JP5788162B2 - Mushroom cell sorting method and kit - Google Patents

Description

  The present invention relates to a method and a kit for selecting mushroom cells having different phenotypes easily and accurately in artificial cultivation of mushrooms. More specifically, the present invention relates to a method and kit for selecting mushroom cells using the gene expression level and / or its expression pattern as an index.

  Conventionally, in the cultivation of mushrooms, empirical management by the grower has been performed, such as observing changes in the appearance of mushrooms, in order to obtain high-quality mushrooms from seed inoculation to fruit body harvesting. For example, the removal of defective mushroom cells that produce abnormal fruit bodies in mushroom production is performed by visual observation such as observation of the bacterial flora and fruit body generation process. As an example, a method of cultivating Enokitake mushroom cells in a medium containing Bromothymol Blue and selecting Enokitake mushroom cells using the color of the medium as an indicator, or cultivating Enokitake mushroom cells in a medium containing Bromothymol Blue, and the color of the medium A method for obtaining a strain having stable characteristics by collecting and purifying Enokitake mushroom cells from a medium exhibiting a specific color using as an index (Patent Document 1) is disclosed.

  However, many techniques including this technique are visual inspections, and even a grower is required to have high-level observation eyes. In addition, since the visual inspection depends on the appearance, it is not possible to find a mushroom cell having a good phenotype in the hyphae or the flora and a defective mushroom cell having no difference. In this case, if no abnormality is detected in the bacterial flora or around the bacteria, the abnormality is noticed at the stage of fruiting body generation, and the profitability is lowered.

JP 2000-287568 A

  In order to identify a mushroom phenotype, for example, a phenotype of a child entity from a stage before the child entity is generated, it is desired to examine an endogenous change of the mushroom that is difficult to judge by visual observation alone.

  Therefore, an object of the present invention is to provide a method for selecting and eliminating defective mushroom cells simply and accurately without requiring a high technique for visual judgment in mushroom cultivation.

  As a result of intensive studies to solve the above problems, the inventor has compared the expression levels and / or expression patterns of genes obtained from the results of microarray analysis and quantitative real-time PCR as It has been found that excellent and bad mushroom cells can be distinguished, and the present invention has been completed.

That is, the present invention includes the following [1] to [12].
[1] A method for selecting mushroom cell bodies, comprising identifying differences in varieties of mushrooms using the expression level and / or expression pattern of at least one mushroom gene as an index.
[2] The strain according to [1] is characterized by identifying the difference in varieties of mushrooms using the expression level and / or expression pattern of at least one mushroom gene as an index, and selecting or purifying mushrooms to obtain a strain. To select fungi of mushrooms.
[3] The fungus body of a mushroom according to [1] or [2], wherein the expression level and / or expression pattern of the mushroom gene is detected by hybridization, polymerase chain reaction (PCR) or sequencing Sorting method.

[4] The mushroom gene has the base sequence shown in any of SEQ ID NOs: 1 to 312 or a sequence complementary to all or part of the base sequence shown in any of SEQ ID NOs: 1 to 312 Or a nucleotide sequence having a homology of 80% or more with respect to the nucleotide sequence represented by any of SEQ ID NOS: 1 to 312 The method for selecting mushroom cells according to any one of [1] to [3].
[5] The mushroom gene has the base sequence shown in SEQ ID NO: 13, 100, 138, 160, 212 or 292, or the base shown in any one of SEQ ID NO: 13, 100, 138, 160, 212 or 292 Hybridizes under stringent conditions with a nucleic acid having a sequence complementary to all or part of the sequence, or a base sequence represented by any one of SEQ ID NOs: 13, 100, 138, 160, 212 or 292 The mushroom cell sorting method according to [4], which has a base sequence having a homology of 80% or more with respect to the mushroom.

[6] The expression level and / or expression pattern of the mushroom gene is detected by the expression level and / or expression pattern of the protein encoded by the gene according to [1] or [2] Mushroom cell sorting method.
[7] a protein having the amino acid sequence shown in any of SEQ ID NOs: 313 to 624, or one or several amino acids in the amino acid sequence shown in any of SEQ ID NOs: 313 to 624 are substituted, deleted, A protein having an inserted or added amino acid sequence and having the same activity or function as the protein, or an amino acid having 80% or more homology with the amino acid sequence shown in any of SEQ ID NOs: 313 to 624 The method for selecting fungi of mushrooms according to [6], which is a protein having a sequence.
[8] The protein expression level and / or its expression pattern is detected by Western blotting, radioimmunoassay, enzyme immunoassay, fluorescent immunoassay or sandwich immunoassay using an antibody against the protein [6] Or the method for selecting fungi of mushrooms according to [7].
[9] The mushroom cell sorting method according to any one of [1] to [8], wherein the intra-variety difference is normal or abnormal mushroom fruit body formation, taste, components, or disease resistance.
[10] Any one of [1] to [9], wherein the mushroom is selected from edible mushrooms including maitake, eringi, bunashimeji, shiitake mushroom, honshimeji, hatake shimeji, enokitake, nameko, tsutaketake, oyster mushroom and matsutake A method for selecting fungi of mushrooms according to 1.

[11] A mushroom cell sorting kit comprising a means for detecting the expression level and / or expression pattern of a mushroom gene or a protein encoded by the gene.
[12] The mushroom cell selection kit according to [11], wherein the means for detecting the expression level and / or expression pattern of the mushroom gene is a primer or a probe.

  INDUSTRIAL APPLICABILITY According to the present invention, a mushroom cell sorting method and kit are provided. The present method and kit determine the within-variety difference (phenotype) of mushroom cells by comparing the expression level and / or expression pattern of a gene or protein expressed in the mushroom cultivation process, regardless of visual judgment. It becomes possible. In addition, since gene and protein expression is used as an index, it is possible to determine such varietal difference (phenotype) at an early stage of the mushroom cultivation process, compared to the conventional determination method. Therefore, the present invention is useful in fields such as agriculture, agricultural chemistry, and breed improvement.

It is a photograph which shows the fruiting body normal strain and fruiting body abnormal strain and analysis stage which were used for the expression analysis. It is a graph which shows the expression pattern of several types of genes obtained from the microarray analysis. It is a graph which shows the expression pattern of several types of genes obtained from the microarray analysis. It is a graph which shows the expression pattern of several genes obtained from quantitative PCR analysis for the reproducibility confirmation of microarray data. It is a graph which shows the expression pattern of several genes obtained from quantitative PCR analysis for the reproducibility confirmation of microarray data. It is a graph which shows the expression difference in the inoculum of six types of genes obtained from quantitative PCR analysis. It is a graph which shows the expression difference in the inoculum of six types of genes obtained from quantitative PCR analysis. The result of aligning protein amino acid sequences for the partial sequence of the maitake gene gfr01g0023 and its homologous gene is shown. In the figure, gfr01g0023 is derived from maitake, per01g3391 is derived from eringi, hma01g1675 is derived from beech shimeji, led01g8819 is derived from shiitake, tma01g0442 is derived from matsutake, abi is derived from tsutake mushroom, and pos represents a protein amino acid sequence encoded by a gene derived from oyster mushroom. Alignment was performed with free software ClustalW, and the sequence was shaped with BOXSHADE.

Hereinafter, the present invention will be described in detail.
In the present invention, when artificially cultivating mushrooms, the amount and / or expression pattern of mushroom expressed genes and proteins are compared between the bacterial cells, so that the mushroom bacterial varieties are not affected by visual judgment. Identify the difference.

  Accordingly, the present invention relates to a method for selecting fungi of mushrooms, specifically, selecting mushroom fungi by identifying differences in mushroom varieties using mushroom gene expression levels and / or their expression patterns as indicators. To do. More specifically, a mushroom sample to be analyzed is prepared, the expression of the mushroom gene in the mushroom sample is detected, the expression level and / or expression pattern of the mushroom gene is determined, and the expression level and / or expression pattern is determined. The difference between the varieties of mushroom samples is identified using as an index.

  The target mushroom in the present invention may be any naturally occurring or artificially bred mushroom, for example, maitake (Grifola frondosa), eringi (Pleurotus eryngii), beech shimeji (Hypsizigus marmoreus) , Asteraceae), Shiitake (Lentinus edodes, Asteraceae), Honshimeji (Lyophyllum shimeji, Asteraceae), Hatakeshimeji (Lyophyllum decastes, Asteraceae), Enokitake (Flammulina velutipes, Astragalus) Examples include edible mushrooms such as agaricus bisporus (Agaricus bisporus), oyster mushroom (Pleurotus ostreatus), matsutake (Tricholoma matsutake), and related species thereof. For example, as related species of maitake, there are G. albicans Imaz. Belonging to the genus Grifola, Meripilus giganteus, Dendropolyporus umbellatus and the like.

  In the present invention, first, a mushroom sample to be analyzed is prepared. Mushrooms are fungus bed cultivation (including bags and bottles in containers) that are cultivated in facilities where the environment can be artificially controlled, such as a mushroom cultivation plant, and log mushrooms. Also included are fruit body primaries or logs, as well as those in the state of hyphae that spread on agar media and fungal beds. In addition, when preparing a mushroom sample, a medium may be included in the sample.

  The timing of detecting the gene expression level and / or its expression pattern may be at any stage, for example, a hyphal elongation stage, a fruiting body induction stage, or the like. For example, by detecting at the hyphal elongation stage, it is possible to determine the within-variety difference (phenotype) of mushroom fruit bodies at the early stage of the mushroom cultivation process.

  Subsequently, the expression level and / or expression pattern of the mushroom gene in the mushroom sample is detected. A mushroom gene (marker) to be detected is a gene that can distinguish within-variety differences based on its expression level and / or expression pattern, and such a gene is referred to as a “mushroom gene” in this specification. . One type of mushroom gene to be detected may be detected, or a combination of a plurality of genes may be detected.

  In the present invention, the “variety difference” means that the same varieties of mushrooms have different phenotypes, and does not mean differences in phenotypes based on individual differences due to different varieties of mushrooms. As an example, when large-scale cultivation in the same cultivar, fungus bodies that do not progress even if the fruit body induction is performed on the fungus bodies that normally form fruit bodies after the fruit body induction, Phenotypes such as microbial cells that are delayed in growth and microbial cells that normally grow to a certain extent but have poor umbrella formation are included. In addition, in the present specification, “excellent mushroom fungus” means a fungus that exhibits a phenotype such as the shape, taste, components, and susceptibility of a grower, and “bad mushroom fungus” It means cells that do not show the phenotype intended by the grower.

  Further, in this specification, “bacteria” means an individual in which mycelia of basidiomycetes are gathered, and “strain” is synonymous with cultivar, and all of the same generation of cells have characteristics (shape, quality, disease resistance) It is sufficiently similar in all of the sex, etc., and it means cells that can produce the same thing without changing all of the characteristics even if it is repeatedly propagated.

  Therefore, in the present invention, based on the difference in the expression level of the gene at a specific developmental stage or the difference in the expression pattern of the gene at each developmental stage, the intra-breed difference for a certain phenotype is identified, and the target phenotype is identified. Select mushroom cells.

  Examples of the gene (marker) for identifying the difference between varieties of mushrooms include a gene having a base sequence represented by any of SEQ ID NOs: 1 to 312 described below. These genes, as shown in the examples described later, are genes that show a differential expression level in a certain developmental stage between normal and abnormal formation of fruiting bodies in the mushroom cultivation process, or progress of the developmental stage The gene has been identified as a gene whose expression greatly fluctuates along with (ie, exhibits a differential expression pattern).

  In the present invention, “gene” includes DNA and its complementary DNA (cDNA), total RNA, and messenger RNA (mRNA).

  In addition, since the base sequence of a gene contains a mutation between species and within a species, it hybridizes under stringent conditions with a nucleic acid having a sequence complementary to all or part of the above base sequence. In addition, a gene encoding a protein having a given function or activity can also be used as a mushroom gene in the present invention. Stringent conditions refer to conditions in which specific hybrids are formed and non-specific hybrids are not formed. For example, it refers to conditions under which nucleic acids having high homology (homology is 70% or more, preferably 80% or more, more preferably 90% or more) hybridize. More specifically, the sodium concentration is 150 to 900 mM, preferably 600 to 900 mM, and the temperature is 60 to 68 ° C, preferably 65 ° C. For example, when hybridization conditions are 65 ° C. and washing conditions are 0.1 × SSC containing 0.1% SDS at 65 ° C. for 10 minutes, hybridization is performed by a conventional method such as Southern blotting or dot blot hybridization. When it is confirmed that the hybridization occurs, it can be said that the cells hybridize under stringent conditions.

  In addition, a gene having a base sequence having high homology to the above base sequence can be used as a mushroom gene in the present invention because it has a high probability of encoding a protein having a given function or activity. “Homology” with respect to a gene refers to the base sequence similarity between two polynucleotides, and is determined by comparing two base sequences that are optimally aligned over the region of the base sequence to be compared. The The sequence homology is calculated as the ratio of the number of the same bases existing at the same position of the two base sequences to the total number of bases in the comparison target region. Algorithms for obtaining optimal alignment and sequence homology are known in the art and include, for example, blastn.

  In the present invention, “having homology” with respect to a gene means 50% or more, preferably 80% or more, more preferably 90% or more, and still more preferably 95% with the nucleotide sequence shown in any of SEQ ID NOs: 1 to 312. It means having a base sequence having a homology of at least%.

  The protein encoded by the mushroom gene is, for example, a protein having an amino acid sequence represented by any of SEQ ID NOs: 313 to 624 (corresponding to SEQ ID NOs: 1 to 312 respectively).

  Since the amino acid sequence of a protein also includes a variation between species and within a species, in the present invention, as long as the protein has the same activity or function as the protein having the amino acid sequence, a plurality of amino acid sequences, preferably 1 or a number in the amino acid sequence. Mutations such as substitution, deletion, insertion and addition may occur in one amino acid. Equivalent activity or function can be confirmed by methods known in the art depending on the nature of the activity or function. For example, 1 to 30, preferably 1 to 20, more preferably 1 to 10 amino acids of the amino acid sequence shown in SEQ ID NOs: 313 to 624 may be deleted. 1-30 amino acids, preferably 1-20 amino acids, more preferably 1-10 amino acids may be added to the amino acid sequence, or 1-30 amino acid sequences shown in SEQ ID NOs: 313-624, preferably 1-20, more preferably 1-10 amino acids substituted with other amino acids can also be used in the present invention.

  A protein having an amino acid sequence having high homology to the amino acid sequence can also be used in the present invention. “Homology” in terms of protein refers to the sequence similarity of residues between two proteins and is determined by comparing two amino acid sequences that are optimally aligned over the region of the amino acid sequence to be compared. The Sequence homology is the ratio of identical amino acid residues to all overlapping amino acids in an optimal alignment when two amino acid sequences are aligned using blastp, which is a mathematical algorithm known in the art. Calculated as (%).

  In the present invention, “having homology” with respect to a protein means 40% or more, preferably 60% or more, more preferably 80% or more, and still more preferably 95% with the amino acid sequence shown in any of SEQ ID NOs: 313 to 624. It means having an amino acid sequence having a homology of at least%.

  For example, the homologous gene of the maitake gene gfr01g0023 (SEQ ID NO: 100) is known to exist in eringi, bunashimeji, shiitake, enokitake, nameko, tsukuritake, oyster mushroom and matsutake (FIG. 5), and the base sequences of these homologous genes. Although the amino acid sequence has a mutation, it is expected to show an equivalent function or activity.

In the present invention, the expression level and / or expression pattern of the mushroom gene is detected in a mushroom sample. As a means for detecting the expression level and / or expression pattern of the mushroom gene,
Examples include probe DNA or primer DNA designed based on a gene, or an antibody against a protein encoded by the gene. Hereinafter, these means will be described in detail.

  In the present invention, the expression level and / or expression pattern of a mushroom gene can be detected using primer DNA or probe DNA containing all or part of the DNA of the mushroom gene or its complementary sequence. Specifically, since the primer DNA or the probe DNA can specifically bind to mRNA of a gene expressed in the mushroom sample or cDNA corresponding to the mRNA, the mushroom in the mushroom sample is based on the binding. It is possible to detect gene expression.

  Primer DNA and probe DNA can be easily designed by a known program based on the base sequence of the gene. The length of the DNA having a substantial function as a primer is preferably 10 bases or more, more preferably 15 to 50 bases, and further preferably 15 to 30 bases. The length of the DNA having a substantial function as a probe is preferably 20 bases or more, more preferably 30 to 60 bases, and further preferably 50 to 60 bases.

  Accordingly, the primer DNA or probe DNA can be composed of, for example, at least 10 bases, preferably at least 15 bases of the base sequence shown in SEQ ID NOs: 1 to 312 or a sequence complementary thereto. Specific primer DNAs that can be used in the present invention include, but are not limited to, those having the base sequences shown in SEQ ID NOs: 625 to 636.

  Primer DNA and probe DNA designed as described above can be prepared according to methods known to those skilled in the art. Furthermore, as is well known to those skilled in the art, the primer DNA or probe DNA may contain sequences other than the portion to be annealed or hybridized, for example, an additional sequence such as a tag sequence. Those in which such an additional sequence is added to DNA can also be used in the present invention.

  In order to detect the expression level and / or expression pattern of a mushroom gene in a mushroom sample, the primer DNA and / or probe DNA is used in an amplification reaction or a hybridization reaction, respectively, and the amplification product or hybrid product is detected.

  When an amplification reaction or a hybridization reaction is performed, usually mRNA or cDNA corresponding to the mRNA is prepared from a mushroom sample. mRNA and cDNA can be extracted appropriately using methods well known in the art. For example, when RNA is extracted, a guanidine-cesium chloride ultracentrifugation method, a hot phenol method, a guanidinium thiocyanate-phenol-chloroform (AGPC) method, or the like can be used. cDNA can be prepared using a known reverse transcriptase. Using the mushroom sample prepared as described above, the following amplification reaction and / or hybridization reaction is performed.

  In one method, the expression of a mushroom gene in a mushroom sample can be detected by performing an amplification reaction using mRNA or cDNA as a template using a primer DNA and detecting the specific amplification reaction. The amplification method is not particularly limited, and a known method utilizing the principle of the polymerase chain reaction (PCR) method can be mentioned. Amplification is performed until the amplification product is at a detectable level. The optimum PCR conditions can be easily determined by those skilled in the art. In the RT-PCR method, first, cDNA is prepared by reverse transcriptase reaction using mRNA as a template, and then PCR is performed using the prepared cDNA as a template and a pair of primers. In addition, quantitative detection is possible by adopting a quantitative PCR method such as a competitive PCR method or a real-time PCR method as an amplification method.

  In order to detect whether or not a specific amplification reaction has occurred after the amplification reaction, a known means capable of specifically recognizing an amplification product obtained by the amplification reaction can be used. For example, a specific amplification reaction can be detected by confirming whether an amplified fragment of a specific size is amplified using agarose gel electrophoresis or the like.

Alternatively, a label such as a radioisotope, a fluorescent substance, or a luminescent substance can be allowed to act on dNTP incorporated during the amplification reaction to detect the label. As the radioisotope, ³² P, ¹²⁵ I, ³⁵ S and the like can be used. As the fluorescent substance, for example, fluorescein isothiocyanate (FITC), sulforhodamine (SR), tetramethylrhodamine (TRITC) and the like can be used. As the luminescent substance, luciferin or the like can be used. There are no particular restrictions on the type of the labeled body, the method for introducing the labeled body, and the like, and various conventionally known means can be used. For example, as a method for introducing a label, a random prime method using a radioisotope can be mentioned.

  Furthermore, the amplification product bound to the label can be detected using a label such as Cyber Green (for example, SYBR Green I) that binds to the amplification product.

  As a method for observing the amplification product incorporating the label, any method known in the art for detecting the above-described label may be used. For example, when a radioisotope is used as the label, the radioactivity can be measured using, for example, a liquid scintillation counter or a γ-counter. In addition, when fluorescence is used as the label, the fluorescence can be detected using a fluorescence microscope, a fluorescence plate reader, or the like.

  When a specific amplification reaction is detected as described above, the target mushroom gene is expressed in the mushroom sample.

  Alternatively, it is possible to confirm that the target mushroom gene is expressed in the mushroom sample by determining (sequencing) the sequence of the amplification product obtained by performing the amplification reaction as described above.

  In the present invention, mushroom genes in a mushroom sample can be sequenced by methods known in the art. As an experimental technique for that purpose, for example, a technique disclosed in Sambrook et al., Molecular Cloning A Laboratory Manual (1989) Cold Spring Harbor Laboratory Press can be used. Specifically, for example, total RNA extracted and purified from a mushroom tissue or mycelium is converted into cDNA using a reverse transcriptase such as M-MLV Reverse Transcriptase and Oligo dT primer. A sense strand and an antisense strand primer that hybridize to at least a part of the base sequence shown in any of SEQ ID NOs: 1 to 312 are designed from the cDNA, and a region sandwiched between these primers is amplified by PCR. The amplified base sequence is determined by a known sequencing method such as the Sanger method. In addition, cDNA is synthesized from total RNA to create a library. The library may be comprehensively sequenced by high-speed sequencing such as pyrosequencing.

  In another method, the expression level and / or expression pattern of a mushroom gene can be detected by performing a hybridization reaction on a mushroom sample using probe DNA and detecting its specific binding (hybrid). .

  The hybridization reaction needs to be performed under conditions that allow the probe DNA to specifically bind only to mRNA or cDNA derived from a mushroom gene, that is, stringent conditions.

When hybridization is performed, an appropriate label such as a fluorescent label (such as fluorescein or rhodamine), a radioactive label (such as ³² P), or a biotin label can be added to the probe DNA. Therefore, in the present invention, a probe to which a label is added is preferably used.

  The detection using the labeled probe DNA includes bringing the mushroom sample or mRNA or cDNA prepared therefrom into contact with the probe DNA so that they can be hybridized. “To be able to hybridize” means in an environment (temperature, salt concentration) in which specific binding occurs under the above-described stringent conditions. Specifically, a mushroom sample or mRNA or cDNA is immobilized on an appropriate solid phase such as a slide glass, membrane, microarray, or microtiter plate, and a labeled probe DNA is added or a labeled probe DNA is added. Immobilize on an appropriate solid phase and add a mushroom sample or mRNA or cDNA to bring the probe DNA into contact with the mushroom sample or mRNA or cDNA to perform a hybridization reaction, and the probe DNA or mushroom sample that did not hybridize Etc., the label of the probe DNA hybridized with the mushroom sample or mRNA or cDNA is detected. When the label is detected, the target mushroom gene is expressed in the mushroom sample.

  In addition, quantitative detection is possible by using the concentration of the label as an index. Examples of the detection method using the labeled probe DNA include Southern hybridization method and Northern hybridization method.

  In another embodiment, differences in mushroom varieties can be identified using the expression level and / or expression pattern of a protein encoded by a mushroom gene as an index. For example, since a protein encoded by a mushroom gene to be detected expressed in a mushroom can bind to an antibody against the protein, detection of a reaction with the protein in a mushroom sample using such an antibody. By this, the expression level and / or expression pattern of the mushroom gene in the mushroom sample can be detected.

The antibody against the protein encoded by the mushroom gene is a polyclonal antibody or a monoclonal antibody, and includes a complete molecule, Fab, F (ab ′) ₂ , Fv fragment and the like. In the case of a polyclonal antibody, for example, such an antibody can be obtained from serum after immunizing an animal with a protein encoded by a mushroom gene or a partial fragment thereof as an immunogen. Alternatively, an eukaryotic cell expression vector that expresses the protein or fragment thereof can be prepared by introducing it into the muscle or skin of an animal by injection or gene gun, and then collecting serum. As the animal, mouse, rat, rabbit, goat, chicken and the like are used. Monoclonal antibodies are known monoclonal antibody production methods ("monoclonal antibodies", Kamei Nagamune, Hiroaki Terada, Yodogawa Shoten, 1990; "Monoclonal Antibody" James W. Goding, third edition, Academic Press, 1996) Can be manufactured according to

  The protein used to produce the antibody or a partial fragment thereof can also be produced using methods known in the art, for example, chemical synthesis methods and recombinant techniques.

  The antibody also includes an antibody labeled with a labeling substance. As a label used for such a labeled antibody, an enzyme, a radioisotope, or a fluorescent dye can be used. There are no particular restrictions on the enzyme as long as it satisfies conditions such as a high turnover number, stability even when bound to an antibody, and specific coloration of a substrate, ordinary enzyme immunoassay (EIA) For example, peroxidase, β-galactosidase, alkaline phosphatase, glucose oxidase, acetylcholinesterase, glucose-6-phosphate dehydrogenase, malate dehydrogenase and the like can be used. Moreover, an enzyme inhibitor, a coenzyme, etc. can also be used. These enzymes and antibodies can be bound by a known method using a crosslinking agent such as a maleimide compound. As the substrate, a known substance can be used according to the type of enzyme used. For example, when peroxidase is used as an enzyme, 3,3 ', 5,5'-tetramethylbenzidine can be used, and when alkaline phosphatase is used as an enzyme, paranitrophenol or the like can be used.

  When using an enzyme, add a substrate that decomposes due to enzymatic action and develops color, optically measures the amount of degradation of the substrate, obtains the enzyme activity, converts this to the amount of bound antibody, and compares it with the standard value. From this, the antibody amount is calculated.

As the radioisotope, those used in usual radioimmunoassay (RIA) such as ¹²⁵ I and ³ H can be used. When a radioisotope is used, the radiation dose emitted by the radioisotope is measured with a scintillation counter or the like.

  As the fluorescent dye, those used in usual fluorescent antibody methods such as fluorescein isothiocyanate (FITC) and tetramethylrhodamine isothiocyanate (TRITC) can be used. In the case of using a fluorescent dye, the amount of fluorescence may be measured by a measuring device combined with a fluorometer or a fluorescence microscope.

  When the expression level and / or expression pattern of a mushroom gene in a mushroom sample is detected using an antibody, it is tested whether or not the protein encoded by the mushroom gene to be detected is present in the mushroom sample. In addition, the mushroom sample is not particularly limited as long as the protein encoded by the mushroom gene is expressed, and mushroom crushed materials, extracts, and the like can be targeted.

  One method of detecting the expression of a mushroom gene using an antibody is a method in which the binding between the antibody and a protein in a mushroom sample is tested in a solid phase system. This method in the solid phase system is a preferable method for detecting a trace amount of protein and simplifying the operation. That is, in this solid phase method, the antibody (primary antibody) is immobilized on a solid phase (resin plate, membrane, beads, etc.), the protein in the mushroom sample is bound to this immobilized antibody, and unbound protein is washed away. After that, a labeled antibody (secondary antibody) is bound to the antibody + protein conjugate remaining on the plate, and the signal of this secondary antibody is detected. This method is a so-called “sandwich method”. When an enzyme is used as a marker, this method is widely used as an “ELISA (enzyme linked immunosorbent assay)”. It is also possible to perform Western blotting in which a mushroom sample is subjected to electrophoresis, the separated protein is transferred to a membrane, and then reacted with an antibody.

  Another method is a method in which the antibody and protein are bound in a liquid phase system. For example, the labeled antibody is brought into contact with the mushroom sample to bind the labeled antibody and the protein contained in the mushroom sample, the conjugate is separated by the same method as described above, and the labeled signal is detected by the same method. .

  Another method of the liquid phase system is to contact the antibody (primary antibody) and the mushroom sample to bind the primary antibody and the protein contained in the mushroom sample, and bind the labeled antibody (secondary antibody) to this conjugate. The label signal in the tripartite conjugate is detected. Alternatively, in order to further enhance the signal, an unlabeled secondary antibody may be first bound to an antibody + protein conjugate, and a labeling substance may be bound to this secondary antibody. Such binding of the labeling substance to the secondary antibody can be performed, for example, by biotinylating the secondary antibody and avidinizing the labeling substance. Alternatively, an antibody (tertiary antibody) that recognizes a partial region (for example, Fc region) of the secondary antibody may be labeled and the tertiary antibody may be bound to the secondary antibody. Separation of the conjugate from the liquid phase can be the same as described above.

  For example, Western blot analysis can be employed for detection of the signal after the reaction. Alternatively, the protein + antibody + labeled antibody conjugate is separated by a known separation means (chromatography, salting-out method, alcohol precipitation method, enzyme method, solid phase method, etc.), and the signal of the labeled antibody is detected. You may do it.

  Alternatively, antibodies can be used histologically for in situ detection of gene expression, such as immunohistochemical staining (eg immunostaining) or immunoelectron microscopy. In situ detection can be performed by excising a mushroom sample (such as a paraffin-embedded section of tissue) and contacting it with a labeled antibody.

  As described above, the expression level and / or expression pattern of the mushroom gene is determined by detecting the expression of the mushroom gene in the mushroom sample. Subsequently, the expression level and / or expression pattern of the mushroom gene in the target mushroom is compared with the reference mushroom gene expression level and / or expression pattern. Reference mushroom gene expression level and / or expression pattern is normal mushroom cells, mushroom cells exhibiting a specific phenotype, for example, cells that do not grow even after fruiting body induction, cells that are delayed in growth In addition, it is obtained from a microbial cell or the like that normally grows halfway but has a poor umbrella formation. Specific criteria differ when there is a change of 10% or more, preferably 30% or more compared to the reference mushroom gene expression level, or compared with the expression pattern of the reference mushroom gene. It is a case where an expression pattern is shown. For example, in the case of a mushroom gene in which the expression level of a mushroom gene obtained from a reference microbial cell exhibiting a certain phenotype is increased compared to a reference bacterial cell not exhibiting the phenotype, the gene expression level of those reference microbial cells It can be determined whether or not the target mushroom has the phenotype.

  As shown in the examples described later, the present inventors, by microarray analysis and quantitative real-time PCR, by comparing the expression level and / or expression pattern of the mushroom gene during the mushroom cultivation process between the bacterial cells, We have confirmed that cells with different phenotypes within the same variety can be identified.

  Therefore, the present invention clarifies intra-variety differences, for example, phenotypic differences, based on the expression level and / or expression pattern of the mushroom gene, using the expression gene (marker) in the mushroom cultivation process as an index. be able to. Therefore, the method of the present invention makes it possible to easily and accurately identify mushrooms of the desired phenotype without relying on the grower's experience such as visual judgment. In addition, the within-variety difference (phenotype) of mushroom cells is identified, and the cells that show the desired within-variety difference are selected. For example, excellent mushroom cells are selected and defective mushroom cells are excluded. The selected cells may be purified by a method known in the art.

  The present invention also relates to a mushroom cell sorting kit comprising means for detecting the expression level and / or expression pattern of a mushroom gene or a protein encoded by the gene. In such a kit, in addition to means for detecting mushroom gene expression (primer DNA, probe DNA, antibody, etc.), various components known in the art used for detecting gene expression ( For example, a buffer, a sample processing reagent, a labeled antibody, etc.) may be included.

  By using the kit of the present invention, the above-mentioned method for selecting fungi of mushrooms can be carried out easily and simply.

  Examples of the present invention will be described below. The description of this example does not limit the technical scope of the present invention. The commercially available reagents mentioned in the examples were used according to the manufacturer's instructions unless otherwise indicated.

[Example 1] Acquisition of molecular markers for distinguishing normal fruiting body strains and abnormal fruiting body strains using microarray analysis In maitake cultivation, fruiting bodies are induced by stimulating environmental changes such as temperature and illuminance. 1 day before the induction of the fruiting body, 1 day after the induction of the fruiting body, and 3 days after the induction of the fruiting body from the normal fruiting body strain in which the fruiting body is normally induced and the abnormal fruiting body strain which does not form the fruiting body normally And fruit bodies were collected from 4 points on the 5th (Fig. 1) and immediately frozen in liquid nitrogen.

  Frozen fruit bodies were ground using liquid mortar and pestle under liquid nitrogen, and using this as a starting material, total RNA was extracted using RNeasy Plant Mini kit (Qiagen). The obtained total RNA was tested for concentration and purity using Nano Drop (Thermo) and 2100 Bioanalyzer (Agilent), and used as a sample for microarray analysis. Microarray analysis was performed by commissioned analysis at Biomatrix Laboratories.

  From the data obtained by microarray analysis, when the expression patterns were compared between normal and abnormal fruiting strains, 312 probes showed different expression patterns. Among the 312 probes, the expression patterns of typical 6 probes (gfr01g0814, gfr01g0023, gfr01g1188, gfr01g2250, gfr01g7349 and gfr01g8377) are shown in FIGS. 2A and 2B. In FIG. 2A and FIG. 2B, the line graph indicated by a circle indicates the fluorescence intensity and expression pattern of a normal fruiting body strain, and the line graph indicated by a square indicates the fluorescence intensity and expression pattern of an abnormal fruiting body strain. For example, in gfr01g0814 (SEQ ID NO: 13), both before and after induction of the fruiting body, a difference in gene expression between the normal fruiting body strain and the abnormal fruiting body strain was found to be twice or more, gfr01g0023 (SEQ ID NO: 100), gfr01g1188 (SEQ ID NO: 138) and gfr01g2250 (SEQ ID NO: 160) show different expression patterns in the normal fruiting body strains, while the gene expression pattern before and after the induction of the fruiting body shows an increasing tendency in the abnormal fruiting body strains. , Gfr01g7349 (SEQ ID NO: 292), the gene expression pattern before and after induction of the fruiting body shows a tendency to decrease in the abnormal fruiting body strain, but shows a different expression pattern in the normal fruiting body strain, gfr01g8377 (SEQ ID NO: 212) ), The gene expression pattern before and after induction of the fruiting body is different between the normal fruiting body strain and the abnormal fruiting body strain.

  The expression level and / or expression pattern of the 312 genes corresponding to the above 312 probes are strongly correlated with the fruiting body phenotype, and a mushroom strain with normal fruiting body formation, that is, an excellent mushroom strain is obtained. It is suitable as a molecular marker for the purpose.

[Example 2] Confirmation of expression pattern of molecular marker by quantitative PCR
Using the cDNA in-house database, nucleotide sequences in the vicinity of gene fragments whose expression levels and / or expression patterns and phenotypes were found to be strongly correlated in Example 1 were obtained (SEQ ID NOs: 1 to 312). ). Then, PCR primers specific for 6 randomly selected genes were designed using computer software Primer3 (http://frodo.wi.mit.edu/primer3/). The designed primer sequences are shown in Table 1.

After removing genomic DNA contaminated from the total RNA extracted in Example 1 using TURBO DNA-free ^™ Kit (ABI), cDNA was synthesized using PrimeScript II 1st strand cDNA Synthesis Kit (TaKaRa). Real-time quantitative PCR was performed using Chromo 4 (Bio-Rad) with THUNDERBIRD SYBR qPCR Mix (TOYOBO). In real-time quantitative PCR, initial thermal denaturation at 95 ° C. for 1 minute was followed by 40 cycles of 95 ° C. for 15 seconds, 60 ° C. for 30 seconds, and fluorescence detection conditions as one cycle.

  Real-time quantitative PCR was performed on six randomly selected genes among molecular markers obtained by microarray analysis. The expression level of each gene was corrected by the expression level of the GAPDH gene that is constitutively expressed at any stage. Primers for amplifying the GAPDH gene are shown in Table 2 as SEQ ID NOs: 637 and 638. The relative ratio of the expression level was calculated using the ΔΔCt method (Livak KJ, and Schmittgen TD. Analysis of relative gene expression data using real-time quantitative PCR and the 2ΔΔCT method. Methods 2001, 25 (4): 402-8).

  The results are shown in FIGS. 3A and 3B. 3A and 3B, the line graph indicated by a circle indicates the expression pattern of a normal fruiting body strain, and the line graph indicated by a square indicates the expression pattern of an abnormal fruiting body strain. Similar to the microarray analysis (FIGS. 2A and 2B), it was confirmed that the expression level and the expression pattern differ between the normal fruiting body strain and the abnormal fruiting body strain in all these six genes.

  From the above results, the molecular marker obtained by microarray analysis is suitable as a marker for the purpose of selecting excellent mushroom strains. These molecular markers are also suitable markers for real-time quantitative PCR.

[Example 3] Confirmation by quantitative PCR at the inoculum stage In the same manner as described in Example 1, cDNA was synthesized from total RNA extracted from the inoculum of the test strain in the same manner as described in Example 2. The expression levels of the six genes used for real-time quantitative PCR in Example 2 were compared between normal and abnormal fruiting strains.

  The results are shown in FIGS. 4A and 4B. In FIGS. 4A and 4B, black bar graphs indicate the expression level of normal fruiting body strains, and white bar graphs indicate the relative value of the expression level of abnormal fruiting body strains. From these results, a difference in the expression level between the normal fruiting body strain and the abnormal fruiting body strain was observed for any gene.

  Thus, these molecular markers can be selected by selecting excellent and bad mushroom strains even at the early inoculum stage in the mushroom cultivation process. Therefore, by using the cell selection method using the gene expression level or its expression pattern of the present invention as an index, excellent mushroom cells and bad mushroom cells can be distinguished.

Sequence information
> DQ267941.1 | Grifola frondosa HGFI mRNA, complete cds "
ATGTTCTCCAAGCTCGCCATCTTCGCTACTGCGGCCTTCGCCGTTCTTGCGGCTGCCACCCCTGTCCGCCGCCAACAGTGCACCACTGGCCAGCTCCAGTGCTGCGAGTCTACCTCCACTGCGAACGACCCGGCCACCAGCGAGCTCCTCGGTCTGATCGGCGTCGTCATCTCTGATGTCGACGCACTCGTCGGTCTCACCTGCTCGCCGATCTCCGTCATCGGCGTTGGCAGTGGCTCTGCGTGCACCGCGAACCCAGTGTGCTGTGACTCGTCGCCCATTGGTGGACTCGTCTCCATCGGATGTGTTCCGGTTAACGTCTGA (SEQ ID NO: 1)

> gfr01g4107
ATGACGGCGCTGCAGGGCCTCAGCAGCAATGCCACCGCCATACAGGCACTCTTCCAGAACCACCTGATCAATGGATCAACGGTGTACTCTTCGGAGCTCGTCGGTCAGACGTTCACCTCCGCCGCTGGTGAGACACTCTCGTTTTCGTTCAACGCGACTGGGCAATATGTAACCTCGGGCAACACCACCGCGCGCATCGTCCAGCCCGACGTGCTCCTCACCAACGGCGTCATCCACGTCATNACAATGTGCTCGTCAACACCCAGAGTGATGCAAGCGCAGCCAGCTCCGCTGCCTCCTCTGCGTCCTCAGCAGCGACACAATCCACGTCGCAGACCGCGCCCATCGGCGCCTCGCAGACGGCCTCCCTCACAGGCTCTTCCAGTTCTGGTGCTGGGTCCCCTACTGGATCCAACAATGCTGCGTCAATGGCGTTGA (SEQ ID NO: 2)

> gfr01g3106
ATGACGAACGGCGCGCGGCCGTGGGTTGCGGAATTGAAGGCTGCGCTGAAGAGGATGGGCGAGTGGGAGACGGTGGCGAGTAGCAGGGATGTGAAGTTGAACTGGGAGCAGCAGTATGTTGCGCAGGCTGTGGACATGCTCGTCGGACGTAGTGGAAGCGGGTCTGG

> gfr01g1722
ATGCAGATGGAGATGGAGGGGGCTTCCGGAAACAAACTCCTGAATTCTTACCGTAAATACAACCGCATGTGGTACCTTAGCCGAATTCAATCAGAATCTCACACCGATCTCAGCGCACGCGGCTTTCTCACGTCATTGATCTGCAATTGCCACCACCCAAATCATTCAAGGCTAGTTACATACGTACCGCATCATATCCCACTGACGA

> gfr01g1016
ATGGTCGTCCTGAGCTCTGGAACTCTCGGCACTCCCCAGATTCTCGAGCGCTCCGGCGTTGGTAACGCTGAGATGCTGCGCGGTTTGGACATCAAAGTTGTCAGCGATTTACCCGGTGTTGGTGAGGAGTACCAGGACCACTACACCACACTGTCCGTCTTCCGTGTGTCCAATGAGACAGTTACTACGGACGACTTCCTTCGTGGCGTCAAGGAAGTGCAGCAGGAGATCTTCCAAGAGTGGGAGACCAGTCCCGAGAAAGCCCGCCTCTCTTCCAATAGTATTGATGCTGGATTCAAGATCCGCCCCACAGAGGCCGAGCTGAAAGAGATGGGCCCTGAATTTAATGAGCTCTGGAACAGGTACTTCAAAGACAAGCCTGACAAACCCGTGATCTTCGGGTCGATCGTGGCCGGTGCCTATGCTGACCATACGCTCTTGCCGCCGGGCAAATACATCACAATGTTCCAGTACCTCGAGTATCCCGCCAGTCGTGGCAAGATCCACATCAAGTCGCAGGACCCCTATGTCGAGCCCTTCTTTGACAGTGGCTTCATGAACAACAAGGCCGACTTCGCGCCGATCCGCTGGAGCTACAAGAAGACGCGCGAGGTTGCCCGTCGCATGGACGCATTCCGTGGCGAGCTGACGTCGCATCATCCCCGCTTCTACCCCGCATCTCCCGCCGCTGCTAAGGACATCGACATCAGGACGGCGAGGGAGATTTATCCGAATGGTCTCACCGTCGGCATCCACATGGGCACTTGGCACACACCGAGCGAGCCGTACGATGCTTCGAAGGTTCACGATGACATCAAGTACACGAAGGAGGATGATGATGCTATCGACGACTGGGTTGCCGACCATGTGGAGACGACATGGCATTCCCTCGGTACTTGTGCTATGAAGCCTCGTGAACAGGGTGGTGTTGTCGACAAGCGCCTGAGCGTGTACGGTACCCAGAACCTGAAGTGTGTCGACCTCAGTATCTGCCCGGATA ACCTTGGCACGAACACGTACTCTTCCGCTCTTCTCGTTGGTGAGAAGGGCGCCGACTTGATCGCGGAGGAGCTCGGCTTGAAGCTCAGGTTCCCACATGCTCCCGTCCCGCACGCCCCCGTTCCCGCTGGGAAGCCATCCACGCAGTTGGTTCGTTGA (SEQ ID NO: 5)

> gfr01g3544
ATGGAATTCAAGGGTATGGCGGGCAATCAGGTCTTAGAGTGGACTGATATCAACCTGGAAATCGAGCTTGCCGGGCTGAAAGACGATCCGCTGGCTCCTCCAGACTTGCTTGTCAATGCGGATTTCCGGCACAACTGGAGAACAGCATAGCCTTCCTGAACGACCGCATGCCTCCATCCCATATT

> gfr01g0179
ATGCGGCTTTGTTACCCGGTCGAACAGCCCCACTTTGACCGACTGGACGATGCAGCAGGAGTGATGGAGGCAGCGAAAAAGTATGGCATGACGCCTGTGCTTGTGCGGATGAAGGACTCGTTGATGTCGTTCATCGAGAGGGAGCCGCTGAGGATATTCGCACTCGCCTATCGCTGGCGGCTCGAGGATGTCGCGCGCAAGGCGGCGACCCAGTTTTTAGGGCACAGCCTACGCTCGTTGCCGCCATCGATGCCCGCCGAATTCCATCATCTACTTATTCCCTCCGACACATACTACAACCTCCAAGCCTATCATCGTCGATGCATGGATTTCGCTGTCAGTCACACTGTAAGCTTGGAGTGGGTGTTGAGTGTGCGAGGGCATAAAGTGAAGAAGGCATTCCGGAAGGGAGGGAAGCCGTGGTTGGACGTCTCATCGTCCTGGATTTGGTTCTCGTGCAAGTCGAGGGATTGTGAGGTTGACAGGACGGGTATCGCCATAACAATGGGGGAGTGCAAGGGAACATTTCGACCGAAGGTTTGGTGGATGGATTATATTCGACGGGCCAGGCAGGAGCTCGAGAATCGTCCTGTGGGAAGGGCCGTCAAAGGTCCAGCGATGCTGGAGCCATCACTGCGGAAAGCGGGGAATTGTCTGACCTGCGGGCCCGCTGCTTATCAGGATTTGATGGAGTTCAGCGAGTTGCTCGCCGCCAGAGTGGACGAATCCTCCGCCCAGCTTCCGCTCGAATTGCACTTCTGA (SEQ ID NO: 7)

> gfr01g2116
ATGAATTCTTCTGTGCAAGATGCGGTCAACCTTACTTGGAAACTCGCGCTCGTCGAAAAGGGCATCGCAGCGCAATCCCTTCTCGACACATACTCCGAAGAGCGGGTGCCTGTCATCGCAGAGATGCTGGAGCAAACAACGAAGTTGCTCAACAAGACGATGTCGGTGAAACGCGATGCCGACGATACATCTGCGTGGGACCGTCGAGGAGCCCTCCTTCAACTTGGGGTCAATTACCGCTGGAGCTCGATTGTTGTTGATGAGCGAATCTCTCCTACAGGTGGAGGGAGGACTAACCCTTCGGACGCGTACGGTGAAGTCGGAGGCGAGATTCGCGCTGGCGATAGGGCGCCCGATGCACCCGCCTTAGTCACGCGAACGACGTGGACAAATCGACTTCGTTGTTCCAGATCTACGGTGCATCCTATCACACCGTCCTCCTCTTCACTGCCGACATGA (SEQ ID NO: 8)

> gfr01g1631
ATGCGATCCCGCNCAGACTTCATTTTCTTCTGGAAGACCCGCGATGAGCACGGGTGGGCTGTGCAGTGGTACCGCTCGCCGTTCACGGCTTGCATTGCGCTTCCCCATGGAGAACGAAAGGTTACATTCTCGACGGCGGAGCATTGGATGATGGCGCAGAAGGCGCTTCTTTTTGGGGATATCGCGAGCTTCGAGCTTATCGTTGAGGGCCCGCGCAGTAGCCCAAGGGCCGTGAAGGCGGTGGGGCGGCGGGTTCAGGGATTTGATGAAGACATTTGGGTGCAAGAGCGGGAGAGAATAGTCGTTGAAGGGAACATGCTCAAATTTGAGCAAAATAGAGCGCTGCGGGAGAAATTGTTGGCCACGGGCGATAAGATATTGGTGGAAGCGAGTTCTAAAGACAGGATCTGGGGCATTGGGTTTGCGGAGAAACACGCTATGGCAAATCAAGAACGGTGGGGGCTGAATTTACTCGGGAAGGCTCTCATGGATGTCAGAAAGATGTTGCGCGAGCAGGATGCTCTCGGGGTCGCTACTAGTGCTTAG (SEQ ID NO: 9)

> gfr01g2078
ATGCTCAACTTTGCTTTCAACGTCCTCCTCGTCCTCGCAGGATCCTCCACTGTCCTTTCCGCTCCTGCGCCCGTTGCAATCACCGACACCGACATCTTNCAATATGCGCTGACACTCGAACATCTTGAGAATACCTTTTACAGTGGAGCCTTGGAGAAGTTCGACGAGCAGGCGTTCGCCGATGCCGGCTTCGACAGCTGGGTACGCGGGCGTTTTGTGCAGATCGGCCAGCACGAAGCGGAGCATGTCGAGTTTTTAAAGACTGCTCTAGGAAGCGCGGCGACGCAGCCCTGCACATACAACTTCCCGTACACTGACCCCATTTCATTCGCCGCCCTCTCCATGGCCCTCGAGAGCGTCGGTACATCGGCCTACCTTGGCGCCGCCCAGGATATTTCTGACAAAGGCACGTTGACCGCGGCGGGTGCTATACTCACGACAGAGGCGCGTCACGCGGGCTGGGTTATGTCCGCGGTGCTTCATGAGCAGCCTTGGAATGGACCGTTGGAAACGCCGCTCGGACTTGATGCAGTATATTCTCTTGCTGCCCAATTCATCACGTCATGCCCTGACACCAACCCGGCGCTCCCCGTGAAGGCGCTCCCGCGCTAA (SEQ ID NO: 10)

> gfr01g1687
ATGAGCACGCACGGTGTACCTAATGACGTGCTCTCCAACTTGGATCCATTCGCGCTGATCATCTTCATCCCGATCTGCGACATGTTCTTTTATCCCGCACTGCGTCGTGTTGGTATCAACTTCACTCCCCTCAAGAAGATTACGACAGGGTTCTTCACCGGCGCGGCTGCGATGATTTGGGCTGCTGTGGTACAACACTATATTTACAAAACCAATCCGTGCGGATACCATGCCGCTACGTGCCAGGATGCCGATGGGAATCCTCTCGTCTCCCCGCTCAACGTGTGGATCCAGACCGGTAGCTACGTGCTCATAGCATTCTCTGAAATCTTCGCGTCCATTACTGGCCTCGAGTATGCCTTCACCAAGGCGCCGAAGAATATGCGCTCACTCGTCATGTCCGTGTTCCTGTTCATGTCCGCCATCTCCAGTGCTATCGGTGAAGCCTTTGTCACGCTTTCTGCCGATCCATTGCTGGTGTGGAACTACGGCGTAATGGGAGTGCTTGCTGGCATCTCTGGAATACTGTTCTGGTTCCAGTTCCGCCATCTCGATGCTCAGGAAGACGAGCTCAACGCCCTCGTCGAAGGAAGCATGGGTGAGAAAGATTAG (SEQ ID NO: 11)

> gfr01g0550
ATGCGTGTTGCAATGCAGTTGGCGCGCATTTCTTCAATGGTTCTGTATAGCTCTTCTCCTTTCTTCTGCGCGCCCAAAACGTTGTTGTATTCTGGCATAAAGACTATTCTTGAATCTGAGACGCATGTCTGA (SEQ ID NO: 12)

> gfr01g0814
ATGCGCCTGCATGGGGGCTGCCGCCACTGGGATCCAGTCAGCTTCCCCATCCGACGCTNCCTGCCCCCTCCCCGATTTCTTCCATGTTATCGCGCGAGACACGCAGAGGGCTCCTTCGACGATGCGCTTCGCGCCCCAAATGCCGGCATACTCTACCACCACTCCTCGGCCCCGTCGCCGCCACTCCCCCCTCCCCTCGCCCCGTCGCATTCGCGCGGGGCTGCGGGCGCGGGGCTGGCGCAGCCGTACGCTCCCTCCAGCTCTGTGGCGGTACCGCGGCTGCCGCCGATTATGCAGGTCGAGAAGCAGCAGGTGACAACGAGCGCGACGCAGGCAGCGAGCGCAAGCCGCCGGAGAAACGAAGCGAACTTTGTCTGCCCGGTGCCTGGGTGCGGCAGCACGTTCACTCGCCGCTTCAACCTGAGAGGACATCTGCGTTCTCATACCGCTGAGCGGCCGTTCCAGTGCGAGTGGCCTGGGTGCAACAAGGGGTTCGCGCGGCAGCACGATTGCAAGCGGCACCAGGCGCTCCACACGGCAAAGCCGCAGTCCAATGTCTGCCGGGGTTGTGGGAAGACGTTTAGTCGCCTAGACGCTTTGAATCGACACCTTCTCTTAGAATGCTGA (SEQ ID NO: 13)

> gfr01g0921
ATGCAGACTGTGTGGCTCAGCCTGGTCCCACTGTGCTCCTCTACAATTTTCACCTTGGAGTACAATTTCAACGCCGCCCAGATTGGTTTGACAAATCTTGGCGGCATCGTTGGAATCGTGATCGCAATGTGTATCACCGGTCCCTTACTCGACTGGGGCGTTGTTTGGATGTCGAAGCGAAATCGGGGAGTGTACGAACCTGAGTTCAGACTAATCTTCATGTCCGCCATGCTGTTCGGTGTCTTCGGCTATATAGGATGGGCAGTTGGCAATGACCATAGGATGCCGTGGATTGGAGCTGTGGCGTGCATTGCCATGCTCAACTTCAGCATGGTTGTCTCGGGCTCTGCTGCAGTGACTTACCTCTTAGATACTCACGGCGCGAACGCGCTACAGTGCCTTGCACTCAGTAACTTTGGCAAGAATATGGTTCTCTACGGCTCGACCTTCTTCGCCAATGGCATGGTGCTGAGCCGAGGCGTGAAAACATCGTTGCTCATCCTCGGCGCTTGTCAGGCCTTTTGTTGGCTTGCATCCATCCCGATGTACGTCTATGGAAAACGTGCCCGAGCATATATTGCGCGACACCCAAAGTTCTTCCACGCAGATGCTAACGGTACCTCGTTGAAGGCGACGTGA (SEQ ID NO: 14)

> gfr01g2544
ATGATTTTACCCATCGGAGCGACGAGCTTCGTGGAAGCGATGAAAATGGCGACGGAGACGTACCACACGCTCAAGAAAGTCATCAGCGCTAAGTACGGCATAGACGCTGTGAACGTCGGCGACGAAGGTGGGTTCGCGCCAAACGTCTCCGGCGCGGACGAGGCGCTGGAGCTGCTGTCCGAGGCGATCAAGGAAGGCGGGTCTTACGAGGGGCGCGTGAAGATCGGGTTCGACGTGGCGTCATCCGAGTTCTTCAAGGACGGCAAGTACGACCTCGACTTCAAGAACCCGAACTCGGATCCCAGCAAGTGGATCACGGGCGTGCAGCTTGCGGAAGTGTATCGTGGATACCTCGAGAAGTACCCAATCGTGTTCATTGAGGACCCGTTCGCCGAGGATGACTGGGAAGCGTGGGCGCACTTTATGAAGCACGGCGTCGATGTTGAGATCATCGCGGACGACCTGACTGTCACGAACCCGCTGCGCATCAAGCGTGCGGTCGAGGAAAACTCATGTAACGGGCTCCTCATAAAGCTCAACCAGATCGGCACAGTCTCCGAGACTATCCAAGCGGCGCAGCTCGCACAATCAGCCGGGTGGGGTGTGATGGTCTCGCACAGGAGTGGCGAGACGGAGAGCACCGTCATCGCGGACCTCGTCGTCGGGCTCGGCGTCGGCCAGATCAAAACGGGCGCGCCTGCACGGAGTGAGCGCGTTGCGAAGTATAACGAGCTCCTGCGCATCGAGGAGGAGCTCGCTGGCAAGAGCATATACGCTGGTGAGAAGGCGTTCTCGGCAGGGAAGACGCCCCCGGCGCTCTTGCGGAAGTAG (SEQ ID NO: 15)

> gfr01g2915
ATGACCACCTCTCCGCGATGGGTTGAGATCCTTACCGACGCCCTCCGCAAGCCGGAGAACATCGAGCAGAATGTATACCAGATTGCCACGGTCGATGAAGAGAGCGTCCCGCATGTGCGCTCGCACATGCATCGCGACATTCTGTACCCTGTCGACAGTCCCGAGCGCCCGGTCATCCTCACCACCACCGACGTGCGCGCGCCTAAAGTGACGCAGATGCTCCGCAACTCGCGCGTCGAGCTCGTCTGGCGTCTTGCTGGCTCTCAGGACCAGTTCCGCATTGCCGGCTTTGCACACGTCGTTCCCAGCTCCACGCACCCATCCTACGACGCCTTCAAGCCCGCCTCGTACCTCGATCTGTCCAAGTTCGCGGAACACGGGTTTAATTGGGAGAAGAAGCGTAAGGAGGTCTGGAATGAGATGAGCGGGCCGTTCAGAGCGCTGTGGTGCACTCCCGATCCAGGGTCGCACTTGGCGTCGCATGAGGAGCAGAAGAGTTGGCCGCAATCCGTGCCGAAGCTTGGTGAGGCGAAGACGGCGGAAGAGAAGAAGAATCAGGAGATATCGTTGCAGAATTTCGCGCTAGTGTTCATTGAGCCCGTTGTGGTCGATTGGGTGCAGGTTGGTTGCGTGCCTAACCAGAGGACGAAGTGGACGCGGAAGGGTTCCACTGGAGAGTGGACAGAAGAAATCGTCGTCCCTTGA (SEQ ID NO: 16)

> gfr01g3838
ATGCCTCGATCTTCTCGGACGCCTGCTCATCGTGTCTTCGTGCGAGCTATACAACAGGAGGAGCCGAACGCCACTGTCACATGTAGCTTGCATCCCCCTCCCATCCAGTCATCTTCCGGTAACGGGTTCATCGGGAAGATAGGTAGTCGGAGCGATCACGACCAATATGTCGGCGAGGCAGAATCCCTGAAAGCAATAAATGTCGCTGCTCCAGGCCTAGCTCCCCGTCTCATCGCATGTGGGGTGATAGACAAGGACAGCGCCGAGTCCGACAGTGATATCGGCAAACCGTTCTTTCTTTCCGAGTATAAAGATATGGGACCACTCACCGATGCCGCTGCGAAGATTCTGGGGAAGAGATTGGCGACGGAGATGCATGCGTATAAAAGCACACAGGGATTTGGGTTTCATGTGCCGACATATTGCGGAAGAACGAGACTGGACAATGGCTGGTTCGAGACATGGGAGAAGTGCTATGATGCCCTCATCGCAGGTTTGCTGACCGAACTGGGGAAGAGTGGTGGATATAAGAATCTATGTAAGCAAGGGGAAGAGGTGAGGAAACGAGTAATTCCGGCCCTCCTTAGCCCATTAGCCATACAACCTCTTCTTCTTCATGGCGATCTATGGAGTGGGAACACGGGGCACAGACCAGTCAAATGGTGCTCCCGTTATATATGA (SEQ ID NO: 17)

> gfr01g3839
ATGGCGATCTATGGAGTGGGAACACGGGGCACAGACCAGTCAAATGGTGCTCCCGTTATATATGATCCCTCGTCGTATTTTGGCCATAATGAAGCAGACCTCGCAATTGGACGAATCTTCGGCGGTATTCCGCGCTCGTTTTTTACGACTTACCATGAAAACTTCCCGAAATCAGAACCGGAAGACCAATATGAATTACGCGGGGACCTGTATGAGCTGTTCCATTACCTTAACCATACAGTTCTATTCGGAGGATCTTACGCAAGTAGTGCTCAACACAAGATGGACACACTTCTTCGTCATTTTCCTGGCGAGCCAGAGATAAATCTAGTAAAATACAACTCATTAATTACTGTACCATGTGCTTCTCAAAAAAACTAA (SEQ ID NO: 18)

> gfr01g1071
ATGCTCTCCTTGACATTGATCACCCTCGGTATTACTGCGGCTCTGTCCTTCGCCACTCCGGCGAAGCGTGTACCCGCACTCGAGGTCTCGCTGACAGCCCCGACCATTGTGAACTCTATCCAAGACATCAAGGTGACCGCTGCAGTGACCAACACTGCCTCCGACCCCCTCAAGATCTTGAAATACGGCACAGTACTCGATAACGATCTGCCTACTCACTCTTTCATTGTGAGCAAGGATGGCGTAACCGCTGATTTCACGGGCATCAGAATCCAAGTAGACATGGACGCCCTTGACGACTCTGCCTTTACCGTCATCCCTGCTGGAGAGACCGTTGTCGTCGAGCACGAGGTTGCACCTCTTTACAACTTCGAGGCTCTTGGAACTGGAACCTACACGTTCGAGCCCGTCACAACCTTCCAAGTCATCGAGGACAATGCAAAGCCGAACATTTACAAAGTCTTTGCTTCCAAACTCACGATTGAAATCAAGGGTGACGTCGCGAAGCGCAGCCTCAAGGTGCGCGATAAGCGAGCCACAGTAAGCTGCTCGGACTATAGCCAGAAGAGTTTCATCTCATCCAGTTATTATGAAAGCAAATCTCTCGCATCGCTCGCCTCTTTGTATATCTCTATTTATGGCGCGAACTCGCTGTTCCAATCATACTTTGGCACCACATCGACTTCGACGGTCATCAACGTCTTCGATAACGTCGCCAACGAGAACTCTAGCAGCCGCACGCTCAATTGTAACGATCCCTACGGTGCATGTACCAACGGTGTCATCGCCTACACCTTGGTCGCCACCACCGATATCTACTTCTGCTCCATTTTCTATAACGAGGTGGCCTCCTCCAGCCTTTGCTATGGTACGACCGTCGCCGCGCGTAACATTCGTGGTGGAACCACCTTGCACGAGCTCACGCATGCCACCTCCCAGACGGTAGACTTCGGTTACGGCTGTGCTTTTGACCAAAGTTTGGCTTCGTCGAACCCGGCCC AAGCCGCGCAGAATGCCGATAACTACAATTGCTTCGCCACACAGGTTTACCAGGATACTCAATGCTGA (SEQ ID NO: 19)

> gfr01g2376
ATGATCTTCTCCCTTGCACATCCGTACGGGACGCCTACCATATTGTCCAGTTACAGCGGCTTCACCAACACAGATGCTGGTGCCCCGAACGGCGGTACCGGGACTTGTTCTGGGAGTGGTGGGCTGAATGGCTGGCTCTGTCAACACCGCTGGACGGCTGTCGCAGGCATGGCCGGCTTCCGCAACAATGTCGGCGATAGTGCGTTGCAGAACTGGGTCTCGCCGCAGTCTGATCAGATCGCCTTCGGACGAGGTGCATTGGGGTTTGTCGCCATTAACAATGACGATTCTGCGTGGACTACAAATTTCGTGACGGCTGTTCCTGATGGATCGTATTGCGACGTCATTAGTGGGGCCAGCTTGGAAGGGAACTGCACTGGCTCGTCGTTCAGTGTATCTGGCGGAACATTCAGCGCAACCGTTCCAGCTCGGAGCGCCGTTGCAATCCACACCGGTGCAATGGGCACCGGTTCAGGCAATGGTAACGGAGGAAGTGGTTCTGTCACCATTAACTTTGCAGAAACCGCTACGACCACGTTTGGCGAGAACATATTTGTTGTTGGGAGCATATCCCAGCTAGGCGATTGGGATCCTGCATCTGCGATTGCACTCTCTGCTGCTTCGTATCCCGTGTGGACGGTCTCCGTGAGCATGCCGGCAAATACTGAATTTCAGTACAAATTCATCCGTAAGGAGACCGACGGTAGTATTGTTTGGGAATCTGATCCGAATCGCGACGATACGAGCCCTGCCTCTGGCTCGCAGACAATTGACACGTCTTGGAGGTAA (SEQ ID NO: 20)

> gfr01g2377
ATGAGGCTCGATGCTGCGAAGAATATCAATGTGTCAGACATTGCGAACATTTTGTCACGTCTCTCTAGCACTCCTTATATCACTCAAGAGGTCATCTGGGGGGCGGGTCAACCGGTCACTCCGAACGAGTATACTGGCAACGGCGATGTGCAGGAATTCCGTTATACGACCCCTGTGTTCCCGTCGCTGTGTTCCGTCCTC

> gfr01g1381
ATGTCCGCACTCTCCGGTTTGGACATTGCCCTGTGGGATATCAAAGGCAAAAAATTGGGGGTTCCGATCTGGCAGCTCTTAGGCGGGAAAGTCCGCGACCGAGTGAAGGTGTATGGATGGATTGGCGGTGACAAGCCGCGTGACGTTATCCAAGGAGCAGTGAGTCGTAAGGAGCAGGGTTTCACTGCAGTCAAAATGAATGGCACAGAGGCGATTGGATGGATTGACTCGCCTACGCTGCTGGAAGACACCGTATCTCGCGTCCGCGACGTTCAATCTCTCGGTCTGGATGTTGGGATAGACTTCCACGGTCGAGTGCACAAAGGCATGGCGAAACAACTTGCAAAATTACTCGAGCCACTTCAACCCTTATTCATAGAGGAGCCTCTTCTTCCAACCCAGCCGGAGGAAATTGCTGACCTTGCAAAGTTGGTCTCTACTCCCATAGCTGTTGGCGAGCGGCTCTACTCCCGCAATGATTTTCGTCCGTACTTGGAACGGCGAGCCATCGACATAGCTCAACCTGATGTATCGCACTGTGGAGGCATAAGCGAATTGCACAGGATTGCCTCGCTCACTGAAACATATGACGTTGCTCTTGCGCCCCATTGTCCGCTTGGCCCAATCGCGCTCGCAGCATGCATGCAAGTCGATGTTGCTGCACCCAACTTTTTCATACAGGAAATGAGCCTGCAGATGCATTACAACGAAGGAGCAGATCTCCTCACGTATCTTATGGAGCCTTCGGTGTTCGCAATCAAAGACGGATATGTCGAGGCGCTAGAAGCCCCCGGCTTGGGCATAAAGGTTAATGAAGCGATGGTTCGGGAGACGGCTGCTCGCTGTACTAACGACAAGGCATGGAGAAACGCGGTTTGGAAGGGACTGACGGGTCGTTGCGGGAATGGTAATGACGCAGACTGA (SEQ ID NO: 22)

> gfr01g0675
ATGCTGAAGGGCCTGTGGGTACACTCCTGCGAGAGACATATGAGAAGTTTACATCTAGCAGACGGGCGATACTCGTTCTTCAGTGCTATTCGCGGCTCGCATAGAAGCCTGTGTGCTTTGCGAAACTCAATTCAGACCACTCTTGGACTGCACAATTTTTTCCATTTACCGCTCTTCGTGAGTGAAAAATACCATGCAGGGATGCGAAGTTTTTGTCGTTTATTTTTGCTCGATCNCGTACATGACATAGGAAATCCCAAGAGGTTATGTCTGCTTCATCTATTCATATTCTGCACTCGACGAGATATTTCGGACATGACGAATGCGATGCCATCGTTTCAAGATGCATCGTTAGTGATACCTCTTGTGTTCCACTTGTAA (SEQ ID NO: 23)

> gfr01g0684
ATGGCGCCTGCCGGCCCCTTCTCTCCCACACAGATCACCCTTGTCTTCCTCGCCAACCGTGTTTCTGCCAAGTTTGACGAGATCAAGAACGATGACCATGTTAACGTGTCTTTCTATGACCAGTCCACTACCAGTTGGGCATCCTACTCCGGCGTCGCCAGGATTACGCAAGACAAGGACAAAATCGCGAAGCACTGGAACTCCATGATAGCCGCGTGGTTTGGAGACCTAGGCGATGGCGTTCACAAAGGCGACCAGAATGACCCCCGTGTCGCTNTCATCGAAGTCATACCGGCAGAAGTGCGGTATTGGGTCGCGACCCGCGGCGCTGTGGGACGGGCAATAGAAATTGCTGTCAGCGCGGTCTCTGGCAACACCGCGGCGCCCGGAGAGTTGAGAACCATCACCAAGGACGAGATCCAATTGCTACAAGGTATCAAGTCAAAGTAG (SEQ ID NO: 24)

> gfr01g4012
ATGTTTGACTTCAGTCCGGTTCTCAACGAAGTCAGGTTGGCCTATGACAACGTTGAAAAGTGGGCAAAACAACAGAGCGCACCGTTTTCGTTGAGCTGGTTTGTTATGTCCCCGAAACTCAAAGCCGAGCCGAAGGGCGTGATTCTCATCATCGCCCCCTTCAATTTCCCGTTGTTCTTGCTGCTGAATCCTCTGGTNACTGCTATCGCTGCCGGCAATGCAGTTCTTTTGAAGCCATCTGAGATGACACCCACAATGAGTGCCTTGTTGGCGGAGCTCATGCCGCAATACCTGGACAATGACTTGTATCGTTTTGTGAATGGCGGTGTCGCCGAGACGACGAAGATTCTAGAGCTGCAATGGGATCACATCTTGTACATTGGCAATGCTCGGGTCGTCAAGATTGTGTCTATGGCAGCAGCGAAGCACCTTACTCCCGTCACGACTGAACTTGGAGGCAAAAACCCGGTAGTCATTGATCCCAAGTGTGATATCAAGACGGCAGCTAGAAGGATCCTATGGGGCAAAACTGCCAACTGTGGTCAGGTGTGCTTGGCGCCGGACTATGTGTTAGTTCCGAAGGACTTTCAGGATACCTTTGTTGATGCGATGAAAGAAGTATACGCGACATTTTATCCTACAGGGCCGGCCAATTCTGACTCGTTTGGTCGTGTTGTGTCGGAGGCACACACCAATCGTATCAAGCATCTCCTCGACGAGACCAAAGGTACAGTTGTTCTCGGTGGAGAGGTAGACGTCTCCAAGAAGTATATCGCGCCCACAATCGTCAAAGATGTGACGAAGATGATGCACTCATGA (SEQ ID NO: 25)

> gfr01g3974
ATGGATACGNCATCTAACGGGTTATCACGCATCCTTCATCTCTTGGCTCAGCATCCCGACATCCAGGAAAAATTGCGTAAAGAGATTACCGAAGCCCGTAACGGCCAAGACATAGCCTACGATGAATTGGTCCAACTTCCGTATCTGGACGCGGTGTGCCGGGAGACGCTCAGACTTCACCCCCCCGCGCTCATGCTCTTCCGAGAGACCCGAAAGGATATGGTTTTGCCACTTTCAGAGCCCATTCGTGGCGTTGATGGTTCGATGATCAACGAAATTCCGATCCCGAAGGACACAGGCGTAATGATTGGCGCCCTGGCGTCAAACCGCAACAAGGCAATCTGGGGCGAAGATGCATATGAATGGAAACCCGAGCGCTGGCTTTCTCCTCTGCCCAGTGCTGTTACCGACGCTCATATACCCGGCGTGTACTCGAATCTCATGACATTTTTAGGCGGCGGTAGGGCTTGCATTGGCTTCAAGTTCTCTCAGTTGGAAATGAAAGTGGTCCTGAGTCTCCTCGTGTCTGCATTTACTTTCGAGCTGCCAGACAAGCCTATCGTGTGGAACTTGGCTAATATTGGCTATCCGACTGTCGAGAAGCATGGAGAGAAACCTCAGATGCCGCTGAAGGTGGGGTTGGTGAAGACTTCTGCTTAG (SEQ ID NO: 26)

> gfr01g1146
ATGACAGACCACAACACGACCTTCTACGGGTTCACGCCCGTGCCTAGAGACCCAGAGGTGTTGTTTAAGGACCATCCTACTGCTACCGGAGACAATCCTAAGCAGGACTTGTTTGCGGTGGACGACTTTCCCTTACCTGATTCTCCTGTGGTACGAGAAGTGAAAGCCTTCGTCAAGAAAGAGCTCGATGAGCAGACATACAACCACAGCCACCGGGTCTACATTTATGGAACTGCTCTCGTGAAGACGCACTTCCCATCGTGGTCGTATGATTCGGAGACATACTACTTGGCATGTTTACTGCATGATATCGGCACTGCAGAGCGTTTCCTGGCGACCACGAAGATGTCATTCGAGTTCAAGGGCGCAATCGTCGCACGCGACCTCATCCTGCAGGTCGGTGGGCCGGAGGACCAAGCAGATAGCGTCTGCGATGCAATCATACGGCATCAAGACATCTTCGTGAAGGGTGGGAACATCACCTTGATCGGCCAGATTCTACAGTTGGCGACAATCTTGGACAACGTTGGGCTGCGTGCCAACCTGATCCACCCTCGTTTGATTGAAACGACAACAAGCACGTTTCCTCGGAAGGGCTGGTCGGAGCACTTCGCACAAGTGATTGAGAAGGAACTCAGGTTGAAGCCGTGGTGTCACACTTCAACGTTCGAGCAGGCAAACTGGAAGGAGGGCGTGAAGAGCAACTTCGCAACGGATGTTAGAGGTAATGACGTTATGAGACCTTACGACTGA (SEQ ID NO: 27)

> gfr01g4260
ATGGCTGGGTCTGTTGGCGGGTTCAACGCGCATGCTGCAAACATTCTTACCGCGATGTTCTTGGCGACTGGCCAGGATCCCGCGCAGAATGTGGAAAGTTCAAATTGCATGACGCTTATGGAGCCAACTAACAACGGCGAGGACTTGCTCATGACCGTTTCTATGCCCTGTATTGAGGTCGGAACAGTCGGAGGCGGCACTATCCTAGCGCCCCAACAAGCTGTTCTTGAGCTTCTCGGCGTGCAGGGTGCGCATCCCACAAACCCCGGCCAGAACGCCCAACAGCTGGCTCGCATCATCGCATCTGCCGTGATGGCAGGCGAACTCTCACTCATCAGTGCGCTGGCGGCAGGCCACCTTGTCCGCGCGCACCTCGCACACAACCGTTCGCAACTCAATACCCCCCTACCTTCGCGACCGACCACTCCTGGACCTACTGAGCCCGCCGGCGGTGCCTTCTGGGCCGGTGCGAAGAGTTCTGCGCCACCTGGCTATGCTGTGGAGACGAAGTGA (SEQ ID NO: 28)

> gfr01g1102
ATGTCTCAGAAATATTCAGTTCCTCAGCCAGACGTGTTTCTAGGCATTGCGTGTACCTGCGTCGGTTGCGGCCCAGGCGGAAGTACATCTATGTTGGCTCGAGTGGCAATTGTTGACTATAGAGGTCAAACCGTTTTCTGCACCTATGTGCAGCCGACGATGCCTGTTTCCGATTATCGCACAAGCACCACCGGTATCGAGGCTGCCCATCTTCATCACGACACGGCTATGAAATTCGATGATGTCCAGAAACAAGTTGCGGACTTGATTAGAAGCAAGATCCTAGTCGGCCATGCCCTCTGGCAGGATTTGTCCGTTCTGGGCATCCCTCACCCTGCGGTGGCCACCCGCGATGTTGCACTTTATCAGCCCTTCCGCAACGCACTCAAATCGACCAATCAAGTGATCGGTCTTCAGACCCTTATGTGGCATCTGATGCGCCGAAGAGTCCAGGATGACAAGATATGTGCGCTCGAAAATTCCCGGGCAGCATTAGATTTGTACCGCTCGCATGCCGGCGAGTGGGAGTCTACCGTCTCGAAGGGACAGTGGCCCTCCTTCCTTCCGCCAAACACCTTCTCGCGGTGCTACTTGTGA (SEQ ID NO: 29)

> gfr01g0288
ATGACTGTCAAGCTCTATGGTTTCCCGTTCTCAACCTGCACTCGCCGTGTTGCCCTCATCTTGAAGGAGAAGAACGTGCCTTACGAACTCATCTCCGTTGACCTCAGCAAGGGCGAGCAGAAGGCTGCGGACTTCGTTGCCAAGCAGCCGTTCGGCCAGGTGCCGTACATCGTTGAGGAAGATGGCTTCACGCTCTTCGAAAGCCGAGCGATTGGGCGATATATCGCCACGAAGTACGCCGCACAGGGCGAGAAGATTTTACCTGACCCATCCGATTTGAAGGCCACAGCGCTCTTTGAGCAGGCAGCGAGCATCGAGACGTCCAATTTTGATCCTTTCGCGAGCAGTGTCGCATACGAAAAAGTCATCAAAGTTAGGCGTTATGGTGGAGAGACAGACGTTAAACTGGTCGAAAGTCACCTGAACACTCTCAATGCGAAGCTTGATGCTTATGAGGTCATCCTCTCCAAGACGAAGTACCTCGCCGGTAATTCGGTAACGCTCGCCGATTTGTTCCACTTGCCTTATGGTACAATGCTTGGAACTATCGGTATTGATCTGCTCACGGCAGAGAACAGACCTAATGTTGCAAGGTGGTGGAAGGATATCTCTTCTCGCCCATCCTGGCAGGCCGTCAAGGATCGCGCTTAG (SEQ ID NO: 30)

> gfr01g2975
ATGGCTAGCCTCAAGCACGGCGAATTCGTCGGTTCTCTCGATTGCGGCACGACCTCGACCCGGTTCCTCATCTTCGATAAGCATGCGGACATTGTAGCCCAGCACCAGATAGAGTATCCGCAATACTACCCTGAGCCCGGATGGCACGAGCAGGATGCAGAAGAGATTATAGATAGCTGCGATACCTGCATCACCGAGGCTTGCGATGAATTAGAAGCTGCTGGATGGGCTAAAGAGAGCGTGAAAGTGATTGGAATCACGAACCAACGAGAGACTGCAGTGGCGTGGAGTCGCAAGACGGGGAAGCCGCTGTGTCGTGCTATGTCTGGGATGACTCCAGGACAAAGAATACTGTCGCACATTTCGAGCATAAGCTCGCAACGATCGGTCTCGAGGTGGAGCCTGGATCATTTAAGAAAGCGGAAGAAGGCATTCAAGCTCTGCGGCAGCTTACTGGATTGCCCATCTCAACGTATTTCTCTGCCATTAAGCTACGATGGATGA (SEQ ID NO: 31)

> gfr01g3181
ATGGACACTGGATTCATCGTATTGCAACACGATCTTTATGAGATCACAGTCGACCTGGCCATTGGTTACACGCTCAACACTGCGTTATCCCACAACCCACCTTTTACTCTGGAGCCTATCGGACAGTGCATGAAGCACTACTACGCCACACATCACACT

> gfr01g1899
ATGATAGCTCTGTCGCCCTCGTACAAGGCGTTTGGCCACCCACAAATATCTCCAACACCACGTTGGCCGGACGGAACGACGGTCACGAGTCCTCTCGGCGGATACCAATACATCCCAATCGAATCAGTTGAGCCTGACGAGGATGTCTCTTTGGAGGGGTTTACATCTTGCCCTAACTTCGACGCGCACACTCAGGCATTTTACAACTCTGCTGTTTTCTTGCAGAAGGCCAATGATAGTGCGACGTTCCTGTCTGAACTACCTCCGTTCTTGGATGGTAGACCAGTTACCTTGGAAAATATGTGGAATATCTTCGATTATATGAACGTACAGTCCATTCACAATGCCACTTTCGCCAAACGGCTTCCGCAAAGCTTTTTGCCGCAGGCGCTTGATCTTGCTAGTTTCCACGAATATAATATATTCAGTGACGCCACGGTCAGTGGTATAGGAAACATTGCGTTCCGGACAATGCTCCCCTCGGTGATTGAGGCCTTCCAGCGGATTGCTAACGCTTCCGATCCCCTGCTTCTTCATTACTCCGCGATTGCCTATAAGCCTTTCCTCAGCCTGTTTAACATGACGGGTGTGGTGGCAGATAATGCATTGCCTCCTGCCATAGTGAACTACGCAGCATCAGTTGTTTTCGAAGTGCGGCAGGCGGCTTCCTCCTCGGAGCCTGTGATACGTTTCAATTTTAAGAATGGATCGGACGATGACAGTTTCCACCCGGTCCCTATGTCATTCTCCGGGTGGGATGGCAGCGGTGGCGCGGACGTTCCGATGTCTACGTTCATTGACGCTTTCCAACCCGCTGCCGTCAACACCACGCTCGATTGGTGCACCTTGTGTGGGCAGACCCAGTTGCGCGGTTGCGCGGCACTGCTAGCTGGTTCAACCATTGAATTCGTTAAGGCGCATGACAGGATTTCTCCAGTGGGCGCGGGTTTCCTAGGTGCAGGATTGACCGCTGCAGTCATGGGTGCTATGCTTGGCGTCC TATTTTTCCTTGGTCTCTTGACCGCAGGACTTCGCAATGGGCGAAATGTGAAACGCGCCAGGGCTTTGAACAGCGGTGACTCCGACGTGCACCGTTCCGGCTCTGAGGTGCACTCAATGATCAAAGAAACGGCGTAG (SEQ ID NO: 33)

> gfr01g1900
ATGGCAAACGACTCAGACAGCGAAGTACTTGGGATTGTCGTGCTTGCTAGACATGGCGATAGGGAGGGATTCTACCAGGATCCGCTCACATATACTGCCTCCGACACGACGATCACTCCTCTCGGCGAGAAACAGGAATTTCAGCTGGGCTCACTCTTTCGGTCACTCTATCTCAATGTGTCATCCCCGTCGTTTATTCGTGGCATCTCTCCTTCCACTGCTTTGTTCCAGGCATCCCAAGTCGAGGTTCGTGCGGATGCAGGAGATGAAGGTGGTGTAATCTATGATAGCTCTGTCGCCCTCGTACAAGGCGTTTGGCCACCCACAAATATCTCCAACACCACGTTGGCCGGACGGAACGACGGTCACGAGTCCTCTCGGCGGATACCAATACATCCCAATCGAATCAGTTGA (SEQ ID NO: 34)

> gfr01g1161
ATGTTCGCTCGCATCCAACTGACTGCTGTTGTCCTTGCCGCGGCCCTCGCTGCCGTCAACGCACAAGCTGGCTGTGATCGCAACTACACTGTTGCTTTGGGCGATACCTGCGACAGCATCTCCGCGGCCCAGAACGTGTCCACATATCAGCTTGCGACAGTCAATGCCGCTGTGATCGATGCCGCCTGCGACAATCTGTTTGTTGGCGAGAATCTGTGTCTCGGTATTACCGGTCGGACTGCACGATCGTGCACGTCGTACAGCCCGGAGACTTCTGCGCATCAATTGCACAAGCCGCTCAAATCAACCTGA (SEQ ID NO: 35)

> gfr01g0840
ATGGAGAGTCACCCACCTGCAGTGAAGGCGGTCATCGAAAAATGGTACCCGGTTTCCGTCCCCCAGAGCGTGGACGAGTCTCTGAAGAAGGGCGGACTTGACCCTGCTGACGTGAAGACTATCATCCTTAGTCATCTCCACTTCGATCATACGGGCGACGCCGCTTCATTCCCCAATGCCACGTTCGTTCTCGGAGAAGGCAGTGCGGAGCTGATTGGGAACGGTTTCCCGTCTAACCCAAAGTCTCAAATCCTGCAGTCCGTGGTCCCCGCCGAGCGTACGCGCTTCCTCACAGCTGCGGAATTTAACACGTCCATTGGACCATTTCCCCGCGCATACGACTACTTTGGAGATGGCAGTCTCTACCTGGTGGACGCGATAGGGCACCTTGCAGGGCACATCAACGTGCTTGCGCGTACGTCTGCGGACGATTCCTGGATCTACCTTGCCGGAGACACGGCCCACGATGTGCGCATATTGACGGGAGAACGCGGGATGGCGTTTACGGTTGACCCGACTGGGCACATACACTGCGCGCACGCACACAAGGACGATGCGATCGAGCATATTCGGAGGGTGGGAACGTTGCTGAAAATACCGAAGGTTCATGTGCTGCTGGCTCACGAGAAGGAATGGTACGAGAAGAATAAAGGAGGAGATGCATTCTTTCCCGGCACCATTCCCCCGAAATTGTGA (SEQ ID NO: 36)

> gfr01g0454
ATGACCAGCGCCCTTACGATCCCGATGGGCCCCGGCGCTCATGTAGCACCAACCCGGTGCAGGCGCATGCCCCATCCCGAAATGTACATGGATTACATCGCGGAACTCGCTGGGTTGAGACCCTGGAAATTCCATCTCGTAGAGGCCCTTGATGGAATGAACAAGAAGTTTGCTACCCCGTACATTATCTTCTATCCGACCATCTCCCGCGATGGGATGCCCTTTCCGGTAAACAAATGCATCCGTGAGATCCAGGGTCAGACCTTCAATGAGGCTATAGCATGGCGGGGAAACATCGTTGTGGCGAAGTACCAAGACACAGAGTACTCGTCCATGATCGATGCTTCCATGGCCGACTTCCCAATCATCAAGAACTATCTTTCAACTCATGCCTCCCCGGCAAGGTAA (SEQ ID NO: 37)

> gfr01g0277
ATGAAGAAGATGGGGGTGTTGTTGAAGACCCAGTCCAGATTGCCTTCGTCAGTCCTCAACTTGATCGCGAAACCTCGAGGATCACGAGCGGTGTCCGCAGATCCAGCTTCACCGCCAACGGTCGAGAATCGCACGGTCGCTCTGACCTTGTTGCCGACCTTCTTGAAGAGTGAAGCGCAGATCTCAGAGGTCTCGATC

> gfr01g0278
ATGTTCTGGGATTACTTTTCCCTGAACCCTGAGTGCATTCATCAAGTCATGATTCTGTTCTCCGACCGCGGAACTCCTGATGGCTACCATAATATGCACGGCTACTCCGGTCACACCTATAAGCTAGTCAATGCCAGCGGCAAATTCGTCTATGTCCAAATTCACCTGAAGAAGGTGGGCGGCGCAAAGACGCTCACCGATGCCCAGGCGACGAAGCTTGCGGGTGAGAATCCTGAGTATGGTATTCAGTCGCTCTTTGAGGACATCGAAAAGGGCAATTTCCCTGCCTGGGATGCCTACATCCAAACGATGACTACCGAACAAGCCGAGCAGTTCCGGTACAATATCTTGGACTTGACCAAGGTGTGGCCACACGCCCAGTTCCCTCTCCGGCCCATTGGCAGGCTTGTCCTCAACGAGAACCCTGAGAACTACTTTAATGAGATCGAGCAGGCTGCGTTCTCCCCTTCGCACTCCGTGCCTGGCATGGAGCCCTCCGCAGACCCTGTCCTGCAGTCTCGTCTGTTCTCTTACCCCGACACTCACAGACACCGTCTCGGCACAAACTACAACCAGCTGCCAGTCAATGCTCCGATCGTCCCCGTTGCCAACTTCCAACGCGCTGGTCCGATGTCTTTCGTCAGCCAGGGCGGGCGGCCCAACTACCAGAGCAGCCTGGTGCCACTGACCTACAAGGAGAAATCATATGAGCACGTCCAGCACGAGACTTGGCTCGGTGCAGCTGTCACCGACTTGAGCGAGATCAACGAGCTCGATTTCGAGCAGCCTCGCGCATTGTGGCAGAAGGTCTTCAGCGACGTCGACAGAGCCCACTTCGTCGGCAACGTCGCGGGACATCTCGGAAACGTGAAGAGCGCCGAGGTGAAGGCGAGACAGCTTTCGGTATTCGCTGCCGTCGATCAGAGCCTCTCCGACCGCATCGCCGTCGCTATCGGCGCCCCGAAGGTGCAGCCTCTCAAGGCGAAGCCTGCCTCGGAGG CCATTCGTTTCAAGGCGTTCGCTTGA (SEQ ID NO: 39)

> gfr01g3906
ATGTCGTCCTCTAAAATAACCGATGGCCAAAGCAAGACGATTGTTATTGTTGGAGGAGGAATAGGCGGCCTTATGTTCGGGATTGGCTTGAAGCGACAGCTCGGATTTGAAGACTTCATAATTTACGAGAAAGCTTCGGACATTGGAGGAACATGGAGGGAAAACACCTACCCTGGCTGTGCTTCGGATATTGCCACCCACTGGTACAGTCTTTCTACGGATCTCAACCCCAACTTTACTGCAACACGAGTACTTCAACCGGAGCTCAAAGCCTACTGGGACGATCTGGCGAAGAAGTATTCCCTCAGTCAACACGTGGTTTTGAACACGGAAGTCGTCTCTGCCGAATGGATTGCAAACCAGCAACACTATCGCATCATCATCAAAGACCTGGTATCCGGGACGCAGTCGACGATCTCCGCTCGGGTGCTCGTATGCGCGACAGGCATTTTGCACGTTCCCCGTATCCCTCAAGACCTACAGGGTATCGACAGATTCAAGGGCGAATCGTTTCACTCGGCGCGTTGGAATCACGAGGTGGACTTGAGTGGAAAGCAAGTGGCTGTGATTGGGAACGGAGCTTCTGCCTCACAGCTCATCCCGATGATTACGAGAGACTCGAGCGTCCAGGTCGTGAATTTTTGTCGCACCCCGGCTTGGTTTCTACCACGTTCAAAGCGATTGTATACGGATAGAGAAAAGTGGGTTTTCGCCAATATACCTTTCGCGTTGCGACTGTATCGCAATGTGGCAATGTTTTTGAACGATGCACACTACTTGGTGTTTATGTTGAAAGGGAAGAATCTGCTGCGAGACATTACCGAAGGATATTGTCTCCAGTATATGAAGCGCACAGCGCCGACCGAATACTACGAGAAGCTGGTTCCCGATATTCCGCTCGGCTGCAAGCGCATGATCATCGATACTCCAGGTGAAGGCTATTTGGCGGCATTGCACCGTCCTAACATGTCAATCAACTGGGATGGGATCATTACCATTA CGGAGGATGGTATTTTGACTCAGAAAGGCGACAATATCCCATTTGACGTAATCATCTTTGCGACTGGATTCAAGACGAACAATGTTCCTTTCCGTATCACTGGACGGGATAAAAGGACACTCCAAGACTACTATCACTCTCAAGGTGGCGCCACAGCATATCTTGGGACGACCGTCTCTGGTTTCCCTAATTTATACCTGATATCAGGTCCAAATACTGTGACATCCCACGCGTCGGTCATTTTCTCCGAAGAAGTACAGATAAACTACATCATGCAGCTCATCAAGCCACTCTCAACGGCTCCGTGGCATCGTTGGAGGTGA (SEQ ID NO: 40)

> gfr01g0731
ATGGCTGACGCTGGCAGACAATCCTTCACCGACAAGATGTCCTCCTCCATGAAGCCCGACACCCAGAAGTCGATGACCGAGTCCATGGGCGACAAGATGAAGGGGATGGGCGACAGCGGAGCTGAGAGCCAGGCGATGTGACCATTCATGAGCTGGGTGATTCGATGAGCTGCAACTCGAACGA

> gfr01g10055
ATGAGAGGGCTGAGCGCCCAGCAAGTGAACGAGATCAAGCGGACTGGCGTGGTCATTGTAAGAGGTGGGGTACCCAGAGAGGAAGCTCTGGGATGGAAGCAATCGATCAAAGACTATATCCAAGCAAACGTGGACAAAGTCAAAGGCATTCCCCAAGATAACATCGTCTTCTACGAAATATACAACTCTCCTGCTCAGATTCTCGCACGTACGCACCCCGCGCTCATCGCGACGCAGCGCGCCCTCCTCTCGCTCTGGCACTGCTCCTCTCCGGATACGCAGATCAGCCTCCGCTCGCCGCTCGCCTACTTCGACCGCTTGCGCATCCGGCCCCCAGGACCGAGCGTCTTCACCCTAGGCCCGCACATCGACGGGGGGAGCGTCGAGCGCTGGGAGGACCCCGGGTTCCGCGCGTGCTTCGCGCGGATTCTCGAGGGCGACTGGCAAACGCACGACTCGTTCGACGCTTCGCCGCGCATCCACGCGTGCCAAGACCTGTATAACACGCCGAATCAGNGCTCGGTATTCCGCCCGTGGCAGGGCTGGACGTCGCTCTCCAGCGCTGGGACGGCGAAGGCACGCTGCGCGTTCTTCCATTCCTTAAGCTCTCCTCCGCGTATACTATGCTCCGCCCGTTCTTCCGCCTCGGCGGCACGGGGTGGGAGCTGGACCTGGAGAGCACCGAGTTCCCTGGGAGCGTGCCCGGAAAGGCGCAGGAGCTTCGCGGACACACGCACCCGNATCTTGCNAGNTCGACAAATCGATGGTTTCGATTCCGCGTGTCGAGCCGGGTNACCAGGTGTATTGGCACTGCGACGTGGTGCATGCCGTCGAGGCGGAGCACAATGGCGTCGGCGACTCGTCGGTGTTGTATATACCCGCTGTGCCGCTCACGGAGAAAAACGCGGCGTACCTGCGCGACCAGCGCGAGAATTTCGTGGGTGGTCGTCCCCCTCCCGACTTCCCTGGCGGCGAAGGCGAGTCGCGCTTCATAGGCAGG GGTTCCCCAGAGGGTGTGTCCAGTGCAGAGGGCCGGCGTATGCTTGGATTGGAGCCTTTCGAATGTTCGCCTGA (SEQ ID NO: 42)

> gfr01g0927
ATGCCCCACCTGCACCTGACCCGCCCTTCCGCGCAGAGCACGTCGGCTCGTGCTCCGCCCGGCGAANTCTTGGCGAAGCGAACCGATTTTGAGGCGGCAATGCTCCGCGAAGAACTCAAGGCCGTGGAAGATGAGAGTATCCCTGCTATCGTGAGGCTGCAACAGGAAGCCGGGATCAAGACCATCACCGACGGGGAGATGCGCAGAGGCGCGTTTTACCAGGGGATGTTTGAGAACCTCGATGGGATGACCATCATACACAATAGATCACTGGATACCTTCAAGGCATACGTCCCTTATGTGGCTCTATTCCATGCCATGGGAATTCCGGGCTACCCGTCGATTTATTGTACCGGAAAGATCAAAAGGACCAAGGGTATTCATACCGAAGATTTCAAATTTCTGAGTAGCTTGGTTGCCCCAGAGGATGTGAAAACTCTCAAGGTCACCGTGTGTGGCCCGACCTGGATGCACCTCCGGCATGGATCAGACTTCACATACGACACGTCAGTATACAAGAACGATGCCGAGTACTTTGCAGACCTGATCCGTGCATACCGAGAGGAAATTGACGAGCTATACTCTCTCGGGTGTCGTAATATCCAGTTCGATGATCCGACATTTTGCTTTTTCTGCGCCGAGTCTATGATCGCAGGTATGGAACAAGCTGGCGTGGACCATGAGGCGTTGTTGGACACGTACATCACCCTGTATAATAGCATCATCGATGATCGTCCGGCCGACTTGACGATTGGACTTCATACATGCCGGGGAAATTTCAAGGGCATGCACTATTCGGAAGGAGGGTACGGGCGCATCGCGGAGAAACTCTTCAAGGACCTGAGCTCAATTGCTTCTACTTGGAATATGACAACGATCGAGCGGGTAATTTTGAGCCGTTGCGACACCTACCTCCTCATAAAGTTGCTATTTTGGGCATAA (SEQ ID NO: 43)

> gfr01g3980
ATGCAAGAAGCGTTTTTCCACGAGGGCATCGGATACAAGTACAATTTCATTCAACCCGTCACGCTCAACATTTCTACCATCGACGGCTCCCCACTCGACCCGCCGTCCCCGCCACACATTCAGCCGATCCGACGCTACGGCGCGTGCCGGGTGGCGCGCGT

> gfr01g3159
ATGCCGCAGCCACACGTCGAGAACCCAACGCCATCAGCGTCGGTGTCTGGGCCCAGGACTACGTCGTCAAGATACACCGAGAGCTCAGGGCCTGCGTCGAGCAGAGACCCCTTATCGCCATCCAGTTCTCAGGCGCATATCCCCACGGAGGTGATAGGCCTGCGTACCTGAGGTGGAGAGCTCGAGGTGTCTCGCTC

> gfr01g0451
ATGAGCGCAGCAGAACAGAAAATTCATCCTCATGCGACGGGCCTAGCCGTCAAAACCGTCGAGGCGCACCAGCAACCTCAGGATCTGGTCTTTTATTCCGGATGGTTCTGTCCATATGTGCAAAGGACCTGGATCACACTCGAAGAGAGAGGCATTCCCTACCAGTACGTAGAGGTAAATCCTTACAAGAAGGAGAAGCAGTTTCTCGCGATCAACCCGAAGGGCCTCGTCCCCGCGATCGAGTACAAAGGCAAAGCCCTATACGAATCCCTTATCCTTTGCGAATTCCTCGAAGATGCCTATCCCGACCAGTCTCCGCATGTGCTCCCCGAGGACCCTTTTGAACGCGCATACGTCCGCCTCTGGGTCGACCACGTCGCTAAGCAGATCGTTCCCGGATTCATGCGCACCGTGCAGGCGCAGGACCCGGAGAAGCAGCGCGAATACCTCGCCGAGTTCAACAAAGCGCTTCTCACACTCGCAGAGAAGGTTAAGGGCCTGTACTTCCTCGGAGACCGCTTCAGCCTTGTGGACGTCGCACTCGCGCCATGGGTCGTCAGAGACTATATCATCAAGGAGCATCGTGGCTACTCCAGGGAAGCGGTTGGTGGCGGTTGGAAGGAGTATGCGGAGCAGCTTGAATCACGCGAAAGTGTTCGCAAGACACAAAGTGATCGAGAGCATTACACCGAGATTTACGCCCGATATTTGAAGGACGAAGCGCAGAGTGAGGCTGCTAAGGCAATTCGCGCGGGAAGACCGTTTTAG (SEQ ID NO: 46)

> gfr01g1794
ATGGGCCTGTTACGTTCATTCGAGGGTGATTCCCAGAACGTTGTAATCGTGCGTACACGCATTGTCGCCAGCGTGTTGCTCCGAGTCGCACAATGGCGACAGATCTACTTCCGCCCAAATAAGCCGCTGCCCAGAGATGCAATGAAAGGTCGTCTTGAACACCGTGTGCCATTCCGTCGCACGATACTCGATTTCTTCGTCTCATGCTTGTGCCTGGGGATCCCGTACCTTTTCCTGGATCGTTCGAATCACCACCACATGGACGAAGAAAGCGGCATGCGAGGTGCGGGTCCCATGCTCATGGTCGCCGCTTGCTCTTGTCTAGTGGCGGCTGTGATTTTGAGTGCCTCAGTGACGTTTCTTTCGCTCCCTCAACTTGACGACGTCGCGCGGCTTGCTGGCCTGATCGCCATCTTGTTCTCGGCGTCAAGTATGGTATCGACCGTGGTCGCGCTGTTCCGGTACAAAACGGACTTAGAGCGGACAGTGGTCTACGTTGGCGGCGAAGGACTCGTATATCTATCTAAGCGCAGCATCATCATGTCTCTGCCGCTCGTGTTTCTGGCATGGGCAATCGCAGCGTTCATGACAGGCATCACGTTTTACTCCTTCCGCGGTGCGACAGTGACGAGCCCAGTGATAATCAAACATCCCTTCGAAGACTACACACACTGGGCTGTGGTAGGGACTCTAGGAGGGCTCGGTGGAATGCTCTTAATTGCTGCGCTTCTTGCGCGGCGGTGA (SEQ ID NO: 47)

> gfr01g3873
ATGATAGCAACGTCTGCGGGCCGCGGTGCGCTCGTCTTCTTGTACTGTCTCGCAAACTTCTTCGAGAACTTTGGTCCAAACACCACTACGTTCATCATCCCCGGTGAGGTATTTCCCACACGCTACCGCTCGACAGCACACGGCATCTCCGCCGCGAGTGGCAAATTTGGCGCCGTCATCGCGCAGATCGCGTTCCAATGGCTAAAGGACGTCCACGGGACGAATAAATTCTTGNCACACATTCTGGAGATGTTTGCGTTCTTCATGTTCACAGGGATCATCTCCACACTCCTGGTCCCCGAGACAAACCAGAAATCACTGGAGGTTCTGTCGAACGAAAGTCAGGATGAGTTTATTCAAGAGGTGCCCATGGAGGAGCGCCCAGGGTACCTCAGCGGGTACCGCCCTGCGCCCATCAGATTACATTCTCTAGATCATGGTGGTCCGCCGACACCCATGAATGCAGCTATCAAAGGCAGCTTGCGTCCGCACTGGCGTAGCGAATCGTCGCCGCTTCCCAGCATGTCGATGTCGATGTCAGACTTGTCTGGTTCGTTTTAA (SEQ ID NO: 48)

> gfr01g3684
ATGAAGTACACCCACCGCATCGCTATCTGGCTCTCATGCGTCGCCGTTCCAGTCCTGGGCGCGACGTATTCGCAGACAGACAGCCACCAAGGCGAAGGCTTCCTCGAGTCGTTCACCCACCAGGCCATCGCCGACCCCACCAATGGGCGTGTGAACTACGTAGACCAGGCGACAGCACTCGCACAGAACTTGACGTACTACTCGGGCGATCATTTCGTCATCCGCGCGGACGACACCACGGTGCTGAGTGCGAGCGGGCCCGGACGGAACTCGGTCCGGCTGCAGAGCAACAAGCAATATACGACTCACGTTAGTGTATGGAGCATCCGGCACATGCCTCAAGGATGCGCAACGTGGCCTGCGGTATGGGAAGTCGGGGCCGACTGGCCGAACGAAGGTGAAATCGATGTGGTAGAAGGCGTCAACGACCAGACGCCAAATCAGTCAACGTTGCACACGAGCGATGGATGCACGATGCCGGCGTCGCGCACGCAAACTGGAACTTCGACGTTGAATGATTGTTCTACCGCGGACACGAACAACGCTGGCTGCGGCGTGCTGGCTCCGTCGGCGAATAGCTATGGTCCACCGTTCAATTCCGCTGGTGGCGGCTGGTATGCGATGGAGCGCACGACGTCGTTCATCAAGGTGTGGTTCTGGTCGCGTACGATGGCTCGGTCCCGAGCGACGTCGCGAACGGCGCGACGACCATCGACACTGACAACTGGGGCACGCCATACGCATACTTCCCGAGCCAGTCATGCGATTTTTCGTCGCACTTTGGCGAGCACAACATCATCATTAACCTGA (SEQ ID NO: 49)

> gfr01g3894
ATGCTAGTATCCGGCGCGGCAGCTATAGCTTTGCTCACTATGATGGGGAAGCGAGAACTGCAGCATCTGGACAACCACGTCCCACGTGAAGAAAAGCAGGAGACAGAATCGGGCACGATATCGAAAGGATTGGAGAGGCTGCGTCGACAGACAAGGAATGTCTACTGA (SEQ ID NO: 50)

> gfr01g3100
ATGCGGGATAGGATGAGGCTCATGGGGATCAAGGGGAGATTGAGCCATGCGTGGTATGGCCAGAGGGTGAAGTCGTCAGTCAGGATGAGGTTGTACATTTCCTCGCCAAAGAACTCTTTAATTGCATAA (SEQ ID NO: 51)

> gfr01g0390
ATGCGGGACGCATCAGAGGGCGCCGTCTTGGCAGCACCACCGGCAGCAGCACCGGATCCGCGGGAGTTGGGCTTGATGGGCATGATAGGTGGTGTTGGGTGTGGGTTTGAGAGTAGGTGA (SEQ ID NO: 52)

> gfr01g2833
ATGGCCGAAGGNTGGCGACGCACTGATGCAGACTCGGGGGGCGCCTGGAAGCGGGCAAATACGTCGGAGAATGCTTCGAGGGCAGAGCCTTTGACATCAAAGGCTCAGATACGTACTCGACATTCTGTGGTAGCTCTGCATCCTCCATTTTGA (SEQ ID NO: 53)

> gfr01g3671
ATGGCTTACCTTGGACCCGTTGACAATTGGATCTCTGCAAATAGGAAGGAAAATGGTTCTAGTGATGTCGGCGGCGTTGGCGAGTTGCGCTGCACAGTAGAATTGGAGTATATCAAGGCGCCAGACAATGGAACTATTTTCAAAGATCCTGATCACTACATTTTGCATTTCACCATTTTTTCGATCCGTCTTTT

> gfr01g4394
ATGTCAAGAGAAATGATGGATTTGGCAGCGGGAGTCCGGAGGAACGATGTGCATATCGCAGAAAAACATGAGGCGGAGACAGCCAAGGTAAGTGTGCGTAGATCCGAGATGGCTCTGGATGCAGTGATTTAG (SEQ ID NO: 55)

> gfr01g4242
ATGTCGGAAGGATTGACAGGAGCTTTGACGGTATTCGCAGTGGTAGACGGTGCTGCAGATGCCGCCGCCGTCGGGCGTGTTCCTGGTGCATTTCCAGAGGGGGTCACGTTCAAGGGGAGAGCCGGTGAAGACTGA (SEQ ID NO: 56)

> gfr01g3488
ATGATCAATGAAATACTTGTGCCAAAGGACACCACGGTCCACATCGGCATCATGTCGTCAAACTGCAACCGGGCGCTATGGGGCGACGACGCGTATGAGTGGAAACCCGAGCGCTGGCTTGCACCGCTGCCGCATGCGGTGGAAGACGCACACATCCCTGGCGTCTACTCCAACTTGATGACATTCTTGGGCGGCGGGCGCGCGTGCATTTGGCTTCAAATTCTCTCAACTGGAAATGAAGGTCGTCCTGTCGCTCCTGATTGCGAGTTTCACCTTCGAGTTGTCCGACAAACCCATCGTTTGGAATCNTCGCTGGAGTTCGATACCCGACCGTAG (SEQ ID NO: 57)

> gfr01g0703
ATGCTGCTTTTCCTGCGGGTCCGAACTCCGCCAGGTAGTATCGCAGAGAAGTTACGTCGAGTAGACTGGATTGGGAATATGCTTGTGATTGCTGCCACAGCATCATGCGTCGTTGCGTTGACATGGAGCGGCATTCAACACCCGTGGAACTCTGCCCCTGTTCTAGTTCCTCTATCCTGGGTCTCATAG (SEQ ID NO: 58)

> gfr01g3268
ATGGGCCGATCGCCATCAGTAATGGTGGACAGATTACCCCAGTTGCTCAGGACTTTTTGCGTGCTTCGCATGCCATTGGTATTCCTTACAGCGATGATATTCAAGACCTCCAGACGTCCCACGGCGCCGAAATCTGGGCGAAGTACATTATACGCGCGCGACGGGTGCACGGCTGTGGGATAGCTCGCTG

> gfr01g2811
ATGGCGCGCATGTGCGTGTGCATGTCGCATATAACGGCACGCTGTTCCTCGTGCGGGACGGTGATGCGCAGGTGCAAGCGCAAGATGTGGGTCTGTACTTCGTCGGCGGGTGATCAGTTTACGGGGGTTCTTGGNGGGTGGCGGAACGTTCTCGCGGACAGCAGGGTGCACTGGCTCGTTTGA (SEQ ID NO: 60)

> gfr01g2153
ATGATCATACTCACCACGAATGTCATCCCGGTCGGCTGGCAGATTAAGGGCTGGGACTGGGCTGTAATCATGCCTCTAGCAATTGTCGCGGGGAGCCACATCCTGTATCCGATCGTGCTTAACCCGTGGTTCATGATTTTCTCGTACTGA (SEQ ID NO: 61)

> gfr01g3634
ATGGATACGACTCCCCGGGGAATCATGCGGGATATGACGCCAACCCAATTTACAATGCTACTGGATTCTCGCAGTTGCATGATGATGGTACCGGCGGTGCGGTCCCTCTTTCGCTCTTCAAATTATGGTCATTCGCATCTTGTGGAGACGGCAATACATTTGAAGAATGCCCGACTTCTATTGCCAGTAGGAAGGTCTTGA (sequence number 62)

> gfr01g2843
ATGGAGGAGTTCCGCCAACGCAAGGCCTCGAACGACTCAACTCGTGAGACGAAGCTGTCGCAGCTTCATGCTCAAGCNCGTCACGCGCCAATACCATGGATGCGCCGACTGGTGCCCGCGGAGTGTTGTT

> gfr01g0612
ATGGAAATGGCTGTGCTGAATCGCCACCTGAAGAAGCAGAGGCAGCGACGTGCTCCTCGTCGAACCACTTTTGATTGTGTCCCTTCGGGAAAATCCCTGTGGGCGGAGGGAGGTGCCACGGCTCATACAGCTTCATTGATGCATGTACTGCAGAGTCAAGATGCAGGACAAGAGCACGGAGGAGAGACCGACACAAGGTGCAAAATATTAACAACGAGGGCAGAGGCAGTTGGTGACAGATTAAGAGCAGGATGTCGAAGGGGAGTCCGGAAAGGGTATGCTTCCCCGACGACACATCTTTTGAAATATTCTCGGGGAGGCTTTGCGAGAGCTGAGCCAGGCCTGCCCGGCGTCCGAGCGCGTAGGCCTCCCTGA (SEQ ID NO: 64)

> gfr01g3465
ATGACCAGCGAATACAATGAGAGCGATAACAGCCGACTGCTCACGGGCAGGATGAACACACCCTCATTGGCAAGTTTCATCCCACCCGCCTGGTTCCTGACTACTGTGGCACTAGAGCACGCCGACGATGAAGAGCTTCCGTGCTGTTTCTTCACAGGAAGACCAACAGTTGGAGTGGGGGCGGTCTTCACATTTGCCTCGTTCGAAGGCTCGACAGATGCACTAGTCCGTGGGGATGGAGTCTTTTTGGACCGGGTGGACGTTGAGCGAGTATTGGTGAGGATGGCTTGCGTATTGTTGCCGGCGTTACCAGCAGTGCTCTCGGCTTCGAAGTGA (SEQ ID NO: 65)

> gfr01g1125
ATGTACCCATGTCGTCCTACCCTGGCGGTACGCCTGGCTATGTTAACCAGGCCGCTGGTTATGGTGTATCGTACGGCGCATATCCAGGACAGGGAGCGCAGGTTCCTGCGGGGTCGACGATGCCGTTCGTCGAACATGGCGCCACTCAACTTCAAACGGGCACTACCACTCATCTAGGGATT

> gfr01g1358
ATGCAGTCGCGCTCACAGCTGGGACTAGCGTGCGTGACGGTGGAGGTGCATAAGGGTGTCGCTGTGCAGCGAGACAGGGTGCAGGTGGAACGATTGAATCCGGAAGAAGACTAG (SEQ ID NO: 67)

> gfr01g0394
ATGGAGATGAGGCCGCCCACGCTGTTGTTCTCGCAGCAGACCGGGGAGGCGTCGCACGCACTGCCAGAGCCAACGCCGATCACAGAGATCGGGGAGCAGTTCAAGCCGAGGACGACGTCCACACTCTGGACAACGACACCGAGCAAGCCCAGAAGGGCGGATCCAGCAGCGGATCCAGCCGTCTCAGTGCTCTGGCAGCACTGGATGGGGCCGGTGTTGCAGTCGCCGCGGCGAAGGACGGGGGTGGCAGCCGCAAGAAGAGGCAGAGCCAGGAAGGAAACGGCAGCGATGCGAGAGAACATTGTTAGAGACTTGGTTAAGGAGTGGTGGTGTTTTGAATGA (SEQ ID NO: 68)

> gfr01g1912
ATGTTTGTGGCACGGGGGATGTGGTGTGCCGATCGCCGTGACGTCCGCGTCGGGCATCAACAAACATCTCCGAGATTACCACTTCCGCGACCCTCAGTCCGGGGTGGTGCACTGGAGGAAGGACGTCGCGGTNACTGCTTGTGGAAGGGATGTACTCTGCTCCGCGAGATGTATTTCGATAGCTATGGAAAACATATAGCGACGAAGCACCTACGAACGACGGGGGTATCCTGTCCCAAGTGCGGTGTGCGGTTCTCCCGTGGCGACTCCCTAGACAGACACGTGAAATCCAAGCATGCCGTGGCTTAA (SEQ ID NO: 69)

> gfr01g1964
ATGGGTCAGTCGCGCATATGGACGTTCGACGCGCGCTCGCTCGCGCTCACGCCGCACTGGGTGGGCCCGGATGGCGCGCATGTGCGTGTGCATGTTGCGTATAATGGCACGCTGTTCCTCGTGCGGGACGGAGATGTGCAGGTGCAGGCGCAGGATGTGGGTCTATACTTCGTCGGTGGGTGA (SEQ ID NO: 70)

> gfr01g4190
ATGGAAGGAGGAAAGTGCGTGCTGGAACTTGAGCTACTCGTAGCGCGCGGGGAGGCAGTCGCCGGTAGACACCAGCTGCGGAAGTATCGATCTTCGCTGGCAGTCGCGGGAGAATCTGGGCACAGACGAGCGTAGACATG

> gfr01g2692
ATGCAGTCCCGCTTGGTCCTTCTGTTCATCGCCTTCCTCACATTTGCCCTTCTTGTGGCTTCGAGCCCTGTCCCTGTCAATGAGGACGCATTAGTCAAGAAGGCTTTGAAGCAGTACAATGCCAAGCGCAGCGAGGGCAAACGTGACGATGGTCACTTCATCCCCAGGCGCTCTGAGCCGCGCTCTCTG

> gfr01g0949
ATGACTGCCTTGTACTGTGACTTCCCAGGAGCAGTGAGACATGCCACGACGAAAGTGCTAGATTGTTCGCGTGTTCTCGGCTCGGCGCGTGAACTTGCGATGCGAGGGTGGCGGGTCGGTCAGCAGGAATTGCGGGGAGCCCACGAACCTGCTTGGTTAAGGAGAACTCCGACCATGTTTTGA (SEQ ID NO: 73)

> gfr01g0309
ATGTCCACAGCAAGTGGCGCACGGGCAACCCCCGGAAGTACAACTCATTCGACCAGATCCCGAGAGGCACGCCCCAGTACAAGCCTACCGCTCTGGCGTTCTCCGAGATCAATGCTGAGGCGGGTGAGGATGAGGTGGTCGAAGCTGTGGAGGTCGAGGAGGCCTAAATTCATGTGTGCAGATGTTGTATGA array number 74

> gfr01g1186
ATGTATCCCAACAGTAGTCGACAACGCATTCTTACAAGGCTTCATCAACGAGGAGGTCGTCGGCATATCGTTCGAGCCGACCACATCTCTCTCCATCACCAATGGCGAGCTCACCATTTGGCGGCACTGACTCCAGCAAGTTCACCGGTTCTCTCAATTTTGTACCCATTACCACTACCTCTCCTGCGAGCGAGTACGTCGGGATCGACCAGTCCGTCACCTACGGCTCGGCCGGGACGACTATCCTCTCCAGCACCGCCGGCATCACCGACACCGGTACCACCCTGGTGCTCCTCGCAAGCGATGCCCTGGCGAGATATCAGAGCGCGACGGGGGCGGTCGCAGACAGCAACACCGGTCTGCTCAAGATCACGTCCGCGCAGTTCGCGAACCTGCAGAGCCTGTTCTTTAACATTGGTGACGTGA (SEQ ID NO: 75)

> gfr01g0213
ATGTCGNTGAAACTATCTGCGCGTGTGTGGAGAGTATCTGCTGTAGCGAAGCTCAGATTAGTCGCAAGCGCGGTGGNTNGNNNNNNNNAGTTCACCCGGCCATGGGTAGGATCTGGGATGAGATGTGGNGGCTGAATGAGGGCCAATGAACGAGAGCAGGCCAATGAACGAGACG

> gfr01g2520
ATGTGCAAGCGAACGGGTTCACTGAGGGCTGGGACAATTGCAGCGATACGCCGTTCCTCTTCGATGTTGCGCGTACGACCGTCGTCACGTATGACGACACCTATTCCCTTGGAGACAAGGCGCTCTTCGCGAAGCAGAACGGAATGGCCGGATGTTTTACGTGGTCGCTCGATCAGCGTAGCGCGTT

> gfr01g0728
ATGCCCGGTTTTGCTCCTCTCGTTCTCCTTGCTACTGCGTTCATTGTCCACCAGGGCCAAGGCTTTAGTTGGACTAACTGTGGTTCAGATACCGACATAATCCAAGTCGGGTCTATTGCGATCTCCCCGGACCCTGCGGTGTCTGGCGAGGATTTGGCTGTGACATTCTCCGGTACAGTTGACGACGTTATTCAGCAGGGTGCATACGTGAAGGTCGAATTCACGTTAAAAGGCGTCCTCCTCGACCAGCGGGTTATCGATGTTTGCGCGGAAGCCCTGGCTCTTGATTCAAGCGTACAGTGCCCGATAGAGCCAGGCATATACAACGTCACAGACGTTCTATCGATCCCCCAGGACATTCCTTCACTTCAGTACACCGCGCACATGCGTGGGTATAACGCCGATGGCGCCCATATAGTGTGTATGGACCTCAACATACCCGTCGGTCGCGGTTGA (SEQ ID NO: 78)

> gfr01g4003
ATGCAGATAAAACTCTGGTTGGAGGTGTTCATCTGGACGTACGATGGGATCACTTACCAGATGCCACCTATCGTGTCTCGCGCCTCGAACGCCGTTACCTCCCATAAACCCTCCTTATACTGA (SEQ ID NO: 79)

> gfr01g10018
ATGAACGTTGGACTGCACCTGTGCCGTGGGAACTTCAAGCATGAACTTTGCTTTTCGGAAGGCGGGTATGATCGTATCGCGATCAAGCTGTTCCAAGAGATAAACGTAGACTGCTACTATCTCGAGTATGACACCCCCCGCGCGGGCACATTCGAGCCGCTTCGCCACCTCCCTCTCAATAAGGTCGTTGTGCTTGGGCTCATCTCTACTAAGTTCCCGCAGTTGGAGGATGTAGACGATATTGTCAAGCGTGTCAACGATGCTGCGGAGACGATTGCTAGTGGAGAGCCAAAGCGTTCGAAGGAAACCGCTCTTAACCAGATCTGTGTCAGTCCGCAGTGCGGATTCTCGTCGCATTCGATGACGAATCTCATCCAAGAGGACGATATGCGTCGGAAGCTTGCGCTGGTAGTGCAGATTGCGGAGACCATCTGGAAGGACTGA (SEQ ID NO: 80)

> gfr01g3470
ATGTTCCACTGTGATNACTACCTCTCTANTGCTGTGGGGGACAANGCTGTGGTGTTGACCACCCTCGGATGCGAAACCGACAACTCCACAAGTGTTGACACTCTGAAAGCACGCCAATCTACTACGGATCCGACCGATGTGTGTAATGAGTTTTGCACGATTTCCTGCGGAGTGAGCGGTGACCTTCCTCCAACGACGGATGATTGCGCCGTGATCGTCGACGCCATAACCGTCCTCAACGGGGCAATCTCACCCACATTCATTGTGGAGTCCAACCACGAACAACAGCTCGTTTACGGCACCTGTGCATTCTTCTTCCTCAATTATACCCCGGACACCCTGGAATACTGCTGGCTCTCCCTCTCTGAAATTGCCTCGGAGGTTGCGAGTGCATGCCTGCCACCGACGCAGCCAGTTCACTCTCTGGGTTACTGCGCGCCCAGTGACGGCGCCTGGTTAGCCGGCGTCACCCATTCATGA (SEQ ID NO: 81)

> gfr01g3530
ATGAAACAAGACGAAGGTGACAACACCACCGTCGAGATGGCGGCCATAGCTCTCAATGCATCGCTATCGGATGTAACGCCAGTTCCATCTGAACATCAACAACCCGTGCGCCAGCTATGGCGCCCGAAGGGCCCGCCAAAGTCTCGCCTCCATAAG

> gfr01g1555
ATGAGTGCGTCCGGATCGGCGAGGACGGCGGGGAGGTCGGAGAGGGAGAGTGTGGTGAAGGCTGTGGGAGTAGCAGAGGGGGNGTCATGGAAGGGGNAGTCGACGAGCGGGAGGGTAGCCGTGCGTCGAGCTGTGTGTC

> gfr01g1643
ATGGCCCAGCCAATCGTGCCAGACAGTACTTCATTGACATGGGCTATGAGCCAGCCAGCAGACAGACGACGTCCGATTTCCTCGTTGCCGTTACCGATCCAAATGGTCGTGCCGTCCGTCCCGGTTACGAAGCGCGAGCGCCGCGAACCGCTGGCGAATTTGCAGACTACTTCTTGA (SEQ ID NO: 84)

> gfr01g1070
ATGAATGTTTTGTTGAACGACTATGAAAATGTTGTTGCTGTATTCGGCCGTGCTGGACGCCAGAGCTATTACAACAGGAACATGATTAACTCGATGGGACTGGTTATCTTCGATAGCGCTAAAGCCTCCATGCGCATCGTCGGACCCTGCGGCAACGGCATCCGCCATG

> gfr01g1530
ATGCGCACGGAGCTTGAATGGACGCCTAAGACATCTGATCCAGAAACTGACCAAAAGCAAGTCATCGATGCAGAGGCGGCAGTCGTTGCGCAGGAAGGCCGCGAACGCATTCGTTTCCTTACGCTCAAGGGGGATGAGGCTCTGTTCAGGGTAGTATGA (SEQ ID NO: 86)

> gfr01g1777
ATGGACATTGCTAAACAGCTCAATGCCGGGGACGATTACGTCGAGCTCGACCGCCAGAACCCGGGCCCACAGTGGGAGCAGTTGCGGAAGGATAACCCGTATGGGTTCGACGTTGTAGTCGAGGCGACGGGCGTGGAGAAGCTCGCGCAGGACAGCATCAATTACGTGCGGCGCGGTGGGACGATCATGATCTATGGGGTAG

> gfr01g2265
ATGTCGTTGGTCAACCGCTGGTTTGCTGAGCCCGCCTTCGCTCTTTCTGACTTCGACCGTCTGTTCGACGATGCCTTCGCTCGCGCGACGGCCGCTGGGCCACTTCTGGCACCTGTGCCTACGACGCCTCGCGCGTTGAGACCGAGGATGGACCTTCATGAGGACGAGAAGGCCAACACGGTTACCGCGACGTTCGAGCTGCCCGGCCTGAAGAAGGACGATGTGCAGATCGAAGTGCGCAACAACGTCCTGACCATCTCGGGCGAGTCCAAAATCTCGAGTGAGCGCGAGGAGAGCGGGTACAGTGTCCGCGAGAGACACTACGGAAAGTTTTCCCGCTCCGTCTCCCTGCCCGAGGGTGCGAAGCCGAACGATATCAAGGCCAACATGGACAGTGGTGTTCTTACGGTCACATATCCCAGATCCACTCCTCAAGCCGAGACGAAGAGAATCACCATCGCCTAA (SEQ ID NO: 88)

> gfr01g0042
ATGACGGAGAAGATCGTCCAACTGGGCGACCGTGACCGCTCTTTCCTCGACGGTGCGGTGCCCCCTGTGACGACCGTTATTGCGGACCTGTCGGTGTTGGCGGGTATCCCGGTCGCGAAGGACCCGCCTCGCGCATTCGCGATTCCAGAATTCGGACGCGGCGGCGACTGCGCATCGAGCGACCGCACCATCGTAGCG

> gfr01g0349
ATGGATATACACGCATGTGTGCAATCGAGCTCAAACATCCGGAACCATAGAGGAAGAGCTATATTTTCCATGCTCGACATCCTGCAAGGCTATGTCGTGTGTGCTGAACACCTGACGACTCACGTCGACTCGGACTTTCCCGGGGACGTTCTCGTTGTCCACTTCCGGAAGCCTGCTGCCAATAGCCCCGCGGCCGCTCGTGCTGCTGGTGACCACCATCGTGCCCCGTTTCAAGAACGCGCGATTGTTGAAATTCGTGACCAACGTGTTTGCGTACAGCTTAGTGAGGAGAAGTGCGGGGCATTCGTGCAGCAGCGTTTTCGGTAG (SEQ ID NO: 90)

> gfr01g2349
ATGCGGGCACCTAGCGAGTCGTCGCGCTGCGAGTCGACGCTCAGGCCGGAGCGTGATTTGCCTGTCAAAACGCCAGGCAATTCGATGTGCTCGATCTTACGGGGTGCGGAAGGCTCGCGGGGAGGTAGAATTGCGAGCGCAACGGTTATACAGGGGCGGCGCCTGCTCCCGGGGAGGCGAGTGTAG

> gfr01g2867
ATGGCTCCAACGATACCTCGAACAGCTACGGGAGCAGCGACAAGTCCGATAGTTATGGCTCCAACGCCAACTCGAATAGCTACGGGGCCAACGATAGCTCCAGCAGGCGCAACGATAACTCCAACACCTACGGTTCCAACGACAATACCGACTCGTACGGCAGTGGCAACACCCGCTCGTCGGACGATACCTACGGCAAGCGCAACGATAACTCAACAGCNTACGGGAGCAACGACACCTCCAACACCTACGGCTCCAGCTCCAACAGCGACTCTACGGCAGCGGCAACAACCGCCCGTCGGACGAGAACCGCCGCGACAACAGCAACGTCAGCTCGAACAACAACGGCAGACCGGCGGGTACGCCGGGTCGAACTATGGCGCGGGCTCGTCGGGCGGGGGAGACTGGATGGAGAAGGGTGTCGAGTTTGCCGCGCAGAAGGCGGGGTACAATATTGACTCGGAGACTGCGAGCAAGATTGGAAAGGGGCTCGGCGAGGGGATCAAGAAGTTCGGCTTTTAA (SEQ ID NO: 92)

> gfr01g2573
ATGATGCGCCAGAAAGGCGGATCTATCTGGGGTGGTTATCTGACCCCGTGGGATAAATTTGTTTTTGGAGTAACCGTTGGCCAGCGTTACCTCATGGAGAATACGACTCTCGGTATTCCAGCACTCATACAGTCTGAAGGTCTACATGGATTCACGAACAATGGAACAACATGGCCCTCTCCAATCGGACTTGCCGCCTCCTTCAATCCTACCCTGCTCACTCAGGCGGCTGCTACAATCGCTACTGAAGCAGAAGGCCTCGGAGTCTCGCAGATATTTGCCCCCGTGCTCGACCTCTCACGAGAGCTCCGCTGGGGTCGGGTGGAGGAAAATTTCGGCGAAGATCCATTTTTGTGCATATCATCCGTTGGTCAAAATCATAGAAACTGA (SEQ ID NO: 93)

> gfr01g0162
ATGCAGTTCCGCCCGTTGCCGCTGATGCCTAACCAGGTGTACCGCTTCGACCCCAGCACGAGCGAAGTGCGTGTCATCGCGGACGGGTTCGACAAGCCGAACGGGATTGCGTTCTCGAGCGATGGCAACACCGCCTTCATCGCGGACTCGGCCGCGTCGGGGGGATTCCTGGGGAACAACCAAACTGATCCCGCAACCATATACGCATTCGACGTGGATCCGACGACGGAAGCGTTCCTCAACAGGCGCGTCTTCACATACGTCGACACGGGCATCGCAGACGGGCTCCAGCTCGACACCGCGGGGAATATGTAG (SEQ ID NO: 94)

> gfr01g0163
ATGGAACGCGGCGGGACGCTGATTGGGAAGTTCTTCCTGGGGACGACGTCCGCGAACATGGTGTTCGCGGGGGATGGACGGCTCGTGATCATGGCGGAGACCGCGATCTTCCTCGCGCAGATCGCGGCGAACGCGACGAAGCTGGAGTTCCCGTGA (SEQ ID NO: 95)

> gfr01g3691
ATGTTCCGGCCACGGTCGTTCCTTCAGCTTGGAATCAACTACAGATGGAGCTCTATCGTTATTGAGAGCGTGGGGGTCGAGGGAGAGGGAAAGGGCCCGGAGACGCCTCAGGAGATCAGTCCGTATGGGAGCGGCGTCGACAAGCTGCGTGCCGGCGATCGAGCACCGGACGCCACAGTTCTCTTAGATGGATCGGATAGCATGACGTTGCACGGCGTGTTTTCCGTGAGGAACCATACCGTCCTCGTATTCCCTGGGACGGCGGATGGTACGGAGCTCCAAAGTGATTTGGCGACTGTGGGGGTCTTCCGGAAACCTGGCGTGGCGAGTCTCGTGCTGATTTCCCAGACGAAGCACGCCCAGTTCAGGGACAATATCAACTGTTTGCGATCGCGTCCTGGTCGATACAGCGGGGCACGCCACTTCCGGTTACGGGATCCAGGATGA (SEQ ID NO: 96)

> gfr01g10038
ATGGATTTGTTATGGGTCATATTCTGGCTCCTTGGCGGTAAAGCATATGTTAACTCATTCCTTGCAGTCTTAAACGTTCGTCAGCATCTCCGAGACGCTACCGCTCAGAAGCACTCGGAAATTTTCCAGGTTTTAGACTCCCCCCATTCCCAAAACACATTCTCGTCTTCGCAAACACACGTATAA (SEQ ID NO: 97)

> gfr01g0020
ATGAATACCGCTGCTAGATATATATCCTTATTCCTCATGGCCCAGTCATACGCTGGATTCGTCGTTTTGTATACATGGGTCAGCAACTCCTTCCCCCGTCCGCCTTCGAAGCGTGCTGTGGCTGTCGCCCTCGTGAACGCCTTTTCTCAATTGGGCAATGTTGCAGGGTCATATGTCTGGCCAAGTGCGTGGGGTCCTACTTATCGCAAGTCTTACGCCATTTGCATCGCGACCGCGGGATGCGCGATTGTGATGTGTTACATCTTCAAGCTGCACCTCACATGGCTGAACAAGAAGCTGGATGAGAATGAGGAGGAGAAAGGCATCAAGGAAAAGGGGTTCCGATATTTGTTGTGA (SEQ ID NO: 98)

> gfr01g3670
ATGAGCTCCACCTATGCACATACGAACCAAGGGGACGAAAGCAATCATTCTGATGGAGAACACGAGAACCAGATGAAGGTCCCAAAGAGGACTCCTATGGCATGCCAATTCTGTCGAGGAAGGAAGCTCAAGTGCGATGGTCGTCCGACCTGCGGACACTGCCAGCGTCGTGGCATTGTCTGTCCTGTGTGCATGTCTG

> gfr01g0023
ATGTTCGTCGCGTATTGGACCTCAAGGAGTTCGTCTCGCAGTGCGACGTCGTCACCGTCAACTGCCCCTTGCACGAAGGTACTCGCGGACTTATCAATGCTGATCTCCTCAAGCACTTCAAGAAGGGCGCATGGATCGTTAACACTGCTCGTGGTGCTATCTGTGACAAGGAAGCCATCGCTGCTGCTCTGA (sequence number 100)

> gfr01g4460
ATGGGGACATCTGTCTCGTTGTTCGAGTGGGTGGAGCAGGAGAGCGTAACGCGATGGAATACTAGCTGCCTTCGTAGGCACGCCATTCGTCGTACTCAGGGCCGTAGAACGAATGCGTGGATGGGAACTGTATTGCAACCAGGTTACGATGACGTTCATTACTTGGGACGAATTCCAAGTGTGGTAGTCTGA (SEQ ID NO: 101)

> gfr01g3806
ATGCAGGAGATGCATACATCGAGCGTGCTCGCCGTTATACCTACGATCTGTTTACAAGACTCTATGGTGCTCGTATGGATCCCGAGAATATCTCATTCTCCTATTTGTTCCTTCCCGTGGTCGAGGGTATCCACGAACAGAAGTGGATCGAGCGCCGAACTTGGCAACGGGATCGCTGTGATCGCTCTGTGA

> gfr01g0478
ATGCCTGTTGACAATATCACTAATCTGTTTACAATCAGATCAGAGGATACCGGACTCTATGCTGGATTTTCCGAGCCAGCCAGTGCTTTGACGGTTGGCACGCCATCAATTGTTCAAGTTGTTGAAGCGTCTGCTGCTCAATTTTACCTCGAGGATGCTCCCCCATCCCTCCCTCCGGGCGGTATCCACTTCATGGGACAGGCTTATAAAGTCAAGGAGAAAAACAGTGGCCGCTATGTCATACCCGATTTTCGAGTAGAGGGCTTCACACGAAGAATCGTGCTTGGGGGTCTAAATGCAGATAAAGCGACTGCGTGGACCTTCACTATGAGCCTGCCCATCGGTTGA (SEQ ID NO: 103)

> gfr01g0651
EitijieieishieishijieieishieieishititishijishijieishijitieishieishititijijieitishitijitijieitijitieitishishijishitieitieitijishijieitijishishijititieishitieititijishieititishijitijitieitishishishijishishijieijititishijijishieitijijitijishieishishitieitijishieieishititijititishititishieishishititijishishishieitishijishitijijieishijishijieishitishitishieijishishieijishijieishieieititijitieishieishijieijijishijieijishishieishititishieishijishijishieieishijijitijijishieishijititijijieitijitijijishieitieishijijishijitijieitieishishijitijitishieijishieijishitieijishishieishishieieishieijitishishishijishishishieieijishitieitishijitijieieishijishijijishijieieishishieishishieiGTACTACGCTGCAGATAGTGCCTGA (SEQ ID NO: 104)

> gfr01g3932
ATGGCATCAGCGATGGCAAGACTCGATGGTGATGGTTTGGCTAATACAACCGCATTTGGAGTGGGCATGGCGGATGCATTGAGTGCGAGGAACGCGAGGATATACCAGACATGA (SEQ ID NO: 105)

> gfr01g2457
ATGCTGGTGCAGGAGCTGGAGGGCTATCTAGGGACCTATTCCAGCGACAAGTCGCCATTCTCGTACCAAAGGGATAGTAACCAGCTGTCTCTCGGCCCCACCTTTATCACCTCACTCCAAACAACTGGCAAGACCACATTTTCTCTCTTGCCTCCTTCTGCAGCACAGACATCATCGTCCGGTCCATTCACGCATGGCACAAACTTTCGTGTTCGGGGCATGCGTGCGTTTCTGCTCGGTGCGGTGCCCAAGTCCGGTGCATTTTCGCCGGACGGCACTGCGCTCATCTCGCTCACCATCCTTACTTCAGGCGTGTACACCGATGTGCGAGAGGATGGATCCCTTTGGTCTTTCACGAGCATGCCGCTGAGGCGTCCCTTCCAGTATCGCGTCGGGAGTGATACCAAGGCTAGAGAGGAACGGGTGGAAATAGATAGCCTGTTTGAGAGTAAGTACCATATGGATCCGACGCCATTCACGCAGTGGACGATCGAGATAAACAACCTGGAGACTTTGGATCTTAGTGCGTTGAATGGGGTGAGGTTGGAGTGGGAGGGGTCGGCGTACTTCGAATGA (SEQ ID NO: 106)

> gfr01g1368
ATGTTGTACAACCTCGCCACCCTCTTCCTCCCTATTCTCGCCCTCGGGAAGGCTGTCATCGCCAACCCTCTCCACCCCCGCGCCGCAGAACTGACCGAAGTCTCCAAGGCTCCCACCCAGTTCGCCAAAGCAGTCGCCCTTGGCCCCGCTGTGTCGGCCACTGGGTCGAGCAATGTTACCACCGCGCTTGCAGGTCTCCACAGTGACGCTGCCCAGGCGGCGTTTCCTGCGTACCTCTACGTCTGCTCGGGCTTGAACTGCGGCACAAGCTGCATCGCCTACGACTTGTCCCTATTCGTTCCGTCGACTTGCTACGCCAGCCCCATCTCGTATCTGTCGGTCGAGGTGGTGCAGCCGCGCAACGAGGGCCTTCCGTTCGGGGTCTATGTCGGGAGCGGTTGCAGTGGAGTGGATATTCCGTTTGTGAACACTTGCTACAATATTAGTCCTGACGGCAACACCTTCTTCATTCAATGA (SEQ ID NO: 107)

> gfr01g2844
ATGAGTCCCGAAGAACTGCAGAGACAGGTCACGCATGCAATCAATAAACTGTACGGTCCCCGTCCCACTGGCTGGGGACGTGGAAGAATTGGAATACTCGCCGGCCCAGGGGAGAGCACTGTCGAACAAGCGAAGGATATAGTCGCAGAGCCGCCTCGAGCGGCCAACGCCGGAGACGAACATGTGAATCTCCCCTTCACAAGACGTCCTTCAGTTCCCCAAATAGACCATTATCGTGACTGGATCGCTACCATCGTACTCAAAAAATACGAGCTTCCTACGTCTGGTTATGTTCACGTGTTTCTCTCCGAGAGCGTTCCGCTCAACGATTGGCATACTGCGCCAGAACTGGTAGGAAGTGTTGGGAACTTTAGGAACAATGGCCGCGGCTGCGACAACTGCAACGAGGGCGAAGCAGCTGGTGTTACTATTACCGGAGAGGTTCCACTTACAGGTGCCCTGGTGGATCGGCAGCTGGACCTCAATGACGTTGGGTTCATTACTACCTACCTCAATACTCACCTCCATTGGCGTTGCCAGCTGGTACACGCTCATATGATCTCATTCTGA (SEQ ID NO: 108)

> gfr01g0984
ATGTACACGGCGCTAGGATTGAGTCACGGCCAGTCCCTCCTCGTCCAAGGCATCTACGGTGCTATCGGCCCCATAGCGAACTTCTTTTTTATTACCCTCATCCTGGACACTGTAGGGCGGAAGAAGCCACTAATGTTTGGCGCAGGCAGCTTCGTCGTCACGTACTCCATACTCACTGCCATTGTTGCGTCATTCCCCCCGGACCAGTCGACAAACCACCCCGCGCAGCGTGCGGGCATTGCAATGATCTTCCTGACGAGTATATTCTTCTCTTTGAGCTTTGGGCCCGTAAGCTGGGTGCTTGCATCTGAGGTATTCCCGACGAGAACTCGGTCCATCGGGACCAGCGTGGCAACCTGCGCAAATTGGGCATTCAATGTGTTATTCTCACAAGTATCAAACTTGGCCATCACCAACATCAGTTGGAGATACTATCTAATTTTCATCTGCCTGAACTTCTTCGACTTCATTGTTATCGCGCTATTCTTCCCCGAGACGAAAGGAAGAACTCTCGAACAGATGGCCAAGGTATTCGGCGACGAAGTCGACGTGCTACTGGGTCCTAATGTTCACGAGAAATCGGACCACGACTTGAAACATGAAATCGACAAGGTTTAG (SEQ ID NO: 109)

> gfr01g3344
ATGGCTACGAGGCGTCGGAGGATTATATTGCGCAGTGTCTTCTTGGTCTTCTTCTTCCATGATTCCTTGGGGTCGGCAGTCGCCATCGCGAGGAGAACAAAAGGTTTCACTGCTGTTTCAAAAGCTTTTGTTTCGCAGAAATAG (SEQ ID NO: 110)

> gfr01g3345
ATGATGACAACGCGCGACTTCTGGCCCGGGAACGTGCTAGNTCGCCNTCAAGGGGAACACGTACGAGGGGCTGCGGAAATTGAGCGCCTGTATGTGGTGGACTGGGAGCTGGCCAAACCTGGGCTGGCGGGCATGGATGTGGGTCAGTTCTGCGCAGAACTGCACTTGATGCGCGTGTTCCATGCGGGAAGCGCAAGCGCAGCATCGGCCGTTCTGCAGGCTTTCCTGGATCGTACCGCAGGGAATCCGAAGTCAACGTCGACACCGCGAGGACCGCGATCGTGCACGTTGGTGCTCATCTCGTAG (SEQ ID NO: 111)

> gfr01g4454
ATGACAGACATGACGCTCCGCCCAAGCGCGACAAACCCGGGCCGNNNNNNNANNNGNNNNNCNGNNNNNCNGNNNTNNNNNTNNGNCTTCGGGCTGCACTACACGACGTTCGGCTTCGAGTGGGCAGCCGCGCCCGCGAGCACGTATAGCATCGAAACGCTCATGGAGGNCGCGCGGAAGACTGCGGGGTTTACGGACCTCGCGCCGCTGGACACGTTTGCGGTGCGCGTGTCGAACACGGGCAAAGTCACGAGCGACTATGTCGCGCTGCTGTTCGTGAGCGGCACATTCGGCCCCGCGCCCCACCCGAACAAACAGCTCGTGTCATATACCCGCGTGCACGGGCTCGCGGCAGGCGAGCACACCACTGCGACGCTGCCCGTAACACTCGGGTCGATCGCACGCGCAGACGAGGCGGGAAACATGTGGGTCTACCCCGGGAGCTATAAGCTTGCGCTTGATGCCACGGGCTTGCTTACGCACGAATTCTCGCTCACGGGTACCGCGGCCCAAATCACCACCTGGCCTACCTCGGCGTAA (SEQ ID NO: 112)

> gfr01g0818
ATGGGCACCGACACCTGTGCCCGNCGAGCAAGCCTTCGAGGCGATCAAGACCGGCATCGATGCCCTTCCGCTCGGTGTCAAGATGTTCAGGTGAATTTTACGGACACAAACTCTCCACGGCAGGCCTCGAGCTCGTCGCTCGCTTTTTTGAGAAGTATCCTGAATATATCGACCGGGTTTTTCTGTCCGTCAAGGGCGGTCAGAAGGAAGGGGCGCTCGTTCCCGATGCCTCGCCCCAAAACCTCAGGCGCAGTGTTGATCTCATCGTCTCCAAGCTTCGCGGTACAAAGAGACTAG (SEQ ID NO: 113)

> gfr01g0585
ATGGTAGCAATCCCTTGCGAGACCTCAACTGCGACTTTGCTCATGTTTCGTTACAAATCCACTCGTGGCGCAAAGCAGAAGAGAATCAATGGGGGAGATGTGGGGGAAGTGCGATAA (SEQ ID NO: 114)

> gfr01g3132
ATGGGCAGCCTGAAGGATGTCGACACGCTGGCGAAGAAGTTCGCGCAGGAGGAGCGCATGGATATCGTCATATGCAACGCGGGCATCGGACAGGCGCCGTTCGGCATGACGGACGACGGGCTGGAAAGACACTTCGAGGTCAACAACCTCGCGCACTACGTGCTGGTGCTACGGCTTCTCCCGCTCTTGCAGAAGACCGCCACGAACGCGCCGCCGACGAGCGTGCGTATCGTCATGCAGAGCTCCGAGATGCACCGCCTCGCCCCGAGTATAACCAAGGTTCCTGTCCAAAGAGGAAATCAACAAGGACGGAGACGGCTCACAACTGTATGGCCGCACGAAGCTCGGTCTGATCTACTTCGCACGCGAGCTCGTGAAGCGCAAGCTGTCCAATCTGCCATTGGGTGTCGGACCTATCCTGGCTATTTCAGTCCACCCTGGAACTGTTGA (SEQ ID NO: 115)

> gfr01g3133
ATGGACTTCTTGGCCCGCACAGTAGGGAAGAGTGCACCAGAGGGCGCGGAGGCGAGCTTGTGGGCAGCAACCAGTACAGATATCAACGAGCATAATTGGCAGGAGTTCCAGGGAAATTACTACACAGAGGCACATGGCAATCCAAACAGGAGAGCAAGCTCGCGAGATGTGTGGGCGATTGATTCG

> gfr01g3082
ATGAAGTTACTTCTAGTGAACACTACCAAGGCGATCACTGTCGAGGTGCCCTACTTGGCAGACTACCTTGGTGCTCCTTTCACAGATCAGGCCTCCTTCTGGGTGAACAACTGTGCTGCCAATAATGAGACAAATGGTGGTCTCGAAGGCNCGGCACGCATTGCAAAGCGAGATTCTCTGGGCCGCAAACTTGCTCGTGCGGTTATTGTTGNTNTGGCGCCAAAGAATGCTGTCGGTCTACCAAGCCCTTTCCTGCCAACTTTACCGTCAGTCAATGGAAGCGAAGGTGTGATCAAATCCTACATCCTTCCTGATAAGAAAACTGGCGTGATGTTTGTCGGCTCCTTTGAGCCTGATGACTTCAACGGTTTCCAAACTGATGTCGCTGCCACAGTTGCTGCGTTCAAGGAAGCGGGCGTGTCCAGTTACTGA (SEQ ID NO: 117)

> gfr01g3692
ATGAAGGGGCCTATCTTCTCAAAGGTTGCAATTTGGTCCCTGGCGATATGCGAGATAGCTGTGATCATTGCACGCCAATACCCGTCCACTTACTCCAACATCTTCCTCTCGATACTCACCCATCGCTCCATTTCATCCGCATCTAATGTCACAATTACTCCTGCTTTCATGGCAGGATGGATATCCCTCGTGGTCGGCGTGCTTATCCGCATTGCATGTTATCGCTCCCTTGGTCGACACTTCACATTCCAGCTATCGGTAATCGATGACCACAAGCTTATTACGGGAGGGCCATACTCCATTGTGCGCCACCCAGGTTANACTGGCTTCGTCCTTTTCACTATCGGCTTATTGACGTGCGAGTATGGGAGCGGGTCTTGGATAGCCGAATGCGGTTTGATGAGTACATGGATAGGAATCGTTGCATTCTCTTGGGCAATCTATTTCGTGTACGTTACAGTTCTGCTCGTAGCCAGGGTGCCAACAGAAGACTCGATTCTGCAGAAGGAGTTTGGGGTCCAGTGGGACGAGTGGGCAAAGAGAACTCCGTACAGACTTGTTCCGGGCATCGTCTAG (SEQ ID NO: 118)

> gfr01g2866
ATGTACGTTGAAGGACGTGTGTTGAGCACGGATGGAACACCTATCGCTGGTGCGCGCATTGAGCATGGGAGACGGATTCGCATGGATTATACGGACAATCAGTACGCGGTTCGCGACAAGCCGATTGTCGAGGACGACTGCACTCTGACGAAGACGGACGCTATGGATATCGAGCTGTGGTNACCAGTGGCTTACCCGGTTCCTAGTGATGGTCCTGTAGGCGAGATGCTCTTGACTCTTGGCCGCCACAATATGCGCCCGAACCATCTGCATCTGTCAATTGAAGCTCCTGGGTTCAAAAACACTTGTGACCGCTCTTTACCCCGAAGGGGACAAGTACCTGCGTAG (SEQ ID NO: 119)

> gfr01g0493
ATGTCTAACAGGAAGACCACCCTTACCCGCTACGGCGGATGGCTGCCAGCGAACCCCGCTATCCAAGGAGCTTCATCAAGAAGCATACCGAACTCATTCGCACGCCCCGGGAGGACGTGCGCGATAGTTCCTTCCGTCACAGAATTTGAGAACGCGATCAACAGCGCTGTGTTATGGTCGATCTGTTTGACCAGATACCTG

> gfr01g2353
ATGTTACAATTGATGAGGACAAACCTGGGAAATTTCCCTGAGCATCTCATTAGCTCGCGACCTGTTGCTGATCATGCTCGTAATGCCATCGTTCTTCGAAGCGACATACATGCTTTCTTCGACGACTACCAATTCGCCGTTGATTGGCGACCCCCACACAGAATTTTCAGGTTCGAGAAATCAGGGGCAGTGCCTTTGGAGCACTGTCAGCAATTGCTACCTCCACAGCATGAAGTGGGCGTCGACAATGCGGTCAACCCTCAGCTCTTCAAGATACATTTTATTTTCGCTCTTTTGATGCATGTCGCGGGTAAGGGGAAGGATCTGCGCAAATAG (SEQ ID NO: 121)

> gfr01g0074
ATGGTGAAGTCCGCGCGAGCGACGATGCCCTGCAAGTGCTGCGCTTCCGGGAGCAGCGCGCGGTCCGTCAGCGTCGCCTGGGACAGCTCGAACAGCTTCGCGATGGTGTGGGGAGCAACGTTCGCAAGGCCGGTGATTGCCCCGTGTGCGTTGGCGTATGTCGAAGGCAGAAGGAAATCGATGAACCCCCCGAGCACGAGGAACCGCGCGTTCGGGTTTTTCCTCGGGTGCAATGCCGCAAAGGCGGGTTCGGATACAGTTGCACAGATGCGCGTGAGCTTCCCAACGTTGCCGCAGGTGAGCTTCACGCCGGTCAGGTTGGGGCACTCTACGGCCAGCTCCGTGATGATGTCTGAGTCGAGGTCGATGCCACCAGCAGCGCCAGGATAG (SEQ ID NO: 122)

> gfr01g3053
ATGATCTGCAGATTGGCATACCCCCCAGGGAAATTCTTCCAGGTACCGCCACAGCCAAATATCACTGCGGTGAACGCGCTTGGTGGCTATAATATCGCCGCAGACCGTCTTGCAATCATCGATGGACAAGCTGACCCCTGGAGAGGCGATACGCCACATAGTCCCGAAGCGAAGAACCGCACGGATACAATCATTCGGCCATTCAAATTAATCCCCGGGCGGTCACCATTGGGACGAGAATGGCCTCGCAGACCCGAGCGCGGAGCCTCCTGCTATTCACGCTATTCATCAGCAGGAAATCGAATTTGTGACAGCGTGGCTGCAGGATTTTAA (SEQ ID NO: 123)

> gfr01g0342
ATGCTCGAGAAGACGACCGAGCTGCTCAACAAGACCATGCGCGCGGGGGACTTGTCTGCGTGGGACCGCCGCTCCGGAGCCCTGGATCAGCTCGGGGTCAATTGTCGCTGGAGCTCGATCGTGGTGGACGAACGCGTATCTGATACGGGCGAGAAGAACAAGCCATCTGACGCGTACGGGACAGCCGGCAGCACTGAAGTTCGCGCGGGCGATAGAGCTCCCGATGCTCCTGGTCTGGTGGTTCTACGCGGTGCGAATAGCACGGAGGAAACTGGGACGCAAACCTCCCTGTTCCAGACCTTTGGCATATCCTACCACACCGTCCTCCTCTTCACGACAGATGCCAATGTGGTCAAAGCTACGTCCGATATACTTGCAGGCTACCCGGCTGGCACGACGCGGTGCGTGGTCGTTCTACCAGCTGGAGGGTCACAGTTCCCAGTCATCTCCGGCGGCTCTGTGCTCGTCGACCAGGAAGGCCATGCGCATGTCGGCTACAACGTAGCATCAGGCACGTCGACTATCGTTATCGTCAGACCGGATGGGACCGTCGGTGGAGTGGTGCTAGGAGTGGAAGGTTTAAGGCGTTATTTTAAGAGCATCTTCTCTGCATGA (SEQ ID NO: 124)

> gfr01g2789
ATGATACGAATGCACGACATCTTCGTCCCCGAACTGATCGTCTGCGTCCGCCCACCCGACAGTGGAGAGCCGAGCCCAGATGGGCGGTTCGCCATTGATATCCGCTCCGAGTTCGCATCCATCGCGAATAGCTCAGGAGTGGTTGGCATGGGGGCGTCGTAG (SEQ ID NO: 125)

> gfr01g1177
ATGGCCATTGCCGGTAGCATCGTCATGCGCAACCCACACCAGTCCTCGGCGCAGAAGATTGTGCAGGCCCGTATGTGGGCACAGGGCCTTACCGTTGGCGTGATGATCGGTGCCGCCATAGTCACGCACGCCCGCACTCGGGGTTGCGCATCCGG

> gfr01g2978
ATGCAGCTGGAGATGCTCAAGAAGGAGAACGTGCCGGACATCGAAGTCGTCGTGTTCCCGTTCTCGTTGAAGCCCGATGATTCGGGCAGGCCGTTTGTGGGGCTGCTCCCGTCTATCGGGCACCCCTTCTCTCGCGGGACCATCCATGTAGCTCTGCAGACCCGAAAGCGCAGCCTGAGATCGAGCCGAACTATCTCGCGGAGCAGATCGACCTGGAAACCCTCGTGGACGCGTTCAAGTTCCTTCGGAAGGTCACTGACACGGACCCGTTCAAGAGCCTTTCTGTTACGGAGCTCCTCCCTGGACCCAGTGTCGCGACGGATGATCAGATCCGCGAGTTCATAA (SEQ ID NO: 127)

> gfr01g2967
ATGGAAACCTACTATCTCGCGCTGGGGGAGCGTTGCAGAGCTCGGAAAGCTTCCAACGGTGCAGTCGCACCACGTGTGGACTACTGCCGTTGTTGGAGCGACCGTTCAACTGTTCTTCATCCGCAGGGTGTTCTTCCTAAGCGGGCGGAAGTGGCTCTTGTCCATCGTTCTATGTTTTCTTTGCCTCTACCAAGTTGTCGGTACAATTGTTTTCTTAGTCCTATTGTTCCGAAATGGCACGTTGGCATTCCTGGGGACGCCTATGATGATTGCCATTCAGATATCGATTCGCGCTTGCACCATGGCTGCAGATGTCGGGATCAGCGTTTCGATCATATTGTTCCTGCTCAAGGGGGGGATCCCGAAATGGACGAGCTCGCGTCAGTTGATATTCCGCCTCATCATCGTCACCATCAACACCAATTTGTGGACCGCCATCGCAGCTGCCGTCGATTTCTCCCTGCTCGCTTCACGCCCAAATGA (SEQ ID NO: 128)

> gfr01g3038
ATGAGCTCGACACTGAACCTCCCGCCGCACAGATTCGAGCAGGATCGCCAGCAAGAACACCAGCCATGGCGAAATTTGCAGAAGTGTAGCCACCGCTCTCGGCGGCTCGACAAAATCTGGCGTTCAACGAAAGTTGCTCGCGTACGATATGAGCGGCAAGTGGGCCGAGATCAACATCCGTCTCTTCTTGAACTCCATGCCTGTCAAGTCGACAAGGTCTTTCAAGCAACCCGATTACACAAACGTTTTCAACCTCATTCCGGAGGAAGAGGGACCGGAAGTCGACTTGTATCCAAAATTCGTAAGTGGCGCTGTTCTGTTGTACTAGTTGTCTTTAGTCGTTGGCTGATCTTCTGTTTAGTGTGA (SEQ ID NO: 129)

> gfr01g1970
ATGTCTTGGGCTTCAAATCGGAAAACGACCAGAGTGGAAGACAGAGCATACTCCTTGATGGGTTTGTTCGGAGTTCATATGCCCACATTATACGGGGAAGGCAGCCAGGCCTTCTTTCGTCTCCAGTACGAGATCATGAAGNATTCCAACGACCACAGCATTTTTGCTTGGATGGGATGCGGGGGCGAGATTACCACACTCTCACGCTTCAAATTTCAGCAGAAGACCGTTCATTCTACCACAAATTATGGATTCCTTGCATACTCTCCCGATTCTTTCGCTCACCCAATGTCGTCGACGTCCCATACACAGAATACGCAGAAAGCCTCGTGA (SEQ ID NO: 130)

> gfr01g3761
ATGTTCGAAAACTACGAGCTTTTCCAATTCCATGCCAGACAACCGGATCGTCATTCAAAGAATCCTTTCATCGAATGCATCCCGCCTCTTGCCGACATTTTCTACCTCTTGCAATGTCTCGCTCCGGGGATGCTGCAGCTCAATCACATAAACATGTTTTATGTCTTGCCACGTCCCACATGGATCATTGCCCATCAGGAAATATTGGAAGCTGTCCTCGGAAGTAAAGACAACTACGCAAACATGCTCAAGGCCGCTTCCGACGATGATAAGTCACACTGTTATGGAGCGCTTATAGTGGATAGCAACGATGATGAGGATGACGAACGGGAAGACACATATTACGACAATTCAGATGACTACTATACTACTGCATGGGGATTTCGGGAGGTGAAGGATTATACTGCGTGCGATGCGGAATGTGGTTATTGTGGCACGTGCGAATACTAG (SEQ ID NO: 131)

> gfr01g0114
ATGGTAGACAAGACTGTGGAGATCCTCGGCGGATTGAATGTGATGGTTGCAAATGCGGGGTTCATGATCATGGGTCCACTTGTCGAGATGGATGTCTCTGAATGGGATCGCATTATGTCTATCAACGTGCGCGGGGTGATGTTGTCCTACAAGTATGCGGCCCGACAAATGATCAAGCAAGATCGAGGCGGGAGAATTATAGGCGCGGCGTCTGTCGCGGCGAAAAGAGGTGCCCCGAATGGTTCAGCATACTGCGCATCGAAGTTTGCTGTGCGTGGGTTGACCCAGAGTGCTGCCCAGGAATTAGCAGAACACAAAATCACGGTCAACGCTTACGCCCCGGGCTGCATCCTTACGCCTATGATCCATCATCCTGATGATGAGAAAAATGGTGGTCCGGGCTCTACTACCCTCAAGGCAAGCGGCTTGCAAGCTCTCTCTCCAGCAGATCCGTCCGTCATCGCTGCTCTTGTTTCCTACCTCATCAATCCGGAGGCTTATTTTGTCACCGGCCAAACGATCAATGTTGATGGAGGTGTCTTTTTTGACTAG (SEQ ID NO: 132)

> gfr01g2365
ATGTCTCACGGAAAGCAATTCACCTTGTTCACTACCAGCGGTGGTGCACCGAACGGATGGAAAGTGGCCATCGTGTTAGAGGAGCTTGACTTGGTGTACGAGCCCATCTACCTCGATTTCTATAAGGCCGAGCAGAAAGGCCCCGAGCACACCAAGTACAATCCGAACGGGCGCATCCCCACCTTGATCGACCATGCCAACAACGATTTCGTGGTGTGGGAGTCCAATGCAATTATATCATACCTGATCGACAAGTACGACACCGAGCACAAGATCAGTGTCACGAAGTTCGAAGAGAAGATCACTCAGCTGCAGTGGCTGTTCTTCCAGGCCTCTGGTCAAGGCCCGTATTTTGGCCAACTGGGGTTCTTCCTCTTTCACACCCAGGAGAAGCTTCCAAGCGTGATCGAACGGTACAAGAATGAAATCATCCGCGTGTTCGGGGTGCTGGACAGTGTTCTGTCTAAGCAGAAGTGGCTCGTGGGAGGGAAATGCACAGTGGCCGACCTGGTCTTCGTGACGTACAACGAGGCAGCTTTGTTTATGGGAAAGTCGATTGAGTACGACTTCGATCTGGAAAATAACTTTCCGGCAGTTCATAAGTGGCACACCGCCATTCTTTCGCGGCCTGCAGTCAAGAACGTGTTAGCGGTGAGAGACTCCTTTGCAACCGCGCGAATTGACACCGACTCCGCCGGGAGAAGACATGCATGGAGAATATCGACAAATTGGATTCTCTTATATAAGTTCGTATTCAACATAACGGCTATGTCAGAAATCGGACTCCACCTTTGTTTTAATAAATCAAGAGCGTTTCGTACTATGCTTATGAGCCCGAGTCCTCAGCTCCGCATGATTCCGACTTGGTTGAAGTATAAACAACCATTCTGCCTCGCTTGTAGATACGTTTGA (SEQ ID NO: 133)

> gfr01g4438
ATGTATGTCAGGAGTCCGCGCGCTCCAGCTCCGCTCACGGGGGGCCTGGCAAATGAGCCCGCCACTACAGTGGCAACATGGCGTCCGTCGGCGGCGATTGTATAG (SEQ ID NO: 134)

> gfr01g2510
ATGGGGCCGAAACGGGATATTTTGCAAGAGCTATTCAACAGTGCCAAGACTCGTCACCCGGAGCTGCATCGCGGTACGTACTATAGCATGCCAGAGTGGTTCAACCCAGACTATGCGCCATACGCGCGCACCGATTTCCCTGGCCAGCCGGCCCTGTATGCCTTCAACCACTCGTGCTGCGAGCCGTATTTTGGCCATATCCCAGTTGACAATTACCTCGAAGACTTACAGAGGCCACAGATAGAGAAGCTGTTCTATGAATATGACACGGATATTCTCTGGTGCGACGAGGATGGAGCAAGTGCATTTTCCGAGATAGCTCCGGCATGGTACAATTATGCGGCGGCGCAGGGCAGGCAAGTCGTTAGGGACAACCGATGTGGCACTAACCAGACCGACTTTGTCACTCCGGAGTATATGACGTTCGGCGCGCAGCTGTCGCAAAAATGGGAAAGCTCAGCAGGCATGGATCCATTCAGCTACGGCTATAATTCGAATACCTCCGCAGATGCTTACATGAATGCGTCGGAGATCATTGTCGAGCTCGTTGATATTGTATCAAAAGGAGGGAATTTCTTGCTCGATATCGGCCCCAAGGCTGACGGGACAGTCATCCCCGAAGAATCCGGCCCCCTGCTGCAAGTGGGGGCGTGGCTGCGTACTTCCGGCGATGCTATCTACAGCACGCGCCCGTGGTTCGTCCAGCCGGCAGACTCGACCCCAGGATATACCGACGTGCGATTCACAACGACGCAGGACGCATTCTACATCATTGCTGTTTCCAGGCCTGAGGGTGGAGTGCTCAATGTCAAAGCGCCAGTCCCGGTCTTGGAAGGCGACACGGTCAGGATGCTTGGGGGCTCCCAAGAGTCGCTGGGCTGGAGCGTGAATGCGGTGGACGGGAGCTTTAAGGTTCACGTGGGCGAGGACGAGTTGCGAATGGTTCAGTATGCTTGGGCGTTTGAGGTTGTATATTCATGA (SEQ ID NO: 135

> gfr01g0918
ATGTTGTCATTTGGTGGCCTTCTTTCAGAAATCATCTCTGGAGGCTCCGCAGGTATCAATGCGACTAACCCGGGACTCGTCAAGGTCCTTGGGGGCGCTGTCTTTCCAGTCGGCTTGATAATGATCGTTCTACAAGGCCAGGAACTTCTGACCAGTAACATGATGGTTTATCCCATGGCCTGTATCAAGGGCGCAGTGCCTTGGTGGGGGCTTCCTTACAACTGGGTCATTGTGACTTTCGGCAACTTGTGCGGGAGCCTCTTCTTTGCCGCCATCTTGGTCAAATTCACTGGCATTATTTCAACGGAGCCTTATATCTCATACGCTAAGACATTTGCGCTCCACAAAGCGAGCGATCCCGCCTGGCACCAGATCTTCCTGCGTGGAATTGGCTGCAATTGGCTCGTATCAGTTGCCGTTTGGCAAGCCGCTGGCGCGCGCGACACACTGTCCAAGGTCGTGGCTATCTGGATACCGATCATGATCTTTGTTGCCTGCGGGTATGACCATGTTGTTGCAAACATGTTCTCAGTTCCGTTGGGCATCCTGTTCGGTGCAGACTTGACCGTCGCAGCCTACATCCGGAAGTCGCTCATCGCATCCTATATCGGCAACATTGTCGGCGCACTGCTTGTCGCGCTCCCCGCCGTCTACTTCTACTTGTCGGACTACCGCGCCGACGGCTTGCGTGGCGTAGAGGAAGGCGAGGGCTTCAATAGCAACAACGGCCCCAGTGATGGGAGCAGCGGTGACGGCAGTAATGAGGCAGATAAAAGAGAGGTCTACACGGTGAATAGCAAGCGGTCGCAATGA (SEQ ID NO: 136)

> gfr01g1350
ATGATATTATTATTTGTCATGGGTGATGACAACTCAGGAATGACTGGATGGCTTCTTTCGAAGCTTGAAGCGTTCATAATTTTCTTTGAAGACTATTCTCTTCTCCGATATAATATGGTACTTTCAAAAACAAAATCCGTCATTACAGCTATCCGTGGAAAGATCGAAATGCTAAGTTACCAATGTAACTATGGCAGACCGCTCCGCCCCATCGGAAAATTAGTCGCCCAACTATGCTACCCAGAGAGAGGACTATTCTATAAGTTTATGTCCTACCGAGCAATTGGAGTTGCCTACGCAGCCGCAGGAATAGACCCTACTTTTCATAAGTTCTGTCAAGATATTTACACTATCTTCCTTCCTTTTGCAGCCGAACAGTCAACGTTCAACTTCAACCGTGCATCCTCGCACTTGCCTGGCTATCTCAAAGCATTCGACGAAATAACCACAATCATTGATTTCACCAAATTTCCAACTATCTTCGAAGTCCGAAGAGTATACGATCATTATCATGGTCCTCTGACCTACGCCCCGAAATGGAACTTTGCCCACTTCATCAATGCCCCAAACGTGATACCTCCATCAGCCAAAACGATGAGCCAATACCGTAAAGAGCACAAAATCCCCCGCTCTGAGGTCCCAAGCTTACCAATTGGTTAA (SEQ ID NO: 137)

> gfr01g1188
ATGTATCGGAGGGCTTTAGCCGGGGGGAACTTCTTGAAGAGCGTGAAGGCGATCGTCACCGCGGGATTGAAGTGGCCGCCGGAGGTGGAGGAGCAGACGATGAGAGCGAGTGCGATGCCCAGGGCGTACGCCACACCAATGGTGAAGATGGAGCCCAGAGCAGACGC138TGTGAGACCACGCTGTGTAG

> gfr01g4139
ATGCAAATTGACAACCAGACGTCACCCAACACCTTCGCAAATGACGTGAAAACATCCGCGAACACAATGTCGGCGAAGAGCACTCGATTGCTTATAGGAGAGAAGAGGCACCTTTGTATCGCATGA (SEQ ID NO: 139)

> gfr01g2721
ATGGCTACTATTAGGTCCGCACGGATTGCGTGCGCCTCGGTGGAAGCATGGGCGATGGAGGCCACTACAGGGCATTCGGATGTATTACCTGTCGCGCGCGGCGCGATCGAGGAAGTGGAAGAAGGGGAAGATGAGGCGTCGGTGGTGGTTCCTTATCCTGCTGTTAACTCGTCGTCCAAAGTCATAGAGGTGGATGGCAGTAGCGAAAGTGAGGTTGACGAAGATCCAGAGGTGGAAAGTGATGAGGAAGATGCGTCTGGAGACAAAGAGATTGATATGATTCGATATGCACCGGTGCATCAGCGGAAGAACGTGATGGTAGTTGTCAAGGCGGATTGTGCGAAGGTGTGTGAATTGCTGGAGGCGTACGAAGCTCTACGGGCAGGTTGCAAGCGAGAGAATTTGAGTTCTGAGAGGAGGCCGAAGGAGATCAATACGTGGATCGGACACCGAAGGAAGCCGGTAGGTGGTCCGAAAAAGTTAGCTAAACACAAGTTTGGTCTCGCATGGCAACATTGGTGGTGGCATATCAATCCGGCGTGGAGACAGGACGAGGCGCCTGATCTTCGTTTTGTCGCTGCTCTGGACATTTCGCAGTGGTCGTCGTTGGACAAAGGCAGCAGAAGTGGAATACGTGTGGCGGTGGTGACATTGTTCTGGTGGGTTCCGGACCATGCGTTGGACGACGATTCGGTGTGGGCGGAGTGCGTGGCAGATGTCCGTTTCGCGCTCGAAGACATGATTCGGCTGCGGACAAAGAAGAAAAACAATACGGGCAATGTCGCATCGTCTTCAAAGAAAGAGCTAGAAGACGCAGAACCGAAGAAAGGGGGTAAAGATAATGCCGCGTTGTCACCGAAGAAGAGGAAAGGGGACAGGAGAGCAAATTCGTTGTCCTTGAAGAGGCGTCGTACCACTGCTTAA (SEQ ID NO: 140)

> gfr01g2836
ATGACGAATATCGTCAAGGGCTATGGACCAATCGACGACACCCGGATCTCACCGCTCCCACGCGCGAAACTTCGCGAACTCCAACAACAAGTCTCAATTGACTTGTACGACTTAGCCGTCAATCGACTTGGCTATGTCGACGGAGATGTCGAAGATGCCGCTATCCCTGACCCGCTTCTTGGCTTCCAAGCCATTGATCATGTCCGAGGATTTAGGTATCTCTATTCGAAGTTTTCTTTCCGCTTCGGGACCGCCCCCAACATTGGCGCACGCCGCCTTCCTCTCTGGAGCCCTTACCGGGTTATCTATTCAGAAAGGAACGCCTTCGCACCCCGTGCTTCCGTTTACATGCTTTCGAACTTTCGAGCCATGTATGGAACCCACGTGCCCCTTGTTGAAACTGACTCCGCGTCAAAGGTGATTCCCACCTCTTGA (SEQ ID NO: 141)

> gfr01g1074
ATGTGTTCATCGAAAAGATGGGTCCCAAGCCCCAGGACCTCGNGCTGTTTCCCCCAGATCGCGAGCCGTGGCCGCCATATACTGCTTGGGACTTCTTCCCTGCGGCGTTCAACTGTCCCCACGAAATGGAACGCATCGGCGCATTCGGGGACGGCGGTAAATGGGTCTGGGACTCTCGCGCCTCGAAAATATGCCTGA array number

> gfr01g1076
ATGAATGGCCACAACCACATTGATATTTTGAAAGTCGACATCGAATCGTGGGAGTTTGAGACCCTGTCCACGCTTATTCGGCCATACGTCCTTTCGGGAAGGCCACTGCCCTTCGCCCAGCTCCAGCTCGAGATCCACCTGTATGAAAAGACATTCCCGGATCTTCTCAAGTGGTGGGAGATGCTCGAGGAAGCGGGATTGAGGCCTTTCATGACCGAGCCGAACTTGGTATACGCGAATTATAACAGGTTCAAGAAGGGGACCCCAGATCTAGCGGAGTACTCCTTCCTTAATATCAAGGGGAATAATATCTTCATCGGAAACCCTGTGCCGCCGCGAGGCAGCAGCAGTGGGGGCGAGTAG (SEQ ID NO: 143)

> gfr01g2241
ATGTACTTTGAGACCAGGAAGGGCAAGGGTCGCGATGGTGCTCCCAACGCGAGGACATCGGAGAACCAGGTCGTCCGCCAAGGCGAGAACGATCTGTACATCAAGCTCACCTACTCGGTCTTCCGTGAGGAACCCGCCGAGGATTCCTCATCGCACGACATCGATGACAAGCAGAGGAAGATCACAAAGTCACGCAAGTGGCATCTAAACGCCTACTTCACCAAGCTCACTGAGGGCCAGCTGCGCACCATCGACGATATTCAATTCCTTCGTGATCTCGTGGTACCCGACGGCATCTTCAGAAGTGCACGCACGAACAAGACTAACAAGCGCGGCGAATCCTCCAAGACCGCCAGCTCGAGCGTCAAGCGCACTTATGCACCTTTCCCCTCGAACCCCGCACGTCGCCTACGGTCCGCCGACGATCAGGGTGTGCAACCACCGCGGCCTATCTCCATCTCGCGTGAAGGTATACCTCAACACGCTTCTCCAGTGGCAGTGCATTCTCATTATCATACCACTTCTCTGTTCCCCGAGCAGCTATCATTCCCTCCTGCGCCGCCACTCTCGCGACCCAATGACCGGATGATGATACCCACCGATAGCGCCGCGCGGTCGTCCCCGCCATCCTTGCCATTGCATACCCTCGTCCCATTCCCCACAAATGTTTCCGCCATCTCTGCGCCTCTGTACACTCTGGAACCCGACTATGAATATGCATCAGCATCCATGGCACAGCGGTCCGAAAAGTCGTTGTCGCCTTCGCTCTCGGACTACTCCATGAAATCGCGACTCTCCGCGCCCTCTCCTATGCACATGTCACCCGCGCTCTCCAACACGTCCTCGCTCTCCTCGTCATCGCCGTCGCTCCACGACTCACTCCAAGACTCACTCGTGATCTCGTCCATCCCGCCGCTCCAGGACGACGGGAGCCCGTATAAGCCGGCACCGCTGTTCGTCGACATCGACGGCTTCCGGCGCATAAACGGTGTGCAGGTCG ACCTCGCGCCACTGCATTCGCTCCCTCGGACCCAGACCTACCGGCGTAGCTCCACCGACGATAGAGCGTTGCGCCTCCTCGGCCCCGGCGCACACTGA (SEQ ID NO: 144)

> gfr01g0215
ATGTTCCCCAGAGCACGCTCGTGGAGATCAAGACATGCTCGTTCAAACGCGTTGGCAAGTTCGACTGGTTCGACGCGTATCTACAGCTCTACTTCTCGCAGACTCCCCACCACTTTCTCGCAGTGCACAACTGCGGGACCTTTACTTCCATCAGAAAGCGCCAGACGATC

> gfr01g0061
ATGTCCAGTGCGAGCGCCACAAAACAGTTTTTCTTCGTGTATGCGCCAGACCTGCCCGGTGCTGCCCAGCGGCGGTTCGTCCTCGCGGGAACCCACCAGGCGAAGAACGCACCACTCCTCGAAAGCGGATTCATCAAGGTCGGAGGGGGCCTCCTCAAGCCGGAGGTGACCGCAGATACACCCGTGGTGGGGGACG

> gfr01g1706
ATGGAGATCGATGAGGTCTACGATTCTACCCTCCTGCCAACCAACAGGATCACACTCAGATGTTCTGGGTGTTCGGACTATGGTACAGTGTTGAAATGCACAATGCCATTATGCCCATATGCGTTGTGCCTCCGCAACGACTTATGCCTCGGTGGGTGTGTAGAGGAGGCCACCGTGAAGGACCCAGAAACGTTTGTGTGCCCAGAGTGTCACCGCAAAGCAGGAGAGCACGTTCCGTATGTGGTCCACATGCAGGCCAGCAGACATCTGTCTCCTGGGTTCGTTTCTGCCTCGCTGGCGATGTTCATACTCAGGTATGGGCGTGATGCCTACGTGCGAGATGTGTTCAAACCACATTTCGTCGAAAGATTCAAGTCGGTCCCCGACAATTTCATCCTGTCCGACACACGGCTACTGAAGGGAGCAGCCGTTTACCATACGGTTATGAAGCGAATCACACCAGTGGTGAAATGGCTCGAGGCCCGTCACAATACCGTTCCGTTACTTGTGCTGGTGGACACCCACAGCGATTACGAGACAGGGATGTTATCGTTGTCATCCACAAATACTGGTATGCCACCCAACATTGGCCCTATTGAAAAGGTCCTGGCGACATTTCTTGGGTCGGCATATAAGACCTTCCCCGAGAACACGTCGAAGTTGAAGGGCCTATTCCTCCTATCGTGCGGTGCATGTGTCACGAAGGCCGACCGGTTTGAGGAGCTTAAGGCCCAGGTGCAGAACGGATATTTCGACTTTGTTATTACCTTCACTGCCGACAATATTCAGGCAGGGATCGTCGTCCCTGCACTGCTCAGCGTGGCCAACTCTATCTACTTCCACCACGTCGAGACGCTCAATGTCTGGGGGATCGTCGTTGCAGTTCTCACTGGTGCACATGAACTTTTTAACCACACCAGCGTCGTTGTGATATCTCGGGAGCGTGGCACCGTCGTGGCGCGGGAGCTCAACTATGGTTCTATGGGACGACGTCCCTTTG GTCTGCACCCTCGCTGTAAATATTGCGATGGCGAAGGTTCCAACATCGCAGTGAAGCTATCTCGTGATGGATGCGCAGTGAAGATGACATGCCGCTTGTGCAACCAAGTCGGGGAATATGAGCGGCCATCATGGGTATATGCGACTGCTCAACCATACTACTATTATGTATTGTCTCCGCTGACTCCTGAGCAGTCCCTGTGCATAG

> gfr01g0822
ATGCTTCTCATAGTCGCGGAGGTGAAAGGTTGGCACGTAGAAGAGAGCTGGGACGAGGAATATGAAAAGGCGAGTGAAGAGCGATGGGGCGCGGTAAGAAGGCTAGAGGAGAACTGGAAGGCGTTCGAGCGTGGTGGTCATCGGCCTGCTACCAAGAAGAATGACCGCCGGAAGCTGCTGCTAGAGGAGTGGGAGAGA

> gfr01g4052
ATGATGAGGATCGCTTACGGTATTGAATTGGCCGACGGTGATGACACATATCCGGACATCGCTGACAAGGCGATGGCGAGCTTCTCGCAGGCATTCATGCCTGGAGCATTCCTGGTCGAGTCCATTCCTGTTTTGCAATACGTTCCAAGATTGTTCCCTGGTGCAAGCTTTCGGCGCAAGGCGGTGTTGTGGAGCGCAGACGCCACGGCACTCCGGCACGTGTTGTTCGCTAATGTGCAACAATTATTCGTGAGTCTTTTATGCATCTTGTACATTGCTACTGAAACGATATATTTGTATATCTAG (SEQ ID NO: 149)

> gfr01g3263
ATGAAAGAAACGAACTCCGTTCTGCAGTCCCTGATGATTTACTTCATCAACCGTGGTGTACTCACAGCGATTATTCAGATACTAGCTGTCACGACCTTCTCTGGTCTTCACGCACAGGAGGTTTGGATGCTGTGGCACTTGACGCTTAGCAAAGTCTACGTGAACTCACTTTTGGCGATCTTGAATGCCCGTAAGTACCTTCGGGCCACGCTTAATGGCGACAACGCTGGCATCAGCATCTCCGGGCTTCAGTTTGACCATGGCACAACCCATACCAATTCTGACGGGACTCAGACTACCAACATGGTGTTTGCTGTGGAGCCTAAAAGGGATGACAAAAATGATGACGACGCCTTGAAGGCCATGACTAGCGTGTGA (SEQ ID NO: 150)

> gfr01g1609
ATGGCAGCGTCGCCAACCGCGCACCAGGCCGGACTACATCTCTGGCCTATTTCAGAGTCGTTGTACGTCTGTACAGCACCACATGGCTCGAGAAAGGATGAATTGGCCGCGGTGCATCGCGGGAACTGTGCTTGCCTCCCAGGGAGAACAAGGGGCTCGTATGGCCTGTCTTGCAGCGCCTGCGCTACGTCGTGGCTGTG

> gfr01g1610
ATGGCGTTCGATCCTCTCTCGTCTCAGGGCATGATCACCGCAATTGAGATGGGGAAGTATGTCGGGGACATCCTTGGTCGCCATCTATCTGGATCAATAAAGGACCCTACCTCAAATCCAGGAGTGATCGACAGAGTGACGGGGG

> gfr01g0337
ATGAACAGCAATGACTTCTCCTCGTACAGCTTTGATTGCACATGTACCGCTGCGGGCACCTTCGCATACGTATATCCCAATCGGTTCGGTACCGTGTACTTGTGCGGTGCGTTCTGGAAAGCACCTACCACCGGCACCGATTCTCAGGCGGGAACCCTCGTTCATGAGTCGAGCCACTTCACCCGAAATGGCGGAACAAAGGATTATGCCTATGGGCAGGCTGCCGCGAAGAGCTTGGCAACTATGGACCCAGATAAGGCCGTCATGAATGCGGACAATCACGAATATTTCTCTGAGAACAACCCCGCCCAGTCGTGA (SEQ ID NO: 153)

> gfr01g1234
ATGTGGTCTGATTACCCAGAGTCTTCAGTGTGGATGATGCTTCATGTTTGGGATCACTTTGATTATACAAACGACATACAGTGGTTCGTATCACAAGGATGGCCTTTACTCAAGAGTGTTGCCGAATTTCACTTGGAAAAGCTAATCCCTGATTTACATTTCAATGACTCGACATTGGTGGTAGCCCCTTGTAACTCACCAGAGCAAGTCCCTATCACTCTTGGTTGTTCGCATGCTCAGCAAGTGATATGGCAACTATTCAATGCAATTGAAAAGGGATATGCAGCTTCGGGAGATACAGATACCGCCTTGCTGCAAGAGGTTCGTTCAAAGGTCGCGCAGATGGACAAAGGTATTCACATTGGATCTTGGGGCCAACTACAAGAATGGAAAGTCGACATGGACTCTCCTTCCGACACTCATCGACACTTGTCGCACCTAGTTGGACTATATCCTGGATATGCGGTATCTTCCTACAATCCATCTATCCAGGCTGTTACANGCACAATTACAGTAAGAGTGACGTCCTGCAGGCCGCTGAGATTAGTCTGTTCCATCGTGGAAATGGAACGGGACCAGACGCAGATGCAGGCTGGGAGAAGGTCTGGCGTGCGGCGTGCTGGGCTCAGCTGGCAAACTCTAGCGAATTCTATCACGAACTTTCTTACTCTCTTGAACGAAACTTCGGAACAAATCTGTTCAGCTTGTACACACCTGGTGACCCCCACTCAATCTTTCAGATAG (SEQ ID NO: 154)

> gfr01g1522
ATGAACATGCGGTTGCTGGGTGCGCGGACGCTGGACGAGCTCGTTCCAGAGATGGTCGATGCTAGCGCGCTCTCGTCTCACTTTGTCATGACACCACAGGACAACCTGTTCAACTCGACATACCAACCCTTGGCCGTCGCGAAGTTCAAAGAGAGCAAGTTGTAG (SEQ ID NO: 155)

> gfr01g1590
ATGAGGGACGAAATGATGTCTGTTTGGGGATTCTACTGGATTAGCGACAGGGGTAGGGTAAAGTCTAATATTGTCCAAGAAAAGTCCAAGAAAAAGTCCAAGAAAAAAGTCCAAGAGAGCGGTTGTCCATGGCGGTCGCTCAAAAGCATCCGCTCAAGCGAGCCGCGTCGG

> gfr01g2657
ATGAGTTCCCGATATTCAGGATTCGCCGATGGAGATAAGGATGTAGTGGAAGCATTCGGGAAGCGATTCTGGGAAAATGACGGGGAGAAGTTTCTTTGCGTGGGAGATACCGCACGACTGAGACGTGTTGAACGAGAGCTG

> gfr01g2751
ATGAGCCAGCGGATCCTTACCATGTATATGGACTATCGAGGGAATTTCGAGAAGAAGGCTCAGCGGGCACCCAAACGTCNACATCTTCTTCCGAGATGGTGTATCCGAGGACAGTTCAGGCATGTGCTGGAGCAAGAGCTCCCCCTTTTACAAAAAGCCTGCGCGAATCTCAAAATAAACCCGACTATCACTATGGTGGTTGTCGGCAAACGCCACCACGTTCGCTTCTTCCCCCAGAGGCCTAATGACGCAGATAGAAGCGGAAATTGTCCCGCTGGCACTATCGTTGATCGCGAGGTCGTTCATCCCACGGAATTCGACTTCTATCTCCAGAGCCACGGTGGGCTGCTGGGTACCTCCCGCCCTGCGCACTATAGTGTGCTGTACGACGAGAACGGTCTCACGGCGGACGGATTGCAATCCCTTTCTTTTGCGCTTTGTCACGTGTATGCGAGGTCCACACGTTCAGTCTCAATCCCAGCCCCGGTATACTATGCCGATATTGTGTGCTCGCGGGCGAAGATACACTACGACCCGGAGGGGAGGCTCGAATTCTCGGATTCGGCTACACAGCTGGATTCCGCACAGGCTGAAAGAACCGTTGGAGGCGTTCAGAACGGGGTTAAACCCCTCCACGCCCAAATGCNGAAGATGATGTATTTCATGTGA (SEQ ID NO: 158)

> gfr01g0540
ATGGTCGGCACCTGGTCACTCGACCAGACCCTTCTGTGGACTCCAGGCACCAATGCAACGACAGGTGAACACGTGGACTTGTCGGACCTGGGCCTCGTCGGCGCACAGCTACAGCTCGTCCAGGCCGTCCAGGCCGTGGGCAAGCCGACAATTGTTCTATTTGTGAGTGGCAAGCCAGTTGCAGAGCCGTGGATACAGGCACATGCGGACGCGGTGGTGCAACAGTTCTACCCTGGTGAGCTCGGCGGACTGGCCCTGGCCGAGATCATATTTGGAGATGTGAATCCCTCGGGTAAGCTGCCAGTGTCCTTCCCCCGAAGCGTTGGAACCACGCCTGTGTTCTATAACTATATCAAGGGCAGCCGTCCGATTGATGCTGGCGAGATATTGGACAATGGAACATTAATGTTTGGCCACCAGTATGTCTTGGATACACCTGTGCCTATCTGGAGCTTCGGTCATGGCCTGAGTTACACGACGTTCAACTACACCGACTTGACGCTGTCCAAATCCACAATTGGAACTAGCGACGATTTCAGTGTGTCCGTGACTGTACATAATACAGGGAACAGAGACGGCAAGGAAGTTGTTCAGGTATATATGACAGACGTGGTCAGCTCCGTCGTGACGCCGAACCAATTCCTGGTCGGGTTCCAGAAAATTGATCTCGCTGCTGGTACATCTCAAAAGGTTACCATTCCCATCAATTCTTCGCAGTTGGCGGTGTGGACGCTTGACAATTCGTGGGTGGTCGAACCCGGCCAGTTCACGGTGAAAGTGGGGACAAGCGATCAAAGTTTCTTAAGCACAAATTTGACGGTGCAGGCGTAG (SEQ ID NO: 159)

> gfr01g2250
ATGAAACGCTTCTTGTGGGACAATCACTTCGCGGCCGTAGCATCTGACCAGCCTGCTCTTGAGCGCTGGCCTCCTCCGGAGGGCACTCCTCATCTGCATCAGACCCTTCTCGGCTTGTGGGGAATGCCTATCGGGGAATTTTTCGACTTGGAAGCACTATCAAAGATTGTGCGGAAACCGGGAGATATACATTCTTTTTCTCTTCGTGGCCGCTCAATGTACTGGGCGGTGTTGCGAGTCCCCCGAACGCTGCTGCATACTTCTGAGCGATTTGTGGACTGCCTTCCTTCCTTACAATCTTGA (SEQ ID NO: 160)

> gfr01g3012
ATGCCTGAACAAGGTCGTGGCATCGGACACGACTGGGGCTCTGCCTTGTTGTCGCGACTCGCGATCCTATATCCAGAACGTTTTTACGGATTCGCATTCCTCGCACTGTATTATGTCCCGCCCACGACGACCGTATTCAGCTTGGAGGCCGTGATGGCACAACTCAAAGAAAGTATCGGGAATGAGATGCTAGGCTACTGGCAGTACTTCGACCGCGAAGATAGCGCCGAAAAGATCTGTCAAAATATTGATAGCTTCGTCCAGCTGGTTTTCCCCAAGGATCCGGAGTTCTGGCAGTCGTGGATTTGCCCGGCGGGAAAGACAGCCGAGTGGATCGAGGCAAACAAGCAACCGGGAAGGCCATCGTATCTCAGCGAGGAGGAGTACACCATGATTCGGCACAACCTTCTCGCCAGTGGCCTGTCCTCTGCGCAGAACTGGTACCGCGTCATTATACGTAACTCCAACCTGGAAGATAACCGCAAGATCCCGGAGTCATCATATAAACTACGCAAGCCAGCATTCTTCGCGGCCGCTCTGAAGGACGCTCTTGGCAACGCAGCGCAAGGAAAGGCCATCATGAACCAGTATAGCAATGACCTGAGGGTGGTGGAATTTGACGTCGGGCATTGGGTACAGTTCGAGGCTACCGAGAAGCTCAATAAGGAGCTAGATACTTGGATTGAATACTTGATGAGCAGGACACCTATGCAACGATATTGA (SEQ ID NO: 161)

> gfr01g9069
ATGGGGGAGGCGGCAGGCCTGTCGGACGTGGACGACAAGTTCTTCGATGACCACTTCAGCATCAACGTGAAGGCACCGCTCTTCATGGTCAAGGCCGCGGCGCCCCTCATGAAAGCAGGAGGCCGCATTATCTTCTTCTCCAGCACCCTCACGCATGCGTCCACCATCACCCCCAACTACCTCATCTATGCGGCGACGAAGGGTGCAGTCGAGCAGATATCCCGCGTTCTAGCCAAGGAGCTCGGCGCGCGGGGAATCAATGTCAATACCGTCGCTCCCGGCCCCATCGACACCGAGCTATTCCGCTCTGGCAAGTCTGAGGAGCTCATTAAGTTCATCGGCGGGTTCCACCCCATGAAGCGCATCGGTCGCCCCGATGAAGTCAGCTCCGTCGTTGCATTTTTGGCTAGAGAGGAGGCGAGCTGGGTCAATGGACAGACTATCATGGTCAATGGAGGATTCGCTGTTTGA (SEQ ID NO: 162)

> gfr01g6817
ATGGCTTCCGCTTCTTCTCATGCGTCTCTCGTGCAATTTGGCCAGCAACACGTTACCAAGGGACTTGGTCGTGTCGTTGAGGCCGTCATCACCAAAGGCGAGGGTTCCTATGTGACTTTGGGGGATGAGCGGGAGCTCCTTGACTTCACTTGCGGTATTGGTGTGACCAACCTTGGTCACTGTCATCCAAAGATCAGCAAGGCGGCTGCTGACCAATGCATGAAGCTTGTTCATGGCCAGTGCAGTATTGGCTTCCACGGCCCTTACCTCGAGCTCATCGAGAAGCTACTCCCCATGATGCCTGACCCGTCTCTCGACTCGTTCTTCTTCTGGAACTCGGGCTCTGAGGCCATTGAAGCCGCAATTAAGATGGCGAGGACTATTACTGGCCGCCAAAATATTATCAACATGCAAGGTGCTTACCACGGAAGAACGTTTGGGGCGATGGCCGTGACAAAGAGCAAGCCATCTACAGCGAGGGGGTGCATCCTCTGA (SEQ ID NO: 163)

> gfr01g6625
ATGGCGCTGCGGCTCCAGATGCGTGGGTACATCATCCGCTGGGCGACGTACTCCAAGGGCGGGTTCAAGGAGGGCGTGTCGCTCACTGTCGATGACGAGCTCAATCGCTGGCAGAAGTACTCATATGGATGTAGTGAAATGCTGTTCAACCCCATCGTGCAGTGGTGGCGCAAGGGGCCCATCGCGCACCAGATCCACCGGTTCTTATGGTCCAGCGCCCCGCTGCACTACAAGTTCTCGATGATGGCGTACATGTTTTCGTATTGTAAGTGCTGGTGTTTGTATCGGTGCCGTCCCGTTGATCACGTGACATCTTATAGACGGTATCGCGGGCGGGGTCACGATTAG (SEQ ID NO: 164)

> gfr01g7895
ATGACCCACTCCTCATTCTTGAAAGCTCTGGTGTTGCTGGTAGGCTCTGCGCATCTCGGGCAAGCGGTGGGACCCACCCCAGGCCAAATCAAAAACCTCGTCACATTCGGAGACTCCTACACAGACGTCGTCTTAACTGGCGACGGAGGAGTCGCATGGCCCGTCTACGCAGCGAGAGATGGCAACTTCTCGCTGTTCCCATTTGCGCGATCCGGCGCAACGTGCTCGAACAATCTCACCGACAGGCCGTTCCCGTCCGTCTTTGAGAGCCAGCTACCGCTATACTTCACCGAGAAACAGAACGGATCCCTGAAACTCAGCGCTGAGGACACGATCTACACGCTATGGATCGGGACGAACGATGTTGGTGCGAACGCGTTGCTGACTGGGTCCCAGACGCCCGGTGTGACAATCGTGGACACCATATCCTGCGCAGTCAATTGGGTGAAGGTCCTCTATCAATCTGGGGCCAGGAACTTCTTGTTCCAGAACATGATTCCGCTTCAGCATACGATCCTCTATGGGGCAGATTCCTACCCGAGCCTCTACTGGACTGCTCAGAGAAATACAACGGAGTGGAGCGTATTCATGACAGAGTTGGTCAACTCGGGTAATGCACTGTCGAAGCTGATGCTCCAAGCCNTAGCGCCGTCCCTCCATGGAGCTCATCTCGGTCTCTTCGACTCGTATGGGCTTATCTCGGATATCATCAGCCATCCGCAGAACTACCTGAATGGGACCGCGCCATTGAACGTCACCGGCGCGGTGCATTCGTGCGTTCTCAAAGAGGGAGAAAGCACCTCGGATCCCGGAGTCTGCACGATTGTCACAGGTGCAGCCGCCGACAGCTTCTTATGGTATGACGAATTGCATCCTTCGGAGCAAACTGACAGGGTGATTGCGAAAGAGATCGCAGATGCGATCCGCAGAAAGTCGAGCCGGTGGACAACCTGGCTCACTTGA (SEQ ID NO: 165)

> gfr01g8870
ATGGTCAACACTTTTGCAGATCCTACCTTTGACGCTGAACAATACAGAATTCACCGTCCGAGGTATCCGGCCCGCCTGTTTAAGGAAATTCTCGATGCCCATCTTTCGTCGGGTGGTCAAACGGGGGTAGCCTTGGACCTTGGGTGTGGGCCGGGGATAGCAACTGAGTCTCTCGTCCCGTACTTTAGCAAAGTCATCGGTGTAGACCCCAGCGAGGGTATGATCACTGCAGCCACAAGAGCGGCTACAGAAATAAAGGGCGACCTCACGTACAAAGTGGGGGCCGCAGAGGCTATCCCGGTCGAGGATGCCTTGGTGGATTTACTCACCTCTGGGTCCGCCGCCGTCTACTTTGCACCGAGCTGGTGGAACGAGGCCACCCGTGTAGTCAAACCCGGCGGCACCGTCGCGCTCTTCGGCTACAGCGAATTGTTCCTTTCTCCGAGGGGCATACCCAACGGAGAGAAGGCTGCTGAGGCCATCAGAAGTTGCTGGAACTCTCCCGAATTGGTGCCACACAGCCAGTTTGGAGGTGCAGCGGGTATGCAGATCTTCGATCGCCTCGCGCTCCCAGAACAAGAGAACGGGGTGTGGGGAAAGGCGGAGAAGCAGGTGTGGAACAAGGGTGGCGTTCGTGGAGACGAGGATGTGTTCATGGCTCAGAAAATCACAGTGGCAGAACTGAAAGCGAACTTGAAGACTGCAGGCATATACCACCGTTGGCGAGAGGCGAACAAGGACAAAGCTGACACCATCGAGGACCCAATCGGGCGGATGTCCGCGCAGCTCAAGGAGTTTTCAGGCCTGTCGGAGACAGCGTCGTGGAAATCGGTTGGGAACTGGTGTTGA (SEQ ID NO: 166)

> gfr01g6412
ATGGGCACATTCTATGGATTTTCCATCGAAATGTCGGTTGCCGTCCAACTAATCGGCATAAACTCGACGTATCTCAATGTACCCTTCCTGAACCTCATGTCAATTATCGCTGAACGGGCCGGCGCCGTTCATATCCGTGTCGGTGGTAACACACAAGAGACGGCTGTTATGGTCAATAGCCTCGCCGACGGTAAGATGATCGAGAAAGACAAGGAAGACGCCTCTAATCCTACTTCGACGCCTGTGCTCACATTTACGGCCGAGCTGATCTACATGTTGTCTAATGTTTCATCGTTGGTGAACACCAAGTGGTATCTGGGTATTCCATTTAATGATACAACTAACTTCCGTTTCGAAATTGCGGAATCCGCTGAAGCGATTTTGGGCAACAACCTGCTCGGATTTCAGTCATGGCCACAGACCGGCTAA (SEQ ID NO: 167)

> gfr01g6996
ATGGGTGCAGATATGCATGTGGTACGGGCGTGCTGCGCATCGATGGAGATGATAAATACCAGCATGAGCATAGACGGGAGCTCGAACAGTCCTTCTCCGGGTCCACCTGACAGGACTAATGATGTCGTTGATTATGCTCAATCATCTCGCATGTTTTGA (SEQ ID NO: 168)

> gfr01g4887
ATGACGACGACTGCGCTGAGGGAAACGGATTTTGAGTTTGTGGTGGCCCCTGGAACGAACGGCAAGGCGTCCGGTTCGTTGTATCTGGACGATGGTATCTCTATCTCGCCAAAGACCTCAACGAAGGTGACCATGTCTTACGAGGAGGGAAGGTTCACCGCCAGTGGTTCCTTTGAATATGCCACCGGCGTGCATGTGGCGAGGGTCCTTTTTTTGGGAGTCTCGAATGCCCCGGATAGTGTGAAGCTAAACGGGAGGAGCGTCGAAGAAGCTTCCGTCCAGTATGATTCGGCAGGGAAAGTATTGGACATATCGCTTGGGATATCGTTCGATAGCAGCTTCAATGTACAGTTCAATTGA (SEQ ID NO: 169)

> gfr01g9926
ATGAATTATGTTCACCTGAGCGGCGGGTGGAAGGGCGAGGCGATCACTTGGGATCCTCATGTGCCTGTCAAAGAAGATGGGACGTACGATCAGGAGCTCCGCGAAGTTGGTGCTGCCAACATCAATGCATTCATGGTGAGGATGGAGGGGCTCACCGGGGACGGTGAGGCGAGCGAGTGGTCGCTGGCGAGTGG

> gfr01g6967
ATGTCGACCGGCACCGCACCGCTTCTCCTCTATACAGGCTCTACGCCCAACGGCCACAAAGTCTCCATCTTCCTTGAAGAACTCAAGGCCGCGTATGGGCTTCAATACGATGTCGAGAAGATCGACATATCCAAGAACGTGCAGAAGGAACCGTGGTTCATCAAGCTGAACCCGAACGGCCGTATCCCTACGCTTGTCGACCGCTCGCGCAACAACTTCAATGTCTTCGAGACCGCCGCGATCCTGCTCTACCTCGAACAGCATTATGACAAGGAGGGCAGGTTCGCGTTCGATAAGGACAAGGACCCAGACAATTGGAGCGAGATGCTGCAGTGGATTTTCTTTGCTCATGGAGGCGTGGGTCCGATGCAAGGACAAGCGAACCACTTCAACAGGGCCGCGCCGGAGGACATTCCCTACGCCAAGAAGCGCTACATCGACGAGACGAAGCGTCTCTACGGAGTCCTTGAAATCCGTTTGACTGACCGCGACTTCCTCGCAGGGCCCGGACGAGGCAAATACAGTTTGGCGGATATCAACGTCCTCCCGTGGGTGAGGATCCACACGTTTGCCGGGATCGAGAGCTTGGACGAATGGCCACATGTAAAGGCTTGGCTGGAGACAGCGCAGAAGCGTCCCGCGTTCGAGGCGGGCATCAATGTACCTCCGAGGACGTGA (SEQ ID NO: 171)

> gfr01g7035
ATGGGCGGCCCTAAGATACCTTGGAGGCCCGGGCGTATAGACGGTTTCTCCGCCCAGTGTACTCCTGACGGCCGTCTTCCTGACGCTTCGCAGGGTGCTGACCACCTCCGGAATATTTCTATCGCATGGGCTTCAACGATCAGGAGATTGTCGCGCTTTCCGGCGCACATGCCCTTGGACGTTGCCACCGTGACCGCTCCGGATTTGATGGCCCCTGGACGTTCTCTCCCACCACTGTCAGTAACGAGTATTTCCGTCTCCTCTTTGACGAGAAGTGGGTCTGGAAGAAGTGGGACGGTCCTAAGCAGCTCGAGGACAAGAAGACCCGCTCGCTCATGA (SEQ ID NO: 172)

> gfr01g9266
ATGGTCAGCCACGGGTGGAGCACATACGTGCAGTGCTGCAAGGAGGCAGAGTTGTTGAGTACGATGAAGCCCAACTGGCGATTCCTGAAACAGGTGCTAAGATGGACACGGAATACTTGGCGGTCGGACCTACGCTCTCTTTTCATGGAACGACACATCTGGACATCGCATCCTTATGTTGCTTATACGATGGTGGACAAACTGTTTAACCCGTTCACGCTTCTTGTTGGACCTTGTTTCGTCGCATACATCATCTATAAGACCACTATCCCAGTGGACTCGGGTGGTTACCATCTGCCATGGTGGAATGTCGTCGTCAGTTATGTCGTCTGGCTCCTCGCAACACGCGCAGCAAAACTGCTCCCACACTTATGGGATCGGCCGCAGGACATAATCCACATCCCCGCCTTCATCCTGTTTGGATACTACTTTGCCATCATGAAGATCTACGCCCTGCTGACATTACACGAGACCGGTTGGGGAACCCGTGCCGGTATCGGCGATGCGCGTGCTGCTACTGCTGCTGCAGACGCTGGTGATACCAGCGGTTACACCGAGAAGGCGTCGGAGACAGCGGCAACATATCCTGTTCCCGAGCCGTACTCACCGAGGCAAGAGCAGCAGTATGGGCAGATACAGTACGGGCAGCCGCAGTACGGGCAACTACAGCAGCAGTACGGGCAACCACAGCAGCAGTATGGGCAACCACAGCCACAGTACTACAACCAGCCGCCAGTCGAAATGTTGCAGGGTGGGTATGCACGGTGA (SEQ ID NO: 173)

> gfr01g7241
ATGCCTCCAACTTCATCCGCCGTCATGGTATCACATCGCTCGCCGAGTTCCCTGATCGGCAACCTCATCACGAACAAGCCGGCTGTCAGCTCCAGCCTGCCGNACGCGCTGCTCCAGGGCAACCGCAAGCTCACACAGCATACTCCCACCCTCTTGCGGCGTGGTCTTCCCATGCGCGTTCTCCGCACAGTCGCGGAGATTGACAAGCCTAAGATGAAGGCACTCCTCGAGCAGTCCTTCAAGCGGACACTCGATGAGGACCCTTCTGGGCACGACTTGAACGGGACTTGGACTACGTCATAG (SEQ ID NO: 174)

> gfr01g6630
ATGGCCCTCGGATATTTCGACAACGAGCAGGCGACGAAGGAGACGTTCCAGGACGGATGGGTTGTCACCGGCGATGAAGTCATGATCAACGAGCAGAAGGACTTGTTCGTCGTCGATCGGATCAAGGAACTCATCAAGGTCAGGGGATTCCAAGTGGCTCCTGCGGAGCTTGAGGGACATATCCTGGACCACCCGGACGTGTCAGACGTGTGCGTCGTCGGTCTCCCAGACGAGTACAGCGGCGAGCTCCCGCTCGCGTTCGTCGTGCTTAGCGCGAGCGCGCAGGAGCGCCTGAATCGGAACTCAGCAGAGGCGGCGAAGATCCGTGCTACCGTCAGCAAGCACGTCTCCGACGCGAAGGTGCGCTACAAGTGGCTCGCGGGCGTCGAGTTCATCGAGGCGATCCCGAAGAACCCGAGCGGGAAGCTCCTGCGCCGCTTCCTGCGCGACCGCGCCAAGGAAGATGCGCGCGAATGGGACGCTCGCGACGCCTATCAAGTCCAAGCTCTGAGCATGCATGCACCAACATTTGGTGGTCGCGCACGTTCCGATTTTGGGTCGGTGCTGCCTTCGGTGTTGTAA (SEQ ID NO: 175)

> gfr01g6743
ATGCAAAAACCAACGTGCTGCGGAATGCGCGTCCGTTCCGTGCAGGACGCCGAGAAGATCCTCCACGCCGNAGCACTTGGCATCTTGCCTATGATCACCCGTCGGTTGGATGAAGGCGACCGGCTGGCCCTCCAATCGGGCTGCATCTATGTCTGGGAAGAGCGAAGTAGCAATCCCGCGGAGGCGTCGGGACAGGAAATCCAGAGGTTCACGGAGGGTCGTAGCTGGGGCCCCTCTCGTGCTCGCGATAATTTCCTTCTCTACTATGAGAAGGAAAGTACCGCAAGGTCGTCAATCCTTCAGAGGAACACCATCATGCCGATGCAGCAATTGATCAAGCAGACGTATTCCGTCTTCATCGACAGTCCCCAAAACTCGCGCAAGTGGCACCTGAACGCTTATTATACACAGGAGTCCCTAGATATGCTCTTCACAGTAGATGACTTCCAGCACTTGAAGTCGATCCACGTCCCATCTGGACTGTACGTCTGCGCCCGCAATAACTGCGCTCGGAAGCCGGGTCGTCCAGGCGGCCGATATGCGCCCGTCGATGCGGATCGCTATGCGCGGCCCGTATCATCCACACCACCGCCTCCACCGTCGGGGTCCGTTTCTTATCCAGTGCCCATCCCGTCAGCTCTCCCTCCCCTGTCGCGCATACCCCCAGGTCGTCACCTCGCGCCGCTGGAATATTTGCAAAATATTCCGCCCATTCCTCGGGACCCCTCCGACGACGACGCGCTGCGTCGTCTGTCATCTCCTTAG (SEQ ID NO: 176)

> gfr01g5023
ATGGCCACCGTTACCATGGTGGTCATCGTGTACCGGCTCATTGTGATGCGCTGCGAGACGACTGCCTTGCTGTCGACTGCCCCCGGCTCGCTGAACGACGTGTCGTCGAAGGCGACATTCTACATATTCCACATGGTGCCGGGGTGTGTCTGCGCGTGCGAATGGCTCCGCGGGCG

> gfr01g7056
ATGGGCGTTAGATGGCAGTTTCCTTGCTCTTCGCTATCTTTTCCAGCTTGTTCCGGAGTTCAACACGTTTCTGAAGAAGAATCCGCTCCCACTCCCGGGACTCACCCCGAGCAGGGCAGTGAGCTTCTTGGCGCTCGTCTGGTTGGCCGATGGAAGAGCGGCGCCCCTATTGATATCACGCCGCTAAAGGACAACCCAGCCCTCGGAGCTGACCCGCTCCAGAACAACAACTTCCGATATGCCTTTCCCGATGACCCTCAAACGCAGGACCGCTGCCCCTTCGCTGCGCATACTCGTAAGACGAACCCTCGTGCAGACCTTGAGGATCTTCCTCCTCCGACTGGGCCCGTACCCACTGAATCCCGGCGCATAATCCGCCGCGGGATCCAGTTTGGTCCAGAGGTCACTCCTCTTGAGGCGTCGCTCGGTCAGACTAAACTCGGACGTGGTCTGATCTTTGCTGCCTATCAAAGCAATATCGTGAATGGCTTCCAGTTCATTCAACACAGCTGGGCGAACACAGCAGGATTCCCTATCCAGAAGCCTGTGACTCCTGGGTTCGACCCTATCATCGGCCAAGCTGCAGACCCCACCTCTCGCACACTCACCGGAACGAATCCCAACNATCAGAGTGCTTCGCTCTCGCTTCCGATAGAGTGGGTTGTACCCAAGGGTGGGGAATATTTCTTCGCTCCCTCGATCTCGACTCTTCGCGACACCTTCGCCTTTGGAGCTCATATTGTGTGA (SEQ ID NO: 178)

> gfr01g7103
ATGTTTGACATGGGTGCTGAAACCATGGCGCTGCCGTTTGAAGAGAAGATGAAATTCGAGCAAGGCGATGATGGAATGTCTTGTGGATATAAAGCGGCCGGTGCTAACGCTACAGATGAAACCGGGGCTCTCGACACCGTCGAATTCATCAATGTCTCGAAGGATGATGCTCTGGGTTGGCCTAAGCCTGTGCATCGCTTATATCCCTCCACCGTAAACGCGCGCATGGAGTCCACCATAATTCCATTTATCCGCAAATCGATCAACGTAAACACCACACTTCTCGAGATATTCAATAGCTTACTAGGTCTGCCCGAGGGTACACTCGCTAAGAAGCACATGCTAGATGAGCATAGCGGGAGTGAAGCCCGGTGCATTAAGAACCTACCTAGACCCGAAGGAATTTCGGAGGAGAAGGCGGCGCTCGGCGCGCATACTGATTTTGGATCCCTCTCATTTTTGCATAACCGTCTTGGTGGTCTGCAAGTCATGGTCCCTGGGACTGATAAATGGCAGTATGTGAAGCCGATGCCTGGCCATGCTATATGCAACTTAGGCGATTCCATGACAATTTTTAGCGGAGGAATATTGAAGAGCAACTTGCACCGTGTCGTTCCACCGCCCGGCGCACAATCCCAGTATGAACGATGGTCCCTTGTGTATTTCACGAGACCTGGAAATACTGTGATTCTGAGCGCGCTTACAGAAGATAGCCCAGTGATCGCCGACGCAATAGTTAAGGCAGCTGATGCGGGCATCTTCAATTCAGGTCAGACTGCGAGCGAGTGGTTTGCAAGGAGAACCAAGAATCAGCGTGCGAAGAACCAGAAGGGTGCAGAAACGTGGCGTGCCAGCCGTGGGACTGAACACCGTGCTTCCGCTGCATAG (SEQ ID NO: 179)

> gfr01g9987
ATGTTCTTCGCCAGTAATTTCTTCTATACATGGCAATTCAATGATTTCAACGGCGCCCTATTTACCATTCGGGCTCGAGCCCTCAACAACTTGGTTTACTGGCTGTCCCAAATCCTCGGTTCAGTCAGCATCGGTTTCTTGCTCGATCAGCGTGGCCTTTCTCGGCGTTTCCGTGCCTTCGCTGGATGGGCCGTGCTATTCTTCATGGTTTTCGTTGTGCACATCTGGGCATACTTCTATCAGAGAGGATACACTCGCTCGACTGTATCCATCAAGATCGATATTCACGAGCCGCCATATGTTGGTAGAATGTGGCTCTATATCGTTTGCGGCTTGCTGGATGCCATGTGGCAGACAACAGCCTACTGGATCATGGGAGCCATGTCCAATGACCCCGCTAAACTTGCCAATTTTGCAGGTTTTTACAAATCTCTGCAATCAGCGGGTGCTGCTGGTATCTGGCGCGCTGATGCTGTCGATATCCCGTATATGAACATTTTCGTCGCAACATGGGTGCTCCTGGTTGCCGGCCTGATCTTCGCTCTTCCGATGATTTATCTGCGCGTCACCGAGCAGACCGACGTGCCGGGCGAAGGAGCCGCGCATATAGTCAACTCGGGACACGTCGATTCGACAGAGATGGTCGAAGGATCATGA (SEQ ID NO: 180)

> gfr01g8759
ATGATGCAGCCTCGACTAGCGAACGGTACTTTTAACTTCACGGATCCACGGCACTGTAGCGTCCATGATCCGGAACAAGCCACCTGTTTCCTGAACGCGGCGAATAAGGACGGATTTTATGAGAGTTCTCCGATCGTCTACTCTCAGTATGTTCCGCAAGATACCGCGAAATTGGTTGAACTTCAAGGCGGGCCAGAGAAGTTCATATCTAGGCTCAACTTTATCTTTGACGAGGACTACTTCGATTCGACTGATGAGCCATCGCAACAGATTCCCTTCATGTATCACTACGCGAACCGCCCCGGTCTTAGCACACAGAGGTCAAGAGAAGTCATTGCAGAATTCTTCAATACCTCTACCAATGGCTTACCTGGAAACGATGATTCTGGCGCGATGGGAAGCTACGTTGCATTCTACTTGGCAGGTCTCTACCCCCTACCGGCAACGCGGCAGTTCTTGCTTTCTTCTCCGTACTTCCCGCAAATCTCATTTACCAACCCTGTTCTCGGGACGACGACGACGATTAAGGTCAACGGGTTTAACGGAAATCCAGCAAATGGCACGGGAGGCCACGTCTTTGTTGAGAGCGTGAAGATTGATGGCACGCCATGGAAATCTAATTGCTTCCTTGACTGGGATGTGTTCACAAATGGCTCGGTCGTCGAGCTGCAAGTGTCCGACAACGTGAACGTCACATGCGGGGCGGGCTCGGATGCCTTACCTCCCTCCCTATCGACAGGAGGATATGAATGA (SEQ ID NO: 181)

> gfr01g8302
ATGTTCTCGACAGTAACCGCGTCTGCTCGGGCTTCCACTCCCACTCGAGATCGTCCGCTCCATCGTAGTTTGAGCTATTCCAGCTATCGGTACTCTTCCTGTTGGACGCCGAGGGAAACAGAGGCAAGGGAGAGTTACGCGGTGGATGGAGTATGGGGATCGGAAACCGAAGAGAGCAGGGAAGATCGTCGACGGAAGAGCG

> gfr01g6068
ATGGTCAACGCTCTGATCTTCCGCGCCCTCGAGCGCAACACCGGCCAAGTCGGCCTTGCGAGCGAGCTATGCACGGAGACGGCTACGAATGCCGAAATCGCCGCTCTCACGCAGCACCAGGATCCGGCGTCCACGAATGCGGCAGCCACAAACAAGGCTATCGCGCTCGAGCTTGCACAGCAAATTGCCTCTGTTGGCGGCGACCCCCAGGACGCGCTCAAGTCCGGAACTTTTGCTCCTGGCAACCTCGACGATACCACCGGCAAAGGAAACACTTGCGACGATGCAAATGACCCCAACGGATGCATTTTCACGCAGAACCTGCTTGTCGCGGATGCCACCGCCGACGAGATTAACGCGGCTGTGGCTGGGGTATCAGCTTCGAACGCCGCAAGTGCTGCTTCGAGTACTACTGCATGA (SEQ ID NO: 183)

> gfr01g8456
ATGATCTCCTCATCCACCGCCTCGCCTCAATCGCTACCACCATCCTCGCTCTCGGCGTCACCGTTGATAGCGAGCACCGAGTGCGAACGGACAGGATTGAACCAGGGAGCATGCGGTGTGGAGAGCGAGATCTTGGCTTGTGAACAAGACCGTGGAAAAGATTAA (SEQ ID NO: 184)

> gfr01g9585
ATGCGCAAACGAATTCTGATTTGTTCGTTCCTCGGCCTTGCTACCCAATGGAGCGGCAACGGGCTCACGTCATATTNCCTGGCACGTATACTGGACAACGTCGGCATACATGACGACCGCACAAAGAATCTGATCAACTTGGCGATGACCTGCTGGGGATTCGTCAACGGAACCGCCTTAGCGTTGACCGTCTCAAAAATCCCACGCCGTGCTGCATACCTGACGTGCACCATTTCTCTGGTCCTGATCTTCACAGGGTGGACAATCGCGAGCGCGCGGTACGCGCTCGACAACAGCCAAGCAGCCTCGCGCGCCGTAATCGCATTCATCTTCCTCTACAGCCCCGCATACAACATCGGCTACAACGCTCTGACTTACACATACCTTGTGGAGCTGTTCCCGTACCAAGCGCGCGCCAAGGGCATCGCTGTATTCCAGTGGTGGGGCCGCGCCGCGGGGTTCTTCAACCAGTTCGTGAACCCGATCGGGGATCGCGAACGCGGCTGGAAGTACTATATCAGTTATTGCGTGTTCCTGCTTTTCGAGGTCGTGTTCGTGTACTTTTTGTCCCGGAGACGTCAAACCGCACCCTGGAGGAGCTCGCGTTCTTGTTCGAGGGCGAGAAGATGCGCGAAGGAGCAGCAGAAGCGGATCGAGGAGGAGATGCAAGACGGTCAGGTGCCTGTTACCCCGAAGTCGGACGAGGACAAGGAGAGCGCGCTCCATTTCGAGGACAGCACGAAATGA (SEQ ID NO: 185)

> gfr01g6595
ATGTCTGGAGCCGGCATCATAGCCAAAGCGTCTTTGGAACGGGCTGCAGAGCTTCGGGAGTCTTTGAGTGAGATAAATTCGCGCATCCAGCAGGCTGCTGGACCATCGAGTCACAAGCCGACCCTTGTTGCTGTTTCGAAGTACAAGCCCGCAGCGGACATCCAGGCTTGTTACGAGCTTGGGCAGCGGGACTTCGGGGAGAACTACGTGCAGGAGCTGGTGGAAAAGGCGGGTCAGTTGCCGCAGGACATCAGATGGCACTTCATCGGAACGCTGCAGTCCAACAAGGCTAAGATCCTTGCCTCAATTCCAAGCCTATACGCTATCCAGACTGTGACTTCTACCAAAGCAGCTACTGCTCTCAACNAAAGCATTACCCGCGGAACGTTCATCACCACTAAACATCCTCCTGCAGGTTAA (SEQ ID NO: 186)

> gfr01g8959
ATGCCTGACGATAAATACGCCTTACTCGTGATCCACAGTCTCGCTCATGCATCCATGATCCGCCTGCATGCCCCGTTTATGCGGGACGACCCCGTCTCGCGCGAGAAGTGTCTCCGTGCGGCGCGATCTTTGATCCTTGTAACCAAACACATCACTGAACTGGACTTTGCTTTTCTTGATCCTCTGATCGGACCTTGCTGGGTCAGCGCGGCGAAAGTNCTGGAGTTCGAACTTGTGCGCCTGCAGACAGCCTGGCCTCCACTGAACAGCATGGAGGTCCGCGGCGAGCTCGAAGCCCTCCTGTACGTTATGACCAAGCTCAGCATCAGGTTCCCCCTCCTAGTGTATCAGTCTGCAAAGCTCCAAAATTGCCTCGATGGCAAGTAG (SEQ ID NO: 187)

> gfr01g6971
ATGCGGGCAAAAATGCAAGCTGGCCCAATTGTTGGCGAGACTGACACCGAAAAAATGCCCCTTCTTCAGCAAATGCTCCAACATCGTAGTGAAGGCATGTCTGACCAAGACATTGTATCGGAAGGCATGGGTCACATAATTGCTGGCGTGGATACCACTTCGACCACCCTCTCATATCTATTTTGGGAGCTTAGTCGTCGTCGGGATATCATGAGGAAGATTCAGGCAGAACTTGATGAGGTTATGTCTGACCGCAGAGTCGTGCCGGACGTGTCCACTCTCTGTAAAATGCCCTATTTGAACGCCTTCATCAAGGAAGGTCTAAGGCTCTACGGGGCTGCGCCGTCTCTCCTCGAAAGAGTGGTTCCGTCCACGACTGTTTCGAAAGTAGACGATGCATTTGATATGATGGGCTATGCGCTTCCCCCAGGCACCATAGTTTCAACGCAAGCCTGGAGCATGCATCGTGATGCGGAAGTGTTTCCTAGTCCTGAGACATTCTTGCCGGAACGATGGCTCCCAGTGGACGGGTCTGATAGAGAGGATGAAAGACTCCTCAGAATGTCACAACATTCGATGCCTTTCGGCGCAGGCACCCGTGTCTGTGGCGGCCAGAACTTGGCACGGATGACGTTGAGAATCGCGGTTGCCGCAATTGCCGCCAATTTCGATATCACAGCAAAGACAGCAGAGACAAACGAGAGGAGTATGGAGATGCGTGATGCGTTTGTCCTCTTTCCAGCGTCAAAGGAGTGCAAGCTCATTTTCACGTCTCGTGCACATTGA (SEQ ID NO: 188)

> gfr01g6609
ATGAACTTTGCTCCCCCACAATGGGTGAAGGAAGCGGCCGAAGAAGCACTGAACTCTGTCGCCATAAATCATTATTCCCATCCCAAGGGCCGTCTTCGGCTCCGCGAGGCCATCAAGTCTTGGTATAGCCCCGAACTCGGAAGAGACCTTGACGTAGAATCCGAGATTCTCGTTACAAGCGGAGCTAATGAAGGGCAATATTCAGTGTTTGTCGCGTTCCTGGAACAGGGAGATGAAGTCATTATGTTTCGAACCGTTCTTCGACCAATACTTGCCGTCCGTGACCTTCAACGGCGGTGTCCCAGTATATGTCCCTCTACATCCCCCAAAGACCGCAAATCACAGTGA (SEQ ID NO: 189)

> gfr01g8114
ATGAGCGCGCATTTCCAGACGTATATTTTCCAAGTGCAGATCCATGTTGTCTGGGGCACGTTCCTCGCCGCCTTCGCCGTCTTCCGCTGCCTCACGTACTTCTTCTTGTGGCTCGGCCCGCCGCGCTCGATCCTCCCCTCGCGCCCGCCCACGGAAGCGCTCGCGTCGTTCTTCCTCGCGTGCGGCGGCCTCGAGTTCATGTTCTCGACGGAGGAGCTCACGATCGCGGCGATGCGGCAGGGGCACGACGACGTTATGATGTTCGTGTGTGTCGGCGTCGCGATGACGTGCTTCGCCTTCTGCTGGGCGCTCGGCCTCGTCGCGTTCAAGGGCTGGCTGAAGAGCCACACGCACGCTGCAGTCAACTTCCACAGCTCCGCGTAA (SEQ ID NO: 190)

> gfr01g7466
ATGACGAGCAATCTCGGTGCGGCGTACCTCAACGAGATGGGTGAGGGCGCCGTGCGCTCGCAGACGAAGGAGCTTGTCATGGGTGCCATCCGTGCGCACTTCCCGCCGGAGTTCATCAACCGTATCGACGAGATCGTCATCTTCCGTACGTTGTCGCGTGAAAACGTCCTCAAGATCGTCGACCTCCGTATCAAGGAGGTACAGGAGCGTATCGCGGAGCGCAAGATGGCGCTCGACCTGGACGATGCGGCAAAGCAGTACCTCGTGTCGATTGGCTACTCACCGACGTACGGCGCGCGGCCGCTCAACCGCGCCATCCAGAGCGAGCTGCTCAACCCGCTTTCAGTGATGATCCTCTCCGAGCGCATTCGCGAGGGCGAGACGATCCATGTCCGCTTCGATGGCCCACATAACCGCTTGATGATCATTCCTAACCACGAGGCGACCGTGGACAGCATGGACGTCGACTATGACCCGGAGTATATCGAAGTCGAGGAGATGGACTGA (SEQ ID NO: 191)

> gfr01g7506
ATGCGGATACACAGATTATCTCGACCAGTTCGTTACCTACCCCCCGCAGGACAGCTCCCCGTTCCTGTAGGCGGCACGTTGAACAACGTTACTGGTGCGGTGGGTGTGCTTCCGGAGTGCAGAATGCACAGTCCTATCCAGAGGGCAGTGGGGGTGCTGAATCCGGCGTTTGATGTGTACAGGGTGTCTGATATGTGGCCTATTCCCTGGAGCGTCATCGGATTCCCTCGAGCAACTCAACAATTCATTTATTTCAATAGGACTGATGTGCAAGATGCCATCCACGCACCGCACATCAACTGGGAGGCATGCTCTGAAGGATCTGTGTATGCTAGCCCGAGCGGTGGTCCCGGAAATGATCAAAGCGTCGCGTCCACGCTTAGTGTGCTGCCCAATGTCATCGAGAAGAGTTTGAGGACGGTGATTGTTCATGGATTGGCGGACTTCATCCTTGTTGCTGAGGGCACGCGGATTGCAATTCAGAACATGACATGGAATGGTGCGCAAGGATTCCAGACACCCATCGAGCCCGAGAGCTTCACCGTGAAAAACATGGGTGTATTTGGTAACATGCACACTGAGCGAAATCTCACTTATGTCGAATTCTACTATAGTGGCCACATGACCCCTCAATTTGTCCCTTGGGCTGCCTTCCAGACCATTGCATATGCCCTTGGCAAACAAGACTCTCCGTCAGCTTGA (SEQ ID NO: 192)

> gfr01g7856
ATGCTTGCCGAAGAATGCGTGGATATCCNATCGAACAAGATGACTTCTGGCGGGGGCATATGGCCTGTCGACATTTTCCCGTTCTTGAAGCACCTGCCACTGTGGTTCCCAGGCGCTGGCTTCAAGCACAAGGCGATCGAATGGAAGGCGAAGATGCAAGAGTTTGTTGACAAGCCCTTCAACATGGTCAAGGACCGCATGAGAGACGGAACTGCGATCCCGTGCTTCTGCACGATGCTGCTTGATGAGCAGCAAGATGAAGGCGATAAGGGCCTCGATGAACAGAAGGACTTCGACATTCGGTGGACTGCGAACTCCATGTATTCAGCGAGCCTTGATACAACCATTACAGCGGTATCCCATTTCCTTCTGGCAATGCTACTTCACCCTGAGGTCCTTGCCAAAGCTCAGGAAGAGATTGATAATGTAGTAGGCACCAACCGCTTGCCAACGTTTAGCGACCGCCCATCACTTCCCTACGTCGACGCTGTTATGAGCGAATGTTTGCGTTGGGCTGCACCCGTCCCTCTTGGTCTTCCACATCGCTTAATGGAAGACGACGTATACCAAGAGATGTATATACCCAAGGGATCCTTGGTATTTGGGAATGTCTGGAACATGGTTAGGAACGAAGAGCTGTTCCCTAACCCTGACATGTTTTCACCAGAACGATACCTGGAGGACGTTGACGAAGCTACGGCGAAGAAGCGCGACCCCAGAAACTACGTGTTCGGATTCGGACGAAGGAAATGCCCGGGCGTTCACCTTATTGAATCCTCGCTCTGGATCGTCATGGCGTCGATCCTCGCCGCGTTCGATATCAAGAAGGCTGTCGACGACTTTGGGAATGTCGTCGAACCGGAGATCGCGTTTGACAATGCCATCTTCAGGACTCCGAATCCATTCAAGTGCGACCTTCGACCGCGATCAGAAACGGCGGTAAAGGTTGTTCGACAGGCTGCCGATGCTGTCTAA (SEQ ID NO: 193)

> gfr01g6611
ATGGCCCCCCCTTTCATTGCATATTATGGAGCTCTTCAGGGTGGAGATTATGGATCTAACCTCCTACAAGTTGCCTACGATCAATGCCGATTGTACCGCCAATACTTAAGGGATGACGGCGGATTATGGAGACATATCACATTGGGCACCGGGCAGGATAGCTCTCATTGGGGAACAGGCAATGGTTGGGCAGCTGCTGGCATGCTTCGAGTACTTGAGACCATCCGCTTGTCGCAGAGTCCTTTCCAATTTGTTGAGCAGCAAGCTAACCTCACGTCTTGGATACAAGAGATTGTCAGTGCGGCTTGGTCGTTCCAAAAACCGAATGGGACGCTGTACAATTACATCGACGACGATACTTCGTTTGCCGACTCCTCGTCTACAGCACTTCTTGCCTCAGTGACTTTCCGCATTGCAGCTCTTACAGGTGACTTCACGTATATCCCAGCTGCGAACCGAGCTCTATCCGTCATAGAATCCAGCGTGAATGCAGACGGGTGGCTGCTCAATACTGTTGACCCGGAAACATTCAACACGCCTTCTCAGCCTGGGAGCTACAGTCCAGAAGGTCAGGCTTTCGTGCTGTTGCTCCAGGCGGCTCATCGGGACCTCTTGAAGCTGCTGTTCTTGACGCGGGCATAG (SEQ ID NO: 194)

> gfr01g8511
ATGAAGATCCTTAGCAAGGAAGAGCAGGAAGGCCAGCAGCGCGCGANCTATGATTNGCGGGGCGAAGGGCTTCGTCACAGGTCTCGGACTGTCGCTTGCCGGGTCGTACATCCTCAACAAACGGTGGGCGAACTACCGCGCGCTGCCATTGTCCCTGAAGGCACTCGGCGTTGTCATCATCGCCGTCCCGTCGTTCGTGATCCCCGCCGAGCGCGCGAGCTTGCGGTTCGAGAAGGAACAATGGACGGGTGTGGGCAAGGAGAGCTGGACACACTCGCAGCGCGCAAAGAGGCGCGGTGGAACTCGATGACTCTTAGGCAGAAAATCGGCGATGTCGCTGCAAGGCACCAGTTCGGCCTCATTGGAGGCACCTGGGCAATCGCGGTGGCCGGATCCTTCGGGTGGATCATGCGCAACCGCTATCAGACCTTACCGCAAAAAATCGTGCAGGCTCGTATGTGGGCACAGGGCCTCACGATTGGGATTTTGATCGCTGCGGGCGCGTTGACGCATGCGCAGCATGTTAGGAACTCGGAGCAAGACGAACATGGTCTGCGGCATCTGCCTGCAGACCACTCGTGGAAAGATATCCTGGAACAGGAAAAAAAGGACGCAGCGGCACTAGATGCGAGTGGTAAGACGAAGCCGATGTGA (SEQ ID NO: 195)

> gfr01g8969
ATGAAGTCCCAGACCGGGATCCAGGATGGGAATGCACTGAAGGAGCACATCCTGGCAGCTCAAGCGCAAGCCTATGCAGTCTTCCCGTATCCTTGTATCCGCCGGTTCTCGTTCACGAAATTGAAGCTAGCCCGTCTGACTCCGGCATATGAGCAACTGCTGAAAATTGGTAAGGAACGTGCCAATGCCATATTCCTTGATATTGGTTGTTGCTTTGGGAATGATGTTCGAAAGGCAATTGCCGACGGATTCCCCATACAGAATGTCGTCGCTTCTGACCTGCATCCCGGATTCTGGCAGGCAGGTCATAAGTTGTTCAATTCTACGCCGGAGACATTCCCCGTTCCCTTCGTCGCAGGAGACGCGTTCAAACCTGATCACTTGGGGATCGTCCCTCCATTCTACTCGCCTCCAGACACTCCCGTTCCCAAGTTGTCGGAACTCACCTCTTTGAATCCCCTTCATGGCCACGTCTCCGCGATCCACGCATCTTCATTCTTCCACCTTTTTGACGAGGCTAAACAGCTCCATCTCGCCAAGGCACTGGCCGGCCTGCTGTCTCCTGAACCCGGTTCCATCATACTGGGCGCACACGGCGGTCGACCTGAGAAAGGTTATCGAGTGGAGGCGCTGGGTTCCAACTGGAGGGGTGTACAAATGTTCTGCCACTCTCCGGAAAGCTGGATCGAGCTCTGGGAAGAGCAGGTCTTCAAGAAAGGGACCGTGAAGATTGAGGCGAAGCTCTACGAAGTGGAGCGGGACGATATACCTCATGCTGAGAATTCACGATTCTGGCTTATGGCGTGGTCTGTGACGAGGTTGTAG (SEQ ID NO: 196)

> gfr01g8966
ATGCAGGAGGTGAAGAAGATGCTCACAGACGAAATGAAATCTCAAATTCGCGGTCATCTCACTACCCGCGTCGACTCGATGATCGCGGAGATCATTCAGAAGGAGGTTGCTCAACGAGTACGCCGCCAGCTAACTGCCAAGCTTCCGGCCTCATTGCGAGAGGAAGTCGAACAATACAAGCGTCAAATCACGGAAGTCAAGATCAGCTTGCATAACTCGGAAGCGCGCAGGTACAATGCTCTCATTCGGTCTACCGCATTCGACGAGCCCCTGCGCCCCCTCCTCTTGCCCTTGATGTCACCTGCTCCGGCGTCCGGAACTACCGCAGTGACGTCCGCATCGCCTCCATCCTCGTCCAAGACACCTATCGGCGCTTCGGCTACGCCGGAGCTTACGCCATTGATTCCTTCTCCGCTGTTTCCGCTCAACTTGTCGAGCTTGATTAGTATGGAGCCGAGCGAAGCGCGGGCTCTTGTCAAGGAGTACGGCTTGTTGAACCAGGCACGGAGGCTACCATCACGGATGAGTCACAGCGCCAAGGAAGAAAGCGTCAGCAAAGAAGAAACAGGATGTCATCACAGAGAGCTCTGGAGCATCGAGGGAGGACGATCTGAATCGCTTCATGAAATTCATTGGGGTGGAATTCCAGCTACTCCCGATGTCGCCGACGAGGGGCAGCGAACCACAGTTGCAGTCGCCGTTGATGACTGGGCCAATGTACTCTTTTGCGAACTGATTGTATATGGAACGTCTTTGTTGTATTGGTTTTCCAAGCGCTGTTTTGTAACATGTACGATTGGGTCATAA (SEQ ID NO: 197)

> gfr01g6345
ATGGTCTGCAGCCTTGATCCTACCGTTCCTGTCATTGCAGATGCAGACACTGGATTCGGCGGCCCCGCGATGGTCGCGCGCACGGTGACGCAATACGCACGCGCTGGTGTGGCGGGCATGCCGCGAGGACATCTGCCGCGCGGCGACATGCTCCGCG

> gfr01g5911
ATGGTCGATGGCGAGATCGTGAAGCGTGCGCACACACTTGTGCGCGTGTCGTGGCCGCCAGTCGCGCACGAGCTGCAGAGGAGGGCGCAGGAGGTGAGGGAGCGGTTCCCGCGTGAGAAGCTGGAGGANGATCTGGAGCAAGTGGTATGA (SEQ ID NO: 199)

> gfr01g5893
ATGGTGCTGTTATGTTCTCCTCCTGGTCAGACCACAACTGCAGAAGAGATGAATTATGCTGTAGTGCTTATCATGGCGGTATTTGTCTTTGCAACGGATTCATGGGTGCTGCCGGCGCGCAAGTGGTTTGTTGGACCGCTCCCAACATTTGTATGA (SEQ ID NO: 200)

> gfr01g5256
ATGAAGTTCAAGAACGGGTACGATCTGTCAGATTCAGGCTCAGCAGAAACCTCCATGAGGGGCCCGACTGGCAGCGTCGTGCGGTGGAGACGCATTACGCGATGGATGGCTCGGTCTGCTCTGGAGTGTGACTGA (SEQ ID NO: 201)

> gfr01g6154
ATGACGTCGGCTGCTGTAGGAGCAATCCCTGAGCCAAATGATGACGGGGACGTAACCGCCGTGCCAGCGAACTCAACGCCGATTGCACCATCACCACTAGTCATATTATAA (SEQ ID NO: 202)

> gfr01g7724
ATGCATAACGTGATCATATCCAACGCACGATATGAGGATTGGAAGAATGGCCTGGGCGCCTTTTCTCACATCCCCGTTACGATCGTCAAGACAAGCCACCGCTGGACCGGCTAA (SEQ ID NO: 203)

> gfr01g9197
ATGAAAGCGCAGCAACAAACATATGCAAATCGACCGGAAAACAGATCGGTGTTAAAAGATCTACTGAAAGACTACCGCGTGCTGCTCGAGATGTCGCATAAGTATAAGTTTGAAGTGCTGAAAAGGAAAGTGTGTACTGCTGATAAAAATATGAGATACAGTGGCTTCAGAAATTCCACGTGTTGA (sequence number 204)

> gfr01g7729
ATGATACTGTATCCCGAGGTGCAAAAGAAGGCGCAGGCAGAGCTGGACGCTGTTGTCGGTGCAGGAAGGCTGCCGGAATTCGGAGACCGCGAGTCCCTGCCCTATGTCAATGCAGTTGCGTTGGAGTGCTTCCGGTGGCAGACGGTACCTGCCACTCTCGATTCCGCGTAG (SEQ ID NO: 205)

> gfr01g6057
ATGAGGGATGACACGCACTGCACTCCGCCAGCCACAGCTTTTTTAAAAGAACCGGTTAGAACTGTCCACAGTCCTACCGTATCGTTGATCTTATGTTGTGCTGGGGAGGGTGTCCGCGCGATGCCGGTGAGAAAGTCTGCTTTAGAGAGCGAGGCGAACGATGAGAGTGATCGAGGGGAGTGCGGGTAG (sequence number 206)

> gfr01g5906
ATGTACAGAGCGTGTTTGAAGACCGTGGCATGCGATTCAGTCACGATGATGAGGTCGCAAGCCCGAGCTATTACAGCGTGGATCTGGATGCGCTCGAGGGAGGAAAGATTCACGCAGAACAGACTGCGACCTCTCGCGTGGGCCACCTTCGTTTCACCTTCTCCAACACGAGTACGCCGTATGTGCTACTGGAAGCGACACGTCCCTCTGCTATGGGGCCCGCAGACCCCACGAATCTCACCTTTCCCATCGGCTCGCTCTCCATTGACAACACACGNCCGAAATCACAGGATACAACCCAGAGCGACAAGACTCTCTTATCGGGCCTAA (SEQ ID NO: 207)

> gfr01g6998
ATGTCTCCTCGGCTGGCTCTTCTGCCTGTTCTGCTTCCCGGAGACCGCGGGCCTGAGCCTCGAGGAGGTGCGCCTGATCTTCCGCAATGGATTTGGGATCAGGGAGAGCGAGCGGCTGCGGAAGGAGAAGCTGGCGATGGCTCGCGCACACAGGGACACTGGGGAAGANGTCTTGAGTGGTAA (SEQ ID NO: 208)

> gfr01g6106
ATGAGAGTCGGAACAAGGCCAAGTAAAGGGGCCAGTATGTCGAGTATAACGTGTAAGCCCGGGTTTTCCATTTTTTCAAGGACCAAAGCGATGATATTGGCCGATGCGAGTATAGCGCCAGACTCGATGACGGGAAGTATTACTTTTCCATATGACCTGCCCGTACGGAATCTCGTCGATTCAGATATCTGCGCTCGCGCCATTC

> gfr01g9134
ATGACCTTGATCCCTAAGTCCACAACTGACTCCTCAGAAAGCAACTCCAACAAGGAGACCAACGTTTTGTGCAGGAGTGAGGAAAGGGCCTTGAAATCCAGNAGAAGGTTTTGGAAAACGTTGTCAACGCCGGACTCGCCCTCATTATACATGCCCATTATCTGA (SEQ ID NO: 210)

> gfr01g5392
ATGATCACTCATGCTATCATCAGAAGGGTGATCATTCGGGTCATAAGTCTCATCATCCGAATCATCGCTATCAACGCTTATATCGGTGTCTTCATCGTCTTTCACCGCTGCTCCCGGCGGAGCAGGAGGAGGGGCAGTGAGAGGACCACAAAGCCGAGTAATGAGGTCAGCATGTCAGAACCGTCGGCCGTGTG

> gfr01g8377
ATGCCGAGCAGGCCCAGCAGCGTAGTCCCCGCAGCAGACGATGCGATCTCGGTGGACTCGCAGCACTGGATGGGGCTGACGTTGCAGGAACCTGCGCTCTCGCTCGCGCGGGCGCGGTGGCAGTCACGGTGA (SEQ ID NO: 212)

> gfr01g5315
ATGGAGGCAGACGCGGCACCCGCGAGCACCCTCCCCTACCCGCCGATACACAGGGACAAGAAATTCGTCGTGCTCTCCGACTGGTTGGTTNGGNANNGTACGATCACGAACCGCGATTCGAATGATTGTGAGTGCATGATCTATGTGGTGTCTGCGTTTTTCGGACAGGAGATGGCACTGCGTAATGGACATGTTGGTTCTAG

> gfr01g9704
ATGATTGATCAAGACAACCGTGCATGGGTCAACAGTTTGACGACGGCGGACGCCCTCGCGAAGCCAAAGACGTGGTTCTCTTCTATGTCCAATCGCTCTTCGAAAGTATCAGGTCGGACAGGTGTTCAACCGGAGCTCCTTGATCCCGAAGACCGCGCATGGAACTAA (SEQ ID NO: 214)

> gfr01g5299
ATGGAGTGTACGGGGGAGCTCTGCAAGAGTGCGGGCTATGCTTGGACGGCGTGGACTGTGTATACGTTGGTGAACCTGGTCAAGCGGACGGCGACGGAGGATAAAGTGCTGAAGAAGTCTTTCGGAAAGGAGTGGGCTAGCTGGGCAGAGAGTGTGCCGTATAGGCTGATACCTGGTATCTATTGA (sequence number 215)

> gfr01g5121
ATGGGCAGCAAGACGGGTTCTAAATCTTCGCCCTTGATCGGAAAGCCCGTGCAGAATGTCCAATCTGGCACCTTGAATTGTAACGAGCAACTAACGCTGGCCTGTCTTCGCATACTGTATGACTTCAACTACGTTCCTTTAGCCGCCAACAAAAACACAGTCGGCGTTGTTGAATACAGTCCGGATCACTATACGCGTCCGACATGGATTTATTTTTTGGTAACTTCTCCAAAAGCCAAGTTGGAGAGAGGCCGACAGTGGTTGCCATCGATGGTGGCGTATTCCCCGAGTATGGAGATTCATACGAATCGAATCTCGATACCCAGTACATGA (SEQ ID NO: 216)

> gfr01g5698
ATGTCACCAACAACAGGAATAGTAGACATAGTCGAACCAGGCATAGTAGGAGGGATGGCAAGTGAAGGAGAAAATGCCCCTCTTGCAGCTGAAGGGATCACAGTTGGCTTGCTGACACCATAG (SEQ ID NO: 217)

> gfr01g5528
ATGACCATTTTGTTACCAGGTAAGACTATCAGGACTAATAGGAAAAGTAGTACTCTCTGTNCNNNNTNCNNNNNNNNNNNNNNCACCGTCCTAGTTGGTCTCCGATTCATATCACAACGTGTACCTGTTCAAGCGCAACATAGCGCTATCGTCGCCCATCCATCTCTTTCACCAATCTTCTCATCATCCGTCTTTTACTCATTCTCCT

> gfr01g9356
ATGGAGAAGATGCGGGGGGAGGCGAAGGTGCTCCTGGGGAAGGTCGAGGGGAAGCCTGCTATGGTCGAGGAGGGTAAGAGGATGAAGGCTGGGGAGGCGAGGGTGGGTGAGGTGAAGGCGGGTGAGGCGAAGGCGTAG (SEQ ID NO: 219)

> gfr01g6012
ATGGTCGTCAATATTCACGCGGTGCATCTCCGGGAGGAATATTGGGTTCGGGCGGCGGAGTTCGACCCGGACCGGTTCATGGAGCATGACGTGGCGCAGTGGATGTCGTTTGGACTTGGGCCGCGGCAGTGCCCCGCACGGAACTTTGCGACGTACGAGTGCGCACGGTGGGCGCGATGCTGCTCGCCNAATGGGAGTGGACGCTCCCGGAGGATTCTCCCCACCGTGCGCACATACGAAATGCGTTCTCGCCGTTTGCGTTGTCCCTTCCGAAGGACCTCTATCTTGATTTTAAGCGGCGGATGTGAGGAACCGGAGGATTGA (SEQ ID NO: 220)

> gfr01g5290
ATGGCTCTCACGGGCTTCATTGACCGGAGGATGCGTGCGAGAGCAGCGTCGTTATTGTACGTTGCAACGTGTACGACGTCTATTTTCTCGTCACAATTATCTTACAGCGCTGTTGTTCGACTTTGGACACATCATCGTAGAGTTACTTATTGTTACGAAGCCGTACGGTCTCGCAGGTTCTCGCGCGTGT

> gfr01g4865
ATGGTTAAGCGAAAGCATTCGCCCATCGGCATCAGACTTCCCGGAACGCTTGCGCTGGGAGCCACTGGAGGTCAAAGTGTGGCAGGGCAGTCACTCTTCTGTCGACCCATATTTGTAGCTCATACACTTGTAAAAAGGATCGAACACTTGCCAGAGGACGTCCTCGCCACATCTCACCACCCTCCATC

> gfr01g8109
ATGCGACNGGTTCAATGGGCTGTCGCTCGTGACGGGAGGGCCAATGTTGAGGGGCAAGGGGATCGGGGAGGTATGGAGCCTCCAGTGCTCCACGTCGTGATCGCGCCGGTGGCTGGACCCTGGCAACGACCACGTCGACGACAGCGCACGCGTTCCTCTCGCGCTTTTCCTCTCGCGCTTTTCCTCTCCGCT

> gfr01g9841
ATGTTCGTGCTGGACTATATTCCAGAAGGGCTGTTGCCGAACGCAGGAGCAGGACGCGCGAGGAGCATCGCAGTGTTTACGGCGGGTTGGGGCATGAAATTCGTGCCACTTATCGGACCGATTTTGGTGGGTGGCGCTCATGCGTTT

> gfr01g7659
ATGATGAAGGGACCCTATTCTCCCTGTCGACCTTCAACATTACGAATGAGGCAGACCTTCGCGAGTACTTCATCAGCAATTACGTCAATGGCGCTGAGGAAAGCGACGTCGATGAGATCTTCACGCTCTATCCTGCAGACCCTACGCAAGGTTCGCCCTTCGGCACTGGCACGCACTACAACATAA (sequence number 225)

> gfr01g6310
ATGGCCGTGGCATCGCCTATCACCGAGCTTGCCCTTATCACGATGAAGGAAGGCCATACGAGGGCGTCCATCGCCAGCCACATGGACGCTTTCGTGAGCTTGGGTGTCCCTCCTGTGGGTATGACGTGGGGCCCGGTCATTGGGCACGATGACATGCTGGTCCTAGTCGCGGGGTGGGACTCTGTCGAGGCTCATCAGGAGTATCTCCGGAGTCCGCCTGAGAACTGCCAGGTCTGGCTGGTGCGCTGTTGCTGGCTAGCAGTTGGAAGGTGTTGGAGGCACATATCGACGAGGCAGTGTAGCCTATGGTTTCCATAG (SEQ ID NO: 226)

> gfr01g7684
ATGGGTGAAGGGCTCTCAGTGAGAGGCNGCGGGGTGGAATATTGTCATGTGAGGGAGGCNGCGTGGACACATGGCCCAGGTACTGTTCTGCAGGGGCTACATACGATTGCGGAGGTGCCGACACTGCTGGAGATCCAGACGGGTAAGATTGCTGTGGAGGCGTGTGTGGCGTGAGGGGGTGACGGCGATGTCGTTGAAATTTG

> gfr01g9360
ATGATGTCCTACCACATGAAGGCAGTCGAGATACTAGCCCGCAAATTAGACTTGAAGAAGTGCCAAGACACACTGTATGAACGTGACTTGTCACTGGTATTGTAG (SEQ ID NO: 228)

> gfr01g5762
ATGAAGACGATGGAGGCGGTTGCGAGAATGAAGACGACGGAGGTGGTGGCTGCGAATGAGAGGACGACGGCGGAGGGGGTATATGCGTTGAGTATGAGTAGTTTGACGTCGAATGAGACAAAGATTGCTGGTAAGGACTCATAG (SEQ ID NO: 229)

> gfr01g9813
ATGGATGTGGCGCTACCACCGATTGCTTCCGCAGGGATCGCCGGGGTCCGTGAACAGCTTCCTACAATTAACATTCGTGGAAATCCTGCAGTCTTGCGTGCAAAGCTTGGATGGGAATATGACTTACTTGGTTGTATGCGTTGA (SEQ ID NO: 230)

> gfr01g8790
ATGATTGGGAGCGCACGGAGGGAGCGCAAGGTGTGCAAGGCGCTCGAGAAGGTTGCCGCGGACGTCGGCGCCAAGAGCATCCAGGCGGTCGCGATCGCGTACGTGATGCAGAAGACGCCGTNGTGTTCCCCATCATTGGCGGGCGCAAGGNGAGCANTTGCAGGGCAATATCGATGNCTGGANATTGCACTGTCTCCGGAGCAAGTCAAGTACCTCGAGAGCGCGCTACCGTTCAACCCTGGGTTCCCACACGGCATGATCGGCAATGGCTCCTCGTACAACGTGCTATTCTCTTCGGCGGGCAACTTCGACAAGTGGCCGGCTCAGCAGGCGATTCGTCCTGCANAGTAG (SEQ ID NO: 231)

> gfr01g4942
ATGAACAGTGTGTGCTTCACCTCTTCCACGTATCCCCGACATGTCGGGATGCACACGCCTTACACGTTACTACACGTCTGCCCTCGGTTGCGATGTGACTCATCCATATGCAGGATTTTCTCATGTTGCTGTCTCCAATTCCGAATTCAAGAAAGATGTAGCCCTGAGTATAACCCTAACCATAATTACTGGCCTACGCTTGCGCCATCACGCGCGATCGGAGGAACTGTCACGTCGCGTGGGTGTGCAACTTGCCGTACAAAACTCCCTCTGGTCCTCTGCCACCCACTCTCATGCGCTCATGATTGTACGACACGCCACTCGTATAGCCAGACTTCCTCTTAG (SEQ ID NO: 232)

> gfr01g4715
ATGAGAACAGAAGTAACGATAATGACCATGCCAATAAGCGCGAGCGCTGACGCCCGCGAGAGTTTGTGTATGTCACGATACAATGATAGTGGATATGAGACGCAGAGCGTGCAGAGGGCAATGACGAATTGGCGCTTGGTGAAGAGGAAGAGGACAGGAACGGAATACAAGTCCGGGAAGATGGAGCGGNCGACATGCGGTATTGTGTCCCCTATGATTATACCAAATGCACACATGCCTCCAAACGCGAACGCAAACTGGAAGAATGATACTGCTGCTCTTCCACTGGAGCCGAAGCAGTGA (SEQ ID NO: 233)

> gfr01g9661
ATGGAGAATGAGATATTTGGTCCGATACTCCCAGTTATTGCTGTGGACGACGTCGACCATGCGATCAGTATAGTCCGTCAGTTTCCGATCCCTCTGGTTGTATACGCGTTTACCAACAGCGAGGAAGTAAAGAACAAGCTGCTGGAGACGACACAGAGCGGGGCTCTTGTGCTGAATGACACCGTCAGCCATTTGGCAGTCACCGAGATACCATTCGGTGGGCAGGGAGATTCAGGCTATGGCGGATATCACGGCAAGGCCTCGTTTGATACATTCACCCAAGTCCGGATGTACATGAACTTGCCCCCGAGCGAAGAGTCCCGTTTGAGTAGTCGTTATCGTCCTTTTGATGCAGAAAAACTGGATGCGACGGTCGCCGCGATGCAGCTCAAGATCCCGGTCATCTAA (SEQ ID NO: 234)

> gfr01g7695
ATGTCAACTCGTTCCCTACCCTCGACTCGCAGACTGCACTGGGGCCCACCTATGAGTTTGAGTACAGCACCCGCGAAGCATATGGAACCAGTATCACGGAATGGGGCGCCAACGATCCTCTGA (SEQ ID NO: 235)

> gfr01g5028
ATGCCCTGCCCCCGCCCGCCCTTGCAGAATCCCTACTCGCTCGACACGCCTCCTCCATCTTCGACCACAACACAAATCTCCTCCGCACCCTCCCCGGAGGTCACCGCGGCGCCTCTGCGGCCGCGTGCGCGCGCTCCCGCGCGCCGTCCCCGGCGCGCTC

> gfr01g7523
ATGCGAACCTTGGCCATGACGGGGATAGTCACCGCATCCATGATCGCTTTTATCATGTGCGGGTCGCTCATCCGCGCAACGCCGCCCTCAGCACGGATGTCAGCGGGCACCCGCTCGAGTGCCATGACTGCACATGCACCCGCCTCTTCTGCTATGCGAGCCTGCTCTACGTTGATCACGTCCATGATGACTCCGCCCTTCAGCATCTGCGCAAGCCCTGACTTAACCCCGAAGGTTCCCAAATTACTCGTCGCCCCATCCTTGTCCTTGGACCGCGTGGGCGCGACGACGGGAGTGCCCGCAGGGTTTCCGACGCCGTGGGGAACGGGTGGGGTAGAGATCCCTGAGTTCTGCGGTTGGTTAACGGGGGTGGTCATCGCGGCTGATGCTGGGAACCGAGGTGGGTGCAGGAAGAGATATGTGGAGTGGGGCGCACGGCTGCAAATTTTGTGGAAAGACTCTCAGGCTGGACGACGACACTCTTCCGCTCCGCGTCCGTGA (SEQ ID NO: 237)

> gfr01g7713
ATGGGACAGGGCATACGAGATGTCCTGAGCATCTTTTTCTGCACCACGAATGGTCCAAGCTTTCAATTTTGCCCTGATAAATTCAGATATCNTCAAGAATGGCACCCTTCCAACCACCATCACGGTTGTACGGTCGAGAGGCGTGGCCCTTCTTCACCCGCAGGCAGAATCTCAATGTCGATAGCAGGGATGAGGCGTTGA array number

> gfr01g7854
ATGCGCCGCATCCTCCCATCCTGCATTATGGTGGAAGATGTTGTCCACTTGGAGTGCCGTCTGTTGCGATACCCAAGGCTGGACACCGCAGGCAAACGAGGCCAATGGCAGGACTGGGTCACACAGTATGAGCTTCGTCGTGTGAACCATCTATATGCTAAGCCAGCTAGTTGTGTGGGACCGAGT

> gfr01g8423
ATGTTCTTCGGTCTCGTCGCTCTCTTACCTTTCTTCATCCTCGGGAAGGCGGTCTCCGCTAACCCTCTTCAGGCTCGTTCTTCCGAACTCGTAGAGGTGCCCCACGTCGTTCCCGCTGCCACCTCAGCCACGACCGAGTCCGTCTTCCTCGAGACCGTGGACCTTACCCAAGGTCACATCGATTTCACCAATGCTGCCGTTGGGAGTCCCCACAGCGATGCGGCTGACGATACGGCGTACCTATACGTCTGCTCGTCCTCCAACTGTGCCAGCTGCATCCCGATTTCCTTGGACGGTGCTACATCGGGCAATTGCTACGGCACCATCCTCTTCAACTCTGTTGCAATCATTCAGTCGAGTAATTTAGGCCTCGGATACGGACTCTATGTGGGCACCAGCTGCAACGGGGTGCTGATCCCCACAGTTAATACCTGCTACAACATTAGTCCTGCTGGGGATACCTGGTATCGATCGTAA (SEQ ID NO: 240)

> gfr01g6984
ATGCCGACATTCAAGACCAAGCCTGATCAGAACGGCATCTACCGCGTCAAGGTCGTTGACCAGGACCTCTACTGGGAGTTCCAGCCAGCGAACTACTCGTGGATCAAGATTTGTCCTCGAGACTTGAACACGACCAAACAGCAGTGGAAGTTCATTTCGTGCGGAACCGACACCTGGAAGATATCGAGCTTCTACGATGGCAAGCAGTTGACGATCTACAAGTCTGCAGAAACATACTGGGGTTACGGCTATGCCGTTGGCGCAGACCAAACGAGCGATACCTGGCAGGTCAAAGAAAAGACCGTAGATTTCAAAACATTCTCCAAGATCAACATCACTGGCAATGCGAATGTGCTTGACTCCGATCCAGCAGCCGATGGTTGTGTTCATTTCTATTACGATAACAGCGAGCGTGAAAGACAGCGCTGGGAGTTCCAATTCTTGGAATCCTGCTGA (SEQ ID NO: 241)

> gfr01g7163
ATGTCTCACGGAAAGCAATTCACCTGTACACTCACAAGGCTGGACCGAACGGATGGAAAGTGGCGATCGTGCTTGAGGAGCTCGGACTGGCGTACGAGTCTCTTTATCTCGACTTGCATAAGGGCGAGCAAAAAGGCCCTGAACACACCAAGTACAATCCTAATGGACGCATCCCCACATTGA (SEQ ID NO: 242)

> gfr01g7859
ATGGTTACGGCGGCGGAGGAAATGGTGCTGTTTGTGTTAGTGGTTCGAAGGCTTTCTGCTGCGACCCTTCTTCGTCCTCCTGGAAGGGCTGTCAATGGTACGGCACAGGCGCCGATCTGCGCCGGCGAGTGCCCCCCTGGGAAAACCCAAGTCACGACTGACGGTTCCGGCGATGGCGCGAGCTGCGTCTCTGGAAACAAAGTCTTCTGCTGCAATTCAGCCAATAGTACCTCTACGGCGTATATTCCGGAAGCCACCGGCAGCAAGGCTGGATTCATGATCATCAACGATGCCCTTGGAAAGAGGGAGCTGTGA (SEQ ID NO: 243)

> gfr01g5301
ATGGTATCCCCGGACGAGAGAAAGAAGCCGTCGGATGTTTACGGTGTGGCTGGCAGTTCCGAAGTTCGTGCAGGCGATAGAGCCCCCGATGCGCCTGGCTTAGAAATTGTGCACTCGGCAGACAATGCGAAGCCGGCGGTAGAATGCACATCACTCTTCCGAATCTTTGGAGTGTCCTACCACACCGTCCTCCTCTTTACTGCAGATGTCGACCTTGTCAGAGCCGCCATAGATGCTCTTTCGGGTTACCCGGCAGGTGCGACGCGTGGCGTGGTCATCCTGCCATCTGGAACTACACGGTTCAAGGCCACCAATGGTGCCGAGTATGTGTTGGTTGATCAGGAAGGACACGCGCATACAGGATACGTAGTGCCTGTGGAGACGTCGAATATCGTGATCGTCCGACCAGACGGTGTAATTGGTGGAATAGTGCTGGGAGTGGAAGGATTGCGACGCTACTTCGGGGGTATCTTCTTGGTATGA (SEQ ID NO: 244)

> gfr01g9915
ATGGAACCTCCTGGACTACCCCGGCATCGTGNTCCTTCTGGCGTCACCGTCGACCCGGCCGTCGACGTTGCGGACGCCACTGCGCAGCCCGCGAGCCCCGCGGACGCGTACAACCAGTCCATCTACGATCCGCAGGTGATGGTTGGCGCGCAGATTGCACCGCCTGCTGGCTCACCGCTGCTAGC

> gfr01g5638
ATGCCGTACCTAAACGCGTGTATCCGCGAGTCGCTGCGGTTTAATACGCCACTAGTCGAGGTCGTCCCGCGTACCTGTACGCGCGACACGGTGCTGCGCGCGGGAAACGGGCAGGAGGTGGTGATCCCAGCGGGCGCATCATTGACGATTAACGTGCACACGGTGCATCACCGCGAGGACTACTGGACGGGGCTAGCGAGTTCAACCCTGAGCGCTTTGTGGGCGCCGGGGAGGGCATGGATAAGGAGTACGACTCTACGCATTGGATGTCGTTCGGGCTTGGCCCGAGGCAATGTCCTGCACGGAACTTTGCGATGTACGAGCAACGGACCTGTACGCGATGCTGCTGAAGAGTGGGAGTGGTCGCTGCCGGATGACTCGCCGCATCGGGCGCATATCAAAAATGGATTTTCGCCTTTCGCACTCTCGCTGCCGAAGGATCTATACATCGACTTTAAGCGGCGCGTTTGA (SEQ ID NO: 246)

> gfr01g9277
ATGAGCTTCGGGGAATCCGCCAACACCTCGATAGACAATGGCGTCCTGTCGCTCACTCAAGCCGGAATCCACGTAGTCGCTGCAGCGGGGAACACCAATATTGACGCCAGTGGTATCAGTCCAGCGCGTTCACAGCATTGCACTACCGTTGGAGCGACCACCATCGGAGATGCCAGATGGGCGAACTCCAACTACGGATTCGTGCTCGATGTCTTCGCTCCCGGTGTCGACATACTCACTGCATCCAAAGATAGTATCACTGCAACGCAGTGGGCCACTGGAACTTCGTTTGCCGCTCCTTTCGTCACTGGTATCATCGCATCCTTCATCAGCCACTGGGCAACAAGCTACCAGCAGAGATGA (SEQ ID NO: 247)

> gfr01g9623
ATGTTCCAGCTCGGTCCGGGCTCGTGGTGGAGGGAGTGCATGGGCCTGTGGGACTCTGTCCCTGGGAAGGCGCTCACTGCTGTTTGGATGGGTGTCCTCAGCGCATCCCGATCAGCCTGTTCATGCGGACGGGCGCGGAGGACAAGATCCTGCGGGACGAGTTCACGAAGGAGTGGGATGTGTGGGCGAGGAACACGCCGTATAAGCTCATCCCGGGTATCTACTGATCTGGAGTCCTCGCCGAGGACACATGTATGGCAGCGTTCTGGTAGATTTGCATGTATGATGGCGTTTAGATGA (SEQ ID NO: 248)

> gfr01g4777
ATGAAGGAGGATGGAAACACTGCATTCAAAGCATCTCGTTTCCAGGAAGCTATAGAATTTTATACAAACGCCATTGGTGAGTCTTTTCGATTTGGGCACACGACCGCCACTGCTGATCTCCCACTCTAG (SEQ ID NO: 249)

> gfr01g9571
ATGAAAGCCAAGATCGATGCTTTGAAGGATCTGATCAACAATGCCCGTGAAGAACTTGGAGGCGACATCCAGCTTGCCGCCGACATCAAGCTTGTCGCCGATATGACAGTAATCGATCACGACCTGAAGGGTATCATCACTCTCATCCCTCCCACTATCCTGGCGATCGAGGGGATGATCGGCTTCTGGGATGCTATCGCCAGCGATCTCAAGAACCTTCAGACGTTGGCACACAACGATATTCACAAGGCGAGTGCGGCGTTGGCCAATATCGAGTCGAAGAAGGTTATCGACCGCTGGAACGCCTTGGGCGATGCCGCGGACAAATACCGTAAGGCCGCCTACGTCACGGATGTGCAAAAGAAGACGCTGGAACAGGTCTCGGAAGAGCTCGGACGTGCCCAGTAG (SEQ ID NO: 250)

> gfr01g6458
ATGACTCGCCAGGGTATTATTTGGTTTATGATTGCTATCGCGTTCTACATACCCTTAGTGACCCTTGTGTATCTTGACTTCAATGACCCGATGAATGAAAGTGCGTAG (SEQ ID NO: 251)

> gfr01g9744
ATGCGTACTTCACTGTTCGTCTCCGCTCTCTTGGCTTTCTCTGTCGCAGCTGCGCCTATTGAGCTTACTGCTCGACGACCTGAGGATGGTGCACTCATCAACAACAACGTCCACCAGAAGATAAACGGTCGTAACCCGTCCGATGGCGCGCTCATTAATAATGACATTTACCAGAAGATACATGAGCGTGCGCCAGAAGATGGTGCCCTCATACATGATAACGTCCACCAGAAGATCAGTGAACGCGCAACTGGACCCGGCAAGCTCATTTTACACAACGTGCACCAGAAGATTGGTAAGCGTGCGCCCGAAGACGGAGCGCTCATCCGCATAATGTGCACCAGACAATACATGAGCGGGCACCAGAAGATGGTGCGCTAA (SEQ ID NO: 252)

> gfr01g7819
ATGCATTTCTTATCAACCGTCTTGCTTTGTACTGTACTGTCTAGTGCAGCTGGTGTCTTCGCTGCTCCTGCTCGAATATCCGTCCCCGTTCAGCGGGACCAGTCTGAGATCGAACGTCGCGACGGGGTCACCACGCTTTCATTATCTCAATTTGCGGCGTTTACTCCGTTCACCCAGTTTGCGAGAGCAGCGTACTGCGCCTCAAGCAAGATTACGAACTGGCAATGTGGTCAGGCGTGCGACGCCCTACCGGGATTCCAGCCTACCTTGACTGGTGGCGATGGGAACGCGGTGCAACTGTTCTTTGTTGGGTACTGGCCTGCCGACAACGCTGTGGTCGTTGCTCATCAAGGCACAGATCCAACTGCACTGCTCTTCTGA (SEQ ID NO: 253)

> gfr01g9895
ATGCGTATCCTCATCAAGGATAATACCCCCATTAGCGATCCGGTCAAAGTTGGCCGTGCACTTATCACAATTTCACGTGAGGACAACCCGCCGCTGAGGCTTCCTCTGGGCCCAGAAGCGCGATATCTGCTCGATGGAAAGATAGTTGACATGCGAAAAGGAAATGGAGCTGTGTT

> gfr01g7901
ATGCCCATCGAGCATGATTGTGTAAATGAGTGCGGCGAGGTCATCCTTCCAGATCAAAGCATAGTGATGGAAGTGCGTCCAGAATTATGTAACTCCTGCCTTCGTCGCCATCCCCACGGGACGAATGGATCTGGCAGAAATAACGGTGCCGGTGGAAGGGGAGAGGGAGATGGG

> gfr01g4629
ATGTTGAGGGAAGAATCGACGCAAACGAGTCTCCGTCGGAGCCGACTTGACACCATGAATAAATCGATGGCAAGTTCTACATGTATCCCAATCGAGCGGCTTCAATGCGAGTTAATGGCAATTCGCATTGACTCAACTTCATCCGCGAATACAGCGCCGCATCGATATAGATTTTCGACACCGTATATCCCGTCCCCTCT

> gfr01g6678
ATGCTGGCCCTGGGCCTGGTGAGTCCAGCCATATCGCTTTATCAATTTTCAATTTCTACTCCCTTGGTAGACACGACAGATATACCAACTTGCGCACTTCTCAGTGGGTTCAATACGGTAGACGAGGCAGAAGACTGGGACTTTGGTTTGCGTGCCTCTGCGGTGTCGCCGATGCGGCCGTCTTAG (SEQ ID NO: 257)

> gfr01g7283
ATGCCATGTTCCGGACACACGGGCTACGAACTCGCTCCTGGCTCTGAGCATCTTGGCGTGATTGCAGTCCGTCCAGTTCCCATTCTTCATTCTGCGGCGAGTTGGTTTGACGCAGTAGACCGTCTCTGGAAAGTCCTCCCAAACGAACTCGTTTCGAAAGACTACTTCGTAGAGTCTTTT

> gfr01g7614
ATGTGCTACTCTAACTGGTGGCACTCTTATATGTCTCCTCGCAACGCTGGCAAGGAAGACGGGCGCAGGAAGAGGGCGTCTTTGAGCTCAACCGGCGCGCGCGTTGCGAAGCCCGAGTTGCGTTCGCCATCTCCGTCTGCCCTAGTCTCTTCGGAGAACAAAGTACCCCTAGATCAGTCGCACGCGGTGGACTCCAATCCCATCTCTACAGCACTGGATACAACGACTGCGGACAACTCCGGCACAACGTGCCAGCTCCGATTCAACACATCATTCCACCCGTGGAGGTTCCCACCGCCATCGCCGGATAACGCGAATCAAGGATGA (SEQ ID NO: 259)

> gfr01g5111
ATGCAAACACGTCCGTTGCCAGATGCTCGTCCTCTGTGGGGGACGCGAGGCGAGTGTCAGCCCATTGTGCCCGGGAATAGGATCGGGGGACAGGCGCGGAGGTGTGGTGAGACGGGGAGCGGGCTTCTGGCGGAGAGTTCGAGCTCCGGATTTCGT

> gfr01g9868
ATGCATGTCGACGTGCTGCAGGAGACGTTCGTCTCGCGCGACATCGTCCTCCAGGACCGCCAGAAGCGAGGGCTGAAGCGCTCGGTCTCCGCCGAGAGCGTAAAGATAACAGCAGACAACGCCGTATAG (SEQ ID NO: 261)

> gfr01g9871
ATGAAGCCAGAGGAGATTGAGATCTTCCCGCAATGTGATAGCACAGCGGAACTTGTCATACACCGGCGGGATATCGTTAGGCCCCCTCTCGCTCATGCAGGGCGGACACATACCACAACCATGGCTGAATTGACAGAGAGCGAGGTCAAGGCCATCCGGAAGAGGACTATGAAATTGTTGCGCGTGTCAACCTTCCGGAGGA

> gfr01g7631
ATGGCCAAGGCTTTTCAGTGCTGCGGGAAGGCCGAGATGATGAGGCACTGGATGCAGGTGTCGAAGGCGGTGGGGCACGATGACGAGATGCCTTCGAGCCATCACGGCGGTCCTTTCGCTGCTGCCGCTGGTATTGCTCGATCAGTGCCGTATAAGCTTCGTTAA (SEQ ID NO: 263)

> gfr01g5563
ATGTGCATTATCTGCTTTCTTCCGCCGACCAAAGAGCCTTGTGGAGTTGAAGATATCGGTCGCGCTGGACTGAAATGGAACAGACTATCCTCCGCGGACAGAACGCTGGCAGTGATTCGAGAGTGGATGTTCGACTCATCCGTTCAAAGTGACGGACACACAAGTCAACCACGGTTCGAAAGAGCTGTT

> gfr01g5611
ATGTCGAGCCCAAACCCAAAGATTTCCATCTCCTCAAGACGCCCACGATGCCAACGTAGAAAGGGACGGGACGAAGAAAAACTCTCCACCGCGGGACGTGACGGGATAAGGATCCATGGAGGCGACGGACTTCTGCACAACACTAGAGAATCCTGTAACCTCAACCAGAGTACCATCGCCGTTAGTCACTTGCACAGTGACCTTGCCAGATTCTGCGACGTCTCCTCCCTGGTCGGGCGTCGCGGTGTATATCTTAGGAGGGCCGCCGATGATAGGGTCCTGGCCTTGATATTTCGGTATCAAATCGGTNGNGGGAAGAAGTCATTGCCCGCAAATCCAGCTGTCTGGCGATAG (SEQ ID NO: 265)

> gfr01g4627
ATGTCCTACACTATCAATGTCAGCCTCATTCAGCACCAGTCCGACCCTATCCAGGTCGTCGAGAAGACCGTCTGGCACTACGCCAGCGGCGGTACCTGGACGGGGAACTTGGATATCAACGAGCAGGTGCTTACCATGGGCGGTAGCGGCACCTCTGGTGCGCTTCGCTTCAAGGTCGGTGAAGATTACTTCTGTGTCCCCATGGGCATCGACGATTACAAGAGTTGGTGCGACCTTGTCATCAACCTCGAGCCGAAGAACACCGCTGTCGAGATCCACCCCACTTACTATGACGGCACCAACGATAGCATAAGGCAGAAGCACGTGCAGAGTATCAACAAGACTGCCGCGCACGGCCACAACATCGGCGTCCAATTTACGACGCAGGATGGGAACAACTTCTGGTTTACCATTACCATAACCTGA (SEQ ID NO: 266)

> gfr01g4919
ATGAAGGGATATATCACTCCCTGCGCGGGCGTGTATCGCGCAAGAAGAAGACATTCGACCCCGAAAAGGCACTGCCCTTCGTGTACAGCGAGCACCCACTGCAGCCCGCGCGCAACACCAAAGGAATCGCTCTACGATTATCTGCCGTTCTTCGCATTTGGAAGGTTATCTTTCACCCGTTCACTCACCGCTTANCTGCAGCG

> gfr01g9686
ATGATGACTTTCCTCGGTGGTGGACGAGCGTGCATTGGGTTCAAGTTCNCACAGCTGGAAATGAAGGTTGTCCTGTCACTCCTTTTATCGAGGTTCACATTCTCCTTGTCCGACAACCGATCGTTTGGAACCTTCGCACCGTTCGGTACCCGACCGTGGGGAAGGACAGCACGAAACCAGAGATGTGGCTGA Sequence number 268

> gfr01g6121
ATGAACGTACTCGACTTTCTGCAAACGGCGACCACGTCGGAGAAGCTTTACAGCTTTAACCTCGGCAAACTCGTCGCTACGGAAGGGGTTACGGCAGGTGACGGGAAAGAGATCTGCGAGGTACGTNNNNNNNANTNNNGNCNNNNTNNNCAATTTGAGCATGGGGGATGTTGGCCTGAACCCAGTATGGGGAGGTCCTT

> gfr01g8521
ATGCTGGTTCGGCAACAAGTCCTAGCATTCCCCGCATACCTCTTATTCAACGTGTCCGGTCAGAAAAACTACCCAAAGTGGACGAATCATTTTGACCCAAATTCTATTCTCTTTCGAAAGCATCAGCGTAACGCGGTTATCATCTCGAATTTCGGGATAATTACTATGTGCTACCTCGCGCAGCGCACATGCGCAATCTGGGGTGCTGCGGAAGTCATCAAGTACTACGGTATCCCCTGGCTATGCGTCTCGCACTGGTTCATCATGATAACGTACTTGCATCACACGGACCCGGAGCTCCCTCATTACCGCACGCACCCAGTGGAACTTCCAGCGTGGGGCTGCTGCGACGGTCGATCGGAATTTCCTGGGATGGATGGGGCGCTTCTTCCTGCACGACGTCGCGCACTTCCATGTCGTCCACCACTTCTTCCCGAAAATGCCGTTCTACCACGGACCTGA (SEQ ID NO: 270)

> gfr01g8171
ATGGTGGCGGCGACTCTTCGCCACCTGAGAAGTCTTCGTCTCATGCGACGGGACTCGGGCTGGATCCATACGCTTCTTGAGGAAGCGGAGAATGAGCGTATGCACCTGATGACGTTCATGACGTTGCGAATGCCGCCATATTTCTTCCGTGCATTGTGCTTGGAGCTGCCCGCTTTTGTGTCCTCTTTTTCTTATCCTC

> gfr01g7829
ATGTTGCACCTGGACGTACCACCCTTGATCGTTGGCCACGCAGAGCCCTCCATGAGCATTCTGGGTGGCCTGACAGTTAAACGCAATATAGTTGACCAGGGCAGCCCAATCAGTGCGGCAGTAGACGATGGTGCTAAACTCCTGGTTAAGGAAGTAGCTCAAGCAGCTGCTGTAGGTCATCGTGATCATGTCGGTGGGAGTTCCGGAAGCGGTGATGTTGAACAGCGCTCCAACGTTCTGACTGTCGTAGAGAAGAGCATCCTGGATAACGGCGCAGTCGTTTGGATCCGGTCCTCCACCAGCCGGGGTCCAGCAATAGGTAGTGCACGGTGCGCCGCAGACGTTCGACTGCCGCTTCACGAGATTTGA (SEQ ID NO: 272)

> gfr01g7830
ATGCACTTGCTGCACCTTCACGTTCTTGGCTTCACCAATGTAGGTCTCGGAGCGACCGTCTTACCCTCACATTCTCTGATCGGGCCAGAAGCGATGAGGGCAGCAGATGCCCCGAAAGGTATAGTGCACGCAAGAAGGGCGTATAGCAGATGTAAAACAAGCATTTCAAGGATAATGATCTGA (sequence number 273)

> gfr01g9564
ATGAGATGTATGATACAAGAACTACTCTTGATCTTGATTTGTGATGTGGAAATCTTGTACTATGCATTACTCTTTGATGGTCAATACAGAGAACGTATAACACCTGGACGAGAACGAGTGCAATTGATAATTAAACAGCTCGTGTCATACATTATTTATCACTTGATTTCATACCAGAGGGCGCTGAAAGACTAG (sequence number 274)

> gfr01g6753
ATGATCAACGGTCCCGAGTGGATGCATTTTATAAACGAAGGGAAATCGATTACTTACCGGAACATCAATATCTCTGCGGTGTCGACGTCGAAGAATGAGGCGAAAAATACAGACGGTTGGGACATATTCAGGAGCGATACCGTAGTCATTGAAGACTCGATCGTGAACAATGGAGACGACTGTGTCAGTTTCAAGCCCAACGCTACCAATATCATTGTCTCAAATCTTTCTTGTAACGGATCTCACGGTATTTCTGTCGGCTCTATTGGGCAGTATTCCGGTGAATACGACATTGTGGAGAATGTTCTGGCGACGAACATCAAGATGTCTAATGCTCAAAACGGCGCACGGATCAAGGCCTGGGCGGGGAAAGGATGTAGGCTCAGGGATCGTCAAAAATATCACCTTTCAAGGTTTTGTGGAGGCTAA (SEQ ID NO: 275)

> gfr01g8578
ATGTGGACCTTGATGTCTCCGAGGAAGGCCCAGCTATCGGAGGTACAGCTAGCACTATTATTTCTTGTGATGGATCAGGTGTTGGCATTTGGGTTGGTTGATGGCGAGCGGCGTGAAGTGCGTCACCGTGGGAAAGCTGGGAAGGGTGGCGTCGGGACAGTATTTCTCACTCGTTTGTAA (SEQ ID NO: 276)

> gfr01g7924
ATGACCAACATTTACTCTCCCGTTATCGTCTATCCTTTCTGGACGCCGGACAACCAGACGCTTGAAGTTCTCGTGACGTCAGATCGGTGGGACACAGTGACCGGCATGGCGCAGCTGACCTGGTATGACTGGAGTGGGACGGAACTCGACTCATCGAAGCATGACTTCATCGTCCCAACGCTGAACAACTCTGTGATATTTCAGGCAACGGGCCTGGACACGATCCTTCCTACAGGGATGAACGCAACGGATGCATGGTTGTTGCTCAACCTCACTGCAGTGGTAGATAACAAGACGGTGACACACGAACAATACTTCACTCCGAATCCTCTCTCCGTTGCTAATCTTGTTGACCCTGCCATCGCCGTGGCCAGTGGTAACAACTTGACATTCACTCTTTCCGCCAAAGGTGGTGTTGCTCCATGGACCTGGATTGACCACCCTGCAGGCACTGTTGGCTACTTTGCGGACAATGAAACAGGTGCCCCTTTGAATGGCTTCTACCTCGTTCCGGGAATCGATCGCACCGTGAAATTTATTCCAAACGCGGCGCTGTCGAAAGTCTCTCATCCTGACCCTGCGGACTTCGTGGTAAGATCAATTTGGAACAATACGCACATCTGA (SEQ ID NO: 277)

> gfr01g9891
ATGTCCTGCAATCCTGGAAACCTCAAGACAGACATGCAGCGCTATGTTTCTAGGATAGTCATGATTCTGGGTCCACTTATGCTTTATCCCGCGCATATGGGCGCACTCACGCAGCTTTGGGGGGCCACAATGCCCGAGGCGCTGAACTACAACGGCAAGTTTTTGATCCCTTGGGCTCGTGCGGCGAGTGCCGGGGA

> gfr01g6909
ATGTTGATTCCCCGTCTGAACACCGTAGCGCGTGCCTGCCTCGAACTGGCGGGGCATGTCGCTGGCTACGTCGCTCTCGAGGCAACCGTTCTTGCTGTACACGGCGGGGACACCCAATGGTCAAAGGTTTCCATCTTGCTCGAAGAACTCAAGGCCCTATACGGACTAGAATACGACGTCCATGCGATCGACATTTCGAAGAACACGCAGAAAGAGCCCTGGTTCATCAAGCTGAATCCAAACGGCCGCATTCCCGTGCTCGTCGACAGGAATCGCGCGAACTTCACCGTGTTTGAGACCGCGGCGATCTTGTTGTACCTCGAGCAGCATTACGACACCCAGCTGGCGTTCTCGTTCGACCCGGCGACGCGCCCGAACGATTATAGTGAGATGCTGCAGTGGATGTTCTTCACGCACGGAGGCATCGGCCCTATGCAGGGACAAGCAAACCACTTCCTCCGTTTTGCGCGTGAAGATATCCCATATGCAAAGAACCGTTATCTGAACGAGACGAAACGCTTGTATGGCGTCTTGGATATTCGTCTGACCGGCCGGGACTGGCTTGCTGGTCCCGAGCGCGGCAAATACAGCGTTGCGGACATAAATGCACTCCCCTGGGTGAGCCGGTATGATTTTACTGGTATAGAATCGCTGGATCCGTGGCCTAACGTTAAAGCTTGGGTAGAGCGCGGCCTTATGAGGCCCGCTGTGAAGGCTGGCATGCAAATTCCCTGA (SEQ ID NO: 279)

> gfr01g6828
ATGACCGTTCGCGCAGTGTCGACCGTCAACAAGGGAGAGCTCGAGGTGCCGTACACGATCTTTCTGAGCTCCAAGTCGTCGGGTGTCAAGGTTGAGACGAAGGGCAGATGGCGCGGCGTGTCGACGTGGGATCTCCGCCACACCATCTCCACGGTTGAACAGGAGTGA (SEQ ID NO: 280)

> gfr01g9343
ATGTATATGGCAATTGGTCAATGCGGGAGCGTGTTAGGTTCTCATCTGTACCCTTCTACTGAAGGACCTCGGTACATCAAAGGTTTTGCTGTGACCTGCGCACTTGAATTCCTCGCAGCTATCGTTGCAATTATTCTTACAGTATCCTATCGCATGCGAGATCAAAGGCTGGCACCTTTT

> gfr01g5433
ATGATTTGTGCCATTGACGGTTTATTGATAGGCGCATTCTACCTAATTGCGGTATCGAATATGCACGGTGAATTATTACGCATGCAGAATACCGCCCGTTTCAGACTTACTGGATGGCGAAGCGTACCGAGTCTCCTTGCCGCGCCTGTAGCATGGCTTGCATGGTCCGCAATTTCACTTCTCGCCCTCATCATCTCGTATGTCTGGCATGCGGGTGCCACTATCGAAACTGAGAGCAACGGTCATCCCTCGGCCCCGTCGTACATTGCGCATATAGCCGTGACTGGAGTACTTCTCACTGGGATTGTTCACTTTGTGGTGATTGTTCACTCCGTATCGAAAATGGGTTCGGTCGTCGAGCAAGATGCGGCTGTATAG (SEQ ID NO: 282)

> gfr01g5725
ATGGTCCCAGCAACCTCCTCATCTCCTCCCCCCGACTCACAACCAGTCTTCGTTCCCCTCCCCATCTTCTCCCGCTTCTTCTTTAAGCGAGCAACACTATCCTCCTTTTTANCACCATCAGCACCAGTCAGCTCAGCCACAAATGGGTGA (SEQ ID NO: 283)

> gfr01g9039
ATGAACCGCTTCAACCCCAGCACAGGCCGCGTGGAGCCGTTCATTCGTGACCCTGCGCTTCAGTGGCCCGACACGGTTTCGGTTGTCTCATTGAAGAGTGGGGGGAATTTCGCCTACTTCACGGCGAACCAGTTGTGGCTCAGTCCGGATTATCAAAACGGAACTGACCTACGCAGGGGGATTGCGGGG

> gfr01g9040
ATGTCAACTCCAGCGGCGCACATTTCATTTCGCTACTTCGGTCTGCGGGTTCCATTTATATTCGCTCTCCATTATCTGGCCGCATACCCAAAACGTCTTGCCGATATCAGTCATATGCGTAGTACATGCAGTCTCTTCATTCGCTTTCCTTGTCGTACACGCTCTTTCGCCATTACTATACAGATGCAAACTCTGGTCTCTCACTTCTTTC

> gfr01g9332
ATGTTTCCTTCCACAATCTCTGATAAGGCCTTATCACTGCTGCCCCATCCGACCTCCGCTGCTGCGCTATGCGTGTCTCCTGTGTTTTTCACGGGATGGCTTTTCACATGCACCGGAGCCCTCATCCGTATGTCCTGCTTCAGGACGCTGGGTCGTCTTTTCACTTGGGAGCTTGCTGTGCGGGACAACCACAGACTTGTCACGACCGGGCCGTATTCCATTGTTAGACACCCCAGTTATACTGGGTCGACACTCGTCGGTATCGGAAATCTGCTGTGCGCATTCGGCCCTGGGTCATACTGGGTGGAGTCCGGGTTCCTGAAATCTCCCGTGGGAAGGGTACTCGGCACAGCATGGCTTGTGTACTGGATCTTCATACCAGCTCTCCTTTGGAGTCGAGTTAATAAAGAGGACGCGGTGTTGAAGAAAGAATTTGGAAAGGAGTGGGAGGCGTGGGCAAAGAAGACGCCGTACAAGTTGTTGCCCTTCGTTTACTGA (SEQ ID NO: 286)

> gfr01g9800
ATGGCCGACGCTGTTTTGGACAGACTTACAGCTAGCAACATGTTTGACCTCCGAGGGGTCGTGGCGGTTGTGACTGGAGGAGGTACTGGAATTGGGTTGATGATCACCACCACGCTGGTCGCCAACGGTGCGACTGTGTATATCATCGGACCTAAACAGGTAGATCTGGATAGGATTGCGAACGTGTATAATGAGGCTGCAGAACAGACAAAGAGACCTGGAAAAATGTACGGAATAGAAGGCGACATCAGACTGAAATCGGAGGCATCACGTTTGGCTGACGAAGTTGGAAAACGAGAGCGGCATGTAACTGTACTTTTCAATAATGCAGGGATCGCTGTAGGCGGGTTCAAGCGACCAGGGCCTGGTGCTACAGCTGAAGATTTCCGTGCCGCCCTGTTCGATGCTGTCTCTGAAGAGGACTTCGACAATAGCATGCATACGAACGCCATTGGCCCGTACTGGCTCACCTTTGCGTTCCTCCCCTTGTTAGAGAAGTGGAAAGAGAATCCTGCAGGTTTGCGATTTGCACCGCAGATCATTATGACATCTAGCATGAACGGATGGACAAAGGATCCGGCAACCTCGGGCTATACATTTCCATACTTGTACTCCAAATCTGCCATAGGGCACGCCACTGCCTCATTGGCTCATGAGCTCTTGCCTTTGGGCATTCGTGTGAACGGAATTGCTCCAGGTCTCTTTGTGACGGAAATGAGTTACCCCGGTACAGCCGACGCACTTGGGCAATCTCACCCTAGATCAGACATGCAGCCCGAGTTTGAGACCCCGCTTCAGCCGTAG (SEQ ID NO: 287)

> gfr01g9127
ATGACACTTGTGAGCATAGAACCGTCCTGGAATATGTACACTTATCCTCCCAGTGTTGACGACCTGTACTACGTCTCTCAGCCTTGGAGTGTGGGGCTTCTGGGATTTGCCTCCACGACTTACGGCGCTGCAATATCCGAAATAATCACTGGTGTGCTTGCTCCAGTGGTGCGATGGGAGACGGTCACGACCGATTCCCGCTACGGAAGGGTGTGGAAAGGCTATGGGCCCAACAGCGATTACGTCGTTCTGAGCAATGTCTGCTACTCGCTCGGGGGCCAGCCGCCCGCACAGCCGCCCACAGAACTGGTGAAGTCCATGCGAGCCATCCACAGATGCGCACTGAAAGCGGCGAAATATGCGAACGAATTCCCTCTTAAAGGCTCTTCACCTGGCGGCTCGATCTGGAGTGTTTCAGAGGAAGAGTTCGACAAGCCCATCAATGAGAAGAAGATCTCTAGTCCCTGGAGATTCACAGCGAGCGGTGTGGCGCCGCTCGATGATCCGTATGTGTGGAACATGGATGAGGTAGTGATCAGATAG (SEQ ID NO: 288)

> gfr01g4929
ATGGCACGTTCTGCACTTTTGAGGGTGGAGATAATCCGGAATTCGATGGAATCTACCCCGNTCCGGAGGGAGGAGGTTTCGAAGGGCCTGAATCGTGCGGTATCATCGCGCCTCCATTCGTGGTATCTGTGTCCTACGGGCAAGATGAAGCGTCGGTAA (SEQ ID NO: 289)

> gfr01g4930
ATGATGGGTACCACTGTCCTGTATAGCTCTGGCGATGATGGTGTGGCTGGAAACGGCGGGCTTTGTTTGAACTCCCGAGGTGAGGCCTCAAATTCAGGAACCACGTTCAACCCGGACTTTCCGGTGACTTGCCCATTTGTGACTGCGGTCGGAGCGACGCAAATCAATCCGGGGTCAACAGTCAATGATCCTGAGGGCGCGTGTGAACAAGTGATCTTCAGCGGCGGAGGCTTCAGCAACTTCTTCGCGTTGCCGGATTATCAAGCCACTGCAGTCACTAGTTTCTTAACCAACCACCCGCCGCCGTTTACGTCTAAACAATTCAATGACAGTGGACAGTCTCGAGGATTCCCGGATATAGCTGCCAATGGCGCTAACTATATTATCGGCATTGATGGAGAGTTCGAGCTCGTGTTTGGCACATCGTGCTCCGCACCGGTCGTGGGCTCGATGATCACTCTCATCAATGATGCACGTATTGCTGCCGGCAAAGGGCCAGTAGGCTTCATCAATCCTGCGATCTATTCGGACGAATTCTCGGGCACGTTCCATGACATCACGACGGGTGGCAATCAGGGCTGCGGAACGGCCGGTTTCACTGCTACTGAGGGATGGGACCCTGTGACCGGTGTCGGCACCCCCAACCTTACGGCTTTGATGCCTCTGTTTGTGGCCTTACCGTGA (SEQ ID NO: 290)

> gfr01g7260
ATGGGAGAGCAGGAGAGACACGCTTCTTGCTGCGCTTCATGCAAATCCATTAGCCAAATTCGTCACACGCGTGCTACAGTTCGGTTCCGAGCCTCTCTTCGACAATGTGTTGCCCCATGCAGAGCTTGCGGAGCAGGTCATCCTTGCGAAGGCGAACTTGTCGAGCTTAAATATCCCTGTTACGGTCAGCGAGCTCGCCTATGGATACCAGGAGCGCGGCGGAGCGCAGGACGTGCTGAACGCGATCGACTCCATCAATATTCACATGCTGCCCTTCTTTTCCCAGAATGCCTCAACCTCGGACAAGGCATGGCCTCTCGTCCTGACCGACTTAGACTGGTTCATCGAGCACGGCGATGGCAAGAAAATGTACTTCGATGA (SEQ ID NO: 291)

> gfr01g7349
ATGCAACGGCAGTGTGCCGAGTATGCCAAGCTTGGCCTCATGGGTACGACTGTCTTGTACTCCTCCGGGGATTACGGTGTTGCCGGAAACGGTGATCTGTGTCTCGACTCCAACGGATATGAAGATTACTTTGGTACAATTTTCAACCCGACGTTCCCTGCGGGATGCCCATACATCACGAGCGTTGGTGGCACACAAGTTGACGCAGGTGCCACACCTACAGAGCCAGAGAGTGCATGGATGGACTTGATCGACGAGGCCTATTCCAGCGGCGGGTTCTCCAACGTGTTTGCTATACCTGATTATCAAAAGAGCTCGGTGGAAAAATATCTGCAAGAATACCCACCTCCATATGCCTCGGATGTTGGAATTCATCTGGGTCAAGGGCATTCCCTGATTTATCGGCTAACGCAAACAACTTTAGGCGTTGCTGTCTTCGGTGAGATAGTGGCGGTGTCAGGCACTTCTGCGTCTTCACCAACCGTCGGAGCTATTCTCTCTGCAATTAACGATGGTCGACTAGCGATTGGAAAGAGGCCTATTGGTTTTATCAATCCTGTTATATACTCACCCTTGTTCCGTGATGCTTTCAACGACATTACGAAGGGGTCCAACCCTGGATGCGGCACGNAGGATTCAGCGCGTTCCTGGATGGGATCCCGTTACTGGATTGGGTACGCCGAATTTCAGAAAACTGCTGGAGAAGTGGTTGGCCCTGCCGTGAATCAGAATATGGAAAGGGTGTCAAGTTTGATTTCTACGATGAGTTGGTGGCGTATTTTTGGGCTAGGTTGGACAATCCGATATCCGTGA (SEQ ID NO: 292)

> gfr01g4873
ATGATCTCATTAATGTCCGAACGAGAATCGATTGTTGAGGCAAGAGCTGTACCGAATCCGAGAGCAAGAACAACGAGAGCGGATGTATACATCTTGTGCAAGGAGACGCGACGTGAAGTTCCGGGAAGCCTCGGTCAACGAGATCGATGGTATCGAGGTGAGCGTATATC

> gfr01g6706
ATGAAAGGCTTTTCAGAAGGATTGAAGCTAGGGTCATACCTTGTTGAGTACCTCCCTCTATTGAGGTACGTTCCACCTTGGTTCCCCGGAGCGGGATTCCGAAGACAGACGGTGAAATGGCACGCGGACGCAACGGCCCTTCGGACAGTGCCGTTCGTTCAGGCTAAGGAGGATTTCAACAACAGTGCGACCGCAGTTAAATCTTCGATTGCTAGCATGCAATTAGAGAAAATCTCTGGGATGGAAGGGCTCGATATTGTGGAGGCAGAAGAAGATATACAGAGTGTACTAGGGGTTATATATGCAGGCGGCGCCGACACTACGTTCTCCACATTACAATGGTTCCTCCTAGCTATGATCCTGTATCCGGAGGTGCAGAAGAAAGCGCAAGCAGAATTGGATGCAGTGGTTGGCGCGGACCGGCTTCCAGAAATCGGCGATCGCCATTCGTTACCGTACATCAATGCCGTAGCAATGGAGTGCCTGCGCTGGAAGCCTGTCCTTCCCCTCAGTGTCATACATGCGACAACAGATGACGATGAGTACAAAGGGTATTTTATTCCGAAGGGGTCGCTGGTTATCCCTAGCATCTGGGCGATTACTCAAGATCCGAGTATATACCCAGATCCGCATGAGTTCATCCCTGAACGTTTCCTCAAAGACGGGCAGCTGAATCCCGAGGTGAAAAATCCTAATACAGCCATTTTCGGATTCGGACGAAGGATATGCCCAGGTCGCCATTTCGCTGAAGAGACAGTCTTCATCAATATCGCGTCGGTTCTACACGTGTTTAATATTGATACTCACCTCGATGCCGCGGGTAGACCCATCGCACCGAAACCACAGATGACATCGGGGATCCTCACCTATCCTGCACCCTTCCAATTCAATCTCAAGCCCCGTTCGTCGTCCGCTGAAGCTCTGGTATGGGATGGCATGGGCTCTGCATCCGAAGCCACTGTGTCACCGTAG (SEQ ID NO: 294)

> gfr01g7836
ATGGATAACATTTCCGAAATTGAAACAGAGTGGCCAACTCAGAGCGGATCGCGTAGCGTCGGTTTTGGGGGGAGAGAGGCAAGGGCGTCAGAGCACTCCTGTTTGGAAGGGAGTACGCGGTATGTGTCTTTTTT

> gfr01g8262
ATGGGTCTTCCTAGCGGTAAACTCTTTGATGCGGGCTACTTCCATCATCTGCAAATTGGCGGCATGCTTCTCCTTGTCTTCTCGATGTTCATGCTCTCTCTAGCCGATACGACAAAGTATTATCAGCTCTTCCTCTCTCAAGGACTTGGTGTCGGTCTCGGTTCCGGCTTGATTTACGTTGGCGTAGTATCTGTGCAAGCGCACCATTGGCGAAAAAAACGCGCCCTGGCAATGGGAATCTTGAACGCCGGCAGCTCTTGCGGCGGTGTCGTGTATCCGATTATGCTGAACAAGCTCATAAACGGCCGAGTCGGCTTTGCATGGGGTGTGCGCGCTTCCGCGTTTCTCACTCTTGGTCTTCTTGTTATAGCGAATTTATCCATGACAACGCGTTCGACCCATATCAAAGGCGCTGCAGCGGCTGCAGGTCCAAAGAAGAGCCTTACGCAGGTGCTCAACGATGGGCCTTATTGGCTTACGAATGTGGGGGGATTTCTGGCCGTACTGGGTCTATATATCCCTTATTTCTACATTCAGCTGTTTGTCAGCCTGCACGGACTGTCCCCGAGTCTCGCGTTTTATTCGCTTGCGATCATGAATGCTGCCTCCATTTTTGGCCGTATCGTCCTCAATTACGCGGCAGACCATGTGGGCCCTTTCAATGTGATCTGTTATGTCTCTGTGATCAGCGCGGGGCTTGTGTTCGTCTTGTTCGGCGCGACCAATACCGCCGGCGTAATTCTGTTCACCATTCTATACGGGTTCATCTCCGGCGGATTTGCTCGTTGCTGCCTGTAG (SEQ ID NO: 296)

> gfr01g6965
ATGCTGGTCTTCGGATATTTCTACGTGTATTTGTTCATCCCTGAGACAAGAGGTTTGAGCTTGGAGGAGGTGGATGAGATGTACCGTTCAGGTGTCAAGCCGTGGAACTCCGCGACGTGGCGACCAAGCGAGAAGCATCTGCATGAGAAGGAGCATGTATCAATGGAATTGCGAGAAGTTAAGGATAAGGATGATGGGATG

> gfr01g6891
ATGGGTATCGCATTGATCGATGCGGCCAAGCAGGCGGGCGTGAAGCATTTCGTGTATTGTAGCGTTCTCTTCCCGGTCTTGACTAAACTGCTCAACCACAAGGTGAAATGCTTCGTCGAAGAGTACCTGATCGAATCCGGTCTCAACTACACCATCCTTCAACCAACCTCCTTCATGCAGAATGTCAATCTCAAATATGTTATTGCCAATTCCGTCCTTCCCGCTGCCTACTCTCCTAAAGTCCTCCAAGGCTATCTCGACCTACAGGACCTCGCCGCGGTCGCCCGACTGGTGATTTTGGATCCCGCTTCCCACAACCGTGCTAGGTACGAGCTGGTAGGACAAAATGCCACATTCGAGGATGTTGCGAGGGAGATATCCTCCTATGTCGGCAAGGAAATCAAATGCGAGCAGATTTCCAGAGAAGAAGCTGTCTCAAGGGGAATTACCCCTGTCAAACTCAGTTCGGATTACGCCGTGGAGGGACTTGATAGGATGCTCTACTACTACGACCATAGGGGCATTCCTGGTAACAGCAATACGTTGCGGTGGCTGCTAGGGCGGGAGCCGACCACTTGGGCCACTTTCCTTCGTCGCGAAATTAATAAGGATTGA (SEQ ID NO: 298)

> gfr01g9083
ATGGGCGAGATATACTGGAGCGGCGGGATCACGGTTCTTCTGGGAATATTTATTACTCTGGCAGTGCATAGCTTCTACATTCGGCGAGTTTGGATAGTTAGCAACAAGTCAATACCTATGACCGCGCTCGTAACATTCTTTGCGGCCTGCCGATTCGGATTCGGAATAGCGACGTCCGTCATGAGTTACTCTATCCCTGAATGGGTCACATTCCGCTCTCGGACGGCACCTCTGGTGACCATCAGCGCAGGCATCGGCGGGGCAGCCATCGTTGATGTCCTAGTCGCGTCCTGTCTCATATATTACCTGCGGCGCTCGCGAGGGAGCTGGGAGTCGTCGAACAACCGACTACATCTGATCATAGTCTATACGGTGAACACGGGCGCGATAACGAGCATTGTGTGTGTTGTGCGTGATACTGTTCGCAACCGAGAAGGGTAG (SEQ ID NO: 299)

> gfr01g8270
ATGCCGTCAGGAACACAAGCCATCGCTCTCCGTCTTCCAGCCGTTCGCGGGAGCGCTCCAGGTCCCTACTACCAAGTCCAGTCCAGCGGACATTCTACGAGCATCGCTGTAGCCCCGAAGACTATCATTGCTTTTCCTACCGACGCCTTCACCCACTGTCTTCAATCGCCGGCTCTCCAACACTCCCTACAGATTCAGCTCCCCGAAGTTGCTACCGAGCGAAGTCATAATCTGGCTACGGAGGGCGACATTGAGCGCGCGGCCGCAGTGTACCTCCTCCACGACGTCAATCTCATCATCGAGAACCTTTTGATCAACCAACTCCACATCGATGCTGCAAAGATCGAATGTGTCGGCCAATCCACCACTGGTACCTCCCGACCTGACATCAAGTACACAGTCAATGGCAAAACTTTCTTGGTCGTCGAGTACAAACGAACAAACGCGCTTAGGGACAACGACTGGACTCACGCAGCGCTCGTCAAACCGGGGCGCACAGCCGAACAGATCATCAAAAATATTCCTAAGGGCGTTCAAACTGCCTTGACCGACAACGCCGGCGTCGTCTCCAAGCAGGCCAGCAAGTACAGCTCTCAGTGCGGCCTCGTTCTCCTTTGCAACTATCAGGATACGATCGTGCTCGACTTCACCCCCGGAGCACACAATGCTCGGTGGAACGACCTCACGGATCCCGTGAAGTACTTCTTTTCCGATGGGCAGAGGATTACGCATAAGCAACTGCTTTTGGCGGCGCTGGTCTATGGGTTGAGAAAGGTGGGAGTTTTGGGAGCCAATGCGTGA (SEQ ID NO: 300)

> gfr01g9632
ATGGGCACAGGATACGGCGAGAGCAAGTGGGTTGCAGAGAGCATTCTTCTGCGGGCGATGCACGACACAGGCATCCACGTCAACATCGTGCGCGTTGGACAGCTTTGTGGAGACACCACTCACGGCGGATGGGGCGAGAAGGAGTGGGTACCGAGCATGCTACGGAGCTCCCAGGCTCTCAAGGCAATACCAGTGCGAGACGAGATGATCTCTTGGATTCCTGTCGACGTTGCAGCATCTGCGCTACTGGAGATGGCTGGGTCTGCGGAGCCCGTCCTTCACCTTGTCCACCCGACGCCGGTCCCGTGGACCGTATTCAGCGATGCTGCTTCGGATCTGCTCGACCTACCGACAATACCCTGGGTTGCGTGGGTCTCCAAGCTTCAAGCCATGCATGCAGATTCGGGATTGGATCAGGCTGCGCTAGGTGACAACCCAGCTGTGACTTTGCTGGATTTCTTCAGCAAGTACAGGATGATTGTTCCCAGCACGGAGCGTGCTGTGAGTGTTTCTGGATCATTGAAGGAAGCAGCTGTTCTTGGAAGAGAGGACGTGGCGAAGTGGATTGCATATTGGCAGATGCGCGGATTCTTGACTGAGTGA (SEQ ID NO: 301)

> gfr01g9238
ATGGGCAGTTTCATCTCCAAGCAGTCTGGCTTTGACCCAGCTAAAGATATCTCTGACCTGACTGGCAAAGTGATCGTTGTCACGGGCGGAAATAGTGGTATTGGTTTTGCCACTGTTCAATACCTCGCAAGGCAAGGTGCCAAGGTGTACTTGGGGGCACGTAGTGAGCAAAAGGCCAAGGCTGCCATTGAGCGGCTTCATAAAGAGGGGCTCGGTCCACGCAACGGAGAGGTTGTCTGGCTGAATGTAGATTTGAGTGATCCGCGCGATGCAAAGAAGGCGGCAGAAGAGTTTCTGACCAAAGAAAAGCGATTAGACGTCTTAGTCAATAATGCTGCGATATTGCGTGGACCCATGTCTGCTACTCATGATGGCATCGAAGATATTATGATGGTCAATCACATCAGCCCATTCGTATTCACCAGGACACTGCTTCCGCTTTTGACCAAGACCGCCAAAGAACCAAATAGTGACGTCCGAATTGTGAATGTATCTTCAGATGCCATGAACATGGTCAAACGCGGCGTGCGCTTCCGGAATATCGACGATTTCAATATTGAATGCAAGGAAAGTATGATGCCCGACTTGGCGAGATACGGTCTGAGCAAGCTTGCCAACGCACTCTTCACGAAGCAGCTACAGAAGAAACTAGATGCCGATCAGGTCCCCATTATCGTTATAGCACTCCACCCAGGTTCCGTGAACACAGAGGGCTTATTGCGCGATCCGATCCTGGTTATGCCCATTATTGGGCCCATCGCACGCCTCCTCTTCAGTGTTATCTTTCTCACGCCTTCCCAGGGTGCAACTGCGCCGGTGTTCGCAGCCGCAGCACCAGCTGTGCGCGCTCAACCGGAGCTGTACAAGGCTGCATTCCTTCAACCCTCGGCCAAGATAGGTAGACCGACGAACCCAGATGCTCAGAGTGCGGAATTGGCAAAGGAGCTTTGGGATACCACGGAAAAGATCTTGGAGAAGCTCGAGGTGTAA (array Issue 302)

> gfr01g6202
ATGCCTGTTCCAGTTCCCGAGCTTGGTTCCTACAACTATGTTCCAGAGACGAAGGAGAACCTTGATTGGGCGGACCTTGTGACGCTCGACTTCAACCTTTTAGGGACCCCTGAAGGTAAAAAGCAGCTTGCGGCCGCACTCATCAAGGCTGTTCGCGAGGATGGCTTTTTCTACGTCAAAAACTTCAACATCTCTCAGGAGCGCGTCAATCGCCAATTCGCACTCGGCAAGCGGCTGTATGACCTGCCTTTGGAGGAGAAGCTGAAGTATGTTCCCGAGGGCTTAGAGAAAGGCGCATTCAACGGATACGTTCCTGCTGGCCGCCGGATCTTGGAGCCTGTTTTGGGACTGAGGGATCGCACGGAGATATACAACATCCCCAAATTTAACGGCGACTTCCAACACAACCACCCTGCGATTATTCAGGACCATCTTCCGGAAATCGAGGAGTTCGCAAGGTCCCTCCACTCTGAAGTTCTGGATCCCCTTCATGTTCTGTTGGCCACTGCACTCGAGCTTCCGGAGGACTATTTTACCAATATTCACAAGTACCAGGTGAAAAGCGAGGATCATTTCCGATACATGAAGTACTCTAAATATACTCCGGAGGAGAACATCAAGATCGGCAAGCTCTGGGGCCAGGGACATACCGATTTGGGCTCTTGGACGTTGCTGTTCCGTCAACCTGTCGCTGCGCTCCAAATCCAAAACCACAAGACCGGCCAATGGAAGTGGGCCAAGCCGCAGGATGGCACGCTCACCGTGAACGCATGCGATGCGCTGTCGTTCCTGACTGCTGGATACGTCAGGAGTACCATTCACCGCGTTGCGGCTCCGCCGAAGGATCAAGAGCACGTTGATAGACTGGGGCTGTTGTACTTCTCTCGTCCCCACAATGACGTCAAGCTCTCGACGATCACAGAATCGCCTGTGCTGCAGCGGGAAGGTTATACCCAGAATGAGTTCGAGAAGAGCGGCAACCCTGTCCCGACCATGGAGG AGTGGACCTTCGCAAAACAGGCCTGGCAGCGCACCAAGGATGTCGTCCGAGGTGACAAGAACTTCGAGACCGCTCAGATTTTGCCAGGCTGGCAGGAGAGACCATACGCTTGA (SEQ ID NO: 303)

> gfr01g7225
ATGGGTATCTTGCGATATGGACAAGAGTCGATAACAGTTATGACTGCCTATGCTGCCGTCGTATTACTTAAGCTGCTTCGAAGTTCTGACAGTGGCCCTTCACAAACCGAGGACATCTACACTTTGATCAACAGAACTGCGAGTGCATACGAAGCAGGCGGATGTCCTTCTTCTGAGAGGGCATTCCCATTACGATGC

> gfr01g4955
ATGGGACACCGCCGTACAGTAGATCTGATCCAGACTGAAAGCTGGGGGATCGTCGTTGCCAGTCACTCTGAATCGCACGGCACCGGCGAGTGGAACGTGGGGGGGAGAGAATAG (SEQ ID NO: 305)

> gfr01g6178
ATGGCTATTGCTGGATACATTCTTGCAATCGTAGCGAAGAACAATACTCAGCGCTATGCGGCTGTGTTCTTGATAGCAGCAGGAATATACCCATGTGGACCGTGCATTCTCTCGATTCTTCCCAACAACAGTGCAGGCCACTACAAGAAAGCCACTACAGTAGCACTTCAGCTTGCCGTGGCAAACATGGGCGGATTCGTGGCTACGTTCAGCTATGATTCTTCACAGCGACCGACATATATCAGGGGGCACAGCATCACCCTTGCCTTCGTCATATTGGCATGGATTGCGATGTTTTGTAACGTAATGTACTGCATCTGGGAGAACCGAGCTCGTGCGGATGGTCGCCGGCAGGACAATTTGGTCAAATACCAAGACTTGTGGGACTGCGGCAAGACACGGGCACCAATTGGTGACCGTCATCCAGACTTCCGATTCACCCTTTAA (SEQ ID NO: 306)

> gfr01g6511
ATGGGTCTGGCTTCTATAGAACCGGAGTCTCCCCAGCGGACGCCGGACGTATCGATACCTGCTTGCAATACCGCTCCTGCCTTCCCATCATTTTTCGGTATGACTCATGCCAGGATGGTGCATGTATCGGACCTGCGTGTCCTCCTCACTCCAGACGCGAATCATTCCGACTTCAAGACCGTGGGGTTTTACAGCCCCATTGCGCAGGAGCCGTTCTACTCCGGCCTCGGTCTGTTCGAGATGGCGCTTGACGAGTGGTTGCTGTGTTTCGCAAATAGGGATGGCAGCAATGCGGCTCAAGGAATGATGCACGTGTAA (SEQ ID NO: 307)

> gfr01g7422
ATGTTGTCTATACTTGCAGTGGTCCCGATTTTGTTGACTGCTCTTCCTACTTTGGATGCTCTGAACAATGGCCTGGCGATCACTCCACAGATGGGTTGGAACACTTACTACCATTTCGGCTGTGGCATCAGCGAAGACGTCGTTCTGAGCGCAGCCAATGCAATGGTGTCCAACAACTTGACGCAACTTGGATATAACTATGTACTCATAGATGACTGTTGGCAGGCCGATATGCGGGACCCGGCGACAAACGCTCCTGTCGCGGACCCTAGCAAGTTCCCGAACGGGATGAAGGCTGTTGCGGACCAGGTCCACGCGCTTGGCTTGAAGTTCGGACTCTACAGCGATGCTGGAACGTATACCTGTGGCAACAAGTTCGGATCACTTGGTTTTGAAGAAATTGACGCGCAAACCTATGCCTCGTGGGGTGTAGACTACCTGAAGTACGACAACTGCTATAACGAGGGGCTCGCGGGAACTCCAAAAATCTCACACGACCGTTACGCAAACATGTCTCGTGCACTTAATGCTACTGGCCGACCAATATTTTACTCGATGTGCAATTGGGGTGAAGATGGTCCGTGGAATTTTGCGCTCGANATCGCGAACAGCTGGCGCATTTCGGGGGATCTCCTTGACAATTTCGATCGTTACGACGATCGTTGCCCTTGCAATTCTATTCTTGATTGCAAACTTCCCGGATTTCACTGCGCAATGTCGCGGATTATCGATTTCGCTGCACCAGTTGGGGCAAGAGCTGGGCCAGGACATTGGAATGACCTTGACATCCTTCAAGTGGGCCTCGGCGGTATGACGTATGACGAATATGTAACGCACTTCACGATGTGGAGTCTACTCAAGAGTCCGTTGATCATCGGAACCGACGTGACCGACATGACAAACGAGACACTGACAATCCTCACGAATACAGCTCTGATTGATGTGAATCAGGATGCCGCGGGCTCGACAGCAAATCGTATGTGGAAACGCACAGTTGCAG CTGGTGGAGACCTCCAGCTATGGGCGGGNAGCCTGGTTAACAACCAGTTTGTATTTGCCCTCATAAATACATCGCCTAATGAGCAGATAGTGGACGTGGAATTCGTCGACGTCTTTTTCGACCAGGGCAAAGCATACCAGCAGGGCACTTACACGCTCTACGATCTGTGGCAGAAGGATGGTGCCGGTAGTTGGGGAAAGAACATCGGAAACTTTCAAGGCAGTCTTCCTCAAGTGCACATTGGCAGTCACCAGACGATGGTGTGGAAGGCTGTTCCTGCCAGTGGTGCACAAGCCGCGGACCTTCACGGCCAAAGTGGGCCAAAGAAATGA (SEQ ID NO: 308)

> gfr01g9655
ATGCCGGTCGTAAGGAGAGCAGCAATTTTGAGTAGTGCGGGAAGTGAGTCCATGGATTGTGACATTGTGGGGATAGCGGAGGTCGTTAGCACAGACGGTGCGGGTATCGGAGCTGATAGTTAA (SEQ ID NO: 309)

> gfr01g9657
ATGTTACTGGAGGATGCCCCGGGCACGCATTGCGAGGGCACAGGGTTCGGCACAGGCCTTGCGTGGCTCCTGCTCGCGTTCTGGACAGTGAAGGTTGTATACGCACTACGTAGCACCAACCGTCGATTGGGGACAGGTGAATTCGGGCGACCGAGTGGGAGACGTGGATGGGGGTGCATGCTGGCTG

> gfr01g9968
ATGATACGGCCCGACCCTCAAATACAGCCTTACATGCGTTCAGGAGTATACTTCAAATCATGGACCGGGACGACTATTGGGTTTCCCCCGACTGGCGGAGGTGGAGGGAGAGGACTCGTCTCGGACGTTGTAGCGCGCAACGTCCAACTGGATCGAGTGACGACTCCCATCCAGCTGTACCAGACTAATCTCGGCCACCCAGGAGACTCTCCATCGCCCCTGCAATTCAAGAACCTCGCATTCGTGAATTGGTCGGGGACGGCATCGACCGACACCATTGTGGATTTGGAATGCAGTGCTGCCGCGCCGTGCGAGGACATCTCGTTTCGCGACATCAACATCACGCCAACAGATGGACAGCCACCAACTTACACCTGCATCAATGTTGCGAGCGTTCAGCTGCCTGGTCAAGATATGGTCTGA (SEQ ID NO: 311)

> gfr01g9412
ATGAGCAGGAGGCCGAGCAGGCGTTGTCGATGCCGCAACAGCAGATCGCCGTCTCCGCTCCGTACCCCGCAACGACGTACCGCACTCCAACGTACGGAGGGCCTGGAGACATGGAGGCAGGAAAGTCGCCGTACACCTTTACGGCTCCTGCAAATGCCTATGGAAGTATATAAGCGCCTGGGGTACGTTCTACACAGCTTCACAGAATTTATCTGTATATATGAGCTAGACTACACCGACGCAACAAATTGTACCATCTTTCAAGGAAGTATTGCTGAAGGACCACATGGGGCTCTCGTACACATACATCTTCCCGCATCTACTCAACGTTATGCTCTATCTTTACATGCCCAGCTGTGCGTCGCTCACAAAATGGCTACCACCCGCACACCGATAACCTCCCATTTGTTTGATCCATTGGAATCCTGCCACACATTTCCCCATCTGGCGAAGTTTTGCTTGAGCCTGAGCTTCCTGCTTCCGCCTTTGCTCTTCCTCCCGTCGCCGTGCTTCAAGTATGGCAGGCTTTCCTCTCCTGCTCCATCCTAG (SEQ ID NO: 312)

 
Marker_Aminoacid_Sequence.faa
> ABO42329.1 | hydrophobin [Grifola frondosa]
MFSKLAIFATAAFAVLAAATPVRRQQCTTGQLQCCESTSTANDPATSELLGLIGVVISDVDALVGLTCSPISVIGVGSGSACTANPVCCDSSPIGGLVSIGCVPVNV (SEQ ID NO: 313)

> gfr01g4107
MTALQGLSSNATAIQALFQNHLINGSTVYSSELVGQTFTSAAGETLSFSFNATGQYVTSGNTTARIVQPDVLLTNGVIHVXTMCSSTPRVMQAQPAPLPPLRPQQRHNPRRRPRPSAPRRRPPSQALPVLVLGPLLDPTMLRQWR (sequence number 314)

> gfr01g3106
MTNGARPWVAELKAALKRMGEWETVASSRDVKLNWEQQYVAQAVDMLVGQRAQVIIGNGFSSLTSNIVMLRMAKGLPPDSNRFW (SEQ ID NO: 315)

> gfr01g1722
MQMEMEGASGNKLLNSYRKYNRMWYLSRIQSESHTDLSARGFLTSLICNCHHPNHSRLVTYVLPIPLAGITRITYS (SEQ ID NO: 316)

> gfr01g1016
MVVLSSGTLGTPQILERSGVGNAEMLRGLDIKVVSDLPGVGEEYQDHYTTLSVFRVSNETVTTDDFLRGVKEVQQEIFQEWETSPEKARLSSNSIDAGFKIRPTEAELKEMGPEFNELWNRYFKDKPDKPVIFGSIVAGAYADHTLLPPGKYITMFQYLEYPASRGKIHIKSQDPYVEPFFDSGFMNNKADFAPIRWSYKKTREVARRMDAFRGELTSHHPRFYPASPAAAKDIDIRTAREIYPNGLTVGIHMGTWHTPSEPYDASKVHDDIKYTKEDDDAIDDWVADHVETTWHSLGTCAMKPREQGGVVDKRLSVYGTQNLKCVDLSICPDNLGTNTYSSALLVGEKGADLIAEELGLKLRFPHAPVPHAPVPAGKPSTQLVR (SEQ ID NO: 317)

> gfr01g3544
MEFKGMAGNQVLEWTDINLEIELAGLKDDPLAPPDLLVNADFRHNWRTAYSFLNETVPIAYESEPAHFRFPYTKDTYNNPQNLWIFAASQLF (SEQ ID NO: 318)

> gfr01g0179
MRLCYPVEQPHFDRLDDAAGVMEAAKKYGMTPVLVRMKDSLMSFIEREPLRIFALAYRWRLEDVARKAATQFLGHSLRSLPPSMPAEFHHLLIPSDTYYNLQAYHRRCMDFAVSHTVSLEWVLSVRGHKVKKAFRKGGKPWLDVSSSWIWFSCKSRDCEVDRKAIACK

> gfr01g2116
MNSSVQDAVNLTWKLALVEKGIAAQSLLDTYSEERVPVIAEMLEQTTKLLNKTMSVKRDADDTSAWDRRGALLQLGVNYRWSSIVVDERISPTGGGRTNPSDAYGEVGGEIRAGDRAPDAPALVTRTTWTNRLRCSRSTVHPITPSSSSLPT (sequence number 320)

> gfr01g1631
MRSRXDFIFFWKTRDEHGWAVQWYRSPFTACIALPHGERKVTFSTAEHWMMAQKALLFGDIASFELIVEGPRSSPRAVKAVGRRVQGFDEDIWVQERERIVVEGNMLKFEQNRALREKLLATGDKILVEASSKDRIWGIGFAEKHAMANQERWGLNLLGKALMDVRKMLREQDALGVATS

> gfr01g2078
MLNFAFNVLLVLAGSSTVLSAPAPVAITDTDIXQYALTLEHLENTFYSGALEKFDEQAFADAGFDSWVRGRFVQIGQHEAEHVEFLKTALGSAATQPCTYNFPYTDPISFAALSMALESVGTSAYLGAAQDISDKGTLTAAGAILTTEARHAGWVMSAVLHEQPWNGPLETPPVLDKPRAALP

> gfr01g1687
MSTHGVPNDVLSNLDPFALIIFIPICDMFFYPALRRVGINFTPLKKITTGFFTGAAAMIWAAVVQHYIYKTNPCGYHAATCQDADGNPLVSPLNVWIQTGSYVLIAFSEIFASITGLEYAFTKAPKNMRSLVMSVFLFMSAISSAIGEAFVTLSADPLLVWNYGVMGVHLGISGIELWFQFR

> gfr01g0550
MRVAMQLARISSMVLYSSSPFFCAPKTLLYSGIKTILESETHV (SEQ ID NO: 324)

> gfr01g0814
MRLHGGCRHWDPVSFPIRRXLPPPRFLPCYRARHAEGSFDDALRAPNAGILYHHSSAPSPPLPPPLAPSHSRGAAGAGLAQPYAPSSSVAVPRLPPIMQVEKQQVTTSATQAASASRRRNEANFVCPVPGCGSTFTRRFNLRGHLRSHTAERPFQCEWPGCNKGFARQHDN

> gfr01g0921
MQTVWLSLVPLCSSTIFTLEYNFNAAQIGLTNLGGIVGIVIAMCITGPLLDWGVVWMSKRNRGVYEPEFRLIFMSAMLFGVFGYIGWAVGNDHRMPWIGAVACIAMLNFSMVVSGSAAVTYLLDTHGANALQCLALSNFGKNMVLYGSTFFANGMVLSRGVKATRALILGACQAY

> gfr01g2544
MILPIGATSFVEAMKMATETYHTLKKVISAKYGIDAVNVGDEGGFAPNVSGADEALELLSEAIKEGGSYEGRVKIGFDVASSEFFKDGKYDLDFKNPNSDPSKWITGVQLAEVYRGYLEKYPIVFIEDPFAEDDWEAWAHFMKHGVDVEIIADDLTVTNPLRIKRAVEENSCNGLLIKLNQIGTVSETIQAAQLAQSAGWGVMVSHRSGETESTVIADLVVGLGVGQIKTGAPARSERVAKYNELLRIEEELAGKSIYAGEKAFSAGKTPPALLRK (SEQ ID NO: 327)

> gfr01g2915
MTTSPRWVEILTDALRKPENIEQNVYQIATVDEESVPHVRSHMHRDILYPVDSPERPVILTTTDVRAPKVTQMLRNSRVELVWRLAGSQDQFRIAGFAHVVPSSTHPSYDAFKPASYLDLSKFAEHGFNWEKKRKEVWNEMSGPFRALWCTPDPGSHLASHEIQKSWPQSVVQ

> gfr01g3838
MPRSSRTPAHRVFVRAIQQEEPNATVTCSLHPPPIQSSSGNGFIGKIGSRSDHDQYVGEAESLKAINVAAPGLAPRLIACGVIDKDSAESDSDIGKPFFLSEYKDMGPLTDAAAKILGKRLATEMHAYKSTQGFGFHVPTYCGRTRLDNGWVWEKCYDALIKTGLLQGGEEVPLQ

> gfr01g3839
MAIYGVGTRGTDQSNGAPVIYDPSSYFGHNEADLAIGRIFGGIPRSFFTTYHENFPKSEPEDQYELRGDLYELFHYLNHTVLFGGSYASSAQHKMDTLLRHFPGEPEINLVKYNSLITVPCASQKN (SEQ ID NO: 330)

> gfr01g1071
MLSLTLITLGITAALSFATPAKRVPALEVSLTAPTIVNSIQDIKVTAAVTNTASDPLKILKYGTVLDNDLPTHSFIVSKDGVTADFTGIRIQVDMDALDDSAFTVIPAGETVVVEHEVAPLYNFEALGTGTYTFEPVTTFQVIEDNAKPNIYKVFASKLTIEIKGDVAKRSLKVRDKRATVSCSDYSQKSFISSSYYESKSLASLASLYISIYGANSLFQSYFGTTSTSTVINVFDNVANENSSSRTLNCNDPYGACTNGVIAYTLVATTDIYFCSIFYNEVASSSLCYGTTVAARNIRGGTTLHELTHATSQTVDFGYGCAFDQSLASSNPAQAAQNADNYNCFATQVYQDTQC (SEQ ID NO: 331)

> gfr01g2376
MIFSLAHPYGTPTILSSYSGFTNTDAGAPNGGTGTCSGSGGLNGWLCQHRWTAVAGMAGFRNNVGDSALQNWVSPQSDQIAFGRGALGFVAINNDDSAWTTNFVTAVPDGSYCDVISGASLEGNCTGSSFSVSGGTFSATVPARSAVAIHTGAMGTGSGNGNGGSGSVTINFAETATTTFGENK

> gfr01g2377
MRLDAAKNINVSDIANILSRLSSTPYITQEVIWGAGQPVTPNEYTGNGDVQEFRYTTALQNAFLGGGISSLESFDNLGWDPGNTSQCLCD (sequence number 333)

> gfr01g1381
MSALSGLDIALWDIKGKKLGVPIWQLLGGKVRDRVKVYGWIGGDKPRDVIQGAVSRKEQGFTAVKMNGTEAIGWIDSPTLLEDTVSRVRDVQSLGLDVGIDFHGRVHKGMAKQLAKLLEPLQPLFIEEPLLPTQPEEIADLAKLVSTPIAVGERLYSRNDFRPYLERRAIDIAQPDVSHCGGISELHRIASLTETYDVALAPHCPLGPIALAACMQVDVAAPNFFIQEMSLQMHYNEGADLLTYLMEPSVFAIKDGYVEALEAPGLGIKVNEAMVRETAARCTNDKAWRNAVWKGLTGRCGNGNDAD (SEQ ID NO: 334)

> gfr01g0675
MLKGLWVHSCERHMRSLHLADGRYSFFSAIRGSHRSLCALRNSIQTTLGLHNFFHLPLFVSEKYHAGMRSFCRLFLLDXVHDIGNPKRLCLLHLFIFCTRRDISDMTNAMPSFQDASLVIPLVFHL (sequence number 335)

> gfr01g0684
MAPAGPFSPTQITLVFLANRVSAKFDEIKNDDHVNVSFYDQSTTSWASYSGVARITQDKDKIAKHWNSMIAAWFGDLGDGVHKGDQNDPRVAXIEVIPAEVRYWVATRGAVGRAIEIAVSAVSGNTAAPGELRTITKDEIQLLQGIKSK (sequence number 336)

> gfr01g4012
MFDFSPVLNEVRLAYDNVEKWAKQQSAPFSLSWFVMSPKLKAEPKGVILIIAPFNFPLFLLLNPLVTAIAAGNAVLLKPSEMTPTMSALLAELMPQYLDNDLYRFVNGGVAETTKILELQWDHILYIGNARVVKIVSMAAAKHLTPVTTELGGKNPVVIDPKCDIKTAARRILWGKTANCGQVCLAPDYVLVPKDFQDTFVDAMKEVYATFYPTGPANSDSFGRVVSEAHTNRIKHLLDETKGTVVLGGEVDVSKKYIAPTIVKDVTKMMHS (SEQ ID NO: 337)

> gfr01g3974
MDTXSNGLSRILHLLAQHPDIQEKLRKEITEARNGQDIAYDELVQLPYLDAVCRETLRLHPPALMLFRETRKDMVLPLSEPIRGVDGSMINEIPIPKDTGVMIGALASNRNKAIWGEDAYEWKPERWLSPLPSAVTDAHIPGVYSNLMTFLGGGVGIGIGKFSQLEMKIGVVLSLLVV

> gfr01g1146
MTDHNTTFYGFTPVPRDPEVLFKDHPTATGDNPKQDLFAVDDFPLPDSPVVREVKAFVKKELDEQTYNHSHRVYIYGTALVKTHFPSWSYDSETYYLACLLHDIGTAERFLATTKMSFEFKGAIVARDLILQVGPEDQADSVCDAIIRHQDIFVKGGNITGWIGQGLQLIK

> gfr01g4260
MAGSVGGFNAHAANILTAMFLATGQDPAQNVESSNCMTLMEPTNNGEDLLMTVSMPCIEVGTVGGGTILAPQQAVLELLGVQGAHPTNPGQNAQQLARIIASAVMAGELSLISALAAGHLVRAHLAHNRSQLNTPLPSRPTTPGPTEPAGGAFWAGAKSSAPPGYAVETK (sequence number 340)

> gfr01g1102
MSQKYSVPQPDVFLGIACTCVGCGPGGSTSMLARVAIVDYRGQTVFCTYVQPTMPVSDYRTSTTGIEAAHLHHDTAMKFDDVQKQVADLIRSKILVGHALWQDLSVLGIPHPAVATRDVALYQPFRNALKSTNQVIGLQTLMWHLMRRRVQKGDKICALSFRAESTDLSAGE

> gfr01g0288
MTVKLYGFPFSTCTRRVALILKEKNVPYELISVDLSKGEQKAADFVAKQPFGQVPYIVEEDGFTLFESRAIGRYIATKYAAQGEKILPDPSDLKATALFEQAASIETSNFDPFASSVAYEKVIKVRRYGGETDVKLVESHLNTLTAKLKLISSEVTMRAGI

> gfr01g2975
MASLKHGEFVGSLDCGTTSTRFLIFDKHADIVAQHQIEYPQYYPEPGWHEQDAEEIIDSCDTCITEACDELEAAGWAKESVKVIGITNQRETAVAWSRKTGKPLCRAMSGMTPGQRILSHISSISSQRSVSRWSLDHLRKRKKAFKLCGSLLDCPSQRISLPLSYDG (sequence number 343)

> gfr01g3181
MDTGFIVLQHDLYEITVDLAIGYTLNTALSHNPPFTLEPIGQCMKIPTANMYLESDTNQTFVAEHTSHNSTNSSSNASTASNTPSGAGHSLTLLL (SEQ ID NO: 344)

> gfr01g1899
MIALSPSYKAFGHPQISPTPRWPDGTTVTSPLGGYQYIPIESVEPDEDVSLEGFTSCPNFDAHTQAFYNSAVFLQKANDSATFLSELPPFLDGRPVTLENMWNIFDYMNVQSIHNATFAKRLPQSFLPQALDLASFHEYNIFSDATVSGIGNIAFRTMLPSVIEAFQRIANASDPLLLHYSAIAYKPFLSLFNMTGVVADNALPPAIVNYAASVVFEVRQAASSSEPVIRFNFKNGSDDDSFHPVPMSFSGWDGSGGADVPMSTFIDAFQPAAVNTTLDWCTLCGQTQLRGCAALLAGSTIEFVKAHDRISPVGAGFLGAGLTAAVMGAMLGVLFFLGLLTAGLRNGRNVKRARALNSGDSDVHRSGSEVHSMIKETA (SEQ ID NO: 345)

> gfr01g1900
MANDSDSEVLGIVVLARHGDREGFYQDPLTYTASDTTITPLGEKQEFQLGSLFRSLYLNVSSPSFIRGISPSTALFQASQVEVRADAGDEGGVIYDSSVALVQGVWPPTNISNTTLAGRNDGHESSRRIPIHPNRIS (sequence number 346)

> gfr01g1161
MFARIQLTAVVLAAALAAVNAQAGCDRNYTVALGDTCDSISAAQNVSTYQLATVNAAVIDAACDNLFVGENLCLGITGRTARSCTSYSPETSAHQLHKPLKST (SEQ ID NO: 347)

> gfr01g0840
MESHPPAVKAVIEKWYPVSVPQSVDESLKKGGLDPADVKTIILSHLHFDHTGDAASFPNATFVLGEGSAELIGNGFPSNPKSQILQSVVPAERTRFLTAAEFNTSIGPFPRAYDYFGDGSLYLVDAIGHLAGHINVLARTSADDSWIYLAGDTAHDVRILTGERGMAFVGLKIE

> gfr01g0454
MTSALTIPMGPGAHVAPTRCRRMPHPEMYMDYIAELAGLRPWKFHLVEALDGMNKKFATPYIIFYPTISRDGMPFPVNKCIREIQGQTFNEAIAWRGNIVVAKYQDTEYSSMIDASMADFPIIKNYLSTHASPAR (SEQ ID NO: 349)

> gfr01g0277
MKKMGVLLKTQSRLPSSVLNLIAKPRGSRAVSADPASPPTVENRTVALTLLPTFLKSEAQVRSVMSWVTSKYP (SEQ ID NO: 350)

> gfr01g0278
MFWDYFSLNPECIHQVMILFSDRGTPDGYHNMHGYSGHTYKLVNASGKFVYVQIHLKKVGGAKTLTDAQATKLAGENPEYGIQSLFEDIEKGNFPAWDAYIQTMTTEQAEQFRYNILDLTKVWPHAQFPLRPIGRLVLNENPENYFNEIEQAAFSPSHSVPGMEPSADPVLQSRLFSYPDTHRHRLGTNYNQLPVNAPIVPVANFQRAGPMSFVSQGGRPNYQSSLVPLTYKEKSYEHVQHETWLGAAVTDLSEINELDFEQPRALWQKVFSDVDRAHFVGNVAGHLGNVKSAEVKARQLSVFAAVDQSLSDRIAVAIGAPKVQPLKAKPASEAIRFKAFA (SEQ ID NO: 351)

> gfr01g3906
MSSSKITDGQSKTIVIVGGGIGGLMFGIGLKRQLGFEDFIIYEKASDIGGTWRENTYPGCASDIATHWYSLSTDLNPNFTATRVLQPELKAYWDDLAKKYSLSQHVVLNTEVVSAEWIANQQHYRIIIKDLVSGTQSTISARVLVCATGILHVPRIPQDLQGIDRFKGESFHSARWNHEVDLSGKQVAVIGNGASASQLIPMITRDSSVQVVNFCRTPAWFLPRSKRLYTDREKWVFANIPFALRLYRNVAMFLNDAHYLVFMLKGKNLLRDITEGYCLQYMKRTAPTEYYEKLVPDIPLGCKRMIIDTPGEGYLAALHRPNMSINWDGIITITEDGILTQKGDNIPFDVIIFATGFKTNNVPFRITGRDKRTLQDYYHSQGGATAYLGTTVSGFPNLYLISGPNTVTSHASVIFSEEVQINYIMQLIKPLSTAPWHRWR (SEQ ID NO: 352)

> gfr01g0731
MADAGRQSFTDKMSSSMKPDTQKSMTESMGDKMKGMGDSVASTLQPESQKSTTQQVGDSMSGNSNENQDSMMNKMKNAVGMGDN (SEQ ID NO: 353)

> gfr01g10055
MRGLSAQQVNEIKRTGVVIVRGGVPREEALGWKQSIKDYIQANVDKVKGIPQDNIVFYEIYNSPAQILARTHPALIATQRALLSLWHCSSPDTQISLRSPLAYFDRLRIRPPGPSVFTLGPHIDGGSVERWEDPGFRACFARILEGDWQTHDSFDASPRIHACQDLYNTPNQXSVFRPWQGWTSLSSAGTAKARCAFFHSLSSPPRILCSARSSASAARGGSWTWRAPSSLGACPERRRSFADTRTRILXXRQIDGFDSACRAGXPGVLALRRGACRRGGAQWRRRLVGVVYTRCAAHGEKRGVPARPAREFRGWSSPSRLPWRRRRVALHRQGFPRGCVQCRGPAYAWIGAFRMFA (SEQ ID NO: 354)

> gfr01g0927
MPHLHLTRPSAQSTSARAPPGEXLAKRTDFEAAMLREELKAVEDESIPAIVRLQQEAGIKTITDGEMRRGAFYQGMFENLDGMTIIHNRSLDTFKAYVPYVALFHAMGIPGYPSIYCTGKIKRTKGIHTEDFKFLSSLVAPEDVKTLKVTVCGPTWMHLRHGSDFTYDTSVYKNDAEYFADLIRAYREEIDELYSLGCRNIQFDDPTFCFFCAESMIAGMEQAGVDHEALLDTYITLYNSIIDDRPADLTIGLHTCRGNFKGMHYSEGGYGRIAEKLFKDLSSIASTWNMTTIERVILSRCDTYLLIKLLFWA (SEQ ID NO: 355)

> gfr01g3980
MQEAFFHEGIGYKYNFIQPVTLNISTIDGSPLDPPSPPHIQPPYYAGLLIDTFVGRTGSAQLVELSVNDSNTSGMRRSRTGASCAPRS (SEQ ID NO: 356)

> gfr01g3159
MPQPHVENPTPSASVSGPRTTSSRYTESSGPASSRDPLSPSSSQALSPTEVIGLRTEVENLRRVMQEIRAERLEPPPGYID (SEQ ID NO: 357)

> gfr01g0451
MSAAEQKIHPHATGLAVKTVEAHQQPQDLVFYSGWFCPYVQRTWITLEERGIPYQYVEVNPYKKEKQFLAINPKGLVPAIEYKGKALYESLILCEFLEDAYPDQSPHVLPEDPFERAYVRLWVDHVAKQIVPGFMRTVQAQDPEKQREYLAEFNKALLTLAEKVKGLYFLGDRFSLVDVALAPWVVRDYIIKEHRGYSREAVGGGWKEYAEQLESRESVRKTQSDREHYTEIYARYLKDEAQSEAAKAIRAGRPF (SEQ ID NO: 358)

> gfr01g1794
MGLLRSFEGDSQNVVIVRTRIVASVLLRVAQWRQIYFRPNKPLPRDAMKGRLEHRVPFRRTILDFFVSCLCLGIPYLFLDRSNHHHMDEESGMRGAGPMLMVAACSCLVAAVILSASVTFLSLPQLDDVARLAGLIAILFSASSMVSTVVALFRYKTDLERTVVYIMSGELPMTVVSISF

> gfr01g3873
MIATSAGRGALVFLYCLANFFENFGPNTTTFIIPGEVFPTRYRSTAHGISAASGKFGAVIAQIAFQWLKDVHGTNKFLXHILEMFAFFMFTGIISTLLVPETNQKSLEVLSNESQDEFIQEVPMEERPGYLSGYRPAPIRLHSLDHGGPPTPMNAAIKGSLRPHWDSESSSFPSMSMS

> gfr01g3684
MKYTHRIAIWLSCVAVPVLGATYSQTDSHQGEGFLESFTHQAIADPTNGRVNYVDQATALAQNLTYYSGDHFVIRADDTTVLSASGPGRNSVRLQSNKQYTTHVSVWSIRHMPQGCATWPAVWEVGADWPNEGEIDVVEGVNDQTPNQSTLHTSDGCTMPASRTQTGTSTLNDCSTADTNNAGCGVLAPSANSYGPPFNSAGGGWYAMERTTSFIKVWFWSRTMARSRATSRTARRPSTLTTGARHTHTSRASHAIFRRTLASTTSSLT (SEQ ID NO: 361)

> gfr01g3894
MLVSGAAAIALLTMMGKRELQHLDNHVPREEKQETESGTISKGLERLRRQTRNVY (SEQ ID NO: 362)

> gfr01g3100
MRDRMRLMGIKGRLSHAWYGQRVKSSVRMRLYISSPKNSLIA (SEQ ID NO: 363)

> gfr01g0390
MRDASEGAVLAAPPAAAPDPRELGLMGMIGGVGCGFESR (SEQ ID NO: 364)

> gfr01g2833
MAEGWRRTDADSGGAWKRANTSENASRAEPLTSKAQIRTRHSVVALHPPF (SEQ ID NO: 365)

> gfr01g3671
MAYLGPVDNWISANRKENGSSDVGGVGELRCTVELEYIKAPDNGTIFKDPDHYILHFTIMDPSSVLPPAFGPRSENRFGEV (SEQ ID NO: 366)

> gfr01g4394
MSREMMDLAAGVRRNDVHIAEKHEAETAKVSVRRSEMALDAVI (SEQ ID NO: 367)

> gfr01g4242
MSEGLTGALTVFAVVDGAADAAAVGRVPGAFPEGVTFKGRAGED (SEQ ID NO: 368)

> gfr01g3488
MINEILVPKDTTVHIGIMSSNCNRALWGDDAYEWKPERWLAPLPHAVEDAHIPGVYSNLMTFLGGGRACIWLQILSTGNEGRPVAPDCEFHLRVVRQTHRLESSLEFDTRP (SEQ ID NO: 369)

> gfr01g0703
MLLFLRVRTPPGSIAEKLRRVDWIGNMLVIAATASCVVALTWSGIQHPWNSAPVLVPLSWVS (sequence number 370)

> gfr01g3268
MGRSPSVMVDRLPQLLRTFCVLRMPLVFLTAMIFKTSRRPTAPKSGRSTLTATREGAAMLLPRTSTASWIHRTTCTCAAMRVSHV (SEQ ID NO: 371)

> gfr01g2811
MARMCVCMSHITARCSSCGTVMRRCKRKMWVCTSSAGDQFTGVLGGWRNVLADSRVHWLV (SEQ ID NO: 372)

> gfr01g2153
MIILTTNVIPVGWQIKGWDWAVIMPLAIVAGSHILYPIVLNPWFMIFSY (SEQ ID NO: 373)

> gfr01g3634
MDTTPRGIMRDMTPTQFTMLLDSRSCMMMVPAVRSLFRSSNYGHSHLVETAIHLKNARLLLPVGRS (SEQ ID NO: 374)

> gfr01g2843
MEEFRQRKASNDSTRETKLSQLHAQARHAPIPWMRLLVPALVALWSMLQDLGMLPAGLRKVPLRVLLEQHLERLSESDVRSAILYLMFHEGFTL (SEQ ID NO: 375)

> gfr01g0612
MEMAVLNRHLKKQRQRRAPRRTTFDCVPSGKSLWAEGGATAHTASLMHVLQSQDAGQEHGGETDTRCKILTTRAEAVGDRLRAGCRRGVRKGYASPTTHLLKYSRGGFARAEPGLPGVRARRPP (SEQ ID NO: 376)

> gfr01g3465
MTSEYNESDNSRLLTGRMNTPSLASFIPPAWFLTTVALEHADDEELPCCFFTGRPTVGVGAVFTFASFEGSTDALVRGDGVFLDRVDVERVLVRMACVLLPALPAVLSASK (SEQ ID NO: 377)

> gfr01g1125
MYPCRPTLAVRLAMLTRPLVMVYRTAHIQDRERRFLRGRRSSYISNPVRRSGATQLQTGTTTIIGRRALRFFILDIHLRLDMVIEEM (SEQ ID NO: 378)

> gfr01g1358
MQSRSQLGLACVTVEVHKGVAVQRDRVQVERLNPEED (sequence number 379)

> gfr01g0394
MEMRPPTLLFSQQTGEASHALPEPTPITEIGEQFKPRTTSTLWTTTPSKPRRADPAADPAVSVLWQHWMGPVLQSPRRRTGVAAARRGRARKETAAMRENIVRDLVKEWWCFE (SEQ ID NO: 380)

> gfr01g1912
MFVARGMWCADRRDVRVGHQQTSPRLPLPRPSVRGGALEEGRRGXCLWKGCTLLREMYFDSYGKHIATKHLRTTGVSCPKCGVRFSRGDSLDRHVKSKHAVA (SEQ ID NO: 381)

> gfr01g1964
MGQSRIWTFDARSLALTPHWVGPDGAHVRVHVAYNGTLFLVRDGDVQVQAQDVGLYFVGG (SEQ ID NO: 382)

> gfr01g4190
MEGGKCVLELELLVARGEAVAGRHQLRKYRSSLAVAGESGHRRAFSDDSQGARERPLGPRPRGLPSNTNRMEYRKSMIYVGQG (SEQ ID NO: 383)

> gfr01g2692
MQSRLVLLFIAFLTFALLVASSPVPVNEDALVKKALKQYNAKRSEGKRDDGHFIPKPKPKPSKIWRAAEAAPTAAVKRN (SEQ ID NO: 384)

> gfr01g0949
MTALYCDFPGAVRHATTKVLDCSRVLGSARELAMRGWRVGQQELRGAHEPAWLRRTPTMF (SEQ ID NO: 385)

> gfr01g0309
MSTASGARATPGSTTHSTRSREARPSTSLPLWRSPRSMLRRVRMRWSKLWRSRRPKFMCADVV (SEQ ID NO: 386)

> gfr01g1186
MYPNSSRQRILTRLHQRGGRRHIVRADHISLHHQWRAHHLAALTPASSPVLSILYPLPLPLLRASTSGSTSPSPTARPGRLSSPAPPASPTPVPPWCSSQAMPWRDIRARRGRSQTATPVCSRSRPRSSRTCRACSLTLVT (sequence number 387)

> gfr01g0213
MSXKLSARVMNVSAVAKLRLVASAVXXXXXFTRPWVGSGMAWXLNPVKKSWPMNVSWTLYVAPRAADAKEDTRNSAAVEERMNKKMKET (SEQ ID NO: 388)

> gfr01g2520
MCKRTGSLRAGTIAAIRRSSSMLRVRPSSRMTTPIPLETRRSSRSRTEWPDVLRGRSIRMTGTLFRTLFVPA (SEQ ID NO: 389)

> gfr01g0728
MPGFAPLVLLATAFIVHQGQGFSWTNCGSDTDIIQVGSIAISPDPAVSGEDLAVTFSGTVDDVIQQGAYVKVEFTLKGVLLDQRVIDVCAEALALDSSVQCPIEPGIYNVTDVLSIPQDIPSLQYTAHMRGYNADGAHIVCMDLNIPVGRG (sequence number 390)

> gfr01g4003
MQIKLWLEVFIWTYDGITYQMPPIVSRASNAVTSHKPSLY (SEQ ID NO: 391)

> gfr01g10018
MNVGLHLCRGNFKHELCFSEGGYDRIAIKLFQEINVDCYYLEYDTPRAGTFEPLRHLPLNKVVVLGLISTKFPQLEDVDDIVKRVNDAAETIASGEPKRSKETALNQICVSPQCGFSSHSMTNLIQEDDMRRKLALVVQIAETIWKD (sequence number 392)

> gfr01g3470
MFHCDXYLSXAVGDXAVVLTTLGCETDNSTSVDTLKARQSTTDPTDVCNEFCTISCGVSGDLPPTTDDCAVIVDAITVLNGAISPTFIVESNHEQQLVYGTCAFFFLNYTPDTLEYCWLSLSEIASEVASACLPPTQPVHSLGYCAPSDGAWLAGVTHS (sequence number 393)

> gfr01g3530
MKQDEGDNTTVEMAAIALNASLSDVTPVPSEHQQPVRQLWRPKGHSEAPSLNKGDDKTKPKVSDPPPTPPAADAVPAPAAAAASSTQTPQAG (SEQ ID NO: 394)

> gfr01g1555
MSASGSARTAGRSERESVVKAVGVAEGXSWKGXSTSGRVERDEGRTGAGIACVDGSLEGDIGAAVRLRGLVVWLDAVLDDVIGESECAVSGWDR (SEQ ID NO: 395)

> gfr01g1643
MAQPIVPDSTSLTWAMSQPADRRRPISSLPLPIQMVVPSVPVTKRERREPLANLQTTS (SEQ ID NO: 396)

> gfr01g1070
MNVLLNDYENVVAVFGRAGRQSYYNRNMINSMGLVIFDSAKASMRIVGPFGNGNNSNNGEPFYVTDPIAFAGYSTDGPDNLGLCGISFIKNDSVSQ (SEQ ID NO: 397)

> gfr01g1530
MRTELEWTPKTSDPETDQKQVIDAEAAVVAQEGRERIRFLTLKGDEALFRVV (SEQ ID NO: 398)

> gfr01g1777
MDIAKQLNAGDDYVELDRQNPGPQWEQLRKDNPYGFDVVVEATGVEKLAQDSINYVRRGGTIMIYGV (SEQ ID NO: 399)

> gfr01g2265
MSLVNRWFAEPAFALSDFDRLFDDAFARATAAGPLLAPVPTTPRALRPRMDLHEDEKANTVTATFELPGLKKDDVQIEVRNNVLTISGESKISSEREESGYSVRERHYGKFSRSVSLPEGAKPNDIKANMDSGVLTVTYPRSTPQAETKRITIA (sequence number 400)

> gfr01g0042
MTEKIVQLGDRDRSFLDGAVPPVTTVIADLSVLAGIPVAKDPPRAFAIPEFGRGGDLDSDLPRNQPLHRATA (SEQ ID NO: 401)

> gfr01g0349
MDIHACVQSSSNIRNHRGRAIFSMLDILQGYVVCAEHLTTHVDSDFPGDVLVVHFRKPAANSPAAARAAGDHHRAPFQERAIVEIRDQRVCVQLSEEKCGAFVQQRFR (SEQ ID NO: 402)

> gfr01g2349
MRAPSESSRCESTLRPERDLPVKTPGNSMCSILRGAEGSRGGRIASATVIQGRRLLPGRRV (SEQ ID NO: 403)

> gfr01g2867
MAPTIPRTATGAATSPIVMAPTPTRIATGPTIAPAGATITPTPTVPTTIPTRTAVATPARRTIPTASATITQQXTGATTPPTPTAPAPTATLRQRQQPPVGREPPRQQQRQLEQQRQTGGYAGSNYGAGSSGGGDWMEKGVEFAAQKAGYNIDSETASKIGKGLGEGIKKFGF (SEQ ID NO: 404)

> gfr01g2573
MMRQKGGSIWGGYLTPWDKFVFGVTVGQRYLMENTTLGIPALIQSEGLHGFTNNGTTWPSPIGLAASFNPTLLTQAAATIATEAEGLGVSQIFAPVLDLSRELRWGRVEENFGEDPFLCISSVGQNHRN (sequence number 405)

> gfr01g0162
MQFRPLPLMPNQVYRFDPSTSEVRVIADGFDKPNGIAFSSDGNTAFIADSAASGGFLGNNQTDPATIYAFDVDPTTEAFLNRRVFTYVDTGIADGLQLDTAGNM (sequence number 406)

> gfr01g0163
MERGGTLIGKFFLGTTSANMVFAGDGRLVIMAETAIFLAQIAANATKLEFP (SEQ ID NO: 407)

> gfr01g3691
MFRPRSFLQLGINYRWSSIVIESVGVEGEGKGPETPQEISPYGSGVDKLRAGDRAPDATVLLDGSDSMTLHGVFSVRNHTVLVFPGTADGTELQSDLATVGVFRKPGVASLVLISQTKHAQFRDNINCLRSRPGRYSGARHFRLRDPG (SEQ ID NO: 408)

> gfr01g10038
MDLLWVIFWLLGGKAYVNSFLAVLNVRQHLRDATAQKHSEIFQVLDSPHSQNTFSSSQTHV (SEQ ID NO: 409)

> gfr01g0020
MNTAARYISLFLMAQSYAGFVVLYTWVSNSFPRPPSKRAVAVALVNAFSQLGNVAGSYVWPSAWGPTYRKSYAICIATAGCAIVMCYIFKLHLTWLNKKLDENEEEKGIKEKGFRYLL (SEQ ID NO: 410)

> gfr01g3670
MSSTYAHTNQGDESNHSDGEHENQMKVPKRTPMACQFCRGRKLKCDGRPTCGHCQRRGIVCIYVPVSAQK (SEQ ID NO: 411)

> gfr01g0023
MFVAYWTSRSSSRSATSSPSTAPCTKVLADLSMLISSSTSRRAHGSLTLLVVLSVTRKPSLLL (SEQ ID NO: 412)

> gfr01g4460
MGTSVSLFEWVEQESVTRWNTSCLRRHAIRRTQGRRTNAWMGTVLQPGYDDVHYLGRIPSVVV (SEQ ID NO: 413)

> gfr01g3806
MQEMHTSSVLAVIPTICLQDSMVLVWIPRISHSPICSFPWSRVSTNRSGSSAELGNGIAVIAL (SEQ ID NO: 414)

> gfr01g0478
MPVDNITNLFTIRSEDTGLYAGFSEPASALTVGTPSIVQVVEASAAQFYLEDAPPSLPPGGIHFMGQAYKVKEKNSGRYVIPDFRVEGFTRRIVLGGLNADKATAWTFTMSLPIG (SEQ ID NO: 415)

> gfr01g0651
MNTNNFATYTWICDVSAICDAVTIAFVYPAEFGMVHLCNLFFTLPIAGRDSQPATIVHEASHFTRNGGTLDVAYGVIPCQQLATNSPAQAIVNAANHQYYAADSA (SEQ ID NO: 416)

> gfr01g3932
MASAMARLDGDGLANTTAFGVGMADALSARNARIYQT (SEQ ID NO: 417)

> gfr01g2457
MLVQELEGYLGTYSSDKSPFSYQRDSNQLSLGPTFITSLQTTGKTTFSLLPPSAAQTSSSGPFTHGTNFRVRGMRAFLLGAVPKSGAFSPDGTALISLTILTSGVYTDVREDGSLWSFTSMPLRRPFQYRVGSDTKAREERVEIDSLFESKYHMDPTPFTGSFEFEVR

> gfr01g1368
MLYNLATLFLPILALGKAVIANPLHPRAAELTEVSKAPTQFAKAVALGPAVSATGSSNVTTALAGLHSDAAQAAFPAYLYVCSGLNCGTSCIAYDLSLFVPSTCYASPISYLSVEVVQPRNEGLPFGVYVGSGCSGVDIPFVNTCYNISPDGNTFFIQ (sequence number 419)

> gfr01g2844
MSPEELQRQVTHAINKLYGPRPTGWGRGRIGILAGPGESTVEQAKDIVAEPPRAANAGDEHVNLPFTRRPSVPQIDHYRDWIATIVLKKYELPTSGYVHVFLSESVPLNDWHTAPELVGSVGNFRNNGRGCDNCNEGEAAGVTITGEVPLTGALVDRQLDLNDVGFITTYLNTHLHWRCQ

> gfr01g0984
MYTALGLSHGQSLLVQGIYGAIGPIANFFFITLILDTVGRKKPLMFGAGSFVVTYSILTAIVASFPPDQSTNHPAQRAGIAMIFLTSIFFSLSFGPVSWVLASEVFPTRTRSIGTSVATCANWAFNVLFSQVSNLAITNISWRYYLIFICLNFFDFIVIALFFP421KGRTLEQVLKHE

> gfr01g3344
MATRRRRIILRSVFLVFFFHDSLGSAVAIARRTKGFTAVSKAFVSQK (SEQ ID NO: 422)

> gfr01g3345
MMTTRDFWPGNVLXRXQGEHVRGAAEIERLYVVDWELAKPGLAGMDVGQFCAELHLMRVFHAGSASAASAVLQAFLDRTAGNPKSTSTPRGPRSCTLVLIS (SEQ ID NO: 423)

> gfr01g4454
MTDMTLRPSATNPGRXXXXXXXXXXXXXXFGLHYTTFGFEWAAAPASTYSIETLMEXARKTAGFTDLAPLDTFAVRVSNTGKVTSDYVALLFVSGTFGPAPHPNKQLVSYTRVHGLAAGEHTTATLPVTLGSIARADEAGNMWVYPGSYKLALDATGLLTHEFSLTGTAAQITTWPTSA (sequence number 424)

> gfr01g0818
MGTDTCARRASLRGDQDRHRCPSARCQDVQVNFTDTNSPRQASSSSLAFLRSILNISTGFFCPSRAVRRKGRSFPMPRPKTSGAVLISSSPSFAVQRD (SEQ ID NO: 425)

> gfr01g0585
MVAIPCETSTATLLMFRYKSTRGAKQKRINGGDVGEVR (SEQ ID NO: 426)

> gfr01g3132
MGSLKDVDTLAKKFAQEERMDIVICNAGIGQAPFGMTDDGLERHFEVNNLAHYVLVLRLLPLLQKTATNAPPTSVRIVMQSSEMHRLAPSITKVPVQRGNQQGRRRLTTVWPHEARSDLLRTRAREAQAVQSAIGCRTYPGYFSPPWNC (sequence number 427)

> gfr01g3133
MDFLARTVGKSAPEGAEASLWAATSTDINEHNWQEFQGNYYTEAHGKPKQESKLAKDDNIATNFWELCAKLSKEILGEDLY (SEQ ID NO: 428)

> gfr01g3082
MKLLLVNTTKAITVEVPYLADYLGAPFTDQASFWVNNCAANNETNGGLEGXARIAKRDSLGRKLARAVIVXXAPKNAVGLPSPFLPTLPSVNGSEGVIKSYILPDKKTGVMFVGSFEPDDFNGFQTDVAATVAAFKEAGVSSY (sequence number 429)

> gfr01g3692
MKGPIFSKVAIWSLAICEIAVIIARQYPSTYSNIFLSILTHRSISSASNVTITPAFMAGWISLVVGVLIRIACYRSLGRHFTFQLSVIDDHKLITGGPYSIVRHPGXTGFVLFTIGLLTCEYGSGSWIAECGLMSTWIGIVAFSWAIYFVYVTVLLVARVPTEDSILQKEFGVY

> gfr01g2866
MYVEGRVLSTDGTPIAGARIEHGRRIRMDYTDNQYAVRDKPIVEDDCTLTKTDAMDIELWXPVAYPVPSDGPVGEMLLTLGRHNMRPNHLHLSIEAPGFKNTCDRSLPRRGQVPA (SEQ ID NO: 431)

> gfr01g0493
MSNRKTTLTRYGGWLPANPAIQGASSRSIPNSFARPTEDVRLTFLPSQNLRTRSTAILLWSICLTRYSCRSLTKTRSKTSIRCYTYSTLSSFSRRSTS (SEQ ID NO: 432)

> gfr01g2353
MLQLMRTNLGNFPEHLISSRPVADHARNAIVLRSDIHAFFDDYQFAVDWRPPHRIFRFEKSGAVPLEHCQQLLPPQHEVGVDNAVNPQLFKIHFIFALLMHVAGKGKDLRK (SEQ ID NO: 433)

> gfr01g0074
MVKSARATMPCKCCASGSSARSVSVAWDSSNSFAMVWGATFARPVIAPCALAYVEGRRKSMNPPSTRNRAFGFFLGCNAAKAGSDTVAQMRVSFPTLPQVSFTPVRLGHSTASSVMMSESRSMPPAAPG (SEQ ID NO: 434)

> gfr01g3053
MICRLAYPPGKFFQVPPQPNITAVNALGGYNIAADRLAIIDGQADPWRGDTPHSPEAKNRTDTIIRPFKLIPGRSPLGREWPRRPERGASCYSRYSSAGNRICDSVAAGF (SEQ ID NO: 435)

> gfr01g0342
MLEKTTELLNKTMRAGDLSAWDRRSGALDQLGVNCRWSSIVVDERVSDTGEKNKPSDAYGTAGSTEVRAGDRAPDAPGLVVLRGANSTEETGTQTSLFQTFGISYHTVLLFTTDANVVKATSDILAGYPAGTTRCVVVLPAGGSQFPVISGGSVLVDQEGHAHVGYNDGGSGTVVIFIF

> gfr01g2789
MIRMHDIFVPELIVCVRPPDSGEPSPDGRFAIDIRSEFASIANSSGVVGMGAS (SEQ ID NO: 437)

> gfr01g1177
MAIAGSIVMRNPHQSSAQKIVQARMWAQGLTVGVMIGAGILTHAQRKEAAAHRLVDHSWVNILEEQRKVDEANKLRLLSASPAHSS (SEQ ID NO: 438)

> gfr01g2978
MQLEMLKKENVPDIEVVVFPFSLKPDDSGRPFVGLLPSIGHPFSRGTIHVALQTRKRSLRSSRTISRSRSTWKPSWTRSSSFGRSLTRTRSRAFLLRSSSLDPVSRRMIRSASS (sequence number 439)

> gfr01g2967
METYYLALGERCRARKASNGAVAPRVDYCRCWSDRSTVLHPQGVLPKRAEVALVHRSMFSLPLPSCRYNCFLSPIVPKWHVGIPGDAYDDCHSDIDSRLHHGCRCRDQRFDHIVPAQGGDPEMDELASVDIPPHHRHHQHQFVDRHRSCRRFLPARFTPK (sequence number 440)

> gfr01g3038
MSSTLNLPPHRFEQDRQQEHQPWRNLQKCSHRSRRLDKIWRSTKVARVRYERQVGRDQHPSLLELHACQVDKVFQATRLHKRFQPHSGGRGTGSRLVSKIRKWRCSVVLVVFSRWLIFCLV (sequence number 441)

> gfr01g1970
MSWASNRKTTRVEDRAYSLMGLFGVHMPTLYGEGSQAFFRLQYEIMKXSNDHSIFAWMGCGGEITTLSRFKFQQKTVHSTTNYGFLAYSPDSFAHPMSSTSHTQNTQKAS (SEQ ID NO: 442)

> gfr01g3761
MFENYELFQFHARQPDRHSKNPFIECIPPLADIFYLLQCLAPGMLQLNHINMFYVLPRPTWIIAHQEILEAVLGSKDNYANMLKAASDDDKSHCYGALIVDSNDDEDDEREDTYYDNSDDYYTTAWGFREVKDYTACDAECGYCGTCEY (sequence number 443)

> gfr01g0114
MVDKTVEILGGLNVMVANAGFMIMGPLVEMDVSEWDRIMSINVRGVMLSYKYAARQMIKQDRGGRIIGAASVAAKRGAPNGSAYCASKFAVRGLTQSAAQELAEHKITVNAYAPGCILTPMIHHPDDEKNGGPGSTTLKASGLQALSPADPSVIAALVSYLINPEA444FVTGQTINV

> gfr01g2365
MSHGKQFTLFTTSGGAPNGWKVAIVLEELDLVYEPIYLDFYKAEQKGPEHTKYNPNGRIPTLIDHANNDFVVWESNAIISYLIDKYDTEHKISVTKFEEKITQLQWLFFQASGQGPYFGQLGFFLFHTQEKLPSVIERYKNEIIRVFGVLDSVLSKQKWLVGGKCTVADLVFVTYNEAALFMGKSIEYDFDLENNFPAVHKWHTAILSRPAVKNVLAVRDSFATARIDTDSAGRRHAWRISTNWILLYKFVFNITAMSEIGLHLCFNKSRAFRTMLMSPSPQLRMIPTWLKYKQPFCLACRYV (SEQ ID NO: 445)

> gfr01g4438
MYVRSPRAPAPLTGGLANEPATTVATWRPSAAIV (SEQ ID NO: 446)

> gfr01g2510
MGPKRDILQELFNSAKTRHPELHRGTYYSMPEWFNPDYAPYARTDFPGQPALYAFNHSCCEPYFGHIPVDNYLEDLQRPQIEKLFYEYDTDILWCDEDGASAFSEIAPAWYNYAAAQGRQVVRDNRCGTNQTDFVTPEYMTFGAQLSQKWESSAGMDPFSYGYNSNTSADAYMNASEIIVELVDIVSKGGNFLLDIGPKADGTVIPEESGPLLQVGAWLRTSGDAIYSTRPWFVQPADSTPGYTDVRFTTTQDAFYIIAVSRPEGGVLNVKAPVPVLEGDTVRMLGGSQESLGWSVNAVDGSFKVHVGEDELRMVQYAWAFEVVYS (SEQ ID NO: 447)

> gfr01g0918
MLSFGGLLSEIISGGSAGINATNPGLVKVLGGAVFPVGLIMIVLQGQELLTSNMMVYPMACIKGAVPWWGLPYNWVIVTFGNLCGSLFFAAILVKFTGIISTEPYISYAKTFALHKASDPAWHQIFLRGIGCNWLVSVAVWQAAGARDTLSKVVAIWIPIMIFVACGYDHVVANMFSVPLGILFGADLTVAAYIRKSLIASYIGNIVGALLVALPAVYFYLSDYRADGLRGVEEGEGFNSNNGPSDGSSGDGSNEADKREVYTVNSKRSQ (SEQ ID NO: 448)

> gfr01g1350
MILLFVMGDDNSGMTGWLLSKLEAFIIFFEDYSLLRYNMVLSKTKSVITAIRGKIEMLSYQCNYGRPLRPIGKLVAQLCYPERGLFYKFMSYRAIGVAYAAAGIDPTFHKFCQDIYTIFLPFAAEQSTFNFNRASSHLPGYLKAFDEITTIRPYVFPNFEFHKTIGPN

> gfr01g1188
MYRRALAGGNFLKSVKAIVTAGLKWPPEVEEQTMRASAMPRAYATPMVKMEPRAGAPTTLPSRKGTVAPTPA (SEQ ID NO: 450)

> gfr01g4139
MQIDNQTSPNTFANDVKTSANTMSAKSTRLLIGEKRHLCIA (SEQ ID NO: 451)

> gfr01g2721
MATIRSARIACASVEAWAMEATTGHSDVLPVARGAIEEVEEGEDEASVVVPYPAVNSSSKVIEVDGSSESEVDEDPEVESDEEDASGDKEIDMIRYAPVHQRKNVMVVVKADCAKVCELLEAYEALRAGCKRENLSSERRPKEINTWIGHRRKPVGGPKKLAKHKFGLAWQHWWWHINPAWRQDEAPDLRFVAALDISQWSSLDKGSRSGIRVAVVTLFWWVPDHALDDDSVWAECVADVRFALEDMIRLRTKKKNNTGNVASSSKKELEDAEPKKGGKDNAALSPKKRKGDRRANSLSLKRRRTTA (SEQ ID NO: 452)

> gfr01g2836
MTNIVKGYGPIDDTRISPLPRAKLRELQQQVSIDLYDLAVNRLGYVDGDVEDAAIPDPLLGFQAIDHVRGFRYLYSKFSFRFGTAPNIGARRLPLWSPYRVIYSERNAFAPRASVYMLSNFRAMYGTHVPLVETDSASKVIPTS (SEQ ID NO: 453)

> gfr01g1074
MCSSKRWVPSPRTSXCFPQIASRGRHILLGTSSLRRSTVPTKWNASAHSGTAVNGSGTLAPRKYA (SEQ ID NO: 454)

> gfr01g1076
MNGHNHIDILKVDIESWEFETLSTLIRPYVLSGRPLPFAQLQLEIHLYEKTFPDLLKWWEMLEEAGLRPFMTEPNLVYANYNRFKKGTPDLAEYSFLNIKGNNIFIGNPVPPRGSSSGGE (SEQ ID NO: 455)

> gfr01g2241
MYFETRKGKGRDGAPNARTSENQVVRQGENDLYIKLTYSVFREEPAEDSSSHDIDDKQRKITKSRKWHLNAYFTKLTEGQLRTIDDIQFLRDLVVPDGIFRSARTNKTNKRGESSKTASSSVKRTYAPFPSNPARRLRSADDQGVQPPRPISISREGIPQHASPVAVHSHYHTTSLFPEQLSFPPAPPLSRPNDRMMIPTDSAARSSPPSLPLHTLVPFPTNVSAISAPLYTLEPDYEYASASMAQRSEKSLSPSLSDYSMKSRLSAPSPMHMSPALSNTSSLSSSSPSLHDSLQDSLVISSIPPLQDDGSPYKPAPLFVDIDGFRRINGVQVDLAPLHSLPRTQTYRRSSTDDRALRLLGPGAH (SEQ ID NO: 456)

> gfr01g0215
MFPRARSWRSRHARSNALASSTGSTRIYSSTSRRLPTTFSQCTTAGPLLPSESANWGPPRWNVSRATCSPYSGSLDASYRRFRTL (sequence number 457)

> gfr01g0061
MSSASATKQFFFVYAPDLPGAAQRRFVLAGTHQAKNAPLLESGFIKVGGGLLKPEVTADTPDVMGNTLGRSC (SEQ ID NO: 458)

> gfr01g1706
MEIDEVYDSTLLPTNRITLRCSGCSDYGTVLKCTMPLCPYALCLRNDLCLGGCVEEATVKDPETFVCPECHRKAGEHVPYVVHMQASRHLSPGFVSASLAMFILRYGRDAYVRDVFKPHFVERFKSVPDNFILSDTRLLKGAAVYHTVMKRITPVVKWLEARHNTVPLLVLVDTHSDYETGMLSLSSTNTGMPPNIGPIEKVLATFLGSAYKTFPENTSKLKGLFLLSCGACVTKADRFEELKAQVQNGYFDFVITFTADNIQAGIVVPALLSVANSIYFHHVETLNVWGIVVAVLTGAHELFNHTSVVVISRERGTVVARELNYGSMGRRPFGLHPRCKYCDGEGSNIAVKLSRDGCAVKMTCRLCNQVGEYERPSWVYATAQPYYYYVLFPLTPEQSLWPKRAL (SEQ ID NO: 459)

> gfr01g0822
MLLIVAEVKGWHVEESWDEEYEKASEERWGAVRRLEENWKAFERGGHRPATKKNDRRKLLLEEWESDEGDSE (SEQ ID NO: 460)

> gfr01g4052
MMRIAYGIELADGDDTYPDIADKAMASFSQAFMPGAFLVESIPVLQYVPRLFPGASFRRKAVLWSADATALRHVLFANVQQLFVSLLCILYIATETIYLYI (SEQ ID NO: 461)

> gfr01g3263
MKETNSVLQSLMIYFINRGVLTAIIQILAVTTFSGLHAQEVWMLWHLTLSKVYVNSLLAILNARKYLRATLNGDNAGISISGLQFDHGTTHTNSDGTQTTNMVFAVEPKRDDKNDDDALKAMTSV (SEQ ID NO: 462)

> gfr01g1609
MAASPTAHQAGLHLWPISESLYVCTAPHGSRKDELAAVHRGNCACLPGRTRGSYALSCSACATCVVCAWRSSLNPSKVRA (SEQ ID NO: 463)

> gfr01g1610
MAFDPLSSQGMITAIEMGKYVGDILGRHLSGSIKDPTSNPAVIDSVAGMYEKVRMKYQKARRYYYSQMMRFEGEFWTRQRDVSINQNI (SEQ ID NO: 464)

> gfr01g0337
MNSNDFSSYSFDCTCTAAGTFAYVYPNRFGTVYLCGAFWKAPTTGTDSQAGTLVHESSHFTRNGGTKDYAYGQAAAKSLATMDPDKAVMNADNHEYFSENNPAQS (SEQ ID NO: 465)

> gfr01g1234
MWSDYPESSVWMMLHVWDHFDYTNDIQWFVSQGWPLLKSVAEFHLEKLIPDLHFNDSTLVVAPCNSPEQVPITLGCSHAQQVIWQLFNAIEKGYAASGDTDTALLQEVRSKVAQMDKGIHIGSWGQLQEWKVDMDSPSDTHRHLSHLVGLYPGYAVSSYNPSISCR

> gfr01g1522
MNMRLLGARTLDELVPEMVDASALSSHFVMTPQDNLFNSTYQPLAVAKFKESKL (SEQ ID NO: 467)

> gfr01g1590
MRDEMMSVWGFYWISDRGRVKSNIVQEKSKKKSKKKVQESGCPWRSLKSIRPIEPFLGGVAQIRHLPKRISLRKRAPPGA (SEQ ID NO: 468)

> gfr01g2657
MSSRYSGFADGDKDVVEAFGKRFWENDGEKFLCVGDTARLRAGLVGVTERERFDNGAMAGGRCKSNDGLRAEGAEFGDGEDARGGVKRKLTA (SEQ ID NO: 469)

> gfr01g2751
MSQRILTMYMDYRGNFEKKAQRAPKRXHLLPRWCIRGQFRHVLEQELPLLQKACANLKINPTITMVVVGKRHHVRFFPQRPNDADRSGNCPAGTIVDREVVHPTEFDFYLQSHGGLLGTSRPAHYSVLYDENGLTADGLQSLSAQHVYARSTRSVSIPAPTVYYADIVPEGQY

> gfr01g0540
MVGTWSLDQTLLWTPGTNATTGEHVDLSDLGLVGAQLQLVQAVQAVGKPTIVLFVSGKPVAEPWIQAHADAVVQQFYPGELGGLALAEIIFGDVNPSGKLPVSFPRSVGTTPVFYNYIKGSRPIDAGEILDNGTLMFGHQYVLDTPVPIWSFGHGLSYTTFNYTDLTLSKSTIGTSDDFSVSVTVHNTGNRDGKEVVQVYMTDVVSSVVTPNQFLVGFQKIDLAAGTSQKVTIPINSSQLAVWTLDNSWVVEPGQFTVKVGTSDQSFLSTNLTVQA (SEQ ID NO: 471)

> gfr01g2250
MKRFLWDNHFAAVASDQPALERWPPPEGTPHLHQTLLGLWGMPIGEFFDLEALSKIVRKPGDIHSFSLRGRSMYWAVLRVPRTLLHTSERFVDCLPSLQS (SEQ ID NO: 472)

> gfr01g3012
MPEQGRGIGHDWGSALLSRLAILYPERFYGFAFLALYYVPPTTTVFSLEAVMAQLKESIGNEMLGYWQYFDREDSAEKICQNIDSFVQLVFPKDPEFWQSWICPAGKTAEWIEANKQPGRPSYLSEEEYTMIRHNLLASGLSSAVNQYYRVIIRNSNVVGAQ

> gfr01g9069
MGEAAGLSDVDDKFFDDHFSINVKAPLFMVKAAAPLMKAGGRIIFFSSTLTHASTITPNYLIYAATKGAVEQISRVLAKELGARGINVNTVAPGPIDTELFRSGKSEELIKFIGGFHPMKRIGRPDEVSSVVAFLAREEASWVNGQTIMVNGGFAV (sequence number 474)

> gfr01g6817
MASASSHASLVQFGQQHVTKGLGRVVEAVITKGEGSYVTLGDERELLDFTCGIGVTNLGHCHPKISKAAADQCMKLVHGQCSIGFHGPYLELIEKLLPMMPDPSLDSFFFWNSGSEAIEAAIKMARTITGRQNIINMQGAYHGRTFGAMAVTKSKPSTARGCIL (sequence number 475)

> gfr01g6625
MALRLQMRGYIIRWATYSKGGFKEGVSLTVDDELNRWQKYSYGCSEMLFNPIVQWWRKGPIAHQIHRFLWSSAPLHYKFSMMAYMFSYCKCWCLYRCRPVDHVTSYRRYRGRGHD (SEQ ID NO: 476)

> gfr01g7895
MTHSSFLKALVLLVGSAHLGQAVGPTPGQIKNLVTFGDSYTDVVLTGDGGVAWPVYAARDGNFSLFPFARSGATCSNNLTDRPFPSVFESQLPLYFTEKQNGSLKLSAEDTIYTLWIGTNDVGANALLTGSQTPGVTIVDTISCAVNWVKVLYQSGARNFLFQNMIPLQHTILYGADSYPSLYWTAQRNTTEWSVFMTELVNSGNALSKLMLQAXAPSLHGAHLGLFDSYGLISDIISHPQNYLNGTAPLNVTGAVHSCVLKEGESTSDPGVCTIVTGAAADSFLWYDELHPSEQTDRVIAKEIADAIRRKSSRWTTWLT (SEQ ID NO: 477)

> gfr01g8870
MVNTFADPTFDAEQYRIHRPRYPARLFKEILDAHLSSGGQTGVALDLGCGPGIATESLVPYFSKVIGVDPSEGMITAATRAATEIKGDLTYKVGAAEAIPVEDALVDLLTSGSAAVYFAPSWWNEATRVVKPGGTVALFGYSELFLSPRGIPNGEKAAEAIRSCWNSPELVPHSQFGGAAGMQIFDRLALPEQENGVWGKAEKQVWNKGGVRGDEDVFMAQKITVAELKANLKTAGIYHRWREANKDKADTIEDPIGRMSAQLKEFSGLSETASWKSVGNWC (SEQ ID NO: 478)

> gfr01g6412
MGTFYGFSIEMSVAVQLIGINSTYLNVPFLNLMSIIAERAGAVHIRVGGNTQETAVMVNSLADGKMIEKDKEDASNPTSTPVLTFTAELIYMLSNVSSLVNTKWYLGIPFNDTTNFRFEIAESAEAILGNNLLGFQSWPQTG (SEQ ID NO: 479)

> gfr01g6996
MGADMHVVRACCASMEMINTSMSIDGSSNSPSPGPPDRTNDVVDYAQSSRMF (sequence number 480)

> gfr01g4887
MTTTALRETDFEFVVAPGTNGKASGSLYLDDGISISPKTSTKVTMSYEEGRFTASGSFEYATGVHVARVLFLGVSNAPDSVKLNGRSVEEASVQYDSAGKVLDISLGISFDSSFNVQFN (sequence number 481)

> gfr01g9926
MNYVHLSGGWKGEAITWDPHVPVKEDGTYDQELREVGAANINAFMVRMEGLTGDGETEQDMEGEANEDRGPWREVE (SEQ ID NO: 482)

> gfr01g6967
MSTGTAPLLLYTGSTPNGHKVSIFLEELKAAYGLQYDVEKIDISKNVQKEPWFIKLNPNGRIPTLVDRSRNNFNVFETAAILLYLEQHYDKEGRFAFDKDKDPDNWSEMLQWIFFAHGGVGPMQGQANHFNRAAPEDIPYAKKRYIDETKRLYGVLEIRLTDRDFLAGVWLI

> gfr01g7035
MGGPKIPWRPGRIDGFSAQCTPDGRLPDASQGADHLRNISIAWASTIRRLSRFPAHMPLDVATVTAPDLMAPGRSLPPLSVTSISVSSLTRSGSGRSGTVLSSSRTRRPARS (SEQ ID NO: 484)

> gfr01g9266
MVSHGWSTYVQCCKEAELLSTMKPNWRFLKQVLRWTRNTWRSDLRSLFMERHIWTSHPYVAYTMVDKLFNPFTLLVGPCFVAYIIYKTTIPVDSGGYHLPWWNVVVSYVVWLLATRAAKLLPHLWDRPQDIIHIPAFILFGYYFAIMKIYALLTLHETGWGTRAGIGDARAATAAADAGDTSGYTEKASETAATYPVPEPYSPRQEQQYGQIQYGQPQYGQLQQQYGQPQQQYGQPQPQYYNQPPVEMLQGGYAR (SEQ ID NO: 485)

> gfr01g7241
MPPTSSAVMVSHRSPSSLIGNLITNKPAVSSSLPXALLQGNRKLTQHTPTLLRRGLPMRVLRTVAEIDKPKMKALLEQSFKRTLDEDPSGHDLNGTWTTS (SEQ ID NO: 486)

> gfr01g6630
MALGYFDNEQATKETFQDGWVVTGDEVMINEQKDLFVVDRIKELIKVRGFQVAPAELEGHILDHPDVSDVCVVGLPDEYSGELPLAFVVLSASAQERLNRNSAEAAKIRATVSKHVSDAKVRYKWLAGVEFIEAIPKNPSGKLLRRFLRDRAKEDAREWDARDAYQGRPSRSPT

> gfr01g6743
MQKPTCCGMRVRSVQDAEKILHAXALGILPMITRRLDEGDRLALQSGCIYVWEERSSNPAEASGQEIQRFTEGRSWGPSRARDNFLLYYEKESTARSSILQRNTIMPMQQLIKQTYSVFPSPQNSRKWHLNAYYTQESLDMLPPPGPGGG

> gfr01g5023
MATVTMVVIVYRLIVMRCETTALLSTAPGSLNDVSSKATFYIFHMVPEWVCAAMLLSVNMRARFGPGGACTVQDREARSCVG (SEQ ID NO: 489)

> gfr01g7056
MGVRWQFPCSSLSFPACSGVQHVSEEESAPTPGTHPEQGSELLGARLVGRWKSGAPIDITPLKDNPALGADPLQNNNFRYAFPDDPQTQDRCPFAAHTRKTNPRADLEDLPPPTGPVPTESRRIIRRGIQFGPEVTPLEASLGQTKLGRGLIFAAYQSNIVNGPITGIGQQQQ

> gfr01g7103
MFDMGAETMALPFEEKMKFEQGDDGMSCGYKAAGANATDETGALDTVEFINVSKDDALGWPKPVHRLYPSTVNARMESTIIPFIRKSINVNTTLLEIFNSLLGLPEGTLAKKHMLDEHSGSEARCIKNLPRPEGISEEKAALGAHTDFGSLSFLHNRLGGLQVMVPGTDKWQYVKPMPGHAICNLGDSMTIFSGGILKSNLHRVVPPPGAQSQYERWSLVYFTRPGNTVILSALTEDSPVIADAIVKAADAGIFNSGQTASEWFARRTKNQRAKNQKGAETWRASRGTEHRASAA (SEQ ID NO: 491)

> gfr01g9987
MFFASNFFYTWQFNDFNGALFTIRARALNNLVYWLSQILGSVSIGFLLDQRGLSRRFRAFAGWAVLFFMVFVVHIWAYFYQRGYTRSTVSIKIDIHEPPYVGRMWLYIVCGLLDAMWQTTAYWIMGAMSNDPAKLANFAGFTEVGSGHGI

> gfr01g8759
MMQPRLANGTFNFTDPRHCSVHDPEQATCFLNAANKDGFYESSPIVYSQYVPQDTAKLVELQGGPEKFISRLNFIFDEDYFDSTDEPSQQIPFMYHYANRPGLSTQRSREVIAEFFNTSTNGLPGNDDSNGVVGIQV

> gfr01g8302
MFSTVTASARASTPTRDRPLHRSLSYSSYRYSSCWTPRETEARESYAVDGVWGSETEESREDLRRESGS (SEQ ID NO: 494)

> gfr01g6068
MVNALIFRALERNTGQVGLASELCTETATNAEIAALTQHQDPASTNAAATNKAIALELAQQIASVGGDPQDALKSGTFAPGNLDDTTGKGNTCDDANDPNGCIFTQNLLVADATADEINAAVAGVSASNAASAASSTTA (SEQ ID NO: 495)

> gfr01g8456
MISSSTASPQSLPPSSLSASPLIASTECERTGLNQGACGVESEILACEQDRGKD (SEQ ID NO: 496)

> gfr01g9585
MRKRILICSFLGLATQWSGNGLTSYXLARILDNVGIHDDRTKNLINLAMTCWGFVNGTALALTVSKIPRRAAYLTCTISLVLIFTGWTIASARYALDNSQAASRAVIAFIFLYSPAYNIGYNALTYTYLVELFPYQARAKGIAVFQWWGRAAGFFNQFVNPIGDRERGWKYYISVV

> gfr01g6595
MSGAGIIAKASLERAAELRESLSEINSRIQQAAGPSSHKPTLVAVSKYKPAADIQACYELGQRDFGENYVQELVEKAGQLPQDIRWHFIGTLQSNKAKILASIPSLYAIQTVTSTKAATALNXSITRGTFITTKHPPAG (sequence number 498)

> gfr01g8959
MPDDKYALLVIHSLAHASMIRLHAPFMRDDPVSREKCLRAARSLILVTKHITELDFAFLDPLIGPCWVSAAKVLEFELVRLQTAWPPLNSMEVRGELEALLYVMTKLSIRFPLLVYQSAKLQNCLDGK (SEQ ID NO: 499)

> gfr01g6971
MRAKMQAGPIVGETDTEKMPLLQQMLQHRSEGMSDQDIVSEGMGHIIAGVDTTSTTLSYLFWELSRRRDIMRKIQAELDEVMSDRRVVPDVSTLCKMPYLNAFIKEGLRLYGAAPTALERVVPSTTVSKAGAFDMMGYALPPGTIVSTQAWSMHRDAEVFPSPETFLPERWLPVSD

> gfr01g6609
MNFAPPQWVKEAAEEALNSVAINHYSHPKGRLRLREAIKSWYSPELGRDLDVESEILVTSGANEGQYSVFVAFLEQGDEVIMFRTVLRPILAVRDLQRRCPSICPSTSPKDRKSQ (SEQ ID NO: 501)

> gfr01g8114
MSAHFQTYIFQVQIHVVWGTFLAAFAVFRCLTYFFLWLGPPRSILPSRPPTEALASFFLACGGLEFMFSTEELTIAAMRQGHDDVMMFVCVGVAMTCFAFCWALGLVAFKGWLKSHTHAAVNFHSSA (SEQ ID NO: 502)

> gfr01g7466
MTSNLGAAYLNEMGEGAVRSQTKELVMGAIRAHFPPEFINRIDEIVIFRTLSRENVLKIVDLRIKEVQERIAERKMALDLDDAAKQYLVSIGYSPTYGARPLNRAIQSELLNPLSVMILSERIREGETIHVRFDGPHNRLMIIPNHEATVDSMDVDYDPEYIEVEEMD (sequence number 503)

> gfr01g7506
MRIHRLSRPVRYLPPAGQLPVPVGGTLNNVTGAVGVLPECRMHSPIQRAVGVLNPAFDVYRVSDMWPIPWSVIGFPRATQQFIYFNRTDVQDAIHAPHINWEACSEGSVYASPSGGPGNDQSVASTLSVLPNVIEKSLRTVIVHGLADFILVAEGTRIAIQNMTWNSFQTVF


> gfr01g7856
MLAEECVDIXSNKMTSGGGIWPVDIFPFLKHLPLWFPGAGFKHKAIEWKAKMQEFVDKPFNMVKDRMRDGTAIPCFCTMLLDEQQDEGDKGLDEQKDFDIRWTANSMYSASLDTTITAVSHFLLAMLLHPEVLAKAQEEIDNVVGTNRLPTFSDRPSLPYVDAVMSECLRWAAPVPLGLPHRLMEDDVYQEMYIPKGSLVFGNVWNMVRNEELFPNPDMFSPERYLEDVDEATAKKRDPRNYVFGFGRRKCPGVHLIESSLWIVMASILAAFDIKKAVDDFGNVVEPEIAFDNAIFRTPNPFKCDLRPRSETAVKVVRQAADAV (SEQ ID NO: 505)

> gfr01g6611
MAPPFIAYYGALQGGDYGSNLLQVAYDQCRLYRQYLRDDGGLWRHITLGTGQDSSHWGTGNGWAAAGMLRVLETIRLSQSPFQFVEQQANLTSWIQEIVSAAWSFQKPNGTLYNYIDDDTSFADSSSTALLASVTFRIAALTGDFTYIPAAVLALPGSVSSVDD

> gfr01g8511
MKILSKEEQEGQQRAXYDXRGEGLRHRSRTVACRVVHPQQTVGELPRAAIVPEGTRRCHHRRPVVRDPRRARELAVREGTMDGCGQGELDTLAARKEARWNSMTLRQKIGDVAARHQFGLIGGTWAIAVAGFDGWKIRNQRYWAQHLQHVPA

> gfr01g8969
MKSQTGIQDGNALKEHILAAQAQAYAVFPYPCIRRFSFTKLKLARLTPAYEQLLKIGKERANAIFLDIGCCFGNDVRKAIADGFPIQNVVASDLHPGFWQAGHKLFNSTPETFPVPFVAGDAFKPDHLGIVPPFYSPPDTPVPKLSELTSLNPLHGHVSAIHASSFFHLFDEAKQLHLAKALAGLLSPEPGSIILGAHGGRPEKGYRVEALGSNWRGVQMFCHSPESWIELWEEQVFKKGTVKIEAKLYEVERDDIPHAENSRFWLMAWSVTRL (SEQ ID NO: 508)

> gfr01g8966
MQEVKKMLTDEMKSQIRGHLTTRVDSMIAEIIQKEVAQRVRRQLTAKLPASLREEVEQYKRQITEVKISLHNSEARRYNALIRSTAFDEPLRPLLLPLMSPAPASGTTAVTSASPPSSSKTPIGASATPELTPLIPSPLFPLNLSSLISMEPSEARWEEGLTGGCHH

> gfr01g6345
MVCSLDPTVPVIADADTGFGGPAMVARTVTQYARAGVAGMHIEDQVQTKRCGHLLGKQVVXARSSXAHPRRGHCARLHSRKTPTS (SEQ ID NO: 510)

> gfr01g5911
MVDGEIVKRAHTLVRVSWPPVAHELQRRAQEVRERFPREKLEXDLEQVV (SEQ ID NO: 511)

> gfr01g5893
MVLLCSPPGQTTTAEEMNYAVVLIMAVFVFATDSWVLPARKWFVGPLPTFV (sequence number 512)

> gfr01g5256
MKFKNGYDLSDSGSAETSMRGPTGSVVRWRRITRWMARSALECD (SEQ ID NO: 513)

> gfr01g6154
MTSAAVGAIPEPNDDGDVTAVPANSTPIAPSPLVIL (SEQ ID NO: 514)

> gfr01g7724
MHNVIISNARYEDWKNGLGAFSHIPVTIVKTSHRWTG (SEQ ID NO: 515)

> gfr01g9197
MKAQQQTYANRPENRSVLKDLLKDYRVLLEMSHKYKFEVLKRKVCTADKNMRYSGFRNSTC (SEQ ID NO: 516)

> gfr01g7729
MILYPEVQKKAQAELDAVVGAGRLPEFGDRESLPYVNAVALECFRWQTVPATLDSA (SEQ ID NO: 517)

> gfr01g6057
MRDDTHCTPPATAFLKEPVRTVHSPTVSLILCCAGEGVRAMPVRKSALESEANDESDRGECG (SEQ ID NO: 518)

> gfr01g5906
MYRACLKTVACDSVTMMRSQARAITAWIWMRSREERFTQNRLRPLAWATFVSPSPTRVRRMCYWKRHVPLLWGPQTPRISPFPSARSPLTTHXRNHRIQPRATRLSYRA (SEQ ID NO: 519)

> gfr01g6998
MSPRLALLPVLLPGDRGPEPRGGAPDLPQWIWDQGERAAAEGEAGDGSRTQGHWGRXLEW (SEQ ID NO: 520)

> gfr01g6106
MRVGTRPSKGASMSSITCKPGFSIFSRTKAMILADASIAPDSMTGSITFPYDLPVRNLVDSDICAMRHSK (SEQ ID NO: 521)

> gfr01g9134
MTLIPKSTTDSSESNSNKETNVLCRSEERALKSXRRFWKTLSTPDSPSLYMPII (SEQ ID NO: 522)

> gfr01g5392
MITHAIIRRVIIRVISLIIRIIAINAYIGVFIVFHRCSRRSRRRGSERTTKPSNEVRLSEPSALRPSIEAKQRPMSALYNVSSHMS (SEQ ID NO: 523)

> gfr01g8377
MPSRPSSVVPAADDAISVDSQHWMGLTLQEPALSLARARWQSR (SEQ ID NO: 524)

> gfr01g5315
MEADAAPASTLPYPPIHRDKKFVVLSDWLVXXXTITNRDSNDCECMIYVVSAFFGQEMALRNGHVGPRIXCR (SEQ ID NO: 525)

> gfr01g9704
MIDQDNRAWVNSLTTADALAKPKTWFSSMSNRSSKVSGRTGVQPELLDPEDRAWN (SEQ ID NO: 526)

> gfr01g5299
MECTGELCKSAGYAWTAWTVYTLVNLVKRTATEDKVLKKSFGKEWASWAESVPYRLIPGIY (SEQ ID NO: 527)

> gfr01g5121
MGSKTGSKSSPLIGKPVQNVQSGTLNCNEQLTLACLRILYDFNYVPLAANKNTVGVVEYSPDHYTRPTWIYFLVTSPKAKLERGRQWLPSMVAYSPSMEIHTNRISIPST (SEQ ID NO: 528)

> gfr01g5698
MSPTTGIVDIVEPGIVGGMASEGENAPLAAEGITVGLLTP (SEQ ID NO: 529)

> gfr01g5528
MTILLPGKTIRTNRKSSTLCXXXXXXXXTVLVGLRFISQRVSVQAQHSAIVAHPALSHPSRYTSFTHSPPSCIRASKTNYRITKQKV (SEQ ID NO: 530)

> gfr01g9356
MEKMRGEAKVLLGKVEGKPAMVEEGKRMKAGEARVGEVKAGEAKA (SEQ ID NO: 531)

> gfr01g6012
MVVNIHAVHLREEYWVRAAEFDPDRFMEHDVAQWMSFGLGPRQCPARNFATYECARWARCCSPNGSGRSRRILPTVRTYEMRSRRLRCPFRRTSILILSGGCEEPED (SEQ ID NO: 532)

> gfr01g5290
MALTGFIDRRMRARAASLLYVATCTTSIFSSQLSYSAVVRLWTHHRRVTYCYEAVRIMSRSCLHKYIDIGVNYTLTTLTKNASAFSSSSPPVXLCL (SEQ ID NO: 533)

> gfr01g4865
MVKRKHSPIGIRLPGTLALGATGGQSVAGQSLFCRPIFVAHTLVKRIEHLPEDVLADFAPIMLGIYHPRLLLITTPSYT (SEQ ID NO: 534)

> gfr01g8109
MRXVQWAVARDGRANVEGQGDRGGMEPPVLHVVIAPVAGPWQRPRRRQRTRLCPAFPLLSSSSSRQITTLIENRSFAHVFGH (SEQ ID NO: 535)

> gfr01g9841
MFVLDYIPEGLLPNAGAGRARSIAVFTAGWGMKFVPLIGRILKQLLVDGGTNEFDISQFKMDRGGGQIIHMGAVDRMRDLASGRIGSSLRR (SEQ ID NO: 536)

> gfr01g7659
MMKGPYSPCRPSTLRMRQTFASTSSAITSMALRKATSMRSSRSILQTLRKVRPSALARTTT (SEQ ID NO: 537)

> gfr01g6310
MAVASPITELALITMKEGHTRASIASHMDAFVSLGVPPVGMTWGPVIGHDDMLVLVAGWDSVEAHQEYLRSPPENCQVWLVRCCWLAVGRCWRHISTRQCSLWFP (SEQ ID NO: 538)

> gfr01g7684
MGEGLSVRGXGVEYCHVREAAWTHGPGTVLQGLHTIAEVPTLLEIQTGKIAVEACVGEGVTAMSVKFAG (SEQ ID NO: 539)

> gfr01g9360
MMSYHMKAVEILARKLDLKKCQDTLYERDLSLVL (SEQ ID NO: 540)

> gfr01g5762
MKTMEAVARMKTTEVVAANERTTAEGVYALSMSSLTSNETKIAGKDS (SEQ ID NO: 541)

> gfr01g9813
MDVALPPIASAGIAGVREQLPTINIRGNPAVLRAKLGWEYDLLGCMR (SEQ ID NO: 542)

> gfr01g8790
MIGSARRERKVCKALEKVAADVGAKSIQAVAIAYVMQKTPXCSPSLAGARXAXAGQYRXLXIALSPEQVKYLESALPFNPGFPHGMIGNGSSYNVLFSSAGNFDKWPAQQAIRPAX (SEQ ID NO: 543)

> gfr01g4942
MNSVCFTSSTYPRHVGMHTPYTLLHVCPRLRCDSSICRIFSCCCLQFRIQERCSPEYNPNHNYWPTLAPSRAIGGTVTSRGCATCRTKLPLVLCHPLSCAHDCTTRHSYSQTSS (SEQ ID NO: 544)

> gfr01g4715
MRTEVTIMTMPISASADARESLCMSRYNDSGYETQSVQRAMTNWRLVKRKRTGTEYKSGKMERXTCGIVSPMIIPNAHMPPNANANWKNDTAALPLEPKQ (SEQ ID NO: 545)

> gfr01g9661
MENEIFGPILPVIAVDDVDHAISIVRQFPIPLVVYAFTNSEEVKNKLLETTQSGALVLNDTVSHLAVTEIPFGGQGDSGYGGYHGKASFDTFTQVRMYMNLPPSEESRLSSRYRPFDAEKLDATVAAMQLKIPVI (sequence number 546)

> gfr01g7695
MSTRSLPSTRRLHWGPPMSLSTAPAKHMEPVSRNGAPTIL (SEQ ID NO: 547)

> gfr01g5028
MPCPRPPLQNPYSLDTPPPSSTTTQISSAPSPEVTAAPLRTPSSPRRPSPPSKPSAXHTHMLPPLVRDPPAPPRPLRVRRDPRGPCVVLRVCRP (sequence number 548)

> gfr01g7523
MRTLAMTGIVTASMIAFIMCGSLIRATPPSARMSAGTRSSAMTAHAPASSAMRACSTLITSMMTPPFSICASPDLTPKVPKLLVAPSLSLDRVGATTGVPAGFPTPWGTGGVEIPEFCGWLTGVVIAADAGNRGGCRKRYVEWGARLQILWKDSQAGRRHSSAPRP (sequence number 549)

> gfr01g7713
MGQGIRDVLSIFFCTTNGPSFQFCPDKFRYXQEWHPSNHHHGCTVERRGPSSPAGRISMSIAGMRR (SEQ ID NO: 550)

> gfr01g7854
MRRILPSCIMVEDVVHLECRLLRYPRLDTAGKRGQWQDWVTQYELRRVNHLYAKPAEEEDTLDSGEDTDIVQGGPSVVIAN (SEQ ID NO: 551)

> gfr01g8423
MFFGLVALLPFFILGKAVSANPLQARSSELVEVPHVVPAATSATTESVFLETVDLTQGHIDFTNAAVGSPHSDAADDTAYLYVCSSSNCASCIPISLDGATSGNCYGTILFNSVAIIQSSNLGLGYGLYVGTSCNGVLIPTVNTCYNISPAGDTWYRS (sequence number 552)

> gfr01g6984
MPTFKTKPDQNGIYRVKVVDQDLYWEFQPANYSWIKICPRDLNTTKQQWKFISCGTDTWKISSFYDGKQLTIYKSAETYWGYGYAVGADQTSDTWQVKEKTVDFKTFSKINITGNANVLDSDPAADGCVHFYYDNSERERQRWEFQFLESC

> gfr01g7163
MSHGKQFTCTLTRLDRTDGKWRSCLRSSDWRTSLFISTCIRASKKALNTPSTILMDASPH (SEQ ID NO: 554)

> gfr01g7859
MVTAAEEMVLFVLVVRRLSAATLLRPPGRAVNGTAQAPICAGECPPGKTQVTTDGSGDGASCVSGNKVFCCNSANSTSTAYIPEATGSKAGFMIINDALGKREL (SEQ ID NO: 555)

> gfr01g5301
MVSPDERKKPSDVYGVAGSSEVRAGDRAPDAPGLEIVHSADNAKPAVECTSLFRIFGVSYHTVLLFTADVDLVRAAIDALSGYPAGATRGVVILPSGTTRFKATNGAEYVLVDQEGHAHTGYVVPVETSNIVIVRPDGVIGGIVLGVEGLRRYFGGIFLV (SEQ ID NO: 556)

> gfr01g9915
MEPPGLPRHRXPSGVTVDPAVDVADATAQPASPADAYNQSIYDPQVMVGAPINLQLTARRFDDTMLVAAQKSSSVFLKA (SEQ ID NO: 557)

> gfr01g5638
MPYLNACIRESLRFNTPLVEVVPRTCTRDTVLRAGNGQEVVIPAGASLTINVHTVHHREDYWTGLASSTLSALWAPGRAWIRSTTLRIGCRSGLARGNVLHGTLRCTSNGPVRDAAEEWEWSLPDDSPHRAHIKNGFSPFALSLPKDLYIDFKRRV (sequence number 558)

> gfr01g9277
MSFGESANTSIDNGVLSLTQAGIHVVAAAGNTNIDASGISPARSQHCTTVGATTIGDARWANSNYGFVLDVFAPGVDILTASKDSITATQWATGTSFAAPFVTGIIASFISHWATSYQQR (SEQ ID NO: 559)

> gfr01g9623
MFQLGPGSWWRECMGLWDSVPGKALTAVWMGVLSASRSACSCGRARRTRSCGTSSRRSGMCGRGTRRISSSRVSTDLESSPRTHVWQRSGRFACMMAFR (SEQ ID NO: 560)

> gfr01g4777
MKEDGNTAFKASRFQEAIEFYTNAIGESFRFGHTTATADLPL (SEQ ID NO: 561)

> gfr01g9571
MKAKIDALKDLINNAREELGGDIQLAADIKLVADMTVIDHDLKGIITLIPPTILAIEGMIGFWDAIASDLKNLQTLAHNDIHKASAALANIESKKVIDRWNALGDAADKYRKAAYVTDVQKKTLEQVSEELGRAQ (sequence number 562)

> gfr01g6458
MTRQGIIWFMIAIAFYIPLVTLVYLDFNDPMNESA (SEQ ID NO: 563)

> gfr01g9744
MRTSLFVSALLAFSVAAAPIELTARRPEDGALINNNVHQKINGRNPSDGALINNDIYQKIHERAPEDGALIHDNVHQKISERATGPGKLILHNVHQKIGKRAPEDGALIRIMCTRQYMSGHQKMVR (SEQ ID NO: 564)

> gfr01g7819
MHFLSTVLLCTVLSSAAGVFAAPARISVPVQRDQSEIERRDGVTTLSLSQFAAFTPFTQFARAAYCASSKITNWQCGQACDALPGFQPTLTGGDGNAVQLFFVGYWPADNAVVVAHQGTDPTALLF (SEQ ID NO: 565)

> gfr01g9895
MRILIKDNTPISDPVKVGRALITISREDNPPLRLPLGPEARYLLHGKIVDIEKEMEAWKDLTLSTAADDADPHYFEKLGVVRGE (SEQ ID NO: 566)

> gfr01g7901
MPIEHDCVNECGEVILPDQSIVMEVRPELCNSCLRRHPHGTNGSGRNNGAGGTNGRNGTNGTNGMNGYGNDMGTDTETETE (SEQ ID NO: 567)

> gfr01g4629
MLREESTQTSLRRSRLDTMNKSMASSTCIPIERLQCELMAIRIDSTSSANTAPHRYRFSTPYIPPRTLHDLIQVRTYAP (SEQ ID NO: 568)

> gfr01g6678
MLALGLVSPAISLYQFSISTPLVDTTDIPTCALLSGFNTVDEAEDWDFGLRASAVSPMRPS (SEQ ID NO: 569)

> gfr01g7283
MPCSGHTGYELAPGSEHLGVIAVRPVPILHSAASWFDAVDRLWKVLPNELVSKDYYVQSATSGGAHVEKGHRLRGFQVPVWAFI (SEQ ID NO: 570)

> gfr01g7614
MCYSNWWHSYMSPRNAGKEDGRRKRASLSSTGARVAKPELRSPSPSALVSSENKVPLDQSHAVDSNPISTALDTTTADNSGTTCQLRFNTSFHPWRFPPPSPDNANQG (SEQ ID NO: 571)

> gfr01g5111
MQTRPLPDARPLWGTRGECQPIVPGNRIGGQARRCGETGSGLLACADEGTVTLSGSRKGYAPRVGEIVELSVISVVYSLS (SEQ ID NO: 572)

> gfr01g9868
MHVDVLQETFVSRDIVLQDRQKRGLKRSVSAESVKITADNAV (SEQ ID NO: 573)

> gfr01g9871
MKPEEIEIFPQCDSTAELVIHRRDIVRPPLAHAGRTHTTTMAELTESEVKAIRKRTMKLLRVATFRR (SEQ ID NO: 574)

> gfr01g7631
MAKAFQCCGKAEMMRHWMQVSKAVGHDDEMPSSHHGGPFAAAAGIARSVPYKLR (SEQ ID NO: 575)

> gfr01g5563
MCIICFLPPTKEPCGVEDIGRAGLKWNRLSSADRTLAVIREWMFDSSVQSDGHTSQPRFERSGRYARGESCILP (SEQ ID NO: 576)

> gfr01g5611
MSSPNPKISISSRRPRCQRRKGRDEEKLSTAGRDGIRIHGGDGLLHNTRESCNLNQSTIAVSHLHSDLARFCDVSSLVGRRGVYLRRAADDRVLALIFRYQIGXGKKSLPANPAVWR (SEQ ID NO: 577)

> gfr01g4627
MSYTINVSLIQHQSDPIQVVEKTVWHYASGGTWTGNLDINEQVLTMGGSGTSGALRFKVGEDYFCVPMGIDDYKSWCDLVINLEPKNTAVEIHPTYYDGTNDSIRQKHVQSINKTAAHGHNIGVQFTTQDGNNFWFTITIT (sequence number 578)

> gfr01g4919
MKGYITPCAGVYRARRRHSTPKRHCPSCTASTHCSPRATPKESLYDYLPFFAFGRLSFTRSLTAIXAAR (SEQ ID NO: 579)

> gfr01g9686
MMTFLGGGRACIGFKFXQLEMKVVLSLLLSRFTFSLSDNRSFGTFAPFGTRPWGRTARNQRCG (SEQ ID NO: 580)

> gfr01g6121
MNVLDFLQTATTSEKLYSFNLGKLVATEGVTAGDGKEICEVRXXXXXXXXXNLSMGDVGLNPVWGGP (SEQ ID NO: 581)

> gfr01g8521
MLVRQQVLAFPAYLLFNVSGQKNYPKWTNHFDPNSILFRKHQRNAVIISNFGIITMCYLAQRTCAIWGAAEVIKYYGIPWLCVSHWFIMITYLHHTDPELPHYRTHPVELPAWGCCDGRSEFPGMDGALLPARRRALPCRPPLLPENAVLPRT (SEQ ID NO: 582)

> gfr01g8171
MVAATLRHLRSLRLMRRDSGWIHTLLEEAENERMHLMTFMTLRNPSYFFRALCLELRACFTMLSSYAILCPHVPVTGSLAIWRRKQC (SEQ ID NO: 583)

> gfr01g7829
MLHLDVPPLIVGHAEPSMSILGGLTVKRNIVDQGSPISAAVDDGAKLLVKEVAQAAAVGHRDHVGGSSGSGDVEQRSNVLTVVEKSILDNGAVVWIRSSTSRGPAIGSARCAADVRLPLHEI (SEQ ID NO: 584)

> gfr01g7830
MHLLHLHVLGFTNVGLGATVLPSHSLIGPEAMRAADAPKGIVHARRAYSRCKTSISRIMI (SEQ ID NO: 585)

> gfr01g9564
MRCMIQELLLILICDVEILYYALLFDGQYRERITPGRERVQLIIKQLVSYIIYHLISYQRALKD (SEQ ID NO: 586)

> gfr01g6753
MINGPEWMHFINEGKSITYRNINISAVSTSKNEAKNTDGWDIFRSDTVVIEDSIVNNGDDCVSFKPNATNIIVSNLSCNGSHGISVGSIGQYSGEYDIVENVLATNIKMSNAQNGARIKAWAGKGCRLRDRQKYHLSRFCGG (SEQ ID NO: 587)

> gfr01g8578
MWTLMSPRKAQLSEVQLALLFLVMDQVLAFGLVDGERREVRHRGKAGKGGVGTVFLTRL (SEQ ID NO: 588)

> gfr01g7924
MTNIYSPVIVYPFWTPDNQTLEVLVTSDRWDTVTGMAQLTWYDWSGTELDSSKHDFIVPTLNNSVIFQATGLDTILPTGMNATDAWLLLNLTAVVDNKTVTHEQYFTPNPLSVANLVDPAIAVASGNNLTFTLSAKGGVAPWTWIDHPAGTVGYFADNETGAPVSFSFLVIPN

> gfr01g9891
MSCNPGNLKTDMQRYVSRIVMILGPLMLYPAHMGALTQLWGATMPEALNYNGKFLIPWARVGECRAEAYDPEIGERLWNWCQEQVKGF (SEQ ID NO: 590)

> gfr01g6909
MLIPRLNTVARACLELAGHVAGYVALEATVLAVHGGDTQWSKVSILLEELKALYGLEYDVHAIDISKNTQKEPWFIKLNPNGRIPVLVDRNRANFTVFETAAILLYLEQHYDTQLAFSFDPATRPNDYSEMLQWMFFTHGGIGPMQDQWRIGHLRFAREDIPYKANRYLNETKRDW

> gfr01g6828
MTVRAVSTVNKGELEVPYTIFLSSKSSGVKVETKGRWRGVSTWDLRHTISTVEQE (SEQ ID NO: 592)

> gfr01g9343
MYMAIGQCGSVLGSHLYPSTEGPRYIKGFAVTCALEFLAAIVAIILTVSYRIENKRRDLKYGKPARDAPVDTSELADQAPAFRYTP (SEQ ID NO: 593)

> gfr01g5433
MICAIDGLLIGAFYLIAVSNMHGELLRMQNTARFRLTGWRSVPSLLAAPVAWLAWSAISLLALIISYVWHAGATIETESNGHPSAPSYIAHIAVTGVLLTGIVHFVVIVHSVSKMGSVVEQDAAV (SEQ ID NO: 594)

> gfr01g5725
MVPATSSSPPPDSQPVFVPLPIFSRFFFKRATLSSFLXPSAPVSSATNG (sequence number 595)

> gfr01g9039
MNRFNPSTGRVEPFIRDPALQWPDTVSVVSLKSGGNFAYFTANQLWLSPDYQNGTDLRTKPYAMFRVPLEGGKATQMD (SEQ ID NO: 596)

> gfr01g9040
MSTPAAHISFRYFGLRVPFIFALHYLAAYPKRLADISHMRSTCSLFIRFPCRTRSFAITIQMQTLGSHFLVAP (SEQ ID NO: 597)

> gfr01g9332
MFPSTISDKALSLLPHPTSAAALCVSPVFFTGWLFTCTGALIRMSCFRTLGRLFTWELAVRDNHRLVTTGPYSIVRHPSYTGSTLVGIGNLLCAFGPGSYWVESGFLKSPVGRVLGTAWLVYWIFIPALLWSRVNKEDAVLKKEFGKEWEAWAKKTPYKLLPFVY (array number 598)

> gfr01g9800
MADAVLDRLTASNMFDLRGVVAVVTGGGTGIGLMITTTLVANGATVYIIGPKQVDLDRIANVYNEAAEQTKRPGKMYGIEGDIRLKSEASRLADEVGKRERHVTVLFNNAGIAVGGFKRPGPGATAEDFRAALFDAVSEEDFDNSMHTNAIGPYWLTFAFLPLLEKWSGPATGRFAPTKIISGSSIGGW

> gfr01g9127
MTLVSIEPSWNMYTYPPSVDDLYYVSQPWSVGLLGFASTTYGAAISEIITGVLAPVVRWETVTTDSRYGRVWKGYGPNSDYVVLSNVCYSLGGQPPAQPPTELVKSMRAIHRCALKAAKYANEFPLKGSSPGGSIWSVSEEEFDKPINEKKISSPWRFTASGVAPLDDPYVWNMDEVVIR array number

> gfr01g4929
MARSALLRVEIIRNSMESTPXRREEVSKGLNRAVSSRLHSWYLCPTGKMKRR (SEQ ID NO: 601)

> gfr01g4930
MMGTTVLYSSGDDGVAGNGGLCLNSRGEASNSGTTFNPDFPVTCPFVTAVGATQINPGSTVNDPEGACEQVIFSGGGFSNFFALPDYQATAVTSFLTNHPPPFTSKQFNDSGQSRGFPDIAANGANYIIGIDGEFELVFGTSCSAPVVGSMITGLDGTGTGITITIT

> gfr01g7260
MGEQERHASCCASCKSISQIRHTRATVRFRASLRQCVAPCRACGAGHPCEGELVELKYPCYGQRARLWIPGARRSAGRAERDRLHQYSHAALLFPECLNLGQGMASRPDRLRLVHRARRWQENVLR (SEQ ID NO: 603)

> gfr01g7349
MQRQCAEYAKLGLMGTTVLYSSGDYGVAGNGDLCLDSNGYEDYFGTIFNPTFPAGCPYITSVGGTQVDAGATPTEPESAWMDLIDEAYSSGGFSNVFAIPDYQKSSVEKYLQEYPPPYASDVGIHLGQGHSLIYRLTQTTLGVAVFGEIVAVSGTSASSPTVGAILSAINDGRLAIGKRPIGFINPVIYSPLFRDAFNDITKGSNPGCGTXDSARSWMGSRYWIGYAEFQKTAGEVVGPAVNQNMERVSSLISTMSWWRIFGLGWTIRYP (SEQ ID NO: 604)

> gfr01g4873
MISLMSERESIVEARAVPNPRARTTRADVYILCKETRREVPGSLGQRDRWYRGWRTGIACCQKTYYILRQEGPRVNTWNGSSAPLT (SEQ ID NO: 605)

> gfr01g6706
MKGFSEGLKLGSYLVEYLPLLRYVPPWFPGAGFRRQTVKWHADATALRTVPFVQAKEDFNNSATAVKSSIASMQLEKISGMEGLDIVEAEEDIQSVLGVIYAGGADTTFSTLQWFLLAMILYPEVQKKAQAELDAVVGADRLPEIGDRHSLPYINAVAMECLRWKPVLPLSVIHATTDDDEYKGYFIPKGSLVIPSIWAITQDPSIYPDPHEFIPERFLKDGQLNPEVKNPNTAIFGFGRRICPGRHFAEETVFINIASVLHVFNIDTHLDAAGRPIAPKPQMTSGILTYPAPFQFNLKPRSSSAEALVWDGMGSASEATVSP (SEQ ID NO: 606)

> gfr01g7836
MDNISEIETEWPTQSNRVASVLGGERQGRQSTPVWKGVRGKSRRRRSEEGLRDFESSSPGGFEATAGGFACGAVRVFMHVVLHESYWYWIRL (SEQ ID NO: 607)

> gfr01g8262
MGLPSGKLFDAGYFHHLQIGGMLLLVFSMFMLSLADTTKYYQLFLSQGLGVGLGSGLIYVGVVSVQAHHWRKKRALAMGILNAGSSCGGVVYPIMLNKLINGRVGFAWGVRASAFLTLGLLVIANLSMTTRSTHIKGAAAAAGPKKSLTQVLNDGPYWLTNVGGFLAVLGLYIPYFYIQLFVSLHGLSPSLAFYSLAIMNAASIFGRIVLNYAADHVGPFNVICYVSVISAGLVFVLFGATNTAGVILFTILYGFISGGFARCCL (SEQ ID NO: 608)

> gfr01g6965
MLVFGYFYVYLFIPETRGLSLEEVDEMYRSGVKPWNSATWRPSEKHLHEKEHVSMELREVKDKDDGSA (SEQ ID NO: 609)

> gfr01g6891
MGIALIDAAKQAGVKHFVYCSVLFPVLTKLLNHKVKCFVEEYLIESGLNYTILQPTSFMQNVNLKYVIANSVLPAAYSPKVLQGYLDLQDLAAVARLVILDPASHNRARYELVGQNATFEDVAREISSYVGKEIKCEQISREEAVSRGITPVKLSSDYAVELGDGNTTLY

> gfr01g9083
MGEIYWSGGITVLLGIFITLAVHSFYIRRVWIVSNKSIPMTALVTFFAACRFGFGIATSVMSYSIPEWVTFRSRTAPLVTISAGIGGAAIVDVLVASCLIYYLRRSRGSWESSNNRLHLIIVYTVNTGAITSIVCVVRDTVRNREG (SEQ ID NO: 611)

> gfr01g8270
MPSGTQAIALRLPAVRGSAPGPYYQVQSSGHSTSIAVAPKTIIAFPTDAFTHCLQSPALQHSLQIQLPEVATERSHNLATEGDIERAAAVYLLHDVNLIIENLLINQLHIDAAKIECVGQSTTGTSRPDIKYTVNGKTFLVVEYKRTNALRDNDWTHAALVKPGRTAEQIIKNIPKGVQTALTDNAGVVSKQASKYSSQCGLVLLCNYQDTIVLDFTPGAHNARWNDLTDPVKYFFSDGQRITHKQLLLAALVYGLRKVGVLGANA (SEQ ID NO: 612)

> gfr01g9632
MGTGYGESKWVAESILLRAMHDTGIHVNIVRVGQLCGDTTHGGWGEKEWVPSMLRSSQALKAIPVRDEMISWIPVDVAASALLEMAGSAEPVLHLVHPTPVPWTVFSDAASDLLDLPTIPWVAWVSKLQAMHADSGLDQAALGDNPAVTLLDFFSKYRMIVAWILGVV array VSVSGSLKEAAVLGVV

> gfr01g9238
MGSFISKQSGFDPAKDISDLTGKVIVVTGGNSGIGFATVQYLARQGAKVYLGARSEQKAKAAIERLHKEGLGPRNGEVVWLNVDLSDPRDAKKAAEEFLTKEKRLDVLVNNAAILRGPMSATHDGIEDIMMVNHISPFVFTRTLLPLLTKTAKEPNSDVRIVNVSSDAMNMVKRGVRFRNIDDFNIECKESMMPDLARYGLSKLANALFTKQLQKKLDADQVPIIVIALHPGSVNTEGLLRDPILVMPIIGPIARLLFSVIFLTPSQGATAPVFAAAAPAVRAQPELYKAAFLQPSAKIGRPTNPDAQSAELAKELWDTTEKILEKLEV (SEQ ID NO: 614)

> gfr01g6202
MPVPVPELGSYNYVPETKENLDWADLVTLDFNLLGTPEGKKQLAAALIKAVREDGFFYVKNFNISQERVNRQFALGKRLYDLPLEEKLKYVPEGLEKGAFNGYVPAGRRILEPVLGLRDRTEIYNIPKFNGDFQHNHPAIIQDHLPEIEEFARSLHSEVLDPLHVLLATALELPEDYFTNIHKYQVKSEDHFRYMKYSKYTPEENIKIGKLWGQGHTDLGSWTLLFRQPVAALQIQNHKTGQWKWAKPQDGTLTVNACDALSFLTAGYVRSTIHRVAAPPKDQEHVDRLGLLYFSRPHNDVKLSTITESPVLQREGYTQNEFEKSGNPVPTMEEWTFAKQAWQRTKDVVRGDKNFETAQILPGWQERPYA (SEQ ID NO: 615)

> gfr01g7225
MGILRYGQESITVMTAYAAVVLLKLLRSSDSGPSQTEDIYTLINRTASAYEAGGCPSSDTASHXCTIPTWLG (sequence number 616)

> gfr01g4955
MGHRRTVDLIQTESWGIVVASHSESHGTGEWNVGGRE (SEQ ID NO: 617)

> gfr01g6178
MAIAGYILAIVAKNNTQRYAAVFLIAAGIYPCGPCILSILPNNSAGHYKKATTVALQLAVANMGGFVATFSYDSSQRPTYIRGHSITLAFVILAWIAMFCNVMYCIWENRARADGRRQDNLVKYQDLWDCGKTRAPIGDRHPDFRFTL (SEQ ID NO: 618)

> gfr01g6511
MGLASIEPESPQRTPDVSIPACNTAPAFPSFFGMTHARMVHVSDLRVLLTPDANHSDFKTVGFYSPIAQEPFYSGLGLFEMALDEWLLCFANRDGSNAAQGMMHV (sequence number 619)

> gfr01g7422
MLSILAVVPILLTALPTLDALNNGLAITPQMGWNTYYHFGCGISEDVVLSAANAMVSNNLTQLGYNYVLIDDCWQADMRDPATNAPVADPSKFPNGMKAVADQVHALGLKFGLYSDAGTYTCGNKFGSLGFEEIDAQTYASWGVDYLKYDNCYNEGLAGTPKISHDRYANMSRALNATGRPIFYSMCNWGEDGPWNFALXIANSWRISGDLLDNFDRYDDRCPCNSILDCKLPGFHCAMSRIIDFAAPVGARAGPGHWNDLDILQVGLGGMTYDEYVTHFTMWSLLKSPLIIGTDVTDMTNETLTILTNTALIDVNQDAAGSTANRMWKRTVAAGGDLQLWAGSLVNNQFVFALINTSPNEQIVDVEFVDVFFDQGKAYQQGTYTLYDLWQKDGAGSWGKNIGNFQGSLPQVHIGSHQTMVWKAVPASGAQAADLHGQSGPKK (SEQ ID NO: 620)

> gfr01g9655
MPVVRRAAILSSAGSESMDCDIVGIAEVVSTDGAGIGADS (SEQ ID NO: 621)

> gfr01g9657
MLLEDAPGTHCEGTGFGTGLAWLLLAFWTVKVVYALRSTNRRLGTEDAELHRTFGAEWETWAERVRWRLIPWIY (SEQ ID NO: 622)

> gfr01g9968
MIRPDPQIQPYMRSGVYFKSWTGTTIGFPPTGGGGGRGLVSDVVARNVQLDRVTTPIQLYQTNLGHPGDSPSPLQFKNLAFVNWSGTASTDTIVDLECSAAAPCEDISFRDINITPTDGQPPTYTCINVASVQLPGQDMV (sequence number 623)

> gfr01g9412
MSRRPSRRCRCRNSRSPSPLRTPQRRTALQRTEGLETWRQESRRTPLRLLQMPMEVYKRLGYVLHSFTEFICIYELDYTDATNCTIFQGSIAEGPHGALVHIHLPASTQRYALSLHAQLCVAHKMATTRTPITSHLFDPLESCHTFPHLAKFCLSLSFLLPPLLFLPSP array KYGRLSSPAPS

  SEQ ID NOs: 625-638: Artificial sequence (synthetic oligonucleotide)

Claims (8)

A mushroom cell sorting method characterized by identifying differences in varieties of mushrooms using the expression level and / or expression pattern of at least one mushroom gene as an index , wherein the mushroom gene is SEQ ID NO: 13, 100 , 138, 160, 212 or 292, or 90% or more homology to the base sequence shown in any of SEQ ID NOs: 13, 100, 138, 160, 212 or 292 The method for selecting fungi of mushrooms having a base sequence .   2. The mushroom gene according to claim 1, wherein the expression level and / or expression pattern of at least one mushroom gene is used as an index to identify differences in mushroom varieties, and a strain is obtained by selecting or purifying mushrooms. Cell sorting method.   3. The method for selecting mushroom cells according to claim 1, wherein the expression level and / or expression pattern of the mushroom gene is detected by hybridization, polymerase chain reaction (PCR) or sequencing. What is claimed is: 1. A mushroom cell sorting method characterized by identifying differences in varieties of mushrooms using the expression level and / or expression pattern of at least one mushroom gene as an index, the mushroom gene expression level and / or its The expression pattern is detected by the expression level of the protein encoded by the gene and / or its expression pattern , and the protein is represented by any one of SEQ ID NOs: 325, 412, 450, 472, 524 or 604. Of the mushroom, which is a protein having an amino acid sequence, or a protein having an amino acid sequence having 95% or more homology to the amino acid sequence represented by any of SEQ ID NOs: 325, 412, 450, 472, 524, or 604 Cell sorting method. 5. The mushroom protein according to claim 4 , wherein the expression level and / or expression pattern of the protein is detected by Western blotting, radioimmunoassay, enzyme immunoassay, fluorescent immunoassay or sandwich immunoassay using an antibody against the protein. Cell sorting method. The mushroom cell sorting method according to any one of claims 1 to 5 , wherein the intra-varietal difference is normal or abnormal in the formation of mushroom fruiting bodies. The mushroom is selected from edible mushrooms, including maitake mushrooms, eringi, beech shimeji, shiitake mushrooms, hon-shimeji mushrooms, bamboo shimeji mushrooms, enokitake mushrooms, sea cucumbers, mushrooms, oyster mushrooms and matsutake mushrooms according to any one of claims 1 to 6 . Mushroom cell sorting method. A mushroom cell selection kit comprising a primer or probe for detecting the expression level and / or expression pattern of a mushroom gene or a protein encoded by the gene , wherein the primer or probe comprises The mushroom cell sorting kit, comprising at least 15 bases of the base sequence represented by SEQ ID NO: 13, 100, 138, 160, 212 or 292 or a sequence complementary thereto .

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