaatgac agttagtagg 1260 taattcatct aataaattat catgtttcag gcattatttt acaggctttt atcaatgaca 1320 gttagtaggt aattcaccta ataaattatc atgtttcagg cttcaacgcc acgtaagtgc 1380 actttattta gaggaatcaa ccaaataaat tcatagtcta cattggttgg atattctttg 1440 ttgatgattt tgactaatta tgagcggtag aaagaagttt gggctaagat ggttgctaaa 1500 aacacccaat gagttatgtg gatagttata gtaccttttg gacttgcttg tgattaggcc 1560 aaatggtttg cttggcgggt ggggtgtttc gtggaacttt ggagtaagtt ggagtccttt 1620 tggatggcat agtataaact agtagcaagg aatttgttta gtaatatgta aaggagttca 1680 gtaccttgca aatgcgtg 1698 <210> 199 <211> 645 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_47326.2 <400> 199 ggaaaataca taatagtata aacaaatgta atttttcatc cttgaagcac caacagcatc 60 atgttttgct tacaaaatta atgcaagaaa atacatacaa agccaacatt tatgttgaaa 120 caacgcaaat ttgttgaggt aaagttcatc taatctttat gtttatgtgt caatggtata 180 gataacactt ctatttgaag attgagaaaa tttgatatga tccacgaaac atcacaaaat 240 ttgataattg cacaaccctg aaccaaaaag atattggttt tttttttttt ttaaccaagc 300 tgaatgtttc aacctgaagc atattctacc tccattcttg cgactatcat gcatcttcca 360 attccagtat caaccgtagc atgcgtctct taacatatat ttggtggtgt tttcaaaatt 420 tactgcatga agcttcatgc aattatgaac tttgcatcca tgatcgatct ttaggctaat 480 gagcttaaca accacaatct cacttttagt ggttgaatat cggcaaacat atgaaaactg 540 ctcaagagaa gtatagatta acgataacgg ctgatacaga aatccattta attctccctt 600 aatgcgctac tgccatgtca tactcaatat aactagaaat acatc 645 <210> 200 <211> 574 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_51952.1 <400> 200 ttcatggtga gcagcagtct gataaaattg atccgataga gctctgaact gacaattacc 60 atcaccttga accttcattt caaccaaatt atataactgc aatctttttt ttttcttcct 120 ataaaatgta atgcacttca tctatctaaa agccgttgat gatcagaaga agcttcgtcc 180 acagaaggaa tatctccatt gattctcgga atatgaggaa caggcaccat ccgattcaag 240 ttcttcccaa cttctccatt caaaccggac gattcatcat caatcccaat cccttcagaa 300 agcaaaaccg attaagacca aatacggtta atctatctca aatatatcat aaagctgcga 360 tgaaatccaa acctcccata gtaggtttag ctacacgaaa cgttgcgatg tttatgaggt 420 tgaggatcac tataaatatg aaaaaataca tgaataaaga atgaataaag atgaaatgaa 480 aagatagcgt gagaattggt ggttgctcgt tcaaggaaaa cagcgctttc agtgagccga 540 ataatgcatg taatttcgat tttaagcaaa aaag 574 <210> 201 <211> 1967 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53505.1 <400> 201 gccgcataac agatgaagtt cgagtagaat acgaacacaa atttgttcct tgtacagttt 60 gtaatacata ggtcactcag attacaattg cgataagcaa atcagaaagc aattgagatc 120 aaaacaaagt ataacgtcta caagtacagc gcaatccaaa gttaacaacc caacagacac 180 tattactcgc ataaaggaga gaacagagtt taatactaca tcaacagttg aactaacaac 240 caatgtttct tccgaaactg ttactttgca tgacccatac tccgccctgg ttgagcccga 300 agagctttct atctagactg caaataacat gactgcttca accttatctt gtactcaacc 360 tgtgtcactt tctactactc cgaacaatcc tcctattaat gagatagaag aaattgcaga 420 aatcactaca aagaaaacaa atgttattgc tgataattac gagaatgcag aagctcttat 480 taaggatgtt gccacacata ttcaagtaac tagtaataaa aacaattagg aataaatttc 540 tcccctatgg tatcgaagaa ccctacatct atgaagaagc atcacaactc cgcaaatccc 600 aaaaatccaa aaaaggctcc tcctaaaaga tcaacacgga gcttttcaat gggtaaatga 660 atattatgag ctggaacatt aaaggcatga atactgatga taaagatagt cacagattac 720 aaagaggcta tatgtcatta catggagatc ttcttttgta caacttattt ataaattaaa 780 agtagtaaag gctgaattga aaaggtggca taagttaaga gattctaaca atcttattac 840 taaaatacag gctgatttcg actcattttc aaccagacag atcatgaccc tgagaattct 900 acattacgag acaatatgta tgaactgggc tagagattaa atgagcacac tcgtcaacat 960 actgaatttc ttagacaaca aagcaaggta ctgtggttac aacagggcgg cagcaatacc 1020 aagtatttct atgccaaaat gtatacgaga aggcaaagaa ataaaattca tgcattactt 1080 gacgttgaag gatggtatcc ctatgactac aacaatatca aagttgcagc catacaatac 1140 tatcaacagc tttttaatgg ggaattaaca acagatttcc ccctaataga aacctaaatg 1200 caaattaacg cagcaggaca agaatactca tcttctccaa taactatgga tgaaatcaaa 1260 gcgggtgtat tttcaattaa tgatgccaag agcccagggc cagatggttt ctcagccaaa 1320 ttctacaagc ttcactggga cgacctcgag atgccattga catcagacta cattcatgct 1380 tcccactgtt cctccctgct acaaaagatc agtgcaaaat tagaaggatg ggacaacaat 1440 ttattaacgg ccgcaggatg tgctgagcag atacacagac aataactctt atagttatgt 1500 actggattct tgtctaccat ctgcctgtct cagttttacg gaaaattgat tgcctatgtg 1560 tagaattttt tggaaaggca agttacataa aatatcttgg tatactttat gcaagcctaa 1620 aatggaagga ggaataggac ttcgaaagtt cattgatctt aattcaactg ccagaataga 1680 ctattatgga atttattaac ttctaattgc ttatagtcta gatggatgag aaccaaatat 1740 ttgtctaaat caaaattttg gattatgcac atcaataata atttctctgt tatgatgaaa 1800 tccattctac gacaatgtgg tttggcaact aatatcatga atcaaattat tgtcaacgga 1860 gagcatacgg acttatggta tgatccgtgg atcaaccaca aatcccttgt agatctaatt 1920 ggctagaaca aggtttttat ctctaacaat actcaaagaa aagtcgg 1967 <210> 202 <211> 389 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53756.1 <400> 202 tcatgtaaga gtttattgct tagtttctg ctttttcatc tcttttattt gttatctata 60 ttgatttgca attaattata gatatacaat tctatttttt gtttttatca atatcacaca 120 cctaaaatac aaatataaat aaaatatggc acactttagg gaaaagctac tgtgatgcaa 180 atgaaatctc agtcgttgac acgctacatt taactgttag atctctgctg tttctaatac 240 acaaataaaa atacaataag atccaactgc tgaaatgtat tgcgtccatt gtgatttgtc 300 taaattgctt gttgggaatg ctcttgagga tagggggaca tgttattcca tctggttggc 360 aagtactaca aaaggatcaa acctttgac 389 <210> 203 <211> 1772 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_56318.1 <400> 203 tctgaatggc aatcaatgtc attgaacatc catatagcac agtacaacca cgttgctaaa 60 ttaatagcaa taaaataata ataataataa tactaattgt catcatcaat cacctagaaa 120 ttcattatgc tacatcatga acacaaagca ataatttttt caatattaag ccacaatatc 180 tcacatttat gattaagaaa tagtgttaat aaaccatact tttaataatg ataaaaatca 240 ttcttgtttt gaaacattag ctcctactaa atcttctaaa gtaagattaa tggtgtcact 300 ggaccctttg agaacctcct ctcctctagc tttcaagaaa tcctcaacgc ttccaggttc 360 cccaaaccat cctaaccgat ccgcaatcaa atggatgttg ctgcagcctt cgcatcgagc 420 tagcacaact cccttttcat aggattctct gcttgtcgtc ttcaccgatc gcgtctcgca 480 gactttgcag gtgaacacca tggccaaatc gtgccttgtt gaggtcttca tgttcgaact 540 tgctgagaat gttatgtttg tgtttgaact agagtgaagg ttcgggtcat tcgatgagtc 600 attaccatcg tcgttagtca tttgaagtgg ttcggttagg gtttgaattg ttcgagttag 660 tctgcttgat tggtagaatg gccgtgttcc tgtaaggaag gcggcaaatg ataatgctaa 720 cataagaaat gactaactca agaaaaaatt agtagaaaat ccataatgag tgcctaaatg 780 gtagctcatt tgatcaaaac actgagatcg acatacaaaa tgtgcaaggg ttgatgctca 840 acgatagcat aaattctttt taaaagccta tagtatgtga tgtgaataat caagtgacct 900 ttagtagcat tctagaatta catgaaacta tatttcttct aaccaacaaa attgacatgt 960 gcacaagtaa aagataagtt acttgttgaa aggaaaaaac aaaagaaaaa ggatgtagca 1020 tataccgaat atcaaactag tgatgttgct attgtgtgtt atcccacatg tgattcacgt 1080 aacacattta atttctatca ataacatcat actaccactg tgttgctaag gcaaaatgga 1140 gtgacaaact tttagcatgt attcaagtta acacatatcc agggccttct caaaatagtt 1200 gaaggctcta aacaatattt gtaagtggat ccttgttctt tttctatcat ttgttacaaa 1260 ttttttgttt ttaacattca tgaacacatt taaaaataga atttgacatt tttttcatag 1320 caaatgtcaa atttaaagta tgcatgtaaa taaacaaatt caatgttttt tagttaacgt 1380 ctagcaacct caattctttt ctattttcag ttccaatatt ttatgccaaa tagcaaactt 1440 atatgttcaa aaatcaacat gtttcataaa tacaagtttt tatcatgtaa catttagttt 1500 ttatatgttc tactgtgtat gaaagaaatt gctgaaatat atcatcatgt gttattgaca 1560 acgatatggt tttattttat ttttttgtgt acaacagaaa ttactgaagt atattggcct 1620 gttctttata agtgagataa tttagtatga attttcatgt aatgtttctg taatgacctt 1680 tgaagtcatg tttgtaaaat tctgtgtatg taacatgcat gtaggggccc tcgaagtttt 1740 ggggccctaa gccattggtt tgctggctta gt 1772 <210> 204 <211> 456 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_71656.1 <400> 204 taaactctta tgttatgcat ggagcaatag ctgatgcact caattttgta aaaataatgg 60 ttaaaagagg tttgaaacca gatatgatca cttataatac gttgcttcat ggatattcgc 120 ttgagggacg atttggtgag gtaagtcgct tacttgaatc tatgaaagct gagaacttac 180 aacctgagct tacctgttat aattcactta ttaatggcta tgttaagcac ggtatgatgg 240 atgatgcatt agtttattt gaaaagatgc aagtagaggg agtgcaacct aatgtggtta 300 cgtgcaacac attactggat ggacttttga aacttgaaaa gttgagtgat gctcaaaaca 360 tgttagacct tatgatcagt aaaaatatag caccagatgt ggtaacatat aactctttga 420 tatctgttta tggaagatta ggaaaagaga aggaag 456 <210> 205 <211> 652 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_85767.1 <400> 205 tgctggccgg cgggggcgat atcgtaatat caaacgtctt caacgacggc tccttttcat 60 taattatttc ctctttaact tcttcagttg ccggcttcgc tacttctatt tcttccatct 120 tctttgtttc ctttctctgc tgttgcttct tcttcctgtt ctggcttctc ggtttgatgt 180 tattgatctt catatttgta gaaggaagtg tgtatgattt gataggaaga ggaagaagtg 240 gcggtttggg aaaatggtta atgggtagag attgataaag aggagttgga gtagtatgaa 300 ttcctcctct cacgttatta gtgtttaata catgatgata catagtatag ttatgtgttgt 360 gaagataatt gtaatatcca ttgtattca tttgattgtt gttcatgctt tcaatctcca 420 tcaataattt atccatgata ttttttgatt tttctagttt aaattagtaa aaaaaaaact 480 gaagaagaaa aattacagat tatatggaaa aaaatactaa tctgcaatgg aactagttat 540 taaaaaaaac ttggataaga tagagaacaa gatataggat agaaatttta acagaaaaat 600 gaaaatgaaa ataattatat acttagctag caagttggtg aagagatttt cc 652 <210> 206 <211> 1011 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_89591.1 <400> 206 caccaagaga tggacagcat catggggttt ccaatccgga ctgacagtgt cactgcaaca 60 aggaaacaca ccaattacgc tagagtttta gttaacatca atatcacaac atcatatcta 120 aagtcagtta cttttaagac aagcagtggt gatgtatgtt ggtgcaagtt gattatgaat 180 tcatgcccta tatttgtgtt actcgtcagt agtctggaaa tcaaactgct aacaacataa 240 aaggaaacac tagtacaata aagggaagta cacagtaggc atgaaagcca aaggcaaata 300 tcaacacaca aaaacaccat tacaaaggaa actaacacat acaatgatgc acacaacttt 360 ccaggctatg caaaaacaag tactaccttt caaagaaaaa taaaggacga tacaacaaat 420 aataacacaa ccgaaaatgg tgaacacata aatgcaacta actaatttca aaggaaaatt 480 gcatgttgag gtgaatatta caattagtaa tagatacgag gtacttagct caagtgaaga 540 ggaagtcaac ccagatcagt agagaatcta gaaacagaag aatttagccc tgcacaaatc 600 taaattcata gaaaatatag cacaaatatc taagaagagg gtgaagaaca aatacaagat 660 atccaatttg catcatttgt atcatccaac ccaacctatg agaaggaagc agcagaaaca 720 tcgacaagtc agcaaacaac ttcagagccc tctaaatgat atactcgggc tcgcaaaatt 780 ggtaaatgac attcatcata cggaatgtta gagggattaa tactgatcta aaaatggatc 840 acgttatatc cctcttaaat tccaatagac aaagtataat tggtttatg gaaaataagc 900 tatcaaccga caaaattcct aaattttggc aaaaattaga taagaattgg gatagtatgc 960 ataataatga acatggatct aaagggagaa tacttctact gaaattaact t 1011 <210> 207 <211> 980 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo01082 <400> 207 ggtatgcaca attttagaaa cactacagct caaataaatg ctatgatttc acttccagtt 60 aattttttgt agaaaatagt ttataatata attactacag ctgcatattg actattgttc 120 ttacatcaac ttatcatgga attagtcact ttactgtagt gtgagcatgg tgaccaataa 180 cccttacata atcaaaagta ggaaatatag attataagat gtttcattac ttgatgtgtt 240 cggcaaaata acaaataagt tagcaattca taagtaagaa aaacttgctt ccctatccaa 300 acacttcaac attttattat tcactcatag ctacttaaaa gttagctcaa aactatatta 360 aaattgttgc caagagattt ctgattaaac acgtcacacc agcacgctac ctattaggat 420 catcaaaaag aaaaaaggct aagggatgtt ccgacctgaa ggtgtcagtt aaaaagttca 480 cggtccatta caattcatag aaatagatgt tcttaagggc gccgcacttt ctattatttc 540 actcggttga aatccgtagt tccacagcaa ataataatca tagggattag ttattgacga 600 ttggatacag ccgtgggttt tcactgtaga tggtaacaat tgccgatcgt tggttagaca 660 tctaatatgg tagtccttac cattttggta ttaagaagta taatatcatg gatgcattat 720 ctagaaaatg gtattaggaa gaagaaatta cgatgcctta gcaccacact agaaataaaa 780 aagaacaaac tcaatcaaac tgaaaaccta actgcaacta atacagtcaa tccaaataca 840 ttagcaacat atctacatga aaacgttagg atatcactca tgttggtttt atagattcaa 900 tatatatcag aataacggac cttaataaaa gaatatagac taaatgggtg aaaaacacat 960 acagatcggc attcagac 980 <210> 208 <211> 1437 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo12491 <400> 208 gccaaaaaca caaatcacaa gtcacaaaca aaaaagaaag aacaattttc tgaaaggcaa 60 cacattacct cacacattga atactcataa attgaaaata agacactcaa ataaacttag 120 atcaaacctg agcaaattta ccaatttaaa attcaccact cccttaacta tccacaatat 180 tttcttcttc ctcaccttct tcctccatag tagcccatct aaacttagcc gaagcagttg 240 gaatatctcc ctttgaagga agaggagatg tatgggctat tgatgtagta tatgataatt 300 tcttcgaaat tttcccataa aacctcttta atttttcaag cttgctatca atacgagtta 360 caatgctttc acctcaagtc aaccgatgtt ccagcttgct ttggtttcga gataaggtga 420 caaaagatg ctgcatattg gaatccattg gaatttttta atgacatcat catcactatc 480 ttcaacttgt atttcctgag gagaagagac tcctggtttt gaaggttgag ggtttctaaa 540 aattttttca attgtcattc ttcaaaggaa atgatatggt agtcatgcct tgctagaagt 600 ttcaaaagca ttagggtctt ggagttaaga gtacaaatgg ttgtatattc tatatctgaa 660 attggaactt ggaagtgcat caagatcccc ataatgtatt ctccataatg aatcattttt 720 gcactcctta gatgaaatca acctatttca ttcacgttaa ctttagacca atttacaaac 780 ttgtttcccc gtagcatata aggctcgata gttgtttgga tagatgacgt catagcttcg 840 ggtacgaggt aatagggaat gagtgagaac tctaaacatg attctagctt gaagccataa 900 agatttggcc tttggagttt gtaaggtcat ctgctagaaa ttaatggcta acttcatctt 960 gctctaccat atttacatca atttcattgc catccgaagg acatttttaa attttaccaa 1020 atttagctat tggtaagaag atcttaacgc cacatactaa actccatatg caatcttctc 1080 tattatgtga tttaaggaaa tccaaaatta agtttgagta aatttttttt accaataaag 1140 gataaatttt gagatttttt gcatcgaagc taatgagagg atctctacca ttggcctctg 1200 caatttctct aatggtatag taggagaagt cttggaattt tataaaggac ccctcaaaaa 1260 atcttaaatt cttcatttta ttgaagcgtt ggacagcaat atcattagtt agacaactgt 1320 ggatttgtgc ttctaaaggg tcaattacta aagttgataa atctctcgtt ttgtttcttt 1380 ggttccatta gtgaaggttt ggagattttg gaatagattt cggagtttga tttggag 1437 <210> 209 <211> 591 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo16368 <400> 209 agcttgagct agcctatttc ttttttatgc attttggatt gtaaaaatga aaaattaaca 60 aaaagaaata acaaacaata aaataacgaa tgcgtcattc attgctcatt tccatatgcg 120 tcgcaccata ggaaagaaaa gcgtaaacga cacgcctttc gtaactatgg agatgatgac 180 aatctattta atactaatac catatgggaa ggtcggtatt gatagagtag gccaacgtag 240 acgtcgaaga tcgaaggcgt cgtggtattt aaaatctcac accgcatgat atgggataga 300 tgatgagtat aacatattag gcattgcccc attacagact aaggtctaag agtgagttct 360 acctattacg gtttgttaca caactgaagg cttacccatg atgcaagtgt caccttaaaa 420 agaagccttc cgctaaaaat aattattcta aaagaccgga aacttgaacc tatagaagca 480 aaaatatgat aaacagatga ttctaagagt gttgagaatt aaacctacaa aacgaacaca 540 atttatgctt accatgtaat gcccatccta aattcagttt tgacattaaa a 591 <210> 210 <211> 1133 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo29690 <400> 210 aaaaaaaaaa aaaaaaaaaa aaaaaataaa taaataaata aataaatcca tggagttcaa 60 aatcaaaccc tttagcaact catattaggt attttactgc tagcaatggt cgttgacaaa 120 catttcgctc tgttgacgct aatctaaaga ttaaattatg aaaaaccacg cgatttataa 180 cccttaatgc aaattcagct tccatcttgc aattcttgca ttttcaagta tatgaacgct 240 tgtaaaaaga acagatgcta acatcatttt agaagagtaa tagcttcgta agcatgtatg 300 tgtaactacc aacacgttcc tttcttaatt caagatccta aactgaagca cattcttcta 360 actaataact taaaggatac ttttttttta tgcttctcta aaatacgctg tagaattctt 420 ccacaaatga caagcacttc gcaactcaca aattatttct gcagtacttt aacttacaca 480 caagttacaa aagggccata tttttcaaaa cattttttct ctctccaggt tttcacacaa 540 atatcagctt tcacatataa tgcttaaaat acactaatca aatcagccta gtagctataa 600 gattcaaact gtagatatat aggaactcta tatgtgaaat gctcaataca aattaacatc 660 aatgagacta ttagttatta gttcacgtcc gtagtgtagc tttgtaaagt agaattcgct 720 gacccataca tccattaaag aaatttaatt tgtttagctc catagctaca aaaatccaaa 780 cttattatgt gatataatta taatacaatc atatcaaccc tatatttcaa ataaagtttg 840 caacttttat tctacaatct atatcctcct gaaatctcaa atagatgtca tgcactaaga 900 acggaaaata gtgcataact ctgtaccaaa aaaatagctc gtagatttca aatctaaccc 960 acgaaataat atatctatga agaagtacct tattttgggg atcttcagaa tcaggggcat 1020 aattcgaagg aacacttcca ggatctctga acacagctat agaaagtgaa atcaatgcca 1080 tgaaagaatt caagctaaaa aatatggcat ttaaaattcc agccgaagat ttg 1133 <210> 211 <211> 429 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo30273 <400> 211 ggaaaattaa aaattaatag gttgaaggaa tagccattat gaaactagta gtcgtaggtc 60 gtgtgttgaa catgtgtttg agactagggt ttcttatcaa catgtgctca tgacagtacg 120 cttgttgagc agacatccaa agaaaggaca catgttcaat caacgcttac tatagagtac 180 aaatatgtaa tcttttgggc tcattgttgt atactaggtt ctctaatcga ttgttggaat 240 caattttcca gtttagatta cataattgtt actaagcttg tcaatggata ctcgaaaaat 300 tcgaaattca tccgcatcag tatctgaaaa gcggataaat atattatatt cagaaaaaca 360 gatacagatg tggatgagga aatgaaaatg tccatattcg aaaattattc attcaatttt 420 tgtcaggac 429 <210> 212 <211> 1581 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo31267 <400> 212 attttgaaac atctgcaaaa ttcgaactgc tgtttattt gtttgttctc tgtaaaatta 60 aatcacaata tgatatctat gcatagcatg agttcacgtt tttctttttc ttattactga 120 ttcagctgta caattggtag gtaaacacaa ccaccaatga atctcatatt aaagggtttg 180 catcagcatt atttaattaa tactccttta ttacttctca ccaacgaaat gcaccgatgc 240 ctactaaatt tctctatgct gtattattat gatgtgaaat ttgccaaact gacatgtaaa 300 tgacaccttt cattttgtaa aaaatttagc taagatggat gggcttttga tgaaaacatt 360 agcagctcgg aatgcagctc ggaaatagaa agaactatgc ataacacaag atgttttgat 420 gttttttttg tttgttcatt atttcaatac tactttacaa actgttttca taaggtataa 480 atgaaagcat gggtaaaaaa attagtggag gtaaaaggaa aaacaaaaaa attacaagtt 540 aaaaatataa acattttctg gtcaaatatt acaagtaaac aaagtatgtt cttaataatt 600 atcaccatcc acttcgcaat cacatacagt caacatggaa gtgctaattc aacaatttgt 660 tctgcatatt actcaaactg tactgtactc catggtaaga ctaaacccaa tttgtcatgt 720 gcctgcacaa ctatctacaa catattttga aatataaaac gaacttacac ttactatata 780 agactgtaca tcatatatca tcttcaccca aatttcattt cattctgcgg ttttgcttgt 840 gttcatgtct ttcccacgac aacacatacc tctatatctc catgttaaat ccaaccctgc 900 ccgtgtgagt agcacggatc actcactagt aatactatgg taatcaagta gttaagtgac 960 aacattaact tctcctacgt attaataata atgatagatc gttacttcgt atacaactta 1020 agctccaaaa gtattatcta acacatatcg atgtattgat tttatatata agaaagaaat 1080 aaaatagttc agtcgcatag agtattttag aatgtattaa attaggactg acatctaaaa 1140 ccgataccca caaatccaaa tcaaactcaa accataataa ttcaataatc ggggtcacca 1200 tgcagttggt aaacaatggt caaccaatga tggcaaattg ttcgacggca taagatcagc 1260 taacacaagg taaacaatga tcaccaatta ttctgtttag atcatgactt cattttcata 1320 taacaaata atgactgtgt caacaataca gaaaagtttc atgcgttatc gactaagaaa 1380 ctcactctct gatgttaact ctgttcatta cccaacatca acaatttgat catttaatcc 1440 agtaacacaa ttaatactga catgaaatca gtttgcattt cacttgtagt tgtagttata 1500 tttcagtaac atagaaaata gtatcaaatt aagcagtaaa aaaggggaat actttttttt 1560 ttttacccaa gccattgttg g 1581 <210> 213 <211> 933 <212> DNA <213> artificial sequence <220> <223> 0_c5065 <400> 213 atactgaaaa atggataccc tatcttctgt ttctcatctc catgaagaaa tacttttcga 60 tgaagacgtg tttttctggg acatccgctc tgagcctaaa gacttcaaac attcaatgct 120 cgaggagcaa cccattctaa ctagcagtgc atttgtgaaa tacctgaagc caaattattc 180 aggtcctacc attataacag ataatggaag agcaaatgta catcatagat tgatacgtat 240 ggtgagaggt atacagaaag atcagtctga aaataatgaa aatatgatgt ataagaagaa 300 tgagtatagc agaggatttc acatatgatg agggagac aaagaagaga gaagttgagc 360 caaagttatg ctgatttgca ttctatgctt ccccattctt caaaggccga taagatttcg 420 atagtgcagt ctgcgactgc ttatgttaaa gatcgtgaga tggtgaaaga ggtactttta 480 aagcgtaata tagaacttat taatgcagcg aaaggcaaga gggaaaacaa agaaggggag 540 aaaataagaa tttgtatagc ggataatact tctgctcttg attctatgat tggtgctgtt 600 agaagattga aggagatgaa ggtagaggca atgtcataca aacacagttt tcgatcatga 660 acgaatagcg attgtgaatt tgcaaacaag gttgggacat gtcaaatgca gagagctgtc 720 gaaagttttg ggttatagca tgctacaaaa tccgattcct tgataaaaat taggtcgaat 780 ccatttttta tttttatttt tatcttgtat aaaaaaaaaa ttcgcttttt tagtggccct 840 tgtggttgat tcatggtgca ctaaggtgga acggcacaaa tgttttggcc tctaattaag 900 tgataaattc atgcctagaa gtctatttaa tct 933 <210> 214 <211> 753 <212> DNA <213> artificial sequence <220> <223> 0_c5551 <400> 214 tagtcaaaca tatagcaaac tatcatagca tatccacttc aatggccaag tatctcctaa 60 tctcatcact aatcttcttc ctagcacaaa tcctagcctg tgatgcaagt tcatttactg 120 ttggagatag cgctggttgg gatgtaagcg ccgatctcca atcatggccc gcagacaaga 180 ccttcaatgt gggagatgtg ttactgttcc agtactcccg ttaccaaaac ctgaatgagg 240 tagataaagc cagctatgac agttgcgaca ctagcaatgc catactatca tcaagcaatg 300 gcaacaccac tgtaactctt gctacagcag gtaagaatta ctatttcatc agtggaaggc 360 cgttgaattg ctttggaggc atgaagcttc acgtcaaagt tgtgggaggt gataaatttg 420 ctacttcacc cgattcttcg cctaaggttt ctggtagtac aggagacaat aatgatattt 480 tgcctggttt aactaatggc tctttcaatc ttggtaatag agcaattgga gttgaagctt 540 tgttgtgcat tgtaggagtg tttctgtggg ttgctggttt tggattatga ttatagtttt 600 gatgattgat tgatttttat ttttatgaa tatgtggata agaatgtgac taaactcttc 660 ggctacgagt ttgtgaagta ttaatatggt gaccaataag tgatgtaata aatgaaaaaa 720 tttacagact tctatgagta taaggcaagg tgt 753 <210> 215 <211> 836 <212> DNA <213> artificial sequence <220> <223> 0_c6209 <400> 215 gtatggggga agcttggaaa accgttgtcg tttcccattg caagtcgtag aggcagtagc 60 cgacgaagtc ggggcagaca gagttggatt tagaatatct ccgttcacgg actatgtaga 120 gtccttcgac tcaaacccgg aagagctagg ggtgttcatg atgaagtccc taaacaagta 180 caacatagcg tacgcgcacg tgatagaacc aagaatggcc atagtggaag gcagaaggca 240 aatcccacat cggttgtctt ccatgaggaa ggccttcaac ggttctttca ttgcagccgg 300 aggctacgac agggacgaag gcaacaaggt cgttgctgaa ggctactgtg atttggttgc 360 ttttggcagg ctgttcttgg ctaaccctga cttgcccaaa cgctttctct taatgccccc 420 ctcaacaagt acaacggttc accttttata ccccaggact ccgttatcgg ctacaccgac 480 tatccctttc ttgaagacct ccctgaagag aaggaggttc aggttcaggc ttgattttga 540 taattacctc attcttcttc ttctgccttc gctgcatgta tctttaaggc aacagaagct 600 ccttgccgtc tgtatactta gttacatact ctatttattc aatcaaatgt attggaaact 660 gaagtttcca tctattgatc cattgttttg tatttatata tcatttatt tttagaatga 720 gtgttcagcg ttatgtaccg tgcatcccat ccccgctttt tgttatatta gtattcttgt 780 tttactgtaa gttaccgata tcatgtaacc ttttcctcgc aatggatgtt ttcttc 836 <210> 216 <211> 1711 <212> DNA <213> artificial sequence <220> <223> 1_c13378 <400> 216 tccataaaac atcgtatctc ctcttccgac ccaaaaaaac attctatctg aaaaaagccg 60 tcctctttat tataaaaata aaccatggag atgcaatcca tggcatcagc aatcggagtt 120 tcaataccag tgctccggtt tcttctatgc ttcgccgcca ccattccgac aagttttata 180 tggcgatttg ttcctggaac ccttccgaag catttgtacg ctgcgatctc aggcgttgtt 240 ttgtcttatc tctcttttgg tttctcttcc aattttcact tcttgatccc tatggccttg 300 ggatatttgt caatggttct gtgtcggaaa tattgcggag ttgtcacttt ttttgctagc 360 tttgcgtatc tcattggatg ccatgtgtat tatatgagtg gggatgcatg gaaagaaggt 420 ggaatcgacg caactggagc actgatggtg ctgacactaa aagtcatttc ttgctcaata 480 aattatggag atgggatttt aacagaagaa aatctccgtg aagcacagaa gaaaaataga 540 ttgattaaat gcccttctgt agttgagtat attggttact gcctatgctg tggcagtcac 600 tttgctgggc ctgtatttga agtgaaagat tatcttgatt atactgaaaa caaaggggta 660 tgggcacata gcaaggacaa gccattacca tctccttatg gcgcaacctt tcgtgcaata 720 tttcaagcag ctatatgcat gggtgtctac ttgtacttat caccgcgata cccacttaat 780 cggttcagcc aacccacgta ctatgaattg ggtttcttgg aaaaactttt ctatcaatac 840 atgtcagggt tcactgctcg ttggaaatat tattttattt ggtcaatttc ggaggcatct 900 attgttgtat caggctttgg ttttactggt tggtctggtt ctagtaaacc caagtggggag 960 cgtgcaaaaa atgttgatat tcttggtgta gagcttgcaa ctagtgcagc tcagttacct 1020 cttaagtgga atatacaagt cagcacttgg ctaagatatt atgtttatga aagacttgtt 1080 aagaaaggaa agaagcccgg attctttcag ttgctggcta cacaaacaat cagcgctatt 1140 tggcatggat tatacccagg atacataatt ttctttgtcc agtctgcatt gatgattgca 1200 ggctcaagag taatctatag atggcagcaa gctatttctc agaagaatgc tgcggttgta 1260 aagttgttca ctttcgccaa ctttgcgtac accgtatag ttttgaacta ctcctccatt 1320 ggtttcatgg tattgagcat ggaagaaact ttagcgtcat acagaagtgt acatttcatt 1380 ggtaccatta ttccagttgt atttattctc ctgggttaca tcatcaagcc aggaaagctt 1440 gttagaccca aaacccagaa aacccaataa aaggaagcaa attcctccac cccaatcaat 1500 tcacagtgct ggagatagag attgaagaaa catacattct ttttcctagt ctttgggtaa 1560 aagtacattg gtaagtaaag cttatctttt atttttacaa ttcatttgag aatggctgaa 1620 aaatttcaga atctcaaaga tttagattga caatgttgta taagctatac ttgaatttca 1680 caaactttta tgctatgaaa agagttttgc c 1711 <210> 217 <211> 1570 <212> DNA <213> artificial sequence <220> <223> 1_c15128 <400> 217 tcatcacaac ctccctcctc ccatccctaa aaatttgaac ccactcccca aatattcttc 60 acacaagcaa aagcaggaat gctctcatat tcattcatcc caacagctaa gaaaaagaat 120 ttactcccga tgacgaactg gacattaatc ttcgccgtac tagcgttctt attcgcatca 180 gcggtgaccg gatcccaaga agagggtcga caattcatgc tagaccaagg tgaaaaggtg 240 gtgaaaaccg acgcaggctc agtttcagtt gtaagaggtc tccagtggga cggtcgccac 300 accccgatgc acctcggttt catctccatg gagcctagct ctctcttcat ccctcagtac 360 ctcgacgcca atctcatcct cttcatccga aagggagacg ccaagctcgg ctggatttac 420 agaggcaaat tagtggagaa acaactaaga actggagaca tcaatcggat tccagctggt 480 tcagcctttt acatagtcaa taccggaaaa ggccaaaggt tacacatcat ttgcagcatt 540 gatacaacta caggttatgg gttcgaatgg ccggttccct ttttcagatc atttttcctt 600 ggtggaggcg gctatcctaa atcagtgctt tctgggtttg atatcgatgt cttgaccaca 660 gcgttcaatg tgactactga agaaatcagt gctattacag gcagctctag ctctggtcca 720 atcatctaca tcactggcaa ggctgctgac gaaccccata gaatctattc gatcctgaac 780 tcaaagcttc aagaaacaag acatttgctg aacaaggaag aagagaaaaa caataacaag 840 ccttggacat cattaacaag ccttttgaac tcgatacttg gctttaataa caacaacata 900 ctgaatgggg attctaaggc ggtgcatggc ccggactcgt acaacattta cgatcgggcc 960 cctagcttta gaaatagatt tgggtggacg atctctctag acgagcatga ctaccatccg 1020 ctaaaacatt cagacattgg agtttatcta gtgaatctga cagcagcatc catgctagca 1080 ccacacgtta atccacaagc tacggagtat ggaatcgtgc tagccggcta tggaacaata 1140 caagtggtgt atccgaacgg gacatcggca atgaaggcag aagtgaagga aggggacgtg 1200 ttttggatac cgaggttctt tccattttgc caaattgctt ctagaagcgg tccattgggaa 1260 ttttttggat ttaccacttc agcgaggacg aactatccgc aatttttggt aggaggggacc 1320 tcgatcttga agaagatgat ggggcctgag cttgcggcag ggatgggagt gagtgagggaa 1380 gcattgagga aagtggtgga cgcgcagaat gagagcgtga ttttaccgac atggccacag 1440 gattgggaga aggagaggga aagggagagg aaggataggt tgaacgtcag gagggttggt 1500 agggtttgat gtgattgtta cgtcatcttg ttcttgcttt tgatgttgta ctgctgtgtt 1560 gtgttttac 1570 <210> 218 <211> 1515 <212> DNA <213> artificial sequence <220> <223> 1_c15741 <400> 218 aactaaccac aactccaaga tctcaaaacc cactcacctc gtcatcaatt tcacagtaaa 60 ctcgacattc cacccatggg ttccatcact gcaaattcag aaactccacc ccacgtcgcc 120 gtcctctcct tcccgatggg ctcccacccc tccaccctct tcaccgtcgc caaaatactc 180 tcaacctcag ctcctctcgc cactttctcc ttcatctgca cctccaaatc cttctcctct 240 ctttcccaac actccttaca aaccaaaaat ctaaatctgt gccatggcct aatgctcgaa 300 gaagagaagt atggcaactt tttcgataac atgatccccgt atataaaaga aggtatcgac 360 atcgcagtag agaacaaaga tggcttgaag atcacctgca ttgtggcaga cgggttgatg 420 cctgacgccg gaaagatcgc cagagagatg aacgtgactt ggattccagt caggtgtacc 480 ggtccggctt tggttctttc ccatctttac tacaaagagc tcaaacaagc ttatgaagaa 540 gagtcagaaa gggataagta catcagtgac agcgtcagtc ctagcttgtc cgttcttaag 600 tataaggaca taccggattt tttactgtta ggcgacgcta tcccattaaa tactggcaca 660 gctgaagaat tccctcaagc agatgcagtg gttttaaaca cttttgaagg tctagacccc 720 ttctttgact tggagttcaa attaaagttc aagaaatatc ttccagtggg gccaacagtg 780 cttttagctc ctcctcctcc accgttagct gatgacgaca gatgcatgaa gtggctcgac 840 caacataata aaaacaatgt aatttacatc tgctttggca cctacaactc tctttcaaaa 900 caggagctag cagagcttgc agatgcgtta ctagaagtgg aggacgtttc atttctgtgg 960 gctttaccag agaaggacag aaaagagctg ccgtttcact ttgagaagag agtggacgag 1020 gaaagaggga tgctggtgaa ctgggctcct cagggaagga tactgaaaca tgaggccgta 1080 ggtgcatttc tgactcacgg aggatggaac tcggtgatgg agggcatagc cggaggagtg 1140 cccatgattt gtaggccatt tagatgggat cagatgatga atgtgaggat ggtcagtgaa 1200 gcgtataaaa ctggagttac aatagaagag gtagacttta agagagaagg gttggtgaag 1260 atggtgagga tggtgatgtt ggaggaagtg ggacagcaga tgaggcacag agcaaccatg 1320 gttagggaga tggctgaatc tgcggttggg gaagaaggca gtacgagtag gaatttgaag 1380 agtgctgctg agatcatgta tcaaactggt tagattttta tgtgatattt tcacattgac 1440 ttcataatat gagtgtgggaa tgcaagttgt atcaaatgac ctgatatttt atcaaaccgt 1500 ccattagtaa tttta 1515 <210> 219 <211> 1635 <212> DNA <213> artificial sequence <220> <223> 1_c21302 <400> 219 cacactagag ttgaaggatt cacgtataag gagaattaaa cagagaagct aacaatggag 60 atgatgatga tgtatgatga tggacacata agaacaggca ctgtctggac tgcaaccaca 120 catttgataa cggcatgcat aggatcagga atactggcac tgccatggag tatggctcag 180 ctgggatgga tcattggccc tatagctctc attgcttgtg catatattac ttactacgct 240 gctactttac tctctgactg ctgtaggaca cctgaccttg ttaagggcat acgaaaccat 300 acttacatcg atgttgtcag atcatccctt ggaaccaaga gtgttactgt ttgcgcctta 360 tgtcagttta tgatgctctg gggtaatatg attgggggcg ttatcgttac agcagcgtgc 420 atgttggctg tggatcgatc aaactgttac cactacaagg gaaatgatgg agactgcaga 480 gcctcaggaa acatgtacat ggtcatattt ggactagtgg agatagtgct ctctcagttt 540 ccaaatatgg aggagatatt acttatatca gtcatagcag cccttatgtc atttgcttac 600 tcgatcatcg ctttagtttt aggcattgcg aagtttgcat ctcatcctat aattcaagga 660 actcttttag gggttcaaat tggaggagtt ggtggtgttt caggattaac caaagtctgg 720 catgcatttc aggctcttgg taatatcgcc ttttcttaca cttgctcttt ggttctggta 780 gaaattcagg atactttgaa atcaccgcct gctgaaaacg ttacaatgaa gaaggcctct 840 ttttatggtc ttggagttac taccatattc aacgtgtcga taggtttagt gggatatgca 900 gcatttggca atgaaacgcc aggaaatatt cttacagggt tctatgaacc tttttggttg 960 gttgattttg ccaatatcgc tgtcatcgtt catcttgttg gtgcttatca ggtatttgca 1020 cagccaatat acgcgaaata tgaagagtat ctgtccaaaa agtatcctga ttcaatcgta 1080 tttcacaaag tttacaccat accattattc tccaaagcct attccttcag attcactgtg 1140 ggcaagcttg tgctacgcac tatgtttgtg gtattcacta cactagttgg tatgttgctt 1200 ccgttcttca atgcagttct gggactgctc ggctcaatat ccttttggcc tctaacagtt 1260 tattttccgg tgacgttgta tattaagcaa aataaggtta gcaaaggaga gagaaaatgg 1320 ttgatgcttc aatttttgag tctaatagca ttggctgtat cggtgcttgc ggcaattggt 1380 tctgtcgtgg acatcggagg caagttacag aatgttaaat tgttcaaggc tggattataa 1440 tttaaacttt gtcatgacag tatgcatgca gtgtgatatt taactgaata ctgtaatata 1500 gaattatgga ctatggagca tgcaagtttc tgatgtggtg tttatggtt tgaatgtaat 1560 cagaatcaat cttattatct gtactacttg tgctcatagc atatagatat gcctatattc 1620 tgttctctaa ttctt 1635 <210> 220 <211> 1700 <212> DNA <213> artificial sequence <220> <223> 1_c21368 <400> 220 gaaagataag ctcctcttac tagttcaaat gctctaacca aatctccttt ttattctcga 60 ttcaaaacgg aatagactat cttctatatt ttcattatcc aaatctcctc acttcactat 120 tttccattat gtcatcacct tcggacattg aaaatgggga acatgttaaa aagatcgagg 180 cgcagaaaaa aatggacaat tggttaccag taacagcgtc gcgaagagca aaatggtact 240 actccgcttt ccacaatgtc actgcaatgg ttggcgctgg tgtgcttggc cttccatttg 300 ctctttctca gcttggatgg tcacctggag ttatctgcct agctgtatca tggctaatca 360 cattctacac aatatggcaa ctagtggagc tacacgaatg cgcaccagga aagcgattcg 420 atagatacca tgagcttggg cagtacattt ttggacccac actcgggttg tggttgattg 480 ttccacagca gataatggtt cagctgtcga cggacattgt ttatggagtt actggaggaa 540 aatcgctcaa gaagttcttc gttttgcttg caccttctat cgggcagcat agactggtgt 600 acttcatttc cggattcgga gttcttcaga ttttgctttc tcaacttccc aatttgaatt 660 ctcttaaggg tgtttcctcc cttgctgcct tgatgtcctg ctgttactcg gctatagcat 720 gtgtagcatc agtgttacgt ggacgccttc cagacataag ctatagctct cgctcaacca 780 agaccgtaga taaagcgttc gacgtactta acgcacttgg cacaattgga tttgcatttg 840 cagggcacag cgtggccctc gagatccaag ccaccattcc ttccactcct gaaaagaaat 900 cgacaaagcc aatgtgggaaa ggttgcttcg ttgcctatat catagtagct atgtgttact 960 tcagtgtttc tgtttctggg tattgggctt ttggtaacaa agtcgaggat gatgttcttg 1020 tttccctaga gaaccccaag tggcttgtcg ccattgctaa tttcatggtg ttcatccacg 1080 tccttggaag ttatcaggta tttgcgatgc ccatattcga tatgattgaa tcatatcttg 1140 tagtcaagct taaatataaa ccaagtttca tgcttcgttt tgtagctcga acaacttatg 1200 tgtgtttcac aattctagtc gggctttcta ttccattttt tggagggctt cttgggtttt 1260 tcgggggatt agtttttgct ccaacatcat acttcgttcc ttgcataatg tggctggtgt 1320 tttataaacc aaaatttatg agttttcact ggatggcatg ctggatctcg atcattttgg 1380 gagttcttct aatggtacta tcgcctattg gaggcatgaa gaatataatc gatactgcca 1440 gtacttacaa attcttctcg tagtcgaatt agtttgggga agcttgaatt agaatgtcat 1500 ttgtatataa ataatgacat actagttaac tactttgtgt tttatattt atcattaaat 1560 cgttgcagtg attgttacag gttatagatc tttgtagttt gctttggaag attttatttt 1620 gcagttgttg atttgattga taaaattatg aaaagtatgt tatgataaaa ttagtgtgtt 1680 atcgcgaaga aaaagaattt 1700 <210> 221 <211> 1685 <212> DNA <213> artificial sequence <220> <223> 1_c21632 <400> 221 agcacttccc tttttgacaa actacagaaa tcatgaacag cttcttccca aatgttcaca 60 ttattttcat gctcttcttc ttcatcatcc ttttcttctc tccaactctc atcatcaatg 120 cattgcctct atccacttcc ggtagatgga tagttgacga ttcaggcaac agagtgaaac 180 ttgcttgtgc aagttggcct tcacatttgc tgcccgtggt tgctgaagga ctcaataaaa 240 gacctcttga tgacatttct aagagcatca agtctatggg ttttaactgt gtcaggttca 300 cttggccttt gtatcttgtt accaatgcaa catatgcgaa tgccacaatg agagagtcat 360 tggctaactt aggcctaaag aaggcaattg agggcgcaca atcctgcaac ccaacattgc 420 tggatctacc tcttttgcaa gtgtttaagg aagtggtacg caacatggac aaaacgggaa 480 taatggtaat actagacaac cacatcacca ctccaggctg gtgctgctcc aacaacgacg 540 gcaatggctt cttcggagac aaatacttca ttccagacgc ttggataacg ggtttaaccc 600 aaatggcgca aatctttctc gatgtcaaaa acgtggtggg gatgagctta agaaacgagc 660 ccagaggccc aacccaaaac acaaacgatt ggtacaagta catgcgaatg ggcgccgaag 720 cagtccacaa agtaaaccca aacgttctag tcatcgtctc aggcttaagc ttcgacacag 780 atctaagctt cctctcgtca aaaccattct ccatctctgg ttccaaactc gtattcgagc 840 ttcactggta ctccttcaca gacggagccg tttgggacac caacgcgaac gacgcgtgtg 900 ggaccgtgac caaaagggtg atggcaggtg gtgggttttt attgggggaaa gggctgccat 960 tgtttttgag tgaatggggg atcgatcaga gagggaagaa tgcaagggac aataagtatt 1020 tgggctgctt gttgggctgg gctgcagaga tggatgtgga ctggagttta tgggctttgc 1080 aagggagcta ttacttgagg gatgggattg aggacatgga agagttcttt ggtgctttga 1140 atttcggttg ggacgacgta agaagccctg gttttattaa aaggatttct gctttgcagg 1200 cgccttttca aggtccgggt ttgaatgctg aaaagtacat aattgtcttc cacccctcga 1260 ctggaaattg tgttacggat tctccacttc ggcttggtcc gtgcaaagat gcaaaaccat 1320 ggatttacac ggaggataag atgatacagc tgtacggtac agatttgtac ttgaaagcac 1380 aagcttcagg gaagatagtt agcctagtgc agaagaagga cgatgaccag agttttgtct 1440 gggacttgat atcaaactcg aagatgcatg tttctacaaa atatggaaat ggttcatgct 1500 tggatgttgg caaggatggg tttagtattg tcattgatga atgcaaatgt ttgagtcaag 1560 ctaaggattg tgatcctgaa ttccaatggt ttaaaatggt tccaagcact agaccacttt 1620 aaatcataat catatatgta tttcattttt tatctctgaa ataataaata ctattgttga 1680 tcgat 1685 <210> 222 <211> 1999 <212> DNA <213> artificial sequence <220> <223> 1_c22829 <400> 222 cgaaatggtg aggtatgatc gatattataa ctgcgtcact agtggatcag cgccggtgat 60 gattatcgcc tccttcatgg cttttgccgt catagttagc agctttttgc tgatgcctcg 120 ctttcctgat ggcatcttcg gtgtaaaaaa attgtcaaat tctacatcaa ttgagcagat 180 tgacgactta gaaacagctc tacaaaaagc atctatgaga aacaaaacag tgatcatcag 240 catattgaac gaagcatatg cagaagagaa tggattgctc gacctcttcc ttagaagtct 300 tcgtgaaggg gagaacactg aattcttaat caaacacctt cttctagcgg cggttgataa 360 ggtagctttt gaaagatgca ggcttttagg actccattgc tatatgcttg tcactgaaga 420 tattgatcta tctgaagagg tgatttacat gtctgagaat tttataaaga tgatgtggag 480 aagaaccaag tttctcggtg atgttctcag acttggctac agcttcatat tcactgatat 540 ggatgtgtta tggttaagaa accctttccc gaaactgaga cataaggacg acatgcaaat 600 aagctgtgat gcgtacaacc gcaatccata taacgtatca aaccctttaa acactgggtt 660 ctacttcgta gtatccaaca acaaaaccat atctttatac gaagaatggt atgaaaatag 720 aaaatatgca gtaggtttaa aagagcaaga cgtgcttacc aaaatggcac ttgatggaac 780 atttgagagg ctgggtatga aagtgaggtt cctggacact gtttatttca gcggattttg 840 ccaagatagc agaaatatca gaaaagtgag gactgtgcat gccaattgtt gccgcattgt 900 gaaatctaag cttgctgatc tgagtgctac tctagagttt tggaaacgat ttaacagctc 960 atcacatgac atgtggcctg aacataaagc ttgtcatgaa ggttggatga aagatgtctc 1020 taaatatgag ataaagaaaa gtctagagaa agcttcgatg caaaacaaaa ccttgatcat 1080 aagcatgctc aacaatgccc atttaacgga gaatggcttg tttgacctct tcctccaaag 1140 tctaaaccaa ggtgtggata ccaaatcaat gattaaccat gtcctatttg tggcagctga 1200 ccatacagcc cttgatcgat gcaagcaatt aaaattacat tgctttcggc tagttacaaa 1260 gggggttaac ttttctaaaa tcggggcatt cacagaggaa gaatttgata aaatgatgtg 1320 gcagaaggtt cacttcctag gtgatgcgct aaagcttgga tacagcttca tttatacgga 1380 cttggacgtc atgtggctaa agaatccgtt ctcaaaatta gctcataatg atgttgacat 1440 gcagataggc agcggcattt ataatggtaa cccatctaat gaagtgattc acatcaatcc 1500 aggtttctac tatgtagtcg caaactataa aacagtgcgg ttgtttgcta catggtatgc 1560 ttctagaaat aactctgaag gcatgaacgc agaagacact ctaagcaaaa tgaaagtcga 1620 cggtactttc aggcaaatga aagtgagagt taaactcttg gacacacgct actttagtag 1680 tttttgtcag ccaattagcg atttaagaga tttagttacc gtgcatgcaa cttgctgttc 1740 taatgctgaa gccaaggtga aagaattgag atttgtgctc caagcctgga agattaagga 1800 cgcagaatca gtccgcaggc ttgatcataa agcatgtcat ttgccatgca gataactggg 1860 tgtattatta ttcagatttt tatccatttt ttagacagtg aatacgtaat atgataagtc 1920 atggtttgat tgtaagatag tttagcaata tttgatgtac ttggtagaaa attgagttgc 1980 aacttagcta gatgtttgt 1999 <210> 223 <211> 1799 <212> DNA <213> artificial sequence <220> <223> 1_c25809 <400> 223 gatccaaata tctcctcctc cccagaaatt tcaaaatggg tttcgaatcc aaacaacagc 60 ccgatgcgtc atccaaatcc gaaaccccct ccgctccgcc tccttacaac ccataccgct 120 tcaattctcc tctgatccaa atcatcctca ttgggctggt ctgcttctgc tgccccggaa 180 tgttcaacgc cctctccggc atgggaggcg gcggccaggt caaccacgag gcagccaaca 240 acgccaacac tgccctctac accaccttcg ccgtcttcgg cgtcctcggt ggcggcatct 300 ttaatcttct cggtccacgc ctcaccctcc tcgccggatg ctccacctac gtcctctacg 360 cgggatcctt cctctattac aaccactaca aacaccagct cttcgccatc atcgccggtg 420 ccatcctcgg cattggcgcc ggcctgctat gggcggccca gggcgcgatc atgacatcgt 480 accctccaac ccaacgcaaa ggcgtttaca tctccttat ctggtcgatc ttcaacatgg 540 gaggagtgat cggaggcctg atcccgttcg tcctgaacta taatcgcacc actgccacgt 600 ccgtcagcga cggaacctac atcgcgttca tgtgcttcat gggtttcgga gcggttctgt 660 cccttttgat tttacctccc acgaaagtgg tccgcgatga cggaacacgt gccagcgtcg 720 tcacctacaa aaaggttagt accgaagcgt tagagatact gaagcttttc acgaattgga 780 agatgcagtt gattatacca gcggcttggg ccagcaactt tttctatagc taccagttca 840 acaacgtgaa tggattgctg ttcaatttga ggactaaggg gttgaataat gtattttaact 900 ggggagcaca gatggtggga tccatggcgc ttgggtactt attggatttc agttttaaga 960 gcaggaggat gagggggttt gtggggattg gggtggtggc gaccatgagt acgggtattt 1020 gggctggagg ccttctgaat cagttgcggt acaaggatgg aaattttggg gaggagctcg 1080 atttcaagat gtcgggttcc aggtttgcgg gtccatttgt gttgtatttc agttatgggt 1140 tacttgacgc catgtttcag agtttatgct attgggttat cggggctctg gctgatgatt 1200 ctgaaacgct cagcagatac agtggattct acaagggagt gcaaagtgca ggagcagcag 1260 tagcttggca agtagacaca cacaagactc cattagtgac gcagctagtt atcaactggg 1320 gacttaccac aataagttat cccttgcttg tgatacttat agtccttgct gttaaggatg 1380 gtgagccctc taaggatgac actgagaaaa aagctacttc cgatgatgtt gtaagttctt 1440 acaaatgaag taaaaggaat ttaagttaaa aaggttgaat aaaagagctg cttttaagta 1500 aatattgatg attggtatac aaacaatggt tactacgtcg gacatttgtt atgtaaagac 1560 caagtgggtc gatgaagttg gtgaggcgaa ttagattcta cgtttattgt tttcattttt 1620 cctctttttt atttcaatgt aaagtgtctt tcagaagtac agattgaagg tttgcgattg 1680 tgcataggat ctcaattaat gaagctgtga ttgccatttg atttagaatt taaagttgta 1740 ttttggccat tgttatgttt tcttctatga aatgtaatgc agagaaacta ctttgtttg 1799 <210> 224 <211> 1752 <212> DNA <213> artificial sequence <220> <223> 1_c26156 <400> 224 cagtttggta gtgccgaatc ttagatgtag aactccaatg catactgcaa aatgccaaaa 60 tattgagcat atttctcttt acacaacaaa tttatagagg aaatacaaat caatagaaaa 120 tgcccataaa aagcgttcaa tacataactg cctaataaca gctaattgcc aattctgcag 180 acttgatgg tgttttgtac tttggagggt ttgttcacag gtagtttcat agctttattt 240 agtgtgtacg caatactggc acatatttct ggtatcttct catcatggtc atctcaatct 300 ggctacattg aaattgttta tcctgttttc agtatgttcg cacttctaag tctgcatatt 360 ttcctatatg gttgcaacct gttgatgtgg aaaagcaaga ggataaatca aaattttata 420 tttgacttct caccaagcac agcactaaaa catagggatg cttttctcat atgtacctct 480 ttcatgacta ttgttgtcgc tgcaatggtc actcaacttg tgcttaaatc ttccaacttt 540 ttcgccagaa atcatgctga tgcattacct ggaactcttc tactgatgtt tatagttgtc 600 cttatttgcc catttaatgt tctttaccgc tctacccgtt attgcttctt gcgagtgatg 660 cgcaatatca tattcacccc attttacaaa gtggtgatgg tggacttttt catggcagat 720 caacttacta gtcagatacc gcttttgaag catatggagt tcacgtcatg ctattttgta 780 gctagtttga tgaagtctga tccatatgag acttgcagta ccagtaagca atacaaacta 840 ttggcttatg ttatctcatt tctcccctat tattgccgtg caatgcagtg tgtgagaaga 900 tacatagagg aagattatga tcttaatcac cttgcaaatg ctggaaagta tgtatctgct 960 atgctagcag cagccgtcag gtggaaatat gctatagatc ccacaccatt ttggcttgtg 1020 gtagtgattt ttgtatcagc aggtgctacg atctatcaat tgtactggga ttttgtcaaa 1080 gactggggac tcttcgacct taagtctaag aatttttgcc ttagagatga tcttgttata 1140 aagaacaaga acatttacta tgcatctatg gttatcaatt ttgtacttcg gcttacatgg 1200 attgaaaaca tttctcgtat taacatcggc cctattgaga atagaatgat tgattttctt 1260 atagcatcaa tggaaataac acgaagagga cactggaatt tttacaggtt ggaaaatgaa 1320 cacttgaaca atgtgggcaa gttcagggca gtaaaaactg tacctttacc atttcgtgat 1380 atagaatcag acgactgaga ggattctttg ctctacttaa tgaaaataag ttcgaagttc 1440 cgattggttt aactgcagtt tgagtggaag atgaagaaga acttggaata actgtcaccg 1500 aatgggtagc tgaacaactt aatttttacg cttatgccag atcaacaata caagcaatta 1560 atgcacattc atagccctcg acaacgaata ttcaaggttc agatgatttc agtgcatgaa 1620 attatagtta gatttcagat tatgcttgac tcatgtagag aagttatgt agtaaatcat 1680 gtttattgtt gataaacagt atgtttttgg ctgaattgca taacagttgc aatgataatt 1740 aatcatgttc ag 1752 <210> 225 <211> 1804 <212> DNA <213> artificial sequence <220> <223> 1_c28886 <400> 225 tatcatatcc gttataagta ccaccccaac cattcgcact tgttaagctc acttaattat 60 catctttcaa aaaccagagc tccttcattc ctcctcctaa taatcaacaa catggcagga 120 ggcggcatag tcgctaatgg aacgaacaaa gattatcctg gaaaatttac ttcgtatgtc 180 ttttttagct gtctcgttgc ttcatgtggt ggtcttattt ttggttacga cattggaatc 240 tctggtgggg tgacatcaat ggattcgttc ctaatcaagt tttttcccga tgtataccac 300 aaagagaagg aggataagag cacaaatcaa tactgcaaat tcaacagcca gttgcttacc 360 acattcacat cctcactgta tttagcagct ctagtttctt catttttcgc ttcctccgta 420 acaagaaaat ttggtaagaa aatggtccat gttcggcgga ggacttacgt ttcttgcagg 480 cgccgctgtc aatggatttg ctatgaacgt cgcaatgctc atcattggtc gaatgttact 540 aggtattggc attggcttcg caaatcagtc tgtaccagtg tatctttcag aaatagcgcc 600 tgcacgaata agaggcagac tgaacataag tttccaaatg atgacaacaa ttggaatatt 660 agttgcaaat ctgataaact acggaacatc aaaaataaaa gcagggtatg gctggcgtat 720 aagcttaggt ctagcttcag tgcctgcttt gatgattacg ataggagcct taacccttcc 780 agatacacca aactctttga tagaaagagg gcatgcggaa gaggcaaaag caaaattgat 840 caagatacgt ggaacccaag acataaaagt ggagtacgaa gatatggtga ttgcaagtga 900 ggaggctaaa atggtgaaac atccttggag gaacataatg atgaggaaga acaggccgca 960 gttgaccatg gcttttatga ttcctttctt ccagcaaatt actgggatca acattatcat 1020 gttttatgca ccagttctgt ttaagacaat cgggtttgga gatgatgcat ctcttatgtc 1080 cgctgtgata actggattga tcaatgtctt tgctaccact atttcaatta tcgttgtcga 1140 taggcttggg aggaggatac tcttcttgga gggtggagtg cagatgattg gttctatgat 1200 tatagttgga ctgttgataa tgaacaagtt tggatcaagt ggagtggctg ataacttgga 1260 aaagtggtat ggaatagtga tgtggggttt atttcgactt tcgtgactgc atttgcatgg 1320 tcatgggggc cattgggatg gctggtgccg agcgagatat ttccactgga ggtcagatca 1380 gcaggacagt gcattacggt ggcggtgaat atgcttttca cattcttcat tgctcaggct 1440 tttctacctc tgctctgcgt acttaagtat ggactctttt ttatgtttgc cgcttttgta 1500 gctgtaatga ctgtttttat ttactctttc ttgcccgaga cgaagggtgt tccgattgaa 1560 gagatgtctt ctgtctggaa gaagcactgg ttttggaaaa ggttcgttga tgaagatgaa 1620 aagactgttg ctgtttgatt atgagacgag gattgtttgc aactttgtta gatgataatc 1680 ggtttggttt tagattttaa ctttaatgga agtacgtaat aaacatctta tgtccaggac 1740 agtttggttg ttttttatgt aataaacatt tttctggtat gtaattcaaa agttttctgc 1800 gattg 1804 <210> 226 <211> 1721 <212> DNA <213> artificial sequence <220> <223> 1_c28986 <400> 226 catcattccg ccctcaaaat gaacaaaatg aagtctctct tctatctatt tatcatactg 60 ttttcatcta tttttatcca gtcacattca gacacagcca atatagattt aacaatcgaa 120 ggcatcacag ctgttgcaga gaccgataag tcgttcatct gtgtcacttt agattggtgg 180 ccaatcacta aatgcaatta cggttggtgc ccatggggta attcttctgc tatcagtttg 240 gatctgaaaa atccaattct gcacaatgca cttaaagaat ttgcagcatc cagtccttta 300 agagtgagaa ttggaggatc attacaggat caagtcattt acaaagttgg gaaacatcac 360 ccgaaatgcc gcaatttcaa attagaagcc aagcagcttt ttaatttcag caaaggctgt 420 cttactatgt gcagatgggaa aagcctcaat aaattgttca acgccacagg atctgtggtg 480 acatttggat tgaatgcatt acatggaaga aagaaggtgg ataatgatat cttatacaaa 540 ggaaactggg actcttctaa cgctagagct ttaattcaac acactgcttc caaaggatac 600 aatgttgatt cttgggaact aggaaatgag ctatgtgggaa gtggagtatc agcaagagtc 660 gaggctgaac agtacggaaa ggatgtgcgt aaattaagat ctattatcga tgaggtttac 720 aaacataaag aaaagaaacc aaaggtagtt gctccaggtg gattttatga aaaagactgg 780 tttgcagatt ttttcaaatc ttcaggacca aacaccgttg atgttgtaac tcatcatata 840 tataaccttg gcccaggtga tagtaaggat ctagtaggac atatgaaaga tccattttat 900 ttggatcaaa cagcacaaac ttacaatgac attgtggaca cagtcaaatt tttgagtcca 960 tcgagttctg tttgggttgg tgagtcaggt ggcgcttaca ataacggagg gcctgcctct 1020 ggcacatttg ttgatggttt ctggtattta gattcattgg gaatgacttc tactttgaat 1080 cacaaagctt tctgcagaca gtcgttgatt ggaggaaatt acgctttgct cgacactaaa 1140 acattcgtgc ccaaccctga ttattacagt gcattgctat ggaatcgttt aatgggacgt 1200 cgtgttcttc gtgtgactca gaacgactct ccctatcttc gtgcctatgc ccattgtgga 1260 aggcgtcagc acacggtgac tttgctcttg atcaactttt caaattcaac ttcatttgat 1320 gtctcggtta atcaagattt caatcttcat ccatcaaaca atcaaaagct tgcacttggt 1380 atttcggatt cgaaaggaac aagagagaat tatcacttaa ctccaaaaga tggaaatatc 1440 acaagcaaag tgatgctttt gaatggaaaa cctttacagc tttcaaatgg tgcaaaaatt 1500 ccgactttga cacctctgat gagtgatgct tttgacccga taatagtaaa gccttcttca 1560 attgcgtttg ttagatattt gaatactact gctccagcat gtcatggtaa tgaatagggt 1620 agattttgtt cgttttgttg gtagtatagt tgtatagtt cctgtaataa gagttaaccg 1680 tatcagttaa ttgtctagaa aaccttgtgc gttcgactgt t 1721 <210> 227 <211> 1841 <212> DNA <213> artificial sequence <220> <223> 1_c28989 <400> 227 tttataaaat taatcacttt tccaatttga aaaggctgct accatctgtc ttatctcgcc 60 tccttcagat caaaacaaaa cgaagtatct aactaaaaaa aatggcagga ggctttgtag 120 atggcagcgt cggaaaaaga gcacagttat acgatgcaaa agttacaagt tatctcattt 180 ttgcttgtat tcttggatca atgggaggtt cactcttcgg ttatgatctc ggcgtttcag 240 gtggagtgac ttccatggac gattttctga aggatttctt tccagatata tacaaaagaa 300 aacaagcaca cctacaggaa actgactatt gcaaatacga cgatcaaatc ttaacactct 360 ttacatcttc actctatttc gctggcctta tttccacatt ctttgcttct cacgtcacta 420 gaacctatgg aagaaggaaa agtatattgg tcggtgccat tagttttttc cttggtggtg 480 ttgtgaacgc tgctgctgg aatgtttata tgttgattct tggtagaatc ttgcttggta 540 taggcatagg ttttagtaat caggcagtcc cactgtacct atcagagata gcaccaccaa 600 agatcagagg cagaataaac cagctcttcc aactaacaac atgcctaggt gtcatagtgg 660 cagatatagt caactactac actgaacgaa tccgtccatg gggatggcgt ctgtctttag 720 gcctagccat tgtcccagcc attaccatgt tcctaggcgg agttttcctc cccgaaacac 780 caaacagctt agtcgagcaa ggcaagttcg ataaggccag agctgtcctg gaacgcatcc 840 gtggtaccaa aaacgttgat gctgagttcg aagatctaaa ggaggccagt gaagctgcta 900 aagctgttaa gcatcctttc aggaacctct tcaagaggaa gaacaggccc cagctttatta 960 taggtgctct aggcatacct gccttccagc agctgtctgg catgaactct atactgtttt 1020 atgctcctgt cctctttcag agtttgggaa tgggtgctgg tacttctttg tattcgtcca 1080 ttattactag ttctatgctt gtgcttgggg ctttagtttc catggctttg gttgataggt 1140 tggggagaag gacgtttttt atagaagctg ggattcagat gatcatttgc atgttaacag 1200 ttgcagtcac tctagcgcta aattttgggc acggggtcca actttcacgc ccagttgctt 1260 tactacttgt gatagctata tgtttgttcg tagtcgcgta tgggtgggca tggggcccgc 1320 tagcatggtt agtaccgacc gagatatttc ctttggaaac gaggtcagca gggcaaagca 1380 tggtggtgtg cgtgaatctc ttcttcacag ctgtaatagc acagtgcttt ctggcttctc 1440 tctgccacct taagtgggga gtcttcgttc tctttgcagg gctgattgtt atcatgtctt 1500 tgtttattat tcttcttttg cctgagacga agcaagtccc cattgaagaa atttcgcagc 1560 tttgggagaa gcactggtac tggaagcaca ttgtctgcga tgataacaat gatgtgcagg 1620 tcaaaaagaa tacggttgaa gtttaatttg ctttcctatt attcttttgt ttgtttctaa 1680 ttttacattt ttttccatcc tttttccact tctgtcaata attttgagtt ctttaaatgt 1740 tgtttagcaa taattttggg agtgtaattg aatgactccg ttgtagaggt aatttattag 1800 agaagtttct tacatttgca taatttgaat gatataatat g 1841 <210> 228 <211> 1595 <212> DNA <213> artificial sequence <220> <223> 1_c29900 <400> 228 ttttgttgtg tggttgattt gcacacttct tccatttcag aagaaaaata aacaaaattg 60 agtatgagct attcttctca ttcttttcca tacttggatt ggccattacg atataggagc 120 aagcagataa tcttgggtat tactcttaat aagaatctgt ttggatttaa tgcaggatct 180 cctaataaac ataagatttc gtcgataaca cggtcgaaaa ttactgcacc aaagagagaa 240 aaagacccaa agaaaagagt ggtggtgact ggcatggggag taatttctgt atttggaaac 300 gacgttgatc atttctacaa cagacttcta gaaggacaaa gcggagcaac attgatagat 360 agatttgatg catcaacctt cacagttaga tttgcagccc aaattaaaaa cttctcttcc 420 gctggttaca ttgatagcaa aaccgatcgt cgtcttgatg actgttggag gtattgcttg 480 gttgctacaa aaaaagcact ggagagtgca gacttaggtc ccgaaacatt acaaaggatg 540 gacagaacaa aaatggggagc agtggtggga acaggagtag gaggcctacc aacatacagc 600 aacaaagcct acaacatagc aagaaaaggt tttcatacca tagctcctta cttcatacca 660 tgtcctatca cgagcatcgg ttcatctcta ctctccatcg agtttggtct tatgggaccc 720 acatactcga tatctactgc atgtgccact tccaactgct gtttctactc tgctgcaaac 780 catattagga atggagaggc tgacgttatg attgctggtg ggactgaggc acctattgtt 840 ccaactgcca ttgctggctt cattgcttgt agggcacttt caactagaaa cttggaaccg 900 cagaaggcat ctaggccttg ggatagagac cgtgatggtt tcgtcatggg tgaggggtcg 960 ggtattttgg ttatggagag tttggagcat gcaaaaaaaa gaggtgcaaa agtaattgca 1020 gaatacttag gaggcgctat aacctgcgac gcccatcatg cgactgatcc tcgtttggat 1080 ggcctgggag tttatcagtg catacaaatg agtttgaaca atgcaggagt ttctccagaa 1140 gaggtgaact atgtgaatgc tcatgctaca tccacaccag caggtgatat agcagaagtt 1200 aatgttctca agaagttat taaggataca tcggaattaa agatgaatgc gactaagtct 1260 atggtaggac attcacttgg agctgcgggt gggttagaag ctattgcaac tataaaagct 1320 atcacaactg gttggctaca tcctacaatc aaccaagaga atttggagcc tgaggtgaca 1380 atcgatacag ttcctactat taagaagcag catgaagttc acgttgctat caccaattct 1440 tttggatttg gaggacacaa ttctgtgttg gtgtttgctc cttatatccc atagagaaac 1500 atttacattg ttgcataatt ttcttcagaa tgcagaatgc attaattatt taccactttc 1560 aatacttata tatttgataa taataacagt tactg 1595 <210> 229 <211> 1818 <212> DNA <213> artificial sequence <220> <223> 1_c3107 <400> 229 tcatatatat gcacaaaact tagtcttttg ccatgtgtaa cacaaataat tcttcctcct 60 tatcttcccc actcaagaaa acgaacatca taaatcctac ttcaatgggaa aacgatcttc 120 ctagatggcc aactatatct gaggttgctg aggaaatgac ggcaatatca aagatatcag 180 tcccaacagc cttaacgggt ctaattctat actcaagatc catgatctca atgcttttct 240 taggctactt aggcgagcta gagctggcgg gtgggtccct ctctatcggg tttgccaaca 300 taactgggta ctcggtctta tcgggtctag ccatgggcat ggaacccatt tgtggccaag 360 cattcggagc caaacagaag aaaatacttg gtctaactct tcaaagaact gttctcctac 420 ttctgtctgc ttccatccct atatctctac tatggcttaa catgaattat atacttctaa 480 aatgcggtca agatgaacaa atttcgtcta ccgctcatct cttcataaaa ttcgccatcc 540 ccgatctttt cttcctatcc tttctacatc ccatgaggat ttacttgcga actcagggaa 600 tcactctccc agtcacttac tgctccgcct tgtcagtctt ccttcacatt ccgttaaatt 660 atttatttgt ggtgcattcc aaaatgggca tagtcggagt agcacttgca atggtgtgca 720 cgaatttaaa tttgtttctg tttctgtttt cgttcatata tttctcagga gtgtacaaag 780 actcatgggt ggcgcccagt acagactgcc taaaagggtg gtcgaacctg ctaaagctag 840 caatacccac ctgtgtgtcg gtgtgtttag aatggtggtg gtatgagttt atgataatgc 900 tatgcgggct gctagtaaat cctagagcta cagtggcttc catgggtatt ttgatccaaa 960 ccacttcttt agtttacgtg tttccatctg cactaagcct cggtgtatca actcgggtcg 1020 gtaacgagct gggcgcaaac cggcccacga aggcccgtgt ggtgacaatg gtttctttca 1080 tattttcggt tatgctagga attttagcaa tgttgtttat gacactgata aggcacgact 1140 gggggcggct gttactaag gatgaggaga ttctgaaact aactgcatta gcattgccta 1200 tagcagggtt atgtgagctc gggaactgtc cacagacgac tgggtgcggg gtactgagag 1260 gaagtgcaag accgagtttg ggagcaaata tcaatttagg gtctttttac ttgatcggga 1320 tgcctgtagc gatttttacg gggttttatttgggcttgg gttcaaaggc ctctggttgg 1380 gcttgcttgc ggctcaaggt acctgcgctg gtcttatggc ggttgtgctt ttaaggacag 1440 actggaaatt ggaggcagag aaagctaaag agttaactaa atcgtctagt gttgggactg 1500 aagatagcca cggtcagaag ttggcttgtt cagagacgaa ccctttgatc aatagtgttt 1560 gtgaagaagt gtgatatgat acttctctag gggctagagt acattgcctt gatggcagac 1620 gaaggatcca agcaccattg atccttaata tcatttgtag tgtttctcac ttattttatg 1680 ttgttgtgta agcatttttg tgtaaaaggt gagggagaaa tgttagaaat tgatggtatt 1740 gtgtattatt gagggatatt ttatgtgcac ggactctgaa gtctgaatcc actttctaat 1800 ttgatattat tttataag 1818 <210> 230 <211> 1536 <212> DNA <213> artificial sequence <220> <223> 1_c36211 <400> 230 tctagtaact gcaacatcaa cgcaactatt ttcaaattct caactgcatt attcataatt 60 cttgcattac acatcttatt tctcacgcct caaaataccc tctttttgac tccctcttat 120 cgttcttcat attccaacct ctcagttaga cccgacaaat tcttagaagg ttcctcataa 180 tatggggact aaacaaccaa aaaatcgcat ttgctcgagc atgcttaact gctagacttc 240 taaatcgaac tcttctgatg ccaaatttaa ctgccaattt agtttacaag gaaatcaatt 300 catccgaacc aatcccattc aacaaagtat acaacttgga aaaattcaat tccatgtgca 360 aagggttgtc aaattggtct tcattcaaca atctcaaaca aaggcagttc acttgagctc 420 aacaaaggaa gtggaagaaa atggaccaaa gaaaaggata tgaatcagtt aacacaattt 480 gcacaagagt cttgtgataa atatgaagtt attaagattg taggcaagaa tcctttcctt 540 tggcacgacc attggcccgt aaaagactat gccaaagttt ttcagtgctt agctttagtc 600 gatgagatag aagaagatgc agcgaaagta attgcaaagc ttagacaagg tggagatata 660 gacgtcccat atgttgctgt tcatatgcga atagaacttg attggatgat ccactgcaag 720 aaagtagagc aggtacaata aaactcaaat ttgcagcagc aaagaagaaa taatggatag 780 ggtagcaaaa attagtgagt ctctgccaaa gcctatgcag tgtatttagc tatagcggac 840 agtcttgtac aagatgatac aatgctcagc ggttggaagg aaggtttaat tctatatgag 900 aagaagaaac tgggagtttg ggaaatatat caaaaatatc cttatattgt tcaggctgca 960 atggattttg aagtgtgctt gagggcaaat gtgtttgtcg gtaatagtta ttctactttc 1020 tcgagtcttg tagttcttca gaggacacag gaattagata ggcgattcct ttcgtatgca 1080 tataatataa tgagtataga tggcggtgca cagagatgga taaccgattt gtcagcttcg 1140 agccttgaga gtatcagcta tgggactgat aatatatcga cggttgcttg aaactgagct 1200 gagatttatg taaaggagag gagtgtttgt ttattgattt ttttacagaa ttaccggcat 1260 atatctttgg cctccatttt tgcagaaaat tcagttttgt gaagctggca ttttaggtta 1320 gttgaaaatt tggcatgaaa tttgacaata tatttgtaca tacacagaat tcgatcatat 1380 tagcgaagga taaagagagt tttgtttctt ttataaatat aagtcggtaa tgaataggta 1440 tagggaggtg atgattcacg ttaaagtgta ccgccattta ctttgcagca tgcaatgtga 1500 aagtatttat gaatgcaaca actcgtttcc ttttgg 1536 <210> 231 <211> 1742 <212> DNA <213> artificial sequence <220> <223> 1_c37952 <400> 231 ttccatatat acatcttctc tgcattttca agtacccatt tttttacttg ctatatgtgc 60 agtaatagtt gatatttgat tattcaaacg aataaagatg gcacctgcag tagtggtatc 120 aggaggaaag gaattcgaag ggagaactac attttatgta gttattgtg ggattgttgc 180 ggcttgtggt ggtcttatgt ttggttatga tgttggtatc tcaggtggag taacttcaat 240 ggacgatttc ctacagaaat ttttccactc ggtctacgaa agaaaacata gagcaaggga 300 aaacaattac tgcaagtttg atgatcaacg ccttcaacta ttcacatcat cgctctacct 360 agcagcaatt gttaccagtt tttttgcatc caaggcctgc aacaaatttg gtcgtaaacc 420 cacaatgcaa gctgcttcct tgttttttct actgggaacc atttgtaact gtgctgctgt 480 aaatgttgaa atgctcattg ttggtagact tcttcttggt gttggggtcg gatgtgccaa 540 ttcggcagtc ccactatttc tatcagaaat ggcacatgta aaaattagag gtgccctaaa 600 catcctcttc caactagatg taacaatcgg catcctcttc gcaaacatag taaactacta 660 cacatcaaaa atgcacccta acgggtggag agtcgcattg ggtctagctg gcatacccgc 720 tatcatgctc tgcctgggct ctcttctcat atcggagacc ccaacaagcc tgatcgagcg 780 tggcaagtac aaagaagggc tatccaccct taagaaaatt agaggaaccc taaacgtgga 840 accagaatac aacgagctta tactagcttg tgaggtggct aagcaggtta aggacccgtt 900 caggagtctg atgaagaggg acagtcggcc gcctttggtt atagggatac tgatacagat 960 atttcagcag tttactggga ttaatgcgat catgttttat gcgccggtgc tgtttcagac 1020 ggttgggctg gagagcaacg ggtcgctgct gtcgtccgtg attattgggt cggttaatgt 1080 tgtgtgtacc attgtgtcag ttgttgcggt tgatagggtc ggtaggaggg gtttgctttt 1140 gtctgcttgt gctatcatgt tgactgctca gacaacaata ggagggatcc tactgaaaga 1200 cctaggccca accaatcgac tccaccacac cgtagccaca gtcgttgtct ctctagtctg 1260 cctcttcgtg ggcagttttg catggtcatg gggtccatta ggatggctaa tcccgagcga 1320 gaccttccca ttagaaacca gaacagaagg ctttgccttt gcagtgagct ccaacatgct 1380 cttcaccttc atcatagccc agggcttcct ctccatgatg tgccacatgc aggcttccat 1440 cttcttcttc ttctctgcct ggattgtcat catgtgtgtg tttgtcattt tctttttgcc 1500 tgagacgaag aatgtgccca tcgatgagat gtatgagcgg gtgtggagtc ggcattggta 1560 ttggaagagg tacatggagg gtggggagga ggatgttaag gtcgatagag ttgagagtgg 1620 gcttgctaag tgatttcttt tttgagaatt tttttagatt tgtttgatta tgttggacta 1680 agaatatgat acgatgcttg ctgtagtttt tgtttttg gatatgagat gatatttttt 1740 tg 1742 <210> 232 <211> 1727 <212> DNA <213> artificial sequence <220> <223> 1_c40130 <400> 232 gtccactgaa cacgcagcga acggtgccat ggaaccgttg acaatcatct tcctcctcgt 60 cacaatcctc ctctctacaa aactcatcct cttcaaacac aatcgtaaca aacctccctt 120 acctcccggc cccaatgcaa tcggcttcat cttcaaaaac gtcgtcttcg aaagaaaatc 180 cctcttcgaa ctcgaacagg tcatcaaatc tctccacgac agctacggcc ccatttttgc 240 tttgcactct ccagctaatc caaccgtgtt cattcaagac cacgccctag cgcatcaagc 300 tctggttcaa aacagcctct ctcttgtcga ccgacctcgg atgccggagc ctttgcgctt 360 cttgagttgc aactcctgcg aaatcaactc gtccagttat ggtcctttat ggcgcacctt 420 acgccgcaac atgacttcta aaattcttca caattcaagt gttaatcact tcgattttgg 480 cagaaaatca agtcttgaat tacttgttga gatgattaag aaggataaag tggttttggt 540 aagagaaaat tttcaatttg taatgtttag attgctaatg attatgtgtt ttgggcatga 600 gcttgatgag ggagtactta aagaagccat agacattcaa tatttcctcc tcttgttgta 660 cacccgattc aactattttg cagtattgcc tcaagttaca aaattgttgt tccgtaagag 720 gtggaatgaa attgtaggag ttagaagaag gcaaagtgag atattccttc ctcttatcaa 780 agagaggaaa aggtattctt atgttgattc tcttcttgat cttgaaatcc ctgttgagaa 840 taacaaagta aggaaactca aagaaaggga gattgtgcac ttgtgtcatg agttcttgac 900 tgcaggtaca gatacaacat ccgtgttact tgaatggatc atggcagagc tagtgaaaaa 960 tcaaagtata cagaataagt taagggatga gattgttcat attgtgaaag atgatgagga 1020 gatagaagag gaagaactag agaagatgca ttacttgaag gctgtaatca tggaagcttt 1080 aagactgcac ccacctgcac attttgttct tccacataaa gcgaacgagg atatgatcct 1140 gaatggatat tacgtaccaa agaattcaga agtgcatatt aatattgcac agttagggag 1200 gaatgagaag gtatgggagg atgcaatgga gtttaagcct gagaggtttt tggtggaagg 1260 agtttcgaat agaagtgttg atattactgg aactagagag gttaagatga tgccatttgg 1320 agcaggaaga agaatttgtc cagggtatga gttggcaact ttgcatttgg agttctttgt 1380 agcaaattta gtgagggagt ttgaatggaa ggctaatgat ggagaagatg ttgacatggc 1440 tgaaactttc gagttcactg ttgttatgaa gaaaccactt tctgctcagg ttaggcagag 1500 aagagaagtg ccaagtgttt gatgaagact gtgtctttag tgatttggag tatgacggtt 1560 gacaataatg aatttctcac tgtttacgta agtataatat tctagtttcc cactcgttta 1620 tctttgttat gtatgcaccc aactctttta taagcgtgta actatatgtg taagtatgga 1680 attgtgcttt ccacgcgatc aatataggtt catttattga caaaaga 1727 <210> 233 <211> 1681 <212> DNA <213> artificial sequence <220> <223> 1_c42262 <400> 233 attatttaat tatatccctt atccttctct tccatcaaaa tttaagtcct cttcggttca 60 tactatcaat atgtataacac aaacatttcc ttcttactat acaatcgtat cttttctatt 120 cctttgttcc attcctctac tcttgcaaat cttcaaaaag tctaaacaaa agtcaacttc 180 aaaattacca ccaagcccat ggaaactgcc aatcataggc aacttgcatc agcttggttc 240 catgccacac cactcccttc aaaatctagc ttcaatacat ggtccattga tgtaccttaa 300 acttggttca attcctacca taattgtttc ttcaagtgaa atcgctcaag acatattcaa 360 atcccatgac ataacatttt ctgcaaggcc tccattatat gctgtaaaaa caataacata 420 tgggtacata gacatggttt ttgcaccgta tggagaatat tggagacaaa tacgtaaaat 480 tggtatgcta gaactattta gtcataagag ggtacattca tttgaaggtg tccgccaaaa 540 tgaagttaag ttgcttatgg atgccatcaa aagattgagc tgtagtgatc cttatgctga 600 gattaattg agtgagatgt tgcttgcttt agacaataat atcgtatgta ggatcatgtt 660 tggtgataaa catggaggtg gtacttatga aggaagcagt aaagttcaga gatccttgaa 720 gaggctcaaa ttttgttagg aggtttctgc gttgctgatt ttttccctcg tttggcatgg 780 gtcgaaagat tcactgggtt gaagaagaaa ttggagaaaa actttgggga attagatgca 840 tatttcagcg agatgataga gaacatttga gtggaaagaa caagaagagg aggttgagga 900 tttagtagat gtgctgctta gacttggaaa tgatcctagt tatggagaca tcttcagtac 960 catggatcac atcaaggctc tcatcatgga tatattcata gctggaacag acacaacagc 1020 tgcatcatta gtatggacaa tgacagagct catgaaaaac ccaacagtga tgatcaaatt 1080 gcaagaggaa ctcaatgaca ttgttggtga aaaaccaaat gtagaagaga cagaccttga 1140 aatgttaact tatttgaaga tggtaatgaa agaagcatta aggctgcatc cgcctgcacc 1200 attactagtt cctagagaaa ctttagaaga atgtgaaata gcaggataca ccattccttc 1260 taaaagcaga gtctatttca atgcaaaggc aatagcaatg gatccgaata aatgggaaaa 1320 tccagagaag ttttcgccgg aaaggttttt gaacagtgac gtggattaca aaggacagca 1380 ctttgaactt ttaccatttg gatttggaag aaggggatgc ccaggaatta cttttggagt 1440 gtcaatatat gaaactgtga tggctaatct attgcattgc tttgagtgga agttgccagt 1500 aggaatgaag atggaggatt tggatatgaa agaggcattt gggataacca tgcataagaa 1560 ggttcctctt tgtttagttg caaaatcaag gttcatgtga atagtttgaa tatactctat 1620 gacatgtgcc ctaaatatgt ttgatatgta taaacctatg cttgtgaaaa taagtgtcaa 1680 t 1681 <210> 234 <211> 1758 <212> DNA <213> artificial sequence <220> <223> 1_c43926 <400> 234 aatccagatt aaaatacaga caaatttgtt tggcaaaaat ggccggaggt tttgtaggag 60 gcgatacagg aaaaagagca gcccagtatg aatatgatgg aaaacttaca ggatatttca 120 tactggcatg tatagttgga tctcttggtg gatcactctt tggatacgat cttggtgtat 180 ctggtggagt gacctctatg gatgactttc tgaaagagtt tttcccaaaa gtgtatcgaa 240 gaaaacaaga acaccttaac gaaaccgact actgtaagta tgacaatcaa gttcttacac 300 tcttcacgtc gtcattatat tttgctggtc ttctttctac atttggagct tctgtggtta 360 caagaaaata tggtaggaga ataagcatca tgactggtgc tgttagtttc ttccttggtg 420 gctgtgttaa tgcagcagct gtaaatgttt tcatgttgat cattggtaga attttgcttg 480 gcattggcat tggttttgga aatcaggcag ttccactgta cttatcagag atttcaccac 540 caaaaattag aggcagagta aaccaactct tccagttaac aacttgctta ggaatactaa 600 tagcagatct cataaactac gccacagaaa agctgcatcc atggggatgg cgcctttcac 660 ttggcctagc tgtagtaccc gccatgctaa tgtttttcgg aggcatattt cttccagaaa 720 ctcccaacag tctggtcgaa caaggcaagt tagaagaagc acttataatt ctaaaaaaag 780 ttagaggtac cgaaaatgta gaagctgaat ttgaggattt aaaggatgcg agtgaagaag 840 ccaggaaagt aaagcatcct ttcagaaatc ttttcaagcg taagaacaga ccgcaactcg 900 tgataggagc tcttggaatt ccagcttttc agcagttgtc tggaatgaat tctatactgt 960 tttatctcc tgttattttt cagagtttag ggtttggttc aggtgcatct ttatattctt 1020 cgattattac aagctccatg cttgttgtcg gtactctagt ttcgatgact ttagttgata 1080 gactggggag aaggttcttt ttcattgaag ctgggattca aatgattgtg tgcatggcca 1140 ttattgcaac tacgctagca acaagttttg gtaaaggagt tgagctacct cacaacatag 1200 ccgcactact cgtggtagcg atttgcttct ttgtactagc ttatggatgg gcatgggggc 1260 ctcttggatg gttagttcct agtgaaatat ttccactgga gacgaggtca gcagggcaga 1320 gcatggttgt ctgtgttaat ctgttcttca ctgctgccat tgctcagtgc tttctggtct 1380 ctttatgcca cttaagatgg ggtgttttcg tacttttcgc atcattgatt gtgataatgt 1440 cgttgtttat ttactttctt ctgcctgaga cgaagcaagt tccgattgag gagatgcatc 1500 acctttgggc taagcattgg ttctggaaga aaattgtttg tgaagatgat gaagattacg 1560 acgataaagg aaaagcatga ataataagaa cgttgacagg atttagttga aatttctgat 1620 gttatgaat tagtatttat taaagattgt atactctatg tgttgttcta cagaaagctg 1680 ttataattgt taaaacccga atgttataga ttattcttgt tattgtttgt taaaaatatt 1740 aattttccac caaattta 1758 <210> 235 <211> 1449 <212> DNA <213> artificial sequence <220> <223> 1_c45979 <400> 235 ttaaacatag caacttcttt gtgattctcc ttaattggaa atattatctt tctttctttt 60 cttttctttc taccgtattt ggtttgtgat catatcatgt gtggaatact agctgtgttg 120 ggatgttctg atgaatctca agccaagaga tttcgcgttc ttgagctctc tcgcagattg 180 aagcatagag gtccagactg gagcggattg caccaatatg gacacaactt tcttgctcat 240 cagagactag caatcataga tcctgcttct ggtgatcaac ctctttataa tgaagacaag 300 accgtggttg tcacggttaa cggtgagatt tacaaccatg aaatgctaag agaggttgct 360 gattatcttg gcacagtgca tcatgaattt cactttacag ttcaggatgg gatagatgca 420 attgaggatg tgatatacca cgtagaaaca tacgacgtca ctactatcag agcaagtact 480 cccatgtttc ttatgtcgcg taaaataaag tcattaggtg taaagatggt gatatctggt 540 gaaggatctg atgaaatatt aggaggctat ttgtatttcc acaaggctcc taataaagaa 600 gaatttcatc gtgaaacttg tcgcaagata caagctttgc atcaatatga ctgtttaaga 660 gcaaataaat caacctcagc ttggggactg gaagctagag ttccgttttt ggacaaagag 720 ttcattgaca ttgcaatgag tattgatcca gaatggaaac tgattaaacc cgaactaggg 780 agaatggaga aatgggtgtt gaggaaagct tttgatgatg aggagaatcc ttacttgcct 840 aagcacattc tctataggca gaaggaacag ttcagtgatg gtgttggata cagttggatt 900 gatggcttga aggctcatgc cgagaaacac gtaaccaata atatgatgag aaatgcagaa 960 cacatttacc cacacaatac tccaactaca aaggaggcat attattacag aatgatattt 1020 gaacgatttt tcccacagaa ccctgcaagg cttactgtac caggaggccc aagcatagct 1080 tgtagcactg caaaagcaat agagtgggat gctcaatggt ccaaaaatct cgatccatct 1140 ggcagagctg cacttggagt tcatttatcc gcttataatg agccacaagg aaatacttcc 1200 actgaaaatg tcaactcctt gaacaagagg aaaagttcaa acatgttgga agtagaagct 1260 cattaattaa taccatgtaa agtatattat tgtgtcaagg ttaattaccg cttatttaac 1320 ggagtttgaa tcgtatttgt gtgttgtatt ttattacttg taatgttatg tgtgcagttg 1380 attacatgta taaatgtact gtaagtccat aagatcgtat ttaatataaa ctggatattc 1440 1449 <210> 236 <211> 1474 <212> DNA <213> artificial sequence <220> <223> 1_c46281 <400> 236 tcatttgtca tctccgttcc aataaatgaa actaaaatac attgctacta taaaaagaaa 60 gaaataacaa agtacatctg ccatggcaaa atctcacaag ctaataagta cgattgagca 120 atgcaagata tcatcacact tctctcatct cccttctctt cctctcacct tcttcgacct 180 cttatttctt ccatttcctc ctgtccaacg catattcttc tacgaatact caaaaactcc 240 gttggatttc atagagttcg accttcccag tctcaaacac tcattggcca tcactcttca 300 tcaatattat ccttttgccg gattactctc caaaggcaaa aaccctgcaa tcattttctc 360 taacaccgat ttcattaact tcaccgtggc tatcagtcag gataatttct atgaactgtc 420 agcaaaccac gctcgagaaa tgagcaaatt ccactgtttg gttccagaac tagacgcaca 480 aggtgaaaaa acaagtgtgt ttgctgtaca ggtcacagta ttcccaaatg aaggaattag 540 tataggcaca acagtgcacc atgcagttgc tgatggctcc acctacacca acttcatgaa 600 aacatggagt tctgttcacc ctaaattccc atctttcgat cgttcattga ttcatgactc 660 taaatacctg gaaagtattt acatgaaaga tctggagatg ttcagcaatg atgcttggga 720 tatgctgtac agtactcacg atcagagtct gatgattcga acatttgtgt tcagcaaaga 780 tttgttgagt aaacttggaa gcagaacagc aatgcagtgt tctccatatg cattagcatg 840 tggatatata tggtcatgcc ttgctaaaac aagagtgatg ggaaggaaga aagtggacta 900 ttttggtttc gttacggggt gtaggccacg ccatgaccct ccattgccag aagggtactt 960 tggtaattgt cttgggatat gctgcgtgga ggcaaggagc gaggatctta cagggactga 1020 tggagaagta gcagctgcag aagctatatg gaaagtgatt aaagggcttg aaaagggcgt 1080 ttttggtaat gtggaaaact ggatgaaaaa tgtgtgtgac tacaaggata aaaatgcgct 1140 aacggttgcg ggttcgccaa agttgggact gtacgaggtg gactttggct ggggaagacc 1200 catgaaagtt gaaattgtgt ctatagagcg aactggtgca ctgtctttgg cggagtgcag 1260 aaatgaaaag ggagggattg aagtaggatt agttctgcct agagaccaaa tggagttctt 1320 tgtttcagtc ttcggcaatg gtttgaattg attcactact ggacttcatg tggtatgtcc 1380 atcaaaaaag ggaataaaaa aaatgcttta ctatcgaaag ttcatgaatg tttcttatct 1440 gagattcata aatatgatgc tgtctgtgta atgc 1474 <210> 237 <211> 1483 <212> DNA <213> artificial sequence <220> <223> 1_c4734 <400> 237 ccccgtctct ttctcctcat aatgctccag caaatgctac aatgctataa aggaaagtaa 60 aacagaggaa agacgaaaaa ttaattgaag taaactaatt aaacaaattt ttgtcgaaaa 120 caaatcaatg gctctcagaa caactttcca acctaagatc tctccatcct tctcaaattc 180 aaaggtctct gctcgcagat cttctattat atctatggct tccactattg gatcttccag 240 caaggccgac gtagcaaaga agccatttag ccctcctcgg gaagttcatg ttcaagtgac 300 ccactccctt ccgcctcaaa agattgaaat tttcaaatct ttggatgact gggcagaaaa 360 gaacatcttg gtgcttctaa aagatgtcga aaaaaactgg cagccccaag attttcttcc 420 ggaagcttca aaagaagaat tctatgatga ggtgaaagag ttacaagagc ggtgtaaaga 480 aattcctgat gattattttg tttgtttagt aggagatatg attactgaag aagcgttacc 540 tacttatcaa acgatgctta acactctaga tggagttaga gatgagactg gtgctagtct 600 tacttcttgg gcaatttgga ctcgagcttg gactgctgaa gagaatagac atggtgatct 660 actaaataag tatttgtatc ttacaggaag agttgatatg agacaaatcg agaaaacaat 720 acagtacctg attggttcgg gaatggaccc gaggacggaa aacaacccgt acctaggctt 780 catatacaca tcgttccaag agcgtgcaac cttcatctcc cacggcaaca ccgccaacca 840 tgcccgccag tacggcgacc tcaaacttgc tcaagtttgc ggaaccatcg ctgcagacga 900 aaaacgccac gagactgcct acaccaaaat agtcgaaaag ctcttcgaaa tcgatccaga 960 tgacacgatg atagcatttg ctgacatgat gaagaagaag atttcaatgc ctgctcattt 1020 aatgtatgat ggctgcgatg acaatctttt tgagcactat tctagtgttg ctcaaaggct 1080 gggagtttac accgccaaag actatgcaaa cattttggag catttggttg ggagatggaa 1140 gctgagtgaa attacaggac tgtccggcga tggacatgaa gcgcaggatt tcgtttgtaa 1200 tttgactcct aggattagga ggctcgaaga gcgggctgag aagaagaaga agaaactggg 1260 caggttgcct tttagttgga tttttaatag agatgttcgg ctttaatcat gaaaatgaac 1320 aatgatgtac tgatgtatta tgtcataaac ttggttttaa atactatata agcttggaga 1380 aagaggagat atacttatgt aaattttatt tgttgtgttc tttattgtt tgacttgatg 1440 ttaagatgtt tttgatatta atgatatg gattagctac tcg 1483 <210> 238 <211> 1932 <212> DNA <213> artificial sequence <220> <223> 1_c55573 <400> 238 tcttcctttc attttctttc tttgacatct atccatatct tattcttttt ccctcttata 60 aatttccaaa aaagttaaca tcttcctttc accataaaat acacacattc atacatttct 120 tcatagtaaa taaagtccag caatgcagac aaaacgagtt gtgcttgcac tgttgttttg 180 cctttctctt gcagttgcag aagacccata tcgatttttt gactgggtag ttacttttgg 240 tgacatttat ccccttggtg ttaagcaaca gggtattttg ataaatgggc agtttccagg 300 accagatata ttttcagtta ctaatgacaa tctttcatc aatgttcata acaacttgac 360 tgagcctttt cttctatcat ggaacggagt acaacaacga agaaattcat atgaggatgg 420 agtcttagga accacatgtc caataccacc tggtagaaat ttcacataca aactgcaaat 480 gaaagatcaa ataggaagct tcttctactt tccttccatg tactatcaaa aggcggctgg 540 cgggttcgga ggccttcgaa ttctaagtag gcccagaatc cccgttcctt ttgacgaccc 600 tgctggcgat tttactgttc ttatcgggga ttggtacact actaatcaca cgaatttgag 660 gcaagcattg gacgcgggta aaatgatccc gttccccgat ggaggtcctag tcaacggccg 720 tggtccaaac ggagctttct tcaccgttga tcaaggcaaa acgtacaggt tccggatatc 780 taacgtgggc ctccaaaaca gcctcaacat ccgcttccag gaccacaaaa tggtgctggc 840 ggaagtagaa ggaacacaca ccatccaaac ctcctactcc tccatagacg tccacgtggg 900 tcagtctgtc tctgttctgg tcacagccga ccaacctcca aaagacttct acattgcagt 960 ctccacccgc tttacggacc ctattctaac caccacagcg gtcctccact actctacctc 1020 ccagcagcaa gtctctggcc caatccctgg cgggccaact actgaaatag actggtcctt 1080 gaaccaggcc cggtctatca gaacaaatac tgctagcggg ccaaggccca acccacaagg 1140 gtcctaccac tacggtatga tcaatctcac caggaccata aggctgcaaa actctgctgg 1200 gttcattgat ggaaagcaaa ggtatgcggt gaatggagtt tcgtttgtag cacctgatac 1260 gccaatgaag ctggctgatt tttataagat tcctgatgtg tacaagcttg gtagcattgc 1320 tgatgtgcca ccaaatggtg gaggtatgta catggataca tcggtgatgg cttcggatta 1380 tagggtgttt gtgggaaattg tgtttgagaa taaggagaat attgttcagt cttggcatac 1440 tgatggttac tccttctggg ttgtcggaat ggatggagga acatggagtg ctgcaagtag 1500 aaacaactac aatctgattg acgcagtgag tcgttgcacg actcaggtgt atcctaactc 1560 gtggacggcg atatatatgt cactggacaa tgtggggatg tggaacataa gatcggagtt 1620 ttgggcaagg cagtatcttg gacagcagtt ctatttgaga gtgtattcgc ctgtggagtc 1680 gattagggat gagtatccca tacctatcaa tgctttacgt tgtggcagag cttctggtag 1740 aaggactagg ccattttgaa attgcctggt ggcagagtcc ttcatggaca tcaacttgat 1800 gtaaccatta atgcttgcta gatttattga gattgacctg actcgggtcg aattcttttc 1860 ttctttttcc agattgattg aaaatttgtc tttgagattg tttatttgaa ttgtttatag 1920 atcacaatat 1932 <210> 239 <211> 1507 <212> DNA <213> artificial sequence <220> <223> 1_c60154 <400> 239 taacatacgg ttatgttttg atttgtacta gttttagttc attattttgc acttcggatc 60 ttctttctac ataaagcttt acctttttcg gctaaacccc ttgatttaaa gaaacccatt 120 tagcggaatc gaaaccagag tcgttttgct tagaaaagtt tgttttctgt gttttgggtc 180 aatttgggcg agtccttgaa gttcattttc aatatgattc ctaaggttgt gttagtagat 240 gatggaaagt acaaggcttt ttcttttaaa atagttaaga tactaatatt gttcgtagcg 300 ttgggcgttg ctttattggc agttagcgtg tacatgacta gatacttcga tttgaagtac 360 gcaatatttc aacctcgttc tagaatgatc cagttgtgtc ctgaccaagt ggagaagaat 420 gatctcagcc gttggattaa accaccagct ctgatgcatg aaatgagcga tgaggaactt 480 ttatggagag cttcgtttga tcctgaattg aagaaggttc cgtataatag agtccctaag 540 gttgctttca tgttcttaac taaaggcccg ttgcctttgc tgcctctttg ggagaagttt 600 ttcaaaggaa atgaagatta tttttccata tatgttcatg cattgccgag ttacaaagat 660 gggtttcctt cggattcggt attccatggt cgacaaattc ctagcaaggt ggcagagtgg 720 ggaaaaatgt caatgtgcga tgccgagcgt aggctcttag caaatgcatt attggactac 780 tcgaatgaac gtttcatcct tctttcggaa tcatgcatcc ctctttacaa cttcacaacc 840 acctacaaat acctcacaga atcaaagcac agctttgtgg gctcgttcga cgaccgctcc 900 ccgtacggac gaggccgcta caacccaaaa atggagcccg agatctccct ttcgcagtgg 960 cgaaaggggg cccagtggtt cgaagtggac cgggccctcg gaatcaagat catttcggac 1020 gtgaagtacc accccaagtt cagggacttc tgcaagcctg ggtgctacgt ggacgagcac 1080 tacttcccca ccatgctcaa catagaggcc ccggaacgga ttgcaaaccg gtccgttacc 1140 ctcgtggact ggtccagagg tgggccccac cctgctacct tcggtggtag ggatgttaat 1200 caggcctttt tgaagagatt gaaagagggg aaggagtgtt tgtataatgg gaggagtaca 1260 aggtttgctt tctgtttgcc aggaagtttg cgcctagcgc tttggggtct ttgttgaaga 1320 attctgattt gcttgggttt tgaggttacg gagaatgttt tactcacgta gttgactttt 1380 atgtgagata aataagggag gggtcgcgat ctttttttat gtacaaagtg tgtttgaagg 1440 gtgtgaaact tctgcactcg cttatacatg ttagttgtta taggtatacg ttatatacac 1500 actatac 1507 <210> 240 <211> 1814 <212> DNA <213> artificial sequence <220> <223> 1_c65097 <400> 240 aatcgagatt gagtttaccg aaaacaaaaa atatacgcaa agataatcaa atcgactcga 60 tcatcaattt tgttacaagg attcgcggat tggatcatca gattattctt attgaattga 120 atcgtgaatg ttttgatgga gtcaaaaggt ggtgaaagtg attctagtag tagtagtagt 180 atgcattacg aagctccctt aggttactgc attgaagacg ttcgaccaaa cggaggaatc 240 aagaaattca gatctgctgc atactccaac tgtgtgagga aaccatcctg atatcctttc 300 tccagaatcc agtagttcag tagctccctt agtttcttta cttgcttttt tcaattctgc 360 atttacctta ttttttggct agctgctctc tagtaaccaa ccaaatcaac ttcaaattcc 420 tctctcctaa ctccaaaccc tcccaatggc aatcaacact tctccaattg gtttcgaagg 480 tttcgagaag cgtcttgaaa tcacattctc ctcagcccct ctattaatag accccaactg 540 tctagggctt cgatctctct cccgctctca aattgattct atcctagacc tggctcgatg 600 cacaatcgtc tcaaatctct caaacaagga ttttgattct tatgtcctct ctgaatcaag 660 ccttttcatc tatccataca agctgatcct taaaacatgt ggtactacgc agctcctctt 720 atcgatccct aaaatcctag aacttgcctc cagtctctct cttccggtac attccgtaaa 780 gtactctcgt ggatccttca tctttccaaa agcccagccc gctccacaca gaagcttctc 840 cgaagaagtc tccaccctta accattattt tggaaacctt aaatcaggtg gaaacgcata 900 cgttattgga gactggcata tatattatgc tactgaaaag ccagagcaac caatgattac 960 gctggaaatg tgcatgactg ggcttagcaa agagaaagct tcagtgttct tcaaaaacag 1020 cggctttatg actatgactg agaactctgg gattgggaaa ataatgccag aaatggaaat 1080 atgcgactat gagtttgagc catgcgggta ctcgatgaac gcgatccacg gtcgtgctct 1140 gtcgaccgtt catgttactc cggaggacgg gttcagctac gcgagctacg aggccatggg 1200 cttcgacccc gtaagggtgg ggtttggcga gcttgttggg cgggtgctgg aatgctttga 1260 gcctaaggag ttctctactg ctgtcactgt gtttggtggg tgtgaatggg tggggacttg 1320 gggtggaggc gaggatgtgg gtgggtataa gtgtgtggat gatgtgaagc aggagctgcc 1380 gggtggcggt gtgcttatat atcgaaagtt ctgtgccgat gtggcgaggt ctggttcacc 1440 gaggtcgaca ctgtactgct gggatgggga ggaggagcag cagcaggaag aaagggtgtg 1500 aaagatggcc atttatggtt gtgcttattt gggttttact ggaacagcga agccagggtt 1560 ttttttaatg tgttttatgc tatgtatgct tgatgtggtc tgagtacatt ctatagttat 1620 tattaagctt gagaataatg atctggtgat tatttgtata ttattaaatg tttggtcagt 1680 gatatatttg ttcccaaatc ttggcaaaac agttggttga atgtatatat cactgatgat 1740 gatgggtttg agggttcgaa tatgtagttt actgaatgtt tgaacagttg gctaataacg 1800 catacgcagt ctgg 1814 <210> 241 <211> 1614 <212> DNA <213> artificial sequence <220> <223> 1_c6606 <400> 241 gccacttcac atctcacaag tcgtctccta caaatccaca ttcttcagct ctcttcacaa 60 aggttcttcc tctccattca aaaatacact aaaaaaaaaa atcatggaaa atggtcataa 120 accccgccaa aaatcccaca tactcctaat cccataccca gcgcaagggc acatgcttcc 180 cctactcgac ctcgcccacc acctctcttc ccagtacacc cacctcaccc tttctatcgc 240 cgtcacccca aaaaatcttc atattttaag ccccctgtta aattcttgct cctccatcca 300 acccgtcatc tttcccttcc caaactaccc ctcccttcct ccccacgtcg aaaataccaa 360 agacgtccct ccttcccgca cctcctttac ctacataatg cacgccctgt cctatctcca 420 caagcctatt gtagactggg cgaattccat ttctacccct cctgtagcca tcatatccga 480 cttcttcctt ggttggacct acaatgtggc cgaagagctt aaaattccga gaataacctt 540 ctgcccttcg ggcgccttgg ccttgtgcat caccaactac ttgtgggtcc acatgcccga 600 tgaggtcccc gcgttgaggt tcgagtcgtt gccgggctgc ccgaggtata aatgggatga 660 gctgtccagt ctttaccggg cacatgagaa gggcagccct ttgtgtgagt tcgtcaggga 720 gggctttttg ggcaacatga aaagttgggg tttcgttttc aacagcttcg aaggtctgga 780 aggagcttac ttggatctca tgaagaaaga cttgggccat gatagagttt gggccgtggg 840 gccgttgaac ttgctcgggg ctcaatccac ggaggagcgg ggtggggcga acaccgtacc 900 tgtggaggat ctgatgacgt ggctggatgg gaaggaggtg gagtccgtgg tgtacgtggtg 960 tttcgggacc caggccgagc tgtcggaggc ccaaatgaag gcgttggcgg aaggacttga 1020 gaagagcggt gtctgtttcg tttggtgcat gagggccggg tcagcagggc ccgacgaagg 1080 gtttgtggag agggtgaagg gcagagggct ggttgtgaag ggatgggtcc cacaagcgag 1140 ggtgctaggg caccggtccg tagggacgtt cgtgacgcac tgtgggtgga actcggtgct 1200 ggagggcatc acggctggga ctgtgatgct gacgtggccg atgggagcgg accagtttta 1260 caatgcaagg ttgctggagg aggaggttag gactgggttt cgggtttgtg aaggagcgga 1320 aaccatgccc gacccgagta aaattgccag cgtgttgggt gaggagagag aggagatgag 1380 1440 ttggagggat gttgacgaca tggttggaaa gatatgcaaa tttgacacgg atatttgatg 1500 cgtttcttga ctttctttct ttaaatccat atacagtaat gaatatttat aaacagtgtt 1560 caaggctgta tgtaacttga aattaaatga ttctaataca tgcattaatc tacg 1614 <210> 242 <211> 1420 <212> DNA <213> artificial sequence <220> <223> 1_c67331 <400> 242 cttcgagtcg tttcttcttg aaaaccccat gcacctttcg tgtttttcat taaccaccat 60 aaacttctca tatttatcga cctactaaat ttggtgcaaa atttgttcgc tttctatttc 120 ttgggttcaa caaattatgg ctctacatgt gagcgggacg agttttagca tgttccgtag 180 aaaaaatggg tttaagatta ggtcaattgc tagttctgag aatgtaatga ctacaaaggg 240 ggaggatgta aaagtaaaat tgggtggatc agatttgaag gttactaagc tcggaattgg 300 agcatgggca tggggtgata ctagttactg gaatgattct caatgggatg ataggaagct 360 caaggcagca aaagcagctt ttgatgcaag tattgatgga ggcattactt ttatcgatac 420 agctgaagtt tatggagctg ggtttatggg tgcaatcagt tctgagattt tacttggaag 480 atttatcaaa gaaaggaaac aaattgaaga cgtcgatgta gctgttgcaa ccaaatttgc 540 agcattgcca tggagatttg gaagaggaag tgttatatct gctcttaaag attctttaaa 600 tcgtcttgct ctttcttccg ttgatctcta ccaacttcat tggccaggga tatgggggaaa 660 tgaaggatac attgatggat taggggatgc tgttgagcaa ggtttagtta aagctgttgg 720 ggtgtcaaac tacagtgaga agcggcttag agatgcgtat gatcggctca aaaagagagg 780 aattccgttg gcctcaaatc aagtaaatta tagtctaata tataggaacc ctgaggagaa 840 tggtgtaaaa gctgcttgcg atgaacttgg gatcactttg attgcgtatt ctcccatagc 900 tcaaggtgct cttactgggaa aatacacacc agaaaatcct ccgactggtc ctaggggtcg 960 aatttacact tctgaatttc tcagaaagct acaacctctg ttaacccgga ttaaagaaat 1020 cggtgaaaac tatggcggca aaactcctac tcaggtgtct ttgaattggt taatgtgtca 1080 agaaaacgtg gtgccaatcc caggagctaa aaatggagag caggctaaag aatttgcagg 1140 tgcacttggt tggactttaa gcagtgagga gattgaagaa cttcgctctc tcgcttcaca 1200 ggttaaacct gttattgggt ttccagttga aaagttataa atacatcgga aagtggtttg 1260 attgaaggcc aaaacaaatg agagaatgct cagattagaa tcttaaggat attgttttag 1320 taatacagta taacaacact atatgattat taaacatgcc aaactgaaat tgttatgtag 1380 ctttatggagt ttatattctt attgccccga gattttatca 1420 <210> 243 <211> 1780 <212> DNA <213> artificial sequence <220> <223> 1_c68012 <400> 243 aattaatgag taacttagca aacaacccaa gctacatagc acaacccata ttcagtggaa 60 atttgaatct tgtacgcttt ctctattcac aaattaatcg tgtacccact ttccctataa 120 atccgtcaaa cgtctctctt tagattcatt cacgatttac ataacccgaa agttatgtca 180 aaaatggcta atttcctccc tgtattttc atacttttaa tccagatttt cgtttttgaa 240 gcgtcatcgg acttggtacg tgtaaatttg aagaaaaggc cgttggacgg gtcgattcgg 300 cctttgcatt cgcagaaata tgaaccaaga tcgaattttg acaatgcggg gacagcgagg 360 atattattgg gttgaagaat tatatgaatg cacagtattt tggtgagatt ggggttggtt 420 cgcctgagca gaagtttaact gtgatttttg ataccggaag ctcgaatttg tgggtgccat 480 cttcgagatg tctgttatct attgcatgtt attttcattc caagtacagt tcgggtaaat 540 caagcaccta taaggccaat ggaaaatccg ctgcgattca atatggaact ggatcgatct 600 ctggctttct aagccaggat catgttacag ttggtgattt ggttgtcaag gatcaggttt 660 tcattgaagc gaccaaagaa cctggcctca ctttcttggc agcgaaattc gatggaattc 720 ttggattagg ttatcaagaa atatctgttg ataatgttgt tcctgtatgg tataacatga 780 tgagccaagg acttgtgaaa gaacctgtat tctcattttg gatgaacaga aatgccaaag 840 atggcgaggg aggagaactt gtgttcggag gctcggatcc aaaacacttc aagggtgaac 900 atgtttatgc tcatgtaact caggaagggc tattggcagt tcaatatggg agatgtgctg 960 gtagatgggaa agaagactgg gtactgttct ggaggatgtg cagcaatcgc tgattctgga 1020 acatcgctta tcgcaggccc aacttcaacc atcgcagaaa tcaaccaaaa aatcggtgcc 1080 tccggtgtcg ttagcaaaga gtgtaaggcc gtcatgtcac aatatgggca gcaaattctt 1140 agtatgttgg ttaagaagga aaaacccgaa aaggtttgtt ccaacattgg cctttgcacc 1200 tttgatggaa cccgaggagt aagtatggggc attgagtgta gttgataaca acaaatacgc 1260 aaatggcata agcagtgcaa tgtgctcctc ttgcgaaatg gcagttacat ggatgcaaaa 1320 tcagcttctt gaaaataaaa catcagatat tgttttaaat tatgtggacg agttatgtga 1380 gaaattgcca aattctttgg gagaatcaac tatcgactgc aacaatcttt ccaaaatgcc 1440 tcgtgtttct ttcacaattg gtgggagagt attcgatctc acaccagagc agtatgtgct 1500 taaagttggg gagggagctg aagcacaatg catcagtgga ttcactgcct tggatgtacc 1560 accacctcgt ggtccacttt ggatacttgg agatgtcttc atgggagtct atcacacagt 1620 gttcgattat ggaaactcca gagttggttt tgcggaggcg gcctgagtat aagggatgct 1680 acagtttaat atttaggttt gatgtgctga atgctgatgt tgtactgtat gtatccattt 1740 ctgaacatat attgaatata attccagtat tttttctttc 1780 <210> 244 <211> 1957 <212> DNA <213> artificial sequence <220> <223> 1_c69812 <400> 244 aacactcaca cttgtctctt ctatcctatc aataatcagt tatctatttt tatagctgtt 60 gttaataatt tttataaatt aagtaaattt tgtttaagtt aaaccaacaa tgagaggatt 120 ttctcttttg ttcatcactg ctataagcac tatgattctc atgccagcat atgcattatc 180 tcaggtcaca aggcattacg actttgatat tcaaacaaca aatgtgacac ggctgtgcca 240 cacgaggagc attctgacag tgaatgggaa atttccagga cctagcattg tagctaggga 300 aggtgatcgt gttatagtga gagttaccaa ccagttcagc aaaatatcac cttgcattgg 360 catggagttc ggcaactgct aagtgcatgg gcagatggac cagcgtacat aacgcaatgc 420 ccgattcaaa cctggacaaa gctacatata caatttacaa ttactggcca acgaggaact 480 ctatggtggc atgcacatat atcttggctt cgatctactc tttacggacc tattataatt 540 cttcccaaac acggtgtgcc ttaccctttc cctaagccct caaacaagtg gccatcatgt 600 tcggtgaatg gtttaacacg gacacagaag caattattca acaagcttta caaacaggcg 660 ctggtcctaa tgtttcagat gcttacacaa tcaatggcct tcctggtctg ctctacaatt 720 gttcgccaaa gatacctaca agctaaaggt ggagccagga aagacatacc tgctacgaat 780 aatcaatgca gctctaaacg acgagctttt cttcagcatt gcgaatcatt ctcttacaac 840 agttgatgta gatgcagttt acgtaaaacc atttactaca gagatcctca ttatagcccc 900 aggtcaaact acaaatgttc ttttgcatac caagccaaca tatccaaatg caacgtttct 960 catgatggct agaccatatg aaactggaca aggcactttc gataactcaa caactgctgg 1020 aatccttgag tatataaacc ctaaggtcac cacgtcagct tcattcaaca aaaacctccc 1080 acttttcaag ccatctcttc cagtgttaaa tgacaccaaa ttcgttacaa acttcactaa 1140 caaattgcgc agtctagcca atacacagtt tccagcaaac gtgccacaaa atgtagacaa 1200 gaagctgttt ttcacagttg gattaggaac aaatccatgc cctaaaaatc aaacatgcca 1260 aggccaaca atgtaaccaa atttgcagct ggtatcaaca atatttcttt tgttatgcct 1320 acaactgctt tgcttcaagc tcacttttct ggcaagtcaa atgcagttta tagtccgtat 1380 ttcccaataa gtcctctgaa ctattttaat tacaccggaa cccctcctaa caatacattt 1440 gtgagcaatg gaacaaagct tatggtttta ccattcaata ctactgtgga gttggtgatg 1500 caagatacaa gtatctttta ggctttgaaa gtcatcctta catctccatg gatttaattt 1560 ctttgtggtt ggacaaggtt ttggaaatta tgactcaaag aaagatccag ctaagtttaa 1620 tttggttgac cctgtagaga gaaacacgtg gagtacctcc tggaggctgg gttgccataa 1680 gatttagagc tgataatcct ggtatctggt ttatgcattg tcaccttgaa gtgcatacaa 1740 gttggggctt gaagatggca tggctggttt tgaatggaga ccttcagaat cagaagctgc 1800 ctccaccacc gcttgatcta ccaaaatgct gatgctgatt ccgatatttt tgttcatacc 1860 aaacatgtga tgatggaaat tttatttga ttttgtactt tgattttgtt gcgtgtgtgt 1920 tgcttgttta ccagcaaaca gaataaggat gacgatg 1957 <210> 245 <211> 1045 <212> DNA <213> artificial sequence <220> <223> 1_c75649 <400> 245 ggtacaataa ttactagtga gagagagagg aaaaacaaaa taagtaaacc atggctatta 60 tatatcgtat ggtatggttc atttttggaa tattaattgt aacattagat aaagtagcta 120 ctactagtgg tacttttgat gataaatatg tcgttacatg gggaggagac catgttaaaa 180 atctggataa tggaagatta gttcagctct ccatggataa atcgtctggt tcaggattta 240 gttccaaaat ggattacagc tcaggactct ttcatttttc aataaaaact gcaagcaagg 300 atactgctgg agttgtcaca gctttctatc tatcttcaac ttcgagtagc cacgacgagc 360 tcgacttcga attcctgggc aacagagaag gcaaacctgt aactctacag accaatatat 420 tcacaaatgg acatggaaac agagagcaaa gaattcacct atggttcgat ccttccaaag 480 ccttccatga atacaaata ctatggaatc cttaccagat tgtattcttt gttgatgata 540 taccaattag ggtttaccga aatcaaacaa gcagaagaat agagtaccca tttcgcccga 600 tgaaggtata tgtgagctta tggaatggtg aagactgggc tacaaatggt ggaaaggata 660 agatcaactg ggcagcagcg ccttttataa cggagtttca agattttaat gtcgatggat 720 gtgtcgctga aagcaagtca tgttcatctt cgagctactg gtggaatgca gggatgtata 780 aacagctgac tcctacacag caattggcat atcagaatgt gaggaggcat tatgtgacct 840 atgattactg cactgataga caaaggtttt ctgtacagcc tcctgaatgt catttgtaaa 900 ccatgcagat ttgtgattag ttcatacaga tacgtatatt tggaaaatat atacttgtat 960 ttaaatgtta taaatacacc catgttagag tgttaaaatt actgtatatg atatattttt 1020 gtactgtcta tagatgatta ttatatt 1045 <210> 246 <211> 1700 <212> DNA <213> artificial sequence <220> <223> 1_c8729 <400> 246 ttttacagga gctttaaagc tcaaaaccca aattggcgcc tcgcatttca taaaactacc 60 aatgttgaaa ctacttaaac ctcagccagt tttatcaaaa tctctcccaa attctcattt 120 ccaaccatct ctttttcgat ttctacagtc ttttaaagag ttcagtaaca aaaaagaaag 180 attttcgaaa agcgcgcggt tttgctctga tagtggagat gggtcgaaga tatctgagga 240 agtgaaggcg gttgaagagg gcgagaatgg tctaaaagag ggaggagaaa gtggaaatga 300 ttcgaagtcc aattcagcga ttgtccccac caatacgagg ctggaagatc aactgacggt 360 acttgcattg ccattgctac acagaccttt gttccctggc ttttacatgc ctatttatgt 420 aaaggataaa aatttgctag caactctagt ggaaaaactt gaaagatcag ttgcatacgc 480 tggcgctttc cttgtaaagg atgaggctgg aactgatcct agtcttacat caggttctga 540 aaaagaaata aatagtcacg atctcaaagg aaaaaaacta ctggatagac tttatgatgt 600 cggtacccta gcacagataa ctagtataca ggactattgg taccctagcg ttatgcttct 660 taaattttta ttctccaaaa agcctctgga agagctgtct aatagtattg atcttttact 720 attactttct gggttttctg atgagtaact aatacattaa gttcgaggaa gatgcacctg 780 cataccaacg tacttgctag ggactagttt aacctccggt actaagttga cttcaaggat 840 ttgcaacaca attgttctta ctgatcatct gtccaaaaac atgttttttc accttttatt 900 aatcttcatg gcactattct cattaacttt gttttgcttc tgctatatgt atagataact 960 agtatacagg gggataaggt ggtgctgctt ggtcatagac ggttaaaaat aactgagatg 1020 gggaatacat cgtttggtcg ataaagaaac acattttttt ctttccctaa tattttatat 1080 tagacaacaa cttattattt tggctctatg taggcggagg agaacccact tgctgtaaaa 1140 gttgatcact tgaaggcatg ttagtatata taccgtgtca ctgtatttct ttaatccctc 1200 acagatcgca gtgttatcat ataatcgact gtattatgct ttatcattat tttgttgggc 1260 aaatcacctt tacacattga ccttatagca ggtttttaaa ccttggattt caggcaaaat 1320 cttgaattga tatcttggtt catatgtagg gttgagatca tagcatctcg gtgagatgag 1380 cgttaaacaa gttaaaaatc acattcaaaa tatcgtctcg ctcatatgca aaaaggtaat 1440 ctcgggtgtg atgaaagaga tctaaaactt tgcccaccca ccgatcagtt attacaagtt 1500 aaaaagtacc aaaacaccga gaactttttg ctgttttaaa gggcactgtt agaaggactt 1560 cacttttgga agatggaggt ataattttaa gggggctccg tccaaaaata aattgttatg 1620 gaagaggcac atgataaatt gaacaaaatt agaagattta ctactttaaa ctcgttaaaa 1680 gcaaattcgg caaccgccct 1700 <210> 247 <211> 1532 <212> DNA <213> artificial sequence <220> <223> 2_c10147 <400> 247 ggaattgtgg tatgcactac tacttttata tgaaaaagaa ttgaggcctt acaatggaga 60 tggtagatca tgatgatggc cgcattagga cagggactgt ctggactgcg acaacccatg 120 caataacagc tgtaattggg tcaggagtat tagcattgcc ttggagtgtt gctcaattgg 180 gatgggttat tggtcctata gtgcttattg cttgtgcata tgtcacatac tacactgctg 240 ttttgctttg tgattgctat agaactcctg atcctgttaa gggaaaaaga aattatacct 300 acatggatgt tgtgagatca agcctaggtc ccagagatgt ttttgtttgt gcaatagcac 360 agtatgtgat gctatggggc acaatgattg gatatgtaat cgtttcctca actagcatga 420 tgtcagttgg tcgcttaaac tgctatcata caaaaggaca tgatgcagac tgcaagacat 480 cgggaaccat atacatgatt atatttggct tggtagaaat tgtgttgtct caatttccaa 540 acctagaaga gataacgata atatcggtga tagctgccat aatgtcattc acttacctat 600 tgattgcttt agctttgagc attgcaaagc ttgcatctca tcgtcatatt caaggaactc 660 ttttaggagt caagatcgga ggtgttggtg gtgtttccgc tttaacaaaa gtatggcaat 720 gtttccaagc acttggaaat atagcttttg cttacactta tgccatgctc ctcattgaga 780 ttcaggacac tctgaaatca acgccggctg agaacaaaac aatgaagaaa gcaagctttt 840 atggtatagg agtcactggt attttctatg tggcgctagg ctgtttagga tatgcagcat 900 960 acatagctca tgccgctgtt cttattcata ttgttggagc ttttcaggta tatgcacaac 1020 ctatctttgc aaaatacgaa gattgcctat gcaaaaaata tccaaattct accttcttcc 1080 acaaaaacta caaagtatcc cttttctcga aatcccattc atttaacttc actctatgca 1140 agctcattct ccgttctctt ttcgtagttt tgaccacatt cattgctttg ctgcttcctt 1200 ttttcaatgc catagttgga tttcttggct caatatcctt ttggccttta actgtatatt 1260 tccctgtaac aatgtatata aaacaagcaa atattaggcg tggaacaggg aaatggttga 1320 tgcttcagct tttgagtttg gtttcattaa tcatttcgtt agttgctgct gttggttcta 1380 ttgctgatat tgtacaaaaa ttgaagcatg ctaaattatt taaagcagaa ctttagctgc 1440 atacttgtta tacataaaga ccgcatatac ttggttgatt tcaagtgtag ttggatgttt 1500 ttggatgcta aacttgaagg tttttgttgt ga 1532 <210> 248 <211> 1245 <212> DNA <213> artificial sequence <220> <223> 2_c14407 <400> 248 cagtgtcata ccacgcaagt tcgttcttcg catttcctcc tagaaaatta taagaacaaa 60 aaatggcagt agcagcgaat aagcaaataa tattcaaaga ctacgtggtt gggtacccaa 120 aaaatgggga catgatactg aagacatcca ccattgattt gaaagtaccg gatggatcga 180 cggctgtggt cgtgaagaac ctctttctct cttgtgaccc gtacatgaga gtcaggatgt 240 ctgagcctgt aatcaagagt tatactgaag ccttcactcc tggatctgtg ataactggat 300 atggtgtggg caaagttgtg gattctaaac atccgaattt ccaagctggg gattatgtat 360 ggggaataac aggatgggaa gaatatagtc taatcgcccg gcctgaatac ttgaccaaaa 420 ttaaacacac agatgttccc ctttcctatt acacaggcat tttaggaatg cctgggctta 480 cagcatatgt tggattccat gaaatatgct ctcccaagaa aggagagacg gtttatgtgt 540 cagcagcatc tggtgcagtt ggacaacttg ttggccagtt tgctaaatta atgggttgtt 600 atgtagttgg aagtgctgga tctaaagaga aggttgatct gttgaagaat aagtttgggt 660 ttgatgatgc atttaactac aaagaggagt ctgatcttac tgttgctttg aaaaggtgtt 720 tccctgatgg catagatatg tacttcgaaa acgttggtgg caagatgctt gatgctgtgt 780 tattaaacat gaaaaaccat gggagaattg ctgtatgtgg aacaatatct caatacaatc 840 tcacaaagaa agaaggtgta gaaaaccttt tctgcctagt tactaagaga ataaagatgc 900 aaggatttct cgaacccgat cacaaacact tgtatcctca attcttggaa cttgctatta 960 agtacgtaaa agaagggaaa ttagtgtacg ttgaggatat agtagaaggc atcgaaaatg 1020 ctccttctgc gctttcgga ctatttcaag gtaaaaatgt tggaaagcaa gttgttcttg 1080 tagcaagaga ttaatgtaat ggattttagc atatatcgta ataagtacga ataaaggcat 1140 gaatttgtca caagtgccag tatcattttt ttcctttctt gctctgtttg tgtaataaaa 1200 ttgcggtatg tgtgggttta attataaaga agagctgtga gcgaa 1245 <210> 249 <211> 1506 <212> DNA <213> artificial sequence <220> <223> 2_c18153 <400> 249 ttttttcttc tttttacta attacataat accatattta tcaataattt aatctacaca 60 gggatcgaaa tcgccactgt ttctaatcaa tccctctccc tttttgatcg aggatagaag 120 atggcggatg cagaagatat tcaacctctt gtgtgtgaca atgggactgg tatggtgaag 180 gctggatttg ctggagatga tgctccacga gcagtcttcc ctagcattgt gggccgtcca 240 cgtcatactg gtgttatggt tggtatgggg caaaaagatg cgtatgtagg tgatgaagct 300 caatctaaac gtggtatttt gaccttgaaa taccctattg aacatggaat tgtcaacaac 360 tgggatgata tggagaaaat ttggcatcat actttctaca atgagcttcg tgttgcacca 420 gaagagcatc cggtccttct tactgaggca ccactcaatc caaaggccaa tcgtgagaag 480 atgactcaga ttatgtttga aacattcaac gctcctgcta tgtatgttgc tatccaggcc 540 tgttgtcact ctttatgcta gtggtcgtac cacaggcatt gtgctagatt ctggtgatgg 600 tgtgagccac actgtcccaa tctacgaagg atacgctctt ccccatgcaa tacttcgtct 660 cgacttagca ggccgtgatc tgactgatgc cctaatgaag attcttaccg aacgtggata 720 ctctttcacc accactgcgg agcgtgaaat agtaagggac atgaaagaaa agcttgctta 780 catcgctctt gactatgaac aagaactcga aacagcgaac acaagctcct ctgtcgaaaa 840 aaactacgag cttccagatg gtcaagttat cactatcgga tctgaaaggt tcagatgccc 900 tgaagtactt tttcagccat ctatgattgg aatggaagct gctggtattc atgaaactac 960 gtataattcg attatgaaat gtgacgtgga tatcaggaaa gatttatatg gtaatattgt 1020 gcttagtggt ggaccaacta tgtttcccgg gtattgctga taggatgagt aaggagatca 1080 ctgcacttgc tcctagtagt atgaagatta aggttgttgc tccgcctgag aggaagtaca 1140 gtgtttggat tggtggtcta tcttgcttca ctcagcactt tccaacagat gtggatatca 1200 aaggcagagt atgatgaatc tggcccatct atcgtgcata ggaagtgctt ctagattttt 1260 ggaaactcgg aagaagctta cttgcataac cagagaagat gatttggttt ttgtttttct 1320 tcttttcttc gcaaacataa tatttggcct gtccatttct attttctttt tatattgtta 1380 caaagatttt ggttgggctt gtaattcact taatagagcc tataaattta agctcaattc 1440 ctaggctatt tattatatat atgtaatttg cacttctaca agattaataa ataagtaaac 1500 aattgt 1506 <210> 250 <211> 1721 <212> DNA <213> artificial sequence <220> <223> 2_c21528 <400> 250 cctcaaacca acagcattcc aaaaagaaaa gcaaagataa tggccattac gactccatta 60 atcaatggag aaaaaccaac gatgacgata gaccccgaag aagaacatgc attggtcgcc 120 gaggtggcca tggaggcagg gggcaacatc gcgccccttc tggtggagga tgagcgtcct 180 gtgacgaaca cccgagatgc ggtcgatatt tttgtaatgg agtcgaagaa gctgtggtcg 240 attgcagttc ccattgcctt caatgtgttg tgtttgtacg gaatgaattc ggccacccaa 300 atatttgttg gccatttggg caatttggag ctatcagctg ttgctattgg tttgtctgtc 360 atctccaatt tgtcctttgg ctttcttctt gggatgggaa gtgcactaga aacactatgc 420 ggacaagcct tcggggcagg ccaaatagac ctactaggaa cctatatgca aaggtcatgg 480 ataatcctac tatcctcagc cctccttatg actccactct acctcttctc cacaccagtt 540 ctaaaactcc tgggacaaca agacaatatc gccgacctcg caggcagatt cacaatctgc 600 ataatccac acatgttcgc cctcgctgta aacttcccaa cccaaaagtt ccttcaagcc 660 caaagcaaag ttatggtgct ggcttacatt agtggggctg cccttctggt tcattttatc 720 ttgctctggc tcttcattta cgttatggac tggggtat atggggcggc tgctgcttat 780 aatatatctg tatggatcgt gtctcttgct caggtctggt atgtgatgcg gtggtgtacg 840 aatgaaggat ggaatgggtt ctcgatagat gcgtttaagg agatttgggc atttgttagt 900 ttgtcgcttg cttccgctgt catgctttgt ttggagattt ggtacatgat ggttcttgtc 960 gtgcttaccg gtcatttggg caatgctgag atcgccgttg ggtccatctc catttgcatg 1020 aatataaatg gatgggaagg gatgatattc atcgggatca atgctgctat aagtgtgcgt 1080 gtatcaaatg aacttggttc aggcagacct agggcaacaa tgtatgcagt aattgtggtg 1140 ctggttactt ccctagctat aggcttgcta tgcatggttg ctatattaac tttaagggat 1200 gtatttccag taattttcac aagtgataag gatttgcaaa gggcggtttc taacatagcc 1260 ggtcttctag gcattaccat ggtgcttaat agcattcaac ctgtgatttc aggagttgcg 1320 gtaggaggtg gatggcaatc tttggttgct tatattaatt tgggatgcta ttatgtgttt 1380 ggacttcctt tgggattctt tttgggatat tcagtgaagt ggggaggttga gggaatatgg 1440 gcaggcatgc tttgtggcac tgcactgcaa acactaatac tcttggttgt agtttggaaa 1500 acaaactgga aggatgaggc agcacaagca ttagaacgag tgagattatg gggaggacaa 1560 gaagacagta ccatgaagtt gcagagctag tttgttttct aaataaaata gatttttaat 1620 ctctatttga ttacacttgt agtttagata gacttgtcaa gttgacgtct ttttcaaatt 1680 ttcaggttac aaaattaggc ggaggtttaa cattcatattt 1721 <210> 251 <211> 1632 <212> DNA <213> artificial sequence <220> <223> 2_c24386 <400> 251 cacttccgat ctatccttca gtttcttcta cttcttcacc caatgtattc tcagtgctta 60 ctattactca tcatcctaat aacagtgccc ttcatttacc tcattataac cccaaacaac 120 agtaaagcat accctgtatt agggcacctc ccccagtttc ttaagaaccg ccacaacttc 180 catgactgga tcactgaaca gttggcctcc cttcctacta acaccctcgt atttcaccgc 240 ccgggcaata ctcatggtgt cattactgca aaccctactg ttatagaaca tgtattgaaa 300 acgaaatttg agagtttcca caaaggccca agaattcgct ctatgcttca ggattttctc 360 ggcgatggca ttttcaatgc tgatgggcat cgttggaaga tgcagagaaa aacagcaagt 420 ttcgagttca acacgagatc actacgcaat ttcgtaatag agacagtcga atatgagaca 480 agcgccagac tcattccctt gctgaaaaaa tactcagaaa acaaacaagc attcgactta 540 caggacgtgc tcgaacgtta cgcatttgac aacatttgca aagtcgcatt caacgtcgat 600 ccagcatgtt taacttcaga caatggtgat aaagcggttt ccaacagttt cgccgatgct 660 ttcagagatg cagccgagta cacttctgga aggttccggt acgccctccc cggtttctgg 720 aaaatcaaga aaatgctaaa cataggctca gaaaaaaggc ttcgtgaatc catcgccata 780 gttcacgaat ttgccacaaa catcataaga caaaggatga aaatgaaatc atcagaaagg 840 tcatacgatc ttctatcaag attcattaac acggaagaat tttcagaaga tttctacgt 900 gacatagtga taagttttct tctggcaggg cgtgaaacaa catcttccgc gctatcatgg 960 ttcttctgga tactgtcttc tagaccggaa gtacaacaaa aaataataag agaaatcaaa 1020 gaacttagaa aaacgaacag ttatagaaaa gaaagtttca acttcgatga actgagagag 1080 atgcagtaca tgcatgcagc gataactgaa tcaatgagat tgtaccctcc tgtacctacc 1140 aacataagtg tatgcaatga agatatggta ttgccagatg gtacagagat taagaaaggg 1200 gagttcatgc tgtgttacac gtatgcattg ggccggatgg agagggtatg gggggaaggat 1260 tgcagggagt acaggcccga gagatggttg gatgagaatg gaaggtttag gcccgaaagc 1320 ccatttaggt ttttagggtt taatgggggc ccgagggtgt gtttggggaa ggagatggcg 1380 tacattcaga tgaagtcgat tatggtgtgc atggtcgaga ggtttgagat tgaggcggtg 1440 gagaaagaga ggtgtccaag gaaggtgttg tcattgacgc ttaggatgaa aggtgggctt 1500 atcacccgtg ttaaggag atgtgggatg aacttggact attagggctt atggctcgtg 1560 ttaagtttga ttcatgtgca tatagcattg ttacaaaatg taaggtatga tcatgaaata 1620 taaggagatg tg 1632 <210> 252 <211> 1540 <212> DNA <213> artificial sequence <220> <223> 2_c24866 <400> 252 cagaaaggga ggtaggatag tgcatagtgg ggtaacagag tagcaagttg gccttggcag 60 ggtgatgcag tgtgaatggt ggagtagatc agggaagttc agggaagttg gtcagggaag 120 aactgcactg atatgtagga gcgacaaaaa tgatgaaatt aaatttatat tttgtctgat 180 gtataggtgg acatttatga tggtgactct atattttggg ctgggttcta tgctttccat 240 ctatggctgc ggcctgtatt tgaacagaac aacaagcagt aataacattg aagatggtaa 300 aagagtagat gcagagagca aaatatatgc agctagtata actgatataa gcgaaactga 360 tcgcagagga acggaaaaag tgtattttat gtggagcagg atgttcgcaa acgtgctgga 420 gtttggggtt acgtgttcca ggttatctat cagacaaatg caggtgcggt gatgctaact 480 gattgtgtat tctggtttat catctttccc ttcctactta tgaaagatta cgatcttaat 540 ttcatattga ttggcatgca cacagtgaac gccatcttcc tacttggaga cactgctctg 600 aatagcttgt gtttcccctg gttccgaatc tcctattttc tcttctggac ttctggcttt 660 gtaatttttc agtggcttct tcatgctttt gtctcaattt ggtggccgta tccatttctt 720 gacttagcat ctcctcaagc cccaatgtgg tatttcttca tcaaatgtgg tatttgacag 780 tggcactgat gcacatccct tgttacgcaa tttttgctct aattataaag atgaagcatc 840 atattttatc aagatggttt cctcaatcat atcttattaa cagtcgaggt taaagaaatc 900 atttgtttgt aggcatgagt ggatggtcag gtgataatgt gcagagtgat ggactgtggg 960 cagagacagg tagtggcaga caatagtttt tgaatgaatg cttgtatgtg tttgggagta 1020 ctgtgtagtt gtagaggaga tggtgtggtg aagtttgatg atatagcttg gcctgctgca 1080 cacattgtac tgacatgaat tttcagtaag tataatctac tttgttact gaagcacatg 1140 tcatttatga tgaagggtta tgatactcaa gttggtgaac gaggaagcct ctttagtggt 1200 gggcagagac aaaggattgc tattgcgaga gctattctga agaatgctcc agttttgata 1260 ctagatgagg ctactagtgc ccttgatgca gtaagcgaga gattagtaca agaggcactt 1320 gatcatttaa tgaaaggaag aacatcattg gtgatagcac atagatgca ggtgtgtgaa 1380 agaagaagat gctaaagttg tgatcttcat tttaatgcaa acaatcaaat atgtacttgt 1440 taaactatgc tactattttt ggggtgtgct taaaatattt gctactacgt tttgatgtgt 1500 atgaatattt ggtatgttta atgtaatgtg ttacatctct 1540 <210> 253 <211> 1850 <212> DNA <213> artificial sequence <220> <223> 2_c28659 <400> 253 gcaaggttag ccttagctat ccacttacaa tacattctcg taaacacctc caacctctcc 60 acatcacttc ataatcatgg cgtattgcgc cagagtctgt ttcatagcgt ttgcgctcct 120 cctcactctt gctcaagcag aggatccata tcttttcttc acatggaaag ttacatttgg 180 cactagatct cctctgggtg tccctcaaag agtcatactc attaatgatc aattccctgg 240 tcctaatctc aacaccacta ctaacaacaa cattgtcatc aatgttttca acaacctcga 300 cgagcccctt cttttctcat ggaatgggat tcaacaaagg aaaaactcat ggcaggatgg 360 tacaccagga acgaactgtc cgatcttgcc tggtaccaac tacacatacc atttccaggt 420 aaaggaccaa atcggaagct tcttctacta cccacccatc ggcatgcaga aggcggcagg 480 cggcttcgga ggcctgcgca tcaacagccg tctcctgatc cctgttccgt tcgccgatcc 540 agccgacgac tacaccgtgc ttatcaacga ctggttcacc aaaggccatg aagtgctgga 600 acggatgctg gaccagggcc gaagcatagc ccggccctcc ggcgtcctca tcaatggaaa 660 aaccggtaag gactcatccg gaaaggacga ccctcccctc ttcaccatgg aggctgggaa 720 gacctacagg taccgcattt gcaacgtagg catcaagacg tccctcaact tccggttcca 780 gaaccaccca atgaccctgg tggagatgga tgggtcccac acggtacaga acgtgtacga 840 ctccctcgac atccacgtgg cgcagtgtgc gtccgtgctc gtgacggcca acaaggagcc 900 caaggattac tacatggtgg cttccacaag gttcacccag tacacgatgt ccgccaccgg 960 agttgtcaag tatgctggtt cgaacacccc gccctcgcct gacctgccac ctgcacccac 1020 cggctgggtc tggtccttga accagtggag gtccctccat tggaacctga cggccagcgc 1080 agcccggccc aacccgcaag ggtcctacca ttacggggagc atcaacatca cacgtaccat 1140 cacccttgtg gcccattccg gcacgttcga agggaagaag aggtatgggt tcaatggtat 1200 tactcatgtt gacacgaaaa ccccacttaa gctactggaa tactacgggc ttgccgacaa 1260 ggaattcaag tacaatctga tgaaggacgt gccacctgca ccgaatggag gtgagatcac 1320 tactaaggct cctaatgttc tttccgctga gttccgaact tttatgaga tcatcattga 1380 aaacccgggaa aaaagcccta acttcttcca tgtcgatggc tactctttct tccctgtcgg 1440 aatgggacct gggaagtgga cgccggcgaa gaggtcgacc tacaatcttc tagatgcagt 1500 gagcaggcac acgatccaag tgtatggaaa ctcatggtcg gcgatcatga ccacatttga 1560 caatgcaggc atgtggaact ttaggtcgga gatatggggag agacgatacc ttggtcagca 1620 attctacatg agtgtggtgt ctcctgcacg gtctctgagg gatgagtaca ccatgcctaa 1680 cactactttg ctctgtggca cggttgagaa gcttcctaca ccaccacctt acacctaaat 1740 tggtcaattt ttttttgggt ttgattgttg taagatgttt tattgagttg ctttgagttg 1800 tttcttgttc gtattctttg tttttgatgt tatgtttcat ggattttaat 1850 <210> 254 <211> 1618 <212> DNA <213> artificial sequence <220> <223> 2_c30016 <400> 254 agctgagatt aagggacatc gtcgtacata tattggagcc atgccaggaa aaatggtgca 60 gtgcttaaaa atggtgggaa ccattaaccc tcttgtttta attgatgaaa tagacaagct 120 aggaagaggg tctgctggag atccagctag tgcaatgcta gaactacttg accctgagca 180 aaatgctaat tttcttgatc actacctcga tgtgcctatc gacctatcca aggtcttgtt 240 tgtttgcact gcaaatgtaa ttgagacaat accaactcct cttttggata gaatggaagt 300 catacctctt gctggttata taacagatga aaagatgcac attgcaaggg actatcttga 360 aaagaaagct cgtgaagatt ctggaattaa cttggaccaa gtagaagtga aagacactgc 420 tctttttgag ttgatacaaa attactgtcg agaagctgga gttcgcaacc ttcaaaaaca 480 aatggagaaa atatatcgca aggtagctct gcaacttgtg cgcaaagaac tttcacttgc 540 tccatctcca tatatcactg ctcatcatac agacaaagaa agtaaagatt ctcaggagaa 600 tgaatccagt gataaattgg aaaataaatt agaggatggt gagcagtcag ctagcattgt 660 cacaactcaa caggataaca atggtttgga aacagcaagt gtcgagagaa tcataattga 720 tgaatcaaac cttttcaatt acgtaggcaa gccagtgttt cacacagagc gtttatatga 780 ccaaacaccg actggggttg taatgggact agcttggaca tccatgggtg gatccacatt 840 atacattgag accagtttag tcgaacaaga agaaaacaaa ggttcacttt tgctgaccgg 900 tcaactagga gatgttatga aggagagcgc tcaaattgct catacagttg caagatcact 960 atttacagaa aaggaaccgg ataattcatt ttttgcaaac tcaaaaatac atttgcatgt 1020 gcctgctggt gccactccaa aggatggacc gagtgctggt tgcaccatga tcacatcaat 1080 gttatcgctt gcaatgaaaa aacctgtaaa gaaggacatt gctatgactg gggaagtcac 1140 gttgactgga aaaattctcc ccatcggtgg ggtgaaagag aaaacaattg cagcaaggag 1200 aagtggggtg aagacgctca tatttccttc agccaataag agggactacg atgaacttgc 1260 tgacaacatt aaagatggat ttgatgtcca ttttgtcgat gcttacaacc aaatatttga 1320 gctggctttt gggagcacgc atgcgtaact gcatctgaaa taagcttatt tcctttttct 1380 tctataattt ttcacatccc ttcaattatg tctacccgtc agtcaatttt ttgacttgta 1440 agcttggaat tgctgtgggt tagagaataa aagattagac atgatgcaca tgtttatacg 1500 aactttttaa atattcaatt ttggcttgaa agcgaaagtt tatttgtggg aaatccatac 1560 atttgtattt gtgccagcaa tgagtagttt tgttttattt cttttccgaa tcccaatc 1618 <210> 255 <211> 1579 <212> DNA <213> artificial sequence <220> <223> 2_c31016 <400> 255 gtgaaataga aaataacgat acattttctc gttcataaac atggactaac aaatgcagca 60 tctgaagctt tcgaattcac aggccatgtc tccaactaca ggaacgtatc caaatctgtt 120 attggcatac tctactgatt atcggtctga aagcattagt tcagagccat cagatgtgaa 180 acctccttta gtatcagatc atttctcttt ccaaaattgt caagtattaa accacgatcc 240 ttgcaagtcc atgccatacg atgatacatc attgcaatat acaagagata caaaatcaaa 300 tgacgtaaaa ccttttaacg ttgtcaccgc tgccactaaa gccaaacata tttccccact 360 tctcaacaac tctcaagaag atgaaaaaaa tgagtcagct caggcactat gtgcgccagc 420 cgatgatgga tataactgga gaaaatacgg ccaaaagcat gtaaagggaa gcgagtaccc 480 tcgaagctat tacaaatgca cttatgctaa ctgccctgtc aaaaagatag tggaaagaaa 540 tcatgatggt cagataactg agataatata taaaggtgtt cacccacatg aaaagcctcc 600 tcctaatcgc cgctcagcag cttctttgta tcaccccttt agtgactatc atttggatag 660 tcgggaattt gcatctccta gtttcgggca aatggaggtt gataatcaag aaaatggcga 720 agtatcgtcc actttgtcta atgaggaaga agaggatcga gctactcatg gtagtgcatc 780 taatgggggt gatggtgaag gagaggagaa tgagtcgaaa agaaggttgg ttgaagcaag 840 tatggaaatg agtgcagcgg caagatcagt tcgtgaacca agagtggtgg tgcagactac 900 aagtgaggtt gatgttcttg acgatggata ccgatggaga aagtatggcc aaaaggtcgt 960 caaaggaaat cctaatccaa ggagctacta caagtgcaca agccctggct gcacagtccg 1020 taaacacgtt gaaagggcat cccacgacct aaagtcggtg atcacaacat acgaaggaaa 1080 gcacaaccac gaagtgcctg cagcaagaag caacaccagc aacatcgtac caggaggatc 1140 aaacaaccca ccatcacttc taaccaacca tttcaccgca ccaggatctc atcctccatc 1200 ccgaggcatt gtaccccaag agaggttttc gaattttcca tatgcaattg gaatggctcc 1260 tgcttcgggt cttgccatgc ctggctttat ggccttgccg ttgccgctgc cttcgattaa 1320 tgggctcatg gcccatcagc ataacaggct tccgagcgat gtgggcgttg tgcaacctgt 1380 aaaagaggag gtgaaggacg ataacgggct gaatttggat gttttgaatg ggtcttcgga 1440 tgcatattat tgtcagctca tgagaaggat ggtttaggac ttggattgaa ttttgtagta 1500 caagggtaga atcgtaattg ttggtcaagt cttctgattt tgttcgtttg tttttcattt 1560 tttttttctc cctatagat 1579 <210> 256 <211> 1776 <212> DNA <213> artificial sequence <220> <223> 2_c37272 <400> 256 tatctatagc ttcattccgt ttccaagcag agatcccatg tttcaatctc tgcattaatt 60 agtaaccgtt cctatataat tctattaggt ccattagagc acgtttaatt tttaattattt 120 atttcgtatc tagtgaaagt attaaaatgg aagaactacc aaaaccctcg tacttatttt 180 cagtcatgtt cctagttttc atagcttcag cttcagctac taaagaggaa gacgacgagt 240 ataggtactg gcgaatgaga gaagaacaag ctagtaaagt agctaaagct acctacgtcc 300 cagatccctt taccgtcacc agctccttca atcaagcagt caacaatgca atggtgaaga 360 acatcacggg aaggagcctg aagccggtgt acacaggagc atgcagagca acaaacccga 420 tagaccggtg ctggaggtgt gacccaaact gggcgaacaa tcgtcagaag ctggcaagtt 480 gcgcgaaggg gttcggtcgc aaggcatggg gcgggggcaa gcacggaaag atctacgtgg 540 tgaacgacac atgggacgag gatgtcgtga acctcagacc gggcaccatc cggcacgcgg 600 tcaccagtaa cgagtccctg tggatcatct tcgaccgaga catgcacttt gagctcaagt 660 gcgagctaat catcgcagat aacaaaacga tagatggacg cgggttcaac atacacttct 720 ccgggggcgg ccagtttacc atccagttcg tctccaacgt cattgtgcac aacattcaca 780 tacacgataa cgtgcccgta ttaggcggaa tggttcggga cagcgttggg catttcggat 840 tgcgtggggt cagcgacggt gatggggtct ccatttttgg agcatccaac atttgggtcg 900 accaccttac cctcgccaac tgtgccgatg gcttgatcga tgctatcgag ggctccactg 960 ggattaccgt atccaactcc tacttgacgc accatgatga taccatgctt ttgggtgcta 1020 gtgatgccta caccaatgac accatcatgc aggttacgat agcgtttaac cattttgggg 1080 aagggctggt gcagaggatg ccgagggcaa gatatggttt cgtgcacgtg gtaaataacg 1140 attatacaca ttggattatg tacgctatgg gaggaagtaa gcatcctact cttgttagcc 1200 aaggcaaccg gttcattgct ccagacaacc ctttttccaa agaggtgacc aagagagaat 1260 atgcagacta ccctacgtgg aagagctgga actggacgag cgagggagat ttgtttgtaa 1320 atggagcgtt tttcaataca tcaggggtgg aaagctccaa ggaggttgaga aagggatttt 1380 cgaggaagga cgtgtttaag gcaaagcctg ggtcttttgt atcacggctc acccgatatg 1440 ctggtgcact tgattgcaag gttggggagc catgttaacg ttaaataaaa cgtagtttgt 1500 atttctcaaa gaagaagaga agaggagggg gaagtcatgt ggggtttcga atttaggaag 1560 catgcttgag tttttctttt tttccttcct cctctcttct tttcggcctt cactttctgc 1620 ctgcaaaaat gaagtgctgt gttacgtagt cagtggagaa taaattgatt ttgctgtact 1680 tgtttcttga tgtgtgtaag agaaaagtgt actattttga attttgattt gtcaagtttc 1740 aacttttaac tcaaaaattg gctacccttc atgcat 1776 <210> 257 <211> 1703 <212> DNA <213> artificial sequence <220> <223> 2_c38972 <400> 257 caaaagaaca agaaaagaga aggagaaata tgaactatac taattctttt gtacctgtgc 60 aagacatagt ctttcccttc accaaatttc atctcatact cctttcaata gcatcattca 120 tcataatcac aattctgaaa aaccgaagtg gtagcaaggt catatgggac tggccgatat 180 tcggaatgac tccaacaatt attgcaaaca atgaccgtct actcgatcat gcagcctccg 240 tacttcgaga tttcaaacat actttactgt ttaaaggccc atcgttcatg aatgcagatt 300 tcatgcttac ttgcgaccct gaaaacgtca accacattta caacacacat ttcgacaact 360 acccaaaagg cgaagacttc atacaaatat tcgatgtgtt aggggatgga atatttaatg 420 ccaatggaga atcctggatg gttcaaagaa aaatggccca cacatatatg agcgataaaa 480 agttcaaatc ctacgttgag aaatgcacca gagagaaggt gtctaatgtg ctccttcctc 540 ttatgaacca cttcatggag catgatcgag tcgttgactt tgagatgttt tcttgaggtt 600 cactttcgat attacctgcg ctttggtcct tggtgttgat ccaggctgtc ttcatcctga 660 ttttcctacc ataccttttg aagaagcgtc ctcgtacatg gaagaagttt tgcttttccg 720 gcacactgtt ccgatgttct tctggaagct tttgaactgg ctgcagatag ggaaagagag 780 gagaacgtcg gaggcaacag aagtggcaaa tcatttcata tatcaatgta ttcgagaaaa 840 aagagaagct cctgcagaca acataaacga aggagctttt gatctcctga caccatattt 900 gaaactaacc aaagataatt caaatgatgc ttgtacattt agtgacaagt tcatcaggga 960 cactttactc accttcattg ctgcaggtaa agacacaaca tcatccgcga tcatttggtt 1020 cttttggcta gtttccactc acccaaaggt tgaaaagaac attctggaag agttgagaaa 1080 gctgaaacca aaatctacca aaatggcagt tttagaagct gaggagatga actcactggt 1140 gtacttacat gcagcaatat gtgaaacatt gagactgtac ccacccgttc ctttcaatca 1200 caagcaacct gtaaaagacg atacattacc aagtggacac aaagtttata aaggaatgaa 1260 agtgatcgta tcgtcatatg caatggggag gatggagggt atatgggggaa aagactgcct 1320 ggaatttaaa ccagaaagat ggattacggg aaaagggacg ataaggcacg aaccctcgta 1380 taagttcatt gcatttcatt cgggaccgag gtcgtgttta ggtaaaaata tggcgtttac 1440 tcagataaag ttggtggttg ctgctatgtt atacaatttt gaaattcaag cagttgaagg 1500 ctacgtggcc agaccaaagg tatctatagt tactcaaccg aagaacggtt tgccaatgaa 1560 gttgagaaag agaatgatgt ttgaagacgc taatgatcag aaaatacgat gaagcatgga 1620 ttcttggtat agtatattat atatgatgtg gtaactctat ttaagtttgt gtgtgatagt 1680 aaacgtgtta tatttcgtct taa 1703 <210> 258 <211> 1260 <212> DNA <213> artificial sequence <220> <223> 2_c41885 <400> 258 acaaatttct ccctttaggg cttcaagatc tctcctgaag cggcagccat ggcttcttca 60 ggaagataca tgtcttactc tccttctcct tcttcaacta ctccgcgctc ccctctcaac 120 atccgaaacg caaccactgt tatttctgag caagaaaaat accttgctga gttattgcaa 180 gagcgtcaaa agatcactcc ttttgtacct gtacttccgc attgttatcg cttgttgaat 240 caagaaattt ttcgtataac tacaatgttg gggaatgcga ctcgtttaga tcagagtggt 300 tttgaacatg gtagccctct tcatggcggt ggattgtttt caaatgtagc agctgctaat 360 tctaatggct ggggatcaca tttccaatca gaaagaatgg gaatgatgca gcaatcatct 420 gttcatggtt ggattggttc tcagagtgga tcatctagtc tcgttgtcaa gaaaacaatt 480 aggtagata ttcctgtgga taaatacccc acttttaact ttgttggtcg cctccttggt 540 cctaggggaa actctcttaa gcgagttgaa gcaagcaccg attgtcgggt tttgattaga 600 gggcgtggta gcattaagga tgtagctagg gaggatatga tgagagggaa accagggtat 660 gaacacttga atgagccact tcatattctg gtagaggcag agctaccagt tgatatcatc 720 gatgcccgct taatgcaagc tcgtgagata ctcgaagatc tactcaaacc cgtggatgaa 780 tcacaggatt tcttcaaaaa gcagcagttg agagagctag ctctcattaa tggaactctg 840 agaagcgatg aagtggcgag catgtctggc tcagtgtcgc ctttcaacac caacaacagc 900 cttggaatga agagagccaa gacacatggt taagttaaca tctctgcata attaggcgcg 960 cttataagca gctctcaggt ttgccctaga actaaaaatt taccagattt gcccaggggg 1020 gcattcgcgc caagatgggt tctaattaat attatgtctc gtgcgagtga gtcagtcagt 1080 tggtcggttg tagtttaaca agtcggattc caagttcgtg tcattgtggt acttagtgta 1140 aaattgtgct tattattatt atcattatca tcatcatatg ttgtagcagc atgtatagaa 1200 cactagttat gttggatgct atcaagattt ggtaatgtta gtttataatg gatttggttt 1260 1260 <210> 259 <211> 1552 <212> DNA <213> artificial sequence <220> <223> 2_c43796 <400> 259 ttcattgaaa acacagtaaa taatcatgga acaagcatca aaagcttctc ctcacatagc 60 catattttca agcccaggag caggccacct caaccctctt atctcattct ccaaactcct 120 tcgaaaacac gacgcctcat ttccatcaca ctctcaccca tttcgactac cagtacccta 180 tccttacacc ttgccttcct acatcacatc cgtttctctc ccacccatct ccttatcgga 240 ccttccaccc gaaacacgca tcgagacccg catagccacc ctcatggccc gctccatccc 300 ctttctcaaa accgttctcc aaaacctgaa gtccaacacc aacctcgtcg cattcatcac 360 agatctcttc ggcaatgaga ctgttccgat agctaaagaa atcggagtgc ttcattacat 420 gctcttcact tccaatttgt tcatgctgtc ctttatgttc cacctccctg ctttggatga 480 aatcacttcg tgcgagtata gggatttacc cgacccgata aggcttccag gttacgggcc 540 gctgcgaggg gaggatttca tcagcccggt tcaggaccgg aaaaacgaag gttaccgtag 600 agttgttcgc atggctaaaa ggtatagaga actggacggt attctggtta acagttttga 660 ctttatggag catactgcag ctgaaatatt tgccggttcg atgaaagaag gtttgcctcc 720 tgttcacctg attggaccgg taggtgagtt tggtccaatc ggaacaaaat cagaatgcat 780 ggactggctg aacaggatgc cgcatggctc cgttctgtac atatcattcg gaagcggtgg 840 gacactgtct tcgaaacaga ccgaagagct ggcgtttggt ctgatggaga gcaagcagag 900 gtttctgtgg gtgatcaggg cgcccagcga ttctgaaagc ggagcctatt tcggatccga 960 aaagaaggac ccgttggaat atttaccgaa agagttcttt gacacgatca aagatgcagg 1020 gatggtggtc ccggactggg ccccgcaggt ggatgtattg ggccatggtg cggttggagg 1080 attcatgacg cattgtgggt ggaactcggt tttggagagt gtgatgaatg gagtgccgat 1140 gatcgcttgg ccattgtacg ccgagcagag gatgaattcg gtgttgcttg tggatgatgt 1200 gaagattgct ttgagagcta gaaaagacga ggatggactg gttgggaagg atgaaatttg 1260 tagagttgtg aaagagttga tggaaggagg aggaggggaag agggtgaaga ttaagatgga 1320 tgaagttagg atggagggtg tgaaggccat ggaggaagga ggttcttctt atgaagcatt 1380 agcaaaggtt gtgaactact ggcaaaagta taatatgttt agtagttgat aattttagta 1440 aatatactcc tatgtatcct atgcatgctg aatatgcatt caaagcaaat agtactgtac 1500 caccttttta ggttattagg cagctttcca aattttacaa tggcagatat at 1552 <210> 260 <211> 1287 <212> DNA <213> artificial sequence <220> <223> 2_c44170 <400> 260 taacacagaa taaattaaaa gttcaccttt tatttgtcct catgccttct atagtcgaat 60 aataaggcat taaatactat tctcagctct ctaccttgag tatcttctac aatgaaattc 120 aacttgttct ttgtagcagt tcttgctatt ccggcactag tattttcaga atgtaggaat 180 aaaccgataa tattcaattt tggagattcg aattctgata caggaggagc aatggctagt 240 ttgggtttca atatacctct tccgattggt cgaattttcc ctcggcaacc cagtggacga 300 ttctgtgatg gtcgccttat aatcgacttt ttatgtgaga acttgaacat gagctacttg 360 agtgcatact tggatgcctt agagcctgat tttgagcatg gtgcaaattt tgctattgct 420 ggggcagcaa cacaggctta tgctacgaat cctttctctc tgcaagttca agtgcttcag 480 tttcttctgt ttagatccag gtcactcaaa ctacataatc ttggctataa cagcaaacaa 540 ttaattgacg aggaaggatt taacagtgca ctatacacat ttgatattgg tcagaatgat 600 ctatacggtg catttgcttc taatttcact aatcgaactg atttcgtagt ttcagaaata 660 aaaaaggcca tccagacaat atatacggca gggggtaaaa acttctgggt tcacaacaca 720 ggcccatttg gctgcttacc cgaaagactc tcggtacaga gaaacgattc tgatcttgac 780 caacatggat gtctttcaac tttgaacaac ggcgctaaaa ttttaaatga aaaactaagc 840 gggtggcgtg cgatgaacta aactcaagct tgcaaaatgc aacggtggtc tacacggata 900 tatactccat caaatacgat cttattgcca atcattctaa ctatggattt gaaagtccag 960 aacttgcgtg ttgtgggtat ggaggaccgc caaataactt caactcgagc ataagatgtg 1020 gcggtaaagg aagccaggcc tgtccagttg gttccaagta tgtgagctgg gatggagttc 1080 attacactga ggctgctaat gcgtttgtgg ccactaagat tcttagtaga gagttttcca 1140 aaccaccact aagttttgat catttttgca cttagtttga tgcttttgtt gggttcgttg 1200 aagaatgaaa gatgtaattt gagttataac aggaagaatg aatgtagaaa gaattgaaga 1260 aatttattgc aacagtggtt tgttagt 1287 <210> 261 <211> 1762 <212> DNA <213> artificial sequence <220> <223> 2_c55270 <400> 261 acgttcccat cgtgaaataa atctattgaa tcaacagtta gatgggttag cagctcaaat 60 ccgaagaaga tgaataaata aatagagaag aggaccggat tcgaatctac tctctgttta 120 tgaagtatca caggccgcgt catccgaagg gtttcggagc catgagatca agaaaactat 180 tcgggatatc tctatcccta atcctcataa acctagccgc catcatggaa cgtgccgacg 240 aaaaccttct tccatcagtg tacagagaag tgagcgaagc cttcaaagca ggacccaccg 300 acctagggta cctgaccttt gtcagaaatt ttattcaggc actgtcctct ccattggcag 360 gcatacttgc gctccactac gatcggccct ctgtcctatc tgtagggact gcatgctggg 420 ctctatccac tgcagcagtg ggtgccagtg cacgtttcca gcaagtggcc ttctggaggg 480 ctgtaaatgg gcttgggctg gccattgtca taccatccct tcagtctttc atagcggata 540 gttataagga tgcgaataga ggagcgggtt tcgggttcct gaaccttgtt gggtccattg 600 gtggcattgg aggtggggtg gtggctactg taatggcagg gaatgtgtat tggggttttc 660 ctgggtggag gtgtgctttt gttatgatgg ctgtgttgag tttggtcatt agcgctttgg 720 tgtacacgtt tgttgttgat ccgggtagag gatcggttgc tgcacatgaa gctgatgata 780 agttggagag gtaaggggag tatagctgcc ccaacatgga atgattccct gatagcgatg 840 aaagctgtga tgaaagtcaa aacatttcag atcatcgttc tgcaaggcat tgttggtatg 900 gtgccatgga cttccatggt ttttttcacc atgtggtttg aattgatagg ttttgacaac 960 aagagtgcgg ctgcgctaaa cagcatattt gcagtcgggt gcgcaggagg gtccttgctc 1020 ggagggctga tagggggacag aatgtctcat tactacccgg acacaggaag gataatgtgc 1080 gcccagttca gcgcattcat gggcatcccc ttctcatact tcctcctaac ctgcattcct 1140 cagtcgaccg acagctggtc gaccttagcc ttcaccctct ttctcatggg actgaccata 1200 agctggtgtg ccacctgtgc gaacaaccct atgttcgctg aggtggtgcc accaaagcat 1260 aggaccatga tatatgcatt tgatcgcgct ttcgaaggct ccttctcttc ttttgccgct 1320 cctgttgtgg ggatggtcac ggagaaggtg tttgggtacg attccagtgc taaggacttg 1380 ctgcatgggt ctaaacgcga ggccttggca ctttccagag ggttgcttag tatgatggtg 1440 gtgccttttg ggctctgttg cttgttttat agtcctttgt attttgtttt taagagagat 1500 agggataata ctagggtggc taatgttaaa gtgcaggaat tgatttgatg gggatgtgat 1560 ttccttttga tatactgatt ataggaatag ctggtgatgt gattgggtta tggcgaggtt 1620 gatgtattat ttggtgcttg tttgaaggag tatatgagct atataagtga aggcatcagc 1680 tttgcaagtt ttagatagtg ttgcaaatgc tgttttgtat tatttacagt ttatcatggg 1740 ggtaattggt atcagtttac tc 1762 <210> 262 <211> 1322 <212> DNA <213> artificial sequence <220> <223> 2_c67191 <400> 262 tgattataca ctgacattca tagtaatata ttattggaca tggatatggc aatcttagct 60 tataaaacca tgtcatgaga actcaaattc tattgcaaaa aatcctagct atttcactca 120 tctcttctca tttatcagct agacatggcc atgtctgtgg catgtaaact tgtcacagct 180 tttacggctc ttctttttag tgttactgcc ttagcagatt taccaaggct cgaacactcg 240 ttaaaagaca atggttcttt gagccttttg gttatcggag attggggaag gaatggcgaa 300 tataaccaat cactggttgc agctcagatg ggaaagatag gagagaaact cgacatagat 360 tttgtgatat caacggggga caatttttac aacagtggat taactggagt agatgacaag 420 gcgtttgaag agtcattcac caatatatac actgcaaaaa gcttgcagaa acaatggtac 480 agtgttttag gaaatcatga ttacagggga aatgtggaag cacagttgag ccctgctctt 540 cgtgaaatag atagcaggtg gctttgcatg agatcattca tagtcaatgc agaaatcatt 600 gagttcttct ttgttgacac taatccattc atcaaggact actggaaaaa ggcagaaatg 660 gactccagct ttaatgatat atcacctcgt gaatattaca tctccaatct cctgaaggat 720 ctggacatgg ctttgaaaga gtctagtgca aaatggaagg ttgttgtagg acatcatgct 780 ataagaagtg ttagcgtaca tggagataca gttgaacttg tggaagaact actccccatc 840 ctcaaggata atggcgtgga ctttatacgtg aacggacatg atcattgcct agagcgtatt 900 agcagcaaag atagtccaat tcagttcttg acaagtggtg gtggttcaaa atcatggaga 960 ggggtatata cacaaaatgc agataattta caattctttt atgatggaca agggtttatg 1020 tcaatggagt tgatcaaaga ggagctgaaa atggcatttt atgatatatt tgggcagaat 1080 ttgcatgaat ggaccatgac taaggatggt ccctattcga tctaggggaa tcatgatttg 1140 gctcaagagt tatggattgt tcaatggtgt tagtgttcag gtgttcatat attatttttt 1200 gaatttagct gtaataattt atttcaatta tgggtattcc ctctttattt tattagtttc 1260 taaatttgac ataaatatga tgaatgtgaa gaatttttga ataattagct agtatggttt 1320 tt 1322 <210> 263 <211> 2500 <212> DNA <213> artificial sequence <220> <223> 3_c1166 <400> 263 atttctctac gttatcatat ctcactttct gttactttaa tggctccaaa tgaagttctt 60 ctatttctgt ctgttctaat agcatttacg tacttatgtt catcatctca gattcatgtt 120 gtttacatgg gtagtaaaag caacgatcga tatgaagttt caatgcagaa agaccaccaa 180 ctgctctctg ttcttcatgg tggaagtatg gagaaagcaa gagaatccca tgtttacagt 240 tataataatg gcttcagagg ctttgctgca aaattaactg aagaacaagc cttagacatt 300 gctgagatgc ctggtgtggt gtctgtgttt cctaaccaga aaagattgtt gcatactaca 360 cattcatggg attttatggg tgtaagcaat gatgaagaaa tggaaattcc gggagtttcc 420 acaaaaaatc aggataatgt catcattggt tttattgaca caggaatttg gccagaatca 480 tcaagtttta gcgacgaagg catgccgcca attccttcaa gatggaaagg gcaatgccaa 540 gctggagaat cattccctga ttccacttgc aacaaaaaaa ttatcggagc acgttactat 600 ttaagtggct acgaaacgga agaaaacaca gcacaaataa aattcaaatc cccaagagac 660 agtgcaggac acggaaccca cactgcctcc acggccagtg gccgcttcgt aaataacatg 720 aacttcaatg gcctagcttc tggaggggcc cacggaggtg caccaatgtc tagaattgct 780 gtctacaaag cttgttggga ctctggatgc tacgatgcgg atctgttggc tgcattcaat 840 gatgcaatta aggatggagt tgatgtgata tccatctctt tgggccctgg ggctcctcaa 900 ggcgactatt ttagtgatgc catttctata gggtcttttc atgcgatgag taatgggatc 960 attgtggttg cttcggctgg aaacgaagga ggcaggcaga cggtcacgaa tgttgcacca 1020 tggattttta ctgttgctgc tagctcgatg gatcgggagt ttgtttcagt tattcagctt 1080 gataacaaga ctaagatgat tggaacaagc ttgaacacca ttagaatgaa agaccctgca 1140 ccaacaatat ctgcagcaga agcaaatgca ggatatttca cacccggtca atccagttat 1200 tgtttggata gctctttaaa tgcaacaaaa gtgagaggaa aagttatcat ttgtcgccac 1260 tctggcagta catctgaatc aagagcagaa aaaagtaacg tagtcagaca agcaggagcg 1320 gtaggaatga ttttaattga tgaaatggaa gcaggacttg ccacagtatt tggtatacca 1380 gcagtagttg tggataaacg cactggagac aaaattttat cttatgttaa tcacacaagg 1440 agggctagat cgcttatttt acctgcaaag acagtaatag ggaaacgagc agcaccgcgt 1500 gtgactgcat tctcatccag aggtccaaat tcgctgacgc cagggatact aaagcccgat 1560 attatggcac ctggtctgaa tatattagcg gcatggtctc ctgcttggaa aggcatgaaa 1620 tataatgttc aatcaggaac ttccatgtct tgtcctcata tgactggact tgtcgcattg 1680 ttcaaaactg ttcaaccttc gtggtctgct gctgctataa agtcttgtat tatgacttca 1740 gcaactgcct tgaacaagaa aggcaaaacc ataacatcag accctgaagg aaaagtctcc 1800 aacccattcg attatggttc aggcttccct gtccccgaag cttttctaaa gacaagcttg 1860 atatacgaca ttcaaccttc agactacaag tcttttcttt gctcaatagg atatgacaac 1920 aagtcactcc gtcagataac aggagataac agcacctgca ccaaatcaaa acaaactcct 1980 tccgatctta actatccttc aatcacagtt ccagatctca agcatgctta ttcggtaaca 2040 agaactgtga ccaattttgg aaatccacaa agtgagtacg aagttgaggt ggttccacct 2100 ttcggcattg atgtgattgt taaacccaga gtacttaaat ttatgaggtt tgaacagaaa 2160 ttggatttta aagtctcatt tagggtgctt tctccttcag aagattatgt ttttggttct 2220 ttgacttgga aaggtgtagg agatgctcag ggtgaaagtc ctgtgactat tcctttagtg 2280 gttagtgttg caaattctga tactggattg atatagattt gaggaccgtt tggttgtgca 2340 tgtcatttgg atatgtactg cattcttagg aaaagaagaa tatatagtaa aaagaattat 2400 agaaaaagaa aattcttaaa tttgttgact tgtaaggtgg tattgaaatg tatgtacttt 2460 acacaagtaa aggataattt gatcaatttg tttagttagt 2500 <210> 264 <211> 2746 <212> DNA <213> artificial sequence <220> <223> 3_c25401 <400> 264 ataaactaaa aaatggcttc atggaaacta aaaaatgttg caattttat tgttttagtt 60 gttcaatgtg tgcttcatat ttcagaagct acagagatta cttttgatgg ccgtgccatc 120 aaaatcaacg gggaaagaaa agtaatcatc tcaggctcca tccactatcc caggagtact 180 cctaagatgt ggcctgatct aatagcaaag gcaaaggaag gtggacttga tgccattgaa 240 acttacgtgt tttggaatgc acatgaacct acaagaggaa attatgactt taaaggaaat 300 ttggatctcg ttagatttat taaggaaatc cataatgctg gtctgtactc tattttgcgc 360 attggtcctt atgtttgtgc tgaatggaac cttggtggtc ttccagcatg gttgagaaaa 420 attcctggaa tggaatttag aacagacaat caacctttta aggatgaaat gcaaaagttt 480 actacgaaaa tagtggacat gatgaaaaag gaaaaactac ttgcacctca aggagggacca 540 atcattctca ctcagattga gaatgagtat ggaaatatta tggacggtta tggagaggct 600 ggaaaaagat acatcaactg gtcggcaaaa atggcggtgg cattgaacgt gagcgtcccg 660 tggatcatgt gtcaacagtc tgatgcaccc caaccaatga taaatacatg caatggattc 720 tactgccacg atttcactcc caacaatcca aacagtccaa agatttggac tgaaaactgg 780 actggctggt tcaaagcttg ggacttgcca gacccacaca ggcctaccga agatgtagct 840 tatgcagttg ctcgtttctt cttgaacagt ggaacagtac aaaactacta catgtatcac 900 ggaggaacaa attttgggcg aacaacagga gggccatata tcacgacgtc atacgattat 960 gatgcaccgc tcgacgaata tggtaacaaa agagaaccta aatggggtca tctcaagaac 1020 cttcatgcag cgattaaaca gatagagaaa gcccttgtaa atggagataa aaacctcaca 1080 ctacttgcta acaatacatc ggttacaaaa tacagagtcc aaaatggaac atctgcatgt 1140 ttcctgcaca acaaggacaa tgctagtgat acatggatgg attttgaagg aaacagattc 1200 tttttgccag catggtcaat aagtatcctt cctgactgta agaaagaagt attcaacact 1260 gctaaaatca caagtcaaac ttcagtgatg ataaagaaac caagtagctt tgcctcagag 1320 agccaaattc gcggagcgaa atcaaatcac acaaacacta aaaccacgct ttcctggaaa 1380 tggaaacctg agattttcgt gaatcaagta catggaaaaa gaccagattt cactaacaat 1440 acccttttgg aacaagttcc agttagtgca gatgttagtg attacttatg gtacatcaca 1500 agcgttaacg ttagcacagc tggtaacatg actcttcgag ttaacacaac tggacacagt 1560 cttcatgctt tcgttaacgg agttagtgtt ggacatcaat attcagcgga tggtccattt 1620 aagtttacat tcgaacgtcc ggtgactgtt aaagctggat caaatgacat agctttgctt 1680 agcagcactg tgggcttgaa gaattatggg gcaaggtatg agaaaacacc tactggaata 1740 attgatggtc cagtacaatt acttgggcag aatgcttccg caaattcgaa ctcttctgca 1800 aattcaagcg cttctggaaa tgtagcatat gatttatcac acaatacatg gaaatacatg 1860 attggactgg atggtgagaa ggtgaacatt caccttgaga gtttcagtga aggccataaa 1920 tgggttaaat ccagattact gcttccgata aacaggccat tcacttggta taaggcatca 1980 tttaaagctc cactaggaac agatccagtg gttgtggatt tactgggaat gggcaaagga 2040 gaagcctggg taaacggaaa gagtattgga cgatactggc cttcttacat tgcaaagaaa 2100 gacgggtgta caaaatacaa ctatagagga gaattcactt ctgatcgttc ttacaaaact 2160 ggatgtgggg aaccctcaca aagatggtat catgttccac gagaattttt aaatactgac 2220 aagcccaaca cattgacatt attcgaagaa atcggaggga atacaactgc agtaaacttt 2280 caaacagtaa cagttggtgt ggtttgcggc acagtatcgg agcatgaaac attatcattg 2340 acatgtcctg ggagaagaat atcaaaaatt gaatttgcta gttttggaaa tcctgagggc 2400 acatgccaaa gcttcaagaa aggctcttgt gaatctcctc tatctctgca taagattcag 2460 caggaatgtg ttggctctga atcatgcgaa atcaaagcag ttgaagattc ccttggcacg 2520 acttctaatg tttgcagtgg aaatgctgct aggaaactat cagtccaagc agtttgcagc 2580 tagttctttt tattttaata attactcttt tgtaaagttt ttttcagact tgtgcttttt 2640 taatgttttc tcttttagtt aataatacta ttagattgtt tgaattatct aagaactatt 2700 atgcagaaaa acaaatttta atttgtttaa tatcaatgtc aagttt 2746 <210> 265 <211> 2080 <212> DNA <213> artificial sequence <220> <223> 3_c25903 <400> 265 aaaaataaac caaatttgct tctgaatcct agatgcttca attcagatca tggctgcttc 60 cgaattagtg gattttgaaa ataagatgaa aacagaagaa tatgagactt cagcaaacat 120 ggaagtagta gataagaaga tctcgcctgt cactcaagat ggttcaactg acagaaaagg 180 aagacccgcc atcaaagcta aaactggaag gtggaactcg gcattattac ttctagtcaa 240 ctacggactt tctacacttg cattttttgg agttggggta aatcttgtac tttttctaac 300 aagagttatg gagcaagata acgctgaggc agcaaacaat gtcagtaagt ggactggaac 360 tgtctacatt ttctcacttt ttggagcttt tctaagtgat tcctacttgg ggagatacct 420 gacttgtgca atatttcagt tgatctttgt gctgggatta accctactat cattggtgtc 480 atggtttatg ttggtaaagc catctggatg tggagatgca aaatttgaat gtgattctgt 540 ttcaccagct gggactgctt tattttatat atctatatat ctgatcgctt ttggaaatgg 600 tgggtaccaa cctacagttg caacgttagg ttcagaccaa tttgatgaac atgaccctga 660 agaaaaacat tcaaaaacag cattcttcag ttatttttat tttgctctca atgctggttc 720 catcctatcc aataccttat tggtttatta tgaagattca ggaaaatggg ttatgggatt 780 ttgggcttca accggttcag ctgtatagc actcttgtta tttttgttag gaacacgtaa 840 ttatagacat ttcaaaccat cgggaaatcc tttgacacga attgcacaag tttttgttgc 900 agcaattcgt aagtggaatg ttgatgttcc aaaaaacagt gaaatgttgt atgaactaga 960 agggaaagaa tctgctattg ctggaagtag aaaaattgtg catagtgatg aattcaggat 1020 tttagacaag gctgcaacat acaccaacga agagtacaac gtgcaagata aattaagtac 1080 tagtccatgg tacatatgca cagtaactca agtggaagaa gtaaaatgtg tacttaaaat 1140 gcttccaatc tggctttgca ctatcatata ttctgtagtg ttcactcaaa tggcatcttt 1200 atttgtagaa caaggagcca caatggactc aaatatcggg tcttttcacc tccctcctgc 1260 tagcatgtcc ctctttgaca ttctatcggt ccttgcatgc attctaattt atcgtcgcct 1320 cattgttccg ttgcttatta aactaacaaa aaaccccaga ggactatctg agcttcaacg 1380 catgggggtt ggactagtaa tagcaatgct ggcaatggtg gctgcaggaa tagtggagat 1440 tgaaaggctt aaaagagtat caaaggagca tgaaccaagc tcgctttcta taatgtggca 1500 gataccccag tatgcattga ttggtgcatc tgaagttttt atgtacgttg ggcagttaga 1560 attctttaat ggccaagcac ctgatggaat caaaagcttt ggaagttctt tatgcatggc 1620 atcgatttcc cttggaaatt atgtcagtat catgttggtt acgattgtaa tggcaatcac 1680 agcaagtggt aatagtccag gatggattcc aggaaatttg aataatggac gtttggatat 1740 gttttcttc ttgcttgcga tattgaccgt agtggattta gcggtctaca ttttgcttgc 1800 aagatggtac aagtataata aggttcagac caaggaagag gagcaagaga tgactcttat 1860 gataatttag agtttggaat cttttttttg tttcttgttg tttttgagta tgatgttgat 1920 ttagttgata tggtctttgt tttaagttca gtttttttta atcattagat gagaaataag 1980 gtagtagttt gcattaggag ataagtataa acatgttctc gtgtttattt gtttgaacaa 2040 tggtattgtt catgataatt ctttctaatg ttacttacgt 2080 <210> 266 <211> 2353 <212> DNA <213> artificial sequence <220> <223> 3_c32440 <400> 266 tcttttgttc actacatctc tcagacgcaa gtaaatactg cactccatat ttcccagttt 60 gcaacttgca gtctttatta gacagtcgct ttgcctttcc attttctgta tcaaggaaaa 120 aaatctttta aaaatgcctt caaattcaga agggaacaaa acaaacatag acaacatcat 180 gtcctctcca tgccagccca tctccatcca attcatcgac ctctcttacc gcatcaaact 240 caaccatacc caaacccata acccggccca ctctgaccga actatcctaa acaagatcac 300 gggccaagcc aacccgggcg agctcctagc cgttctcggc ccttccggca gcggcaaatc 360 gaccctccta accatactag cgggccggtc accggcccgt tacaccggat ccgtccttgc 420 caactcttcc cccgtcacga aatccgttct caaacgggtc gggttcgtta cccaggatga 480 catcctgtac ccgcacctca ccgtccggga aacccttgtc tactgcgcca tgctgcggct 540 gcctaaaacc gtgtccaaac acgaaaaaac acgcgctgct gaaagcgtca tcggcgagct 600 cggcctggaa aaatgtacgg aaacgcagat agggaacgcg ttcgtgaaag gcgtgtctgg 660 tggggagagg aagcgcgtgg cgatcgcgca cgaaatgctg gtgaatccta gtttgttgat 720 tctggacgaa ccgacgtcag ggcttgactc gacggcggcg gggaggctgg tgagcacttt 780 gggcggaatg gcgaggaagg gtcggacgat aattacgtca gtgcatcagc catccagtcg 840 ggtgtatcag atgtttgatt cggttatgct tttgtcggag gggaactgtg tgtatttcgg 900 caaggggaag gacaccatgg attattttcg ggatgtgggg tttgtgccca ggtttcatgt 960 caatcctgct gatttcatgt tggatcttgc caatggcttt atacaaacgg agtatagtag 1020 tgaagcagaa aagtctggcg taaaacaagc cttagtttca tcctacaata gagtactggc 1080 tccaacagtg aaagcctctg tcacagcttc agtcgctgct tccggagatg ctcttacatc 1140 agacaacaaa agatcagacc acaaagaaaa gaaggacaac agcataagtt ggttcaccca 1200 attctcgata cttctccaaa gaagcctcaa agaacgtaag cacgaaacct tcaattccct 1260 ccgcatattc caagtaatcg cagcatcttt actggccggc tcaatgtggt ggcactcgaa 1320 catccacaac gtccaagaca ggctcggcct cctcttcttc atctcgatct tctggggggt 1380 atttgcgtca ttcaacgcga ccttcacctt cccacaggag cgtgccatat tcataaaaga 1440 acgagcttct ggaatgtaca cgctctcttc gtactacatg gccagaatgg ctggagacct 1500 gcccatggag ctgatccttc cgaccatttt caccttcata gtgtactgga tggccgggct 1560 caggccggcg ataactgagt ttctactaat gctggctgtg ctgttagggt acgtgctggt 1620 tgcgcagggc ttggggctcg tgatcggagc agccatcatg gatgcgaagc aagcgtcgac 1680 tctggtgacc gttacgatgc ttgccttttt gctgactggg gggttttacg tccagcatgt 1740 gcccagttgc atgacgtgga tgaagtatgc ttcctttacg ttttattgtt atagactgct 1800 tattggggtt cagtatagcg gttatcaagt taatggacag gagattgtga agcaagttgg 1860 ggtttacgag agcgttggag ctttgatttt gatgtttgtt gggtacagga tattggcgta 1920 tgttgctttg aggaggatca aggtatgata taattggttt catttggaag tgaaataatt 1980 gaacatagtc cgagttctaa gttctaacac atgttttgaa gcataagcag acgcttcgat 2040 cttgagatac gatgttgatt aatgaacaaa ttgatgtata ttcgcccttt gagtttaaag 2100 tatgttttat ttgtattatt gctctgtagt tttatttaga aggaaaaaaa tgatctaaat 2160 ggtttggatg atgattgtaa tatcagagag atatcaatgg ctgttagatg tatgatgaac 2220 catttatgtc ctttcaagtg aggcgtgtta tggtttcaaa ccagagtgag tgtaagtcaa 2280 ttcatgggga gtttgttagt taaagttcat gttattgcta ttagatttta gtgcacatgt 2340 gcctcatgta gta 2353 <210> 267 <211> 2708 <212> DNA <213> artificial sequence <220> <223> 3_c34326 <400> 267 aacaatcacc tgcctttatt tagctaatcc ttccaattca ctctctactt acattttcga 60 ttttagacga acagaataat gtcgatctcg aaccttctct cctccctcct cctcctcctc 120 ctcacgttaa tttccacctc ctcatctcga ttactcgtgc cccaatcgtc accatcttca 180 ccaaccacca ccgcaaactc cagccaaaag cgcggtccaa tcatcacgct aggcaaatac 240 taccaccgcg catgcgatcc gacccgattc caagccctag gtctcaacat ccgcgacttt 300 gcatactgcg acaaaagccg ctcctactat gatcgagtgg acgacttgat cgggaggatg 360 cggcttgagg agaaggtgca tcagatcagc gattacgcga acggggtcga taggattggg 420 ctacccgagt acaaatggtg gggcgagata ctgcatggcg tttcgagtgt cagtgaaggc 480 ccggtggggg cgaagagtca tgccacgtgg tttggggacg atgtgcctgg ggctacgtcg 540 tttcctgaag ttattctctc tgctgctgcg tttaacgaga gcttgtggag gtctattggt 600 gagaccgtct ccaccgaagc tcgagcaatg tacaatctag gacatgcata cttaactttc 660 tggagccctg taatcaatct ggctagagat ccaagatggg gaagaatcat ggaaactcct 720 ggagaagatc catttgtaat tggcacatat tccaaaaact tcgttagagg attgcaagat 780 atcaaaggtc ttgaagttac caaagacttg aacacaagac cagtgaaagt tgcatcctgc 840 tgcaaacatt tttctgctta tgacattgat agctggtttg gttattctcg ctttacttac 900 gactccaggg tacatgaaca agacatggta gagtctttca atcttccttt tgagatgtgc 960 attacagaag gagattctac aagtgctatg tgctcatata atcaagttaa tggcattcct 1020 gcatgcacta atcctaaact gcttacacaa aacattagag aggagtggaa tttacatgga 1080 tatgttgtct ctgactgtta catatatcag tacatacatg acaaccagac atggctaagt 1140 cagaccaagg aggaactaac tgctaaggcg attaatgcag gtctggattt ggaatgtgga 1200 tgggaacaac atagaactgc attaggagca gtaaaacttg gaaagttaaa agaaaaggaa 1260 atcgaccgtg ctttgaaaaa tctttacctt gtgctaatga gagttggatt ttttgatggc 1320 atagatgaat tcgactcgtt agattcaaaa aatatatgca ccaaagaaca catggacttg 1380 gcagcagacg cggcaaggca aggaatagtt ttgcttaaaa atgacaataa ccgactgcca 1440 ttgaacagta aagaggttaa aaatcttgct attggtggta ctcactataa cgcgacagat 1500 gctatgaaag gaaactatga tggcaaggaa tgtcgatatg ttacacctct ggatgcattc 1560 aaagcagaag ctaaagtaga agcagtggaa ggatgccatt tgtactgcac taaccaaacc 1620 actcatgacc aaatgaaaaa tgctgcaaaa cgaaatgatg caacgatatt attcatggga 1680 ataaacactg atattgaggc tgagtttaga gacagactta atctgacgtt accatctggt 1740 caaattcagt tcatcaatga agtagccgaa gcttccaaaa atcctatcgt tttggtacta 1800 ttctctgcag gaggtcttga tgtctcattt gctaaagaga atcctaagat tggtgctatt 1860 ctctgggctg gatatcctgg tgaagaaggt ggacaagcca ttgctgacgt tgtatggc 1920 cgttacaatc caggtggaag acttccaatt acatggtaca cggacgacta cacaaaaagc 1980 atcccaatgt catcgatgca attccgaccc gacacccaaa tgggctaccc aggaagaacc 2040 tacaaattct acgacgggcc cgtaacatac ccattcgggt acggactaag ctacacccaa 2100 ttcaaatacg aaatcaaatc aaataccaaa accctaggca tcaaaatggg cgagtatcag 2160 caatgcctac ccgtaaccta caaagacagc aaccaaaccg cagccgcctg cccttctgcc 2220 tcgacctccc acatgccgtg caccgaaacc gtcgattttg aggtccacgt gtcgaatacg 2280 ggtaaaacgg acggtcatga tgtcgtgctt gtgtacgcga agccgccgag caacgttgat 2340 ggagcgccga tcaagcagtt ggtggctttc gaaagggtgt ttgtcaaggc tgggaagact 2400 gaagcggtga agttttcggt taatgcgtgt aagaggttga gcactgtgga gaaaactgct 2460 tatagagttt tggtcgcggg cgaacatacg attgtggttg gggatgaagg caagaatgct 2520 tcttttgggc ttcaaattgg gctttctagc aattatttaa gttaggtttg tttttgaata 2580 taaagtatag gtaggtttgt tttctttatt ttccttttcg ctttgtatgc ggttcaattt 2640 ttggttgaag aactatctta gttttaataa gatgtacagt gtttagattt gtttttgaaa 2700 ataagtta 2708 <210> 268 <211> 2767 <212> DNA <213> artificial sequence <220> <223> 4_c32303 <400> 268 ttttcttata cattgcaaga acagtccaaa atgaaagcaa tcacactgtc tcagccgcct 60 gccacatcca cctccgtctg ccgccgactg agaaccccaa attttcaaat caaaaccatc 120 tcccctaacc catcaatacc caaatcaaaa ctcaaccaaa cccaagcact taaatttaac 180 cataaaatct ctactacact tcacgcgagc acaagctcaa gctcaagcag caacgaaagc 240 gaaccggaaa tcgcacccga acccaataat gcacgtgcgc ttgtagtgaa acttggcgag 300 gtgctttcgt tagggtttcc ggtttgggtt gggtccgctt gccttgttgc actatggaag 360 ccctcttcgt ttctgtgggt tggtcggacg tcgcagattg ttgggattac tctcaccatg 420 ctcgggatgg ggatgacatt gacgcttgat gatttaaaat ccgcgttttt gatgcccaag 480 gaattagctg caggctttat tctgcagtac acggtgatgc cattgtctgg gttctttggg 540 agcaagctat tgaacttacc ttcgtattat gctgctggcc tcattttggt ttcatgttgc 600 cctggaggca cagctagtaa tattgttaca tatcttgcta gaggaaatgt tgctctttct 660 gtgctcatga cagcaacaag caccgttact gcagcggtaa tgacgccctt tttgacatcc 720 aaatttgctg gacagtttgt tgctgtagat ccagttggac tttttatgtc aactgtgcag 780 gtcgtacttg cccctgtaat agtaggtgct gcattaaacc aatattgcaa taacttggtt 840 gagctagttt ctcccgtgat gccattcata gcagtggcca cagttgccat attatgtggt 900 agtgctattg cacagactgc ctcagccata ttagcttcag ggctccaagt agtcgttgct 960 gtttgttctc tacatgcttc tggctttttg tttggatatg ttttttcaag gcttataggg 1020 attgatgtct cttcagctcg caccatctca attgaagttg gcatgcaaaa ttcggtacta 1080 ggggtagtgc tcgctaccca gcattttggg aaccctttga ctgcagttcc ttgtgcggtt 1140 tcaagcattt gccattccat ttatggcagt gtgttggctg gaatttggcg aagcatgcct 1200 actacaagtg gaaaacagaa gtcttcataa tatctttcat tgtgtttacg tttgttattt 1260 tcaaacatgt gttactggaa atgtgcgtta cttggatgct cggtaaaaga tgggaaagaa 1320 ttatggagtc agcctgagac ctcatatatt tctccctag tagtcagaaa gaaaatcatg 1380 tattagttgt ttagcatcac atatctattg attcaatgaa tttattatatt gttttattgc 1440 cagcgtatga taagatctac tatgaaattg taattgatat cacattttgt gcatagtttt 1500 ccaatttagg taatgtatat tatttattag tatacatcgc tgaacatcaa cgaaagcaac 1560 actgtttttg ttgactgtct ttcctgtggt cccctgtttt gatatatgtt taccagaaat 1620 ttagtcatga ataaaatgct ttattaaact tatgctcaaa tctcaattga taacttagaa 1680 gattttttgc ttggtttata tattattcga cttttcgttt gatttattca tctcatttat 1740 atctaaagac catgtcttct tctacaccac tgctaaattc tggaaatgaa gtggtagaaa 1800 gtaatgaaat atgtttgaaa aaactgatag atgtaaatga ggcaaagatt cagattctgt 1860 tttcagttcc tatgatactt accaaccttg caacatatgc agtgcctctt gtttctgtta 1920 tgtttgcagg tcaccttggt catcttgaac tcgctggcgc tactcttgca aattcatggg 1980 gtattgttac tggatttgct cttatgaaat gtaattacac ttgggaagga ctttcagttg 2040 agtcattcaa atttctgctg cctaacttga aaatagccct gccttcagct ataatggtct 2100 gcttggaata ctggtctttc gagattctgg ttttactagc tggactgatg ccgaactctg 2160 aaagcagtac ttcacttatc gctatgtgtg tcaatacaga gtcaattgca tatatgatca 2220 catatggatt cagtgcagct gtgagcactc gggtgtcaaa tgagattggt gctggaaaca 2280 tcaagaatgc aaaaaatgca gtatctgtga cattgaaact atcttgtttt ctcgctctaa 2340 cagttctatt atcattagca tttggtcaca gaatttgggc tttgtcattt actgacagta 2400 ctgatattgt tcaacaattt tcttatatga cccctttgct ctccgtgtct atattgctgg 2460 attctgctca aggagttcta tcgggtgtgg ctagaggttg tggttggcag cacttggcag 2520 cttggactaa ttttttcgcc ttttacatga ttggcatgcc agtagctctt ctttttgggt 2580 tcaaatttgg atttttcgat aaggcatgtt tctgattttg cttatagatg aatacaatat 2640 catgctcttt gatattcaaa atgtgcgtac gaaaatatgg aaattaattc cggtttagat 2700 tttgaagggg cttgtaaaac attggtaaaa cttattatta ctataaaacg gtaattgaat 2760 agtacaa 2767 <210> 269 <211> 3561 <212> DNA <213> artificial sequence <220> <223> 5_c32484 <400> 269 aaaatgaaag caatcacact gtctcagccg cctgccacat ccacctccgt ctgccgccga 60 ctgagaaccc caaattttca aatcaaaacc atctccccta acccatcaat acccaaatca 120 aaactcaacc aaacccaagc acttaaattt aaccataaaa tctctactac acttcacgcg 180 agcacaagct caagctcaag cagcaacgaa agcgaaccgg aaatcgcacc cgaacccaat 240 aatgcacgtg cgcttgtagt gaaacttggc gaggtgcttt cgttagggtt tccggtttgg 300 gttgggtccg cttgccttgt tgcactatgg aagccctctt cgtttctggg ggttggtcgg 360 acgtcgcaga ttgttgggat tactctcacc atgctcggga tggggatgac attgacgctt 420 gatgatttaa aatccgcgtt tttgatgccc aaggaattag ctgcaggctt tattctgcag 480 tacacggtga tgccattgtc tgggttcttt gtgagcaagc tattgaactt accttcgtat 540 tatgctgctg gcctcatttt ggtttcatgt tgccctggag gcacagctag taatattgtt 600 acatatcttg ctagaggaaa tgttgctctt tctgtgctca tgacagcaac aagcaccgtt 660 actgcagcgg taatgacgcc ctttttgaca tccaaatttg ctggacagtt tgttgctgta 720 gatccagttg gactttttat gtcaactgtg caggtcgtac ttgcccctgt aatagtaggt 780 gctgcattaa accaatattg caataacttg gttgagctag tttctcccgt gatgccattc 840 atagcagtgg ccacagttgc catattatgt ggtagtgcta ttgcacagac tgcctcagcc 900 atattagctt cagggctcca agtagtcgtt gctgtttgtt ctctacatgc ttctggcttt 960 ttgtttggat atgttttttc aaggctata gggattgatg tctcttcagc tcgcaccatc 1020 tcaattgaag ttggcatgca aaattcggta ctaggggtag tgctcgctac ccagcatttt 1080 gggaaccctt tgactgcagt tccttgtgcg gtttcaagca tttgccattc catttatggc 1140 agtgtgttgg ctggaatttg gcgaagcatg cctactacaa gtgggaaaaca gaagtcttca 1200 taatatcttt cattgtgttt acgtttgtta ttttcaaaca tgtgttactg gaaatgtgcg 1260 ttacttggat gctcggtaaa agatgggaaa gaattatgga gtcagcctga gacctcatat 1320 atttctccct aggtcacctt ggtcatcttg aactcgctgg cgctactctt gcaaattcat 1380 ggggtattgt tactggattt gctcttatgg tactgtcgcc ctttctagca ttttcaaata 1440 ctctttacaa ttcatatttt gctgttctgt ctttgtattt taggaatatt ttctctgtga 1500 tttatcgtac tattgacttt acatataaaa agagagtttg aatattgtaa tctttgtcca 1560 gaaaaaggaa ctagtccgtt tgacaactgc ttattaaaag gtgttttgaa tagtaatttt 1620 gtttaattgg tgataagtaa aagtatttgg ttgcaatctg atttgtaagt tataatcgtt 1680 aatattgatg tttgattaat atgacttcca agtaatgaat gtgtaccaaa ttaaataatt 1740 ggacattagc atataaaagg acggtgaata ttaaatagca gcattttgct tgtaagtcgt 1800 tggaaacaac aaagctattt tagccattta tctatttcgt caaaattagg attgaaaatc 1860 tgtcataagt tataagcaat atataactgc ttcttcagtt ttaactttta aattacttac 1920 gctaccttgt tgtaagaagt tcccaaacac ccaaactcaa ataagctgct tataattatg 1980 2040 aaaaaaaagg tttataagtg atgcaatttg aagttttcga caactcctca aaatttttga 2100 caagaagttg gtatgtcata ggtaaaaaaa ccttcttagt ccttatcgat tctgaaacca 2160 gttttatcag gtttttaact tagctatcca aatatttctg ttttttaactg ttcacataaa 2220 attatttaca aactgtaagt aaaaacaact tacaagtagt taaaaacaag ctgtttccaa 2280 gaaggctctt tattcctgtt caagatttgt accaaaaata ttgttgctct ttaatcattt 2340 accatctcag actggtttga gtggagcact agagacgctc tgtggccaag cttatggagc 2400 aaaaatatac agaatgttag gcatatattt acaatcatca atcatagtaa caacattctt 2460 ttccgttctt gtatccatta catggtattt ttctgaaact gtactagtcg gcttgcatca 2520 agatccccgc atagcaaaaa tggcttcaac atacttgaga tttctgattc caggattatt 2580 tggatttgcg taccttcaat gtttgttcag atttttccag acacagtcaa ttgtgattcc 2640 attagtagta tgctcggtgc ttccattatt tatacatgtg gggctaacat acttactgat 2700 tcacaagttc agtcttgggt ttttgggcgc tccattagct acctcgatat cggtatgtat 2760 gtcactaata atgttactaa tatatgctaa gttctctcag aaatgtaatt acacttggga 2820 aggactttca gttgagtcat tcaaatttct gctgcctaac ttgaaaatag ccctgccttc 2880 agctataatg gtctgcttgg aatactggtc tttcgagatt ctggttttac tagctggact 2940 gatgccgaac tctgaaagca gtacttcact tatcgctatg tgtgtcaata cagagtcaat 3000 tgcatatatg atcacatatg gattcagtgc agctgtgagc actcgggtgt caaatgagat 3060 tggtgctgga aacatcaaga atgcaaaaaa tgcagtatct gtgacattga aactatcttg 3120 ttttctcgct ctaacagttc tattatcatt agcatttggt cacagaattt gggctttgtc 3180 atttactgac agtactgata ttgttcaaca attttcttat atgacccctt tgctctccgt 3240 gtctatattg ctggattctg ctcaaggagt tctatcgggt gtggctagag gttgtggttg 3300 gcagcacttg gcagcttgga ctaatttttt cgccttttac atgattggca tgccagtagc 3360 tcttcttttt gggttcaaat ttggattttt cgataaggca tgtttctgat tttgcttata 3420 gatgaataca atatcatgct ctttgatatt caaaatgtgc gtacgaaaat atggaaatta 3480 attccggttt agattttgaa ggggcttgta aaacattggt aaaacttatt attactataa 3540 aacggtaatt gaatagtaca a 3561 <210> 270 <211> 3019 <212> DNA <213> artificial sequence <220> <223> 5_c953 <400> 270 gcatgctccc tctttctata aattcgatac ctctcacgct attctcactc ctcacgatta 60 tcaacacaca caaaataaac atctttttct tcacaaaata ggtatctatg aatcaaatgg 120 aaggagaaat tcagaagagc tatttcgatg ttttgggcat ttgttgtccc tctgaagttc 180 cattaatcga gaaaatactg aatccaattg atggcgttga aaaagtttca gttattgtta 240 cctccaaaac tgttatcgtc gagcatgacc ccagccttat agatcggctt caaatcgtga 300 aattactgaa ccaagccagc ctagaagcaa gcattcgcgt atatggcagt ggcaaaatca 360 ttaagaaatg gccaagtttc tacataatgg catgcggcgt attcctttct atttcattgt 420 ttcagaagtt attcaatcct cttaaatggt ctgcagtagt agctgtggct ttcggcctgt 480 atccaattgc agtgagaagc tttgctgcaa ttagaaaact cactcttgat attaacattc 540 tgatgctgat tgcagtgggt ggggcacttg cattaaggga ctacaccgaa gcagggtcca 600 ttgtcttcct gttcacaatc gcagagtggc tagaaacaag ggcctgtcac aaggccacag 660 atggaatgac ggccttaatg agcatgaccc ctcagaaggc tatattggca gaaacggggg 720 aagttgttga tgctaaagat gtcaaagtta acaccattct tgctgttaag gctggagaag 780 tcattcctat tgatggaatt gtggttgaag gaagaagcga ggtcaacgag caaagcttaa 840 ctggagaatc gtttcctgtt cctaaacaaa ttgactcact tgtttgggct gggaccctta 900 atatagatgg ttatattagt gtgaaaacaa cagctttagc tgaaaactca gcagtggcta 960 aaatggctag gcttgttgag gaagcacaga acaataggtc caaaacacag agattgatag 1020 actcatgcgc aaagtattac acaccagggg ctgtagtcat agcagttggt gtggctgtaa 1080 ttcctctcat attacacgtt cataacccaa agcactggct tcagctagca cttgtactac 1140 ttgtgagtgc atgtccatgt gcacttgttc tttcaacacc tgttgcaacg ttctgttcat 1200 tattaacagc ggcgagacta gggctcatag ttaaaggagg tgatgttcta gaagcccttg 1260 caaaaaccaa agttgtagcc tttgataaaa ctggaacaat cactagaggc gagtttaagg 1320 ttatggagct ccgtcctgta ggtacacaag taacaatgag ttcactcatt tactggatat 1380 caagcataga gagtaaatca agccacccaa tggcttctgc acttatagag catgctcgat 1440 caaagtcaat tgaacccaag ccagacaatg tacgtgagtt tcaaatcata ccaggagagg 1500 gagtttatgg agaaatagat aataagaaaa tatacattgg aaacaaaaga attgcattga 1560 gggctgggtg taatgcagtt ccacatcaac atggtgagga ttctaaagag gctgttacaa 1620 gagggtatgt gttctcaaat gcaacattga ttggaacttt cagtctttct gacagctgca 1680 ggacaggggt agctgaggcc ataggagaac taaaatcttt aggcatcaaa gttgcaatgc 1740 ttactggaga tagcaatgca gcagccacgc atgcaaacaa tcagttagac aaaattatag 1800 agatggtgca tgcggagtta ctccctgaag acaaggtgcg gataatcatg gaactcaaaa 1860 caaaatatgg ctcaacagca atggtaggag atggcatgaa tgatgcgcca gcattagctg 1920 cagctaatgt tggtatatca atgggtgttt caggctcagc agtagcaatg gagacaagtc 1980 atgttaccct aatgtctaat gacataatga agatagcaaa agccatcaag cttgccagga 2040 agacaaacaa taaaataata ggaaacatta ttttctcgat cattaccaaa attggcatac 2100 tcgcacttgc cattgctggt cacccgattc tttgggcagc agttttggct gatgttggta 2160 catgcttaat agtcatactt aacagtatga cactgttgca cacgaaaact ccaaaagtga 2220 agacatgttc ttcgcacaat acacatgctc acaaccatca tcatggaaaa cacaagcaca 2280 gaaactgtag tgatcatgca catgagcatg cacatgaaga tcatgtacac tgtcacggag 2340 tgctacatag caatgatgca aatggtgaac aaaaagcaga gtgtaacggt catcatcacc 2400 atcaccatca ccatgttgat gatgcacatg atcaccaacc caatcttgta gatagtttag 2460 gagaagacac tcatgttcac catcatggcc atgatgcaca tgatcattgc gttgaagagc 2520 accactgtga aaaggaacat aatgaagaga agcataagca tgaccattgc catgatgctc 2580 atatttactg tgatgaagag tgccatgatg aacatgacca taaacatcat gcagtgagtt 2640 cagtcccaga acatgttatt aacatcaaaa ctgaagagac aggtagcgat ggtatagttg 2700 aagatcacac aaggagtgat gtgcagatgc aatgcaacag actcatggaa aatgaagcaa 2760 tacgaagttg ctgcaatgtt gaaaagaaaa tatgctgctc gtctgcaaga tgcggactca 2820 ggagaagaga agtttataaa tgctgcagga gagaggtaca ttgttcagct gggatgatac 2880 gcttaactga gattgccaca gagtaaaaat ttaacctaag tgtatggaat agatatctaa 2940 aagcactacc aagatggact tctgtttgaa ctttatatga atcccatttt cagcaatata 3000 tattttttcc attaggcac 3019 <210> 271 <211> 3513 <212> DNA <213> artificial sequence <220> <223> 6_c22898 <400> 271 aagactcaac tgagtacaat aaaccctcgc ttgctagctc actccattcc ttctctctct 60 ttatccacct cctgttccga gactaatcgt tgattcatcg attaaagaag tgaattaaag 120 tcctattttg tgataacgta acctcaaccg tcaacttatc aaaatcctaa ccctagattt 180 aatggcgtcg aagtttgggt tcgcaggcgg catcccggag cggagagtgc ggccgatttg 240 ggacgccatc gattcacggc agtttaaaca tgcactcaag ctctctgttg ctctgcttgc 300 taagtatcct aactctcctt atgctcttgc actaaaagct cttatttgtg aaagaatggg 360 aaagccagat gaagcattga gtatttgctt ggaagccaag gaacttttat gttcacaaac 420 agctattttt attgatgacc tcacgctcag caccttacag atagtgttcc aacgtcttaa 480 tagattggat atggccactg catgctacga gcatgcttgc atgaagtacc ctaccaactt 540 ggaaataatc atgggtctat ttaactgtta tgtccgggag tatgcattcg tgaaacaaca 600 acagacagct atcaaaatgt acaagattgt gggagaagaa agatttttgc tatgggcagt 660 ctgcagcatt cagttacagg ttttttgcag caatggtggt gagaaattat tgtcgttagc 720 tgaagcttta cttaaaaagc atataagttc acatagtttg catgagccag aagctctcat 780 aatatatatc tcagttctgg aacaacaagc taagtatagg gatgctatag aaattctttc 840 tggtgacatg ggttccctta taggaattga agctgacaaa ctacgcatgc agggtaggct 900 tcttgctcgt gcacatgatc atggggcagc agctgatatt ttgcaaaaag tcctagagtt 960 atgccctgat gactgggagt cattcctcca gtatttaggc tgtttattgg aagaggatat 1020 acactggcca aatccaaatg atactgacca aatcatttcg tcaaaatgta attattccca 1080 tgcatgcaat ggggttcagt tgtctgagga agtgtttgaa gaacgcatat caaaagcgtt 1140 gtcatttatc aagaagcttc aactggatgt tgatactgaa tatgtcagat gcccatactt 1200 agctattatt gagattgaaa ggcaacgtcg gttaaagggg aaatgtggtg ataccgaaat 1260 gctggatgct ttggttgaat acttccatag attcagccat ttatcatgtt tcacttctga 1320 tgtggaagtg tatctccctt tattgaccga aagtgaaaaa actgtcctcc tgggggaatt 1380 tgaaaaaagg tctgaatctc cattggcttc tccaattaaa gcacttggac gtgccataac 1440 cttatataaa gtacgagaac tttttggtgt caacttgaca atctctgttg cagatcttga 1500 aagtgctgca aaaatgatgg ttgatatgta ttgcataaat ctcccacttt caagggactt 1560 ggatcctcag gaaaatatgc acggtgaaga actgttatct attgccagca gtgctcttgt 1620 catgttattt tggcgcacaa gaaacttggg atatctactg gaggcagttc ttgtcctaga 1680 gtttggtttg acaattcgaa aaaatgtttg gccgtacaag atccttctgt tgcacttgta 1740 ttctttcttg ggtgctttgc cattagcata tgaatggtat gatacgctgg atgtcaaaaa 1800 tatattactg gaaactgttt cccatcacat tgttccccaa atgataaaat cacctttctt 1860 atctggaacc accgatcttc ttgatgaata tctgaagttt attgaagatt atttaaggga 1920 ggctgcagat cttacttttc ttgcatatcg gcatcgtaat tattccaaag tgattgagtt 1980 tgttcaattc aaagagcgac tggagcactc caatcagtat ctcatggcta gaattgatgc 2040 ttcggttcta cagttaaaac agaaggcaga tgatgttgat gaagtggagt gtattcttga 2100 aagcctagag tatggcaata aaataattga gctatcagag gaggacaagt tgaaatcttt 2160 aacttttaat gaagattttc aaacaagacc gtggtggtct ccatctcctg atgttaacca 2220 catttcagaa ccttttgatg gagaagtttc ttgtctaaaa agtaaatcgc ttaaattaga 2280 caagaaagtt gaggctgtca agaaatcaat tatgaagaag tcgctttatac ccagattggt 2340 atatctatca actcaaactg catcacgttc gcttaaagat aattttcagg ctaatggcac 2400 caaatctgat tcaaaaacct tggtggaact aaaacaatta cttgaaagat atgttgtcca 2460 tactggattc cagtttgatg gtgccaagac gtttatcctt gatgttgcaa aaggccacaa 2520 atcctccatg gattttggtt ccgacgtagt tgattggatc aactttgctg tatttatgaa 2580 tgcatggaat tcaagttctc atcgctctac tgcacagaac aaagatgatg gcaatttaag 2640 cttatggcac gtagtcaata acttaataaa aacttgcatt accgcacaat tatcatgtgc 2700 tcagccactg cttacagatc ctggaagcaa ttatccgatt ttagtgcaac taataacaga 2760 atcattatca tggcacatgt taataatcca atcctacttg agatcagtaa cgcttccaca 2820 ggggaaaaag aagaagaaaa acaccacaaa tgatcaatca aacttgccct taacaaaggc 2880 aatccgtgat tcaatcgatt gtctcattac ttcgataaaa gatgtcagca agtggatcag 2940 tgaccaaacc agtaagtccg aggatgaaag gctggatgtt ttattatccc aggcgattaa 3000 aaaggagcaa aggcaaggcc ctggtagtat tatacagatt ttagaagtgt attcgtcttc 3060 gagtaatttg gaagttggtg aaagaataga tgcagctctg cagtcatgga actctgcaag 3120 tgtgttgagg aaaactgttg ctgctcaaac ttcattactg tccaagcttg gtgaaatatg 3180 tgaagcaaaa ttgacccaat tggagaagat gaaaaggtcc atttgagttg tgggatcaaa 3240 tataaatttc acctcacttt tctagatgtt caatgagcat tttaattttg tttgagcttt 3300 tgagctataa acaattttgt tgtttttgtt tgcgaatatg tattaggttg tactggagga 3360 ctgttggatt aaagctatcc tttttgtcat atgtgaatcc ttttatgttt tttatttagt 3420 attgaacact gaaagaaaac aatgtccttt tcctgctcgt ctgttattaa aaactttcat 3480 tttcattagt gtaacataag aacatatattt tga 3513 <210> 272 <211> 3121 <212> DNA <213> artificial sequence <220> <223> 6_c26474 <400> 272 tatacactca ccatcaccac aatgtccatc actctcctat gccttagggt caccaccttc 60 ttcctcttcc tcactccaac tttcactcta cctctccatc acctcgctct tctttctcta 120 aaatcatcgt taattgatcc tttgaattca ctatcttctt ggtctgattc acgacccttc 180 tgttcatggt ccggtgtgac atgcatcaca catgcaaaca attctcatat atctcatctt 240 gatatatcta acaagaattt gtctggtttc atatctccac atattcgtct tctttacagt 300 actttgactc accttaatat ttccagaaat tcgttttcag gcaaatttcc tgattcaata 360 ttcaacctta gaaatttaga gtcacttgat gtaagtcaca atgacttcaa ctccctgttg 420 cctgaatcgg tttcaaactt gaagaaactg agttatttca atgcatatag caatagtttt 480 gttggtgcat tccctagagg catatctgat atgaagcttt tacagtatct gaatcttggt 540 ggaagctatt tcaacggcag cattcctgag gaattatgta atttgtcaaa attacagtat 600 ttgcatttgg caggaaattt acttactgga agattaccag aacagattgg caaccttact 660 tccttgcagc atttagaaat tggatacaat atatattgtg gcgaattgcc aaaagagatt 720 ggcaatttgc aggaacttaa atacttagac ttgtcatcat cgaatttatc tggaactatt 780 ccaagtgagt tcggaaaact tggaaatttg gagtccatgt tcatctttaa aaaccgaata 840 tctggagaaa ttccgttgag tttttcggat atgaagaatt tgaaggcaat tgatctatcg 900 gataacggaa tctctggttc tattccagaa ggattttcga gtttgacgaa tctaacgcta 960 atcagtttaa tgaataacaa catcagcgga gatattccaa gtggtattgg aaatcttcag 1020 aatctgcagg cattgctgct gtggaacaac tcgctgactg gaaatttacc accaaattta 1080 ggatcaaatt caaaattaga aaaactggat gtatcatcaa acattttatc tggtccaatt 1140 cctattgatt tatgcaaagg taacaaacta tccaggttaa tcctcttttc aaacaagttc 1200 atttcacata ttccagaaaa tctagcaaat tgctcttcat tatggcgagt gcgtatagaa 1260 tctaacagga tacatggcaa gattcctttt ggcttaggat ttttgccaaa tctaaccttt 1320 ttagatataa gtgacaataa tatgacaggc gaagtacctt cagatttaca acatgcacaa 1380 aaactacagt atttgaatat ttcgaacaat ccgttacaga ctacattgcc taaagaactt 1440 tggaaaatgc ccaacataca agtgttttct gccagttact gcaaactata tggagctgtt 1500 ccgaacttca agtatggatg tgaaaatctt tataagttgg agcttgagaa caatgaatta 1560 gatgggtcaa ttccagctga cataggaaca tgtcagaagt tactaagtct gaacataaat 1620 agaaacaagt taacaggttc gatacccggt gaaatgtcta aactgcccat gatcacagat 1680 gttgatttat cattcaacaa tctgagtggt caaattccat ttgactttgt aaaaattaga 1740 acattggaga actttaatgt atcctacaac caattggttg gaaggatcaa cttaaagaac 1800 tttaaaagtt cgtcctttaa gggaaataaa ggattatgtg gtgaggtagt tggagtttca 1860 tgtgccaatg gagatgtaat gaaggacaga cgatctttag ggaagtctgt tgtggtggtt 1920 tgggttggcg tgatggctct tggggtgggt attttggtaa ttttggttac agcaaggtgg 1980 gcaaagggaa ggaaagaaga taacgcgaca ggtgcaaagg tgacgtggaa tttgacggca 2040 ttccagaaat tgagctttac tgcagatgat gtggcggtag ccgtggagga aagtgaatgg 2100 gtcttaggta tgggagctag tgggactgtc tatagagctg agatgccaag tggtgagatt 2160 atagcagtta agaagctgtg gggaaagcaa aaggactcaa aaatcagaaa gcttgctgga 2220 gtattatcag aagttgaagt attaggatca gtaagacaca gaaatatagt aaggcttcta 2280 ggtattgca gtaacaaaga aactactatg ttatactgtacg aatacatgcc taatggtagc 2340 ctggaagatt ttttgcatcg aaaaggat ggtaaaataa taagtgattg ggggactagg 2400 taccggatag cagtaggtat agcagaagga ctttgctatt tgcaccacga ttgtgatccg 2460 gtcatcattc atcgtgattt gaagcctagc aacatactgt tggatgagga gatggaggcc 2520 aaaattgcag attttggggt tgctaagttg atatatggtt ccaggccagt gatgtctgta 2580 gttgctggat catatggata catagctcca gaatatgcat acacactaca agtggatcag 2640 aaaagtgacg tttacagctt cggtgttgtg cttttggaga ttgtaactgg tcgaagagca 2700 gtgggaaaccg agtttggtga aggtaataac atagtcaatt gggtaaggaa gaaactactg 2760 aaggaagaaa aagaaaaagt agaaagagtg ttggactcca aaatagttgg tgtggttgga 2820 tgcaatgaag tgagggagga gatgattctt tttcttcgtg tagcgctgct ctgcacagct 2880 cataaatctt cagacaggcc gaccatgaga gatgttgttt caatgtttca agtggcaaaa 2940 tttcacaaag gaatggaaag ggaggaggag aaaaagcatg ggagggaaaa tgttagtaag 3000 acctgtgttt agctgaggat atatttctgt gaagaattta ggatttatgc attatgatcg 3060 gtgtttattt tattatttat tatttatttt tatttgtgat tttagttaag atttgatttt 3120 t-3121 <210> 273 <211> 631 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_196.2 <400> 273 cagaaacgtg ggaggtggag ctttaggtgg acatccatca tcattcatat gtgaacttta 60 aactcattta cactgatgtt aaagtagtaa agttcaatta tctggtgctc catgatattt 120 gcgtgcatca ccacgggttc agaatcacac aaatgaagtg atactggagt attaccaaag 180 agctgcactg aacctgggct atttaagcag aggtacataa ggattatagt atgaagaagt 240 catcggtcaa tggttcagag gctgggagat atgaagttga gtcagaggta gaaggttata 300 tcagttgtat gcagaattgc aataggaact tcacaatgtg tcgcgaccat ggtttctgca 360 aggggaagcg gtcatgcttg aataaatgct atgatagatg ggtttcctgt gtcactttgt 420 gccttgatca ggcctagtag aatgttagtt ctactatttt aactaataaa tgatccagtt 480 tgggcttagt tatttcatgt gtctgtttgt gatatttgta taaaatataa tttgaatttc 540 agttaaaaca tacagttgat gaaaagaaat tacaccgtgt gtatttatgc tccacaaagg 600 actatacaaa ttcacgaagg atggtttcgt t 631 <210> 274 <211> 1806 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_4071.7 <400> 274 gctatttatt aaatgtctga ataaagttgt tgtttgggga aaaatttgtg gtgcttctgg 60 ttattcagct tatccagcaa aagaactcta gcatggcaaa gaaataacat caaaggagac 120 actacatcag aagtaaatat agaccccaac acgttattta tttatcatc atcaatcctc 180 atacagggaa ggatgcacac gaacacagtt acaacatcac acataggaac cacagcttac 240 aactcagcga tttaggtgaa cttgctgcag tcgatgttac gagtaatagg gaagggcaaa 300 ggaacaccac actgggccgg aagctggggag gcaaactcat ccttaagatc agcgaaactg 360 gtagctgcag ccttcacaca ttcgcaagca gcctgtttat cagcggaggt gactgccata 420 tccttaaccc ttctcacacc agcacagcat gcatcagcag gttttgtctc acggccagcg 480 aggaacgaaa cacaaggtgc aagggataca tcgacttggc cacagctcaa tgtagtgggaa 540 cccgactgac cgtctgcctt tacgtagaaa gtgagggcta gtgccaatag aatggttgca 600 agtaaggtgt tcatggttgg aagatgtaaa tgctaccagg agtggagcac tttatctggt 660 ggaattttct tggtgatggt agatactcat ctgataggat gtaagagtct tcatccgcaa 720 tcctcaatgt tatctgtaaa agccctgttg atcatttttt atggaaaacg gttcactatg 780 ctcttgatga ctcgcttgat ttcagattat gcaatgcaac ggttccaacc aattcgtatc 840 cataagccgt acatattgga atgtgatgaa agcagtgcca atggaagtcg aagggatgct 900 ctggacatgg taaattacgt tcgcaacacc ctcaggcaag aaagtctaag gaccatgaaa 960 gactatcatt gaaatgcgga gatttggagt ttcaagatgt gtgtccaggt tgagaatctt 1020 gaacatgaaa aacatgacat ccgttcctta aaataaggaa gtctggaacc tacataaagt 1080 tcatttttac tagacttcta caaattcata gtcaaggccc ttttttttgg gctaagcaga 1140 gggtacatgg agaacatcat ccgtgaatgt gagaaccatg ctcaacatca ctggtgaagc 1200 actggtgaag gggagggaaa aaaatttctc agtaaaatga tggtaacata acttctattc 1260 tacatgtcca aatattgttg aacaactgct acaggaaaga aatttctaac ttgattcaga 1320 cctcaaccta agattttgtg ccctatcgat ctatctattt attatttaaa cttgaaaaca 1380 gatctcagga tagctgacct gtactctctt ttacttcaca tttcaaaata caacccctgt 1440 gtgttccttt tttttttaaa aaaaaaattc cacgaccaac taactgcttc agaacaactt 1500 ttccacacaa cccaaaccca aattcccccc aaattttcaa acaatagtac atgtccaaca 1560 atttttaacc ggtatctgct aaattcataa atctgaagaa gcaatcctcg cctaacgatc 1620 aataccaatt gtcgattgcc gtttgtggtc attcactgct caatttcgct gatcgattcc 1680 cagtagtcaa aattcggctt tgatgcagag ctgttggaca acagttgttc atttaaaaca 1740 cgttcaggga aatagcttaa tggggattct tcacattgca gcatttgtgg tatctggcta 1800 tgcttt 1806 <210> 275 <211> 1203 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_4252.4 <400> 275 ctgaatattg cattgctaaa aatatttggt tgaatctact taggaaattt gaataaaaga 60 agtgtatgtg ttggattgtc aaatctgttt actgttacga aactttcttt aactatattc 120 attcttattg tgtgatatct agtccacctt aacaagtatc atcatttttt gcatgctaaa 180 agcatatttc aaatacatga aaaagatgtt atttctaaca tgtaatgaaa tcatcagtgt 240 atgaactgcc tccacttgat aattagttcc actttgtaaa cataattagt ttggcaatat 300 ttctctatat atttgactgt aggtaataat tctcgcaaga gagtcgggtt tgaaggtaga 360 gcgctctgat attagcattg caaatcttgt tcccgaacca ttaagggcaa tttcgtcgat 420 tgatgatttc atgaatgaac ttccaaattt tgatgttgac ttatctaaac aaagagacga 480 cgcagaggct gttggagaag ttttgagata tgttggggta gtagatgcta cagaagagaa 540 agggttagtg gagctcagaa ggtacaaaaa agatcatccg tttgcacagc tatctggatc 600 cgataacata atagcattca caaccaaaag atacaaggac catcctttaa taattcgggg 660 acctggggca ggtgcagagg tcactgctgg tggcgtattc agtgatatat gccgcttagc 720 atcttattta ggttgccctt catgatttca aaattttagc caaatgcaat tcaattttga 780 gcttatgttt cttttatgag aaagaatttt gttgttgcat cacgtggagt ccaatggtct 840 agctccgtac aaggctatgt ttagtccatt tagtttgatc ttattatgag gggtaacatg 900 taccttgtcc atacgaatat gtattacatt atactacatt aaattatgtg cgatggtaga 960 gtggaattca tgaggtccaa cattactatc ccagtagtta gacgttctgg ttttgattca 1020 tgaggtcgca tgctcgaata ctgtaacacg tgattcgaac taccggacat acatcgattt 1080 gtagtatgct atatgctact taagatttgc cgtataactt tgtactaatg ttgtttgata 1140 tactggttgt taatcgtatt ggttctttga ttgactgatt gaaatttttt catgaaaaaa 1200 aaa 1203 <210> 276 <211> 1159 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_4410.1 <400> 276 tgctgatctc atcttatttc atcactataa aagccagtcc aattatcctt ccttggggaca 60 gaattaataa aggggcgaaa agaaaaatta atcaagagat ttcttctatc tcttggttaa 120 caatggcgtt cagcagaagt ctagctcgcc ggttcatcca cgaggccaaa tcgcatgctt 180 ccaatattcg cccgatccga cacgcaatac gtcaatccga gaccaacgcc atttcccgcc 240 ttttcctttc gaaaaaccta aatcgtatgc aattgcttga cgggtctccg gtccggctgg 300 attggttggc tccgcctgaa gttagaaaag aagagctttc gttatcaatg aaggaggcga 360 ggaaagtttt gaaagcggca cagatggaga cggtgaggac gaaactgagg tcgatggata 420 aagatcggat ttttttcgag gatttcagga agatttgctg cgaggcttcc tgtttggatg 480 agggtttttc ggttgctaag gctcttgatg aatcgggcga cgttattgtt ttggcagatg 540 ttgtttttct tcgcccagat caggtagcta aagcagtcca gtgtgcaatg cctatctcaa 600 tttctgagaa agaggaagac cacacagatg agttgcgaga gctggaagaa aagaaagcag 660 taattgacaa acttgcaaaa attggtgtta gaaaagaact gttgtgcggg cttgggtttt 720 ttattgttca aacccttggc ctaatgagac ttacattttg ggagttatca tgggatgtaa 780 tggagcccat ttgcttttac ttaacttcta catacttctt ggccggctat ggatttttcc 840 tcagaacatc cacagaacct acgtttgaaa gtttcttcaa aagtagattt catacaaaac 900 aaaagcagct catgaaggct catgactttg atatcagtag gtttaaccag ttaaagaaag 960 gtggttacag tagtgtataa aatattcagt agaatttgca cattaaccta ttagcaagat 1020 attttatcca aagatgaatt tggttaaatt tgctattggt attttagttt tatatatttg 1080 ccaatgtaat atatgtatca ctgttaagtt agaagggatt tatgttgttt cggcgatgct 1140 tggcagacgt cagggccgg 1159 <210> 277 <211> 702 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_4893.1 <400> 277 ggtgaaattt cctcatggca gcgggatgct aaacatttta aaaagtactc ttttaaacat 60 cgatattaga tgactttgat atttacgagg actgccaaag agcaacgcaa cgcaaaagaa 120 cccagaaccc tatgctgact tttggaagtt accaatcatg tcttgatcac cattgatgcc 180 attttaagag ccatcatggg gaggattcag tttgtttctg gattactgta ttatacactg 240 tattgtgctc atataacaag gtcaatggct tgcttacttt cctatcgagg gaaactacaa 300 gaggagactg gaatcttcat ggactgtaac tcaattaaaa ccatggtcga aaagtagcaa 360 tttttggatg ctactggtga aggcgattaa cttgctatgc ttggtggtct ggatttacac 420 tgtgtggctg ctactctgag atttttggag caagaaataa agaaagggct ggtaaaggaa 480 agcaaactcg atgagaaaca gttaaataac tacatggttc tattcaggct tgatatgtgt 540 tagtactcta tttgctatgt gcatttcagt tttatggatt atgtgttagt gctctatttt 600 agaatttgat gtgtactttt gaaatgttta gccttttgga attatccgtt gtgtgtatat 660 ttatggatta tgtattgtac gttggaactt tgtaagtgtg gc 702 <210> 278 <211> 2101 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_7551.3 <400> 278 tggttaacca cctatataaa ttagtcagat tcttcagttt gtaaccccaa tcctcatcaa 60 ggccaagtaa gcaacaagcc tatagaaaaa tagcatgaca aacaatacaa taactgcaac 120 accagcatgt tcgaacccaa caagtgcaac tgaaggatag tccgcaatct tgcaaatggc 180 agttggagag cagttgtaca tatcagtagc agagaactgg gaaataacaa ggagcttaaa 240 ggagtaaaag ctcaatgata tgtatttaat ccaagcgata aaggaaggaa catgctgcac 300 ataataacca ccagcaagca taaaagtgag cattatcaca gaccctaaag tggtagcaga 360 cttcaaatcc attacgagtg cacctaaggc taagcctatt ccttgtgcca ccagtacagt 420 tagaagcatg atggccagag ttagaaagaa actggatgct tcttgtttga gttcactcat 480 ccaatacact attgttacaa agatggttgg aaggattagt tccataggta aatctcctac 540 cagcctagcc atgaagtagg atgaaagcct gtacattcgt gacgttcgct ctttgctcaa 600 catcattctt tcttgtggga aggtgaatat tgcttggaat actgggaaaa aaccccagaa 660 tcctgatatg aagaacagca gtccaatctg atccactgtg tggcgtcctg actgccacca 720 taggatacca catactagag caacgattag aacttgtgct attttcaaac ccgagaaaga 780 ttcatgtctt ctttctttga gacctcgttc gagtaagact ttaaattgtt ctagccatgt 840 tgttgaccac tgatttgtga ataactcagg ctctttttca tcatacagag tgacagtatt 900 ttgaagcacg ttccgaaccc tatcctgtaa gtgtgttgta tatgatgtga ccaagtgttg 960 tttaacagct actcggttgc ctaatgtttc atcaggtgat acaccattag ctagatcaag 1020 aagaaaatca gcaggattca tgggaacgga gggtgcatat ccgatgctcg caaagtagtc 1080 catagcatca gagccctttc caaaatagac agggttgcca tcagaaagca gcaacacctt 1140 atgaaacatg taaaatagtc ggctggaagg ctgatggata gtcataatta ctgttctacc 1200 ccctttagtt agttcccata acgtagacac aatcttttgt gcagtcgtag agtcaagacc 1260 tgaggttggt tcatcaagaa ataacaaact tgggttgatc aacatctctt gtccgatgct 1320 aactctcttt ctctcaccac ctgaaatgcc tctcaacaaa ggacctccaa taatgctgtt 1380 acgacaaaca ttgagtccga gctcaaccat gacagcctcc gcatgtgaaa ctttttctgg 1440 tttactgaga gtgctaggaa ggcgaaggag ggcagtgtac accagcgttt cgcttacagt 1500 taaatgaggg tacaatatgt catcttgagt aacaaagcca atatttcgct tcatagaatt 1560 ggataatgcc ctgttgttgt aggttatact gccatttaaa ttgccagaaa ggcgaccacc 1620 aagggcagtt agaagtgtag ttttgccact gcctgatgga cccaccatag ccagcatctc 1680 acctggaagt acaattcctg atacattatt cagaattttg cgttcctgtt tgctattttg 1740 ttgctgagcc tgttggtttt gctgcatagg aatcgggtta acacctcctg cacttttctt 1800 gtctttcttg ttttggacat tgttgtcgtt gctttttatc ctgtacacca catcctcaaa 1860 cttgaggata acttcatgtt ttgatttggc aaagatcgag tgatcaaaat ttgaatcctc 1920 cattaatcaa ggtccaaact cttgatcaat cccaacaatc tgcacacaga agaaaatgat 1980 gctgattatg tattatgaca caagttggtt tggatgagat taataaatgc aaattggaaa 2040 ttagaggaca tatagatgga ggacaaattc ggagtcgatt ggattggctt actgaacaac 2100 a 2101 <210> 279 <211> 617 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_9226.2 <400> 279 gtggaggtat agaatttgag aatttaaagg ctacagagtt gagacttggt ttgcctggaa 60 cagatgacaa gccaactcta agtcagaaac gtgcattaaa cgtgtccgag attgatcaac 120 ctgtagctaa agcgcaagct gtcggatggc cgccggtcag aaacaataga agaagcaact 180 ttctggcaaa gaaaactgaa acagatcaag caaatggaat atttgtgaaa gtcagtatgg 240 atggagctcc atttttaaga aagcttgact taaaaacgtg caagggctac aaggaattga 300 gagaagaatt gaataatatg tttagtcgta ctatttcagt agagcatgca atagcatatg 360 aggataaaga tggcgatttg atgcttgttg gagatgtacc atggtgcatg ttcatttctt 420 cttgcaagaa gttgaggta atgaagggat ctgaggctag aggattgaac atagatcaat 480 gatataggag aaatttaatg gaaaactaat gtagttagag atgtccaata gtttgatatg 540 ctgtttttgg attatatgaa tcatatgatt aggagaaatt atagtgcata cagatacaaa 600 agtttgatca tgtccag 617 <210> 280 <211> 448 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_9725.1 <400> 280 ctttctacca aatcctgcaa ttaaaacctc atcattctcc tcaatgtagt taaggcaacc 60 atcgtttggc acaaaagcag caatcttctt cccgttcttt atcaactgaa ctctagcaca 120 cttacggatg gctgaattgg gctgttttgc ttcaatgcct attttttcca agacaatgcc 180 cttggcatga gatgaaccag aaaatggctt cttccattcg ttgccaaggt ggctcttctt 240 gtatgattta tccgcccatc tctgatttct tctgtgggtc ttcagcttgc gcccagctcc 300 catacccctt gttttattac ccatgattga ttttgagaca aaggaagtct aagtcaacta 360 atctacgccg ccgtctgaaa tagaaaacta gaagccagcg acgatctaat atatgagaaa 420 acgattggat gtagggctag ggttcaag 448 <210> 281 <211> 1564 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_10944.2 <400> 281 ccattctcac aaattcagtg ttatcgggcc aaatcaattt gtatctttca ttttgatcat 60 tttgctggct tcatgaaatt ctgtgacagt aagtggaaga aaatccttaa tgacgtcatg 120 tcgttttccc ttccgatatg atccagaact tttgatgata ctgcacaaat gaaagccatg 180 ttccattata atgttgtggc ctgaattttc gaagaagtaa agtttgcact tgggcaataa 240 cctatgcagt ttatcgcctt catctctact agggaacaag ctgtccatgc cactggtaaa 300 caaaagcact tcagattcaa cagcatggag acgagaatta gtataattgg cagctgattt 360 aaggagcttc aatttccaag cgagagtctc attcgttatt tttccacata aatatgaaat 420 attttttaaa ggcaagatga ttgtttctga taattgatca agcatttgca atggattaga 480 ttggattaca ctttttaatt cccttcttac ttgatgctca gtaaataaac ttaaaaataa 540 cggaatagcc aagtttgctt caccgaatga actagtatta gcatgtggtg taagtgtctg 600 caccactgac ttttcaaaag atgtagctgg atttgttaac acaagtatca tatcaatatt 660 aggatttcga gcagcaatag agagagctaa acatcctcca aaagaatgcc caagcaaata 720 gattggtctg tttttgcatt tagagtgctc ttgtttaacc gtttcttcta caaacaatat 780 taggtcttca taaggcatgc gatcagaaaa aggacacatgc atgcatctaa cttcaaaaaa 840 cctcccaaga gccttgtgat gcatgaaaag ccccattcca atgccatcga gaccaggcaa 900 gaacaaaatc agcggagaac catcaatgta gggcccacag tccaatggac agaaccaacg 960 aggaggacct taacattccg agtactggga atacactcat aagcatgcga ggcattgttc 1020 tgttgtggag atatgtattg acactttata tgaccaatcc gaccagatca aaaacacctt 1080 ccatggaaga gtttatctcc ttgattcact ggtggggcag atagtcttgg aacagtatgt 1140 gtggctgaaa gctggtaagc caacaacact acttaagtta agccaagatg aaccaaatgc 1200 attttctggt agtttctcag gcatcaatta cacacatcat cttctacgat ttcccaggaa 1260 aaactaactt caatggagca tcctatataa gctgccaacg cccaacacgg caaaaccatt 1320 caactcattc cccacgaatc ctgacctaat tgtatgtcgt atattttcac tattagatac 1380 gagcttcaat tgattactga tttttgctgt aatttaagct ttctagctca ttggagatat 1440 gggatattgg gagatggatg aaaaagactg agaagaggac agatcgacat gagaagttag 1500 agcgaaagaa ttgaacgttg cagaggaaac ttttctttag aacaatttgt ggccgtttta 1560 aaag 1564 <210> 282 <211> 915 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_11265.1 <400> 282 tttttttgta caattagtaa tattattatt ccctcctcagc ataaatttca tgccgataaa 60 gaagaagaaa aagcagtatc gcctcagtta ttcggcattt atttttgttg cataaataga 120 atcaaacata taatatataa tgctcacatc ttcatccagc cttttattta accgaagata 180 ttggaattgc aagctgtata gcaatctctc tggcagtcca cgtcagactc ttttccagca 240 cacccatcaa gacagttgct aaggcagtca gcaactgccg gcatcatcac cgacgccacc 300 acaattgcta tcagtaatat cacaattatt gcgttaactt ttgtcactgc cattttcttt 360 cttacaacaa atgtttatat tttctcgtca tatgaccaca tttgatgtag tatttatagc 420 acttgtcatt gctataaata gaaacagccc aagagagagt catgcatttt acatggctgg 480 tatgaaatag tgcgaaattt ctcagatttc taagccaaac tctacatctg gacttccact 540 aaaaaaatgc tgcaaacact gataatgtaa gcaaataaaa atgcactttt aactaacata 600 aaaatcatca tcgttattaa ttaataattt taatgacaaa gcgaaggaag cttaaatgag 660 ataaaggacg agtgcaagtg tcctgctttt ctaatgtatt ctgcttgctc ggaagctttt 720 gcagcttgtt catccaattt tgcttctgca ttagatctcc tttcttcagc ttttctcttt 780 gcatacatta tcttcttcgc caacttctct tgcgctctcg atttcatcct ctctgccttg 840 gcctctatcc tcttcatctc catttcagct tttctctttg catacattat cttcttcgcc 900 aacttctctt gcgct 915 <210> 283 <211> 1167 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12112.1 <400> 283 catatacact caacataaca gcaacatata tacgaaaaac aaacagcatc agtgctatgt 60 gcatgcatgc atgcactaat tcatacttac ttgcaaggat ccaagggcct gccacaaagg 120 cagaggtgag gctcatacgc atccctccca aacctagacg tcacgatgcc cttgggaatc 180 tccccgcaca attcattacc gcttacgtta aactcctgca atgaaagaag ctcattcatc 240 tgcgccggga tgctgccgta aatcatgttc ccactcaaat ccagcacctt caacgtcttc 300 tgcaacctca cattggtcaa ctcaaactca aaccggttat ccgagatatc aatcacctcc 360 gccttcttac ccttcccaaa cagcacggac gcatccccca tcagcctgtt gcttccgatg 420 tcaaagaccc tccagtcagg gtccccgata gagtcccata taaggccggt caaacgattg 480 tgggagaggt agagaagagg aggggatgag cgagggaagt tggagaaggt gttggggagg 540 ggaccgtaga gacggttgta gtggaggcgg agggtttgga gtctgacgag ggaggacagg 600 gtagctggga tttgggacga gaggcggttg tgggagaggt cgaggtactc gagtttggtg 660 aggcgggaga cgaacagggg gatggggccg gtgagggagt tgtggggagag gtcgaggatg 720 gtgaggttgg tgaggcggga gagggaggaa gggatggggc cagtgaggtg ggggaggtcg 780 tacagggtga ggtcggtgag ggacgtcaga ttgccgatgg caggtgggat gctgccgctc 840 aggttggggt ctcggtagat ggagatggtt gtgacgcggc ctcggctgtc gcagactaat 900 ccggaccact tgcagcatgc cgtgtgttta gggttccatg agccgaggcg gtggttgttc 960 ttgaaggagg attttatggc catcagggcg gttaggtcat cctgatggca agtgatgggaa 1020 gatgctgcag gggtcaggag gaagatgatg agggaggata gaagcatgag aaatatgttc 1080 atgactacta acgttgtatt gagctgatat ttatttaact gaagccatat gagtcgatga 1140 agttgatata tgtaagtggg aagactg 1167 <210> 284 <211> 562 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_12744.1 <400> 284 ttttttttga caaaggcacc aataaaatta taataaaaaa tgggtccctt gtctaacaaa 60 taataatcag cattgtgttg gctttgcaaa tgcattatta ttgttcaaga actgagcggt 120 atgtcctaca gtgaagggtc cttcgcttgc tccattaaca cattggcatg aagggcacac 180 tgtaatggag ggcgccatgg gaaggtacat tgccaatgga gaggacattt tcaatttctt 240 tagctcttcc agctcggttt ttagtctctg gttttcttcg gtcagcttct cgtagcattt 300 tctgtagaat tctcgatcga cctccgtttg cttcagtttc gttctgtaat ttcaagaaag 360 ttatgtttag ttggtgaaaa tgcaacaaaa gacaactaat tgtttatgac aaacgagtta 420 acttattttc cttggaaata tataatagtc aacattcaaa taagaataaa tatataaaaa 480 tggtcaaatt caaaatggat gtttcatagc agaacagtat atctgaatgc gtttcaataa 540 atccaaatag tgaccatgga tt 562 <210> 285 <211> 814 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_13193.1 <400> 285 ccacaattca caatgacttc tctgttacta tttgctcaat ctcacatgtc tgatccgttg 60 atatcagtta cttgtataat aatctttctt tcttttcttt ttgtggactc catctgtttc 120 attttccgat ggtttacttc tctatatcac tagttccctc tctgtcaata tcatttagca 180 tctatatagg ttgcaagagt agttgttgtt tacaatggtt gggactggag tagtagcagt 240 agtattcctt gtgattctgt tattctcacc ttccttatct cacatatctc cctctccatc 300 tccgtcttca ctttcaccat ttttgcctcc ttcacatgct ttatctcctc catctccaat 360 tctagaactc cacaagtcac gatctccatc actgtcaaca tcagcacctg ctccatcacc 420 aagtcatcca atggagaaag ctactgctgc tgatgtgctc actactgtgg acgatgaggg 480 gaatgatggt ggaacgaggg ctggaaagaa ggccgggatc gtatttggag tcgttatagc 540 catggccatg cttggattgg gtgcgtttgt ttacaaaaag aggcaggaga atattgccag 600 agttaggtat gccggctaca atgctagaat gatggagatg atctaatcga tactgctcgt 660 atctacttat tcagttggtt cttgattata cgttagctgt ctaattaatc gatctaagat 720 ggagaatatt attctttgac atagggacta gctagtacgc tgctggtcgg tactattatt 780 cttttgtggt tttttatgtt aacatgatgc agac 814 <210> 286 <211> 362 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_13825.6 <400> 286 agatacaacg gtgaaatcaa aggataggaa tcaaccgaca gtcgtctcga atgtataggg 60 atagatggca cgtacaaagc aaactgtaca aagtccactg gaggcaaggc tccttgcaag 120 caattggcga ccaaggctgc aaggaaatcg ctgccaacaa aaggaggagt gaagaagcct 180 caccgcttta tgcctgaaat tgtcactctt cctgaaattt tcaagtatcc aagatcactt 240 gttaaaatga aagcttccct tccaaagaaa ttttagaagg ttttgacata caaaaggacc 300 agtggacatg ctgacacaat aaagaaatat ggcgacctta caaaatctat ttctcaatat 360 ca 362 <210> 287 <211> 540 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16487.2 <400> 287 ttcgttaggg gcaatttcgg aagatggagc tgtttcaact acaactgtta cagcaaagaa 60 agtcgcagaa aagagcgaca agggtatgaa gaaaacgccg gctgcatcaa agaagaaacg 120 gtatattagc gctcctgacg atgactggga acaaattcat agagatgact tgagacactt 180 tgcggtacca gcttttacac caacggcctt cttgttctaa gagctgaagc agatgttaca 240 attaatttaa tttgcaattg tgaatattta ctgttaaatg gttatagcac tgcatgagtt 300 cctggaatcg atatgaagca tacggattga gtaaaggaag acatattgtg tgagttgagt 360 gcttttgttg aataagtaaa tcagaaaaag aagaaaatta tattagaaac tggtgtattt 420 atttagtttg ttagtaggag cgtaaagtca ataagaaatt ctgttgagct tatgtatgtt 480 gtctcctttg tttatgtaag tgctgataat aatttatatt cgtagtccac tcttgcacct 540 540 <210> 288 <211> 1576 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_16545.1 <400> 288 cagataacta gaatactgtt taaattcaga gttattatct gtctaatttg aacacttctc 60 aagcaaaaca aatcatagac tgcgaattca aacaaactac attcaattca ttctctcact 120 ttgtaaatat ctccttccat ggatcagact ttcaagcggt taacatgtta catattcttc 180 ttctctgctc tgctcacaca aagtgtcatg gtaaactgcc gcaagcatga agaacataaa 240 catagaaaat tgtttgtatt tggtgattca tatgcagata caggcaatct aggtaaacta 300 ggagagttta cgccatgttg gtatgagcct tatggaatgt cattgcctaa aggtccttca 360 ggtcgcttct ccgatggttg gatcttcaca gactatctag caaaattcct ggggataaaa 420 accccagtgc cctacaaata ccgtagggta taccccacgc atccctatgg catgaacttt 480 gcagtcggtg gaagtggagt attcgatact ggaaactttc agcgcaatct ctctgctcaa 540 attgacacat ttcaagaaca gataaaagaa ggaggttttca caaagcagga tgtagagaac 600 tcagtaatct atgtttcagc tgctggcaat gactacattt actatttgga taataatcat 660 aatgtttctg taagttctct atatctaata cagccctcta tgtaatatcg catatttggt 720 aatattacta ttatattttg tttgaacagg aactttccgg cttcattgcc aaagtaaccg 780 atcaggtagc attaaatttg aagaggctcg gtgaaatagg agcgggtaaa attgtggttg 840 ctaatctagg cccggtacag tgtacacctg agcttactag aaaagctaca aattatacaa 900 aatgtaatga cttttatgat ttcgggccga caaaacataa ccagctgttg gttgaagcag 960 tgaaaaaact taatgcaaag agtagtagag ctaggtttct agtccttaac ctttattcag 1020 cttccatagc tgtcatgaat catccagaaa aaggagaagg aagacttaag caagttttaa 1080 agccatgctg tgaagggaag accccagatg atcattgtgg agcagttaca gatgaaggga 1140 agttgtattc ggtgtgtcat gacccagaaa actacttcta ttttgacaca gttcacccta 1200 ctcaggctgc ttgggctgca gtttataata tagttttgcc ttggcttaga aaacacttgt 1260 gattggcttt gctgccttcg cttattatgt attctttttt gaaaggaaat aaaacattca 1320 acatttatct actttttgtg cttcattttc atgagttatg acttcaaaag aatcaaggaa 1380 cgtacttgct actagctgag atatttggat gtgcctctgc ttgaaagctg ccttgataac 1440 tgcattatta ttcctttctt atctgtatgt atgtattgca ttggtgcaac ataatttata 1500 tattcacctt tttattaaat aatgtgtgca aattggggat gtagattgaa aaagaagaga 1560 aaacacatga gcaacg 1576 <210> 289 <211> 1135 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19260.1 <400> 289 tattgattat gaattcaaac tgaaaaagtg caaaatcaac gatggtatat tgtttttaca 60 tttgctttcg aagttgatcc cttgcaaatg aattcagcat gtgaaacaat ttctaattct 120 attttattg tgtaatgatc atcatttttg ttggctttag ctgtaaagtc attatctatg 180 taacatatgt agaatattgt agcagaaagt tttactattt tagccaaaac aacaaaaatc 240 ttcttcattg gtttgttaac ttttaataat agtcaaaggt catgagtagg agaagctcat 300 tcgatttttt atgtacatga attaattatc agcaatgtaa ctggcaattt tcaaaactga 360 atgcaatact atgcatgaag ttaccattaa aaattaaatt cattgtttat caatttaatt 420 tcataaccac atccatgtga tacataagat aatttgtccg cataacatta ggagtttgtt 480 tttaatgcac gtttaaaatg aactatatga actagtaatg aaatatagaa caaattacca 540 atttattcac atggaatcat aaaatactag taaagttaag gatacaaaaa taagtcaaaa 600 ggctagctag aaaatatttc caaaacagaa gaaaataaga cctagaatgc aataatctaa 660 cttgtgtttc tatccatcat agttaagatg aagcgaggag tatggacagc catcaaaatg 720 gatgacatgg caatcatgaa gatgccgtga agcttccact catggcgaac gtaggatatg 780 aagccgcgct tgcaagattc gcaatcgtag cacagttggg tgatctcgtt gctccatgct 840 tggcagtctc cgtacgtgct tggatctatg gccgtttgat catttggtgg tgtagcgttt 900 gttgtggaga ataaggaagg agaggggact gtgaatggat tgtttgcatt ggatcttgtc 960 caatatgttg cgttgatgta ctttagtccg catactcttg aaggcttgca gcatcccgac 1020 tttgcaacaa ttgaaacacg tttttagtca taaaatgaat gatacattga aatatttggg 1080 tgcattagtt gtgggagaag ttttacctgt gcagtttttg tcctgtgcaa atgca 1135 <210> 290 <211> 1066 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19375.1 <400> 290 aaaaaagaga aacctagatt tgatcagttc aacctaaata ttttgtaaaa gctaatccca 60 ctatttatgg ttataattac accccttaat ccaacggttg ctatcatttt cacgtatttt 120 ttgaactagc attttcaatt tttcccagcc gccatgatat ccagctttga atgtttcctc 180 cataaatttc tacaccataa ctactgattg caccagaact gctcaaatta catgatctcc 240 ctcacttcca ttatcctctc tctctcaaca cacatcaaat cgacatcaat atggcttccg 300 aaagcagcaa ttcaaaaaaa tcagatcgtt caacgggtaa aagggatcat gtagtataca 360 tcgacgatct aaaatcgaaa tccgacgcca gtgcatcaaa atccgatggc gacaaggacg 420 acgaaatttc atgtaccttt tttcactatt tggcaatttt gggcatttgt gggttagtag 480 gtttctattt gtacaagctt gatgaagtaa attatcctcg tatttcaatc acaagcgtag 540 aagtatcatc cattaaatct ggaggagcat cggtatcagc agcagatata atggtgggtt 600 ttgtttcaga caacagttgg catggtgggg acgaaataga agaatacggt gacatccgtg 660 cttcagtgta ctacgacggc agtttgattg cttcgacctc ggtttatcca ttcaagcaag 720 atccgaagga ggttacggaa agaaaagcga gaatgagggc gagaaacatc gattgggttt 780 ccaaggctaa taataataaa acgcatcatg atgcagtctt atcttttgat attaccattt 840 catcctcccc tgttcacttc cctcgtaata atattatgga tctaatcgcc ttctgcgaag 900 gagttcaggt gaagtttacg agtatgacca ctgcgggtac gggttccatg attggcggat 960 ctaaagactg ccgtgttgct gctgagaatt cccaaaatca ttaatggatg tttttgttta 1020 gtttgcttgc tctcctaccg atggttctca aggtgatatc tctgcg 1066 <210> 291 <211> 897 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_19951.1 <400> 291 cattttgtgc atcatctcat ctacacttat tattcgttgc ttacacactg atgcgcatta 60 ttacaaattc tttcttctgt tctccaagat gtgtgtatat atatttgcac actcatacgc 120 atatacacat aattcacatt ctcaattgat ttaggttcat gacttcttca acaatgcact 180 ttattttctt tttcgtcctt cttcttttaa gcttttctct tcaaatccat ggaagaaata 240 gccaattttt cagcaaaacg acacgaccta aaaatgaagt aaaagtatcc actgtgtcaa 300 atattgcttc ggaacctaca gtagctgaag tacttcctcc tcaaactcaa gagggctatg 360 gtctttatgg gcatgattca ttgactgaca ctaactccaa aaataatgac gagttcttga 420 acgagagtta taagaatgat aaagcgccaa ctcagtcaag ttcagaaaat ctacaatatg 480 ggatgagtga tacaagaatt ttggataatg gcaagtattt ttacgacgtt aaggccgata 540 agtcgactaa ggatatagat tcagggaaat atggacatgt gaatgcaggg aacacatatg 600 aatataagaa tgatttagag gcttatttga atagcaagga gaacctgggaa aatctggatt 660 atgatgagga accatgaggt ccatgacaca tggttggcga tcaggtatac tgtatgtatg 720 attgacgatg atgaatgaaa tgtataagat gttaaggttt ctctgtgctt ttgttatctt 780 ggtttttat gatcaattag ttgctctaat tatgtaaaat ttaatgtgtt taccccgatt 840 acgtcgtatc atgtcaaaaa ctattagcag tgatcagatt ttttttacca gtttgca 897 <210> 292 <211> 453 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_20441.1 <400> 292 ctctccccta ttttctgact tattccaaat caaaatcaca taataatttt caagaaaaag 60 aaaagtgtta atgaatatct tcagtccctt ataatgatat cgcactgtct accagttttc 120 attctaatca catccttcac tcatttaaca gcgataataa accatatcgt agcggccatg 180 tcatcgtctt cttctccttg cgctgcctgc aaattcctac gtagaaagtg cactcaaggc 240 tgtgtcttct ccccttactt ccctcctgat cagccaccca aattcgctaa cgtgcaccac 300 gtctttggcg ctagcaatgt cgcgaagctt ctgaacgaac ttccacagtc tcaaagagaa 360 gacgcagtga actccttagc gtacgaggca gaggcccggt taagggaccc ggtctacggg 420 tgcgtgggct tcatctcggc cctccagacc cgg 453 <210> 293 <211> 1607 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_22736.2 <400> 293 tacttaacta gaataattca tttatgattt attaagatcg ctcaagaaag gtgccttttt 60 ttcctttggg agctctcctt caattgtttt catgattttt tgattctcta tggaaaactt 120 acggttttgg aactaatgat attggagtgc ttcaaaattt taaatggaaa gaagaaaggt 180 aaagcccaaa caacaaagtc atcctcagtt aggaccagca gtacattatc acctgatcgt 240 gaaattagaa tatcaagctc cgtgtttgat tctcaaaatg cttccaatac cagttctgat 300 tctttagaga ggcctcagta tcctagcatc tctcagttaa agctgagcaa tctacgtgtt 360 tttactttct ctgaactaaa gaatgcaaca aagaatttca gtagatcttc gttgcttggt 420 gaaggtggct ttggttgtgt atataaaggc gtcattaggg aaaataaaaa ttcaaattta 480 acgattgaga ttgctgttaa gcaattgagt cgacatggaa cacaggggca taaagaatgg 540 cttacagaag tgaatgttct tggcatagtg gatcatccca atcttgtgaa actaattggt 600 tactgtgctg atgatgatga aagaggaatt cagcggcttc ttgtgtatga atacatgcat 660 aatggaagtg tgatggatca tctgtcacca aactctattg tacctcttac gtggaatatg 720 cggttaaaaa ttgctcttga tgctgctcgc ggcttgactt acctacacga agagatggac 780 tttcagatca tatttagaga cttcaaaacg tccaacatgt tgctggatga gaactggaac 840 acaaaattgt cagattttgg tttagctagg cgaggaccgg agggtgaatt aactcatgta 900 tcaacagctg cagcaggaac aatggggtat gccgctccag aatacatgca aacaggacac 960 ctgagcgcaa agagcgatgt atggagttac ggagtagtcc tttatgaact cataacaggc 1020 cgccctccaa tagatgtaga ccgcccaagg ggtgaacaaa tgctcttaga atggctcaaa 1080 caatatgtaa ctaatcccaa aaaattccac atgatattag atcccaaaat cgatgcacga 1140 caagccttga attcggcaca aaaacttgct gccatagcga aaaaatgcct tgtgggaaac 1200 ccgaagtcta ggcctaatat gagcaaaata ttaaaaatga tgcaaaaact cgtggataaa 1260 gaaaatattg gaaaaagtcc aatgcatggg ttagcgatga atattgcttg taaggaagaa 1320 gttgaagaag aaatattgaa cttgaaacga ttaaaaaaat tggggtggcg agaatggact 1380 gctaaatttg tgatggtttg tggttgataa aagtttagga catggcgaca gttgagtcgt 1440 gtatgagtgc atataggttt attcattttc caaatatttt ttttttgatc taagtttgat 1500 aaatgttata gaaaataagt aaaacgaaaa cggaatatgt gcaagttagt catatatatt 1560 gataccaaat gcagtaatta atatttaaga cctccgatac tctgtta 1607 <210> 294 <211> 1392 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_23169.1 <400> 294 cctagtactt cttcattttc gtttttagtt tataatttgc agacttggta agcacaattt 60 tagggttat acgtttattt actgctcatc ctactctttt gaaacatatt ttctttgttt 120 caatttatttttgtatatt aagaggctta acactggaga gaaatgagga tctctatgaa 180 gaacgagtct gagatgaagg ctgataatac tgagaaagaa aagaaagtag atatgagtgg 240 attgtgcttg gattcaatat ttccaaatcc ttcaatcaat ctagctgcaa ttactaagct 300 tgatctctca aataacaatc tccagttaat accggagtca ttgatagcga ggcttttgaa 360 tgtagtggtg cttgatttac aatctaatca actaagcatg cttcccaact caattggatg 420 tctttccaag ttaaagcttc ttaatatttc tggaaatctc atcaaatccc ttcctaagac 480 cattgaagat tgcaggagtt tagaagaact gaatgcaaac ttcaataagc tcacagccct 540 tccagacaca atcggcttcg aactaacaaa tctcaaaaag ttatcagtaa actgcaacaa 600 gctagcctac ttaccacatt caacttcaca tttaacatat cttaaagtct tagacgttcg 660 tttgaactgt cttcgatcgc ttcccgaagg actagaaaat ctttccgtc tagaagtgct 720 caacataagc caaaattttc actacctcac ttcaattccc tactcaatcg gcctgttagt 780 ttcacttaaa gagctcgata taagctacaa taagataaca cgccttccaa attcactggc 840 ttgtttgact aagctttgca agtttgaagc agaagggaac cccattgttt tcccacctat 900 agaagtggtg gagcaaggcg tggaaacagt aaggcagtat ttgagtgcaa ggatcaatat 960 ggaggagaag gacattgtta agagcttgaa taagaagagt aagaagaagc catggtttgt 1020 taagcttgcg agacatcgta cgtttggtgg aaggaccgtg catgatcatg acgaactttt 1080 ggttccggaa tgtcgatcat ttgatgggct tgcaactccg aaatatggca tgttttctcc 1140 tttgagaatc ttttctccga ggaggattat taagaagcag agcgtttagt catgcatttt 1200 tccatgataa ttgatttgtc tgtgatgagg aatatcgtgt gtatctgata tgatgatgta 1260 aatactattg tagggtacgt atccatgtgt gtgttcacgt acacgcactg ttgtgtaaga 1320 ggttatgagt tggcagagta tatgtgtgtt tattttaggt tgaaattcca aataaacgca 1380 aaactgttgg ag 1392 <210> 295 <211> 1351 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_23812.2 <400> 295 tgttaaccag agaacattgt acaggcaagt taacaaaaaa ttcatgtttt tactggaata 60 attaaaccat caaaacagac taaaaatgct taataaatca taatagtcaa caaaatcaat 120 aactgtttac ataataaaag aagatgtaga gcaaatcaaa actgtctacc accatcaaaa 180 ctttcattat aaactcaagc tttaggcttc ataagcttaa cctgttccca agtgaagtcc 240 ggatcatcac ggccaaaatg accataagcc gcagttttct gaaacctaaa attaccaccc 300 ctcttcaaat caaggttaat tgaaatcatc ccaggcctga aatcaaaatt ctccttgatc 360 aagtccagta tctctttatc cggaatcgtc ccagtcttat aagtatccac aaaaactgac 420 aaaggttcag gcaccccaat agcataggaa acctgaacaa tgcatcttct tgcaagtcca 480 gaggccacca cgctcttcgc cgcctgcctc acaatgtagg ccccactcct gtccacttta 540 gtggggtcct tcccggagaa ggcgccccct ccatgggctc cccaccctcc ataggtgtcg 600 atgattattt ttcggcccgt gagccctgca tctccatggg ggccgcctat cacgaacctt 660 ccggaagggt tgaggtggaa tatggtgttg ctatctaggt actttgatgg gattaccggt 720 ttgatcacgt gctccattaa gtcctttgat atttcttcgt tggtcactga ttcgtcgtgc 780 tgggtcgaga tgagtactgt gtggacacga agtgggacca tcgctccgtt gtcgttacga 840 tactccaccg ttacctgagt ttttccatca ggacgaaccc acttgcaggt cccattcttc 900 cgaacctcgg tcagcctagc accaagctta gtggccagca catgagtcaa tggcataagc 960 tcaggcgtct catccgttgc atatccaaac atatgcccct gatcccctgc acctatctct 1020 tctggcttct ttgtcaaatg accgtgaact ccctgcgcaa tatccgggct ctgttcctct 1080 atattcacca gcaccttgca gttgtctgca tccagtccaa cgtcagcaga ggtgaagcca 1140 atgccacggc aagtgtctcg aaccactttc tcgtagtcta ctttggcctt ggtcgtaatt 1200 tctccgaaaa ccatgaccat gttcgtcttt gtgcatgtct cgcatgctac tttgctttca 1260 ggatcttgct ccaggcacgc atctaacatg gcgtctgaca cctggtcgca tattttgtct 1320 gggtgtccct cgttcactga ttccgatgtg a 1351 <210> 296 <211> 1183 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_25964.2 <400> 296 caaataacca attcttccac acactttcta gataaagcaa ttacttccat aaattcccaa 60 tcatcacata tacacataaa ctaataacta atttgaaagg gtaactgatg aaacaagtat 120 gtgtttaatt tgattaatat tactaaactt ctgaaaaagg ttggcttgag agaagttccg 180 acacaagcaa gagatcaagc aacagtagca tctatagcat gtgacaaaga acatgaaatc 240 agagtgactt cggcgtacca tataagtcga ccaacaaacc cgatgccaac gaccatacaa 300 aatccgctac atcaaggctc ggttgttctt gatcatcatg atccgtacaa tttatcgacc 360 atgcttttac atcaaacaaa caaatttcag caacatcaac agcagcagcc acagcagcag 420 ccgcctccac caaagttagt agagagatca tccgctggct tggaagaatt ggttaagggc 480 tgcacttctg ctggaaatag aggggaacca tcaattccag taaatactca ggagacagac 540 tggctaaagt attcatcata ctggaccgac aatcctgatc atcactgaca taaagaaatc 600 aacgcaagat acatatatta atggataaaa atatctaatt tataccaagt agagtttatt 660 catggcagct tgacaaaatt tcactcttcc gagttcatga aaaatatggt cgtgtactgt 720 gttctaccat agaaaacatt ttatagtatg catactcata actgatacag aaaaaagaaa 780 aagaaaatct cttaaaaaca tcatcatctg cacttagagt tggagtgtaa taatgaaaag 840 ggaaaaggca gcaaaactaa ctgtagaata ggtaagttgc ttggaaatta cgaagagcta 900 ataagtgggt aaaaaagaga gaatgggaaa aagaaacaaa ggcaaagagc aaagaggata 960 atgcatcaaa atcagtgctg ttatcattac tatatcatct tcttaattga ttgcctttat 1020 ttgtcagttt attatataat ttaaagatt ccttttcttt tctttgcgtt tatcataatg 1080 ttgtatattt cttttttcaa tgtttaaagt tatgtaaaag gaacgggaaa acaagacgta 1140 ctgtaattat gtttgaattg aacgatttgt tatacagttg taa 1183 <210> 297 <211> 709 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_28485.1 <400> 297 gagaaacgta accggctctt ctgcttcatg gacttcatgt gatcacttcg tttttctccc 60 ctgcatttat gtacataggt aaacatcatc ctatgcaatc atatattaaa cagctaaaaa 120 cagtaccaga gataagttac agtaatgcat ataatgagag caaagctgga gaaattactg 180 atcaaataca ctaacaagtt gaaaaggatc atacctcgcg tagatggcag cagggaatta 240 aagaagaaga atgataaaga aaacaagtat gatcatcatg atgcagtcta ctgtgaagag 300 cttttcattc agtcgaatct gaaaagcatg atggaaaatg actttgttct ccatggtcag 360 attcttgcac agaagtactt cagtcagaag aatattaact tccgcttata attgatgtct 420 atgatcggct gttgttgatt agcaagtagc gtttccatgt tctccttttg aggtatgatt 480 ataggtagta gatgttgtat ctcaattagg tttgagttat ttatactttg tagccatggc 540 agaggttgaa tctgtattgg agtaaaagga cgtccttctc ttcaaaataa aacaataaga 600 aggaagacca gtcatgttat caagcagagt taaagagata tggacaatgt tttcttattt 660 aacttgaagc gctcaaaatt aatgcatgtt ttgttcatat atataaaag 709 <210> 298 <211> 1153 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_30116.1 <400> 298 ggcagaacct gatgcactag tatgtatgcc agagtctgga agaagtcatc actataaaag 60 caaaacaaag ttattcacaa tacaacaaat acaatctcaa acagctcatc agtcagagct 120 ttacatatca caatttataa ataaactctg agtgtgcaaa cttaaaagaa aaatggctat 180 tatgcagtca ctgaagttaa taactgtttt catgatcgtt tcttcaccgg tgattgttca 240 cgttgcagct ctcaaaattg gaattcagtc tgttaactct gtgtcgcaag aatgcagcag 300 aaaatgcgag tcagcttact gtacagttcc tccatttcta agatacggga aatattgtgg 360 aattttatac actggatgcc ctggagaaaa accatgcgat tacatagaca gatgttgcat 420 gattcatgat gcttgcattg aagctaagca cagtaatttt tcttccaaat tttactctac 480 attatcatta ttttttgaac aatttcactt cacaattata ctattgatat atgggtcaat 540 gcacaatgat ccaaatcttc tacgaaacat tcgctttcaa aatatacgtt aactagattc 600 tgtttccata gaaatggttt ttaagtaatt tagaaatagt gttaatgtgt attttgacaa 660 gataacttat ttaagcacca aaaattgcta ttatagacac agtctaataa gaaaaaccca 720 aaaaaaggat tttggtgaag tgtgaataaa aaagtattaa acatacatga ataacaatta 780 tcataaagca agactaagat agtggtgtta tcaaattaga gtggttggtt agtcattcaa 840 ttgttgtgg attacagatg actatttaag cacgtattgc aacggcaact tcctcaaatg 900 cattgcatca tataaaggtt cagatggtga aacatttaaa ggcaacgaat gcatggtcga 960 agaagtagtt gatgtcatga ctgttgttat tgaggctgcc ttgttagctg gaaaagctct 1020 tgacaagccc tagcttcatt ttcctttttt ggtatttaat taggctccaa ataattagac 1080 atcgattatg caacacattc ttaaatttac ataatattgt attactttat ttgatagtta 1140 aataaacgcc caa 1153 <210> 299 <211> 241 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_30552.1 <400> 299 ggaaagtgaa gcaaacaaca aatacgatag cctagacaaa tccagcggaa aattgtcgat 60 tcaaagacat gtgttgttaa caatagcaag gagaggatct ggaagtcccc ctgaaggaaa 120 ggcaagaaat ataaattgga gattgtgaag aatcgccaca aattgcagta accttaattt 180 tctagggttg agaggttttc ctttgctgaa gagattcgaa agtttgaaca ataaaatgag 240 g 241 <210> 300 <211> 780 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_32085.1 <400> 300 ctgggattgt atttatcagc gcgggaaata atacgccgca tctctcgcat tcatttttca 60 cccaaaaaac aaaatccttt ttattttccc ataaaaaaat atgaagcaaa tgaaattact 120 ggattgagat ctcaattttc gcagaataag aaaaattaat ttaacattgc attctacgat 180 ttgagctgaa aatactgaac agagagatga gcgcctctag attcataaag tgcgtcacgg 240 tcggggatgg cgctgtcggt aaaacttgcc tgctcatttc gtacaccagc aacacttttc 300 ccacggacta tgttccaact gtgtttgata atttcagtgc aaatgtggta gtggatggta 360 acactatcaa tctaggttta tgggacactg caggacaaga agattacaat agattgaggc 420 cattaagcta tcgtggagct gatgtgttcc ttttggcatt ctcacttatt agtaaagcta 480 gctatgaaaa tgttccaaaa aagtggattc ctgagctaag acactatgca cccggtgtcc 540 ctatagttct tgttggaaca aagcttgatc tccgtgatga caagcaattc tttgtagacc 600 atcctggcac tgtcgcaatt actactgcac agggtgaaga attgatgaat caaatcggtg 660 ccttatccta tgttgagtgc agctcaaaaa cacagcaaaa tgtgaaggga gtatttgatg 720 cagcaataaa agtagtgttg cagcctccaa agcagaagaa gaagaaaaag agcaaggcgc 780 780 <210> 301 <211> 1345 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_33385.1 <400> 301 ctttgtttag agagctagaa tgtcaaggcg gggctcggtt actcctccct attggtgtga 60 atgatgtggt tataccagtt tatgatgatg aaccgactag tatcatttca tatgcacttg 120 tcagtcattc atatcatagt cagatgttgg ataatgtaga tggttcaaat gagctggggg 180 cttctttttt atctcaatca actgatgata tgggttttaa gccgtttaaa agttttggct 240 cgaacgaagg aagcattcta tctttgtctg atagcagaat ggattcactt acttctacga 300 aagcacatat aagggtttcc ttttgtgatg aaggtccact tgggaaagtc aggtatacag 360 taacttgtta ttatgccaaa aagtttgatg ctttgagaag aatttgttgt ccatcagaac 420 ttgattttgt aagatcactt agtcgatgta aaaaatgggg agcccaagga gggaaaagca 480 atgtcttttt tgccaagtct ttagatgata ggttcatcgt gaagcaagtt acaaaaactg 540 agttggattc tttcatcaaa tttggtccgg aatattttaa atatctctcc gaatctatcg 600 gcaccgggag cccaacgtgt ttggcgaaga ttctgggcat atatcagatt acttctaaac 660 atctgaaagg cagtggggag acaaaaatgg atgtactcgt catggaaaat ctcttgttcg 720 aacaaaatgt gactagatta tatgatttga agggatcgct aagatcaaga tacaacactg 780 attgcaataa caatgtactt cttgatcaaa acttactcga agccacatct cccatattcg 840 taggaaataa agcaaaacgg cttttggaga gagctgtatg gaatgacact tcttttcttg 900 cgttcgtaga cgtcatggat tattctcttt tggttggagt agacgaagtg aaccacaaac 960 tagtggtagg cacaatcgat ttcatgaggc aatacacttg ggacaagcat ctagagacat 1020 gggtaaaagc atcggggata ttgggcggcc ccaaaaacgt agcccctact gtaatatcgc 1080 caaaacaata caagaaaaga tttagaaagg cgatggctgg atatttcctt gtagttcccg 1140 atcaatggtc gcctcctact aatattccaa ctagtcttca acaagattcc accgaacaag 1200 attttaagta gtgttacaaa attgtagggt tacaaaattt tgtttatagc ttgcatacta 1260 tatgtataca tgtacataca ttcattcttc tcccttttta caggaggagt gaggattttt 1320 attgcccagt ttcattgaaa aaaaa 1345 <210> 302 <211> 836 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_33521.1 <400> 302 atgcacatga aaccgttgct agggacggca acccttcagt tgtaagcata ccctacaatg 60 tttcaactgt tcagaaccct tactaccgtg aagaagggaa aacagtaaaa ggcagcagca 120 agaacactgt agaagaggct aagtcaacga cgaccataac agcagttata tcatctgctt 180 tagagccgca tgggactgtt agggcaacca aaagggctag gatcgtgggg gtggccctag 240 agctgtacta tgctaagatt gcacttatgc ctgttcaatc caaggttgag ttttgcaacg 300 ttgccttggc ttgggctggt gcttgcaatg gtggtacaaa ggaggagggg ttggagaaag 360 gggagaggat ccctctgccc tgggaattgc tggtgccaac actgaggatt gtagggcact 420 gcttgctagg acagcagcct ggaagtggag gagaattgaa ggggagggca ctggaagctg 480 tgaaaggatt ggaggataga gcgatgcatg atatgaatac acaggccatt cttgctacca 540 ggagccttgt gaggctgggg atgatggttg atgaggatgt gattgagcct aagtttgata 600 gtgtgtacag tcaacctgct cttgatcctg cagattccac catggcagcc gcatgatata 660 atttttttat ttttgtctct tgaacaattt tatttatttt aaattacagt atatgtttaa 720 gaatgatcag ttcagctagt actacacaac aaaatgctgc ttctcaaaat gcagccatct 780 cattgtctga atctccatat taaacaaacc attgtattac tcttaccagc accaat 836 <210> 303 <211> 2486 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_33525.1 <400> 303 cttcgagtga tgtttttgat tctacgcttt cgaatttgag tttgggtagc acaaatagta 60 atgcacttaa tagttgtagt atgactcctt gttcgttgtc atacaaaaat atgccgcatc 120 agtctgcaca gtataattcg actattagtc ttggaatgtt tagtaagctg gatttggtgc 180 atgatgatca tgacaatcat gcctcacaga gggaaatggg tacaaatctt gatattggtg 240 atccttcctc taatcaattc gattttcaag tcaatagaag tgacgacgaa gaggaatatg 300 atatgtcacg ttctgattca gaatcacaac atataacgca ttccgatatc tattatggcc 360 cagctgaata tgaagaagca tatcgagatt atggttcatc caatattcat tcttttcaag 420 aaaacgacga tcttaaagat attgactcac cttcacatga tcaagcggag tctcaccatt 480 ccgtagatga ttacaaaatg catgatgaag ctggacaaga aattatcgtg gatgatcgaa 540 cttcttcaat ttatagcata gaagcaggag ataacgagcc tgttgatttt gataataacg 600 aaatactctg gtttcctcct gatcctgaag atgaagaaga tgaaagagat ggcactttat 660 ttgatgatga agatgatgaa gatgcaacag gcggatgggg atatgaccgc tctgtccata 720 gttcatgtag tggggagtat cgaagtagag ataaaacaaa tgaagagcat aaaaaagtta 780 tgaaaaatgt tgttgatgga cattttagag ctttgatatc tcagcttttg caagttgaaa 840 atgttcctat tggtgaagaa ggtgatcagg gtagttggtt ggagataatg acgagtttgt 900 cctgggaagc agctactcta cttaaacccg atactagcaa aggagggagga atggatccag 960 gtggatatgt caagattaaa tgcattgctt gtggacatcg tactgaaagc atggtagtaa 1020 agggaattgt atgccgaaaa aatgtgtcac atcgtcgtat ggcaacaaaa attgaaaaac 1080 cacgtcttct aattcttgga ggagcacttg agtaccaacg agttgccaat tctctatcga 1140 gttttgatac tttgctccaa caagaaatgg atcatttaaa gatggctgtt gcaaagatcg 1200 aagcccatca tccacacgtg cttttagttg agaaatcagt gtctcgtttt gctcaggatt 1260 atctccttgc aaaaaatgta tcacttgtat taaataccaa gaggccacta ctagagagaa 1320 tagctcgatg cacaggtgct cagattgtgc catctattga tcatttgtca tcgcaaaatc 1380 ttgggtattg tgatttgttt aaagttgaga agtgtttaga agagcatggt agtgctggac 1440 aaggagggaaa gaaaatggtt aaaacgttaa tgtattttga aggatgtcct aagcccttag 1500 gctgcacaat tttgctcaaa ggcgccaaag gagatgtgct taaaaagctg aaacatgtta 1560 tccaatatgg aatatttgct gcttatcacc tagcactgga aacatccttt cttgcagatg 1620 aaggtgcatc tctacctgaa ctccctttga agtcccctat aaaagtagca ctgccagata 1680 aaccatctag tttcgatcca tcaatttcta aggtacgtgg gtttcataaa aacccatcaa 1740 tctccaaacc tcaacttact attgaccttc catcacgaaa aggtttagaa ggaacaggct 1800 ctaatcttgt ttctcctatt ggcacgaaaa agtctccaat cggcaagaaa ggtcatatta 1860 taaacttacc tggagaatat tcatcaaatg atacgatgaa agtgaagaat aaagtatgtt 1920 ttggagaagt tagtgataca ggcacagcca caaatgaagt agtagtaaaa agtgatactg 1980 atgattctaa atatgctgtg gacagtaagg aaagtaaaaa ggaaccagaa tacgaacaaa 2040 aaactgaata tgcattgcca aaagaagaat ttcctactga ccatcagagt attttagttt 2100 ctcttctac tcgttctgtg tggaagggtg ctgtttgtga acgttctcat ctttttcgca 2160 ttaaatacta cagtagtttc gataaaccac ttggaaggtt tttaagagac aatctgtttg 2220 accagaatta caaatgtcga tcttgtgata caccacctga agcacatgtc cactgttata 2280 cacatcatca aggtagtcta actatatcag ttaggaggca tgaacattta cgtttaccgg 2340 gtgaaagaga tgggaaaatt tggatgtggc acagatgtct aaaatgccct cggcttcatg 2400 gtcatcctcc tccaactcgt agaattgtaa tgtctgatgc tgcttggggc ttatcttttg 2460 gtaaattctt ggagcttagt ttttca 2486 <210> 304 <211> 349 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_33531.1 <400> 304 gatgtagcag agatgaacga agaagaaaag gaagtggaga tgttctacga gccgatcgac 60 agagtaaaag caatgaagga gatgcggaaa ccaaaatgaa gcaataaaaa ggccaaaaca 120 gctgaaaccg cactatcaat ctggaaacca cgttttgatc ccgaggattt tgccaaagca 180 gcaatcccag ttgaaagcag ggatgagaag gaagcccgta atgaaaacaa ttgtaaactc 240 gctctcgatt tgaatcttcc actgtagtat ttagtcgatg cgtcgaataa tccagaaaag 300 cgtatccatt tttctattac tttattgat tcagtttaat gcaaagata 349 <210> 305 <211> 1162 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_34873.1 <400> 305 aattatcacc ctctctttaa tccacccttt taaatggcat ttaaaaagtc gtaaccgtca 60 gaggtagtgg gcttatataa ccgttgcttc aaatttcaaa acacatcctt aaaccgtttc 120 catccctacc aaaatcgaca tttctttaat ctaatccatt aaaaaaatgg tgaaattaag 180 caattctcta atagcaacac taaacatcct ctccctcgtc ctctcgattc caattctcgg 240 tggcggaatt tggctttctt ccaaatcttc atcctcggtc tgtgagaaat ttctgggaaaa 300 acccttgatc gttctcggcg tgtttttact gctaatttca cttgcagggc ttctaggatc 360 atgctgcaaa attacatggc ttttatgggt ttacttgctt tgcatgttct tactgattgt 420 cctttattc tgcttcacca tatttgcctt tgcgatcaca aataaagggg cgggagaggt 480 tgtttctgga agaggatata aagaatataa attgggggat tattcgaatt ggctgaggaa 540 gagggtgaac aacgagaaga attgggaaaa aattaagagc tgtttgcaag atagcaaagt 600 ttgcaggagt ttgcagcaaa agaaccaaac tttgagtgat tttatcaatg agaatctctc 660 tcctgttcag tctggatgct gcaagccgcc tactgcatgc aacttcacgt acagaagcaa 720 cacaatatgg gacaaacctg cagatttcac taacaattcg actaatggag attgcaacaa 780 atggaaaagt gaccagaccc aactttgctt tgattgcaat tcgtgtaaag cgggcgtgct 840 tgcaaatatt aaacatgact ggaaaaaggt ggcgattgtg aatttgattg tcttgatatc 900 gcttatcgtg gtatactcga ttgggtgctg tgctttcagg aacaataggc ttgataatga 960 tggatggaag cgccgtcctt agcttatgat agcattttat tatcatgtat gttatattta 1020 ggcttttttt ttaattccta ggatatgttg tttgttgaac aggatttgta ttagtgtgat 1080 gttggtatat ttttgatgat attggttaga ctatttgatt gtttaatttg tttacttggt 1140 ttgattgcta tttcaacgtt tg 1162 <210> 306 <211> 216 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_35896.1 <400> 306 ctgtttctcc ttccttcgtt ctcgtcatct gtgaaaaacg aaaaaacaat gaaagccaaa 60 gtaaaaggaa gatacgaagc aaacaaaaac aacgcatcag ccactctttc ccttaacatt 120 agcgaagaat tcatcgttaa agccaccatg accgacgcca cgtttgttag cggcccttct 180 cttacaggtc ttcagctttc tttgcacaaa cccaac 216 <210> 307 <211> 1116 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_37487.1 <400> 307 gtcaaaaaca gtataattga cggcacgggt catcattctt gaggagtaaa tataaattgt 60 aggagtaaca ggcaagaggt caaagaatat ctccgttatt aagacattgc taactaataa 120 tcagtaattt agcatttttg tacatacctg ttaattaatt aatgcaggtg ctgtaacaaa 180 agaaacaatg atcacccaat ttaaaggaat gcgtgcctac agttcaactg acctattctg 240 gaattgcttt aaagatccca aggacaggga tatccttttt aaaattgcgc tgaaaaccaa 300 tagattagtc gatgaatatg cagagtacat cctttgcaat tcattccaag gcatacacct 360 tccactgatt ccaggctccg tgccaaaaat attatccata ggccccttga tatccaacaa 420 ccaactcgca aagcaaatca gtagtttctg gccagaagag acaaactaca ctacatggct 480 cgatgaacaa cctcacaaat cagtcactta cgcggctttc ggtagtcttg ctactatgac 540 taaacatcaa ttagaagagc tggcactagg gctcgagctc accaatcgaa gatttctatg 600 ggtggtgaga tcggatttta ccgaaaactc gaatggcgca taccctgatg gatttttgga 660 tagagtgaga gatcgtggaa ggatagtgag gtggactaat cagcagaagg ttctggccca 720 tccgtccgtt tcctgcttcg tatcgcattg tggttggaat tcgacgattg aaggagttag 780 gaatgggatc cgatttctgt gctggccttg ctttgcggac caatttgtaa acgaaagcta 840 ggtttgcgat gagtggaaga ttgggctgag gttggtggcg gatgacgatg gagtagtttc 900 tagagaagag attgggatga aggtggagaa actgttaggg gatgaggagt ttgagaagag 960 agcagtgaag atgaagacaa tggcccggag aagtgcggat gtgggaggtg agtctttcca 1020 taatctccac aggttcgcag aagtaatgaa gttttactgc gaaaagtagt cgagtttgaa 1080 ctttctaatg ggccacaatg tggttttcaa agtgcg 1116 <210> 308 <211> 693 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_38196.1 <400> 308 caacacagta gttgtgcctg aaaaatgtca tacacgtcgg aaaaaggttc attcacgcca 60 aagctaatgc cataaattta catactgccg aaattaataa ttggaggcaa gttcacagaa 120 gaaacgataa tcaaatatac cttatcaaca catacacat ccaaagtaat aaaatctgaa 180 gaaccattaa tctcctctat gattatttga acatcagatc gacgcattca taaaaaactt 240 acacagcccc gaaaacgttt tagttgcctt ggttctcgcc gaatctaaaa gccatgaatc 300 tatggcctaa gattcgtcga tttcgaactg atatacagct atcagaaatt tgactaaagg 360 tttctcagat ttcatacctt gaacaaccaa atacagaggc aattcaagaa cacacctttt 420 tgaaatgctc gcagacccta aatcgaaaat tggaatcacg attcgctgac cttctatctc 480 gatttgggtt gaagtgaatc taaatcatga aaaaaatgaa cgcaaatccc caaatcgaaa 540 gtagaagcaa taggaatgga acgtgatttc ccaaatctgt ttcgatttga agtaaagcgg 600 tcaaaaaacg gtttcagaca taagtagatg ggatataaaa gatcccattc gtgacatcgc 660 tcatcgccta tttctcaccc atgggagaga aaa 693 <210> 309 <211> 1054 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_38198.1 <400> 309 gtcctccttt ccccttttca ttaaactaaa tgatgcatcc ttttttgtat ccagtaagct 60 actgaaataa tttagcatag gaattaatta tctgtatagc agtttgatct atcgccatgt 120 cttgttcatc aaacctccct cctcgaagcc caattcagaa cagaagtcct acgttcaatt 180 tagaatccaa cagacttttt tcccagagaa aatttgtaca agaagagggg acattgtgtc 240 ttgatgactt cctatttaat tcaaattcaa aatccaagga gattgtctct cttagaaggg 300 cagcaagtga tccaatcgaa cttctcaaat ctgggacaga ggagctagct tgttttgtgg 360 atgaagcttg tgtatatggg ccaaactcac ctagacgaaa aaatgactta aattgttcgg 420 aaagcatgat ggctactgca ttgctagaaa atgttaatgg aagtccttgt caagaattat 480 gtaaccttga aagcaatcct agcagcttcc agcttccttg tgtttcacaa aggacgtcga 540 gaaggcgttc aagaaaacga tcaagggctc gtaaactaca ctacatttct gagcttgaga 600 aaactgtttc tgcatatgag gttatgggag cagagttggc aggcagtata gcttctgaat 660 tccataaccg tgctctcttg tctgtagaaa acaaggaact gaatcaagag attctgaggc 720 ttcagcggtc caaactgatc aaagagggtc agtatcatta tctgaaaaat gaattagaga 780 gactaaagat gttatatgtt cagcaaagca aaggttcttc gagcttagaa gcagggccac 840 aaacagattc ttataatggc aatgctagct ggcagatgct ggattttgga aaactcagca 900 ttggtgggat tcagtaatta tcaatttcgg tcagtattac tatctgaaaa acgaattaca 960 taaactaaag atattatatg tccagcaaag caaaagctct ttgaacttaa aagcagggcc 1020 acaaacaggg ttttataata gcattgctag ctgg 1054 <210> 310 <211> 713 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_38816.4 <400> 310 agaaggcatc acgtcgatgg tacaatgctt tgaccataaa tacaggaaca acggtttcat 60 taaaatatcg tgttttttcc tttccgtcca tttcaacact ttctcctttc aaatcttctc 120 tttcttgttt tcacatcaag gtcaggaaaa agaattgtcc gagattttaa ttggcatgac 180 gacgaatgga aataataacc atcagcagcc tcaaagaaac ggggattatt taggaaaaca 240 ccgtctatct gccgccatta ctcgacttga aaaagatc gattctcttc agaaagaact 300 tgaggaattg gatacgatgg atcaatcctc tactccatgt aaacaagtgg tttctactac 360 cgaacgtttg cctgatgcac tgcttcctat aacaaaagga cctgagagag ccgaatggga 420 tagatggttc cagcgtattc gtagctcccg tggacataag tggtgggcaa ataaagcttc 480 ttcttcgtca ctctcttaat tgatttgtat gctattttat atatattcat ttccaaacat 540 gatcatgtga tatagaatgt gtgaacgctt gtgatttttg ggttttcaat ggagcaaacc 600 ttgatataga atgtgtgaac gcttgcattt tcttttgctt cggaaatgca gtctgtaatt 660 ctacagacga aatcaatctt aaagcaatac atgtttgtga ttgatgtaca cta 713 <210> 311 <211> 1095 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_41672.1 <400> 311 cttttttctt ctcatttaat aaaacaaagc aaaaaaggtg ctccaatgtt cctataaata 60 ccctgtaaac aaactgtacc agccatcttc acaaacacct ccacaatctc ttcctagaaa 120 tttgtcatta aatccctcat catgccttcc cttaagaaat ccatcttctc tattacatgc 180 gatcggttga atcaatacat aaaacagaag aagacctttc ctgaatttgg aggactcaac 240 ttgaatactt cagctcaaga ttttattca actcttgact tatttcctgg aatcgaagag 300 aacaatactc atactgcaaa gcctggaatg aaacagttaa cgatatttta caatggagaa 360 gttgttaatg tcgataacat caaggctgag aaggcagaag aattgattga tgttgccacc 420 acaatgactg caatgagaaa agtaagatgg aatgtggcaa tgccaatgtc taaaagaaag 480 tcactgcaaa gatttcttca gaaaagaaaa gatcggatta gttcaaatgc accttatct 540 tctaagcaag ttgcatatga tgagaaagca tggcttcagt taagcctata aaagtaagcg 600 tatttactta acaggcaatg aaatgtgttg agcattcctt taccaagtcc tgctactcag 660 ccaggcaact cgccaagaaa atcaacaaag acaagcaaaa ttcataaaag cagagaagaa 720 gaggagccaa ttctgcaatg cttcaggtct tatatgttct cctaacaaca tccaaggtta 780 tcggagtcag cagtagaagg tcaagagaat ggatactata cacaaacatg gtttaacttg 840 gttgtaaaat catatgaaaa agcgttatgt ctgattgaat ggtatccaac tagatcccac 900 ttcatcagta agttattttt ccatcttgcc tcctaaaaca atttgaacgc gttctttccc 960 agaatataaa cagtccattt ctagctcaag tcatcaacct ctaggaatgt ctaaatcagc 1020 gaaacaattt ctgtttgtaa ttagtgacac tcgaatattt tttcatatga tgtttatcta 1080 cctgcttcat cgcgg 1095 <210> 312 <211> 809 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_42434.1 <400> 312 tatgagtcca caagcaacga aaatgtatct tgtaagccat atcatactaa ctgtgtcatc 60 aatttgtgcg actttaacga ttgcaaactc aagcaggaaa agtacaataa gagctacaaa 120 aaataacaaa aaatcattta tgttaaaata tttcatggta gataaaaata ttaacaccga 180 agttgcttta catacctaaa taaagataaa ctctgatccg aagtgtttgt tttgcactag 240 tgagcatatg cagcaaaaaa ctcacacaag cgtagaagaa gaatgatatg attaaccgat 300 actcgtccac tatagctttg tatagtgaat ataacttttc aatcatgctg aatgtgtgtg 360 attgcttcat ttcaaactcc ctctacattc acaacaaatg acaaaagcat gttaggcctt 420 cagaatttag tactcagatg tgtatataaa aatgaactat aaagaaaaaa attgtagttg 480 atgattgcct gagctttcaa tattgcttgc gaattttcgt gaagatggtc atgcatattt 540 tgtatttctg cttgtattcg aagaagttct tcatattgtt taagaccgta ttctgataat 600 ctctctaaag tttccctgga aaaaaaaaca tcatatattt attttagtaa attgtattaa 660 tagttttgg gaggaatcat tctgttcttg tttgtaggaa ttcatccatt gatctgtaat 720 taatcaagaa aaatccaccg atttctttta attgtgacca aattttattt gttatagttg 780 tgtttttgat accgcatttt caatttctg 809 <210> 313 <211> 409 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_45745.1 <400> 313 catcattttc aattttcgtg ttcataagtt agatatattc aaaggttctg agctaaaaat 60 aaattatagt cctcctgctt caatttaaca gagtaatcaa gatatttaaa agagcattag 120 caagatcatg atcacttaaa tagaaataac aacagcatgt caacaatgca ataaacaata 180 taaaaaatta tgtagtaggg gaaatgagga gcataccgga ttttggaaga acgaagaaac 240 aagagaggaa gggatgtcta aagaccaaaa aatgaaaaag catactcagt ttcactatac 300 cagctcgagc aacttcacca aaataatgaa aaaggcatta acaagagagg aagggattta 360 tgaagaacgt gctctgcatt ttatttcaag cattcgtacc ctagtttca 409 <210> 314 <211> 570 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_46574.1 <400> 314 ccagttctta tctcaatacc acactctcaa tcatgtacgc atcaaatcct caaagacctc 60 ggcgcaatgt cttctgctgc ctaatctcca cattattcaa agtcatcgtt ggacttataa 120 tcgcaattgg catcctaatc ctaattatat ggctcatatt ccggcccaaa gagatcatag 180 tcagcatcca acccggatcc ataacccgtt tcaacacaac ccaaaactct accaatcatc 240 acttcaacct aaccaccaac atctcaatct acaaccctaa caaaagaatc gcagtatact 300 acgatacatt ggaatccagt gctttttaca aagggtccga gttttcaaag gacgtgctac 360 cgagttttta tcatgggcat aagaattcca ctgtcgtaag accgagtttt gaagggaggt 420 ttaatgatac ggatgtgaga gatgacttta atatagaggt gtggttgaat ggtaaagtga 480 ggtttaagta tggttcgttg actgctacta atgataggta tgcacttagg gttaagtgtg 540 ggttaaggtt gaatttggtc aatggtttga 570 <210> 315 <211> 506 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_46776.1 <400> 315 cgaaaagaaa aaaaaacagc aatggctatt atcagcaaac aaaggccaaa aacaacaaag 60 acactctgtg aaaaaacatc tgaattcgcg caaaatatat ccaaactacc cgctctctgt 120 ttctctaaaa tttcacgtgg ttcttgtact aaaaccataa gcagtgtgca tatgcatatc 180 gatgttgaag atgtagaagt tcctgtagag aaagttcata gagatacgaa aagaaagaaa 240 tcgataaatg atggtgaagt cgatataaga gcggcaagct acataagcag gtttaaggag 300 aagatgcaca agagtgcatc cagtttgaac aaggatctta tatatcatcg ctaaatgata 360 ttaatatgaa gcgtggattg tttacttatg agagttgatt atgattgtgt acgatgattt 420 tctatttgtg tgttgtttga ttgattgata ttcctaagat tacatatata atgaatctat 480 acaaacttta tgatagtata aaaaaa 506 <210> 316 <211> 1979 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_47126.1 <400> 316 aaaaaggtag gagaagcgca aagagtggtt agaaaaacga atgccagaaa tctcatctct 60 catttttgtt tttttcccct tcttttgttt ttttttccct ctccgcattc gttttcttcg 120 tcgaatcaat aataataata ctttaatttc aaatattaga aaaagggagt agtattaagg 180 attaggaata taggaaataa ttgatgggga catggcgaaa ggcctatgga gctcttaagg 240 actccaccaa ggtcggcctc gccaaggtca acagcgaatt caaggaattg gacattgcga 300 ttgtgaaagc tacaaatcac gtagaatgtc ctcctaaaga acggcatgtt agaaaaattt 360 ttgctgctac acatgtatct cgcccgcgcg ctgatgtggc ttattgcata tatgcacttg 420 caagaagact atccaagaca cgtaactgga cggtagcgct aaagacgtta atagttatc 480 atagggcatt gagggagagc caccctacat ttagagagga gatgctaaat tactctcaga 540 gaggtcatat attgcaaata tctaatttta aggatgattc gagccccactt gcttgggatt 600 gttctgcatg ggttcgaact tatgctcttt tcttagagga aagactagag tgctttaaag 660 ttttgaggta tgatattgaa gcagagcgtc ttttaaaaaa tcaacagggg actgccaagg 720 gacatagtag aacaaggtca ctttgttgtc cagatttact cgaacaactg cctgctttac 780 aacaactatt gttccgcctt attaactgcc agcctgaagg aggagcttgt ggaaactatc 840 ttatacaata tgcattagct ttggttttaa aagagagctt caaaatatat tgtgcaatta 900 atgatgggat tatcaatctt gtggatatgt tttttgagat gtccaaatat gatgcaatca 960 aagcacttga aatctacaaa agagcaggcc agcaggcaga aagccttgct gagttctacg 1020 agttctgcaa agctttggag cttgccagaa atttccagtt cccaactcta agacagccac 1080 caccctcatt tttagcgaca atggaagaat acatcaaaga agcccagggt gataattcaa 1140 acaaaaatgt ggaatacgag gaaaaaaacc tattaacata caaagaagaa gaagaagttc 1200 ctgaagagaa tcaggaacct gctcaagaag aagtgaagca accagaacct gagcctgaac 1260 cagagcccga acccgaaccg gaaccgcagc ctgaacccga acccgaacct gttggagatt 1320 tattgggttt ggatgaaata aaccctgttg ctgcagaaat tgagcagagc aatgcattgg 1380 cattagccat catgcaacca ggaagtgaac ctgggccttc gaataatact atggacttga 1440 ttaatagtgg ttcaggatgg gaattagctc tggtcacgac tccaaccaat tacacttctc 1500 atgccgtcga aagcaaactg gctggagggt tcgataggct attactagac agtctgtatg 1560 aagacacagc gcgccaacag caaatcgctt ctctaggata ctacggcagt gcagaaacaa 1620 acaacgccaa ccctttcact acaaatgatc catttgcgat gtctaatagc atactgccgc 1680 cgtcaaatgt tcaaatggct ttaatgcagc agcagcagca gcaatactac tatcaacagc 1740 agtatcaaga tccatattac tattatcagc agcaacagca gtattatagc ccgcatcatc 1800 aaaatacaga tatgagcatg atgatggtgc cttacaattc aggtcaacaa tcgcagagtg 1860 ttttacctgc acagcaaatg ggaagtacaa atgctgcttc aagtgctaat ccttttggcg 1920 acccttttgc tggtttaacc ggattgcctc agagtagttc tactcctcat tcctcccat 1979 <210> 317 <211> 1371 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_47759.1 <400> 317 ttctttcaat ttatatatgt tacaaggcgt caaaatttta aggaaaaaaa aaacgatgta 60 gtctattgtt catcattcgc aactctttta cggaagtctg taaccataag aggaaggcct 120 tctctcaacg atattttagg ctcccagttt aacaatgtct ttgctttggt aatatctggc 180 tttctcatat gtggatcatc tgcagtattt ggtttgaact ctatcgtggc tgcagggtct 240 attgtttcct ttactacctc agcaagctct aacattgtaa actctccagg gttacccaaa 300 ttgaaaggtc ctatatgatc tccatccata agtgccatta atccggcaac caaatcagaa 360 acatattgga agcttcgagt ctgctttcca tcaccataaa cagtcattgg ttgtttacgg 420 aggggcctgtg caacaaaatt actgacaacc cgcccatcat ttatgcacat acgtggcccg 480 tatgtattga atatacgtgc aatgcgcacc tcaacaccag cacccctgtg ataatccata 540 gttaatgtct cagctgttct tttgccttca tcgtaacaac tcctctcccc tataggatta 600 acatttcccc agtaagtttc cttctgtgga tgctcaagtg gatcaccata aacttcacta 660 gtgctcgtaa tgagaaaccg ggccccaact ctcttggcca atcccaacat gttcaatgtc 720 cccatcacat tagtcttgat ggtcttgatg ggattgaact tataatgcac tggactggcc 780 gggacatgcca aatgataaat ctggtcaacc tccagcaata tgggctctac aacatcatgc 840 cggatcaact caaacctctc attcccaaaa tgatgcatca cattctcctt cctccctgta 900 aagaaattat caaccacaat caccgaatcc cctctttcaa tcagtctatc cacaagatga 960 cttccaacaa aaccggcccc accggtgact acaaccctaa gacgcttgtt ggacttgatc 1020 ccgacgggaa ggcgacggtg gtggggcacg aaggcagcag ggcgctggcg gagttgaaca 1080 tcgtgaagga tgacggggcc agtggagagg cggcgtgagt cgaagaggag gaagaagaag 1140 gaagcgatga aggcgccgat gatgatgaag aggaggcgct gggactgagt gggtttggaa 1200 ttgtagtgct tcgaggtggg tttagaggag gaggacggta gggaggtggt gggggaggcta 1260 ggttgtttgt ggagctgttt catggcggga ttgagggcgg tgagagtaag ggaaaaggca 1320 atggaggtga gaataagtaa aagagatcgg agtttatgga gcacggagga c 1371 <210> 318 <211> 883 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_52115.1 <400> 318 ttgccattaa catatgtata ttttgataca aagtggcatt ctcttctcgt ggtattttct 60 tgtcatatgt taactgccca aatgtcaggt tttagtataa taagggtgaa ggaagttatg 120 ttattcctta gtcaatcaca tggttgttca ctattatttt tccaagtttg tgccagtctg 180 cctattaatg ctttattagc tgtacctcca tttgcttcta aataaatcaa ctttctttcc 240 atacttcttt tgatattgaa gattgataac atacatcagt ttactattat aggaagacaa 300 attcaaggaa gaagaaaagg acaatgagtg atatcgaatt gctaggatgc atattcagga 360 taagaaaatg tgcattcaat ttcatgtcta tagaagatta tatcattgat tacgatgaag 420 attcatggga ccttatgaaa aaagatctat ctcttagatc gacatttttg tatctggatc 480 tcaatcggct tatctcaagt agttgttgcg acgatcgtaa aagaaccctc accgatcttt 540 ctaatggact gttctacagc atagaggagt tgagcaacgc tgtgaagatc aagagttttt 600 cgctaactcg aatagggtac gacaatgcag cactagcttt gcatgaactg ttggcttatc 660 tgatgatgta gaaggatatg gttccatact ttttgtgtca cttgttcata gaaaaaataa 720 agatatttct atagttgctc atcacatgtg tatatagcaa ctacagcatc catgttgtgc 780 ttatgacttg gttagtcttc tatgtattgc cattttagat aattcctttt aagttctaag 840 atgtgaatgt gctatgttgt catgtataat ttcattataa tgc 883 <210> 319 <211> 593 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53106.2 <400> 319 tttcttccaa gtgacaatca ccaacattgc tgctattaat tttcttaaga gcatgcgctt 60 aattgagtgt aacactactc tttatgtata agagagcaaa cacaaaatca aaacacaagt 120 acctttcaga cgataagcac acacacaaga caagaaacta gcagataaca aggagactga 180 aacgcaagta cacaattatc aagaaggtct aaacacacaa gacctcgttt atttaatgca 240 ctgcagcacg ctaactagta aaactacgac tgagcagaga ctgggacacc cactagcaag 300 tgcatggatt acagaggcag ttggatccac acatacatcc tccattctct cctcctttgt 360 gtcctccctc tacaagccgc ccttccagag gaggagctac accaaggacg acagttcctg 420 aagtggcgcc gcctctctct tcaacaaagt ctgcatttct cttgcagctg caacatcaaa 480 tacacagcag ttaattactt ggaatgacag ctcggttaat tatatcgtca aattaacata 540 ccaggagcag ccgctgcact tgcagtcgga tccgcacgtg cagcctgtac cgc 593 <210> 320 <211> 1638 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53327.2 <400> 320 acattttctg ctatttattc tggaatctgc ttgcttgtct tagtatttgg atttatttct 60 gaaaattggt gctttcatat acaactgtgt gtttgtgatc attttttgtg caaacagaaa 120 aaaaaagtat atggactgta ccacttatat gcatatatcc ttactaattg ctaatgctag 180 tattaaccac aaattaatct ggacacatct aacttgaact gaaattcttt atacaaattc 240 tcatgttgct cctttgtaat acaagtccac actcgcacaa tgggcacgac ttcttctaat 300 ctctgattaa tcatcattca caatagcctc tcccagtaat tcattagaga aattccacaa 360 ctcttcagca gcctgcacat tgtacgaaat caacgatgat tttatcgttc taccctttcc 420 tccgtaaaag tacttccctg aaacctcctg attttgcatt aatcaaatat taaactgagt 480 tcaaagtcac attaaacttt tataatcatc aaaatggttt agaactgtag taatgtacat 540 gagaagcaag ggctgcatca acgcttgaac gagctccttc ttcagcagat ttgcatagta 600 gtaacagtct taaaaatata aaaatgactt tctgaatcac ccatggatat tctcttagta 660 tgttggtttc agcaattcca ggatcagcca cattcacaga aattttagac gatgagtcca 720 ttactgatag tcgtcgatgt agctcataag caaaaagcaa agtaaacaat ttagaacgct 780 ggtaatatcg ggtgccagga tacaacagtg atttgtcatg acatataaat tttttcctgt 840 ctaaactagt actgagcacg gtgcgatgcg tgctagatga tacattcaca atccgtgcag 900 gaaccgggct tttcttcagc aaaggcaaaa gaagattggt taacacgaat acacttaagt 960 agttcgtctc cataatctga tcatatccat ctttggtgat actacattct gtagcataaa 1020 ttccagcatt gtttactagt agttgcaatg aagggtgcag gtcagaatcg aaaagccacc 1080 gtttaaatga cttttcgaac ttgataatcg attcaattgt tgataagttg aactgaaacg 1140 cttttaagtt tgcactgcca ttcttcttca ttatatcttg aattgtcttg tataacccag 1200 aagaagatcg tccaacaaga acgacataga agccttctgc agcaagagct tttgctgtac 1260 aagcacccaa accagatgaa gcgccagtaa caatgcatac tggtttcttg accttctgat 1320 tatgattacg gtacaatcta cgacgaggat atggttttga gaagaagaaa gctagaaagt 1380 aggagtaata aacagtgatt atccaagcaa tcgaatgaac ccaaatttca acattgagca 1440 atgtcttaat cactgcccca tatttcttta tttctgttat tatccacatt ttgtgaattg 1500 tatatcgttg aaggtggtca tatgtatgat aagtgtttca cacaatttgt gtgttgcctc 1560 tcgtttattg tgtttacccg tagtttataa agtcttccag cagtttcggt ttcctttgtt 1620 tccattataa aaagtccg 1638 <210> 321 <211> 308 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_53860.2 <400> 321 agtgaagctt aggagactga atctcgcttg taaaaacaaa gtcgggagca cccgtgacaa 60 catatacttc atggccagct tcaattagat gccgtacaat gtcgaccact cgagttgcat 120 ggccaaagcc atggccagtt atgtagtatg cgatggtgaa gtggtttttt gggatagcta 180 ccattttgct tttatctgtt ttgtgattgt tattgacgtt ttttcttttc attccttaat 240 tcgtcatcaa tcagatttat agttgtgttt ataagcggaa atgatttgtt catttttgtc 300 aagagtat 308 <210> 322 <211> 585 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_54133.1 <400> 322 cgaagatgga aaccacaaaa aatatactaa aagaggcaag tctatgttat atgattttgc 60 tttctatgta ccaacatcac ggtgatttcc acatttttat acaagtatat ttttaagagc 120 tcactaaact cactcctgta tttggaccat cagcgacagt ctgcactgca aatcactcat 180 tcctctttca attttgtgta aaaaattatc ttatggttat ttatttaat atcaggctac 240 caaacttcat tttcaaagtt atctaaacaa actggagacg gttttagcag tcaatgagtt 300 gacaattcct aatcctcacc aacttcttgt agatctttct gattccctta aaagcattaa 360 agatgcagtt atagctacca aggtcatctg aagtacacac acatacacac atttatcaaa 420 atgaaagcat tcaacaattt aatatatttg gaaaagaaaa atataccaag gtcatcacgg 480 tcatctgtgt atatatttac gcttcttggc tgagaagggg atgttttcta tccttttttt 540 atcgtttgat tctttttggt accagccgag aatgtataca agagc 585 <210> 323 <211> 721 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_58883.1 <400> 323 aaacacaaat acattctact gtcgatctac ccaaagcaat cgcatcataa caattaacac 60 caccaattct gtcctaacca caaaaccaac tataaaagca atcaacttaa gtgttaagtc 120 acagcacaac ctaaccaatt aataaaacaa aaaagaaatg acagagaagg caggaggtgc 180 agtgaaaaaa ggagaggagg ggatgaagtt tgcactctct cttctagaag agttcgagct 240 accaatggga cttcttccac tagccaacgt agtagaggtc gggtacgtgc gcgacacggg 300 ctacatgtgg atagtgcaga agaagaaagt ggagcacagc ttcaaaatgg tcggtaaact 360 agtcagctac gacaccgaaa tatatgggta cgtggaaaag aagcgaatca agaagttgaa 420 aggagtgaag gccaaggagc tgatgctgtg gccaccagtt aatgaaattg tggttgctga 480 acctgcgaat gggaagattc ttttcaagag tttggccggg attacaaagg tttttcctct 540 tgaagctttt gcagctggac agtaaaaaca aatcatcaaa aaagtacaat ggtattctgg 600 cttattttta ttgttgttgt ggaaatttga ttgtttttct gttgatttat gttttaattg 660 tgagtgcttt cgagctgctt gttgtttatc agtcaataaa gatcatttct ttacataaaa 720 721 <210> 324 <211> 395 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_61244.1 <400> 324 aaaaaaaata atgaatatca cgaggaaata ttcatacagt aaagtttcca aagaagattt 60 actggaaata aagcatataa gagcacaata tcttataaac agagagctat taagagcaga 120 tgcattggtt agaagaagat ccatatcgag attaatgata tgtaaaataa aagttaaatt 180 tggatcaagg gtaaaaagat tgagaaagaa tgttaggtat gcaatttctt tggctagatc 240 aaagtttttg gtttgcaaga agattttaga gcaaatcaag ctttggagac atggcattag 300 ctgcaaagag tatgatgtgg tcatgggtac tcctttgttt gattctgaga ttagtggtta 360 cttttgattt tatgatctgt tgtagtgttt ttgac 395 <210> 325 <211> 300 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_62066.1 <400> 325 caagtagtca agcctctttc gttacaaaat gacaaaaaat aatagaataa gaaattgctt 60 aagaccatac atacaattaa gatgtcagca taatgcacgt tagggaccca tggttataaa 120 aaacaaaaaa caatacacag atagtaagta gtaactaata agtgcttgaa tggcaaatga 180 attaattatg tctatgaggt tataatatgt ggcacttctc caacataaaa tgacggcaga 240 ggacttttta aaaggacatt gtcaaaggaa tttcattttt ggataagtgc ttgaatggca 300 300 <210> 326 <211> 384 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_64133.1 <400> 326 cttttttcgc atctgataag caagcagcat ggatgcaatc agtctcgttt taaatcggga 60 aaatcatgtg atttgctgct tctctcttgc atggataagg accttcttgt tccatcttgc 120 atcatcgaag acatgttctt atttgccatt tcggaattta gcacttgtgt atgaacagaa 180 tcgcagagtt tatcgtggct catttgctga cttggcttcg atgccattga ttcagttgaa 240 atttgggatt gtttgggctc attctcttga cctctcatca tctgggccat acgtattcct 300 attttttcta ctttatcttt atgatcaata ctgtactaag aattttcctt ttaatgaaat 360 taagacgaag taaatagaaa attg 384 <210> 327 <211> 1176 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_64650.4 <400> 327 agactataaa tgatgtatta ctggcagtga cgtcctttgg cctctctcgt tatctaaaca 60 gaaggtacaa ggacataagt aacagtgaag caactaagaa atgtcatccc aaaaatatcc 120 atctcagaac agcacttatt gtgaatatca ggcctgcccc acaaattcat aaacgtatca 180 tgggggaaact ggataggtta tgtaattgtt ccaatcccaa taatgaaatg cggagaccca 240 cttacttatc ttcgcaaagc gataaagatt gctgagagaa agcgaagatc tttggaagct 300 atttttacat atatttgctg ctgtctgggt gtgaagattt ttggaattaa ggtagcatca 360 ttttcaaagt tgaaagaggc aataattcag gtatgtttat taatcataag ataattttta 420 tttaccttgt aatatacgag aagctccagg acgtgtctaa ccattgtaaa aatgagtcat 480 tatagctaag acttaggatt gtgtatagct aagacttagg gttgtgttct tccattggat 540 ggctttgatc atgcgtcagg atggaattca gcaattgctg gctgcagagc aggaagctcg 600 gcatattgtg aataatgcta gaaatggtaa ttcctatcct tgaacacatc ttatatctga 660 cttgccatgc ttgtcagaaa gaaaatatac tactattcga catgttctct ttatttctag 720 ttaatttcct ctgtcagaaa gtaaatatac agagcagtgg tgattctggt gcaaaagtga 780 agcgcctaga agaagaaaca acagcaaaaa tcaagcaatt agaggaataa gctgcaaaca 840 tttcagatga tgtctgccaa atgcttctga gatacgtgac aaccgtaaag aatttggtta 900 actgagttgt tatctcaagt aattaactac tgttttttat ggttgcagct gttgagaaat 960 aaagagatgt tgaagagaga gacgccattt aagaaactat cagttcctct tagaaggcac 1020 tggaggcact agaggcactg atggcactag aggctcacaa atatgaatgt actgttaata 1080 agtagaaatt tagtatgtac tggctgtaac tatgaataca ctgactatat ttttaagtat 1140 gtttgttatt ttgtacttga ctaagtaaaa cttgtg 1176 <210> 328 <211> 386 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_65349.1 <400> 328 gtctttccgg aagcgtttta attattgacg caaaccaaga gtttttgttg tgttgtacag 60 ccgttcatta acgtttacgt gtttggtggc actacgagaa caaagagatt ataaagaggc 120 aaaggctccg gttactggag aacgcaagct taataccaat ctacaagaag aacttcctaa 180 gccatatctt gctcgggcac tagtggcaat tgatactgac catccaaaag gaacagaagg 240 taaagacaat caaaacatga gtgtgcttca gcagcatgtg gctttttttg acaggaataa 300 agatggcatt gtgtatccat gggaaactta tcaggggatg gctgcccaat ccactgctgc 360 caatatatat aaaggacata cacaaa 386 <210> 329 <211> 1689 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_67104.1 <400> 329 cttctctgct tcattctcat ttggtagctc cctttctcct tctaaaagtt gtatcatttt 60 cacaaactaa ctgcactgtt ggttcatctg tccttttgac ataatcatat atacaaaact 120 cataattcaa aaatgcctgt agtgtcttat tccaactctt cgattcataa ttcttcaaga 180 tcatcatctt tgttcggaga tagaatcata gaaagaaaac catggaaaaa ggaatacaga 240 attcgcaatg tatcaagaat aaaaatcaaa aacgatattc gcacacagag ctcaactatg 300 aactcagttt tcactgatgt ggccaaggag ttcctgacaa tacaaacacc caaaattacc 360 gaaatgccaa aagcagatcc gaaaacagta gcagcaatca tactaggagg aggagcaggg 420 actcgacttt ttccacttac tcgaacaaga gcaaaacctg cagtaccgat aggtggttgc 480 tacaggctca tcgatgtccc tatgagcaat tgcattaaca gcggcataaa caaaatttgt 540 gttctgactc agttcaattc tcagtctctt aaccgccatc tttctcatgc ttataattta 600 ggagggaatg gagttaactt tggaaatgga tttgttgagg tgctagcggc tacacaaacg 660 cctggaaaat caggaatgaa ttggtttcag ggaactgctg atgctgttag gcaattcaca 720 tggattcttg aggatccaaa gcttaaaaat atagagaata tacttatact gtcgggagat 780 catttgtatc ggatggatta catggatttt gttcagaaac atatggattc tggtgcagat 840 atatctgtgt cttgtgtacc agttgatgaa agccgcgctt ctgattttgg actggttaag 900 attgataaca ggggccgcat ttgccaattt cttgaaaaac caaaaggaga attgttaaaa 960 tctatgcaag ttgatacaag tatgcttgga ttatctgcac gagatgcgaa aaactctcca 1020 tatgttgctt ctatgggtgt atacttattt agaactgaag ttcttttgaa gcttcttaaa 1080 tgggactatc ccgacgacaa tgattttggt tcggagatta ttccaaaggc tgctgaagag 1140 tataatgtgc aggcatatct attcaatgga tattgggaag atatcggtac aataaaatcc 1200 ttctttgatg ctaatttggc cctcactgat caggttccaa aatttcattt gtatgatcct 1260 gcgaagccaa tcttcacatc acctcggttt ctaccaccaa caaaaataga aaagtgcagg 1320 gttttgaact caattatttc acacggatgt ttcttgacag aatgcagcat tgagcgttcc 1380 atagttggca ttcgatcgaa attgaatagt ggggtggaac tcaagaatac tatgatgatg 1440 ggcgcagact tctatcaaac cgaagaagaa aaggcttctt ctttagcgaa aggagatgta 1500 cctgtcggcg ttggagaaaa taccaaaatc agaaactgta tcatcgacaa aaatgcaaaa 1560 attggaaaga atgtgatcat tgcaaacaaa gataatgtgg aagaggcaga aagatcaaat 1620 gaaggttttt atatcagatc gggagtcacc gtggtactga agaatggaac tattgcagat 1680 aacttcatc 1689 <210> 330 <211> 790 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_67779.1 <400> 330 gtttacactg tagcacccta ggtactacca gcattattaa agaaagactg gttgatggtg 60 120 tacaacatcc agaacttcaa tccttgcacc ttagctcttt ctctatcctt ctccttttcg 180 tctcacatca cccaccgccc cacaaatgta agctcccgct acagctcttc ctaactccaa 240 cttctcacca gctttagctt catccaattt ctttgtatt ctacctactt gcatccaaca 300 attcactatg taacatcaac aactcatcat catctttcac ttccatgtat tccaactact 360 tgcattcagt aatcatctag caggcccttt tgcttctctt ccatgtactt agcaactgca 420 acctaggatc tttcagagca gtgattgcct ctcctatcat ctccttgtga gaagcagtga 480 ttttggaaat attgaaattt gtgtcaggtg agattggatt ggggaatgag atcgagaatg 540 aagcccagtt atgttagtga agtttaagaa gggagtaact tcgaaatcag gagaaaaaaa 600 tttgacgccc gggccaaatt aggcaattat agttatatag gaagaaatta ggaaaacctg 660 atgcagggac caaattagat tttaattgaa cgttctgtat attacttcag atgtcttaca 720 aatttaatat tattactcca gcttttattt actacttcgc atgtgctcag ccttgcttcg 780 aataatgatg 790 <210> 331 <211> 462 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_67868.1 <400> 331 ccaatagtta gcatatgccc taatattttc ttttctagat ccggttctca attctagatc 60 cggttctcaa ttctagatcc agatgcaatt aaaaaaaata aacgagaaaa gttgaaacct 120 agatctactt ggcgctcatc tcgtctgcaa attgcccaca tgaatcacac tgctacacgc 180 tagtgacaac gtacagaaat taatggcatc aaaaaggaag agaaagcatg cagttttgtc 240 atcaatttgg attttggagc ttggagtttc tctcttgttg atttgttggc tttcttgctg 300 agtttcatca tctgttttct tggtgagttg ctgaggtgct gagtgcaact ttgtagtaac 360 tttagtcttt ggtaatgcat gtagtttatg taattgttga tgtatcttgt aattgctgat 420 gtgttctata ataattgatg tgttctcttt ggtcaaaaaa aa 462 <210> 332 <211> 336 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_70945.1 <400> 332 agatcgtaca tctgtgccac aaatgataca gaaccttgct tatatttgta catcagtgca 60 actgcagcca gagcacttaa gacagtagta caaggaatat tacgatcatc tgaaggttat 120 gtatgattgc tgagagatgc tggattcgat gaatcttctg ttgtacatgg cacctattgt 180 tgtttattc ttacttcaag caagcctgat tatggaagga aatgttactt acctgatggt 240 ggaagtggcc actttgttaa gacagttaaa ataatgaagg aactttaagc ctgagatatt 300 agttgaatgc ctaacttctg attttcgtgg tgacct 336 <210> 333 <211> 461 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_71256.1 <400> 333 caaccttcca cttaaaagtt caaacttcaa atcataccat atgcttacta taaattctta 60 ctaattacaa ttgttcaaaa agaagtgaag tataatgtcc aatattccca aatctctttg 120 taattccgct cttgctcttt tccgtcttgc catctccagt tccgatcctt ggcccttctc 180 ttcttaaacg catctcttcc tttcgactta aacctaattt tcgacttcag tttgatttgg 240 aaaaagttca aataaatcga tcgaccaatc aaaatcatgg ggtatcatca tcacaatcat 300 gtactgccaa aaggattcat ggcgattaga gtgggaaagg aagaagagga ggagctgcag 360 aggtttgtgg tgccgattgc ttacttgaat catccattgt ttatgggttt gttgaaggag 420 gcggaggagg agtacggatt caaacaggaa ggtgcgatta c 461 <210> 334 <211> 540 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_72227.1 <400> 334 aacagccaga tttggttctt tcagggtgct gacgaacaaa gcagttgagg ctaatgaagg 60 aaaaccactg ccacttcttc agaaagcaat gattgggttg acagctggtg caatcggctc 120 ctgtattgga agcccatctg atctggcact aattcgaatg caagctgatg ctactttacc 180 agcagcacaa agaaggggtt acaaaaatgt cttccatgca ctctataagg ttgtaactga 240 ggaggggagtg ttagcactat ggaaaggtgc aggtcctact gtagtgaggg caatgtcgct 300 gaatatggga atgcttgctt cctatgatca gagtgttgaa ttcttcagag actcacttgg 360 ttatggcgaa gtcagtactg tagtaggagc aagtgctgta tcaggatttg ttgctgcagc 420 tttcagctta ccattcgatt atgtcaaaac acaaattcag aaaatgcaac cagatgctac 480 aggaaaatac ccatataccg gatcattaga ctgtgctatc aaaacgttga aaacttcggg 540 540 <210> 335 <211> 1377 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_72606.1 <400> 335 ttcataactt gttcgtctct cttattattt cattcttcat caatctagct acgtatattc 60 caaaaaggaa tttagtcctc ttcctctttg cttattataa agatccacct ttcaggatcc 120 aacacagcgt acagtaccat gtttaaatgc ttctctcact gcttgatcag ctcaaaagat 180 caagaaacca aaagtttcag tgcaagcaaa agtaccagct gcacggaaaa cccatgggaa 240 aagtactcat taaaagagct tcttcatgca accaacaact tccatgatga caacaaatta 300 ggcgaaggcg gcttcggagt tgtttactat ggaaaaacag tcaaaggagt cgagatagct 360 gtaaagcggc taaaaacgat gacagcaaag gccgagatgg agtttgcagt cgaagtagag 420 attctcggta gagttaggca taaaaattta ctaggccttc gtggatttta tgccggtgga 480 aacgaaaggc taatagttta tgattacatg cctaatcaca gtcttatcgg tcacctacat 540 ggacgccact ctcgtagcag taacaataac gctgcttccg ccagtaacaa cgtttccctt 600 gactggcctc gtagaatgaa tatagccatg ggttcagctg aaggtttagc ctacctacat 660 catcagacaa ctccacacat aatacaccgc gacatcaaag cgagcaatgt tcttttggat 720 tcaaacttca gagccaaagt tgcagatttc ggatttgcaa agctgatacc agaaggcgtg 780 agccaaatga caacaaaagt gaaaggcacg ttagggtacc tagcacctga atacgcgatg 840 tggggtaaag tatcagacag ctgcgatgtg tacagttttg gaattctact tcttgagata 900 attagtgcca gaaaacctat agaaaaactt cagggaggaa ctaaaagaga cataatacaa 960 tgggtgaagc catggattga aaatggtgaa tgggacaagg tcgtcgatcc aagactgcgt 1020 ggaaagtttg atagagctca agcaaggaac acgataatgg tggctttaag atgcactgag 1080 agcaaccctg agaataggcc gactatgaag gatgtggtag agtttttgag aagtgggatg 1140 ggagagcgga tcaggaccaa ggaaattatg atgatgatgc agaaggaagt tgaggatgat 1200 gatgatgatg atgatgatga tgatgaagat gaagctgaag ttataagtga tgcttcgcag 1260 tatgttaaaa gaaatgcgag aaggtcgtca agaacacgat gatgttcatg tatatatatg 1320 caaatgttgc tgcttgttag atttatgttg atctattttt cagatgaaaa cgttttg 1377 <210> 336 <211> 1175 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_72952.1 <400> 336 tcgaaaaagg agaagaagtg atcagagctg gaggcgtcgg tatgattctt gtgaatgatg 60 aatacaatgg aaatgcttta acagccgatg ctcaactact tccacaagtc aacattgctt 120 atgaagatgg tctagccctt gaatcctaca tgaataccac caaatcacct gtaggataca 180 tttcagctcc ggaaactgta ctaggagtta gacccacacc gatcatggca gacttctctt 240 ctcgaggacc aaacctcatt gcccctcaaa tccttaagcc tgatgtaaca gcgcctggat 300 acaacattct tgctgcatat agtgaagctg taagccctac attgtttaca aatgacacaa 360 gacgtgtaga attcaatttg ttgtcaggga cctcaatggc atgccctcat atagggggta 420 tagcaggtct ccttaagacc atgtacccta catggagccc tgctgcaatt aaatctgcta 480 tcatgactac agcaagaaca aggggacaaca cagggaaacc aatcaagaac tacgacggca 540 caaaagccac accacttgca tatgggtcag ggaacataag gcccaaccgg gcaatggatc 600 cgggtctagt atacgaccta acaataaccg actacttgaa cttcatctgc tcattgggat 660 acaatgcaac tgcaatggct ctatttaatg gtaagccata caagtgccct gaagaacgaa 720 tggacataac aaacttgaac tacccttcga taacaatccc ggatctaaat gggtcgctga 780 ccgtgacccg aacagtgaag aatgttgggt taccaggtag gtataaagtg agggttgaag 840 ctccgatggt cattcaggtg tctattaagc cagaggtgct tgaatttaat aaagttgggg 900 aggagaaaac gtttcaggtc agttttaaga gtatgaatgg aagtgttggg cctgggtatg 960 tgtttgggat gattatatgg agtgatggga agcattatgt gagaactcct ttggccatta 1020 atgcggtttc ttgataattg tatgagggga tgttttttta ttctttttgg agttaatttg 1080 taggattttg acctttgaat tatggttcaa tgtgtttgta atgggaaata acttattgta 1140 ttggctatct tagtcaaatt ctaattgtat gttta 1175 <210> 337 <211> 1689 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_74753.1 <400> 337 cttctctgct tcattctcat ttggtagctc cctttctcct tctaaaagtt gtatcatttt 60 cacaaactaa ctgcactgtt ggttcatctg tccttttgac ataatcatat atacaaaact 120 cataattcaa aaatgcctgt agtgtcttat tccaactctt cgattcataa ttcttcaaga 180 tcatcatctt tgttcggaga tagaatcata gaaagaaaac catggaaaaa ggaatacaga 240 attcgcaatg tatcaagaat aaaaatcaaa aacgatattc gcacacagag ctcaactatg 300 aactcagttt tcactgatgt ggccaaggag ttcctgacaa tacaaacacc caaaattacc 360 gaaatgccaa aagcagatcc gaaaacagta gcagcaatca tactaggagg aggagcaggg 420 actcgacttt ttccacttac tcgaacaaga gcaaaacctg cagtaccgat aggtggttgc 480 tacaggctca tcgatgtccc tatgagcaat tgcattaaca gcggcataaa caaaatttgt 540 gttctgactc agttcaattc tcagtctctt aaccgccatc tttctcatgc ttataattta 600 ggagggaatg gagttaactt tggaaatgga tttgttgagg tgctagcggc tacacaaacg 660 cctggaaaat caggaatgaa ttggtttcag ggaactgctg atgctgttag gcaattcaca 720 tggattcttg aggatccaaa gcttaaaaat atagagaata tacttatact gtcgggagat 780 catttgtatc ggatggatta catggatttt gttcagaaac atatggattc tggtgcagat 840 atatctgtgt cttgtgtacc agttgatgaa agccgcgctt ctgattttgg actggttaag 900 attgataaca ggggccgcat ttgccaattt cttgaaaaac caaaaggaga attgttaaaa 960 tctatgcaag ttgatacaag tatgcttgga ttatctgcac gagatgcgaa aaactctcca 1020 tatgttgctt ctatgggtgt atacttattt agaactgaag ttcttttgaa gcttcttaaa 1080 tgggactatc ccgacgacaa tgattttggt tcggagatta ttccaaaggc tgctgaagag 1140 tataatgtgc aggcatatct attcaatgga tattgggaag atatcggtac aataaaatcc 1200 ttctttgatg ctaatttggc cctcactgat caggttccaa aatttcattt gtatgatcct 1260 gcgaagccaa tcttcacatc acctcggttt ctaccaccaa caaaaataga aaagtgcagg 1320 gttttgaact caattatttc acacggatgt ttcttgacag aatgcagcat tgagcgttcc 1380 atagttggca ttcgatcgaa attgaatagt ggggtggaac tcaagaatac tatgatgatg 1440 ggcgcagact tctatcaaac cgaagaagaa aaggcttctt ctttagcgaa aggagatgta 1500 cctgtcggcg ttggagaaaa taccaaaatc agaaactgta tcatcgacaa aaatgcaaaa 1560 attggaaaga atgtgatcat tgcaaacaaa gataatgtgg aagaggcaga aagatcaaat 1620 gaaggttttt atatcagatc gggagtcacc gtggtactga agaatggaac tattgcagat 1680 aacttcatc 1689 <210> 338 <211> 249 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_76533.1 <400> 338 ttttaataag aattcagaaa gtatttggat aatatatata caatggctcc aaatgatatc 60 acgaccctta accctttgaa cgagaaatat tatactactg ccgtagacga ttttggaagt 120 aatggaaggt caaaaaagat atgcagaatg gaaggagacg acgacgatga tggggactat 180 gactgtgctt tggctgcatg atattttatt atttcgatat atgtcctttt gttattgtta 240 caagtgttt 249 <210> 339 <211> 1208 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_77859.1 <400> 339 aaggtccttc acatggacag aaatgactat tatgggggtg aattggcatc tctcaatctt 60 gttcagctgt ggaagcgatt taaaggtgat gatgcccctc ctgaacatct tggtccaagc 120 aaggaataca atgtcgacat ggttcctaag ttcatgatgg ctaatggtgc tcttgttcga 180 gttctaatcc acactaatgt tactcaatat cttaatttca aagctgttga tggtagtttt 240 gtatacaatt cgggaaagat ttacaaagta cctgctactg atgtagaagc tctgaaatcg 300 actttgatgg gactatttga gaaaagacga gcccggaagt ttttcatata tgtacaagat 360 tatgacgaga atgatccgaa atctcatgaa ggacttgacc tcaatatagt tactacaaga 420 gaagttattt cgaaatacgg tctagacgag aatacaattg atttcattgg gcatgcgttg 480 gctctgcata atgatgatag ttacctcgat caacctgcgg ttgacacagt aaaaagaatg 540 aagctttatg cagaatcatt agcacgattc gatggaaaat ctccttatct ttatacttta 600 tatggattag gagaactccc tcagggtttt gctcgtttaa gtgcagttta tggtggaacc 660 tacatgctca ataaaccaga gtgcaaggta gagtttgatg aaagcggcaa ggcttgtgga 720 gtaacatcag aaggcgaaac tgctaaatgc aaaaaagttg tctgtgatcc ttcctattta 780 cccgacaagg ttaaaaaggt tggaagagta tgtcgagcaa tatgcataat gagtcatccc 840 ataccagata ctaatgactc acactctgta caaattattc taccacaaaa gcaacttggc 900 cgtaaatcag acatgtatgt cttctgtgtt tcatacacac acaatgttgc accaaatggg 960 aaatatgtag cttttgtatc gtctgaagct gaaacagaca accctgagac tgaactaaag 1020 cctggaattg atctgcttgg gcctacagat gagattttct ttgattattta tgacagatat 1080 gaaccggtta atgattacga agaggataac tgcttcatat ccactagtta tgatgcaact 1140 acgcattttg agtctacggt taaggatgtg atttctatgt atagcaagat aactggaaag 1200 gaactggg 1208 <210> 340 <211> 647 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_79270.1 <400> 340 caagtggttt tatatccagg tacagctatg atatctttca atccatatgg tattccatgg 60 agaggaccca aataaactcc ttgattaagc agtctatctg attcctttgc ttgactatga 120 gctagctcat ccatatatgt caccacagca tcaagaacat gattgtaccg tttcaatctt 180 ttcaagaaaa tgtctgtgag ctcgagcgaa gtgatttgct ttgttctaat aagtgttcct 240 agttcaagca cagacatgaa ggcaatatca tcttcatttg caggcttttc taatccagaa 300 agagttggat aattgaactt ctcaccgttt tgagaaatat cattatttcc ccatgatgaa 360 ttgaatacta aaacagatgg attatgcaag ccaccgtctt catctgcgac caactcacgg 420 ttttctttga acacaggtac atttatctca gttgcaccat ctatcatttc tctttcttta 480 gaagagttga agaagcccaa atcaaggtat tttaaaccat ccttgagtgc aggtatgtca 540 ctgtcttttt cactgcattt aacttttttc tgggctggat tttgctctcc attcaccatt 600 agggacttct ttctgcagta cgaagtggga aacagggaat gagtaag 647 <210> 341 <211> 813 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_80307.1 <400> 341 gctccatggg actataaata agaaaacgaa gaacaaagaa cagaaggaaa ttcttcaacc 60 tcataaatac attcagacaa acatcacagg caacaaagca agaacgctac cgaacccaac 120 accagctttc aacactgtag caccactgga cttgggcgag gtagaaggac cgggtccata 180 acccgaataa gaactcgccc caccacccga ggaataagga gcatgggccg gacccattct 240 tccaagtagg tgcaccatga cccgcaccac cagcttctcc ccagcttcac agtgcccagg 300 cacaccgcta aggaagtaaa agtagccatg tctagtgaac ggaaacgtcg tattgccatc 360 attgaagctt aaaacagggt tggacgtgtt gcaatttgcg tactcttctt tgttcaccac 420 aagtacggaa tcgttggtgt acttgaaata cagtgaatct ccgatatgaa agcggttcct 480 tccggcccac tgattgtagg actcagattc ttgtccagtt ggtttggtcc agcctctgac 540 tccgcctact cgaaattcaa tggcggatgc ggtggagatt agcatcatga tacagatgac 600 tgagagtttg gttatttggc tcatggttac gtaagagtgt gcagatgaaa acaagtaata 660 agaagcaatg aagtgaagtg aagcgaaaat aaaagccttg gtggtgcaaa tggagaatga 720 atgagaaggc agaacggggt tatatagagg ggtgatgagt gaggtggttt atattggttt 780 gaacgagggaa gtgtgggaat agtggggttt gaa 813 <210> 342 <211> 712 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_80391.1 <400> 342 cattatgcaa tcatctgcct ccatttcccg catctaccca tatactaaga tcatcagcat 60 aagcatttgt tggaacatac atacttgcag tctttatctt gtttatcagc catctcaccc 120 gccgcaattt gaatccctca tcaatgtctt tgctctggcc caagaagtgc tacttctatt 180 tcttgaagag ttttgccttt agtttctacc acatttctct tcacaaatat tgctccaatc 240 aagcagaaac acgcaaacat tgaatacaca aatcgcgatc ctacttcctc caacagccgt 300 aaaaatagca atccgacaaa gaagttcacc acccagtgta cacacatgca tatggacata 360 gcctttgctc gaattctgtt tggaaatatc tcagataaaa gaagaccagg aacaggtcca 420 gctcccaagg aaaatgacaa cacatctagt aacattccac cgactgaaaa atataaagca 480 tgtgattctg agaaacttgt tgccatggcc tgaagaccca tcgctgcagc catgccaatg 540 aaactcccta aaagtaacac tcgccttcct aatttgtcca tcaaagtcat ggctacaacc 600 gaacctgata aattggtgaa tcccaaacat aagttggcgg tgttcgatgg cacattagca 660 ctcttaaaca cagcggatga aaaatagaaa acggcattta ttcccgacaa ct 712 <210> 343 <211> 360 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_81696.1 <400> 343 atttcactcc acaggcttcc ttaaccctaa atcccaaata acctacatct ctattcttaa 60 ttccaatata aatcggcaac accttcttct atccactcca aacagaatat acctaaaatc 120 gttctcttag cctcaacctt cgtcttctct tctagaaacc tctcgtgtat gtttattaga 180 tgtttactgt aatcgacaac gagagtcgta gagagagtcg tagttgttca tcagttgcca 240 ccgccttccg ccactacttg cactgcctgc cctcatgatt cacgacgtct accgccagca 300 ccaattggct ttctactacc aacctaccat ctttgcccta atttgatttt tccatctcta 360 360 <210> 344 <211> 201 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_82930.1 <400> 344 atttccttgt tgcatcatct cgacaaactc attgtaatcg atcttcccat cgctgtcttt 60 atcaacttct cgtatcatat cttctattct cacatcctct acaccaaatt catcgcatgc 120 ttgttgaagt tcgtctgcag taatatagcc actaccatct ctgtcaaaat atgaaaatgc 180 tgcaaataaa tgatcttctc t 201 <210> 345 <211> 603 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_83365.1 <400> 345 tatcgcagaa tttgcctccc caacaaaatt cctcaaaaac ccctcttccc tcaccttcct 60 cgcaaacgcc cccaaaccat tcaacctcag atcccgaaac tcattggcgg ccggcgcaac 120 gtacaaagtg aagctgataa cgccggaagg ggtcgagcac gagttcgaag cgccggacga 180 cagttacatc ctggactcgg cggaagacgc gggggtggag ctaccgtact cgtgcagggc 240 gggttcatgc tcgacttgcg ccgggaagat ggagtcgggg gcggtggatc agtcggatgg 300 gtcgtttcta gacgacgcgc agatgagaga ggggtacttg cttacttgcg tttcgtatcc 360 tactcaggat tgcgttatct atacccataa ggaaaccgat cttactaag atctgttttg 420 atggtggaat tggaagatct ttaatggttt tctgttgttg agtgatgtgt tgttattagc 480 tttgtggtgg cagtatggta agtgatgttt tgtatggaat aatttgaaat tttatgaatg 540 gagtcgagga ttatatgtta tgattaccat cctgctggaa aaatgatttg ttcaaggtct 600 ctg 603 <210> 346 <211> 377 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_83583.1 <400> 346 ttcttatcca atataataca cacattcaac actgttcaaa tacttgttag cgatggaatt 60 tgaaatgtca ttggacaata tgggagcatt cattattatc caagctcttg tactcttaat 120 tcttttgcag tcttcgacga tattcatttc ttcctcagtt aatttgacaa gtcttttttc 180 aatgttctcg gttattcctc cagctgagtc tttgccttac atgcccatgg ccatggatat 240 caatgaaaca atttagtttt acataagatg gtctatatgt tgtaacctgt gtaatttaat 300 ttgttatgtt tatgaatttt gaatgaagta ttattcacaa tttgatctga aatgtttatt 360 cggagtcact ggcagcg 377 <210> 347 <211> 232 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_83898.1 <400> 347 aacatgttac ccatgtaaat tccactcctc tctaatgttt tgtgtaagca gtttaggatt 60 agtgcatgca ggaatgccat taacttgatt atatgagcac atagcacttg tagaatctcc 120 ttctgtaatg cacatctcaa aaggaagatt gaaagactct accatgtctt gttcatgtac 180 ctaattaata taaaatgaaa gaatatagct aagtttatta ttcttttttt tt 232 <210> 348 <211> 371 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_84563.2 <400> 348 ggtctttgca atatactgtt ctgcttgcag tttctggtat acatgaagaa agttttagtt 60 tgcgtcagct gcgaggagcc caatcataag cctgaatctg gaccttcgcc ttcaccaagt 120 ccagtggctc aattgacaca atgtctgtct tcttgtggtc agaaagttat ttcttgctgt 180 acgggttgcg ctaagctaat gcttactatg gccgtatgg aagttggttg cgtgtccgat 240 aacttgaatt gttacttagg ctgcgtcaca actcatctgc cttctactgc tgcatccact 300 tgaagtttat ggaactcaat tatatctaaa aatatatttt atgttgcatg caaaaataaa 360 ttagctctcc t 371 <210> 349 <211> 293 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_84877.1 <400> 349 ggaagacaag tctgcataca tgctacaaca accgatggtt cacaagaacc aaatgtacat 60 atgcatatac atcataacat acatgagatg agaactaata aaccaaaagt acttctcgaa 120 ggctaggcaa aagatgatgt gaaatcccaa tagctgaagc tgcaactgaa ccagagatag 180 agattacctg aaataactcg gtccgacccg agtattattt aaaagaaaac aataaacgga 240 tcagtctaat ttattcttag aagtgaatac atcataaata tcatcaaaga aaa 293 <210> 350 <211> 730 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_85054.1 <400> 350 ccctcctgctc ccactgctat tcttgcctta accctatatc cttttgctct tttcctcatc 60 tctacactat catctcccac cattaaggat tttatcgctt tgcaaatggt ctccgcatcg 120 acaaaaccac ctttcatttc caacactttc accccaatcc ccaacacatc gaccaccagc 180 ttctcgttga tgaactgctc cgagtgttgt ggccatgtga ccatgggtac acctgcactc 240 gctccttcta gaatcgaatt ccatccacag tgtgtcaaga atcccccaac cgcgggatga 300 ttcagaatcc atgtttgtgg ggcccatcct tttatgacca accccttcgt gcctgctgca 360 gtgatctcaa agtcatcgtc ttctccgctt cttcgcaccc acgcatagtt cagaccactg 420 gtttccaatc ctaattccag ttcgcgcgtc tcattttccg acaacacgca ttcgctgccg 480 aagcaaacgt acaacaccgt cccatcatcc ttcgattcaa gccatttcgc caagtcattg 540 cttgcttgta cagtttcact cattccagta ttcaaaccta ctggtccgac gcaccagaac 600 ttcctcgaac ttctgaggaa atcgacgtac cagggctcca actcgtggaa gctgttcaaa 660 accattccga agctctttgc ctccgcatcc ctaagcatgt cgagcgcagg cggatggtcg 720 aacgaaggag 730 <210> 351 <211> 525 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_85726.1 <400> 351 atccgacacc tgcaacccga acccgcaaca cagtaaaatt cctaaccgca gccggcatag 60 gcaccaccct tctggttaca gcagctctca tcctcaccgc aacggtcatc tccctcgttc 120 tcgcaacccc ggtcctcgtg atcttcagcc cgctcctcgt acccgctgcg atcgtcgccg 180 cgctggccac gagcggcttc gtggtttcgg gcgggttagg cgttgcggct ctgtccgcct 240 taggctggat ctacaactac gtgtctggga agcacccggt tggatccgat aaggtggatg 300 cggcgaggat gaagatggcg caggcggctg ggtctgtgaa ggataaggcc aaggattatg 360 ggcattatgt gcagatcaag gccagcgaga tttcttccta gggtttccgg gggagtactt 420 gtgatgttaa tttgctgttt tcaataaata taacgagtgg gtttgtttgt ttgttttttt 480 ccctccctct tgttcttgtt tatgaatctt gttttagaca aattt 525 <210> 352 <211> 477 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_86606.1 <400> 352 tttttttcaa gctgaagtat aatagacaac tccacagagt ttattttatt atactgtaac 60 attttattg cagaaataga ctagcacaac aatataactg ccagccatgc acagggactt 120 aatacagtaa gaggacattg ggttaaatgg ccagcttaca cttggacttg caactgtcat 180 tttgagcttc acactgcttc ctacacgaat tggcacaagc actacatact tttgaaaaat 240 cacactcatc tgaactttgg catgcattgt taagatcatc acatttttta atgcacaact 300 caactgattt aggagcattc ccagcgttag gggcagttgc catcgacata tgacctggtg 360 cttctgcaat aatagaccga gcactggtcc aggtcaaggc attcagcagt agcagcacta 420 agagcatggg tggtgttgat gattttgata ttgccattgt ttatatttgt tgtatca 477 <210> 353 <211> 407 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_87596.1 <400> 353 ccataaaaca actacaagag ttattgcttt atcactggtt gtttaattaa gagaagacaa 60 gcaatggagt aaaggaatga gttatgctga tcattatgag cgagccgtta ttaatagtat 120 tttaaacatt caaagaggag ctgagcctgg tattatgatc cacatgcttc cacaaggacc 180 tggaatgtcc aaggctcgca gtaagcatgg atggggaaca cggttcgatt cattttggtg 240 ttgttagaaa tttggagatc aatggattca aaagtgcttg tacaagattg ctcgggctgg 300 aaaaatcaaa tgttttactg gaatagttta tccatatgag caccattgaa taatgagtta 360 tgacgacaag actaacaaaa cgaatcttgg aaaaactgca gcctgaa 407 <210> 354 <211> 907 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_87993.2 <400> 354 aaagaagaac acttggaaat caaagcaata gcagaaatat gcctgggctg acaatcggag 60 acacaatccc cgacctggaa gtggtaacca cccacggcaa aatcaaaatc catgactacg 120 tcgggtctgg ctacgccatc ctcttctccc atcccggcga cttcacaccc gtctgcacca 180 ccgagttggg catgatggcc aagtacgcac ccgagtttga gaagcgtggc gtcaagttgc 240 ttggcttgtc ctgcgacgac gtcgagaccc acaagaagtg gaccaaggac atcgaggcct 300 acgctgtaag taccgctgct ttttcatacc agtaaaatcc aactaactcc atctaatcct 360 tcatcatatt ttgggatttg gcagtcagat ggggtgtaagg tcaactaccc gattgtggca 420 gacccaaagc gggaactcag atgggtgtaa ggtcaactac ccgattgtgg cagacccaaa 480 gcgggaacta atcaagaaac tgaacatggt tgatcctgac gaacatgacg atcaaggaca 540 actcccctct cgcgctcttc acattgtggg cccggacaaa aaggtgaaat tgagctttct 600 ttatcctgca accacgggga ggaacatgga cgaagtgctg agggtggtgg actccttgca 660 gttggcaacc aaagcaaaag tggccacccc cgtcaattgg aaggtcgggg acaaagtggt 720 cattccggct tctgttggca ccgctgaggc caagaagaag tttccagatg gatttgagac 780 tgtggatttg ccatctaaga aggattacct tcgctttgct aatgtttaag gatatcagaa 840 tttgtagtgc atgcgctaca aattctgata tccttaaaca ttagcaaagc gaaggtaatc 900 cttctta 907 <210> 355 <211> 1371 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_88056.1 <400> 355 cctctattat ggaatttcaa atgacaaaaa actacaaact taaaataaga atatcacaac 60 atccagacat ctaaaacttc gaacaatcag tgggagcaaa tgacaacttc tggttcttaa 120 ggtcaaaccc aacatgaaag ttctgctgcg cgatatttcc aaaaaactga agaccaccgc 180 caaattgcct actggaaacc atagctaaac acaaaacccc atcctgaacc tctacaaacg 240 cattcaaagg cttcaatgtc aacgcagcat ccgtgaactc aaatgtcaaa tcaggcaaac 300 taagcccacc gctgctaaca cccgaaacat catagcaaag agaaaaaacc ccttgccgat 360 cctgcgtcgt tggatacgtc acagctttcg acacttcatc ggtcaattga ctcaaaactg 420 aatctttcaa aatggtcaga gtcgtgcctg aatcaacgat aatactccct tcccgctcat 480 atttatcagc atccatctcc ctaccagcta ttttcttccc accagcaaca ccaaccgact 540 caagtctcac ggtgtagtaa gttttcgacc gtcccctgat aagaggagta gtcaccgctt 600 ctttgcccac atcagcatcg tcgccaaagt tgatcttgct tgtcgtattg gattctctag 660 gcaccaaaca gtaggaaaac ttgtcgtcga ttgaagtgcc caattgagac accagcgaca 720 atgatccctg gccaagccct acgatacccg cagagttcgc atcaaaaatt ccgtcgctat 780 catgagagca cccgaataaa atcttgggta tcgaagccga gccaatggaa aaggtttcgg 840 aggagagaat tccttcggtg tgagagccat caccgtacga gtatccgtac tggcatttgg 900 agctggagtc acaatcggcg aatcgtagcc gtgagcaggc ccgagtgctg catgataggg 960 aagtgtaagt ggaggatttg gaggagtcgt agatgggagc tttttgtggg tagcagttga 1020 ggcagggttt gcattgggtc catgtcaggt cgctgcctgt gtcggctatg gccatgacgt 1080 tgaagggagg agaaccgatg ttcactgtca tcaggtactc ggccccagca ggagttatgg 1140 tggattggat gtcttgggtg gttgtttggt tgtagcgtga gattgcacga cggatggagt 1200 cacgcaggcg gtcggatggg gtgaggtag gatcgtaaaa tggggattgt ggggaggtctc 1260 tgtggatgag atcggtggag aatccacctt tacaacttac aagatgaggg agggagactg 1320 agaggaagac gatgaagaaa agggttacag aagacattgt gctgatagtt g 1371 <210> 356 <211> 472 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_88531.1 <400> 356 ttttttccct ttttttcctt tttttattt tcccttgctc ataagtgcag ctgcatcatc 60 agaagtggga agtgcaggaa ttgctccttt cttagttgta gcaatggcgc cacatgcatt 120 cgcaaatgat agtgcttgcc ttagcttctc ttcattttga aagagagaat catctttagc 180 aactgagaac aaaagtgccc caacaaatgc atcaccagct ccagttgtgt cgactgtttt 240 cactgtgtat cctgaaacac ttcctttaaa tcccttggtg aagtatctgc atcctttctc 300 gccgtcagta acaacaagaa gcttaagacc atcgaaccac aacgacataa caacatcttc 360 cttcaacgga tccccttttg tcaagaagcc aacttcatca tcgctaacct taatgaaatc 420 agcctctttc caaatactct taataccttc acgagcagca tcttcagaag gc 472 <210> 357 <211> 1748 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_88580.1 <400> 357 tgccatttta cactaaaaat atatgctcta cgaaggtctc cactgcatct caatctgaat 60 tcttccattt ttggagtcta ttagatgata cttctcattg atacgtttgt ttgtaacaac 120 atctgcaagg ctaacgacca catacccgag attttcctta gagtgtatgc caatgctagg 180 tgccttgcta agaacctcaa catgcatttt atcactaata ggaggttcct cacacacaaa 240 ctgaaactct tcatcccagc gagggtccct atttttcttc atgtgcttag ttttcttgtg 300 ctctcctcta aaaagtatct tcacatatgg gttcgtgtgg tgtttccctt caagatcttg 360 agcttcatga atattaacta tgagcaaacc gccacctgtg ggcacaccct caggagcttt 420 ttctacgtta ttaattacag cttcatcctc actgacgtca gcagatgttt cctcttcctt 480 gaagggctta tacatcaatt ccacaacaat ttgaccacgt gatttttcat tttgactatc 540 attaggatcc atatttttaa gcaagtcgag ggtcaccgtt cttggctcgt cggggtatag 600 atctctaagt ggaactacgt tcattcccat tttatcatgt tttccgacct gctcccaatc 660 ataaatatca agttcaagag cttgagattg tggatcttta acaactaact tgaattcctc 720 attccattct gggttaagat tgcctttttt aacagaagtt ttcttggatg gaagattatc 780 ttctgtaagc ctaagcttca catatgggtc agatttaccc atcaaatctt tctttttcag 840 tttatatgca cgtagaactt ttacaagcag aattccaaca ggtttcttga gtgccttaga 900 aggatccata atttgcactt ccagtgtttt aggccaaagg tacatacttg caacctgctt 960 tttaattgtc tcctgaacaa atttgtataa gcctggtata gacatcagat ctgcacctaa 1020 tagttttagt ccaaagtcta catgtggctt ttccatgagt gacacaaata tatttgcaaa 1080 acaaggaaaa ctaggaacca aaggcttcaa agtgatacgt ggtgcagcga acacttgcat 1140 atcaaccact tgagctgtaa cttttaaccc aaatgctttt actcctacgg taatatttgg 1200 attaccagcc catttaaggg aaatctccat aattacttct ttttcctctg ttgtgtagac 1260 tttcaatcct tgaaatgttg gtggcaggga gcctaaagta aatgtttcga attcaacagc 1320 ttccagtttg aactttgtga cattttcagc aatgatcggc ttaacaattt ccttcacagt 1380 tttgcatatt gccttatcca aatatggcca catcaattcc ataaacctgt ttagccaatc 1440 aactcgatca taatctggat ttttcaccca caaaggtatt tcaggaagca tgtttccag 1500 agaatctgaa tcgcattcga caagcggaat caaggtagga tcctttacat cgctgggttg 1560 aaagtagata aacagaaagt atccaataac aagacctgct gtcaacccga atccgaatcc 1620 aaacaaaccg aatatggtac taaaaaaacc catctaaccg cgaaatatgt ttctttgatc 1680 aaatcgtctt acacataata aatgtgaatg cggagagatc ctgaaattaa aaattggaac 1740 gagtaac 1748 <210> 358 <211> 590 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_89010.2 <400> 358 ttttttttcc tggtagatga aaactatata taaaccatac cacagcgaac tgaaattaga 60 aaatatgtag gacaaatctc tttaataagc ctcatgctct cccttattgg gagtaacaag 120 tcctacaaat ttgttgtctg tcttggaagc cgaggttgaa gaagaagggg aaaacttgtt 180 ataacccctt agttttttaa gttgttccct cacaaattca taaatgaaag ttgcgcctct 240 gaattgaggt agcaccaacc atgccactaa cattactttc agctcatacc acattggtat 300 ccatttcaaa agaggctgag ctgccatctc caaaagagta agaaaagagt acaaaatcca 360 ataagccaac cactgttcat cgtcgatttt cgatgggctc tctatagccg caacagaagc 420 gtacagtggg tacagcaaca tcacagaagg cctgatacat gaaaatacac tggaaatcag 480 tagctaatat cactagcaag atattgggaa agggaaaactg tagtataaat ttagactatt 540 acccagctag agcgtggatg taagagagtg aagtgtaaaa ctgacccatg 590 <210> 359 <211> 355 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_90300.1 <400> 359 tccatatata aattcataca aacatttcct acatacataa taacgagcca tatataatac 60 ggtcctagca aacaaaagca ttataattaa aagaaataat catgcaggga aaatcaaact 120 cttggataat atggttcaac ataataatat tgctgctgct ggtagccata acttgggtta 180 cagaagcagg aaacgacgaa cctagcccac cagaagatgg gggagcacac tatccctcta 240 tatgtgatcc acgttatccc gaaagacctt ccatctgcct ggcattcgaa cagtgtaatc 300 ggaggtgcac cactgatttg ggtgcctgcg tagtcgacac ctgtcttcct atgcc 355 <210> 360 <211> 1144 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_90491.2 <400> 360 aataaaccca ccgtcttacg ttccatggcc gaagtattca acaaaatgga cggcaacgca 60 ggttactcct ccaaatgccg tgaagctcga cgccgtcgtg ctgccatacg tcgagcaccg 120 gcagtgaagc gcgaatctgc atcggacacc gccacagcaa gtaacaatcc attgatcaac 180 aagtccaata ctccatcttc ttccgggtcc ggcttaagtt caccaccaac ccccgcaccc 240 gcaccgatt tcaaattgga ggtcggttac gtcgcgatca caggcagagc ccgcgacatg 300 gaggatgctg tctccgtcaa gccttggttc gttagaccgt tcgcaggctc tccccttcat 360 ttcgctgctg ttttcgatgg ccatggtggc tctcatgtgt cgacgttgtg caaggagagg 420 atgcacgcgc tgatggggga ggaactgata atcctgcctg taacggggat gctgaacgag 480 gagggactga tcagagctgt gaaaaggagt ttcgagagga tggatgagct ggcgctgaag 540 tcctgtgcat gcgggtattg tgggggaccca ccatgccact gcgaacggtc tgggttggag 600 agtcagattg tgggctccac tgctgtggtc gcggtggttg gtagtggaag ggtgctggtt 660 gccaactgtg gtgattccag ggctgtcatt agccgtgctg gggttgcact tcccatgtcc 720 ttcgatcata agcccgacag gttagatgaa ctagcaagaa taacagcttc aggaggtcgg 780 gtgactaacg tgcatggtgc cagggttaat ggcatcttgg caatgtctcg agcattaggt 840 gacaaatttc taaaaccaat agtcatatcc gagcctgaaa taatgatcat ggaacgacac 900 ccaaaagatg aatgtctgat ccttgcaagt gatggtcttt gggatgtaat atcaaatgaa 960 acagcatgcg agattgctac acaatgttta aacgatggaa atgaaggcat tgaactcaaa 1020 ggtggtgaag aaggtggttt catttctaaa caatgtgagc ttgcagctgc tttgcttgca 1080 agattggctt tggctaggaa aagcatggac aacatcagtg tggtagttat tgatttaagg 1140 agga 1144 <210> 361 <211> 336 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_90538.1 <400> 361 gttaaaatat actgagataa ataccagata aagttcagtg ttcattttca attgaatgac 60 ataatgattg aatgcaaagc atagttgttc gtataagcaa tgagtaagta ttgctcccat 120 gtaatctact tcagttttat tcaatcaaag tgaatcatgc aaatcatagt tatatgcatg 180 aactcatgca atctatctat ggtattaatg aaattctagg caacccagag aggaagaata 240 gggattatat tggatttcat atggtacaaa ccgctaatat attcaatgga ggatcatgac 300 gcagctaaaa aagctagaga cttctctata agatgg 336 <210> 362 <211> 765 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_90886.1 <400> 362 aaaacattca aggattataa cgttgctatg attatgaaaa catttacaat tgatcagaac 60 atagcatccg atttagtata acaaacaaga tcaatgtaaa atttacgtaa gtttcatctg 120 ttgctagctc actttgagac atatgcacta gcttgtggct gatgcaacca gaaaatttta 180 gaggtggatt gctttatgca gcagtttttg tctgaaaagt tgctgtggtg aaaaggatgc 240 ttagtatatt ttcctaaatg cattttactc aagggacaaa tgagaaaaac ctgtaaagta 300 cgtgagtata tcaaagcagt ttatattaag cttcacacac agtgtttcca gtagacctct 360 aactggctcg ttggagtaaa taaattaatc ttcttggaca tgctcatagt gtacagaatg 420 tatagcgagc tgatatctag tagtactgct gaaggtgagc cataagcttc taaaacttct 480 ccagtgaagc ttttaaggtc tgtgaagcgg gaaactctaa aaccgattga aacattctta 540 gacaagaccg aagaacaacc acatataggc aaacagtttc taccacctat gatggatcct 600 attctatgtt ttttttcttc ttcttcctga tttatagaac cgtctttatt ttatttgcta 660 caataagaag gcatgttgtg cccttttatg gctccaaaat ttccatacat accagatgtg 720 gccaaagaag caactggtaa ttgtcttgga gtaaatagtt ttaag 765 <210> 363 <211> 1163 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_91699.1 <400> 363 agcgaaagag aaagaaatat tttggaagtg atggagaaga cattctttga tgtgagatca 60 gaaatggttt ttctgtcgag gagattagaa gtccaagcgg gcggccaaat attccctcga 120 cagttaaatt tatgtcgaag tagaggactt ggcatcacat cttcatatcc agctaccaag 180 gctgccaatg aagaaactga tttgtttgct acaaaaaaag tactgcaaaa tgaatgcatg 240 aaaataaatg gaaacagtca tttaccgtct tcctgtaaat tatatagaga agatttcgta 300 ctcgaatatt atgaagatga gtatgaggga gttgttatta atcaagaaag acttccgaga 360 aatgtacaca cttttacttc tattcttcga acgtctctct cacattgggc actcaaggga 420 aagaaaggag tatggctaaa gttacccgtt gatcgatctg aacttgtgcc aattgcaatt 480 aaggaaggct tcatgtatca tcatgcggag ccatcatatg taatgcttac ttactggatt 540 cctgatgaac catgcatttt acctgctaat gcttcccatt cagtcggggt cggtggtttt 600 gttattaatg acaaagatga ggtgttagtt gtgcaagaaa agcattccgc tgaaaacata 660 tggaaacttc ccacaggttt cattcatgag tctgaggaga tttttgctgg agcagtaaga 720 gaggtgaagg aagaaactgg tatagacaca gaatttgtgg aagtgattgc ttttcggcat 780 gcgcatcaag tgacatttga gaaatcagat ttatttttca tatgcatgct taagccattg 840 tcaagtcaga tcgtcattga tgatatagaa gtaaaagcag ccaagtggat gcctcttgaa 900 gaatttgtaa agcagccatt tgtgaaagga gactgtatga tcaagaagat tatagacatt 960 tgtatagcta ggcttggaaa aagatactgt ggattagctg cacacaaaat gatctccaaa 1020 tttgatgggg gaatttcttc tctttattac aacgtaaatg agttccacga cttcaactgc 1080 ccaggacttg aaggaacttg atgaaattta ttacttttag ctctatatat atagctaggc 1140 agtgacagga ctcaggagta acc 1163 <210> 364 <211> 567 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_91781.2 <400> 364 atataaccta aagccaaaaa gaaaaaaaaa tacaacctag atcatcatct tcatcttata 60 aaattgtcga tatatagaaa acaccatggc tcagttgctc gggaaggcga aagagttcgt 120 agcagacaag gtggctcata tgaagaaacc agaagctgac ctaggcgatg tttctataaa 180 gaacgtcacc cgagattcag ctaattttca tggcgaatta aacataacca atccttacga 240 ccactctatt cctatttgtg agataatcta cactctcaaa agcgctggca gggaagtggt 300 gtcgggtaat attcctgacc cgggatcgtt gaaggcaaat gacgtaacaa gaatggacgt 360 gccaatgaaa gtgccatatg actttctgat aagcttaatg aaagacgttg gaagagattg 420 ggacattgac tatgaattgt gtgtcaggct tattattgat cttccagttt tagggaattt 480 cactattcca gtgaccaaga gaggagagat gaggttgccg actctctctg atatctttta 540 attcagcttc ttcttttttt ttttttt 567 <210> 365 <211> 808 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_92583.1 <400> 365 gtttattact aaacaaaatc tcacatcttt tccaagcaat cttagaatcc acctccaact 60 tatcaacttc taaatcacat ccagccttca cataaatcct catagtggta acagcaccaa 120 atttgactct aaaaggaact atcaaatcaa gcttcagtgg caccttcctt cctttttgtt 180 gcttcttcaa ctctttaaac aagcccttgg acaacttcac acccgaccct ttcaaaagta 240 ctttaaaaac acttacagtt ttagtaggct gataaaacac cggccatgac ccatgcacaa 300 gcttcacatt tgaatagctt gcaactatgt cgctcccttc atcgtagtac aggcttattt 360 tacggttagg gttcacagct ttgattgtga tatcaaactc gggtgagaga accgaagctt 420 ccgtgaaatt gctgaaattc aagatgttaa attgctctat ggtgtaaact ggaagctcgg 480 gcttcatcac aaggaacagt acaatagcag caatggccaa ggataaaaga agaaaaagaa 540 acgcaattat agaccacatg agacagcggc agcagcatga accacggttg cgtgacccac 600 gcttgctgta tttctcgaac agctccttgt tttgaggagg cgggactctg tagatttgat 660 ccttcggtat ttgtattacg taagttgcgg ctgcgccttt aggctttggc tttggctttg 720 ctgtattatt ggtttcatta ttgtttttct tggattcttc gttttctgca gatagaagag 780 cgcgatcagc catgatgagg aatttgtg 808 <210> 366 <211> 223 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_92601.1 <400> 366 tggcttagta aacctgtata cttcttctca agctcttcaa gcagatctta gtgataggaa 60 gtaacatatg gggtgataca tgtataacat acatatgcag ttatataaag atacttccaa 120 gagaagaaag ccatggatct aaccttgttt tatcatgtag tccatcagtc tgttataata 180 tgcaacgcct ttcctattta ctttgatagt tccattattt gta 223 <210> 367 <211> 549 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_92923.1 <400> 367 tctacgccag tgcatttggt taccacgttc gaagattaga tgaatctcac aggttctcct 60 ttgtatattt ctttatatat atagacacac acttttagct ttgatgcatg caatttaatc 120 agcgttgaga aatgaaacag atggggggaa ctggagagtg ggcagacaac gatagccttc 180 acgccgctgc accagaaaga aacggacgag cggagtgggc atgtgcacac accggagtcc 240 aaagatgagc gggcaccagt agaagtatgc ttctcttacg aggatgtgga tgccgcatat 300 gaacgagctg tgaagaatgg tgcagtgccg gtgagcccgc cagagagcaa agagtggggt 360 cagaaagttg gatatgttag ggatattgat ggcattgtcg ttaggttagg cagtcatatt 420 aagcaacatg cttcttgaac tgagcttgtt tacataggat ttgctatggc agtgttataa 480 atgacagaaa gcttgcaaaa ataaatggat aattttttag accagtttta gaaactaatt 540 acaaattta 549 <210> 368 <211> 690 <212> DNA <213> artificial sequence <220> <223> AC.Combine.Locus_93378.1 <400> 368 acttctgtca aaatgaacag agtaacgttt cacatctcca gcctctgaaa atcggtccta 60 atatcaaaac ccataataac aacaatcgat atcaatggca acccacacgg agcagtaccg 120 caccttccac ccgcagcagg tccagaacca gcccgtctcc acccagatcg cgaaaaccgt 180 gtccgtggcc acagccggcg gctccatgct tctcctctcc ggcctcatcc tggccggaac 240 agttatcgcg ctcactgtag ccactcctct ccttgtcatc tttagccccg ttcttgtccc 300 ggctgctatc gctgtgtttt tgatagtctc tgggtttgta acttcgggtg ggtttggggt 360 ggcagccatg tcggtgctgg cttggatgta taagtacatg acggggaggc atcctgttgg 420 ggccgatcag attgatcatg cacgggctag gttggctgct aaggctcggg atatcaagga 480 cagcgcccag cacaggatcg atcaggctac ttcttaagga tgcacagggg cgattgtgtt 540 gctttgtgaa gtaatgtgtt tgtgtttgtg ttcgtcggtg tttatcagta gcggtaatta 600 atttgtgttt gtttttgctt tcgtgtaatg agggagtttg tttgtgtttg tgttcgtcgg 660 tgtttatcag tagcggtaat taatttgtgt 690 <210> 369 <211> 814 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo00345 <400> 369 ccgcagaata ctactccaac cctgatcatc accacaacca aagctatgat attaacttaa 60 caattacttt aatgaattaa gttggtagaa attcaaagga acataatttt catcactgaa 120 tgaaaaatca tggcaaaaga attcaacctc tgcttttaac cactgttcat ttttgcttat 180 ctgtaatcta cttccaacat caaaatgcat ataaattgtt aaatatgcca ggcccttgtt 240 gttttttaaa atatgcacat acattgttaa atacatggct tccttgtttt cttaaaacat 300 tgtcaatgaa tgtaaatgca taaattactt caaaatttat tatgttctta agttatattt 360 ttaaagccaa aagttcaaag attttctca aattcctttt tttaccttat aggtgctttt 420 tctttaggtc cttttccgca tatttacta attggattca caaaatgcac cagtggcttt 480 ccataagtta acggaaacga tctctgaatc gactgcgcgt ctaagggatc tgtcacagta 540 gttgcttctc caaactcaat ttccaaattc gacccctgaa ggcaaggagg cagttcaggt 600 ttatattcaa tacgctgctt ttgcagacat gataactcca tgcccgatcc gaattccata 660 atcgatttat aatctcgtat attcaacgaa agaagagtga aatagtgagg cgggagaata 720 ataaggagaa gtgctgaggt aaatgacaaa attgcccaaa acagttgagc tctgcgggac 780 ctagtaatca cttactggat cttgacaatt tccg 814 <210> 370 <211> 601 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo03496 <400> 370 acatgctcca aaatgaaatt gttatgcttg cggcacaaaa acaaaaatga tagaaactaa 60 aaaggaaaat ggatggaatc aaatataaca tagaacattt aatttataac ttataacatt 120 acacaacata attaatacca tttgaagcct tacttacata ctcttttctc ataagaaagc 180 240 gtggcatagc agaggcataa tcggtatggt agggttcttg tctcgactga ggtggctctc 300 tcggaggatg tgtatgaggt ggggtgtaat cggtatggat gagtacttga tcactttctt 360 ctgttctacc atttacattg ttaaggaaca ttgcaagtga taaaaataat acaacgctga 420 gattaattct tttggaagcc attactttta tcttgtcttg cttaggaata attttttgag 480 attgttgtat ttaaagagag cagggattta agaggaatat tgaatcatga acatggtatt 540 taatttgaat ttgtggagag tatgtatgaa ttaattggat gtttaaatgg agaataatat 600 g 601 <210> 371 <211> 1771 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo04632 <400> 371 gtgatttatt ttctttacct tttctggagg atctaccgct aattattgaa tttgatcata 60 caccaaatgc ttatactggt ttcaattata attcaatgtc aagctgggca atggcaagaa 120 aataataatc tgcttaatgc attttctagc tacattaatt tcggattttc ctttatcata 180 aaccattagt ttcaacatta ttgattgaaa attgcaaaat gatagaatat aataaggtta 240 attctatgca gaaatgtcaa aacaaaataa aaaatgaagt tcggtattat aaagaaacca 300 taaaaataac cctattatt atgcataact aaaaaagaat atgtataggt ctactaaaac 360 gctaacaata caaaatctaa gcatataaac aaaaccatac caaaggtaaa accataaaag 420 caaaacttgt ccaaaatcct aaaaccgtaa cgccaaaaaa atatttacta ataaaataaa 480 agccaaaagg aatgattaac cggtgatttg gggaagcacg gtagtcatga actggccaga 540 aagagctcta taagcagctt cagaaggatg aaccgagtcc caaaacaaaa actctgatgg 600 atcagtgcat gtagggagtg gagctgtgca cagtggcccc atctccattg ttcctgttcc 660 acagcatcct cgtgcagtct caacaaaacc ataggtaacg ggattttgaa tcatgtccag 720 catgggattg tatatgtcaa cataggcgaa cttgctgcct ggtagtgaag actgcatggt 780 ttgtagtaag gactgaagct tagtgttata gtttactgca tcgatgctag gttgatccac 840 gcatctgcgt acagtgaatg gattctgatg tgttggccct ggttgcattg cggttgatgt 900 tatctgaaaa ggaaggcatc ctaatggtgg cattcctgag attgtgaatt ttctaccacc 960 cagtctgtat agattctgaa caaaattctg catcctctgc aacaaaaagt catgataact 1020 ttccaggcta tagatcattt tcctagcggg catttgatag taattcatca tcatatcgtt 1080 acttcctgca ccgataacaa acaaagcatc cctcaccatt tcctccactc tctcaattcc 1140 tacactaccc ctcagctttt gtaaatattg ttcaaacatg ttcacttgca tccccattgt 1200 ggccaccatg tatgacgtcg cagtcatgtc atccagtcct gatccagctg atgcaaaact 1260 gacacctgtc aacaaatcct cagtcgatag attaggatcg gacgaaggag gaaggaaatt 1320 ctttaaattt agattggaaa ctaaaaagtc agtgatcagt ctgccattgg agaagcgacc 1380 agtgggaaca tgatttggaa aatcacggcc atatggagga tgatcagcgc gcacaaaagt 1440 gagtaaaaaa ttattgtttc cagaatctaa agttgagtca ccgaaggcaa gaacagcgga 1500 aatgtttgaa ggagatgcat ggatgaaatt gaagaagttg atgaaaagga agaaggttat 1560 aatgctggag aatttcattt ttatttcact tttttttttt cctatgattt ttttttcagt 1620 gataaattcg actgctggta gcctgcattt atagtgaata gaaaagtatt gactggttaa 1680 gtgtggaaga tctgaaccgt agaaagtata tctaatggtt cagatcatat atctaaattt 1740 gttgcgattt caagggtacc cggttatttt g 1771 <210> 372 <211> 1026 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo04816 <400> 372 ttatagatat tcccttgggg aaagccctga tataactcag tatttattgt tgctgcacta 60 ttgcgccata gggtcaatgc ttcgaggcac tcagctgctt ttacaacata tcatgttcag 120 aaatataaat tagatagcta aaaggtatgc atcacacaac taagtagatt acataaatga 180 ctaccattta atcgtcatat cgaccaattt taccatatca agaataaatt tactacatgt 240 atctaggttt ctcatcaagt gaaaattttg gatggtttga aaccaaatta tagtcccacc 300 ttggctagta tagtgggatg tcagtgtagg ggaaagccaa gaattgcaac tgcactaggc 360 tatatctgga ctaaatgtca atattttcta ttgttattac taaagtgctt aaaaagtaaa 420 ctatatacat gatatatacc tgaatatcaa aaaatatagc ccaatacatt tttttattta 480 taaaaaatca atttaacttg tttatgagt tgataaggtc tagtaataaa ctttcagact 540 gacatatcaa cttgaagatc tccttttgtt aatactggtg tgtcagcctc ctgaattaat 600 tatgcctgca tctatattgg tttcaataag cattcttgat gtttgcatga gcaaggagat 660 caaattattt attgctaaac caggaaattt atgcatcata aaccaccata tgtactgtat 720 acaggaaacc attttcaatt tactagtgga tttttcttcg aaacattagg agaaatgata 780 tataaagagt ataataacca tattcctact atggtagtag cgaactttta gtactaaaat 840 atatcagatt ggttaacgaa aagaacatat cataatacca ttttgaagag gagatgtgaa 900 atttggtgtg catttagact gaagaacata tattgggcta cccaaagaaa atgctccatc 960 gaaaaattgt gatgtgccaa tcctaacatc tgtccccttt tggtaatacc aagatataaa 1020 1026 <210> 373 <211> 618 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo06596 <400> 373 cgcaaacttt actaaattag attccataat accatgacaa ataggtatag tatactacat 60 aatgtattaa tgttgagtta gcaacacttt aaaataattg tccacacata tccacaaact 120 ttcctaaagc agattccaag atgttttaaa cttttcttat ataaagaatc caacattcat 180 cccaaataac tagttacgaa cttcatattt tcacacacaa taaacaatta taaactaaaa 240 tggacgcttc atcttttctc acacattgaa caattataaa ctaaaatgga cacttccctt 300 ttcttaattg tgtcatgact tttgatagtg acttcaaaga ggaagagagt ctacaagaag 360 aagcaaggaa atgcaagaag tagtagacca attctatgat gcttatggtt taacgtcatg 420 aaatcatggt ggattagtct ttggttggga acatattaat catgatcatt ttgcattcca 480 tgaaactctc tgcatgatta cttcaaccca aattcaacat acgggtgata tgtttcaaag 540 aaggtttaga atgcgaggag atctattttt gaggattttg gaaagtatca aaaacaaaat 600 gattacttta ttcaaaag 618 <210> 374 <211> 593 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo06872 <400> 374 cgctcttata actgaaacac caacctgaac aaattttaaa atacatattt aaacaaatta 60 aagcattatt ttagtgtgg tatattatat atagcactgg ttagtgtata tatcaaatgc 120 ttacagataa cataagtcca tagtccatgc tgataaaaac tacaccaaga aaagcagaca 180 tgcaaatgac gaaatcaaat ttgtcgactt tgaacagatg ataagcttcc tcatattcaa 240 taaggcctat catggccact atgataattg ctgataaagc cacaagtgga gtgtacttaa 300 aaaatggtgc taagaatagg agaaccagca tcactatgac ggcttgtacc atgtttgaca 360 tctgtgattt gcttccagaa tgtgcattca ctgctgactt tgaaaatgga cctgcatgca 420 cactaaataa ttctaattta ttttacaaca taaaatttag tggctataag acttttatt 480 ttgtctataa actgctaaga gagtttgaca taaaaacctg acacttggga ctgctaatga 540 agaaatttgt tactgttact agatttcaac tcttgtaaat tttaatttga aaa 593 <210> 375 <211> 2842 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo08009 <400> 375 aaattttttt aggctcggtt taaatgaaac atgtcgtcct tcaatctaat tttttttcaa 60 agtttgtgtt tatacctata ttccactttc agtaacatca tatgttacta tttttttcgg 120 atactatttt ttccagacgt tctatatgaa aaatgatatt ttattcaaat aaaatacttg 180 tattgatgtt tcggatgatc gaattcatga tctttagaat ctctatctta aatgtcatat 240 aaattggcat ctgagccggt ggttcttgac aaaatgagtt gttatttatt tgacaatttg 300 aactgatagg gaaaatagta attttcaacc atcctaatat taagttcaac cttgtgtctg 360 gctgaaatca taggaaaaat gataattttg aaccaccctg acacaatgat cagcctctaa 420 ataaaaagtt agtttatcta gttgctgaaa aatgtaaata aattctatac taaacagaca 480 aaaattatgc aggtgaagga ggaagaaaaa aactactcaa agcaataatg aatcatttga 540 caatcttctt ggggagacga gactttcggc aaagacatgc agccactgta tgtccattgg 600 attcactacc gaataaacct tcagaagttt tgcattgtgg aagtaataca agccatctgt 660 tctgtgaaat aaagccttct taccatgaac atcaacataa gcaagctgaa acttgtaggt 720 gtacttagga acataatttg acatatcagt ggaaagcagg atttttcctc tgaaactaac 780 gttattactg cgctgaaggt cccatatttg taatctttta ttagaatctt gtaaaaggta 840 aaagcggtta tccgacactg tcaaagctac ttcagaacat ttagtctcac tatcgaactc 900 catagcaatt aaattcatgc tcaacttttc ctgcttcata tcaaacgaca aaacccctaa 960 acttaaaggg tttttattaa ccatagtcaa ccagtgaagc cttccattag agaaacaaca 1020 ctgtctgtca taaagtacaa caaacgacgt ctcatcaaca aatcgccact ttttagcacc 1080 aatggttaat acctcacaga agcaaccagt accgctacgt ttttcagtca tcttaacaat 1140 cttataagct cgttcttctt catcataccc taatccaacc gagcacgtgc aaacattatc 1200 catggaccca ttttgttttg gtagtcttgc aatttcccaa gtggtgggat taaataaata 1260 ctgatcttct gttttattag aatatttttc aaagaggcat acaagtccat gtacagggtt 1320 ggatacgttg cagttgcgta gtggagcgat ttgtttcacg gagcaatcgt ttatttcatc 1380 ttcttctgtg aaactgaaaa gtggtatcat attattgttt gatgatgtac tggaaataag 1440 catgggccgg ccatgaagag ctttcctgtg gtgctccatt atgaaataat tgctgtagtt 1500 cagtaatgtg ttccactgcg tgcacacgca tcgtgatttt gcaagggttt taactggtag 1560 tctggatagt atgtctgcca tgagttcaaa tggaagtgag ttttggccac attcattttc 1620 catgatttct ttttttacat ggcatgtggt ttcatctcca ttctgcacct tggttttcat 1680 tccagattca gtaacatatt ttctggatat catgaagtcc caaatgctcc ttttgatatc 1740 caatgtcaaa cccgaagtgg tctttatctc tgactccata tctcttattc ttctatgcat 1800 ctctagatcc acagtttcta cggctgcatt atttgtcttt gaatccatct ttttgttgag 1860 gttcttgata tttgatttta ggtaaaaaag tattattagt atcactaaca gagtgatgac 1920 caccaacgag accagaattg ccatttttag ttttcgcttt tttcttcaag gaagaaagaa 1980 ctacattcga gcgtttgttt ctttttcttt ttaaactctt tatgagagga ttaataggat 2040 cgatttgaat atgtttactt taaaacgtac ttccttcttt ctcgctcggt tatccagttc 2100 ctataacctt gtacagtctg atcggttctt tagtcggatc cttataatat gccttcgaag 2160 aatatggtaa ctgatagaaa agcgtctgca tattcatgaa aaacgaaaaa ggtttcattt 2220 atgctacaaa acctgaaata cttacaaaaa ggtagcaaga aataaaatca atggaccctc 2280 ttgcttgatt tcagcatctg aatcccacgc ctacccccaa ctcctgcatc atcctgcaga 2340 cacaaattct tgctttctag cattcaaaag ttttgcatta aaaaataaat taattaaaaa 2400 aaaatgcagt ttccgtcttt acgaatacat gttagatcaa atatgacaat attaaacttt 2460 aaaataaata atgttttcgg ttccattcat cagaaaattc ggatacctaa gaatctaaac 2520 taatcacccg tttttgtttg ccttagaaag aatctaacac aatgaatatg gaaaccagcc 2580 agcccttctg tgcagcctgc atgtgattaa gtatgggtaa agaaactctt tgaagcacct 2640 ttcctctgtt ccgaatagaa agaatctttc tgcgctgctg aagttgaagc tggacttcat 2700 gacacttccg caaaagttga aagcccttgg taagcggagt gagcgggagg tcctcatctg 2760 gagttgagct tggcatactt caattcaggc ctggcccaag ggcaatgcaa gcgaggcttt 2820 cgcctagggc aacccgccgg ag 2842 <210> 376 <211> 3975 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo08137 <400> 376 ctactaggga acaagctgtc catgccactg gtaaacaaaa gcacttcaga ttcaacagca 60 tggagacgag aattagtata attggcagct gatttaagga gcttcaattt ccaagcgaga 120 gtctcattcg ttatttttcc acataaatac tgcgagacaa atttataaat gatagataaa 180 gtgctgtaga agactaaacg atttgagttg tcaataaaaa caactacatc tacactcaag 240 gaaccaccac gtaatattta agaatagcat aaacaaatta aaatttattt aatatttagg 300 attcccgtaa acaaattaaa attaaacaat agaagaaaat atagacaaat tcttcaggca 360 tctgtatcac catagtttat tattattttt tcaaaaggac ttgatgttaa attagctggc 420 ctaaaatttg cagagacaac attgcagcaa aaatgatagt aaaagatggt aaaaagagaa 480 gggtattgtc aacttgtgct ccaagggaac atgttaataa ataattatgt ctacttcaat 540 taacatcagc aacaccacta cttcatctca aattcaaccg tgtgatatcg ttaattcaat 600 aagagtaaat atggacaatt ttctaaaaga acaattttac acaaaaacaa tacttgcact 660 ttacaatttt agaatgcatt tatttgtg actattagta taaatagcac ctacgtgtat 720 ttaatagcaa aggatattta ctttctattt attaaaaaat taatggacgg atgtgtaagt 780 gcaaaagatt tggtagttac aacactttta tttcaagcgg ttttgttggg ggcgtcggtt 840 gcaaattgac agtgaaattc atttgataag tgttcgggaa gtggatggtg atgaaggttg 900 caagccgacg gtgagcactc gttgatcggt gtagggtatt ttcgaaattt taaaaagaca 960 tggtggaaat cctgttcatt gagttctctt tattaataga agagattaac atgtgtcatt 1020 gaagcatatg ataactaaac tcaatataat tttataaaat ataattctag tattttacaa 1080 ttttgaagtc caattattgt ttgttaacat gcgcctggct aacatgataa cagagtccaa 1140 ccatatatca ttactcaaat tgggacttgg aacatcattt ttgtcactaa tcaaaattga 1200 tcacaatagt gctcttattt acacccatca aagctctctc agactatcgc ttaaaggtga 1260 caaaaattaa attcaaaaac catacttctt aaccccacct taaaccaccg cctctttctc 1320 ctttagagca tctccaactc catttgaatg taatgtcatg aaacgcttat gtcctcttct 1380 attccacaat gtgaaatata taaaacaagc ttctataata aaatgtaaga ttgttctcca 1440 atgcaaatgt ctagaaaaat actatttcgt acatgtgtca ttttagaaat aatttaaaat 1500 taaataacta aataattgtg gatatataaa attccatatt gtggactaca atgtctacaa 1560 ctagacaaag tttcacagtg tctgatagat ttcttggcag gtcatcattc aacatttaca 1620 tttgagacag taaacttaac aaaaatgtta attgatgatg tgtctttgat tttacattca 1680 aattaacaaa gggttggaga tgctcttacc tgcttcatag gttgtccgac tctttgcaca 1740 aataaatttt ttattcaatt tataaacaaa aaaggaagaa aaaaaaaatc taacaactga 1800 ctaaggaaac aacaaaacat gtaaattagg gattcaaatc ataaagactt gagctgattg 1860 gaagagtgaa gaggattttt gatataagcc cactaattcg ccatcttgat atgaattttg 1920 actatcaaat tcaattaaaa ctatctgaat tcaagattgg agaataagtt tcaaaaaata 1980 aagatggaag aaagggttta agtgaaactt tgacaaactg attcgaattt tgattattct 2040 cagactaaat agagaaatca catattttga agcataataa tgtggtgggt gtaaattgat 2100 ctagaagagg attcagagtt ttaagtaaat gagaaaagca gccagtttag agagaagaaa 2160 agtggatgta gatagtagaa tttcgctctt tgttagtact tgctcatagc aaaactaatg 2220 ctgcaatagc aaccaaaaaa taaatggaat aaaatgtgcc ttcgtatgct gaaaatataa 2280 gatatgaaca agcataaatt tcttttggcc tttaacggac ttcaatttca gggaagaggg 2340 gcaaatttta agaggactcc actcgaaaaa aattgttaca ggactccatc gaaaacaaaa 2400 tttgataggt ttccatcgaa aagtgtagca aattcggcag caccctatcg aaaaataaag 2460 gaaaaacga ttatgatcca ctgaaaatca ctttcggtaa catttgattg aaagataaac 2520 caaaattcga cagatggttg ctgaaatata aatgacaatt atgatatatt tattttttgc 2580 taagagatca caaacttttc tgttacaccc cctagtaatt tttgaaaaat aaaaacccca 2640 catttaaaat tggagtctct ttaacaattc tcttgtttta atgtgtcacg taagttctac 2700 aatttgtttg ctccaaaaat tatggcacgt acttttcatc ttcaacccaa catcttttct 2760 agtccattaa aaagttgaat gaattcaaac ttctacatat tttcacgtat tggtatagct 2820 tttaataccc atattttcat acattgtttt tttgttctgg aaaaaaaatt caccatacca 2880 caacgaacaa cacccgtgtc cgttaatata ctaaatcaca caactaatca aagcaaaatt 2940 gaaatatgcc tacctcaact gaccaattag cacaagttaa aatcactcgt atccatggaa 3000 aggataactc aaccccgaac aaaacttcag ttggtataac ttgctactta caatcaaccc 3060 tcaaccaatt aaatttgtct caattatgta tatctggtaa gtctgtcaat gaatactcga 3120 taaatctaaa atctgtttgc atccataact gaaaaacaga taaatatttg atatccgaaa 3180 aaaaggacat agatgtggat atgaaagcat acatccgaag attataggtc cagttctgtc 3240 agtatcatta tatatttgtt tatttttcgt actttcagtc aatgagatcc aaaaaaatt 3300 tgttaaacca aaattctctt tttattttt aaactatcag ttgtcagcgg tgcgacaaat 3360 atctgataac catccgtata tatgaatgga gtatctgata tctgaaaatg atttcaatta 3420 tgactatgta tgacgcacta tcttcatttg aaattatccg ttgacagatc tgatattcgg 3480 tatataataa atataaatga acatcgtgaa acaggaatat atcaacgcaa tcactaactc 3540 ccttccgttg atttaatcaa attaagacat gaagtttttc actccattgt tgttttactg 3600 taatcataat caaaactcct gtattctatc aaataatagt aacattttcc taaaatagaa 3660 gtacccaaac ttatgactgc gtctcttata tttatgcaa tttattttt attgttcttg 3720 ttgtggttga tttggatatt aaactgaata attattgatg atgtatagtt attctgttgt 3780 tgtcaaattt tggaatggtt ttccacagat ctgtgagtta tttatattaa tctattccta 3840 acgctaacca catgaatgca gaattacatg aaaagctaca catataatca gaccaccaac 3900 aaatttaaat gtctgtaaaa ggtaaatcag aagccagaaa tcttactgaa atatttttta 3960 aaggcaagat gattg 3975 <210> 377 <211> 1083 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo08473 <400> 377 ggtatatgaa gatcttttat attgtataat ccgaattatg aggttctgta caagaattta 60 gattttactt tcttctttat tgtatacatg ataatttcat ctgtttggat gtgatcgagt 120 ttacaatgca attaccataa attgcaaaca tcgtaataat aaaattcggt tgtttcatac 180 atcttgttgt agttttgtcg aaatttaaga tttaatcttt tcttaaacgt gcatttcttt 240 tcctttccaa ctgttcgaaa aggctaccat cgtaaactcc tctgattgtc tctcttctta 300 gcaatccatc atcatctttc cctattcgat aaagaagcca ccactctgct gtgctcaaga 360 accatcctac taaatctccg aagttagcat tcgctcgaat cattgtgttt aactcatgcc 420 atgtcaatgc attaggatgg gctaatgcat atttactgaa aatagcgtca aacttggacg 480 gatcaaatct tccttcggtg tcgtaagtct cagtatcact accgtgcttg catttatgaa 540 tgttctcgac atggaccgat agcaaaggcg aaggcagcca ccccttttgg gttttgtaag 600 tgaaggat gccaagccca atagcaataa taaacgaccc aatgatactg caccctattg 660 ctctggaacc ttcaaaagtt tcccatggat aaatctttcc atcattattc ctatcaaaaa 720 aggcgacatg ctgctgtaga acactcatgt tattgctatc ttttccttct gttccttttg 780 gatgtgcaca atccactgcc actagcgccc gtgccaaata tggtttttcg atctccttct 840 caagataagt attgagttca cgctctcccg taactggagc atctgcagca tatgtttcaa 900 gagagtgatc tttctccttc attgcaacca ataatgaagt tatcagaaca agtcatacaa 960 catttcatgt gtcgtttcag cttttataca gagaacccaa gcaagtcatg aacacttcat 1020 gtcagcttgt aggccgttat tatcttcttg gattgattgc ttgcttgcat gctatgtatt 1080 cac 1083 <210> 378 <211> 639 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo11986 <400> 378 cctgaaacaa ttactaccat aaaatatcat gaatcgataa ccgtataagt tttggaggta 60 tgtaaaacgt gctattattg ctggacttga agacgagttt ttatcaggtt tctaaattct 120 gcggtataat tgaatttttt tttatcagtt gttaacatta caataccgag tgctacttct 180 gtggtataat tgattttttt agtcggtcgt taacatttac aatactgagt tctacttctg 240 tggtataatg gattttttta cttttatctg ctttcacctg cttccaatta attgaattct 300 ttttcttctt tttttttttg gccataatct tcccctggcc gtttttatac tctttcaagg 360 aatagtaaat atatatattt aaaatcgggt ataacttctc ctctatggat cagtgcatat 420 acaagtacta ctactttata tggctttcca cttttaacac tacattactc acacccttag 480 tataataata aatgcccctt tacacatcta agcacttgat acacctttga atgtttatgc 540 atagaaatac tcgccgagtg ggggaagaag gaaagaaaaa gagaggagat aagttgcaga 600 ggagaaattt aatgaacaag aacaagcgtc ccatgcttt 639 <210> 379 <211> 391 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo12473 <400> 379 ccttgatcca cgttctgtga agatccgttt catccacgcc cataacctca tcgacgaaat 60 aacgggtcgg gttaaaatgt cccctgtccc taatactgac cggattctct tcatccgcga 120 tcgcatttgc tcctgcgcct gctccactgt ccagtatggc ttccaagtag ccattgatcc 180 actcattacc tgccattttc agaaagaatc aagattatt tatgtctatg tgtgatgttt 240 gtaaagtgga agttagatta agagtgtcgt tgtatcacga aagaaggaaa tttgctttgt 300 cgcatgtcgt ttgctcgtgt ggtgacattt gtattaggtc tgaatttttt cctattttcg 360 ttcctatttt cttgtgcgat tttatgtgct t 391 <210> 380 <211> 1367 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo12481 <400> 380 tgattcatta agcatgtgtt aaaaactaca ctttcactgt taaaaactac acactttcat 60 tagaattaca tgaacagttt accctcttcc tcctaattaa gcatatgaaa attttgtcac 120 agtgcgttta taacatggta tctggtataa ttcaccatac ttttttttta aataataata 180 aaaaaagagc gaaaataaat caaaagtcta tccaaccgag acagtaacaa atgtaagata 240 catatgttgt caaaatttag agacgcaacg aaaaggatgt aatgatcagt tgtgcttctt 300 ttgtgaaaag gggcagctag gaatcttgct aagaactttt tcatccaaaa ctgcatattg 360 cttattgatc tcaatcaatg ctttgtcagc tgcagaatca acttcatcct cgtatttttc 420 ataaagaaca ggaagagtgg cagccatgag caagacaata tatattagag tcagaaaagt 480 gaaccaccca ccaattttag aaataatcca caagctccct attaccttga gcattttctt 540 gaaatctttc cctgaagcaa cgcatcttaa agtagcgtat aattcgttga gtttatatct 600 caacaaatgt gctatgctaa gaaacaaatc ctcaggcaag agaacctctg ggagagttgg 660 aggtttcttg ttgagaaagg gtgctacata agtcccaaga agaagtaaaa ccaaggaaag 720 cataaggcag tgacaaacaa aagtgataaa atgatatcca actccttgga aaagaaacca 780 aagagtagtc actgcagcaa gaatcccccc tgacatttgc ttgtttctcc ataacattat 840 atcagccgct gctcctcctc caagataagc atgaatagat actgttcttc caaataaccg 900 ttttttggtt ccattagctg caaatgaaga atctgcattg tcatgaattg gttcacagct 960 cttagaagtt ggagaattgt actcagacat tttttctctt ttcaattctt ctttgtaaaa 1020 aacgcaaata ttatatcata caaggataac aaacagaaca ggagcaaaat aattaaaggt 1080 gctgattat tcttcctctt ccatttattt tccgagatat gaatctatca atgagaaccc 1140 ttgtttttct ctaacattcc atgttttcag ctccaaccta cacagtaaga ggaaatgtag 1200 gaggatatgg tttgttctta gttttgacat atttttttgg gatctgtaaa aaatgcttgg 1260 cacgtgttag accaacaatc gttgtcaaag caacaaagac aatcatcaga acagggtcta 1320 tcatctgcat ttttcctcag aaagaaagaa atacagctta actcagc 1367 <210> 381 <211> 304 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo14320 <400> 381 tttgtgaatt ttgctacttc tcaagaggaa gcattggaat tcagctatga aaatgagatc 60 gataaagcag ccgatgtgtt cataaggagg tttcataaag aaatgaaaat tcaaaaacaa 120 gactcattta agaggtacca agaaatgttg gatcgaggtg cttaagcata tatagagagt 180 aataataaat tgtaatagct atagcatgat ttgttttatg tgaatcatgt caacgccatt 240 aatttttcat ttatgtacca tgatgggcat gcaatcaaat agagttggct aatataatcg 300 ttgt 304 <210> 382 <211> 519 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo14756 <400> 382 aacaaggtct gaaatgactt gagtatcttc tgttttatat agaatacatt ttattatgtt 60 ttggggatga caagatcaac ctttaccttg taaaagtttg tgtatctgca gcatcccttg 120 ttttttgtag acatgcctgt ttgtatatat tttcatcaac tgttttactt tttattatag 180 cttagttttc cgttttgata atcagggggt tatgtttact tgggaggaca aaaatcagat 240 aagaacaact gagcaagtga atgccgcatt aacttcgtgc caaaagctta atgtagatgg 300 gctagtgatt attggaggta tatttagatc ataatgtcac tttgtaacag attatgtatc 360 ttaaatatgt ttattttcgt tttgtaggtg tgacatccaa cagtgatgca gctcagcttg 420 ctgcgacttt tgcagaaaag aaatgctcta caaaggtgct tagtttttaa ttacaaatta 480 ttttgcttcg tattcttaaa tacaaattcc attacatac 519 <210> 383 <211> 284 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo14757 <400> 383 atcgaaattg aactgctaca attgagaatg gagggaattc aaaatcaaat ttgacgagtt 60 tgacacgggc taaaaggaaa agtaatataa aggtcagagc agaacggaag taaattgttg 120 gggttttttt actacatccg aaataatttt acgacggatt caacggactt tgtattgttt 180 tcgctcacgc tgctgtagtt gtagtgctaa atttacctgc agttactttg ttttacataa 240 cttagattaa atacaacaaa ctcaaaaata catacataca tata 284 <210> 384 <211> 256 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo15617 <400> 384 tttgtgtatt aggtgattat atatttataa gttgtgttgc atgtatagt gtatttggag 60 tgtgtgaaca cgtgtgtgtt gtgactgagt gggaggtgac tatacatgtg tgcatatgat 120 gtgtatatat gaggaggaca acgtgtgagt ggaagcatgg gtgtatgtat gtgtttttgt 180 gagtgacttg tgtgtttata tataatagtg tgaacgtgtt tacatcagtg agtgtttaag 240 agagctgagc gcgtgg 256 <210> 385 <211> 1547 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo15758 <400> 385 tgaaatttca aaaatgttct tactttccat ttccgtgttt gcattcaaat aaaataccaa 60 cgtatacaat aatacaaaca gcccgtgtgt acagcacggg tccatactag tatacataaa 120 ggttaggtta tacaagtaat atgaaaagtt gtggtcattt gatgataagt tgtatgtaat 180 gtcgttatgc taacacgggt tgaaatcttg tagccttttg tcttacaatt tctttcaaaa 240 atgaacaaaa ctgttggttt ttttttttgg ccaggacaac cagatctaag gaggccctaa 300 tcctgaacaa tattccataa aatctttgca tgtattgttc aagttatgat aatttatcat 360 tttttctttt accataaacc atgcctatat atttatactt aatgctttca ttccattttg 420 gtgtggactt tacaaagtaa ttatcatatt aaaagcttgg agacatcatt ttagtaaaag 480 gctttgagtt catcttaaca tagcttattc agatcattga tttaagcttt tcctaaacgt 540 gcatttcttc tcctttccaa ttgttcaaaa aagctacctt caaaaactcc tctgatagtc 600 tctcttctca acaatccatc ttcatctttc cccatgatgt aagtaagcca ccgctctact 660 gtgctcataa ccctattcac attatcattc atcaaaacga acaaaaactg atcagatttt 720 tgctaatttt cacaggtttg taccactctt ttgtcgtaag caaatgctca agtattaatg 780 ttaaaaagag cttgaaaaat aattagtagt gtgctaatta accatcctac taaatccccg 840 tagttagcag tggcttgtat cattgtattt aactcgtgcc atgtcagtgc attgggatat 900 gctaagtgct aacgcgtatt tactgaatat agcatcaaat tttgcaggat caaaccagtg 960 aaaaaattgg taggtgttat caccaatatt ttctttcatg aaatacatag actttaaagt 1020 aacataacag ataaccttcc ttctgtataa gtctcagaat cactaccatg cttgcctttg 1080 tgaacgttct tgatatgtat cgataacaaa ggcgaaggta gccacccctc ttgggttgta 1140 taactaaata aatggcaaac aagaaagtaa tgaaaagtga cagaatgaca ccacttcccc 1200 ttgctctact gccttgaaaa gtttccgatg gataaatctt tccatcacta ttcctatcaa 1260 aagaaggcaa catgctgctg cagaacactc atgttactgc tatcttttcc ttctgttcca 1320 tttggatgtg cacaatccac tgccaccagc acacgtgcta gaaatggttt ttcaatctcc 1380 ttctcgagat aggtattaag ttgacgcttt cctgtaactg gagcttttgc agcatatgtt 1440 tcaagagagt ggtctttatc tttcagcttc attgcaacta ataatgaact tatcagagca 1500 aattttacaa catttcatgc atcgtttctt ctttttatac agagaac 1547 <210> 386 <211> 616 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo16539 <400> 386 atctaaacaa agcatgtaag gcaagaaaca caaagcatcg ctgcaaccaa aacatcaaaa 60 atcaatgatg aacaaccgaa tacatcaaat aacttcagta atgaataata tgaaaaaatt 120 agctaaaata tcacataaca tataagaaac atatgcattt acaaaactaa ttctctcaga 180 aaataggacc ttgacaaata ggacaaatat ccgatctctg aaaccatgga tcaatgcagc 240 ttctatgaaa tacatgctta catttactca gcactctcac catttctcct ttcttaaacc 300 tttcaaaaca cacaacgcac tccaaattcc taccgctgcg taaatatttc tcacttattg 360 cctgcaaagg tattgccttt atcgacggtt gttcaggtat tgacggttgt gatcgtatat 420 tgttgtagac gtacgcacag gaagctatga tgagaagtac aaaaacgaga gaaaggatac 480 atacagaact atagccaaag agtttatata gcactgcttc agcgcttgcc atttctgtat 540 gtttcttttt ttgaagtttt ttccgagcag aatggaagat ggactggaat tcaaggaggt 600 ggttttttgg tttgaa 616 <210> 387 <211> 1402 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo16665 <400> 387 gctgactagt tcagaaaaga cgatccaaat aaatctacaa agctctcaac tcatttcagt 60 tttgcatatt tggatggaag aaattgcata attaataata gtgctataat ttgaaagtaa 120 tgaaggtcga tgaaacaacg acagagaagt ggaggtagaaa tcaacaaaca tatcatcaat 180 acgtattact gatgcaccgt gttaaaaaac aaatgcaacc actttaagca aattactaac 240 aatctggcgc ttgaatcatc ttaaaactaa tatttaattc tacaaaatgg aaaacaatag 300 catacaagtc taaaatttat ataactacag tactctccag tttatgatcc ttgtcatgtt 360 attactttct tcaaacgcga cgaatacaaa tacaaatgat ccagtacaac atatatttgt 420 ttctgcccac atttcaacta atttgtattg agattgctac acttattcaa ccactttctt 480 ttgatagaca caggattact ccaacaaaaa tattatacgt gcatatacta tttaaaatat 540 atattggaaa ctatggagat atgcaatcat catgaacggt cgtgcatttg tatgcatata 600 aacaaccaaa cgtgtttagt taagtaacct agttgtgctc tccaacacaa catcacgaat 660 gatatgggaaa ttcattattt gaaaaagttc acagttctca actgaattat ttaagattcc 720 tgtgaattaa atctgatata tcattagttg acttcctgta tataattaga acataaaaaa 780 aaacatctta tttgatccat gaatttacta cagccattca gaaacaacaa aactcatcaa 840 accaaaacca aaaccaaaac caaaacatga acaatataag atcaaggaaa tcttctcagt 900 tctctctcct attctacgat cacgtcaaga cattcaacct ttatagatca caagtgtagc 960 cagccggagg gggtttacca caaacagtga gcaactggaa accaataggc aagtaaacct 1020 ccatatcaac cattttgaac ctgatactgg tgcacagaca aaaggcggcc tccatctcca 1080 taaggcctcc aaacataggg caacactggt tggtaatcgg gtcgcccagc acaatgtgga 1140 tcagcccacc cacacatgtcc acgcacatgc ccatcttcag atggtccacc gggcatttgg 1200 gcttgccatg cggaggcgac ttgtgatgcg ggtctggatc atggtgcggt gaccgccttg 1260 ataaggttgg tggtgcttgt gtggctatga tcagtatggt tagggttaga aagactgtgg 1320 ctagcttggt tgagtccata tgtatcttat aattaagaac gtgcagtagt agtagtagga 1380 ggtgttgaat gtagattttt tg 1402 <210> 388 <211> 2096 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo17019 <400> 388 cgtcagatta gtaaaagaaa agaaaaaagt ccggggtaca tacacctata aaatgttcct 60 gaaatacaag gaaaagatta cttctgccag tactttattt ctactgatta aaacacacat 120 tagtgactac tacctaaatt ttcatctatg ctccattcat caaaggcttc ttcatctccc 180 atgcatttag tttaggaatc ttaacgtctt cttttccatt attgaacaca aacaaacgtg 240 caccgtctcc tattgctagt gtcggataaa ccctcgataa aatgcatgtt tttccatttg 300 ctccaaaact ctccaccacc gagtgatcaa ttaaagtcct tagagataac gtcccatttt 360 tttgtatatg gacgtcaaca aatcctccgt aaattggttt atccacagtt gccttcaatg 420 aagatctggt taaatcatgg cacatgagag caatgtactt ggatggtgct ttgaagatta 480 aaaagtaaac agcggtgttt tctattaagt gagaagaagc caaagttaat agtccgaatg 540 gtccaactcc accagttacg tttgcactat tttgttcaca tattttttgt gaatcagtcc 600 agcttgaatt gaattctttt gccttctcta aatccgacaa tcgaaacgtc atctctatat 660 cagtctggtc agtcacatta agatcagaaa tttcaaaata atcatgactc cttaacgttt 720 gattctttgc agaaaactgt tttccccgca acctgttgag ctcctttaact ggccattgaa 780 ctagttgctt tccattccga tcaagccata tagttctcgg tattgactat aatatcacat 840 tataaaacgt cgtcattatg taactttgaa actaaagtat ggattcaact gcttcaaact 900 gaaactttag catctccaca cacacgtgga cacaccacgc acgcgtgtgc acacgtatat 960 atagtacctg aataccagcc cagcccttat tcaagtcgtc ttgtctgcta tcagcctcat 1020 tagaccaccc aaacaaaacc cttctcttcc ccttggcatc gtaaaaagac ttggaagcat 1080 aaaacttccc atagtcatac ctcaagccag aactattatc aacagccatc ttgtctggta 1140 cataaacatc cttcttccta tcatactcac caattgtata gtactccatt ccagtaccgt 1200 ccaagctagc cttcatcaca tacttcaacc atttgctcct cgccgacgtg tcaaacccta 1260 gtttaccctt tttacccacc gggtagaagt ctggacactc ccacatagct gttttggagg 1320 agtgcagcgc gtgctttgca cgggtccagt gaatgaaatc cttactatgg taaagaattg 1380 ccatgccttt gttcttttgt ttgctgccta tgatcagtct ccatatttta tctcggccta 1440 accaggctgt ggtcgggtct cgaaactctg ttgagttaat gtctttatg ggggttatta 1500 ctgggttgta atcgggtttg acccattcac ggaggtatgg atccgataag ttttttggaa 1560 aggcgatgtt ttggacttgt tttccttgat ggttgttgcc tgtgtaaaga ataacaggtt 1620 tgttgcctgg taaaatagta gcagatccag accagcaacc tttgatatcg aacggtttag 1680 atggttcgat agcatttttt actgcaatcc agttgattaa gtctttagaa atggagtgac 1740 cccaataagg actatcccaa actgctgact ttggattgta ttggtagaac agatggtagt 1800 agccattgta gtacattggt ccatttggat cgttgatcca attttttgga ggttgaaaat 1860 ggtaggcggt tctatgtcga gtgtccacaa cagaggaagg aataatgcaa catgaatccg 1920 gatatacgtg agagcaaaag ctaatatatt gcagtgaaaa caatgttata aaccaaagag 1980 catcattaag ctttgccatt atgtaaaaat caagaaaggg gagttggtag ttattgttaa 2040 atagaaacag gcaaaaaaaa actgtcacga ctgtatgatt ttatagggta atgttg 2096 <210> 389 <211> 509 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo20091 <400> 389 acataaggga tcattttat accaacataa agtattattt ttattttatg tgcagcatgt 60 aatagtgttc tagggtacat attcgatctt tataatataa caaactttct gaatagtcat 120 caaagcgtag taggaagtcg agttttaatg caggctaaga gacaattcat gttatcggag 180 acgcatccag cttcacatat ggccatagta agcatttgct tagcgcaacc tgtactgcaa 240 gaaatgattc ttcggccaca agaagccatg cattgtgtca gcttttccac tggattagaa 300 ggcgaaggtg caggcgaagg tgaaggctta ggattggcat ctccatagct ggtacatact 360 atcattgcga atagtaatga gaagatgatg atttgcttgc tggagaacat tgtaatgtgt 420 gcttgctttg atgctttaga ttcgtaaaag atgagagggt gttctttgaa tttatatata 480 gagctgatcg aatggaattt cgtgaagca 509 <210> 390 <211> 304 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo21253 <400> 390 cagtacactg tttggatttc atactcataa gatgccagag aaagaaagaa caaaactttt 60 gcaccggtta cgtcacttac gtcctaagtt ctttgcccac caacctcgtt atagtcgaag 120 ctcactgctt aataaaaggg aggaagtatc catcaactca cgacaaaaat tcaaaagatc 180 gggcagtttg gagagcacag atgatgattt cagtggcaca ctcacaaaaa gtatgagcag 240 tttggatgca gatatcaagg agttcacaag aattgaaatg tcgaaaacag gatcatttaa 300 gaaa 304 <210> 391 <211> 490 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo22564 <400> 391 tggctatgtc atacattagt aaaacagtgt cgatcattat attgagcatg ctgatgctaa 60 ttagcactag tttctcggat tccatatctg gatcatgtga cgatcagata cttgctctca 120 tcgccaaatg cacgacgtac attcaacatc gatctgatcc aagtaaagtt tcacaagaat 180 gctgcaacgt gattaaaaat tcggatacta aatgtgtgtg cagccatgtt acaaaagaag 240 ttgagaagat tgtcgatatg aataaagctt tgtttgtaat gactaaatgc ggtcgtccca 300 tccctcatgg aactcagtgt ggaagtacac caatatatgc tttcatctca tttattcta 360 gcttatttta ttttatttg aacacttaat gttttgttta ttcgatttcc aggtttccat 420 gttcccatgc tgtattgaaa gcaacaagtt acgagagtgc agagatgatg gtactataat 480 tagttggcg 490 <210> 392 <211> 455 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo22801 <400> 392 gcgagagtga agaacatgac acttgatgga tatagcagtt ggaatagttc gtccatgacg 60 ctggcgatgg atgatttgga tcccattgat gaaatcgaga tggataattc tgctaaggat 120 tttactaaca aagatcctga atgaacactt tttttggttt tgtttttttt gtttgcagag 180 tcgaactttg ttgcaacgat tttggtttct ctcagtgaag attttcagtt gcaatgcaat 240 aatgtcatgt ttctggatat tgtctttttc cttgttgact gataatgtat ataccaatat 300 gagatgaacg ggaaatagag cacaatttgc tcaagctttt tgaaccatta tgatggtcaa 360 cacctgaact tttgttatgc atggtgatga ccaattttga aattcacaat gttagaagtt 420 tacggctttt caagggcatc tccaaccgaa tcaag 455 <210> 393 <211> 871 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo23051 <400> 393 gtgggatcac atcctgaatg aaatgaaaag gaaaagatat cagagaaacc agtaaaatat 60 aaatttactc gtatacttct ctacttatgc tttacgatat tcatatttgt tctcaagtag 120 ccaacaagcc ctgctcagat ggcaagaaca agatcctcac tgggagaagc ttccaagttg 180 atatcccttt gtcatcggta gacaaggggt tactcaaatt taaagttccc aaatgagctt 240 aacaggtcgg gatgatacgg cctgtgcaat cttgacaaaa gcctgcaaga taacatgcat 300 ttgaaatgct tatgtatata aatcactatt taaagttgag aataagatgt attttttgac 360 tcagtccagt gaacattgat cataaaaggc gttgtgaatt ctcatcaagt caataaataa 420 attccattgt tatggttatc tggtgcaaaa tgaaatcata tagatttata cacacaaatg 480 ccaaaacacg attggagacc gagaacaaca aatgcagtaa tctccaaacg tgtgtagaca 540 taatgataac tagcatacaa ttgaattgag atgtgaaagt acacaagtgt tgtggtgggaa 600 gtgaaattga actgggttgg gataaaagag taaagtgtaa aaaggtgatt ttaagctgat 660 tcttgaagcc aacttgcatg aaaaaccctg cccgtgaaac atagaacttg cttctaaaga 720 atgtggagaa acccagacat gcctgattac acacataatt catgtttcac taattatggt 780 tacacgcata attcatgttc actaatgcca gtaaaactgg aaaaacaaat tgtattggct 840 ccattacctc aaaatgttaa ttgggttatt g 871 <210> 394 <211> 1173 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo23313 <400> 394 cttaggttgg ctgatcttac gtctcacata agatttacac gtatcttgaa ctctacaatt 60 ttatgtgtta aagaaatttc tactaatgta gacataagct ctatcttcct ctcggttatg 120 tccaacaatt gtgccttaat ttaccataac taggtcaaga ttacttacaa ataagtattt 180 tgaccaaaaa aaatttcaaa gctacattta cgtgtacatg aatatgttta cagcaactgt 240 aagtacaaga atttctgttt ctgaacctaa tcgcgaatat atgtagaagc agctaagaat 300 cgttcatggt tcccatgcta acatctccat tcttcctggc ttgcagtatc ctttgcgttg 360 atttataata gatggcgtaa agcagcagtt gtgctactgc aaaaactaat cctattccat 420 tcggaataag tatgttaata tcaaatttaa ggagagagta gatggtccaa caagttccat 480 tacaaaaggc tgcaagtgat aggtagagag gcatgtattc cacactcttt gtttttataa 540 ccattttcat aaccgataga ggcgccgcat acatcccaag acagaatata atgcaaaaaa 600 tgccaataat tttagatcta cgatggatat catggataaa tctgagcata aggcctccaa 660 aaaggataac agaagcaatc tccgctatac atatgatgaa aactttaact ctttgcatgc 720 ctttggagta aactatgaaa accataatgt aacagaactg aatgaaaact ccggctccat 780 tgatagttat gacaagggta ctgtctgggg taacaaaggg caagccatat aagcaccaaa 840 gcaagcagtt cataaacgtg gctaagtatg gaacaggtga gaattgctct acatctctct 900 tcttgtgtat tgaaacaaat gttggcaatg gagacaagaa caacgccaag gagatggcat 960 ttcctataat ccccactaca gtacgaatta actctacttg aaccatggat tgaaagataa 1020 cttctataaa cccaaaagga aaatatttgc tgatctaatt tctaatatat gtgatattta 1080 cgatgaaaag taacttctcc cgtttcatga atcagtataa agaaaagaaa tggcattttt 1140 ccattatgta tgctctcata taaaagaagc cta 1173 <210> 395 <211> 253 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo24195 <400> 395 gcaaatccag gtataatgca tgcactgatc cttgttacag aaaggaatat ttttatcaag 60 agttgagatg caagcaactt tgcaaactca gaaacaatgc atgcgttaaa aggtgcgggt 120 agaaatccca cagtatttta ttatattttagc taccaattaa ccatacatac tacatgttat 180 atattttatg taaataaatc tggagatggt gctatgtgta tgtaccattg agtagtgcat 240 tccagaaata cgc 253 <210> 396 <211> 1322 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo24293 <400> 396 tatatatata tatgtctgaa cacttacttt gtaattcaaa atttcaaata tgaatccttt 60 ttttattttt agtaaatatg aataaatatg gttgtcatta gtataataat tttgtttcaa 120 ttcaaattaa tttaaaattt acacatgaat tatagtagtt ttttttctca tttgaacttt 180 ttaacaacgg gaaaaaatag ttgtaaaaga cacttttgca atggcaaaac agttgtaaaa 240 ggattgattg caacgggcaa atatagttgt aaaagttcct tttgcaatgt tgcaatgggc 300 aaaaactgtt gtaaaagacc actattgcaa cgggcaataa tcgttgtaaa attcatctac 360 tctattacaa catcgcataa cacaatgggc ctaggtccgt tgcgaaaccc ttattacaac 420 gagcatagcc cgttgtaaaa ggtgtatttt gctgtagtgt ctggtcaaaa ttatgtaaga 480 ttgtgcttgg cattacaaaa aatgtgttaa atatttgggg acattcagtt atctatacta 540 tatattcacc cataacatag ttttttaaaa agtttaaaag tttaacttta gagatccgag 600 cagcaagttt gttctacgaa tattgttgaa tacatctttt gcatgataag gaaaatcatg 660 gatattgtca agtaacaaac agatatttgg tgtagtaaaa taaataaata gccatatcta 720 atctatacaa atgttgtcaa atctaatcac caccattctg tgatattttt atggtaatag 780 tttaggatca gctgtaagtt tgtattatga atacattttt tacataataa aagtatgcta 840 gatggttttg attaattgat gatatttttt gttactaaa aataaacaat agttgtatat 900 ccaggtggat aagatatgaa tgaatatttt ttccattact aaataaaaga ttaaggtttg 960 tgtattcttc gctgctgttt gagctcaaaa ctattgtgtt gattttaact ttaatgcgta 1020 tccaggtact aaattgcgaa gtgatgtttt ggggaagaaa ctacctaaac aagaactaat 1080 gcagaggaga aaaaacataa gtttgcaaag atgatcaaat tgcaaattgg actgaagaat 1140 tatgatccat aggtggaaga gcattacagc agtgcagaca aactgccata aattccccaa 1200 ctaagaatga aggcatgcat gctcgttgat gctcaatagt gcaagaagac agaaatactg 1260 gacctcccat tcatggatga acaaagtttt aaatagttaa aaaatagtta aaagtatgat 1320 tt 1322 <210> 397 <211> 972 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo24379 <400> 397 tggaatcttg aaaagaaaat tttattgca ttatcagtaa ataaacagct actgctgctg 60 cagtaaacaa cagtacatat tcgaataata ttcacttgca atactaggaa gcaattattg 120 atcataaatg gagtcgggtt catgaggcac tgctgcattt cctgtctcaa ttgtagatga 180 ccttaaagca gtaactagat ttagttgtcc tgatgaagag ctaggctgcc tcctgcgacc 240 cgaggagata gcaccagctg ggtaattggg tggtgggccc atgggctgtc cacggggaac 300 ttctggccca agtccggtcc atcgtggtct caaacgccta gttgttcgct gttgtcccat 360 tactgtatgt tcattgcttg gcatgtcttg aactggcgag gctgtgggct gaattgcatg 420 gcccgtcgta gtctgactgt ttttatccat tagtaacaac tgctttttca gatcaaaatt 480 actgcaagca aaatcttttt cagaaattat cgttgtttat aacgtataga aaatttgttc 540 atgtgattgt agagcttcaa tttttgctat tgaagcaaat gtctatgatg catcacatag 600 atctaagaac taaattcatg taattgcttt cttatattat ccgcaaacaa acacttgttc 660 aaattagcaa aaacagccag cactcacatt ccaatgccaa ataagatacc acgatttaca 720 gagtaagtaa tacattttct ggatcactag ttctgaaaat tgtaaatata ttcttaacac 780 aaatgtataa aaggaaagtt taaaatactc acagtttaac agcttcttcc catgaaatat 840 ttttattttt attttattt ctgtatatag tgttttttga tgcacggatc ttaatctaag 900 tatataacca ggaataagag atttttatgg aaattattaa gcaagatctg aataattaag 960 cgtggccgtt ac 972 <210> 398 <211> 381 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo25260 <400> 398 cttccgatct gtgcaaatta tctgtattaa tgtcgcaaga aatgcatata tagagtaaca 60 atgaaaagct aagtagaata atacaggctt agaagataat tttcactgac tggttaacta 120 actacttagg tcaagccaac ttgagcagct tttcccttgg tagacgtcct tcaaataaac 180 gatcaccggt caagtacagt cttcaatctc caagcgatta taggattctt gttgataacg 240 aaaaagtaac aactcgatgg aaccactatc atatacttaa taagtctaca taacctagct 300 acctccccta cttatgggaaa tcctcccatc tcttatggga tctatttagg aaaagccata 360 aatagcagag ctaaaaaatc t 381 <210> 399 <211> 1094 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo26759 <400> 399 ggtaagattc aatcatgtcg aatataggca ttgcatacac ctgataactt ccaacaacat 60 gaagaaacac cataaaatta gctgttgcaa tcatccactt aggattttcc aaggagataa 120 gaacatcatc gtcaacttta tttccaaatg cccaatatcc agaaatcgaa acaccgaaat 180 agcaaaatgc aactatgatg tacgctacta cacaaccttt ccacattggt tttaccgagg 240 ttttctcagg agttgaaggg attgtagcct gaatctcaag tgccacgcta tgtgctgcaa 300 atgcaaatgc tattgttccc attgcattga atataccata tgtgttgtct gaacttttgg 360 ttgagcgtag gctataatct atgtcatctt gctttccttt tactgctgat gctatgcatg 420 tcattgctga gtaacaaaag gacattacgg cggcaatgga tgaaacactc ttgagagaat 480 tgaagttagg agtttgtgaa atgaaaatct gaatgattcc aaaagccagg ataaagtaga 540 cgagtctgta ttgactaacc gcaggagcaa caagagagaa aaacttgtga atagattttc 600 ccccagtaac acagtaaaca atatcgcttg aaatttgaac tagtaactgt tgaggaacaa 660 ttatccataa tccgagttta ggtccaaaga tatgctggcc gagctcatga taacggtcaa 720 accgtttgcc tggcacacat tcatgtagca tcacaagttg ccacagggta taaaatgtga 780 tcacccagga tgcaatcaaa caacttattc ctgaaatcca tccaagctga gaaaaagcaa 840 aagggaggcc tagtacgcct gctccaacca tggaagtgac attatgaaac gctgagtaat 900 accattttgc tttgcgatct gctgttactg gtagccaact atctatcttc ttctgttttt 960 caatcttagc aacattatca tgtctctcaa cttcaagaac aaccgacata attgaaactg 1020 gttgatggat gaatcgcaga tttggttttt tgatagtgta atactggata gcagcacgag 1080 tgttggatcc aatt 1094 <210> 400 <211> 2492 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo27456 <400> 400 atacacaaca aggatataca ttaatttatt ttacaacgca ggaatctgat taaagttctc 60 tgtgtgtgtg tgtatatata tatatccttt taaaatttaa aagaaaagac tctccacaaa 120 actaaatagt ttgtttccgc aatgcaatct actgaacaaa aataaaaaat aaaaatgaat 180 ttaggtgaat atgctgtcta attctaagtt tgttaaacta actctaccct gattccttgt 240 gtcttgcatt attatttcaa tccaagaaga acgtagtaaa gaattgttat tggtatcgcg 300 gctgccatgc caaaaataac cctgcaagtt agacaaatat atcaacattt tgaactgctt 360 aggtgttatt caacaactgt gaaattacaa attagtttat tagcttacgc tgtgcataga 420 atgcctgcat gacacttgta ctccttggcg aacacaaatg tagaaaccga ctgaggaagt 480 gccccctaca aaaaaatgtc aagaatttca aaaaaaaaaa ttgacacttg taatattact 540 gatatgtttc atgacctgat catgagccga accataatga ctcatgattt aacagttcga 600 tggttaaccg gtcaataaaa ccctagaaac agcacatttg tttttgaaaa cttacatatt 660 tgaatataat atgtacataa aaaatattaa aataaaaggc aaggtatgtg agccgcagag 720 cgacctcgta tacaatcgaa gttgtgtacc agtggagtgc ataacaacac taacacgact 780 ctagttgtgt atgcattagc aatgcacacc aacaaattaa gagtacacat taatagtggt 840 gttgaagtag tttgcagcgg cattggacga agtggtggag attggtattt agattttggg 900 tcgatatagt taatgcaatg tagatttatc tattctcttc aaaacaatcc agaagatgag 960 actaagagag aatgacatga tagaaaagta agatgagatt aaaaagaaaa gaaaaacacg 1020 gttcaaagaa gtaaaataga cgatctggca gctggctcga aagtccaatc tatggttcat 1080 gcaacattgg gatcgcgttg agttcagaag tgattcacgg ttcagggtca ttcaagatcg 1140 gacagtggtt ggatacagtt atgaaaacac tggattaagt aattaacctt ctttatatgt 1200 aaatactacc tgtacaatag ccacacgcag tagatcacct cgaagaccaa tgacaagaga 1260 agttgctgca attatggcag ggctcaccaa gaacctaata gccatagata tggcggcctc 1320 tttcttccca caagttatta tttttggttg caaagatatg aatagaccta tgctgaacat 1380 agccattcct aaaccagtac tggataatat cgtaacgcag ccttctatta tcttaggcaa 1440 atgaatcttc cacctaaatg caatgaccta aattttattg ttaatattcg actaaatgat 1500 ataagcatgt ctagaaaata tatacttgtt aacctgaaag atatgagtga ccatattagt 1560 ccaagtacac tcccatatat ggttggattc tgagcgagtt tcattcccac tgttgttaaa 1620 atctttgtaa tcacagaaac ttgatttgtg ccaccattgt ccttctctag tctgcctgat 1680 ggagaagaaa ttgtatgttc aataacagaa tcatcacttt cacttcttgt gacctttgaa 1740 ctcccatctc tagatgaagg cacagaatgc tgtttctcca aatctacaaa aaccacgaga 1800 tttcattacg ttttaccaga agcacgtcgt aaaaagaaca gtatatgggaa aaactaccat 1860 cacttgaagc aacactagac tgctcaactt tagccttccg atactccaac aaaatcaaca 1920 gcaaaacaag ccaaaccaca ctttgagaaa caacaatctg caccatgagg ctggtggaga 1980 agtccccata catagccttg agaagcggca caccgatcaa aagagaattc ggcagcgccg 2040 agatagagta acacgttata gaccaatcaa gatctccata ccttgaatag ttgaacacaa 2100 cgagaaggac taacacgatc actttgtgaa gggaatctgc tgctatgaac cgaaagttca 2160 aatcatagat attgttcgat gatatgaaat gaaacgtgag aaaaggaatg gcgaatgtgg 2220 cgacgaattt gttgatcccg gagcattgct ccgggctgaa aagcttccac catttcactg 2280 atccgtagcc gagcaatgtt gctacgtata gagggatgag agttgatagc acgtcgtata 2340 tgccgcttcc ttttatcatt tttagctgtc tatgtattga aatattggag aagtgttggt 2400 atggagaagg tgttactatt gtgagatccc catttgtaat tgagaaaaga ggggttacgt 2460 gatgaactac gtacgcatgc aaggagaatg ag 2492 <210> 401 <211> 1769 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo27730 <400> 401 aaccaaatgt aactaccatt tactatctta ctgtttcctt tacatctgct cctgataaaa 60 tgaaatgcaa aaatataaaa tgagttcatc cgagaatttt tggcttggtc catctgtaga 120 aactcctgga ctagctaaaa aatcatgtgc tacatggggt tcgtttacct ccctagcaga 180 tgcagatccg caaaccattt gagctattat agttttcgca caaagaaaac attttttct 240 tatcatggaa ttatgaagtt aaaccagtgt ttttggacta tctctccgat aatttcttca 300 ttttctaacc atcaacaacc tgcaataaaa cacaacaaaa ggaccaagta atactgcctt 360 gtggatatta aaatgtgtaa ctatgtagtt taaaatattc acgatagaat ccctcctaac 420 caccaaatcg ccctacatcc acttcgctag gaactgaaat ggcagagggc gagaacaata 480 gacaacctag tgcaccagat ctaagtttat caaaaggatc ttcgcaacat acatggtcaa 540 aatcatgggc agagatgata aaggagtatg cggcaaataa ggaacatgac gtgatagact 600 tgaaatactt taagccattt acaactactg ataaattaag gggacaatta ctaaaatcta 660 tcatacgcaa ctcagaacac aagtggagaa acacattggt tgtctacgta ttgggaaggc 720 gaccgttata tgataacttc aaaggtttca ttgataagat atggcaactg tgtgggtatt 780 ataacatgta ttacaagagg aataggttca tatttatcaa gttttataat gatgaagatt 840 gtgcaaagat tataaaaaca ggtccataca ccataagttt gagaattttg atcatcaaaa 900 ggtggaaacc aggtatgaat ttaactaaaa aagtgttttc tagcattcca atatgggtta 960 aactgaaaga tttgaaatta gaatattgga ataatgaagg tattggtagg attgatagtg 1020 ttctgggcta tcccattaaa atggatatga ctacagcaat agaaactaga ctaaactatg 1080 ttagagtact agtccaagta gatgttaaat ttcggtatcc tacaaaaaat agaaatggaa 1140 ttataaacag gcatggtaga aaagattcaa attaattatg agcacagaat aaagccgtgt 1200 ttactgtgtg atgcatatgg acataatggc aggacttgta caacagttac tttaaaaact 1260 tggcaaccga agaagaaaaa taataaccat aagaataaca cttcttcaac tattgcaatg 1320 tccaatgaag aggcccaact tcttttacac ttgcggactt aatggggaca gataaagtaa 1380 acgaaatggc cagccttcta agatgcagca ttcgttagtt cagagcaaag agtttgatat 1440 taatttacat aactcttttt ctattttagc ttctgaggat gaaaatgata atgcgggtct 1500 tgcaatctag aagaagtcaa agtagcttta ttctccattg atgattctaa aaacccagga 1560 ccgaatggtt gctccttcag gtgttacaat cttcattgga accttcttta taatggtgga 1620 cgagcgatcc caaggcttta ttgaatcaaa tagagaatta cggcaaggat atccgccatc 1680 cccttacctt tttttgcatc ataatggaat atttgtcctt gtcaatggaa gagggtgtta 1740 ttgaaggcaa gctttatacca ttctctaat 1769 <210> 402 <211> 330 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo27769 <400> 402 ttgtatacaa aagttcatta atatttttac attctttcaa gaattctacg taactcaatg 60 tatattcaat gcaattcagg aaatgatatt tagaggaaca gacacagtgg ccataacact 120 agaatggatc atagcaagga tggttctaca cccgaatatt caatctaaac tccaatccga 180 aattgattca gtcacctcga aatcaagacc catatcagac acagacatag aaaatcttcc 240 gtacttgcaa gcagtagtga aagagtgctt caggcttcac ccaccgggtc cgctgctctc 300 atgggcacgc ctggcaatcc acgacgttca 330 <210> 403 <211> 857 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo28399 <400> 403 ggtgtatttt tccttgaatt atagtacttc acgtgtcttt gtaacatcaa cgtacgtttc 60 accagaatag aatatgcata acatctacaa tttgaaccga gctgcaaatg tactacgtat 120 acaaaagctc ttatttcggg aattgtgcat ggacagcaaa aactgcactt ttagattatt 180 aacacattcg tctctcaaga gattattagg caacgaaatc tctatctaca gaccaagcag 240 taaaggtgta acataacaaa gcttccaagt ctcaactgag ttaaaaatag ttgcttttga 300 agaacttctt tagaaaatcg gaggcttggg gatgtttctt tgcaacatcc ttgattagcc 360 cctctcggcc cacaacatac tgaccaatta tgtgatgcct ctgctttgca tggtctaaca 420 cgtttgttag ttcttccatt cccttgaaaa gaagcatgtc aattatctta ggattagtga 480 agtgggcgtt cttacgaatc tcagatgaaa tggtggatct tagctgagaa actgtgacga 540 catcatgcaa attataaatc tccatcaccg acggcagaga cctgcatgcc attttgaaga 600 aatcaatggt tcgctttctg gcttcctcca ggcttgtgga gttcggagga acagtcgccg 660 ttcctctaat tcttgctatt gtcgccattg cttttcctgt tttatgtct gttttactga 720 agaagatgga agatgaagtt ttgaatcacg caacaaactg aacaagtttg atcaggtcca 780 attctgtgat tacgggaacc accaattttc actggttttt agcatcgaaa catacaattt 840 tggcaagtgt ttccccgg 857 <210> 404 <211> 1124 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo28619 <400> 404 cgtctcggtt ggtacagaaa ctctccgtac ccacccctaa ttttactctt tctataaata 60 aaataagaaa caatcttaaa ttattacaat attcttgttt atccaaatag aattgtgcta 120 aatatacca ataaaatttg taattatcaa cttcaattct caaataaatt tagttgaagc 180 tgatgagtct ggataagctc aatcaacatg ttgaacgttt aattcaatta tctaatatct 240 aagtaaaatt caataaatgt taaacataac aatacctttt tacaagggga atgtgaggag 300 atgagaagaa cagagaacaa tagcaatcca cttgaaaaaa gtttgatttt ttggttcaga 360 agacataacg agaggattt aaatgttggc tgaagaagga aaagaaaagg gacggaggat 420 aagccgtgca atggaacact aattaggtac gcaacttttt tttgcttttt ttctctcctt 480 aaaatctagt ggagtcggac ttcactgtac ctgtattggg tacatcattg gtataatcaa 540 cattgtactt acttgttaat acctgaataa tgttataatc tattgaaacg aaaaatcaga 600 aatgtcaact ttactattaa ataatttgtt tatttagcaa acaccatctt ttagaattat 660 aatataacaa ccccagaatg aactttttat cagtggatgc aagatcttgt acagtctcat 720 gctccaactg caaaagctta ttcagtacta caacagtgta aaagagtcag ggtcaggtaa 780 tcaacagttg gcagtgcatc tctgcataga tcttacgcaa ccagtaacac actgtgccat 840 agtatcatga atagttggta tgtgaaggca cccgttaaca atacatatat ttacagcctt 900 gtagcaattt agattgcatg atgagttctg ttcggagctg ttaggtgctt ctgcattggt 960 cgatccagca tcggttgacg agatcatgag taatactaag aggaagaata ctaccgaaag 1020 ttttgaaact tccattgtag atgtttagtt tgtttgtggt tggacttagg taatctgcgg 1080 taagtgaagt ttacttaaat agaggcacag atcggaagag caca 1124 <210> 405 <211> 1800 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo28775 <400> 405 ccatttttaa aaattaaatc catacataac attctcaatt atagaaaata catgataaat 60 aacttgaatg gaattgaaat tctaatttca atgcatcaag ggccactcgc tcacttgcaa 120 gtgatatgct ttaggccgag gtcttacaag tcatgaattt aaacctccca gacaccaaaa 180 tgcgtgtgat ttaaaaaaaa gtaccactct tgatatatca aaattctagt tgcaatgcag 240 aagtagtttc agatttgttc attgcatgaa ccgtaataca ttatgtgcac tcacacaaat 300 cataagtgac ctgaaactac aacattatta aaacttcttt atgatctggt ccaaagattt 360 ataggtgccg acaacagcaa caaaagctcc cataaccata attgccaaag ttagaaaaaa 420 ctctactcca taatcgcgcc ttgttttaaa aatcttgaga taacaaatgc atggcagtag 480 catagcactc gtgctacaca agaatgaacc cgtaagttcc accacatatc caaaatatgg 540 aacagttaag gccaccacta cagtgcttac taccaatgtg gttcttattg cgatgctaac 600 caagctcagt ttagttattt gaaaccattc ctcgatcgag gtagtgattg gtgtcactag 660 gaatgcatac ttggttaaag gagtgattat agttgtatag attgctaatt ttgaactcag 720 tttccctact ggtaggttta gtgtcacttg agcattcaaa tcttgaccgt acattaagta 780 tcccatcgtg gccattgctc caatgtttag ggtgcatata gcaaagcaga tgaacaatac 840 ctgagagaac ctagtcttgt caaccatgga cgtataaata gtaggaaaga ctgcatgacc 900 acagtaggaa aatgcaaaga gacttaaagc ggtaggaacc cttttccagt taatcaactg 960 ccccttctgg tgaaacccaa ctccatcaaa agcaccagcc cacaacacgc aacaagtaag 1020 aattacggaa gacattaccc ctccaaaaga caaataagca agcaatttca agctccttaa 1080 ccatgtagtt ggcaaaacta tcagcgctgc aatcaataca aacccttgct ttcctttaat 1140 atgcaacttt cttatatgga agtttgtagt aggaaatagc ttctctaggt tatctccttc 1200 caaaatcaaa aactctatag ccactaaata caactctagg tacaaaaaga atgagactat 1260 gatccttcct cgagaaccaa atgctagttg gcctatatct ggatatgttt tcactagcgt 1320 tgaatttgaa tccatgcatc ttttgagtag aattcccgtg taactaaaca tggctgctac 1380 gagtataaga agtattaaac ttagccagcc tccttgtgcc aatgcatatg gtatggacag 1440 tatcccaaca cctgagagag tattgacgcc attgaatata gttctgagaa atggagtccc 1500 gctccttgga ggcagatgag gctccatgtg tagatcacaa aatggcagag ttgatagaag 1560 agatggaaaa atgatttgga agagaagaat gagagatcta tcaatttcga gatttataaa 1620 tctcacacac tatctgtgat ggtttaggca tgaatcttct gcacacgtca tggaatttta 1680 tacggatgta cttgtggtga ttaataacac tatattatta cttagaagta gtagtaattg 1740 atgaagtgta taatatttgg aaattttata aaggatgaag acgaagcaat gtgagatcgg 1800 1800 <210> 406 <211> 436 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo29933 <400> 406 atcggattaa gagcagcaag agaatgaagt ttggtgatca taagagagca gtaaatgatg 60 gtgctgagaa tataaggttt tgtcacgaag aagagaatat tgtttgggag gagttgatgg 120 ggaaaggctt gttttggttt ggaagctttt gggatggaga ctctgattgg gatggaaaac 180 cccaaatgta acaatcctaa tgccagtttg ggacttttaa ggacttgatt tctgatgcac 240 aatgtaaatg taaggatttc agcgagttat gatcttgtgc ggatgccttg catagtcgac 300 gacgtggttg aacgtaggca taatgaacag aaccttttga gggttatgaa tgtcaataat 360 ttaatgctgt tttacaaaag gatgatgtac aaagtatgga agcgaagtgc taaaggtaga 420 gacaaatgtc aaagag 436 <210> 407 <211> 447 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo30881 <400> 407 ttcaatgatt actggcaaaa gttcaaaact cagggcggta gttgcgattt caaaggctct 60 gcagtactca tcaacaataa tcctagtcat gactcctgca acttcacagt tgctccatga 120 tgaaggattg gataagaaga tacacacaca tacacttgta acttggtaga gttatgcatt 180 gtgaactgga gttttaatgt cggacagaga aaccgagcaa atcaactaaa ttgcgttcaa 240 ttataaatta tggataagca tacgaaagag atggaagaag tatctcaaga agtcggagta 300 agaacgcggg ccatgacgtc ggcgctggcg gcagtacaga agccgacgaa gaagaggaag 360 gcagtagtga gaattcctgc ggcagagtac cagatcgcgt acctccagct cagaagtcgg 420 agcctcgttc ggatctctag atctagg 447 <210> 408 <211> 572 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo31811 <400> 408 aacaaatcct atatacacta aaaccattga taaaatccag agacccaaaa gacagatgat 60 gatgttttct ttacataaga atttaaaacc actttttgat gatggataca tgactaataa 120 gggattacaa aacttccatg atgctgtgtc tgagttactg acatatgaca caggtcctcc 180 tcgttggttc tgtccattgg actgtgggcc ctacattgat ggttctccgc tgattttgtt 240 cttgcctggt ctcgatggca ttggaatggg gcttttcatg catcacaagg ctcttggggag 300 gtaattaaac ttcatataaa ttattacatg taacgcaaca tacatcttca tcatttactt 360 ctgtggatct cttaattttt acttattat aataaatgca tgacacaata tttataaagc 420 catttgtgg tacgatgttt gtctgtgtga ttcattgtta cttatccata tgttgctgaa 480 accaaaatca aatataatgc acaatgatta acttatataa ataataaata aaccaataaa 540 atttacaaaa ccgatacctg taagtataca ac 572 <210> 409 <211> 1661 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo32339 <400> 409 gacggttgct gaagtcaaaa caacagaaat tttcattcat caaaaatgtc atccaaacaa 60 cacgcatcga aaatatagca ccggtgtaaa aaaattccgt tataaaaata gcggcgcaaa 120 atacgtttta taacataaca ccggttcaac gtgatttaaa tagtggacta caccgctata 180 ttttcataaa aatatcgcta cgcactctca aaaaatgaaa ttgcaaccaa taaagtctat 240 acaatatgaa aatattacca tctctaaccc gtaatatttt ccaaaacttt gtaatttgtc 300 aatacttcaa tattcacgca cgaaaggata tgtacatcat aattaaatgc atgaaccct 360 gcacacaaga aggtgcacaa aacaaatgca cgaaaagaat gaggtggcca tgaccaattt 420 tcttcttctt ttgaatgcca tgcatgaaga tagttgcact tgcagtaaac aaatgaagtt 480 tgtgaacata tacaaagttt agatgcatgc attacaaaat atggtttggg cacaatttat 540 atatgccaca acccacgcac ggcaacaaat gaagtatgaa ttttaccaca ttttgttttc 600 acacaatatg taacaaaaca gcaacatgct acatgtaacc aaaaatcaaa gtaggtgatg 660 aaaacatgtt gaagcaggaa gcaaaaatct gggcttactc tattattgtg ccacacttta 720 taaataacgc acgcaagaat ggccatatgc ctgaagacac aaaacaattt acattaattc 780 atacatgcac gagccacaaa aatatggcta acgcacgcaa aagaattcga aagtatttga 840 taacctggag catgacttcg ttctaaatgc tacaacccca tacacacttc aaatgaaaaa 900 ttttgcacgc acgtcaggac atccagatac acatacacga aacactttaa acacgcacgc 960 aataaaatga gaaaaagaaa aggaactgga ccgtgttcat gcacaatgca agaaaaattt 1020 ataaaacaaa acctggacta tatttttttt atgtaacaaa ttataacctg aattgttttc 1080 atgcatacac tactatatga ttaactcaac gctgcattta tctgagccat ttttcatata 1140 ttaccagttt gcacacaaaa taaaatatgt taatgccgaa gttgaacaag ataataccca 1200 agttaagtgc tgccaaaatt aggggtaaaa aaaattgaag cagtgaacaa aagaacatct 1260 agagacaaag taaatttaga tatgtgagtg gtactcacat ttaaattttg cctccaaact 1320 agtatcaaca aagattgtca gaagctaagg ttctctctgc cattaatacg cttttacttg 1380 gccactggag tttattttg aacaaaaatg aaaaactgac tccaaatgga tgaagggtac 1440 aaatgcattg actttgaaaa cgtgctagtc tacttttgca tttaatgaaa cgtgtataaa 1500 gtaaacaaaa aggactcact gcataacata atgatggcaa aagatgttta ggttagcttt 1560 tggaattgga cttgcgttca cacttgtttt atgaattgg acagcaatgg aaattatttt 1620 cacacttggt ttattttcaa gcatttaggc tctagccaga t 1661 <210> 410 <211> 255 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo33188 <400> 410 attcttgact gaaggagaca atccttatga ccatgatgtt gtattaata agctattcca 60 cgacaatctc aaattgctgc tcgtcactga gggtggcgat ggctgcagat attacaccaa 120 gaaatttcat ggaagggtag gaggtgtaaa ggtcaaggca gtagacacca ctggtgcagg 180 tgatgcgttt gtaggtgggaa ttctcagcat catggcaaaa aatctcaaga tatatcagga 240 agaagtgaag cttag 255 <210> 411 <211> 1410 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo34205 <400> 411 gtacaaaaat gctaaattac tgattattag ttagcaatgt cttaataacg gagatattct 60 ttgacctctt gcctgttact cctacaattt atatttactc ctcaagaatg atgacccgtg 120 ccgtcaatta tactgttttt gacaaaaatg tttacaaaac gtgaagttta ttgtgattat 180 attagttaca gaataaatat gctatataca aaatctagtt taaatgtcca agcatgagca 240 atttcaaaaa ccaactatta tccatttttc tatcaaaata caagtgttat gtaaatatta 300 gtttcctttt aagataagca cacattatgt gtgatttaga gcaggtaaga aacctaggga 360 aaatagtttc ccattgtgga aaattaaccg ataaggagtg gtacatactt gagtatggta 420 gcattcaaca atagtgcatt cctttggtta caacaatgtg ttcatatata gtgtgtagct 480 ctaaaacaga aacatcaaaa ctcattggag tgcacgatgg gtattcatta tccacttaac 540 tggaggcatt attacgttgt tttttcttgc ttatagcctt agaaaacaaa gggacgctca 600 tgattacag ccaaaggcat tattacgttg tttcttcttg cttatagcct tagaaaacac 660 agggacactc atgatatatg ccatagttac acacctttta atcatattgg tgttggtgtt 720 tcctatcaca caatttggac gatgtttacg cttcccttta tgcatattat ggtgaatata 780 catgccgtgg gatattgcaa gcaagctcca gtgcatgtgc agttaagatg acatacaaga 840 tatggttaact agtacaaaaa agaggtaaaa ctaaccattt tcatcaatta tgccatcctc 900 tataagaatt tgaatcccca aaaccgatgc tcgcaccgct ggagaggccg tccaaaaccc 960 tattgttttc aatcccaatt tgtgagctct ttccagcgtt tgtggcattg ccaaatctcc 1020 aatgaaacaa gtaaactttt cttctccctt ctcattactt ttttgtatta tctcttctaa 1080 aaacatcatc atgatattat atgtgcattc gcatagcctt cccatgtcat tgcgatcctc 1140 tgtaggagcc aatccatcat ggaccttgac taggtgaatt ctatctattc cattaccctt 1200 gtccattgac aatgaattca tgattcggtt gtgattgaat tctgtgttga tgaatgtaat 1260 attgaaacct cgatcgacaa ggcaatgggc aagttccatt agaggagtga catggccttg 1320 agctgggaac ggcagcataa gagcatgagg ttgtgagtcc attttagttt tttttttata 1380 agctttaccg atgttcctac tgttgttgac 1410 <210> 412 <211> 493 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo34571 <400> 412 agaaagaaaa aaaaaagggc aaactcaaaa tataattcaa acaagaacag agctaaacag 60 taaaacttga agctagaagg gtggtcgaag tagagcataa cagtaactca tccattcttt 120 ataactgtga gtaaacaatc acgcatctat gtctaatacc ataatttgaa tctcctcgct 180 atgcgtttgt tctgaaacta cttgctgtgc tttatttta taactttcat gctgtgcgtt 240 tgttttgatc tttgcattca aagaaattaa ggtgagtata ctttccataa gatttagctt 300 gtgtacaaca tgctatgtaa aaagtggaaa tgacaacttt aaatctgtga tggaaaataa 360 ccgattgtat gtaggtcaaa aatggatgaa aaagcctata ctatttccat tttctctgac 420 ttataatatg ttccatctca tccttattt ccaagtgttc acgccatttt tcccttctgg 480 acttttaccg tgc 493 <210> 413 <211> 701 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo34835 <400> 413 actgccttat gctgtgatcc atgttatttg aatcttgtgt cagcaacctc tgtgtgttat 60 tactcatgct gttgttcatg cccccaccac tgccactgtt gtttttcttg tatattcgac 120 atagcaccca atcatccaac taaaattatc atccaaaaca taaataatta aaaccaaata 180 tccagtttag gttaacctta ggtataatga ataacattag atgatcgcat accttttttt 240 ttttttccta tccgaatact tagatacaca tattagtact acaaaactta cgtaggtata 300 cgacataata tatgttaata tatgttcgaa tcacgctacg tatgttttga atctgtaact 360 tttcgtacca aaatcgaagt atctaactac tggtacggtg gtgctggtta gatgatcgca 420 tgctccttta aaggttgttc ttggatactc taataatttc cgattaatta aagtttgaac 480 gttttagtaa aatgattgcg aaacaggtca cgagtccgac tttaaaatta aaagcctgta 540 acaaattttt gaaatatatg tttatcatgt acatatttta ttaaaattta caaatgaacc 600 ttgattttct ttaattacaa aaaagttcaa agactctcat aaatctagtt cattttatta 660 aagtacaaaa ataaatgaag taatgaatgg aagcgattaa t 701 <210> 414 <211> 2042 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo35757 <400> 414 taaaattcaa aataaacttt gttatctgta gcaaattaag gtacactaat aagatttttt 60 cttatttatg gtactataaa taaatttttt aagtataaac atctttttcc ctaaataaca 120 caatttctag tatgagtaat acaaattgac tcaccatttc ccatgtatac taatttgtta 180 cctttgtact ctttattacc tatgttcaga ttgtgcaaat tgctagtgat atgattggtt 240 gcatctgaat caaggtacca gctcctgctc attatgtctt ctgttcttgc aacctcatca 300 ttctccaggt gatgaacttt aatgtgtcct gaagcagctt tttatcagt ctgcatttgc 360 gcaatgtttg cacttggatt catgtttctt tgatttcccg aactttggtt ttgttaagtg 420 tattgattat catatctgaa ataatatttc atggtagtat gaacatttct tccatatatt 480 tgacatttta ttcttttgtt attgttccat ttacctcctc tacttcttcc tctgtaagat 540 tggcctcctt tttaaaaaga ttgatttgat ctgttgcttg tctcggttct ttttgaatat 600 ttctgttctt gatatttgtt gttgaaatat gctgcatagt ttataacatg gtttgttttc 660 accaacttct tttatcaat tcttccgtca tgtgccaata gagtggagtg aacatattga 720 ataaatggta gattttcctt taatgagatt acaacaacaa ctgattcata tttttcattg 780 agaccactta gaattgatag aacctgttct atgtcagaaa ttttaagacc agcagtacat 840 agcaaatctg gaagagtttt tatcttagat agataatcta acattaacat ttcttctttc 900 tttacttttt gaagttgcct tttgtagtgg atgattcttg ctgctaattg agtactaaag 960 atttgttcga tagtggacca tatttcataa gctgtattgc atcctacaat ttgtggtaat 1020 aaatttgtac ttatagatga tagaagccaa gaactcaata gactgtcttg actatgatat 1080 gcaatatatt ctttttctgc tgatcttccc ttgttgtctt tcagaaatta aagaggaatt 1140 tttgaggtgg cagaaatgaa atcattggga acatatccac tgattgcagt ctgcacttaa 1200 tatttccaga agagataatt gctatcgtca agatgtgtag ttatcaattg gcaatgtgaa 1260 ttgattatgg tcttaatcag ttcctctgtt gccatttgct ggaggtgttga tgagttgttg 1320 gaagttgctg atcctctcca gccataatag aacaatgagt ccagatgatg aattaaatga 1380 attcttggat gaaaatgttc aacagaaggg aaaaataaat gatttcaaga aaggaaaaaa 1440 gaaactgatc ttaaatcttc aaaggaaaga tgtaagtaca gaaatcaacc catatgatga 1500 atctttgatg ggtttttttg gcatgacact ttcctttatg attcttttaa tgatttctca 1560 aaatttgatt tcagttttgc ttttttgaac tcaagatctt actgcagcca gattctatca 1620 cagaatcttt ggtttgcact tgatcaaatc tcaaataatg attttcaacc tcatgagatc 1680 ttgctccttg aacaaatatc agatgatgat cgagaatatg atgataaaag gattaatatt 1740 atgtcgcgag gcaatgaagc tccgatacca agttgaattt tgaataaatt tgaatttcag 1800 aaatgtatga tagaaaaaga gaatgaaaga tgcattattg catgaataat tgatatagaa 1860 acaaagctcc tgtatttata tggatacagc agaaaggaca tacgggcttg ggcctgatac 1920 aaagcccatg accacactgt taacgcaaat aggcatatag ccgcataaca aataggaaag 1980 tggtaatata ttcttatttg tatcctttaa ttgagggaga ctaatgtgta gaagcaatac 2040 at 2042 <210> 415 <211> 390 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo37441 <400> 415 agttaatgaa aatgggaaag cctggaacca ccgtcactat gctttctctg atcctgattt 60 tatcatgcgc taacgcacgg ttatacgtgt acggtacaga catttcatca ccaactgctt 120 ccagtataca atctccaggg caaggcgatt attaccagtg cgctttcaac tgtggcgcaa 180 cttttgttac ctgcgtcaag aattgtggtg gctcgtgctt cccgaaatgc gccgtgttgg 240 gaaatcgcag ttcgttcgtc catcaaaacc ctaaatttaa atttgatcga tatgggaaaa 300 gaagtagtgg aaattccagc taaaggtgga tttagttttg atttgtgccg tagaaatgat 360 atgcttttga ataaaggaat gaaacctcct 390 <210> 416 <211> 1365 <212> DNA <213> artificial sequence <220> <223> unmapped_denovo37474 <400> 416 ctgacatgaa atattatttt gatacttttt tcttttctgt acaaacaggc tctattatat 60 agagcaacaa tacttgtgtt gggccggttc atatagccca gtacccgata ttcaataccc 120 aaacctaagt tataaaatag cggtatattg tatacttgtt cattctaact ttccttcgtt 180 gcttttcaac gaacacatat ttgatctttg caactcttac ttgtaaaaga gattacacat 240 gttaaatgcc tccaatcccg tatacatata acacgttata cctcatattt gttgcgatga 300 gggacttatc cgtataactc acacactcac aatgcgatac atctaacaac atgcagagaa 360 gcagaaaaga gacagtggat tataggatga ggttgattgt tcgatgttgg agtctgctga 420 ctcaatttga cggagcaaat ctagggtaaa gtagcaattt tgagtaaaga aataaaagga 480 gaggaacagt gtttgagtat tttgagatga ttacaatcgg tggaagcatg tcagcagttt 540 tgcattactg tctttaagtt caaataatag attagatttt tgattcggtt tttaagacta 600 ttttgtctca atgtaattat ctggaatcaa attggactgg ttacccaatg tatgtgcacc 660 caaagtttta aaattcaaac agctgtcgtt aataaaatca attcaactga attgaatttt 720 ttttgacaaa gtaacaaagc aaaatttcat ggttatttat gtttacttga aaattcaaga 780 aagggattgt acttaaaaaa gttgggagat gtatcaggaa cctgttagct aaagagcaaa 840 tggatgaaaa catctccttt tgagaaatta cgctatgcaa tagtgattca tgtacatggg 900 tacccgtatg ctatcacaaa taaagatagc tttagaacat tagactagaa aataagtgat 960 ggcatatcta caagcctgtg tttggtattc tagatgacca ctatggtacg ttatgcatca 1020 gatgccgaaa tattttagtg gaaattatga ttaaaagaac ttcatttcaa gctgaagtat 1080 aatagacaac tccacagagt ttatttatta tactgtaaca ttttatttgc agaaatagac 1140 tagcacaaca atataactgc cagccatgca cagggactta tacagtaaga ggacattggg 1200 gttaaatggc cagcttacac ttggacttgc aactgtcatt ttgagcttca cactgcttcc 1260 tacacgaatt ggcacaagca ctacatactt ttgaaaaatc acactcatct gaactttggc 1320 atgcattgtt gaggtcatcg cattttttaa tgcacaactc gactg 1365

Claims (7)

A composition for determining male-sterility of onions comprising a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 61 and a reverse primer consisting of the sequence of SEQ ID NO: 62.
The method of claim 1,
a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 55 and a reverse primer consisting of the sequence of SEQ ID NO: 56;
a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 63 and a reverse primer consisting of the sequence of SEQ ID NO: 64;
a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 69 and a reverse primer consisting of the sequence of SEQ ID NO: 70;
a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 81 and a reverse primer consisting of the sequence of SEQ ID NO: 82;
a primer set comprising a forward primer consisting of the sequence of SEQ ID NO: 87 and a reverse primer consisting of the sequence of SEQ ID NO: 88; and
A composition for determining male sterility in onions, further comprising one set selected from the group consisting of a primer set comprising a forward primer comprising the sequence of SEQ ID NO: 89 and a reverse primer comprising the sequence of SEQ ID NO: 90.
The composition for determining male sterility of onion according to claim 1 or 2, wherein the primer is for HRM (High Resolution Melt) analysis.
The composition for determining male sterility of onion according to claim 1 or 2, wherein the composition is for determining the genotype of the Ms2 gene.
A kit for determining male sterility of onion comprising the composition of claim 1 or 2.
A method for determining male sterility of onions comprising the step of obtaining an amplification product by processing the composition of claim 1 or 2 with gDNA (genomic DNA) of the onion to be determined.
The method according to claim 6, further comprising determining the genotype of the Ms2 gene of onion by analyzing the amplified product.

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