KR20170053284A - Low-density SNP chip considering the economic costs in Berkshire - Google Patents

Low-density SNP chip considering the economic costs in Berkshire Download PDF

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KR20170053284A
KR20170053284A KR1020150155585A KR20150155585A KR20170053284A KR 20170053284 A KR20170053284 A KR 20170053284A KR 1020150155585 A KR1020150155585 A KR 1020150155585A KR 20150155585 A KR20150155585 A KR 20150155585A KR 20170053284 A KR20170053284 A KR 20170053284A
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김종주
이학교
이윤미
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영남대학교 산학협력단
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Abstract

The present invention relates to a low-density single nucleotide polymorphism (SNP) chip considering economic costs in the Berkshire breed. The composition for discriminating the Berkshire pig breed comprises a probe in hybridization with 1479 SNP marker groups. When discriminating the Berkshire pig breed using SNP markers, costs can be minimized and discrimination accuracy is high.

Description

[0002] Low-density SNP chips considering economic costs in the Berkshire variety include < RTI ID = 0.0 > Berkshire &

The present invention relates to a low-density SNP chip which considers the economic cost of discriminating pig brecker varieties using single base polymorphic markers.

The swine industry accounts for about 42% of the total production value of the livestock industry, which is 5.5 trillion won. However, it is expected to suffer great damage by the conclusion of an FTA, because it has an unfavorable structure of 50 ~ 60% of the pig farming industry in advanced countries. The number of survivors has increased from 9.9 to 10.5 in the last 10 years. Therefore, in order to maximize the efficiency of breeding pig breeds and compete with the advanced breeding market, practical application of genome selection technology is very urgent.

Since the 1970s, the rapid development of biotechnology and genomic sequencing technology has enabled mass sequencing, and it has become possible to produce large SNP chips covering the entire chromosomes by locating these large SNP markers. In the case of pigs, Illumina porcine 60K, and recent 70K SNP chips were developed. The accuracy of each individual's pedigree information is very important in improving and selecting such genome information.

However, the cost of analyzing large SNP chip genotypes may still be burdensome at the commercial level. Therefore, it is required to develop a low density SNP chip with only a small number of SNPs, minimize the cost, and apply it to breeding improvement based on this.

 Genetics Selection Evolution, vol. 45, pp. 28 (2013.07.29)

It is an object of the present invention to provide a composition for distinguishing a pork breccia variety, considering economic costs, using a single base polymorphism marker.

It is another object of the present invention to provide a kit or a microarray comprising the composition for discriminating the breed of the present invention.

It is still another object of the present invention to provide a method for distinguishing a pork brecker variety using the kit or the microarray for identifying the pork brecker variety.

In order to achieve the above object, the present invention provides a composition for distinguishing a pork brecker variety comprising 1479 single nucleotide polymorphism marker groups represented by SNP names and probes capable of hybridization.

In addition, the present invention provides a kit for discriminating pig breccia cultivars comprising the above-described composition for distinguishing a Pork Burksher variety.

In addition, the present invention provides a microarray for discriminating pig brekfast cultivars comprising the composition for discriminating the breed of the present invention.

The present invention also provides a method for identifying a single nucleotide polymorphic marker group of a nucleic acid molecule isolated from a porcine animal using the kit or the microarray for identifying a Pfr. The present invention provides a method for distinguishing a Pork Burkhörter variety including a step of discriminating a Pork Burkhusher variety.

The present invention has the effect of minimizing the cost and high discrimination accuracy in discriminating pig brecker variety using a single base polymorphism marker.

FIG. 1 shows Imputation Error Rate Average according to each analysis method for developing a low-density SNP chip for discriminating the Berkshire variety according to the present invention.

Hereinafter, the configuration of the present invention will be described in detail.

The present invention relates to a composition for identifying a pork brecker variety, which comprises a group of 1,479 single nucleotide polymorphism markers represented by the SNP name and a probe capable of hybridization.

As used herein, the term " single nucleotide polymorphism " (SNP) means that one of the nucleotide sequences consisting of A, T, C, and G on the genome is changed to another nucleotide sequence.

As used herein, the term " marker " refers to a material that constitutes a low-density SNP chip for discriminating pig breccia varieties and includes an analogy of high-density SNP chips through inputation. The marker comprises 1,479 polynucleotides.

According to one embodiment of the present invention, a SNP marker capable of discriminating a Pork brecker variety can be selected through the following process.

We analyzed the genotypes using high density Illumina porcine 60k chip in the data of finishing pig breeders of breeding breeders, and analyzed them using the high density Illumina porcine 62,123 SNP array in Berkshire varieties. Three QCVs (Quality Control) are performed for each SNP, and SNPs of -log (p-value) less than 3 are removed by Hardy-Weinberg equilibrium (HWE) test. The call rate eliminates the SNPs of individuals and SNPs that do not exceed 90% based on the missing data frequency of the collected genotypes. A total of 1200 individuals and 51,709 SNPs were set up. To set up the Test Panel and the Reference Panel, select the first object through random selection for 200 test panels, select the object at regular intervals, and set the Reference Panel for 1,000 panels. Among the genotypes of 200 test panels, only 500, 1000, 1500 and 2000 SNP information are left for each analysis and the rest are missed. The SNPs selected here are extracted randomly within the precursor chromosome. Imputation is performed using the Beagle program to estimate the genotype of two Test Panel 200 using the information in the Reference Panel. In order to confirm the agreement with the previously measured genotypes, the genotype data of the Imputation completed test panel is compared with the existing data to perform the accuracy test.

As a result of the accuracy measurement, the minimum concordance rate was about 79%. For proper low-density SNP chips, the imputation success rate should be at least 90% and 1,479 out of 2,000 SNPs will be selected.

As used herein, the term "SNP designation" refers to the reporter name disclosed in the database of Illumina Porcine SNP 60 BeadChip (WG-410), wherein the database contains the location and sequence of SNPs and their nucleotide sequences in Table 2 As will be appreciated, those skilled in the art can readily ascertain from the database via the SNP name. Thus, in order to avoid overstatement of the specification, the SNP name is used in the claims, but is considered a category understandable at the level of the skilled person.

As used herein, the term "probe" means a linear oligomer having a natural or modified monomer or linkage comprising a deoxyribonucleotide and a ribonucleotide that can hybridize to a particular nucleotide sequence. The hybridization may be implemented by detecting or amplifying SNP markers. Preferably, the probe may include a primer capable of specifically amplifying a mutation site of a gene, an aptamer capable of generating a detectable signal through hybridization, or a complementary polynucleotide.

The probe may be a perfectly complementary sequence to a sequence containing the SNP of the present invention, but a substantially complementary sequence may be used to the extent that it does not interfere with the specific hybridization.

The term "primer" means a base sequence having a short free 3 'hydroxyl group and can form a base pair with a complementary template, and functions as a starting point for template strand copying Quot; short sequence " The primer can initiate DNA synthesis in the presence of reagents and four different nucleoside triphosphates for polymerization reactions (i.e., DNA polymerase or reverse transcriptase) at appropriate buffer solutions and temperatures. At this time, the PCR conditions, the lengths of the sense and antisense primers can be modified based on those known in the art.

The primers of the present invention can be chemically synthesized using the phosphoramidite solid support method, or other well-known methods. Such nucleic acid sequences may also be modified using many means known in the art. Non-limiting examples of such modifications include, but are not limited to, methylation, "capping ", replacement of natural nucleotides with one or more homologues, and modifications between nucleotides, such as uncharged linkers, such as methylphosphonate, Phosphoamidates, carbamates, etc.) or charged linkages (e.g., phosphorothioates, phosphorodithioates, etc.).

Also, a probe polynucleotide for detecting the SNP marker capable of generating a detectable signal through the hybridization means an oligonucleotide capable of binding sequence-specifically to the complementary strand of the nucleic acid. The probe polynucleotide of the present invention is an allele-specific probe in which a polymorphic site exists in a nucleic acid fragment derived from two members of the same species and hybridizes to a DNA fragment derived from one member, I never do that. In this case, the hybridization conditions show a significant difference in the intensity of hybridization between alleles, and should be sufficiently stringent to hybridize to only one of the alleles. This can lead to good hybridization differences between different allelic forms. The probe of the present invention can be used for a method of discriminating a Berkshire variety of pig by detecting an allele. Such discrimination methods include detection methods based on hybridization of nucleic acids such as Southern blots, and may be provided in a form preliminarily bonded to a substrate of a DNA chip in a method using a DNA chip. The hybridization can usually be performed under stringent conditions, for example, a salt concentration of 1 M or less and a temperature of 25 ° C or higher. For example, conditions of 5 x SSPE (750 mM NaCl, 50 mM Na Phosphate, 5 mM EDTA, pH 7.4) and 25-30 < 0 > C may be suitable for allele-specific probe hybridization.

The present invention also relates to a kit for the identification of a pig breccia variety, which comprises the composition for distinguishing the breed of the present invention.

The kit may be an RT-PCR kit or a kit for DNA analysis (e.g., a DNA chip).

The kit of the present invention can identify a pork Burkhörer variety by confirming the amplification of a SNP marker, which is a marker for discriminating a pork Burkshir variety.

In one embodiment, the pork brecker variety identification kit of the present invention may be a kit containing the necessary elements necessary to perform RT-PCR for SNP marker amplification. In addition to the respective primer pairs specific for the SNP markers, the RT-PCR kit also includes RT-PCR kits that include test tubes or other appropriate containers, reaction buffers (varying in pH and magnesium concentration), deoxynucleotides (dNTPs) Enzymes such as lyase and reverse transcriptase, DNase, RNAse inhibitor, DEPC-water, sterile water, and the like. It may also contain a primer pair specific for the gene used as a quantitative control.

In addition, the kit of the present invention may be a pork brecker variety discrimination kit containing essential elements necessary for carrying out a DNA chip. A DNA chip kit refers to one of DNA microarrays capable of confirming each base of hundreds of thousands of DNAs at a time, and is usually composed of a flat solid support plate (or a solid support), a nucleic acid species In which a nucleic acid is uniformly arranged on the surface of the chip and a hybridization reaction occurs between the nucleic acid on the DNA chip and the complementary nucleic acid contained in the solution treated on the chip surface, It is a tool that enables parallel analysis.

Preferably, the DNA chip of the present invention may be a low-density SNP chip.

The present invention also provides a microarray for discriminating pig brekfast varieties comprising the polynucleotide of the SNP marker for identifying the breed of the present invention.

The microarray may comprise DNA or RNA polynucleotides. The microarray consists of a conventional microarray except that the probe polynucleotide comprises the polynucleotide of the present invention.

Methods for producing microarrays by immobilizing probe polynucleotides on a substrate are well known in the art.

The process of immobilizing the probe polynucleotide associated with the pig breccia variety discrimination of the present invention on a substrate can also be easily carried out using this conventional technique.

In addition, hybridization of nucleic acids on a microarray and detection of hybridization results are well known in the art. For example, the detection may be performed by, for example, labeling a nucleic acid sample with a labeling substance capable of generating a detectable signal including a fluorescent substance, then hybridizing on the microarray, detecting a signal generated from the labeling substance, can do. The fluorescent material may be selected from the group consisting of Pyrene, Texas red, fluorescein, BODYPY, Trtramethylrhodamine, Alexa, Cyanine, allopicocyanine, Blue, nil red or other fluorescent material capable of generating fluorescence may be used. Further, a fluorescent substance having a high quanta yield can be used. It may also be a hydrophilic or hydrophobic dye.

The present invention also relates to a method for identifying a single nucleotide polymorphic marker group of a nucleic acid molecule isolated from a porcine animal using the kit or a microarray for identifying a porcine Berkshire variety and, when the presence of the single nucleotide polymorphic marker group is confirmed, The present invention relates to a method of distinguishing a pork brecker variety including a step of discriminating a breccia variety.

As used herein, the term "nucleic acid molecule" is intended to encompass both DNA (gDNA and cDNA) and RNA molecules, wherein nucleotides that are basic building blocks in nucleic acid molecules are not only natural nucleotides, Also included are analogues (Scheit, Nucleotide Analogs, John Wiley, New York (1980); Uhlman and Peyman, Chemical Reviews, 90: 543-584 (1990)).

The nucleic acid molecule can be obtained from various sources of porcine individuals, for example, from muscle, epidermis, blood, bone, organs, and most preferably from muscle or blood.

When the starting material in the method of the present invention is gDNA, the separation of gDNA can be carried out according to conventional methods known in the art (Rogers & Bendich (1994)). When the starting material is mRNA, the total RNA is isolated by a conventional method known in the art (see Sambrook, J. et al., Molecular Cloning, A Laboratory Manual, 3rd ed. Cold Spring Harbor Press (1987); and Chomczynski, P. et al., Anal. Biochem. 162: 156 (1987)). The isolated total RNA is synthesized by cDNA using reverse transcriptase. Because the total RNA is isolated from animal cells, it has a poly-A tail at the end of mRNA. CDNA can be easily synthesized using oligo dT primers and reverse transcriptase using such a sequence characteristic (see PNAS USA, 85: 8998 (1988); Libert F, et al., Science, 244: 569 (1989); and Sambrook, J. et al., Molecular Cloning, A Laboratory Manual, 3rd ed. Cold Spring Harbor Press )).

The step of amplifying the polymorphic site of the SNP marker from the nucleic acid molecule may be performed by any method known to those skilled in the art. For example, the target nucleic acid can be obtained by PCR amplification and purification thereof. Other ligase chain reaction (LCR) (Wu and Wallace, Genomics 4, 560 (1989), Landegren et al., Science 241, 1077 (1988)), transcription amplification (Kwoh et al., Proc. Natl. Acad. Sequence amplification based on nucleic acids (NASBA) can be used as well as self-sustaining sequence replication (Guatelli et al., Proc. Natl. Acad. Sci. USA 87, 1874 (1990)).

Among the above methods, the base of the amplified polymorphic site is determined by sequence analysis, microarray hybridization, allele specific PCR, dynamic allele-specifichybridization (DASH) PCR extension analysis, PCR-SSCP, PCR-RFLP analysis or TaqMan technique, SNPlex platform (Applied Biosystems), mass spectrometry (eg MassenRAY system of Sequenom), mini-sequencing method, Bio-Plex system Such as BioRad, CEQ and SNPstream systems (Beckman), Molecular Inversion Probe array technology (e.g., Affymetrix GeneChip), and BeadArray Technologies (e.g., Illumina GoldenGate and Infinium analysis) But is not limited thereto. Or by other methods available to those skilled in the art to which the present invention pertains. The base at such a mutation site can be determined preferably through a DNA chip.

Further, the detection of the SNP marker can be confirmed from the signal detection by the hybridization of the probe immobilized on the solid support and the nucleic acid molecule separated from the porcine body using the above-described detection method using the probe polynucleotide.

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described in detail below. The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims.

< Example  1> Collecting Pig Samples

The samples were collected from 1,200 finishing pigs in the breeding group of black fowl, 361 in 2013 at Sunchon National University, and genotype analysis was performed with high density Illumina porcine 60k chip.

Example 2: Low density SNP chip discovery method

The Berkshire collected in Example 1 above was analyzed using high density Illumina porcine 62,123 SNPs arrays. Three QCs (Quality Control) were performed for each SNPs. The Hardy-Weinberg equilibrium (HWE) test was used to remove SNPs with a log-p (p-value) of 3 or less. Finally, the call rate was reduced to less than 90% based on the missing data frequency of the genotypes collected for each individual and each SNPs.

A total of 1,200 individuals and 51,709 SNPs were finally used.

A total of 1,200 test and reference panels were divided into two groups. The test panel selected randomly selected 200 individuals and randomly selected the first individual. For the remaining 1,000, the reference panel was used.

Among the genotypes of 200 test panels, only 500, 1000, 1500 and 2000 SNP information were left for each analysis and the rest were missed. The SNPs selected here were extracted randomly within the precursor chromosomes. Imagination was performed using the Beagle program to estimate the genotypes of two Test Panel 200 using the information in the Reference Panel. In order to confirm the agreement with the previously measured genotypes, the genotype data of the Imputation completed test panel was compared with the existing data and the accuracy test was performed.

As a result of the accuracy measurement, the minimum concordance rate was about 79%. For proper low-density SNP chips, the imputation success rate was at least 90% and 1,479 out of 2,000 SNPs were selected and used in low-density SNP chips.

Results according to each analysis method are shown in Table 1 and FIG.

Imputation Error Rate Average Total_SNP_ number Non-starter_SNP_ number Selection _SNP_ number Aver. Error rate Standard deviation (stdev) 51,709 51,209 500 0.21 0.17 51,709 50,709 1,000 0.13 0.13 51,709 50,209 1,500 0.11 0.11 51,709 49,709 2,000 0.09 0.09

The SNP nucleotide sequences of the low-density SNP chips obtained through this experiment are shown in Table 2 below. In Table 2, [A / G] means that base A is a SNP mutated to base G. [C / T] also means that base C is a SNP mutated to base T.

Sequence information of low-density SNP chip SNP name Base sequence number H3GA0000026 CCACCGACTCTGAGGAACTTCTCAC [A / G] AGCCCCACTTTTTGGCCTTTTGCGC One ASGA0000091 TGAGCAGCTGCAAACACCGAGACGC [A / G] TTTTACTGCCTTCAACACCGCTTTG 2 M1GA0000288 TTAAGAGCCAGAGCTACCATGGCC [C / T] GAGGGAAGGCCCACGTCCCCCCGGG 3 H3GA0000320 AACCCCAGAAGATAGTGCAACCATG [C / T] GGCCAGGCTGGCCTGGAATTTTGGA 4 M1GA0000233 Gt; 5 ASGA0000453 CTCTCCTTGTCCAGCTCCTCGGCCC [A / G] GGGCGCCTCACATGGGTGCTACCTG 6 M1GA0000547 CCTATTATCCGGCTCTTGAACTAAC [C / T] CAGCATTGTTAGATTAATGTTAGTA 7 H3GA0000596 GTTCCTCCTTTGTAGGGAAATAACC [A / G] TAATAGTAGCTACAGTTTATAGCCC 8 SIRI0000226 AGCTGAGCTGAGTTTGGGGCGGGGG [A / G] TGTCTCTCTGGGTCTCTTCCTTGAG 9 M1GA0000742 CCGTGCTGGCTTCTCAGTTGACGTT [C / T] TCCTTTTTAACTTTTAATTTACCAA 10 M1GA0000759 GTCTAGAGAAAACGTTAAAAACAAA [A / C] GYTTTGGATCCGGTTGGGGGCAGGG 11 ASGA0089621 CTTGTCTCCA [A / G] TTTCAGCCTCTGTTAGAGGACCTCA 12 ASGA0103410 ATGAATAGTGAAACATTTGTAAGAA [A / C] GTTAACATTATGTTTAG 13 M1GA0000775 GCACTGTCCGGAAGGAGCACCTGAC [C / T] CTGGAAAAAGGCCTGCATTTAACGA 14 H3GA0000902 GGTTTTCTGAGGCCTACATCATCTA [A / G] AACCTAGCCTCCCGCCGACCCCCTG 15 H3GA0000953 CCCCCACCCCTCTCCCTACTAAGAS [C / T] GTATTTAAGTCTCAATTCTAAGCCA 16 M1GA0000819 ACAAAAAGCACACTTTTCTTTGTT [A / G] GCAAAAGCACCGGGCCAGGGCAGGG 17 ASGA0089650 CACCAAGCTGAACATACATCAGGCA [C / T] GGAGCACTACAG 18 ASGA0001198 CAGCTAGAACGCTGCCTCATTATGC [C / T] GCARCAAGTAATTTCAGTGACTGTA 19 ALGA0001244 TCTGAAGTACCTTTGAAACTTTGGG [C / T] AGTTAGCTTGGCGCCAGGGCATCAT 20 ALGA0001746 TAGTTTTTCTACTCCTAGCTCTAGT [C / T] CCCTTGGCTGTGTTTGCTGCATTTG 21 ASGA0001664 CATAGCCTAGATTTGCTTCTCATGA [C / T] GATGCTCAAGGCTCACAGCTGAGGC 22 ASGA0001719 CAAGCTGGATATTTAAAGGATATCC [G / T] CTGGGAATCCTTTTGCAAGACAAAT 23 ASGA0001772 AGTCTTAAAATTAAGCAGTTTCTCT [A / G] CATGCAAAGCTATATTCCTAAAGTC 24 ASGA0001819 GGTTCTACTAGGCCCTGGGTATACC [G / T] GCTGGAGGACTGGTTAAGACCAAGC 25 M1GA0000866 TAGGAAAAGAGGATGGTGGACAATA [C / T] GAGCATGATGGAGGGCAGGGGCATC 26 INRA0001175 TAAGACACTTACCCAGTGACACATA [C / T] GCAAATAGATAAATCCCATTTAAAA 27 INRA0001627 AGAAGCTCTGACACACGTGACCCCC [A / G] CTAGGCTTGCTGTCAAAGTRAAAGT 28 ASGA0002159 CTTTGAAGCTCAATATACGTTCTTC [A / C] ACTCATCACAGGATACAGACCTAAA 29 ALGA0002507 GAAACCCCTGAATCGTGTCAAGCTC [A / G] AGTTGAGCCTTGGAAATGCAAAGAT 30 ALGA0002568 Gt; 31 ALGA0108847 CAATTGCCCCCCACCCCCAACCCCT [A / C] CAGGGTCAG 32 ALGA0002618 AAGTGCTTGCATGTTGGGGTGTATC [A / C] WTGTGCACAAGTGTGCATGGCTAGT 33 ALGA0002648 TTCTTAGATGAACACCTAGCTAAAA [G / T] GGACAATTTTCCAGAAAAGACGTGT 34 ALGA0002697 TGCCCCCCCCCCCATGGCCTCCTCT [C / T] CCGCCCCTTGCACTCAGATGTAAGC 35 ALGA0002853 TCGGACCCTCATAGCTGTGGTTGAT [A / C] TTGACAGAGGATGGCTCATTTCTCC 36 H3GA0001567 GGAGACATCCTGATACCCTATTTTG [A / G] ATGTTTGAAGACTGGGCCAAAATCT 37 ASGA0002567 AGCTACATGTTTAATATCTTTTGCC [G / T] ACACATAAGCCCATCAGGACAGGAG 38 ALGA0003024 TAGTTGCGTCATAGCAAGCAATTCA [C / T] GTTTAGAAAAACCCCAGTCTATTAA 39 ALGA0003075 AGGCAAGGACTAACTAGTTTCTGCA [A / G] TGCACACCATCCATCTCCTAGAGTC 40 ASGA0002618 TGTTTCTTGATCTTCTTTAATGATG [A / G] AGATTGAAAGAACACATTTTCTGCT 41 ASGA0002640 TGAGGTCACTGTTGATTAGTCATCC [C / T] CAAGCTAACCAACCAGCTGACTGCA 42 ALGA0002798 TTGCAAGACTTTAGAGAGAACATTA [C / T] AATGAGCCCCAAAATATGTGATATT 43 ASGA0002727 GTACTGTCTAGCTGTTGTTAATAAA [A / G] CATTTGAAAATGTAGTAATGGGAGT 44 ASGA0002778 GAGAAGGTCCTCCACTTAATCAACC [A / C] TCCTGATCAAACAGACCAGGGGCAG 45 ALGA0003412 GAAAGTGCCATACTTGATACTGACT [A / G] TATGGTGCAAAGGAAACCAGACATA 46 ASGA0092170 CTCAATTGCACAGAGA [A / C] ACAAACCGGGTCATTCCAGCAAAAC 47 ALGA0003523 TGTAGTACCCTACCCTTAAATGTGA [A / G] CAAATACATGACTCTCTGAACTTTG 48 ASGA0002948 AAGTAAACTATATCCACTCCATCCT [C / T] GCCTCAGAGTATAGCTTCTATGGGA 49 ALGA0003655 TGAGCCAAAATGTGAACTCCCTCTT [C / T] ATTTGCTTATAGGTGCTAATCAGCT 50 ALGA0003091 TACTGACATCCTTCAGAGAGGCTAA [A / G] TACCTTTGAGTGACATTCAGTCAGA 51 ALGA0003119 ATTATATTATACATCTATTTATTCA [C / T] TTAAATTCTGTTTCTTCAGCTAGAT 52 ASGA0003143 AATTGATGGGTTAAGTTGAGAGTCT [A / G] TASAGAATGAAGCGAAGAATGAAAG 53 ASGA0003194 TGGTTTTCAAACCAGCTAAAGGAAC [A / G] TGTCTTCCTGGCATTGACCCCAGGG 54 ALGA0003339 AGCTACAGAAGCCTACAGCTTAGGA [C / T] AGAGAATCTGGAAAATTGTATACAA 55 ALGA0105914 CCCTGGTTTACTTTGTGGTCTCTTA [C / T] ATGGCTTCTCAG 56 ALGA0110231 GAAAATCTGTATATTGGTCTCTGCC [C / T] CTGGTTCCTGGCATAGAG 57 H3GA0001938 ATTGCACATAGTGAGATTAATAATT [C / T] AATCATCCTAGAGATAAATTCATGC 58 DIAS0000563 GTCCGGCCGCGCGAGCCTGGGGAAG [A / C] AAAGGAGGAGGAAAATCAATAGGAA 59 ALGA0003538 TTTCCTTCCTTTTAAGAATAATTAG [A / G] GGAATTTAGAGCCCCAGCTAACACA 60 ALGA0003751 ACTTTCCCCACATACCTCAGACAAG [A / G] TTCTTTCAGAGCACAGCTGTGGACC 61 ASGA0003159 AGCCTGTGGCATGCATTCCACCAAT [C / T] CTCTGTTCTGCATCTATAACCAACA 62 ASGA0003164 CTCCAACAAACATCACTGTAATTGC [C / T] AGTATGGACTTGACCTCGAAAAGGG 63 ALGA0109685 ATATGAAGATCAAGAGTGAACACTT [C / T] TGGAGTCCCCATTGTAG 64 ALGA0004503 TTTAATTAAACTCCTTTTTTAAAAA [C / T] TTAGCTTGATCCTAAGAAATCAACC 65 ASGA0003617 TAACTGCCTAGAGTCCCCAGTTTTG [A / T] TCTTCCTAGCTCTGATCTGTTTTAT 66 ASGA0003638 CATTGTCACTGCAGTGACTTGGGTC [A / C] AGCTGTGGTACAGCTTTGTTCTCGG 67 ALGA0003972 GGGTTTGTTTATATTTTCGTTATGC [C / T] CATTATACTGTGAGCTTTTTGAGGG 68 ALGA0003918 GCTATGTCAGTGTCCAATCTAAAGT [C / T] GGAATCTGAGAGAAAAAGCTGCCTG 69 H3GA0002192 TTCTTGGCAGGCCTGTGGAAGATGA [C / T] GAAGTCATAGATTTATATGAAAAAT 70 ALGA0004766 GACCAGCTGTTATGTCTGTGAACTT [G / T] GGAAAGAAACAGCTGGAATCAATAT 71 H3GA0052986 CTTCTTTTAGGGCCAGTCCAAATAC [A / G] ATACAGCAGAGGTGGTGGTTCAGGC 72 ASGA0003807 CATAATTTACCAGATATGTAGCTTT [G / T] GGGTATTATATAAGAACTCCAGGCA 73 ALGA0004945 TTTCAGATGTCACCTGGGAAGCTCC [C / T] GAGCTTTTGAACCAAAACCTATATT 74 ALGA0005004 AGGTGAAATGGTTCTCAAATTGTCC [C / T] CCAAGGATGTACTTTATGTTCTTTC 75 H3GA0002102 TTCGTATCTTTAACACAGTGCCTGG [A / G] RAAAAAAAAAAATAGATCTATAAAT 76 ALGA0005102 CTCCAGACTTGTCTGGACTCAGGCC [C / T] CTGTACTTTCCCCGTAACCCCATCA 77 ASGA0004014 TTCAGCTCAGATTCAAAAACACCAA [C / T] AGGAGTTCCTGTTGTGGCTCAGTGG 78 DIAS0002710 CTAGAGAGAAATGTTCCAAGAGACT [C / T] TCATTGCCACCTTTCCAACAGCCCC 79 ALGA0004558 CCTTCTCCAGGTACATGCTGTCTTT [C / T] CAAGCTGTACATGGGAAGGACAACA 80 ALGA0005361 TAATTAGCTCTCAAATGATAAAGAT [A / G] CAAATTATAACTATTCATGTTAACG 81 INRA0003660 AGCTAAGAAGGGAAGAGACCAGGCA [A / G] CTCATCCAGTCCATGCATCCACAGG 82 M1GA0001095 ACTTGAGGAAGGGCACCGGGTCCAT [A / G] GCAGTTGCTCCCAAGTTGCCTATTG 83 ALGA0004819 AACCCTACCTGCCTTGCCCCCCATT [A / G] ACCTTCTGGGACGTAGCTCAGTGCC 84 ALGA0005560 TATTTGCACAAGTTCAGCAATTTCA [A / G] CAGGAAAACCCTAGAGCATGCCATG 85 ALGA0005599 AATTTCTTAGCTAATATTCCTCATT [A / G] TAAGTTAACTGATTGGTGTTCTGGC 86 ASGA0004314 TTTCGTGACCTAGCTTTGGGAGTCA [A / C] ACCCTACCATTCCCTACTGGTCACA 87 H3GA0002625 AAGCAAAGAGCAATTAAAAGCCAAG [A / G] TGAGAGCTAACTCCCAACAATTCAA 88 ASGA0100276 CTGAGTAGTTGTGACACACACCA [C / T] GGAGTCTGCAAAGCCGAAAATATTT 89 INRA0004013 ACGGTGCCCTGGCCACCGTGGCGCT [A / G] CTCTTGGCGCCAGCGCCCTGCATGC 90 ALGA0005270 CTGAGAGAAACTGATGATCTGTCTG [C / T] GCGTGGGCTTCATGTGATAGAGCCC 91 ALGA0005805 TTGGACCAAAATATTTCTAATTACC [G / T] TACAGCTCTAAAAATCAATGATACT 92 ALGA0005302 ATGCTGGGCACTTAGGCTCTGGGGG [A / G] AAATCACTGTAATTGAGTAAGTCAT 93 ASGA0004115 ATCTATCAATTACATCTACCTGGAT [A / G] ATATATACAAACCAAGCTAAGGGAT 94 INRA0004137 ACCCAGTATTAACATGTTTAAATAA [C / T] TTTAAACATGTTTTCAGAGATTCTT 95 ALGA0005418 TATTATTAAGAACACAAGATCTCTT [A / C] AAGCCAGTTCATCTGTAGCTTTCAG 96 ALGA0005978 AAGCTCAGGTTCATCCCAAGTGGCC [A / G] GGAAGCCAGTCAGTGACAAGAGGAA 97 ASGA0004563 GCATGGCCCTGGCTCTGGAACCCAC [A / G] ACTCCCATACGATGGAGCTGGTGTA 98 H3GA0002800 TTGTGTTTTGTTGAAAGCATGAATA [C / T] ATGATACACACACATGCATGGCCTT 99 ALGA0006083 ACCCTCTAATTTCATCTTTTCAATG [A / C] AGTTCTCCCCGTTATCCACAGAGCT 100 INRA0004329 AATTTTATCAAGTTAAGTTCTTCAG [A / G] AAAAACTTGTAGGGTCACCCATCAT 101 ALGA0006113 GAGAGTTCTGAAAGGTGCCCACTTA [C / T] TGGAGTCAGACATTCTCAGTCTCAG 102 ALGA0006154 TCTGCAACCTATACCACAGCTCACC [A / G] CAATACAGCATCCCTGACTAACTGA 103 INRA0004426 CGACCTTGAATGATCTGTCAGTTTG [C / T] GAGTGAAGAGGCCAGTCTGAGTCTG 104 DIAS0001921 GGAAGTTCAAGTTTTGGATGACACC [A / G] AAAGGGGTTCAGGAGGTTTTGGTTC 105 ALGA0006259 ACCCTCTGGAAACTACAAGCACATA [A / C] TTGTGAACTGTTTCTCTTAAAAGGA 106 ALGA0006302 TCAGAGTACACTGGACACTGAACCA [C / T] CCAGGGTTTGAACTGCCCAGGTCCA 107 ALGA0006405 GTTTTATTCCAATATTCTATATTAT [G / T] GGGTTTTTAAATCCCAAATCCCAGC 108 ASGA0004898 TGGGAGCAGATGCACAGCTAGGCTC [A / G] CTCTTAGAAAGATGGAGAGAGCATG 109 INRA0004790 ATTCTAAAGTATCYTATCACAGGAM [A / C] AAAGTGTATGGATGTGCTCTCTGGG 110 ASGA0105823 CCCAAGGGAACTAGGCCAAAAAGGG [A / C] CTTGCCCACTATCAGTTACCTGAGA 111 ASGA0004598 TGGGTCAGTTGCTGAGCTGGGGCAT [A / G] GAGTAAGTGGGGCTAGAGCATTGGC 112 INRA0004962 TTGGTAGAAGCAGCATGTGTGATGG [G / T] ATAGAGAAGCAAGGATGTGGCATTT 113 ASGA0005040 CTTGGTATAGTTTACAGAATGCAAG [C / G] GTTCAGTGATCTAAGAACTAATGGA 114 ALGA0006773 GAGGGCTCACGGCCATCCCTTCCTA [C / T] ACACTCAGAGCAGCTTGTGTTTCAG 115 ASGA0005172 ACAAGCTCACGTATTTCTGAACCTG [C / T] GATTTTTTCCGCTGCCCGTGACCCT 116 ASGA0005207 AATAGCCCCTAATGTTTCTCAGGTT [A / G] AAGAGTACTTTATGATAACAGAGCT 117 ALGA0006920 CTGCAAATTCTTGCTCCTCTGGGAG [C / T] TGGGCTTAAAGAAGTGAGAAGGTAC 118 H3GA0003330 GCTCTGGGAATGGTGGGCACCAACC [A / C] AAAATCCAAGTTCCCAGAGACGCCA 119 INRA0005278 GGAAGATTGCTCTGAAGAAGGGAAA [A / C] CCAAGCAGGAAGCTCTGAGGTGGAA 120 DIAS0000673 TATGATTATACAAAACAACATATAA [A / G] GTAGATTATCATTTGTATCTAAATG 121 ASGA0004881 CTGGTATCTGCAAGAATTAGGCCAG [A / G] AAATATTACAGTGCCCCTTTCTGAA 122 H3GA0003379 TAAAATCAGCAGTCCAGACCAGCCA [A / G] TTAAGGCCACAGGTGATGTTTCCTA 123 ALGA0007150 TAGACAATATAATGTCAAATAGCTG [A / G] GCGCTAAGAAGGAAAATAAAGCAGG 124 ALGA0007180 GCTACAGCCATAGCAACACTGGATC [A / C] AAGCCACATCTGAAACCTTCACCAT 125 ASGA0005405 TTTGAGCTCAGCCGGAAGCCAGCTG [C / T] GATGTGTTCTAATATTAGCAAAGAG 126 INRA0005458 TATTCTCATGCTAGATCATCTTTGC [C / T] TTCTCTAAGAGCTTTCATTTCTTCT 127 H3GA0003428 GATTAAGTGATAATTCTTTAAATGT [G / T] CAGAATGATTTTCTACCCTGAACCC 128 ALGA0007311 TAGGTGAGCTAAAGATATAGGGGGR [A / G] AAAAAAACCACAACACAATTTGTAA 129 ALGA0007326 TTCATGCTCTTTCCACAGCATCACA [A / G] CTGTTCTAAGAGTAAACAATATTGG 130 ALGA0007355 AACCAAGACAAGCTGGTCACCCTAT [A / G] AGTAGTGAAGAAGAATTTGAACCTA 131 ALGA0113555 TTACTATGGGAATGCCCATACTCTG [C / T] CTTTTGGCTGGTGTTGGCTCAAG 132 ASGA0005514 AGAATCTCCACAGTTATTTGCTTGC [A / G] TATAGTTTGGTTGACCTCTAGCTCA 133 DIAS0002061 TAATAACGAAGTTGACGATAGAGGC [C / T] TGTACAAAGAAGGGCAAAACTGGCT 134 H3GA0003153 GGCATGTATGAGGGTGTGGACTGGG [A / G] TACCTGGCCCTCAGAGATGCTGGGA 135 ASGA0005093 GGATGGTCTGGAAGCTGAGGCCCAA [A / G] GGGTGTTTTTGTTGTAGTCTTTGTC 136 SIRI0001496 GTACAAGTAATGAGATGGGAACAAA [A / G] TCAGATGAAAAGCTAGATCTGGGGC 137 H3GA0003235 CTCCCTCCTGGCCCTTCGCCCTCTC [C / T] CTGTTGTTCTCTTCCCAGAGCCCCCC 138 ASGA0005243 CTAGACGGTCTGCCCTTCATGCCCA [C / T] GGAACTGGACGTCTTCCAGGCCACA 139 ALGA0007591 GAACAGGGTGTCAGTTCCATTCTTA [C / T] CACACTGGGTAGCTGAGTGACTTGT 140 ALGA0006973 CTGACAAAGTCATATACACATATAC [G / T] TTTAAAGTATATTCCATACAGCTTA 141 INRA0005815 TTTTTAGTACAAACATATAAAGTAC [A / G] AACTTTTATAATCCTCCAGTTATTT 142 ALGA0007707 ATTTTCCTGCCATGAAATTTGCATC [C / T] TATCATTCCCCAGCTCAAAACACTT 143 INRA0005864 AAGGAAGAATACTGGCCCAGCTGAG [G / T] CATTGGTGAAACATTGATAATACAA 144 ALGA0007762 AACATGGCACTTACCCAGCTCCACT [A / G] CCTCATCTCCAGGATGACGCTCCTG 145 ALGA0007793 ACTCATTTCTGATGCCATCAGTTCA [A / G] TTCCTCAGCTAGAGGTCAGCTTTGC 146 ALGA0007819 AGCTTATTTTGACTGTGGTCAAATA [A / G] TTGTAGTTCCAAGCCTCATAGAATC 147 ASGA0005361 TTTATAGCACCTTATTGCTAGCTGT [C / T] GAGCCTCTTCACCAAATTGTAATCT 148 ALGA0007873 TATTAGAGAGATCATCTTTATTACA [G / T] TCCAGTCCAGAGCACACTGAGGGCT 149 ALGA0007188 AAACTACATACATGCTTTTTGTTTG [C / T] TTGTTTGTATTTTTAAAGCTGTACC 150 ASGA0005406 TGCTTTTGGGAATCCCCTCCCATTT [C / T] CTCCTGGTGTCAAGGACACAGAGTC 151 ALGA0007958 TTAAGCTGGTCTTGCTGCTTGTGCT [C / T] TCTGCTGAGAAGTCCGAGGAGGGCT 152 H3GA0003731 CCCGCCCCTAATTAGCCATGTGACC [G / T] TTAATGAGTTACTTTACCTTTCTGA 153 ALGA0007362 CCCGGCCCTGTGGTAGTATTCTGTT [G / T] TACGTACTTGTAGGGCTGTCATATG 154 ALGA0008172 TCCTCTCTTTACTTAACGGTTCACC [A / C] TCTCCTTGCAAGTTCTGAAAGAGTA 155 ALGA0113685 CTGGATGATGATGATGATGGTTG [C / T] ACAACAACATGGATGTATTTTGTGC 156 ALGA0008263 GAAGTATTTTCACACAGGTTTGTGT [G / T] KTAAAATTGAGAGTTGCTGTAGTAA 157 H3GA0003811 GTCATTTTCTTTCCTTCCTTTCTTC [C / T] TGGCCATGCCCTTTCCATGTGGAAG 158 ALGA0008356 AGCTCACACTATATATTATCATTAG [G / T] AGCAAGGCACTGAATCAGTTCTCTT 159 H3GA0003854 TAATGTTGATTTTAAAGTGTAGATC [C / T] GGCCATTCAAAGGGAGACAAAACTA 160 INRA0005726 GAGATTATCTGCATTGGCAGCTGCT [G / T] GGGAGATCATACTTAACAGTAGATT 161 ALGA0007557 CAGTGTTGAGCAATTGTTTTTCTGG [G / T] GGAAAATTGGGGAAGGGTATTTGTC 162 H3GA0003952 AAAAGTGTTCGAGGCCAAGGAAATA [A / G] CACGTGCAAGGGTCCTCTGATAGAA 163 ALGA0008635 ACAATTATGGAGAAGCTATGTTAGC [A / G] TAACTGAACGCCTTTGTTCTGTGCA 164 ASGA0005581 ATTCTGTTGTCAAGTAGCTGGGTGG [G / T] CTTGGGGCTCATTATGAAATCTCCC 165 ALGA0007616 GTGATTTCGGTCTCAGATGTGGCTT [G / T] GATCTGGCATTGTTGTGGCTGTGGT 166 INRA0006750 AATTAAAAATAAATGAATAAAAAA [C / T] CTGAGCTTCTTCAGAATGTATGAAA 167 ASGA0006427 GAGGTTACTCCCTTTAGCTGAAGCA [A / G] TTCCAAAAGGCTGACAGTAGAGGGT 168 DIAS0000008 GGAATGAAAGGTCTAAAAATGATAG [A / G] TTGAATAATAGGGAAACATCACATT 169 ALGA0009009 CCAGTGAAAGCTTGATGAATAGATG [C / T] CAGCTTCTGACTTTTAAAGCACCTT 170 H3GA0004253 GTAGTTTTGGAGACAGGCCAGAAAC [A / G] GGAAAAGAGATTAAGTTATCTTAGA 171 ALGA0009241 AGAAACAGGGGCCCTGGCTCTGTCG [A / G] GGCCATGCGTTGCTGTGGCTTATGT 172 ALGA0009308 CAGCTGCACAGGTAAGATCTGCTTC [C / T] GGCTTCCTCATCCCACCACCTGGCT 173 ALGA0009424 GTGGTGTTGGCCCAAACTCGCCYGC [C / T] CTGTGCTGACTGAACGTGTAGGAAG 174 M1GA0001479 GGGCAGGTAGATGCCCCACAAGTGT [A / G] GATTGGGTCTAGGTGATTCTGAGAT 175 ALGA0009612 TGGGAAGCTCTGCATTGTGTGCTGG [A / G] TCTACAAATATGGCTCAGTTCTCAA 176 H3GA0004547 CTGGGAAACAGAGTAGGAAGCAAAG [A / G] TCAGTGAACAAGGCTGGATCTGTGG 177 ASGA0007200 ATATTCAAGACAGAATGAAGCTAGA [A / T] GTTGGAGTCAGGATTTGCAAAAGAC 178 H3GA0055689 TGACCTTAAGGCCAATGCTTGTCTA [A / G] CTCTCCTGCTTCTGAACCCAGTCAG 179 ASGA0005807 GATCACTCTAAGCTGAGTAAAAATC [C / T] GAAATGATGGAATTTCATATGACAA 180 ASGA0007364 AGCTGACTAGCTCAAAGGGAAGGCA [A / G] AGCTGGAGGTGATTACTAAATTACT 181 H3GA0004815 TCTGCATGTCCATCAGCATCTTAGC [A / G] ACAGTGACAGAAGGGAAGGAGATAT 182 H3GA0004855 ATTCAACAATAAGAATACATCTGGA [A / C] AAATAACTAAAACATGTTGTCATGA 183 H3GA0004899 AAACTTGCTCTTGTTCCATGCTCAT [G / T] ATGGCCCTGCGGGGTGTATAACGTG 184 ALGA0010541 CATTTGGTGGGTTCCAATGTCCTGG [G / T] TTAAGAGCTTTCAAGAGGTTCAAAT 185 H3GA0003815 TCAGAAGTTATAGGCCATCTGTTAC [A / G] GAATGCTATCTAGGCACTTATGTTG 186 INRA0006383 AAGACATTTACTGAGTTTCCTGTGG [C / T] TGGTCTGTGATACTTAATTCTATGG 187 M1GA0001790 CTCTTGATCCACTCCTCTTCAAACG [A / C] CCGGAGCCACTTAACATTGTAGATA 188 ASGA0008049 TATGAGCTGGCATTTAGCAGGAACA [C / T] GCAGCTTATGCAGGACTTCCGTTGG 189 H3GA0005387 GGGAGAGGGGATCCGGGGAGAGTCC [A / G] TCTCACTGCTCACCCCTGTCCTCGG 190 ALGA0011079 CAGGGCCTCAGCTTCTGGCCTCTCT [C / T] TTTGTCCATTTTGGGGCACCATGCT 191 H3GA0005443 CTTTGGTAGAAATGGTGTTTCTAGA [A / G] TTCGCAGCACGGCAGACCCTTGAAG 192 ASGA0006209 CTGCTTCCCCATGTTTGTCCTTGGT [A / G] TCCTCTTCACTTGGAATATTAGCCT 193 DIAS0004421 TTGTTTTTAACAGTGAGCAACTTGC [A / C] GTGTATACACCTCCTTGACAACAGT 194 ALGA0009213 GCTTAGAGTCCTTGATTTCATTATT [A / G] CGATTTATTTATTTGAAGCTGAGGG 195 ALGA0009596 TAGTTAGCTAAATAACACTTTGTAT [C / T] CCTCTCCTTTATGGACAGTGGTCAG 196 ASGA0007292 GTTCTGCCAGAGCAACCAGGGCAAG [G / T] TTTGAGGAGCTGACAACATGGTAGC 197 ALGA0101433 CTCTGTTTGCTCTCTCCTC [A / G] TGCAGGTGACGCTGTTTGCCTACTC 198 ASGA0093496 CTATACTAGAAATCTC [A / G] GGAAAAAAGCAAATCTACTAGAGAA 199 H3GA0004988 TCACCAGGTAGATGGAGCTGGTGTC [A / G] TGGCCGTCCTCCAGGGCCTGCAGGC 200 DIAS0000769 AGAAGGGCCCAGGGCACCAGCAGCC [A / G] GGGCCGAGCAGCCCACCTGCACGTA 201 ASGA0008254 GCGCAAAGCTGGGCCATTTCAGGGA [C / T] GTCCGCATCAGACACTCACCCGTCC 202 ALGA0123970 GCAGCACTGTGGAATGCAGGGCACA [A / G] GGAGACCAGCCAAAAGAGGCTTTAG 203 ALGA0117402 CTGCACATGTGACTCCAGGCTGAC [A / G] CTCAAGCCAGAAAGTTGGAAAGAAA 204 ALGA0110785 GACTTCTTAAAAGATACCCAACTTC [C / T] CTCTGCCTGAG 205 ASGA0008604 GCCTGCTGTACATCCAGCTTTACCC [C / T] CTGACCACCACTTCCCCATGGTCTC 206 M1GA0002408 ATGTGCAGAGTGTGAAATCTCACAG [A / G] RCAAGGGCATGGCCCACAGTGGCCG 207 CASI0008622 ATCTGAGTTTAGTTTCTCCCCGGAA [G / T] GGCTTCATATTATACTCGCGGCGGC 208 ASGA0009021 GTTAATGCTGAAACACTGAATCTTT [C / T] CCCTTAAGATCAGGAACAAGTCAGG 209 ASGA0008665 CATTGCATAATTAGCCTCCACAGAG [C / T] GGTCCTTCAGCTTACCAAAGTTATC 210 ALGA0012049 AGAGCGGGTCAAGGATTAGGCATTG [C / T] CACAGCTGTGGTTGAGGTGTAGGTC 211 ALGA0012152 CGTGTACAAAACTCATGGGAAAGAA [A / G] GACAAGAGGGAGAGCTGTGACCAAG 212 H3GA0006122 CTATAAAAGCAATGTACACGGTGCC [A / G] TAAGGGCCTCTAATCAAGAGATGCA 213 ASGA0009491 AAGGGTGCATTTGTTTAGGGGAGCT [A / G] TGAAGGGTGGTGCCTTGGACTAAGG 214 DIAS0000337 ATCAGGAGCAGAGAGGAAGGAAAGG [A / C] AACAGGACAAACAGTCGGATTTTGA 215 H3GA0006271 TCAGTACCACTGAGGTTAAGAAATC [A / C] TGTCTTGCAGTTCATAACGTGGCCC 216 ALGA0012559 CAAGATTCCCCCAAATTTATACACT [C / T] TTACTGTCCCTGCTATCACAGGTTT 217 ALGA0012743 AACTAGCTTAAGTGGAGCCAATATC [C / T] CAAAGAATGTTTTACTTGGGATCCG 218 ASGA0009814 TAGGAGCTCATGGATGGAGGACTTT [C / T] AACCTGCAATTACTCCAGAGTAAGA 219 ASGA0009847 AATACCAACCCTATTCGACCAGGAA [C / T] ATACACTTTCACCTCTGTTCCTAAG 220 ASGA0105635 GATATGAGCTGTGAGTTGTTCTCCA [C / T] GAGGATGGGCAGTTCTCCTACTTGG 221 ALGA0012964 TAAAATCTGCTAGCTCTATGAAGTA [C / T] ATTTATATTTACGTATATACATATA 222 ALGA0012985 ATGATATATTTGCCAAATGAGGAGT [G / T] AAGAGATATTGTTGAAATGCAATAA 223 ALGA0013017 TATAGAAGCTAAACGGAGTCCTTCA [C / T] GCTAGATTGATTGTTACAGATGAAG 224 ASGA0009952 TAAAAAACCCTCCTTAAGATTCCTC [A / G] TCAGAGGCTTTCTTGATAGCTGGAT 225 ALGA0013106 AAGGGAACTCCAGGCATAAATCTAT [A / G] AGCTTTTATAAGACTGCTCCTCTCT 226 ASGA0009979 ACCAGCTCCAGGGCCAGGAGGTATC [C / T] CCTGTGACTGCAGGGGGCCGACAGT 227 ALGA0013217 ATCCTATTTGCGAGGGTTCCCAGGG [A / G] CCAAAGATGTCGCCTGAGAGGAGGG 228 ALGA0013427 AGACCTGTAAGTTGGAGGGCTGTTG [A / G] GGAGCATGCATGGGGCTCACAGCAG 229 ALGA0013585 AGCTGGGGACAGCAATTCCCACTCC [C / T] GTCTGTCCACTGTCCAAGGAGAGGG 230 H3GA0006743 AAGAGCCAGTTAGTTGGCTGGGCCA [C / T] GAGCATTCCAGGGAGCGACTAGCAA 231 ALGA0107251 TTGCCTCTAGTCCTAGGGTCTGATC [C / T] CAGATGGAAAGAGGCCCCGTGATCA 232 ASGA0009830 TGGGTTAGCTGGCGTGAGCCTCTGC [A / G] CTCGACACCATCAGAGATGGTTTAC 233 ASGA0010484 TACGACAGACCTTCCTCACGTTTGG [C / T] TAGGGTTACACTTAAGTATTTGGTG 234 ALGA0013976 CTTGAGGGACAAACGAGCTCCAGGT [G / T] CATGTGAGGTGCTGTGGGGAATGTC 235 H3GA0006912 AAGTGGGTGATGCAGGGATACTGAA [A / C] GGCAGTGGAGGAGTTGTGAGATGGC 236 H3GA0006944 CCCCTCCAGCCCCACAGTGAGTGCC [C / T] GTAAGCTCTTCCTCAGGCTGCTGAG 237 H3GA0006967 TCCTGCTCTACCATGTTTAGRGTCT [C / T] GGCCAGGAAAATGTGAGGGTCTGGG 238 ALGA0014165 TTCCTCTATTGTGTATTGAACGGTT [A / G] GGAGTCAGACAGCTTGTCTAGTTTT 239 ALGA0014214 AGAAAAGGAAAATTACTGAACTGAT [A / G] AAATGGAAAGAATGACTATGTATAG 240 ALGA0117539 TGATAACCTGCTGTCCCCTTCCCTT [A / C] GGAGTCTGTGGGGCTGGCAG 241 M1GA0003006 GACCTTGATCAAATCCCATTCATTT [C / T] GGTTTGCACTGAGTGATCCGGCCTT 242 H3GA0007151 CTAAATGCCCCCAAATTCTGGGAGA [C / T] CAGCCTTTCTGCAAAGGGGCCTCAA 243 M1GA0003027 TTTACAAGCTCAGCCGCGACCCCGC [A / C] GCCCCGGTTCTTACCATAGTGAGGC 244 ASGA0010249 TGTTGCTGTGGCTGTGGCTGCAGCT [A / G] TAGTTCTGATTCAACCTCTCACTCA 245 H3GA0007213 TTACATTATCTGTACCAATACAACA [C / T] TGGAAATTTGGCCCTAGTGCAAAGT 246 ALGA0014620 GACTGTTTTAAAGGTCAGGTGACTA [C / T] AGGATCTGAGCTGGTTTTGCTGTGC 247 ASGA0095968 TATTTTGAATACAAAGAAACAGGCT [C / T] GCTAGTTTTATTTCTATAAATACCA 248 INRA0009187 GCTCTGTTGATACAAAAGGTAAAAC [G / T] TATTCCAGAACCTAAGTAAAAGTAT 249 ALGA0118004 CTG [A / G] AAGTCATGTGGCAGGTCGTGAAGGA 250 ALGA0014887 GTGATAGAAGAGATTTCCATTATTG [C / T] AATCTGTTTACCTGTTCTACCCACT 251 ALGA0108058 TCCCAAGTCACCAGTCTCTCTCCAT [A / G] GACAGCATATTCACTCTTTCGACCA 252 ASGA0011308 TTCCATGGTCTCCAACAGAAAGCAA [C / T] TTTAATCTTTTCTTCACCAAGGACA 253 ASGA0011456 AGAGCATCTGTGGCTGAATCAYGGG [A / G] AGGAGAGCAACTCGGGAGAAAAGAGAG 254 ASGA0011563 CAGGTTGTGTGATCTTGAGCAAACC [C / T] CTTCCCTCTCTGGGTCTTGACATCC 255 ALGA0015558 CCTAGCTGTCAGTGAACTTCAATCC [A / G] CAGATAAAAAATTCAAGATGATGGA 256 H3GA0007606 CTATTAAAATCCTTTGTCTTTTCCC [A / G] CAGATGGTATACCTCAAGTTTACTA 257 ALGA0108179 CTCAACTACATCCTGGGACTGTCC [A / C] TGAGGGTGATGGTGTCTGGATAAAA 258 ASGA0011900 ACTAGATAATAAATTAAGAGCAATA [C / T] AGATTAGATAAATTGTTACCCCCAA 259 ALGA0015991 TCAGCCTTGAGGGAAAATAGAAGAC [C / T] AAAAGTAGTTAGGACAAGTTAAGGA 260 ASGA0012080 TTCTTTTCTTCAAGAATTAATCATC [A / G] TTTAGCTACAAGCATAACTTTTAAA 261 ALGA0106490 CTTGTTCGTCGCACAGCCTGGGGAA [C / T] TGGTGGGGCAG 262 ALGA0016329 CTTATGGCCAGAGCTTGGCACAGGG [C / T] CTGCCACAGAGCAGGCTGGGGAAGA 263 ALGA0013966 GAGGATCCCAAGGTCAGTGTGGACC [A / G] TCCTCGAGTGCCCCAGCCCCCTGCC 264 ALGA0016578 TGCCCAGCTCCTCCATCAGACTCCT [C / T] GTATGCTGTGTTTCCCACTGAGGCC 265 H3GA0008060 GGATCGGCCAGGTCTACAAGATAGA [A / G] CCAAAGTCTTCATAACTATCTTGGA 266 ALGA0016883 ATGGTTTTCTCATTTTGATTGCCCC [A / C] KCAATCCAGTCATATTATCTAGCTG 267 H3GA0008275 GGGTTCAGTCAGGGGAATTGTGGTA [A / G] TATTAGGCATTATCTTTGTTCCAAG 268 H3GA0006905 CAGTGGGCTTGGGGCTGAGCCTCGA [G / T] CAAGGCTGGGGACTCTGTTTACTCG 269 ALGA0014200 AGCCTGGAGCTACTGACACTCCATC [C / T] AGCAAGTCCTCCTCCTCCATCCAGC 270 ASGA0097368 ACCACCCCGTTTATTGGCACTGTCA [G / T] TATCTCTGTTTGTCTATCAG 271 ASGA0011053 TAAGCTAGTGGGGCATCTTGGGTTA [A / G] AATGGTGCCAGAGCAAAAAGAGAAG 272 ALGA0014972 TCACGTAAACTGTTAGATCATGTCC [C / T] TGGAAACAATTATTAGAGAAGCTAA 273 ASGA0011283 AGTGATGAGCAAAAGGTCAGGGAAG [C / T] AGGGGAGTCAGTATTTGAGCTCTAG 274 ALGA0115695 CTTAA [A / G] TGAAAGAAACCAGTCACAAAAACCA 275 ALGA0119834 CGAATGTGGAGTGTCTGGCATCTGA [A / G] AGGCAAATGGGGCAGAG 276 ASGA0103793 CTAGCGAAAGG [C / T] CAAGGAAGATGAGGGTTGATGAATG 277 DIAS0003483 AAGCCATTGAGGTTGATCATTCTCA [C / T] GATTTAGACATCTTTTA 278 ASGA0011818 ATGTCCAAGTAACAGCATTACACTG [A / G] CTTGGATTATTTGCTTGAATTCCAA 279 ASGA0011937 CTGTCACAATAGATGGAAACAGCAG [A / G] ATTAGTTGAAGCTTGTCATTATTGT 280 ASGA0104575 CTCTGGGCAGTCTTACCTGGGGCT [C / T] TAGAATGGGTGGCTTCAACCATTCT 281 ALGA0105738 CTGGGTGAGCCAGATC [C / T] AAGCCTCAGTTTGTCTGCTTCAAAA 282 DIAS0003825 GTAAGTGGACTG [A / C] CAGCTCCTGATGTGTCTTGGTATCT 283 ALGA0118922 GTCAGCCAAGGGGCAAAGCAGTATA [A / G] TAGCCAGAAGGAAATCTGTACCTCT 284 H3GA0053178 TCTGGCGGTCAAGCCCTGGCTGGCC [A / G] CTTGCGTGGTGGCACTGCCGCACGT 285 M1GA0024073 TCTGGTCGATGGGGAGGATGGTGAG [A / C] GGGTGCTGGAGCCGGCTGTGGGCCA 286 ALGA0120374 CAAGGCTCTAACCACAAGCAGCCTG [C / T] GGTTGCAGGGGGAG 287 ASGA0093527 CTTTGGAAATTACTGGACATG [C / T] GGACACTGCGGGGGCACAGGAGCAA 288 ALGA0114651 CTCGTTAGATACTCAGGAAAATATA [C / T] AG 289 ALGA0106902 CTACGAGTTTGTGAYCTC [C / T] GGGGTTGGAGACTTTCCTGAGGCAG 290 ASGA0094169 CTGGGTTGTAAACT [C / T] GGCTCTGGTTCTACAGCCCACTGCT 291 H3GA0052415 CTGCATCCTACAGAGACCGGTGGA [C / T] ACCAGGTGGAATACGTGGCCACTGC 292 ASGA0085878 CTGCTGTT [G / T] AAACCACCCAGACTGTGATATTCTG 293 ALGA0017050 CTCAGCCCCAGGCGCATCCCGCGCC [A / G] CTGCTTCTCCGAGCTTTA 294 ASGA0012981 AAAATAGCAGTTTAGCTGACCTAAC [A / G] TCCCCTGARTTTAGTAGTTTTATGT 295 ALGA0017312 TGTGCTCTGTGTACACATGAGCTGC [C / T] ACCATCCCWGAGAACTCCAGGACTG 296 H3GA0056245 GAACTCCCTGTAGTTKAATTTTTAA [A / C] CAAGGCCATGTTTAACAACTGGCTC 297 ALGA0017593 TCTGGCTGAGAAATTATTGGTAGAG [C / T] TGACTCATCTGGAAAGCTAGGCCAA 298 ASGA0013544 TACATCGTGGATAGACCTTAAAAAC [A / G] TTGTCCTAAGTCAGAGAAGCTAGAC 299 ASGA0093049 CTGGGGA [C / T] GCTCTCTCTGCGGAGATGAAATTTA 300 ASGA0103230 CTGAGCAAGGGTCAGCCTGTG [C / G / T] GGTTGCTAACGTCACAGCCAAGGCA 301 ASGA0013696 TTTTTTTAAACAAAAACAAAAGCTT [C / T] GTGATTTTTACCTCCCAAGTTTCC 302 ALGA0017905 AACCTTGTCAGTTGGAGGCTCTGCT [A / G] AGCCCCCAGTGCCTGCAAGTGTCTG 303 H3GA0056202 ACCAAGGGGGCCGGTTCTTTGAACC [C / T] GAACAATGACTGCCAAATCAAGGAA 304 ALGA0018038 GCACAAAAGCAGCTGCAGACAACAC [A / G] TAAACCAACAGACCCGGCTGGGGTT 305 ALGA0018313 TTGCCACAGATGCTCCTTGGAGGCA [C / T] CTTTCTGTGGAGTTCAAGCTCCTTG 306 ALGA0018401 CCTAGAAGAAAGCTCTCCTCCTGAC [A / G] TTCACCCAGAGAGTGGGCTGTGTGG 307 ASGA0014213 CAACCACTGTCAACTCTTGGCCACT [C / T] TGTCAGCTCTGCCCCCACCCCCCAG 308 ALGA0018516 ATCTTCTAGCTAAAAATACCTGATT [C / T] TTCCAGGCTAAGCACGTTAGCGAGA 309 ASGA0090008 TCCCATTCTCAGGCATCAGGCCCCC [A / G] TGTCTCCGGAAAGCAGGGACTCATT 310 M1GA0004305 TTTTTCCTGCCGGAGCAAGTGCCCC [A / G] AACCCCAGAGCCCCTGTTCCCGAGA 311 ALGA0107078 CTGCGGAGGGGACATCTGAACAAAG [G / T] TGGGGATGTTAATAAACAGACCTGA 312 ALGA0018863 GCCATGGGGCCACGGGGGCGCGGGA [G / T] CACTCCTTTATTCCTCCCAGCTGCC 313 ALGA0018904 CATGAGGGTCTCCATGAGAGTTCTC [C / T] CAAGTYCAAGGTTAGGGCCTATGAG 314 ASGA0099661 TTCTTGGTCTATTTATGGTCAACAC [C / T] GCTCCTTGCTGCATGACAAAGCGAC 315 ASGA0084261 CTCTCAGGT [A / G] AAAATGGCCCCTCTGCTGTCCCTGA 316 H3GA0009550 CTCATGAGGTTTAGCAAAGCCTTTC [A / G] GATGAGTCGGATTAGACTTGGGCAG 317 ALGA0019110 GCACTGTAGTATTTGCTACTGAAAA [A / C] AAWTTCCACTTAAGCTTGATTGAAA 318 ALGA0019129 GGTCAGCCTCTCCACTGCCTCGGTT [A / G] TTGTGCCTTTGTGATTCCAGCTCCT 319 H3GA0009638 ACTTGGGGGCCTGGTCTACTGAGGG [A / G] ACCTAACATCTGCTCTGACAACCCC 320 ASGA0014784 CTTTTTAAAGAAGTCTTGAATATTT [C / T] GATTGGTACTTAAATATTTCCTCTA 321 M1GA0004422 AAGTCCAGGCTAGCTGGGGAGAAGG [A / C] AATGTCCTGAAGAAGGTGACATGCT 322 ASGA0014878 CCTCTCTTTCTCTCTTCACTGTTTC [C / T] CTAYTATCTGAGAACTGTTTCCTTT 323 ASGA0097395 TGAGCACCACGCATTCCTTGTATCC [C / T] TTAATGACCTGAGAGGAAAGATGAC 324 ASGA0103234 CTTGAAACCCAAC [A / G] AGAAGAAGAGTTGATGGAGTTTTGT 325 ALGA0124353 Gt; 326 INRA0010830 GAGAGAAAGGAGAAAAAAAAAACACC [C / T] TATTCATATYTGATGAGCAGCCATG 327 SIRI0001006 GGGTAGAGGTCAGGGGTGAACTCTC [C / T] GCAGTGGAAGGGCATTCCAGGTAGA 328 INRA0010853 TTGGCTTCTATGACAACATATGCTA [A / G] TATCAGTTGTTTCACCCTGAATATG 329 INRA0010895 TGGGATTGCAGGATCCTATTTCTAA [C / T] GATAATTTTAATCTCACAGACATTC 330 ASGA0015188 TTACAGAGAACAGTGGTGGAAGTAA [A / G] GGACAGATAAGGAATTAAAACAAAG 331 ASGA0083680 TTGTAGTGCAGAAGCAGCCCCAGGC [A / G] CAGAGGTGAGGCTGAGTGCCAGTCA 332 ALGA0019935 ACTGCACTTACTAATAAAGCATTTA [C / T] AGAAAGTCCTTGACGTCAGCTCATG 333 INRA0011042 CAAAATTCACTTACATGGCAGTTCA [C / T] TGTAGATGATGTTTTGCTAAAGGTG 334 ASGA0015478 CTTTCTTTTCCCTTTGGGCACTGTG [G / T] CTTGAACAGATGAAGCACTCTTGGG 335 ALGA0020343 GTAGAAGCATTACTTGTCTCTCTTC [C / T] ATCCAGTAGCTTATTTTGAAAGGCT 336 H3GA0009339 CCTGACGCTCAGTCCTGTGTCCTGG [C / T] TGAAGTACAGCTGTCATCACATTCA 337 ASGA0015611 GACAAGGTGCAGCTATAAAAGGGGT [A / G] ATTATGAAGATTATGCAAAAATATG 338 ALGA0109278 CTTCACAGCAGGGAAAAATGTGTGG [C / G] CATACCCACTGCACGCCAGCCAAAA 339 ASGA0015813 ATATCTACAACTTTAGCTGGATAAC [A / G] GCTTTAAGGAAGTTCTATAAGAATG 340 ALGA0020763 CTGGAGAGTCAAGAGTAAGGAAAGG [G / T] AGGTCACAGGATAGAATGTTCATTT 341 SIRI0000008 AGCCAGGTGTGGGGCGCTCGGACCC [A / G] GGAATCCCTCTCTGATTCTCCAGGT 342 H3GA0009538 GGCAGGGGTGGGGGGCCTCTTCATT [G / T] CTTCTGCACACCTTCACTGCCAGTT 343 ALGA0021199 CCAATGACTTGCTAGGTCACCAGGA [C / T] AAAATGCTTACTTTTCAGTTTTCAG 344 ALGA0124343 ATCATAGTCAAAAAAACCTGAGAAA [A / C] AATGGGAGATTGATTTGAGAAACTT 345 ALGA0021376 GCAGACCCTCACCTCATAGCCAGCT [A / C] CCTGTGCATGCACTGGATAATAGAG 346 ASGA0016574 CTGAATAACTGAAGTGTTTTTTGA [A / G] GGCTGTGCCAACTGCACCCCTCTCA 347 DRGA0004296 CTGGTCAGCTTTTCCCGTTTAAATC [C / T] GCCRTTTTTCAGGAGTTCCCTGGTT 348 ALGA0111911 GGCTTTAAACAGCAAATTACTGAGG [A / C] CCCATCCCAGAG 349 ALGA0122273 TTTCCATGTTTCAATTACATTTGGA [A / G] TAG 350 ASGA0098950 CTGTACCAGGTTGGGTCTTTATAGT [C / T] ATGGTATGGGGTTAAGGTTTTGTGC 351 ASGA0089074 CGGATAAATGACGCTTCTCCTAGAA [G / T] ACAGAAGAG 352 DRGA0017696 AGGAATAACTTTTAAAAGAGTCCCT [C / G] GTCTTAGCCAGGAGAGTCATTTGAA 353 ALGA0114825 CTGGAAAGCAGATAAGCA [A / G] TTGAGCAGACCTTTAAAACAGGCAT 354 DIAS0001544 AACATCANGCCATTTTCAGAAAAAG [C / G] GATGCTATAAAACCAGCAATGGTTT 355 ALGA0120420 CTGTGGCCTCACCAAGCATAC [C / T] TCACCCTGAAGTCTGGCTGGGAAGG 356 H3GA0010219 CCAGTTTATTCAAAGGACTTGGAAG [C / T] GATGGGCTATGAATTAATATGAGAA 357 ASGA0097737 CTTCTG [C / T] ACTTGCAGGGAGTGTGCTCTGCATG 358 ASGA0015833 GCTTCCTGATGAAAGCAAAACCAGA [A / G] GCAAGGACTTGGTTCCAAGCCCAGA 359 ASGA0015988 GCTGTTATTAGGATCTGGGATCCAC [A / G] TACRCACTCACAAACACTCGCTCAC 360 ALGA0021092 CCATCATTTATTGAAAAGACTGCCT [C / T] TCCTTAGCTACTTGTCTTCGCACTG 361 H3GA0010676 GGTTCAGCATGTCATACATGGCCAT [A / G] CAGTGAAGCCCCAGCATTGTTCAAG 362 H3GA0010704 Gt; 363 ALGA0021307 GAAGCTCAGAGAGGGAGCTGCCTTT [G / T] GCTAAGGTCACACAGAAACACATGA 364 H3GA0053652 TGGGAGAGGCCTGGAGGAAGGACAT [A / G] CTGGGTGAAGTCAAGCCACAGTGTC 365 ASGA0016728 AGGGACCATGGTTACCACAGCTGTT [A / G] CTGCTCCTGCTACTTCTAATGTAGG 366 H3GA0052445 CCGTCGCTGTCTTCTGAAAGAAATC [A / G] AGGGAGCCTGTGACATAGGTCAAAT 367 ALGA0110057 CTCACRGAC [A / G] TGTACCCTCCCTGCTTCCTTCCCCT 368 ASGA0102422 CTCCTCAAAGCAAGGCA [A / C] TGGCAATCCAGTGGCAGGTGTGCAA 369 ALGA0107834 CTGGAGAAACAGCA [A / G] CAGGACCTGAGTGAAGGTCAGAGAG 370 ALGA0105955 CTCATCCGA [C / T] GCTATTATTTTTAATTGAAACAATC 371 ALGA0115511 CTC [A / C] GGTTCACAGAAAGTGCCGAGTGAAG 372 ASGA0017011 TGCTCCCATCCAGCTACTAAGTCAG [A / G] CCCCCAGCGATTGTCACCTCCTCCA 373 M1GA0005199 TTGAAGTCTCAGAGTCGGCGCTGAC [A / G] TGTTAGTGATGGGCCCTGACCCCGG 374 M1GA0005374 AAGGCCAGAAGGAGTCCCGGGCTGC [A / G] TGACTACCAAGCTGCATATTTGGC 375 ASGA0017426 GGAAAAGATGGTCAGTATTAAGGAA [G / T] AAAGGATTCAGGAATTCCCGTCGTG 376 ASGA0017588 CTCTGAATGAATAAAATGAAATATG [C / T] AGCATATGAGCTCAGAGCACAAGGC 377 ALGA0022450 GAAGTTCTAAAAGATAAATATTAAA [C / T] ATGAATATGTGTACTGCTATTGGGG 378 ASGA0017723 AAAGAAGAAAGTTAAGAGTAAGGAT [A / G] TAGTTAAGCTTTTTAATGGCAAAGC 379 ALGA0022944 GAAGACAATGAATGATGTTCATGAC [C / T] TTTGACGAGCTACCTCCAGCCTCAT 380 ASGA0018166 TGTATCTGCACCTCTGCCCGACTAG [A / G] CTGTGAGCTCCCTGAGGGCAGGGAC 381 ALGA0022974 GAAGTGTCAAGGAACCCAACAATGG [A / C] WGGTAAACCCAAACTTGGAAGAGTG 382 ALGA0023358 ACAAGTAGTTAGCACAGCAGCTGTC [A / G] TGGAAGAAATCATCCTACCACCCTG 383 H3GA0012015 AGAGCTAAGACAGGAAAGTCCAGAT [A / G] GAATTTTGATGCTGGCCGAAATCCA 384 H3GA0012096 Gt; 385 ASGA0018487 TTGAAGCAAACTAGCTTTGTCTTCT [A / G] AAAGACAAATAACCTCACCAGTAGC 386 ALGA0023632 Gt; 387 ASGA0082347 CTCTGCAGGTGTTATCTAGAT [A / G] CCAGCCCTAGAATTGGCTACTTCGC 388 ASGA0018712 ATATAGCTTTGATGAAATAAAATTC [A / G] TATTTTAGGAGTTCCCATTGTGGCT 389 ALGA0103991 GGACGCTGATTACTGAACCCACCAA [A / C] GCCAGAG 390 ALGA0023865 AGGCCACATCCTCTTAATTTTTGAA [A / G] TTGCATTGAGGTGGTGCAAGATTGC 391 ALGA0023935 ATCACATGCGCAGAAAGCTAAAAAA [A / C] CTGGCACTCCTCAGTCTGTCCTTGC 392 ASGA0018851 CCTGAGCAAATGAGATGTAAGCTCA [C / T] GGGGTTCATAAATCTCTTAGTTATA 393 ASGA0019036 AGAAGTTGAATCTATCAATGCCTTC [A / G] TGTTTTTGTGTGGAGCTTCACAGAC 394 INRA0013282 TTTTATGGGAACTCAGGTGATGTGG [C / T] TGCCACCCCTCCTTTGGAAGCCAGC 395 ASGA0019027 AGCCCATCCTTAGCTGTTCTCCCGA [G / T] GGGTGCTCCCGCTTTAAATCATTTG 396 H3GA0012397 TTCCTCCTGTCCAAGCTAACCTCCC [C / T] AGTCTGGGCCCAGGGAATCCTCTCA 397 ASGA0019102 GCCAAAATGAGTGCCACCAGCAGCT [A / G] CATTGTGTCGGATGGTGTTGTTTGG 398 ALGA0024316 GAGCCACACAACGTGAACTCCCAAC [A / G] CTTTTTATAGCTATTATCAAATTGC 399 INRA0013533 GCTTTTTATAATAAACTTCATCCTC [A / G] GAAACACTGATGATTAATATCTTTT 400 H3GA0012430 TTCCCAAAGGATTCCTGCTCCAGAA [G / T] GAGCATTCTGGGACTCAGACAACTG 401 M1GA0005843 CAGGTGACACCTCTGAAGTTGAGAG [A / G] AGGCAGCCMCTCCGGTAGGAGACAG 402 ALGA0024629 AGCTGTCAAGTTTTAAAATGCCAAA [C / T] GCACACCCCATAGGACTCGAGAAGG 403 INRA0013780 TTATTTATTTTTCCCAGTRGTCCGT [C / T] GTGCCCACACAATTTACTGAGCGGT 404 H3GA0012605 GTTCCTGAGGCCTGCCTATGAATCT [A / G] TCCTGAGCCATGTTCCCTTCTAGCA 405 ASGA0019537 ATCCCTTCAGTTTCCCTTCTCTCTG [G / T] AATCATAGCTCTGTGTTTCATGTTG 406 ALGA0024877 AGAATTTCACTATCTTATATTTTTA [G / T] CCCTATAAAGAAAAAGTCAAATTAG 407 ALGA0024892 TTTAGGGCTGAATGTGAAGCTGGCA [C / T] GACTATGGAAGCAGGAGGGGCAGCC 408 INRA0014033 GGGAGGGCGCTCCATCCGATGAATG [C / T] CAGCAGGGAAGTCACATTGACAACA 409 INRA0014071 CACCTTACTATTACACAGTCCACGT [A / G] TTCTTCTGAATTTAATTCAGGGTAG 410 INRA0014097 AGAGAGATGTTTGATCTGTGTATGA [A / G] GGTGGAGGAGCAGCAGGGGAATGGG 411 INRA0014142 AGCAGACTTACTTGTCATTGTTTAC [A / G] GGCTTTCATATCTTCCTCAATTTTC 412 ASGA0019705 GAAGTCACTTGAGCAGCTCTGTGAA [A / G] AGGGTCACATGATAAGGAACTGAGC 413 ALGA0025237 AATTGTCAGAAGACCTTGTGTAGGA [A / G] GTTACTGAGACAGCTGTGATGATAA 414 ALGA0025325 AATATAATGCAGCTAAGAAGGCACA [A / G] CCTCCATTTTTTAACACACACATAA 415 INRA0014382 GGAAGTGGTCRGTGAGGAGCAGAGG [A / C] AGATTAAGACGTGTGTGTGTGATAT 416 ALGA0025456 CACGGGTGCAGACACACACACACAC [C / T] CAGCTTATCTGACATAAAAATTTGG 417 ALGA0025503 CAATTTGGATCTGACTGCTGAGCCA [G / T] CGGCACCCGTGGTGACAACAGGGAA 418 H3GA0012878 Gt; 419 INRA0014643 ATTTCAAAACAGCCCAAAGAGTTCA [A / G] ATACCAATGCTGTTTTCATTATCCA 420 ALGA0025780 TGCTAAAGATGTGAGCTGCATAGAA [G / T] AAGCCAATAGAGGGAAGAAGCTGCA 421 ASGA0020169 CTGATCATGCATGTGGAAAAGTAGA [C / T] GCTATTGTCTAAAACATCTGGAAAC 422 ALGA0025931 CATCAGCATGATGCCCTGGGTCTTC [A / G] TTCTTCCAGCTATCCCACAGAGGTG 423 ALGA0026033 AAAGCTCATTAAAGGGCTGTCTTTC [C / T] ATGTAGTGACTTTGGCAGATGAGAT 424 H3GA0013118 CAGAAAACAGGAGCCAYGTGCTTTA [C / T] TTCTGTACACCTCAGTGGTATCCTT 425 M1GA0005933 CACATCTGCCCGGTGTCTCGTTACC [C / T] GGTTTAATCATCACCAACCCTAAGT 426 INRA0015178 TGGACCCTTTGTCCCAGGACTAACA [C / T] TTCTGGGAGATGTGCCAGAAGATTC 427 ALGA0026261 GTGTCGGGTCAGAGGCCTCCAGCCT [A / C] TCTCAGCACTGGGCCACCCTGCAGC 428 INRA0015296 GATAGAAGAGGAGGAAAGACTTTGG [C / T] TATCTGTACAATCTGACTTAGTCTG 429 ALGA0026433 CTGGGACTGAAAGGGCTAAGTAACA [C / T] GTCCAACACAGCACAGCCCACGGCG 430 ASGA0020687 GATCCTCCATAGCATTGTTATAAAA [G / T] TATGTATTTAATCATTAGCTTCAAA 431 ALGA0026256 AGCTGCAGAGCAGGTTGCAGATGGG [A / G] CTCAGATCCAGCATTGCTGTGGCTG 432 INRA0015510 TTTAGTTTTTGCCACCGKTTTTCTK [A / G] GATTGTATGGTAGTCATCAGAGTGA 433 ASGA0020859 GATGTATTGCAAAATGTTAACTTTA [C / T] ATCATTCACGGGTTCTCTAAGTCAT 434 ASGA0020902 TGCTTTACACATCTGTATGAAAGTT [G / T] TAGAAATTAAATAATGCCCAGTCTC 435 ASGA0020965 ACAATATAAAAATAATAATACTAGC [A / C] TCATATCAACATGTGTGGAGCAGTT 436 ALGA0026876 AGACCACAGCTTGGCATCGTTGTTT [C / T] GGAGGGTATGATTGGAAGCGTAGAT 437 ALGA0026925 TTGAGCTTATAGCACAGTAGCAGCT [A / T] CTCATCCCTGCCCTAAGGCACATGG 438 ALGA0027129 AATATGAGTTTTAGAATCCAGATAG [A / T] TCTGGATTCAAACTCCAGCTCTGCC 439 ALGA0027200 AGGCTGTTAATGAGTCAGACAGGAC [C / T] GTCCTGTCTGTGGGAGAATCAGCTG 440 INRA0015922 ATTTTCATAAGGGAAAAGTTTTAAA [C / T] ATATTAGCAATTTAATTAAAGCATT 441 ALGA0027343 AATATTAATTCAGTTACATCTGTTT [C / G] TTCATTTCTAATGGTGTCACAGCTA 442 M1GA0006238 TTCCGGTGGCTCAAAACAGAAAAAG [A / C] AAAAAGAAAAAAAAATCTATTAAAA 443 ASGA0021487 TGCAAATTTATAAGTAACAGACATC [C / T] GATAAAACATTAAGAAATCAAACAT 444 CASI0009314 TTACACAAACTAAAACAGGAGAAGA [A / G] GAGAATTCAAGCCAATTTTTCACCC 445 ALGA0027075 GCTAATGCTGCTGGTTTGGGTACCA [C / T] ACTGAGAACCAGTGTGCTAGGCCAT 446 ALGA0027648 Gt; 447 ASGA0021732 AACTCCTCTGAGGCTGGAATAGCTC [C / T] GGGGCTGTGAGTGCTCTTGGGGGAG 448 ASGA0021775 CCAATGAGCTCTGCTAAAGAAAATC [A / G] CATCACGGGAGTTCCCATCATGGCG 449 M1GA0025325 GGACTCCGGTTCCTTTGAACGGAGA [A / G] CGCTCTCAAGAAGAACCACACACAC 450 ASGA0092192 AGGTATTGCACCTAAGTCTCAGATG [C / T] TTATTAAACATCAAATGGAGACTTT 451 ASGA0022017 AAGTCAGAACATTACACGTAAGTTC [A / G] AAAGGGTAGCGAAGCTTCTCCCAGA 452 ASGA0022077 TTTCCTCTCTCCTCTTCATAGCAAA [A / C] CCCCCCTGAGCTATCTACACACTTG 453 DIAS0003038 ATAGATTAGATTCAAAAGAATGGCC [A / G] TATTGTTCCCAGTGTCCAGCAGTAT 454 INRA0016754 CTAACAATATATCTCACCTTAACTC [C / T] CCAAGGAAATCAACAGAGCCCCATTA 455 ALGA0027905 TTGTTTTTGTGAATTTCAAGCTCCA [C / T] ATGCTCAGGCTCAAGTGCCTGAGCA 456 ALGA0028731 TGAGCTTCTGCCAATGACTTGGCTG [G / T] GCACTGAATAGCCCTGTCACTGTCT 457 ALGA0028802 ACCATGGGTCATTGTCCCAAGCTTT [C / T] TGCACGGCTTCCAGCTCTATGTCTT 458 ALGA0028858 GTGTCTGCTGCCTTCATCCCCTCCT [C / T] TTCTCTACAGCTTTCCATGTGCTTA 459 ALGA0028943 TTCCTTGTTCCCTGCTGTTCTGATT [C / T] TAGGAAGCTAGACAGTTAACAAAAG 460 ASGA0083911 CTATTTAGATC [C / T] TATTGGATTTTAAGACACAGAAGCG 461 ASGA0022943 GCTTCCTGACCAGCTTACTTGACGG [A / G] GCTTGATACATGGGAGCAGTGGGGG 462 ALGA0029310 GGATTCGTTAACCACTGAGCCACGA [C / T] GGGAACTCCAGCCCTCTCTTTCTTG 463 ASGA0022387 AACTTATTAATATGGAGCCTCTGGT [C / T] TGTAAGCTAAAATTCTCTCCTCAGC 464 M1GA0006769 TTTGATGATGCTGTTGAAAAGGTMC [A / G] TGATGGTCCGGAAATAACCCCCCGT 465 DIAS0002972 TAATCCCTTCACACACATAAATACC [A / G] GAATCTTCCATTTTTGTAGATGTCA 466 ASGA0023397 CCAAACAGGGCAGTTTCTTTGTGTG [C / T] GAACTAGAGCATTTCGGCTAAAAGC 467 ASGA0023445 TCCTCTGAAGCTGGGCTAAGTGTCC [C / T] CTTCCTGTTTCTAGAGCGTCACACA 468 SIRI0000293 GAAAATGAAATTTGAAAACTGAATG [A / G] AGAGAGTTGATTATGTAGATTGCAA 469 ALGA0029781 TGAGTTTGACCCAGAGCTGGCTGAC [A / G] CCTGTGTGACCCTCAGCAGGGGTCC 470 H3GA0014703 AGGCCAGAACTGGTTCTTTCCCCCA [A / G] GTCAGTTAGGCTCTGGTCAAACTGC 471 ASGA0090553 TGGTGCCACCCATCAAGGAAAGACA [A / C] GAGCACCCTGAGGGTGAATATGCTG 472 ASGA0023698 AGAAGGACGGTCACCTGTCAGAAAT [A / G] GTCCCTCAGATACAGCTCAAAGCAG 473 ASGA0089536 TGCCTTTTACTGCAAGCAAATTACA [C / T] TGCAGTAGTCAGTCATGGCGGGCAT 474 ASGA0023919 CCTGTGTGGCCAGAATGGAACAAGC [A / G] GTGAAGAGAGCTCTAGGAGGTGAGG 475 ALGA0030074 CGCCACAGATAGGAAGCTGGTGTGT [A / G] AGTCCAAAGATAAGACCAAGAATGC 476 H3GA0015326 ACAGAGCTGCCCCAGGCAGGCATCC [C / T] CTCTCTTCTCTCCTGTAACCAAGTG 477 H3GA0015531 ATGCCACTGGAGGCCTGGTTTGCAC [A / G] GTGATGCATCTGGTCTCATTTCCGG 478 H3GA0015604 CTTCAGGCCTTCCTTGCCTCCAGAC [A / G] ATTCCCTTAATGTGTCTCCTCGCCC 479 SIRI0000872 CTCCTGAGAGGGCAGGTCCATTGAG [A / C] AGAATCCCCAAGAGAATCCAGGTGG 480 ALGA0030553 CCTACATTCTTCAGCCGGTCCATTC [A / G] GACTCAGCTCAGCCCCTTCTTCTCT 481 ALGA0030609 GAGACAATAAGAAAACGCTATACCC [A / G] TGCTCTAGCTGGTGGGTGCTGAGGC 482 INRA0018569 ACTAAGTGTTCTCAATCATTGTACT [A / G] TTTCTCCTAGCACTTAACACAATCT 483 ASGA0024642 AGGTCCAGCTGTACCCCCAAAGCCC [C / T] CCCTGACAATGGCTGCTCCTCCACG 484 ASGA0103112 CT [G / T] GGGTTTCCACTGTGGCGTGGGTTCG 485 ALGA0030663 GTGACACACTAGCAAAATTTTTTCT [C / T] TCTGCTCTCACAATTTTATGCTCAG 486 ASGA0024935 TTTTTTAACTTTTTTGATCCAGCTG [A / G] GCCTATCCAGATTTGGGTGTGAGAA 487 ASGA0025006 CCCACCTTCTGACAGAAGTAGTAAA [C / T] AGTCACCTCTATGTTCTAGTTTTTG 488 ASGA0082212 CTCCCTGTTAT [A / G] CTCAGGATGCTTGAAACTCACTAGC 489 ALGA0031303 AACTAATAGAGCTAGAAGAATGGGA [A / G] GTTTTAGTGTGAGATGTTTGGACTG 490 ASGA0085273 GCACCTCAGTGGTCACCTCACAGTC [A / G] GCTGAGATTGGAGCTGCTGAGATGA 491 ALGA0031344 GCATGGTTCTGGGCACTGCAYTTTT [A / G] AGATTGACTCAGATTCTGCTCACAG 492 ASGA0025400 GCTCCTGCTGAATGAGCAATTTTC [A / G] TCATTCAAGAATTATTCCCTGGCAG 493 ALGA0031748 ACTGCTGTGGCTGTGGCTGTGCTGT [G / T] GGTGAGGCCAGTATCTGTGGAAGGC 494 ALGA0031843 CTGTTTTGGCAGCTCTGCTGTTCTT [G / T] GCTAGTATTGTTCACAAGCCTGGGA 495 ALGA0031866 GCATAGGTCACAGATAGAGCTGAGA [C / T] ACAGTGTTGCCATGGCTGATATGTA 496 ALGA0031753 AGGCAAGGAGCTGTTACACTTGAGA [A / G] AAGCTTGTTGCTTAGTATTTTACAA 497 ALGA0032094 GATTGAGGACATTGTGGGTTCTGAG [C / T] AACCATTAAGTAACAACCAAAACAC 498 DIAS0000586 ATTTCAAGAAAAAAGTATTGTCTTG [A / G] AAGAAGAGTGAGATTAGCAGATCTT 499 ALGA0031842 TTGAGGCTCGTTGTTTTTTCTCTCT [G / T] TTATAGAATAACTCCATTGAAGTAA 500 ALGA0032367 AATCTCGGAAACATCCTTCCTTCTT [G / T] TTCCCTTTTCTCACTGATTCCCACC 501 ALGA0031885 TTGAACTTGGACATCTGTTTCTTCA [A / G] TCTGAAGCTTGACATCCTGGTGAAC 502 DIAS0002410 CTGTGAAAATTAGTGCAAAGAAGCC [A / G] GGAAGAAAACTTAAGCCCATTAGTG 503 H3GA0016899 GAAACTTTCTTTCTAGAGCTGAGCT [C / T] TTCATTAGATTTTTCTGTACTGATG 504 ALGA0033160 GGTTTGAATCTCAGCTCTGCTACTT [G / T] CAGGCTGTCACTTTAAGCAAGTTAC 505 ALGA0033199 AAAATACTTTTTTTATCCAGCTGGA [A / G] TCAGACCTTCAGGAATCCTTAGCAC 506 DIAS0000387 ATGTCGACCTAAAANACAAACGGGA [A / G] GCTTTAGGAAGGAAGGTGAGAAAAG 507 ASGA0026573 TTCTGTTAAGCTGCCTGCCTCATTT [A / G] GTATCATACTCAGATACTGGTTTTT 508 ASGA0026641 AGTCAAGCTGAGGGAGAGCTTGAGT [C / T] ACCTCTCATAGGAGTCACATGTCTC 509 ALGA0033413 AGCTGTAAAGCCTGGAGGAAGGAGA [A / G] TGGTCCAGGTAAGCCATCGCGGGTT 510 M1GA0007840 CAACATCTGGGAACCAGAAGACCCA [A / G] CTGGCAGACTGGACTCCCGGGTTCC 511 ALGA0033636 ACCTGCTAACAATAACTAACTTGCA [C / T] ATATTGAGCACTTCCTATGAGCTAT 512 ALGA0033673 CAGGGGTGAAAAATTAGCTGGAAGG [G / T] GAAAAACTGGAAATGGTATGTGTGA 513 M1GA0007944 CCGGAGAGATTAATAAGCAGCTGTG [A / G] CTGAGAACCACTCCTGCAGTTCGTT 514 ALGA0032662 ACAAGACATGAGCCTGACTCAGACA [C / T] RTGGCCTCCGAGGTCCCCGCAGGAA 515 ASGA0027078 CTAGCTGTGTATTTCAGGCAAGTTA [C / T] GTTAGGCTTAAAACCATGTTTTCTG 516 ASGA0026243 AATTCTAGACAGCTAGAGCAGCATT [A / T] AAAAAAGCCATCTTGGAGTTCCCAT 517 ALGA0034166 GGTAGTGACACCATGTTTCTGCTAA [A / C] CTGCGTCAGCTGCCTTTTTGAACCC 518 ASGA0027346 ATTGGGTGTCTCCCCACACCTCCCG [C / T] GGGTGGGCGTGAGCTATACTGGGGG 519 ALGA0032949 GTAGAACAAGAAGAGTTCTAGCTCA [C / T] CCCAATAAATCGAGGCCAACTAGAC 520 M1GA0008041 TCCTGAGGGGCGCCGGTTCTGACAG [A / G] GTGACCTGGGGATGAGGTATTGACG 521 ASGA0091172 CAGTTCTACAGACCCCAGGGTGGGA [A / G] CACTATGTGGCCAGAG 522 ALGA0118913 AATAAGTTGTTGTTGCTTTAAGCCA [C / T] GTTGCATGGTAACTTGTGATGGCAG 523 DIAS0000383 AGGTCAGCTTAGCAAACATCAGGCC [A / G] TATGCAGTAAAACATGACCTGAGTA 524 ALGA0110430 CTTGGACTGCT [A / G] TATAAACTACCAGAATTCCTATCAT 525 DIAS0002318 TTGTTGGAGGATCATCAGTCATACA [A / G] TGAAGCCAACGATGCCATTCCGGGG 526 ALGA0033778 GAAATCTGGCGGTCTCCAGCAGCTC [A / C] GGAGACCTCCTGTCAAATTATGGAC 527 DRGA0017392 GATGCTTACCTTTAAAGACAGGGTC [C / T] GTGAAAGGAACTTGCTGTAATTTAT 528 ASGA0027253 CCTTATGTCGTCACTTGTATCTCTG [A / C] CTATTTAGCCCTCTCGTCTCTAAAT 529 ASGA0089262 CTATTGTCACAGTTGTTAA [G / T] TACTCCCACCTAAGAGTCTCAGGGC 530 ALGA0112228 CACAGGAGATATTCAGTAGCCGTTG [C / T] GTTGAGTGAATGAGTGAGTGAATGG 531 DIAS0001800 ACACCAACCAGAACATTGAAAAGAT [C / T] GATTTGCTTGTTTCATTGCAAAACC 532 ASGA0027745 GTCCTGATCTCTAACAGCTACCGGA [A / G] CATCACTTGAAATAAAATGAGATGA 533 ALGA0034835 CAAATCGTCACATTGTATRCTCAAA [A / C] TACCTTGCAAGCTTATTTGTCCATG 534 ALGA0034871 CATATCTGACCAGCTAAATTCTAAA [C / T] AATTAGCGGTACCACTTCAGACCCA 535 ASGA0100505 CTCTGTGG [A / G] ATGACAATTGAAGGCCCTTGGAAAT 536 ALGA0034984 GAGCCGAACTGGAGAAGAGCTCAGG [A / G] GTAAGAGCGAGGCTCCAGGCTGGGT 537 M1GA0008432 GTATTCCGGGGGCACTAACCTTCCT [C / T] AYCCTGGGGGTGCTCAGAGAGTCTC 538 H3GA0017523 GATGCAAACAGTGGCTTGTGCTCAG [A / G] GGGYTGGGAGAGATTCTTGGTGGCC 539 ALGA0104612 CTG [C / T] TCAACTGCACTTGACCTACAGAGAC 540 H3GA0017889 CTGTGAAAGTTTTCATTTYCTACCT [G / T] GGCCAAAGCTGTGTTACAGCTTCAC 541 ALGA0119039 TGAACAATGGAGTGAAAGAGAATGA [C / T] GGCAATGCCATCTATGTCACCCATG 542 ASGA0101598 AGGATTTATTTATCATACTGGAGTA [C / T] TTGAGAGATTCCTTGGATTTCAATC 543 ASGA0103831 CTCTTCTTGTT [G / T] GTACATAAAATATGACTTACTGAGA 544 ASGA0096575 CTAAGTGAAAGGGGATCTACACCAA [C / T] GCTCAACCAGTTGGAGGGAAACCTC 545 ASGA0027633 AAGTGTCAGTAGCTCAGCTTCTGGC [A / G] GAGCGAATGACTGCGGCTCCCCCTC 546 H3GA0018177 TGCCTGCTTTTTATTAAAAAAAAAA [A / C] AAAAAAAAAAAAAAAAAACTCTCTC 547 ASGA0028579 TACATGACACAGAGCTGAGGATGGG [A / G] AAAAAAAAAAAAATTTTACAAATAT 548 ALGA0035690 CCCTCTGAGTGTCACCTGCCTGCCT [A / G] CAGTGGCCCCTGTGCATCTCTTGGCC 549 ASGA0094960 CTGGTTG [A / G] ACTTTGCAGATTCTGCAGTGGTGAC 550 ALGA0035847 CCTCTGCATCTAGCTTCTCTGACAG [A / C] TGGCTGCCCTTGCTGGTGACATGGT 551 ASGA0028841 AGTACACGTGTATAGCTTGTGTGTG [C / T] AGCACTTTTACACAAGTGCTAGCAG 552 ASGA0028870 GAAAGACCCAGGACAAATTAGTAAT [A / G] TGTACGTCTGAGGGAGAGAGAGGTC 553 ALGA0109856 CTAGATATGCTA [C / T] AAAATCTTTGGAAGTGAAAGAGCAT 554 ASGA0094908 CTTTATTCATAGTAGC [A / G] CCTTCTATGGACTGTATGTTTGTGT 555 H3GA0018528 GAATGCTGTAGGAGTGATGCTATGC [A / G] GTTTCCAAGCTTAAGCCTTAAGAGG 556 DIAS0001073 GTGAGTAAAGCAATTAACTGCTGTT [A / G] TCATTCACACTAACTGTGAATTTAA 557 ASGA0027821 ATCAGGCTTAGACTCCTCTGTTTTC [C / T] AGCTATTCTAAATTTGGATTTCTTA 558 ASGA0027723 CTGTATTTCATAAGACCTGTTCTTT [A / G] AAGCAATGATTTGGCGACTGAATGA 559 ALGA0036399 CATACTAATGGTATGACTAAGCCCC [A / G] TCCTTGAGAAGCTGATTATAATATT 560 ASGA0087096 AAATCCAGCAGAGAGAGGCCTCTTG [C / T] RTGGAG 561 ASGA0085552 CTCGAGAAAGAGCACAA [A / G] TGAGACCCAAACATGCTAATGTTCC 562 ALGA0115970 CTTTAAGAGGCA [A / G] TATTAATTAAGTGTGTCTTTTCACA 563 H3GA0018823 AATTCTAGCACACCAAAACAAATTT [C / T] TACAGTAAGAAAATGTGGATTTTGG 564 ASGA0029460 GGTGGAAACAGTCCATGAGCCAAGG [A / G] ATGTGGGCAGCTTCTATGAGCTGAA 565 ASGA0029573 ATTGAGCTGGCTTTTTAGGAAATCA [C / T] TGGGGAAGGAGAAGGGAAAATTTTT 566 ALGA0036989 TAATTAATAAGAAAATTCAGCTTAA [C / T] AAGGGATACTTGGACAAATAATCTT 567 ALGA0103009 CGGCCACTGCATCTGGGGCTGAGTC [A / G] CTGATCATTAGGTGGAAG 568 ASGA0029647 CGGGATAATTATCCAGCTTCTCTTG [A / C] AAAGGCATAAAGACCTATAGGAACC 569 ALGA0105590 CTGAGAGACAGACTCAGCCCCTTG [C / T] CTGCACTGCCTGGAGATTTCCTGTA 570 H3GA0054966 TCTCTAAGGTGGGGACAAAGGGGGT [A / G] CTAGGCCATCTGGAAAGACACTGCA 571 ASGA0098610 CTTCCTGAGAAGGAACCAG [C / T] TGGGAGGATCACACCCAAAGCGCCA 572 INRA0022567 TTAAGAAGAGTGATGGACACGTTTC [C / T] CTTTACTGACTTTGATCASTGAAGC 573 ALGA0037277 AATATGGCTTACAAGAAAATAGACT [A / G] TAGCAGCTATGAAACAGGGTATTAG 574 DIAS0001476 CTGAGGCATGTTTGGATTTGGCACA [A / G] GGAGGATGTTTTTTTTGGAAGCATC 575 ALGA0037484 CTAATTGACCACAGTGCTTTCTGGC [C / T] GACCTGTATCCGGTGTCACAATCCT 576 ALGA0118476 CTACAAGGTA [A / G] GACCTATCAGGTCAGAGTACAGCCA 577 INRA0022797 GCTCTGGGATCCAGAAATTGCCTCG [A / G] GTAGGACTCATCTGTTTCCTTCTTC 578 ALGA0124503 GCACTCAGAATGGTGTCTGGCACGT [A / G] GACGGTGCTCCAAACGAGGCAGCTG 579 ASGA0103241 CTGATCTCA [C / T] GCTGCCATGGTGGAGTTGAGTACTT 580 ALGA0103984 CTTCTGAGCCCAGAAAGAA [C / T] GCCGTTTCTCTGGGCTCAGTTTCCT 581 ASGA0097167 GTTAGTTGAAATCTTGGTTATACAA [A / G] CTTTCATTTAAATTTGAGATGAGTT 582 M1GA0009140 TCCGGGTAATGTAGTGCAAAGCCCT [C / T] AGGGAAGGTTTCCCCTGCACCTGAA 583 ALGA0119904 CTAAGCCCCGCAGTCTGTGGAGTCC [A / G] TTACAGCAGCCCCAGAACGTGGCTG 584 ASGA0095441 CTGGGTGACCC [A / G] AGCAAGCTGCCCAACCCAGCCCTCC 585 ALGA0122541 TCCACATGCTTCTCTTTCCTCTTGG [C / T] TCACCACACTCCAGCTTCCAGTCTT 586 DIAS0000184 GATCCCAGAGGTAGACAGATGAGAC [A / G] CCGCCTTCAAAATACCTGAAGGAAA 587 CASI0002112 GACTTGGGTGGGTGCTGATGATCCC [A / G] GATCAGTCTGACAACACCGGGCTGT 588 ASGA0092766 CTAACAAAGACTCGTCTTGCAT [C / T] GTTTTCTGTATAGATTTCGACTACA 589 ALGA0116054 CTA [A / C] TCCTGAAATGTCATGTCTCTTCTGG 590 ASGA0087502 CTGATTAC [A / G] CCAGAACGGTGGCAGTTAATTATCT 591 ALGA0101657 Gt; 592 ASGA0094634 AAGTTTAGAATGTTCAGGGCGATAA [G / T] GAGGCCAGAGTAG 593 ASGA0098132 CTT [C / T] AAGTTACCCAGAGGGAGGCTGAAGG 594 ALGA0113190 ATGAGTGTGAGGTCACAAGTCATAC [A / G] AAGRTGAGGGGGGCTCACAG 595 ASGA0094523 CTTCCAGACCAGGATGATTGTATGC [G / T] TAGCCACACCGGGTGTTTTAATTTC 596 ALGA0119092 GCTACGTATGACTTCAAGGCAGAGC [A / G] TAGGAG 597 ALGA0114685 ATTTCCCTGGAGTGAACTCTGAGTT [C / T] TGGGCCCAGATGAATGGGACAAG 598 ALGA0103876 CTCGACAAAGTACCCAAGAGTCTA [C / T] TTCTGAAATGTCTGCTTAGGAAGAC 599 ALGA0123484 CTGATGGTAGAATTTCAGG [A / G] TTTAGTGGAGAAGGTGATTTAAACA 600 ASGA0105896 Gt; 601 ASGA0029336 TTGCCAGTACTGGGAAAAAGGGACC [C / T] AGCTTGGTTGGGAAAATGTGGTTTC 602 SIRI0000456 CCCATAACTTTAACTCAACCCAACT [A / G] AGGCAGTGTCAAGTCATTCCCAAAA 603 ASGA0099060 GTGTCCATCAAGTACTCAATATATA [A / G] CCTCAAGCAGCATTAATTACACCAG 604 ALGA0123444 TGGGAACTCCTACCATCTTGACCAT [C / T] TTTRACTRTACATTACAGAG 605 ALGA0116426 ATCAGGGACTGTACTTGAACTCTGA [A / G] TRTGCTACTCCTAAG 606 H3GA0018917 AGTAAAGTGCAAACAGAAGTGACAC [A / G] TGTAACATCTAGGTGGGGAGATTTA 607 ASGA0029632 AAGAGCTGAAAGATCACTCTTTTGG [C / T] CAGAAGAGATGGGAGGGAGAGAGAA 608 ALGA0037119 CATTTCAAGCCTGTTAAATTTGTAG [C / T] GTGGTAAGTTAAGTTGGCATTGTAC 609 ALGA0119214 CTGGTGGCAGAACTGGTATCA [A / G] GTCCACTTTGCAGATTTCCTCTGCA 610 ASGA0098750 CT [G / T] ATTGTTTTCTGACTCCAAAGCCCAG 611 ASGA0092330 CTGCTGCAATGTTCAGTGAATTC [A / G] GAGTGACCCAGAGGTCGTGGATGGC 612 ALGA0112970 CTGGAATGGAAGGTG [A / G] GAGCCAGGAAGGGCTTCCCATATGG 613 ASGA0099428 GCCACAGCAGTTTGCCACATTCTGC [C / T] GTGTCTCAGGAGGTCCAGGAAGCTT 614 H3GA0052862 GACGTGGGCCTGACACCTAGTACAC [A / G] CTCAGATATTTGTTGGTGGACGGAG 615 ASGA0101680 CGTTGTGTGTACAAGGAAGAATCCT [C / T] ATTTCAGACACGTCTCCTTCACCAG 616 ALGA0116372 CCTCAAGGTCCTGCTCTTTCCGCAA [C / T] GGCACACAG 617 ASGA0084182 GAGGTAGAAGGAGCCCTGGGGAAGA [C / T] GGTGTGCTCAG 618 ASGA0030408 GGTTGAGCCTTGATGGGCAGCGCCA [A / G] GCTCCTCGCAGCCAAGCAGCTGCAA 619 H3GA0019406 TGAGTTTTACCGCCCATAACGGTTT [C / T] ACTGGCGCTCAGCACCCACTCCTTT 620 ASGA0030544 GCTCATGAATAAGCCAGAGTCCGAC [A / G] GATTTGAAGTTCCGGCACTAGCTAG 621 ASGA0030638 TCGATTCATAATCAGCTGGATGCCA [C / T] TGTGTGTGTGAGGATATGTATGGAT 622 H3GA0019660 ATTAATTCCTAAGGGCCACTCTTCA [C / T] CTCTTAGAAAAGACTGATGTTTAGA 623 ASGA0030861 CTTTGAATGACAGATTGAGCTATAC [A / G] AGATCCAAGGTTTATGAGTCTCTTA 624 ALGA0038367 ACCGTTAAGCAATTTGGAATTTTCC [A / G] CAATCAAGCTACAATACTGACTTGC 625 ASGA0031009 CTGGAATGTCTACAACCAATCATTC [C / T] TCCCAGTTAGGAACAAAGCTACGAA 626 H3GA0019871 GAAGATGAGAGGCTGACCTGTCAGT [A / G] TGTACTCGGGACCCAAGGGTGGGGG 627 ASGA0031245 CAAAACAATCTATCCAGCATTTAGG [C / T] GTTTTATAGCTATAGAGCTTTTCAA 628 ALGA0038747 TTCTCTCGGGCAGAACGGCTGGGTC [A / G] TGGTGACTTTAGGTTTGACCTTTTG 629 M1GA0009643 ACTCTAGTGATGGAATCGCCGGAAA [G / T] TCGAAAAGGGCTTTTTGCTCTTTTT 630 ALGA0038953 TATTGCGACTCACTGGGATCAGGAT [A / G] GGCAGCTTTGGTAGAGTGGGGGGGG 631 H3GA0020133 AAAAAAATTTTCAGAAAGTTAAAAA [A / G] GGRAAAAAGAAACCTTCCTGGAATT 632 ALGA0039074 GTCCACATCAAGTTATAAACATTTC [C / T] GTGTGGAAGCTCTGTGTTGGTTTAT 633 ALGA0039144 ACAAGCTAATTCTTTCAGAAGTAGA [A / G] GCAAGAACAGATAGCATATGGTTTT 634 DRGA0007304 GAATCAGGCTGCAATGCATTGTCTC [A / G] TAAATATTTTCATTTAAAATATGGA 635 ALGA0039254 CATCTTTATTACTTCCTTTCTTCTG [A / C] TTTAAGTTTCCCCATCTCTTTCAAT 636 ASGA0031780 GAGGAGGAACAAATGTGAAGGGAGA [G / T] AAAACAGCTCAAGTGAAATCTTGGA 637 ASGA0031851 GCTATAGAGCTCTGGATCATTGTGA [C / T] CCTGTATCACAAAGACAAAATTATG 638 ASGA0031942 AGGGTCTAGTTTTGCAAGAGGCYAC [C / T] TCCTGAGCTACCTCCTGGCTGAGAA 639 H3GA0020408 GGCCCAGGGCAGGAGGTTAGCCCTT [A / G] GCGTGCTACAAGTGTCTGATTTTTT 640 ALGA0039771 GGGGGGGAGGGGAGGCTAGCTCCTCC [C / G] GAGGTGTGTCTGCCTGTAACCCCCT 641 H3GA0020592 ACCCTCATTTTAAAGAAAAGACAAA [A / C] ACAGAAGTTACTAAGACTCAAACTA 642 ASGA0032257 TCCTGCCCTTTCCCCACACTGCTGC [C / T] TGTACTGGCTGGAGCTCTGGCCATG 643 M1GA0009900 TTCGCCCAAGTCCAAATGGAAACTG [A / G] AAGTCTTAAAAAGAGAATCTCAACC 644 H3GA0020700 TCTTCCTGGTTTGCATGTTATCCWC [C / T] AGCTGTGTCATCTTGCTCAAAGTGT 645 H3GA0020849 CGGACCCTGGCCTGCACCCCTGGCT [C / T] GCCAACCACCTATCCTGCACAGATG 646 ALGA0040370 CTTCCTCCTCACCCGCCTCCCAGCC [C / T] CCACTTGCTCCAAGACCAGCTCCCA 647 ASGA0032705 TGTGAATGGCTAGACCTGCCTTATT [C / T] ATCCCCTAGATCATGAGCTCCTGAA 648 M1GA0010063 TGGGCTCCCATCTCACTCGCAGCAT [C / T] GGGTGGACCCGGGTTGAACCCTCTC 649 H3GA0020954 GGGATGTAGTCGTGTGTATGCATGA [C / T] GCAGCCTTAGTCACCACCCGCGTGT 650 H3GA0021066 GGGAGGCCTGACCTGAATGCCCTGT [A / T] ATCAGTGCGGACTTCCAAATGCCAC 651 ASGA0033013 ATGAAGGTGAAGGTGAAGCTATGGG [A / G] ACAGGAGTATGTGTGAGTGTGAGCA 652 H3GA0021198 GGATTCTCATGCTATTGCCTCTTCT [C / T] TCTTGGGCATTTGGTTCATCCTAAA 653 ALGA0040859 CCTAGCTGCTCCACTGGAGGAGGTG [A / C] CCGAGGTCTAACACACACACACACA 654 M1GA0010230 TCCCTGCATCTGGTAACCATTACCT [C / T] GCCTGCCGGGCTACAAGCTCCCTGA 655 ASGA0033261 TGACATTAGATCCATATAAGCTCAC [A / G] AGAGACCTCACATGGGGAAATACAG 656 ALGA0041077 TAGCCAGCGCAAGCTTTGTAAACAG [G / T] AGCCCAGCCTGTCACTCCTCAGCTT 657 ALGA0041156 ATGTAATTGCAGTAGTCTGTTATTT [A / G] CCTCCAGTAGCTGTACATTTTACTT 658 ASGA0098543 TGAGGAGGCTGCTTCTATTCGCCKT [C / T] AACTGCACATCACAGTGTACAATTC 659 ASGA0033485 AAGCCACTTGTTTTATTTGTAAATC [A / G] CAAGCTACTCATGAGGTAGCAGGTA 660 ALGA0041370 ATGAAGAGAGCACAGAAGAAGCTAA [A / G] CAGCATTGCATTGCAAATGCAGCAT 661 H3GA0021499 ATCAGGGCACCCATCTCAYGAGGTC [C / T] CAGGGCCCCGGAGAAGGAATGTGTAT 662 ASGA0033771 CCAAATGGGGGCCCCCTAAACAATC [C / T] TCAGAGCTAGGGTGACCAGGTGTCC 663 DIAS0002119 AGAAAATCAGAAAAGAAAATCCAGT [A / G] GTTGTTGGTGAAAAGATCCAGAAGA 664 M1GA0010399 CCGGAGAGTACCATATATAGGGTTA [A / G] AAGGCTCCACATTGAAAAGTTAAGA 665 M1GA0010406 TTTTGCAGAAAGACTCCACCGGGTT [C / T] AAGAGAAAGTCATACCCTGGCATCT 666 ASGA0034120 GATTAGTCTCTTTTCTTTCATACCC [A / C] ACATACAGTTAATCAGCAAGTGCTC 667 DIAS0000612 TGTGGAGGGATGATGTGCTGTTCTC [A / G] GGGCCTGGGACTGCCCTGGGGGACC 668 ALGA0042239 AGTATTAGGAAGCTTATGGTAGCAG [A / G] TCCAAGTTTTCAAAAATTCTTATTT 669 INRA0026187 CCTRTGCTGCAGCAGGGACCCCCAA [C / T] AAAACCTTGCCTGAATTTCTTGCCT 670 ASGA0034309 GTTGAAGGTCTACTTCCAAGGCAGT [A / G] CCTTCAATGTCATCCCTGGCACTTG 671 ALGA0042347 TGTAGCATCTGTGAAAAACCCTTCA [G / T] AGCTTGGTTTAATTTAAGGCAAGAA 672 ALGA0042378 GTTGGCTACATTAACAAGCTGAGCC [A / G] TGAAAGGATTAGATCTGCTAAGTGA 673 H3GA0021993 GAAGTAGAGGGAACCTACAACTTGA [C / T] GTGCACTTGGCCATGAAAGACTGCC 674 ALGA0042427 GCTTATGAAACTCATTAAAACACTA [C / T] AATTTAAACACTCATTTCGTGTTTA 675 DIAS0000140 AGAGGGAAAGGACACAGGAGGACTC [A / G] TACCTGGAAAATCTTTGGTCTTTGC 676 CASI0005881 GGTTGGAGTATATTTTCGTGCTTTC [C / T] AGGTAACCCCCACGTNTAGAGATAG 677 BGIS0000098 TAAAGGTGGAGCGAATCAAAGAGCG [C / T] GTGGAGGAGAAAGAGGGAATTCCCC 678 INRA0026529 GCATCTTGGGGCCTTTCAAGACACA [A / C] TTCTGTGGAAGGAATATGGGAATCT 679 ASGA0034525 GTTCGAGTGTGCGGTGGGCCACCCG [A / G] GTTCAAGACGTTTTCACAGCTGGCA 680 ASGA0034554 TAAAATATAGCTCAGAATCCATAAA [A / G] GAAATTTTGATAAATTTATTATAT 681 ALGA0042894 CCTCAGCTGCCTTTGTAAAGGCTGC [A / G] GGTTCTAGAGGCTGGGCTATCATCC 682 ALGA0042919 GCACAGCTGCCAGAGGGTCTGGGAC [C / T] GGGTGGCAGAGCCCTGAGCTGTCCT 683 ALGA0043063 AGCTCTTCAGGTCCAAGGTGAAATT [G / T] TCTAAGAAATAGGAGCCAAGGAAAG 684 H3GA0022261 GCCTTCATGCTGTTGGGGAAAGYGG [A / C] AGACATGAATGGGCTATGTGCAGTT 685 ALGA0043292 GGAGCTGGGAGAAGACACTGGTTGG [C / T] AAGGTAGGTCTCAAATACCTGGGCA 686 ALGA0043398 TATTTACTCCTGACACACAAGATCT [C / T] GGACAATTATTTAAGCTCTCTGAGC 687 ASGA0035125 Gt; 688 H3GA0022409 AAAGTTTGTTCCTTTTTCATGTTCC [A / G] TGTTCAATGTGGGCCAGAGTGACAG 689 ALGA0043572 ACTCAAGTCCTAGCTTGAGCAATTA [C / T] GTAAGAAAAAGAAATGAGAAATACT 690 ALGA0043644 GATCCCAGAGCACAGAGACAGCTTC [C / T] GAGTTGAGCCAAGGTGGCCAGCTCT 691 ALGA0043838 GATTGAGTGGCCAGAATTCTTTTTG [A / G] TAATGGGCTTTCTCAAGTGTGTTTG 692 ASGA0035365 CACAGCAGGGACCTGAGCTGCTGCA [A / G] TGACGAAATCATCCCTAACCTGCTG 693 ALGA0043860 GCCAGCTGAGTCCTGYGACCACAAC [C / T] CTGAAGCAGAGCCCAAGAAAGGAGA 694 H3GA0022615 GGGGTGCTTGTTTAGAAGGCAGCTT [C / T] CTGGTCCTGTGCCCCAGTTTCTGCA 695 INRA0027605 TGCATAAAAGGCCTCACATACCAGG [A / G] GGCAGAGAAGCTGTGCAGGCGGCTG 696 ALGA0044069 GACCGACGTTGCCGAATGTTTCCCT [A / T] CTACGTTCTGTCTCTTATTCCCAGG 697 ASGA0035590 ACAAAGTGAGGACTAGCAGTAAGAC [C / T] GCAGATGAATAATGAAAGAATCCCT 698 ALGA0044087 GAAGAGGCCATGAACGTGCTTCCCG [C / T] GCAATTCTCCCACGAGCTGATGGCC 699 H3GA0022804 TTGCTGACTATTGGCTAGGGCCACA [C / T] TTAGCTCCCAAATGCTGCTCTCTGG 700 ASGA0035823 GGATAGCTTCTCTCACTTTTCCTGC [A / G] TGGTTGGTGGTTCCTTAAAGGTGAA 701 ASGA0035864 AAACTTGTCAAGCTTACAGTTAGCA [C / T] TTAGGTAACTATGCCATGAGTCTGT 702 ASGA0035957 TTAACACTTGTACAGCAATAAGCTA [A / G] GCATCTCCAAATTATTTTTCCAAAA 703 ALGA0044742 GCTACATCTTAATCCTAAAAGCTAC [A / G] TCATCATCTCTGGATCTTGGTTTGC 704 ALGA0044856 TTTCTATGTGGTTTTTTTGGTTTTT [C / T] CCCTGAGCTATACTTTGTAAGATTT 705 H3GA0023120 CTGAGTTACAGGCCCTGAGAGGTCA [C / T] GTATGATGAAATCTTGGAAAGATCC 706 ALGA0044983 AATAGTAGCCCGTTGTTTGGATGTA [A / G] TACAGTTTGTGCATCTATTCCCCAG 707 ASGA0036491 GGCGAGCTGGCTGAACGGGCATCTC [C / T] GCAGGGCTCTACATCTGCTCACAGC 708 M1GA0010866 GTGACATGGTCCCCAGGGTAAATAA [C / T] GGCACAAATGCAGGACTGGGCTGGT 709 ASGA0036665 CACACCAGCCACAGTGGCAGACAAC [G / T] TCCACATCCCAGCAGCTCGGCACAA 710 ALGA0045365 AGTCAGATTAATTTCTGCTGAGCCA [C / T] GGTAGGAGCTCTACTAGTTGTGTTA 711 H3GA0023523 GGAGGCCATGATTCTAGAGTGGCTA [A / G] AGACACCCAGCTCCCTCTGGTTCCT 712 M1GA0011041 TCCGGGGCTTCTCCTGGAATTCTCC [A / G] TGGCACACAAGGAAGGGATTGAGGC 713 H3GA0023580 AACATCACCAAGATGACGGGCACCT [C / T] GGCCCCCAGCCCGCTCTACCAGGGA 714 M1GA0011155 TAGCTGTAGCTCCGGTTAGATCCCT [A / G] GCCTGAAACTTCCATATGCCCCAGG 715 ASGA0037232 Gt; 716 ALGA0045896 TTCTCCTTCGGAGCAGAGGCAACAC [C / T] GGGAGCTGAGGTCGGGCGTTTTCCA 717 M1GA0011542 TGTCCTCTTTCGCAATGACTGTGGA [C / G] GGCACTGGGGCGGAGCAGGGAGATA 718 ALGA0102137 TCAGGTTCAAATAACCACGGTGTGA [C / T] CTGTGACCAGTCACTAAAG 719 ASGA0037429 CCAGCTTCCTTAGCCTTCACCTCAA [C / T] ATACAAAAAGCCATCGGGGAGAAAT 720 ASGA0037662 CATCTTGCTGGGGTTGAGGAGCAGG [C / T] ATATTCTGAAGACACAGCTAGTGGA 721 ALGA0046395 AGTTTGCACTGAAGCTGTTATGGAC [C / T] GAATGTTTGTGTCCAAACCAGCCCC 722 ASGA0037879 GCATATGGTGGTTCCCAGGCCAGTC [A / G] AGTTGGAGCTATAGGTGCTAGCCTA 723 ASGA0102322 AGAGGGAGCAGACAACTGCTCATAC [C / T] GTATCTTACATTAACAGTGTGAACA 724 ASGA0101222 CCCATGATTCTGGGGGGGGATGTCT [A / G] TCTAGAAGGGGGCAGAG 725 M1GA0011821 TCCACACACATGGGAAGACTTCAGG [A / G] TGGGAAGTAGCAGATGGCCAGCCAG 726 ASGA0038091 ATAGCTGATGTAATTTCAGGAGAGA [G / T] ACCCGGAGTCGGAAGGCCAGTCTTG 727 ASGA0092148 GATGAAGTTCCTGTCTTCCATGCCC [A / C] CTGTTACAG 728 H3GA0024523 TGGAGTAATCACAGTTGAGGTATAC [A / G] AAAATAAAGTTTGACGGCCCTTGAG 729 ALGA0047034 GATAAAATTAGACAAAACAAAGCTA [C / T] TTCTTAATTTTTTCTAAGCACACAC 730 H3GA0054129 GCCAATAAATGTGGTGAGACAGAAA [A / G] TAAATTGGGAACTGACATAAACAAG 731 ASGA0038287 CAATAAATGCCAAATTATTTGTTTA [C / T] AAACATAGTACATGAGATATATGCA 732 H3GA0024605 AGAATGACTTTGGCTACATGACTTC [G / T] GAGAATCATTGTGGTGTTCTTGCTC 733 ALGA0119178 GCCTACTACAATGTCTGGGATTCAT [A / G] GCAG 734 H3GA0024739 CTTCTCTGTCTCTCTCCCTTTTTTC [C / T] GTTTTGGCCACACCCACAGCATACA 735 ASGA0038639 TTTCAATTTGATCATCAGGTGGCTA [A / G] GTGACCTTCACTTGATTCTTAGCTT 736 ASGA0038666 TGGAAAGCATATTTTCCTTTGAAT [A / G] CAGCTAATTAACTAACACAGGTTGT 737 BGIS0004952 AGTGTTTGGGATTCAACAGAATGGA [C / T] GCATGTTCTAGAAGACATTACCGAA 738 ASGA0099602 CTGGGGGAGGGTGGGGCCTTGGC [A / G] ATTCAGGTCTGCTGTGAGCTTCGAA 739 ASGA0089983 CTTA [C / T] AAGGTACCAAAGACTTTGCTAAGAG 740 ASGA0097635 TTGGAGAACTGGGAGTGGGGTCACA [A / G] CAG 741 H3GA0024526 GTTTTTCATTGTTGCAGTCTTATTC [C / T] TATAGCTACTCTTTGGCCTAGATAT 742 ASGA0105183 CTCACCAGGGCTGCCCAGCGT [C / T] ACCAGAGAGTATCATACCACATATT 743 ASGA0038843 ATACATACTGCCATCATTACGCTTA [G / T] AGTGAATGGTACTCTCCTGTCTGCG 744 M1GA0011866 GCTGTTTCCCAAGCCGGGAAGGGGA [A / G] CCACCGTCCCTCCCATCTCTCTTGG 745 ASGA0038876 AGCTTTTGAAACCACAACCTCCAAA [A / G] GAGTAAATCAAAACCAGGATAACAT 746 ALGA0048059 CCCCCAACCAAACAGGAAGCTTATC [G / T] GAAGAACCCATTTTTCCCCAACCAA 747 ASGA0102686 TTGCTGATAGATAATGTGTAAGAGM [A / C] AGTGATGGATAGGAGGAAATCCTAG 748 ASGA0038965 TAGCTAGAAACATTTTTAATTGTCA [C / T] AACTGTCTCTAGTTGATATTAGCAT 749 ASGA0092536 GGCAATTCTTACTGGCTCCAGGGGA [C / T] GAGAGTCCTACCCCAGATCTCCTGA 750 ASGA0093261 TGCAGATACCTAGGGAGTACAAATT [C / T] CTTCCTGCAACAAGGTAAAGCGGCA 751 ASGA0088957 TGCAAAGTTTTGCATTTGAGAGGAT [A / G] TTCTAAAGGATGTTTAG 752 ASGA0039113 ATTTGGAGAACAACTTCCCCATGGA [A / G] GGRAAAGCTTATTTTAATAATTCAG 753 ASGA0104555 CTTCTGGAGTGAAGT [A / G] TCCACTGCATGGGCCTACCTTCATA 754 ALGA0048538 ATTTTCTCAACTTGTCCTCCAGATA [A / C] TGCCTGGCCAGAGCTTCCTAATTTC 755 ALGA0048597 GCTAATGAGTTAAAACTGATGAAAT [A / C] CCAGGGAGAGACAATGAAAACCCTG 756 INRA0030111 TTGGCTTATGTTTCTTGAGTAAATA [A / C] TTTTACGGAATGGCAATATCTAAAA 757 ALGA0101778 CT [A / G] AGATGTTTGAGCCCTGTCCTCATCA 758 ASGA0039397 ACCAGCTCTCAAACATCAATGAGCA [A / G] GTGGAGATCAGGAAGGAGGTCATGT 759 ALGA0048786 CAGGGCTTTGACCCTTGCAGCACTT [C / T] TGCTTGTAAAAGTGAGCTAGGCCAT 760 H3GA0024861 GAAGGCAGAGGAAATGTCAAGGAGT [A / G] GGAGGCCACCTGGCTGTTGACTTGC 761 ASGA0039519 AGAGGCCAGAAGCCCCCTTTTTGTG [C / T] TTTAGCTGGAAATAACCCTAAGATA 762 ALGA0049130 GCTAAAACTTAAAGTACACTGCTAA [A / C] CTAATCTTTTGGGTTCAGTTTATTT 763 ALGA0049219 TGACTTACAACTCTGTGGCCAGCCT [C / T] GACACCAGCAGCTTTTACAACCTAA 764 MARC0083052 GTTGCTTCTGTATTTGGGGCTGGGG [C / T] GGCTGGGGCAGCTGGGGCGGCTGGG 765 ALGA0049326 GTTGCTTCTGTATTTGGGGCTGGGG [C / T] GGCTGGGGCAGCTGGGGCGGCTGGG 766 ASGA0039774 AAGCTATGACACTTTCTCCCAGTTT [C / T] TCTCAGAACTCCAAAGAAAGAAGTT 767 H3GA0025435 CTTAACAGAATTCAGTGGGGGAGGA [A / G] AAGTAGTTTCAGAGGGTTTCACTTG 768 ALGA0049519 TAATCCTTAGAGACAACCCATGAGA [A / G] AGTGTATTTATTTTAGCTACAATTT 769 ALGA0049610 CATACCTTCAGAGTCACATTTAGAC [A / G] CATGTAGGGGTGAAAGAACATGAGG 770 ASGA0040002 AGAAAAAGCAGTAAATACAGGATTT [G / T] TAGAATTAAGGGAGCAAAAAGAGCT 771 ASGA0040047 ACTGTAAATGAATACATCAGACTTA [C / T] GGAGGTRTATCAATTTCTGCAAGCT 772 ALGA0049871 TTCTAGATATGTACTGCATCTAGAT [A / G] TGTACGGTGTGGGGGTGGAAGCCCA 773 ALGA0049957 TAGATTTAGTACAACGCAGAGCCAT [C / T] GCAACTGGGGAGGAAGGAAGCTGGG 774 ALGA0050272 GCTAACCATTCAACTAGAGAAAGAA [G / T] AGCAAAACACACTTAAATAATACAG 775 ALGA0109302 TACTGTATGGAAGTGATGCTTAATT [C / T] TATGGAATGAATTTGGTGATACAGG 776 ALGA0115967 GGTTAATGGTGTGCCTATTACCTCA [A / G] CAAG 777 M1GA0025365 CTTCAAGGTCAGGGGAAC [A / C] AGGAGAGGAATTCAGAGTTTCTAGT 778 ALGA0124080 CTGTGAGTTGCTGGATTAC [C / T] ATGGCCTGAAGGGTCATGCCCCTGC 779 ALGA0105930 CTAAGACAATAAAAAAAAA [G / T] GTACGGTTCTAACAAGCAAGGCTTA 780 H3GA0025183 TATTCTCCCTTGAAAACAGCCAAGC [A / G] GATCAGAGGAGCAGTGGAGCAAAAT 781 ASGA0100149 ATGACCTTTGCCCAATGCTATTAGC [A / G] TCCAAGGGAG 782 ALGA0048805 GACTATACCACTAAGCTATAGTATC [A / G] AAACAGAATGATACTGGCCCAAAAAA 783 ALGA0111705 TGTGAACAACAACTATAAATTGAGC [A / G] CTTAAGCATTTATATAACCTCTGTA 784 ALGA0112879 CTAAAATCCCTAT [C / T] ACTAAGAGCCATCTTTGTACTTGCT 785 ASGA0039582 GGTTTCCTCTGGAGTGTGACTTGAA [C / T] AGGAATAAGTGACCAAATGGCACTG 786 ALGA0110747 TTATTCATCAGGAATTTAAGGAGTA [A / C] TGTGGGCAAG 787 ALGA0104546 CTAC [A / C] GCCCTAATTCAGATAGCGCAAATGA 788 DRGA0017605 GAGAACAGTTTAAAACTTGGCGGTA [A / G] AGTTCTGAGAGCAGATAAAGTTAAA 789 ALGA0108646 CAGCAGAAACTCTGCAGGCCAGAAG [C / T] GAGTGGCACAATATATTAATGACAG 790 ALGA0105059 CTAGTTACTCACTCATTCATTCA [C / T] CCACGCATCCACGGGGATCCAAAGT 791 DRGA0017396 GAAATGCCAACTCTAACTGCAGACT [A / G] CAGTGCAACATACTTTAAAATAGTA 792 ASGA0082187 CAGCTTGGACAAAGTATATAGCTGC [C / T] GAGGTGCCGAGAAGTCTTCAGATTC 793 ALGA0109193 GAGGAGTTTACGTGTAGCATGTGCA [A / G] CAGTGCTTACCAGGAAACAG 794 ALGA0118463 GTCTCTGGTAGTTCCTAGTATGGTC [C / T] TCAGGAAGGATGTTTAAGGAGCAAA 795 ALGA0111816 CTAAAAACAA [C / T] GGCTAGACTTAGACACACTCCATCA 796 ALGA0115708 CTGGCGTGATAAATTAGCAGRCACC [G / T] CCTTTCGCGTGAAGTATTCCTGAGT 797 M1GA0012285 CCCTAGTGTTTCTATTCCGG [C / T] TTAGCTTCCTACGAGCTGTGGCCCA 798 ALGA0115828 CTGGAAAAAAGGGACCGAAGCCTCC [A / G] TAAGGGGATACGGAGAG 799 ASGA0040905 GAAGCTCTTATTCACCAACACACCT [A / C] AGCCTTTTGTCCCGAGTTTCTGGTG 800 ALGA0050939 AGGAGGTGGCAGTGGTGCTGGAGCT [A / G] CTGGGTCGGGGGGCAGGGGGGTGAA 801 M1GA0012669 CACCCAGGCTTCCCATCGGCAAGGC [A / G] GAGAGCGCTGGCGTGAGCCGGGCCG 802 H3GA0026518 TAGATGTAGCCGTGCAGGACTCTCC [A / G] GACCTCTGGGTCTCTAAGCCTCGGT 803 ASGA0041661 AGAAAAGCCCCCATGGTCCCAGCAG [A / G] CTAGCAGCTAATCCAAGGCAGAGGA 804 ALGA0119387 CTATTCATGTGCAGG [C / T] GCTGAACGCACAGGCTCTCTGGGCA 805 H3GA0026659 GGAGAATGTTGTCCAGCCTGGCCTG [C / T] TCTGCCAGGTAAGGGACCTTGTCAC 806 ASGA0041863 TTGAGTCAATGTGCTGAGGGAATCA [C / T] GGAGCTGGAAGACCTCCACTGAGAT 807 ASGA0041962 GCTGGCTGGCTACTTACCTACTG [C / T] CCAAGTCTCTAGGAAATAAAATGCC 808 ASGA0041401 CCTTGATCACCAGTGGGTCATC [A / G] GAAGCCATGGTCCCCTCCTCAAGTC 809 DRGA0009218 AAAACGAAGAATTTTAAAGTTTGGC [A / G] TCTGTCTCCCCTAGGTCATTCACAG 810 CASI0009712 AGAGCTGTTAGAAAGGGCCTGGGTA [G / T] AGAATACTGAGGCTTCAAAGACCAG 811 ALGA0051960 CCCAGCCTTTCAAGAGTACTCCAGC [A / G] TAGCCCTAGCCCGTAGCAGTGTCTA 812 ALGA0052075 CAGAATACCAGGAGCTGCCAGAGAA [C / T] TGCTCATCACTAGGAGATGAGAAGA 813 ASGA0042354 GGGATTCTCCTAAGACCCAGTGTCC [A / G] GCCAGCTGCTGGTGCTCTGTGGGTG 814 ALGA0052240 GATGTCTTCCACACCTCGCTGAGGG [C / T] GCTTCTCTTCCCCATCTTAAATCAT 815 ALGA0113729 AGCAAAGGAGTACTGGTATGTCCCC [A / G] TATGTCCTAACACAGGATTTTTAG 816 ASGA0042506 TGAAACCAAGAGGTCCTCAAAACTT [C / T] CTATGCTCAAATTAAGAAACAAGCT 817 ASGA0105025 CTGAC [A / G] CTTAATTCAATGTTTATTATGTGCC 818 M1GA0012912 GTAGTCAGGATTGAGCATCCCTGTC [A / G] CAGTCTCTCTGGCCCGGGGCCGTCC 819 H3GA0027110 AACCATCCTTATTGCTGGCAAAAGA [A / G] GACMAGAAGCTGAGGGCCAGCTGGT 820 ALGA0051849 TATACCTGCTGCTGTCCTCATGACC [A / G] AGAGGTAAAGAACTGCTCCCAAGTG 821 ASGA0042872 TTAAAAAGAGCTGTTAGCTCTGGGT [C / T] CGAAATGCTGCAAAGGCTGGGTGTG 822 H3GA0027238 TTGGAGAAGGACAAACGGACA [A / G] TTGACAGATGGGGACCCATGGAAGG 823 H3GA0027255 CTTCTGTGGCATAAC [A / G] TTTAAAGACCTGGCCTTGTCACTGC 824 ALGA0105323 CTATATCAAGA [A / G] GTTATGTTACAGAAATTGCTTCACT 825 ALGA0052993 GGATAATTCAGCCAAGGACACGACA [A / G] TTTGTTTAAAACTGTCTAAACTGGT 826 ALGA0053090 GGACATCCCTACCTTGCCATGTTCT [A / G] GCAAAATCATTAATAGCTCCTCCTT 827 ASGA0084095 CTAGAAACTGTGCCRAGT [C / T] CGTTTTGATCACTACCTCACTAAAT 828 ASGA0097743 CTTGGGATAAGGA [C / T] AGTTTGTTCATTACAAATATTCACT 829 ALGA0053190 GAAAGACAGTTGGAGGGAAATGTCC [C / T] TTCCATCAGAACAAAAGTCTCCAGT 830 ASGA0043272 AGGGCCAAAGCTGAGTACCACCAGG [C / T] TGAGCAGCTTAGAATATGTCCCATT 831 ASGA0089408 Gt; 832 ALGA0053479 TGCCACTGGTGGATAGAGCTGTGTC [G / T] TGGTCTCCTGGTGGGCAGGGCCATA 833 ASGA0043547 GTGAAGTGCAGTCCCAGGAGGACGC [C / T] GTGAATCACCCAGCTGCCACTTCCC 834 ASGA0043614 CGCATCGCTTCCCAGTAAACTTCCC [A / G] CCACGTCTGCCTGTCCATCTGTATC 835 ASGA0043673 CTAATTCATTACTCTGAGCATTGAT [C / T] GATTCATGTAGCTTCTGTAACCATG 836 ASGA0092361 AGCAGGATCGAACATGGGGAAAGAA [A / G] TATTCAGGCTGAAACTGACTAGTGG 837 CASI0002698 ACTANCACGTACTAAGAGTAAAGAC [A / G] AGAACAAGAGACTGACAGCGCTGAT 838 ASGA0098451 AGCCTCATTCTGAAGAGAGGGAAGG [A / G] GTAGTTCCAAAATCAGAG 839 ALGA0053893 GCATCTTTACTTTTTATGTAATTAA [A / C] ATTAAGAGTTTCCTTTACAGCTTCT 840 ASGA0043850 TCTTAACTGGCTTCTAATGTAGTTT [C / T] TGTTCAACTTAATTGTTTATTAGCT 841 ASGA0043883 CATTTTAATTGACTACCCTCTTCTA [C / T] ATTCTCCAGGGAGCTTATGGGAGGA 842 ALGA0054014 TCAGTAGTGATTAGAGCTATGAATT [C / T] CAAATAATTATCTATTGTCCTGTAG 843 ALGA0054112 AGATTAAAATACTCTTGCCCAGGTT [G / T] TCTAAGATGGGCTATCCAGCTTGGA 844 DRGA0009573 TTTTAAACAGGTATATAGCTGCATA [C / T] GTTACTGGGTTGTTGCCTGGTTGGT 845 H3GA0027212 ATGTCAGCAGCCAGGACCTAAGAGT [C / T] GGGCCTCAGATGCTGGGGCAGGGTG 846 ASGA0042948 CAACAGGGGCACTTGGACAGAGGTC [A / G] CAGCTCATGGCCTGTCCTGTCTCAC 847 H3GA0027919 GGAAATCACGACAGTGAGGGCCTTT [G / T] GGAGGGAGCTTGCTTGGCAGGTTCA 848 H3GA0027937 ACTGCTTATGAAAACTTGTACTTCT [C / T] ATATGTTTCCATGCTTTTCTAGGGC 849 ASGA0044106 GAGAAAACATTCGCAAATGATATGA [A / C] CTATAGAGGTTTATATCCAAAATAT 850 ASGA0043131 ACATCTGAAGAAACATCCAGGACAT [C / T] CAGTACAGGATCCAGGTAGGTAATA 851 ALGA0054518 ATGTATCACCTCCAGGCTGAAGCTT [C / T] GGGAGTATAGGGGAGGAAAAATTCT 852 ASGA0044272 TTTATCCTTCAGTTCTATGTTTTTT [C / T] ACTTGAGCTCATGTACTCCCAGGGC 853 ALGA0054650 GAATAAAGTGTTCTTCTATGTTCCA [C / T] AGCTGGTTTTTAAAAATTAATCAGA 854 ALGA0054705 CTTGTCAAATATTTTGTTTTTATTC [A / C] TATCAGTAAAGGCCAGCTCATAGAC 855 ALGA0054752 CAGTGGAAAGCTAGCATCCATGAGA [C / T] TGTAGCTTCAATCCCTGGCCTCGCT 856 ALGA0053309 TTCAGCTATGTATGCAAATACATCC [C / T] GGACAAATCCGAACATCAGTCTGAC 857 ALGA0123594 CTG [A / G] AGAAGTCCATTTGGGTTTTTAGCAA 858 H3GA0028172 ACAACATGGATGGCCCTCGAGGCTG [G / T] TATGCTAAATAAAATAAGTCAGAGA 859 ASGA0044519 GTGCTGTGGATTCCAACAGAAAACA [A / G] GAGCTTGAGGTCCCCATTCGAATGG 860 ALGA0055054 TCTGAGATGGCTCTTGGGTGACTGG [C / T] TCTRAAAGACTGACAGCTGCCAGGG 861 ASGA0103766 CTT [C / T] GTTTTGCAGGCAGAGGCTGAAATTC 862 ALGA0053558 TCCTCCTTTTAGTTGTTATAAAACA [G / T] ACACTTCCCTAATCGAAACTCTCCA 863 DRGA0009854 CTACACCATGGCAGAACTTCTTCAT [A / G] TTAGGAGAGGTATTTAAACTTAAAA 864 ALGA0121035 CTAGGTTAAAG [A / G] TCAGTTTCGGGGACTGGAGCCCCCA 865 ASGA0044872 CAGAGCCTCCACTAAGCTTCCTTCT [A / C] AAGTCTGATACTTTTATAGCATTTT 866 ASGA0096819 CAAACATAAAGATTCTCACCCACCC [A / C] GCAGCYTGATGTGGGCAGAG 867 ASGA0045039 AAGCTAGTCTTCCGCTCCTCCATCT [C / T] CTGGGAAGCTGCAGAAGAGGTCTCC 868 ASGA0045135 AATAAAGCTCCTAAAAATATACTTT [C / T] CTCCTACTTGTCTCTCAAATTCTGA 869 ASGA0045220 GCATTTATTTATTTTMTCTCTCTCT [C / T] TTCCAGAATCCAAGCTTCATGAGAG 870 ALGA0055947 AGGAGCCCTAAAGAATCATAAAACC [A / G] GTATTAAAACAGCGAGCGTGCCCAG 871 ASGA0088640 CTCTAACCTGGCCG [A / G] GCACCAGAGAAAAACAGGATTCGGG 872 ASGA0045531 TCTCAGACTAGTGATGGGATAGTTA [C / T] GTAAAAATGTATATCCTCCTATATC 873 ASGA0043822 ATCTCAAAGGGATGGGGAAGCTGCC [A / G] CGCTGGCTTGAGGTCAAACTGTGTG 874 ALGA0053993 TATTGACAAGCAGTGGC [C / T] GTAAGCTTCACATAAAGTGAAAGTC 875 ASGA0043917 CAACAGGGAATCCTAAAGTTTCTGA [G / T] CATGATAATGACCTTTAGCTAAATA 876 ASGA0094390 CAAAAGGTGGCTGAAAATACAAATC [C / T] GCTCCTGTATCCTGCCTACTACTCT 877 ASGA0082120 CTGTGTGCTGCCTCTAACTGCAAAG [C / T] CTTTTACAAATAGGGAGACTTCCCC 878 SIRI0000798 TCATATGACACTAATCAGCCTGAGG [A / G] TGTAGGAATAGAAGTCTGGTTTGTG 879 ASGA0044098 TAGTACTGGTCCATTTGCAACTAAC [A / G] CATACTCTTCTTGCTGCAGCTAGAT 880 ASGA0105731 TCAGGGAGGGGCTGCAGTGGCCAAG [A / G] TTTTGTTTGTAAGGACAGCCAG 881 H3GA0055302 GAAAGGTCTATAATTTGTGGTTTTA [C / T] ATTTTATTTTGTTTTAATTTTGGCC 882 ALGA0054896 TTTGTCTCTAACTGTTCTCAGGCAC [A / G] TTCCTCACAAAGCTCTTCAGATCTC 883 ALGA0055139 CTTTTTTTTTGTGATTGCTAGGCAC [A / G] CTTCGTGTTAATTTCTTCAGCTCCC 884 ALGA0107987 GTCTGGAGAGAGAGAGAGTCCAGCT [A / G] AGTGTAAAAGATTTGAGAGTCATTA 885 ALGA0114627 TGTCTCCATTGCTGTAGCCTCTCCA [C / T] GCAAACAATTGTTGCGCTAAGTGCT 886 ALGA0117819 CTTATAAGC [A / G] TATCACGAAGAAACCAAGTGGAAAG 887 ALGA0055940 CTCTGTGGACATGTTTGCAGGTGGC [A / G] TRGCTCCGGACGGGCAGATGGCAGA 888 ASGA0102282 ACACACCAGGTCCCTCTGTATCCAC [A / G] TGTCCCCATCCATGCATTCGGCCAG 889 ASGA0083137 CTCGC [G / T] CCTTACATCCCGACAGGTGGATGAA 890 ALGA0056248 GCTCCGATGATGTCCCTTTGGTCTA [C / T] GTATCTGCCTTTACGCTTGGCTACT 891 ALGA0056382 CAATCCTTTCCCCAGCCCCCTGTCT [A / G] TTGGTTATTGCTGGTTTATTAATGC 892 ASGA0097841 AGCCTGTCCTAGGTGGGAACAAAGG [C / T] GAACAGTGGTGGTCTCAG 893 ALGA0056587 GCATTTCTTATCTCTTGTATTTTTT [G / T] ATGCCAGCCATCCAAACAGCTGAGA 894 H3GA0029068 TACCTACTGCCAAGTAGGCTGGGAA [A / G] TGTGGTTTATTCTTTGTGATCACAT 895 ASGA0046300 ACCTGACCAGTATGCCTTGAAGCTG [C / T] CAAGCTCATCAAAAACAAGTCAGAG 896 CASI0000975 CAACCATAAAGTCA [A / T] GACATCAATTTCTGGTCCTGGTACA 897 ALGA0057095 ACCGGGCTAGCTCCTTTGAGAGAGC [A / G] GTGCAGAATGACGCTAGGCAATCAG 898 ASGA0046593 GCCTAAACGTCTGCCTGAAAGTGAG [A / G] CACAAGTATAAAAAGGCACAGAAGC 899 ASGA0046278 CTTTCAAAATGTATTTCTTAAGTAA [C / T] GAAACTTGAAAACTAAAATTGCTCC 900 ALGA0057423 CAACCCCATTACAGTGTAAGCTCAC [A / G] GATGGCAGGGACTGGACTGTTTCCT 901 ALGA0057494 AATAGCAAAGATGAAAGAGCTGTGC [A / G] CAGAATTCCAGAGATATGCTAAGGG 902 ALGA0057646 GCAGCTGTGACCTGTGCCAAATCTG [C / T] AGCAAGGCTAGATCCTTTAACACCA 903 H3GA0056199 CAGCAGGGAGGCCGTCCTTACCGTM [A / C] TTATCGGGGACAAAATCTGTCATTT 904 ASGA0092473 CTCCTTCTGG [A / G] GAAGAGTGATGGACTCCGCTTTGGG 905 ALGA0121879 CTTGTTTCAATGGGCAAAGAC [G / T] ATCCCTCTGCCCCCCAAACAGTTAT 906 ALGA0103767 CTAGGG [A / G] TTATGCATTTACTCCACAGTTAAGG 907 DIAS0004765 AGCTCTGAGCCGTTTTCAAGAGATC [A / G] ATGACCTCCTGTGGGGCGTCTGACA 908 ALGA0058242 TCACAGAAGTTGGGAGCCTCTGATC [A / G] GTGTGTAGAGCTGATAGAGTTTTCT 909 ASGA0047606 CATTGTAAAGTGTCTTCTGACTGGG [C / T] GACCTCCTCTCCCTCAGCTGAGAAC 910 ASGA0049110 CCAGCTCTCTTTGCCAAAGACATCA [C / T] AAGATTACCTTGGATTGAAAGAATG 911 ALGA0058525 AGATCTGTAACCCACTGAGCTGCAA [C / T] GGGAACTCCCTAGGTGCTTTTCACA 912 H3GA0030029 CCCTGGTCTTGTTGATAAGGAGGCC [A / G] AAGCCCATGTTCCAATTTTACTTGT 913 ASGA0083886 GGGGAACTCCTTACTC [A / G] TAGGTTTTCAACCCAATAAATATTC 914 ASGA0084296 CTGA [C / T] GGTGTTTTCCATGCTTCACACATTC 915 ALGA0057922 GAGCACGCATCTGCCTCTCTGGTCC [A / C] AAGCCGATAGAGCTGGATGGAGCTC 916 ALGA0059073 TAAGGAAGCCCTGCTGGAGGAATTC [A / G] CTCTGTGGGTCTGTGGTATGCTTTG 917 ALGA0059224 TGTTGATGCAAGCTACAGCGTAAGG [C / T] RCAGATGTGACTCAGATGCAACATT 918 H3GA0030352 TAGACCAGGCCAGGTGTTCTTGTCA [A / G] GTTCATCCCTGGATGGTTTGTAGAT 919 ASGA0047247 GAAGAAGAGATGTCTGAGGACGGAC [A / G] GCAGAGCCATTTTCAAGGGATTTTA 920 ASGA0100960 AGTGTGACATG [C / T] GTACAGAAAGGTATGCAGAATCCTC 921 ALGA0103343 AATTGGGAA [C / T] GTGGGAGTACTTATACCACGGAAAC 922 ALGA0059633 GGAAAGTAGCTTTGCTTTTCTGGAC [A / G] ATACCTTGGATCGTGCAAACCGCAT 923 H3GA0030621 AATGAATGGACTGGGGTGGCATAAA [A / C] GGTGCACCGTGATCAAAATTCACTG 924 ALGA0058420 GGGAACTCCCTCCTCCCCCCCTTTT [G / T] TTTTAACTTCCAACAATTCTAGCTC 925 ASGA0091392 CTGTGTAACCTCTA [C / T] GCTTCGGTTTTCTCTCCAAATATTC 926 H3GA0030080 GCCTAGATGGTTCCATATATAAAAA [C / T] ATATATAGTTCATTTTGTGAACTAC 927 ASGA0089200 CTCGGCACATGTGTGTCCAC [A / G] ACACAGGCGGCATAAGGGGTAGAGG 928 ASGA0092634 GGGATGAGATCTGAGACAGCAAGGT [A / G] TATCTTTAAACATGTGAG 929 ALGA0119532 CTCTCCAGATC [C / T] TTCCACCATGTGAGGATACAGTGAG 930 ALGA0123578 CAATTGCAGCATATGGAAGTTATTG [A / G] ATGAGGGGTCATATCAGAGCTGCAG 931 ASGA0104307 GGGGAGAGGAGTCTTAAAACCAAAA [A / G] GAGTTTTAAGGCTATGTAG 932 ALGA0107850 CACAGATCAAGGCTCACACAGCACA [C / T] GGCACAAG 933 ALGA0116778 CTGTCTCATAGCAGGAGGCCCCG [A / G] TAAGGAACAGGGGTGACACCCCAGC 934 ASGA0048596 GTTTGTATTTTAGCTGTTTGTTGAC [A / G] GTATGTCTTCATCACTGGAAACATA 935 ALGA0109580 CTTCTTTTCCACAG [A / C] ACTCACCAGGCATTCATGAGAAAGA 936 ASGA0106223 CAAAGGTTAAGT [A / G] AGATAAGGACTGAAAGGTGTCCATT 937 ALGA0059853 GTCAATTGTACCTCAGCAAAGCTGA [A / G] GGGAAAAAATAAAGTAAGGAGACAC 938 ASGA0098785 CTACTGCTGC [C / T] AGCCTACATCACAACACACAACAAC 939 H3GA0030844 ATTCCTCTATGGCACCTCTGGTCCC [C / T] GGCCGCCACCAAGTCCTTCTGTCTC 940 ASGA0049179 TGTGCTGCTCTTGCTGACGTGTCCC [G / T] TGAACCAAGTAAAGCTCTACCGTCA 941 ALGA0060306 GCTCCGTTGTTGCCAGATGCTCCAC [C / T] GTAAGCTTGGAGAACTTACATTCTC 942 ASGA0049456 AGATATAACTGGCATTTACAGGGTC [A / G] AGCTTATCGCGTTTACTCATGAAGT 943 ASGA0049515 TTTCCACGGGCCAGCTCTTGAGCTT [G / T] CAAATGCCCACTGACACTACCTTGC 944 ASGA0049553 TCAGGACACGCTTATGAGCTGATGA [C / T] AGAATAGGCTGGTTGTGGGGAGTTC 945 ASGA0049706 TGACTCTGAGCTACCCATCAAAGCC [C / T] GAGCTTCCAGGAGACTACCTCCCAC 946 ASGA0049606 CCATCTATGAAGGAGGAGCTTGGTG [C / T] TCTGGACTCTAGGACTGCTTGGGGA 947 ALGA0060847 GATAGGATGCTTGTGAGAGAGGCAA [A / G] CAGGAAGGCAAGGAAGCGCTGCCCT 948 H3GA0031403 ACATTTAGGCCTGAGGGAGGTATCT [C / T] GTTTCCTGCATCTCGGGAATCTTTG 949 ASGA0049951 TTTTTTTTTTCCCCCAAAGAACACA [A / G] GAAGTTAAAATAAAAAATTCATGGT 950 ASGA0050108 GCTTCTAGATATTAGAGCTACAGTT [A / G] TAGGTAAAACCAGCCAGGATGATGC 951 ASGA0050173 GGAAGACAGAGCTTGCCATCCTTAA [A / G] AGGAGGCGTGTGTTGAATTACAGCC 952 H3GA0031555 AATGGGGTGCCCCTGCAGGCCAGGC [A / G] AGATGGGGCTGCTGTGTTTATGCCT 953 ASGA0091162 CT [C / T] GAACCCAGTCTTGGACAGACTGACA 954 ALGA0061441 AATTAGTAAGGCTGTAAAGCTCACA [A / G] CAGAGCACAAATTAGCTGAATATAT 955 ASGA0050421 GCCCTCATGATGGGATTAGTGCCCT [C / T] AACAGAGGAGACACTGGAGAGCTTG 956 ALGA0061574 GCTGAGAGACCACTTGTGAAACTTT [A / C] AACGTGGCAGGAAAGACTATGTCAC 957 H3GA0055621 CAGCAAGACTGTGCTCTTGGTGGAC [A / G] TGTCCTTGGTTGTCCTTCAGGACAC 958 ASGA0050290 GACAAGGCCTCGCCTCCAGTGCAAC [A / G] GTAGGAAGAGAAAGGAAGGATTTAT 959 M1GA0026237 GGGGACAGAGTCATGGATACCGGGG [A / G] AGGGAGAGAGAACCCATCCAAGGAG 960 INRA0036096 GCCCATGTTCTTCCAGTTACCTAAC [G / T] TACCTAAGTAAGCTTCCCAATTTGT 961 ALGA0061987 GCAGCACCCCCCAACTGTGGGAGCA [G / T] CCAGCTGGGCCACTGAGAACCCAAG 962 ALGA0113992 TTTCCCTACTGATACTTAGAGCCAA [A / G] GTCCTGGGTTCCTGGAG 963 INRA0036442 CTTAGGAGTAGCAGCAAAACTAACG [C / T] TCACTGCAAGTATCCTTCTCCCTAG 964 ASGA0050895 CTTACTCAGCTTCTCCTCTGCTTGG [C / T] TCTTTATCTTTTTTAGCACTTTTGC 965 ASGA0050910 TTCCTTTCTCTCCCACCTTAGAGTC [A / T] GAATCAGAACACATGGGGGCATGAG 966 ALGA0062389 CTGGCATTCCCATTACATGTGC [A / G] TTACAGCTTTTGTAATTGTCCCATG 967 SIRI0000315 TAGCAAAAACTGTATATTATCAGAT [A / G] ATAAAAAGTTGCTTTTGTCACCTAT 968 ALGA0062506 GCCCCTGGGAATAGATCCATTTTTC [C / T] TCTACATAGCACCTTCACATTCCTA 969 ALGA0062552 ATAGAGCTACAGTCCTTGAGAGAAA [A / G] AAAACAGAGGAGACCTCCATATTTG 970 ALGA0062659 AATAGCTAAAAACTAGAGAC [A / C] GCCCAAATAGACATCAAAAGCAGAA 971 ALGA0062840 TCAAGCTTCTTGG [A / G] GAGGAGGGTAGCTGACTGTTGCAAA 972 ALGA0062892 ACACTTATTTACACACCCACACA [C / T] SCACACACCCACACATACACGTCAT 973 ALGA0063105 TGGCCTATGGAAGT [C / T] CCTAGGTTAGGGGTCAAATCAGTTG 974 ALGA0063227 GTTAATATGTTTGTTTTCAAGTCCA [A / G] TCAGGACAAGCATGGGGTAAATCAT 975 M1GA0015222 TCTCACGTTGGCCTGGTCGGGCTTC [A / G] TTGCATGGCACCGGGTGACTTGAAG 976 ALGA0062433 AACAGCTAGACCATGATTTCACTGT [A / G] AAGAACTAGACATCTGTATTTATTA 977 H3GA0032448 TGGACGCTTGAGTTCAGT [C / T] CCATGGTTAGCGTTGCCAGAGCCAG 978 ALGA0063736 GACATAGAGAAGACTCAATAC [A / G] TAACTGGATTGGTGTGATTCCTGCC 979 ALGA0062534 Gt; 980 ALGA0063875 TTTAAGTGGATTTATCAAAGGAATC [G / T] CCTACTTGGAAGAACCATCCAGCTC 981 H3GA0032639 GGTCGCCGGTCTCTCGCCCACGCCT [C / T] TCCAAAGTCTTGGTAAACCGAGTGT 982 SIRI0000656 Gt; 983 ASGA0052271 AGGGGGTGGGGTGCCCCCTGCACTT [C / T] TGCCCTACTCTGGACAGAAAAACTC 984 INRA0038295 ACTGTCATAACAACA [G / T] CTTTCTGCTACAACAGTGGWGCTCC 985 ALGA0062888 CTTGGTGGTAGGGAAAATGAGGACC [G / T] GCTGCATGAAACTGTTTCAGCACCA 986 ALGA0112357 CTGCTTTGGGCCTCGGCGACAGC [A / G] TCTGTAAAAGCCAAGTCGATACTAT 987 ASGA0051791 GGTAGAATAAAGAGCTCAAAAAT [C / T] CCTTRCCAAATGAATAAACTTGGAA 988 ASGA0089719 CTTGGAAACAGTTCATACTGTGTGA [C / T] CGCACTGGCTGAG 989 H3GA0032612 GTTCTGGAAGGTTAAGTACCTTTCT [A / C] AAGATGCGTAGCCAATAAGCGGCCA 990 H3GA0032794 AAATAGTGCCTTCCAAGGACACCAG [A / G] AAACTTGAACGGCCTGACCCCTGCC 991 H3GA0032926 CTTGAGGGTTGCCCTCCGTGACCTC [A / C] TCACCCTGAGCCCCACCCTGTCCCC 992 ASGA0052524 GTTTACCAACACACGGCAGACAAAC [G / T] GCAGGTTAGAGCTAGTTCCCTAGAA 993 ALGA0064411 TTGCCTTCACATTAATTGATGTGGG [C / T] TACCTCCTGTGTGCCGGGCACGCGG 994 H3GA0033152 TAATTTAGAGGCCCCATTCGTCACC [A / G] CTCCTTCATCCCCTCTGTGTCACCA 995 ASGA0084858 TGGGGGCGTTGTATGCTGTGTGAAT [C / T] ACACAG 996 ASGA0052596 AACAGCTCCGTGCCCCATGTGCTAC [A / G] TCACACATACACCAGACCGAGCCAG 997 ALGA0115312 GCTGGCTTGTATTTGCTCACTTGGC [C / T] ATCAG 998 ALGA0064900 TTTCCTCCGAAGGATCTGTCTCTTG [C / T] AGCTGTAAGGATAATGTTCAAAAGA 999 M1GA0025058 GGGGGCCACACAGAGAGATGAGTGC [A / G] AGTCACGCTCCACCAGCACTTGCTG 1000 ASGA0084454 GGGTTTTGGCAAAGCACGTTAATGA [A / G] GAGGCCATTCACAGACTTGTGAGCA 1001 M1GA0026919 GAACAGCCCGGTCGCTAGGAAGCCT [C / T] CTGGCCCTGGAAAGTATGACTTAAC 1002 ASGA0053450 AGATAGCT [A / G] TTTCCAAGAGTGGCTTAACAGCCCA 1003 H3GA0033729 CTGCCCCCTTTTCTCTCCACCCTCG [A / G] CACCCTTAGGCCCTTGACCATGAGG 1004 H3GA0033798 GAGAAGCTCTTTTGCTCCTGGGTGG [A / G] CTGGCGGCCTTACCTGCCTCTGGAT 1005 SIRI0000501 GTCTATACCTTTATGATTCTTAGAA [A / G] GAGGAAAAGTCAATTATTAGCTCAT 1006 ASGA0053210 CTAATCACCCAGCCGCCAGCTCACT [A / G] CCTTACAATTCTTACTCCTCGGCTT 1007 H3GA0034018 CCCCAAAGCAGGGTGGGCCCTGACT [A / G] GGCTCATGTCACAGGATATTGAGAT 1008 H3GA0034060 GACCTTTGGCCCCGCTTCTGGGGCA [A / G] CCCTACCTCTAAGGACTTGGCTTTT 1009 ALGA0065989 CTCATAAAATGATGT [A / G] TTCAGCTGAACTGTGAGGAAAACTT 1010 ALGA0065337 CCAATACGGCTTGTGTACAAGACAG [A / C] CAGGGAGCTATAGGGAATAGGGACT 1011 DIAS0000466 TGCTCTACTGCGAGGTCCTCTCCCT [A / G] GACTTCTGGCAGAGGTACCGCGTGG 1012 ALGA0110084 CTGG [C / G] AGAGGAGAGAATGAGGAGTGACTAC 1013 M1GA0016697 AAAGGACAGGGTTCCCTGCCTGCCC [C / T] GAGCCCGGAAAAACAGAGGGCAGCT 1014 ALGA0066408 TGGGTTTGAATCTAGTGCCTTGCCC [G / T] GCTTGATGAAGATACTATCTAAATC 1015 ALGA0103958 GTCTTTTCTCTGTGAAATGGGGATG [A / G] TACCTTCTTCAAAG 1016 ALGA0066623 TTTATCCTTT [C / T] CTATTAGCTTTCTCGTGTAATTCTT 1017 ALGA0066690 CCGCGCTGACTGCTTC [C / T] AGGTGACAAGGGGCATCGTTAGGGA 1018 ALGA0066725 TCTATCACAGAGGAATGTTCAAGCT [C / T] GAGCATATGCGAAGTAGACAAAATA 1019 ASGA0091801 GAATACCTAAGGGAACAAG [C / T] TGTTACTCACTGTAAATAAAGAG 1020 H3GA0034683 GAGAAACAGGCAACC [C / T] GTAACGAGGTCCTGGGGCCCCTGGC 1021 ALGA0066960 CCAACACTCGCAAGATACAGGTCTA [G / T] CCAGGCTTCTCTCTCCTACTCCTAG 1022 ALGA0112624 CT [C / T] CTTCCAGGCAATGAGTGGCGGAAAC 1023 DIAS0003803 ATGCTGAGATCAGGAGTAGGAATGA [C / T] GCCATTAGGCTCAAGAAGAAGATGG 1024 ASGA0102822 CYTCAAAAT [A / G] TATAATGAATCTAACCACTTCTGAT 1025 ASGA0055455 GAAAATGTAAGT [A / G] AATSACTCGGTAATGCTGTGAGTAC 1026 ALGA0065848 GTTATGAATGTCTGTGGAACTCACA [C / T] CTAGCTCCCAACTCTGATCCCTCAA 1027 ALGA0113454 CTTTACA [A / G] GTTGTGGTGAGAATTTAGTGGGAAA 1028 INRA0038984 GAAAAATCAAAAG [G / T] GATGAAGATGACATTATTGCCACTA 1029 H3GA0034289 GCTAGGTGCAGATGCCAACTCAATT [A / G] TGTGAAGAAATGCATGCAGGCTCGT 1030 ALGA0066360 CAACACCGTGTAATGTCCTTTTTTT [G / T] TAAGCTACTCACACGATTTTGATGT 1031 ASGA0054736 ACCCTTGAACACAGGCTTGCAGATC [A / G] ACTTTGACACAGATTTTTTTTGACA 1032 ALGA0105621 GTGGAGGAAAG [A / G] CTTCCTAGAAGCCTCAG 1033 ASGA0089419 CTGAAGATG [G / T] AATGATGAACTAGATGAAGCCCTTG 1034 ASGA0105124 CCT [C / T] CTGCCCAGAGTTGATTCTGCTGTCA 1035 H3GA0034675 TGCGGGATTCAGGGAGGGCCCCCCC [A / G] CCTTGTTTTTGTCTTCTCAGGGAAT 1036 ALGA0107728 CTTTTGCCAG [A / G] GGCTGAGAGGAAGAGGCAATATTTC 1037 ALGA0113456 GAGAAGTTA [C / T] GTCATCCATGGGAACCACAAGGTAC 1038 ASGA0103858 AGGCGAGTTCTGAGGGG [G / T] CTTTATAAAG 1039 ASGA0102924 AAAGTAC [C / T] CGTCTCTGTTCCATTAATTACAGAA 1040 ASGA0055572 GGACTAGGGGTTAGAAAAGCATATT [C / T] GTGTAATTTGACCTTAAAGATCAAG 1041 ALGA0067437 GCATCCCCCAGCCTCAATGTCAGAA [A / G] AACACACACACCCATCAGGGGAGCT 1042 ALGA0067450 GGAACTCCGTGTGTAGGGGATGCTT [C / T] TGTCTGCTCACAGCTGCATCTCAGT 1043 ASGA0090538 GGGGTTGTGAAAAGGATCATGTCCC [A / C] GACACAAG 1044 ALGA0067672 CAGCTGGGGA [A / C] GTTACTTTCATTAATTACAGCACAA 1045 H3GA0035335 TGGCAATGCTCTGTA [C / T] CTTGACTCAGGTTTGGGTCACAGGT 1046 ALGA0067806 TGGTGATGGAAATGTTCTCTGTCTA [C / T] ACCAAGAGGGTGGCCTTTAGTCATC 1047 ALGA0114264 TGATCTCTCTCAGATTCCCCTATGC [A / C] TARACTGGAG 1048 DIAS0002939 GGTGGAAGGTACAGGAGAAGAGGCA [C / T] TGATCCAGTCAGCTCCTATAAATAA 1049 ALGA0068271 CTATATTCCCATAACCCTTGTGGAA [A / G] CTGTGCTCTACAGCTCTTTCTGCCC 1050 ALGA0068398 AAATCTCAGCTTTATCTAGAGAGTG [G / T] GAGAATCATTGGCAAAAAGTGAATA 1051 ALGA0104605 CCTAATCTCGTCTCAACAAGGAAGT [C / T] GGAGGATATAATTCAG 1052 ASGA0104530 CTAAAA [C / T] CTAAAGAGACAGATGCATGTAGGAA 1053 ALGA0103810 CTGGTGCTGGGGCGGGGGAGGGT [A / G] TGCAGATTGGAGTGCTAAGTGATGC 1054 ASGA0056658 TTTTCATTGG [A / C] AAAGTCTTTGAAAACTTGGTTCTCC 1055 ALGA0068966 TTTCTCTCTCCTCGCTCAAAGCTCC [G / T] GCTGCCTGCCCTTGCCCCAGGGCTG 1056 ASGA0056791 CAAGATGACAATAGAAGAGCATTGA [A / G] CCAAGTATAGGGCCCTTCTAACTGC 1057 ASGA0056827 AGAAGTAGAAAGGAATGAAAAAAAA [C / T] TACCAGATGACTATAGCTCTTCCCT 1058 ASGA0083922 CTGATGGATTTTAGCACAAGG [A / C] TGATGCATTGATAATCCCTCTAATC 1059 ALGA0069329 AAGCAGAGATCCTGGT [C / T] ACCACCTCCCACAGTGACCGTTCTT 1060 H3GA0036102 AAATTCCAGGCCTAGATGGCTTCAC [C / T] GGTGTGGTAGAACATACCAGCAAGG 1061 ALGA0069410 ACCCTATAATTTTGGACTTGAGCAA [A / C] AAGAAGGATGGAGCTGCCATGAATT 1062 ALGA0069484 AACTTCCCTATGCCTTGGGTGTGGC [A / C] CTAAAAAAAGCTTTATAGACAAGCA 1063 ALGA0069594 AGAGACTCTGGGGGAAATAGATTTG [G / T] ATCTGGGCCCCACGTTTGCTGCCCA 1064 ALGA0069635 CACCTGTATACTGTATACTGTGGAT [A / G] GTATACAGCCTTCAGCAGATACTCA 1065 DRGA0017663 TTAAATCTGGCCATCTTTCTACAAG [C / T] AGGAGGCGAG 1066 ASGA0095634 CTAGCAGGTG [C / T] CCAAATGTCCCAGGGCAGGCATGCA 1067 ALGA0069874 TGGGGACTGAGATCTCACCCACATC [C / T] AGCTGCTGCACAATGAGGCCAAAAAA 1068 ASGA0057446 GAGCAGCTGGGGAACTCCAGGAAGT [C / T] TGACTTTAAAAGGTGTCTGATTTTC 1069 H3GA0036408 ATTTGGCTCCACCACACTTTCCAGG [A / C] TCCTCCCTTCCTTCCTGGTTCCCCT 1070 H3GA0036112 AAAAGGGCCAAGTGCTCATGGGAAA [C / T] AATTATACCTTGGTGTGGTTTATGA 1071 ASGA0057575 TGCTTGACAGGCAGCTTTTTTCCAT [A / G] TGACAAATCAAGAGCCTGGGCTCCT 1072 ASGA0057629 ACACTCAAAAGCACTAGAAAGAAGA [A / G] TTCTTAGAGCTCACATCCCACCAGA 1073 H3GA0036541 TGGCCGTACTCTTCCAAGTGCTTTA [C / T] TGTATCATAATCTCACATGATAACT 1074 ALGA0070387 ATGTGTAACAATGTGGATGAAATTG [A / G] GTCTTCTGGCAGCTGGCTTGAAGAT 1075 ASGA0057820 GTTAGGGGAGGATGTTGATGCTGCT [C / T] TTTAGCTGAAGTGTCTTTTTTTCAT 1076 ALGA0070563 AGCTAATAAGCCAAAGAAGAGAAAA [C / T] GAAGTGATTAAATACTTAATCCAAA 1077 ALGA0070606 TAGAATGAGAGCTCCTCTCCTGCAG [C / T] CCTGACCTTAGTGCCTAGGTGCCCA 1078 ALGA0070642 GGGAAAAATGATAGCTGTATAGACG [C / T] ACCATCTATCCTGGTACAACACATG 1079 ALGA0070680 AATCATTGTTTGTCATGTAGATTAA [C / T] GTTTTTCATCAAATTTCAGCTATTA 1080 H3GA0036708 TCCTTACGCGCTGAGGGCTTGGGCA [A / G] GGTGGGGCTGGAAAGGAAAGAGCCT 1081 ALGA0070775 TTTCTATATCACATGCAGGAAAGCT [C / T] CACTCCACATATTTTAATAATAGGA 1082 ALGA0069868 CAGTTTAGGAATTAGCTAATGCCTT [A / G] AAGGAAAACCATACAGAGATTGGGA 1083 ALGA0069890 GGTCATGGATGTGGGT [C / T] GGATCCTATGTTGCTATGGGCTGTG 1084 H3GA0036867 CCTGCTA [C / T] TCGGCCCATTGGAGTGCCTGGTACT 1085 ALGA0071057 GAAAATGGGCACAACAGCAACACCT [A / G] CATCTAGTACTGGAACCATGGCAGC 1086 BGIS0005898 CCTACATTTATGGATGAGGAGGTCC [A / C] AAACATACTCATCAAGATGACGGGC 1087 H3GA0036989 GCCTGGAAACACAGCAGGTGCTCAA [C / T] AAGTGCTTGGGCAACCTTTCACTGC 1088 H3GA0056611 GTAAAGAGGGCATGAAATACAGATT [C / T] GATACTGTGCTTCTTGGGGGCCATG 1089 ALGA0109628 ACATGGGAAA [A / C] CTACTGATATATCAAATATGAAAAA 1090 ASGA0105877 CTGGCTGTTCCT [A / G] GGTAGGGTCTGAAGATCAGCACTAG 1091 ASGA0058512 TTATGCAATGTTTATGGATTATTCC [A / G] ATTTCAATCAGCTATAGGCCCCATA 1092 H3GA0037137 CCCAGCCACTACTCATGCCTCCCCT [A / G] AGCAGCGGCCACTCCAAAGATTTAT 1093 ALGA0071614 ATGCCGGTCCACACCACAGCAAAGC [C / T] GCATCTGCAAGCAACCTACCAACCT 1094 ALGA0114853 TTGTGGGGGAGTAGGGGAGTGGGCT [A / C] CCCCGTGTATTGGTTAGTTCATAAC 1095 ALGA0071695 CCCAAGATAGCTAGTGATCCCAG [A / C] CACAGCAACATGGGATACAAGCTGC 1096 ASGA0057925 GGCAATTGAGAAGTAAAAGCATTCC [A / G] GAATCCTTCAGAAGTAGCTAGAGAT 1097 ALGA0071754 CCTACCAGAGCTCAGGCACCAGTCC [C / T] AGAATCCCCCAGGCCCTGGCGCTGG 1098 ALGA0071780 CAGGTCCACAGAGGCTTACCTT [C / T] CAGGTCAGCCTCTTCTCAGACAGGG 1099 ALGA0071802 TCTCTAACAAAAA [A / G] GCATTTGGCTGCTGTAGCTGACATC 1100 INRA0040911 AAACTGATAACTGACCAAAGAATAA [A / C] AAGTAATCATCTATTTTGTTCTTGG 1101 ASGA0058070 TTATGCTGTAAGTAAAAAGCAGTCC [A / G] AGGAGTTCCCTTTGTGGCTCAGCAG 1102 ALGA0071863 AAACCCCAGCTGATACGGTTGCCAT [A / G] CAGAACCTAGGGGGGTCAGGAAGCA 1103 CASI0008206 TCCCGGGAACAAGGAGCAAAGTCCT [A / G] TATTTGCAAAATGGTCAAAAATGAG 1104 M1GA0025421 TGGAGATAAGCCGGACCACTGACCC [A / G] CTGCACCATAGCAGGCGCTAGGGTA 1105 ASGA0058802 GAGGTCCAGGAAAAAAGAAGAGCTA [G / T] CAGGAGTTCCCCAGTGGCTCAGAGG 1106 ASGA0102308 GTGTCAACACTCCCAATAATGTGCC [C / T] ACTACTTTGAGTCCCATTCCGTATT 1107 ASGA0058881 ATAAAGTTTATGTA [C / T] AGGGAGTTCCCTTTGTGGCTCCGTG 1108 H3GA0037351 CTTCCCACTCGGCCTTGCTGGAGAG [C / T] GAAACTCTTACTAACATTAACTAGA
CTTCCCACTCGGCCTTGCTGGAGAG [C / T] GAAACTCTTACTAACATTAACTAGA 1109 ALGA0072144 TAGCTCTAGCAAGGATGTGAAGACA [C / T] TGGAACCTTTTTACAAGCTGCTGGT 1110 ALGA0072213 TTGCTGAGTGGGACTGTATTCTCAC [C / T] CTGTCAGCTGTTGGCCTGAATAATC 1111 DIAS0004292 ATAGCCTGGAAAAAATGACAGATCT [C / T] GTAGCCGTTTGGGATGTTGCTTTAA 1112 ALGA0072331 TTGGACATGAGCTTCTAGTAGTGCC [C / T] GCATGCCTCTACCCTGAGACTGCAC 1113 ALGA0072358 TGTAGGATTCATGGTGTCTCAAAGC [C / T] AGTGTCAGCTTGCTGGTAAATGGGG 1114 ALGA0072415 AAGGGGCATTAACTTCTTTRTTCTG [G / T] TTGCACTGATGTTTGTGTAGCTAAA 1115 H3GA0037495 TCCTTTTATCCTGGGAGCCTGGCCT [C / T] CYGAGTTTCATCCATCATCTAAATG 1116 H3GA0037527 ACTACTAATGTCCAAGAAC [C / T] GCCATGACCTCTGGTGTCCAGGTCT 1117 ASGA0092621 CTGGCAATTGAAAGAAATGGTCATT [A / G] AAGTTTAGGCTGTTACTATATTCAG 1118 ALGA0072608 ATTACAATCTATTTCACAGT [A / C] AAACCCTGAAAAACAGATTTTTCAA 1119 ASGA0094149 CTTC [C / T] TTCCAAGTGTAACCAAATTAAGATG 1120 CAHM0000041 GGCTTGTAATATAAAATGAGGTATA [C / G] TGCAAAAACAACACAAAAAATGTATG 1121 ALGA0072874 TTTCCTCCAGAAATGGCTTCCCCCC [C / T] SCTCCCATTTTCTAGCTTTCTACAG 1122 INRA0040784 CCACTATACAGAACACTTAACATCA [A / G] CTGGACTCTGTCTTCCTTTCCCAGT 1123 ALGA0072970 CACTGCAGCTTTGTGAGAGATCCTA [C / T] AGCAGAAGTCTAAATTAACTCATAT 1124 ALGA0073032 TATTTTTTTCATTCAACCATAACRT [A / G] TTGAGTATATATGTCAGCTAGAAAA 1125 ASGA0058640 GTAATAGCTTCATGGGTGTAAAGAT [G / T] TAAGAATCTCAATCAGACAAGGAAA 1126 ALGA0073208 CTCTTCTCCAACCATGGCTGTGTGC [A / G] TTAGATCTTTTGCCCTAGCTTGCTT 1127 ASGA0059565 TCTCCTTATATCTGAATGGGGTTTA [C / T] GCTCCAGAGCTACTCAAGAGATCAG 1128 ALGA0073419 TGCAGCTCTGGCAGA [C / T] GTCTTGATTGCAACCTCCTGAGAGC 1129 ALGA0071651 TACAGAGCTAGTTTCTCATAGACAA [A / G] AAATGAAACATCCCAACTTAGAAGA 1130 ALGA0071664 CAACACTCACATTGCACCAGCCATC [C / T] GCCCAGCTCCCCATCTTTATGAAAT 1131 ALGA0073695 GACAGGAGTGAGATATTAGGGACTG [C / T] GGTTGGGACAGAAGGCAGACCTCAC 1132 M1GA0017790 CCCGCGTTTCCACCAGCTGGACATC [A / G] ACGACCTGCAGAGCATCCGCGCCCT 1133 DIAS0001277 ATAGAGGGCCAAGAGAGATAATGAC [A / C] GTCAGAGAGTGCTGGTCAGTGCAGG 1134 H3GA0038043 TAGAGATTGTGTCTTTACACACCAA [A / G] GTGGCCGGGTTGAAGGAAAAGGCTG 1135 ALGA0074019 TTGACTCTGGCCCCCAGCCCCCGCT [G / T] CGGGAAGAGGGCACATTCTGGAGGG 1136 CASI0008722 CTGTCAGAACAGCTTCTTGGGAAAG [C / T] TTACTAACTTGTTGAAAGTTAGTAA 1137 ALGA0116224 TGTCCTGCTAAGG [A / G] GCCTGAGAGTGTAGTTTAACCTAAG 1138 ASGA0058814 ATTGGAAACTCAGAGAAAGGAAGTA [A / C] ACCCCATTTGGGGCGGGGGTAGGAG 1139 ASGA0059007 TTGTGTCCTAGCTCTACAGCTTCCT [C / T] GTTGTGTGACCTTGGACCAAGTTGT 1140 H3GA0037597 CCATGCCAATTAGGCCATGTAAAAA [A / T] CACTGGTCTCAATTTTAGATGACTG 1141 ALGA0072768 ACTGAAAATAGCTTTCTGATTTGAA [A / G] GCCTGATGTCATCAATATGCTATTT 1142 ALGA0113284 TATGCAGATACCACCCAGTACAAGC [C / T] GAAATTCACCAGTCTTAAGATGAGA 1143 M1GA0017731 TGCCTGGACAAAGCTCA [C / T] TTCCGGTGGACCCAGGGGAGTGCAG 1144 ALGA0073188 GGCAAATTCTAGAAACACCAAAAAA [A / C] ACTCTGGCCCACTGAACCACTCCCA 1145 ALGA0073298 GGCTTATTAATGTAACCAAGCTAGT [A / G] TGCTGTGTGGCTCCTAGGCACACAA 1146 ALGA0073370 CTCTAAATGAGTTCTGTTCTGTACT [A / G] TGTAGTTCACAAAATCTCCAACAGG 1147 ALGA0106242 CTCAAATTGTGTTACTGGTGGCTAG [A / G] TAATATGCCTTAGGTTTAGAG 1148 ASGA0105649 CTGATAGTGTTTAGCATTTGTT [A / G] GAGATTTTAAGCGAAAATAACATGG 1149 ASGA0059943 GCTGACCCGACTGCAAATCAGCTTT [G / T] GATGGGGTTGGACAGTTGGGAGAGA 1150 ALGA0124060 CTGGGATGGATTTGGCTGGTGACA [G / T] TAATAAAACCCAGGTCATAGTGGGA 1151 DIAS0004550 GCAGGATGAGGAAGAGAAACACCAC [A / G] AAAGCCACCAGGCTCACCCAGAAGG 1152 H3GA0038201 GAAGGGCGGCCATCCGCTCGGGCCC [C / T] CTCTCTTCCGAGCTTCCAGGTACTC 1153 H3GA0038239 GGCCTGGGAAACCAGAATATGCCCC [A / C] CTCCGAACAGACACACAGAGGCAGT 1154 ALGA0123146 CT [A / C] AGTAGGAGGGGCAGTTCATTGAATT 1155 ASGA0091691 CTGC [A / G] CTGTCACACTCTAGTCTTATTTTCT 1156 M1GA0018055 TACCACCCCCAGGGACCCGGGACCC [C / T] GCCCCCTACCCCAGCTCATCGATAG 1157 H3GA0038441 TTTTTGGTGCAAGATTTTCCTATCT [C / T] RCTGCTGAGAAGGCGGGCCTCACTC 1158 ALGA0074689 GGGGTTGAATCGGAGCTGTAGCTGC [C / T] GGACTCTGGTTCATTACTGCTGAGC 1159 ALGA0074803 ACTCCCAGCTTATCTTACTGTCCCC [A / G] CCACCTCTCTGAGACATCTCCCTTC 1160 ASGA0061022 TCATAGACACACTCTAGCTAAAACC [C / T] TCTAACGGTTTTCTCAGAACAGTTA 1161 ALGA0075011 CTGGTGGAGAGTGAAGATGGCAACA [C / T] GCGCATCACCACAGACCGCTCCATC 1162 H3GA0038839 CCACACAGCCTTCCCTGCCACGGGG [G / T] GCAGGCCTGTGTGTCCAACCTTTGC 1163 ALGA0075224 ACATCTGACATCGGAGCTCCTGTTG [C / T] GGCTGAGTGAGTTAGGAATCTGATA 1164 ALGA0075342 CAGACACAGAGCTGTGGCTAGAGAC [C / T] GGAGCTGGGGAAGAGCCAACCTCTC 1165 ASGA0061498 CCTCGCACCCACCTCCACCCCTTTT [C / T] CTCAAAGCTCGGCCTCAGCTGTGCA 1166 ASGA0061663 ACTTTTGAAAAGTGCTATCAGGGCG [C / T] ACAACAGGCCCTCAGCTTATGGCAG 1167 ASGA0061699 GAGGAACATTCAGGGTTCCTGCTGC [A / G] GCACAACGAGCTCAGCAGTGCCTCT 1168 ASGA0061740 TCATTTGCTACATCATTGGTGGCCC [C / T] GCCCACTAGTGTTCTAACATGAGCT 1169 ALGA0075723 TCCAGCTCCATTTACACTGGTTCTA [G / T] GTCCCCTCAGGTTTACTTCTTAGAA 1170 H3GA0039144 TGCAATTACAAACTCCTGGCCAATC [C / T] AGTTATTTTATCCCCTCACCCATT 1171 ALGA0075902 GCACACCACTCACTGTGGTAGGACC [C / T] GCAGATCGGAACAGCATTTCTCTAT 1172 INRA0042962 GAAAAAACATACAAGTTATAGAGCC [C / T] AGTGAGGTTGGCTGAACATTCGCTT 1173 ASGA0061973 ATGAATGTTCAGCTCTTCTTGAATG [C / T] GATGGTCAAGCAGAGCACCTCCAAG 1174 H3GA0039341 CCCAGGAATTAGAACTTTCCAATCT [A / G] TGACAAGAGGCCCTGTTTATAATTT 1175 ASGA0062118 GAGCTGTAGTGTCTCTTGTTTCCAT [A / C] CCATGGTCTAAAATGATCTAAACTA 1176 H3GA0039422 GGCCAACCCTCTGAGGATGGAAGGT [A / G] CAAAACTAGAAAGAGCCAACTGTGA 1177 ASGA0062144 GAA [C / T] GGGCTGTTCATCCTGATTCATAAAC 1178 ALGA0076538 TGATATGATTGACCATTAAAAT [A / C] AGGATAACCGGAGTTCCTGTCGTGG 1179 INRA0043343 CAGACTCTCTGAACCCCATCTGTGC [A / G] TGGGAATTTCCTTGCAGGCTCACCT 1180 ALGA0076660 GAGAAGGAAAGGGCACGAAG [A / G] GAGGTTAGGTAACCCGCTCAAGGTT 1181 ASGA0062422 TAGACATGCAGTAAAGGATTAATGT [C / T] GCCTCAGGAGAAGATGAATCCTTGC 1182 ASGA0062551 CTAATACAAAGTTGAGGGATAGTCA [A / G] TCAGACCCAAGCCTGAGTCTACTAA 1183 M1GA0018494 Gt; 1184 ASGA0062621 ATCGCTGGGAACCTACCGTGGGCCA [A / G] CCAGTAGGTCAAGCTGGAGAGAGGAGA 1185 INRA0043576 AAAGTCTTTCGAGGAAAAACCCATT [G / T] GTTGTGACCTTTTAGAAGTATGTTC 1186 DRGA0013788 AAGACATTTAAAAACAATTAAAAGA [A / G] GCCAGGGCAGTTCAGGAGAATACTT 1187 ALGA0076968 GGAGGCCTCCCAGCCAGAAACTCAG [A / G] TGATGCCAACGCCATTCTGGCACCA 1188 H3GA0039834 TTTCATCTCTCTGAACCTAAATTGT [A / C] CTTATCTGTATAATAGGCCTAAGAA 1189 ALGA0077086 CTGGACTTTGTTACTTCAGCCTCTG [A / G] CAGAGCTGTCCTTTATGTTACGCTT 1190 DIAS0002955 ACGACAACTACAAAAAGCAAGCCAA [C / T] GGTGACTCCTGCAGTGCCTCTGGGC 1191 ALGA0119264 GTCAAGAGATGATACTGATTTCTCA [C / T] CTGGCCCTTGGTGTCTCCATTTAGG 1192 INRA0043833 CCTTTTAGATGTCATTAAAATGGCA [A / G] CCACCCAAAGAAGGTGATTCTGCCC 1193 ASGA0063113 ATGCCTACTGTATGCTGAGCTTTGC [A / G] AGATGCATTGCCTACCCCAACTTCG 1194 H3GA0040014 CCTGGCCGAGGGAGGGACATGAGAG [A / G] CTGTGAGGATAGGGTCCCTCCTTGT 1195 INRA0043983 CACACAGGATGAGTCTGGAGTCTGT [A / G] CAAGTGAGGAAATGCCTTTGTTTGT 1196 ASGA0063279 TCTGTGCTCTGTTCTGAGCTCCAAT [A / G] AAGAAGTTTCTGGAGGCCTGGGAGC 1197 H3GA0040156 GCCATGCTGAGAGCTTCAGGTGCCC [C / T] GTGGCCTGATTCACGCCTGAGGTGG 1198 ASGA0063267 TTTTAACTCTTTGCTGCTGCCAAAC [A / G] AGATATTTCAAAGAAAGTTTTTCCA 1199 ASGA0063388 GGTTAGGATATCCAGTAGCATGTCA [C / T] GTASAAGACTTCATCATGGGCATCA 1200 INRA0044092 TCCTTTTTGAATACCTGCTGTAATG [C / T] GTTTTCCTAACAAAACACTTACTGA 1201 ASGA0063565 CTTCTTCCAAAGGCAGGAGAAAAAC [A / G] GCACCTCTTGGGAGGAATGCCCTGT 1202 INRA0044365 TGTGAGCCTCTTAACTGTAAAGAGA [C / T] GCGGGAAAGTGCTTACAAGGGGGTG 1203 ALGA0078039 GGCAACCCCCCAGAATTAGTTCTAG [A / C] CTTCTAGGTTGTGAAAATTAACCAG 1204 ALGA0078299 GTAAAAGAATAGCTGAAAAACAAGC [A / G] ATGGTGACACCTCATCACTTTCTCC 1205 ASGA0064072 ACGGTTTTGCAATTTCTGGACACAA [C / T] CCTGAGTCCATCACCAGAATGCAAA 1206 ALGA0078379 AGTGACAGCTAAATGTACATGCTTA [A / G] CATGTTGGTGCCTGGTGGGGGTGGG 1207 DRGA0013981 GGTTGACTTTTTTAAACATCTGCAG [G / T] GCTAACTTTTGAAACACATAAACAT 1208 ASGA0064065 CTGTGCCGGCATGCATCCCCCAACC [A / G] CTAAAAAGACAGTGGTCCAGCTCCC 1209 ALGA0078590 TCATGGAGAAAGATAATGGGTTATA [G / T] TGGTGATGACAATTGCAGCTGCTAT 1210 INRA0044654 ATTTCTGCCAAGCAGAACAACCCTT [G / T] TTTAATTTATTCTAAAATTCTGAAA 1211 ALGA0078676 AAATATGCTATAGGTTGAACTTTTT [C / T] CAGCTACAGTTTTATGCCAATACTT 1212 ASGA0064326 TTAATGTCAATATCTATCTATCAAA [A / G] AGCTTGTTCACTGCTTTTTTTTTTT 1213 ALGA0078815 AAGCTCTCTAGTAAGTCCAGACAGG [G / T] TGGAGGGCTGAGCGGGAGATGTCAC 1214 H3GA0040970 ATTATCACTGTTATTAAATCTGGTA [A / C] CTACCACTCGGCTCTCCCGGGCCCT 1215 ALGA0079015 ACACTTTGCATAGCGMCTTGAATAC [A / G] GTAAATGCTCAATTAATCTTAGCTA 1216 INRA0045035 CATAATACAGTTGGATAACAATATC [A / G] ACTACAAACATAATACAAGAAACTT 1217 ALGA0079138 CTTGACTTGGAGCTGATCTCAGAGG [A / G] CAGTACATGTGCCTTCTCTCACCTG 1218 H3GA0041107 GCCAGTGGGGCTTTATTGCAGGAGA [C / T] CCACAGGGCTAGGGGAAATAGAGAC 1219 ALGA0079199 CACAGCTGCCAAGTCCTGCCAAACA [C / T] CCGCCATTTCCCAGGTGATTTATGT 1220 ALGA0079240 ACAGGGCTTGCTGAAGCCAGAGCTG [A / G] TGGCATGCAGGCCTGGGGTGTGGTG 1221 ASGA0064841 AAAAAATCAGGGAGGGCACTTAAAA [A / G] TATTCAGCTTGAATATCTCTGAGTT 1222 ALGA0079389 ATACTTAATGGTGAAAAGCTGAAAC [A / C] CTTCTTCTAAAATCTGGAACAATGC 1223 ALGA0079416 TTCTCTGAGCCTCCCTATCTTCTCT [A / G] TGAAATGGGGACAGAGCTTCTTGTC 1224 ASGA0064937 ATCTCAGCACCCAGCAGACACCCAC [A / G] CCCAAACCAGTAGCAGCTCGCGTGC 1225 ALGA0079568 TTACTTATCTGAGAACCAGGTTGCA [A / G] TGCGGAGGTGGGGAAGGGTGGACAG 1226 ALGA0079687 TGACTCAAGAGTCTGTATGAGAAAT [A / G] TAGTTTCCTCATTCATGGAATAGTG 1227 DIAS0001234 GATGCGCNGGCAGTCGCCCGCCAGG [A / G] TTTCTTTCTTCAGGGGGAACAGCAC 1228 ALGA0079905 ATCAACAGTGAAATAATTAYGTCTA [A / C] AGCCTCCTTGCTTCAGGTCTTAAGC 1229 INRA0045780 CTCTGAGGGAAAACGCACTAGGGAG [A / G] AGAGAAAGCACAGCAATCACTAGAC 1230 ALGA0080030 TTAATGCAAGGTGCCTTATACATTA [C / T] RAGGTCTTTGATCAAAGTTTGAAAT 1231 ASGA0065440 AAAAGCTACTGATGGTAAAAAAAGT [G / T] TTGGTAATTTAGCTTTACAAAAAAAA 1232 ALGA0080128 TTAACTGAATTCAGTTGAAAAATAA [C / T] GTATACATTCAGCTATGTATCTGTG 1233 DIAS0004751 ATGCTGATTCTGCGGAACACTGTGT [A / G] GAAATCCTGAAGGATGGCAAGTGGA 1234 H3GA0041636 GCCCAGATAGGTAGAGATACTCTTA [A / G] AGCCTGAACTGTGCTGAGTTGGTTA 1235 ASGA0065540 AGGTTGACAGAGCTTCCATTTCTCA [A / G] AAGCAGCTCCAACTCTCCAAAACCA 1236 INRA0046307 ACATGCTCCTTTTCTACTTGCCTCA [C / T] CCAACTCAATCAACTCAGTTCTGAA 1237 ALGA0080609 CAATATATTTATTAGCTGGTATTAC [A / G] ATTATTTAATACTTAGGCATATGAG 1238 ALGA0080725 TATGCTTGGTTTTTAATCTGTCAAA [C / T] GTGGGTAATGATAGAACTTACCTGT 1239 ALGA0080825 GAAATATTCAGTTATAGTCAGTTAC [A / G] CATCCTACTCCAGGGGGTCGGTCAG 1240 INRA0046538 TGCTTCCAACACTGCACAGTCTTAT [C / T] CCTGGTAGCTTCCTAATTACTCAAG 1241 ALGA0080940 CATCCTTATCCCAGTTCACAGAGGC [A / G] CCAAGRGAAGCTGAGTACCCATGGT 1242 ASGA0066073 CCAATAGAAGACTGTAAAATAATGT [C / T] CCAAGCTTGCCATCAATATCAATCT 1243 ALGA0080877 ATCTACCCCTGCTGGAATCCCTGAC [C / T] CTTCCCTCCAGGGCAGGGCTGGAGG 1244 H3GA0042098 CTCCCCAGGAAGATTTGCCTTTACC [A / G] CCCTCCCAGTAAATACAAATCACAA 1245 ASGA0066192 TTCTTTCTTCTCAGATTGCCAGTGA [C / T] GGCTCCCCTGCCAACTCCCCCTCCC 1246 ASGA0066235 TCAAGGTCCAAGTGAAGTTCTAAGC [A / G] TTGCCTGGGTTTAGGCTGTTCCCCC 1247 ASGA0066137 TGAAAGTCAGGGTCAGAAAAGATGT [C / G] GGTGACCAGAGCTGGGCCCGGGGTT 1248 H3GA0042157 TGTCAACCCCAAGGCCCACCGGCCG [C / T] GGGAAGAAGCCACACTGCTGACCAG 1249 ASGA0066388 AGATGCAGTTAGCTAACCAATGGAT [A / G] GACTGGTCCTTGGCTGCAGGTCTCT 1250 ALGA0081560 AGTCAAAACCAAGCTCTATCAATCT [A / C] AACTGAATTAAACCAAACCCAAACA 1251 H3GA0042355 GGTGAAAGGCAGCAGTAAAACCTTG [C / T] CCGGGATTGCCTGGGCCCTGTACCC 1252 ALGA0081813 TAGCAGCTAAAAGTCCAGTAGGTTA [C / T] AGCAGCCAGAACAGATGGAGACATG 1253 ALGA0081626 TGTGTTGATAACTGAATAGCTCCTG [C / T] AAGGATACAGACATGCATTTATTAA 1254 ASGA0066914 CTCTCAAGCTTAAGAACTATTGAAT [C / T] AGCTGCAGCAGAAACAAAGAAAAAG 1255 ALGA0082192 GGTGCGATGCATGTGGATGCTTACA [C / T] AGCACCTTGAAGGCAGTAAGCTCTC 1256 ASGA0067078 GCTTTTACACTGTCACCAATAGCAT [A / G] AAAGGGTTCTGGGTGTTCTAGCTCA 1257 ALGA0082435 CTACTCTGTAAAAGGGGGGCTTCAA [C / T] AGCACTTGCCTCCCTCCCCAAGGTA 1258 M1GA0019328 CACAGCAACAGCACGGCTCTTACCA [A / C] CTTCAGGCCACCTTGAGAGGAGCAG 1259 ASGA0067340 TTTCTGAATTTCACTAGAGATGATC [A / G] GAAGGCAATAGCTAAAACCTCTGTT 1260 H3GA0042967 CTTAGGGCCCATCTGGGTGACCCAC [A / G] ATGACCTCATCTTGAGACCCTTAAT 1261 ALGA0082399 CTTAGCTGGATGGTTATGGCTCAAG [G / T] TTGAATCTCATGAGTCATAATGCAC 1262 ASGA0067225 GTTCCTTAAATTGCCCATATTCTAG [C / T] GCCAAGCTTACTCATGCTCACCAGC 1263 ASGA0067752 AAATTTGCTTAGTGTGAGCAACTAT [A / G] AGCTGAAAATTTAGCATCATGTGAG 1264 H3GA0043253 CTCCCTTTGCTCCTTCTTGTCCTGC [A / G] GCCCCAAATAGGACTGCTCTCTTCC 1265 DIAS0001635 ACACAGTTTTAAATTACTTTAGAGC [A / G] CATATTATCTACTGAACACAACAGG 1266 M1GA0020072 GCACAAAGACAGCCGGGGGAAGGGT [C / T] GAGAAAAGATACAAGGCGGTGATTT 1267 M1GA0019637 CTCGCTCCACCTCCTGTTCCGGTGT [C / T] GACATTCTGATTGCTCCTCACAGTT 1268 H3GA0043574 CATTCCTCTGATGATTCTGTATCTC [A / G] CAGGCATTCATTCAATTCAGCACAT 1269 H3GA0043639 CATGTTTCTTCTGTTGGTCTTTGGC [A / G] GAAAGATGCTGATGGGAGAGTAGGC 1270 ALGA0083488 TGGATCCTGCTCTTTACTTCTGGCT [A / G] GAGCTCAATCTTCAGGGTGGAGCAC 1271 ALGA0103648 CTCCCAGTAGGACCAACGAGGATAT [A / G] TGGCTGGTATCCAGTACCAAAGAGG 1272 ALGA0083768 GGAGCACAGCCTACCATCTCATTCC [G / T] AGCAGAAACTAGCCTAGGGCCTTGC 1273 ALGA0083557 ACTTTCTAGCTGGAAAAGACACAGA [C / T] GGCCACCTGGATGCCTGGATGAGAG 1274 ASGA0068670 TAAGCTTGTAAATATCCCAGGAGCC [A / G] CATTGTCTACCTTCCCACCTTCTCA 1275 H3GA0043799 TGGCCTTGCTCAAGCGGTTAACGAT [A / C] TGACATTGCTCTGTAGCTCAGTGTA 1276 ALGA0084105 CTGGGGCAGAGGAGGAYCCCCAAGG [C / T] CAGAAGAATGGACTGTGTATTGGTC 1277 SIRI0001081 CTTCACAGTTCAATGACAAAGGGTA [A / G] GACAATTTTTACAAATTAGAGATCC 1278 ASGA0093353 CTACGCTAGGCACTTCAAGATGACA [A / G] AAGCGATATTATGTCTTAATTATAC 1279 ASGA0069029 TCATTTGTGC [C / T] RATATTCCATTGGGTAGAATTCTGT 1280 ASGA0069121 GGAACTCCTTTTCATAGCTGAGTAA [C / T] ATTCCATCAAGTATATGCACCACAT 1281 H3GA0043848 CCTGAACCATTATTTCATTCCTTTT [G / T] GGGCCAAATAATAACCTATTGTATA 1282 ALGA0084763 CCCTTAGCTGTGCTGGCGTCACCCA [C / T] TCAGTCTGAGACCCTTGGAGGCAAG 1283 H3GA0043939 TAGGGTAAAGAGGGAGGCCCAGCCA [A / G] TAGCTGCTTAGATCTTAAAGAGGTG 1284 ALGA0084990 GTTCAGTTCATCTTCTGCAAGTCAC [C / T] TACCTCTCCTCTCTATCAAGTTACT 1285 ASGA0068971 CAATAATATTCATAGAGGACATGAA [A / G] ACAGCTAGCATGAGTGAGGTGCTGG 1286 ASGA0096052 CTTTGGCTTGCAGGTCAGT [A / G] TCACCCTCAGAAAGAGCAATGCCCC 1287 ALGA0085109 TTCCACTCAAGTTTCAATGGCTGAA [A / G] GAAGTCTTATTGACACATCTAACTC 1288 ALGA0084519 AAGCTTATTGCCATTCCTAGAAACA [C / T] GGCTATCCTTAAGTCAGTAACAAGG 1289 INRA0049257 AGGATACGAATGACGCAGTCAAYAC [A / G] ACTGTCCGAAAGTGAGTCTTCTCTT 1290 ASGA0069526 AATACAGTAAAGCTTACACACACTT [A / G] AACAAATTTCTTTAGAATTTAAATT 1291 ALGA0110144 CTGCTGGGCATGCC [C / T] CCAGAGCCTGCTGAGTGCCCAGCCC 1292 ALGA0102797 AGCGGGA [G / T] TTGTGACTGGTTTGTTCAATGTGTT 1293 ALGA0123278 CTGCTGA [G / T] CCTTGGTTAGAGAAGGAGATGGTGA 1294 ALGA0122159 AGCTGAGTGAGGGGAGGTGTCGCAA [A / G] AGGGCCCTGACATCACCTGATGCTG 1295 ALGA0085618 GAGTGATCCTGGCCTGGATCTGAGG [G / T] CTTCCCTCCCTGCAGCTCATTCCTT 1296 ALGA0085682 TCTGGGACAGACTTGACTCAACCCG [A / C] RAATCTGCAACAAGGATGAGTGAGG 1297 INRA0049496 CACTCTGACGTGCTCYGTGCAAAAA [C / T] TTGATATCAGGTGTTTTCAAAAATA 1298 ALGA0085775 ATATTCATTCAATCATGCAACATAT [C / T] CCTTGTYGTTATAGAGCTCACATTC 1299 ALGA0085795 CCTCTTGTGGT [A / G] GCTTCTGAGTACTGCAGGCTTAGCT 1300 ASGA0069847 GCTCTCTAACATTAGTTTCTTTGCT [A / G] TAAAATAAAAGTAACTACCTCAAAG 1301 ALGA0085880 GTGATTCTGTGGTCTGGGGTGGGTG [G / T] GGCCCAGTAAGCTGCACTTCTAACA 1302 ALGA0085946 AAAACACTGGACTTGTCTTCAGTTC [A / C] TCTTTCTTTTTAAGTTCCATTCAGG 1303 ASGA0069914 CTGTTTTCTTCTCAGCAGCTAGAGT [G / T] ATTTTTAGAAACATTAACGGATTAT 1304 ASGA0069947 CTCTCTTCGGCATAGAGCTGAGTAA [A / G] GGCTGAAAGGAAAAGGACTACAGGT 1305 ASGA0069588 GACAATGACAAGCTTGGAGGACAAG [G / T] TCATCTATGGAATAAACTACCTATT 1306 ALGA0104833 CT [A / G] CCTGGACCGGGTAAATGGAGAGGCA 1307 ALGA0086241 TAGGCACAATCGCCTCTACCAACTC [G / T] GGGATAACCATAGTCCCTAGCTAAA 1308 INRA0049832 AACACTATGGTGTTTGAATGGCTGT [C / T] CCAGTGCCGCTGTGAAATGCTATGG 1309 H3GA0044704 GGGAGAAGTTTGGGTTAGAAAGAGA [A / C] WGGGGCCAGATATTTATGGACATCT 1310 ASGA0070147 GATATTATTTAGCACTGCTGACACA [C / T] TGTAATAATAAAAAGCAGTCTGAGT 1311 ALGA0086369 TATCAGATTTCTGGGTTGGGACATT [A / G] GACTCAAAGCTCAACAATCAATAAA 1312 H3GA0044463 CGTGTTACTGGACATATCATTTGGG [A / G] AAAGACAGGTAGAAGTTTGCTGGCC 1313 ASGA0070187 TGAAAAGTGGAGCCGTGCCAGAGTT [C / T] AGTGCTAACCTCTGTGACACAGACA 1314 ALGA0085736 AAATACTCAAGCTATTAACAA [A / G] ACTTCTCTTGTTCATTAAAGGAATG 1315 ALGA0119395 TAAGGTTAA [C / T] GAGTTAAATTTGCCATTACTGGAGT 1316 ALGA0086613 ATTTAAGAGTCTCTCAGTCCAGCTW [C / T] ACAATTAATGCTTCCCATAATCTCT 1317 ALGA0086720 TGTGTTTAACCAGCTCCCAGGCAAG [A / G] CTGCTGCTTACTGGTACTCGGACTA 1318 ALGA0085953 CTTATCTCCTTTTGGAGA [A / G] AGAACCTTTGGGCAGAGTTGTAGCT 1319 H3GA0045012 GAACTAGACACTGGGAC [A / G] CGGGTGGAGATCATCGCTAGATAGC 1320 ASGA0070769 CACAGTGTCTCACACTTTGGAAGGG [A / G] TGGKAAAGTAGCTCCATTTATCCTT 1321 SIRI0000138 GCTTTACACTTGTTTTGAGGCTTAT [A / G] CTTGTTATATCACCATGTCCTTTTA 1322 ALGA0087491 GACATAGAACAGCTGGAAATGATGG [C / T] CAGTTATTATAGGCAGAAACAACAA 1323 ASGA0071133 CATAGCTCTCAGCATAACTACTCGG [C / T] GTTGCTTCTGCATTGCTATTTTAAT 1324 ASGA0071222 TTTTGAAGCTTAACCTTTTAGTACA [C / T] TGGAGAATTTTGGGAATAGCGGCTT 1325 ALGA0087956 CTTTCGCTTCAGACGCCACTGGTAA [G / T] GTGTCTACAGAATTCCATTTCCAGA 1326 ALGA0116061 TTTAACCACCATGCTATGTAATGTT [A / G] ATAAGGAAGAATCCTTAG 1327 H3GA0045481 ATGGTGAGAATCTCCGCCGGCCTTT [C / T] GCAAGAAGCCTAACAGGTGTCCATT 1328 UMB10000052 GATGTATAGCTCAAACCNAAGTTCA [A / G] TTAAGAAAGTGGCTTAGGCAGGGCT 1329 ALGA0086355 GATGGGCAGGCAGCTTTG [A / G] ACTGTGACTCCGCAGCCTCACTAGA 1330 ALGA0110636 CTAAATTCATK [A / G] AAAGATCCAAGAACATGGTAAAAAAA 1331 ASGA0070246 GCTGTGTTCCTTACAGGAAAACACA [A / C] AAGACAGGCATTTTGGTTGCCAAGA 1332 ALGA0086631 ATAGATGGTAAGCTCTTAGATGACA [C / T] GGACTGGAAGATTCTCTGGAAAATT 1333 ALGA0086800 CTGCCTTTTCTTTCAAAATATCTCC [A / G] CCTATAACACTGTGAAGCTCTGTTC 1334 ALGA0104428 CTGAGTATGTCTTCAAGTAAGAAA [A / G] TGCTGTTCAGACACTGTTGATGAGA 1335 H3GA0045081 CAAATAGTTATCCAAATT [A / G] GGGCCACTTCCAAATTGTGGGCATT 1336 ALGA0087535 CCCTTTTCTCCTTGGTGGCGACTAG [A / G] CTGTGCTGTCAGCTGTCAGCTGAAT 1337 CASI0004261 GAGTTCATGAACCCCTGAAAGTCCA [C / T] TTAGGGAAACCCATGTAAAAAAGCC 1338 ASGA0071489 GACATTTAACAATACACCATATCTA [C / T] ATAGCTGTCAGCCACTCTTCTTCAT 1339 ALGA0109945 TCTATGAACC [C / T] GGGGTGTTCGCTGGGTCATCTTAAT 1340 ASGA0089162 TCAAAGAACCTCAGGAACAGTGCTC [A / G] GTTTAAGAAGATTTAG 1341 ALGA0123500 CTGATGGACAA [A / G] GAAGCAAACTGCATCAAGAAGATAC 1342 H3GA0045791 TTGGCCCTCCTATCTCTG [A / G] ACACCAAGGGATGACTGCAATGCTA 1343 ALGA0088720 GCTGCCGCTGTAACAGAGAACAAAC [C / T] TGACTCCATATTGGATTTATAGCTT 1344 H3GA0045917 TTTTTGGGGGGGGGGGTCCCTAATG [A / G] CATMTGGAAGTTCCCTGGCCAGATA 1345 ALGA0088909 ATGGGATGAAGCTAGTGCTCCCCAG [C / T] AGACAGGACTTGGCGATGTAGCATT 1346 ALGA0089010 CAAGCTATTGGCATTAATAA [A / G] CCAGAGAATTCTTATAGATCCATTG 1347 ALGA0120855 CTGGAAAT [C / T] CTTGGAAGTGAGAGTGGAGACCACA 1348 ALGA0116156 TGGATGGGCCAGACAGGGCCAGTTC [A / G] GCAGGAGAAATGAACCTGAG 1349 ALGA0088880 GCAGTGGCTTCAAAGCTCTTTTGAC [A / C] CTGCATACAATCCGTAGAGAAAAAA 1350 H3GA0045988 GCTCATAGTTGGGGGAGAGGGCGGG [A / G] TTTGGGCCAGAGATAAAGACCAAAG 1351 H3GA0046164 CAGGCTGCACTTACACATGGCCCTT [C / T] TCCTCTCCCAAAAAGGAGTTTACAG 1352 SIRI0000715 TCTCTCTTTTCTCCATCTCATGTTT [C / G] TGGCACGTCATTTCTTATCTTTGCT 1353 ALGA0105533 CTGAAGGR [A / G] ATGACATTTAGATGAAAGTGAAATT 1354 ASGA0072799 GTACAGGGCTTCACACTTGCCTTTT [C / T] GACAAGCTGCCCTTGCCCTTTATAA 1355 ALGA0089953 TGGGTGACTGAGTTC [A / C] CCCCAGAGCTCAGATATCATAGAAA 1356 ALGA0089991 AACAAGTAACAA [A / G] AGTTTACAGATTTGGAAGGAATTGC 1357 ALGA0090051 GCTATTTTAACTGAGCTAGTAATGG [A / G] TCAGTTTGCTAAAAATGACTCAAAT 1358 ASGA0103297 CTAGGAGTCCTCTAAGGACTCT [A / C] CCAAGTAGCAACATCAAACAGTGCA 1359 H3GA0046118 CTCTAAAGGGGATGGAAGGCAGGGC [A / G] TGGTCTCCCTTGGCGGCTCCCTGAT 1360 ASGA0073029 CTCAGTTAGCTCAGTTTCTGGAAAG [A / G] ATCTCAGCGGAGTTGGTCATCTCCC 1361 ALGA0090291 ACATCGACAGCTATGTATGTAGAAT [C / T] CCCGTCAYGGCTCAGTGGAAACAAA 1362 ALGA0116502 TACCATCGGCTATAGAGGAGTGTTC [C / T] GGGTTGGTCTACGATGGATAGGACA 1363 ALGA0090372 TCAAGTGTCTCAGTATATTGGGAGG [A / G] GGAGTCATTTATAACATGAGGTAGT 1364 ASGA0073168 GGGGACTATGC [A / G / T] TGAGATGAGCTATTAACAGGAGCTA 1365 ALGA0117283 CTGCAAGAGCCTAACTG [C / T] CCAACATCCAGTGCAGAAGGCAACC 1366 ASGA0072755 TAATGTGCCTTGTG [C / T] GATGTGGCACGGTACCCTAAGTACA 1367 ALGA0090596 GACTCAGGGCTCATCTCTTTTGCCT [A / G] AGTTGAATTTCCACAGCAGCGGAGA 1368 ALGA0123153 CTATTCTGTA [A / G] GAGATCAATAGCATTAGTGCAGACT 1369 H3GA0046637 GCTCTGTGCTCAAGCTGCTCTCTTC [C / T] GCAGCCAGTGCTAGGCCAATCGCTG 1370 ALGA0090922 AATGACCCCACAGAGCCACCCCGAG [G / T] GAGGAGGGCTGTGGGTCTGGAGCTC 1371 DIAS0003649 AAGTTCAACACCGAGAACGTCTTCT [C / T] TCTGTTGATGGCTGGATCTACTTTC 1372 ASGA0073681 CAGCAGACTTATGGTTCAAGCTCCA [C / T] CAGACAAACTCTACCTTGAGAAATC 1373 ALGA0091099 TAGGTTCACAGCAAAATTGAGGAAA [C / T] GATACAGAGTTTCCCCAAATACTCC 1374 H3GA0046876 TGGAGGAAGTTCACCTGCCAGGGCC [A / G] AGGGACAGCATGAGATAGTCATGCA 1375 H3GA0046920 GGGCCTATACTGTAACCCCACTACA [C / T] ACTGGGGAAGAAGTGGCAGTATACA 1376 ALGA0091311 AGCCGGGGAATTACAACCACTCCAG [G / T] TGTGCCTTCAATAAACCTAATTCAG 1377 ALGA0091373 AAAATGGAGCTTGCACATTCAGGCA [A / G] AAATGATGGTTCCAGGTAGGACCCA 1378 H3GA0046980 TGTCCAGTCACCTACATCAGGCCTT [A / G] TTCAATAGGGTTCTTAGAGATGGAT 1379 H3GA0047032 CAGGGGAAAATGAAGTAGAAGGTGA [C / T] CAAAGGCCATCCCTTCGTCTGGTGC 1380 ALGA0091846 GTCCTTCTGAGGCAATGAGGGGGCA [C / T] CARGCTTATCTTACTCCCTGAGCTT 1381 ALGA0091967 GCTCCCGTTGTGGACTAGTATCCAC [A / G] AGGACGAGGGTTCGATCCCTGGCCC 1382 ASGA0074544 TTGGAGCTTTCTCCCCCCTGCCCCA [C / T] CTCCCCCTTTTTAAAATTGCCTTTG 1383 ASGA0074687 CACAGTGGGTGTGTGAWAAGGACAA [C / T] GTGACTGTTAAGCTCTGCCCTGTGT 1384 ALGA0090686 AGGCTGGCTAACCCCTGAATGGAAC [C / T] GAAGGTCTTTTCATTCTTAAGCTTC 1385 ASGA0073415 TCCTTACATTTTCCATAGTCTCTCA [C / T] AGCTCCATGCTTGCTTATTATCCCT 1386 ALGA0090995 TTCCATGCATTTGTAAAGTGAGACC [C / T] AACAGTGTGTATCTGAGATGCCAAG 1387 ALGA0091078 AAATTGTAAAATTATGTAAAAATTG [C / T] ACAAAGCATATAATGTTGGACCAGA 1388 ALGA0091572 AGGCGCTTCTCAGGCAAATGGGCTG [A / G] GAGCTTCTCCTTTGCACCCCAGCCA 1389 ASGA0100134 CGTTCGTAAGTTACACTATATTTGG [A / G] ATTCTTCTAATGAATAG 1390 ALGA0102977 GAATTTGCCCAGGTCTAACTGACCT [C / T] AGAATCCCATGATCATAGTGTGTGA 1391 ASGA0098928 GCATACAATGTTTAGAAAATGAATA [A / G] TTGAACAATAAAAAGA 1392 ASGA0096434 AACTTAGTAGACATTT [A / G] CAAGGAG 1393 H3GA0056580 AAGAGGCCCACGGATGTTCCACTAA [C / T] GAAGTGATTCAACAAACTCACAAGC 1394 ALGA0092509 CTCAGCTGAGGGAGGGAGGACTGGG [A / G] AAAAGAATCAATATTTTCCCCCAGT 1395 ALGA0092574 TCTTTTTGTGAGTGATATCATCCTA [C / T] CCTGAGGTGCAACAGCTGTAAAAGA 1396 ASGA0075006 TCTGCATTATCTATAGTATAAGGTC [C / T] TTGTGGTAGAGCATGCAAGGGTCTT 1397 ASGA0075036 TGTTTCACCTGGGTTAGCTTTTTAT [A / G] TATCATTACTCCTTGAAGAGTGATT 1398 ALGA0092930 GAGATGCAGGTCTGTGTATTATGCC [C / T] GTGATTCCTTACCTTTTCCAGCTAT 1399 ALGA0093041 AGATGTTGAGAGCTGAGAATTCCCT [A / G] GTCTAAGGTCATTTAGTCATCAGCA 1400 ALGA0120853 CT [A / G] CGCTACAAGAGGAGATGGTGGGGGA 1401 ASGA0098668 CTGCAGGAC [C / T] GCATAATGAGGGTGCAGTCCACACA 1402 ALGA0093340 AGCCTTGGATCTAGCTCATTGCGTC [A / G] TCAAGAACCCAGGCTCGGAGTTCCC 1403 ASGA0075610 TAAGTTGTGTCTGATAAGCCTGGCT [A / G] TTTCTTTTGAGCTTAGCTCATCCAT 1404 ALGA0093633 GAGATGGAACATTTAGCTGAGAGAC [A / G / T] TAAGCATTGATATCATTCAGAGATG 1405 ALGA0093742 GTCGTCGTAGCTGTGGCACAGGCCT [A / G] CAGCCGTGACTCCGATTTGACCCCA 1406 ALGA0093797 GAAAATCAGCTGCGATGGGAGTTTA [C / T] GCTATGGAAGTTGGCAGATGCTACA 1407 ALGA0093835 Gt; 1408 ALGA0093891 AAAAAAAGGCAAGTTCCCCCAAGCT [C / T] ACAAAAGTTCCCATATCTGGTGATC 1409 ASGA0075880 TGGGACACATGTATTTGCTGGGACT [C / T] GAGAGCTGGGAGCATGGGGGAAGGA 1410 ALGA0094001 CTCCTTTTTTTGAGACACCCCCCAC [A / G] TTTTCTGAATGCAGAAGGATCCAAA 1411 ASGA0075970 TGGAGGGTAAAACTGTGTGAGCTGC [C / T] ACCAGTAGTTGTGTCTGAGGCTAGA 1412 ALGA0094168 GAGAAAGAATCTAAAGGGAAGAAAA [A / C] GACACTAGATTAAGGCCAGGGATGA 1413 H3GA0048364 GCATAAGCAGATACGAGTTGAAGTG [C / T] AATCAGATATTCTTGGGCCTGCTTG 1414 H3GA0048438 Gt; 1415 ASGA0075894 AGTGCTCAAAGGCCAGAAGCTCCAG [G / T] CCCCATCCTCTGCCCGTTGGGACAT 1416 ASGA0076595 CTGAGAGGGCCACTGGGCCTCTTTC [A / G] GGCTCCCTCCTCAGCAGCAGCCAGC 1417 ALGA0094709 CAGCCCTGTCCATCTAGAGAGTCAA [C / T] CCAGTGTCTCCATCTGGCCAGGAAG 1418 M1GA0021987 CTTGCATGGGTAGGGACTGTCCGGT [C / T] CCTGGGCCTCACACTTACAGTCATG 1419 ASGA0076841 TTGGAACCGTTAGTATATAGATGAT [A / G] TTTAAAGCTCTAACACTGGATGATA 1420 H3GA0048941 GGCCACCTATTTGTACCTACATCTC [A / G] TCTTACCTGTTAAAAATGTCTTGAT 1421 ALGA0095080 GGAAGTTTAATTTACTGATGAAAGG [A / G] TGAGCTAATTGTCAGTGCTAGCTGT 1422 ALGA0095191 GTCAGTGACCTGACCCAGGTGCCAC [A / C] CTGGTGGTAGTGTGTTGGGCCTAGA 1423 ALGA0095323 CCGGTTGAGAGCTATTAGTTTATGG [C / T] CTCAGTTTTTTTATATGTAGATTAA 1424 ASGA0077233 AGACTATCAACAGGGCACTGGATTT [G / T] AAAACATTYTTGCTACAGCTCCGAT 1425 ALGA0095453 TACCGTGCATTTCTGTTCAGCTCTG [C / T] TTTCAGTGACATGACACTGGCAGCT 1426 H3GA0049247 TCCTGGGCTCCATTCCAACTAAATC [A / G] GGATCTCTGGATATGGGGCCCTGGC 1427 ASGA0076851 CGGAAATGGGGTTCCGTGGAGAGAT [G / T] AGGGGTTTTGGGGGGAGCTGGGGTT 1428 ALGA0094942 TTATATTTTATTTCCTTATCTTATT [A / G] TACTAGCTAGGATGACTAGTACAGT 1429 ASGA0077484 CTCCGGCCCCTCCCCGATGTTTTCA [C / T] TTCTTTTATAATTAGAAGGAAGACA 1430 ASGA0077557 CAGCTCACATAACGAACTGGGTTTC [C / T] GATTGCTCTTCAACAACTGAACTAT 1431 M1GA0022271 GAATTCGGTTTACAGGACACGCACC [C / T] ACAYAGGCAAGTGAGCCTCCCCGGG 1432 ALGA0095955 AAGAAAAACCGGAGGAGCTCCGCAC [A / G] GATGAGAAAGTCCTGAAAAGCGAGG 1433 ALGA0096031 AGATCCATCCACATACGACAGCCCC [A / G] GGAGGCAGTACTTTTTCTAGCTTCC 1434 H3GA0049660 CAGAATTTCCCCACTGAGCCGATCC [A / G] TGAGAGCTCAGTTCAAGCTCCTGGT 1435 ASGA0077149 TGTCACATTTTCTGCAACCAGTGAG [C / T] ATGAATGTCTATAGCTTGAAAGAGA 1436 ALGA0096192 CTTGCATAGTTCACTGGTTAGCTCA [C / T] GACTAGCCCCAGGGCTTTTGCCAAA 1437 ALGA0096256 AGTGCGGCACCCCAGGGGCTTTGTC [A / G] GAGGGCAAATCAGTCGCTATCAAGT 1438 H3GA0049828 GGGCCTCTGAGCATGTGCAGCCCTC [A / G] GCTGGAGTATCTGAAAACCCTGGTG 1439 ASGA0078395 TGATGGCAGAAATCACGAGAACG [A / C] CTTAGCTGTGTGCCCAACCTCGGCC 1440 ASGA0078502 AATACACTGGAGCTCAACACACAGA [C / T] ACCTGCCAATGATAGGTTTTTCATC 1441 H3GA0049322 GGGCGGGTGAGGCCTCATGCCCACG [A / C] ATCTGTCTGGTGCATTTTCCTGACT 1442 ALGA0096393 TCCCATTCATAGGGAAGCTATAGCA [C / T] TTAGGAAGCCCTTCCTGCATTCCAG 1443 CASI0008570 CCAAACAGTCTCTCTGGCTACAACG [C / T] GAATGGGCAAAGGGACAGGTGCCAG 1444 ALGA0111541 CTGATCAAAGTTCTTCCTTTGGGAC [C / T] CCCGCCCTTCACTAGAG 1445 ASGA0078792 TGAAAACAAACGCATGGTCTCTCTT [C / T] AGCTGTAATTAATGGTCAGTTTGTT 1446 ASGA0082412 AGCAAGGGTCCTGCAAGCACCAGCC [A / G] AGGCGTAAAGCTGAGAGGAGAGCGG 1447 ASGA0078916 AGCGTTCAGAGAGAGGAAAACACAC [C / T] GTTCCCTTGAATAATTCAGAGCTCT 1448 ASGA0100463 ATCATAACATAATGGAATTCTCCTG [A / G] GTTATATGTGCAGGTGCACTAAAAA 1449 ASGA0105404 CACATTCTTTTAAAGCCACGAAACA [A / G] TGAGAG 1450 ASGA0078994 AACTTCAGCTAATGCCTCCTGCACC [C / T] GYTCCCTGCTGGGAGCTGGACTTGC 1451 INRA0055317 TCCCAGAACTGATTCTTTCTGACGC [A / G] GAACATACTGGACTGACCCCCACCT 1452 ALGA0097246 TTTAAATAGCGGCAAGCTCTGAGCT [C / T] GGGATCAGACCTGGGTTCTAGTCCT 1453 ALGA0096836 AGAAGGCTGCATCTCTGGGAAATGA [A / G] TCAGGCAAGACTGAACTCAGCTATA 1454 ASGA0079106 GCAGCTCCTCCTCTGACAGCGGAGT [A / G] CCCGCAAAGTAGGTGAAAGGTCGCA 1455 ASGA0079185 GCAGCTCCTCCTCTGACAGCGGAGT [A / G] CCCGCAAAGTAGGTGAAAGGTCGCA 1456 ALGA0097420 TTTGGCTTCTGATATGGTACGTCAT [G / T] ATCTACTTTAAAAGAGCCACCCATC 1457 ALGA0097562 Gt; 1458 ALGA0097157 AGCTGGTGATGGAGCTGGTGAGGCG [C / T] AGAGCTAAGACCTGTGGTCTCCCGA 1459 ALGA0097232 AGGAAGCTGTGAGCCCATCCCCACA [A / C] CTTATCATCGCTGCCTGCCTCAGCG 1460 ALGA0097811 CTTGGTCTTACCCATAACTACCTTC [A / G] TGTTAGGTAATGTAGTAGAAGGAGT 1461 DIAS0002692 TTCAGGAATAGTGACATCAGGTAGT [C / T] GGAAAGAAAGATGTACAGGCCAGAT 1462 ALGA0097291 GGTCCTCACTTAGCTTTAGGATTCC [A / G] AATGGGAAAGGAATGACATACATAC 1463 ALGA0097955 AATAAGCCATCCCTAGCTGAGCTTT [C / T] TGATGTCTCACTTTTCTATCTTCTC 1464 ALGA0097979 TTGCAAGCTCTGTGTGGTAGGAGTT [A / G] CAGGGCAGTTTGATTTCTGCTCCAC 1465 ASGA0103869 ATTTAACAATGATTTATTTGTGTAC [A / C] TCCTTGTGGAGCCTAACGGAATTTT 1466 INRA0055799 CCATGTCTTGATTTTCCTGCACACC [C / T] GACCTAGGCATTGTTAGCAATAATG 1467 ALGA0098232 GATTAACTTCTCCAATACACTTTAC [C / T] CTGTTAAGCCTTCAGTCTTGTCAGC 1468 ASGA0079330 AATATGGCAAGCAAGATTCAGAGAC [A / G] TTAAGTAGCTCACCTAAAGCTACAA 1469 M1GA0023257 GCATCTGCTCAGATGCTGTGCGCTG [C / T] TCCCTGGTCCGGTGACACGAGCGTT 1470 ALGA0098468 TGACATTTAGCCCTCACTCTGGCTG [C / T] CAAACTTTCTATTGTTCAAGCTTGA 1471 H3GA0051025 CCTGCCCTCTCCTTCCTGGTCCACC [C / T] GGCCTCACTTGGTTTCCACAAGGAC 1472 H3GA0050691 TTCATTTTAGCCTAAAGAAGGCCCT [C / T] TAACATTTCTTGTAAGGCTAGTCTC 1473 SIRI0000344 GTGCTGCATCTTCCACAGGGCAGGG [A / G] AGTGAAAGCCCATCTTCCTTTTCCA 1474 ALGA0097857 GACTCAGACACAGCCCTCAAAGTGC [A / G] CACTCAGGCACTTGACGTAGCTTTA 1475 DRGA0017710 TTCTCATTTAAAATAAAACCCAGAA [A / G] ATGTGTTTTAGGAAGTTCTAGAGAG 1476 DIAS0000747 TATAGAGTCTTGAATGTGGAAATCA [A / G] TCCCATGTTGTTTAGCTTGAGGATG 1477 ALGA0111325 CTCCTGG [A / G] AGCAGGAAGGAAGAGGCAGTAGTGA 1478 ALGA0109418 ATACACAACTACTCTTAGAAATAAA [A / G] AAACTCTTGGACAAG 1479

Claims (9)

A composition for distinguishing a pork brecker variety comprising a probe capable of hybridizing with a single nucleotide polymorphism marker group represented by the following SNP name:
H3GA0000026, ASGA0000091, M1GA0000288, H3GA0000320, M1GA0000233, ASGA0000453, M1GA0000547, H3GA0000596, SIRI0000226, M1GA0000742, M1GA0000759, ASGA0089621, ASGA0103410, M1GA0000775, H3GA0000902, H3GA0000953, M1GA0000819, ASGA0089650, ASGA0001198, ALGA0001244, ALGA0001746, ASGA0001664, ASGA0001719, ASGA0001772, ASGA0001819, M1GA0000866, INRA0001175, INRA0001627, ASGA0002159, ALGA0002507, ALGA0002568, ALGA0108847, ALGA0002618, ALGA0002648, ALGA0002697, ALGA0002853, H3GA0001567, ASGA0002567, ALGA0003024, ALGA0003075, ASGA0002618, ASGA0002640, ALGA0002798, ASGA0002727, ASGA0002778, ALGA0003412, ASGA0092170, ALGA0003523, ASGA0002948, ALGA0003655, ALGA0003091, ALGA0003119, ASGA0003143, ASGA0003194, ALGA0003339, ALGA0105914, ALGA0110231, H3GA0001938, DIAS0000563, ALGA0003538, ALGA0003751, ASGA0003159, ASGA0003164, ALGA0109685, ALGA0004503, ASGA0003617, ASGA0003638, ALGA0003972, ALGA0003918, H3GA0002192, ALGA0004766, H3GA0052986, ASGA0003807, ALGA0004945, ALGA0005004, H3GA0002102, ALGA0005102, ASGA0004014, DIAS0002710, ALGA0004558, ALGA0005361, INRA0003660, M1GA0001095, ALGA0004819, ALGA0005560, ALGA0005599, ASGA0004314, H3GA0002625, ASGA0100276, INRA0004013, ALGA0005270, ALGA0005805, ALGA0005302, ASGA0004115, INRA0004137, ALGA0005418, ALGA0005978, ASGA0004563, H3GA0002800, ALGA0006083, INRA0004329, ALGA0006113, ALGA0006154, INRA0004426, DIAS0001921, ALGA0006259, ALGA0006302, ALGA0006405, ASGA0004898, INRA0004790, ASGA0105823, ASGA0004598, INRA0004962, ASGA0005040, ALGA0006773, ASGA0005172, ASGA0005207, ALGA0006920, H3GA0003330, INRA0005278, DIAS0000673, ASGA0004881, H3GA0003379, ALGA0007150, ALGA0007180, ASGA0005405, INRA0005458, H3GA0003428, ALGA0007311, ALGA0007326, ALGA0007355, ALGA0113555, ASGA0005514, DIAS0002061, H3GA0003153, ASGA0005093, SIRI0001496, H3GA0003235, ASGA0005243, ALGA0007591, ALGA0006973, INRA0005815, ALGA0007707, INRA0005864, ALGA0007762, ALGA0007793, ALGA0007819, ASGA0005361, ALGA0007873, ALGA0007188, ASGA0005406, ALGA0007958, H3GA0003731, ALGA0007362 , ALGA0008172, ALGA0113685, ALGA0008263, H3GA0003811, ALGA0008356, H3GA0003854, INRA0005726, ALGA0007557, H3GA0003952, ALGA0008635, ASGA0005581, ALGA0007616, INRA0006750, ASGA0006427, DIAS0000008, ALGA0009009, H3GA0004253, ALGA0009241, ALGA0009308, ALGA0009424, M1GA0001479, ALGA0009612, H3GA0004547, ASGA0007200, H3GA0055689 , ASGA0005807, ASGA0007364, H3GA0004815, H3GA0004855, H3GA0004899, ALGA0010541, H3GA0003815, INRA0006383, M1GA0001790, ASGA0008049, H3GA0005387, ALGA0011079, H3GA0005443, ASGA0006209, DIAS0004421, ALGA0009213, ALGA0009596, ASGA0007292, ALGA0101433, ASGA0093496, H3GA0004988, DIAS0000769, ASGA0008254, ALGA0123970, ALGA0117402 , ALGA0110785, ASGA0008604, M1GA0002408, CASI0008622, ASGA0009021, ASGA0008665, ALGA0012049, ALGA0012152, H3GA0006122, ASGA0009491, DIAS0000337, H3GA0006271, ALGA0012559, ALGA0012743, ASGA0009814, ASGA0009847, ASGA0105635, ALGA0012964, ALGA0012985, ALGA0013017, ASGA0009952, ALGA0013106, ASGA0009979, ALGA0013217, ALGA0013427 , ALGA0013585, H3GA000674 3, ALGA0107251, ASGA0009830, ASGA0010484, ALGA0013976, H3GA0006912, H3GA0006944, H3GA0006967, ALGA0014165, ALGA0014214, ALGA0117539, M1GA0003006, H3GA0007151, M1GA0003027, ASGA0010249, H3GA0007213, ALGA0014620, ASGA0095968, INRA0009187, ALGA0118004, ALGA0014887, ALGA0108058, ASGA0011308, ASGA0011456, ASGA0011563, ALGA0015558, H3GA0007606, ALGA0108179, ASGA0011900, ALGA0015991, ASGA0012080, ALGA0106490, ALGA0016329, ALGA0013966, ALGA0016578, H3GA0008060, ALGA0016883, H3GA0008275, H3GA0006905, ALGA0014200, ASGA0097368, ASGA0011053, ALGA0014972, ASGA0011283, ALGA0115695, ALGA0119834, ASGA0103793, DIAS0003483, ASGA0011818, ASGA0011937, ASGA0104575, ALGA0105738, DIAS0003825, ALGA0118922, H3GA0053178, M1GA0024073, ALGA0120374, ASGA0093527, ALGA0114651, ALGA0106902, ASGA0094169, H3GA0052415, ASGA0085878, ALGA0017050, ASGA0012981, ALGA0017312, H3GA0056245, ALGA0017593, ASGA0013544, ASGA0093049, ASGA0103230, ASGA0013696, ALGA0017905, H3GA0056202, ALGA0018038, ALGA0018313, ALGA0018401, ASGA00142 13, ALGA0018516, ASGA0090008, M1GA0004305, ALGA0107078, ALGA0018863, ALGA0018904, ASGA0099661, ASGA0084261, H3GA0009550, ALGA0019110, ALGA0019129, H3GA0009638, ASGA0014784, M1GA0004422, ASGA0014878, ASGA0097395, ASGA0103234, ALGA0124353, INRA0010830, SIRI0001006, INRA0010853, INRA0010895, ASGA0015188, ASGA0083680, ALGA0019935, INRA0011042, ASGA0015478, ALGA0020343, H3GA0009339, ASGA0015611, ALGA0109278, ASGA0015813, ALGA0020763, SIRI0000008, H3GA0009538, ALGA0021199, ALGA0124343, ALGA0021376, ASGA0016574, DRGA0004296, ALGA0111911, ALGA0122273, ASGA0098950, ASGA0089074, DRGA0017696, ALGA0114825, DIAS0001544, ALGA0120420, H3GA0010219, ASGA0097737, ASGA0015833, ASGA0015988, ALGA0021092, H3GA0010676, H3GA0010704, ALGA0021307, H3GA0053652, ASGA0016728, H3GA0052445, ALGA0110057, ASGA0102422, ALGA0107834, ALGA0105955, ALGA0115511, ASGA0017011, M1GA0005199, M1GA0005374, ASGA0017426, ASGA0017588, ALGA0022450, ASGA0017723, ALGA0022944, ASGA0018166, ALGA0022974, ALGA0023358, H3GA0012015, H3GA0012 096, ASGA0018487, ALGA0023632, ASGA0082347, ASGA0018712, ALGA0103991, ALGA0023865, ALGA0023935, ASGA0018851, ASGA0019036, INRA0013282, ASGA0019027, H3GA0012397, ASGA0019102, ALGA0024316, INRA0013533, H3GA0012430, M1GA0005843, ALGA0024629, INRA0013780, H3GA0012605, ASGA0019537, ALGA0024877, ALGA0024892, INRA0014033, INRA0014071, INRA0014097, INRA0014142, ASGA0019705, ALGA0025237, ALGA0025325, INRA0014382, ALGA0025456, ALGA0025503, H3GA0012878, INRA0014643, ALGA0025780, ASGA0020169, ALGA0025931, ALGA0026033, H3GA0013118, M1GA0005933, INRA0015178, ALGA0026261, INRA0015296, ALGA0026433, ASGA0020687, ALGA0026256, INRA0015510, ASGA0020859, ASGA0020902, ASGA0020965, ALGA0026876, ALGA0026925, ALGA0027129, ALGA0027200, INRA0015922, ALGA0027343, M1GA0006238, ASGA0021487, CASI0009314, ALGA0027075, ALGA0027648, ASGA0021732, ASGA0021775, M1GA0025325, ASGA0092192, ASGA0022017, ASGA0022077, DIAS0003038, INRA0016754, ALGA0027905, ALGA0028731, ALGA0028802, ALGA0028858, ALGA0028943, ASGA0083911, ASGA002 2943, ALGA0029310, ASGA0022387, M1GA0006769, DIAS0002972, ASGA0023397, ASGA0023445, SIRI0000293, ALGA0029781, H3GA0014703, ASGA0090553, ASGA0023698, ASGA0089536, ASGA0023919, ALGA0030074, H3GA0015326, H3GA0015531, H3GA0015604, SIRI0000872, ALGA0030553, ALGA0030609, INRA0018569, ASGA0024642, ASGA0103112, ALGA0030663, ASGA0024935, ASGA0025006, ASGA0082212, ALGA0031303, ASGA0085273, ALGA0031344, ASGA0025400, ALGA0031748, ALGA0031843, ALGA0031866, ALGA0031753, ALGA0032094, DIAS0000586, ALGA0031842, ALGA0032367, ALGA0031885, DIAS0002410, H3GA0016899, ALGA0033160, ALGA0033199, DIAS0000387, ASGA0026573, ASGA0026641, ALGA0033413, M1GA0007840, ALGA0033636, ALGA0033673, M1GA0007944, ALGA0032662, ASGA0027078, ASGA0026243, ALGA0034166, ASGA0027346, ALGA0032949, M1GA0008041, ASGA0091172, ALGA0118913, DIAS0000383, ALGA0110430, DIAS0002318, ALGA0033778, DRGA0017392, ASGA0027253, ASGA0089262, ALGA0112228, DIAS0001800, ASGA0027745, ALGA0034835, ALGA0034871, ASGA0100505, ALGA0034984, M1GA0008432, H3GA00 17523, ALGA0104612, H3GA0017889, ALGA0119039, ASGA0101598, ASGA0103831, ASGA0096575, ASGA0027633, H3GA0018177, ASGA0028579, ALGA0035690, ASGA0094960, ALGA0035847, ASGA0028841, ASGA0028870, ALGA0109856, ASGA0094908, H3GA0018528, DIAS0001073, ASGA0027821, ASGA0027723, ALGA0036399, ASGA0087096, ASGA0085552, ALGA0115970, H3GA0018823, ASGA0029460, ASGA0029573, ALGA0036989, ALGA0103009, ASGA0029647, ALGA0105590, H3GA0054966, ASGA0098610, INRA0022567, ALGA0037277, DIAS0001476, ALGA0037484, ALGA0118476, INRA0022797, ALGA0124503, ASGA0103241, ALGA0103984, ASGA0097167, M1GA0009140, ALGA0119904, ASGA0095441, ALGA0122541, DIAS0000184, CASI0002112, ASGA0092766, ALGA0116054, ASGA0087502, ALGA0101657, ASGA0094634, ASGA0098132, ALGA0113190, ASGA0094523, ALGA0119092, ALGA0114685, ALGA0103876, ALGA0123484, ASGA0105896, ASGA0029336, SIRI0000456, ASGA0099060, ALGA0123444, ALGA0116426, H3GA0018917, ASGA0029632, ALGA0037119, ALGA0119214, ASGA0098750, ASGA0092330, ALGA0112970, ASGA0099428, H3GA0052862, ASGA0 101680, ALGA0116372, ASGA0084182, ASGA0030408, H3GA0019406, ASGA0030544, ASGA0030638, H3GA0019660, ASGA0030861, ALGA0038367, ASGA0031009, H3GA0019871, ASGA0031245, ALGA0038747, M1GA0009643, ALGA0038953, H3GA0020133, ALGA0039074, ALGA0039144, DRGA0007304, ALGA0039254, ASGA0031780, ASGA0031851, ASGA0031942, H3GA0020408, ALGA0039771, H3GA0020592, ASGA0032257, M1GA0009900, H3GA0020700, H3GA0020849, ALGA0040370, ASGA0032705, M1GA0010063, H3GA0020954, H3GA0021066, ASGA0033013, H3GA0021198, ALGA0040859, M1GA0010230, ASGA0033261, ALGA0041077, ALGA0041156, ASGA0098543, ASGA0033485, ALGA0041370, H3GA0021499, ASGA0033771, DIAS0002119, M1GA0010399, M1GA0010406, ASGA0034120, DIAS0000612, ALGA0042239, INRA0026187, ASGA0034309, ALGA0042347, ALGA0042378, H3GA0021993, ALGA0042427, DIAS0000140, CASI0005881, BGIS0000098, INRA0026529, ASGA0034525, ASGA0034554, ALGA0042894, ALGA0042919, ALGA0043063, H3GA0022261, ALGA0043292, ALGA0043398, ASGA0035125, H3GA0022409, ALGA0043572, ALGA0043644, ALGA0043838, ASGA 0035365, ALGA0043860, H3GA0022615, INRA0027605, ALGA0044069, ASGA0035590, ALGA0044087, H3GA0022804, ASGA0035823, ASGA0035864, ASGA0035957, ALGA0044742, ALGA0044856, H3GA0023120, ALGA0044983, ASGA0036491, M1GA0010866, ASGA0036665, ALGA0045365, H3GA0023523, M1GA0011041, H3GA0023580, M1GA0011155, ASGA0037232, ALGA0045896, M1GA0011542, ALGA0102137, ASGA0037429, ASGA0037662, ALGA0046395, ASGA0037879, ASGA0102322, ASGA0101222, M1GA0011821, ASGA0038091, ASGA0092148, H3GA0024523, ALGA0047034, H3GA0054129, ASGA0038287, H3GA0024605, ALGA0119178, H3GA0024739, ASGA0038639, ASGA0038666, BGIS0004952, ASGA0099602, ASGA0089983, ASGA0097635, H3GA0024526, ASGA0105183, ASGA0038843, M1GA0011866, ASGA0038876, ALGA0048059, ASGA0102686, ASGA0038965, ASGA0092536, ASGA0093261, ASGA0088957, ASGA0039113, ASGA0104555, ALGA0048538, ALGA0048597, INRA0030111, ALGA0101778, ASGA0039397, ALGA0048786, H3GA0024861, ASGA0039519, ALGA0049130, ALGA0049219, MARC0083052, ALGA0049326, ASGA0039774, H3GA0025435, ALGA0049519, ALG A0049610, ASGA0040002, ASGA0040047, ALGA0049871, ALGA0049957, ALGA0050272, ALGA0109302, ALGA0115967, M1GA0025365, ALGA0124080, ALGA0105930, H3GA0025183, ASGA0100149, ALGA0048805, ALGA0111705, ALGA0112879, ASGA0039582, ALGA0110747, ALGA0104546, DRGA0017605, ALGA0108646, ALGA0105059, DRGA0017396, ASGA0082187, ALGA0109193, ALGA0118463, ALGA0111816, ALGA0115708, M1GA0012285, ALGA0115828, ASGA0040905, ALGA0050939, M1GA0012669, H3GA0026518, ASGA0041661, ALGA0119387, H3GA0026659, ASGA0041863, ASGA0041962, ASGA0041401, DRGA0009218, CASI0009712, ALGA0051960, ALGA0052075, ASGA0042354, ALGA0052240, ALGA0113729, ASGA0042506, ASGA0105025, M1GA0012912, H3GA0027110, ALGA0051849, ASGA0042872, H3GA0027238, H3GA0027255, ALGA0105323, ALGA0052993, ALGA0053090, ASGA0084095, ASGA0097743, ALGA0053190, ASGA0043272, ASGA0089408, ALGA0053479, ASGA0043547, ASGA0043614, ASGA0043673, ASGA0092361, CASI0002698, ASGA0098451, ALGA0053893, ASGA0043850, ASGA0043883, ALGA0054014, ALGA0054112, DRGA0009573, H3GA0027212, AS GA0042948, H3GA0027919, H3GA0027937, ASGA0044106, ASGA0043131, ALGA0054518, ASGA0044272, ALGA0054650, ALGA0054705, ALGA0054752, ALGA0053309, ALGA0123594, H3GA0028172, ASGA0044519, ALGA0055054, ASGA0103766, ALGA0053558, DRGA0009854, ALGA0121035, ASGA0044872, ASGA0096819, ASGA0045039, ASGA0045135, ASGA0045220, ALGA0055947, ASGA0088640, ASGA0045531, ASGA0043822, ALGA0053993, ASGA0043917, ASGA0094390, ASGA0082120, SIRI0000798, ASGA0044098, ASGA0105731, H3GA0055302, ALGA0054896, ALGA0055139, ALGA0107987, ALGA0114627, ALGA0117819, ALGA0055940, ASGA0102282, ASGA0083137, ALGA0056248, ALGA0056382, ASGA0097841, ALGA0056587, H3GA0029068, ASGA0046300, CASI0000975, ALGA0057095, ASGA0046593, ASGA0046278, ALGA0057423, ALGA0057494, ALGA0057646, H3GA0056199, ASGA0092473, ALGA0121879, ALGA0103767, DIAS0004765, ALGA0058242, ASGA0047606, ASGA0049110, ALGA0058525, H3GA0030029, ASGA0083886, ASGA0084296, ALGA0057922, ALGA0059073, ALGA0059224, H3GA0030352, ASGA0047247, ASGA0100960, ALGA0103343, ALGA0059633, H 3GA0030621, ALGA0058420, ASGA0091392, H3GA0030080, ASGA0089200, ASGA0092634, ALGA0119532, ALGA0123578, ASGA0104307, ALGA0107850, ALGA0116778, ASGA0048596, ALGA0109580, ASGA0106223, ALGA0059853, ASGA0098785, H3GA0030844, ASGA0049179, ALGA0060306, ASGA0049456, ASGA0049515, ASGA0049553, ASGA0049706, ASGA0049606, ALGA0060847, H3GA0031403, ASGA0049951, ASGA0050108, ASGA0050173, H3GA0031555, ASGA0091162, ALGA0061441, ASGA0050421, ALGA0061574, H3GA0055621, ASGA0050290, M1GA0026237, INRA0036096, ALGA0061987, ALGA0113992, INRA0036442, ASGA0050895, ASGA0050910, ALGA0062389, SIRI0000315, ALGA0062506, ALGA0062552, ALGA0062659, ALGA0062840, ALGA0062892, ALGA0063105, ALGA0063227, M1GA0015222, ALGA0062433, H3GA0032448, ALGA0063736, ALGA0062534, ALGA0063875, H3GA0032639, SIRI0000656, ASGA0052271, INRA0038295, ALGA0062888, ALGA0112357, ASGA0051791, ASGA0089719, H3GA0032612, H3GA0032794, H3GA0032926, ASGA0052524, ALGA0064411, H3GA0033152, ASGA0084858, ASGA0052596, ALGA0115312, ALGA0064900, M1GA0025058, ASGA0084454, M1GA0026919, ASGA0053450, H3GA0033729, H3GA0033798, SIRI0000501, ASGA0053210, H3GA0034018, H3GA0034060, ALGA0065989, ALGA0065337, DIAS0000466, ALGA0110084, M1GA0016697, ALGA0066408, ALGA0103958, ALGA0066623, ALGA0066690, ALGA0066725, ASGA0091801, H3GA0034683, ALGA0066960, ALGA0112624, DIAS0003803, ASGA0102822, ASGA0055455, ALGA0065848, ALGA0113454, INRA0038984, H3GA0034289, ALGA0066360, ASGA0054736, ALGA0105621, ASGA0089419, ASGA0105124, H3GA0034675, ALGA0107728, ALGA0113456, ASGA0103858, ASGA0102924, ASGA0055572, ALGA0067437, ALGA0067450, ASGA0090538, ALGA0067672, H3GA0035335, ALGA0067806, ALGA0114264, DIAS0002939, ALGA0068271, ALGA0068398, ALGA0104605, ASGA0104530, ALGA0103810, ASGA0056658, ALGA0068966, ASGA0056791, ASGA0056827, ASGA0083922, ALGA0069329, H3GA0036102, ALGA0069410, ALGA0069484, ALGA0069594, ALGA0069635, DRGA0017663, ASGA0095634, ALGA0069874, ASGA0057446, H3GA0036408, H3GA0036112, ASGA0057575, ASGA0057629, H3GA0036541, ALGA0070387, ASGA0057820, ALGA0070563, ALGA0070606, ALGA0070642, ALGA0070680, H3GA0036708, ALGA0070775, ALGA0069868, ALGA0069890, H3GA0036867, ALGA0071057, BGIS0005898, H3GA0036989, H3GA0056611, ALGA0109628, ASGA0105877, ASGA0058512, H3GA0037137, ALGA0071614, ALGA0114853, ALGA0071695, ASGA0057925, ALGA0071754, ALGA0071780, ALGA0071802, INRA0040911, ASGA0058070, ALGA0071863, CASI0008206, M1GA0025421, ASGA0058802, ASGA0102308, ASGA0058881, H3GA0037351, ALGA0072144, ALGA0072213, DIAS0004292, ALGA0072331, ALGA0072358, ALGA0072415, H3GA0037495, H3GA0037527, ASGA0092621, ALGA0072608, ASGA0094149, CAHM0000041, ALGA0072874, INRA0040784, ALGA0072970, ALGA0073032, ASGA0058640, ALGA0073208, ASGA0059565, ALGA0073419, ALGA0071651, ALGA0071664, ALGA0073695, M1GA0017790, DIAS0001277, H3GA0038043, ALGA0074019, CASI0008722, ALGA0116224, ASGA0058814, ASGA0059007, H3GA0037597, ALGA0072768, ALGA0113284, M1GA0017731, ALGA0073188, ALGA0073298, ALGA0073370, ALGA0106242, ASGA0105649, ASGA0059943, ALGA0124060, DIAS0004550, H3GA0038201, H3GA0038239 , ALGA0123146, ASGA0091691, M1GA0018055, H3GA0038441, ALGA0074689, ALGA0074803, ASGA0061022, ALGA0075011, H3GA0038839, ALGA0075224, ALGA0075342, ASGA0061498, ASGA0061663, ASGA0061699, ASGA0061740, ALGA0075723, H3GA0039144, ALGA0075902, INRA0042962, ASGA0061973, H3GA0039341, ASGA0062118, H3GA0039422, ASGA0062144, ALGA0076538 , INRA0043343, ALGA0076660, ASGA0062422, ASGA0062551, M1GA0018494, ASGA0062621, INRA0043576, DRGA0013788, ALGA0076968, H3GA0039834, ALGA0077086, DIAS0002955, ALGA0119264, INRA0043833, ASGA0063113, H3GA0040014, INRA0043983, ASGA0063279, H3GA0040156, ASGA0063267, ASGA0063388, INRA0044092, ASGA0063565, INRA0044365, ALGA0078039 , ALGA0078299, ASGA0064072, ALGA0078379, DRGA0013981, ASGA0064065, ALGA0078590, INRA0044654, ALGA0078676, ASGA0064326, ALGA0078815, H3GA0040970, ALGA0079015, INRA0045035, ALGA0079138, H3GA0041107, ALGA0079199, ALGA0079240, ASGA0064841, ALGA0079389, ALGA0079416, ASGA0064937, ALGA0079568, ALGA0079687, DIAS0001234, ALGA0079905 , INRA0045780, ALGA008003 0, ASGA0065440, ALGA0080128, DIAS0004751, H3GA0041636, ASGA0065540, INRA0046307, ALGA0080609, ALGA0080725, ALGA0080825, INRA0046538, ALGA0080940, ASGA0066073, ALGA0080877, H3GA0042098, ASGA0066192, ASGA0066235, ASGA0066137, H3GA0042157, ASGA0066388, ALGA0081560, H3GA0042355, ALGA0081813, ALGA0081626, ASGA0066914, ALGA0082192, ASGA0067078, ALGA0082435, M1GA0019328, ASGA0067340, H3GA0042967, ALGA0082399, ASGA0067225, ASGA0067752, H3GA0043253, DIAS0001635, M1GA0020072, M1GA0019637, H3GA0043574, H3GA0043639, ALGA0083488, ALGA0103648, ALGA0083768, ALGA0083557, ASGA0068670, H3GA0043799, ALGA0084105, SIRI0001081, ASGA0093353, ASGA0069029, ASGA0069121, H3GA0043848, ALGA0084763, H3GA0043939, ALGA0084990, ASGA0068971, ASGA0096052, ALGA0085109, ALGA0084519, INRA0049257, ASGA0069526, ALGA0110144, ALGA0102797, ALGA0123278, ALGA0122159, ALGA0085618, ALGA0085682, INRA0049496, ALGA0085775, ALGA0085795, ASGA0069847, ALGA0085880, ALGA0085946, ASGA0069914, ASGA0069947, ASGA0069588, ALGA0104833, ALGA00862 41, INRA0049832, H3GA0044704, ASGA0070147, ALGA0086369, H3GA0044463, ASGA0070187, ALGA0085736, ALGA0119395, ALGA0086613, ALGA0086720, ALGA0085953, H3GA0045012, ASGA0070769, SIRI0000138, ALGA0087491, ASGA0071133, ASGA0071222, ALGA0087956, ALGA0116061, H3GA0045481, UMB10000052, ALGA0086355, ALGA0110636, ASGA0070246, ALGA0086631, ALGA0086800, ALGA0104428, H3GA0045081, ALGA0087535, CASI0004261, ASGA0071489, ALGA0109945, ASGA0089162, ALGA0123500, H3GA0045791, ALGA0088720, H3GA0045917, ALGA0088909, ALGA0089010, ALGA0120855, ALGA0116156, ALGA0088880, H3GA0045988, H3GA0046164, SIRI0000715, ALGA0105533, ASGA0072799, ALGA0089953, ALGA0089991, ALGA0090051, ASGA0103297, H3GA0046118, ASGA0073029, ALGA0090291, ALGA0116502, ALGA0090372, ASGA0073168, ALGA0117283, ASGA0072755, ALGA0090596, ALGA0123153, H3GA0046637, ALGA0090922, DIAS0003649, ASGA0073681, ALGA0091099, H3GA0046876, H3GA0046920, ALGA0091311, ALGA0091373, H3GA0046980, H3GA0047032, ALGA0091846, ALGA0091967, ASGA0074544, ASGA0074687, ALGA0090 686, ASGA0073415, ALGA0090995, ALGA0091078, ALGA0091572, ASGA0100134, ALGA0102977, ASGA0098928, ASGA0096434, H3GA0056580, ALGA0092509, ALGA0092574, ASGA0075006, ASGA0075036, ALGA0092930, ALGA0093041, ALGA0120853, ASGA0098668, ALGA0093340, ASGA0075610, ALGA0093633, ALGA0093742, ALGA0093797, ALGA0093835, ALGA0093891, ASGA0075880, ALGA0094001, ASGA0075970, ALGA0094168, H3GA0048364, H3GA0048438, ASGA0075894, ASGA0076595, ALGA0094709, M1GA0021987, ASGA0076841, H3GA0048941, ALGA0095080, ALGA0095191, ALGA0095323, ASGA0077233, ALGA0095453, H3GA0049247, ASGA0076851, ALGA0094942, ASGA0077484, ASGA0077557, M1GA0022271, ALGA0095955, ALGA0096031, H3GA0049660, ASGA0077149, ALGA0096192, ALGA0096256, H3GA0049828, ASGA0078395, ASGA0078502, H3GA0049322, ALGA0096393, CASI0008570, ALGA0111541, ASGA0078792, ASGA0082412, ASGA0078916, ASGA0100463, ASGA0105404, ASGA0078994, INRA0055317, ALGA0097246, ALGA0096836, ASGA0079106, ASGA0079185, ALGA0097420, ALGA0097562, ALGA0097157, ALGA0097232, ALGA0097811, DIAS000 2692, ALGA0097291, ALGA0097955, ALGA0097979, ASGA0103869, INRA0055799, ALGA0098232, ASGA0079330, M1GA0023257, ALGA0098468, H3GA0051025, H3GA0050691, SIRI0000344, ALGA0097857, DRGA0017710, DIAS0000747, ALGA0111325 and ALGA0109418
The method according to claim 1,
Wherein the probe is an agent capable of detecting or amplifying SNP markers.
A kit for the identification of a pig breccia variety according to claim 1.
The method of claim 3,
The kit is RT-PCR or DNA chip, a kit for the identification of pig breccia varieties.
A microarray for the identification of pig breccia variety comprising the composition for discriminating the breed of breed of the present invention.
The presence or absence of the single nucleotide polymorphic marker group of the nucleic acid molecule isolated from the pigs is confirmed using the kit for identifying a Pig brekshcher variety of claim 3 or the microarray of claim 5, A method for distinguishing a pork brecker variety, comprising the step of discriminating a pork brecker variety.
The method according to claim 6,
Wherein the presence of the single nucleotide polymorphic marker group is confirmed by amplification of the polymorphic site.
The method according to claim 6,
The presence of the group of single nucleotide polymorphic markers is confirmed from the signal detection by hybridization of the probe immobilized on the solid support and the nucleic acid molecule separated from the pig.
Wherein the probe is capable of hybridizing with a single polymorphic polymorphic marker group and is a polynucleotide labeled with a fluorescent substance.
9. The method of claim 8,
The fluorescent material may be selected from the group consisting of pyrene, Texas red, fluorescein, BODYPY, Trtramethylrhodamine, Alexa, Cyanine, allopicocyanine, , Nil red, and quantum dots. &Lt; / RTI &gt;
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102242575B1 (en) * 2019-12-05 2021-04-20 대한민국 SNP marker set for identifying Iberico varieties in pigs
KR20220133515A (en) * 2021-03-25 2022-10-05 (주)티엔티리써치 Composition for Discriminating Breeds of Pig and Uses thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102242575B1 (en) * 2019-12-05 2021-04-20 대한민국 SNP marker set for identifying Iberico varieties in pigs
KR20220133515A (en) * 2021-03-25 2022-10-05 (주)티엔티리써치 Composition for Discriminating Breeds of Pig and Uses thereof

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