preflightx species/sex panel — Taeniopygia_guttata (zebra finch), k=50 canonical

Taeniopygia_guttata.spanel

#species	Taeniopygia_guttata
#k	50
#canonical	true
#n_autosomal	20000
#n_female_XIST	0
#n_male_Y	0
GGCCTCATCGACGGCATCGTGGAGGCCGACCTGGTGGAGGCGCTGCAGGA	autosomal
ATGAGTGTGCTGTATTCACAACGTCATTTTTTCCCCTCCATCTATTTCAA	autosomal
GATTTCTCAGCAGGCAGCCTGTTCCTAGCTGGGTGACTTATGAGCTGTGC	autosomal
GCCAGGCTCTCGCGCACCTCGGGCGGCAGCGGCACGGCCTCCAGCGCGCA	autosomal
CTACTCAGCTCCTCGTCCCGCCCTCCGCTGCCATTGGCCGGCGCGGGGCC	autosomal
ATGGTTGTTGTTTTTTTGGGTTTTCTGTTTGTTTTGGTTTTGTTATTTTC	autosomal
CTGTGGTGAAGGTCCGATGATGCCAAACATTTTCATTTCTCAGGAGAAAA	autosomal
GACTACAGCTCCCAGGCTGCCCCGCCGGGTGCCGGGGAGCGGAGCGGCCC	autosomal
GCTCTGCCGCCCTCACCACCGCCACCGCCACCGTAATATCGGCCCGAGCC	autosomal
CGCCCAGCGCCGCTGGGCTCCCGGCTCCCGGCGCCTCGGCCACGCTCTCC	autosomal
TCCTCATTCTCCAGTGTTTTTTCTTAAGTTTTAAAATGAAAAATCTCGCA	autosomal
CGCTGCTGGTTAGACCACAGGTGCCTGGATAGGTTAATAAAGTCTCCACC	autosomal
CCCGGGATCCTGGGCAGGACGCCCTCGCCCCGCGGGGTGCGGGGAGCCGG	autosomal
ATCTGCCTGCCACGTCCTCCCGCTGGTGGTGGGGATGGTGGCACTTTCAA	autosomal
GCCGCTCCGTGCCCTGCCCGCTCCCCGCTCAGCGTGGGAATCCCGGTGCC	autosomal
AAACTTTGGAAGTTTAGCATTATTGTGTTTGTCTTTCTGGTATTTTTATT	autosomal
AAGGTCGGGGTGCAGGGAGCACCTGGATCAGCCACTTTGGGGTGCAGGGC	autosomal
CATTGTGGCTGTGAAGACAAAGAACGTCCCTTCAGGTTTTGGAAACCCCA	autosomal
AGCGCCTCGGAGAGGTTGAGCAGCATTCGGCCGCGGCCCTGCAGCTCCCG	autosomal
GATACGCTGGGAAAGCCAGGCAGCCGTGGCTGGTCGGAGCCGCCCTCGGC	autosomal
GAGCAGAGAAAAACTCACATATAGAGCCCTATCTAAGTACCAGCTAAGGC	autosomal
CCGGCGGGCTGCGCCGCCGCCGCCGCTTGCTTGAGGGACATGGCGAGGAG	autosomal
ATAGCATCTGGGTGGCAGTCGTCCAGCCCCAGGGCACACTCGTCCACATC	autosomal
CCGCCCGCTCCGACCGCCGCCACCCGCACGCGCGCACTTCCCAGAAGTCG	autosomal
CGGCAAAGCCGCACGGCCCCGGAAACCTCATCCGCGATCCTGACCGCGCC	autosomal
GTCTCACTTGAATGCTGGGGAAGCCACGAAACTGACCACGGTGTCATTCA	autosomal
AGAACTTCATTGGTCTTTCACAAACCCCAGAGAGACGTTGAAGAGAGATA	autosomal
CGGCGCGTTCCTCCCGCCGCAGCCAGCAGCGCCCCCTGCCGGCCGCTGCA	autosomal
AATCTATATTGTTTGTACTTTTGCTCAGCAAAGCAGCTATAAGAAATAAT	autosomal
CCCGCCGCTGCCGCCCATTGTGTCCCCCCGCCCCGGCAGCAGCAGCGGCG	autosomal
CACCAGGACGAGGAGGAGGAGGAGGAGGAGGAGGAAGAGCAGCGGCTGCC	autosomal
CCGGGACGATGCGCGGAGCGGAGGGAGCAAGCTCCGGGTCCAACTCCCGA	autosomal
GCCGGAGCGGCCGCCGCCGCCGCGGGTGCGCGGGCTGAGTCAGCGCCCCC	autosomal
CTTCTTTCTGTTGCTGCTCCTCTTCTTGCTTACATTGTCTCATTTTCTCC	autosomal
AAGCCCCGGCGGCGGCGGCGGCACCGGCGGGAGAAATGCCGGCGAAGAAG	autosomal
ATCCCCAGGGAATCCCGGCCCGTTCCCGGGGAATCCCGGCCCGTTCCCGG	autosomal
CATGCGCAGTTCCCAAATTCCTGCCCCTTAGCTGAGCACTGTCTCCACAG	autosomal
ATGCTGAGCTATGGGGCAGGATTCGCCCTGTGGACCGCGCTGGCCCTGAC	autosomal
CCGCAAGATGGCGGCGCCCATGTTGGTGCCCGAGCCCCCCCTGGGGAAGC	autosomal
CCGGCGCCATCTTGCCGCGGCGGCGGGGAGCGAGCGGGCCCGGCCATGCC	autosomal
AACCGGCAGAAGGAATACAAATGCGGGGACCTGGTTTTCGCCAAGATGAA	autosomal
AAGCAAGGATCACCAGCATGTTTCCAAGGATGGTCACCAGACACAGCAGC	autosomal
CAGGCTCTGATAGTCAAGCAGTGCTTTTTGACAAAGGGCATTCATCCACA	autosomal
CACGGCCAAGCGGTCATTGAGCTCCTGCAGGTCCTCCTTCTCCTGCAGCC	autosomal
AGGTTCCCACAAGTTCTTCCTCCTCCCACAGTCGCTGCTGCTGCTTCTGC	autosomal
ACAATACAGATTTATTAATTTTCTGAAGAGTTTTACATGTGAATTATCTA	autosomal
GTCCGGAGCCCCCCGAGGTTGGAGCGGCGTCGTGTCCTCGGGAGAGGAGA	autosomal
ATCATCAACAGAGGGAGCCCGAGGATGTCTGTGCTCCAGAGTCAGACACC	autosomal
GAATACAGTATAAAAATGGCAGAATAGCAGACTACTCAGAGACAAAATCC	autosomal
AGCTCGGCCACGCTCACGGCCTGCGCCATCTTGGCCCGCCCGCGCCGCCC	autosomal
CCAAGCGCCCTGGGAGCGCGGGGCGGCCCTGCGAGAAGCGGCTTCAGGTC	autosomal
GAGGACCCCCCCGGGACCCCCCCAGGACCCCTCAGCACCCCCCGGGACCC	autosomal
CGGCGGGCCGGGACTTTTATCGTGCTCGGCCGGCTCCGTCTCGGCGGTGC	autosomal
CCGCCTCGCTCCGTGGCCGGCGCTGCCGCCGCAGCCCCCGCAGCACAATA	autosomal
CCACTGACTCCCCAGCGCGACTCTCGCTGCGGCAGACGGGCTCCCCAGGG	autosomal
AGCCGGGCGGGGATGCTGTGCCCGCGCCGCAGCACCGGCTCCGGCCGCAG	autosomal
AATCCCGCAACGGAGGCGTCTACCCGGGGCCAGCCGCGGAGAAGAAGCTC	autosomal
CCCGACAAGGCCCGCCGATTCCTGGAGAAGGCGCAGCGCTTGTACCCCTC	autosomal
ACCTGTATTTGTAATACAGACAATATGCATTTACTACAGCAGAGCCTCCC	autosomal
ACTGCGCCGACCGCGACCGCATCGACGAGGCGCGGCAGGAGCTGCACCGC	autosomal
GCTGCGTGCGCCGTCTCAGCTGAGCGCCCCTCGGGCTCGTCCCGGGAACC	autosomal
ACATCTGTCACACCTGCCACACCTGTAACCCCTGTCACACCTGTAACCCC	autosomal
TGAGTGTTACAGAGCTGAATGTAAAGACAGGATTATGTGTTGTGTCTGCA	autosomal
AGCGGCCGGTGGCCGGAGCCGCAGGCGAGCGCGACGGGGCCGTGCCAAAC	autosomal
CCCCTGGCACCACCCCTGCCACCCCCCGCCCCTGCGCCCACCACAGCCCC	autosomal
AAAAACCAAGCTATTTCCCTGTTGTTGCTTCAATAGCCCATCATACTGTG	autosomal
GAGGCGCGGGGAGGAGCGGTGGCCGCGTTCTCCCATTTAGCTGCGAGGGA	autosomal
GGAGAGAAGCCGGCGGCGGCCGCGGGATTAGATCCAGTCCGAGCTAGAGA	autosomal
GAATATCTCACAGTGGAGGACATGGAAGTTATCAGAGCGAGGGTGTGAAA	autosomal
AAACCACTTCCCTGATGTAGTTCACTTAGTTTCTCAATTTCAAACAAATA	autosomal
CACTCGGGTGCCCCAACCTAAGGAAGTCGCATCGATAACCTGGAAACGGG	autosomal
AATTCATGAATGCCATATACTCTATAGCTCCAGTCTGGGGAGGGGAAGAC	autosomal
CTCATGCCTTTTCCGAGTTCCCTCCACTTATCCTAGAAACTGTTAATAAA	autosomal
CATGTTCCTGCAGTGCTAAGAGAACGAGGGCGGGGAGCGCGTCTACACCC	autosomal
CTCCCCGCCCGCCGCAGCCGAGGGAGGTGCAGCTCCCCGCGGTGGGGCTC	autosomal
CGGGAGCGGGGCGGGGCCCGCCGGGAGTCAGCTGGGCGCGAGGGGAGAAC	autosomal
AAGTTCGACTCAGAGATGAGCCGGGGCGGGCTGGGCACGGCGGACGGGGT	autosomal
CGGCGCTGCCGCCGCTCCGGTGCGGCCGCTCAGGGCCACACTGACAGCAC	autosomal
GAAAGGCAAAGGCTGCTCCTTCCCTTATATACGGAGCCCAGTGCTCACCC	autosomal
CAGCGAGCGGTACAGGCGGGACTCGCTCTCGGCCGTCAGGGCCATGTTGG	autosomal
ATATCTTATCTCTATTAGGTTTTGCAATCAACTATTAAGGTGCAACTATG	autosomal
ACTGACATTGCTCTGGCAGCAGCACTAGGAAACTAAGGATCACAATGCAG	autosomal
AGGAAAGGGGGGCTGGGGGGGCCAGCACGGGGGGAGGGGGGCCCAAATTC	autosomal
GGATCATCAATTTTTGTCCAAGAAATTGGTGTGGTGGTAGAAACAAGGGA	autosomal
CCATGGCCGCGTCCCCGCCGGCCCCGGGATGCTCCTACCGCGGCGGCCCC	autosomal
AAGTGAAGTCTACATCCACTCTTCTCACTGCACATGGAAGGAAAAAGCCA	autosomal
GCGCAAAACGAGCAGAGCAAGATGCAGGCTCGGAGCAGGGGGCAGTGTCC	autosomal
CGGGAGGGACGGGCTGGGGGCGGCCATGCCGAGGGGGCGGCCCCCCGAGC	autosomal
CTTGCTAGAAATGCCTAGCGATCGGCCGCCTCCCGTCCGGGGGGAGCTCC	autosomal
CCGGCGCGGAGCGGCGCGGAGCCGCATGGCCCTGCCGCCGGCCACCCCGC	autosomal
GCTCCGGGGGGCGCGGAGGGGTCTCTGCTCCGCGGGGGGACGATCCCAGC	autosomal
ATCAGTAGCCTGGTCTTGTGGAATAAAAGATTTTAGAATGATGTGGGAGC	autosomal
GGATTGGTCCTTTCCCTACGAATCCTCTGGAAAATGCACTTCCCACAGAA	autosomal
ACTGCTTCCAGGGAGCACATTACCAGGGAGCCGGGGCCAGCCTGCACACA	autosomal
CATGGCGTCCGTGGTGCTGAGCGAGGCGGAGAAGCTGTACATCGTGCACG	autosomal
ACAGGTGAGCGGCCCTACGCCTGCGGCACCTGCGGCAAGAGCTTCAAGCG	autosomal
ATTCCACCGTCCTGCGGGCTCTTCCTGCCTCCCCCAAAACATCACCTGCC	autosomal
AGCAGTGTCAAACTTCCCCTGCCCTGACTCATTTTAAATACAGATCAGAG	autosomal
AAGTTGTGGGTCCGCCAGCGCAGCGCCGCGGGAGCCGCTGCCGCGGGACG	autosomal
GCGCGGCCGTGCGCAGGTTCTGCCGCTTCATGGCGAGGGGCGGCCGCCGC	autosomal
CTCGGAGCACACGTCGTCGGCGCGGAACTTGAGGCGTTTGCGGGCGGCCC	autosomal
CCTGCCCTTCCTCCCTCCTCTCCTCCCCTCCTCCGCCTCCTCCTCCCCGC	autosomal
GAGCCCGCCGCCCCCCAGCAGCATGTCGGGCCGGTCGGTGCGGGCCGAGA	autosomal
CTCACACAGGCTCCCCTGCATGTCCTCTGCACTCCCAGCACCCCCAAAAC	autosomal
CTCAAAATCATTTCAGCAATCATTCCTCAGAAAAGGAAGCTAAGCTTATA	autosomal
AAAAGTAGTTGTAACTTGCCTAGACATCAGTTTGTTATTGTTTATTTATT	autosomal
ATCCGGGCCGCGCTCCAGGCGGCACAGGCGGGCGGCGGGGCCCGCGCCGC	autosomal
AGGCGGCAGAGCCGGAGATCCTGGTGCTGCTCTGCCCGGCTGTAGATGAA	autosomal
CTCGCCCGGGTCGCTCCCCGCTGCCAGGGCGCCGTCACGCCGAGCCCATC	autosomal
AGAGCTAAAGCGGTGAGAGACATCAGCCCCGCTCAGATAATACATGCCAG	autosomal
GCCTTCTGGGAGGTCTCCAGCCTCTTCCCCAGATCTCCATTGGTATCTCC	autosomal
GGAGGCTGCCTGAGCAGCTGCCAGCATTGCAGCACAGTCTATCCTGTGCC	autosomal
AGATCTGGAGCCAAAGATGGGAATAGATGCCAAATAGACAAGTGATTACA	autosomal
CCGCCGCGCCCGGTCCTAGCGCCGCGAACGGCGGCCCCCCTCCCCTCCCC	autosomal
CCCGCCGGCCCCCGCACGGCTGGGCTGTAATCCCGTCCCTTCTCCCGGCC	autosomal
CGTGCCGGCCCGCAGGATCCAGCCGGGGAGCTGCCGTGCCGAGGCCAAAG	autosomal
CCGGTGAGCGAGCGAGGGAGGGAGCGAGCGCTCCGGGGCAAAGTGGGCGC	autosomal
CTAAGATAAATAAACTGTTAATTAAAGCTCTCCACTGTTCTACATAGAAA	autosomal
AGGAAAAGAAAAGGGGAGAGGAGGGAAAAAAAAAAAAAAAAAAAGAAAAA	autosomal
CGCTGTGTTGTAGAGGAAGAGCGTCGAGTGCGAGCCAACGCACGGGAGTA	autosomal
CACCCCGGGGTGCTGCGACACCCGCTGTCCCCAAATGCCCTTTCCCCTGG	autosomal
ACTGCAGAGGACCGGAGATGCCCACCATTCGCCACGGGCTGCGAGCTGCA	autosomal
CCCACGGCTGAGCGCTGCGCCCCTCCGAACCGGCCACGGCCACGGCCGCG	autosomal
AAAAAGAAGGTCAAAAACACGTCTTCCTGTGTGAAGAAGGATGTATCAGT	autosomal
TGCCATCCAGTCCTTCCAAGCCAGCAGGGCCCTGTGGGGACAAGGTGACA	autosomal
AAGAGCCCCAAGCAGCAGGGAGAAGGAGAGAGGAGGAGGAAGGAGAGGAG	autosomal
CCTACTTCTCCTCAGACTCATGAAATGTAGGCTTTCTCTCCGGGACCCAC	autosomal
AAAGCGATCCACCTTTTCTCAATGTTGTTCAGGAATGGCCTGGTACTAAT	autosomal
CGGCCCGAGCTGCTGCCCGCGGCCCACGTCCCCTCGCTGCCGCACTACCA	autosomal
AAGGCAGCATTGGCACCACTGCACCTCTGCACAGCCACCTGGGCATGGTC	autosomal
CACCCACGGGATCCGTGGGATCTTTGGGATCTTTGGGATCCTTCCCACCG	autosomal
CTTCGCTTCCCGGGGCGCAGGGAGGAACGGCACCGGCTCGGTCCGGCTCC	autosomal
CCGGCCGCGGCCACGGGCGGCTCCGCGCCGGCACCGGGCATGAGCGGGGC	autosomal
CTACAGAGAGAGAAGCATTTGTGGTTGGAGCATATCAGGAACACTCTGAA	autosomal
CTTGGGCCGCCCTTCCGCCGCCGTCCCGTGGGCTCGCAGGCCGCCGTCCC	autosomal
AATTTTGGGATCAGGTTGCAGCATTTCCTGGAGTGCTGTCCAGGGTCTGA	autosomal
CCCGTCCCGCCCCTCTAAGCTCGCCCCTCTCCCCGCCCGCTCCCTCCGCA	autosomal
GCCCCGCGCCTACATCCTGGCGCCTCGGAGCCCTCCTCGGCGGCGCTCCC	autosomal
GAAAAAAATCCCCAATATAAAAACCAAACAAAACACCCTTTCTTCCAAAA	autosomal
ATGAGAATGTTCAGACACCGAGTGGGTTATTTGGAAATGTCAAGACAACC	autosomal
CTTCGGCGGGCGCCGCCATGGCCGGGTGCCTGCTGCTCCTCCTGCTCTGC	autosomal
GACAGGTGGGATGGGGGTCCCTTCCTATAGCGGATATACCACATCCTGAC	autosomal
GCGCTGCGCGGCGCGGAGCCCCCTCCTCCCCCGGCTCATCTGCCAGCGCC	autosomal
GAGGTCTGGAGGGAGCAACCGAGCCGAGCCGAGCCGAGCCGAGCCGAGCC	autosomal
AGCCCGCCCAGGCCGCCGCCCGCCCGGCGCCGCCGCTCCGCCGCCATCGC	autosomal
GCGGCTCGCCGCGCACAGCACCGGCTCCGGGCCGCCCGCAGCTGGCGACC	autosomal
ATGACAGATCTTGCTCTTTGCCTCCCACATATCTGCAGGGCTAAAGGAGC	autosomal
CCGTGCGGCTCCGGCTCCCGGGGGTCAGAGTTCGCGACCCCGCCTCCGCC	autosomal
CTCCAGGAGTGTGGCTCGAAGCCCGTGCACAGCCCTCTGCAGCGCAAGCA	autosomal
GGGCGGGGAGCGACCGCCGCCGCAGCACAAGCTGCCCCGGAGCAGCGGCA	autosomal
AGGATGGGGCCGGGCAGGGTCACCAGCACAGCAGACGGCTCAATGACAAC	autosomal
ATGCAAAGGCGAACCCCCCCGTACCCGCACACACCGTCGGTGAATCACCG	autosomal
GCTGAGGCGGCGGCAGCGGCGGGACGGGACGGGACGGGCGAGCAGCGCCA	autosomal
CCTGGATGTGGCACTGGGTGCCAGGGTTTAGTTCAGGTGTTAGGGCTGAC	autosomal
AGCGCCGCCGCTGTAGCGCTGCGAGGAGCCGCCCGCTCGCCCCGCTCCGC	autosomal
AGCGCCGTGACCGCCTCCGCCAGCCCCGTCCCGCCGCGTCGGGCGAAGCG	autosomal
GAGCGGCCCCCCCCGCCGGCCCTGCCGCCCCGGCCGTGCCCCGCCGCCGC	autosomal
CGCTCCGAGTGCCAGTGGGAGCGGATTCCCGAGCTCGTCAAGCAGCTCTC	autosomal
ATAATTAATATATATTTTTTTTTCACTTGAGAAACAATGATAGCTCACCA	autosomal
CATAATGAAATACCACTACTTTGAACTGCATTATAATTACAGGATGTTAA	autosomal
AGTTCCTCCCAGTTCCTCCCAGTTCCTCCCAGTTCCTCCCAGTTCCTCCC	autosomal
AAAGGCGGCAGCGGCGACAGGTCACTCCCGCCGCGCAGCCCCTCACGCCC	autosomal
GCGGCTGGCGAGGGCTCCGGCGGGGAGACGGACAGACAGACACACAGCTA	autosomal
GCAGGAGAGGGACCCTCAATGCCTGCTGACATAAAATCAGAAGTCAAAGC	autosomal
TCTGAGGTACCCATGGCCAGCCCCAAGCCCTCTGAGTCTAGTGTCCCCAA	autosomal
ATGTTCTGTTTTGGCCAGAGGAACAGTGCAAAAGGGGAGCCTCGGCTCGG	autosomal
ACACCGTGCCCTTGCCCGAGCCGGGGGGACCGAGCACCACGGCCCGCAGC	autosomal
ACATTGTGGCACATATTGCTGTGGCACACATTGTGGCACACATTGCTGTG	autosomal
GATTCAATTCACTCATGAACAGCTTCATTCTCATTTAAAAAGACATAAAA	autosomal
CAGAGACACTGGAGTGGACGCAGTGCTGGAGGAGAGGTGCACGGAGCGAG	autosomal
GGAGAGGGATGGAAAATGGGGATCAGAGCTGCTCCCCTCTCCCAGAGCCA	autosomal
GATCACTGTGTGTTAGCATAATGAAAACAACAGGAAGATAATAGTGCTGA	autosomal
GGAGACGAGGATGCCTGGCATGCAGGATTCCTGGGGATGGATGCTCCGGA	autosomal
CACGGGTTTCTAAAAAACAGCAAAATCCTCCATGGATAAACTAGATGGCC	autosomal
GCTGTGTTTGTATCTGTGACCCTGGTGCAAAGAGTGAGGACTTGGAAGTA	autosomal
CATGGCCCGGCCCCGCCGCGCTCCCGCCGCGCTTTATGGCAGCGGAGCCG	autosomal
AAGTTTTTCCACCAGTACTTTGCCCATGAAACCTGTAGCTCCAGTGATAA	autosomal
GAACCTCCGCGCCGCTGCGGCCCCGCTGCCTGCGGTGCCCTCCCCGCAGC	autosomal
CAGGGGAGGGGGATATGATACTCTGGAGGGAGATTCTTGAAGAGGAGGAA	autosomal
CAAAATCCGCCCCCCCCCCCCCCCCTCCGCTGCGGCCGGGGCCGCCCCGC	autosomal
CCGCGGCCGCGTAGGGCTGGAAAGCCGCGGGGCCCGCGGGCCAGGGCGCG	autosomal
GGCGGGGACGCGCTCCCGAGGCTGCGGCGCCCGGGGCGGCGCGGGCCGGA	autosomal
AGAGAGAGAGAGAGGGGGAGCGAGACCTCCGCTGGCCCCGCGAACTTGTC	autosomal
ACCCTGCAGAAACTCACCACAGGACCAGACTCAGGGTAGTTTGTCCTTTA	autosomal
AGCGAACCATCCGGGAGCCCGCACCGCCACCCAGAGTAGAAAAAAAAAAA	autosomal
CTTTTCCAGGCTGGCAGATGGGCAAAGTTCCCAAGGTATTTTTGGAACAC	autosomal
ACCGGACACGCCCACGAACCACGCCCTCCAATGGGCCACGCCCATCCGCC	autosomal
GGGGCTCTGCAGCCGCTCTGGGATTTATGATCCCCCAAAGGAAAGGGAGA	autosomal
CCCCTCGTGCTGTCAGTGTGGCCCTGAGCGGCCGCACCGGAGCGGCGGCA	autosomal
CTTAAACTGCAGTAGATCCTGAACTCTACCTGCACTGTAAGCACTTTTGC	autosomal
CTTCAGTTCTTGTCTGCCTCCCATCCAGTTACCCAAAGCTCCATTAGCCC	autosomal
AGGCCATGGTGAGGGCTATGGTGAAACAAACTCTGCCTTATAATGCGTGA	autosomal
CGGAGGAAGAGCGGAAGATCATCCTGGCCGTCATGGACCGCCAGAAGAAG	autosomal
AAGTGCACGTCCTGCAGCCGCTGGCCCAGCGTGGCTTTGGAGCGCTGCTG	autosomal
CCGCAGGCGGCTCTCGCTGCTCCGGAGGCGGCGACGGCGGCGGCAGCAAC	autosomal
CGGAGCGTAGCGCTGCTGCTGCCATGTTGTGCGGGGGTGCCTCGGCGGCC	autosomal
CGAGGAGCCCACCAGCTGCTCACAGTCTGTGCCCCCAGGCAGGTGTTGGC	autosomal
ATGGGATCGGTCCCGCCATTCCCGCCATTCCCGTGGGATCAGTTCTGCCA	autosomal
AGCCACTCTTTCTTGAGAAAGCATTATACAATAAAACTGCCTAAAACCCC	autosomal
AGGGCGGGCGGGCGGCGGGGCTCTGTGGGGCTCTGGGGGCAGCGGGCGAG	autosomal
CGGGAACCGCCCTGAGGGGAACCGCCTTGAGGGGCTGGAAGGAGGCGGGA	autosomal
TCATCCAGGGCCTGATCTGAGTCTGGAGAATGGGGGCTTCCTGACAATGA	autosomal
CTTGATTGTCAGATGTTAATTTGCACCCTAAATGTCTTTGGGTTGAGATC	autosomal
ACAGCAATTAACGAGAAAGTCATTAGCGGTGTGTGGCGGAAACGCGAGGC	autosomal
AGGAAAAGCGCCCATAAACAGCGGCAGCACCATTTTGTAAACACGCGGAG	autosomal
ACACACAAAATGACTTGCTGATTAATATAAAACTGTGTGCAAGTGGCTTA	autosomal
CCCCAAAAGTCACCCAAAATCCCCTCCCGAAAACCCCAAATGTCCAGAGC	autosomal
CATCTTCAAAACAGCCACAGGTTGCATATGGGCCAATTATCTTTAGCACA	autosomal
CCAGCCCGGCGCGGCCGTGACACACACGTTAAACGGTAAAACCCCGCAGC	autosomal
AGGAGCAGCGAGTCAAGATGAGAGTTCGGCGGCGGCGGTGGCGGCGGCGG	autosomal
AGTATGGTGGACCACCAGTCTCTAGCTTTAAACAAGGACATTCTTCCTTA	autosomal
GAGGAAGAGGTAAAATCAATACTCCTGATCTTGAGTTCATGGTTTGCAAA	autosomal
CTCCCCCGAGCCCCCCTGGCACACACGCGCTCACAGGGACATGTCAGTGA	autosomal
ACTGGGTTTGCTGCACACACTGGCTGACATGCAGAATGGGAGTCTATAAA	autosomal
CTGTGGTGAGACTTGGGGATGTCAGCTACCATGAAGTGCAGCAGGAGAGA	autosomal
AGCTCCCATCCGTCCCGGCACAGCTCCGCTCCCGGACTACAGCTCCAACA	autosomal
CTGCTCTCGGCCGGCAGGTTCCGCAGCAGGATCTTGCGGCGGTTGCCCAG	autosomal
GCCTCATGGCCGCGGCTGCACAGGCCCCGCCGCTCCCGGCCCCCCTCCCC	autosomal
TCTTATCTGGAATTTACCCATTTTTGTTGCAGCCCTGAAGGAGTTCTGCA	autosomal
CAGCGCTCCGTGCCCGCCGCCCGCCTGAGCCTCCCGGGGCCGGCCCGGCC	autosomal
GCGACGCGGAGGAGGTGCGGCGGCTCGTGGAGCTGGGCGTCGGCCTCAAC	autosomal
GCGCTCCCCCAGCTCGCTGATGCAGCTGTAGGCAGAAGCCGACTGCAGGA	autosomal
AGCGCACGGTGGTGTCGGGCTTCTCGGGCAGCGAGAGCACGGCGCGCACG	autosomal
ACGAGGCCCGGCAAGAACTTGGCAAGGAATTGGCAAGGACTTGGCGAAGA	autosomal
CTCTTCTTCAGGCACAGCAGGACTGAGCTCTCAGAGACTTCCCTAAAACA	autosomal
CTTTGCCTTTTACCTCATCTTTTCAGCACAAAATAGGGAAAATGAAGTCA	autosomal
CCCGCTCCCCTCCGTGCAGCACGGCAGGCTGGGAACAGGGATGTTGGCCC	autosomal
AAAGCAGAGAGGCAAACCTTCAGTCCAGCACTGTGGCCGGCAGGAGCTCC	autosomal
ACAGGGATGTCAGTTTTGGAATGTGACTGTACAAACCGACTGTCTGCTGA	autosomal
AGCCGCGGCGGAGCGGCGCGGCCAGGCGCGGCAGCGGGAGCAGCGCGGGC	autosomal
GCCGAGAGAATTATGTGAATATTTTCCCTTTTGCCAGGTTATGAATTTTA	autosomal
ACTGGAAACAAGTCCGGTGAGAGCCCAGCTGTGGCAAGATGGGATCTGCC	autosomal
ACAACAAGAACGCGTCCGTGAGACGCCGGGTGGCCATGGCCCCCCGCCCC	autosomal
CATCCTGCCCGTCGGGCCCGCGCTGCTGCGGCCGGGACTCGAGACAACAA	autosomal
AAGGAGCAGCAGGAGCCACCACGGGGGGCTCGGAGCCCCCAACAGCTCCA	autosomal
AAGGGAAGGTAAGCGCAGCCAGGAGCATCTACAGTAGCACCTTCCTCCTG	autosomal
GGCGGGGAGAGGATGGAAGTAGGAAAAGAAAAAGAAAAAAAAAAAAAAAA	autosomal
CAAGGAGCTGGGCGGCCCCATGGACAAGGCAGCGGGGCCGCCGTGCGAGC	autosomal
CCAGTTTCTTGGCGTTGCCCGTCACGAACACGACGCTCCGCCGCGCCGGC	autosomal
AGCGAGCGGGGCCGGGCCGGGCCGGGCCGGGCGGGCGCTGCCGGCGGGGC	autosomal
CCACTGTCCAAATGTCCCCATCCTTTTAGTGGGCACGAAGAGAGACTTGA	autosomal
CCAGATGGGGGCTGAGCCCTAAGGCCCTGCAGAGTGGTACCTAGCTCATC	autosomal
GGATGTCCCCTCGGAGCGTCCCCAGAGGCTCCCACCTCCTCCCGCTGCCC	autosomal
CATATCCAGCAGGGCAGCACTGGTCTTGGTTTTGAAGATGGGAGAGTACG	autosomal
CACACACGCACGCGTGTCCCCTCCGTGTTAACCTCTGTGGTGGCAGTCCA	autosomal
AGGAATCTGCCTTTCACTGCTGTCCGGATAACAGAAGGAGAAATGAAATC	autosomal
GAGGCGGTCTGGGAGATGTCCAGGGTCCTGAAACGGCAGAGCTGAGGTCA	autosomal
CCCTCTTTTTTTTTTCTCCTTTAAAAAAAATTTATTATTCCGAAAGTGCG	autosomal
CTGCCAGGAGAGCCAGGTGCTCCAGGTGCCCCGGGACATCCCTGCCAACA	autosomal
CGCGCGTCTCCTTCATGGCGCGCGCGCACAGCCCGCGCCACCGCCCGCGC	autosomal
ATTTGGATTGTTCCGGCGAGCAGAGTGTCGCGGCACCGCGGCGCGCCGGG	autosomal
GATGGCGGCGCTGCGGGACGGGGACTTCGCGGCGCTGCAGATCCTGCTGA	autosomal
ATCTGGCGAAATTTGCCACCCACCGGCCAGGATTTTACACTTCCTGGCGG	autosomal
GCAGCGCGGGCCGCCAGTCCCCCTGCGCCCCCAGCACGGCCAGCCGCACC	autosomal
CAGCTGCCGGGCAGCGCCCGCAGCCGCTCCGCGCTCAGCTCCGCCATGGC	autosomal
CCAGCTCTTCCTCAACTTCATAAATGTCCTCCACATTCTGTTGCTTGAAG	autosomal
GGCGGGGAGGGCTCGGGGAGGCCCCGCGGGGAAAGAGCCCCGCGGGGAAA	autosomal
CAAAATCTTAGACTTGTCTAATAATTCTCTCTCAAGTGTGGCACCTGGTG	autosomal
CCAGTACCCCAAAATCCCCTCCTTGCTCCCCAACGTCCCCTTTGCACCCC	autosomal
GGGACTGCGGGGGTTGTGCGTGCTGTCCCCGCGCCCCGGGACAGCGCCGA	autosomal
CGCCAGAGCGGGAGCGGCCCGAGCGGCTCTGGCTGAGGGCGAGAGGGAGC	autosomal
GTGCCCGGCCTGGACGAGTTCGCGGGGCAGAGCTGGAGCGCCTGGCTGGA	autosomal
CAGCGCGCTGTGGTGCCGCGACACCAGCGGCTCGGGCAGGGCCGCCTCCC	autosomal
GAGCTCCCCAGCTCGGCACGGCTCCGCACCGAGCCCGCGGCGCGGGCGGC	autosomal
CTTTACGGCAGCGTCGCCGTTACCACGGCAACGGGCGCCGCTCCGGGTCC	autosomal
TCTTGAAAGGCTCTGGAATGAGACATATCTAATTATCAAAATATTTAAAA	autosomal
CCGTGCGGCCGCTGTTCCGGGCGGGGCCCGTTCCGCGCTCCGCCACCCCG	autosomal
CCAAGCTGGCTCCAGCCTCTGCAAGGTTCCTCTGCAGCCTGGAAGGAAAA	autosomal
ATGAAGATATTTTTTTCTGTTTTCAGTTTTACAGGACTGTTCTGTAAAGG	autosomal
AGCCCAGTTCCTGCGTCCCTCGAGGTCACACACTGGAGGTCACAGCCTCC	autosomal
GCCCTGGAGCCGGGGCACATCCAGCCCCCGGAGCCGGGGCACATCCATCC	autosomal
CTACGAAGCTTGCAGTTTTCATGTGAGCCGGCGATGTTCCCCGAGACCCC	autosomal
GCAGAGCAACTATTTCAGATTTCCAAACGTGCATTTCAGATTTCTACAGC	autosomal
AAATTCGCTGCTTATAAAACAAATTTTGGCCTTGTTACTTCAGAAACTCT	autosomal
GCATCGCCCCGGAACCGCCCCGCCTCGGTTCGGCAACGCCCTGGGACCGC	autosomal
AGGAGGCGCGGCGGGCCTCTGGCTCTGCGGCGGCCCCTGAGCGAGGGCCC	autosomal
GCGTCCGGACTCGGGGCTGTCCCGCAACTTTTCAAGTTTTTCTTTCGGAA	autosomal
CGGCTGTGGGGGCGGGCTGGGGCGCGGGGTCTGCGCGGCCCCTGGCTCGC	autosomal
GCGGGGAACGGGAACGCTGCGTGCCGCCACCGCTTCGCCCCGGGCACCGC	autosomal
CCGCCGGAAACCCGCTGGTGCTGCTGCCGCCGCCGCTCCGTGTCCCCGAG	autosomal
AGAGCCTAAAATACTTGATGTCTGAGAAAACCGTAGCAGGCATGCTAAGC	autosomal
CCTGGGCTTGTAACAGAAAGTGGTCGCTGCTCTTGTTCTGTTGTGAGCAG	autosomal
CCACGAGGCCCCGGAGGGCGCCTGGCCGTGGGTGGTGAGCCTGCAGGTGC	autosomal
CCAATGCAGAGCTGGAAAGGAGGAAGCTCACAGCCTCTCCTGCTGCCTCC	autosomal
AGGCGGCGGCGGAGCTGCCGGAGGCGGCGGCGGCGCAGCGGGGCCTGCGC	autosomal
AACAAGCTGCAAGACGCCTTCAGCTCCATCGGGCAGAGCTGCCACCTCGA	autosomal
ACATATCCTACTGGTGCCCAGCGTCCAACCCAGGGAAAAGGTACTGTGAC	autosomal
ACCGGCGGCTCCATGGCGGCGGCGGCACCGCCGGCTCTCGCGAGACTCGG	autosomal
AATATTTCCATAACCTACAAAATTCCTCTAATACACTTATCTGGAAGAAC	autosomal
CCCCCGTAAAGCGGCGGCGGTGGCGGCGGAGCCCGATCCTGTCCGTGCGG	autosomal
ATGGCCGGAGAGCGGGAAAGGCCTCAGCGATGGAGCGGGGAGTGTTGGTA	autosomal
CGGGCCGGGCCGTGCCGGCGCTGCCGCCGCCTCCCGGGGCGGACAGCCAA	autosomal
AACAATCATATTGCACATTCACTTTCCCCCTCACTAAATTAACTGGGTAA	autosomal
CGGCGCAGGATCCCGGCGGAGCGGGATGAGCGGCGGGCGGCGCCGGGACG	autosomal
AGAACTTAGAGGCAAAAGGCATTAATTAATGTGTCTATAAATTTCCCAGG	autosomal
CAGCTCCCTCGGGCCCCTTATCCAGCCCAGCGGAGCGGCGGGCTGCTCCC	autosomal
AATCATTAAGGGTAAAAGAAACCACTTGCAGTCTGCTCGAAGATGGAGAA	autosomal
CATGGAACCAGCTCCAGCTGTGCCCCCAGCCCTTCCCACAGCTTCCCCAG	autosomal
CATCTCGAGTACTCGAGGTTTCCACTCCAAGGCAGGAATTGTTTTGCCAC	autosomal
ACTCAGTTGAAGATGACGGTGGGTGATCACTCTGATGATTCCTCCACGAA	autosomal
CAGGAGTTAAGATGGCGGCGGGGAGGGGGCGACAAAGCCGAGCGCGGTGG	autosomal
GCAGGAGCGGGAAGCGCGGAGGGCACCGAGGAGGAGCGGCGGACGGCGGA	autosomal
CGCCCGCCAGAGCCGCGCCGCCCGCCCGGCCCTCCTCAGTCCTGAGCCGC	autosomal
TGCTCTGCCCTCCAGGGCACCTGCAGAAGAGAAGCCTCAGGAAGGCCACA	autosomal
AGCAGACTAGTACTTAGCTGCATGGCTGAAGTGTGTAGTGTTGGTTCCCT	autosomal
GGAAGCTCTTCAGAAGAAACTACACCAAGATTTTTGGATAAAGATGCCCC	autosomal
CAGATGTCGCTCCGCGCCGCGCTTCGGGCCGCTGCCTCGCTGGCGCGCTG	autosomal
CGTGCCCGTGCCCGGCTCCGTCCCGCAGCGCCCGGGCTGCTCCGCGCCGC	autosomal
CTGGTCCCGGTACTGGCTGAGCTCGGCATAGGAGTCGCTGCGCAGGATGC	autosomal
AGCCTTGGAGCGCTGCGGGTTTTTTTCGGCTACACGTATGTGAAAGGAGA	autosomal
GAAAAAGCCTGACTATTGCCCTGGGAATGAAACCAAAAACTTGCTTTGCC	autosomal
ACCTCTGCCCTGTACTGCTCCTGCAGCTGCCGCACCTCCTCCTGCAGCGC	autosomal
CTCCCGCGCCGCCCCCGCCCGCGCACGGCGGCAGCCGGACCGCTCCTCAC	autosomal
CCTCTCAACGAGTCGCTGGCAGGAGATGCTCTGCCGCTCCGGGAACGGCA	autosomal
ACTTTGTACCTGCAACTGCTCACAGAATAGAGGGAGCCCCTTTCTCTCAT	autosomal
AGAAGGTGCTGCTGCAAGGAACCTGGAGCTGTGCGCTGGGATCTGACTGA	autosomal
CTTATACTTCAGCAGATGTATAGCCAATTGGGAATACCTGCACTGGGCAA	autosomal
CCTACAAAATGCTCAGTTTGGCATCCGGAAAGATGGTACCATGGTGTTCG	autosomal
AAGGGCTGCTCTCCCTCTTTGGCTACCTGGCCATCTACCTGGCGAGCGTG	autosomal
GCCCGGCCGATGTTCCTCAGGGATTACGAGCGGAAGGTGGTGCTGGAGAA	autosomal
GCGGCCGCGCCGCTCCCGCTGCCCATCCCGGCGCTCCCGGGGATATTCCC	autosomal
CAGGCGGCGGCGCGGCCGCGGCTCTTCCCGGCGCTGCGGGACCGGCGGGG	autosomal
GGAGTGACTGGGAATGGAACTGGGATTGATTTGAATGGAACTGGGATTAA	autosomal
CAGACAGTGAAGACTTGGGCAGTCAAGTGAGGGGAGTGTGACCATCCTGG	autosomal
TGGAAATCAAATGTGAGGAGGTGAATTCTGATGACCACAGCTTGACCCCA	autosomal
CCGCTGCGCCCCTCACCTCCTTCTCGGACGCCTTCTCGCCGATCCCCAGC	autosomal
CAGCACAATCTCCTTGAATTTAGGGTAAAACAGACCCAAACTGCAGCACA	autosomal
GCGCCGCCTCAGCGCCCCGCCATGCCGGCCCCCGGCCCGCGGCCCCGGCC	autosomal
ATCGCGGCGTGCCGGCAGGATGGGTCAGTGCCGAGAGACAGGGGCAGCAC	autosomal
GCGCACGGTGAAGGTCTTGGGCTGCTTGCGCTTGAGGGAGCTGAAGCTCA	autosomal
GCAGTTTTCAGCTCCAGCTGCAGATTAACACTCCACACCATCGGGTAATA	autosomal
ACGACACCGAGGGGCTGTCGACGCGCCTCAGCGGCACCCTGAGCTTCACC	autosomal
CAAAGCCACCTGAGAGCACCCAACCTCCTGAGCAAAGGCCTGAAATCCCA	autosomal
CCATGGAGAAATCCATGGATGCTCCAGCTATTTCCAGCATATCCTCATCG	autosomal
CCCCGGGCCGGAGAGCCCCGGGCCGGAGAGCCCCGGGCCGGAGAGCCCCG	autosomal
ATGACTTATAGTAACTTCTTTGTTGGTGCTTCCTTTCCTGCTTGCAGCTA	autosomal
AACCAATTTGGAAAATGTTAAATTTAGTTAAGTAACATTTATATTAAAAT	autosomal
CCACCGGGGCCGCTTCTACCGCTCGGCCCTGCGCAGGGCGCCGGCGGCAC	autosomal
TAAGAAGTTAATAAAATCTGGAGCCTGCTGTTTCACCTCCAACATTCAGA	autosomal
CATGGCAGCTCCGAGGCGCAGCGAGGGGGAGAGCGGTGGGGGCTGCCCGG	autosomal
AGAGGGGGTCCGACCTGGAGCTCAGGTCCCCGTGGAGGCGGCTCCGGCAG	autosomal
GCCTCCGCCGGCGCCCCGCTCCCTACTCGCCGGAGCCCCGCCGCAGCCCC	autosomal
AATGCAAAGAATTCCTTGGCCTCTCTTAAGAGAGAAAACCCTCGGCTTGA	autosomal
ACTTTTACAGGTTCCTGGCATCCACATCATGTGGGATGTGCACATATGTG	autosomal
CCACCCTCAGGAGCTTCAGGCCCTTCAGGCTCGCATCTTGAGGGCTGAAC	autosomal
CGCGGCCCCGCCGCCGCTGGAGTCACCGCCGACCCGAGGAGGAGGACGAG	autosomal
ATTTCACTGAAGGTATCATCACCAACAGGTTCTAATTTGGTTTTGTTTTC	autosomal
TGTTATTTTTCTGCTCTTCCTATGTACTTGTCTTGCTTTCCTCAATAAAA	autosomal
CCGGCAGCTCCTTCCCCTCGGGGGTGACGTTCTCCAGCACCACTGAGTCC	autosomal
GCCTCCGGGAGATGCTCCTCGTGCTCGCTCTGTGGCTGGCGTGGCAAGAA	autosomal
ATCAGCTGAAGCATCTCTCACAATATTTCCGAAGCTGGTTTTATTTTATG	autosomal
AAGCGCCCACCGCCGCCTGCCGTCTCCTCGTCCCCGCGGCGCGGATGGAA	autosomal
ATCGAGGTAGGAACTCCACGGTCGGGTTGGGCATCACCATTCCCACAAAT	autosomal
CCCGCAGCGCAGCCCGCCTCGCTCCCGGCGCCGCGCGGGGCCAGGCCGCG	autosomal
CTGACAACAAGATGGCGGCGGCGGCGGGTCCGGCGGGCGCGGAGAGTCGC	autosomal
ACAGAGAGGTCCCACTTGGTTGGATGGAGTTGTTTGAGGGCCTCCTCCAC	autosomal
ACCGGGACCGGGCGGTGCCATGGGCCCGGCCCGCCGCAGGGACGCGCTCC	autosomal
CGCGCGCCGGCAGGGAGCGCGGGGCGGCGGCGCCGAGCAGCAGGCGGGAC	autosomal
AGACCCCCGGGCCCTCCCCCAGACCCCGGGGACACCCCCAGGGTTTTGGG	autosomal
CACCGCCCGGGCCGGGCCGGTGCCTCCGGCCCGCGGGCCAAGGGCGGGCG	autosomal
GAGCGGGGCTGTGCAGGCAGGAATGAGTGCAAGGTGCTGGGAAGGGCTGC	autosomal
GCGCGGCGGTGCCGCCCGCGCCCCGCACCGCCAAGTTGGGAGCGGATGGA	autosomal
AGGGGCTGGAGCCTCCCAGGCAAGGAGAGGCCACATGGGCCACCCTGCCA	autosomal
GAATCGCGGAGGAAAACCGGGAAAAGGGAACCGGGAAAAGGGAACCGGGA	autosomal
AAACAGCATTTGCAGCTGGATCTGAGCTGTGATGGACAGCTGATAGGTAT	autosomal
ACCTTTTATCTCCTTTTTATTTCCAATTTCTTTCCTTTTTACGCTTTTAT	autosomal
AGTAACTCCCAGTTCTCCCAGTAACTCCCAGTCCCCCCCAGTCCCCCCCA	autosomal
CCAGCCGGACACTGAGAAACGGGAACCGACACCGGCAACCGGCACCGGGA	autosomal
CCAAGAGCCTCCAGCCCGCGCAGGTGCTGCCGCTGGCCCTCAGCTTCTGC	autosomal
ACCTCCTCCAAAACATATTCAGCTGCCACATAAAACCAAAGCACCAACAT	autosomal
ATTGTGGCTAGCAGCAAACATGTCTCTCTCCAACAAACTCACCCTGGACA	autosomal
CCAACCTTCCCATCTCCCATCCCAAGCCAGGCAGCTCTCAGCACTCTCCC	autosomal
ACCAGGACGAGGAGAGCATCATTTCCCTCCTGCTCTCTGACACAGAGCCC	autosomal
AAAAAAAGGAAGAAAACACCTTGATTTCACCAAGGATATCAGGACAAAAT	autosomal
CGAGCGGTGTGGGCTCCCGCTCCTCGTCGCTGGAAAAGTCGGGCTGCGCG	autosomal
CAGTTGACGTGCAGGGTGGTGGAAGCCTGGTTGAGGCAGTTGATGGCACG	autosomal
ACTGCCCGCAAGGAGGGTTTAGCAAGATGGGGTCGGCCTCTTCTCCCAGG	autosomal
CTCATTCGACCTCGGCGAAGATGGCGGCGGCGGTACGAGCCATCGGCAGC	autosomal
AAAAAGAGGAAAACCGGGAGAGCGGCGGCACCTCGGGGCAGGCTCGGCTC	autosomal
ATGGTAAAGCTACTTATTGGTACTCCTGGAGCAATGATTCAGATGTCTCC	autosomal
CACCAACCTTGAAATGTAATGTTAAGAATTGTACATCATAGTGCAGTTCA	autosomal
ATGGGTGTGCGGCCAGCGGGGCCCGCCGGGGCCGGGCCGCTCGGGCTCGG	autosomal
CAGCTCAGAAAGACTCCACCAGAATTATAATTGTTTCCATAAATCAACAG	autosomal
GCGATATCCGCCCCCCGGAGGCTCTGCAGAAGGAGGATGAGGAAGATGCC	autosomal
CAGCTGGTGAGCAGCGCCAGCGGCCGCGCCGCCGCCGCCATGGCGCCCGC	autosomal
CCGCGCGCGCAGGCGCTGTGGTCTCCTGCCGCCCGGAGCCGCGCTGCAGC	autosomal
CTTTTCACTTGTGGTTTTGAACAGACCTTTTGCTTTGTATAAGCTGCTCA	autosomal
ACGTCATCGGGAGGCGCCGCGCGACGATGCTGGAGGCGCTGGGCCGCGGG	autosomal
GCAACGAGGTGCTGCGCTTCACCAGGGAGATGATGTTCCCCATCATACAC	autosomal
CCGGGCACTGCAGCAGCTTGTGGAACTGCTCGGCCGAGCCCGCGGCCGCC	autosomal
GAACGAGGAGCGGAGTCGAGCCGGCCAAGCCTCGAGCGGAGCGGCGGGGA	autosomal
GAGCACATTCATATGTAAACAACGGGCTGCTTGCATAGCAAGATAAATTA	autosomal
GGAGCGCGGCCCTGGCGGCGGCCGGGCTGAGCCGGGCGGCGCCGCGGGCA	autosomal
CAGCCCGGCCCGTAACACCCTGAGCATGGCCCCGGCTGCGGCCCCGCTCC	autosomal
ATTACTAAGCGATGCAGGAATGTGGTTTGTTTAATATGAGCCATCAACAC	autosomal
ACGTTGGTACGATAGGCTTTGGGGTGAACTTGCTGTTTGGTGGAGCTTAT	autosomal
GAGTGTGTCAGGCTATTCTGACTGCTCCCATCCCTGCACTCTTCAGTGCC	autosomal
AAAGGTAAGGATGAGATGGGATGGGAGATCAGGGAATGGAGCGATGGGAT	autosomal
CCCCATCTGGATCCTGCTCCTCCTGATGCAGAAAGGGACTTCTGCCCTTA	autosomal
AGGGCGAGGCGCCGGCAGCGGGGAGAGAAGCAGGAGCGGGAGGAGAAGAG	autosomal
CCGCCCGCCCGCTGGCGGCTCTCGGCTCCGGCGCTGCGGCTGCGGCAGAG	autosomal
CACCCATGCAAACAAATGTGGTGTTTAAACAGCCTTTTGCATCTAATGAA	autosomal
ATCCCGCCCAGCGCGCCCGCCTGCATGGAGCGGCACCTGGAGCGCGCGCA	autosomal
GCAGCAGCTCCACTGCCGCGCCGGGCTCCGCTGCGCCGCCCGTAACGTTA	autosomal
CGCCAAGATGGCGGCGCTGCGGGACGGGGACTTCGCGGCGCTGCAGATCC	autosomal
CAGAGCTTTCTCCATTCGAGGTATCACAAGATGAGAAATGAGGTAAATGA	autosomal
CCCGCTCGGACACGGCGCAGGAGAAGCCCCGGCACTGCCCGGGCTCGTCC	autosomal
AGCGAGGCACAGCCAGAGCGGACTGGGGATGTCCACCACGGCCCCGAGAG	autosomal
ATGTCCCTGTCCCTGTCCCTGTCCCTGTCTCCTCTCCCCACATCCCGATG	autosomal
CGCAGCCTGCCCTCGTACTCCCTGCTCCGCGACCGCCGCCGCTTCCAGCG	autosomal
AATTGTCCAGGCAGTGTTTTCTGCTTCCCTGCCATTTTGCTTTACATTCC	autosomal
AAGGCGGGCGGGCGAGGGACACAGCCCCGCGCTCCTCTGCCGTCCGTCGG	autosomal
CGGGCACGGGGCGGTGAAATGGAGGGGAGGAGGAGCCCAGCGCCCGGAAA	autosomal
CGTCCTTCCAGAAACCTCCGGAACAGCAGCTTCCCGATGGGCTGCTCCAC	autosomal
ACAGGACAGCAGACTCACCCTTCCTTCCTTCCTTCCTTCTCCAATGTCAA	autosomal
CCATCCCGCCCTCCCTCCCTCTCGTTGCTCGTTCCCCAGAGGTGTGAGGG	autosomal
CAGGCCCCGAACAGATGCTGAGGTGCTGCCCCAGTTCTCCAGCGCAAACC	autosomal
CACTATTCCAGGTTGCTCCAAGCCCTGTCCAGCCTGGCCTTGGACATTCC	autosomal
CCTGAGGCTGGGATTTGACACTGTGTATCCTCATCCCTCCTTAGCTTCTC	autosomal
CTCCAGCTCCGGTCCCTCCCCACGCCCCGCTCCGTGCCTCAGTTTCCCCC	autosomal
GAGCTCATCGGGAACCTGCGGGGAGTGTTCGCGGAGCTGGTGACCCGGGA	autosomal
CTCGGCGAAGGCCTGGAAATTCAGTTTCCTGATCTTCTTCTCGCTCAGCC	autosomal
ACGCCCCGGCCCACGCGGCCCTCGCCCGCCACGCGCGACCTCCTGCCGCC	autosomal
CTCCGCGCTTCCCGCTCCTGCTTCGGCCATGGCGGGCGGCCCCGTGCCCC	autosomal
ACCATGTAGAGGAGGAGGACGAAGGCCACGATGAAGGCGGCGGCCAGGAG	autosomal
CCCTTTGCTGCTGCCAAAGGTAAAGCTACATTAATTAATGCAAGAAAGAG	autosomal
GCGTTCAATCTGTGTCCTCGGGGAACACCCCAAAGGGACGGCGCAGGGCA	autosomal
CTTTTTAAACCCCCGTGTTCTTCCACTGGGGGGTGCGAGCCACAGAGGAA	autosomal
AGCACTCCTGCCCTGGAAATTGTGCTGTTTTAAAGGTTCATGGAACTCTC	autosomal
CGCCCCAGTCCCGCAGTTCGGGAGGCCCCAGCTGCCCCTGGGAGCCGTCC	autosomal
GCCATCCCGGTGTCCCCGGCCATGCCGAGTGGCTGTCCCCACCTGTCCCC	autosomal
ACCGGGAGATCGAGAAGATGTGCAACTTTCACTACCAAGGCTTCGTGGAC	autosomal
CAGCGCCCTGCCCCGCTGGAGCCCCCGCCATGGGGCCCGCCGAGGAGCTG	autosomal
GCGCCTCTACACCGCCCCGTCCGGCCCCCGCGACCCGCTGGCCCCCGCCC	autosomal
CGGAGGGAGGGGCGGGAGGGGCGGGGAGGGGGATGGAGGGAGGAGGAGGA	autosomal
AGCGGTGCTCGGTTCTTCACGCCCAGTCCCGGAGTAACCGGCGTTCTGGC	autosomal
AAATGAAGAATGCTTGCTCAGGCTCTGAGGATGTGTTTGGCTCTGGGCAA	autosomal
GAAACCACAGAAGTCAGACTCATCTGAAGAATCTCTCCACAAGTTGCACA	autosomal
TTTCTTTTTTTTTTTTTTTTTTTTTTTTTGGCTGGCCTGATACCCTCAAA	autosomal
CGCTCGGAGCACACGTCGTCGGCGCGGAACTTGAGGCGTTTGCGGGCGGC	autosomal
AGCCGCAGCAGCAGCAGCAGCGGGAGCGGCGGGGCCGCCGCCGCCTCCAT	autosomal
CTGCCCAAGAAGGAGACCGGCGCCGCCGCCTTCCTCGCCCGCTTCCCCGA	autosomal
ACGGGCTGTGCCCAGCCCAGCAGGCAGGAGATAAGGCCTGGGGAGGTGCC	autosomal
ATCTGCCTTATTCCTGATAACCAGCGAGTTTGCTGACTTGGGGATGGCAG	autosomal
CCATGTCCAGCTCTGTCTGTCATTCTAAGTAGCAGGGTAAGCGGTGCAGG	autosomal
AGCTCTGTGCTGCAATACTTCAGGCCCTGGCTCAGAAGGACCAAAACAAA	autosomal
CCGCCGCGCTCCCCGGCCCTCCGGCCCCGCACCGGCTCTCCATGTACGAC	autosomal
CAGCTGGGTTATACAAGTTGACATTCTGCGCACTTCCATTGTGCGATGCC	autosomal
CAGGGACCCTCCGCGACCCCTGCGCGGAATTTGGGGCTGGGGGGCACGGG	autosomal
CCTGGCCGGCTTCCTCTTCGGCAACATCAATGAGGCGGGGCAGCTGGAAG	autosomal
CCAGTGTCCTGCAGCTGTCTGCCACTGACCGTGACTCAGGCCTCAATGGC	autosomal
AGGGCAAACACCTTGTGATTCAATAAATCACAAGGACAGTGACTTCCTGG	autosomal
CCAGCCTTTTATACCCTCATGCTGATGCACTGCCCCTGTGTGCCCTCTGC	autosomal
ATTATACTGTTTGAAATTATGTATGCTTATACTGGTATGAAGGTGTTTTG	autosomal
ACCCTGCGGACCCACCCCGCTGGCCAACAGCTGCAACGAGCCCTGTGCCC	autosomal
ACTCTATTATGAAGGATTTGGCAGCGTTGGGCAAGTGTGGGGGGCTGCTG	autosomal
CACCAGAGTATCCGTGAGTCTATGTTAATGCCCCATGGGCCTCAAACACA	autosomal
GCAAGCCGGAGGGGCAGGCAGGAGAGGAGGAGAAGAAAGGGGGCATAAGA	autosomal
CTTGGCCTTCTCCCACCGGCAGGCAGCGCTTTCCCGGGGCAGCAGGACGC	autosomal
ATGCCAAAATGAGGAGGAAAAAAGAAAAAAAAAACAAAAAAACCCGCCAA	autosomal
AGGCCATTTTCAGAATTGAAGAAAGGCTGAAAGCTAGAAACTTTTCCTAG	autosomal
AGTGAGCCCATTCCAGGAGCCAGCATGGGAGAGGGGCTCTCAGGCACCAA	autosomal
AAGTTCTTTGCTAGGCTGTACTACAGCACCTGGACATCAGTAAAAGTGAC	autosomal
CATTCCCGCTCCATTCCTTCTCCATTCCCTCTCCATTCCCGGACCATGGA	autosomal
GGTTGCACGTCTTTCTGCCCCTGCAATGTGAGCAGAGAAGAGCTGCCCAC	autosomal
ATCAGCCTCCTCCTCGGGCTCCTCTTTCTTAGCCTTGCCCTGGTCCTTGG	autosomal
ATCAGGGAGCGCGTCCCTAAAGCTGCGGGGCTGGTGGTGCCGGTGCGGCG	autosomal
GAGGGCTCCGGCTGCGGAGCATCCCCGAGCGCGGCGGCGGCGGCAGCGGC	autosomal
CCTCTCTCCTTCCCTCGGTTCCGCCGTCCGTCCGTTCCTTTCCCCCGCCG	autosomal
AACCCCTCCATCCTCCCGGGCACTTCGGGGAGGGTTGGGGTGAAGGCATT	autosomal
AGGGGCTGCTCCTCCCGCGGGGGTCGCGGGCGCTCGGCACCCACCCCAAG	autosomal
CTGCTTTCCCTCCGCACATCACGGAGCCCGGCATGGCCCCGCCGGGGCCC	autosomal
AGCCACACTATTACAAATATTAAGAAATTAGGAGGACAAGATGAAAAAAA	autosomal
AGAGAGAGGAGGGCTGGGAAGTGATGTGCCAGGACTTGGCTGCTGGCCTG	autosomal
CCTGCGCCCTGGCCCCGGACCCCGCCGCAGCCTCTGGGCCGCCGGCGGCC	autosomal
GGCACCAACTCGCTGCCGCTTTCTCCGGTGGCCGGGACCAGCTAGGTGCC	autosomal
CCAAAGCAGTGCAGCTCCCCCAGGACATGCCCAGCGTCCCGGGCAGGGGG	autosomal
GAGCGCGGCTCCCGCGGCGGGGGCGGCCGGGCGGGGGACGCTGCCCACGC	autosomal
GCGGCGAGGGCCGGGATCGCCGCCGCGGGCCGGGATCGCCGGCGCGGGCC	autosomal
CCTCCTCCTCCTCCTCCTTCCTTCTCCTCCTCTTCCTCAGTGCTCTAGGC	autosomal
ATCTGATTTCCCCTCTGAATACTGCTTTTAAATCCAAGTGCTCTGATCTC	autosomal
ACGCACTTTAAGATATGGTGGGTTACGCATGATGATGGTGTGAATGTACT	autosomal
GGCGGAGCGGGAGCTTCCGGGAGCGGCGGGGCTGAGGAGGAGGAGGAGGA	autosomal
ATACATCTATCTGTGTTCTCTGATGATTTCAGAGCTCATGCACAAGAGGC	autosomal
CGGGGGGGTGGAGGCCGAGGGGCGCGGGCAGCCCCCCGCCCTGCGGGCAG	autosomal
CATCTGGTCTGGGGCATCCTGAGGAGAGGAGATGCCCAAAGCAGCTTTTC	autosomal
CCGCCGCCGCCGTTGCTGTGCTGGGCGGCGGCCGCCGAGGTGGTGGCGAA	autosomal
TCAGCAATATGTTTTTGCAAGAACTCTTGAGTTTCCTCATTGTGAATAAA	autosomal
CGCGCCGCCGCCCTCGGGTTGCTGCCCTCCGCCCGTCCCGACGGCCCCGC	autosomal
CCGCGGTGGAGAGCGCCGTGCAGGGCCTGGAGCGGGAACAGATCCGCGCC	autosomal
ACCACGGTCCCTGGGGACATGGGTCCTGCTCTCCTCCTGCTGCTCACCAC	autosomal
GGGACTGAGGCCTCCGGCAGGGCCTGCGCCAACTGCGGTGTTCTCCAGCA	autosomal
CATCCCCATCCTCATCATCATCATCATCATCATCATCCTCCTCCGCCGAC	autosomal
GCGGCCGCTCCGTCCCTCGCCCGCTCCAGCCCGGTCGCGGTGCGTCCCGA	autosomal
AAGCGGCTCACGTCGTAGGGTTCGCGGCACACGCAGTACACGGGGGTCGC	autosomal
CTTCGAGCCGGCCGGGAGCGGCCAGGAGAAGCTGGACTTCAACAGGAACC	autosomal
ACCCGGAGAGAATTCCCGGCTCCCGGTAACTCTGGGAACGGGAACCGTGG	autosomal
CCGGCGGCGGCGGCGGCCCTGCAGCGGCCATGGAGCCCAAGCACAAGGAG	autosomal
ACAACAAACATGGCGGCGGCCGCTGGCCCGTGGCCGTAGGGCCGGGCCGG	autosomal
CATGTGTCCATCCCCGAGATGCCCCAACCCAGGGTGTCCCTGTGGTGTCC	autosomal
AATCTTGGCTACCGAAAAACACTGGACTTAAATCTAAACAGTGGAACAAG	autosomal
AGCAGCAGCAGCAGCAGCCCCGGCACGGCCCCAGCGCCGCGCGCCGCCAT	autosomal
CCCTGCGCAGCCACCCGAGGCAGATCGCCGGAGTTTGCTCGGCTGTGAGG	autosomal
CCATGGACATGGAGAGCATGGGCCCCCTGCGCCCGCAGACCTTCCTCTTC	autosomal
GAATTCTTTTTGGAATATGAGGGCAACTTAAGTCACTACCTCTTCTGAGA	autosomal
GCTGAGACCTGGAAGGCAGGAAAGGCAACTGTGAGGACTCACCCACCTGA	autosomal
AAAGAACATCCCTGCTACATGCAGCGTTGAGGCCTATCTCTGCTCTTGAC	autosomal
ACGGCCAGGCCAAGGAGCAGCAGCGGCAGCTCAGCGGAACAGCGGCCGCC	autosomal
GCAGGGATGGGCACCGAGAGCCAGCGGGGAGCACGGCGGGGGACAGGGGA	autosomal
AGAGCCCGGCCCTACAGAGAGCCCCGCCCCACAGAGAGCCCCGCCCCACA	autosomal
CGGGAGCATGGAGCCGGGAGCGTCCCGCTAGGCACGGGGACCGCGCTGCC	autosomal
CTGGCTGAGATGTTCCTGCAGCTCTGAGCAAGGTGCAAGGATTTGGCCAA	autosomal
AGCCCCTCAGGAGCTCGTCCAGGGTGGGGGCTCGGTCCAGGTCCAGGGAG	autosomal
TCCGAGCTGCGATCCCCGAGCTGCGGCTGCTGCCGGCCCCGGAGCTCCGA	autosomal
GGCGGCAGAGCCAGGGGCAGCGGCGGCCACTTCCCGCGGGCAGCTCTGGA	autosomal
AGGCCGGGGCTGTGTTTTCCTTGGAGCCGCCCCTGCCGCTGCCAGAGCCT	autosomal
AGCTTGATTAAGTTAAAAAATTAACTAGTTATTTCAAGGACGGAAAGAAA	autosomal
GCGGCGGGGCCGCCAGGGATATGCGGCAGCGGCTGTTCCCTGTGCTGAGC	autosomal
CCGGGCGGCGGCGGAGGAGGCGGCGGGGAGCGGCTCGGCAGCGCAAGGAG	autosomal
AGATCAGCGGCTGAAGCAGCTCCCCGCGCTCCTCTTGCTTTTGCAGATCT	autosomal
TCTCCTTCAGCTGCAATTTAACTTGTCCTGGAGGGAAAAAAAAAAAAAAA	autosomal
AACCACTTTTACAGCTTGTTTTGTGACACTGTGGAAGACTGACTATTCAT	autosomal
ACTTTGTGGCTTTATTTTCCTGAGGAGCTCCTTCCCACGGAGCTGAGGCA	autosomal
CGGGGCCCTCCTCCGCCCCCCCGGCCCCCCTTCGGCCGACCCCCCTTCGA	autosomal
GCAAGCTGGGCAACCACCTAGATGGTGGAGATGGCAGACATCCTCCTGCC	autosomal
AATTACCCACCTTTGTGTGAAGCCTGTGTGTAGAATATTCTTGATTAAGA	autosomal
GCCACCCAGCGCTGTCCACCGGCGGCAAGAGACCTTCCCACAGGCACTCC	autosomal
TCAGGGGGCCCCCAAAGTTCCCCTAAAAGGATCCCCCAGAAGATCCCACA	autosomal
CGGCTGCGGAGAGTGCGGAGGCAGCCCAGGGGAAGCGCAGAGAGCGAGCA	autosomal
AGGTGAGGACGCTGACCTACCGCAACTCCATGTTCCACAACCGACACCTC	autosomal
ACCTGCGCCTTGATTTTTTTTTTATTTTTAAACAAACAAACAAACCCGCC	autosomal
AGCGAAGTGAGAGCAGCTCGGCTTCCTTCCTGCTCTCTGAATGTGTGAAG	autosomal
CCCACAGTCCTGAGTGATCCCAGAGCGTCCCAAACCATCCCAGACCATCC	autosomal
CGTAGTTTCCACCAGAGGTCGAAAGACTTGTGATGGTGCAAGTACCTTCC	autosomal
TGGGGGGCTGCTCCCCAAGAAGGAATCCTTGGGGCTCTTCCTGAGCCACA	autosomal
ATCCTGGACGAGTACGAGGACTCCCTGCACCGCTCCGTGTCCGTGCCGCA	autosomal
GACTTCTAAGGTGAGAGCGTGACAGGGAGGCTTCCTGCGCTGGTAAAAAA	autosomal
CCTGACGAGCGCCGACAGCTCCATCGCGCCGCTCCGCCCGCCCGCATTCA	autosomal
GAGCAGCCCTGGCAGGCTGTGGGTCAGGGAGGTGGCAGCAGCCCCAGCTC	autosomal
GAGGCGCAGGGTGCGGGCCGGGCTGAGGCTCACGGAGCGGCGCAGGGGCC	autosomal
GAACCTATATGCTACAGTGTGGCTTTTCAGTGTGGATTGGTGCAACGGGC	autosomal
AGCCGAGCCATGGCCAACGTCAAGGTGGCCGTGCGGGTCCGGCCTCTGAG	autosomal
CTGGCCCTTCCCGGCCCCGTTCCCGGCCCTTCCCGCCCTGCGCGGGCGGA	autosomal
CAGCCCAAAGGCGGGACAGGAGGGACAGGAGGGACAGGAGGGCTCGGGCA	autosomal
AGGAACCCAGGTAAAAATAATTTGCTTAGTTTGGGAAATGGGAAGGAGAG	autosomal
CCTTCCTCCTCCCGCGCTGCCTGGGAGGGGGAAAACCCACAAATAACCCC	autosomal
CAGCAGCTCCGGCACACCGGCACGGCGGGCACACCGGCACACCGGGCACA	autosomal
CCGCCGCCGGTGCTGCGGATCGTGGCCGAGTGCGGCCGGAGCCGCGCCCG	autosomal
GCCCGCCGGCCCGGGGCAGGCCCATGTCCGAGCGCGGCTGCCGAGGAGAC	autosomal
AAGTCCCCGCGCAGGTGTTGGACGCACCAGGCCAGCAGCGCGCTGGGCGC	autosomal
GGACATAGCCCATGGCCGGCTCCCCCAGCAGCCGCCGGGCCAGCACATAC	autosomal
CAAAGTTCTGGAGAGGGCTGGAAGATGATACCATGAACAGCTGGCACAGA	autosomal
CCCGAACGAGGTCATCATTAAGGTTCACGCTGCGAGCCTGAACCCCATCG	autosomal
CAGCCCGGTGGGGCTGGGCGGTGAAGTCCCTCTCCCGCGGGCTCGGGCAC	autosomal
AGACTGTTGTATAATGTTGTACAAGCTCTGTTAATTTACTTGTTCCTCCA	autosomal
AAGCGCGCCCTGGAGCGGGAATCGGAGCCGGACAATAAAAAACTCAGGAT	autosomal
AGCGGGTGGTGAACCGCAGGGCTGCGGGGCTGAGGATGGGAGCCGGGGCC	autosomal
CACTTCACCCGGGGGGTGCCCAGCACCGCCCGGCGGCCGCCCGAGGTGGC	autosomal
TGGGACCGGGACCTGCTCCTCGACCCAGCTTGGGAGAAGCAGCAGAGGAA	autosomal
AGCAGGGAGGGCTCTGCTCCCCCGATGCGTGAGATGCCTGCGAGCAGCAG	autosomal
CGGCTTGGGGGGTTCTCAGAAGCAGAGGAATTGCCAGCGGGGAATGTGAG	autosomal
CCGAGGTGTGCGCGGCCCTGCGCAAGGGTTTCATCGCCTGCCACCGCGCC	autosomal
CATTTCTGTCTCCTCCGGCTCTGCTGCCTCAGCTCCAGCTCCTCAGCTTC	autosomal
CTCCGTGCCCGGAGTCACACCTGGGGACACCGCGTGCTGCTCTCGAGGCC	autosomal
GGCTGGAAGGAGGCGGGAACCGCCCTGAGGGGCTGGAGGGAAGCGGGAAC	autosomal
TACTGGTTCATACTGGGTTATACTGGTCCGTACTGGTCCATACTGGTTCA	autosomal
CGTGCTGTGCTCACTTCATTGATTCGTTTACCAGGATTATAGCCCTGCAA	autosomal
CTGGCTCAGCCGCAAGTACCCCTCCATTATCGTCAACTGCGTCGAGGAGA	autosomal
GTGACCACATCCTTTCTAGTGCAGGGTGAAGGAAATGGAAACTGTGTCTA	autosomal
CGCTTCCCCCGGGCTGCTCCGAGCATCCCTCCGCCCCTCTTGCATTTGTC	autosomal
AGATGGGCTCGGCCGCGGGCAGCAGCAGGAGGATGAGGGGGACGGAGCCC	autosomal
AACGGCGCTTTTTTGAGGGAAAACCACAGAAACGGCGATAAGAAATGAGT	autosomal
GCCAAGAATGCAAAACTTCAAGTAGCGTGGGAATGGTCCCATTCCAGTCA	autosomal
AAACCTCCACACATTTCCCAGCCCCACAGCATAGGAAATGCAGGCAAAAA	autosomal
GGCAGCAGCTGTGAATCCAGCTGTGCTCACAGCTGCTGGGAGCAGAGCCC	autosomal
CTGTGGCACGCTCTGGACGAGGGAAATGTCCTTTTGTGGAGAAGTCGGGC	autosomal
CCATCTTACCTTAATTCTCTCCCCATACCCTTTTCTCCCTTCCTCTCATA	autosomal
TCCGGGTCAGCGCCGAGCCGATGTCCCTCGTGGCACCTGTGGGGAGCAAA	autosomal
GGCAGTTTGGGGGGTTCAGGGGCAGTTTTGGGGGTTCCAGGTTCCCCCCC	autosomal
CCCAGGTGCCTCCTGAGACCCAAATCATTCCAGGTGCATCAGGAAATCAA	autosomal
CTGGGCATGCTGGCCGGTGCCGGGGTGCTCTATGGGGTGACCCCGGGCCC	autosomal
CCTCCCCCACCCTGCAGGCCTTGGCCACCTCCCCCCGCACCATCCTGGGC	autosomal
ACCGTTACCATTACTGAGTTTAGTAATGGTAACGGTTCTGCCGACGGCCG	autosomal
ATCTTGGTGGTTGTCATCACTTTTTTTCACAGCAAAAAATGATCATCATC	autosomal
GAGCGGGCGCCGCCGCCGCCGGCTCTGAGGGGGGAGACGCGAGACGGAGA	autosomal
CAGCAGCGCCCGCTCCCCCGCGGGACGCGCCCGCCCGGCCCCGCCGCCGC	autosomal
GAAGCCCCAACACATATTCATTGCTGTGAAGGAGAGGAAGTGGTGTTGGA	autosomal
ATCACTGAGAGTAGAGAACAGGACATCCCCCTGCTGCTGCTGAAGTTAAA	autosomal
CGGGGCTGGTTCAGCGCCGGTGCCTGCCCCGGGATCACCTGTGGGATCAG	autosomal
CGGTGGGCTGAGCGGGGGGCTTGCAAGTGGAGGCGAAGGCAACCGGGAAA	autosomal
CGCATGCGCCGTGCGCGGACAAGATGGCGGCGCCCGTGGATCTGGAGCTC	autosomal
CGCACCATGGGCAGCCAGGGCTCCAAGGCGGCGGGCGGCGACCCCGACAC	autosomal
AATGTCTCCATCAAACTGGTGACCTCAGGTACAAAACTGGTGTTCACTGG	autosomal
ACTCACTTGCAAGCATCGCTATCCCTGGACTGTGCTTCTTCAGTGAACGC	autosomal
CGTGCTGCCCCGCAAGAAGCCGCCCCAGTTCATGGTGGATCTCTTCAACA	autosomal
CGCGGGAAGGCGGCTCCGCCGGCATGGACGGGCCATGTGTATCCTGAGGA	autosomal
ACGGTGCTCAGGAAGCGCTGGATGCAGCGGAACAGACCGGGGTCCCACGG	autosomal
ACATTATATTTTTTCTCAGTAGCACTATAATATTTACAGAATGAAACAGA	autosomal
CAGATATTAGAGTATGTATCCAAGGGTCTGGTTAGTCACAGCTTTGACTA	autosomal
GCGCGGCGGCCGCGGCCGGGTAGGGTGTGAGAAGTTAGTGGCGCTGCCGC	autosomal
CACCCCGGGCAGCCGCACAGAGAGCGCCGCAGGGGCGTCGGAGGCACCCA	autosomal
GAGGAGGAGGAGGAGGAGGCGGTGCCCGGCGGGATGGAGGTGGCCCGCGA	autosomal
CTGCGGGAGCGGCTGCTGCTGCGAAACCCCTCGGCCGCGCTCTGCGCCCC	autosomal
AGCACGTTGAAGATGAACATCAGGTACTTCATGCAGCTCAAGACACCCAT	autosomal
ATGTATCTTTCCCTCATACCTAAATATATCTTTTCCTCAGCTTCCAACTC	autosomal
AGCACGCTCAGCCCGGTGCCGCTCCGGTCCCGGGCACAAACCGGGCTCCC	autosomal
AGCACGGTGACAGGGACACCCAAAGGGACAGACACACACAGCCAGGGCGG	autosomal
GTCAACAGGAAGCCCTAGAGGTTAGAGGGAATGATGTAACCATATGTGAC	autosomal
GCAAATCGTCCCTACTGATGTGCTGCAGCAGCTCTTTCAGGAATCCCAGC	autosomal
CGATCGCACGGAGCGTGCCATGGCGTTGGCCTAGGCCGCCCGGGGCCCCG	autosomal
AGAGAAGGCTTCCAAAATTAAATTATAAAAGATTATAAGTGTGTAGTTTG	autosomal
AAGAGGAAAAAATCGGGGAAAAAACAAAAAAAAAATGGTGAAAATCGGGC	autosomal
CTGTTCATCTGATTAGAAGGAAAAACAATCAGCCTGGATTTAAGCTATGA	autosomal
GAGCACCGTCCCCTTGAGGTAAGCGTACTCTTTGGTGCTGATGTCCAGGC	autosomal
AATGCATGAAAAAAATTGTTATAATGTACTTCTAGGGCTTTGCAGTAAAG	autosomal
CCCCGCGGATGGCGGCGGCACGGCCGCGAAGTCGAAGGCGACAGCCGCCG	autosomal
GCTGCGCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCC	autosomal
CGCCTGGTGTGGGGGCAACTTCCTGGAGGTGACCGAGCAGATCCTGGCCA	autosomal
CCGCTCAGCGCTCGCTGCGCGTCGCCGCCGCTGAGGCCGCTGAGCCGCCG	autosomal
CCCTGCCTCCCTCGCTTGCATTGTGCTGCACCATTTGGAGCAGTGCAAGC	autosomal
GCCGGGCTGGGCCGGAGCCGGCAGAGACGATCGGGCTCGAGAACGAGAAC	autosomal
AATCTGCTGGAGGATTTTGTTCCGAGTCTGTTTTGGTTTTATGCAGAACA	autosomal
ACGCGGGCAGGAGGAGCTGAGAGGGCCGGAGAGGAGCGGCCGCTGCCCGC	autosomal
AGAACACCGCCTCACCCGCCCCGGCGGCGCTGCCCCTTTAAGAGAGGGGC	autosomal
TGTATGTCTGGGTGTCCCATTTATTTCTTGCATTTAGGGTGTGCCTTAAA	autosomal
ACTGTAGCTGAGAGACACTTTTATTATAAGCACCACTTTACAGGCACACA	autosomal
CACGTGTGCGCGGGGCTGGACCGGCCCTTCCCGGCGGCCCCGCTGCCGTC	autosomal
CTCCTCCACCAGTTTCTCAAATTTCCAGCATGTTGGTAGGGAGAAGCAGC	autosomal
AAATATATATATGCCTGTGCTAGGCAGGGATTTGTCATATAGGGCTACCC	autosomal
GGCCGCGACGCGCGATAGGGGGCGGGGCTTGCTACGCCGGTGGGGTGGGA	autosomal
CCACCATTTACACCGCTCGCTCCCTCCTTCTCCCCCTCCCTTCTTCCCTC	autosomal
GCCGCAGCGGAGCCTCCGCCGAGCGAGCTGGGGGAGCCGCCGCCGCCGCC	autosomal
CTAACATCCTGATCCAAATGAGCATTAGATCTGAGAATGTTCTAGTTCAA	autosomal
GCAACGGCATCGAGCGCTACGAGCTGCTGCAGGAGCCCGGCGGGGACGGC	autosomal
GGAAGGAATTTCCCATTCCCAGTATAAACTGGAGACTTCCCAGTATGAAC	autosomal
TCACGGCCGCTGTGCCCCGCCGCAGGTGGCGGTCAGCTCGGCCGTGCTGA	autosomal
GAGCAGCCGGCCCAGCGCGGCGGCCATGTCGAGCGGCGGGCGGGCGGAGC	autosomal
ATCCTCCGCGCCGCTCCCGCCGCCGCCCTGCGCGCCGCAGCCGCGGCTCC	autosomal
AAGGAGGGATGGAAGCAGGGAAGGCTCTGCCTGCGGGGCGGCGTCCCTTC	autosomal
AACAACAAAAAAGCGCTTTATTTTCCAAGCGGGGGGGGAGAAATTTTGCT	autosomal
CGGCTCGAAAGGAGCCGGAGTTGGTGCTCGGTGTCGCTTGCGCTGCCTTA	autosomal
CGGTCGCTGCGAAGCCCCGGCCGTCCCCTCCGCGGTTACCTGCCCGGCCC	autosomal
GGTGGAATTTTAGGAATTTTTCCTTGAAATTTCAGATTTTTTTCATAAAA	autosomal
AGTCGTGCCGCAGCCCCGCGATGGAGGACAGCGCCATGGACATGGAGAGC	autosomal
AGCCTCTGCATCGCCCGGGGGTGGTTTACCCACCGGGTGGCTGCGGAGCA	autosomal
CGCTCCGAGCGAGCCGCTTCCGCCTGAGGGCACCGAGCCCCTTGACTGAC	autosomal
GTGGATGGAGGTATTTCTTATTCAATCCACATTCTGTGTAACTATACAGA	autosomal
CACACCTGGTGCTTGAGTACCGCACACATCCCGGTGTAAAAGGACGCGAA	autosomal
GCCGGCCCCGGGCCGCTCCTCCTCGCCGTGCTCCGCGTCGCTGCCGCCGC	autosomal
CTCTGCTGCGGCTCTGCCGCCCGCGGGACAAGGCGGCCGCGGCCAGCGCC	autosomal
GCATCTTCATTGATTATTGTAGAAGAAGAAGGAGCAATAGCTGCAGACCA	autosomal
GCGGCTCCCGCCGCGCCCGTGCCGAGCGCCGCTCCGCCGGGCCCGTCACC	autosomal
AATACAAGCTAACATTTTAAAAAGTCATTGGGAGACTAAAATACAAGCAA	autosomal
CCCTTACCAAATGTATTTCCAAGACAATGCTGAAAGTGGGATGCTTGTTA	autosomal
AAGTTCCTGGTTTCACCCTTGGCTGGCTTTGGTTCAGTGGCTTCTGTTGT	autosomal
CCCCTCTGACACCGCGTGCTGCCTGCTCCTCAGCAGAAATCGCTGGGAAG	autosomal
GCGGGGCTACAGTTGGTCCCGCGGCACCGCCCAATGAGAGAGCCGGGAGA	autosomal
GGTGTGTGCGGCGCCTCTGGAAAGCCACAGGCTGCATCCCAGGCAGCACA	autosomal
AACCCCACACTTTCTGGCAGCTCATGGTGTTAAAGTTGGTTTTATGGTGG	autosomal
AGCGATCCGGGCTCGCCCCCTCCCGCCGCCGCCAGTGGCAGGGCCGGCCC	autosomal
TATGAACACAGTTAGATCTTGAAAGCAGTGAACAATAAATAGGCTTGAAA	autosomal
AACTGGAGTGTTATCTGCTTTGCGGGACTTGTCTCCTGACATAATGAAAT	autosomal
CTGGCGGAAGCTGTTATCCACGTAGGACGCCATCGCGCCCCTGCCGCCTC	autosomal
CTGGCGGTGGCAGTGCCGGCCGTGCGCGGGGCCGGGGCCGGAGCCGGGGC	autosomal
GATGAGCAGCTTCTAGTCTGCAGGACAGGCTTAGAGAATGGGGCAAAATA	autosomal
CTTAAGACACCCTGCATTTAACTAGAGGTGTTGGAAAGCAAATTACTACC	autosomal
AAAATGAGGGTGAAAAAATGGGGAAACATTTGGAGTGATACCGTTTGTCT	autosomal
CCCAGGAGCCATGAGATATCCCCAGGAATCGAGACATATCGCCAGGAATC	autosomal
ACGGGGCTGCGCTTGGCTCGCACGGACAACACGGGACAGCGAACACCGTC	autosomal
AGGTTCTCGGCCGCCGCCTTCAGCTCCAGCACCGAGTCTGTCTGGCGCTC	autosomal
AACCACCCTCTGGGTGAATTACTAGGTCTTAAAAAAAAAAAGAAAAAGGA	autosomal
AATCCAAAAGAAATAAGCCCTCAACAAACCACACCTTATGCACAAAGCAT	autosomal
TCCCTGTTCCATTTTCTCCGGGCGGGAGAGGCTGCTCCAGGCTGGAGCCA	autosomal
CTGTGTTCAACAGCACCAGAAGCTGGTCATGGCGATGGGCACGTTACAAA	autosomal
GGGACGGCGCGTACGAGCCGGGGTTCGTGGGGATCCGCTTCTGCCAGGAA	autosomal
CTTTGGAACTCAAGGAAGAGTGTTCCAGGCAAGTGGTTGATGACAGCAAA	autosomal
ACTGCACCGACCGGCGCTGGATCCTCCTGGGACCCCCCTGCGACCCCCCC	autosomal
CAGCGCCGCTGGGACTGGGAGATTTGGGAGCTCCAAGAGGGGGCGGGTAA	autosomal
GGATGGAGAAATCCATGGAAAACTCCCAAAAATGAGAAATCCACGGAAAA	autosomal
CCATCTGCAGGGGGGTGTTGGGCGCAGTCAGGATCTGCCAGTAGTTCCGC	autosomal
GCAATACCGGGACGATGCGCGGAGCGGAGGGAGCAAGCTCCGGGTCCAAC	autosomal
CATCTCCAGAGATATCCCTACATTGGCTCTGCCTTCCAGGAGAGGAGGGA	autosomal
AGAAGGCTGCAATGCAGGCATCTGCCCTTCTTCCTTAGCCCAACCTTTTA	autosomal
ATGTGGAGTGCAAGAGAAGGGTGCCTGTAAACTGTCAGATATTTTTCCCC	autosomal
CTGAAGATATATTAGGGTAAGTGTCCTATGCAAGGTAGCACAGTGAGAAG	autosomal
CCTCATCCTCGGCATCCCCCTGCGCCGGCCCGGCCTCCGAGGGCTTCCGC	autosomal
GCAAGAGGTTCCAGGAAGCGCCGCTGATCTGCACAGACCCCTTTGCCTGC	autosomal
CTGTCTGCTCCCAGGGGAACAGCAGCTTGTTGGCCTTGGCACCCTGCTCA	autosomal
TCGAGAACGTCTCGGTGGCGCTCGAGTTCCTGGAGAGGGAGAACATCAAA	autosomal
CACTCAAAGTGGTGAACAGATGTTGAATTAATTGTGGAAGTGTCTGTTAC	autosomal
GCGATGGCGGCGGGCCGCGGCTGGCGGCGGCGGGCGCTGCGGCTGCTGAC	autosomal
TAGCTCAGATTTCTAGAGAGAAAAAAGGCAAGATTTACTTTGTGACAGAA	autosomal
GACGATGCGCGGAGCGGAGGGAGCAAGCTCCGGGTCCAACTCCCGAGCCC	autosomal
GGCGCGGCCAGCCCGATGGCCGCTGTGTTCCTGGTTACGCTGTACGAGTA	autosomal
CTTTCTTCCCTGTGTCCTCTTCTCCCCCTTTCTCCTTCCCTTCCTTCTCC	autosomal
CTTATCTTAAGGCAAACTGAAAATAAAACTATCAAATCAATTTCACTAAA	autosomal
CCCATTTCCAGCCCCACGCTGACCCCAGCCCCATGCTGACCCCAGCCCCA	autosomal
GGGTGGCTGGAAACCCTCAGGGAGCCAGAGCAGGGGGCAGTAGGGGGGAC	autosomal
ACAGCGACCTTCTGAGAGCACCATGCCACAGCTCTCCAGAGCCTGGATAT	autosomal
ATTTGAAATCATGAGTGTCCAGTGTGTTCTGTTGCAGAAGAGATGCAAAC	autosomal
CGGGCGGCGGCTCCGGGAGCCCCCGATGGCGTCGAGCGCCGCCCGCGGGC	autosomal
AGACTGCCTGTGGGTATTTCTGACCTTTCTTCCCTGTGAGGAGAATGGAG	autosomal
GCCCCGCCCGGCCCGGCCCGGCCGCTCCCGCACGCGCCGCCGCTTCCGCC	autosomal
CCAGTCCCCCAGGTCCGACATGTCGCAGCCGCGCCTGGCCGCCGCCCAGG	autosomal
CCGGCTCGGCTCGCCCCACCGAGCCGCCTCAGCCGCCGCGCCGCTCCATC	autosomal
CCATGGTGGCCCCTCGGACCGCCCGCGGGTGCGCAGCGCCGGGCACCAGC	autosomal
CCCCTGATCGTTTCCATGGTGTTGAGAACAGTAACAGAGCTTCCCAAAAC	autosomal
CTGCTCTCCCCTCCAGGCTTCTCCCCCCGGGCACGGCCCCGCGGCACGGA	autosomal
AGGCAGCTTTGTTTATCTGGACGTCCAATTATTGGGATGCTCTCCTAGGA	autosomal
CAAGGGGTGCTGGCTTTGCTATATGATAAATCCACCCTTTTATGAAGCTA	autosomal
CTGGAAGCAGATTTGTCTTGGAATAGCAAAAATAAAAGAGCCGTGCCAAG	autosomal
AAGGGGAGGAGCGAGGAAGGGGATGGGATGGGCTAACCAGGGTCCATCCC	autosomal
CGCCCCCGGGCCCGCCACCCCCGCGGTGCCGCGCCCGGGCAGCGCCGCCG	autosomal
CACCGCCGGCATCGCCGGGGCGGCGGCGCGGCCGCCTCCCTCCAACGGCG	autosomal
TGAAGGGCGGGTGTCTGCAAGGAAGGCGGGAACCTCCCTTGGAATGGAAA	autosomal
GCCGCTGCCCGCCCGCGCCGGCCGCGCCGCGCCCCTTCGCTTCCCTTTCC	autosomal
CAGCTGCGGCGGCGGAGCAGCGGGGGCGCGGACGGCGCGGCGGTTCCGCA	autosomal
AGCAGGGAAGCAGGGGCTCCAGGAGCTGGCAGCTCCTCACACACAGTCCC	autosomal
CGGCCAGCGGACCCCGCGCGGGCACCGGCACCGGCACAGCGATGGACCCG	autosomal
AACCTTTTACCTATTTTTACTACTTGATTTTTCTTATGGGAATTATTGGA	autosomal
AAAAAATGAACCCAAAAAAAAAAAAAAAAAAAAAAAGACGAGTTCGGCTC	autosomal
GGCGGAGCGGAGGAGGCGGCGTCCCCCGGTGGCGGCGGCAGCGACGCGGA	autosomal
ACAGACAGGTTCCAGTCTGTTCCCTTGATGCCTTAAGGAGCTGCAGCAGA	autosomal
ATTTGGGCCCAGGGTGCTGTTACATGAGGGGCTGCCTGTCTGATAGGGCA	autosomal
AAGGCGGCGATGTGCAGGGCACTCCAGCCGTCGCGGTTGGCCAGGCGGAT	autosomal
GGGTTGAAGATTTCTGGAATTCTGTGGTGATGCTCTGTGTGTTGTGGCCA	autosomal
CGGCCCCGGAGGTGCCCGTGGCCCCGGCCCGCCAGCCGCCTGCCCCCCAG	autosomal
CACCAGCCTGCGCCCGGAGCGCCGACACGGACCTCACCGCCCGGCACGGC	autosomal
CCTGGATCCCATGGTCTCCGGGGGGCCGCATAGACCCGGGGCGGAGCGAG	autosomal
CACATCCATGTCACTCTGTGCCACATCCATGCCACTGTGCCATGTCCCTG	autosomal
CTGTGAGACAGCATCACATTTTCTGAGTCCATCCCTGGCTCTGTACCTTC	autosomal
GCGGCGGCCATGGCGCGGCCCGGCCCCAAGGAGCAGCGCTACGATCGCCA	autosomal
CCCTTGTCCCAAACCAAGCCTTGTCCCATGCCACCTGCCTGTCCCTGCCC	autosomal
TAATACATACAGTAACTATCTGCGTAGAGCCATATAATACGCATTTTTCA	autosomal
CGCGGACCCCGGCCCGGCGCGGGGAGAGTCCCCGGGCGGCGCGGTGCCCC	autosomal
GGCAGAGGCGGGGATGAGGCGTCGGGCGGCGGCCGGAGAACGGGGCCCCC	autosomal
AAGGTGGTAGCACTCAGGGACAAGGCAAGGGGACAGCCCTGTCCCCCAGT	autosomal
GCTCTTGCCCAATCACCCTGTTTATAAATAGCTGTTTATTAGTTAGCTAC	autosomal
CCCGCCGGGCCCGGGTCCGCCGCCGGCCCGACGTGCACCGCGCGCGGCGC	autosomal
TCTCAAATTATCTTGAAAGGCTCTGGAATGAGACATATCTAATTATCAAA	autosomal
CTGTGCCGCGCCGGCCGCCGCCCGCCCGCCGGCTCCGCCGCGCCCGCTCC	autosomal
CAAAATCCTCCAAAAAACTCAAAATCCTCCAAAAACCTCCCAAATCCTCC	autosomal
ATAGGACAGCAAGGCTCTGCAACTGACTGGAAACAGGAGTCTCATTTGTC	autosomal
AGCCGCGTCCCGCGGAGCCCCCGCGCCGCCGCCGCCGCCGCCGCCCACAT	autosomal
AGCGGCTTCAGCTCGGGCACGCCGGGCACGCCGAGCGTGGGCAGAGGCGG	autosomal
CGCCCGCCGCCGCTCCGCGCCCCGGCCCCACCATGGGAGACGCCGGCAGC	autosomal
TCCGCCCGCTCCCGGGCGGACCGAGATAGCTCCAGGTCAGGCAAACCTCA	autosomal
CCGGGGCCGCCGGCACCACCCGGGCCGGCGCCAGGGTCGTGCTGCCCCAG	autosomal
GTCCATGCGCTTCTTCTGCCGGACCGGCTGCAGCGGGATGTTGTCGGTCA	autosomal
ATGGCTCCGCCGTGCCGCGGCGCCTTGCGCGGCCGCTGAGCGCGCTCGGG	autosomal
GCCGCCTGAGGGAGCCGTGCCGCAGAGCCCAGGGAGCCTCACCCAGCTAA	autosomal
GACCGGCTCCCGGCTCGGGAACTGGAGGATGCCCATCCACTCCTCACCGA	autosomal
CGCTCCGGGGCGCGGGCTGCGGCGCAGGGAGGGCGGCGGGGAGCGGCGGC	autosomal
TCTCAAGCCCTTGAAGATCTCATTTTCCATGCTGTGGCCCACCTGTCCCA	autosomal
CTATAAGTATATATATGATCTGTATCACCACTTCTCTCGTAAGTTTGCGA	autosomal
CCGGCACCCCGGGGCCAGCCCCCGGCAGCCCCTCGAGGCCGGCCCGCGGA	autosomal
GCCTTCGCTGGTTCTCATCAGAGATCAGCCCTCAAAATGGCTGACCCTCA	autosomal
GCCAGAACCAAAGGCAGCTGCTGATGATAGATTTCCACCAGTTTCCCACA	autosomal
CCTTCGGGACGCCACTCCGGAGGGGAGCCCGCGGCCGCCATGGCCCCGCA	autosomal
AGGGGACAAAAGAGGTCCTGCCTGGGTCCTGGTGCCCATCTCAGGTTGCC	autosomal
CCCCCCGGCCTCACCCGCGACGTTCCGGGCGGGCGCCGCGGCCCGGCAGA	autosomal
CGGTCCTGGCTCAGGTAAGGCAGCAGCATCCCCGCTCCCGGCGGTGGGCA	autosomal
AGCCAGGAGAGCCGGCCGCGGAGCTGGTGCCTCCGGTTGGTCTGTAACCC	autosomal
CGGCGGCCGAGGGTGACGGGGACGAGGCGCCGGTGGCGGCCGCCAGCAGC	autosomal
AGCGGAAAGGCGGCGGGGCGGCCACCATGAACCGCCTGGGGAGGAGAGCC	autosomal
AGCCGGTGCTGGTGAACATGGCAGCGGCCCGGCCCGGCCCGGCGGGCGCG	autosomal
AGCGCTGCCCTGCTGCTGGCCGCGGGGGCCATGTACTGCCACTGCTGGTG	autosomal
CTGGATTTCATTTGGGATCAGGATCAGACCCAAATCCCGGCCTGGATTTC	autosomal
CAGCCTGCCAGTGGGGATGGGACAAATGCCAGCTGCAGCAGCACCAGGAG	autosomal
CTATAGCTATCTCTTTTGGACCCCTTATTGCCTGCAAAATCTGTTTTATC	autosomal
CCACTGACTGACTCAGCCTGCTCCTCACAAGCAGGGAAGAGCTGTTGGCA	autosomal
CAGCAGCTCCCCTCTACGGCTCCATGCCGGAGGGCTGCGGGGGGACCCCC	autosomal
ATCTTCATTTTGAAAAAGAGAACGTTTCTCTAGTAACTGCTCTCCATATG	autosomal
CAATCTGACAAATTCTGATAAAGATTTTTTTTTTTTCTGTCTCACAGATG	autosomal
GCCGGGGCGGGAGCGGCGGCGGCGCGGAGCGGAGCGGAGCAGCGGCGGCC	autosomal
CACAGCAGACACCTGAGTGTGAGAGGGGACACGGCTCTCCTACACCACTG	autosomal
GCAGCGGCTCCAGGTACAGCTCCAGCCGCCGGTAGCTCCGCACCAGCTCC	autosomal
CGTCCAGGGCGGCTCCCGCCGAGCCCGGCCCCGCCGCCATCCCCGCGGCC	autosomal
ACGCCCAGGGCCCACCCGGCAGTTCTCCCCAGTTCCCAGTTCCCTCCCAG	autosomal
CGCGATGGTGAAGCTCACGGCGGAGCTGATCGAGCAGGCGGCACAGTACA	autosomal
GCGGAGGCTGCGGCTGCCGGCCCGGCCCGGCCCGGCCCGCCGGAGGGACC	autosomal
CCCGCGTGGGGAACAGGCTCTCCCCGTGGGGACCCCACTCCTGAGAGCCG	autosomal
AACAAAGTTCTCGGTGAGAGCGAAGCAATTAAGGGACCGGAGCAAATTCA	autosomal
AAGATGGCGGACAACCTGCCCACAGAGTTCGATGTGGTGGTGGTGGGCAC	autosomal
GAGAAAGGGGGCTGCAGGTTGACCTTCCCATCCCCTAACTCTGTCCCTGC	autosomal
ATGGCGCGCGCTCCTCCTTCTCCTCATGGACGGCAGCGCGACCCCGGCAG	autosomal
CGATGGCGGGGCCCAGCCTGCGGCCGCACGTGCACTGGGCACAGCGGCAC	autosomal
CTCTCCCCGTCTCTCCTCACAGCCGGCCCGTGGTGGAAGATGACGGTCCC	autosomal
CCGCCGCTGCCCGCCAATCGCCCGTGCTCCCCGCGGAGTCCAGGCCGCGG	autosomal
GGCACCGCCCACCCCGGCACCGGCGCGGTACTGACTGCGCCCCTCCGCCC	autosomal
AGAGTGGGAGCCGCGCTTCTCCCCTCCCCGCTCCCGGGCGCCCGATCTAC	autosomal
CAGAGCAGGATGATAAACAGTCCCCCAAAGAAAGTAACCATGGATGAGGC	autosomal
CTGGTGCAGACAGCCAATGCGGGGGCAGGAGCACTGGCTGTCACCATTGA	autosomal
ATTCAAAGCAGTCCATTTGGCAATCACAGAGATCCCACCGATCCATCAGC	autosomal
GTTACGTACAACTAGCCATGCTGTAGGAGAATGATGGGTTTTGGAATCGA	autosomal
GGGCCGGACCCGCAGCTCGGAGCCGGACCCGCAGCTCCGGGGCCGGACCC	autosomal
CTCGAGAAATAAATAAAACACAAAGGTCTATCAGATTTGTGAAAGGAAAG	autosomal
TCCTGCAACCGGGATGTTCCCGGTCCGTGAGGGACAACCCGACATCCCCA	autosomal
CGCTTTACAGCTGCGGTGCCCTGAGCTCCCAACCCCCGCCCACGCCCCGC	autosomal
ACCAGTAAATGCACCATGGAAACGCTGGTATCGTCCCTTTGCATCTTTAA	autosomal
ACGTCTGGCGCGGCGGCGGCGGGCGGCGCTCGGCACTCACCGCCTCGGCC	autosomal
CATGCGCGGCCGAGCCGCGGTGCGGGGGCTGCCCGCGGTGTCCCGCCGCC	autosomal
CACCAGCGCCACCTCCATGGGCGCCGCCATCTTCGCGGTCCGCCAGGGCC	autosomal
CGCGGGAAGCTCTCGTGGAAATGGCAGCGGAGATGGCCCGAGCCGAACTA	autosomal
CGGCCGCGCTTTGTTGTCTCGAGTCCCGGCCGCAGCAGCGCGGGCCCGAC	autosomal
CAGGTGTATGGGATGGGACCAGCATCTCAGCAGGCCTCGGCCTGCTAGAA	autosomal
GAAGTATTATTATTATTTATAGAGCAGTATTACTTTCTCTGTACATACAC	autosomal
CGCTCCGGGCGGCTCCGGGCGCTAAAGGCGGCTCCGGGCGGTGCCGCCCG	autosomal
GAGAGACGCCGTCGCCTTTGCCACGAGAGAAAAACCAATACAAACAATAC	autosomal
CCCTGAACGGGGGCCCCATGCCCCCACAGCGCCCTGGCACTCGGGACCAG	autosomal
TCCGCGCTCGCCTCAGCCGCCCCGGCCGGGAAGATGCACAAAGGCTCCAA	autosomal
ACCACCCTGAGAGTGCCCGATCTCGTCTGATCTCGGAAGCTAAGCAGGGT	autosomal
ACAGACCCCCCCATACCTGCTGTCCCCTCTATAGGCCCCGTCCCCTATAG	autosomal
GCCGAGACCCCCACATCACCTCGACCTCTTGAGCCTGAAACTTCCAAAAA	autosomal
CAAAAAAATCCATCCCAAAAAACCCAAAAACATCAAAAATCCACCCAAAA	autosomal
AGGCAGACGCGGAGGGCACCGGGGACATCAACATGGGGCCTCCGCCACCA	autosomal
CGGTGTCCCCCGTGTCCCCCGGTGTCCCCCCGGTGTCCCCCCGGTGTCCC	autosomal
CTTCCCGCTCCCGCTGCGCCGCAGCTCCGCGGCAGCCCCGCGCGCCCGCC	autosomal
ATGAACTGTGGCTTTATTTGCTGATGAGGTTTGCCAGCCATTAATCCACC	autosomal
GCGGCGATGGGGCCATGGCGCCGGGCAGCGCGCAGGGAGCGCCGGCCGCC	autosomal
ATCAAAATTTTATTTTTTTCGACAGCCAGAATGCCTTTCTCTGTATGAAC	autosomal
TCACACCTGAAATGGCAAAAGTATTTGACAAAATTGCAAGCACTTCAGAA	autosomal
AAACATTTAAGCAAATCAGAAATGGAAGTGCTATTCAAAGCAGTAAAACA	autosomal
ATAGGCAAAATCCCACCACAAAACCCCCACCACGAGGTCCTTTGCATGTC	autosomal
AAAGCAGACGCTGGACGCTTCCAGATCGAGTCTTCTGGGGAGTCCAACGC	autosomal
AAGACTTAGTGTAGTCAGCACAGCCCATCAGGGAGAAAAAAAGGTCAAAG	autosomal
CCTGTCCTGGGGGGCATCGCCGGGGGCAGCCGTGCTCCGGACCGTCCGCG	autosomal
CACTGCTGGTGACAGCTGGGGCTGAGCACATGTGGGGTGGCCCCGGGTCG	autosomal
CGCAACGCAGCGCGTCCCGTCCCGTCCCGGCGCGAGATGAGCAGCCCCGA	autosomal
AGGAGGAGGAAGGGGCCGGTGGGCGGGCAGGCGTGTCCCAGCGGCCGCTC	autosomal
GAAGGAGTTGTTACAGGATTTGTTGTTTTAATTCTGACATATACTTTGAA	autosomal
GGCTTCCTCCTGCCTCCTTCTAAAACTTGCAGATTCCTCCAGCCTGTCCA	autosomal
CCTCGGGCCCCACCAGCAGCCCCTCTCCGACTCCGCCCTGAACGACTACC	autosomal
CAAATATATTCTGGAAGAGATGCAGGGGAGAGGAATGTAGTGCAGAATGG	autosomal
AAAGAGGTTAAATGAAAAAAGTGACCTTCCAAACTTGTACTTTAATGGAC	autosomal
CAGGTTCATTGCGCCGCCTTTGGCAAATAGCCTAATCTTCCCCTGGCCGA	autosomal
ACAGAGTTGCTCTCAGCAGGAAAATGGCAGCATTCCCACAGCAGGAAGCG	autosomal
CCCCCGATCCCCCCAACCATGGAGGAGGTGGACAAGATCCTGATCCACTC	autosomal
GACAGCGTCCCCTAGCATCCCGGCAGCGTCGCCCCAGCATCCCGGGAGCA	autosomal
GGAGATTAATTTTAAGTAATTGTAGGATACTGGTGTTTGACTTGTAGGCC	autosomal
CCATTTCCAAAAGTATCTGTTTGTGCTGTAAAAAGGGGCACACTGAGGTC	autosomal
GCGGCCCCTCCGCGGCTTCGCCGGGCCGCTTGCGCCCGTTGAGGCGCAGC	autosomal
AGAAAGGGGGCATAAGAGGAAGCAGCACGGATGGGCGGAGGGGCAGCGAG	autosomal
GGGGCCGCTCCGGGACCGCCGGCACCGGCACCGGCACCGCCGCCAGGACC	autosomal
CAGTATAAACCAGTAACCCCAAATCCACATTTAACCCTTTCATTACCATA	autosomal
GGCACCTGCGCCCCGCGGGCCGGGCGGCGGCGGCGGCCGGAGGGCGGTGA	autosomal
CGACTTGACGCATTCCGGCACTGGCTCCTACTCCTAAACGGCGCGTCTCA	autosomal
AGAAGAGCCTTCATTCAAGATTCCCCTGTGAACCCTGCATTGATGCCAAG	autosomal
GGCTGGTACGTGCTGCAACTGCAGGAGGAGGTCGGGCGGAGCGCCCGGGA	autosomal
AATGTTTGTCCTGCTGGACAGGACCTTTCGAAAGTAAGTGAATTTTTTAA	autosomal
GCGCATGGCCTGCTGCAGCTGCTTCACCTCCTTCTCCACCGTGAGGGCCA	autosomal
CGCGCCGGGCGCGCTGCCGGCGCCGCCGGGAGCCGTTCCCGGGCTGCCGA	autosomal
CCTTGTTGACTTGGCGAATTTAAAGGGCCGTAAGGACACTGCGCCGCCGC	autosomal
CGCAGTCCGCCGCCGATGGCGCTGCCGGTGGCGCTCCCGTCACTGCGGCA	autosomal
GCAGGGAACGGGGCTATAAAAAGGTCCCAGCTGCGACGGCAGCGGCCCCC	autosomal
ATTGGCGGCGGCTCCGGAGCTGCCTCTGCCGCCGGCTATGGAGCCTCCCC	autosomal
CGCCTGCCCGCCGTCAATGGAGGAGGACGCTGAGACCCGCAAGATCAGCA	autosomal
AAGATGGCGGCGGCCATGGCGTGGCTGAGGCGCGGCGCCTGCGGCCCGGC	autosomal
AGAGCCCCAGGCCCAGCGCTGTCTCCCAGCCGCCCGCCATGCCGGCCCTG	autosomal
AGCACCCTGCGCACCCTGCCCGGCACGCGGCTGGCCTGGATCGCTGAGCC	autosomal
CGCCGGCCCGGCCCGGCCCGGCCCGGCCCCGCCGCCGCTCCGGGGCCTCC	autosomal
CCCTGGTTGAGGTCGTTCTCGGTGTTGTCCAGCCACAGCCGCACGGCCAC	autosomal
GAGGTGCCGCTGGGGGACTTCTACCCCTTCGGGCCGGCCCAGGGCGACGC	autosomal
CGCCCCCTGACCCCTCCGAGCCCCCCAGGACCCCCCCCGGGCCCCCCCCA	autosomal
CCGGATCCGAGAGAGCCGGGCGGTGGGAGGGGAGGGAAGGAAGGGAAGGA	autosomal
CCGGGCCCCGCCGCTCCTCGCTCGGCGGCGACGGACTGCGCCGGGGGCTC	autosomal
CTGGTCTTCCCAAGGACACTGCCTTACTATATCACATCATCCAGTCCAGA	autosomal
TATAAAGGGCCTTTTTTCTGGTCTTTTCAGTGGTGTTATTGTCTTTCACA	autosomal
CAAAAAATCCCCAAAAAAAGCCAAAAAATTCCCATAAAATCCCCCAAAAA	autosomal
CGCCCTCTCAAATCCCGCCTATACTTCGGCCAATCAGCACCGCGCCCCGC	autosomal
AGAGAATGAGACATTGAGAAGTCCTTGACTTAGTGTAAGGTTAAGCACTG	autosomal
AGATGAAGAGAGGCTGAGCTTATCTGCTTTGCTGATGCAGATACAACAAA	autosomal
CCGCGGCGCACGGAGCGGAGAGGGGTGGAGGCTCATTTCGGAGCAGTGTC	autosomal
CTCGGGGGGTGAGAGGGGCTGCGGGCAGCGGGCACGGCAGCGAGGGGAGC	autosomal
CAGTTGGCGCAGGCCCTGCCGGAGGCCTCAGTCCCGGCCGACGGCGGCGG	autosomal
CCCGGAGCCGCGGACATGTCGGTGTCCCCCGTGAAGCGGCAGAAGATGGA	autosomal
AATTCCATGTGGGAACGCCGGGATCCTGTGCGGGAATGTTGGGATCAGTG	autosomal
GCGAGCCCGGGTGCCGCACGGAGCCGCCTGCCGGGCCGGCGGGTCCGGCC	autosomal
CCGGCGGGCCCCGCCCCGCTCCCGCCCCCGCCGCACGCAGCCGCAGCCCC	autosomal
CTGCCTGCGGCCCCACACCTTTTATAGAGGCCTGGGGGGTGGGGGACCAA	autosomal
GGGAATTCCCCGGGCTCGGCGCCGCCCCCGCCGCCTTCGAGGAAGTCAAC	autosomal
GCTCCTTATCGCCCCTTATCGCCGCCCATAGACCAGCATTGATACCCAGC	autosomal
CGCCCGCCCGCCGTCCGCTCGCAATACGGGCTCCCCGGGAAACAGCGGCC	autosomal
AGCAACCTGCTGCGGGAGCGGCTGCTGCTGCGAAACCCCTCGGCCGCGCT	autosomal
CACCGCCGAGGGAAGGAGGCGGTGGGGAGCGGAGGGAGGCGGGCGCAGCC	autosomal
CTGTGGCCTCTGAGCACCTGCTTTACATAGCTTTCCTTGTATTATCATTA	autosomal
TGCAGGGTCTCCTCGGCTGCGAGGAAGTGTAGTTTCTGATAGGGCTGAAA	autosomal
AAACGCATGTGCATGTTGGTGATGGGATTAAAGGAGCCGCAGGCCAGGAG	autosomal
ACGCTGAGCAGGCAGGAGCCCCAAGCCCCAGGCTGGCCACTAAGAAGGCC	autosomal
GCGGGGTCGAGCGGCGGCGGAGGCGGGGTCGCGAACTCTGACCCCCGGGA	autosomal
CACAGGCGAGCTCCGCTTGCCAGCGGCAGGAACGGCACCTGCGGCAGGAG	autosomal
GGCTCCACCCTGCTGCACCCCCTGAGCGCGCTGCTGGGCATCCCGCTGGA	autosomal
ACTCCATTATTCTTGATATTTTCTATTTTGTCAGCTGAGGGCCTGGAGAG	autosomal
CAATGAGTGCTGTGTCAGGCAGTGCCAGAGCTCCCACGTTGTCATTGAGC	autosomal
GCTGGGGGAGGGGGTCCATATACCACACGTGGGCGGGGGGGAGGAAGGCA	autosomal
GAGTATTTACAGTCTGGGAGCTCAGATAGCGCCGGTCTGACTCTGTGCCC	autosomal
CATTGTGCCATTGAATTTGTGAGGAACTGTGACAGAGACAGAGAGACGGG	autosomal
AGCCCAAAAAAACCCCAAAAAATCCCCAAAAAAGCCCCAAAATTCCCGGA	autosomal
CAGACTAAAAACCCGTTACTACTCTTTCAGATTAGCAAAGCCCTGGATGC	autosomal
CAAAATATACTGCTTTTTTATACAGAATTTTGTGAGGACCAACTCCATTG	autosomal
GGCCGGGGCCAGCGGGGCCGGAGCCGGGAAGCGCCCCCCCGCAGCCCCCC	autosomal
AAATTCTGGTAATGGTCGTGATCAGGTTTCCTCTTGGTATGTGGTGATGG	autosomal
CGGAGCGGCGGCGGTCGCGGTCGGATGCCCGGGGGCGGGGGCAGCCCGGC	autosomal
AGGTCGACCACTTTCAACTTTTTCATGTAGGGAGAAGACTGATTCAGCAC	autosomal
AGCCCGGCCCCGGTGAGCCCGGCCCGGGTGAGCCCGGCCCCGGTGAGCCC	autosomal
AACAACAACAACAAAAAAGCGCTTTATTTTCCAAGCGGGGGGGGAGAAAT	autosomal
CGAGGAGGAGGAGGAGGGCGCCGAAGAAGGCATGGAGGGGGCGGCGGGCG	autosomal
ATCCCCCAGTGCCCCATCCCACCCCCCAGGTGCCACCTCTGCCCCCCAAG	autosomal
CCCTGCCCGGGAGCGCCTGCGGGCAGGGACGGCGGCGGCTGCGGGCACAG	autosomal
CAGGCGCTGGGGGGCGGCGGCGGCCGGGGGACCGCAGCTCCCGGGGCCGC	autosomal
TGCAACTCTTTAAAGAGTCACTCCCTCAATGAAAGTTTCCTGATATCCAA	autosomal
CGTGCTCCCGGTACCGGCCGCCTCAGCCCTTCGGGGCCGCCGCACCGGGA	autosomal
GCGAGAAACCCCCCGGAGCCCCCGGCCATGGGCAGGGGGCTCGGGGACCC	autosomal
CGGGGCAGGAAGGCCCGGGGCAGGAGCAGGGAGAGGCAAAGCACCAGGCA	autosomal
AGGCTGAGGGAAGACACCGAGTGTTAGTCCTCTGTGTTGAAGAGAACTCA	autosomal
TCTAGCCCCAAGTGACTCAAGGTCTGACTGTCTCATCCTTCTTAAGGAAA	autosomal
AGTGCAGTGCCCAAGGGACACATCCTGACCTGCCCAACCTCACAGACACG	autosomal
AATGCTCCCAGCGAGAGGCAGCCGCCCCCGCTGGGCTTCTGCCGGGCTGG	autosomal
ATTACAAAATCACTTGCAGGGACATCTACTTTATTCCCAGCCTACCGGAG	autosomal
GACGGAGCGGAGCGACGGACGGAGCGCAGGGACGGACGGAGCGCAGGGAC	autosomal
AGGTGAAGTGTGCCAGTGACACTCGCCCGTAGTATGGATGCGGTTTCAAT	autosomal
CCCGCATCCCTTCCTTCCCCCATCCCTTCCTTCCCTCCATCCCTTCCTTC	autosomal
CGCCGCCGTAGACGCCGCCGCTCATGGCGCCTTCAGCACCGGGACAGCGC	autosomal
GGCTGAAGCTTCAGCCCCTGCATTTTGCCCTCTCCCATTCCAGCACAAAC	autosomal
GCACAAATCCAGGCAGTCACAGGCACCTCCACTCACAGCAGCACAGACCC	autosomal
ACAGCCGGACCCGGGGCGCAGCACCTGGCTGCAGCAGGCGGCTGGGCTGC	autosomal
AGTTTGTTTGGTTAGAAAGTTGACATTATCAGCATTGGGTACATGGGGGA	autosomal
AGGTGAAATCCAGCAGCGACTGAGAGGCAAATCCGGAAAAAAAAGCCAAG	autosomal
ATGAGTGTGGGGTTCCATTCCGCCCGACGGCCGCCTTCCTGTGGGTCGGG	autosomal
CCGGGCCGTGCCCCTCTCCCTGCTCCTGGAGCTCTCTGTGCACAGCGGGC	autosomal
ACAGCGACTCGTACTGCGAGATCAGCCAGTACCGGGACCAGCACTTCCGG	autosomal
CGCCCTCGCCGCCGCCGAGGCGAGCGCCGCCCGCAGCGCCCGGCTCCGGA	autosomal
CGCGCCCGTGTCGGCCACGACGTGCGGAACACGCGCCATGTCTGCGCGCC	autosomal
GCCGTGCCATGGGATTGTGGTGACCGCCCGGCCCCGCCGTCCGCCCGCCC	autosomal
GGGAAAACCTGAGAAAATAGGAAGGGGAGCAGCTGAGAAAGCTGCAGAAA	autosomal
CGCGGCCCCGCAGCCCGGTCCCGAATCCACCGCGGAAGCCCCCGCGGGCC	autosomal
TTTAAGTGGAACAGACAAAGAAATCATGCCACCAGCAGCATCAGAGAAAA	autosomal
CCACTATCCCCAGGGTGTAGAGGAGCCAGCTCAGGAGGAAGGGAATCCAC	autosomal
AGACAGCAGAGCAGAGCCAGCTCTGGTGGGGACGTGGCTCACAGATTGTG	autosomal
CAAACCGTCGCTGCTCTACGAGGGCTTCGAGAGCCCCACCATGGCCTCGG	autosomal
CAGTAACTCATTAGGACAGCAAGTGTGATCTCAGCTCTTTCACAATGATG	autosomal
CATCTGTAAAATCACCAACTGTGGCACTTTTCAGGAATGCATCCTCAGCA	autosomal
CGCACACGCCGCAAGTGTCCAACAGGTTGAGCGGGGCCGCGTCCCCGCCG	autosomal
CAGGGGCTGGGCCCAGGGTGGGGGGGCAGCAGGGGGGTGCGGGGCGCGGG	autosomal
GCTGCGCTGCGGAGCCGCGGCGAGCCGAGCCCCGCCGGCAGCAGCGGGCA	autosomal
CGGAAGCCGTGCAGCTGCCGGCCGCTCACATACCGCCACCGCCACATCGC	autosomal
GGCGGCGGCTCCGCCCGCCCGGCCCCGGTCCCGGCCCCGCCTCAGCCTGA	autosomal
CTGGGGTGGTTTTAAGGAAAACTCACAGTGTTCATCTGTGCAACAGGAAA	autosomal
AGGACATTCACTCAGCTGTGACAGAAGCTTGATGAGGACAAATGGATATG	autosomal
ATCTGGGCACTTTCTCCTTCATGTCACTGACCTGGCAGGAGCTGCTTTAG	autosomal
CCCGCTCCTCCTGCCACAGATCCTGGTTCTCCTGCCACAGATCCCGCTCC	autosomal
CGGGGCGTTATTTCGTGCGGAATCCCAGTCAAGCCATAAAAAACCCCGCC	autosomal
ACAGATCAAGATGGACTCGCAGATGACCAAGCAGGCGCTGAACGAGATCG	autosomal
ACTAACATTTTTGTGACTACTGTCCAGATCTCCTTGTCATTATCTTTGAA	autosomal
ACTGGATGGCTCTGCCGCCCCACCGACACGCCGAGTGTGACACACTCCGG	autosomal
CAAACCTTTCCTGGTACAACTTCATGCCATTTCCTCCTGTCCCGGCCCTG	autosomal
CCGCCCCGGGAGCTGCCGGCGAGCCGCGTCCGGCCCGTCACTCGCGGAGG	autosomal
CCCCGCCGCCCACCGCCGCCTCGCCGCCGCGCAGCCCCAGCCTGGCACCG	autosomal
CAATCCCAAGTCACATTTCCAAGTTCAAGATTTAAGGAAAATCTCAAAAA	autosomal
GCTGGAGGCGGGTGTCCTCCTTCACGGGGCCGGTGCCGCGCTCCCGCCAC	autosomal
GCTCTGGGGCTCCAGCTGCAGGACTGCCTCAGAGAGCAGGCTGGTGAACA	autosomal
CACTGGTGAAGCCAAACATGGAGTACTGTGTGCAGTTCTGGACTCCCCAG	autosomal
ATTTTGGCTCTCTTGACATTGTTTCTGAAGCTGCATAGGAGAACTTAGAA	autosomal
AACCCACTCTCTCTCGGTTTGAAGCCATTCCCCCGCTGTCCTGTCAATAC	autosomal
CCCGCCCCGGGCCGAGCACCGGGGCCGAGCCGGGTGCGGCCGTTCCGCGC	autosomal
CAGATCTCTGCAAGAAGCCTGTGTGTGCCGAGCTCCTACGCTGCAAGTTC	autosomal
CTTCCCGGCGGGTTTCTGCGAGCCGCCGGGCGCCTTGTCCGCCATCTTGC	autosomal
CCCGCTCCGGGTATGTGAACAACCAACCCCCTGCCCCCCCCCTCCCCCCC	autosomal
CTCCCTGGGCAGCCCCTGCCAGGGCCTGAGCAGCCTTTCCATGAAGAAAA	autosomal
GCGAGCGCAAAATGGGCTGAAAAAACAGAATTTTGGTAAAAAACGGGTGA	autosomal
AAGTATTTAATGACTAACATTAAAGGAAAATAAACCTTTCCAATCAATTG	autosomal
CCAACCCTTACAACTTTCTGCAAGTCTAAAAATACTATCCCAGCACACAA	autosomal
GAACCCTCCCGGAGCCCTCCCGGCACCGCCCGACCGCCGCCGCGCCGCCC	autosomal
CGCACCTTCCTCCTGCCCGACCCGGCGCGCACCGCCTGGGCCGATGTGGA	autosomal
AGCGGGAGCCGGCACCCCTGGGGACCCACCGGCTGTCCCCGCCGGGGCCG	autosomal
TAGGGAACGGGACGTGCCCTGGCTTGTCTGGCCCCTGCTGCTGGACCGAA	autosomal
GCGATGGTGCTGGAGACTCTGGCCCGCATCGTCAAGGTCCAGCTGCCCGC	autosomal
GCCCGTGTTCAACTCCGACCTGCTCCGAACCACAGGTAAGAGACCTAACC	autosomal
GAGTGCCCCGTGGCCAGCAGCCCAATGAGGACACAGGCGATGACCGTCAC	autosomal
TCTTTTCCCCATCTGGCATGATTTCCTTGCCCTGTCTGTACCATTTGACA	autosomal
GTGACGCAATCGGCGCGCGCCAGCGGGCTGTACCACTGCGGGCGGCGGGA	autosomal
AGCAGGAAACGGAGATGTGCAGGGGTATTTTCCGCTGTGGCGAGCACAGC	autosomal
CGCTGTCCGGAGGCTGGGAGGAGGCTCGCCAGGAGCACAGCCACGATCCA	autosomal
GCCGCGACTTGGGCATGGCTGCGCCGTGCTCCGAGGCCCCCGCGCTGTGA	autosomal
AGAAGGTGCACACAGGTGAGACGCCCTACAAGTGCGGGGTGTGCGCCAAA	autosomal
CACCATTAAAATGCATCTTTCTGATAAAAGACCAGCTCAGCGTGATTCAA	autosomal
GAAATGCTGAAATTCAATCTTTTCACGTAACTGCTGCTTTTCAGCCGCCC	autosomal
GACAGGTTCCAGTCTGTTCCCTTGATGCCTTAAGGAGCTGCAGCAGAAGC	autosomal
GGATTCCAGCTCCTCCCCGGGGGCCGCCGGGAATTCCTGCGCCGACCGAC	autosomal
CCCCCAGGCTCAAAAGCTCCTCCCCTCCCCCAAAATTGGCCCCGGAGCGC	autosomal
CGCAGCACCGCATCGCTCCCCGCTCCTCCGCCTGCTGCTGCCGACACCAC	autosomal
CAGCCTCCTCCTCCGGCCGGTGCTGGGTCCTGCTGATTTCCAGCCTTGTC	autosomal
AGCGCAGTTTAAATTTATTCACGAGGAATCCTCCCAGGAATGTGCCTCCC	autosomal
CCGCCTTTGCGAGCTGTGCCGCCCAGCCCGAGCGGAGCCTTTCCGCCTGA	autosomal
CAGAATTTTGTACTCAGGGTTCCACTCAGAATTTTGCAATCAGGGTTCCA	autosomal
CCTCTGGTTTGGTTGTACAGCTCCGAGTCTGGGAGTTGTTGTCATTTTAA	autosomal
GGGCAGCATAGAGAGGGCGGGCGGCGGGCGGAGAGCCCTCCGCCGGCGGA	autosomal
CCGGGCCGGTTCTGGGAGCGTGGCCATGTGCAGGCGGGGCTGCGGGAGCG	autosomal
CTAAATCAATACTGGACAGATAAAAAACCCAACAAAACAAAGCAGTCCAG	autosomal
AAGACTGATTCAATTCTTCAAAGACAACTGCTCCCAACTTGTGAATACTT	autosomal
CTCCCGGGCAGGGCAGGTGCCGGCAGGACCGTGGAAGCGCCTCGAGGTGC	autosomal
CACGCAGGCTGTCAGCTCCGCGGGGAGAAGCTCTCGGACCGCGCTGGTGG	autosomal
CAGGAGCAACCTTTAGCTACAGGAAGCTGAGGAGCTGGAGCTGAGGCAGC	autosomal
GGTGGCTTTGGAGTGCAGCTGAGCCTCAGCACTTCAGTGGGATCCCGGAC	autosomal
ATGGGCAGGAAATGGGGCTGGGGTCCGTGTTCCTCCCCCCGGAGCAGCTC	autosomal
CCCCCGCGGAGCTGCGCGCGCCGCCCTCTCTCCTTTGGCGCGGCCGCCGC	autosomal
CTGCAGGCTGTATTGTCTGATGGTGTGGATGACTTTCCCCCCGGTTATCA	autosomal
CGCCATGGAGCCGGCGGAGGTGAAGGACCGCATCTTGGAGAACATCTCCC	autosomal
CACTTCAGAGAACAGCAACACGATGGATTTCTTTTTCTGTGCTCTGGACA	autosomal
ACACTCCGGGTTTCTCCGTGCTCGCCGCCGCGCTCTCTCCTGAGCCGGCC	autosomal
AGCGCAGCCATGGCGGCGGGACCGGGAGCGGCGGGCACCGCTCGCGTCTC	autosomal
ACCCAGTCTGATTGGTAGACAGTTGTTCTTACCAGGAAAGACACAAAAGG	autosomal
GAGCGTCGAGTCGCCATAACAAGGCACCGGGGGAGCGAGAGGATTTTGTA	autosomal
GAACCACGCGCGCTCCTGAGCACAGCGCGGAGCGGAGGTTCCCTGCTTCC	autosomal
GGGGGGTCCCGATCTCCTTTTCCTCCTCATCCCGGGGATTGTGAACCCCA	autosomal
ATCGGTCACGCGCGGGCCTCGCGCCGCCGCTCCCGCCGCTCGCGCGCCCC	autosomal
AAATGTTGCCCTAGAGAAACACTGGGAAGCAATGCAAGCATGCCTAGCAG	autosomal
CTTTATGCTTCAATATTTCAGTATTATATTGTAAATGCCTAACAGACGAA	autosomal
CGGGAGAGCCGCAGCCTCGGCGGCGGCAGCGGCAGCAGCGCCTCCGCCCG	autosomal
CCGGCAGGGGCGGCGGGCGGGGCGCGGCTGCCCCGGGCCGTGCGCGCTGA	autosomal
AAGAATTCAGAATCCAATCAACCTGTGAATCGCTGCTTATTGATAAACAA	autosomal
GCTGTACCCAGCAGCTTACGAGGAGTTGTTCCCAGCTGTGAGGTCACAGC	autosomal
GGGGACGGTGGGGACAATGGGGACAGTGGGGACATTGGGGACAATGGGGA	autosomal
ACCCGCCTCTGCAGGGGCAGACACCTAAATCCGAGCCCCTCTGCACTCCG	autosomal
CGGACAGCTCGGGCATCTCCCCCTGAGGCTCCATGTCCGGCATGTCACGC	autosomal
CCGCCGCGCCTGCCGCGCCGCCTGCGCCCGGGAGGAGCCGTTCTCCGGCG	autosomal
GAAAGTTGAAATGATTACAAAAAAAAAACCCCAAAAATCTTAAAAAATAA	autosomal
CCCCGAAGCCCTTGAAGGCCGGGCTGGGCCGGGCCCGCGCCGCCTCCCGG	autosomal
AATAGACAAACACTAAATAAATCTGGATTAGACTGTTTCCAAACCTCTCA	autosomal
AGTATCTACTCACAGATGCCGCCCTCTGGAAGAGGTGGAGACATCTGGTC	autosomal
ACCGGCCGGGCGCCCCTCCGCGCCTCCCGCCGGACCTGCTGCGGGCAGAG	autosomal
AGCAACTCGCCATCTTTTCCCTTCCCTTAATTCCTCCTCCTCCCACAGTC	autosomal
CGGACCCCGGCCCAGAGATCTACGTCAGCTGGACTAGTAAAGGGACTCAG	autosomal
CCCAAATTTTCGGGGGTCCCCAAACCCTCAGGGGTCCCCAAATTTTCGGG	autosomal
CGGGCGGCCGCAAGATGCTGCGGACAGCACCCCGGCTGCTGCGGACCATC	autosomal
GCCGCTCCCGGCGCGGGGCTGCGGCTGCCGCGGGGCTGACATAATCCGCC	autosomal
AGCATCCCATCCGCCTTCCCCCTCCCCTCCGCCGGAGCGCAGCCCCGCAC	autosomal
GAAACCCGAGTCGGGTCCACAGGAAGGGAGGAAGGGACTCGGGTCACTCC	autosomal
CCAGCTCCGCACGCTCCTCCGCGGAGGGCTGTGCCGCCTGCCCGCTGCGG	autosomal
ACTTGGGCATGGCGGCGAGCCCGGCGCTACGCCCCGCTGCCGCCCGCCGC	autosomal
ACCGATGCGGATGTGCTGCTTCCCGTCGTAGACCAGCCACTCGTACACCT	autosomal
CCCGGCGGCGCGGCGGGCGAGCGGCCCCGCCGGCAGCGCCCGGCGCGGCG	autosomal
CCTCCCGGCCATGGGCTCCTTCCTGCCCAGCCCGCCCGGACTGCGTGTCC	autosomal
CCCGGCACAGCCCGGTTACCCCTCCCCGAGCCCGGCACAGCCCGGTTGTC	autosomal
CAGGCCCCGACGGCAGCGGCTCAGTCCGGCCCGGCCGCCATGTCAGCGGC	autosomal
CCTGAGGATGCCTCCTGAGGGGAACTTTGGACTATGACTTAAGCCACCTA	autosomal
GACACCAACTCAAAGATGGCGGTCACCATCTCCAAAATGGTGGCCACCAA	autosomal
CAACACCCGATGCCCTTTACCGACACCCGATGCCCGGTACCGACTCCCGG	autosomal
CTCCTCCAGCTTCTCCCGCTCCCGCTTGGCCAGGTACTCGCGGCGCGAGC	autosomal
AGCACTCCATGCATTCTCCCTCTCTTCCTGCCCTTCTCCTGCAGACCATC	autosomal
GGCGCCGGGCCGGACCCAGCCCAGCAGCAGCAGCAGCGGCGGCAGCAGCC	autosomal
CGCCGCCGCCGCCGCCCGCGGCCGCTTCCCCGCTCGGCCGCCGCCTCCGC	autosomal
CGGGGCTGATCCCACAGGTGATCCCGGGGCAGGCACCGGCGCTGAACCAG	autosomal
TTGCAATGATGTTTTGAATTTCTTCACCTGAAGCAGCAGTGAAGAGCAAA	autosomal
GTGCTGCTCACCTGCTGCTCACAGCTGTGCCCATGGGGATGAGGCTCCCA	autosomal
TCCGCCCGCAACACAGACGGAAGTGCCGGCGGGGAGGGGGAGCGGGAGGA	autosomal
GTCAAACATCCAAACTCCATCTCAAAATAGTTAAGCAAATATTTTTGCTA	autosomal
ACTTAACCCCTCTCCCATATTTTTGGAGAATTCCTCTCAACATTTTGTCT	autosomal
GAAATGGAACGGAAAGGATAATATCACAGTAACTCATTTGGCAGAATCAA	autosomal
GACAACGAGGGGACACGGGGTCAGCGGGGACCCCAAACCTCAGTGTCACC	autosomal
ACACAGCACTCATTGCAGCTGTTGGCCAGCGGGCAGGGGCCGCAGGGCTG	autosomal
ATTTCAACTGCAGAGAAACATTTTAGGTGGTTCAGAAGCTGCAGGGTGGA	autosomal
CTGCGGTTCATCGGCCGCACTCGCACGGCCACCTTCACCGAGGCCATGGC	autosomal
AGGAAGCGGCTCCAGCCAGGGGAGTGACCCCCCAGCCCTGCCTGCCGCCA	autosomal
AGTGCGGTGCTGCGCCGCGAACATGGCGTCGGAGGGGATGATCCTGACGA	autosomal
AAAAATGCACGGGGAAGAGCAGTCTCCAAGCATCCAGTGGACACAGACGC	autosomal
CTGTCCACGGCCAGCTCCGGCATGGCGCCGCTCGCTCCGACCGACGCGCC	autosomal
TTCTAGAAGTGATAATGTAAGAATGCCAATTTGGTATCTTTAAACAAGAA	autosomal
CGCCCAGCTCCGCGCCGGGATCCGCCGCCGCTGCCATGGAGCCGCATCGC	autosomal
CACATCCTGGTCGAAGGGGTTGGTGGCGAAGAGCGGCATGGCGGGGCGGG	autosomal
ATTCTCCTCAGGGCCGGGCTGGGTCTCGGCGCCGACTCTGGTTCTCCTCC	autosomal
ATGAGCCAGTCGGGGCAGGGACTTGTGTACAGAGTATCCTGATGTTGGTG	autosomal
CGGTGCGGGCTCAGGAAGTCGCGGGCCAACTCCAGGTCCTGGAAGTGGGC	autosomal
TGCCAGAGCAGCAGCAGAAGGGCCATGGAGCAGTACTTCTCAGCCACGCA	autosomal
AGGCTGCATCCCAGAGCTGCTGTGGTCCTGGTGGATATCCAGCCATGAGG	autosomal
AATAAAAACAGCGGCCGGGCCCTGGAAATTCACTTTACACATGGATTTTA	autosomal
GCCACCTCCAGGGCCTTCCCCTTCACCGTGTTGATGACGTTCTGCATCGC	autosomal
CGGCTCCGCGGGGCGGCGGCGGCGGCTCCGGGCCCGGCGCTGGGTGCGCA	autosomal
GCCCGCAGCCGCGCCATGGAGCGCCGCGTCGCCCGCGAGTTCCGGCACAA	autosomal
AACAGCAGCTGAATGTGCATTAAATTTGAAGAAGATATATACAGTACAAA	autosomal
CTCTCCGCCCCGCTCCGCTCCGCTCCGACGGCAGCGGGGGGACGAGCTGC	autosomal
TAACCGAAACCCTCATTATCCCTCATTTACCTAGGAAACAGACACCAGCA	autosomal
CAGTTCTCTTGGCAAACCTCAGTTTTAACTAGAGTGTTTGCTATGCCAGA	autosomal
CTAAACCCAACAGTATCCCAAAATGTTAAGCAAAATACAAAAAATGAAGA	autosomal
CCCCTCTCCACTTTGGCCGCCCCCTCACCGTTCTCTACCTCGGTCTCTGA	autosomal
ACGGCCGGGGCGTGAGCAGCGTGAGCAGCCCCGGGCGCGGTGACAGGGCC	autosomal
CGAAGGGGATGGGACCTGATCCATCCCGTCATCGGAAGAGTTTTACTGCA	autosomal
CCCGCCCTGTCCGCGGCCGCCATGGGCTCCCTGCTCAGCCGGCGCATCGC	autosomal
ATTTGCAGGTTGATTTTATTCTTTCCCATATTTCATTTAATAGTTCTGCC	autosomal
GCTAGCGGTGGGGCCGCTCTGCCCCCCGTGAGCCACCCCAGCCAGGACAA	autosomal
AATTCATAACGTCAGGTCGCAGCTGAGTCAAAGATAACAGCACCTGGAAA	autosomal
AGACAGAAGCACTGTCAGTCCAGTCCAACAGTTATGCATTTAATATTGAA	autosomal
GGAGATAGAGGTAGCAGCTTTATATTTCTTGTCTTCTGAATATAGCCTCA	autosomal
CTGGACCTCAGCACGCACCTGGCCAAGATCTCGGCCGAGCTCAGCCTCGC	autosomal
CGGCAGCGGGCTCGGCCCCCTCCAGCCGCTCCCCGGACGGGCCCGGCGGC	autosomal
GAGCATGCCACCTGCCAGGGCAGCCCATGCCTTCCCAGCGAGCAGGGAGA	autosomal
ATATACAATCAGAGCAGAGCCCTTAGCGCCGGCGGTCACTGTGGCCGGGG	autosomal
CGCCTCGGCAGTTTTGCGACAGCCGTAAGTGCGCGGGGCGGCCGGCGGAG	autosomal
AGCGCCGGCACTCACCCGTTCCTGTCGTACTTTTTGAACACCGGGAAGGC	autosomal
CGTGGGCGCTGCGCGGTGTGGGTCCGCCGGACGGCTCGGCAGTGAGCGAG	autosomal
GGGGATTCAGGCTCTCAGGAGGAATAGATTTTAACCAACCCTTAATCATA	autosomal
TCACATCCAGTTACTTGTGAGAAAAGCACATTTCTAGGTGAAACATGGCA	autosomal
CCTAGGAGCAGGAGGTAGAAGGAGTTACACATTCTAAACCAACCTCCCTC	autosomal
GCACCGTGGAGGGGACGGCGCGCGGCGGCGGCGTCGACTACGAGGACGCC	autosomal
ACCCGCCGTTGGGGCTGGGACAACGGCGAGCCAACCGCCGGGCTGGTGGC	autosomal
CGCCGCCGCCGCCCGGCCCGCGCCCAGCGCCGCCATCTTGGCCAGCCCAC	autosomal
AGCGCGGGCAGCAGCGCCGGGCCGGCTCCCCGCACCCCGCGGGGCGAGGG	autosomal
ACAGGAAAACGTTCTCCTCCCCCATGGCCACCCCGGGACCCCCAAAATGC	autosomal
CCATCTTGGCTCGGGCACCGGCCTCCCCCCGCCCTCCGCTCTCCCTCCCG	autosomal
CGCGCACCCGCGGCGGCGGCGGCCGCTCCGGCCCGTCCCTGTGGGAGCCG	autosomal
CATGGCCTCGGAGGGGGATTTGGGGATGCCTCTTCCTGACTCAGCACCGG	autosomal
ATCCATGCTGACACAGGTTATCGCTCCGTTTGCCCTCTTCTGACTCGCTG	autosomal
GCGAATGGATGTTTCTCGGGAGGAGCTGGCTCTGCCCTGTGGGGTTCAGC	autosomal
CTTCCCCGCCGCTAGCCGCGGCCACTTCCGCTTCCGCTTCCGCCCGCGGC	autosomal
GCCTGGCCACGGCTCCCAACGCTCCCGCCACCTCCGGTACGCAGTTCAGA	autosomal
GTAATAATAATAAAAACAAAGTAACTTTGTTAATGAATTGAGATGAATCA	autosomal
GGAGCCCTCAGACCTCATCACTGTGGTGGGTTTTATATCCCGACCTCCAA	autosomal
CCTCGCGAGAGGCGGCGGGAGCGAGCGGAGGGGCGGGAAGGGGGCGCGCC	autosomal
CTGCAAGTTACTTTACACTTTATCTCTCATCTCTACTCCAAGGACATTCC	autosomal
CAGAGGGACCTGAAAATGACTGCCCAAACCCCCCCTGAGCCCCCCAGATG	autosomal
AGAAAGAGCGCAGATTTGCATGCAATCTGAATTTCTGATAAGGAGGGAGC	autosomal
TAGTTGACCTAGGCCTTCCAGAGAAGATTTGCCACACACAAGTTGAGACA	autosomal
GGAATTACTGCTGCAGTGTTTCCAGAGTCTTGGGGAAGACAACTTCTCAA	autosomal
AGGGACGAGCACTACGGCCGGGGGGTGGGGACCGGGTGCTGCCCGGCGGA	autosomal
CCGCTCTTCCCCGCCGGCACCGCCCCGCCTCTCGCGTTACAGGCGACAGC	autosomal
GCGGCCCAGGGGCGCGTCCCGCCCGGCAGAGCCCGGCTCAGCACAGGGAA	autosomal
GACGTTCAACGTGGAAGCCGTGGGCATCGGCAAGGGGGACGCGCTGCCGC	autosomal
GAATGTATTGTCTGGTTTGGATGCCTACATTGCTGCAGTAAGAGGAGGGA	autosomal
GGGGCGGCAACGGCGCTTCGCGCTCCCTCGCCCAGAGCCGCCACCGCCAC	autosomal
CCTGCCGGCGCCTCTGCCCCACACCGGCCCGGCCGGGCCCGGCTGCCCCG	autosomal
CTCCGGTGACCTGTGCTGGGACTGGAGAGTAGCACTGAGTGAAGCTGGGA	autosomal
AGAGGAGGAGCAGGAGCAGCAGCAGCAGGGGGAGGCAGCCCCCGGCCGGC	autosomal
CGGCCGCTGCCAGCAGCCCTGCGCCTTCCTGCTCCAGCTGTACGCGCCGC	autosomal
AGGATGAGGATGTGGATTAGCATGAGGATGAAGATGAGGGTGAGGATGAG	autosomal
CTCTCCGGACCCTCCCCGGCACCGGCAACACTGGATACCGCTGAGTACCC	autosomal
GCCAGCACCCCCGCGGCCGGACCCTCCACCTCGGCCACCACCGCCCGCCC	autosomal
GCCCTGAGCGGCGACCGGCAGCGCACGGTGCAGGAGTTCCTGCTAGCCAA	autosomal
TGAGACTCTGGTGACAGTGGCCTCCAAAAAGAAAAAGGATGGAGAGAGCA	autosomal
CCGAGTTGGGTACCGTAGCTGCATCCTGGGGGATTGAGCTAATATCCGGC	autosomal
CATCAGTTCCAGGACAAAGTCTGTGAGCCCTCTTTTCAGCACCAGCTCCA	autosomal
CACGGCCGGGGAAGGCGGCTCCCGCCGGGCCCAGCGCGGCGGCGGATGGC	autosomal
CCGCAGACCTCCCGCCGCAGCGCGCCGCGCCGGGCTCCATGCCGCGCTCC	autosomal
CTCGCTCCCCGCGCCCGCCGCGCTCCCTCCCGCCTCGCCATGGCGGATAA	autosomal
CACTAAACCCAGTCAATTATTCAAGGCTGTCTTACGTTAGAGCCTTTCAC	autosomal
ATAACTCACACCTCCCTGGGAACAGGACAGAACACCTTCCCAGGAGCAGG	autosomal
ACTCCTCTGTGCTGCTCTGCTCACAGGCTGAGGAGACCCAGGCCACTGCA	autosomal
CCCGCCGCACCTGCGCCGCCCGAGGGCTCCACGTGGAGCTCCGGGAGCGG	autosomal
GGAAAGCGGTCGGCCCCGCAGCCGGGAGCGGGGCTGCCGCCGTCAGCAAA	autosomal
AGACCCGGGGCGGCGGGGCAGGCGAGGACAGCCACCGCCGCAGGGCCGCG	autosomal
ACCGGGCCCGACCCTGCTTAGCTTCCGAGATCAGACGAGATCGGGCGCTC	autosomal
CAGACGGACGGAGCGGACGTGCCACGGTGCCACCGAGGGACACAGCTGAG	autosomal
ACGTCGGCCGGACGGGCAAGATGGCGGCGGCGGAGGGGAGCGGGGCCGGG	autosomal
CCTCTGGCCACAGCAATCCAAGGCAAAGGCTGCTGTATGCCCTGGCCAGG	autosomal
AGCGCCCCTCACAGCGCCCAGCGCCGCCGCGGGGCCCGGCCCTGAGCACG	autosomal
AAGGCGGCGCCGGGCAGCGGCGCTCCGGCCCAGCGCGGCGGGGGCTGCGG	autosomal
CTAATGATACCTGTGGAGGGAACTGAAATTTAGTTTTAATCTGTGGTGAG	autosomal
GCCTCCCGGAGCTTCCCAGCATACAGTTGGTATTTGAAATATTTATGGTA	autosomal
GCCGGCGGCCGCCCCGCTCCGCTCCGCTCCCGCCGCCGAGCGCTGCCCGC	autosomal
ACACCGGGCTGTCCCTTCCCCTGCTGGACAGGGTGGCCAGGACACTGCCA	autosomal
CGGGCGGTGGTGCTGAAGGACAGCTCCGCCCCCTCCCCTCCCCCATCCTC	autosomal
GCGCTCGCTGCGCGCCGACCTGCGCGTCCGCCGCCTGCTTTCTGGGGAAA	autosomal
AAACTACCCGTGACAAAACAAACTCCATTAAATTATTTAAAACGTGACGA	autosomal
CTTCCCGCGGGCGGCTGGGCCGGGGCGGCCCTGGGCACAGCGGGCAGGCC	autosomal
CACGTCGAACACTTGTCCCCGCACCATCTCCGGGCCGCCGGCGCTGGCGG	autosomal
AAACATCAGCCTTTGCCTGAGCCTTTAGCAGGTGATTTTACTGCAAACAC	autosomal
AGTCCCGCTGGGACACGGCGCGGATGACCCCGGCCCGCCAGCGCCCGCTC	autosomal
CGGATGCTGCGGTGGCGGAAGTAGCTACACCATGTGCTGCTACAGCAGCC	autosomal
GGCCAGTTTGACCTTGGCGAAGTTGCCTTTGCCGATGGTTTTCAGCAGCC	autosomal
CTCCTGCCCAGCATGTTGGGACCTCTGTTTGGTTGGTCTCAAGGCTGCAC	autosomal
GAACTGCTCCAGGGCCGACGCCATCTTGGCGGCTCGCGCCGCGGCCGAGC	autosomal
CCCCGCACGCCCCGGGGCGGGCCCGCCGCCCCACCGCCGCTAGTTACCCA	autosomal
GGCTGTTCTTCCCTAGCAGCAGCGGCGGCAGCAGCAGCAGAGGCAATGAC	autosomal
ATATTAGCTCAATCCCCCAGGATGCAGCTACGGTACCCAACTCGGACACC	autosomal
GCCCAAGAAAGAACAGAATGTTTGCTGTGAAGCATCACAGTGTAACGAGC	autosomal
CACAAGAGGCTCTGAGCTGCCCGCAGCTCAGAGGAACAGGCTGCCAGCTG	autosomal
GGGGAGGGCTCCCGGTGCCCTGAGGGATGCTGCGGACCGGGCTCCCGGTA	autosomal
CTGCCAGGGGGCGCAGCGGGCGGGCGCGGCGCTGCGGCGCGGGGCGTGGC	autosomal
CGGTGCTGGCGGTGGGGACAGCCCTGCCCCGCCCGGGGCTGCTCCCGCAC	autosomal
TGGGAAACCAAAAATCCCAATGGGAAACCCAAATTGTCCATGGGAAACCA	autosomal
CTGCCCACTTTAAATTTTGTATCATGTTGTAAAGAACATATTCTATCAAC	autosomal
GCAGCTGCCGCTGCTGCTCCATCAGCAGCAGAAACTGCGAGAAGGTCCGC	autosomal
GTTAGATAACTGCCTTCAAACAATAGGCCGTGAAAATATTTGAATACAAA	autosomal
CGAAGAAGTTCTTCAAGGGGCTGATGGGCTGCGGCTGCTTCGCCATGGCG	autosomal
CAAAGCTCCGCCCAAAGCCCCGCCCAAAGCTCCGCTCAAAGCTCCGCCCA	autosomal
CCCGCGGCCTGAGCAGCGGCCCCACTCGTGCCCTGCGGCCCGCGCCATGA	autosomal
ACAACGGGGCGGCGTCACGGCAGCGCCACACCCCCCCCGTCACGGCGGAG	autosomal
AAGATCGGCTCGGGCTCCTTCGGGGACATCTATTTGGCGATCAACATCAC	autosomal
CCCCGGCCCCGCTCCCCTCCGCCGCCGCCATCTTGCCCGTCCGGCCGACG	autosomal
AGTACACAAATACCACTTACCTATCACTGCTTACCTCCATGGAAATAGTC	autosomal
ACCTAGAGCAGGCAACACAGAAACGTGTCCAGGTGGGTTTTGAATGAACC	autosomal
AGCTGATGAGCTATGAGCCAACTCCTGCCCCAGTTACAGCCGTGCCATTC	autosomal
GCGGAGGCGCGGAGCAGGGGCAGAGCAGGGCCAGCAGAGCGGGGCCAGCA	autosomal
CACACGGAGGGCACAAGGTGCCCCATCGCTGCAGAGTCCAAGCCGGGCTA	autosomal
CCGGTGCCGGCGCGAAGGAGCGCAGCGCCGCCTGCTGCTGCTGCCGCCGC	autosomal
GGGCGGCAGCTTGCCCTGCCCGGGGAGCGGCGAGCGGGGCGAGCCCCGCA	autosomal
ACAACAGCAACCCGGGAGCCGGGCAGATGGTCTACTGCCGGCCGCCAGCA	autosomal
ATGGTGTTCATTACAGAGCTTGGAGATAACTGGTGAGGTTTTTTTATGTC	autosomal
CAGGACCCTCCTGAGTGTCCCAGGGATCCTGTCTCTGGCACTCTGCTGGG	autosomal
AGCGGTGCGGCAGGCACCGTGCGGGGCTGGCCCCCCCCCCGCAGGCAGCG	autosomal
CCCTCGCACAGATTGCTTAAGAGCATGGCACTCCGTGGAGTTTGACCCGG	autosomal
GCCGCCCTGCCGGGGCGCGGCGGCTCCTTCCGCCGGGAGCGGCGCCGGCC	autosomal
GTGAGGCGCGGCCCCGCCATGGCGGCGCAGGGGGAGGACCCGCTGGGCTA	autosomal
CTTCGCGAGTCCTTCGCCGAGTTTCTGTGTGGAGAGGGAATGAGAACAGC	autosomal
GCAGCAGCACGTAGCAGAGCACGGTGCCGATCATGCCGCCCGGCCCGGCC	autosomal
AGTAGAGAGCTCTGTTTCTTGTCCAGATGTGAACTGTCCCGTGTTTTTCA	autosomal
AAACCTCCGAGAAAACTCATGGGGCGCCCTTACAGGTGGAGGATAAAACG	autosomal
ATCTTGGCCCGAGTAAACGCCACCGCCGCCGCCGCCGCCACCAAACAAAC	autosomal
GGACGGCTCTGCGGGACCCGGCTCAGCTCGGCTCAGCGGGGCCGGAGGAA	autosomal
AACACCTTCCAGAGCGGCTTCCTCTCGGTGCTCTACAGCATCGGCAGCAA	autosomal
CGCGGGGTGAGGTCGGTACCTGTCCTGCTCCTCGCCGCGGGGCCCGTCCC	autosomal
ACCTGGCACAGCAGAGGCACTGGCTGGGCTGCACTTGCATTCAGCAGTGA	autosomal
GGCCCCGCAACGCCGCGCCGCGAGACCCGCGGCGCCGGGCTCCCCGCGCC	autosomal
CACGGGGGTGAGCGGTGACGTAAGAGCGGTTGAACGGGAACGGCAGCCCC	autosomal
ATGAGCGCGTAGTCACTGAGGCGCTTCCTCTTCTCGAACAGTGCCCGGCG	autosomal
GGGGCGGCCGCAACTGGGGCACCCAAGGGCGCCCACCCCCCTCTCCCTGA	autosomal
CTTGCTCCTTTGGGATCCATGTCCAAAAGCGGCTCCTGCCAGGTCAGTGA	autosomal
TCAAACTGGGCAAGTACCTGTCAGACCGCAAGGAGCCAGGACCCAAAAAA	autosomal
ACATCCTTGCCAGTCCCAGCTTCACTCAGTGCTACTCTCCAGTCCCAGCA	autosomal
CCCAGGCTCTGCAGCACTTTGGCTTTGGAGAGCCGCCAGAAGCTCTGGGC	autosomal
GCGCCTGCCCCGCCAGCCGCCCGCAGGAGTTTTCCCGAGTTCTGTTTACA	autosomal
GGGAACGGACCCGAGATCTGGGGGGAAAAACGGGGAAATCGGGAAAAATA	autosomal
CCTAGAGGCCTTCAGCTGCCACTCCAGATGGCACAGGAATCCCAAAACCC	autosomal
AAACAGGCTCTAGCTGGGAGGCAAGGACGCCGAAATGCAAAACCGAGCCC	autosomal
GGACCCCACATTGATCCCTGTGCTTGCTGCAGCACTGCTGAGCCAGGCCA	autosomal
ACAGCGTCCTCAGAGGCACCGAGAGCAAACTCGAAGGCTTCCAGGTTCCT	autosomal
CTCGGTGCGGTCGGGGCACCGGGGGGTGGACTACAGCTCCCGGCAGAAAC	autosomal
CTCTGTGTCCTTCCAGCACAGCTGCTGCCACCTCTATGGTCAAATCCTGA	autosomal
CCTAGATGTTGACATGTAACAGAGCTGGCAGCAGGATGGTGGTTGACGCA	autosomal
CGGCAGCCAGGACTGGCTCCCGCCCGCGTGGTGCTGCCGGTTCCCCGGAG	autosomal
GAGCCGAGCGGTCCCGCGGCCGCTGCTCGCGTGGCGGGAGCCGCCCCCCC	autosomal
GAGACGTTCCGGGGCCGCTGACGTTTGCGGCGAGGAGCGGCGGGGAAGGC	autosomal
ACGGAGCCTGCGCTGCCGCCGGGCGGCCCCGGGGGGGGGGCGGGCCCCGC	autosomal
AACTCGCGGTCCCGCAGCGCGCCCAGCCCGTCCCCGTGCCCGTAGCCGTA	autosomal
GCTGCTCCTGATACGCCTTGTTTGGGACCTTCCCCCTGCCTGGACCCCTA	autosomal
ATGTTCTTTTTTTCCAAGTTATGGGGGAAGACTTCTTCAGTCTGTCTGTA	autosomal
AGGAGCGAGCGCGGCCCGGGAGCGGCTGAGGCGACCCTGAGGGAGCTGCA	autosomal
CCCAGGCCAGCCTGCGCAGGAAGGCGCCCAACAGCGCCCGCTCCCGCTCC	autosomal
CTGCCACCCCTCACTAATCCCAGCCTCTGAGAGGACCTGGACAAAGGGAA	autosomal
CCGAAAGAAACCGGTAAGGGCCGAAAGAAACCGAAGGGCCCCGATTCCAA	autosomal
CAACCGGGACAACCGGGGCCGGGACCCCCGGGAATGGACCGGGACACTGG	autosomal
AGAGATTCTCCTTTCTTTTTCCTTTACATGGGCGGATGAAAGTGTTTCAA	autosomal
CAGTGAATTCTCCAAACCCAAATGGCGCCAATGCAGAGCAGCCCAGCCAC	autosomal
ACTCCCTGATCAGCTGCTCAAGTTGGGAATTTTCTTCCTCCAAGCGTCGC	autosomal
AGCGGCCGCGCCGCCAGGAACCGGCGCTGGAAGCGCAGCGCCAGCCCCGG	autosomal
ACGGGGCCGGGAACGCACCTCTCCTGGCCGGGAACGGGGCCGGGAACGGG	autosomal
CTGCTCCGGGCTGGGAGCGGCTGTCCCGCGCTCTCCGCCCCGCACTGAGC	autosomal
CGCCGGTCGGTGCGGGCTGCGCGAAGAGAAGGGCGATGCACAAGGAGCCG	autosomal
CCGCACAGCAGCTCGGCGGGGCCGGGGCCGGCTGCGGGCGGCCGGAGGAA	autosomal
AAGCCGCATTTCCGAGCACACCACGATCTCCGAGGCTGTTCTTGCAAGGG	autosomal
CGGCCGAGGAACCTCCGCGCCGCTGCGGCCCCGCTGCCTGCGGTGCCCTC	autosomal
GGCGGGGAGGAGGGCTGGGAGAAGGCGGGGAAGGGAAAGGAGGGAACGGA	autosomal
GGTGTCCATGGGTGCCCCGCGGCCGGCGGGAGGTGAAGTGTGCCAGTGAC	autosomal
CCCGTGACGGCCAAGCAGCTCTTCGACCAGCTGGTGGCTCCGCGCATCGA	autosomal
AAGAGTCAAAATGGAGTTACCTGGAGGAACAGATTTTCATAGTATGCTGT	autosomal
AAGAAGGAGATCGTGGTCAAGGGCGACGAAGTGATCTTCGGAGAGTTCTC	autosomal
CTGCCCGCTCGCTGGTGATGCTCCAGAGGGCAGGCGGGAGGAGGTCACGC	autosomal
CAAAATCCCTCCAAACCCCCCCATAATCCCCCCAAAATCCCTCAAAATCC	autosomal
GTTGGACCCAACGATGATGAAGAACCCAACGTTGACCCTGTTGACCTCAA	autosomal
CTCCGGGACAGGCAGGTTAGCTGTTTCAGGCAACAGTAACAACGTGGATC	autosomal
AGCTCGGGGAGAGCAGCCCTGCTCCTCTTGTGCCTCTGAGCTCGGCACCT	autosomal
CGCACGGAGCCGTTCCCCGCCGCCTCCAGCTCCCGCAGCGCCGCGCCGAG	autosomal
GGGCCAGGATGCTTCTTGCAGGCACAGCAGAACACCCCACAAACTGGTGA	autosomal
CTGCCATGGAGGTGCCTGGTAGCTCTGCTCAGGAAGTGTGTGCTGCCATC	autosomal
TGCGCGATGCCGTTGCCATGGCAGCGGGTGCCAACCGGGAGGTGCCGCCA	autosomal
CAGGGAACCGAGAGGGCGTCAGAACACGCGGGGACATGGCAGAAGGAGGA	autosomal
ATTCTGGGCCATGGTATACCCTTTAGTTACATATCCATAATCAAACAGCC	autosomal
AGAGAAGGAGGGAGCGCCTCGCCTCGCCGTGCCACCCGCCTCGCCGCCGC	autosomal
GCCCCGCGTTCGCCCACCAGGTACCGCACGATCTCCAGGTGCCCATCGAA	autosomal
CAGCCTGGGCCCCCGGATGGCAGCTGCGAGCAGCCAGGCCCCCTCGGACC	autosomal
AGGTGGCACCAGGACCTTGAGGGCCACCAAGAGCTCTGGAGGTGGCACCA	autosomal
GCCGCTTCACTAAAAAATTCTTCCTTAAGCAAACTGTCTGCTGGGCTGAA	autosomal
CCGCCCCGCCCGGCGCGCGGCCGTCACGTGACCCGGCGGCGGCCGGCGCG	autosomal
CGACCTCCCCTCCACTGCCACATCCCTCAACCTCTCTGTCAATATCTTGC	autosomal
AACCTTAAAAATGAAAACAGCCCACCTAGTCAGATGGTTCATTCTAAAGA	autosomal
GATGAACATCATGGATTTCAATGTGAAGAAGCTGGCGGCTGACGCGGGCA	autosomal
ATATCAAAGTGCCCTGTTTTGGGCTGACAAAGTAGCTTCACTCTCTCATG	autosomal
AGGAACAACAACAACAACATCCGGCCGCGGGCCCGCCCCGCTCCCGGCAG	autosomal
ACCTGATGCGGGGGATATTTCGGTACCTGACGCGAGGGATATTTCGGTAC	autosomal
CAGCAGCAATGGTGGGAGGCAGAGCTTGGCTCCGGGGCTGAGCCCCCACA	autosomal
CAGGGTTTAATTCTTGCTTTGAAAATAATACCTTCTTTGGTTCACCAGCA	autosomal
CCAAGTGCTTCCCTGACCTAACGCCGTCTCCAGTGAGCAGCTCCCCTGGC	autosomal
CGCCGGGCCCGGGGCAGGCGCCACTGTCCGCGCTCCTCCTCCTCCTCCTC	autosomal
ACAGGGAGAGGGCGGCTGGGCCCGCGGCCCTCCGCTGAGCTGACAGCCCT	autosomal
CCCTCGGGATTTACCGGGAGCGGCGGCATCGCTTTAAAGCGAGTCTGAGG	autosomal
ACTTGCCAGGATCCCTCCTCTCGCCGCTCCTCCTCCCTCGAACCACCCCC	autosomal
CGCCGCTCCCGTCGCGCCGCCGCCGTCACCGGGGTCCTCTCGCAGCCGCC	autosomal
CCGCGCCGGTTCCGCCGCCCGCCGACGCTGTCGGTGCCGCCGGCGACGCC	autosomal
AATTTTAGCAACAAGCCGAGGAGAGCAGCTCCCAGAAGGCGAGCCCTGCG	autosomal
CTCGCGGAGCTTCTTCAGGATGGTCAGCAGCCCCATGGCGGCGCGGCCCC	autosomal
GCCAGCGAGGCGGGCCGGGCGCTGCAGCTGATGAAGAAACGGGAGCGGCA	autosomal
AGTATGCTTGCCTTAGTCACCCTCTCTGTTTCTCCTGAATCCCACGTCCC	autosomal
CAAATCAAGACCGGCACACAAACAGGGCTGGAGCTTTTTTAAGCACTTGA	autosomal
AGGGAGGGAGCCCGCGGGCCGCGAGTGGTCGCCGCCCGCTCTGCCGCCCG	autosomal
CTAAAATTACTTTCGACCACAGCTATCCTGGATTATTCCAGGAGAACTCA	autosomal
CCCACGAGCGACACGACGAAATAAACGAGGAAAACGTTCCTGAGCCGCAG	autosomal
GAGGAGGATGATGATGAGGAGGATCGGGACCCGCCGGCGGGGGGTTCGGC	autosomal
CGCTGGGCGGGATGTTCGGCTCGCAGGCCCCGGGGCCGCCGCCCGGCCCG	autosomal
CCCGGGGGAGGGGGGCACCGGCGGGGGGGGGGCCCCCGGTAGGGGGGGAG	autosomal
CTCAGCTCCGGCTTCGGCGGCTCCGGAGGGAGCGGCGGTGGTGGCGGCTC	autosomal
CAGGAAAAAAGGGAAAGTGTCCCAGGAAAAAGGGGAAGTGCTCCAGGGAA	autosomal
AAAGCAATGTTGGCCTCCAATGGTAGCATTAACTGCCTTCGTACAAGAAA	autosomal
TCAAACACGTCATGTGCAAACCACACGTCCAAGAGGGAAGGGAGAATGGA	autosomal
GGTGTCCCCAAGCTCCCCCCGAGGTCCCCAAGGCCGCCGCGGCCTCACCA	autosomal
CCACCCAGAATGTACTGGTGTGTGGGAACGGAGGAATCCACTGTTTGCAG	autosomal
CAGCGGGAGCAGCAGCGGGAGGCTCCCGTCCGCGCCGCCCGGCTGCTGCA	autosomal
CCTGTGACCTTTCCAGAGCTGTTTTATCCTCTCCTGGCTGGTTGCTGTGC	autosomal
CCAGCGCCGCTGCCCGGCCCGGCCCGGCCCGGCCCGGCCCCGCCGGCACC	autosomal
GGCTGTGTCATTAAATCAATTGTCCCTGTAAAAAAAGGGGGTGACCTGCA	autosomal
ATGGGACGGGCGCGGTGCGGCGGGACGGGCTCGGCTTGGGAAGGTCCCCG	autosomal
CCCAGGGGGTGGCGGGACCCCCAAAGGGAGCTGGGACCCCCCCAAAGGGG	autosomal
CACAGCTCAGGTCAGCAGTCCTGAGGTCCAGGGCAGCCTGGATGCCCTGC	autosomal
AGTGCCATCACCTTTTGCCAAGGCATGTTTCAGTTGAGAGATGCTTTCAC	autosomal
GAAAGCCAAAGCTGCGGAGCCCGCACAGAACCCACCCGTCCGCAGCGCGC	autosomal
CCGGCTGGTGTTGCAGGGTCCCGACCCGTTCCAGCGGCAGGTGGGCCGGC	autosomal
AGCCCGGAGCGGCGGCAGCGCGGAGCGGACCCGCCTGCGACCAGCGAGGC	autosomal
AAACATGGCGGCGGCGTGAGGCGGGCGGCGGCAGCAGCGGCTTGACAGGA	autosomal
AGCAGGACAGGCATGAAAGCAGGTCCTGGAGGAGAGAAACTTCGCCAGTC	autosomal
CTGCCACTTCACCACAGAGGACCGCAAGCAACTGCGCAGTCATCTGTGCC	autosomal
ACAAGCCCCTAGATAAATAAAGGTAGAAAAAAAAAATCCCGTAAAAAAGT	autosomal
AAGCGGAAGTGACGAATGCGGAAGCGCAGGGGCTGAGGGGGAATAGGCGT	autosomal
GCGAACGCGTCCTTCGCAGGCTGTGCCTCTCTGCTCCCTGCAGTGCTGAC	autosomal
CCCCCCATCCCGATAGGATGTTCCCAGCTCCTTGCCCGGCGGCGGGGAAC	autosomal
CGGGCAGAGCTCGGCGTTCACGCCGCAGGCGCCGGGCTACGCCAGCGCCC	autosomal
AGATGAACCTATCACAAACTGGCAACAAAGACTATGTTTTTAATTGCACT	autosomal
AAAGCGCTACTACGAAGGCTACAGCAGCTCCTCAGCCCCACGCGCCCTTG	autosomal
CCGGCCCCCGGCAGCAGCCGCCCCCCGCCCGCCGCGCCGGTACCGGTACC	autosomal
AATCACTCCCAGAGTACTTTAAGTAGATGTTGGTGAGAGATTTAGTTGGT	autosomal
GCCCGGGCGGTGCCGGCGGTGCGGGGGACGCCGGGGATGTGCTGAGCGGC	autosomal
CCCCCTGGAACAGCGGCTGGGAGCAGCCGAGAGCCCCGCGCTGCCCATCC	autosomal
AGCTCTGGTTCCCACTGTCGGCCATTTTGGTTTGTTCTGAGCTCTGGTTC	autosomal
CCCGGTGGTACAAGAGCAGCAGCAGGATAAGGATCGCCACGATGAAGACG	autosomal
GAGGAGCAGGAGTACCTGCAAGCCTACGAAGATGTCCTAGAGAGATACAA	autosomal
AGCGGGTGCCGGTGGCGGTGCTTGTCCTCCTGCACCTCCAGCAGGTCCAG	autosomal
CCACCACCACATCGAACTCTGTGGGCAGGTTGTCCGCCATCTTGGGAGGC	autosomal
AAAACTGCTACTGACTAATATTTTTAAAGCAGACAATCTAGTCAATCTAG	autosomal
ATGTATTAATTATACATCTCTTGATGGATATTTTGTTTATATTTATAATC	autosomal
ACGTGTCAGAGAATCCCAGAAGCTTCCTTTCCCACACAAAAGGCATTTTA	autosomal
AGCGCGGCAGCGGCGATGCGGAGCCGGGGCGAACGGAGCCGCGGGTAGCC	autosomal
AAATCCCCCCGGACCCCCCAAATCCCCCCGTACCCCTCCTCGGGCGCTGC	autosomal
CTTGCTCACGATGAGCTAACGGGAGAGGAGTCAAAGTGCTGAGCAGGCAC	autosomal
GAGGGACGGAGGGAGGGGTCCCGGTCCCGGGGGATGCGCGACCCCCGGGA	autosomal
CCAGACCCTGCCCGGCTGCCTCACGCTGCGGTCTCCTAACGCGGATTCCG	autosomal
CCCGCCGGGACCTCTCCGGTGCTCTCCGGTCCCGCCGCGCCCTCCCCGGG	autosomal
CCGCGCGGGCCGGCGCGGGGCCATGGCGGAGCTCCGGGCCCGCCTCGAGG	autosomal
GCGTCCCTTTGGCTTTGTTTTGTTTCAGTCACACTTTAAAAAAAGAGAGA	autosomal
GACGGGGGACACGGGCATGGCCTCTGGGCCTGCGAGTGCTGCGGGACCTC	autosomal
GCGGGGGCAGCGCCGCACGCCCCCGCCCCTCGCCCGGGGGACGCCGAGCA	autosomal
ACCAGGCGGAGCGGGACAAGCCGCGGGCATCGCGGCAGAGCCGCCCTCCG	autosomal
CCTCCTCCTCCTCCTCCGGCGGGCTCGGCTCAGCGCGGAGCCGGCAGCGC	autosomal
CAGGTTTCCTTTTCTTGTCGCTTCTCCCAGAGACTGGCATTCACTCACAA	autosomal
GCCAAACTGGTCCAAATTGGTCCATGGAAATTGGGCCAAACTGGTCCAAA	autosomal
CTGCCGGTCCTGGCGGCGCTGCTGCTCTCGGCGGCTCCGGAGCCGGTCCC	autosomal
ATGAGGCAGCTCCGGGCCGCCTGAAGGCACGGCCGGGAGCGCCGAGCGCC	autosomal
TGGGGCTCCTGGATGCCGGAGCTGCTCCTCTGCCTTGCTGGTCCGTCACA	autosomal
GCGGTGCCGGAACAGCCGCGAAGGCGGCGGGGCGGCCGCTCCTGGCTTCC	autosomal
CAGACTGGAACTGCTCTGCACTGCACACCCTACATCTGCAATCAAAAGTA	autosomal
CCTTTTACACCGGGATGTGTGCGGTACTCAAGCACCAGGTGTGTCACGGA	autosomal
AGAGCTCACGGGGAATCCCAGCCCATGGATCACCCCACAGTGGGGGATAA	autosomal
CACTGTGAATTCTCTAAAAACTTAATAATATTTTAGCAAAAATGTCACAG	autosomal
GACACAGCCATGGGGGACTCTCCAGCAGATATTGTGGATGGAGGCACGGA	autosomal
ACAGCCTTGGGGTCCTGACCATTCCCTGGAAGCCCTTTCCAGAGGCCGCT	autosomal
AGTTCTTCTGATGTAGGGGCTTTGGCTACACATTTCACCCTCCTTGGCAG	autosomal
CCATATGTAGTGAGCATGCGAGAGGAAACCTGAGAAAAATGATGAAGCTA	autosomal
ACCGCCAGCTCCTGGAGGCCCATCCCGGGAGAGCCGCACCGCGAGCGGCG	autosomal
ACCCCGCGGGCCTCTCCGGGCGCTCGGGCCGGCCAGGGGGAGGGAGGGAG	autosomal
TGCCTCCACAGCCATCCCATCCTGGGCACCAACAGTACAGGCACAATCCA	autosomal
GGACTGGGTCTGTGGTTCTGGCTGGGACTGGTCTGTGGTTCTGGCTGGGA	autosomal
GCCATGTTGCAGTGCTAGCAGGCAGCGCAGAGGCGGCGGGCGGCAGCGCA	autosomal
AGAGCAGGCAGGAGAGGCACATCCCGGTCATGCTGCCCGCGGCGCGTCCC	autosomal
ATCTCAGTCCTGCTCTGTCACAGGAACTGTCAATGTGCATCCAGGAGACC	autosomal
CTGTAGGCAGCACGGGATCGGCAACTTCAAGGAAAGCCTTGCCCTCCTGA	autosomal
CGGGGCCGGAGAGGGCAGGCGGCGCGGGAAGGCGGCTCCGCCGGCATGGA	autosomal
GCAGCTGCAACTGGGAATAGGGTCAGGGCCAAGAGGAGCGGTGGTGCTCC	autosomal
TCCGGCCGGGAATTCCTGCGGGATCCGGGCTTGGCTAAGCTCGGTCTAAA	autosomal
AGGAGGTGGCCAAGATGGCGGAGGCGGCGGCGGAGCTGCTGGAGCGGGCG	autosomal
CCATTCCAGGATTTTATTATTCTAGTCTAGTGTTCCATCTTACCAGAGAA	autosomal
TAATATATTTTTCCATGTACTTATCACAGAAGTCAGCGGCTGCTGCCCCA	autosomal
AGTACAAATATAATGTCAGGTGGCTGAAAATTTGACTATCAAAATGTCAA	autosomal
GCCGCCATCCGCACCGCCATCCTCCTCCTCCCCGGTGCCGTGCACCCTCA	autosomal
GATGGCGGGGGACGAGGCGGGAGTGACTCTGGGGCAGCCGCACCTCAGCC	autosomal
GGCCGGTGCTGCCACAGCGGCGGCCCCATGTTTTCCCCCGGCCAGGAAGA	autosomal
ACTTCTCCACTGCACTTATATGAGGCTGAAGTTGCAGTCTGAGGGGGAAT	autosomal
AGTTCTAGAATATGATTAGCCCCTGCTAATCCCTAATTGGCAAAAACAAA	autosomal
CAGCCTCTCCTGGAGCGGGGATGTGGGGACAGAATTGGGATCAGCGGTTC	autosomal
GGAAAATTCACCATCTGTTTAATTGGTTTCTGGCTTGTTCAATTGTAAAA	autosomal
AACCCAAACCCTGCAAAACAGCACTGCTCTGGAGCCAGGAAAGCAGTGCT	autosomal
CGTGCGATGTTTTAACCTCGGTGCCCCCGCACCCTGTGCCCGAGGTTCAA	autosomal
ATATCAACTGATTTCCTTGTTAAGCTCTAATCAGAGTATATGATCTTTGC	autosomal
CAACGGCACTGGCAGCGGGACCGGGACGGCGGCCGGGAGCGGAGCGGCGG	autosomal
GCCAGTTTGGGATGTAGGCCAGTCTGAGAGAGGTTCTGGTGGCTCCGTGA	autosomal
CACGGGCGAGCCGGCGGCCAGGGCCCGCTGCCGGCCCGACACCGCCTCCG	autosomal
CGCGGAGGAGGCGCAGCAGCGCCAGGCGGGGCTGGTGCGACAGCTGCAGA	autosomal
CGGCCGGTCTCGCCTGATCTCGGAAGCTAAGCAGGGTCGGGCCCGGTTAG	autosomal
CCTACAGCAGAAATACAGGCGGCGGCAGTGGCGCCTTCCAGGGCCATAGG	autosomal
CACAGTCTCTGGGAAGCAGCGTAGAGGAATTTTGTCACCTGGACACTGCA	autosomal
CCGCCATGACCACCACGGCCACGTTCTCGGGCATGGACCCCAATGGCAGG	autosomal
CGGGGGCACCGGCACCAGCTCCAGCCGCTCCACACGCCACACCTGCAGCC	autosomal
CTTCGCCGCCCCCGCCGGGCCCGGGCGGCGGCGTCAACGTCTTCGCCAAC	autosomal
AGCACCAAGCATAATTGCCAAATAAAGAAAAGAGTGATATTCAACAGAGG	autosomal
AGCATTCCCGGGAAATTCGCTGCTCCTTTCCTGTTTTTCCAAAAAATTCC	autosomal
CGAGCCGGGGCCGCGCCGCCTCTGCCGCAGCCGCAGCGCCGGAGCCGAGA	autosomal
AGTTTGGAGAAGATGTTCGCCTTCTCCAGGGGAGACCTCTGCATGGTGAG	autosomal
GCGGACTGGACACATTTTACACCCTGAATACCTGCAGCCTTTACCCTCCA	autosomal
CAGATCCCCCGCGCTCGGCAGCTTCGCCCACCGCAGCCGGGCGCCGCCCG	autosomal
TCCTGGTGTGTTCAGCACTTGCAGGATGGAGCAGGGACTGCTCTCCTGCA	autosomal
CCGCAGGGGCAGCGGGGCGCGGTGCACAGTCGGGCCGGATCCCCGGGGAG	autosomal
GGCCGCCCAGCCCCGCTCCCCTCTGCCCCTCCCGGGCCCCTCACGGACCC	autosomal
AGCGGCGTTGTTTGGGTTCGCGGCCGCGGAGCGGAGAAGCTGCGGCGGGG	autosomal
ATACGGAGAGCTGGCATAGCCGTACACTGGCTAAAGGCCGCGAAAGTACC	autosomal
CTACCAGCCCCAGGGAGCCGTGGCAGCCCCCAGCGCGGCGGACGCCCACC	autosomal
GCCAAGGACTGTTCCCCGGCGGCGCTGCCGCTGCCCGCTCGGGCCCGTTA	autosomal
AGCAAGTCTCCAGGGGGCTGAAGGGGGATGCGGACGCCCCGCGGCACCGG	autosomal
TATGTTTGTGACAGCAGAGAACTGGAAGACTGGTTGATTGACATACTAAA	autosomal
CAAGCCTGTATGGGCAGTCTAGTGGGCCTGAGACAGCTAAAATCTAGACC	autosomal
GCACGGCCTCGCCTCCCAAAACCGAGGCCGAGCAGCCAGCGGGGCCTGGC	autosomal
CACCGCAGTACCACCTCCACAGCGGCCCCAGCACCTGTCCGCGCCCGCCA	autosomal
AGTAGTTTGTCACAGATAATTCTTTTTTTTTTAGAGAAGTGTTTTTTGCA	autosomal
CGCGGGCCGGGCCCGCGCAGAAGAAGCAGAGAAGGAGCAGCAGCAGCAGC	autosomal
CCGTGGGGCTCCTGGCGGCCCTCGCCTACTTCCTCACCTATGTGGCCTCC	autosomal
CAACAACCACATGGCCAAGGTCCTCACCCCGGCGCTCTACCAGAAGCTGC	autosomal
ATCCCATCCCAGACCCCAAATCCCATCCCAGCCCCCCAAAATTCCATCCC	autosomal
CCACTCGGCGGCGGCGAAGCTCAACGAGGAACGGACGGGAACGGACCCGA	autosomal
CAGGGCACAGAGCGGGGGGCACAGCGGGGCCCCCCCGCCGCCGAAACCGC	autosomal
AAGTAAACACAGAGCTTTTTTCTCTTTCTTTAATAGGTAAATGGCACAAA	autosomal
CGCGCGCACCAACCGCCGCCGCTCGCGCGCCGCCGCCGCCTCCTCCTGAC	autosomal
CCTCCACCGGCACCACCGGCCCCGCCCCGCCCCTTGACGTCACAACACGA	autosomal
GCCTCGGCTTTGCGAGCTCCTGCGTCCAATCTGGGGACAGAAACATTTGA	autosomal
GCGGCCGCCATATGCCGCGGCTGCCGCGGCGGCTCCGAGCGGCGCTGCCC	autosomal
CCGCCGGCCCGAGTGGCTGCTGGCCGCGCAGCTGGTGCAGCCCGAGGAGA	autosomal
GCAGCAGCCTTTGCAGTGGCAGACATCATCGTGGTGGCTCTGTACTTCGC	autosomal
GAAACCTTGGAGACACCCAGAGCAGCAGTGTTTCTCCCAGCACAAAACAA	autosomal
GGCTGCGTGCGCCGTCTCAGCTGAGCGCCCCTCGGGCTCGTCCCGGGAAC	autosomal
CGGGTCGAGGCCCAGTTCGAGGCCCAGCTCCGCACGCAGCAGCCCCAGCC	autosomal
CGGCCCCGAAGCCCTTGAAGGCCGGGCTGGGCCGGGCCCGCGCCGCCTCC	autosomal
GGCTGCCGAGCACCGCGCCCGGACCCCATCGGCCCGGACCCCGCTGAACC	autosomal
GCTGTGGCTGCTTAATATTTACTCAAAGCCACAATCACCTTCTGATCTGA	autosomal
GCTCGCCCGCGCAGCGGCTCCGCCTCGGCCTCACGCGCGGCGGGCACGCC	autosomal
AGCAGGACCTACTCTGGGCTTTAAAACCTGCGAACTCTGCCTCCAAACTG	autosomal
AAAACACAGCCTTGCCGGGGGCTCGGTGCAGTCCCGTGCTTCCCTCCTGC	autosomal
CAGCTCGAATCACTTTCGGTCCTATAGGAGGGTCAGAGCTAGGGACAGAG	autosomal
TCGCTGTTCCAGAGGTGTCCCTGGACGTGGACTGGAGCCGGAGCGGCCGA	autosomal
GCTCTGCTCTCTTCTTGCAGCCTGGAGGAGCCTGTGGCAGCGCGGGCCCC	autosomal
CAGCGCAGGAGGGGCCCTGGGCGCGGGCTTTGGGGGCAGCTATGGGGCCG	autosomal
ATGAAGCATATAGTTTGGGCAATCCAATAAAGAGGCAAGTCTGTCCTGTC	autosomal
AACTCAAGCCACAGGTTCAGAAACAAGCCTGTGCCTGTGGGAAGGAGGGC	autosomal
CCATGTTTCATGCAACTGTTTGCAATATCCATTCCTTTAATCCTCTAGAA	autosomal
CACCCGACCGGGGCTCCGCCCGCCCCGCACCGCCCCAACATGTCATGGGG	autosomal
GCCCGGGCGGGCGGCGGCTGCAGACACAGCGCCAGGAGCAGCAGGACGGC	autosomal
GAGCGGCACCGGCAGCCGGGGCTCCGCGGCGGGACTGGAGCGGGACCGGC	autosomal
CTGCGGCGGGAGCCGAGTTCAACATCCTCCTCGCCACCGACTCCTACAAG	autosomal
GTGGCCGAGCTGGGGCTGCCGCAGCTGGAACTGCTCAAAGGGCAGCTGGA	autosomal
AACCAGAGTGGCTGTGCCAGGGCTGGGGTTTGGGAATGACCCTTGTGAGA	autosomal
CTGCAGCCCCTGCTGAGGTACCGCTCCTTCGCCATCCTCTTCCTCACGCC	autosomal
GCTCCCATTGCCTCCTTCCCACTGGCTTCAAAGTGGAAGCGGCAGCCCCA	autosomal
GGTTTTTTGGGGGAAAAAAAGCCCCAAATAGTTAGGCGGTATTTGAGATA	autosomal
CCGGTGCCAGTTCCCGGCTGTCAGTGTCCGGTTCCCGGTGCCGGTTGCCG	autosomal
ATCATTTTACAAAAGAAAAAAACCCAAATAAATTGCATTTTTAAATGGTA	autosomal
AGATTTTTGGATAAAGATGCCCCTGAAATTTTCACAGGTAGTGCAGGTAT	autosomal
ATTTCTTGCTATCTGTAATGAATGACTCAGTTCCTGCCATGTTAGATGCA	autosomal
GAGGCCAGCGGGGGAGGGCGGGCGGCCCGTGCCCGCCGCGGCAGGTGCGC	autosomal
GGGGCAACTTCTCCCCAATCATGGAAGGGATGGAGGACATCCGCGAGACA	autosomal
CGGAGCCCAGCACAGCCGGGCCGGCGGGGAAGGAGCCCTCTCCGCAGCTC	autosomal
CTGGCCTCGCTCCTGGCTGGAGGAAGAGGGAATTTGAGGGGCCCAGCCTC	autosomal
AGAGCCGGAGCGGAGCGGGACCGGGCGGGACCGGGTACGGAACCGGGTAC	autosomal
AATGTCCAACTCCAAGGAGCTGACCTTACGGATTCACTACAAGCACGTTC	autosomal
AAATTCCCAAAATTTTACCACAAAAATCCCAAATTTTACCCCAAAATTCC	autosomal
AGGTGGTAGTGCACTTCAGAGTAAGCATTGACTGCCTCCCATCATTGGTG	autosomal
GGGACGGTCGGGACTCGCCGGCCGCAGGCAGCGGCCCTGGGGACCGCCCC	autosomal
TCTAATAAATATCCTTTAGTGATAATGAAAGGAAGAAGACACAGGAAAGA	autosomal
AAATAAAAACCTTCCATTACAATTTATTTCGCCGTCTTTCTACGGCACGA	autosomal
GACCCCCGAAGCTGCAGCCATGGGTAAGGGACCCCCCGGCCTCGCCCCGC	autosomal
AAGTTCTCGGTAGGAAGCTAAATTGGCAAGAAAATACCAACTTTATGCAA	autosomal
AGGCATAGCTGGTTCCTTCTCTATCCCTCCACTAATGCATCTGACAGCTG	autosomal
AAGAAGCACCTCTTGAAATGTCTGGAATTGATCCTGGCAAAACAGAGGAA	autosomal
CCCCGGCTGCGCACCGGCGGTCACGGCGCTCGGGAACGGCAGCGCGCCCG	autosomal
CGCTCCCGGAACGCAGGGTAGAGGCGGAGCAGGGCCGCGCCGGGGGCTCC	autosomal
GATGAGGTAAGAGGAGCGTGCTCAGCCTGGGCTGAGCAGCGCTGCTGAAA	autosomal
GTGTGGTCTTTGTGCAGTTCCAGACCAGGAGGTCAGAAGAACCAGGCAAC	autosomal
AGCGCCGTGTAGGTGCGGAGGCTGGGCCAGGGGAAGCGCTCCAGGAACAG	autosomal
CGGGGACAGGAACCGCCGCGGGGCCGGCCGGCGGCCGCCCGGGCCGGGGA	autosomal
CCGCGCTCGGGGCGCCTCGGGCCGCTTCTCCCTCCTCTTCCTCCCCAGCA	autosomal
ACAACAGCGACAGCAGCCAGGGCCTGGGCACAGGCATGAAAGCACCTTTG	autosomal
ATCCAGAAGAAAAGAAGAGGAAGGATCGATTTTACCGATCTATTTTGCCA	autosomal
ATGCAGCAGGTGAGCGAGCAGGAGGCTGGCGGCGGGCAAAAGGATTTTGG	autosomal
GCCAGATCACATTGTACAAATCGTATGTAAGACATGCAACCCAAACAACA	autosomal
CAAATGGTCTTTCTTGGTCTTTGCAGTGAAGTCGTCTTACAGTCACCAGG	autosomal
GACAGCAAAAACAAGGTGGCACAGGTAGCTCTCCCTCAGGGGGGACGGCA	autosomal
AGCGCCAGCAGCTGCCTGCCGGCCATGGCGGGGGGAACCGGCGCCGGCAC	autosomal
AGGCGCCGCGCACTTGTGCCGCTTGCCCGCCGCCTCCGCTGCGGAGCGGC	autosomal
GCCTTGCCATCCAGTGATGGCTTCTTGGGAAATAACACTCTTTATGATGA	autosomal
CGGCTATTGTCTTGTAAACGAGTAAGGAAACATCACCCGGAGCACGCTGC	autosomal
CTTTCCAGGTTTACTCTTATGCATACAGTATCTTTACCAAGGCTGGGATC	autosomal
ACCTGGAAACGGGGAGAAAAACAAAAGCGAAACTTGTTTACTTGTGGCTC	autosomal
CGGCCCCAGCGCCGCGGACAGCCCCGGGCGGCGCAGGAAGCCCCGCCGGC	autosomal
GCCCGGTCCCGGCCGCCCGCAGAGCCCAGCGCCGGCCGCCCAGCCGCAGC	autosomal
CCCCGCCGAGGAGGACGGGACGCGGGCTCACACGGCGAAGAGGAAGAGAA	autosomal
TCAGCGCGGGTTCCATCGGCGGCACAGCTCGGCACTCGCAGCGCCCGCCA	autosomal
AGAGCGGCGGGAGAGGCCGGGGGCACCGGTATCGCCTCCATGGCGTCGGA	autosomal
GACATCCTCCTGGTTAGTGTTTGGGGTTGGGACAAGATGCCCACATCAGA	autosomal
AAGTAGCTAATCAAGGATGAGCCAAACAAAAGGTACTTGCTACTTATCCT	autosomal
AAACTTAAAAGTACAGTAGAAAAAATAAAAATAAGCCATCTCCAGAGTTC	autosomal
AGAAACACTCGCTCTGAGCTGATACATCCCACAGATGTTATTTTCCAGGG	autosomal
CTGCGGCCGCTCCCGGCAGCCCGCGCGCCGCGCGCGGGGTTTAAACCGGC	autosomal
CGCCCGGAGCCGCTGCGGGATGCGGCCAGCCTTCCGGAAACGCTTCCCAG	autosomal
AGCAGCTGCGGGCGCTGGCGCAGAGACCCCTGGCAGTGCCCGACCTGTAC	autosomal
GATGTGGGTGAGCAGCTCGGGCTGGAAGGTGGCGGCGGCGCGCTCCCTCC	autosomal
CTCGGGAGCAAGAGGAGCGGACAGCTCTTCATGGCCCCGATTCCCCCTTC	autosomal
GGGCTGGGAGCGGGGGAGAGCGGCGGCAGCGTTGCTGCCGAGGGGGGGGA	autosomal
CCGGCAGAAACGGAAGTGACGTATTCCGTACGGAAAGATGGCGGCCCTCA	autosomal
CAAACGAGAACTTTTTTCATCCTCGCTGCTTTATTAGGCCGATTTGTAAC	autosomal
CTTTTTGTATCATGTCCAGAAAATTTTGATGCATGAGGACTTGTAAATCA	autosomal
AGGACCCGCCGCAGCCGCCCGTGAGGGAGCAACAGCCCAGCCCTCGGCGG	autosomal
AATGGGGGGAAATTGAGCCCTTGAGGGGGAAATGGAGGGAAAATGGAGCC	autosomal
CATGGCGGGCGGGCGGAGCGGCGCGCACCGGGCGGAGCACCGAGCACGGG	autosomal
CATATTCACACAACAAAAACAGTGGCTTCTAAAATAATTTTCCCTGAAAA	autosomal
CGCGCTCTGCCTCCTCCGGAGCCGGAGCCGCCTCAAACTTTTAACGTGTC	autosomal
AAGGACTAAGCAAATATTCTGAGCTGGATAAATATCTCTATGATGGAGAT	autosomal
CAGCAGCTCCAGCGCGGCGGCGGCGGCGGCGGCGGCGGCTTCGGCCTGAG	autosomal
GGGCGGAAGCAGGTGCGGCAGGAGGAGCTGCGGCGCCTCATGAGGGAGAA	autosomal
CCATGCCGGGCCTGCCTCGCCGCCGCCGCTTTGTTCCGACCTGGGCCGGG	autosomal
AGCTGCCCCGCGCCGATGAAGCCCACGCTCATGGCCGCCGCCCGCCGCCG	autosomal
TAGACAGCTTCACATTTTGATTAAAAAAAAAACGCCCTACAAAACTGAAA	autosomal
CAGCTCCGGCAGCGGCAGTTCTTGCACTTGCAGGACCCGGCGCAGGAGCA	autosomal
GGCTGCTCCAGGCCGGGCGCTACATCATGTCCCACAAGGCCTGGATGAAA	autosomal
CCCCACTGCCAGCCTGGAGTGCCGGCTGAAGGAGCACGCGGCCCTGGAAC	autosomal
ACCGCGGGAAGGGAACTGCCGCCGCTCCCGGGCGCGCTGGCGAGGCCGAT	autosomal
TACTGATGGAGACCAGTGGCAACTGCACTAGCAGGGCCAGCACAAGGGGA	autosomal
ATTTTCAGTATTCGTACCAGCATTTTGCCCCAGCTGAAGGCATGTCGGCC	autosomal
AATATACAAATTTGTTATGTTACAAGAAGTTATTTCAATAATCCCTCACA	autosomal
AACCCGTTCGCGGAGGACGAGGAGGAGGATGCGGCGGGTGCCGGCGGGGC	autosomal
AGGCTTCAGATGCCTGCCCATACAGAGTAACATCACATCGCTTCAGAAGG	autosomal
GACCCGGTGACACTGACCTGCCAGGGCTCGGGGACCGCCGGTGCCACCAC	autosomal
AGTCTCATTTGAAGGGTGAGACAATACAGATGTTACAATTGGCACCATCA	autosomal
CCTGCCCACCCTGCCAGGGAACAATTCCCAATTCCCAATCTCCCATCCAG	autosomal
ACGGCATCTGTTGCCACCATAGCAGTTGGTGATGCAGGAGATGTCAAAGC	autosomal
ATGAAATAAGAAATCTGCTCCTTCTCCTCTGCAGTCAGCTGAACCCCATG	autosomal
CCTTCCCCTGTGCTGGTCACCCTGCCAGGACCCATCATGACCTCCTTCCC	autosomal
CCCTTGATGTTGGCTCCGCCTGTCCCCAGCGAAACAAATCTGTGGGCTGA	autosomal
GGCTTGAGCCCGGCAGTCACAGGATGGGCTGTCAGCTTCTCTGCAGGCAC	autosomal
CCCCTCTCTCTTCCTGATGTGAGGAGATCACACTTGAAGGGTAATCTTCA	autosomal
AGTTTCACGAGTGCATGCTGATGACTTTTGTGAGGTAACAACAAATTGGA	autosomal
ATTGCTGGGTCTGTAAAACCTCTGAAGCAAGCACTGTTTCTCATTGTGAA	autosomal
GAGGTCAAGTTTTTTCTCCCATCTCCAAAACAACTTGGAGGTTCAGGAAA	autosomal
CCGACCGTCTCCAGGAGGGAGTGAGGAGGAGGAGGAGGAAGAGGAGGAGG	autosomal
GACCGAGACCGGGCCGGGACCGGGCCGGGGCACGACCGGGCCGGGGCAGC	autosomal
AGAGTTCTATCACATCAAATCACTCTCTTTAATTAAATCTTAGAAAAAAC	autosomal
ATAAACTGCCGCAGGGAGCGGCTGCGCGGCTGCCCGGGCAGCCCCCGCCG	autosomal
CAGGGCCGGGCCGCCGGCGCCGCTCCGCTGCTGCGGCTGCTTCCCCCGCC	autosomal
TCCAAATGCCACCCAGAGGGCACCTGATGGGCACCATGGGGGTGTTCCCA	autosomal
TAAACTCACTCTGGCATCATCATTTTCTGCTCTTTCACAATAAGCCACAA	autosomal
CCGCGGGCTGGGCGCTGCTGGCCCTGGCGCTGTGTGTGAGCGCGGCGGCC	autosomal
GCAAACTTGGTCAAAAGCTTGTCTTTGCATAGTGCCTCAGGACAAAGCAA	autosomal
ACTCGCACTCCGCTCGCCCTTATCCATCTCCCTCCAGCCCCTTCCTTCTC	autosomal
CTGCCAGCACCAGCTGCAGGCAGAGTCCTTCGGGCAGCAATGTGCCAGCA	autosomal
CAGGAACGCAGCCCCGCAGAGCGGCTTCATGGCTGGGGCGGGCGGCGGAG	autosomal
CACAGACACGATGGCCGGAGCCTATGGGAGAGCCACCACCATCGAGTTCC	autosomal
CCGGCCCGGCCGCTGCTCCCGCCCCTGTCACCGGAGGGTGGCACAAAAGC	autosomal
CACGACCCCTCATTTCTTTATGAAGTACAACTTCTCAGTGAAGTTTGAGG	autosomal
CCAGGGATTTGCAACAGGAGCTCTCAAAGCAGAGATGTAATTAAACTAAG	autosomal
AGGCGGCCAATCAGGGGAGCGGAAGCGGCGCGGCGGCGGTCACGTGATCG	autosomal
GGAGGGACACGTTCCCTTGGAACTCTTTCGTAGTCATATCGCCCTTCAGA	autosomal
CCGTGATTGCTCCTGAGCCCCCATCACTGTCCCTGAGCCCCATCACTGTC	autosomal
CACGGTGAGAGTGGCGGTACCGCGGGGCCGGCCTGGGGCTCGGAGGTCTC	autosomal
CGGCGGTCCCGCTGCTCCTCCTGCTGCAGGATCTCGGCGCGCGCCGCCGC	autosomal
AATGCGGTAAAAGGGGTTTGGGATCATGGGAGGTGACATTCCTGGAGGCC	autosomal
TCACCTCTGCATGATGCACTGGAAATTAAGAGGACAGCAGGAGTGAGTCA	autosomal
GATTACTTTTACAGGGAGATGAGTAAATGATCTGAAAAAAAAAGAAGAGA	autosomal
ACCGGTCCCGGCCCCGAAGGAGGGGACAGCGCGGTGCCGGGGAAAGCCAC	autosomal
CCCCGTGGACACCCGGGACAGTCTGAGGACACCCGGGATAGTCCTGAGGA	autosomal
CAAAGAGCAGCAGTTAGAAGGAGAGTGTTCAGGCTCTCCATTGTGTTATG	autosomal
ACGTGGCCGTGTGTAACCTGGCGTTCGCGGGGCGCCTCGAGGAGCTGCGG	autosomal
AGCAACACAGGGATCTGCCTTAGAATATAGACAGGGAAGGAGATTAAAAA	autosomal
CCTCCAGGGCTCCATTTACCTGCCAGGAGCTCATTGACCCCTCTGGGCTC	autosomal
GACAACTGCTGTGCAGCTCCTCCACCCTACAAGACGTTTGGTTGATCTAA	autosomal
CCGCCCCTGCCCGCGGTGGGGAGAGCGCCGGGAGCGGAGCCGCTATCCCC	autosomal
CCCGTGCGTGTCGGCGGGCGGCCAGGATGGATCACCACCAGCCCGTCAGC	autosomal
GAAATAAAATTTCTCTCCACTGATCCTCTCTATATGCCATCTGAAGACAC	autosomal
GATGTGTGGCTGCTGTGGAAGATCAGTGCTGAGATGGCACCAGTGGAGCA	autosomal
GGCGCATTGCGCGCAGGTTGCGCGCACTCGTGGGAGGTGCGCATTTGAGA	autosomal
GCGCGTCCGGTTCGGGCCCAGCCCCACAGGTAACCGACCCCTCGGCAGCC	autosomal
GGGCAAAGGGAATGGATTGGGATGGAGCAAAGGGAATGGATTGGGATGGA	autosomal
CCCTCGCGGCCGCGCCGCTCTCGCGTCCTCCGGGGGCCCGCGGGGCTGAG	autosomal
CTCCACATGCAGGGCGCGGGCGGCGGAGCCGGGCGGTAACGCGGCGGGAC	autosomal
GGACAATCTCCTCGGTGTTGCTGTAACTGCGACTTTGTCTTTTTTGGATA	autosomal
AGGTACTCCATCTCCTGCCGGCACTGCGCCGGGCCCTTGGCCCAGGTCAC	autosomal
ATGCCTGGTGGGGACCTTGTGAATTTAATGAGTAACTACGATGTTCCAGA	autosomal
CGCCCGCACCGGGCTGAGCAGCAGCAGCGCGGCCAGCGGCAGCGCCCGGA	autosomal
CGGCTGAAGCCGAAGCGATGGCGGATGAGGCTGAGCAGGTCGGTGACGAG	autosomal
CTTCCTTTTGCTGCTGCTCATCCAGCTCCAGTCCAGCAGAGCCAACCCCA	autosomal
CAGGATACCGATAAACGGGGAGTCTGGGGGGGCTTTTGCCTTCCCTCCGC	autosomal
AGAGACAATACAAAACTTATTATTTTCCTTTATCCTTTTCAGTGTTTTAT	autosomal
CACACAGACAGGTTCCAGTCTGTTCCCTTGATGCCTTAAGGAGCTGCAGC	autosomal
ACGCCCATGGCGGGCGCTCCGGCAGCAGCTCCCGCGGCGGCTCGGCCCGA	autosomal
CCGGCAGGCCCCATAGCGCTACGGCGGCCGCCCGGCCGCCATCTTGCAGC	autosomal
GAGCCGCCCAGGCGCCCGCGCCGCACGCACCGCGCCAGGCCGCGCCGCGC	autosomal
ATCCCGATCCCGATCCCGGTCCCGGTCCCGGTCCCGGCCTCGTCCCGGTC	autosomal
AAAAGAAGTTGTTTTGAGCCATGCTGCACCTCAATTTCAAAACTAATGCT	autosomal
GAATCATTATATATATTTCTTTTAATCATCTTTGTCATCTTATTTCAGTC	autosomal
CCAGTTTGGCATAAACTATTTTATGAAATGAAAATTGAAAACAGACATTA	autosomal
CCGGGACAAGGCCCCGAGGCGCAGCCCGCGGGCACAGCGCGCCCAGCCCC	autosomal
CGACAGGCTCGGCTCCTGCCTCTTCTCCCGCACGCCCGCCGCGATGTCCG	autosomal
AGACCGCGCCGGGAAGCCCCGAACGGCGCGGGGAAAGCTCCGGGCGGCTC	autosomal
CACAGGCTATAAAGGAAATCAATATGTACGTGGAAACAAAAACACATGGC	autosomal
AAAGTCCTGCAGGGACTGGGAGGGGCAAGCATCAGGCATCAGCTCTGCCT	autosomal
CGGCCCCGTTCCCGCTGCAGCCATGGCGGACGTGACCGCCCGTAGCCTGC	autosomal
AAAGCTTGATTTAAAAAATGGAGAGAAGAGTCAATCCTCCATAAACGCAG	autosomal
CCGCCCCCATCAGCTGGGGGTGTGGCCCGGAAGCGCGGCGCCTGAGGGTC	autosomal
AAAAGGGGCGAAAATGGGGAAAAAAAGGGGAGTTCCACAGCAAATGGCTG	autosomal
ACTGCTTCTGGGCAGGAGGACAGGGAAAAATGCACTGGCTGCAAGCAAGT	autosomal
CCTGCTCCGCCGCCTCCTCCGCGCTCAGCCCCATCGCGCCGCCGCTCCCG	autosomal
CCCCCTCACAAAAATTGTGCTTCCGAAATCTCTTGATGTCGATTCCGCGG	autosomal
CCAACGCCGCCATGAGCTCCGCCATCGCCGCCGCCAGCACCGCCCCTCGC	autosomal
AGGATCCTCAGGTACTCTGACCCACTGAACCCCATCTTTGTGTGCTCTCA	autosomal
ATCTTGCTCTGTGCTGAAAGTGCTTTTTAGCAGGTGTGCACTTCAAAATA	autosomal
GATTAGGTTTCATTCTGCCCAGCTTCAGGTAAGGTGGTATCACTGGAGTA	autosomal
CCTGGGCGCTGCCTCATGCCCGGCGGCCGGCGGGGCACGGTCTCATGCCA	autosomal
GGGTACCATGCTGGTACAGGCTTCTCTTACTTTTCCATTTGGATAGCCAA	autosomal
CCGCCGCCGCCGCCGCCGCCGCCACCGGGGCCCGGCGCGCTGCGCGCCCG	autosomal
CCCGCACATCTACGCGGTGGCGCAGGCCGCGTACCGCAGCATGCTGATGA	autosomal
CCGTGCGGCCGCCGCCCTGGGCCGCTGCCGCTGTGACCCGGCTGCGGGAA	autosomal
AATCCCTGCGGGGCCCCACGGGGCCAGAGCGCTACAACGTCCTCTGCGAC	autosomal
GCAGGGCACGGTGCTGTGCCCTCGTCCTGCGACTGCTTCGTGGCACTGCC	autosomal
CCCTGAGGTGGGCTAGATAAGGGAACAGAGATTTTCTCTCTGTGCTGGCA	autosomal
CGCTGCCGCTCCCGCTCCCGGTCCCAGCGGCCCCAGGCGCGCTGCCGCAG	autosomal
AGATTTGCACAACCACTCTCTTCTTGTAGTGCAACTATGCAAAACTAACA	autosomal
AGGGCTGGAACAGCCGGGATGCCCGGAGCAGCGCGGGTGGCTCTGTGCCA	autosomal
AGCGCCTCCATCCCGCGCCCGCCGCCGCCCGACGCCAGCGGCCGCCGCCG	autosomal
ACCGACAGCCACTGCGCCGAGTCGGTGGCCGCGGCCGCCGAGGCGGCAGC	autosomal
GCGAGCGACACTCCGCACGATTTCATGGAAACGCAGCGTAATTAACTCGC	autosomal
CTGCAGTAGAGGAGTGGGGATGTGCACAGTGGCTGCCAGCTTGTCCTGCA	autosomal
AGGACCTGCTGCAGCCCATTCAGGTGGTGGGACAGGCGCTCCTCGAGCTG	autosomal
ACAACAAGGGCCCGCAGTCCAGCGGCCCCGTGCTGCTCTCCCGCCGCCAC	autosomal
CTGCACACAGAGGTGGCTTCTGCTCATCCTTCCCTTTCAACAGGTCACAC	autosomal
AAAACTGCGGTTTTCAAACTGCGGTGTCCTTCTGCTTGTCGTCTTCCCAC	autosomal
CTACTGGAAATGCTTAAAAACAAGGATTTGAAGAAAATGCTGTTAATAAA	autosomal
GCGGGCGGGGACCCGCGGCCGCCTTGCGCCGCCGTGGCGGGGACGTCTGA	autosomal
AGCAAAGTACGTTACACTCTCAGTGAGCATAAAACGTCCCCAGACGTCTG	autosomal
CAGCAGCATGGCAGCGGCGGGCGGGCCGGCGGGCCGCGGCCCGGGGCTGC	autosomal
GAGAGGGCGGGGCTTCGGTTCCCTCGGCAACGGCGGCGGCGGCGCGGGCC	autosomal
CGGCTCGCTCGCCCTTCCCTGCCCGCCCGGAGTGCGCCTCGCTCCGCGCC	autosomal
CGGAGCCGCCGGAAACCCGCTGGTGCTGCTGCCGCCGCCGCTCCGTGTCC	autosomal
ACCCTGCCCAGCCCACAGAGAGCACCTGGCACACACCTGGGCAGTGTGCC	autosomal
GCCGCCATAATTCCGCCAGGCACCCACAGTGCCCCGCGGCGCGCCCAGGC	autosomal
CCCGGTGAAGGGCGGCGGGAGGGCGCGGGCCGCGCCCAGCCCGAGGCGGC	autosomal
AGACAGTGTGGTGTTGTTTTGTGTTCCCCAGGCCAACGCTGCTCCAGACT	autosomal
AGCACACTCAGACAATGAATAGAAAAGGAATCTAACAACCTTCAGCCACT	autosomal
GATTTCTCTCTTTCCAACTCCCACAACCCAGGATAAATTTGGAAGGCTAA	autosomal
CGCCGCCTCGCCGCGATTTCAAATCCGCCCGCCCGGACGCGGCCCGGGGC	autosomal
ATCTGAGTGAAAAAGCAGAGACAGAAGCAGAGACAGTCTGTTGGGTCAGG	autosomal
CACCGGCACCCACGCGCCCACCCGCGGCGGCGGCGCCCCCGCCGCGTCCC	autosomal
AGCGCCGCCAAGGCCTCCATCGCCGGCTCTGGTGGGATCGGCTTCGTGGC	autosomal
GGCTCCAAGGGCCGCACAGCAGGACCGAGGAGCCCCGGGGGCCCGCAGAA	autosomal
CCCGGCGCTGCCGCCGCTCCCGGTGCTGCTCCCGCTGCTGCTCCCGCTGC	autosomal
CAGGACAGGGAACAGAGGAGAGAAGGCGCTGCTGGGACCCTGCGAGGACA	autosomal
AATTCCATGTCCTTTGATTTCTTTGGCCATGATTTGGCCTATCTGGATCC	autosomal
CAGGACAGCCAGGATGCTGTGCCGGTTCTGCCAGCTGGCAACAGCCCCAG	autosomal
TGTTGGTGTACTGACACAGACAGGATTATTTCACTCATGAGGTAGTTGAA	autosomal
AGTATCTGACCAATTTCCCCCAAAGTGGTTTCATGATCCACCACACAGAA	autosomal
ACGACGCTGAGCAGCACCAGCGGGTGCACCACCACCCTGTCCACGGCCAG	autosomal
AGACAATCCATTCAGAGTCATGAGCCCCAAACGATGAACCTACAAAAGCA	autosomal
CAGCGGCGTGCGGGAGGACCTGCGGCAGTGCCTGCTGGAGAGCCCCTGCG	autosomal
AACTAAAGATTTGACCCAATTACAACAACCATTGCAATCATCCTTATCAG	autosomal
GCGTTTTGGCAGCTTCAGAGGGAGCAAGAAGAGAAAGGAGCGATGCAAAA	autosomal
AAGAACTGCCCGCTGGAGAGGTGCTGGAGCCCGAAGCTACGGGCGATCCT	autosomal
ATGAAGATAAAATACCAAAATATTATTTCAATGTACAGTTGATGGCTTCA	autosomal
CTCCACCACCATGACAGGCTCCTGGGAAAGAGAGGAGGGCGATCTGCTCC	autosomal
ATGGATCAAAATATTCATGAACCAACCAGATCGGGAATGAGTATTTTTAG	autosomal
AAAACAAGGACATATACAGTAAAAACCCACTCACTTGGAATTAATTTTAT	autosomal
GTGCTGCAAAACCCGTGAAACACAGCGGGGTTACTGCCACCGAGCTGCCA	autosomal
GGGTCGGGCGCGGCGGCGGCTCTGGGGCTCGGACGGCGGCGGCGGCACCA	autosomal
AAAAGGATGGGATATCCTGAGGTGCTTATTGTCCCATCCCATTGTCCCAT	autosomal
CGGGCCGCGCTCCCGCGGCAGCGTCGGGTCCCAGCGAAATGCGCCCGCCC	autosomal
CACTCCGCTGCCCCGGCGCGTTCCTCGCGGGGGGAACTCGGGGATGCCGC	autosomal
CCAGACAGGAATGTGTCATTTGCCTGCAGTCTTGTTCACCTCTTGTGAAG	autosomal
GTGCCGCCGCTGCCGCCGCGGTACCGCTTTCGGGACTTGCTGCTGGGCGA	autosomal
AGAGAAAGGAGACCAGGACATTGGTTAGAGCCGTGTCCCTCCATAGTCCC	autosomal
AACACGCCTCAGATGCACTCCTGGCTCAGCACTGCCATCAGTGCCCCCAC	autosomal
AATTGCCTTGGAATATATCAATAGCCTCTATAAACTGCCACAGGAAAGCA	autosomal
CCCTGGATTTCTGGATGAACCAAAGGCTTATAGGCAGAAGGAAAACACAA	autosomal
CATCTGTTACCACATAAACACACGCTAACGGGATGCTTTATGCTCCAGCC	autosomal
TCAAAAGTGAACTGTCTTCACTTGGAACCATCTGTGGCTGAAGCTCTCCA	autosomal
CCGCGCTGCCGCTGCTGCTGCTGCTGCTCGTGGCCGCCAGAGGGAGCCCG	autosomal
GGCGCGGCCGCGGCGCTCGAGTTCCGCCGCTCCCGGGGCCGCCGCCGCCC	autosomal
CGCGGAGCCGCTCCCAGCCCGTCTGCGGCAGCGGCGCGGGGCCGCCCAAG	autosomal
CGGGAGCGTGGGCAAAGGGGCGGGGCCGAGGGTGGGCGCGGCGGGGGAGA	autosomal
AGTTACTGGGATTTACTGGAAGGTCACTGGGAGTTACTGGGAGTTACTGG	autosomal
CAGCCAGGGTCAACTCACACACAGATACAAAGCAAAGAGACAGAGAGACA	autosomal
ACTAAGGTGTGCTCGGGAGCGTCATCCTCGCGGAGCTGGCGGGCCGTGAA	autosomal
CTGATGGCCTCCGGCTCCCGCTCCTCGCCCTCCTCGGGCTCCCGCCGCTC	autosomal
AGCTGAAGCGGCGCAACCTGGACATCACCGGCGTGAAGACGGTGCTGATC	autosomal
CGCGCCGATGACGCCGCGGCCCCGCCCTCCCGGCGGGAAGCGGGAGCGGC	autosomal
ACCCGGCGCTGGAGCTGCCCGCGATGCTGGAGCAGGAGCTGCGGGCTCAG	autosomal
CAGCTCCGCGCAGAAGGGGCGGGCGGAGGGAGAAGCAGCGAGACCAGCGC	autosomal
ATGGTAAAACTGAGCTCTGGTGGCAACATTTCCAGGTTAATGAATCCTTC	autosomal
GAACCTTCAGATAAGTTAGAAGCTACTGTTCTTCCATCAATGGGGCTGCC	autosomal
GGCTGGACAGGACAAGTTTAGAGAGGGCCGGAGGGCGGGGGAAATGGAAA	autosomal
GGCGGGCGGCTGCGGGGCCGCCCAGAGCACGCGGGGCACGCTGCAGCGCA	autosomal
CGATCAGCGCCCCCGGACCGCGGGACACCACCGACATGACCCACTTCAAC	autosomal
AGTCGATGACACAACGCAAGAAGTCGTCGTAGGGGCCGTTGCGCATGACA	autosomal
AAAGAACTTGAAAGTGTAAGTGAAGAAGAGAAAAACTTCAGGAAAATAAT	autosomal
AAAAGGCTCAACTGGTTCCTCCCCTGCGTTTCGCTGTGCAAGGGCTGTGC	autosomal
CCCGCCCTCGCTGTTTGCGGCCTGGCTGCTCTGCGGGGCACTTCGGGGCA	autosomal
CAGTATTTTTTTTTTTTTTTCTAAATAGGTATGTGGGGCATTGCTCTGAC	autosomal
ATCTGCGGCGGCAGCAGCGCGCGCCTGGCCCGTCGATGGCGGCCCGAGCA	autosomal
GCGCTCCCACAGTGCCCCGCGCCCGTCCGCCATTACCGCCATTACCGCCC	autosomal
GTTTTGTGTCTCTTCAAATACTAATGTCTATTTTAAGTGACACATTGACA	autosomal
CCTCCCTCCCTGCCGGGAGCCGCTCCGGGAGCAGCTGCCTCGTCCCCCGA	autosomal
AAGCACACGGTCACTTTCATCTCAGCGCGCCGCCATGCCCGCCCTGCCCG	autosomal
AGAGGATGGAAGTAGGAAAAGAAAAAGAAAAAAAAAAAAAAAAGAAAAAA	autosomal
GGCCTCGTACCGCCTGCTGGCCGGGCTCCGCGTCTGGGTGCTGGGGAGCA	autosomal
ACCTCTCCCGCTGCAAACTTCACAGTTAAATGTGCCTCAGAGCAGAGAGC	autosomal
GCAACACAGAAACAAAACTCACCCTTCCGTGTACTCCGCCTGCAGGAGGC	autosomal
GCCACCATGGACGAACGGCTCTCCCGCATCCCCGTGCACTCCCGGCTCCA	autosomal
CGCCGGTCCCGGGGAACCGGAGCGGGGCCCGGCGCGCCCGCCGCGTGACG	autosomal
CGCGGGGGTGGTGGGCAGAGTCTCCTGTTCGTCCGCCGGAGTGCCCTTGC	autosomal
GCACCATCGCCTGGTGCACGTGGAGGATGTGGCACTCCCTGCGGGAGGGC	autosomal
GCGGAGCGCGTGGGCGCCGGCGCGCCGGTGTACCTGGCGGCCGTGCTGGA	autosomal
ATGCTGGGCTCGTCCATCCCGCCGCGCCGCCGCCGCCGCCTCCCGCTGCG	autosomal
CATGCCCGGCGTGGCTTTCGTGCCCGCGTTGCTCGTCAGCTGGTCCTCGG	autosomal
GAAGACGTCCCACTCGCGGGGTGCCGCGGGCTGGCCGGCGGCGGGCAGTC	autosomal
CCGCCGCCGCCGCCGCCGCCGGCCGAGGATTTACAGTCCGCGTAGGGCAC	autosomal
CGCACACATCCGTGAGGCTCCCGGCCGAGGCGGCGGCGCTGGCGGCGTCC	autosomal
AAAGGCGAGCAGAACGGGCAGGAGGAGAAATGGTGCGAGAAGGCGGTGAA	autosomal
AAGAAAGGTGGCCGCCGGCTTGTAAACAATAGCCCGGCTCGCGGCGCCCC	autosomal
ACCGTGCCAACCCAGCCGCTGCCTGGCAAGCCCAGAGCAGCGGGACCGCG	autosomal
AAGCTTTCTGCCTTTTCAAGTTGTGTTCTTACCATCCTATGTAATACCCA	autosomal
ACCCCGGCCGGTGCCGTGCCCGGGCGGACTCAGCCGCAGCCCTGCGAGCG	autosomal
CCCCAAAAAGGCGCTCCCGGCCGCATCCCGGCCCGCGGGCACCGCGCCCG	autosomal
AGCGGCCGCCGCCGTGTCCGCGCCGCCCCAGCCAGCGCGGCGGCGCTGGA	autosomal
CAGTCCTGTTAAACACCTCAACAGGAGCAATTGAATCTGAATTCCACATG	autosomal
AGTCAACTCAAGTATTCAGCACCCATCTAAAAAATCATTTAAGTATTTGC	autosomal
AGCCGGGCAGGCACGGAGGGACGGAGGGAGGGCCCGAGCAGCGCCGGGGC	autosomal
CCGATCCTTTCCGGGCGCTGGGCTCCTCCTCCCCTCCATTTCACCGCCCC	autosomal
GAAGCCCCTGGCGTGGGCAGGTCACCCGTGCAGGTGAAGGGGAGAGAAGC	autosomal
ACGGACCCGCGGCCCCGCCGCCGCCCGTGGGCACCGGAGCGGGCTCGGGG	autosomal
CCGGCGGCGGCTCTGGCGCAGGGCCGGGGTCCCGGGGGCGGCCGCGTCCC	autosomal
CCGCCGCTGCAGCTCCCGCTCGGGGCAGCCGGCGCGGGCCGGGGGCAGCA	autosomal
GGCGGAGGCGCCATGGAGCCGGCGGAGGTGAAGGACCGCATCTTGGAGAA	autosomal
AACATGGGAGCTGGCAGCAGAGGAAGACATGGGAAGTCCCAACTCCTCAG	autosomal
CGATGCCCCGGGTCTCCGACGCACCCCAGGGTGCTGACCCCTGCAATGCC	autosomal
CGGCGGCTCCTACTGCCAGCGCGGGGACGTGTGCTGCCGCGGCCGCGACG	autosomal
GAGCGCGGACGGACAGACAGACGGACCCCGGAACTCGGCCGCACTTCCGC	autosomal
GAAGGAATATAAAGTGTTTGTCACCTTTTGCAGGCTGATGATTTTGGCGA	autosomal
ATAAACAACATTCATCAGCCCGGGACTTGCAATGGATCTAAAGCCGCTCG	autosomal
AGGAGGCGCTGCCGGGCGCCGCCGCGCCCGCGCCGGGCTGCGGGCCGGAG	autosomal
ACTCGGGCCGCGCCGGGCCCGGCCCCGCTCCCGGTTCCGCCATCGCTGCC	autosomal
CTCCAGAGTCATCTCTGCAGCAGATTTGGTGGGAAAGATGGTTTGCCCAG	autosomal
GATCATATTGACAGAGTTGGAAAATAAAAACAGTTTTCCAGTGTTCACAA	autosomal
AAAGAGCTGCTGGTGCTGCTGCCAGCAGATCTCCCTGAGCTCCTCAGCCC	autosomal
TCCCCCAAATCCGAGGCAAAGGCGTGTTTTCCCGGTTGCCTTCGCCTCCA	autosomal
AGGGCAGGACATAATGCTTCAGGCACTGTTGAACAGCAGAAATCCTTCAG	autosomal
CCCACACACATTCACAGCCCAGTTTTCTGGGCTGTACATCAAAGCACAGG	autosomal
GCGCTGCCAGCGCCGGGAGCGGCCCCGCTCGAACACCCGGGGCGCGCTCC	autosomal
CTCTCGCTGAAGTTGTAGGCCATCTCGGCGCTGGCGTACCGCGACACCAG	autosomal
CAGTGTCCCCCCATTTTCTCCCCCTTCCCCCCGGTGTCCCCCCCCGTGTC	autosomal
CTGCCAGGCAGTGCTGGCTTTCTCCTGGCTATTTGGGGGTGTCACAGCAG	autosomal
AGAGGAGGAGGAAGAGCCGGAGCAGGGCAGGCAGCAGCAGACGTGACGCC	autosomal
ACACCGCCTCCGCGTCGCCCACGCTGAAGCACTGCCCGGACGAGGAGCCC	autosomal
AACAACTTTCTTCAGAAAATTGTCTCTAGCCACAGTGGCATCTCAGATGT	autosomal
GGCTGCCGGGGGAGGGGGAGGCCGGAGAGGCCCTGGCTCTCCTCACTCAC	autosomal
CGTGTCCGGCAAACGGGGCTGCTGCCGCTCCCGAAGGGCGCAGCAAACGC	autosomal
ATCTTCAGGGCCCGGTCTCATGATGGCCATCACTTGCTGCCGTGCTCCTG	autosomal
GCGGGGTCCCACCACCCTCCCATGGGCTCCCATGGGGGTCTCTGTGCCCC	autosomal
CTTTCTCTTTCCATGTCCCCTCAGACCTCCCCCTTTGCCAGGTGCCACCA	autosomal
AGGCGAGCGGGCCCTTTATGAGACTCTAATTACTCCAGCCAAAACCCACA	autosomal
CACGTGGGGAATTACCGGCTGCTGAAAACCATCGGCAAAGGCAACTTCGC	autosomal
CTCTTTTCCTTTCCTTCTGGGTGATACTTCTCCCTGGAACAGGAACACAG	autosomal
GTCCAGATGCGGCTCTCGGCGGCTCTCGGCTCCGTCCCGCGGCTCCTCGA	autosomal
GCTCCTCTTTGTCTTGGGCTTCGTCAGCCTTCAAGGACGGCGAGTTCTCA	autosomal
CCGGCCGCGCACTTACCGCCTCTTGTTTTCCGCGGCTCTGCCCGCCACAG	autosomal
AAAAAAGGAAATAATTATAGCAAATATAAACAGCAATACACACTTTATAC	autosomal
GGACAAAAGAGGCCAAAGGGCTCTGGCCGAGTGCTCTGAAGGGATTTCTA	autosomal
CCCGCCACAGCCGCCGCCGCCATTTTGGGCGCCCGCCCGCGTGACGTCAG	autosomal
AGCCCAGCGATGGCAAATGGGGGTGGGGGCGCTGCGGGATCCCGCACTCC	autosomal
CATCTGATACCCCCTTGTTCTTTTCCTGGGCGTACACCACCGAGAGTGCA	autosomal
CAGGGGGCCGCGGCCACACAGGACCGGGAGCGCCGCTCGCTGCGTTGGGC	autosomal
CCTGCTGCGCGCAGAGAGATGCAACAGCGGCAGCCCGGTCCCCTGGGGAA	autosomal
CTCTCTGCCAGCTCCGTCCGCTCCGGTTGTGCGGCGGCGCCGCTCCCGCC	autosomal
TGAACAGCAGAAGAGAATATCTCATTTTTACACCTGGAAAAATAGAAGCA	autosomal
CCAACACGTCCCTTTGCAGATCTCCTTGATATTTTTCCCTCCAATTGTTA	autosomal
CGGAAGAGGCGGGAGCCGTGGACGCGGGGGCGCTTCCGTCAGGGCCGATC	autosomal
AAGGAGCGCAGAAAATACTCCGGGCTCATCCTGGAGGGCGGGCGGGGTGG	autosomal
CGGCCGCGCGGCGCCGTCAGCCCCCGCCGGCCGCGTCACCGCCGGCACCG	autosomal
CATCGCGCCCTGGCTATGCCCCGTGCTGGACACTGCCCACCCCACAGCCC	autosomal
CCGGACGCTGCCCGGGACACGGCCGCTGTGGGGACGGTGAGGAGGGTGAG	autosomal
CGGGCGGCTGCGGGCGGTGCGCGACCGCGTCCGCTCCTTCCCGGACTTCC	autosomal
ATGCAGATCTCCTCGGCGCTGCGGCTGCCGCCGCCGTAGACGCGGCACCG	autosomal
CGCCCCGGACCGTCGGGCAAGCGGGAGGGACGGACCCGCAAGCACCGCTC	autosomal
ACCAACAGGTTTTAACACTGACATTGTTTAATAAAGCGTTAAAGGAAAGA	autosomal
CCCTTACTACACATTCTAACTGTTCATAGTGACATTCTGGAGAAGATTAG	autosomal
CAAGATGGGATGAGAATATGGGAATTCAGTTTCTAGTCTTCTTGATGCTA	autosomal
AAGTGATTGTATTGTAAATCTTCATGCTTTACTGTAGCAATGGTATTTTA	autosomal
AGCGGCGGCGGCTCGGCGGGGCGGGCCCGCCCCGCCATGGCTTCCTGCGC	autosomal
CTACGGCCATACCACCCTGAGAGCGCCCGATCTCGTCTGATCTCGGAAGC	autosomal
CATCTTGGGGCTGCGCAGTTCCGCCCGCCCGGCCCGCCCCGCCGCCGCCA	autosomal
AGCCTCTTCTCTCGAAGCCGGGGGGAGTTCAGTACTGTTGTGTTTCAAAC	autosomal
CGCAGACCACGGAGTAGAGGGCCATGATGGCGATGGCGGTAACCACGGAG	autosomal
CGCGCAAAGCCGCCGGCCGCCGCCGCCGCGCCGGCACCAGCCTTGCCGAG	autosomal
GCACCGGGGCTGGATGGAGCGGGGACACGGAAACTGGAGCAGGATGGGGC	autosomal
TCCATGTTGTGGATAAATCTAGCAAGCAGAAACACATGAGAGGTGCAAGA	autosomal
AGCCCGGCGCTTCCCCCTACTACAGGCCGCGTCTCATTGTGCTCCCGCCG	autosomal
CCCTCCCCGCCTCCCCCCCCCTCCCTCCCGCCCTCCCTCCTCCCGCTCCG	autosomal
GAAGTAATGTGGGAGAGTAATGAGGAAATATTTAAAGTCTATCATGATTA	autosomal
TCTCAGTGCTATCCCCGTGCCGGGCTGTAAAACCGGGCTGTCCCTTTTCA	autosomal
CCAAGATAGGCCCACGGAGGATACCTGAAATACAAATAATTCCTCTTTCA	autosomal
AGCCGGCACGGAGCTCCGCCGGCGGCGGCCGCCCGCGCACGGAGAGGCCG	autosomal
GTGTGGCACTGACACTAAAACCGCTATTGCCCACACTCCACAGGTTACAA	autosomal
GCAGAAGCGAGAGGTGCCCGGGGCCGCTGCGATGCTGCTCCGCCGCTGCC	autosomal
CCTTCTCCGCGTCCCTGTGCGGCGCCGCGGGGCGAGGATGAGGCTGAAGC	autosomal
GACCGAGCCGCGGCCGCCGCCTCAGCCGTGGCCATGGCGACGCCACGCGC	autosomal
CATGGAAATTCCAGGCCTGGGACACGGAAGTGCCAGGCCTGGGACATGGA	autosomal
CAGAAATTTTCCATTTCACTGATAAGCCTTCTTTCACATCCCAAAAAGGA	autosomal
AGTGAACGTAAAGATGAAGTAATGCGAAAGAGTGGAATGGGATTCTTGAA	autosomal
ACGATTTCTCCCAGACCCAAGTTGCCCCCACCTCAAACTACTGCCGCCCT	autosomal
AAGAGATCTGTACCACTAGTTGTTATCGCTGATTGTTCAAATCCATAGGA	autosomal
GACCGGGACCGGGCGGTGCCATGGGCCCGGCCCGCCGCAGGGACGCGCTC	autosomal
GGCGGGGGCCAGGCGCGGACTGCGGCTCCCGGCGGGCGCCGCGCAGGGGA	autosomal
AGCCCCGCCCGGTCGCGGCTCCGGCGGGCGCAGAGCGCCGCGAGCAGCCA	autosomal
CGGGGGCTCGGCGGGGAGGGCAGTCCCGGGGCCGGGCCGGCCGGGCCGCC	autosomal
CAAAACAACCAGGGCAGAAGAACATGGGCTGGGGAGAAATGTTTGGTTGC	autosomal
CCTTTCGCCGCCCGGAGACGATCGGCCGCCCAGCGCGATGTCTTTCCGAG	autosomal
GGCCAGAGCTGGGTGAAGACGGCCGACGGCTGGACGCGCTTCCTGGACGA	autosomal
CTCCTCTGCCACCTCCGTCACCTCCTCCTCCTCCTCCTCCTCCTCCACGC	autosomal
CGGGGGCCCGCACGGTGCGTGGGGCCCGCACGGTGCGTGGGGCCCGCACG	autosomal
AGCAGCATGGCTTGGGCTGCGCCGGCGGAGGAGAGGCGGCGGGCGAGCGG	autosomal
CTGGGGCACTCCCGCATCTCCCCGGCGCAGGAAGGTGTGTGGCCGGAGCA	autosomal
ACCAAGAGCTCTCTCTATAAGGCAAGGACTTCCTTTTCTGGCTCTGCAGA	autosomal
CACGTGGGAACGGCGGGGCCGGGCCGGGGCGCGCCGGGATGACGGTGGCG	autosomal
CCCATGTAGGCTGGCCGGCTGCTCCGGAGGGGTCAGCTGGGAGAGCCAGG	autosomal
TCAACTCTTTTACAAGTTGGGGATATTTACTGCAAATAGTGTTTAAAAAA	autosomal
AGTTCAGTTTTGCGGCTCCTCTCCTCGCCGGAGAGGACGAGATTGTTGGG	autosomal
GCGACAATGGTGATGGTCCTGGGAGATGCCATAGAGCCGCAGGGATCCGC	autosomal
AGGAGGATGCCGGAGTTGAGCGTCGGGAGTTTGTCGAAGGGCCGCAGCAC	autosomal
CAGCCCCGCGCCCCCCACCTGCCGGGGCGCCCCCCGGTGCCACGGCCCCG	autosomal
CCTCATCCCTTCCTCCTGTGGGTTTTGGGGCTTGTGCAGAGCATGGTTTC	autosomal
AGAAGGTGCCTCGGGAGGTTCCCATGTCCTTCCCTTAGCCAGGGACAGAG	autosomal
ATGTTTATTTGCTTTAAATCTTATTTAGCCATGGATGTTTTTATTATCCA	autosomal
AGAAGGCGCGCACGGAGCGCAGCGAGGCCAGGTCCAGCTCGCGCACCACC	autosomal
GCCTGAACCAGCTGCTTTGAAGAGATCTTGGGACTGAAGGACTGAGCTGA	autosomal
CCCTCCTCCGCCTCCTCCTCCTCCTCCTCCTTCCTCTCCTCCTCCTCTCC	autosomal
CAGCACCGAGAACTGCGGCGCGCACACGTAGAAATACGGACACAGCCGGG	autosomal
CAGTGACCGCCCAGTGACCGACGAGTGACCACCCAGTGACCAACTGACCA	autosomal
GGCGCGCACCCTCAGCACCAGCGCGCCCGCCGCGTTGTTCTCCGACAGCC	autosomal
CCGCCCCCCCTCCGCGTGCGGCGCGCGGGGCGCGCCGGGACCTGCAGTCC	autosomal
GCAATCCCGGCGTGATCCCGCTGCAATCCCGGTGTGATCCTGGGGTATCC	autosomal
CGGGGCGAGGGCGCTCGGCCCGGCCTGGGTCCCGCGGAGGGGAAGAAGAG	autosomal
CGCAGCAGCAGCCGCTCCCGCAGCAGGTTGCTGCCGTACGCGTAGTACAG	autosomal
AGCCGCGTGGGTGTGCTGCCCCAGGGCTGGGAATGCCCCGTGGCAGCCCC	autosomal
CGGGAGAGGCTGCCAGCCCAGCCCTGGCTGCCCCAGAGCATTAGCGCACG	autosomal
CATAATATCACCTCTCCCAGCAGGGCAATGATGCAAACAACACTGAGCAG	autosomal
ATGTGCACGCACGGACAGACGGACAGACGCGCGGGGGTGCGGTGCTCCGG	autosomal
AAGCTGCCTGCTTTGGCAATCCCAACCCAACTTTCAACAGATACAGAACC	autosomal
ATAAACAGCTTACTCAACTGATCCAGGTACAGTGACATGGATAGAGATGA	autosomal
AGGAAGGGGGGTCCGGGGGGAGAGGAGCAGTGGTTGGGATCAGGGGTGCC	autosomal
ACAGCAGTTTCTTTTCTTGCTAAGATGACTTCCGTCCTTCATGGAATAAA	autosomal
ACGGCGAAGCGCTCCTCCAGCTCTCCGGGCTCGGGCATGGGCAGCTTCAG	autosomal
CTGATCAAAAAAATTCACTTGTGTCCCATTTCCCTTTCCAGTTACTGCAC	autosomal
GGGCTTGTCCTGTAGTTCCCAATACAGAGAAGCAGCACCTGGGACTGCAA	autosomal
GCGCCCGGCATCACCGCCCGCGCCAGGTGGTCCCGGCGGGCGCAGGGGAC	autosomal
CAGAGGCGGCGACCCGCCGTCGGCAGCCCGCACCGTCACGTTGTACTCCG	autosomal
GCGAAGAAGCTGCGAAAAGCGTACCCCCCCCCGCTCCGCCGGCGCCGTCC	autosomal
TATCCCTGCTGTCCCCGTATTCCCCAGTTTGGCCGAACCGAGGTCATCGA	autosomal
AAAAAAGAAGATAAACAAAGGAGCTCAAACTCCCAACTCAATGAAGTGTA	autosomal
CGTCCTCCCCCTCTTGGAAACCCTGGTCGTCGCCGTTCTCATCATCCTCC	autosomal
CTGGACAGGGCGGCTTCGTGTCACCTCCAAAGGCAAAACTGCTTACATAA	autosomal
GCCGCCGCCGCCGCCACCCGAGGCCATGATGCGATCCGGCCCGCCGCCGC	autosomal
CTCTACCGCTCCAGCCTCGCCGCCTTCATCGCCGAGCGGGTCGAGGTGGC	autosomal
AACCGTTAGGCAGGCATGGCCACAACAAATCCCTGGGAATCCAAGCAGCT	autosomal
CCGCGGTTGCCGAGGCGACACCGGCGGCGGCTGAGGGGAGAGTGGGACAG	autosomal
GCATCGCGGGAGTGGAGGACATCGACATCCAGGCCAACTCGGCCTACCGC	autosomal
ACATGGCCCGGCCGCTGGCGCTCCTGCTGCTGCTGCTGCCCGTCCTCCTC	autosomal
ATTCTCCGGGTGGCCGAGGGAAGAAGAAGGGCTCAGCCGGCTCCAGTTCC	autosomal
CAGGACCGGGGTACGGGGGATCAGGGCTGGGGTAAGGGGGATCAGGGCCG	autosomal
AGCAGCCTGAGGCGCGGCCCCGCCGCCCGCACCGAGCCCCGACACTCCGC	autosomal
ACGTGCGGATTTCCCCCATCTTCGTGGGAAACCAAAGTGTAAATCCAAGT	autosomal
CCCCGATCCCATCTCCGCACGGCGCCGGGAGCAGCCCCGATCCGATCTCC	autosomal
CGCTGCAGCCCCACAGCGAGCCGAGGAGGAGAAGGACAGGACCCGGCTCC	autosomal
CCGCGGGGGCCGTGCCAAAGCTCAGCCCTGCGGACGTCGCCTGCGGAGCC	autosomal
ATCCCAAACTCCGCGCTGTGCGAGCAGCCGCGAGCAGAGAGGGCGAGAAA	autosomal
GGATGCGGGGCAGGGAGGGGATGCGGGGCAGGGAGGGGATGCGGGAAGGA	autosomal
AGCAGGAACGGGAGGAGCGGGCAGAGGAGCAGCAGGAGCGGGAGCAGTGG	autosomal
AGAGTGCTCAAATACGTGGATACCAACCTGCAGAAACAAAAGGAACTCCA	autosomal
CCGCGGATGGAGGCGGCGAGGGATGGAGCGGCGACCGGGAGCAGGGCCCG	autosomal
GGGAGAAACGGGGCAAAAATGGACAAAAATGGCATAAAAGTGTCATTAAA	autosomal
GGGATACAAATCACAGCCCTCGCAGGATTTGCACGGCACACCGGCCAGCA	autosomal
GATTAGTAGCAGTGTGGAGTGATGCTGTTTCTCCTTTCCTCTGCAGTTCA	autosomal
GCTGTGGAAATGTTTATTTGTAAGAACTCCAGTGCCTGTTGAGTTGTGCC	autosomal
GCGATCCATGGCAGCCCCGCGGGCCGGCTCGGGGGTGGCGCTCCGGGGCA	autosomal
CATTCCTCCTACTCCATCCTCTACCCTTCCTTCCTCCCCAGCCCACCTCC	autosomal
ACATGAATGATGTGTGAAGTCAGCAGACACCCACTATATCTTCTGGAAGG	autosomal
AAATGCTTTTAAAATACTTTTTTTGTGTGTGTGTATACTTTAAAATTGGG	autosomal
CGGGCGGGCAGAGAGACCCGTACCCACATCTGGGCGGGTAGAGAGACCCG	autosomal
GACAGGATCCCTGGGACACTCAGGAGGGTCCTGCTTTCTCTCTGCTGTGC	autosomal
GACAGCCACTCGGCATGGCCGGGGACACCGGGATGGCCGGGAGGGTGGCA	autosomal
AGAGCTTGTCGGGGAGAAATGTGGGAGAGTGTCTACCCTTCTTCTCTTGG	autosomal
AGCGCGAGCGGGTGGAGGACCTCTTCGAGTACGAGGGCTGCAAGGTGGGC	autosomal
GACAGCTGCTGGGAGCCAGCAGAGCAGCTGGTGCAGCATAAGGAAGTGGA	autosomal
CGGTGGCGGCGATGAGCTTCGCGTGGCCCTGGCAGTACAGCTTTCCTCCC	autosomal
ATGTTCCAAGCAGAGGATGGCTCCTGTCACCCCGGGCCCTGGGGTGCCCA	autosomal
AGGGGCCGAGAGGAGCCGCCGGCCGCGGGGCCGTGCTCGCTCCCCGCGGG	autosomal
GGGACCGCCCCCGCGCCGCCCCCAGCCCCAGCGCCCACCGCCCCCAGACA	autosomal
GGCGGGGTCGGTGGGTCGGTGCCGCAGCTGGATGGGAGGCAAGGACAGGA	autosomal
CGCCCCGGGGCTCCTCCCGCTGCTGCTGCTGCTCCTCTCCGCCGCCGCCA	autosomal
ACGAGCCCTGCGTGCGGCAGTGCCCCGACTCCACGGTGGTCATCCAGCCC	autosomal
CGGGTGGTGCTTGGCCATGGCGAGGCGACACCCGCCCGGCGCTGCTGCTA	autosomal
CCGGTGCGGCTCGGCGGCCCCGGTGAGGCGGGATGGGCAAGAGCTGCAAG	autosomal
CCCGGCCTGCCCGCCCCCACTGCGGAAGGCTGGGTGGCTGACCCGCAACG	autosomal
ACTTCATGTGCGAAAGCACGGTAACACATATACAAAATATTAAAGACTAC	autosomal
ACAGACTATAGAGTTGTAGTCATCCTCAAAGACTTGAATTTCTTAAACAT	autosomal
GATGTGTCAGTGTCCCCGGGGATCTGTCACCATCATGAGGAGGTGACACC	autosomal
AAAAACCACGTATGATGAAATATCATTCTACTTTTTTAGGTCAGAATTTC	autosomal
AGGAGAAGAAGAAAAAGGGGCGAAAAGTGGGGTAGATGAAACTGGCGGAA	autosomal
AGCAGGGCGGGCCAGGCGCGGCCCGGCCGGGCCAGCAGCGCCAGCATGGC	autosomal
TCTAAGCCTTTCATGGGCTCTCCCTGCCCTGGTAAATCCCAGGGGTCCCA	autosomal
AACCAGCATGGTCTTCTACTGAAAATATCCCCACTTATGCTAATCATGCT	autosomal
GCCATCGCATCGTCCCCGCGGGGCAGCACCGGGCACGGGACACGCGACAC	autosomal
CGTTGGACTGGCAGGATGCATCCCCTGGCACTGCTCGGGTGCCTTGTGGC	autosomal
TCTTCACTTCTTCCTTTCCTGGGTTAAAAAATCTTTCTTTCAGTGAACCA	autosomal
GAAGACGAAAAGGAGGTATTTGATACACTTGGTGCAACCTTCCACTCCCA	autosomal
CGCCCGCTCCAGGACACGACGCCGCAGCCCCGGGCAGCTCCAGCGCCCCG	autosomal
GCTGGGCTCGCCCGGCGCTGCTCCTGCTGCTCGCGGGGGTCCTGCGGCAC	autosomal
CCTGCGCCGATCCACCGCCAGCAAGCGCCGGCTGCTGCCTCCACCGCTCA	autosomal
CGCCCGGCAACGCGGCGGACGCGGCGGCACCGACCCGCGGCCATGGCCTC	autosomal
ACTCCGGGCAGCTTGGAGTGGTCGATGCCGATGCCGGCCATGGCCGGCCC	autosomal
GGCAGCTCCGGGATGTACACCAGCGGCTGCAGCCCGTAGAGAGCAATGAA	autosomal
ATTACTTCAGAAGTTTTGTAATCTAGTGTTATGATGTGACTGCAGTATGA	autosomal
ATTGGCCAATTTTGGACGCCAATCACGGAGCTGGCCCAATCGCGTGGCGG	autosomal
CCCTGCCTCCTGCAGCAGTAAAGCTTTCCCAAGTCTATCCCTGTGTAGGA	autosomal
CCGGAGGCGGCGGCGGCGGAGCGGAGGAGGCGGCGTCCCCCGGTGGCGGC	autosomal
CGTGAAGAAACTGGCGTCGGACGCGGGGGTCTTCTTCTCCCGCGCCATGC	autosomal
AGCGCGGGGCGGGAGCCATGGCCCGCGGCCTGGACGGCATCGACCTGGCG	autosomal
CCGGCATCGGCGCCGTGGTGGCCTCCACCATCGGCATCGTCATCTTCGGC	autosomal
AGGGGTGGCAGGGAGGTGGGGTTGTTGTTGGATTCCTTCCGAGATAGAGC	autosomal
AAGAGTTATTATTTTTTCTCAGAGTGGTGCTCATGGCTGGACTTTGTAGC	autosomal
AAGAGGCGGAGGAACCTGCTGGTGGTGCTGAGGCCGGCGGGGAGGGCGAG	autosomal
CCGCAATTCCCGGAAAGCCCCGAGGGAGCCCAGGGAACCCCAGGAAATTC	autosomal
GAGTGGAGACCCTCAGTTTGCAGGAGTCAAGATGGCCATCAACCAGCGGA	autosomal
TCGGACCGGAGCGAGCCGGGCCGCGCCGCGCCAACCGACGGCCGATTCAA	autosomal
GGATCCCATCATCCATGGGTATTCCATGTCCTGGGGGGTGTAGGATCCCC	autosomal
AATCCCCCACAGGACCCCCCAAACCCCCCCAGGTCACGTGTCCCTCCCCG	autosomal
CTGCTCCCGCCCGCCGTGGCGGCCGCTGCCGCCGCGCTCCCCGCCTCCTA	autosomal
GACCGGGATCGGCACCGGGACCGGGATCTGAGCCGGGATCGGCACCGGGA	autosomal
GCGCTGGCGGCGGAGCTGCGGCAGCGGCGGCGGGGCGGGATGCGCAGCCA	autosomal
CCCCAGCCCGGAGCCCGCTCTCTCCACCCCCCGCCACCCTTCCCCTCCGC	autosomal
TATCTGCAAAGTGTTTGACATTAAAACACAATTACAACAAGGAATTGTCA	autosomal
CCCGGGCGGCCCCGCAAGATGGCGGCCCCGCGCCACGTCCGCACCCGGAA	autosomal
GTTTCTGCTAGACAGAGCTTCAGCAAAAATAATCCAAAAATTGTCCGTAA	autosomal
CCCCAAACCACAGCAGCAGATCCAGGCTTCTGGATTTCGGGAAAAGGGAA	autosomal
GCGGGTCGCCGTCGGGGACATGGTGCCAGCCCGGTGTCGCCTCCCGCACC	autosomal
CCGCCACCATGTCCGGGCGCGGCCACAACAAGCTGCCGACCACCGAGCGC	autosomal
GGGCGGGCTGCGGCGCAGCGAGGCCCGCTTCATGGCAACCATGAGCCGCA	autosomal
CGAGATCACGATCCCGCCCGCCTTGCCGCCCCCCGAGGAGCCGCCGCCGC	autosomal
AGGAGCCTTTTTCAATAATACACATTTTAGGATACTTTTATATTAAAGTA	autosomal
TCCAAAGGATCTGCTTCTCAAGGCCCAGAATGGTGTTACGGGCCGTAGCA	autosomal
GACTCTTTTCGATATCCTGGATGATCGGCGGCGAGGCTACGTGCACCTAC	autosomal
CTCTTCCAGTGAAACTGCTGCTGAGCTCTCACAGCTAGGTCTTGGTTTCC	autosomal
GACTGAAACCGGCCGGGGCGTGGGGACTCCCGTGCCGGCCCCAGCACCCC	autosomal
CTGAATTGCCGGGACACCGGCCTGGCGTGGGGGTGGATGCAGTGTGATCC	autosomal
CGAGCCCCTTGGCATGAGTTAAGCACCAGCCATGGACACCAAACACTTCC	autosomal
GGGGGCGGCTCCGCTTCCCCCGGTTCCCACTCGGCTGCGCTGCGGCGGGA	autosomal
GATGGCCTCGACGTCGGCCAGGTCAGTGCAGATGCCCTGGCCGTGCATGA	autosomal
CCCCGCGTGGGGGAGGGGCACAGGAATCCATCAGGGGGGGTCAGAGCCCA	autosomal
CGTGCGGGCAGCGCTGGACGCGGCTCCCGGTGAGACCCCCGGGCCCTCCC	autosomal
AAGGAGAGCTGACTCCAGTGATAAATAATTCTATCCACCCCATTAGTCCT	autosomal
CCGCCGAGCCAGGCACGGATCAAACACGGCATCAGCCACGGAGCGATCCC	autosomal
CCTAAAGGATGCTGCATAACTTCCTGAGTTTTGTGTTATGCATGGATGGC	autosomal
GCGGGAGATGCGGCCGCTGACGGAGGCGGAGACGCGCGCGGTGTTCGAGA	autosomal
GAGTTTGAGAAGATCAAGGTGTTCGTGTCGCGCGTGATCGAGGCACTGGA	autosomal
CCGAGAACCCGTTACCTGCGACCCGTGCCCTCCCCGGCGGGGACAGGGCC	autosomal
AGATATATAACTGCACAAGCACACACACAAACACACCAAAGCATAAATAT	autosomal
GAGCCTCAGGTACCCCAGTCTGGTTTTCATGGTTCTGATCTTGCAAACAC	autosomal
TTCATATCATATGACATATTCTTTGTGTTCTCTGTAGATAAGAAGACAAA	autosomal
CACTGTGGTGGCTGGGCTGTTTCTCCCATGACTCTCTGCGTCTAGACCTG	autosomal
AGGCGCCGGGAACCGCAGCCGCCCCCGGCCCGGGCCCGCCCCACGGCACC	autosomal
AGGACTATCCGGGTCATCGATGCGCAGAACCAGCACTTCAGGGAGCAGGA	autosomal
CAGACCATATTCATACAGCGCCGTATTATGCTGGCCTGATGCAGACAGCC	autosomal
AAGAGGACAAAGCAAACCCCAAATTGCAGCCCCCCAGCCCCTTGCCCAGC	autosomal
GACGCGTTTGCTCCCCGGCTCCGGCCCTCGCTCAGGACCTTGCGCTGCCA	autosomal
CCCCTCCCCACCCTCCCCTCCCCCCCCCGCGGCCCCGCCCGGATTAAATC	autosomal
CGCCTGCAGAGACACCACTGAGTCAGTCAGGCAGCCCCTGCCCCACCCAC	autosomal
CCGAGCCCCGGTTACGCTGTCGGGCGAAGGGGAGGAGGAGGAGGAGGAGG	autosomal
GTCCTCTCTTCCTTTGTCCTCTCCTTTTCTTTTCTTCAAGCTTTCTTCAC	autosomal
CGTCAGTCAAGGGGCTCGGTGCCCTCAGGCGGAAGCGGCTCGCTCGGAGC	autosomal
AACTGTGAAGAAGAGCCTTCATTCAAGATTCCCCTGTGAACCCTGCATTG	autosomal
CGGGGCTCAGGATCCCGAACTGGACTCGTTTGATGGTGCGCAGCGGGCAG	autosomal
GGTAGCAGCGCCCAGTGTCGCTCCCGGGGACCGGGGGATGCTCCGGGCCA	autosomal
CAGCCTCCTGGACGGCCCTGGCCCAAGGCTCCCGTGCCCCACAGACCCCC	autosomal
CCGCGCCTCCCGCCGCTGCTCCCGCCGCTCCTCCGCCCGCCCGCCGCCAC	autosomal
CAGGGCAGTGCCAGGGCCGGCAGGGAAGGGCGCAGGGACGGCGCTGGCAC	autosomal
CGCAGCTGGAGGACTCCAGGAGGAGCTGTCTGGGCCGGTGCGGCTCGTCC	autosomal
ATCCATGTACTTCACCATGGTGGCAGCGTTCCTGGTCATCCTGGTGGTGG	autosomal
CCAGAGATGTAACGGAAAGGTTTCCCATCCTTGACAAAGCAGTTGGAATC	autosomal
AAATTAGCTAGTGCTGCTTCCCTGACAGAACTAATAAATGAGGCAGAAAA	autosomal
ACATGAACAAAGAGAAGATGTTTCCCAGGAGATGCCTCTACAAGATGTGC	autosomal
AGAGAAGATGGGATTATTTTGGAGTTCTTATCAGTTTTTCTCCTTAGTAA	autosomal
CGGCCCGCGGCGATGCCCGGCTCCGGCCCGGAGACGACGAGAGCTCCCCG	autosomal
CTTTCTGCTGATGTGGGAACGTCAGATCCAGAGGATAACAGGTGATGAGA	autosomal
TGGAGTCTCTGCTGAAATCGGGAAACAGCTGACGTGCTCAGAGTGCAGAA	autosomal
CCGGCGGCGCCCGCCTCCCCTCCCTCCTTCCTTCCCTCCCTCCCTCTCCC	autosomal
CTGCCGCTGCTGCCGGGGCCGGGAGCGACTCCGAGACACCGCCGCCATGA	autosomal
CACAGTTTGGGGTAAGCGAACACGTTGCTTCCATGCAGCTTGCTTTGTCG	autosomal
ACACGCGGCCGCGGCGGCCCGGCCCGGCCCGCGGGGGGCGCGGAGGGGCG	autosomal
ACTGCACAGCCTGGGACCCCCCAAACACCACCGAGGCGCTCGCCCCCCTC	autosomal
CCCCGCGCCTCCTCTGCGCACCGCGGCCGCTGCCGCCGCCCGCCTGACAG	autosomal
GCCCGGCAGCGCCCGGCCCTGCAGCTGCGCGCCGATGTCCTGCAGCGCCC	autosomal
GCCAGTGTTGGTGTCGCGGTTGGCGTCGGTGCAGGTATCGCTGTCGGCCC	autosomal
AGAATGTGCAGCACCTGTACCACGATGTGGAGTGGAGGCCCATGGAGGAA	autosomal
AAAGAGCGGGGCTGAGTCTGGAAGTGGGTCTCGCCGCCCAGGACCCGCAC	autosomal
CAGCAGAGGATGCAGGCGATCCCCGGCCAGTTTGAGCCGCGGCTGGTGGA	autosomal
GTGACACAACCACCACGACCGTGGCCACCACCACGGGCAGGACATGGCCA	autosomal
GAGGAGGAAAAAAGAAAAAAAAAACAAAAAAACCCGCCAACCAACCCAAC	autosomal
CGGCTTCTGCCGCACCGAGCAGAGCTGTGTGTGCGCCCGCTGCCGCACCC	autosomal
CCAGCTGGGCTCATGGCTCATGCAGATGCCACTAAAAGCAGGATGAGTTC	autosomal
GACGTTTTTTTCTGCTGTTATTTCACCCCGGTGTGACGGCGCGAGGCCGC	autosomal
AGATGTGCTAAAGATAATTGGCCCATATGCAACCTGTGGCTGTTTTGAAG	autosomal
CGGTCCCGGGGCCGCGCAGCCGCCCGCGCCCGCCGCCGGCCCGCGGGCAG	autosomal
ACAACGTGGACCACGGCGTGCTCAACAACGGCTGCTTCGTGGATGCGCTC	autosomal
GATGCCAAAGAGCTATCAAAATGACAGGATAAATGCAGACCACTGGAACA	autosomal
AGGCGGCCGCTCCTTCCCTCCCTCCCTCCCTCCTCCCCTTCCTCGCTCCG	autosomal
CGCCCTCCGCCAGGCTCTGCAGGGCCTCCTGCAGCCGCTCGGGGCCGTCC	autosomal
GAGCAAGGTGCTGCTGCTGACGCCCCACGCCACCAGCGAACGCGCCGTCA	autosomal
CAGGGGAGATGATAACTCATTTCCTACCATCAGTCAATGTAACCACCTGC	autosomal
GATGGAGGTGGTGCTGCTGCGCTCGGCGCCCCGCTCGCTGCCAACCCTGC	autosomal
CTGGCGGAACGTGGGGCGCGCGTTGTACTTGCGGCCCATCTGCTTCTGGC	autosomal
AAATGAGCCAAAGCTCAGCTACATCTCCATCTCCCCCACACTCAGCCCCG	autosomal
CGGGGGCGGCGGCGGAGCCGAGCGGAGCCCGGGGGCGGCGAGGGGAGCGC	autosomal
CATTTCCACTAGACCAGGTTGCCCTGTTCAGTCTGGCCTTGAAGACTTCC	autosomal
GGTCTGAGAAAAGTATTTCAGAGTATTTGCAATGTCAGTTCCAGAGGGCA	autosomal
AACTCCAGTTGAAATAAAGGCTGCTTGAGGACGACACCTCGAGCGACGGG	autosomal
CGGTGGCCTCGCTCTTATCCCGAGCTCCCGGGGACAGCCCCCCCGCGACA	autosomal
ACCGGCACCGGCACCGGCACAAGGTCCGGTGTCACCGGCACCGGGACTGA	autosomal
CGCTCAGCCCCGTCCCCGCTCACCCCCGGTACCGCTCCTCTTCTTCTGCC	autosomal
CACCCCATCAGGCTGGGCATGGAGGGAGCTCCTTGCCCCTGTAGGGCTGG	autosomal
CCCTCAAGAGCGTTTCTCTCCTGATGCCCAACACAACGCCTGGTGCCTAG	autosomal
TCCTCTTCAGTAGGGAACAATTAAAATCGATGGCAGGATGCAAGGTAACA	autosomal
AAGTGAGTGCAAAGCACTTTTCCCAGATTTTCATTCTGAGATGAAAGGGG	autosomal
CCCGCACGCCCCTGCGCATCCTTTGTGCATCCTGCGCGCATCCTGCGCGC	autosomal
GCCCACCCTCGCAGCTCAGCCGCCACTCCGGCAGCTCCGTGGCCGCCGCC	autosomal
ATTTCCCCGCGAGCTGGCGGTTCCGGGCGGGTCGCTGTTGGCTTCCGTGC	autosomal
CCGAGTCCAGCTGGATCTGCGCCTTCTCGTGGCTCACCTGCTCCAGCGCC	autosomal
CGCAGCACATGAGGCCGCTGACGGAGATGTTCACCAGGATGTAGTTGAGC	autosomal
CCGTGCCCGCGGAGCTGGCCCGGTGTGGCGGCTGCGCCTGCTGTGCCAGC	autosomal
GCGGGTCCGGGGCCGCCCCGTCGAGGCGCTCCCTCAGCCGCCGCCACGCC	autosomal
AAGGATGGTGATACCAAGGCAAGACTGAAGCAGCGTAACTTTTACTTGGC	autosomal
GAGGGAGGGATGAGGACGGGGCTGAGCGGCGGCGCCTCGTCCCCCACAGC	autosomal
AAGAGGAGGAAGAAGGGCAGGAGGAAGAAGAGGAGGAAGGGCAGGAGGAG	autosomal
CGGGGGCGCGCACGGCGGGCGCGGGGGCGCGCACGGCGGTGCCCAGCGGC	autosomal
AATGTCGACCTGCTCCCCTCCACCACTCATGTTTGGTTCGTCCTTGATGA	autosomal
GCCGGGGCTGGGGCTGCCGCCGGTGGCTCTGGAGCTCTTGCGGGAAGCCA	autosomal
AGAAGCAGGCTGCCGGCACGCTGAAGTTCCTGATCAGCATCTCCACCAAG	autosomal
AGCCGGCGCGGGCCGGGGGCAGCAGTGCCATCCCCAGCGCCATGCCCAGC	autosomal
CCAATCCCGGCCTGCTCGCATCCCCCGGAAGCGGAACGGCCGCCGCCGCC	autosomal
CAAGGCAAAGTGCAAGGTGCTGCATCTGGGTCAGAGCAATTCCAAGCTCA	autosomal
CCGGGGGCCGGACCGGGGGCCGGACCGGGGGCCGGACCGGGGGCCGGACC	autosomal
CCGCTCGGAACTTCGGCGCGGCACAAACAGACCGGAGCGGCGGGCGGGGC	autosomal
AGGGGCAGCTCCTTATCAGCCTGTGAACTCCATTACCTGTGGGGCTGCTG	autosomal
CAAAGCCCGGTCCCGCTCCTAACCACCCCCCCAGCCCCGCTCGGAGCGCC	autosomal
ACCGCCTGCACCCCGTTCTGAAGCGCGGGACCGTCCTGCCTCCCCCTGGG	autosomal
AGCGCTCCCGGGCCATCCCCGGGCTCCATGCCGACCCGCCCCGCCGCCGC	autosomal
GGAAAGAATACCACTGCTCAGCAAAGCATGGGGAGAGGAGGCCACCGGGA	autosomal
AAATGTCCCTCAGCGGCTCCCGTAGCGTTCGCGGCGGCGGTACCGGCGGC	autosomal
CAGCTTGACCTAAAAGCTTTCCAGAAGTTGCCAGCTCTCTATGGAAATCC	autosomal
CAGCGGCCCCGTCCCCGCGGGGCGCCGCCAACTTCGGCGGAAAAGGCAAA	autosomal
GGGGGGACCGCGGTGGAGGCGGCGGGCGCGGGGCTCGGGTTACACGGGAA	autosomal
GAAGGGGAGAGAGAAAAAGGAGGAGAAAAAAAAAAAAGGAACGAAAGAAA	autosomal
AGGAGGTGGTGAACATGGCAGCGATAGTGCCCAAGGAGGACGGGGTCATC	autosomal
CCTCCAGCGGGGCCCAGGCCAGGCAGGTACAGGCAGCGCTGAGGTGGGCG	autosomal
GGTGCAGCTCCAGGTCCACACGCTTCTTCAGCCGTGACTCCATGATCCAC	autosomal
ATCACATAGCTGAACTTCTGCACAGGCTGCCTCTGGATGGTGTAGTGGCA	autosomal
CTGCCAAGCAATCCTGTCGAGATAGAGATTGAAACCCCAGAGCAGGTGAA	autosomal
GAGGGATCCCGGGGTAACGGAGCCGGGAGATCCCTCGGGATAACGGAGCC	autosomal
GGGGGGCAGCTCCTCGCGGGGCGGCGGCGGGTGCTCGGAGCCGGGGATGA	autosomal
CTCACCTGGCTCTCATTCATTCAGCGGCCAGCGGGGCATCCCAGCGCGGA	autosomal
AGGATTTTCCCTCCTGGCTCTCCCAGCTGACCCCTCCGGAGCAGCCGGCC	autosomal
CAGGGCTCTCTCCTGGCTGCAGGGAGCCAGGGCTCTCTCCTGGCTGCAGG	autosomal
CGGGTAAGAGGCTCAGCAGCAGCAGCAGCAGCAGCGCGGTGTGCGGCAGC	autosomal
CGTATTGTAATGTGTTATGGAAGATGTTGACAAAGTGGAATTTCTTGAAG	autosomal
AGATCGAAAGCAAAACAAGGAGAGGAAGCGGCGAGGCCGCCGCCGCTTGG	autosomal
CCGGTACCCAGGCAGCGGTAGCCGTGCCGAATCAGCTCCCAGTGGATGCC	autosomal
CTCCGGCCGGCCGGGCGGGCGGCAGCCGCTACACCGCTCCCACTGCCTCA	autosomal
AGGAAGAACCGATGCAGACCTGCTCTGTGGAGAACCTCCCTGGTCCCTGC	autosomal
AACAGAAAAATAAAGGTATCCTGAACTGGTTTGCAGATTTACAGACAATA	autosomal
ACAGCATTAGGCTCCTTTTCAGATGTTCTGAGAAGGACTTCCTATGTAAC	autosomal
AGCGGCCGCGGCGCAGTTTTCTGCAGCGGCGCCGATCTACGAGTGAGGGG	autosomal
AGGTGAGGTTTCTCCTTAGTGTTTGAAGGGATAAGGACATCTTTTGAAAG	autosomal
CCGCACATCAGTCGTCTCCCTCGGCAGCGGCACGGCCTGCAGGATTTACA	autosomal
CGCCCGCTGCCCGCCCGCCGCCGCCTCCATGGCCGCGGCCCGGCCGCCCG	autosomal
ACTGTAAACAAGGGCCTACCAGATTATTGTTTCCTGAAAAAAAATGAATA	autosomal
AAGCCAGGAGCTACTCATTGGAAAAGTCTTTTTAATTATTGCAGAAAGCA	autosomal
AAGAGAAAGGTGCTGGGTGGTTGTGTGCGCCCGGAGATATGGCTCTGCTC	autosomal
GAAAGGAAAAAAAAAAAAAAAAAAAAAAAAAGAGGAGGGAAAGGAAAAAA	autosomal
ACATCAAAACTCAGAAACGGTGCCTTTGTGTATGTGTGCCTCTGCTTCCA	autosomal
CCCGGCTTCCGCCATGGCGCAGGCGGGCAGCTGTCACGTGAGGGGCAGGA	autosomal
AGTCGCTGTGGCCGCTCAGGAACAGCAGCTTCTGCCGGATCGGGGCCGCC	autosomal
CGGCAGGGAGCGCGGGGCGGCGGCGCCGAGCAGCAGGCGGGACACCCGTC	autosomal
GCTTGATGGCTTCTTCACTCACATCTGTCCAGAAAACGATGCCTTGTGAA	autosomal
CAGGCCTCTGCACTTGCAGAATGGCTCAAGAAGGTCTTCACAGCTGTATA	autosomal
CTCGGTTTTAAGTTATTTCCCCCCCCTTAATTCTGTACTTTGCACGTAAA	autosomal
CGCGCCAGGCCAGCCGCCCCCGCTCCTCGTCTAAGGTGACCTCCCAGGAG	autosomal
CCAGTCCTGGGCTGGAGCTGGGAGAGGTTCAGCCTCCTGCCGAGCCCCCC	autosomal
CCCGGGGAGGAGCGGGGCGATTCTGCCAGCCCCAGCGCCGCCACAGCCGC	autosomal
ATGAAAGATTTCCTGATTTCACACCATCATCTTCCACTTTCAAGACTGCA	autosomal
AGGACGCTGTGCCAGCGCTGCTTGCTGAGGGCCCCGCTGGCTGGCTGCGG	autosomal
GCTCCCCGGGCGCTCTCCTGAGCGTGGCGGCCGTGGTGGTGGTGGCCAGA	autosomal
AGTCCTGGCTGCAAGAGAGACCGGGGAAGGCTCACCCTCACCCTCCTCGC	autosomal
CACAGACCCCGCCCCTCCCGGTTCTGCCATAAGCGACATCGCTCCGCATC	autosomal
AAGCTACGCCCAGGTGTGCCAGGAGTGCCATCCCATGCCATGCCATGCCC	autosomal
CCTCGCTCGGAGCGCTGTGGCCCTCGCCCGCTCGCTCGCTGGGACTGGAG	autosomal
ACGCCGTACCGCGACATCGCCGCGCCCGCGCTCGCCGCCGCCGCCGGGGG	autosomal
CCTCACAAACTTCAGTTTCCTCCTCTGTTGCGGGAAAAAAAAAAAAAAAA	autosomal
TGTGGCTTCTCATCGTTTCCAGAGGCATCCTCAGATTTCTGATGAACCAA	autosomal
CCGCCGCGGAGCTCCTCCGGCCGCTCCGGTGCAGCATCCAGCGCCCACCG	autosomal
GCGGCGCGTGGTTTCACCTTCAGAGCGGCACGGCGCGCCCTTCCCCGAAC	autosomal
CACGGAACACACCGGGCACCGGGCACGGAACGCACGGGGCACCGGGCTCG	autosomal
GCCCGCGGGCACTGGGGGTTCTGTCCCCACCTCGGTGGCCCCGAGCCCGC	autosomal
CGAGAGCGGGCTGGCGGAGGGCGCCAGCCCCGCCTTCGACGGGCCGCTCA	autosomal
GGCCGGGCGGTACCGACAGGCGGCGCCGCGGCGGGGACGCGGCGGGCCCA	autosomal
GCAGCAAGTCTCCAGGGGGCTGAAGGGGGATGCGGACGCCCCGCGGCACC	autosomal
CGGAAGCGCGGCCGGCGCGGCGGGAGGGCCGCAGCGGCTCAGCGGGAGAG	autosomal
CCAACAGAACTGTCTGCAAACTGTGTACCATTTAGTGAAACCTGGAGAAA	autosomal
AAGGCAGGCACGAGTGCCACACGGAAGTCACGGCACCACTCGGTTCACAT	autosomal
ATCGGGGCTGCTCCCGGCGCCGTGCGGAGATGGGATCGGGGCTGCTCCCG	autosomal
AGAGCATCTGCCTACAGTGGTCCGGGACTGCGGCGGTCTGTAGCAATCCA	autosomal
GCGAACCGCGGCAGCTGCGATGAGGAAGAGGAGGAGGAGGAAGGGGGCGA	autosomal
CGAGCGTGACAGCGGCTCCGCCTCCCCGCGCGCCGCGTGCCCCAGCGCCA	autosomal
ATAGGCACGGTGGAAACTTTCCACTGGCCTCAAAACCACGGGAAAACAGC	autosomal
AAAATGGAGACCGAACTCAAGTTTTGTGACTGCCTGAATGCATGAATCTC	autosomal
GCGGTGTGTCCGTCATGGCGGCGTCCATCTCCGGCTACACCTTCAGCTCC	autosomal
AGAATAATCCGCCAGGTGGGCCTGGAGTGCGTTGCCCAGGGACAGAGCCT	autosomal
CTCAGGGAGAGCTGCTGGGGTCTGGCTCTGCTCCCGGGGAACAGGGACAG	autosomal
GCGGCCGTCGGGAGAAACTGCGGGGAAGAGGGAACTTCTGGAAAAGCGTA	autosomal
GCAGCCCGAGGGCTACTCCCAGCCGGCCGAGGGCTACCCGGCGGCTCAGA	autosomal
GCAGAGGCGGGTCCAGGCCGGGGAAACGCAGGAAGGGGCCGGGTCCCCAA	autosomal
CTGGACGAGGTGGCGGTGCTGGAGCTGGAGGACGGCTGCGGAGAGGACGA	autosomal
CTGCTTCCTATCCTCTTCACATGAATGCACAAATGGTTGGTGCGGGGGAA	autosomal
ATTTTTTTACAGGCTGTTAAAGGATCCAACCTAACCTCATCTGAAGTGGC	autosomal
CCCGGGCTCTCCTGGTCCTGCACTGCTCTGGCTCTCCCCAAAAACAAGCA	autosomal
AGGGTAAAGATGGCGGCTCTGGACAGGGTCAAGGTGCTGGTGCTGGGCGA	autosomal
ACAGAAAGGAGCTGGGCAGCGGCCACCCTGCGAAACGTCATCTTTTCCTC	autosomal
CATCCCCTGCGTGGATCTCAGCAACAAGATGAAGATGCCCGCCCTGGGGC	autosomal
GCCGCGCCGGGCTCCGCTGCGCCGCCCGTAACGTTAGTGCCGCTCGGAGC	autosomal
CGCGAGTGTCCGCGGGCTCCGGGAACGGGCTATAGCGGGCAGGCCCCGCC	autosomal
AACGTCTCCCCTCAACTTCAAGAAGCGCCTGTTCCTGCTGACGGAGAGCA	autosomal
CCCACGCGGGGCACGAGGCGAAGGCTGAGGATCTGCTGCAGGAGCCCTCC	autosomal
CCTCGCCCGGCACAGCCACCCCTGCGCCAGCCAGAGCCACAAGCCGGGCG	autosomal
CCCCAGTCGCCCCCAGCTCCCCCAAAACTCCCCCAATCCCCCAGGAACCC	autosomal
AAGAGGAGGAGGAGGAGGAAGAAGAAGAGAAGGAGGAGGGGGAGTGAGGC	autosomal
CCGGGGGGGCTCAGCGCTCGCCCCCGCCGCCGCCGCGCATGGCCGCCCGC	autosomal
ACGACGCACGACGTTCCCCTAAGGGAACGGAAGCCGCTTCACAACCGGGC	autosomal
ATTTTTGGGCTGAAATTCGGAGGTTTTGGGCTGAAATTCGGATTTTTCAG	autosomal
GTTTCTTTTACAGAAGAGCTTTCTGGCTTTCCTTATCGCAATGGGCATCA	autosomal
CGCTGCCGGTGCGAGGGGGCGCTGGGCACCAGCGTCAGCAGGAACGGGGC	autosomal
AGAGCGAGAGCTTCGCCCGCACCCGCCGCCACCGAACCACCGCCACCCCG	autosomal
ACAAAATAGGCAAAATCCCACCACAAAACCCCCACCACGAGGTCCTTTGC	autosomal
CAAAACTCGCGTTTCCCTGAGGGGGATGCACATCCCTGCCCGGGAAGCGG	autosomal
GAGGATTTCGGGTCGTGGTGCTGGGAGCACCGAGCACGGATGAGCCGGCA	autosomal
GCCTGATCCAAACCCCGATGAAGTCAATGGAAAAAGTCTCCCATTGACTA	autosomal
AAATCCGTCTTTTCAGGTCGCTCAAGGAGCCGAGGTAAGAGATGCTGCCG	autosomal
GAGTGACACATTAAGATGCCAGATGACAGAAGCTCTCTGAGCTGAGGATA	autosomal
AGAAGCAGGTGCAGGCGTGCGTAGGAATGATAATTTCAGTGACTGTTTTG	autosomal
GAGGAGGAGGAGAAGCAGAGGGGGACGGAGCGTGTCCGCCGGGCCGTGCC	autosomal
ACGCGGGCAGCGCGGCGGCGGCGGCAGCGCGGAGCCCCCGCGCCATGGGC	autosomal
CCCCGTCCACCGACCCCCGACACCCCCCGGCCCGGCCCGGCCCTGCCCGG	autosomal
CGGGGCGCAGGCGGAGGCGCCTGAGCGCGGCGGGAGAGGGGGCGACATAG	autosomal
CACGCGGCTATATCAGCGAGTGGGCGGGCGCGGGGCTTCCTTTGGTGCGC	autosomal
CCAAATCCCGATATTTGCCCCAAATCCCGATATTTCCCCCCAATCGTCGG	autosomal
GAGTAAATACTGATATAAACAAGATCATCAGACACAAACACAGTCTCAAC	autosomal
GGCTGGGGCTGCCGCCGGTGGCTCTGGAGCTCTTGCGGGAAGCCATCGCA	autosomal
GGCGCGCCCCCGCTCCCCGGTGCTGTGTCCCCCTTTCACAGCCCGCCGCC	autosomal
GGCCCGAGGCGGAGCGGGGCACGGGCGGGCGCAGCTCCCCGAGCGCAGCC	autosomal
AGAGAGGTTGTTCCTCATTTCTGTTCCCCATTTCCCCATCTCTGTTTCAC	autosomal
GCTGGCGGCCGGTCCCGCCGGGATGCTGCAGCCCCGGGACACCCCCTCCC	autosomal
AATTTGTGTTATTCTTGCTGCTTTGGTTTCTCTTTTTATTTGCAATCTGA	autosomal
GACACCGGGACTGGGACAGCAGTGTTATGAACAAAACAGCCTGGCTGGGA	autosomal
CATTCTGGCAGGAGAAAGCGATGTCAGTGCCGACCACAAAGCAAGGGATC	autosomal
CCACAGGTGCCCAGGCCACCCAGCTCCTCGTGGAGCCCCCCTGGAGGCCA	autosomal
AAAAAAAAAAAAGGAAAGGAAAGAAAAGAAAAGTCTCACTTTCTGCATTT	autosomal
AGCGACCAAAGCCTGAGAGTTTGTGATTATGACCTTAGGTGACTGATGCA	autosomal
CGGCCGCAGTCGCGCCGCAGAGGTGACCTCGAGCAGCCGGCGGATCCGCA	autosomal
CCACAGTGAGGACCCCAAAACCACCCCGAACCCAGGAGCAGCCCCCCAAA	autosomal
AGGGTCGGGGGGGGCTTTGGAAGCAAAAGCCTCTACAACGTTGGTGGCTG	autosomal
GCCCCGCCCCGCCCCTCTCCGCCGCCGCCGCCGCCGCCGCCGCCGCCGCC	autosomal
CCATGATCAGTGTCTGCAGAGGTTGGAGCTGATGGCTGAAAGGATACACA	autosomal
GATGGATCGCCACACCTCCGACAACACGTGAATAAACACCGGTGTTTAAA	autosomal
AAGCGGAGTCGTGACCGCTTCTACAGCACCCGCTGCTGCGGCTGCTGCCA	autosomal
AACACGGCGCTGCCGGCGGCCAGCACGAACCGGTGGGCGGGGATGCGCTG	autosomal
CCGCAGCCCCGCCATGGCCAAGGAGGGAGCGCAGCGAGCCGAGGAGACGG	autosomal
CCCGCCCGGCACCCGCAGCCGCCGCCGCTCCGCCGTCCATCTGCCCCTCG	autosomal
ACCCTCCCGGCCATCCCGGTGTCCCCGGCCATGCCGAGTGGCTGTCCCCA	autosomal
AAGAGGTAGCAGGGGTCCCGCACGACGGGTTCCAGCGAGTCCTGGCGCAT	autosomal
AGCGCGCAGGCGCGGGCAGCCCCGGCGGCCCTTGTTGTGGCCCGGCCGCT	autosomal
CTTGAGGGCCTGGGCGATGAGCTGCGCCCCGCTGACCGCCTCGCCCTCCA	autosomal
ACCCATCGCACCATTTGCAGCCGCTGCAGCGCCTTTTGTAGCCCTGGAGA	autosomal
CCGCGCTCCATCGCCGCCGCTCCGCCGATTCGAACTCCCCCCGCCCGCGC	autosomal
CCGAGGGGCTTAAATACAGAAGTTAACCTTAGCTCAAGAAGCCAGAGTGC	autosomal
CGCGGGGCTGGCGGCGGGCGCGCGGCGCCATGTCTGTACCGGCGGCGGAA	autosomal
CTACTCCAGAGTGCTCGGTAGCGTGGGCCGGCCGGGGCCCCATGTGGTGC	autosomal
GAGGAAGCCGGGGAATGGGCGGGGGCCGGACCCTGCAGCCCCCCAGCAGC	autosomal
GGGGAGGAGGGACCGCGCGGCGCGGTCCCACTGTGGCGGCGGCAGGAGGA	autosomal
AACGGGCAGCTCGGGCAGAACGGGCAGCTCGGGCAGAACCGGTGGCTCGG	autosomal
AAAATCACTGTGATAGTATTCAGTATAAGCCTCCTATAATGAAGCCAGTA	autosomal
CCCTTCCACGTCCTCAGGTGTTTGCTCGGCACTCGGTAGCTCCTTTCGGA	autosomal
CACAGCTGGAACATCTGGGGGGCAAAAGGGGGAAAAGGGGGGGTCAGTGC	autosomal
AAGTTAAAAAATTAACTAGTTATTTCAAGGACGGAAAGAAAAAAATTATG	autosomal
AATTTGCCTCGGAGGTTCTGCTTGCTCACGGTGATGCTCCCCTTGCTGCT	autosomal
CCAAATCCCCCCAAATTCGCCCCAAATCCCCCCAAATTCCCCCCGAACCC	autosomal
AGGTTTCTGCTAAGCAAACTTCCTCCATATTTTGTTGTCCAGTGGTCTGC	autosomal
CCGTCCAGCTCCGCTTGGGCCCCGCAGGCCAGATCCACCCCAACTCCGCG	autosomal
GAAAAATACCCAAGTGGACTCCTCAGGATCAAGAGCAGTTTGCCAGCCTC	autosomal
CTCCCATTGCCGGAGCTGTAGATGATCAGCAACATGATCAGGGCAAAGAG	autosomal
GCGGCGCGCAACATGGCGGCGGCGCTGCTGAGCGCGGCGCTCCGCGGGAC	autosomal
AGGGCTTCGCAGCGGCCCTCTTCGCGCACGGCGAACACCTCCACCCTGCA	autosomal
CATTGAGTGTCACTGCAGGGCTGATAAAATTACATCATCCCATTGTGGGA	autosomal
CGGCGGTGCTGCTGGTGGCGGTGGCAGCTCCTGCGGGTCCCTGCAGCCAC	autosomal
AGCATGTTTGTATTTTGATGGGAGATGAAAAAACATTGAACCCAGAAATC	autosomal
CGCGGAAAGTAGGTGTGTGTTTTGCCTAGCAACCGTCACTAATGAGGTTC	autosomal
CCATGGAAACTTGAACTCCGGGCAAATGCCACGACATTACATTCAGAGTC	autosomal
CCCAACATGGCGCTGGCGGCGGCCGAGCGGGGCCGCGGCAGCCTCGGGGC	autosomal
ATCTGCTTCTGGCTCAGCACCTCGAGCAGCGCGATCAGGCGCAGCCCGTC	autosomal
GTGGGAAGGAGGCAATGGGAGCACGGGTAGTGAATGCCTCTCTCCGGCCA	autosomal
AAATCCTTGACCTCCATTATACTCAACATGTCCAATGGACACTTTCCAGC	autosomal
GGGCCGGCACCGGCGCTTTGCTTGGAAGTGGGATCCGTGTCCGTGTGCAC	autosomal
CCCCCCGCCCACACGACCCCGAATGACCCCGCCCTGGCCACGCCCCCGCC	autosomal
CTGTGAACAGCAGCTGGACTGGGCCTGCTGAGCCCTGGCACACCTGGTGA	autosomal
ACCCTCTCGGAAAGGTGCTGTCACTGCCAGGACTATGGATCTGACCACCC	autosomal
GGCGGCGGGCGCGGCCCTCACGGCCCCTCACGGCCCCGCACGGTCCCACA	autosomal
CATGGCTCCGCGCCCCGCCGTATGCAAATCGCATGCAAATGACCGGCGGA	autosomal
CTCCTTGTCCTGCAATGTCTGTTCCTTCAAACACAGCAGCTGCACCAAGA	autosomal
GATTCAACACACCACAAAAGGCTACTGGTGTTTCAGAAGGGATCTGTCAC	autosomal
CCCATCACCACCTGCATCCCATTTTCCCTGAATCCCATTTTTTCCCTGAA	autosomal
TGACATGTGAAGACATCAAGATCTGATTTTAACAGTCAGATGAAGACTCA	autosomal
CCCGCGCCCGGCGCAGGGTGTCCCGTGCGGGGGCGGGCGAGGCTGCCGAG	autosomal
CCGCCGCCCCGGGTCTGCGTGGTGGGCAGCGGCCCCGCCGGCTTCTACAC	autosomal
ATCCCCACGGACAACCCCACGGACACCCGGCGCTCATTCCCGCAGACAAC	autosomal
CCCGGGAGGCACCGGGAGCGGCCTCAAACGGCCCCGGGACGCTCTGGCAG	autosomal
TAATGGTGCAGCTGGCACTGATCTCGCTGGGAATATCCAGGATCCATGGA	autosomal
CTGGCTCCGCCTGCTCCTGGCGCGGGAGGCCGGGACCGGCCGCCGCTCCC	autosomal
ACCTCGTCGGGGTCCTTGATGACGAACTCGCCGTAGTCGCCCTGCCAGGC	autosomal
CCCAGCAGCTCCCCTTCGGCGGGCATGGCGAGCGAGCGGCTCCGGCTGCG	autosomal
GCGGGGAGCGGTACCGCGCCATCACGTCCTGCTCCTCTCCGGGGGCCGCC	autosomal
TGATGATCTCCCCTTCACTGACTGTCAGCTCATTGTTTCCAGGCTCAGCA	autosomal
CAAAACATGATAAACAGTTCCATAGTCTGAAACCAACTGCTGGATTTATC	autosomal
CGCGCTGGCCGCCTCGCTGGCCGAGGGGCTGATCAGATCGCCGCGGCCGC	autosomal
AATTCACCCAGGAGGATTTATCCTGGAGGAATTATCCAGGATTAATCCAG	autosomal
CATTTTTCCCTGGATCCCATCTCCTCCAGCTCCCCACTTTTCCCTCCACC	autosomal
GCCTCTTGCCATGCACCTCGCAGCTACTTTACAGGCAACTACACCCAGGC	autosomal
CATGGAGAAGCTGCGGCGGGTGCTGGCTGGGCAGGACGATGAGGAGCAGG	autosomal
CGGGGCGGGGGGGGGACAGCGGGGGGCCAGCATGGCGCGGGACAAGGAGA	autosomal
GGAGAGCACCCGGCACTCCGGCTCCATGGCTGCGCCGTGCGCGCCTGCCC	autosomal
GGACTCCGCGTACTGGGGTAGCTGCAGGGTCTTCAGCCACTCGTAGACTA	autosomal
ACGATGAGCGGCACCGGGGCCGCCCTGCGGGGACACCACGCGGCGCTGCG	autosomal
ACCTGGCCTTAGCTCAGGGATGAGCAGATGCTCACCAACTCTCAGCAGGA	autosomal
GCCAGCAGCAGCAGCAGCGGCGGCGGCGAGGGGAGGAGGAGGCAGAGGAA	autosomal
CCCCGCGCAGGGCGGGCGCCGCCAGGACACAGCGACCCAGCCCCGACGGC	autosomal
GCTATTAAAATAAAAAGATATTAAGCAAAAGGCTTGGACATAATTCAGTA	autosomal
AGCGGCGGGCGGGCGGGCGCTGCGCTGGGCGAACGGGCGGGCAGGGACCC	autosomal
ATATTTTTTGTTATGATTTCCATGCAAATAGTGTAAATAATTGATAGAAG	autosomal
CGTTCATGGCGGCGCGATGGGTGGCGACAGGCGGAAGGGATAGCGGGAAA	autosomal
GGGAAGGGGCTGCGATGCTCCCGGCCGAGCGCCCCCCCGGAGCCGCCCCC	autosomal
AAAATTCACGTGGAGGGCTTTTCTGCTACACCTCGCCTTCAGGTTCTTGG	autosomal
AGGGCTCAGGGAGGAATTCACAGGTGCAAATAGCCTTGGTGCAACTCAAG	autosomal
ACACCGAGCAGGAGAGCGGCTCTCGAGCAGGGCTGCACAGACCCGCGGGC	autosomal
CAGGAAAGCTCGATTCTAAATTCATAATCCCAGTCTATTGAAATTACACC	autosomal
AGCCATTCTGGGAAGATAAGAAAATGAAGATCTTTTATCAGCAATACCCA	autosomal
ATTCCTGGTTTTGGTGATTCCAGCTGCTCCTCTCCCATTCCATCCAAAAT	autosomal
GACAGCGGTGGCGGTGCTGGCAGTGCAGGCCGCGCGGTCTAGGGCGCCGC	autosomal
CCGCCGCTGCGTCCAGGCGGCCAGACCGCCCAGCGCCCACAGCCGGACCC	autosomal
GGGCTGCCACCTTCTTCCATGGGGCTGGAACCCTCCTTCAGGGCTGGCAC	autosomal
AGATTTATTCAACAAAATTTCATCATTTCATGCTTCAACCAAATTTACAC	autosomal
GGTGTGTGTAGGGGGGCAGCCCCGCCGCCGCCCCGCCGCGGGAAGGGGAA	autosomal
CGCGACAAGGCCCGGCGAAGCGAAGCCCGGGGAAGTGGGAGGAATAGGGC	autosomal
CGCGGCGCTCTCACGGCCGCCCCCGCGGCAGCCCCCGGAGGCCGGGCAGC	autosomal
CATTTATTTCTTTGTTAGACTCTCATTCATCATTATTCTTATTTCCTGAA	autosomal
AGCACCTCGAAGAGGCGGTGCAGGGACAGCATGCCGTAGAACTCCAGGCA	autosomal
AGCTAACAAGATATTTTAGACGTTTCTTCTTTCCTTGAAAAGAAACATCA	autosomal
AGCAGAACTCCATCAACAAACCTCACATCTGGAGGCACAGCATGGCCCGG	autosomal
GCAGGGAGCGGACAAGAAGTCCCTGCAGAGCCTGCTGGAGGCCGCGGCGC	autosomal
GACCGGCCCGGCGGCGGCGGGGCCGCCATGGACCCCGTACGCAGCTTCGA	autosomal
CCTACCCTACTGTAAGCACCCTGAAACAGCAAGGGAAGGCCACCCTTTAA	autosomal
CTCGGCGCGTCCTTGCCCGGCTCGGCAGCGCTGACAGCCGCCCGCGCGCC	autosomal
CCTCCTCCCACACAACAATGATCCGACACCGCTGCCGCCGCCACCGCCGC	autosomal
CTACCTGTTCCCTCCATTGCAGGAAAATTCAGCAGCATTTTGCTGGACAC	autosomal
CCAGAAGGGAGCTCACGGTGAGGGGCTCCGAGACGGTACCCCCCACCCCG	autosomal
CCAGTGCACTATGAAGACTGTTCACCAACTCAGAAGAAACCTCTTTAAAA	autosomal
CCGCCGCCGCCGCCGCCGCCATGGAGCTCTCGCAGCCCTCGTCACCCCTC	autosomal
ACACATCAGTTGCCTCACACGCAGGGTTTGCAGTTCAATAGCTCTGGAAA	autosomal
ACTTGTGGCTGTGCTGCACCAGCAGCGGCCCCTCCATGGCCGGCGGCTCC	autosomal
CGAGGCAAGGAGAGGCGCGGATGGAGCGGTCCCAAGCGCGGCCACCCCCC	autosomal
CGCCGCCACCACCGGCCATCTTCCCGCTGCCGCGCAGCGCTCCCTCACTC	autosomal
GAATCAAGCCCCATGTATTTTTCTTTACCAAAATCACATGTCATTTTAAA	autosomal
CTCGCATCCGGCACCTGCGGCCGCCCCGCTCCCGGCAGCGCCCCGCGCCC	autosomal
AGGGCGGCGGGCGGCGCTCGGCCGGGGAGGGCGAGCGGGACCCGCGGCTG	autosomal
CTACCTAATTCATGATAGAGAACACAAAGACTGGGCTGAACAGAAGGAAA	autosomal
ACTGCCGGGCCGGTTGTGAAACGCTGCCGGGGCGTGGGGCTGCCCGAGGG	autosomal
AGGGGTGTGCGGGGCCACCTGGGGCTGGTGGGGGACAAGGTGGGTGGACA	autosomal
CTCACACCGCTCCTCGCTCGGCGTTTCAAACCTCGCCGCCCGCCCGCTTC	autosomal
CTCTGCTCCGGGCTCCGGGCTCCGGACAGTGCTCCGGGCCCTGCTGTGCA	autosomal
CCGCCGCACGCCGGCTGCTCCCGCGGCCGCCGCCGCCGCCGCCCGCCGCG	autosomal
AAATCCCCCCAAATTTGTAACATATCATAAGGTTTTGCAGGAGATAAGAA	autosomal
GGTGCAGACAGGACACACACAGGACCACGGCAGGATGGAGACAGGCAGGA	autosomal
CCCGCGGCCCAGGGGTGATGCCGAGAGCGGCGCCCGGGCCCTGTCCGCGC	autosomal
CAGTGTAAATAAATTCTAGTAGAACTCCAAAAGTGTCTGCAACCATTCCC	autosomal
AAAAATTAAGCTTCCTTTGAATTTCAAAACAAAGCAAAGAAGGAATCACT	autosomal
CGGCCGCGGCCGAGCCATCCAGCAGCATGTGGAGTCCCACCGAGGAGGAG	autosomal
GACAACACCAAAGGTGTGGTAGAGGCTCAGCACAGAACAACAGCTATGGC	autosomal
AAACTGGGAATGCAGTCAGAGAGTTTAATATCCTTCTTTTCACTTCTCCA	autosomal
GCCACCTTTGGGTCACTTTGGTGCCACCTTTGGGTCACTTTGGTGCCACC	autosomal
AGGTTCGGGATTGCGGATCCGTGTCCCCCCCGTGCCCTCGGGGCGGTGTC	autosomal
CGGGCGGGCCCCGAGGGGCCGGGCCGGGACCCGCCTCTGCCCGCCGCCCC	autosomal
AGCGGGACCCGCCCGCCGGCAGCGGGGCCTGCTCCCGGCCCTGGGGGCGG	autosomal
CAAAATTCGTATTTTTGGCCCCAAATCTCAAAGCTTTGCCCAAAATTCCC	autosomal
GAACGGGGCGTTCGGCAGCTTGAGCTGCCCCAGCCAACACACCCACACTC	autosomal
CTGCAACGAGCCCTGTGCCCTGCAATGCCAGGATTCCCGCGTCATCATCA	autosomal
ATTTCGGCTGCCAGCTCTCCTCCTGCCACCGCACCGACCCTCTGCACCGC	autosomal
AATGATCTCCTCAGAGGGGCTTTCACCGGGTGATGCATAATGCAGATCGA	autosomal
AGCCGACACTCGCCGGGGCCGCGGCGGGAGCGCAGCCGGAGCCGCCGCAG	autosomal
GCCCTCCCAGCACACCCCGCGGCCGCCGCTCCCATTGGCGGCTGCCGTCA	autosomal
ACACCGCGCCCGGCGGGTGGCGGCTGCTCACACACGAGGGGCGCCGAGCC	autosomal
CCGCCCGCGGCCGCAGTCCCGCACTTTGGCCACGAGGCGGCGCAGCTGCC	autosomal
ATTGTGGTTTATTTATTTATCTGCTTCTTCTAGAATGGTTGCCTGGGGAA	autosomal
CCTGGCTCTGGGCCCCAGTGCTCCCAGGCAGGATCCATGTCTGGGCAGGA	autosomal
GGCTGCTGGCGGAGGGGACCCACTCCGACGTGACCTTCCAAGTCGGCGAC	autosomal
AATGCGGAAGCGCAGGGGCTGAGGGGGAATAGGCGTGGCTTGGTGTCAGA	autosomal
ACCACACGCACGAACATGCCGGGCAGCGACACGGCGCTCGCCGTGGACAG	autosomal
ACTCCTGCATCCTACACCCTGTATCTCCCAGGCACTGGCATTCCTGTGAC	autosomal
GGAGACAAAGATATGACTGGGGACAGGGATTTGGACAGTGATGGGTACAA	autosomal
AGTGTCCCCATGTCCCTGTACTGGTATCCCCATGTCCCCAATGTCCCCAT	autosomal
ACGGCCTGGCGCAGGGACGGCTGCTGGTGCTGGGAGGCTGCGGGCTGCTG	autosomal
CACCTCTTTCCCTCAGAGCACAGCCGTGGGATCCTCTCTGTCAGCTGCTG	autosomal
AGACCTCCCCGAGGGGAAGAGCCCCGGGAAGGGCCCGATGGCGTTACGTG	autosomal
CCGTCCCGGCCCCGCTCCGTCCGCCCATGGGCAACGCAGAGTCCGTCCCG	autosomal
ATCGCGGGCATTAGCTGGAGGCCGGCGGCACGGCCGCGGCCGCAGCAGCC	autosomal
CACACCCATCCACACGCAGCTGGGTTTGAGCAGAGGAAAAAAAGTAAAAA	autosomal
AGGTGATCTGATGTTACTCTGTGTGAGCAGATGCCTGATATCCTCTGATG	autosomal
CACTTGCCATGGGGGATCCCAGCACTTTTCCCACCTGGCAGCTGTAGGGA	autosomal
CTGGGCGGCCCCCGCCCGCGCACAGCCCCGCTGCCTCGCCATGGTGCTGC	autosomal
ATCACTGTGGTCCAGACTTAATAAAAGCAGCTGTGGAGCTCTAGGGGGGA	autosomal
GCATGGCGGCGGCGGCGGGTGCCCCTCAGTGCCTCTCGGTGCCCTCAGAC	autosomal
GAGACGGAAAATGGCCGCCCGGTTGCCATAAGGGAACGGGGCCGCCGGGA	autosomal
CCCACGCCCGCTCCGGGGGCGCGCGGCACCGCGGGCCACGCCCCCCGCGC	autosomal
CTGTCTGTCTGGGCTCGGCTGTGCTCGGTGCGTGCGGGGCGGCGGCAGCA	autosomal
CCTGCCCGCGCCCGGTGCCCCCCGCGCCCCCCGGTGCCGCCATGCCACAC	autosomal
GACCTCTGGTGCAGACAGCAGGACTTGGGCAGAGCACTTCCCTTTGAATC	autosomal
CTCTGGTTCTGTGTTTCAGAAAATGGCAGTGAATGTGTATTCTACTTCAG	autosomal
CTTGCCCCGCACGGCGCAGTGCCCGCTCCCTGCAGCGCCGCCGGTCGCGA	autosomal
CTCCAGCGCAGGTCCCTCCTCCGCCGGGAGGCTGACTCCCTCCTCCCCAA	autosomal
AACCTCGCTGTGGGATAAGGATGCCCTGATTAGGAAGTCTCAGCTTTCTT	autosomal
GCAGGACCAAGGGCTGTGTCTAAAAAACACTGCTGGCTACTGAGACAAGC	autosomal
ACATCCCACCATTCATCACCCCTACCAAGAATCGGGAAACGGCAAAGAAT	autosomal
GCCCGGCGGCGGGGCTGACGTCACGGGCCGCGAGGGATGCTGGGAAACCC	autosomal
GGCAAAAACTACCAACTCAGGATGTCGTCTGAGGAGGAAGATCATCCAGA	autosomal
CGTGCCCGTCTCCCCCGGCGCTGGGGCTCCGGCTCCTCCTGCCCGATGTA	autosomal
CCCCGCGTCACGCTGGCCGCAGGGATCACGCCACAGAGGTCGGAGGGGAC	autosomal
GGTTTTTTGGGGAGATGTTTGGAGAAGGAAGAACTGCGAAGCTGAGTGGA	autosomal
ATGAGTAAAACTGTTCCCAGCCAGCATTCCCAAAGGACAGGAGCAGCACC	autosomal
CCCGCCGCTCGCCTTCCGCAGGCGCGGCCCGGGACCGCGGCTCCGCCGGC	autosomal
GAAGCAGTGGAGCAGCAGGGACCCAGCTGTGCCAAGGTGCTCCTCCAGCC	autosomal
GGCTGGCGGAGCCCCGGAGCCCGGCATAGCCAGGCCTGGCCGGGCCCCAA	autosomal
ACTGAGGGGGGCAGGGTGTGAAAAGGGGGGGCATGAGGACCCCAAAAGCA	autosomal
GATGCAAAAATCATTTGATAGGAAATATGTTCCTCTTAATAGCTATGAGA	autosomal
AGAGACAGATTCAAGAAATGCCCCAGTGGAGGCAGAAGGGTCGTGGCCTG	autosomal
CATTTTTTTCACCCAGTTTTCCCCCCAAAAAGTGGAAAAATCCCATTTTC	autosomal
AATGGAGCTTCCCGAAGCGGGGCGAGCCCTCCTTGCGCTCCTCGGGAAGC	autosomal
ATTTTAGATCAGTATGTTCTAAACTTTTGAAAATTTCGAACATTTCTGGC	autosomal
GCCCCGTTCTCCCCCGCATGATTTGCCCCAGGCTGGCCCTTCCCAGCCCC	autosomal
CTGCTCCAGGTACTGCACTCGCGGCGCGGCGCCCTTCAGGTCCAGGTGCA	autosomal
ATCCCAGCCCGGGGCATTCCCCCGGCAGGAGCCACGGGCAGCTTTCCTCA	autosomal
CCGCCCGCCTGCTGGCCGAGCCACCGGAGACCTGGCGACCGTGTGCTTCG	autosomal
GCTCTGGCGCCGCCGCCGCCGCCGCGCAACGCGTGCCTGACGTGCCCGCA	autosomal
CCGTGCTGGTGACCTTGCCGGGCCCCATCCTCACCTCTTTCCCTCAGAGC	autosomal
CAGCGGCGGTTGCGGGTCCGGTTCCGGTTCCAGGTCCGGTTGGTGGCGGC	autosomal
GCCCGCAGCAGCCGCTCCTCCACGGCCGCGGGGCCGGGACCGCCGGGGCC	autosomal
GGGGTCTCTCCGGGGAGCGGGGGGAGCCGGGGAGCCCCTCGTCCAGGTAC	autosomal
CGGATCCCACGGTGTCACCCCAGCAAAGCCCCTGAGTGCGGCTGGCGCAG	autosomal
CTCCTCTGAAGCTTTTCCCCTGCACATTTTGTTTGAACTATCTCCCAACC	autosomal
GGCAGGGCGCTGCAGGGCAGCTCAGGAAGCACAGAAGGCATTTGGGCCAC	autosomal
CTACACCCTTTGGATATGGGCTTCTGGATACCATACATCATCTGAAGTGC	autosomal
GAATCACATAATATTCTGAGTTAGAAGGGACCCACAAGATTAATCCAGTC	autosomal
ATAGCCCGTTGCATCTTCATATATCTCATACATGATGCATAAATTCCTTG	autosomal
TTATAGACAAAAGTCTGAAACAAGCATTTTATCCACTGATCTGGAAGAAA	autosomal
GCGCTCCAGACTCACCTGGACGCGCAGGGAGCGGGATCGGTATCGCTGCC	autosomal
GCGCGTTGGTCTCCGCCGGCGTCCAGGACATCCCGCGGCAGGCAGCGGCC	autosomal
CGCGCCCACCACGGCCACTCTCATCCCTGCAGGCTCTGCCGGGCTCCCAG	autosomal
AGAAGATGCCACTAGCACCAGGCTTTGGTACAGCAGTGTGGGTTGGAGTA	autosomal
CGTTCGCGCCCATGGGCGACTCGGTGTTCAGCGAGAGGCCGGCGCTGCGC	autosomal
CCCCCCGGTACCCATGGTGCCCACAGCCGGTCCCGGTCCGCTCCCGGTAC	autosomal
ACACTCTTCCGAGAAGAGTCAGAGTTTTCGGGCTCGTCAGGCACCTGAGC	autosomal
ACAGTTTTGTACTGGATACTAACAATCCATCCAAAGTGATGTTATTACCA	autosomal
CTGTGGTGTGGGACAGCCCCACGCCGTATCCGTGTGTTGAGGAATGATGC	autosomal
GGTCGCGGGTGGCGGCGGGGGGTTTGCGGTGCCCCTGGTGGCCGAGGGAC	autosomal
CCGCGCCCGTGGTCGCCGCCATCTTGCGCCGCCGCCGCCGGCCCCGCCCC	autosomal
GCCAGGTCGATGCCGTCCAGGCCGCGGGCCATGGCTCCCGCCCCGCGCTA	autosomal
GCTGCCCGGGAACACCCCGGGCACAGCCGGAGCCGGGGGAGGAACACTCC	autosomal
GCTCCCCCCAACAACAGCAGCACCCCAATCCCAACGGGCAGCGCTGAGCC	autosomal
CGCCGAGGAGCGAGGCCGAGAGCCCCAGGATAACATGGGGAACCACCTCC	autosomal
AACGAGGCTCCACTTAGCCAGCCACCATGAGCCCAGTTCACAGCACTGCT	autosomal
TCGGACGGCGACAGCGAGGAGCTGGTGCTGACCCCGGCACAGCTGATCCA	autosomal
TTTACCAGGATAATTATTATCCTCAAATATTAATGTGATTTGAATTAAAA	autosomal
CCGCCGCGCCGCCCCGCAGCGTCCCGCTCACCACGAACACCACGCGGGCC	autosomal
GGGCAGCTTCACCAGGTACGGCGTCTCCTCCTCGTCGATGTGGTAGATGA	autosomal
AGTGGGAGTGGGAATGGGAGTGGGAATGGGAGTTGGAATGGGAGTGGGAA	autosomal
AGCTTCAGCAGCTGAATTTGGGGTAAAAAAATGGGATTTTGGGAAAAAAC	autosomal
CCTACCAGACCGAAGGGGCGTGGGACAAGGATGGCAAAGGGCCGAGCATC	autosomal
GGCTCCGGGCCGGGGGCGCCGAGGGGGCGGCGGGGGAACCGAGCGCGGGA	autosomal
TGATTTTTGTCATTGTGCTTCCAAGGAGAGCAAACTGTTTGCTGGAAGCA	autosomal
CTGAGGGCAAGATGGCAGAGCCCTCCTGAGGGATTAGTCCCTGCAAGCGC	autosomal
TCATGCCAAGGGCCTGCCCATCCCCAGCTTTGCCCCTGGCACTGCTGGCA	autosomal
CAGCGCGGGGCGGGAACGGCGGGGCGGGAACGGCGGGGCGGGAACGGCGG	autosomal
AACTGAGCAGAAGGGCAGGATTCTCTACGTCGCCCTGCTGGCAGCGCTCT	autosomal
AGGGCAGTGGGTGGGCGAGGGGCTGAGGGGAAGCTGAGGGGAAGCCGAGG	autosomal
AGCAAACAGTTTGCTCTCCTTGGAAGCACAATGACAAAAATCATCCGAAG	autosomal
GATGGAGAAGATGCCAGCTGCCTGTTCGTGGTCTCCAGGCTGAATGGACA	autosomal
CTCCGAAAGCCACGTCGGAGCCTCCCCGCTCGCCGCTCCCGCACCTTCCC	autosomal
ACCCCGCTGGTGGCCGCCTGCCTCTGCCTGGCCGAGGGCGGTGTCAACCT	autosomal
AATCCCCGGATTCTGCCCCAAACTGCCCAAATTCCCGAGATTTCTGACCC	autosomal
ATGGGGAAGAAAAAGAATAAAAATTGCCAGACGGAACCTCATGTACTTAG	autosomal
CCGCCACCGTTCCATCATTCCATCATTCCACACCTCCCGCTCCTGCGCCG	autosomal
CGCCCTCCGGCGGCGGCCGTGGCGGGCGGGCACCGAGGCCCAGCGCGGAG	autosomal
TATTTGGATTGGCAAAAGGTAACACCAGCACACTGCGATGGACACTGAAA	autosomal
CTTGTAGTTTGGCTTTACCCACTTAACTACCTGTTAGCTCTGTGGGATAA	autosomal
TGTCAAGTCAACTCTTCTGTAAAGCAAATGGCAACAGTGATTCAGTAAAA	autosomal
ACGGAACGCGGCGGCGCCTCCCGCTCGGTGCGGCGCCAGCGGCGGGGGAA	autosomal
AGGTCCCGGCTGAAGATCGGCTTCACGGCGGCCGACACCACCCCTTTGCC	autosomal
TGCCCGTCGGCTTATTTATCTCTCTTCAACGTCTCTCTGGGGTTTGTGAA	autosomal
CCACGTCCCTGGCAAAGGGCCGACCTGCAGGGTAAAACTACAAATCCCGG	autosomal
ATCCCAGATATTAACTGAAACCAACAAATATACCTTGAGACAAATTTTTA	autosomal
CGTGAGGGGTTTGGTGCCGCAAGCGCTCCCGGCCATGGTAGCCAGAAGGA	autosomal
GCCGTCCCAGCCTCCAGGCATCGCTCAGGCATAGGATGACAAAGGGAAGC	autosomal
CAGCTGCTGCCAGCCCTGGTGCTGGCCCTGCTGCTGCTCCTGAGCAGCTC	autosomal
AAAACAAGCTCTGGTCAGGAAACAAGCTTGGTGCTATGCACGCAGAAGAG	autosomal
AGGCTGGACGGGGCTTGGAAACCCTGGGATAGTGGAAGGTGTCCCTGCCA	autosomal
GCTGTCGGAGCGGCCTTTGGTGGCCGAGGCCGCCGCCACCTCCGCCTCCC	autosomal
GCTCCCGCTCTCGAAATTTTCCCCCGTGGCAGAACAACTACCACCGCAGA	autosomal
GCCCGCCGCCCCGGAAGGCGCTGCGCTCGAACCGGGGCCGCGGCGGCTCC	autosomal
AGTACCTGCAGGATTTTGGAGATCGCCGTGGTGGCCCAGAGCACCCCAGA	autosomal
AACAGAATAAATCTTAACATTCATCTGCATTCATTCTGTAATGTCACAGA	autosomal
AGCTGCCAAGGGCACCTCACTTCCCCCGCCGGGTCCCGGGCAGCGGCTCA	autosomal
GCAGCTCGCCCTCGCTCAGCGCCGCCTCGCCGTCCCCCGCCGCCGCGCCC	autosomal
CGAAAGGTAACCTTCGCCAAGAGCCAGCCTCTCCAAAGCCCGCAGCTCCG	autosomal
CGGGCATGGCGGCGCTGAGCCTCACGGTGGACGCGGGCAGCCCCCCGCTC	autosomal
CTGGTCCTCTGTGGGCATCTTACTAGACAGTGCTGGATTTGCTGCCTCTA	autosomal
AGCTGAGAAGACAAATTGCCCTCATCATTATCTCTGGGCTTGTCAATCAA	autosomal
CGGCGCCCGCTCGCTCCTTCCCCGGCCGCCGGCAGCTGCTGCGGAGCCGC	autosomal
CTCTTGAAAATAATCACAGTCCTGTAACAGGGCTTTTGTGTTTTTAACAG	autosomal
GTGCTATGCTTTGTGCTGAGTTATCCCTCAATGGACCGGAGCCACCTCCA	autosomal
CTCCAGCATCAAGAGAGTATCATCAGTCAGCAGACCAGACTTTATCACTC	autosomal
TCACCTCTGCTCACTGCCCCGGAGACCCTGCTCCACCCCCACCTGCGCCA	autosomal
GTTCCTGGTCCCGGCTGGTCGTCGTGAGGGGCGTGGGCAGGCAGACACCA	autosomal
AGTGGCTGCAGTCCTCTTGGGATGGCAGATATGGTTGCTGTGTTTTCTCG	autosomal
CCACGGCCTCGCACCGCCGCCCTGTCGGAAATGGCTCCGCCGTTACCGCG	autosomal
CTCTGCCTACTGCAACAATTCTGTTCAACAGCCACAGTCAAAAGCCTCAG	autosomal
CAACCTGGTCTTGTGGAAGGTGTCACTGCCCGTGGCAGGGGGGTTGAAAC	autosomal
CCTCCCTCCGCGCCGGCGGAGAGGCGGCGGCTGCAGGAGCGGCGGCGGCA	autosomal
ACCAGGCGCAGCTTGGCCGGCTGGTTCACCCCGGGCGGGATGTCGTAGCC	autosomal
GCGGGCCTGAGGAGCGCCAGGAGGAGCAGCAGCGCCGAACCCATCGCAAC	autosomal
AGATTTTCTTCTTTGGTGTTGTTGAATCCCTTGATGAAATTTACGGGAAC	autosomal
CCCCGGCCCCTCCGCGGCCCAAGGAAACTTTCCCCACAGCGGGCGGAGGG	autosomal
ATCCAGGTGGAGCACGACCGCAAGCGGCGGCAGTTCACCGTGCGGCTCAA	autosomal
CGGCCTGCCTGCCCGTCCTGCCCTTCCTGCCGCCGCCTCCCGTGACGCCG	autosomal
ACACAGCCCCGGTGAGTCAGCAGTCCCGAAAACAGCCCGCTGCCAGCGCC	autosomal
GTGACTTCTTTCACAGAAAACCCCGTAATATAAATGGACTTTATTTGCCA	autosomal
ACGAGAGGTCCAACATCATGGACATCCTCTACGTCAAGGACCTGGCCTTC	autosomal
AATTCAAAAATTTTGGGAAAAAAAATAATCAAAAATTCCAAAGAAAATCG	autosomal
TACGGCTCCTCCGCCGCCTTAGTCCCCCCACAGCCAACTGCCGTGCACAA	autosomal
CGAGGGAGGTGCTGTGGCACTCCTGAGGAGCTGGCAGCAGCGGGTGGCAC	autosomal
GGCGGCGGCGGGCGGCGGGGTGAGCCCGCCGTGCTCCAGCATGCCGCCCA	autosomal
ATTTGTCTCTGAATTTGGGGGTTTGTCCCTGAATTTGGAGGGTTTAAAAC	autosomal
AGAAAATGTGCTTAGAGGCAATTATCCCTTTTGTCCTTCTCAACTTGTTA	autosomal
AGCAGGCAGCAGATAACTTTAATTTGCCCTTTAAACGTCCCGGGCCCCGC	autosomal
AGGAGGGGCCGGGGGAGGGCCGAGGCTCCGGGGCGGGCGAGCGGGGCCGG	autosomal
CATCCCCCGCAGAACGTGAGGCGGGCGCGGATCCGCCGCCATTTACGGGC	autosomal
GCTCTTCCGCAGGGTCTCCTCCAGGAGCTGCAGCTGGGCTGGGCACCTCA	autosomal
ACCGGCGGCGGGAGCGAGCGGGGCGGTCCCGGAGCATCCCGGAGCATCCC	autosomal
CCGTGGCGGGCAACGCGCTGGTGATGCTGGCCTTCGTGGCGGACTCCAGC	autosomal
CTTCTCGCCCTTCACAACCACAGACGCGGCGGGGGCCGGCCCAGCACGAC	autosomal
TCCCCCGGCGGATGCGAGGCGGGCCGGTCGCGTGGCAGCGGCTGTCCCCA	autosomal
GCCACATATCATTTGCTGTAAACCAGCAACTGCACTTTCTTGGAACTACA	autosomal
CAAAGGGCTCTGTGTCCCGGCAGCGCTCCGGCAGCCGCGGAGCCGCTCCC	autosomal
GGCTCTGCTGTAACCTCAGCTGCTCTAACCTCTGCTGCTCTGGGCGGCGA	autosomal
AAAAAATAAAGAGCCACAACTGCCTTGAAAATCTCAGTCCCTATGTGTTG	autosomal
CTCCACAATTTCAAATTAACAGGACTGAGGGGTTGGATACAAAGGACAGC	autosomal
GGCGTATATTGCTAAGCCAGAACTTTGGGACAAACGGCGCTGGGAGTAAA	autosomal
GATCTCGGACACCGTTTTCTGCACCGCCGGCATCGCCGGGGCGGCGGCGC	autosomal
AGTTTCACAGACAAGAGGAAATCCCCAAACAGCGTGCAGCTCAGAGAATG	autosomal
CAGGGTTGGCAGCGAGCGGGGCGCCGAGCGCAGCAGCACCACCTCCATCA	autosomal
AAGACGATACCAAGCTCAGATCAACACAGGCTTACAAAATGCATTTCAAG	autosomal
AATCTGAGGCCTAGACTGGAGTAGCTCAAATCTCATAACTCATGTCCTCT	autosomal
CTGCTTGAGCTTGTCCTCGATCTCCCTCCTGCGGGCCGACACCTCCTCGC	autosomal
AATCCTCTCCAGGTTGCCCTCAAAGTCCAGAGCCCACTGGTTAAGGGCGC	autosomal
AAGTTCCTCTTCCTTCAAGTAGATTCATTTCCACAGAGATACAAGAAATG	autosomal
ACTCTATTTCTAGAGTGCTACTGCTCAGCAATATTTTACCACTGGCACTC	autosomal
GCGGAAAGAAGAAAGTAGCCCAGGTGCTCCTTCAGAAGGTATTATCGTAC	autosomal
ACCTGGAGGCGGGGCCTGGTGTCGGCGCCATTTTAGCGACTTTGAGCCTA	autosomal
TGTTCTTGGGGTGCTAGATATTACACTGTTTTAGAGAAAGAGCTCTTTAA	autosomal
CTTCTTTGAATTCCAAGTGCAAGATGCTGACTATGAAAGCAAAACATGCC	autosomal
AACAGATTAAATCATTACACGGAGTCAGATCAGCACACAAATAATATGAA	autosomal
CCGCGGAGGGGCGCGGGGAGCGGGGAGGAGCCCGAGCCCGGGGGCCGCGG	autosomal
CTCTGGCGGCCCCTGAGTTGTGGTTCCCGGGGGGAGTGAGAGGCTCACGA	autosomal
ACACGTGCTGTCGGTCGCACAGGTCGCGGTGTGGGGCCTTCCCCGTCCTG	autosomal
CTTTCAAAAACATAAACCCACAACTCGTCCTTTTCCACCGCCCGCGACGC	autosomal
CCGCAGGAGGCGGGTCACGAACGCGGCCGCTGTGGAGATCTCGGTCCTCA	autosomal
CCAGCGCCGGGCAGGACGGAGCCTCCCGCCGCTCCCGGGGGATATTCCCG	autosomal
AGTTGCCAGAGCCCACGATGCAAACTTTCTTGCCACCCATGGTGCCGAGA	autosomal
CGGGTGAAGGAGCAGCGGCTGCCGGGGGTCGAGTGGCCCCCTCAGCACCC	autosomal
AGGACGAGGTGAGGACGCTGACCTACCGCAACTCCATGTTCCACAACCGA	autosomal
AGGACATGTCACCTCTGCACAGGGAGGGGGAAACCTCATGAGAGTTTGGG	autosomal
GGCCGGTCCGCTGCGGCCCTGAGGGGGCGGCGGCGCCGCTCCCCCTCCCC	autosomal
GTGGACACAGACAAGAAGGTGGGCTTTGCTGTGACTACCATTACTGAAGA	autosomal
CCCGGCCCCTGCCTCGGGCTCCGCGCGCGGCCCAGCCCGGGCTGCTCCGG	autosomal
AGGGATTCCGGGAGGGATTCCGTGGAGCGATTCCGTGGAGCGATTCCCGG	autosomal
ACGCAGCAGCGGCGGCGCGGGGGGGGCCGGGGGGGGCGGCCGAGGGACGG	autosomal
GGCCGCGCTGCGGCGGGAGCTGCACCCGGCCTCGGCGGCCGCACCGCGGA	autosomal
CAGCGCAGGGCAGAGCGCAGCGGGAGCCGGGGCCGTGCCGGGGCAGCTGC	autosomal
AAGAAGAAAGAGCGGAACAAGGAGAAGCGGGGAAAGCAGCAGCTAAGCAA	autosomal
GCCCCGGCCCCGCTGGAGGGGGAGCGAGGGGCGCTGGCCGCCGCCGTCCC	autosomal
CAACACCTCCCAACTTCAGAGGGACGACAGGACAGCCTTGGAGCAGGCAG	autosomal
GCTGGGCCCCGCCCCCAGCAAGGTGCTGCTGCTGCCCGCCACGCCCGGCC	autosomal
CGGGCGCGGGCGGCGCTGAGGGCGGGAAGGCGCCGCCGTCCCGAGGGAAG	autosomal
CACCCTCGTCGCCGCACCCGGGCGCCCACCAGCCCTCCGCGGGGCTCCTG	autosomal
AAATTGACTCTGGGAAGTCCTGGTCAGAATACAGGGCAGCTACGAGTGGG	autosomal
GAGCGGGGACGGGCGGCGGCAGCGGCGGCAGCGCCTCCTGCGCGCCATGA	autosomal
CAGTCCGAAGGCTGCGCGAAGAAGCCCGGTTCTGTGCGGCTTCGTTCTTC	autosomal
CTACTTCTGAATCTGGTGGCAAGCACTTATTTACAGGTACTAACGAAGTA	autosomal
ACCTGTAACCCCTGTAACCCCTGTCACACCTGTAAGCCCTGTCACACCTG	autosomal
AAATCCTCCCGCCGCCGCTGCTGCCGCCAAATCCTCCCGCCGCCGCCGCC	autosomal
CTCACTGGAGATCTTGTGTTCAGGATCCCAAATCAAGTATCTCAAAACTC	autosomal
CACCTTTAATTTAGCAGTGTCATAAATTTACAGTTACTCCTGCAAGGAAA	autosomal
CACCGGGATCTCGCAGCGGGAGGCGGCGGGCGGGAAGATGGCGGCGTGGG	autosomal
GGCCGGGCGGCGGCGGGGTCGCCGCCGGGCGCGCACTCGGCGATGGTGCA	autosomal
AGATGATTTTCTACTCTCGAAGTTGGTGCATGTGCGGTTTTGGCCTCTGA	autosomal
GGGATGACAGCCACACTCTTATTGACCAGGAGAAGCGATTAATGGCCAAA	autosomal
AAACGCTTGAGGAGATGGGGCTAATCTAACATGACCACTCTGCGTCGCTT	autosomal
GGCGGCGGCGGTGGGGTCTGAGCGCGGCCCCCATGGAGCTGCTGCGGAAA	autosomal
CATTTTCTGAGATGATTTAAGAGGTGGCTGCTGAAGTAATTTGCGGTAAC	autosomal
AAAAAATAAGAAGTCAAATAATATTGTTCACTCTTGTATCAAAACTAGAT	autosomal
GTGAGGGAGCGGCGCCGCCATGGCGGGCCCGGCGCTGCGGGCGCTGCCCA	autosomal
CAGCAGTACCAGGATGCCACAGAGGGCAACAAACCCCGAGAAGGAGCACA	autosomal
GAGCGGGCACGGAGGAACGGGCACGGCGGGACGGGGAACCCAGGGCGGAA	autosomal
AAATAGTATGACTGCACTTGAAAAAAAAACCCAAAGAGTATTTCCTGTCC	autosomal
AGAGCTCTCCAGCTTTCCCCGCCCCGCCGGAGCGCGATGCCGTAGCGGCT	autosomal
AAACTGCTGAGCTACGAGGAGGAGGCGCTGCGGCCCCATAACATGCGGCC	autosomal
GACGGGATGGGCGGGGCGGCGAATTCTCGCGAGATCCGCAGCGAGCCTCC	autosomal
ATCTCTATAAGAAATTTCAGACACAAAGTATTACACAACTTAATAAAAAC	autosomal
GAAAGGACTGGCCATTCTCCAGAAGCTTGGTGTGGAAACAGCTCTCTAAA	autosomal
GGCCGGGGCGGACCGGAGCCCCCTCCCTCCCTCCCTCCAGCTCTCCCGCC	autosomal
TCATCTCTGAGGGGTTTCATCTTGTCTTTTTATTGTACACAAAAAAAGAA	autosomal
CCCACCCCAAAAAACACCCAAAAAAACCCAAAATCCCCCCAAAAAAACCC	autosomal
GAGCCGGCTCTGGGACGGCGGGGTGGGGGAGAGCCGAGGAGCGGAGCTGC	autosomal
CGCGCCGCCCGGCTGCTGCATTCCTGAGCCGGCGCTGCTCCCGCATCCAC	autosomal
ACCCTCCTGGTCACCTTCAAGCACAAGAAGCTCCGGCAGCCTCTCAACTA	autosomal
CATGCGCGGGGAGGCCGCGGGGCGGGATGGTGGCGGCGCCCGCGGCCCCG	autosomal
CCTGTTATCCAGTTATCCCAATATCCCATGGATTCCAATATCCCAATATC	autosomal
CCGTGGCGCAGCTGGCGGCGGGGCTGGGCGCGCAGCCCCCCGCAGAAGCC	autosomal
CCGGTGCATGTGCGGCAACAACATGTCGGCTCCCCTGCCTGCCATCGTCC	autosomal
AGCTGAGGGCGGCGCGGCGGCGGCGCAGGAGCGGGAGGTGTGGAATGATG	autosomal
GTTCTGAAGACCTGCTCGCTAGGCCACGCACGGAGGACTTCCGTTCCTCA	autosomal
ACCAGCGGCTCCCGCCGGCAGGGCGGACAAAGCGGTGGGGCGGCGCGCCG	autosomal
GCAGAACTGGCCCTGCAAGGACCTCAGGGACTCTTTCAAGGCTGGCTTTA	autosomal
ACTGAGACCCACCAACCCCGCGCCCGCTCGCCTATAGCCGGCCTCGCGCG	autosomal
AGGTCAGATCCCATAGGAGCAACAGGAAGGTGTTCAGCTGCTCTGTCCGC	autosomal
ACCTTGAGCTCATCCCGCTGAGAATGTTCTCAGCTTTCTCAGAGCAAGCT	autosomal
CCCAGATCCGCCGCGCAACCCGGTACGGAGCGATCGCAAAAGCCCTGCAC	autosomal
ATCATGTAGAAAGAATTTGTTATAGGTGGATTTCTTCTCTTTCTTTCCAG	autosomal
CTGTGCGAGCCCGGCTCTGTCCGTGCAGCGCTGCCTCTCTACCTGCCTCC	autosomal
CCGCGGCAGCAGCTCCGCTCCTGTCCGGGCAGCGAAGCCCCGTCCAGCGG	autosomal
AGTCTCTGTGCCGTGGGGATCCATGTCTGGCATGGTCTATAGTGCTCGCA	autosomal
CCACGCCCCTCTATGGGCACCGCGCTCCTCGCCGCGCTCACTTTGAGTTA	autosomal
TTCTTAAGAGCTGCCAGTGCGGAGACTGTCCAGCCCCAGGGCAGGGAAAA	autosomal
AGGAGGCCGCGCGCGGCGGCGGCTCCGGGCTCGGACGGCGGCGGCTGCGG	autosomal
GCCGGGAGCGGGCGCGGGGCTGACCCCGGGGCGGGCTCGTGAGCGGGGAC	autosomal
ATCAGCCGTCAGGGACCCATGATAAATCGCAATGCATTATTGATAATAAT	autosomal
CCATTTTGATTCCTTTTTCCGGAACAAGTTTGCGGCTCCCTCCCGTGCGC	autosomal
GAGCGCTCCGCGGCCCGCGGTGCTGAAGGACAGCTCCCTGCCCGCGCCGC	autosomal
CGCAGGACAGAAAGCCGGGCAGGCTGAGCATCCCCATCTCTGCCGCCGCA	autosomal
CGCAGCAGGTTCTTGGACAGCTTGGTTTTCACATCCCCGGCCATGGCTGC	autosomal
CAGGCCCGATGGCGGCCGCTGCCGCCATGTCGCTGGGCAATTACAGCAGC	autosomal
CAGCCCAGTAAGTCGGTCACACGGAGGGCACAAGGTGCCCCATCGCTGCA	autosomal
TTAGACCCTCCTGTATTTAAAAAAAAAAAAAAAAAAAATTGGGCTGGAAA	autosomal
CAAGATGAAGAGCACTTGGTCGCTGTGTGTTGCCTTGGCCGTCTCCTTGG	autosomal
GCAGGGGGGGGCCGGCGGTGCCGGGCAGGGCTCGGTGCGCGGCGCCCACC	autosomal
GAGTGGCGAGTGCCACAGTGACCCCTGTCAAAAATCCAATTCTAATTTCA	autosomal
CCCAACTTCGTGCTGGTGCTGGCGGACGATCTCGGCTTCGGGGATCTGGG	autosomal
ACCTTAGCAAGATGCAAATGGTATTTTAGCAAGATTTTGCATGGAGATAT	autosomal
CATTTCTCTGATTTTCACCTTCTCCCCTCGGGCATCCCTCCCGGAGCTGA	autosomal
CATTAATCCAGTTGGAAACACAAATATTCGTTGCAGTGCCCACATTTAGC	autosomal
CCTGTATATTGTGCTCAATAATGTTTTTTCCCTCGCAGATGCATCTGACA	autosomal
CGGCCGATCCCGGGCGAGGGGCGGTGCGGGAGGGGAAGCTTGCCTGAAAG	autosomal
GCCCAGCAGGACGCAGCCGGGGTGCGCGGCGCTGGTGACCACCACCCCCA	autosomal
ACCGCGCACGCCACACGCGCCTCGCCCTCCGCCTGCCCCCTCCCCCGGCG	autosomal
ATGAACCGCGGCGGGGCGGGGGCGGCGCCCGCCTTCCCCGGCCCCGTGCA	autosomal
CCGAGGGGCTGCCGCGCCTCCAGCGGGGCCCAGGCCAGGCAGGTACAGGC	autosomal
AGGAGAGCGAGGTGCTGGAGGAGAGTCCCTGCGGCCGCTGGCAGAAGCGC	autosomal
CCCGTGACAGCTCTCAGATCAGAGGCAGCAGACCTCAGGCTAAGTGGGTC	autosomal
AGAACTGTACAGATTACTAAGAAATCTATAGGAAAAAAGAAAAGCAGAAT	autosomal
CGCCGCTGTCACCGTCACCGCCGCCGCCGCTGTCCCAGCCAGCCGGCCCC	autosomal
CAGCTGCTGAAGGGTTATGCAGAAATCTCCCCCCAGCAGTGCAGCAGGAC	autosomal
AGGTTCCCCAACTAAAAGCAACAGTAGAAATATCTGACATAGCTATTGAA	autosomal
ATTTCACTAGTGCTTTTAGACTGCAGGACATCACTGGTGGAAAGTGGATC	autosomal
GACCGGGACCGGGAACGGCACCGGGAACAGCGGCGGGAGCAACGGCGGCA	autosomal
AAGAGCCTCCTGCTGCGGCGGCCGGCGGGAGCGGGAGCCGGGGCGCAGGG	autosomal
ACGGGGACAAACTGGCCGAGAAGCTGACGCTGCTCAACGAGCGGGGCCGG	autosomal
CTATTATTAATTTTTTGTTAATAGAATTGATCTTTAGAGTGAAATAGCAG	autosomal
CAGGTGTGACAGCGATGTGGTGACATCTCTGTGGCAGCAGGGGTGACAGC	autosomal
ATCAGAGCTGGGCTCTGCCTTTGGGCTTTGAGCTGCAGCCAGCACATGTG	autosomal
AGCATCCACCTCGGAGTCAGGGACAGCGCCTTCCTCCGCCGCCCCTTCGG	autosomal
CCGGCATCCCGGGCACCGGCACTGCCTTCTCAGAACCACCGAAGCACAGG	autosomal
CACGACGGGCCCGCGCCCGTGGCCGCCTTCCTGCGGGCCCGGCCCGGCCC	autosomal
AGATGCTGGGGAGCGGCGGGGTCCCAGCGGGATGGGGGCGCGGGTGGCTC	autosomal
CCACCTCCACCTGGGCGGGCAGCGCCCGACGTCGCGCCACCGCCTCCAGC	autosomal
GACTCTAGGGGGTCTTCTTTTGTTTCCCTCATTTTGTTTTTAGACACAGC	autosomal
AGGCTACGATGTAAGGTGCTGCTGTGACCTGCTCATCTCCCACAGACCAG	autosomal
CAGCCAATCGCCGCGCGCGGGGCGAGCCCTCGCGGCCAATCAACGAGGGC	autosomal
CGGCGGCGAACGCAGAGGCTGGAGGCTACACGGGCATCCCCATCCCGAGC	autosomal
ACATCTCCTCCTTCTCCTCCTCCCGCAGGACCTGCCTGCTGCGGTCCAAC	autosomal
CTGCAGGCAGCCGAGTCGCCTCCAGGAGCTGGGAGGGGAGGAGGAGACCC	autosomal
CCTCTTGACCTGCTCGGGGCTCAGCCCGACCCCTTCGCTCACCCCGAAAA	autosomal
CCTCGCAGCCCTCACCGAGCCCGCGCCGCGGGGAGCAGAGGGATGCCCCG	autosomal
AAGCGGCGCCCGGCGGCGGCGGCCGGGCGGGAGCCTGAGCCCCGGAGTGC	autosomal
CCCCGCCCCTCGCCCCCTCCCCCCGCGGAGGGTGACGGGCGCGTCCCCGC	autosomal
AGCCTCCATGCTTTCCCCATCTAGTTCCAAAAAGGTCCCATCCATCCATC	autosomal
GACACACGGAAAATTAACCACAGCTTTCTGCGAGACCACAACTATGTGAC	autosomal
ACAGGGTTGAACACGGATAAATTCAGAGTATTAAGAGAGCAAAAGCTCTC	autosomal
GCGGCCGCTCCTTCCCTCCCTCCCTCCCTCCTCCCCTTCCTCGCTCCGCC	autosomal
CCTTCAAAGTTGTTAAAAGGAGTAGGTTTATGCTCAGAAGTCAGCCAGCC	autosomal
CCTGCAGCGCCCACCGGCCCCCTCAGCTCCGGCACGCCGGGGCTGCCACA	autosomal
CCTGTACTAGGGGCAAGCTAAGTAAAACACGAGTCAGATGGAGAGCAACG	autosomal
CGGGGCGCTGAATGATGTCATTTGGGGCTGCGGCTGCGGCTGCCGCAGCC	autosomal
CGCCCCGCCGGCCGCAGCCGCTCCGCGCCGCGCTCTCCACCTCCTCCTCC	autosomal
CCCACTTTGCGGCTCCGGATCAGCACGATGCGCGGCGTGTCGTACTCGAA	autosomal
GGGCACCACGTCCCCGTCGGCGATGGTGCCCACCAGGCCCAGACTCTCCA	autosomal
ACATAGCTTGGAGTTTACTGCAGATCCAAAGCTGTCTTGCCATTTTCATC	autosomal
GTGCCGGGCTGGGCTGGACCGGCCGCTCCTTCTCCCCGTCGGCCGCCGGA	autosomal
AACTAAGCCACGCCCCTTTAGCTTCCTCAGGCCCCTCCCCCACCCCATGG	autosomal
GCTGTCAGGCTCTCTCAGGTTTTCAGGCAGAATTGTCTTTCTTTCCTCAC	autosomal
CACACAGCTTCCTGGTAAATTCACATACATGGAAAAGGAATCAGCTAACA	autosomal
CCTGTGGCTAAAAGCTGTGTCCAAGCTGTTTCTACCATGAGAGCAAGCAG	autosomal
ACCAGCAGCAGCGGCACCGGCAGCGCCGCCATGGCCGCTCCGCTCCGCCC	autosomal
ATGACGTCAGCGCGGCGGGACGCGCGCGGGCGGGGCGGCGCGGCGCGGCG	autosomal
AGATGTAAAGCATTAATCACCTTTGTGATCAAGTCCCAAGGTCTCACAGC	autosomal
CCCTAAAGGTTCATCGACTTTTAATGCGGTAGAGGTGCTGAAAACGGCTC	autosomal
CCCTGTGCGGCGCCGCGGGGCGAGGATGAGGCTGAAGCTGCTGGGAGCGG	autosomal
CCAGGCTCAGCCTTCCCAGCTAAAGCTGGTTGCCCGTGGATCGTGTAGCA	autosomal
CCGCCGCCGCGATGGTGAAGGAGCAGTTCAGGGAGACCGATGTGGCCAAG	autosomal
ACACCCCCATGGTGCCCATCAGGTGCCCTCTGGGTGGCATTTGGAGGGAT	autosomal
AGTAGGCTCGGGCATCCTCAGCATGAAGAAGACGCGGAGTACGACCTTGC	autosomal
TAATTCCAACTCAGGCTTATTTCGACTTGTTTTTGACTGACAGCGAGGGA	autosomal
CGCAGCCCCTCCGCCCCCGGGCCGCCGCTCCCCGCTCCGGGTGGCGGGGC	autosomal
ACAACCTGTGCTGCTCCCTGATGTGCCGTGGGTGCTGGGAGGACTGGGGG	autosomal
AGTAGGCGCAAAAAATGGCAGAAATGGAGAAAGAAGGAAGACCTCCTGAA	autosomal
GCCTCGGCGGGGAGGCGAGTGTGTTCCATGCAAAACCCCGGCGAGGAGAC	autosomal
CCGGCCGCAGGAGCGCCGCGGTCCCCAGCGCCCAGCGCTGCCCTCGCCCC	autosomal
CCACGGCCACGCCGCTGCACGGCGGTAAAGGCGGGGCCGGGGAGCCGTGA	autosomal
CCAGGGGGAAAAGTAGAACTCACAAACATGCGTTATCGGAAGTTTCAATC	autosomal
CCCCGTCCCCGCCCCGCCCGCCCCGCCGCGGTCTCGCCTCCGCCCGGCTC	autosomal
TGAGAGCACCCAACCTCCTGAGCAAAGGCCTGAAATCCCAAATTTCCCCA	autosomal
CGAAGGGCGCACGAAGGCTCAGCCCCGATTTTAGCGCTATCGGCGGCCCC	autosomal
AAAAAGGGTCAGTTCTGGCTGTCTCCCTGTCCCCTAATGTCACCCCCCAA	autosomal
AGAGCCCCTGGGTGGGCACAGTCCCCCTGCCTGGGCACTGGGGCCACCCT	autosomal
AACCACTAACAGCTGAAATATACAGATTGTGTCTTCCACTCTGGCTAGGC	autosomal
CGCGGGGCCGCGCCGCGCTCAGCCCGGAGCGGGGCGCAGCGCCCCCGCCG	autosomal
TACAGAGGAGGAGAGCAACATCTTCAGCGCTGGGCTTTGGAGGGGGGGGA	autosomal
ATGGCGGGGCTGCACCGGAGCGAGCGGGGCCGGGCCGGGCCGGGCCGGGC	autosomal
CACGGCTCGGCTCCCCGAGGACTGTGCCGGCGGCGGGCGGAGCGCCGGGA	autosomal
GGTAGATTTAAAAATTAAAAAAAAAAAAATAGAAGAAAAAGAAAATAGAA	autosomal
AGTCATCAGCTCCATAATCCTGGCTGACAGACACGGTGTGGCCTGCAGTA	autosomal
GCGTGATGCGCTGCGGGTACGCGCGCCGGCACGTCTCGTCGGGCAGCAGC	autosomal
CTCCGCTCCGCCGCTTACCCCGCTCCTCCTGTTGCTCCGATCCTCCCGGC	autosomal
CGCCGGGGAACGGCTGGCTCTACATGGCCCGCTCCCATTGGCTGGGCGGC	autosomal
AAGAGCAGGGAGGACAAATCCCCGCGGCAGAACCTCGTGGAAGAGGCCAT	autosomal
CAGGAACCAGAGCTGCACCAGGTCCAAACCGCATCAGTCCCGGCCCCAGC	autosomal
CCATGAACCTGACGGCCGCCTCTCGCAGGGGCTCCTGTGGGCTCTGCAGG	autosomal
GGCGGGCGGTGGCGGGCAGAGCGGGAGGGGGTTCCCGGAACGGCCCCGCC	autosomal
TATCCAATACCAGGAAGGAGGATGCATCCAAATATCTCAGACCAGGAAAA	autosomal
AGGACGAGCCCGAGCAGCAGCAGCAGCAGCAGCAGCGGGGCCAGGAGCCG	autosomal
AACTTGGAAAGCAATAGTGTCGTCTTATCAGTCCTCCTAAAACCTGAAAA	autosomal
ACGTGGCCCCGCTCACACGCGAGTGTTCCGGCACGCACCGCCCTGCGCAC	autosomal
AGGCCCCACGCACCGTGCAGGGAGCAAGGAAAAGTAGTGGGTACCCTCAG	autosomal
CCGCCCTAGCAGCACGTAAATATTGGAGTGTCAAAGAAACCTTCAACCCC	autosomal
GAGCACGGCCTGGAGAAAGGGGGGAGAATCCCAAAAAAATCATCAGAGAA	autosomal
ACCCCCGCAGCCGCCGCGGTGGGGGATGTGGCACGTCGCGGTGCTGCTGG	autosomal
CTGTATTTATCAGATGAATGTTTTTCTTCAACATCACAAGGATGGGTGTC	autosomal
CCGCGGGCCTGAGGAGCGCCAGGAGGAGCAGCAGCGCCGAACCCATCGCA	autosomal
GAGAGCGCGGCCCGGAGCCCCCACAGGGCCAGGAGGGGCCGGCGGAAAGC	autosomal
GATCCTGCGAATTCCCCGCGGGCTGCCCATGCCGCGGCCAGGCCGGAGGC	autosomal
AGGAGGACTCGCCCCCCGGCGAGGAGGAGGAGGAGCAGCTGCTGCTGCAC	autosomal
CAGGCAGAGCCCGCGGGGCCCCGGCATCCTGCGGCCGGGGCGAGCCGAGC	autosomal
GGCAGCTTGGAGTGGTCGATGCCGATGCCGGCCATGGCCGGCCCCGCCGA	autosomal
GAGCGCGGCCTCGGGCGGGCGGAGCGGTGGCGGTTCGGGGCCTCGGAGGA	autosomal
AGCTGCCTCTTCAGCACTGACAGAAGCACATCAATAGAGGGAGATGAGGG	autosomal
GCCCCGCCCCGCCCCTTGACGTCACAACACGAGCCCCGCCCCTTGGCCGC	autosomal
CGGGCGGGCGGCAGCGGCCGTTGGTGGCGGGAAGCGGCGCGCGCGGACGC	autosomal
AATGCCATTTCTGACAGCCCAGCCGTACCCCTGTGTGCTGGGAAAGGGCA	autosomal
ACCTGCAAATCGCAGACCGCCGAGTCCCGAAAGCCGGAGCGCTCCTTAAC	autosomal
AGAAGCGCTGGGCGTGGCCACGCTTAAAGCCCCGCCCACGCACGTGGGTC	autosomal
CGCGGAGGGCTTTGCCCAGCGCCTGCCGCGCCTCAGGCGCCGCATCCAAC	autosomal
CCGGCGCCGTCCAAACGCGAACTCGCCGCTCCGGAGCGCTCCGCACCGGC	autosomal
CCGCTCCGTGCCCGCTCCCGCCGCGCCCCGACCCTGCGCCCCGTCCCTGC	autosomal
CAGTGTGACCACCATGGCGACACGCGGCTGCGACTCTGCGAGAACACGGA	autosomal
CTGACCGCGCGCTTCTCTCTGCTCTGCTCCATCCGCCTTTCAACCTCCTC	autosomal
GCCGGGAGCCGCTGGCGGAGCAATGGCTGCTGCGGTGGCCATGGCGGCGC	autosomal
AGCTCTGGAGTGACACATCATCTGCCCAGCTCTACGTGGTTCCTCTGACA	autosomal
CTCCCGCCAGGGGGCGCCGCTCCGCCCGCCGCCCCTTCCGCCGCTGCCGC	autosomal
CCGCCGCCGCGGCCCCGCCGCCGCTGGAGTCACCGCCGACCCGAGGAGGA	autosomal
CTAATATTAAGGTCCAATGAAGGCAGGTTAGAATAACTCAGCTCGCCGAG	autosomal
CCGGCGCGGCCGGGATTCGCGGCCAGCGGCAGCAGAAGGAGCCGCGCCGA	autosomal
AAGGAGGCGATCCAGGGCCGGCTGGAGCGGCTGGAGGGCCGGGTCCGCCT	autosomal
AGCCTCCCCGCCAGCCTGGTCCCCGCCAGCCTCCCCGCCGCCAGCCCGGC	autosomal
CGCGGGCGCTGGCGAAGCAGGCGATGAGCAGGAGGATGCGGAGGGCGGGC	autosomal
GGCAAGACAGCTTTGGATCTGCAGTAAACTCCAAGCTATGTGGCAGCTAC	autosomal
GCCCCGAGGGTGGCCCTGCAGCCTGTGCTGAGGAGGCCAGACAAGGCAGA	autosomal
TCCCAGATTTGCTTGCACAGGCAAAAAATATTTATGCAACAAGATGTCAA	autosomal
GCGCGCGCGGGGAACTCCGTGGTTCACGCGCGGCGCTCCCGCAGCTCCGC	autosomal
CGCCCCAGAGCCCCACGGAGGCCACGAGACCCCCCCCCGGATCCCTGCGA	autosomal
CGGACGGTGCCGGCGCTGAGGCCGCTCCGGTCCAGCGGGGCCGGCCGAGC	autosomal
CCTTTTAAATGCTGGGTTTTAAGCTTTTTTAGCGGGATGTAATGTGTGTC	autosomal
AAGACTTTGTCTTGGAGTTAACTCCTGAGCATTTTGAGATCATTCATCAT	autosomal
ACGCGCTGCGATGTGCAGGGCACGGGGGTGTCACTGACATCAGGGCAGCA	autosomal
CGCCCGGGGCCGCCCCGGGGCTCCGCCGCCGCCGCTCCGCGCTGGGCCCC	autosomal
AGCGGCGCGGATGGCAGCGGTGCTGCCGGGGACGGCGGGGCGCGGAGCCG	autosomal
CGGGTAGGCCATGGCGGCGGCGCGGCGCGGAGAGCGCTCCGGGCGGAAAC	autosomal
CGAGCTCATGGGCCGGGACAGGAACCTGGCCCCGGATGAGAAGCGCAGCA	autosomal
GAAAAGGAGAAAAAACTAGGAAGCAAAAGTCCTGGATCCAAGAGAGCGCA	autosomal
CGCTGGGCGCTGCCGTGGCTGCTCTCTACACGGCCACGCTGCCGCCCGCC	autosomal
CTCCGCAGCGTGTGGGCGAGCAGGCAGCGGGCGGCCGCCGGGACAGCCGA	autosomal
GCAAACAAAAGAGAGAGAAAAGCCACCTTGCTTTCATCTTCACTTGATGA	autosomal
CAGCCCCGCGGCCATGGAGCCGGGCCGGCAGGCGCTGCCGCTGGAGAACG	autosomal
GGCCGCGCCCGCCGGGCCGGAGCTGCCGGCGGGGAGCGGCCCCGTGCAGA	autosomal
AAGACCTCCCAAAGAAACGGGCGAGCTCTGGGGTAAAGATGCCCTGTGTG	autosomal
GCGGCCCGAGGGAGCGGCCCCTGCTCAGCACATCCCGAGGCTCGCAGCCC	autosomal
AGCCGCCGTCTCTCCCAACCCCCGCGTGTATTGCTGATCGGAGGGACGGA	autosomal
CAGCGAGCTGCCCCGGCCCGGGCAGAGCGGAGCCCCCGGGCAGCCCACAG	autosomal
AGGAAGAACCATGAGAAAGGTCACTGGTGTTTAAAAGGCACCAGTCACTC	autosomal
CACAGAGGCCATGCCGCAGAAGCACCATTTCTTGAAATCGGCACCAGGCA	autosomal
ACACCAGATCTCCGAGCCTCAGACTCACGGCCGCCATCTTACCGACACAG	autosomal
CAGCGCACCGCGGGCTGCGGAGCCCCCTCCGCCAGTGCAACTCACTCCTC	autosomal
CATCTCTTGAGAAGCCAAGCGCATGCTGGAGGTGCCGCGCAGCTCCCACC	autosomal
GCCGAGCCCCGCCGAGCCCCGGCCATGCCGCTGGAGAACCTGGAGGAGGA	autosomal
CCGCGGCACCGGGAAGGGGAGCCTCACCTGGGTCTTGACAGGCACTTGCA	autosomal
TCGTAGGCCACGGCGCCGTCCTGCTGCTGGTGCGGAGCGGGGTCCAGGCA	autosomal
GCCACACCAGGAACGGCTCCCTTGTCTTTAGCCTGTAAGTAAATCTCGTA	autosomal
AGGGACTACATTTCCCATAGGCCCCCGCGGGCGGTGGGGGGCGGGGCGTG	autosomal
AGCAGCCGCGGGCCCCGCAGCGCTGCGCGGCTCATGGTGGCGGCGGCAGC	autosomal
CAAAGGCTTTGAAGCGTCAACACAAACAAGTACACATGTATATATGTGCA	autosomal
CTACCAGAATTTTGCTGATGAAATCCCCATCGATTACCAGTTCCTGGTGA	autosomal
ATCTCCAATCGTGTGTTCTGTTTACGTTTGATATTATGTTCTGTGCTTTC	autosomal
GCGGTGCCGCAGGTGCACCTGGCCCGGGCGGGGGCTGCCGCAGCCCCGCC	autosomal
CAAGGTGGTGGTGTGCGGGCAGGCCTCGGTGGGGAAAACCTCCATCCTGG	autosomal
ATGATTTTTTGGGGTTCTCTGATGATTTTTTTGGGATTCTCCCCCCTTTC	autosomal
AGACTCTCCTTGCCTGCACTGGGCCTTTGGGCAAAGGGACTCCATCCTGC	autosomal
AGCACAGCCCTGCAGCCCAGCTACTGCACTGAAGTCTCTGAGAACTCCAT	autosomal
CCGGGCGGGCGGCGGTGTGTGCCGCTGCTGCTGCTGGGCGCTCGTTCTCC	autosomal
GCTCCCGCCGCTGCCCCCGGGGAGCGCGGGCTGTGTGCGGCCGCCCGCCC	autosomal
CCTGCATAGTGGAGGAGATCACGGCGGATGAGCTCAGCCCCTTCACCTCC	autosomal
AAGCCGAGCGGGAGGAATGGCGGAGCTGCGGCCGCCGGGACCGCGGGGGG	autosomal
CCCAACCGCACAGCGCCCGAGGGCTTCGCGGCACTTTCTTCTCACCTCGG	autosomal
CTCCCACAACTACCCCCCCCCCGCCCCGCCACTATCATGGTTCATCCCCA	autosomal
CGCCGCGGCCCCACCTTTCCGCAGCGCCGCGGCCGCCGAGGAGCCGGAGC	autosomal
CTCTCCTAAGGATTTCTCAAAAAACGGCTTAATTATTTTCAGCTTTTCTC	autosomal
CACCACTAAAGCATATTCCCAAGTGCCACATACACGTGTCTTTTGGGCAC	autosomal
GGGGCAGGTAGATGTGTAGGAATGGTAATTTCAGTGCTTTCTTCATTAAA	autosomal
GCGCGGTGGCGCAGGATGATGCGGCTGTGGCGCTCGGCGCTGCTGCGGGA	autosomal
TCCCCCGCGCCAGGAGGCCGCGGGAGCCCCTCTGCGACCCCCGCCCCCAA	autosomal
CGCCTCCCGCACCGCCCGCGGCTCCCGCCGCCTCCCCGGAGCCGCTCCCG	autosomal
AGGATGCCGGCGCCTCGCCGCCCCTATAGCCGCGCACAGAGCGGGGCGGG	autosomal
CAACGGGAGAAGTCGCTGCACTTCTCTTTCGCAGGATCGGTGACGGCGGC	autosomal
AAACCCCAGAAAGCTTCCATAATTTAAATCTCTCTCAACACACAAACTTC	autosomal
CCTCCTCTTCCTCCCCAGCACAAAGGCCCGGAGCTGCTCGGGAAGGACGC	autosomal
GGAGGCATGTCCAAGGGCCCGGTGGCGGGCGGCCCTGCCGCGGCCGGGCC	autosomal
CGGCAGACGGGCCGGAGCGGCGGAGGGTGCGGGACGCGGGGAACGGGCCC	autosomal
AAAGTTACAACACTGCAACATAGCGATCCTACAAACAAACAAAAAAAAAG	autosomal
GCGACTATTGCTGGAGACGGCGGCGGCGGCGCCCGGGCATGTCCGGCCGC	autosomal
AAGGCTCTACGAAGCTTGCAGTTTTCATGTGAGCCGGCGATGTTCCCCGA	autosomal
CCTCCCTCCTGGATGCTGGAAAGCCCAGAGCCAGAGCAGAGGGCTCGGCA	autosomal
CGTATTTCGGTGGTGCCGAGGACCCCTCCTCGGCGGCCGGTGGGACCCCC	autosomal
AACCTGAAGCCTATGACCTCAAGATCCAGAATGGTCTAGAAAGCCCAATC	autosomal
ACTGAAGGCAGGTTCCACGACTGCTGTTAATCTTTTGTCTTGTTTATCAT	autosomal
CGTGACCCGCGCCGAGCGCCGCTGCACTCCGGGGCTGCGCCGGGGGGACC	autosomal
CGAGTGGGCGGTGAGGCGATTGGGGGAGGAGCATTGTGGGCACGCCTTCA	autosomal
ACGAGGCGCAGCGCGGAGCGCGGCCGCAGCGCCCCGCGGTAGGGCACGTA	autosomal
CACCGGGATCTGTTCGGGAACGGGCGTTTGGTCAGCGCGGCCGAGCTCAG	autosomal
ACAATTTCTAGAACTGGTCCAGTGATTAATAGAAACAAAAATCATGAAGT	autosomal
GGGGCGGCCCTTTGTCAGGATGCTCTGAGGAGGAGGAGGAGGAGGAGGAA	autosomal
CTCGCGAGAGCTGGTCACTATTTATACTGCGCCGGAGCCACTTCCGCCTC	autosomal
TGCCCAAAGTGGAGGTGCTGCGCCGTGACACCCTCAAACAGTGCAAAGAA	autosomal
AACACACACCAGGCCATCTTACTTGGCTCAAGAGAGACCAGTGAGAGTGG	autosomal
CACCTCTTAATGTTTAGTAATGTTCATCCTGTGCTTAGTACTGTGCGGAA	autosomal
ACGGACATCCCCGGACCCCCCCGGAGCCCCGGGCCCCTCACCTTGTTGAG	autosomal
ACTGACCTCTGTAGACACTAAACCACAGCAGAAAAGTCTCACATCTGGAA	autosomal
AGCGGCAGCAGCTCCCGGCCGCCATGAGCAGGAAGGGGGGAAAGCTCCTG	autosomal
CTGTTGGGAAGGGTAGATAAATATGATTAAGAACCACAATAGTACAGCCA	autosomal
CGAGGCAGCTCAAGTGGCCGAGGGGGTGGTGAAGGCAGGCGCAGACTCTC	autosomal
CTCCAAAGTGATGGTGACCGTCATCTACTCGGCTCTGTTCTTGGTGGGCA	autosomal
ATTCAGCAGTCACACACTGGTGGTCAGGCCAAATAAACAGGAGAAAGAAA	autosomal
CTCCAGGCTTCTCAGGAAACGCTGCTTTGTGCAGCCGAGTTCCTGAAGCA	autosomal
ACGGCGTGAGGCGGGCGGGCTTTGGGCTTTCCGCTTCCGAGTCAGCGGGC	autosomal
CGGGCTGAGCCCCGATCGCCGCCCCCGGAGGGACGGAGAGGGCTCCGAGC	autosomal
GCCCCCGTGGTGCGGGCGGCGCTGACGTGTCGGTGGGAGCGGCGGCGGCC	autosomal
AGCTGAGGATGTTGCCAACAGCAGCAGAGGTAGAAGATCCCACGGCGGTG	autosomal
CGAGCTCCGCACGGAGGACGCTGGCCAGCGCCATCTTGGATCCTGGCAGC	autosomal
TAAACCAAAAGGTGTTGGGGCAGAGGAGCCTTGCTGTGGGGAATGGCAAA	autosomal
CATCGCGGCTCGGCTCCGCTCCGGCGGCTCCGCACCGAGCCCCGGCTCCG	autosomal
ACAGATGCTGGCTGTGAATGCAGAGTGGAGCAGACCTTCCTTGCTTGTCC	autosomal
CAGCAGGACCAGCCCCAGGCTCAACCCCACGGTCCTCATCTCGCCTCACG	autosomal
CCCATATCCCCATGTCCCCTTGTCCCCGTGTCCCCATGTCCCCGTGTCCC	autosomal
GGAGCAAGCGGACCATTCGCAGGCCTGCTTACTGGTTGGAAATGAGAGGA	autosomal
CAGCTCGGCGGCGGTGCGGTCTGTTCTCCGCCCGCCGCGGCTCCACTGCA	autosomal
CATGGGATGGGCCGGCGCTTCCCGCCGCCCGCGGGCCGGGCAGGAAGGGG	autosomal
TCCCGTTGGGCTGGGCCGGCCTGGCGTGGGTCTGCGGCCGAGGCGAGGCA	autosomal
CAGCTGATTTGTGCTGAAGGCTGAGGGAAATTTTAGAGAGTCATTTGGCA	autosomal
CCCCGATTGGGGTGTCCCCCTGCTCTGGCACTCTGGCACATCCCCCCGGA	autosomal
AAGGGGGGAAAGCAGGGAGGGAGCGCGGACAGGAGCCCCCAGAAAGGCGT	autosomal
CCTCCCGCAGCCCCGCCCAGCCCCGGTGCGGGGCCAAAAGCAGCGGGAGC	autosomal
CCTCCCCAGCTGTGCTGTCCTGACGGAATTCGCTCGGCTCCAGCTGCGCC	autosomal
CTGCCCCGGCTGCCGCTGAGGAAGAGGCGGAAGCGACAGTCCCCGTTCTC	autosomal
AGGGTACAAGGGACACTGGATCCCATCTCTCCAGACAGGTTTCCCACCTC	autosomal
CTTCCTTATCCATGAATGATTTTGCATTCCTTAAGGACAGAAACATTTAC	autosomal
ATTGACCGAAGTGGGTGCTGGGTGCACCCCGGCACAGGCCAGCGCCCCGA	autosomal
CCTGCTTCTCGGGGAACCAGCACGCTCCTGAGGCCAGAAGGAATATAATA	autosomal
AAACAGTAATTAAGATTTATGAAATAATTGTCTCACAAAAGCCTGCTGAA	autosomal
AACGGCGGCACCGCCTCTCTCCGCCGGCGGCCCCGCGGCCGCTGCCGCCC	autosomal
CGGCCCCGCCGCCGCCAGGCTCCGCCATGCCCGCGGCGCGGCGGCAGCCG	autosomal
CGTGAGTCAGCCGAGCGGCGCGAGGGGCTGCGGGCCGCGCGCGGCTGCGA	autosomal
CATCCTCATGGGGTGACCCTGCTCCAGGGAGGAATCTCCACACAGCCCCC	autosomal
GCATGACGGGGGCTGTAGTCCGGCCCGCGCACGGGATGCTCATCCCCCGA	autosomal
CCGGGGCGCTTCTAGAACGGGCGGCGGGAGCGGCGGCCGGAGCGGGAGCG	autosomal
TGACCTGGAGAAGCAGGTGCTGTCGCGGGTGAACAGCCTGGAGGAGGGCA	autosomal
TAACAATTCTGTGATTTTGTGATAAACTAAGCATAACAAAAGTGCTGACA	autosomal
GCAGGAGCAGCATCTGCGGGGCTTGACCGGCGTGTCCCCAGGGAGAACAA	autosomal
AATGAGCTCCTGTTTTTTGACAAACAGCTTTGGTAACTTAAATTTCTTGC	autosomal
AAAAATCCATTGACATTTTTCCTGGTTGTCTAGTGTCCTGGGCAATAGGA	autosomal
GCTGCCCTGGGGAAACCTGCAAAAGTGTCCTGGAGCCATGATGCTCTTCC	autosomal
CAAAATCTCATCAGCTCAGTATTCCCTAGGGAAATGAAGGAAGAGGAAAA	autosomal
CAAAGTAGACAGAAGGAGGAAGAGGGACTCCTATTAACTCCGTGAGGTCA	autosomal
CCCTCCCTCCGTCCCTCCCTCCCTCCGGCCGCCGGGCCGCGGCTCCTCCC	autosomal
GCGCGGCGCAGCTCCTCGGGAGTCAGCTGCAGGAACGCCGGCCGGCAGAA	autosomal
CTGTAAAGATGACGACGAAAGCACCAACATTTACACAGCCGTTACAAAGC	autosomal
ACGCGGCTCCCACTGAGCCGATCGTGACAACAAAACCAACTTGAGCGAAG	autosomal
CAGGCCCGCTGCTCGCCCGCCCTCGCCATGGCCCCCGCCGAGATCCTCAG	autosomal
AGGAGGAGCTGCCGCCGGGCTGGGAGGAGCGCACCACCAAGGACGGCTGG	autosomal
GCCGCGGGCGGGACGGGGCAGGGTAGGCAGGCGGTGGGCAGGCAGGCAGC	autosomal
CACCGCTCCTCCACCGCCCGTCACTTCCGCTTCCGGCGGCGCCGTCGCCA	autosomal
CCAGGTCCACCTCTGAAGCCTTCTTCAGCTGCACTGAGATGAAGTTCGTC	autosomal
GGGAGCGGCGGGGGAGGACCCGGGGCGGGGAGAGCGGCGGGGACGGGGAC	autosomal
CGCTGCAGCAGCGGCAGCCACTCCGCGCCGCGCTCTGTGGTCCCGTGACG	autosomal
GAAATCACGAACCAGGAAATGAGGGAGCGAGGAACCGAAACCCCGATTTC	autosomal
CGACTGCTGCCTGCTGCCCTTCTTGCCGGTCTTCTTGGGCAGCAGCACAG	autosomal
CAGCAGGGACCAGATGAAGCCCATCCATGAGAGCGGTGTCTGAGTGTTAA	autosomal
CCGCTGTAGCGCTGCGAGGAGCCGCCCGCTCGCCCCGCTCCGCCGCGCTC	autosomal
ACCCCCCCGCGCCCCCTTGCCTGGGGGGGTCCAAGCGGGAGAAGCGCCGC	autosomal
AGCATATTAGATATTTCTTAATTTTAGTATTGCATGTATGTCTACTAAAT	autosomal
CCGGCACAGCCGCGCCACCTCCGCCGCCTTCTGCGACACCGCCACCAGCG	autosomal
TCAAAGGTCTCTTTCAACCTTGATGATTCTGTGATTCAGTGATTCGATGA	autosomal
AAAAGCTTTCTGCCTTTTCAAGTTGTGTTCTTACCATCCTATGTAATACC	autosomal
ACAACACTGCTGCTGCTGCTGCTGCAGACATTTGTTCTGTCCCTTGCCCC	autosomal
CCCCACGGCAGGGATGTCACCGCTGGGAGTGCCACCAGGGCAGTGTCCCC	autosomal
GCGCAGCCGAAGCCGCAGCAGCCGCTGCAATCGGCTCCGCCAGCGCCGCC	autosomal
CACCCTCTGCGTGGCTGTGTTGGGTGACTGCGAGTCCTTGAGCAGCTGCA	autosomal
GCTGTACACTGAGCTGGACACCAGACTGCAGTGAGACAGGACGTGTCACA	autosomal
AGGTTGCACTGTCCAAGTCGAACCGAATTGAGACTTTCAGGATTCTCTGC	autosomal
GAAAGTCTTTCATTTCCAGGCAAGAAAATTGCAGGAGTCAGATAGAGAAA	autosomal
AAAATTCCCATACAGTAAATTCCATCTTCACTCTGGATGCTCCAAAGGCA	autosomal
AAAAAAACAGGCTATTTAAAATAATGGGGGGGGGGGGGGGGAGGGGGGAC	autosomal
CCCCTGGTTCTGGACCTTTACACAATTCCAGGACCCTGCCCTGATTCAGG	autosomal
ACCTGGGCCACAACCTTCTGGGAGCTGTGGTCAGTTTGGTCTGGTTCCCT	autosomal
ACTCCTGCACTTTAAGCCCTGCGCGAGTCCCGGGGGGCGCCGCGGGCGGA	autosomal
ATAACCAACCTTCCTTGGAACCTTGTGAGTGCCCAGATGCCCCCCTTTGA	autosomal
ACAGTACTCCAGTGATACCACCTTACCTGAAGCTGGGCAGAATGAAACCT	autosomal
CCAACCAGGGAAAGGCCCTCCCCCTCCGGCACCGCAGCGCCCGCGCTCCC	autosomal
ATAAATGCTGAAAGTGGGCAGATATTATTTATGTCATAACTAACTCATGC	autosomal
ATGGCGGAGTGTTTACATTTGGCAGCCCAAAGCCTCTTGGATTACGGAAC	autosomal
GCAACGCCCCGGCCCACGCGGCCCTCGCCCGCCACGCGCGACCTCCTGCC	autosomal
CACACACAAACCCAGCACCAGCACAGACACACTTGCACCTAACAGCAAAA	autosomal
AATATACCTTGAGACAAATTTTTACTGGAAATTTTTCTCTGCACCAATGC	autosomal
AGCGGCGGGAGGGATCCGAGCCTGCCGTGGGGAAAAGTGACCTGAGGCGC	autosomal
ATGCCCTGCAGGGTGACAAGTAGCCAACGAGTCTCTGTAGCCCGTGGTGG	autosomal
CAGCCCCGGCCCCGGCCCCGCCACCGCCACCGGGCCCGGCCCCGGTCCCA	autosomal
ATTGGTGCTGCTGCTGCCGGAGCTGCGGTGAGAACCGATCTCGATGTCCC	autosomal
CCCGCTGCCGGCTCCATGAGCTTCACATCCTCCTGCTAAGGCTGAAAGGA	autosomal
CATCCTCGCCCCGCGGCGCCGCACAGGGACGCGGAGAAGGCGGGGAACGC	autosomal
AAGGGAGAAAAATGAGGGGGAAATGGGAAGAAAAAAGGGAGAAAAATGAG	autosomal
AGGGACCCCGGGGTGCTGCGGGCGCTGCTGGAGCAGAACCGGTACCGTGA	autosomal
GCCGCCGCCGCCGGAAGAGGCCGAGCACGGGGCCGCCCGCGCAGCCAGCA	autosomal
AAGCGGCTTTCGAAGGAGCCCCGGGACAGGTACAGAGTGACAGAGCTGGG	autosomal
CAATCCCGGTGGATCCGGACGATCCCGATCCCAATGGATCCGGACAATCC	autosomal
CGGTGCAATACTCTTGCAGGGGACCGAGCTTTCTGTATTTGCTGCACGTC	autosomal
CGTCTGCTGAGACTGCAGCGGCTGTCATCAGCATCATGGTGAAAAGGAAA	autosomal
AGCACTACAGAATATGTTCCCCTAACAGACATTATTTGAAAGCAGCCAAA	autosomal
AAAACAACACTAAAAAAAGAAATGAAACAAAAACCCCGGTTCCAGGCTGT	autosomal
TGGGGAACTGCAGCACATCAGCTCAGGGCAATGTCTCCATCAGGCTGGAA	autosomal
CTCTTTCTTCCAGGGCAGCGAGCGCCGAGCGCTGCTCGCCGCCTTCCAGA	autosomal
GCCGCCGGCAAGAGCACACCGCGAAGGCAGGGTGGGATTTCCACCACCCC	autosomal
AGCGCGGTCCGGGGCCAGGACGGGGGAAGGTCCTGGTTTGGGGATCCAGG	autosomal
GAAGGACCGCAGCTAGAGGGAGCTGCTCCGGACCGCGTCTGCCCGTGCGC	autosomal
AGACTTTCTCAGGTCCTTTGGTGCATGTTGCTCGCAAGCCCAGCTTCCAT	autosomal
GCCTATAGGTGTGGTACATCCCTCAGTCCTGCCCGAGGATTTGGGATTGA	autosomal
AATACACGGGTTACAAGCACACGCGGTTCTGTCCCGCTCCCGGGCCCGGC	autosomal
AAACTGACGCCCTCTAAGATCAGAGGTGAACCAGTCTGGGATCATTTTAC	autosomal
CAGCTGCGCTACCCGCCGGCGCAGACCCTGCGCGACTTCCAGCGCCGCCA	autosomal
GCAGGTGAAAGCGGCTTCGAGCCCGAGGCCTTTGAGATTATAAAGTGATA	autosomal
GATGGATCTGGCCCCTGCCTGGTTTTGACTGACAATAAGCAGCAGAAGGA	autosomal
GCATGCCTTCTTCCTTTGTCTGCCTTCTATTTGCAGGAAAAGCACAAGAA	autosomal
ATAAAATCTTGTTTTCAAAATGGACCGAAGTAAGCGGAATTCAATAGCAG	autosomal
ATTTGTTTTTTCCTTAATTAATATTCTTTTAGCTCTTTAATTTCATGATA	autosomal
GCCCCCGGCCCGTCCCAGTTGCGGGGCGCCCCCTCCCAGTACCGGGGGGA	autosomal
AAAAGCATTTGATATTTAGACAAAAGTTATTTCTAAGACTATTAAATGCC	autosomal
CCTGCCTTTGATGCCAACACCTTTGCCCCGGACGCAACTTCACCCAAGGC	autosomal
ATGTTTCAATCATATTAAGCAGCTGCTGTTGTTATTGATTTTAAAAAGTA	autosomal
GCCAGCTCCCGCATCTCGGCGGGCACGGAGTGCGCGGAGCCCATCCCGGC	autosomal
AGCGCTCCCGGAGCGGCTGCGGGAGGGGAGCGGCAGGCTCCTGCTCCAGC	autosomal
CCAGAATCCATATTCCAAATCCCAGGATCACAGCACCCAGGATCTGAAAG	autosomal
CCCAGGGCCATTGGTGACGCTGTGGGGACAGGCCCAGGGCCATTGGTGGC	autosomal
CGACGCATCCGCTCATGGTGCGCTGCGGGCGGCTCTGCCCGGCCCCGGCG	autosomal
AGTCGGAGCTTCCTGGCACCAGCAGCAGCACTTTGGTCTCTCTACGTGGC	autosomal
CTCACCGACATCCTCTTCAACTCCAGCTCGCCACGGCCCGCGGGCATCGC	autosomal
CCACAGGAGTGGCTGTGCCAGCAGAGCAGCAGGAACAAGAGGCCAGGAGA	autosomal
CCGCCGTTGCCGGGCGATGGCGGGGCCGGCCCCGGGCACAAGATGGCGCC	autosomal
GCTGGCTGGAGCGGCTGCGGGCCGCCGGCAAAACGGCGCTGGTGCAGGAC	autosomal
TCTGACCCTGCCATTGAGAGCAAGTAGAGAACCAAAGTGACAGCAACAGA	autosomal
TGAAAAAGAGACTGAGTTTAAATTACTCCAGCTAATTCTTGCTGCCTCCA	autosomal
AGGCTCCTCCTCTGCGCCGCCATCTTGCAGCGGGAGCGGCCGCCTCCCGC	autosomal
CGGGGGTCCCGCCCGCAGGAGCGGCCGGGCGGCGGCCGGGCTCTCTCCCA	autosomal
CAAAACTTCACCGGCCCCACGGGCGCCGCCATCTTGGGGTGAGAGGGCGG	autosomal
CGTGGAGCCGGAGGAAGAGGCGATGTAGACCTTGATGACCATGCTGGGAG	autosomal
AACTGCTCCTGGATGCGGTACGGAGTGTAGGGGAACGGGAACCGGCCCGG	autosomal
AGCTCCAGGCCATGAAGGGCAGCTCCCAGCCTGACTGCTGTGGCCAGGAG	autosomal
GATATGGTGTAACATCTCCCAAGAAACCTGTAGAATGTCTCCCTCTCCCA	autosomal
AGGGCGGAAGTGACGCGGCGGCGGCGGAGCCCGGACATGGCGGGCGTGAA	autosomal
AGGCTTTCAAAGGCCATTGTGCCTGGCTGTGGTGTGGTGAGGAAGAGGAG	autosomal
CTAGCAATACATCATGTATTTCTGAAAATGAGATCCAGCTTTACGGAGTC	autosomal
GCTCGGAGGCAGCTGGGCCGACAGCGCGGCCCTGCGAGCGGGGCGAGGGA	autosomal
GTTCCCATTGTATTCTCAGATGGATGTTCAATGCACTTGGCTTACCTCAA	autosomal
GCTCAATGCTCACGTTGGAGAGGGTGGATGCCCAAGGAAGCTGCAATCCA	autosomal
CATTGGTGGCTGCCAGGGCTCTGCGTGTACAGCACACAGACTGCAGGGGG	autosomal
CCCAGCCGCCAGCCGTGCCCGGAGGCCAGCCGAGCCGAGCCGTTCCGAGC	autosomal
ACCTGCTCCTGCCCCAAGCTGCCAGACTCATCGCAGGTGTGGAGGATTCA	autosomal
TCCTGGTGAACCATCTCGGTGCATCATCCGCCGCTGCCGCCCCGCCGGCA	autosomal
CGGGCGGGGCCGGGCGGGGCGCGGAGCGCTGCCGGAGGTGCCGCCGTCCC	autosomal
CGTGTGTCCCCCGTGTCCTGAGTGCGTCCCCGTGTGTCCTGCGTGTGTCC	autosomal
CAGTCTTTCGACTTCTGGTGGAAACTACGAATGGCTTTGGAGTCACTTTC	autosomal
AATAATAATAATCACAGCAGGATCTGCGGAGCAAAGATAGTAATAAAAGC	autosomal
GCGGGTGCGCGGTGCTGTCGGGCCGCACGGCCGGGGCTGGACTTTGACCC	autosomal
CAGCTTCTTCTCCAGCGCCGACTCCGAGAAGGAGGACATGGGGCCGGAGC	autosomal
CCAGTGCGGAACCGCGGGAGGGGGGGCAATGGAGATGAAGAAGCGCATCA	autosomal
GAGTTAAGCATTTCTTCCTGTCCTGAAAGAGAAGAGAAAATGGAAATTAA	autosomal
CCCCCTCAGGCCGCCACGTCTCCCCCCGCCCGTTTCCCCCCCGTCCCCCC	autosomal
AGCTGCGTGCCCTGTGCCCCGCAGAGAGCCGCGGAGAAGGAGAAGTTGCC	autosomal
CAATAAGACCTACATGATGAGAAGAAGGTGACCCCTTGGTGTTCCTACTA	autosomal
AGGCGGGGGCGGAGGCGCGAGCGGAGCATGAATGGGGCAAGATGGCGGAT	autosomal
TGCCAATTCATATCATATGACATATTCTTTGTGTTCTCTGTAGATAAGAA	autosomal
AGTCTTGACAGTGACTTTGCCTGATTCCCTGCTCTCAATTTTGCCTTTCA	autosomal
CTGAGCTGCCTGACCTTGCGTGCAGCATGTGGTTACAAGTTTTCTCACAC	autosomal
CCGTTCTGAAGCGCGGGACCGTCCTGCCTCCCCCTGGGCCGCCAGCCCGC	autosomal
TATTAACCACAGCAGTTCAGTATCACTGTCCACACTGAATTTTTCCAACA	autosomal
CCTGTGGCAGTCTGGGACTGCTGTGCAAGGTGTGTGGCAGTGCAGGTGTC	autosomal
CAGCGCCCTCCCACCGCCCCTCAGCGCCGCGGCCGCCGCCATCTTGCCCG	autosomal
ACCATCACTTTTTGGGGTGACATTTCTATTTTTTATTATTTTTCGCCGCT	autosomal
GGCGCTGAGCAGAAAGAAGACGAGGCGCTGAAAGCGGCCCCATTCGCCCA	autosomal
AGAGCAAAACTGTCATTGTGTGTCTCATCACCATGTTCTTCACCATGCTG	autosomal
CGCGAGCGGCTCTGCCCAGGCCCGACGCAGCCCGGCCGCAAGGAGGCCCC	autosomal
AAGCCTTTTCATTCCCAGACTTTGACTTCTGTTCTCAAAAATGTTTACAA	autosomal
CCAGCAGCAGCAGCAGCAGCAGCAGCAGCATCACCGGCGCGTTCCTCATC	autosomal
AACTAGTTCACATATTCCAGGAACTATTTTGCATGGCCCCTCCTTGGGTC	autosomal
CAGCCCCAGGAGCCCAGGTGAGCAGGGGTCCCTTCCCTTGCTGCTGGAGC	autosomal
ATAAAAATAAAATGAAATTTAAAAAATAACCCAAAGCACTGTGCAAAGCC	autosomal
CCTCGCCGGTGGCGCGCAGGCAGCCGCCCTTCCGCACCTCGATGGTGGCC	autosomal
GTCGGCCGGGGGGGGCGAGGCGGGGTGCGGGTCTCGCACACAACACACAC	autosomal
CGCGGAGGGCGCCGGGCCCGGGCAGGAGCGCGGGGGCGGGGAACGGGAAC	autosomal
CCGCTCCTCGTCCTCCATGGCGTCTGTGCGGGAGAGCAGGGTGTTACCGC	autosomal
GCCGGGGCCGCCGCCGCTGCCGGCAGGTGCGGGCAGAGCCGCGGCCGCGC	autosomal
CTCCGCTGGGAGAAGGAGGAGGCGCCCCGAGCCACGGGAGCTGGGAGCAA	autosomal
CAGAAGAATCTGGAATAAATTTGTGAAATACATCCCAGATATTTTTTTAC	autosomal
GCAGCTCCCCGGCCCGGGCGCGGCTCCGGCCGCACTCGGCCACGATCCGC	autosomal
AGACAGAGCACTCTAAGGCTCTGACTCTCCGTGTTCACAGCGGACCTTGA	autosomal
CGGAAGAGCTCGCGGGCCGCCAGCCGCGCGTCCGCGCCGTGCACCGTGTA	autosomal
CGGAACGGAGCGGGGCGCGATGGGGGCGGCGGCGGCGCGGCCGCAGTGAG	autosomal
AGAAAGTTTAGCTCTTTGAAAGTAGTATTCAAATTCAGAGCTTGTGGGTG	autosomal
CCGGGGCCAGGAGCCGCCGCCGCTGCGCCGGGGCTGCCGTGGCCCGGCCG	autosomal
CGGCTCCCGGGGCGCGTCTCTTCCCGTCTTATCTCCTTGTGCGCTTCCGC	autosomal
ACATTTAAGAAGCCCAAGAATTTCAGATAATTATTCTGCTTGCTGCACAT	autosomal
GGGACTGAAAGATACTTAAAAGTGTCTTGTTCTGCTTCATGTAACACCAA	autosomal
CGCCACCATGGGGACAGCATCCCCCCGGCCCGGGCTGCTGCTGGCTGCGC	autosomal
GGAGCGCAGCCCCACGGCGGGCAGGGAGCGGGAAGAGGGAGCCGAGGGAA	autosomal
CATGGGGCCGCCGCTGTGGCAGCACCGGCCGCCCCCGTCCGCGCCGCCGC	autosomal
CGAGGGGCGGCGAGGCCGGCGGCGTGCGGGGCGAGGAGGGGCCGGCGGAG	autosomal
TAGGAAGATGGAGTGAATGATTATTTTAAGTTATTAATCTTGTTCTGTGA	autosomal
ACCGTGCCGGGCCGAGCCGAGCGCCGCACGGGACCTGGCCATGGCCGAGA	autosomal
CCCGGGGGAGCGGAGCGGGGAGCCTCCGTGAGGATGACCTCGGCTGCCAG	autosomal
CCAGCACGATGGCCGCGCCGCACAGCAGCTCGGGCCGCCGCGCCATCAGG	autosomal
GCCCCGCCGCGCCCCGCCCCGGGCGCCCGCCGCCGCCGCCGCCCCCGCCC	autosomal
CCGCGGCGGGCGGCGGCGGGGGCGGCCCCGGCCATGCCGGTCAGGTGACG	autosomal
CCACGTCCCAGTTCTGGCTCTTCAATGTCCTCTTCCCACCCACCACCACG	autosomal
ATCTAGGAATCACCTATAAATAAGATGCCAAAACAAGGATGTTGCAAATG	autosomal
CCGAGCCGGGCGCTGCCGGGCAGGAGCTCACCCGGCTGCCCTCCTCATGC	autosomal
CCCCCCATCCCTCCTCTCCACCCACCCCTTCCCCCTTTTCGCCTTGTCGG	autosomal
CCCCACTGTCCCCATTGTCCCCACCGTCCCCATTGTCCCCTCTGTCCCCA	autosomal
CATTTCAAGGAGACATTACTGCAACTTTAATTATTAAACTGCTATGGCTC	autosomal
CCAGCTCCTCTGCATGCACCGAGAGCTGGCTACACGCGTGCTGCATGCAC	autosomal
CTGACCACAGCAGCGGTCAGCAGAGGGGCTCCGGACACCGCACTGACCAC	autosomal
CATCACCAGGCTCCTCCTCTTCTGGCAAAAGCCTGTGTTTACAGAGCAGG	autosomal
GTTTGGTTGGTGCTCACAAAGAAACACTTTTTTCAGCAGAGAAAGCATGA	autosomal
AATAACGCCCCGGTGCACCGTGCAGCCCCCGCTGGCCACGAGCCCGCTCC	autosomal
AAGCGGTACCGCCACCCGGCGCTGGAGGAGCGGCTGAGCCGGCGGCGCAT	autosomal
CCTCGCCACCGCCGCCTCGACATGGCGCCCCGCTCCTCCGGCCCGCCCAC	autosomal
GGGAAGGAAACCTTGGGGCTTGGTGTCTGCTTCCTGGGAGAAACAGCAAC	autosomal
CCGGCCGGTGCCGAGCGGGCAGGCTGCGGGCGCTGCGCGGGGCTGGCGGC	autosomal
GCCTCCAGCAGCTCTGGGGCTGCTGCGTGGAGGCAGATGCTGTTCAGAGC	autosomal
CGCCCGAGGGGTTGGACTTCCAGCTGAGCCGCGAGGCCGTGCGCCACCTC	autosomal
GGGCCCGGGGCCCGCAGCGGACATGGCAGCGGCGCCCGCGCTCCCCGCCC	autosomal
CCCGTTCGCGCCCATGGGCGACTCGGTGTTCAGCGAGAGGCCGGCGCTGC	autosomal
CATGGGCAGCATGGCGGCGCCCAGAGCCGCCCGCGCGCTGCGCAGCGGAG	autosomal
GCCGGGGCGGGGCGGAGCGCGGCGGGGCCGGTGCGGGCAGTGCGCGGCGC	autosomal
CTTCACACATGCATATTTTTATATAGAGTGATATATTATGGGTTTCTCTC	autosomal
CCGGGCCCACTTCCGGCTCCCGCCCCGCCGCTCCCCGCCCGCGGCTCCCC	autosomal
CCAGAGCACCCGCGGCAGCACCATCAGGCTGACCCGGCGCGGCGCCCCCA	autosomal
ACAAAGACTGATGACTTGGCATCAAAAGGTTTGTTCTGAGCTGCAATTCT	autosomal
AGGGAGCCGCCCCGGGACACTGCCTCCGTAAGGAAGAGACACTTCCACCT	autosomal
ACACCCTTTTACCCCTTTGCCCGGCACTGAGACCCCCCTGCACCCCCTTA	autosomal
CCTTGACGCCGCCGCCCTTCTCGGCCGGGCTCCTGGCCGCCATCAGCCAA	autosomal
CCTGAGCCCTTCAGTGTGCTTGTTGTTAAAACATCACTAGAACTTCATAC	autosomal
ACTTGAAACTTCCCAGTGTAGGCTGGGAGAGAAGCAAAATCACAAAGATG	autosomal
CCCGTGGCATGGGAGCCCATGGCACGTCCCGGGCTCAGCGGCGGGGCTCG	autosomal
AGCTCCTCGCTGAGTCGCGGCCCGAGGCACAGAGGCACAGAGCAGCGGGA	autosomal
ATCGGCGGTGCCGGCCTTGGGCGCCCGGCCCGGCGTGATTCAGCGTTTCC	autosomal
GCCCCCGTCAGCGGCGCCGGAACTTGTGCAACCCTTCGCCACCCGCTCTA	autosomal
GAAACATGGCGTGCTACATGTGCTTGATGCAGGCCAGCATCAATTACCCA	autosomal
CCAGCTCATCGTCGGACGCGTCCCAGCGGACATTGATGCGGCTGTACTGC	autosomal
CGCCGCCGACTCCAACGCGGGGAGCTGGTAGAGGTTCCCACCGCCCCGGC	autosomal
ACGCAGGGCTCGTTGCAGCTGTCAGCCAGAGGGGCCGGGGTGGCCACCCC	autosomal
CCAGCCGCAGCTCCTCCAGCCCGAAGCGGGCGGCGCCGCCGTCCCCCGGC	autosomal
GCGGGCGTGCGGCGGCCGGCAGCGAGCACGGAGGCAGCCAGCGTCCCCGC	autosomal
GGCCCCGCTCCGGCCCCGCTCCGGCCCCGCGATGTCGCCGCGCTCCGCCC	autosomal
GCGTCTGCGACCGCGCGCCCTCCCCCAAGCCCCCCCTCTCGGCCAAGGAC	autosomal
GGCAGGACAGGAACAGGTAGGAAAACCTGAGCAGAAGAGGGGAGGGACAC	autosomal
CACACTCACTAGATGCCCAGAGGTTTCAGTTTCTAAAGAAGACTTTTTCA	autosomal
AAGCAGGAGCCCAGAGGAAAAGTCTCCCGGTCTGTTGGTGCTCCCATCCT	autosomal
CCCTGGTGTCACCTGTCCCAATGTTCTCCATCCCTGGTGTCACCTGTCCC	autosomal
GCCGCCGGCAGCGGCCCCCCGAGCCCGCGCTTCCTGGTGCCGCCGCCGCC	autosomal
GAGCAGCCGGCACCACCCCCCGCCCCGGCACCCCACCATGAGCAACCTCA	autosomal
AAATTCCTGAAAAAAAACCCACAAAACCTCAATTTTTTTTAAAGTCACAT	autosomal
CCGCCCGCGCCTACCACCCCGACCACGGGATTACAACTTTCCAGCCCTGC	autosomal
AACAAGCACCACTTCCCCAGTGGAGAAGGACAGAAATTTCCCTCCCCTCC	autosomal
CAAACTTCGCCAAGTTTCGGCGGGATACGGGGCGCTCCGCCTGCCGCGCG	autosomal
CGCGTATGTGCGGGGAGGGAAAATAAAGATGTCAGTGCTGAACTTTGTGC	autosomal
GGGGCACCAGGCAGTGCCTGCAGGGAGGTGGACAGGTGGAAGTGGGGCAC	autosomal
CCCCTCCTCTTCCATCCCCCCTCCTCCTCCTCCTCCTCCCTAAGCCCACC	autosomal
CTGCAGGAAGTCGCGCGTTGTCGTGCCTCAGAGCGACGCCACATTGACCA	autosomal
GGATGAAGAGCTGCGAAAGCATCTGAGGGGGGGAGGAGGAAAATCGGGGA	autosomal
AATCCTTCCTCAGGCCACGAAGGTCCTTTAGGGAAAAGGACTCAGTATTG	autosomal
AAACTTCTTCCTTATATTCAATCTAAAATGACCCCTATTCAGTTTAAAAC	autosomal
GGCACCGCTGGATCACCACGGCAACTGCCGCGGGCTCCGCTCCTTCCCCA	autosomal
GCTGGAGCCCCCTTGTCCAGGGACATCTGTAGCACCTGCTGAAATCCCCC	autosomal
CCCCACCCTCCCAATCCCCGCCACCAGCCATGGCCGACATGAAGACCGGC	autosomal
CGCGGCGGGCGGGCGACCGGAAACCAGCAGCCGGAGGATGCCGGCGCCTC	autosomal
GGGCACGGCAGCTGCCGTGGCACCGTGTGCAGTGTCACTGATGCTGAGTA	autosomal
AACACAAACAGCTTTTATTTGGTGAAGTTTAGCCCAGCACCCAGCAAGGA	autosomal
CAGAGAGGGAGACTCCACACCTGCCCTGGGCATCTGTTGCAGTGCTCTGC	autosomal
CACCCAGGTCAGCAACTGGTTCAAGAACAGAAGGCAACGGGACCGAGCGG	autosomal
GGAGTCGAGGTCGCCCGTGGCATCTCGGACCCGCTGCTTCCCGGATGCAA	autosomal
AAACTTAGTAATATTCATGTTGCAACAGAGATCTGGGCCTTGATGTTTGA	autosomal
AGTGCGAGAGGTCCCCCAGGGTGGTGGCACCTCCCCCAGAAGGGTGACAA	autosomal
GAGCCGGCGGAGGCGCGGCCGCCCCGGAGGCTCCGCGCGGTTCGGCCGCA	autosomal
CAAGTGGTTGAGTCACGTGCTGCCGGTAGCTCAGCGGCTGCTCCTGAGGA	autosomal
GCGGCACAGAGCCCGCGGCGCTACCCGGAGCCGGGCTGGGCTGCGGCACC	autosomal
CCCGACCGGCGGCGAGCCCGCGACAGCGACAGCAGCAGGGCCAGGGGGAG	autosomal
CCCAGTCAGATTTCTCTCTTTACACACCTGTCTGGCACCGCGGTCCCGTC	autosomal
CCTCCCTGAACGAGTCCTGGGCCAACCCCTTCGTGCAGCCGCCGTGGCAG	autosomal
GCAGTCCAGATGCTGCCAAACACAAGCAATCAATGGAAGGAATGGCACAA	autosomal
GGAACCACCCCTGGGATGATCTCGGGGATTTGGGGGATCCAGTCCCGGGA	autosomal
GTCGCGGGCTCGCCGCCGGTCGGGCTCGGGTGGCAGCGGGGAGCCCCGGA	autosomal
CCTCAGAGAGCAGCACAAGATACATGAGGAGCTGACAGCAGAGCACCCTA	autosomal
AAAGTGTGTATTGCTGTTTATATTTGCTATAATTATTTCCTTTTTTATCT	autosomal
CCCCATGAAGTTATACATTTAAACACACACACACACGCACAAAAAAAAAA	autosomal
CTGGTATCTCCTTCTCTAACAAATGGAGGAGCAAACTTCTGCAGGACAAA	autosomal
ACGTGCTGTGCTCGGACAGCCCTCAGCATCTACCTGCTGCTGCTGACGGC	autosomal
CACAAAGCAACGGCTCGCAGGGTTTTTATCCCCGTAAAGCAACAAAATCG	autosomal
AGGAAAACCTGAAAATCAGGGGACCCAGCCCTGCCTCCTGAGCCTGTTGA	autosomal
ATTTCTTCTCTTCGTCAGAACTACAGGTAGGATAATCATCCCCATCATAA	autosomal
CAACGCGCTGCTCCGGAGGCGCCCGGAGCCGCTGCGGGATGCGGCCAGCC	autosomal
GGGGAGCACCGTGGACTGTCACGGGCTGGCGCTGCGCGGCGTCCCGAGGA	autosomal
CTGAGTGCTGGGCAGAGGCAACAAGCCCTGCCCCGAGCTTCTGGCAGTGC	autosomal
AAAGGACACAGCCCAGATTTACTTCTAGAAACAAATATAACTAGGCTAGA	autosomal
AGACGGATTTGATGGGATGCCTCCCTTTCTGGAGCCGGCGGTGCAAGCAG	autosomal
AAGGATCATTTTGCAGTCCAGATGCTGCCAAACACAAGCAATCAATGGAA	autosomal
CGCCCCCGGGGCGGGGGTGGTCCCGGGGCTCGGCCCGCGGGGCGGCGGCG	autosomal
ACGGCGGCGCAGCACAGCGTGACCGGCTCGGCCGTCGCCAAGGCTGTGTG	autosomal
GGAAGCAGCCTTGGAGCTTCGGCTTCTTTTTTTTTCTCCTGCTTTGGGTA	autosomal
GAAGTTCTCAGAGAAGGATGCACTGCACCTGGCCAGGAAGTGCTGCTGGA	autosomal
GCCCCCGGCAGGGACGCGGGGCCGGAGCCGGTCCCGCCGCCGCCAGGGCA	autosomal
CCGGCGGCGTCGCCATCATGGTGGGCAGGGGAGGCTGGCGCGTCCCGGAG	autosomal
AGAGGATGGCGGGGGTGAATGCACCTCCTTCTCCACAGCCGGATCCAGCT	autosomal
CGAAATAAATTGTAATGGAAGGTTTTTATTTCTTCTAAAGGGCTGGCTGA	autosomal
CCAACGCTTCAACTTGGCCGCGGCTCCCGAACGGAGCCTCCCGCTCCGCG	autosomal
GGGAACATCGGATGCTGCGGAGCTCCCGTGCCAGCCTCCTCCCATGGGCA	autosomal
ACGGGCGGGCCGGCCCGCCCTGCTGGTAGTGAGAGCCGGGGCGCGGAGGG	autosomal
AGCGGAGCGGAACCGGGAGTACCGAGCCGAGCGGAACCGGGAGTACCGAA	autosomal
AGCACAGCTTGATCCCTGGGCAGACAGACACGGGGATGGTGCCCTGGGCT	autosomal
CCGCTCCCTCAGCGCCGCGCTCCCGCCATCGCCGCGGGACCCGCCCGCCC	autosomal
AGAGTTGCTACATCATTGAATCTTTGTGGGATGGGAAAGAAAGAACAGGA	autosomal
ACAAATGAGCGGGGTAGAGCAGCCGGCATCCTGGCGGCGGCGCGGCGTGG	autosomal
AGCAGAACTCTCCAACCTGGAAACAGCAGAAGGACTCAAGTGTGCTGGGG	autosomal
CAGTTGTTGCAGCTGGAATACAAAACAACTGCATCAAACCCCTCTGAAAG	autosomal
CCGACCCACCGGGACCCCCGCCCCGGGACCCCCGCCCCGGGACCCCGGAC	autosomal
CCCGCGCCACCTCCTCCACCACGAACTGGCCGGTGAAGCCCGAGGCGCCG	autosomal
CCGTCCTTCCCCAGGGGACCGGGCTGCCGCTGTTGCATCTCTCTGCGCGC	autosomal
CTGTTGGACACAGTTACATCCACAGGCACCAGAGAGAAATAATGTAGACA	autosomal
ACCTGGCGCGGCTGCGTCCTTCTCCTCGCTGGGCACCTTCTGTTCGTCCA	autosomal
GACCGTGACCCGCCCCGCCCCGCCCGTCCCTGAGGGGCCATGGCCGGGCC	autosomal
AGTCGAAAGGGGAACTCAGGAAGCTCAGGCCGCTCCTCAGCCCCGAGAAG	autosomal
GCCGAGCCTCGGGCACCGGCGCTTTGCCGGGGCCGGTGGGGCCGCAGACC	autosomal
GGACCAGGAGAAGCGGGAGCAGGAGCGGGAGCGGCGTCCGCGGCCCCGCC	autosomal
CGGCCCTACTTTTGCTATATTTAGATGTAATTTCCCCTTTCATTGTAATA	autosomal
AGGGGAGCCATTAAAAAAAAAAAAAAAAAAAATTAAATAAATTAGCAGAC	autosomal
AGCCCAACACGGTGAAGAGCTCCGGGGACGGCGCCGGGCTCGGGCCGCGC	autosomal
AGAGTCAGAAATGTGAGGCTTCCTCATCTCCAGTAAAACAGCCGAGGAGG	autosomal
CACCGCCGCCCCCACCGACACCTTCCACTCTAGCAGACGCAGCGGCCGCG	autosomal
CCGGGACCGGAGGGGAGGTAAGGGGCTTCTCCTCGCTCGGCGGGCAGGGC	autosomal
CCCGGCGCTGCGGAGCGGGAGGGCCCGGCAGCTGCAGCCGCAGCTCCGCC	autosomal
AGTCAAAGGGAGTGTAGCACTATGTTGCCTTAGTGAAAAGGTGCTGAGGA	autosomal
CAGGGGCGCGGCGGCGGCCGCGGGGCCCGGACACAGCACCAGCAGCGCCA	autosomal
GGAGAGAGAGAGAGAGGGAGAGAGAGATGGGGGAGGAAGCACACGTGATA	autosomal
CGGCTGTGGATTCCTGTCGGGGGTCAAACACGCCTGCGGGAAAAAAAAAC	autosomal
AGCAGAGCGCTCGCAGGGCGGGCACTGGCCCTTCCCGCCGCCGGTAACGG	autosomal
AATCCCTCACTATCTCCTTTAAAAGGTCTTCAGTGAGCAGCTCTCTGTCT	autosomal
CAGAGCTCGCTGCCTGCCCGGGGAGGGGGCCGCACGCATGCCAGCAGGGC	autosomal
AGGAAGGCTTCGCTCTGCATCTTTGAGCAGAACCTGGGCTCCCCTCTGAG	autosomal
GGCTGGCACACCGGGGGACACGCACCCTGCGGGAACACAGCCACACGGAC	autosomal
CCAGCAAAAGGCAGAGAAGTTCCCATTGCCTGAAACAGGAGGAAAACTGG	autosomal
CCGCCGCCAGCCCGGGAAGCAGCGGCGGGGAGCCAGCGCCGAGCAGGAGG	autosomal
GTGCCATCTGAAGGAATTTTGTTCTTCACTTGCAGGCCCCTGACAGCCAA	autosomal
CGGTAACTACGGAGTGCCCCGGGACGAGCCCGACGCCTTCGGCCTGAGCA	autosomal
AAAACGAGCAATTTACAGGCCCCTAAAGGTTCATCGACTTTTAATGCGGT	autosomal
GCTGCGAAGTAGGGCTGGGAAGGACCGTAGACTTGGTACATAACATCCAA	autosomal
CAAATCTACTGACTGGAATATTTCAACCTGAAAATAAATAAAGGAGGAAA	autosomal
AAGGCTCAGACTTTTACTTGTTTTGTATTTTAAATTTATTTTCACTGATG	autosomal
GCCGCTGTTGCCTGCCGGGGCAGGGCCGCTCCGCGCCCTCGGGTCCCGCC	autosomal
CTCCCATGTCGCGACACAGCGGCGACACAGCGGCGACACAGCGGCCCCAG	autosomal
CGCAGCACCCGGCGCGGCTGCTGCGGGCGCTCAGCTCGTTCCGGGAGGAG	autosomal
TGAAATACTTTTAACAGCAATTTAAATGTTCTACCTATTGAATTTTCTAA	autosomal
AACGTTTGCCATGTTTCAGAATGTCCAGAGTCAGCAGAACTTCTGGACTT	autosomal
AGTCCTTCCTGCTCGCTCGGCTTCTCTTCGGTCACTGGGTGTTGATGCGG	autosomal
GAAATCTCCCAGGGGAGCAGTGAATTTCCCTACTAGTGGAAAAATCAAGC	autosomal
GGGGCCCGGCGCCTCCCCCCGCCGCTCAGCGCGCTCTTTGTTGCCGTGAA	autosomal
CCTGCAGATCTGCCCCAGCCCTGAGGCTGGACAGGGCCACTGCTGGGAGC	autosomal
GCTGGCCAACAGCTGCAATGAGTGCTGTGTCAGGCAGTGCCAGAGCTCCC	autosomal
GACCCTCCCTCTAGAGCTGATCACGTCGTGCATCAAACTGGGACTTCACA	autosomal
CGTGGGTGTGCTGCCCCAGGGCTGGGAATGCCCCGTGGCAGCCCCCGTGC	autosomal
CGGGCTGGGGTACTGCCGGTACCGCCGGTACCGCGGGCTGGGGGGGCACG	autosomal
CTGTCCCGCTCCCTCTCCAGCTGCTCCACGATCTCAATGCACTCCTGGAA	autosomal
CATCTTGGTTTTTAATTTAAAGGCCCTTGACTGTGCCTCCATGGAAGAGC	autosomal
AAGTGACTCCAAAGCCATTCGTAGTTTCCACCAGAAGTCGAAAGACTGGT	autosomal
AAGAAGATGGAGTCAGGCTGTTCTCAGTGAGGTTGTGCAGTCTCTGTCAC	autosomal
AGGCTGTCCTCTGACAATTTAAATTTGAGGGCTGAAGGATCTCTTGAAAT	autosomal
GGCAGCCGCTGCCGCTCCGGGCTCGGCGCCCCTCACTGCGGCACCCCAGA	autosomal
ATGGATCTAGCAATGAAAAATATTAAGTATCCTTAGTGAAGGTGCAATAA	autosomal
CTGGGGCTGGAGGGCTCCGCCAACAAGGTGGGGGCGGGGGTGGTGCGGGA	autosomal
CCCGGGCCCGCCGAGCCCCGGTCACCCCCGGAGCCACCACCGCGCCCAGA	autosomal
CTCAGCTACATTTTGGTCTTCTGGAGATTCTTTATACTCCACTTATACCA	autosomal
AGCATGTGGCCTGCATGCATGTTTACTTTGTATGTTTCCACTGTTTACGC	autosomal
GGGGTGGCCGTCCGCTTCTTGCCTCCTCCCTCGGTCCGCGCCAGGGCCAC	autosomal
CAGTTCGAGTTTAAACTACAAAATATTACTGCTGCTCAAGATACATTGGC	autosomal
GGGCGGTTTGAGCGGCAGCGCCCGGCGCGGCGGCGGCTCCCGGTCCGGCA	autosomal
CGGGCAGCGGCCCCGCGCCTCGCCCGGCAGCGGCAGCGGGGAGCGGCTGC	autosomal
AAGCCGCGGTGGAGGAGGACGAAGAGGAGGAGAAAGCTCCGGAGGGTCTG	autosomal
CAGGGGCCGGACAGCGGCGGTGGAGCGGGCAGAGCTGTGAGGCCGCGCCC	autosomal
AGATTTATAAGTCAGACATTATAAAATGCAATTGTATTTGCACTTCAGTG	autosomal
AGCGGCGCCGGGACGGGGAGAGCAGCATGGCGCCGCCGGGCCCGGAGGCC	autosomal
CTGTGGGGCTGGAAGGCATCTCTTTAATAAGAATTTGTAAGGAGATCAAA	autosomal
GGGGCGACCCCCGAGAGGCGCAGGAGGGCTGGGGGTGGGCGAGCTCCCCC	autosomal
CTGTTTGTTCTTTCTTGCAGAGTATTCTGTGCTCACTGAGTGGGAGGGTC	autosomal
GGGTCTCAGTCAGCTCTGAAAGCCCAGCTCTCCCTTTACGTGGAGGGCAC	autosomal
GCGGCCAGCGGGTCCCGCCGCACCGTCTCCCTGGCGCCCGGGGCCTCCCC	autosomal
CTACCTCTCTCACCCTCACTTTGTGCAATATGGCAGCATGTGCTGGGCTC	autosomal
CAACAGAAGAAGAAAGGCATTGGAAAGACAGTGTGAGGACACTGATCTCA	autosomal
AAGCTGTACTGGTTGTAGCCTCCCAGATCTGCCCTGAAGTAGTAGCGGCC	autosomal
CAGCGGGCTGGGAGCCGGTGGAGGGCGGGGGTACGAACGGGAACCCCGGC	autosomal
CCCCCGTCGGTGCTCCCTGCCCCCGCCTGCCCCTCAGGCTGCTCCGCCGC	autosomal
ATGGACACTGTTCCGAGGGAATCTGTGTGCTGCACACCCCTCTGTGTGTG	autosomal
CATGTAATGAAACTCAGGACAAATATTCACACATATATGCAGCAGGAATC	autosomal
CGCCGCGCCGCCGCCCACCACCTGCCGCAGGAGCAGGCGGACCCTGCGCG	autosomal
GCCCCCGCCGCGCAGGCGCGGCCCAAGGGCGGGGCCGGGACAGACCCCGC	autosomal
ACACACAACCAGGCTCTCCTTCGCTCTTGTTTTCAGCACCGCGGAGACAG	autosomal
GCACAGGAAAATCCTGCCAAAATATTAAAGTGAGATCATTTCTATTAGAA	autosomal
CCCAGATTTTGGGGACACCGCTGACCCCCCAATCCCTTCCAGCTCTCTCC	autosomal
CCGGGACCGGGCCGGGCCATGGCCCCGCACCCGCCCAGCGCCGGGCAGTA	autosomal
GGGCTTGAATCAGCAGCGGGCGGAGGGGCCGGTCGCTCCCCTACATCGAA	autosomal
AAAGAGTCAAGGAAAACTTTTCTCCAAAATAAGTAGTTCCATGTGACCAG	autosomal
CTTATTCAGGGTGTGATGGGGAAAGGCAGCCCTCAGGCTGACCCCCAGCA	autosomal
CCTCGCTAAGAGGTACTGCACACCCGCGAAAGCCTCCAGATCAAAAGCCC	autosomal
GACAGGCGCCAAGCCGGGCAGGTAGAAGGCGGCGCCGAGAGGCGCCACCA	autosomal
CAGGAGCGCGGCCGAGGAGCAGCGCCTCCGCCTCGAGCGCCTCATGAGGA	autosomal
AGGGGGGCCCTGTGTGGGTCACGGTGGGGCTGGAGCTCAACCAGCTGATC	autosomal
GAGTTCAGTTATTTTTTTCCACAGATTATTTCAGCAATGGAATAGGTTTA	autosomal
AGCCAGGATCCCACAGATGAGTGTTTCCATGACTGCCACGACTCCTTTGA	autosomal
GTGCAGCGGCTCCGCTCTCTGCCCCTGCAGCCTGGCCATGACCGTGCAGA	autosomal
CCGGCTCCCCGAGGGCTGAGCTGTGTCTGTGCCGTTGCAGAGGGAGAGCC	autosomal
CTTTAACCCCTCCCAGTCCCCTCCCAGTGCCCCCAGTTCCCTCCCAGTCC	autosomal
ACATATTTACTTCTTCCAGAGTCCAGTAAAAAAATGAGGCTTCTCTGTCT	autosomal
AGGAGCACCGCGATGCAGACCCTCATCATCCTCCGCTGGGTGTCGGCTGC	autosomal
AATGGCCTCTGGCATAAACAACATTCATCAGCCCGGGACTTGCAATGGAT	autosomal
CCCGCGTCCCCGGGGAGCTCGGCGGTCCCGGCCCCTCACGCCGCCGCCCC	autosomal
CCGGAGCCTCCCGGCCCAGCCCCGCCGCTTTCTCCTCGCCGAGCGGCTTC	autosomal
GCTGGTTCCGAGCGGGGCTGGCTCCGAGGGTTTCTGCTGTCCCAGCCGCC	autosomal
CTGCATGGTAAGAACTGCAGGCCATAAGCAACCAGACTAAAATTTGACAC	autosomal
CAGAGAGCGAGGCGGTCCCGCACGTCCGTGCCCGCGGGCGGCGGCTCCGC	autosomal
ATTGAATCACATGTAAACTGATAATACAATGAGGTTTTTTTTTCTGTGTC	autosomal
GCTGCAGCCGCGCTGGAAGCGGGTGGTGGGCTGGGCTGGGCCCGTGCCCC	autosomal
GAGTTTTCTGCGGGATCGAGTCACTGAACTGACTCGCCCCGTGGCTGCAC	autosomal
CCCCTGGCGGCGGCGCGGACGGGGGCGGCCGGTGCTGCCACAGCGGCGGC	autosomal
CGCCCCGCTCCGTGCCCGCTCCCGCCCCGCTCCGTGCCCGCTCCCGCCGC	autosomal
CTCCTCCATGCCCGGGATGCCCGTCAGGACAAAGGTGATGGGGTCGAAGC	autosomal
GCCGCCGATCACCATGGCCGAGACCGACCCCAAGAGCGTCCAGGACCTGA	autosomal
AAGTCCTACAAGGGCCGCCAGATCATCGGGCCCTTCCGCCGCTTCACCGC	autosomal
CTCAGGTACAGGGAAATATTCGAGAGAGACGCACGTCGGGTGAAAAAGCC	autosomal
CGGCGGCGCGGCGCGGCGCGGCGGGTGACTCGGCGGTGTATTTCAGCGGC	autosomal
AGGACCCCCCCTGAACCCCCTTTTTTTGCCCCCCCAGCCCCCCATGGCCG	autosomal
CACCGGACCCCCCATTTCTATGGAGACCCCTCCCCAAATTACACCGAACC	autosomal
GAGCGCCGCTCCCGGGGTCTCCACGGGTGACGGCAGCGGCAGCGGGGCCA	autosomal
TCCTTTAACAATTGTGGTTTTCATTTACCTTACTAATATTTTGCTTTTAA	autosomal
AAGAGGCCGAGCCCCACCGCGGGGAGCTGCACCTCCCTCGGCTGCGGCGG	autosomal
CGAGCCGCCCCGGAAGCGGCGGCAGCCCAAAGAGCTTCCGGGCCGCCGCC	autosomal
GAGAACAACTACCAAAACAGCCTGGTGGGAAAGACGTGGGGCTGGAAGGC	autosomal
CACAGCCTGGCCGGTGGGGGAGTGTGCAATTCCTGTCCGATGGTTCACTC	autosomal
CTTGATGTGAGAGGCTTGGGTTTTTTATAAATTTCTTGCAGTTTCACAGC	autosomal
GCCCGCCATGGAGGAGCCGCTGGCGCTGCTGGTGCGGAGCCCCGCGCAGC	autosomal
ACAGCAAGTGTTCAACAGTTTACCAGCCTGGAAACACAGTGAAGGCCAGA	autosomal
AGAGCTGGATTTGGGGTTTTTCGGCCATGCTGCGTGGTGGCTGCTGCTGC	autosomal
AGCTCGGGGAAGGCGGGCTCCAGGCGCGGGCACACGGCCGACAGCTGCCG	autosomal
AAGGAGTTCAGAAAGAGTTGCCTTTTATTACTTCAGTCACTGTAGTAATT	autosomal
ATGGCCGCGACGCGGCTGGAGCTGAACCTGATGCGGCTCCTGAGCCGGTG	autosomal
AGAAGCTGCTGGAGAGAGGGGCGGCGGCGGTAGAGTGCAGCCCCCTGCCC	autosomal
TCGCTCCGGCGTGACGCGCGCGCTCGCCGCCCGGGCTCGCGCTGCGGAGA	autosomal
TGCAGTCGGGAGGGCTTGTCCGGGCCTGGGACACAGATAGCGTAAAGTAA	autosomal
GCTCGGGACCCCCCCCAGGATCAGCCCCCCCCGGTTTTGGGGGGTCCCGA	autosomal
GCCTCGCGTCTGCTGTCGAGATCCCGCATCTCTTTGCCAGTGCTTTGGCC	autosomal
CCGGTGGGTGTCGGGAGCCGAATTGGGGGTCCGGGAGGGTCTCGGGACCC	autosomal
ATGGGGCTGAAGCAGGGGGGAACAGAGGGGGGCAGGTGGCTGCAGGCAGA	autosomal
TGCTTTTTTCTAACATTTTATATTTTGAGTATTTTTTAATCTTTCAGCAA	autosomal
TGCTGATGACCAGTCTCCTGGGTTATCTCTGGAGCACACTTTGCTATTAA	autosomal
ATCGCGACAGAGGCGACAGCGACAGCGACAGCGGCGACATGGCCGGGCTG	autosomal
AGGTGACCGAGCGCGACAGCCGCGCCAGGCGGGCGGAGCGCGGCGACATC	autosomal
GATATTTGAGTCTGGAAGGGATTTGGGGGTCATTGAGGCGCTGAAGGGGA	autosomal
ACTGGTTTCATTATACACTTGTGGCCTTTGCGTGGTTGGGAGTAGTACCT	autosomal
CACGGCCGGGCGCACTCGGCCCCTGCGGCGGCTGCCCGGGCCCAGCAGGA	autosomal
CATCCCGCTGGCAGCTCGCTGTACTGCACCCCGCACGGAACCGCCGGCAG	autosomal
CTGTCTCTGCAGTCGGGACCTCCGGAGCAGTCGGTAGTAGTAGGACGGTC	autosomal
ATCAGCAGCACCATCTCTCAGTCTGGAAAGCAAAAGGACACTATACAGCA	autosomal
GCACGGGGCGTGCTGGGGCCGGCAGCGGGATCGGGAACGGGGTCGGGAGA	autosomal
GTGCTGGTCACCCTGCCAGGACCCATCATGACCTCCTTCCCCCAGAACAC	autosomal
CATCCTCCAACGCTGCTCCGGACCCCACCCCACCTAATCTGCGACCTACA	autosomal
AGCCAGTGCGCGCCGGGCCCCGGGGGGGCGGGGCTCGGCCGGCTTAATTA	autosomal
AAGATCTAAGGGAACAGGACTGCAGCATAAAGAAAAGCAATCCACCATCT	autosomal
GCGGCGCCCATGGCGCGGCGTGCGCGGAGCTGAGCGCTCTCTCCGTGGCC	autosomal
CCTGGAACCCAGGGGACATCCAGCACCCCAGGGGACAGCCAGGAACCCAG	autosomal
CCCGGCCGCGGGTCCCGTGAGGGCGGCGGGGCCGGGGCGGTGCCGCCCCG	autosomal
ATACAAAAGCTGTAGGACCCCACTAGCAGCAATGTCAGTAAGGTAATATC	autosomal
AGGCATGTCAAAGAATGAGTCATTTTCGAGCCTGCAAGAGACAAAAAGAT	autosomal
GGACGCGGGCTCCGGGAAGGGCCGGGGCTGGAAGTCACCGCCCTCCCTCC	autosomal
ATGTGCAAGGCCTTTGGTATCTTGTGCACTGACAAGGGCCTTTTCCTGAG	autosomal
ACACCGCAGGGAGGCGCGGGGCACGGGACAAAGCGGGAAATTTGGTGGCA	autosomal
CGGCTCTGAGCGCTGCCTCCCCTCAGCGGCCTCCCCCACAGCTCCGGCTC	autosomal
ATGAAGATCTCCTGGTGTCCAGCAGAAGTTCTTTAGAAGTTCTCCAGAAG	autosomal
CCGGGCTCTGCCTCGGCCGCCTTCTCTCCCCACCCTCCCAATCCCCGCCA	autosomal
ATTTGGCAGCCCAAAGCCTCTTGGATTACGGAACCCCCCCCAAACCCAAG	autosomal
GACGACGAGGACGGGCGTGCGGGAGAAACCACCCCGCTGCTCAACGGTAC	autosomal
CCACGGGAAAATGGAGCTTCCCGAAGCGGGGCGAGCCCTCCTTGCGCTCC	autosomal
CGTGTAGCTGCCCTCAAGGCACCGTGCAGATCCACACAGGTGTCTTGGAA	autosomal
CTGCTTCAGTTTAGCCAAGCTGAGCATTAAAAAAAAAAAAAAAAAAAAAA	autosomal
CGCTCCGCAAGCACGAGCGGGCCAAGACCTACGTGCTGTGCTCGCAGCGC	autosomal
CGATCTTGGTGGTTGTCATCACTTTTTTTCACAGCAAAAAATGATCATCA	autosomal
GAGCTGCACAGCTTTTGTTTGCTCTCCTTTCCTTTCCTGTGCAACAAGGA	autosomal
ACTCCAGCAATTCAATCAAAGACCCCCTGCCCGGTGTGTAGTGATCCACA	autosomal
GGAGGCGAAGCGGCGAAGCGGCGAAGCCGAAGGCGGCGGCCGGCGGGGCC	autosomal
CAGAGGGCTCCCCGGCTTGGAGGTCAGCGCAACTCCTGCTCCTCGTCGTC	autosomal
AGCAGGGACATCTTCCGGATAATTAGAGCTCCATTCAACCTGAATTTGAG	autosomal
AAGGAGCGGCGGGATAACGAACACCTCGGGGGGTGTCCCCGCTTCGGGCG	autosomal
GCGGGTGCCGGGCCCTTCTGGATTTTGATCTTAGATTCCGTGCTGACTCA	autosomal
ATGGGAGTGGGAATGGGAATGGGAGTGGGAATGGGAGTGGGAGTGGGAAT	autosomal
GATGCGGCTCCTGAGCCGGTGCGAGGCGCTGGCGGCCGAGCGGCGGGACC	autosomal
AGAGACTTTCTCCAGCCTATTAGAAACTTCCTGGCCAGCTAAAACTCATC	autosomal
GAAAGAGAATTGTTCTGTAGATTTATATCCATCTTTTATGCAACACAATA	autosomal
AAAGCAGCAAAAGGAGAGCATGCATTTGGAAGTGTTAGATGATCCAGTGC	autosomal
CTGTGGTTCAGTGAGAAATTCAGTGTAGGATATAACCATATGGCAGAGGA	autosomal
CCATCGGGGATCCAGCCAGACCCAAACCCCGCCAGTGTCAGGTGGGGACA	autosomal
GGGTAACTTCTCCAGGGGGGGCAGGTAAGGGATGGGGTCCCGGGGGGCAA	autosomal
TGTGGAGCCTCCTCTCGCCCTGACCTTCTTCTGCCACAGGAGCAGCCCAA	autosomal
AGCCAGATGCGTCCTCAGATGAAAGAGAACCCGGGAGCAGAGGCAAACAC	autosomal
ATGGCGGAGCCGGAGGCGCGCAGCCCGGGCGGCCCCCGCCGGGCCCCGGG	autosomal
AAACCAGTAACCCAAAAATCCAATTTTAACCCTTTCCTTACCATATTTTA	autosomal
AGGCTCTAGGCCTGTGCTACCATATTTTGAGTGCTCTTGTAGTACCTCGG	autosomal
CGCAGAAGGGAACCATGCAATTCAGGATGAAGAATGGCAACCAGCAACAG	autosomal
GGTGGATTTAGGATGGATTTGGGGTCTCCGTCACCCCATTATCTCCCCAA	autosomal
CCAGGAACCAGAGCTGCACCAGGTCCAAACCGCATCAGTCCCGGCCCCAG	autosomal
AAACAATACATCTTGAAATAGGTCAACAAGTAGAATACTAAAACGTACAT	autosomal
GGAGCTGGGGGAGCCCATCCCCGTGCTGGCACTCCGGGAACCGCAGCCAC	autosomal
CCTCCTCCTCCGTGCTGCTGCTGCTCCTGGTCGGGCGCCGCGGGCTCCAC	autosomal
CCGTTTCCCCAGCTAATCCTTCGGCCCCTCCTATTCCATCATCCCTTCCC	autosomal
GGGTGATCCGGCACTCGGGCAGGATCCACAGCCTCTCCACGGCTCTCTAC	autosomal
ATTCATGGCGGCGCGCGGTGTCTCGGGGGGGTCTCTCGGCCGGGGCTGAG	autosomal
CGGCGGCACCCGGCTCCGGCCTCCGCCCGGCTCCCGCAGCGGGCCCGGGC	autosomal
AGGGTTTTTGGGGGGGTCTGGGGGGGTCTTGAGGGGATTTTTGGGGGTCC	autosomal
TCCCTTCGCCTCCCTGCCTTCGCTCTCCCCCCAGCGCGAAGGAAATGAAA	autosomal
GAATCTTGGGATATCCGCCTGTCAGCGAGCTCCTGGTGGGAGGTGGGAGC	autosomal
AGGTGGAAGGTGTTGCCCAGGCAGATGCGGCAGCCCAGCGCCGCCAGCTG	autosomal
AGCTGAGCTCCCTGGCATGCCTTTGGGAAGGGAGTTGAGCCCTGCTGCAG	autosomal
GCCGCGCCGCGCTGCCGCCGAGCTCAGCCGGGGCTGGGGCTGAAGGGAGC	autosomal
GATGGCGGGGCCGGGACCCCGGGACTGAGCGGCGGCGGCGGGAGCGGGGC	autosomal
CGGCGGCGGCGGGCGGCGGCGGCAGGAAGCGGCGGAGGAAGCTCCGCTCC	autosomal
GCGAGCGCGGCGCTCCGCGGTTCTCCCCCACGAGCCCCGCGCTCCGCGGA	autosomal
CCGCCGCGGGCCCGCCTCGCCCCGCCCCCGCTGCCGTGGCAACCCCGCGG	autosomal
GCAGTCTGTGCAGAGCTTGCAAGAGCCAGAAGCCAGCTGACAGCAGAGCA	autosomal
GCTGCTGCTCTTGGCGCCGTTGGGGGCTGCCCGGCTCTTACCCCCCAAGA	autosomal
AAATCTCCCCGGGGCGCTCTGAGGGCACTTCCGCCCAAATGTGGGCGTGG	autosomal
ACACTGTTGAAAAAAGAGACCTTCCTAATGGCCGTTGGCTGAAGGCTAAT	autosomal
CTGGTGGGGGCCAGGGATAGGAGCCACGCTGCTGATCCCGCTGGGCGCGC	autosomal
CCAGCGAGCCATGGAAACGTCATTCGGATTTCTCCCGGCCGTCCCTCGGC	autosomal
CAGAGATGCAGCGGGGCCGCCCCAGCGGTGCTGTGCCGTGGCAGTGGCAG	autosomal
GCGCCACCGCAGCCCAGCACCGCGACTCGGAACCGCATTGTCCGCCCGCC	autosomal
CGAATGCATCGCGCCGGGGACGCGGCGGTTCCGCCGCTGCTCGCCCAGCG	autosomal
AGTGAGCCGAACAGCAAAAAAAAAGGAGGAGGAAAAAAAAAAGCCCCCAA	autosomal
GCAAACATTTTACTGCTCTACAGCCCCAAATAGCCAGGTCCTTTTGGAAA	autosomal
AGAGTTGTTGTTTTCTTTTTCCCCCTTCATGTCAGCTTCAGGAAGGGGTG	autosomal
CCAGGCTGCCACTCAGGAAGCCCCCCATGAAGGAGGAGGGGGGGGCACTC	autosomal
CTCACCTGGAAGGAGCCGGAAGCATCAGGCTGCGCCGGGGCGGACATCCC	autosomal
ACCTTATCTTCAGCTCCTCCAGCTCCTGCTTGTAGCTCGTCAGGGGTAAG	autosomal
CCGCCGGCGCTCCTCGCACCGACCTCAGCGGGCCGGCAGCCCCTGCGGAG	autosomal
CCCCGGCCCCGGCCCCGGCCCTGCCCGCGCCCACCCCGGTCCGCACCGGA	autosomal
GCTGTAGGGGCTGGGCGACACATCCCCGCCGCGTTCGTACGAGCTGTGCC	autosomal
GCGAAACCATGGAGAAAATACACTATGTCAGCCACTACAACAAAAAAAAA	autosomal
GAGAGAGGGCTGGGCGCGGCGCTGCCCAGGGTCCGGCGGGCCGAGCCGCC	autosomal
AAAGGTGGAAGGGGAGTGAAGCTGGTATGGCAGTCACTCACTGCTGGTGT	autosomal
GCGCCATGGCCGGAGCGGGACTCGAACCCGCGACCTCGACCTTTGGCACA	autosomal
CCTGCCTTGCTGATTTATCTGATGTTTTCTTGTTTCTGTTTCAGCATTCA	autosomal
AAGGGCCCGCGCGGCGCGGCGGCACGGCGGCGGCCGGCGGTAAGGCCCGG	autosomal
CTCTACTCGTGGCAGCCCTGGCCCAGCCCCAGCCCAGACCCTCACTCACC	autosomal
ACTGTGTCTTCAAGATAAGCAGAGGGAGAGCATTCTCAAGGATAGCACAT	autosomal
AACGAAAGCATGATAATTTTCCACATGGTCAAAGAAGAGAAGAAAAAGAG	autosomal
TCCACACGAGTTTTCAGCCATGAACCCCAACTGTGCGCGCTGCGGGAAGA	autosomal
AAATGCAGGCCTTTAAAGCAGGGAGATGGTAAGATTAGAAAAGCTGCTCT	autosomal
CGGCGCCCATGGGGCTGCGGGCCTGGCTGCGGTCGCTCGGCTGCTGCGGC	autosomal
CTCTCCGGGCGGAGGCTGCCCCCGCTGAACCTGGGGGCCTCCGCCTTCCC	autosomal
CAGAGCTGTAATCTCATCTGTTAATAGACAAACACAGCTGAGTCTGGGCA	autosomal
AGGGAACGGAGCTCAAGGGAGGGGAAAAGAAAGCAGGCAGGGCATCCCTA	autosomal
AGGAGCCAAGCACAGCGGCTTTATTATTTTCTTTTCCTGCAAAGAGCACC	autosomal
CATTCTTCCCACTAAACACACATGTCCTGCTGTATGTGGATCCCATCAGC	autosomal
CTGTTGCTTCGTGTAGACATAAAGCAGCTGCTACATATAGTTCAAAGTGC	autosomal
CGGCGAGCGCGGCTTCACCTGGCAGCGGGCGGGCGGCGGCGGCCGCAGCC	autosomal
CGCCTGCGGCCTCGCACCCCTCTGGTGCTTCCGACAGCCCCCCGGTACCG	autosomal
CAGGGGGACAAGTGTCACCCGGTAGCCATCGGGAGGAACGAGGGGCTGGG	autosomal
ACAGACCTTCCCAGAGATGCAATGCATCAGTTTAAGCCTTGCCAAAAATA	autosomal
CTGCGCGCTCCGCGGGCGGGCAGCGGGACCGGCACGGCGCCACCGCCGCC	autosomal
GGCTGGGGTAGCTCAACATCCCTGGCACAGTATCCTGCAGCCCTGTGACC	autosomal
GCTTAAATATGTATGAAATAAGGATTCTTAGTCGTTTACTCTTATCTAGA	autosomal
ATTCATTACCTGCTCTGTGCCTGCTCCCCAGCTGCTCAAAACCAGTGGTC	autosomal
AACGTAGGCTGCGCCAGCCACATCGGGAAGCGAAAGGAAAACGAGGACCG	autosomal
CAGGGGGGCTTCCCCAGGAGTACCAGGAGGTGCTGAACCAGCGGGAGCAG	autosomal
GGCGAGCCGGGAACGGGAATGGGAACGGGAATGGATCCCGCGCGCAGGGA	autosomal
GCGGGCGTGGCGCCGCAGCACCAGCAGATCCGCGATGAAGTGGCTGAGAA	autosomal
AAAGAGTGATGGATCGATTGAACCTTGCGATTTTTTTCCAGCATCAACAC	autosomal
CGGTGTCCCGGTCCATTCCCGGGAGTCCCGGCCCCGGTTGTCCTGGTCCA	autosomal
ACCGCCCGGGCCCCGAGCGGCCACGGGCAGGGGAAGCGACGGGAAAAGGG	autosomal
GGGAGGTGGTGTGCAGGCTGGGGGCAGCAAATGCGCATGGGAAGAGGCAA	autosomal
GCCCCAGCTCTGCCTCAAGGCCCTTCGGGTGCTGCCGCAGCCGCCCCCCC	autosomal
CGCTCGGTGTCGCTCGCTCGGTGCCGCTGCCGGAGCCCCTCCGGGAGCCG	autosomal
AGTACAGACATTCCTGAAGATGTGTGGCTCAAACTGCTTCCAACTGTCTG	autosomal
AAAGAAACAGTTGAGGAAAACTGGTTCTGGGATAAATTTTAAACAAAGCT	autosomal
CCCCAGAGACTCCTGTTCCCCCCTCCAGAAACAGCCTAAGGACAGGACGC	autosomal
CTCCTGAAGTGCGCGCCCTCCGCTCCGCTCGTCCTCGGCGCGCCGGAGAA	autosomal
ACTAAAGACATTGCAAATGGGATGATGAACAAGGAAGGAAGAGTCTGAGG	autosomal
AACTGATTCCCTTCCTCTCATTTCTTTCTTTACTAATTCTACAGAATTTG	autosomal
GGCGCGGGCACGGCGGGGCGGGGCGGCGGGAGGAGGAGAAGGAGGAAGAA	autosomal
CAAACCGGACAAAAACGGAGTAAAAACGGGAGAGGAGCGGCGGCCGCGGC	autosomal
CTGAGGGCACCGAGAGGCACTGAGGGGCACCCGCCGCCGCCGCCATGCAC	autosomal
GAGCGAGAGGTTGCGCGGACAAGCCCCGACTACAGATCCCAGCCTGCCCC	autosomal
ATGGCGCTGCGCTGGCATGGTGGAATGCCGGCTCCAAGGAGGCTACGCAG	autosomal
CCACAGAGACAGCAGCAGGAGGAGGAGGAGGACGCGTCCCGCTGCCGTGC	autosomal
TCATCTGGGAAGCAAAGCAGGACAGGTGAGACCCTTCAGGTTATCTCAGA	autosomal
CACAGGGGGGTGTGGGTTATTCCCAGTGGGAAGAGCTCTATAAGCTCTAA	autosomal
CCCCCGGCGGGTTCGAGTTCGCCATCGACCGCGGCGGGACCTTCACGGAC	autosomal
CCGGAGCTGCTCCTCCCGCAGCCTCCCCGGCACCCCGGAGCCCGCGGGGA	autosomal
CCGCACATACCAGGCAAAAGGTAGCCCCGGCGGGGAGTGACAAAGCTTAA	autosomal
GTCACAGCAGAGCTGCTCATGGCAGGCCCCTGCAGCTGATGATTTTGGCA	autosomal
GGGGCCGCCATGGAGCCGGGCGGCCGCCGGGGCCGCCCCGCTGAGGAACC	autosomal
AGCAAAAGCATCCCTTTAGCCAGATTCCCTTCCACAAGTACATTATGGAA	autosomal
AACGTGAGCACACGGAACACACCAAACCAGGAACATCCTCGTGGAGCTTC	autosomal
AGCGACGTGGCGTCCCGCAGCGCTTCCTGCAGCGCGGGGTTGTCGTGGAG	autosomal
CAGAGCCTCTTTGTGCAGGGAGAGGAAGTCTGCACTGGCCAAAGCTGCTC	autosomal
GGCCCTACGCCATGCTCATCCATGAGTAACCACACCAAGGAGAGAGTCAC	autosomal
CAAAGCGAAGCTTTGGGGGGCAGAAAGCTCACACCCCCATCGGCGTGCGC	autosomal
ACTCCTCGCTGCGCCACGTGTAGAGCAGCGGGTTGAGAGCCGAGAGCGAG	autosomal
GCATTCAGATGAGGAACTTCACAATACAGAGCTGAGATCTTGCTGCTGGA	autosomal
AGGGGTCCGCGGGCAGCAGGCAGCGTTTCTGTCACGCTGATGCCTGCAGG	autosomal
CAACAAGATGATCAAAGAGACGCTGCCCAACGTCCGCGTGGCGAACGACG	autosomal
AAAGATGGCTGTTAAGATTTTGACTCAAAACATCTCCCCCCCTCCCCACC	autosomal
CTGCGGCGGCTGCTGCTGCGCCTCTCCCTCTGGGCGCTCATGGGCAGCTC	autosomal
AAGGGGTTTCAGGCTGTTCCCAATAGCCGTGGTTCTTGTTTGCGTGTAGT	autosomal
AAAAACTCGCTGCCACTTTATTCGGTCCCTTTTCTCCCCACGGACCGCAG	autosomal
CCTGCCAGCCCTGCGGCCCCACCCCGCTGGCCAACAGCTGCAGTGAGCTC	autosomal
TCCCAGAGAAGCTCCACAGGCTTCTCCCTCCCTCCCCGCCCCAACACCAA	autosomal
CAACCGCGAGCGGCCCCCGGCACGCGGCCCCGCCCCCTCCGGGCCTCGCG	autosomal
CGACCACACCAAGGGGCTGGAGTGCAACTTCGGGGCCAGCCCCGCCGCCC	autosomal
CGGCCTCCCTGAGTGACCCCTGAGTGACCACCGACCTCCCTGAGTGACCC	autosomal
GCCGGGCCCGGCGCTCCGCTCCCCACGGGCGGCCCCGGCGGCAGGGCAGA	autosomal
CACCGACGTGATCGCTCTCACCAAGCAGGTGCTGAAGGGCTCCCGTAGCG	autosomal
GGCCCCTCCCCCTCCCCCGGGGGGTCCTGGAACCAAACGCGGCGTCTGGA	autosomal
AAAAGCATTTGTGGAACTGTGTTTCACTTGCTTTATTTTTTAATGTGTAA	autosomal
CCAGGGGAGGTGGGGACCGGGGAATGTCCCGGGTGGGACGGGACCCACAG	autosomal
AGTGAAGTCTACATCCACTCTTCTCACTGCACATGGAAGGAAAAAGCCAC	autosomal
ATGACTTGCATGAAGATGTTGGTATCCTGCATCTGTTTCCCTGTTTTGCC	autosomal
TCCGGTGCCGCTCCCGGTGCCGCTCCGGCCGCGATCGCCTCTCACCCGAA	autosomal
GAGGCGCTCCGGCCGCAGCCGCCGCCCGAGGCACCGAGAGGCTCCTGCCC	autosomal
AAATGGCCGACAGTGGGAACCAGAGCTCAGAACAAACCAAAATGGCCGAC	autosomal
CCTCGAGCGCTACGGGGCCCTGCTGGACCTGCCCGAGCTGCCCTTCCCCG	autosomal
GCGGCGCCGGGCCGAGCCCGTGGAGAACAACCTCTTCAAGCTGGTGGCGA	autosomal
CCGCCGCCACCTCGTGCGCGCTCCTGGCGCCCGCCGCCCGCGCGCTCGGC	autosomal
ACTGGGGGAACCGGCAGCCCCAAAACAGGGAGGCAGAGCCTCAAGCAGCG	autosomal
ACCACGCAGGTGACTTCTTTGCTGAGGAAGCTTTCAGTCACCTGCAGCGA	autosomal
GGCCGTCGGAAGCGGAGGGAGGGCTGGAGCTGCTCTCAGGAAGTTTGGAC	autosomal
GGAGATCGCATTTGCAGGAGTCGTCTTCCAGCCAAAACTTCCTTCTGCCA	autosomal
AAACCACAGGCACTTAATTTATAGCTTTCTTCAGCCAGCAGACATCTTAG	autosomal
CGGCAAGGAGCGGCGCTCCAAGGCGCGCCTCCGCCTGCCCCACATCTCCC	autosomal
ATTTCCGAGCAGACCCCGTGGCGGTCCTCGCTGTCGCCGAACACCCAGCC	autosomal
CCAGCAGTGACAGTGGGAGCAGCAGCAGCAGCAGCTGTAGCAGCAGCAGC	autosomal
CGGCCCCGGCCCCGGGCGGGCCCCCGCCGGGCGGCACCTCGGCGGGGGAC	autosomal
CGCGGCTCCTCGCTGCCCGCGGGCTCGGTTCGCCGCCCCGCTCCGTCCCC	autosomal
ACGAGCACGAGGACCAGGAGCTGCTCAGGCTGGTGAATTCATCGGAGAAG	autosomal
CATTTGCTTGGGTTATAAAAAGGAAATACACTTTACCCACCTTGAATGAC	autosomal
AAAACCTGGCAGAGCTAAAGCTGTATCCAAAAATCCCAGAATCCCAGAAT	autosomal
GGTTGCAGAGATGATGTCTGCTTCAAAGTACCCGACGATAAGTATGGTGA	autosomal
AAAAACATCATCTCCTTGGGTGCCCTTGGAAATAGGAGTTTCTGGTTTAG	autosomal
CTCCCTCACACCCCGCGGGCGGCCGCTGCTTCTCACCACCGGTGCTTGGA	autosomal
CCAACTCTCCTTGCAGAACGCCCCTCAGGGCTCTGTTACACCCCCTGGGG	autosomal
CCAACAATCTCCCTCCTACCAAAATCAGCAGTTGTAAAGGAGAAGTTGGA	autosomal
CCCGCGATGGCGAAGCGCCTGAGGAGCAGCGAGGTCTGCGCCGACTGCAG	autosomal
ATCAAAAGCCACGGGTGTCCTGTCAGGCAGCCCCATGCCAGCCAGCCTCA	autosomal
ATCTTTGGATTTCAGGGCTGGTGTTTGGTCTTTTCTCTGCCTTGTGACTG	autosomal
GAGATCTTCCCTCACTACACAGAATGAGGATAAGCAGAACCTGCCACGGA	autosomal
CGCCATGCCGGAGGATCACGACTGGGAGGCGTACAAGGTGCCTCCGACCC	autosomal
CCTCCGCCGCCTTTGCGAGCTGTGCCGCCCAGCCCGAGCGGAGCCTTTCC	autosomal
ACACCCCGAGCAGCGGCAGCGGCGGCTCCATGGCGCGGCGGGCACCCAGC	autosomal
AGCAGCATCCCTTTCAGGCAGCTGGGTCATTTCAGGAAGCACCAAGGGCA	autosomal
AGACTTGTTGGAATTGGAAACTAAGGGGGTCCCAAATGATGTGCTGGCCA	autosomal
CTCCTCCTCCTCCTCCTCCCGCCGCGCTCCCGGCGCCGCCTCTCGCGAGA	autosomal
GGCTCCGCTGCGCGTCCGTCCCGGCCGCGTCCGCCGCCGCCAGGCCGCCC	autosomal
TGATTTGATGGTTCTCTCTGGGGCACCCTGCAGCCCTGGTTATTTCCACA	autosomal
AGTCTGAACTAGCCCATGTGCAGTGGAGCAGCTCAAGGAGTGTCCACACA	autosomal
ATCCCGGTGCCCATCCCGCATCTCTCGGTCGCGGCGGCCGCAGGCATGGA	autosomal
GGGCACAGGGCTCCTCGGTCCCCCCCCGGCGGGGCAGTTGAGCCGTTAAA	autosomal
GCTCCTTTCGGCGCGCTCCCCGCGGGGTTGTTTCGGAAAGACATGACCAC	autosomal
AAGAGGAAAAATTACTCTTCCATTCAATTCCAGGTTGCAGCTAGACTTAG	autosomal
CTTGAGAGCCCTGGCAGCAGGATGAGTGCCATGCATGCCTGGGAGCATGA	autosomal
GATGATGATGAAAGAAGATTGTAACTAAAGAAGAGAGTGATTTACTGCCC	autosomal
AGCAGGACAAGTACCTGCCCGAGCTGATGGCCGAGAAGGACAGCCTGGAT	autosomal
CCTCCCGCAGCTCCCCCCGCGCCGCAGTCCGGCAGCGCCGCGCCGGGGCC	autosomal
ACCTCGGCAACCCCCCGGGCTGGGGGCAGAGCGGCGGCGAGGCCGGGGCT	autosomal
CAAGCAGCTTGACCTCTGGTCTGAAGCCTTAAATAAAGCTGGAATACTTC	autosomal
CGCCGGTGAGGTTTTTACTCTGACCCAAGCCCTTGGGCTTCAGCGTCACC	autosomal
CGGACGCGCTGGGCGTGCTGCCGCGGGGCGCTGTGGAAGCGCCACACGGC	autosomal
ACTTCATCACCCTGGGCACCGAGCTGGCCCACGAGCAGCAGCAGCCCGGG	autosomal
AGCAGAGGACTTCAGGAAATCAGCTTTTTTCTTCTTTAGTCAGTTCCTGG	autosomal
AAAATTTCCCTCTCAGTACCTCCCCCAAATCCCCCCCTAAAATCCCCCCA	autosomal
TTCAAATAATTATCACCTAGGCAGACATACCATCCTTCAAGTGATTTCAA	autosomal
GAGGAGCGAGGCCAGCGCGGGTGGCAGGTGCAGGAAGCAGTCGCGGGTCC	autosomal
CCGGCGGGAGCGCGTCCTGCGGGAGCCGCGAGGAGCGCGCGCGCCGGGCC	autosomal
AAAGATTGCAGTGTGAAACACTCCTATTTCCCACTGACGTGGGACAAGCA	autosomal
ACTGAGGAAATCGCAGTACCCTTGCCCCATACCCATTACAAACCTCTCCA	autosomal
AGAAAGGCTCTTCTCACTCACTCTCTTCAGAGCAGTTGAACATTTTGCCA	autosomal
AGGAGAAGCTGAGGAAAATGCATTTAGAAACCAAGGACAACACACAACAC	autosomal
CCCTTTAGGAACCACTGATCTGGAATATGAAAAGACTGTACATGCTGAAA	autosomal
GATGGGAACAGAGAGGACACAGAGCTGACTGCGAGGCAACAAGAGAGGCA	autosomal
AAATTCCGGGATAGAGCAGCAGGATGGACACGGATAACCAGGATATCCCA	autosomal
GCGCGGTGCGGAGCGGGAGCAGCAGCCATGGGGCCGGGGCAGAACAGCGC	autosomal
ACATGGCACTCGTTGCTAATTTCTGGGAGCCTCACTCATGGCTTAGGACT	autosomal
AGCTTCCCTGTGCCACCTGAGCTTGCGGGCGCGGGGCCGAGTGCGGAGCG	autosomal
CCGGGTGCCTGCTGCTCCTCCTGCTCTGCTCCGCGCTGCCCGCCGAGCTC	autosomal
AACTAAAATCACAAGTAGAAAACACAGGAAAAAAGGAAAAAAAAAAAAAC	autosomal
GCCCGTCCCGTGTCCGCCTCACACCGACTGACCCACCGGCCCTACCACCC	autosomal
CGCCCCAAGATGGCGGAGTACGTGCAGGTGCTGAAGCGGGCGCTGAAGCA	autosomal
CCCCATCCCCCTCCCCGGGTCTCGTATTTGGGGAGGGGGATCCAAACCTC	autosomal
CTGTGCCCGAGGGGAGCCTGGTCTATGTGCGGGAAGGGAGCAACGCCTTC	autosomal
GCCGGACATGGCGGTCGGGAAGAACAAGCGGCTCACCAAGGGCGGCAAGA	autosomal
GCCAGCGCTCATATAGGATGCGCGGGGATGGGACCGAGTCGGCCAGAGCA	autosomal
GAAGAAGTGTGCATAATCAGTTTCCTATCTATTTTTTTGTTTTTCCTAAC	autosomal
AGATCTCAGTGACAAGAATGAAACCTCTTAAACTTGGTGTTTCATTCTAG	autosomal
CGCTGGGCGCGGGGCTGCTGAGCTTCCCCTGGGCCTTCGGCAGGGCCGGC	autosomal
CGCCATCGCCTTTCCCTCCCCGCCGCAGCCGGCGGAGGCTGCGGGTCCCG	autosomal
CTCGTCGCTGGTGTCCCCGCACACGGCGGCCGTTCCCTGTTTCTGCGCCA	autosomal
CTCGCCCCTCCTCGGGTCCTTCATCTCTAAAAGATTGCCGCCCCTGCCCC	autosomal
GGGAAACTCCCCCATCGCAGCACCATTAATTCACCCATTAATGGAGAGGA	autosomal
ATTTGGGGGGGTCTCCCCGGATTTGGGGGGCTCCCCGGAATTTGGGGGGG	autosomal
ACCGCCTCGGGGTCCGCATCGGGAACTGGCTGGAGGACGAGTACGCGCAG	autosomal
GCTTGCTGTTGACTCCCCTCAGAATTTACAGTTAATATCAACCTTAAGAA	autosomal
AAGTGGTTTCTTTTACCCTTAATGATTCTTCTTGGGACTCTGACAAAAGG	autosomal
CCTTCTGCTGCAGAGCTCAGATCCCTGATTTACAGTGTCTTTCATTTCAA	autosomal
GAGGGAAAAGAGCGGGGCGGAGAAGGAGCCGCTCGCTTCCCGCCGAACTA	autosomal
GCGCTTCCGGGTGTCTCAGCCAATCACCACCCCTATCTAGCCCCGCTCAC	autosomal
ATAGCAGGGTTTTTTTGGTTTATTTCCTGTGCATTTTCAAGCCGACAGAA	autosomal
GCCGGGGCTGAGCCCTGCTGGCCTGGATCCTTCTCGGGTGCAGCGAGAGC	autosomal
GCCGCCGCCGCCGGTGCAGCTGCGGCAGAAGCTGCGGGAGCTGCCGGCGC	autosomal
ACACCCAGCGGCGGAGTGGCGGCGGGAGGTACGCCGAGCTGGTGTTGGAT	autosomal
CCGCTCCCGGTGTCCCGGTACCGGCCATGCTGCGCCTCCCGCCCTTTGCC	autosomal
CCAGCCACGCTGCCCTCACCCCGGTCCCACAGCGGCAACGACGGGCACGG	autosomal
TGCGGCGATGCCGGCAGGTCAGCGGCTGGCTCCACCTCCCGCAGCTGCCA	autosomal
AGCAGCCGCAGCACAGCTACGGCGGTGGCTCCGCGCCCGGCGCGGGGAAA	autosomal
CCCCTTCCTTCCCTCCGGCCGGAGGCAGCGCCACCTCCCCGGTCCCGCGG	autosomal
TCTGATGCTCATCGAGTTTTAAGAGGTAGGACTATTTATCTAACAGAACA	autosomal
ATACCACCAGCTTTGATGGACAGGCTTCAACTCTGATGACTTATCACTAT	autosomal
GCACCTTACTTTTAAAAAGGAAGATGTGCCTTGACAGCTTGCCAAATGCC	autosomal
AGCTGACAGGCTGCCAGCGACGCTGGTAGGGGGTAGCGCAGTTGCCTCAT	autosomal
AAAAAAGCCAACAGCCCCCCCACACCCCCGAGCCCAAAAGAGGGAGCGAG	autosomal
CATGGCGCGCCAGCGGCAGCGCCATAGCAGCGGCTCCTGCTGCGGCTCCC	autosomal
CCCCGGGAGCCGGAGCCGCACGGCAGCCAAAGAGCCCCGCCGGACCGGCC	autosomal
AGTGACCCTGTCCTGGGCACTCTGTCCTGCGTGGCTGGTGGCCAAACTCC	autosomal
CGCAGCGGGCGGCGTGTGCCGGGCACCTGCCGGTCATCCGCAGCTTCTTC	autosomal
GCTCCATCCCTCCCCCGGCGCTGTCTGTGCTCCCTGCAGAAAACCCGGCC	autosomal
CCCGGGCGCGGAGCTGGAGGCGGTGCGGGAGCGCGGCGCGGAGCCGCGGC	autosomal
CCCAGTCTCTCACGGAGCTCCCGGGCCCGGCCCCTGTCCCTCACGGAGCC	autosomal
ATCCCAATCACAAGAAGCCGCGAAGGGCAGGGCGGGCGGGCGCGGGGCCC	autosomal
AAGAAATATCCGATATTTTTGTGTATATATCCAAGAGAAGGCATCCGAAG	autosomal
GGCTGCGTCCAGCGGAGACAAAGGCTCGGCAAGCACAGGAAGTGAAAACC	autosomal
AGCTCTCGGAGCACGTGGTGGCCACCGAGGTGGTCCCCAACGGGGACTGG	autosomal
CACAAATAAAAGTCATCTTCGTCCGGGTAGAAACAAGGCTGCAGGGAGTC	autosomal
CGCTCCCCATCTTGAACTGCATCTTTTCCTTCCTCTGTTGTGAATAGCTC	autosomal
ATGACCGTCCTCCCCAAAATACCGGCCGCGGCCCAGGTGACGGCTCCTAG	autosomal
CTCTCAGCAGATTATTAATCACTTATTATTATTAAAAAAAACAAAACAAC	autosomal
GACTTCCACTTTAATTCTCTCTTTTCCTGGTTTCTCCAGTAGCAAGGATC	autosomal
ACACACCGATAATGTCCTAATGACCCCCAAATATTCCCCTAATAGACACC	autosomal
CCTCCCAGGTGAAGCGCCGCATCCCTCCCCGGACGGGCTCCGAACCCTCC	autosomal
GAGGTGGGCCAGACAGTGATGACACATGCAAAAAAAAAAAAAAAAAAAAA	autosomal
AAACAGCACCAAAGACATAAAGGAGACCCCCAAACTCAACAACCACCCAC	autosomal
AGGCTCCTGGCAGTCCCAGCACCCCAGAAACAGCTGCAATGAGGGGGCTC	autosomal
TAATGACAGGAAAACTCTTGAAACTGGGGCAAGCCTATCAGCTTCCCTCA	autosomal
ACGATGATTTGTCACAAAGGGTAGCTGGCTCGGTGCTTTGGGCTGGAGCC	autosomal
CTCTGCCCCGGGCGCTGCTGCTGATTCACGGCCCGGGCGGCGCGGCGTGA	autosomal
CCAGAGAATCTAAAGCTCAGTTGATCAGCTTCTCACATTTCCTTACTTCA	autosomal
CCGCCCTCCGCGCTGACCCCGCGCATCCCAGCCGCGGGCAGGGGGTCACC	autosomal
GGAAAAGAGTCATTTCTCTACAACATCAGCCTGAAGTTCTCTGCCCATAA	autosomal
GTGGGAAGGAGGGGGCGGGAAAGCGGGAACTCGCGGCGCCGGGACCGCCA	autosomal
GCGGCAGCGGGAGCAGCGGGGCCGGGGGGCGCAGCTGGGCCTTAGCCCCC	autosomal
AACACTTCATTTTGGTGCCTCACTTCTTCAATGCTGTGGAAAGCCAGCCT	autosomal
GCCCAGCTCGTTGTTGTTCTCGAAGCTGGCGCGGACCGCCATGGCAGGAA	autosomal
CAGCGAGGCGGCCAGCGCGGAACCGGGGCCGGCTCCGGGCCCTGCCGCCC	autosomal
GGAGCAGCTCCGTGGCCTCCTCTGGATTTGCTCCAACAGCTCCAGGTCCC	autosomal
AAGTGGTGACTTTCCTCTCCCTGAGCACTCAGCACTGGGAGGGTCAGTGA	autosomal
GCGGCCGCTTCGCCTTCTCCCGCTCGGCCCTGCCGTCCGCCATCTTCCCC	autosomal
CTATTGGACGGAGCCGGAAGGCCAAGGGATGCGATTGGCTGCCGGCCGGC	autosomal
CACCCCCGAGGGCATGGCGCTGGCCTACGGCAGCCTCGTCCTCATGGCGC	autosomal
AGGGAAAATGGAGGCGGCGGCGGCGGCGAGCGCGGGGGGCGGAGCGGGCG	autosomal
AATTAATCATTTATATTTTAGCTTGTAGAGTTATGTATTAAATTTTAACC	autosomal
AGCGTCTGAAAATCGGGCTCCCAACGGAACCGGCCAATTAGAGCGGGCGA	autosomal
CGGCCTTGGCGATGCGCTGGAGCTCGGCGTATTTCAGCGCCTCCAGGGGC	autosomal
AGGATCCGGATAAGGACCAAATCCCGGCCTGGATTTCATTTGGGATCAGG	autosomal
AGTGGAAAAGCAACGATTCCTCCAGTGACATCTGTCGGTATCCCTACCAT	autosomal
AGCCCGAGGAGGAGGCTGATATGAAAGCGGTTGCCACCTCGCCGGATGGC	autosomal
CGCGGATGTCCCAGTACCCCAACACCGCCATGGCCGCGCGATCAGCGCCC	autosomal
GCGGGGCGGGAGCGCCGAGCCCCGGCCCGGCTGACGGCGCGGCCCCTCCC	autosomal
CTGTGATGTCTTAGCCATGGTGTCTGAACCTGGCTGAAGGATTCTTGTGA	autosomal
AGCAGGGCTCCCCTGGCACTCGCTGGGCAAAGGGGCTCATCTCTGCCTAC	autosomal
CTTCCTCCCCTCACACCTCCTCTTCTTCCTCCTCCTCCTCCTCCTCTTCC	autosomal
AGCAGATCTGAACTAGCTGAAAGAACATGCTGTATCTTTGAAAAGGGGGC	autosomal
CTTGTGGAAGGACACGTGCTCGTACTCCGGCTCCACCGCGGGCGTCGGGA	autosomal
CCCGCTCCTCCTGCCCGGCTGCGACATCGCCGCCGCCTCCGCCGCCCGCC	autosomal
CGCTGCTGGCCTCGCCGCGGCTGAATGCGTGGCTGGCTTTTCAGCCTCCC	autosomal
AGAGCTCGACAGGTGACAGTCACGGCGTGGCAATGATCGTAATACATAGA	autosomal
GAGCAGGCGAGCCCCGCGCCGCCGCGGCCTGCGATCCGCCCGCCGCGCAC	autosomal
CACCATGCTAGAATAGAGGAGAAAACTGTTCCTGGTTTTGGGTTGGTTCG	autosomal
GGCCCCGCCGCCCGAGCGGAGCCGGCGCCCGCCGCCGGGATGGAGAACAA	autosomal
ACCGAGAGCGGCGGGGCAGGGCAGGAGAGCGGCCAGCGGGCATCCCACCT	autosomal
AGGCCTTCCCGTGCCCGCCGCCCACCCAGCTGCGGGAGCGGCCGAACATG	autosomal
CCCCGCGGCCCGCCCGGGCAGCCCCGGCCCGCCCCGGGAGCGCAGCGAGC	autosomal
ACAGCGCCCGCACCTCCTCGGGCAGCGCCGCCGGCACCGGGCCCGGCTCC	autosomal
CTGATGACACTTAGCTGGGAGCTGGGAAGGGCAAAGCTGGCAGACTGGAA	autosomal
GCCGGCGGAGGCAGCCGCGGAGTCGGCAGGGGTCGGAGGCGATGCCCGGA	autosomal
CATGGCCACAATCCTCTGTGTCCCTCCCTGCTGGGCACTAGATGCTGTGG	autosomal
ATCATAGTCCTGCATCTGTGGCTTTGATGAGCAAAATGCCAACACCAATG	autosomal
CCAATGAAGAATGAATGCTTTGATGCTTTCTTACTGAAAAATGCTAAAAA	autosomal
CCGCTGCCGGGCGACGCTTGGCAGGAAGCGACCCCGCCTCCTTCCCGCTC	autosomal
CCCCCCCCGGGACCCCCTCCTCCGGAGGGGGCCCTTCCTCACCCCCCCCA	autosomal
AATTACCTTTGCAGGTGAGTTGAAAACTTCACCCAGGATTTGAGTTAGAG	autosomal
CCAGAGCAGCCAGGGGAACTTTGGCCCCAACATCTCAGCATTCCACGTAC	autosomal
ATTTTCTTGGCCACATCGGTCTCCCTGAACTGCTCCTTCACCATCGCGGC	autosomal
CCTTGCTGCTGGCGACCTTGTGCGTGCCGGTGGTGGCCGTGGCAGTCATC	autosomal
CTACGGGAGCCCTTCAGCACCTGCTTGGTGAGAGCGATCACGTCGGTGCC	autosomal
CGGAGAGGGCAGGCGGCGCGGGAAGGCGGCTCCGCCGGCATGGACGGGCC	autosomal
CTTGGTCCCCTGGCTTTGGTTCTGGGGGCTCATGTCAGTGTTTTTTCTGA	autosomal
CGGGGCACCTGGAGCACCTGGCTCTCCTGGCAGATGAGGACCCTGGCCAG	autosomal
GGGGGGAGGGAGAGCCCTTCAGAGCAGGAGCTCTGTGCCTGCAATCCCCA	autosomal
AGAGACCTCCGGGAGGCAAGAGTAAGGATCCCAACACCTACAAAGTGCTC	autosomal
CAGGCCCTGAGCTGCCATTCCAGGGCTGCCTCCTTCCCTGGGCTGGGTCC	autosomal
AAAGCAGCCGAGACACTGCGGGGTGCTGCCATGCAGCCCCAGCCCGGCAG	autosomal
GCATCCATGGATTTCTCCATGGCAGACGATGACCCACCACTCGACAGGGA	autosomal
CCTCTGTGCCACCTCACACGCTGCTGGGGCACTGCTGGAGCTGCCGGGCA	autosomal
CAGAGTATCAAGGGCTGTCTGGCACTGGTGTAAGCTCCAGTAGTTTCAAG	autosomal
AATCCTTGAAAGCTGCTCTAGCAGATAGCCAAGGGGTGAAAATGCCAGCA	autosomal
GGCCCGGGCCGCGCCGCGCACTGCCCGCACCGGCCCCGCCGCGCTCCGCC	autosomal
GAACGAATCATCCAAAGTTGCGATCCAAAAAGTTGGATTTGCCCGGCTGC	autosomal
GGGGCCGTCCCGCGGCGCCCGGCGGCTCCTCGGGTTGCGGGGACAGCCCC	autosomal
ACAGGAAATTTTTTGGTAGGAAATTCTAGTATTTCTAAACTTTTGTTCTC	autosomal
AACTCACAAACCCCGCCCCTTTACCCCACAAGCCACGCCCCTTTAACTCA	autosomal
CATGTTATACATTTCAAGGACATGCCATGTCCCTGTTTATGCTAGGAACA	autosomal
GCCGCCGCCGCCGCTCGGAGCGCGCTGATCCCGCCGATCCCCGACCCGCC	autosomal
GAGGCCTACAGATCTTTTGGGTCGATAATATTGTTTTAGTTCTGGTGCCA	autosomal
CTCGTGTCCCCTTGTGCTGCCATCCCCGCTGTCCCCTTGTTCTGCCATCC	autosomal
GCCCGGGAGATGCGGAGCGGCTCCCGGCGCCTCGCAGCCCTCACCGAGCC	autosomal
CTCTACAGGTAATTGTGAGATTGCTATAAAGACATCACACTTGCCTGCAG	autosomal
CCCCTCTCACTGCATCTGCTTCACACCACGGCACCCACAGCAGCCTTTCC	autosomal
CCCCCCCTTCCATGGCAGCCCCTCGTTCCATCCCAGCCCCAGGAAGGGCC	autosomal
AAGCTGGAAATGGTCTGGAAAGCTGTGACAGGACAGACATGTAGTGACTC	autosomal
GCTGGATGGGATTGATTATTTTCATGGAGTCACACGTGGAACAAGGCAGA	autosomal
CACTGGCATTTGTTAAAATGCACTCAGAGCTTCACCACACAAAGCACAGA	autosomal
AAGGGTGGGACTGGGAACACCAAGATGGGCGTTGGGGACACTGGGACGGG	autosomal
ATCCAAATGGAAAAGTAAGAGAAGCCTGTACCAGCATGGTACCCTGTCAT	autosomal
CATGGATTTCAATGTGAAGAAGCTGGCGGCTGACGCGGGCACCTTCCTGA	autosomal
GAGCTCCGCTCCGCCCCGCACCGGGGGCTGGGCGAGGGGCGAGGCTTGCA	autosomal
CACCGGGGGCTCCCCGCGGCGAGGCTGGGGGACAGTAGTTCCACCCGTTC	autosomal
CCGCAACATGGCCTCCTCCTCCTGCTCCTCGTCCTGCTCCTTCCCCTCGC	autosomal
GACAGCCGAAGCAGGCTGAGGTCGCGGCGGAAAGGCCCGAGGCCGCTGCC	autosomal
GCAGCCCCGGGCCCAGGAGCAGCAGCAGCTCCAGCAGAACCTGCAGGGCC	autosomal
GGGCTCCCCGAAGGCAATGAGCACCCCGAGAGAGGCTTCTGGAAATACCC	autosomal
AATTTTTTTAAAGTTGATTTTAAGCCATTTAGGGTAACATCAAAATGTCC	autosomal
GAGAAGGTTCACTTAAATGCAGCTGCAGCACTCCTGTGTGGTACCTGGCA	autosomal
CAGGCCCCTTCCGGGGCGGGGCGAGGCGGGCTAAGTGACAGGCACGGCAG	autosomal
GCTCACCCCGGGCTGCCGACTCGGTGCCTGGCTTCTCCCCCGCCGCAGCC	autosomal
GCGGCAGGAAGTACAAGTTGAGCACATCAAGGTGTGCATTTGCAAACCAC	autosomal
AGCGGTGGCTGCGCTATGGGCAGGAGGAGCCGCCGGGCCGCCGACAGCTC	autosomal
CTGCAATCTCAGTGTGATTAAAATCAGCCCAGCCCCCCTTGGCTGTACAC	autosomal
GCCTTGAAAGTCTTGTGCATCTACCCATGGCAGCATGATGATCTCTGCCA	autosomal
CTGTTGGTTGAAGCTTCAGCCTTTTGCTGAGACGCCCTGAGGCAGATCTC	autosomal
AGTCTTGACAGTGACTTTGCCCGATTCCCTGCTCGTGATTGTCCCTTTCA	autosomal
CAGAAAGTCACCAAGGCAAAGGAAAAGAAATGAAGAGGAGCATCTCTGCA	autosomal
CGGCGCGCGCTCGGCGGTGGCGCGTGCGCAGCGCGCGGGGCCGCGCAGTC	autosomal
CGTCGAGACCCCACTTGTTGGTGTCCTCCAGCTCCTGGGGAGCAGAGGGA	autosomal
CGGAGGTCGCGGAACGACATCGCCGCCACCGCCGCCACCACCGCGCCCAG	autosomal
CTAAACATCTGGTTTTTTAGGACTACCCAATAAACTGTGCACCTGTGGCA	autosomal
TCTGCAAGAAATAGGAATTGGTAGATGGGAAGAAAACTCTTTTACAGACA	autosomal
CCTTTGTAAATATTTTTTTTCCTTCACCCCCTCCACACCCCTGTCAAGTA	autosomal
GGTACGGCTCGGTACGGCTCGGTACGGCCCGGCTCCAGCCCGGCGCAGCA	autosomal
AGATCCTGGTGCTTACCTACCCGCTGGTCGGTAACTACGGAGTGCCCCGG	autosomal
ATCTCTTTTCTTTTTTCATTTCACATTTTCTGTTGTCATTGGTCACTCTG	autosomal
ATGATTGGTTAAAGAGCATACCAAAGGTTCCTGCCAAGAGGTCAGCTGTC	autosomal
ACCACCTTGTGCCGCAGCGCCCCCCGGCGGCAGAACAGCGGCCGCACCCC	autosomal
CAGCAGCGGCAGCAGGAGCAGCGCCGGGAGGACGGCGAGCGCCGAGCGGG	autosomal
AGGCTTGCTGCAGCTGCAACTGGGAATAGGGTCAGGGCCAAGAGGAGCGG	autosomal
AAGCGCAGCTCCGGCTCGCGGTCCCGCTCTGCCGCCATGGCGGCTCCTGT	autosomal
CGGCAGCCACCAGGTCCCCTACGGCCGCCGGGCATCGCCCTACGGTGAAG	autosomal
GGCGGGCACCCCGCAGCCTGCAGGAGAGGCACAGGGGACAAGGGTGGCCC	autosomal
CGGACACGTTCGCGAGAGAAAACCGTGAGGCACCGCCGGGGAGAAACAAA	autosomal
AGCGCCGGCAGCAGCAGCTCCTCGGACAGCGGCTTCTCCCACGCCCGCCG	autosomal
GGTCACTCAGTGGTCACTCAGTGGTCACTCAGGGGTCACTCACTGGTCAC	autosomal
GAGCCTGTGTGGGGACACCGAGGTCACCCCTCCACTCCCAGCCTGCCCCA	autosomal
AACCTCTCTCCCTCTCCTCTTCCAGGCTATGGGAAGTTCAGGAAGACCTG	autosomal
AATATTAACCTCCCAGTTAGTTTATTGTGGCAGACTGGGGCACAGAAGTC	autosomal
CAGCAGGTTCTTGGACAGCTTGGTTTTCACATCCCCGGCCATGGCTGCCA	autosomal
CACGGCATCTCTGCTTCATAAGGTAGGGCCATGGCACGGGTTGACAGATC	autosomal
CCAAACTGACCACTCCAAACCCAACTGACCACTCCAAACTGACCACTCCA	autosomal
ACCAGGCTGAGACCCCCCAAAACACAGCCCAGGACCCCCAGAAATGAGAC	autosomal
AAGCAGGCGGCTGGAGAACTCATAAACCAAGCATTTCACAGAATCACAGA	autosomal
GCGGGCGCTGCCGGCACAGCCAGCATGTCCTCCATCCTGCCCTTCACTCC	autosomal
CCCCAGGCCGTGTGTGGCTGTGGCTCCCAGGACTCTGTCCCCAGTGTCCC	autosomal
CTCAGCCCCACGGGGAATCGCCAGAGCCGGCTCGGCGACGGATCCGGCAC	autosomal
CCGCGCCTCCCACCGCCCCCGGGCCGCAGGGGCACGGACAAGCTGCCGGC	autosomal
AGCTCCTGCAGCTGCGCCGCCGAGAACTTGGTGCGGGGCCGCCCGGGCGC	autosomal
CCGAGGTGACCACACAGAGAGGTCCCACTTGGTTGGATGGAGTTGTTTGA	autosomal
ACAGCAAAAAACTCCCACCCAAAACAACCAGGGCAGAAGAACATGGGCTG	autosomal
CAGGGCCGGGGTTCTGCTGTCCCTGGGCGCCGCCGCCCTCCTGCTGTTGC	autosomal
AAACCAGAGCCCACAGCCAAACCAGAGCCCACAGCCAAACCAGAACCCAC	autosomal
ATGCCAGCTGAGCAGAGCCTGCTGCAGTTTCCCAGGGGATGAAGCACTAC	autosomal
CGGCCCGGCCGGCCCTGGAGCCCGAGAGCCGCGGCTGCCCCGGCACCGGC	autosomal
GAGGGCAACAATAGCTGCATGGTTTCAAGAGACAGCCAAAACAATCCTTA	autosomal
CGGCGCGGGGAGAGCGCTCCTCCCGGGCAGGGACCAAAAACAACAACCAG	autosomal
CGGCAGCAACCTGCTGCGGGAGCGGCTGCTGCTGCGAAACCCCTCGGCCG	autosomal
GCCGGGAGCCCGAGCCGAGGGTCAGGGAGAACCAGCAAGTTCGGTAGAGC	autosomal
ACGCCCCGCGGCGCTCAGCAGCGCCCGCTCCCCCGCGGGACGCGCCCGCC	autosomal
CGGGCTCAGCCGCAGGAGGATGAGGGAGCTCATCCAGAGGGAATTCGCAG	autosomal
CATTTCAATATAAGAAATAATTTAGAATGAAGCCAAGCTATGTTCTTAAC	autosomal
TTCTCCTACAATGCCTTTTTGACAATATTATGCAGCCTCCTATTCCAGAA	autosomal
CCCTGTAGCTCACTGAGCATGCCACAGCCTCTAAGGAAGCTGTTGTTGCA	autosomal
CTCGCGGGGACGCCTGAGGGACACGATGTGGCCGCCCCAAAGGGCAGGCA	autosomal
ATCTCTATGGGCTGCGGGGCAGGAAGAAGATCGACCATGTCTCCACTGAG	autosomal
CCCGCTCTGGATATGGGATCTCGGCGCTGGCCAGCGGCTCCTGCGGCCCC	autosomal
GCACATCTGGCAGCGGAGAGCGGGCTCGGGGCCACCGAGGTGGGGACAGA	autosomal
CTCGCTGATGCAGCTGTAGGCAGAAGCCGACTGCAGGAAGAGCTGGGCCA	autosomal
TTCCTTTTTCCTGATTTCTTACGCAGATATTTTGACTGATATGGGAAGAA	autosomal
CGGGGGCGGCGGCGGAACCGGAAGCGGCGGGGCCGGGCGGACTCGCGAGC	autosomal
CTTCCAGCGGGAAGCCGGTGCGGGGGTAGTTCTGCCCCGGCGCCGGGCGC	autosomal
TCCAGAGAAAAGGCTAAAAAGCATGATATTGTGTTAGATAACTATGTTAA	autosomal
ATGCTGGAGCCGGAGTGAGCGGCACCGGCCCCCCCTGGCCCCCACCCCGG	autosomal
ATCCATTATGCACATATTGCACATAGCAAACAGAAAAAAATGTACTGCCA	autosomal
ACCTCTCTATGATGGTCAGCTCGCCCTCTCTGATCCACGACATTTTTTAT	autosomal
CACAGACGGCAGCGGGATCGGAGGCACCTCGCGGGGCCATGTCGGCGGAG	autosomal
AGATGCCGAGCGCCAGCGGGAAGGCGGAGAGAACGTGAGCGGCCCGCGGG	autosomal
AAAAAACCTGGAAGCAGAGATGCAGTGTAACTGACTATCAGTTCTCCATT	autosomal
ATTTCCCGGACACCACAATACTCTGCTTGCACAGAGAGCAGCAGACAAGA	autosomal
GCGTGGGGTGTATGACCGCGGCCGTGCGGCGGGTAGGGCAGGCGGCGGCC	autosomal
AACATTCCGGGTTGGGGCTCTTCTTGCAGCGGCTTTTGTCAACACCGGCC	autosomal
CGGGCGGATCGCAGGGCCCGGTCCCGCAGCACGGCCCCCGCCCGCCCGGC	autosomal
GGATGTCGCTGTTGCTGCTGCCGCCGCCGCTCAGTGCGCGCAGGGCGGGA	autosomal
AAAATAACTACTACATCTTTTGTGAACCTCAAATGCCACTTCCAGAGAAG	autosomal
CTGGTGAGCGCCATCTTGTCCGCGCAGGCCGTCCGCCCGGCAGCCGAGGA	autosomal
AAAGCAGCGGAGCCACGAGTGGGCCGTGTCACAGCCCCACGTGCTTACAG	autosomal
GGAGCACCACTGGCCACGCTAGAGGGACGACGCCTTCCGAAGCCCGGGCA	autosomal
ATCAAAAAGGGAACGTGTGCAGGATTCACCAAGGCAGCCCTGATACCACC	autosomal
AGCTTCGCTCCGGGAGCAGGAGCTGCTGGAAATGCCACGAGATCTCCACC	autosomal
AGGTTTAGGTTGGATATTAAGGAAAGATTTTTCATCCAGAGGGTGGTTGG	autosomal
CCCTTGGTATAAAATTTCTCTCCATCGTTCTTTTCAACTTTCTCCAGGTA	autosomal
AACAGGATCCGCTCCATCAGCCAGGGATTGACGTGGACCTGGAGTTCCTT	autosomal
CTGAGCCAGCGCAGCAGCTGCACCAGCAGCGCCAGGAGAGCCCCTCCCGC	autosomal
GTCCCGGGGCTCCTTCGAAAGCCGCTTGAGTGGGCGGCGGGGAGGAAGGA	autosomal
ATGGCTGCCGCCGCCCAAGGTGCCCGCGGGAGCGGTGCGGCGGCTGCGCC	autosomal
GCGGTTGTTGACCTCGAGCAGGATCATGTCGGTGCCGGGAGCGGCTCTGA	autosomal
CCACAGTGCACTTCCCAGTCACTCTCTGTCCCAAAGTTTAATTACCAGAA	autosomal
AGATCCCTCATCTCTACACAGCTTCTGTTTGATGGAACAGTTTAGAACCT	autosomal
ATCACAGAGCGCTCCTGGCCCATCACAGAGCGCTCCTGGCCCGGCACAGA	autosomal
CTGCCCCGGCACTGCTTGCTTTGGACCTCACAACCTCGTGTTTGTGTTAC	autosomal
AGCTGCAGGCAGGTGGCCATGGCTCCAGCCGGGAATGCTGCCCGGTGCTG	autosomal
GCGGGACCCCTCTGAGGCGGGGAGGGGCGGGAGGCACGGCCGGGACCCCC	autosomal
GTAATTGCAGACCCCAGGGAAATAAAAGATGTCCCCATCAAAGGTCTTGA	autosomal
AGGAAAAGACATTGAGTCCTTGTGGTTTTGTGTGTAAAGGGGGATTAGCA	autosomal
CGCCGCCGCACACAGACAATATGGCGGAGGCACAAGGCTCGGCCGCCGCC	autosomal
CTGGAAGCCAAGAGCAAACTGCAGCAACTGTGTTTTGCCGTCCCCTCTGC	autosomal
CACCGGCAGCGGCACCGGGCCGGGGCAAGGACCAAAGCCGGGCATGGCAC	autosomal
CACTGGTTTGAGCGCGGAGCCGCCCGCTGCTACCAAAACAGAGCCCGTGA	autosomal
ACTTTCACCCCGGCCCCTGGCACAGCCGGGCGCTTTGCGGCAGCCGCTCT	autosomal
AGTCATTGCCTCTGCTGCTGCTGCCGCCGCTGCTGCTAGGGAAGAACAGC	autosomal
CGGCGGGGCTGGAGCCGCCTGCTCCGCGGCCACAGGAGGCAGGGACACCC	autosomal
AGCCCAGCCCAGCCTAACCCAGCCCAGCCCAGCCCACCCGAGCCCACCCG	autosomal
AGCGGCAGAATTTCATGTGACAACTCCTCTCGTCGTCGGCGCCTGCAGAT	autosomal
CTGACACATGAGTCATTTTGGGAGTGGAGCAGGGACGTGAAAAGCCAAAA	autosomal
CCAGAGGCAGCCGCTGGCTCCAAGCACCTCCTGCGCCTCCCGCTCCGAAA	autosomal
GACACTCGGCGGACGCGCGGCGGCGGCGGCAGCAGCAGCGCGATGACGGC	autosomal
CACACAGCTCATGGACTATGTGAATCAAATCACATAATTAGGCAGGTCTG	autosomal
TTAATCCAACAGCTGAGCAGAGCAGTGACCACTTACAGCTGCATGGAAAA	autosomal
TCGAAGCGCCGCAGCATCTCCATGAGCGCCGGGTCCGGAGGGGGCTGCGA	autosomal
CAGGACAGGACAGGACAGGACAGGACACTCCCTTCCCTCAGTGGCAACAG	autosomal
CCGCGGCGGCTCCGAGCGGCGCTGCCCCCCGGCATCCTCCTCGTCCTCAG	autosomal
AGATACTTGGAAGATGCTCCCGGGATGCTGGGGCGACGCTGCCGGGATGC	autosomal
ACTTTTCAAGCAGGGTCATCCTAGCGCATGTGGCATGGAATTGTGTCCAG	autosomal
CGGTGTCCTCCCTGCGGGGGTGACAGCGCTGTCACCGCGCCACACGTCCC	autosomal
CATTAGCAGGACCAGGGCTGTTCCACAGCTCGCTCACAGCCACTCCAGCA	autosomal
ATAAAACACCCAAATAACAACAACGAAATTAAACTAAAGATGAATCAAAC	autosomal
AAGGCCGCCAGCTCCTCCTCGCCCTCTCCCGCCATGGCCGGGCCGGAACG	autosomal
ATAATAAATAATAATTTAGCCAGAGCCTGTTGGATCCTTTAATAGATGCA	autosomal
CTTTCCAAATGCTCTCTCTCCTTCCGCTGCTTGCACAAGGAGTTTAAGCC	autosomal
GACCCTGCTGCAAGAGCTTAGCTCAGCTTCCAAGCTCTTAACTGACTTTA	autosomal
ATCCCCTTTCCCATTCCCATGGAATATCCCGGCTGGATCCCCTTTCCCGC	autosomal
CAAGCCTATCTAGGAATTGGAGTGATTTGGACTTTAGCGTGTCTCATGTC	autosomal
ACAATGTTTGGAGAGAGCAGAACTTGGGCAGCAGAATTTGGGAGAGCAGA	autosomal
GGGAACCGGGCTACGGTTCTCTTATTGATTTCCCTAAGGTCATGCACCAA	autosomal
AACCGTGCCGGGCCGAGCCGAGCGCCGCACGGGACCTGGCCATGGCCGAG	autosomal
CGCAAACTTGAGCGCGGCCGTCCCGCGGGGCCGGCGGGCAGCAGCGCTCC	autosomal
AGCCTGCACCCCCATACTCCTGGATCCCTGGAATCCCAAACCCTGCACCC	autosomal
CGCGCAGCGCGGCCGTGCGCGGGGAGCGGCCCCGGGACCCCGGCACCCCC	autosomal
ACCTGCCTGGGCAGCAGGTTTACAGGGAATGCCACACTCAGAGGAGAATG	autosomal
CCGCCCCGCCGTTCCCGCCCCGCGCTGTCCGGTCCCTCCCGCCCCGCCGC	autosomal
CCCGAGAAGTCGTAGCCGCGCACCGGGAGAGCCTCGGCCGGGAGGGCCCC	autosomal
CGGGAGCGGGGCCGGGCGGCGGGGCCGGGACCTCCGGCTGCGCCCGCCGC	autosomal
GAGCGAGCCGCTTCCGCCTGAGGGCACCGAGCCCCTTGACTGACGCGCCC	autosomal
CGGCGCTGACGGTGAAAGCCTACCTGCTGGGCAAGGAGGAGACGGCCCGC	autosomal
AATTTCCGCAGCGGGTTCCCGAAGTCCCCGCCCGACGACATGATGGAGGA	autosomal
AGCGGGGCCGTGCGGCTCTCTCCACACAGCGCCCGAGGAACGGGGGTCCT	autosomal
CATCAGTTAGATTGGAAAAGACTTCTGGCATCATCGAATCCAACCTGTGG	autosomal
CCCCACGAACTCCAGCGCTGTCACCGGCGCCACCAGAGCCACCGACTCCA	autosomal
CGCAGCAGCCGCGCCGCCCCCCACACGCGGCCGCGGCGGCCCGGCCCGGC	autosomal
TGCGTGGACGGGATGTACCTGCCTGGGGACACGGGGACACTGTGGGGACA	autosomal
CACATGGTTTTCTAATACATGGGAGTACTGTATTTTGTAACCACACGAGA	autosomal
CCCAAAAATTTCCCGGAGGATTTTCCCGATGATTCCGAAGGGATCCCCGA	autosomal
CTGTCTCACACCCGGTGCCAGGTGACACCTCCGTGGTGTCAGTGGCTTTC	autosomal
CGTGGTCACGTGACGCCACCATCCGGGTCCTTTGCCTTCTCTGCCTCGTC	autosomal
CGCTGCGGCAGCACGACCCCTACATCAGCGGCATCGTGGACGTGGCCAGC	autosomal
AGGGGCCGGGCTGGGCACGGCTGAGGGGAGCCCGAATATCGGCACAGGGA	autosomal
ACTCATTTAACATAAAATCCTCCAGCTGAGGACATAACAGATATTAAACT	autosomal
CCACTTTCCCTGCAGCCTCCCCTGGCCTTGGGCAGCTCCCTGAGAGCTGC	autosomal
CGGGGCTACCGAGGGCCGGTGCCACAGCCCGGGGCCCATCGGGGTTACCG	autosomal
GCGAGCAGCATCCCGTCGAAGCGATCCTCCTGCTCCGCCGCCTCCTCCGC	autosomal
GCGGCGGGGGCAGGCGGCGGCTGCGGCCGGGCGGGCACGGCCATGGAGCA	autosomal
CATATCCATTTGAGCTGTAATGTCTGACACAGTGTTTTTCACAGCATTCA	autosomal
CATGGCCGCCCCCGGGCGCCGCCGCCATTCCCGGGCGCGCCGCGCTGCCA	autosomal
CTACGTGATTGATTTTTTTTTTCCCCCTGCGGCAACTCGAATTTTAATGA	autosomal
ATGAAAATTACTCAATGAAGAACCTCTATTTTAGACTACTTATGACACCA	autosomal
AAAAACTTTTGTTTCAGGGTCACCACTTGAGGAGAAGCAGCAGATTGATC	autosomal
AGTTTGGTTTGATTCATCTTTAGTTTAATTTCGTTGTTGTTATTTGGGTG	autosomal
TGGAATATTTCAACCTGAAAATAAATAAAGGAGGAAAGCATTGAAGCAAA	autosomal
ATTTAAAAACCTTGATCTAGGTATCAGGACTCAAAACACCCGATTCTGTA	autosomal
GGCCGGACACTGCGGGGATGCGAGACAGGGCACGGACACGTTCAGACCGA	autosomal
GGAGGGCTGTGAATCACCACAGCTTCCCAGCAGGGCAAGAATTGCTGCGA	autosomal
GAGCCCCGGGATAGAGCTCCGGGGATGGGGGTCCCGCCAACGCCTCCGCA	autosomal
GCACGAACAGGCCCTCGGCGCCCTCAGGCCCCGCCGCGTCCGCCGCGCCC	autosomal
ATCCTGGTGTCGCTCTCTGTTCTGCTGCTCGTGCACTTTTCCATTTCCAC	autosomal
CGGAAGCCCCCGCGGGCCGCTCCCGCTCCTCCCGCAGCACCGGCGTCGTC	autosomal
GCCCCCGGCCTCCTCTTCCCGCCCGTGCGGCCGCCGCTGCAGCAGGTTCC	autosomal
CTTGAGCTTGAGCACCACCCGCTCGAGCTCCCGGTAGCTCTCGGCGCTCA	autosomal
GCCGGGGCTGCGGCGGAGCCGGCGGGGAGCGACCATGGCCGGGCCCGGCC	autosomal
CTTCTGCAGGTGCTTCGCTGCATCATCAACAGAGGGAGCCCGAGGATGTC	autosomal
ATGTTCCACTATTTTTATACTTGACTGTCTCTCTCTTTGGCCTGACTTAA	autosomal
CCAGTGCTGCCCTGCTGGATATGCTTGTGGAGGAGGGTCCTTCCAGCCCA	autosomal
ACCGCGACCGAGGGACCGGGGACCGGCGACATGTTCCGCTGCCGCGCGGG	autosomal
TCCTGGAACATCCCTCTTTTGTGTCTCTTTCACACCTTCCCTCCGGGAAA	autosomal
ATCTTTGCTGGTGACGAAGGCCAGCAGCTCGTTGGCCAAGGCCACCGGGC	autosomal
CCTGCAAAAGGCTCGTTAAAAGATCGCCTTCCTCGCTTCCCGCGCGGCCC	autosomal
AGTGTTTCAAAGCCAGAGCAGGAATAAGTGCTCCTTCAACAGTACTGATG	autosomal
ACCTGGGAGGTGTGCGGCTGCGGGCGGCCCGGCACCCGCCGCCCGGTAGC	autosomal
CGTGTCCATCTCCCGGAGCAGCGAGGCGTTGCGCTGGATGTCCAGCGGCA	autosomal
TAAGCCCAGAAATACAGACACTGACCAGAAGTCATGTAGCTATTACATAA	autosomal
ATGCTAAAGGCGTCCACAAAAAATTCTCAACGCTTCTCTTAAGAACAGAA	autosomal
CACTGGGAAATTGGAATCATGCGGAAATTCCCCCAAATTCCCCAAATCCG	autosomal
AATCACATTGTATGTGGTTTCAGAGGCAAGTCCAAGGAATGTGGAAGCAA	autosomal
CCTTGGCGCCGGGTGCCCAGCACCGCGTCCACGTGCAGAAGCAGGAGAAG	autosomal
AGCTGCTGCAGGCTGCTGTAATCTTTGTTCTTGTGCCCACTCTGGCGCAG	autosomal
GAACATTATGTTGACAGCAAAGTTGCAAATTTGACATTTGCTGTGAACAA	autosomal
GACTGTTTACTTGCTTTTGGACAAAATGTACTCACAACTTGGTGGATACA	autosomal
AACTTTCAACTTTTGGGATTCGCTCCCTCGGGGTTCGGGGGAATTTGGGG	autosomal
GCCTCGGGCACCCCCAGGCTGCTGAGGGCCGACACCGCCGCCGCCATCGC	autosomal
CGCGGCGCGCCGAGCTCCGCGCCACCAACCGCAGCCGCACAAAATGGCCG	autosomal
CCGCCACACCGGCGGCACGGAGCGCAGCCGGCCGAGCCATGGCCCAGCAG	autosomal
ACTTCCATAAAGTCTGCAGTGTCCAACCTGCCGGCCTCAGAGAGCTGTGG	autosomal
ATTCTTCAAGGAACAGAACATGAAGCATGTATGTGTTAGAATGCGCTGAA	autosomal
GAGTGCTACCACCGAGCTTTGGGTGAGTGAAGGGGATGCTCAAGTCAAAC	autosomal
CCAGCGCCGGCAGCATGAGGAGCGGCGGCGCCGCTGCAGCCGCTGGGGCC	autosomal
GGCTGACATAGTGTATTTTCTCCATGGTTTCGCCATCTGTGCTAATCAAA	autosomal
CAGTGTGTTGCTCCATGAATCCATTCTGTGCTGAACCTCCCTGCTTTTGA	autosomal
CCGGGGCGGGCGCAGGCTCGCACCCGCACCACCCCGCCTCGGCGGCCGGC	autosomal
AAATTCACTTACTTTCGAAAGGTCCTGTCCAGCAGGACAAACATTGGCAG	autosomal
AGCGCCTCGCCTCGGGCGGCGAGGGGCAGAGCCCCCGGCCCCGCCATGGA	autosomal
ACCAGCGGGTGCACCACCACCCTGTCCACGGCCAGCTCCGGCATGGCGCC	autosomal
CACGGCCCCCGCCCGCCCGGCCAGGGGCGCCGCCATCTTCGCGCTGTCCC	autosomal
GCCGGGGCTGTGGGCACCCCGGCTCCGGTGAGCCACAGGCGGCAGGAGGC	autosomal
CCGGCCCGGCCCCGCTCGGCTGCCGGCACGGCGGGCCGGGACTGCATCCC	autosomal
CGGCTCCGTGGGTCCTGCCCAGCCGTGCCAGCCCGGAGCTGGTGGGGCAC	autosomal
CACAGGGCTGATCCCATGGGAAGCTGGGAACACAGGCGGCCAATCCCATG	autosomal
AGCCGGGGTATTAGTAAAAACCAAGCCTCCCTCCAGGAATGGCACTCGCT	autosomal
AAATCCAGACAGGTGGCTCTTCATGAGAACCTGTCTCTACACCTCTGCAA	autosomal
AGCCCCCCGCCGCCGCCGCCGCCTCCGCCGCCTCCCGCCCCCAGCTCGGC	autosomal
CCCGGCACAGCCCGGCACGGCACAGCGAGCCCCTGCCCTGCGCCCCCCGC	autosomal
CAAAAATATGCATACCAAATATGAATATAAGAATATATTTTGTTCTTATA	autosomal
AAATAGAGCGATATTCCATTTGTCCAATTAATGGCCCCAGGTAGTAATTT	autosomal
AGAGGCTGCCGGCTCTGCCCGCTGTCCCACCGAAGGAGAACGGCTGTGCG	autosomal
ATAAGAAAAGGAGGAAAAGTAAAGAGTGAGACCAACTTTCTCAGAAGGTA	autosomal
ACGGCAACCGCGGTGCCCTGCGGTGGCGGCTCCTCGTCCCGGCCGGAGCG	autosomal
CCTGGAGAAATCCCTGGATCCAAACCTGGAGGTGGGAACGGAGAAATTCC	autosomal
CTCAGTCTTCACCTCTTTAAATTAAATCAAACACAACCGCCTCAGAAACC	autosomal
CCCTTCCTCTCATTTCTTTCTTTACTAATTCTACAGAATTTGCTCTGGGA	autosomal
ACACCACCTGCATGTTGATGGAGTGGAAGTTGGCGGCGTTGCGGAACAGC	autosomal
GAAATAAAGTTTTTGGAGCAGGTAGACCAGTTCTACGATGATAACTTCCC	autosomal
CAATGGTGGTGTCCCCAGCTAGGCTGGTGGCCTCTGAAGGGTGACATTCC	autosomal
CACCAGCCCGCTGACCCGAGAGCGCAGCTTGGCCGTGGCCAGCGGCCGCA	autosomal
CGGGGCCGCCCTGCCGGGGCGCGGCGGCTCCTTCCGCCGGGAGCGGCGCC	autosomal
GCTCGGGGCCGGGAGGAGACGGGCCCGGAACGGGCGGCGCCGAGCGCGGA	autosomal
TACTCACGTGAGCAGTCGTCTCTATGTCAAAGGGACTACTCGGTGAGTAA	autosomal
ATGCTGAGACGTGTAATTCAGGCTGGACATTAGGAGGAATTCCTTCATAG	autosomal
AACCGGGGCTCGCTGCCGCGGAACCGGGGCTCGGTGCCGCAGGGTCCCGA	autosomal
GCGCAGAGGCAGCAGGCGGCCAGGAGCCAGGGCAGGGCGGGCGGCGGCGA	autosomal
AATGAGGATTGTACAAAGAAATATTTCTGCAAAGCACAGGAAAATTACTC	autosomal
AGTTTCGGACCGTGGAAGTGCAGGATCCGCCGCTGCACCAGCCGTCCGCC	autosomal
CAAAACGGTGTTGGCAACGATGTTTTCCAGCTCCATTGACGAGCTCGGGC	autosomal
TATTCACATAATTCTCTCGGCAAGAAACCAAATCAAACTATTCTTTTTAA	autosomal
CGCGTTTCTCCGCGGCTTCGCCCCGCTCCTCCCCGGGGCTCCCGCGCCGC	autosomal
AAGTGGCCGCCGGGTTGGGTTTGTCGCCCGCCGATCTGCCCAACAGCAAA	autosomal
CCGCCGTGCGGGGACACAACTTTCCCGGAGCCGGCCCCGGCACCGAGACC	autosomal
ACACCAGTGACCCCCCAGTAACACCAGTGACCCCCCCCAGTAACCTCCCA	autosomal
AAAATACTTGAAATTTAGGAAATCCAACATTTCTGCCGAAATATTTATAT	autosomal
GGCCCGCCCCGCCGCCGCCGCCGCCGCGCACTAGGGCCCAGTCCCCGGCA	autosomal
ATTCCCTTTTAGCATTCACCAAAGAAGTGGTCTATCATCAAATTGTACAC	autosomal
GTCGCTGGCGCGGTCCATCACCGGCAAATGGCGTCCCGCCACGATCTTGA	autosomal
GAGGTGCAGACCCTGTCGGGCAGGATGAACCCCCCGGCGGCCGGCAAGCA	autosomal
CACCGGCTCCCGGCTCAGCCCGATCTGGAGATGGAAGGCGACGCCGCCGC	autosomal
CGGGTGTCCCCAGGACTATCCCAGGTGTCCTCAGGGCTGTCCTGGGTGTC	autosomal
CGCGCTCCTGGGCTCCCACGCGGTCGTACACCAGCTTGGTGCTCTCGGTC	autosomal
AAGAATTGTGAGCCCTTTAACTGTAACAAGGCAAATCTATCTCCTCACAG	autosomal
GAGGAGGAAGAAAAAAGAGAAAAGGAGCAGGAAGGAAATGAAGGGAAGGA	autosomal
CCCTCCGCCATCTTGCCGGTGTGACGTCACCAATATTTACCGACCCCTCA	autosomal
AAACCAGCTCTTTGTGGAGCACAAGCATAAATTTATCTACTGTGAGGTGC	autosomal
ACAAAAATCAAAAATTCCCAGCTGGAATTTCCCATGAACATTCATGAATC	autosomal
GCGGAGCCGGCGGAGAGCGAGCGCTGCCATGGAGGCGCGCGCCGCGGGCC	autosomal
GCCCAGGCAGCAGCACAGGGCGCGGGCTCCGTCCCAGGCACTGCGGCCAA	autosomal
CCCGGGGGCTCCGCGGGCAGGGTCAAAGTCCAGCCCCGGCCGTGCGGCCC	autosomal
AAGTGGTGAAAACCGGCAGCGCCTGTGCCGCGCTCGCCTTTCCAGGGCGG	autosomal
GAGGGTCCCTGGTGCCGGGGCTCCCGCAGAGGAGGCAGCTCCAGGTGGAA	autosomal
GAAACCCTTCCGGGCGGGCGGGTCCCGCGGCGATGGCGGGAGCGCGGCGC	autosomal
CCCTCGAGCGCCAGGGCCGCGTAGCGCTCGGCCAGGCACTGGCAGGCCCC	autosomal
AGAAACAGCAGAGCTCTTGAGTCACCATCAAGTGGAATTAAAGCAAGAAT	autosomal
CGCCTCCCTCCTCCTCCCTCCCCCGCATGCGCGCGCCCGACGCCGCCGCC	autosomal
GATAACCAAGAAGAATGGAGAATGAAAGATGAAAATCTGGAAAATATACC	autosomal
ATTGCTGTAGTAATGTTGGACAGATATTTATCTGATTCTTTTCTGAGGAG	autosomal
GCGGGGGGAGGGCGGCAGTGCGCGCGCGCGGGCGGCGGCGGCTGAGGTGA	autosomal
CGAGCGGGGAGCAGCGGCAGCAGCTGCCGAGAAGCGGCGGCGGGGATGAA	autosomal
CGGCAGGCGGAACTCGAGGTGCTCCTGCGCCAGCAGCAGCAAGTAGCGCC	autosomal
AATATTTCAAATACCAACTGTATGCTGGGAAGCTCCGGGAGGCATTGGGG	autosomal
CGGGTGAGGGTGACTTGGAAGCCTCTGCAAGATCCTGGAACAGAAACTAC	autosomal
TCACATTATGAAAGAAAGACGTGAACTACAAACCTGAATGCAACCTGGAA	autosomal
CAGCAGGGCCACCAGAAAAGCCTTCATGGTTGGTCCTCGTGCCCTTGGAG	autosomal
CCGCCGCCGCCGGCTGAATATGCTGTCTCACGGTGGACAGGCTCCTCCCG	autosomal
GCGCCCCCGCTACCCGCCTCCCGCCGCCGCCATCTCGGGCCAGCACTCCC	autosomal
ACGAGTGCATTGCCCACCTCACAGCGCTGGCACCGACCGACAAAGCCCAA	autosomal
CAGCCCTGCTCCTCTTGTGCCTCTGAGCTCGGCACCTCCAGCCCAGCTGC	autosomal
AGGGCTCGGGGATGCCAGGAGTGGCTGCACTGGGAGGGACTGGGCTCTGC	autosomal
ATAGAAAAGCCAGGATGAACACAAAACCAATGGAAGTGCTGCTGTTCCAG	autosomal
GCCGGGCCGAGCCGCTCCGGTGGGCGCAGGTGCGCGGAGCCCCCCCGGAC	autosomal
CTGGGATGCTGAATGTCCTGGGGCATTCCCAGGTGGTTTTTTCCATGGCA	autosomal
TCTCATTTAATTAACTGATTCACACAGACTAAAACTGAGTAGATTTTGCA	autosomal
AAAATGAGCAAACCTTAGTGAGCCTTCTCAGGGTCTCTCCAGATGTTTGC	autosomal
CGCGGGGCCCTCACGGCGCCCCCAGCCCCAAACCCCGGCCTGGCGCGGGC	autosomal
CCCGACGCCGAGCACGGCTACGCCGCCGTCTGCCCTGCGCCGGCGCGCCG	autosomal
GGTGGCCTTAGAGTGACCAGGAGTGACCAGTGGTCACTTTGAGGTGACCA	autosomal
AGGTGGCCAGGGGACAGCGGGAGGTGGCCCGGGGACAGCGGGAGGTGGCC	autosomal
GGAAGCTGCTGGCATTGCAAGCATCTTGGGTAGATCCTCTGACAAGAACC	autosomal
AATCTGGTGGAAGAAGTCAATAAATTCAGCCAACAACAAAAAAGCCTCGT	autosomal
AACTCTGTCCCTCTGGAGTTCGATTTACTCACTGCTACCATGCAGCTCTC	autosomal
AGATGGCGGCGGCGCGGGCTGCGGGCGGGCGGGCCTGAGGCGGCTGCGGG	autosomal
CCCGGGCTGGGACAGAACCAGTGCCCAGCCCCAACCCCTGCATGGCCGCG	autosomal
ATGTGCTCAGAAGTGTTGAATTTGATGAGAGCTGCCCAGCTAGATGCCTC	autosomal
TGGAGTGTGCTTGTCTTCCTTTCTCCAACCAAGTACCAGCAACCAATCCA	autosomal
ACGGTTGATGCATTTACAAACCGACCCTTTTCTGGAAATCCTGCGGCAGT	autosomal
CCCGGCTCCCGATTTGAAAATGCGGGAGCGGCTGCTGGTGCTCCTGTGCG	autosomal
CAGGCCAGCTTGGGCACGCTCGCAGGTCTGTGCTCTGCGTCACTGCCTGG	autosomal
AAGGCCGGGCACGGCGGGGGCGGACCGCGGGGTCCCGCACGGGCGGGCAC	autosomal
CGCTGCAGCCGCGGCTCGGCGGCCAGAGCGCAGCCCAGCAGCACGGACAG	autosomal
AGGAGCGGCCGGAGCGCGGAGCGGCGGGAGGCGGGCGCAGCTCCCCCGGG	autosomal
GCAAATTTCTTTCTGTTCAGATATTTGAAATACATACATACACTTATATA	autosomal
CTCTGGTCAGCACATGCCTGCTGCTCCTGGTGTGTGCTCCAGGCAGGCAC	autosomal
ACGGCCTCCGGTGCCAGCGGGACAGGGCTGGCACGGCAGCGCCCCGGTGC	autosomal
AAAAACAGACCTTCAGGAATCTAAGAGAGATCTATATTCAGTTGGCAGAG	autosomal
CAGTGACCGCCCCGACACCCGCCACGGGCCCACCGCTCTGCCCCGGTCCG	autosomal
CTTCTCCTGTGCTCACACACAGGCTGGGAGCCTTGCTGTACCATGATGAA	autosomal
ACCCCCCAAAACCGCCCCGCCATGGCCGACACCCCCCCGGCCCTCACCCT	autosomal
ACCCGTCGCGGTTCGCGGGGCCGGTGGCGGCGGAGCTGCAGTGCGGGCTG	autosomal
ATCCCCGGAGCGGTGTCCTGGCGGGCCCGGCTGTGCCCCGAGCCCTGCGA	autosomal
AGGCAGCAGATCCTCCAGAGCCCCGAGTGCGTGAGATCGCCCCGCGCCCG	autosomal
CGCGGCCCCATCCGCGCCCCGAGCCGGGGGACCCCGGGACGCGGGGGGAC	autosomal
CAGTCTCCATGGATGCAGCTTGGGATGCAGGCTGGAGCATGCCACGGGAG	autosomal
CCGCTCCGAGCCGGGGGCCGGGGCAGGGCCGTGCCGGGGGCCGGGGCCGG	autosomal
CTTCCTCAAACAATTTCCCAGGCATTGCTTCAGATACTGAGACTCCATCC	autosomal
TCTGCGCTCACTATAAAAAAAGGCGACAGTGCGGCGCAGGCTTTTCAAGA	autosomal
AGAAGAAGGCACAGACATTTTTCCTGCGTTTTGGAAAGGCCAGGCGGGCT	autosomal
AGCTGTGAAGAAAGAGAAGCCTCTCATTCAGCATCCTATTGACTCTCAGC	autosomal
CAAGAAAAAAGGTCTCTGTGGGCAGGGGCTGGTTATCCCAAAGTCTCCTA	autosomal
AGGAGACGCGGTTCTCTGAAGGGCTGCGCACTGTGAGGAGCCGCCTCAGC	autosomal
AAGTCTGTCCCAGCAGGATTCAATAACTACAGCCCCCTTACCGGAGGAAA	autosomal
CTCGTAGCGGCGGCGGCAGCTCCCACCAAACATGTCGGCTCCCGCCGGGC	autosomal
AGGGAGCCCGGGGCTGCCCTCGCTCACAGAGCCCGGACAGGTGAGTGGGG	autosomal
CATCTAAGGGGAAAAAAAAAAAAAAAAACCCAAACCAACTATTCCTCAAA	autosomal
GCCCCGGTCACTTCCTGCCCCGCCCCCGCCGCCGCCGCCGCTCCCGCCGC	autosomal
GACTCTTGCTAATTGATGCTAATTGCTTCTGCGAGACGAGCAGCGGACGA	autosomal
AATTCTTTCTTTTTCCTCCAATCTTCCCTTGTCATTTTCTTTGGCTCCTC	autosomal
GGCGTCAGCGGGCTGGGCCTGGAGCTGCTGCCCCCCCCCGTGGGGTACCC	autosomal
CCTTGCCAGCCCGCTGGCATTACCAGCCCACCTTGCGACAGCGCTGCGTC	autosomal
GCGACGGCTCCCAGTTGCTTCTATCATCTGCGTGCTCCTGATACTGGCCC	autosomal
ATGTACTTCCCCAAGCTCATACCTGGCTCATGTCATCTTGCTGCCTCTGC	autosomal
GGATCGGAACCGGGAACGGGGACTGGGAAACCGGGAAACCGGAACCGGGA	autosomal
GCCGCCTGGCCCGGCCATGGACACCAGCGACTTGTTCACCAGCTGCAAGA	autosomal
ACAGACTATCTAACAACACGTGTACCCTTGCTGAAGAGCTGCTGATATTC	autosomal
CCTCGGACAGCAACGAGGCCGAGGATGCCCAGCTCGAGGAGCGCCTGTCC	autosomal
CTCACCCAAAAGCATCTCTTTCCCCAGCACTGTGTGTGCCATCCACCCTC	autosomal
CCAGTCCCGTGTCCCGGTGTCCCAGTCCCGTGTCCCGGGGTCCCGCAGTC	autosomal
TAGGAACACCGGGAACGCCGAGAGAAACACCGGGAATGCCGACAGGAACA	autosomal
CATCCTGGCCCCCCGGGTTGCGAAGGGAAGAGGCCGGTGGGAAGCGGTGC	autosomal
ACAGCGCCTCCCGCAACCACCGAAACGGTGAGAGGGTCAAAAGCCTGCGC	autosomal
CAGGACTACAGCTCCCAGAGCCGCCCGCGGGGCGGTGCCGCGGCCGCTGC	autosomal
GGGAGAGCACACAAACCGGCCTGCCAACACCGTCCCTACCACTCCGCAAC	autosomal
CACAGATCCGGGGGCCGGGCGGGGACACAGTGGGAAAACACCTGGGGCGG	autosomal
CCCCCCCGCCCCGGGGCGCTATGAGCCATGAAGCCGCCCGGCAGCAACTC	autosomal
AACACCAGCCAGGCAGGGATGGGCATCACACAGAGACTCTGCAGGACCTA	autosomal
CGTCACCGTGCGGCGGGGTGCGCAGCAGGTGCGGGTGGCGGCGCGAGACG	autosomal
AAGTGAAGGCAGAGCAAGCAGCAGCTCACATCATGGCTCCCTTCCTGCAC	autosomal
GGCGAGAGCGGCTGAGGCGGCGATGGCAGCGCCAACGACCCCTTCAAACC	autosomal
CGCGCTCGCCGCCAGCCACTTATATTCCCCGTCCCGCTGCACGCCGGGGA	autosomal
AGGTGGGGAAGGTGAAGGAAGAGCTGGAAAAGGGTAAAGAGATGCTGAAA	autosomal
CTGCCGCCGGCAGCTGTAGCGTGTCCCCAGGAGCCGGGGACAGGCGGGCA	autosomal
CCAGCAGCAACTGACCTTTTATCACACCACAACTGTCGTGTCCAACCTGC	autosomal
GCCCGCTGCCCCGGCAGCTCTCCCGAGTGAGCCCCGCACTCCTCCCGAGC	autosomal
AGCGTGGCTGCGGCTGGGCTGGTCCAGGGAGGGACAATAAAGCCAATCCC	autosomal
AATACACACTTTTGGCCTTTTCTTGTAACAAGTGTGGCTACAGATTCCAT	autosomal
CGCTTCCGGCCGGGAGCGAGCCCCCCGCGCGCGCGCGCGCGCGCACCACC	autosomal
AACGTGTAGGAGTCAGTCATAGGTAAAAACCCCTATCACGATTAGCATTA	autosomal
AAATGTTTTTGTCTTTATCACTGTTGTGGCAAAATCCAGTTTTATAGCAT	autosomal
ACTCACTCTGTGCTGAACTGCAGCCATCAGTTCAGGTGCTTTTCTGTCTG	autosomal
CCCGGTACTGCCCGGCGGCGGCGCTGCCCACGGGTCCGGAGCCGAGGCGG	autosomal
CATCTGCCTGGCTGCAGTGATGGAGTACATGGCAGCAGAGGTGCTGGAGC	autosomal
ACCTCTCTGCAACTATGATTATTCAAAGTCAGGGATGGAATCAAATGCAC	autosomal
TGGTGGAAGGTCTGTGCACCCAGCAGACTTCTCCTGGTGGGATGTTCAAA	autosomal
AACTGAACAGGATTTCTTATCTTCCATAATTTATCTATTTCATGTCTGAA	autosomal
CGGAGAAGCCGCCGCTTCCGCCGCACCGCTCCCCGCCGCTCCCTCCTCCG	autosomal
GGTGCCGCCGGGCCCCGCGCGCCTCCTTCCCCACGCCGCCATCTTGGAGA	autosomal
ATGGAGGCTCCCGCCCGCCGGGACGCCCGCCCCAGCCTGGAATGTCCTGG	autosomal
AGGTGGTTTTGCTGGTGATGGCATTCTTCTTTCTGGTGACGAGAAAGTCA	autosomal
GCGTTCTGCCCGCTGCCACAGGGGCTGGCGCGGCTCCTCCGAGCGCGGCC	autosomal
GAAGTTGGGGAATAATGAAGGACAGACTTGCCTGGGAGAGGATAGAAAGA	autosomal
CGTCGGCTGGCGCGGGATAATCGGGATAATCGGGATAATGGCTGCGGAGC	autosomal
ACACGCCGCCAAGCGGAGGAAGGTGCTGTGCTCCGAGTTCACCGCCATCA	autosomal
CTACTCGGACATCGAGGAGCAGGAGGACGGGCTGCCCCAGCGCGGCGGGC	autosomal
ATTTAGTTGTTCCACCTCAGTGATTCCTCACTCAGCACACCTGAAAGTAG	autosomal
CAAGCTGAGCTCGGGGGGGATCCGGGGGGATTCACTGGGCTCCTTGGCAC	autosomal
GCGTGGCCGTCTTCTCCCTCTACTTGATGCTGGACCGGGTACAGCATGAC	autosomal
GACGCTGCCCGTTCTCTCTGTCCCCAGCGCACCCGCGGGTGTCCCTGGGC	autosomal
GCCCCCCCGTACCCCCACCCCGGCCCTTTCCGCACCCCCAGTGCCCCTCC	autosomal
ATGTGCCAATAGAGGCCTGCATCTCAGTGGGAATTGCAGCAGCAAGCAAC	autosomal
AGAAGGCCCATCTGGAGGGGCGGCTCCCCCTCCTCGGCACTTGGTCAGAA	autosomal
ACACCCTTTCCTTGGCCCCAACATCCCCAAACCCCTTCCCAGCCCTCCCA	autosomal
CGCCGACGCGGATCTGGTGGTCGTGGTTCGTCAGGATCATCCCCTCCGAC	autosomal
CGACCCCCATCCTGGGCAGCGGGGACTTTTCCAACAGGCAAAAAACACAC	autosomal
ATCGCCGGGGAGCGGAGCGCGTCCGGCGGCGAGTGTTGCACATGCAGAAG	autosomal
CGAGTGCATTTTCGTGCAGCGCTGCACACGCTGCCGGCCCGGCCCGGCTC	autosomal
ATTCTGGTGAGGACTGTTTGAGCCTGATGGCCAATCCAATCCACCTGTGG	autosomal
ATGCAGTCCCGGGCCTTGTAGTCTGTTTTCCTAAGGAAGTGAAGCTCCTG	autosomal
CCACGGCCACGGCCATCGCGGTGCGGTGTCTGCGCTGCGCTGCCGCCCGC	autosomal
GGTGCTCGGTCTGCTCACCTGCTGCTGGATTCGGGATCTGGACACACTGA	autosomal
ACTCCCACCCAAAACAACCAGGGCAGAAGAACATGGGCTGGGGAGAAATG	autosomal
TGCCAGTACCTGTACCAGTACCGGCGCGGTCAGTGCCGGAGGCGGTGCCA	autosomal
CACCCGGAAACAACAGGAATTCACACCCAGGAAACTGGGATTTGCACCCG	autosomal
GGTGGGCAGCGATCTGGTTGCACACACTGACACAGTATCGGAGCAGGTCA	autosomal
TGAGTTTAAGATATCACCAAAAGCCACCTCCTACTTCCTCAATGCAAACA	autosomal
CCGCGGGCCCCTTCAGCCTCAGGGAGGTTCTGGACGCCTTCCGGAGGTGC	autosomal
GTGGCTATGCTTGTGGGATAGAGAAAAACTTGCCATGGTCTGAAGGAAAA	autosomal
GTGTCCGGTGAGTGTCCGGTGGTGTCCGGGAGTGACCGGGAGTGTCCGGA	autosomal
ACCAGAACTGTTTGGATGTCATCTCATCTGGAGGATGGCACAGGAAAACA	autosomal
CGTCCAGGGGCTCCCTACCAAAAATCCTGCCTGGCCGAGCCATGCCGAGA	autosomal
CTGCCCGTCTCCGCTCCGGGCCGCTCGGGCATTTTCTCTCTGCCTTAAAG	autosomal
AGAGCCCCGCCGCCCGCCCGCCCTCCTCCCGCCGCCCGGCCCCGGCCCCG	autosomal
CAGGTGCAGCGAGAGCTGCAGCAGCGCCAGCGCGCCCAACAGCGAGCTCA	autosomal
CCGCAGCGTGAGCTGCACCAGCGAGACGTGCGAGGAGTCCATGCTCTGCA	autosomal
CCCGCCGCCCGCATGGACGGCAGCGGGGGCAGCCGCAGCAGCAGCCGCGC	autosomal
ACATCAGCGGCATCGTGGACGTGGCCAGCCAGGTGGCGCTCTACACCTTC	autosomal
CATGGGAGTGGAACAAAGGGGATGCACCGAGCCAGGCCCGCTTTCGCCCC	autosomal
CGGCGGAGCGCGGCCCCGGCGCGGCTTTTCACATGTTCGTGCTCATGGAG	autosomal
CACATCCTGGTTCTCCACGTTCATCCCGGCGAAGTTGCGGTGCCCCGCGC	autosomal
CAACCCAAATCTCTGTTACTTGTTCCCAAACTGGCTGAGCTATAAAGCCC	autosomal
CCGGGAGCTGTCCGGCGCCTGGAGCCGGACGCGTTACGCTCTTCTTTGGA	autosomal
CGGGGCCCTTCGGCAGCGGCGGCGCCGGCGAGAGCAGCGGCGGGAGCGGA	autosomal
ATAAGTACAAGTATTTTCCTCAAGAGAAAAGCCCAAGCTATGCCTGTGAT	autosomal
CCGGGGCTGGGTGCGGAGCCGGGACTCGGTGTGGAGCCGGGGCTGTGTGC	autosomal
CCGCCGAGGGCAGCAAGCCCAGCCCGGCCGCCGCGGGCAGCGCCGGGCCC	autosomal
CCCGGGAACCGGGGCCGTGGGGAACGGCGGCAGCCGGGGTGCGCCCGGGA	autosomal
CAGCACAGATTCCAGGCCTGCAAGAGACAAGCCTCCCTGCTGCTGGATCA	autosomal
CTCTCAAGGCAGTGATTTGGTCTTTAGGATCAATACGAGGTGGAAGGAAG	autosomal
GCAGACATGAGGCTCCAGCTGCTGCTTTGGATCGTGGCTGTGCTCCTGGC	autosomal
CGCCTCGCCTCCATCCCGGCCCGTCCGCCGCCACCTGCCCTCCCCGGCCC	autosomal
AATTCCTTTGCCTGTTATTCTCAATGCTGCATCCAGACTGAAGCATCATC	autosomal
CGCCGCCGCCGCCGCCAGCAGAGGATGGGCCCGGCTGCCTCACCGCCTCC	autosomal
AAACCAAAACACCTTTTGGCTTCAAGCTATGAGTATATTTTTGTGATGAT	autosomal
AGGCGGCCGCCGAGAGCCGCCGCTGCCGCCGGAGCCGCTGCGCCCGCCGC	autosomal
AGGCGGGAAAAGGAGCAGGGAAAGGCAGGAAAAGGAGCAGGAAAAGGCAG	autosomal
ACTGCCTGTGCCGCCTGCCCTACGACGTGACCCGCTTCATGATCGAGTGC	autosomal
GGGATTGAGGCGTGGGATTTTGGGATTTGGGCCAGAATTTTGGGACCTGA	autosomal
CTCCCCGGCCCCTGCTCCCGGCCCCCGCCGCGGGACGAGGAGGAGGGCTC	autosomal
AAGGACTGTTTGACCATTTCCATGTGTGCCAAGGAGGACAAACACTGTGT	autosomal
CACTCGGACTGAGGGACAGCGGCGGAAGGAACGAGAGGGCGGTGAGGGAC	autosomal
AAAGCTTGAATCCGTTCAGAAGACTTGAAAAAGTAAAGCAGGAATATTAT	autosomal
CCTCGGCGGCCTCGGGGCGCGGCCGGGCCGGCAGCGCGCTCACCTCCCGC	autosomal
ACGCTGCTTCCCAGAGACTGTGGCTAAGTGGATGAACTCAGCCTTGAAAA	autosomal
AGCTGACCACCAGGCTGGTCTTGCCCACGGCACCATCGCCCACCAGCACG	autosomal
AGAAATAAAAAACAAAGGTCCGGAGACCTTAAATATTGCATTTAAGGATG	autosomal
ATCATGAAGCGGCTCACGTCGTAGGGTTCGCGGCACACGCAGTACACGGG	autosomal
AAAAGAGGGAAAAGGGCAAGAAAGGGGAAAAAGGTGAAAATGAGGAAAAA	autosomal
CCCAAACTGGTCCCAAACTGGTCCCAAACTGGGATCGCTCCTCTCCATCC	autosomal
ACACAATGTGTCAGTGAAAGTGGAGGCTCAGGGAGACGACTGGGACACGG	autosomal
TTAAACTAATTAAAATAAAACTGGATAGAATTAATAGAAAAAGCCTCAAA	autosomal
AACTATGAAAGTAGGGTGCTGTACACTACTTCCCATTCCTGAAAGCAAAT	autosomal
CACACCTACTCCATGCGCTACGTGCTGCCCGCCGCCGTCATGATGGGCAC	autosomal
AAGATGCAGATGCTGAAGCTGGACAAGGAGAACGCCTTGGACAGAGCCGA	autosomal
GCGGCGTCACCGCCTCCACCAGCGCCTGCCGGCACACCGGGCACTCGGCC	autosomal
GAGAGACCCGCACCCACATCTGGGCGGGGAGAAGGACCCGCACCCACACC	autosomal
TAACAGCAGAGAGAGACAGGTCCTGAGCTTCAATGGTGACAGTCTCTCGA	autosomal
GGGAGCCCCCCGGCCGCACAGGATGAAAGTCACGGTGTGCTTCGGGAGGA	autosomal
GGGCGGCATGCCGGGGGCGGCAGGGCGGTAGTGGCGGAGCCGAGTCTGTA	autosomal
CCGTCCCTCAGAGCGCCGCTCCCACTCTCTCGCCGTCTCTCGGCGTTTGA	autosomal
CCGGCGGCGGCGGCGGCGGCTGGACGGGCCCGGGGCGCCGCCATGGAGAG	autosomal
CTCTCGGTGAGGAGGAAGGCGGGATTCTGCCTGGGAAAAATGAGAGTAGC	autosomal
CCGGCTGCTCCGCATTCCTGCCCGGCCGGGGAGAGGAGACGAGAGGAGAG	autosomal
CCTGGGCACGGAGACGATCCCCGCGGTGAGGCACGCCAGCAGCGGCACCC	autosomal
ATCGAGCCAATCAGGAAAGCAAGGAAGGTGAGAGCCCCTCAGCATCACTG	autosomal
CAGTTCCCGCTGGGAGAGAAAGCCAGACTGGCCTGCCGGAGGGCGAAGGG	autosomal
CTCGGCGGAGGACGAGGCCACCGAGGCGCTGTCCGAGTCGCGGCCGCGGC	autosomal
TTAATGAGGAATTACTCTCTCCACAAGGATGATGTATGTAACTAGAACAA	autosomal
CATCTCAGGACTCCGAGACCTGTGTATGGTCATGCACAGTCAAATGAAAG	autosomal
AAAGTCTGTCACACAGCATTGAAAAATGAGATGTGTCTTTCTGGCCATCC	autosomal
AGCTCCAAATCTTGACTTAGGTTGGCCCTATCTGATGCCTGGAATTTCTG	autosomal
CCAGCCGCAGGTGGCAGCTCGGCGCGCTCCGGTCAGCCATGTCCACCCGC	autosomal
CAAAGAGCTCTGGAGGAGGAGCAGGTCCTGTGTGACCGAGGTGGGCACCA	autosomal
TTATAAGATTAAGGTAGACTACAGAGACACATACCTGAATTTTCCCTGAA	autosomal
GCTACCAGCTCCTCAAGGCCATCAAGCCCATGGTGGAGAAAGGCCTGGCC	autosomal
GACCGGGACCGCGGCCGGGGGACCTCCGGGACCACAGGGGACCTCGGGCC	autosomal
CCTCTCCCTGAAGGCTTCACTGAAATAGAAGTGTTTGCCATTGGCACTGC	autosomal
CGGAACGCGCGGTCCCGCTCCATGGCAGCCCCAGGGCAGCCCGGGCCGCC	autosomal
AAGAGCGTTTGCTACCGCAATTACAACGACACCTGTGAGAACGAGCTGTC	autosomal
ACAGTACAAAATTTTCCACCCACTCTTACGCTTTCAAAAATGGTCTCTAA	autosomal
AGACAAGTATTTACAGAGGAAAAAATAATAGTTTTAAAATATTAAAGCCT	autosomal
AAAACTTTTATACAACTTACATTTCTCTTTGAATCTTTTATTTCTGTAAC	autosomal
CGGGCGGGCGCGGCGCTACGAGAGGCCGGGGCGGCGTGAGGCGGTCGGGC	autosomal
GAACCTTCCGCCGGTTGCGGAACTGCCGCTCGCTGTGCTCCAGGCGGCTC	autosomal
CCCGGCGTGCCGGAGCTGAGGGGGCCGGTGGGCGCTGCAGGAAGCCCGGC	autosomal
CCCCGTTCCCAGCCGCTCCCGGTTCCGTTCCCTTTCCGCGCTCCCGGTGC	autosomal
AGCTTGGGCAGCACCTCCTCTCTGTGGGGGCACAGAGAGGCACACTTGGG	autosomal
ACGGCGGCGGCGGCCGCGCTTGGCGGCGGCGGAGCGGGAGCTGCCCAGAC	autosomal
GCCGCAGCTGGGCCAGGTCCGCGGTGGCGGCCGCGCTGTGCAGGTCCGCC	autosomal
CCCCTTGTCTCCTCGTCCTCCATCCCTCCTCCTCCTCCTCCTCCCCTCCG	autosomal
CGGCTGCAGCGACTCCCCTTTGTGTCTGGAGCCGCCCGTGCTGTTGGGGC	autosomal
AGGAGGAAAAGTAAAGAGTGAGACCAACTTTCTCAGAAGGTATTTTTACA	autosomal
AAAAGTTAACTGTCAGTTTAAAACAGCCCTGTGAACACAGCTGCCTGTAC	autosomal
GTAGGAATACACAATGTAAACAAATGTATTTAACTGGAAAACACATCATA	autosomal
TTGAATTAGATAAATTTGATACAAATAAACATATCAAATAGAGCTGTAAA	autosomal
CAGATTTCAGGGACCAGATCCAGCGTTTCGCCCTTTATTTCCCCCCTCCC	autosomal
GGCCGCATCGCCCCCTCCCCCACTGCAGGGTCTGGGGGGCCGCATCCCCC	autosomal
ACCCCTGACTCGCGCTCCACACGCGCACACACTCACACGCACACAGACAC	autosomal
GCGCGGGCCCCGCCGCCGCCGCGATGGTGAAGGAGCAGTTCAGGGAGACC	autosomal
ACTCCAAACCCGAATCGTATTTGAACATTCACACCCACATCTCCTCCCAC	autosomal
CCGTCCCGGCCCCTGAGGAGCGAGCGGAGCCGCGCTCGGTTCCAGCGCCG	autosomal
GGCAGCAGGAGCCCGAGCCCCGTCTCAGAGCTCCAGCGGAGCCCGCAGGA	autosomal
CGGGTTGAGCCGGGGTGGAGTGATTGTGGCTAGCAGCAAACATGTCTCTC	autosomal
AGGGCGTCGACCCGGATGCCCGCGGCCATGGCCGCCTCGTAGCTCCGCAG	autosomal
ATTGACCAGCAAAATTCTCTTGGTTGCCCTGGCTGTGCACACACAGCATC	autosomal
AAAGCATGACATTTTGGGATTAGTTATTTACTAAAGATCTTGCATTTAAA	autosomal
CGCGTGAATGCTGCCTGAAGCAAAGGGGAAAGAAACGAGGCCGGGAGGAA	autosomal
CTTGACGTAGAGCAGGGGGTGGCTGGCGGCGACGAGCCCCGCGCCCAGCA	autosomal
AAACCTACAGGAGTCATTAAATGTAAAAAGAAAAACTTTTAGTACATGGC	autosomal
CGCGTCCGCCGGGCTCCCTGAGCGCGCCGGGTCGGGCCAGGCCGGGCGGA	autosomal
ATGATGACACTGCTTGAAGGGAAAGGCCACAGTATTCTAATGCAGGTAAT	autosomal
ACAGAACATTTATCTAGATGGAAGAAATGGAGACGAACTAGCAGTAAATC	autosomal
CAGCATTCTGGCAGGAGAAAGCGATGTCAGTGCCGACCACAAAGCAAGGG	autosomal
AGGCGCGCTCCCGCCGCGGCCGGGGGCGCGCGTGCTCCGGGCCGGGCAAG	autosomal
GCACCTGACCTTAAGCTAGAGAATGGCAACTTTTTAAGGATTACTCATTA	autosomal
AATGATACATGGTGGTATGCACCAGTATAAACCAGTATAAACCAGTATAA	autosomal
CGGGGAGCTGCGATTGCGCTGCGGGGGACGCGCCTCGCTCTTTCCCTGTC	autosomal
GAAAAATGGGGAAAAACTGGGAAAACGGGGAAAAACGGGAAAAATGGGGC	autosomal
ACTGCGAGCCGTAGTGGTGCGCCGCGGCCTTCAGCACGGCCGAGCTGACC	autosomal
AGAGAGGAGCCAGCAGGACAGGAATGGGGAGCTCCTGGTGATCTGGGCAC	autosomal
ACCGCGGCTTCTCTTCGCCGCGGCGCTGGAGGCGGCCGTGCCCGCAGCGC	autosomal
GATAATATGCAGAGTGGCTGGTTGGAAGATGTCACCACTGCTGAATAGCC	autosomal
CGGTCCCAGTCCAGTCCCAGTGCCAGTGCCAGCCCAGCCCAGCCCGGTCC	autosomal
CCAGCTCCGTCAGCTGCAGCGCCGCGCTGAACCGCGCCGCCATGGCTGCC	autosomal
GGGTGGTGCCGGCGGCCCCGGCAGGGTGTCGGCCTCCTCCCGGCTCGGGA	autosomal
CCGCACAGGTACGGGGCGGGCCGCTCCCCGCTCCTCTCCTCCCTCTGGGA	autosomal
TCCATTTAAACACTCATTTTAACTAATGACCCATGCAATTGCTTACAGCA	autosomal
CACACTAATAGCACACTGTGGAATGTGGGATACAGAGGCAAGGGAGGGCA	autosomal
CGCGGTTACGGCGGACGCCGCGGCCACAAAATGGCGGCGGCCGCCGCGCC	autosomal
CTCGGTGGGGCCGGCGCTCAGCAGCTTGTGCTCTGCGGGACAGGGCAGGA	autosomal
CGGTGCTGCGGTGCAGCAGGATGGTGTGGAGCATGGCCAGCATGGCCTCC	autosomal
CAACCCACTTCTGACCACAGGCTCTGCCTCTCACCTCCAGTCCAGGTGGG	autosomal
CCGCGCTCACGACGCCGGCAGTAACGGCGGAGCCAGCACCGCCATCTTCC	autosomal
CAGCCCAGCTGCAGCTCCTGGAGGAGACCCTGCGGAAGAGCCTGCCCACC	autosomal
GCCATGGTTATTACTCTGAAGTTTCTTCCTGGGTCTGGGGCTCCAGCAGC	autosomal
CTTCTGTCTGCACACCTGCTAGCATTAACTTACATTCACTTCCTCTGGAA	autosomal
CAGCTCCCGGGCCCGCTTCACCAGGAACTCACAGTCCCCCTGCGCCGACA	autosomal
AGGCCTCACCCCCCGACCCCATCCAGGCCCGGACATTACCGGGACGCCAT	autosomal
ACCCCGCTCCCTACTTCCCGCCTCCGCGGGTCACGCTGCCCTCCGGCCTG	autosomal
CGGGGCGCAGCCTCCCGGGCCGCAGCGGGGATGCGCCGCGGATCCCGGCC	autosomal
CAGCCCGTAAATCACCGGCGCGTCGTCCTCCATCGCGACACCCCCAGCCC	autosomal
AGAGCCACCGGAGCATGGCCGGGGCGCGGAGCTGCCGTCCCCCCGCGCCG	autosomal
GCTGCCTCTCCCAGCCCCAGAACCCACCTTTTCCTTGCCTCTGAGACCCC	autosomal
ACGTGGTAGCCCTCGGTGCCGCCGCCGGGGATGTCGATGCTCTGCGAGGC	autosomal
CGATGGCGGCGCGGAGAGCCCGGCGGCTCCTCGGCTCCTTGTGCATCGCC	autosomal
ATCTGTCTGGCTCAAGTGTAGCAGTCGCAGTCTTTTACTATGTTTGCCTA	autosomal
CCAGCTGCCCGAGCTGGAGCGCCGCGGGCTGCCCGTGGCCCGCATGGCGG	autosomal
AGCTATTTGAGCAGGCTGCCAGGGAAATGATTTGCATTTAGTAGAACTGC	autosomal
CCGGTCCGACCCGCCAGGGGAGGCCCCGGGAGGCCCCGACCCGGCTCGAC	autosomal
ATTTTAATCACGTCTGTCTGCGTAAGCTCCGGGCAGCGCGATCCCGGCCC	autosomal
CCACATTCCTGGGCGTTGTGGTGCCCACGCTGCTCTCCATGTTCAGCGTC	autosomal
CTTCTCGGTGGTGAGTACAGTGCTCAGTCCAGGCTTGCCCTCTGTTTCCC	autosomal
AGCGGAGGAGGCTGTTTTGGAGGTTGCCACCGCTCCTGATGGATGTTTTG	autosomal
TGGGGAAAAAAAAGGAAAACACCCCAAAAAAACCCAGCAACAACAAAAAA	autosomal
CAATGCTGGTCTATGGGCGGCGATAAGGGGCGATAAGGAGCGATGAGGAG	autosomal
CGGCGGGCCCCGCTGGCCGCACACCCATGCCGCGGAAAGCGCTGCGCTGC	autosomal
CCCCGCGCAGGCGCCCCGGCTGTCGCGGCCTCGGGGCCGCCGGTCCCCGC	autosomal
CGCTCTGCAGGCAGGGAGAGGCAGAGCCCGGCTCTCCGTGCCACCACTCC	autosomal
AGGGGTCGCGGGGTCCCCGGGCCGGCCTCGCCGCGGAGGCTCCACCAGCG	autosomal
CTCCCCCATCGCAGCACCATTAATTCACCCATTAATGGAGAGGATTTCCC	autosomal
CGCCCGGCCGGGGAGCGCGGCCATGGCGGGGCGGAACGCGGGCACCGAGC	autosomal
CAGGATCCTTCAGCAGGAAGTTAGGTGTGGTCTGTAAAAGGAGAAAAAAA	autosomal
AGGAGCAGAGTGGTGGGGCCTGGGGAGGCCTGCTCGGGTGGCAGTTCTGG	autosomal
CTGGCCCTGCTGGCCCTGCTCCTGCCCGCCGCCGCCGCCGGCCCCGGGCC	autosomal
CGTGTGAGTGGAGCCGTACGCTGTGGCGGGTGTTGAGCAGCTTCAGCACC	autosomal
CCGGCCGCTCCCGGGGCCTCTTCGGCCGCCTCGGCCCCGCCGCGCTCCCG	autosomal
CGACACTCGTGCCTGTTCCTCTCCACGGAAATCTTTAGTAAAAGGCGAAA	autosomal
GCAGAGCCCCGCGGCGATGGCGCTGGTCCTGCCCACCATCATGGCGCCGC	autosomal
CTGTGGCGGGGCCATGGGGCCGGGCAGCGGCAGGGCACGGAGCCCCCTTC	autosomal
AGGGACTACTGGCAATTGTTCTGCTGTATTGTGCGGTCTTAATTTCTCTG	autosomal
CCACCAGCAGAGCTGGGCTGGGGCTGCACACCCACGCCCTGCCCCGGCTC	autosomal
ATTCCCACGCCCCTCCCGGGACCCCCCGGTTTGGGGGGGGTTTGGGCGGG	autosomal
CCGCCGCCGGAACCGGAAGCGCTCCCGGCATCCCCCGCGCTCCCCCCCCC	autosomal
GGCGGGGGCGAGGGGCCGGGGCCGCGGCGGTGCCGGGCAGCTCGGCGGGA	autosomal
ACCCAAGACTGCATCTGGCAGGATTCTTCCTTTTCTGTCTCTCTAGTTTC	autosomal
AGAGAAAGCTCAGTTGTGGTTTTCCAATATCAAAGCCTTCCCAAGGAGGC	autosomal
AACAAAGCCACATACTGCCTGGAAATCATGATGAACCCTGTGAGCCAGTG	autosomal
CCCCGGCACTGCGGCTGTCGGGGCCGGGCTGCTCGGCTGCCCCGGCCCGC	autosomal
CACATCCACGCTGCTGCCTTTGACACGCTGGAGAATCTGCTGGAGCTAAA	autosomal
CTGCATCCTCCCCATCCGTCCCGCTGTCTCCTCCCAGCTGTGAGCCCGCA	autosomal
CCATGGCCGTGGGCGGCGGGCCACGATGACCGACTACAGCGAGGAGCAGC	autosomal
ATCCCGTTCCAGCACCCCATCATGTTCACTCATCACAAGCCAAGTGGGAA	autosomal
ATTAGTTTTTCTGATTTCACTATAAACTGTTTCAGTCCCCTTCTGTTCAG	autosomal
CGCCGCCGCCGCGCCGCTGCCCTCCGAGGACATGGTGCCGAGGCAGCGGC	autosomal
ACAAGTTTCTCCTCCCGCCCCCTCCCTCAGCCGCTCGGGCGACCTGTGCG	autosomal
CCAGCACGGCCGAGACCAGCACCTGCTGCACGGCCGAAAGCGCCATGGCC	autosomal
CTGTCCATAGCGCCAGAGCGGGAGCGGCCCGAGCGGCTCTGGCTGAGGGC	autosomal
GCGAGCGGGCAGGACCGGGGACAGCGGGCAGAACCGGGCGCCCCGCGCGC	autosomal
CTGCTCCTGTCCCAAGCTGTGGCCGAAGTAACCCATCATGCCAGGTCCCC	autosomal
GGAAATGCAGTCCGGCCCCAATGGGAAATGCAGTCCGGCCCCAATGGGAA	autosomal
AGCGACTTGTTGACAGCAGGGCTGTGGTGGTGACATCGCGGGGGAGTGTC	autosomal
AAAGAGAAGGACCCGCGTTCGTGGTCCTGCAGTGGTTTTCCTGAGCCCCC	autosomal
GCTCAGCCCGTCAGGACGAGCCTGTCCTGGAGCACTTTATCTCGCTGCCA	autosomal
AAAAAAAGCCAAAAACTCCTTGACCCACAAGGAGCTCATGAGGAAAAGAG	autosomal
AGGTGGCGCAGGCGGTCGGCGGTGCCGGTGGCCAGCAGCCCGGCGGAGGC	autosomal
CCGTGGGGCCGCACTGGCGGAGCAGCCCCGAAGTTTGCGGGGCGGCCGGC	autosomal
CGGCGGGGCGGTGCGCAGGCGCGGCGCGGGCGCAGCCTCGCCATGGCGGA	autosomal
CAGATGGCGTGCGGGAAGAGGCTGCCCGCGAAGTCCAGCGCCACGCACTG	autosomal
CAGAACCAGAAGAAAAGCAGAGGAAAGGTCAGCTCGTTCACCAGAGGAAC	autosomal
AACGAGGAGTTCCGCCGCGGGCAGTACGGCCCGGCCGCCGAGCTCTACTC	autosomal
TCAGCTATTTGATAGTTGGGAAATCTAGATGAGACTGTAAGTTATTCCAA	autosomal
ACCGGCCCGGCGGCGGCGGCGCCCCCCTGCCCGACCCCTCCTTCCTGTGG	autosomal
AGTTTTGCATAGTTGCACTACAAGAAGAGAGTGGTTGTGCAAATCTATGC	autosomal
AAACCCCGGGACCCCAAAATTCGGCTTCGGCACCCCAAAAAACCCCCAGG	autosomal
AGTGGGGCCGGATCGCCGCCGTCAGCGGCGGCGCGGGGGGCGCGGGGAGC	autosomal
CGGGTCCGACTGCTCGCCCCGGGAAAGGACCACAGGGACAGTCGGGACCG	autosomal
CAGCCACGACTCCAGGCTCTCCCCCTCAGCCTCCGCCATGTTGCCGGAGC	autosomal
CAAGCACCGGCCCGGCGCCCTCGCCCGCCTCGACTTCCACCGCGAGCAGG	autosomal
ACCTTCTGGGTCAGAAGATGCCCTGTACAAAGTACATGTTTGGCCCCACT	autosomal
AGTGCTACATAAATGCACCTGAGCTGCACATCTGAATGTGCTGGAGCCTG	autosomal
AGAGGTAAAATGTTTCTGTATAATGGCCTGGTCCTGCTGTCCCTGCTGCC	autosomal
CAAGCTCAACTGCATCGACTTGTCACATCCCCAAGCTGAGGCTGAGCTGC	autosomal
ATGTGCCTTCGTGGCTCAGCGACGGGTTTAGGTCTCCCCCTCCTGCCTGG	autosomal
CGTCTCCACGCTGACCGCTGGCACCTTCCTGCCCTGCTCCTGCCTGGGAA	autosomal
ACATGCCCAGCCTCACAAGGTGCTGTGGATTAGCTCAGTATTAGCTGGTA	autosomal
CACACCCTCGCAGCTGCAGCAGTGCCGGGACCGCCGGAGCTGAGGCTGCA	autosomal
CGATGCACGTGAAATTTTGAATTGTTCATGGATGCCAAACGTGTTCTTTA	autosomal
CCCTAAGATTCCCTAAGCAATCCAGAATGGCCAGAGCCAAGTTTTATAGC	autosomal
CAGCCCGCCTGCCACTTGGTACCAAAGTGAACTTGCCAGGATCCCTCCTC	autosomal
ACTAATTGACCGAAGTTACTCTTTTGGTCTCCCGTGGCTCTGGTGAGAAG	autosomal
ATGAGCTCCTTGTGATGCAAAAAACTACGAAGCACAAGATAGCAGTGGAA	autosomal
GAGAGCACGGCGGGGGATGGCGGCGGCGGACCTGCAGGAGCTGCGGGCGC	autosomal
CCGGCTGCGGCGGCGGCTGCTGCTGGAGGTGCCGTGGCGCTGGCGCTGCA	autosomal
CATCGTGGCGCGTCCGCGGGGAGCGCGCGGACGGACACAGCGCCCTACCC	autosomal
CCACACTCAGCCTCACACCTCAGCTTCAGCTGATTTTGTGTCACAGACAG	autosomal
CGTTCTGCATTTCAGGAAAGAGATGGATTTTACGGTCAGAGAATGCTAAA	autosomal
CGAGGCGGAGGGGGGAGCGGCGTGGGGCGCGCGCGGGTTGAAGTGCCGGC	autosomal
AGTTTCCTTTTAATGTGTTTTCACTTGGTCAAATCTGAGTTTGATTAAAG	autosomal
GCACAACCGGCCCCGTGCAGCGCCAGGGCCATGGCGGCACGGGCCAGGCC	autosomal
ACAGCTTTGGAATCACCCTTGACTTGAGGTAGCTTCAAGTCAAGTTCAAA	autosomal
ATGTCGGAGCCCGGCGCCCCCGCGGCCGGTGATAAACCGACCCGGCTCCA	autosomal
CTGATTAGAAGGTTTCAGGCATCTGCCCATACAGAACACCAGCATACCAC	autosomal
CAAGAAGGAGTCAAAGGAGCCCTCAGGGACACTCCACTGCAGCTGCACAG	autosomal
ACGTGACGGTCCCGGTGCCGCCGCCGCCATGGCCGCCCGCCTGCTGCCCG	autosomal
CAAGCCCAGGAATGGGCACACCAAACCCGGGAATGGGCAAACCAAACCCA	autosomal
GGGAGCCACTGGGGACCCCCCCCAAAAAAACAATCCCCTCAGGGACCCCC	autosomal
CTTGAATTTGGGGATGAATTTGTCGCCGCGCAGGATCTCGGCCTCGTTGA	autosomal
GAAGGCAGAGCCGGTAGCAGCAGCAGCGGCGGCTGAGATTGCCCGGGCCC	autosomal
AAACCAACGCCCAGAAGAGCAGCGCCCGTGCGGCCACCATCACCCGGCGG	autosomal
ACGGGGGTCTCGCATGGGCGGCGCGCCGGGGGCTCCGGCGCGGCGGGCGG	autosomal
CTGAATTTCTGAGAACCAAAGCTGCAATGGATTTAGTGGCAAGCCTTAAG	autosomal
ACAGGAAACTGCCAAACGGCCAGTTAAACTCATTTTTGACATTCTCTGCC	autosomal
ATTTCCCCATTTTTGGGGTCAATCTCCCCAATTTTTAGGTTCCCCATCCC	autosomal
TCCCCTAAACGTGAATTTAAAACGCTTTCAAATTGACAACCTCCTTTTAA	autosomal
ATGAAGTTCTCCGTGAAGCTCTTCCCACATTCTGAGCACATGTAGGGGGA	autosomal
CTCTGCTTCCTGCTCTGCTCCTTGCCAGGTTACAGCCACAGCTTGTGCCA	autosomal
ATCGCTTAATCCGCAGCAATTCTCGCTGGCAGCTCCAGCGCGTTTCCCTC	autosomal
AGGGGGCGGCTGAGGGAGCCGCCGGTGCCCGTCGCGTCCATCGACCGCCG	autosomal
CCCTTCCTCCTCTTCCTGCTGCTCCTCCTCCTCCTCCTCCAGCCCCTCGC	autosomal
CGCGGGGCTGCGGCCCCGGGGCAGAGCGGCGCCGGTCCCTGTTACTGCTC	autosomal
ACACTGGACCTTCCTGCCGAAAAATGGTCCCTGCACCACCACAAGTAATG	autosomal
ATGTCATGGTAGGACAAGAGTGAATGTCCTTAAGCTGAAGGAAGCCAGGG	autosomal
ACCTGGCAGCTCTTTTTCAAAGGGGAGCTGTGTTCTCAGAAATTTTTGGG	autosomal
CCCGCCACAGCGCTGGAGACAGGGAATCACCTCAGGCAGGCACGGCCTCG	autosomal
ACAGTGGCCACCTGCGCCCTTAACCAGTGGGCTCTGGACTTTGAGGGCAA	autosomal
GTCTCCTCTTTAGCCACAAAAACATAGGAAAAAGTCACTGATGCTGGACA	autosomal
AGAGGTGGGCTTTCTGCCATCAGTAGGCTTAGCAAGTGATGCTATAAGCC	autosomal
TACTGTCACTGTGCTGCAAAATGTCTGATCTGCTGGCAGAGGGTGTCACA	autosomal
GCCACGGCTGCAGCCCCGGAGACGCGATCCCAAGCAGCATCCCACAGAGC	autosomal
AAACGAGCCCCCCGCTGGCGGCCGGTCGGAGCCGGGTCCTGCGGGGACGG	autosomal
AGGACAATGAAGAAGGGGAGCCAGCACAGGATAAACATGCCAACCACAAT	autosomal
GCCAAGAGCCTGCACGAACTCCCCGCTTGCTCCCGTCCATGGGAGTGGAA	autosomal
TGCTCCCCACTGCTCTGCAAAGCCAGCAAGAAGAACACAGTGGAGGCCAA	autosomal
AGGAGCATGGGCACTTTGCGGGATTTACAGTACGCGCTGCAGGAGAAGAT	autosomal
AGTGACGGATGTGCCTGGCTCCGGAGGGACCTCGCAGGAGGCAATCCAAG	autosomal
CCACGACGTGCGGAACACGCGCCATGTCTGCGCGCCCCATGGCCCAGCCC	autosomal
GCGCTTCTTGCCGGCGTTCTGGCGCTGCTTCTCCCTCATGAGGCGCCGCA	autosomal
ACTGGAATAAAAAGCAGCCAGGCTGTCATTCATTTCCTGGTCTAGGGACA	autosomal
ACTGGTTTGTACTGGGCAGGGGCTGGGCCCCGAGCCTGCTCGGCTGGTCT	autosomal
GTAAAAGCTTGAGCTAAACTTCACAAACAGCTTGAAGAAGCACCAAGAAA	autosomal
ATCTCAGCATCCTGGGCAGCTTTTTGTACACCAGTCCCCCTCACATGGTC	autosomal
ATTACATCCCCGAGCCCGGCGCGGAGGTCTACGGGCGCAGGGAGCCGGGC	autosomal
CGAGCCCGGCCGCGTCCGCCCGCTTCGTGCGGTGCCTCTACGTGGTGGGA	autosomal
AGGGCGGCTCGGGGCGGGGGGGCAGCCCCGCCGCTTCACATGGTGCAGCC	autosomal
ACTCGGAGCCGGCTGTCCCGGCGGTGCCCCCGGCGCGCCCCGAGCCCCAG	autosomal
GAGGGACGGGGGAAGGGACGGGAAGGAGGGAGGGAGGGAATGGGGGGGAA	autosomal
CGCCACCGCCGCCGCTTTTCCCGCCTGCGCAGCGCGAACCGCGCGGGGCC	autosomal
CTCCAGGGCTACAAAAGGCGCTGCAGCGGCTGCAAATGGTGCGATGGGTC	autosomal
CTGGAAAGGAGGTGCAGTTTCAAAGTGGAGATGGGAGAGCTGCTTACTTC	autosomal
TGTGGCTGCTTTGTGACTGGAGTTGGAATGCCTGTGTGGAACTTCTGAAA	autosomal
GTGGGAAGAGGGGGAAAAAAAATATATATATATAAAAAAATCCGCGTAAA	autosomal
GTCTGTGATGGCACACCCTTGGTTTTCTTTAAAATCCGGCAGCACAGCAC	autosomal
CAAAGCCAGGGGGGATTTGTCCCTCAGCCTCATCATGGAGCACTGGTGGC	autosomal
AAGGCGCAGGAGATCCTGGCGCGGGACGGCCCCAACGCGCTGACGCCGCC	autosomal
GACCGCCGCGCCGGGGCTGGCTCCCTGCACCGCGCCATGGGACGCTTGGA	autosomal
AGACATGGGAAGGAGTAATCATTTTCTGCATCCACTCCATTCATCAACCC	autosomal
ACGTGAGAGGCGGTGAAATACGTGTGCGATAAATCGCAGTTTATCTAAAG	autosomal
AGTACTGGTCTTCAGCCAGCCTGAGCTATGCTGTTACACCTTTCAGCTAG	autosomal
GACATAATATTTATTTACATGCCCATGGTTCATCTGAAATTTGAGTGCTA	autosomal
ACCTCGCTCCCCCCCAAAAAGGAAACTGAAAGGCAGGCGGTCACTTTGAG	autosomal
GCCGCAGCCGCTCCGCCGCTCGCTCCCACCGCGCCCGGCCCGTCACTGCC	autosomal
ATCATCAAGACTATGTATTTTCAGTTTAAAGGATACATCCACTTTTTCAT	autosomal
CGTCGCTAATCAGCGGCGTGCGAGCGCGGGGAAATGCCACCCGAGGTGCC	autosomal
GGGACGTGGGCCTGCATGCCCCAAAATGCTGCAGGAGGAAGGAAAAGACA	autosomal
GGGGCTGTCAAAGGGCGAGGAAGTCCAAGTGGTGGCCATGTCGGGGCTCA	autosomal
CAAGTATTCAAACTTTCTGTCCTACTTCTGTGTGAAGATTGCAATCTCCA	autosomal
ATGTAGATCTGTTCTTTGCTTTGAGAGACCATCTGGAATTGCGAAGGGGA	autosomal
GAGCGGGAGCCTCTCTCTCTGCCTGACGCGCGGAGCCCGCAGCCAGCCCA	autosomal
GCCATGGGCGCGCTGCCGCCTCTGCCCACGCTCGGCGTGCCCGGCGTGCC	autosomal
GCCGGTAAGCCAGGTGAGCCAGCTGAAGCAAGCAGGCGAGGACCAGCAGC	autosomal
CGCCCGGCCGCTGCCCGCCTGGTTTGACGAGGCGAAGTTCGGCGTGTTCA	autosomal
ACAAAAACAAACCTTCCTCAGGGATACCGCAGGGTAAATGCCAGCCCAGC	autosomal
ATGGCATTTACACATTAATCCCGAGCTCTGGTAGGGCTTTGGAGATAACA	autosomal
GCCTGCCTGCCCGTCCTGCCCTTCCTGCCGCCGCCTCCCGTGACGCCGCC	autosomal
CGCAGCTCCGTGAGCACCGATTTCACCTTGTTCCGGGACAACCGGAGCAG	autosomal
CTCTTCTCCAAGTACAAAGGCGGCGAGTCGCTGGAGCCGACCTACTACGA	autosomal
AAGTGAAACCGCGTCCTGGAGCCCGGCGGCGCCGCGAGTTGCCACGGCAA	autosomal
CACGGCAGCCTGGACAAGAGCATCACCCTCCCGCCCGACGAGATCTTCCG	autosomal
GACGCGTAAATAATGGAGGACAAGCGGGATGAATGAGCGCAGCGAGCGGA	autosomal
AGACAGAGGAGCTGCAGAGCAAAAGCTGAGTCAGGAACAGGCTGAGCCAC	autosomal
CAACAGCCAAGGCCCCTGCCCCTACTGCAGCATGGGAAGTCCAGGTTTGC	autosomal
CCTTCGTGACCCCGGCCCTGAGGAAGGTGTGCCTGCCCTTCGTTCCTGCC	autosomal
CCACCTCTCCCCCAAAGCACCCCCATATCCCCCATCCCTGCCCTGGGACA	autosomal
ATGTGGCTATGAATATCAATTTTCATTTTTGAAGTGCCAGAGGAGAAATA	autosomal
CCGGCCTCGGGGGGGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGA	autosomal
CTTTCAGTCATCTTTGGAACTGGCATGTTGCTCTGGAGTTGTGCTCATCA	autosomal
AGAGGATTCACACCGATGAACGGCCCTATGAGTGTGGGGAGTGTGGGAAG	autosomal
ACCTGTCTATTCTGCTGAGGTCCCCCATTGTGAACACTTGGATGCACAAT	autosomal
ACCGGGTGTGATGCCCCAAAATTGGGTGTGACGCCCCAAAATTGGGTGTG	autosomal
ATCCCCAAAGTCTATCTGGGAGCACCAAAATCCTTCCCAGGATCCCCAAA	autosomal
CTGCCTTCATATTGCAAATGCGGGGCTGGGCTGGAGAGAGGGAGCGGAGA	autosomal
AAAAAACCTTTTTATTGCCAAACATATTCAAAACCTGCCAATAATTTTAG	autosomal
CCGCCAGAGCGTGGAACGAGGAGCAGGCGGTGGCCAGGGCGGCCGAGCCC	autosomal
CGCTGGCGGGGCCGTGCGGGGCGCGAAAGAGCGGCAGGGCCGGGCAGGGC	autosomal
GGAGAAGCGGCCCAGGAGCCCCGAGAGCTTGAACAGCTCCGAGAAGTTCA	autosomal
GGAAGAAAAAAAAAAAAAAAAAAAGAAGAAAGAAAGAAAAAAAAAAGAAA	autosomal
ACCTACACTAGTGCTGGCAGTGCCTGCTGCTCCACCACCCAACTTCTTTC	autosomal
CAGCGCCTACCGCGCCCTCAGCCAGGCGCCCGGCGGGGCGGCGGGCACCG	autosomal
ATACAATCTTGATCTGCTAGTTAGCACTAAAACAAGAAAACACTGGGAGG	autosomal
CTATTTGAAGTTTGCATACTGGTATTTGACTTCAGGTCTTGGAAAGGAGA	autosomal
CCCGGTTGTAGACGGTGCCGATCTCCTGGCCCAGGACGCAGTCCAGCAGC	autosomal
ATCCTTGAGGGGCAGTTTTGGGGATGAGGGAACGATCCCTGAGAAGGATG	autosomal
ATGCTCATAATGGAGCTACAGCAATTTAAAAGAAGTCACAGTCTGACCTA	autosomal
CTCCACTCAGCGCGAATCAACCAGTCAGAGGCCGGGAAGAGCTCGGGCGC	autosomal
GGAGCCGCTACCGGAGCCGGGCCGGTGTCCGGTGGCTCCGCACGGTGGCA	autosomal
GAATTGTTGTGTGTAGTAGGTGTAATTCGCGCCATTTCCAGTGATATAAA	autosomal
GAGATTCATGGATTTACTCTTTGGAGTCCACCTGCTCCTCATCAACCAAA	autosomal
GAGCACGGGCGGAGGGACGCCGCAGCTCAGCGGCGCTCCGCGCCCGGCCA	autosomal
CCCGTCCCGTCCCCTCCGGTCCCCGGCGGGTGGCGGCGGCCGCCCGCCCG	autosomal
AGGCAGCGCTCACCTCTCCCGACCATCACTGCCTCCTGCTCGCTGCCCTG	autosomal
CTCCAACCCCGAGGTGATCACCTGCTCCCAGTCCCACCAGGGCTTCAAGC	autosomal
GCCGTGCCCGGCTCTCGCTCCGCCCCCCGGGGTCCGGCGGGGACGCAGCC	autosomal
CCGCTAGAGCAGGCCCCGGTGCTCTCCGAGCTGTGCGGCGTCTGCAGCAG	autosomal
TGCTCGTTTATTAAAGTGTCGAGACGGGGAGGGGAACTGAAAGCAGCACA	autosomal
GAAGGCAGCAGCGATGAAGCAGGCGATGGAGCCCAGCCCCAGGACGATGC	autosomal
GAGGTGCTGCCAAGGGGCAGGAGAAATCCCATAAATCTGAGCCGCCTTCC	autosomal
GAGGCTTCTCTTTCTTCACAGCTGCTTTTCTGAAGCTTGTGATTCTGTCA	autosomal
GCCACCTCTCTGGCTCCTTCCTCCCGGCTTTTCTTCTTCCCCGCTCCTCC	autosomal
CAGTCTCGGCGCAGCCCTTGGGGATGTTGGTGGCCAGCGCCAGCTCCAGC	autosomal
CAGACCAGGGCCGGGGCCAGCCCCGACACCACCAGGACGCTGGTGAAGCG	autosomal
ACGGGGTTGGAGCCCTGCGAGTTGAAGGGCACGCGGTTAGGCCGGCTGTA	autosomal
AGCCCTTGTTTTCACTTTTGTTCATGGTCCCGCTGGGTTGAAGCTTCCTC	autosomal
GACAAATTTAGTTACCAGCTAAGTATATGTTCAATTCCTGTCAAACAAAC	autosomal
ATCGCTCTGCATAGATTAGGCTGGGCTGTAAATCCTCCGAGGGGATGGGA	autosomal
AACAAGTACATCCAGCAGACGAAGCCGCTCACGCTGGAAAGGACCATCAA	autosomal
GCCCGGGCCCGTCAACGCCGGCAGCCGCCGCCGCATTTCGAAAGATCCGC	autosomal
CTTGTGTTATTCCACTGAACAGATTTCACTGAGACTCTACAGGGGTAGTA	autosomal
CCGGCGGTACCGGGCACCTGGGCGGGCAAGGCGGCGGCGGCGCCGGCGCC	autosomal
AGCGGCGGGGAGGGCCGGGCAGAGCCATTTGCTGCTCGGCGCTCGGGGCG	autosomal
CCGCCGCTCCGCTCCCGCGCTGGCCTCGCGCTCTCCCGGCCGGAAGTGAC	autosomal
CTTCCTAAATTTTGTTATTCTAATCTTAGTTTGAACTAATGACAAATAAA	autosomal
CGCCGCTCCTCGCCGCCGCCGCCGCCTTGCCGCCGCCCCGCCGCGCCGCC	autosomal
AGCTGCTGGCGCCGCTGGTGCAGGAGGAGCGGGCGGCGGGCGCGGCGCGG	autosomal
AGTTTCTCGATGATACCTTAATGTGTGGGTTTCATTTGCTGCTGCTCCCC	autosomal
CTGAACGGATTCCACAGAGAGGCTCTAGAGTCTCCCTCACTGGAGATACC	autosomal
ATGGTAACTCAAGCAGATTTCTTGTATGCTAATTTTCCAAATGAAAACAG	autosomal
CCCCGCGGCTCCCGAGCCGAGCCCCGCCCGGCCCCGTGTCCCCGGCGCCG	autosomal
AGTCCAAGGTGAAAGTTTCTTTTTTTCCCCTTCTCTTTCCTCCTGGGGAG	autosomal
AAGTGAAGTAGGATGATGCTCCACTGACAAAAGAAGTGGGAATGCAGGAC	autosomal
GGCTTTCACCCGGACCTGGTGGGCGCCGTCCCCGCCGAGGCTGCTCCCGA	autosomal
CTGGAAGGTGGCGGCGGCGCGCTCCCTCCGCAGGTCCGCGTTCACCGACA	autosomal
CCGGGCGGCCCCGCGCCCCTCAGCGGGCGGGACGGAGCAGCGCGGCGGGC	autosomal
GAAGATGTTGCAGATGAAGGTGACGTAGCAGATCCAGGCCTGCAGCGAGC	autosomal
TAGCCCGTGGAGGGAATGGGGCCTGAGGATCCAGACGGCTCTCCACAGGA	autosomal
AATGCAGCTGGGACTGGCAGCTGGGACAGGGGACACAAGTAGGGGTGGCG	autosomal
AGCGAAATTTCCAGTGGGTGAGGCTAAAAAATTCCAAAAATTCATCTGGA	autosomal
GCCGCCGCCGTCGCAGCCGCAAGTGTCGCCATGCCGGTGGACCTGGCCAA	autosomal
GATGCAACACAGCAGACAGGGAAGATGTTGAAAGTGAGTGTGTAAAGGCC	autosomal
GGTTCAATCTAATGGGAAGGTGCCCGGGAATACTCCTTTAGGATGCTTAC	autosomal
CATGCTCTTGCTCCTGCTGACTCTCAGGTTGGACTTGTCACTTCTGTCAC	autosomal
AGAGCCACCCCAGCAGTGCCAGGACATTCCCCAGCTCCCAGAGCCACCCC	autosomal
AAATGGAGGGGATCAGTCACAGGGAGCCTCAGAACAGGAAATGATTTGTG	autosomal
ATTGTTCTACTGCCTCAATGGAGCCTTGGTGCCTTTCAGTGTGTGGAAAT	autosomal
GCAGGGCGACGCGGGGCTTTCCGCCAGCGGGGCCGGGCAGCGCGACTCGC	autosomal
CGCGGCGGGAGCGCGGCGGCGCGGGGCTGTATGGACGTGATGTCCCCGCA	autosomal
AGACTACCTTTTTTTTTTTTTTTTTTTTTTTTTTACGCTTTGGAAACCAA	autosomal
CAGGAGGAACGGCAAAAGAGAACTCCAGTGAAGGCTGCTCTACACTGATA	autosomal
CCGGCCGCCCCACAGAGCCTTTTCCTTACGCTGCACAGGGACCTGGCGAC	autosomal
GGCCCGCTGCGGCGCTCCGTGTGTGCCTCAGGGCAGCGCTGGCTGTCCCC	autosomal
CCGCTGCCGGGAGCTCCTGAGGGAGCGCCGCCCCGCCCGCCATGGCCGCG	autosomal
GAGAGCAGCAGGCGGCCTACGGTGGGCACCATGTGAGGAAACAGCGCCCA	autosomal
GGGACACGGGGCTGGTCGCCATCGCCGGCTGTCCCCAGGGCCGCGCCACC	autosomal
AAGTTTTGCAGCATCACGTTCTAGACGTGAGAGGAAAAATAGAAGAGGTC	autosomal
AAAGGGGTATGGGCAGGCCGTCTCTTCCTGGGACCCCTCCGCCTGCCTTG	autosomal
GCAGCGGCTCCGCGCAGGGCCGGGAGCGGCGGCGGCGGCTCCGAGCCCGC	autosomal
AAGCACTGCTGGCACAAAAGACAAGGCTTAAAAACACCAGGAGACTGAGC	autosomal
CTTTCCCCGCTGGGCCCGGCTGTCCCGGCCCCGCTGGGCCCGGCTGTCCC	autosomal
ACACGTGGCACTGGGCTGCAGCTGCCCAGGAGTGCAGCTGGGACTGCCAG	autosomal
CTCCTGCATCCCTGAGCACGTCAGGCGCCCGTCCATCCTCGGGGACAGGC	autosomal
GCGGTGACGTCATCAGAAAAGAAAGAGATTACGTCATCGGCGGCGATGAC	autosomal
TGCATGTTAAATGCATATTTTTTTCCCCAAGACTGATAGCATGTGTGCAA	autosomal
ACCGGAGCGGAGCGATGGCCGTGCCGCACCTGCAGCAGCCCAGCTTCCTG	autosomal
AAGCCCGGGTGCTGTGCGGGGCCACTGGTGGGATGTATGTAAATGACACG	autosomal
AGCGGAGCGACAGCGGCACCAGACAGACCGCGGTACCAGACAGACCGCGG	autosomal
GCGCCAACCTCCACGACCACCGCAGCGCCGCCGGCGCCGCCATGCCGGCC	autosomal
CCGCCGGAAGCGCCCGCGCGGCAGCGGCGGTGCGCGGCCAAACGGGCCCG	autosomal
ATTGTATAATCCTAACATTTCTGAACATGTGTTCATACAGCAGTTGATAG	autosomal
CACTCAGAGGACCATTAAAGACTTTCTCGGTCGCTACATGTAGCTGAATG	autosomal
AAGTCCCCAACCCAGCAGGGGATGTCCCCAAACCCACTGGGGCTGTCCCC	autosomal
AGCCGCCGCTCGGCAGGGTTGTAGTCCAGCATGCTGAGGTAGCGGAAGCG	autosomal
AGGTGGGCTCCGGGGGCAGGAAGGCGAGCTTGGCCGCGATGCGGCTGGGG	autosomal
ACATCTGTTATTTCAACATCACATCCACCCCGCTATGCATTCTAAATAAG	autosomal
CTGTGACAGGGCTGAGGAAGCTGCTCACGGGTCACAGCCTCCCTGCGTAA	autosomal
GCTGCAGGGAGGCGCATTGGGTCTAATGGTGACGCTGGGACGAGCTGCCC	autosomal
CCCTCACGCCGTGAAGGGACATTTGAGGGGACAGGAGCCCCCCGAGACCG	autosomal
ACTGACGTGGCCGCAGCGCGCCGCCATCTTGTGCTCCAGGGCGGATCGCG	autosomal
AAAGGCTGTGTTTTCATATAGATTAATCTTTTCTGTTTAAAAAAAGAAGA	autosomal
CCACAGCAATCCTGCTCCTCTTCTGGTTTGGTGTCTTCACTGTGCACACA	autosomal
AATTGAAATGATACTGTTGTCTGTTTTGTCTCTCAAATCAATGTTTGTCT	autosomal
ACGCCGGAATTGTCTCAAGGGGGGTCGCAGGTGGGACAGGGCCCAGGGGG	autosomal
CATCTCCATTTGCTTTTTTCTGTACTGCTCCCTCCTTTCATGAATTATCA	autosomal
GCCCGCCCGCCTCAGCGCCGCGGGGCCGCGCCTGCCTCAGCCCGCGGCGC	autosomal
TCTGAGCTCGGCACCTCCAGCCCAGCTGCCTCCTCTGCAGCCTGGGCACA	autosomal
TCTGACAAGAACTCAAAGGCAGCGAAGTTGTGTTCTGTTAAGAACAGCAA	autosomal
CCTGAGGCGGCGGCGGCGGCGGGGCCGGGACGGGACCTGACCGGACCCTC	autosomal
GGGAAAATCACACAGCGTCCCGAAACGGGCGGGGAAAACTCGCGAAGAGA	autosomal
AAAGTCATCAAATCCCATTTTGTCTCATCAGCAAAGCCAGAAGGTTGCTC	autosomal
AAAGGGTGTTCTTTGATGTCGGATATTTGTGAGCTTTCACGCCTAATGAC	autosomal
AATAACGTTCTATTATTTACTTCTGGCATAGTATAATCACACACATGCAT	autosomal
GCATCTGAACCAAAAGAAAAAACAGGGGCAAAAAAAAACCAAAAAAAAAA	autosomal
ATGTCCTCCGTGACTCCCAAAGACTCCCGTGTCAGGGATGGCTGCTGGCC	autosomal
AATGTCAGCACCTCTGCTAGATTTCATCCCCAAACGACCCAGCATATTTG	autosomal
ACCCAGGCGGTGACATCGGCGATGCTCTTGCTGGAGGTGACATCCAGCAG	autosomal
GCGGCTGCGGCGTCCCGTCCGGGCGGGCACGGAGGCTGCCGTGCCGCTCC	autosomal
AGGGAGGGGAGGGGGGCAGGTCCTGCCCGGCCGAGCCATGGCGGAGATCC	autosomal
CCGGGCAGCGCGGTCCCTCCGCCCCGCACAGCCTCGTGCCTCGCCCGGAG	autosomal
AGCCGGACCGTCCGCCTGCGCCCCGCGCCCACCTGGAAGGGGTTGATGTC	autosomal
GCCGAGCTCAACATGGAGCCGGGCCCCGGCGAGGAGCCCCGCGCCTCCAC	autosomal
CGACTTAGGGTTTGATCCCTTTGACATCACCCGCAAAGCCTTAGCAGACC	autosomal
GAAGCTTGCAGTTTTCATGTGAGCCGGCGATGTTCCCCGAGACCCCTTCA	autosomal
CACCCTGTGCCCAGAGCTCAGCATCCTCGGGAAACAGAGAGAGGCCCAGG	autosomal
CCCGGCCGGCCGCACCATGCCGAACAGGGCCGGCCTGGACACCGCGCTGA	autosomal
GCCACTGTCGGGACGGGGGGCGGCGACGGAGGAGGAGGAGATGGTGTCCC	autosomal
GGGAGCACAGCAGGATGGAGAAGAGCAGGGCCACGCTGAGCACAGCCACC	autosomal
AAGAGAAGCAGTCTCCAGTGTTTTCTTTCCATTGAGTGATCTTACTTTCC	autosomal
CACGGGAGATGAATGAGCGGCAGCGGGAAGCGGCTGGAGCGGAGCAGCGG	autosomal
ACCACGGGCGGCACCAGCCCGGCCACGGCCTCGGGGCCGAAGCGGGCGGA	autosomal
ATTCCCGTCCCCATTATCCCCGTTCCCATTCCCGTGATTCCCATTCCCAC	autosomal
TCTGTTCCTCGCCGTGCTCCTCGCTCTCCACGGCGCCCGCCTCGCTGGCA	autosomal
TTATCTGGCCTCCACTCCAGAGCCATGACACAGACTCTCCTTCAGCAAAA	autosomal
GCATGTATTATCTGAGCGGGGCTGATGTCTCTCACCGCTTTAGCTCTAGA	autosomal
AAAAAAAAAAAGAGAGAGAGAGAAAAAAAAAAGTAAAGTTACAGCCTTCA	autosomal
CCCCGCCATCCTGGGCGAGGCGGAGGCCGTCGAGCCGCCCTTCGCCGCCC	autosomal
CAAGCCCCGTTTTTAGGGGGAGCCCCGTCAGTCTCCAGCCCCCCCTGGGC	autosomal
CGCGGGGAGCGCGGCTGCTGGGGCTGCGTTCCCGGGGAGGGAGGAGGGAG	autosomal
CTGCAGAGGACCGGAGATGCCCACCATTCGCCACGGGCTGCGAGCTGCAA	autosomal
AGGGCGAGGTGCGCTGGGACGGGCTGTGCAGCCGGGACGCCGCCGCCCGC	autosomal
TCACAAGGACAGTAACGGATCTTGCATTCCTGAAATGATTAGTCACCAAA	autosomal
TGTTATTAGCATACACTTGAAAAACGTACAGCAAGTGATCTAACAAGAAA	autosomal
CCTGGACAAGCAGAACAAAGTGTTAAAGTGTCGCTTCTGTTCCATCAGCA	autosomal
ACCAGGCAGGAGGCTGAGAAATCGGAGTAAGCAGCAAAATCTGCTTTTTG	autosomal
CAGACACTCGTCCCCGTCCCCGTCCCCATCCCCGTCCGGCGGCGCGGCCA	autosomal
GCTCCATGTCCTGGTGTCCCTGTGTCCCTGTCCCCTGTCCCCCGCAGGGA	autosomal
CCCCGCCCCACCTGCCCCCGGCGCCCGAGCACAGCCCCTCGCCCCACCTC	autosomal
AGCTCCTCTTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTG	autosomal
ACGTCCTCTCAACTACTTCAGACAACCAGGCGGAGCACCACTGGCCACGC	autosomal
CGCCCGCGGGGTGGCCCTTGGTGGCCACGACCACCGGGGCCCCCAGCACC	autosomal
CGGGGCTGCGCTCGCTCGCAGCGCGGGAAGGAGGGCGCGGGCTCCGCCGC	autosomal
GTGCTGCCTGTTGCTCTGGGGCTCCAGCTGCAGGACTGCCTCAGAGAGCA	autosomal
CGACATCGCTGCCCCGGGCCGCTCCCGGCCGCTCCGGGCTCCTCGAGCGC	autosomal
CTTGCTCTTGAAAACACTTAAGATGTCTAAACTGAGCTGACAGCAAAATA	autosomal
TACTGGGTGATCTGAGGGAGAACCGTGTTGTGACAGTGGTAACCCTGTGA	autosomal
AAGAGGAGGAGGCGGAGGAGGAGGAGGAAGAGGAGGAAGAGGAGGAAGAG	autosomal
GATGCTGAGTACAAATCAAAGAATTTGTTCCCTTTGAACATTCATTAGTA	autosomal
TCTTCAGAATAGCATCACCTCACAAAAAAAAAAAAAAAAAAAAAAAAAAA	autosomal
ATCCCCGCGCTCCGCCCCGCACGCCCCGGGGCGGGCCCGCCGCCCCACCG	autosomal
CGCGCTTCTCATTGGTTGTTCCCTCAGGGTTGAGTTCCCGAACCACCTTC	autosomal
AAAGAAACCTCATTTCCAAGGAAATTCCTTCCCGGCTCCCCCCACGCTGC	autosomal
CGCGGCAGTTTCACTCCATCATTCCATCGGTTCATGTTTCTGTTTCCAGA	autosomal
GCTCCGGGGATGCAATTCAGCGGCTGGGAGGCACGGCGAGTGACGAGGGA	autosomal
ACAATATTATTGTTGTTTTTATTGTTTTTATCAGCCACCTGCCATGTACT	autosomal
CGCTCGCCGCCCGGGCTCGCGCTGCGGAGAGGCGGAAACGGGTTAACGGC	autosomal
CCAGGAACTTGGCGAGCACCAGCGCGGCGTCCCACACCACACAGCCCACG	autosomal
GCCGAGCCGAGCCGGCAGGGGCAGAGCCGAGCCCAGCGGGGCAGAGCCGA	autosomal
ACTCAGCATGTAAATGTGGGGAGAAGGAGGATGGGGGATGTTTGGAGTGA	autosomal
CAGCCCCAGGCTGCCCAGCAGCCGTGCCAGCCCCTCGAAGGGCAGCGTCC	autosomal
AAGTCAAGGGACTGGCTTCCAAATGCCTTTGAACAGAGCTGGTTATTAAG	autosomal
CTCGAAGGCGTCCAGACCCTCGGGGGTGAGCTGCAGGTCCAGATCTTTGC	autosomal
AACCAGCGACCGCCCCTGCTGGCCTCTCTGGAGGGGCTTGGAGCGGCGCC	autosomal
CCGGGGCAGCAGGAGCGGCAGGAGGAACAGCAGCGGCCCCGCGCCCGCCA	autosomal
CGGGGAAGGGAGGGGAAGCGGTAGGGACCAGCCACATGTCAAACATCCGC	autosomal
AGGCGGGACTCCGCAGTTCCCGCTGGGAGAGAAAGCCAGACTGGCCTGCC	autosomal
AATCATACAACTGCAAAGGAATAAACAGCTTCACCAGTGACAAATTTATC	autosomal
CAGGTCTTTATTCAGCTCCTCCGAACGCTCTAGGACCAGCGTCACCGGTC	autosomal
AGGGCCGCTGCTGGGCACCGGCCTGCCCGGGCCCGGTCGGGTCACCGCCA	autosomal
CCCCTCCCTTCCGACCGCGGCACGCAGCTTCCCCGCCTGCGCACCAGCCC	autosomal
GCTGCCCGGAGAGGCCGCAGCGTGCTGGCTGTGGCGGTGCGGCCGCTGCC	autosomal
CACTTAGGAAAATATGAACATAAACAGGGAGTGTTGTCCTCTCTGAACTA	autosomal
GAGTTTGTAGCAGTGTTTGTTCTCCATCAGACAGCCAAGGATGCCTCAAA	autosomal
CCAAACACCCGGCCCTGAAAATCACCCGGCGCTATGCCTTCGCCCACATC	autosomal
CCTGGGCACCCCGAAGCGCCGGGAGCGGCGGGAGCGGGGCGGTGCCGGCG	autosomal
CTCCGCGGGGCGGCGGCGGCGGCTCCGGGCCCGGCGCTGGGTGCGCAGGA	autosomal
CTAAATGCAGAATGATCTTTTTGAAAGCTTTGGAAAAGCCCAGAGTAAAC	autosomal
CCATCCGTCCTTCTCTGGGCTCCTGCAGTGCGGACTGGGCGAGACCACCC	autosomal
AATCTGATGGGGGAAACTTCCCAAGACAAGTTGGCCCTTTTTAGTGAGGG	autosomal
CACTTGAATGATAATCTCACAGTTTTCCTTGACTGTACTGCTCTCTCGCA	autosomal
CAAAATTGCCCAAAATCCCCGAAATTCACCCCAAAACCCCCTTTTTTCCA	autosomal
ATGAATGATCAATAGACTGTGCAAGTGAGGAATATCAGCAAAAAGCTCTC	autosomal
GTTTTTACATTTTTTTTATAAAAGTTTATTCTATGGCAATCTGTAAAAAA	autosomal
GCGGGGCGAAGCGAACGTGAGCGGCGGCGGGGCCGGGACGGACACCGAGA	autosomal
CTGAGGAAGGCCAGGTTCCCCGCCTCCAGCAAGCAGTTCTCCTGCAGCGC	autosomal
CGCTCCGGCCTCCTCTCCGCCTGTGACCGCCCGCCTGGCGGCGAAGTGGC	autosomal
CGCCAGCCTCGGGCAGGGGCCCCGCCAAGGCCCTGACTATGAGCTTGGCC	autosomal
AGGTCATTAGTCATCCGCGGCTGCTGCAGGAGACACGGAGCGCTGAGCTG	autosomal
CGGGCAGGGAGCTCCGCGAAGCGTCCCCGCCGAGTCACTGCGCGCCCGGC	autosomal
GTCCCGCGGTCCGGGGGCGCTGATCGCAGGCGCTGACGGCTCCGGGCTGA	autosomal
AGCCCTTGTCAGGAACTGTTCAACACAGAACACTCAAATAATAGGTCAAA	autosomal
AGCGGGGCGAGCGGGCGGCTCCTCGCAGCGCTACAGCGGCGGCGCTCCGA	autosomal
CCTGAGACCCCTCCCCAAAATCCCCCCAAATTCCCCCAAATCCCCTCCAG	autosomal
TGCCCGCAGTGCCCTCCCTCAGACACTTCAGGATCTCTTCTGGGAGCCCA	autosomal
GCGCCGCTCGCTCCGCAGCCCGGCGCTCCGACGGTGGCCGCGGGGAGCCC	autosomal
CAGCTGCCTGAAGGGGAGTCACAAAGGTGGTGGAGCCAAACCCTTCCCAA	autosomal
ATCGCGATCGATCCCGATCGGTCCCATCGATCCCCATCGATCCCGATCGG	autosomal
CCAACCAAGCAGCAATAATGCTGTCCCACCAGTGCCCCACGTGACCTCCA	autosomal
CTTGAGGCTGCCTGATGGGCAGTACGTGCACACCCATGGGTGCTGGGAGA	autosomal
GCATCTGTTCCACATGTGCACTTCATGCCAAAATACTTCTTAATCCCAGA	autosomal
GAGCACCGACGGGGGAGGCGGCGGCGGCGGGGCCGAGTCGGAGGGAGCCA	autosomal
CGGCGGCGGCGGCTGCGGGCGCCGCTCCGGCCGCTTCGGCCCCTCGGTGC	autosomal
ACTTCTCTGGGTTTCATCGCCTTGTCCTGTGGTCCAGAGCTTTCCTAGAG	autosomal
CCCGCTCCCCCACAGGGCTTTGGGCAGGTTTCCCTTTTTGGGGGAAATCA	autosomal
GCCGGGCTGTGCCGAGAGCTGCCGGGCTCTGCCGAGCTCTAGTCCGACCC	autosomal
GGATGCTGACCCGCTCCCTTATCAGCTCAGCAGCTTATCACAGCCCTGTA	autosomal
AGGGGAAATCAGAGCCCAGAGGGGTCAATGGGCTCCTGGCAGTTAAATGG	autosomal
ATCTATGCCACCCGTGTGCCATTTCTGTCCCCCGTGTGCCACCCCTGTGC	autosomal
CCCCCCGCCGCGGCCCCACCTTTCCGCAGCGCCGCGGCCGCCGAGGAGCC	autosomal
CCCGCCGACGGGCCTCGAGTGAGCGGCCCGCCCCGCTTCCCGCGTGGGGC	autosomal
AATATTACTTCAAAAGATTGTATGTGAAATAATAAAATAGCAGTGAAGGC	autosomal
AAAGTGTTCTTCCCTTCTTATTGTTTCCTTTCATCAGAGATTTACATTTG	autosomal
GCTCCGGGACGCTCCGATGGGACTTTGCGGGGAGGTTCAGCGGCGTCCGA	autosomal
CGCGGGGCGGACATGGCGGACGGCAGCAGGCAGAGCCGGTTGGCCGCGGC	autosomal
CCCTGCAGGATGCTGTGCCTGTCTTTTGACCCATCCAAAGACATCCCCAA	autosomal
ATGGAGGGTGGCTGCTGCCTTTGTTCAGGGTGAGTAATGAGGCCATGGAG	autosomal
CCCGTTAGAAGCAGCGCGGAGCCCGTGCGGATCCCCACCGGCGCAGGAGG	autosomal
CCCGCACACGAGGAACACGGCTACGCTACAAAACACGGCGCCAAGCGACG	autosomal
CCGCACACGGGCCTCGCCGCCTCTGGCTTCGCTCCCCGCCCGCCTGCATC	autosomal
CATGCAGTAATATACTCACCAAGGGAGAAGCTGTCCAAGTTCTGATGATC	autosomal
CACGAGGTGTTGGGCTGGAGGATGCTGGAGCATCCCAAAAACCTGCCCGG	autosomal
GAGCAGGGCCGCAGGACGGGCCGTGGCGGAGCCGCCAGGCTCGGCTCGGC	autosomal
GAGCAGCGCTGTGGTGGCAGCAGAGTCCCATGGGCCACCCCGTGTCCCCC	autosomal
CCCTGGCGCGGAGCAGGCGAGTCCTCCTCCTCTTCCTCCTCCTGCCGCTC	autosomal
AGCACCCGCTCTGGGGCGGGCGGGCCGGCGCCATCCCCGGTCCCGGCGCC	autosomal
GCCTACCCCAGCGGCCTATCCCGGCCTATCCTGGGGCCCGTCACGGCCTA	autosomal
CTGGATCGGGGTCCGCAGTCCTGAGCGGACACACCAGACGCTTTGCAAGA	autosomal
AAGGACATTGGGGAACTGGGGGACATTGGGGACAGCGGGAGGATTTGGGA	autosomal
AGGCCCTTGGCCTTAACAGGGTCTAAACCCCAGTGACCAAAGGCCCTTGG	autosomal
CGGCCGCTCGTCCCCGCAGAGACCAAGGTGTACGTGGGGAACCTGGGCAC	autosomal
GCAGTGTGCTGCTGATGCATAAAACACACATAGATAGTACACAAATACAC	autosomal
ACACGCGTGTGCGACACCCGCGACACCGCGCTCCGATCCGCCGGTGCAGC	autosomal
AACACATTTGAAAATTTATTGTAAGGCTCCTGGATGGATAAATTTTAAGA	autosomal
AAAAACATGAGTGACTGCAAGTTAGATACTTCTAGAGCCAGCCACATTCC	autosomal
AGAGAGAGAGAGAGGGAGAGAGAGATGGGGGAGGAAGCACACGTGATAGC	autosomal
AGATGGCGGCGCTCAGGGGTGCTTCTGTGGCCGGGAATGGCGGGGAGTGA	autosomal
ACACAAGAAAGTTCAATCATTCAACTCCTCTCACCCCCGTGCTCCCTCCC	autosomal
GAAGTGGACAAGGGAAGTGAGAGACTCCCATGTGAATGCTCACCCCTGCA	autosomal
CGCGGCACTCGAGGGCTGTCTCGGGGCAGCTTCCTGCAGATGGAGGAACC	autosomal
GCCGGGCGGCCGCCGCTGCTTCAGCAGCTGCCGCACCACCAGCGACAGCA	autosomal
CTGCGGCCGGCCATGGCCCGGAGCAGCAGCATCGCGGCGGCGGGATGGGA	autosomal
CCGTCCCGGCCCCGGTCCCGTCCCTCCCCATCCCGCCGGCCCGGGCGGCG	autosomal
AGGGAAAGGGAGAGGGCAAAACACCGGGAAGTTCTTGTGGTTTGTTTTTG	autosomal
AAAAGGATAAGAGCTGCTAGATTTCTGTTAAGAATTTCTGCTTAGCCTCA	autosomal
CGGCGGCCTCGCCAGTCAGTCAGTCCCTCAGCCTGCCCGTCCGTCCGTCC	autosomal
CCGCCATCACGAGCCGCTCTGGGGGCAGCTCCAGCCGCAGCGCTGCTCGC	autosomal
CACTCCCAGCAGCATCAACAGTCCTCAGGGCTCCCCATACATTTCAACAA	autosomal
CTGCAAGAAGGCCAAATCTGATGATGTTGTGGATATGTGGCCAGTCAATC	autosomal
GGCTCCTCCTTCAGGGGGACCCCCCCCCGGGGCAGCGCCTCCTGCACCGA	autosomal
AAGCACAACTCTGGATTAATTACCCAATGGTCCACAGTCATGGAATCCAG	autosomal
CACCGCGGCAGCGCCACTAACTTCTCACACCCTACCCGGCCGCGGCCGCC	autosomal
CGCTGTGTCCCCTCCCCGCCCCGCCCGGCCGCCCCTCGCTGCTGCCGCCG	autosomal
CGTCGGCCCCAGCGGCAGGCAGGATGCCGGGCAGAGGGCCCGCAGAGCAG	autosomal
CGGGGTCCCGCCGCTCGGCCGCCAGCGCCTCGCACCGGCTCAGGAGCCGC	autosomal
ACCACCCCCCCCCCCGGTGCCGGGGCTGTCCCAATCTTTGCCCACCGGGG	autosomal
CTCACTGAAGTTGGGGGTGTAAAAATTGGGAAAAACAGGAAAAAAACCCA	autosomal
ACCTCCCGCCTTCCCCACGTGACTCCCGGTAACCGAACAGGGAAGCGCCG	autosomal
CCAGGTCGAGCAGGATTTTCAGTAAGTGAGTGTGGACATCGAATGACAGG	autosomal
CCCGGCCCCGCCGCGCAGCCGTGCCCAGAAGCGGGAGCAGGAAGCGGCGG	autosomal
CACCTTCGACACCATGGGCCTGCGGGAGGACCTGCTGCGCGGCATCTACG	autosomal
CGTTTCTCTCCCGGAAGTCGCCCCCTGCCTCGCGCCGCTCACGTGACCCC	autosomal
CTTTGGGGAGGCGGTGGCGGCGCCCGGGCTCGGCCGGGTGTGTGCCCTCC	autosomal
ATGGCGTCCGGGGCGGCGGGCGAGCGGGGCCGGGAGCGGCGGGAGCGGGA	autosomal
CAGGTGCCCGGCACACGCCGCCCGCTGCGATTCCGGTACGTTTTCCCCCA	autosomal
CCCCTCCCCCGGCCGGAGCGGGGACCCCCGGCCTCGGGCCGGCTCCATGC	autosomal
CAGCAGAAAATGGGGATATCCTTGGGCTTTCCAAACCTGGGACTGCTCCA	autosomal
AAAAATCTATAAAAGCCACTTTGTTTTCCCACTAAAAACTGCCAACCATG	autosomal
CAAACACATTTCCCGCTCCAGCTGTAGACTCTGGAACTGTGGGAATGGCA	autosomal
ACCTTCCGGGTGCTCACCATATCCGTGGTCTGCTTTGCTGTCTGCTGGCT	autosomal
GCGGCGGCGGAGCCGGCGGGAGCGGGCAAGAGGCGAGCGGGGGGAAGGAA	autosomal
CCATTGACGAAGCCTCCGTGCGCCGGCCCGCCGCGGGGCAGCGGCCTCGC	autosomal
CCCCGAAGGAAGGAACGGCAGCGGGCGGAGGTGCCGCGGGCGGCGCGGGG	autosomal
GGTGCAGCACCCAGGGCTTGCTCCCAGGATTCCCTTCCTGCAGCACCCAC	autosomal
GAACACTGAGAAGTTCATCGCGGGGTGGGGAATTCTTGTGGAATCTGGAA	autosomal
GCCAGCGGCTCCGCTGCATGCCGGGAGCTGCAGTCCCGCCGCTCCGGGGC	autosomal
ACTGTACAGAGCCCTTCCCTTGGTCCGACCCCTCCGCCATGACCACCACG	autosomal
CCCCGGCCCGCGGGCACCTTCCCGCAGCCGGGTCACAGCGGCAGCGGCCC	autosomal
GCCCGAAGCCGCTTGAAGAGGGTCTGGATCTCCGTCTTGCTCGGCTCCAC	autosomal
GGGTTGTGGGGCAGAGCAGGGCCGTGAGGGGCCCGAGGGAACCGGGGGAA	autosomal
GTGCTTGCGCCCCATCTTCTTCTGGCTGAGCACCTCGAGCAGCGCGATGA	autosomal
ACCAAAAGCAGAAGTAACACTGAGGGACAAGTCTCTGATTTGGTCCTGCT	autosomal
CTGCTCTGCTCTATCTGCCTTTAAACCTCCTCTTCCTCTTCCTGCCGCCC	autosomal
AGCCAAGAAGATGCCACTAGCACCAGGCTTTGGTACAGCAGTGTGGGTTG	autosomal
CGCAGGCACCGCGGAAGGGATGATCCGAACGGCGCTCGGTTGGGCTCGCA	autosomal
AGATGGCGGCGGCGGCGGGCGGGTCGCGGCGCTGGGACCCGGCGGCGCTG	autosomal
GTATTTGAGAGTTGGGCTCTCAGGAAAATAGAAATACAAATTGCAGAATA	autosomal
CTCTGTTCTGCACTTCTCTTGTGGCAATTCAGAGAGGCCCAGGGTGGCAC	autosomal
CGTTTTCACGTTGACGCTCACCTTGCGCACCTTCTCCAGCATTTTGTTGA	autosomal
AAGAAACCGGTGGCATACCTATCAAAGCTGTTAGACCCTGTGAGCAGGGG	autosomal
ACACCCAAGTGCGGCGCACCGGCGGCGGCGGCCTGGAGACCGTGCAGGGC	autosomal
GAAAGATATGGAGAGTAATAAAAATAAAAAGCCCCCAGTCAAAACAAACA	autosomal
TAACACGTAGTTTTTACAGTAGAAAAGCATAGATTTAAATAGCTATTGTA	autosomal
CCCAAACTCGCTGGGTTTATAGCAGTGCTGGTGGGTGGGACAGGCCCCAC	autosomal
CATTCCCGTCAGGGCCGTAGGCTGCCAAGCCGCTTCTCCGTCCCGCCTGG	autosomal
ACTGGCGTCCCCAGCCTGCACAGAAACTGAGCTGACTGTTGTTGTAGAAG	autosomal
ATGAGTCACCTACCCCTGGATTTTAAAAAAACCCAAACCATCAAGATGTA	autosomal
CCGGGGCGGCGACAGCGGCGGGGCTGCGGAGCGGGGCTGCCAGCACAGCG	autosomal
AAGGGCGACCGTTCCGTGGCGGGGCCGGCCTGTGTCCCCCAGAGGTGATG	autosomal
CCTCCTGAGGGCTCTGTCGCGACATGGCGGGCGCGCTGCCGGGCACGCAC	autosomal
CTCTTCCTCAACAAAGGGTTTGGGCTCCTCCAGGCCCTCTGGTGTATTGC	autosomal
GCCGGCGCGGCGCGGCGCCCCCGCCGCCGCCGCCCGCTGCCGGATGGCGC	autosomal
CTTTCTTCCCTGGAGCCTGGCATCAGAGTCCAAATGAGGTCATTAATCTA	autosomal
GGACCCCCCAGACCCCCGAGACCCCCAGACTGAGACCCCCAAGACCCCCA	autosomal
CTCGCCGCTCCGCTCGCCGCTTCCTGCCGCGCGCCCCGCCCGCCTTTACC	autosomal
AGCCGCAGCAGCGGAGGCAGCGGCGCGCCCCGCCACCATGAAGGTGACCG	autosomal
GAAATTTGTGATTGCTCGCAGTGACAGCTTGCCAGAGGAGAATGTCCTGA	autosomal
AAGAAGCAGAAGAAAGCCAAGGGGGATCCCAAAAGTGGCCAGGAGGAGGA	autosomal
CAATCCAATGCTGAGGAATGGAAATTAGTTTTGCTTTGGTTTATTCCTGC	autosomal
CGCGGAGGCTGTGCCTGGGCTGCCGCTCCCGGCCGCTGCTGCAATTCCGA	autosomal
CACTTTCCTGCATCATCTCGTGTCTTCCTTGGTCTGCCCTCTGGTGAACC	autosomal
CCTGTGCATCTCCCCGTAGATCAGCAGGCCGCTGCCGCACACGTCCACGA	autosomal
CGCTCGTTCCGGGCCGTGCCGGCGGCAGCGACGCTTGGTGATGCCGGCCC	autosomal
CCTCTCAGCTTGCGGGTCTTCCTCAGCCTGGAGGGCTGCGGGGAAGGGGC	autosomal
ATCATAAATCCTATCCCAAAAACAGCCCTGAGATCCCAAATCTGCTCCTG	autosomal
CAGCGTGTAGGTGATGTAGATGAAAAAGACGCTCCACCAAACGCCCTCGG	autosomal
CCTACTCCGGCAGCGCCGGCTCCTACAACCACCGCTCGCTGGCCGCCTAC	autosomal
CGGGGCTCCGCCTTTTCGTTTGATGGCGGCGGCGTGGCGGTGATCCATCC	autosomal
CAGATCCTCTCGCCGGTGCAGTGGGCCCGCTGGACCTGGTCGGCGGTGCG	autosomal
ACAGGGCGCTCGCTCCTGCCCGGGCGCCTTAACCCAGGAACCAGAAGCGA	autosomal
CCATATTCCCATTCCTGCCATTCCCACATTCCCATTCCTGCCGTTCCCAC	autosomal
CCAGCCCCTGCGCCTGCCGCGCCATGGAGCGGAGCTGCGCCGGGCGGGAG	autosomal
CCCTGCCCATGTCCCCCCCAGAGTTTGGTCCCTCCCCCCCTGCGGGTGCC	autosomal
CACCGCCCCCGCGGGAAACGGGACGGAGAAGGAGGAAACCACCCCTTGGG	autosomal
ACTCCCCTCCGCCCCGGGATCCCCCACTCCCCATTCCCAACACTCCCCTC	autosomal
AAGTACCCGCACCTGCACACCAGCTCCGAAGCCATCCGCAGAGCCTGCCT	autosomal
CGTCGGCCATGACGAACTTCATCTCAGTGCAGCTGAAGAAGGCTTCAGAG	autosomal
GAGGAGCAGAGGGTTGGATCAGTAATAGCAAGACTATCGGAGGACGTTGC	autosomal
CTGCCGGGACATGGCGGCGCGGCGGGGCCGTGCGGCCCAGAACCGGACTC	autosomal
GACCCACACCCTGATCCTCCCCCGAGGGGCAGAACTGGCCCTGCCAGGAC	autosomal
GAGCCCGGCCCAGCTCCTCCGGTCCCGCTCCTCTCCTGCTGCCCCGGCCC	autosomal
CGGGTCGGCGGTGACTCCAGCGGCGGCGGGGCCGCGGCGGCGGAGCGCTC	autosomal
AAAGGTGCTTTTTAGTGCTTGTCCTGTGTTCCCACTGCCCCATTTCAGGC	autosomal
CATGGCGCTGCCGGGAGGGAGCACGGAGCGCCGGCCGGAGCAGCACCAAC	autosomal
AGGAGCCGCGGGAGGAGCTGCGGGAACGGGGGGAGCGGCGGGACGGGGGA	autosomal
CGGCCGAGGATTTACAGTCCGCGTAGGGCACCGCGGGCGCGTCCTGCTGC	autosomal
ATGAATACTCCTGATCCCTTCTTGAAGCTTTGTGATTCCCAAGGATCCTC	autosomal
CGCGGCCGGGAGGAGGCGGAGGAGCCAAGATGGACGCCGGGTTCTTCCGC	autosomal
AGGAGCGATGTGGGGCTGAAGGGTGACAACGGGCGCGGAGGGTTTGGCCT	autosomal
CCCCAGGGCCACCCCTGATGTCACCTGTGCCACCCCAGTGTTCCCAGGGC	autosomal
CTCGGGGCGGCGGCGGGGCCATCATGCAGAAGATCAAGTCGCTGATGACC	autosomal
GAGCTGGGGCCGGCCGCGGTGCCTCAGCGGCTCCACATCGATCCGCCCGC	autosomal
GTTGAAGGCGTTCGAAAATGCGTGTTTCGGAGTACTCAGGGCTGCCGAAA	autosomal
ACGGGAAGGTGACCGTGTCAGCAGAGCGCAAGGTGGAGAGCAGCACCGGC	autosomal
ACACGGAGCCGCCCAGCCCACCGCGGGATCCCTTGTTCTCCCGGTCCCGG	autosomal
AGAAAATTAAATGCAACTTTTTTTGGTCTAGCTTTTCAGCTGCTCCATCA	autosomal
GTTCAGGAGAGCCTGAGCCAGAGGGAGAGAGCCCGAGGGCCTGGAAAGGA	autosomal
AGGAAAGAACATGAATTAATATGCTTTCAGGGCACAGTCTGTGACATAAA	autosomal
ATTTTCAAGGCTGAGTTCATCCACTTAGCCACAGTCTCTGGGAAGCAGCG	autosomal
GCAGCCCGGCGATGGCCGCGCCGGAGGATGCCGCCGTGCCCGGCTCTCGC	autosomal
CTCTGCCCCCAGCACCTGCCCCGCCGCCCTGCTGCCCTCACACCCGCTGC	autosomal
CCCCGCCGCGCCCGCCCCGCCGCTCCCGCCCCGCCGTTCCCGCCCCGCCG	autosomal
GAAAAAAAAAATCCATCCGTGTTTCCTCTGCTTCTCGTTTAGTGTCAGGA	autosomal
CTCGGCCGCTGCGGCCCCCGCCGCCGCTCCGCCGCCGCACGGGCGGTGCC	autosomal
GGCCAGGGCCCAGCAGCGGGACTCGGGGTGCGCCGAGATGCGGCACAGCA	autosomal
ACTGGTTAAAAACTCTCAGTGCCGTTCCTTACATACACAGTCCTATCCAC	autosomal
CGCTCCTCCCTCCGCTCTCGGCCGTGCCGCCGCCGCAGGCCCGCCCCCAG	autosomal
TATTGTTAGAATAATGCTCTTCACAATGTTTCACACCTGGAGCAACATAA	autosomal
GGCACAGAGAGGCAGAGCCAGATGCTTCTCCTGCCGCTGTGGCCCTGTCA	autosomal
AAAGGTTGTTCTCCGTGAGTCAACAAGTTTTGGGACTCAACCATCCAGAC	autosomal
GAGGCCCCCGTAGCCCCGGTAGCCGCAGGGGCTCCCGCAGTCGTAGCCCC	autosomal
CCCGCCCGCCGCCCGCCGCGGCCCGGCGGCGCTGCCGTCAGCGCGAGGTC	autosomal
TGTCCCTGCTCATTGCAGAGGAATGAATTAGATGGTCCCAGTCACACACA	autosomal
AGCACCACGTCTCTTGTGTGGGAGCAATCCTTGGATATATGCAATTTTGG	autosomal
CAATTTTTTCAAAGCTGATATGTCCTCATGATACATTATAAAGGATGCAG	autosomal
GGCGGGGAGGCTGGCGGGGGGCACACTGGCAGGGACCAGGCTGGCGGGGA	autosomal
CGGGACCGGGGGGATCGCCGGGATGGGGGGACACGGGGACAACTACTACG	autosomal
TACCCCCCGTTCCCGTGAGGGGCCAGGGAACCCGGGAGCTGCAGGCAGAA	autosomal
AGATGGGCTCTGTCCTTCCCCAGGGTCCCAGGCGCAGCAGGAGCGCCGGC	autosomal
AGCAACACTGACAAAAATAAAATCAAGTAAGACCCGGCACAGACCTGGAA	autosomal
CTTCCTTGTCCTGGATCTTGGCCTTCACATTTTCAATGGTGTCACTGGGC	autosomal
AGATCCCCACCCGGCTGCCGCTGCTGCTCACGCACGAGAGCGTGCTGCTG	autosomal
GAAACAGGGCCTCTTGTCCTCTCCCTGTATGATTTGTGCTCTTGGTGGTC	autosomal
ACAGCATGAAGGAAAAACACCTGGAAAGTGCTAACAAGACATAACGGGTA	autosomal
GCAGCGCGGCCCCCTCGCAGCCCCTCTCCGCCGGCAGCATGGCAGCGAGC	autosomal
AAAGCCCTTTCCTGGGCGAGGATGCTCCGAGGGAGGGATACGGAGAATTC	autosomal
CTGTTGTTTTAGAAATCCACAGATTCCATGCAGCTGATGCTACAGCGCAA	autosomal
CATCCCCTACAGTCTCGTTGGAGAAAACACAAGAACCAAACAGAAAAAAG	autosomal
CATGGGTCGGTCGGGGCCGGGGCTGCCGGCGGGGCCGCCGCGGCACTCGG	autosomal
CCCAGGACCCTCAGCCCTCCAAGGTGGGACACGGCTTTGTTCCCCAGCCC	autosomal
CGGCGCCGGGCCGGGCGCGCACGGCAGCGCCGGCCCCTCCCGCCGCTTCC	autosomal
AGCGCCTGGTCACCATCCACGAGGTTGAGCGCAAGATCATGGATCACCCT	autosomal
AATGTCTCTTGTGATTGCTTGCTCTTCCTGTAAGCAAAGTGAGCTGTCAT	autosomal
CCGCCAGCCCCGCCGAGCCCTGCCCGGCCACGGCCAGCCCGCCCCGGCCC	autosomal
TCCACCTCTTCCAGAGGACTGTCATATCAGCCTGAAAAACAAAAGGGAAA	autosomal
GCGGAGCACCTGGCCGGTTCCAGCCGCTGCCGGGCTCGCCGAGCCTCGCC	autosomal
CGCTGCTGTGGGGCCGCGCCGTGGCGGGGCTGGAGCAGATCGGCAGCACG	autosomal
CGAGAGCTTCCAGCGCGGCCTGCGCCGCCCTCACGGCCGCCGCGCCGCCG	autosomal
CGCAAAGGCCACAAGTGTATAATGAAACCAGTATCGTATTGCTGTGCCAA	autosomal
AGCAGCATGGCAGCGCGGCGGGCGTGAGCACCGGCACCGGCACCCGGCCC	autosomal
CCGGGCAGCCCCGACCGCCATGGCCCCGGTCCCGGTCCCGGCCCCGCCGC	autosomal
GCACGGCGCGGCGCCGGCATGAGGGAGCCGCTGCCGGGCCCGGGCATGGA	autosomal
GGGCCGGCTGCGCCACTGCCGGCTCCATCGGCATCTCCGCGCCGCCGCCC	autosomal
ACCGAGCCCGCACCCCACGCCGCGCCCGCCCCGCTGCGCGGGCCCAAGCG	autosomal
CCCCCATGGCCCAGGGCACGCAAGAGGAGCAGGAGGAGGAGGAGGAGGAA	autosomal
CTGCAGATGACCTCCATGGCACCCAGGGCATGGTAGTCCGAGCCGCCCGC	autosomal
AGGCCCTGCAATCACAGAACAGGGTTCTGGTAAGGGAGGCCCAAGGGGAA	autosomal
GCACTGACTGGACGGAAAATGGAGAGCAATGAAGGAGTGGTTTTCTCTGA	autosomal
TGAGGGTGCCAGGCAGTCAGCGTCAGGGATCCTCCCTTCTGTCACGGACA	autosomal
ATTTTTCGGGGCCTCGGCGGCGGCGCCCGGCACAACCCGGAAGTGCGCGC	autosomal
CCCGCGCAATCCGCCGCCATCCGCCGCGCCCCGCGCCCATCACCCGTCCG	autosomal
CCGGTGCTCCCAGGCGTGGACTGGGAGGCCACCAGTATAAACCAGTAAGG	autosomal
ACAGACCCACGGACACTCGGACAGCCCCACGGACACACGGACACTCGGAC	autosomal
CAGCCAGCTGGGGCTCGGCCTCTTCTCCCAGGCAACCATCAGTAGAACAA	autosomal
CCGCCCCCGGCCCGCGCGGCGCTGCGGACGGGCCTGTGCGGCGGCGGCGC	autosomal
CCCGGCGGCGGCGGGCGGTGAGGAGGCGGCGGGGCTCAGCGCCGCGCCGG	autosomal
CAAACATTAAGCTGTCACACTTCCCCAAAAGCAACCTTAGCACCAGCTCC	autosomal
CTACTACCTGGAGAGTCACACCAACGAGGTGTACGCAGAAGAACCCCCCC	autosomal
AGGCAGACAAAGGCCGTGGTTCTGCTGCTGTGGTGGCTAAGAGTGCCAGA	autosomal
AGCTTCTGCAGGAAAAATAAGAGTTGGCAGAGAACAGCTACAAAGGCTGC	autosomal
CCAATACGTGTCGGCGGTGCCGTCCCGGGGTGTGAGGCCCAGCACATGGC	autosomal
CCGCGCGGCGCTCCCCTCACGCCGCCGCGCTCCCACAGTGCCCCGCGCCC	autosomal
AACAGAGATTTTTGGCAGCACTCATTCTGAACCCCAGGGTGAGGAACAGA	autosomal
ATCTCCCATCCCAAGCCAGGCAGCTCTCAGCACTCTCCCTACTAGAAGAG	autosomal
ATAACCGGCCCCATAGCCGGCCCCATAAGCGGCCCCATAAGCGGAGCTGC	autosomal
AGGTCACTTTTCCCCACGGCAGGCTCGGATCCCTCCCGCCGCTTCCCGTG	autosomal
ACCCAGCCCCGCCGCCGGCCGGGGCTCCCCGTGGGCACGGGGCTGCCGGA	autosomal
ACGTCTCCCTCCAGGGCGGCCCGCCCGGGCTCTTGTAGCGCGCCCGGTGC	autosomal
AGGTGAATTTGGGATAATTTTGGGATGATTTTTGAATGACTTTTGGACTG	autosomal
CGCCGGGCTGCAGCACGTTCTGCTCCACCGTCATGGCCCCCGCGCGGCTC	autosomal
AAATGAAAAACTGAATTTAGGACAATTTAAATGAAACAAGATAAAATCTT	autosomal
ATGGGGGCTGGGAACCGCGCTGGGGACACGGAGCAGCCGCGGCTCTGATC	autosomal
AAAGGCTGGGGAGCTGCCCTGCCCTGGGAATATTGGCTAATCTTCTGGGA	autosomal
AGGAGGAGGGCTCCGCGAAGGGCAGGCACGGAGGAAGAAGCGGGGCCGGC	autosomal
AAAAAGGGGATTTTGGGGAAAAAAAAGGGGAATTTGGGGGGAAAAAAGTG	autosomal
GATCCCGCACAGCCAAAAGCTGAAGAAGGTCTCCAACCCAAAAATGAGGA	autosomal
AAAGAGCAGAAGGTTGTAGTCGATGAGCTTTCTAACTTGAAGAAGAACCG	autosomal
CGAAGAGGCTCCACAGCTTGGCGAAGATTAGGCCCATGCCTGGCCTCGGC	autosomal
GGGCGGAGCGGGAGGAGGGAGGGCGGGAGGGAGGGGGGGGGAGGCGGGGA	autosomal
CGGGGGAGGCTGTTTAAAGTGGCGCTTGCGGGATGGCGGAGCCGGCGGAC	autosomal
GCGGGCGGAGGGACGCGGCGATCGCTCATCACACACACGCACACACACGC	autosomal
CCCGCGGAGAGGTGAGACTGAGGTTTCTCCGCCGCTCTGCGCTCCGATTA	autosomal
ATTTAAATCAATAAGAATCAATACATGGCTTTAAAATTCTAAAATGTAGA	autosomal
ATTTTTCTCTTTCGTGTTTGCATTCTGCAAGAGGGAGACAAACAATGCCC	autosomal
GAATGAGGTTCTGCATCAGCTCCCAGCTGATCGTCCACCAGAGGATTCAC	autosomal
GCTGTCGAAGAGGCCGTGCACGATCACCACGGGCCGGAACGGCGCCCCCC	autosomal
CGCCTCCGGGAACCGGCCTGGGAGTACGGAGAGGGTGGGATCAGTGAGGA	autosomal
AGGAGGAGGAAGGCGAGGCGCTGAGGCGGCGGCGGGAGCGGCGGCGGCTC	autosomal
ACTGCCCTCAGGACAAAGCAAGAGGTCCACGGGAAATGGCCACAGATCTG	autosomal
CGCGATTTGCTCCCGCTCGCCGACACCGCCACGAGCCCCGCGCCCGCCCC	autosomal
ATATTTTATAACTGTTCTGCACCTGAAGTTTCTGGAATTGCCAACCTGGC	autosomal
CCCCTCCGCCCATCCGTGCTGCTTCCTCTTATGCCCCCTTTCTTCTCCTC	autosomal
GCTGGAGCTGTCAGAGAAGACTATTCAGGCTAAGCTGTTGGACTTTGCAC	autosomal
ATTTATAACAATGTGTAATGACTGTAGCAAAGTCCTTGTTTCTGTATGTG	autosomal
AATTCCCGGGCTCCCGGGGGCTCCCGGCGGAGCGGCCGCCGCTGTTCCCG	autosomal
CACTTCCCAGCAGAGAGAAACGAAACCCCTTTCTGGACCTTAGATGAGCA	autosomal
GCTTTCCATCTCTGTAAATAAGAAAAGGCTAGAGGGAATATATGCTGGGA	autosomal
AGGCAGGAGCCCCAAGCCCCAGGCTGGCCACTAAGAAGGCCCAGAGGTAT	autosomal
AGACTTCGTGGCCACCTTTACCTTAAAGGTGCTGGATCTTCTGGACCTCT	autosomal
GCTCCTCCTGGGCAGCAGCGCTCGGCTGCACTTCCAAGGATTGCTTTCCA	autosomal
TGCCTGGGTGACCTGGGGAGTCTTCCTCTTCCTCGCAGACTCCTTCTCCA	autosomal
GTACGAGGCGGTGAAGGAGGTGCTGCACGGCAGCCGTGCCAAGAAGCGCA	autosomal
GTCCCGAATTTATGTGAGGGTCCCGAATTTATGGGGCGGGAGGGTCGCGA	autosomal
CCCGGCACAAGATGGCGGCCGCGACCCTCGCCCGCCGCATCGGCCGCTCA	autosomal
CGAGGGGGGAGAAGGAAGCGGCCCTGGAGGCGCCGTCCGATCCCGCCCGC	autosomal
CGCCGCCCGCCTGAGCCTCCCGGGGCCGGCCCGGCCCGGCCCGGGGCCGC	autosomal
GGGGCAGACCTGACCTACCTGAGCCAGGCCCCAGGGACCTGCGACCCCAA	autosomal
CGGGAGTGGCCCCGAGTCCCGCAGCGCAGCTCCGGCTTCCGAGCACGAGC	autosomal
ACTCTACTTGTACCCAGTTATTGACCAACATTCAAATAAGAAGATAAAAG	autosomal
CACCTTCTTCCATCTTTTCCAAACCTACAAACGGCGCCTCTTTTCCACCG	autosomal
GCTGAAATGGCTCCTGTCTTCTCCATTCAGGGTGATGCTCTCATTTGCCA	autosomal
AGCATATATGAGTTCTAGGCCTGCCAGACAGGCTGGATAAAGGCATCCCC	autosomal
ATGGGCAAATAATAACTTTTCTTCAGGGCTATCCCATCATAAAGGGTAAC	autosomal
ACGGAGCGGTGAGAGGGGGCAGCGAGGGGCTGGGGGGCGCAGGGGGGGTG	autosomal
ATCCTGCATTTGACTACAACTACACGTTAAATCGTCCTTGTTGCTGGGAA	autosomal
GATGCCTACCGATCCTGTATATTTCCTACAAAAATCTAAAATGTGGAGGC	autosomal
GGGATGCGGAGGAGGAGGAAAAGAGGAGGAGGAGGAAAAGAGGAGGAGGA	autosomal
ACAAACACTTGGCCCATCATTCAAACAGATTTGGGGTGTTTAGGTGACTC	autosomal
GCAGCACTGGGGAATCTCCTCCTCCTAACCTTATCTAAAGAGATTTCATA	autosomal
CCATTCCCTGTCCCTGCTGTCCCCAGGGTGCCACTCCTCCATGTCCCTGC	autosomal
AAGGCGACCTGAGCGCGGAGGAGAAAGAATTGCTGGCAGTGATCTCCACA	autosomal
GTAGTCTCTGATACAAGGCTGAAAATGATTCTGAAATACAACAGAAGACA	autosomal
CTGCCCCGTCCTTCCCCGCAGGCTGCCTGTGCACCGTCAGCGTCCTGGTC	autosomal
CTGCAGAGCAGGAGCAGCATCAGGCACATGAGAAGCAGTTCCTGTGCCAC	autosomal
AGGGGAGAGGTGCCATGGTGGGGCTGTGAGGGGAGAGGTGCCATGGTGGG	autosomal
CTGGCACGGACCCGGTGGTGACACTGACACGGCCCTGGTGGTAACAGCAA	autosomal
AAGTTCCTAAATGCCCAAATCAGCCTCATTCTGATTTTTCAGATGTATCC	autosomal
GGAGCACACTAGGCGGATAGCCCCGTGGATGGTTGTGTTGCTGCAGAAGA	autosomal
CCCGGCCGGGCGGGGACACGGCGGCGGACGGGCAGAAGGCGGCGGCGGGC	autosomal
CCGCCGCCACGGCACCACTTTGGGCGGCCTCATGGCGATCGAGCAAAGCC	autosomal
CTGGGTCTGCTCATTTCATCATCACTATCCAGCGGCAGAATTTCATGTGA	autosomal
CCGCGCGGCTTTGGCGGTGATTGGCAGGCAGAGAGGGGCGGGGCTCGGAG	autosomal
CGCGCCGCCCGCAGCCCCTTCGGCCTCGACGAGCCACCCTGGGTGCCCGA	autosomal
AATGCCTGGTCTCCAGGTAACTCAAAATAAGGGGTGCTGAGATAGATATG	autosomal
GATGGGCACCGGGCGGGCTGGATCGCGCGGAACGGGGAGACCGAGGGAAC	autosomal
AGCTCTGGGGCACAGAAATGGGAGTTGGGGACATTTGGGGACATCTGGGG	autosomal
CCCGGCCCGAACGGGCCCGGCCCGGGCCTGGGACAGGGACAGGGACAGGG	autosomal
CTGCGGGCAGCAGACTTGATAAACAAACTCCAGATAATGTAGACGTGACA	autosomal
AAAATCCTGAAAAAAATGGCAAAAATACCCCCAAAAAATCCCCAAAAAAT	autosomal
AAGAAAAAAGGAAAAACAGAGACAGAAAAAGGAAAGAGAAAGAGACAGAA	autosomal
GCCGGTGCCAGCGGCCGGCCCGGCCCGGCCCCGCTCCGCCTCCTCCGTCA	autosomal
CGGCCCTGGGCTGGGCCGAGGCGGCGGCGGGCGGCGGCGCGGGTCACGGC	autosomal
CTGTGCAAAGCACACTCTAGACACTCCAGTCAAGGCCTTTTGCTGTGGTC	autosomal
ACAGCCAGCTTTTGTGCTGGGTGTGATGGTGAGACCTTAGCCCATGCGTG	autosomal
GCAGTAGTAGGACTCGTAGAGCCAGTCCCGGGAGCGGGACTGTTCGCCGC	autosomal
GGGCAGGAGCGCTTCGGCATGGCCGGACCGACCCGCGCCCGCCCCGCCCC	autosomal
TTTCTCACTCACTGAGAATTGCTCACGGGCTGTTTAATTTGTTCCGAAAA	autosomal
CTGCCCTGCCAAGAATCATGTATCCTGTGATGACATTTCTCAATAAATAA	autosomal
CTCCTTCCTTCCCTCCCTCCCTCTCCCCTCCCTCCCCGCCTCGGCCGCTC	autosomal
ATCAGTGTCTGCCCTTCTGCTTCCCGTCTTGAGGAGGGGAGATGCGATGA	autosomal
GGAAATTGTGGGATCTGGGAAACTTTGGGATCCGGGAAATTTTGGGATCC	autosomal
CCCAGTTGATAGGCTGAGGAACACCAATGAGGGAACACAGGATCATATCC	autosomal
GGAACTTGGACGCCTTGAAGCGGTTCATGGTGCTCCGGCCGTACCGCTCC	autosomal
GGCGAGCGCGGCTGGCGGAGAGAGCGGCGCGGAGCTGGCGGGGATCCCCC	autosomal
CCGGCGGGAAGGCGATGTACCGGACCGCCCGGCGCTGCAGCGCCGCCAGG	autosomal
GCCCCAAAATCTGGCAGTGCTGGGGGACCCCAGAATCCCATGGAATCCCA	autosomal
GATGTCCTGCGTGGAGCTGGAGGGGGTCCGGGCCATGCCGCCTTCCCGCA	autosomal
ATGCTGTTGCTAAAAGTGAATGTTTTTATTTGCAGATGTGATTACTACAG	autosomal
ACCACCACGGGCGAGGGCTGGATGACCACGCGGGAGTCCTGGCACTGCCG	autosomal
CGGTGACAGATGCTGACAATCACGGCGGGCCGGGAGCGCGCAGGGCTCGC	autosomal
AAAATATGAATAATTCCTTTTCTCCTTTCCCTGCCAATGTCCTGCAGGAG	autosomal
GAAGCAGGGGGGAACAGAGGGGGGCAGGTGGCTGCAGGCAGAGAACACCC	autosomal
AGGAGGAGGGGACCCTGACGCCCGTCCTGAGCCACGGCCACGTCCACTTC	autosomal
AGCTAAAAAAAAAAAAAAAATAGGAAAGAAAGAGAAAAAGGATAGAAAGG	autosomal
CAAACGCCGAGAGACGGCGAGAGAGTGGGAGCGGCGCTCTGAGGGACGGC	autosomal
CCCGTCCGACGGCAGCGCCAGCGATGGGGACGGCGTGCGGGTCTCGTGCA	autosomal
CCCGATCGATCCCATCCCAGCTGATCCCATCCCAATCGACCCCATCCCGA	autosomal
CGCGCCTCCACGTGAGCGCCACATCAGCGCCGCTCCGCGCCTCAAAGTCA	autosomal
ATGCTGCGGGCGGGCTGCCGCGCCGCGCTGCCCCGCCGCCCCCCGGGCTC	autosomal
ACATGGCGCGGCGCTGAGGGACCGCCGGCGGCACAGCACGACGAGGAGGA	autosomal
GCGGATGGCGCCGTACTTGTAGAACACGTCCTCGATGTCCTTGGTACGGA	autosomal
AAGGTTCTGTGCGTGGAGCCCGTCATTTTCATCTACATTTTTGCGTCTTC	autosomal
GATGTCGGAGAGCGTGGCCGAGGCGCCGGGAGCCGGGAGCCCAGCGGCGC	autosomal
AGAGCCGGGCGGGCCCCGCTCCCGGTGCAGGTGGCCGGGCCCCAGCGGAC	autosomal
AAACACCAGAGGAAGCAGCAAAGACCATATGCACATCCCTGATCTTTCAA	autosomal
ACCCCTCCAGAAACCCAGGACTATCCAACCCAGCCCAGAGCAGATCTTCT	autosomal
GATACATGTACGTTCACAAAGAAGAAGAACCCACAGTTAGACCAGCTTGA	autosomal
CTTCTCTGCTCACTTGTCTTCAGGCAGCTCCAAAGCCAAAGGAGTGCTGC	autosomal
CACAAGAGCTTGTCTGTTCAGCCTCCCTCTGGCAGGGAAACCCCAAAGGA	autosomal
CCGCGGCGCGGCCGGAGCGCGGCGTCGGGCTGGGCGCGGAGCAGGCGGGC	autosomal
GTTGTAGCCTACCTCGCCGGCTCCGGGATCGGCGCCGCTCGGGTCCCGCA	autosomal
ATGATCGACAAGGAGGGCGGCAGGGAGGCGGCCGAGGGCGGCAGCCTGCG	autosomal
CCTCGCCGGCTCTGGGCCCAGCCTGCCCCGGCAGAGCAGGGCGAAGCGAA	autosomal
CCGGTCCCGCCTCAGCTCCCGCCCCGGCCCCGCGCGGTCCGCCCCAAGCC	autosomal
CACTGTTCCTGCAGGTCACTTTGATTCCCTGCCACATCTGACTGCTCACC	autosomal
ACGTTATAGCAGCGCACCGCGGCCGCCCACAGGAGCGTCCACAGCACCCG	autosomal
ACCCAAAGTGACTTTCCTTAGGCTGAACTACAATAAACTATCTGATGATG	autosomal
AAAGGCTGATAATTTTTGGGCACTGTACCAATACATTTTCCTTGACCTGT	autosomal
CATTGTGTCTGGGACAAGAGCAAACCAGAGATGTTAATGAGGCTGGGTTA	autosomal
CGCTCGGCAGCCACACAAAAGAGCGGCTGCGGCTGCCCCGCTGCTCGGGA	autosomal
AGGCACGGCCAAGGAAATACCTGTGGTGTTCGTCACCGCAAAAATGTAAG	autosomal
CCAGCCCGGGGATGTCGCCCATCGCTGGCGGCCGGCGGGGCTCCTCCGAG	autosomal
GGAGGCGACGCCGGAGCTCTCGTACCGGGAGCAGCTCGACTTCCTGAACC	autosomal
CGGAGGAGCGGCCGGGGCTGGGCGGCGCGGTGCGGCCGCTGCGCCGGTCC	autosomal
GGGTGTGCACAGGAAGAAAAAAGAGAGAAAGAAAAGAGAAGAGACAAGAA	autosomal
CCGCATCCCCCGGGCCGCCGCCGCTGCCGCCGCCGGTCCCGTCCCGGTCC	autosomal
AGTGTTTGGTGAAAATGGCAATGTTGTTGTACTGTTACAACCAAAGCACA	autosomal
AGCCCTCCGTCAGCTCAGAGAAACACTCGCTCTGAGCTGATACATCCCAC	autosomal
AGAAGTTGAGTGGATAGTGGTGTTTGTGATGACTTTCATCAGTTGCAACG	autosomal
CGCCATGGCGGGGAAGGCGGCCGCGGCCGGCGCCGGGGTGCTCCTGGTCA	autosomal
TCCTTTCCTTCCCCATTAGCAGCAACAGAGTCTGTCATTTTTCACCCCCA	autosomal
AGGAGCGAGTCTGCCTCCGAGTCGGCGGCAAGGTGTTCTGCACCGGCGAG	autosomal
GCGCCTCCTCCTCGTCGTGCTGTGCCGCCGGCGGTCCCTCAGCGCCGCGC	autosomal
CAGAGCCGCCCCCTCTCCGCCTCCCCACTGGCGCTTCCAGCGCCGGCAGC	autosomal
GAAGCCCATTGTTTCAAAAATCTGCTCTTCCCTAGGAGAAAAAAAGAAGC	autosomal
CTCCCGGTGCCTCCCGGTCCTTCCCGGCTCCTCCGGCCCGGCCGCGCCTC	autosomal
GAGCCGGCGCGGCTGGAGCGGCTGGAGCGGCGCGTGCGGGAGCTGGAGGA	autosomal
CAGTGAGGTGCGGGTAAAGGAAAGTGAAAGTACGCCTTGGGACTTGGGTA	autosomal
ATGCTTGCCATTCCGCTCCTTCTCTTGCTTGTGCCAGGCCTCATCCTGTA	autosomal
AGGCTCTGCCCCGCGTCCTCCCGGCCCGGGCACCCGCAGAGCCGCATCGG	autosomal
CATTTTATATGCAAAGTGGGGCTTATGAATCGGTGTCACTGCCATAAGGG	autosomal
GCTGGAAGAGAGGGATCGCCTGCTGGAAACGCTCCGCGAAACTCAGGAGA	autosomal
AGCACCCCATGGCAGCCCTGGAGCGGGACCGGCTGTACCAGCACAAGGTG	autosomal
AGTGCATCACACAGTCACACAGATTATTTCCCAGATGTAATGGATCACAC	autosomal
CCCCTCCCCCGTCGGTAGCGGCTCCGCCGGGCGCCGCCGCGGCCATGGAC	autosomal
CCCGGCTTGCAGAGGGCTGGCAGGGCTGACACCGAGTAGACGCTGAGGTC	autosomal
AACTGTCAACACATCATTCTGAAGAATTGTGTGGAGACTTTGTGAACTGA	autosomal
CTGCGGGACCTGCAGGCCGCCATCGCCGACGTGTGCTCCCGGGCCGGCGC	autosomal
GCCCAGGGTCTCCACGGCGCAGGCGAGGCAGAGCGGCGGGCGGAGCGGCA	autosomal
AGGGCTGGCCAGGCCGGGGGAGGGAAGAGATGGGAAGGGGAGATCGCCCC	autosomal
CATTCAAGCAGCAAGAGCTGTTCTGCTGATGTCTGTGTCTGTGGGAAAGA	autosomal
GCCGGCCGCGGGGCCGCGTACCCCGGGCCCCGGGTGCGCTCCGCTCCGCC	autosomal
CAGTATAACCCAGTACAAACCAGTATAACCCATCTCACTGATGACGCTGA	autosomal
CCCGGCGGAGCGCGGCCCCAGCGCGGCTCGGCTCCGCTGTGCTCCCGCGG	autosomal
AATTTTTGAAATTATTATTTAGTTACTTAGTTCCTAATAAATGTTTGGTA	autosomal
CTGCTTCTCCTGCTCCGAAACACAGCTCCTGGACTGGGTTTGGGATAGCA	autosomal
GGCAGACGCTCCGCGGCGGCGGAGCCCCGGCCCGTCCCCCGCGCTCCGCC	autosomal
CCGGGTGCAGCCCCGAGCCGGCGGTGCACAGGGCGGGTCCCGGAGCCCCC	autosomal
TTCCCACAAATTCCGCCGAATTCCCCCAAAATTGTCTCCAAATTCCCAAA	autosomal
CATTGCTTGCACACCAGGTGCCCGGCCTGGCACTGCAGGATGGGCGGCAG	autosomal
AGAGCGAGCGCCGCGCTCACGACGCCGGCAGTAACGGCGGAGCCAGCACC	autosomal
AGCCCGCTGCTGCCTCCGGCCCGGCCGAGCCTCGCACAGGCCCGAGCGCC	autosomal
CCAGCGCGCAGCACAGCGCGCAGAGCAGCGCGGCCGCCGCCCGGGGCCGC	autosomal
CACGCGCCGCCGGCAGCCATTGGCCGCTCGGGCGGTGCCCGCCGCGGGGC	autosomal
CACTGAAATCAAACTGCTTCACCAGTCCTCTGAGCTCAGTAGAGGGAGGG	autosomal
AAGCGTGCGGGGTGGGGGTAGGGGCTCAGCTGTTCACGGCTGCCTGTCCT	autosomal
ATGGAAAAGACCTTTTGCAAAGAGGCAGTGTGAAGAGCTTTGCATAGAGA	autosomal
ACCGCCCCAAATCAATCCCGAACCACGCTCCCAAAGCCCCGAGCAGCGGA	autosomal
TTCATTAAAACCCCGCCCATTAATCTTAAACCCCGCCCATTGCCTCACAA	autosomal
GTGAGAAGGAATGTTTTTCCCAAAGTGCGAAAACGGAACTCCCAGAAAAA	autosomal
CTCTCGCAGGACACCAGCAGCCGGAGAACCAGCCCGAAGAGCTTCCCTGC	autosomal
CTGGCGAGCGCGGCGCCGCGGGCCGCCTTGGCCAGCAGCAGGAACTGCTC	autosomal
GGCTCCCCGCGCTGCCCCATGACGCTCCCGCCGCACAGAAGGACTCGCCA	autosomal
CCGCGTCTCCATCTACAGCCTCCGCAAGCCCCTGCTGAGCCGCAGCAGCG	autosomal
CGGGCGGGCGGCGAGAGCGGCGCCCCGGGCTCCTCCTGCGCGCCGGAACC	autosomal
CGCGGTACGCGGCAAAAGCCGTCCCCCATGGGCGGCCGGTACGCCGCGCC	autosomal
GTACAATACCTCTGTTCACTTCTGCCTCTCAGCTCTCTGTCCTCAGGGAA	autosomal
GAGCCGCAGGGAGCCGAGCAGAGCTCCGGGGTCCCAGAGAGAGCTCTCCC	autosomal
ATTTATTAGAGCTTTATTTCTGTTTCCTTCTATTTATTTATTGTATTATA	autosomal
TAGAAGAGCAGACTGCTTTTCCATGGGCTGAGTTAGCAGGAGTCTGTCAA	autosomal
CCGCCTCCGCCGCCTCAGCGCTGCCGGAGCCGGCGGCGCTCGGAGCGACC	autosomal
AAAGATCATTCTGCATTTAGGCCATATGCTTGACAGTGTGTCTTTCATCT	autosomal
ACTTATAAAGTATTGTGTTTTATTAGGAATGAAGAAGCAAAAGGCAAGAA	autosomal
ATTTTCCTAAATTTTTTCCAATTTTTCCTATTTTTTCTTTCCAAATTTTC	autosomal
CCCCCCGGGAGCAGCAGCAGGAGCAGCTGCGGATCGGGGAGAGCGGGCAG	autosomal
GGGAACACGTTACCATGGCCTGCAAATCCCTGTTGCTTAGCTGAAGTACA	autosomal
CATGGGGAACTGCTGGGCGCAGTGGTGCTGCGGGCTGTTCTTCCGGAGGG	autosomal
CACATCCCCAGCCCTACCTGCTCTCCTCACAGAGCTCTCCTTCCCAGCCC	autosomal
GCTGGGCGTGAGGCTCCTGGGTGACACAAGAACAGCTCCAGGTCACACAC	autosomal
CAGCCACTCGGGCCGGCGGGGCCGCCATGCCCCGCAGGGGAAGGCCCAGC	autosomal
CTGTGGATGTTAATTAAGCCACTCTTTATTTTTAGATTTTCTTCATATGA	autosomal
CGCTGAAGGGGAGGAGGCAAGCGTGCGGGGCGGGGAAGAGAAGGGCGGCC	autosomal
AGGAAGAAAGTTCTCAGCAACCACATCATCACGGCTCTTCTTAGGGCTTC	autosomal
AGTTGTTGCCCTCACAGTAGCCCCCCAGCACGGCCATCCTGGCAGGTCAC	autosomal
CACCGACACCGCGGCCATCTTGGACCGCGCCGCGCCCCGCCCACCCGGGG	autosomal
AGTCCCGGCGGCACGGCCGCGAGCCCCCGTCCGGAGCAGTCCACGCCGCG	autosomal
CATTATTTAGTGGCAATTCCCCTTGTCCTTGTCACAGCCAGAGACAAAAA	autosomal
CCCGCTCCCGCCGCCGCCGCTCAGTCCCGGGGTCCCGGCCCCGCCATCCC	autosomal
CGCGCTGGCGGCGGTGGCGGCCATGGCGGGGGTCCCGGGCCGCCCCCTCC	autosomal
ATGGCCGCGGCGGGCGAGGAGTCGCTGCATCGGCTGTCGGGGACGAGCCC	autosomal
GAGACAAGGGAAACCAAGACCTAGCTGTGAGAGCTCAGCAGCAGTTTCAC	autosomal
CCGCTGGATCCATCCCTGCCGGAGAAGCAGCTGCGGGAGCCAGCAACCGG	autosomal
GCCCGCCGGGATGGACGGGGAGCGGCGGGAGCCCGAGGAGGGCGAGGAGC	autosomal
ATGGCAGAGGCTCCTCAGAGCCCCTGAGTGATGGCAGAGGCTCCTCACAG	autosomal
CCAGATGTGTGGCAGGAGCTGTGGAGCAGAGGAAATGACAAGGACCTAAG	autosomal
ACCGTACCACACTACAGGTAGACAGACAGACCGGGGCCAGCGGTAAGGCG	autosomal
AACAAGCTCATGGCTGAAAATACCAGCTCCCACACTTGGAAAAAGTAGGT	autosomal
CTGAGCTATGGGGCAGGATTCGCCCTGTGGACCGCGCTGGCCCTGACCAA	autosomal
CTATGGGCACCACTTCTTTCCTGACGAGGGCCCAGAGTCTGCTCCGCGTC	autosomal
CCCGGTGAGGCTCACCGGCCCGGAGGGGAACCAACAAAGGGTATATACCC	autosomal
GAAGCGGAGGGGACAAAGCCCCGGGAAGCAGAGGGACAGAGCCCCGGGAA	autosomal
CGGGGGCCGCACGCGCGAGTACCCGGCCGCGTCCATCGACCGCTTCGACC	autosomal
CCCGCGCCGTGCCCGCTCCGCGCTGGCAGCCGCGGCGCCGGCCGGGGGAG	autosomal
GCCGGACCGGGCCCAGCGCAGCCCCAGCCCGTCACGGAGCCTGCCGGCCC	autosomal
CCTCCAGAGATGAAAAAAAGAAAAAAAAAAATTGTATATATAGAGATATA	autosomal
AAATTGCCCTCATCATTATCTCTGGGCTTGTCAATCAAATATATTCCCTT	autosomal
GCTCCGCATCCCCGCCGGGACCGGGGCCGGGACCGGGGCTGGGACCGGCC	autosomal
GTCGGGGCGGTGTCGGTGCAGGATGGCGCAGAAGGCGAGGCCGTCGCGGA	autosomal
CCTCGCCAACCTCGCCGAGGTGGTGGAGCGTGTCCTCGGCTTCCTGCCCA	autosomal
GCCGCGCCGCTCCCGCTGCGGCAGCGCCCCCGCTCCGCTCTCCGCTCTCC	autosomal
GGCCGGCGGCGCGCCCGCCTAGGCCGGAGCAGCATCCGCCGCCATCCGCA	autosomal
AAAAGGGGGAAACACCGAAAAATTAGGGAGAGAACCCATAAATGGAGATG	autosomal
CCACCTTGTCCAGGGTGAGTTTGTTGGAGAGAGACATGTTTGCTGCTAGC	autosomal
AGCCGTGCCATTCTCCTGGAAGCAAAACTGGACCACGGAGTCACAGAGGC	autosomal
CAGCCGGTGCGAGCGGAGCCCCGAGCCCAGCCGAGCCGACACCATGCCCA	autosomal
ACGAGCAGCCGCCGCTCATCGGGAATGCCGGGACGGGCCATGGCGGCCGC	autosomal
AACCATGGAATCCCAGACTGGCTTGGGATGGAAGAGACCTTAGAGCCCAT	autosomal
GGAAGGGCTCCGTCCGTGGGAAGGGAAATTTTGGGTGTCGGGACTGAAAA	autosomal
CGCTCGCCCATCCCTGCTCCCCTCCCACCGCAGCACCGGGACCGGGTCGC	autosomal
CCGGACAACATGGATATACCGGTCCACAGGTGGCCCCGAAAACTTTCTGA	autosomal
AGATGGGGTCCATACTCCTCCTGGAAGCCCTAATTGTTGAGGGGAGAAGG	autosomal
AAGTGTTTGTCACCTTTTGCAGGCTGATGATTTTGGCGATATTGCAAGCT	autosomal
AACGGGGCCGGGGCTCTCCCGCCTTCCGCGGGCTGCCTCTCGCCGTTCGT	autosomal
ACAGGAAGTTTTTTTTTTGTTGTTTTCCTGAGAACACTTTCTGCTTTTTC	autosomal
CCTCCAGCGCACCTGGCTGCAGGTCCTGCTGGTGCTGGGTCTCGTGCAAG	autosomal
AGCTTGCAGGATTACCAGATCCTCAGTCTTGGAGGAAAAAAAAAAGGAAA	autosomal
TGATGCGGCCACTTCTTGCACGAAGGCGTTGTCCATGTTTCAGCCCCAAA	autosomal
GAGCGTTGAACACCAGGTAACAAAGGGTGCAGAACAGCCCCCGACTTTCC	autosomal
AAAGAGGCTTTCCAAGCAGCATCTCTCCCAGAATACAGCCAATGCTCCAC	autosomal
CGAGCGCCGCCCGCCGCCGCCGCGCCAGACGTGCCCCGCGAGTCCGCAGA	autosomal
AGACGCGGCGGCCCCGCGGCGCCTCCTCCATGGCCGCGGCCCGGGACGCG	autosomal
ACCCCGCCGCCCGCCGCCGCCGCCGGCCAGGGCTTGCACCCGGGGCTGCG	autosomal
CTGCACCATGGATTTTCCATCCTGGAAGGCCAAGATTGAGAGTGTCCTGC	autosomal
CAGGAGTGAAGGTGCCACAGTGACGAGCGGGGTCTCGATTCCCACACTCC	autosomal
AAAATACACTAAAAATACTCTCCAGGACATGGCTTTTCCTGGCTGTGCCA	autosomal
ACAGCCGTGTGGTCCCCATCGGAGGTGCACGTGCTGTGCTCTGGCCAGCT	autosomal
CCAGCACTGCTGCTGAGTTGGCTTTGCTGGTTTCTTCCTTATCTTGGGAG	autosomal
CGCGTTCGTCTTCTTCGCCTTGGGGCCGCCGCTGCCCGGGGCCCCGCCGC	autosomal
GCAGCGTGCTGGCCCAGTCTCCTTGAGGGCCGCGCGTGTGTCCGCGGGCC	autosomal
GGACAGCTCCATCTTCTCATTTTCTAAAGGAGGAACATACTTTGTAGGAC	autosomal
GCGCTTCCTGCTGATCTCCCGCTTCAGGATGTCCATGGCGGCCTCGGGAA	autosomal
CTGTCTGCCGTCAGGTTGGGGTGGAGGAGGCTGCCCACCATGTCACATAA	autosomal
CCCAGCACCTTGGCTGGAAGATAATTTGGATCCAGAGGGTCTTCCCACAG	autosomal
ACGGGATCGGCTGTAACGGGATCGGGGAATGGGATCGGGGGAATGGGATC	autosomal
AGTCGGCAGCCGCGTCCATGGCTCCCGCTGCCGCCTGTGTCCCCGCCCGG	autosomal
CCTTCATTTGAATTCAAGTAATTTTCAAGGACTCCAGTCTTTGAACAAAA	autosomal
GATAGAGGCTGTCATCCTTGAAGTTACAGAAGTGGATGTGGAACGGATCC	autosomal
AAGGGGGGAAATAGGGAAAAATGGGGAAAAAATGGGGGAAATGGGAAAAA	autosomal
CTCGGCCCCGGCGATGGCGGCGGGCGGCGGGCGGGAGGCGCCGGGCGCCC	autosomal
TCAGTGCTTCAATCTCTAAATACACTTACACACTAACCAGAAAGAGAGCA	autosomal
AAGGTTTGGATCTCCAATTAATTGTATTTTCTCCTTCTCAAATTTGTGTG	autosomal
GTCGGCGCCGGTAACGGCGGTGGGCGAAGGGCGCTCCGGGCGGAGCGGGA	autosomal
GAGCCGCTCCCCAGGCTGCGGTGGGTGTGTGCTCCGGAAAACGCCTGGAA	autosomal
GAAAGAAATAAAAGCACCTAAACACACAAGAACATCAGGACTGTACTTTC	autosomal
TGCAGGCCCTGAGCGTGTCCTGGAGGGGGCTCTGCTTCTCCTCGTAAGAA	autosomal
CGGCAGCAGCGGGTGGGAAGCTGGCGGAGGGCGAGAGGCTGGCACGCAGC	autosomal
CCCGCCCGCCGAGCTCGGCCCGGCACCGCCCGGCACCGCCCGCCGCCGCC	autosomal
CTGCTGGCAGTAGCTGTTCTGCTCCGTCTCATGGATGCGGAGCAGCAGGA	autosomal
AAGGAAACATTTTACTTTAAGCAGGGGGAACGATAATACAGCACTGCACA	autosomal
TTTTTGTTTCCCTTGGGGTAGAGGTGCACGCAAGGAAAAAAAAAAAAAAA	autosomal
AGCACATCTGATGGTGAAACACAAGAGTCTGCGGCTGTAACTCTGCCTGC	autosomal
AGAGCGGCAGGGAGATCCCGGGGACGCGCTCCGAGCCCGGCACCACCCCG	autosomal
CACCCACCTATACCCGTATCACCCATGTCTCCTTCCATGTCCTTGGCTCC	autosomal
AGGGAAAAAACCCTTCTGATCTCCAACCTAAACCTCCCCGGACACAGTTC	autosomal
GATGTCACCGCCGGGATGTCGCTGCCGAGATGTGACAGCGCTGTCGCGCC	autosomal
GCAGAAAGGAGGAGCATCTGCTGACTTGTTGGTCTTCTGAAAACTGACGC	autosomal
CTGAGAGGAGCTCCCGCCAGTGCTGACAGCTGAGGGCATGTCACAGTTCC	autosomal
CACGGCGGGGCCGGGGTCGGGGCCATGTCGCGGCGGGAGCGGGGCCCGGA	autosomal
CGTGCCAGCCCCGGTCCGTGGCCATGGAGGGAGACACCGGATCCGGGGTC	autosomal
ACCGGGGGGGGGGTTGCGGGGGTCTCATTGGCCGGTGCGCTCGCGCCGCC	autosomal
CCTGAGGAGCACTTTTGGAGATGAGGGGGGCGATCCCTAAGGGGGCTGAG	autosomal
AGGCGCTATGGGCAGCAGCACGGAGCAGCAGCGGATGAAAACAAGAGGAG	autosomal
CAGGTGAGAGGCATGGAGAAATCACAGGTTGGAGAGATGGGATCCGGCAC	autosomal
GAGGGGCCCGCCGGGCGGCAAAAGGGCGGCTCAAGGCAGGGACGTCGTGA	autosomal
TTCCACGGCCGCTGCCTGCTCTTCACCGAGGGCATGTGGCTCAACGCCAA	autosomal
GCATTACAGCTACTTATAGTCCTCCAGCTACATTGTAGCAAGAAAATAAA	autosomal
CCCTGCTGGCCGCCGCCACCGCCGCGCTGCCCGCCAGCGCCGCGCCGCCC	autosomal
CCCCGGGCAGCAGCAGAGCCTGGCGGCGCCGGGCGGGCCGGTGCCGGTGC	autosomal
AAGTTGGGGATATTTACTGCAAATAGTGTTTAAAAAAGCCCCATGAGGAG	autosomal
CTACTTGGAATGGAAGGCAAAGCTGGAGGAGCAGGCTTGGAAGAGCCCCC	autosomal
CATGGCAGCTGCGAGGGACACGGCGCTGCTGGCCTGCGTCCTCTTCCTCG	autosomal
CGGGGCCGGTCGCCGGTCGCCGCCGTGGCCATGGCGCATCGCCTGTTGCC	autosomal
CACCACATGAAGAGGTCCCGGCTGAGCTGAGGCACTGCTGCGAGGCTGAA	autosomal
GGGGAGTTGCCATAGAAACGGGGGGAAACCCAACTGGGGGGGGGGGGGGA	autosomal
GCATGCCGGCCGTGACCCGCGCCTACACCACCGCCTGCGTGCTCACCACC	autosomal
CCCCCCCGGGACCCCCCGGCTCAGCAGCGGCGCCCCCCCCCGCCCCCCGG	autosomal
CAGCGGCTCGGGGAGCGCCGGAGCGCGGCGGCGGGAGCAGATGGAGCCGG	autosomal
ATGTAAATGATGTAGGACAGCACCACCAGGCCGATGATGGCGAAAAACAT	autosomal
ATAAAAAAAAAAAAAACACCACCACCACCAAAAACCCAAACCAACTGCAA	autosomal
GGATCGGGTCACACACATCAAGTGTCGTAATCGCCAGGAGGTTTGGGAAC	autosomal
ATCCTGCACGCTCAGCGGGATATCCAACATGCACATCTGCACGGGCTGCA	autosomal
ATGGGCGTGCGGATCTCCGCCAGGAGCCCGCCCCGCCGCCGGGATCGCCC	autosomal
GCGGGCAGCTGCTGCTCTCCAGCGGGCTGCCCTCCCTGGACTGTGTGCTA	autosomal
CAAGCTGAGTCCGACACTCAGTGTGCAGAGTGTCAGTTTGTCAAATACCC	autosomal
AGGTAGGGCTGGCCCCTCTCCACGCCCCCCACCACGATGTCGGCTGAGGC	autosomal
CGCTCGGCCGAGGCGGCCCCGCGCCGGCCGCTGCTGAAGTTCTCCAGGAA	autosomal
AAACTGCCAATCAGCTGGACAAGGACCATGCAAAAGGTACGAGGGGGACA	autosomal
CATGCGCCGTGCGCGGACAAGATGGCGGCGCCCGTGGATCTGGAGCTCAA	autosomal
CCGCCCTGAGAGCGGCCGGTCTCGCCTGATCTCGGAAGCTAAGCAGGGTC	autosomal
ATCTATACAGTCCTTCCTGGTAGACTGGAAAAATCGGTAAATGAAATCTC	autosomal
ATGATGGAGAGTTTGTACTGGAAGCGCAGGAAGATGCGGATGCCGAGGTA	autosomal
CACGGACTCACTTAATATCTCTTCCTCTTTCACATTTGTTCCTAGGGGCG	autosomal
CAAGACCCCCCCCAGGACCCCCCAAAATCCCCCCAAACCCCCCCAGACCC	autosomal
ATTCCTGGTACCATGGAATTAGGGGCAAGTAGGCTGACATTGGCTTACAC	autosomal
CGGGACCCCTGGGCCACCCTCAGCCCCACTCGAACCCTCCCGTGCCCCCC	autosomal
AACCCGGGGCCGCGGCCCCAGTCAGGAAGGTCGTGCTCAAACATTCGTAT	autosomal
CAGGGACGCCGCGGCCGCCATCGCCACCAGACAGGACGGACGGAGCGGCG	autosomal
AGTTCCCAGACCAATCTTTTCTCAGTTGTATTTGGAAGCTGAACAGCAGC	autosomal
AAAGGGACTTCAAGTACTCCTCCGGCTTGCGAGCGCTGCAACCAGCCCCC	autosomal
CCAGAGCAGCGGCCGCAGGAACGCCTCCAGGATGAAGTACACGAGAACGG	autosomal
CCTTCAGGGCAGCCCCGCCGCGCGAATGGCGGCGTCGGCGGCGACAATGA	autosomal
ACGGCCGCGGGAGGAGGCGGCTGCCGGGTGCGCCGTGGGCTCTCAGCGAT	autosomal
GGGGACTCTCCCCGCGCCGGGCCGGGGTCCGCGGGGCCCGCAGCCCGGCA	autosomal
CGATGCCGCTGTGAGATGGCATCATTCTGCGCGGCGGCGGCGGCGGAGCG	autosomal
CGCTCTGATGATGTGTGCAGCAAGGCTGATAATATGCTTTTTATAGCATA	autosomal
GCCAGATGAAGCGTATGTCAACAAAGCATCAGAAAAATAATGTCAGCAGA	autosomal
ACAAGCCCCGGCACAGGTGGCAGGACAAGACCAACACGGTCTAACAGGAC	autosomal
CGGCAGCGGCAGCGCAGCTCCGTGAGCACCGATTTCACCTTGTTCCGGGA	autosomal
CCCGGCTTGTGGCAGCCCCGCTCGCCGCCGATCCTTGGGCCTGAGGCAAC	autosomal
CTGCTCCTGCCGCTCCTGCCGCTGCGCGCCCGCGCCGACGAGCACGAGCA	autosomal
CCGGGCAGTTTCATTGCCGTGCCACCGCCGCCGCCCGGACGGGCATGGAG	autosomal
ACGGGGGGCACACACGGGGGCACACATGGGGGGCACACACGGGGGGCACA	autosomal
GCCGGCCCCGCGCCCTCCTCCTCCTCCTGCTGCAGCCGCCGCCCGGCGCC	autosomal
GATGACCTATTTCAGCAATAAAATGCCAAATTCTAAAGCCAAGGCTTGGC	autosomal
CGGAACCGAACGGAACCGAGCCCAGCCGAACGGAACGGAGCGGAACCGAA	autosomal
CCCCGCCATCCCCGTTCCGTCCCGCCCCTGCCCGGCGCCGCTGAGCGCCC	autosomal
GCGGTACGCGCCGCTCTGGCGGCAGCGGGCGGCCCAGCCGCCCTTGGGGA	autosomal
GAGGGACAGAGGTACAGCCGGAGGGACCGACACACGGACAGACAGAGTTA	autosomal
AGCGGCCCCGCCGGGGCGCGCAGCTCCCCCGGCCGCCGAGGGGCGCCGGG	autosomal
TCCAGCGTGCCAAAAGAAGCTGCTTTGGGAAGAAGCCAAGAAGATGGAGA	autosomal
AAGATGGCCGCCGGCGGCTTCGGCGTGCGCGGAGGTGGGAGGTGAGGGGC	autosomal
AGGCTCCGCGCTCGCTCCCGGCCGCCGCCGCTGCCGCGCCGAGCGGAGCG	autosomal
CCAGCGCCATCGGGCACAGCCGCGGCGGTGCGGACGAGGCTCCGCAGAGC	autosomal
ATTACAAGCACCTTCCTTTCCAAGGCACCAATGTAGCTCCAGTGGAACAA	autosomal
GCTCGCTCACCGGCTCTGCCGAGCCGCCCGCCCGCCCGGGCGGGGCCGCC	autosomal
CCCCGGGAAGGAGTTTGGGAGTTGATGAGGATGCTGTTTATTTGTAGGAA	autosomal
CAGGGGGGGCCCAGGTCGCTGTGGGGCTCCCCATGGGGGTCCCTTGGCTC	autosomal
CAGGAGCCGGCGGGGGGGGGGGCTGAGGAAAGGGAAGAAACGCGGCGAGG	autosomal
CCCCCTTTCCTCCACCACCTTCCATCCCCCCCTTTCCTCTTCCAGCGACA	autosomal
ATGACATCAGCAGTCCACACACTCCATGGTTGGCAACCTAAGGTAGCAAT	autosomal
CTTTGGCTTCACTGACACTTCACTGGTGTCTTCAAACCATTCCTTCCATC	autosomal
CAAAACCAAATGTTCCTGGAAGTAGTAAGAAATTAATGTCAATTCTCTCC	autosomal
AAGGAAGGAAAATTAATACATTGTATGTATTAACCCAGCAGTCAAAACAT	autosomal
TCCAGAACCTTATTTTGGGGGGTTTTGAGGAATTTTGGGGTTTCGGAAGA	autosomal
GGATGAACTCGTCGAGGCGCGGCGGGGCCCAGCCGGCCGCGGCCATGGCC	autosomal
GCCCTCCAGGTAGCCCAGGGCGCTGCAGGTGGCCAGGAGCTCGCAGTTCA	autosomal
CGGAGCGGAGCCGGGCCGAGCCGAGCCGAGCGCGGCCGAGCGGACCGGAA	autosomal
CCCCCGGCTCCTCAGCACTCCCACTGCCCTGACCGCCCTTGCAGGAGCTC	autosomal
CCCGGGAACAGCACCTGGAGGCGGGGCCTGGTGTCGGCGCCATTTTAGCG	autosomal
GGGCAGCCGGGCGGGCAGCGACTCCATGGCCAGCATGGCGTGCGAGGTGA	autosomal
CGGCCCGCGCCGGTGCCCGCTCCCACCGCCGCCGCCGCCGCCGCCGTGCC	autosomal
AGGGGCCACGAAGAGGAACAGGCCAAACGTGCAGGTGGGTGCCCTGGTCC	autosomal
CGGCCACGGGCCAGCGGCCGCCGCCATGTTTGTTGTGTGACGCCGCGCAA	autosomal
CTGAATCATAATTAATTTACATGAAGAATTTTGGTATGTTATTGATGTAA	autosomal
CAGCTGTGCCAGCCTGCTGATTCCCAAAGTCATTCCAAGGACCAAACTCC	autosomal
AGGAAGCGGAGGAGAGGGGGCGGCGGCAGCGGTAACAGCCCCCGGCCCGC	autosomal
CGCGTACCTGCAGCGGTACCTGAGCGGCCCCGCCGAGCCCGCCCGGGCCC	autosomal
CCGCCATGGGGCGCGGCGGGGCGGCCGCGGCTCCGGTACCAGACCGAGCG	autosomal
CTCTGTAAAACAGACATTGAGGGAAGGCTCTGGCTGCTCTTTCGGCCTAA	autosomal
GACCACCCGCGTCCTCCCGAAGCACACCGTGACTTTCATCCTGTGCGGCC	autosomal
CTCACGCAGCGGGGGGGCGGTGGCCGGCACCGCGCCACTTCCACCTCTGC	autosomal
GGACATGGCGGACGGCAGCAGGCAGAGCCGGTTGGCCGCGGCCAAGAAGA	autosomal
CAGCTCCCGGCAAGCTCCGCGCCCCGCCGCCGCGCTCCGCCGCTGGCCGC	autosomal
ACTAGAATTGGGATAGCCCCCACTCAAAAAAAAAAAAATCGCCAAAAAAA	autosomal
GCGCCGGTGCAACACCAAGAGAGAAGTAAGAACCATGTCCAGGCGAGAAA	autosomal
CGGCGTCGGCAGCAGCGCGGCTCGCCACGCTCCCCTCCCGACCCGCAGAG	autosomal
AAAGTGTTGACGAGGCTGTTGGTGAGGCGCGGGGACTCCGCGGGGCTGGA	autosomal
AGCCCCCCTGAGCACCCCGGGGTCCCCCGTCCTCCACAGGGCTCTGTCCC	autosomal
AGATGGCGTCGCTGCTGCAATCCGAGCGGGTGCTGTACCTGGTGCGCGGA	autosomal
TCCCAATGCAGCAGAAAAACATACTGTGATCTTGGGAGAATCTTTCTGAA	autosomal
GAAGCTGAGCATTTGCGGGAGGTGTGGAGCGCCGGCGGCTCGGAGGAGAA	autosomal
TCAACGGTAGGACTATGTGTGACTGACACTTGGGATATATGTATATAGCA	autosomal
CGAGCTCTGCCCGAAGCTCTGCCGGCACTCGCCGCACGTGTTGGGGACGC	autosomal
CCAGCACGGCCGACAGCCCCGGCGGGCCGCGCACCGGCGGCTCCATGGCG	autosomal
GCATTCAGAGCCGTCCTTGGGTGAGGGAGTGATGCTTGCAGAGGACCCCA	autosomal
CCCGGTCGGGTGATGGGGCGGGGCGGGGGCGACCCGGCACAGCGGTGGAA	autosomal
CGACGCGCGCAAGGCGGCCACGCTGCCCCCGCGGCCCCGGCCGCATGGCA	autosomal
GCTGGCACGGCAGCGCCCCGGTGCCATCGGCCTCACCGTCCTCTCCTCCC	autosomal
AAATGTGCGCAACCGAGCTCATTTAAAATTCGGTTTTAATTGCGCAGCCC	autosomal
GGCTGCCGCGGCCCGAGCCATGGGTGTCCCCGCCGCAGGACCGCAAGCAC	autosomal
ACACGTCCCGCTTGTCCTTCGAGGAGCGGCCCATGGCTGGTACGGGCACC	autosomal
CCGCGGGCACCCGGGCACGGGGCTTCCACCCACCCACGCACCCACACCCG	autosomal
AAATTATTACTGCTACTTAAGCTAACCTTTCTATATTCCACCCCACTGCT	autosomal
CGCTGTGGCTGAGCCGCATGGAGAAGGAGCTGGGCGAGCAGGAGAGCCAG	autosomal
ATCCCTGGGCTATCAGGGTTTGGGAGGAGTTGCCTTTGAAACTACCACGG	autosomal
AGCAGCCTCATTACGCTGCTATTTAACTTTCTATGAGTATTTCAAGCAAG	autosomal
GGACTAAGGCATGATGAAGAGGACAGGAATTCCACACTTCATTTCCATGA	autosomal
ATCCCACCGGGCCGGTCGCAGCCGCCCGTCCCCTGCGGGCCCCGGTTCGG	autosomal
GCCGCTTGAGCCGGGAGCGGATCGCCAGGCGCTCGGTCTCGGCGCGGAGC	autosomal
CTCCGGGACGGGCAGAAGGCCGAGGCCGCAGGCGGGAGCGGAGGCGCGGA	autosomal
CTTCCGCGGAGGCGGTGGCGGGGTCGCTCCTCCGCACAGGACGTTTGCGC	autosomal
GCCCTTGGCCAGCGCGATCAGCTCCTGGTCGGCGGGGGAGCACATGTTGA	autosomal
AGTCCCAAACCAGAGTGCCACTTGGGAATCAGCCCCTGTTTGCAGAAAGA	autosomal
GACGACTTGGTGAGAGGCCTCCTGCAGAAAGCCCCGGGGCTGCCGAGCCA	autosomal
CTGGCTTAAATTCAGTCCCATTCACTGTAATGGTGTGCTCAGGTGACAGC	autosomal
CGGGACCTCTACGGGCTGCTGGGGATCGGCGAGAAGGCGTCCGAGAAGGA	autosomal
AGCGGAGCCGGGCAGGGTGAAGGGCAGGCAGCGGCGGTCGCCGGAGAGCG	autosomal
CCACACCGGGCTGTCCCTTCCCCTGCTGGACAGGGTGGCCAGGACACTGC	autosomal
GGGGCCGGCAGCCTCACCGCCACGGCCCCTGCGCACCCGCGGGCCCGGCA	autosomal
GCGCCGCTCTCCTCTCACCGCCTGGGCGCCGCCATCTTCCCGGCGCAACC	autosomal
ACCGGGACAATCCTGCCCGCCTTCCTGCCCGCCCGCCCCGCCGGCCCCGG	autosomal
CCGCCGGCTCGGGCCTAGGCAGCGCGAACCGGGCGCGCCCCCGGGACCCC	autosomal
ACCCTTCCTGTGAAGAAATTTCTTCTTATATCCAGTATAAACAACCCTAG	autosomal
CAGATGTCCGTGGCCTTGTCTGGGATCCAGGGGGCCGCGGGCTCCCTGCA	autosomal
ACACCTTGGGCCCTCCATGCTCCAGTTCCCGCACAGGCACGTTGGATTCG	autosomal
GCCCTAGCCTACACCTGTGTCCAATTCTTCATGACCCGTGAACCCCACCC	autosomal
AAGGAGCAAGTTGAGCCCTGCATCCTGAGCATGGCAAGCCATGGAAGAGC	autosomal
CGAAGCCGCTCGGCAGGTCAGGCAAAGGGCCCCGCGGCGTTTCCAGCGCC	autosomal
ACAAACATCTCTAAAGGACTCTGGCTAGACTTGAAAACAACAGGAATGAC	autosomal
TATGGCCTGCTCTGCAGGACTGTCACCAAGATAGTGATCTTTGTCAAGAA	autosomal
AGGAGAAGAAGGAGGCGGAGGAGCTGGTGGAGGAGGAGGAGGCACCGCTG	autosomal
CTGGGGGCGGCGGGCGGGGGGCGCCCGGCCATGGCGGCGGCGAAGGCAGC	autosomal
ACGCTGCGCGGGCCCGGCCCCGGCGGCGGCGGCCCCGGGCTGTGCCTGGA	autosomal
AGTCATCAAAAGATTAAAAGAATCATCTTTTTCACCCTCTTCTGGACTTG	autosomal
GAGGAGGACATCTGCAGAGAAGTCAAGGACCTGGAAGCAGAATGAAGCCC	autosomal
CCGGACAGCGCCGGCAGCCCCGCAGGCAGCGGGCAGCACCGGACAGCGCC	autosomal
CTGGCGCAGGAGCGGCCCCAATATTTGCAAACACGGCGCGGACTCTGCGA	autosomal
CCCCGAGCATCCTTCACGCCGGAGCATCCCCCTCGCCGGCGCCGGGAAGG	autosomal
CGCGGTGCGCGATGCGGGCGGCGGCGCCGCGGGGCCGCAGGACGCGCTGC	autosomal
AGAAATCTTGATTTTTTTTTTTTTCTGAAGCAGGATGTAGTTTTAGGCCC	autosomal
ATGGTCCCAGTCACACACAGCCACAGTATCCTCTGTGAGCCCACAGTTCC	autosomal
GGAGGGGCCACGCGCCCACCGCCCCGCGCGCCCGACATGCCCCGGCCGCC	autosomal
CAGCAGCATCTCCCTGGCCGCAGAGGACCCCGTGCGCGCCCACTCGCCCC	autosomal
GACTGCTGTGACACCCCCAAATAGCCAGGAGAAAGCCAGCACTGCCTGGC	autosomal
ACCATGGCAAGTTTTTCTCTATCCCACAAGCATAGCCACTTAATCTAGAA	autosomal
GCATCTTCGCCCACTCGCTCGGGCGGCAGCGTCGGGCAGGGAAGGGCGGC	autosomal
GCAGCCCGGCAGGAAGCCGGCCGTGCCGGGGCAGCCGCAGCCGCCTCACC	autosomal
CAGCTGGCTCCATGGAGCAGGATCCTCATCCAGCCCCTCTGCCACCCACC	autosomal
AGCTGGGTTATTATTTGCTATTTAAGCGCTATTGTTTTATTCCGTGGATC	autosomal
CAGCCTGGCAGAGTCTGAAATCTTTTCCCCCTACATCAACAGGAAAAGGA	autosomal
CGCAGCCATGGAAGGGGACGGCGCGTACGAGCCGGGGTTCGTGGGGATCC	autosomal
ACCGAGAACTGCGGCGCGCACACGTAGAAATACGGACACAGCCGGGCCCG	autosomal
ATTTTGTATCCATTGAAATCAGATTTTCCCTCGCGCTGGGGGCAGCTACC	autosomal
CCCGGAGCGGGGCTCGGCAGCCCGGGGCGGAGCGCGGCGCGGCGCGATGA	autosomal
AGGGAAACTGAGGGAAGGAGGGCGGCGGCCCCGCGGCGGCCCCTCGGTGG	autosomal
ATGGATGTGGATGTGGGCAAAGCACCAGGTTTATTTGGGCAGCTCTTTGG	autosomal
GGAGCGGAGCCCGCGCGGGCCCGGGCCCGGTCGGGCCGCGGGACGCAGGA	autosomal
GCTGGGCTGAGAGAGCCGCAGGAATCCCGCGGCTCCGGTGCTCCAAGCCC	autosomal
ATGAGTAAAAATTGAGACAATCAGGGGGAAAATGGGGAAAAAATGGGGAA	autosomal
AGAGAAACTCAGTGGTCTTCATAACAAACAAAAAAAAGAAGCTGTTTAAG	autosomal
TGGGATGAGTGTGACAAGTGGGTTTGCATTTTCCAGCAGATAACCTGAAA	autosomal
CCTGGGCTGGTCTCTGCCCCTGGAGCTGAAGATGAGGTTGCTATGGGAGC	autosomal
GTCCAGGAAGCCTTTCAGCTGGCCCAGAAGCCTCGCCAGAACCACGCGAA	autosomal
CTGCAGGGAGGGCAGCAGCGTGTCGGGCTCGGCCTTCCAGACGCTCCTGA	autosomal
AGCAGCCTCTGGGTGTCCTGCTGTTCCCGCTCTCCGGCACTAGCATTCCA	autosomal
CTGTTTATGCAGATGATCCATGGATTTGGGTGCTTGGTTTGGCATGGCCC	autosomal
AAGCCATGCAGTAAAGAACTGGAAAATTACAAGGGGATATAGTGACCTGT	autosomal
CTGTGGGAGGGCAGTGCAGGGAATCGTAAATTCTGCTGCACACTCCTCCC	autosomal
CTTCATTAGGGGTTTTGAGAAATCCTATAGCAGAGACATGTGGAAGATGA	autosomal
CCCTAGATGTTCAAATTGAATCAGGCCTTGGCAACAGCGAGTGGCGGGCC	autosomal
CCGCGGCCGCGCCATGAAGAGCCTCAAGTCCCGGCTGAAGAAGCACGAGG	autosomal
CGATAGTCCTTGGGCTTCAGTTCTAGGTAGTCACAGAGCTCCTGGAAAGC	autosomal
CCAGTGCGCGCCCACGCAGCCCGAGTAGTGCCCGAGCTGCAGCGTGACCG	autosomal
CCCGAGCTTGTTCCACATGTTCCTTTTATTGTGGGGGGGAACAGCCCCGC	autosomal
AGAAACAGATAATTATGTCACCAGGTCCTGTCTTCTATTAGTCTAAGTGA	autosomal
GCTCCGATGACTGTGTAGACGGTGGTGTGAGGGAGGGGTGGCGGCGGGCC	autosomal
CACCCAGCCTTGCTCTGTGGATTATCATCGCTCTGGATCCGAGGCTCTGA	autosomal
AGAAAAGGGAAATAGGAAATAGGAAATAAGAAACAAACCAGATCAAAATA	autosomal
CAACTGCTAGTGAAAAGAGGAAGAAGAATTGGTTTGAACAAAAGTCTGTG	autosomal
AAGGTGTTGTTTGGGATGTGACCCTGACTGACCTGGGGCAAGCTGTTTCA	autosomal
CCACATGCCTGCCTTTGTGTCATTTATTGTGCCAAACTCACGTTCCAAAG	autosomal
AGACGATTGTGTCCAGATTGTTCTGGAGTATCTCTAGTGAGGGGCGCTCC	autosomal
GACAGATTCAGGGGTTTTTTCCCCTTCCTGTTTGCTCTCTCAAAGTCCCC	autosomal
AATATAGCTGCACCGTTAGGATTTGATTCATCTGCTCCAGGTAACAAACA	autosomal
GGGCGGCGCGAACGCGGCGCCTGTTCCGCTCCCCGCGGCCGCCGGAGCCC	autosomal
CTCTGCTCTTCTCCCGCGGCAGCGATCAGCTCCTCTCCGGCGCTCTGCCC	autosomal
CACGGAGCGGGGCGGGAGCGGGCACGGAGCGGGGCGGCGGCGGCTCCGCG	autosomal
CTCTCCCCGGCTCCGGGCGGCGCCGCCCGCCTCACCGCCGCGCGCGCCGC	autosomal
AAGAGACAGAAATAAAGCCTTCCAAGCCACCTGCCCCATGCTCCCAGCTC	autosomal
GGAAAGAAATAGGAAACATATAATTGATTTTCCTGCTGGAGAAAAAACAC	autosomal
AAAGCCTTGAATGCCATCAGCATAAGAAAGCTTTGAATACACCAGTGTGG	autosomal
GCCGGCCGCCGCTCTGCCCCCGCCTCACCCCGAGCTCTCAGGGCGCTTCC	autosomal
AAGGAGACATGGGTTTGGGGGCAGATCGAGCTGCTGCTTCGGCTTCCTTG	autosomal
CCGGCGCTGCCCCCGCCCCGCCGGGCGGGCCCGGGGCCGCCCCCGCGCAG	autosomal
CTCGCCGGGGTTTTGCATGGAACACACTCGCCTCCCCGCCGAGGCTGGGA	autosomal
CCAGAAGGTGGGATGCTCCTCTGGAGTGGCTGCCCCCGCACCTGCGGGAG	autosomal
CCGCAGCCGCCGCCGCCGCCCCGCGCAATCCGCCGCCATCCGCCGCGCCC	autosomal
AGCCGGGTCAGGTGCTCGCCCGCTGGGCGCTCCGGCACCCTGCTCTCCGG	autosomal
CCGCACGATTTCATGGAAACGCAGCGTAATTAACTCGCGGATCGCACCCC	autosomal
TACAACTGCAACTGAGCTAAGAAAAGAGAAAAAAAAACTTGCATCATGGA	autosomal
CGGCGCCGGCTTCGTGCGCTGCCCGCACGGCCGCCCGCGCCTCGGCCGCC	autosomal
AGCCAGATCATGGGCATGCGGGGCACGGCCTCCATCCCGGCACGGCCCGG	autosomal
AGATGCGCGGGGGGATGGAGGGTGCGCGGGGAGGGATGAAGTGTTTGCGG	autosomal
GCCCTGCGGCCCCCGCCCGTGTCTCGCTCCGCCCCGGGTCTATGCGGCCC	autosomal
CTCGCCATGGCCAACCCTGTCGTCTTCTTCGACATCGCCGCTAATGGCGA	autosomal
CGCTGATTGACAGCGGGGCCCGGCCCGCAGCCCATAAAGGCGCGGGGCGC	autosomal
CCCGGTAGCGATGGGGCCGCGGTGCCTCCCGCTGCTGGCGCTGGCCATCG	autosomal
CTGTGCGCGGGGCGCGGGTGGTTCAGCCCCGCATGGCCGCTCCAGCGCCA	autosomal
AGGGCGGCAGGAGGGAAGCCCCGGCACTCCCGCGGCCGGCAGCAGCCCCG	autosomal
CCATGAGCACGCAGGCGCGGGGTCAGGGCGCGCGGAGAGCGGCCGATCCC	autosomal
CCCAGCTGAACATCAGGTCATTCCCTTCCCAGATAAAACTTCCACCCTGA	autosomal
GAGTGAAATTACAACCCAAAGGACCTATCGTACCTTCTTTTGGAGTAATC	autosomal
GAGACAGCGCGGGGGGGGGAGAAGAGCTGTTGCCATAGCGACGGGGCCGC	autosomal
CCTGGGCGCCGGTACCGGCCCCGGGCCGGGCTGCCCGTGGCACGGCGCCG	autosomal
CTGGGCGCGGTGCCTGGCCCTGTCCCTGTGTCCCTGTGTCCCTGTGTCCC	autosomal
CGGCGCTTCCCCCGCGCCCACTCGGTCTCTGCACGAGCAGCCTGTGGGAA	autosomal
ATGGCGGGCGGGGGGGAAATGGGGGTCCTGGGGGTCCCGGGGGGTGCTGA	autosomal
CATGGGGGAAGGGGAAGCCGGTTCGCCGCCGGCGGCTGAGAGGAAAGGGG	autosomal
AGGGAACAGCGGCGTCACCGCGCCGCCCCCGCCGGGCCCGGGCCCCGCCG	autosomal
GAGACAGCACACTGAATAATCATGTCTTTAGAAAAAAATTAATAAATGAA	autosomal
AAATGGCAGAAAAAGGGAAAAGGAGATTTCTGGGCGGGAGGGACGATACC	autosomal
CCGGGGCTCCCGCCGGGCACCCCCCTTCGCCCGCCCACCGGGGTGCCCGA	autosomal
AGGCTGAAAAGCCTCATCCCCTACTTCCCCTCTAACAAACTGGCTGTACA	autosomal
CTCCAGGTGCTGCAGCGGAGCCGCGCAGGAGGGGGGACGAGCCGCTGCAG	autosomal
CTCCACCGCCGGCCGCCCCTCTCAGTGCCACATTGTCCCCGGCGGCGCCC	autosomal
CACGGGCGACTGTCCGAAGGGGTTGAGGGTGGCGGGCAGCGGGGCGCTCA	autosomal
CTGCCCAGGAGGCTCCTCGCTCGCTCGGCCAGCGCGCCCGGCACCTCGGC	autosomal
CAGAGGCACAGAGCAGCGGGACTACAGGCGCACTCCCACCGCCGCCGCCA	autosomal
GAGCGCCCGCCGCTGATTGGCTGCTCGTCTGCCAATCACTCCCGTTGGCC	autosomal
CAGGGGGCGGCGCGGGGCGCGGCGCCCCGAGGAGACGCCGCCGCTGCCGC	autosomal
CCCGCGGAAGCGGAAGCGGCAGCGGCGGGCGGGACGGGCCCGGCCGGGGC	autosomal
CAGCTCCCCCCGCGCCGCAGTCCGGCAGCGCCGCGCCGGGGCCGCGCTGA	autosomal
GAGCGGCTGTGGGGGACACACTCCGTGCGGCTGCGGGGGACACTCAGTCA	autosomal
AGTCAGGAGGAGGGATGGGGGCAAAAAGCAAGTTAAAAAAACCACAAAAA	autosomal
CTTCTCCTCCCGACACAGGCCCGCAGCCCCCCGCGGGAAAGGCCCAGCCC	autosomal
GATCCCATCCCCATCCCCATCCCAACCCCGCTCCCGGTCCCGGCTCGGCC	autosomal
CTCCCCGATCGCCCTGGGCGGCCGCAGCCTCTGCCCGTGCCCGCCTGCCC	autosomal
CGGCGCTGCTGAGCGCGGCGCTCCGCGGGACCCGCGCCGGCCGCAGCTTC	autosomal
GCACTGAAGGCCAAAGCTGCAGCAGAGCCCGAAGAACAGCTGGAAGGGAC	autosomal
CGGGCGCGGAGCGGCCATGCAGCCCTCGCTGCCATAGCTGAGCTCGGCGC	autosomal
ATCCTGCCGTGGTGTCCCGAGCTGAGTCTCCCTGAAATCTGCGCTGGCAG	autosomal
TAGGCTTTAATGTAAACAAACAGGCTGTGGTACAAGGAGCTGTATTTCAA	autosomal
CTTCCATCAGCCTTGGAGCAGCCAGGCCCTCTGCTTTCCTCACTCTGTAC	autosomal
TTCTTTATTATCTTATTCTTAATTTCTTCCTTTATTCTGTCTTAGGAAAA	autosomal
CTCAGGGAAGATCTTATTGCTCTCTACGACTCCTGACAGGAGGGAGCAGC	autosomal
GCAGGTTGTGAGCAGGGTGCCAAGGCCAACAAGCTGCTGTTCCCCTGGGA	autosomal
CCTCCGCCTGCTGCGGGCTCAGGTCTCCGACGCATCCGCTCATGGTGCGC	autosomal
GACAACTCGGGGGCCGCCGGGCAGTCCCTCTACGTGGCCAACCACGCGTA	autosomal
CCCTCACTCCATCGCCCAGCGCGGCGGCGGGGCCCGGCCCTTCCCCCGGC	autosomal
AGGTTTCTGGAAGCTCTGTTCCAGAAAATAATCAGAAAGGACAACTGGCA	autosomal
GTTCTGCCAGATTGAGCCAAGTTCAGTTGTGTGGGACACAGTAAGAGGAA	autosomal
ATGTGCGGTGGGTGCCGGCAGCGATACCGATCCCGCTCCCTGCGCGTCCA	autosomal
AAACTGCTCTGGCAGTGCCCAAGAACACCTCCAGCACCTAGGAAACAACT	autosomal
CATCACTCTCCTTATTTCAAAGAGTTCTTCTCAGGATCTGGGATGCTGAG	autosomal
CGGCAAGGCGCGCGCCAAGGCCAAGTCGCGCTCGTCGCGGGCCGGGCTGC	autosomal
AGGCCGGGCGGGGGCGAGGGCGGCGGCAGGCCGGGCGCCGGGCCGCTCCG	autosomal
AGGGTCCGCCGGGGCCGGGGCGGGGCCGGGTCAGCGCCCCCCGCCGCTCC	autosomal
GGTCACGTCGTAGGGCAGGCGGCACAGGCAGTACACGGGCACCGAGGCCA	autosomal
ATGTGTACTCGGCGGCGCTGGAGCTGAGCACGGCGCTGCGCTTCTACGGC	autosomal
CGTGCGTTATCTGAGGACTGCCAGGTCTCTCGTCTTCCCCTGGTTCAGCC	autosomal
AGCAGCGCCAGTTATGAGCAAGCGCCTCGCTGTAGCACCGCTGCTTGGCC	autosomal
GAAGTCCCTGTGTCATCTGTTTCACTGGAAAAGGAACAGAAGTCGCTTCC	autosomal
CGCCCAGACCCTCACCCTCCGCCCCGCCGCCGCCGGCCGCGCCGCTCCCC	autosomal
AGGTCGATGGAGCCGGGGGAGAGGTTGTGCAGCAGCTGGCACAGCAGCAC	autosomal
GAGTGGCCGTTCTAAAGCCCTCCGGGGAGAGACAGGAGCTGGAGGCCAGC	autosomal
GCAAGTGGGTGCCGCGCAGCGCCCGGCTGCTGTGCCTGGGCAGCGCCGCC	autosomal
ACTTGGCATTTAGGCAAGTGCAGGGAGCCTTTCCTCGCCGGTGCTGACGC	autosomal
GCCGGCCGGCCCCGCGGCGGTTCCTGTCCCCGGGAGGCGGCGGCGGCACC	autosomal
AGTGGCCGCGCGTTGTTAGCGCTGTGTTTTCCCCGGGACGAGCGGCCGAT	autosomal
CTCCAGCGCCGAGGAAGCCGAGCCGGAGGCAGTGCTGAGCCGGATATGCA	autosomal
AGCGCAAGGAGAGGAAGCGGCCCGAGTGGCAGGTGGAGCGGGAGAACATC	autosomal
TCGTCCAAAAATGCAATAAGTGAGCCTGTTGATGCAGAGGAAGGCTATAA	autosomal
GGCACGTCCAGCTCCGTGGGCCACGCGCCGGAGGCGATGCAGCCGAACAC	autosomal
AGGACAACCACATGAGAGCCTCTGCTCCCCACCTGTTTCACCACCCTAGA	autosomal
CCAAATAGAATAAAATTCTGCATTCCCTCAGCTGCAGGGGAGCGGGATGA	autosomal
CTTGGGGTCACTCAGGGGTCACTCACTGGTCAGGGGTCACTCAGGGGTCA	autosomal
CACATTTGGAATCCATTTCCTCCGCTGACCGGGGGACACCCGCCACCCAC	autosomal
CGCTCTCGTAGCTCTCCTGCATCTCCACCCGGAATTCTGAGTTTATCCCA	autosomal
CCACAGCCCCCAATATCTACCCCTGTCACCCCCAAAAACCACCACTCACC	autosomal
GCAGCAAGCAGAATAATTATCTGAAATTCTTGGGCTTCTTAAATGTCTAA	autosomal
AGCGGGCAGAGGGGGCTGTGTGGGGGCAGCCTCTCAGATATCATGCTTGG	autosomal
GATTATAAGTGTAATTAAAAATCCTTAGGATTTGTCTCCCTGTCTTGAGC	autosomal
AAAAATTTAAAAAAATCTGTGCCTTGTTGAGAACAGCTGCAGGAGTTGGA	autosomal
ACTGGGGACAAGGATGGAGGGACAGGACACAGGGAATGGCTCCCACTGCC	autosomal
GAAGTCGGGCAGCCTCACTCCCCCTCCTCCTTCTCTTCTTCTTCCTCCTC	autosomal
GAGCGCTCCGAGGCACCGGGGCCTGTCCCGCCGGCACCGGGGCCTGTCCC	autosomal
CCGCAGAAATCGCCGCTCGGGCCGTGCCCCGCCGTGCCCCGCCGTGCCAG	autosomal
AGCATCAACAAACAACCCAAAGCAAATTACTCTGACATACAATTATCCAG	autosomal
ACCCCCAAACATACACAGGGAAATGCCCACCCATTGAATCTTTCCGCAAT	autosomal
CCACTCCACAGCAACCCTGGACACATGGCCTCACTGGGCCTGGACACACG	autosomal
CCGCTCACATGCACCTCCCGCCCGGGCAGCGCCGGAGGCTCGACGCGTCC	autosomal
CTGATGTTGCGAGATATTTAAGATCATATGGTGTTAAATCATACATGCCA	autosomal
CGCGCCGCTGCCCGCCCGCGCCTCTCCCGGGCCAGCTCCTCCTCCAGCTC	autosomal
CACCTCAGAGAAGAAACCAGAGCCAATTTTCTCACATGTGAAATCATCAA	autosomal
AGGACTAGACATGGCACAGCTCGTGTTGTTTTAGCATCCCTCTTCTTAAA	autosomal
CCCGTCACCCTCACACTGCGCGGCCTCGGCCGCATCCCGCTGGTCACAGC	autosomal
ACGCGGGGCTGCTGGGGCGAAGCTTGCTGCCCTGCGCCCGGGAGGCGCTG	autosomal
ACCACTGCCGCTCCGAGGAGAACCTCACCCAGAGCTACCAACTGCAAACA	autosomal
AGAAGATGGCGGCGCGCTCGGTGTGCCGGGCGGGCAGCGCGGCCGGGCGG	autosomal
AAAATTAAAAGCACAGTAAAAATTAAAAATGCACAGAACCCACCCTTCTA	autosomal
CACACCGTAGTTCTGGGAAAGGATCTCTGCCAGGTTCAGTCGATGATCAG	autosomal
CTGCCCACCTTTAAAGAGGCCCACAGAGAAAGCAAATTGTAGCCACACTA	autosomal
GGCTTGCACAGGAATATTTATTCCCAGTCCCAGCAGCAGTACCACTACCC	autosomal
CCTTCTAATGTCCCCTCCCTGTCCCCATCCTGTCCCCTCTCTGTCCCCAC	autosomal
ATGGTTCGCTGGGGAAAGCCACGGGGTGAACAACCCGCTGGACAGAGACA	autosomal
ACACACAAACAAAAGGGGGATGGAACTGACTCACTGCCTGCGCGGCTGAG	autosomal
AACCGGAGGCAGCCGCTAATCGCTGACGCCTCGCTCGCCCACTCCGCTCC	autosomal
CAGCCTCAGGCCTGGCTTGAGCAATGCAGGAGCTCCCTGCCCCGTTCCCC	autosomal
GCGGGAGCGGCGGTGAGCAGCGCCCGTCCCGCCCGCTCCGCTCGCACCGC	autosomal
CCTCTCTTTTCCCTTACAGGGAAGGACGCAGAGAAGACTTTCCTCCATAC	autosomal
CTGGTGGCCGCAAGATGGTGGCCTTGTCCCCTCCTGGAGATCCAGGGGCC	autosomal
AGGGCCCGGCGCAGTGCCGGCAGGAGATGGAGTACCTGCGCTTCGAGGAT	autosomal
GCCAATGTCCCCCCTCTGCCCAGTCCCCTCTGCGCTGCCTCTGGGGAGGA	autosomal
CCCTGCGGGGCCTGCGCAAGAACCGGCGGCGCGGAGGCCGGCGCAGGCCG	autosomal
GCTCTACCAGACTTCGGCCACGGCACTGGCCGAGTTCCGGCGGCTGAAGA	autosomal
CCTGATGGCAGAGCACAACTCCACCTGGTACCTGCCTGGAGAGAAGGCCC	autosomal
CAGAGGGAAAGAAACCCACAGTTTGCTAATTTCACCTCCCAATCGGCCCC	autosomal
AGTCCTCCCCCGGGTAGGCCATGGCGGCGGCGCGGCGCGGAGAGCGCTCC	autosomal
AGAAAAGGCGGCGATGGTGGCGCTGAGGGTGAAGAAGATGAGGAGGGAAA	autosomal
GTTGCATCCAGTTCTCTGGATAGAATTTGTCTTTTATTTAGTTTGGGAAA	autosomal
TGGTATCTCAGATGCTACTAGCCAACTGTGAAAGACAGAAGGAAAGAAAA	autosomal
AGCGCTCACGCCAGCGCTGTCCTGCCGCCTCCGGGCGCACAGAGGGCCCG	autosomal
AAGGAAAGATGGAAGATAGAAGCTGTGCTCAGCATAATGTCCATGCTTGT	autosomal
CAGAGAGAGACGAGGGCAGGCGGAGCAGAGCTCTCCTGCGGGAGGCATGA	autosomal
CCCTGGTCACCAGCCCCTTTGCCCCTCCCCAGGAGACGCTGCTGGGGAAG	autosomal
GAAGGGTTAGCACAGGTGATTGCTGGAGATCAAACTCCAGATAAAGCAGA	autosomal
CGGGAACTGGTCTCACCCTTGACCACGATGCTCCATCCAGGACAGATTCC	autosomal
CAGGAATGGTGACATGGCTGGCAGGACTGGCACATAAAGGTCTCAAGAAC	autosomal
CAGCCTCAGCCGCTTCACGGAGGGCGATAGCTCCGACCGGGCGGCACGGC	autosomal
GTGTGCAACATGAGAAAGTGCCACCAGTACATGCAGCTCCAACCAACAAA	autosomal
TCTGCCCGAAAAAGGTCCGCTCGGCCCCCGATTAGTGCCTAGGAGAGGCA	autosomal
AGAACCCCCCAAAAAACACGGAGCCCCCACCTCGGTCCTGCCCTCCACCT	autosomal
CCGTGGGCAGAGTGGCGCTCGCTGGCTGCTGCTGTCACCTCGGAGCTGCG	autosomal
CCAAAACCAGCATGTAATTGATGCAATTGTCTTTTACATTTCTCCAGAGA	autosomal
ATGTGCTGTGTTGGAAGGAACCCACCAGGACCATGAAGCCCAACTCCCAG	autosomal
CGGGCGAGCGGCGCCGGGGCCCGGCGGGGCTCTGAGGGCGGCGGTAGGGC	autosomal
CATAATTACCCAAGCTGGAATTTTGCCCAGATACCCAAGTTAACAGCCTA	autosomal
GGCGGGGCTGCTCCCTTCGCTCCGAGCCGCAGCCCCCGGCGCTTCCTCCC	autosomal
CGAGTGCAGCAGTTACCTCAACGCCGACAAGGTGCTGGTGAGCGGGTTCA	autosomal
CCCCGTGAGGAGAGCGGGGCGCTCCCCGGGCGCGCTCCCGGCCCCGCTCC	autosomal
GAGAGGGGAGAGTGAGGGGTCCCCCTCCCGGCTGGTGTGTGGCGGGATGA	autosomal
GGCTCTGTTCCCACGGCCACGCAGACCCAGAGCACCCCCACGGGGCAGAC	autosomal
GACGGCGCTTTCCCTCGTGGGGTGGTGGCGGGGGAGATGGATCTGTCTTA	autosomal
CGCCATGGCGCGAGACCGGGCTGCGGGTTCGGCGGGGACAGGCTGCGAGA	autosomal
ATTAAATTGAACATCCTGCCTGAAATCTAGCAGTTATGGAATACCATACA	autosomal
CCAGCAGCAGGAACAGCAGGAGCAGCAGCAGGAGAAGCAGGAGCAGCAGC	autosomal
ACAGTTCCTCTGTTAGCTCAAAATTCAGGCTCTGGCACAAATGTCTCCTG	autosomal
AACAACTAGTTGTTGTTTCACCAATAAAAAATCATCAGAACTGACAGGGA	autosomal
CGCCGCTATGCTGAAGGTAATTTGGCAATCGGACATGGCTGGTGCCCAGC	autosomal
TCACAGTCCCAGAGGCAAACAAGGGCACATTTGGGCACGGGACCGACGCA	autosomal
CCACTCGAAATCCTCTCTCGCCACAGTGTTCCCCATGGCGGCAGCGCGAA	autosomal
AGCTTTGTCTCTGGAAATGGTTCACAGTGGGGACGGCACTCGCTGCTGTC	autosomal
AACTCATTTAACATAAAATCCTCCAGCTGAGGACATAACAGATATTAAAC	autosomal
GAGAAATTTACTGAAGGAGTATCATATTTTCAGCCTTACTAAAAGGACCA	autosomal
AGGGAAGGGACGGGAAGGGGTGGCCGCGCCGGGCACAGCATGGCTGCCAA	autosomal
CGCCGCGACCCGAGAGCATCATCGTGGCCAGTATCACCGCCCGCAAGCCG	autosomal
CGCGGCGGCGGCCCGGCGGAGGCGGCGAGGCCCCGCGTTCGTGCGTCGGA	autosomal
GCCCAGGAGGGCGCCTGTGAGCCCCCGCCCCGGCCGAGGCAACCCGGCAA	autosomal
CTAGTATGCACCCCCTTGTGAAACAATGAAAAGAGGGGATATTCCTGACC	autosomal
ATGTCCTCTTCCCACCTCATCCCACCCCATTCCCATCCCACCACATCCAA	autosomal
ACAGTCCAGCCACCTGCCCAGAAAGGCAACAATTATACTTAGAGATAGGG	autosomal
GAGGCCCTCCTGGCTGCAGGCAAACCCATCTTGGAGGGTGATGCCTTGGA	autosomal
ACGGTGTGCGGGCCTCCGACACCGGCGAGCTGGTGACGCACACCGGGCAG	autosomal
CGATTGGCGGCGCCACGCCCCGGTCACGGCCGGGCCACGCCCCCTCCCCG	autosomal
CTATAGCTTCATGCTTTCGTTGAGAATATAGATCCTATTTCCAGGAAGTA	autosomal
ACGCGGCAGTCACGTTTTATTGCACTGTCAATCCAGTGGTCACTGCCATG	autosomal
GTGACATCTATTGTATGATTATCTGTCTTTGCCACTCCTGATGAATTAAA	autosomal
GAGCAGGGTCAGCTTTATAGAGACAGCAGTGGGTGTTTCAGGAGGAGTCC	autosomal
TCCTCCCCAATTTCCCCCCAATTCCTCCCCATTTTCTCTGTTTCCCCTCA	autosomal
CGCAGCGAGGAGGTGGGGAGGAAGCTGATGGAGAGGGAGCGGGGGACAAA	autosomal
AAATTTATAAATATTTCGTTTCATTGTTCATGGTCTATACTTCAGTGAAT	autosomal
AGTTCCAGACCAGGAGGTCAGAAGAACCAGGCAACAGAAAGGAAATACCA	autosomal
ACCCAGCACACCCAGGGGTACAGCACCCAGAGCATCCAGGGGTACAGCAC	autosomal
CCGGAGATCCACCTTAAAAACGCCACCAGCTCGCACACCGCACAAAAAAA	autosomal
AGCTGGGACTTTTCAGAGAAGCCTGGGCCAGGACATAGTGGTGTGCTTTG	autosomal
CGCTGCTGTAATAGGCCGCCCTGCGCTGGGCGCTGCGCGGCACCGGGCGC	autosomal
ACACCCCCACCCTCAGCAGGCGCCTGCAATGCAGGGGCTGCGCGGGGGGC	autosomal
AAGGTAAGCAGAGAAGAGCCACAAAATCACACTGGAAGAGATCTGTGATA	autosomal
TACTGTTCTTCCATCAATGGGGCTGCCAAGCAATCCTGTCGAGATAGAGA	autosomal
GGTTTTAGGTGATAAAATTATCCATCAGTAACGTGCATAATTTCCAGGCA	autosomal
AATTCATTCATTCATGCCTTTTCCCATGGAAATGCAGATGAAATATGTGG	autosomal
AGGCAAAGGACCCGGATGGTGGCGTCACGTGACCACGAGCGTCGCGCCCT	autosomal
AAGAGTTTTTGGGATGCTGGAATGTGCAGGCTTAGAGGAACCCATGTTCC	autosomal
CCGAGACAGCGGCGGCACCGGCACCGGCACCGGCTCCGGGCACAGTCCGC	autosomal
CCGGTGGCGGTGATGGCCGAGAGCTCCGCGAGCTTCAGGCGGCTCCTGGA	autosomal
AGGTCTTGCACATCCTGTTTCTCCGAAAAATCAGGGTGTTGACTCGCAGG	autosomal
CCGGCGGCTGCGGCGGGAGCGGCGGCAGCATGCGGCAGTCCCTGACTCAG	autosomal
ACCAATAAGCCTGCTCCTCTTCTGCCCACTTAAAAAAGTTCCAACAGTGA	autosomal
GAGCTTCAGCGCCAGCCCCACGAGCACGTGACCGCCTCCCCCGCCGGCCA	autosomal
GGACTGGCCGGGCTTCGTAGCGGCGGCGACTGCGAGCCGAGTGCGAAGCA	autosomal
ATAGGAGGTGGTGTCCTGGTACATTTATTCCAGTGCCTGAATCAGCTGGG	autosomal
CGGGGCCGCAGCAGCAGTGAGAGGCGCCGCGCCGAGCCCCTGCGATGACA	autosomal
CAGCGCCGCTCGGCGGCGGCCAACAGCGGCACCCGGAGGCGCCGCCGCGC	autosomal
CTCAGGCCGCCTCAGTCCCGCGAAGCCCTCCCAGCCGAACGTGCAGCACA	autosomal
ATTCCCTCTTCCCAAATTCCCTACTCTTTTCCAAATTCTTTCCTCCCCAA	autosomal
AATAGATTCAAGGAACAAAATCAGCAGGAAAATGTGCCTTGATGACTAGT	autosomal
AGTGGAGTCCTGGTTTCCCCAGGGGTGGGATGGTTGTATCTCACAATCAG	autosomal
ACGGACCCCCGGCTACGACCTGCTCAAGGCCGAGGGCCAGGCCCACCAGC	autosomal
GCGGGGCGCGGGGGCTGCGCGGGCTCCGCCGGGGCTCTCACTCCCCTTCC	autosomal
GCCGCGCTCGGGTGGAACTGCCCCGCACCAACTGCCGCAGCGCCCGCGCC	autosomal
AAGACGCGGACGCTCCTGCCGCTCGGCACCAGGTGGGACGGCAGCGCAGA	autosomal
CCGCCCGTCATCGCCGCAACTTCCAGCGGCGGCGGCGCGGGGGGCTCGGC	autosomal
GGAAACAGAATTTTTCATTGCTGAGGAAATTAATGCTGCTAAAACTTTCC	autosomal
GGCTTCCTCTCAGCTCACCACTGGAATGTACCAGCCACAGGCATCAGAAC	autosomal
CACGCCGTCATGAACGGGCTGTCGATCAGCCAACTCTGCTGCCTGTTCTG	autosomal
ATGGCCGCGCCGCTCATCCCGTCCGCACCATCGCCGCGCCTTCGCCTTCG	autosomal
GGGTGTGGGAGATAGCAAAAATTTCCCTGCCACTCAGGGGGGAAAATGAA	autosomal
CAAAACCTGGCTGGGACCATGTGGATGTGTGATGGGATGGATCGGGGTGG	autosomal
TGTGGACATGTGGAGCATTGGCTGTATTCTGGGAGAGATGCTGCTTGGAA	autosomal
CGGAGGATGCTCGGGCCGTGAGCCCGCAGCCGGCAGCCCCGGCGCGGCGC	autosomal
AACGGCACCGAGCAGCGCGGCGGGCAGCGGCGGCGGCATGGCGGGCACGG	autosomal
CTCCGCCGGTGGCTCCGGGCAGCGTCTCTCCGGCCGGCGGCGGCCCGACC	autosomal
AGCAGTGGAAAATTCTTTCAGTGTGCATCCTGGAATGGTGTCTGCAGCGA	autosomal
AAGAGAGGACAGACAATCCATTCAGAGTCATGAGCCCCAAACGATGAACC	autosomal
AATAGCAGGAGAAAAGGTCGTGGTGTTCTCACTCCAGTCGAGTTCCTGCA	autosomal
ATAAACTCAGAATTCCGGGTGGAGATGCAGGAGAGCTACGAGAGCGTCAT	autosomal
CCGGGCAGCAGCGGCAGCGCCATGGCCGCCCCGCAACCGCCGCTGCGCCG	autosomal
CGACGGCAGCGGCGACGGCGGGAGACAATGGAGGAGTGAAGGACGGACAC	autosomal
CCAGCTCCAGCAGCGACTGGGTCCGCTCCGAGCTGCAGTGCAGGCACCAC	autosomal
ATGGAGCTGGAGAACATCGTCGCCAACACCGTCCTGCTCAAGGCCCGCGA	autosomal
GTAAATTGACAGCACCTCCCAGAAATGTTTTTAGCATATCCTTTTGAAAA	autosomal
ACCAGATCACCGTGTCGGAGTTCATCGCCGAGACCACAGAGGATTACAAC	autosomal
CCCAGCACATCATCCCCCTTGAAGATGTCACTCTGGAGACGCTGCCAGAC	autosomal
CTAACGTCAGGCCCTTGTCCACGTCAACGTACACGGGCTCTGGGGTTGGC	autosomal
CCGCCCGGCGAGGGCCGGCCCTGCGGGGAGCCGGCTGGGGAAAGTTGGAG	autosomal
AAGACTGTCCTCTCTGAGACTGAAATTGTGCTCTGTAAACAATGGTATAT	autosomal
GGGTAGCCAGGACTCGGGAAATGCCCCTTCCTCTCCCGTCCTCCTCACCC	autosomal
TGGCGCTGTCCTCGCTGTCCCCGGACGTGTCGCGGCTGCCGCTGTCCCCA	autosomal
GCGCGGGGCTCCGCCACAGGGCAACAAGTGAGAGGCGCTCCCCGCTCCCC	autosomal
ATCTCCAATGAACTCCGCCTGGAAGGGAGATTCTGTGATGTGATCATCAG	autosomal
AGACAATCTCCAGCTCCTTTGGTTTTGCCGTTCTGCAGTGGTGAGTGACG	autosomal
AATTCAAACTGCTAAGTTCACACCCTAGTCTGCCCCACTGTAGGTTGCTG	autosomal
ATTGTAATAAGTTAAAATCATACAATATGCTGAGTTGGAAGAGAGCCATC	autosomal
AATAAATTTGATAAAAGAGACTTTTGAAATTACTATGTGCTGTACAAATA	autosomal
TGTTAATCCACAAAGAGAATTGAGTATTGAACTCTATTATTCCCATTTAA	autosomal
AGCGTGACTCAGGCGCTGGAGCCGCACACCCCGGGCAGCCGCACAGAGAG	autosomal
GAAGGTCAAACGATACGTGCAAGGTCCTCAGGTAAACGACTGCAATGGGA	autosomal
CATTTGCTTGTTATGAATGGAGCAGGCGACTTGCTGAGGCTCCGTCTGGG	autosomal
ACCACTCGCCCCTTCTCCTGCCTGCCCTGGACATACCCGGGCAGAACACA	autosomal
CCGCCCGCCGCCGCCCGGCACCGCGGCGGCGGCTCCCGCTGGCCTCGCCC	autosomal
AAGAGCAGTTGCAGAGGAAGAGGATACTCCGTGTCACAAATGGCATGGTG	autosomal
CTGATTCCCCCGGATCGCTCCGGTCCCCGGGCAGCAGCGGCGATGCGGCC	autosomal
GTTTTTCCCAAAGTCTGCCAGAACATCATGCCTCAGAAGCCCTCACTTAA	autosomal
CGCGCGGCGCCGTCAGCCCCCGCCGGCCGCGTCACCGCCGGCACCGCCCG	autosomal
TCCAGAAGTGGAATACTGTAATTTTATCACAGAAGGTTCTAGATTCCAGA	autosomal
CGGCAAACCCAGCCCGGCGTGCGGAGTCGCGGCGGCGCTGGGGCTGGAAA	autosomal
CCTACAAAGCGCTAACAAGACACCATGTCAAGCCAGTGCCAAGGAGCAGC	autosomal
CGGACCGGACCGGAACGGACCGGACCCACAGAACCGAACCGAACCCATAG	autosomal
CGCCGGGAGGGGCCCGCCGGGCGGCAAAAGGGCGGCTCAAGGCAGGGACG	autosomal
GCGGGGCTGCTGGTGGCCGCCTGGCGCTGGCTGCGCGGCGCGGCGCGGCC	autosomal
CATGCGCCCCGGGCCGTGGACTGACCCGTGCCAGCCCCGGTCCGTGGCCA	autosomal
GCTCCTGGCCCTCGGAGCTTTTCCTTTTCACCATGATGCTGATGACAGCC	autosomal
AGCTCGGCGTAGGTGCGGTGCAGGAGGAACTCGATGAGGGTGCTGAGGCG	autosomal
AGCACTTTCTCCTTTTTAACCAGGTCTTTGGGATTACTTGATTGCTGACC	autosomal
CCTCGGCGGCGGGACGGGCCGGGCGTCAGGCGCCCATCACGCTCCGCCGC	autosomal
CAGCAGCCCCGGGGAGCCCGGCCCACGCTGGGCTGGAAGGAAGGACGAGG	autosomal
CCCGGCACCGGGCTACCTTCGCCTGCCGGCCTGAAGGACAGGCACAGCGC	autosomal
CCCCATGGAGAGCCTGGAGAAGCAGCTCATCTGTCCCATCTGCCTGGAGA	autosomal
GAAGAGAGCACAGCCTTACACTGGAGGCACCATGCAAGTCCTTCTCCTCC	autosomal
CGGGGATGGGAGATCCAGCCCAGGCCAGAGGGACCCAGGGCAGCTTCTCC	autosomal
GTCCACATTAAAATGAAAGAGCTTCACTCTGTGGTGACTCTGGACAGAAA	autosomal
GAAATGTGTGTTTGTGTCATTTCAAGCTTGATCTAGAGAAGTTTCGCATA	autosomal
GCTGAGGAGCAGCGGGACCTCATCTCTGACCGCGGCAGCGGTGTGCTCAA	autosomal
CTCATTTACAGAGAGTTGGGACAAGCCTTAGGAAGATTAGCAGGGGTACA	autosomal
CGCTTAAAGCGGGGCGGGCTCGCGTCACCGCGGCAACCGCCCCCGCCGCC	autosomal
CAAAGCAAGAAAGGCAGCACCAGGCAAATCCAAACAGCTACTGGCTGCTG	autosomal
CCTGCTGCGGGTTACATCAAGCCTGCAGAAAATCCCTCGGTTTTCTCATC	autosomal
AAAGCGTTGGAAAGCACCGTGGCCAGGGTGACCAGCGCCAGGACGACAGC	autosomal
GCGAGCACCAGGCGGCGCGGTCCTGAGCCGCCCGCCCACCATGGATTGCA	autosomal
CGTCATCAACAAGCTGCAGGACGTGTTCAACACGGTGGGGGCCGACATCA	autosomal
GCAGCACTACTAATTGGCCGTGCACAACACCCTACGTATCCCCAGCAACA	autosomal
CACTTTATTCCCATTTTCCCCCCATTTATTTGTAATATTTTCCCCTCCCC	autosomal
GACGCGTCACTTCCGCCGGCGGCGGCGGCGGCGGCCCGAGGATGTTTTAC	autosomal
ACGCACAAAAAAACCCAAACCCTGCTACAAACCTTGAATTGAAACAAAAA	autosomal
CCGGATTTGCCCTCTCGCTTCCCGCCGCAGCGCAGCCGAGTGGGAACCGG	autosomal
GCCGCCGCCAATGGGCGCGCGGAGCCGCGGCGGGGGGCGTGGCCGGGCGC	autosomal
GCGGTACCTGCAGCAGGAGGTGCTGCGCCGCTCCGCCGCCACCGCCGACA	autosomal
GCCCCCGGGGGTCCGCACCGCCCCGCCACCGGTCTGAGCGGCGCCGCCGC	autosomal
CACTGCTTCAGCGGGCTGCTGCTCTGCGCCGAGCGCGCCGACCTGCGCCG	autosomal
CTTGGGGCTACGGGGACGGCTGTATCCCTCTCCGCTTCTCCTTCTGCTCC	autosomal
GGCCCGAGTCAGCGACCCCCGCCCGGCGTCCCTCGCTCCTGCCCTCGGCC	autosomal
CCTCCTCCTGCCAGTGGCCTCCATCCCTCCGCCACTTTAACCTGTCCAGC	autosomal
AGGATGGGGAGAGAGGGACATGCTCTGAGTCAACTTTTGCTAAGTGCCTC	autosomal
CCTGACTCCCACCTGTCCAACAGCCCAGGGCTGTGGGATGCCCTCCAAGC	autosomal
CTTGGCCGTCCCGGGCGCCGAGTGCGGGGCGCAGTCGGGACATTCGCTAC	autosomal
GATGGCCTGCTTATTTGCTTCTGTCTCTATTCTTGCTGTGTAAGTGTTCC	autosomal
GAGTCTGGAGACTGTTGAATGAATCCTGCGGATATGGGGCTGAGGCCAGA	autosomal
CCGCTGCCCCCATCGCCGCCGCCGGGCTCCTCGGGAAGCGAACGCCGGGC	autosomal
GGCAGCGAGCCCCGCTCCGCGCCTCAGCGCCCACGGCAGAGCCGCAGGGA	autosomal
AGGCAGCGCCACGTCTCGGGCAGGAGCCGGCGCCGGGCGGGCGGCCTCAG	autosomal
GGGTGCGCGGCGCCGGCAGCCGCACGCAGCGGGGGCAGGAAACAATAGAC	autosomal
CCCGGTGCTGTGTCCCCCTTTCACAGCCCGCCGCCATGCTGGCCGCCAGC	autosomal
CCCCTCCGCCCCCCCGTGTCCCCGTCCCCGCAGGAAGCGGTGGCGCGCAG	autosomal
ATCCTGGTGTGCAGCTCAGCGGCCGTGTCGGCCCTCCCGCTCCTCGCCAT	autosomal
CAGGAGCTGCTGGAGGCCGCCCGCACCGGGAACCTCCCGGCCGTGGAGAA	autosomal
ATTGTACCTAAACATGGACTGTGCACACATGCCAACATCCAAACCATCCA	autosomal
CCTCCGTGATCACCTGCGGGCGGAGCGGCCGCCGCTGCCGCAGCCCCTCC	autosomal
CAGCGCTTCGGCCAGGAGCAGCACGGCGAGGCGGCGAGCGGCGCTCATGG	autosomal
GCGGCGGCGCGGGGAGAGCGCTCCTCCCGGGCAGGGACCAAAAACAACAA	autosomal
CGTGTGTGGTGTGGTGTGCACTTACAAATTACCACTGAAAAATGAATTGC	autosomal
ACCGGCTTCAGGCGCTCCCCCGTCGCCGAGCTGCGCGGCGGAACGTGGCC	autosomal
CCACCGCGCTCAGCACTCGCCGCAGCCGGGCTGCATCCTGCGTCCTGCGC	autosomal
CGGCTCTCTCTGCCGCACACGGCGGGCGGCACAGGCGGTAGCGCCGCTCC	autosomal
CGAGGCGGGCACGATCCAGGCGTGGGGAAGGCTGCCAGCCGAAGGGAGCC	autosomal
AGCAGCTCCAGGCCGTAGAAGAGGAGCAGGATGGCGCTCAGGAACGCTTC	autosomal
TAGGGTCTCTCTGCTCATCTCTGAATTTCCACCAGTACCACTGAGGCACA	autosomal
GAGTTGCCAGAAATCAGTTTCAATTCCTGGTAAACTCCTCCCCTTCCTGA	autosomal
CAGCACCAGGTACGCGTCCCCAACGAAGAAGTCGCCGTGGCGGCTCGGGG	autosomal
CCCCTTATCGCCGCCCATAGACCAGCATTGATACCCAGCACTGCCGCCCG	autosomal
GGAGGAGCGGAGGGCGGGGCGGGGGCGTCGGGATGGCGGTGCCGAGTCGA	autosomal
AGAGATTCTGGGCCAGACCCCCAGACTTGGCAGCGTCCAAGTGGCTGCAC	autosomal
AACTTTAACGATATAGTCAAGCAGGGCTACGTAAAAATCCGCAGCAGGAA	autosomal
CGCTCCCGGAGCTCCGGAGCCGCGGGATGGCCGGGGATGGAGCCGGGATC	autosomal
GTGACAACATCTCTAACTACAAAGTGGTCTTCAACTCCTTTACTCCTTGA	autosomal
GCCAGCTGGGCTCTCCTGACTTTGTTGCCGTCCTGTCAAAACTCGGCGAA	autosomal
CAACAACCTGTCGTCCCTGCCCCACGACCTGTTCGCCCCGCTGCGCTACC	autosomal
GGCCGCGCTCCCGGCTCTGAGGCCGCTGTCGCCCCCAGCATGAAGAGCCC	autosomal
CAGTGCCATGCCATCCCATCCCATGCCATGCCATGTCATCCAAGCCATGC	autosomal
CCGCCCGCGGCGGCCGCCCCTGCGCACCCACTATTTAACCGTAACGCGCA	autosomal
TCCATCGCAGCCATGTCGGCCGCCTTCAGGAAAGCCGCCAAGGCGCGGCA	autosomal
AGCAGGAACTGGCTCCCAGTCACGTTCGCTCCCCCGAGGGATGCTACCCA	autosomal
TGCCTGCCCGCACGGGCAGCCGGCGGCAAGACGCAGCGGCTGGAGAGGAA	autosomal
CAACTCAGCATGCCCTGGCCCACAATTTGAAAAATAAGTGTGCAGGAACA	autosomal
AGCCCCGCTCCGTGCCCGGTCCCGCTCCGTGCCAGAACCCGCTCCGTGCC	autosomal
ACTTCACTTCCGCTCTCCCCGGAACTGAGACGGCCCGCGCGTTCTCTGCG	autosomal
CCCGTCCCACACGAACGCTCCGGCACCGAGCGCCGCCATCAGCCCCGTCC	autosomal
CATAAGGCGGCGGAGCCGGCGCTGACCCTACAGCGCCCGACGCCATGGCG	autosomal
CCTGGGTGTTGTTGTGGCACTGCAGACAGGTGTCCGTTGCATGCGGCCCG	autosomal
ACCCGCGCGGCCCCGGGGCACCGCCGCCGCCCCGGGACTTCGGCGGCATC	autosomal
CCAAAAGAGTGTTCTAGCTCTGACTGCCCAGGGCAGGATAATGCAGAGAG	autosomal
AGAAGCTGCAGAGCCGCATGCAGCGGGTGCAGGAGGTACTGGCGGCGGCC	autosomal
CAAGTACTCCCGGGAGGCCAACGAGGGGCTGGCGGCGGCCGACGGCAAGC	autosomal
GGGACGAGCGGCCCGGGGGTCCCAGCCCGGCCTCCGCGGCAACTCTGCGA	autosomal
CATGAGAGCCTTGTTTTGAAGAAGGGAGTATCCAAAGCTCATTTTTTTCC	autosomal
AGTGATCTTCGGAGAGTTCTCCTGGCCCAAGAACGTCAAGACCAACTATG	autosomal
AGCTGGAAGGGCTGGAAGGAGCTTTCAGTCGGATGTTTACAGCAGCAGGC	autosomal
GATCACACTGAGTGAGGTGAACCCTGGCAGCTTGCGTGGGCTCTGAACAC	autosomal
CTCTCGAGTTTGCACATTATTTCTTGCTCATCTGCCATGCTTTTTACTCA	autosomal
AGTCACCAGCCTCAGGTATCTCTGAGTCAGGAGGGGAGCGCTGGATTTGG	autosomal
CTCAGCGCTCGGTGCCCGCTGGGCAGGCGGGAGCCCGCCCGGGGCTGCGC	autosomal
AGCTGGGGGTGTGGCCCGGAAGCGCGGCGCCTGAGGGTCGTTCCGCCGCC	autosomal
AGGAGGAGGATGAGGATGAAGCGGCTGGGAAGAGTCAACCCTATAATAGG	autosomal
CCTGCCAGGACCCTCGGGGACAGCCCCGCCGCTGCATGCCCGATTTCGAG	autosomal
CTGCACCGAGGCGCTCGGCGCAGAGCCCCGCTCCCTATCCTACCTTCTCC	autosomal
TCAGCTGCAAAAATTAACACTGCCCCAGCTGGAATCAGGACATCAGGAAA	autosomal
GCGGAGAGCGGCGATGGGGCCATGGCGCCGGGCAGCGCGCAGGGAGCGCC	autosomal
AGGTCCCGGGGGGGGCGCGGGGGAAACCGGGGGGGAACGGAGAGCGCGGC	autosomal
AGATAAAGCTGCTTCAATAATTGTCGTGTTCATGTGACATTCTAATTAGG	autosomal
GCTGACATAATCCGCCCGCAGGCCACGCCCCCTCCGCGGGCCACGCCCAC	autosomal
CCCCCTCACGGCCGGAGTAGGCCGCGGCCTGTGGGCATGGCTGGCGCAGC	autosomal
CACGCGGCGGGCGCGCCGGGCCCCGCTCCGGTTCCCCGGGACCGGCGGCG	autosomal
GCGGGCGGAGCGGGCGCGATGGCGCAGCAAGTCGAGCAGCTGCGGGCGGA	autosomal
CCTCCCGGCGCCTCCAGCCTCTCCTCCCCCGTATCCCGCGGCATTCCCGC	autosomal
CCCTGATGCTCAGGGGAATCCCACAGAAAACGCAGTTGCGTCAGACACAA	autosomal
AGGGGCCGCGTGACGCCATCGCGGCGCGACTCCATCTTTGTCAGTGAACA	autosomal
AGAACTGAATTTTCTGCAAAGGAGCAGAAAATGAGTTCCCAGCAGCTCCT	autosomal
CGCGGCTCCACCATCTTCCAGGCTGCCGGGGCTGTTGCTGCCGGTTAATC	autosomal
ACTCCCATCTGTTTCTGTGGCATTAGTCATGTAGTCAATAAGCTGCTCCA	autosomal
GGCCATGGCGATCTTCAGCGTCTACGTGGTCAACAAGGCTGGCGGCCTCA	autosomal
AGGACAGTGTTGCTCCCCTTCCCTGGAAGCAGCAGTGTGTTCCACAGCAA	autosomal
CCCAGCGAGACGGGGCCGAGCCGTGCCGAGCCTGCCGCGGCCTCGCCGAC	autosomal
GCACACGCTGCGCTTCACGCCCTCCATGAGCAGCGGCCTGGACGCCGACA	autosomal
ACTTATTATTCTATATGTTTCTATTATATTTTTAATTGAACTATCAGTGC	autosomal
ACGGGGAGGGACACGTGACCTGGGGGGATTTGGGGGGGATTGGGGGGTCC	autosomal
CCCCATGGAAAGGGCTGGATGTGGTGCTGGGGGTACTGCACCCCCAAATC	autosomal
ACAGATTGCGCGTCAGCTTGCGAGGATCGACCTTCTGAGGGGTGGATGAG	autosomal
CGGCCGCCGTCAGCGCCTCCTCCCCGAAGAGCAGCTCCTCGTCCTGGATC	autosomal
TGGAGACGAGATCCAGCAGGGGGTACCGGGTTACTGTGGTGTCAGTGACA	autosomal
CGGGGCACGGGGGGGACTCCGCTCGAAGTGGAATTTTCCCGGTAGCTGAG	autosomal
GCGTCTCTCCACAAGCAATTCCTGGACACCTCCATTGCTGCGGATCTTGA	autosomal
CCACTATTATCAACATCAGCAACACACAGACAGCCTTGGTCAAATTCTTC	autosomal
CGCCTCCTCCATGCCGCCCGTCGCCCCCCGGAAACTTCTGGAGCCGCCCA	autosomal
CTTGTTCAGTGTGTTCAGGAGGAAAAAAAAGAAAAGCCATGAAGCTGCTC	autosomal
AGTGTCGCTCCCGGGGACCGGGGGATGCTCCGGGCCACGCGCGGGAGTGG	autosomal
CCAGCAGCGGCCCTCACCGCCCCGGCCTTTTATAATGGGGGCGGGGCCTC	autosomal
GCGGGCCGCAGGAACTGCAGGAGCCCCTCAGCAAAGAGCTCCCGCGCCCC	autosomal
AACAGAACTCATCAGGATGAAGAGGATGATTATTTTCTGCATGCTTTTCT	autosomal
AGACAGACAGCCCGGACAGCCAACCCGCGCACGATGCGCCGCGCAGCTCC	autosomal
ACATAGCAAAACAAAAGCAAGGTGATGAAACTGATGTGTTTAACCGATTG	autosomal
TCAGCCCGCCTCGTCCGGGGCGCGGAGACGCTGGTGAGCCCCAGCCCAGA	autosomal
TACTGAGCTTTCCACTACAGCGACGGCTACTATGATTTATCACTGGGTCA	autosomal
CAGCTACAACTGTGAGAGAGTTATTAACTGCTCACAGTTGCCAGCTGAGA	autosomal
CGGCAGCTTTGCTTTCTCTTGGGGTATTTTTTTTTTAATATCAGCAAAGA	autosomal
CACACAAGCTTGTATCTATAGGTCTGTGGCTGGCTGGCAAGAGCACCCCG	autosomal
TCCCCCAAAAATTTTTGGCAGAATTTGCCTGAAATTTGTGGATTTCACCA	autosomal
CCTCCTGCTCCTCGGGCTGCTCCTTTCGGCGCGGGGGCAGAGGCGGCGGC	autosomal
AGCGCGGCGCAGAGGCAGATCAGAGGGAGGAGGACGGCGGCGCGGGGCCG	autosomal
AGAGGAACAGGCACGAGTGTCGAGAAATTTTTTGAGGCTCCATTTCGGTG	autosomal
CTTTCACATGCACTATACCCAGTATCGTCAGCAAGCTTTTGATTTTGAAA	autosomal
AGCCTGGAGCAGAGCTCCCCACTGAGGAGCAGGGCTCAGCCTGGCCCGGC	autosomal
AGACCATCACGTCCTCTGGGAGTCATGCAAGGGTATTGTGATGCCTGGCA	autosomal
GCCGGCTGAGGCCCCGCTAGGCCGCGAACGCGCCGCGCCGAGCCGCTGCC	autosomal
CCGGCTTGGTGTGCATGCTGAACCCCAGAAGAAATCCCACACAGAGAGAA	autosomal
CGGCTGCAGCGCGACCTGCTGCTGCAGATCCAGCGCCTGCGCCGCCACAA	autosomal
ACTGTGCCAAGTGACACCATCACCCTCCAGACTCCCTTTTTCCTCCTTGC	autosomal
AAACACACATCTAAGGGTTGTAGGAATGGCCGATTTTCCTCCTTCCCTGT	autosomal
CGGGACTCGGTGCCCCCAGCGACGCCCCCGGCTCTCTCGGCGAGAGGGAG	autosomal
CGGCCGCGCCGCCCCCCGCGCCGGCCCCGGCCCCCGGCAGCGGCGGCGGC	autosomal
CTCAGCTGAGAGCTAGATCTCTCAGACAGAGAATTCAAACCTGCCGTAAG	autosomal
TATCTGATCACCCTGTGTGACTTTGCCCACACAGCAGAATAGGTATGGGA	autosomal
GGAGTCAGACGCTGGGTTGGATGCACGGGGGCCTCTGACGCCATCATCCC	autosomal
GGGGAGATTTGGGGCAAATCGGTTCAGGGGTTGGGACAGAGGGGCAGGAA	autosomal
ATGATTTTGTGTCTGTCAGCATCTGTAGACAAAGTACACAAGAAAGGGGC	autosomal
AACATTTTTCTGCCTTGGATTGAGCTGCTGCCTTCTGCGTGCTCCGAGCA	autosomal
CACCTCGATTTCTTCCGCCTCCGAGCTGGCAGCCACAGCAGGGGAAGAGC	autosomal
CGGCTGCAGCTGCTGCGGACCCCGAGCGTCTGACTCCAGACGGAGGCGGC	autosomal
GGGTGCCGGGCCCTTCTGGATTTTGATCTTAGATTCCGTGCTGACTCACC	autosomal
ATGACTATAATTAAGAGCATACACAGGAGTAGCCATGGGAAAAACAGATC	autosomal
GAATCATCATCCCAGCCGGCTCTGCCCTCAGAATCATCATCCCAGCTGGC	autosomal
GTGGTATCCGCGGGCGTAGACCCCCAACGCGCCGTACTCGGGGGGGTACA	autosomal
CTGCCGCGCTGCCGCCGCCGCCCGCGGGCTCTCCCCGGCCCGGCCCGGCC	autosomal
GCATCCCCGGCCCTAAATGTCCCCAGAGCATCCCTGGTCCCAAATGTCCC	autosomal
AACTTCCATTAATATTCTGTGTCAGACAAGGAAATAACTTAGGATCAATT	autosomal
ATTATAGCGGTGTATGTGTGGTGAGAGTCTAACATCTGTTATTTCACATC	autosomal
GGAGCCGCGCGGCGGCCCCGGGCCCCCCCCGGCCGCGCCCGGAGCCGCCC	autosomal
GCGCAGCCGGTAATCCTCGCTCACCTTCACCCTGTCCCCACGAGCCACCA	autosomal
CCCGGGATCTTTTCCTGTGTTTTCTTTTTTTCTCAGTTTCTTCCTCAGCA	autosomal
GCCGGCCCCACGTGCGTCAAGCTGGGCCAGTGGGCCAGCACCCGCAGGGA	autosomal
GGGACACGGCTCCGCTCCGCAGCCGCCGCTTCCAGCCGCGCCGGCTGCCC	autosomal
ATCCGTTCCTCTTCCCACGGGAATTCCGGAAAAATGACAGGGAATTTCAG	autosomal
ATAAACAACCTTGAAACAGCACAGACCAATTATGGCTTCTTCTTTGGCAA	autosomal
CTGGGCACCCCTAAAACTGGGCACCCCAAAAACCCGGGCACCCCAAACCC	autosomal
GATGCCAACACCCCTCCGGTACTGCCCTGCGGTCGCCCTCGCCCGGGCGC	autosomal
CCTGCTGGATGGATGCATGAGGAGGGGCCCGCATGGGGAGGGGACACCCC	autosomal
CCTGACCCCGCCGCTCCTTTCCGGGTTACCGAGGGAGACTCGCAGCGCTC	autosomal
AAAGGGCTTTCCCTGAATCCCGGCAGGAAAGGGCTTTCCCTGAATCCCGG	autosomal
CTGGCTTCTTTCAAATCAGAACAAGCTAGCCCAGGGCCTGGGCAACAGTA	autosomal
CACGTGCGGATGGGGCGGGCACGGAGCCCCGAGGAGAGCTGTGAGTGCGA	autosomal
AAGCTTCTTGGGTAGAAGATTAAAGAATAGTTCACTGTTTAAAAAAAAAT	autosomal
CACAGACCGCCCTGCCCGGGGTACAGACCCCACAGACCGCCCTGCTTGGG	autosomal
CTTACCTCCCCTCCGGTCCCGGGGGAGGGGGCTGCTATCACGTGTGCTTC	autosomal
CCCTGCCGCCGCCGCCGCTGCTGCCGCCGGGCTCCCCGTCCTATCGCCGC	autosomal
AGAGTCAGAATTCAAGGGCACAAAGGTGTCTGAGGAAGCAAATGCTTGGC	autosomal
GCGCTGGCCGCTCGAGCGGGCGGCCAATAGGTTGGGAGGAGCGGGAAGAA	autosomal
ACCGTGCCAGCGGCGCGGGGGGTCAGGTGTGGGACCTGGCGCAGGCGCTG	autosomal
GCTGAAAAATGATAGCCCTGATGTGCAATTAGGTTCATTAGTATTGATGA	autosomal
AAGGAGTTTGACTGTGAGTATCTGTGATAGGAAGAACTGCACTCCTTGAT	autosomal
GCAGGGTGTAGACGCGCTCCCCGCCCTCGTTCTCTTAGCACTGCAGGAAC	autosomal
CCGCTCCTCCCGCGGCCGCGCCGGGCTCGGCCGGGCTCGTGTGCGCGCAG	autosomal
ACTGCTTTTTCTCACCCAGCATTTTCAACACAGCCCTCAGCAGCTTTGCC	autosomal
ACCCTGGGTTGGGGCATCTCGGGGATGGACACATGCTGGGAACACCCTAG	autosomal
CCGGGAAGATGCTGGAGACGCTGCGGGAGCGGCTGCTGAGCGTCCAGCAG	autosomal
CCCGGAGCCGGGCGAGCGTGTGCGCGCCTGCAACTCTTCAGGCCGGGGGA	autosomal
CGGGGGGCGGGAGGCAGCCAGGGCCGCTCGGCAGCAGGAGCCCGCTGTGC	autosomal
CAAAGGATCATTTTGCAGTCCAGATGCTGCCAAACACAAGCAATCAATGG	autosomal
CGGGGCCAGGCGGGGACGGGGGCTCGCCCTGCTGCGGTGTCGGCCAGGGA	autosomal
CCCGACAGGCCCGGCTCCGACTCCAGCGCCGCCATCGCCCCGTCCGCAGC	autosomal
CGGCCGCCGCCAATTCAAAAACCGAGCCGCCGCACTCACACCGCCGCCCA	autosomal
ACGCTTGCACATGCTGTTCTCTGCTTGCTCGCCTGGGTGTTTTGCTGAAG	autosomal
CGGCGGGGTGGCGGCCGCCATCTCCAAGACAGCTGTCGCCCCCATCGAGA	autosomal
GGTGAATTCATGCCAGCAAAACCAAAGGACTTGTGAAGAAACTTGAGGAA	autosomal
CTTCGGCTTCCTTGGAGGCTGCCAGGCTGTGCAAGTAGAAATAAAGAGGA	autosomal
CATGGCCCCAGGGGATGGCATGGCATGGCATGGGATGGGATGGGATGGCA	autosomal
CGCTCTCCTGCTGTCGGCGGGCCCCCGCCGGGTCCGGCCCCCGCCGCTGC	autosomal
CAAAATTCCATCCCAGACCCCCCCAAATCCCATCCAGGACCCACCAAATC	autosomal
AGCGCCGTTCCCGAGCCCCCCGCGCGCCCCCGGAGCTGCTCCTCCCGCAG	autosomal
CAACGGGGTTATGGGGTCAGCTATGGGGTCGGTTATAGGGTCAGTTATGG	autosomal
ACCCTCCCTTGTGTTGTGTGTTGTCCTTGGTTTCTAAATGCATTTTCCTC	autosomal
GAGCGGAGTCGAGCCGGCCAAGCCTCGAGCGGAGCGGCGGGGAGGGCTCC	autosomal
CCGGCACGGGAGATCCTCTGCCGCCGGCGCCGCGGCTGCGCCCATGGGCG	autosomal
CCACTGCCAGTTTGTGCTCCTGCCGCCGCCGCCGGGCTCCAGCCCGCAGC	autosomal
CATCAGCGCCTCCATCACCTTGAACATGTACACCAGCATCTACTTGCTCG	autosomal
GCCACTGACAGCACTCTGGCTTCTTGAGCTAAGGTTAACTTCTGTATTTA	autosomal
CCAGTTATATTTGCTGTCATAGTACTCCAGGTGCAGTTCTTCTGAAAGAA	autosomal
GCCTCCGGCCAAGCGGCTCAAGGCCGCGCCCCCCGGCACGCCGCCCCAGA	autosomal
CGGCGGCGCCGCCATGGCGGCCGCCCTTAGCAACGGCGCGTTGCTAGGGC	autosomal
CCTAATAGCAACTGAGCACATGGCCTTGGGTGCAAACCATGTTCACCCAG	autosomal
CACACCACATGGTGGAATTTGTCACCGCTGCCTCATGTGAGGAAAGAGAG	autosomal
CAGAAAGCAGAGTGGCTGGCAAGGGCACGGGCACAGCGTCCCACCCGAAC	autosomal
CTGCAGCAGGAAGACCTGCACACAACTGGCTGGAGACTGGCTGGACACAG	autosomal
AATATATAGTAACCTATAATCTAGATAATATACAATAACCATCATTATTA	autosomal
GGGCGGAAGTGACGCGGCGGCGGCGGAGCCCGGACATGGCGGGCGTGAAA	autosomal
CATTCACCATGCTGGAAGCATCTCCAGCAGAAGCAGGGCAAACAGGGAAG	autosomal
GGGATAAATATTCCATTTCAAAATTCAAAATCAAATTATGAAAACAGAAA	autosomal
TAGAAAATGTTAAATTGGTTTGTGGCAGGTCAGCATGCAAAATGTTAAAA	autosomal
CGGCAACTTCAGAGCAAGGTGAAGTCTCCGGAGCCGGCGCCACCGGCCAG	autosomal
GCGCGGCTCCCGGGGGAGCGGCGGAGCCCGAGGGACCCGCGCCGGGAAAC	autosomal
AAGCTCGAGTCCCCTTCAGCCACATTTACCTCAGCCTGTGGGCATCTCAG	autosomal
GGCGTGTGGGGAGAGCTGCCCAGTGAGAGAGAGATGAAGTGGCCAGCACC	autosomal
ATGGCACCGGTTCTCAAGGCACCTCTCCACCACCTCCTTCCCCTCGGCGA	autosomal
GCAGGGAGGAGGAGGAGGAGCAGCAGCAGGAAGGGGCAAGGGCAAAGCGC	autosomal
CCACCTCTCCACAACGCCGCACGCAAACCCACCAGCCTCTCGCGCCGCCA	autosomal
GTGGGATCGGGACGAGATGGGACAAGGAACGGGAGGAGATGTGACCGGGA	autosomal
AATGGCTGAGCCTGCCGGCACTGAGCTCATCCCGCATCCTGCCGGCCAAA	autosomal
AACTTCCTGGGGTGGCTCCAGTAGAGCTGCTGGTGTCCCATGGCTGTGTG	autosomal
AGCCCCAGGCCGGGGCCGGGCTCGGGCCGCGCTGCCGCCCCCGGTGCCGC	autosomal
AGAAATAAAACAAAAATATAAATAAAAATTATAAAACATCACATAATTGC	autosomal
AGCCACGGGAGACCAAAAGAGTAACTTCGGTCAATTAGTTTAACTTTGAC	autosomal
CAGGAGCAGACTGCCCAAGCCATGGAGCGAGAGCCAATGCGCATTAGGGA	autosomal
AGGAGGGAAATCCTCTCCATTAATGGGTGAATTAATGGTGCTGCGATGGG	autosomal
GGGGGCTCTGCTCCCTGGGACCAGGGCCTGGAGGAACCCTGCAGACACAC	autosomal
CTCCTCATCCTCTCCTTCCTCCCCGCGCTGCTGCTCCGCCGGGCGCTGGC	autosomal
GATCTGGCACGGACCGCAAACCCGGCACGGACCGCAGATCTGGCACGGAC	autosomal
CCGCGCTGTCCCCGAAGGGGGACACGCCCCTCCCCCACCCCCGCCTGGCC	autosomal
GCCAGGCAGGACAGCGGCACACAGGGGGTCCCCTCACCCCTGCAGCTGAC	autosomal
ACGCGTCCTGCCCGGTGCGAGCGGCTGCCGGGGTACGGCCGGGTGCGCGA	autosomal
CCTCCTCGTTGTCCGCGTCGTCCAGCAGGTCCCGGGCGGCCGGCGGGCCC	autosomal
CACTTCATTGGTGTCATTCAGTTGTGTTAGACATCTAGCATAAGGAAACA	autosomal
CGCTGGCTGCGCGGGGGTGTCCGCACCGGGGCCGGCTGGCTGGGACAGCG	autosomal
ATGTCTGTTCCTAGATCAATAGATTCCATGGAGAAGAGAGTTGAATTTTG	autosomal
AAAGCAGATCATCACTGGGATGAGCCCCAACGCAGGCCAAGCTGGTGGCC	autosomal
CCCTATAGTTCAAGTTACTTGGATTTTTATATGTGCACAAATAATCTTAA	autosomal
AAGGAAGAAGAGAGAAGAAAAAAAAGCCCCTCATCCCCTCGCCCCCTTCC	autosomal
GATGGCCTCCGGCTCCCGCTCCTCGCCCTCCTCGGGCTCCCGCCGCTCCC	autosomal
GAGCCGGATATTAGCTCAATCCCCCAGGATGCAGCTACGGTACCCAACTC	autosomal
ACTGCTGCCCCTGGGGCTATTCTTGCTGGTTGTTCACACAGACACAGGTG	autosomal
CGCAGCTCCAGCATCAGCGGTGAGATGTACAACCTGGAGAAGAGCGCGCG	autosomal
ATGGTGTCACCCCTGGGCTGGTGTCACCCCTGGGATGGTGCCACCCAGGG	autosomal
AAGCCAGGCACCGAGTCGGCAGCCCGGGGTGAGCCGCGGCCGCAGCGAGG	autosomal
ATGTCACCTCTGCACAGGGAGGGGGAAACCTCATGAGAGTTTGGGAGAAG	autosomal
GAGTATTTTTGTATGTGTTTCCAAGGCCTGCAAGCTCAGTGTAAGAACTC	autosomal
GGCGGCGGGGGAAGGAGCGGCGGGGAGCGGCGCAGGCGGCAGCATGAGGA	autosomal
AGTAAAATCAACGAGTCCTAGATAGCTGCTGGCTGTCCAGCTCTCCTCCC	autosomal
CATGCGATTTCGGGCAAAGATCGTGGATGTCGCCTGCCTCAGCCACTTCA	autosomal
AGCTGGAGAACGCCCTGGACCACGACGAGGGGCAGGGGCTGCAGGGGCAC	autosomal
CAACTGCTTTGTCAAGGATGGGAAACCTTTCCGTTACATCTCTGGTAGCA	autosomal
GCGACACCAGCCAGACACACGGCCCGCCGCGCTCCCGGCCCCCGCCACAC	autosomal
CCAGGTCGTACATCTCCACGCCCGCGTCCGCCAGCGCCAGCGCGGCGGCG	autosomal
TGCTTAACTCATCCCATCTTTGCCCAGAGCCTTGGTGTTTGAGCAGCCAA	autosomal
AATCGAAATTCCGGCAATGGGATCCAGAGAAAGAATGACAGCACTGAGAT	autosomal
CTGTCCCACGCTGCCTGGGAGTGGCCAGCAGAGCTGCTTCGGTCCTTGCC	autosomal
CTTTCCTTTGACACATTTTGTGTTAGGAAAACATGAATGTCTTCTTCCGA	autosomal
CCCGGCGGTGGATGCGGGAAGGGATGCGGCGGTGAAGAGCGGCGCGGGGC	autosomal
CAAAGCAGCCTTGCCTGAAGCACATGTTAGTCAAAGCAGATCAAAGGATA	autosomal
GGCGGTCCCGGGGGCGCTGGTCTTGGTCTGCCGCTGCCTCCTGCTCAGCC	autosomal
GTTTTATTCCTATTCCTTGCACAACTGACAGTAGTGGAAGTTGAGAAACA	autosomal
GTTTTAAAAACAGAGGTGGAAATCTGACACATCATAAGAATCAAGAACCA	autosomal
ACGGCTGTAGGTCCGGCACTTACGGCCTCCTTGAGGCCCCCCTCTTCTGG	autosomal
CAAGACCTCCTGCGAGGGCGAGAGGAGGCCGCAGAAAAAGATGATTCCAA	autosomal
CGCACTGGATGCTGTAGGGTCTCAGCAGGACCAGGAAAGCCGCGGCAATC	autosomal
CGCCTCCAAAGCCGGCCCCAAAGCCGGCCCCAAAGCCGGCCCCAAAGCCG	autosomal
GAGTTGGCTTAATCTCAGCTGGCAACTGTGAGCAGTTAATAACTCTCTCA	autosomal
CTCTTCGTAATATGTTTTCAAACAGTGTAAATGGTGCTAAGTGTCACCAG	autosomal
CGCAGCCATGGCCGAGCCCTTGCGCCGCCGGCTGCCGCTGCTCCCGCTGC	autosomal
AGTTCAGGCTTGTGCTGACACTTGTCTGTTTTAGAAGCCAAGCTGTCTGG	autosomal
TCCTAGCATTTCAGCAGCTTTGTTATCCTCCTCTGGACACATTCAGTTAA	autosomal
CAGGCGGCCGCTCTAGCCCGGCGCCCGCGCGCTCCGCGCCGCTGGGGCTC	autosomal
CCCAAATCAATGGTATTTATTTACAGTAGCTGAAGCTCTGCCTCAGTGAG	autosomal
CAGCGCCGCCTACGGTGCTTACTTCGAGAGGCTCTACATCATCCAGGAGG	autosomal
CATGGCAAGCCATGGAAGAGCAGGGTGGCTGGGACAGAGAGGACACCTCC	autosomal
GATGAGTTGCACTGTGGTGGAGCAATCATGTCAGGTGACATGGGCTCTGC	autosomal
AAAACGGAGCAGTAAAGGCTTAAAATGCAGAGGAAATGGCATCCCCCAGC	autosomal
AAGTCAGCAGGAGTTCGTTAGATTCCCCTGCTATTGGTAGACGACAGGTG	autosomal
AGCAGCACGAGTGTCAGCATGGCAACATCATGCTCTGCTGATGGATCACT	autosomal
CAGGGTCCAGAATAACTCTGGGAACCTCACACAGCCAGGACAGCAGGACA	autosomal
AGGCCTCTGTAACAGCGCTGTGCAGGAAAAGCCCCAGTGCTCTGTGCAGC	autosomal
GCTGCCCGGCTGCTGGCGGTGCTCGGCTGCGTCCTGACAGCGGAGGCCCA	autosomal
AACGAACAAAACGTTCAGGTCAGGTATTGCACGTGGGGCTCGACGCCAGG	autosomal
AATCACAGCTGCCTTAAGTTGTAACTGATACTGCCCTCCCTGCAGCGTAG	autosomal
CTCGGTCCCGCCTCTCCCGGCCGCTCGCTGCCCGCCGCTGTGGCTGCGGA	autosomal
GGCGCCGCTCGGGCCGGGGGGGCCGCGCCGCCATCGCCGCGATGCCGAAA	autosomal
GACTTCAGACTATTTTATAGCTTTTCTGTAGGCTAATTCACCAACCTGAC	autosomal
CTTCCTACTGCTGTTTCAGAGACACCACTGGAGATCTATGAGAGAGAGCA	autosomal
CCGCCAACATTGCCGACCTCGCCATGTCCGGCGGCGGCGTCATCCGCGGC	autosomal
CACACCCGCGGGGGCCGCTCCCGACCGCGCCATGAAGGGAGATGCTGGCG	autosomal
GGTGCCGCTGCGGGTCTGTCACCAGGAGATCGTCAAGTTCGACCTGGAGA	autosomal
CATGCCTTAATGTCACTCAGAGCCCTTTCTGTGCATGCTCTGCAATGCCA	autosomal
AGCAGCAGGAGGGTCCGGGGCGCGCTCTGCCCCATTTTCTTCAGCCCCTG	autosomal
CGTGCACCGCGGCGGCGTTTGAATGGCGCAGGCTCGGGGCGCCGGGCCCC	autosomal
CAGGAACTAAACCTGAAATCAAAGCTGGCTCCAGAGATGTGCTCAACATG	autosomal
AGTAACCCCTGTCTGGGAGCTACCTCCCCACCTACCAGAGCAGTACCCAG	autosomal
CGCCATGGAGGCCTCGGCGGGCGGCGGCGGCGGCGCCGGGCCCGGGCGGC	autosomal
ATCATCCAGCAATCCCTAATTGAAGCAGGGAGCGGTTCTGAAAGCTGACA	autosomal
ATTTTGGGATGTAGCTGATGGATGATGGATGCAGCCATGTCCTGAACCCC	autosomal
GTACGCGTTTCTCTCCACGGATTTATACGATCTGAAAAGAAACCGGAGGA	autosomal
ACCAAGAACACAACTGTCATAATGATCTATCCTCATCAGTTCCTTGGCTA	autosomal
CACATTGAGGGCGATGTAAGGGTCCAGCAAAAAGGTCTGTGGCCTGGGAC	autosomal
CGGGCGCGGGGCGCTGCCGGGAGCGGGGCGGCCGCAGGTGCCGGATGCGA	autosomal
GACAGAAGGTGAGGAACAAGCCCAGTACATGCATGTCGGGAGCTGCCAGC	autosomal
GGGCCGCCGGGCCAGGCCAGGCCGGGCGGGGCAGGGAGGCCGCGCTGGGA	autosomal
CATGGGCATCATGAACTCTTTCGTCAACGACATCTTCGAGCGCATCGCGG	autosomal
ACCTTCTGTGTCCTTCCAGAACCTTCCATGGCCTTCTGACCCTTCCAGAA	autosomal
CCTGGCCCGGCCCGGCCCGGCTCGGGCCCCGCCGATCCCGAAAAGCGTCC	autosomal
CCACTTTGTGTCTCTGGTGGATTCTCCATGTTTTGTTCTTGTACTTTGGA	autosomal
CCATATTTGTATTGATGTTGTCTTCTTAAACTTCCAAAGATGCTGCTGTA	autosomal
AGAAACATTTCTTCATTTTTCTGTGTATAACATTTGTAAAATATTGAATA	autosomal
CCCCGGGGCGGCGGCATTTCAAGTGCCGCCGTTGCCGGGGGAGCGGTGCC	autosomal
AAGGCTGAAAGACGGAGACTCAGATTTGAAGCTTCCAGTCCTGTGTCCAT	autosomal
CAGCTTTTTCCAGCAGTGCTTCCCCTGCAGGGTAGATGACTGTTTTGGGA	autosomal
ATCTGCCGATTTTGAAGGGTCTGATCCCCTCGCTGAAACTCTGGGACCCC	autosomal
AGGGCCCCTTGTTGAAGTGGGTCATGTCGGTGGTGTCCCGCGGTCCGGGG	autosomal
AGCCCCCGGGGGGAGAGGAGGACAGAGAGTCCCAGCGGGGACGGTCTGAG	autosomal
CCGGTGGCGGTGCCGGTGCCAGCCGAGCCGTGCGGGACCGACCGGCCGAG	autosomal
CCCAATTATTATTTACTCCAAATTTTAGATAGCTTTTAGTTTTGGAGGCC	autosomal
CCACATCTTCTCTGGGAAACGCGTTCCTGTGTCTCAGGGGCATCGCAGCG	autosomal
CACAAAGGCACCCTACTATCCTGCTCTGCCCCACCTACCCCCCCCAGCTC	autosomal
TAATACAAGGAAAGCTATGTAAAGCAGGTGCTCAGAGGCCACAGGAAAAA	autosomal
CACTTTGTGAGCCCTCATCCTGAGGGAGGGAGCAGAACAAAGAGGAAGGG	autosomal
CCAGGCATGCCATGCTGCAGGGAGTATGCAGCCTTCCATGGTGCTTGACA	autosomal
CCTATGGAATCCAGGTGAGGACAGATATCCCTTGTATCCCCCATTTTCAC	autosomal
CTCTTTGCTAGAGGGTGAACGAGCCTTCCGGGCCGGTCGGTGTTGGGAAG	autosomal
CCGGGCTCCGCCGGCCCCGGGAGCGGCGCTGGCCTTCCTGCGGATCGCCA	autosomal
ATCCCGCCATGGCGGCTTTCGGCTCCCAGGGTGGCGGCACCAAGAAGGAG	autosomal
CAGGCTGGGAAGCAGTGCCCATGAGTGCTGGCAACACAGCAGGGGCTTCC	autosomal
CTTTGGCTCGTCCATCAGTGCCGGCGCTCGCTCCCTCCTCCCGCGCTCCC	autosomal
GGAGAATGTCCAGCTGCTTTGATTTATACTCAAGTTGTGCTGACAGTCAA	autosomal
AAAACAGTCATCTACCCTGCAGGGGAAGCACTGCTGGAAAAAGCTGGATC	autosomal
CCAGCAATGGTCGCCTGCGGTCCCCCTGCGCGGCGCTGAGCGAGGCCCCG	autosomal
AGTGTATCTCCAGCAGAGCTGAGCTTGCATATATATACTTTAAGTTGTAT	autosomal
CCTCCCCGCCTCTTCCTCCCCTGTCTTCCCCTCACCCCCCCGCCCGCCCG	autosomal
GGAATTTCGGGAAGCGCTCACCCCTCTCATTTCCCCATTCCCACTGGGAA	autosomal
AATGTGGGAAAAGCTTCAGGCAGAGCGCCACCCTGATTGTGCACCAGAGG	autosomal
ACACGGACTGGTTGAACTGGGGCGCGTTGTCGTTCGCATCCAGCACCGAG	autosomal
GGAAGTTTGAGCGCCGCGCAGCGCGCGAGCGGAGCTCCTCCGCGGGAGCC	autosomal
CAACAACCAAATGGTTTTGGATATGATCCTGTGTTCCCTCATTGGTGTTC	autosomal
CGGCCAGAGCCGCGTCCAGCCCGCAGCCCCCCGGGCCCGGCTCCGCCTGC	autosomal
AGACGCGCGCGGCGGCGGCCCGGCGGAGGCGGCGAGGCCCCGCGTTCGTG	autosomal
CCAGGCGCGGGGGGCATAGAAGGTGCCCACCTCATCGCCGTCGTACACCA	autosomal
CAGCCACAAGCACTACGAATCGTTGTAGAATAATAAAAAGTCTTCTATGC	autosomal
AGTGGGAACCGTGGGCTCCCGCGTGGAAGCGAGCGGGCACGGGATGCCCG	autosomal
GGCGGGCCCGGGCCGGAGCTGCCCCCGCCCCGCGGCCTCGGGCCCGGTAC	autosomal
CCGGCGGAAGGGCCGGGGCCGCTCCTTTTCCCGGCCCGGCTCGATTCTCC	autosomal
CACCGCCACCGGCACTGGCACTGGTACCGGCACTGACCGCGCCGGTACTG	autosomal
CCAGCCAGAACCCTGACCCAGTGCCAGCCAGAACCACAGACCCAGTGCCA	autosomal
GGCCTGCTCGGGTGGCAGTTCTGGGCTCTGGCTGGAATCGCCGTCCTTCA	autosomal
CCGAAAAGCTCCGCGGGGTGCTGCGGGAAACCGCCCGGCTCCCTGCGCCC	autosomal
CCTGGCAGGCTGGGCCGTGCTGGTGGCACTGGGCGAGTGGCTGTGGGCCG	autosomal
AAGGGTTAAGATCCAAAACGGGAAAAGGAGGAAGATTAAAAAAATAATAA	autosomal
CCTGGGGGAAATGGCTTGTCCAGCCTCGGCCAGTTTGTGAATGGGCTCAG	autosomal
AGGGGAAGGGAGCCCGGGGGGGCCTCGGCTGCGGGCCCCGGCAGCGGGGC	autosomal
TCCTGGAGCATTTCCTCCTAAAACAACATCTAATGGGTAGATAATAGAGA	autosomal
GGCAGAAATTTAAAGCCCCACAGCAACCATTTCTTCATCTGCTGTGGGCA	autosomal
GAGTTGTAAAGCAGCAAAGGAAGCAAGCTCTACCACCCCCTCCACCCTCC	autosomal
AAGTATCCATAGCATTCCAGCACCTGAAAAATCCTGTCTGAAAGACTCCA	autosomal
AAAGGGCCAGGCTGGCATGGCCTGGGGGCTGGTTTGGCCGTGTGAAGACA	autosomal
AGGTAGAAAAAAAAAATCCCGTAAAAAAGTCGGAGCTATCAAAAGGAAAG	autosomal
CATGAGAGGTCCTTGTGGGTGTGTGCAGAGTTGGAGGAACAAGCCAGCTC	autosomal
CATCTTTTCCTGCTGGTTTTTCCCAGGCCACCACAGCTCCTCCCAAGAAA	autosomal
AGCCGCGTCGGCTTCCGACGGAGCATCGCCGCCAGAGACACCGCCACCAG	autosomal
ACTATAACCCTGGAGTACTGTATTCTTCATTTGTATTTCAAGCTTGACCC	autosomal
CCCCGAGCCCCGCTGAACGCCACCGCAGAGCTCCGTCAGAAGGTCCCGCA	autosomal
ATTAGAAAAATTATCTCCAACTTTTGATAAAAAATTGAAATGTATAGATA	autosomal
GAGGGGGAACCGCCCGGCCGCGGCCCGCGGGCCCGGGAACGGGTGTGGGC	autosomal
GGAGGCATTTCAGAGGAAGCTTCAGAAGCTGCATACAGAGGACACATTGA	autosomal
AGCTCGGCCCGCAGCGCCTCGTGCACCAGCCGGTGCCGCTGCAGCGGCGG	autosomal
CCTCCTCCGCCGCCTCCAACGCCGCCAGCCCCGCACCTCAGCAACGCGCC	autosomal
CCTCCCCCCACCCCCCAAAAAAAGCAACGACGGGAAGAGGAGGGGAGGAA	autosomal
AAGTACCTGTCCCCGTTGCGGTAGAAGCGGGCTTTGCGCGCCTTCTTCTC	autosomal
ATTACCTGCCTGCCTGCCCGTGCGGCCCCCCGCCTCCCTGCCCGCGGTGG	autosomal
AAATAAAGCAGCCTGGCTAGCACAAGGAGCCTCAACAGTTCATGTAAATG	autosomal
AATGCTTGCTCCTAGTCTCTGCTGAGCAGACAGTGCCCCTTCACCTGAGC	autosomal
CCCTGCCCTGGCACCGGCAGCAAACCTGATTTCCCCAGGCACTGGCAGAG	autosomal
TATAATATAGCTGTGCAGTGCTGTATTATCGTTCCCCCTGCTTAAAGTAA	autosomal
ACAAACTTTGCATTTCTTGATCTGCATCTGGGGCTTGCCGAAAAATGAGC	autosomal
CCTTGGAGGAGATGGAGCATCCTTGGAGGAGATGGAGCAGCCCTGGAGGA	autosomal
GCGCGCTTCACCCTCACGTCCAGCGCCGTCCCCATCGCCGACACGTGACC	autosomal
CATCAAGGGCGGCGGCTGCGGCGGAGGGCGGCGGCGGGCGGCTGTGGGGG	autosomal
GCTCAGCCCCCCGCGATGCGCTGAGACCTTCCCCGCTCCTTCTCCCGGCC	autosomal
GGTGGGGGTGGTGTAAAAATCACAAGGCATAAAATAATAAGAAAAATTGA	autosomal
AGTTAAAGCATGAAAAGAAACGGTGGTACTAGATGCCAAAAGAAGTGTGA	autosomal
AACGGGATGGGAACGGGGACGGGATAACGGGACAATAACGGGATAATAAC	autosomal
AATGGGTTGTCTCCTTGGTTAAGTCTTAATTCAGAAAATCCTTGCTGGTA	autosomal
TCCTGGGGCTGCTCCTGGGGCTCCTGGCGGAGCCGGGGGGCGCGACGAAA	autosomal
AGGTGTGTTCCTGAGCGCTCTCACCCATCAGCTCCCACTGAGGAAAGGCA	autosomal
ACGCCCTCAAGCGCCAGGGTCGCACCCTCTACGGCTTCGGCGGCTAAGCT	autosomal
TCCCAAAAACTGAGATGACATGAAATCATATTGCCTTCCTCCTTTGCCCA	autosomal
GGAGCCCCGACCTCTGGACCGAGCCAAACCTGGTGACGTTTTGCCCACAC	autosomal
CGCAGAGCACAGCTGCCACTGGATGGCACCAGGACTCCGTACACGTGTGC	autosomal
CACGGGCGCCGCTCTCCGCCGCCAGCAGCGTCAGGCTGAGCCTGGGGACG	autosomal
AGCGCTGGCATGTATTATCTGAGCGGGGCTGATGCCTCTCACTGCTTTAG	autosomal
AGACCCGGGGAAGGGAAGGGAAGGGGAAGGGCTCCTGCCCGCCCGCGGGG	autosomal
AAAACACCCTTCCTCACTCTCCGTTTGGTATCCCCTTACATTTTTGCGGT	autosomal
GCGGGAGCGGGAGTCGGGCTGGGCCAGCTCGCGGCAGCTGCGGCAGCAGC	autosomal
CAGCTCATCAGCACATACACGTTGCAGAATTACAGATCCAGGTAGAAATG	autosomal
AAGGAAGGAAGCCGGGCAGCAGCCCGGGGGCGGGGCCGCTCCCGCGGCGG	autosomal
GTCAGGGAAGGGACACACACCCTCCCCTCGCTGCGCACACACCGCCTGCA	autosomal
CCCAGATCCTGGCACGGGCGTTGGGCGGCTGCAGCGCGGGCCGCCAGTCC	autosomal
GAAGGAAAGGATGGGAGCCCGGCCCCTCCCGGGATCTAGCCGGAGCCTGA	autosomal
AAAAGCACTCATCCAACATCCCATACTGCTTAAATCAAATTTAATCCTTT	autosomal
CTGTGTTTGTCCACATACCTGGGGGCAGCTGGTGTGTGGCAGGAGGGAGC	autosomal
CCAAGCCATGGAGCGAGAGCCAATGCGCATTAGGGAGGGATACTTGGTTA	autosomal
CTTTCTTGATTCAGAGAACTGATTTTATCAACTTGATTTACTTTCTGTTC	autosomal
GCAAACAGAGGAGCTGCCGGAGCGGCGGCGGGCACAGCCCAACCCAGAGC	autosomal
ACACTGAGGAAGACCAAACTCTCCAGCAAGCGCTGCCGGCCGGAGAGGAA	autosomal
GGAGTTGTGGTGCTGCCACGGCCTGTGAGCAGAATCACAGAGTGTCCCGA	autosomal
CAGGGATGGCGGTGCAGGGAGTGCCGGGCCGGGGGCTGCCTGGAGCAGAG	autosomal
CGCCGCCGCTGAGCGCCGAGGAGGTGGCCAGGCGGCTGGCGAGCACCCGC	autosomal
GCAGCTCCAGCAGGCAGCAGGGCAGCTCCAGCAGCGCCAGCAGCCGCAGC	autosomal
ATGACCAGCTGGAGAGGGGGAACCCTGATGGCTCTGTGCCTCCTGCAGCA	autosomal
CCGTGCACAGCCCTCTGCAGCGCAAGCAGGGCACGCCTCGTCCCCCCTGC	autosomal
CGGCTGCCGAGGGGAGGACAGGGACGGGAACCCGCCGGTCGGGACTCGGC	autosomal
GATTTCCCAGGCAGAAATAAAGGCTGAGGGTAACACAGGAGCCAGGATAA	autosomal
ACACACAGCGACCAAGTGCTCTTCATCTTGCCTTCCCTTCTTTTGAAGAA	autosomal
CGGGGAACGGAGCGGAGGTGTCGCACCTTTGTCCTTCCGCCCGCCCGGAA	autosomal
ATGGAATTATTCTGATGTCACAAACATCACTAATCAAATGCTCATTGATC	autosomal
CTGTTTCTCACTCTCTTTCTTGAAGGCCTGACTGTAGAAACATTCACAGA	autosomal
GAGCAGCGCGCAGAGCAGCAGCGCCCGTGGCGAGGCGGCGGCGTGCAGCA	autosomal
GCGGCACAGACAAAGCGCCGGGGCTCCCCCACGCGCGCCCCGGCCGCGCC	autosomal
TAACCTAAAGGACACCACTGGCAAAAAAAACATAAATGGATAAAGAGCAA	autosomal
GGGATGTGCTTTCAGAAATCTAGGACAGCTGAATATTTTGAAAGCCTTTA	autosomal
ACCGGGGACGAGGCGGGAAAGGGACTCCGCCTCCCCCCCCGCGGAAGCGC	autosomal
CTTCTAGGAGGACTCGCTACTGATGAAAGCAAATGCTCGGAGCAGCATGA	autosomal
GCCAGGGGTCCCGGGACAGCGGGGCGGCCCCGGGCGGGTCCCCTCAGACC	autosomal
GCAGCTATGGCAAGGAGGGCAGGCTGCTCTGCTGCCTCGGCGAGGGTGGC	autosomal
ATTGACAAGACCACGGGCAGCTTCCTGTGCACAGCCACCCTGGCCGAGGG	autosomal
ATTTGCAATACTCACAGGCAGTGTATCTGTCCCCCATGCATAACACTGTG	autosomal
CCCGCTGAGGCTGCGGCAGGGCCAGCCGCGCTCGCTGCAGCCGCGCAGGG	autosomal
TGAATGACAACGTGGGAGCTCTGGCACTGCCTGACACAGCACTCAGTGCA	autosomal
GCCGAGCCTCGAGAGAGAAGCGGCCGCCGCCGCCGCGTCCCCTCAGCCGA	autosomal
CCCGCGCCGCAGTCCGGCAGCGCCGCGCCGGGGCCGCGCTGAGCCCGCCC	autosomal
CAGAGCAGGGCAGCCCCTGCTCCTTGGCCAGGGGGGGCAGCAGTGCAGGA	autosomal
CCTCACGGCCGCTTCCAGCGCTGCCCCTGCGCCCCGCCGGGATGGCGGCA	autosomal
AGCTGGAGGCATTTCACATTATTTTCTCTTATGTTGAGAAGAAAAGAAGG	autosomal
AAGAGAAGGAGAAGGTCAACAAAGACACATTTAGTCCAGGCTCTGCACTG	autosomal
GGAGCTCCACCAGACCGAGACAAGGGAATATTGCAAGTGCTGTATTTACA	autosomal
CAGTTCCCATTTCCCATATTCACACAGATTATGAGGATGGAGGGAACCAG	autosomal
CGAGCACCGCGCCCGGACCCCATCGGCCCGGACCCCGCTGAACCCCCGGC	autosomal
ACTCGCCCTCACCCGCAGCCCCGGCACAGGAGCGGCGGGGCCGCCGGGGA	autosomal
CGAGGCACCAGCAGCCGCCGAGGCGAGCGCCGCCAGCATGGGCCCCGACA	autosomal
GGGGCCTCCTCCACAGCATCATGCCAGTCCCAGGGAGCTTCTGCAAGCAA	autosomal
CCGTCAGGTTGGGGCCCACGGCGCGGATCCAGCTGGTGTCACAGTGGTGA	autosomal
CCAATCTGCTGGCTGACAAAAGAGAAGATTTTCATGGCTCTGGCAGGAGC	autosomal
CTTGACAAGATCAATCTCCCCAATCAGCTTTGGGATCACGTGCAGCCTGA	autosomal
CGCGCTCTGCGTCTCCCGCCTGATCTCCATCAGGAACGCTCCCGCCATGC	autosomal
CTGCGCTGTCAGTGCCGGGGGCGGCCGCGGGGCCGGAGCGCGGAACCGGA	autosomal
GGCTCCGCGTCCCTGCTGCCCCACGGAAAACACACACAGTCCGCGGCACC	autosomal
CGGAACACTGCTCGGAGTATCTGCCTGGAATACCAAGCTCTGAGTTTGCA	autosomal
AAACCATCGGCAAAGGCAACTTCGCCAAGGTCAAACTGGCCCGGCACGTG	autosomal
AGGGCGGCCGCGGCCTGGCGCTGCGCGGCCGGAGCGGGCGAGGAGCGGGA	autosomal
CCGCACCGCTCCGCCGCCGCTTCCCTCGGAGCGCTGTCACATGAGCCACG	autosomal
CCGCGGCTCCCCGCCGCCGCTGCCACGTCCGCGCTCCGCCCGCCGGGGCC	autosomal
GGCGCTGCCCTCCGTGGCCCTGGAGAACGGGCTGGCGCGCACTCCCCCCA	autosomal
CTTCCCTTTGCTAGCTAGCAGGTCTCTTCAACTTTGTCCCCTGCTGCTTA	autosomal
AGTCTTTCCGCGACTGCGACGCCACGGCCCTGGTGGCCGTCGCCTGCCTG	autosomal
GCACCTCTTCGCCGGGCTCCTTCACCGGCTCGCCGGGACCCGCCTCGCCC	autosomal
ACAAGGTCTCCACAAGAAACTAGCTAATGGAAATTTGATGTCTGTTGTCA	autosomal
GAAGCGCTGTAATCCATCTGGGAACGGGATCAGGCTTCCCCCTCGGAGCA	autosomal
ATCCCGGCAGCGGCGAAGGTCGGAGGCGGGGGTACCGAGAGGGAGGGAAG	autosomal
ACCAGCGCCCACAGCCAGAGGAAGCCCAGGGTGCGGAGGCGGCCACGGCG	autosomal
GGGGCAGAGCTCCGCTGCCTTCTCCGAACCGGCGCGGACCCGCTCCAGCA	autosomal
GTTAATTTGTCCAAATAAAGCATCAGTGCCTTAATTTCTGTTGTTTCAGA	autosomal
CCATAGAGATGCACTCGAAGGCCCGCTTGTGGCACGCCCGCACAGTCTCG	autosomal
AGAAGACCCACACCCGCCCCAGCCCGCCCCGCCCGGACACTCCAGCCGCC	autosomal
CGCAGGCAGCCCAGCTCCCGGTCGCTGCCCGCCTGCTGCTCGCTCAGCCG	autosomal
ACGGGAACGGGAACCGGGACCGGGACAGCCCCGGGCACGGCCCCCGCTCC	autosomal
AAACACGTCTTCCTGTGTGAAGAAGGATGTATCAGTTTGAAAACTTCAAG	autosomal
CTTATCAGACACATCTCCTCGTCCTATTCAAAATACAGCAAATCATGAAA	autosomal
CCGGGGGTAGGAAGAGGCGGAGGAACCTGCTGGTGGTGCTGAGGCCGGCG	autosomal
CCCGGCCCGGGGCCGGTACCGGCGCCCAGGCCGCGGAGCCCGCGCTCAGA	autosomal
CGGCATGGTGTCCCGGGAATGGTGGGCAGCCCGCGGCCGGCCCGGAGCCC	autosomal
GGGCAGGTTGCTTGTTGACTGGATCCCCATGCCAAATTCTGATCTTTCAA	autosomal
GAGTGATGCTTGTTAGGGGCTCCTCCTTTGGGCTGAGGCTGAGTGAGTCC	autosomal
CGGCGGCTCCGCGGGGCGGCGGCGGCGGCTCCGGGCCCGGCGCTGGGTGC	autosomal
GAAGAAAAACCTTCTTATAAAGGCATGAGATCTGCAACTATTTCTGAAAC	autosomal
GTCATCACGCCATCCTGAGCAGCAAGAGCTGACGCTGGACGAAGCTGCCA	autosomal
AGTGTGCTGCTGATGCATAAAACACACATAGATAGTACACAAATACACTC	autosomal
GCTTTCGCCAGCAGCCAACATGGCGGGCGGAAGGCGCGTACGGCGGGGCC	autosomal
GGGGGTGCCTGGGTTGGGTTTTTTGGGGAGATGTTTGGAGAAGGAAGAAC	autosomal
CGGTGCCTCCGGGGGCGATGGCCAGCGACTCCAGGGCCGGTGCCTCGGGC	autosomal
ACCGCTACGCCACGGGCAGAGGGACGGGAGCGGCCGGGCCGGGCCGCCGC	autosomal
AGGAAAAAAGAAGGGGAGAAGATCCGGAAGAAATACCCCGACAGAGTCCC	autosomal
CTAGAAAGGAGCTTCCAGGTGCCCACAAAATGGTCACACATTTTGTCAGC	autosomal
ATGAGTCGATCAGATAGGCGAGGCCACGGCCGCTGAGCGCCCTGCGATTC	autosomal
CTGCCGCCTCCACCGCGGCCGGGTGGAGGGTACCGCGGTGCTACATGGCC	autosomal
CGGTGGGACATTTCCTTCCTGGAAGGCAGGAAGTGATTATGTCTTTGCAC	autosomal
CCTTCACTCTAGAGAAGCTGCAGGCTGTATAAAGGAAGTTTACCAGAATA	autosomal
CTGTGCGTTTTCTGTGTGCTCTTTTAAGTATTACTCCTAGTGCTTATAAA	autosomal
CCAGAGCGAGTCAGGACCGCGGACAGCGCCCCCCGCCCGCGCCGCCCCGC	autosomal
CCACCTCCAAAACCAGTCCCTAAGCCACCACCAAAGCCACTTCCAAAAGC	autosomal
CCCGAAAAAGCTTCAAAATCCTACAGAATTCCGCACAAAATCCCACAAAA	autosomal
GAGCCATCAGCCCAGCGCAGAGGTGGAAGTGGCGCGGTGCCGGCCACCGC	autosomal
AGGGGGACGCGCGCGCCCCCGCCTTGATGCGCGCGGCCAGCGGGCGGCTC	autosomal
AAAAACTGCTACAAAACCTTCTCTTTCTGCTGCCAGTTGTGCAGCACTCC	autosomal
GAGCCACGCTCGCTGGTATCAGGATGGAAATGCAGAAACTTTCATCATAA	autosomal
GCTCAAGTTGGTTTTGTTGTCACGATCGGCTCAGTGGGAGCCGCGTTTCC	autosomal
GCCTGTCCGGCTGCGGCCGGGCGGAGCGGGCACACGGCTGCGGGAGGCCC	autosomal
CAAGTACACCGTGCGGCCCGTGGGCATGAAGAAGACGGGCGGCCGCGACC	autosomal
CTGTCAACACATCATTCTGAAGAATTGTGTGGAGACTTTGTGAACTGAGC	autosomal
ATACCATTGATTTGGGCTTTCACAGAGCTCCATAACAGAATATATTTAAA	autosomal
CGGGCCCGCGGCCGCCGTGCCCTTAATAGGAAGTTTCGCCCCCCGCACTC	autosomal
CCGCCGGAGCCGCCCGGGCCGCTCCGGTTAAGGTGGAGCCGGGCCGACGG	autosomal
GTGCCATTTTTTGTCAAATTTGGGTCATTTTTGGGACATTTTTTGGGACA	autosomal
AAAATGCATCTCAGTAGCTCGGAACGCATGGGAAATTTTTATATCTGAAA	autosomal
ACAAGGACATGGAGATGCCATCACCAAAACATGTCCCTGTGTGTGGGGCA	autosomal
CGATGGCAGCGGGCGGCGGTGACTTCTCGGACCTGCGGGAGATCAAGAAG	autosomal
GACAGGAGACAGCGCGGTCGCCTCCCTCCCTGCCTCCCTCCGGCGGCTGC	autosomal
ATGACTTGCGATAAAAACAGTCCTTAGTCCATCTTAGCTGGACTCAAAAT	autosomal
GCAGAGGTGACTTGTAATTATCAATGAAGCTACAGCTTTGAAGCTGCACA	autosomal
CCATGGAGCGGGCGCGGCGCCTCGGCCGCTGCGGCCCCCGCCGCCGCTCC	autosomal
GAATCCACACTGTTGTCCTCCGCCATCCTCACAGCATGCAAGTCTTCCAC	autosomal
CCCAGGGGTGTGGCCATGGGGACAGAGGGGGCGAGTCCCGACGCTGACAC	autosomal
CCGGCAGCGCCCGGCGCCTCCCGGGGCTGCGGCTCCGCCGGTGCGCCGAG	autosomal
CGATACCGGCAGCCGCCGCCCTCCCGGTGCAGCCATGAGCCGCCGTGACC	autosomal
CGCTCCCTCCCACCTCCACTCCACCGCCACGTCCCGCACTGACCCCCCCC	autosomal
GGCAGAGAGCAGGCAAGGCAGAGAGGGAGAGAGGGGAGAGAGAGAGCCCC	autosomal
CCTGAAGAGCCTCATGAAGGCAGTGTAGATGAACCATATTGGGTATGTCA	autosomal
GGGTGAGGGGATTTGAAGAGCTATCAGAGGAATGAGGCGACTGATCTGCA	autosomal
ACTCTCTCTCTGCTCTGCCAAATTAGAAGGGGATTCTTCCATTTCTGAAG	autosomal
CCTGCAGATTGCATTTGGACAGCACCAAAATGTCTTCTGGTACAGTGGGA	autosomal
GAGACTTGCTTTCATCAAGCCTGAACCAGACAACTTCTGAAAGTCCTTCC	autosomal
CTTCTTTGAGCATCTGGGCGAAGCCCGGGGCTTTGGGGACGTGCAGCGCC	autosomal
CACGGCCGCCGCCACCGCCGCCCGTACGTGGCAGGGCAGAGAGGAGCGGC	autosomal
AGGGGAGGTCGCCCACTGCAGCCCCCACGGTGCTCAGGAAGCGCTGGATG	autosomal
CTGAAAAGGCAGGAGGTGAGAGAATAAAATAGGTATTGCTAGAAAGGCAG	autosomal
CTCCAGGGCCAGCTCCAGAGCCTGCCTGTGGATGCAGCATTCCCTGCAGC	autosomal
TCCCACGTTCTCCCTCTGCTTCCCTTTGGAATCCACAATGGGAACACCCA	autosomal
GTAATTCTAGAGCTAAAGCGGTGAGAGACATCAGCCCCGCTCAGATAATA	autosomal
CTGCGGCCCCACCCCGCTGGCCAACAGCTGCAACGAGCCCTGTGTCCGGC	autosomal
GAGCCGGCGCTGACCCTACAGCGCCCGACGCCATGGCGGCCTTCGGCCTC	autosomal
AGGACAAAGGGAGTGACCCCTGCCATCTTTAAGCACTGGATGGAGGAGAT	autosomal
AACATTTGGGCCAGTAGTTGTAGCAGGAAAGACTGCAGCACACTACAGAG	autosomal
CCCGGAGGGGCTCCCGAGGGTCCCGGGGAGCTGCCGGGGGGAGCCGGGCC	autosomal
ATCAGCGACTGTATGGGAGGGGAGACAGAGAGAGGAGGGAGCGGTGACAG	autosomal
GGTTAAGGGGAACACAAGAAGAATTACAGATCCCATATGAAATTATGTGA	autosomal
AGAGGCGCGGGCGGGCAGCGGCGCGGGCCCGCATCGACACCATGAGCGCC	autosomal
TCCAGCAAGGTGTTGCCTCAGTGTGTGACTGCCAGTGACAAGCAGTTCAA	autosomal
CTTGGCGGGCGGCGGCGCGGCCGTGGTGAGGTCCGTGCGGTTGTAGTCCA	autosomal
AGAGAAGTCTTTGGAGTCACCTAATTGTGGCCTTCCAGTACCTTTGAAGG	autosomal
TGAGAGGGGCTCGGCTCTCTTCCGCCGCTCAGCCCGTTCCCCCACCCTCA	autosomal
CATGGGGGCACTCCAGGAACGTCCCCTGGGGAGAAATGGGGCAAAAAGGG	autosomal
GAGCAAGAGCATCCTGCCACAGAACATTCACACCTGATCTTCCATGTGAA	autosomal
CCCAAGTCAGGGCTGGGCTCATGGATGGGACACAGCCCAGCACTGCAGTA	autosomal
AAGGATTGGGAGGGGGAGGGGTGGGAAAAGTGGGAATGGAGGAGGAGATT	autosomal
AAAAGTGCAAGTGCGCGCCTGGCTGTCCAGCCCCGGTGAGCAAACAGCAG	autosomal
GGTGGGGGAGAGGAGGGGAGGGAGAGGAAAGGAGAGAAGGAGGAGGAGGA	autosomal
GCGCGGCCCCACATGGCGCTGCGGGCCCGCCGGGCGCAGCTCAATGTCAC	autosomal
CCCCGCTCCGCTCCGGGCGCGCTGCCGTTCCCGAGCGCCGTGACCGCCGG	autosomal
ATGAGACTCGGAGCCGACCACTGGGATTTTGGAGTCGGAGCTACAGAGGG	autosomal
GTCAGGAAGCTGAGGATGTTGTAGGGTGCCCAGCACAGGAAAAAAGCCAC	autosomal
GGGCCCAGTGCTCCCAGTATGGGACTGGGATAGGCCCAGTGCTCCCAGTA	autosomal
CTTGAGCTCCCAGGCTGTGCCCAGTGCTCTTGGCTTCATGGGTGCCACGA	autosomal
ACCTGAAAGGGGAGAAAGCGGTATTTTTGCTGGAGTTCGCCTGAATATAT	autosomal
CCTCGTGGCCCTTCCCCGCTTGCTGCCCGTTCCCCTGCATGGTGCCCGCG	autosomal
GGCAAAGCTGGGACAAGGCTAGGATCAGGACCCAGGGCTCTCGGCACCCC	autosomal
CGCAGAGAATTTCCCCTTTAATTTTTCTGCAGGAAGGGAAAGTACATTTC	autosomal
GCGGGACCCTCAGTTTGAGCGGCAGGAAGCTCCGGGACTATCCGCGGGCC	autosomal
GACAGAGCTGCGGCAGGGCAGCAGAACATGGTAGAGATAAACAGAATAAA	autosomal
CCGAGCATCCCAGGCTCCGACGGGAGCGCACACATGTCCGCGCACCCCCC	autosomal
CCAGGGACTGTCAGTGAGCGGCTCTCCGCGGTCCTCTTGTCCTGAGGGCG	autosomal
GCAGCAGCAGCGGCCGGGCCCCGCCGAGGGTATCCATCGGCGGGGAGCGC	autosomal
CAGACGTTGCCCAGACCAATAGCATAGCCCACACAGGACAGCAAGAAGTC	autosomal
CCAGCGGCCCCGCGGCCTCGGGGCCGAGCTCGGGGCCCCGGGGGCCGGCG	autosomal
CTGGAAGGTGCCCCCCGCGCTGGGGCCGTAGACCACGGTGGGTCTGCCCC	autosomal
AAGGGGGGTTGGGCCACAGGGGCCGCAGGGCCGTGGGGGACAGGGTCTGC	autosomal
AGCACCCAGACGCGGAGCCCGGCCAGCAGGCGGTACGAGGCCAGCGCCGC	autosomal
GGGATGGGACCCGACCCTCTCAGAGGGGACCCCGACCCCTCAGAGGGACC	autosomal
ATGTTTGAGTCTGGCTATTTGGGTATGATTTGGATGATATTAAGAAAAAT	autosomal
CTTTTTTTTTTTTCCCCTAAATATGTACGCCAAAGTTTCTAAACTTGAGA	autosomal
ATTTTTCACACAGAGTCTGTGGCTCTCCAAGGCTCGCTACCATGCCATGA	autosomal
CACCTGGACTTGATGGAGGAGGACATCCTGTACCACCTGGACTTGGGAAC	autosomal
CTGAGCAGCACATCCTACGAGCACAGGGAGCACACACAGCCCAGCAAGCA	autosomal
CCCGCCCGGGCAGCGCAGCCTTCGCCTTCCTCCCCTTCTCCTTCCTCCTC	autosomal
ACTTGAATCGAGTGAAATTACACAAAGGAGCGAAGCGGAGCCGCGGAGAC	autosomal
CAGATTTCAGCTGGGAGAAGAAATGTGTTATATCCTCCACACCTTCCCAA	autosomal
CCCCCATTAGGAGCAGCCCCTCATGCTGCCCCCCGCCCCGCGCGGGACCC	autosomal
CCGCGGCGGGACCTTCACGGACGTGTTCGCGCGGTGCCCCGGCGGCCGCG	autosomal
CCGCCCAGCTGGGCGCGCAGGGCCTCGCACTGGGAGATGTGGGGCAGGCG	autosomal
CAGGGTCCCTAGCAATCCAGGCCGTTCCGTGGTTCCGTGATGGGAGGCTC	autosomal
GCCGTGCACACGATGAAGCGACCTTGCGAGGAAACTACCTCAGACAGCGA	autosomal
AGGTGCGGAAGGGCGGCTGCCTGCGCGCCACCGGCGAGGAGTACTGCAAC	autosomal
AACACGGCGGCGGGGGGCGCGCGCCGTGCGGCCATGGCGGCGTCTCCTGC	autosomal
ATAGATTCCTGGCAAGATACTTGCACCCGAGCACAGGTTGGGAGGAGGAC	autosomal
GCCTTGGCTCATTTTGGGAGAAGGCCTTGGGAATGGCACCTCTGCCATCC	autosomal
ATTTGAAAACAAGTCACTCCCCTGCCAAACCAGGTACTTCCATGGAACCA	autosomal
GGATGAAGAAGAGGAGGGGAAGTGGTTCTGGTGGAGTGGCGCTGCCCGGA	autosomal
GCCTGGTTTGCACAAGGGAACAAAGGGACTGCCCAGGTGAGCAAAGGAAC	autosomal
GCCCCCGCCCCAGCCAGCCGCAGCCCTTTCCCTGGAGGGCTGGCACAGCC	autosomal
GCCAAGAAGAGCTGAGGAACAAACTGCAGTAAAGGAGAGTGAGGAGAGAA	autosomal
GCCGCTGCCACACGTAGGAGGCCAGGAGCGGGGCGAAGCGCAGCAGGGCC	autosomal
ATGAACTTCCCGGTGAGTCTCAGACAAAGCGGATCACCGGTACACAGGTA	autosomal
TCTGCTAAAAAGTAAAAGCCAAGCAGAAGGGGTTTAGCTGAAGTGGTCCA	autosomal
GCTCGCATCCGGCACCTGCGGCCGCCCCGCTCCCGGCAGCGCCCCGCGCC	autosomal
GCCGGGCTCGGCTCCTGCGGCTCCGCCGGGCTCGGTGCTCCGCTGCCCGC	autosomal
CAGCATTTTCCGCACAACAGGAATGTTGCCATATTCTGCAGAATCGAGGA	autosomal
CCCACCGTGCTGCTCGCCATCATCGCCCGCAACGCCGCGCACACGCTGCC	autosomal
CGCTCGCTCATGAGTTGGTGCCACCGGCGTGGCGGAGGAGAGGAGGACAC	autosomal
CTTGATGTCATTTTCCAGTGCTTGACGATTCATAAGCAAATAGTTTCTAC	autosomal
ACCACCTTGGCAGGGAATTTAGAATCCAGGCCCTGTTTGATCTCCCTTAT	autosomal
AGCCTCATTACGCTGCTATTTAACTTTCTATGAGTATTTCAAGCAAGTCG	autosomal
CCCCTTCCCTTCCCTTCCTCCCTCCCCACCTCCATCCCTCCATCCCTCCC	autosomal
CCTCCGAAAATCGGAAAAGGAGAGAATTGAGGCCCAGAATAAACCTTTCG	autosomal
CGGAGCCGGGCGCTGCGGGCGGCGCTCGCCTCGGCGGCGGCGAGGGCGCC	autosomal
CCGCTTCTTCCGCGCCCGCGGCCCCGGCGGGCCCGTGGCGCTGCCCGACG	autosomal
ACGAATTATTGACTCAAATCAGTGATATTCAGCTTCAACAAGAATCCATC	autosomal
AAGGCTGTGTGGGACTAGGTCTATTTCCACGTGGTGTTTTTCTTTTTTTC	autosomal
AGGTCGAGCGCCATTCTGCCTTCTCGGCTTTGTGCTTCTTGTGCTTCTTC	autosomal
CCAAGGTGAGGGGGTGCGCCGGAGGGGTGCCGGGTTGCTGCTTGGGGACC	autosomal
CGCTCATCCTGAGGAGGCACACTGCTCTCTCACGCTTCTCGTGCTGGGAA	autosomal
CTCCTCACGGTCGGGGACGCGAACGGGGAGATCCAGCGGCACCAGGAGCA	autosomal
ACCAGCATTATCAACAGCAGCATGGGGAGGATGAGCATGAGGAAAATCTA	autosomal
CTATTGCCCAGTTATTTTATCTGAATCTGATAACTAGTTTCCTGCTACAG	autosomal
CCCGCTCGCGGCACGGCGGCCGCCGCCGCTCCCCGTTCCTCCGCGGCCGC	autosomal
CTGCTGCACCCACAAGATGTGGACAGACAGAAAGGCAATTTTTTTTCCAA	autosomal
TATGTTTAATTTCCGTATAAAACAGTGTACTGCCCGTTTTTCGTCGTCGA	autosomal
ATTGCCTATCCTGTGCTTGCAGGTTATCCAGTGAGTCCCCAGGATGAGGA	autosomal
CCCGCCGCCCGGCCTGCGCTGCCTGCCTTACGGCAGCTGTCGCGCGGCCC	autosomal
GGAAAGTCTGTACCTTAATGTTTTGGTGATAGAATGAGATAAAATGGACA	autosomal
GAAAAGCAGGTCCTTTGGAGGCATGGTACCCCTGAGAGGATTGAGTCAGA	autosomal
CTGCTGTGCCAGCCCCAGGCCGTGCCATGCTGCGCTGTACCATGCCAGGC	autosomal
CCCCCCGATCCCGGCCAGGAGGCGTTCCTGAAGCGCAGGAAGAGGAGGAC	autosomal
TTTCCTTACTGAACAGGCTAAAAGAAAATATTTTATCATCAGAGAACAAA	autosomal
CGTGAGGAGAGCGGGGCGCTCCCCGGGCGCGCTCCCGGCCCCGCTCCCGC	autosomal
CAGCCTCCGGGAGCTGCCCCGGCCGTGCCACCGAGCGGGGCCGTGAGTGC	autosomal
ACCGATCCCCGCTCTCCCCTCACCGTTCCCCGCTCTCCCCTCACCGTTCC	autosomal
CCCCAAACACCCCACTCCCACCCCAGAAACCCCCAAACACCCTCAATGTC	autosomal
GAGGGCCGCTGCTGGCGCTCACAAGATGGCGGAGGCGGCCAATTGCACCA	autosomal
CGGGGCTGGGACCCCAAAACCGGGGCTGCTGTGGGCCGGGACCCCAAAAC	autosomal
GAGGATCGGGAGTGTTTCAGTCAAAGAGTTCTTATAGCCTGGCCTCAGCC	autosomal
AAGCACCGAGCTCCCTGTCGGAGGGGACGGGCAGGCTGGGATCTGCGAGC	autosomal
CACAACCAGAGTGATCTGCACTGGATTCAGATGGACTTCCCAAATAAACC	autosomal
TGCTCAGAGGGAGTCCTCAGCACAGCCCTGAAGATCTCCACATAGGAGAA	autosomal
GCGGAGCCGGGACCGGGACCGGGAAACGCCACCGGGAGCGAACGGCCGCA	autosomal
GGCATGGCCTGGGGGCTGGTTTGGCCGTGTGAAGACAAGAATTGTGCCAC	autosomal
AGAGAGCGGCTGGCGCTGGGGTGGAGGAGGAGGAGGAAGAAGGCGGGCAG	autosomal
CAAAGTCATACTCATAGTAGGACAGCTTGCTCTCCGTCAGCAGGAACAGG	autosomal
AGAAACCACTCTCTCGCCACATTAATAGTTTTACTATGAATAGAGAATTG	autosomal
GGAACAAATAGTTCAAAACCAGAAGGGAGTCCAAAATCCAAAAGCAAGTA	autosomal
GGGCAGCGGCCGCCGCTGGCCGCTCGCCCGGCGCCCGGCGGGGCTGGCCC	autosomal
AATTGCTGGGAAATGTACATGGATTCACTAGAAGCTCATGTAACAGGTTG	autosomal
AAAATGGGATTTTTGGTAAAAAATGGGGTTTCCCCACGCGCATCGGCCGC	autosomal
ACAGGCACAGCTTCCAGGGACAGTGCCCGGCGTGGCCCTTGACGGGCACC	autosomal
TAATCCCGGCTACTTAACCCGGCGGGCGGCGGGGCTGAGCACCACCTTAA	autosomal
TGATGTCATCTGCCAGAACATTCGAGTTTCCAGCCTGTGATGCTCCAGCA	autosomal
CTTCCCTGTGGAAGACTAGTGATTTTGTTGTTGTATGGCTCATCCCACCA	autosomal
CAGCCTTCTGAGGTGACGTGATGTTATTCTGTATGGACAGATGCCTGAAG	autosomal
GGCTTTCTCCGGCGGCAGCGACATGGCGGCACCGCCACCCAGCGAGCCCA	autosomal
AGAAAATAAAAAGAAACCCGTTTTGGAAAGACTTGGAAATTTGTTTGGTA	autosomal
AACTGTCCAGCTATGCTGATAAGTGAAATAATTCTTACTCCTGCAGATAG	autosomal
CCCGGCGGGGCTCGGCCGCCGCCTGCAGCTCCGGGCGGCGGCGCTGCTGA	autosomal
GCGCCCGGCGGGGCGGGGCGGGGCGAGAGCGGCGCTTCCCGGCGCTCCGC	autosomal
AACCGCCCCGTGAAAATAAATAAATACTCAACACAGCCGCCTGGATTACA	autosomal
CGAAACTGCAGAAGCAGGCCTCCGGCTTTCAGGTGAAGAAGCAGAAGCAG	autosomal
AGATGCTCATGTAAGCTCTTCTGTTCTCTATGCCAGAGTTATGTCAAGAA	autosomal
TCTCTGTATATAAGCAGCCTGGCACTAAGTGAATTTAACATTTACTGTAA	autosomal
CCAGCGGGGCCCCTGCAGAAGACCCCCATCATCCTGGCCAAGCCCCCGGC	autosomal
AGCAGGAGGAGGCTGAGGAAGGAGCTCCGTCCGGAGCACGGGAGGAGCCT	autosomal
CATCGAGCGGGCCACGCTGCAGGTGGAGCTGGGCAAGATTGGCGAGGAGC	autosomal
ATAGGGCAGGATCTATGGATCGGGATCTATAGCGCAGGATCTATGGGGCA	autosomal
GCACCTGCGGGGCTCGCCGCGGGCCCCGGGCCGGGGAGCGCTCTCCCCGA	autosomal
CTGGGACTATTCCTCAGCTTCTACCTGCACAAAAGGCCATTTCCACAACA	autosomal
ATGGCGGCGCGGGGCCGGGCGGTTCCGGCGGGGCCGGGACTCCGGAGGGG	autosomal
AGCGGCCCGCGGCGACGGCCTGCTGCTTCTGGGCACCGGCGGCGCGGCCG	autosomal
CGTCCCTGCGCATCACCTGGCCCCAGCCCCTCGTTCCTCCCGATGGCTAC	autosomal
AGGCTGCTGTGGGTGCCGTGGTGTGAAGCAGATGCAGTGAGAGGGGCTGG	autosomal
GGCTTTGTCCAGCAGCCGGATCTCAGCCAGTGCCTCCTCTTCTCCCAGCA	autosomal
ACCAAGAGAGAGTCATTAAGCGTCAATTAGACACTAAGAACAAGAATGCT	autosomal
ATGCCAAATTTGCTGCAAACATCTGCAGATTAAGTAGATTAAGATTCCTC	autosomal
GCAGGGGGCTCCCGGCGAAGGGAGGCGGCGGTGGCCGCGGGCAGGCTGGC	autosomal
AGGCAGCCGCCGCCGCGAGTGCCAGTGCAGCGCACGGTTACTCTCCCGTA	autosomal
CCTCGTAGGCGGTGCCGTGGCGGTTCTGCGGCAGCAGCAGCGGGCAGTGC	autosomal
ACCACACGTGGAGGATCAGGTGGGCTGTCCTCTGCCTCTGATGTGCATGG	autosomal
AACTGCCAGGAGGAGGAGGACCCCATGAACACCTCTAGGTGTGCCCCATG	autosomal
CTGCCTTATTAATACTGGAAGAGAAGCAATTGCTAATACAAATAACTGAA	autosomal
CCACCAGCACTGCTATAAACCCAGCGAGTTTGGGGCACAGAGACACTCCC	autosomal
TATTGAACATCGCCGGTGCTTTGACATCGTACCAGTCCTTCTTGGAGAAA	autosomal
TAAACTGAGCTGTTAGATGGGTAAATGGGATCTACAGCAGAAAAAACAAA	autosomal
GAGTTGTAGGTCATACTTTACATGCAAAGAAGAATTATGTGGTGTTAAGA	autosomal
ACGCCCACGCGGCTTCGGCCAATGAGAACGGCCCGAGGGAGGCTCCGCCC	autosomal
CCCGGGACCGGCCCCGGGCACTCCCGTCCTCCGTGTACCCGTGGCCGCGC	autosomal
CATGGCCGCCGCCAGCACGGAGCCGCCGAGGCTGAAGCAGCTGCTGGAGC	autosomal
ACCCCCCAGTGCCCATGGCATCCAGCACATCCAAACTTTCGATATTCCCA	autosomal
CATCTGGGTCTGCACACACATGCACATGGACACACGAACACATAGGCATA	autosomal
CGGCACTGGCCCCGGCTCCCATCCTCAGCCCCGCAGCCCTGCGGTTCACC	autosomal
GGGGGCTGCTGCCAGCGGATCTAACGCCGTGCCCTGTCCCCCTGTCCCCA	autosomal
AAATTAGAATAATAATATGGATTTATAGAAAAATAAGCGGCGGGATTTGT	autosomal
TACTTAAAACACTTTCCTTTCATTAAAATGTTTCAAAGCTTGATATTTAA	autosomal
CTGCAGAAAAGGAAGAGTTTCCTTGTCTGCAGTGACAACTGCTGTGCAGC	autosomal
AAATTTAAAGTGGGTAACTGCGTTCATCAATTTCTTCTGTATTTTCTCAG	autosomal
GCGGCGCTGAGCCGCCCCCGCCGCCCAGCGCTCCGCGGCCGGCGCTGCCC	autosomal
CCGCTCCGCTCGGCGCGGCAGCGGCGGCGGCCGGGAGCGAGCGCGGAGCC	autosomal
AGCCATGCCCAGTGTGGTTCCTTGGCGGTCCGCGCTGCTGAGGGCTGCTC	autosomal
CAAATAATTTGTCCTTACTTTAGTGAAATACCATTAAATTACAATGAAAA	autosomal
AAAGCTCTTTCCCAAAAGGCTTTGCTCAGAAATTGTCTCTGTATTTCACA	autosomal
AGGCTCCGGGCGCGCCCGTCCCCGCGGCGGGCAGCAGCAGCAGGGAGAGC	autosomal
CATGTGCAGATTGAAACCGCATCCATACTACGGGCGAGTGTCACTGGCAC	autosomal
ATAGGGGCAGGGACGGGAGCGGCGGCAGCGCCATCGCCCGCGGCAGCCGC	autosomal
CAGAAGAAAGGTTATGACTCACTCTCAACATACAAGCTTGTGTTTTTCCC	autosomal
GCCCAGCTCTCTCGGCCTTTCCTCATCAGAGAGATGCTCCAGTCCCTTAA	autosomal
CGGCGGCGGCGCGCTGGGGGCGTGGCCCCAAAGAAAGGGGCGTGGCCCCA	autosomal
ACCGTGTAGGGCGTCCCGGCGAGCTGACACCGAGAGAGAAAGGGCGAGCG	autosomal
GCCCCGCGGCCGGGCAGGGCGGCGGGCACGCGTGTCCCCCCGCGCTTACC	autosomal
GGAGGCAGGCACACCTGTCTCCTACATCCCCAGGGACAGCAGCAGGGACA	autosomal
CAGCTCCAGGGCGTGATTGACGAAGCCGTACTGCGGGGCAGGACGAGGCG	autosomal
CGGCGCGGAAGCGGGCGGCCGCTGTGGTCATCTACAACGAGGCCCGCTTC	autosomal
GGCGGCCGCTCCTCTGCTCGGAACATGCCCACCCCCGGCACAACACCGCC	autosomal
GGCAAGCCGGGAGCAGCAGCGCGTTCAGCCCAGCAGCCCGCAGCTCTCCC	autosomal
CGGAGCCCAGGAGCGGGGCGAGCATCCCTGCGGCGCGGCCCCGCGCCCGC	autosomal
GCAGCTCCGCCGGCGTCCTCTCGGCTCGGCGCGGCTCTCCTCTCTCCGGA	autosomal
AGCTGTCACCTTATGATTTGATGCAGCTATTAACCTTTTTTTTTACTTAA	autosomal
GTGCTGGGAACGGGGAAGGGTCGTGAGGGGAGCGGGAGCGGGCGGCGTGA	autosomal
AACAGAAAGTTACTCTAGTTTTCAGAGACTGGTGTGGTGTCCTCACTTTG	autosomal
CAGAGCATCCCCCCAGAGCATCCCCGAGCACAGGTGACAGAGCATCCCCA	autosomal
GACAGGATCTGAGAAATCTGTGCAAACATTTTTAAAAGCATCCATATGCC	autosomal
GCCGCGCTCCCCGCGCGCGCAGATCGCCCCCTGGCGGTCGCGCAGGCGCA	autosomal
GGAGCGGTTCCGACGCCATGGAGGCGATACCGGTGCCCCCGGCCTCTCCC	autosomal
CCCTCTTCGGCCGGTCGGGCAGCTGACGAGCGGCGGCGGCGGCGACGGCG	autosomal
CGGTGCCCATCCCGCATCTCTCGGTCGCGGCGGCCGCAGGCATGGAGCCC	autosomal
TGGAAAAGGCCTCCAAGACTGAATCCAGCCTTTAAACAATCACTAAACCA	autosomal
CACTCTCTTCTTTAGTTACAATCTTCTTTCATCATCATCATATTGGTGCC	autosomal
ATGAGTATGTTAAAACCAAGTGGACTGAAGGCTCCTTCAAAGACCATCAA	autosomal
CGTTCAGGGGCGTGCCCGCCACGAACACCAAGCCCATGAAGATGGTCTGC	autosomal
CCAAAGTTAAACTGAAGAAAATATAAGCCAAAAATAGCTGTAGGAGTTTC	autosomal
ATGTCAAATTGGTGCTAATTGAAATGCACAGGTTGTAAATCACTGCAGAA	autosomal
CCCGTCTCCTTCCCTCCCCGCCGGGCTCGCTGGGTGCGATGTTTTGGCGG	autosomal
AAAGGTGACTTTTCCTTGAACTTTTTCTTTGGGCATAAGCTGCTGATTCT	autosomal
AGGAGGAGGAGGAGGAGGCGGCGGCGGCGGCACCAGGAAGGCCTCAGGCG	autosomal
GCAGGGACAAGCGGGCGACGGCGGCGCGGCTGAAGGCGGCGCTGGGCGGC	autosomal
GACATGCAGCAGAAACCCCTAAGAGTGCCCAAGCTGGCCGGGGTGGAGGA	autosomal
ACTCGAGTGCTGTGCCAGATGCCTCATTGGGGCACCCTTTGCTTCCTTGG	autosomal
CTATCGGCCTCGGCAGCGGCGCTGTGCCGAGGGCGGCAGCGCTGAGCCGC	autosomal
AACATGGTGAATGACAGCTCTGCTGAACAGCATGCTCAGAGTGCCACCTG	autosomal
CACCTTCCGGGAGGACATCCCGCTCGCCACCCAGCTGGCGGGGGTACACC	autosomal
TGAGGTCCAGTGTGGGACTGGCATGGAACAACTGATTCTCCGGTCAAGAA	autosomal
GCAGCGCCGGCCGCGAGAGCAGCCGCCGAGCGCCGAGGAGGGAGCGGAGC	autosomal
CGCCGGGGTGGTGCCAGCAGAGTCGGAGGGCTGCGAGCCTCGGGATGTGC	autosomal
CGTGCACAAACACACCTCCACTGGGCAGAGGGAGCCGACACTAATAAACA	autosomal
GCAGAGAACGGACTCGTACTCCAGCTCGGCCGCCGCCATGTCGGCCGCGA	autosomal
GGCGCGGGCCGGCGGTGACGGCGGTCCGGGCGGCCATGGCGCACCGGTAC	autosomal
ATTGAACCATGGCGTGGGCCCCTCTTCTCTTCGTGGTGCTCGCCCACAGC	autosomal
ACTTTATCTTGATTTTCAGATTTTTGGAGCCCTAGGGAAGTACTGTACCT	autosomal
AGAGGCGGGGCTGAGGCGCGGCGAGCGCGCGAAGCCGCGGGGCGGGACCG	autosomal
GCACCGTGTGCGACTGCGGCAGAGCTGCTGCGCCCCAGTGCGGTCCGGAC	autosomal
AGCTTATACTACTCATTTGTCTATGCAAGTTAAAAGAAAAAAAAAACCCA	autosomal
CACCTGGCAGCGGCGCCGCGGGCAGAAATCACGAACCAGGAAATGAGGGA	autosomal
ACAGTCTGGGAGGTCTGAATCCACACTGTTGTCCTCCGCCATCCTCACAG	autosomal
ATGTCAGAGGCCATACGCAAAGGCGGAAACACACCAAATACAACTGAAAA	autosomal
GGAAAAGCTTCCAAAATCTGAACAGATGAAGATCAATTGATAAATCAACC	autosomal
CAAAATCCCCCCAAATCCCCTCCCCCCCCCCGTACCCGCGGCTCTCATGG	autosomal
CTGCCCCGGCCCGGCCATGCCTGCCCTACCTTACCCTGCCCGGGCCCCGC	autosomal
TGAAACCTGGTGACAGTGTTTTTCAAGAGAGTAGTCTTGTTAGAGGTCAA	autosomal
CCGCCTCCTCCTCCTCCTCCTCCGGCGGCGGCGGCGGCGCCGGGCTGCCC	autosomal
CCCCATATCCGCAGGATTCATTCAACAGTCTCCAGACTCAGGAATCATCA	autosomal
CCTTTGGCCAGTCCTTTCCAGATGGTGGGGGAATCCCCAGGGGATGCTTC	autosomal
AAAAGCTTGGCATATGGCAAATAAAACTACAGAAGACAAGCCTTTAAGGA	autosomal
CCTGGATGTGCAGAGGCTGGATGCACTCCCAGCCCTGCATGACAGAGCAC	autosomal
GTCCCCACACTTGCTCCTGCAGCTGGATTTTGTTTTGGATGAGGTCTTCA	autosomal
CACAAGGATGATGTATGTAACTAGAACAAGGTATTTTTCTAACACAGCTG	autosomal
AGCGGGTGTTGACGCGTTGCCGGGCAACGGGAACATGGCGGAGCCGCCGC	autosomal
AGCCCCGGCCCGCCTCCCGTGAAGGGCGAGGCCCCGCTGCTCCCGCGCCG	autosomal
CGCTCGGACACTGCTCCGGGCAGGGCTGGCGGAACCGGCAGGGCCGTGAG	autosomal
GCCGGGCCCGCCCGCCACGCGGCGGTGACAGCGGCCGGGACACACGTACA	autosomal
CAGTCCGCCGCCGATGGCGCTGCCGGTGGCGCTCCCGTCACTGCGGCAAA	autosomal
AGAGCTACAGCGACCAGGTGGAGTTCCTGAGCCACCGCGACACGCTGATG	autosomal
ACCGGCGCTTTGCTTGGAAGTGGGATCCGTGTCCGTGTGCACTGCGTCCT	autosomal
ATGAGTAAAAATGGAGAAAAGCAGAGCGAAAATGGCAGAAAAAAGGGGGA	autosomal
TGAGCTGCTGCTTGCTCTGCCTTCACTTGGTAACAGCTACCATGGAGCCA	autosomal
GTTACAGGGGATGGAAGAGAAGGGCTGCCCTGTGGTCTTACATGCTGGAA	autosomal
CCAGCAGCGCAGGCACGTGTGGCCCCGCGCACACAGCCCGCTCGCTGCTC	autosomal
GTACACAATGTACTAGGCAGGGTTTGTGTGAGAAGTTAAACATTCTCTAC	autosomal
AGGGATGGCGCACGGCCCTTTGTCCGGCTCTGCCCGTCCTGGCACGTGTG	autosomal
GAAAAGAGGCTCACTGCCGTCACCTGGGAAGGGTGAAATATTAAGAAACA	autosomal
TCAGAGTAATTCTAGAGCTAAAGCGGTGAGAGACATCAGCCCCGCTCAGA	autosomal
CGAATGCGGCGCGTTGGATGCGGCGCCTGAGGCGCGGCAGGCGCTGGGCA	autosomal
CCCACGGAGCACCTGCGACTCCCGAAAGCAGCCGCGGGCTCGCAGCGCCC	autosomal
TCTGTCTGGACTGATCTGCTCATCTGTTCAGGGACTCTTCTGACAAGTCA	autosomal
ACTCGCCCCCCCCCCCCTTTCAGGACCCCCCCGGTTCTGAGCCCCCCAAT	autosomal
ATGGGGGGGGGGACCCCAAAACCTCCTGAAGCCCCGGGAGGGGTGGGGGG	autosomal
CCGCTCCGCAGGAAGGACGGCACGAACTCGGCGGCGTGGACGTTGGGCAC	autosomal
CGGGGGCGCAGCGGGCAGGGATGGGATGCGATGGCGGCGCGGCGCGGCTC	autosomal
AACCTGGATGCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTGAGGT	autosomal
AAAGCTGCGGGGCCGGTGCCGGGCGAGCCGGGGCGGCCGCGATGGGTGTT	autosomal
ATGTTTCATGCAACTGTTTGCAATATCCATTCCTTTAATCCTCTAGAAGG	autosomal
CAGAACCACCTCCCGCCCGCTCCAACCGTCCCCGCGTTTAAAAACGCCGC	autosomal
CTGCCAAAGGCAGAGTACATGGAAAACTGGTCAGGAGATTGATTAGTCCC	autosomal
CACGGCCACGGCCATCGCGGTGCGGTGTCTGCGCTGCGCTGCCGCCCGCC	autosomal
ACCCCCGATGTTGCTCCCTGGGAGCGGGACACGGGCGGTGGTCTGAGGAG	autosomal
GGAACACTTTGGAGACGCCTCCAACATCGGCAAACACTAAAGAGAACTGA	autosomal
TAGAGAAACAGGTCAGGCAGGCCCAGGTAGCTCAGGAAGCAGGATACAGA	autosomal
CCGCATCGTCTCCTGGAAGCTGGACGAGCTCCACTGCCAGTTTGTGCTCC	autosomal
ACTCATCTCCCTGTAAAAGTAATCCCATCACATGCATTTGAAGGACTTCA	autosomal
ATCCACCTTCTCCGAGCGCCCCTTCGGCCGCCGCTGAGCTTTTGTTTCTG	autosomal
CCGGGCTGTACCTGGCGCTGCAGCTCCTGGCGCTGGAGCCCGCGGCGCCC	autosomal
CGCAGGCACCGGGCGGGCAGCGGCCGCTCCTCTCCGGCCCTCTCAGCTCC	autosomal
ACAGACAGGACCCACACAGCCTCTGTTTTGCCTCTGTCGTGACAAAGGAG	autosomal
CCGGCCGCGCGGGACATGGCGGAGCGGGGCGGCCGCGCCGGCGGCTTCAG	autosomal
CATGGTGCCAGACTCACTCTTCCCTGTGTGTGAGACTTTCTCCTTCCTCA	autosomal
CTTTCTTGCCTTTTGCTTCTTCATTCCTAATAAAACACAATACTTTATAA	autosomal
AGCTGGTGTCCCCCCCCGCTACAGGAAGGCTGTTTTTGTGGAGTACCCCG	autosomal
ATGCGTATGGACGAATCGTCGTGAAAACAGCTCCCGACGTTTTCCCCTCA	autosomal
CCCTGAGCGTGTCCTGGAGGGGGCTCTGCTTCTCCTCGTAAGAACGGCAC	autosomal
AAAATAAACGAGAGGAGACCGCGGCTACGCTTGGTCTTGGGGTTTCTTTC	autosomal
GACAGGGACAGGGACACGGGGTCAGCAGGGACCCCAAACCTCAGTGTCAC	autosomal
AACTTGCAGCATAAGGACACTTTTACAAGCTTTGCATGGAGCAGCTTTTC	autosomal
AGGGGAGAGGAGGAGCTCAGTCAGTGTCCCAGGTACAGACAACTGCCTGG	autosomal
CAAAGAAGAGAAGAAAAAGAGAATGTTAATCCACCTTCAGCTTTGATGAC	autosomal
CACTCAACGCCAGCCCTCGCCCGGGCCCACTCGGGCTCTCACTGCACCCA	autosomal
ACACACACACCTGGGCATCGCACACACACCTGGGCATGGAGCACACCTGG	autosomal
CTTGCTGCTTGTCCTCTCTGCCCTTGCATACTCTGATGTCTTGGCTCTCC	autosomal
CAGTGTGACCACCATGGTGACACGCGGCTGCGGCTCTGCGAGAACACGGA	autosomal
AAGAAGAGCTGTGCCCTTGTCTCCTGCTGAGCACATGGGCTGATGTTTTA	autosomal
ACCATAGATTAAATTTAGGCTAGTGCGTGAGGAAGTCACTGGACTGGACG	autosomal
CATTAATCCTTGTTTTAAATCATAGTATCTCAAATAGCAGCTGCTACTAG	autosomal
AGGGGCACGGCGGGCCAGGCCGCCATGGCCGCGGCGGGAGCTGCCCTTGC	autosomal
AGCCCCTTCAAGGAGGAGGAGGAGGAGGAAGCGCAGGACGGGGGCGCCGC	autosomal
CGGCGAGTCTCCGCACCGTCACCAGCGCCTCCATCCGCCCCCGGCCGCCG	autosomal
CCGAGCGCCGCTCAGCTGGGCCCGGCGGCGCCCGCCATCTTCCACACAGC	autosomal
ACGTCGTCCACTGCCATGGCGATCTCGGTGCGGTGCAGCTTCAGCAGGCG	autosomal
CCGGCGCCGCCGCCATGCTGCTGCCGCCCCGCCGCGCCACGGGCCGCTTC	autosomal
CCGGCCTGTCCGGGGCCTGTCTTGCCCCGGGGCTGCGCCTGCCCGCGGCC	autosomal
GCCGGTGCCGCTCCCGCCGCCGCCCCCCGCGGCCGCGCCGCCGCCGGACC	autosomal
CTGCTCCAGCGTCGCCTCCATCGCCGCCCGCCTCCACTTCCGCACCGCCC	autosomal
AAAATGTAGTGAGATCTGAGCTCCTATTTAAAGGAGAGGGTTCAGGAGCT	autosomal
CCCCCTCCTGCTCGCCCACCCCCGGCCCGTGGCGGCGGGGCCGCGGATCC	autosomal
TCGCTCAGCCACCAGCAGATCTCGGCCGAGCCGCGGGGTGAGGGGGCGCA	autosomal
CGGCGGAGCGGGGCCATGGTGAAGATCGGCGTGCAGCAGCCGCCCGCGGC	autosomal
CGCCGCTCCCGGCCGGGCACGTGTGGCTGTCGCCGCTGTCACCGCCGCCC	autosomal
ACACTTGATGAGTCTCATCCATCTGCAGAAGAGATCCAGTCTGGCTGTGA	autosomal
AACTCTTTCGTGCCTCTCATGGAGTGAAATCAAGACACTAAGAAAATGGC	autosomal
TACATCAGATAGGGGCGAAGTATGTGTTCATCACAGGATATTCTGCTGAA	autosomal
GACCTCTTTCTCCCCCAAGTTCCTTCTCTGTCTCATCCCACTGTGAGCCC	autosomal
CCGGACCGGCTGAGGAGGAAGGAGCGGGGCTGGCGGGGCGAGCGGGGCGC	autosomal
CAGCGCGCCGCTCGCCCCGCTCACCTCCACGCTCGCCCGCCGGCCCTGCG	autosomal
GCAGCACGTGGTGGTAGCACTGGGACAAGACCTCCAGGGAACACTGGGCC	autosomal
CCGGGGCAGCGCCAGCTCCGGCCGCCGCGCTCCGGCCGCCCCGCCGCCGC	autosomal
CAGAGCTACTGCCCAAAGCCAACCCTGATGCCCTTCTTGCCTGGCATCTC	autosomal
CGCCGCCGCGCACAGACACCGATGCGGGGGATAGCGGCGGGCAGACAGCG	autosomal
GCCTGATTTTAGGTGTAGAGATGCTCAAGCTGAGTAACAAAATGGAGGGA	autosomal
TGGGCAGGGGCTGCTCCCTGGTGTGTCCCTCTCCCCCCTCCCTCCACACA	autosomal
TAAATTGGCCAGGCGGATTTAAGAGGAAGCAAAAAAAAAAAAAAAAAAAA	autosomal
AGGAGCTGGAGGACACCAACAAGTGGGGTCTCGACGTGTTCAAAGTGGCC	autosomal
ATCTGCACAGGAAAAAATCATCCACATGATATATACCCACATGTTCCTTA	autosomal
CGGCGGCGGCGGCTGGACGGGCCCGGGGCGCCGCCATGGAGAGCGCGAAC	autosomal
CATGGCTCCGCGGGGCTGCGCGGGGCTCCGCGGGCGCGCACGGCCCCTCC	autosomal
AATTAGCGCTAATTACCCCCAGTAACCCCACGGCACCCCCTCGCTGCCGC	autosomal
ATCAGGATGCCTTCAAGACCTGGAGTGCTGCTTGTGCCCAGAACTGGGCA	autosomal
GCTGCCCCCCGCGGGCCCGCCCCCCGCCCGCTCCCACCTGCGCCGCCGCC	autosomal
CGGCCGCTCCATGGAGTTCAGGATGGAGCCCAGCAAGTCCAGCTCCGCCA	autosomal
GCGGGCCCGGCTGCCGGTGGCGCAGCGCCGCTGCCCCGCCGCCCGCGGAA	autosomal
CTCCCTCCCCTCCCGCGGCCGCGCTCCTCCCTCACCGCGGAGGAGGCGGC	autosomal
CCCGTTGCACCTGCTCCGCCGAGACTTGTCATCTGAATCCGGAGGAGAGC	autosomal
AAAAAACTAAAGTCTTCATTGTCGCCCCCTTTTCCTCCGCTGCGCCAAGG	autosomal
CAGACCCTCCTGGCGCCAATGGCGCCGCTGCCCGCCCACGGCCGCCCTCA	autosomal
CTCCACCGTGCCCGTGAGCACCACGTTGGCCTCCTCCTCCCGCCGCTGCA	autosomal
GCGGCTCCCCCGTCCCTCAGGTCCAAGATGGCAGCGCGGCCCGCCCGCCC	autosomal
ACCCTGCCGCCCCTCCAGCGGCTTCTCGCAGCTCTCGCAGAGCACCTGGA	autosomal
GTTCACGAAGCGGCTCAGCAAGCCGGGCACGGCGGCCGAGCTGCGGCAGA	autosomal
CAGAAATATATCCAGGGAATCCTGAGAGACAGAGTGATGTCAGAATTAAC	autosomal
GATAAGGGCGCGGGCACCGAGCGCGCTGCCCCCCGAACCCCTTCACCGCC	autosomal
CCCTGCTGCTGGATCATCATTTCCAGGGGAGGAACACACCAAATAACTCC	autosomal
GCCGCGTGGGCGGGCGCTGGAAGTGACCCCGCCCCCTCTGACGTCACGGC	autosomal
AAATTAAAAAAAAAAAAAAGGAGAAAGGGACATCTGTATGTGCAGAATCT	autosomal
AGGATGTCCCAGTTCAGGGTGTGTAAGAGATCAAGGGCCAAACAGAGGAA	autosomal
CAAATCCAGAATTTTTCACAAGGGACACACAGGGGATTCACTGAGCAGGG	autosomal
GGAATGAACTGGGAGGAACAGGGAAGAACTGGGAGTGAACTGGGAGGGAA	autosomal
GGGGGAGAAGCCCGTGGGGAGCCTGGCGGGGATCGGGGACGTGCTGGGCA	autosomal
TCCACGCTGGCGATGAGCTCTTGCATGGTGGCAGCTGGGGGCCGCCGGCA	autosomal
GCTCAGGCCGAAGGCGTCGGGCTCGTCCCGGGGCACTCCGTAGTTACCGA	autosomal
GCAGCACAGCGTGACCGGCTCGGCCGTCGCCAAGGCTGTGTGCAAGGCAA	autosomal
CTCTGTCGCTCGCGGCGACACCGATCGCAGTGTCCGGAAAAGCTCCCAAC	autosomal
GGCCTCCACGACGTGCCGGCAGGTGAGGAGCATCCTTGGTGCCAGCAGCA	autosomal
CTGCCCCATCTCACTCAATCTACACCAGTCTGGTTCAGCTTCTACATTCA	autosomal
AAAAATAAATGTAACCTTTAATGGATAAACATCTGCATATTTTATTCCTG	autosomal
ACCAAGCCAGAAAGCTTCAAACGCCTGCTCACAGAGCACCATCCCATCCT	autosomal
GTGTACAGGCTTTGATGTCTGGTGTTTTGGGTTAGCTGCTGCTGAGATCA	autosomal
GCCCGAGGAGCAGCGCCCGGCGGCAGGAGCGAGGGAGGACTGGCGGGCAC	autosomal
CCCCCGGGAGCGCGTCCCGCCGCCGCCTCCCGCCGCTGCCCTGCGCCTCC	autosomal
GCCCTGCCCTGCTTCTGCAGGGCTGATTGATCAGCCCAGGGCTGCAGAAA	autosomal
CCGTGCTGGTGGCACTGGGCGAGTGGCTGTGGGCCGCTGGGGAGGTGCCG	autosomal
AAGGCTCTGCCATCAGCCTGGTTGCCAGGCAGTGTAGTTAGCTGATTGCC	autosomal
GGAAAAGGCCGAATGCGCCTCACGACAGCCGGTGGGTGTTTGTGGGGGGA	autosomal
GGCATCCCGCAGCTGGTCAGCAACATCAACGCGTGCCAGGTGATCGCCGA	autosomal
CACACTCTTTTGCATTAAACCATGCTTGCTGGCTGCCTGAATGGTGATAA	autosomal
CAATGAGGTGCTCCAGCACCGGCCCGGCCCCCGCCCCGCCCCGCGCTCCG	autosomal
GAGAGCTCCTTTCCTCTGGGACCGAGCCCCGTGCCCCGGGTATAAATACC	autosomal
ACACACCTGGGACACCTGCAACACACCTGGGACACACCTGGGACACACCT	autosomal
GCGGGGGGCTCTCCCCGCGTTCTAGGGGGGTCTGCCAGCCCCCCGGCACA	autosomal
CCCTGCAGCGGGCGGCGGAGCTGCTGACGGCGGCGCGGCTGCCGCTGCAG	autosomal
CGGGGGTGCGATTCGGGGCTCGGTCCGGTCCGGGGGTGCGGTTCGGGGGC	autosomal
GAAAAAAAACAAACAAAAAAAACCAAAAACAGCCAAAGGTGTCCTCAGAA	autosomal
CGCCCACCAATATTGCACTCGTCCCGGCCTCCCGCCGCCGCGGGTTGCGC	autosomal
CGGGTCACTGTCCTGTGCAGAAGTTACTCCTGTGTCCCTGCAAGCGAGCA	autosomal
GAGGATGGGTTGGAAAATTGGGAGCCCAGAGAAGCTAACATGTCTGTGGA	autosomal
GAGCTGTGGTGCAACCACACCACTGCTGTCCTGAGGGATAAAGGAATGAA	autosomal
CTGGGGCCGAGCAGGGGCTGGGGGCTCGGGGACCCTCGCTGGTGTCCCCA	autosomal
CCGCTTGGTGCGGGCCCGCTGCACCTTCTGCTGGAACTGGCGCTGCAGCC	autosomal
CTCAAAGACCATAATTCCATCCTCCTCATGTCCCCTGGAGCCAGCAGAAC	autosomal
GCGGCTTCACCCCGGGCACCACGGCCCGGCCCTCGATCTTAAACCGCTCC	autosomal
GTGTTTGGTCTCCTCTCTTGCTGGTCTGTCTGCCTGTCTGTATCCCCAGA	autosomal
CTCTTCTTCTTGGCCGGCATCTTGGACATGTTTCCTCCGCAGGAAGGGGC	autosomal
CCCCTGAGGGCTCCGCGCCTCCATTTTAGAGGGGTTCGGGCCGCGGCTTC	autosomal
AACCTCAGTAACAACCTGATTTCTGAACTCACTTTAACTACTTGTACAAA	autosomal
CACGGCTGCTGCTGGCGCTGGGCATGGCGCTGGGGATGGCACTGCTGCCC	autosomal
CCTCACTATGGCAGCAGCAGCGCGGCACAGCACCCTGGACTTCCTGCTCG	autosomal
GCCGCGGACGGGGGATCACTCGCACCACCGGCCCGTCGGCCCCGCCGAGC	autosomal
AAAATTTACCCCAACAATAATTACTTGAACTTAGCCTTGTCTTTAAAGGC	autosomal
GTGCTCTTCAGCACTCTGGATATGCCAGAGGAGGTCGATACCTTCTGGAA	autosomal
CCAAAATGGCCTCAGGTGCGGTAGCGAACGCCCCTCCTGCAGGGGGGGCA	autosomal
CTCCCAGCCGTCCCAGAGCCAGGGCCGGTGCGCCTGCTCCAGGAGCCGGC	autosomal
CCGCCATCCGCCGCCGCCACCGCCGCCGTGCCTGCCCGCGGGATGGCAGC	autosomal
AGGGCTGTTCCTTGCCGCCCTGGTCCTCTGCGGAGCATCACTGCACCTCG	autosomal
AGCCCCTTTGTCCCTTTTATTTTGGCTCCATCCAGCTGGAAGCACTGACG	autosomal
CCCGGGGTGGGGGCCAGGGGGGGCCGGTGCCGCTCACTCCGGCTCCAGCA	autosomal
CGGCGTTCTAGCCTCGGCTGCTCGGGCCTCGATCCCGCGCTCGGCGCCGC	autosomal
CGATACGCTTTCTGTCGCCTTCCCAGGATGGGAATGCCTGGCCAGAAGAA	autosomal
ATTTATTATGAATGGTTCATGTAGTTACTACACTGAACATCTTTCTAGGG	autosomal
CAGCGCCTCCATCGGCTCCTTCTTGGGGTGGGTGCCGAGCGCCCGCGACC	autosomal
ACATACTTCATGAGTACTGGACGGGACACTGCTGTTGATTAATTTTGTAT	autosomal
ATAGTCACTGTACTGGCCCCATGCCACAGTCACCAGAGGCAGGAACACAC	autosomal
AGACGCTGGTGGTCCAGCAGCGCGGCGTGCGCCTCAGCGACGGGGAGGAG	autosomal
CCGCTTCAGCCGCCGGTCGAACGGGTTCAGCGCGCCCGGCGAGGCTCCGG	autosomal
CGGTGAAACCCCTCGGTGCGGCCGCCAGACCTTTCCTGCTGCGATGGGAA	autosomal
GCGGGAGGCAGGCGGCCGCGCTCGGTCCGTATGCCAGAGACACGGGTTAC	autosomal
GCCCCTCCCCCACCGCGGGACCCAAAAATAGACACGGGGGGGGGAGGGGA	autosomal
CCCGCAGCCCGAGATGCCGGACCTCAGCCACCTCACGGAGGAAGAGCGGA	autosomal
CCACGGCGAGACACAGAGTGAGTCAGAAGAATGGGAAGACCAGCCAGGAG	autosomal
GGGATATTGTCCTTTACTCCCCACTTCAGCCTCACCCTTTCCATCTAAGA	autosomal
GCCACCAACCCCGGCTTCGTGGTGAGGATGACCCAGGCAGGCTTGGACTA	autosomal
CCGGAACTTCCTCCGCCTGAAGTAGCTCCAGGCCTGGAACAGCGGCTCCA	autosomal
AATATCGAGATTAAAAAAGATTGCTCAAAATTGAACAAATTATTTTATCT	autosomal
ATCATGATAGCCACCGGGATATAAAAACTGATCAAGGAGGAGGAAATAGC	autosomal
ACGGCGACAGCGGCGACAGCGGCGACATTGGCGACATTGGCCGGGCGGAG	autosomal
AGGCTGAACCTGCAGCTCCCAGGTTTCATTAAAATGATAACAGTGTTCAC	autosomal
CCAGGCCGCTCAATCGCTGCCGGAGCGCGCGGCCAGGGCGAGGCGCGGAG	autosomal
ACAAGAGGGTCCGGCTCCCCGTCAACCTGCGCAGCGCATCGCCCTGGGCA	autosomal
CCCACGCAGCCCCCGGCCCGCGTGGAGGAGGAGGAGGAGGAGGAGGAGGA	autosomal
CATTACCATCACAGAGCTTCAGTGGCCCAGACACGATGGCACAAAGCAGA	autosomal
GTCTCTGTTGACATGAGGATGTCCTGAGCCATGTCACCACCACCCACAAC	autosomal
CAGCCCCAAAGGGAGATTCCAGGAGGCTGTAGGTGTGGTGGGGAGCAGGA	autosomal
CCCACCGCCCTCCCGGGTCAGCGGGAACCCCCAGGGACCGGGCGCGCAGG	autosomal
CCGCAGAAGAGGGGGTGCAGGCGGTGCCCCCCGCTCCACCCATCCCGGCA	autosomal
ACCCGGGGAGGGAAGCGGGGAGGAGGGGAAGGGAGGAGGGACGAGGAGGA	autosomal
AAAGGAAAAACAAATCAAGCAGGAATGCTTTTAGCGGTCTGCTTTGCTGG	autosomal
CTTCCAGGCAACTAAGGCTTTCTTGGGTGAGGCGTGAGAAAACAGGGACA	autosomal
ACTCCTGCTGAGGGAGGAAGGCAGCGTGCAACATGACTGGTGTTAAGGAA	autosomal
GCAGGACAGGGAACAGAGGAGAGAAGGCGCTGCTGGGACCCTGCGAGGAC	autosomal
AAAAAACCCAAAGCGCCCACCCGGTAGTTCATGGAGACCACCAAAACCTC	autosomal
GTCTTGACAGTGACTTTGCCCAATTCCCTGCTCTGGATTGTCCCTTTCAC	autosomal
ATTGGGATGTCCTGCCCTGCGCAGCACACCCCGATAATTCCACCTGGTGC	autosomal
GGGGCTTCGGTAGCGGGATCGGGATCGATCGCGGCAAAAATAGATCGATA	autosomal
CTCGTCCCGGGCCGGCCGCGCCGCGCCCCGCCATGGCCGGCGGCGTTGCC	autosomal
ATAAACAAAAAATGCATACCAAGAAAACAAGATAAAAGAAGGGTGAATAA	autosomal
ATCCTCAGCTGTGGCGGAGTGCCCATCAGCTCTGGGGGCTTTGACATCTC	autosomal
AAGGGGGGGCTGGCAGCCACCAGGCACTGGGACGTTCTGTGATAGCCAGA	autosomal
AATTCACGTGGAGGGCTTTTCTGCTACACCTCGCCTTCAGGTTCTTGGTG	autosomal
TAAATTATTCTCCCAACAATGTTTACATGAACAAGATGCATGCCACATGA	autosomal
GACGATTGAGACAAAAAAGAAGGTTTCGTCGAGAAATCTGAGGGTGAGAC	autosomal
ACCCAGGCCCAGTCCTTAGCAGGCCAGATTGATGATACTAGAAGAAAATC	autosomal
ACGGCCGGGACCGACCGGCGGCACCGGGCGGACGGGACGGGACGGGCGGG	autosomal
GGGAAGCGGCGGGAAGGGCCGCCCAAGAAGAAGGACATTCGGGACTACAA	autosomal
GAGTCAGAGCCCGCTCGGCTTCTCCATGGATCCCGCCGGCCTCCGAGCCC	autosomal
AGTAAACATCTTTAAGGAAGAAAGCACTGAAAAGCGGAAGGACTTAACTG	autosomal
AACAAAGCGCGGGGAGAAGGGGCGGGGGAGCGGCAGGAGGAGGAAGAGGA	autosomal
ACATACTGACTCATGAAAATGATAACAGATGTGAAAAAATTACAGCTTTA	autosomal
AGCTTGCCAGGCTGCTCTCCATCCTTTACCAGCAGCCCTGGGTGAGCAGA	autosomal
CCGGCTCCCGGCCCCGCCGAGCCGCGCTCCGGCGGTGATGTCAGCGTCCC	autosomal
GGCGGTGGGCGAAGGGCGCTCCGGGCGGAGCGGGAGGAGGGAGGGCGGGA	autosomal
CGGAACCTCACCCGCGGCGCCGCGTCCCTTCCCGGAGCCCGCGGCCCGCC	autosomal
CGGCCGAAGCTCCCGGGTCGCTCCCGCCGGGGGCGGTGATGGGGGGGAAA	autosomal
CCCTCGAGGCCGCGCCCGGCCCTACAGCCCCTTCGGGGCACGGGAGCGCA	autosomal
CTCCACGGCGCAGGCGAGGCAGAGCGGCGGGCGGAGCGGCAGCGCCCAGC	autosomal
TGAGATGAGCTGTGCTCGTCCCACAGCACCTGGAGCCCAGCTGCCCCCCA	autosomal
CCTGGGCCCCGCCGAGCCGCCACAGCAGCAGCACGAGCAGCAGCGGCGGC	autosomal
GGGAACACCGACACCGCGGCCATCTTGGACCGCGCCGCGCCCCGCCCACC	autosomal
CCCAGCCCACGGCTCCGACCCTGCAGGGAGATGCTGCCGGCCACGTCCAA	autosomal
CCATGCGGCGGCGGCGGGGCTGCGGCGGCGCCCCTTCCCCGCCGCCCGCG	autosomal
CAGGACATCTGGGTTAGCACTCCTACTACTGGGGAAGGCAGAACCTTCAG	autosomal
GCAGCCCTGGGCTGGGCACTCTGCCCCACCATGGTGCCAGGCACAGCCCA	autosomal
GGGCTCGTCCGGGATGTCGAGGCCATGCTGCGGACGCTGGGAGGAGAGCA	autosomal
AGGAAGAGCGAGAGGGAGGGTGGGGAGGAATGGGAGAGAGGGAGAGGAGG	autosomal
CGTGTGCCTGGCGGAGCGGGCGGCCGATGATGCCTTTTAATCTCCGTTCC	autosomal
CTCGGTGTGGACACCTTAAAAATACATATATATATATATGTGTGTGTGTA	autosomal
GCCGCTTCCCCCCGCTCCCGGCCTGCCGGCGTGCGGTGCCGCTTCTGCGC	autosomal
GGCAGCGCTGCTGTAAGCATCCGCACCGCTGCGGGACAGGCGGGGTGACA	autosomal
ACACATCATCTCCCCTTGAGGTCCTGCATCCCTCCTCAGCTTCGTCCTCT	autosomal
GACTCTGCAAGACAATGTCCTTAAGAAGCTTAACAGTGTTTCCCAAGAAA	autosomal
GGACGGACTGCGGGAGGTGATGCCCTACGCTCATGGACCTTCTGTGAGAA	autosomal
CTTAACATCTATATTTATTTTAATATTCCTCTCTGAGACTCATGTTTTTC	autosomal
GGCGGCACCGGCACCGGCGGTACCGGGGAGCCGGGCTGCAGCGGGCAGGA	autosomal
TCATTGAAATATGTCAAAACGTCATTCTCTGTGGAAAAACCATCAATAAA	autosomal
CGCTCAGGGACGTGCATGGTGGGGCGCGGTTACTGAGGGATGCCGGCTGC	autosomal
CCCCGAGCCCCACCACACCGTTCGCAACAAAAACTCTCCGGCTCCCTCCG	autosomal
GTTAAACATTGCCTGGTTTCACCTGACATGATCTGTAAGCCTGTAAAGCA	autosomal
GAAGGGATTTGGGGGTTATTGAGGTGCTGAAGAGTAAATTTGAGTTGGTC	autosomal
CTCTGAACCCCCTCTCTCCGCAGGCCGCTGCCGTGTCCGTGGGATGAGCC	autosomal
CAACTTTGTACCTGCAACTGCTCACAGAATAGAGGGAGCCCCTTTCTCTC	autosomal
GCTGGATCTGCATCCCTCCATCCCTCAGCTGGATCTGCATCCCTCCATCC	autosomal
CTTCTCTGCACTGCTGCAATCATACACAAAGAGACTCTCATCACTGCAAG	autosomal
TGTCCTGCAACTTTCTTGCCTTTTGCTTCTTCATTCCTAATAAAACACAA	autosomal
CAGAAATCCTCGGCCATGGCGGGGCCGGGCCCGACCCCGCGGGCGGCTCC	autosomal
CCTGAGCCGCTCCGAGCGGAAAGCGGCGGCGCGCGCCGAGATCCTGCAGC	autosomal
CCCCGCGCCCGGCGCCCCGGCGTCTCCGCCGTGACCGGCCCATCTCGCCA	autosomal
AACAACTATGCTCAAAAATTATTAAAAAAAAAAAAAAATCCAAAGAAAAA	autosomal
CAAGTGGAAACACCAACTCCTTTTGTTTATTATCTGCTGACCAGGTGATG	autosomal
AGTTTCCGTTATGAGGGGAAGGCTGCAGACGGGTGTAGTGGGACCCATGA	autosomal
AGGGGCATCTTTATCCAAAAATCTTGGTGTAGTTTCTTCTGAAGAGCTTC	autosomal
CTGGATATGACTGAATACAAGCTAGTTTTTCTCTAGTGACAGCTTGAAAA	autosomal
CTGCTGCCCGCCTGCCTGCCTCTGGACTGTAGTTTGCCAGCTTTGCTGCC	autosomal
ATGGTTCCTGTATAAACACATCAGCAACCACCAGGAATTGACCTAAATCA	autosomal
CCAGCCCCGGGAATGCTTACAGCGATGGCCAGCGTGACAGAGGCCAGCTC	autosomal
CCGAGCCCCTCAGCCCCGGCCGCGGAGGCCGCGCCTCGCGGCTCCGCTCG	autosomal
GAGACCTCCCGCCGGCTCCGCGCCCTCCGCCACGGACCGCGCGCGCCGCC	autosomal
CTGTTTCTTCTTCCATGGCATGCTTTGCTCCACAATTGGGTCAAGGCCTC	autosomal
ACCAAAAAATAACTTGGCAGGTCTCTAATCTTTTCAATGCTGAGAAAATA	autosomal
AGCTGTTGTGCACAGCTGCCCCTCAGGGCGCGCCGCCACCGCATCCTGCA	autosomal
CACTTGTGTAAACTCTTCCTTCTGAAAGGCTGCTGCTGTTTGAAGCTCTG	autosomal
GATAAAGGACAGCACCAGCCCAGGCAATTTCACTCACAGCGGGCACTTGC	autosomal
AACTTATTGGGTCTTCTCCTCCGGAAGTGTGACGTTCTGGTGTCTTTTCT	autosomal
CTGGGGAGAAATGGGGCAAAAAGGGACAAAAATGGCATAAAATTGTCATA	autosomal
AAAGCAAAGAAATTCTCATTAGCATTAATATTTTAAGAAGTCACGTAAAG	autosomal
CACAGCCCCAAGACTCACAGAATTCAAGGAGTGTTTGGGCAATGCTCTCA	autosomal
ACACCCTGGGACTGCTGCAGACGCCGCACAGCTCGGAGAGCACCGGGGCC	autosomal
AAGTTGCTACAGGAATGATTCAAAACATCTAATAAGGTACTTGGTCTTGT	autosomal
GGACGGCCCCGAGCAAATATCTGCGGTCGGGCGCGGGGCCAGGCGGGGCC	autosomal
GAGCGAGGGGCAGGCAGAACTCCCGGACCGCCGCCATGGCCGCCACAGCC	autosomal
CTCATACTGTAAGACTCAGTACTGCCCATTTTCCAATAATTACATTTAAG	autosomal
ACCGGCCGGCCAAGAAGCCACGGCACGGGGGGTTCATCCTGGACGAGGCC	autosomal
GGCGCCGCCGCGCCAGAGCTTCCTTTCCGGTCGCCATTGTCGTGGCGGGA	autosomal
AGCAAAGATGGCGCTGCCGACGGCGCTGCTGCGGCGCGGGGCCTTTGCGG	autosomal
CCGAGTGTTTCCGCCCATCCCCGCGGGGCGGCTCGGGAGGGTCCCGGCGG	autosomal
ACACCAGGACAGGGGTCCCCGGGGACACCGCGGGCACCGGGAGGAGACCC	autosomal
CTGCCCGCGCCTCCCGCGCCTCCCGCTGCCACCGCGGGAGCCCGCGGCCC	autosomal
GGCCGTGGCTATAAAAGGGGTAAAGGATGGAGGAGGGGCAGTGGCTGGGA	autosomal
AAGAGCAATGCATAGAAATATGTTCAAGTGGCCAGCAGATGCTCCCAAAG	autosomal
AAGCAGTAGGCCAGGCTCACTGGTGGAACACCTCAGTGGATGACACTGAT	autosomal
AAATCGGTAGTAATTGACATTGTGCTCCCATTTCTTGATGGGGTAATGCT	autosomal
AGCCCAACACCTCGGGGACACTCCCGCACCTCCCGCATCCTCCCGCCGTG	autosomal
CGCAGTGGCTCCCGGGCGCTGCCCAGCGCGGCCCGGCGTCAATCACGGCG	autosomal
AAGAAAAGAGGAGTTTCTGCATTGCTTAAACACACAAGAGCTACTGACCT	autosomal
CCGCCCGGATGACGGTGCGGGTTCTGCCGGAGCCATGAGCTACGACCGCG	autosomal
ATCATCTCTTAACTTCTGCTTTCAACTTGCATTTGAGCTGAATGTAAATA	autosomal
CCGCCGCCGCCTCGCCCAGGGGGGGCGGCAAGAGGAAGGCGGGCGGCGGC	autosomal
GCCCAGGCAGACGTCCTGGTCGTCAGTGAGGATAAGCACCACGTTGGGCC	autosomal
AATGGGGTGACACAGCCCAGGGTCTGTGGGGTAGTGGCACTGCCTCTGAG	autosomal
CGTCCCGCAGCGCCTGGGTGCCCCTTCCGCCACCCCCCGCCCGGGGCTGC	autosomal
CGGAAGGTGCAGCATTGAGCAGCCTCCGTGCCGGGTGGTGCTCGCCGCTC	autosomal
ACGTGGTTGGCGTTGGCCAAGTTGGGTTGTCCCATGGCTTGTCTCAACTG	autosomal
AAAACAAACAAAAATTTGAGCTCCTCCACCAGTTTCTCAAATTTCCAGCA	autosomal
GGCATGGCGACAGCGATGGCGGCCGCGGCAGCGCGGGCCCGGCGGCGGCA	autosomal
CACCAGCCCTTTTCCTGGCGCGTCTCCGTGCTGGGCGGGACGGGCGGGCG	autosomal
GACAGAAAAAAATAAACTTTGCTCAGACATCCATTACTGATTATAAGTAA	autosomal
AGAGAGAGAGAGACCGGCCTGGGGACGGGAGAGATCAGCCTGAGGGGAGA	autosomal
GGGGGCGATGATCCCACAGGTGGGGGCTGCGAATTCAGGCAGGGCTCGAC	autosomal
AAGAAAAAAGGTGGGGGGGAGGATGAGGAGGATGAAGGGATGAAGGCCCC	autosomal
ATACACTATATAAAAGGAGGATACTAAAACTACATACTACTTTTTCTGAC	autosomal
GCCGGGGGATGACTTTGCTGTACAGCTCCTCTCTGGCAGCCATGGCGAGC	autosomal
CGGCCCCGCAGCTCCCGCACGGCCCGGCCCGCAGCTCCGGCAGCTCCCGC	autosomal
CCCCGGCTGCCGCCCCTCGCCCCATGGCAGCGCCGCACCGGCACCACCAG	autosomal
CAATGGAGCCCATCACCAGCCGAGTTTCTCGGCTAAATCTGCTCTTTCAG	autosomal
TGGAGCTCTGGAGATCCCAGAAACGTGTCAGGAAGGATTCCATCAACAAA	autosomal
CCTTTCCGGTGTGGCGGCGTGAGGGCGGCGGAGGCGATGCCGGCGGGAGA	autosomal
GACGGCAAGATCGTGTACTGCGAGTCGCACGCCTTCCGAGACATCCCCCA	autosomal
AGGACCAGCGCGTCGCGCTCGGCCTGCAGCTTCTGCAGCGCCTTGAAGCG	autosomal
AGGACGAGGAGAGCGAGCGAGCGGCTCTGCGGAGATTTGGAGTTGCACTG	autosomal
AGAAGCTGCTCTTCTGCACAGCCGGGGTGCTGAGCCTGGCCTGCGCGCTG	autosomal
TGATGAAATATTCATGCAAAATAGCTTATTTAGCAAAAGAAGTCTTTAAA	autosomal
AGGGTGGGCTCGGGCTCGGGGCTCCGCTGCCGCTGCCGGCGGGGGCTTCA	autosomal
ACGCCGACACTGCCCAGGAGAAGGAGAACCTGGTCTACCAGTACCTGAAG	autosomal
ACCCTCGGTGTCCCACCCCGGTACCGGTGCCACCACCACGGTGTCACCCT	autosomal
ACAACAGTGAGAGAAGCACAGACTTTCATCCTTGCTCTCCTCTCATGAAG	autosomal
CCGTGCAGCGCCCAGGGTAGGCGGGAGGGAGGGCTGGCGGACAGCGAGCC	autosomal
AGATTTTCGGGTTAAGACGTGCGGGGGAGCGCTGGGTGAGCGGGGGGGCT	autosomal
ATCAACTGATATAAATAATCCACAGCTGCACACAAATCATGACTACTGAT	autosomal
CAGGCCTGTCCCGTCTTCGTGCCAGTTCTCACTGTTGCAACCGGGACAGA	autosomal
ATCTACTTGTAACAAGTGACTTAGGAAGTGTCAAGAAAATACACACTGTA	autosomal
GGAATATCTTTTCATGCGTTGCCACAATCACTTGTGCCAGAATATGGTTA	autosomal
CGAGCCGTGCCCGTCCGTGCCGGATCGCCGCCGTCCATCGCCCTCAGCAC	autosomal
TATTTATCTGGCCTCCACTCCAGAGCCATGACACAGACTCTCCTTCAGCA	autosomal
AGTTCAGTCTGACTGAGCTGACCACTCAAGAAAAGCATGATAGGAAGACC	autosomal
GAGCTTTAGGAAATAAGATGTAATTTGCTCTTTTATGTACACAAAAACCA	autosomal
CGGGCGCCGCTGCCATGTCCGCTGCGGGCCCCGGGCCCGGCTCCGGAGCC	autosomal
CCCCTTCGCCCTGGGCACCGCGCTGGCGTGGCCGAGGTCACCTCCCCGTC	autosomal
AGGACGAGGAGAGCATCATTTCCCTCCTGCTCTCTGACACAGAGCCCAAG	autosomal
GTTGAGTTTGCAAGCCTGTGCTTTAATGAGGCTGCAGAGGATGTAGAAGA	autosomal
CCGAGGCCGGGGGCTGGATGACCACCGTGGAGTCGGGGCACTGCCGCACG	autosomal
CCGCCCGGGCTGCGCGCCTCCGGCTCCGCCATGCCGGGCCCGGCGTGCGC	autosomal
TCAGTCAGGGTTGGTGCAGACACTGTCAGAAGCACCTCCAGCCCTGGAGA	autosomal
CGGAGGTGGGTGCGCAGCGGCCGCGGCCCGGCAGCAGCAGCCGCCACATC	autosomal
CGTGTTCCGGAATTTCAACGTGGAGAACCGGGCCCGCCGCGAGATCAGCA	autosomal
AATCCCCATGTTGAAGTGTGTCCATTTACTTTCTGTAATAAAGAAAACAA	autosomal
GGCAGATGTAATTCTTCGTACCTGGTGATGTAAATCCAAGGAAGCAAAGA	autosomal
AGTATCCACCAGCAGCAATGTGCCTGGCTACTTGAACTATATTTAGAGAA	autosomal
CCGGGGCGCCCGAGCTCACCCAGGCGGCGGCGGCGGCTCCCCCAGCTCGC	autosomal
AAATCCTTCTCAATATGTCTGTGGTGCTTTTCTAGCCCTATTACTTGTAT	autosomal
CGCCAGGCGACAGACAGCCCGCTTCCCATCCAGCCGTGCCCACACAGCAG	autosomal
CATGGTTGCCCTCCTGGCCGCCCAGCGCTTCCAGCCCCGGCCCAGTTTGG	autosomal
CCAGCCATTCCCACTCCTCCCACCCCCTTGCTCCCCTGCTAGAGAGGGCC	autosomal
CTCCGCCCCGGTACCGGCGAGCGCGCCCCGCCCCGCCCCGCCCCGCGCCC	autosomal
GGACCGGGGGGAACGGCGGCGCCGGCGGGGGCTCCCCTGGCCCGGGCTCC	autosomal
AACATCTCATGTATTCAAGCTGATGCACACACACCGAGCCGATCTATGTC	autosomal
GCCCGCCGCCGCCGCGGAAGTGCGGGCGGGCGGCAGCGCCCCGCCCCGCC	autosomal
CTCCTTCCCAGGGGTGTGCAGGGAGCCCGCGGGGGCCAGAGCCACGTTCC	autosomal
CAGACACAGCGCCAGGAGCAGCAGGACGGCACCGCCCCGCCCGCCCGCCA	autosomal
AAAGAGAGGGAAAGAAAGAAATGAAGTGGAAGGGAGGAGGGGGGAAAAAA	autosomal
GAGACCCGCCATCTTCCCGCTCCAGCCTGACCCTGGCTGCCTCCTGCTCC	autosomal
CCGCTGCCCGGGGCTCCCGCCGCGCTCAGCCGCGGCTGCCCAGCCCCAGC	autosomal
TATCTTTGTCTTAGGTTTGGAGATTTATTTGATTATGCTGCATATGGTCA	autosomal
AGCTCCGCCGAGAGCCCAAAGGGCCCCGGGCCGGCCCCTCGCACACGGCC	autosomal
ACTTTCCTCAAGGCTTTGGCCACAGCTCCTTACTCCTTCTCAGAGTGCTG	autosomal
CCGGTGCGTTCGCTCCCGTACTCCCCGAGCCGGCAGCGGTCCCATGGCCC	autosomal
CAGCCAGGGCCTGAGCGTGCTGGTGGGGCTGGGGCTCTGCGTGACCATGC	autosomal
CCATCGGCACCGACTATTGGCTGTACGCGCGCGCCCGCGTCTGCAACGCC	autosomal
GTGACTTAGCTACTGGTGCTGCTCAGTCTTCACCTCTTTAAATTAAATCA	autosomal
GCGCTCCGTCAACACGCGGGAGCTCTCCGAGGTCGTGTTCAACAACCACA	autosomal
TCCCAGGAAAAAGGGAAATGTCCCAGGAAAAAAGGGAAAGTGTCCCAGGA	autosomal
CGTAGGCGGCGGCGAGGCGGGCGGCCTCGGCGGGGCCCCCCCGCACCCGC	autosomal
CCGTTCCGCCACTCCCGGCCCGGTACAGTCTCTAACAACCCCCTCAGCGC	autosomal
ATGGTGCCGCGGGCCAGGGGCGGCCGCAGCCTCGCCGGGAGCTCCGCCGG	autosomal
AGCGACAGCAGCGGGTGAGGCCCCGGCCGGGGAGGGGGTGCCGAGGGCGG	autosomal
ATTTTTTATTTTTTTGGATTTTTTTTTTTTTGTAATCAATAAAGTATTTA	autosomal
CAGCGGCGGACAATCCCCGGGGCTGCCCCGGGCCTCGGCCGTGCACGAGC	autosomal
TTGAACTTAAAATGCCAGCAATGCTTCTCTCCCTTGCTCTCAAGAGGAAA	autosomal
AGCGCGGTGCCCGGGCTCGGAGCGGCGCCGCGCCATCCCGGCCCCGCTCC	autosomal
AACTAAATTGAAAATGAAAACAACATTTTTGTTGGAGAATTAGATATGAG	autosomal
CGGCTCGGCTCGGCGCGGCTGCGGCGTCCCGTCCGGGCGGGCACGGAGGC	autosomal
GAGCTCCTAAAACCATTTGCCATTTGTTTTTCAGATTTTCAAGCAATTTA	autosomal
CGCGGCGCCCAGGCCCGGGGGCGGCGGCGGCGCCTATTGTTCTCCGCCGC	autosomal
GTGATGATGAGGACGGGGTGCCAGTTGAATTCCCCCAGGCTTCCGTCCCA	autosomal
TGATGATCGGAGCCCCCTTGCGCTGGGAGCTGCACGAACACACGCCTGCA	autosomal
CTCGTGTTTTGGATCATGCCTTGCTCTCCCCTTGCTGTGAGCAGGCAGAA	autosomal
CAGCATTATTTTTAGTCTCTGCCAGCATTGGAGTCTTTTTTGCAGTTAAA	autosomal
CGCGGCCGGCGGCGGAGGAGAACGACCACGAGCATTGCAGCGACTGCGAG	autosomal
CCCCGGCCCAGCGGCGGCCCCAGCCCCCGGCCCGGCCCCGGCGCCCGCCG	autosomal
GAGCGGGGAGGCAGGAGCAGCTTCTCTCCAGGGACAGCCACGGTGCCGCC	autosomal
AAAAAAATCAACATATTATTTTTGGTAAAATAGCCGTCAATTTTAAATAT	autosomal
ACCTCAAGGCTCATTGGTCTACAGCGCTGGTGGGCGGAGCTACAAGGAGA	autosomal
CGGAGCCGCCGCTCTCCGCACAGCCACGGCCGGGCCGGCAGCCACCGCCC	autosomal
TAGTTTCTGACATCTTTTAGGGCTTGGGACAATATGCAGAGTTTTTTCAA	autosomal
TAGGGGGAGCAGGGCAGCAAGGAGGAGAAGACAACCAGGTGGCAGCTCCA	autosomal
AGCTTCAGGGACTTGGGGCTGATAAGCGGCGACACCATGTAGAGGAGGAG	autosomal
GCGAGGGGCACGGCTCAGGTCACGGCGCGATGTCCCACGCCACCCGCCCA	autosomal
AGCTCCGCGGCCGTGGCCAGCGCGGAGCCGGCGGAGAGCGAGCGCTGCCA	autosomal
GGAATGCAGCAGGAATGCTCCTGAGGCTGGGCCGGGAGGGAACACAACCC	autosomal
AGAAAGTGATGGAAAATAGGGAAATAGCAGGAAAAAGGTGGAAAAAGGAT	autosomal
GCGGCGGGCGGGACGCGCGCCCCGACACACCGGCAAAAGCGCTCCGAGCC	autosomal
CGGGGCCGGCCGGGCTCGCAGGATGCTCCGGTCGCTCTGGAGTTTCCTCA	autosomal
AGCATCAGCAGCGGCGGCGGGGCTCCGCGCAGGCTCCGCATGGTGCGGTG	autosomal
CCTACAGAGCCTTCAAAACATCGGTAGCTCCAATGTTTAACCTAGGTAGA	autosomal
GGGGTTGGCGCTCCGGGCACTCTGGGCTCTGGCCCTCTCCTCCCTCTCCA	autosomal
CCGCCTCCTGCCCGCCTTCTTCCTCCTCCTCCTCCACCCCAGCGCCAGCC	autosomal
CGGCTGGAGAAGGAGAAGGAGGAGGAGGAGAAGGAGGAGGAGGAGGAGGA	autosomal
GAGAAGTTGAGTGGATAGTGGTGTTTGTGATGACTTTCATCAGTTGCAAC	autosomal
AGGGGGGGCGGCGGCACCAGAACCAGAGCCCGGAACCGGAACCGGGACCA	autosomal
AAAAGGAGGGAAAAGGAGCGGGAAAAGGAGGGAAAAGGCGGGAAAAGGAG	autosomal
CGTATAACAAATTATATTGTTGAGAAACGTGAATCAACTCGGAAGGCATA	autosomal
ACTCGAGGGCCACCGAGACGTTCTCCAGCTTCATCTGGCGGAAGTTGGGG	autosomal
AGCGTACTATTTAAAATCCTGCATTACATATTTTTGAGAGGATGCTGAAG	autosomal
GACGTTGGCGGTGACCAGGAGCACCCCGGCGCCGGCCGCGGCCGCCTTCC	autosomal
ACTGTGAGCTGTTACTGGGAGCACTGGGAGCTACTGGGTATTACTGGGAG	autosomal
ACAGCATCCTCTGAGGCCAGGGGACAAGAAGGAACATGCACAGCCCTTCA	autosomal
AAAAAAAAAAAAAAAAGGGCAAAAATCCGGGATATCGGGAAAAAAAAGGG	autosomal
CCCAGCCCCGGATCTGCAGGGATGCAGCTTTTTGGGATGGAAAGCTGCAC	autosomal
GAAAATCAGAGAAGGAGAGAATTGCAGCTCAGAACAAACCTTTTGATGCC	autosomal
ATTACAGAGACTCGGGGAAGGATGGGGATGGAGGCAGACATATCACACCG	autosomal
ATCCTGGAAGTATGATGGTAGAGATGGGGGCCTAGGACAAGAGAGAGCCA	autosomal
GCTCTTCCTGCCGCGCCGCGCGTTATTCATGGCGCGGGGCGGGCCGGCGA	autosomal
CCCGGGGCGCTGGGGCTCAGCGAGGGCTCGGCATAGCGAGGGAGGGATGC	autosomal
CCACCTCCGCAGCCACAGCGGCGGGCAGCGAGCGGCCGGGAGAGGCGGGA	autosomal
CCGGTTTCCGCGCGTATCGCGATATCATCCTCAGCGCCGCCGCCCCGCCG	autosomal
CCAGTGGCAAGCCTGGAGGCAGCAAGGATGCAGCAAGAGCCCCTGTCTCC	autosomal
CACGGGACGCGGCGGCGGAGGCCGCGCGCATGCGCAGCGCGGGCGCGTCC	autosomal
AAGGTTACAGGGATACTATCAGTGTTTCCTTTCCCTCTGAAGGCAAGACC	autosomal
AAGATAGGAAGGATAATAGGTTCATGCATAGAGGATTACATTATTTCCTT	autosomal
ACAGCCGAGCAGCCCAGGGCACACCAGCCACACACGGAGGGTGGCCCTGC	autosomal
CCAGTTGGTAGCCAAGTTCTGGCCATAGCTTCACGGTCACTGTACAAACC	autosomal
AAGGGAGGGGAAGGGAAGGGAAGGGAGGGACAGCGGGAACACCCAGGCTG	autosomal
GGCGGAGATCGGGGACCCGGTGAGACAGTGAGGGACCGGTGAGACAGTGA	autosomal
CATTGCCAGGCTCAAACCCATTGCCAGGCTCAGCCCCATTACCAGGCTCA	autosomal
GCCGCCATATGCCGCGGCTGCCGCGGCGGCTCCGAGCGGCGCTGCCCCCC	autosomal
GGAAAATTATTATGTATAATTTCAGAAATAGATAATGCACCCTTTTAGGA	autosomal
CGCTGAGGCGGATCCCGCCCTGTGTTTTCGCCGCCATCTTCGGCCGCGGC	autosomal
CCCCCCGGACCCCCCAAATCCCCCCGTACCCCTCCTCGGGCGCTGCGGGG	autosomal
CGATGCTGATGCGCACCACCGGCACGCCCGCCATCTTGGAGCGCCCCCCG	autosomal
CCCCCAAACCCCACAGCCCCCCCAAACCCCCACAGCCCCCCAAACCCCAC	autosomal
CACATGCTCTGGATTATCTGATCTGATGAGTCATCAGAAATCATCCTGCA	autosomal
AAAAAAAAAAAGAAGAGGAAAAATCTTCTTCGGGAAATTCAATATGCGGA	autosomal
AGAAAACCCTCTTCATTGGGAATACAGGGAAGCACAGGCTGGCCGCAGCT	autosomal
CGCGGTTTTTGTTCTCGCGAGGCGGGCGGTGAGGCGGCGCGCGCGGGAGC	autosomal
AAAAGGCGCTCCCGGCCGCATCCCGGCCCGCGGGCACCGCGCCCGACCCC	autosomal
CCGGGACCGGACCTTCACCCGCGCCCGCCGCAGGGCATGGGCACCGCGGC	autosomal
AGCTGGAAATTCGGCTTTGAGAAGACAAGCAGGAAGGTCCAGAGCTTCAG	autosomal
GCGCGGCGGGGCCGCGTTGCCATGAGAGCGGCGCCGGGCCCGCGCTGAGC	autosomal
GGGCCATGCTGTATGATGCTGGGCCATGCAACATGAAGCATGGCCATGTA	autosomal
ATGTCCACTCTGGGTCATGGGCGAAGGGAAGTGGTCCCAATGAGGCTGGC	autosomal
GGCAACGGGTGGACAGCATCCCGAGACAGCTCCGCGGGAGCGGCGGTAAC	autosomal
GCCCCGACTCGATCACCTCGTCCGCCAGCGGCAGCTTCAGCGCCCACGCC	autosomal
GCCGGGCCGGGCGCGGGGCGCTTCGCTCCCTCCGTCCCTCCGTCCCTCGC	autosomal
GGCCCAGGGGTTCCCTCACGGCCCCGCGCTCCCTCAGGGCCGGGCCGGCC	autosomal
CGAGCAGGCCGGAGCCGGAGTGCCATGGCCGGGCTTCCCTTGGGCACCTC	autosomal
GCAGGTCCCGGCAGCGGCCGCCCGGGCCACACAGGTAGCTGATCCGCGGC	autosomal
GCCGCTTCTTCTTCTTCAGGGCGCTGCCACCGCCGCCGCCGCCCCCCAGC	autosomal
AAGGGAACTTTGAAGTCATTCAAAGAGCTTTGGGAATGTATATTTTAATA	autosomal
GCTGGCCGCCTCCCCGCTGCACCGCGGGACCCGTGAACATGTGGGAAAAA	autosomal
GCCATTTACGGGAGGGGCCCGGGGGCGGGGCCAGCACAGGTGCGCGCACA	autosomal
ACATTTCCTTCTGTAAGGCCAGATCCAAATTGCTGCAGGGAAGAGACTCA	autosomal
CACCGCAGCATGGCCACGGAGCGCTGGCACCGGCGACGGAGCTGTCACCG	autosomal
GCCACTGGAGACCGGCCGCCCTTCCGCCCTGAAATCCCGCAGCCACTAAC	autosomal
AGAGGCGGCGGCCCCGGGGACGCCCGGCTCCCCCGCCGCTCAGCGCCCAC	autosomal
ATCGCCGACCTCACCTTCAACACGGTGGCTTTCGCCGAGGTCATGGGCAT	autosomal
CAGCCCCCTCCCAAGCATCAACCTCAGCCCCTCCATTCCCACCTCCACAG	autosomal
GTGCCGGCCTCGGGTTTGTTTGGTGGCGGCGGCGGCGGCGGTGGCGTTTA	autosomal
AGTTCCCACAGCTCCCAAAATTCCCACAGCTCCCAAAGCTCCTGCATCTC	autosomal
CCTTTGCTAACACTGAAGCTCTACAGGAACATCCTCCTGTCCTTGAACAG	autosomal
CGGCCGAGAGAGAGAGAGAGAGAGACCGGCCTGGGGACGGGAGAGATCAG	autosomal
CCTGAGAGCAGCCGAGCTGTTCCAGCCAGGGGACGTGGCTGCTGTGCACG	autosomal
AAATAAGCTTTTGGATGACTGTGTTGCCGAAGCGATGGCCTCACAAGAAT	autosomal
GCGGGGCGGACATGGCGGACGGCAGCAGGCAGAGCCGGTTGGCCGCGGCC	autosomal
GCTAGTTGTTAGAAGTGCTGAAGACATTACGTGGTACAAACAGGGTCTAA	autosomal
ATGGTAATTCTTCACTCAGGTGTGGATGTGGCCTCATGGAAAGGCTAGAG	autosomal
GCCCCCCCCACCTCGGGAGCATCCCGCCAGCACTTCGCCGCGGAGGCACC	autosomal
GCAGCCAGAAGTGCCTCAGTTGTGCTGGCTTTCTGTAAAAATTATAGGCA	autosomal
TAAGGGGCTCTGCAGGAAGAGCTCCAGGAGCTCGGAGACGGTCACGTCCA	autosomal
CTTGCAGAGCCTGGTCCCGGCCGGGGTGGAGGCGGACCTGAGCCAGCTGA	autosomal
AGGGCCCGGAGGAGTTCGAGGACGCGCCCGACGTGGAGCCGCTGGAGCCG	autosomal
AGAATGAGCAGGATGGTAGTGGCGCCGTTCTGTCCCGCCATAGAGGGCTG	autosomal
CCTGGATCCAATCCTGGAGAAATCCCTGGATCCCAACCTGGACAAATTCC	autosomal
GCGGGAAGAGCGCGGCCCCCGCGCCCGGCGGCTCTCTCGTTGCTTTAACC	autosomal
AACTCTCTGAAAAGTTAAATCTAGGTAGAAGAATGAAAAAAAAAAATGCT	autosomal
ACTCCTCTTCCAGCCACCCAGCTATTTTCTCCTTGGCTAAATCATCTGAA	autosomal
AGCTTGGGGCTGCAGGGGGGACATGCTCAGAGACAACACAGCCACCAGGG	autosomal
ATGCGTGGAAAGTTTTTAATATCCATGCCTCCAATGAGGCAACAACAGCA	autosomal
ATAACCTGGCAAAAGGGAAAATATTCACATAATTCTCTCGGCAAGAAACC	autosomal
GGCCCCGGGCCGGCGGGGGCGGCGCCCGGCTCCTCATGCAGGAACTGGCA	autosomal
CTCGGCCGCGCTCTTCCCCCCCGCCCCACCGCCGCTCTCGGCCCCTCGGC	autosomal
AAAGCTGAAGGCATGTGGCACACAACAGATGATGCTGTGGCCACAGGGAA	autosomal
AGGGAAAAAAAAAAAAAAGGGGGGGGAGGAATTATAATAAGAAGAAAGGA	autosomal
CAACAGGGCCACGGCGCCGCGGGAGCGCCGGGGGCGGGCACGGCGGCACA	autosomal
ATTCCTCGTTTCCATCCTCGCTGCTCATCCTGCCGCGTTCACTGAGCCTA	autosomal
GCTCCATGGAGGCCGCGGCCGAGGCGCCGGGGGCGCTCAGCTGCTTCTCC	autosomal
GCCCCACTGGCTCCCGCTGCCGCCGTCGTTCCCAACGCTGTTCCCGACGC	autosomal
CTCAATTCCTTCTTGGAATAGCTGCTTAATAAATCCATGCATCCCAGAAA	autosomal
CCAGTATTCCCTGGTCCGGGACGTGGTCTCCTCGCTGCGCCGGCACCGCA	autosomal
AAAATTCCTCAGCTTTTTATGGCTTAGGATTTCCCTTTCACACCTCCTGG	autosomal
ACCAGCTCCGCGAACACTCCCCGCAGGTTCCCGATGAGCTCGGCCACCTC	autosomal
CCAGCTCCAGCGTGGTGGCGTCCATGGCCAGCGCCCTCCCGGTGCCGGCG	autosomal
CGGGGAAGGCAAGGTCACGTCCTTCCCGCCGGGGAGCGCGCCTGCCGCCC	autosomal
AGCGCAGCCGGGGCCGCATCGAGGGCTTGTTCGAGGTGCGGCTGGCCGTG	autosomal
AGGACTTGGTGGCCATCTTCACTTTCTTGGCCCTACTGGAGGACATGCTC	autosomal
CCCCTCCCGTGCCCGCTCACCACCACGGCGGTGACCGGCTGCCCCGGTAC	autosomal
AGTACTTGTAATCTCAGCTTCAAATGTGCAAACTCTTCCACACAGTGGAT	autosomal
CGGGAGAGCACACAAACCGGCCTGCCAACACCGTCCCTACCACTCCGCAA	autosomal
CGCGGAGCTGCGCCGTCTGCGCCGCCACCTCGGGCTCCAGCACCCGCAGC	autosomal
AGCCCGCCGGCAGAACTGTGTCCCGGCACTCGCCCCACCTGATGGGAGAG	autosomal
GGGATGTGCGGGCAGGCTGACGGGGCCCAGGGATGAGAAGATGACGGGGA	autosomal
CCCAGTAAGCCCTAGCATGTAACTGACTGGAAAGAGATGAATCTGGGAAC	autosomal
AGGGTAGGAAAGAAGAACCTGCTTTGGAGCAGCATGGAAATAAGTAGCAA	autosomal
CACCCACAGCAGCGGCACCCACAGCAGCGGCACCGAGCGCGCCATGGCGG	autosomal
CCGTGCCAGCGCCGAGCAGGACAGGGTGACAGGAGAGGCAGGACAGGCAG	autosomal
GCACAGGTGCCCAGAGTAGCTGTGGCTGCCCCTGGATCCCTGGCAGTGCC	autosomal
CCAGGCAGACCCTGGGCAGGGAGCGCAGCAGCTCCAGGCCCCGCGGCACG	autosomal
CAGCATTCCCAATTAATGGCAATATTCCAGCTCCATGAGCATTCCTGGGA	autosomal
CGCCGGCCGAGGGCGGGCAGGGGAGAGCAGCAAGGAGGGGCAGCGGAGAC	autosomal
AACTGGAAAAGCAACAGTCCATGATCCTTTCCTAAATGTATCACAGCAAT	autosomal
CTGCCCGGGAACCCGGTCAGCGGCCCCGGCTGCCGCGGTCTCCGCCTCTA	autosomal
CTTGTTCTGCTGCTTGAGCGGCCCGGGCCGGTGCGCGCCCGCCGCCGCCA	autosomal
ATCCCCAAATGTCTCTCTTTTTCAGGTGTCTCCAACCTTGGACTGCATTG	autosomal
AGAAGAAGGGATGGCAGCTGGAGCAGCTGGCAGGTTCTGGGGTAGGTTGC	autosomal
GCACCGCTCCGCATCGCACGGACCTGCCGGCAGCCCCGGAGATGAGGAGA	autosomal
AGAAGCCACTCATTCTGTAGTCCCTGCATCCACTCTGCCAGCATCCCAGC	autosomal
AAAAACAGCCGGGTATTCTCACAGTGTTCTTGGTTTCTACAATGATCCCA	autosomal
GCACTGCGTCCTGCAGCGCAAGTACTCCCGCTCCCTGCTGGAGGGGCACC	autosomal
ATTTTTTTGGCCCCGAGTCCCTGAATCCGCGCCCTCAAAATAGAGAGCAA	autosomal
GCGTGCCGTGCCTGGCCTGGTGCCTCCGCCGAGTCGGGGCCAGCGGCGAC	autosomal
GAGCCTGGCCGTGGCCGACCTCATCGTGCTGCTGGCGGCCGGGCTGCCCA	autosomal
AAAGCAACAATGATGCAAGGATGACTGATGAACATTCTTCAAAGATCTGA	autosomal
GCGGCTCCAGCGGGGCGCGCCCAGGGCTGGCAGCGCTGCCTCCCGCCGCC	autosomal
CAAACCCCGCCAGAATTCCCGAATTTATCCCATTTCACCCAATCCATGGA	autosomal
CAGTCATTTGCTTTAAAGGCAGCAATTTATTTTAAAAGAGACTAGAAGAA	autosomal
CTGGAAACACCCTCCCATGAGGAGTCCATGGAGGTGGGTTCAGGAAGGAC	autosomal
CCTTTTGGAAGTCCCTTGTCCAGTTGTGCCACATCCCCGTGGCAGCGCAG	autosomal
CGCGGGAGCGGGCCCGGCTGCCGGTGGCGCAGCGCCGCTGCCCCGCCGCC	autosomal
AATTGGATGTGGTGGGATGGGAATGGGGTGGGATGAGGTGGGAAGAGGAC	autosomal
GACGCCGCGCATGCGCGCTGGCGGCACCGGCGCGGCCATGGCGCACGGGC	autosomal
GCCTCCCGCGGCACATTGGCGGCGCGGATCCAGCCCGGGCAGTGCCGGCA	autosomal
AGAGGTACCGGCTAGAGGCGCCTTGGAGGGATTTGGGAGGTCCGGAGCTA	autosomal
AGCGCGATCCCGGCCCCGCCGCTCGCCCCCGGCTGAGCGCACTCACAGCC	autosomal
GGGATGACTGGCAGCAATGAGTCAAAGTGAAAAATCAAAAGACAAGGTGA	autosomal
AAGCCCCCAGACCTCCAATTCCCCCCAGCGATACCTGGGAGGAGGAGGAG	autosomal
GGTGCAGCTCTTGGGAGCCACCGCGCTGCGCTGAGCCGGGCATTGGCGAA	autosomal
GCCATGGTGCCGTCCCCGCTCGCCCTGCTCCTGGCGCTGGGCGCCGCCGC	autosomal
GCTTCTTGCCCATGGCGGCGGCACCGGCACGCGCGACCCCTCAGCGCTGA	autosomal
GCATAAACTCCCAGCATCTGCCCTGGCCCTGTTCCTGGCAGCGTCCTTCA	autosomal
AGAGAGGGAGAGCCTTCATCCCAGGTGTGGAGCCCCAAAGGGAGGGTGGC	autosomal
AAAGATTCCCAGGGCCTCCTGGTTAGTCTGACTCTTGGTCTTTAGAATTA	autosomal
GGGCCCGCCGCGCCCCGGCCCCGCCGCGGTACGCGGCAAAAGCCGTCCCC	autosomal
AGGGCGCCAAGATGGCGGCGGCGGCGGGAGGAGGAGGCGGGGGGGGCCCC	autosomal
CGTGTTATTGCTGCCCAAAGCCATTGCTTCTCCTGCAGAGTCACTGTAAG	autosomal
CGGCGGCGGCCGCTTCGTCCTCATCGGCGAGCAGCGCTTCTTCATCCTCC	autosomal
AGGGCTTTAAATAATACATTTTCTGGGCATGACAGTTGTAGCAGAAGAGA	autosomal
GCTCGGGAGCTCTGCGGGGCCGCTCGGGCTCGGGGGCTCGGTCTTCGGCC	autosomal
ATCCCAAAGGAGCAAGAGGTTCCAGGAAGCGCCGCTGATCTGCACAGACC	autosomal
GCGTCACCGCTGGGCGGCGCCGCCATCTTTGTGCCGGGCACAGCCGCACC	autosomal
GCTCCTCTTGACAGTGCTGCAAACAAACCTACTGCTGGCCACTGTAATCA	autosomal
CTGCACCTGCAGCGCCTGCTGGGCCGGCAGGAGCTGCTGCGGGACCACCC	autosomal
CAAGTTGTTCTGTGCCTCATGTTGAACTGGCAACAGAAAGGGTCTCAGAC	autosomal
ATGGCGGGCACAGCGGGACGGGGGCACCTCCTGCACCCGCTACTTTTCCA	autosomal
CGCAGGCCGGGGGCTGACGGTTCCCCTGCGGCGATACGGGGCCGGCTGAG	autosomal
CGGCGTTGGGCCTGCGCGCCGCGTTGCCGTTGGCGGGGCCGGGGGGTGGC	autosomal
AGAAACGTCTAGGACAGAGACAGTGACACCAGGGAATCATATGTCTGCAC	autosomal
AGCCCGCGGAGCGGCCGCGCTCCCCCATGGGCGCGGGGCTGAGGGGCGCG	autosomal
CACCATTTGGCCTCAGGCCCAGGATCACTCCCTGGCACTCTTCATTAGCA	autosomal
GAGGTAGGCTACAACCGGCGCGACCGCGTCTCCCGCTCCGTCCCCCGCGC	autosomal
GGGGCCAGGCTCGGGGAGGAGGATGAGGAGGAAAAGGAGAAGAAGGAGGA	autosomal
ACCGCTGCCTCCTCTGCGATCTTCTTCTTCAGCTTGGCAAACATTTTACT	autosomal
CGGGAGCCATGGGCTATTGCAGCGGCCGGTGCACGCTGGTGGCCGTGTGC	autosomal
CACTGATTTCAGCCTTTTCTTTTCAATTTTGAAACTTCAAAAGTCAAACA	autosomal
CCGAGCCATCCAGCAGCATGTGGAGTCCCACCGAGGAGGAGAAATACGGC	autosomal
AGGAGCGGCTGGAGCATCCCCGCGCTGCCGCCGAGGCGAGGGGCAGCTCC	autosomal
CTTCTGTGTCTTTCTGACCCTTCCAGAACCTTCCGTGACCTTCCAGAACC	autosomal
GCGGCCACGGCCCCGCCGCGCAGCACCGCATCGCTCCCCGCTCCTCCGCC	autosomal
CCGGGGCCCCCCCGACGCCCGCGGGGTCAACTTCGCCGAGGAGCCCATGC	autosomal
AAACGGCGATAAACGGCGATAAGCGGCGACACTCCGGGACACAGCGGGAC	autosomal
CGCTGGTCGGGGACAACCCGCGGCATGGTGGTGGGGCCGCCGCCGCCGGC	autosomal
CTCCGCGCTCGCTCCCGGCCGCCGCCGCTGCCGCGCCGAGCGGAGCGGCC	autosomal
CCCCTTGGGCACCTCGGCGGGGCCGCTGCCCGCGGCCGGGGCTGAGCGCG	autosomal
ATCCCCCCCCATCCCCCCCTTTTTGTTTCTCTTCATTTTTTTTTGGCACA	autosomal
CTTGGACCAGGCATCAGTGTCTGCTCAAGGCAAAGGGAGCTGGAGAGACC	autosomal
GGCCGGGGCAGGCGTGCAGGGCGGCTCTCCTGCGCTTTTTGGGAGTGAAA	autosomal
GGCCGGCACACCGTGCCATGGCCGCCCAGCTCTCCGTGCTGGCACAAACC	autosomal
GAAGATGAGGGTGAGGATGAGGAGGATGAGGATAAAGATAAAGATGAGGA	autosomal
ATGGCGCGCCCCGACCGCCGGCTCGGGCTGGGCTCGGCTGCCGAGCGCCG	autosomal
CGCCATTTTGTGGCGAGGCAGCGAGAGGGACTGCGCGGGTGTGCTCGGCG	autosomal
AGACGCGGAGGGCACCGGGGACATCAACATGGGGCCTCCGCCACCAGCGC	autosomal
CCCCCCGTAAGCCTCTTCCTTCTCCCCGGTAGCAGGCGGCGGGCCCCGAG	autosomal
ACATTGCAGAGGTAAATATGTTTTTTCTCTCGCAGAAGTTGTTACAGTGA	autosomal
CGCCCCAGAAATGAGCCATTTACGGGGATTTTGGCGTCTTCTTGCAAATC	autosomal
CCTGCTGTATCCTCACCCACTGGGATCCCTGTCCCACCTGAATCCACATC	autosomal
CTCCAGGAATGCTGCAGAGCTTCAGGAGGATGCTGCTGCCTGAGCAGGAA	autosomal
CCCCCGCGGTGCTGAGGGAGCTGCCCACAGCAGCTGACAGAGAGGATCCC	autosomal
CGCGCGGCGGTGCCTCCTCCTCCTCCTCCTCTTCTCTTCCCTCTCCCCCC	autosomal
CGAGCCCACGGCGGTCCGGTACCTGCCGCGCCCAGCCCGGGGCCGGAGCA	autosomal
CCACTGCCAGATCCCCCCAGAATGCCCCCCTGCTCTCAGAGGACACACCA	autosomal
CCAATGCATCTGTCCTGGCTGAGAGCCTACAGCACTCTGCGTGCACTATA	autosomal
GGTGGTTTAAACCTGAAAGAGAAAAGCACACTTAGGGACCTGACTTAAAC	autosomal
AACAGTACAATGTCTTCTATTTGCCTACACCTTTTGTTTGAGATTATCTC	autosomal
TATTCCTGATTTTGAAAAAAATTTTAGTTTTACCTAAATCAACAACATGA	autosomal
CCCGCGCCGCCGCCATCTTGGCTCCGGCCGGGCCCGGCGCCGCCATTGGC	autosomal
CACCTGGGGGGTATTTTGGGCACACCTGGGCACATTCTGGGCACACCTGG	autosomal
CCGGAACGCGGCGCTGCCGCCCGCCGCTGCCCGCACCGCCCCGTCCCTCA	autosomal
CAAAGCTGGTGGAACACGCAGACCATCATGGATATCGTGATGGTTCCGGG	autosomal
CCCGGCGGGGGGAGAGTTTGCTAAGAGAGCTCTGGGTGAGAGGGGAGCCC	autosomal
ACTATTTCCATAGAAGTGGGTAGCTGGACCCAGTATTTCTTAAGCTGTCT	autosomal
AGCTGGCCAGCGAGCAGACCCCGAGCACGGCCCCCATGGCGCCGCCGCCG	autosomal
ACTCCTTGAGGCGGCCGTCGATCTCCTTGTGCTCCAGCAGCTTCTTGCGG	autosomal
AATGGGGACTGTGCTCTGCACAGGTAACTTTTTTTTTTCTCACAGTGGTA	autosomal
CGCCGCTCCCAGCGCCAGCGCTAGGCCCAGCGCCAGCAGCAGCGGCCGCA	autosomal
CGGTCCCGGGCTCGGTCCCGGGGCCCCTCACGGCCCCTCACGGCCCCTCC	autosomal
AAGCGTTTCGACGCTTTCCCTAAGACCCTGGAAGATTTTCGGGTTAAGAC	autosomal
CAGGAGCAGCACGGCGAGGCGGCGAGCGGCGCTCATGGTGCGGGGCAGCC	autosomal
AGAAGGAAAACATGGCCCAGGCCAAAATGCACCACCCCGTCTCTTGGGTG	autosomal
GAGCCCTGCCAGAGGGTCCCGATGCAGGGGACGGCTCACCTTTGTCCTCA	autosomal
CCCTGGCCCTGAGGGTCCTGTGGCGGGTGGCGCCGGGTTCGCGTAGGGAC	autosomal
GCGCCCCTCGCTCCGCCGCTCCCGCCGCTCCCGCCGCTCCCGCCGCCGCC	autosomal
GGGGGGCGTCCTGGCTGAGAGCGGCGAGCAGAGCCTTCTGGAATCCCCAC	autosomal
CCCGCGCCGCGCCCCGGCCCGGCCCGTCCGCCGCCCGCCGCCGCCGGAAG	autosomal
TGAGCCGCTGGATGCGGGGGGTGAACCTGAAGTTGTCGACCTCGACAGCA	autosomal
ATTCTTTTTCCCTTTTCCACTCTTTTATCTCTTTTATATTTCCCTGGAAA	autosomal
GCACCTGCCCGCCGGCTGCGCGCCGCATGGGGAGCCCCGGGCCGGGCGGC	autosomal
GAAATGCCATGCTCTGACCAAAGCCTTTACTGGAAGTAGTATTGCTGATC	autosomal
AGAACTGGAGCTCCCGCTGGTGGAGTTGGAGTTCTGCTCACTTTCAGTCT	autosomal
AGGGCTCTGCCAGGGCAGCCTGCAGCCCCCAGGCTGACTCAGTTTCCCTG	autosomal
ACAAGAAACTTCTTCATTTTGATTCTGCTTTCTCTCAGTCTGTTCCAAAA	autosomal
AGCCCTGTGAACACAGCTGCCTGTACACTTTGTGATATTCTCACCGTTCA	autosomal
CACGGGAGCGGGGCTGAGCGGGGCTGAGCGGGGCTGAGCTCGGAGCGGCG	autosomal
AAAAGGATGGTCCCTTTCAGTTTCCCTCTGTCCAAGTGTGCACTTTGGGA	autosomal
CGGGCAGGACGTGCCGGCCGCCCAGCACCAGCACCTGGCGGCTCCGCAGC	autosomal
CGCGAACCGGCACAGAGCGCCGGGGTGAGAGCGCCCATTCCGTTCGGGAG	autosomal
CCCGCCGGGGCCGCGGGGCGCCGCGGGGACCCTGCTCCGCTCCCGCACAA	autosomal
AAATCATCCCAAAATTATCCCAAATTCACCTCAAAATTCATCCAAAATTA	autosomal
GGTGCACCTGGGGCTACATTGATGCAGAGGGGATTTCAGTGCTCTCTCCA	autosomal
ATGCACAGCTGGATGGACGGTGGGATGGGCACAGCGGGGATGGAGGACAC	autosomal
AGTAAATGGACAGCTGTTTTCAGATCTCATTCCCAAGTATATGGCTTTCA	autosomal
AAAAGAAGAAGAAGAAAGAAAGGGGGAGAGGAGGAGCGTTCTCGACGAGC	autosomal
AGGAGGAGCCCGAGGATCAGCGGCCGCGCCATGGCTCCCGCTCCGCGCCC	autosomal
GGGGCCGCCTCAGGGCACGGCGGAGCAAGGGCAGGGCAGGGCAGAAGGGA	autosomal
AGAAGGGATGGGGGGAGCCTGGGGATCCAAACTGTACCAGCATTATCAAC	autosomal
AGGAGGAGGAGGAGCCAGGGTGGGCAGTGTTGGCGCTGGCAGGGCCAGTG	autosomal
GCTGGGCGTGTTTGGCTGCATTTCAGCACTTTTACTTTCCTAAATACCCA	autosomal
CCGCGGAGCCCCGGCGCGGGCCCAGCACCGCCACGCCATGTTGGCGCCTC	autosomal
GGGATGGCAATGAGGAGAGACAGCAGCCAGATGACAGCCACGCCGAGGAC	autosomal
AAATATTCCTCAAAATTCTGTCAGCAGCTGTTTAAATCCACAAATTTCAG	autosomal
CTTGGGTGGAGGCTCTGAGGATATAGCACAAAGTCAGCCTGGTATAGAAA	autosomal
GCTCCTTCCTGCCTCGCTGCTGCCTGCGGGGCGCCGCTGCCCGGGGGCCA	autosomal
ACGGCTGTGCCGCGGGACCGCGGGATGGAGAAGAGGATGCGCGGCCTGGG	autosomal
GCCCCGGCGGACCCGTCCCCGCGTCCCGCCGGCACCGACGCGCTCCGGGC	autosomal
CCCCCACGGTCCCCCGGCCGCACTTTGGAACTGATGATCTCGCGTCTCCG	autosomal
CGGTGCCCGCGGGGCTGGCGGAGCTCTCGGAGCGTTGCGGGCCCGGGGGA	autosomal
GCACGCCTGTATAAAATACCTCTGGAGTGTGCATCTACTCACAGGAAACC	autosomal
AGCGACGAGTTCTGTCCTCTTCTCGGGGATGATGTAGAGATAAAATAAGC	autosomal
GCCGCGTCACTGCCGGAGCGGCCCAACATGGAGCCCGGCGGCGGCGGGGA	autosomal
ACCATTGCTGTCTTTGACCAGTATGCAAGGACTGATGGCAACAGGCAAAC	autosomal
ATGGGTGGCCATGGACAGCTCTGCCACTCCCTTTCTGCTGCTGATGCCTA	autosomal
CGGCGCCGGTGGGCTGAGCGGGGGGCTTGCAAGTGGAGGCGAAGGCAACC	autosomal
CGTTGCTGCCGTACCGGTCTATGACCCAGCTGGGCATGGCGACCCGCGCC	autosomal
CTCCCAGGAGGACATCCAGGTTTGCACAGTGAAGGCCGGCACAACCCTGC	autosomal
CCCATCTCCATCCACGTGTGCCACCCCTCCTGTTGCCCCACCAGGGACCC	autosomal
CCCAGTTCCCCCCAGTGCTCCCATGCTCCCATTCCCAGTACCCCCAGTGC	autosomal
GGGAAGGGGCGAGTGGCGGCCCCGGCGGGGAAGGGGCTGAGCGCCGAACA	autosomal
CCCTCGTCCGCCACTCCGCCAAGCCCAGCACCTTAAAGCATCCTCGTTCA	autosomal
CAGGGTGTGGGGAGACGCCAATCCTTGGGAATGGGGGGAGGAGCGGCCGA	autosomal
GCATGGGGAAGCGGCTTACGAAGAAATAATTAAATGCCGAGCTTTGTCCC	autosomal
AGCGGGATGGCCGGCCCGCAGCAGGCCCCGCACCTCCACCTGGCCGAGCT	autosomal
AACTCCAGGCAGCTCGAGGAGCACGAGACCCTCAAAGAAGCCAATATCCA	autosomal
CAGGGCGCAGGCGCAGCGCCGCGGCCGCTCGGGCCCGGCTCCGGCCGCCG	autosomal
GGCCTCTACGGCTCCCGCGGCCTCTACGGCTGTGGGGACCGCTACGGCTA	autosomal
AGTTCCTACCGAGCCGAATAAAACCCACGGGCGAGCCGATCTCCGCCTCA	autosomal
ATGGGCAGCCGCGGGGCCCGGCGATGAGCGCTCCCGCGGCCGCGACCCCC	autosomal
CAGCTCCGGCGCCATCCAACGCAGCGGCAGCGGCGCAGCGCGCCCGGAGC	autosomal
CCGATAACGGCGACTCTTTTCCCTCGTGGGTCACAGGGCTCCATGCTAGG	autosomal
ATGCCCCGGGGCTGGGAGCGTTCATCGCGGCGATTACCGAAATTGCGGTG	autosomal
ATAAGAATTTAAAGTGACAAAACCACTTGCCACACCCAGGAAACGATCAT	autosomal
GGTCACCATAATCGACCCCTTGGTGTTCACTTGAAATCCTCTCTTTTTAA	autosomal
CCGTACCGAGCCGTACCGAGCCGTACCGAGCCGGCCCCGCTCGGCGGCAG	autosomal
CTGCGGGGGGACCCTGCGGTGCGAGAGTGAGACCCCCCCCACCCCCCCCC	autosomal
ACGCAACTTCGCCGAGTTTTGACAGGACGGCAACAAAGTCAGGAGAGCCC	autosomal
ATGCGCATTTGGACACACGGTAAAAGCTGGATGCACATCGGACATTACGG	autosomal
CAAGTTTCCTCACATCCATTATTCTTCTATTTACTTCCTTTTGCAGGGCC	autosomal
CTATTCTGCCTACTAAGGTCCACCTGCTACAATACAGGAATTATTTATTC	autosomal
CAGCGCCTGCGGCAGAGCCAGAACATGACTCCGGTTTTTCCGCCGCTGCC	autosomal
GCAACCAGGACGACTACCAGCTGGTTCGAAAGCTCGGCCGAGGGAAGTAC	autosomal
CATGGAGGGCGGCGGGGAGGCGCTGCCCGCGGACCTGCGGGACCTGGCGG	autosomal
AAAATGGGGAAAAAATGGGGAAAAAATGGGGGAAAATCGGGGGAAAATCA	autosomal
CAGGAGGTCGCCAAGCACCGGCGTTATCCCGGTGCCATCCCGGCGTTATC	autosomal
CTTGCATGGCTCAGAACAAGTCAGCCCTGCTCCTTGGGACAGGGCAGAGA	autosomal
CCGCGGACGAGGCGGCGGCGGCCGAGGAGGAGGAGGAGGACGAGGAGGCC	autosomal
TGACCCTTACACAGAGCAGGTTACCTTCATCTAACATGTTATAAAATACA	autosomal
CCAAATAAGGCATATATTTTTCAGTATATGCCCACCAGGACTTGGTTGAC	autosomal
CCCGCAGCTGATGGGGCCGGGCCAGCAGAGGATGCAGGCGATCCCCGGCC	autosomal
AAAGGAGGTAAAATCCTCTTAATTCGAAGAGGGGCTGTCAGCGAGGAGGA	autosomal
ACCCCAAAATCCAGCGCAGCACCCGCAGCTCCTCCGCGCTCGGCTCCGCC	autosomal
CAGCCGGGGAGCAGCAGGGTGTTCGCGCTGCCACACTCGCCGGGCCACCA	autosomal
ATCAGGCCGCTTTACCCGGCGGAGCGTCCGGGGAGCGGCGGCTCCCGCGG	autosomal
TAATTTCAAATAAAAACCATCTTGTGTTTACAAGTACACTTTCAACCTGA	autosomal
GAACCCATGGCCGCGGCAGCAGCTCCGCTCCTGTCCGGGCAGCGAAGCCC	autosomal
CAGCGCCAGCCCCTGCAGCTTGTCCTTGTCCTTCAGCGTGGCGTTGAGCA	autosomal
CCAGTCCCTGGCTGATAGCCGGGAGGAGGAACAGGAGCTCTGGCACCTGA	autosomal
GCACAGCAGCAGGGCTACGAGCTGGTGCCGGGGTCGGTGGCGCCCAGGCC	autosomal
AAGAAATAGAGATACGGAAGAAATATCCGATATTTTTGTGTATATATCCA	autosomal
ACGCAAACCCACCAGCCTCTCGCGCCGCCACCGCCGCCGCCACCACCGGC	autosomal
CTCGGGGACGTTTCCGTGCCCGCGGTTTGGGGGGGGCCCAGGACCCCCAG	autosomal
CCCCGCGGGTCCGAGGGCACGAGACCCCTGGCGCCGCCCCTGGCAGCGCC	autosomal
CGCCCTCTCTGCGCCGCCGGACAACGCCATGAAGCCGGCGGTGCTGGAAG	autosomal
GTGAGGCAGAGCATGGCGTGCCTGCCAGGAGCAATAGATCCCAAAATGAA	autosomal
AATCCAGCTGCTGCCACCCCGTTATTTTCCTGAATTTTTGATTTCACCAT	autosomal
GGGACTGCCCGGCGGCCCCCGAGTTGTCCCCGCTGCCTTCGTACTTGCCC	autosomal
CCCCGTTCCCGGCCCCCGCCCCCGCGCCCTCCGCTCCGGCGGGGCCGGGA	autosomal
AATTTCCCCAGCTCGTGCAGGATCCCCCCTCTGAGACATGCAGGCCGTGT	autosomal
AACTTCTGCATTGAAGCAGAGGATGCTTTCTGAAAGGAGACTGACACAGC	autosomal
AATGCCTTTTGCCTGCTGAGACTGAGAATTTAGGAAGCTGTGCTGAGCAT	autosomal
ATTTGTCCGCGCCCCTTGCCCGCTGAGGCGGGGCGCCCCCAGCCCGCGCC	autosomal
AGCGGCCCCGGGCACCGTCCCGGTGTCCCCGGTGTCCCCGGTGTCCCCGG	autosomal
CAGGCCCGAGGTCCCCTGTGGTCCCGGAGGTCCCCCGGCCGCGGTCCCGG	autosomal
CGGCGCCGGGCGGGACCGGGACGAGGCCGGGACCGGGACCGGGACCGGGA	autosomal
AAACCCCCCCAGGACCCCCCAAAATCCCCCCAAACCCCTCCAGGACCCCC	autosomal
ACTTGAGGCGTTTGCGGGCGGCCCTGCGGGGCATGGCGGCGGCGGCGGGG	autosomal
GGGGTGCGAGAACCGGGATGGGGAAAGGGAACCGGAGCGGGATGGGAGAA	autosomal
GAGTGAGGGGCCGGCCGAGGGTCGGCGAGGCGGGGCTGCCGCTGAGTGCC	autosomal
CCTCCACAGAGACATCACTGGGGGATGTGATGGCAGCAGAAGTCACCTGC	autosomal
CGGGCCCCACAGCAGCGCCCGCCCGGCCGCGCTGCCCGCCCGGCACACCG	autosomal
AAGAATGGCACGATTGAGGGCAAGAAGAGCAAGTTTAATCTGTTCCCAGG	autosomal
CGGCCGCCGCCGAAGCTGCTGTAGGCCCGGTCGTCGTAGGGATCGAAATC	autosomal
CCCATTTTTTCTTTATAAAGTCCTTCTTAAAGTGCTTTTCTCTTTATGAA	autosomal
AGGAGGGGCTGGGGGTCCCTCGGCTGCCGGGGGTCCCTCGGCTGCTGGGG	autosomal
CGCTCCCCGCCCCCCAAGCAACGCATCCCATTGGCCGGAGGCGAGCGGGA	autosomal
AAATCCTGGTATATGGAGAACTGGAAAAAGTGGAAATGTTTAATTTCACT	autosomal
TATGAGGCAGCGCCGGGAGAGGACCCCGAGGAGCTCCCGGCCACCGAGAA	autosomal
GGGAAAACCAAAACATCCAGGTGGACTTTTTGCTGCCCACAGGCATATAC	autosomal
AGGAGGAGAAAGAGAAAGGTGCTGGGTGGTTGTGTGCGCCCGGAGATATG	autosomal
CCATGTCTCGCTGCAGCCCCGCCGCCGCCCGCCTGCTCGGCCGCTTCCTC	autosomal
CGCAGGACAAGCTCCCCTCACCGCTGAGCCCCTCAGAACCACCTCCCGCC	autosomal
AAGGAATGAGTAGTGGGAAAGAAACAGAGGCTTATTGTCAAGTTGCTGCA	autosomal
GATGTTTTCGACTGAGACATACAGTTTTGCCTGAGATCAATGCACAATAA	autosomal
CCCCCGCCGGCATCGCCTCCGCCGCCCTCACGCCGCCACACCGGAAAGGC	autosomal
CCGGCCCAGCGCCTGCCACAGCAGCGCCAGCGCCAGCGCCATGGCCGCGC	autosomal
GACGCGCGCAGCACAAGATGAGACCTCTGAGGAGCAGAGGAGCGGGAAGA	autosomal
AGTCCCCGTTGGGGACCACCTCGGTGGCCACCACGTGCTCCGAGAGCTCC	autosomal
GCGGCACGGCAGCCTCCGTGCCCGCCCGGACGGGACGCCGCAGCCGCGCC	autosomal
CATGGAAGGCTGCATACTCCCTGCAGCATGGCATGCCTGGATACTTCTGC	autosomal
GAGTGCCCTGGGCTTCCTTTGCCAGGCGTTTGCTGCCCTGCAGGAGCTGC	autosomal
AGGGGGAAAGGGGCACTGACTTCCTCCTCACCTGCCTCAGTGTCCCAGGG	autosomal
ACCACGGGCGAGGGTTCGATGATGACGGTGGAGTCCTGGCACTGCCTGAC	autosomal
AAAAATAATGGCATCAGCTAAAATATTCATGAATGCTAGCTGAACACCCT	autosomal
ATCCCCCGGGAAAAGCCGTGGGCGCTTGAGGAGGAATCTGCAGATGCTGG	autosomal
AGGAGAAGAGGTGGGGAGCCAGTGGCAGCGGGTCATGGGTGAAGACGGAG	autosomal
AATCCTCGTGCAGACCTCGCGCTGCCACGCTGAAACCATCAAGCTGGAGA	autosomal
TTTGGTTTTTTTTCTTAGAAAAACAGACAAAAAGCCAAACCAAAAAAAAA	autosomal
CAAACATAACACATAGCTGGCCTTTTATCTTCCTTTCATCATTCTGCTTA	autosomal
CTGGGACCCCCCGAGGGACCCCCATGGACTCAGCCCCTCCCCCAGCCCCC	autosomal
GGGGACCCCCAAAACCCCGCCCGGCCTCGCTGGAAGAACTCGGCTACGAA	autosomal
CTCTCTCTGGCCACAATGCTACTATTTTGGGCTTTTCTTAAATGCCTAAA	autosomal
CCGCGAGCTGGAGCGCGAGTTCTTCTTCAACGTCTACATCAACAAGGAGA	autosomal
CTTATTTCAGGTCTGCTGCTCTTTTTGGGGGAATCAGGGACAGTGAGGAA	autosomal
CAAGTGGAAAGAGTGTGGGAACTTGAGTGCTGAATGATATGAATGATATA	autosomal
ATTATTTGCCTTCGACAAACAAATAAGAAAGTGGATGTTACTGATTACGA	autosomal
GTTCAGACATAGATTAGCAACTGCATTTTTTTTTCCCAGCTCGCCACGGA	autosomal
CTGTAGGGACTGCAAGCATATCCCAGTGGATACATAGATACATATATGTA	autosomal
GCTGTTTAACTAGGTTCTTTAACTACTGAAGCTAATACATTATTCCAGAA	autosomal
GTGCATTTCTACAGTATTCAGTGTTGCTATTCAGTTTCTAACTTAAAAAC	autosomal
CAGCAAGAGAAGTGCTCTTACGGAGGATTTGTAGTTAAACCCCTTCAAGC	autosomal
CGTGGCTCCTGGGGGAAACCTGACGTGAGCAGCGGGATCTCATTTCCAGA	autosomal
GCACATGCACTATGGCAACCATGTTCACTAATTAAGAATATCCTGTCTCC	autosomal
TAACGCATTTTTTAATTAAAAAAATGAAAATTAGCAGTATCTGCAAGCAA	autosomal
CACCTGGGACACACCTAGGGTCACCTGGGACACACCTGGGGGCACCCGGG	autosomal
ACCTGAGGAGTATTGCCATCTTCTGTACCTGTTTGCTCACTGACTGTGTA	autosomal
ATTTATTTTAAGAAATGGGAGAGATTAAGTAAAAGGAAACCACTTAATAA	autosomal
CTCCTTGTCACTGTCTCATCCCCCTGGTAACCCTTCAGGATTTCTCCCAC	autosomal
TCTAATAGGTTATACTAAACATAATTACAAAAAGCCTCAGAATTTAAAAA	autosomal
ACTGCAAAACTAAGTGGGCTCTGGACTAGGAATAGTGAAATTTATGCTCT	autosomal
ATTTATATAAGACTTTAGAGAAGCTAGGTCAGCTTCTTGAGTCTAAAGAA	autosomal
CGGGGGTCTGCCTCGTAGTACTCACCGGGGTAGGGCAGCAGCGGAGGGTC	autosomal
CTTCAAAAATTTCCCCCCAAAATTTCCCAAATTTCTCCCCAAAAATCCCC	autosomal
AGATAATCTGTTAGTAAATCCCCAGTATAGCTGCACAAAATGATCAGCAG	autosomal
ATCCCCAGTCTGTGCTAAGCATCATGAACATAAAGAGAGATCCTGCTGAA	autosomal
ATCTGCTTTGCATCACAGTAACTACTTCAGGTGGACTAGAAATCGCATCG	autosomal
CAGTAACTGTAATGTAAGTCTAGCCAACACAAACTATTCACAAACTGCCC	autosomal
CGGCGCTCTCGGGGGGCTCCAACTCCCGGAACGCCGCGTGGGACCCCAAA	autosomal
GGCCATGAGAACTGCACAGTAATGCATGTGCCTGAAGGAAATCTGAATAA	autosomal
CGGGAAGCTGCTGCAGACCCACCTCACCAAGGAGGGCGAGAGCGTCCGGC	autosomal
AACACAGACAACACAGACATGCAGCCCTGCAGCTCTGCAGCAGATCCCAG	autosomal
CGGCACCCACCCTGGGTGCCCCAGGGCCCGGCTCGCTTGGCCGGCCGCTC	autosomal
ACGGAGGTTCTCCCAGCCAGGATTCCACTTTCTCCCTGCACGGCCACCCC	autosomal
GAAAACTCCACAGTGGGCTTGACTGGGCTTGCTCTAGAAAGAGCGCCAGC	autosomal
CCCCAGCTTCTTCTCATCTACTGGCATTTTAGCATTACTTAACTTCTCTA	autosomal
TAAAATATAGTCACACCATTGAGAATTCATGGAAATGTATCTTGTTTGAA	autosomal
GGGGGAGGAGTTGGCTGCTGTCACTGAAGCTGCTTGGCTGGAAGCTCAAC	autosomal
ATCAAAAGTGGGTTGGTCTGAGAAGTTTCTCTGGCCTTTTAGACATTTGA	autosomal
AAATGTGAACAGGAATAATTAAATACGTGTGTGGTATTAAGTGTGTGGCT	autosomal
TTATAAAAAAAAATCTACATCAATTGAAGAAAAATATCTTTGAAAGCAAA	autosomal
CCCGCGCCTTCGTCCCCGTCGCCGTCGGCCACCGCCACTTCCTGGTGGCC	autosomal
ATAAAACCTGATGTACAAAACAGGATGTGAAATCACTACCATCAGTGCCA	autosomal
AGAAAAAAAAAAAAAGTAATTCAAATATATTTCAACTATGATATACACCC	autosomal
AGACGTGGAGGATCCCACCACGGTGTTCTGTGGGAAGGAGCTGAGGATGG	autosomal
GAGTGCTGCTCAGGATGCAGAGGAGCGGGAGTTAAATGACACATCTTGAA	autosomal
GAAAACCCACCACTTCTCCCATCTTTGTTTTTTAAAGCAAAGTGATTAAA	autosomal
CCTTCCCCCTTTCTCTACTGCTGCTGAACGGCACTTCCAGGTGTTGCCAA	autosomal
ATTCCCTCTACGAGTCCCCGGAGCCCATTTTCACCAGCAACAACTCCTGC	autosomal
AATCCATGGAGGGGAATTCCATGGAATCCATGGAGGGGAATTCTATGGAA	autosomal
GATCTTCCTGTGTGGCCATGGAACATGTCAGCTTTGTGGAGACCGAATGA	autosomal
TTTTCTGATGTGGGGGCAATGCTAATAAAAACTTATTAGACTTTAAAAAA	autosomal
ACGTGGGAGTCCTGCAGCCAAGAATGCTCAAAAAGGTCCTCCAAGGATGG	autosomal
TCAACGCTCACCTGGCACAGGGCAGGGAGCAGCAGGTACTGCCGACCTGA	autosomal
AATTTGAACACTGTTTGCACAATGGTATAATCAGTAATGATTTTTCTTCA	autosomal
CTGTGAACCAGCCTGCTCAGAAACAGCTCCTTTTGTGCGTGGAAAGCTTC	autosomal
ACAGGGGCTGCTCCAGTGCCCAGCGGCACTCGAACAGGGGCTGCTCCAGC	autosomal
AAGGAGACCCTGCAGATGGAGTCTCCAGGATGGAATCCCTCGAGGTGGAA	autosomal
ACTAGACAATTACCTGCTTTAAATGTGTTACAGTTTATTCAGATCCTCTC	autosomal
AAAAAAAAGGGAAGTTGTCCCAACACATACACAGATTAGTTTCATAGGCA	autosomal
TGCTACTAAAAATATCACTAGCTGAAATTTTAGTATTAGCAAAGTTACCA	autosomal
CTAGAATGAGTTATTTAAACTGATTCTCATTCTCTTAATTCCATCTCAAG	autosomal
ACAGGCTCTCAGCTTTTGACCAACAAGTTTGTGAGATTCCGTGGCCAGCT	autosomal
AAAGATTACAATACAAAATACTTGTAAAACATTATTTTTTTTGTATTCGA	autosomal
AGAAGGGCTGTGCAGGGCCAGACCCCCCCTCCAGGCTGTACTCGAGGCTG	autosomal
CCGTGCAGAGACTCCCCCCTCACCCGTGTTTCTGCCCCCGCAGCGCGAGG	autosomal
CTTGGGCTGGGTGCAATGCTGGAGTCACCAGGATTCACTGGAGTTCAGGA	autosomal
ATTTTGGATCCAACCCCTACCCCCGCTGCTCTTCCTCCTCCTCCTCCTCC	autosomal
ACCGTCTGAGAGCTTACAGATGGTCTGTTAGCCTCCAAAAGGGAATTAAT	autosomal
ATCAATGCACACGGCCACTGAGCAGAAACAACCCTCTAGAGAATAGGGTA	autosomal
TAAATCTGTTCCCAAATCTGCTCCCAAATCTGCCCCAAATTCACCCTAAA	autosomal
CAGGCTGTGATGAGGTCCAGTGCCTGGTAAGTGGGAGCCTCAAGCTGTGG	autosomal
ATCCTAACTGTGGAGTAAATTGCCACACCATATGCTGAGAAGAAAAGGAG	autosomal
ACTCTCCTAGATGTGGGTTTCTTTTTTTTTTTTTTTTTTTATTTCTGGAA	autosomal
GAAGGTGTCCCCACACACACCCTGAGGTGCTGAAGGTGACCCACACACAC	autosomal
ATCCTCATACCCCAGCACACTCTTCAGTATCTCCACTGTGTGTTGTCCAA	autosomal
CTCCCCATCCTCACCCTGGCCAGGATCTCGCCACTGTTATCTCCAAACTC	autosomal
CGCGGGGGGCACAGGGGTGCCCGTTGAGCTGGGCGGGCGCTGCCGGGCTC	autosomal
ATTTACAACTAACATAATGATGATAAGCATGGACCACTAATCCCACATAA	autosomal
AGGTGATGGAGATGAAGATGATGAAGATGAAGAATTTTGGGTCAAAAAAG	autosomal
ACGTAAGCACCGTGTCCATGGGGCTGCTCCTCATGAGACTGCTGGGAGCT	autosomal
CAAACTGAAACTAAAATTGATGGCAGCCCAAATCTGGAAACCTGACTGCC	autosomal
GAGGTGAGTCCAGGTGAAAGCCAGCTACCACAGTAGTGTCAGGATGACCA	autosomal
CCTCCTAACCTGACCACAGAGCTGTGTCTTTGCCTGCCCAGCTACCTCCA	autosomal
CAGATTGCTGACCATTGGCCTTGATCAAAAGTTTTGGATATACAGCCTCC	autosomal
TATTTGTAACCCCATAGTGAACAAACCCAAACCCAAGGTGGAGCTGCCGA	autosomal
AGTGTCCATGGTGTGCACTTGCGGGGACGACACTCGCACAGCGACGCGGA	autosomal
CCCTCATTGCTTGTAGTCCAATTCAACATTCCGGTGCTGCACCCGCTCAC	autosomal
ACCACGATCTCCTCGCAGGGGCTGCGGGGGCCCTGCACCCCCACCAGCAG	autosomal
CTTCTATTTTTTTATGCCATACATATCTCATTCTAAATTTAGAGGTTTCC	autosomal
ATCCAGGATCCGCCGCAGCTCCTTGACGCGCAGCTTGCGCAGGTCGGCGG	autosomal
CCCCTGTTCCTACATGCAGCCCTTGCTACACAGCTCTGACTGATCCTGGC	autosomal
ACTCACCTGACTTGGGCAGGATGGCCAGCATGTCCTCGGTCAGGCCCATG	autosomal
GGTCCTCTCACCTGTGACCTTCACCTGTGATCCCTCACCTGTGACCCCCA	autosomal
ATCTGACAGGTGTATTTTCCAGCACTGCTTATCTCTGTTTGCACAAATTG	autosomal
GCTTCTGTTTGTAGCAGAGCACCAGAGCTTTGACTTTCTCATCCTGGAAA	autosomal
AGCTGCTGAGCGGGGCCAGCAACCACGTGAACCATGTACTTGTGAACACC	autosomal
AGAACCGGAGCTACTCAGTGGGAGAAAGCAAAAACAAAAATAAAAACAAA	autosomal
CTGCATAACACCAAGCCTTGCACAGGCAAAGGCAGTGATCACCTCAAAAA	autosomal
CTTGTAAATAGTTTTTTACTGTATTTTTAGAAAAGTACTTCCTCTACCTC	autosomal
CCTCCCGCTCGGGCTGCAGGATTGAGCCTCTCCAGTGTCCTTGTCTGAGC	autosomal
ACTGGGACAATGCTCTCGGGCACAGGGTGGTTCCTGGAGAGCCCCACACA	autosomal
ATTCCTGTCTTTTTTCTCAGTGGTTTTCCGTTAATCCATTGGAAACTTCC	autosomal
AGGAACATGGTGACTCCTGCTCTCCTGAGATATCCTCTCCCCAACATCAC	autosomal
TGCAGCGAGCCTGGTAAGTGAAGATACAAAGACCAAGTTTTTGAACAAAA	autosomal
ATCACATTGTCACCACCAATGGCCTGAACGAGGAAGAGCTGGAGCAGCTG	autosomal
GAATCCTGTGTGGAGTCCGGGCTCTGCTCGGGAAGGCCAGTGTTGATGTA	autosomal
ACTTCCTCGCCTGCATTTTTGTGGTTGTTATCTATTTTTTAAGGTATGGA	autosomal
CTCCTTTTCCTCCTCCTCCTCTTCCTCGCTCTGCTCCCGGCTCAGCGCAG	autosomal
AGCAAATCCCAGCAAGAAACCTTTCTGGTTTCCCCCTCAAGTCAAATCCT	autosomal
GTCCTGCGTGGGATTCGGTAAGTGGGTGCTGCAGAGGCTCCGGCAAGGCA	autosomal
TCTGTCCAGTGGCCTCGATGTAGCCAAAAAAGACCTCCTGAAATCCCCAA	autosomal
ATAAAAACATTAAAAATTAATCTTTATGGGGATAACTTTTATCCCCACCA	autosomal
ATCTAAAACCACTTGCTATCACTGATGAAGGAATAGAATTTGAGTGAGAT	autosomal
ACAGAGTACATTAGCTAGCATTAGTACATTAAACAAGAAAAAGTTAGAAA	autosomal
GTTAAAAGAGGTTATTGTTGAGAATAAAAACTTCCTGCCAGCAGATTTAA	autosomal
CCCTGATGTCCTGAACCCCCCCCAGTGTCCCTGATGTCCCCAATGTCCCC	autosomal
GACACCCCCAGTCCCCCCTGGAGGTGTGTGTGTCCCAGTAAATGCCACCC	autosomal
GCAGGCTGTGAATTGTGTGGAAGGCCCTTCTGGGAGGAGGCACAAGAGAC	autosomal
CTAAACCTAACCTCATCAAATTTAAAGGCAGTAACCCATGCCCTTGTAAA	autosomal
ACCAGAGCACGAGGCCCACTTGGTGCTGTGAGGAAGGGGCTGCTTGGCCT	autosomal
ATCTCCACTGAACATCGATAAAGTGGGGCTGACGTTGTCAAAATACACCA	autosomal
CAAGACCCCTCAGAAAAAAACATAATTTACCTCTGGCTTTGGCGTTGCTG	autosomal
CCAGCTCTGGATCTCCTGGAAGAGGGCATTGCCGGGGCAGTCGGTGCGGA	autosomal
CAAATACAACTATTTTACTCAAAGGTGCTCTTAGAGATTGCTGTTTTGTA	autosomal
CTTTATGTAAATATTACATACAGTAGTGATTCAAATCTTGTCAGAATAGA	autosomal
GCTAGATTTTTACAAAATTATTAGTCACCTTTGCAATTAGATTTGAAATA	autosomal
ACTTTGCCATCTTGTTAATTCTCCCTCGTCTTACAGATTCTAAACCTCAC	autosomal
CTCCTCTGGACACATTCAGTTAACATCCTTTTTAATTTCGGGGTGAGAGA	autosomal
ACTATTAGGAACTTACAGTCCTGCTGCCCTCACTGTACAGTCAAATCAGC	autosomal
AGAATCTGTGCCTGTCCCAGTCCTGGGAATGTCCAAGGCCAGGTTGGATG	autosomal
CGAGAGCGGTAGCGTTTTTATGAAGACATGTAATTAAAGGAAGCCATTAA	autosomal
GCAGAAAGGAAGAGTAATGACAGAAATGACTGGGATAATTTGGGTTTTTA	autosomal
TTTCATGGATCCAGCAAGCACTGCAGGACTGTCACTCAGAGACGAGGAAA	autosomal
GGCAGAGGTGCTCCTGGACTGCAGGCTGGCAGGAGGGAAGGACGGACAGA	autosomal
ATGAACAAATTTTATAACCAAATATGAGAAATCCGTGACTGCAATTAGTC	autosomal
CGTGGGCTCGTGTGTGCCCCACAGCCAGGCAACCACCACACCCAGCTGCA	autosomal
AAACTGCACATGCTTATTTAAGTGCAGTTACTTTTACACATGTTCCTTGT	autosomal
CTCACCAAAAGCCACAACCTACCTTGGAGAAGTTCATATTGCCTAAAAGA	autosomal
CAATGTTCAACTCTTTGTTAAGCCTCTTTGAACTCATTAAAGAGATGAAG	autosomal
AAACCTTAAGTTTGTTTATGCATAGACAATACCCATTCCATTTCATTGTT	autosomal
GAAACCACGGCCCGGATCTGTTCTTCCACCACTGGAGGGAAACATCTCGC	autosomal
ACCGCCGCATCCTCGCCCTGCGCCGCGCCCAGCAGCCAGCGCTCCTCCAG	autosomal
CAAATGTATGTGAAGACTTAGAAAGCATTTCAGGCTTTTTGGCCACAGAA	autosomal
CCACTTCATCCGCAGATGCCAAATACGGTTCAAGCAAGCTGCAAACTGGG	autosomal
ATGCTGAGAGCTTCTCTGTATTCTCAGTGTCAGACTTGGAGATTTCTTTA	autosomal
ACAAAAGCAGTGCAGCTTTCTGTAACAGTGCAAACTTCTGATTAAAAGCT	autosomal
AGGTGGAGATGCCCCCTCCATAGGACTCCTGTGCCTGCACTCATGGGGCA	autosomal
AACTATCTTTCTATTTACTCAGCCTGCTTACGTAGCACCATTGCCATTAC	autosomal
GGGCGGGGGCCTGCAGGGGACAGAGGAGGAAAACTCAGTCCACAGCCTCA	autosomal
AAAGCTATGGACGTGGATCTCTTGCCAACAGATTGCTGCGGGAGGGACTT	autosomal
ATTCTGGCCAGGATCAGCCCTGGGCTGTGGCTGCTCCATAGGGAGCGAGG	autosomal
AGTGCATCAAGGACCACATGGCGCCTGCCTTCCGCACCCTCTCCTTCTTC	autosomal
CGTCCTTGCTCCGAGGCCTCTGGGTGCGAGCGTCCTCCAGGGCGCTGTGC	autosomal
GAAGGAAGAAGGCAGCCCTCTGCCTCAGGATGACACTGGCATCGTTCCTC	autosomal
AACAAGAAGTCCAAAACAACATGCAACCCCAAAGCTAAAAGATAACAAAC	autosomal
AAGAGGAAAGACAGTACACAAAGCCGTTTGATCAAAAAAGACTTCAAAGT	autosomal
GTTTTAATATTGAGCTAGGATTTTCCATGCCTCTCCACAGCTTCATAAAA	autosomal
GTGGATCTGAGGGGGGACCCCAGTGCTGAGTTCACTTGGACCACACGAAC	autosomal
GGCACAGATGCTGACAGAAGCTTGTCTACTTCTCCTTTACAGTTTCTTGA	autosomal
AAACTCCAGAGATGGAGCTTCTTCTTCCTCCAGAGATTGATCCTCTCCTG	autosomal
CAGTGCAGGTGCACAGGTGCTGAACTCGCTACTCTTGTTTAATCCAAACA	autosomal
AAACACCTCAAACACCCCAAACACCCCAAAAAGGAGTCCCAAACACCCCA	autosomal
GCTCCTCGTGGGCGCACACGGTGCGGACGCAGATCTCCTTGTTGATGACA	autosomal
GCCCGCTGCTCCCTGGGGACACCAAACGCATCCCAGGTGAGATCCCGGGA	autosomal
CCTGAACTGGGGCTCCCCATCCCCTGAACTGGGGCTCCCCATCCCCTGAG	autosomal
AGATTTGTGTAATATTTGGGGTTCCAGTGCTGCTCAGAAAAGTTTTCTAA	autosomal
CCACCCTGGGACAGTCATGGCCCAGGGGCTGCTTACACTCCTGCCCCGAA	autosomal
CCTGACCAGGAATGCTTTACCTAATGCCCCAGGACACATCCTGGCTGCCA	autosomal
AGAGTGTACTTTGGAAGCAGCTTTCTAGACAGTCTATGTTACCACCAGTG	autosomal
CCAAATTCCCGTTTTTTCACCCCAAACTGACCGTGACCGTGGCCGTGGCC	autosomal
ATTAATAGCAAATGGCCATTCACTGGAATGTGCAGAATTAAGATCTCTCA	autosomal
AATATATTTTAAAGGACAATTATAATCAGCATAATGCACTACTATGCTCA	autosomal
GGGCTAGAGTTCTGCACAAAATCTGGGTGGTACTTTAGTACAGAAAGTAC	autosomal
GACCCCCCAGGGGTTCTGGGATCCCCTAGCCCCAGCACTCAGGGGACCCC	autosomal
AAAAGGCACAATACTGTCCTGACAGTGAGCATATTTAAAGCTTGGCTTTG	autosomal
GGAGAGACAGCATGGTGGGTGCATTTCCCTCCCCCTTCCCCTGGGACTCA	autosomal
ACCCACAGGATCCACGAGGCAGCCAAAGCTCACAAAGCCATGGAGCAGGA	autosomal
AAGGACAGTGGACAAGACCTGGATCCATCATTATGGAAATCATCAGCAAG	autosomal
AAGAAGAGAAACACCATAGATGATGCAAGAGGAGCAGAATGCTTTTACTT	autosomal
GAGTGTACACAGCCCAAGAGAGGAGCCACCCCAGGGCTCATGGGACAGCA	autosomal
AATGCCCCGGGAGCGTGGCACAGCCCTCCTGTCCTCTGGGAATGTCCTGG	autosomal
AGCAGAGGAGGGCTGGTGGCAGATTGTGTGGTGGACACTCCCACAGGAGG	autosomal
GCAAGTTTAGACTGGAAGATGTTGGCTTAACCTCAGACAGCAATTAAGCC	autosomal
GCCTCCCGCTACTTATTGCTGGGAACGCACCGCGGCGGCGTTGGAACTAC	autosomal
CCCGTGCAAAGCAGGAGGAAGGTTACATTTATTTTTCCCGTTCCAGCAGC	autosomal
AGGATCCTGAAGTGGTGTCTCACCAGGGTACGACGTTCCCTTCCCAGTCC	autosomal
GGCTTTCTAGGACAAGTTACTGAGAAACACTTGCTTTCTATATGCCTACC	autosomal
ATTTCCTGCACTGCCAGTCTGCGTTTCCCCACACAAGGTGGGCTGCCTGG	autosomal
AAGCTCTGGCCCGCTGCCCGTGGGCTCTGGACGCGGCCACTCGGCCCCTC	autosomal
TAACTACCTTTTTAACACATGGAACTTGTAATAGTTTGACCTTATAACTA	autosomal
AGGTCATTGACCTTGCGGGTGGCGGCGCGCCGCGGCAGCTCCTGGATCTC	autosomal
AATAAGGGTTACACTGGCAGATGACAGTGAGGGACTGGGGCCACACTGTG	autosomal
ATCTCTAATGGCCACTTAAGGGAACTCTCGAGAGTTTAATGCTTCTCCAT	autosomal
AAATAACAGGAACTATCTCCAAGAATGATAGACTCCTTTTTCTAAGGAAG	autosomal
AAGCAGTCCAGCTGGTTGAACAGTATTAATTTAATGACTATCTTGCAATT	autosomal
ATGGGTCCCCTTGGGGACCCTCCTCGCCCCCCTCCCAGTGCAGACACACC	autosomal
TCAGAAATGCATAACTCTGTCAGGAATTCTGCCTCTTCCCTTGAGTACCA	autosomal
CGCCGCTGCTCCGGTTGCCGCGGGACCCCCGGGATGAAACCGCTGCGGAG	autosomal
AATCCTAATATGCTCTTTCCCATTTAAACATAGGACTGGTGATGGTTTTC	autosomal
ATGAGGCTGGGGCACATATTCAGAAGGAGAATCAACTGCAGGCAAATGTC	autosomal
CTGCGAACGCCGAGAAGGAGAGCTGCGGAGCGGAGCCGTGCGTCCCCAAG	autosomal
CCCCTCGGGGGTCCCGTCCAGGCCCCGCTGCTGCAGCTGCGCCCTGAGCA	autosomal
AATCGGCGGCGGATTTGGGGAACAGCATCCGGGACGGGCGGTACCGCGAG	autosomal
AGGTCATCTGGGATGGTGCAGAGTTCCTGACTGACAGCTAACCAAATGTA	autosomal
ATTAAAAGAAAAAGAATCTGAATTTCTCCTCCTTTAGAAAGCAAGCACTG	autosomal
AGAAAATAGACACAAACATCTGTCATAGAGAGAGGGAAATGTGTAAACCC	autosomal
GTCCCGGGCCCGGGCGGGCGGCGCTGGCCGGAGCGTTCGGGGCCGCGGGA	autosomal
AAGACCCCAACTTGGCCTTGCTGGATTTCCTCAGGAGGTTCTCACCAGCC	autosomal
AAAAACACGGTTTTTAATAAACATTTATTGATGCAACCTCGTTACACCCT	autosomal
AGCTGGATCCCATCCCCCGCTCCCCGCCCGGAATTCCTGGAGCCGCGGGG	autosomal
AGGAGTGATAGTGAGTTTTCTATTGCGCTTTTTTCTGTTCAAGTCATTCA	autosomal
TCTTTAACTTAATATTCTTTACAAATAACATTGGTAACTTAAGGCAATAA	autosomal
CCACTGCAAAGGGAAACTGACGAACACAATAAAACCAGTTACAATAAACC	autosomal
CCATGAGCATTTTAAATGTGAAACACATCCCTTACTTGTTTTGGGTTTTC	autosomal
CAACGTGCTGAAGCTGAAGCAGATCATCCCGCTGCAGGGCAAGTTCCTGC	autosomal
CTGGCACGGGGCAGGAAGGCTGGAGCACCCTCAGCCTCCCCCCCTCCTCA	autosomal
TCCTTGACACCCACTTCATTTTTTTTTTTTTTAATCAGTCAACACTGAAA	autosomal
CTATAGAGAAGTCACTTAAAGACACAGTGTTTATTTTCAAACCTGGGAAA	autosomal
CAGGCCTGCTGCTGTGCCTGGGCTCGGCAGCCCGCTCGGAGCACCTGACA	autosomal
AGGATCCTGGAAAGCCAGGCAGATGCGGGGTGGGCAGTGCTCATCGGGCA	autosomal
TCCTTTTCCATAGATTTAGGGAAATCCAAAAGGTCCCTCTGGAGTTCCAA	autosomal
CTTATGAATTTACTTTAAGTCTTCAGAAAAAGCAATAGGGAAACAGTAAA	autosomal
CTGCTCAAAAAGGAAAAAAAAAAGGAAAAAAAAGCTTGTGTTGATACAAA	autosomal
CACGTGCCCAGCAGAGCCTGCTCTAGCCTAAGAACGGGCCAAGTCAAGAC	autosomal
AAGGTAGCCAAGCACTCCATCCAAGAGCATCCAACCTCCCCACCAAAAAT	autosomal
GTGTGCTCAGCCGGGGCACACGGGTGCCACCGGGCACCAGAGGACTCTGA	autosomal
ACCCAGGTGAATGAGGAATGCTTGACCCAGAAGTTCTTCATGGGATGCAG	autosomal
AGGAGGGCGATGAGGAAGAGCAGGATGGCGCTCATCAGAGCCACGCAGAG	autosomal
CTTGGTTCTAGAACTCCAGTTCTGTCTGATTTCTTTTTTTTTTTCTTTCC	autosomal
GAAATGAGCACAACAAAATACACTGCAGACTTTGCTAACAAGGAAATTAC	autosomal
CAGCACCTGCAGGTGCTGCCGCACCCGCAACCCACGGCTTCCGTCCCCGC	autosomal
AGCACTGGGAGGGGTCACTGGGCAAACTGGGAGCACTGGGAGGGGTTACT	autosomal
AGACCCATGACCACTTCTGGCTGGTGGGACTGGCCAGTTGGGGCAAGGGC	autosomal
AAAATCTTTCACCATCTGATTGACCGAAGTTTGCCAAATAAAAATAGACA	autosomal
CTGGGGAGATCCCTTCAGATGTTGCACTTGGAGCTTGGTGTTTGGTTTCC	autosomal
GTGTCAAGATCCCATGGAACTGGTGTACAACTCTTCATCATCACTGACAA	autosomal
ATCCTGCCCTAAGCCTGGCAGGTGTGAGGAGGACTCTAGACAACCCCTGG	autosomal
CTCAATCTTTTCTCCATGGGACAAAGAGACTTTTTTCAGGTGCCCATTCC	autosomal
AAGTCAGATGTTACAAGTATCTGCAGGCAAAAGGTTTTTTTCATGGACTG	autosomal
CAAGTACTTTTCCAGCACTGTTAAGATCTGTTATTAAAAAAAAAGGGGAA	autosomal
CGACATCGAGCTGGTGGGCGCCGGGTACCGCTTCTCCCTCATCAAGAAGA	autosomal
CACTTGCCTTTTTACTCAGAGTACAGCATTTCACTAAATCACTGAGAAAC	autosomal
GGTGTTTGGATCTGGTCTGGCAAGACACTCGAGTCCTGGAGGCGCTTCAC	autosomal
CAAGCCCAGTGGAAGCCATCTCTCCAGTTCTGGGGCGCCTGGCCGAGTGC	autosomal
GTGCTGCATCTTGGTTTATAAAGTTAGTTTACCTAGGGGCCCTGCAAAAA	autosomal
ATGTATAGATCTCCTGTTCTCAGCATTGGAGAAAAGTTATTTTCCCACAC	autosomal
CACACTTAATCCTACCCCAGTTCCAGTGGAAAAGGAAATGCCTCTCTGTG	autosomal
ACCCCTCCCCCACCCCTTTTTTGCCCCTCCCCCACCTCTTGACCCCTCCC	autosomal
AGCAGCACTGCCTGCGGTGTGCAGAACATCAGCAGAGCTCCGTGTTCCGA	autosomal
GAGTGAGATCATTACTGATGCCACGGCAGGTGAGGCGGCACCTTGGCACC	autosomal
CTTGCCCACCTGCCCTCCCTTGTTGGAGACCCTTTCTCCAAGACTGCTCC	autosomal
CCCTACCTGGATACTATGACATCCAACTGCCTCTATGGGTTGAACCTGAC	autosomal
TCCCGCCAGGAACCACAGCTCCGTGGGAGCGTCCCTGCCACACCAATAAA	autosomal
CCCCCCGGGCCGCCTGAACCCCCCGGGACCCGGAGTGACCCCCAAGTCCA	autosomal
AGCTCCTTACTCAGTAAATTCTTGTCCATAACTGATTCAATGTCAGTACA	autosomal
AAAAAAAATACAAACATAAAATGTCTTTCTATTCCCCAAGCAGATTTTAA	autosomal
AGGGCTGTGCCTAAATCCCCGTTCACCAACGGCACTGCACAGGAGGGCAG	autosomal
GTGAATTCAGTTTATTTGTGAACATAGAGCAGAGTTCATACACTTTTACA	autosomal
AGAGAACAAAAAACTTTCTTGGCTGCAGCTATCAGCTAATTTTTGGTTGC	autosomal
ATGCAGCCAAACTGAGGGATCAGTGCAACAGCCACACACAGACCACAACA	autosomal
TCCTAGAAGCATAAGCAGGATATTCCTCAAGCCAGCAAAAACAGGAATAA	autosomal
GCAACAGCTGGTGTTGTGAATCAGGCCGTCACCAGTCGGAGAACGGCTAC	autosomal
CAGCCACCAGGGCTGGCTGGCAGCGGGGACAGGCACTGGTGGCATTGTGG	autosomal
GAGTGAAGAGCCGGGACATGCACGGCAAGAAGATAGAAGAGGAAGAGTGA	autosomal
AAGTGATTCAAACTGACATGAACTGGTCCCAAACTGACCCGAACTGACCC	autosomal
GAGTATGACTGACAGATGTGAGAAATTAAACTGCAACACTTTCCAAATCA	autosomal
CGGACAGCCGCCGTTGGTCTTGCGCTTGCAGCCCTTGGTGTGCTGGACAA	autosomal
AATTAGAGGTTCTGCCAACTTGTGTACTGTCTGTGCTAGAAACAAGTGTA	autosomal
CGTCCGGGAGCAGCCGCTCTTCTCCGAGCTCTGAGCAGCACCCCAGGGCC	autosomal
TCCCGTGCCTGGTCTCTGTACACTCCAAAACAAATGTTCCTAATGCCCAA	autosomal
GAGAACAGGAAGTCAGGAGCAGGCACTGGCCTGTGTTCTGAGAAATAGCA	autosomal
CCCGCAGCTCTACGTAGGTCACTGGGGGGTCCTGGGGTGTGGTGGCACGG	autosomal
GGTTTGGGGTGGTTCAGGAGGATTTAAACAGTGCAGGGAAAAGTTGAACA	autosomal
CTGTGCCAGGAGCCTGCCGGGGGTGAACCCCCCAAGAGTGCCCGGCTGCC	autosomal
TAGTGATTCTGAAAGTGAACAAAATTAGTGTGTTTGTACTGCTCCTTTGA	autosomal
CGCCCTCGGGGAAGAGGCGCGGGCAGCGCAGCGGCACCGCGCCCATGTCC	autosomal
ACAGCACTTAGACATGACTGACTTAACCACTAGACTGAGCTATTAAATCT	autosomal
CCCATCGCACCAAAGGATCCTTTCCAAGGTTCATAAATAATGAATTTGAA	autosomal
CGGTGGTGCCAGGGTCAGCGCCTCGCCCGGGCCCATGGCCGTGCTGAGGA	autosomal
ATCACCGGGTGGTTGTATTAAACTGTGCATAAAATTCTTCCGTTGGAATA	autosomal
TGGAAATTATATCCTCCATCTGCAGATCAGTGATTCCATGGAAGATAACA	autosomal
CACCAACCTCCAGCTCCAGGTGCTGCCACCGCCCCCAGGTGCCACCAACC	autosomal
ACCACCACATGGAGCTGAACTGTTCACCTGGCTGCTCTGAATGCCACAAG	autosomal
GGGAGGATACATCAAAAACTTCAGAGTTAAGCATCTGAGAGCTGCAGGTA	autosomal
AAAATAATTTCTCTGTTTAGACTTTGTAATAAAGTTTTTTGTAATGTGCT	autosomal
GCTCTGGTTCTCCCTAAATATTTTGTTGTATTCTTACAGGTCTGTCCAGA	autosomal
AACGAAAACAAAAACATTTCACAGCATTTGCTGCTGATAAGAATTTGCTT	autosomal
ACATAGTACTGACCCTATGTAGTGACATCAGCTGCTCTGGAGTTTTATAT	autosomal
AATGTGTGAGTTCTCACAGGTACCAGGTGTCTGTAGAGCTCCCCAGACAG	autosomal
TTGTATATGTCCTCCATAAAACTTTTGATTGGTTTAATGGCCATTGTAAA	autosomal
AACAGGAAGAGAAGCACCTCCTCTCTCTTGAACCCCAGTCTTCACACTGG	autosomal
TGGGGTGGAATTTGGGATTTTTTTGAGGGGAAATGGGGTTTTGGGGGGAA	autosomal
CATTATTTGCCTTCTCCAGACATCTTCTGTTCTCTTCTGAGACTCACTTA	autosomal
ACAATTCCACTTTGCTGTTCTACAGGATAAAAACAAAGTTTTCAGCCATC	autosomal
CTCATTTCCATCAGTACTGCTCCAATGACTTGTGAATAAAATTGTGTATC	autosomal
CCCTCTTCAGCTCTCTTTTAAATAGGCTCTGCAGATATTTTTATCTGACA	autosomal
AAGTTTTTGGGATTTTCCCAACCCTTGGGTTGCTCCGTTCTTCCTCCTCC	autosomal
CAGGCAGGGCAGGCTGGCACTCCGTGGGGCACAGCACCACAATCCCTGAG	autosomal
AACTGCCACAACCCAGGTGGCAACAGGAGCAGCATGGACTGCCAGCAGCC	autosomal
GGGCACTCGTGAAGTTCTGAGGTTTTGTTCCTCGGGGATTTATGTAGATA	autosomal
CCCAGTGCCGGGACAAACCCCACAAACCACCAGGGGCAGGGGTCCCCAGA	autosomal
GAAATTCCACATTCACCTGGCAAATCTGAAATTCCAAATTCACCTGGCAA	autosomal
CTCCCAGGTTCCCTTCAAACTTTTTGCTTGCTTTTTTGAGCCTGGCAGAC	autosomal
CAGAGCCCACATGTTCGTAAATCTCAACCAAAAGACCACTGAGGAAATAA	autosomal
AGTATACCCATCACCCCCAGCCATAGGAGATTGGAACAGCTGCAGTTTTC	autosomal
ACTGACCTCTTAAGAAAGGGGGTGTGTGAGGCAGATAGAGAATAAGGACC	autosomal
CTCTGACTGCCAAAAGCTGATTGAGACTTGCTGGCTGGACGAAACCATAA	autosomal
AAGCTGCTCAAAGAAATAGGTAGGAATTTAGTTGGGTGGTGATTTCTGCC	autosomal
AAATGGATAATCAGGCAGTTTTAATTACAGCATCTTGATTGAATGATAAG	autosomal
GGGTTTCAACACAGATAGCATCTTGAGATGTTAATTAAGTCCACTTGGAA	autosomal
GAGGGTTTTGGGTATGACCTGAGGCAGAGGGTGTCCTACTGAAGCTTTTA	autosomal
CTGCCGGGCACGGCCGACAGGTGAAGCTCATCGTTGGACTCGTGCGAAAA	autosomal
TATGAGCACACACACAAGGTATCAAACACCAACACATGCAGGAATAGTGA	autosomal
AAAAACACCATTTTTAAAAGTCTGAAAGGCACATAACTGGACCATAAAAC	autosomal
CTTTAAGAGTGACATTCAAGATGAATATGGAAAGCAAATTATGAACAACA	autosomal
AAATGAAAGAATTGCATGATTTTTGATGACCAGTACACCCGTGAATCTAC	autosomal
CTTGGAGTAATTGGCACAGATGTTACTTTTATGTGTGGAGGAGATTTTAA	autosomal
ACGTGTACAAGTTGGTCAAGGACTAGGGGCCCTTGGGGACAGGCAGGGGC	autosomal
AATTTCAGGGAAGGATTTGGGACAGGATCCCAGGGGATCAGACCCCGGGG	autosomal
AAAACTTCAGTGGTCAAAAATACCCAGGTGCTATGGAGTAACTAAATGTT	autosomal
TTAATGGCTTTAAGGTGTTTCATGGAGGCTGAGTGATCTGAAAAAAAGAA	autosomal
ACAAGATGTATAATTTCTAAAGTGTTTTATTGCTCCATTCTTGCAAGTTG	autosomal
CTCCTCCTTGGCTGGTGTGGCGTTCAGAAACAATAAAATCGGTGCTCCCC	autosomal
CTCCTCGCCTCATCCCAGACCCTTTCCCATCTCTCCTTGCCTCATTCCAG	autosomal
AATCCTGGTGCAAATGCAGCTAAGATTTCTCCTGTGAAGCACCACTGGGC	autosomal
CTGCTTCTTGGTGTTGTCTCCATCAGCTTTACTGCAGCCTCTCCTCTCCC	autosomal
CAGCTGCGCCAGCACCGAGGTGGCCACGGCCTCGGCGGCCGAACGCGCGG	autosomal
CGGGGGGGGTTGGGGACAACACGGGGACAGAGGGGACACCCCGGCGGGGC	autosomal
GCCCCTCTGGAGCTGGAACATCCAGCCCAACTGGGAATCCCGCTCCCAAA	autosomal
GCTGGTACTGCTGCGACTCGGGTCCTTCATGGCTGCCACTCCAATCCCAA	autosomal
CATGGCCGTGGGGCCCTCGCAAATCTCCTCCAGCCTCTGCTCGATCATCA	autosomal
ATCCTGAGTCAACAATGTAGAATAAAAAGTCAATTCAGGAAGCTTCACTC	autosomal
AGGATAGCTTGCAGTTCACTGAGCAGCAGACAGGTCAGGACATTTGGCAG	autosomal
TACCTTCTCTCCTGTTTTCAACTACTTGCTGTAGCTTTAATAGCAGCAAA	autosomal
TCCTGTCCTGTTCTGAAGCAGCATCAGATGAACCCAGTGAGGGTTTCAGA	autosomal
CTCGCTCCAGCCGGTCCGACCGGTACCGGCCGCGGGGCCGCGCCCGCTGC	autosomal
CCCGCGGCTCCTCAGCGGGGCACAGCCCCGCCCCACCGTGTGCCCTGGCC	autosomal
CCCAGATCAACCCAAGTTCGCCCCCAGATGGACCCGAGATCCCTCTGGGA	autosomal
CACAGAGACGGGGGGCGGGCACCCCGGGGTGGGGGGGGCCGCACGCAAGC	autosomal
ACATTGACCTTGGTGTGCTGGGGCTGCTGGTGTCCAGCGAGGGAGATGGC	autosomal
CAGTCCCTACAAAGATGTGTTTCCCAGTTCCACTGTGCCAATGCCCTGAG	autosomal
CAAACAAACAAACAAAAAAAAAAAAACCAAAAAAAAAGCAAATGCATCCA	autosomal
AAAAAAGGCAAAATTCAGGTTTGTTTGCTCAGTCCAATTAAGAAATGGCC	autosomal
CCATGGTGTGCAGGAAAGCCCAGGTGCTGCGGCCCAGCTGCTCGCTGTCC	autosomal
CACAAGATAGCATGCCATGACACCCAGGCATTTCTAAAAACCCGGTTTTA	autosomal
GGGTTCTGTAGCAGCAAGCAATAATGAACAGAGGAGGGAAGCAGCCAGAC	autosomal
AGGAGGAATAGAGGGGAAAAGGAGGAAAAAGGATGAAAAAACAGAAAAGG	autosomal
CGCTCCGCGCATCGTCCCGGTATTGCAGTGCCTCCAGGAACGGTGCACCC	autosomal
TAATATGGAAATGTCACTCTGCTGATTTAATAAAAATATTCCGCAATCCA	autosomal
CAAGGACTGCTACATCGTGCGGCGGCGCGGGCGGCTCTACGTGTGCTGCA	autosomal
TATATATATATATATAATGAAACAAAGGGACTGTGATTTATTAAAATATA	autosomal
ATTTGGATTTGATGGCTTAAAGTTTGATGACTTCATTGCCTCTCCCTCAC	autosomal
AAAGAGGGCAGGGGGGAATTTATTTTTTTTTCCTTTCCTTTTTTTTTGTT	autosomal
GTGCTGACAGCTGGGTATGGCATAGCTGTGACAGATTCTCTTTATCCACA	autosomal
CATATTAATACATTCAATTAATCTCCTGTGTCAGTATATTTCAGTTACTA	autosomal
CCCCAAACCCGGGGTCGCCCCCCACCCGCGGGGTTGCCCACAGCGCACCC	autosomal
ATGAAGAAGAGTTGCTTCCATTAGAAATTAAAGTTGAGTTTTCAGTTTCA	autosomal
AGCAGATAAAGATTTTATTTTTATTTAGCAATCAGTACAAGTGCTTTGTA	autosomal
AAGGTGTGCCCCGACTACAACGCCCACAGCCGCCGGCCCTACTTCCCCTC	autosomal
AATATATCAAGGTGGCATTTGAGCTGAGAGTTATCATTTTTTAAATACAT	autosomal
GCATTTTCTGATGGGTCATCTGCAAACTCTCAATTTAAAAAAATTAGCAA	autosomal
TAACTGAAAGACCAAGTTAATGACACAGAAAGAGAACCCAAGTAAATTCA	autosomal
AAAATGTGACTGTTGGCAGTGCACATGCTTTTCTGGGATGATGCTACACT	autosomal
ATCAGAATGAACGTGATGAGAGGCTTCTCTGTTGCAGGGTCTTTGGAAAT	autosomal
CTCTGGGAAGTCCTCTCTTCCTTCTAAATCTGAAGTGAGAAGTCATTATC	autosomal
AGATAATACCCTTCAACATCTCCATCACTGGCAGTGATGCTAACAGATTG	autosomal
AAAAAAAAAAAAGAAAAAAAAAAAAAAGGGTTTAAATAACTTGTTGTTGT	autosomal
ACATCTGAAGAGGTGAAGGAAGTGTTGTAGAGTGAACTTCAATGCCTTCA	autosomal
ATGCTTCAAAGGCTACAAGCAATGAATTTATTTGGAAAGATTTATTTTAA	autosomal
CCAGTTTTAAGCCTCCCAGATTTAAAAAGGCCCTTCCATTTATTTGTTAA	autosomal
CAGCCACAGGTGGAGGATGGCATCTTCTGAAATCCATTCCAGCTGCATAA	autosomal
CTCCCTGTCAGCGTTCTTGGTTTTCAAAGGGGAAGAGGACACAGGAAGGA	autosomal
CCCCCGGACCCTCCCAGTTCATCCCAGTTTGTCCCAGTCCCTCCCAGTCC	autosomal
AACAATACAGCTATCCTGCTTTGCTCTTGTCAGCTTGCAAAGAGAATATT	autosomal
CTCATGTAAAGCTTAGGAATTGATGGCATTCCCTGGGTGGTGAGTAAAAG	autosomal
AAGCACAATGTTACATTCCATCCTTTCCAAAAAGAACCAAACTTTGACAA	autosomal
GGTACAAAGTCCCTGACACATAAGTGACAGGCCTCAGGTGGCAGGAAGGA	autosomal
AAAATTTTTCAGTTAAAAGTAATATTTTACAGTCAGGACGAAATTTTAGA	autosomal
CAGCAGCAGCTGTAGGGAACCACTGTCAGAGAGAGGATGGTGAGGGCCAG	autosomal
ATTTTTTTACCAAGTGGAAAATGTTGAGTTATCACCAAAAAAAAAAAAAA	autosomal
CGTCCCCAAAGGGGCTCCGGCCGCAGAACACGAGCTTCAGCATGCAGGAG	autosomal
AAACCCCAAGTCCTCACCCACTGCTTCCGCTCCCTCGTCCAAGATGCCTC	autosomal
CAAGAAGGTACAGTTGAAATCCAGCATTGGAATCAAGTGAATTTTGTGAA	autosomal
AATAAATGTCCAGAACTTGTTGTGCTGTGTCTGGCAGCAGGAGATTCCTC	autosomal
CGTCCTGCATGTGGGATGGGGAGGGGATGGTGTCTGGCCCCACTCCGCAG	autosomal
ATCCCCTTTATAAATGTCAGAGAGACCCATGTCCAAACACAGTTGACTGC	autosomal
ACAGAAATAAATTGATATATTCCGTGTACAAAACATGCTCCTGCAGGCCC	autosomal
GCCCCCCCCCTGCAATTCCCCCGGTTGCTCCCAAACTTCCAAATCTGTCA	autosomal
GTTTACACAAATCTTTATGCGGGAGGAAGGAGGACAGATGCAGCTGAAAC	autosomal
GCAATTTATTTTTCCTTGATCTCCACATGCTTTATGCACAGTCATGTTTA	autosomal
AGACTAGAGACGAGCTAAGGCATTTCTCTAGCAATCACCATAATTCTTTG	autosomal
GAGCGATGGATTTTGAATAAACCAGAGTTTTACTCTCATTTTTTTTCCCA	autosomal
AGCTGCACCGACCACCCCGAGCTCACCCAGCCTCCTGTTCTACAAGGACA	autosomal
GCAAATACTTGTTTGGCTTTGGGGCGTTGGTTCAGACAGAGTTCACTCCA	autosomal
AAGTTTTATGGCAAAATTGACATTAATTTATAGCAATTTTATGAATCCAT	autosomal
AAGGGAGTTTTTCTTTCCTTCGGGCCAGCATTAGGATAACTAAACTTGTG	autosomal
AGCACCCAGGAGAGAGAAAAAAGCCAGTCCTGAACACACAAAATCCCTTC	autosomal
AGCTGTCGAAGTCCAGGGCCAGGTCGGGCTCGGCGTAGCGGGTGATGAGC	autosomal
ACTCTCCCAAAAACTCAGGGCAGCCATTAAAAGCTGCAGACCTGAGATCA	autosomal
AACAGGAAAGCTGCCTGTGAAAAGAACAAATGTGTGCTTTGCTTGCTTTA	autosomal
AATTTCATTCTGAAGGACCAGCTCAGTCAGATTGCCATCCCTGTCATCAC	autosomal
CTTGGCCATCAGGGCTGAGCATCCTCAAGCCCTGGTGCTGTCAGCAGATC	autosomal
CCTGCTGGCCTGAAGGAAGCCTCTTCCCATGCTGTGCCATTCCCAGCTGC	autosomal
CTCACTCTAAGGTTCCACTAGCAAAAAGACCAAGCTAGGCTTTGAATGGA	autosomal
AGTACTGTATCAGATGGACCTTGGAGGGCACAAGACACTTCCTTCCCACA	autosomal
GCAACTATACAGGCAAACAGTGGCTCAAGAATATTAGCATATTCATGTGA	autosomal
AACCACTTTTGATGATGATATCAGCACAGCATGCCTAGGGCATTTATTTC	autosomal
CTCCGTTCCCTTCCCTGGACACGCTCCAGCCCCTCCAGGTCTCTCCTGGC	autosomal
ATGAGTGGAGGTGGAGGGTACCTCCTGTCTGGCATCACTGTTGTGTTGGA	autosomal
CCTCCAGGGTGTCCTTTTTGTCTGATACAGGGCAAAAATTATTCGGGTAC	autosomal
CTCTGGGTTAGCAAGGGTCAGCCCATGGCCAAGTTCCCCAGGGATTGGAA	autosomal
ATCCCACAGAGTTTCCCCATGGCCAGGCCCACGTCGCCCTAAAAACCCCA	autosomal
CGGTCTGAGCGTTACTTAGAAAAAAACCTTCCTGCCACCCCCACCCCCCA	autosomal
GCACGTGGGGAAATGCAGGACTCGGTTCTCCTGGGAACACAATTCCCAGC	autosomal
ACTGCACACAGGCTCTTCTCCAGGGGCTCTCCCTCTACTCTGCAAAAGCT	autosomal
AGGAAGAAGAGGAGGAGGAGGAGGAGGAGGACGAGACCCCCAGCGCCGCG	autosomal
CAACCCTTGCATACACTCCAGCAGTCCAAAGCCTGCAAGAGACCTTCTTC	autosomal
GGTCAGATTGTGAGAGGTTTTTTTTTTTGTTTGCACAGATATCCACAGCA	autosomal
AAAGGAGAACTTCCCTAAGCACTTGGTTATGGATATTAAAAATACACATC	autosomal
CCCCAAAATACAAAATCACCCCAAAAACCCCAAATCCCCCCAAAATCCCC	autosomal
ATTTTCATTTGTTTTTTGACCTGGAAGGTATGGAGTCACAAATAAACAAA	autosomal
ACGAGCTCCAGTGGTTTTCTTATGAGAGAAAGTTTTTGTGCATTATGAAA	autosomal
GTGGGCGCCGTGTTCGACATCTCCAACGCCGACCGCTTGGGCTTCTCGGA	autosomal
ACCGCAACCACCCAGGAACTCTGAGGGATGGGAAACGGGAAAGACCTGCT	autosomal
CCAAAGATCAGGTAATTAAAGAGAAAAACTCCCCAAAATTAAAGCCTGCC	autosomal
GAGATAACATGGTGCACCAGTGTTGAATCTGACAGTGACAAAATCTGTCA	autosomal
CATTTTACCCTCCCCAGGTGTGCCCAGGTGTGCCCAGGTGTGCCCCACCC	autosomal
CGGTTCCTCCCCGGGTGACCCCGGCCGGTCCCTCCAGCCGGGCCCGCTCC	autosomal
TTAATATTGCCAGGGAGCTTTTCAGTTGTTAAAAAATGCAGAAAATAAAA	autosomal
CATCTAATCAGCAAAAGATAGCACTAGGCACAGTTTAGACAAAAACCTCA	autosomal
GAGAGCACACAGCAGCCATGTTCCCACCCCAGTTGATTTTTTATGGTTCC	autosomal
CATGCATACAGGTACATGTATTTTTTAGTTATATGTATAGATACAGTCTC	autosomal
CCAGCCCATGCTCAGGGCAGGCACCGCGCTGAGGCAGCTCTGGGAAGGAC	autosomal
CCAGACCCCCGTGTGGGGCCAGACCCCCGTGCACCCCTGGAGCCTCGAGC	autosomal
CAATGACGGCCACCGAGTCGGAGGGGTTGACAAAGAAGCCGTGCTTGCCC	autosomal
CAAGGATGAAAGCAATAATCTGATTCCTTACATACTTTAGTGATACGCAA	autosomal
ATATAAAGATTTGTCAGCTTACAAAGGCTCTGGGCTGATTTTATTTCAGC	autosomal
ATTGAGCCGTCTGCTGTGCTGGTGACCCTGCCCGGGCCCATCCTCAGCTC	autosomal
AGGGAGAGGTGAGTGGCAAAGGCAATTCTAACATGAACTGTGACCTGGAA	autosomal
GCGGCTCCAGCAGCTCCCGCACCCGCTGCTCCAGGCAGCAGCGCCCGCCC	autosomal
ATTGTGGTGGGTAGGGTGTTATACTTGTATTTATCAGATTTATAAACCTG	autosomal
CGTGGATAAAAGAGCCCACCAGAAATTGCAGAGCGGTTCAGGGGTGTAGA	autosomal
ATCCCCAGTCACTCAGCTGGGAGGGGAATAAACAGCTATATCAGCGTGTG	autosomal
GCGCTCCTTCCTGAACAGCAGTTTACATTCATTTTTGTCATAAAAAATGA	autosomal
CACAGCGGGGCTGTTTGGGGGACAGGCAGCTCGTTCCCCTGGCTGGAGGG	autosomal
GCTGGCTTCCTCTTCATCTCTGCACTCCTGCAGCTGCTTCATCTTCTCCA	autosomal
TATGGAGTCTGTAAATGTTCATGCGCAGTGAATATCAGAAAACCAAACAA	autosomal
GGCCTCTATATTCTCTTACCATTTTCTGCCTCTTAATTTTTCACAGCTCA	autosomal
CAGTGTGGCATGGCAGGACGGGCACGGCAGGACGGGCATGGCAGGACGGG	autosomal
AAAAGCAGCTGTGCAGGTGTTGGATGACATTGAGAAGTGCCTGGAGAAGA	autosomal
AAAAGATTCACCTACAAATTCAACTTCAACAAACTGGTGATGCCCAATTA	autosomal
GGCATTCCTTTGATTCTATTTTTCATTCTGCTGGTGGAGTTCACTTGGCC	autosomal
GATTTCTGGGGTGCCTCACAGCAGGGTCCGGCCTCGCTGCGTTGGCAAAA	autosomal
ACAGAGAAGAAATCAGTTATACCTCTGCCTCATCCTGTGAGACCAGAAGA	autosomal
ATATTTTTGCAGTTTTACCTCAGTGAGACTTAGTTTAGTTTTGCTTAAAT	autosomal
TCTTGTTTCTTTTGCACCAGCAATTTACAAATTAAAAAAAACCCCCAAAA	autosomal
GTTGTGCAAGCTCTGCTGCTTCTGGCAAAATGTGCAAAGCTGATCCATGA	autosomal
TCACTCTGCTGGGGGCTTGGTTGGAATTTGACTCCTTCAAATAGACAAAA	autosomal
ACTAGTTTAGTATATTCTTCATAATTACAATCATTATTGTACCTTAAAAA	autosomal
CGGGCCCGAAGTTCTTGGCGGCGCGGCGCTCGAAGGCGGCCACCATCTGC	autosomal
CAACTGCACCTATCACTCTGGTTTTGTGAGACTGTGGTAAAACCTGAATA	autosomal
ACCCACGGGGTGAACTGGTCAAATCCAGTGCCAAACAGCAGCAAGGCCAC	autosomal
AAGCTTGACAAACGGCGCGGTCCGGGCGCAGCCTCTGTGGCTCCTCAAGG	autosomal
CCTGCTCAGGAAAAGCAAAACTGTTGTGCAAGACTGTCTGAAAACTCAGA	autosomal
AACTGAACAGTTTCATTAGTTGGCACAACTTCACAAGAAATACTAAATGA	autosomal
GAAGACAGGGATAAAAGAAGAGGCATCCCCAAAGAGAGGAACATCATCAA	autosomal
GAGGGAAGCCGCCAGACCTCTCCCTCCACAGCTGGGCAGTGCGGCACAGA	autosomal
CCTGTGGGAGATATTTTCCTCGTCTTCAGCCAGCACCAGAGAAAGTGGTA	autosomal
ACATGGACCAGGTTCTTGTAGTCCAGGTTGCCAGACATGTCTGGAGGGAA	autosomal
AAATCCCTGGGACCCCCCAAAAATCCCCAGGGACCCCCAAAAACGGGGGT	autosomal
AGTGCAGCTTAAGCTCAGGGCCCTTTTGACCATAGGGAGCTTTTTGGAAA	autosomal
AAAATCCAGTTTATCAAGGCTGCCAAGGAGGGGCAGAGCCAGGAGAAGGT	autosomal
CTGCGGCCGCTGCCTGATCACCTTCCCGGACGCGGCGTTCGCGGCGCGCC	autosomal
TGGTACAGGGATAAACTTTGCAGTTTATTTATACTGTGAAATGCAATGAA	autosomal
AGATACATAAAACTTCCCACCCAACTCTAGAATACACACCACATTCCAGG	autosomal
AGGTGACACAGGGGGCTTGAAGGAACCACCTGGGGAACTGGATCTGGGGA	autosomal
GGACAGGCCGGAGCTGGAGGAGATCTCGCGCCACCATTGGGTGTGGGGCC	autosomal
GCACGGTAGACTTTGAGACAGTTAGCTTCAAGTTTCTTTAAATTACAAAC	autosomal
CCCTGAAATCCCCTCCCAGTCCCTCCCAGTGGCTCCCAGTGCCCCAGATC	autosomal
CATATTGTTCCCAAACTGACTACACTCATGAGCCGTTGTAAGACTAATGC	autosomal
ATATTAAGGCCCTGTGTTCTCATAGCACCTCCCCACCTGCTGCAGAGCAC	autosomal
AATCCAGAGGCCAGGTGTAAGATGCAGATGAGGGTGAGGCTTAGAAAAAC	autosomal
CACAACAGCCTGACTCAGTGCCACTGGCAAGAGCTGAGCTCTCGCAGTGC	autosomal
ATACTAAAACCAAATAGATTAGAGTGTTTTTATGAGAATAAATTAGAGGC	autosomal
AGATGAATCCAAGTCCAAATTTTCCTTGTTGTCCCAGCGGTGGCTTCCTG	autosomal
TGTAACTTGAATAGAAAACAAAATATATTTACCAGCTACTTTCTTGTTAA	autosomal
CTGTGCTGCGGGCGAGGCCACAACACCCGGACTGAGAAGCGCAAGGAGAA	autosomal
CAAATCAGACCACATGTCCAAAGTCAATCAGACTGCACACACAGTTGTGG	autosomal
CTTCAAGTGCTGCCTCTGCTGCTGCCGCTGCTGCTTCTGCAAGAAGGGCA	autosomal
AAACCCAGCTACCTGCAGCAGGCTGGGAGGGCCAGGATGACACTGACTGC	autosomal
CTGGACAGCCCCGTGCAGGCCCTGTCCCCCAGCACCCCCTCGGCCGCCGA	autosomal
CAGCAATAGCAGCGTGTGAATGCTTGGCAGGGCAGTGAGAGTCACTAGAG	autosomal
CCTCTGGGGGATGCTCGGAGCCCCCCCTGCACTGCCCCAGGATCCGTCAC	autosomal
AATTTATTGGCAATCGTTAACGAGGGGAGGGGGCGGGGCCTGGGTGGGGG	autosomal
TGACAAATACAAGGATGCAATCAATTTTTCTAAGCATCTCTAAATTTGCA	autosomal
CAAAGGTTTGCATTTATTTTCTCAAATGGCTTGTCATTTTGCACAGTTTA	autosomal
ACTGGGATAAACTGGGATGGACTGGGAGGGACTGGGAGGGACTGGGATGG	autosomal
AGGGATCCCACCCGTCCTGGGAACCCCCAGCCCGTGCTGCTGTGCCTCCC	autosomal
ATAGTTCTGGGTATGAATGATAGTAATTTCTGGTAATTCCAGGATGACAT	autosomal
AATTGTACCACTGAAACACAGGCACTTGTAAAGCCGGTTGGGCTGAAAGG	autosomal
AAAGGCACAGGTATGCAGGAGAGGTGCTGGGGCAGAGCAGAGGTCCTGCC	autosomal
TCAGTAGATATATGTGCTGCTACGTGGACTGAATACCCCAAAGATGTGCA	autosomal
ATGTTGCACAGGGAGGTCTCACAGCAGCTGGTGGCGACTCCAGCTATGCC	autosomal
CTGCCGGGGGATCTGCTCAGCGGGGAGTCCATCTAGGAGACACAACGGAA	autosomal
GTAGGTGGATTTTTTTTCCATGTTAAATTTATAGGTAATTTACATAACTA	autosomal
AAACAAAACCAAAGGGTGAGGTGAGGGGCACCATGTAGACCTCAGCAAGG	autosomal
GCAGTGAGCTGGGACTCTGTTCAAAAGTGTGTATTTCATGATAGGCTGCA	autosomal
AACACAGGTAAATGTGTAAAAAAAAAAAAAAAGAAAAGAATGCCTCAGAA	autosomal
CCCAGAATTAGAGCTGAAGCATGGAGAGGACACAGATGTCAGTGTCCCAG	autosomal
ACTTTTATTCAATAAATGTACTTTTATGATGGGGCTATAGCTTTTTCTCC	autosomal
ACCCACAGCCATGTCCAAGAAAGCCCAGTGAGAGTGGGGATGGCCGGTAG	autosomal
CTCAGCAGGGAGTTTGTCCATACTGGAGATGTTTAGCTTCTACCTTAAGA	autosomal
ACTTCAGATCTGGCCAGTCTTCGGTCTCAACATGGCTAGAGACAAATGCA	autosomal
AGTTCCAAAGAGAGCTGCCTACAACTGGTTATAGGAAGGGGTACTTAATG	autosomal
TGTCCAACCCCAAACTCCAGCCCAGGAGGATTTGGAGTGTCCAACCCCAA	autosomal
ACAGGCAAACATCTTCTAATGAGTTAGATTTCAGTCAGTTTTGGCTAGTG	autosomal
AAATATAACTGTTCTTAACAACTTCCTGAGGGAAACCAATGCAAAGTAAG	autosomal
AAAAAAAGAAAAAACTGACTAAGCCTTTACCTTCTCCAAGGCTTTTTCTC	autosomal
AAGAAGTGAGTATGAGAATATATGATACCAACATTGGTTTTACCTGTATA	autosomal
ATGGTCGGCAGCTACAGGAACTGTTGTTTCATTGCTTTTGCTGGATTAAT	autosomal
AGGTTTCCATGCCTTTCCTGCTTCCAGTGTGTGCTCTGAGGTGAAGCAAC	autosomal
CCTCAGTTCATTGTAGGTGCTTGTAAATTACCTTCTATAAGAATAAACAC	autosomal
AAAATTCTGCTGCTAAAAAAACTCAGTTGAGTTCTGCACGATTCTCAGAA	autosomal
GGGGGTTCAATGAATAAACACATACAAACAAAACATTAAAACTTAGGGAA	autosomal
CAGTTGGGACCGGTCATGGGCAAAATAAATATTTTTTGTCCACTGTTGCA	autosomal
ACAAAAGATAGCCTCTCATCAGTTGCAGAACATAATACTAGAGTCTGAGA	autosomal
GGAGTCGGAACATCCAGCTGTGCTCTTGCTGCTTCTCACAACACACTGTA	autosomal
ACAGCCAAGGAAGCCGAGCGGAGGGACCAGCGCAGCAGCGGCTCTCCTGG	autosomal
ACAGCACAGGGAGAAAAAATGAAAAGAGATCACTCTGGCCAGCAGGGCTC	autosomal
AAACCCTGTGCTGGAGTAACAGCAAGTCAAGGGTGACCTGAGTGTACCTA	autosomal
AGTTGAATCAAGCAGAGCTCAACCACAGTTTTTGTTCTGTCCTGAGAAGG	autosomal
AAGTCTTTCCTTACAGCTCCTAAATACCTGATAGGATGACATGGCTGGAT	autosomal
ACAACTTGGATGCATGAGTTTCCTGGGTACCAAAACTGCTTTTGCTTTGC	autosomal
GGGATGCACCTGAGTACAGCTGAGTAACCAAGTCATACCACATGAGTTAC	autosomal
AGGATTCAATGAACTGGAAGACTATGGAGAGGGACCCCGATACCCTGAAC	autosomal
ATGCAGGGGATGGAGACAGACCATCTACAGAAGGAGTAAAATAAATGATA	autosomal
GGGCACGGGAAGCGCCCGAGGCCAGGCCCTCGGCGGTGCCAGGGAGGCCC	autosomal
GGCTGTGGATGGGCCATAGGAGCAGAAGAGGAGTGGGGCAGATGGAGACA	autosomal
GCAAGAGACATCCCGGAAGCTCTTCCACCCATCAAAGGTGATGCGGACCA	autosomal
AGCTATTAATCTCATAAATACAATTCTGTAGCTGTGATATACACTTTGGG	autosomal
TCAGATTTTGAGAAACTGCACAGGAATCTGCTGGAAGAATTTAGCGAAGA	autosomal
ACTAAGAGGTGGCTGGAAGCCTTTAAAAGACATCACTTTCACCTTGAGTG	autosomal
ATTCACACATGTACCCTGTGTAAATGGAGTGTTGAATTCAATACTTGTAG	autosomal
GGCTGAGGTGGAGGTGATGAAACCCAAGGTAGCCAAACCGAAAGCGGCTA	autosomal
GACCCAAGGCGCTCTCTAAGATCCTGCAGAAGACATGCCACTCATACTCA	autosomal
CAGAAGAAATGATGAAATATACAGATCATAGTTCAGTTCAGAAAGGAGGC	autosomal
ACATTATCTGAACATGCCCCATGGACAACATGGGAAAAAATACCTTTACA	autosomal
TAAGAGTGTATTTTCATATGTTTTGCATTAAGGAACAATTGTGAAAGCAA	autosomal
ACCAGAAATGGCTTTCCCTTTGTACATTTCTTCCTGAAGGCATTGATGTC	autosomal
CATGAATTGCAGACTGTTGAAGATGGGATACCAATAAATTCCTTTTATCC	autosomal
AAGTGCCTTGCCCTTAACAGAAATTATGGCAAGCAATTAAAGTTAGAGCA	autosomal
ACACATCCGAGTGCGCCTAAGCCACCCTGCCGGCCCTTTGCTGGCTCCCT	autosomal
AGCACACGAGGAGGGCTACCTGGCGCCCCTGGGAGGGCAGGATGCACCTG	autosomal
ATCTGGTTGAGCCTAGACTTTTGAAAACATTTCTTTTAATTTAAAGTAGA	autosomal
AGGGCCGGCTCGACGACTTCTTCAAGGTCACCGGATCCATCACCTCGGCC	autosomal
AGAGGTTTTCCCAACCCCTGCCAGCAGGCTGATCCCAAGGAATGTGAGCA	autosomal
AATGTTTTGGGTTTTTGTTTTGTGTGCAATGATCAATGGGGAGGGTCCCC	autosomal
CCACAGCCTTTCAGACTATATTCCTGATTCTGCTTTATCAAATACATAGA	autosomal
GCAGCCCATGGCCTCCCAGCTCAGTTGGTGAGGGTGATGAGAGCCTCCAC	autosomal
CCAGTTCAAGTTTCCACCAGTACCAGAAGTTAGAGAGCTGATGTGATCAC	autosomal
TCCTCCAGCGAGCTCCTGGGGCCGGGGGAGGCTGTAATTGGAAAGCTCCA	autosomal
ATGTCTTGAATTGCCTTGATTACCTAACAAATTTGAAAGGTACAGAAATA	autosomal
CCGCACTCACAGTTAAGCGTGTAATGCCTCAATGATAAGAATTACACGTA	autosomal
TCAGGAAGTTCATTATGGACTGCAGTACTTGCACCTGGGGAGTGAGGAGA	autosomal
ATTAAAAGCATTGGGTGTAGGAAGAACATTTCTTATTATCATTGTTTAGC	autosomal
TAGTCAGCCACTGAACCTCGGCGCTGAGGGAAAAAGAGATGTGAGAGAAA	autosomal
CCATAGAAAACAGAAGCAAAGTCTATTCAACCTTCAGTCCTGCTTTCCAA	autosomal
AGCAGTTAAAGGGAGTCTCTAATTACCACCAGCCTCAGGTACTTTCTCAC	autosomal
CAGACGTGTAAGGAGGAAACCCTAAAGGGGTGCAGAGGCAATAGTTATAG	autosomal
ATGAGACAAATATCAGGTTTAAATATGAAAGGAAATGTAAAAAAAAATAA	autosomal
CTCGGCCAGGCTGTAACACGCCTTGACCACCCCGATCCGCGCCGCGCCGC	autosomal
ACTGTCCTATCACATTCCTAGTGACAAACCCACAGCTCTCATTAGAGCTC	autosomal
CTTCATCGTCATCTTCCTCCTCCTCTTCCTCCTCGTCGTCGTCCTCTGAC	autosomal
AATAATGTACTATTGTTCAGGAGGCAACAGACGTCTGGTCTGTTCAAAAA	autosomal
CTTGCAGAGATGCACCTGTGGTTCCTCTGAGCCCATTGTCTCTGGCTGGC	autosomal
AGAGGGGCAGCCCGGCCGGTGGTCCCAGCGCTGGCACAGCAGCTGCGGCG	autosomal
ATGTTGTGTCCTGGTGAAATATTTGTGGTCAGGCTCTTCCATACTCCCCG	autosomal
ATATTTGTTTGTGGGTATTCTGTTAATATTTTAATGCAAAATGTTTCTGA	autosomal
AACCAAAGTTAAAAACCTCTAAGAACTATTGACAGACAAACATAAAATGG	autosomal
AACCCTTCAAGGTCACGGGTGCCACCAAACCCTTTGGGGTCATGGGACCC	autosomal
AGAACTCAGCCCAGTGTGATGTTTCACAGGGGTTGGTAACTCAGAAGTTG	autosomal
CATATGTATTTATTTGAGCAGCTTTTACTGTGGATATTTCTGTACTCTTA	autosomal
GCAGCAGCTGCTGCGGCCCCACGGCGTCGGCCTTGTTGAGCACCACGCGC	autosomal
CTCGGTAGAGGTCATTTGCAGAAGTAAAAGGAGCATTCAGGAGAACGGTC	autosomal
AAGGATTTTCTTTAAAGGAAGGTGTGAGAAATCCTGAAAAGGAACATTAC	autosomal
AATCCCACCTCAATTTGCCTGTTCCCACCTCAAAAAAATTCAATCCCACA	autosomal
GGCAAACGGTGAGGGAGCGACGCATACCGGGATTACCACCAAATTCCCAC	autosomal
CCCATTCCCAAACCCTCACAGCCCAATGGGCAGCTGGAGCCTCATGCTGC	autosomal
AGTAAAAATTCAGTGAGTCAGTGTGTGGACCTTCTTCCTTGTACACCCTG	autosomal
GGAAGATCTTCTCCAGGGTATCACAGATCAGGACCAGGTGAACAAACTCC	autosomal
ATGACATGGAAAAGAAGCTTCTCCCTGAAAGGCAGATAAGGGTAAATATC	autosomal
AATGCAGGTGTGGACTTGCAGCACCTGGATTTAGGGAGGTGGAGTTGAAG	autosomal
ACCATTTAATATTTCTACAAAAACATATACATGACAAAACCAGACACTAT	autosomal
GGCTGCCCCACTGCCAGCAGCTGGGCCCCCATCCTCACTCAGGGCCCCCA	autosomal
CCGGTGCCCCCCGGGCACGAGGTGCTGGCCCGGCGTCCCCCCCTGCGCTC	autosomal
TGAATTATTTTTATTTCCTTCACATAGAAAACGTTTTCTTACATTTTCCA	autosomal
CAAAATTATCCCCCAACCACCACCACCACCTTCCCGAGGAGCAGCACAGC	autosomal
GCCGTGGGGACCCAGGGCTCCCTCCCCTATATACATATATAAATATAACC	autosomal
AATAGCGTATGAGTGATCACTGCCATTCATTTAAAGCATTATCCTCACAG	autosomal
AGGGGGAAGGGTCAAAAGAGAAAGCGCAAGAAAGGCCGGTACAAACCACT	autosomal
AAATGCATCAGTCACAGCAGTTAACTGCAACAAAAACCTAGAAGAAGGTG	autosomal
AACGGCGAGAAGGAAATCAAATCCAACACTCTGGATTTGCACGTGGATCC	autosomal
AGCACCCTCGACTCACTCTGCACTGCCCCAGCCTCTCCTCCTCCCCGCCA	autosomal
CTCCAAATCCTCGACGTTCTACAGGCACAGCCCGGCCAGGGAGCTGCACC	autosomal
AAAAGGTTTCGGTAAATCTTCAGTCCATTTTTTGTGGGTCACTTGCAACT	autosomal
CTTTGGGTACACCACAGATGCTGGCAGATCTTCAGGTGAATCCAGTCTAC	autosomal
AGCCCTACCACATCCATCCCAGCATCAGTCAAGGCAGGGGGAGGACTCCA	autosomal
AAACAGCTTATCTGATAATCCTGAGTATTTTCTGCTGCATTTATTGTGTG	autosomal
AGAACCTAAAAAGTAATTAATATAGTAAATAAAACTGATTTCAGTAATTG	autosomal
AAGTACAGTGCAGTAACAGGTACAAAAAAGAAAATTATCCCCATCCCAGC	autosomal
CCCAGGCGGGGGGCCCCCCGCGCCCCCCGTACATGGCGGCCATGAACTCC	autosomal
CTTCTTTCACCCTCCACTCACTCCCCATCCCATCCTCTTGTCCCACCCAC	autosomal
ACAGAAAGGATTTTAAAGATCCATGTGCAATTAAATGAATTTGAACTCAG	autosomal
CGGGGGGGCTCAGAGAACAGTGGGCACTTCCTGCGAGCTCCTCAGAGGTC	autosomal
CCTGAGTCTTGCTCCTGTTGAAGTCAACACAGGTTCTGCTCTTGAGTTCA	autosomal
AGCGTGGTCCCCAAACCCCTGCGGTGTCACAATGGATCCTTGGTTCCATG	autosomal
CCCAACTTAATTAAATCTCTGCATAAATCTGTGCTTAGTTTATAATTAAA	autosomal
CAGATATATTCTTATGTTGCTGGCCTCTGGTTGGAGATTGTACAAGGTTA	autosomal
CAAAAACCCAAAAAAAATCCCAAAAATTCCCAAAAACTCCGAAAATCCCC	autosomal
ATCCTGGGAAATCCCAGCCCCAGGAGATCCCGGGAGATCCTGATCCCAGG	autosomal
CCAGAGACAGAATCATAAACATCAAATTTGGTTTCTTACAGAAATTTTCA	autosomal
CTTTTTCCTTTTCTTGCAATTGCTTTGTGTGTTCAATGCTAGTTCTAATA	autosomal
ACCCCTCCTTGACCCCCATGACCCCTCCCCATTTAACCCCACCCCTTTCC	autosomal
AGTAATCTCAATAGTGAACATGGCTCATTTGTAAAAGAATACTTTTCCTC	autosomal
ACCTTTCTGGTGCATGAAATACATACATAAAAAAACCAAAACAAGATCCA	autosomal
CTCAAAGAAATGAAAACAAATATAATCTGGGTGAACAAACAAGTGGCCAA	autosomal
GCATTGGCTGCCTTGGAAGAAATGAAATCACAGCAAAGAAAAGTTCAGCA	autosomal
ACCCCCCTCCCACTGTCCCTCTCCCACTGCCTCTCCCCCACTTTGTACAA	autosomal
GCAAGAGGGTTTGGGAAGCAGCTTCTCGGGATGATGCCTGCATCATACCA	autosomal
CTGCTCTCCTGAAGGTCCACCACCCGATTCCTGCCTGGGCCACCAGGAGC	autosomal
AAATGTGGCACAAACATCACAACTTCTATGCATGCCTTCATGTGTCTTCC	autosomal
TAGAAAGTCTACAAAATACCAGAAAAATAGCAGATTATTTACACAAAAAA	autosomal
CCTTAAGTTACATGTTTCAGACATAGTAAACTAGGTAATGCAGCAAGGTC	autosomal
ACGTGCCTTCCTGCCCAGCAAAATGAGGAATGGCTCGGGCTGACAGCTCT	autosomal
CCGGTGCGAGAATGTGGTTCCTTGTCTGCTGTGTGGTGTTCTTGGTGCCA	autosomal
ATGGAGGTGCTGCCAGTCAGGAACCTTCCAGTGATGGCAGAGGAAAGCTG	autosomal
GCAGCAGCCAAATAGAACATCACAAAGGTGAAGGACAGGGACGTGTGGCC	autosomal
AGTGAATTTCCTCTCTAGCTAAAGCCAGTGTAATTGTATTTTGACTGCCC	autosomal
CCTGCTCTTCAGCCCTTGGGCAGGGGACTCCTGGACCCCATGTCATCAGA	autosomal
TAAAGAACAGAAATTGGCCTAAAGCATGACTTACCTGAATGATTACAGAA	autosomal
AGGTGCAGAGGATGCTGCCCTGGGATGCTCCCCTGGGATGCTGCCCCACC	autosomal
ATCTTTGTAGTGTAAGCACCTTCAGTTTTATGCTAAAACAATCAACATAA	autosomal
AGCCAGAGTTCACTGCAGCAGGCGTCTGCAGAAGTGCCACCGAGCCCTTG	autosomal
ACTCACCAGAGGAGATGTCCTCCAAGTTGAGCTTAATGGTGTCCGAGAGT	autosomal
ATCCATGTCACTTGTGAATGGAGGCTGCCTCGCCTGCTGGGAATGTCCTA	autosomal
GTGCTAAATTAAATTGTGGCTGTGAAGTTAGATCACATCAGAGGCAGCTA	autosomal
AGTGTGGAGCAGCACAGCATCTGATTTAAAAACAAAACACCCCAAAAAAC	autosomal
GCTGGCCACCCAGAAACCTGGTGGTGATGTGATGATGGTCTGGGTGTCCC	autosomal
GAGAGGAGCTGATGGGCTCTGTTCAAATGGAAGCACAGGCTTTCTGCGAA	autosomal
AGTGTAAAATAATATTTTTCTAAAGAATTGTATGTATTTCTGTGTTGATA	autosomal
AGGTCATCAGATTGCTGCTGGCCTCACAGAGGAATAACAATTTTAAAAAA	autosomal
ATTCTTCCTCCTTCTCCTCACACAGGTCTTGCTTCACCTCTTCCTCCCCA	autosomal
AAGTCCAAATGGATTATCTTAATGCAAAAGTTACATTAATATATACATCC	autosomal
CTGCTGCCCACTGCTGCCTGCCCGAGTTCCTCAAGTGTTTCTGCCGTTTA	autosomal
GTTTGATTGAAAGACAAATACATCTTTTATTTCAGGGATTTCTAAAATAA	autosomal
GCTTCGTTCTCCTGAAGCAGGTGTTCTAGCATTGCCTTTGTAAATTGGCC	autosomal
CAAAGCAACAGGTATGGGAGACATTGACTGAAGCTTTTACCCTTCTCTTG	autosomal
ACTAAATGTTATCTGGAGTGTGTGACACTTGTAAATCATCCTCTAGAGAT	autosomal
CTTCAGGGATTAGGATGAGAATTAAACAATTTTCATTTGAAACCAAAAAA	autosomal
CACTTCCTCAACTTCGCGCTGCTGCAGGAGGGGGAGGTTTACTCTGCCGA	autosomal
AATAACCCAAACTAAGCTTTTGGACCACTGCACAAGGTCCCCTGGGAATA	autosomal
AACCTGTGTCACCTAGCATCATCCCACCTGCACAAGTGACCACTCTGCTC	autosomal
AACTTGTCTGCTTTCATTCAGTGCATGAGACTTTATCTGGTCCTAGGGAT	autosomal
TCCATGAAGTCACAGCAAGAAGCTGAAGCTACCAGGGTTGTCCTGTGCCA	autosomal
AAACGGCCCCGAGCGGGAAAAACCGCGGAACGGGGGAGGGGGGAGGGACT	autosomal
AAGAAAACTTGAAGCTAAATTTGGGTGTGCTCTCTCTTTTGGAATACATT	autosomal
GTGATGGAGAGAGCACACCCGTGGAACACGTGCGCTGCTTCCAGCCACCA	autosomal
GATATGTATTACCTGGAGATTTTAGTTCCATTCACAAACCCACATGTTTA	autosomal
CTCCACTTTTGGCGAAGGTATCCTGGACCATCTCCCTCTCCTCCTTAAGA	autosomal
ACTTAAAAGCTAATCAATGAACTTGAATGAACAATTACTGGGTTTGTACT	autosomal
GAGGATGTGCGTGCCAATGTGCCAGAAGAGCTGAGTGTCTGGATTGATCC	autosomal
AAACTACATATTAATATATTACTCTTTGGAACAACATCTATTCTACAGGT	autosomal
CACTCTGGTTCAAAAATCCAACAGAGGTTTTCCTGTTTCTCCTGGCCTGA	autosomal
TCCTAAGTGGTACATCTCTCCTACTATACTTTTGCATTTGTCATCCTAAA	autosomal
CTCCTGTGCCTCCTCTTCCTCTCCCAGGGCTGGAGCAGATGTGTGGGGGC	autosomal
AGCATGACCTTCCTGCCACTCCTGGCCATGCTGCTCTGGAACCTGTATGG	autosomal
AAACCTTCTGCATCTGGAGGATCCGGGTTTGCGGGACAGCCCCGGCTGTG	autosomal
CTCAATCCCTGAATTCCCCATCCCTGAATTCCCCATCCCTGATTTCCACA	autosomal
CTGTCTGGATTTGCTCTGCGTTGCTGTCAGCACCATGTGTCCCCAGGCCC	autosomal
ACATTTTATTTATCAGAGCTGTACAAGTATCCAAAGGTAACATATAAAAC	autosomal
ACAGAGTCCCAAGAGAAGCTGATCTGGACAGAAAACAGAACAATGAAACC	autosomal
AATGGGAAAGAATAATTAAAAAAACCATGGGGAAATATCGAGGGATGTGG	autosomal
AAGAAAAGTTCGGTGAAAGATGAGATGAGGCTGTAATAGGATTTCTCATC	autosomal
ATTCATGACTATAAATGTCAACTAAGGTTCCTCATGGTAACCCTGCCAAC	autosomal
GCAATGGAATATATCAGGAATAAATACATTTTCTTTTCTAAAAGTTCTCC	autosomal
AGTCCAGGATCAGGACTGGGCCCAGTCCACCCCTCCAGCCCAGGACTGGG	autosomal
AAAAAGTAATGAACTGCAAAGTACTGTTATCAACAAAACAGTATAAATGG	autosomal
AGCATTGTCCTTGAGGTCTCAACCACGAGGGAGAGCTGGCCAAGCACTTC	autosomal
AAAGCTTTCCTGCAGGATGTAACTGAGGCCAATAGCTTGGAAAAAGCTGT	autosomal
AGAGAAGAAAGGCATCAAACAAAGCTTCAAGCTCAATTTACATATCTCCT	autosomal
AAAGAGTTACCATCAAACAGTCACCACCCCAAGGTACATAATTCTCCACA	autosomal
ACGTCCCTGATCAGCCACCATATCCTGGCTCCCACCTTCACCCTCCCTCC	autosomal
GCAGCTGCAGAAGGAAAAGAGACTGTTCAACCAAGCAGAGAAGCTGAAGC	autosomal
GGCTACGCCTCTCTTGATCCAGTGCTGCACTGGCTGCTCCGTGTTCAGCC	autosomal
CTGCCCTTCCTGGGGAAGCCGAAGCTGCGGACACCGGGCTCCGCGGGGCC	autosomal
ATCTCGGAAAGAACCTTCCAGAATGGAAGTATCCTCTTCAGAAGTCACTA	autosomal
GAACTTGGCAGCACTGGCCACTGCCCACGCATGGCTGAGGCACCTGCAGC	autosomal
TCCTGTGAATGCTGCATAAGCCTACCTTAATAGCATCCCGAGTCCAAACA	autosomal
ACAGGAATGCCAGTGCAGGAATTCCCTCCATCACACTGGCATCCAGTGCT	autosomal
ATTTACCCTAGTGAAACCCCTTTCATGTTCTCATAATCAATTGCTTGGTC	autosomal
CACACCCACGGCTCCCGGTGTGACACCGTGGCCAGGCACACCCGCGGCTC	autosomal
CAACATGAGGCTTAGGGCAGTTCCTAGTCATTGCTTCCAGAATGGGAATG	autosomal
AATGAGGCTGTTGCTAGGTAACATGCATCATACAAATAAGATAACTTCAT	autosomal
ACGGCGTGGGGGTCACCGAGCCCCGTTTGCCCTGAGATTCGGCGGGGGAG	autosomal
TTAGACATGCACTGGTAGAAAACATCCTCTGTGCCACTAGAGATGTTAAA	autosomal
CCAGTACCCAAAGGCCAGCTGAAGCAATACTTCTACGAGACCAAATGCAA	autosomal
GCCAGCCTTAATCACTTCTTGAAGTCCCACCATGTCCCTTGCCACTGGAA	autosomal
TGGAGTGGGGGGGGCACCGCTGTGGGTACCCCCAAATTTCCCCTCCCCCA	autosomal
GACCCATGCCCCACCCAAACCCTCTCATAGTAAAAGGCCACCCCAAAACA	autosomal
TGACCACACGGCGCGTAGAAACCGACGGTGACCGGAGTGGCCGTGTGGCA	autosomal
ACTGATGTCCCTGTCGACGACAAGTCACTCACCCCTAGCAGGGAACCAAG	autosomal
ACCCAGTCTGAGAAGGGAAAGGAGCAAACACACGTGCTGCCGTTTCCTCA	autosomal
AATAATTAAATTTTTTGTTTGCTTCTGGAAAACAGTCACTTTTTTATTAT	autosomal
AGCGCTGTCCCTGCCCTGCATCAGCACAGCCGTGGTCACCACGGGAAAGG	autosomal
AGCTCAGACAGAGGATTTGTTGTGTAAGTAATGGGCAAGGAAGCTCTGCC	autosomal
AGCACCGTCACGAAGGTGGCGTCGGGCGGCAGGAGCTGTCGCACCTCCTC	autosomal
AGAATTCACTTGGATCAGAGCACACATTTCTATATAAAAGCCAGGCTCTA	autosomal
TAAGATCCCACCAAGTATATAAAGGATAGATCCAGCCCAGCCTAAGTACA	autosomal
TTGATTGCAGCCAGTATGTACTCTTCAGGAGACAGCTTGTGCATCAGCAA	autosomal
CTGTGATGGCACTGATGCCATTCCTTCCTTTCCCCTGGAACTGCTGGAGA	autosomal
CCTGGCTCCAGGGCCTCAGCCTGCTCCCAGCTGTTTAGTCCAGGAACACA	autosomal
AAATAGTGAAAAACACCTTTATGACATTAGTGACCATTATTTGCTTATAT	autosomal
ATGGCATCAAATCGCCCAATGTCCCCAAATGTCCCCAAAATGTCCCCAAA	autosomal
CTGCAGCTGTTGGCCAGCGGGGTGGGGCCGCAGGGCTGGCAGGGCCGGCA	autosomal
TCCATTTGACTTTTTTTTTCCCTCTAGATGGATAAACCAAATTCTGGCCA	autosomal
GAGGGGGCCATGTGCCCAGAAGCACAGACCCTGCACATATCCCAGCTGAC	autosomal
CCGAGCCCCGACAGACGAGGCCGTCTCCTCCATGCCCTGCGGAGCCGATC	autosomal
ATCTCTGCCCCACTCCCACCCCATTCCCCTGGCACTAAAGCCTGAGCGGG	autosomal
ATTATTAAAAATTGAATAGTTAAACCTAATAGAAATCCTGATCATAAATG	autosomal
CCTCCAGCTGGCACACCTGTAAGCCCTGTCACACCTACTCCTGTCATACC	autosomal
AATCCGGGAGCGCGGCTCGGAGCGTCCCGGGTCCCTCAGCTGCAGGGGAT	autosomal
AACTGGCACAATGTGGCTGCTCTGCTCTAGAGCCTTCCCCTTATTTCTCT	autosomal
AGCAGAGCCGCTCGGGCGGCCGGGCCAGGCAGGGCAGCCCGAGGGCGGCA	autosomal
AATAAACTTGTTAAACTTGACTTCAAAACCAACAGCATGTCCTAACAGAA	autosomal
AGCTGATATTATTTTAACTTTTCCCTCAGTCCTTAGTGCTGTTCTTAATG	autosomal
GTGGACATGTCCAGTGTGATTCCAGGAGGGATTTTCTTGCTAATAGGTGA	autosomal
GAGAAAAAATCAGATGTTTGTTGTAACTTGTCACCCTATCCTGTAAAAAC	autosomal
CTCCCTTCTTTCTCCCTTTCCCCCTTCTTTCTCCCTTTCTCCATTCTTTC	autosomal
ACCAAAGACCTTCATTGCGAGGCAGCCAGAGCAAGAGGTGAAGGAGGCTG	autosomal
CCACACACCGAATTCTCACAGTACATTTATGGAGCGTAACAATCAACCAG	autosomal
GAGGAAGCGGCAGCTGGACAAGGCGCGGGACGCGGCGGAGGCGGAGAAGC	autosomal
GGAGGCTGGGGCCGCCCGGCTCCGCGCGTCCCTTGTCCCCCGCCACTCCA	autosomal
ACTTCCTGGGAAGCAGGAAGTGATTGTTTGGGACAGTAAACACTATAAAA	autosomal
AACTCACAAAGTTTTTTGGACTTAAGACACTTATGCACATTACTTTAACA	autosomal
AAAAGATACAAACAAGTTATACAATAATGCCACAGATGGCAGAAACCAAA	autosomal
GACATTCTCCCACCAGGAATTTGGATATTTCCCAGTAGCTGCTGCACTCA	autosomal
GCCTTACTGAGAATTAATGCAAGAAGAGAACACATTCTCTGGAAGAAAAC	autosomal
AAAAAGAGCCATGAAAACAGAATACTCCTCTCCAGACTGCACAAACTGGG	autosomal
CATTGCAGTTTTTAAAGAGGAGTGGAAATGGCAATCAGGATGAAAAACCC	autosomal
CAAGGTGGGTGTTCCCATCTCCTCTCCATCCCTCAGAGGGCTCCCACCAC	autosomal
CACCCCTTCCAAGAGAGAGAATAGGAGACACATCAAAATGTGACCAGGAC	autosomal
AAAAAAACCCAATCAGTTGAACTAAAAGTTTTATGAACTAAAAGTTGACT	autosomal
GGGGCTGCCCATCGTGTGCGTGGGCTCGGTGTGGAACAGCTGGGAGCACC	autosomal
AGCAGCGGAATGAGCTCTGCTGGCAACTCTCAGCTTTCCTGGGAAGAGGG	autosomal
CAGTTTTATTGTCCTTTCTAGGAGCAACTGAGCAGTCACTGTTGTCTCCA	autosomal
CCTCCATGCCGTCATTTCCAGTAGTGCCACATTTGTCAGAAACCAGAACA	autosomal
CTCCCATACACACAGCTCCTGAGTGCTGCTGAGGGATGGGGAGGAGGAAG	autosomal
CCAGAAGCTGCTGCCTGCAGCCTTGCTGGTTGCTGCCTTTTGGTGGGCCA	autosomal
CCTCCAAGGGAGCCAGCAGAGGGGCTCTGCTGAGCCCAAAAGGAGATGCA	autosomal
ATATTCTCTTTGGTGTTCAAAATTTTAAGTATTTACTGTGTGTCAGATCC	autosomal
CCTGCATGACTTGTAGTACCAGAGCTAGCTTTGAACATACTGTGCTGATC	autosomal
GTTTGCAAAGAGTAGAGAGATGGCCGTGGCTTGCCTTCTCCATCCATTGA	autosomal
ACTGCACCTGTGACCTTTTCAGAACCAGGAGAGCTCTGGTGGCCAAAGGG	autosomal
AATTTTTATCCAGAATGGCATCAAGCTTACCTTCATTTTCTTTTGTGTAT	autosomal
GTTATGGGATACAGGCAAGTTTTAAAATAATAATTTTTAAAACACATTCA	autosomal
CACTTTTTTTGGCAGTATCTTCATTATTAAATGTATCTATGAATAAATTA	autosomal
AATGGGGCGTTAATGGGCCAATAACAGGGCAATTATGGGGCAATAATGGG	autosomal
ATTTACATCTTATCTTACATGATAGCAGTTTCCAAAGAAAAAAAAATAAA	autosomal
ACAAACCTTTGCACTGGATGTGTCGGTCTGTGGTGGGGTTGCTCATCCTG	autosomal
ACAACTCAACCGTATCAAAAAAAAACCCCAAATTTATTTCCTACAAACAC	autosomal
GATGCAGACCGAGCTGGAGCAGCGAGGCAGCGTTGGGGCGGAGAGGATGC	autosomal
GGATCGACACCACCGTTGCTCAGGGCTAAAGCTGCTGCCAGCCTGATCCC	autosomal
AACATCTTTAAAGTGTCCCAATGGACACCAATAGGAAACTTGTGCAGAAA	autosomal
CTTTTCCCTGACTGGTATCCAAAATACCCAGCTTTCACTGCCCATTCTGA	autosomal
ATCCCTGAGCTCCCAGCTGCAGCTGACTCAAAGAGTCCAAAAAGGACTGA	autosomal
CATTTCTTTAGCAGGTGCTGTCACTTGTTCAGTCTTTGGAAAAGTTTTTA	autosomal
CTGCGCCACCAGCAACGTGAGCGGCACCCCAAAAAATACCTGGGGGACCC	autosomal
AGGGTTGGAGTTGGTGGCTGGTGACTTTCTCCAAGGTCTGAGAGAGAAAG	autosomal
CTTCTTTACTAAAATCAACAGCAGGAGATTTAGCCCACCTTTCCCAGACC	autosomal
AGCTGCATTGCTTGTTAAAAAGACAGGACATAAATCACTGCTAGTGATGG	autosomal
AGCACAGAACTGAGAGAAGGTTTCTATTGCTATGAAGCAGTGCCTTTGGA	autosomal
AGAGCGTAAGTAGTTGTATCTTAAAGATGAGAAAAAACACAAGTTCCGCA	autosomal
ACCGGATTCCCCTTGTCAGCCCAGTGGGTGCTGCTTAAACAGGTCACCCT	autosomal
GACACAGAGACATGAACTTTACTAAAGAGGGATCTCTCCTTTGGGGAGGA	autosomal
ACCCCGACTGAGTGCCAGGGACGTTACAGTGTGTTCACTCTCAGTGCATA	autosomal
CCCCCTGTGCCCTCCGTGCCCCCCGTGCCCCCCGTACTCCCCAGGACCCC	autosomal
ATGAAATGGCGGATGAGGAGGAACAGCAGCCCCCCGAGGCCGGCAGCAGC	autosomal
CCCATCCTCAGCTCCTTCCCACAGAACACTGTGGTGGGATCCTCCACCTC	autosomal
AACAGCAGAAAGTTGGTCCCGAATCCTTCCCAGGCCTTCTAACATAGTGT	autosomal
CCTCTTGCCCCTCCATTAATCTACTCTGGACATTCTTTCTGGTATTAATA	autosomal
ATGCATAGCTGTGCAGCAGTACAGATGTTTTATTAATGAAAATGAATCCA	autosomal
ATTCCGAAATAATTCCAAAATCCCAATGGGAACCCCAAATCCAACCCTAA	autosomal
CCACAGCCCGCCCGTGCTGCTGCTCAAGGGCGTGGGCACCAAGTGCTGGG	autosomal
AAAATCCACAAAAGAAATGAGAAATCCACCACCTACGAAATTCTGGAAAT	autosomal
ACAGAACCATTTTGGAGCAGAATCTGGCACAACTTTATTTCAAGTTCAGT	autosomal
AGTAGGTTACAGTGGAAGCCTGCACAAGGAGAGTAAGCCACTGAGATCTC	autosomal
ATCCCCTCTCCCCCAGCCCAGCCCCACGGCTCCCTCTGCTCCCCTCCAGC	autosomal
AGTGTGATTCCTCAGTTGTGTCTTTAGCTAACGTAAATGAAAATTCAACC	autosomal
AATATTGAAAGTCCTTGGAAAGGTTGGGTCCACGCATGGGACCTTCAGCC	autosomal
ACATTTTGGACATCTTCTGGAAAACAGTCATCCAGAGGATCCTCTTGACC	autosomal
AAATCTGGTTTGCCACTGTTGCATAACAATGTAATTGAGCAGTAAATTCT	autosomal
CAAGTGACAAAAAGGATGGAGAAGTGGCTAAAATACCAGACACAGCTGCA	autosomal
GGGTTCCCTGCATGGATGGAGCAATCCAGAGGTACCTGGAGAGAGGAAGA	autosomal
AACCCAAAAAACCTCAAATAAACCCCAAAAAACCCCAAAAGCGTCACCGG	autosomal
GAGGGAAAGCAGCGGCCGGCGCGATGTCTTCGGTGCCGGCGGTGGCGTCC	autosomal
CCTGGATCCCGAATCCCGGAGCCCGGAGATCCTTCCCAGGAGTTTTCCAG	autosomal
AAGTTTTGCATCTTCCTTCCTGCTTTTGCAAGGAAATGTTCCAATTCTGC	autosomal
TATTAGTGGCTACAATTTGGGGGGTGGGGGGGGAATTAAATAAGGAAAAA	autosomal
ACCTCCTGGGAACACATCCACTTAAACAACCTGGGTACTTAGTCAAAGAA	autosomal
ATGGATGGATGGGTGATGGATGATGGATGGATGGATGGATGGATGATGGA	autosomal
CAGCTGACACCCCTGCGCCCCAAAGCACCCCCAGGACCACGATGCACCCC	autosomal
AATTCAGGTCAGCTGTTGCCCCTTGTTACCCTAACAGGGTTTTAAAAATT	autosomal
ATCCCAGGGGGAGCAAAACTCACTGTGAAAATCCAAAATTCACCCTGGGA	autosomal
CAGGGAAGACCTCGCCTGTTGCTGTCTGCCACCAAAAGACACAGCCATGG	autosomal
TCATGGCCTCTTCATATCTAATCTATTCCTAATTCTGCACTTCTCCACAA	autosomal
AGGTAAGGACAAGCAACCATTTCAGTGTGAACAAAGGCAGGTATCTGTCC	autosomal
CCCTTTATTGTCCCTGTCGCCTCCCACTCCGATGACGCCCGACGCCTCAC	autosomal
AGATTATTTTTTCTTGTTCTTCCACCACACTCAACAGAGCTGTACCAGGG	autosomal
TCGCCCGTGGTGGTCACCCTGCCCGGGCCCATCCTCAGCTCCTTCCCCCA	autosomal
AATAATTCAGTCAGTGTAAAATAAGCCCCACTTGTCCAGAAGCTTTAATT	autosomal
ATGTAGAAGGGGAGCCAGCAGAAGATGAAGACGGCGACCACGATGGACAC	autosomal
CTAACAAATTGAAATTAAGATTTGAGCTTTCTTTCTGCAGTTTGGTTTAA	autosomal
CACCCCAAATCCCATCACCCACAGCACCCTAAATCCCACAGCAGCCCAAA	autosomal
AGGGGCGTGGGGAGGGGGTTTGGGGGGTTTGGGGGGTCCCGGGGGGCGTG	autosomal
TTTGACACCATTCCAAAAAAAAAACCCAAAAAATCCCTCCACTTTCCAAA	autosomal
CCATGACATGAAAAACAAGCTTAAATTAAGAAATATTGGGTTATACTGAA	autosomal
CAGTAGATGCAGCTCTGGAAATGCACAGGGTGTAGGTGTGCTGATAGGAA	autosomal
AGCCGGAGCTGGAGCGCAAGCAGGCAACTCTTAACAGCTGTTGGAGGAAG	autosomal
CAAAAGGCTCGCAGACTCACTATTCTCCTCTTGCTGGTCTTCTATGTGTG	autosomal
CTCTTTACCAGTTACGCACTTCTTCAGAAATTATAAAAAAAAAAAAAAAA	autosomal
ATAAAAACAAAATCAAGTGCATCTTGTTTACAGTTGTTTCTGGTAAGCAA	autosomal
GCTCCAGCTCTAACGTGGTGACTCTTGATTCTTTCGAAAGGGTGAAGCAA	autosomal
GGGAGGGGGGAAAAAAAAAGCATGGTACCCAACCAATTCTCCACATTTCA	autosomal
ATAGAGACTTGATGGAAGGCTTTAGGGACAGGGCTGCGGTGTAAATCAGA	autosomal
CATACGTATGTCCTTTCAGTGTGGATATTTTGCATTATGCCTTGCTGCAG	autosomal
TTCCCATTTCTCCACATTTAAAATGGTTGTACAATGCTCACTGGAATCAA	autosomal
CAACATGTTTGAGATTGCAGACAGATTAATTGGGATTTATAAAATCAAGA	autosomal
AAATGAAAGCTTCTTTACTGACTGTCTTAGAAGATGGCGCCTGTATGCAC	autosomal
CATAATTATTGATGTGCGCAGCAGAGCGAGATAAGATTCTGACACAAGCC	autosomal
CCTCCCACAAGAGCTACCCAATAAAAAGACTTTAGTCCCTGCACTTTGAG	autosomal
GAAGGAGAGGAAGCCTTCTGCTGTGGATTCCCACACGGCCACGGGGAGGA	autosomal
AGCTGCCCTGTATGTACAGGTATTTACATATGTACACGTATGTGCTCAGG	autosomal
GGCTGGCAAACAGCTGGATATTCACCAGCATTTCCACAGCTGGATATTCA	autosomal
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAATTAAAAACATCTATTAGAA	autosomal
TAAATGTCTTTCAAATTCATTCAAACTGATGTTTTATTTAAATGTTACTA	autosomal
AGAAATTAGGATAAAAAAGCTCTGCAGTCTTTAGGAATTTTTTTTATATA	autosomal
AGACTCAGAGCGCTCCTCGGGGCGTCTTGAAGTTCATTCCCACTGTAGGC	autosomal
AGCGAGGGGCTGCCAGGCTGCCCATGGTCCCCAAGAAAACACACAGCATC	autosomal
CTGAACACTTAAATAGGAGGGTGGTTTGGACATGTTTAAATACACATTTA	autosomal
AAACCCTTTTGGGGTTTTGTTTTGTGGGGGGGACCCAAATCCCCAAATAT	autosomal
CCCAGCCGGGTGTTTGGTCCTGGGAAGCACTACACACTCTGGGAAGAGTC	autosomal
GCATTGAAGGCACTGAACTTGCTCTGTTTCAAACATTCCTCACACATCCA	autosomal
CGAGGCCAGGCTGAGGCCACAGGTGCTGCAGAGCTCCGCACTCTCCTCCC	autosomal
ACGGTGACACCGAAGCCGCAGTGGAAGCGGTCCCTGCGGTGGTTCAGGAA	autosomal
GGGGTGGCCCGGCAGGGGGCGCAGGGCGGAGTTGTCGAATTTCCAGTACA	autosomal
AGTGGCCCCTGGTGGGGACATCAGCGACCAGCCACTGCAGCCTGCGGTCC	autosomal
ATGAACCAGACAACTTTACTGCAAGGGAATTGTTGCCACCCACTGTAAAC	autosomal
AAAGAAATTTATTTCCATCAACAAAAATACAGAATACAAAATGACACTGG	autosomal
GATGTCCCCAGGCATGACCAAGTGCCACCCAGATGTCCCCAAGGTGTCCC	autosomal
AGCCAGTGATCAACCCTGCTCAGAAAACAAGAATGGGTTCTATTTTTCAA	autosomal
AGGGAGCGCAGCCCGAGCCTCTGCACTGTGAGCAGCCGCCTCCAGCATCG	autosomal
AGCGGCCCAGCTCGCTGCTGGCCACCAACAACGTGCTGAAGCTGAAGCAG	autosomal
CTCTCCAGTGGCACAGGAAGGTCCAGGAGCAGGATCTGTCCTGCAGGAGC	autosomal
AGGTTCACCTCCACTTTCTTGCTTATTTAAACACAAAGCTTTAAAGCTGC	autosomal
AGGTAAAGGACATGTTACATAGTGTGCAGCATTTGTTCTTATCCACTGAG	autosomal
CCTCGAGGATGTTCAGGCGCCGCTTCTTTCGCCAGCAGCGGGCGGGGTAC	autosomal
AAAGGGAAATAAGATTTTTCTCTGCAGTGAAGGAATTTACCATATTATGA	autosomal
CTCCACCGTGGAGCCCGGCGCCTTCGCCGCCCTGCCGCACCTCAAGAACC	autosomal
AATTTATGTAAACTTTGAAAGATACATAAAATCAGTACTTCTACAGCATA	autosomal
AACAAACAACTAAAACAAAACCTTCAAGTCTTAATTTTCCAGAGGGAAAA	autosomal
GGTGATGTAGGCGTCGTAGCCCAGGAGGACCCCGGCCAGGATCCCGAACA	autosomal
TCAGGGGGCCTGGCAGAGCACTGGTGCCGCTTCTTCTGCATGATGGGCCA	autosomal
ACAGATGCCCACTTTGCCTCTCGTCCAGCTGGAGCCCTTCCACAGGAACG	autosomal
CAAGGGATTCCCGGGGAATTCCAATCCCAGCTGCAATCCCGAGGAAATTC	autosomal
AGCCACCAACACCCTCTAAAGAGGAGGCCAAAACCCCAACAGTGAAATCC	autosomal
ACCCTCCCTCACAAATGAGGGAGCAGGACACCCCCCAAAAAAATTTGGGG	autosomal
CCTTTGTCACCATTCCTCTGAAGCCACTCCTGACTGGTTTTATCCTGTTA	autosomal
CTTTTTTCCTGGAGATAGAAAAGCTACATTGGAACTTAGATGAAACTTCC	autosomal
AGTATTAACATGCTGACAAAAAAGGTTACAATATTGATATCGTACAACAT	autosomal
CCCTTCCAGTTCCCAGAGTCCTTGAGCCTCTTCTCTCAGTAGTGTTTTTA	autosomal
ACGCCCCGCTCTGCCGGGAGAACTTCCAGGTGCAGCTCCTGGAGGCGTGG	autosomal
CACACCATTCCCAGCGGCACTTCCGAGTCCTCCCCACAGCTCCCGGCAAG	autosomal
CCTCAGAGTAATTCTAGAGCTAAAGCGGTGAGAGACATCAGCCCCGCTCA	autosomal
AGCAGAGGTGACACAGGTGACAGCCAGGACAGTAACCTGACATTAGATGA	autosomal
AGGAGCTTTTATACCGTCTATGTACAAATACAAGGAATAAAAGGAAATGG	autosomal
CTGTCTTCCCAAAACTGGCCCAGGAGTTCTGAACGTGGCCAAGGTTACGC	autosomal
CTCCTGGCACTCGTTGTTGTTGTTGTTGGGAGGGCAGAGGTGCGGCCGGC	autosomal
CTAGGAATAGAACATCATCTACATTCAAGCCACCAAATACTATGACAGAA	autosomal
CCTGGGCACTGCAGGTACTCACCCAGGCACCGGCTGGCAGCCGGATCAAG	autosomal
CTAATATGTAATATTTTATTGTATACAGAGATTAAAAATGTACAGATGCC	autosomal
GTCCCTCCCAGTCCCTCTGATGCTCCCAGTGCTCCCAGTCCCCCCCAGTA	autosomal
GCCTCGAGCCAGGGGTAGCAGGATTTGGAGTGGCCACTGCCAGCTGTCGC	autosomal
CGTGGAGTTCCTGCCAGCTGGGGACCTCTGGAATGCACCCTCCAAAATGC	autosomal
AGCGCGGTGGCACAGTGGCAGGGAGTTGACAGGTGGGGAGGAAGGTGTCG	autosomal
GCACAGGGAAAAACCCATGACCAAAACTCCTCATTGCAGCTGCCTCCGAC	autosomal
AAACACGTGTGTGCCCAGGAGATCAGTGTGCTCCTGCCACCAGCTCTGCC	autosomal
CCCGGCCCAGCCGGGGCTGTGCCAGCCCGCGGGCACGGGGCCTTTGGGGA	autosomal
ACTTTTAATTCTGCTGAGTGGGTTAATTACAAGGTGGGAAAGCAAAAGGA	autosomal
GGCTGGCCTAGAGCCAGTGTCTGTTACAGATATAAACCAGCAATACAGCA	autosomal
AGCTGTTACCTGGAAACAAAGTCCAGGAAATTCAGGCATCAAGGTGAACT	autosomal
CAATGCTATGGTGGATGCTCTAACATCTCCTGCACCCAAGGCACGTTACA	autosomal
AACTGTGACCTGTAAACTAATTACCAAACCATCTACATGGTAGTACTGAG	autosomal
CAAAGCCCTGGCAAAAGGTTTCAAAAAGGGCTGACAAGTTAAGGTGCATC	autosomal
AACTATCTTAGACTTTGTCATGGAGAGTTGCAATCTGTTGCTGGTACTAA	autosomal
CCCACCTGGACCAGGGAGACCGCAGTGTCCGTACCCCACTCAGCCCCCTC	autosomal
AATTTCTGTTGGCCATCTTCATCTTCTCTCTCCTTGACACCTTCCTCACC	autosomal
ACACGGATTGAGCCTCCCAGGGCTCTGCTGTCCCCGTGTCCCGCTGCTGC	autosomal
CTGGCTGGTTAAATCTGCAGACCTCAGATTCAGCATCTTATTTCCAGCTC	autosomal
GATCAAGTTGGAGTCCTTGGCACCTCCTGAGACAGGTGCTTCTAGAGTAA	autosomal
GCTGTTCCGGGAGTGGCTGAAGGAGACGTGCGGGGCCAACGCCAAACAGA	autosomal
GGGCTCAGCTCTCCTGCCGAAAGCGTTGGAAATGGAATCGCCGAGACCCC	autosomal
TACCTGTGGGAAGGCCTGTGGCTGTAAATAAGCTGGATTCAAAACATTAA	autosomal
ATCCTTTGCTGTCGCACACTTCCGACACTTGAGAGCTCATCGGCCAGAAA	autosomal
GAGTTGCTGCTACAAATATATTTTTCAGGCACTGGCCTAAAACAGGACAC	autosomal
AATGCATTTCAGGTTGAATTTGGAGTCTGGTAGAGAATTCTCTGAAGTCG	autosomal
AGATGGGGAAGGGCACAGCCCCACTGCACTGCTAGGAACCATCTGGGATG	autosomal
CCTCTTGGATTTCAGGAATGAGATGGGATGGTGTCCATGCTTGCTGTCCC	autosomal
CTCCTCTGCTTCCTAAAAGAATGGAGTTTGGCATGTTTTTCACTCAAGAA	autosomal
AAGACATCTAATATCACTGAAGCACTTTCAGTGTTCCTTCTTGTCTCAGA	autosomal
AGCAAACCTGAACCTCACATGGACCCCTCCCTCTCATGGCTGCCAGCAGG	autosomal
GCAGCCTGGATAACAGCCACCAGAGCTGGCCTGCTGCTGGACAGGACAGA	autosomal
CCCGATCACCACCAGCACCGACAGCAGCGTGAGGAAGACCACGGTGATCA	autosomal
AAATGGACCAGCCCTCCCCCCCTCCCCCGCCCGGGAAACTGAGGCATGGG	autosomal
AAAATAAAAAGGGAAGTCAGAACTTCTCTGGCTATACCAAAAGCTTAGAA	autosomal
AGGATCGAGCCCCGGTCCCGGTCCCGGTCCCGTTCCTTGTCCCGGTCCCG	autosomal
ACATAAAACCTGGAGTGTTTTTCAGCCTTGAAAATCATCACGTACAAATA	autosomal
CCTTAGGTTTTTTAAATATACATAGTGCAATAGTACTGTGGATAGTCTTA	autosomal
GGGAAAACCCATAAAAATCGGGGGAAAATCAAAAAAATGGGGGAAAAACC	autosomal
CTGCAGAATGTTCTGGAGGGGGTGGAGGTTAAAGAACAGACACCCAAAGC	autosomal
GCCCTGCCGTCCAGCTGCCCGCCCGCCTACGTCCCCTACGCCGCCCAGGC	autosomal
TAAATAAAAGGCAACATTAAGATGCCTTTGTATTACAATTTTTTCTATTA	autosomal
CACTCAGGCCTAGCCCTGATGGTGATGCTGTTCAGTGCCAGCTGCTGCTG	autosomal
ACAAAAATAAAGCAAACTTGGGTGCGAGGGGATGGTTGTTTCACAGAAGG	autosomal
AAGGATGAGAAATTAAAAACTTTGTTTTGCAGCTCTGGGAATCACACACA	autosomal
GCAGAGAAGGTCTATCAACTCCCCAGACACCCACTCAGGGAATCCACAAA	autosomal
CACCGGCAACCCCCCCACCTCCCACCCGGACTCGCCCGGGGGCTCTGCTC	autosomal
TGGAAGCAGTGTGAGCATGTGCGTGTATGTGCACGTATGTGCTGTGCACA	autosomal
CCAATTTTCCCCCATTCTCCCCCCATTCTGCCCCCAATTTTCCCCCATTC	autosomal
CAGTAACCCCTTTTCGGATATTTCCCCTTTTTGGGGAGCAGGAAATCAGG	autosomal
CAGAAGCTTCCTAATACATTCCAGTTACACAACTGATACCAAGTCAAGAG	autosomal
TAAGAGTTTCACAACAACACTTTATAGTTTCTAATAATGTAGTTGACAGA	autosomal
TAACAAGTGCATCTTCTGTGAAAGATTGAAACAGTAATCACTGTTTCACA	autosomal
ATCAAGAATGAGCTAGAGATAATAGTTTTCAACGTCTCACTCATAGCAAC	autosomal
AAATGTATTTTAGGGAGCTAACTTGAGAGAATGAATTCGGTTTGTGCAGC	autosomal
AGGGGGCGCCTCCGCCCCGCCCGTCCCGTCCCGTCCCGCCCGCGCGCTCC	autosomal
CTGCACCCCAGAGATGGAGCCCTGCACCCCAAGGATGGAACCCTGCACCC	autosomal
AAAGGAAAGTCACTCTGGGGCTCAGAGGGAGGAAATGGGAGGAAAAAAGA	autosomal
CAGCACTGCAATTTGTTAATACAAGAAAGAGTTTTCCCATGTTAAGGGTC	autosomal
CTGAGCCATCACCCAGCTCCAGGGAACAGCCACTGGCAATGGCTCGGCTC	autosomal
AGGACGTTCCGCTTATTCACCACCTCCACCAGCTGCTTCAGGATCTCCTG	autosomal
CCCACCCAAATCACCCCCCCCGGGACCCCCAAACTCACCCCACACCCCCC	autosomal
CCCGCAGGACCTGGCGCTGATCGAGCGGGAGCTGAGCCGGGGCCTGCGGG	autosomal
AAAAAAAAGAAAACAATCAAACAAGAAAACAAACAAAAAAAAGCAGAACA	autosomal
CCCCCCGACCCCCCACCCCGATTTGGGGAGGTTTTGGGGGGGGTCTCAAG	autosomal
ATCGCACTGAAGTTCCCATTTCTGACGAAACTTTAAAATAATCGTATGCA	autosomal
GATTTTTCCTGTTTTTTTCTTTTTTCCCTCTTTTATTTGTCATTTTTCTA	autosomal
CCCTTGCCCCAAACAAAACGTGGGTCCTTCTGCTGTATGAAAAATAGGAG	autosomal
AAGGTCCCTCATGGCCCCCCTGCCCCGGCTCTGCCACTTCAGCCCGGTCT	autosomal
TCCCCCATTGGAAAAAAATTAAAGATAACATGAAAAGAAGTAAAATTTCA	autosomal
GCCTGGGAGGGGAGATGGGCTCTGCCCAGGGATGGGGGGCAGCTCTCCCA	autosomal
GGATACAGCTCTCAACAGAATGGGCCTCTGGTTTGATTCTAAGACTATCA	autosomal
AGAAACAACTGAAGCTTGGAAGTGAGTCAATTAATAAAAATAACATTTAA	autosomal
AGCATTAAAAGAATGAGATGCTGACACCAGTCCAGCACTTAACAGAAGTG	autosomal
ATTCCACAAAAAATCCCATTTTTAACACCTTAAAATGAAGATTTTTCGCC	autosomal
AATGCTGAGTTTCTGGCACAGCACATCTGGTGGCTATTTTTTTCTTGCTA	autosomal
GGCACTGGGAGATAGTGCAATGTGTGAGAGGTGGAATTGTTCAGCGTTAC	autosomal
CAGCCCCGGGATGCGGGACGGGGACTCCCCCCCGCTTCCCCGGTTCCCCG	autosomal
GGAAGGAGAAGGAGCCCCTGGAGAAGCTGTACCAGGTGGGGTAGGGGCTA	autosomal
GATGTGTATTTAGTTCTGCTTAAGACCTAGCCCAGCAAAGACCTTTTCAA	autosomal
AAAAAAAAAAGCAACAACTTTTATTTCTGTAAAAAAAATCTGGAATTGTT	autosomal
AAATTCTTCCTGCTTTCTGGAATAGACCTTCAGATCATCCCATGCCTGGT	autosomal
GGGAGACAGTTTTGATAAAGTATTCCAAACAAACAGTAACTTACAGTACA	autosomal
AAACTTGGCTGAAAAGCAGTTCCAGCTGAGCTTTGTGTCTGAGATCTCAG	autosomal
AAAACCTCTGGTTAAATTTGGGAATATTTACCTTTTTTTGCGTGTGTATT	autosomal
ACTAGAAGACTGCTGTGGACTATTAATTTCAGACAATCACCTTTTGCTGG	autosomal
CTGTGCCAGGACTGGACAACCCTTTTGGCGAAGAAATTTTCCCTAATATC	autosomal
ACAAAGACAGAGCCTGGGGCAGAAAGGTTGACAGACTAGCATGAACCAAT	autosomal
ACCAAATAAAATTATCGGTGACAGTATTTCAATGTGTATTTGAGAACATG	autosomal
CCCCTCTGCCACAGTTCGAACCAACACCTGAACCTTCCCAGGCCTCCAAA	autosomal
AGCCACGCTGCGGCCGCAGCTTCATCTCGGTGAAGGGGATGGAGACGTTG	autosomal
AGAGCCCGCTGCAGCTGCATTAGCCCCGCACAGGGGCGGCAGGTAAGTGG	autosomal
AAAAAGAAGAGGCTTTTGTTGTCATTGTAGGTGTCACTAGTACAGCTCAT	autosomal
ATTTCCTTAATTTTTAAAGATTTTAAATGGAAAAATGTTACTTAGTTCTC	autosomal
GGAACCCCTGGGGGACACTCGGTGACCAGGACACTCAGTGACAGGGAACC	autosomal
CCAAGTGTTAATGCATTCCAACGACGTCGATACTTCAGATTAATACACAG	autosomal
AACTTGATCTCCCTAAGTATTCATAGGAATAAAAGTAATAGCTGCTTCTT	autosomal
CGCCGCGTTCCCAGCCTTGGCCACCTCCGTCCTCAGCCTGGTCCCTGCAG	autosomal
CTGCCTTACAAAATGTGATGCCACAGGGGCACTTGACAGATTGGTGCTAA	autosomal
GAAATTGAGGATCTGCGCGCCGGCCACACGCTCCAGTCGGCCTGGGAGAA	autosomal
CAATTTTAAGGAGTTGGACTCTATTCTAGGCATGGCATATGAAGAGAACG	autosomal
GGGAGGGCTTGCAGGTAGAAGTGAAGGAGGAGAAAAGTTATAGAACCAAA	autosomal
AATGGCCAAACATCTCTGTGTGTGGTGGGATCTTGCTTCCCAATGTTGGC	autosomal
AAATAACATGGTCAACATCTTTTCAGATTTCATAATCATTCAGACTGTAA	autosomal
GGTTCATAAATAATGAATTTGAAATGCTTCTCGGCACCGAGGGCGGCAAA	autosomal
CCTTCAGTCTTTCAATGTAGGTTAAATTTTTAATGCCTTTCTCCACTTCC	autosomal
ACTTCCGAGACCCCGACGAGAACCTGGTTGAGGTTTCCAGGTACTGCACA	autosomal
TTAACTTTACTTTTTATTTTTTTAAAGTTGACAGGTGCCTTTGCGGATAA	autosomal
CAAATCCTCCTTTACAGTACAATGAAATACTACAAGTTCCAAAGGTGGAA	autosomal
ACAGATAAGATAATGAGATCCAAGAACATTTATTTATTCAACTTCTTAAA	autosomal
CGGATCCAGGCCGTGCCCAGCGGTGCCGCAATAAGAGCCGGAGATGCTCA	autosomal
ATTTTGTGCTCCTTTTAGAAGGAAGCAAATTAAATATTGATAATAGTAGA	autosomal
CCTGGGGTGGGGCAGGGGGGCCAGCACCGACACAGCTCGGCCAGTTCCAG	autosomal
CCTCACACTGGAAGTACTGGTCAAACACGTCGCTGTAGCCATGGTCCCTC	autosomal
AGATTGTGAGATCCCAACTTCTGTGCTGTTATCACACAGTGCATTGCACT	autosomal
GCAAGGCGGAGCACCCGCCCCCACTTTTATACTCAAATACAAAAGGCAAA	autosomal
CAACCCCTTTCTGCAGTGGAAGAAAAACACTAGGAGAGGTTCTGAGTTGG	autosomal
TGGAGGGCCTGGGGCTCTTTCTTTCCTTGAAGGAAGTTAGAGAAAAACAA	autosomal
AATAACTTCTTGTTTGTTTTTAAACCAAGACTGAGAACGTAGTTGATACT	autosomal
TTTCAAGTCAGATAATATTGATTGGATAATACACATCTCAGTTAAAAAAA	autosomal
ATTAGATTGTTAATAATCTAGAGAAAACATCACTAGACAACAGCAATAAT	autosomal
CCCCTGCACATCTTCAACATGATAAAGGACATCGACATCAGCTTGATTGA	autosomal
AGACTGACAATCAGAGATGCTGATAACCAAACACTCATTGCTGAGTTAGA	autosomal
CTATCCCTTTTTCTAAGTCATAGGCTTTCTGTGATTTCAGACCACACAAA	autosomal
AACAGCCGCCCCTCGCTCATCCTGGAGCCCGGAGTGCAGAGCTGTTTGAC	autosomal
ACCCCGCCCCCTCCCCTTGGCCCCGCCCCCTCGGCAGAATTTAAAGAGAC	autosomal
CTCGTGCATTAAATCAGTAGAGCATTATTTGCACAAGCAGAAAATTAACA	autosomal
CCTCTGGGGAATCAAGCACTTTGCCATGTCTGAAAGTCTCTAGCACTTAC	autosomal
GCCTATTCTGCACAATTGGAATGCGAATCAGTAACAAAACAAGGTAAAAC	autosomal
CCCACGTCTGGGTTTGTTGCTGGAGGACCTCAGCCCAGAGAAATTGTGTA	autosomal
CTTGCTGTCAGTATTTTGGTTTGCACAGAGAAATCTGTCAGAATTGTTGA	autosomal
ACTAAATTAGCTTTCTATAAAAGCAAAGAGAATTTATCAGTCATCATGAA	autosomal
CTCCCCGAGCCCCTCGTAGCGCACGGAGGCCAGGAAGGTGCGTATCTGCA	autosomal
AAGAACAGTGTCCAAATCCTGTGCTCTCATGTGACCAGTTTTGGCTCCTA	autosomal
AGACTTAACAAGACCACTGGATGAAACCTGAGTGAAAATGAGAAACCTGA	autosomal
CTTTATTGCTGCCGGCAGCGGGGATCGGGGGCAGACAAGGGGGTGGGGGA	autosomal
CTAGCAAGGTTCAGGAAAGGGACCTCTGTGCCATAACAGAATCAGGGCTC	autosomal
CATTCTGAAGACAGAGGGAGCGTTTGGGCTTTACCGGGGTCTGGCACCCA	autosomal
CCCCGATCATGTACCAAAGCCATGCTGTGCACCAACAAAACTGAACGCAA	autosomal
AATAAAAATAGAAGCTTGAACTTACTGGGTCACTCGTGTCTGCTGGACCC	autosomal
GGCAAGTTTTTCTCTATCCCACAAGCATAGCCACTTAATCTAGAAATTGA	autosomal
ATTTACACTAATAACAACTTTCCTGAGGTTATCCTTTCTCAATCCTGGTA	autosomal
ATGTGAGTAATAAACAGCTTCTAAAATCTTTTGGAAAATAACCCAGGAAA	autosomal
CCCGGCACTGTCCCGGTGGTACCGGGCAATCCTGGGGGGTCCCGGGGCCA	autosomal
TGATACCTATCTTGAAAGATGTATGAAACATCCCCGTGGAAAGCCTTACA	autosomal
CCATGTGTGGTCAGCAGGGCACTCTCCGGCCGCCCGACTCCCAGGATGAC	autosomal
GGTGAAGAGGAAAATTCAGTTCTTTTCTTTTTAAAATCCACTTTTCCTAA	autosomal
AGGATGAGGAGTCCTAGGTGGGCTAAGTGTGGAAAAATAAAGAAAGATAG	autosomal
CCGCAGCCGCCGCCAGCCTCGGACTCAGCCTTGCAACACAAGGATTGTAC	autosomal
AAACCCCAAACCCACTACATATTGGCTTCCATTGATTAGAACTTGCAGGA	autosomal
CTTTATTAGTAAAAGCATTTTCTTGGGAGAGAAGATCTGTCTGGATTTTA	autosomal
ATGTGAAGAAAACTTCAATGTCTGTCTGTATGAATGCTTTCTGAACCTGG	autosomal
AGCCACCCTCCACCCGTGGCAAGGTGGCACATGTCACCGTCCCCAAGGCC	autosomal
ATTCCTTCTCTCTGCAGTTTGGTTATTGTGTTTTCACAACAGAAAAATAA	autosomal
GAAAAGGGGAATAAAAGGGGGAAATTGGGGTAAAAAGTGGGGGAAGAGGA	autosomal
GGGGGACATATTGGGGATCTCTCAGGGATCTCTGGGGGATCAGTTTGGGA	autosomal
GTGAGATGGTCACATACAACAACTGTGCAGGCAGGCAGCAGAGAATGAGA	autosomal
CACAGCCCAGGGGGGTTGCAGCCCCCACAAGCATTTGTGGGAGCCAGAAG	autosomal
CAAGGTGCGTGCCCACGGCAAGAAGGTGCTCACCTCCTTCGGGAAAGCCA	autosomal
GGATCACCCCGGCCATCACCTTCATGTAGGAGAGCGTCCCGGTGAACAAC	autosomal
ACCACCCAGTGGCTTACTCAGGGCCATCAACCAACAGGCTGATCCTGAGT	autosomal
CGATTTTATTGTTTCTGAACGCCACACCAGCCAAGGAGGAGCGAGGGGCG	autosomal
ACCAGATCCCATCCTGTGTAGAGGTGAATGGTCTTTAGCTCTGACACCCG	autosomal
CTTGTCTGTTTCCATTCCCTTTTCCTTTTTCCTGTCTACAGCTTCCTTAA	autosomal
TAAAGTTGAAGGAATTGGTATGAAGAATCTTAATGATAAGATCTTTTGCA	autosomal
CAATACAAAATAAAAAATAAAAAAAGAAACAAACTAAACCCCACCCCTAA	autosomal
GAGCACCACCCAGAAAATGGAACTTCTTTTCTGATCATGAAAAACATCAC	autosomal
TCACGACCTTCCTGTACATCCTCCATGCCTTCAGCATCTACTACCAGTGA	autosomal
CTCTCTCTCTTTGGGGAATCTCAACCAGTTCCGAACTTTAGAACTTTAAA	autosomal
AACTCTGAAGGCTGTGAGAGTAAAACTCTGATTTATTCAAAATACTGCAC	autosomal
CAGCCCAGCCGGGTGAGCCAGCACCGAGTGCCAGGCACCCCCGTGTCCTG	autosomal
ATCCTGGAGTGCTGTGCTGGGGTAGTGTCAGGGGTCTGTACAGAACTAAG	autosomal
GTGATGTGGCAGTGCCTCCAACCACTCCCTCTGACTCTTGAGCAGCAACA	autosomal
GAATTTTCCCCTTTTTCCACATTTTTCTCCAGTCTTTCCAGATTTTTTCC	autosomal
AACATCAGAAATGTGTTTGTCTCATTATCTTTGAGACAGGGATAAAAGAA	autosomal
GATCCCATGGGCTGCATGGACTTGCTTTGCCTTCCCCACGGCCCCCTGCC	autosomal
CAGACATGTATGTGCTTGGAAAATTATTTGAATAAAGTAAATGTATCATG	autosomal
ACATCTATAGCTGGAGCCATAGGAACAAAGGAAATAAAGCCATTATTCCA	autosomal
AGTACTACGATGTGTGGCCTGAAATATCCCAGTTTTGCAGTTGTATAACT	autosomal
CAAACACCGGGGAGGGGGGATGGAGAACCGAATGCTGCATCTAGACAAAC	autosomal
ACCTTAGTGATACAGCTGTGAGATTTATAAAGAAACCATTGAACCTCTTG	autosomal
GGACCCACTGACAGAGAGAGGTGCCTTCTCTGTCAAAGCCAAATATGTGA	autosomal
AACCTCTATTATCTGAAATGACAGACACACCTACACCTCAGACCTAACTT	autosomal
CTGGTGCCGCCCCCGTTCGTGCCGGACCCCCGGCGCGTCTACGCCAAGGA	autosomal
CTTCTGATGCAATTTTTATACTTTTTATCATTTTTAGCATGAAGAGCAAA	autosomal
TCAATGCAAATGGAGATGCTCAGGGGTTACTCTGGGAATACCAGAAGAGA	autosomal
GATGCATGGGGAAGGGACAGAGATGCAGATCAGGTGAACAGAGAAATCCA	autosomal
AAACTATTTCTGGTATTGCAAAGTCCTTCAGCAGAACTTCCAGCTGGTAC	autosomal
ACCCCCCGGCCGCGGAACCCCCCCAGAATCCCACCGGAGCCCCCCCGGTA	autosomal
AAGAGGTTTCCTGCAGATGGTAGGTTATTCTCTGAACTGTAACACCTCAG	autosomal
AACCCCAACCAAACAACCCCAACCCAGGGTTTGCAAATCTACAGATCCAG	autosomal
CATGCATAGTTGCATTCTTGACATGCAGCTCTCCAGGGAGATAAAAAACC	autosomal
AATCAGTATTAAAACTTTAATTAGGCCTGTAATGATGCATGGTGGTTCTC	autosomal
CCGGTGTCCTCAATGTGTCCCCAGCATGTTCCTGGTGTCCCCAAGGCTGA	autosomal
GCATGGCAGATCAGGGGAAGCAGTAGCTGGAGAACTGCAGTGGAGCCACC	autosomal
GGAAATCCTTTAGACCAGAGGGAGACAGGTCTTGTTCGTGTGCTTTATGA	autosomal
AGGCCAGGAAAGGCTCTGGGCTGAGGCCACATCTCACTACACTCCCTAAA	autosomal
AACATAAAATGCTTTCTAATTACATGAGGCATTATTTTATAATGGTCTTC	autosomal
AATCCTGATCCTAATCCTGATCCTAATCCTGACCCTAGTCCTGATCCTGA	autosomal
TAAATCAGGAGTTGGAACATAATTAATCACACTACTGTGTATTAATCTGA	autosomal
CTCCCAAGTGGAGATAATGCTCAGTAGCAATTGCGGTGAAGAAACCCCCA	autosomal
AGGACTGGCTTGAGTTGTGCATCGTGGCGTGTCCACCCGTGGACAGCCGG	autosomal
AACCACCTGGCAGCCACCAAAGCTTGCCAGGCTTCGGTGGCACCTACATT	autosomal
CGTTTGCTGAGTACCTCAGGCAGTGCTATAAAATCACAGCACCCTTCCTC	autosomal
AACAAAAATCCCAAACTGCTTTAACCACAAACTCAATAAAGGAACTTCAA	autosomal
ACGGTGGTGGCCCGGGACCGGGGCAGGCCGGCGCTGTGGAGCAGCAGGGA	autosomal
CGCCTCGGTCCGCGCCCGCGCACGGCCGCGCCGTCTCCGCCGCTCCCGCG	autosomal
AGCTGTGAGCACATGGGAGCCCAGCCAAACAAATCTTGACTAAGAAGCAA	autosomal
AGGATGGGACCATTCCATAACCCAGGTAAAAGGAACAATTTACAGTGCAA	autosomal
CCAGGCAGGCAAAGAAATCCCCTCCAATCCACCTGCCCACCCTCCCAGGC	autosomal
CCAGAAGGGAGCTTCTGCCATGGGAAAGAGGGTTCAGGGGGACGGACACA	autosomal
ACTGTAAATTTGTTTTTCTTAGTAAAGGGATCAAATTGCATGTACCATTG	autosomal
ATTTACAGAGCATCGTTCCTTTTGGCTTTAAAATGCTTTGGGACATATCC	autosomal
CAGAGCAGGGCAAGCCCTACAGCGCCCTGCCTGCCTGAGGGGTCCCCAGG	autosomal
AAATAAATTTTGATCACTCAAAGTATTTTTGTTGGGGGGGTGAGGGTGAT	autosomal
CAAGATGTGGAGGGAGAACCTGTGAACAGCTTTGGGCTCCAGAGCCAGGA	autosomal
CTCTTGCTGCTGCTTCCTCTGTCCCACTACTGTAGAAACCCGGTTAAAAA	autosomal
CTTGTAAAGTACTATTTTACCACTCAATAATAGTGATTTTTGGCAGGATC	autosomal
AATTCTGTATTTTCTCTTCTCTAAGATTTCAGAAGTTGTTCAGCAAAACC	autosomal
AAATGAACAATAGTTATGAGATGGCATCTGATGGCTGAGCAAAAAACAAC	autosomal
TTTAATTTCCCAAAGCAAAGATCCCGGTGGTTTTACACCCAGGCTGCAAA	autosomal
TGCAGTGTGTAGTGACTCTGGTCAATGAATTGCTTTGTTATCTTAGAGAA	autosomal
GCCCATCCCAAAATTCCATTTATTCCCTATAAAAATCCATAAAAATCAGA	autosomal
GAGATTCTTGGATACACAGTAAAGTTTAGTTTCACAGTAGATTGGAAGAA	autosomal
CTGCAATTCAGTAAAGTCTGGGCAAATTTGCCATTCTACTGGAAAAGTAC	autosomal
TACAGCTGAAGCAAGAACCAGAGCTTTTACTCTTTGTTCTCTAAAAGTGA	autosomal
GAAAACCACTCAGGGCTCTGCTGAGGGCTGAATGAGCATCTTGCCACATC	autosomal
AGAAAAGTCATTATCTAAGAAGGAAAGATGGTATAATTCAGGTGTTTGAA	autosomal
CACGGCAGTGTTCTGTGGGAAGGAGCTGAGGATGGGGCCGGGCAGGGTCA	autosomal
GGAACCTCAGCAACGCCTGGCACCGCGTCAGCGTCACTGTCACCCGCTGA	autosomal
ACCAGCTGACTTTGGGAATGCACCTGGATGAGAGAGGTAGGAGCTTACTG	autosomal
TCCTGGCTTCAGATGGGATAGAATTAATTTTATTCTCAGTACCTGGTACA	autosomal
AAACCTCTTCCCACACTGGGGACACTCGTAGGGCTTCTCCCTGGTGTGGA	autosomal
GTAGCAGAAAGCACACACTCCTTGTTGCCAAAAAGCAGATGCTGCATGAA	autosomal
ATGCCTTGTCAAAAGCCTTTGAATCCTTAAGAATTGCTCTCATCCAAAAG	autosomal
TGGACAGAAGTTGGAGTCCAGGGACTGGGATGTGTTTGTGCCTTTGTTAA	autosomal
CATTATTTTTATATGAAGGATGAAAATATGGACAAACCCAACTGTTTTTA	autosomal
ATTATCTAGTTCCTAAAAAAGAAACTATAAAAAAAATGGCAAGAGACTTG	autosomal
CTGTCATTGGCTGTCTGGGAGAAGAGACTGATCCCCACCTGGCTACTCCC	autosomal
GTTACCAGACCTGCCCACACCCAGTATGATCAATTGTCCTTCCCTGCCAA	autosomal
GAAAAGACAAGTGGAACAGCAGCTGCCTCTTAGCAGTGTTAGATGGCTGC	autosomal
CCCCAGCAAGCAGGGGGAAACACCAGAACCACAGGCAGAAACAGGGGAAG	autosomal
AACTCTCCAACATGAAACCCAACATGCAAAATTTCCCTGACTAATGTTCT	autosomal
ATGTCCCCAACTGTCCCCAAGTGTCCCCAAGGGTCACTGACCTCCCCAGC	autosomal
GGTGCATCTTTCAGGAACAGCCACCAAAACTGCTGTGCTGCTGTGCATTA	autosomal
CAACCTTTTCAGGCAATTTTTACCTCTTGATGTAAGCATTAGCTCTGGAG	autosomal
ATAATTGGCTGGAAAGATGCCAGTTTTTCCTCCTATTCTTCCTTCCCACC	autosomal
CAGCCGGCACTGCAGCGGTCCAGCCCCGCGAACTTCCAGGCGGAGTAGAG	autosomal
AACAAACCCAATTTTTCGGGGTGCCCCCCTCACCTCGCAGCAGCTCCTCG	autosomal
AGTGGAGGAGGCAAAAGAGATCGTCTTCGGAGGAATCAGAAAACGCACAA	autosomal
CACTGGGAATGGGGAACTGGGAGCACTGGGAATGGAACTGGGAGCACTGG	autosomal
AAATGATGTGTCTTTCCAATAAAATCATTTAGAAAAGTATTGATTTTCAA	autosomal
ACACGTCCCCTCACAGTGCTGGAGTTCCTTTCATCACGTAGGAGCACCTG	autosomal
CTGTCAGGCAACCACCTGAGGCTGCTGCCCACGGGGCTCTCCTGCTCCCC	autosomal
ATCACAAAGGTTAAGAATGTTTAATTAGAGTATCTGAAAAATCAAAATAA	autosomal
CAAGTGGCTTATTTGCTCACACAGCAAAACAATGTAGAGAAAGGAAAGGC	autosomal
ATGAAGCAAATATTTTATAAATACCTGTTCCTTTCAGCAAGTCAAGCAGC	autosomal
AGGCATCAGCTGGACAGTGGCACAAGCACTGCGACACACCGCAAGCCACC	autosomal
ACACGACATCAGCTTGGGCCAACTGCTGCTGCATGATGTTATTTATAAAG	autosomal
AAGAGGCAGTTTTGCAGTGTTTGTAGGTCAGTGAGCTGGAATGCCCAGAG	autosomal
AATCATAGCTTTTTATTTCGAGGGCCCCTAAAAACTGCACAAAATAGATG	autosomal
CGCAGTGCAGGGGGGACATCCAGGAGATCTCACTGCGCCAGAGCCACCCG	autosomal
TATAAAGCAAGACCCTCTATAAACTCTAGAGTATAGTTCATGAATTTAAA	autosomal
ATGAGTCCATGATAAATGTTTCAAAGTCATGGTCTAAGTCTGAAACAAGG	autosomal
TACAAATTCTGAACTCATTGGGGGTTCTGCCATTTGACTGCACAAAGCAA	autosomal
CCCCCGACGCCCCCTCAGGGGGCGGGGGAGGCCTGGAGGCCGCCCCGCGG	autosomal
ATAAAACAATGTTTGCAAAGCAGCTGGCATGGCTAGATGATGCATGTAGC	autosomal
TGGTAATCCATTCCATTGCTCAATACTGAAATGCTTTAGTTTAGAAGACA	autosomal
AGGGTGAGCCAGGAGGGCCCGTGGAGGGAGGAAGGGCAAAAGGAGAAAAA	autosomal
GCAACGACTCGCACACTAAGCACGAACGATGACGTGAACTTGAAGATACC	autosomal
AGCTTAACACAACATAAACCTCACTGTTTTTAATGTTAGTAATAAAAAAG	autosomal
AGCTCAGGCAGAGGCACACACACACCCTGACATCCTCTCTGACTCCCGAC	autosomal
TCAAGCAGAGCTCTTTCAATCAAGATCAAACAGACAGGAGGTCAGCAAGA	autosomal
ATTGGGATATTTCATCAGCAGAAGAAGACATTTTATTGATGAAAGATGAC	autosomal
AGGGCCTGGAAGGGAGTGGGGCGTGCTTAAAGAGGTCAAGGAAAATGGGG	autosomal
CCTGATGGAGCTGTCCTCGGGCAGCCTTTGCACCGCTTTGTAGAGCAATA	autosomal
CGGCGCTGGGGGGGCTCTTCCTCACGCTGGGCATCGGCCTCGCCCTCGGC	autosomal
CAAAACATTTTTAAAAGGAAGAGTAACAGTGGAAGCAGTAATGAATATAA	autosomal
CTGAGACAGCTGGAGAGTGAGTGGCAGGATCAGCACAGGAATGGTAGATA	autosomal
CAATTTTGAACTAAAAGCTGCTCTTTGAGGAAGGCACAGAGAACATAAAA	autosomal
AAAATTAAGGGAATCCAATTTAGAAGACTTAGGGAAAGAAGCTTCTCCAG	autosomal
CAGGAAGCAGAGAGAGCTCCATACTCCATCTTTGACAATCTGCATGATCG	autosomal
GAGGGGGATACAGTTTTCCCTTCTAAATCTTGTTAAAAGCAGCAATATCC	autosomal
AGGCAGGCCAAATATGTGCTTTAAATGTCACCTCTGCATCATAGTGCAGG	autosomal
AAGCAGTAAAGGTTAAAGTAATCAAAAAGCAGATTCCAAACTGACAAAAG	autosomal
CTGGAGCAGCCCCTGAGAAGCGCTGGGCTCTGCATCCCATTAGGGCTGCC	autosomal
AACTTTTCTCTCTTCTGTGTGTCAGCTCAGACATGGAACTAGAAATAGAA	autosomal
ACATGATACAAAAATGGTTAAATGGAGTACACAATCTGAAACTTGCTCAA	autosomal
CTTATAATTATGTAAGTCTTGTCATAAAAGCATAATAACAGTTTCAGAAA	autosomal
CCACACGTACTAACAGCGCTGCTCCTCAGGGCTCCCCTGCCCCGCCGGCA	autosomal
ACTGAATAGATTTTTTAATTCCCTCCTGGGAGGGATGGAGGGTGTTTCCT	autosomal
TAACTATTTTTGTTTATGACTAATTTATTTTTTATTATTGTGGAAAATAA	autosomal
CGGTGGTCGCTCACCTGGACGCCGTCACCTGCCTGGCCCTGGACAGCAGC	autosomal
CCGCGGCGAGGGCGGCGCCACCAACCCGCACGTCTTCCCCGAGGGCTCCC	autosomal
CCTTCTTTTCAACCTTCTCTTTACTTTCTTCACGAAGACCACTTAAAACC	autosomal
GTAGAATCAATACAGTTTTTGCAATATACCCAAATACTGTCGTTGTCATA	autosomal
GTACCATGTACATAAGTAATAGTAATTTTAACTGAGGGGGAGGGGAAAAA	autosomal
ACGCTAGCCAGCACGGTCAGGATGCCCCTCACGCTTTGCTCCACTGTCAG	autosomal
GCGGCGTGGGAGCTTTGGGAGAGGAAGGCGAGGTCGGCGGGGAGCAGCGA	autosomal
CCCGGTGTGGATCACCTGGTGCCTGATCAGGCTGGAGCTCTGTGAGAATC	autosomal
CTTCTGTTATTTTCAGGTTCCTGGAACTAATTGAGGCCCCTGGAACCAAA	autosomal
ACGCTTCTTTCCTGGTTGCTGAGACTTTGTGGTGAGTGGGACTCTCATCC	autosomal
CCTCATAGGGTGCTGAGACCTGGAGGGGCAGAGGGGTGTCAGGGTGGGAC	autosomal
AGCCTCTTACGGCTCTGCCCCCCCATGTTTGCACAATAATGTAGAAAACT	autosomal
CTGGTGCTGACAGGTCATTTGGCCAGGATTGCCCTTTGCAGGCTTTGGGA	autosomal
GGTGGTTCAAGTGAGGTCATGTGGCTGATGCTTCCAATACCATCCTATAA	autosomal
AGAGGTTCAGCCACAGGGCTGAGCAGTAGAACCAGGAATGTTCCTGAAAG	autosomal
AGCTTTTCAATCTTTTTCCTCTCTATTGGTGCTCCAGCCACGAGGTTCTC	autosomal
CAGGAACAGAATCCAACTGAAGGGTCGGTGCAGAAGGTCACATAATCACA	autosomal
TCTCCCCATAAACACCATCAACACAGGTGATAGAAACTGTAAACTTTAAA	autosomal
TCCCAAACCAACCCAGGAACCCCCAGACCCACCCAAGGACCCCCCCCAAA	autosomal
GCATTATGCAGCATTTTCCCCCATGTTTTCCCTCTGAAGTTGCACAGGAC	autosomal
AACTACTCACAAGGAAAAACACCTTTTAAAAACCCAGTAACATTTATAGT	autosomal
AGCCTCTAGCAACTGCAATCTAGGAGCAGGAGTCACTCAGAGTTAAGGGC	autosomal
CCTGCTGGAGGGAGAACACTGGTTTTATCATTATTTTAAGCATGAGGGAA	autosomal
AAAAATGGGGAGGGGGTCCCAAAAATGGAGGAGGGGAAACAAAAATGGGG	autosomal
AAGGAGGAAGAGGAGGAAGCAGATGAAGAGGAGGAAGAGGAGGAGGAAGA	autosomal
GTCCTCAGCCATGGCCGCCACCACGGCCATGGCCGGCCGCATCCCCACCA	autosomal
GAAATATTGATCCATGGGAATGAAACCAGGAGCCAATCAATCAGAATAAA	autosomal
ACCCTGTGACTCCGGCCATCCCAGCCACCCCTCTGGCCGCAGGCTGGCCT	autosomal
AAGCTGGAATTATCCCAGGTGTGGCAGGGCAGGGCATGGCTGGAGGTTCT	autosomal
GGAGCATCCCGGGGTTTGCTGGGTGGGGCTGGAGCTCTGCAGCCTCTCCA	autosomal
AACTAGAATGATTCACTTTTATTTAGAATTAATTTCTTAACAGAATTTAA	autosomal
GAAGACCATTATGCCTGATTGAGTTACTCCTCCCATCTTTATTAAACCCC	autosomal
AAACGATTGACGTGCACCGGGATGGGCACCACGATTTTGGGGTTGCGGAC	autosomal
GTGTGCGGAAGGCGGCGATGAAAAAGCCCATGTGAAAGATCAACTCTCCA	autosomal
ACAAAATGGCATATGTGGCCAGACTCCTAAGAATTAAAAAAAAAAATTCA	autosomal
GAACAACAAACAATTTTTACATTTGCCTCTGTCTCTTATCAGTTTTCATA	autosomal
GACATTGCCAGCAATGTCTCTGAAAAATCCCCACCTTTCCCACTAACATA	autosomal
CCTGTACTCCATACTCCTCGCTCCTTACTCCTTGGCTCTGTACTCCTCTC	autosomal
ACTATTATTTGTATTTTATTTTTATAGTAAATAAAAAGGGGCCATCTTTC	autosomal
ACATCTCCCAAGGCTACTGACAACCTGTTAGTCTTGAAAATGAACACTGA	autosomal
CCAGCCTCTTCTGTAACCACTGCAGAAGGCCAGCACGAAGCAGTTACTGA	autosomal
AGCTCTCCCAGAGTGAAGCCACCCCAGGAGCTCCTGACCAAGGACCTGCA	autosomal
GAGGGACTGTCTATTTAAAAACTAATGAAAAAGAAGTATTAAATGTTTGC	autosomal
CTTTTTTCGTGTTGGCTCCTAGTTTCTGTTAGAGTTTTATTTGAAAATAC	autosomal
ATTTTTTCCTCTGACAAAACAAAAAAAAAGTTTGATTCTAACCATTGTAA	autosomal
GGAGCAGGTGAGGATCTCTTTTACTTAGTAATTCTTTTTGCTGGCTTTAA	autosomal
ATTAAAGTTCTGTCCACCTCTGCCCCCCCAGCCGCCTCCTTGACCTCCTC	autosomal
AAATAAAGATATATTAAGATGTATTTTATGTCATTGTTAGTAAATAAATA	autosomal
AGCACGACTCACACAAGAATCTGAAAAGAGTCTCTCATGTAAAGCTTTAC	autosomal
CAGGATGTGACTCCTCTTGAGTAACATGAGCCTAGTAAAACATTGTCTGA	autosomal
CCTCCTGGCTGGGGATAAGGCAGGTGAAGTTAAACCCAGGACTAAATAAA	autosomal
AGTCCAAGCATTAAATGGCAAAAGTGAAGCTGAAAAGGGAATAGATTGGA	autosomal
TGGGACTGAGCTCTCAAATGCATTTTACAAACTTGACCAACTCCCTCCAA	autosomal
GCTCAGTTTAGCTGTAAAGCTTCCCCCATGTTCTCTCTTGGCCCCTTGAA	autosomal
CCAGGGTGACCCCAACACTTTGTGGGGACCCGGGGGGTGACAACAGCCCC	autosomal
ACCATGAGTGGGACCACCAAGGAGAGGAGACATGTCCCAGCACTACAGTC	autosomal
CCTGTGATGCTCACCCTGTTTCCCTGGAGCGAGGGAACAGTCTGGCTAGA	autosomal
ATTCCCCCGCAGTGCCTTACAAAAAGTCCCTTTGCGCGGTTTCTGGTTAG	autosomal
CAACAACTTTGACAGAGAATTTCTGAGCGAGAAGCCAAAACTGTCTTACA	autosomal
CGCGGGGCGCTCCGGGACTCTCGGGGACAGCTGTGGGGACACCGCTGGGA	autosomal
GATGAGCAAGACGTGCATATGCATGACCCCCGGCTCATTCCCCTGAAAAC	autosomal
AAATGGCAAAGGGAGGCAACATTCCAATCTTCCACACAACAGGTGGAGTA	autosomal
GAGCCGAGCGCGACCAAAGGGCTCTGAGGGCTCTGCTCGAGGAGTGCTGC	autosomal
CGATTCCCGCTTCCCTCTGATGGATCCACACCTTTCCTTTTAAGTGCTCC	autosomal
CCGCGGGGACGGGTGGCGGCCGCGGCCGTCCCGGCTCCGGCTGCGCGGGC	autosomal
CCCAGTGGTCTCTCATCCACCCCGGGCCCATGGTGGGACCCCAACACCCA	autosomal
CAGTGAGTGTTTTGAGAGCAAGAATAAATAGGTGCTGTTGCATCTGTGAC	autosomal
CCGCAGACTCAGGATGCCAAATCCACTTTTCACTATTCCTGTCCATGCCA	autosomal
AGCTGCCAGTTTTGGAGGAGATGCTTTTGTACCTGGGTGTTGCAGGGGAC	autosomal
AGTTAATTTTTTGTCTAATCCTCTTGGGATTTATCCTTCCCTTCTGAAAA	autosomal
CCCAAATTCCACCCCAGGACCCCAAAAAACACCCCAGGACCACCAGGAGC	autosomal
AATCCATTGTCACAGGCTCCTCTCCTTTCGCCTGAATTCCCAGCTGGGAG	autosomal
AATAATGGCAATTAGAAAGCTGCTCATGCTGTCTGATTTTGCTATCAAAA	autosomal
AAATCAGGAGCTGTTTGTTATGGAGTGTTCACTGGTCAGCTATCTTACAC	autosomal
ACCACGATCTCCCCCGTGGGCACTTCGTGCAGAAGGAGACACTTGGTAAC	autosomal
AATGAAGCTGGGAAGGGGGAGTGAGAAGAACAGGGGTTCACAGGCCTTAA	autosomal
GGGACCTCCCCCTGCAAGGTGCTGGGAGGGCTCTGGGCAGCAGCACTGGA	autosomal
CGGCCGCCGCCAGGTTCCCGATCAGGAAGTTGGTGGTGCAGTGCAGCTTC	autosomal
AAAGATGATTAACCTTTATTATCCTGTGGGAAATAGGCACTGAAATGGGG	autosomal
CCCCATGGAGAAGCTGCTGTGTGACATGTTCAAGAACTGAACCCCCTTCC	autosomal
AGAACAAATGAAGTTCAATAAATAACACACAGGAACGTCTCATTTACGCC	autosomal
GCAGTTCTTTTTTAATGCATTTTTTTCTTCTTTAACTGCAGAGAACTTAA	autosomal
TATCCCTGCAGGCTGGGGATACTCTATCCTCATTTCCACAGTTTGGGAGA	autosomal
GTGCCACCACGAGACCCAGGTGTGTCACCATGGACCCATGTGTGCCACCA	autosomal
GCCGCCACCGGCCCTGTGGAGGGAAGGCTGGGATGGGGACCGGGATCTCC	autosomal
ATTTTGGAAGCTGGTTAATATCTCTCTTTTTTCCTGCTGCACTGACTGAA	autosomal
CAAACCATGGCCCACAGTCCCGGCAGGACGACGGCCGGAGGCTCACATCC	autosomal
CCTGAGACATCACAAATAACGCTTTTTATCCCTGTTTATGTTTCTTTTCA	autosomal
ATGGATTTTTTGGGCCGTTTCCCCCGTCCATTCCATGGATTTTTTGGGCC	autosomal
CGATGCTGCCCGCAGGCTCCATGCCCTGGCCTGGGGGGCACGCTGAGTGC	autosomal
GGTTTGGGGAAGGGGAATAAGACCTTTTTGCATGTTGCTCACTAAATGCA	autosomal
AATTTGTCACCTCCTGAGGACACTGGGACAGAGGCCATCGTGGTGGTGGC	autosomal
CATGTGGGGAGAGCCCAGCCCACAGAGATCAAACACCACGACATGGGGAC	autosomal
GTAGTTCTTAACTAACCCAGGGACAACAAGCACAGAAAAAAAGAAAAACA	autosomal
CTTAGTAGCACTTCACTTTTAATGCCTGCATTTAGAAAAGAAGCAGAGAA	autosomal
CGGAGGAATCAGAAAACGCACAAAAATGGAATAAAGCGTCTAAAACGTCA	autosomal
AACACCAGATACGCTATTAAATCCTTGGTATAAATATTTAGTTATCCCTG	autosomal
CTGTGTGTACCGATGTTGTGAACTTGACCAGTCCACGTTCAAGCAAACAC	autosomal
ACTGTGTTTGGCAAAAGACAGACAGCTGTTTTCACCTCCATCTTCAATTC	autosomal
AGTATTATGTTGGTGGGGCAGAACATTATTTGCTTAAAAATTGCAACTGG	autosomal
AGCACCAGGAGCTGCACCTCCCTGCCACCATCAGCCAGGTGGGCATTTCA	autosomal
AAAACGAGCCCAATGCTGCATCTGTGGTACATGCATGGGGCCTTCCCAAG	autosomal
GGGAAGCAAGGCTGATTTCTTTGCAGGGAAGAGCTGTATCCCTGCATGCA	autosomal
GCATCAAAGAAAATAAGTTTTGCTGGTCCAAGGAAAGCCCTTTGTGCTGA	autosomal
GCTCTTCCAGTTCTTCTATCCCCTGCTAGACTTTTCTTCCATTGACTTTA	autosomal
GATGGTACTGTAGTGTACTTGGTATGCCCAAAATGAACAGACTACCTGCA	autosomal
CAGTGGAGACTGGATTTCCAAAGGTCTATAATTCTTAGTTTCCTGCCACC	autosomal
GTGCTTAAGCACAAAGGAGCCCCTAGGAAACCTCCTGGCAGGGGGCAGGA	autosomal
ATTGAACAATTTTTTTTGTCAAATCAGTATGGAAAGCATCATGGTATTCA	autosomal
AGTCAGCTCTGCCTGCCAAACTCCTTTGTCAGAGCCACCCCACAGGAAGC	autosomal
CATAAGAACCTTCTCCTGCTAATCCAAAATGAGAGAAAAGGCTTTAAAGC	autosomal
CTCCTGCAGTACTCATTGTTTAACCCTTGCCTTCTAAAAGATAACTTACA	autosomal
TACTTCCAACACTGTTTGACAGAGATCTTTGCAGCATCTCTTGCAGGTAA	autosomal
AATAACCACGACTCTCAGTCTGGACTAGGCACCGTTAGGTGCTGTGGGCA	autosomal
CACATCAAGCAGAGAACCTGCCTATGTCATGCTCAGAGGCTGAGGCTACC	autosomal
CCTGCTAACCCTTGTGGAGAGCTCAGCTCCACACAGCTGCTGTCTCACAC	autosomal
GGAGTAGAGTTTAGTCAAGTTCCATCTGCAAACTCCCCTGCAATGAATGA	autosomal
AGGCCTCTTAAAACTGCTGAGATGTCCATAAGGTGCATGATGAGTCCATC	autosomal
AAATGCTGCTTCTTCTTCCTCAGTTTCCCTGAGCCCATGATACTGTAGTT	autosomal
GTAGAACCAACAAGGAGTAGAAATGGTGAAATGGAGCCTGCACTTACAGA	autosomal
AGGCAGGGATGAGGCAGAACTGTTTCAGCCCAGTCCCCGTCTCTGTCCCT	autosomal
ATCCTGCTTACTTTGGTGTTGTGGCCTTTCTCCTCCAAGGACATGCTGAA	autosomal
ACTGGGAATGACGGAATTCACAGACGGAAAAACAATGGGAATGACGGAAT	autosomal
AATTTGGTCCCCCAGATTTTTCTTACAGGGCATCAATGTTCATAGAAAAG	autosomal
AAGGAAGTGATGCATTAAGCAACATTTTGCAGAAAGCCCAGCAGCAGTTC	autosomal
CTGCTCCTCGACAAGATCAAGAGCTACTATGGCCATGCCGAGCACCGCGA	autosomal
CCAGCCCCTGGAAGGGGAGTCACGACACGGGAGAGACCTTCTCCCGCTGC	autosomal
GCGAACAGGGCCAGTCCCTGGAAGAACAGCAATCTTTTTTATGTGCATAC	autosomal
TTGATCCCTCTTGGCTTTTGGAGTGCAGAGAAATTGAGAAGAGAAAAAAA	autosomal
CTGTACATCCAGCCACCCCAGTGAGGTACTGGTGCAGAGGGCAGTGCCAC	autosomal
CAGACAGAGGAAGGAATCAAAACTGATGTGCTGCATAGAAAGCAGTATCG	autosomal
CTGTATTGACCCAGTACGGTCTAATATTGCCACCAGAAGAAACACAGGCC	autosomal
ATAGGGTGCTGCTTCACCTTTGTTTCAGCTGAAGAAAGCTTTGGGTAAGC	autosomal
CAGATTACTTCTACCTGCTAATGTGAGCAAAGTGAAGCCATCTCCACCTA	autosomal
GGGGGAAAAAGGGAAAATCCTGGGGAAAAAGGGAAAATTCTGGGGAAAAA	autosomal
AGGTGGGATAAGCTTAAAAGGAGTAAGTGCAGATAGTGTCCAAAACTAAT	autosomal
AACCCATTAGCAGGAAGGTGCTGTTAACAGGTTACGAACAGTGCCAACAA	autosomal
AAGATTTGATTCTACTGCAATATGCAAACATATTCAAGAATACGTATTGC	autosomal
AACATGGACATTCAGGGCAGTGTTGCTTTAAGGCTATTTTTAAGGCTGAA	autosomal
GTGCTTTACACTGTGCCTGCCACCATCGTCATTGCCTGCTACATCTACGA	autosomal
AGTGGTGATGTCACAGTGTTAAGCCAGTATCATACTTAGATCCCCCTGAC	autosomal
ATGAAAATGCATTGAAAGAAGTCACTGTTGAGATATAGACCCATGGCTTG	autosomal
AGAATGCTGTGATGTCAGATGGGGACTATTATCAGATCATCAACCCAAAG	autosomal
CAACAAAAGGTGTGTTAAGAAGGTGTGTTTGACAGAACTGCTTTTCAACA	autosomal
ACACCCTGCCAACGCTGCCTTGGAAAGACCTGTGCTCTGCGGTGTCCGGT	autosomal
TAAAATGCAGTGATTGTAGTGTGATTTTCTCCTCTGCTTTGAGCTGGATA	autosomal
GGCTTTCTCAGGATTTCTCCTGAGACAAGCTGTGAGAGAAGCAGAGAAAA	autosomal
CTCTGGAGAATCAACGTCTACAACCAGCAAAAGTGTGTGTAACGGGGGGC	autosomal
AGTCCCAGGGATGGGGAGCGCTGGGCACAGGGTCCAGCCTCATCCCAGGA	autosomal
AGATTTTTCTCTTTACACTGTAGTTTCAAATTAGGTTTAACCTAATTAAT	autosomal
CTGCTAACTTTAGCTTTCCCTCTGCAGGAACAAGAATCAGGAGGAGGGGA	autosomal
AATTAATTTTAAAATTACTGTTCTGTGAGACTGTCAGTTGACCCCAGTAG	autosomal
ATTAGTTTGAGAGTGTGTTACTTATATCATGGAAAAGTCTGTATAACAGC	autosomal
AAATCAAAAAGCCTAAAAATTTTTACTAAATTACAGACCAAACCAAATTC	autosomal
ACAGGGAGACAGTGAGGGGGGGACAGAGGTGACAGGGGAAAGGAGGAGCC	autosomal
AGGTATCAAAAAACTATTAAAATAATCAAAAAGTTTAAAGGTGCAGCTAA	autosomal
AATCTAAACAAAGCTTAAACAGTTCTTTTCTTATAGGTTTTTACATTCCT	autosomal
AGAAGCCGTTCTGTTCCCTCCTGAGTTGATGCATGTGTTGTAGCCTATCC	autosomal
GGCCATTTGCTGCCCACCCTGCCTGTCCCTCTGTCCCAGCCATGGGGCCA	autosomal
CCCAAACTGGGAGCACTGGGAGCACTGGGAGCCTTACTGGGGATACTGGG	autosomal
AGAGGTGTGTGCTTTCCCTGGAGCTGTGCCCTCTCCTCTCTGGTTCTCCT	autosomal
CCCGGGAGCAGCCGGAGCCGCAGCACCGGGAGGGTTTGGTGCTGGCCAAG	autosomal
CTGTTGGGTAATTGAACTAATCAATCCAAATAACTGAGGGTTTATCCCAA	autosomal
CAACTGAGCTGGCTGCTCCGCTGCTGGGCACCCTGGCTTCGCGCTGCACG	autosomal
GGAGCCTCCAGGTCAAAACCTCCTTTTGCCACCAAGAACATTCCCTTCCA	autosomal
AACTACCTGGAGGGGGACCTGGGACGCTATGTTGTGAATGTCACGACAGC	autosomal
AAAAAAAAAGAAAAAAAAATCAGCCAAATAATAACTGCAGTTACTCAAAA	autosomal
ACGCCGAGCTCATCCGACGGCAGAGCAGGGAGGGCTCCTGAGGGTCGCCG	autosomal
GCCTGCTGGGAATGCTGTGCTGTGGTCACCACCCTCGGGGGATGGGGAAA	autosomal
GCTGGCTCCCTGGGAGCAGGGAGGTTAGTGGGGTGTTTCTCCTCTCAGAA	autosomal
GGGTACGGGGGTACATCCAATGAAGGACGGACAGGTGGAGGGTCCCAGGA	autosomal
AACCCTCTGCTTTTTATTTTGTAACTGGTAGGGTAGGAAGTACACTTCTG	autosomal
GGGATCCGTGGGATGGGATTGGGATGGGATCAGTGGGATCAGTGGGGTTA	autosomal
TAAAGAGGCAGGGGGTGGGGAGATGTTTCTCTCCTTGAAGCAACAACAGA	autosomal
AGGTTACACGGGATTTCTGTACTTAACCGCTGGCAACAACAACAAAAAGA	autosomal
CCAGACCATGTATCAAAGGAGGCCAAATCACTGATTCAGCAGGTGGGTGA	autosomal
GAGGGCAACTTCATTCATAGACATAATTTGAATACAAAAATAATAAGCTA	autosomal
AGAAGCTGCTCCAGTGCCTCACGTTGGGCGCCTGCAGCTCCCGGCAGAGC	autosomal
CCGCGGCGTAGCGGCTGCGGGGACAGCGGGAGAGCAGCGCGTGTGTCGCG	autosomal
AAAATCCTTCTAAGTCAAAAAAACCATTTCAATGTGAAATTTGTAAAATA	autosomal
CCTGTCCCTGTTCCCCCCGTACAGGTGTTCTGGGTTACCTGTGTAACACA	autosomal
GCCGCTCGGGTGCGGCTCCCACCGGGGTTTACACGAAAGGACAGAGGAAC	autosomal
ATACAATATGTAACCTATGAAAATTATTATTGCTAGGCAGGCTGTGAAAT	autosomal
GATTCAGCCACTGGTGGAGAGCAGCTCCCCCTGCCCAGGACACCCTCCCC	autosomal
AGTGAGGGAGGTTTACTCTCACTAAATATGACTTATTTTTATTAAAGTTG	autosomal
GGTTTTGTATGTTCAAAGCTGAGTAGAAATTAATACTAACACTGAAGTTA	autosomal
CAGTTTGGAGTCATGTTTTGTCAAATCTTCTCTGAGACAGGGTGTACTTC	autosomal
CTCTGGCTTTCAAAAAAGTGTTCAGGTAAACAGTCACCACATTTACATCA	autosomal
GACAATCAGGCAAGAGCTCCGGCTGAAGCTCTTCCCACATTCTGAGCACA	autosomal
CAGTACTCCTAAGTATCTGCTGTTAAAGGAGATTTTTGCTCATCACCCGG	autosomal
CAGCATTAAACCCGAGAGGCTGGAGCGCCTTTCTGCAAGGAAAATCAAAC	autosomal
GGATCAAGGGTGTTTTTTTAATGAGATGATTGTGGCAATTTGATTTTTCA	autosomal
AGGAAAGCTGAAAGCCATCCCCCATCCTGTTGTAGGCGTCTGGATTTGAT	autosomal
AAAATGCAATTTTGAAGACATAAAGAAAGAAGGGGGCAGGTAGGGTGGTT	autosomal
AGTGGAGCATCCTGGGATGCACAGAGCAGTATTTAAGGGACTCTACTTAC	autosomal
ATCATCTGAGGGAGACCAGGACAAGCCTTTTACAAAGTCCCGATGAGAAT	autosomal
CATGTAAGCATTTAGAACAGCTTTCAGGGTTTATCTGAAACCACTTTCTC	autosomal
ACAAAATCTGAATTATTTTCCCAAAAAATTTGAATTATTTTCCCACAAAA	autosomal
GTGGCAGCAGGGGGAGGTTTGGGACCGACCAGCCCTGTGATGGGGAGGGA	autosomal
TGACTAACAGTTGAACCACAGTTGGGATAGAGAAACTAATTTGACTGCAA	autosomal
CGGCGCCGCGCGGTTGCAGGAGGAGGCGGCGGAGCTGCGGCGGCGGCGGC	autosomal
ACTTTGGTAATATTTTTTCCTCAAACATGAATTTACTTTTAAGATTGAAT	autosomal
GCACAAGGAGCTGGGGGAGGACGAGCTGGGACAACTGACCACAGCTGGCC	autosomal
CTTCCAGAGACCTGAGCAGCAGCTTCCATGGAGGGAAACAGCACCCAGTC	autosomal
GGGAATGGCGCAGGGATTTATGTGTCCCCAGGAGCAGTTATTCTACTTTA	autosomal
GTTTTAGTTTTTTTTTTGTGATTCACGAGGCTTCCAACCGAGCGACTTCA	autosomal
GCAGCACCTCGGGGTGGGACAGCAGCTCAGGCTGGCTCCAGCTACTCCAA	autosomal
AGGTGTGTTACCTGGGTGCCAGGTGTGCCCAGGTGGGGTTACCTGGGTGC	autosomal
CGCTGGGGCCGGACCCCCAGTATTTAACATTTCCAATAAAACATCGGTGA	autosomal
ACTTTTTTTTAAATTTCTGCAGAATATTTTAGAATTTTATTTTGCAAATA	autosomal
GAAGCTGGTGTTGCCTCGGAGTGCACCAGGACAGAACCTGTCCAGGGGAC	autosomal
CCACAGATTGTTCATCTAAAGCATAAGATCCACTTACTGAGCCAGCAACA	autosomal
CTGTATTACTTACTACAATATATTCTATTTCTGCTCCTCCTTTTGCTTAA	autosomal
ACATCTTCAGGTATTCACCAACTTCTGGACACGGGGTAACTTGTGGAATG	autosomal
TCCCCGGTGTCCCCTCCCCGCTCGGTCCCCGCAGGTGACAATAAATGCCA	autosomal
ATCTCCAACTACTAATGAATGTTCCCAGAAAGTCTAACAAAAGAAAAAAA	autosomal
AGGATGAGGAGGACTGCAGGAAGAACCTCAGAGTGATGGAAAAGCAGCAG	autosomal
AAGAGGCCGGCTGTGAGGGGCCGCAGGCGGGAGCCTGTGATGCGGTTCAG	autosomal
CCCATGACAGTTTTGAAATCCAGTTTTATTTTTCAGTTCTGCCAGAGCAA	autosomal
AATAATAAATGTGAGATCCTGTTGAGCATCATTGTCTCCTGCTCCCTTCT	autosomal
GACAGCTTTATAGACGATGAGGAGGAGGAGGAGTGTGAACCTACTGATGA	autosomal
GCCAAAGGACGCTCTCTATCCCTATGGGAACATACAGAGGAGCCCATAGA	autosomal
CTGAAAAAAAAACAAAGCAAAAAGCCTGGACAGTCATCCATAGCATCTAA	autosomal
AGTGTTCACTGTCACTGTGGATCGGATCTCCTGCTGAGCAGCTTTCATGC	autosomal
TAATGCTTTAGAATTTAAATCCTAAGTAAAGTCAAAATGGAGAAGGTGTA	autosomal
ATTACTCTGCAAAATTTTTCACCTGAAAATACAAGCAGAAAGTATAACAG	autosomal
CACACCATAACAAAGGCACCCTTCTGGAGTCTGACACTGCGATAGGCTGG	autosomal
CATGCATAGTGCATAGTTTTTCTGTTACACTGCCTAAGTGGTAAAGCAGA	autosomal
CTCCTAATGAGATTCTGGATTTTTTCTATGGCTATAGAGTGATACCAGAG	autosomal
ATGAAATCCAAAACTGGTCAGGATGTATATGCCTAAGCAGGTAGGCATAA	autosomal
CAACTTTTCACTGAATGGAACTTAATTTCCTCAGGATAGTAGCACAGGAA	autosomal
GGCTATAGCCAGCTGCCCTCCCAAAGAACTGACAGGCACAGAAACAGCCA	autosomal
AAGGATCTCCTGATGTTTGGTTGTCACCATGACACTGTCTGGCCACGGCG	autosomal
CCAAGCGTCCTGGAAGTGCCTGGTGTTGGTTAAAGCCTGTTAGTGAGAGA	autosomal
CCCAGGTTCCTATGTTAAGGGTTTATATGAAAAAGCAGGAGTTCTCCACC	autosomal
GTGGTTTAAAAACTCCTCAGAATCCTTCAATAAATATGCAACTGCCTTCA	autosomal
ACTCTAAATAAAGGTAGATCAGAGTTCTACTGTATACCAAGTACCTGATG	autosomal
TGCCGCTCAACGTGGCCGACCTCATCTGAGCCAAAAAACGGGGCAAAAAA	autosomal
GGAGGTGGGTGGGCTGCTTTACCATTGTCTGTGTTGGGAATCTTGGCCAA	autosomal
TCCTGAGCTCCTTAACCAAAGAGTGGCTGCAGGGACAGTTTGACAGATAA	autosomal
CACTATTTGCGCACCTAGCATCACAAGCCCCATACCAAGCCTGGCAGCGC	autosomal
GTAAATAATGTAAATTTTTTTTTTTTGAAAGTATTAAAAATACAAAAATA	autosomal
ACTCATTGGTCACTCAGGGTCACTCGGTGTCGCTGTCAGCGCTGTCCCTG	autosomal
CTGCCAGCTTTTGGGTCATAACTCCCACTACAGAGCTCAAGAGCTCACAC	autosomal
AATATGCAGAGGGCAACAGCAAAATAAAGAGGGAGTTCTAAACAAAATAG	autosomal
TCAGATCTCCTGAGCAATGCAGATGAGTCTAATGCCTTCATTCTTCTCCA	autosomal
CTTTTATAAGGAAGGTGCTGCTGTGTGATGGACAAGGCAGAGTGGTTTAC	autosomal
CAGCCAGATTTGCAGCCTGAACCTGAGTAAAATAAAATCCTTCTGTATCA	autosomal
AATTTGATAAGCTAAACACCTAATAATTGTTGCAAGAACTTACTGTACCC	autosomal
ATAGTTTGCTTTAAAATGAAAAATACTTAGTAAACCATTCTTGATGCAGA	autosomal
CTCATTTTCCCTCCGGCACGGCGGGGCTGGTTCTCTGCTCCTCCTGCCGC	autosomal
GATGGACAGGATTTATCACAATTCTATTCCAATTAAAAATTGGGTTAAAA	autosomal
ACACAAGTTCTATGGAACTTGTACCTGTACCTACTCCTGCCTGTAACCTA	autosomal
TTACACTGGTCTCACAGTCAAATGGAAATCACCTCTTTCTTTAAAGAAAA	autosomal
AATGCATGAATGACCTTGCTTATATTATGGGGAAAATGGAAAAAAACTCT	autosomal
AAAGACAGTTGCTCTAGACAAGTAAGTTGCACACTACCAAATCTGCTGTT	autosomal
AATGAGGCATTACACTTTGCTTGGAGAAATACCAGTACACCACTCCATAT	autosomal
CGTTCACTGAAAAAACCTGAGCTTTTACTAAAGCAAACTACATGGAATAA	autosomal
AAATGACACAGCTTTTTATTTAGATCACTAAAATGTTTAGTGAGATATAT	autosomal
CAGGGAAGAGGAGCCAGTGTTTCCCAGGAGCTGCCCCGGTGCAGAGCCCC	autosomal
CAGAGGATCGCCAGCACAGGCGACGAAGACGAGGCCTGGAGTGTGATGGC	autosomal
TCAGTTTAAATGGGCTAATGATATACCAATGGCTAATGTTCTTTTCTGAA	autosomal
CAGACCAGGGAGGAGAGGAGAAGCAGATCAGCTGTTGTGGCAGTGAGAGA	autosomal
CGGTCTCTGGGCTGGCGTGTGCGGGCTCCGTCTGCCTCTGCCGCTGTCTC	autosomal
GTTCAGCTTCAAATCGAATGCAAGTTTCACACCCTAAGCAGGGATGCCCA	autosomal
GGGCATCATTTTCTCAGTGCTGATCTTGTAGGACTCGAGAACACTCTTCA	autosomal
GCTCTTTGCTTTTTGCTTGAACACAAATCTGCTTAAACACAAAAGTCTCC	autosomal
AGAAACATGAAAAATCTCTCATCCACTTCAGAGAGGAAAAAGCTCAGAAA	autosomal
CTTCACAAGACATTTAAGGAATCTTTATCTCCTTCTGAATGACCACACCC	autosomal
ATTCCCAAACTTCTCCCAGTTTCCCTCCCCCATTCCGGGGTTTTCCACAG	autosomal
AGGCTTTAGGCAGCAGAAGAAACGAGGGGTGATGGAAATGCACATCAAAG	autosomal
ATTTCCCCTTGCTCTGGCATGAATCTTCCAGGATGTGCCGTGCTCTGCCA	autosomal
ACCTCTCTAACTCTCTGTGATTTGAATATGAGACCAAGCCAGAGTGCAGT	autosomal
AAAGTGGCAGCATCGACACTGTTATTTCATGATTTCAGATTTGTCAAGGG	autosomal
AATAGTACTGGAATAATAAATAAATTTTGAATATTCATTAAAAATTGTAT	autosomal
CGCGCCGCCCTGGGGGTGAGCGAGGACAGCCACCTGCTGCTGGCCCTGGC	autosomal
AGCAGGGACATACCTGTGGCGCTCAGAGGATGGTTTCCCGGCACACGCCG	autosomal
GATCTAACCTACCAGCAGAATTTTCAGTCATCCTTAAGTATCCACTCAGC	autosomal
CTGATTCTGTCGGTTCCTTCACATTTATTCAAGGCACTCAGTGGCAGGGC	autosomal
AGCACTGGAATGGAACCCATTAGCAGGAAGGTGCTGTTAACAGGTTACGA	autosomal
ATTATTATTATTATTATTATTATTATTATCTAAACAAAGAATCAAGATGG	autosomal
GTGTATGAAATGCTGCTAACACTTTTCTGGCTTCTTAAAAACCTGTTCCA	autosomal
AAAATAGATTTATTGTTGGTACAGAGCAAGGCATTTTTGTCAGGACTTGA	autosomal
ACTGCCAATTTCTCTTTCCCACCAGGATGGCAGCTGGATTTTTAGTGCCT	autosomal
TGCCTCTCACTATGTTTGTGGGTTCAGCATTCCTTTCAGTTCCTCTCCAA	autosomal
ACATTTTGCTGTCTTCCTGCTCTAGTTTGTGTTGGCAGAGCTTGCCAGAA	autosomal
AAAGTGGAATGAGTTACAGGAGTTAAATCCACACTGTAACTAGAAAAATG	autosomal
ACAGCCAAAAGAAGTGTACCAGCAGCAACAGTTCAGTAGTGGTGGAGGAA	autosomal
ACACACTTAGTCAATACTGCAATTTCTCTCCATCCATACGTTAAAAAATC	autosomal
AAAAGGGGGACCCCCAAAAAGGGGATGGGGGCGGGAGGGGGAGAGAAATG	autosomal
CATCTTAAAATATTTTGAATGACTAGCAGTAAATAAAGCTGTATGTTACA	autosomal
AGGGGGGGGAGGGGCGAGAAATTGTGGCATGGGGGATGGGCAGTGGGGGA	autosomal
AGGCCCTGTTCTTTTATCCCTTTAAAACGGGTCTGATGTTTCCCTTCTAC	autosomal
CAACACTTTGCTAGAGAGGAATTTTTTTTCCCCTAATTGAAAGAAAATGC	autosomal
ACAGAGCTGTTCAACTATTTTTGAGCAGTCTTAGGAATTCAGAGAGGTCC	autosomal
AAATCTTAGGGATGGTTCTTGAAGGGGATTTAATCTGTAAATACTGACCT	autosomal
GAATTCCCAGTGGGATTCCCAGTGGATTCCCAGGGGGATTCTCAGTGGGA	autosomal
CATCAAACCAGCATAGAGGAGGTGAACTGAAGTATCGTTTTTAAGCTATC	autosomal
ACTGCCCAAAACGGCCCAAAAGTGCCCCAAAAACACCAAATACAGCCCAA	autosomal
TGCTGCATCCAATGAATTCGCATAAGAAAAAGAGCCAGCATCACCTCTAA	autosomal
CCCCCGTGGCCTGCGGGTGGCTCTTTGTTTATCCCTGCAGCTGGAGCCTC	autosomal
GGAGGGGGTCCAGGCTGTGCCTCAGTTTCCCCCTCCCTGCCCCCATCAAA	autosomal
AATGAGTTGGGCATCTTAATCTGCAATTTCAAAGTGATTTACTGAGCCAA	autosomal
CAGCGAGGCTGGCGCCCCAGCAGGCAGGGACCCTGCCTGTACTGCCTCGA	autosomal
ATCACTGCTCTGACATATTGCACACAGCACACACGCTGTACCCACAACAG	autosomal
AGAGCTCAGCAAGCAGGAGGAGAGGGGTGGTTGCTTTCCCCTCCCCAGAT	autosomal
CAAGAATATCCCAAAAGAAGATGCTTTGTCATGAAGGGCAAGCAAGCCTC	autosomal
CACCCTGGCTGTCCCTGGCCAAGAAGAAAGCCAAAGCATGGAGTGAAATG	autosomal
CTGTAATTTAGGATCTGCACTGTTCAGACATGCACAAACTTTTGTACTAC	autosomal
ACTGAATCTGTACACAGACTGATTTGAAAAGACAGTGTGGAGACTGTAGA	autosomal
GGGTGCCCGGTTGTGAAGTGCCTGCGGGTGCAGGGGCATCGCACCGGGAA	autosomal
CGGGGCCGGGTGGTTTTTCCTTGAAAGGTGGGCCCAAAAGCACCAAAAAG	autosomal
AATACGATACACTGTACTGTTATATTCCCTTTGTGGAATCAAATAAGTGA	autosomal
ATACATCTAACAGGGATTAATCTCTTTGAAAAGGCAAAATATAAATATAT	autosomal
ACCTGTGCCAGGGGGCAGAGGCACCTCCACCTTGTGCTGCTCAGGAAAGG	autosomal
GACTCCTTCCAGCCCTTCACTTCCCGGTGCCGGGGGTCCCACTCAGGGCA	autosomal
AAGGGACTGAAGTGAGACTGACCAGCCTCAGTTCCTTGGGTTCTGCTGCT	autosomal
CTCAAGTTCAGTATCTTCCACAAAAAATCCTGACCCCCCTCTGCCACAAC	autosomal
AGAGGTTTTCTACCTGGACCGCCTGGCTGGGATGACGCTGGAGGAGGCCA	autosomal
AATGGGGCAGAAAAGGGGTAGAAAAGGAACAGAAGAGAGTAGAAAAGGGA	autosomal
AGCAGGCAACGTGGTGCTTCCTTTGGTTCACAGGGTAACAGGAACCCTTG	autosomal
AAGGCATTTTTCACATTTTACTACAAACCATTGCTCTGAAAAATAAAAGT	autosomal
GAAGTGTATTTTGTATTTGCTCACAATCAAAACAATCTATCCAATTCTCA	autosomal
GAGTGCTGTGACTGACAAGGTGATGCTTGGTCACAGGTTGGACTCGATGA	autosomal
ATGTTATGCTCCAGTCATAGTGGAGCCACCAGCAGACCTCAACGTCACAG	autosomal
AGTATATTCTTGCCTTATGTTAAAGAAATATATTAGTTAAGCTTCAGAAC	autosomal
CAGACTCTCTGCTTTCTGTGGTGATCAGCTACAGGAGTGGAAAAGAAGCG	autosomal
CGGAAATTTCCCCCAAAATTCCCAAATTCCCTCACCGGGACTCCCAACTC	autosomal
CCCGTCGGTGAAGATCGGCTGCCGCGGCCCCGACGTGTGCGCCAGCAATC	autosomal
CCAAGGACACTTACGATGCTCTCCAAATGCAGCCTTTGCCCCCCCGCTAA	autosomal
CTACGGGGGGCGCCCGGTGAACCTGATGGGCGTCAACGTGTGACACTGAG	autosomal
CTTGCATACAAAATTGATTTGTAGAGGAATCTAATTTGACTTAAACAAAA	autosomal
ACCCCTTTATTGTTGTGCCAGGAACCACAGCAGCGGCAAACACTGGGACG	autosomal
ACCAAACAAAGCTAGCACTAAATAACATTTAAAATTGTATACCTTTTAAT	autosomal
CAGCCTTCGTTTAAAAAAAAAAAAAAACAAAAACAAAAAAACAAACACAG	autosomal
CACGGAGCCAACACCCTTCGCCTGCCCCCATTCCCAAAACAGTCAGCTGA	autosomal
GGAACACGAGACGGAAAACCTGTGCAACTCTAACCAAGAGGCAGTTTTAA	autosomal
AATTCAGTGATCTAGGGCAGACACAACATACAAATTTCCAGGAATTCTCT	autosomal
ATTCTGAAACAACGTATACCAGACATCTTTCAAAAGAACCGTACAAACCA	autosomal
CAGCCGCCGCCGCCCGCCGCGATGCCCACCTCTACTGGTCCATCCCCAGC	autosomal
GATTCTTGCCTATGGACTTCTCTGGATTCTTTTAAATGTTGTGTTTAACC	autosomal
AACCCCAAAAAATGCCCCATTACCCCCCAAATTGCCCCTCCCAGACCCCA	autosomal
AATTGGGAGGGACCTTATCTCGTTTTGTTGACAACAGAAACAGCTGTCCG	autosomal
GAACCACTCCACTGCCTTGATAATTCCTTAGGGAAGGATGAAATATCACC	autosomal
CAGTGAGGAATAAAAAAGTAGTCAATGGTAAAATATCATCCAACCCAAAA	autosomal
AGCCCTGAACCCCCTCATCTACAGCCTGAGGAACCAGGAGCTCAAGGCTG	autosomal
AAACGACACTTGTGAATTGGAAAATAACTCTAAGGTCATAACTTCAATGT	autosomal
CAGTTATTTTTTTTTGGCAGGAAATCACTGAAAAAAAAAACAAACCCCAA	autosomal
AAAAAGAGGACCAGAAAATGGTACAAGCAGGAGGAAGAATGGAAAACAGG	autosomal
AATTAGGGGTGTGAGATTGTCAGTAGTGAGCCTCAGGGTGGGGGTCCTGG	autosomal
CCAGTATAAACCAGTATAAACCAGTATGGACCAGCATGGACCAGTAAAAC	autosomal
AGGCCAGAGTGTCTTTCATGACAGACCTTGCTTACAAATTGAACTGCACA	autosomal
AAACCTCCAAGTGTTTTTAATAATATAAATAGTGTCCACAAACTGACTTG	autosomal
AATTCCTCCTCTTCCTAGTGGATGAGAATTCTGATTATAAGTGGGTCTCA	autosomal
TACAGAACAAAACAGAAGAAGCTGCATGGCTCCTAAGAGGAAGATAAAAA	autosomal
AAATATTTTTGTTCTTATAAAGTGGTTAAAAGAGAAATTATATATAAAAA	autosomal
AAGTATGGCTTAAGAGCAATCTGGTTAAGGCAGAGTATGTGTTTTCAAAG	autosomal
CCTCCAGCAAAAAGAGCATAAAAAGCCAAAGCCTGAAGAGTGCCACAGAG	autosomal
GAGGAACCTCCCCGGCCTTGGTTGGGGTTTTGTTGTTTCCATGTGGCTCC	autosomal
AGCAGTGGGAGCCTGCGTGGCCAGGCAGCTCCTGCTGCCCTTCCTCTGCA	autosomal
CCAAAAAACACCACCACAGCAGCATGGATTGCTCCTGACACAGTGATGGG	autosomal
CTCTGCACCTTGCTGCTCTGTGCAGAACTTTGTGTTGTGGGGTGTTGGGC	autosomal
CACTGTCTTCCTATACTCAAGGATTTTTTTCCCCCCGATTTAAAAATGCA	autosomal
AGGCGTTGTACAGAAATCTGCTTTTCTGACAGCATCCTGTGCTCAGGTGC	autosomal
GATTTGAAAATATCAGCAGTCTCGGTGCTTTAACCGCCTGCCATGACTGA	autosomal
CACCCAAAGCTATGCCTATGGAAAAATGGAATACTGTAATAAATTAAGGA	autosomal
AAGGGCAAGCTCAGGACCTACTGGCTGCTGGGGGAGCGCGGGGGCAGCAC	autosomal
TATTTCCATGGAGACACATGGGAGACCTGCACGGGCATGGCTGGGAGACA	autosomal
ACTGTCGGGCCGTGTATTACACTGGAATGGGGGGACCCGCAGAGCGGCTC	autosomal
GAGTTGCTTGAGAGATTCTGAAGGAAAATTTACAGCCTGGCCGTCATGTA	autosomal
GACTAATTATTAAAATAGGAGAGATCTTATCAGGTGTTGTTTAAAATGAA	autosomal
TAAAAGTTAAGTGGTATACAGGTTATCCCAGAGTGACTATAATACAGAGA	autosomal
AAAAGAAGAGAAAGCATTCCTCCGATGAGTTCTGCTACAGAGGTAAGGTA	autosomal
CAGCAACAATGCAAAAACTGAGAGTGGAGTCCAGAGAGAAAATCTGAAAC	autosomal
CAGGCTCTGTGATGCTATAAAGGCTGGTTAACATATATATGAAAGCCATG	autosomal
CCGCAAGGGGCCCGGCGCCTTCCTGTGCAAGGAGTTGTGTCTCTGCGGCA	autosomal
AAGTTTGTCTTAATGCTCCAGACTCATCACAATAAAAAAGTTCTAAAAAT	autosomal
AGGGACTGTACAATGTAAAAAACCCAGGTACTATTCACAGAATAAGCACT	autosomal
CTGCCTCCCCAACCTGAAGCCCCCTCCCCAATCCCCCCTAACCTGAAGCC	autosomal
TGGCTTGTAATTCTTCATACAAAGTTGGAAGTTTTTTCCACGGGCTAAAA	autosomal
AACGGGCTGGCGCTGCTGGTGACCTTCCTGGGCTGCCGCGTGCTGCTCTT	autosomal
TGCTCCTAGGGATTTTTAAGCTGCACTGATTCATGTCAGGTTTGGGACAA	autosomal
ACCAGGGCGCCCCCCGGTGGCTCCTCCCGGAAGCGCCGCAGCCGCAGCCG	autosomal
CACTGATTATTGCTCTAGAAAAACTGCATGAAAAATTCAAATACACACAG	autosomal
CCCAGGGGGGTCCCCGGGGATTTTGGGGGGTCACCGGATGGCGATGAGCC	autosomal
ATTGCTCTGTACACACATACACTTGACCCCCACAGGGCTCCCTGTGGCTC	autosomal
CCCAAGGGCTGAAGAGCAGGCATCCCCCAGCCAAATTTGGGGATAGAACG	autosomal
AAGCAATTGTAATCCTAACGCAGCTGCTCTAATTTTAGACAGTTGGAGGA	autosomal
AAGATCTTATTTAAGTCAGTTGTATGACTGAACTCATCATTATTTCCATA	autosomal
AGCTGAGCTGGATAGTCCATCTTCACCATGCTACAGTTCTGAACCTGAGC	autosomal
CGGGGGGGTGCCCGAGGGGTCCCGGGGGGGTCCCACGCCCCCTCCCCAGC	autosomal
AAGGAAGAATAATTTAATGCTGCTTTTCATAAAGTCAGCCCCCAGCCAGG	autosomal
CCACAGAGACTTTTTGCAGCTTACAATACAGCAATGCAGGCACACTTCAG	autosomal
CAAAGGAATTGCACAATACGGGAAGGAAGTGGTGTGCCAGCCTCCCAAGC	autosomal
GCGGCGGCGGGGAGGTGGATGCCCTCGCCTACGTCCCAGCGGGGCGGACA	autosomal
CATATACAGAAGTGTTCCTTATCCTGTGCCTTGCCTGAACCTGAATAAAC	autosomal
CTTTATTAATTTAAAATTAAATGTATTTCAAAAGGATAAAAAGTGAAAGC	autosomal
CCAAGTTGACTTACAAAGCTCTGCCTTCTGTCCAGCCTCCTCTTGGCTGC	autosomal
AAGGTGATGTGCAGGAGTGAGTAAACAACCTTCCTGTTTACTCCTTAAAA	autosomal
CCTACAAACTGCATGAATTTTACCACACCTACAGCAAAATAAGAAGATAA	autosomal
CAGGAACATTCACACAGGCTGCATTTTCCACTTCCACAGGTGTTGTGTTC	autosomal
CTGCAAGGTTTTGGGACGCTGATAATGAAAAAGTACAAACATGTTTTCAA	autosomal
CTCGTCCTCCTCAGGACCATCTTCCTCCCTCTCTTCATCCTCAGCAACTA	autosomal
CTTCCTGGGGCCATCCCAGTCTGCTCCGTGGATACTCGGACCCAAAGAGA	autosomal
CAACAGCTCAAACACTAATGTGTAATCAGCATCGTTTGGGTCAAAAATCC	autosomal
AAAAGAACAAAACAACTTAATTACAGTGATATACTGATAACACATACTAG	autosomal
CCCTCCTGCCCACAGTCTCCCAGTAGACTGCTCAGTGCTCGAATGCATTA	autosomal
GATGAGCCTTCGCAAAATGGAAATCTAAACGAGTTAAAAACCAAAATAGA	autosomal
GCTCAGCAGCCCCCCGCTCCCCCCCCAAATCACAGAGCAGCAGCATTTCA	autosomal
AATATTGCTTTCAGCCCCTTGTAATGGCAATTACTCGTGTATTCATCAAA	autosomal
ACGCTGGAGGTGCTGCCCCTGCCCCCGGGACTCAAGCAGGTGCTGCACAA	autosomal
CACACATATTATCCTGGCACTCCCCTTACAGGAGTGTGGGTACAGACAGC	autosomal
CCGTGACCCCGCGCCCTTTGGCCGGGCCAGGGCGGATGTTCCCGCTGGAC	autosomal
GGTGCTGGTGCTGGTCCCGTGGGGCTGGGGCCGGCGTGGGCACAGATCCA	autosomal
ACTTTTTCCAGCTGCTGTTGGGATGTGCTGGTGACCTTGGTCCCTCTAGA	autosomal
GGCCAGGGCTCACTTGTGCCTTGCCACGCACACGTCCGTGTTTGAGGGCA	autosomal
TCATTCACTGGTGACAGGAGGCTACTGCTGGAGGACCTCACGCAGCACCA	autosomal
CCCCAGCAGCGATGCCAAGCTCGTCCCTGCTCTCCCAGCACCCCGGTGGC	autosomal
CTTTTCCCATTTCCTGTATTTTTATTTTGTTTTTCTCTAACTTCCTTCAA	autosomal
AAGGGCCTGGGGCTGTGAACGTGCCGTGAGTGACGGGAGGGACACGGGCT	autosomal
AAATCACCCCAAAAATAGCTCTGAAATCACCCCAAATATAGCCCTGAATT	autosomal
ACCACCAGGCCCCCGAGGAGAGCGCGGCGCAGTTCTGGGCAAACAGGTCC	autosomal
ATCTCATGTTAAGATCTGCTTTAGGCTTTGCAATTCAGTCGTGGGTCCAT	autosomal
CTAAGCATCAGCCCTGCCCAGTATCGAAGGGACAAGTGCCAGAGCTTCCC	autosomal
ACCGCCCCCCCCCGCCCCGGATACGGTAAAAAAACGAACGGAAACGGGAA	autosomal
CATCGTGGGAGGCTTAAAGATCATCTCCTTCAAGATGACCTGATGGGCAC	autosomal
CCTGCTCATATGCAACACCAAGTCCCAAACCATCAGGACTCTGAAGATAC	autosomal
CATTCTTGTTTTCTCCCCTCTCACAAGTTTCTTTTTTGCCACATGTATAA	autosomal
TAGGATTGACTACTGGCTAGTTTTAATTTCAAGCACGTTGCTATGGTGAA	autosomal
AATCTCTCTGGTTTTTTTTCCCAATTTCTCTGTTTTTTTCCCAGTTTCTC	autosomal
AAATCTCTCAGAATTCTAAACACCAAAAGAACAGAAGAAAACAAAAATGG	autosomal
CTTATGTGCAGTAAAACCTGTTTCAGCTTGTTGGTGCAGCTGTTTCCAGA	autosomal
CACAGCCAACACCCTGGCTAACATGGGGAGGGGGGATTATGTAACCCAGG	autosomal
GAGGGAGAGGGTGGACTGAGACATGTGCTGGGAGTTTGGTCTGTAAAATA	autosomal
GCAGGAGCTGAGCCCCCCCCCCGCCCCGGGGGGGTCCCGGCGGAACCCCA	autosomal
CTGACCTTATACTGTGAACCTATGAGGTTCATGTGCCTGTAAAATTAATC	autosomal
GGTGCAGAAGGATGACCCCTCAACGCCGTGTCGTTCTGACTATGCTCGTA	autosomal
GCAAGAGTGAGAAAACACCAGCTATAACAGAAAAAAGAAGACCCGTCCCC	autosomal
ACTTGGCAAAGCACTTTCCAATGTGCAGCTATGACCTGCTTTATTTTAAA	autosomal
CTGGGCTACCCCGTCTACTCCTCACAGCTCCTGCAGCTGCCTCTCTTCTA	autosomal
CAAGCAAATAAAAATAATCAACAAATTTGAATACACTGTATTTATTCGTA	autosomal
TGTGAAAACTGGGATGGCTGCTGGAATCTGAGCCCTTTCCTTTCAAAAAA	autosomal
AATCTGAAGCACGTTGTTTAGCAGAAAAGAAAGGCTCAGGCAAGAGCATT	autosomal
AACTCTGAAATTTTGCCATGGATAACATAGCACTTGTTGTAACATTTAAG	autosomal
TATTGTGGACATCTGTATAATACTGGAATAAAAATATTTAGAAATGCTAA	autosomal
AGTCAATGAATTTAAAATAATTAAAACACCATTATTAACCAAGACTTATC	autosomal
CAAGTAGGTATAGCACCTCAGGTCCCTATGCCTCTTTCAAGGCTTAGCTG	autosomal
AGACAAACTCACTTAGGGAAGTTAAAATGTAAATTTGTTAATATATTAGG	autosomal
ATGGGCAGGCAGGGAAGGGTAACTGGTTTCATGGAACAGTGTAAGCTCCA	autosomal
AGGTTTAGGCGCACTGAGAGATGATGTTGGAGTTGCAGTCTAAGCTGTGA	autosomal
TCTAAATCATGCTGAAAAAAGGAACTTTTTTTTTCTTTAATTATGAGTAA	autosomal
AAATTGACTGCAAAGACATGAGGGACAAAGACAGCCATTTTCCTGATGTT	autosomal
ACATACAATATAGGAGAAAAACAGTTTTCCAACAATATAGGAGAAAAAAG	autosomal
CAAAAACTAGTATTTTAAGAAGTTGAATAAATAAATGTTCTTGGATCTCA	autosomal
AAAAAAACCCAAAAAAACCCCCAGTCCATCAAAATCTCATTCCCTCCAGA	autosomal
CCCTGGGGGATCCCCAAATCCCTGTGGAACTCCAGCTTTCAGGGAATCCC	autosomal
AATTAATTCCATTATATACCAAAGGTGTGTTTCACTGTAACTGAAGTTAC	autosomal
AAAATCACAGCTGCTGCTAATGAAATAATGGCTGCAAGGGGGTTGGAAGA	autosomal
AATAACACCTCACCTCGGCATTAAAACAGACAAGGCCACCTACATGATAA	autosomal
GCCGGAAGAAAGCGATTCCCGGGCAGGAATTCTGTCACGTCCACACCACC	autosomal
CCTACAAACTCCCAAGGCCTTTTGCTTTCATGTGCAGATGAAAATGAGCA	autosomal
ACTAAGTAATTTAGACAGGCTAGAAAGAATTTCTCATACTGCTCAGAGAT	autosomal
CATAAAATCTGCTGTGCTGGTTGGTTTTTGATATCTTGCTTTCAAGAACG	autosomal
AGTCAGAAGGAGAGTCCACAACCTGCAGCACATCAATAGGTGAGGCAGTC	autosomal
AAACCTTTTTTTTTTCCTCAAAATCTCTTTGCAAGGTTGTCTTCATTTTG	autosomal
ACCGAGTAGGTCGTGCCTCGGGCCGGACACGCAGGGACAGCGCCCGGTGA	autosomal
CTTTAAATATATTTTATCTGCACACACAAATGCATGAATTACAGAATTTA	autosomal
AACTACGACGTGAATTTCACCTTCTACCCCCGGCGCACCCCTCTGCAGCA	autosomal
TCTCTCATGTGAAGATCCCTTGATGACATTTCTAATATCTTGATTTTGCA	autosomal
AAATGCAATTTCACACAAAGGTTAAACAAAGGGAGATTGATAGAAACAGT	autosomal
CCATCTGTGCCCGTGCTATAACTGGGACAGCAGAGCTCACAGGGGAGCAG	autosomal
CACTCTTATTGCAGTCTCATGGTGGGGGCTGAGCCCTCTGCCCTGGGGCA	autosomal
AGAGTTATCTGGGAGAAAAGTCCTAAATTTTAACACCACTAGCTCTTTTA	autosomal
AGACAGGAGTGACGTGGTCATAAGGGCCCTTTCTGCAAGCATGCAAGCTC	autosomal
AGCCCTTCTTGAGGTCCTGGAAACCAGTATGAAATGTCCAAGGTGAAGCA	autosomal
AAGTCCTTGGATGATGTTCTCCAAACATCTCCAAAATCTTATCTTCTCTA	autosomal
ACTGAAAGGCAAAATGTATCCTGAATATCTTTGGTTAATGTCATCTTGAT	autosomal
CTGGCGGGTGCAGAAGGCGCTGCTGCAGAAATTCACCCCCGAGATCAAAG	autosomal
ATTCATATGATGTTGGTGGTGTTCAACCCACAGGAGGAACAGAGGAGGAG	autosomal
ACATGCCATTATCCTTGTAAAATTTTATTCCTTGTGAAGACGGTGACAGA	autosomal
AAACCACCAAGTTCAAATAGTCACATCAGCATAGGAGCCTCATCTTCAAA	autosomal
ACCAGGGACTCCATTCAACCCTCACCATTCTATCGTAAGCTGGTCTGCAT	autosomal
AGATTGTACTGCAAAAACAGCAGTGTGTGCAGAAAAAAAGAGACTACTGA	autosomal
AAGCAAAATAGCTTTCTTCCTAAAAGATTAACTTCATAACTTTAATCCAT	autosomal
ATATAGTTTTATATATATATATATATATATATGTATATATATGTTTTTAA	autosomal
TGAATGCTGCAAGCGAACATGCAGCTGTGCTGAAAATTATCATTCATACA	autosomal
CACTATTGTAAAAACTTCATTTGGGTTTACACATTTCCCTCTCTCTATGA	autosomal
CAAGGAGTTGGTAAACCGAAGAAAATTCAGGAAAGTGCTCTGAGAGTGAA	autosomal
CACCTGAGGGAAGTTGATAGGCAATGCTAGGCATGGCAATTAGCTTACCC	autosomal
CCAGTTCTGCTACTGAACCCGAGCGATGACAGTTTGGAGATCTGAGGAGG	autosomal
CCCCAAACTCCCCCTGGAGAACCCCCCAGCCCCACAGCTGACCTGTGGCC	autosomal
AGGTAATTTTCCTTTCTTTGTGCTCAGAGGATGAGCAAGGGAGGTAATAC	autosomal
GATTTGTCCCTCAGGCTGGTCCCAGGAGGTGGCTCCTCGCTTTCGGTGGA	autosomal
CTGCTCCAGGCAGCAGCGCCCGCCCACCACGGGCCCGAAGGGTTTGGGGA	autosomal
CTGTTGCTGCAGGAGCTGCCTCCTCAGGATCTCGCGGTACTGTGGGCTCA	autosomal
CATTGCAGCCACATAACCAGATTAAAGAATTGAAAATCACAGGAAACTGC	autosomal
CCACCCTGGGGCTTATTCCGGCTTCTTCTTGACCAGACCCGGGAGTTTCG	autosomal
GGCCCCCCAGCCTGGCTCCCCCCGGGAGCTCCCCGCAGGTACCGTGTAAC	autosomal
CCTCCAAATTCTTCAGGTTCTGCTCCGACTCCATCAGTTTTCTCTTCAGG	autosomal
AAATAGTGTGCCATACTAAAATTATGAAAGCTAGAAGTACAAAAGTCTTA	autosomal
AATATTTAAAAATTTATATTGACTTCTCATCCAAATTTAGATGGTTTTAC	autosomal
ATACTGTCATTTTGACTGTAAGACATTTTGAGGTTTGAATCTTAAATGAT	autosomal
CCCCACCCTGTCCCTGCCGTCCCTCCCCGTCCCTCCCCGTCCCTCCCCCC	autosomal
AATGGGAAAAATGACAGCAACACTTATATTTGGTTTACAATACTTTATTG	autosomal
AAACCAACAACATCTACAAACTAGGTGTTCCTATAGACAAGGATGAGGAA	autosomal
GGGTGCTCCCTACCATGAAACTCCCATGAAACGCAGAGAGAACCAACACA	autosomal
AACCAGTAAAAAACAGTATAAACCAGTATAAACCAGTATAAACCAGTATA	autosomal
ATATAGGCACATCTCTGTGTCATATAGGTTCACCTCTTCCTTCCCCTGAC	autosomal
TGAAATGTAAACTTTGTTGTCCCTCCAACATACATTTTTTTTCCTTCCCA	autosomal
ATAAGTAGGAAACCAGGCTTTATTAGTTTATAATCAGAACTAATAAAGCC	autosomal
GCTAATCAGGGCCCAGCAAAAATGAAACAGAGAGAGAAGAGCCCCTGGAA	autosomal
ATCAGCAAGGGACTGGATGTAGGCTAGGAAAAGGAGCCTACAAGAATGGG	autosomal
CTTAGGTATGTTGATAGTGATACATTGACTTTATTGGTATAAATGGGAGC	autosomal
CCTCAGGGCGGCAGGAGCCCTGGGCGAGCACGTAGCCGTGGTTGCAGGTC	autosomal
CAAAACCCACCAGGAACTGATCAAAAGCTCATTAAAAAACCCCAAAAACC	autosomal
AGCAAGAGCACTGCAAAGAGCTCCTGGGCCAGGGCAGCTGCACTTTCCCA	autosomal
TCCCTGGTCTTTTTTTTTTGGAGATCACATTTTATTTTTGGGGTGCAGCA	autosomal
AGCAGGTGCTTCCCAACCTTCCCAGCTGCCACCAAGAGGGTGGCACCACA	autosomal
ACTGCAAATTTATCATTCTTTTTTTTTTCCTCAACACCATAATCTTAGAA	autosomal
GGGCTACCAAGGAATGAGAGGAAGAACGTTTTCAACAAAATGTGTGGACA	autosomal
AGTTATGTTTTTCATGGAAGGACTCAATTTGGTGGCCTTTGGTTGCTTGA	autosomal
GTCAAGATTGTTCCACACACAGTAAAAATATCCTCTACAGAGGAGTCCTA	autosomal
TGACCAACTTAGTAGAGGTCCTAGTTTCAAAAGTTTACATTTCAGAATCA	autosomal
AGCCAGGACCTCCCAGGGGCATTTTGGAGCTCTCAGCCTCACACCTGGAC	autosomal
AAGGCAACAAAAGGGCATCTCTGCAGAAAACTCTGCTGGGACATCCTTTA	autosomal
AGATAAAAAGATACTTGGAGTTACTTTGTGAACTGTTAAAACCTATTCTC	autosomal
CTGTGGCCAGCAGCAGGGCTGGGCTGAAGGAGGGGATGCTTGTGGCTGAC	autosomal
CAAGTTTTTCACTGTCTTTTTCCTGAAATACCTGTTTGCACAGACACAAG	autosomal
ATTGTACATACAGAACACAGCTCGATGCTTCTCGAGTCCACCAGTATAAC	autosomal
AAAACATATCCCCTGTTTGAGAATTTTACTGTTATTTTCCAATTTATATC	autosomal
AAAAACAGCAATGTCAGGAAATTCATGTGCATTTTAAAGTAGAGGTTGAC	autosomal
AATTTATTCCAGCAGGATCGAAGGCTAGATATATTTTCTTTCAGTTCACA	autosomal
AGAAAAAGAAAAACCCCAGTGTTGATGTCCTGTAGCATAAGTTTCTACAC	autosomal
AAATTATTGATAAGGGGTTTGAGCATCCCTTAGTTGGAGCTGGCAGCTCT	autosomal
CCTGACACTGCATTGCCTCAGAGCAGAACACTGTACAGAAGTGCCTTTTC	autosomal
TCGGATCTGCCCAGCAAGAATGGCAAGGACCAGGCAGAGCAGGGTCCCCA	autosomal
ATAAATAAAATAGTTAATATCTCACAAAAAATACATGTTCTGTTAACTGG	autosomal
AATCTGTGTAGTATCACAAACTATGGCTACCTACCTAGATAATACAGCAC	autosomal
AACCCATAATTAGGCATAAGTACCCAGGTCTTAAGTGGACCAGTACAAGC	autosomal
AAAAACGTCAAAGAATTTGATGCTTTTGTGGAAACCTTGCAGTGAAGCTG	autosomal
CCACAAGTGCTCAGAGTGTGGGAAGAGCTTCAGCCAGAAATGTGACTTGA	autosomal
CCCGGGGTCGGAAGCGCCGCACCTTCCTCAGGAAGCGCCCGAAGCGGCCG	autosomal
CACTCCTTGTGGGACAGCACTTAAAAGCCATAAAAACCCCTCAAACCCAC	autosomal
TCCAATATGGCATTAAAATATAACATTTAACATTGAAGAAAATATGGTAA	autosomal
GCCAAATATTCTAATTTCTCTGTATAATAAAAGGAATAAAAAGAAATAAA	autosomal
CCCGGCTGGGGCGCGGGCCCGGCTTTGGCACACGGCACGAGTCACTCTTC	autosomal
AAACTAAGGGGGTCAGTGCAGGGGAAGGAGCACACAGTGGCAGCCTCTCT	autosomal
GCTCCGCGACAACGGGCTCCTGGCCAAGCCCACGCACGGCGACATCATCC	autosomal
GGGGGACACCAGGAACAGAACGGCCTGAGCCACGTCCTGCGGGGAGCCCA	autosomal
GGGGGAAAACCGCTGGATTTTGGGAAAAAAAAGGGGTTTTGGGGAAAACC	autosomal
CCCTGCAGGGGAAAGTGCATTTCCCGCTCTGGAAAAGCACCAAAATCACG	autosomal
GATGTGCATAGGTTTACAACTTAGTCAGAATAATATTTTGCTTTATTCCC	autosomal
CCCAGTCCCGGCTCCCCCAGCCCCGGCAGCCCCGGCTCCGCGCCGCCTCC	autosomal
AACCAATATCACAGCTGTTAAAAATTTGTGTACTTTTTTCCTAGTCCCAT	autosomal
AGCTGGAGAAGGAGCTGCCGGGGGAGCGCCCGGGTAGGGACTTTTGGGGA	autosomal
CCAGCTCTTCCTCCTGCCCGGCGGCATCGAGAGGCACCTCAAGATCAAGA	autosomal
AGCCGGGCGGCTGCGGGCGCAGCTCGGCCCCGCGCGGGCCCGGCGGGCTC	autosomal
AAAACTACCTCCAGCTGTATCTGAAGAACAGCCCTGAGGCATGTGATTAT	autosomal
CGGCTTGTTACTTCATTCTGGAACAGAAAAAAAGTAAATAAAATGGGAAG	autosomal
CCTACCACATGCTCAGTTTCTCTGAAAACACCAGCCAGCACAAAAGGAAG	autosomal
TCCACCACCAGAGGTGCTCCTGCCGTGGCAGGAGGAGGAATTCCAGCCAA	autosomal
GAAGGCTGGTGAACTGTTGTTCTTCACCAAGCTCCATGCTTGCACAGCCA	autosomal
CGGGGGTGCAGGAGCCACCTCAGACATGAAGGAGTCACCCAGGGGTGCAG	autosomal
AAATCACTGTATGCTCCTTGTAGGGATCCAGATCCTTCCACCAGCAGTTG	autosomal
ATGAGCTCTCAGAATGTGGTCCCTTCTCTTCCAGGGGCAGTGGGAAGAGC	autosomal
AAAAAAAAAAAGGAAGTGAAGAAGGCAATGTTCAAGAGCAGGATTTTGGG	autosomal
ACCACTTTGCTCCAGCTTTCATCTTCTGTTTTCTTACTTGTCCTCAGTGG	autosomal
ATAACGAAGAGTGTGATTTATTGGAACTCGCCATTTCCACATGATGGATG	autosomal
CAGCATACCTTTCCCCACAGACAGAGGATGAAAAGGGCTCTGTGCAACAA	autosomal
GCAGCTTGGCTCCTTTTACCTCCACAATACCACAGTTTATCTTAATTTAA	autosomal
CCACCAGGATAAATAAAGGATAGGCATAAGGTAAAGTGAACACCATACAC	autosomal
CCAAATTTCCCAAAACCTCTCGAATTCGCCCCAAATCCCACCCAGCAGGC	autosomal
CCCTGGGCTCGCAGGCTCACCTGGCCAAGGAGGACAAGAACGGCCACGAC	autosomal
AGACCCCCGGGCGACCCCCGGGGCGGCGGCAGCGGGCAGCGGTGAGGAGG	autosomal
CCTTCTCCAGCTGGTGCAGGGCGTAGATCGTGGTGCCCCCGGGCGTGCAG	autosomal
ACACCCGAGGCTGAAGCAAACTCTGGGGTGTCACTGCAGGTTGTCACTGG	autosomal
GCCTTATTTATGGACAATCTGTTTGTCAGTTAGATTTTGTGCTAAGTGAC	autosomal
ATGTTCAAGGACTAGGCAGGCAGACTAATGATTAAAGATACTTTATTGTC	autosomal
CGCGGGTCCGCCCGCGCCGCTTTCGGGGGCGGCGGCTCCAGCGGCGGCTC	autosomal
GGACCCCGGCCCCCCCCGCCTGGGACTGCAGCCTGGCCCCGCTGCAGCGA	autosomal
AGGGGGAGAGACAGGTGAGGAATGGGACATTCCCGGTGGGATGGAGCTAT	autosomal
AGCAGCTTTAAATTGGTGCATTTTTTTCATAAAGCAGTTTGCATACTCCT	autosomal
AGTGGGTTTTGCTGACCACCCCTTGGCTCTCCAGCTCTCGGATCATCTTA	autosomal
ATAATGAGTAAATTATCATGAACAGCAGAGTACAGAAAAAGTTTAAAATA	autosomal
AAATCTAATGTCAGCATAAAGCCTTCTCAAATGGAGGGAAGATAAGGGAA	autosomal
ACAAAAATCACCAATTTAGCAGTAGATTATTTCCCTCCCTTCCAAGGAAC	autosomal
ATGTTGAAGACCACAATGAGGTCTCTCCTCAGTCTCCTCCAAGCTGAACA	autosomal
CCCCCAAACTCCTGCCCAGTGTCCACCAGGACCCCCAGAACCCCATCCCA	autosomal
GATAATGATCCAGCTCCATCTGGAACTCCAGAGGGACCTTTTGGATTTCC	autosomal
AGTCTGCCCCGATTTCCTTCCTTTCTCCTCTGTTAACTAAATTGCCAGGC	autosomal
GAAAAATTACTCTCACAATTGTGTCCTGGCCTGGCACATTTTTATAAAAC	autosomal
CTGGATCTGTTGCCTGGTCACCGTCTTTTACTGGTGCATCCGAAAGCGGC	autosomal
CACCATGCCCGAGTACCTGGGGCGGCGCTTCGGGGGCGGCCGGATCCGAC	autosomal
ACTTAGCAGCTTGACCGCCTGAGCCAGCTGCTGCTGCTTGTAGTCGCCTG	autosomal
AATCACCCAACATGCAGGACCTGAAGAGAAGGTTTAAGCAAGCTTTGTCT	autosomal
ACCTTCTTAATTAGCACCTTTTCATAACAAATCAGTCAATTACCGCTCCC	autosomal
TAAATATAACTTATGTGATAATATGAAATTAAATTAAAAATTCCAAATTA	autosomal
AGCAGCTGGTGCTGACTGCTGTGGATGGTGGGGATCCCCCCAAATCCGGC	autosomal
GAATAAAAACTGAGTATAGCCTGTGTAAGTTGTGAGAAGTGGAGGAGCAC	autosomal
TACATCCAAGGCCTGGAGAAGGCTCCAAAGCTTGGCCGCAAGAAGTAGGA	autosomal
AGTCCGGGCTGGGATCCACGTAGACCAGGTCCTCCTGGGTGGGCATGTTG	autosomal
GGGGGGCTCCTGGAGGTCTATGTGACAGCCTGAGCCACGCTGGAACCCCA	autosomal
ATCTGTCCCTGCGGTACAGCTTTGTCACACCCCTCACTTCCATGGTGGTC	autosomal
GACTTGTTGGGTTTTTTTCACTTAGAGTCAATAAATATGGTAATCAAGAA	autosomal
GATGGTGATAGATATGGTCTGCATGATACAGAGAATCCTTACAAGTTCAA	autosomal
TCCCCCTAAGGTTCACACCGTGAGGGTTGTCTAAAAAAAAAAAAAAGAGA	autosomal
GCGGAGGCTCTCGCAGTTCAACAAGACCGCGGTCCCCGTCCGCTACCCGC	autosomal
ACTGATATTTTGAGTTTGATTTATGTTTAAGAATTATCCAACATTTTTCA	autosomal
CACTCGCGCACCCTTATCAGTTCTCCGTCCAACAGTCAGAGTGCAGAAGC	autosomal
GAGGCGAAGTCTGCGTTCTCCTCGGTGAGCTGCCGGGTCTCCATGCCAAC	autosomal
AAAGATCCCAAATCAAGTGGTAGGACTTGTGTCCAAGAGGGTGGTGGCTC	autosomal
CCTTCCTGGAGAAAAGCCATGTACACTCCGAGCTGCTGCTGGCAGAGCCC	autosomal
TGCAGGATCTGAGGACTGGTTTGAGTCCTCAGAAGACACGGATACAGAAA	autosomal
ATTTGGCAAGAGAAGCAATAAACCATCATCTCCATATCTGCAGCCTCTGA	autosomal
TCTGGCTTTTCCTCAGCCTCTACTTTTGTATTAAAAATATGACTGAATAA	autosomal
GGGACGCGCTGTCCAGCGGGGCCGGCGTGGCCGGAGTGGCGGCGCGGGAC	autosomal
TAACTTCGTTCATGTTAAAAAAAAAATTAAAATTACAGCATCCTGAAATA	autosomal
CTTTGGTAAACACTCACACACAAACTAATGTGTAATTCATGTTTTGCTTC	autosomal
CAAGCCTGATCACATTCTCAGTACTGGTCTTAACAGGCTAGGTTTGTGGG	autosomal
GTGTTGTGCAAAGAAACCTCTTCCGCAGACTGTTACTGTCTTTTGTGTCA	autosomal
GAGGGAACCATGCACTGCCCTTGACACCAGGACCTCCTGCCACTGTGGGA	autosomal
ATAAACTTCAGCCAAGAAAAGAAGTTACTATAGCTCTCTCCCTTCTCACG	autosomal
AGGTACTCAAGGGGCTGCGCCTCTCGCAGGCGGGGGCGGGCGGGGTGCAG	autosomal
AGACAGTGATATTTTTGTAAATATGGACAATCTTATTTATAAGCTGCTCA	autosomal
TAAACAGAGGGCCCAGGAAGGCAGATGGCACATAAATTGTCATCAAACAA	autosomal
AGAATTCACACCATTAGTAATTTTACAAGGGAAGATTAAAAACCCCTATA	autosomal
ATGCAACTTTTAATAAAATATTTTTCCTACTACATTAAAAAAAATAATTA	autosomal
ATCTAAAATGATGTGATTTGTCTTTTTAAAGGAAGGACAGAATGAATCCG	autosomal
TGTCCATTGCAAAGATACATTCTACAGTAGGTACTGGATTGCATGCTAAA	autosomal
AGCGTTTTACAGGTGTGATTTACTGAGCTCTCAAGTGCTGTCTATACTGG	autosomal
TTCTAGACAGCAGACCATGGGGGGAGGTGAACCAGATGATAACAAGGCAA	autosomal
AGGCTGACAGACAGGATCTTCACTCCACCTCCCTCTTGTTGCCATGGCAG	autosomal
CTTACAGGTGACACACCCATAGAGAGTCATTTGCCCATGCCAGCAATAGA	autosomal
CAAATACCTTGTGCAGATATTTTTTCATCAAGGGAAAATATTTATTCTGG	autosomal
TACATGAAGGATTCAAGACCTTTGGCATTGTTAAGCCTTCTGCTGCCCCA	autosomal
CACTCTTAGAAAGCAAGCTTACCTTTTTACAGCATAAGAACAACTTAAAA	autosomal
CGAGTGGATGCTGTCTGTCCGCCTCGCTGGCTGCTCCCTCCACTGCACCC	autosomal
TTTAAATATAAATTATTTGTTTTTAAAACCATTTCACAAAATACAGGAAA	autosomal
CCAGCCCCTCCTTCTTATGACTGGGAAGATTATTCCCACTGCCTATCTCA	autosomal
CCAGGATGCTCTCGATGCTGAAGCTGCGGCCCCGGGGAGCGCTTTTGAGC	autosomal
CTGGGGTTTTGGAGCATCCCAGGGTTTCGGAGCATCCTGGAGGTTTTGGA	autosomal
AGTATATAGTATGTTCATAAAAAAAAAAAATAAAATAATCAAAAACAGTG	autosomal
GGAATAAATCATCCCTTTAGGATAACAACCATTGATCTGTTTGCAGTCTA	autosomal
ACCCCAAAATCGGGCTCAGACCCGAACCTCGAAACAGCGCTGGCCCAGGA	autosomal
ACTGTAGCGAGCTGTGAGCCACCAGCACACAGTCCCTAAAACACAGCTCA	autosomal
CCAGTTGGAGCCTGTCACAATGTTTTGCTCTTGCCTTTAAATTATGAACA	autosomal
ACAGAAATCTTTGCAATTCCTGATTTTCCCTCCTATTCAGGCATAAAAAA	autosomal
GCCCTGGACGTGGTGACTCTGGTCCACGACATGGGTAAGGACGCCTCTGA	autosomal
AAATCTATAAATCAAGGCAAGAATACATCACTCTGCTCCAAATTATTCCC	autosomal
ACCCTGGGGACCCCCCCAATGTCAAATGGGGACCCCAGACCCCCCCCGGA	autosomal
AGCAGCGCTCCTGAAACTGGACCTTTGCAAGGATTGCAGGGATTTGTTTC	autosomal
TGGATTCCTCCTCTTATTTTGCTTTTATGCAAAGATTGTTCCCAGATGAA	autosomal
GGGGGGTAGTTTTCACAGCGCTCATGCATCTGCTCCATCGGACTTTTATA	autosomal
ATCTGTTTACAAATTATTACAGTATATTGGAGTAGGAAAATGTGAAAATA	autosomal
ACCCTCCTGGAGCCCGGGGTGCCCCTGGGGCGGTACCTGCGGGAGCACGG	autosomal
AGTCCCAGGTGGGATTTTGGGGCAGTTTTGGGGGGTCTCGGGGGGGGTCC	autosomal
ATCCCCCAAATTCACCCCAAATCCACCTTGTCAGCGAACACCATGAGCCC	autosomal
CCCTCCCCCTTTTAACACTGGACAGTAATTTTGGCCCCAACGGGCTGGAA	autosomal
AAAGAAAATCCCTGATTCTGTACATTTTGATAATGGTTACTGTGGAAAGT	autosomal
ATATTTTAATAGATATGTAAATATTCTAAAGAATCAAACATTGCCTTTAA	autosomal
ATTCCCCCAATTTTCCCCCAAATTTCCCCCAAATTTCCCCCAAAATTCCC	autosomal
GCTGGCAGAGTGAAATTCCCTAAAACAGCTCAGAAATACAGGCCAAATCA	autosomal
ACCCCACGCTGTGCTTTCACCTCCCCAAAACCTTCTGCATCTGGAGGATC	autosomal
CTCGACGCTGTTCCCTTTTTGAGGCAGCACATGCACCCCAAGCCCTGCTC	autosomal
ATCCCACGCAGGCTGACAGAAGTGAGCTTGCTCTGTGGGGAAGGGAGATG	autosomal
AAGGGCATATATGTTTTCAGAACTTTATTTTTTTTTCAAAACTGAAGTCC	autosomal
GGCGGGGATGTCCCAGAGACCAATTACCTGTTCATGGGCGACTTCGTCGA	autosomal
GGAAATAAGGAACAGAAGAACTGATGCTGCTATACGTATTCAGGCAGGTA	autosomal
AGGAGCTTCCACTCCCCAACCCGGATGGAAGCTTGCACAGCCGTGTTCCA	autosomal
TGCAGTATCTGATTAACCAAGCTTCTGCAGACTTTGTGATTCTCAGAACA	autosomal
AAGGCCTCGGAGGCCGCCCCTTGCCGGGGCAGAGCCGGCGGCCGGGCCAC	autosomal
CCCCTGGGCCACAGAGCTTCTGGTATCCCCACATCCCTCCCCCCAGACAC	autosomal
GAGATTATACATTTTCCCCAATATGGAGAAAAATTAGTAGTAAGGAGGAA	autosomal
GATCAATCTCATCCTGAACTCCTGCAGGAATGTGATGCCTGTGGATCTAA	autosomal
GTTTACAGTTCCAAATATTTAAGATGAGAGTAACTTGGCATTTAGATGGA	autosomal
GATCAGGGCCACACGCACCTTGCAAAATCAAGCTCAGAGTATTTGGTCCA	autosomal
AGTCACAGCAAAATTGTCCAGCTGGCACATTGGTTGTATTTATACTACAA	autosomal
CGGCAGGAGCCAAGGACTCAGCAGGAAGAGCCAGGACTTCGTCACACAGA	autosomal
CAGCAGCAGCGGTGGGTCGGGACCCACATAAGGCACAGAGTTTGGGGGGC	autosomal
CGGCATCAACTGGGCCCAGTGGAAGGGTTTCTACTACTCGCTCAAGCGCA	autosomal
TGAAAATCATCCGGGGTCTGGCGTGGCCCCGGGTGAGATAACGGCGCCCA	autosomal
AGAGACAGGTTTGAAGTTCACAGAGAAAGGCACTTTGAGGGGGGCCTCCC	autosomal
TGTACATCCTGAGTTTCAAACGGCGGCAGAGGTTCCCTCCAGTAGGTGAA	autosomal
AGCCTGATGAGCAACTTATGGCTCTATTACAACAATATCAGATGAACCTA	autosomal
TGCTCCAGCCTGGGATGATCATGTGTCCTTTCTCACGGGGAGCTGGAACA	autosomal
GGAGAAGCTTGCAGCTGAGTGAGAAGCAGGGATTCGTTATCCCAAACCCA	autosomal
CTGCTCCTGGAGGAGACCTCGGCCTCGCTGCTGCACCTGGATCTCATGGA	autosomal
GGGCTTGTTTGGAGTTTATAGCTGGTCTACTGTTTGCCTCTAAAACAAGA	autosomal
GCCCCCCGGTGCACACAGGCAGCAGGGCCTGTCGCTCTTTGCACACTTAA	autosomal
AAGCAGAGCAACGCGCTGGCCTCGCACGGCCGCGTGCACACAGGTGAGCG	autosomal
ATTTTCAGATGATGGTAGTGAGGGACACTATTTATGCAGGTGCACAATGG	autosomal
ACTTTCCACCCACAGATTTGGCTTGTTATCTGCTGCAGGTTTTTCTGATG	autosomal
CCTCCTGGATCATCCTAAATCCATCCTGGGTGCTCCTAAATCCTCCTGGA	autosomal
CTGTGTTTGGAGTGGGACTGGAGGCTTCAAAATTCAGGCTGGATTCAGCC	autosomal
GATCACTTCTGCCACTCTTCTGCAAATAGCGAGACAAGAGCTGCTGTTTA	autosomal
ATTCATTAAATTTGTACCAAAACCGTTCTGCCCCCGCGTGTCTGTTCGGG	autosomal
AAAAAAAAAAATCAAAGCAGAGCTGTGGCTTACAAGAAGGTGAATAATGA	autosomal
ATTGTTCTATTTTCTGCCAGTTGTGGAATGCATACTCAGGATGGTTTTCA	autosomal
CACTCACAGTGTGGAACACACTCACTTTTGTTCCCAGTTTCTAACTCTGC	autosomal
CCTAGCCCTCCCTCCCCCATGTGTACTCAGCCCTCAGCACCCTGACAAGC	autosomal
GCCTGGCTGTGGGGCACACACGAGCCCACGCGTGGGCCTTCCTCCCCTCC	autosomal
CCACTGCCCCAGTCCTTGGCAGGGACAGCTCCTGTGTCAGAATTTGTCAC	autosomal
GACAGCAGCTCTGCGAGCAGCTCAGCAGGCCCCTGGCCACAGAGCTGTGA	autosomal
AAGGCAACTTGTACTTCTCCAAGGTTTAACCCCCAACAGGAGACTCTGCT	autosomal
ATGGCCCACCCATCTCAGTGTCCAGCCCCAGGGTAAATGCTCTGCCATGC	autosomal
CATCCTAACAGCATAACTTACATTACAACCTATCTTTCATCCCAAATCCC	autosomal
ACATCAAAGGAAGAAAAAAAGAAAAAAAAAAAAACAGGAAAAAAAGATTC	autosomal
GGGCCATGCAGAGTTGTCCTGGCAGACCCAGAGATGACCAGGTTGGAATA	autosomal
ATCACAGTGGTGAGACTGCCCAGGGAGCTGAGCACAAACCTCTCCCTGCA	autosomal
ACAGGTACAGCTGTGGCTTTCTTCCAGGAAGGTCCCAGGCACGGTGGTCT	autosomal
ACATCAATCGCACCGCAGCCGATGCCCTCAACACGGTCCCCGAGCACTTC	autosomal
AAGTACAAACAACCCTTTCTAAGATAAACCAAATCCCCAAACAAAAAGCT	autosomal
CTAGCTCATGCAGAACAGGACAGAGAGTTTAAATGGGAAGAAATAAGAAC	autosomal
TCCTCTAGCTGGAACAGGAACTAAAACACTGCCACCTCAACAACCTAGCA	autosomal
CTGGCTTAGGGTATAATCTCTTTTTTTTAAAGTAGATATACTTTTAAATA	autosomal
AGCCCCCCGAGGCTCGGCCCCTGGAACAGGACACGCTCTGCTCTCCTGAG	autosomal
ACAAAGGTGCCGAGCTCTTGGTGTCGGGATTTGGGAATGGAAATGGCCCC	autosomal
AACTGGAGAACAGCCTACAGAAGTCAGTGATCAAGAACCAGATGATCCAG	autosomal
CATAAGGTCTTTTTTTTTTTAGCAGTTATATTTTCAATATATTTGTGGTA	autosomal
GCGGCCCTTCAGGAAGAAGGTCAGGAGCTCCCCCTTGCCCTTGACGTAGA	autosomal
ATATTTTCAGACTCGGGTTGGGTGGTGCGTGTGGCGCTGGAGTGGCTGCC	autosomal
GGCTGTACCTCCGGGTCAGGGCTTTGGTGTTTTTGGTGAGGTCTGTCAGA	autosomal
GCGGCCGCGCCCCCCAAGGCGCCGGGCAAAGCGCGGCGTAACAAGGACAA	autosomal
CTGTCCCAGCCCCACTCATTTTCCAAGTACACCTCTGACCCATGCATAAC	autosomal
GGGGTGAAACACTGGCCCTTGGACAGCTGCTTCGGAGTAGTATTTCTCAA	autosomal
AGTGCCCCGTCTGCCACAAGGCCTTCAAGCGCACCTGGGAGCTGCTGAGC	autosomal
CACCCACTGCCTGCCTAAATGTCAATTATAATGAAACAGAAGAAGAAACA	autosomal
AATGAGGGAAAAAAGCCAGGAAATGTGAGAGGAAAAGGGCAGAAAAAGGA	autosomal
CTTTGGGAGAGGAAGGCGAGGTCGGCGGGGAGCAGCGAGCAGAAGGACAA	autosomal
AGGATAAATGCCTGTGTGACAGAGCATCTTATTCCATGGATCATTTCCCA	autosomal
CATGTGCAATGATTCTTCTAACTTGTGTCAACACAAGAGAGTACATTGTC	autosomal
CCTGTTCGTGCTGTGCACGCGGGCGGTGCGGGCCCGGCTGCGGGGCCTGC	autosomal
ATCCTTCCCCACCTTGTCCTCACTCTGGTGTTGCGCGGCCAAACCACTTC	autosomal
TATAATGCTTCTAGGCAAAAAGTTGATGGCCTTTAGCTTTACTGTAAAGA	autosomal
AAGTAGGAGGTGTTTTTCAGGGCTGGGCAGGTAGGGCTGCCCCTGCCTCA	autosomal
AAAACCTCTTTGGTCCCACCAGCTAAGAGGCAACTTCAGGGTCTGCAGAG	autosomal
CACAAAAACCAGGTGGGGCTTCCAAAAAATGAGGGTGGGGCTTCCAAAAC	autosomal
CACACTCCCACCACAACCCCCAAGCCTTTTGTCTTTCCAGAGTGTCATTC	autosomal
AACTTTTGGCAGATTTGGACATACTCTCTTTCTTTTTAATCTCCATTTTG	autosomal
ACCTTTTCTCACAGAAGGCCATATCTGAAATTAATAAAAGAGAATACTTC	autosomal
AACATCTCCGTGGCCACACAGAAAAAGGCAGCACATCCCTCCAGGATGAG	autosomal
AACACATGATCACTACAACAGAGCTCTCTATCTTGCAACCACTTAACAAG	autosomal
GAGATGCATTATTTCAGATATGACGAGTATGAGCGAAGCTGCCGTTCCAA	autosomal
GATTCTTCAGTGTCTATTGACTGCTCCCTTTAGGAGGATTTTCTGGTTTA	autosomal
TCCTCTCAGCCCTGCCACAAGGGAAGGGAGGGAGAGTGGGGAGCAAGCGA	autosomal
CATGTTATGTCTCTAAGTGCCGACTGTAAAAAAAAAAAAAAAAGAAAAAA	autosomal
CACCTAGGTCATTTTAGGGCTTACAGGAGTACTGGGAGACTTTTGGCAGC	autosomal
GGTATGAAGTTCTTATTTCAAAAATGTCAAGAAATACTGCATTTGTCATA	autosomal
CAGGTGATCGAGAACCACATCCTGAAGCTGTTCCGGAACAAGAAGAAGAA	autosomal
CATGACTTATCTCTACCAGAATATAGACTGGCTTTATATTAAACCAAACA	autosomal
GCTATATGGAAAATTAAGAAGTCAAGTTATGTATAGCAACACCTAAAAAC	autosomal
ACAACAAAATAAAAAAACCCAAACAACCAAACAAAACAAACCCAAGCCCA	autosomal
CCTCCCGCGGGAAAAAAAAAAAAAAAGAAAAACCACGAAAAGTGGGAAAA	autosomal
ATGTATCTATGGTCACAGATAAAGGAATACACTTGGGGCAATATTTTTTA	autosomal
GAACCGGTGCTGGAGCACAGAGGGGGACACGGACACGGCGTCTCCTGAGA	autosomal
GGACTGCTGATGAAAGACATCTTCCTTCTTGTACCTCTCTGCTCTAGAAA	autosomal
CCATCAGCTCCTCAGGGTCTGTGAACTCACTCAGGGTGATTTTGGGGGCA	autosomal
TCCTGCATGGGGCTTTTTGTACAATTAAGAGTGAATGTGAAGAATAAAAA	autosomal
ATTAACTGTCGACTGTTCCTGTTTCATTATCAACAATAAGATGCTCCATG	autosomal
AGTGGAATTCACCTTACAACAGACAAGAACAAGTCTGCTACCTCTTCATC	autosomal
TAAAATGGTAGCAGGGCAGCCATAAAAACTAGCAGTAAACTGACATAATA	autosomal
CCTCGTACGTCCCAGATAGAACCAGAGCTTGCAGGGCTTTGTGCTGGGTC	autosomal
CCGGGACCCCCCCAAACCCCCTCCAGGACCCCCCAAACCCCCCCGGCCCC	autosomal
CATTTTAAGAAAAACAAATATGATCCCTTCCATGCCTATCTAATACAAGA	autosomal
GATCAGCCAAGAGGATGCTTCAACAGCCTGCAGTCCTTCAACTGCTTTGA	autosomal
GCTGGGACTGGGGGGCCTCTGCACCCCAGGAAGGGTTTGTGACCCTCCCC	autosomal
CCATGTCTCCCTTCCCTCCGGCGGCAGCCGGCACCTGGGGCGAGCGTGGC	autosomal
TGAGAACAAAAAAATCTTGCTTGTTTAAAATGCCAGTTGTGATGTTGTAA	autosomal
GCCCTCTCAGCCCATTCTGCCCAACCTGCACCTGTGCAGAGCCCTGGAGA	autosomal
ACCCACAGAGGTGTTTGCAGACTGAAGGGTGAAATCAAAGCGTGGCTGCA	autosomal
CCTGGGTAGCGATGGTGTGAGGGCAGCGAGTCACGCTGCTTTTGGATTCC	autosomal
AAAATACGAATTAAATCCAGGAGTATTAACCTCTGACTGATGAGACAAAA	autosomal
CCCCACGGCCCGGGGGGGCAAGTGGTTCGAGAGCTGAGGTTCCCCCAGCG	autosomal
GACCAGTGTTATAATATGGGCTGGTGTGGAGCTTCATTTGGTAATGTGTA	autosomal
CACTGGCCAGGGCTGTGCCTGGCACCGGGCACGCTGGAAGGCTGTGCCTG	autosomal
CCCCAAAAGTAGTCCCAAAAACAGCCCCAAAAATCCCCCAAAATCCCCAA	autosomal
AGGATGAATCTGGTGGGGCAAAACCATGGCAGCACTTGGCCAGGTTTGAC	autosomal
CCCTGCCAGGAGAAATCAGCTGTAGGGGAATGTGGAGATTAACCACAGCC	autosomal
AAAGGAGATGAAAGATGGCTTTTTTAATCTTAAAAATATTCAAACTCAGC	autosomal
AAGCTGCTAACTCTGCTTCAGAGCTCCTGCTTGTAACTTAGAAATAACAA	autosomal
ACTGCAAAATCCAACCTGGAGAAAGCTGTGTCAGAGATGGCAGCAGCGTC	autosomal
CAAGTCCAGTAGAAATATAGATTATGTATTACAGTTTCTTTAGCTGAAAA	autosomal
GGTCTGTGGGGTTCCTCGTGGGGTTTGGGGGGTCCCAGGGGTGTTCAAAA	autosomal
CCTGATTACCCCCGATGTGCTAAAACGGCGTTTTTCTGAAAGCTCAGCAA	autosomal
CACCCAGCACTGCCAAGTTCACACAACCACTAAGCCATGTCTGCAAGGGC	autosomal
AACAAGACAAGTTCATTCTTACTACTCCTCTGGCTTCTTGCCCCTCCTGC	autosomal
AAAAAGAAAAAGAGATCATACTTCAGTATTTGCATACTTGATAGCAGCAT	autosomal
GGGCAGCAGGGCTGCACTGGGGGGCAGCAGGGCTGCACTGGGGGGCAGTA	autosomal
ATTAATTTTTCAGCTGTGAATAGGTCACAGGGCAGTGTGGAGTGGTGTGA	autosomal
AGTAAAATATAGAGAAGGGGAAGCATATTTCTCCTTTTTCAAGTAGAGAG	autosomal
CCACTCTGCACAAGCGACGGGCTCCCCGCTTCACTCAGGGATCAGCCCAG	autosomal
CGCCGGGGTGCCGAGGCAGGGCTTGGCATCTCCCCCGAAACCCCGCTGAG	autosomal
TAAAAGTGTTTTTTGCAAAACTAATATAAAGTGTTAGATAATTCATTTCA	autosomal
GAAGGGGTTTTCTAGGGATCTCAGGAAGCCAGAGGGCAGGCAGGTGTTCC	autosomal
AATGCCAAAAAAAAGAGAGAGAGAGAGTGAGAGAGAGCGAGCGAGAGCGA	autosomal
AAGGTAGTTTGAACAGAAGTAAAGAAGATGTCACCGGGAGTCCAACAAAG	autosomal
ACTCCCGCTCCTCTGCATCCTGAGCAGCACTCACATGCTGGAGACTGACT	autosomal
GGGAGCTGCTCCTGAGCCGAATTCCCCGGAGCAGCCGGGGTCAGCTGCCC	autosomal
ACTCACCTGGAACTCACCTGGGCACACCTGGACCTCACCTGGGCACACCT	autosomal
TAATTCGTCTGTGCTGGTTTCAAGGTTGTTTATTCTGTTTATCTCTAACA	autosomal
GAGCGGGAGCGGGACGCTCCTGCAGCGCCCGTGGCAAACGGGCAACGAAA	autosomal
CAATTTGGACCCAGCAGCTCCCAAAAAATGGGAACTTTGGCACCCACAGA	autosomal
GGATCTGTGGCACCTGCTTTAAAAATAAATCTCTTAGCTTTGTCTTCACC	autosomal
AGCCTCACTGTGGCACAATCTCTGAGCAGCAAGAGCAGTGTAGGAGTTTA	autosomal
AGCATTAAATTAATGGCAATAGGAAAGAGCTTCCCAACACAACTTCCTAC	autosomal
GTTCAGAGCTTTCTGCAGTGATGCCTTTCCCAGATATATTTTCACTTTTA	autosomal
CGCCAGCCACAACAACCTGGCGCAGCCGCCCGTGCCCCCCGTGCCGCCCC	autosomal
AACAACCATTTATCTGTGAAGATACAGCCTGCCCTCCTCAATGACACAGG	autosomal
AATTAAGTGCTTATGAAGTTAAAAAAAAAAAAAGAAAAAAAAAAAAAAAA	autosomal
GGGAGGATGGGGGAGAGTGTGGAGGGGTGGCCGGGAGCGGGGAATGGAGA	autosomal
GAATGGCCACTGCCCTCACACCCTCCATGAGCACCACTATGTCCCTTCTC	autosomal
CTGACCTTTCTGATCTGTTTGTGCTTCCCATTCATTCTCCTTCCGTATAC	autosomal
TAAGTCAACAAGGAATGTCGTGCTCATTTCATCTGGTAGCATTTGGTCCA	autosomal
AAGTCTCTTGACATGGAGGGAGGCAGGGAGAGGGGAGATCCATTTAGAAA	autosomal
AATTAAACAACTCAGATCATCTGGATGAAGTCCATAAACATTTATATCAT	autosomal
ACAGAGAGGACTGAGCTCGACAGCTGATGTTATTTTTTTTTTTTTAATGT	autosomal
ATTCAGCCCCCCCAAATTCCCGGTTTTCCCCCTTTTTTGGGGTCCCCTCC	autosomal
AAAGCTAGTAGTTCCAGGGATCTGTGTCCCTCATTCTTTTGGGTTTTGGT	autosomal
TGTGACCCCGACCCCCCCCCCACGTGTGACCCCCCCCGAGCGAAAACAAA	autosomal
GAAACCAGGAAGAGAAAAATAGAATCTCTACGCCCTATGTACAAGGCCAA	autosomal
CCGGCAACCGCACCCTCAGGTCAGTGCCTGCTTTCCAGATGCTCCAAATC	autosomal
TACGAGATTTTAATTCCAAATTCTGCCTTTTCCCGTAATTTCATGTAAGA	autosomal
AGGCCGCCTCCTTTGATGTGCATTTCCATCACCCCTCGTTTCTTCTGCTG	autosomal
AAACTCTGCCAATGAAAAGATTACTGGCTTCAAGAACAGTGTTTAGACAC	autosomal
CCGCCGGGGCTCGGGAGGCGAGGGGGGCTCATAAGGCACCGCAAACACCG	autosomal
CAGGGGCTGGTCCCGGGCAGGAAGGAAAGGGGACATGCACACGGATCCGG	autosomal
GTCTTTAGGAAGACCGAATTTCCTGGATAACAGATGCTCTTTTTAAAGAA	autosomal
CGCGTGGGCAGGTCTGTCACCCGTGTCACCACGGGGTCACCTGTGTCACC	autosomal
ACAGTGGTGGCAGGTGACAGCCCAGGCTGTCGGGGGGGACACTGCCCAGG	autosomal
CAGAGCAACTCACCCCGACAATGCTGTTGAGCTCGCCCATGGTCACCTGC	autosomal
AGCAAGGGTCTGGAAGGGACAGAGCCATGAGTGGCTCCCGCCACCCCCCC	autosomal
CAGTGTCATGTCCTCATTTGCACCTGACTCTGTCACTGCCCAGGACCAGG	autosomal
ATTACTTACTGTACAGAATTTTATTTAAAAAAGAAAAATCACAGCTCAAA	autosomal
GCACGGGGCTTCTTCCTCCTGATAAAAGTTGGCAGCTTCTCCCCGTGGTA	autosomal
GCCGGCAGTAGCGGTTGGCACGGCGGCACTGGGCACAGCAGTAGCCTCGC	autosomal
GCCAGAACTTATAACCCACACACTCATAAAACCTACAAACTTTCAAGCAA	autosomal
CAACATCTCTCCTTCCAGCCCCCAGTCCTGGACTTGGCCATGTCAGAAGC	autosomal
ACAAGGTAACGCAAGACCATGCATCTGAGATTTTGAAATAGAAGTAGAAG	autosomal
TCAGCCTTCCCTCGATCTTCGAAAGGAGGAGTCACACATTAAGCCGATCA	autosomal
GCCTTCAGGGGCACAGGGTGGGGGGCTCTGGCCAGTTCAGCTGGGCCCCA	autosomal
CTCCCTGGGCAACTTCGGCTTCCCTCACTGTCACCTGCACCCTGTGGTCC	autosomal
ACTAGGTCTACAACTAATGGACAAATATGAGCTATTCTGCAACATTATCT	autosomal
AATGAACCTCACATCCTGTCAATAGACAGAAAATTGCCACAGCCTGAAAT	autosomal
ACAGTAAGTTAAATGAAGTAATGATAAGAAGTATTACGGAATGTATACTC	autosomal
AGAATTCTTCACTCATCTAATCACTTTGCAAGTACCAGCTTGGATTTGCT	autosomal
CTTATCTGGGGGTTGCGCGGCTGCTCGATGAGCGCATGGCGAGAGCAGCC	autosomal
CCCCAATTTTCCCAAAATTCCGATTTTTTTACCCGAAAAGCTCCAATCCG	autosomal
ATTCACCAGGATAAAAACAGCTGAGATGCAGTACTAAGGTCATCATGCTC	autosomal
TGGATTGAAATAATCCAAAGCGAAAAAAAAAAAAAAAAACCTTTAAAACA	autosomal
CCAAGACTTATAATCCTGTGCAATAGTGTCAGCCTCAGAAAACGGATGCA	autosomal
AGGTGAGCAGAAGCTACAGCACCACAGGTCCACAGCCTCTACAGTGCCTA	autosomal
ATACAACTATATTTTTTAAAAAAAAATATTTACAGAACTCCAATGAAAAA	autosomal
CCCCCCAGGGGTTCTGGGATCCCCTAGCCCCAGCACTCAGGGGACCCCTC	autosomal
AACCTCACCCTGCGGGACCCCCCCGCGCCCCCCCGGCGGTGGCAGCGGGA	autosomal
CTTCAAGGAATCAATAAAACATCTGACAAAATATCAATAAAGTATCAACA	autosomal
GGCAGAGGACTTCCTGCAAGCGAGCCGTCAGCAGCCAGTGGAGTACAGCA	autosomal
CTCTGTAGATAGCTACAGATTCTTTGGGTTGTCCTTAGGCTGTAGAACTA	autosomal
AGAAACCTGTGTGAGTGATGAGTGGGCGCTGCAGCTTAGACATCCTTCTG	autosomal
AGAGTCAGTAAAAAATACCTCCCCCTGCTTTAACAGGCTAAATATCGATC	autosomal
ACTGGTGCAAAGCTTTCAAATGAATTGAATTCTCTTGTGGGCAGAAATCA	autosomal
AAATACTAGAAAGTTTATGCCAAGACTTAAAATAACCACCCTCCATCCTT	autosomal
GAAGAGCTTGGGCGACAAAGAGGTTGTGCACAAGGTGCTGGATTTGTGGA	autosomal
GACTGTAAAAACAGTAGAGTGAAGTTGTCTCCCTTTCCCTAATTTTTAAA	autosomal
AATCTAAGCAGGATTGGGCCCAGTTAGTACTTGGATGGGAGATTGCCTGG	autosomal
AGGACCAGCAGGGACCAGCAGGCACCAGTAAGAACCAGCAGGCACCAATA	autosomal
AAAGCGAAAAAGCACATTGAAAATATAATATCAAGGCACAAAAAATACAT	autosomal
AGGCCATGAGTGCCTTCCCTCTGCCAATTTATCAGCTCTGCATTACACAG	autosomal
CTGACAGCGCAATCTTCAGGCAATTCATTTCAGAAAAGCTCGAAGAAGCA	autosomal
CAGGCGAGTTGAAAAATATTTACAAAGCTATCTACAAGACACAGCTACAG	autosomal
AAATTCCTCCTGCAAGGGGCTGTCCAGCCCTGGCACAGCTGCCCAGGGCA	autosomal
CAGATTACATGTCTCATGTACAGACAATTGATATCAACAGCACACAACTC	autosomal
ATGCATACTGAAAGTACTGATCCATTTACACTTCCTAGAGACAAAAGAAT	autosomal
CTTTTTTGGAGCACTATTTAATGTCCTTGCCTTCTGGGTGTTCTCCTGCA	autosomal
CCCTGGGACCTGTGCAATCTGGATATGACCTAGGGGGGGAGGGGGAGAGG	autosomal
TCCCATTATACATAGATTAATCTTGCTTGCTAGAACATGACAATCCAGAA	autosomal
AGGATGCGGCCGATGCGCGCCAGGCGGATCACGCGGAACAGCGTGGGCGA	autosomal
AAATTTCCTAAACAATTGATTGAGAATACCTGATCACTGGGAGGTGTATT	autosomal
CCGCCGGGGGCCGCCGGAGGAAGCGGCCGGTGCAGCGGGGCAAGCCCCCG	autosomal
AAGAAAAGAAAAATCTTACAACACAGCCTCATAAAAATGGCTTTGCAACG	autosomal
CTGAGACCCATCATTGGGGTACACCTGATCCTGGGGGTCCCCTCCACCTC	autosomal
TCCTTTCCAATTTCAACCTGCCAGCCAATGACCCAACATACAGGTGCACA	autosomal
CAATAAAATTCTGCTCACAGAAATTAAGCCTGTCCCACCTCTACCAGACC	autosomal
AAAGAATGGAATAAAAAATATATGAAATGGAATATATTAAATAATTAAAT	autosomal
CTCTTTCGATATCTAGTTGTGTTGAGCTCCACATTCCCAAGTGATCTTTA	autosomal
TGTGAACAGCCACACAATGCATTCTAACAGCTTCTTTTTAAATAGATGAA	autosomal
CCCAATGAAGCCAAAGAAAGGAAGCATAAGAACAAAGTGTTACTTTAAGG	autosomal
CCGGTGGCTCAGCACCGCTGGGAATCAGGCGAGGGGGTCCCGGCAAGGGC	autosomal
AACTTTTCAATTATTTTGTTGAGGGATTTTGGGGTTTTTTTCATGCAAGC	autosomal
CGTGCCATGTGGCTTGAAATCTAGATGTGATAGAACGGACAAGTGATACA	autosomal
AAAAAAGAAATAGTTGTGTGGATCAAACTGAGCTGTTTTGTTGTCTTTGC	autosomal
AGTGTTGAGCTCCAGTGCAATGAAAGCTTGGTGTCTGGGGAATACATTGA	autosomal
CCCGGGCCGCCCCCGCGCCCGTCCCCGCCGCACCTGGGGGCCCTGGGCGG	autosomal
ATTTTTCAGGCACTGCCAGAAGTAGGGCTGAGATTGAGGATTAGTTGGCC	autosomal
ATTGGATCTGCTTTCTAACCTGCCAGATGTCTTTGGGAAGAGCCATTAAA	autosomal
ACGGTGGCCGGGGACAAAGCGTGGCTGTGACCGCGCTGTCACACACAGCG	autosomal
ACTCCAAAACATAAGTTAATATAAGTTAAAACATAGTTAATACAAGGACA	autosomal
GTTGCTTTTTCAACAAATAAATTTTTAAATCAATTAGATTAGTCACAGCA	autosomal
CAGCAAAGCTCTAGCCTGGGTTTCCTCTCACCTTTGGTCTGTCCAGGATG	autosomal
GGTGCATTCCTGAATGCCACCGGCAATGTCAGAGAGTGGACAGGTGGAAA	autosomal
AAAAAAAAAAAAAACAAAAATAAACAAAAAAAAAACCAAAAAAAAAAGAA	autosomal
CCCACTCCAGGTCCCCTTTGTGTGCTCCCTGCCTAGTCACTCGAGCAGAA	autosomal
GACCAGGGATTCATCAGCAAGCGGTTAAGGGTGAATGTGAGCTCGACCGC	autosomal
CTGTGAAAATCTCTATTGAGTCTTTGTATTTGAAGAGTTTACATGTAATA	autosomal
CAGGGAAGCCAGCTCCTCATCTTTGATGGAGATCCTCTGACCTTTGTCGA	autosomal
GCCAACAAGGAAGATTTTTTTTTGATCCTGGTTTCCTGAGCGTGGCCGGC	autosomal
GCCCCTTCTCCAGCCCCCATACTGCTGGGAAGGTGTTCTGCACTCCCCAC	autosomal
GCGGGAACTAGGGGCGATGGCGTCACTTCCGGTTGGCCTGAGCCGTGCCA	autosomal
AAAAATCTGAATACACATTAAATAAATACTGAGTTATTAACAGCTTGGAC	autosomal
AAGATGCTGACCCATCGCTGGGAGTGCTCCGGGTTCTGCTGCTTCCCATC	autosomal
ACAGAGTGGTATGGGAGCTATGAATACGTGGTATGGGAACTATGAATACG	autosomal
AGAAATTGCCCTTGTTGACACACAGTGCAGTATTTGTGGGACACAGGACT	autosomal
AAAAGTCGGGAAGCGGCGGATCCGATGTTTTATGGAGATCTGGAGGTGGG	autosomal
ACGGCTTTGCATTCCCAAAGACACGGCACTTCTTCTGTCTTGTTAGGATA	autosomal
ACTCTGAGTGCTGGGGCTCACCCTGTCCATGAGCCCTGCTGTGGTGGGGC	autosomal
GGCACGGTGTTCTCATCAACATATTTTAGATTGAGTTGGCTCTGTGCACC	autosomal
TCCTTACAGTCTAAAATTACTACATCACCTGGGCATGGGGGAAGCAAAGA	autosomal
GGTTTCTCACACACACAAAAAAAAAAGTTCACCTCATTTTCACATCTTTA	autosomal
AGACCCTTGGGTCCAATCATTCCTTTCCTTCTCTACTAGTTCAGAAGTGA	autosomal
TCCAGCACCAACTTTCTTTCAACAGCATCATTTAAAAACAGTAGCCAGCA	autosomal
ACGTTCCAAGGCTCTGGAATTGCTGCCTCAGCCTGGAGCAATCTCCTCCC	autosomal
GGGGCCCAGGAGGGTTGGCAGTGCCCTTCTGGAGCCGGGCAGGGAGCAGA	autosomal
AGAAAACCCCAAAACCCCCTCACAAAAACCCAAAACCCCTTCATAAAAAC	autosomal
GGAACGGGTTCCAGGCCCGGTACTCCACCGCTTCCGTGCCCTCCTAAACC	autosomal
GACGTCGGAGGTCACAGCCCTCAGACGAGAGCCTCCTGACAGAGGTGGGA	autosomal
TAATGTAAAATAATATTACCACTCTTGCAAACACCTTGCAGTTTGTGTCA	autosomal
ACTAGAGTGAAATCAGAGTTGGATCTGAGGTCTTCACTGTAACCTAGGCA	autosomal
GTGCAGACAAACACCAGAATCAAACACTTCCAAAATCAAGCAAGCCTTTA	autosomal
CCCGGGTGCTCCACCAGGCCCGTGGGCACCGAGGAGCCCCCAGGACCTTC	autosomal
GGAGAGGAGCCAGGAGAGGCAGAGGGGCGGGGGCTGAGCTCTCCCTGCCC	autosomal
AAAAAAACCCACGTTATTTTGTTTCAAAATTAAAACTAAGTTTCAGAAGT	autosomal
AGCAGCACCCGCAGCCCGCGGCCGCCGCCGGCCCCGGGCCCCGCCGGCGG	autosomal
CCGGGCTGCCCTCCCCTCTCGTCTCTTCCTTGTGCTCTCCCTGTCCCCTC	autosomal
ACAGGCAATGCTCAGTTGCAGATTACCAGGGCAGATGTCACACATCGTCA	autosomal
AGGGGGAAAGGTGGTGATGGCATAAAACTGCATCACTTCTTCTTTGACAG	autosomal
GGGGGTCTCCGGCAGATGCCGCGCCCGTGGCCTGCCAGGCGCCGATCACC	autosomal
GGGGAATGCAGATCTGTGGTAAACCTGATGGCAGAACGAACAAGCTCTAC	autosomal
ATGCCCCTGTCTTGGCTGGTTACTGTAACTCAGAGGTCTCTACGTGGAAT	autosomal
CTACAGCCCATTTTTGACTGGTGTTGCTGCCTGGGGGCTGGCAGGGGAAG	autosomal
TTCCTGGACGCCTACAACCGCTACTACACCGTCAACGAGCTGTCGGCCAA	autosomal
CTGGCGTTTTTCCCCCCAACACTCCCTGACATCTGGACATGAAGATGTGA	autosomal
GGGGGTGGCACAGGTGTGCATGGGGGTGGCACAGGTGTGGCTCAGTTGAC	autosomal
CAAACTGCTAGCTTAATTTAGAAAAAAGGATCTACCTAATGGCTTCTGGA	autosomal
ATAGACATTTAGCACCAGACCCACAGACCTAGCCTGGCTAAAACCTGCAA	autosomal
CCCCCGCGAGGAACCGGGACCACCGGAGACGCTCCCACCCCATCAGTCAG	autosomal
CACAATGGTATAATCAGTAATGATTTTTCTTCAAAGTCTGGGAATTTGAC	autosomal
ACAGGGCAGAGGTTGGCCTCCAAGGAGCCAGAAGGTGTGTTTAAAGGTAT	autosomal
CCGCCTCACCCCCGCCTCCGTATCCACTCCAGTCAGCCCCCCCTGTGAAC	autosomal
CTAACACTGAAGGTGTCAGCAGAGTAATGACCTTGCCTGGTCACAGCCTC	autosomal
CCATGATCGATGCCATGATGGTTGGCTGCATGTTCGTTAAGATCTCCCGG	autosomal
CTAATGGAAAAGATTTGCAGTGAACTGCAAATTGATGCAGAATATCTCTC	autosomal
ATTCAAGCCGGGAAAAGCAGCCCCTGCCCCAAAGACAGCGGGGCTGGCAC	autosomal
TGTGACTTGTTAGGTCTTGCTTGGAGAAGCCGACAGAAAGGGGTGCTTAA	autosomal
CCCCCAAAACGGGGCGCCCCTGGGGAAGGAAAGGATCCGGGAGCTGCAGC	autosomal
CTCCAGAACCTGCTGCGCTATGTGGGCCTGAAGCCAGCCAGCAAGGAAGC	autosomal
ATTCCAAGACTGGCGTGGCCCTGGCAAGGGACTCTGGGGTGGTCACTGTC	autosomal
GAGTTGATAGTTGATGTAATTGTGGCTTGTTCTTGTAATTGTTAATTAAA	autosomal
ACTGTCAGCAAACACTCTGCCAGCCACACCATTGCTGTGCCATGGCTGGG	autosomal
AGACACAAGCTGCAGTGTGTCTGAATTGGAAAACGTGGCTAGAAGAGTAA	autosomal
CTGCTGTGCTGCAGCCTTCAGATCCTCTGACCTCTCCTTTTTCTTCTGAC	autosomal
CCAGGTTTTTATCCTGCAGAGATAAGTCAGCTAAGTTGTACTACCAAATA	autosomal
AATGTACCAAGACAAGGAAGTCTCCCTCCCCGGTGAAGTTCACTTATGCT	autosomal
CAGGCAGATGAGAGAGGTCAGCAGAGTTGGCCTTGCCAGGCACGACACCC	autosomal
ATGATGGTGAATTTTTAACAGGGAGGGACAGGGAACGAGGGACTCATCTG	autosomal
GGGCAGACTGGGGGGCAGTAACGCTGCATTGGGGGGCAGCAGGGCTGCAC	autosomal
ACAATTCTGTCTCGTGCAAGGTCAGGCACGTGGCTGGAAACGTGGAGAAG	autosomal
CCTTGTTCTCGCCAATAAATCCCAGAAGATCTATCATTCCTGCAGTGAAA	autosomal
CGCTCTCCGTGCGGACTTGTCCCGGCTGAGCCCCGGGAAAGCAGCGGTGC	autosomal
AGATCATCATTGTACAATGCAGTAGTTTCCATATGAGTACAATGTCCTTC	autosomal
GTTTCTCAAGACTGTACTTGGCTGTAATTATAGATGTGGTGTAAAGATAA	autosomal
CTGCCAAGAGCTCATGCCTAAATATTATTACTTCATACACCGCAAAATGA	autosomal
GACCCCCAAAAATGGAACTGGGACCCCCAAAAATGGGTCAGGGACCCCAA	autosomal
GTTTCACAAGTGGATATGGGAAATTCTCCTGCCACATTACAAGGAAGACA	autosomal
GGACCCCAATAAAGCTCTGGGACCCCAATAAAGCTCCAGGACCCCAGTAA	autosomal
CATGCAAGCTACATCCTACATGGGAAAAGAGACTGCAGCACTACTGATGA	autosomal
CCCCAAGGCGCCGGGCAAAGCGCGGCGTAACAAGGACAAGGAGTATTACG	autosomal
AAAATACATGTACCTGTATGCATGCACATTCAGGTCCCCAAAGCAACTCC	autosomal
CCTAATTACAATATATTTTAAGCATTTCTTGGTCTATCAGCTTTAGTCAC	autosomal
AAAGCATCAAATGCATCTGTGTCTCATTTTAAAAGGGGGCACAAGCCCGC	autosomal
ATGTAGCTCTGTTGCTGTACAATCTTTTGTTATATAGGAGTATGATGTAA	autosomal
ATTTATTCACACAACAGACAATACCAATGCAAGTTATCTTGCATCCACTC	autosomal
TCCTCCTGCTCAGTGCGGCCTGAGGGCCCCGCGGGCGACACCTCCGCTCA	autosomal
ACTGGATGGCCCACACTGTCAGAAAAGATTACAGGTCCTAGGAGATTCTG	autosomal
ATACCTTTCTTCTTTTGGCTTCCCGTTTGATCTGTGGTTTCTATCTGCAG	autosomal
AATAACCCATTAACAGCAGCTGGCTCCCTGGAGGGAGGATGGGTTGTGGA	autosomal
CATTTGGTTTTGGTTTTTAGTTTCATTCCCAGGCGTGGCGAAGAGCATGC	autosomal
AAACGTTTATTAGTGGATGTTCCCACCATCACCAGGCTTGCATGCTTCTT	autosomal
TAGAAAACCTATGTTATATGGAGAAGCAATAGGTGACAGCATGCTTCTGA	autosomal
ACCTCATAACTGCTGTACTCTGCAATTTTTTCTGCTTCAGCAATGGCAGA	autosomal
CACCGGGAGAGGGAAGAGCCCGGCTGGAAGCACGAGCCGAGCCGCAGGCA	autosomal
ATGCACTTGGGTGGATGAGCATGTCCCCTGTCCCTGGTGATGGCATTTGG	autosomal
GCACTTTATGAGATTGAAGCAGGCAATAATGTGTCAAAACTATTGTTGAA	autosomal
CAAGACTTGCAGTTCCATGGCCTCTTCTCCCAGCAGTTTCTCCCCAGCCA	autosomal
CCGGCACAGAGGGGCCGGCCGTGCTGGGGCTCAGCCGCTGTGCGTGCCCA	autosomal
CCGCCCCTTTCCCGCCGCCGCGGCCGCCAGGAGGATGAGGAGGGGCAGAA	autosomal
TGAGAGTCATCAGAACTGGTACCACTTCTTGTCTTTGTACTTCAACATCA	autosomal
ATGTCAAGTTAGTGTTCAACAATCTCTCAAGACATGAAAGGAATATTTAC	autosomal
AACAATTTACACGTCAAAAAAGTTTTACACTGAAGTTTTCTCAGCAAAGA	autosomal
AGAGCCACACCCCACTAGTGTTAATGTCTGTGTCCCCAGCACCGTGGGGA	autosomal
CCAGCTCCCTAAATTCCTGAGAGAATATGCTTGTTTGTGTTTAGTTCCCA	autosomal
ATACATCAGATCCATCTGGTCTGCCTCGATTTCAAAAGCCTTCCCAGTTC	autosomal
GGCCTTGATGCCGGAGCGATCCCGGGAATCTGAGGGGGATCCCGGGGACA	autosomal
CATAAAAGACTGATAGAATAGAGCTTGATTGATAGCTGGCATGATTGCAA	autosomal
CACCGTGCACACCGTGGATGCTGAGTGCTGAGGGACCCACAGCCACCACC	autosomal
AAAAATATGTAAAATATTAACACAAGGCCACAAAAATCCAAAGCTATGGA	autosomal
GTATTTATCAAAAGGGTGCGAAGATGAAACTTGTGTATTAATTAAATTGA	autosomal
ACATAATCAGCTTTTCTACCAAGTGTTGAGCCCTGTGAACGCAGAGCAAG	autosomal
CTGCCGGATTCCCACCGGGGAGAGTTCAAATCCCTCAAAATCCCTCGAAA	autosomal
GATCAGGGCTGGAGATATTTTTTTTAACAATTCACTCCCCAAAAATATAC	autosomal
AATAATAAAATAATAATAATAATAATAATATACTGAAGCAAATCAAACAT	autosomal
GGGGGGGGGGGGGGGACACTTCTGTAGCACTTACAGGAACTTCTTGGAGA	autosomal
GTATTTGAACATAGCCTTGATACCACAGACTATGGGAACGCAACACTGGA	autosomal
AACTTGCACTAGTAAAAAAAATGGTGTATTATTTAAGTGAAGATGATTAA	autosomal
CACATTTTCCCTGATCAAAGACCAGATGACTCCATGGCTTCCACACAAAA	autosomal
CTGGGCTTGCATTAATGGTGGTGTAACTGCCAGGCTTAGATTTGGAAACA	autosomal
CCAGGGTGCCCAGGGAGCTGCCTGGGTGAGGGGTGCAGCGCGTGGGGTCA	autosomal
GCCGGGTCCCCAGTCCGTGCAAGCCCGGGTGGCCCAGCAGTGCCTTTGCC	autosomal
AGTTTTGGATTAATGCAAATGTATGGGCATCTCTTTTGCACTGAAAGCTG	autosomal
CTTCCCATCAGTTCTATTTTTTTAATCTCGAATTACTCCTCTCCTTCCTC	autosomal
CCAAAGTACAGTGCAGTAACAGGTACAAAAAAGAAAATTATCCCCATCCC	autosomal
AAAAATCCCAACTCCCACCCAAATTTCCCCACCCAAAATCCCCTCAAACC	autosomal
CCTGTTGCTTGGCTCTTTATTTTGGTGGAAGCTCGTAGCCTCTGTTCCAG	autosomal
AATCAAATTAATTTAAAAAGTAGCTTTTAAAAATAAAAGCAATGCTTTAA	autosomal
GGGTAAGAAGTTTACCCCATATTCAGAATGGGATTTAAGCCTTGGAGAAA	autosomal
ACAAGATAAAAACCCCCTCAAAACAGTTTACAAAGCAAGTTAAGTGTTTG	autosomal
CTGTAGTGTTCTGACAAACAGCACTGAAAAAATCTAAGCTACCACCCAGA	autosomal
TCATCAGCCTGGACAGTTGGCTCAGCTGTGAGGCACAAGACTGTCTCCCA	autosomal
ACACGGCTGCAAGCAGAGTGGGATGTGTTGGAGTGCAGCAGCTGCAGACA	autosomal
ACCGGGGGGTGGGGGAGGGGCCCGTTCCCGTTGTGTCCCCCCGCGTCCCC	autosomal
CTTTCTGGGCAAGTGACTACCAACAAATGAATTTATAAAGGTCCACTAGA	autosomal
CATGGGGTCCAGGAGTCCCCTGCCCAAGGGCTGAAGAGCAGGCATCCCCC	autosomal
ATTACTGATTATACCATTGTGCAAACAGTGTTCAAATTTGGGTCAAATCG	autosomal
GGAAGCTGGTAGCAGAATAACTGCATTTTAGTTTTTGCAACAACAGAAAA	autosomal
CCCATTATTCATCACTTTCTGTATCCGTGTCTTCTGAGGACTCAAACCAG	autosomal
GTCGTGGTGTCCGTGGGAGCGGCCGTCTTCCTCTTCGGGGTGGTCATCAC	autosomal
CATCGCTGCTGTTCTGGGAGCTGATGCTGGAAGCCCAGAGGGCCTGCTGA	autosomal
ACGTCCCATTTATAATACTCAAAGAGATGGCAGAGTTACATCACCTGGAA	autosomal
TCAGTATATGTTTAAGAGTAGCAAATCAATGTTAACTGATTTGCCTAAAA	autosomal
AGCCAAGGCTGGAGCCGAGCAGAATAACTCTCTCACCATAGGATCCATGC	autosomal
AGCACGAGCGCGGCGGGGCGGCCCCGGGGGCCCCCGGTGCCCCATCGTGG	autosomal
GCACTGCTTGGCTGCCTCCCTTAACTGACTGAGGAGATTCTTCTCGTCCA	autosomal
AACAAACCAAAAACGCCCAGTTCATCATCATCTCCCTGCGGAACAACATG	autosomal
CTCTCCTGCAGCCATCGATACCAGTGACTCATCTGGAGTGGTCCTTGGTA	autosomal
GACTTCCCCAGTGGTGTTTCTGTGTGATTCCTGCTCCCCACTCGTGGGAC	autosomal
GATGTCGTTTTTATTTCCCACACATATTACTAATAAATAAGTTCCTCTAA	autosomal
CTCCTGCCCGTCCGGGGCGGCTGCGGCCGCCTGGAGCTCCCGGCGGCGCC	autosomal
ATAAGTTCTTTACAAATTTAATTCAATAGGACAAAAAACTACCAAGGGCA	autosomal
AGCAGAGACCATGGCCAAGGGCATCAGCACCTGCCCCGCCACCGCCTGGC	autosomal
AAGGTAAACAAAAAATAGCTATTCAGATAGAATGCAAAAAAATGCTCTGG	autosomal
AGTTCCTCCTTCTCTTTCCCCTTAAAAGAAGCAAAACAAAATCCCAACAG	autosomal
CATCCAGTTATGGAGAACTGCAGTTCAGGGTGTGCCAGACTCCCATGAAC	autosomal
CTGTGTTGGATCCTCACACGTGAAACTTAAATCCAAGTTATACAGGCCAC	autosomal
ACGGGCCGGCTGCAGCCCGCCCTGGCACACGGGCTGGCCCTGGGCGTCGC	autosomal
CCTCAGGAGGGTTCTGGGGCTGGGGGGGAAACCTGGCTGGAGCAGACACA	autosomal
CGTTTAAACTAGAGCCGGGGCTTTGCAAACTGCTGTAGCCGAAACTGGAG	autosomal
CAAGAAAATAGAGCTTGCCTTATTCCCAAAGTATTTCCCTACGCATCTCA	autosomal
ACAGCAAAACTTTTCCCCAGAGTATGATGTTACACTGTGTGCAGAATGAA	autosomal
ACTTAATGCTGCTTTGGGTTCTGTCTTGTTTATATGAAAATAAAAACAAT	autosomal
CCTGTCACAGCAGAACCAGATGAGTGCCTTCCCCCAGAGCCCACCCCTCA	autosomal
ACAGACAGGAGCTTCGTGCTCTTCACTCCTTTTCCGTGGGAGAACAGGGG	autosomal
CCACGGTCCTCTGCCTACGAGGGGCTGAATTCTTCACAGGAGAGAAGAAA	autosomal
AGTCCTGTTTCCAGGTCAGCCTGGTGAGCTTGTCCTGGTGGCTGACAAAA	autosomal
TAATTGTTGGAATACTAATGAATTTCAAAAGCTTACTAGCTGCCCACTCA	autosomal
ATAGATCGGGGTGGGGTGTTCCTCCAGCGAAAGGTCCATTTGGGGTGCAA	autosomal
GCTGGGCCATCCGAGGGGCTGCATCCACATTGTTGTAAATAAATATTATA	autosomal
ACAGATGCTTGTGGTGAAGGTGACCCAGCTGCAAGACGAACATCTGGGCA	autosomal
CATACATCTCCCCATTAAAACAAGGGTATGTTAGTTAGCCAAATGAGTAA	autosomal
AGAAAGGGAGGGTTAGAAAGAGCCAAAATGAAGCAGATGAGAAAATTTCT	autosomal
AAACCCTCCGAAAAAAATCCCAAAAAATCCCAAAAATCCCCAAATTCCCA	autosomal
GATAACATCTTCTCACCAAGGGTTTCCATTGCATTACATGATTAATTAGC	autosomal
AACAGTACAGAGAGGTTCACTACCAGGCTGAGCCGATTCCACTATTGTCA	autosomal
ATCGCGACAGCGCTGGTGGCCGCGGGCATCGCCTGGTGAGGCGGGGGGGC	autosomal
CTGAGGTGAGGCTGCTCCACACAGCAAAGGCAGTGTTGGTTTTTTCAGGC	autosomal
GACTGCCACATTGTCTGCAGAACAGTACGAGTCTCTTCTCACGTTGTCGA	autosomal
AGCTCTATTCCTTGGACACTGCTGCATGTTATTGTAATACTGGGTATCTG	autosomal
ACCATGAAAATGGGCTTGTGAAATACAGATGGGTTATGACACCTGTTCAG	autosomal
AAATTTACATTTACAAGACCCAAGTTACACTCACAGGACCTAAGTTTTCC	autosomal
AGGGGGCAGCACACACGCCCTGCCCTGGAATGCCAGAGGATGGGTCCCCC	autosomal
CGGCCGGGACCATGTTGGTGAGGTTCAGCATGTACCCCAGCGTCCAGCCC	autosomal
AATAAACACTGATTTCCACCCCAGGTCAACCCATACCTTCTCTTCCTTGT	autosomal
AATTAATGAGCAAAATGTATGTTTCATAGGTATTAAGTGATAAAGGCAGC	autosomal
TATTTACAGAAACTGTGTGGGAAAGTTTCCCAATAGAATGTAAACTCAGA	autosomal
AAAAAAAACCCACCAATGTGTGTGCATATACATACGTATACATACCATAC	autosomal
AGCATCTCCTTTCCAGCAGCATCCAAAATCCCTTTCTTTTACCTCTCCCC	autosomal
CAAGGCGGGCAAGCGGCCCTTTCCCCCAGTGCCCCGCCGAGCCGCGGCCC	autosomal
AAGAACTCGCAGCTGGAGCAAGAAAACACGCTGCTAAAAACACTTGCCAG	autosomal
ATACACAAAGAGTTGTTGTTTTTTTTTTTCTTTTTTTCTTTCCAAAAAAT	autosomal
CCAATTAGCTGTGCAATAATTTCCGAAAACAATCATGATCAGTCATTGAC	autosomal
CCAACCTCTGCTTCCCACCCCCCACCTGGGCCAGGTAAGGCAGCTCAGGA	autosomal
ATGGCTCTTTAAACCCCATAATCTGGGAATTATCTGACCAGTCTCTGCTC	autosomal
CTCAGTTTTTCACAATGGAACACAGTCTTTGAGCGTGAGTTTGAGTCCAC	autosomal
CAACAAAGTCTTAAGAAAAAAAAAAAAAAGAAAATCTGGGTTGCTGCCTG	autosomal
AATCTGATTGAAGCAGGAGAAAAATGGTATACACAGAATATACTTTTGGT	autosomal
AAGCAGTTTTGTCCTTAGATCCTTTAAGAATATTCCAGTTATGTTTATAC	autosomal
AATCAAGTGCAGTATCTCCTTGACAAATGCACCAGTCCTTTTGCTTTTTC	autosomal
AATGACAAGGTTTTTGGTTTTGCAATAAATGAAGCTACAAGATTTTGTAT	autosomal
CAAAAAAAAAAAAGAATCAAAACAGACAGACAAGTTACAAGTCAGATTTA	autosomal
AGTCCCTCCTTGGCCACTCCAGATCATTCCAACCCATCCCAGGTCCCTTC	autosomal
GGACAAATTGATGACCTAGAAGCACCAAATGGGATCAGAGGGGGCACAAA	autosomal
AATGCTATCAGTCTCCCCAAAACAGGAAATTAAGATAAGAGGCAATTAAA	autosomal
CCACGTACATCATTTTCAAGAGAGCAGCTACATATCAGAAAATCTTTTGA	autosomal
AAGAGATGCCTTGGGTTTGGGGTTGCGTCAAAGTTGTCAGACGTGTCTTC	autosomal
CCAATTCACAAATGCTTTCTGCTGGCACTGAGCATATGCAGAACGTAGGA	autosomal
ACTTGGGGTTTTCCAGGGGTTTATACTCGTTCCAAAGCTTCCAGCATGAT	autosomal
ATTTTCTTGTATCTTCCTTTCAGATCTCAATTCCTTAATGTGTTGGACAA	autosomal
GAGAAGGGCTCAGAGACCCTAGATCCTGCAGCCCCTGCTGCCTGACAACA	autosomal
AAATACCTTTGGGTGCATTTCTGGTGCCATCAAACATCCCGTGTGCGATT	autosomal
CAGGGTGACCAGCACAGGGGAAGGGTTGATGATGACGCGGGAATCCTGGC	autosomal
CAGGTGTCCTTCCAGCGCAGGGCCTTGAGCTGCGGCAGGGACAGCGCAGG	autosomal
CGCAGAGCCCCAGGCCTGCCTCGGCTCCGGGGGCTCCCTGGGGGTTGCCC	autosomal
ATAAATATTGTGTGCTTGATCGTGAGTGGGACCTCAGTGAGTATTGACTG	autosomal
AAACACAACAAAAAAAAAAGTCAAAAACGGGAAAAAAAGGGAGGGGGAAA	autosomal
CTCAGGGTTATTTTGGTCAGGGCTCCCTTCTTCTCTAGTGCAAGGTCCCC	autosomal
ATTTCTTCATCTCCAGGACTGCACTTCCTGGCCCCCTGTGTTTGGCACTG	autosomal
GAACAATTAAAAAAGACAACTGCAAAGACAGATTTAATTATTCCACGATA	autosomal
AGTAGAAGAGGAAGGATGAAACCAAGGAAGACATTGGTAAACATCCTTAG	autosomal
GAGCTTTTCCGGAGGGATCGGCCGCAATGGGAGCGGCTCCAGAGGGGGGC	autosomal
GGACACAGTGTGATCATGGCAGACTGAATTATCCAAAATGTGTTATTCAA	autosomal
TCCCCCAAAATTCCCCAAATGTTCCCCAAATTTCCCAAAAAAATCCCACA	autosomal
AGGGCTATGCCCTGCCTGTCAGATAACTATACAATCTACTGTCTTTCCTG	autosomal
AAAAAAAAAACCAGAAAAAAACCCTGTTCCTTTGAAGGAAACTTCTAATC	autosomal
CTGCCCCTCCCCACTGCAGAGACACGAGCAGCCCATGGAATAAGTTACAG	autosomal
TCCGTCCACCTGCACCACCCGTCCGTGCTGACCACGCACCACCCCCACCA	autosomal
CCCCATGGAGCAGTCTCTCTTCCAGCTCCCCACCAAGAAATAGATGAAGG	autosomal
ATGACTCACCTCATGGGAGTGCTGCAGTGGCTGGAGATAAGCTCTTTATA	autosomal
ATGTAGTAAATCTGTAAAATCTTGCTTGCCCATTTTTAACTCATTGTGTG	autosomal
GGTGAATAGCAGGTACATTAGGGTGAATTATACTGACATCCTGGCCAACC	autosomal
AATCCCAACCCTACATAGAATGCCTCAAAACATTTCTCAGACTCTCAGAG	autosomal
ATGCCACGGCTTCGTTGTATGACTGAATTGTCAGCATTCTGAGCCCCAAA	autosomal
CCACCCCTTCTTCTTCTTCCTCCTCCACCACCACCCCCTCGCTCGCCACC	autosomal
AGAAATGCATTGTTGGAGGGTTAAAACCCCCAGAAATGCATTTTTGGGGG	autosomal
CCAGCCTGGAGAAGCCCCCTGAGCGCGGTGCTCGGTGTGCGGGCTGGCAG	autosomal
CAGCATAACTGGCACAGAGTGCTCTATGCCAGACTCTGGGGGTGAACAGG	autosomal
AACCCTGCCAGGGACTGCCACAATACCTGTGTCAGGGCTTCTGGAACTCT	autosomal
CCCTTTTTTTAATGAGGGAAAACCTGATTCCGTGAGGTAAAAATCACCGA	autosomal
AGGCCGGAGCTGGAGGAGATCTCGCGCCACCATTGGGTGTGGGGCCGGCG	autosomal
AGAAGGGGTGGCCATGAGTTTATTTGCAGTGGGGTTTTTTATGGGGGGGG	autosomal
GTGGAAGGATTTCTTTGGTCAAAGAGGTTTTTGGAGAAAGTTTGAATGAA	autosomal
TAAGGGCTTAGTCCTAGAAGGCAGTTTCTATTGACTAGCAATTGGCATGA	autosomal
AAAAACCAGGAAGAGAGGATGGGAATGGCCCAGGGGTGAAAGCTGGGATG	autosomal
AAGCCCCCAAGGAGTGACACCGACCCCCAGCACTCACCTTTGATCGTGGT	autosomal
CCTCTTCCTCCTCCTCCTCCTCCTCCTCGGTGGGACCGGGGGCTGGCAGG	autosomal
CTCACCACAGGCCATGCAGTTCCTTCCAAACTGGACTCTGAGCCCTCTCC	autosomal
CAACCTTCCATGTGCTCCCTTCTCCCACCCTACAGAGCTGGGATGTGACC	autosomal
CCCACCTGCCAGGGCAGGGCTTGGCCCACATTTTATGTTCAAATAAAGTA	autosomal
ATGCTGGTGGTTCTGTCTGTTGCGGGTGCTGGGAGTGCTGGTGGTGCTGA	autosomal
AGGAGAACGTTCATCAAATGGGCTGCCAGGTCTTGTCAATGGTCTGAATG	autosomal
CAAAGCCCAGAAGACACATTGCATCTGGGAAACCCTAGCGAGCCATGCAG	autosomal
GGACATATTTCCTTTATACAGTTAAACATACCTTGTTTGTTTGTGTGCAA	autosomal
CCCTGTCTTGGTGTAAGGACCCTCCCCTGTGCAAGGTGCCATCAGTGGAA	autosomal
ATTGCTTTCCAATAAATCAACAGGAATGTGTGTACACAGGTAAAAGATAC	autosomal
CCAAGTGAGATGAAGGGCACTTGTGGAGGGTTTCTGAGGAGTTCAGCTGC	autosomal
CTCTGAGGGACTGTGGTCTCTGCTGTACCTGCCAAGGGGGTTTTATCATC	autosomal
AAAGGATGCTGATTGATTGACTGAGACCTCAGTCTCACCTAAAATCAGCC	autosomal
CCAAATCTGACCACCAGAAGATAAAACAATCTTCCAGGTGTCATGATTTA	autosomal
AATACCTGCAGAGCATTTTTTTCCTAAGTAGTTTGATGAACAATCACCAC	autosomal
CAGTTATATCATAGAAATTAAAAAAAAAAAAAAGTATCAGTATTCACTCA	autosomal
AAAGAATTGGCCAATTGTTCACCCTGTGGTTAGCACAGACCCTGAAAGGA	autosomal
ACATCCCACATATCCCTGGGGGTGCTCCTGGCCCCTTCCCTGCTCCTACC	autosomal
CCAGTATAGACCAGTACAGACCAGTACAGACCAGTACGGACCAGTACAGA	autosomal
GTGATGGTGAGGCAGCATAGAGTTGGATCCCAGAGGCCTCCCTTGATTAA	autosomal
ACGGCCTGCCGCCCTGAGAGCGGCCGGTCTCGCCTGATCTCGGAAGCTAA	autosomal
GCTACCCTGGAGAGCTGTAACTGCTTCTCCCACGCTCCTACCTGATCTAA	autosomal
CTGTTAATTTAAAGCCATTCCCCTCCTCCTGTCCCTCCAGCCTCTTTCCC	autosomal
CAGGACCTCCCGGACTGTACCCGTGTGCCGCAGCCCAGGGGATGTGGGCA	autosomal
ACCAACAACCACTGGTGTTCTACATTGATGAAGTCTCACCCTGTATAAGA	autosomal
GGAAGGTTTCACAGGAAGGAAAGCTAGTTGCAGCCAGATGAATCCAGGTA	autosomal
GAAATAAGGAACAGAAGAACTGATGCTGCTATACGTATTCAGGCAGGTAA	autosomal
CAAAGCTCCCCCATCCCTGCCCCGCACACACCTGGCCCCGGGCTGGAAGG	autosomal
CCAGCACTGGGGTTAGGAGGGGCTAAAGGGAGCCAGGGCAGGGTGAGCCC	autosomal
AAATTAGAGACATTTCAAGTATGCAATTAACCTCCTTTTGTGAAAACAAT	autosomal
CTGAGGCCCTCACAGGCACCATTCAAGGACATTCAAGGCTTTCCAGAGGA	autosomal
AATCATCCCAGGCCTTCTTTTCTCAGCTACAAGATCAAGTGAGAATGCAA	autosomal
CATGCTGAGTCACAAATCCCACCAATTCTCTGAAAAGCATAGTTTTCCTC	autosomal
CCAAAAATCCCAAATCCTTCATCCTAAATTCCCAAATCCTTCATCCCAAA	autosomal
GACCTGCTGGGGCCAACCCGTCCGGCCCTTCAGCTTCTTCTCGCCGTGAC	autosomal
CTCCAGGGATGAGGAATAGGTTGAGGTACTCAATGCCTGCTGGACCTCAG	autosomal
ACACAGGATTTGCAAATGGAGGCATAAATTTAAAAAAAACTTCCTCAAGG	autosomal
CTGGAAGCCTCAGAGCCTAGGAGTGAGTCTTCACAAGAATCCTTCAGCCA	autosomal
ACCTGGTTTGCAAGGGGAAAGAAATGACTGTGAATCACTTCTGCATCTTC	autosomal
GTGGGATGACAAATACAGAGATGTCATCGTAGGATGCCTCGTGGCTGTCA	autosomal
TTAAATCTTATTGAAAGCAGCTACATCCATTGATTGTACATAGTCTTCAA	autosomal
ATTACAAATAGGATTAACATGAACATAACATCACACAAGCTCGCAGACAA	autosomal
CTTCAGTGGCCGGGGAGGGAGCGCTTCCAACGGCTCATCCTGCCTCTTCC	autosomal
ACTTGAAGTCCCATCTCTCATTAAGTTGTGCATTGGCTTCAAAGAACACC	autosomal
CTGCTCCCATGATGACATCCAAAGGTGATATTGAGAGATAGTCTGTAATA	autosomal
ATATTTTTTCCCAAGACCCTAGAGCCAGTGTCACAAGAGGCAAAAGGAGC	autosomal
AATGTTGCAATAATCACAATACAGGTCCTTTGGATATTTTTATAATGTAT	autosomal
AAGCAGGAATTCCCCAAATCTGGCACTCCTTCACTGTCACTGGTGGCAAT	autosomal
CGCCCCCGGTCACCGCGCGGGCGGGGCCGGGAGCTGTGGCCCCGCCTCCA	autosomal
CAGAGAAGCTGTGGATGATCTATCCCTGGAAAGGCTCAAGGCCAGATTGG	autosomal
AGTTGGATGCTGCCCCAGGACTCTGCAGATTAGAATTCAGCTGTTTGTAA	autosomal
TGGATGACACTATACTCTTTATGGGAAAAATTGTGAACCCTCTGAAAAAA	autosomal
GATTAGGACCTTCTCGTGTGTGTATATGCAGCCGTCTCTCAGATACAGTA	autosomal
AAGACAGTCTGACACAAGCCCAGGAACAGGGCAACCTTCTCAGCTGAGGC	autosomal
ACTGCTGGCAAGCAATATGCTGCTAATTCAGGCCTGACCATTGAATTCTG	autosomal
GAATTGAAGTATTTATAAACAGAGTGATTTATTTAAGGAAAAGCTTATCC	autosomal
AGGCTTTGTGTAAGAGTCCAGTTGCTCTTTTCACTGGAAAGGGAGGATTG	autosomal
CAAACACTCGGCGCTGTAGCCGTGGCCGAGTGTGGGATGCTGAGGTCTAG	autosomal
CCCTGAGCTGCGCCGGGTGCCATGACAATTTTGGCCTGTCTCCAGCTGGC	autosomal
ACCCTGCCCCAGGCCCCTACCCGTCTCCTGGTGGCCACACGGCCACGGTG	autosomal
AAGACATATTCCCAAACCTTTTGCTACAGTAATTGTATAACGACAATCAG	autosomal
AAATGGCTTTTAGTGTTGTGGTACACAATATAAGAAAGCAGACTGTAATT	autosomal
GTTCTCCAAAATAGAGCATTAGTTGCAAATTTAGTAAACCTGCCAGATTA	autosomal
AGCTAAAATAATAATCTTCAAAATTATAGTCAGATAATACATGCCAAAAG	autosomal
CACAAAGCCCAAACCCAGCACAAAGCCCAAACCCAGCACAAATCCCAAAC	autosomal
CAGCTTCTACATTTATTATTACAGTTTAACACAGGCTTGGACAGAGGAGA	autosomal
AAGTGATTGAAGCTTTGCCTGATGTTTCAGACTCAGCCAGGTCATAAATG	autosomal
CCTAGCGGAACTGGAGCGGGCTGATGCGCAGCCCCAGAACGTCCTTCCCG	autosomal
GTTGGATTTTCTGCTCATGTACTGTGTTAGAGCAGAAGTGGGAGAACCAA	autosomal
CACGGGCCAGGACTTTGTCTTCTGCAGGAGACACAGCACAGCCCTGGGCC	autosomal
TAGCCAGTGAGGATGCCACAAACGTGTGTTCGGATCACACCAAGCTCTCA	autosomal
AGAAAAACAGGGAAAACGGGAAAAAATGGGCAAAACGGGGAAAAATGGGG	autosomal
AAAAACCCGTGGATGCGGAGGCGGGATCCAGTTGTTTGACATTCTGTCTC	autosomal
GTTTTATTTTTTGAGTTAGATTTTATTTTTTAAGCCTTTGGAATAAGATA	autosomal
CGGACGAGTTCCACAGCCTGGGCGCGGACTCGCAGGTGTAACCTGGACCC	autosomal
GAGCCTTGGCAGGTCCCTATGAACCCCTGGCAGGTCCTGGAAGGTCCCCA	autosomal
AAAAATTAACTTTTCATGTGAGCTTTTGTGCAGGGATTTAAAAACCACAT	autosomal
CAGCTTACTTGTGTCTCGATGGGTCAGTGCTTGTCACTGTGGGCCAAGCA	autosomal
ACTCGTGGTTTTTGTCGCCCTCCGCCCTGTCTGTCACCTCTGGCTTTTCC	autosomal
TATTTTTGAAACAAATGAACACAATTTACTTCTTTTTTTAATACATGAGA	autosomal
AGTTTTTTGAAAGGGTAAGTTATGTATAAGGCTGGTATTTAGATGAATAC	autosomal
GTCATAACTAGGAGCTGCTGCAGGGCAGGACCAAGAAGCCAGAGGGGGAA	autosomal
AACAAAAAGATTATAACCAACATGTGGCAAAATACTGACCCACAAGGAGG	autosomal
ATGTCATGGTGTGGTTCACAGCTTATCTTCACAGACAGTTTTGTTGACCC	autosomal
ACTCTGAGAAACTTCACATTCCTGGCTTGCATATTGTCTTAATAAATCAC	autosomal
AAACTAAGTCATTTACAATGAGCACTATAAAGCTGCCTGCTTTGGCAATC	autosomal
GCAGCCACTCCAAAGGATGTGAAGGTGGGGGGAAGAAGAGTCAAGGAAGA	autosomal
GTTTCTCAGATATAAGTAAAGTATTTAATTTGGTTTTGTTGGTGTTTTTA	autosomal
ACTTTGACAACCTCTTTTGACCTTCCATGCCTTTCACGTAACCTTCACAA	autosomal
CCGAGTGCGCCCGGCGGTGCAGCAGGAGGTGCCCGCGGTGCGGGAACACG	autosomal
AAGTTCCCCTTTTCTGCACGGGTGCCTCCAAAAATCCTTCCTGTGTCTCG	autosomal
CAGGCGAACATTCTCCTTTTTCTGATTCTGACGCTCTAGATCTCTGACCA	autosomal
GGGCTGAATGTGGTTTCTCACACCAGCCTCCATCTCAGGTTATTCCAGCA	autosomal
GTTTCAGGGCTTCCTGCAGGCAGCCCACATTCTTGCCTGTTGCCTGTGCA	autosomal
CCCCAGCTACCCATCGGAGCAGGGCGAGGAGAACCAGCAGCCGCTGTCGC	autosomal
AAAATATTACCTTTTCTTTCCTATTGGGGATTAAAGTTTCCTGGCGGAAT	autosomal
CCTCAGAGACTAAAGCCCTTAGCAAGCCTGGCAGCTGTGGCTCTTTCACA	autosomal
GCCTACGGCCATACCACCCTGAGAGTGCCCGATCTCGTCTGATCTCGGAA	autosomal
GATGACCGTCGCCTCGCAGACCGGCCAGGACAGAGGAAAATAACCCAGCC	autosomal
CACTTCCCTCCTTTCCATGCTCTGGGTCTGCCTGCCTCCTCAGTATTCCC	autosomal
GAGCTAAAATAATAATCTTCAAAATTATAGTCAGATAATACATGCCAAAA	autosomal
GAAAGAGAAAAATCCTAGGAAAATTGCCTTAAATTTTTACCAATCAGTAC	autosomal
CAAGATCTTATGGAAATCCTCATCAATAATACTATTTACATTTTAGCTAA	autosomal
AGTGGAGTTAAGAATTGCTTTAATGCATTCTGAAGGGTTTTCTGTGAAAA	autosomal
AGGTACCAGTGAGATCTTTGTGAGGTTCTTTTCTGGCATGAAGCAGCACT	autosomal
CCACGTGCCTTGATCTGAGGTAAAACCTCACCTTGCTCTGAGTTGCACAG	autosomal
GGTCTCTTTCACCAGGCAGCAGCTGACAGAACAAGAGGTCACAGTCTCAA	autosomal
GTGATGTGGTTGTCTACTTTCTGTGTATGAATATAACCTGGATTCCCAAA	autosomal
AAATGCTTTATTTCAAATAGAAACAAACTAACTTACAACACAATGTACGA	autosomal
ACTGAAGTTTTGTTGCTCTGAAATGTGCTGCTTTTAGTCCTTAATAGAAA	autosomal
AAGAGTTCACAAGAGGAATTCAAATTTAAGATATTTTATTGCAGACCCTG	autosomal
ACCCTGGAGCATCTGAGGGGGGTCCTGGGGGTCCCTTTTCCTCACCTTTG	autosomal
CAGTGGAACCTGTTCCGCAGCATCCAGCAGCGCGGCCCCAGGGTGCTCCC	autosomal
CCTCTTCCATGGATGAATGGGGGAATTGGTCACAACACTTGAAGATCACA	autosomal
TCTAACTTCTAAAAGAAAATGAACAGCAGTAAAACAGTGAGTAAAACCCA	autosomal
CAAAAAGGCAATCCAGTGAAATGTCCAGGAAAAGGCAGGTGTGCTCTTTC	autosomal
CACTCCGAGAACACAATGGGGGAAAAGTCTTTGTAGGACAGAATTATAAA	autosomal
CCCGCCCCCTTTCTTGCACTTTCCAACTCCTGGAAGAAATTTTCCAGCTC	autosomal
CACTGGCAGATGGCTTTAGCTTCGTGTTAAAGTTCTCATCCGTATCAAAC	autosomal
ACTAACTAATCCTATGTTTTTAACAAATAATCATCTACTCAATCCTAACT	autosomal
GACTGGCAGAAGGAGGGGGTTCCTGGGCGAGGGACTGGTGTAAATCAGGA	autosomal
CAGCCTGTGGATTCTGCTGAGGGAAATCCAGCAGCTACAAATTGCTGTTC	autosomal
AAATAGACTGCATCTGGCATAAACCCACCTGAAATGACTTCTGGGAAGGT	autosomal
CAGAGGAGCAGTGGGGTGCACACGATCCCCGTGTGGCCCCTCACGCCAGG	autosomal
CACCACCACGCTGCGGCGCAAGCAGGAGGAGGTGTCGGCGGTGGTGATCC	autosomal
TCAGCTGGGAATAACTTCCTCTGATACCTCCATCTCAAAGATACAGAAAA	autosomal
AATGTCAACAGCAGGATCACCCTAAAAAAGCTGCTTTCTAGCTTTTGAGC	autosomal
GGGACAAGGCTCCAGCCATGTCTGCATGTGTCACACACGGGCCACACAAA	autosomal
AAAAAAAGGGATTTTAATGGTTTTAAAAATTTTCCTGTACAAAAGCTGAT	autosomal
CTTCTAGTGTCTTCACTGGACACATTTGAAACTCCCTGATATTTACAAGA	autosomal
TAGAGCTGAGAGTCCTGACGCACATGGTTACAGATCACATATACTGGATA	autosomal
CCTGCTGCAGGTGGCTGTGGCCCCACACACAGCCCAAAGAGTGTGACAGG	autosomal
TATAAACTCTAGATATGATTGATTAAAACAGAGCAAATCAGAATAAAACA	autosomal
CGGTCATTGCACCATATGGAGTCCCAGTGCTGACTGACCATTTGCACAGA	autosomal
CCAAGCAAGACAGGTTTTTGTAACTTAATACATTTTCAAAGCGGGGAGTA	autosomal
AACCCGCTGATCATCAGTGAAATTGTTTCCTTTTATCAGTAGCTCACTTG	autosomal
CCCAGGTGCCCCCAGGTGCCCCCAGGTGCCCCCCAGGTGTGCCAGGCGCG	autosomal
CAGGTATGTGACCTCCTCTTTTACTGTTGACTGCACTGTGAAAATGGGGG	autosomal
AAATATTCATTAGGAGAAATGAGACAGAGGCTTCCATGTTCTGCTAAATT	autosomal
GAAGATGAGGGATTTTGGGTCAAAAAAAGGCCCAAAAATGGACAATTGGA	autosomal
AAGGTCGTGTCACCGCCCCGGCCCCGGCCCCGCCGCCGCCCCCGGCCCCG	autosomal
ACAACATGAAACTGCCAATCAACACAGCAGTTACTAATACACAACTACAA	autosomal
GGGCCACAGGGCTCCCCTGTGGGCTGCAGCCATCACCTTCATCATCCTCA	autosomal
GTCAGGATAAAAAGCGCCTGAAGATAAAAAGTCACCATTACCACAGCACA	autosomal
TTTTATTGGACAAGGGCTTTAGAATCAAGCTCTAGTTTTGGGAATAAAAA	autosomal
CTAACAGAGTGACCCCTATGAAACACATCCAAAAGTTTTATGATTTTCCC	autosomal
GACATGGGAATGTTCCCTAAGTTACATAGTGTATGGCAGCAGCCTCTGAC	autosomal
CTGCAAGGTTTCTGGATAGCATTTGTATAAAAGCAGGAATGCTCCTGAAG	autosomal
ATGGATTTAGTGAGGAATGAAGGCTTGCATCCATTCAGTTCAGGTCTTCC	autosomal
AACGGGGGTTACAGGCGCCTGGGCTTCCCAAATCCTGCTGGCCACCAGCG	autosomal
CCAGTACATAATACATATTTTATCTCCTTGAAATGGCTAGAATCATGGAA	autosomal
ATCAAGGATGTGAAAGATGAAATAACTAAGAGTTCAGATATTAATTGATC	autosomal
AACATGCTGTGTGCAAATCACTGGAATAATACTGTAGCTAATTTTATGGC	autosomal
CCATGAAATAGAATGTGACAATCCAGGTTTACCCCAAGAAAAAGACCCCA	autosomal
ATTGTGCTTTAATTTATTTCCCTGGCTTGATGAAGTCTCTCTCTGCAGGC	autosomal
TAATCTTTGCATAAATGATCAATATTGAAACTAGTTATTGAAGTTGATAA	autosomal
CCCCAAATTCCCCCCACACTGGACCCCTGGAGCCTCCTTGGTGGTGAATA	autosomal
TCGCTCCACGTTGCCACTGGTTGAGTTGCAGCCCATGAGGCCGATGCGCA	autosomal
GGATCTGGCAACAGAGCAGATTCTGTTTTTCCATAAAGTGTCCATGTGAC	autosomal
AGCCATGTCTGCATGTGTCACACACGGGCCACACAAACCCACAGTGTTCC	autosomal
ACAGGCTTTTCCTACCAGCTCCCAGCAGTCTCATGAGGAGCAGCCCCATG	autosomal
ATCCCGCCGGCTCTCCTCCTCTCATACGGTGGTCGCTGGCCCGTACTGGA	autosomal
AAAGTTTGCATCTTAATGAATTCACGGGTTACTTCTTTGTTAATAAAACA	autosomal
ATGAACCTCACAGAACAACCTTCTACTGAGTATTTCCATCAAATGCAGAA	autosomal
AAAGGAATTTAATGTCAAGTATGTCAATAAAGGCTCATCCCATAAAATAA	autosomal
AAGAACTGCTGCACACTTCAGATCTGGCCAGTCTTCGGTCTCAACATGGC	autosomal
AGATACAGATTGTATTTTTGTGGGTTGTGTCCTTTTAGTGATTTTTTTAA	autosomal
AGAGGTTTTGCTTGGCAGTGTCCAAACCCTTATTGAATCCTTAAAGGCAG	autosomal
ATTATTTTGGCTACTGTCTTACTGAATCATTTGCCCAGTCTATCCATTTA	autosomal
ACATTTGCCTTAAGAGTCAGGGGTGAGCCATGAGGTAAAACGCTGCTGAA	autosomal
AAAAAGATGAAATGTTTTCAAACATTGAAAAATTATGTTTTTATAAAAAC	autosomal
TACATTTAAAAACGGAATGTCCCGCAGGGCAATTAAAAATGCAAGAAAAA	autosomal
AGAGGAGAGAAAAGAGGGAGATGCTCCCCCCAGCCCCCTATGGGGTTGGC	autosomal
AAAAAAGGCCTATCACTATGTCATTAGTTAACAGTAAAGGATACCTCATG	autosomal
ATTTTGGTGGACTTCGACCTTTTTTGGGGGGGATTTTGGGGTTTTGGGGG	autosomal
AAAAGACAGAACATTTCAAGAGTATCCAACTGACACAGCAGCTTCTGTTC	autosomal
AAACATAAATGCTCTATTAATATTAAAGTAGGATGAAAAAACACCCAAGC	autosomal
CAAAGATTCTTGCAACCTGAATAACAAAAGTGAGAGTCAACTCCCATGTC	autosomal
AGTCTGGGGTGGGGGGGGATAAAGGATAATGATCCGGACAAAAAAAAAAA	autosomal
TCACTTGCTTTTTTTTAAATTATTATTATTTTATTTGTTTGTTTGTTTCA	autosomal
ATAGTTTCTTTTCTGAAAGGTTTTTTTTTTTTAAGAACATGTCAAAAAAA	autosomal
CATTTGCTAACTTTAGATGATTTAATTTTCTTTATGTCACGGCTTTGCAA	autosomal
AGATGGCTTTGGAATGACACGATCACTCCCGCTGAGCCAGCAGCCAGAGA	autosomal
ATCCATTGATCTTTGCTTGTCTTGACACATAGATCAAAATTGCAACTGCA	autosomal
GGCAGTGCACCCCCATAATGTTAGCGCCAAGACAGTTATATAAAAAAAAA	autosomal
AAGGTAAACCTGGAGGTTTTAGTTAGAAAAATCAAACCAAGGGAACCTCT	autosomal
AGATCTCCCTTGCTGTGCTCCAGTTCATTTTTGACATCTCCCAGAGCACG	autosomal
AAAGAGAAGGGAAAAGAGAGTGAAAGCAAACTTGATAAATCCCTGCAACT	autosomal
ACACGGGCCATGGTTGGGGACAGCAGCGCCGTGGGGACAATCCGGGGGGA	autosomal
GACCCCCAGAACCGCGGGACCCCCAGAGCAGCATCAATAAAGGATCTGCC	autosomal
ACATTCATGAGGTATTTGTCATTCTTCTCAAAATCAAGATTCATAGTCAT	autosomal
AATCTGTACAAACACATCAACAGTATGAATGAAAATGTATTGAAAGTGGC	autosomal
ATTGTTAAAGCAAGTCACACACAGTCTGTTAGGAACACAAACAACCTCAA	autosomal
CATTACTTCTGTTTTCATTCAAAGTGAGGTGATATTACTGAGAATAAAAA	autosomal
CCAAAAATCCAGAAATTCTCCTCAAATTTTCTGGTTTTCCATCAAAAACG	autosomal
AGCACATAGTTAAGTCTTGCTTGCAGTAGGGGTATATCCTCAGATAGGAG	autosomal
CCCCCCAGTCCCTCCCAGTCCCCTCCCAGTCCCTCCCAGTCCCCCCCCAA	autosomal
AAACTATAATATATTATTCTATTGTTAGTATCTTCAATGCTTGAAGCTTT	autosomal
ACATCAGCATAAATTTCCAGCTGTTGTGAATTCTCCAGCTGCCAAGTACA	autosomal
TAGTTTGGAAGGAGGCTGTGTTCTCTTTTCTAATTGTTTCAAGCCCAAAA	autosomal
ACATTTCCAATTTGAATTAATAGTGTTAACAAGGTTTGCCAGCACACTTG	autosomal
CCTCGTGCTCTCCTCTGTGTGCTCAGTCATACACAGAGTCTCTGCATTGC	autosomal
AAAAATAACAGCTCTATCAAACCAAATCCTTCCCAGTCTCCACCGCTTCT	autosomal
CAGAGCACTCAGTGCCATATCCAGTCACTCCTTGGACACCTCTAGGGACG	autosomal
AAGTGGCGGTGGCCGACGGCGACAGGGACGAAGGCGCGGGGGGTGGGCGC	autosomal
GCCAGCCCTGCCAAGAAGCTGCAAGCAGCCCTGCAGAGACTCCCGTCACA	autosomal
ACATCCCGTGTCTGTCCTCAGGGGTATTTTGTTCCCTTTCCAAACACCTC	autosomal
ATTTGTAGATGAGGAAGAACAGAGCATATTATGTACCTTGACTTTTGCAA	autosomal
CAGGCAGGCCACTCTCAGCAAACAGCCCTAAGAATGGAAGATTCACTGGC	autosomal
AGCATACTTTGTTCAAGTATAACTGAAGACCTGCAAGTCTGCTTTAGTCA	autosomal
GGGGTGGCCTTGGGGCCAGCAAAGGCAGAAACTCACAGCCAGGGCAAGGA	autosomal
ACCGGCACCAAACAACAGTTTATCATTTCTTTAACCTCCTGATTTTAAGG	autosomal
TTATTTCATCTTTTTGTAATACCTTTAACTATGAGACAGAGCCAGGAAAA	autosomal
GCTCCCAAAATAACTAACTGTTCTGGTAATGGACTCTTTGGACTCTCAGC	autosomal
AAGAGTGGACTGGACAGTAGGGTGTAGCCCTCAGTTCAGCACTGCCAGCA	autosomal
ATCCAGTCAAAAGTAGAAAAATCCATGGAATTCTGAGGGCAAAGCTGTGC	autosomal
AAATAAATGTCTATTTGCCAGTACTCATACCAGCCACACTTCTAGTGGCT	autosomal
CTGCTGTTAATGAATTTTTGAGACACTGCTGTTAAAAAAAAAAAAATCCA	autosomal
AGCAATGTTATACAACCATGTGGATGGAGGAATGAGGCACTTCTAGGTTG	autosomal
ATTGTCCTTCCTTCGTGTCATCACCGTCCCCTTTGAGGGCTCCTCCTCAG	autosomal
ATACTCTGACAGAATGAGAATGCAGCCATATAAATAAAATAGAAGAAATG	autosomal
CGCATAGAATTGTTTGCAACAGCTTAGCTGCCAAATTCTGAATCCAAATA	autosomal
AGAAGCACAGTTACCTTTATACATAGATTTTTAAAATTTTTTAATGTTTA	autosomal
AGAATGGGGAAGAGAAGGAGAAAAGGAGTTGAGATCAAAAGCCGTAAGAG	autosomal
ACTCCACTGAATCCACCAGGCCTAGCAACAATGACCAGATGTTCACGACT	autosomal
ATACAGTACCTAGTAACTAGGTATCTAGGAGAGCTGAATCTCTTGGGGAA	autosomal
AGTTGGGCAAGTGGGAGGAGATGCCATGGAGAAAAAAGATGACACAACAG	autosomal
CACTCCCACATTGATGTCACCCCCACATCGATGTCACCCCCCCATCGATG	autosomal
AAAGCTACTTTGATAAGCTTGAAATGTTCAAGCAAATGAATCAAAGGCCA	autosomal
AAGGGGGCAGGAGTGAAATGTCTGTGTTCAAGTATTCCATCACCAGTGGA	autosomal
GCTCACCACCACCTTCCCACCAGCTAAATGACAGCTAGATTGCCCTCTCC	autosomal
TAGGACTCATTTTAGCCATATAGCCAAGTTCAGCTACACCTCTAGTTTCA	autosomal
ATGTGGCATAGAATTGGACAGCAAGAATCTTTCGTTGTGCTGGACTAGAA	autosomal
ACGGCTTGTGCATACTGCCTAAGCTTAGGGAAAAATAAAACTTGCTACTC	autosomal
GATGTTTGAGTTACATTTCAAATGATTGCTAAAGACATCATACTAGGAAC	autosomal
AATCGAAGTGTAACCAAAGGATCTGTAAACACGCTTGTCACACAATCACA	autosomal
GAGGGACGTGAGGGTGGGACCCTGGGGGAGGGGGGAGGTGACACCAGGAC	autosomal
AGCAATGCTATCGTCTTCTGGGAAACAGCCTCAATGTACACGTGGTGGCA	autosomal
CTGAGGATGGGCCCGGGGAAGGTGACCACCGAGGCCGGGGGCTGGATGAC	autosomal
CCCCTCGGGCTCCATCCCCGAGCCCCTCCTGGTGGCCACGGGCGAGGAGG	autosomal
GACTCTACTGAGCATGGCTGAACATCCCCTGCCACGAGCAGGAGCGAACA	autosomal
AGAACTTTTTTTCCATTCCTTAAAGTTACAACAAGAAAAAAACCAAGGCA	autosomal
GTTGTCTATTGTGGACATCTGTATAATACTGGAATAAAAATATTTAGAAA	autosomal
TGGACAGGAAAACTATACTGATTTGTAATAGTAGGTTTTTAGTAAAAAAA	autosomal
CCGAGGTCCCAAACCATTCTGGCACCCTCCTCTTAGCAGGGGGATGTGAG	autosomal
AAAATTTAACAATGCACGTCACATTCACCTGCGTTCCTCCGCTGCCAGAA	autosomal
AGAGCATCGTGGCCTCCAGGAGGAAGCTCGGGGAGCCGATGACTCTGTCG	autosomal
AAAAAGCAACATCTGGACACTCTGCACTTACGGATATAATTAAATACTGC	autosomal
GGTCAGGGGCCTGGGGACATTTTGGTGATGAAAACCCAGTTCTGCAGTAA	autosomal
ATGGCCGCTGCACGTAGTTGTAAATCACCTCCGGCCTCCCGCCCGGCCGC	autosomal
GCCCGTGGCGGTGCCCGGAAGGTTCCGCCGGCGCGCCGGGCGCCAGGAGC	autosomal
ATTTCAGGCAAAGTCCCCCCAGGGCCTACACCCAACATGGATGATGGATC	autosomal
ACATGTTTGAGTTGCTATTTAGCTCTTTTTCAAAAGAATTATAAAGCAAT	autosomal
GCGATGGTAAAGAGGTGACTGGAGCTGGGACTCTCAGGAATTGAAAGCAC	autosomal
ATAATTATTTAAACTTTTTAAATTATAATTTGTAATGAAGAAAAAGAGAA	autosomal
GCCCCAGCTCCTACAGTGACCCTGATGGGGTGGGACTGGTGGTCAGACCA	autosomal
GGACACGCCCACCTGGGGGACCCCCACCCACCTGGAGGGTCCCCAGACCC	autosomal
ATGCCAAAACCTTCTTCTTAGCTTATGAAGATAAACCTCATCACAGAAGC	autosomal
GAAGAGCTGTTTCTTAAAAAAAAACCCACAAAAAGTCCTGGTCCCTTGGA	autosomal
GTTCCATCTTGCCAGAGCTGGTCAGTGCAACACATCTGAGAGCAGTTCAA	autosomal
ATACAGTGGCACAGCCACCTTCTACCTCACCAAGCCCTCGGGAGGGGCAA	autosomal
GGTGACAGCAGCGCCGGGGACAAGGCCACGGTGACCCAGGTGCTGCTGGA	autosomal
TTCTTTAGGTTTTAAAACACTATTTGTGTACAAAATAAATGTCCTGAAAA	autosomal
TACTTGGTCTAACTGTATTTTAATCATACAAAAGCAGCAAATACAAATCA	autosomal
GATGTTTTTATTTTAATCGCAACCTTGCTAAAATACATTATATAGTTCTA	autosomal
CTAGAAGATAAGAAATCACACCAGTTCTAATTGTTTTCTCAACAATTTTC	autosomal
GGATGAGGAATAGGTTGAGGTACTCAATGCCTGCTGGACCTCAGCCTTTA	autosomal
CTTCTATCAGATAAGGAGATTCCTATCAAAGGTGCGGTTTGTAGAACTGA	autosomal
CAGAACAACATGCTGAGAACATTAAAATCAGACACAGAAATGAGAAAAAG	autosomal
AGGTGAATGGGCCTTAAAATTTCCCCTCAGAAATGTGATTTTTTCCTCAC	autosomal
ACATTTGGCCTTGGAAGCTTTCCCAGCCACAGCAGGACTGCTACTGTGTC	autosomal
CCCCAGACCCCGCTCGGCAGTTTTTAGGCAGATTTTATCGCAAGGAACTC	autosomal
AGCACGCAGGAGGGGCAGGGGCCCTCGGGGCTCACACAGCCCCACATCCC	autosomal
CACTTCCATCTGAAAAAGAAGAAAGGGGAGATGAAATACCAGCACAGCAC	autosomal
AGGGTGGAAGGAGGAGAAACAGTGGAATTTAAAAATTAGAGAAAAAAAAC	autosomal
CATCCTCTGAGAACTGTCCACCTGGACCCTGGTACCTTTCTCGCAGTCCA	autosomal
CAGGGGAGGGAGTCACTCAGGGTTAGTTATAAGGACAGCTGGACCAGATA	autosomal
AGGTGGCCGAGGCAGCGGGATCACACCGGAATGGCCTTCCTCCTCCGAGG	autosomal
CCAGGTTGTAGTCCTTGGGGTCGTAGAGGGACAGGGGGGCCGTGGTGCCG	autosomal
TAGGTAATAGGGGAAAATATAGGGGAAAAACTGTAAACATTTAACACATA	autosomal
AAGATCTTGCTTCTGCATGTGGATTCGACCATAAGTTGTACCAAGCACAT	autosomal
GATCGGGGTGGGGGGAGACCCCCGAAATGGGGATCAGGGATGAAGCCCCC	autosomal
AAGTACTGAGTGGAGATGTAGATTCCAGGACGCCTTGCTCTGGCACAGCC	autosomal
CCAGCCCTGAGCCCTGAGAACAGAGGCACCGATAGAGAGCTGGGAAAGGA	autosomal
ATATTGTTTAAAATGCAGTTTATGGTAACAGTGTAATGGATCTCCATTAC	autosomal
ACTGATCATTTATCAGATAAACAGTTGGGCTGTGCTGGCTACTGGAGTGG	autosomal
GCTGCCTCCATCCTCCAGCATCCTCTTCACTCGGCGTCGTCCCACGACAA	autosomal
CACCACCGTCACTCTGTCGGGGTCCTGGGGGGGGCGGGACCCCCAAATTC	autosomal
CATGGTTGCCTTTTTCTTAAGCATTTCAGCATCTCCTAAAAGAAAAAACC	autosomal
ACTTTGATCATGACTTTGTTGCATTCTTCAGCCATGTTGAAAGCAGTAAG	autosomal
GGAGCTGGTTTTGGTTCATGTCCAATATCCTGCAGCCTTCTCCAACAGCC	autosomal
GTTGCAAAGCTGGTGGTGTGTGCCTGAGCAGCAGTGCTGGCTCCCTGGGA	autosomal
ATCCATAATTATTTTACTTGGAATTAGTGTGCAACCTATGTAAGGAAAAA	autosomal
GACCTGGCCCAGGTGAGGAGAGGTGACATGGCCAGGTGAGGTCACCTGGC	autosomal
GATTCCTCACAGAGGGTTTGAGTAACACAGCAGTAACAGGAGTCACAAGA	autosomal
AATGCCAAAGGATATTAAATATATACAATTCTGCCTTCCTCCTTTAGGTC	autosomal
ATGGCTGCATCGTGAACAGGGCATTTGATCAAAATGAATACCCAAATACA	autosomal
GCGAGCTCCATCCTTGCCTGGACACAGACAGCCAAGACCCACTCTGAGCC	autosomal
AACAACTGCATGTCTTAATATTTGCAGTGGTCTTCAACGGAGGTGGGTCT	autosomal
GGAAGGGGCGGGGCTGACTGGAAGCTCCGCCCACCGACGCAGCAGCGACC	autosomal
CCCCTGCACCTTGGGCAGCTTCCTGGGAGCACTTGGGAATATTCCACTCA	autosomal
GGGGTGTGGGGTGCCGACGTGCAGCGTGTAGAAGGCCCAGGGCTCGGGGA	autosomal
AGTGGCTTCTGGCAGAGGGTCAACTACAAGCCCTGTCTGAGCTTGTCATC	autosomal
ATGTTGGGACAGGACTTGTCATTAGTTTTTGGCTACTCCCTCCCCTCCAA	autosomal
ACAAAACAAAACAAAAAAAACCAACCAAAAAAAAGCAAAAAAAACAACAA	autosomal
CTACTGAATAGTTGGTGCCAACACTGACAAGCTATTCACAGTTCTTGGAA	autosomal
CATCCCAGGCACACAGTGTTGGAACACTACTAAAGTGGATGTACATGAGA	autosomal
CTGTTGTAACAAAGCTTTTATTTGCCTTTATAGGATAAATAAGGGAAAGA	autosomal
CAGTATCCAGTCAAAGGCACTTGTTTTAATGTTAGAATATGTGTATGTAG	autosomal
ACCCACCCCATGTCGCACGAGGGCCGCCGGGGAGACAGGTTGGTAAGGTC	autosomal
CCTTTAGAGTATAGTAATTTGCACAGTTTTGCTCAAGGTAGCTACACTAA	autosomal
ACCCTGGCGACCCCCGGGCTGTGCACCAGCTCCTGCAGGACTTCCTGCCA	autosomal
GGCCTGGGCCTTCAGAAAAGCCACTGTGGTTGGTTCTATGATAAATACAA	autosomal
AGCAAGCCACAGCCAGCATGACTTGGATTGAACTTGTCCTAGCTGTGGAC	autosomal
ACCTCATAGGAGAGGTCTCAGCTCCAGTACTGCTGGATAAATATTCTGCC	autosomal
CCGGCGGCCAGCAGCAGCAGCAGGGCCAGCCAGCGGCGCGCGCCCAGCCG	autosomal
CTCGTGCTGCTCCCCCTCCACGCTCTGCGCCCCAAAACCGGGATGGGACC	autosomal
CCCTCCCTGCCAGCAACTCCAAAGGACTCCAAGGTGTCTAAGCAGGCCAC	autosomal
AGTTCGTAATACTTTATGTGTTTAAGAAAGTGTTATTTAGTACATGGTTC	autosomal
CGCCTGCCCAACGTCTTCAGCTTCGACTTCCCCCGGCCCTGCCCGGAGCC	autosomal
CACTTCTGTTCATGAATGTTCAGAACCAGGGCAAAATGTGGGCATTAATC	autosomal
CCTACCCAAGCTGGATCCCTTGCAGCTATTTCTATTTCTTGGCTGACAAG	autosomal
ACACACACATATATATACAGCCTTCTCTTGCAGAGACAGTTAAGTTGTTC	autosomal
CACGAAGGAAAGTGAGGTGGCCAAAAGCTTCCCAGCAGAACAGAGGGCTG	autosomal
CTTAACCCCAAGTGTGAAAACCACACCCCCATAAGGTATATATGCTAATC	autosomal
AGTCCAAGTTAAAATCTTATTGACTACTTCAGTAAGGAAATGAAAACTAC	autosomal
GAGCAAGCTACTGTGTTCAGCTGTAGTTTCTCCATTCCTCTCCTGCTTTA	autosomal
TATTATTTTACACTAAAAATGCAACAACTCCTAATCCTGACAAATATACA	autosomal
CACTATACAGAAAAGATGTTTAATGTCATTGATGACTAATCACAAAAATC	autosomal
AAACACGTCCCAGGAGGAGAGCAGTCCATGCACAGCAGGGGCGAGGGAGA	autosomal
AACATGTATTACAAAAGTTATTAAAACATCATTATACACTTATAAAAGTT	autosomal
AGCTGAGCATTAGCTTTTGTTTTGAGAGAGAACAAACTTCCTTCAGAGGA	autosomal
CAGCACTTTATCAGGTCTGTGTTTTCAGGGCACTGGAGGCTGGATTGTGA	autosomal
CACGGCGGTGTTCTGTGGGGAGGAGCTGAGGATGGGCCCGGGCAGGGTCA	autosomal
GCAGACCATCACCATCTTCGCTGCTGGTGTCCTCACGGCCTCGCTGACCA	autosomal
GGGAAGGGAGACAAGAGATAGCAAGAGCTGGGGGACAACCCCTTAAGCCA	autosomal
ATTGCAAAACAAAATGGACTCCAAACATCTGGAGAAATGAAGAAATTGGC	autosomal
AACCCAGCTTGAGACACAGATCCCCAGCCCCTCAATCTCTCCAAGGAATT	autosomal
CAGCGGCCAGACGGCGCCCGAGGGGCTGGCCCCGCCGGCCGAGGCCGCCA	autosomal
CATTCCCAGTGGAGTAGCAATGGTGCCTTCAGCACGCTCAAGATATTCTA	autosomal
GCCTTACTAATTTTACTGAATGATAGGCATCAAGTGGGTGTGGAAGGACC	autosomal
ATTCTGAATTAGTGCTAGTGAGTGTATGTCACAATAGGATTTAGTAACTG	autosomal
GAGATGCCTTCCATTTCTGAAATCCTCTCTCTCATGGTATTTTCACTGTA	autosomal
GGTTCGGCTATAATGTAACATGGTATATCTGTGTCCTGTAGGATGCAACA	autosomal
GCAGCTGTACTTTCTTTTTGTTCAAGACAAAAGTTCAGCATCTTCTTCAA	autosomal
GAAGTAGCCCGAGCTGGGCTTGGCTTTGATCAGGTTGTCAAAAATCTCAA	autosomal
CTGAAATACACCCCCATGGTTACTCCTAAGAAGATGAGGTAACATTGCCC	autosomal
GTGTGTTAAGCACCTTTGGTGCGCTCACCTTTTGAAGTGTTCTGACAGGA	autosomal
GGCCGGGGAGGGAGGGAGGGTCTGTCACTGCAGCCACAGCACCCCCTCCC	autosomal
ATACTGGTGTTTCTGAGAATTTTCCTGACAAAAAATTGATTGACAATTTC	autosomal
CATTATGTTGGGAAAATCTGGACTTCAAGGAGTTGAAAAGCAAGAATCAA	autosomal
AAACCATGATGCTCTTTGGAAGCTTCTTTGGACCCTTTGTTGCTCTAAGT	autosomal
AAAACAACCCAAGGAATTACAGAAGAGTTTACCCACTTTTTAAATAGAGA	autosomal
CGGTATAGGTGGAACCCGATGAGCCCCAGCAGTGCTGGCACCAGCCCCAG	autosomal
GCGTTTCCCTGCAGGATTACGAGCTCTTTGTGGAAGCGGTGGAGCAAAAC	autosomal
CAGCATCCGCAGCCACCACAGCCAGCAGTCCTACGGCCCGCCCGGCCTGC	autosomal
GGAAAGTCTTACAGCAAAACAAGGTTCATCACCATAGTTTCCAGAAGTAA	autosomal
ACACCAGTGTGTAGGATTTGGAGTAGGCTCCGGCACCCTGTTTTTGAGAC	autosomal
GCCCCATTCCTGCCCCATTTCCTGCCCCATTTCCTGCCCCATTTCCTGCC	autosomal
GTGGAACTAACCATGCTCAGATATCACATTCCCCTATTACTCCAGCTACA	autosomal
GAAGGCTGTGCAGGGTAGACCAGCCCCTCACCCCGCTCTGCCCCTTGGCA	autosomal
CCAGGTCTCTTCCTGACCATCCCAGGTCCCTTTCCAACCACTTCCAGTCC	autosomal
CAAAACAGAGGTTTCAAAAAGGTCTCCTGAAGTCAAGTTCCTATGGTTTG	autosomal
AATACACAAGGCCTTGAATTGTATTGTTTTAATTGCAACTAACTGAATGA	autosomal
CTCGAGTACCGCGAGAAGTTCCAGCCCAAGATCGAGGGCTTCGACCAGCA	autosomal
CAAGGCATGTGGGAGCCATGTCACTACTCCATGGTTTTGTGGTTTCAATA	autosomal
CCAGGCTGAACAGGATGCGACAGCCAACGTCCCCAAAGTACCACTTCTGA	autosomal
CAAACGACTTATTTGGGAAAAAGGGGCTTATGTTAATTTTTTTAAGTTTC	autosomal
CACCGCAGCCACCCTCTGGCTTCTCCTTCTCTTGTCCGCGGCAGCTCAAA	autosomal
AAGAGGCCTGGCATAGGAAGAAGCCGTGTCCATCATGCAGGGTGCCCTGA	autosomal
ACTTTTACCCACCATCCCTAATTTCCAGTCACAGAGATCCTGAGCTGAAG	autosomal
ACCCCCCAAAAACTCCACAACAACAAAGATAATCTAATTCAAGCTTTGAC	autosomal
CATCACCATGGTCTGTGTTCCATTCAACTAAGAACAATCGGCACCTTTCC	autosomal
AACGCCGCCCGCACCGAGATCTGGTTCTCCTTCAGCCGCCGCGCCTCCCG	autosomal
TCTACTTTCACAGAATAAAAATTTACCTCAGAATGATGCGTCTATGGAAA	autosomal
CCCATAAAAACCCCATAAAATCCCCCCCAAAAAACCCAAAACCCAAAAAA	autosomal
GAGAAGTCTTCAAAAGCCCTCTCTGGACTGGAAAAATCCAGTGCTGCAGA	autosomal
AACGGATCCGGGCCCGGAACGCGGCGCTGGAGCTGCCCTACCCCTACCTG	autosomal
CAAAGGTTCACACTAAGGTTTTGATTCTATCATCATTATCAGAATAAAAC	autosomal
AGGACTGGGAACCGAACCAGCACCGGGACTGGGAATGGAACCAGGAATAG	autosomal
AAAAAAAACAAAACAAGGAAAAACAAGAAATAAAGACTGATGGATGCACT	autosomal
CCCCCCTCCCCTTTTATTGTCAAGGGGTTTAAAAGTACTGTATCTCTTAA	autosomal
CCGACTGAATGCCAGCCCTCCCACATCCTCTGGAGTGGGTCCTGAATCTC	autosomal
AAGCAATTGCAATTTCTTCTGACCTTGGGTTGTAATGTTGACCATTTTGG	autosomal
TCCCCAGCCCTGCAGCACGGAGGTGACCTGTCCCCACGGGCTGCAAGGGA	autosomal
AGTTGCTCCAAAAGCCATGTAGGCATGTTACCATACTCATATTTGATAGC	autosomal
AACGCCAAGCCCCCCAAAATACCAAGCTTAGTGTGCCATCTGCTCAGGAT	autosomal
CACACTCACGTGCCTCACCTCGCTCCCCTTCCCTCCCTTGCACACTCACG	autosomal
AGAAGGAGACAATGCCATGAACCTTGTCCTTGAAGACCAAGGGTCCCCCG	autosomal
GAGGTCCTCTGACAGTTCTGTGCCCTTGGCAGCCATGTCCCAGCAAACAC	autosomal
GTGCGGGATCGCTCCTTTCCCTGCTCCTCCACACCCCAAAATTTAAGGCA	autosomal
CTCACCATCCCCGAGGGCATCCCCGAGGACAGCGAGAGGATCTTCCTCCA	autosomal
AGAAAGCAGAATGTATTCAGCAATATCACCAATAACTTCTCCGCATAAAA	autosomal
CAAGCGGATTTGCAGGGGAATGAGGCCACCCCCCAACCAGCTGATGATAC	autosomal
GAAGGTTGGGGGCCACAGAGTGTCAGGGCAAAACTGGTTTATTTTTGTAA	autosomal
CGCTGCCGGGGGCGCCGGCGCTGAGCGAGAGCTCCTTCACCAACCCCGGC	autosomal
AGATTTTTATTTCTCTTTTTGAGAAACTGTTGGTCATGTGAGTTAAAGAT	autosomal
TTGCTCTTACTGTCCCATCTCTGTTCAACAGCCACCAAAGCATGAAAAAA	autosomal
ATACTTCATCAGTTGCTTTTTTTTTGTTTTGTTTAGACAACTATTTTTTA	autosomal
AAAGACTTGAAAAGCACATGGTGTGACAAAACACAGAGGGTTGATGAAAT	autosomal
AGGGACCCTGGCTCCTCCTCTTGCCTACCTGGCTGGACTGCAACCCTGAC	autosomal
CTGAAAAAATTAGGTAACTGTTAAATAAGGTAACTAATTTGATACAGCCC	autosomal
AATGTGGATGGGCGGCAGGCGAAGCACTACGCCTGCATCAAGAGGAGCGA	autosomal
AGAACCAACTGAGAAGAGTGGGGTATGGATAGACAGGACCAGTGACTCAG	autosomal
GGGACGTGCCGCCCCCCGAGGACCCCCCCGAACCCTGAGGCCCCCCAATA	autosomal
GCACAGAAAACAGCCCAAATTCCCCTTCCAACAGGCTGAAATAGCACTGA	autosomal
AGCCGGGAGCAGAGCGAGGAAGAGGAGGAGGAGGAAAAGGAGGAGGAAAA	autosomal
AGCGGCTGATCAAGGGGCCGGGCGAGAACGGCGAGGACAGTTAGATCCCA	autosomal
GGTGACGTCATAGCAAAGGGCTGGGAGGATGGATGTGGTGGGGGAGGGGA	autosomal
AGGAGGTGCTCCAGGCACCACAGCTGAAGTTCCTCTGCAGCCCTTGGTGA	autosomal
AGTTTCTGCTCATCCTCATCACCTTCCTCAAGTTCAGTTTCTTCATCCAT	autosomal
CCCACCTGGGAGCCCTGGAGTTTCTCAGGCTGAATGGGAACCCGTGGAGC	autosomal
ATAAAAGCCTGAAGGAAGCACTCCCCAGCCTTTTCCAAGGAAAGGACAAA	autosomal
CAGGAAAGTCCAGTTTCCTTACTCTAATAAATCTGGGGAAGTACATTACA	autosomal
ACCTTTTCACTGGGACTATTTCTGAACATCTGGAATTTGGAAAACTGGCA	autosomal
AAGGTTTCTTTATTTACTTTCCTCAGAACCTTTTTCCCCTCATTTTTGAT	autosomal
CTATTTGCTTAGTAAATGCTACATGTGATGAATATCCCATCAGCTTTCCA	autosomal
CTTCACTGGAATTCAGCCATAAGCGAAACCATGATGGGTATCATCACTGC	autosomal
CCCTGGGAGCTCTGGACCATCAAGGTGAACGTGGTGAACCTGGCGAACGA	autosomal
GATTCTGCTCCAGTGAAAGGCAGAGGGATGCAACTGCACAGGTCTAAGAC	autosomal
ATAAGCCATGTGATAAGAACAAGGAGAAGAGCTCTGTTCAGTGTTCCTAA	autosomal
GGAAGCAAAGCTCCTACAGGTTCTACTCCAGCTCCCTCCTCATCATTTAC	autosomal
CGCAGGATGGAGAGCTGGCCCACGGCCAGGGACAGCACCTTCACGGAGCC	autosomal
AAGACAACGATCTCAAGGGTTCTGTGTTGTTTTTTTAATTTTTTTTTAAA	autosomal
CACTCGGAGTCGCTTCCCTCCTGCTTTGCTGATCCCACAGCCGACGCCAG	autosomal
AGAGCGGGACCCACCGGGAACGGGAGTGGCGGGGACCGGGGATCAGCTCC	autosomal
TGTGAGTTAGTATAGGTCTGCAGTGTGAAACTTTAACCACCTTAAGACAA	autosomal
GAAAATAATATTGCTGCGTTAGCCTGCCTCTAAGCCTCTGCTAAAGAGGA	autosomal
GCCATAAAGTTTGATTTTCTCTCTAGTTTTTCTTTGACAGAAGACATAAA	autosomal
ACAAAACCTGATTCGAACAGAAAGGATCTTCTGATTTATATTTTTAAAAA	autosomal
GGCTGCAGAGACAGCCCTGAGCAATCCCACAAATTCCAGCATTCCCTGCA	autosomal
ACTTTGTTAGTATTGTGCAATACATTTATAAAAAATGGCTTCAAATTCCA	autosomal
AAAGTTGAAGTTTTGCTGCACAGGCTGTTTGGGTCTGAAAAAACATACCA	autosomal
AGCGAGACCCCTCCCCAAAATGGCACAGGGGTGTTCCCTGCCCGGCTCGG	autosomal
GGTGCCGGGGGGACACCCGACCGCAGCACGACTCCAGCGGCGAGACCACA	autosomal
AATGGTAAGCTCTAATTGTTCCACTGAGGACTCCTTTAAATATACTTTGT	autosomal
AAACAGTCCCTATTTGATCCTCCAGAGAAGCCACCTTGTGTCAAAGACAT	autosomal
GCCGACGCGTCCCGCCTGCACACCTGCCAGCCGCACTGAGCCACACCGGA	autosomal
TGCTTTTTTTTTAATATATATATATTTATATATATACACACAAATACACA	autosomal
CTAGATTCATTCTGACAGTGATACTAATAATTTTCTCAGTCTTGAGCAAG	autosomal
AGCGGATTTCCTCTCCAGCATCAAGGCGGAGCGGCGCAGGAGGGGCCTGG	autosomal
ACATGATATTGTAAATAGCTGCTGCAGACAGAGCTTTGGATGCTGAGCTG	autosomal
TCCTAAAATTGAGAATCATGGTTATAATGGAGTTATTTCCAAAGTGGCCA	autosomal
AGCGCCGTGATCAGGTTCTCAGGGGTGGCGTGAGGGCCCTCCTGATCCTG	autosomal
CCCAGTGCCCCCCAGTATTCCCCAGTGCCCTCCCAATATCCCCCAGTGCC	autosomal
AGCAGCGATGATCTGAGAAGAAGCACATCCGGCCCTACCAAATAAATAAA	autosomal
CAGTTATTTCAGCATCTCGTCTCTCTATGTCCTCAAACGGAGTCCAGGAC	autosomal
GAGAATTGTCTATGTTTTTGTCATACTAAATCCAAAACATGGCACTGTAC	autosomal
GCCCAGACACACACACACACATGCACACCAACACAGGGAGCCTGACACAC	autosomal
CTGGGGGAAGCAGTAAGGATACGGAGTGCACGAGACACAGGAGAGACACC	autosomal
AACCCTTGATTTAGTTAAAATTTCACCCCTCCCAGCCCTGGGCACCAGGT	autosomal
CTTTATTACATTTTTGTGTCATTCATTGCAACTATTTTTACTTGGAGCAC	autosomal
CGGCAGAACCGTTACCATTACTAAACTCAGTAATGGTAACGGTTTCCCCG	autosomal
CAAATACTTCAACAAGACTGTAAGTCATCAGCTGGTACTTGGGACATTTC	autosomal
AGACACAATTAAAAGTGCTGTTTAGAAGTCATGTTATCAAACAGTGATAC	autosomal
GGAGCCTGTGTGATACTTTGCCTTACGATTGGCTTGGGAGTAATAATTCA	autosomal
CTTTCTAATATTTTTTTTATTTATAGTTGGAAATACAAAAATGTTATGCA	autosomal
GTAGTGTTCCAATACAGGTATGTCCTTGTGAAGCTCTGTTTGAAAGACTA	autosomal
ACCACCTCCATTGTTACCTATAAGCAAAAGTGTGTCATCAACTGGCAGCA	autosomal
CCTCCACCTTCCAGCTCTGTGATCGGCTTCTCCAGAGTGCAAGATCTTCC	autosomal
CCCATCTCCCATCCCAGTCTGAGCCCCTTCCCTGCCTCCAGACTCTCTCC	autosomal
AACAACATCTAATGGGTAGATAATAGAGACGCGGAAAAGAGGCGCGGGGA	autosomal
AATTTTTTTTTTTAATGGGCCCCACTCATCCACAAGTTACAGTTTTTGGA	autosomal
AGCGAGGACATGGTGACACCAAAGACACAGTGGTGACAGCAAGGACATGG	autosomal
AAGGCCTAAGGGCAATGAGCTGTCTATGCTGAGCACTGCCAGTGCTTGAC	autosomal
AAAAAAATCTCTATTCTTAAATTGTTATTTTTTCCTTCCTTTGAGAAACG	autosomal
TCCCGAATCCCAAATTCCCAAATCCCAAATTCCCAAATCCTGAGTTCCAA	autosomal
ACACGGTTCTGTGAAAGTCCACGGCCGAAGTGGATCAGGCACAAAGAGCA	autosomal
TAGCTGATGTGCCTTGTAGGGCAGATGCCCAGCAACTCCAACTCCAGTAA	autosomal
CTTGTCATGACCTTTGTGTTGCTGTTTTATTTTTAGAGACGTTTATACTC	autosomal
GATGATTTCAAACTGGTCTCGGCGCAGTGACTCGGCAGACATGTCCCAGA	autosomal
AGTGGGGACCAGGAGCCCATCACATCCCCCTGCCTGGGGTCCTGTGTCAC	autosomal
ACCGACCCCCCAATTCCAGCCCCCCAACCCCGACCCTGCCCAGTTTAACC	autosomal
CAGGGTCCTGGAACTGGGTCTGGAACCATGGCAGGGTCCTGGAACTGAGG	autosomal
AAACCATCCAGATTTCAGATCAGATGCTGCTTCCTTAGGTCAGTACGAGG	autosomal
ATTTGGGGGGGCAGCAGTGGGGATTTGGGGTCCGTGTCCCCCCGAGCACG	autosomal
AGACCCTGGGCCCATGCAGGTGCTGATAACAGTGTCCATCGCTGGCTGGC	autosomal
CTCTGGCTCTGGCTCCAAATCCCCCTCTTCCATGCCGAAAAGCATTTTCA	autosomal
ATCTGCTCAGACCAACCCTGTCCTGCTGGGTGACCTGCGCTTGTCCCCAG	autosomal
GCGAGTGAGGACCCCCTGCTCCACCCCAGCACCCCCTGACCCACAGCAGC	autosomal
GGCAATGATGTTATGAATTTCTTCACCTGAGCTCAAAGTGAAGAGCAAAA	autosomal
AGAAACAGCCAATTTTTTTCTCTGGCAAATGTAAAGATTTGAATTTAAAT	autosomal
GACCCCTTATCAGGGGGCTTCAAGGTGGGCTGGAACAAGACTTGGGCCAA	autosomal
AGAAAGATAAATAACTAAAATGTTAAGACGTTCTCAACACATCATTATGA	autosomal
CTAAACCTCGTGTGGGCACGTTCTGGAGCTTGTTGAATCTTTCATACCAA	autosomal
TGCACAAAGGATCAGACAATTTTACATTGCAACAGTGAAAGACTAAGAAA	autosomal
AGACCAGGCTGCTCTTACCTGGAACCCAACTGGAGACACTCAGCTTCCAG	autosomal
CTCTGGCAAGAATTGGAGAAGAAAATTCCAGAAAGATGGTTTTGGCTCTA	autosomal
CATAAAGATGCCAACCAGACAGCATAACGATAAAGTACATCTTAAGGCAA	autosomal
GAGAGGAGGGGAATTTGGACAGCTTTTTCTGGATCTTGGATCTTCAGGAA	autosomal
AGCGAGAGGCTGCTGCACTACATCGCCGTGTCCCTCATGTCCCGCCGGAG	autosomal
ATGTGGATACCTAAAGCAGGGTGTGAATGGAAGGAAAAACCATGGGCTCC	autosomal
ATGCATGAGGAGTATCGAAAGGTTTTTATCAAAAAAATATAAATAAATGC	autosomal
ATGGCTCCCCTGCAGCAGGGGTGTGCCAGGGGAGCAGCTGCATCCGTGGA	autosomal
CCACCTTGGAGTTTGAAGCTCCAGGAGTCCCAGCAGGATCAATTGAAGCA	autosomal
CACTTAAAACTGCCCAATTCAGGCTTTCAAACTCATTAACCAAGCACCAA	autosomal
CTACAAAAATATAGATACAGCCCGTGCCCCAGGCCTGATCTGGCCAAGGA	autosomal
ACACATGGATTCCTTATCACTAAAAAGTGAAAAAACTCTGGAGTAGAGGA	autosomal
ACTCACGGACCACCTCTGAGGCCCCCGGAACCCGTCTGATTCCCGGCTCC	autosomal
AGCCTTCCCGGGGTGGGACGTGCTTCCAGCTGCTCCCCGAGGGAAGGGCC	autosomal
GAGAGAGCATTGACTGGGGAACGCTGGTGGTGTACACTTGTGCTGAGAGC	autosomal
ACAGGAGAACCTCTTTTCACAGGATGACACAACTATCAAGTTGCATTGCC	autosomal
AGTATAGGATGCTTGCAACAGAGGCCACTTACAGTACAAATCAACTTCTG	autosomal
AAATTACCAAAAAAGTGAGTTACCATTTCCCACTAAAATTTCCCGGTGGG	autosomal
CCTCGGATCCTCTTGCCAGGGCCTGCTCTGGAAGAAGACCAATATCACTA	autosomal
CTAGAACTGCTGTATTCAAAAGAGGATGGTGTGAGGCAGGGAAGGAACAG	autosomal
ATTTATTTACTGATTGCCTTCTTCCCTCTCTCCAGCTGCTCCAGCCCTGA	autosomal
TCCCTCCTGCTGCTCCTCTTGCTCTCTCAAGCTGTGCTCTGTCCCCTGCA	autosomal
TGCCCCTGAAGGCACACTGACCCCTATTGCTTCCCCACCAGTTTGCTGAA	autosomal
GCCAGTAAAATGGTCAAATATGGCTTCCAAAATATACAAATTGTGCAAGA	autosomal
ACCTCTCCACCTCATCATTAGAGCTCTTACCTTTGTTTCCACCAAGTGGC	autosomal
ATTAAATATAAAATTGAGTAAAAAATTCCCATTTTTGGGACACTCACCGA	autosomal
CGTTTCCTTTTCTCCTCTGGATCTGACCCGAAGTCCCGGGACCCGATGCC	autosomal
ATCAAGTGGTAGGACTTGTGTCCAAGAGGGTGGTGGCTCCGAGCTGGTAA	autosomal
GTTAATCAAATTTGAAAAACAGCCCCTGTATTGCTCCCTGAGGCTGAGTA	autosomal
TATGTCAATAGGAACACTTGCAAGCAGTCCACTAACTTAGCCATAACTGA	autosomal
AAAACTTTATCCAAGAATGAAGCAAACTTTTCTGGCTGTCCAGGAGGAAA	autosomal
CCCAAATATTGGGACATTTGGAATGGGGCGGACCCCAAAAAAGGGGTGAC	autosomal
ATGACGGGCTACGGGATGCCCCGCCAGATCCTCTGAGCCCCTCCTGATGG	autosomal
CTAAACATGACAGAAATCCCCATTAGCCACATTTACCCCAAATTCAGAAA	autosomal
CACAATCAATTAAAAGCCAAGAGCACCAAGTGTGCAAAGCTCAGACTCAA	autosomal
GAGAGATCAGTATGGAGACATTTGGGCTTTACATGAGGAAAGTTTCAGGA	autosomal
TCACCCTTTTCCAGTCTGCTCCCTGTTGGTGTCTTGGGGTGCCCTCCCAA	autosomal
AGGGATGGGACACAGGGATGGGACAGGGACAGGATGGAGACGGGGACAGC	autosomal
CAGGGAAAACCAGGGACACAAACCTCGGCAATGAGTAACCACGCTGCAAA	autosomal
ACAAGACCTACAGCTGACCTTAGTTTCTCCCTCCTAGTGCAGAAATGTAG	autosomal
ATGACCCTGATGAGCGCCGCGTTCTCGTCCTTCAGCCGCTGGTTATCGGC	autosomal
CCCGCAGGTGAACAGGCAAGTGGCCCAGTGCAACTGCGCCAAGCGCTTCC	autosomal
AGAAAGCCCAGTGAGAGTGGGGATGGCCGGTAGGAACTGGCCTCTGGAAC	autosomal
AAGCCACTGTACTCACAGAAATATTTTTGTGCTTGAGGGACATGTGTATT	autosomal
AGGAGGCGTGTGGCACTCAGGGGTGGCAGGAGGCGTGTGGCACTCAGAGG	autosomal
AGGGACGGGGCACGGTGAGCCACAGCACCCCGGGGCTCAGCAGCTCTGCC	autosomal
AAGCTTTTGGAAAATCACCTTTGCTTCTGGAAGATTACTTTGATAGAAAG	autosomal
AGCAGACAACAAAACAAAGATCCCTAAGTGCATTATTCTTTATCAACATC	autosomal
TCTGAATTAGAATGGGTGGAAATTTAGAAAGGATATAAAGATGGGTAAAA	autosomal
CAATGGATATAAACAACTCTTCTAGAATGTGATGAATAGAATTATATAAG	autosomal
AGATGGATAAAAACAAAGATGGAGTTGTAACTCTAGATGAGTTTATTGAA	autosomal
ACATATGTTCAGGCCCTGTTTGATTTTGATCCCCAAGAGGAAGGAGAGCT	autosomal
ACCCAGGCTGGCCTTGGAGCTCTTGAGGTCGCCCTTGGAGCCGGACACCG	autosomal
ACTGTTGGCTGAGGGGTTCTGCTCCCGCAGGCAGGGCCTGGTCTGCCAAA	autosomal
GTGCTGCTCGCCCCACTTGACCACCAGCAGGTACTCGCCGCGCTCGCGCA	autosomal
CAGTCATGGTTGGAGTAATGCATTTCATTTCCACCATAATTCTCTTGTAG	autosomal
GAAACGCAAACCCCGGGGCTGGCGGATCAGCTGGGGAGCAGGACGTGCTC	autosomal
AGGGGGGACCCCAAATCCCCCTCAGGGCCGGGGGTGTCCCCGGGCTCACC	autosomal
GTAAAACTTCGATGCCATTGTAGTTTGTATTAAATACTTTGTGCATGTTA	autosomal
AGGTGGTGGTGGTGGCCAGGCAGGGCTCCCTCAGGCTGGGCACTGCAGCA	autosomal
TAAGGAGCAGGTTCCCAGCATGATGTGGGACTCCAGCATAATTTTTTAGA	autosomal
ACAGCACCATAAAAAAAAAAAAAAAGAAAAAAGAAAAAAGAAAAAAAAGA	autosomal
ATACCAGAGCAGAGCAAGGGTAAAACAAAGGTTTGCACACTCAGTATTAC	autosomal
ACCATGGTGAGTGAAGACCTCCTTCCCTCATTAAAGTGGGCTTACAGTCA	autosomal
GGATGGCCAGGACCAGGTGGTTGAGGAAGAACTTGGAGAGCATGGCCACC	autosomal
CCAGCTCCTCAGCTGGGTGGGCAGCACATCTTCACTCAAGGCAACTTAGC	autosomal
AAGGGGATTACCATCAAAAAAACCAAACTAGAGGTGAAGAGGACATTTCT	autosomal
AATTATTTTGATTTTTTTTCTTTTTTTAATTGCATGTCAATGGTCAACCT	autosomal
TCTTTCCCTGCCCATGCTGGGCACTGAGGGGTTGGGCTGGTGTCCAGTAA	autosomal
AGGGTGCCACTGCAGAAGTATTGAGGAGTCTCAAGTCCTGCACACCAGAG	autosomal
GTGAAGGGTTTCAGTTGGTTTTGTTATCTGTGGTCTGCTGCTAGCTTTGA	autosomal
AAACCAAAACAGAACTGGACACCATGGTACACAGAAATGCCAACCCCAGC	autosomal
ACTTATTCCTCAGCTGGGATATGTGGCTAATGGTATTCTGTCTGAAGCTC	autosomal
CACTCTGGCCTGAGCTGTTTAAAGAAATCTGTGTAGAGTTCCATTTTATA	autosomal
CGTCGTCTCTCCCCCAGCCTCCCTCCTCCCGCTTTCATCGTGTCCCTCCC	autosomal
ACACGAACTTGCCCTGGCTCTGCCGCTTCTTCTGCCCCCCATCAGCGAAC	autosomal
AAACTATATAAAACATTGTTTGATGGTTTCGGTGGGGTTTTGTCAGTATT	autosomal
GTAGATTTTCAGCTAAATTTTATTATAATATGATGGTAGGAAATATATAA	autosomal
CCCCACATAAAACCAGGATGCAAGGAAGTAGATCATCAGCAAAGAGATCA	autosomal
ACGGGGGTGAAGCTGCCGGGTTTCCTGGAGCTGAAGGGGGACTTGGACTG	autosomal
CATGCAGTCTGCATCTTCTAGGAGTCACTAACCAACACTCAGACAAATAC	autosomal
ACATCAAATAAACTCTGTCAATAAAATACTGGTTTGCCTTTTAATTCAAA	autosomal
CAGCAAATGCGAACTTGGAGCTTTCACGCTCTCGGAATCACACATGCAGC	autosomal
ACGCTTGGGAGATGTCTGTGGCTCATTACTTGCCACATAACCTGCACCCT	autosomal
AAACAAAAAAAAGCAAAACAAAAAGCAAACCAACAAAAATCCCACAGAAC	autosomal
ACGTCAAAGTAACTACATAAAGCAGAAGATCAGTCAAAGGGAATTTTAAT	autosomal
AGCACTTAAAAGGAAAGGTGTGGATCCATCAGAGGGAAGCGGGAATCGAT	autosomal
AACCTGTGGAAAAATATCTGAAGAAAACCAAAATGCCAAATGTTGGTTGT	autosomal
GGCAAACTTTTATAATTTTCTTTTTTTTTTTTTTTTGTTTAAATGATGAA	autosomal
CCCACCCCCGACAGCGGCTGCCCCTCCCCCACCCGGCCCCGCCTTCCTGA	autosomal
CCTGCGTGGGGGTCAGGTGGATCAGGCTGGCCAGGTGCTCCCGCTCCGGC	autosomal
ATCTGGAAATTTCTGCATCCTCTTCGGTCTGGTAAAGAAAAGAAAAAAAG	autosomal
AAGAGGATTTTTTTGTTTTTTTTCCCCCCTCTGGGAAGCTCTGAAGTCCC	autosomal
CGGGGGCATTCTGAGCCCATCGTGAGCAACCACGAGTCAGTGCCTCCATC	autosomal
AATGTTGAACATCACTTTTTCCTCTGTGAAATTTGTGGTTACTTTCTACT	autosomal
AGGAACTTGGGGTGCCAGGGTCAGGAAGTTTTAGGGGGATAAGGCTCCAG	autosomal
ACTGGACCAAGCCCACTGCATTGAACACCTTCTTGGAGCTCTACCTCCAG	autosomal
AACAGCACCTCCCCAAGCTCAGGTTTTCTATGAAGTGGAGTTTATTACAA	autosomal
AGTGTGTAACTCCACCTCGTCCTCACTGCAGGGGATGGGCAGCCCAAATG	autosomal
ACCGCCCCCATCGCATGCCCTGCAATCCACGCCTGAGCCCTGTGCCCAGC	autosomal
GCTAGTTCCACAATGGCTTGTTTGAGAAGAGGTGAATTCAAGTTTGCGAA	autosomal
CCTGACACCTCTGTGCTGGTGATGCTTCACTTCTGTACCTGGCACCACTC	autosomal
CCAAACTGATAGTACTTCAGTAATTACTGTGGGTTATTGTTGCCTGATGA	autosomal
CCTTTTCCTCTGTCTTTCCATTTAATTACATTGTGTGATTATTTTTTATC	autosomal
GGTGCCCCCCGACTCTAAATCCACTAAAATCTCAACAACAACAACAAAAA	autosomal
GATGATGATATGTTCGAAAAATAAATATAGAAATATGAACAAGTCTACAA	autosomal
AAACAAAAAGTTCAGAATAACATGCATTTCATATACATTTGACCTCCTTA	autosomal
AGCTCTGGGACTTCTTTCTCTTAGCAATTAGAGCTTTTGAACAAAGAAAA	autosomal
TCCCCTGAGGGCACCATGGTCTGCCTGGGTCCCCTCCGGAGCTCATCCCA	autosomal
AGCCTGTTCCAGTGCCCAACCACCCTCTGAGTGGTTAAGCTTTTCCTGAT	autosomal
AGAATAAATATTTTCCCTTGATGAAAAAATATCTGCACAAGGTATTTGTA	autosomal
TATTTAAATTCTGAGTCAGTTCAGCTCAATGCAAGACAGACCCCATTAAA	autosomal
AAGTGTCCCATCACGACATTGCCGAGCTGCAGGAAAAGTACCTGGAGTGA	autosomal
CTCGCCCTGGATCCCAGAGGGGGGATTCTGGCCCGGCCTAGTGCTGCTTA	autosomal
TGGATTTTTGTTGAGAGACCTTTATTTTACATTCATTGAAACAGTAAGAA	autosomal
GATTCCCGGCAATCCCAAATTCTGCCTGGGGACACTGGGCAGTCAGTGCA	autosomal
CATATGACCTTGTTTTCTTAAAAAAGTAAATTCTGCAAAATGAAGACCAA	autosomal
CTGTATCCAGTGACAGCTTCAGAAAACACAAGGATGCAGATCTCTCAGTC	autosomal
ATGTCCAGCAGCAGGTGGTTGTGCAGCTCTCTGCCCGCCGGCTCTGCAGG	autosomal
CCTGGCGAACTTCGCGCGGCTGCAGGAGGAGATGGTGGCGGCGTTCCGCA	autosomal
CAATGCAAACTCACACCTTCCAAATGTATTGTGTGTCAGAACGAACATAA	autosomal
CAAAGGTGGAGGGAGAAGAAGGAGGAAGAGGAGGAAGCAGATGAAGAGGA	autosomal
CCCACAGTGTTGTGGGGGACCCCACGGGCCTGTGGCCTCCCGGTCTGGGG	autosomal
ACAACGGCTGCGCGCAGCTGAAGGCCCACCCCTTCTTCAGGAGCATCAAC	autosomal
AGCTCTCGGACGTGACGCTCATCCTCTCCGTGTACAATAAGCGCAGCATG	autosomal
AAAAATTGGGAAAATGGGGAAAAAATGAGGGAAAAAATTGGGAAAATGGG	autosomal
CTCACAAGAGCTCCCTTGCTGCTCCATCTGCCTGGAGCCATGGGAAATGA	autosomal
GAGAGACAGACATATTCATGCTCTTCATTTTCCAGACTGGTAAAGTTGAA	autosomal
AAGTCCCCACACACATCACAGGGCTGTATTGTGGCAAGGGAGATGTGTCA	autosomal
CAAGGGGCCAGGGGATGGAGCCCATTGCCAAGGCCAGGGCACAAGCACCC	autosomal
ACCACATGCTCAGCATCCAACTCGGTGTCACCATGGTAAGTGCAGTGCAA	autosomal
CTACTTTAGGCTCTTTGAGAACTAAATTTCCCATTTCAAGCTTTCGAGAA	autosomal
CAGTGCGCCTCAGCTCTTGGGGGTGGAGTGACTTGCTAGGAGGTTGGACG	autosomal
ATGCAAGCTTTGAGTGGTGCTAATTAAAGTGTTAGAAGTTCCATATTATG	autosomal
GATGGCCCCCATGGCCCGCACAGGGTCACTCTCCCCAGCGTGGTCCTGGA	autosomal
GAGTGGGTGTGGGAATGGGAATGGGAATGGGAATGGGAATGGGAATGGGA	autosomal
GAGAATTGCATCCCTGGCACTGAGGGATGTGCAGGGAAGGAATTCCTGGA	autosomal
CCGGTCGCCCTGACCCCCCCACCGGTCGCCCTGACCCGGTGTACCGGGGC	autosomal
CAATTGCAAAATTCCCAAGCACCCAGAATCTGAAAGAACAGTGCACAGTG	autosomal
CATGGAAGTTGGTGTGTCAGAAACCAGCTTCGGCTCCCGGTCGCGTGGGA	autosomal
GTTTCTATTTTTAATTTGAGAAAATATTCCCAGTTCATTTAAATAAAAAA	autosomal
CGCCGCTCCTGCAGGGAGAAGGACTGGCTGCGGATGCGCAGGGCCACCTC	autosomal
CGGGGATGGCTCCCGGGGACGGCTCCGGGGACGTTTCCCGGGAACGGCTC	autosomal
CCTGTGGATTCTCTTTGGGCATGGGATATCAAACACATGGAATGCAGCCA	autosomal
AAAGTCCTTGCCTTTTTACAAGATCCATTTAAGCTGCCAGAAGAGTAAAG	autosomal
AGTAGTTTATCTTTAAACAATAGCATAGATGCAGTTGAACCTTTACACAA	autosomal
AGGAGGCGGAGGAAGGCGCTGAGCAGCAGCAGCAGCCACGCAGCTTTGAC	autosomal
AGAGAAAGTTTTTGTGCATTATGAAATCCTTATTCTTGTGTCTAAATGTC	autosomal
CCTGCTCCTAAATTTTCATTTCCTATTTCTGTAATGTGCAAAAAGTTTCC	autosomal
AGGTTTTATTTTGAGTTCAATCCTATTGTCATGGTATCTTTTTTATTTCC	autosomal
AATAGTTGATGTAATTGTTGATTTTTGAGTTGATAGTTGATGTAATTGTG	autosomal
GAGAGCCCCGGCAGTGCCGCCCTCGAGTGCAGAGTCCCCCAGAGGATCCC	autosomal
CTGGTAACATAGCAGTCCACACAGTGTACCAGAATCAGATTGTAGAGTTA	autosomal
GCGTTTCTCCTTTAATTCCAGGAGAAGCCAAGGAGCAGTGTGGGTGGAAA	autosomal
CGGAGGACGAGGAGAGCGATGTGTACCGCATGCACAGCCCCGACAAGCCC	autosomal
AACAAAAGACAAAATCTTGTTTTGCACTGTTACAATTCGGTTTGGCAACT	autosomal
ACTCGAAGATATTCTCCAGGCTTTCAGAACACAAGTGAACACTACAGTAC	autosomal
CACCTGCACACCCGCACCTGGCTGAAACAAACTTCCCTGAAACTTTGCTC	autosomal
ATGAGATAGGGGTCACGTACCCTGGACTACCCCTCCCTTCCTTCCTCTGA	autosomal
AAACCATAGTTCTAGTACTTAGTTTCTATCTAGAGCTGTCTCCTAGAAAC	autosomal
AGCGCGAGCTGGACGAGGCCCGGCTGGCTGGGAAGGAGCTGAGGTTCCAC	autosomal
CTTCTATGGGCTCTCCTCTGGAGCAGTTCTCTGTATGGGAATAAAGCTGC	autosomal
AATTCCTGGCACTGAGGAGCTTTGAAGATCCAGCACGGTGCGAGCCTGAG	autosomal
CATCCCAGGTGTGTGGGGTGTCCCAGGATGGAGGTGCCACCCCACCTATC	autosomal
GTGCGTGCAGAGAGAGGCCTTCTGGGATGAAATGCTGATTGTACCCACAC	autosomal
CTGGCAGCATCATGGATTAATTCTCTCATAAAACAGCCCTTCTGATGTGC	autosomal
CCGCCGTGGGATCCTCCACCTCCGCCGCCGTGGGCAGCATCCTGAGCGAG	autosomal
AGCACTAATACAGCTCTGCAGGTTTTGGTATAAATATCTTTATATAGCAT	autosomal
AAGGTATTTTAATTTCAGAAATTGCTTTGGTACACTGACTGTAGGGCTTG	autosomal
AAGCAAAACCGGGGCTAGTTCTTGGCTATATTTACTAGTTTTGTAGTAAT	autosomal
AACTGCTGCTCTGGGAAGGCACAGTTAAGATTTGCAGTTAATTGTCACTT	autosomal
CACAGGGCATTTCTTGTGGGTCCCTATGGTAGCACATGTCCAGCTGCTGG	autosomal
CACATTTTATTTACACGGAATTAGCTCGGGGCATTGTACATTATATACAG	autosomal
GACACCGGGGGACAGCGGGTGGCAGCGGGTGGCACGGGGAGCGGGTGGCA	autosomal
GCCCCCCAGGTGTGCCCAAGTGCCCCCAGGTACCCCCAGGTGCCCCCAGC	autosomal
CAACCTTGCAGCCTCACAGGGCTGGAGCGAGTCCAGGAAAGGCTCAAAAG	autosomal
ACAAGGCATGATGGCAAATGCTGCCACAGGCACTGGAGCTCAGGTTGCAA	autosomal
AGACTTCTGTGTCTGCTGGAACCTAAGATACATATCAGGCAAGTCCATCT	autosomal
GATGAAGCTGCAGAGCGGTGGGAAGAATTTGAACCTTAAGTCTGTCCATA	autosomal
AAAAAATCTCCAATTTAAAGTGCATCACATTGGTATTTGCCTCATTTGCA	autosomal
AGTGCTCTGCTGTAGTGTGGATTCATCTGTCCAAAAGCAGCAGATAAAGG	autosomal
ATAAACAGGTTAAGAAAAAAAGCACATGTAGCTTAAACATGTGTGACCAT	autosomal
AACCCTCAATATGATCACAATTCTGGCTTTAAAAGTGCTCGGAGAACAGA	autosomal
ACATCACCGTACCCGTTCCTCCTCACCAGTGTTGCAGCGCCGTCCCTGTC	autosomal
ATGCCCTGCTGCTACACCATCAGCAGCAACAACAGCGGCTGCTGCGGGAG	autosomal
ACAAAACCAAAAAACCAAAAACACCACCCCAAAACCCCCAAAAACTCCAA	autosomal
AAACATTCTTGGATTTTGTAGAAAATTTATGTAAACTTTGAAAGATACAT	autosomal
AACTGTAATGTCTTTAGTACAGTTTCCCTCTTTTTTTGAAATGCTTTTTG	autosomal
GCAGGAGCTGCACCTGTGCTGTGGGCAGCTCTGAGGATCCCTGTCAGACA	autosomal
GGAAAAACCTGGACATGTGTCTCCCCAGCCCCCAGAAAAATAAACCTCCC	autosomal
CTCGGGGTGCCCCCACTGCCCGCACCCCCAGCGGGTGACCCCCGCACTGA	autosomal
CAGAGCGTGGATATTGCTGCTTTTAACAAGATTTAGAAGGGAAAACTGTA	autosomal
CAAGGACAGCACACCAGCACGCTCCAGGAAGGAAGCTCCCAGCAGGCCAG	autosomal
CCAGGCCAGACTGTAACATTCCATGGGTTCATAATGTACTTGTCAGTGTA	autosomal
AGTCCATTTTGGGTTTTTTCCTTTTTTAAACCTTTTTTGAGACTTTTTCA	autosomal
AAAAAAACTGCTATAATGCAGAAATGCAAGTATGAATATCTGCATATAGT	autosomal
ACTTGTCTTTTGACAGGTTTATTCTTGCCATCTGTCAAGTGGACTGGAAA	autosomal
TCTGAGAGGAGAAACACCCCACTAACCTCCCTGCTCCCAGGGAGCCAGCA	autosomal
AAGTCTTTTCACAAGTAAACCAAATAAACCCTGAAGAAGAGCTGGTGATG	autosomal
GAACCTGAAGACCAAGAAGCAGCAGCGAAAGGAACGTTTGTACCCAGCCA	autosomal
CAAAAAATACCGAGTGCCATGTCAGCCGTCTGCCAGGGTTCTCTGTACAC	autosomal
AAACACTGGACTGTGAGTTTGTAGGGAAGCATTTTACCACCCTGTGTCTT	autosomal
AGGACGGTGAAGAAGAAATGGAAGAGGACACAGTGCCAAACGGATCGTAG	autosomal
ATGGTAGTCTGTGGAAAGTTTGAAGTTTGTGAAAATTCCAGTAATATAAT	autosomal
AATAAAAATAGTTACATGAAGAATACAAGGTATTGCTATGAAGACTAGAC	autosomal
ACAGATTCCCTCAAGGGTATTTTCATTGCTGGGGACAAGTTTACATAATG	autosomal
TATTGGCTGACCAAGGTTAGGGGCCTGGGAGTCAGGGTGGGCCACTTGGA	autosomal
AGGTGAAGAGAGCATCCTGCCAGTTGGAGGTGAAGCTGTCAAAGATTATG	autosomal
CTTGTGCTGCAGTAACAGAAAATGGTGTTTTCTTTTGCCTGTCAGCACAA	autosomal
ATCCCCGAGAGCTGCTCCACGCGCGCCTTTCGCCCCACGTAGTAAACGAT	autosomal
AAGGTCTAAAATCATTTTAGGGACTTATGTTTTGGCACCTGAATTTTTGT	autosomal
CTGCACTAAGGACTGCATAGTAGAACTCACAGTTTTGCCTTGCACTGAAA	autosomal
GGGCACTGTCCCTGTGCCTGTCCCTGTCCCTGTGCCTGCCAGCTGGGCAC	autosomal
GGGCTTTCTTGTCACCCCCACACCACATCAGGTGTCCCTAACTACAGCTA	autosomal
ATGAGCAGAGATCATTTTGAGTCTGTGGTTAGCCATCAGTCTACTGGAAG	autosomal
AGCTGACTCCTCTCCACAGCTCCCAGAATGGCATGGAGAATCATCTCAAG	autosomal
AATAAATGGTTTGACCTCTTCAATATACTGTGTTTATAGGGCCAGGTGTC	autosomal
GTGTCGTAAGTCAGTGTTACTATATACATACTTTTCAGTAAGACAATCAA	autosomal
CGAGAGCGAATGACTGCTGTGAATGTAAACATTTGTAGGAGAACTTGAAC	autosomal
AGTTATGGGTGATTGTTCAATAGGCTGTGATTTGGCAATTGGCTTTAAAT	autosomal
CATATAAATGCTCTTCTTTGTTATGTGCCTTGTGATATTCTTCAGAAAAA	autosomal
GCAGAGTATATTTTGTCAGTGGAAAGAAGTGTTGCGCACACACACACACA	autosomal
AGCAGTAACAGCTATGCCTCTGAAAACACAGGAGAACCTTTTTCTAACCC	autosomal
ACCAGATGTAGCATCATGCACAGTTTCAACCTGCATGATTCTCTTGTAGC	autosomal
CAAAACACAACTCAAACGTATTTTAAGGAAACAATAGATACATTTTGCAC	autosomal
CCAATTATGCAGAGTGAAGCTCCAGCCCATCCAATGAACAAAGCTGCTCC	autosomal
GTGAAATAGGCCCAGCAACTCGATGTGAACCCTGGATCACCACAGGTCCA	autosomal
ATTGACCCCAAAATTGACCCTAAGCTTTCCAAGACCCCCAACCCCAACCC	autosomal
AAAATCCAGAGGAGGCAGCCCTTGTTAGTGGGAGGATGGAACGTAGCTTA	autosomal
GATTGCAAGAGTCTGAAGGAGCTTTAAGTAAGAGGGTAAAAGGCTTTAAA	autosomal
AGCACCTGCACGCCCACCCACCTACTCAACCCACTCCCCCTGGAGCCTGC	autosomal
TGCCTGGATGTGTCTGTGCTCTACAGCTGCTGCTCAGTGAGAGAACAGAA	autosomal
AGTATATATGAGACTCCCCATAAGCGCAAAAACTGCCGCGTCTTCTGTGA	autosomal
CACTGTCACCCTTCCCACCCCGCTGCAGGGCATCCCCACCATCCACAGCC	autosomal
GATTTCAAAGGGAACAGGACTTGCTGGAAATTGAGTTTTGCTCTCCTCCC	autosomal
GCGCCAAACCGTGGAGCTGCCGGATCTCCGATTGGTCGTTTATCCCTTCC	autosomal
TGCAGAACTGTTCACATGGAATGGGAAATGCTGGGGACAGCCAGAACACA	autosomal
CAGTGCAGGAGCTGCCCCCATCCCTGCAGGCCCCCCCGCCCGGGGGGTGG	autosomal
ACAGAATTTTCTCTGTACTTCCTTACCCAGTCCTGGCCTAGGAAGCTACG	autosomal
TAATGTGGAGATTTAGAATTTGTTTCTCATGTTATTTGTTCTCCATATGA	autosomal
CATGTATTTTCTACCAGCAATGCTTGCATGCATGAATAACTGAATTGAGG	autosomal
GAATTATGATTTGATAACTCTCTCCCCCTAGGTACTTAATTCTTATCAGA	autosomal
TTTAAAGTCAATTTAAGGCTTATCTTTATGTATGGCTTAAAGATGACAAA	autosomal
TACGGAGTCAGCTGTTGCAGTGGGTCTAGGGAGGTTATTGTACGCAGCAA	autosomal
CTCCAGTGTGGAAGCCCAGGAAGAGCCCCCCACCTGACTGGTATCTACCA	autosomal
CTCACTGTGGACTTCAAAAGTTTTAAAGCCACCTGGACTGAGGTGGTGCA	autosomal
AAAGTTGTCTGCTTCCTTTACAAATGTTTACTCTTCTGAACTGTACTGTA	autosomal
ACACTAGATATGTTAGGGGTAAAGGGGTGATGTTTTCTTTCTCTGCAATA	autosomal
CGGGACGGCAGCGCCGGCACCAGGAGCCCGCGCGGGTCCGCCCGCGCCGC	autosomal
GGGGGCAGTGCCTGGCAGCACAGAAAGTCTGGAATTCTCAGCAGCTTCCA	autosomal
TAAAGATATCTTCTAGTGATTTGTATATACACTGAAGGAATTCTTTACCA	autosomal
AGTGCCATCAGAGCAGGTCCCAGCGCTGGGGACTGCACCCCCAGCCCCCC	autosomal
CTTTAAATAGCTCGTCCTCTCTCATGTCGGAAGAGGTGAAAATGAATTTA	autosomal
GGTGCCAGTTAGATGAGCTGCATCCTGCGTTGTAAGAGTGCCAGCCTGGA	autosomal
AGGTCATTAGTCACTTAAGTCACGTGGTATTTGCATTGCCCCCTTATTGG	autosomal
AATCAACTGGTCATAATATATAAGTGCAGGTGAAGATACAAATAAAATAG	autosomal
AGTGATATAAAAAAATCTTACAGAAAACTAAAGTAGTGTCCTGCATCAGC	autosomal
AGGTACCTCTTTATTTACAAACACAGAACCACCACCGCTGCGGGAGCTGA	autosomal
CAGAGCAATGATCCAGGCAGGACCACAGAAACAAAAAGAAATGTTTTAGA	autosomal
AATTACATTTACTTGTCTAAATAAGTACATTTCTGTTAATAATATGCATC	autosomal
GCCTCCAGCCCGAGGGTTCCCCCCCAAATTCCCTTTTCCCATTTCCCCAA	autosomal
CAGTGCAGAAAAAAGCACGGAGACTGGCTGAACCGTGACTTTAGCTACAG	autosomal
AGTATACGTGGCTCTGATTTTCATGCTGATTAAGAAATTGCTACCAGTTG	autosomal
AGGAAATCCACGCCAAAATCCACGTAACCCCGGCAGGAAATCATTCCTTG	autosomal
AAAAGGCACATCTAGGGAAAAATGGGAAAAGAATCGCGGTATATGTATTG	autosomal
CACAAAAAAAAAAAAAAAAACAAAAATAAACAAAAAAAAAACCAAAAAAA	autosomal
CAGCCCTGGGGGGACACCGCCGGCGCTGCAGCGTGGGCTACCCCGTCTTC	autosomal
ATCAGTGGCTGTTAGCTGTCCCAGGAATGAAGGATGGGCTCCAAATCCAT	autosomal
ATGCAGTCTCAGCTTGATGCTGCTAGCATTTTGTGGGGCTTCAGCAGGGA	autosomal
CTAGATTTTTATTTACTTTGTACAATACATTAAACTACTTGGTTAAAACC	autosomal
ATAGTACCAAGGAGTAATATCAGGCACAGTACTTGGCTATACCGTTTACC	autosomal
CAGCAAAAGCCAAGCTGGTCTTGCATAAATTCTCTGGTGGTTTAGGCCGG	autosomal
AAGTTGTTGCGAAGCGAGCTCCGAGCGGGAGGAGGCTGCGGAGAGAGGGG	autosomal
GGAATTCACTTTGGCCCCTGTACTTAGAAAAATACTACTTTGATTTTCAA	autosomal
GGCAGTGCTGGGTAGTTCTCATCTTGGTGTGAGTGCAGGTAGCTGAGGAC	autosomal
CATGACAAAGTGAATGCAGTATTTTTAGAATATAAACCAAAACTCATGGG	autosomal
GTGCTGTACAGACATTTAGGGTGTTTAGGGTGTAGGTAAGGCTCATAGGA	autosomal
ACCAAAAGAGGGAGGCCTTCCTACATAAAAAGCTAATCAAGGGTCCCCTG	autosomal
AGCAATGGTTCTTTTTCCATGGCCTGTGGCAAGGCAAGAGAGGCTGCTTA	autosomal
ACAGACCCCTGAGTGGAAAGGTGCAGTGGCCAAAGCGTTGGGCCAGTGGT	autosomal
CTCTTGCTTGGCTGTTTGCTCTTCCTCTACTCCTAGGGCTGCATGAGAGA	autosomal
AGGGAAGAAGGAAGTATATCCAGTGTCCTGCTGCAAGGAGTCAGCAGCAT	autosomal
CCCCTAAAGATCTTCAAGAAGCCCAAGAAGTAGGGGGGGACCCCTCCGGA	autosomal
GTCCCATATTCTTTTTTGTCCTTTTCAAGAAAATAAAAAAATAATTTAAA	autosomal
AAAAAACAAGATTTTTTCATCAGGACAAAATTAAACAGATGTGATTGATG	autosomal
CCAGATGAGGTGTGTAGCCAGGAAAAGAGGGCAAGTTCCACCTCTCACCC	autosomal
CCAGAGGATCCGGCGCTGCCGGAACCGCCACAGCCCCGAACGCCCCACGG	autosomal
ATTTGGGGTTTTTGGAGTTTTTTGGGGATTTTTTGGGGGTTTCTGGGAGA	autosomal
AAGCACTTTGGACAGGTCCCTGAGACCTCAGGGACTTAATGTTCCTCTTC	autosomal
CCGTCGCCTTCTTCCTCATCAAGTTCATCAAGTCAAAGGACAGCACCTAC	autosomal
AGGACTGCTATGGCAGTGAAAACTAAATTAACATGTAAGCAAAAATTCAT	autosomal
ATGGAGTGATTGTTATTGATTTGAAAAGCAACATGCTGTATTTACCTTAG	autosomal
CCACCTCGTAGTCGGGGCCGTAGGGTTCGGCCTCCTCCATCTCGGAGAGC	autosomal
CAGGGCAGCGCCCTCAGATCTCCACGTCACTCTCCTTGTCATTGTCGTGG	autosomal
ATTATTTGTGGTGGGAGAGGCCGACCGGAGCTTCAACAGCAAGCTCTTCG	autosomal
AAGTGCATTACTGCAGAATAGGAATCATACAAGGTTACTGCTACGGCTCA	autosomal
GCATCCACCTCACTTTTTGGATCCACATCAGCCCTCCTGCACAGGGAGGA	autosomal
GGGACAGATACTGGAAGATTGCAAATGAATCAAGCTGTCTTCCTCCTGTA	autosomal
GAAGTGAACACCTGTGGGGATGGTTTGCTCCTGCCTCTTCAGGGGAGTGC	autosomal
ACTTGACAATGAACATGAGGCTGCCTCAGCTTTCTCAATATTCTGACATG	autosomal
CCATCTAAAATGAACAGATGTTCCGCAGATGGTATGCTCCACTCACCTCC	autosomal
GAATAGAGGTCAGTGGTTCCTGTCCGAGGACTCCAGCACACCAGGACCAC	autosomal
TCCCGAGCACCTCCACCAGCAAGCTTCGTATCAACTTGGAATTTTTCACA	autosomal
CCGGGCCCAACAGCAGGCAAAGTTCACCTGTAAAAAACCACCACGAAGCA	autosomal
GCAGTGCAGCAGCAGCAGCGCAGCAGCAGCGCAGCAGCCCCGGCCCCGGC	autosomal
CACATTCCGGATGGTGAAGGAAGGGGATGAATTAATGCTCCTGCTATGAA	autosomal
TTTATTTAGTTACCAAATGTAACAGTAGAAATTCACTTGGAATTCTAAAA	autosomal
ACTAATGTAGATAACGTCTCTTTATCATCCATGAACAATTACAACAAAGA	autosomal
AAAAAGTTCAAAAGGAAATATATTGCCCATTATTTCTTTCCTTTGGGGTA	autosomal
CCTCAGAGCCCCATGAGGCACCAGGCAGGGCTCCAGAACCATCTGCCCAG	autosomal
AATCATTCCAGATACTCGATCATCCCTAGGCACATAACACTCCCCACCCA	autosomal
AAAAAAATTAAAAAAGGATACCAAATGGTGTGGAAGGAACTTCCAAGCCT	autosomal
ACCGCTCCTCCATTTCCATGCAGCTCAGAACGCTTTACTTCTTCTTAGTA	autosomal
ACTGATGCTACCAGATTGTACACCGTCACTTGGAGAGACAAACTTTAAAT	autosomal
AAGTATACTACTGGAAATACAGAAATCTTCATTTGAAAAGAATTAGGAGA	autosomal
CACCGCAACGGCGACCCCGAGCGCAAACGCAAGCGGGAGGGGAAGGACGC	autosomal
GATCATCCACAGAGCAGGTTTAGTGTTTGCTGGTCAAACACTCCCAGGTA	autosomal
AGCAGAAATAGCAGCGAAAACGGCTTCACGCCAAACGCGGGTCGAGAGAG	autosomal
GCACAGCAGGAGCCAGTGATGGTTTCTGATACTCAGATGAGCTTTGTGGC	autosomal
TATTATCCACCTTCAAAGTTAGAAAGTTTTGCCAAGCATAAGTCAATAAA	autosomal
CACCAGGCACCTCCAACCAGAAAAGGGTTTTTATTGAGTGGAGATACACA	autosomal
AGATGAACTGGTGCAATTAACACCTCACTCGGGTGGTGCAGGCGCCAGGG	autosomal
TCTCAGGGAGGGATGCACTGGCACACTCACACATCTTCTTTACATTAACA	autosomal
CCCCATGCATACAGGTAGAAGAAGATAAAACTATCTCCCTAAGGTATTTA	autosomal
AAGGGGTTTAAAACACAACAAAACCAAAGACAAAATGGCACCCTCCTTTC	autosomal
CAACATTGAGTTTTCCATTTAAGAATGTTTTGATCCTTTGTTCTCTCCTC	autosomal
CAACTCGGATTAAAAAAAAAAATCTATATCTTCATTGCATTAATAATAAA	autosomal
GGCCTCCAGCTGTGGGGATATCTTCGCCACCTGGATAGACAGGAGGAGAC	autosomal
GGGATGACTGAGTGCAGATGTGAACTGCTCACCTATAGGTGAATGCCCCA	autosomal
GGATTTTCCTGATGGTGGCCAAATATTCCAGGTTTTTAATTAAACCAACC	autosomal
CCTGCGGAGCCTCGGCCGGCGCCTTCGGGGCTCCCCACGCTGCCTCCAAA	autosomal
CTCTGGAAACTGTGTTGAAATGTTATTATTGTAACTTCTTAGAGCACTAC	autosomal
ACCCGCCCGTGCTAACGCCTCCCGACCAGGAAGTCGTCGGGAACATTGAC	autosomal
AAGGGCAGAAATAAAACCACCAAGCATCCAACCCAGACAGAAAGAAGACT	autosomal
ACTTCAGTTCTGTGTAACTCTAGCACAAGTGGAAGCATCCTTATCAGCAC	autosomal
TGACAAGAGCACGAGGGCTCTGAAAGGTCTGTTTTGACGTGGCTCTGCCA	autosomal
CCTGGGGTCCGGGGCTCTCCCTCCCTCCCCTCCCTGGGGCTGTGTCCCAG	autosomal
CAAGGGCATGCAGACTGCCAGGGAGGGCAGCCACTCCGTCACGGCCTCCG	autosomal
GGCTGATGCTTCTGGAAAAAGCTCTGCCTTGTGGCCTTTAAAATAAATAA	autosomal
GTAAAGCAAATGGGACCAGAGCATTTGTATGAGGAAGAAAGAAGCAGTGA	autosomal
ACACAGCGGGAGTTCTTTTTCTTTAAATGAATTTAATCTTTTTAAAGTAA	autosomal
ACATTTTCTTTCTTTTGTGGTTTCTCATACATTGATACTATATTAAAATG	autosomal
AAATAAGAAGTGTTTTAGTTCTGCTCAGTTCAGCCTTCATGCACATAGCT	autosomal
CAGAGCTCTGCCCATTCCCTGGGAGCAGTGCTGCAGGCTGGGACCTTGAA	autosomal
CTGGTGCCTGGGGAGGATTTTGTGGCTGTTGGGAATCTGTGGTTTGACCA	autosomal
ACATATTCTGTAAGGAGGTAACAGGGATCCATCTCCTTTTAGTCAACTGA	autosomal
ACAAGCTTTACATCTACTAAATCTCAACAGGATATAAAATGCTATTTAAG	autosomal
TAGGTCTTAGATCTTGCAAACTGACTCTCCCTGAAGGATTAGCGTTTACA	autosomal
CTCCTCGTCCCCTCCTGCCCTTCCGGGGGGGGTCCGAGACCCCCCCCCCA	autosomal
GCAGGCTCCGCCCCTGGGCGTGAACCCCGAAATTTCCCAAATTTTCCCCA	autosomal
CACCAGTGCTGTTTTATCATCTGACACGCAGCAGCTCATCTGGTGCCACC	autosomal
CATTTAAAGCTGGGAGCCAAGGGATGGGCTGAGCACCTGCAAAGCTGGAC	autosomal
ATAGTGAATTCCATAGTAATTCCTGATCCAGGGTAGCAGCGAGCTATCAG	autosomal
AAGAATGGAGTGACTGATGTATAAGAAAAGTGACACATGCTGGAAGGCCT	autosomal
CCTTCCCCTTTCTCTGCATTGACAGCTACACACACATAACTAACAATTCA	autosomal
GTTGTAGAAACTCCCTCACATATCTACTTAAATGTCTTTAATTTCTGAAA	autosomal
GTCGGTTCTCTGGCTGATCCCAGGGCTGGGTGCCCGGCATTCCCGTGTCA	autosomal
ATCCTTTTTCTTTTTGGAGGCCACTGTCACCAGAGTCTCACTCTCCAGAC	autosomal
GCATCCATCTCTCTCCCAGCGATCAGCCAAGGACCCTGGAGGCGGATGCA	autosomal
CTTGGTTGGCCTAAAATATCTATTTTTCCTCCTTTTATATAACAAGATAC	autosomal
GCCAGGGTCAGCGGCTGCCAGCAGAGACAGATCATCTGCAGGACAGTGCC	autosomal
ACCCCATCCCAACCCATTGAATCCCATCCCATTGATTTCCATCCAATTGA	autosomal
AGGGGCGGGCGCTCCCAGTGGGATCTCAACCCACGGCCATAAAGGACAAA	autosomal
AAGGACCTCGAGGCTCAACTGGAGCTGCTCCGGCGCTTCGGGACCCCCCA	autosomal
TTAAATGCTGAATGATGCACATTAAGAGAGGTGGGAGGAGCAGGTAATAA	autosomal
CCTGTCCCCCCAGCCCGCACAGCGGGGCGCTGGTCCCGGCCCCCCTGAGC	autosomal
ATTTCCACACTCCAGCCACCGAGCTCCCCCTCAGCCCCCTGCCCCTGGGA	autosomal
GATTAAGAAGCCCTTTCTGCTTATTGCTGGCTACATTCCCTCTCCTGCCA	autosomal
AAAACATTTCTGCAATTTTCTGTTGCATAAAACATGCACAAAATTGGTCA	autosomal
AATTACCAGAATCAGCACTGACTAAAAGTCAGAATGCTATTTTTCTTACC	autosomal
TTCTGCTCCTATGAGAAGATTAACCCTCAAGGCGGTTCCCATAACAAAAA	autosomal
GCTCGTTTATTGTTAGAGATTAAGCAAGCCAAGGAAAAGAACTTGCAACA	autosomal
GGAGAGAAGCGTCGGCAGTTGGTTGTTATAAATTAAAATTTGTCCAGCCA	autosomal
CACTTTATGATCAGTGTTCGAGCTACCAGGCTCACAGCTCTGCCTCCCAA	autosomal
AAGATCTGACTATTTCCTTGGGTTCAAATAATGGTTGTGGGGAAGAGGAT	autosomal
AGTTTCTATCAGTGCATGCTCTGTCATTTTTCCAATCACTCATTCACTGC	autosomal
ACTGCATTTGTTGTTGCTGGCTCAGTAAGTGGATCTTATGCTTTAGATGA	autosomal
CTACACTGAGATATTTTATATGAATTTATTTCAGTATTCCAGCTCAGTCC	autosomal
TTGGCGTTGAAGTTCAGCTGCTCGGGGTGCCAGGGCGGCCCCTCGGTAAA	autosomal
GCTGCGGCTCTTCCCGAGCTCAGGGGAGTCCCGCCCGCCCCTCCCCTGCC	autosomal
AGGAGTTCTGTGGATAGGTGTTTTTTTTTTTAAACATTGCTACTCTGGTC	autosomal
GCCCCAGGAAGCCTCAGCCCCTGGTGAGCGCCGTGCCTACAGTCAGCACC	autosomal
GCAGATGAGTATACAATGTGCAACAGCTGAAATGAAAATCTCTGAGAGCC	autosomal
GCTGGCTGTCCGTCTGTCTGTCTGCACACAGCAGGGCCCTCTGTCTGCCC	autosomal
CTGGGAAATATGTTGCCAAGTAATGTTGGACGTGAGGTTTATGTTATGGC	autosomal
CCGGTGCAGCGCCCCCTCGCGGGCGAAGCTCCGCCCACACTCGGTGCAGC	autosomal
CACTGCGGGAACCCGCGGGGGTCGGTGCCGGCGTCCGCCAGGGGCGGGTC	autosomal
ACAAAAGGGAGCTGTAGTCTACAAAGGAAGGTAATTCGTGCACATATCAC	autosomal
TGAATTTCTGAAAAACAGATGGCAAACAAAACCTAATTCAAACAGAGGAA	autosomal
AAGATGCACTATCCCTTTTTGATGAAGCTGAAGTCAGATTTCAAAGAAAA	autosomal
AGTATAATTTAAAGTACTGCTAAGTGGGAATGCCGTTAGGCTTTTAAGGC	autosomal
TTTTATAAACCTTGTCTTTTTCTCCTCCCAATTTTAGTTTGCTTCCAAAA	autosomal
AGCTAAAAAAACAGAAATGACACTTAGTGGAGCAGCCCTAGGTTTTCTTG	autosomal
AACATCAGATGTGCCTTCACACAGCACTCTTCACCTGACACTCTCTGCCA	autosomal
CTCACTCTGCAGAGTTCTTCAGTTTCCTTGCTTTGTTTTAGCTGCCTTTC	autosomal
TGCCAGACCTCCACCCAGCACATGCATCAAGTGGGCACCTGGGGAATTAA	autosomal
ATATAGTTTTAGTATAATATAGTATAATAAAGTCCTTAATTAGCTTTTTG	autosomal
CAAGTTTTCTGGTTTGGGGTAGCCAAAGAGTACAAAATCTGCTTCATAAA	autosomal
CGGGGTGGGGGAGGGGCGCGGCGGTGGCGCTCGATGTAGAGTTGAACGGC	autosomal
GCAACATTACTTCATCTTCTTTTAACATGCTGACAATTTCCAGCTAGCCC	autosomal
AATACTGTGTGTGTAGGATGGCATTTCTTTGGGTATAGGTAAAAAATAGG	autosomal
ACTCACAACTGAATGACTTGCATTAATATTATTTTTAACATGCCAGCTTA	autosomal
AGCTTCCGAGATCAGACGAGATCGGGCGCTCTCAGGTGGTATGGCCGTAG	autosomal
CTGTCAGATGAGGCATGTCAGTACCACCACACTTGTAGTTGCCTCCACAC	autosomal
TAAGGCACCCATGTGCCTAATAATATACTTTGTACATAAACTTGTAAAAA	autosomal
CGCAAGAACCGCCCGGCCATGAACTACGACAAGCTGAGCCGCTCCATCCG	autosomal
AGGGGACCTCTGAGCCCTTCCACCTCCCTGGGGCAGGAAAATCCATCCTG	autosomal
TGATGATCATGCCCTCTCAGTCTTTTACACCGAGACGCTGGGGGAGGAAA	autosomal
ATAGCTCACCATCTCTTCTTCCTCATCTGGCTTGGTGTCCTACCTCTTTC	autosomal
GTTTAATAATAATAAAATGGTTATCCAAATAATTAATAATAATAATAATA	autosomal
CAACTTTACAAATAAAAACCCCAAGTCATGAGAAACTAGTCTGAGCGAGA	autosomal
ATGTGTCACATTCAGAGTGTCAGCATTTCAGGCCTCCTGTTTTCATGGAC	autosomal
AGTACTCTGCTTTCTGTCAGCTCCTTGCCAGGTGTTAGCCTTGTGCTCTG	autosomal
GTGTGCCTTGATCCCCCCCTTGGGGTCCTGAGCCCACCTGGGGGTCCTGA	autosomal
ACATTTTATTGAAGTAGTCCATTCAGATCACAGCATTTAGATTTGTGGCT	autosomal
GCTGCTCCCAGCAGTGGGAGAAGCCAGAGAGGAGGCCAAGCATGGCAGGA	autosomal
CTTTTGAACATTAGATCTGGCTAGACATATTTACTATTTATAAAAAAATA	autosomal
CCACAACTATGTACACAGACAGCTGGGGAGAAGCAGCCACCCCACACCTC	autosomal
GGACTTTAGCATCAGATCTCCAGCCCCTCCCTTCCCTCAGCCCAGGCAAA	autosomal
AGCTTCCAAAGACAGACAATGATTCACCTCTGGGTAAGGCAGTTACCCAG	autosomal
CCTCGGCACATACTGCAGCGGACGGAGAGCCGCCGGAGAGCCCCGGTGCC	autosomal
AGGAGAAGGAAAAGGAAACGTCTGGCTAGCATGAAGAGAAGCACCTCCAC	autosomal
CCCAGAGGAAGAAAGCACCAATTCTGCTGAAATTAGTTAAGTCTGGTTAC	autosomal
CCAGAGGTGACCCCAAGAGTGACCTCAAGACTCAAAAAATTACCCCAAAA	autosomal
GAGCCAAAAGAGACTCCACAATGTCCATGGTTATTACAGAAACTGAGTAA	autosomal
ATACATAAATCAATAAATACACAAATATGAACCAACCAAAAGCCTCAATC	autosomal
GTGAGAATGGTTAAGGCTTTAAAACCAGATATCACCGTGATTGTTGGGGA	autosomal
AAAGCGCCGCTGCTCCTCCCGCGGCTCCCCGGCACAAAGAGCGCGGCCGG	autosomal
ACAAAACTACAGTGATGCTTTTTGGTCTTAAAATATCTATTTATTAAAGC	autosomal
AAAACCAAGGAATAAGAAATTTGTGACTTGCTTTTTTACCCACTCAGAGG	autosomal
AAAATGTTTTATACATGTATATTACAAAACTTGGTATTTCTTTAAAATAT	autosomal
GAACCTGGCTTCGTGCTCTTGGCACCTTTCCTTCAGATAATCGTTGATGA	autosomal
ATTCCAATCCAAGGATTGATCCCAGCCCTGCTCCAGAGCTCTCTGCTCAC	autosomal
TATTTGTATTAAGAACTACTGCATATTCCTGGTGAGTTAATGCTAATTCA	autosomal
GTGGAGGGACATCTACCTGCCAGGAGAGGGGCATCTCTGGCTGGACACCA	autosomal
ATAGCAGGAGTGGATGCACATGTCCTTCATCTGGCATTTGGGTGTCAGCC	autosomal
AAGTCTAAGAAGATGGAATATCTGTACAGAACTGTAGTTGGAATAATTCT	autosomal
GCGGTGACCGCTCGCCGCTGGCCGGGCGCGGCTGCGGACAGACGGACACC	autosomal
TGCAGCCATATTTTCCATTCTTGTTCTCATTTCTGCTTTCAACTTGGCAA	autosomal
AGAATACAATGTTGGTTGTAGAACAGTATTATACTATATCCAGTGATACC	autosomal
GTTCTGCTCCTCCCTTCTCCAATGCACACATCCTTCTGCTTCTCCACAGA	autosomal
ATCGGCTTCTGGAACACCCTGGAGCCTGGATCTCCTGGCTTCTCCTTATC	autosomal
ATCATCGAACCCTCGCCCGTGCTGGTGACCCTGCCTGGCCCCATCCTCAG	autosomal
AAAAGACAACTTATTTCTCAATTTTCTTCAGTAGAAAAGACTATAAGAAA	autosomal
AAATACATGTAAGACTTTGGGATTAATTTACATATTTCTTCCAAAAATGT	autosomal
GACCCCAACAGGCACTTGGGGCAGCCAAGGCACAAAACTGCAGGTCCCCA	autosomal
CAAGTGTTGGAAAAAGAATCGAGCAAAGCAAAGGCGAGGCTGCCAAGCTG	autosomal
CCTCTTCCAGCCTTTGCTTGGGTGAGTGTTCTTAGTGTGAGGGATCAGAG	autosomal
AGAGAGGGCTGACGTAAGCAAGACAAGTCTGAAAAACTACTGAAATACAT	autosomal
ATAGATAGATAGATAGATAGATAGATAGATAGATAAGTAAATATCCCTGA	autosomal
GTGGATACATGCCTCAAATGTGTGTGCATACACACAAACCTGTGTGCACA	autosomal
CCTTCTCCAGGCCCGTGTTTGAGTGCAACAGCCTGTGCTGCTGCGGGGAG	autosomal
GGGAGCGCGGCTCCCGCCAGCCCCGCTCCGCCCGCACGGGCAGCGCAGAC	autosomal
AGCCTGGCAGGCGGGCGTGAATTCCTTGCCGAAGTGGGAGGCCAGGACGA	autosomal
AGCAGTGCAGGCAGCCAGCCCCACAGGAGGTGCTGAGCTGTGCTCACAGG	autosomal
CTGAAAAATTAAAAAGCAATTAAAGGTATTCAACTACTCTTGAAGTTTTA	autosomal
CTTCTAGTTAAGCCATGCAGTGTAGAATATGAAGCTTTTTAAACAAAAAC	autosomal
ATTTTTTTCTGTTAATGTTTTTGACAGTTTTAAAGGGGCAGCCTTTTGGC	autosomal
CCTGGGTTTCAGTCAGAACCTGCTCTGTGTTTTTCCTCTGTAACTGTTGA	autosomal
GAAGGGTGGGAGGAGGAAATAAAGAAGGAGGAAGGGCAGGAAGAGGAGGA	autosomal
ATTGCTGTGTACAGTTTTAATTCCCTCCTTGCATTAGCCGTCAAAATTTA	autosomal
ATGTGTTGTCTTAAGTGAGAATTTTGAGGCTGAGGGTGTCCAGCCTCAAA	autosomal
AAACTCGGTGGAGTGTCTTTGCAGTGGTGGAGGGGGACCCTTACGCGGAT	autosomal
GCACCTGTGCTGCTTCACTTACTTTGGGAATTTTACCCCTTTCTTTCCCC	autosomal
CATATTTTTTCATTTCCTCAATCTATGATTGTTTCAGAGGCATAATTCAC	autosomal
GTACATTTGAAAATACAAACAAAAGTATCAATGAAATAGGGTGAAGCTGA	autosomal
CTTTTTAAACAGGGTGGGGAGGGCATCTTCTGAAGCCTAAGAAAATGTAC	autosomal
CATCTCATCTTCTGCAGGTAAAACAAACCATCTCTGTACCTCAGGCAGTA	autosomal
CAGGAGCGCGGGGAGCTCAGCTCTCCCCGCCGCGCAGCACCGCAGCCCCA	autosomal
GAGCAGGATCTGTCCTCCACACAGAAGCCAGCAAGCTCTGCATGCTCATC	autosomal
CAGTATTCAAAAAAAAGGAAGAGAGTAAGGAAGTAATTTTAGTCAAACTA	autosomal
ATTCCCAGCTCTGCACAGTCCCACTGACATTTCCATTTGTTGTCCCCTCA	autosomal
TGGAGGTGGGTCCGACAGCCAGTCCAGGTTCCAGTAACTTTGGTCCGTAA	autosomal
CCTCCTCCTCTTCTTTATACCAGGAAAACATTCAGCCGATGTCTTCAGGA	autosomal
AAAGTTGCATTGCTTCAGAGTTATCTGGCAAAAAGGAGACCAGGATGATA	autosomal
GACTGCCAGAGGAGGATGTCTGTCTCTTGATGTCTTCAAGTTCAGCCAAA	autosomal
CTAGAAGACATCTCAGTGGCTGCACCAAAAAAGACTAATGCAGAAATGGA	autosomal
ACTGTGAAATAAAGACTTCCCCATTTGTGGCATTTTGAGCATTCCTAGCT	autosomal
CCGGGGAGGGCGGCGCGGCGAGCCGGGACCCCCCCGCACCCGCCCGGCCC	autosomal
CTGCGGTCACTCACTGCTCCATGGCCATGTCCCGGGTGGTCACTGTGGTC	autosomal
AGTGAGGCTCCCATTCCCTAAGGAATGTACCCAAGTGCCAAGGAATAAAT	autosomal
GAGTGGAAACAGGCACTTGTATTTGTGAATTGGGTATTCATATGCAGTGC	autosomal
TCCCACAAAAACTGAATTTTCCCGGGAATTCTGAATTATTTTCCCGGGAA	autosomal
ATTTGTGGATTCACCTCCACCTGCAAACCGAAGCGTTCAATGGGCTAATG	autosomal
ATGGTTTCAGACTTGTAGCCTTTGGTTTGATTCTTCTTCCTATTAGAATA	autosomal
CCCGGGATGAGCGCTGGCATGTATTATCTGAGCGGGGCTGATGTCTCTCA	autosomal
ATAGAACATTCTGTTAAAAGTCATTTGACATTCATTTAATTCAAAGGAAT	autosomal
CACAGAGGTGGGTGACCCCAGAACAGCCCCGGGGGACCCCACAATCCCTC	autosomal
CCAGTGTTTGGGAGCTTCTATGCTGCATCCCACTGCCTTTTGCATGAGGA	autosomal
AACGAGATTACATACTTTTACATCTGTTTTTACATCCCATGGGATCCAGA	autosomal
AGCTGAGTGACTCTTAGAAAAAGCTCATATTGTTTCTGCTCATCAAAGGC	autosomal
GGGGGTTTGGGGGGTCCTGAACCCCTCCAGGGGCACCCCAAAATCCTGGA	autosomal
ATTCCCCCAAAATCCCTCAAATTCCCTCAAATCCTCCAAAATCCCTCAAA	autosomal
GTCAGTTCATTAACACAAGATGTGCACTTCATTATTTCTTTTTACTTTCA	autosomal
GCATAGCAGGGCATCGCGGGACGAAGCACTCGCCATGAGCGACAGCCCGA	autosomal
CACTGGAATTGGGTAAAAGTGAAGACCCTTTGACTTGTGCCCAAGACTAA	autosomal
GACCACCCTGTTCCTCACCAGCTCTCAGCAGCACAGTTGTTGCCATCAAC	autosomal
GAGCTTCTCCCTCGGGCTTTGCAGGCACCCTGTCCTTGCCTGGCTCCCCA	autosomal
CCCGTGGGTGCGGTTTGGGAATTGGGGCGCAATGCCGATGGGGGAACCCC	autosomal
AGGATGTTCCACAACGCCATGGAGTGGTGCCTGCGCTGGCCCGACGGGGA	autosomal
GGCAAAAAGGGTAAGAAACCTAATGTTCTCAATTTTTGCCTGTTTTAGTA	autosomal
GAGAGGCTGTGGTGAGTCAGTGGGAAAACCCAGGTTTTGAATGCCAGATA	autosomal
CTGTGCAGAGCCACAAGGTCCCCCCTGAGCTCCTTTTCTCCAGGCTGAGC	autosomal
CCTGGACAGCAGCTCAGCCCCACAGACCTGCTTGTCTACTCTTCCCTATC	autosomal
AGGGATAACAGTTATGGAATCAGTACACTGATGTCAACATTTAAGTTACA	autosomal
TACCTTATTATCAAGTCACTTTGTTATTTCTCCTTTAAAATCAGTTCGAA	autosomal
GCACAGATTTGTGATGCTTTAGGATGCAATATTTATTGGACACAAGTACA	autosomal
AGGAGCTTGTAAAGTACAACATGGCCATGAAACCCCATCAGCTTCCTGCA	autosomal
CAGAACAAGGAACAGACAGGTGTCTCTGCCTTTTCTCTCCTTCCTTTCTA	autosomal
AGGCTTAATTAATTCATGTTTTTGTAAAATGCTTTGACAATATAAGCTAG	autosomal
GACTGGCCGGGCCAGACCAGTGGCCATGGGGCTGGGCCTGAGTCACATCA	autosomal
CCTTTTGCTGGGTGGGTTGGTTTTATTTTTTCCTCTTTAGCCTGAAGTGC	autosomal
CACTTGAACGCTGAAGTCCATTTTAGATTGCAGCACCTCATCTGCTTTTC	autosomal
AGGCTTGCTGCTTCATTTTGATCTTTCGCAGCATTCATTGACTGCTTAAT	autosomal
ATCATCTGCTGATGATATGTTTGGAGTTGGGAATCAAAAAGCTAACTCTG	autosomal
GGGGTCTGAAGTAGATGTTTGTGGGTTTCATTTTTAGACTTATGTCTGAA	autosomal
AACATTTATGATTTGAAATAGATTTAAGGAATATCTAGATCCCATTTCAC	autosomal
AGGACGGCCCTCCCACTCCGTTCACTGGGGGGACTTCTTTGCATTGCCAG	autosomal
GCAAGTCAAACCGTGGCCAGGGGATTCCCCAGCCTCCTGCAGGTGCTGCA	autosomal
ACTGCAGCTACAGAAGAAGAAGTGCAAGAGAGATACAGCTGAGTTTTAAA	autosomal
GAGCCCAGACTGACCTTCACCTGGTCCTGACAGTGAGCAGAGAGCCCAGA	autosomal
AGCAGTTCCAGAAGTTCTGACACCTGTGGGGACAGGCTGGGAGGAATAAA	autosomal
AATGGACAGCATGAGATCTCTTTCAGTGTGGCTGACACAGAAGTGACCTC	autosomal
CTGTGCCAAGGGTGGGGGTCCCCAGGGGAGATGTGGCAGCACTCAGGGGA	autosomal
CCTTGAGAAAGCAATGTGAATTGAAACTAACTTCTGTGCAAAGGCCGCTC	autosomal
ACCTCGTCCTGGATCTGATCGGCGTCGGCGGAGCGGCGCAGCGGGTCCCG	autosomal
GAGTTTTTCCATGCTAGTGAGAATGTGCAGACATCCCTATTTTGTCCATA	autosomal
GGCTCACCAGGAGAGCACCTAGCTGATTGCAGTCCCACAGACAAGGTCAC	autosomal
GTCTCTTCCTTCAGAGCGTGCCTCCATGTCATGCAGCTGCCTGTACAGGA	autosomal
GGAGGAGCTTTCTTGAAGGCCCGAGAGCCAAGCCCCTCGTCCCTGCGGCC	autosomal
TCTGTATCACAGGCAATTAAACTTCTGAAACAGACAGACTATGTAGACAA	autosomal
CAAAAAAGCCAAGAAATCTCTAATAGGTGGTAATCATAGTAAAATTGTAG	autosomal
CCCCCAGAGATACACAACATGCCTTTAGTCACAGCATGCTTTTTCACAAA	autosomal
AATAACCCAAATAAACCTTAAATAACCCAAACCCCCTCAGGGATCCCCTA	autosomal
GGGGTGAGTAGAGGGGACACACACCTGCACTGGGACACCTCCCTGGGAGA	autosomal
CCGTGGCCTCTGCCGTCGGGGACTCTCCTGGCGCCGGTTTTGGGGCGCTC	autosomal
GAAAATTGAGGAGTTTACTCCTAAATATTAATTGTCTTAACATAATCAAC	autosomal
GCCTCCAGTCTCTGTGGAGAGAAGCCACGAGTGTTGGCCACCCCTGTGAA	autosomal
AGTACATCGTGCACAGGATGAGCCCCAGTGGGTCCCTGCAGTATGGATAT	autosomal
ACCTTCTTGCAGCTGGAAGCCCTGTGGTGGCTGGGATTTTGTACCACCAG	autosomal
CCCACTTGTCCCTTTGGGTGAGAAACCACCATGTCAAAAGCCAAAGGAAA	autosomal
AATTTTTAAGAACCCTGGATTGATGGAGTGGGGCATTAAAACAAAAGGAA	autosomal
AAATTCACAGGGGAAAATTCATACTGCATAGGAAAATATAGTATTATAGA	autosomal
GAAAGTGAAGAAGAGCTTCAGTGTTAAACAGCAAGCCCTCCTGAGCCCCA	autosomal
AAACCTTTTGTCACAAAGATTAAATAATTCCCCTGCAGTTCACAATTTCA	autosomal
ACGCCCGGGGGGTGGCCTGGGCCACCACCTGCCCTTCTTCACCAGGTAGC	autosomal
GTTATCTCTAAACTGACATGGGTATTGGTTCACCAGGAATTTTTGGAAAA	autosomal
GCCAAGTACCACCGGGAGCATTTGGCCCCCATCGGGCAGCACGGGACTCA	autosomal
ATTCCCTCCTTGCATTAGCCGTCAAAATTTAACATTAATTAGCATCGGAA	autosomal
CTTGAGGTCAGCCCAGCGCGTCCGCCCGCTCGCCCAGCGCCCGGCCCCGC	autosomal
CAGCCACCAACTCTGCACCAAAGCCATGCACCGGCAGCTCCGCGGATCCC	autosomal
AAAATCTACATGGTATTGCTTTGTATTTTCACAGTTCTCACAATTACATC	autosomal
GCTAACATGTTCAGAATAATGCCCAAACCCAAAACTGGGATGTAAACACA	autosomal
CACGACAGATATATGCAACAGCAATACAAGTATCTTTGACACTGGCTAAA	autosomal
CGGCGCGGGGCTGCGGCACGCTGGGGGCTCGCTGGAGCACCGGGACGGCA	autosomal
ACTGAGAGCTTTTTCTTCCCTTACTCTGTGCTTAACTCAGTCACTGTTAA	autosomal
ATTTGACTCAGAAGCCATAAACCTCCTGGCTAGACCTGTTTTGGTGTCTC	autosomal
TAATGTGTGACCTTTATCAGATTCCTGGTATGAAAGTCCTTCCTTCTTCA	autosomal
AACCACAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAATACTCT	autosomal
CCGTGTCCCCCCAGGTCCTACGACGCCTTCTCCACCTTCTTCCTCAACTC	autosomal
CTGTATGTCAGAAAGTTGTAGTTTCATAATATGGCTTCTAAAAGTATTGA	autosomal
AATAGAGTGAGACCACTGAAGCAGTCAGGCAGTATGTTCTGTACCTGAGC	autosomal
AGCTCCACAGCTGCCTCCAGCCAGGCTGCCACCCACCCGCCTGGCTCACA	autosomal
AGAAGGAGACCCCTCCCCAAATAACGGGGGGGGAGGGGCAGGGGGAGACC	autosomal
GACAGACCCAATGTTGTATTTGGATTTTTTACAAATAACTGGTATTAGAA	autosomal
ATTTTGTATTGTGCATTTGCTTTCTCTCATATTAAACCATATTGAAGGAA	autosomal
CCCCATTTTGGGGGTCCCGGTCCCCATTTTGGGGGTCCCCATTTTGGGGG	autosomal
ATGTCTATGGGTGCTTTCTTTTCCTGATACTTGTAACATCAGGTCCTGTA	autosomal
ACCATCGTGTCTGAGATCCTAATGGGAGATTCTGGAGAAGTGCAGGGAGT	autosomal
CATTCTCCTCCTTCTTTGTCCCTTCCTCTTTCACCTTTTACCCCCCCTCA	autosomal
ACCCCCAGTCCGAGAGGGGACAGTGGGGGGGCTGGAGCCCCCCAGGGGAG	autosomal
ATCTTGACAGAGGTACTTAATGAGATGTACTCAGAGGTACTCAGTGAGTG	autosomal
AAAAGCTTTACTTGCCCCTCATATTTCTTGCTCTTTTTATGATTTAGCTG	autosomal
AAAGAGCCACTTTTCTAATTGGTTAATACTTTGTTCCTTTAGCTTCTCAT	autosomal
GTCTGAGCATATCCATACTGCAGGGACCCACTGGGGCTCATCCTGTGCAC	autosomal
TAAAAAACATAATTGTAGATTAACTCATTTGGAGCTTTCATGCTCTTCCA	autosomal
TTCCTTTCTTTTTTATCTGGTCTTCCTTAATTAGAGACATGCTTAACAAA	autosomal
TAATTTTGTCTCATATTCACTAAATATAGAGTTTGTGCTTAGTTTTAGAA	autosomal
ATTGATAAATAACCTAGAGGTACACTATTAGTCTGTTTGGTGCTCCTCTG	autosomal
AGTTGTTTGTTCAAAATAAATGACCACCTCAGAAGTCTTATGATTAAATC	autosomal
GACACTGACCACCCATCACTGACCGTCCCCCTGCGCGGGGTGCTGGGGCA	autosomal
CCTTGGTTTGAAACTGGGTTTAGGGGGGGGAAAAACAAATAAATAAATTC	autosomal
AGCCCTCGAGTCCCCTGGGTCATGGTGCAGAGGGCAGTGCCACAGCTCTC	autosomal
CAAAATACTTAAAGCCTTTATATGTGCTTATATACAGCTGATACACAAAG	autosomal
CACTTGCAGAACCACAGCTTTACTTTGTGCTGAATTTATTAATGGTGACC	autosomal
ACTTCAGCAGCCTCTGTCTCAGCTGAAAGTGAAATTAGTGACCCAAGTCT	autosomal
AAAAAAAACACAAAAACACAAAAAACAAACAACAACAAAACAACCAACAA	autosomal
GGATATCCAGAAGGTTTTGGAAACTATTCAATGCAAATATTCACAACAGA	autosomal
GGATATGTGCAAACCACACCAGCCTCCCCACTGCCTTCAGGAACTGCTGA	autosomal
CAAAGTGTGACTTAGTGGTACATCCTCACCTGGTGCTTAAAAAGCTTTAC	autosomal
AGTTTGGGCTTTTCTTTTTATTTTAATTACTCTGTGGTTTACAATGAGAA	autosomal
ATTTCCCCCCATATTTCCCCATTTTTCCCCATTTTCCCCCATTTTCCCCA	autosomal
CGAACCCTATTAAAACAGCCTGCAGCAAAGCCCTCCAGCACACCCTGCAC	autosomal
GATCAACCTCATCGTGGCAGACACTTCCCTGCTCTTCACCCTGCCTTTCC	autosomal
CCACTAGTTCCTCAAACCAGAAAAAATCCAGCTCCCCTACCCCCAAACAA	autosomal
CTGGGCCCACCTGAGACTGACTTGAACCCACCTGAGCTCACCTGGGCACA	autosomal
ACAAGTTCCCCTCAGCGCCTTGGTAGGCTGACGGGCTGGGCTTTGTTTTC	autosomal
GAACTTCTTTACTCTCCTGTTGAGGTAAAGTTAGAAGCATTTTTTTATTA	autosomal
ATACCAACTGCATCACAAGAGTCCTTTAGCAGAAGCACAACTAGAAAGCA	autosomal
ATGAACTGTAGTGGGATACATCCACCCACAGCATTTTTTGCTGTTTTTAA	autosomal
ACAGTGGAGTTTTTGTACATCTTGAACTTATTCCCACAGTGTGCACTACA	autosomal
TCAGGACGATAATTTTTATCAAGTTGGACAAATCACTTAAATGTCATCCA	autosomal
CGTGCCCACGCTGCGAGCGGCGGCAGCGGTACCAGCGGCAGCTGGAGGCC	autosomal
GCTTCCAGATCGGCATGAAGCGCCTCAAGGTGCAGCTCAAGAGGCCCAAA	autosomal
GTTATACCCAGAGGTTTATATGTTGAAAGTTTATTGCTAATGTAATAATA	autosomal
CCCTGTCACAGCTGTTCCTTAGGGACACACCGTGCTGCCAGTGTCTAAGA	autosomal
AATTAGCTTCTACATCCCCGTGGCCATCATGATAGTCACCTACACCAGGA	autosomal
AGCAGAGACTCCTCCTCACCCTGCTCCCCCCAGGTACAAGACAACGTGAG	autosomal
AAATGTTTTACAAAAATACTGTCTGCACAGAACAGCTATAAAAATCAGTT	autosomal
CCTCGATTATTATTCAGATGGGCTCCATCTATATACATATGTATAAACCA	autosomal
CCATCCCTCTGTCCCCCTGTCCCTCTGTCCCCCTGTCCCCTCTGTCCCTC	autosomal
AGCCTCCTACAGAGGCTTCCAGTTGCACAGGGAGCCCCAAGGCCCCCCAG	autosomal
CAGCATGTCCTCCCCCAGCCTCTCCCTCGTGCAGGTGCACAGCAGCTCCA	autosomal
CATCCAGCCCGGATCCTCCCATGGGGAATGGAGCTGCAGCAGCGCACCAA	autosomal
TAGGATGTGACTGAATCCTCTTTAGAGGTTTTTAAGGACAAAGAAAGATA	autosomal
AATCAAATAAAAATGAATATACGCCCTTAGGAATCTTTCAAACCTTCATA	autosomal
TAAAACCTTAGCTCCTTGGTGAAGGTAAGTCCCATTTTTGACCAAGGAAA	autosomal
TCCTTCTGCTGCCTTTGCCCAGCCAGGCAATGTCCACCCCTGCTCCGTCA	autosomal
AGTAATCCATATTGCCGTGTGTCAGCTTCTAACATCTAATTTTACTATAT	autosomal
AAACTTATTTTGTATGTTGTATTTTATTTAACTGCCTATACATTTTCGGT	autosomal
GCGAACAGCCCAAAAAACACCGCAGGGAGCCCCGAACACACCAAAAACCA	autosomal
ACTCGGGTGCTTGTCGCAGTTCCTGGTGATTCTCCGGGATGCGGCGGCAG	autosomal
CCGGGGAACACGTGGAGCCGCGCCCGGGTCAATGGCGGGGGCGCGACCCC	autosomal
GCCTGAGGCGTGTGGAATAGGGCAGAGGGCAGAGGATGTTTGGCCCCTCC	autosomal
AATTGATTGTATTGTGGATGAAACAGCAGATTAATCATTTGGTCCCCAAA	autosomal
AATATTTTTGGTAATTTAAGGTAATTGTGTCATATTTTTGTTTCCCAATT	autosomal
TACAGCAGCTCCCCACAGCCTCGCCGGGCAGGTACAGCAGCTCCCCGCCA	autosomal
ACCGGCCTTGGCCATGTGTACAGCACCACTGCCTAATAAAGCGGTGCATG	autosomal
CACAGCTAATTGGCTATTAACATCATTCCCTCGTTAACATACATCCTGCA	autosomal
TGACTAAATCCATTCATCCTTTCCTTAATCCCCATTAATAGTTACTACCA	autosomal
CAGAAATTGCCCTTGTTGACACACAGTGCAGTATTTGTGGGACACAGGAC	autosomal
AAATTTGGAATTGGTAGGAAAAAAAAACAAACTCTATAAAACTTATCTGG	autosomal
AGGGAACCTTGAGCCACCATGGATGCAGTGAGAAATCATGTTAACTTGTC	autosomal
AAATGGATGTGCTGCTGTATTATATGGATTGCACAGTGACCTAAGATCTT	autosomal
GCAAGAAGCAGAACAACTTCGCCGTGGAGGAAGAAGAATTCTGAGTGTCC	autosomal
CTGGCCTGGCTGGGGACAGCAGGGTCCCCTCCCTGCCCGTGCAATAAAGA	autosomal
CAATGCCTGAAACATCCCCACCTGGGACTCCAAAATCCATCTTGGGACCC	autosomal
AGGAGGGCGTTGACCAGGACGGGGTGACCGCGGTGGCACTCGGCCATGGC	autosomal
CCATTCTGGGAGAAGGTCTGGCCCATTGTCCGGCCCATCCCATTGTCCGG	autosomal
AAGAGGCCAAAGCTTTTGAAAATGAAGAGCGGATCATTTGCTTTTGAATG	autosomal
AATGACCTTTTGTAACAAGATAGATGTGGTCCATATACCCCGTGCACTAT	autosomal
ATGTGGAACCTTGATGAATTAACCATTGTTTTCCTTTCCCTTTGGTGCAG	autosomal
GCTGCCAAGTCCGTGACCGAGGCAGACTGGAAGGCGGCGATACCAGCAGA	autosomal
GGAGGGAAAAACCTCGAGAGTGACATAACCTCTGCTAAAATGCACCATCA	autosomal
GTGCTTTGCGTAGTGTTGTGTACTGTCAATACTTTGAAGCTCCCTTCCAC	autosomal
AATTAATGAAATATAATGACATGAGCTAACAGGAAATAATTTAGTGGTTC	autosomal
AAAATTCCATTAAAATAGCCAAAATCCCATTAAAATCCCATAAAACTGCT	autosomal
CGCTTGAGCCCATCATCGGGTCAAGCCTTTATTCAAGTAGGGAAATAAAG	autosomal
AATCTGAGTCCACTTGTGGGAAGCCAGAATCCTGTGTGGAGTCCGGGCTC	autosomal
CAGAGGGACAGAGAGGGATAGAGGGACAGGGGGGGACAGAGGGACAGAGA	autosomal
GGAGGAAAATAACCTGGGAGCAGGAGGTGGGGTCCCCATCAGTGTCCACA	autosomal
TCCCAAAAATATCGACAAAAATTACCCAAATATTCCCCAAAATATCTGCA	autosomal
CCCTTGGAGGGGCTTCAGGATCAAAACAGCCTGTTGTTCCCTAGAGTTCA	autosomal
AGGGAACACCAGGAAAAGTGGAGGGAACACCAGGAAAAGTGGAATTTCTC	autosomal
GGGTCTAGCAGCTGCCTACTGTCCTCCCCTCTGTGCCTGCTTTCAGCAAA	autosomal
ATTTCCATGCCATTTGTTTTAGCAATTTTGTTTTTCCAAAAGGCATCCTA	autosomal
TCAGCTCTCAAGTAAGCACCTTTTATAGCAAGATGGAAAACCTTTCCACA	autosomal
CCTCTTCAAAATCATCATCCTTTAACTTATTTTCAGCTCCTTTGTAAGAC	autosomal
AAAAATCTCTTTTCCTTCTTTTCTCTCCTTTTTTCCAGCCTTTTTCCTCC	autosomal
AAGCCAGGGCTGGAGCTGGGACTGCTGTGGCACTGGAGGATCTACAGAAA	autosomal
CGATCATTCAAGCATCTATTCCTAGCACATGTTTTGCTATGTTTGAGGAG	autosomal
ATGATCACTTCATTCCACAGAGAACAGATACCTGACCTTTCCAACACTTC	autosomal
AGATGAAGGGCACTTGTGGAGGGTTTCTGAGGAGTTCAGCTGCTGTGCAG	autosomal
AAAATTAAGCTCAAGGACACTTCATTTATGCATCCAAAACAACAGAGTTG	autosomal
AACCCCCTCCCAGTCCCTCCCAGTATAAACCAGTAACCCCAAACCCCCTC	autosomal
GATTTTTTTTTTTTTTAAACTGGGAATTACGGAAAAAACAAAGAAAACAA	autosomal
CAAGTAGCCTTGAGAGAGTCTTTCAGAGTCACCTAATCCCTTACACCCCA	autosomal
ATAATGTATGCAAACAGAATCATGTTTAAAATCAAAGTCAAATACTACAT	autosomal
CAATAATGAGCTCTCCACTGCCTTGAGCAGAGAAATCTACAGGCAACATC	autosomal
AAATACCATTTCTGCTTTGAAACAGGAAAAGCCTCTTTAAAAAAAAAAAA	autosomal
GTACATTTTCGCTGTATTTTTAAGTTATTGACGGTCTAAATACAGTAATA	autosomal
AACAGTAGGCTATTTGGAGATGGCATAACATGAACATGGTTATCCCCACC	autosomal
TGAACCTCTTGGTCGCTTTCCTTCTGCCATGAGCCTTTGTACCCACCTCA	autosomal
ACAATTGAGTTTATGACTGGACTATAGCTTTTTTTATTAAAACTGTAACT	autosomal
CCAGAACCCCCAAAATTGGGGATGGGGGGGTGGGACCCCCAAAATTTGGG	autosomal
AGTCCACCAGGCCATCACCATTGAGATCTACATCCTTGAGGATCTCATCC	autosomal
GGAGACAAAAGATAAAAATCTGTTTTGTTGGAAAGTTACAGCAGTTGTGA	autosomal
ACTTATATATTCTATCACTTATAAGTTAATGCTATGAAATATCTTTAAGA	autosomal
AGGTTGCGGAGGCGCGTGCCGGGCCCGCTCTCGGCCGCCATGGCGTTGAT	autosomal
AAGCCCAGTCCTCCCTTCCTCCCCCCACTTCCAGAAAAAAAGCAAAATGG	autosomal
GAACTGTGCAGAAGAAAAGGGAGTTTGGTTTTTTAATCCTGTTGCCTTGA	autosomal
GGGCCGGCAGTGCTTCCCGGTACCGGTACCGGCAGGGAAAGGGGAGCCCC	autosomal
GCAGCTCTGGGCAGAATTTAAATCACTGAGCTCAGGGATCTGAACTATGA	autosomal
GAAGCCCATTCCTCATTGTGTCTCCACTGTTTGAATGGAAAGCATTCCCA	autosomal
CTTTACATCAACAGTTTCCACCCTTGGCTTGATAACGTTGCAGTCCTCCC	autosomal
CCCCGATCCCAAATTTGGGGTTTTTGGGGTCGCCCCGATTTCGGGGACCC	autosomal
CTGTTTCCTTGGTGCATTTTTAATATATTCAAAACAAAAGAAATGAAGGA	autosomal
GAAGTTGGGCTTGGTTCGAGTAAACGGCCACGAGTGGCGGAGGAAAGGAC	autosomal
AACTATCACTCTGGTTTCTGCACCAAGGGTGTACAATCTCAGACACATGA	autosomal
CCCCGGTCACCGGGCACCGGCCCAGGGTGGCACGGCCACCGGCAAGGAAG	autosomal
TAATCCTACTTGGTGGTTCTCTCTTCCATAATTGTCCATCCTTACTTCGA	autosomal
TATTGGCCAACAAGCAAAGCCTCGTTAAAGTGGTGAAGGGAAGGTAAGGA	autosomal
AGCCTCAGAGCCAGAAAGAATCTTCACTAGAGTCCTTCAGCCAGGTTCAG	autosomal
CACCGGCACCGGCTCCCGGCGGCTCCCGGCGGCTCCCGCGTCGCACGGAC	autosomal
GCTGTGAGACTGCAAACCGATGGGTGAGAGGGAGCCTGTTTTCCTGCAGA	autosomal
TACATGGTACCCCGGAGCAGCTCAGGCGCAGGATTCCTGAGCACTCTGCA	autosomal
CAGTGCAGGACTGGCATTTCTGGCAAGAGAATTCGCTGCACTGCTTGTCA	autosomal
CCTTCCACTGACTTTGCATTTGTGTCATACATGGGGTTTTCAAAAGCAGC	autosomal
ACTCAGTCAGCAGTTCGCAGAGTATCAGCAAGGCAATTAACCTAATGCCA	autosomal
CACCAGAGTCCAGGGAGATGCCTGTAACCACCATGGGCTCAGCACAGGAG	autosomal
CCCTGGGGGCAGACTGACCCCTGGGGCCGTGGCTCAGTCTGGCCACTGCC	autosomal
CCCCCACCCGCGGGGTTGTGCTAAACCACGCCCCTTAACGGCATCGCGGG	autosomal
AAAGGATTTATGCCGTCCCTGCTCAGAGGGGATCCTCAGCACGGCCCTGA	autosomal
AGGCTAGGAGTGGGCAAAGAGACTAAGGGGATATTCTCAGGTTGTTGGTG	autosomal
AAGCCACTGCTGTAAACTTTAACCAGGCGCAACGTATGTTATGCTACAAG	autosomal
CCATTTCTGTAGAGATCCATCTCCATCCTCACATACGCCTGGTTTTCAAC	autosomal
ACCCAGGCCTCGGGGGGCCTCTGCACCTTTGGCAGAGCCTCCGCTGCTGC	autosomal
CTGTTCTTTCTCCCTGTAACCTGCAGTGTTCTACATGGACCCATACGGAA	autosomal
CTCCAAAGATGTTTTGCCAGAGCCATCTAAGGGACCTGGCATTGACACAC	autosomal
GGCAGGTCAGTCTTTATTACTGAATAAATAATCGTATAAACCTTGTGCAA	autosomal
TCCTGTGAAGGAACGAGAATTTCCTCAGTTTTTGCTCTTTTCTCTACTAA	autosomal
GAACAGTTTGCCCCCTGCCCTCAGCACAACTGTCCCTTCCCTGCCAGGGC	autosomal
AAATGATTACTCCTTCCCATGTCTCCCAAATCCATTTCATATAAAATCTT	autosomal
CGGGTGACACCTGAGCCACCGAGGGCACACCTGAGGGCACACCTGAGCGC	autosomal
AAGCACAGTTCAGTTTTTCAGCTTTAAGGTAGCTCTGTATTGGGAAGGAA	autosomal
CGGTGGGGGAGGGGCAACCCCCAAATTTTGGGGGATCCCAACACTCGAAC	autosomal
CGGGAACAGGGGACAGGGATGGCCGGGAATGGCCCGGGGGATCCCAAACC	autosomal
GCTTTCTGAAGTCCAGATAGTCTACAGAGGGCTGAATAAAATCTAGGACA	autosomal
ATTTTCTGCAGTGTTGGGAGCACAGGGTGATTGATTAGAAAGAACCGCAA	autosomal
CTGAAAAAGAGGGTCCCAAATCTCCCTTAAAGCCTCAAAATTGGTGTCTC	autosomal
AAAATTAGTTTCCTTATCCTTTGGATTACACTGGAAATAATCACCAGTAC	autosomal
CTCCCCGTTGTGTCTGTGTGAGACTGTAAATCCCTGTCTCCCACTCCTCC	autosomal
GGAGAGGTTGTTGAGTTGGGAGGATAAGAAAATAAAACATGAGTTCAAAA	autosomal
ATTTTATAACAACCTTTGTACCTTTCTGTAGCTCCATTATTTCCTGTTGA	autosomal
AAAAGTTATCAGAAGCTACTGCTGCATCCAGAGATTTGTGATAAATGCTA	autosomal
GAGTCTGGTCCTCCCTCTGAGCTAACTATACAATCTACTGTCTTTCCTAA	autosomal
AACCCTGCTCAAAGTGTACACACATACCAACACTTCTGACACAGGCTACA	autosomal
CAACAGTAATTTTGTGATTCCTCAAGGTGTAAGACAAAGAAAGATCAGGA	autosomal
AAATGTGCAGTGAACATACCAATCAACACCTGTATGTGCGGTCCAACACA	autosomal
ATTGGGGAGGGGATCCTAAAAATGGGGAGGGGGACCCCAAAAATGGGGGA	autosomal
AGAGAGCAGTCAAATAGCAAAAAAAATTTGAGGCAATGAAAGCAAGAATA	autosomal
CATTTACCTTGTATAACTTGTGTACAGAGAGATTAACAGGGACATGGGGA	autosomal
AATGGCACTGGGTAAGAAGTGATTTGTTTGGCTGTAAATCTGAAATGAGA	autosomal
ACACAGGCCCATGTCTCCTTCATATGTTGCTTCAGGTCAGAGCTCTAACA	autosomal
ACACCTAGATTTCAGCTGCACCAAGTTGTGCTCCCCGTCAGCAGGGCAAG	autosomal
ATTTTATTTCTCATTAAAAATTAAAATGTATACTTTAAATGATAAAAGGA	autosomal
ACGGAGGAGCAGCGGGGCCGACAGCGGCCGGGAACGGGGCTCTTCCCCCG	autosomal
GCCTGGGGTTTTGCTCTTTGATTTGAGCTGTCCCCCCATCCAGGCTGGAC	autosomal
AGGGGCCCCGACGTTGCTGTCCTTGGTGGTGGTCAAGGTCCTGAGAGGTG	autosomal
CCACCGCCCGCCAGTGCCTGCAGCACCCCTGGCTCCGCCCCTAGCCCCGC	autosomal
CCATTCCCCGGTGTGGATCATCTGGTGGCAGATGAGGTTGTTGCTCTGCC	autosomal
AACTGACTGATCCAAGAGCAGCACATGGAAAAAGAGACACAATACAAGCA	autosomal
ACGGGCAGGCAGGAGCTGCGGTCCTGCGTGGCCGGGTTACACGTGAGCCA	autosomal
AAATCACGTGCTAGCTATCTTCATCACTACTGCACAGCGAAGTACATTAA	autosomal
ACGCAAATCTTTGATTTGCATAAAATCTAGAGTGTTTTGACTTTATTAGT	autosomal
ATTTTTATTATATAAAAACAAATATATTATGTTACTATAAAAATACTTGA	autosomal
ATTTTTGGGGTTCCGCCTTTGGGACCCCCCAAAATCCCCCTCAGGGGTGG	autosomal
GCACGTCACTCAAAGGTTTCCCATCGCTTTCTGAGCTGCTCCACCTTACC	autosomal
AAACAGAGAATCATAAAGACCAGCACCAGGCCAGCCCTGCTGCTGTAAAC	autosomal
GTGAGCAAGTTTCCTGGCATTGCTGTACCAACCAGTCTTCCAGCTGGCAC	autosomal
AGGAGTATTTTATAGTGCTGCTCATTTCAAACCTCCTACGAGTTCCCCAG	autosomal
AAGCACTGCTCAGACAGTCTGAATAGGCATGACCTTCTGCGCTGTCAGGC	autosomal
AAATTTAAGGGGTTTAGGGGAAAAATTTGGGGGGTTTTGGATAAATTGGG	autosomal
GGGAAAGAAAATGAAACAAGAGTGGGGTATGATCATTACCTTAAACATGA	autosomal
CAGGATGCGCTCCTTGTTCTTGATGATGCGGCAGATTTGGGGCTGCGACA	autosomal
CAATTTAGTCTAATGACTAAAGACCGTAGATTCCTTCGCATAAAAAGCAG	autosomal
CCCAAAAGGGGAATTGGGACCCCAAAAAGGGGGGTTGGGACCCCAAAAAG	autosomal
ATTGGTAGGAAGCCTTGATGGCAGGTGTAGCAAAAGCTGACCCATGACCA	autosomal
CAGAGACAGAGCTTCCCTCCATTTTCTAAATGGGCTGTCCCCTTAGATCC	autosomal
AGTCCCTGCTGGCAGCATAGGAGTAGGCTTTGCCCAGCACCAGGCGGTCC	autosomal
AGTAATCCTGTATCTTGCATATTTAAAAAAAAAGGTCCAGTGAAAGCTTA	autosomal
CTTAAGCTAACGCAGACCTTGGCTAAACTGTGACTACTCTTGGGCTAGCC	autosomal
AATTGTTTGAAAATTTATAAAGAGAAACAATAAGGATCAGCAACATGGAG	autosomal
AACTCCAGGCTGATGTGCAGAAGGGCAGGAAAAAATTGCCTTCCAGATGA	autosomal
GAGGAATAATTAAGTATTGTCCGTGGAAGGAGCAGGAGGGGGCAGGTCCC	autosomal
GGTTTGTAATTTGGCTATTAGTACGTTATTAATTAAATGCTATAGCTGGA	autosomal
GTCCCCTTCACTTGCTCCAGTTCTCACCTTCATCCTCCTAATCCTCCCCA	autosomal
CAGAGTGGAGATAGCAGCTGTGTGACTTTGTCCTTCTCCTTTCTTGTTTC	autosomal
ACAGAGAGGCAGGTACTGGTGAGTGTGAAGGCTACCTGACAGCTTTCAGG	autosomal
CTCCCCAGTGAGGCAGGAGAGGGAAGGTGTTTGATGGGGGATATGCATGA	autosomal
CAAATGTGGGAGATGAAAGCAGAGCACCGAGAGCTCTGTTTGAGTTCCAA	autosomal
GTAAGAAAAGTGATTTGATTTGTTACGAAGTGAAATAAAGCAAGCAGAAA	autosomal
CTGCTCCGGTTTCCAGAGAAGGACAAGTTTGACGCCTCATGGTACAGAGA	autosomal
CCCCCTCTGCCCCTCCCCCACCTGGGCCACGCCGAAGCCGTGCGGGTGCA	autosomal
CAAAGGCTCTGTGGGTGTTTTCTGATGACAGCAGGTACTCCAGCGCGCCG	autosomal
AAAATTTAATAAATAAATACAGCAAATTAAAGAGAGGCAGGGAGAATAAC	autosomal
CATATCCAAAATCAGTCATTAGGATTCCAATTTCACCAGATTAAGAGTAG	autosomal
ACACCTGGGAATAGCCATGCCAAGGGGATTCCAGGGGCTTGGAACATCGT	autosomal
AAAGCTGCGGAACATTCATGATACAGGCAGAGGTTGTGAAGCACTTAAGG	autosomal
AGTAGTGATTCAAATCTTGTCAGAATAGAAAAGGCCAGAGATTGAGTAAC	autosomal
CCAATAAGAGGGGAGGGGCGTGGCCAGTAAAAGGGGGCGTGGCCTAAAGA	autosomal
GGGCAGGGGGCTCGCTGCACGTCCCACCCTCTGATCGCTATTTAAAGTAC	autosomal
AATTCTTAGGAGACCACTTAATTCTTATTTTCTGCTTCCAGCATTTCTCT	autosomal
CCGGCCACCCCCGCGAAGGCCATCAGAACGTTCCGGACGCTGCCCTCCAG	autosomal
GAGGTCACATTCCCACCCCGGGAATGCTGGACATGGTGCCCAGCAGATCC	autosomal
CATGGCAGCACTGGGGCCTGACAAGGGTTGGGCCATTCCCCTCCCTGCTA	autosomal
AATTAGGAAATGGGCTGAAGCATTTATCAAAGTAAGAGCTTTCCAGTCAA	autosomal
GACACGGCCCCCTGTGAAGTCTGCCTTGGAAAATCCTCTACAAGAGAAGA	autosomal
ACAGGCGAGGTCTTCCCTGGTGCTCTGAGCCCTGTGAGCTCTCAGGATTG	autosomal
GTGGCCAGGACACAGAGGTCATTCTACACCACCTCACAACACTGCTGGGA	autosomal
CAAACACCACCAGCTTCAGAGGAGCAGAGGGACATGTGGCACCTGTCTGG	autosomal
AAAATGTATTGGCAGTACAGTCTGAAATGGACTTTTCATGAAGAGTTGAT	autosomal
CACCTGCAACCAGCTAATACAGACAAAAATAACTACTCCTCACTTGCCTG	autosomal
GTCATGCAAGCAGAGCCTCTGCAGGATTTCAAGCCACTGGGTGGTCTGCA	autosomal
AAGACCTGCTTTTTTTTCTGAAACTGCTTTATTTAGTAAAAGTGTTTAGG	autosomal
AGAAGCATTGACAGCTCACAGGAATTCTTCCAGAGGGGTGGAAGGATTTG	autosomal
CACACCAGGAAAATCACACACACAATCAACTCCCATGAAACCTGTGGTTA	autosomal
ACTCCCCTCAGACAAGCCCCAGAAACACTGGATAAATCGAGGTGTGGCAG	autosomal
ACTGTTTGAAATGCCTGTTTGAAATCCTGCATATCTACATCTAGTGATTC	autosomal
ATATATATCAATTTCTAACATCACTTGATAAAGTCTGATCCTGAAGTGTA	autosomal
ATTAAAGATAAAAAAAAATCCCCACATGGTTACTCCAAAATGTTCAAGGG	autosomal
AAAAACAGTGATATGAACACCGATGCTTCTGTTTGGGTTTCTTTCTTTGG	autosomal
AAAGCTCAGGGTTAAAAAGCTCGTCTGTTTTGCTCTTCACTTTGAGCTCA	autosomal
GCTACTGGCCAATCTGAAAGAGCATATTTTTGCAAACCGTTAAAATATAA	autosomal
ATACCAAGTTCCTGTGTGTTTTATTTTTTCAGATAAGGAAAAAATAAAAA	autosomal
TCGTGGCCCACAAAGCCAAGAGTCACCCTGAAGTGCTCATTGCTGAAGCA	autosomal
CTGTCTGGCAACGATATACTTTGCATTTTTGATCCTCATGCGAGATATGC	autosomal
ACTCTTCCTCCTTTTTCGACCACAAGATCGGTATTCAGATCTGATGGGAA	autosomal
CCTGACAAACTGCCTCCCCTGGAGCACACACAGCTCAGCCCAGCGCTTCC	autosomal
ATATTCAAAATACAATTTCAATTAAAATAACAAACGAAATAAAACAAAAT	autosomal
AAGCTTCTAAACAAGAATGGAACTGTCAAGAAAGTGTCCAAATTGAAGCG	autosomal
ATGCCGAGGGAGGAGAATACCCGTGGGGGGATGCCCGAGAAGGGGGTGCG	autosomal
ATTGGGTCAAATTTGGGGTTTTCGGGGTCGTCCTCGGAAAGGTCCCAAAG	autosomal
GAAGATTAGAAAGTTTGGGAGAAGGACTGAGAGTCTCTCTCCTCCTGATC	autosomal
CAGCCTAAGCTATGCCAACAGCTGCTTCAACCCTCTCCTGTACACCTTTC	autosomal
AGAATGAAAAATCAGTCATTAAAAATCCTCTCACAGTTAATATCCCACAG	autosomal
ATGGAAAGGACGGTGCTGAAGGGAGATGGGGCTGTCTGCTGACAGCTCCC	autosomal
CTGGCCACTGACTTGTTCCAGGAGGAGAGTGAACCATTGATCCCAGTATA	autosomal
ATGAAGTCAACTACAAGCAATGAGTTAATGTTTGACTGGGACCACACAGG	autosomal
ATTAACCGAAACCAAGAAAAAGGAAGAAACTGTTGCCTTCAGATTTCCTG	autosomal
GTCTCCTGGGGCGTGGTCCCCGCCTGCCGCCAGCGCCGCAGCCCCGCCCA	autosomal
AGATTGGGGACATTGGGGACATCGGGGACATCGGGGGGATTTGGGGACAT	autosomal
CAAGGGAACTCCTGCACAGGATGCAAATTCCTTTGTCTGAAATCAGACAA	autosomal
GAAAAGGTGCTATTAGCTTAAGACTTCTTATTCATTCACATGCCTCACTC	autosomal
AACAATCCAGTGAAATTCTGAATTATGTCTTTCTTCCTGCTCAAATCTGG	autosomal
TCAAAACATAACTTCCACAAGAACTATTGTTACTGCTGTTTTGCTCAAGA	autosomal
CAGGGATGATTCTTTCTCTAACCAATGGTTTGCACTACTACTAACTTGGA	autosomal
AAGCATATAAAAAGGTATTAAAAAAAGCAGGTTCACTTGTACTATGGTTG	autosomal
AATTACTATGAAACTGATCTAGCAGCCTCTTCCTCTCTTTGTCAGAGAGC	autosomal
CGGCCGAGCCCGAGCGGCCCCGGCGTGTGCAGCACCACGGCGGCACCGCC	autosomal
GTTTTACAGCCACAAAGTAGAGAGTGTGGCTGTCCTGCTCCAGCTGACAA	autosomal
ACATAACTCTTCATCAAAGGAAACCTTGACACTGTTTAGAAAGTCTTACA	autosomal
ATTTTCTGTTATAAGCTTTCGTGTACATATAGGCAAATACCAAACCCCAA	autosomal
CGGGGCAGCTCCTCGGCCGGGTTGGCCGAGCCGGCCAGCGCCACGTTGAC	autosomal
ACATACAGCAGCTTTCATATTCATCCCCCTCACCAAGAAAATCTGTGCAG	autosomal
CACGGGGACACAGGAGACAGCCCAGCTGGGACAGAGGCAGCTGTGGCAGC	autosomal
AACCCCGGTAACCCCGGTAACCCCAGTAACCCCGGTAACCCCGGTAGCCC	autosomal
GTTGTGGCTTCACCATGGTACACTAGGTTTTATGAACCCTGGGGAGCTCA	autosomal
GTCTGAAGTGCCAACACCTGAAGAGCCTGAAAAAGACCAGCAGTTCTCCA	autosomal
CAGCAGGACACAGGCGTCCCACCAGCCTCCGCCACAGCCCGGCCCCGGGG	autosomal
TGCTGCTTTGTATGGGGTCAAGTGTAAACTTTTCTTTCTGTGCAATGCAA	autosomal
CCAATGGGAAACCTGTTGCCAGGCAGAGAGCTCATTTGAATGGCCCAATC	autosomal
CCCTTTGCCTGGGCCTCTCAGTCCTTGGTGCTGTCCTGTGGCTGCTGTCA	autosomal
AACCAAGAGCACTCCAGTGGGATGGTTCCTCTTGCAACAGGGATAGAAAA	autosomal
CCGGCGGCGCGAAGCCGGCGCTCAGCGCATCCTCGTAGAAAGTAGGCTCC	autosomal
GGAGAAGGGCCCCGAGGAGGGCTGGGCCCGGGACGGCGCCTTGCAGGGCC	autosomal
AGCCCTCACCCTGTCTGCTTGTGATGATTGACAGCCACCCAGAACATCCA	autosomal
AGCCTTAAGGACTCACATCCGATGGCAACCTGTTCCTGAGGCAGTAAATA	autosomal
CTAGATCAGAACTGGTTTGTGGTAAGGAGTCTGAGGTGTGTAAGTCCCAC	autosomal
CATGCTAAATCCAAAGATTTCCTTGAGAAAGCTGGAGCTTGGCAACTCCA	autosomal
AGCCCCCTGGAGCATCCCCAGACCCCCGGAGCATCCCCAGCTCCATCTGA	autosomal
ACATTCCATCCTAGCACACGCACAAAAGCCCTAAGGCTAGCAAAAAAAGA	autosomal
AGCAGCTGAACGATGATGCCTCAGCCATGTCTGAGCTGCCTGGTGGCCTC	autosomal
AATAAGGGGCACCTTGAACTTCTTGCTCACATGGCGTATGTTACCATTGC	autosomal
GCCCCGCCCCGCCCCCCAGTCCTGCGGGAGGAGCTGGAGCCGCCCTGGCC	autosomal
AACCAGTCAAAAACTAGCCTACGGTTTCAGAGGCTTCCCCGTTCAAAAAA	autosomal
GGGGACACCCCAGGACACCCAGGGGGACACCCAGGGGATGCCCAGGGACA	autosomal
CACATTCAAATTCCCTGATTGATGTTTTTATGAAGACCACTATGAGGAAA	autosomal
GGAGTGGCCCCTGAACGGCACATTGGATGCCTCGGTGATAACCCCCTTAA	autosomal
AAGTCAAGCTTTGAGTTTTTTCTGAGCCTCAATCCTGGTGCTCCTGCTCC	autosomal
GCCTGATGGACGTGGTGCAGGCCACGCTGGGCCGGGCGGCGCTGGGCGCC	autosomal
CACTTACTGTTCATACTTTAGCTAGAAAGGCATCAATCAAAAAAAATTGA	autosomal
GCCCGCGGCCGCGCAGCCTGGCCGAGCGCCTGGCCGCCCTCAAGGGAGAA	autosomal
AAGCAGAAACAATGTCTTGTCTTGATGGAGATTAAAGACTTGTGTGGATT	autosomal
ACCATGGTGTAGCACAGAAAAACTCCACAGAAGCAGCCAGACATTGAACA	autosomal
CGAAGGAGAAACTACCCTTCCTACAAAGCTGATTTTTAAGAAAGTTAAAA	autosomal
CAGGCTGTCTCCCCTGCAGGGACCTGCTCTCCCTGAAATGCCCCGGCCCC	autosomal
GGAAGCACTTGCACAGACCAAAAGCATTATCAAAATATTGCCTTAGGCAA	autosomal
ACAGCTATGAACACAAGTTCTGAACTCAATGGAACACACTTTTCAGCTCC	autosomal
TCAAAAACAGATGTGTAAAAGGAAGTATTTTGTATTACAAAGATATAGGA	autosomal
ACAGCTGCGAGTTCCTCCAAGCACAAAGGCCAAGACAGACCACAGTGCCA	autosomal
ATGCAGCATTTTTTAGTTACTGTTCAGATGAAATACTTCAACTGGCTTGA	autosomal
GCTCCCTTCCTACTCCTGCAGAGTCATGCTGTGCCATCACCTTTTTACCA	autosomal
AGTTCCAGGATGAGGTCTGCTGCCAGGCCAGGCAGTCATTACAGTCCTAG	autosomal
TATTCATGATCAAAACATACAGGAACACGATTCTTTAAAACTTCATCAGA	autosomal
GCTGTGTGTTGCTACGTCCCTGGGGCAAACCTGGTCCCCATGGGATGGCA	autosomal
CACTTTCCCTGTATCCACCTGCTTTTCCCTGACCTGCTCTTGGCATTTCA	autosomal
GTAAGGCATTTTGGTAAGTTAACCGTAAGGTCCAGAGTGAAGATTCATCA	autosomal
TTCAGTAAAGATTTGGAATGAGAAAATTCAGTTTGAGTGAATAAATTAAA	autosomal
GGATGGATGCCAGACCTGGGTTCATGTGCACAAGTATTTTGGAGACTCAA	autosomal
ATCTTACGTGGTGAACTGTCCTTCCATCTTTGTGATGGGGACACGAGGGA	autosomal
AGCAAGTTAAAACTTGGGGCTCTCCTGCCACTGAGGAAAGTAGAGAAGAA	autosomal
CAGTTCCTCTGCCTGGGGCTCAGGTCTGTCACCAGCTGTCCTGGCCCTGC	autosomal
AAAGACCTTCCTCCCTATTCTCTCTTTTTAAAGAAACAAAACCATTTTTA	autosomal
TGTAATAAATGCCTCTCATACTAAAGAATAAACTTAGTTTTGCCTCTGAA	autosomal
ACAATTTCTTCGAGCCCCAGATCTTTGTCATCTTCAACGATGACCAGAGC	autosomal
CCCCGATTCCTGGAGAACCCCCCCAGATCCTTGGGGACCCCCCCAGATTC	autosomal
GCCGCAGCAGCGCAGGTAGCTCCCCACCGCTGCCGACGCCGTGGAGCCCA	autosomal
TATTGCAGTGAATTTTAATCTGTACACTGACAATAGAGTTTGGCCCCTGA	autosomal
TTGAAGCAGATGCAGCCAGGCATTTTGATCCAACTTTTAAGATGGAAAAA	autosomal
AAATGCAAGCAAAAGAGAAAAAAAAACCAAAACCCAAGGTTTTCTATTGA	autosomal
CTGTGGACTTTATTAGTAACCTTGAGGCCTAATGTGTACGTAAGTTTGCA	autosomal
GGGTGTTTGGGCTAAAAAAAAAGTCTCAGAACATGAACATTTTGCTCCTA	autosomal
CTTCAGTTTCTTTATGTCAGGGTCCTCACAAATTCCAAAGTATTCAAGAA	autosomal
AGCTGTCCAGAATGCTCAACCTCACTGACCGGCAAGTTAAAATCTGGTTC	autosomal
AGCTGCAAAGGGTGTGGGCAGGGAAGGTGAATGGCAGGAGCTATGGTGGG	autosomal
AAAAGTCCATCCAAATGCAAATGCCTAAGTGAGCGGAACACAGAATTTGG	autosomal
GCCCCTGCGCTCTGTGGGGAGTTCCTCCCTGTCCAGCTGTTTGGAGATCA	autosomal
CCTTGCTGGGTATTAACATGTTAAGAGTTTGTTCTGTTCCCTCATCGTGC	autosomal
ATGGAAAGATGTGTGGCCACAAGTCAGAAGCAGGGAGCAGGAATGGCTCC	autosomal
TCCAGGCCGCCTCAGAGGTGATTGGCACAGAAGCACAACTCCTCCTGGCA	autosomal
ATTGTAAACTGAAGTGGAGTTTACATGCAGCATCAAAATTAGCTTTCCAA	autosomal
ATATTGTCTCTTCTCACATTTGTCTTGATGTGCTTTATCTCACAAAAGGG	autosomal
CGGGACGACGCGGGCGGGCCGGGCTGTGAGGGGCTGACGCCGCTGCACGA	autosomal
AAATCACAAATGGTACATAATGGTGATGGAATTCTGCAGGAGAAGGACAC	autosomal
CCTCTTTCCGGCAGAATTCAGCCACAGAGCGTGCAGACAGCATTGAGATC	autosomal
ACAAAGGACTGTGTTGGTAACGTTGATGCCACACTTCACACAGGTGGGAA	autosomal
CGAGCAGGCCAGGCCAAACCCATCCGTGGATGGATGCCAGACCTGGGTTC	autosomal
ATAGTAAAAGCTTCTGTTCGGTCTTCTTTCCAAGTTCTGGAGCATATTAA	autosomal
AGAGGAGAAATGTGGAACAAGGAGAGTGACCTGTGGCAGCATTTGTCACC	autosomal
ACACAGCAAATATCACTACAAACACCACAGTGTGGACCAGGCTCCCCACT	autosomal
CCCTTGCCGGCACAAGAATTGGGCTTTTAGATCCTCTCCATTTCCAAACA	autosomal
ATTTCTGTGGAAAGGGGTGGAAGACATGAGTGCCTGTTTTTACCCAATCC	autosomal
CTGGAAATTAACTTATGGCAGAGTGATTTTTGTCCCCTTGTGTTCTTTTC	autosomal
CACAATCGTCTCAGGGCAATTATACTAAAAATAAAATCTTAAGAAAAAGG	autosomal
GAGAGAACCAAGCCTTGGTGAGAATCCACACTGACTGCACACAGCAAGAA	autosomal
ATCGATTATTGGATGGCTTTAAGTTCTGCAGGCACTTTCACAGTGCTCCC	autosomal
CAGCACTCATAGATGAAACTGTCTGCCATCTTGCTGAGTTTCATTTTCTC	autosomal
TCCTACATATTTAATGTCCATTTTTTCCCAAATACTATTCTAATGCTGCA	autosomal
AAAGCAGCCCCTGGAAGGCACCTGGACAGATATTTTAACCTTCTTGTCCA	autosomal
AATGTGAAAGGTCGATCTGCTTTGAAAATAGGTGTTCGAGATCTTTTCAG	autosomal
GCCGGTTCCCCCCGGGCCACACGAAGGTCCGCGTGTTCCCGAAAAGCAAC	autosomal
CAAACGCCACAGGCATGAGTGGATGCTGCTGCCATTCAGATGCCTGGAAA	autosomal
TCGGGAACCCCCGGAGACGTTCGGCAACCTCCGGCAAGACCTCTCGGGCA	autosomal
ACCCCTGGAGCCTCCTTGGTGGTGAATAAAGCCATCCCTGTGGCTCCCCC	autosomal
AATGTGTATTGTGTGGCTGGCATAAAATAAAGCTGATTATGAGAGCTGAA	autosomal
CTGGAAGCACTGCGCTGGCACCGTCACCAGGGAGAATGCCAGGCTCAGCC	autosomal
GAGGATGGCCGAGGCTCTGCAGCTCCCCTTGCACAGGTTGCCCCATGTCA	autosomal
CTGGTAGAGAGCGATGATCTGTAGATTCAACTGCTGCTTCCATCATTTTC	autosomal
CCCTAAAAATTCACCATGGTGGACTGTAAATTCAGTTCGGATTTTACGAC	autosomal
ATAACCAATTTTTATGTTCCCCCATAATAAAGCTTTTGCAAATGCTGTAA	autosomal
AACCTCAAATGGAAATACTGCAGAAAACAGTCCCAGTATCTCACCTAGTT	autosomal
CCAACCCCTACCCCCGCTGCTCTTCCTCCTCCTCCTCCTCCTCCTCCTCC	autosomal
ATTTGCAGCATACTGCATGGTTCTGTAGAACTTCAACTGTAGATAAATCA	autosomal
CATGGAGCTTTACATTTTTTTAATGTCTTTTACATGTAGGTCTTTGGTAA	autosomal
ATCGCTCCTCGGATCCGCCGCCGTGCCCCTGCCCCACCAGGTGCTGGAGA	autosomal
AAAGACATATTGTAGGACAATACCAGAGATCCTGAAGTACTGAAAAAAGA	autosomal
ACAGCACGGAGGGGATGGACCTCCACAAAGCTCTCAATGTTCTCCACGGG	autosomal
AAATCAAGGAAAACTGAGGAAAACTCATGGATTTGTGTGAGGAAAATGTC	autosomal
AACTTCTTACGCATCTTCCCGAGGTGCATGGCAAAAGCCTTCAGAGGACC	autosomal
TCTTGCAGTCTAATTATGGCTGTAGCAGGTCCAAATCCAGCTGTTCCACA	autosomal
GCAGGCTTGCTGCCACAACACTTGACTTGCATATATCCATTTGGATAGAA	autosomal
CCTGCAGCAGCAGCAGCGGGAGTTACAGGGTGACTCATCTTCCCCAAGGA	autosomal
CATGTGTTCCCTTCCAAGTGTATCTCCTTCAGGACCCTGGACTCTGATTA	autosomal
CTGCCCCAGGGAACAGGGGTTGGGTGGGGGAACAGGTCCCTGCCCTGCCC	autosomal
GGTCTGTGGGATACACAGTTATCCCAGCGCAGACTGGGCAGGTAAGGAAA	autosomal
CATGCCAGGAACCTTCCCTCAGCAGAAATGGCCTGTTTGCTTCCCTGCAA	autosomal
AAGACAGCAGCCGAGGAGGCACTGAAGAAGATCCCTGCCATCAGCCAGAC	autosomal
AGGAGCAGAAGGGACCCGTGACCGCCCTGTGCCACTGCCACGGCTACCTG	autosomal
TTTAAACATAGCCTTTGATCCAAAAAGTCCATTAACAATTCTATAACAAA	autosomal
AAAAAAAAAAAACCCAAAAAACCCCCCAAAAAAACCCCATAAAACCTCCC	autosomal
AGACCTCAGTGACTCCTCTAATGGAAAGTCATCGACCCTCCTTATATGAA	autosomal
GTTTGAAGAGCTTTCTTTTTTTAACAAGAAAATGTTATTCTAATACTTTA	autosomal
GAAATTTAGGTCACTTGCTAGGAAAAACAAGGTTGGTAAGACTAGCAAAA	autosomal
CGAGGGCGAGACCGAAATTGAAGCGGCTGTGGTGGCCCCGGGCCAGGAAC	autosomal
CGGTGGGCGGCGAATTTTTCTTCTGCTACGACGCGTCTCCGTGGGCGCCC	autosomal
AGGACTTTAAAGCCTTATTTTCACAATTAAAAAACCAGAGGCATGACCAG	autosomal
CACCTGTGACCCCTCACATGGGTCCTCTCACCTGTGACCTTCACCTGTGA	autosomal
AATATCATCAAAGCAAGGAGTAGGGTCAATGACTGATCATGATTGTTTTC	autosomal
CCGCAGCGTGCTCCAGCTGCGGCCGCCGTCGGCGCTGGTGGCGAAGCAGA	autosomal
ATCTTTTGCAGGGGTCTTCAGTTGGTGGGAAGGATTGAGCTGGACCAAAG	autosomal
ACAATCCTCCATCCTTCGGGACATCCAACCACCCACCAAGAATGCACCAT	autosomal
ACTGGGAAAATGTGAACCCATTGCTGAATGAGACAGGGCCTGGTTGACAC	autosomal
AATAGGTAATTCAGATTCCCTAGATGTGGCATCTGCATTTGCTGGTTTTA	autosomal
AGTCTCTGGGCAATCAGGATGTGACCCAAAAACAGGAAGAAGAGTTATGA	autosomal
AATGCTGGCCAGCAGTGAGCAGTGGCCAAAGGATGTCTTGATGGACCATC	autosomal
CCTCGATGCCACCGAGGTTTTGTACCGGGAAATCCTTGACATCATGAAGA	autosomal
CTGAGTACTGCAAGATCTTCCAACCAACAGCCAAAAGAGCACACTGAAAG	autosomal
AAATTGTCATCGCTCTCCCTTCAGTAGCAGAACTGGACAAAGGTATCATC	autosomal
GCTCTTGGGCTCCTTGTCTTTTTTTTTCTTTGTTTTATTTCAAAGTGGCC	autosomal
AAATTTCTAATGATATACAAATATATATATATATATATTTGCAATCTTAA	autosomal
GTCGGCAGCGGGGCTGTCCTGCAGCTGGGGGCCGTGCTGGGCTGGGAGAC	autosomal
AATTTTCTGTATTGATGTCATGGCAGTGTGTTCCAGAGTGTGCAGCTGCA	autosomal
CACGGTGACCTACAGCGTGCGGGAGCGCGGCGAGTACGTGCTGCTGCTGC	autosomal
CGCGCTGCGCGAGGCCAACGAGGAGCTGCGCTGCGCGCAGGTGCAGCAGA	autosomal
AACCCCCAGCCCCACCACTTATAATAGCTGAGTGTAGGATGTTTACAGGA	autosomal
TGGATGCATCCTGACAACTGCAGAAGGGCCTTCCAGAGGTTCTTGACACA	autosomal
ATTATTGTATCTGTAAAAGTTTCTTTGTAAATACTGTGAGGTGTGTCTAA	autosomal
AGAGGCTGTCAGTGGTGCTGTGCATCCGTGTTGTTGTGGGCTGGGACAGA	autosomal
ATAGATGGGGAAACTCAAGAAAGAGACTGTGGATTGCTGTTTATTTTATA	autosomal
ATAATCTTAGATTTGCAACTAAGCTTCTCAGCAACAATTTTGTACTTCCA	autosomal
ACGTGCCAGGAGGTGAGGGGCTCTGGGGGGCTTCCTCCTCCTCCTCCTCT	autosomal
ACCTAAGGACAGGCTCCCGTGGCTCTGCACAGCACCTGGCACCTCCCTGA	autosomal
AATTTGGGGGAAAAATTGCGGAATTTGGGGGGAAATTGGGGGATTTTGGG	autosomal
TACAGGCAGTCCCATGTAGCGTTTCTGCACAGCAGGCGTAAGGACCAGCA	autosomal
ACACCGTGAGAGCGGGGACACCGGGACTGCGGGGATACCGTGACTGCGGA	autosomal
ACCCCCCCTCAGCCCAGCGTGTCCTTCCAGGGTCTTTTTGGGGGTTCTGA	autosomal
AATGGGGAGGAATGGGGGGGAAATGGGGGTGAGAATTGGGGGGGATGGGG	autosomal
CAGACAGCAATGACAGCTCTCTTGTGATTTGCCGAGCAGGAGCGGCACGG	autosomal
AGTTATGAAGTAGGTAAGTTTAATCAGTCAACTACAAAAGCTAAAAGTGC	autosomal
AAATACCAGTTTTTCTTTGGGAAGCTTCTTGAATTAAAAGGTTGAGATTT	autosomal
CACCATGCCAAGGGATCACCAGGTAAAAAAGAAAGGGTATAGGCCAGACA	autosomal
AACTACTAAAGTAAAGCTATGAAGAAATCTTTGCAGAGAATTTAAATTTG	autosomal
GGCTGAATGAGGATTTTAGGACTGACTTAAGTGAATATCTTAATTTTAAA	autosomal
AATTTAATGTTCTGATGGAAGTCATCCCTAATTCCTGATAGGAGTTACAC	autosomal
CCCCACGCCGACGACGTCTACCACAACTTCCTCCACCACCCCCTGTGAAC	autosomal
TCTGCGGGCTCCCCCCAAGCCCAAACCTCCTCCTGAGCAGACAAAAAAGA	autosomal
CAGCTACATTGCAGTTCTCTGGGTTTTGCTGAGCTGATGAAAGTAAAATA	autosomal
AAGCAGACCTGGTAGCCGAGCAGGAAGCAAGGCTGGCAGCAGGTCGAGCA	autosomal
ATGTCATCAACAAGGAGATCTGCGTCCGCACCGTGTGCGCCCACGAGGAG	autosomal
AATGTTGTTTCCAAAATAACTGCAGTTTTGGGTAGTCACCAGTACTGACA	autosomal
ACAATAGTTACCAAATAATGAATACACTTAATCAGTTATGTTAAATTTCA	autosomal
AAACTTGTTTCTACTTGCAAGCTATTTCATGCCCCCTCTGAAATAAGAGC	autosomal
CACCGTGGCTCCGTGCTCTTCGTCTCGGCCAACGAGAGCATCTCCCTGCA	autosomal
TGAATACGTTAGCTGAGCTACAACTTTCCATCTCAAGCTAAAGCTCACAA	autosomal
GGATCCTCCAGCCCCCTCCTGGCTCCTCCAGACTCTGCTGGGATCCCCCA	autosomal
TTCTCGGAGCCGCACTGGCACGGGAAATATTTGCTCTTGATGTCCCAAAA	autosomal
AGCAATATTTTCCTCATGACAAGGGTTAGAACAAAAGAAATTAATCTCCC	autosomal
ACTACTGAAAATGGTGAAGACTTGCAGCTCACATTTCAACTTTCTTGAAT	autosomal
TTACAGTACTGATTTTTAAAATCAAGTTCTTAATGTTTTCATAAGAAAAA	autosomal
AAACCAAATTTTGCATTTTAAAGTTAAGGTAAAGATAATGAACTTACCAC	autosomal
TATTGATGAAAAAGTATTCACCAAGGAATTGCAAAGAAGGAATAGCAGCA	autosomal
AATCCAATTTTCATTGCTCTCATCTCCCATGCTGCAGCCACAGCCATCCT	autosomal
AGTGATGCCAGAGATATCTGTCAGGTCCTAATACCTCATTTCCTGAATAA	autosomal
CTAGTGTGTGCTACGGGCTGCTGTGGCGGGAGGGGAAATCAGCTGGCAGC	autosomal
AACTGTCAGCAATCTCTTCCCCAATCACAGCTCTACTATGGCATGATAGA	autosomal
CTGTATGTTGTAAAATTATAATTTTATAATTTATGTTTCTGCACTTTTAA	autosomal
ACTGGAAGAACCACTTCACCGTGGCCCAGAACGAGCGCTTTGACCAGGAC	autosomal
AGTTGCTGCGGATGGTGTCCGAGATCATCTTGCCTCCCGACTGCCCGATG	autosomal
CCTTGTGGTGGCAGTGAGGGAGGAGAAGCCTGGGATGGGCTCAGCTGGGC	autosomal
CTCACCCCTGAGTCTTCTGCTTGGGACCAATATTGCAGTTCCTGAGCTCC	autosomal
AAAGACAGGGCTACAAGGCGACCTCCAGGCCTCAGAAACTTCTCAGCTGT	autosomal
AATGGGTGGAGGCATACAGTGAAAAAAAAATCTTATCTATTCCACAAGAG	autosomal
AACACCCAAAGCCTCCCCGTGCCTCCCTTTTCCTGTGCAATTCCTGCCTC	autosomal
AGAGCCCCATTGTCAATGGATATTTATGAATGGCCTCTGCTCACTTTCAG	autosomal
CCATACAGGGAAAGGAGTCTTTCCTTTTTGAAGGCTGGGATGTACTGAGC	autosomal
GAATATACTCCATATCCCTCTTTTCTTTCCTAAAATGCTTGTTTTGTGCC	autosomal
CCCTCAGCCCCCCGCCCCTGCCTTGGCCCCCCCCCTCCCCCCCGGTCCCC	autosomal
CATCTCTTCCCATGCATTCCCCAGGCCTGGAAACAAGGAAATCTTCTCCA	autosomal
GTTTTAATTTTATTATTACAAAAGCTACAGAGTAGTATAGCCCTTGGAAA	autosomal
CGGGCTCTGGCGCCGTGCCGGGGCCTGGCCCGCGCCACCCCCTCCCCATA	autosomal
AACAACAACAAAAAGAAACCTGCATTTTTTTTTTTCCCCGATATGTTACA	autosomal
AGGGGCGGAGCCGGCTCTGCCCGTGACGTCACTGAGGGGGCGGGGACTGA	autosomal
GATGGTCCCCAGGCTCTGTGATTATGTTTTCCAGGGTGTATTTATTTCCC	autosomal
ATCTGTTCTCTATAGAATGTAAACCTGAGATCATCTAAACTCAGCAGCAA	autosomal
CTGGCTCCGTAGGGATCAGGAACAATTCACTACACAGGGTGAGAGACTTC	autosomal
AGGCACTGCAACCTCCATCTATGTCTGGAGAGTGTTCTTAGGCACCCTCA	autosomal
CTCCAGGGCCGGGGCTGCCGTGCCCTGCTGCTCCGAGGCCGTGCTGGCCA	autosomal
ATCCTGGCGAAAATCCGCCCTCACATTTTCTTTGATGACCAGATGTTCCA	autosomal
GGAAAGCCTCATTATCTTAGCTGGTTTGAGAGAAGGGTGGAAACTCCCCC	autosomal
CTGCGCCGCCTTCAGCAGCTCCACCGCGCGCTCGTGCTGCTCCCCCTCCA	autosomal
CAATAGCAGCTAAACTGGAAGCTGTGAAGGGTGGCCAGTCTCTGGGAGTG	autosomal
CCCTGCGCAAGGTCCAGCCCGACGGTGAGGGGGGGGGGAATTTGGGGAGG	autosomal
CAAATACAACCAGAATTGATACTTCTGGCCTCTAAGGTTGAAATCAATTA	autosomal
AACGTTAACATCTGAGCAGAGATCTGCAAGCACACAGGGATAATCATTCA	autosomal
AAAGGCAGGAAAAAAGCACTGGAAAAAAACCAATTAAGAGATTGAAGCAA	autosomal
AAAAGCAGGATGTGTAACCTCCCTCCTTCAATATGTGATGCTGGTTGCAG	autosomal
GCTCTTGGTGCTCTGAACTTGGTAACACCTCTGGCATCCCGACACCACCC	autosomal
GGGGGCAGAGATGATCACACGCTTGGCACCACCCTTCAGGTGAGCCTGGA	autosomal
GCAGCACCACCCACCCCAGGAGCTCCCTGGCAGGGCTAGAGGGACCTCCA	autosomal
CTCCAGGTTACACCTGGCCGAGGGAACACTGCAGGAGAACCTGAGGAGAA	autosomal
GAAGCCTGCAGCCTTTTTTTCGTTTGATTGTTTTTTTCTCTTAAAGCAGA	autosomal
GAACAACTCACTCCTATTGTATGATCTTTAGTAAGTCAATAGCCTGCTGC	autosomal
CACGCTGCTGAGCATGGAAATGAAGCTGAGGCTCCTGGACTTGGAGAACA	autosomal
TCAGAGATCCTTTATCTGAAAGTGTTACAGAAACGATCCATGGAGGGTCA	autosomal
AAATCCCCCCCGGGATCCCCAAAAAAATAACACCCAGGAAGCCCCAAAAT	autosomal
ACACGAGAATGCACAACGCGAGCCACTTGCCACTTTGCAAGGTAAAAGAG	autosomal
CTACACTCTGCAGTGCTTCCATTTTTTTATTTCCTTATTTCTTTGATTGC	autosomal
AGGAGAACCAGCACATTTTAGATGCGTAGTTTGCAGTTCAGTGTGCCCAT	autosomal
CATTTGCAGAGAAATCTGGCTCCACCAAGTGACAACTGTTGTGATTGCCG	autosomal
CAACGTGCGGTGCCAGTGCCCGCCGGCCTACACGGGCATCCTGTGCGAGA	autosomal
CCCCAAATCCCCCCAGAACGCCCCCAGACCCCCTGACCTCCTTTGGGGGC	autosomal
ACCTGTCAAAGCGTAACGCAGGTGTCCTAAGGCGAGCTCAGGGAGGATGG	autosomal
GCTTTATCATATCCATTCCAGGCAGCTGGTTTGCAAAGAGATTGCCTCCC	autosomal
ACAACTGGACAACAATTCCCAGTAAGAACAGTGTTCATCACTCATTTTAT	autosomal
CACCTGTCCCAGCGCCGGTTTCACGGACCTGGCTGAGATCGTGTCGCGCA	autosomal
CTCCCAAATCTCCTCTTTTTCCCCAGATTTTTCACCCAAAAGCTGGTCCA	autosomal
CTTCTTCCTGGCCAAATGGCAAGTGGACAAAAACCGCCTTGAGCAGCTCA	autosomal
AGCCCCCCCCGCGCTCCGAGCCGGAGCCTTCGGCCTCGTCCTCCTCGCTC	autosomal
AAAGAGGTGCCCATGGCATGTTAAAATAAGGAGGTATTTTCCCATTGTGG	autosomal
ACATATCTTCTGAGAGATTTTCATGGTCTCTTCTTCCAGCTTGTCTTCTG	autosomal
GAACACGCAGACCACGTGGACGACTTTGCAGCTGGCAGGAAACACTGTTC	autosomal
CCTTCAGTGCGTACTTATTCTTGTTTGGTAATTGTCATTCATTGCACAAA	autosomal
ATCACACATGCACACGTTCAGGTATTTTGAAACAAAAGTGCACACAGAAG	autosomal
ACAGTGACCAACTCCAAGATCCTGCTGGTTTTATTTTACCCTGTCAACTC	autosomal
AGGGCCACAAGATGTCAGATTGAGTTTTCAGCCATCAACTTCCCTTGTGA	autosomal
AGTAATGACCTATCAAGCACGGGCTGCACCACAAGTCCATTCATGTGCCC	autosomal
ATAAATGAAAATTTTCTGTCCACTTAGTCATGTAAAAAATGAGATCAATA	autosomal
AATCTTTTTTTAAAAGTGTAGCAAAAATGGAATCTATTTACACAGTAATT	autosomal
CGGCCGCAGCCGCTCCCCGCGGCCTCGGGCCCGGCCGGGACCCCCCGCTC	autosomal
CACCGACAGCGGGTCCGTGTCTTCGGGCAGCTGGCACTTGTGGGTGAAGG	autosomal
GGAACAGCGTGGGCGACACGAAGTACTTCTCGATGATTTCCGCCAGGAAC	autosomal
CCCTTTTTTCCCCAGATTGTCCCATCCTTGTCAAGACTGGACTGACAACG	autosomal
TAGCCTTTAGTTATCACCAGTTACATTTCCAGCTGTTCTATTTCATCCTA	autosomal
ACAGCTAAAACACAGCAGGTAAAAAACCAGAGTCCGGTGTGCACCAGCTG	autosomal
ACTGCGTCCTGTTCGTGCTGTGCACGCGGGCGGTGCGGGCCCGGCTGCGG	autosomal
AGCTGAAGGCCTTTGTCACCCTGGAGCGCTTCGAACAAATCTACAGCTCC	autosomal
CCTGGTGCCCTCTCCTCTTCCCTGACTCACAAGAGCTTGTGTGGATGAGC	autosomal
AAAAAAAAAAAAAAAAAAAAATCTGTCTTACTGTAACGGTACCAACAAAA	autosomal
CCTTTACACACAAAACCACAAGGACTCAATGTCTTTTCCTGGGATCTCAC	autosomal
ATCAGGGCCAGCAATAAGGGTCACTGAAGCTTCTTTCTTCTTTGGCTCAC	autosomal
CAGAGCAAGAAGGGGCAGGAGAGAGGTGGGAGAAGGCCAGGCAGGTAGAG	autosomal
CGCAGCGTGTGCAGCGCGTCCGCCAGGGTCCTCATGCGGAGCTTCTCCCG	autosomal
AAGACATTTGTCCCTCAGTTCCAGGAGGCAGCATTTGCTAATGGGAAGCT	autosomal
TGGAAGAAGAGGAGGCAGGCAGACGTTTGTGCATTCTCTGGTGATGCACA	autosomal
CATGTGCTCGCCCAGGACTGCAGAGCCGGCCATGCTCGTACTCCTCGAGG	autosomal
GCAGTGAATTCTGGTTTTCACACTTGGCAGGGCCACCTTCCACGATCCCA	autosomal
ATTGGCCAAAAAATGCCCCAAAACGAGCCCCGCCCGCGCCAGCCGCTGCC	autosomal
ATGCTCCACAGAAGTGTCAGCAACAACTGCGATTTTCTTCATTGTGGGAA	autosomal
AATTTTCTTCGTGTTGATTTTCTTTTTTTTTCTTTCAGTTGTTATGATTA	autosomal
TGACCAGGCTAGAGGAAACAGAGTGGAGAGTTCAATCATGTGTAGTGACA	autosomal
CAATTCCAGCTTTTACAATGGGATTGGAAACATCTGAGGTTTCAGAAGAG	autosomal
CCAGAGGGGACAGCACAGTGCCGAGCCCTTGCCTCGCACCGGGAGCCGCG	autosomal
ACAAACTCTGTTCTTTTTTTAAATCAATCGATCCAATAAACAGTGGGATA	autosomal
GAGTGGTTCCTTTCTGATACAGTTCAAGTTCCCCCTCTCTCCCCCTAAGC	autosomal
GAATGGAAAGAGCAGGATGTATCCCCCAGCTCCAATAATTTGCTGTGGAA	autosomal
GAGCCTAACTGCAGCCAGTGACCTAAAAATCACATGGCAGTAAAACCAGA	autosomal
AGGAATCCATCAGGGGGGGTCAGAGCCCAGTGCTGCCATCATGGGGGGCC	autosomal
GCTCAAACAAAATTACAAGACATGGCATTAATGAAGGATTTCACTTTTCC	autosomal
AGCTATACTGACCTAGTGCACCTTTTCTCATTATTTAGATAGTTTCTTCC	autosomal
AGCAGTGCTTTTTAAGAGCACGTATACAGCAACCTCCCTGTCCACCTAAA	autosomal
AGCAATAACAGTCTAATTTTTGCAAGGAGAGCAATTATTTATTGCATCAC	autosomal
TGCATTTCATCTTCAAAGCATCAAACAAACATTAATTATTTACCCAGGCA	autosomal
CTCCACGCCCCCAAAACGGGGGACCCAGGCAATGGGGGACCCTGCTGCCC	autosomal
AGTTCAAGCTGTAACATCAGGAACATGAACAGGTCTGCAGAGCCAGGGCA	autosomal
CCACCGAGCCCCCAGAAGTTTGCGGGGCTCCGTCCGCAGCTGGCTGGGAG	autosomal
AATTAGGTTGTTGATGCCGTGTTCAGCATTTTAGACTGATGAATAAATAT	autosomal
AATTACTACAAAACAGATAAAATTGACTAACTCAAGGATATATTAGATAA	autosomal
AAGCACCATATAAATTTACATGCATACATGTTATACTGTTCTGTTACAGT	autosomal
GGGGTCCAGGCCCCTCCGGGGGATCACTGGCAGGTGTTGTAGATCTGGAC	autosomal
CCTGGGGGAGGGCAAAAAGCCCCCATGGGGGGGAGTTTGGGGGCCTCAGA	autosomal
CGGACCCCCCCGGGCCGCTCCGGGACCCCCCGAACCCCCCCGAAGCCCCC	autosomal
GCCACAAACTCTTCAGGATTTGTCCAAAAGCCATGTGCATGTGTCAAAAA	autosomal
CTGGAAGAGGGAGAAGCCGCCGAGCAGCGCGTAGAGCCCCGCGGCGATGA	autosomal
CTGCAGCCCTGTCCCGGAGACTGCAGGCAAGGAGAGGCCAGGAAGTGTAA	autosomal
ACTGGGGAGGTCCTTCCCAAAAAATTGGGGGCCCAGGGGGGGTTTGGCCT	autosomal
AGGATCTGCAAGGACATCAGGACATCACCTCTGGGTAGGACAGAAAGAGA	autosomal
AACTCACTAGGGATTTGGGGCACCTCAGTTCTCATCTTTACAGGGTCACA	autosomal
AACTTCATTTTGGGGGGGGCAGGGGCAGTTCTGGGGGACCCGCTGTGCAA	autosomal
ACCCCGGCTCCATCCCGAGCTCCGTGTCCCCATTTCCCTGCCACCCCAGC	autosomal
CTTGGAAAATACAGGGGAAAAGGCTAATCTGTCATGGATGAAACACACAC	autosomal
TCATGCTGACCTCCTGTTACGTTGGGGTGGTCTCTACTGAACGTGTTTCA	autosomal
CCCTTGCACGCCCGGGCGGGGGTCCGGGCGGGGGTCCCGGCGCAGGCGGC	autosomal
CTTATTTGAAAGTGCAAACAGGCTGTATTATAAAAAGTATGAAGCGAGAC	autosomal
CCCTGGCAGGTCTGGGACCCTGGCAGGGGTCAGGAACCCCCCTGGACAGA	autosomal
CGGCCTGCACAACGACGCGCTGCTGCGGGAGATCCGCGCCGCCCAGCAGC	autosomal
AAAAACCACAAAAACTATCCAGGCAAAACCATCCCAAAATATAATTATTT	autosomal
AAAAGCTGAATGTTGTGAGCAAGAAGAGATGTAGTTCATCTTTGTCAAAA	autosomal
ACTGGCTCTCATTACAAGCTGATCTTTGTGCAGACTTTGGTTGGTAGAAC	autosomal
GACCCCCACCCATGGGTGCCAGGACCCCCACCTCTCTCAGGACCCTCTCC	autosomal
ATATCTCCTTACACTTTCTAGCACCCATAAAAACATCTAATTGCTTATGC	autosomal
ACGGCGACGGCGGCCGCGGCAGCCTGGCGCACGTGGCGCCCAAAGCGGAC	autosomal
ACCCCCTGACGTCACTCCCCGCTGGCCACGCCCCGCTGGGCACCGCCCGG	autosomal
ACCCTAAAAAATTAAAAACCAGTAGAACAATCCCAGCATTTGAAATAGGA	autosomal
ACATGGGTCATCTTTATAGAATACGCAAGCCTTATGAGTGATAACTTTTC	autosomal
AGCCTTGGGATTCTCCGCGGGAGGCAGGAGTCGGGTTTGGAGGAAGCACG	autosomal
CGGCAGCTCTGTGGAGGGTGGTTTGCACGGGCGGGAAATGGGGTGTGCAA	autosomal
CGGGGGGGATTTGGGGGGGATTTAGGGGATTTTTGGGGACAAAAGGGGGA	autosomal
CGCTGGGCACGTCCAGGCGCTGCCGGCCGTGGATGGTGCCCGGTGGGCAG	autosomal
AAAAACACTGAAAGATATGCTTAGTTCAAAGCAGAAATATTTTCAACAAA	autosomal
GCAAGCTTCAGATTTGTTATGCACAAGGCTGATGAATGAAATTAAAAAAA	autosomal
CAGGAGCTCCTGGCTGCCGCAGGACGAGGAGCAGCGGCCGCTGATGTCCC	autosomal
CCACAGAAGCACAAGACCATTCCAGGATAATGATGGGACAGAGCTGCAGC	autosomal
CGAGAAACCCGGGCTGTCTCCAACACCGCCGTCATCCCCAAAGCGGGTAC	autosomal
CGGGAGCGCGCGGGCGGGACGGGACGGGACGGGCGGGGCGGAGGCGCCCC	autosomal
CCAAAAAAACCCAAAAGACCCCCAAAAATATAAAAAAAATCCATGGAAAA	autosomal
CATTTTTGTAAATTTTAACATCCAGTATCTATGGATGCTATTCATACATA	autosomal
GCAGAATTTCCTGAGCCTTTTTGTCTGATGAAGGATTTCAGGATCAAGTA	autosomal
ACAGTGCTGATAAAGTTCATTAGCAAAAATTCAGTATTATCAGGATGTTA	autosomal
GTGAAAGGGGAGGTGGATAGAAACCTGCATGTACAACTTCTAATAATGTA	autosomal
ACTAACACAGAAAACCAAACAATAGAATAGAAACTACAATAAAAATCTCA	autosomal
TCTGGTTTTGACCGTTTGGGTTTTTATAAGCAAAAAGTGCTTAGCTGCCA	autosomal
GCCCCTCAGTCCCCTGGTTCTCTCTGGTTCCCCTCATGCCCCTGGCTCCC	autosomal
AGGGGACTCGTATGAAGTAGAACTGCACATGAAGAAATACTGCACTTACA	autosomal
GAGCAGTCATTCTCGGTGGAGAAGACCTTGCTGGTGGAGAGCAGTGAGTA	autosomal
CCTCTCCATCAGCTTCCCTGACTCCCAGGAGCTGCACCTACCGCGGATCC	autosomal
ACGGCCAGCAGGGCCACCACGCACACGGCCAGGGCCACTGTCACCCACAG	autosomal
CACCACCGAGGCGCGGGTGCCCACGCACTCCAAAGTGGGGGGCTCCAGGG	autosomal
AATCAACCCCAGCCACCATTTGGAGTGAAAGGGCCTGTTGTGCCAGGGGG	autosomal
CTCACACCTTAAGGAGGTCATTTGACTCTTGTAAAAGTAAAAGCAATGTC	autosomal
CACCGGGGAGGTGAAGGGTTTAATCTCATCCCAGTGACTATATATGGTCA	autosomal
ACAAAGCCACCACTTCACCCTGTCCTCCCCCATGGAGGCTTTTCCAACCC	autosomal
CTGGAGAGGATGTGGCCATGGAGGGGACAGCCCAGCCCGGAGCCACCAAC	autosomal
CTGTCCTCTTCAGAAAGATGCATTAAATACTGTCCCACAAAACATCTTGA	autosomal
ACTTCATTGGTCCGTGTTTCTGAAACACATGATTGTGTGGAAGTTCTGAT	autosomal
GAGAGAAAAGCTGCCAGGCACAGCTTGAAATGAAACTGATACAGCACCAA	autosomal
CACAGTCCTTGTCTGGAAGAAGTCAAATCAGTATTTCCCTTACTAAGAAC	autosomal
AATGGGGGAAAATTGGGGGCAGAATGGGGGGAGAATGGGGGAAAATTGGG	autosomal
CACATCTTCTTGCCACTTGTGAGTCTTTCAAACACTCAGGAGGAACCACG	autosomal
CAGCTTCATTCACTGCACGCTGCCATACTATCCACCAGCTGTGAAATGAA	autosomal
GCCCATTACAGTAATGGGACACGTAGCACTTGGAAACAAGTAAAAAGAAA	autosomal
CTATCTCACAATATTCAGATAAAGAATAAAAGAAGCTGTACAACATCACC	autosomal
CAGTTCTACTGGGGAAGAAATCTTGTCTAGTGTTCACTGGCATATGTTAA	autosomal
ATCGTAGATGGTGGAGATGACAACAGAAGTGTCAGCACGGGGCTTCTTCC	autosomal
GCAAGACTCCTTCCATTAACACTTCAGCTTTTATGGATACAGAGAGAAGC	autosomal
GGCTCGGTGTTCCGTCAGGGGCTCGGTGTCCCTCAGGGGCTTGGTGTCCC	autosomal
AATAAATATCTACTTAATAAACTCAGACAGAATACCTCCAGCCAGCACTG	autosomal
AGTTCTTCGGGGAAGTTCTTTCTCATTATATTGTTGCATCTCAGGGAGAC	autosomal
GGCCGCTACCTGGGCGAGCTGGAGCCCGGCCACTTCACCTGCTACGCGCC	autosomal
ACTGAGAGACCCAAAGAACACAGAGTGCACCAGAGACAAGTGACAGAACA	autosomal
ATAAGTAACTAAATGCTATATATACTATACTTGAAGTTACAAGAGTTATA	autosomal
TGGAGCAGGCTCTACATGGAGAGTCTCAGGCAGTCCTCTCACAAATCCAA	autosomal
CCCGCGGCCATCGGCACCGAGACACAGCTCAGGTGACAGCGGGGCACGGG	autosomal
CAAAAAGTGATTTTTTTCAGCACATCCTGCAGAAGTTTGGATGGCAAGCA	autosomal
AGTCCATCGTTGGCTCCATGATCGATGCCATGATGGTTGGCTGCATGTTC	autosomal
ACAGCCCAGAATTGTTTCCTCTCAGAGCAAACAGCCCAGATCTCTTGCTG	autosomal
TCTGCTCTCTCCCACCTCCCCCTTTTCAAGGACTAAAACCTCAAAATTAA	autosomal
GTCAATTGGAAATGAAATTATTTTCTTGTTATTTTAATGCCAGTTAGTCA	autosomal
CTTTTCTGGAGATCTGGACATACCCACACCCCAACAATACATGGTTCTGA	autosomal
CAGAGCCCATTGTAGTCAATGGGAGACTTTTTCCATTGACTTCATCGGGG	autosomal
AGCAGACACCCCTCCTTGGCCCTTGTTCACATCGCTGATACATGCCCACA	autosomal
ATATTGTGATAACTCTGAGACAAAGAACTTGTTGGCTGACAACTAAACAT	autosomal
CAGCAAAGGCAGAAACTCACAGCCAGGGCAAGGACAGCCGTGTGGTCCCC	autosomal
AAATATGTGGCTCTTATTTTGAGTCTGCATTAAACTGTAAAACAGTATAT	autosomal
AAGGAGTCTGTGAAGCAGTTCCGGAACACGGACATCTTGCTCCCATGGCA	autosomal
ACCGTGGTGCCGCTCTGCTCCCTGCTCCCACTCACTCTGCTCCCTGGCCT	autosomal
GGAGTAGCTGAGTCTCAGCATCCTCACCCACACTTCCCAGCAGGCACCTA	autosomal
AACTTTCTAAAGATTGCAACTGATGGAACATTAAAATGAAAACTAAGGAG	autosomal
AAGGCACCTCAAGCCTGAGAGATGGGAGGAAGGGTTGGAATCGTCTCCCT	autosomal
GGAAACTGTCATATGGCATTATCTTCTTTATGGGATCTCCTGTATGAAAC	autosomal
GAGGCTGAGGGACAGCGCCAGGCTGAGGCGCTCGCAGACCGACAGGTACC	autosomal
AAATTGCTTCTCACGCTTCAGACTTGGATGGAACATAACAGTGCTTAAGT	autosomal
AAATTTCAATTTACATTTTATTCAGTTGTGTTAAATGTTACCGCGCTGTA	autosomal
TGAATTGTATTAAAGTGTGTGTTTTTTCTTGTAAAAGTGGAGGCCTTGCA	autosomal
CATACTTGTATGTGTATATGTTCGCTGCCACATTCTTAATTTTTTTTATA	autosomal
GCACAGCCCCTCTGGGCTGGGAGGGGGCACACCCAGCCCCCAAGGCACCC	autosomal
GCGGTGCCGCCAGTGCAGCGACGCGTAGGTGTTGTAGCCGTTCTCTTCGA	autosomal
CCAATGTCACCGGGAGGCTCCGAATGTCCCCAATGTCACCGGGCAGGAGC	autosomal
ATACAAAGCTGGGAGTTTTGGGGTGGAATTTCTGTGTGTCCCTGTTTCTC	autosomal
AGAAAAAAAGTGCTGTTCTCCCCTTCCAATGCAATGAGACTCTGTCTGCT	autosomal
ACTTTCATTGAGGCACATGAACACACTTCATATTTACCAGCTCTTAGAAA	autosomal
CTTCCCCCAGAACACCGCCGTCGGATCCACCTCCTCGGCTGCTCTGGGCA	autosomal
CTGTGGCTTCTGGGCAAAAAAAAAATTTCATCATCACCCCCGAGAGAGGC	autosomal
AATTTTGGCTACTTAAATGTTTTTCTTTGCAGTTTTTGCATACTTATTTC	autosomal
ATATATATATATATACATATATATATATTTATATTAAATTAATTTTTTGC	autosomal
CTGCTGGGGAAGACAGAGCAGAGAGAGCAGCAAAAGCTGTAACCACCTGC	autosomal
AACCATGAAGATGGGAAGTTTGCCAGGATACCTGAAACTCATTCCTACCT	autosomal
CCGGCGAGTTCGTCATCGCCGCCGGGCAGGAGGGCGAGGTGGAGGTGCAG	autosomal
AAAGCAATAAATATTAATGTTATGAAATATCTGAGTACATTTTTATCACA	autosomal
ACCCACACCTCAAGATCAATTGAAAGAGAAAGGTACTTTTACCATTACCA	autosomal
AAAAAGGCTCCTTCCCCTGCTAAGGCTGCTCCTCCCCAGGAAAGGCCTCC	autosomal
CCTACTGTTCCCAAGTCTGCTCAGCTTTTAAATCCCACACAGTCCAGCCA	autosomal
AATCTTTGGATTTGGGGAATTTGGGATTTTGGGATCTTGGGAAGGAATTC	autosomal
ACGACCCCCGGCACCCCCCCGGACCTTCTTGCGCAGGTAGAAGCCGAGCC	autosomal
GAAGAGGATCAGAGCCAGGGAGATCGTCTGGTGCCACTTCTCCGAGGAAA	autosomal
TGCCAGAGGAGCTGAGCCCAGGGACTGCTCCTCAAGGCTGAGGCCTCCCA	autosomal
ACCTGTTAAAGAAGTAACAGCCTTCATCATGTGTCCTTCTCCCAAGAGGA	autosomal
AAATTTTCATACATGTAAATAAGTAAAATGCAGAAAATTAAGTGACCTGA	autosomal
ATATCCAAAACAATCCAAATGTAAAAATAATAGCTGGAATTTTAAATTTA	autosomal
TATACTGTATTTGTATACTTTAGTTCTCACAGGAGTCAAAAATTAGAAAA	autosomal
GGAGGAGGAGGAGAAAGCGGCCGAGTGAACGGCGGAATAAAAAAAAAAAA	autosomal
ACTTGTCTGTGCAGGTTGAGTCTTGTCCTCATGAGACACGTGCAAAACCG	autosomal
ATTGGCTTGCATCATACCCTTAAAAATGGCAAATTTAACATCACCCTTCC	autosomal
GGTTCTTTCCTTATTTTTCCTTATGCTTGAAATGTCTAACTATAAAGAAC	autosomal
GCCCGGAACGCGGCGCTGGAGCGGCCCTACCCCTACCTGGACCCCGAGAA	autosomal
CTCAGGATGGGTCCCCAGCCAGCTGTGACACCTGCCCCCCGTCAGCCCCC	autosomal
ACAAACAGGAGAGCACCCTCTCTGTCTGCTTGGAAAAGCTGGTTCTTTTG	autosomal
AAAATCCCGTTCAAAACCAGGGAAAATTAATTTTCCACCTTATTTTCCTC	autosomal
AAAAGGACGTGTACAAAGGACTATAAAGCAAGGCAAAGAAATCTCACCTC	autosomal
AATATTATAAAAATTATATTATAAAAATATCTGTGCCTTTATTTATTTTA	autosomal
AAGGGCAGGTACCTGCAGACCAAAGCCAAGCGGCAGGCGCAGATGCAGCA	autosomal
CAAGGGCCGGCCCAAGGCCATGTAGGGGCTGCAGCCCCCCACTCCCGCTG	autosomal
CCATCCATCCTGGCCAAGGGAGAGACTATTTATGTGGAAAAAAGTGTGTA	autosomal
ATCCCACAGCATGAACTGAACAGCACAGACACAGTGATAGCATACCCCTA	autosomal
TGCAAATTTTCTAGATACTGGGTAACAGCCTCTATCTCTGCAAACTCCAA	autosomal
CTGAAAGCCAAAGGGGGGCTCAGCTCTGTGATTTCAGGACATGCATCCAA	autosomal
AAGGAAAAAAAGACCCAGCTACTTTCTCTAAGAATTCAAAGACTTCATAG	autosomal
CAACGAGTTGGGTTTTCCGTCTCGCCTCCTGCCGGTTTGCAGCGCCCGCC	autosomal
ATACTATATTTTGACTTGATACAGCATAGTCATCTGAAGTTAATTTAAAT	autosomal
ACAGTGCTGTCTTTTCCTAATAACAGGAGAATTTGCTGAAGCAACTTAAC	autosomal
AGGGCAGGGGGGGCCCGTTGACGCCGGGGTGGTAGAAGGCACAGTTGTTC	autosomal
ATTCTTTTAAATCACTCTTGACGCTGTAACTGAAAGCTAGGAATTCAGAC	autosomal
CATAGTCTCTGTTCCCTCCTACCAGTGACGCTGTGCACAGCTGTGAGAGC	autosomal
GTGACACGTGGTAGTAGCAATCTGCCGGATTGCACCTCCCGTTGGGTCCA	autosomal
CTTGAACAAAGTCGTTTAAACTATTCCCCTTCCGAAAGTAAAAGTCTAAA	autosomal
CCCTCAGTGTTAGCTGGAGTAAATATAATCCAGCCAAAACAGAGTGCCTC	autosomal
CATTGTGTGTGATTTCAGAACGTTAAGATTAGCATTGGAAAAGCACTTAA	autosomal
ACAGGGCAATGAGCTACTCAGCCTTCTCCACGGAGTACAACACACAAGGA	autosomal
AGTGATAGCAAGATAGCCACTAACTGAAAAAGTGCAATTCATTTGAGAAG	autosomal
CAGGGTGGGACAAGGGGCAGGGGATGGGATTTGGGGTGGGATTTGGGGCA	autosomal
GAGTGAATGTAAGGAGAGCCCAGCTGGCTCTCCGTGAGCAGCCCACGTGC	autosomal
GGGGCGGGCAAGGCTGCCGCTGCCCTTCGGAAAAAGAACCTGAGCAACAA	autosomal
CCCACGCGCCCCCCCGGCTGCAGGTCCAGGACGTGGGCGCGGGCCCGGGG	autosomal
ACAAAATCCCTTATAATGTAAACAAAATAACTTTTTTACTAAACTTCTTA	autosomal
TCCAAGCCTTAATAAGAGCTTGACACAAATTTCAGAATTCTCATAAACCA	autosomal
CTGGAGAGCAAATGCCAGTAAGCCTACCTAGATTCCAGCAGAGACCAGCA	autosomal
GTGTGCATGTTGTTATTGTATCCTTTTCAAAGCAGTAAAATGGGAACAGA	autosomal
CTGTCACTGGGAGGCTCCTGCAGCCTGTGCTTAGCAAGAATTGCTCACTC	autosomal
CAGGGGTTTGGGCGCTGTGCCCCTCTGTCCCCCTCTCCACACTCACACCA	autosomal
CCCCAGCCTCGGGGGCAGAGGGGAGACACCCTGATGCTTTGCTTTGCCTC	autosomal
CAGAGGTTTATTTGTCAGTGTTACCAGGGCTGGACAGGAATATTTTGTGA	autosomal
AGGATTCAGTGTCCCCAGCACAGCAGGGTGGCAGCTCGTGGGGCCGGGGC	autosomal
AATAGGAGACAGATCCATGAGCTGGAGCAAGGATTCAATTGTTAATGACA	autosomal
CTGTACTGTGCCCAAGTGAGCTGCCTATGCTGACCTGTACTGATGTCACC	autosomal
CTGAAGCTCAAGTCCAGGCCATAATACAGTTGCAGGTTGATGAGGACAAA	autosomal
ACCACGGCCAAGTCCATCCTCAAAAATAAAGTCATCAAAAACAACCGCCT	autosomal
CAGAACTCTTCTCCCTGGACTGCTGGATAATCCTTAAGTTTCGACAGATG	autosomal
AAGTCCAACAAGGATCATGGCCTCTTCAGTACTCCACAGCTCCAGGTACA	autosomal
GCAAATTTTTCTTTTTCTGCCAACATATTTGTAAAGGCTGATATCCACAA	autosomal
ATTTTGGGCTCTGGGTTACTTATTGTCAGTTTGTGCAAGGTCTGAACAGA	autosomal
CTTTCACACAACCTGGGGGAATGAGTCCAGGGATATGGCCGGCTCCAAGA	autosomal
CTTTTTTGGGGAGAGGTTTTGGCACCAGAGGGCACCACAGGGATGCTCAA	autosomal
TAGAGTGACATCACTTGGAATCCAGCAGGGATTTGTATGTGATGCCCAAA	autosomal
GGTAGGTAGATCCCTTTGGCTTTGGGGATGATCCCTGCCACCTGATGTGA	autosomal
CTTCCGCAGCGAGAAGGGACGGATGTTGAAGTGCCGGCTCAGCTGGCTCA	autosomal
AGGGGACACAGGCAGGGGAGCCTCGTGGCTGGGCTGGACCCTGACACTCC	autosomal
CCCCAGCCTCAGCATCTGGCTTTCAAATAGCAAGTGTAGTTAAAAACCAA	autosomal
CCTCAGGAACAAAGAGGTAAAATGTGCCCTAAAAAGAGTGATCAGCCAGG	autosomal
CATTCCTGAGAATACTGTGACATTTTCCCAGTTCTACTTGTGCAGAAAGA	autosomal
GATGGTTCTTCCACTCTATTCAGCAGGTGCTGAAGTGCTTAGCTTTTGAC	autosomal
AATTTTTACTGCTCCTAGGTAAGTCAAGTTTTTCAGACTAAGCAAGCTCT	autosomal
AATGTGCAGTACAAATGTAAGCTCCTTGGCCACAAACTCTAATTGTGTGC	autosomal
AGTTACAGTAAGTCACCTTGTTTAATTGTTGTCTTGCATTTATTTTTTCA	autosomal
AAGGCACAGGCTGTGCAGCTGGGGGCGCAGTCTGAGCGTCTGACCATTCC	autosomal
CTGCTGGGCTGCCCCTGGGTCCCTGGCAGCGCCCAGGCCAGGCTGCACAG	autosomal
ACGCTGGAAAATCTCCTGCCAGCAGCAATGGGGTCACCAGTGCTCACCAG	autosomal
CGAGGTCCGCGTGGCCGATTTGGGGGGGCTGGCGGCCGCCTCGGGGCTCC	autosomal
CTGTTGTTAATTCTAACAATTTGTAATTAATTTAATAGTAATTCTGGAAG	autosomal
AACTGCACAGCTATGACTTGGTGAATCGACCACTATTGCTGCTCTTAGAC	autosomal
GCTCAGTAAGTGCTGGCTGCAGACCAGTGCAGTGTATTTACAAAGTTTGA	autosomal
AAGATTGATGGCAATTTACTGGTTCAGCTTACAGAAGAAATCCTATCAGA	autosomal
CCATACTTATTTTTGCATCAAAAACTGTATCACTGCCTGCTTTCAACTAC	autosomal
GCAGGAGCAGCACTGGCACAGAACACCAGCCCAGAGCAGGGTGCCAGAGC	autosomal
GCAGACCGGGCGAGTGCGACGGCGACTCGAAGTTCATCCACACCCAGCGC	autosomal
CAGGGAATGTTTCCCAGGGGTTCAGCACACCTGCATCATCATGGAGTTCA	autosomal
CAGAAAAAAAACCCTTGTCAGATTCAATGAAAACAATAGGAAGTAGTTCC	autosomal
GGCTGCTCCTCATCTGCAAATGCTGTTTGTGGTGCAAATGGGCCCCTCAA	autosomal
ACCATGGGGGGATCCAGGGGGTCGTGGGGGGATTTTGTGGGACCACCTCC	autosomal
CACGGACGTGTCATGATGTAGATACAGCTCAGCCGACTGACTTGGGCCTC	autosomal
AATAGAATTGTTGCTCCTAGCTAAACTGTTTGAATTATACATTAATTCAA	autosomal
GAAGGGTGAGATCAAATTCCTGCCTCTTAGCAACAGGGGAAATCCACACA	autosomal
CCTGGCTGTTCACGTGCCTGCAGCCCAGCTCCCTCATGGCCTCAGCAGTC	autosomal
AAGAGCATTTAGCACAACTTGAGACTGAATTCCTTACGACACTCTCTCTG	autosomal
TCATCCGTGAGGAGGTGGGCCTTTGCAGAGAGGGGGGAGTGGGGAGGGAA	autosomal
AGAAAAGAAAACTGAATCTAGTAGACAGCATATGTGCCTTGAGAATGCAC	autosomal
GAACAAGGTTTAAAAACATCCAGCTTATTAAAAATAAACAAGTGTTTTAC	autosomal
AACAATGCAAAAGAGGATTTATTGAAACCATTCCGGTTAGAGCAAGTCCT	autosomal
TCAGATGCCCTGCACAGGACTGTGCAGGCACGACATGAAATCTTCACCCA	autosomal
AATCCACTTTGAATGTGACTAATCTGCCTCCTTCCTCAGGACAGGCTGAT	autosomal
ACACAGCCGAGAGGCCCTTCCGCTGCCCTGACTGCGGGGAGGGCTTCAAG	autosomal
ACACCCGGCCCCCTTCCTGCCCCCCGGCCCGGGAGAGGCACCCACACACC	autosomal
CAGTTCTGGCAGCCAGTGAGCACTTTACTTGTGAGCCAGGGTGAATGACA	autosomal
ACTGATAGAAAAATTAGATATTCTACACTATGAACTTGCAGAAATAACTC	autosomal
ACCTGGTCCTGGCAGAGAAGGAGATGTTACAGGCACCCAGCTGGGATTCA	autosomal
TCTTCTGTTGAACTCAAGAGCAGAACCTGTGTTGACTTCAACAGGAGCAA	autosomal
CTTCCTTTGAATTACTGAGCACCCCTCCTTCCCGCTCAAATCTCTTGCCA	autosomal
AGCTTTCTCCCGGGCACCTTCCCCTAAAATCTGAAAACTCCCGGCAGTGC	autosomal
CACCTTCTCCGGCTGGTTCCTGGGCTGGGACGATGACTACTGGGCTGTGG	autosomal
AAGGCAGGGGGCTGCTCACTGCTGAGGTGCAGCAGCCTCACTGCTCATTC	autosomal
TATATCATGATGGCACCAAAATTATGCCCTAGAGCACACTCTTTCTGAAA	autosomal
ATGATACTTGCCCCTTCTGCCCAAGCCTCAAATGACGGCTGCTGGGACAA	autosomal
AAGCGTGGAAAAAATGGGATTTTTAAACGGAAAAAAAGAAAAAAGGGATT	autosomal
CCAACAAGGACCACAAGCTCTTCAACAGGTTAATCTGAAAGTAATCCCCC	autosomal
AACATCCCCCTGTGTGCATTGGGAACATCCCCCTGTGTGCATTGGGAACA	autosomal
AGGAAGTGTTTGTATTTTGCTTTTGCAACCTGGGCAAAATCACTGGACAT	autosomal
AAAGAAAAAAAAAAACAACAAAACCCCAAAACAAACAAAAAAAAACCCCC	autosomal
CTAAAGAGCAGAATTAAATCCCCAGTTGGTTCCATTTGATACTTTTGTGA	autosomal
AATTGGGTTGAGCAAATTATTCCAGCCAGCGGAGGTGGTGATCTGAAACA	autosomal
CTTTTTGCAAATATATCATTTGTCTCCCTTAATTACATATCCTTATAACA	autosomal
TCACATGGATGAGAAGCTTTTCTGCTGCCCCGACTGCGGGAAGGGCTTCA	autosomal
AGGATTATCCATGCCAGCAGAGCGTGTGAAGTGAATACCAGGAGAGCAGA	autosomal
AGGTGGGGGACACACAAGTGGAGGCAAGTTATTGTTATGCCGATGGGAGG	autosomal
CAACATTGTCGCTCTGATGGGGAAAAAATTCAGTCATCACTTACACCAGC	autosomal
CAAACAAAAACCTTACCTACTGTAATAGTGCCCTTTCCTGCTGGCTTTCC	autosomal
AAAGTCAATGAAAACCACCCCAAAGAACTAAAATGTAGGACAAAGTAGAG	autosomal
GCTCGCCCAGCTTCATGCGGCGCTGCGTGGACAGGCTGACGTTCTTGGCC	autosomal
GTAACTTCTCTGACTAAGATAGCTTCAGACAAGCGTTTGGCTGAACTTGA	autosomal
AGTAAACATCCTGCAGCCAAATGCCTGACAAGAAAGACTGAGCCAAAAAA	autosomal
GGGGGTGGCACCGGGACGGCGACAACTGCCACAACGGTGGCACCGGGACA	autosomal
AAACGAAAAGTTTCGCCTCCTACAGTGTACAGAGCCCCATTCAGGGATGT	autosomal
GAGAGGGTTTTTTTATGCTCAGTTGTATTGCATGAGATATCTAGGGTTGC	autosomal
AGAAGATAATGTTAATGATTAAGGACATGAGTGAACTGGTGCAGGAACAA	autosomal
ACTTGAATTTGTCTTGTAACATTTGAGTGTCATGAGATGCTCTCTCTTAC	autosomal
AAACCTCACTGCTAGGGATGGAAAATGCCCAGTGCTACATCCCCAGGCTT	autosomal
AGGTGTCGGGGGTGCCCAGGGCTGCTCGGGGTCCCCCGTCTCACCGGTGC	autosomal
ATCCTCTTCTTGGAAGTGAAGCTGCCCCATATTCCAGACTGTGGCAGGAT	autosomal
AGGTTTTTTTCAATATCTGCTGTCAGTGCAAACATCAGACCCATACCTGA	autosomal
CCCTCAGCTGTCCCCTGTCCCTCGGCTCTGTGGAGCTAGGGGTGGCAGCA	autosomal
AGGTCTCTCAGTGGTCACTCCGTGGTCATTCGTCACTGGTCACCCAGCGG	autosomal
ACCGGGACCGGGCACCGGGACCAGGCACCGGGACCGGGACCGGGCACCGG	autosomal
CATCCTTCAGAAGCAAGGCAGAGCCAATATTCAGGTTCAGGATAATGCAG	autosomal
CATTTGAAGACGGAGACAAGTGGTTTTTGGTTGGTGTAATATCATTTGGA	autosomal
ATGCCTTTGTCTGCAGAGAGAGAGTCTGGACTAGGAATACGCATGAACTG	autosomal
GACCTGGTTACTGTTGGTTCATTTATTCTGGTGGAGGAAGGAATGAAGTA	autosomal
GGTGTTGTGATCTTCCACAGAGGAGAGGTCGAGCAGAGCCGGCTGGAACC	autosomal
ACAGTGCTGCAGGGCGGGCGTGTGCGACAGCTCCTCCTGCTGCCACTCAC	autosomal
CCCTGGCCTCTGCCATGAATGATGCATCCACCATGGATTATGAACTGCTC	autosomal
GTGAGCCCCGGGACCGGGTGAGACCCTTCCCCAAATTAATAACCCTGATA	autosomal
CTGGGCTGCAAGTAGCTCAGTGGGATCATATGTTCCCTGATCCTGGTGTA	autosomal
AAATTGAAACTGCAAGGACTTCTTGTATCAAAACACGTATACTGAAATGT	autosomal
CCAAGGATTCTCTATCCCATCGTGCACCTTCCAGAAAAAGGCCTCTCACA	autosomal
AGCACATCCTGACTCCTGTGCAAGCCAACTATGGATGATGCTTTTCCCAG	autosomal
ACCGGGACAGTGCCGGGACCCACGGGGATGTCCCCGGGACCCACCGGGAT	autosomal
CTATATGACTGTGTTGACATTTGCTCTCACAGAAGCGAGCCTGCTGCATC	autosomal
AACAGCACGGGGAGGTGGCACACGTGGCACAGCCAAACCAAGCAGAGGTA	autosomal
CCATGAGTCAAGTCACAGATTGTGACTTAGGTCTGATACTTTGGAGAACA	autosomal
CAGCACAGTGATGGCATTAGCGGGAGCCTCAAGGCAGTGAACGGTGAGAC	autosomal
CAGAACTGTGAGCCCTGAACTTGGGGCCTTTCCCTACTTCAGGCAGCACC	autosomal
GCCAGGACTCAAAACTTAACTTGAAAGTATCACAGAATCAGTTTTGGTGA	autosomal
TCACTCATCCCTACACTTCCCTCTAACACTTCCCAAGGCCGTTTTTCACA	autosomal
AACGTTCCTTTATGAAATTACGGTGTTGATGTGAGATGGTTCTTTCCTCA	autosomal
AGTTTTAGCTTGTTTGAAATCCTGCTGTGAATCTCTGTGCAGCTTTGATC	autosomal
ATTAGCAAAACAACTGTAATATGGATGTGGGTGAGTTTGGTTTTTTTTTG	autosomal
CAAATTGAAATACATTAAAGGACAAATGCTGTACCCTCCAAAGCTTGACA	autosomal
TCCTTAGGCATTCCACTAAGTAGGGGAAGAAATTCCGCTAAGTAGGGGAA	autosomal
CACAAAGAGCCAAACAAAAACCCAAACAGCTTTGCTCGACAGAACACCTG	autosomal
AAAAATCCTTGGATCTCTGCTAATTAAACAGCTGAAGGTGAAGTTCACCA	autosomal
ATTCTGATCTTGCTCTCCCCCTAGACAGATCACAGCAGCTCTAGAACAAC	autosomal
CCCACTGAGCGCATCTTGCCCTTTGTTAGCTTGAAATGGGAAGAAACTCC	autosomal
GCAGTAATTCAACAAAGGTTATAGGAAATATTAGAACAAATGTTATAGGA	autosomal
AGCCCACTCTTTCAGAGAAGGAATGCGTGGCAGGCGTGTGGGAAGGGCCC	autosomal
AGTCCCCGATGTCCCCAGGCCGTGCAGGAGCTGCTCCTGCCCCAGGGACC	autosomal
AGGTTAAAATTGCAATAATGGCAAGTACTGGTATAAAAGCATAGAGTATG	autosomal
AGATCAGTCACAAAAATCTCCCATTGCTTTGCTTCCTTTTTTTTTTTTTC	autosomal
CACTGCCCCAGCCCTTCCAGGAACAGCCCAGGCCAGCAGCTGCCAAAAGC	autosomal
TCAATCGCACCGCAGCCGATGCCCTCAACACGGTCCCCGAGCACTTCTGA	autosomal
CTTCCCTGTGTGATGCATTAGAAGCCCAGAGCTAACACTGAAGTCATATA	autosomal
ACAGGGGCACACTGGACTGTCACAGACAGTCTACATGTCCTGTCTGTGGC	autosomal
ATTTAAATAGGGATTTTTGCATACGAGCCGGGAGAAAGCTCCAGCTACAG	autosomal
AAATTAGATGTAGAAACTGAGAAGCCTAGATAAGATTTCAAAAGACCACT	autosomal
ATTTTGGAGCAGCAGAAATCCTTCCCAGATTTTTTTTCCATGGAAAAGAC	autosomal
ACTTCCACCAGCACCACCAGCCCCACGCCGACAACGTCTACCACAACTTC	autosomal
CCTTATGACAACTTCTTGGCTTCGAAGCCGGCTAGTTCAATCTTGAAGGA	autosomal
TAATTGTAATATTTTGGGGTTATTTTTTATATTAGGATTTAAAATTAAAA	autosomal
ACCTCGCAGATGCCCAGGTTGTGTGCAGGCAGGTGGGATGTGGCAGGGCC	autosomal
AGCTCAGCCCGACCCAAACGTGTTGGAAACAGCAACTCCTTTATTTACAC	autosomal
CCAGAGATAATGTTGTAAAATCAAACAAAATTGATCAAGAACCTCAGATA	autosomal
CCGCTGGGCCGCCGGCGGGGCCGTGCTGCTGGCCGGGCGCCGCGACGGGA	autosomal
CCACAGCTCTCCAAAGAATTAAGGGTTCATTAATAAAAACAAAAAGGTAA	autosomal
CCCCTGACCAGTAAATTTGGGTTTTTCAATTTCTCATCTGAAGGCAATAA	autosomal
AGTTGGTATTGGAAGGGGCCTCTGGTCTAGTCTCACCACCCAGCTTGAAG	autosomal
AAAAGTGACCGTTTATTGGAAGCAAACCCGGGGGGGGTTGGGGACAACAC	autosomal
AATATTTTATTTATTGCAAACAAAAGCTGTGATAACATTGCACAATACTG	autosomal
ATTATCTAATGTTTTGCTTTCTGGAAAAATACTGAAAAACAAACTTTACC	autosomal
GTTCTGTGGGAACAACAGGTTATATGGGGAGGGGGCTCAGGAAGAAGGCA	autosomal
CTCATTCTACAATAAAAAAAATCTCCCAACAGTGACCCTGAAATGCCATC	autosomal
GGCCCGCCCCCCTCCCCGCTGAATCCCGAACTGCTCGGCAACCTTGCTAC	autosomal
CAGAGGAGAAGGGAGGCGAAGGGGCGGCACGGCGGCGGTTATCCCAGGTA	autosomal
CAGCCCCTGGCCTCTGCCTGACCCCCTGAGACATCCTGAAAGACCAAAAA	autosomal
GACGGCCTGGCCGGAGCGATGACCAGTGGTCAGCTGGAGGACGGCCCGGC	autosomal
AAATCTTTCAGCTCACACATGCCAAACATGCAGCCAGGATCAAAGAGCAT	autosomal
AAAACCCAGCTTCAAACGGAGACGACCTGTGCGCTGACCCTGCAGCAGGC	autosomal
CATTTTCATTTTCTACAGGTTCTACACTATCTGTCTCATTCATTTCAGCC	autosomal
CTCTGCTTTCAGCTGGAATCTGATCTCTTCCCCCTCTCTCCTCCACTGCC	autosomal
ACAAGAAGAGGATAAGAAACTTCTTTTTTTTTTTTTTCTGGGAACACAAT	autosomal
CACAGCACCGCCGTCACCGAGCGCGTCACTCGCAACCAGGTGCAGACCTC	autosomal
GACAGAGAAAATTCCTTTTCCTTGCCCCCACTCTGAAAAACCACAAAGGC	autosomal
AAGACTCCGAGGACGCCCTGGGGGAGTTCGACTTCCTGGGGACACCTGGG	autosomal
AAGGAGTTTAATGCAGACAGAGCAAAAATGTGCCTTTTGGAAGCATTTCT	autosomal
AACGTCCTGCACATGACAGACCTCCACGGCAGCCCCCAGCTCGTGCAGCT	autosomal
AGATGTGAAACTTCATATTTAGAAAAGAAAAAGTACATCAACTGAATAAT	autosomal
TCTCCCGGCTCTTGGCTCGGAGCTTGTTGACCTGTGACTCTGCAATGTCA	autosomal
GGGTGAGGGGCATGTGGAAACCATCCATGCACCAAGGTGTCCTGCAGCGA	autosomal
AGGTCCTTGGGCATTCCTGTCCTTGCCAGCTCAGGTGGCTCTGCTGACAG	autosomal
ACGTTTCCAGTGAAGGAGCAGGAAATGAACTGTTCAGAGCAGTGTCCCTA	autosomal
CCCCTAATTTACAGAGTGCACTTACCTTTCTTCTCCTTTCCTCTCTAGCC	autosomal
GAAATCAATGAATACTAAAGATGAGAGTAAACATGCCAGTTGCCGACAGC	autosomal
ACCTTTGGGTGCTGCTGGCTGCCCTTGGCCGTGTACGGGCTGCTGGGCGA	autosomal
AAAAAAATCTTTGTTGATATTAAATGGAAGGTTGTTTTGATCTAGTCATT	autosomal
CATGTGTGCAGGCTGGCTGCAGGGCTAATTCCCTCATCTTTCCCAACCAG	autosomal
AAAGACCCATGAGCAGTGTCAGCCCTCCAAGTAAAAACCACCTTGTAGTG	autosomal
CATCCTGGGGTGGGAGTAGTAGCGGCACTCGCGGGGCGGCTGCAGCTCCA	autosomal
AAGCCTGTGTAACAGAGTGGTATGGGAGCTATGAATACGTGGTATGGGAA	autosomal
AAGTCATGTTTGGCCTTTTGCCATGGCCAGGTTACGCCTCTGCCTTGGGC	autosomal
CCACCATCATGTGTAAGTGCCCTAACACATGTTTCTGGAGAGCCAGATGG	autosomal
CTGTGTCTCAGACATGAAGGTATGTGACAACATGAAAAATTATCTGTATA	autosomal
CCTTTGTGGGAAAAGTACACTTCAGCACCAGCTGGCTTAAAATAAAAGGA	autosomal
ATGGAGTTGTGCTTGTCAACTTCTGGAATATCTGTTAAGTGATGAAAAAA	autosomal
CTTGGGGTGGAGGGCAGGTTCTAGCAATGCTGCTCTGGAGCCCCAAGGAC	autosomal
GCTACTTTGCACAATAGTTATTACATATTTATAAACTCAGTAACTTTGTA	autosomal
TAGAAGCCAAGAATCTGTATTTCTAGGGCAGTTCAAGTTAAGATCAGGAA	autosomal
CGCTGCGCGTCTTCGGCGTGGCGCAGACGCTGCCGGTCATCAACATGGAG	autosomal
TCATGTGCCAGCTGATCAGAGCCTAGGAGATGTAAACCATATTAAGAACA	autosomal
AATATTCTGTACAATTGTGTTCATAATTGAATAATCTAGGTTTTACTTGC	autosomal
CACTCAGATGTATCAATGAATTATACCAAGATGTAACCCGTTTCAGCCTG	autosomal
AAGTAGTGGCAGTGGCAGCATTTTTCTCCAGCTCTGGTGTGGCTCTGGAC	autosomal
CACACAACTATGTCAATGATGTGGATTCAAGACCCAGGTTTTATAAGAAA	autosomal
GACCAGCAACAGGACACAGAAAATGTCCCTACCCATTCTCCTTCACTGCC	autosomal
AGCAAAGGTGAAAAATCAAAGGAGAGGAGCAACACGTAGGGACACAGCCA	autosomal
CCTCTAAGTGCAGCCACTCCTCTCCCCAAACCACAGCACATCTGCCTTCA	autosomal
CACCATAATATATTTCAGGAACATCTACATCAGGGTAAAAATCAAAAGAA	autosomal
TGTTAGTTTCATAAGGTAAGTCTGCTGGCAGAGGTGGAGCCACAGGAACA	autosomal
ACAGAGTCCACCGGCCACTGGCACAGCCAGGCTGGGATTGTTTCAGCCCT	autosomal
CAGTTAAATATTGTCAACATGCTATACCTCAAATCACAAGTACTGTTTAA	autosomal
AGGAACTCGGGGCTCCCTCAGCCTTTTCCTGGCACACAGGGGCAGCCAGA	autosomal
CAGAAAAACTTCATTCCCCTTTCCAAGGAAATTAAAGGGATCTGAATAAG	autosomal
GCTCTGACAGAGCCAAAGGCAGGAGTGGCTGGACACTGGTTAACGGTGCA	autosomal
ACGCCTCTTAAAATTTAATGGACAGTCGTTATTATGGCGTTCGTGTTACC	autosomal
CTGTCACTCTCTCCTGAGAGTCAGGCAGAGCTGGCCAAGGCTTTGCAATC	autosomal
CTTGTAAAATCCAAAATGTTAGAAGTAGTAAGAGCTTTAGAGCCAATGGA	autosomal
CGCTGGCTATGGAAACCCCAGTCCTTGGGAAGGAGTGGAACATTTTTACA	autosomal
CAGGCTGATTTCAAGCCAGTGAGATGCAGATCGAGGGAAGAGAAGTTAAA	autosomal
CAGACCCACCCAGGACTGCCACGGACCCCCCGAGACACCCCAGGACCCCC	autosomal
ACCCCCACCCCACCCCCTTATTTATCAGCACCCCCAGCCCTCGCTGTCCC	autosomal
GCCACAAAGTTTCTGTGATTTGCAGGTGTCAAGATTCTTTCTCTGGGAAA	autosomal
AATGTAGTGTTAAAGGATAAACTTGAGTGTCTCCTGCATGTGCCCCACAC	autosomal
AACTGATTATCCCTCCCTTCCACACAGGCTGGATATCGAGAAGATGACTG	autosomal
AATTTGTATTGATCTGAGCTTTGAAGAATTGCTGACCTACCCCCCATGAA	autosomal
AATTATGGCTTCTTTGGCAGTGGGGCTGACAGACAGAGACTTTCTACAAT	autosomal
AAAAACGGGGGTCCCCAAAACCCCTGGGACCCCAAAATACCCCGGGACCC	autosomal
GTAGTTCAATCAAACTATGTTTAATTTTCTCTACAAAGTTTTTACTAATA	autosomal
ATGGTTCAGAACCTGAAACAGATCATGTGTTGACTAGAGCTTTCAATTAA	autosomal
CTCCAAAAGGAAGGTGTCAGAATGCCCTTTGGTAATGGAATTTCCTCTGC	autosomal
AGCCAGCTGAAGCAGATGGCAGCAGTATACTGGACAAAAGCCAAATGGAC	autosomal
AAGCAGCAGGTGGGGGTAAGAAGCTGCATCAGGAAATGAAACATGAGATG	autosomal
CCCAGGACCACCAGGAATGGCTGAGGCTCGAGGGGGAGTGGGGATGCACA	autosomal
GAGGAGGATACAGTACCTGCATCCTGCTGATCCCATCACCTCATTGCCCA	autosomal
CAGGATCCCGTCTGTGACAAATTCTTCAAGGAGGTGTGGATTGCCACAGC	autosomal
TATGAACTCAATACTCCTATTCGATCCACTGCCTTTGAAAGGAAAGTCCA	autosomal
AAACCAGTGGCTCACCTGGCTGGAAACTGCTGAAGAAGAAGAATCTGAAG	autosomal
AGATTTTCTGCATGAGTTAGACTTGTTCACTGCATAGATGAGGGGAAGAA	autosomal
GAGTGCCTCCGCATATCATTGACTCATATATGCGTGAAGTGCAGGCAGAC	autosomal
AAGGAGGGGAGGAGAAGGCCTTTGTTTGGGACTTTGAGAGTAAGACAAGA	autosomal
ACTTGTAGAAGGCATCCTCCGAAATGACCTCCTCGTCATACAGGCAATCA	autosomal
ACAAAAAGCTTTCTGCCATGGCCGTGCAGTGCAGTGGAGGTGGGAAGGGC	autosomal
ACTCCAAAGCAGAACATTAGGTTTCAGGAGATATTTAATGAGAAAATGAA	autosomal
CCTTCCACGTCGATTTCCACGGTTTTATCTGACCTCGCAGACTTGCGGAG	autosomal
AGCAGTTCCGGCACTGAGGGGGACCATGGCAGTGCCAGCGCTGTGGGACC	autosomal
GAACAAGACAGACTCCATCAGTAATGAATTATAAGGAGCAATGGGATGGC	autosomal
ACCTATTAATGACTGTAGATTTGGAATGTCTTCAGTTTACTTTGGAATAT	autosomal
CTAGGTGCCCTTCCCATGGGCAGGAGAAGAGCGGGCACGTGCAGGGGACC	autosomal
GTCCTGAACATGATGGAAAATGTTCAATTAAATGAAAATCTTCCTGTCTA	autosomal
ACCATTGTATCACTGTTGCTTGCTGCGGGACAGATTTCTCTGGTAAGAAA	autosomal
AGTGCTTAGTTTAATTTTGAGTGGCAAATGTCTAATGCAAAAGGCTGGTG	autosomal
AGTATAGTCACAGATGAAGAACTCATTCACAATAGCAGATGTTCAGTAAT	autosomal
GTAACAGTTATCTGCTAACCTTGTGCCATGGTCACTTGTTGGCTCACTGA	autosomal
AGTATTGTCATTATATTTTACCTTATTTCAGTTATTGAACTCGTCTTATC	autosomal
AAGTTTTGTGGCAAATATTTGTCATCCGAGGGATACCAAGTACACAGAGT	autosomal
GAAATTGTGTATGCAAATTGTTATCAGAGGTTTGCTGGGACATTTACCTA	autosomal
AACTCATTCTCTTGGAAGTGCTCTGCATCAGCCTGTAGGGCTGGGAAAGA	autosomal
CCAGGCACTGCCAGAACGTGGGTTGTTCTAAAAGCACAGCTAAAGCACAG	autosomal
GTAATTTCATTAAGTGCTTAAGTAGACTGCATGGATCACAGCAACTTTCA	autosomal
GATGTTGCAATCCAGCACCTTTCACAGGCATTAAATTCCCTCTAAATTAA	autosomal
TACCCAAACAGGAGAGAGACAGGCTTTTGATATGATGGCTTCTACAATAA	autosomal
AGTCGAATAAATCGTGTAGGAAATTTGATCTGTGTTTACAGCACACGTCG	autosomal
CCTCTGGGTTTCTGAAAAAGGAAGACATACATGTATTCATTCCTTAAGTA	autosomal
AGTATCACTGTTTGAATGAGAGAGAAGTGGACAAGGTCTTATGCTCTTGG	autosomal
CTTGGTCAAGATCTGTTCAAATTTTGGGTTAATAAAAGAAAATCCATCAA	autosomal
CTGCCTGTTGTGGGGCTAGCCACTATGCTACAGTAAAATGTACAGGAATC	autosomal
GTGATCTTTACATACTTCTGGATTAGACTGTGCATACCCCCTCTGGGCAA	autosomal
ACCACTCAGTCCGTGCTCTCTCCCTCCCGAGCCCCGCCGCGGGGGCCGGG	autosomal
AGAACAAGTGCTGGCGGAAGAGGCGCGAAGCCGGGGAACACGTGGAGCCG	autosomal
AACACCCCAAAAACACCCCGAAATACCCCAAAAAATACAAAAAAAGCCTA	autosomal
CTCAATTTTTATATGTTTACTTTAAATCAAAGTGAGTCTGTTTGTATAAA	autosomal
CAGAAAAAGAGATTGTTTTGCATTTCAGTCACCAAGATTTAAAGCAAAAA	autosomal
AGCCAGTGTGGCCCCAAACCTCTGGGAGAGCTCCATGACCCTGCCGGAAT	autosomal
AACACAATGACGTCACTCCCGCACAGTGACGTCACCCCAGCGGTACAAGA	autosomal
CGGGGGGGCTGTGGGCCGGGGGGGCCCCTCGCCGCTGCCTGAGTGGTCCA	autosomal
AGGGTGAGTAAAAAATATTTTTTTCTGGAAGACCTTTGGCTAGTACATGC	autosomal
GTCCTGTCCCCTGCCACCCCCTTGGCATCTTTAGTCTTCACAACAACAGA	autosomal
AACAGTGTCTAGAGAAAAACTTGCAGCTTTTAACCAGCAGTTAGGAAGGA	autosomal
TTCATCCCCAGCCCAACAGTTGGTGGAGAGTGAAGAACTTTGAAAAACAA	autosomal
AAACAGAGAGTGAAACTCCAAACATAATCTGTGCTCCCACCTATGTTTGG	autosomal
ACAGCATCCTGTCTAGAGTCCTCTGAGAACTTTAAGGCAGAGTTTCCTGT	autosomal
AAACAAAGAGAATTGTACAGTACTTATAACATTATAAATCATGGGCGAGA	autosomal
TCAGCCAGGTCTCCACTGGCAGGATGGGTTTGCTACTTGTGGATAATAAA	autosomal
CTCTTTCCCTGAACATTCCAGCACAGCCATCAAGCATCCAGGGGAGCCAA	autosomal
GAGCACTGAGTGATGCCCAGGAAGGCCCAGGTCAGGTCACCCTGCACGGC	autosomal
AGTGCAGCCGCCTTCTCTCGCCCCAGTTCGGCTCACTGCAGGTCCTTCAC	autosomal
GGGCTCTGCTCAGAATTTCCCTGATGACAAAACTAAGTGCACAGGGGCCA	autosomal
GGATTCCAGGAGCAGGATTTAAGATTCCTGAAGGAGGATTTGGGATTCCA	autosomal
AAAAGGAAGGAAAAATTAAAGGGGAAAGGAAAAAGGGAGGGAAAAAGGGA	autosomal
AGCACAGCTATTTCAAACAGTTCAGCCTATGGAGAAGGAAGTGTCTAAGG	autosomal
TATTCCTAAAGAAACCCATGCTGTGAAATATATAGACTCTCCTACTGACA	autosomal
CCAGTGATTTCCTCTTCTGGATTCTGCAAAACTCAGTGTGAACTGGATGG	autosomal
CAGGAAAGCTGGGGGAGAACAGGATGGGGGCTGGAGCAGCTGGATGCCCC	autosomal
AATATATCAGAGTCCCAGTCCACCTGTCTGGCGTGTTGTAATGCTCACAG	autosomal
AACCACTTTCTAGAGGAAAGTTGTGTGATAGTTCTTGAAAATAAAATGTA	autosomal
AGGCGCTGGATGTAGAGCTGCACGGGGAAGGTGCTGAAGTGGGACCAGAT	autosomal
AATTTTTAAAGACATTTTTGCAAGAACTAAGAATATATTTAAAGGTAAAT	autosomal
CCTGTGTAAGCCTAACCTGACTGGCAGCTCTGTGTACAAATATTTATTTA	autosomal
CTGCGAATGCAAGTGCGAAGAGACTTGAAAATAGGGAGGGTTATTTTTGC	autosomal
CCTGTACTCGGTGGCAGTCTATGGTGGCCTGGTGCTCTTTGGCATGTTCC	autosomal
AAGCGGTGAGAGACATCAGCCCCGCTCAGATAATACATGCCAGCGCTCAT	autosomal
GGCGTCGCCCAAGGCGCCCCATTGGCCGCGGCGGGTCTGGAACAGCCCCA	autosomal
ATTCAAGCCTCTGAACACTTTCCGAATGAGACTCCAGAGTGTGACTAGCC	autosomal
GCACTGGGCTTCCCTGGTCTGGCAGGGGGAGAGTGGGGCAGCTTTTGGGA	autosomal
ATCTATTTTGTTCCTTTGGAACAAAACTGGTACTGGGCATGGCCTAGTCA	autosomal
GCCAGGCAGATAAAAATTAAACCAAGAAAAAACATGTAAGTATTCATGCA	autosomal
ATCTTCTTAATGGCTCAGAGTTCTGCCTCCTACAGAGTCCATCTTCCTAA	autosomal
TCTCTCCCACTGTCTGTGCTGCAGACAACACAGTCCAGGAGAAGGAGCAA	autosomal
GTACTGTAAGAGACAAATTTGACAGGTCTTGGTATTTCTCCAAATCAAAA	autosomal
ATATAAATGCTTGGAACAACTCTGAAACCCCCCCTCAACGATTAAACAAG	autosomal
GAGCCGGAACTGGGGGAGGGGGAAGGAATTCGGGGTACTGGGAGAGCCAC	autosomal
CCCCATTCTGTTTCCTTTGCTGGATGGAATAACCCCAGCACTGGTCCCAA	autosomal
AGGACTGTCCTGCTAATGCTGAGACTAAATTCCAGGCATGAAGAAATGGA	autosomal
CGGGGGTCCTGGGGGGTCCCCATGTGCCAACCCCCCCCCCTCGGGGGTCC	autosomal
ATAAAAAAATGACCATTGATGGCACCAGCTTTCTTTTGTCTTTTTTCTCC	autosomal
AAAGATGCTCAATACAAAAAATGGATTGAGCATGTTTGGATGGGCAATTG	autosomal
AACCAAGCACAGCAACAAAACCTCTGCTTTGGTTCTCTCTCTGGTGCAAG	autosomal
AAAATATCAAAATTATAACATACAAAACATCATTATGAAAAAAATATCCT	autosomal
GCATCCCCAGAAATGAGCCCCACATCGTGGGGGAGCCACGCTCGGGGACA	autosomal
ACCTGCAGGACACCTGCACAGCTGTACCCAGAACACCTACAGAACACCTG	autosomal
AAGTAGCACAATTTTAAAAATCATTATGTTTGGAAATATGACTGAAGTAG	autosomal
ATCCCAGCCCCTCGGTGACATCCAGGGGGGTCACAACTGACAGTCCCCCA	autosomal
CCTCGCCCCAAGTCCTCAACGCTGGGGAGGGGGCAGTGCCTGTGGTCTCC	autosomal
ATTGGAAGGGGTTGGCTTCTTCTGAAGAGGGATGAGTCAGTGATTTGAAA	autosomal
CCTGAACTGAGGCATGTATTTAAAATCTATTGAAAATGGAACAATAAAAC	autosomal
CACTGTGACGTCTTGCTGGTCAGATCAGCAAACAGCCTTTGCATATGTTA	autosomal
ATTTAGCATTGAGATAGCTCTCTGTTTCATCCCATCTGTAACCATTAGGA	autosomal
CAGTGCCTGACTTGCTGAACAGGTTGCCTGTGGTTAAGACAGCCGGTGTA	autosomal
AATATTATAACTGAACAAATATTTTACACTCTTCCATAATAGTATTTACA	autosomal
CTGAATCCTGTCTTCCATCTTCTATTGCTCAAAGTTGTATCTTGTGTCCC	autosomal
CCCCGTCCCCAAGAGCACCACGACCACCATCGCTACCTCGGAGCAGAGCA	autosomal
GGAAAGCAAGCAGTCAAAGGAGGTCATCTTTGGCAAGGCAGAGCTTTCAC	autosomal
TAATAGGCATTGGGGAAAAACTGTACCCATGTAACACGTAATGTACCATA	autosomal
CGGCCGTGCCTCACATTTTACCAATCACTTGAGCAGTGCCAGTGAATATC	autosomal
GCTCCCTCAGTTGCTTTGCTGCGGTGATCAGAGGGGTCAGGCTGGAGAGA	autosomal
CCCACCAGGGCCGTGCCTGCAGCGTGGACCCCGCGCTCTCCACCGAGCCA	autosomal
ACATAGCCTTTGCAAATGCTTTACAGTAGCATAGCATTAGACTGTCTCCT	autosomal
AGTCCTCTAAGAAACTAAAGGAAAGCAGCAGCAGATCTGTTTTACTACAG	autosomal
AATTCCCTCTATTTCCTTTTCATCCAAACACAGATTATCCATGGTATGCA	autosomal
AAAATACAAGAATTTGCTCTTAGCTAGAACTTAGTGTCCATAATATCTTC	autosomal
ACACCAGTCAAAAAAAGCCCCAAAGCATAGGGCACAAGTAAGCCGGGCCA	autosomal
GGAGCGAGGCCGGGGGTCGGGCCGGCCCCCGCCGCTCCCCTCCGCCCGCC	autosomal
AAAACTAGAAAAAAAAAAGGAAAAAACAGATCCTGAGAAATAAAATTAGT	autosomal
AAGTTCTGGTCACTTGGTGTCACTAAAATTTCCAGGCCATGTGGCAGCAT	autosomal
AGAGGAAGATGCTTGCAGAAAAGCTAAAAGAAGAAGTAATTAATAAGCGG	autosomal
CCGCGGCTGGACGAGGCGCCGCGCGCGGGTAAATGCGCTCCGCGTGGCCC	autosomal
GCACTAAATGGTTTTCCAGCAGTTGGCCAACGATTTTCTTAATGGAAAAA	autosomal
CACCATCTCCCAGTGTCCTTCCAAAGCCTCCCAGCCACTGGGTGGGTGGC	autosomal
GGGACCCCAATAAAGCCTTGGGACGGTGCTGGCCGTGCTGCTGTGGGACA	autosomal
ATCCCGGCTGCCAGGATCTGCAACTTACCCAGTGAGACTGACAAATCCAG	autosomal
AAGAACTATCTTAAGGGCAGAAACAAATCTATGCTTGTGCCACAGGAGTG	autosomal
ATGGAACAAAAACCAGACAGAAAGAAACTACAGATGCAGCAGGGAAGACC	autosomal
AAAGTCCTGCATGAGTCATGTAAGTTCTCTCTAAATCTTTCATTACTCTC	autosomal
ACTGCCATTTGCACATTCCTAAAGTCTTTTTCATTTTACAGTTTAAAAGC	autosomal
CTGCTCAGTGCAGCACAGATAAGATCGCCCGTGCATCTTCCTTCCTTCCC	autosomal
AGAGTCTGAACCTCTGAGGTTAATCCAAAGAACTGTGTTTATTTGTAACA	autosomal
AATAAATGACCCTGGGCCATCCCATAATGGCAGCCAGGGACACACAGGTA	autosomal
ATCAACGACAAGGAGAGGGTGGCAGCAGCCATGGAGAACCCGAACCTGCG	autosomal
TTATCTTCATGAATTTAAATAAGTGAGAAACAATTTTGTAAGCCTTGAAA	autosomal
CAGGTGCTCTGCTCCATCATCCCTACTGGCCCTCTTCTGAACCTCTCTTC	autosomal
AATTTAGAGTAATTGCAAAGAATGCTGCAGGTGCAATAAGCAAACCTTCT	autosomal
CGGTGGCAAAGCCGGGGGGCACAGGAGGGGTCACTGGGGGGGACTATCAC	autosomal
CTAGATTCACCAGCGCTTTACAGGAGACCCAAACAATGCTCTCAAGAAGC	autosomal
AAGAAGAGTGCTAGTTTATCTTAATTAAAAAAACAAACAAACCATAAAAC	autosomal
ATTCTACCATACATTTCTCCTGTCACTTCTTACGTACCTGAAATAAATCA	autosomal
CTGCAGAAGTACTACCAAGCTGAGCCAGATCCCGTGATGACCGTGCCAGC	autosomal
AGACATCCTGGGTATGAACAAAAACTCCAAGGGCTCCAACGCAATCATCG	autosomal
CTTGGGAGTAGTTCAGTGCTGAGCAGGGGAGCAATACCTCCAAAGGGCTA	autosomal
AGGGGCACGTGGTGGTTATGAGTCCTTGCTCCACCCTGGGGTCACCTGGA	autosomal
ACTTTCCAAGTTGGAGGCGAACTACAAACTACTATGATACTTCATCTGGA	autosomal
CTGCCCCCAGGTGCAACAAGCCATCCAGATGTTTTAAAAAAGGAATGAAA	autosomal
TGCCAGGCCAGACCTTTTGAAGCTTGGTGTGTGGCAGCCTTCCCTCACAA	autosomal
AAGAGAAAGTTGCTAATGTATAACTGACGGAAGAAAACAAGTGCACTAAA	autosomal
ATTTATTGTCCAAGGACTTTGAGCTCAGTATGGGTAAAGAGGTAATCATG	autosomal
TCAAACCAGAGAGAGCTTCCTCATCATGAGCCAGCCACCTGCACTATGAA	autosomal
AGCTATTGGTTGGTCTCTCTTCAGAATAATCTTGGGAGGCAGTGAAGGAG	autosomal
ACGGCATGAAAAGCTTAGGTTTATACACCAGATAAGGAAGGGGTATTGCT	autosomal
CTGCCAAAAAGAAGACTAGTTTTGAAATTGCTGAGCTTAAAGAAAGACTA	autosomal
AGAGGCAGCGCCTGCAGGGCCGGGCACAGCTCGGGGGCAGCCCCATCGAG	autosomal
CCTGTGACTTGCCTAGAGGTAATCAGGCAATCAGAGTGCAAGGAAGGCCA	autosomal
AGTAATGAGTAATTGCTGCACTGGTTTCCTTCAGTGACTGAGAGGCTGAC	autosomal
AGCACTATGCTAACTGCCTTTTTATAATGAAATTTTTGATAGAAGATAGA	autosomal
AAGTCAATGTTCTGAATGGGATACTTACTACAAAAAAAGAAAAAAAAAAA	autosomal
GAAAGTATGCCTCATCAGCGAGAGCTGCTGGCTGATACAGACCATGCTCC	autosomal
CTATCCCAATATCCCAGCTCTGGCTATCCCAATATCCCGGCTCAGCTCCC	autosomal
CATTGCAGGGCACAGGGCTCGTTGCAGCTGTTGGCCAGCGGGGTGGGTCC	autosomal
CCCTTGTAAGGGAGAGAGTCAAATCTTGTTTACCATCTGAGTAACTTCAC	autosomal
AGACCTAAAACCTGCCAGGGAATATTCCAGTTACACAGATATGGAATTGC	autosomal
GGAAGAAGTTTGCTGTTAGTTGTACATAACCAACAGAGCTCTACAGTACC	autosomal
AGCAAGTGTGTACTTCATTATAGTGATCTCCAAATTCAAACCTGACGTAA	autosomal
CAGGTGCTGATTTTGGTGCTGTCAGGTGCCCTGTTCAGGGGGGCTGTGCC	autosomal
TAACTGACAAAATATTATTAGGATAATTTTGCATTAATTTTTTATTCCAA	autosomal
AAACGCAATAAGAAAAATCAGCCTGTCTGTTTATTCCAGTTCTTCAGGAT	autosomal
AATCTTATCGTGACCCCCAGAGTGTCCCCAAATCCTGTCGTGACATCCAG	autosomal
AAGATCTTGCTTCCTGATCCTTCAGTCAAAGCCTGAAGTCGTATCTTTGC	autosomal
CAGCCCCTGGCTCTATGTCCCCATCGTCGTCACCGCGCCGGGGTTGATGG	autosomal
TGAGTTACACAAAACACCTGAAACAGAGATTGTGTTCTCATGTAACCCCA	autosomal
ACCACAGAGAGGGGTATGATGGGAATCCAACTTTGCTCCAGTGTGGAAGC	autosomal
GGTGCAGTTGGGATGAAGCTTTTTTAACAGCTTGATGACTAGGCAGTGCA	autosomal
CTGGTCCTTTCCCCTGTGCACAGGTGTGACAATACCAGACTCTGGTCCCC	autosomal
ATTTCCAAGTGTTAAAAGTGGCTGCTTCTTCGAGAACACAAAAGCCTTTA	autosomal
AGCTGGATGAAAAAATGGGAGGAATGTGCCTTGTTTTCACATAAGGACTG	autosomal
AACATTCTTATCTGTCGTACTCGATGCGGGGACGCTTCGGGTGGTGTTAA	autosomal
ACAGTGGCCAGCTCAGGCAAGATTACAGATTTCATTAATGAATTCTTTTC	autosomal
CCACACCTATTCTTTTGTAAGAATACAACTGTTGCAATAGTTCCTGTTTC	autosomal
CTGTGCATCACGCCGGGGTAGGTTTTGAACTGCACCTTGGCGGGGGTGAC	autosomal
AACCCCCGACCTGGACAAGTCCCAGAGTTCTGACTCTTTTGGCCCAGAGA	autosomal
CAGGCCTTAAACCAGGAGTTAAAATTAAACCAGGAGTTCAAATTAAACCA	autosomal
CCGGGCGTCTTGGTGTCGCAGGTGTTGCTGCCCCAGGAGACGATGCCCAC	autosomal
AAATTCAGATACAGATAAATTTAATAATGGTTTTACTTTTGTCAACTGTT	autosomal
AAGGGGAGAACATTGAAACCAAATTTTCAGTGGGATTATTTTTAATTTTG	autosomal
CATAAGGAACTGGAATTGCTTTTAAAAAAGGCAAAAACAAACAGCAGTGG	autosomal
AGAGGCCTGAGCGCCAGCAGCATGGACCTGTCCTCCCACAGCTCCCTGCT	autosomal
GAGCCAAACCCTCAGGCACAGGTGAGACACACATGCAGCTTTTTTTTCCA	autosomal
AGTCTCGTGTTCTTACATTGTGCCGCGTTATTGGACTGCATCTCAAAACT	autosomal
AATCCCAAAATCCCGAGGTTTTCCCTCAAAATATTCCCGTTTTGAGAGCG	autosomal
ATTGTGCCTTGTATTCTATTATTTCTTGCATCCTTACTAAAATTAAGTTG	autosomal
AGCCCATGTGTTTGTAAGAACACACGCTGGTATTCCACAGACCTATGTTC	autosomal
ATTTTGTGGGGGGAGTTATGTGTTTTGGGGTATAATTAAGTTTAAATCTG	autosomal
TAAGTGTGGAGCTGTAGGGTTTTTTTACTTAGATAGCAACACTTTAAGGA	autosomal
CCCAGCCTCGGATGGAGCAGGAGGAGCCCTTGAGTGGAACCCCCTCCCCA	autosomal
AGACGCTGCTGCCATCTCTGACACAGCTTTCTCCAGGTTGGATTTTGCAG	autosomal
AATACAGTTTAACGTAAACAACTGATAAGCAAAACTGCTGCAGAGAGTCG	autosomal
CGCGCCCTCGGGCGCCGACGGCGCGGCCGCCTCGTGGCCGCCGTAGGGCA	autosomal
GAGCGAGACGCCCAGCATGTTGGCGAAGATGGCGAGCTGCACGTCCGTGA	autosomal
AATGCACCTTCCTTGAATTTCATTTTGACTCTGCCTCTTCATCCATGAAT	autosomal
ATATTGCAGGCAAGCTGACAGACGCCCTCGCTGCTCGTGCGGCCAAGCGC	autosomal
ATGTCCACCTGGAGACCTCAGAACTGCCCAGTGTCCACCTGGAGCCCACC	autosomal
ATGGGATGCCCATCAGCCATTTTGGTGAACTACATTCCCACTCTACCCTC	autosomal
CTGAGTGCTGGGGCTCACCCTGTCCATGAGCCCTGCTGTGGTGGGGCTGC	autosomal
CCTTCCTGGAGTCCCGCAGCTGGCGGGGCCTGGAACAGCAGCTGGGACAG	autosomal
ACAGCTGGAGTAGAAATACAGTGGGGGCAGAATTGTGGTTCCATGGGAGA	autosomal
CTGCCAGTAGAATGAAAACATTTTAAGTATATTCAGCATCATTCCCCAAG	autosomal
GCGGAGGCTCTGCCAAAGGTGCAGAGGCCCCCCGAGGCCTGGGTGGCGCC	autosomal
AACCTGACAGCCCTGGCAGCCATCGGCCCCCGCAAGAAGCGGAAGCTGGA	autosomal
ATTTTGTAAGCAGATTACATTAATCAGTGTCTCACTGCCATACGTTATGA	autosomal
ACATTAAACATTTATTAAGGGCTCCACAGAGAGCAGAGGGAATGTTGTAC	autosomal
AGTGAGCCCCCAGAGAGCCCCGGTGAGCCCCGGTGAGCCCCGGTGAGCCC	autosomal
ACCCGTGTGCCCCGGCTGAGCACACTCCTGCACGGCTTTCTGCAGCTGCA	autosomal
CCATCGATTCCCGCGGCCGGCTGCGATCTCCAGCGCCGGGAGCGCTCCGG	autosomal
GAGACAATGATGCTCAACAGGATCTCACATTTATTATTGAGAAGTGATTA	autosomal
ACTGATCAAAACTAAACATTACTTTAAATGTTTTATCAGTATATGTGTAT	autosomal
ATAATAAAAACCCATAATATTCACATACAGCAAAAATGTCAGAATATGAA	autosomal
AGCCCACCCTTCCCTGTGCCACCTCCCGCGCCCCGGTGCCACCGTAGGAG	autosomal
GAGTTCACCCGCCGGGCATTCGCCCACGGCAAGCTGGACCTGACGGCGGC	autosomal
ACATGGATCAAACGTCAATAAATCCTTTTCCAAGTCAGCACAGTTAATCA	autosomal
CCCCAGCCTCGTCAGGCCCCACAGCTGGCAGCAACCCCAGCTGGCTCCTC	autosomal
ATGTGCAACCCAAACCCAGCCCTGTCCCCTGGGCCAGCTGTCAAAAGCTC	autosomal
GGTAAATTCTTCACAAAAAGAAACCAATCCTTTTATTTTCTTCTCCTTAC	autosomal
AAAAAAACAAACCGTGTAAACTAAAACATAAGTTTTCAAACAAAGCTGAA	autosomal
CTGCGATCGGCCGAGGAGCAGGTGGACACACAAATGGAGCTGGGAGAGGA	autosomal
ACAGTCAAAGCATCAGTGGCTCCTGCTTGCAGCAGCTCCAAGAACGCAGT	autosomal
ACATCCCGGCGGGCACAGCCGTGCTCTGGGACTATGGGATGGGCATTCCC	autosomal
CTCCAAATTAAGGCACTGCAGTCTGTGCTGTCCTCATCTGATGTGAATTC	autosomal
GTCTGTAGAGAGTAAAGAGTGGCTGAGTACTGAGCAGTCCACACTGAAAA	autosomal
GAGTCCTTTTTATTACCTTCCACTAATAATATATTCTCTATTTTGCTTAA	autosomal
CCTGCTCCCAGAGGCACTGAGTGACAAGCAGTGCCCGGCAGCTGGAAGAA	autosomal
ATTTTTCCTTCCATTTACACTATCATAAATTACAAAGCATATTTCACTTC	autosomal
CCCTGGGACTATTTTTTTAAAAGGAAGGTCCTGACAGTAATCACATTCTA	autosomal
AATCACAGGTGCTACAAATTCAATGCCAAAGATGAAGAGAAAATATGATT	autosomal
ATGCCTGCAAGTATTTTGAGATTTCCAGACCAGGTTTTCTGGAGTCCCTG	autosomal
GAGTTATAGTGGAGGAGATAACTTGTGCTCCATTCACTCAACTTCTAACA	autosomal
GGCGGGGGTGTATCCTCACATAGCGGGCAAAGAGAGGGGACTCCAGGGTA	autosomal
TGTGAAAGTGTATTTTAAATATGCTGCTGAAGTACTGAACTATTGGGAAA	autosomal
GGGATGGGGCAGCCTCTTCCCCACAGACAGGGATGGATCAGCCTCAGCCC	autosomal
AGTAAAGCCCTTTAGGTTTTACCTTGTGGAACCCCACAGGGAGTACACAA	autosomal
CAGCCGGGCACCTCCTCCCCAGCCTGGCACCAGGCCCATGTGCTTGTGGA	autosomal
AAAAAGAAAAGCAATACACATTATTAAACCACAGATGCTGTGGCTTTCCT	autosomal
GATGACCAAGGATACCTCCACAGTGAGTCCAGAGGGTCTGAGACCCCCCC	autosomal
ACCTGTTTAAAAAACATTTAAAAACTACTTCTGAGTGTAAGAAGTACAGA	autosomal
CCCGTGGTGGTGACCCTGCCCGGGCCCATCCTCAGCTCCTTCCCACAGAA	autosomal
ATAAGGAGTAAATATCATGCTGGTATAAAATCCATGTAAAGGAAAGAAGG	autosomal
CCCCTCCGCCACCGCCGGGTCTCGAACTCGTAGAATTTCTTCTCGTAGAG	autosomal
AGCACCGTGGCACTGCTGAGGTGAGTGTTCACACGTTGTACCCAATGAGG	autosomal
CAGGTCAGCATTAGTCTGAGAAGCTGTGGCATATTACTCAGATGGAAACG	autosomal
CTGTCATTGGTTCACCATTTCTGGCCTAGCATAAGCAGACTGTCCCAGGC	autosomal
AGCAGAAATGTTTAAAGTGAAACTTAAATCCCTCTAACCTCTCCCAAGAT	autosomal
TACAGGAAGGTGATAAATTAAAAACTTCAGTCAGTTTATTGGAAACCCCA	autosomal
ATGGTCATGCTGTTGATGGCTGTGGTGGGATTCCTTGAGCCAAATCTTTC	autosomal
CAGCTATCAGAGATGGAAGGTCTGATGTCCTGTAAACTCCAGTCCTCATC	autosomal
AAATATCCTGTATTTGGATATGCAAATAAAATTATATTTTTGTGGATACA	autosomal
CCCCAGGGCTGGAGCACTATGAAATCTGGTTGTTGAGCTGACCTGGGTAC	autosomal
GTCTAGCCTCCCCTGATCACAGAAATATCAGGACAGCGAGAATATTCGCA	autosomal
AAGTCCTCCCCTGAAACATTCCAGCTGCCTTGATGAAAGTTTTCTCGAGT	autosomal
ATGATGAGAGCAAACAAACAACCCTTTAATAGGTTAAATAAACAGTGCCC	autosomal
AAAGTAAATATTTTTCTCCTTAACTTTACAAATCTTGTTCCAAAGTCTCT	autosomal
CTTTTTTTAACTTTAAGAAGCTAAAGCTCCCTTGAGCTTTCTAACAAACC	autosomal
CTACCTGGGGCCCGAGGACCCGACGCGGCCCAGTATCTGGCTGAGCTGGC	autosomal
AATTTGTATATTAGTTATGAAATAGCCAAATTTCACTGTAGACATCTCAG	autosomal
GCCGGTGTCAGACCCCCGCCGGTGAGAGACCCCCGCCGGTGAGCGACCCC	autosomal
AGGAGAACTGCTACGACACTTCTGGTCCTGCTTCCCTGTTAACACACCAT	autosomal
ACTTTGCTTTTGTGTTTTTTTCTTCTTTAAACCGCTCGGCTTGTGTGCAA	autosomal
GCTTGGGGACATTGATGGAGGTCATCGGCTTGGGGACATCGGTCAAGGCC	autosomal
GAGGAGGCCCGGCTAGGGCGCGAAGTGCCACCACTGGAAGGCGAAGGGCC	autosomal
GTCGCCCATGTTGGCGATCAGGATGTCCCCGTTGGGCAGCGGGTGCGTGA	autosomal
ACATCCTTCACTCCCTTGTACCACGCTGTTACCCAGAGGAAGGTGAAGTG	autosomal
GGGAAGAGGGTGGCAGCAAGGCAAGGATGTTCCGTGGAATGCATTGCCCC	autosomal
GGGATGGCTTTACAATTTAAACAAAAAAAAGAAAAAAACCAAAAATAAAC	autosomal
CCCTGGAGCACGGGAACCCCTTCCCACGGGACCCGGTGGGGCCGCCCGCC	autosomal
CACTTCAAAGTACCGGAGACGAAAGGAAAGTCCTTTGAGGAGATTGCAGC	autosomal
CCCCTCCGAGTTTGCTCCTTTTGTTAGCAGGGAGCGTGCTGGGGACCACG	autosomal
AGCTGCCCCCATCCCTGCAGGCCCCCCCGCCCGGGGGGTGGCCGGTGCCC	autosomal
GACGGACAGGTGTTACTAGCTGTGGGAAGTGTGACAAGTGGTGAAGTGAC	autosomal
AATAGTTGTTCTTCAGAAATAATAATTGTCTTGAAACTTCTATTAAAATT	autosomal
AATTTATGCTGATGTGTCAAACAGCTTCTCAATCATCTCCCCCACCTGGT	autosomal
TACCTACTCTTCTTGTTTGGGATAGGTTTCCATGGAAGGAGAAAAGGAAA	autosomal
CCATGAGTATTCATCTTTCTCAGAGACTGTTCCTGCTAAGGGGATGAAGC	autosomal
AGTGCTCCTCCTCCGGGAGGACGGGTGGGATCCTGCTGGACAGCAGGGTG	autosomal
AGGCTGTGCCGGGGCCGGCGCTGAGCTCCGCGGGCGCGGCGGCGCAGGCG	autosomal
AGAGAGAACAACAAAGCCATTGCATGACCTTCTCTGCTCAGACAGGACAG	autosomal
GCTACCATGGAATAAATTAGCACAAAAATGGAAGTCTTATAACTGTTCAC	autosomal
CTTGGTTCCCAAGCATCTTCTGACCCATTTCCTTTTTTAAAAGGGTAAAG	autosomal
AGGAAATATTCTTTTTCCTCTTTTTGTAAATAGCAAAATTTATAATGACT	autosomal
CTTCTTTCCATCACTCATCTTGTTCTTCTCGATCAGCTTTGTGATTCGGA	autosomal
AACAGTGCCTCATCGTTCGACGAGTCTGGCGTCGGAGCCCCCCACAGCAT	autosomal
ACAGCCCCATTAAACCAGAGAAAACTATTTTTGTGCCAGTGTGGAATTTG	autosomal
AGAAGATACATATATACTTCCAGGACAGGCTTTCATATATTTTCTTGTAT	autosomal
AATAATAATGTAACTTTTTTTAAAATGTACCTGTACTGCTCGTAGCTTCC	autosomal
CTGGGACGCCAAGCTGCTCTACATCCCCCTCAGCTACCTGCCCTCAGCCC	autosomal
ATTGCAATTGCCCAAGTACTGAAAAAAACCAACAGGGAAGGGACGAGGAA	autosomal
ACCTCCTGCTGTCCCGCAGCGCGGATTTCCACCGGCAGCTCCGCGTGGTG	autosomal
AAGGCGCTCGGGAGCCGCGGCTCCCAGCCGGGAGGCCCGGGCGGGCTCGG	autosomal
CACTCCAGAGGAGGGGGAAATTCTGTACACCCATGTTGTGAGCACCAAAC	autosomal
CAGTGGCCTCCTGCTCACAATTCAAGGGCAGAATAGGTCTTCAGTTTTCC	autosomal
AAATGGCATCGCCAGGCACAGGACGGAGGGACGGCGTCCCCAGGGCTGCT	autosomal
CAGGGAGATCTACGAGGAGCGCAGTCGGCTCAGCAGCCTGGAGGATGACA	autosomal
CCTGGAAATTATTCATTACAAATCAGTAGTATTCCACTCTATAAAAAGAA	autosomal
GCAGTGGACACAGCAGCTTCCCGTGGCCTTCACAGATACAGGAACCAGCC	autosomal
GGGAAAACAGGCAAGCAGAGTATTTCCTCACACCAATCCTACTTTCCCCC	autosomal
GATGTACTGCACCCTGTGTTTAATCACCTTTGAATATGTCATGTATAAAA	autosomal
GAAGTCAATAATTTTAAGAATATTATTTCCTCTCCTAAAAGCAGATCAAC	autosomal
CCACCAAGGCTTGCCCCTGGCTTTGGAGGGGGTGGGGAGCAGCCCCAGGG	autosomal
AAATGTTTAGGTAACTACATTTAAAAAAATTACTGTTTCTTAGTCATCAG	autosomal
AGTTGGGAATTCCAGGATTTCAGGGGGAATGGGGTGGTGAGGGAAAAATG	autosomal
CATCTCCGCCAGCCCAAACTATAGATGGTGTCTCCTGTATCCTGTTTGTC	autosomal
GGGACCTGTTGGCAACAAACACATCTTCTGTCCCCAAAGCCACACACTGA	autosomal
ACATTTTGGGGTCCCCCTTGTGCCCTAATACTGTGGCTGGTACAGACACT	autosomal
CTAGAGGGAGCCCCTCTCCTGGTGTTAGCGAAAACCCTGCCATCCTTTGC	autosomal
CTGTCCATCAGATCAGATCTATCTATGTAGGCCAAAGCAGAGAGGGCAAA	autosomal
CACTGGCACTCCCAAGCCTACTGTTCTTCTTGCTCATTGCTGTTGTGAAG	autosomal
AGGACTGTTAAATAAAAAGGAACAATGACAAGTCTTCAGGTATGAAAACC	autosomal
GCAGCTGCTCCTGCTGGCTGCTGCTGGGCTGGAGGCCTGTGGTGCCAGCC	autosomal
CAGGAATTAAAAAGGTACAGCAATTTGTACCTAGGGAAGTTCAAGTTAAA	autosomal
TCATATAGGACATGGGAAAGCTAACTTGGCTAACACCCAGAAATGCAGAA	autosomal
ACTAAATAACACTTTCTTAAACACATAAAGTATTACGAACTTACCTAAGC	autosomal
GTGCCAAGGGGGGCGTCCCCCGCACCCTCTCCCGCTCCCTCTCCCACGAA	autosomal
TAATAAACAATACATTTGGTTCTTAAGGCCCTTGAGGATGTAAAATGCCA	autosomal
CTTTAAGGAGAGAATCTTTGCTCTGGAATGTTGGAAAAGGAACACTTGGA	autosomal
CCCTCCGGACCCTCCTTCAGGTAGTTGGGACCCAGCCAGTAGCTCTTCAC	autosomal
AATCAGCCTGGATGCATCTGTGAAGGGAGGGGATGGGGCTTTGTCCTTGG	autosomal
CTCTGCACGCTGCCAGCTTCTTCCCAGATAATTTCCTATTTCTCCACTAA	autosomal
CGTTCCCACATGGAATTTGGGCATTCCCACACGGAATTTCGGTGTTCCCA	autosomal
ATTTCAGATTTTTGGAGTCAGGACCCCCTAAATTTCGGATTTTCAGGCTC	autosomal
CCCAGCACGGGCAGCCTCAGGTGGCACAGGTACGGGCACCTGGGGGGCCG	autosomal
GCGGAGCAGAGGCGGGGCGGGCCGCGGAGCGAAAGTGCCGGGAAGGGGAA	autosomal
GCCACCGCTTCCCCAGAATCTCCACTGAAGAGATTTCTAAGACTTACAGA	autosomal
AAGATGCTGGGAAGCTCTATACTGGTGTTAGAGATCTGGGGGCTCCAAGC	autosomal
CTGAGAAGTGCCAAATTACTCAGCATCTTTAAAAACATGGGTTTTATTAC	autosomal
ACTATGTTTTTTGTAGGAATTTGCATTCGACTGATTGTTACTTCTATGCA	autosomal
ACAAAGAGCAGGCAGAGTTGCATCAGACTACTGGAGGAAGGCAGTGGAAT	autosomal
ATTTCAAACCTTCATTTTGATGACATATGGGGCTGTGAAGTGTTAGATAA	autosomal
TTCACATTTATTCAATATGCAACTCAGCACATCTCAAATTTAAATCAAAA	autosomal
ATTGAAATATGTGCACACAACTCTAAGTATTGAAATGCTGCTTCAAGCTC	autosomal
ATCCATCCATTCATTCCTCTGGGAATTGTCCCCTGGAGGATCTGAATGGA	autosomal
GGGTGTTATCATCCTTCTTTGTCCATAGAATTACAAAACCATTCAAAAAC	autosomal
ATCCAGCCCGGATCCTCCCATGGGGAATGGAGCTGCAGCAGCGCACCAAG	autosomal
ACAAAGGGATGTTGGGCTGGTTAAAAAGCTCTCAGGAGGGCTCTCCCCAG	autosomal
CTCATATAAGTGACTATTAAAAGCTGAGCTACACTTAAAAATTACCCTTA	autosomal
AAAGGGAATATAACAGTACAGTGTATCGTATTGTTAGTGTTACATTATGC	autosomal
CGGGAGCGGAGATCGGCACAACCCGGACTGGAGCAGGAGCAGGAGCCGGA	autosomal
ACAGATCGTATCTCCCAGAGGCAGGAAGAAAAGTTCAAGTTTTTCACTCC	autosomal
CATGGAGTTTTCAGAAATCACTTCTGTCCACTACTCTTATACTGAAACCA	autosomal
GAGCCTTCGCAAAATGGAAATCTAAACGAGTTAAAAACCAAAATAGAAAA	autosomal
AAAAAAACACCAACAAAACCCCTAAAAACTCAACACAAGCCAAACACACA	autosomal
GCTGCTGCTGGGATCTCCTGGGGGTGCAAATTGTCCTGGTTTGTCCCAAA	autosomal
CTCTTTGGAGTCAAAACTTGTCTATGTTTCTGTCATTTTGTCACTTTTAA	autosomal
ATTGATCCAGATCTTCTTATTTTTGAGAAACTGAAATCCCAAGGGCCAAA	autosomal
ATGGGGACAGCTGTGCAGAGCACAGGAGCCAGCTTGTCCCCTGTAGGAGA	autosomal
AGCTGAAAATAATCACATTATCCCAGCACCAGCCCAGCCTCACAAAGACT	autosomal
GTCTCGCTGTGCACGCGCAGCCAGCGGTGCTGCCGGCTGAAGTAGTTGTA	autosomal
CACAGTTGTTCTCGTACCTGCAGCTGCCCTTGAGCATGAAGTGGCGGCAC	autosomal
AGAACTGCACCAGTGATTTGTCAATCCTCCTGTGTGGCAATAAACAGTTG	autosomal
AGAAAATGAAACTAGCTTAATCTGTGTGTGCCTGCCAGTAATGTGATCAT	autosomal
ACTCGGGAAGGTAAGTGATGGCACTGTAGAGCACTGCCCAGCAGCAGTGC	autosomal
AAAATGTAAAAAAAAAAACCCTTCCCCCCCCCCCCCCCCCTTAAGCTGTA	autosomal
GAGAGCATTAAACAAAGAAACAAATAAAAACACCCAAGGTGGTTGTTTAC	autosomal
ATATAAAGACAGATGTACCAATTACAAAACACACAAGACTAAACAACAAT	autosomal
TCACCAGTGCAAAACACAGAATCTTTAATTAAACCTACAACATGGGGGGA	autosomal
CCCGGTGGGCCGGGCTGCGGGGGATCTCGGGGCAGCGCGGTGCACGGCTC	autosomal
ATACTGGTTTGTTACTGGTTTGATTGGTGTTCATACTGGTTTTACTGGTC	autosomal
CTCTCAAAATGACAAGAAAACACTTCTCTGAAATTAACGCAGACATAGCA	autosomal
CTATGAAAATCACCAAGCCACCCCAGTTATTCGAAAACAAGCAGGTAGTA	autosomal
AGCAGGGATTTAAAGAGCTGCCCAGGAAGGGGTGATATCCCAGAGCCTGG	autosomal
AGAATAACACTGCCCTACCTCACCCGGAGCTGGCTGTCAGGTGGAGCTCT	autosomal
CGGCGGGGAGGGATGCCGGCCGGGCTGGGAGCGCTGCCAGCCTCCTCCCC	autosomal
ATGAAACTTCCTGCCAAATTCTGAAAGTATAAATAACAATGTGAAAAGGA	autosomal
ACTGTGTTTAAGCCTTATTTCCTGTGATGGCAATTTTTTGCCACTCAATA	autosomal
CTGCAGCAGCTGAGGAGGAGGAGGAGGGGGAGGAAGCTTCTACTCAGCTC	autosomal
CCCCCAAACTGCCCCCAGAGACCCAAAACTGCCCCCAAACTGCCCCCAGA	autosomal
TAGCTTTTACTTCAAAAGACATATTCTTTCTTACACTTCAAGAATTTATA	autosomal
TAAAAGCCTGCAGTAAGATGGGTTAATGACATCTGGTCACTGCATTCAGA	autosomal
AGAGCTCCAAAATATTCATATCCAAATGGAAGATTTTCTATGTCTGCTGC	autosomal
CGGACCTTCTCCAGCGCCCGCCGGTCCAGCACGCGCTGCCGCAGCACCAC	autosomal
CTCGAGCTCGGCGCTGGCCCAGCGGCAGGCGGGCACCTCTGCCCAGGACA	autosomal
AAACTGCTGAGTTGGTTACCATTAATGCAATGTGACACTGTATTTTTGTA	autosomal
ACAGCACCCTCTCCCACTCTGCCTATTCTGTGGCTGGTGCAGAGCTCCCC	autosomal
AAAGGAACGCTTGCCATTCTTTCTTGGTGGAATGTCCCAACGGTTCCTCT	autosomal
ATTCCACCTCCACCCCAGTGCTCCTGAGGCAGAGGCTGGTGTGGAACCTG	autosomal
GCCCAAGGTGCGCCCCCGGCGGGACCACAGGCCGGGCAAGCGCCCCTCGC	autosomal
GAAATGCAAGCTGTGTGGTCCTGCACAGGCAGGCTGGCAGCCTTGGCTGA	autosomal
AGCTGGAAGGCACTGGGTGGTGGGAAAGGCAGCAGGACCCTCATGTGGAC	autosomal
AAATTGGGACACTGAAATGGGGCACCCCAAAACTGGGGATACCCCGGAAC	autosomal
AAGTTCAATTACCCTGTAGCAAATCAATCAAATGTGCGTGCAGCAAGCCA	autosomal
CTGAGTGGGCTGGCCTGGCTGCAGAGACCCTGGTTCCAGGGGTGCTGGCA	autosomal
CAACCAAGTTTTTGAAGATATTCACAACAAGCTCTTAAACTGCTCATAGG	autosomal
TCTGCTTGTTATGAATTTTAAAAATCCACTTTCCTCTATGGAAGACAAAA	autosomal
AAGCCCCCAAAGTTGCTGATCTACTCCAAAAATTACTGCAGACCAACACA	autosomal
GCGAATGCATCTGTTCAGCTGCTCATTAGAATCCAGACTGTGTTCATGGA	autosomal
AGGGCTGCCCCCTGCCCAAGCCCAAGGGCCCCAAGGTACCAGGGGGTCTG	autosomal
CACCTGCTGGTCAGGCTGCTGCTCCTGAACTGCTCACACATCCACAGCAG	autosomal
CTGAACCCCGCTGTCCCGAGTGTAATGAATTCTGGTCTTGTGATACCCCA	autosomal
ATGGGGGGCAGCTCCCCGGGCACTGCATGCGGTACCCCCGCTCCACCTGC	autosomal
ACCAGCTCCAAGTAGGGCGTCTCGGACTGTCACTTATAACCCAAAGGCTC	autosomal
AATGGTTGCTCTACTTTTTTCTGTTTCATGATCAGTTCTGGGGAGGATGA	autosomal
AGTGTGCTTCCCCAACCGGCATGGCTACCACAATATCAACTACATAAGCA	autosomal
ATGACTTGTAGTCCAGTGCTTAACCGAGGATGAACTGGCAGAAAGGCAGC	autosomal
GTGATGTGAGCACATCACAGAACTGGCAACTGGAAGTAGGGCAGCTGTAA	autosomal
CGCCCCTTTGAAAAGGGTCACATCAGAAAATGAATGAAAAACACTGAAGA	autosomal
CTCAGCATTGAGCTTTCCCACCTGCACTAACAACTCCTGCAGAGTGAGGA	autosomal
TAAATGTGGTTTTTTTCCAAAGGAAAATTAAATAGGGCATACAGAGAAAA	autosomal
CCAGCCCCGGCTCGGGGTGCGGGCTCCCGGCCGGGCTCCCCAAACCCGTC	autosomal
CGGGGTGTGTGTGTGTGGAGGTTTTTTATTTCTTCATTCCTCAGCCCAAC	autosomal
TGTGAAAATTTCTTACCCCTCGCAGGTAATAGTGTGGTAATCATCAAAAA	autosomal
GCAGGTGCCTGGCACGGTTGCAGCACAGCACATTCCCTACGGCATACACA	autosomal
AGCTCAGTACCAAGCTGTAGCCGACGGTCAGAGTGCTGCCAGACGGTGCA	autosomal
GCTAGGAAGCAGTGCCCATCAGGTCATCTTGAAGGAGATGATCTTTAAGC	autosomal
CACACTGGGCTGTGTCCCCAAGTGTTCTGGGCCCAGCCAGCTCTGCTGCC	autosomal
GGAGCTGCTGGTGGGGCTATCAGAGCTTCCCAGGTCAGGCAGGACACACA	autosomal
ATTATTTTCAACGGCAATATCCCCAGTTAATATCACTGCATATTCCTAAA	autosomal
GACAGTGACATTCCCTGCAGGAAAGCCACCTTGTTCCTGCCAGCCTCTGC	autosomal
ATTAATGACATCTTGTGCAGATCTCTGATATCTAACCTGTGTGCACACTG	autosomal
CTGTCCCCGTCCCTGTCCCCTGTCCCCATCCCTGTCCCCTTTCCCCTGTC	autosomal
ATCTATGTACATTTTTGGGGAAGGCTGCCCGTTTCTCCAAGGCCATCTGG	autosomal
CAGCGGCCCTGGAGAACATGGGCTCTGTCTGCGGCGCTGACGTCTCGCGG	autosomal
CCCCCTCCCCCAGCAGCTGGCACTTGTCCTTGTCCCCGTGGGGACATCGG	autosomal
AATAGAAGACCTGATCCCATGCCCCTAAATTCATTCCTAGGTTTAATGAA	autosomal
CATGGACCCCCTTATCCAGTCCAAGTTGAGATAGCATTCTCTTCTCTCCC	autosomal
AGGCTTGTTTTGGTTTATTTTTATTGCCTAGAGTCCTGCTGAATTTTTTC	autosomal
CTTCCAGACCAGATTCTATGGACTCCAACAAGCTCACTGTGTTTCATTTC	autosomal
CACCATGTCAGTCTTGGTCACCATCAGACGACTCCTCCTCTGCCTCCTCC	autosomal
CCCGTACAAAGCTTCTACTTTTGTGGCATCCAGCCCCCTGAGATCAGATA	autosomal
AACAAGCTGTTGCTTTGGGGCAACAATCCACAAGCACGGGAAAACCTGGA	autosomal
ACAGCTTCTGTAAGTGACAAAAATTATGTTGATAAGACAGAAGAAAATTA	autosomal
CCTTGGGAGCCGCTCTGTGTCCAAGGAATATTACAGCCAGACTGGCCGCA	autosomal
ATTATAATATATATTATTTACAGTGTATGGATTTGCATCACTGTGCATAG	autosomal
AAGGTTCTTTCTTTAAGGACAACCCTCGCTTAAGGAAAAAGTCCGTTTCC	autosomal
GAGAATTACACAGGAGCTCGTTGTGAGGAAGTTTTGCTGCCCAGCATCAA	autosomal
GGCTCTCTGGATTTTACTTTAATTTTAAATGAGCAAGAAGGAGAGATCTA	autosomal
AGGCTTTTCAAAATGCCCTTTGGAGTATTGAAATGTTAAGGAAATAAATG	autosomal
GCTCCAGATGCTTGTGGTGCAGCACAAGCAAAAGCCTCTGTGTATTTGAA	autosomal
GAGAAAGGTAACCTTGGCTCATCCCCCGAGGCTCACCAGATCCTCCAGCC	autosomal
CCTGGGGCTCTGTCCCTGCCAGCGCCGCATTTGGGGTCCCCTGGGAGTCC	autosomal
CAGACCATCCATCTGTGCTGGTTAGATGCCACCCACGCGCTCAATGTCAC	autosomal
CAAGTTTTCAGGCAACTCCTTCCATTAGGTAATTGCTGTGAGCGCAGTAA	autosomal
AAGAAGAAGAGAAGAAGATCTCTGTTCTTAGACCCTCGGCCCCAGGGGAA	autosomal
ATCATTGAAGATGACATCTGCAGAAGGATCCAGCAATGCTGCCTTTCATC	autosomal
AACCTTGCATTACATTATTGCTGTTTTTTATTGACTTGTGGATGCCCCGT	autosomal
AGCTAGTACAAAAATGCATGTTTGCACTTACAGTTTGCTGGAAGGAGGAA	autosomal
CGCGCTGCCCGAGAAGGTGCGGAAGTTTTTGGGGCAGCAGGTGCCCTTCC	autosomal
CTCAAGAACCCATCCTGTAAACCCACAAGCCTCTCCTCAGCTGAGGGTGC	autosomal
CCAAGCACTGCCAATCCCTGTGGTGAAGAAAATGAAGTTGTGAGGACACC	autosomal
AGGAGACAAGTGGGGTGGTGAGCTATCCCTGCATGGGCAGGAGCTGAACT	autosomal
AACGCAAGGTTTGGGGATCTTCCCATATCCTGGTGGGATTCAGGAGGGCG	autosomal
CAGTGTGCTCACCAGTACACTGTTTAGCCAAGAAATTGCTAGAGACATAA	autosomal
CCTCCTGCCCTGCCCGGGACACCACCACCGCCTACTCCAGCGCCTACCAG	autosomal
AGTACCTGGCGGAGGTGCAGAAGTACAAAGCGCATCAGTGCAGCGACGAC	autosomal
ATGAGGTAAAGGGAGCACTGCATGGTGTTTGCTCAAACAGAATAGTCATG	autosomal
AGTTTTAAAAGGGTAAAGAGCATTTCAGGTCATTGCTTATTCCAAAGAAG	autosomal
CAACAGCCACTGCTGAACCTGCAGATGCAACAGCTTGTAAGTAAAATTGC	autosomal
ATCTTCAAGCTGTCACTCCACTGAGGTCTTGGATGTAGCCCCAGGAACAA	autosomal
GACCAGAGCTGCCCCTGGACACTGCCACCATGTGCAGCATTCCCCGGGAA	autosomal
CAATATTTATGAAAGCTGATGGAGATTTTCAGTTTTTTTACTAGGTTTCA	autosomal
CCCCTCCCCCCTCCGGCAGCGCCACCTCTGCTCCAGCTCCTGAGCCCCTC	autosomal
ACACTCTGCTACATCTGTGTTATCATTACTGAGGTGGAGGAATGGAAGGG	autosomal
AGCTGAAAAGGCAGAAATGCAGGAAAAAGGCCAAGCAGGTTGACCCCAGC	autosomal
GAACACATGAGGAATATTGCTAAGAACTCGTAAGGAACTGTTTTTGTTGC	autosomal
CCGGTGGCAACCCCTGACCGGAGCTCCGGTCCGGTCCTGTCCGGTGTCAC	autosomal
GCTCGGAGCTGGTGGTCCCTGAGCAGCATCATGATGGGGAGAAGCCCTAC	autosomal
CTGCCAGGATATAGCCACGGCTGTGCCCGGCCCTGTGCACCCCCGTGCCC	autosomal
AATGAAGTCAGAACTGGAATGTGAAAGTAAAGCTAAGACTAAACTACAAA	autosomal
AGGTCTGCCAACCCACAATTTACAGATAAAGAGTTTAAAAAAATTTTCTC	autosomal
ATTGTGTGGGTTGTCATTGAGAAGATTCAAAGCCAAATACAAAGTCTCTA	autosomal
GAGGCCAGTAAACCATTCTGTTTTGGGCCCACCACCAAGTCCTGGAGAAA	autosomal
AAAATGAGACAGACAAAATACCATCTACTGGAAAAGGGAAGGAAGCAACT	autosomal
AATTATTTCAAATTTTAAAATCAAGGACATGACGCATGGAAGGTTTGTAC	autosomal
AATGGTTTTAAAATTTTAAAATTCATCTGGTTCCAACCCCCTTGCCATGA	autosomal
AAGGAAGCAGATGTGCAGCACCATCCTTTCTCTTCCAATATAGTATTTAT	autosomal
GTTTTTCCCTGATGCTGCTCAGCTTTGCTTCAGTGTGCCCAAAATAAAGA	autosomal
TCCTGCGTGAGACCACGGCTATCCGCCAGCTCCTGGAAAAACGGGAGGAA	autosomal
AAGATAAAGAAGAATTTCAGATGTAGACTTCAATAGTAAATATAGATATG	autosomal
CGTATCCGCATGGGCCTGGTACCCAATGGCCACCTTCTGTGACAGCCCCA	autosomal
CTTTTGAATATTTAAATAAACTTTTTTAAAGATCCCCCTAGCTCTTGAGC	autosomal
TCACTGACAAGAGTGTCTAGAATGGGTAACATCAAGCCCAAGAGTATAAA	autosomal
ATATTTATCATGAGCTTCTCATCTTTCTTATCTTTCTCATCTTTCCTTCA	autosomal
ATTTGCGGTTTTGAGTCTACCAACAAAGAAAATTTGCTGGATCATATGAA	autosomal
AAGCCTGCAGCTTGCTAGCAGTTACTGCAGAGGCACATAAACAGCGAAGG	autosomal
ATTAGCTCCCATCACCCGCAGATGGAGGAGGAAAGGGACAGGCCCCTTCA	autosomal
ACTCAGGCCAGTAGAAATTATTCATAACTTACTCTTCAGGCCTTTTAAGC	autosomal
TGTTTTGTTTAAAAATAAATGGAACTGTGACAAAGCTCTAGTTTCAGAAA	autosomal
CGCACTCACTCTCGTAGAACTCGAAGCACTTGGCGGTGGGGCTGCTGCTC	autosomal
CCATGTGTTGTGTTAATAGTTCAGTTGTTTCACCACCTGGGCATTTTCCA	autosomal
AGCTTCTCTGACATCCGTAGTCTCTCCACTGTTGAGATCAATCAGCTCCT	autosomal
ACTCAGGATCCTCCTCTGGATCTGCTTGGTCCTCACCCCGTAGATGATGG	autosomal
AGCTTGATCCTGCTCCAGTGGTAAGGTTTCACTAAAAACCTTAGCACTGG	autosomal
CCCAGCCAGCTCCTGTGTCCTGCACTGCCTGAGACCTGGGACAGCGGGCA	autosomal
ATCCTTTACACTTTTGCTTTATGTACTACATGTCATTAAAAATTAAGATC	autosomal
GAGGCTTTTTCTGATAGGATCTGCTAAATAGAGACCTGACATAATTTCCA	autosomal
GTACAGTGACAAGTGCACTGTGCAGAAGCATCATCCCAGCACAGTTTCCA	autosomal
GGCAGGAGGAAAAGCCAGTTCTCCGTGCAGTCCCTCTTAGAGACACAGCA	autosomal
CAGCAGCTTTAAATAATGGGTGTGGAAGAGCCCACTCTGTTACTAAGAAC	autosomal
TACTTCAGGGGATTTATAGTACAGTAAGAAGTGCTTTCCCTTTAGCTAAA	autosomal
AGTTCATTCCAATATTTTTAAACCTTTCAGTAAAGAAATTTTTGTGATGA	autosomal
AATACAATAAAAGGCATACAAGAAATGTAACATATGCATAATAATTAAGA	autosomal
CAGCAGAAGTAAGGAAAGAATGTAATCCCAGAGAGCCAACAGCTGTGTCC	autosomal
ACAAAATCTAATACATAAATCATTCATCAGTGGCCTTCAGCACGTACATG	autosomal
AGGGATTGTCAGGTCTCACTGCTGTCCCAGGAGGCCTTTCCATGCCCTGG	autosomal
ACTGCCCAGGGTTGATTCATCCACTCAATGGGACTGCAAGAGAGAAATCA	autosomal
ATATTTTTGAAAGAAAACACACAACAGGTTGAATTTTAGCAGTTTTTTAA	autosomal
CAGTGGTCAAAATTTGCAGCAACATAGCATGCTCATAACTTGTTTCATAC	autosomal
CTCCCCGATGTGGGTGCGCTGGTGGGTGGCAAGGGTGGAGTTGTGCTTCA	autosomal
ATCCACAAGGCCCAACAACAGAAGCAAATACTAGAATGTCCCTAAGGTAG	autosomal
AGGTGCCCCGGGGCGGGGCTGCAGAGGGGCGGCCCCCACCTGGAGGCCTC	autosomal
ATTGGGAAATTCACCCCCAAAAACTCCGGGAATTTGAGGCTTTTTTGGAA	autosomal
AACTCGTTTTATTTAGACTTGAAGGTAACTGCGGCCCAGTGGGACCGTGA	autosomal
AAAAACAAGTAGGACATGCTTACTTTGGGACTCAAGGCTCAGAGCAGATA	autosomal
ACTTCTGGGGGCTCGGTGGAACCGGTTCGGCCGTGGAGGTGGCGGGCCGG	autosomal
ATCTCCCAAGAGACTAAAAGCTACATTTTGGAAAAAAAAAATTTAAAAAT	autosomal
GAGCTCGTCAGCGCGGCTGCTGGAGCAGACAGCCCGGCTCTGCGCCCTCA	autosomal
TAGTATCTCCAGTGGAAATCCCATTGAGAACTTCAGACTGAAAACCTGCA	autosomal
ACTGGACCAGTCTGGGCAATTTCAACATATTAAAGATAAAAATTAAAAAG	autosomal
ATGCTAAGTACCTGAAAGTCAACCAAGCTATGAAATATGAATGTCATTCC	autosomal
GAACAAGTGATTTGGAAAAAACCCTGTTCAATGATACCACTGGCTCCTCA	autosomal
GACTTCAATTTTCACATCATGATTTAACACTTGTTAAATATACCTAGAAA	autosomal
AGCAATCAAGAGCTGTCAGCAGCCTGGGGAGATGCAGTTGACACTTGTTC	autosomal
CAAAATGAAAGATTATAATTAAACAAAACAAAAAAAAGCTAATGACAACA	autosomal
CAAAGCGAGACCCGAACCCCCCTGGCCACCCTGGGGCACCCCCTGATCTG	autosomal
CCATAAAATGCTAAAAAGCAATGTTGAGAAGCTGACTAATACTGCTTATA	autosomal
CTTTATTAGCAATAAAAGAGCACTCTGCCACAGGGCTGCTGCTCTCCAGA	autosomal
CACACACATAGAATAGATTTTGTCTATTCTAGGAAAGCTACTGTTTTCCA	autosomal
CTTTTCTTACAATGTTTTCTTAATATAAATCCAAATCTAGGGACCTGATC	autosomal
AAAGACATTAGGTTTCTAACGGCCAAGTTATATTTCACATGGAGCCTCCT	autosomal
CAAGGGCCATGGCTCCTCTGACCAGACCAGTGGAATTGTTCTGCAGAGAA	autosomal
AATAGACTGCTTGCTATCTATTGCATTTGTGTGACTGCAAAGACCCTCTG	autosomal
ATGGCACGGCTGGAAGGGCAAGCAGGACCATGGGAAATGAGTGGTTTTCC	autosomal
AGGGAGGGGGTTGGTTTGTTTTTTAAACCCCTGTAAGGATGAATTCTTGG	autosomal
ATCTTTACTAAAAAAAAATATCTGATTTTTTTCCATTTAAGTTACATCAA	autosomal
GAGCGCAGCTGAAACTCCCCCCACCTTTGCCTCCACAGACAGCCCCCAGC	autosomal
ATAACTGAACATAGTCAAAGGAAAAAAAAAAAAACAGAATGAGGCTGTGG	autosomal
AATAGTGTTTCTTACAAGTTGCCAGTGCAGTCGTTTCAGTTTGTTTACCT	autosomal
AAAACATCTAAGAGAAATTTGAAATTATATTTTGAGAAGGAAATTGAGTT	autosomal
GACTCCACGGGCGAGGAGCTGAACCTGTGGCAGAAGATGTGCCAGTACCC	autosomal
AGGCAGATAAATAAGAAGACTTCCAAGCATAAACAGGAAAGCGTAAGCAT	autosomal
AATGGGGACAATTCTGGTCTCCTTGAGTTGCCTTATTTTATAAACTATAT	autosomal
AATTTCCCTGTAGCAGTGTTAACTGAACTTGGCCTTGTGCTGGTTGGTTG	autosomal
CTCTGCTTCACTGACAGCATCCTGTGCTTGGCAGCTGAAGAAACCTCCTA	autosomal
CGACTGCGTGTTCACCACCGAAAACTGCACACTCACCTGCCCTCTGCAAA	autosomal
GACTCCAGCTTCTTGGAATCAGCCACTTTCCTGACAGCTTTCATGAAATC	autosomal
TGAGACCCCAGACCAAATTCAGAATGGGATAACCCAGCTCTGAGACCCCA	autosomal
ATGAAGTCTCGCGTCCTGGACATCTTCCGCGGCATCGACAGGGACCAGGA	autosomal
CACACGGGGGGAACTTCCTCCTCCTCCTCTCCTGAGCATTTCTTGCCTAC	autosomal
ACAAACTGGTTTTATTGTGCTGGAGCCTGGCTTCAAACTGCCCAGCAGAA	autosomal
CTTGCTTGGTAGAATTTGGGGGTCCTCGACCTTTAGATGATTCCAGGAGA	autosomal
AGAGCCTCCCCTCATTTCTTCACCCTGAGCCCCTTACACTGAAATTTCGG	autosomal
CACAACCGCAGCAAGCAGCCCTGCTCACGGGTGTTTCAGCAAAATATAAA	autosomal
CCCCAAAATCCCACCTGGGACCCTCAAAATCCCACCTGGGACCCCCAAAA	autosomal
CCACAATCCTGAATTTTCTAGTCAGGAAGAAGGAGATAAAAACCCTAGAA	autosomal
AGAGCTGAAAAAGAGAGCACGTCTCACCACTGTGGTTAATTGACTTCAAA	autosomal
GCGTCCCACGGGCTGCGACAGCGTCCTGCGGGATGGGGACATGGGGACAC	autosomal
GGTAAAAGATACAAGCCCAGGTGGGTAACTATTGCACTGAGCATGATTCA	autosomal
CAGTCTGTTCCAGAGATTTAAGAGAGTTCTGACTTAGATTTAAAGTTTGC	autosomal
CCATCATCCTCGTGGGCACAAAGCTGGATCTCCGTGATGACAAGGACACC	autosomal
ATTCCCAGCGGGAATGCCGCGGGATACGGGGGAGGAGAGGCTGGAGGCGC	autosomal
CGCCGGCAGCTCGCCACGGCCGCACACTGCCTTACGGAGCACCGCTTCCC	autosomal
CCAGTAGTAGGCTGCAGAAGGAATAGAAATCCCTGCTTCATAGATAAGAA	autosomal
CATAAAAGTTGCAGTAACAAGCTGGTTCCTATAATATTTCCTGCCTTTGC	autosomal
AAGTCGGCCTCGGCCGTGGACCGGCAGCGCGAGTATCTCCTGGACATGAT	autosomal
CAAATTTGAAAAGCTTTAAAAAATGAACAGTGTATAGTTGTACTTTCACA	autosomal
AAGATCTGCATCCCACCTCTGAGGCGCAGCACGAGATGCAGAGTAGATTC	autosomal
ATCGATCTGTTCCTCAGAGTCAGCCTGCCCAGCCAGCTTCCACAGGGACC	autosomal
AAGCTCCTGGTGGTTTTTCTCTGGAAGAGCTGGGTTTGAATTCCAGGCAG	autosomal
AATTTCCAGGTTTTTAACACCGATTTCAGTCTGATATGCAAAGGAGGAGC	autosomal
GCTCAGAGAGGGCACCAGGAGCTGCCACTAGGATCCATTGGGGGTGTCCC	autosomal
ACACTGAGCTCTCCCCAGGGGATAACAAGAGTGCCTTGGAGCTGTCCCAA	autosomal
GTAGTGTAAATTTGATTTCTGCTTTTCATTTCTTAAAACAAGAAAAAAAA	autosomal
ATCAGCATTTCCTGATTCTCCTGCTTTGTGGAAAATACTCTCACATTTAA	autosomal
GCAGCAAGAGCCCCCTCAAACCTCCATGCCAGGCGCCTGCCCCAGGCCCA	autosomal
AAAATGTGGATTTAACACCAGGAATTCCTGGGAAACCTCAGGAAAATCGG	autosomal
CCCCAAATTTGGGGGGTCCTGGGGGGGTGCCAGGGGGCCCCGGAGCTCAG	autosomal
AGGTTTCACAGCTGGCTGCTGCCATCAGAAGTACCTCTGCTATTTGAATC	autosomal
ATAGTCATAAAATTGTCTTCTCCTGGACTATTACTTGGTCTCCTCAGCTC	autosomal
TGAAGGTACTTGCAGTAGAGACTATTCCATGGTAGAAGCACATGGATCAA	autosomal
AGCTTTCAAATGGTTGAAAACTCAATTTTGGTAACAGAGAACGTGAATAA	autosomal
AATAATAAGAAAATAAAACACCAAGTGAAATATTGTGTAGGGACTTCGAG	autosomal
CCCCGGCACGCCGGTTCCCCGCCGGATGATCGCTGTACTTTATTTTATTA	autosomal
CAGCCATGCGGCCAACGCGGCCCCACAGCCCCCCGAGTGCAGCAGGGCCC	autosomal
AGCAGTTGCCCAGAATTGCACATCCTGCCAGGTCTTTCGTTCTGCTCACT	autosomal
CTGAAAAGGCATTTGTATGATGATAGTGAGGCTGTCAGTGCCAGTCTCGC	autosomal
TTGATGGTCTTGTGCTTGATTCGGACAATGCCTTTATCCTCCTCTCCCAA	autosomal
AAGGATGTAAAGGAGGTGGATTCTGATTGGGTCCATGAGCCCTGACCAAG	autosomal
TAAGTAGTATTGACTGTGCAGTTCTATTAATTTCTGAAGGACTAAAATCA	autosomal
ATTGCATTTTGCCTTTGTGGAGCTATACACAATCTTTCCTTCTTCAACTG	autosomal
CACTGTCACCTGGGCTTGTCCCCAACTGTCACTTGGGCCTGTCCCCTTTC	autosomal
AAAAAATCTCTATTGAAAAATACAAAGTTTTTAATAATATTCCAGTGCAA	autosomal
TGGCAGCAGCATAAACATCTAGAAGGGTTTTTTTTTTCTTGCACTTTTAA	autosomal
GACCTTGGGAACCTTCCATGACCACATGGCCTTGATGGAACTCCATGACC	autosomal
ACTAAACAAGATCTTAATTTATTTTACTTGAATAAAACCTTTGATACTCA	autosomal
ATATCAACCACAATGGAAGAAGGATTGGGGTGGTATTTTGTAATAGGGGG	autosomal
AAGCATTTAAACCATCTTTGGAAGGTTCTTCTGGAAAATGCCTGATGCTG	autosomal
TCTGCCTGGTAACACCAAGAGTGAAACCAGCTGCAGAGCAAACCACTTCA	autosomal
GCCAGCCAGGATGTTTGCGATTTGCTCCTCTTCTTGCAATGCCCTAAACC	autosomal
CCGGGAACACGAAAGCCCAGCCCGCTCCCCAGCAGGCTCTCCCCGGCTGC	autosomal
CAGAGGAAGAAAAGCATGGGGGGACGTGAGGGCTCCATCACCAGCGCCAC	autosomal
ACCTCCTCCCTGTTTTGTAGCATATCTGGGGTTTTTCCCTTCTGTACCCA	autosomal
CTCCAACCCCAAACTTCCCTTTTAATCCCAAAATTTGGGGAAAATCCTAA	autosomal
ATGGATCCAATGGCTCCAATGGCTCCAATGGCTCCAATGGATCCGATGGA	autosomal
AGTACAAGCACGTCCGCGAGTGGGGGTCCCACGCACAGACGGGCCAGGTG	autosomal
ATACACCTCCAGATAGACCCGGAATAAGATCTCTCACAACCCTCTTTCAT	autosomal
ACATTAGGAACAACTTCATGTAATTGGGCTTTCTGGAGTGTGACCAACAA	autosomal
CGCCCTGGAGCCCGGCCGCGCCCTGCAGCCCGCCCAGGAAGGCTCCGGCC	autosomal
ACCAGCAATAACGTCTCTTGCTTTGCTCTAGATCAGGCTTTGGGGGCATG	autosomal
AGTGGATGCACCTCCCCTCCCTGCACTGCAAGGTTGAAAAACAGAGAGTA	autosomal
GGGCTGGGAAGAGCTTCCCGTGCCCATCCATCCTCCGGTTCCAGCCACAA	autosomal
GGATCTCTATTTGCAACAGACTGTGAAGGTTATAAATATGATTCAGAGTA	autosomal
AAATAAACCCCCAGGCAGGCGTGGGGTCCGGCACTGAGAGCCGGGATTTC	autosomal
AGGGCTGTGCTGAGGTGCCTCCCCAGCGGAGGAGGAGGCTGGCAGCTTTG	autosomal
CTCACACTCAGCACCCGGTAGCTCTTGTTCTGCTGGCATTCCACACGAAA	autosomal
GGTGTAACTGAAATGAAAAGCTTCGTTTCCAAGTTTCCATGAAACAGATA	autosomal
ACCGCCGCAGGAACGCGTCCTCCAGTGCCCGCTGCGCCGCGCCCGCCTCG	autosomal
ACATAAACCAGGACATTGCTCTGTCCATAACGGGGTCCAGCCACAAAGAT	autosomal
ATAGTTGTTCGTGGTGTCAATGCTGGTTTAAAACAAAAGACAAGGAGCAA	autosomal
ACTAAGAACAAATGGAAGTTCTACTTAAAAGATGGAGTGATGTCCATTGA	autosomal
ATGAAACATAGTTAAACTGAAATTAATGATGTAATTCAGTTCCTTCGTCA	autosomal
GTGTGAGCAGCAATTCTCAGATCACCTCTTGGCTGTGGGTGGTGCAGGGA	autosomal
CACCGTGTCGGGGAAGTAGATCCTCTCCAGCTGCGCACGCAGCTCACGGA	autosomal
ATTTTGGGCATGCCCAGGTGCGCTCACCTGTGTCACCTGCTGGAAGCCGG	autosomal
TGTCACCAGCCAGGCCTCGTGTCACCAGTGGGTCTCAATGTCACCCCAAA	autosomal
ACCTCCCCTCACCCCGATGCCCGGCCAAGGTGGCCTCTCCCAAAGGGCTG	autosomal
ACATCAACATTTGTTTTTTTCCATATAAAGCTCTACTGCTCCTTTTACAC	autosomal
CCAGAACCGTGTAGGTGGACGCCAAGTCCCCGGCCCGCGAGGGCTCCGGG	autosomal
AATGAGGCCATCCCACAGCAAGCAGGACAGCCTTGTTTTGCTGTCAGTGT	autosomal
CAGAGGCCTTTGGTGCTGGGGCTGTTCCTCCTGGATCTGCTGCACGATGG	autosomal
CATCTCCTGAAGTTGCTTACAAATTTAGAAGTCCACTTTAAAAAAAAGCA	autosomal
AACCCCACCCAGTCAATGACTCAAGCTCTGTCAGCAAAAAAGGGAATTTC	autosomal
GACAGGATGCATGCTCTTCTCCTGGCCACGCTCCAGCCTGGTGTCCCCAA	autosomal
CCTTTTTTCTCCCTTTTCCCTTCTTTCTCACTTCTTCCTTCCTTCCTTCC	autosomal
CATACTTGACGTAGCCCACCCTGTCCACCTGGTAGCGCGGTGTCATCCTC	autosomal
GGCACGGCCCCGGGCGGGGGCTCAGTTCACGCGGCAGGCCCGGATCATGA	autosomal
CCCTGATGAGCGCCGCGTTCTCGTCCTTCAGCCGCTGGTTATCGGCACGG	autosomal
CCCCGCGCCGAATGGCGTTGAGCATATCCTCCCCCTGCGGGACATCGCCG	autosomal
CACACAGAACTGAGCACTTTGGAAGCAAGTCTTTAATATTTTAAGAGAGA	autosomal
AATCTTCGCCCTGTCCTTACACATCTTTCCGTAGAAGAGCCTGGAGTCAG	autosomal
AAGTTCATGTTTTCCCAGTTTAGATCCATCCTCCCCCCCACCCTTTCCAT	autosomal
CTATTTTCTCCTTCATTCATCTCGAGATTTCTTCTGGTAATTTTAAGCAA	autosomal
GTTGGCGAGCCAGAAGAACATGAAGACGTTGAAGAACTGCAGCACGATGA	autosomal
ATACTGCTTAATACACTGATACTTCTGCCCATTAAGAGCATCTTAGTACA	autosomal
ACATTGGGGTGGCACTTGGGGACATCGGGGTAGCGCCCGCGGCCATCGGC	autosomal
CTGTGCCAGGGCCTCCCCACCCTCACAAGATAAAAATCCTTCCTGATATC	autosomal
TACACATAGATACAATAGAGAGAACATTAACCAAGTTTCACACTTTACAA	autosomal
AAAGAGAACTTGAAGCCCTGCTGCACAAGCTGGGTTCCCTGGGCAAGCTG	autosomal
CGCCGCCTCCCCGCACCCCCACGCCTGCCTCCCTGACGGACCCCAGGGCA	autosomal
GGACGTCCTTTATTGTCCCCACGGGGGGGATCTGGGGACACTCTGGGGAC	autosomal
CAGAGCTGCTGTGGTTATTAACTCATTGGAGCCTCACAGGGGATGAGGTA	autosomal
GAATAGCTCCCAGGAGGATCTCTATAATCTTCCTGTGGGAGTTAAAAACA	autosomal
CAGAGTGAAACCTGTACAAGCAGAATATTAGCTATCATTTTAAACACGTA	autosomal
AATGGAACTATGCTTTTCAAATTGCATTAAGAATCTTTTTTATTTTAAAA	autosomal
GTTGCAAGACAGAAGTGTTTAGGAAGAAAGATCATTGATTTTTGGATTCA	autosomal
ATTGCAAATTAGCTGATGTAAGTAGTTGAAATGACACTCTTTTATCTCTA	autosomal
CCCATGGACATGCTCAAGCTCGAGGAGACACTCACTAGCTCCTAGCACTA	autosomal
CCGCGGGGTTCTGCCAGTCTAGTGCCAATACTGCCTTCCTTGTGTAATAG	autosomal
CTGACCATTAAATGCAGAACTCAAAAACAGACACCTACTGCACCGATCCA	autosomal
AAGGTGCTGTACTTGTTGGTGTTGCCGCCGTGCACTTTGCCGCCGTCCAG	autosomal
AGGCTGGTCCCCACAGCAGCCAGTCCCCAGGACCCCAGCAGTCCTGCAGC	autosomal
GAAGGGAAGATCCCAGAGGTCGCGTTTCTCAAGTGAACCTTGGAGATCCC	autosomal
CTGCAGCACTGGGAGCAACGGTGCTTGTTCTCCTGCTTTGACTGAAAGTA	autosomal
CACGACACACAAATGAGCACGTGCTCAGCAGTTCTGAGCTAAAGACAGAA	autosomal
ACTGAAAACAAACAGTCTACTAAAAAGCAAATCTTACTCTAGGTGCCAAT	autosomal
AGCAGAACAACTTGAAGGAGAATGGAGGAAAATGCTCCAACATCCATCAC	autosomal
ATAATCTTGGCACTTATCAGAGGGACAATTCTCCTTGGAAAATGATGAGC	autosomal
CAGGCACCACTCCATGGCGTTGTGGAACATCCTGAGCCAGGGCCCGCTGC	autosomal
GATCTTCTGAGAGCTGAGAGATCTTAGAATGAGAGAGAAAAATAATTGCC	autosomal
AGCACCATTTTTAGACAGCCAAGGAAATATCTGCTCCTGAGGCAAACCAT	autosomal
AGCTTCTGGCGGGATGACAACTGTACAAATCTCCAGGAATCAAAGCTGAG	autosomal
TATGTATAAATATACATACATACATATATATATACACACACACAAACTAA	autosomal
AAGCTGTCCAATGCCATCCGAACACCCTGAAGAGAAAAGTGGGATGCATT	autosomal
AGCTTAGAAGTCTGCAAGGCACTTTTCACACTCCTGACTCAAACTAAAGA	autosomal
AGGGAGCCCTGTGCAACTCTTGGCCCCCACTGCACCCCGGGAAGGGCTCA	autosomal
CCTGCATCCCAATCCTACAGCTGGAGCCCGGCCCCACAGCTGAATCTCAG	autosomal
AGCGCTGTAAGAACTCAGCAAGTGAAGCTGACTTAATGGATTCTGATTTA	autosomal
AGCGGGAGCGGGCGGGCGAGCACGGAGGGAAGCAGGACGGGCTGCGGGGA	autosomal
AGTCAGTGAAAAACCAAATAACTTAAAGTTTCAAACGTGATGCATAAAAC	autosomal
TTTCAAACCCTTTCTCCCTTCCCTTCCCACAGCAAAAATTAAAAAAAAAA	autosomal
AAGGAAAAGCATGGGGCTGCTGAATATATTACTTTGGGCAGGATTTATCT	autosomal
GTTTTGTGTATATGTAAACCTTGCACTCTCTTGACACTCATAATGAAATA	autosomal
TCAGGGTTTTGCTCAGCTCTGAGCTGGAAAGATGCCTCAAATCTCAAGGA	autosomal
ACGCAGCCACTGCCCAGGCTGTGGGGCCCAGGACGTGCTGCACCAGTGAT	autosomal
TAAATGTCCTAATACCATAATTAGAAAAGATGGGTTGTGAATGATAGCAA	autosomal
CAGCTGCCCCAGCCAGAGCAGAGCTGTGCAGGACAGAGCTGCTGCCCTCA	autosomal
AAGGAGGACATTTCCTTAAAAAAAAATAATAATAACAACAAGACAGCAAA	autosomal
AGGGCTCTCATGTTCCTCCAGACATGAGGCTGAAGTATGGGAAGTGGGTG	autosomal
CACTTTATTTGCAAAAAGTACTTTGGAAATTCAACCTTAAGAAAAATATG	autosomal
ATTAACAACAGTTTTTTCAAACTTCCCTACTGTAAGTTTTGTGCTGGAAC	autosomal
CTGTGGTGCTCCGTGGCGTGGCAGAGCCAGGGCTGTCACCCCCACGTGCA	autosomal
GACCTTCTAACACAGTAACCTCCCAATAACCTTTAACATTCATTTTAAAA	autosomal
AATCTCGCACAAAAGGCATGCCTGTATAGAAATACCCAAAGTTGCTGTAG	autosomal
CTCTGTCCGCTGGTTTTTGCTACAAAGAGGAAAATTCCGTGGTTCTAAGA	autosomal
ACTGATGTGTGAGCTGCAAGAGGCTCCCACTGCTGTCTTCAAACACATCT	autosomal
CTTCATTTTTCATCATATCTTGATACACTGATTTGTAAAGACTTATATCA	autosomal
AGCAGGGGAGCCAGGGCTGGGATAGCCAAATGGACACGGTGCTCATCACC	autosomal
AACTGATTTATTTTTAAGAGTTAATGACTGAAAACTATAAAAAGAGTTAA	autosomal
CATGTGTGTTGAGAGATAAATGTGAGGGAATTAATGAACAGCTAGCATGA	autosomal
CTTGGCACATTCACAGCCTGACCCTCAAAGCCCTGCTCAGCAACACCCCC	autosomal
CTCTAAAAGCTGCTGCATTTGTTGTTCTATTTCTCAGTTTCCTTGTTTTA	autosomal
CTACAGCCCATGAGCACATCCCAGGACCCAGAACAAGGAACTCTGGCACC	autosomal
CACGCTTATGACTTCTCTCCCTCGTTTTGTTTTTGTATTATAGAAATAGC	autosomal
ACTTTGGGGAGGACAGAGGGTGCTCAGGACACAGTGGGAATGTCACAACA	autosomal
ACTCCCACAGGTCCTGTATCGAAGATTATCTCTTTGGCCAGTGGTGTGTC	autosomal
GCTAATATGTGACTGAATATTAGCCATGTCTTAATCCTTGCTTATGATAC	autosomal
TATAACCAGTAATATGTTAGATATTTTATATATATAGTTTGCCAGCAGGA	autosomal
ATCCAACGGCTCCCTCCATCCAGCCCTGGATGAAGCGTGGCCCGCGCTGC	autosomal
TACAAATGCTACTGCAATGGCAGCAGGAGTCTGGACAGTCAGAAAAAGAA	autosomal
AAACACTGGTGCTACAGACCAAGAACCAAGTACCTTAGTGAAGGATGAAT	autosomal
GGCCGAGACCACTTTGCCAAGAGGGAGATTGGCAATCTGGGACACTGGCA	autosomal
AAGAGGCATCTCACAAGGCTAAAATGAGCTCCTCGTTCCCAAGAGTGTCA	autosomal
CAGAACCTTTATCCTATCCATGTTTTGGTTTTTCCTCCTGGATTAAACAC	autosomal
AAGACAGGGCAGCCCAAGGTGTGTCAGTATTATAATGAGACCAAGGCAAA	autosomal
AGACAGACAAATCCAAATTAGCAGTATTTGAAAAAAGTGCACTCAGGAAC	autosomal
ATGTTACAGAAATGGGTGACAGCCCTGCATGACCACTGGGTCTCTATTTC	autosomal
AGGTGACATTAAACTGGACAAGTGGATCTTACAGAAATGTAAGATTGCAA	autosomal
AAATATGTACAAGATTTCTAATCATCATCACCCTGAGGATCATCACCCTC	autosomal
ATCCAAGGAAGGAACTTGGACCAACACCAGTCTTTCGACTTCTGGTGGAA	autosomal
CCAGACCCCCCAGTTCCCACCCCCAGTCCGAGAGGGGACAGTGGGGGGGC	autosomal
CCAGTTCCCCAGCCACGTCTCCAAGAGCGGCCGGTCCCAGAGCGACAGCA	autosomal
CAAGGAGTGTGTGCTCTTAATTCAGACCTGTTGTTTATTTTAAACAAGTA	autosomal
CCCCCCAGTTCCCACCCCCAGTCCGAGAGGGGACAGTGGGGGGGCTGGAG	autosomal
AAACTGTTTTCTTTTAACTTCAGCTAGATCTTCTGAAACTGCTTGTACCA	autosomal
CAGTCCCCTCTAGATGTGTAGGGAGTTTACAGTCCCCGTTCCCAGCTCGC	autosomal
CTTCAATTTAACTTTGTGACTTCCAATATCAATGGTTAAAATGATGCAGC	autosomal
AAGCTCAGTGTACATAAGATATATGTAAACAGAACATTTCATAGTAGAAA	autosomal
CCATCAGCAGCAGGGCGGCGTGTCCCCAGAGTAACGCGAGAGGACTGCCA	autosomal
CTCCTGGCACCGGTCCGTTGGCCAGTTGGTGATGGAGGTATGAGTACTCC	autosomal
CTCTGGAGCCGCCAGGCCGGCACAGTGACACCTTCCTGGTGCTGGGATGA	autosomal
AAGAGTATAAATTCAAGTACTTTATGTACAGTTTGCAACTACCTTTTGTG	autosomal
TCAGTCAATGATTAGTTCTTCCTAGACTTAGAAAATAAGCACAGAGCTCA	autosomal
AAATGTAAGTACTCCCTCTCGTTAACAACCGAACATTTAACTTTGGAGCC	autosomal
ATGCTCCCTGGAAAAAGTTGCCACTCATGTACATGGGGGTGGCTCATCAA	autosomal
AGGATGGTCTGAAGGCAGCTCAGAGGTTTCTCTAGGAGCACTGCCCGCAG	autosomal
ATGTTACAGAAGAGTGTGCAAACTTACAGACACCATCAAAAGAGAAAAAA	autosomal
AATATTTACTCCAAATTTTGGTGGCCATTAAATCTACATTTAAAATAACT	autosomal
TAAAAAAAGGATAAACAAACTTCATTTCAACACCATTTGGCTTGTAGCCA	autosomal
AGACCTTCCTGCTCTTGATTTCCAATTTAATGAATTTAATACCCAAGCAA	autosomal
CAGGACAGTTTGGAACTTTTCTGAACTACTGGACACCCCTGTCTATGAAA	autosomal
CATAGTGCTCCAGCCCTGGGGAGACAGGCATCTCCCTCCCTCACCCCACA	autosomal
CAAGGGACATCCCTCCCCACCAGTTGCCAAGCTGGACCAGGCAACATCCA	autosomal
CCCCAATCCCCGCCCCATTCCCATCCCATTCCCATTCCCATCCCTGCCCA	autosomal
AGGCTCTCAGATTCAGAGATGAGTCTAACTCAACTCCAAATCCAATTTTA	autosomal
GAATTGAATTTAAGGACTGTTCTTATTCCTCAGATCTCATGAAATCTCTC	autosomal
AACTGTAAACAAGATGCACTTGATTTTGTTTTTATGCTGTGATTTTCCTT	autosomal
ACACTTTCTCTCCAGTTTTCTAGTTCCCATCTGAATTGAAGTGATAAATA	autosomal
GATCAGTCTTCTGGGACGATGAACTGCTATTGACTGTAAGAGTTCACTGC	autosomal
AGTATTTATGCCTCTCTTTCTCCCCATTCCAGCTCAGCATCTTCTGTTCC	autosomal
AAGCCGCCAATCCCAAAACAGCATCATCCCAATTTTTCCTGTCCCCATCC	autosomal
CTAAATGTTTATGGTAGTATTGAAAAAGAAGAAATAATTGCCTGGCTTTA	autosomal
CAGCTGATGGGGACACTGACCCATGGCAGTGCCAGGGACCCCGTGGTGGC	autosomal
AAAAATTAAATCCAGCTTGCCTGAGGACCCAGACTTTGGGCTTTTTTAGC	autosomal
ATTTGTTATTGGAATCGTTTCATAACCATGATGAGTTTTTCTCTCTTTGG	autosomal
AGCCAGAAGAGCTTGCAGGAGCAGTTGAAGGGGTTGTGGAAGAGCTGCAG	autosomal
AAGAAAATTATTTGAATTTTTAGGTTAGTTTGCTGGTATGCACATACTTG	autosomal
CTCCACTCTCAGGCATGCAGAGTGCTGCCAAAACCTGGCACCACTGAGCA	autosomal
CATTCACATCTATCACTGGGGAACACAGGCTGCTTGCTTGACAAATCGAA	autosomal
GCGCGGTGACGGCCAGAGCGCCCGGCAGCGCCGAGGCCAGGCTGCGCTCC	autosomal
AAACCTTTTTCAGCTTCTGTGCACTTTCTATCTTGGGTATAGGCTCATCC	autosomal
ACCACCTCGTCTTCTTCTAGAACACAGTCCAAGAAAGAAACCAGCAGCTA	autosomal
AATGCCCAGCATCAGGCATTTTCCAGAAGAACCTTCCAAAGATGGTTTAA	autosomal
ATGGCTGAAATTTCACCCCTGGTATTTCAGGAACAGTTACTTTTGATCAC	autosomal
AGATTGTTTCAAATGCCAAAAAGAACATTTAACAATGAACAGTGAAGGCA	autosomal
AATTTACTCTTTTGTTACGTTTTTCTCTCTTCCTTCAGAAATACTATGTC	autosomal
CAGCTCAAGCCTGTTTCTGGTTTCTTCACTGACCTTTGCACCACTGTGGA	autosomal
AATCTGTTAGTCTGCTCAGCACTTCTGGGAGGTGGAATTCTCCACCTAGC	autosomal
AAGGGCCTCCACAAGAAGGGCCTGGGCAAGGGCTGCTTCGGGCTCAAGCT	autosomal
AGGATTTTCCAGAATTGTGAGGCAGGGCTGCTGGTGGAGCTGGTGCTGAA	autosomal
CCGTTGGGCTCCAGGACAGTCAGGTTTCCTCTGGCATCCTGGTCCATTTC	autosomal
ACTCTGGGGACAGAGGATTCTCTGCTAGTGAACCCTGTTTTTAAGTGAAT	autosomal
CTCACAAAGCTGTTCTGAGTTTCATATAGATTGATTGACAGATGAAAAAG	autosomal
AAATAGAAAAAAAAGGAAAAATGGGGGAAATGGGGGAAAGGGAAAAAATA	autosomal
AATATCTGAGGCGTATCTGGCCTTGAATACTTTCCTTATTATGCTGTGGC	autosomal
ACACACTGTCAATAGTTATTTTTTCCCATGAAAGTGTCAGCTGCGCTTTC	autosomal
AGAAAACAAAAGAACTCTGCATGGGACTCACTCATGGATTTTTGCTGCCT	autosomal
ACCACCGACAGCACGCGAGCGGAGGAGCTGCGCTGTGGCACGCTGCAGGG	autosomal
CACAAAAAGTGCCCCAAAAACCGGGACCCCAAAAATGGACATGGCCCCGA	autosomal
AGGACAGCCCCGGGACCACCGGAACCGGGACCCCCCTGGGACCACCGGAA	autosomal
CGAGGCAGGCAGCGTAGGCCATGGCATGGGCGATGTAGTGCTGCTCCTGC	autosomal
AGTCTTAGGAGACAAAAAAAAAAAAAAAAAAAAAAAAAAGGAAAAGAACA	autosomal
AAAGCTGAAGGGATCATAAAGTGGGGATAGTTATTTTGTCAGAGGAAATG	autosomal
CATCAACCTACACTAGTCTGTGCTGTATTTTTACAAACCCTTTGAAAAAG	autosomal
CACAACATTGGCCTTGTAATTTTATCTTACTATGGAAATCCAACTAGTCG	autosomal
AACAGCCTGCTGATCGTTTCAGACGATGACATGTCATCTGCTATTTCGTC	autosomal
TGAGAATGGAGCACCTCTGGGAAGCTGATGATCTGTCATCAAGATCTAAA	autosomal
CTCAGCCAGCCAAGCCTGAACACCTTGGCAAACTGAAAAGTGGCTCAGCC	autosomal
ATGAGGGCGATGCCGGCGGTGTCGGCAAAGGCAGAGCCCAGCCCCTGCAG	autosomal
ACCATGATTCTAAGCATAGCCCATTAGGATTTGCTGTGTAGTGTCTAACT	autosomal
AATTCTGTAAGGTGGGAAAAGTCATTTATTAAATCTTTCTAAAAAGATTG	autosomal
CAGTGTCCACATGCTGCTGTCCCTGCTGCTGAGGGACCCCCGAGGAGCCG	autosomal
AAAGATTATTGCTGCCTGCATAGATACTTGTGACTGGCCTTCCCTCCCAT	autosomal
GAGAGATTACTCCATGTCTGTTTTAAAGGAAGTTTTCTCATGTTTCTCCA	autosomal
AGCAGATACACCAGTGAGGATTCATCTGGGGAAGTGTGAATAAACAGAAG	autosomal
GAACTTGTGGATTCTTCACTGCCAAACCTTGTAAATAGGAAAGGGTGTGA	autosomal
TCAGGGTTCAAAGAGTACATTGAAGCCCTCTCCATCCTCGTTTTCTAGCA	autosomal
ATGGCATACGGAACTGGGAGTAAATGCACAGGTACTGATAAAGCAAATTA	autosomal
CCAGGCTTCCTGTCAAGCCACTGATGGGAGAGCTGCCACCGTTGCCCAGG	autosomal
CATTTGTGATCCAGCTTGGGATGTCAGCTGACACCGAAATGAATGTCCTA	autosomal
CACTTATTCCAGTAGTGAGAGCACAGGTCAGGATCCATGAAATGCGGATG	autosomal
ATATTCTGCGGGAGTTCGTGTCCATCTCCTCCCCGGCGCACGTGGCCACA	autosomal
TACCATTATTTACTGCACAGAATTCTGTGTTAATTAGGTTAGAACTGAAA	autosomal
GTAGTTGTGCCGGCAGTACGTGTCCACCGCAGCCCGTCTGCTCTCCATGA	autosomal
CATTTTGATGTTTTGAATACTAAAGACCACTAGGTGCTTTTAGACACAGA	autosomal
TACTGGTCCAAGTGCAGTTCGGCTGGCAAAAACACATCTTGATTTTTCTA	autosomal
AGAGGAGAGCTCCATTGGTAAATTTCCCAGATGTACAACAGTTGATTTCA	autosomal
ATTTACAGTTATCAGATGCCTATAAAAATCAAGCTTTTTTCCCTACCTAA	autosomal
TAGTCCCTGCATGATTCACTCTTCCTCCTGTTTCCTTGATTAACCCTTGA	autosomal
CCACCAGTTACTTGTCTTGGAAACTTCAGTTGTCCTGTGGATGACACAAC	autosomal
CAGAAAGGAGTCATTCCTGCTGCCAGAAAGGAAAGGAGTCATTCCTGCTG	autosomal
ACAGGATCAATGTCTGCAACCTGAGCAGCATGGCTGTGTTGATGAGGGAG	autosomal
GCTCCCGCTGTCCCGGCAGGATCCCCTGGGTGCAGCCCCTTGTGCCTGGA	autosomal
GATACATTTAAAGACACCGCCAGCCTTGTTAAAGAGGACTCTGTGGTGTA	autosomal
AAAAAAAAACCCAAATGCTGTTCACAAGAGGCTCCACCCACAAACGCTGC	autosomal
TGAGGCTTTTTCTTTCTTCTGCTGGGAGTTCTATCTGTGTTGGTTTGGAA	autosomal
AATATGTCAGAGAAATTTTCTACAATTTATATGCTTTTATTTTAATTGAT	autosomal
GATTTAAATATATATAAGAGTTACGTATCTAATACCTACACAAAGGCTGA	autosomal
GTTTATCTCAACTGAACAGTGGCAGCCAATAAACACCTGCCCTTTTTCTA	autosomal
ATGTCTATCATCTCCATCTCTAGCTCCTTCACCTGCAATTCTCTGGCAAA	autosomal
CCTGCCCCTTGCTGCTCATGCCCGGCCATCCCCCTACCCACCAGGGGCAC	autosomal
AGGTGTGCCCAGGTGTGTCTCTCAGTAGTAAAGCTCCCGATCCCACCAAC	autosomal
CCCCCAACCCCCCGAGCAGACGAGGAGCGGGAGAAGGGCAGCGAGAGCGA	autosomal
CTCCAAAGCTCCCCGCGGCTGCTGCGCCTTTTTCCCGTCGCCTGCGGCCA	autosomal
CCTGCATTCCTACTGTCCTTCAGCAGGCACTGTGACTTGTTAGGTCTTGC	autosomal
ATGCACATGCACAAAAAGAGAGGGTACACAATGAACATTTAAACACAAAA	autosomal
AGTGTGATTTTTTGTTGGCTGTTTGACAGGTTTTATATCAAGCCTGGCTA	autosomal
GATGTTGATTCGCCTATTTTTATGTACAGAAAACCATTTACATAGTTTAA	autosomal
GATGGATGGGTGTTTCCTTCCCATTTTCGTGTTCTAACTGAAATTGTTGA	autosomal
AAATGCAGCTAAGGCAGCTCTGACAAGCTAAAACAAAGGATTTGTCTCTT	autosomal
CTGGTGAAGAAGCAGATAAAGATTTTATTTTTATTTAGCAATCAGTACAA	autosomal
AAAAGAAGAAAAACATGTCCCCAGAATTTTAAGGAAACATGAGGAATCAT	autosomal
CAGGTACTCACATTTGCATTTTACTAGCTAATTTTATGTGGAAATCTCCA	autosomal
GAATAGAATAGACTCCCTCACTGACAAGATAGTGCAGATGCCCCACAGGA	autosomal
AACAGGGTAGGAAGCAATAGCACAGAATTCCCTCTATTTCCTTTTCATCC	autosomal
AGAGCAGGGTCCCGCTTCCCCACCCTTCTACCTGGAATCCCAAGGACACT	autosomal
AAAGATCCCATGTTGAATCCATTGTTATTGAAAAAGAAATTAAAATTCCC	autosomal
ATGCAACGCCGAGGGGCTGCCTGAAGGCTGAGCACCTTTATTTCAGCAGG	autosomal
GGGAAATGGCGGGGAAACGGCGGGGAAATGGCGGGGAAACGGCGGGGAAA	autosomal
GCAGCTCACCGAGGAGAACGCAGACTTCGCCTCGCGGGACCGCTATCACC	autosomal
ACCAGTGGCTTCGCACCTGCCTGGCACTCGCAGAGATCACAAAAAGCCAA	autosomal
CATTTGAAGAGCCATAATTGTTTGTTCCACAGCTTCTTGGTGAGAGTTGG	autosomal
AGTCACCGTGATAGAAGTAGCAGAACAAGACCAAGGACTGAGAGGCCCAG	autosomal
GAAGAAATTTTGACTCAGGCCTCTGAGGAGAGAGGCTCGGATGAGGACTC	autosomal
CTGCCACCCACAGTCCTCCTGCCTGCCCTGAGATGGCGGGACACACGGCA	autosomal
ACTTCTACTGAGCCCCTGGTAGTGATTTCTTTGGGGAAGGACAGAGGTTG	autosomal
AGTCTCTATCTGTGTCATGTCTGGAGATAAATTTCAGGTCCCCTGACTTA	autosomal
AGGGTAATTTATTAGTACTGTAGCACTAGAGAAAGCTTAAAGCAAAAACC	autosomal
AGCGCATCGCGGGTGAGGCGTCGCGCCTGGCGCACTACAACAAGCGCTCC	autosomal
AAGGAAGTCCGCTTCGTGGTCCGCAGCGTCAGCGCCCGCAGCCGCTCCCC	autosomal
AGACGCCCAAAAAGCCAAAAAAGTGTCCTGCAAATGGGGCAAAAGCAAAA	autosomal
CATCCATCCATGGTCATCTTTATCCTGCTCCACTCTTTCCCTACACAACA	autosomal
AAGTTTAGAATAAGATTTTATCTGGCGTAAACTGTTTTGTCCCTTTTCCT	autosomal
AGTGAGCTCCAGTGCTGACAGAACACCACCACAGCCCTCTCTGCCTCCCC	autosomal
CATTGTTGTGGTAACTATGCTGAAGACCGGGAAGTGCAGACATGATTGAA	autosomal
AGCCTTATAATTTACCTAGAGACAATCTTAAAAATTATAAATAATAACAA	autosomal
GGTTTCTTTGAGCATATATGAACATTTATTTTTCAATCTATATTTGAAAC	autosomal
ACACCCAGGGGACACCCCAGGGCACTCCAGGACACCCAGGGGACACCCCG	autosomal
AAAATACAAATCTGCTTTTCCCCAGGTGCCCTTTCCTCATCCTAAAGATT	autosomal
TCGTCTAGTGCAGTAGTGAGAAGAGGGGAAAACAGGAACAGGGAGATGAA	autosomal
AAAAACCCCAAAACAGACAAACCCCCCCCCCCAAAAAAAAACCCCATGGA	autosomal
CAGGAGTAATAAAAACCCCTCCTTAGGGCTCCATCCCCCTCCTAGGACCC	autosomal
CTTGAGCCGGTGGGTGCCAGGCTCCCGCAGCGCCCGCAGGGTGGAGATGA	autosomal
CTCCCTCCCCACACAGGCGTGGGGGCCCCCCCGGAGGCAGAAGGAGCCCC	autosomal
TGTGCGGAAGGCGGCGATGAAAAAGCCCATGTGAAAGATCAACTCTCCAA	autosomal
CACAATGCAAAGGAAAGGAGTAAGGTTGAAAAAATAGTATGATAGGAAAA	autosomal
TGTACCTCTAACTGAAACACAATTACATCACTAAGCCTGTTAGTTTGAAA	autosomal
ATCAGCATTTTGGGAAAAACCTGGAATTTCCCTGATTTATTCCCCACTCC	autosomal
CACTTCCTCAAGGTGCTGCGGGAGCTGCTGGCCTTTGTGCTGTTCAGCTA	autosomal
AAACATAAAACGAGGGTTTTTTTGTGGAAGATAATGATCATCTATTGTAT	autosomal
CACTAACATTTCTACATATTAAAATTGTAGTTATGCTAAACAAGGTCAGA	autosomal
AGCAGGGCCTTTCCTGATCCTGCCAGAGGCGTCATAGTGGGAGCCGTGGC	autosomal
CCCAGCTCTGCACTGACCCGGCTCTGCACAGACCCAGCTCTGCACAGACC	autosomal
GCTCTGTTCCCTTCTGCATAGTGAATAACTAGAAAAATGAAATGGTGTCA	autosomal
AAGGAAGTGTAATACTCAGCTGGCCAAAGAAGAGACTACTTTCAAGGCCC	autosomal
AAACTCAACGTGCTCATCCCTTGTTTTCCCCAAACCAGGATTTCCCATTC	autosomal
CCTTAAATTAAACTCAGTGAAGATTGCTTCCTGTTTTGGCAACATAGATC	autosomal
GAACAAAGAAGTCCATGAACTCATTCAATAGTAACAATTCTAATGCTGTA	autosomal
CCCCGCCCCGCGCCCGCAGCAGCCCGGAGCGGCACCGGGCCGAGCCGGAC	autosomal
ATGAATGACCTGTGCCAATCCAGCCATGCACAACAATTTCCAACAATTAA	autosomal
AAAACCTTACCCACATGGCTGGAGTAAATCACCTGTAATTCACACCTCTT	autosomal
AGCAAGTGAACAAAACACCCTGAGCCCTGCGTTGTGTTTCCTGTACCGAG	autosomal
AGTTTTGGTCTGTGTAACATTTCTTACCTAACAAGTGAACTACAGCACTA	autosomal
AGCCAGCAGCTAAACCAGACAGTGAGCCTGGGCTAGCAGCTAAACCAGAC	autosomal
AGGGCTGGATTAGATATTTTTCCTGCTGCTGTTCACGTTTTGCAGGTACT	autosomal
ACCGGAGAAGAGACAAGAGGACGGGAAAAGTGACTTGGACTCTGACAGCT	autosomal
AAATGCCATCATGATTTGAAAGCAGTGACTCATACAGTACTGTAGCAAGA	autosomal
CATTCATAGTACAGCTACATCCATTCAAACAAATGCTTCCTTTCTTCCAA	autosomal
CAAATAAAGACAAAACTATCTCAATTATAATGTTTCACTTTCAACATTTC	autosomal
CCCGCTGCAGCTCCCCGGCGCTGCGGTCCACCTGCGAGCGCAGCTCCTCG	autosomal
CTTTAAGCGGGTGTGATTCATTTGTATGACTTTGGCTGCTTTGGGGAACC	autosomal
ACCCATGGATTGCCCCCCACCCATGGCGGTGCCCCCCACCCACGGAGCTG	autosomal
ACTCTCACTAGAAATATATTGGATTATCTACTGCTAACAAGCACATTCTG	autosomal
AGTTGCTCCCAGTTTTCCCCAGAGACAGGGAAGAGGGACAGCTACTCACG	autosomal
CTCCACCTCGCATGCGTGGTTACGCAAAGCTCGGTGCGGACGTGGACCAG	autosomal
GAGAAGTCCAGGGCCCTCTGGCTGCTCCCTTTGCCAGCCCTGGTCCCTGC	autosomal
TACCAGTAGGTGACCATCTTTAAGGAAGTTGAGGGATAAGAATTGAGGAA	autosomal
GACCAGCACCCAAACCATGAGAGATGGCAGCACAGCTTTGCATCACAACA	autosomal
AAGCAGCGGCTGGTGTGGCTGAAGGAGCAGCTGGCCGAGCTCTTGAAGAA	autosomal
ATCCCGAAGCACACATCCCTCAAGGTGGAAATCCCAAAACACGGAGCCGG	autosomal
CATAACAATGAGTGGTGTTGCTTTTTGTTTACAAACATGGCCCTTTTTTC	autosomal
CACTGATCTGAGCAAGGAAGTATGTGTCTGAGGCAACCTGGAGTCAGGTA	autosomal
ATAAAGGCTGTTCAGCCTCTGACTTGTTTGATAGTTTATTACAAAAATAA	autosomal
AAATTCTCTTTCCTTTCCCCCCCCCCAAATCCAGGAGGAGGCGGAGCCCA	autosomal
TGGAAATGGTGCCACATTGAACAAAGTTTTATCCTTTTAAACAACTGCAA	autosomal
ACAAGGAACGACCTAGACACGCTGCTCAGCATGGAGATAAAGCTACGCCT	autosomal
AGACATTACATATGTGTATGTTTTACTTCAGACAAACTGCAATTTACTAT	autosomal
ATTAAGTTCCTTTACCTTTTGAGTCCCAGTTAAAATTAGCATAATAAATG	autosomal
CAGTGGTAACACCCTTTTAAGCAGCATTTAGTTCAGACACTTATTTCCAG	autosomal
CTATTTTTATAGATGCCTGTTTAATCTGGGAGAACTGAATGTATACTCTA	autosomal
ATTGCTCAGAGGATCCGCATTCAGTTATTGCTTAGAGAAATGGATCCATG	autosomal
AATTACTGGCTGAGTAGCAAAAAAGGGATTGACAAAGGCCACAAATCCCC	autosomal
AGTGTTTTTTCCCTCCTCAAAGACAGTTCATAGCAGTACTGAAGCAGAAG	autosomal
CGCGAGATCTCCTCCAGCTCCGGCCTGTCCGCAGGGTGCTTGGCCAAACA	autosomal
GCCTGAAGCTGATCGCCAGCAACAGCACCATGGAGCGGCGCTTCAGCCCC	autosomal
CACCAATACAACAGCACTGGTGCTTGAGGTCCCATGTGCTGAGTGCTTTC	autosomal
ACGCCTCCACCTACGAGTACATCGACATCCCCTTCCAGAACAAGTATTCC	autosomal
AAATCAGTATCCAGCTTTTCTCTGCATTCCATGTTATACCAACTTTCCTA	autosomal
CAATAGGAATTAGTGTGAATTAAACAAACAAACAAAAAGTTTAAATATTG	autosomal
GAGAGCGGGAAGTACTGCAGCCAGTTGTCCAGGTGCTTGGCGTAGATGCC	autosomal
CAGGACAAACTATACTTACTGTTCTAATGCTGCCATTCTCAGAGCCTGAG	autosomal
AGATTAAATAAAAACCGATCTTGTATTTGGTTGCACACCATTAATTGGAT	autosomal
ACGCCCCGAGGAGCGCTCTGAGTCTGTCCCTGTGTGTCGCTTTTACAATA	autosomal
ATGGGGGAAGTGTTTGGCATCGTCTGACACGGCTTCGATGTTTCCAGGTC	autosomal
AGGCTGCAGTTGGCAGGGCCGCAGTCCAAGGTGTCGCAGGCGGGACCTGC	autosomal
CCTGCAGTGAAGAGCCATCTGTTCCTGTCACTGGAATGCTCCTGTACCAC	autosomal
AGCTCCTTTGACAGACACCTGCTTTTTCCTGAGCTGTCTCTGTTAAGCTG	autosomal
CCCCAAGGATTGAGCTCTGACCCCAAAGATGGAGCCCTGCACTCCAAGGA	autosomal
ATCTTTGTAAGAGCTACATTTGGAAATAACATTGAAAGTTGAGACTGAAT	autosomal
GCCACAGCACCTGTTCCCACCTCTCTGGCCGGGGGCTGAAGCCCCACTGA	autosomal
CTTCCTCCATTTCCTCCTCCACTTCCTCTTTTTCTTCTTCCTCTTCCTCC	autosomal
AAGATGGAGGACTCTTCTGCTACTCTGGTTTAGCCTCAGCTAAAAACTTA	autosomal
TCAGATAAAAAAGTGGAAATGAAAGCCTGTATTGTCGTGGTCCTCAAGCA	autosomal
AATTCCTCTGATGATCAGCCTATCCCATGAAACCCACGCCCCTCTCCACT	autosomal
AATCTCTGTAGCTTTTCTTCCTAAGGTACTACTGAGTGACTGCTTACTCA	autosomal
AGTCAGCTCACAATGGTCAGGAGACTCTTTTAAAGTTTTACAGCCTTCTA	autosomal
GGGCACTGATAATGTTTGCTGGGATGATCCCATACAGAACATCAGGAGAC	autosomal
ACTGAAAGGAAATCAACCTGGTAAATATTGTTTTCCTTCATTACAACATG	autosomal
AGGAATTCTTGGCCTTATCCAGGTGACTCTGGGAAAACAAAACCCACCAG	autosomal
AGGTGTAAGTCATTTGACAAGCATTATCCACTTCTTAACAGAAAACCAAG	autosomal
CATCAACCCCCAAATAAACTAGTTCCTTTCTGGGCAGATCACCAAAAGTA	autosomal
GCAAACTCTTTGAACACAATGGTCTCAACCAGCTCTTGGAGCTTCTGGGC	autosomal
ATCTGAGGTCCCTTATGGCCTCAGCTTCTGCAGAGTTTTGCTTGAGCCAC	autosomal
AAGGGGTTGTAAAAGACCATGTGGGTCCAAACCTTCTGCAGTGGGTGGGG	autosomal
CCATCTGTGTCCACAACTCCTCTCTCTTCGCCCTTCAGAATCTCCAGCCG	autosomal
AAAGAGAGGGGAATAACCAGTATGGGGGAAATCAACCTCCTCTGATCCTG	autosomal
CTTCCTTAGACTGGCATTGTGTGCTGAGTTGCTACCGAAAGACTACATAA	autosomal
AGCTTCTACTCACTTAACAAATTGCTCTTAAGGACTATTGAAAATAGGCC	autosomal
CTCGCCTGACTGGGAGCCATCAGGGTTGGGAACATGAAGTCCAGATCCAG	autosomal
GATTTGAAGTTTGGGTTCCTGAGCTTGATACTGGAGAGGGGAAAGGGCAA	autosomal
GCTGGTTTCACTTTCCTGTGTCTGTGCAGTTGGATCCTCTCTCTGCAAGC	autosomal
ATATATATACATAAATACATTTATATATACAGAGACACATAAAGACCAAG	autosomal
ACTACCTCCAGAAAACAGCTCAAATCCCAGAAAAAACTATCTATATAAAC	autosomal
TACTATTTTGTAAAGTTTCAAATATTATATAAATCAGTTTGATATGTAAA	autosomal
GTGCACACAGCCAAAGAAAGCAATGTTCTTTGATAAAAACTGGTACATTA	autosomal
CCCCCTCCGTGTCCCCAGTCCGTCCTCCAGCCTGGCACAGCAGCGTGGCA	autosomal
GCAACTGCTAAAAATCTACTTTGGATACAAATTACAATGGAAAATGGCAA	autosomal
AACAGAAAGACTGAAACTTTCATAAATGGTTTTCAGACTTTTCAGTTCAT	autosomal
CAAGCAACATAAACGAGGATTTATTCAGTTTGCTCAGTTCAACGGAAAGA	autosomal
TCCTCTTGGGAAATTTTATAGGTAGAACTCGATATCCTCCTGTCCAGGAA	autosomal
TCACCTCTGAGACTTCTTCAATAGTAGGGCTTCTGCCCAGCTTCTCTGAA	autosomal
GCCTGCCGCCCTGAGAGCGGCCGGTCTCGCCTGATCTCGGAAGCTAAGCA	autosomal
CACCAAAACCTCCCGCTAGAAGCCTTAAAGACATCCTTTGTGCCACCCGG	autosomal
ACAGACAGCTGGTACCAATCAGGATCCGTTTTAATCATTGTTGCAGTGTG	autosomal
CACCCATGGGTGGGGGTCCTGAGAGAGGTGGGGGGCACTGGCACCCATGG	autosomal
CCCTTTGCGAGTCACAGATTCACAGGCAATACCCAAGGCCCAGTTTCTTC	autosomal
TGTTAGAACAATTAAAACTTTGCAAAGGCAACTAAGAAAGCAAATAGTAA	autosomal
CAGATGCAGTGTTACAATCTTATCAGCAAGTTCTGGGTGTGCTAGAACCC	autosomal
GATTTAATAAATTTGGTATCAGGAAAAAATTTTGCTCTTCTCTGGTGAAA	autosomal
GCCTCAAGCAACAATTCAGGAGTTTGTTTTGGCAGCAACATTTAGCAATA	autosomal
ATGCTGCTCACACCTGAGGCACTGAATTCCCATAATCTTGTTTCTTCTTA	autosomal
AAGGGACAGAAGAGTCTGGGGGCACAGGGAGGGCATTTATGGGGGACAGG	autosomal
GGAAAGTAGATGAGTCAAACCAATGAAGAAAACCAGTCTTTTACCTCAAC	autosomal
AGTTTGCAAGTCAAACCGTGGCCAGGGGATTCCCCAGCCTCCTGCAGGTG	autosomal
CAGTGCTCCCTCGCTAAGCGCTCCCCTACCACGGCTGCTGTTCCTGGCTC	autosomal
CCAGGGCACCTTGGGGGCTTCTCCCATCATCCCCAACAGAGATAAAACCC	autosomal
ACATTCTCCCATCTACATCCTTCCATATTTGTCCTTTCATCCCCTTTGTC	autosomal
CCCACAGCCGAGGGGCTGGAGCACATGGAGATAAAGATACAACCCTCCAC	autosomal
GTTAACTAACAATGGAGGCTCAGTAAAAAGAATACAAGGCAAAGACTAGA	autosomal
CTCAAATCCACTCACATGAATGGTGCTTTTTGGAGTTTTTTTTTCCTTCC	autosomal
AACATTTTGGCAGGTAAAATCTGAATTCAGTGGCTCCCTGTACTGGGACA	autosomal
CGGCGCCTGTGTCTCGCCCGGAGCCTGGCGGATGGCAGAGTTAGTTCGGC	autosomal
ATAGTTACACAGACAAGCTGGGAATAGAATTCAGAACCATCATCTCCTAC	autosomal
GGGATAATGTCCAGTTTTTGAGAACAATGTTCAATTGCCTTAGCCTTGAC	autosomal
AGTAGCAGAATATCTTTAGGTGCTCATCAGCTGTCTTATGGGATTCCCTG	autosomal
CCTGCAGATCTGTATTTCTTTAGAACAAAACATTATACACTACCTTGAAA	autosomal
CATGCGGATGTACATCCCGTTCTCCGCCTGCCGGAAGTACGCGGCCCGCG	autosomal
GAGCGGGATTTGAGTTAGCCGAGCGCTCCAGCTCCAGTCTCACTTCATCC	autosomal
CACACAGTCACCATATGCCTAGGAAATACACTTTGTTCTGCTGACCTCCA	autosomal
CTGAAGAAAAAAACAGACCAAAACAGTTCAAGGAAAGAAAAAACCAAAAA	autosomal
GTGTAGACGCCGGGCCGGCGCGGGGTCCCGCAGCGCTCCATGCCCCACGA	autosomal
AAGAGCAGGGGATGGTGGGGTGCAGGGGCAAAGGAGCAGGTTGCAGGGAC	autosomal
AATAAAAGCTGAGGAGAAATTTGAGAAAAGCAGGGAATGGGAACAGAGAA	autosomal
CCGGCTCCGTTTGCTTCGGGCAACTGCGGGGGATGGGCGACAGCCTGAGC	autosomal
ACACTAGCAAAGAACTATAGAAAGAAACAGTTCTGCTCTACAGGCAGACA	autosomal
CTGCTCCTGCCCCGTGCCAGCGAGGCGGCGAGCCAGGCCAGGGGTGTGCC	autosomal
ATTTCTTACACCGGCAGGGTGACCCTTGCCTGTCTCATGCTGTATATGTG	autosomal
AGTAGACTGAAGCTCTGAGCAAGGGAATAAATGGCTAGAAAAGCCCACAG	autosomal
CAGTTTTGGAGTGGACAGAGAGAGAGAGCTGAGGAGGGTGTGAGGATGCC	autosomal
AGTCTGCAGACACTGCTGTCCTTTCAAAAACCCTTCCCACTCCTCAAGTA	autosomal
CTCACAGCTTTTCACTGAGCTTATTGAAATACCGGCTCATTACTTCACTA	autosomal
AGGAAGCAGGTGGAGCAGAAGGAGCGGGGCCGGCCCCTGGCCCCCGCCGA	autosomal
ACGCTGCCGCTGGCTGAGGATGGCGGCCCTGGCTCCTGCCCACGCGCCCG	autosomal
CTCTACAGCTGCCAAATCCTGCCTGGCCTCTGCCGGGGAGCCCCAGGCCC	autosomal
TAGCTGTATCCAGGGAAGATTATTTTATTCTTGACTATGATAAATGGAAA	autosomal
CTGGTGTAAGTGATGACTGAATTTTTTCCCCATCAGAGCGACAGTGTTGA	autosomal
CATTATTCAGTGATGAGTATAAGAGCACTTCAAAGATATGCTAGAGTACC	autosomal
CTACACAGTTTCTATATCCCTAAGTAAGACAGGACAGATTATGCAAGGAA	autosomal
ACTCCAATAGCGCTTCCCAAAGCCCGCGAGGGTCCAGCGGGAAGCGCTAG	autosomal
CGGCCGCCTGCAAGGTCAGCAGCTACCTGGTGTTCGTCAACATGTACGCC	autosomal
TCCAGCAGGGTTTCGGAACCAGAGAGTGGAAGTCGGGGTGGTGAGAGGCA	autosomal
CAGGAAAAAGAAATTCCCTACACCTGATTAAGTAAAGCCAGAACAACAGA	autosomal
AGGGAGTGGGGAAAGGGGGAGGATTGCTCGATTTCTTTTTTCAGTTGCCA	autosomal
ATTTACTCCAACGTAGTCATGACTGAAGTAGGGTGGGCATTTGGCTATCC	autosomal
GAGCTTTGACAAGGTCATAACTGCACCCCATAGTGGATGACGGAGTCCCA	autosomal
ACACTCCCAACCCCCATCCTGCCCCCCACAATTTGCGGCGAGGAGCAGCC	autosomal
TAAATCAAGCTTTTTTCCAGGGTAGGTTTTTTTTTTCATCTTAAATTCCA	autosomal
ATCCCTGCAGAAACTCTTCAAAAACTCCGGGGACAAGAAGGCGGAGGAGA	autosomal
ATCGTTAAATATAGTCTAAAGAGTGTATGTTTAATAAAGCTTTTTTAAAA	autosomal
ATGTAAACAATCAATTATCTTGCTTTCTGTTCATATTGTTTATAGATACG	autosomal
ATTGTATCTGAAAGGCAGCTGCTTTTATGGGATTATTCATAAACCTTCAG	autosomal
ATTTAAACTTTCTGCAAAGGCTCTGAACTGACCCTAGAAGCTATTTCAAA	autosomal
AAACCCCAGGACTGCTGCTGCATGGGGCTGGGGGAACACCACCACCGACA	autosomal
GCTTTGCTCAGTGTGAGTTTAGGATCAGTTCTTGAGACACCTGACAGAGA	autosomal
AGATTGGAGCACTGTGTCTGTTGCTGGCAGTGGACACTGCTCTTATTCTC	autosomal
ATATCACAACTGCTTTCTCCATTACTGGATAATTCATGCCTTTCAAGGAT	autosomal
CCCTGTCTTTTTTGGTACTGTATCCTGAGCTTTTCCAGCTGCTCCACGCA	autosomal
ACATTCAGATAAAATTATTGGTATACTTTAAAAAAATAATAAAAAAATAG	autosomal
AAGTAACGCTCCACTGGCAGATCCTGGAGCAGAAATTCTGTGAGAGGGAG	autosomal
GCCCTGGATTGCAAGAAGTTTATATAGTTAGGGCATATCTACTATGCTCC	autosomal
AACCGGAGTCCGAATAGTCGGCGACCAGGGACGGGGCGGGGGCGGCGGCA	autosomal
ACTGTGGTGCCCAAAGCTGTGCCAGGGGTGGGTGGATTCCTGCAAGCTGG	autosomal
AACTGAGGGATATGCCAGGTCACAGCTGGAAGGAAGGGCAGAGCAGAGAT	autosomal
CTTGGTTCCCTCCGGTGCTTGAGGGCAGGATTGGGCCCCGCTCTGCTTCC	autosomal
TTGGGACAAAATCAACTTTTTGGGGTCAAAAACCATTTCCTCAGCTCAAA	autosomal
ACAAGTGCTGTGACCCCACAGGACAACCACAAAGGTAGGGTGAACACCTC	autosomal
AAGGCCATGTCCATCGGGCGCCAGGGTCGGGTACAGGTTGAGGACATCGT	autosomal
TCTTCTCTGGGGACAATGGGGCAAAACCTCCCTGGGGGGGGTCCTGGCCA	autosomal
AATTCAGTAATTTTAAAGTATGAGGCAATATACCTTCGCTTTGTTTTTAA	autosomal
GATTCCTCTTGAAACAAATAAATATTTTCTTACCTATTTATATTAAAGCC	autosomal
AAATATGCAAAAGATCTTATCATTAAGATTCTTCATACCAATTCCTTCAA	autosomal
AAAGTGCAGTGCAGCCTTTGGGGTGACATCGGGGCTGGGGGGGGGTCCCC	autosomal
TCAATTGTTTCAAGAATTAACTACATTAATTTACAAAACCCTTTATTCAA	autosomal
ACACACCTTTTGTTGCCTTCCTTGGCCAGATGTTTAATTCTGTGACATGA	autosomal
AAGTTTCTCTAATTTAGCAATATGGCACCCTAACAAACCAAATGAATTTA	autosomal
AGCTGCGGCACCTGACGGCGCCGGAACCGGAGCTGGAGCCGGGACCCCCC	autosomal
ACTGCTCTTTTTCAGTCTCTTGCAAATGTAAAACCATTGCATTATAGCCT	autosomal
AAAAATGGGATTTTGATTGGACAATCAAATATTGTCGTAGTATCAAATTT	autosomal
GAGCCCTCAACACCGACCCCCCAATTCCAGCCCCCCAACCCCGACCCTGC	autosomal
GGCCCGCTCTCGGCCGCCATGGCGTTGATGCCGTTGCATTCCTCGCCGGA	autosomal
GACCAGGCAGCCCCCGTGCAGAGCGAAGTCGTCCAGCTCCCCCACCCAGC	autosomal
ATTCCCTTTCAGTAGGTGCTAGATTTGGTAACTGTTGGAGCTGGTGCTAA	autosomal
AAACTGATTTAAAGGAAAAAAAAATCAACCAGATCAAAATTTTATGAAAA	autosomal
CTTGGGAGGATATGGGGGGACACTCTGAGAAGGGGAGGCTCAGGGGGGGC	autosomal
ATAAAATACATGTAAAATACCCACAGTATGAGTTTTAATCACAGAACATC	autosomal
CCAATGAAGGACGGACAGGTGGAGGGTCCCAGGACGTCTGCCTATCGCCC	autosomal
GAAAAAATTACACTAACAATAAATACAAACACCTCCTCTGAGGATCAGAC	autosomal
ACCTTGGCCAGAGAGGCTGGGGCTGCTGGGGCTCACAAGGCATTCACCAG	autosomal
AAATTAAATTAAAATTCAGAGAATTTGTGAGATTTAGTCTCCTCACATGA	autosomal
ACTCTCTTTTTGCTTTGTGGGTAGAGATGTTTTCAGCAGAAGAACATCCA	autosomal
ATGACAGCGACCTCACCATATCTGTTCCCAAAAAGAGAGGTAAGGAGGCA	autosomal
AATCCTTCCAACACTAGTCTTTGAACACATCAACTCTAAAACAGTCATGT	autosomal
AAAGTTCAATTATTATTATTCTTGAGAAATCTTCACCAGCACCTACATAT	autosomal
CTGACCGGGGAGAGGTCCTGGTGCCGAGCACAGCCAGAAGGACAGAGCTC	autosomal
GTATTCATTTTACTGTTGAGTACTCCTTGCAAGCAAAGATTGGTAGAGAC	autosomal
CTTGTCCCTGTCTCCTGTGTCCTCAGCCTTAACCAAAGCTGCCATCTGGC	autosomal
AGAGGAACATTTTCAGGATGTACAGTTTTTGTTTTGTTTTTCTCTCTCCA	autosomal
GGTTCTGGCATCCCCAGGGGATCCCACGGATCCCAGACCATGGTGTAGCA	autosomal
AGCTCCGACCAGGCAGGGACCCCCACCCTGGCTGCCCCCCGAGCACGGAG	autosomal
GACTTTCAAAGAAGCTGCTTGTGGCTTTATTAAGAACACTGTTCAGGGAA	autosomal
GAGGGAGCTGTTGTCCCTGTAGATGTGCTGCCTGGGGCTTGAGTGGGCCA	autosomal
GCTTCCTAAGGACTGTGACATTTTCTTTTGATGGCAATTTCCAGTGTGTA	autosomal
CCATGAGATCCAGGTGCAGCAGCGAGGCCGAGGTCTCCTCCAGGAGCAGC	autosomal
GAATCAAATCCACTGGGCTCAGTTAGTTCCATTTTCTGTGCTCTAGCAGC	autosomal
TAGCATGAACTTCTCCCATGTTCATCTGTATAATTTATTAAAAAAAAGAA	autosomal
ACCACTATTAAAAACATTTATCCTTCATATTTTTTGAAGATGAGGCACTG	autosomal
AAATGAGCCCAAGACCATTGCATGTTGCCTGTGTCGCTGTTGAGGCAGGA	autosomal
AGGGGGCAGAAGTCCCTCACCAAGGCCTATGACGTGCCCTGCTTTCCTGC	autosomal
AATAGGCCAGTCCCTGGAGCGGCCGCGCCGGAGCGTGGAATTTGTCCGAG	autosomal
CCTTTTATGGGATCTGCCTTTTATGGGTAGAAAGAAGCAGGTGGTGAGCC	autosomal
AACACTCCTGTGTTGTCCAAAGGAATTAATGAGTGTATCTCATGGAAAAT	autosomal
AAAGACAAGTACTCAGGGAAAAAAATACAGCTGAGTCCCCTTAGGGAGAT	autosomal
AAGCTTAGATAATGCAGGATGAAAAAATAAAATACTCTCTTTCCCAGTCT	autosomal
AAAAATACTGTTTTCAGTCTGACAAATTTTCAACAAGGTGAGAACTGAAT	autosomal
AAATGCATTTTGAAAATTGCTGTTCAGACCAGGAATTTAAAAACGATCAA	autosomal
TGCAATGAGTTGAAATGTTGATTCATCCAATGTTTTTCTGACACTTCTAA	autosomal
CTGATTTTATGCCAGCTGCAAGTGGTAGGCAACACCTGATTTAATGTGAA	autosomal
AGTAATACTGCAGCACTGGCATCACAAGGACTGATGAAGTCTCTGCCTGC	autosomal
GGCATCTACAATTCCCTGGAGAAAACATTTGACAAAGTGCACATAAGCAA	autosomal
GTAACCCATGGTGGTCAGGAAATTCCACCAACAGGTTTAAAAATAGTGCA	autosomal
CCTGTTGTGGTTTTTTATTTTTTTGAGCATAGGGGTTTTACTGCTGTTTC	autosomal
ATGATGAGTATCTTCCTGAAGAGAAGGCAAAGGTAAAGAGTTCTCTTCCC	autosomal
AACCAACATTCCATCATTATACAAATGTCACCCCTAATTTTGTATTTTAT	autosomal
GTTTTCTTCATGGGCAAGTAAATAGTTTCAAACTCACGGCCTGCTATTGA	autosomal
AGCTTTCATTGCACTGGAGCTCAACACTGCCTAATGTGTCCTGGCTGTGG	autosomal
AGTGGGGGAGGGGTGGGGGAGGGGGATTCACTCCCCTCCCCCTCCCCAAA	autosomal
ATTGGCCTATAGAAGTGACAGGCAAATGCAAAAGACAGTCTGTCAATTCA	autosomal
ACCCTTATTCCTAATATTGTTTTCATTGCTGTTTCCGTTGCTTCGTTAGG	autosomal
ACTGAAAAAACACATCACCTTTTTTGGGAAAAAAATGCAGTCTTCTAACT	autosomal
ACTGCAACAGCCCAAACCACATAGGGCTGAGCCAATGACAGCCCGCTACT	autosomal
GCTCTGAGCTGAGCCTCACCCTCTGTAGCAGCTGCCCCTTCCAGAACCCA	autosomal
CTGACCTGGAATGGAGGAGCTCCTTCCTCTGGGGAAGGGCACAAAAACCA	autosomal
CCAATAGCTTCAATAAAAACTAAAATGGCAGCAAATACTTGATGATGTTA	autosomal
ATTAAGACAAACTACACAGAAAGTACAGTTAAGGCAATGTTTCCATTTGG	autosomal
CAAACTGACACTCTGCACACTGAGTGTCGGACTCAGCTTGTCAAATACAC	autosomal
CTGCAGAATTTTCCAGAGATTTTAAGAAAGATGGACCTACAGGGACACAA	autosomal
AAGTTCATATAATAGGCATATGTACAAGACATATGTTATTTTTATTATAC	autosomal
AGGACCGTGGCAAGAACTGGTATGACTTGGAGGTATACAGCTAATGCCTG	autosomal
AAAGATACCTTTGTGTCATAAAGACTTTCCTAACACAACTCTAATGAAAT	autosomal
CTGCAGAAACAAAAATCCCTAAGAATTCCACCCCAAGCCCCTTCCCACCC	autosomal
GGCAGTGCCGGGAGACTGTGGTGAGGTGGGGGAGAAGGGTGAGCATCGCA	autosomal
AATGTTCTGTTTCCAAAAATTAAACACCATCTAAAGATCCGTCTCTGCAG	autosomal
CACTCAGGACCTGTGTAATGCTTCCCAGCTCAATTGTGCCTCCTAAAGTG	autosomal
GAAGAGTTACCATTGTTTTTTAAGCTGTAATGGGGGTATTTTTAGCAACA	autosomal
CAAACAGCATTTCAATTTAATGATGGAGAGAGCTGGAGAGACGGGGGGTG	autosomal
ACCGGGAACTGGGATGTTCCCAGTGCTCCCAGTTGAGAATGTGTGGAAGA	autosomal
AAGGCATGGAGAAGGCGGCCAGAGCTGTGGGGGCCGTCCCCAGCCCCAGC	autosomal
CGACAAGCGCCTGCTCCTCAGCACCGTGTCCTCCCTGTCGGCCCTGCACA	autosomal
CAATATTGCACCCTCTCAGTCATCCAGCTGGCACAGGGCTGCCACACCTC	autosomal
GTATAGTGTATTTATGACTATATGTAAAAACAAACAACATTGTAGCAAAA	autosomal
AAGAACACAGGGAAGGAAGGACTTAAGTCTGCAGCTTGGATCACTCAAGT	autosomal
GCCCAAACCTTCTGCTGCCAAACCTCCGTGGGGAAGACTCTGCGAGCAGA	autosomal
AGCCCAGACCATTCCTGGGGACACTGGGGGCTGTCGGGTGTCCCCTCCCC	autosomal
AGCTGGTCACGTCCTGGTCAAGGATAATGGGCTGGGATGCAAAGACCTGG	autosomal
GTCATCTGCTGGATTCAGAGAACCACGATCCCAAGAAGAGTACCAGGAGA	autosomal
AGTTGTTTATTTGAAACATTAAAGTGCCAGGTTTATGTACAAACAATTAA	autosomal
AGTGTATTGAGAAGTGTTCTTCCTCCAGAGCATGCATGACCAAGGCATCA	autosomal
GGCAGGCCCCAGCTTCAGCCCCATGTACTTCATCATCATGTCGCTCCGCA	autosomal
CTTTGTACCGGTGGTTTGAAGTCTCCACTCCTTCCAGATCTACACACACA	autosomal
ATACAGTTACTGTTTTACTCCCTGACCACAGGGAGAGGGCTGAACAAAGC	autosomal
AGGAGGAGGAAGAATACGAATACATGAACCGCCAACGGGGGGGAACCGGG	autosomal
GCTCTTTGTACAGTATTTTAACTGCTGTCTGGAGGTTAGTGTTAATTGAA	autosomal
AATGGGAAAGCTCAGTAAAAAGGCCTTCTAACACAGTACAGATTCCAGCG	autosomal
GCTCTGCTAGCAGCAAAGCATGCAGCAGCAGCAGCAGCCAAGAGGACCAC	autosomal
AAACGCGTTTTGCTTTTCAAACTCTGTCCCACCTGCACTGCTCCAAGAAA	autosomal
CATGACCGTGGCTATACAAGAAGTTAGACAAACGGGGAGGGGAACATTCA	autosomal
ACCCAGCTTCGGAGAGGGAGTGGAACCCTGGCTGGCACCGGTCACACTTG	autosomal
GCTCTGGGCCAGATACTGGCTTTTCACTGCAGGTACTGAGCCCTGTTTGA	autosomal
ACAATGCAGCACATCCACATTCCAGCCCCACGGCCTTTCCCCAGGAAAAC	autosomal
AGAACCAAAGTGCTTGAGTATAATTAAAGAATTGTTCTGCCTATGGCTAA	autosomal
CCCAAAAAGGTTTTGTGCCATTCATGTATGTACCTGACACATCCTTTTTC	autosomal
TCTCCATAGTTTCCCTGGTGACAACCAAGATATTGAAGGTACATGTCCCA	autosomal
ACCATGGTTTGATTTATTGATGTTGGTTAAATAACCCAGTTTGAGATTAT	autosomal
TATGAGACTTGCAATGTCTTTGCAGCTGTTATTTTTATCTCAAAACAATA	autosomal
CCTCCTGGCCCTGAAACTGCCGGCGCTCAGTAGGGGAAGGCGGACACGGC	autosomal
AGCTCCGCCTCCAAGCCATCCAGAGCAATGTCAACCATCACAGCCTGAGG	autosomal
GCCGCCGCTGCCAGGACCGCCAGGACCTCTATTACCTGGCGGGCACCTAC	autosomal
AGGGAGAAGAACAGCCTGAGGAGTGAGATTGAAAGGCTGCAGATGGAAAT	autosomal
CTCAGGATGAGGAGTCTGTTTTTTGGACTATACTTATTGGAATCTTGAAA	autosomal
AGAACACTTGTGTTAGCTCTTTTTCTACACTATAATAGATAAATATATGC	autosomal
CTGAATCAGAAGCCATTCTGCAAGCCTTTTTCATATGTAATTGAAACTCC	autosomal
AGGCGAGGGCCGGCTGTCCCCAGGTGTCCCCAGGTGTCCCCAGGTGTCCC	autosomal
GTCACCCCAATGTCCCCAATGTCACCCCAGACCCTCCCAATATCCCCCCA	autosomal
GAAAGCCAGCAGGAAAGGGCACTATTACAGTAGGTAAGGTTTTTGTTTGA	autosomal
GCTTTCTACTATAAGAGGAGAAAGACGTTCCGCGGTGACTACTTTGCTAA	autosomal
AAGGATCAGAGAAAGGCAGAGCTGCTTCCAGATGGGTGGCACGTTGCTCC	autosomal
AACAACCCCGAAATCCAAACCCCAAAATAAAAAGGAGCTCTCTTCCCTGC	autosomal
AAAAACAGCACTTCAACACATTAAAATGGTGCAACCGTTTTGAGAGCGAT	autosomal
CCGGCGGTCCAGCTCCCGCTCCACCGAGCCCCGCTCCCGGGACATGTCGC	autosomal
CATCCGTTTCGCTACATCGTACACGTAGGTGATGTCTGGGCGCTTCTCCG	autosomal
CAGCCAGGCAGGACCGGGACTTGTGGGGCTCCTCTGCTGTCACCAGGGTC	autosomal
CTCCACTAGATTAAAAAGATCATAGGGAAGGATACTGAGCAATATAAAAC	autosomal
CAGCGGCCGCTCCAGCGCTCGGCCTCGGCGATGTCCACGCTGTACCCGGA	autosomal
AGTTTCCAGCTTATGGCTGGATATGTAATTAAATAATGAATTTAATTAAA	autosomal
AGGAATTTAGGGAGCTGGAGCAGGAGGGGTCCTGCTGGGAAACACAGAGC	autosomal
GAGGGGGGAAAAAAAACCCCAGAAAATCCCTGGAGGAAAAAACAAAAAAA	autosomal
AATACACGGCAAGCAGGACGGACAGGTGTTACTAGCTGTGGGAAGTGTGA	autosomal
GGACAACATCGTGGCACACCTGAAGCAGCTGTACCGGCTGCTGCAGAACC	autosomal
AATTTTCTTCTCGTGCGAATCCATCAGCTGCCATGGAGATTTGTTGGCAG	autosomal
TCAGGTCTGCATAGAGCTGTAAAAAAAAACCAATGGTACTCTGCAAATCA	autosomal
GAAGTTGTTCTGGCTTATGGAACAGTGCAATATCCTGGAGATGCCTGCTC	autosomal
AGAGAAAGAAGAATAATCTTTGTTTGGAGATATTGTATCTCGCCACTGTA	autosomal
AGTAGAAGGGCAGAACCAGATCCCTCAACCTGCTGGCCACACTGCTTTTA	autosomal
GCAGCTGCAGGTGAGCCCAGCCCGGGTTGGGGTTTCCAGCAGTACCAGGA	autosomal
AGGATCCGCTGCGCCCGCCGCCGCGCCGCCGCCAGGCTCCGCCGGTTCCA	autosomal
AGGCAAATGATACACCGAAAAGACGTTGTGACTGTAGAGTCTCTCAGATA	autosomal
AATAAATTAAAACAAATACCCGACTTAGGGTTGAACACTCCCACGAATAT	autosomal
CTTTTTCGGATTGAGTTCTCTTTTGGAGAAACCAGGTTTTAGAAATGAAC	autosomal
AGCACCATAATAATGTCAAAATCATGTTTAATTGTGAATGCAGACATAAC	autosomal
CTTGCACAACTTTTTTTTTTTTTTTTTTTTGACAGAACTGGAACTACAAG	autosomal
CCTGGTGAGGGCCCTGGACAGAGCAGGGGTGCAAAAGGTGCCGCCCCTGC	autosomal
GACAAGCTAAGATTAGTTCAGCCTTGTGTAAGAGCTTGTAATAACTGTGA	autosomal
CACATCAGCTCACGTCCATCGTCATCCATGTTTGCCCCACCTCAGCACCG	autosomal
TCAATCTATAGCACTGTCTGCCAGGTGCAGTTATTTTTGAGAGTGTGACA	autosomal
AATGATCTGCAGTTCTCTTCATTTTCATAGAAAATCCCCCTATCATTCTC	autosomal
ATGTTCCTTTATACCTTTCTCCCAACCCGAAGTGCAGCTACAAGTTACTC	autosomal
GGATGCAGAAATTCTTCATTCACACACACCAACTCTGTGTAAACTAGGGA	autosomal
AGACAAAGATCAGGACCAAAGGATTAGTCTCCTTGACAGCTGTAGTAAAA	autosomal
ATAGCTCTCTGAGCTGGGGGTTATATCAGAAACCACGCAGGAGAGCAATG	autosomal
CCTACTCAATTCCCAGACTGTCAGGAGAATTATCAAACTCTTAAAGGCAG	autosomal
CAAACCCTCCCAGGGCTGGGAGCCGCCCCCCTCCGCATCCTTCCGCTGTC	autosomal
ACTGCCCCGGGAGGCTCCCAAGCTCCTGCTCCATCTCTGGAGTGGTGCCC	autosomal
CCACAGGGGGCCCCCGTTGTGGTGCCAGCGCCCGGCGCTGGGGCCGGGGC	autosomal
CAAAACCACCCCCAAAAACCCCCCAGGACCCCCAGAATTCCCCCCCAGGA	autosomal
GAAATGTATTTTTATTTAAGTTCATGTGAATAAACCACCCAGCATTGCCA	autosomal
AAGACCCACCGAGGAGGAGATTTGGCGGCGCAAAGCTCGGCCCCCGCCGG	autosomal
CAGTGGGATGTGCAACGGGGCAGCCGTGGGGTGAAATGGGGTGGCTGTGA	autosomal
CGAAACCAAAAACACAACAACAAAAAAAACCCAAGGGCCTTGTTCTTCTC	autosomal
ATAGATCTCCTCTCCCTGTGACCATGGATATTGTGTTCAGCATCTGAAAG	autosomal
GTCCCCAAGGATACTCTGCTATCAACTTATAGCTTTGATTATTTTACTAA	autosomal
CATGGAAAGAGATACATATAAAATTATGCTTTCTTTGTAATACTGAAAGA	autosomal
CCCCGTGCCCTGCCAGCCCCCCGTGCTGCGCCCGCCGCCGGCTCCGCTCC	autosomal
CACACCTGTACACACATGTACACCCCTGTGCACCCCTGTGCACACCTGTA	autosomal
TTGGTGTCTCTTTCAATCTATGGACGTTTCCTTGTTTCCAGCAACTACAA	autosomal
CCATCCCCGTATTGACTTCCTTTGGGGCCAGGAACTCCTCCATCTCATTC	autosomal
AGCTGAGGATGTTGCCAACAGCAGCAGAGGTGGAGGATCCCACCACAGTG	autosomal
GCAGTCTTAGATTTGCCTTTTTATATTATTTATATATTTATATATATATA	autosomal
ACCGCACCCCAAAAATGCGGCCCCGCCCCCCCCCCCCAAAATTCCAGAGC	autosomal
CGTCACTTGGTCATGGAAGGGGACTGGTGCTGGCTGCATCCCAGCTGGAC	autosomal
AAAAAAAATCACTTTAATATGTTTGAAATGTTTTCTGTTTTTTTCCTTTT	autosomal
ATACTCTGTCTGGATCGGGGGCTCCATCCTGGCCTCCCTGTCCACCTTCC	autosomal
ATCTTTACAGCAAATGCACTGGCTGGTGAGATCTGATCTTGTAAGTGATA	autosomal
CTGATAAGAGAGGTATGATATTGTCTGAGGAGACATATCTTAGGCTGACA	autosomal
TGTATGCCACAGCAATGTGTCCCACAATGTGTGCCACAATGTGTGCCACA	autosomal
AGAACGTTGAGTGATCCTAGAAGCTGCTGAGGTCTCTTCATCCTTCAACC	autosomal
AGACGCGCTGGATGGCAGCAGGAGCCGGCGACCCTCTGCCCAGGCGGCTC	autosomal
GCTCGGTGCCCAGGGTTCGGTACCCAGGGTTCGGTGCCGAGGGTTCGGTA	autosomal
CCCGTCCCCTCTCCCTTCTCCGTGCCCTGAACAGCAATAAAGTGTCCTCG	autosomal
CGTGGTCAAAGTGGAGCGGCAGGTCAGGAGGGGACATGGTGGCAATGTCC	autosomal
TATCCATAATTTTAAAGAGACTGACTGCAAATAATATAAAAAAATAAAAA	autosomal
ATTTTCTGTTTCATATATATAAAATATAGAAAATAGGGCTTTTACAACAG	autosomal
CAGGGCAGGAGAAGCTGCCAGCCCTCCCTACCAGGAAGAGCAGGGTAAGG	autosomal
ACAGGATGATGTACTGAAATAGGGCAGTTATGCTACAACACATTCCCTTC	autosomal
AGATGAAATACAAAACCAGAGCTGCTGCTCACCTTGCTGCTTTTAACCCA	autosomal
CTGCATCTACAACGACCGCCCCTTCCAGGAGCATGACATTGAAGGCATTC	autosomal
TTCATTTGACAACAAAAAAACATATTAAAAATGTTGTGTGGGGGGTGCAA	autosomal
CCACGTGTGTGTGAAAGTAGATGTAGAGAGCTAGGTGTAAATGTAATATC	autosomal
GAGCAGTTCAGATTTAATAGGAATAGTTATGAACATTAGCTTCTGAATGA	autosomal
TCCCAAGGCAGTAGTAACATTCACCCCATAAAAACATGGAAATTTAAACA	autosomal
GGCTACGCCTATTGTAATTGTGAAGTATTACCATGTGAGTGTTATGATAA	autosomal
CCGGGATGAGCGCTGGCATGTATTATCTGAGCGGGGCTGATGTCTCTCAC	autosomal
ACCTGTGAATAAATCCATAAGATAAACACCAATTTTCTTTAAAAGTGATA	autosomal
ATTCTTCCCTTTTTAAAAAACCCCAACATTTGTTATTTATAAACCTCTTG	autosomal
ACTTAACTAAATCTTAAGCCTTCGAGACCCTTCATTATTGCCTTCCCCCG	autosomal
CCTCTCCACCTGTATTCTTTTCCAAGGCTATTCTTGCTGAAGTGTCTTTA	autosomal
CCTTCAGAGCAGAGCAATTACACGGAGGGTCAGCGAGGGGGGGAAGAAGG	autosomal
CTTGTGGCCACCTGGATTTTTACCCAAATGGTGGGAAGAGGATGCCAGGA	autosomal
TCAGAACTCAAACTGCACCGCAGCTCTGGGGTTTGGCTTGCAGATGTTCA	autosomal
GATTTGATATAGTTCATGGAATTGCCAAAACCCCCATTTATTCCCAGCAC	autosomal
AACTAACGGATGTCCCATTGTTTTCCATATTTATATTTCAGAGGCTTGCA	autosomal
CAGCATCTCTGCAAACACCTGGGCAGTGCAGGGAAATAAAGGTGTGGATG	autosomal
TCCCCTAGTATTTTGTGCTATTTTAAAGGAAGAGGCATCAATGCTGAGAA	autosomal
CTTTCCCTGTGTAACGCCGATAGGATGACACTACAGTTAGGTTTGTCACC	autosomal
CTCCTCCCTGAAGCCACAGCTGGAGCACACCTTCCTTGTCCCTAAAATCA	autosomal
GCCCGAGGAGAGGAGGGTCCCCACCCCAAACTCCGGGCTCCCAGCACACC	autosomal
ATGGGGAAGAGAACCCACAACCCAGAAACAATCAGAAGAACAAATTCCTG	autosomal
AGCGGCCCGGGGGGGTCCGGGGGTCCCGGGGGGGGTCGGGGGGTCCCGGA	autosomal
TTTATAGTGACAGATTTTATTGCATTGCCAGCTGTGAATCTAAAAAAAAA	autosomal
CTGAGACCCCATGTACCATAGATTTCATTTTTAAAAAAATCATATTTATA	autosomal
AGACATAACACTGGTTTTTATCAAGTCCTCCATGAAGTCAAGTGTTTGAC	autosomal
AAAACATCGTCACCGCCACGAAACACGCACGCACGCACCAAAGAGCAAAC	autosomal
GGCTGGAAAAACATCGGGATCAGGGGGAGAAATCCCAAAATGAGATAAAA	autosomal
GGTATTTTTGGAAGTGTTACACTGTAATATTTAAGCACTAACTTGCAGCA	autosomal
AAACCTAGTATCCTCTATAGATGAAAGGTGCAGATGCATGCTTTTTGGTG	autosomal
CCTGTGAGTCTCCAGTTCCTGGGAAACTCTGGATCCCTGGGCATGCTCAG	autosomal
ACACAGCAAAGACTTTGGGGTATTCATCAGTTTGGAGGTTACAACTTCAA	autosomal
ACCCACCTCAGCCAACCCCATCTGGGGGTTGTTGGTGCAGCTGGAGCCCT	autosomal
CAAGTTAAAACTTGGGGCTCTCCTGCCACTGAGGAAAGTAGAGAAGAAAG	autosomal
GGCGCAGGCCAGCGCCTCGGGCCGCAGGCGCAGCAGCGCCGTGCCGCGCA	autosomal
ACAGGAATGTGTTAGAAATGTATAGCAAATTCTATTATGTTTTGTAACTG	autosomal
TGATACCTCAGATACCAAGAGTACAGAAAGCATAAAGAAGAAATAAAAAA	autosomal
ACTCCACTCTAAGTAAAGCCTGGGGCTTTGGCTTTTTGAGAGCCTACAGT	autosomal
GAGAATCTTGGCTGTACCTGTGAAATGCCTGTCCATTTCCACCACAGCTC	autosomal
CACGGGCCGGGGGCTCGGCTGGGCCGGGCTTTGGGCAGGGACAGCCTGGG	autosomal
ACAGCTGCCAAAACAAGGGGATCTGCAAGGTAAAATCAGAGAACGGATCT	autosomal
ATTGCTGCAGAAAATCAGAGAATGGTATGTCAGGAAGTTGGATACCAAAC	autosomal
ACCCCCGGAGCACCCCCCAAAAGCTCCGGACCAGGTGCTCACGTGAGGGG	autosomal
AGGAAAAACACACTTCAATTCAGCCTACATTTGAATAAAACTGAGAGAAG	autosomal
GCAATATATGAAAGGAAAAAAATCCATACTATATAGAATATGTAGACTGA	autosomal
TATTTATTTACATCCTGTATACACATTACAAAATTCAACTTTGCATCCCA	autosomal
ATAAGGAGACAGACAAAAGTAAGTTTTTGTTTTTAAAAACCTTATGTTCA	autosomal
AAGAGATTGGGGTGTGTATGTATATATATATTTATATACATATATGTATC	autosomal
CCCTAGCAGGGCTTGCTGCGGGTCTGGCAGCGCTTCACAGGCAGCGGCAG	autosomal
TATCAAAAAGTCATCTGTAACTTATGTTTTCCAGTGTTGTGTCATTAAAA	autosomal
GAGCTCCATGCCCCTCCAGGACGGGAATGTGCTGGAGGATGGTGCCTCGA	autosomal
AAAAACTTGGAACAACAGACATGTTCTAGGAGTAGAGGCAGTATAAATAA	autosomal
CCACCAAGAAGATCTCAGCCATGGTATTTTAATGGTGATTTCATGTGAAC	autosomal
ATTTTATGATCTTTAAAAACTGGCCTCTTCTTAAGGTAAATATTAATATG	autosomal
GTCCAGGTAGTTGGGGTCAGGGTAGCCATGGCCACTGAGGTTTGAGTCCA	autosomal
AAGTACCAGCAAATATCAAAAACCCTCGTTTCTTGGGAGTTCAGAAAAGT	autosomal
AATGCATTTGTTAAATTCTCATAATCTGCAGGGATACTGGGTGACATTGG	autosomal
CCGTCGAGGACTCCTTCCGCTCCGACCGCCTCCAGTGAGCCCGGGGAGGC	autosomal
CACTGCCATGGACTGAGGTTCTTGTACAAAGACTGGACCAAGTGACAAGG	autosomal
CCTGAGTCCAAGAAGAAATTTAGGCCTCAAACAGCTCTTTGTACATTTAG	autosomal
CTGAGGGGTCTCTGCCTCTCCTGTCCTGGGAAAGGCACTTTACATCGACC	autosomal
CACACACCTGACCTGGCAAGAAACCGATACAGCTGGGAGGATACTGGGAC	autosomal
AGAAGGCTCACCCCAGAAAGGAAGAAGCAGTACAGGACAGAATCCTCCCC	autosomal
AACGAAGTGTCTTTGATAGAGGTGGTTTTGACTTGCATGTGTGGTGGTCT	autosomal
CAGCACAATCTGCTGTCTTGAGGACTGTAACATACATGATGTGACAATGC	autosomal
ACCTGGACTACAAGAACCTGGTCCATGTCATTACTCACGGTGAAGAGAAG	autosomal
TTGCATAACATTTTTGTATTTCCAACTATAAATAAAAAAAATATTAGAAA	autosomal
ACAGCTATCGCAGGCTGCAGCTGGGGCTGTTGGTACATCTTGGCCCCTGT	autosomal
AGCATTTTCATTTGCTTGTATCTCAGTCTTCTTGCATCTTTCCTGTTACG	autosomal
AGCAGCCTCTGGGAGATGGCAGAGCCCACCTCCCCCACAGCCATGAGTGC	autosomal
TAAGTGCCTTTGCTTTATGGTCTTGAATGAGGTGAAGCTGAACAGACAGA	autosomal
CCGTTGTCGAGTCGTCGGCCTCCAGCAGCCTTCGCTGCCTCTCTTCAATA	autosomal
CCTCTTCTTTTCCAACACCTGCATCTCATCCCTGGTTGCCTCCTGCTCCC	autosomal
GAGGAAGAGGAGGAGGAGGAAAAGGAGGAGGAAAAGGAGAAAAAAACAAC	autosomal
GGTCTAAATTAATTGAATTAAGTTCAAATCAAAAAGTGGGAAATTTGAGA	autosomal
CAGGGCAGAGAGATGGGCCGGGATGGTTATTCAAAGCGACGGGAACAAGA	autosomal
AGCTGCTGGGACTGGCTCCTTGTGGCCTCTTTGGTGTTCCTCCTTCCGTA	autosomal
CCCTGCAGCGGTACCTGCCATGGCCCCGGGTGGGTGGAAGGTCCCGGCCA	autosomal
GGATTTAAAATACTACTTGTGCAGCGTTAATGTTACTGTTCACTTTATTA	autosomal
CGGAGCACAGCCCTCACCTTGGCCGAGCTCCCAGCGCCGGGGAGAGCGAG	autosomal
CTTAGCCAAAGTGTAATACATCCAGACCTCCTTAAGCCTCCCCAGAATGA	autosomal
GTGCAATGAAATCCACACGGTGTCCCACCTTATTTAATGATGGTACAATA	autosomal
CTTGCGCCTCCTGCACACCTCCCTGGAAAGCATCGCCAATCCCGAAGACC	autosomal
CCGACCCCCTCAAAGGAAGAAGCCAAGACTCCAGCTGTCAAATCCCCTGA	autosomal
GACAGTAACTACAGGACACCTGAACAACACAGAACTGGAGAGGACAGTGA	autosomal
GAGCTGCGCCGCGCCGCCCGGCGCCCCAACCTCCCGCTGAAGGTGAAACC	autosomal
TGCAACAAGCAGAGTCACAGAAACCAGAGCTGAAATGTGAAACTACAAAA	autosomal
CTCATAATTTCCTGAGAAGACGGCTTACTTTGTTCTCCAAAGTGCCTCTC	autosomal
ACAAATTATCTCAAATCTGTAATGCCTGAACTCCACTGCAAAGGTGCCAA	autosomal
AAAAGGCTGACACGAAGAATGGCAGCAGAATTACCCTCTGCACCTCAGTA	autosomal
GTAGTTCCTTAAGTAATGTATGCAGTCACCCAACACTAATGTGTTCAGCA	autosomal
AAATAAAAATTAAACTGAGATGTTGTTGCAGGATAAGGAATAATCTCTCA	autosomal
ACTGACAGCAGTTAGGAGAAGACAAACATCCTTCAATTATCTTCTCTGGA	autosomal
ACTGGGCAGTTTTCTTCATCTCTTCTACAACCAATCCTCCCTCCTGGAAA	autosomal
AAAGCTCTAACAATGTGTGTCAATAGATATTTCTAAATCTAAAGGAAAAA	autosomal
CCCACCAACCACGCAGTTATCCAGACATTAATGAACTCCATGGACCCTGA	autosomal
AAGCCTTTTTTATCCTTATATTTGATACTGAGCAGTTTGTGTTCCCTTCA	autosomal
AGCTGGGGTGCCACTGCCCCAGCCCTTCCAGGAACAGCCCAGGCCAGCAG	autosomal
AAGGTGCTGTCCAAGGAGAGGATCAGGCAGTTCCTGGCGCGGCGCAAGTG	autosomal
CATGCATGACTTGACTTCTAAACTGCAAGAGGTCACCTGACACACAGGTC	autosomal
GGTCAACTGTATCACACTAGGCAGCTGACTGGGATTTTATCAAAGCAGGA	autosomal
GATAAGGGCCACTGTGGGGTGACAGAGAATGTTTTGTTCTCGTGTCCCAA	autosomal
ACTAGGGAGCATGAATTTGTTGAACTTTATAGCTTTCTTGCCTGTTTTAT	autosomal
ACCCAAACTGATGAGCAAACATTAAGAAGTTTATAAAATAACAACTGATC	autosomal
AGGTTCAGTATTTTTGAACATACAGAAATGAACATTCATCTAGGATGTAA	autosomal
AAATCTGGGAATTGCTGAGTAGATATTGGTGGGAGGAAGGTACCATGGAT	autosomal
GAAAGAGCTTCAGTCCCAGGGTGACTGACAGAGTGGCTTCTGGATGGTCA	autosomal
AGGAAGTGACACTGTCACTTGTGCAGTCTTTGTTAAGGTCAACTTTTATA	autosomal
GTAAGAAACCATCTGGGTAGCTGCATGGTAGGATACAAGAAAATTCTAAA	autosomal
AAACCAATTGCTGTGTGTGTGGCTGTAGTGAGAGACACACCTGGGTCATA	autosomal
TGCTGCTCAGAGCTCGGAGAAGAGCGGCTGCTCCCGGACGCTGCCCAGCA	autosomal
AGAGTGAGTCACTCCTGCTGCAGCTGCCATCCTGCTTCAGGGCTTCTCAG	autosomal
CCCCCACGTGCAGCACATGTCCTTGCACAGGCATTGGTGGCCGGAGGAAG	autosomal
CTCCTTTGGAATCCAGATAGGCACAGCTGCCAGAGTCTTTTACTTCAAAC	autosomal
CAGAAAAAGAACTGTGCAGCAAAATTGAATAGAAGTGGATTCAGTTCCAA	autosomal
AGCGGGCAGGGGCCGCAGGGCTGGCAGCAAGGGTTGCAGGGCTGGCACTG	autosomal
GAATGGTTTGGGTTGGAAGAAACCTCAAGGGTCACATAGTTCCAACTGCC	autosomal
CTATGTGGGAGTGATAAGACAGAGCTTGTTTTGGGGGGAAAACTTGTAAC	autosomal
TATCTTGAAAAATGCACTGCTGTTCTCCCTCTTTAGCTAAAAAAAATTAA	autosomal
AGCCAGGGCGACGCCGGCGCCAGCTGCCCCCTGCGACGGGCTCTCTTCAA	autosomal
CCGAGGACGAGGACCTCTCCCCCCATGCTGTGTAATGGGGGGGTGACCCC	autosomal
TACTTAAAAACCAGTATCCAGTGTCTCAGTCAGGAAAACACATCAGGTGA	autosomal
CACTGAGTTCAGGGTAGTGGTGCTGCAGGTCGGAGGTCCTGCAGCACTGG	autosomal
GCAGGTGCAGCTGCTGGTGGTGGTGGTGGGTTGATTCCCGAAATAAATAA	autosomal
CAGCTGCCCCTGCCACTGGCAATAAGAAAACCCACCTGACAGAGCTGCAG	autosomal
CCTGGCCTGACCAGGGGATGATTTGCAGAAGCAATTCAAAGCCAGAACCG	autosomal
ATTTTTCAGACAGTGTATCATTAAGCTGAAAAACTACATGTTACACAGGA	autosomal
AAACTACATTTCTTTCAAAGTTTTGCATGAGCATTACCTGGGAACTCTTA	autosomal
ATGATTATCTTGCTCTCATCATGCTCAGTACACTTCAAGCACTTAGTGCA	autosomal
CATGTTGAACTGAACTGGAATAAATCTAAAGGTCTGATATATTTTAAACA	autosomal
CGCCGCATCCACACCGGGGAGAGGCCCTACGAGTGTCCCCGGTGTGGGAA	autosomal
GAATTTTGGGCTGAAACCCCGGGATTTCGGGGCCCTCCAGCCCCGATCCA	autosomal
GAAGCTTTCTCCATGGATGAAGGTTAAAAGCAGTGCTCTCCTGGGGATCA	autosomal
AGGTGGCTGTGACGTGCTGGTCAGGTCCCGGCTGGCACTTGGGGACGGTG	autosomal
CCTTCGTCACCAGCGGGCTGAAGCAGCTGTACAGCTCGAACTTGCTGGTC	autosomal
CGTGGCCGTGGCCGTGGCCGCCGTGCCGCACCAGAACCCCATTTTTTGCC	autosomal
AATCACCAGTTAACTGCATTTATGTTGTAACTGTCTCTTAGAAGTGTGAG	autosomal
GCTGTCCCTGAGCCGTGGGGCCGGGCAGCCGCCCCTGCCTGGCACTGCCA	autosomal
AAATCCTAAATGATTCCGTACTGAGCCAGCTCGTGCAGCTCCAGGTGGCT	autosomal
ACATTCGGCCTCTCCCCTTCGGCATGGCCTTTCCCCTCTCCCTCCCTCGC	autosomal
GTGGTATTCGAAGAGCCAGAGCACTGTGCCCCACACCAGGGCAGCCAGCA	autosomal
AATATGTTTTCTCTTTTATGAAGGGTACCACACAAAATTTTTTTCAGACA	autosomal
TCTTCTCAAATTCTAGTTTAGAGGTAGAAAACCACTATGAAAGTCTCAAA	autosomal
GTCACCCCCCCTTGCCACCTGCTTGCTCCTTCCAGCACCTTTGCAGAGCA	autosomal
ATTAGCTTCAGGGAAATGCTAAAAATACTCTGTTTTCTTTAGGTTTTAAA	autosomal
GAACGGGAGAGATGAGCACCTCACCTGGCCCTGCATCCCCACGGAGGAGC	autosomal
CTGTGACAGCGGGCATGGCTGGGTTATTTTTCCAGCACCTTTAACCAGAA	autosomal
TGGCAATAAGGCATCCATCCACCAAAAAACAGGTTTCTTCCCCATTCAAA	autosomal
AATGTGATTTCTTGTTCTTTTACCAGCATTGTTTAACCAGGTCTGACAAA	autosomal
GCTCTGCTGGCAGTTCTTGTTATGTTTTACTATGGAGGAATGAAAACAGA	autosomal
AGCACTTCTGTACTGCATCAATGCTGAAAGAGGTTTCTTGGAAAGCTTAA	autosomal
ACACTTTGTTGCACAAATGTACAGTAGTTGATCTTGAGCAAATAATTCTC	autosomal
CAGGCCGCCCCCCCGCCCGCCGCCCGCTCCCCGAGCCGGGCCAGCCTCAA	autosomal
AAATGCACACAAAGTGACTGCCCACCAGGTCTTTATGTTCCTAAGGGACT	autosomal
CTCCATGAGTTGGTGGCCCTCCTCTGGAGTTGCTCCAGTTTGTTTATGCA	autosomal
CCTGTGCCTGACACTTGGCCCCCTCCCTGCATTCACACATCCTCTCTGAG	autosomal
AAAATATTTGCACAAAAACCATTTTGTTTAAAGATCTGCAATATAAATAT	autosomal
AGTAACTTGTGATAATAGTAATATTATTATCTTGTGTAATAATAGTATCC	autosomal
GCAGGACGGGTCTGGGTGGGAGCCCAGCTGCTTGGTGCCCTCTGCACACC	autosomal
ATGTTATGTCAGCAGTTAACTACATGAATTTCAGGTGATTTTTAAAATAC	autosomal
AAGCCTTATATACAGAACAATTTTATACATGGATTCAGCAAAATACATAA	autosomal
GGTTTTGCTGGGCCCACAGAACCAGGCTCCAAACCCTCTGCACCACGAGA	autosomal
GTCAGGCATGCATTTAAAGAGAGAAACATAAGCAATGATGCAGCTGAACA	autosomal
GTTTTCAAAGTCAGACTGAAAACCAGCGCAGATTTCCTGTGAAAAATGCA	autosomal
GACAATGATAGATAATCTCCCCAGTGACATTCAGGAATAATGCATTTTCA	autosomal
AACCCCAAAAACCCCAAAATCCCCAAATCCCAAAAACCCCAAAAACCCAA	autosomal
ACGGGGCCCGACCCTGCTTAGCTTCCGAGATCAGGCGAGACCGGCCGCTC	autosomal
CAGCTGTCAGTGCTGAAGGAGGAAATGGTTCTGAAATTCCTTATAACAAA	autosomal
CAGAGTCTTCTGAGATAAGGCAAACCATGCCTGCCAAGTGCTAAGGAGAC	autosomal
GGCAGGGATCCATCCCTAGAGGCCTGTGTGCTCCTGGATCCAGTCTCGCA	autosomal
GACGCAGTCGGGCGAGTTGCTGCGGATGGTGTCCGAGATCATCTTGCCTC	autosomal
GAGGAGGTTAAAAATTCACTGCAGCACAGGACAAACAAAAGAACTTATGA	autosomal
ATTTCTTCCCTGAGTCAGGGTCACCTTTTTTACTGTACAAACCCAGTCAG	autosomal
CCATAACTAGGTGAATTCTTGGAGTAGCCCTTGTAAGACTTTTCTTATGG	autosomal
AGTGAAATCAGTCTGTCTCAGAAATGGCTGTTTATACAGCCAATACGATC	autosomal
GGCTGTTCCTTCCTCCACACACCCACAGGGGAAGGCTCTGGCTGCCTCAC	autosomal
ACCTCCAGATGCTTTTGGAAGTTGTTCCAGAAGAGGAAGTTATTGAATGA	autosomal
AAAATTTAAAATGTCTGGAAGTATATCTCTCAATCTGGTCTAGTTGCCTG	autosomal
GAGAGAATTGGAATTGTTCAGCCTGGAAAAGAGGTGGCTTCATGGTGACC	autosomal
TCAGGACGCAGATCGTCCCCTCCAGCCGTTGGCAAACGCTTAAATAAAGA	autosomal
ATTTGTGTGACAATTAAAATGATAGAAGAGAGTGGATTTCCAGAGATTCC	autosomal
CACACAGATATAAACTCTGAGAATAGCTTAAATTGGGTTGGAAATTATTA	autosomal
CCATCCCCATGTTTAAGGCTGTTCCCATGTTCTCCTGGAGCAGAGGTGCA	autosomal
GCTACAGTAACAGGTATTATCTATGCTATCATACACCCTTTTTGGAAGAA	autosomal
AGGGGCCACACCAGAGCCAGTGGAAGGGGGACTCCTGGAGAGGCCAGGCA	autosomal
AGGGAGCACACTGCAGCAAAGGGATGCCTTGGCCTTCTGCAGCCCCAGGG	autosomal
TATCCAAATTCAAGAAAGACTTGAGCAAAGTGTTCTCATAGTTAACAAAA	autosomal
TGCATTCGACTGATTGTTACTTCTATGCAAAAATGATGACATCGCAGGAA	autosomal
AGAGCAGCAGTTTCCCGTTGCGGTGGATTTTGAGGATCCGGCCCAGGCGC	autosomal
GTCAACCAGAACTATAATTTTTCCAGAAGTTTTGGAAGACTTAATAAAGA	autosomal
CCATTCCAAGGGAGGCTCCTGCCTTCCTCAGCAGATACCTGTCTTTTCAA	autosomal
CCCGATGAGCCTTCGGAAGCACTCAGCTTCCCTCCCTTAGGAAAGGAGGA	autosomal
TAAATGAAAACTAGTTTATTAAAAAAGATTCTATGAAGCTGGAGGAGACA	autosomal
AATCAGTAACAGCTGAAGGTAATTAATGCCTCCACTACACACTAAAACAC	autosomal
ATGATGAAGACCCAGGGGTCAACGATGGAGTTGACGGAGAGGAAGCGCAG	autosomal
GTTTTTTTGGTTTTATTTTATTTTATTTTTTTTCTTTTCAGTTCTTTTTA	autosomal
CCTTTCTAGGGAAGGCTGAAATACAAAGCTTGAGCTTCTGAAAGGTCAAA	autosomal
ACAGCTTCCCCGGGAATCTGGGATAGCAGACCTGAATCATCTCCAAGTCC	autosomal
AGCAGCGGAGCGCCGCCGCCACCGCCGGGCTCCTGCAGGCACACCGGTGG	autosomal
TGGGGAAACTGTACTAAATAAAAGGTGCTGTAATCTTCATTCTTGTCAAA	autosomal
TAACATTATTTTATAAGTCCGAGTCAGTTATTGCTGAAAATATAGAATTA	autosomal
AGGAGAATGTTTGATTAACCACATTGGTTTGGATCTGCGTTTGTCCTGTC	autosomal
ACTTCCAATACTTGCAGGATTTACCTTCTATAAAGACACATTCTTTACCA	autosomal
CGCGTCCGCTTCAGCGACAAGGTGCTCTACCACGCCCTGTGCTGCGATGA	autosomal
CTGTTTCCTTCTGGGACCAGGAAGGGCAAAAATATCCACACACAAACACA	autosomal
CCCATGTCCCGTTGTCCGCATGTCCCGGTGTCCCCGTATCCTCATGTCGC	autosomal
AAAAATAAACTTCAAGTCAAAGTGCAAGCCACCTTGTTTCAGCCCTTCAT	autosomal
CTGGCTTTCACACAATGCCCAGTGTCCTCCATGGGGCCTTTCTGGGTGTC	autosomal
GTATCAGCCTGGTTGGTAGTTGCTGTATGATGTAACTACAAGTATTTCAA	autosomal
CAAATAAAGATGAGGTGCCGTATCTCCGGAAGGGCATGGCAGGGCGGCCC	autosomal
GAGCTCACATCCCAGCTCACATCCCAGCTCACATCCCAGCTCCTGCTGCA	autosomal
TAATGAGCTGTAGTGAGAAGATGCACTAAAATAAAGGCTTTTTTTAAAAA	autosomal
AACTTGTTGAAATTACTGTGCTAAACATGAAATAAGGTTTAACCAGAAGT	autosomal
ACTGCTCAACGTCACCGGTCAGGGACACCGGGGGCATTTGGGGACATTTG	autosomal
ATGTGTAAGGCTAATCTCAGCAATAGCAATTCTGGAACATGTATAAAGGA	autosomal
CACTCTAGAGAATGGAGTGGTCCAGCTGAGAAGCAGAGACACCACCATGA	autosomal
CCCCCCTCACCCAAAATGCCTCCTACACCCCCCAAATTATCCTCTCAGGA	autosomal
ACTAATTAAAACATACCTTAGGCTCAGAGGCTGCTACCCACACAAGTTCT	autosomal
AATGCTTTCTGTTCTCTGTTGGGAAATTATATCTTCAGGAAGTTTAATTC	autosomal
AACCTGTATAAGTAATGTAACTTGCATCTTTGTCATCAGAACCTTTTCTC	autosomal
AAGTTATGTAGAGTCACACGTTCTACTCACATCAAAACCAGCAAAGATGC	autosomal
ATTTCCTTCAGTATTTGTTTATGGCTCAGTTGTGTATGCGGGTTTTTAAC	autosomal
GGCTGGCCAGGAGGAGAGCTGGACACTGTGGTGCCATTTCTGCCCCTCCC	autosomal
GTCTGCAGGAGTAAGCCAATATATTGCCGTGACAAATAATGGCAAATAAC	autosomal
CTTTCATTTGAGGTTCTTATTTGATATTGAGGTCTAATAGTTAATAGGTC	autosomal
CGGATCCCAAAATTCCCTTTTTACCTTTTTTTTTGTTTTTTTTTTTTTTC	autosomal
TATCTTTTTTATTGACATTGGGGGAGAAAAATCTTTCACCATCTGATTGA	autosomal
CAGGATGATCTTCCAGTCAAGAACAAGTGACAACACATTTTCTTTTACAC	autosomal
CAGTCCCCTCCCTGCCTGGGGGGCCGGGGCAGGGCCCGCCCGGTGCCCCC	autosomal
TAGAGAGAAAAAAGGCAAGATTTACTTTGTGACAGAAATGGGCAGTAGAA	autosomal
AGAGGCAGAAAAGGACTTGTCACTGTGCAAGTGCTTCTCAGCAGTAATGA	autosomal
CGGAAAGTAGATGAGTCAAACCAATGAAGAAAACCAGTCTTTTACCTCAA	autosomal
AGCGGGCAGGCGCAGCGAAGCTGACCACGCTGCCCTGGCAGCCCCCCGGC	autosomal
CAGGACTGTCCTGTGTACCACCAGATACACTGGACCAGCTGCACCTCAGC	autosomal
TATATGATGAGTAAAACAAAAAATCACCATCTTTCGGCTGACAAGTGTGA	autosomal
CTTCTATAAAAAAGGTAAGTCAAAAATCTATGTCTATTATGTCTCTCTCC	autosomal
AGAGACAGGAACATTTCTGTTGGAAGCCTGTATTTTTGGTGGTTATGAAG	autosomal
TAACTGAGCAGCCAGAAGCTCCCCAAACGCTGGGCTGGTGTGGATGGGGA	autosomal
AAAAGAGTTCTAAGTCCCTGTTAGAAACATGAAGCACAATCAAAGATATT	autosomal
TAGACATCTGAGGAGAACAATACAATACAAAAGCTTACGGGTCTTTGCAA	autosomal
TAAGGCTCAGTGGAAATGATGAGATTTCACAAGCTATATTCAGCTTGCTA	autosomal
GTTAACACGTAAAGTGATCTGGTACAGTCGAGGGCCTCGTGCTTGGGGGA	autosomal
GCCCCATGGCCTCCTGCGAGGTACGATCTCCACACAGATCCTGGTTCTTA	autosomal
AGGCACCTGCCCATATAGAGTAACATCACACCACTTCAGAAGTCTGTAAG	autosomal
GCTTGAAAATAAAAATCTCTTTAGCTGTGTGGTCACAGTTTCTGGCCAGA	autosomal
AGTATAAACCAGTATGGACCAGTATGGACTGGTACAGACAGTATAAACCA	autosomal
AAACCAAGGAATAAAAAACCCACTAAAACCACAATTTTAGTCCAGTAAAT	autosomal
AAAAAATATTAGAAAGAAATTACAAAATAGCATTGAATGGACCAGAACAG	autosomal
AAGTCACAGAGCAAGATGGTGTTGCAGAGGATGACAGTTCTCTACCCAGC	autosomal
TGTATCTCTCAGCACCTCTCATTGAGTGTGAGTGCTTCTGACAAAGGTAA	autosomal
TGGCTTCATTCATCTGAGCATTGTTTTGGTTTGCTGAAGTATTAAATAAA	autosomal
AGCAATAATCCGAGAAATCCTCGTCCACGTAATTGGCGGGAAACCAACCG	autosomal
CCTAGGGCCATCAGACTGCCAAGCAAAGGACACTTGGCTGGCAGTCTAAA	autosomal
CGGCCTGGGGCCATTTTGGGGGGATCCCTCAGACACGTTCCGGGGGCCCC	autosomal
CCCTCATCTCGGTGTAGCCGTCGTGTCCCGGTGCTCCCGGTACGGCCCCG	autosomal
AGAAGAGCTATATTTCCAAACAATTTCAGGGAAATAATTTTGTAAGTTAT	autosomal
TGGTGACAAATGGAGTCTAAACTGTAAGAATGAAATCAGAAGGTGTCCAA	autosomal
AATAGGAAGGGGGCAAGGGAGTTTGTCATATATGACCTGGCACACATCAA	autosomal
GAAACCATAGTTAAATTTAAAGAACATAGAAAAATCACAATACTATTAAA	autosomal
CGCCGGGAACGCGCCCTGGGGGTCCTGACCTACCTGGGGCAGAGCGCGGC	autosomal
CTTCCTCAGATCAAACAGCATTAGACATTTGTATGTATAACTGGCTTGAC	autosomal
TTAGATGTTATCTGTTAGTTTTAATGCTGATTTGTGTCCTAGAATGGAAA	autosomal
GCCCACCATCCAACCCACCCTCACAAGCAACGGAGGCAGAGGTGTTGAGC	autosomal
AGAGCTGCTCCAATGCCACATTTCCCTGCACTTCCTGAGCAGAGCAGTCC	autosomal
TAACCCTGCAGCACTGGTGCCACAGGGAAGTGCAGTGCAAGGGGCTGGCA	autosomal
AGATGCCCTGCTTCATGAGCAGCTGCTCGGGGCTGTCGAATTCCACAATC	autosomal
GAATGTCTGCTCAGGAAACACATGATAGGAAAGGTTAGTGCCAAGCAGTC	autosomal
AAAAAAAAACAAAAAAAAAAAAAAACAAAAAAATAAAAAAAAAAAGAAAA	autosomal
CCCACAAGCAAACTCAAAAATGCCTGGAAATGGTCTCCTGGAAAAAAACA	autosomal
CCGGGCGCAGGAGATCGACGGGCAGGCGCTGCTGCTGCTCAAGGAGGATC	autosomal
AGTCACATTCTGGCTGTTCAATAACCCACCAAGCAACATGAGCTGAGCTA	autosomal
AAATAAATACTAAATTTGGAACCCCTTTCCCAACTGTCCATTAGAAAAGG	autosomal
AGCTGCTGCTGGCTGTCACGCCGAGGGGCTGCCGGGACCTGCCCCACCTG	autosomal
AAAAAGCGTTTTATTGTCTCGGGGGGGGGGGGGGGTGTCATGGCAGTGGT	autosomal
AAAATCATCTGGGAAATAATCTGTTGGTTACAGTACTGACAGTGGCAATC	autosomal
AATAAGATACTTGTCTAAAATCTACATCCAGGCAAGATTACTCAAAGATT	autosomal
CTCTCTGTCCTTTGCTCGCCTCCCCCCCTCAACTACAGATCTTGTCAACC	autosomal
GAGGTACGGCAACCACGAAAGCCAGCGGCAAAGTCAAAGTGTTTGTCTAA	autosomal
CCTGGTGGGATGAGCACGTGGCAGCTGTGTCACTACACGTGGTGTTCAGA	autosomal
CAACGTCCACCAGCACCCAGGGAGAAGCCGTGGTGACAGTGGCAGTGGAA	autosomal
CCTAATGTGGGAGGCCTGATTTCTGTAAGGAATTTACTCCTCAGGAAAGC	autosomal
AGCCCCAGGAAGGCGCAGGGTGGTTCCTGAAGGGGGTCCCCAATCCCCTG	autosomal
ATTCTCAGTTCACCCCTCTGGAGGGCAGCTTGGCCGTGTAAGGGCTACAA	autosomal
TGGCAGGACTCTCACTGATTTCAATAAGAGCAGAATTGGGCCCCAAGAAA	autosomal
AAAATAGAACTGTGTGGTGTCCAAACTGTTAGTCCTCATTGCTGCCATTG	autosomal
AACTGACACAAAAAGGGCACGTACATTAAATTTACACACACACAAAAAAA	autosomal
CCACTGCCACCAGCATCAATCCATGAGGGGACATGGCACATTTCAGGCCA	autosomal
ATAACGTATTTAATAGATTTGCATTGCAAATGCTGCAGTATCCTCCTTTG	autosomal
TATCTCCCATGTGTTCTACTATATACCAATTTTTACATTTTTATTAGTAA	autosomal
AACTTTGTCCCGGTCTTGATGGCACAAAATATGGCCTTGAACAACTAAAT	autosomal
AACCATCTGTTGCCTACTAGGAATACACAAGTCATAGGCATTGTTGCCCA	autosomal
CCTGCTGTCCCCGAGTGTCCCCGAGTGTCCCCAAGTGTCCCCAAGTGTCC	autosomal
GCATTTCTCTCAGCTCATACATTGCACATGTTGTTTTGCTTTAGTTCACC	autosomal
CATGGAGTTCTGTTAACCAGACTTTGGAAACTATGAATGAAATACTGCAG	autosomal
ACAGTGTCTCTCTGCTGCTGAGAAACGCCCCCACGCTTTTCTGGCTCCTC	autosomal
AAAACTCCGGTTTATGAGGAAGTTCACATAGACTCCTATGTTGCCTTGCC	autosomal
AGTGCATCATGTTGAGTCTTTCATGCTAGGGGAAGAAATGCTAGATGAAA	autosomal
GGAGCCATTGGCCTCTCTTTAGCATGGGTGGACTGGGGTCTGCCTTAGCA	autosomal
ACCCACTGAGTGAATGGAGTGCCATCCACATCCCCCAGGTCTCCATCCCT	autosomal
ATGTGATAATATTCTGGCATCTGGAAAACATTGGCTTATAGTTTATTTTA	autosomal
GCACGGCCGGTGGCTTGGGCGGTGGCGGGGTGGGGACAGTGGGGGACACC	autosomal
TTACCAAAGAACCCTGTAATTTGGTCCTTGGCACATGCATTACTTGTCAA	autosomal
ACACTGGGGACACTTGGGGACACTGGGGACAATGGGGACACTTGGGGACA	autosomal
AGCACACTGTTCTCAAATCCTCCATTTTCAGCAGTAAATATTAACCCAGG	autosomal
GATGCTCTTAATAACACCTCACAAGTGCAAACTTGGCTGAATTTGTACAA	autosomal
AGGCTCAGGCCAGATTTCCAACTGGCACTTGCTCAAAACCCTTTTTTTAG	autosomal
CTGGGCACACCTGGACCTCACCTGGGCACACCTGGAACTCACCTGGGCAC	autosomal
CTTTTACTATTCAAGCAGTATATTTAATCCTTGCATGGTTCAAGAAGTCC	autosomal
AGAAATGGGGTGAAAAAGGAGCAGTTTGGGGTGGAGAACATCCTTGGGCT	autosomal
AAGAGACACCTTGTGCAGTGGCATCTCACAAAGCTGTGTAATTAGTTCAG	autosomal
ATCCTGATCCCGATCCCGATCCCGATCCCGATCCCAATCCTGATCCCGGC	autosomal
CAATGTGAGACCTCTGTTTTGAGACAGCCTTTGGTTCCACAAAGATCATG	autosomal
GTCTACAGCGGCTGCCAGGGCAACCTCAACCGCTTTGACAGCAAGGAGGA	autosomal
CTTCTTGCTATTTCTGCAGTTGGAGCACTGGGCTTGGCTCTTTTTGCATA	autosomal
AAAAGCAGCTCCCCAGGGAGAGCCTGTCCTGCCTCTGGGTAAAGTGTTTG	autosomal
GGATTGCATTTTGTATCATTACATGGATGATGTCCTTGTTTGTGCCAACA	autosomal
GTGAAGACCTTTGCTGGTATAGGGACTGCTGTGAGGCTTGCAAGGTATAA	autosomal
CTGCTCTATCTAATATGTAATCTTTCCATGGGATACCATCAAAGACAGGC	autosomal
CATGCCCGCCGGTGGGACTGCCAGGGCTGGCGCAGCTCTGGCACGGCCGA	autosomal
GGTCACTGCAGTGGCATGATTAATATACAAATTTACAACTAAATATATTA	autosomal
CCGGGGACGGAGTTTTGTGGGCAGCAGAGCTCGGAGGTGGCACTGAGAGG	autosomal
GCTACATATTTTACTTTATTTCCTTGTTAATCCACGCAGCAGCGCCACAA	autosomal
CGAGCCATTTCTCCTACTGCTGCCTCACTAGTCTTATTTGCTTCATCTCA	autosomal
ACAGACTGTGGCCGCTCCCTGTACACCCACCACGGCTCCTGCCTGTCCTA	autosomal
AGACAATATGCAAGCCAGGAATGTGAAGTTTCTCAGAGTTTCACATCTAA	autosomal
AATCCTGGGAAATCCCGGAGGATCCTGGAGGATCCCAAATCCCGGGGAAT	autosomal
CTCCTTCTCCCTCCCAGAGCCAACAGCGGTCAGCATCCCACTGCTCCCTC	autosomal
GAGCAGTTCTTGGGAGCAGCCAGCAGCTTTGAACCCTTCTGGGATGTCAC	autosomal
CAAAAAAAAAAAAAAAGAAAAAAAAAAGAAAAAAAAGAAAAACCAAACGA	autosomal
CACAGCAGGCTGCCACAAGTCCCTGCCACGCCTTTGGGACTCCAAAGCTC	autosomal
CCCCGGCCGCCTGCTCTGCTCCGTGCTGGATTTCTACCCTGCCCCGATCC	autosomal
ATAAACAGTTTTGATGCATTTTGATTGTAACAGAATATTGCTAAAGTTCA	autosomal
ATTATTTGTGTCTCCCTGTCTGAAACACTTGGGAAAATACATGTAGGAAG	autosomal
AGACCTGGGGCGTTGTCAGAGGATTTGAACAGCTGAGGAAGGGCTGTGTG	autosomal
CACGTTCCTCCTCAAGGAGGGAGCCTGGAGCCCAAAAGCCACCCCAGCAC	autosomal
AAACCTGCTCAGGGCCACCCCAAACCTGCTCAGGGCCACCCCAAACCCGC	autosomal
GACACACACCATGTGTCTCTCATGGGAGAGACAGTCGCAGTCGGTGTGTA	autosomal
GAATGACTCTGTACTTACTGTTCTGGCTTTTGCACAAGCATTTCTTTCCA	autosomal
CTCCCCCTTGAGCAGCAGCTTCTTCCCACGGGGCACCCGCCCCTCCCCCC	autosomal
AAAATTTGGGAATGAAAAGAGGGAAAAGTGGGAAAAAAGGAGGAAAAATG	autosomal
GTTCTTTGGAAACAAGATCCAAAAATGGGTCATTCTCTGGTGTAGAACAA	autosomal
CCGCCAGCGCGTTGCGGCCCAGCGAGAGCTCGCTGAGGTTGCCCAGGCGG	autosomal
ACAGGGCTCCAGCCCAGCAGCAGCCAGCAGGAGCAGCTGCCACTGCTGCT	autosomal
GCACCTAAAAGAGGAGCACTGCCAGCAGAGAGAGGGGCTGAGCAATGATA	autosomal
CAGAAATCAATGAGCTGCACTTGGACTAAAGAAAGGGAAAAGAGCAAACA	autosomal
AATACTTTGCTGCAGGCCATACAGCAGAAATTAAAGCAACATATAAGTAA	autosomal
GCGGGCTGTACTCTGAGAACAGGAAGGTGCTTTGGGCAGTGCCCATGTCC	autosomal
GCATTCCCAGTTTCACACGGAGCATTCCCAGTTTCACAGGGAGCATTCCC	autosomal
AGCCCCAGCAGAAATCCTGCAAAAAAAAAAAAAACGGATACAAAGCATAA	autosomal
AGCTGAGCCCAGGGAGTTGAGCTCTGTTTAGCACAGCCCAGGGATTTGAG	autosomal
CCTATGTTGCCACTGCTGCTGCTTTGAACTTTGTGATTTGCTTGCAAGGA	autosomal
CGGCCCGGCTGTCCTGGACGTAGCCGTAGCATTCAGTTTACATTCAGCAC	autosomal
GACTCCAGAGGATGGATGAATCAAGATATGAAGACAGATTTTGAAAAAAA	autosomal
CTATATTAGACTTCCTATAATAAACAAAGTTTTCATGTATTACATAAAAA	autosomal
CTTTGACCATGGCAGAAGATCTTTAATGCTCATATAAATCCAGGAATGGA	autosomal
ACTCCAGGTTCATCATGAGCATGGACTTGAGCTGTGTCTTTGCTCTCTCG	autosomal
AAGTTTTTAATGTAGTGATGATGCTGATGGTTATTTTGATGGTACTATTA	autosomal
CAGTTTTTACAATGTCACTTTTCAAGGGCTCGGCTGTGCTGCTTGGGTTA	autosomal
AACCGAGAAACAGCTGCAGCTGGGGGGAACCTACTGAATACCACCGAGGC	autosomal
CAGTATTGTCCCAGCAAAAAGGGGACAGCCCTGCTGGAGTCCAGGAGTGG	autosomal
CTGCAAGAACGAGAGTGACATCACATGTGTTAATGAGGTATATATTGCCA	autosomal
AACTGTGACAGTGAAGGCAGATCCCACACAAATGGAAAAAAAAGTCAATC	autosomal
CAGAGAGGAGGCAGAGAAATGCAACTACTTCATCTTTCAGTGGTTAGGCC	autosomal
CCCGCTGCTCTTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCC	autosomal
AACGAGATGGCCGAGATGCGCAAACAGAGCGTGGCCAGAGGCAAGATCAA	autosomal
CCCCCAGTGCATCCCAGTTCAGCCCAGTTCAGCCATCCCAGTACATCCCA	autosomal
ACAACCGATGTAACTTTTGGGAAAAGCAGACACTGAGTTCGTGGGGCACG	autosomal
GTAGCTGCAGGTCTCCAACAACGTGCCAGAGCAATGGGAAGGTCTTTGAC	autosomal
ATGTACCAATAAACCAGAAAAAAAGGTCTTGCCCAGGTGGGATATGAAGC	autosomal
CCCGGCCTCACGCACGCACGCACACGCTGCCTCTGCGCGCCCCAGCCTGC	autosomal
AGTGCTCATTTTCTCAGTAGGACTATCTTCTGCTACGAGGATCACAAAAC	autosomal
CCAGGTCAGTTTGAAAGCATGCTTCTCTTTATCTCAGATCAGCTCCTGTA	autosomal
CCTTTTCTCTAACAGTCCCATGCTGTTCCCCTGCACGCTTTTACACGTCA	autosomal
ATTCTCTGCTACAAGTCCCTGTCGTCATAGTGCCTTTTAGCTCCTACAGA	autosomal
AAACAACAAGACTTTGACCAAGCTTGATCTCCGCCATGCAGAGGTGGACC	autosomal
AAAGCATTGCTTCTCCTTAGGAAAAGGGTGGGTGAGCAGTTCCAAGCTCC	autosomal
AGGATGGAGCAGCTCTGCTGGGAGAGCTGGGAATGTTCACCTGGAGAGGA	autosomal
ACCTGCACTGTGATGGTTGGTCCAAAGAGCCAAGGAAAGCTCCTGCCTCT	autosomal
ATGATTCTTTCCCAGTTTTGCCTCCTTAAGGGATAGAGGAATAGGCTCTA	autosomal
ATTTGCACTTTTGGCATCTCCTTTTCCTTCCTGAAAATAGATCCATGTCC	autosomal
AGTGCTGCCCTGCTGGATATGCTTGTGGAGGAGGGTCCTTCCAGCCCAAA	autosomal
TCTTTGGCGTGTGCTTCATCAGAACATAATTAATGAAAAGAGCAGACAAA	autosomal
AAGCATGCTATCACCTACTAAGTAGATATGGTACTCTGGATCCTATTAAT	autosomal
ATTTTAAAATCTTTATGTAATAATTATTTTGAAGTCTGCGTCCTAGTCCC	autosomal
ACTCTGAGTAAGGAATATAATACATATATATATAGAGAGAGAGAGAGAGA	autosomal
CTCAATTTATAGATTTACTATTTTAAGTCAATTGCATTAAAGTGCAGTAA	autosomal
CTCGGTGGCTGTCATCGCCGCGCAGCACTTGTGGCGGTAACTCACTGGCA	autosomal
CTAAGAACAGCATTCAGTCCTCTGCATTTCATGTGACCCAGAAGACTGCA	autosomal
GGTTACATGATTGTATTATTTCCTTCAATTCTATTTGCCAGAATGCTAAC	autosomal
TTCCAGAGTTCAAAAAGATGTGTTGATAATAGCACATATGCTACTGAGAA	autosomal
CAGAGCAGCTCCAGCACAGGCAGGGACACCCGGCTGGGGACAGCAGGATG	autosomal
GGAGAGTCGAGGAGGGTGGCACACGACTGGCTCACAGAAGCACGCATGAC	autosomal
AGGCTCAAACCTCCCTTCAGCCTCATCCTTCATTTTATACTTCAACAGCC	autosomal
TGCATAAAATGCAGTCACCATACCTGGGAGGAAAAGACCTGGCTTTCCCA	autosomal
CCGAAGGCGCGGCAGTGCCGGCGGATGACCCCGGCCAGCGCCGCGGAGCC	autosomal
CAGCCATCTCCACTTCCCTGGAAAACCTGCTCCAGCCCCGGGCTGTACCA	autosomal
TAAACTTGTTTTTCCAGGACTTCTAGGGGCTTCAGGAGGAAACCATGACA	autosomal
ATGCAGGTGCTGGATGGAAATCCCAAAAATTTCAGGGTTTTTTTCCCACC	autosomal
CCTGCAGATGCAAGAAACCTTTTAGTGCAGGTTAAAGTACTGTACATTCA	autosomal
CTTTTACATCAATGGCAAATTCAAGGATGCAAATGTAGAATTTTCTTCCA	autosomal
ATTCCAGGAGGACGTGCTGCCCACTTCATCCTTCCACAACAGGGAAGCAG	autosomal
GGGGAGTCCCCCTGACTGCTGCCCTCCTGGCTGGGGATAAGGCAGGTGAA	autosomal
GTGAATAAGATGTTCCCAGCACTGATGACAGCGAAGAACAGGAAGGGCAC	autosomal
GCCTGGACAACCTCTGTCGGATGGACCCCGCCTGGCACCCCTGGCTGTGA	autosomal
CACACCAGTATGTTGTGTCAACAACAGCTTCCTGAACCACAGTCAGCCTG	autosomal
CCCACCCCGCTGGCCAACAGCTGCAGTGAGCTCTGTGTCAGGCAGTGCCA	autosomal
TCCCTGAGCATCCCAGGAGGGGATTCCCCCTCAGGACACCCTTTCCAGCA	autosomal
AATTAATTCTTCAGCCTGCAGACAGGATTAGTATGGAGAGGGTTTTTTCT	autosomal
GACTTCTTGTATATAAAGTGTTGCACATGTATTATGTTGTCTGATACTAA	autosomal
GATGTTCAAGTTGCTCACTAGAAAGTAATTGATTTCTCAAGAGCAAATAA	autosomal
AGATAAAAGAAATTGGCTGTTTGCTACTGTAGAATAAGATTATATGTATA	autosomal
AAAAATGCTTTGAGGTGCAATATAGGTTGTTACAATATGGCATAACCCTG	autosomal
AGTGAGAGCACTCTGCACTGTTTGCAGGAAAAGGTGAGATGAAAAGGTAT	autosomal
CCGATGAGCGCCAGCACGATGCCGAAGAAGACGTAGGAGGCGGTCTCCAG	autosomal
ACCCCCCAAAGCTTCACCTCATCCTTGGCCTGCAGCAGGAACTCGCTCCC	autosomal
ATTAACTGTGTCCTGAAGCCATGCATAAACGTATTCATAAACCAAAAGCA	autosomal
ACTTTCACATGTCATAATTAAGGTGGCATTAAAGCTTAAGTCCCAGTAAT	autosomal
ACTGTTTTTTATAATCTTGCTTTAAATGAAATATTCTATAACCAAAGAGG	autosomal
CTCCGCGAGGAGGAGGAGGAGGAGAGACAAACGAACCTGCCCGAGGAAGA	autosomal
AGGTGTCAGAACTTCTGGAACTGCTTCTTGGTGCCCGCAGCCTTGGTCAC	autosomal
CCAACTCTAAATTTGGATAAAAGAGGGAGAGCAATTTTTTTATCACCTGC	autosomal
ACTAGGCTTCAAACAGATCCTAGGACTCAGACTATTGCACTCTTCATCTC	autosomal
AATTTACAGCTTTCCAGCCCAAATGAAATTGGTAATTTATTAATTTCTGT	autosomal
AAACCATTTCAATGCTTGTTTAGGAGGATTTATAGGCTAGAAAATAACAA	autosomal
GCCCCCTCCTGATGGGCTGCCAGGCTTCAACAGTGGTGTTCTGCTCCTGA	autosomal
ACTCCTGACTCAAACTAAAGAAGAAAACAAAGTTTATTTGGCGTGTTTCA	autosomal
ACAGCTATTGCAGCATCCAAATGCCCCAAAGCCCTGCACGGCCCCAGCAC	autosomal
ATTACAATAACTTTTAAGTACTTGCACAGACATTCCTAACTACACCGAGA	autosomal
CGCCGGCAGGATGGCACGGGGCGCCCGGCGCCCACCCGGGACCGCCCGCG	autosomal
CCAAAGGATCAGAACTGAGCTCTATGTTAGTAGAGAAGGTTCCTATGAAA	autosomal
ATAAATCTATCCAGCAAAGTAACATGTTGATATTGATTGTATATAACATA	autosomal
GACATGAGGGGGAGACAGGGAAGGGGATCCTGGAACGGGTCAGGATCCTC	autosomal
GTGCTCTGCACCAGTGGATGGAAGCTGTGCCCACGGAACTGACTGGGACA	autosomal
GGAGGGGGAAATCTTTTATTTATTTATTTATTTATTTATCATTTCTTTTA	autosomal
CGGTGGCGCGGCGCGCAGGCTCGAAGGCCAGCATGGGCCGCAGGAAATGC	autosomal
AAAGTGTCTGGGGACGTGGAAGCTGCTCGGCACTACAGCTCCAAGGCACG	autosomal
ACAACCATGTTTCCTCTTCTCTTCTGAGTGTTGCTTTTCCCTGATGGCTC	autosomal
AAGGCTATCTGATTACCTTATCTTATTTACATTAAAAGAATAGACACCCA	autosomal
TAGTCCCATTCCTTCATGAGCTGCTAAGTCCAGAACTACAGCATTTAAGA	autosomal
CCACCGTGGAAGCTGCGGCCGCGCGGTACCGGCAACTCCTGCGGCAGAAA	autosomal
GTCAACGCCTTCTCCTGCCTGAGGATGCTGCCCGTGGGAACATACTACTA	autosomal
CAAAGTGGGACACTCCCCTCTTATTTAACCTTGCAGCAAATAGCTTTAAA	autosomal
ATTTCCACTTTTATTCCCCAAAACTTGACAATTTTTTTTCCCCAAATTCC	autosomal
CTTTCTGTATATATTCCCCTCTTCCCTCTATCATTCTCTACCACCTCTAC	autosomal
ATAGGCACAGCAGAGACACAGGTTTGCTATGCAGGCTTCCACCAGAATGA	autosomal
CAACTGGAGCCCTCACAATTATTGCACAGCACAGCAATTAAAATGCCGTC	autosomal
AGTTGTAAAATTTCTGAACTTTTTTTTCCCCTGAAAAAGTGTTTTTTCAA	autosomal
ACTGTTCCAACCTAGGATTACTGTCATGCTACTTGTGGTCAGGGCACTTC	autosomal
AAAGACTCTCCTGGAGCTGTCTGCTGTCACCACCCATGGATGGAGAATAA	autosomal
CACTCCACCGCCGGAACCTCCAACTTGGAGTAGACCGAGAAGGTCCCGAC	autosomal
AAATGTTAAATTACGGGAATTTGTAAAGACAGAAGTACTCACTATGAAAA	autosomal
ACACTGAAAACCCACAATTCAAAGAGAAATCCAGGTCTCTGCATTCTGAA	autosomal
CCTGGTGCGTGACGAAGGCCCCGTCCAGCACCGCGAAGCGGAACCCGGCC	autosomal
GACTGTGCTGTTGTCAGCCCAGGTTGGGAGTTCAAAAAAAAAAAAAAAAA	autosomal
GCAGGCTTTGTGTCCTGTGCTCCAGATATTATCTCCCTCAGGCACATCAA	autosomal
CTCCTCGCCATCCCAAAATCCACCCCGTGCTTGGAGATGTTTGGACATGA	autosomal
CCTTTTCTAAGGTGCACATTGCAAACACTATGGACATATTTACTTCCAAG	autosomal
CCCCCAGACCCCCTGACCTCCTTTGGGGGCTCTCCAGGGCCGCTCCCGGC	autosomal
AAGGGGAACCTGGCCCGGTTCCTGCAGCGCTTCGAGGTGGGCAGGGCAGG	autosomal
AATTACCATTTGCACCGGTACATCTTATGCTTTATATACATATATCTTTA	autosomal
ATAGAATAAAACTGAAATGTAGTGACATGTTTTTCCACTGTTCAAGCCAT	autosomal
GCTTTCAGTGTCGGTGAAATGACAGCTCACTTTGCTTACAGGAAGAGCAA	autosomal
AGTCTCAGATATATCTAAAGGTGGGAGAAAAATCACTTTAGATTTCTCTG	autosomal
AAAAAAAAAACAACCAAAGCCAAAGAACCAAAAATAAAAAAAAAAAAATC	autosomal
GCACCCCCTGAACCCCCAAATTCGGGTGGGCTCGGGGTGGTTGTCACCCC	autosomal
CACCTGCTGTTTTTTTGCAGTCCACTATCTCCATCCAGGATTTCTAACTC	autosomal
AGTTTGTCCCAGCCCAGCCCAGTGCACCCCTGGTGTTTCCCCAGAGACCA	autosomal
AATTCAAACTGGGAATGGGACCCCAAACTGGGACCCCAAACTGGGAATGG	autosomal
CCTCTACCAGCAGCGTTCAGCTTGCATGGAAAAAGGGAATTTAATTTTCC	autosomal
AAACCTGGGGAGGTCTGAGAGTGTTTGTTGAATTTCCTGTGTGTCCTATT	autosomal
AGTGTCTGCTATACCTGGAAGTATCTTTTCTATTTCTATGTCCTTTGAAA	autosomal
GAGATATTGAATTGCCTTGTCCCTCAGGCCGAGGCGATGCCGGGCCCAGC	autosomal
GCTAAACATTAACTATACAAAAGTAACTGAAGTTGGGAGTGGGCTAACCC	autosomal
CTGCCTGGACTAGTAACACTACAAGAGGGATGTGAAAGTGTGGCTGTCCC	autosomal
ATGCCTGGTGGAAACAGAGCCATGCTCCCACCTTCTCTTGCACTCATCTG	autosomal
CCAAGCTGAAAATGATGGCAGAAAATCCAGACGCAGAATATCCTGCAGCA	autosomal
GCGGGGGGCTCCAGTACAGCCCCCCCAAAGTCTGCCAGATCTTCCTGGCC	autosomal
AATGCCAGCAGGTCTATTGGTTCTACCTCCTGAAAAGAGAAAAACATTTG	autosomal
AACCTTCAGGAAGAATGGACAGAAGTTTGGTTTTGTGCTGCACTGTCAAT	autosomal
CACAGGCTGGGTGTTTTATTACACTGCTATGTTGTAAATGCAGGCAAGCC	autosomal
GGGAACCTTATCTGCTGCAGTTTTCTCTGAGTTTAGCTGGAGAATTAGCA	autosomal
GAGTGGAAGCAAATAGCTCTGCTTGGGTTTATAATTTGATTATTCAGCTA	autosomal
CCTTATGCTTACACTGAATTTGTACAGCTTTGACTCCTGGTGAGCGGATC	autosomal
GAAGAAGAGTCTGAATTTCACTCCACACTCTACCATATGCTCAAGGCTTC	autosomal
AGGAAAAGAAACTGCTATCTGATTCCCTCAGCTTCAGGAAGCCACAGCAG	autosomal
GCAAGGAAAGCTGCTATGATCAGGATCAACAAAATGCTCCAGCCAAGTGC	autosomal
TCCTCAAATATTACAGTTTCTTTTATTCATATTTTTCCTCAAAGTATAAA	autosomal
ACCTCTCCCTTCTGTCACGGACAATTTGGAAGTGAACCAAAGGACCTTTG	autosomal
AAAGAGTCACGTAACAGCTCAGCTCCCCCACATTAATTTCCAGTTTCTAA	autosomal
GTTCTCCTAGATTATGTATTTATGAGTTTTGCTCAGTACAGAAATAAATA	autosomal
GAGGCCCCCAGCGGCCCCGAGCCGCCCGACCATCATCCGCCCGGCCGAGC	autosomal
CTCTGTGGGTGTGTAGCAGTTCCCTTCCCTGGTTGGGGCATGCCATGAGC	autosomal
AAAAGAGTGCAGTATTTTGAATAAATCAGAGTTTTACTCTCACAGCCTTC	autosomal
TGCTTCACAGTAAGCTCTCCCAGCTGCGTGAGTCCCGGGAGCAATACCAA	autosomal
GGCAGATAGCTTTTCCCCTCTGTCCTGGAATCAATGATGCAGCTCCAGAC	autosomal
CAGCACGGAGCAGAGCAGGCGGCCGGGGCCGGGCTGGGAGCTCGAGGGCA	autosomal
AACTTCTTATTCTGAAATGCCATCATTATGGATACACATTATAGACAAAC	autosomal
CGCCGCCCCCCAGCCCCAGCTCGGCCGGCAGCTCCTCCTCGCTCTCCTCC	autosomal
TGGAGGCACGGCGAAAGCGCCCTGAATGCCGCGTCTCAACAGCAGTAACA	autosomal
AAAACTGTCATGGCCACAACTCACCACTGGACAGTTCAGTGAGCACAAGG	autosomal
CAGAGCCCCCCACTCTGGGGAGCCATGTGAGCAACCAAGTGAATGAGGAC	autosomal
CCGCCTGCTGGGGGGCTCTGCCCCGCGCCCCCTCCCCCGTGCCCCCTCCG	autosomal
ATAAGAACCAGGATCTGTGTGGAGATCGTACCTCGCAGGAGGCCATGGGG	autosomal
ACTAGATCAGGGGTCCAAGAAAAGACTATGCACAGGTCAACTATGTATAC	autosomal
AAAAGCCATTTAAACCTTGAAAGACTGGGAAGACATTTTAAAAGCCCCCA	autosomal
ATATTCCAGCAGGAGGACATCTGAATTTATTTATAAAAAAATGATTAAGA	autosomal
AAAAAAATGCAAAACCCCTTTACCCACCCCCTTCCCCCCATTTCTCTACT	autosomal
GATCCTTTTGAGACATCTAGGTTTTTCCATTCAGAAAAGAGAATTAACAA	autosomal
GCTGGGAGCAAGCTTCAAACACTGTGTCAGCACAAAGGATTCTGCCCTGA	autosomal
TAAAATATTATTTCCTCTTATAATAAACTGTGCTTTTCTCATAGTGTGGA	autosomal
CCATGCTGGAGCCCCTGGAGCAAAGGTGGGGGCTGGGGGGGCACTGAGGG	autosomal
ATACTTGAGGAGATTATTGCTTTTATTGTTTTGGGTTCCCCCACACCAAT	autosomal
CAGTATCAAAACACTCACAGAGGGAACCACAAAACGGAGGTTAAGGCTGC	autosomal
AAGTGATGTTTATGTGTTCTCTAGGAAGCCCCCTTGTAATGAATCTGTCT	autosomal
TCACAAGGAAATTCAGCTGGAGGACTGCATAATGCACTCAATTTTTCAAA	autosomal
ATAAACACTGAAACCTCCCCGTTTCTTGTTCCTCCCACTCTCCCCACCCA	autosomal
CGGGTGACAGCAGGATTGGTGATAATGTGCCGGAAGAAGTTGACGTGGGA	autosomal
GGGGAATTTTCCATTGGTTTGAGGTGTTTTTTATGGAATCCCAGTTGAAA	autosomal
AAGCTACAGGGAGAAGCAAGACAAAAGACTGTGCAGGACAACAAAGTCCA	autosomal
ATAGATTTTTTCTTTTTTTTCTTTTTAAGAAGGGAAAGAAAGGGGTGGGG	autosomal
AATCAAGGGGAAACTTTGTAAATCTCTGGAAATGTTCCATTGTGAATTTC	autosomal
CTAATGCCCTTGGGCAGACTGAAGAGCACGGCTGTGCGTGCTGTTCCCTC	autosomal
ACTTCCATATGAATGGAAGCTATGTAGCTTAATCTCATTTCAGTATAGCT	autosomal
AGCTGGTGCTGGCTGGCAATAACAGCCTGCCTGCCATGCAAATATTCACC	autosomal
AAAAAAAACAAAACTTTTTTTAAATTGTTAGTATTGTAGTGTGAATAAAT	autosomal
AAACTAAGCCAAAAATCAATATCGGCAGTTCTTAAGTGCCCACACAAAAG	autosomal
ACTCTCATCCACGTGGTAGGACCCTTCGTCTCGATTCCTGTACTTGTACA	autosomal
CTGGCAGATGGGGGTGAAGCAACTGCATTTATTCTTCATTACCCACATCA	autosomal
AGCTTCTGTTCCATAACCTCACAAAAACTAGACCATTAAAAAAATTACTA	autosomal
ACCTAATGGAAGGAGTTGCCTGAAAACTTGTCTATTTTTTCTAGCTATAT	autosomal
ATCTTTGTTTTTTTCAACTCAGTATTTTGATAAACATACTTAGAGTTGTA	autosomal
CCATCAACGGTGGCGCGCGGCCGGGCGGGAGCAGCTTGGCCATTTGGGAG	autosomal
AGGTGTCTGGCTCCTTCCTTACACCAATTACCATAAATCTCCTTGCTGCC	autosomal
GGGGGGCGACCCCTCCCCCCCACTGCCCCTCCCCCCATCCGGATTCAACC	autosomal
ATTTTTATCAGAAAGAATTTAGTTAGATTTTTTTTATAATAGCTGTGGCA	autosomal
GAGCTGATGGTGCATTTTAGCAGAGGTTATGTCACTCTCGAGGTTTTTCC	autosomal
ATCAGCAGAGAGATCTGGAACAAGAAAAGAGTGGCAGCAGCCAAGTCAGG	autosomal
AGAGCTAATAATAATAATAAAAAAGTCATATTTGAAGAAAATGTAACCTG	autosomal
CCAAGAAGCAGTTCCAGAAGTTCTGACACCTGTGGGGACAGGCTGGGAGG	autosomal
AAGGAATCCTCTCCCTGGAGGAATCCCTGGCTGGAGAAATCTGAGGATCC	autosomal
AAACAAACAAAAAAACCAAACAAACCCAACAGGAATTCCCATTCCCAACT	autosomal
AACTTGTATATAAAGAGGGCACAGACCACCAACAGCAACAGCAGCTCCTC	autosomal
CCTGCTCCACCAAGGTCAAATGAAGGAAATGATAGCTACATACCACACTA	autosomal
GGGCAGTAAAATTGAACTGTGCATCTTCGTTCTAGTTTAAAAAAAACAAC	autosomal
ACACTAGTCTGCCCCACGCACTGATGCCACTGTGAATTACACCTGAAAGG	autosomal
CATCACATATTGAAGGAGGGAGGTTACACATCCTGCTTTTTACCACCCTC	autosomal
CCTTAGAGGCAAGGAAATTCCTGCTGCCCGGGAAAAGTTTCCCATTTTAA	autosomal
CAAGAGGATGGTGAGTGTGGTGCCCCCAGTGGGGTCCTGAGTCTGGTTGG	autosomal
CCCGCATGGCAATCTCGCTCGTCAGCCGCTCAAAGTACTCGGGCAAGTCA	autosomal
AAGCTGGTCACAGATGCTACTTCATGCTAACGAGCCCGGCGAGCCAGGCA	autosomal
AGGATCCCCTCTGAGCAGGGACGGCATAAATCCTTTTCCACCTGCCTCCC	autosomal
CTGTGTTGTTTCCCTGATTTCTGTGTTTTCCCTGTTTCCTGTTTTGTTTC	autosomal
AAAAATAAATTTATTTCTCAACAGTGGAAACGGATTTATTCAATATCTAC	autosomal
GACAGATAATCAACACCCAGTCCATGGACAGATAATCAACACCCAGCCCA	autosomal
ACCTGGACAACCTCAAGGGCACCTACTCCAAGCTGTCGGAGCTGCACGTG	autosomal
GCTCTGCCCAGGGCTGCTCCAGGTGAGAGGGGCCTCGCTCACAGCCTGGA	autosomal
CAGGGACCCCAAAATTTGGGAATTTTTCCCCTGGACCCCCCAAAATTTGG	autosomal
ACTTGTGTGTTGCATGCTGATGTGGAAGTTCCTGCAGGGTGGTTCACAAG	autosomal
AGGGAAGTGGCGCTCCCGGGATCCGCTGCTCCGAGGAGGATCCGGTGCTC	autosomal
CCGGGGGCACCACGATCTACGCCCTGCACCAGCTGGAGAAGGGAGCGCTC	autosomal
GAATAAGTCAATAACATAACACAGAATTATGTAATTTGTAATTTCTGTGA	autosomal
ACATACAGGCTGACCCTCATCCTTGCACAGTCCAGAAAACTTTTGGAGAG	autosomal
GCCTCGGACTCAGCCTTGCAACACAAGGATTGTACAGAGGAAACACTAAA	autosomal
CTCAGGCCGCACGGGGTTTGGAGAGAGCTGGGCAGCCCAGCCAGTGTGAC	autosomal
AATTCTGGTTTTAGCATTCTGGATTATTTCCTTCTTTTTCATAAATGCGG	autosomal
AAAGGAAGAAGAGTGGCAACAGAGAGCCAATATTTTACTAAAAGAATTTG	autosomal
ACATCTAAACAGTACTTCTTTAGATTAACTCTGTAAAATAAAAGCAAAAT	autosomal
CCCCTCCAAACCAATGCACAGTTACCTTTGTAACAAGCACATATGAATTC	autosomal
AATCTCACCCCCTTTGATCTTCTTGCGGGTCATATGGCCACGGAAACTAG	autosomal
GACCTCATTTGGGTTGTTTTTTTTTTTTTTTTTTTAGGAATAAAAAAGCC	autosomal
CTGGGAGTGCAGTGGTGAACAGGAGTTGGATTATCATTTTCCTGTAAACC	autosomal
AGGGGGCGTGGCTTGGGGGCGCGGGGTTTATGAATGGGGGCGCGGGGGTC	autosomal
GGGGACCCCAAAATCCTGCACTCCCCTCCAAGGGCTGCACCCAAGGGGAC	autosomal
AATTCCCCTCAAATTCGTCCCAGGACCCCCAGAATCCCTAGATCTTTCCC	autosomal
ACTAAAAGTAAGTATACAAAGACCCTGCTCTGCACTGAGACCAGGAGCCA	autosomal
AGCGGGAGCGCAACCGCGTGCGGCTCGTCAACCTGGGCTTCGCCGCCCTC	autosomal
GTTGCAGATGGACAGTGCTGCATGTGTGTACATTCATGATCCTATAAACA	autosomal
AGCTGAGAGTTGCCAGCAGAGCTCATCCCGCTGCTCCCACCTGTTGCAGC	autosomal
CCACAAACCCAGGGGGAGCAGGAGGGGAGTTTCTGGGGAAGTGGTGACAA	autosomal
CCGTCCCTGTGTGGTTTCGGTGCAGGTTCGGTTCCATTCCCATTCGGTGC	autosomal
ATATATTTATACAGAAATTTTATGAAAATTAGGTGGTTTTTATTGTACAT	autosomal
GAGCCCCACAGCTCTGCTGAGGTGGCGGTGCCAGGAGCAGGTGGCACACC	autosomal
GCCTCTAAGCAAACAAAATCAGCAGTAACCCCCAGCTATTTCCACCTACA	autosomal
AAATTAGTAGAAATGGCTTTGCAAAGCCACTCCTAAAGGGGGTTTGCATT	autosomal
CGCCAACAGTAGAAGGTGGTCAACACTGTGCCTGAATCACTCCTTGAGCA	autosomal
AGAGTCCCCCCACCCAGCCATTCCTCTATTGTACAATAATAAAATCTTTA	autosomal
ATTCCAGGAAAACGCCCCAAAATTGGGATTTTTGTCTCATTTTGATGTTC	autosomal
ACTCCTCCTTCCTCATCCTCCTCCTCCTCCTCATCGTCGCCGGTCGGCGC	autosomal
AGGGCATGAGAATCCCCAGTAATCTGTCATTCACAAATAGGGTTTTCTCC	autosomal
ACCCGCTGCTTCTGGGGCTGGGTCTGCTGCTGGCTGGAGCGGGGGGCCGG	autosomal
GTTCCAGGCATTACTTGAAACAAAGTATCACATATATTGTATTCATTTTA	autosomal
CTCCCAGTTGTCCTTGGTCTTTGGAACCCGTGAAGGCAGGGGTTTGTACA	autosomal
TCCAAATGGAGTGTTGTCTGGAAATAACAAAAAGGAAGTTAAAAATACCA	autosomal
GCATCTAAGCTGACAATTACGAAACAGAACTTCCATATGAATGGAAGCTA	autosomal
AGCAGCATTCCCCAGCAGCCGAGCTGGAACTCGAGTCCTTATTTCTGAAT	autosomal
AGATTCAAGCAGTGTGACCCTGCAAGACTCACCTGTCCCTGCTGCAATCC	autosomal
GAGCAGATATTTCAGGAGCGTCAGATCAAAAAGACTCTCTCTAAAGCAAC	autosomal
CTGGGCGAGGTGCTGCAGGAGGTCCAGGCACTGAAGCTGGAGCTGCTTGC	autosomal
GGGACATCGGGGACACTGGTGTCACTTCCCCGCCAAGGGCCACAGGCTCA	autosomal
GAGCTTGGTTATTTTGTCTTAGCAGATGTCAGTGCATATGCATCGCTCCA	autosomal
CCTGCTTTTTCTCACCTACCATGACTTTCCATCCACAAGTGCTGGGTCCA	autosomal
AGGATTTTACATAAGAACCTTCTCCTGCTAATCCAAAATGAGAGAAAAGG	autosomal
ACCTCTTGCCCTGATGGAGCAGCCAAGTCAGTATCTGTGTGGCATTTTGG	autosomal
CCGTGTTCAGAACACTGCACAGACTGTGAGGTCCTCTCCAAAGTTTCATA	autosomal
AAGCCATTTGTCTTACCACCCTGTTTCATTTGCTTACAAACTTTAGATGA	autosomal
GAGTTGCAGTAAAAGCTCTTTTTCACACGTGTTGAAGACCATTACAATTA	autosomal
GGACAACCGGGACAACCAGGGTCGGGACCCCCGGGAATGGACCAGGACAC	autosomal
AAATCAAATCAGAGACAAAAAAGAGGAGAGAAGGAACCGGGGGGATGGGG	autosomal
AGTGACAGACACCAAGTGTGGGCACAACCCGGGGATCGATAGAGAAATCA	autosomal
ATTTCTAGACAGGAGAAAAAAGCGCTGTTATTCCTAAATTCCATCATTTA	autosomal
AAATAACGTATATAGTTTTAAGGGAAAGGGATAGCTCATACAATACCACT	autosomal
GTGTCCTGGGCTCCTTCTCCCTTGCCCATGAATGAGTTTACTGGGGGAGA	autosomal
TCTGTGAAAGGAAAAAGATACATCCTGTAAAGAAATGTCACAAAGAACAA	autosomal
ATACTTGCAGATAAGTCTACAACAGAAGAAAGACAGAAAGTTGAAAGAAA	autosomal
CTGTCAGTTTACATACATTTAGTTGATTTTATCACAAGACTGTAGGTAAA	autosomal
CCGCCCGCCCCCACCGCCGTCACCGCCGCCGCCGCCGCCGCTACCGAGCC	autosomal
AAGAAGCAGGGCTCTTCACCAGGCACTGCCAGCTGAGGTTTGGTATCCCC	autosomal
ACAAATAGAGCAACTTCTAAGGCTTTTCATAAAGTCCTTTATCTTCAGAG	autosomal
GGGATGCAAGCACTGTATAGCTACAGTGAAGTGCTGAAAGCATGCCAGAC	autosomal
CAAGGGAGCCCCGGGCAGCAATGGACACTCTACCTGGACAGCTGGAGCCC	autosomal
ATTTCCTTTCTTCTAGTTGTGGCTACGACCATCCTGAAGATTTTGTCACG	autosomal
CCCCAGCCAGGCACAGGGACACTCCCAGCATGGTGAGCAGCATTCCTGCC	autosomal
AAACAATGATTGTTTTGGAACTGGACAGAGAAATCCTCATCAGGAGGCAC	autosomal
ATCAGCCCTTTTCTTTGAAGTGACTCTTCTAGGAAGCTTAAACTTACCAA	autosomal
AGCGCATTTACCGCCTGTACGAGCAGGTCAGCTACAACTGCTTCATCGCC	autosomal
CCAGGTGAGCTTTGGGGAGATTTGGGGGTTTTGGGGTCCCAGGGGGAGTC	autosomal
GTGCAAGATCTTCCAGCACTGCAGTGCACAGGAGGGGCTGCAGCTGGGAA	autosomal
TTGTCCCTTGAAATGGGTCGGTGGTCCCTTTCATGGGGAGGGGTCCCAAA	autosomal
CCAAACAGTCTAACAAGAGGAGTGTTCTCTTAGCCATGCCTTCAACTGAG	autosomal
CACTGGCTTCTGTCATCAGCTGCCACTGGGTAAGGTATTGCATTCAAGTC	autosomal
GTGATCTCTTTGATGTGCAGATATTAAATTATTAGATACTATGTCAACCA	autosomal
AAGGATATCTCTTCAAGGAATTATGTGGACACCTTAAAAAAAAAAGGGAG	autosomal
CAGGCTGGCTGAGGCACTGCAGTAATGAGCAAGACAAGCCTCACTTGGAC	autosomal
AAATTCCATTAAAATAGCCAAAATCCCATTAAAATCCCATAAAACTGCTG	autosomal
GGGAAAAGGAAAAAAAAACCAAACCAAACCCAAAAGAGTGGTTGTTACAA	autosomal
CCAAACATCCCAAAATCCCACAGGGATCACATCGCTCTTTCCAAATCTCC	autosomal
AAATGGAGTAAAAAATACTGTGAGCAGTAATTTAAAACAAAAACAAAGGA	autosomal
ATGCTTCACTTTGTGTGCATTTTTATAGTGTGAGACTATATACGGAGAGC	autosomal
TCAGAAAACTGTAATGGTGGTAAAAGTTATCATCACTCTCTTGGTCAAGA	autosomal
CTGAGGATGAGCAGTGTTGATTTGCATGACTAGATGCAGGAGAAGGAATA	autosomal
CTAACTCAGCCAGCCTGAGGAGCTCTCAGAGCTGTAACTTCAGATCCCAA	autosomal
AAAAATATATTTTAGCTTTTCAGATTTTATTAAAATGAGATTTTAGATCA	autosomal
CCGGGGGCTGGATGACCACCGTGGAGTCGGGGCACTGCCGCACGCAGGGC	autosomal
ACCTTCCCAACGTGTTCGTGAGGATGGAAGGGTCTCCTGCTGCCTGCCAG	autosomal
AAGCACAGCTTAAATACCTGGATTTTGTGTTTATGTGTGTTGCAGCCTGA	autosomal
ATTCTTTATGAAGGGATACCGTAACAGTTCTGCAATGAATTTTTTAGATA	autosomal
CCAAAGTGGATGTGCTGGAGCCAGGGGCGGTGCTGCAATGTTCCAGACAC	autosomal
AAAGGAGAGAAGATCAGCACTCCCCTTGAAAAAGATGGAAGGGGCCCTTG	autosomal
ACCTAATTTAGGAAGTCTCTGAGGTTTAGGAAGGCATATGGAAGGAGGGA	autosomal
CTGCCGCACCCCCACAGCCCGTCCCAGGAGCGGCTCTGGCGTCTCTCGGC	autosomal
CAGACACGTTGTTATTTGTGAGTCCCCTGAAGTGGTCGAACTTCTGCTCC	autosomal
GCTCTTCACAAAACTAGAGAGAAATGGCACCCAGTCAGCGCCCCTGAGCC	autosomal
CTGTGCTGCTGGTGCCAGAGACCGGCCCTGAGCATCACCCCCACGGATGA	autosomal
CTTGTTTTTACCTGAATTTCTTGTTCAATGATTTTGATTTCAGAAAGCAC	autosomal
CCATGCAGGAAGGGAGTGGCTGTCAGGCTCCGCAGGGATGTGCATTGCAG	autosomal
AGGTCCCCCCTGTCCCCTCACCAGGCAGGGTGGGCCACATGCAGGGGGCC	autosomal
AGACTCGCTCCCCCTTTCCCAACAAGGGCTAAGTCGAGTTAATGCAATCT	autosomal
GGCTCGGCAACGCGCCCGCAGCGCCCCTGGCGGCCAGAGGCGGGAACTGA	autosomal
GAAATGCTTGTTATGTGGTGCACACTGGCCGAGGGCAGACTCATGCCACC	autosomal
ACATGCCCACTCTACCTTGTCCCATTCAAGTTACATTAATAAAAAGGCAA	autosomal
ACTGACCCCCGAGTGACCCCGAGTGACCCCGAGTGACCACTGACCCCTGA	autosomal
AAAAAAATAAAACGGGGGGGGGGGATAGGAACGAGCTTGGAGGGCCCCCC	autosomal
AGCAGCCCCTCCTTTGCCATGAAGAGGCCAAACAAGAGCTGGCAGCGCTG	autosomal
ATTACACTAGCTGCAAAACAAAATTGGGCATGTTTCCTACTGCTGTCAGC	autosomal
AGCCTATAAAAATACAGTATGGACAAATTATTTTCATTCCCTGACATAAG	autosomal
AAGGGCTGGAAGATGGTGGGAGAAGACTCCAGCCTGGGACAAGGGGCAGG	autosomal
ACCAGCACTGGGTATCCAGGTACACAGTGGTATCTCTGTGTGTACCTCAC	autosomal
ATAAAAACCGGGGGGGGTGAGGGGGGCACGGCCACACCTGTGCTGTCACG	autosomal
TATTGTTCATATCGCTCATCTTTAACCTTCTAATAACACATCACATTTAA	autosomal
TAAAACTTCTCTGTGGTGGAAGTATATTTAATAATTGTTGGGTCTCATTA	autosomal
GGCAACTGGAACACTGTTCCTGTCCCCTGGTGCATAGTTTTATTTTTACA	autosomal
ATAAATCTCATTAACATTGTGCTTTGTTTAAATATAAAAATCATTCCCAA	autosomal
TCTTCAGCTTATCCTTTCTGATGACAACCACAGAATCCTCAAGGTTGGAA	autosomal
AGGTACATATGTACATGGAAAGAAAAAACAAAGCTGACCTCCACAGCTGG	autosomal
GATCTGCTTGGAACATCCTTAAACCCCAAAATAACAGAATCCCTCTGTAA	autosomal
CCTCTTCCCTCTTCCCAGGAAAGCTGAGAGTTGCCAGCAGAGCTCATTCC	autosomal
TAAAGGCAAAAATCAGGATGGCAGATTGGCAATGGAAGGAGAGCGATCCA	autosomal
AAAGCAATTTAAATATACAGAGCCTTGTCTTTATATACATATCCAAAATG	autosomal
GACTGTCCCCATGTCCCACACTGAGATGGACAGAGCAGCACCAGCCCAGC	autosomal
TACCAAAACTGGAACGATACAGAGAAGATCAGCATGGTTCCTGCACAGAA	autosomal
ACCCCCCGAGATGCCGGCGGGGCCCAGCAGGAGGAGGTTGAACTCCTCGT	autosomal
AAAGCATTAGACTTCTCAGGAATAAAACACATGGTAAACCGACAAATTTG	autosomal
GATGAATCTTCTCTAACTGCTGCATAAGGCTGAGTGCACTATGCGGATAC	autosomal
GTGCAATCTCTACTTACACCTTATGCAGATTTTTTTCAAATTATTTTTGA	autosomal
GTGTTGTACGGGGATCCCCGCCGTGTCCTCGGCCCCTGTGTTCGGCTTCA	autosomal
TCCCTAGTATGTAAATTGAGGTGTATAAAACATTTGAAATTGTAAATAAA	autosomal
CGGGATCCCCCAGGCGCGAGGGGAAGGGCACCTGCTGCCCCAAAAACTTC	autosomal
AGGCCACCCCAATGCCCAGGAAAACGTTCACAGCGTTGCTCCCGGTGACG	autosomal
AGAAATAATGTGTCAACATCCACAAATATGTAAGGAAACAAGAGTGCGGA	autosomal
GAACATAAGCCATCTAGGTGTGTGCCCCAGGACCTTCTGGAGAGCCTTGA	autosomal
TAAAATCAAGGAGGAGATCTGAGGTCAGCAGTGTAAGATTCCTTGTAGGA	autosomal
AGGAGATACTGTGTTCACTGCAGCACAAACCTGATTGCTGGCCCATGTAG	autosomal
GCAATATCAGCCTAATCATGTTGCTGCTTCGCTGCTGGCTGTGCTGGGAA	autosomal
AGCTCCTTTTGTGTGTTCTGTAGGTTACCCTGCTCCCAACCATACCAGCA	autosomal
AGCCGCACCGTGTCCAGCGCCTCCTCCAGCCCCTCGTCCTGCGCCAGCTC	autosomal
GCCCCTCACGTCCCTGCGCCCGGTCACACCCCACCTTGGGCACTGACCCC	autosomal
TGCAGTTTCACCTCATTCATGTCTGCTTTTACTCAAAGTGTAACATAGCA	autosomal
AAATTCCATACTATACACAGCTTTAAATTTTAAATATTTTTAGTATTCTA	autosomal
ACGAGCTCCTTACTGCTCCAACAAAGAGCCTTATTTCTACCTGTTAAACA	autosomal
AGCCCCGAGAGCGTCAAACACTGAGAGGCCAAATTCAGCGCCGGGCTCAG	autosomal
TAAAAGCTGTCCTTGCCCGTGTCAGAGGGGTGGACTAGACAATTCTTAAA	autosomal
ATAGCCCTCAGGCTCTACTTCCTGAGTGGGCAGCTCTGAGGCTGTGGCCC	autosomal
CTGAGCAGAGGGCTTGTGGCACCTTGGCACTGCGCAAAGGGAGGTGCCAG	autosomal
AAAAAGCAGAATCAAGGAACAAACAGGTTACAATAAAACCCATTTTTCCA	autosomal
AGAAGAAGAAGCCTGGTTGCAGCAGTGTGTTCAGCGAATAAATGATGAGC	autosomal
AATTGGTTTCCTATGTATAAATCCTTTTGAACATTAGATCTGGCTAGACA	autosomal
GACATTTCTGGAGATCGTCCTAATCCAGCACCTTGGAGCCAAATGAATCA	autosomal
ACACGGGGACTTGAGAGTTGCAGTTGTCCCCAGGGCATCCTGCACTGCAC	autosomal
CCCAGCCATCCCCCTGGGAATGGCTTTGGAAAGGGGCCCTGGAAACCCAC	autosomal
AAGCCAGTTATTCACACCACTTGTGCTATCACTCAGAGCTACTCAGAGCT	autosomal
TCTGAAAAAGAAAAAAAACCAACTAATGAGATCTTTGTTTCTAGTGTGAA	autosomal
AATGCAAACCATCGTCTCCTTGTGATTTGTTAGAACAAACACAAGAAACC	autosomal
GCTGAGGAGCTCTGCCATTAGTAGGGCTTAGGGAAGGGAAAACCAGAAAC	autosomal
AATAACCATGGCATGGCATGATTATGGTTAAAATGCATTATCCATCACCT	autosomal
GAGAAAATTGGGGGAGAAAATGGGTGGAAATGGGGGGAAATGGGAGGAAA	autosomal
CAGCCATTACTCCAGAGAGCAGGGATGTAACTGCATGCTGAGGGAGCTGA	autosomal
AGGAGCAGTCAAAATGCAACCAAAAGCAGAAGAGCTGAAGTTTGTTACTA	autosomal
CTTAGATATGACTGATCATGAAACCAATTATAGAGAAAACTGATGCTGTA	autosomal
AACACCTCCTCCCAGGTATAATCTGCCAGGTTCACAGGCTGGCACAGCCA	autosomal
ACGAAAACTTTTCTCCTTTTAGGTATTCTCAGACTCTAGTATTATGTTCT	autosomal
AAAGCTAAGAACTTTGATTAAAGCATAATTTTTAAACTTTGTTTTCTAAC	autosomal
GGCTGTGGGACAGAGGCTCCTGTGCCTGCAGCCTGGCTCACCTCTGCCCA	autosomal
GTATCTGATCCTGAAGGACCGGGGATTTGCCTTCGACTACCGTGGAGAAA	autosomal
AACCCCCAAAACCTGCCCAAATCCAGCCCAAAAATTGCCCAAAACCACCC	autosomal
CAGCAGCGGTGACGTCATAGGCGATGACGTCATCGCCAGGCTCCGCCTCC	autosomal
AGTAAATAATCAGCTGTTCTGGAAGTACAGTGCTCTGTAACTGAGGGAAG	autosomal
CCTTGTGCAATCAGGCTCCGGTTTGAAGCAGGTAGCTTTAGGGAAACCAC	autosomal
TCCCGAAGGGTTTGGGATTTCCAGCCCTCGGCCACACGGTTCCATAGGGA	autosomal
CAGCTGCAGAGACCAAGCTAACTGGGTTGCTGGTGAGCAGAGAAAGGTTC	autosomal
CCCTAAACTGGCAGCAGATCTGTTTATTGTAAATGGGTGACACCTGAAGG	autosomal
CAAATGGAGCAGAGCTTCTAAAAGTGTCAGACCATGTGACCAGTTGTGCA	autosomal
GCTGGGGGCAACAGTGAGGGGAAAATGACCACCTCCAGCAATCTGCACTA	autosomal
AGGGGAGGAGCCATTTGGCTACACTCTAAAGTTTTTGGAGAAAGAAGGAT	autosomal
CCCACCCCAGGAGGAGGAGAGAAGTAGGATTTGAAACTCAGGTTGAAAAA	autosomal
ACTTCAGGTTGCAAGGCGTGATGGAAGGGACACTGAACAGTAAAACCTAC	autosomal
CCTGCACCGCCATCCCTGGGACAACCCGCTCAGGGAACCTCGGCTCGGCA	autosomal
CCAGGCGTCCCGCTGCAGGCGGCGCAGCGAGGGCAGCGTGTGCAGGTAGC	autosomal
CACTACCCACTGTACCCCATCTGTTAGGCAGTCCCTCCACATGGATGGGG	autosomal
AAATCCCAAAATTATGGGGGAAAAAAAAATCCCAAAATTTGGGGAAAAAT	autosomal
CTCACGCCGCTGTCTGCATTCAGCTGGCGAAGCTCATTAACAGAGGTGGC	autosomal
CTTTGATTGAGACATTCCCAAGTTCAAAGAATGAACATAAAACCTCCACA	autosomal
TGTTGAGGTGTGCTGCAGAAGTGGGATGGGCAGTCTCAAGTCTCTTTTAA	autosomal
AGCAGCTTCTTGGGCTCGGGGACGGCCGTGGGGGCTGGCATCAGCTGTGG	autosomal
ATGAGTTCAGTGACTTGTGGACTGGTTTGCTGCACTTTGCATGTGAGAAC	autosomal
GAACCCCCTGGAGGAGCCAAAGTCCTATGTGTTGGAAGGGGATGGATAGA	autosomal
CACACAGGGCCGGAGCAGCCCACAGGAGAGCAGCTCCAATGTCAGCAGAA	autosomal
CGAGCATGGTGATGATCTTCTCCTGGCCGTGAATAGCAGCCAGGTGCAGC	autosomal
CAAATTGAGTGCAGTTGTGGAGATCAAGCCTTTGCACATTATATGCAGAA	autosomal
ATAAGGTCTTGAGAAATTTTTTTTAAGTCCTGGTGGTAGTATCAGTTTCA	autosomal
CTCTGAGACCAAAACAAGTCCACCATGGAACAGGCACTGTGAGAGGAGGC	autosomal
AAAAAAAAGAGGAAGAAGTTCCCACTGTGTCCGGAAAAGTGGACAAGGCT	autosomal
CAAATGGCTAAAAAGCAGATCACAGCAATGCACTGTGAAGGTAACCAGAG	autosomal
CACATTCTTTAGTAGTCCCCCGCAATGATCTGCTTTCACTGGTTCAGAAA	autosomal
TCCGGCCAGGCCACCTGGGGGAGGGGGAGAGAGGAAAAACACGCAAAAAA	autosomal
CAAGAAGATCTTTGTCCAGAAATGCTCCCAGTGCCACACGGTTGAAAAGG	autosomal
AAACAGTATTTTTATTATGGATATTCTGTCAAGGCTTTACAGAGCAGTTA	autosomal
TAAATATAAAAGTACCATCTTTCTAGTCACCCTCTTTTGTACACCCACCA	autosomal
AAACCCACCAAAACCACCTGAAAACCACCTCAAAACCACCCAAACCACCT	autosomal
CAGAAGTGACACATTTCCTCCTGATGTCAGTAGATGCAGCTCTGGAAATG	autosomal
CAAATAAGCTGCTGTTTTGTTGATGTTGTACCAGGAAGCAGTGGTAGCTG	autosomal
CAGGAGCGCTGGGAGATCTCGGAGCGCTTCAGCCGCTGCTTCTCCTCGTA	autosomal
GCCACGGGACGATGGGTGCTGGCACAGTGCTCGGGTATCGACAGATCCAC	autosomal
GTATATCCTCAAGTGTCATATAAAGAGATTGAGAGTGGAGACCAGAGGCA	autosomal
AGTCCTCAACTCTGCTCCCAGTCCCAGGCAGGGCACCTGCTCCTTTGCCA	autosomal
GGTCATCAGTGTTGCATCATCTTTGACATAACTACCTCAGTTATGTCAAA	autosomal
CTACAGAACCACTGCTTTCAACAGGACTGCAACCATCACTTCAACAGGAC	autosomal
TGTCCTGAATTAGGGATATTTTACAAAGAGGGTCCTCCATGCCAGCTAAA	autosomal
GACGAGGACCCCAGCGCCTACTCAGGGGAGGTCTCAGACCTGTAGAGCCA	autosomal
AGTAGCCAAGAGGTGGCTTTGGTTCACTTCCAAGGGGCAGATATCCAGCA	autosomal
ACACGGGATGGAAATGGGAATTTCAGGGTAGGGAGTGGGAATGGGTTCTG	autosomal
CCACCCCTGCCCCACAACAACGGGGCTACTGAGGGCCTGCACGTGGCTGA	autosomal
CAAAGGACTGTGAATATCCTACATTGTTCTTCCTCACCTCTCAATAAGCA	autosomal
CAGCTGGCTAAATACAATTCAACATACAGGGCTGCCTTTGTAAGCTGGGG	autosomal
CAGGCTGGAAGAATCCTGGAGGCAGCAGTGGTGACTACAGGGAGAAGACA	autosomal
ACTACAAAAACTCCTACTTACATTACTAAGGGTTTTTGGTGATCAGACAT	autosomal
CCAGCAGTGGCATGGCCCCTTTAGGACTCCCACACCTTGGTTTGCAGCAC	autosomal
AACAGAGTCATCTTTCCCAGAAGAAACATAACCCACAGCCCTGATCAACC	autosomal
CACCCCCTGCCCCACCTCTTGGTCCCGCTGGCTGCGGCCGCAGTCCGTGA	autosomal
AATCCAAAAGTGGTCATGAATGCAACAGCAGAGTAAAATATGCTCAAACT	autosomal
CAGCTCATTTAAATACCCCATTAAAATTCATTAAATCCTCATTTAAATGC	autosomal
ACTGCTTAAGAGGAAGGGCTGCCACTGCCTAACAGCCCAAAATAAAGGTG	autosomal
CACTGATACTCCCCCTCTTCCAGAAAAGTCAATGTCTTATGACAGCCCAA	autosomal
AGAAGCACCATTGGACAGTTCCAAATTGAGAAGGGGAAAGAAGGAGAGCT	autosomal
ATATCAAGAAATGGGCTATTTAATAAGAAAGTGAGAAGTCTCACCACTGA	autosomal
ATACCCCTATTTTCTTCCACGTTCTGAAAAGCTGTAGCAGACTCCATGTA	autosomal
ACGTTGGTGACCACAGGGGTGGAGGGTGGCCCAGGGAGGAGATCAGGTGC	autosomal
AATGAATCAAAGAAAATAAAATTTTGAAAAAATTGAAGAAAATAAAGAAA	autosomal
TAGAACATATCTACAGAAAAATATGTACACATAACTTCCATAGTAACGAA	autosomal
GAAAGTTATGAATTTGGGAAGTGCAGTTGTCCCGCCCTGCTTTGTGTTCC	autosomal
GCCAGCGTGGCCTCACAGGGCTGGGGCACGGCAGGGCTGCTGCTCCTGCC	autosomal
CCCCCGAGGTGCCCATGGGGGGGTGGCACATCTCCATGTGGGGGACAACA	autosomal
TACTAGGCTGAGCCCAAAGCTTTGGGGAGGGAACCGGACGGTGAAAAGGA	autosomal
AAAAACCTAAATACAGAAGTAAAAGTAAAAAAAAACCCATTCTAATTTTG	autosomal
TAATTATTAGCAGAAGCTTAAGCAAATCAGTGGCTAATTTCAAAAACAGA	autosomal
AGGAGCATACAAAGCTTTTATCATGAATGTGTATAGCCATGCAGTGGGTG	autosomal
AGTATCATTTAGCTACAAAGTGGGATGTCTTTCTGCAAAGAAGCAAGGGC	autosomal
CTCTCTGGGGACAGTGTCACCTCCACTAGGTTTAGTGCTGTGCTTTAAGA	autosomal
CATCCCTACTGGAGGATTTCTTTGTTCCTTCCCTGCACCATCTTTTTGTA	autosomal
CAGAGGTGGCTGCGTGTCCCCGAAAAGCCCGGCGGCATCGGCCGGTGCTC	autosomal
AAAGAACTCAATGCGCTTTCATTAGCGCTGCTGGAAATTGCTCCCAAGGG	autosomal
ATGTTCTTGGAACCACTCACTATTTTTTTTAATTAAACAAAAGAACAATA	autosomal
GCTCAGATGAGCGAGTGACTGTGCACCCTCATGTCTGAACATCAGGAAAA	autosomal
GATGCTTCCACATCCATCTGCAACCACCAAGAGAAAACACAGACAAACCA	autosomal
TCCTGTGAGCCCTGGCAAGGCCTGGCAGAACACACCTGGTCCTGGGCACA	autosomal
TGAAATCCTGTTTTTAGCTTGTTTTTATGTTTGTAAGTATAAAAACAAAA	autosomal
TACTGTATTGTGTGTCAAATTCCCAGACTTTGAAGAAAAATCATTACTGA	autosomal
AATCAATAAACATTAGATGAGAGTCAGAAATCAGAGAACAATCTTACACA	autosomal
GGAAGCTGCTGCAAATAAAACCAGAACAGATAAGACCTTCAGGAATAATA	autosomal
TCAGCATCTACTGACTCCACCAAGACACCCTGCACCCCTCCATGGAGCAA	autosomal
CTTTATGAGTTCATAAAAGGACCCTTTCAACTTTAAAACACCATGGTAGC	autosomal
CATTGGGGGGTCCCGAAGCGCCGGAGCAGCTCCAGTTGAGCCTCGAGGTC	autosomal
AACTAATGGACAAAACATGTCATGGAGATCAGTTCAGTTTAATTTATGCC	autosomal
TAACGAAAATTTATTCTTTCAGTTAGTCACAGCCAGCTCTTATGCGACCA	autosomal
TAAACTTTATCTGCATTTGCTGATTTGTAAAATAAAATCTGAAAAAAAAA	autosomal
ATTTTCTGCTTCAGAATAGGTCTGCAATATTTATTTAATGTTATTGCTGA	autosomal
ATATTGATCAAAAAACAAAGTAAGACATACAGTTTACTCTTAAAGCACCC	autosomal
ACCCCACTGAAAACCAGTAGAGAATGTCGAATGCTAATTGGAGAACTGCA	autosomal
GGAGAAGGTGACTTCACCCGCCTGGATGGGGATGAGGAAGGGTACGAAGA	autosomal
GTCGAAGCAGCCGCAGATGTCGCAGAAGAGACGCGGCTTCTTCTTGGACA	autosomal
TATATATATATACACATACATATATATGTACGTATGTATAAAGTTACAAA	autosomal
AACTCTCCTGCTGCAGCCGGACCACGGACGGAACCGAGTCACAGCCACGG	autosomal
GAGGGGTCCCTGTGGGGTTTGGGGTGCACAGGACCCCGGGGACATCAACC	autosomal
CTGGCAAAGTCTCATGCAAACCTGTTTCCAGTGAGCCAGCCACACGCCAG	autosomal
AGTCATGTAATAAAACATGCTAGACATTAAAAGGCAAAAATCCAGTTCAC	autosomal
CCTCACCGGGCGCTTGGTGATGTAGCGCGTCCCGTCGCTCCTGACCTTGA	autosomal
GCCCTTGTAAAAAGTCCCTCTTCAAGTCTCATATGTTCCTTTTATCTGTA	autosomal
AGTCCTTCATACCCAACTCACCAGCGCTACAGTCGGCAGACGAGTGAGAA	autosomal
AGCAGCGACTTCGTTTCTAAGCAAATTCCAGACCTGCACCAAAGTTTTGA	autosomal
TCCAGATTTACTGAGTCTGAGTTGCTTACTGAATTCTTTTCATGGAAGAA	autosomal
AAACACCTCCGCGCTTCCCCCCACACCACCCCGGCCCCCTCAGAGCCCCC	autosomal
ATCACGGCCATTATGCTATATAACTATTACATAACCCCCCAGTGTGAAAC	autosomal
GAATAGTACTACCTTGTGTGCTAAAGTTTATTAGTCACTAAAGAACAAAA	autosomal
CCCCCTTTCTACCTTAATTGTGCTGGGTGTGAATGAACAGACTTTACTCA	autosomal
CCGAGAACAACTTCAAGCACACGGTGACCAAGGTGCAGCTCCGTGTCCTC	autosomal
CAATTACTCCTTTGTATCTAACTAAAGGTGGCAAAACAACATTCTGGAGA	autosomal
GGCAGCTTGCAATAGTCCCTCTGTGCAGATGCACTGGATGGGGTCACTGA	autosomal
AGCTCATCAAAGCAGAAATCATTACAAAGCCCAAACCATACAGACCAAAA	autosomal
CCTGTGGTCCCGGGAGCAGTTCCTCCCCAGCCACCCAGCTGAGCAAAGGC	autosomal
AACTGCAGATCACTCCACACTTGGACATGGCCCACGACTGCTTGTCAAGT	autosomal
AACAGAATAATAGATGTTAACAACTCTCAGTCAAATTATCAGCACTTCAG	autosomal
CCCTTCACTGTCCACCTCAAAAGGCAGCATCCCCACGTCTTTGCTCTTAA	autosomal
GCCCTGCTCCATCCCCAGCCCTGCTCCATCCTCAGCCCTGCCAATATTCC	autosomal
AAGCTGAGTTTGTAAACAGCAGCACCTATTGTAATCTAAGTTTGCAACAC	autosomal
CTGTGAAATTGTTCAACCTACTTTGTAACCAAAGAAGCAAAGCTGTATAA	autosomal
CTATGCACTTTTACTATTCAAGCAGTATATTTAATCCTTGCATGGTTCAA	autosomal
ACAGTGAAATGGAAATTGAAAATACAATGCACTGCTCCTTGAATAACTAG	autosomal
ACTACATCAACAAGATCTCCTCCACTCTCTACCAGTCCACAGCGCCCGTC	autosomal
CACGTCTTCTTCCCAAGGCAGGAGGCAGTGCTCCCTCCTCACTGCTGGAA	autosomal
CATTGCTGCCTGGAAACTGGTCTTTCAGATGCTGAACACAATATCCATGG	autosomal
AATATTTTTTAAGTTGTATATGGACAAATGCAGAGAGTAACTATGAGCTG	autosomal
ATTATACTATAATATTGTTTTGTAAGAAAAAAATGTAACATATTTATTTG	autosomal
AAAGACACTTCACATACAGAATATGGTATTTCTCTCTGTCCTTTCTTCAG	autosomal
CAGAGGATCCGGACGAGCCGTCCCAGGGTCTCGGCCGCCTTGATCCGCAC	autosomal
CCACTGCTGGGTTTGGGCTGCTGGGTTGCTCTCAAACTCTGATTCCTTAG	autosomal
GCAGTGCCCGGTGCTGCGCAGCTACGTCTGCCCGCAGTGCGGGGCCACGC	autosomal
ATGACTTAAGAGCATACATATTTTCTTGTCTTTGACAATGTAAGACAAAT	autosomal
AAGAATTGGAGGGACCAGTCAAAGTTGCAGTCTCTAGCGGATGCTTGACG	autosomal
TGCTATTAGAGACTCTCAAGCTGTTTTCCCTCCAGATTTGGAGAGTATAA	autosomal
TGCCCAACATCCAGGCCGTGCTGCTGCCCAAGAAGACTGAGAGCCACAAA	autosomal
GTCAGGGAGTGCCTGGCAGAGACAGAGCGAAACGCCCGCACGTAACGGCA	autosomal
AAAATCCCGTTTTTGAGTAAAAAACCCCATTTTTGAGGTAAAAAATGCCA	autosomal
AAGAGGAAATCAAACTCATAGTCCAGAAATCCGATGGCTTTTCTGGGGCA	autosomal
CTTGGTCTTGCAGACCTCCATGTGAATCTTGAAGCTTTGACATTGCCAAC	autosomal
ACTTGTTGGTGTTGCCGCCGTGCACTTTGCCGCCGTCCAGGCGCACGCAG	autosomal
ATGGAGGCTGGACCAGAGTCAGTGTGAGGGGAAAACCCTTCCCAGCCCAG	autosomal
CTCTCTTTCCTTACATCAAGATCAGTGCTTTTAAAATCCATGTTCAAAAC	autosomal
AGTCCCACCTGCCTGTGCAGAGCACTGGTAAGTACCTGCTGGTTCATTCC	autosomal
CCTCATCACCTCAGTGGCCCATCCAGGTGCCAAGTCTGTGCCCCCCAAGC	autosomal
GCCCCACAGACCCCCGTGGGCCCCCCAAGCCCCCCAGCTGGGACCAAAGC	autosomal
CCAAAAACTCCAAAATGAGACCCCAAAAACACCCAAAAAACCCCGAAACC	autosomal
GTCATAAATGGGACATTAAACCTTTTTTTAAAAGGCCCTTTCTCCCTAAA	autosomal
AAAATAAAAGTATCAGAAAATCTATTGCAAGAGAGAAACAAATATAAATA	autosomal
AACAGTTAGCTGCGATCAGAGCCTGCTCCACAGAAAGTCTTTCCAAAGGG	autosomal
AAACAAGGATGTGTGCAGGGTATGGAACCTCTGACTATGGAAGAATCCAA	autosomal
AAATGAGAATTTGTGTGCTGTCCACCAACTTTGTGGTGTGGGGACAGGGC	autosomal
CCCCTGAGGCTCACTGGCCCAGGCAGTCCTCGGTGACACCCTGGGCAGCC	autosomal
ATACATAGTGTTACGTAACAGCTCTTGAGTACAGTACATGCAGCAGAATA	autosomal
CCCAACATGCATCCCTCAGTTTGTGTTTGGTTTTTGCTCAGTGTGAGCCA	autosomal
TAAGACATTTTTAGCCTGAAAAAAGTAGCAGATTGTTTTAAAAGAGCTCA	autosomal
CCTGGTAAATCCCAGGGGTCCCAAAAGGCATCTGCTGTTTTGGTCTCTGC	autosomal
CACTCTGGGCCTCTATCCCTGTACTCACAGAGCTGGAAGTAGAGCAAAGA	autosomal
GCTGAGAGAAAAGGTGGACAGGCAGAAAATTCCTCATGGGACGAGAAAAA	autosomal
AAGGCCGTGAGGGGGAAAATGGGCGTGAGGGGGAAAAAGGCCGTGAGGGG	autosomal
CCAAGCAGGCAGGACTATTGTCTGGACCCCTCATCCACTAACAATTCTAA	autosomal
AGCAGCCATCTTTCTGTACATAACTTAGACAAAAGTCCTGAAATTGAACT	autosomal
GCCGCCGATCCAGGGGCTGAAGCGCCGCTCCATGGTGCTGTTGCTGGCGA	autosomal
AGCCCTGCTGCCCACCCTGGCTTTCCTGGTGGACGTGCGTCACGTCTCTG	autosomal
AGTGCTAAAGAAAAGCCAGCCTGAGAGGAAAGCTACAGGAAAATATTTTC	autosomal
AAGGGTCTTGTTCTCATTGTGGTGGTGGTTCTGGCAAGAGGCTACAGATC	autosomal
CAAAAATCTCAGCGTGTCTAAAGCTCCAGGAGGCTGAAAAGGAACAATAC	autosomal
GTTATCAAATGTGGTAAAAAATAATATTTCAGTGGGGTTTTTTCTCCAGA	autosomal
AAAGAGAAGACTCTTTCTCGCTGCAGTTACTTTTACCACAGCCAGTGTAT	autosomal
GTACTTCACAGCCTTTTTGGTGTCAGCCACGGCCCGTTCCACGAATCCCA	autosomal
AACCCAGTCCCCTCCCAGTCCCTCCCAGTTCCCTCCCAGTCCCTCCCAGT	autosomal
TATGGGCTCCACGTCACCACCATTCATCACCTTCCCATTGCCAGTGGAAA	autosomal
AGTTCAGAGCTATGGAAACCTCAAGAGTTTTCTTCCACTGCACAGCAATG	autosomal
CAATGAACATCTGGAGAAAAATGTCTGGTAGCAGGAGCTTGCATCATGAG	autosomal
AGCATCACACTTCTCTACTGACAGTTCACTAGTTGATCCTTGTCCTTTTC	autosomal
ACAAGAACTGCTGTTTTCCTCAGCAAAAAAAAGGAAAATGAAAATATGAT	autosomal
CCCGCTCGGCCCGCGGCCCCTCGTGGGTGCGCCGGCGGCGGGCTCGGCGC	autosomal
AGAAAATATGTGATTACTTGAAGTTTAGTTGTGTAATTCTATGAATCCTG	autosomal
GAATTTCCTTACTTGTGTGCAAAGCTGGAGAAGATGTGGCTGCATAGCTA	autosomal
ACTGCAGCACGTGTTTCACAGCGCGGAGCGGCACCTCGCAGGCGGCCGCG	autosomal
AGCTGACATTTCTGCATTTTTATATGTACTATTTATATAGTGGCTTCATA	autosomal
AGGACCAGCACGACGTAGTGGTAGGCGGTGTACATGCAGTAGAAGTCCGC	autosomal
CGTAATTTCTGGTATTTAATGTTTGTAACATCCCACTGAGGGCAGAGCCC	autosomal
AGTCTTGTCCTCCAGCAAAAAAAGAAAAACATCTTTGTGCAGCACAGGAC	autosomal
AAATTGGGCCTTTCCCAAAGATACACATTCTCCCCATCCTCTCTCTCATT	autosomal
CCCGGGATGGGGACCCCCACGGAACGGGAGCCGGTGTGGCGGTGTCCCCG	autosomal
CAGAGAAGAACCTTATGATGGCAAACAGCTGCAAGGGTCTACAGTGCACA	autosomal
CTTTTTATAACCCATCCCTAATTACTCTGCATAATGTATTTCAAAATAAA	autosomal
CATTGTATGTATCTTCTAAGGCAAGTTCTGAAACTCAGTGTGCTCAGCAG	autosomal
GAGAAAACATCAGACCCTGAAAGGAAAAATTAAGATGAATTTCTAAAAAC	autosomal
CACTGAGCCAGAATGAGCTGGAATTGAAAGAGATCTGGGGGAAAAGTGGA	autosomal
GTGTGAAGCACCTTGCTGTACACACAGAGAGGTGCAATACAGAGGTCCTA	autosomal
GACTTTCTTGTCCAAAAGACACAGAACAGTTTTTATTTGTGTAGTACTCA	autosomal
CCTCTGGCCGGGCTTTGACTCCTCGCCCGTTAAACCGCTTTTACAGCTCA	autosomal
CCCTCCAGGGAGAGCCGGTGACACTCCGGCCGCACGGGGCAAGCCTGGGA	autosomal
CCCGTGCCCCCCGCCACGGGGCTGTAGGAGCCACCCCCGGCCCCCCCCCC	autosomal
ACTCGTGGGCGTGGCCCGGCGCTGGCTCCGCCCACTCGAGGCTCCACTCG	autosomal
CTGCTCAGGTGACACCACTGCCCACACCTGGCCTCCCTCCCTTCCCAGTC	autosomal
GCCCATCCTAGCTGCAAATTTGGTGTAATTTTGCCCTTTCAGCATCCCCC	autosomal
AAAATTATAACATCAGGCTGTTGTCACCTACACCACCATGCTGAAGCATG	autosomal
TATTATATTTTTTTATCTCTTGTTGTATTTTTATAAAAGAAAGAATAAAA	autosomal
AATTATTTCTTCGCCTTCGCCGCGCTCAACTCGGCGGCCAACCCGGTGAT	autosomal
AAAAGAAAGACACGGGGCAGAAAAGACTCTAAGTGGGAGCAAAGTACTTG	autosomal
CCTCCTTTTTTCTTCCTTTTTCCTTCCCTTTTCCCTCTTTTTCCCCTCCA	autosomal
AAATAATTTCCTTGCGCTTTCTGCCTGCCTGACTGTGGCAGCCCAGATTG	autosomal
AATTTATTGCTTGATTCGTGGATCTGGAACACTGGCACCAAACCAAGTTG	autosomal
CCATGAGCAGGGAGGAGTTCCTGAGGAAAGCCACAGCGCTGTTCATAGCG	autosomal
GATTTTATGGGATTTTAATGGACAAAGGCACCCTAGAAAGAATAAAAAAA	autosomal
ACTGAGGATTCAGCTCAGAGTGGACACTGTCAAGACTCTGCCGAGACAGG	autosomal
GTGGGTTTTGGGGGCATTTTGGGGGTTCCCCCACCCCAAAAGGCTTCAAA	autosomal
GGTGCTCTGGCAGAGATAAGCATAATCTGCAATGACATCTAGGCTACACC	autosomal
AGGTGTTTCAGGAGTTTAGGACCATCCTGTTGTCCTTCCCCTCTTCTCTC	autosomal
GATTCTGTCTGTTGGCTGGCCACTATTCTTTGCATGCATCCCGTTTTTCA	autosomal
CGATGTTTTATTCCACCGCCCAGAGTTGACCCGATGCTTCGGTTGTGGGC	autosomal
ATCTTTACCTTAACTTTAAAATGCAAAATTTGGTTTGCAAGGACAGCGTA	autosomal
AGAAAGGAACTTTGCACAAAAATTGATGACCTCTTATATTGCAATAGAAT	autosomal
CTGCAAGTGTGCAGGGGGAAACGTGAGTGCAAGTGAAGGGGACTCTGTGA	autosomal
CACATGGGAAATGATCCTTTTACTGCTGGAGCACTGGCTTAAACACCACA	autosomal
AGAGTCCATTGTAAGGCAAATGGAAAAGGCACAGCAGCGGAATGGGGGAG	autosomal
AATGCAACTTTTAATTAGCCAAATAAAGTCACGCCCCTTGATTTATGGGT	autosomal
AGTGAAGGGCAGTGCTGGCGCCAGGTTTGCTACTCCTGCCAGTCTCATCA	autosomal
CAATAATGGGGAATATTGAATGCACGGAGGCATTGCGTATGGTTAACACA	autosomal
GTAACTGAATGCTGACAAAGCATATTTCCACATCCCTTTCTGGTATTTTA	autosomal
CGCCGAGCCCGCCGGAGCCCCAAGCACCAGCGTTCCCGCAAGAACAAAAA	autosomal
CAGTTCTGTACTTCCTGCAATGCATCTCCAATGCACATGGGAGAGTGAAA	autosomal
GGCGAGTTGCTGCGGATGGTGTCCGAGATCATCTTGCCTCCCGACTGCCC	autosomal
AGGCCACCATCTGTAGAAACAGTTTTGCTCACTGTGTAGATTAACTGGAG	autosomal
ATCCAGTATCCTTTTATACTTTCACATCAAAGAACACTTGATGTTAAACA	autosomal
AGAACAGAGGCACCGGTGTTTGAGAGAATTTCTCTGGCAGCACTGATGAT	autosomal
ACCCCAGCGGCGGCGAACATGAAGGACCACCCGTAGTAGACGTGCACGGG	autosomal
CCCAAGCCAGGCATTCGTCCCAAAATAAAAAATTGGCAACCAGCTATGAA	autosomal
TCTGGTTTTTATCTGACCTGGTTTGGTATGGTGGGCATAAAACTGGAAGA	autosomal
AGATTGAAGGATATCCCCTATTTTTGGCTGACAAAAATTAAAAGAAATTC	autosomal
AAAGGAATCTTGATCCTGAGAACTGAGTCCTTATGCCGAGAAACCAACTC	autosomal
TAATAAGTCTGCTGTTGTCTGTGGGGTCTCTGTGAAGGATGGCTGCTTAA	autosomal
CAGTTCTCCTGTGGTCCTGGGCAGGGATTAGCTGTTCCCTAGCTTTAAGC	autosomal
CTCCACCTGGAGCCCTCTGGCAGCCCAGGGTTCCCTCGGCTGGCTGGCAA	autosomal
GCGCAAAAAAGAGGAAAAAAAATATTGCACCTGAGGCAGAACTTGACCCA	autosomal
TTAAAAAGTGTTGCAACACCAAGTCTTAAACCACCAGAGAGAAGTAAAAA	autosomal
TAAAACAGAATCTAAATTTCCTGGTTTCAGTTCTGGAGGGTTCTGTAGCA	autosomal
CGGTCTGAGTGAGGCTGAGGTGCCCAGTATAACCAGTTCACTGTGCCAGC	autosomal
AATGAATCTGGCTCTTGGCTGGCATCACTTTGTCAAAGGGATAGCTGGAA	autosomal
AAAACCAGTTCTACTGCACCCTAAATAGAATATATCACTCCTTGGCCTCA	autosomal
CAAGTGTCCCCAAGTGTCCCCAAGTGTCCCCAAAGTGTCCCTGATGTCCC	autosomal
AAATATAATTAAGGACAACAGGGTTTCTGTATTTTTTTTTTTCTTCCAGA	autosomal
CCTCCAGAAACCCCAAAATCCTCCAAAACCCAAAAATTCCCCCAAAACCC	autosomal
ATAGGCAAAACAATGCTAGCTCTCAGACTGTCTTCATGAGGTTCTTGTGG	autosomal
AATACAAAACCAAAACTCTGCCCCCGCTTTGTCCCATTTTCCCTCTTCCA	autosomal
CACCAGACAGAAAGCTTGGGACATGGTCAATGAGCAACAGTGGGACTCTG	autosomal
AGAACAAAAGGAGGAGAGAGCAAAGCCTGCCCTGAGACCTTCACAGTGCT	autosomal
CATGGCATATAAATGCAAGGATCCAGAATATTCTTTTCAACTTCAGACAC	autosomal
CCTGTGGTCAACACATCATCAGTTAAAAATGTTAACGTGAAACCTGTGTC	autosomal
GACCCGTGCCCGTGCCAGGTGAGGGTGGTGGGGCTTCATCTGCTGAGGGC	autosomal
AAAAATGAGGTGGGGCTTCTAAAAAATGGGGTGGGGCTTCCCAAAAAACC	autosomal
AGCCAGGCACTGGTTGTCACCAAATGGTGTGAGCTGCACAGGACAGCAGG	autosomal
GCCTGCCCCACAGGTCTCTGCCTCGCCAGTTCTGTCTGGATCAGTGCAGA	autosomal
CCACAGGTGCAGATCACGGGCGTGTCCCACCCGACTCCGCCCCCCTCCTC	autosomal
TCCCCGCCCAGGCTCACGACCTGGCTGGGAACCCTCCACAAACTGCTCCA	autosomal
AACTGGCCAGGCGAGAGACCATTTTCTTCTTCCTTCCCATCTAATTTCCT	autosomal
AAAGCAGATGGATGGATGTGTTGGAGGGCTTCCCCTGATGATACAGGCCT	autosomal
AGGTGAAAGAGTTCACAGTACATGATGGGCTGTGGTCAGAACCTGTGGAA	autosomal
CCAGCACCCACGGGGAAGGTAGTGCTGGAACCCCAGAAGGAATTGACCTC	autosomal
ATCACTATCCTGATCAGGTATTGAAAATGACACATAATTTAACATGATAA	autosomal
ATCAAATGCATGAATACCAAATGATCTGGTGATGCTAACACAGTGAGCTG	autosomal
CATCCTTCCACACTTGAAAAAAAAAATGGTTTTATGATAAATGTTTTAAG	autosomal
CTGATGTTTAATATCCACATCTGAAAAGTGTAGCTAGCAGCACTCAGTGC	autosomal
AAAGCAGGGACTTTTGGGAACCTGGACTCTCTCCCTGCAAGAGCAGAGGT	autosomal
AGCTAAACTATGCTGAAAATGGTGCCTTCACTAGACAAAGAGTTTTTGTA	autosomal
CATGGCCGCCCTGCCTGGGATTAAACAGTGCGAGGGGCTCTAATCATTAA	autosomal
AGGCAAGCGGAGACAAACAGTACAGGAAAGTGTCTGCGGAACGATGACAC	autosomal
AAAAAAGCTTTTTCTCCCGGTCTGTGGTTCTCCCGCACTGGCTGCTGACA	autosomal
AGAGAGAAGAGATTATCAAGCAGATGGTGGTAAGACTGCTTTTTGTATAG	autosomal
AAGGATGAGTATTGGTACATTGAGTGGTACCAAAACACAGACTTGTTTCT	autosomal
GATAGGCCTCTCCCTCAACCTGAATGTTCATCTCCGCTTGATTTTCATTA	autosomal
AATCAAATGTTGCTGACATCTGGCTGAACTGAGCCTTGGAATTAAGAACC	autosomal
AAAAAGGAAACAAACAACATGAACACAGCATTTAACTGCACATCCCCCTC	autosomal
CCTGAGCTTCTTTGTCCTTTTTCCTGGATTCCAGCAGCTGCAGGATCTCA	autosomal
CTACACTTTTTTCCCATCTCTGTCTGAAGAGCATGCAGAGCCAATAAAAG	autosomal
AATATTCATAGGTATTTAATTCTTTATTTACAAAATACTATCCTGAGAAT	autosomal
CCCGGAGCCCCCCGGGCCCAAACGGCGCCGCCGAGACCCCCGGGGGGGGC	autosomal
GGAATGTCCCGGAGGTTTTGGAGAATTCCAGGGGTTTTGGAGCATCCTGA	autosomal
ATGTGCCCCACAACTATTTCTCCTGCTAATGCTGAAGATAAACTAGCAAC	autosomal
GGGCAGACAAAGAGCACTTGGCCAGCTCCTCTATGCCAGGAAGACACACA	autosomal
ACAGTCATTGTTCACCCTGCAAAGCACAGCGTGTACATCCCCGCCGTCGG	autosomal
CAAATCCTCTATCAGCTGACACTGAGCCCTTGTTTGACACTGTAGTGAGG	autosomal
TGATGAGCAGGTGCAAATAGTAGTATCAATAAAAATGAATGCTTTTAAAA	autosomal
ACTTGTTTTGCTTTGTGGTTTTTGGTGTGTTTTGTTCCACTTTTTCTTCC	autosomal
CGAGACACGGGAGAACATGGGCAGGACCACGCTCACCACACTGCAGGGCC	autosomal
ACCCCAACACAGATACCCTGGTTTCTGCCTATGGAGCACCGGCACAGCAA	autosomal
GGGACCCGTCTCCCAAGGAGCTGGTGATGTTCCTGCACGCCCTGCGCTAC	autosomal
CTCCGTTTGTCCTTTTTTCAGGCCACTCTTTCTGGCCAATTCTCTATTTA	autosomal
CCTCAGCACCTGGGGTGCTTTTTTTTTTTGGGAAATCAGAAAAATCCTGC	autosomal
ACCCCCCCAACCCACAGGTGACCCCCCCCCACCCCCCCCATACCGGGACA	autosomal
ACTAAATTCTGCCACATCCACTGATTCTGCTTCTACAACACAAGAATCAG	autosomal
CAGAAGGGTGAGGGAGAGGATTCTGCCCCTCTGCTCTGCTCTGGTGAAAC	autosomal
CAAGGTGGGTTCCCAGGAATAGGCTGCTTGGGAGAAACTTCAACGCACAC	autosomal
GCACCGGGGGCTTTTCCACGCGCCGCCTTCTCCGCTGTTTTTTCCACACC	autosomal
GCTTCCTTAGAGTGTTACAGATGTTCAGCTTAATCCTTCCTTCTCCCAAA	autosomal
GATGAAAAACCAGGGGATGAGGGGGAGGATAAGAGACCAATGGCTGTTCC	autosomal
CCCTGCCCGTGCCAGGTGTCGCAGGAGCGGTGATCCGTGCCCGGCTGTGC	autosomal
GGAGGCACAGGCGGCCAGCCCACACATGTTCTTGCCTCGTTCAATAAGGA	autosomal
GTGACGTCACCGACCCGGCACCCCCCTGGTGTGACGTCACCGACCCGGCA	autosomal
TGGAGTAGATTGTTATTATGTGTCAACTCTTTGTTGTTTTGCAGAAGTAA	autosomal
CAAAACCTGATCAACTTCACGTAGTAAGACCCAGGACAGAGAACCAGACA	autosomal
GAGCATTGGGTGGAGATGAAGGAGATGAATATGACAGACCCACCTCTCCC	autosomal
GTATTTTCTGAAGGCTTCTCACCCCATGTTCTACAGCTGCCATTTCCTAA	autosomal
AATTATTTTGAATTTCCTCCAATTTTGGGTTTTTTTCCCAAAATTTTGGG	autosomal
AAGAGGTCCTTCCTTCTTGATTGGAATATTTTTTTACACATTGATAAAGA	autosomal
CAGTCCTACCAGTCCACAGACTCATCAGAAGCTTCAGGATGTGTTTGGGG	autosomal
ATATGGTGAAAAAAAAGTTATTTGAAATTTTAGTACAACATACCACAGGA	autosomal
GTTTTCTTGAAAGAAAAGCAGCTCCTCCCTCCTTGTTTTCCATGGAATAA	autosomal
GGAGTGAACTACACATTGACTTAACTCCAGTGTTTTACCTGTAGAAACAA	autosomal
ATGTAGCCACCCCTCCTGCCATAGCAGCCCAGGCCTCCCAGCCCATAGCC	autosomal
TGAGGAACAGGACAAGATGTCCTTCCTTTAGATTCTTCTAGGAATTTCCA	autosomal
AGGCAGCAGAAAAAAAATTAAAAATAATAATAATCACAAAACCAAAGCCC	autosomal
AAGTAACAATTCAGAACTGAGAGCATTTGTCTTTTCTTCATCTGTAGGAA	autosomal
CTGCTTGTTCTGTCCCTTAGAAGAGACCTTCACATAAAAATTCAGCATAA	autosomal
AGCACAGTGACCTGTGCCTTTAATGGTAATACAGGACTTGGGGAGTTAAG	autosomal
CAAGACATTATCCTAAAGTAAATAATTGCTATTGCTAGTATATTATTTGA	autosomal
CAGACACGGACACAAACAGCTCTCCCTGGGCACCAGCTGTGCTCTTCTCA	autosomal
CAGGCAGCTTCCTTTGGCTGCAACCATGTCTGCATTTCTTTAATAACAAG	autosomal
AGCTGCCAGCCAGCTCAGTGTAGCTTTTGAGGATCACTCCATCTCCCTCC	autosomal
TGTCATCTTTTATATTTTCAGATTATTTCCACATTCAAATTCATATAAAA	autosomal
CAGGTTCTGTGTGCTAGGAACACAGCAGGTTTTAAGATTCATGGGTTTCA	autosomal
CAAGGATCCAGCTCATAAAGGGACTCATTCCAAGCACCTTGTTCCCAGTA	autosomal
ATTGGGGTAGCACCCGCGGCCATCGGCACCGAGACACAGCTCAGGTGACA	autosomal
CTCAATCTCTTAAGATTTTAGTTTTTGTTTTCAACTATTTTGGTTCCAAG	autosomal
CACCGCTGCCAGGGCCGTGCTGGTTTCCTGGTCGGAAATATCCAGCGCAA	autosomal
AGAGCTTCAGCTTGCTGCTTAAAGCAGTCTGATGGAGGTGTGGCTTCCAT	autosomal
CAGAACTGGGACATGGGGACAACCACATGGCACCATGGAAAAAGGAATAA	autosomal
TTCTTTCTGGTGGGAATAACAAGTACTGCCAAAGAGGTACAAGATGGAAA	autosomal
ATGATCTAATGAGAGGACATTGAATTGAGTGTGGAGACACAACAATTGGA	autosomal
CGTGCTTCCAAAGCAGCAGGAAAAGGAGTGAAAGATGCTTGGTGCTGTCA	autosomal
CTTCCGAGATCAGGCGAGACCGGCCGCTCTCAGGGCGGCAGGCCGTAGGC	autosomal
GGACCCCCCAAAATCCCCTCCAAACCCCCCCAAAACCCCTCTCAGCCCCC	autosomal
ACCCTTCTGAAATCAATGTGAGATGAGGGAAATGTGATCACAAGGGATGA	autosomal
ACAGATTTACAGCCCGGGATCAAGCCAGTCAAATAAAGGTTTTATTTTAA	autosomal
TCCACCTGCCAGGTGGAGCACGTCAGCCTGGAGCACCCCCTGAGCCGGAA	autosomal
CCAAGCTCTTCCCTCACTCTCTTCCCTCACTCCAAGCTCTTCCCTCACTC	autosomal
GGGACACCCTGGGGACACACCAGGGACACCCCAGGGACATGAGGGGACAC	autosomal
GAGGGGGCTGGGGGGGACTGGGAGGGGGCTGGGAGGGAACTGGGGGGCAC	autosomal
CCTCCAGAACCATATGTACCCATGAACAGAAGTTATCCCAGTAAACTAGC	autosomal
GATATATTAAGGAAAAAAAACACCTTTTGTCATTACAATAGAGATATGAA	autosomal
TTACCACTGAGACTTTGGGTCCAATTCTGTCATCTCCTGCCTTTCTACAA	autosomal
CAATTCTGGTTTTCCCGTTTCTCTGCAGAAATTTTAAGCAATCTGCAGGC	autosomal
AATGTACCAGACTGGAGACTGCAAGTCCTTTCTGGCCCAGCTCTGGGGCT	autosomal
AACGCTGTCCCCACACCCTGCCCTTTCTGGCCTCCCACCCCACCCTTTTG	autosomal
ACCACCCCTCACGTGAGCACCTGGTCCGGAGCTTTTGGGGGGTGCTCCGG	autosomal
GCGACAGCCCACGGTCCCGTCCTGTCCCATCCCCTGCTGTCACCGGGCCC	autosomal
AAGGCAAAGGAAGAAATACACCTGCTAAGCACGGATCATACAGTGACTCT	autosomal
AGAGACATTTCAAGTATGCAATTAACCTCCTTTTGTGAAAACAATGTATA	autosomal
ATTTACCCATTTAACAGATTTCTTTGATTCTCAAAGATTGCTGCCAGGAA	autosomal
TCTCCCTGCAATTCCATTCCTCTCCACCTTGGGGAGGGCAGAGATGAAGA	autosomal
CTTCATCTTCTTCTTTGGTGCTCTTTTTCCAAAGCTGCCCCACAGATTCA	autosomal
AGTGTTTTCAGTCCACATATAGAAACAGCAGTGAAAAGTATAAAGGAGAT	autosomal
GCCTCCAGAAAGTTTACCTGAATAGTACTAACCTGCAGTCTCTCCCTGCA	autosomal
GGGCTGGCGCTGCTGGGGCTGCTGGTGCTGGCGCTGCGCAAGGTGAGGCA	autosomal
AATTTCTCTCCACTGATCCTCTCTATATGCCATCTGAAGACACTATATAT	autosomal
GGGAATGGGAACGGCAAAGGGAACGGGAACGGGGCGGGACGGGACGGGAA	autosomal
AAGCGGAGTGTGCTGGTGAGGGGGCACAAAGCAGAGCAGTCACCTCAACC	autosomal
CAATACATGGAAGGGGCCAGTCTGAGGTACAAAAACAACCAACAAGCGAG	autosomal
ACCTGGCTGAAGGATTCTTGTGAAGACTCACTCCTAGGCTCTGAGGCTTC	autosomal
ATAATTTGCTCTTGGATCAAAGATTTTTGAGTACAAAAACAAGTTCCAGG	autosomal
CTCCACGATTCCAGCTCTCTGGGCTGCAGGGTGCACAACTGACTTGTGCC	autosomal
ACTGTGTCCCAATTATGCAGTTTGCAGTTTAACCATTATTTGTGTGTAGA	autosomal
GCTGCCAGGCAGGCTGGGGTACTGCTATCTGCCCCTCCAGGCAGTTTTAC	autosomal
AACGCAAAAAAATAACAAAGCCACGCCCCCCTGCCTCATTTGCATACCCC	autosomal
CAGCTGTGTAGTCTTTCAGCAGAGGAGGACAAGTAGCTGCCCTCAGGAAA	autosomal
GTGTTGAATCGGAACAGAGGGATCTCATTCTTCCTGGACAGAAACTGGGA	autosomal
CTGCAGTCTGCCTTTTGCAAAAAGTAAGAAATACACAGAAGTGTGTGAAC	autosomal
AGCCATGCCAACGGGAAGAACGTCCAGCCGCTGCGGATCAACACTGTCCG	autosomal
ATCCTATGTACATATTAAAGGGGAAGGGTATCATAAATGAAATTCATTTA	autosomal
GCCATGTGCCCCTTGATCCAATCCCTAAATCTCATGTAAATTTCAGCAGA	autosomal
AGATCACCTTGGGTGTGGAAGCCACGTCACCCAGAGCCACCCCATCAGCT	autosomal
TCCTCTCAGATTGCTGCAAGGGGAAGGGAGAGACATGGCTAGAAAATACA	autosomal
CTACCCCGGGAACCACCACGACCACTCCAGGGACCACCACCACCATCCCA	autosomal
CGGTCAAGGACCACCGCGGGATCATCCCCAACCGCGGCTTCCTGCGCCAG	autosomal
AGATGAGAAACAGAAAACATCACTTTTATCCAGATTCGAAGCAAACCTCA	autosomal
CCCCAAAATCCCACAGATTCCCAGTAAAACCCCTTCAGAATCCCAAAATA	autosomal
AGTAACCCTGCTGAAACCACTTGAACAACTTGCTTTCTAAGAATTCCAGA	autosomal
AGAAGGTGCCAAAAGTATTCAAATGTTAATCAGAAGAGCTGTCAAAGTGG	autosomal
AAACTGGCCGCAGTGACCACTGCAGTGACCACAGTGACCATCAGAGTGGC	autosomal
GGAGCATCATCCTACTTCACTTCATTCTTTAAAATGCCAGAGCACATCAC	autosomal
GATGCCATCGTGGGTCAGGGTGGCCCTGACCAGCAGGGGATCCACGTCCA	autosomal
GAGGGGCTGGTGTGCCTCTTTTCCTTTTACTTTTTGAGTGGCTGCCTGAA	autosomal
AAAAATTATTTTCTTCCCCAAATATACAAATTTTCTCTTTAGATAGTTTA	autosomal
ATGCTTGAATCCTTTCCTGTACGCTTTCCTGGACGACAGTTTTCGGAAAA	autosomal
CACCTTGCAGTCAGTGATACTCACAGAGTGGCACTCTTTGAAACTGACAC	autosomal
CCAACTCATCACTGTGGTAGTAATTTTGCATACCCAGCTTCAATTTTATC	autosomal
CCGTGTTCCTCCTTGGCGATCCTCTCCGCCTCTTCCATCAGCAACATTCC	autosomal
CAGCTCCTGGAGAGTTCCTGTGGGCACAGCCAGTCTCTCTTCATGCAGAC	autosomal
ACCTTGCTCGACTTTGCAAGTCAGCCAAGTGTTCATACCTCACTTTTTTA	autosomal
AGGGAAATGGCAACCTTTCCTGAAAAACCACAGCAGCCTGTAGCAGTGGA	autosomal
TACGCAGCCAGGGCAGCTCCCACCACTCACAAGGGCTTGATTCCTTCACA	autosomal
TCCAGGTGAGCAGAGTCTCTGTCCCACTCTGTGTCAGCCCTGCAGTGCCA	autosomal
AAAGTCTTTTTTTCCTTGTTTGGGAGTCATGGTGAAGCTTTCCAGTATGG	autosomal
AAACTACAATTTAGCTTCTTGCATAAAATCCCCAAGCATCACAGTAATCA	autosomal
CAGCCACCAGAGCTGGCCTGCTGCTGGACAGGACAGAGATTTGGACATCA	autosomal
GAAAGACTCTTCAACTGAAATGTATAAACTTAATTTATTGCATTTAAGTA	autosomal
CCCCGCGGTGCCAGCGTCCCCGTGGTGCCAGTGTCCCAGTGCCAGCATCC	autosomal
CAAAAAACTGCAAGACTGGAGCAATGGAATTTTGACGTAAAAACCTTAAA	autosomal
CCTGCAAGACTGAATGGTTCAGCAGATGATGTGAAGGGAGTGAATGCCAA	autosomal
CGCCCGTTCGCTTGCTTTACGCTTTGTTGGAGCAAAGTGGAGAGCGTGGC	autosomal
AGAACAGCTGGAACTCTGCACAGAGCCACACACCTCTGCCCATCCTTCCT	autosomal
CTCTTCCCTCAATTGTACAATTATATACAAATCTGCTGAACTTCCTCAAG	autosomal
AGTGTGTAGTCACAGAGAGATTAAATTGTTAAGTGGCCAGTTTAATAAAC	autosomal
ATAGTTGACATGAAATGTGTTTCTGTTTTTTATTGCTTGGATAATTGGAA	autosomal
CCGCTCGTGCTCCTTGCGCAGCTCGAGTAGGAGTGGGAGAAGGTGTGGAA	autosomal
GCGGGCACCGCTACTTCCAGGACCTGCACTCGCCCCTGCGCCCGCCCAGC	autosomal
GAGGGAGAGGAGGATCAGGCAGAAGATGAGGGTGACCAGGACAATTAAAA	autosomal
CACCTGGGGGACACCTGGGGGACCCCAATACACGTGTCACCGCGTGTCAC	autosomal
CGGACGGGCAAACGCTCGTCGCGGCTCTTCTGCGACGTGAGCTTCAACGA	autosomal
ACCCAAGGGCTTAAAGCTGGAATTTCCCCATGTGCCAGCTACAGAAACAG	autosomal
GTGGGATGTACAAACATTAAATACCACAAACTACCTGTGCTGGATTTACA	autosomal
TTCAAGAAAAAAGTAAAAATTTTCACTAGTAGGAAAAACCAAGAAAGAAA	autosomal
GCTGATTTTGGGGGGTCCTGTGTCCCCCCAGCCCTGCTGTCACTCTGCCC	autosomal
AAAACAACCACAACAGACTCGACTGTCTCAGTGCTCCCTCGCTAAGCGCT	autosomal
AGAAATGTTGGTTTTGGGCTTTCAAATACCCTGGTTTCTACCATCTGGAG	autosomal
ACATAACAAAAATTCAATTTAGTTTTGATACATATTAAAATTTTAGTCAG	autosomal
AGAGAAGGCAATACCTAAACACAATCTGAGATCAGGGATCCACCTTGCAC	autosomal
AAGAGAGCGTGAGGGAAGCCTGCAGTGGGAAGGATAATGCAAAATATTTA	autosomal
AGTTAAGTGTATTTACAGCATGAATAAGTTACATAGTTGTCAGAATAAAA	autosomal
CTCGCTTCGCAACAACTTCCAACCCCTGCAGCCCCCGAGGATCGGCTTCC	autosomal
ACCAGTCAGGAATGCGGCCAGTCTGGCTGTAATATTCCTTGGACACAGAG	autosomal
GTTTTCCATAATCAAAGGACTAAAATATGTTTTTATATGTTACTTTCTGA	autosomal
GGGACCACCAGCATCACCCCCAGTTCTGCCAGTTCTGCAGCAGGGACCCA	autosomal
CAAGCGCTGGAACAGCGACCCGGAATTCATGGAGAGCAGACGGGCTGCGG	autosomal
GTAAATGTTTTTTTTTAAAAGGCCAATGTATATATTTTAAATGTGATTTA	autosomal
AAAGACTTCTGAATTTCTATATCTGCATTTTGAAAAGAAAGAAGAAAAAT	autosomal
CTCTCATATTCTCAAGGTCATTCCTAACCTTAACAGAATCATTCTGAAGA	autosomal
ACGTTCATAGAGATCAAACAGGTTACTTTTACTGCATCAAATATCTTTTC	autosomal
AAGCTAAACTACCACTGTAGGTTTCAGTTTAGTTTGTAGTAGAATCTCCA	autosomal
AGGATCTGCCACTAAAGACAAAGTATAAACATAATCCATTGACATTCCAC	autosomal
AAAAAATTGGGGTTCATTGGGGAAAATTTGGGGTTCATTGGGGGTTTATT	autosomal
CAGCATGAAGGTGATCCGGTCCTGCGCCAGCCGCACGTCCCTGCAGTACC	autosomal
ACCTGCAGCGCTGTCTGGCCCAGGCGGCACCGGGCGCCCTGGCTCAGGAC	autosomal
TTTTTTTTGCAAATAAGAGTAATTGGTGCCAGAGGTTGGACAAAAAAAAA	autosomal
AAAAAGCCTCTCTGGGTTTTTTTTTTTGTTGTTGTTGTTTGTTTGGGGTT	autosomal
ATGTGTCCCAGCACAGAGCAATCCTGACCCAAACCAGTCCTTTAGCCCCA	autosomal
AAATGAAATCATAGGAAAACAACATGCCATAATAGAAAACTTTATTATTA	autosomal
CATCCCAGTATATCCCAGTTCATCCCAGTCCATCCCAGTCCATCCCAGTC	autosomal
ATGTTCTGGAAAGACTCTAGAGAAGAAGGCTTCCTTCCCAGCCTGTGGTG	autosomal
ATAAAGCCATAGTGATTATCATCCTGTGCCTTAATTTGATTTGCTATTTA	autosomal
AATTTTACCCTGGCCAAGGACTGCAACAGAATCTGCATTTTGAATAGTAG	autosomal
GCCTTGCCAGAACAGCTGCTTTTAGCAAAACACAGAACTCAGGTGTGACC	autosomal
AACTGTTGTTCTGTATCACCACCAAATGGTTCAAAATAAGCCACCCACTG	autosomal
GCAATAATCCGAGAAATCCTCGTCCACGTAATTGGCGGGAAACCAACCGA	autosomal
AAACACAGATATATCAAATTAACAGCTCATGTGAAAAAACATTCAGCAGA	autosomal
AACCATCCCAGTCATAGTAGAAAACTGACATGTACAAAAAATAGTAGCCA	autosomal
CTCCTGCGTGACGCGGCCCACGGAGGCCACGCGTGCCGCCAGCGCCGCCA	autosomal
ATACTTTGAAAAAAACTTCTGAACTGAGCAACATTCTTCAACACAAGCAT	autosomal
AAGATCTCCTTCAACAGTCCAGCAATTTTCAGCATCTGGCTTAACTCTCA	autosomal
ATTACAAACCACATTCTAAGAAATGGAGGCTTGGACTTGCTGCCAAAATG	autosomal
CAGTTCCACAGCAGGCAAGATTGTGACATCAGTGTGTGTGATTCAGACAA	autosomal
GCAGCTGCCACAGCCGAGCAGAGCGGTGCCACCTCGCAGAGTTCCACCCC	autosomal
ATTAGAGCCTTAATTGCTTAATTTGCCTTTATTAAAAAAAAAAGAAAAAA	autosomal
TGTTCACTTATTTAGAATAAAAACTCATTAAATAACATTTTGTAGTTTAA	autosomal
ACTGTGTTTCAAAATACCTCTGCACAGAGCACCAAATTTTTTTTGTATGG	autosomal
AGAATGATTAACTTGCTAAATGGCAAGTTTTCAGCTACCTACTCATCTGC	autosomal
AAATTAGTGTAAACAGTAAATTTTTTCCTTTCTTGTACAGTTGTACAGTC	autosomal
AGAATTACAGAACGATTATCTGCCAAAGGCTGAACATATGAACACAACTA	autosomal
CCGACAGCATGACCTCCATGAGCACCCCGTCCGAGCCCGGCATCTGCCGC	autosomal
ACGCCGTCCCCAGGGCCCCCCTGATGTGACACTGCCGCCGCTCCAGCACC	autosomal
TAATAAAGTTTTACTTCTCTTTCAAATTGCATGTATTTGACAAAATCTGA	autosomal
AGGACCGCTATGGAAAACATGTTCACATAGAAGAGCTGGAAGACACCCCA	autosomal
AAACTCCAAGCACACTAGGGAGAACAGCAGAGGTGAGTGCAGTATAACCA	autosomal
AGATACACTGTGGAAAATTCTACCACATATATTAAACTTCATCCTGTCAC	autosomal
TAAACTCTTTTAAAATATTTTTCTCTTGGTTGAAAGCAGATTGCTGGGTA	autosomal
GCTTCCACGGCTGCTGCTGCCCGACGCCGCTCCGGAGATGAGCCAGCTGA	autosomal
CATTTATACTGTATGTTTTCAAATAAAAAGGCATTAAGAAATATAATAAA	autosomal
ACTGCTACTTGGACATCGGTGTTACTAAGAATACATTTTAGAGGGGAAGC	autosomal
AATCCCCCACCTGAGGGGTTTCATAAAAGCTCACACACAATGTGGTGTAT	autosomal
GGCACAGGTGAGTGGAGTCTCATGCTGGAAAACTCATTCCATGGCTCAAA	autosomal
CCTTGGGGGAGTTTTGAGGGGATTCTTGGGGGGTTGAGGAGGGTCCTTGA	autosomal
CGCTGCCTTCCGCACCATCAGTGTGTGAGGGCTGAATTTGGGGTGAAATC	autosomal
AATTGACAGAGGTTGCTCTTTATAATTAATTATGATTTATCTCTACATAC	autosomal
CACTTTCCCCATACTGCAGTATTCCACAAAGACCAGTCTTAGTGCAGATA	autosomal
ACCCCCCCTGCCCGGGGGGCGTTTGCATAGCGAGAACGGGGGGGGGGGGA	autosomal
ACAGAGCATTGGATTCTCCTTTTGTTCAAGGATTTGTGCATATGTGTTCA	autosomal
AAGTAATGGACTGGCATGAGGTTGAGCATGACTGTGGGACCTCACTGTGG	autosomal
AGCTGGGCTGTGGCACGGGTCATTCCCATCTGGCAGAGGGGTGTGCTGAT	autosomal
AAAGGCTCGAGCCTGGCCTGAGCTGGGGCAGACAGAAGGAGAGCCAGCCT	autosomal
AATTGGAATGTGTCCTTTTTTCTTTTAGAAAAATTTTGCGAGCAAGCAAA	autosomal
GCCCAGAGGGGCGAAGGGGACCCCGGGGCTGCGGGAAAAGGCGTCAGTGA	autosomal
GTAATGTCTCCATACACCAACGAGGTTCATGTACAGGGCACTACCATAGA	autosomal
AACTGAGGATGTTGGGCAGGTCTATCAATCAGTCAATGTCTTGTTGCAAA	autosomal
CATGTACATAGATCCCTGGAAACTGCATGGATCACAGCAGAGACAGGTTC	autosomal
GCTACAAGTTGGCATATTTGCAGGAGCATTGAATTCTGGCATGCAGTCAC	autosomal
AAAAATAAATGTTTATTAGGTAAGCTAAGAGTTCCAAAGGTTCATCTCCA	autosomal
GACAACGCCTTTGACCGAAAGGAAGGGGGCAAAGACAGGGACGAGGGTGA	autosomal
GAAATCACTAAGTCTGAAAGTTTTATTTGCTATCAAATACATCCCAGCCA	autosomal
AACACTCTTTTGGAGTGAGGAGGAAAATTGTCCAGTACATCCCGTATGTT	autosomal
GGCGGTGTTCTGGGGGAAGGAGCTGAGGATGGGCCCGGGCAGGGTGACCA	autosomal
ATGTATGATACCTGCCACACAATAATGTGGCTCCGTTCAGCCTTGGAAAG	autosomal
AGACATCGCACCTGCAGCTCCAGCCGCTCTACACGTGAGTCTCGGGGTGC	autosomal
GTACAAAAAATAAAAATAACAACAAATAAAACAACAACAACAACAACAAA	autosomal
AATTAGGATACTGTTCATGTGGCCTCTGCCACTGGTGTTCGTCCTGCCGC	autosomal
AGCCACCCAAGCACAGCGGGCTCCAGGGATGCCGGCTCCGTGTTTTGGGA	autosomal
CGGAACAGTTGAGTACTTGACATTTTCTTGCCTTCAAAGTGACTCCCAAA	autosomal
CCTGGAGCTCTGCTGTGGGAGGCAGGGAGGGCTGAAGGACATCCTACCTA	autosomal
GATGCCAGTTGCAGCCATATGAGAGAAAATGAGAGAATTTGGCCATTACA	autosomal
CTTTCAGACTGTCTGTTACCGAGTATCTTAAAAAAATCACTGACTACAGA	autosomal
ATCCCAAGCACGCTCTGCCAGGCCCCAGCACCACTTGGAGCTGGTGCCAC	autosomal
CGTGAGAGCTGACCAGACATATCACTTGATTGAACAAAAGTCAGTACCTC	autosomal
AATTCCAAAACCTTTACTCAAACATGCACATACCTCACTGAAACCAGTGG	autosomal
ATGTCTGAATTCAGCTAAACCCAGATTTTGTCTCTTCCAAATACTAAGTG	autosomal
GAGAAGGCTGTATATATATGTGTGTGTGTTTATTGAAAGGTCTTACTAAA	autosomal
AGATGTGGTCTGGGAGAGCCAGGCCTGGTTCAGTGGATTCACAAACACAG	autosomal
AGGCCCCGTGCGAGGAGGTGCACGTGAAGCACGAGGGGAACCGCGTGTAC	autosomal
AATGGACCTGAATGGTTCCGACAGGGCCCGAGCGGGTCCGAACGGGTTTG	autosomal
GAGGTATGTGAGGGTGATGTCCAAAGGCACTGCCCCAAGGAATGTGTCCA	autosomal
GACTGTGTGTAGTTTATAATGATCAGAGGTTTGATTAAATCTCGAGCACA	autosomal
ATAGAAACCTTTCCTTCCTCCATAGAAACCTTTCCTTCCTCCATGGAAAC	autosomal
CCAGCAGCGGAGCGCTCTCCTGGTTTCCCCGTGGAGCAGCGCGTGGCGGG	autosomal
AGGGACGGGCCGGGGGAGAGGCCAGCCGGAGCAGAAGGAAGGAAGGAAGG	autosomal
GGAAAGACAATTAAGAAACAAGTAATCTTGATTTCCACATTCAACTGAAA	autosomal
CAAATTTTTGGGGTTAGAGCGTCGCGTATTTTTGAGGGTGATGGCCCCTG	autosomal
CTAAAGTAGAGAGACTATCAGGTCATTATAACAACACAATTGATGAAAAA	autosomal
CCTCCAATTAAACATTTCACTGCATTGCTAGCTCTGTTTCAAATGGGCAC	autosomal
AGGCCGTCTCCTCCATGCCCTGCGGAGCCGATCATGCAGGTTGTCAAAGA	autosomal
CTGTGTTTATGTAAAGTACTATACTTTGAAGTCTGTTGTTTCCTGTTTGC	autosomal
GACACGTATAATGCATATCTGGTGATATTTGAATTTGTCATTTCCTCTCC	autosomal
GAAACACATTACAACAAATCCTAGCAAAAAGCCATTGACAGCTACGGGCC	autosomal
AGTGACAGCTGGAGCTGTAACCCAGACCAAGAAATGCAAAACAGAAACCA	autosomal
AAACTTAGCAGTCTTCAAAATTTGGATGGAAAACACTATCAGATTCTGTT	autosomal
ATCCCAGTAAGCGGCCGTACTCGGCCAGGGCTGAGGATTTCTTCACCCCG	autosomal
ATTTATTTTTATTTCTATTTTATACTTTTATATATCTTTGTATACATTGA	autosomal
ATAAAAAATTGAAGGTGAAGACAAAGCAAGTAAAATTACTAGCATCAAAC	autosomal
AAGAAAGTGTACGGTAGATGCAAAATAAAATAAAATTTAAAAAAAAAATC	autosomal
ATTCCCACTTGGCTTTTTCCCCTTTTTTGCCGTTTTCACCCCAAAATTCC	autosomal
TCCAAGGATTCTCCAAATCCTAGCCAAGCATTTAGGTATATACACACACA	autosomal
CTGTTGGAAAGTGGTTTTTTCTTCATTTATTTTGAATAAGTGTGAAAACA	autosomal
TCCCTTTAGGCTGCTCCTACCCCCAACTTACCCTAGGATGTTTATATTAA	autosomal
GACCAGTTTGATACTGGTCTTATTTATATCATCTTCCTACAGCTGGGGGC	autosomal
GAAGGCAATGGTGCAGAGCCACAGGTAGCTTTTAATCCTGTATAGTGAAA	autosomal
AAAAAAGAAAAAATAATAATCAGAATTTCCCCGAGTGCTCCAAGCTGAGG	autosomal
ACTTGATCAAATAGCTTCTTCTTTTTTCACTTTTTCTTTCTTGTTTTTAT	autosomal
GGGCCAGTGGTGGTAGGGACTGAGAGACACCCTGTGGTGATGGGAAGGAA	autosomal
GCTGTGTTTTAGCTTGTCCAGCTTAACTGGAATCCTGATGGTAAAGTCAC	autosomal
ATCCATAGTGTGATGGATGTGGGCATTACTTTTAGTAATACAATTATAAC	autosomal
AGAAATGTGAATATGTGTTTGCCCTATTCTTTTGTACTCTTTTAGGTAAA	autosomal
AAATTTCCCAGCCAGCTGCATGAGACAGCCTCAAGTTACACCAGGGCAGG	autosomal
AAAATGATGATACTGCCTCTATATTGCCTAGGTTACAGTGAAGACCTCAG	autosomal
AACATATACATTTTGGCCATTGAGCACTCTTTGGGCTATGCTGGAGTGTC	autosomal
ATTTCTACAATACATTTACATAGACGTGTTTATGTTTGCATTTTAGTCCA	autosomal
ACTTCTCAAGGAGATTGACAGCTAAGGTTTTCCTCTTTCTAGGACACCCT	autosomal
CCAATATGTTGGGGATGAGGAAGTACCTGAGCCCCTACGACCTGCAGCAC	autosomal
AAATATTTTATGAATTTCCACTATGTGTGTCCAGATAAGCCTATTAATAT	autosomal
GCCCAGAGCCTTAAACAAATAAAAACCCCACAACAAAAAGTTAAAAACAA	autosomal
ACAGCAAGGCTGCAGCTGACAGCAACTCTTGCCTCCAGTGACAAGGCCTC	autosomal
AACGGGGAGGGCCCCGCGGGGCGAAGCGGCACTTCTGGAACACGTCCCGA	autosomal
AGGAACACCAACAGCCCCAGCCCGAGGCACAGCCGGTAACGCCGCGGGAC	autosomal
GCATGCCTTTAGTGAAGCAGAAGGCTCTGGAGAGACCTACTGGATGGAAA	autosomal
AGCTCTCGGCCTTCCCCTGCAGCCCCAAAATGTGAAGCCTCAGCGCTCAT	autosomal
CCGGTGCCGTTCGGATCCGGCCTGGCCCCCGAAGGAGCCCCGCCGCTGGC	autosomal
TTCTTATGAGAAAAAAACCATCCATCTCCACCAGGCACCCATGGCCAAAA	autosomal
ACCAGCGCACCCACATCGGGGAGAAGCCCTATCAGAGTCCACAATGTGAG	autosomal
ATACCCTCCTCCCCATCCCGCAGTCTCTGCTGTTCCCGGGACCAGGCTTG	autosomal
CATTTATAAGAAAGATTCTGTAATCTGGAAATGTCTTGAACAGGATATCA	autosomal
GCCCCCTCCCCCGTGCCCCCTCCGCTTTGGCAGGGGATGCCACCCGGCCA	autosomal
CATGTAAGTGTGAGTTGCATTGTACAAATATTGAAAGCTAGAAGCCCTTA	autosomal
AGAACCTGTTGCGTTTCCAGTTCCCCTGCCGTCGGAGGGCGGTGCGGGCA	autosomal
TTATTTTCAAACTTTCATTGAGGATGATCAGAGCTTTACAAAAAAAAAAA	autosomal
ATGGGTTTTTAAGGTTTTTTTCTTAAATTAGGAATTGTACAAACGAAACC	autosomal
ACCAGAAGTCGAAAGACTGGTGTTGGTCCAAGTTCCTTCCTTGGATGTCT	autosomal
GATCTTGATCTGCTGAGCAATCCTGGGTATTTATTTACCCAAGTGCCAAA	autosomal
TCTTTCTTTCCATACCCATAAAACACAGGTACAACAAACACAGCACCGAA	autosomal
CCGCGGCCCCGCCCCCTTTGTACGGCCCCGCCCCCCAATTTCAATAAAGC	autosomal
AGAGATGCTCTTAAAGATTTAGTTTGCTTTTTGATTATTAAATTTGCCCA	autosomal
GTTTTATAGCATGCTATGTGCTTCAGAGAAGACATTTCTGTCTTATAAGA	autosomal
CCTCCCACCCCATGGCTGTTCACCAGAGCTGCCTTCCCCAGTGTGCTTCC	autosomal
GAATTCTGAATTCCAGGATAAAAATTTCCTCATTAGGAAGGAAAACCCAA	autosomal
AGCTGCAGCTGTAGTTTTATTTCCTTTTGTGAAAAATAACAGGATTTTGA	autosomal
AGTGCAGATGTTTCACAAGGACCCTCAGACCCCTTCTGGGTTCTCAGAAT	autosomal
AACTCCAGGGCAAGGGGTGGGGAAACAGCAGCCCTATCCCTGCCTGCAAC	autosomal
AGTGGTCAGCAGAGGAAAGAGGAACGTCTCTGTCATTTTAGGTAGAAAAA	autosomal
TCCTTGTTTTATATTAAATTTTTTTATTTTATTTTTCCCTGTCTTGCAAA	autosomal
AGAACCGGGATGGAGCGGGGACAGCACCGGGAGAGAGCGGGGACAGCACC	autosomal
ACAGCATTGAAAGAAAACAGGAAATATTGTGTTTGGAATATCCCAGGGCA	autosomal
GGAGGAAAAGGACAAGGCACACCCAATTTCCTCCATCTTGTCCCCTCTGA	autosomal
AGGGAGAAGCTTGAAGCTGCCAAAAAGAAGACTAGTTTTGAAATTGCTGA	autosomal
AAGTCAGTTCCTGCTGCCCGATATCTTTTAGATCGCCCATGTTGTGAGGC	autosomal
ATAAAACAAATCTATAAATACTTACTGCAAATAACCTGCTTGGGTAGAGC	autosomal
AAACATTTCCTTGACTAGACATCATTTATCTTGTAAAGACACAGACTTGA	autosomal
ATCCCATGGAAAGGCTCCCTGAATGCCATGGAAGGACGCCCTGAATGCCA	autosomal
CACTTTGCTTACAGGAAGAGCAAGCAATCACAAGAGACATTCATCATCAA	autosomal
AAAAAGAAGGAAAAGAAACAAACAAAAAACAAACAATACAAATTGTTATG	autosomal
AAGGAGAAATACGACAGCGCCGCCGCCATGAAGCTCAACAGCCGGGGGAA	autosomal
ATCCAGGTCAAGGTTTCTGCCCTCCCAAAGCCCGGCAGAGGCTCCTGTGC	autosomal
AACACGGAGCCCTTCAGTGCCTCAGAATATGCATTACATCTACATCCAGA	autosomal
TAGGCTTATTTACTATGCAGTTTGAAAATTACTTTGAGTTAATAACATGA	autosomal
AAGGTTGGACTCAATGATCTTAGAGGTCTTTTACAATCTGAATTATTCTG	autosomal
ACACAGACCATCAACACAGTGTCCTACCATGCAGAGCCCACCTCTGACCA	autosomal
AGGGTAACTCACAGCAGCCTCACTGTCTTTCCAGTCACAGTCAGGAAGTC	autosomal
AATTCCCAGACTTTGAAGAAAAATCATTACTGATTATACCATTGTGCAAA	autosomal
GAACTTAAACCCTTCTTACAAAGGCTACATTGTTTTCAGGTCCTAGCACC	autosomal
ATTTAAGGTATTGTAAATAGAGTCTTGAGCCTTTCAACATGATACTGACA	autosomal
CTGGCCCAGCTCCACTCGCCAGGTGCCACTGGTTTGTGCTGCACCATAAG	autosomal
CAGAGGAGCTGAATGCCACCAGCCCCTCAGGATGCTTCCACCCCCACAGA	autosomal
CTGATGGGATAGAAAATATGAACAGGATTGGGTGGCTGCAAGCACATTAA	autosomal
CCAGCAGCAGTGAGAATTGCAGTTTTACAGCCATCAACAGCTTGGCATGG	autosomal
GATAAAATGGATTATAACACTGTCTTTAGGTTATTTCCTCCCTGAGTGAA	autosomal
AGCAAACTTTTTAAGCACAATTCCAGCGATGTGAACAGGAAGAAAACAAG	autosomal
CTTATTGCTCTGAGTGGCCCAGCATTCACTGGAAGCCAGATGTTAGCAAC	autosomal
CCCTGTGCCACAGCCCTGCTTGATTCTCACCTGCTGGAGCACCTCTTGCA	autosomal
GCTTGGGCATGTTCCACCCTCTGGGAAGATGTGATGAGTGGGAAGGGAGA	autosomal
GCCAGGTCACACCGACACCTCTCCCAGGCACGGCCACCCCGCAGAGGGGA	autosomal
AACACTGACGTCACTTAACATCACACTTGACATCCTTATTTGTCAAGACA	autosomal
AATCACCAGGAAGAAGATCAAGACGACGAAATAGATGAAGGTGGCGAAGG	autosomal
TAGTTTCTAGATGAAGGCACCTGAAAAGGGTGTGCTATGATGAAGTTTCA	autosomal
GCATGGGTGCACGTCAGAAATCACCAGGAAAGCCCAGCAAACTCCCCCCC	autosomal
GAGGAGGTACCTATGGTAAATGGGGAGAGAAGTGCCCAGGTAATACTCAA	autosomal
AAAAAGAAAAAGACCCCTATTTTTGTTTATTAAGGCAGTACCTGGGGCTT	autosomal
ACTGCCACTGCCAGGGGACACAGCAGCAGCCACCTCCTGCCTCTCTGCAT	autosomal
ACAGAACTACTAAATATCCTAAACACAATGCTATGCTATATGCCACATCT	autosomal
AAGATGGAAGGAGACAGAGAGAATCAGTGAGGTATGAGAGGGAGAGAGAG	autosomal
AGGCAACCTTGCTGCTGGACTGTAGGGTACTGGGCAAGTGAGGACAAGAT	autosomal
AACTGCAATGTCTACCTGAACCCAACAGAAAGAAGGCAATCTCCATTATA	autosomal
ATCTGCCTTCAGCTGGACCACTGGGGAAGTCCAGGCCACAGGTGGAGGGC	autosomal
AATTGGGGAAGTCTTGAACTTGGAGCGGGGAAGACACAGGAAAGCGAAAG	autosomal
AACAAATTCCTTGCTTTTCAAAGGCAGAATAGAAACCTGGTGTTTTGGTG	autosomal
CACCTGGGGGAGGTGGTGCAGGTGAGTGGGGCACACCCTGGGCACACCTG	autosomal
GATTCCTCCACTGACTGACTCGAAAGTTAAATAAATACGTAAATAAATAA	autosomal
CACAGCCCCAATTTAGACGATTTTGGACAATCTGGAGAGAAGTCATAATA	autosomal
AATCTAGTGTTTGCAGCTTACAAGCATAGCACACCTTTGTTTGCTGTGGA	autosomal
CATTTTTTGAGCGGCTGTAATGGCCATCTCACCAAATTGCTCTTCTATAC	autosomal
CTCCATGCCAAGGCCTGTGATGCAGCTGCAGTGGTGCTGACGTGTGCCAG	autosomal
CAGCAGTTCCCTTCTCACCCAAAGGACCTAGTCCGTCCATGACCTTCCCC	autosomal
AATAATGTACACAGCTGTGTAATTAATGTAGGTTTAGAAACAGAGCTCTA	autosomal
GTTGAGCAGGCAGCTGATGGAAGCCATGTAGATATCAGAGAACCGCACCA	autosomal
CTCCGAATTAAAATTCTATATTTTTTTTTTGTTAAAATGAAAACAAAAAA	autosomal
CCGCAGAGCCGCCCTGCCAGCCCCAGCCCCATGGCACCCCACGGCACCAC	autosomal
CCCCTTTGTTCCAGACTTGAAAAGAATAAAAACTTTCTTGCTTGAATCTC	autosomal
CCAGGTTAATTCTGTTCATGCAATTGCAAATTCTGTATCGTTGTCCATTA	autosomal
AGAGGCCGCCAAGGCACCAGGTACATGCAGAGGATGAGTCCCTGGACCTG	autosomal
GATGGTTCAGGAAATACTAAATAGACTGCACATCATCCATAATAATAACA	autosomal
AAATTAAAGTGTTATATAAGTGTTATTATAACATCATCAAGTATTTGCTG	autosomal
CAGTCACTTGGTGTTGGCTGACATTGGGAGTTAAGTCTTGTGATTCCTAG	autosomal
ACCTTCCCTTCCCAGTCCAGAAAAGCCCCAGTCTCCTTCTCAGAGATGGA	autosomal
CCAAGCTGGTTCTGCCAAAGGGATCCAGCCACTGCGTGGTTATAGATGGG	autosomal
TACCTATATCTGAGGTTTCATTGGATGTGGAGCTTTAGCTGTTCAGCCCA	autosomal
GTCCTGGATGGACAAGCTATCCTGGTATTTTGATGAAGGCCCAGTTTGGA	autosomal
AGAAACAGCACTTACACCTAACTTAAGCTTAGCTTAAAACTGAACCTTAA	autosomal
ATTACAGTAGGTCCATTTCCAAGCTACCTGCACTATGAGCACTTTGATAC	autosomal
CAAAAAAAACATCAGCGGCGGGAAAACCTTGGAGAGGAAGAAGACTTTCC	autosomal
ACTGAAGGGCCTTACCCCATAGTCCTTCTTTCCTACAATTTAGTGGTAAA	autosomal
GTTTAATTTTATTTCAGTCTTGAGAATTTTGGTCATCAAAGCGTGCTTCA	autosomal
CCCATCAGCTGCACTCTGTGAATTTGCTCAGGGGCTGCATTAATGGGTAC	autosomal
ATTGGCTATTAACATCATTCCCTCGTTAACATACATCCTGCAAGAGGAAG	autosomal
CAGCTCCTCGTGTCCCAGCATTATCTCCAGGAGTTCAGGGAAAGCCTGGA	autosomal
CCCAGAAAGAGGCACAGATAAGCAGAAGCTTGAGCACCAAAGGCTTCCAG	autosomal
TCAGTCCTTTAACAGTATTAATGTCACAAGTTCTCTGGAGTAGGGATTAA	autosomal
AGCAAACACACTTCGGTAAGAATGAAAAAATGACAGTGGGAAAAGCAGAG	autosomal
CCCCTGGCCACGGCGCTCCCCACGCTCCAGGACTTGCCATTCCCTAGGTA	autosomal
CTTGAACATGAGTTAATTACTGGCTGGTAAACGCAGCATCCTGCCATAAC	autosomal
GATAAGGCAGCGTACAGAGAAAATGAGGCTTGCATTGTGAAGTTCCTCCA	autosomal
AGCTGAGCAGGGAAAGGGGTGCACAGGTTTACCCACTATGACGTCTGTTG	autosomal
GTTGGGACCCCCTGACAACTACTCGGGAGCCAAGCCACGCTGAGGAAAAC	autosomal
AATTGTTGCAAATGGTGAATTTTTAACCATAAGATCCTGGTGGTAAGAGC	autosomal
ACTCATGGCATATGTTGGATGATGCCCATCATTTGACAAATATGCAGGAC	autosomal
GCAGAAATTCACCCCCGAGATCAAAGACGGGCAGCGGCAGTTCTGCGCCA	autosomal
GATGGATACACAGAAGTGCATTGAATTTTTCCTGCTTGTATTTCTGTGTA	autosomal
GCCAGGCGGGACGTGGGGAGCGCGGGGGCCGAGAGGAGCGCGGGGGCCGC	autosomal
TGGACCTGGGGGGGCACAGGGTGACACGGGGTGACTCAGGGTGACGACAA	autosomal
TACCCAAAATCCCGGAATTTCCACCCAAAATCCCGGAATTTACACCCAAA	autosomal
AATATATACAGCAGATTATAAAACAATCCCTTTAAACACAACTTTCACAG	autosomal
AGCTGCTGGTCCTGCCCAATGCCTTCATGATCCACATGCCCCATGCCCCC	autosomal
GCCTCACGTGCGCACGGACGGCCAAGGACCCGCAGCGCTGCCCTCCCCCC	autosomal
GACAGCAATTGGGACAGGAGGCTCCTGCATTAGAGCGCTTCAGGCATACA	autosomal
CCCACAGTCAACCCTAATACCTTTAAACACACCTTCTGGCTCCTTGGAGG	autosomal
GAAGGTAGAAAGACTTTCCCTTCATTGCTAAGCTCTTGTTTGCCCAGTCA	autosomal
ACTGGAAACAAACCGTGTTCTACATGGAGGGAAAAACAGCCGAAAAATGG	autosomal
AATGGGAAGGAAACACCCATCCATCTTGGAAAAGCTCTAAATACCACCCA	autosomal
TTCCCCAAAACCTGTGTTCTGAGCTGCACCAGCTGCCAGCACCACAGAAA	autosomal
GCTGGTGGGGGCTGCCTGGGGCAGTGGAGACCACCCTCTCCTGTGCCCCC	autosomal
AAATTCAAATTTTTCTGTTTCTAACAAGTGCAAAGGAAAATGACACAAGC	autosomal
AGCCAGGTCAAATGGGTCTTCCAGAGTTGGGGTCTTTTTGTGTTTTGGAT	autosomal
ACAGAAAAGGAACAGTGTTTTAAACTCCATATGCCTTTGGCTATGCAGAA	autosomal
CACATTCACCATGCCTGGAAACTCATCTGTTTGGGTTTTTTGGGCTGTCA	autosomal
CTCACATAATAGAAACCTGGTTTCAGAGGCCTGACTTAAATGCTGCTTGA	autosomal
CAAGACAGATACATTACATTTCTTCATTATCACTCAGAACAATTTACAGC	autosomal
ATCAGGGTCCTCAGGAAATCAGCAGGAATTTCTCCATGGAAAGGGAGGAA	autosomal
ATCAGTAAACAGGCCCTGCAGCGTAGCTGGTGGTTTGAAGTTCTGCTCAG	autosomal
CCAACCTGTGCAATCTCATCTCACCCCTTCAAATCCTTTCCAGGCTCATC	autosomal
CTGAATTCCATGGGTTGTAATTGAATCTGCTGTCAGACCCATGGGGCTCA	autosomal
AAGTTTCTTTTATCACCATCTTCCAGAAGAGATCTATAAATAAATGTTTA	autosomal
GTTTGGGGGGGAAGCAGCAGTTTTTGGGGGTGCAAAGGGAGTTGGGGGAA	autosomal
CACAGGATTCAGCAGATTCTTGACACGAGCACAGTCTTTGCGTTTTTTGC	autosomal
TATTTTTGTTAAAAAAAGGGGGAAAAAAGACCAAAAATATATGCATTAGA	autosomal
CACATAAATTATCAAGCTTTTGCCATTATGTTTAGATCTACACAGATGTC	autosomal
CCGGGGGTCCCCGAGTCCCCGGGGCCGCCCCCGAAGGGCCCCGAGCCCCC	autosomal
AGGGTCTCTCTTTCCGTCACATCCCGAGATCTTCCGTTCGCCTGTCCCTA	autosomal
AAAAGGCATCAGAAATGCAACACTGAACAGTCTGTGGCTGCATTATCCCT	autosomal
ATTATGTGTCATTTCCTGCACTGAGCCCTTTGGAACTGGATCTCCTGACA	autosomal
CCTTCCAGCCCCTTGGAGCACACTCCCAGCCCACAGCCACCCTCAGCTGC	autosomal
CAAACAGTGTTCAAATTTGGGTCAAATCGTACTGCTTTTCCTTCCACTGA	autosomal
ATGGTTTTTGTGTGTGAGATTTTGGGATGCAACATTAATGCTTCATCGTC	autosomal
CAAGTCTGCTGCCTTTAGGAAAACAAGCATGTGAACTCTCCTGTATGTAA	autosomal
CCTGTTCCTCTTAAAAAAGAACAACTGCTTTTAAGCTCTAATAAAGCCCC	autosomal
CGTGGGGAGTTTTTATCTTTCTCCTCCTGCTGCTGCAAAGAGATAAGCCA	autosomal
AAATCCTCTCTCTCCCCTCATCAACCCCATTTTCCCCTCACAGCCCCATC	autosomal
CAGGAGGCCACCTGCTTTCTCTCAAGGCTGGCAAGCCCTGACAGCAGAGG	autosomal
AATCATACTACTTATTCTTAAAGTGCTACTTATAAAAAGCTGAGAACATT	autosomal
TGGAAGCAAATAAGATAATACTGTTAAATGGTCATAAACATCGCTTTTAA	autosomal
AATCGGATTAGAGCGACCGTGGGGGCCGGGGGAAGGGGGCTGGCTGGGGG	autosomal
CACCCACCCTCCATAGGTGCAAACAGCAGCAGCTGCAGCATCCACGTTGG	autosomal
TCATGCACCAGTGTCAACTTGCTGCATGCTCTGAAACAGCACAGCTGCCA	autosomal
GGGATGGGGGATGCTGAGTGCTGGAAATGGGTGTTGGACAGAAGAATGGA	autosomal
CAGGGGTAATATTTTACCCACCATTATGAAGCCCACAGTTTTGGGCTGAA	autosomal
GCTGGTTTGGAATCCCTGCAGAAACTGCTGCTGTACTGGACAGATGGTCC	autosomal
ACACCATATCTACACACATATACATATCTACACATGCAGATATATACACA	autosomal
CAGTTTTGTTCCAGTTGAATCCAAAACACCCTGGTCAGGCTTCAAATCCA	autosomal
CTCTCAGTGAGAGAAAACACAGTGAGAAAAATCTGTGGACCTTGGAGTGC	autosomal
GCACACAAGAGGCTGGTGCCAGCACAATTTGTTTTGTGGGGGACAACCAA	autosomal
ACTTGTAAGCAGCTACTCATACTGGTGTTATCTAAGGATTTTCTCTGGTA	autosomal
CAGGCATTTATTTGTGGTCCATTGAATCTTATCCATATCATTATCTAACC	autosomal
CCACTAAGCAGTATAGTCTTCATTAATCATTTTCAAAGCCAGAATTGCCC	autosomal
CCTCCCTTGCACCAAGGTTCCTTCAGAGGACTCCAGGGGATAGATGCAGA	autosomal
GATCCCGCCCGGAATTTCCCGGATCCGCGGGACTCAGGCGCGCTCGCCGC	autosomal
CTCCCATCCAAAATAACCCACCCCAGAAACTCAATCTGTTGGATGTGCAC	autosomal
AAAACCCTTGTTTTGGGGTTTTTTTTTGGTGGGAGGATTCCAGTTTTGGG	autosomal
CAACAGAAATACATGAAAATTGTTTCACTTCAGCAAAATGTTTTGTTGCC	autosomal
GTCCTCCCCCCTTTTATCCGAAACTCAGAACCGTTCCTACCCCTCCCCCA	autosomal
AGACAAATGCCTCTAAATCATCCAATGAGCAGGACATCCTGGCCAAGGCA	autosomal
CCCGCGCTCATCCGCTCGGCCCGCGGGCGTCTTGGCGGGAGGGTGCGAGG	autosomal
ACTTTGAGCTGCTCCTTCCGAAGGCTGGCCTGGTACGCTGCCTGCTCCTG	autosomal
TACTGAAAGCCTTCAATAAATACCCACTTTTATTCTCTTAAATTTGGCTA	autosomal
ACAGTCCAACTCCACGTCGATGTCTCCAAATTTCAGCTGGCAGGACTCAT	autosomal
GTTAACATCAACCTTGAGACTGACCAAGTTGGTTTTGCTCCCAAATGGTA	autosomal
ACTGGTGTTTTATAACTTTCTTTGGAGGTAGAGGACACAACAAAGAACAG	autosomal
AGAACAGGGATGGTTCCACCCATCCCTCACTGCCCCAGCCCTGAGCCTCA	autosomal
ATGTACGTGAAGCAGTTGGCAGGAAACAGTTGTGGAACTTCACCCCCGGA	autosomal
CAAAACACGTATTCATAGTTCCCATACCACGTATTCATAGCTCCCATACC	autosomal
ACTCTCCCTCTTCTCCTCACCCCAACATTCCTTCCCTTCCCACACACACC	autosomal
TTGAGGGCTACGGGGGTTCTGACTACAACCCTATTGACTTGAAATCCAAA	autosomal
GAACCAGCGCAGCACCCCCAGGAAGTCGTAGCCTGGAGGAAAATGGGGGA	autosomal
CTTCAGAAGTACTCAAATGCTATCAGTGTCATGGTCACAAATGTACATAA	autosomal
AGTTTATTAATAGATGCTATAAAAATAAATATTAATTTTTATCTTTTTCA	autosomal
CACGGGCTCCATTTCCCTCATTTTCCCCTCAAAGGCTCAATTTCCCTCCA	autosomal
CCACAAACAGGTAATTGAACATGGAGCACACGGCACAGCCCCGCCCGGAC	autosomal
GACAAGAAAGAAAGCCCCATGAGGTCCAGCAGTATCCTCAGAGATCCACC	autosomal
CCCGCGGTACAGCAGGCAGCACGCCATGTACTTGCCGTGCCGTGGGTCGC	autosomal
AATCAGGTGCTCAACTCCTATTTAGGCACCAGCCTCCCACTGAAGTCTGA	autosomal
CCACTCTCTCTATAGATGTGGGATCCTTCACCTGGGGACAGCTACAGCAG	autosomal
AGGGAATTGGAGGAATGAGCTCAGCTAGGGAAGGTGGTCAGGAGAGGCCA	autosomal
AGCATCTTGTATGCATTAATGAGTTTTGACATCCTGCCAATTACAGGCCT	autosomal
GTATTCAGTTCCATAGAGATTCCTGTAGTTACACAGTGGCTTAGTTTCAA	autosomal
TAACTGGTTACTTTTTGAACTAGAGAAGTGTCAGGCTTTTTTGCTTTGGA	autosomal
CACGGCCACCGCCGCGGGGACAGCAACGGGGACCTGCCGGGGACACCGGG	autosomal
CACCGCGGTGCCCACATCATCCTCCTCCAGGATGAGCAGCGGCTCGGGAG	autosomal
CGGACGACTGGGCTTATGATCTTGGCATTAAATATTCTTTTACCTTTGAG	autosomal
AAAAGTAGGGGAAATGCTTTATTTTCACAGTGTTTTTAAAATGAAGAAAA	autosomal
CACCAACAGACAGGGAGACTTTTCATCTGGGCTCCTGCTTGAAACCAACG	autosomal
TCTCCATCGTGGTTCGTGGAAGCTATTTCGGCAGAAGCTTGTGCATTCAA	autosomal
CAAGCATTCAAGAATTGCATTTATAAAGAAATCTATTAGACGGGCATAAC	autosomal
CTTGTTGAGGTTCAGCTGGATTTTTCTATTTGGTTGAAGGGGTAGGTGGC	autosomal
AACTATACACTGCCTCTGCATTCTCTATAAACAACATATGGTAGTTTACT	autosomal
GGCATTCTGGGCATCAGCCAGGGCAGCCCCGCTGCCCACGATGCCCACAC	autosomal
GGGAGTCGATCATCCAGCGGTACGCCTGGGGACAGGGACAGGGCTGGGGA	autosomal
AGTTTATCCCAGTGCCCCCCAGCACCTTTCTCCACCACGGCCAGCCGCAG	autosomal
AGCTCTGTAAATCTGTGCTTTCCACCTGCCAAACAATGGGAAAATAAATG	autosomal
AATGGTGGATGAGTTCCAGAAGAAGGTCAGTCTCCTTGCCAGATGGGTAT	autosomal
AAACCCAGCAGCGGGCCTGATCCAGGTGAGGGTCACATCCAAGGAGCTTT	autosomal
ACCCAGCCCCACGCTGACCCCTCACCATTGTAGTATCTCTCAGTGCTCCC	autosomal
AAGACAGAATATGGAAAATCCAGTCCTAGGAAAACAAAATCTGTTCAGAA	autosomal
ATTTTTGGTTTTTAATTAATTGTAGGACACCACAGTTTCTCATGCCGATA	autosomal
AAACCTTTTTGGGAAGGACATTAAGGTAATGTGGACACCAGCCCACGCTG	autosomal
CAAGTCCAAATCTGTAACAAAATACCTTATGGTTACTGGAGTAAAGAGCA	autosomal
GTCCTGTTCCCTCACAAACCGGCACCTGCAGCAGGGAAAATCCCGTGTTA	autosomal
ATCATTAATATCTCATCCTTGGCAGGTGAGAAAATTTTCTGCATAGACAA	autosomal
ACAGAAAAGGTCAGCATGAACTTACGTAGTTTGATGCAAGATCTGGATGC	autosomal
CAACCTGTCCCTCAAGTCGTCCAATCTGTAAACCCAAACAAGACAAAAAG	autosomal
ACGGAGCGGAGCGGCCTCGGCGCCGGTGAGCGGGGCGGGGGTCGGGACCG	autosomal
ATAATGCATTCCTTCAATTTCTTACCTTGCCCTTCTGGAGTTTCACCAAA	autosomal
CAAGCGGGCAAAAATAAGCTAAGTGGTATGTTTTAATACTGGCTGTGAAA	autosomal
GAAAATGCCATTGCTCAAGTTGCACGTAAGATTGACTTTCAGTTAAATAC	autosomal
AGGGCTGTCGTGCTTTTGCTTCCAGAAGGCGAAGATCGTCGGGGAGTGGA	autosomal
GAGACCCCCTTTCCTCTTCCCACAGGGAGCAGGCTGCAGTGGAGCACAGC	autosomal
GTTGTGTTTCTTTGGCATTTTTCAGAGCGTCCTCTGCATTATACAGAGAA	autosomal
ACAGCTGAATATCTGACATACTATGGTAAGTAACAGTTCGTGTCCATATG	autosomal
ACAGAGCATTTCCCTGAGCACTTACATCAGTTTTGGATTTGCAGGTCTCT	autosomal
CGGCAGGACCTTAACTTTGGGCAAGGTAATGTGTTGTACTAAGCTGCAAC	autosomal
AAATGACCCAAAATTCCGCCCCCAGGAGCGCGTGGACCCCGCGGCCGCCG	autosomal
CTAAGGGACGGATCCCGGCGGAGAGGTAAAGCTCCTGTGCTCTCACTGCC	autosomal
AAAAGAGAGACAGATTATCTCTTACCTCGAAGATGACACATTTCCCAACC	autosomal
GGAAGACCCTTCCTGCTCCTTGTACCTGCCCAAAGGTCGTGTAAACAAAC	autosomal
GATTGCAGACTATAGCTTTCCTTACCTTAAAGTCATCTGGGAGCAGTAGC	autosomal
TTAAGTCTTTTATTCCTTTATTGAGGTCTTTTGGATGAGCCTATACCCAA	autosomal
ACGGGTCCTTGCTCAGTTGTTTATGCTGTGAACACAAAGCAGGGTATCCT	autosomal
CCCGCACAACGTGGTGTTCGTCACGGTGAGGGGGGATTTGGGGGGGAAAA	autosomal
AAGCTCAATAAAAGAGGGAACATACCCACAGTGCCATCCCACACTCCAGG	autosomal
CATTTTTTTTTTTTTGTCCTTTCAGTATTCAGGACCAGGATAAGAAGCTC	autosomal
CTGCCAGAGGATGCTCTGAGATGTGCTGGGAGAGGAGAGGGTTAACCTGA	autosomal
CAGGTGTTCTAATGTGAATATTCACCTGTCCATCTGCTACAGAACCAGAG	autosomal
GAAGTACACCCCTATGGAGTTCAAGGTAGGGTACTTGAGGAGAAATACCA	autosomal
CTGACCCCCCGGTGCCCCCCAGGAGATCCGCTTCCCCAAGATGGTGACCA	autosomal
TCTGGAGCCACTGTTTGTTTTGCATGGAGCAGCTACCCTGTCCCTTGTCA	autosomal
AGCAGCCCCTAGGGCAGCACATTACCTCGGCTCCTCAGGAAGCTCTTCAA	autosomal
TCTGTGGGAAATCCGTCAGGGAACGGTAAGGACTTGCCTGACTACTTGAA	autosomal
CCTTCGGCCAGAGCCAATGCAATAGGTGAGCTCAGCCCTGTGTATGTGTC	autosomal
GGCAGCGACGGACAGAGCTGCCACGGTGAGGGGACAGGTGGGACAGGGAC	autosomal
CCTCACAAAAACCGCCAGGACCCACCTGGAGCGCTTGCGGTCCTTGTCCC	autosomal
CCTTACCTCCATGTTCTTGGTGATGCTGGCATTCACAGATTGGTTTAGAG	autosomal
AGGAAGGGACTCAGCAATTACGCTGGTAAGAGCAGTGACTTTATTGCCAT	autosomal
TAAGAATGATTTCATAAGCTAAATTCTGGAACAAAACAGAAACAGTTAAA	autosomal
CACCACCAGTCAGTATGAAAAATACCTGGTACATTCCAGCTCTTCAGGCC	autosomal
CCCCAGGGGTGACTCAGGGACTCACTGGCCTCAGTGTAGACCTGGCCGAA	autosomal
CAGAGGAAGCTGCCCAGGAAAACGCGTAAGTGTGGAACCCCTGGAGGTGA	autosomal
AGGAAGCACAAACCAAGCCTCTTACCTTCTTCTCCTTCTTGCCAAAGCTG	autosomal
CCTCCCAGTCCGTGAATATAAATGTCTGTGGGAGACAAAAATGGTGTGTC	autosomal
AAGATTTGGATTTCTCTGCTATTTTCTGTTAAAAGGAAAAGAAAAAAAAA	autosomal
GTGAATACCAAAAAGGGATCGGTACCTGCTTTGTAAGTCGTCTAGGTGCA	autosomal
CTGAAGCCGGCGATGCCCGTGCCCCCCGCCGCTCCTTAGCATGGCCCCGC	autosomal
CTTATGTGTTTGCTTTCCTGTGTAGACTTGGAAAGATTTTGGAGATTGAA	autosomal
ACGATGGGGCAGTTGCTGGCACGAGGTACTGTGTGCTCTGAACCCCAGCC	autosomal
AGAGAACGAGCCCCAGTCTCCCAACTGCCTCAGCCCTCCCCCAGCAGTGG	autosomal
CCTAGCTCACCCTCACAAATCCCAGTTCCCTGTCTAAATAGGTTTTTCAC	autosomal
CCTGCGCCGATGGCCTCACCTACAAGTGCGGGTGACCCCCACCCCAAAAC	autosomal
AGTAAAATTGCCCCGATTTTCTTACCTCCCATTCACTTGCAAGCTTCACA	autosomal
CATCTCCTCTCTCCGTGCCCTGCAGGCCTGGCCCCGGTCCGAGCATCAGC	autosomal
CGAGGTGCCGGGCCAGGAGCTGGAGGTGGAACTGTTCGACAAAGACCCCG	autosomal
AGGGACCCCTCCTGTCGCGACAGCCCTCTCTGCGATGGCTTCGAGGCCAC	autosomal
ACCCCGTTCCTCACGGAGCGCCGAGGTGAGCGCGGGGCAGAGCGTGTCCC	autosomal
CACCATCGGCACCCTCAAGGAGCAGGTACGGACACCGGGGACACCGGGGA	autosomal
ATGCTGTTTTTGGGTTTTGTGTTAGAGAATTTGTTTTAATACACCACTGG	autosomal
AAGAACTAGTAGCTTAGAGAGAGAAGTAAGTTTTAAATAGCACTGAAAAG	autosomal
ACAGCAGTCTGAAGTAACAGCTTACCTGGGGAAAAAGAAACAAACTTGTA	autosomal
CATGGTACCACATCCACAAAAGCTACTGAAGGAAAGAGATAGAATGCAAG	autosomal
GAGATCCGCCGGGCTTTGAACAAAGGTGGGGACACCTCCGGGGACCGCCA	autosomal
CTGCTGGGTGCAGTTTGCACCATTCCTGATTCACTCCAGGTGAGGAGGCC	autosomal
GCCCTTCCCTGCCCACCGGCTGCAGTGTGCCCGTGCCACCATGGAGACGC	autosomal
CCCTCTGTTTCAGTTCCTTCAGCCTCTGCAAGAAACAGCCACATAATGCA	autosomal
AGAAACCCAAGATGATCTCCTGGAGGTGAGTGGGGTGCTGGCATTGGAGG	autosomal
CGAACCGAGCCCGCTCCGACTGCAGGTATGGGAACAACGGGGAGCGGTGA	autosomal
AATAGAAACAAAAAGTAAATCTTACCTGAGATAACTCGTTAGTATCCACA	autosomal
TCTTCTCCTGAAGTTTAAGAAACTCCTTAAAACAAGACAAACAAAGGAAA	autosomal
ATCGAGATCATTTCCCACTGCTTACCTGTAAGCTTCCTTCAGCCTCTCCA	autosomal
GGAGTGCATGCAGCGCACCAAGCTGGTGGGTGAGCGGGGACACGGCTCGA	autosomal
CTTCTTCACAAAGATTCCTTCGAGACTGAAAAACAAAGGAAGTCCCACAA	autosomal
AGAGCTCTTTCTCTTTGATCTTCAGAAACAGAACCATCCGAATGGTCTGC	autosomal
GAATGTCGGTTCTTCTAGAGCTAAGGTAGGGAAGAGAAAGGCTAAAGTGA	autosomal
AACTATGCTGATGAGCTTTGAACTGGTATGTAGCAACATTTCCCTACTGG	autosomal
GATCCAGAAAGAACATTTGGTGAGCAGACAGATCTGTCTGTAACAGTACC	autosomal
CAGTGACGGAGCAGCCTGGTAACCGGTAAGAGGAGGACGGCGCCCAGCAA	autosomal
CCGCCCCGGTGCCCCAGCCGCTCACCGTTGTCGCTGTCGTAGCCCCACAC	autosomal
ACAGGTGCACCTCAAGGAACCTCGACTACGAGAGAGATTTGTTCTGTTTG	autosomal
GCATCTTTGTGATTTTTACCGTGACCTAAGAAAGAACAGAAATGTAAGTA	autosomal
GGGCTCGCTGGCCTTCTCCACGGCTGTGAGTGCCCAAAACACCCTAAAAA	autosomal
AATTTTCAGTATCTATTAAAATAAGGTAGGTCTAACTTAAATGCTATTTG	autosomal
CATTTTCCCCTGTTTTTTCCCCCAGAGCTGTCCATCTCGGACGTCACCGC	autosomal
AACTCCATTCCTTCAATGTCTACTTCTAAAGGAAACATAAGAAGGCACAT	autosomal
CAGCATAAACTCTTGGATTGAACTGGTATTTTCCTTTTAATGTCCTGGGG	autosomal
GTCTTAACTTCAAAACATCATGAGGGTAAGAGGAAGCTTTGTGAATATTA	autosomal
ATAGAGCAGAGCAGCTTTTCTTTACCTCTTTGGGAGCCTCCTTTTCAATG	autosomal
CCATGAACGGCTCTGCAACAGACTGCTTCAAAGCGGTGTAAGAAATGACA	autosomal
ATAAAATATTTATGTTTGTCCTCAGGATGACACCCCAGGAACACCCAAGA	autosomal
ACCAGCCTTTGAAGAGATAACTCACTGTTCTGGGGATGGGTGGCGACAGA	autosomal
AAATATATGTTTTTTTTCCAAACAGAAACTGTGAAGGGTACCTGTTGGCA	autosomal
ATGCAGATGTCCCTGCAGGGCGCCGGTGCGTGCCGCCGGGGAACACCGGG	autosomal
ATGTGCTTGTCTCTCCTCTCTGCAGGCTCGTTACCCCCATCTCATCAGCA	autosomal
AGAAGACACTATCCCCAAGTCTGGCGCCACTCTCCAACCCCAAGAGCTGG	autosomal
GTAGACTGCTTGCTTTTTCCATTGCCTATGAAAACAAACAAACTTCTTAA	autosomal
CATGTCTCCACTGAGGTCATGACAGGTAGGGAAGGGGAAAGGTGGGTGAA	autosomal
CCTTTTTCTTCCTAATAAAAATTACCTTGCTTCGACGGATGCGGATCAAC	autosomal
ATCCCTGTGAATCCTGGTGTTGCAGAGAGCCCACCAGCTCCCGGGGCAGC	autosomal
TCCCGATCCCAAGAACTTGATTGTTCTGCAAATCAAAGAGAGACAGAGGA	autosomal
GTCTGATTTGTTTTTATCCTTTCAGGTAAAAAATGCACCTATGGCAATAA	autosomal
TCCCACCTCCTTAGAAGGTACATACCATTCTGAGTTAACTTGGTTGAACA	autosomal
AACGGGGGATGGGATCCGGGAAAACCTGGGATAGTGGCACTCAATGGGAA	autosomal
CACATCTTTCCAGTGTTTTGCATACCTGCTACTGATCCATGCTTGAGGTC	autosomal
AGTCTCAGTTGAAAGACAAACCTACCTTTTAAAGAAGCTTTCTTCAACAC	autosomal
ACTGCTATACAGTCTGATCTCACACCTGAAATGCATCCAAGAGGCAGCAC	autosomal
TCACCACCTGCTTGCGGTACGAGTCCTGCAACACACGGGCACCTGCATGA	autosomal
CTCTGCCTTAATGCGACTTGGCAAGGCAGGGAGCGCTGCGAAGCTCGCAA	autosomal
AAGTCTCCTGCTTCTACTAGTTCAGGTAAAGCAAGCAAACAACAACAACA	autosomal
CTCGGGGCCCGACTTCATCACCGTCCTGGGGACACGGGGACATTGGGGAC	autosomal
CCGCCGCCGCCGCCGCTCCACGCACCGGAAGTCGGCGCCCCGCCACGCCG	autosomal
AGAGCCATCTTCTGTCTCTTCACAGACAGGGAAGGAGTGGACCGCACCAG	autosomal
AAACAATTTTTCTTCTCATCAACAGGTCACAACATACCAATTTAAATATG	autosomal
ATTATTCCATCCAGCACAAACTTACCTACATTTGGCTGGCCATCTGTTAA	autosomal
ACTTTCTTTTCAGCTCCCCCTGCACCTAAAAGAAAATGCACAATATGAGC	autosomal
ACCAGCAAGGCCATGGAGTGCGGATGTGAGTTTTTTTTGGGGGGAAAATG	autosomal
CCGGCCCGCGGCGGCGGGCACCGAGGTAAATAAAGCCGAAGCGGCCGCCG	autosomal
AGCGCTCATCCTCTAGACACTTTACCTAAATGGAAAAAAAAAAATAAAAC	autosomal
TGGAGGTGCAGAGACAGATCTCACCCTATCAAAAAGAAAGAAACAAACAA	autosomal
AACCATTGCCAAAACAGCTACATACCCTTCTTCTCTTGTCCATTGTCTCA	autosomal
ATACTGATCAGAGCAACTTCCTCACCTGTAATGCTCTTGGGTGCTCAGAG	autosomal
GTTGCTCACACCTCCCTGCCCACAGCGATGGCTCCGTGGGGCCGTGGGTA	autosomal
CCTGTCTGACACAGCTCATACTCACCTGGAGAAAGAAGCCCCAGCAGAAA	autosomal
CTTTCATGGATGGAGATAAACTTACTTCAATAGGGACAGCTGTTGGAGGC	autosomal
CAAAGATGAGGTTATCAAGAATGTGGTGAGTTGAAAAACATCTTTATTTA	autosomal
CTTTCTGACAGCACCTCCCCCACAGTGGAGTTCCCAGCCCCCAAGAGTGA	autosomal
AGCATAACCACACTGCTGCAGACCTGTAAGTGAATGCCTAAGGCCCAGGG	autosomal
TTGTGCTTAACTTTGGGAGAAACAAGTAAGAAGTGTTTCCTTCACTTAAA	autosomal
ATAAAAGCTCAAAGGCCCCAGAATGGTAAGTGCTGAATTGCTGATTGCAG	autosomal
GAAGAGGGAAGAGATTCCGAGAAAGGTGAGTCGGGAATTCCAGGAAATTC	autosomal
AGAGACTTGCAATATTTTTCTGCAGGATGTTGAATCTGGTTCTGAAAGTG	autosomal
AGAGGGGGACAGCGCTGTCCCTTACCGTGGTTTGCTCCTCCTCTGCGTCG	autosomal
TGCAACACAAAACATGCCAACTTACTTCTTACACCGTTCACAGCTGTACA	autosomal
GCCGCACCGGGAGCACCGGGACCCCCGCCCGGGGCCAGGAGCCGCTGGCA	autosomal
ATAACAAGATTACGAAAAGAAAATGGTAACTTTTTTCTTTTTCTTGTGTA	autosomal
ACAACAAATGCAGAACGAGTAAAAGCTAAAAAGGCACAAGGTTACAAATA	autosomal
CAGAAAAAATCGATTTTCATAGCAGGTAAGTTAAATTATATTGTTTTAAA	autosomal
AGGTGGAAGCTGAACGTTCACTTACACTGCCTTAAATGTCTCTTCCTTCA	autosomal
CGCAAAATGAGCATTTCCCACTTACTTATCATCGTGCTCATAAATATTCA	autosomal
AAACATATTTCTGCAAACTTTGTAGCATAAATGCAGTTCACGATACAGTG	autosomal
CTCGCGGGCCCCGCCCGAGCTGCAGGTGAGCCCCAAACCCCCAGGTGTGA	autosomal
GCAAAGCATTTGTCCAACCTGAAATCTGAACAGCAAGATTACTTAGGTAA	autosomal
GCTTTCAGCACAGTTCAGTACTTACGGGCTGAGGGGTGGCTTTTGGTTCA	autosomal
ACTCAGCAACAACTCCGTGGTGGAGGTGGGGTCGGGGGGTCTGGGGGGAT	autosomal
CCCACCACGCCGGCGCACACCGGGCCTGCGGGCCACCCGTGCCTGTCACC	autosomal
GAATTTCTCCTTGGCAAAGCATGGGGTGAGCTGCCCACAGCCCTAAAATA	autosomal
CACTGCCATACACAGACTCACAACCCTGAAACAGTAAAAAAAAAAACCAA	autosomal
ACGCCGAGTTTGCGGGTTGTTCTAGATCAATGGGGTAGACATGACAGAAG	autosomal
TGTTTCACTTCTGCCTCTGTTTCAGGAGTGTAGGTTGCACAGTGGTAGAA	autosomal
AGGAGCCCCCGGAGCACCCCCGGGTCTGCGGCAGGGGACATTGGGGACAT	autosomal
ATGCTGGGGTCTTTGGCCACCACACCTGATGGGGGACACGGGGGTGTCAG	autosomal
GGGTCAGAATCAGTGCAAGACCCCCCCCCAATTTGGGATTTGAGCCAGAA	autosomal
ACTGTACCAGATCTGTTGTACTTACATTTACTTTCAATAACTTGCTGTTC	autosomal
CGGGAGTCTCTGTGGCAGAAGGTAAGTGGTTCCCCGTGCCAGGGGAGAGC	autosomal
AACAATCGTCCTGGCAGGTGCAGTGCTGCAAAACAGCCCAAATTCACCCA	autosomal
GATGAAGAAGAAAATGATGATGAAGGTAAAGAACAAGCATTTCTGTGAAC	autosomal
CAGCCCAAATTTGGTGCCCAGGTACCTGCGAACCGCTGGTGGCTCTCGTA	autosomal
AAGAAGAGCCCTGCTTGGGAAATGGGTAAATTTTCTCTTTAAATAAATAT	autosomal
TGCCCAGCTGCCCAGGACTTTGTCCCTGAGGTGGAAAAGAGTTCACAGCA	autosomal
ATTTTCCATCCCTTGGTCCTTCCAGGCATACAAGAGGAAAACAGAAGCTG	autosomal
CAGTTTTGTCTTGCTGTCACTCTACCTGTAGGGAGGCCTTCGTTTCTCCC	autosomal
TCTGAACTTGTCCATTCTCTTACAGGTATTTGTTCATTCACAAAAAAAGA	autosomal
CACTGCAGCTTTTCAAGCTTTCTAAGTAAGTAACCTCATTTTGATTTAAA	autosomal
CAGTGTCCCCCTCCCCAAATTCCAGCCTGGCCTGCCTGTTCCTGAAGCGG	autosomal
AGAGGGGGAGCGTCACGGTGCTCAGGTAACTCGCCCGCGTTGCCGAGGCT	autosomal
CACGCGCTTCAGCCAGTTCATCCAGGTACCCCAAACGCCCCAAAACGGGC	autosomal
ATCTCGGACCCCATCCATGACAGCAGTGAGTGTGGGGCCAGTCCAGAAAA	autosomal
GTTATATTGCTGACTGTTCGGATACCTGTGTAAACAAGATGGAGATAGAA	autosomal
AGAAACTCCTTTGATTACATGAACCCTAAAAAGAAAAACAGACAATTGTA	autosomal
TAGATGCTCTGTTGCTTTTTTCTAGAGCTATGCTTGAAGCTACTTCTTCA	autosomal
TGATTTTGCTACTTACCACTTGGACAGCAGCTCTCCCCACGTTTCAAGAA	autosomal
CCATCTGCGCTTGTTTCCCCTGCAGGTTCTTGCAATGGCTGAGGATTTGA	autosomal
ACTTGGGGTCCAGGTCCTCGCCGCCCTGCGCCCCGAAACCGGTCACCCCA	autosomal
ACAATAATGTCCTGTTTCCCCACAGATCACGTTTAGGCTGCCAAATCTGC	autosomal
AAGCTCTACCTCCTTCTCCTGCAAGGCCTCAATCAGGGGCTGAATTTGAT	autosomal
CCACTGAACTCAGCTTGATTGGTGTCTGCAACAATGAGAGGGAAAGCACA	autosomal
ATTTCAGCTGATTTTCTCTTTGCAGGGCTGTGATTCATGGGAGCCTCTGG	autosomal
CACGCCCTCCTCCCTGCCCTCTTACCGTGGGAGAGGCTGACCATGCCCTC	autosomal
ACCATCAAGTCTTCAAAGCCTCTGCCTGAAAGAGAAAGCATGAAAGCTCC	autosomal
GCCGAGCCGAAGAACATCCCGGTGGCTGCGGAGAGAGCGGGGTCAGGGCA	autosomal
AAGCAAAGAGCTCCACGCCATCAAGGTGGGCCTGGGGGCTGGTCCGGGGG	autosomal
ACCTGTGCAATCCAGAGCCTTGGGCCTAGAGAAACACACAAGAAAATCAG	autosomal
CCAGGTGTAACCCAGGTGTGCCCAGGTGTGCTGCTGTACCGCGGGTACCC	autosomal
AATCTCACCCTACTCGGGAAGTGCAATATCCTTTTCAAAAGATGAGTGAT	autosomal
TACATCTCCTGGCCTTTGGGGCTCCCTGGAAAAAAAATAATCACATAAGA	autosomal
ACAAAGCATTGCCGTTAGTACATACCATGGCCTTGGACCTACTCAGAGGA	autosomal
CCCAGCTGTGCCCAGGTGTGCTCACCAGGTCGAAGAGCTGCGGCCGTGCC	autosomal
AAACACTAAAAAGATTTGTACTTACCACAATATCTTTTCCAGCCCACTTG	autosomal
AACCGGGCAGGGCGGCGGTGCTCACCGTTGTAGTAGTAGCCCTTGATGAG	autosomal
CTGGTCTTTTACTTCATTTTTAAAGAAAAATGATAAAATTGAACAGTTGA	autosomal
AATTCTGACAATAAAGGCAGTTTACCTGCTAATGCCCAGTAGGCTGTACC	autosomal
CCGCTGACCCCCCTGTGCCCCCCAGGCTCGTCCGGCGGGCAGAGCGGCGC	autosomal
AAAAAATATTGTTAAACCCTTTGAGGGGAAGATTTAAGCCTATCCTGGGA	autosomal
CAAAGAAAAAACACCCATTTCTTACCTGGGACAGCAGAAAAGACAGAGTA	autosomal
CGGGGTGGAAGCAGGAGAGGAGCACCTGATATTGTCACGAGGACGTTGAG	autosomal
AGTAAATTTGAATGAAAATAAAGAGGTAAGAAGCAAGGACTTTTTTACAT	autosomal
ACTACATCACAGATGTCATAAAAATCTAGGGCATGACAAGAACAAGGTCA	autosomal
GCCCGGCGCCGCGGCGTCGCGGGAGCCCCCCGGCCCCTGCCGGGTGAAGA	autosomal
ATCTGCTGCGTCCAGCTGGGCTGGGCTGCAAGGCAAGAGGGAGGGAAGCC	autosomal
CAAATGTCTTCTTGGTTGTGTTAAGGTTGAAGCTCTCTCCAAGTCCCTCC	autosomal
AGGGAGAAATGGATGTGAAGTCCAGGTAAAATCTCTACTTCTCTGCTCTC	autosomal
AACTGAATGTTCTGTTTGTGTGCAGCAACCTCATCAAGCATAGACAGAAG	autosomal
CGTGGAGAGCCTCTCCCCGAGATTCCTGAGGGTGGGAAGAGGGTCAGGAC	autosomal
AGCCCTTGGCATAACTCTCATAAAGGTACAATAAATACTGTGCATTAATA	autosomal
CCTCACTCCTGCTGTCCCCAACAAGGTAAAAGCAGTCCATGTTTGGCTCA	autosomal
GACGGGCAGCGGGGGCTCGGCGGCGGCACCGGCGGGGACGCGGCAGCGGA	autosomal
TCTTATTTTCTTTTTTCTCCTCCAGTTTCTATTCTTCCTGATTCTGGTCA	autosomal
AAAAACTTTGTCTAAAGCAAGCCAAGTAAGTGGATAAGTACCTGTGCTCA	autosomal
ACAAGAAGTCCAGATAGTCCAAAAAGTAAGGGAACTCATAACATTCTGGC	autosomal
ACTCGCTGCTGTTGTTTGCATCACACTGACAAGCACAGAGGAGAAAAAGC	autosomal
AAAATCCCCCCAAATTTCCCCTCACCCCTTGAAGTCCTCCTCAGTGAAAG	autosomal
CCGGGCAGCTGTCATCTTCTCCTCTCTGCAAGACCAGGGAGAATTAGCAA	autosomal
CTCCCTTTGCTCTGCCCTTGGCCAGTCCTTCAGCCTGAAGGCGCAGGTGA	autosomal
CACCGCCGCTGTCTTGTCGTTGCAGGGGTTTCTCCTCTGTGGTGGCCCTG	autosomal
ACAGAAAGAAATAACCCCTTTTTACCTTTCTGACAGGAGGTTTTACAATG	autosomal
AGCCTGGAAGTTGGCCAAAACTCACCAAACCATTTGATATTTGGTTCCAC	autosomal
GCTGCTTCCTGTTTCCAGTGAAGTCCTGAGGTGACAGCAAAAGAATAAAA	autosomal
AATGAATGAATAACTAAAAACTTGCTTTGTCAGGCTGTAAGGATGAGGGA	autosomal
AGAGCAAGGCCAGCATGTGTTGATGGTAAGAAGCAAAAATCTATTCAATA	autosomal
AACTCCCCAAACATCACAAGTCAGCAAAAACCTCCTCCAAAACATATTCA	autosomal
CTCCGGGGATTTTTGGGGTACTCACGATGCTGCGTTGCTGTGGGGGGGGA	autosomal
AATGTAGCAATTTTGCCTGTTGAAGTTGTCTTCTGCTGATGAAAGGAAGT	autosomal
GTTGTTTTTTCACCCTGACCTCCAGGACCTCATGCTGCGTCATGGCTGGA	autosomal
AGGCAGGTTCAGGACATTTCCTTACCTTTCTTCACTTTCTTCTCCTCGTC	autosomal
TTGAATTTTTTTCTGTTTTCCTTAGAAACCATCATGGTGGCCCTTTGAAA	autosomal
GGCAGGGGAGGATGCCGGTGCCCACCTTGAGAAGCAGGCGATACCCGTAA	autosomal
AAGTTGATAATCCTGATCCTGATAAGTAAGTCAAATAGTGTCCAAGTATT	autosomal
GTTGGGGGGCTTAAAGTAGACTTACCTTGAAGTAAGGACTCCTCTGGTAA	autosomal
CGTTCTTTATGGATCCCATATACAGGTAAAAGACTCTCTGCTGCCTTCCA	autosomal
GATCCACAAGAACCTGATACCTCAGGTAGTGTGCGGGGAAGGATGGGGGA	autosomal
CGGATCTGCTTCAATCTTGATAATGGTAAGACCACACCTTTCCCAGACAG	autosomal
CCTTTTGGGTAAGAGTCTCCCATTTGAAAAAAAAAATAAAATAAAAACCA	autosomal
AGCGTAGTACTCAATCTCTGATTTTCTGAAATCCAAAAATTGGGTGTTAA	autosomal
ATGTGGCATTTCCCTTTTTACCCAGATGTATTGCAGCTCTGTCCGTGGGC	autosomal
GGGATGGGAAGGGAGGGTCACTCACATGGGGTTGGAGGTGACGGGGTGCA	autosomal
GCCGCAGGAAGGAGCAGGGACCCACCTGGTCCGTGCACCAGTACCACAGC	autosomal
AATAAGCATCATGCCTTACACCCACCTGTGCTGCTGCTGGTTTCCTTGCA	autosomal
TGAAAAGGGTGATGGAATTAGCCAGGTTTGTATCAACATCCATCCTTTCA	autosomal
CTAAATGTTTTGATCTCTTTCTAAGTGTGGTTGAATTCAAAGACGAAGAA	autosomal
GGCCAGGCTCCATGGTCCAATGCAGGTAGGGTCCAGCAGCAGGGAACACC	autosomal
CTGCCGGGCAGGCCGCGGGCGGCGGGTGAGTGGCGGCCGGCGCTGACCCC	autosomal
CAGCCGGGAAGATTGCCTTCATAATGTAAATATTAAAGTTACACATAGGG	autosomal
ACAGCTCATTCCAGATGGTGTTGAAGTGAGTGGTTTCTCCTTTCTGATGG	autosomal
CTGCAGGACTACATGGACTATAGAGGTATGTTCTGCACACTTTGATAGGA	autosomal
GTGACTTGCCATTTCCTTCCCACAGGGTCTCAGTCAGCAGAGCCATCAAA	autosomal
CATCTCCAAATCTGTGACACAGCACAGCTCCATCTGGATGGCCCCTTCCC	autosomal
CTACAGATACTTCTTCATCACCCAGGTAGGAGTGACTTGGGAAGCTCTTC	autosomal
TAGTTCAAACAGCAAACAGCATCACCTGCTTCATTTGCTGCATCTCTGCA	autosomal
ATCATCTTCTAGGTCATTCTGGAGCATTCTCATGCCATGAATTCCTATAA	autosomal
AGCTCTTGGAAAGCAGACACTCCAGGTAGGCACACCTCCCTGCTGCTGCA	autosomal
GATGGGAATTGTTGGGATTTTCCAGCTGGTGGCCTCGGGGGAGCTGATGA	autosomal
ATGACCTGGAGAAGAAGCAGCGGAGGTGGGGACTGCGCGCTGGCAGTGGG	autosomal
CACGGCGGTGCTCACCTGTCCCCAGAGTACCTGAACTACGAGGACGGGAA	autosomal
ACAGAGGGGACAGGGCTGGCCCCACCTGCTCCTGGAAGGCCCCGGCCTGC	autosomal
CCACCTGCAGAACCTATCCATAGAGGTAAATGCTTTGGGGAGATCTGTTC	autosomal
AAACTACCCATGCCTCAAGGACCAGTGCCCAGAAGTGATAAGTACGAACA	autosomal
ATTCCCAGAATTCCCTTTCCCTAAGGTAAGAGCAGCGCTGCTTTTCCCCA	autosomal
GAACCTGTCCTGTAATTAAACATACCTTTCTTCATGAGTTTGCAGGGCAC	autosomal
AAGTATCTCCAGCAAGCCAGGAAAGGTACTGGTTACAGCCTGCTTCTGTG	autosomal
CCTCGACCGCCATGGCCCCGCCGTGCTGCGGGAGCCGCCGCTCAGCACCG	autosomal
GATGACAAGGATGGTTTGAACTAACCTTGACATTCACCAGGGTAAATGGC	autosomal
GCCCTGGTGGGGGCCAGGCACTCACCAGCGGGACGTCGGCCATGGAATAC	autosomal
AGAAGAGTGAGAACAATTCACTTACCGGGATTTTGTTTGGATGCTGCTCT	autosomal
CAAACTGGACTCATTGGTTTGACACCTGCAAAAAAAATCCAAAACAAACG	autosomal
CCCGGTGCCGGGTCCCGTTACTCACCCGCTCGGTGACCCCGTCCAGCTCC	autosomal
CGCTGCCTCCCTCTACCCCACACACCTTCAAATTCCGCACGCATTCCGGA	autosomal
AGACATATTTTAATACCAATGAAAGGCTACTGGTAGAAGACCTCAATATC	autosomal
ATGCTGCTGGTATGACAGCCCTTACCTGCAGGCCTGGCCAATAGGCCTCC	autosomal
CACCCCGTACCCCACCAGTGCCCACCTGCCCGCTGGCTGCCGGGGATGGC	autosomal
TCCATCGGGAACAGCGAGGACTGACCTGAAGAGGGGGTTGGAAAAAAAGA	autosomal
ATTTCATCTCCGTGTCCCTTGCCAGGTTTGACTGCTACGGGGGCCTGTCC	autosomal
GCTCCTGAACAAGCTCATTGAACAGCTGCAGAGAGAGTTCGGAAGTTGAC	autosomal
ATGACGTAGCTGTCAACTGCACCATGTGAGTGTTGGGTGAACCATCCAGG	autosomal
CCCGCGCCGGGTCCCGCACACACACCCTGAGCGAGCGGTCGTAGGAGGCG	autosomal
TGCCCAAACTGCACATTGTCAAGGTAAAACCTGGGGAGTGGCAAGGGAAA	autosomal
CATCAGGAGCCAAAGCAACTGTTACCTTGCACTGGATGAAGGGCCGAAGG	autosomal
CCATGTAACAAGAGTTACGACTTACTTCTTGAGTGATTGCTGGTCGGAAC	autosomal
GATGCCGCTGCATTTCTCACAGTACCTGAGTCTCTTCCCTGTGGGTTTGA	autosomal
AGGGCGATGCCAGCAGCGATCCGTCCTGAGGGGAGAGCACCGTGAGGCAC	autosomal
CCAGTATTCCCTGGAGGCCACCCACCTGCACAGATGACACTGGCGTCCTC	autosomal
AGCTGAGCCCACGCAGGAAACACGCCTGGGGAGAGACGGGACAGGATGGA	autosomal
CCCTCGCTGTCACCGAACACGCTGCAGCTGCACGGGACGTTCCTGGGGAA	autosomal
CTTGTTCTTTCTGTAGTACCCACAACTGAACTGGAATGGGTTCCCCTGGA	autosomal
ATGTTTCAGTGCAAGAAGCAGAAATGTAAGTCACACCTATTAGTAATAGA	autosomal
AACAGCCCACAAATAACCTGGTTACCTTGGAAATGTGCGCACCCAAACTC	autosomal
CGCTCCTCACCGCTCTCTCCTGCAGACGTGGGAAACGATGAATTGGGCCG	autosomal
CCCCCTTATTAAAAAAGTAACACACCTGAATAAAACTGAACTCCCTCCAG	autosomal
ACAGCGCTGTCGTCGTTCTCCATGCCTGGGGACAGCAGGGTGGCACTCAG	autosomal
CTCATTCTTAAACTTCCAAACTTACCCTTTATTGGGCTGAAGAAGTTAAA	autosomal
CCATTTCTGCAGAGGGATTTATCCGCTGGAGAAAAAGGAAAAATGCAACC	autosomal
CTGCTGCCCCACAGGGAACAGGTCAGTGGAATGTTTTCCTTCCTCCCTAC	autosomal
GTGGGAAATAAATGGTGCTACTTACAGATTGCACTTGGAGCTGCAGGTCA	autosomal
CACCGTGGCCCCCCTGCCCTTGCAGAGCACATCGACGAGCGCAGGGTCTG	autosomal
ACACAGAAACATGAAGTCTCGTTACCTTTGAGAACGGAAATGTGCTGGCG	autosomal
ATTTGATGTAGCAGAATACTTCCTCCTAGGATTCAATACCAGGAGAGTTA	autosomal
AAAATAAATGAAAGAAAGAATGTACCTTTGAATCCAAGCCTCATAAGAAC	autosomal
TCATATTCATTACAGTGAAAATGACCTTAGAAAATTAAGGAAAAAACAAA	autosomal
CACATCTCATTACTCTGTACAGAACCTGCAAAATTAAAAACACAACTGAG	autosomal
CGGTGCGTGACACCAACACAGCAACCTAAGAGAGAGGAGGTGATCAGAGA	autosomal
CACCGAGCTCTGCCTCTCTTTCCAGTTCCCCCCAGCATCGAAGTGCGCGC	autosomal
CCCAGCCCCGCATTCCCGGCGGTACCTGCAGTCGGGTGCAGGGCACCAGC	autosomal
GTGCTGATTCTTCAACTCTCTGCAGGAGGATCGTCAGCTGAATACACAAA	autosomal
CAAGCAAAGAGATATCTTTCCTCTGGTAAAGTTCACACTAACAATTTCTA	autosomal
TACGCCCACTCGGGGAACGCGAAGCCTGAAAGGGACAGGGGACAGCATCA	autosomal
CCACGGTCACCCAGGCCACCAGGTCCTGGGGGGACACACCACGGCCTCGG	autosomal
CATCGACAGCATCTCTCTCCTTTCCCTGTCAGGGAAGCAGAAAAGAACAA	autosomal
CAAAGTCTTCTGATCCGTTCAGCAGGTAACATCGAAAGGTGCTGGCTTGA	autosomal
GGAGAGTAAAATTGCAGTGTTTGTTCTGGAGACAGACAAGAAGCAATAAA	autosomal
AGATGTACACGATGGGCTGCAGGGGCTGCGGGCAGGGATTTGGGGTTTGG	autosomal
CATTCTGGTCGTGGTTGAACTACAACTGAAGATGAGAAGATCCACAGGTC	autosomal
TGCAGCCCGTTGGCCGCGATGGCAACTGCGAGGGAAAGCACATGCACAAA	autosomal
AAGCTTAAATGGGCCCTTCTCTAAGGTTGATATATTGCTGCTCTGTAAGT	autosomal
AAGTTTCATGCAGACAAAAGGTTACCTGTAATACAAAAACTTAGAAAGTA	autosomal
CTTTCCAAGCTTTCCTGGACAGACACTAGGGAAAAAAAAAAAAAAAAAAA	autosomal
ACAAACAGGAAAAAAGCAAACTTACTTTGTATGGGCAAAGAGGATCCTGC	autosomal
AACCCCCACAAGGAGCCTGTGGAAGGTAAGGGAGGGCTATGGGGTCTAGC	autosomal
ACGTCTGGGAATGCTGGGATCCCATATGGGAATGCCCAAATTCCATAGGG	autosomal
ATTGCAGCACATCAACTGTACTTACCAAAGAAGGTTGCAACAACTGTGGC	autosomal
CCCTTTTTCCCCGCCCGGGGCTTACCCCCAGCCGCTGGCACTGGAAGAGC	autosomal
ATTAAAACTTATTTTTGGTCCTTAGGTGTAATGACTACTCTTCTGAGATG	autosomal
CATAATTCCACATGTGCTGCTGGATCTGTAGAAGAGGAGAGAAAAATGAG	autosomal
AGCTGCGGGACATCGGCGGGCAGCGGTGCGGGACACGGCAGTGGGCTGTC	autosomal
GAGAAGGGTTTGGACAGAAACATACCTCCATTCATCATTTTGTCTTTGGC	autosomal
AGATCCCCTCGGGGTTTCTTTGCAGGTCGCACATCTTTTGGGTGGACAGA	autosomal
AGATAGTCATCTTCTAACTACTGACCTTGAAATGGTTGATCAGATCATAG	autosomal
ACGTCCCTCCCAGCCCGGGGCTCACCGGGAAGGCGATCTGGCACAGCTTC	autosomal
CACCAGCCCCCAGCCCCACCGGTACCTTGCACTTGAACGGCTTCACCGGA	autosomal
GCTCAGCGAGGCTGCCATGGCTGGGCTGGGCAGGCTGCGGGGAGGACGCA	autosomal
CTTTTTGTTTCATCCTCTCCCACAGAAGCTAGATGAAGAGAGCGAGGCAA	autosomal
GCCCTGTCCATGCTGCCTCACTTCAGTGGGCACCTCATTCCCTTTCTCCC	autosomal
ATATGTGTTTGTTTTTGCTCTACAGGTAATACTTTAACTCCAATATGGGA	autosomal
TGATGTTCACAGCTACCAGGGAAACCTGCAGAAATTCACAGAAAATGGAA	autosomal
CGGGGAGACTCACACCGGCACCGATCTGAAAGCACAGCGTGCTCGTGGAG	autosomal
CGACAGCCCCGACGCCTTCGTCAAGGTGCGGTCGGAGAAGGGCGGGGAGA	autosomal
ATTTTTTGCCATAAATTCCCGAATTTTTGGGAATGAATTCCCAGATTTTC	autosomal
CCCAAAAATCCCTTCCCTTCCCCAGGGCCGCCGCTCCCGCCGGCAGCGCC	autosomal
GCAGTGCCAGCAGGATTCAGGCTGTGCCAGTAGGATTTGGGGTGCCCAGC	autosomal
GCCGAAGTATGGCCAGTAAGCAGAAGTAAGTGTATTTTAAATAATCCACA	autosomal
AAACCAGTAAAAAATGGTAAAAAACCCATATAAACCAGTATAAACCAGTA	autosomal
CCGCTTCACCGCTCTCTCCCCGCAGATGGCGGCTGACATCCGGGAGGCCG	autosomal
GCAACAATCATGCAACAAAACCTACCACTTCCACGTAAGGCTTCATTTCC	autosomal
CGCGGCGGCGCGGGCGGCGCCTCACCGGTGTGGGGGCGGCTGCGGGGGCC	autosomal
AAAAAATGATGAACATCTCTTCTAGGATGGCTTCGACTTGGATTCAAATA	autosomal
AGCGTTTAGAAGAGTCTCTCAAAGAGTAAGTATGCATGTCCTGCACCATG	autosomal
GTTTAAGCAGGAGGAGCACACTCACCCAACCACCACATGGGGATACTTCA	autosomal
GTAACTGTAATTAATAAATTTTTACCTCTATAATCTTGTTCCAGATGGGA	autosomal
ACCCCCAGCCCCTTTTGCTCCCCAGGTCACCAGCAGTAGGCCCACACGCC	autosomal
CCCGGGATAGCCAGCTCCAAACACCCTGCAGAGGGACAAAACCAGCCAAA	autosomal
ACACACTCTCTTGCATCTGTTGTAGGTTGATTACATGGAAGAAAATGAGG	autosomal
CAAAGCTTCAGCAGTGTTTTCTTTCCTGAAATATTTGATTACTATTAGCC	autosomal
GACGATTTGTTTAATCATTTAACAGCTGACACAAGCCATGTCCCTAACAA	autosomal
GAAGATGAAACAGAGAGATAAGAAAGTATGACTTTCTTCATCTACTGGAC	autosomal
GTGTGCTGTCTCTGCTCTGTGAAGGCTGTATTAAAGAAAAAAAGACCAAC	autosomal
CCGAGACGGCCCCGGACACCCCACGGTGAGTGAACCCCAAAAAAATCCCC	autosomal
ATGTTATTAATAAGAAATTAAATACCTTGTGGCTATTTTAAAAACTTCCG	autosomal
GGAGGAGAAAATCTCCGTGCTCAGGGTGAGAAAAATACACAATTTTTTTA	autosomal
ACGTGGCCAACGCTGGTGACAGCAGGTACAGCCCCACAGGGCAGCCCTCA	autosomal
CCTTTCATCCCGTATCAGCTGGCAGGTGAGTTAGCATCTTCTTTTTTTTA	autosomal
ATTTGGGGGATTTTGGGTCACTCACCCCACACTTGCTCAGTGCCACGTAC	autosomal
ACGCCATGCTGGCTCATAAAGCCAACTGCAGGTGGGAAGGGGAAAAAGGA	autosomal
GAAGTTGTGCTGTGGGCATCAGAATCTGCAGGGCAAAGAAGAAATGCAAA	autosomal
AACCAACCCTCGCTATTTATCATACCTCAGATTATGTTTTATGAAGCTGC	autosomal
AGGGCTCAGTTCCAGCAGCTGAGTCCTTAGGGTAGAGGACAGCTCTTCTA	autosomal
CCCGCTGACCCCCCCGGCCCCGCAGGGACCCCTGGCGCAACATCTCGGCG	autosomal
TCCCAGAGGAAAGCCACCTACTTACTTAAGTCTTCGTCTTCATGCTGAGA	autosomal
CCCCTCGGGGCCGCTCTCGCGAGATCTGGGAGGAGAAAAAAGGGTTAAAA	autosomal
CTGTTGCCCTAAAAAGAAGTGAGACATAGGAGAAGTAGATGCCTATAAAA	autosomal
ATATCTCACCTGCAGAAGAGCCCAGGTAAGGACACGGTGACCAGCAGCTC	autosomal
GGATTTGGATTTGGGCAAATAAAGCCTGAGAAGAAGAAAACACATTTTAA	autosomal
CATTGCTGTGGCATACATTGCTGTGGCACACATTGCTGTGGCACATGCCA	autosomal
ACACAGGGAACACAGGGACTGGGAACTCTGGGAACACAGGGATTGGGAAA	autosomal
CTGGGAGGGAACTGGTTTATACTGGGTTATACTGGGAGGGGTCCCGCCCC	autosomal
GATCCATGAAAGTACTGGGAGGAGTGTAAGTGTGGAAAAGTGGTATTTAC	autosomal
AGGATTGGATTTTTTTTTTCTTTAGGCAGAAGCTCAGAGAACAACATTCA	autosomal
ATGGGTTGTTTCCATCTCCTTGCAGTGGCTGGATTGCAGCGATTTCCTTC	autosomal
GGATTTGTGCTATGGCTGCGTGTTTCTAGAATGAAAAAATCAGAGATGCA	autosomal
AAGATGGCAACAGCAGTCTCAGTATCTGTGAAAGCTGAGTTTGGAAAAAC	autosomal
CTTGTAGTCGGAGCCGCCGAACAAGCTGCGGGGACACGGGCACGGCTGCA	autosomal
CATCCCAACAACCAGGGCTGCATACCCAACTCACGTTGCTCCTCGATGTC	autosomal
TCCACTTGCCCATTTCATTTTGCAGGTCCTGCTCCTGAAGCCATCACAGA	autosomal
CCGCCCCGAGGGGCCCCGGCCGCACCTTCGAAGTCGGAGAGGATCCCGTC	autosomal
GTGCCCACTGCCAGCCCCCGGAGTGGTGAGTAGCAGGTGGGGGGCACCGA	autosomal
CATTGGTACTTGTCCTGTCCTACAGGGAAGCTTGCATCTCACCCTGTTCC	autosomal
AAAAAGAATCAATTGCCAACCCAAGGTACTTTAATTCATTCTATTATTTG	autosomal
CCAGCGCTTGGTCACAGGTCCTTACCTGGGTGTGTTTGGGATAACCCATC	autosomal
CCAGGTAAATCACAGTCTGTTGTGCAATTTGTGCTGTTTCTTTAGATACC	autosomal
CTTCCTGCTGTCTGGGGAAGCACTCCTGCAAAAACAGAGGCAAAATTTAA	autosomal
ACCACAAGGACCCTTTTCCGTTCACCTGCAATGAAAAAACACAGCAAATC	autosomal
ATCTGGTGTAATTTTCTTGTTACAGATTCAGAATATGAACAACATAATCA	autosomal
AAACGTGTAATTTGTCAGAGGATACCTGTAAGGAGAAGAAAAAATGTTAC	autosomal
ACCTGCTGAAACAGCAGGACTCCATCTGGGGGAGAAAAAGGAGCAAGCTA	autosomal
CCTCCCCCGTGTCCCCAGGCCTCACCTGAGCGATGGCCTCGGCCAGGGGC	autosomal
CCCAGGTGCCCCCAGGTGTCCCCACCTTCAGCCACTGCTTCTCGGTCAGG	autosomal
AAAGTTGATACAAAACCCCCAAAGTACCAGTTATCCAAAAAAGCCATGTT	autosomal
AACAAAAATCAAAAAATCCCTTTACTGACCTCCAAATATTTGATGACAGA	autosomal
GAGGCTGCTGGTGATCCCCATGGAGGGCAGCCACTGGCTCAGCATGAAAA	autosomal
CCTGCGGTGTCCCCAGCAGCTCCAGGTAGGCGCAGGCCGCTCGGGGGACC	autosomal
ACCTCCCATCTCCATGAACTTTGAGGTGAGTACCTGTCTGCCTTTCAGGA	autosomal
AAAAAAATCTTGAGTCTGCAGTTACCTCCATGTTCAGCAAATTTTGGGTT	autosomal
GCATTTCCTTTTCCTTTTTCCTTAGCAGTGAAAGTAAAGCTGTCCAAGAA	autosomal
CCGAACAAGGATTTATATTCCTTACCTTGCAATTTTTCCACCAGTATTTC	autosomal
ACCAAAGTATCTGCTGCCATTTCAGGTAAGACATGTTCTACAGTGCTCTG	autosomal
CATCTGCTCCCTGCCCCATACTTACCCATGTGAAGAGGGCAGTGAGACTC	autosomal
GTGCGAGAGCAGGTGGGAATTCTTGCTGAAGCTCTTCTCACATTCCAAAC	autosomal
ACTGACAGGACCCCTCTGCCCCCAGACCAGGTTGGCCTCCCCGATTTCAA	autosomal
CTCAGTGAGGTGCCCCAAGCACAAGGTAAGAATCCTCTCCTAGATTATAC	autosomal
GTCTTTTTTTTCTTTGTTAACACAGATTGGAAACCTCCAGCTGCACAAAC	autosomal
TACTAAAGGGTCTTTGCTTGCTTACCTTAGCTGCAACAGGCAGGGAAAGA	autosomal
CATCCCTCTGGGAACTGTATCAATGGTAAGTGTAAAACACTGCTCTGGCA	autosomal
CAGCTCCACCTCCACTGCATTCTTCCTGCAGGGACAGAAATCTGGGCATG	autosomal
AACATATTCATCAATCACACAGTCTCTAATTAAAACATTTGTTTGTGGGC	autosomal
CGTGTTCCTTGATATAGTTTCTCACCTTTAGAACAGAGGCAGAAAAATTA	autosomal
GACTCTTCATTTCAAATTTGTTAAGCTGCAAAACAAACCAAGGAAAAAGA	autosomal
ACCAAAGAAGGGGTAATGTATGTAGGTAAGAGAGAACTAGTTTTGATCTA	autosomal
AAAGTGGAATGGAATGCTGTTCCCTGTAAGTTTGAACTTCTTGGTATCAT	autosomal
ACTGTCTACGTGTAGCCACACTCAGGTGTCTGATAGTAACAACAGCACCC	autosomal
ACCCCAAATCTTCCAATGCTGTGACCCCAAATTCCCAGTGCCATGACCCC	autosomal
GTGTCTGGGTCCAGGCAATGTTCACCTGTTAAAACAAGACATTCAGAAAA	autosomal
TCTTCTGTCCAAACAGACAATTCTTCTGCAGGAAAATCAAAAATAAAAGA	autosomal
ATGTTTAGAAGCCTGTGGTGTTGGAGCTTGTCGGAATCTGTGGGTGTTGG	autosomal
AGCCACGTTGTCTGTGTCTCCTCAGGTGACGTTATCCGCACGGTTGTGCC	autosomal
ATCTTTCTTTCTTGCTCATAATCAGATGAATCCTAGGCAATGGAGCCATA	autosomal
AGATTTCTGTTTCCCCCTTTAATAGCTGCTGTCCTGCCTGGAGAAGAGGG	autosomal
GCCGAGGTTGAGGCATCCATCCAAGGTAATGGATCTTCTGCTTGTCAGGC	autosomal
GCAACCTGGAATGCCATTGTTCATGGTAAAAATAGCTCAGGATTCAGAAC	autosomal
CTTAAGAGGCATTTTGACCTTTCAGAAAAGAAGAGACAGAAGAAAGTGAA	autosomal
GAGCTGTTCCCTGCTTTTCCCACAGGGAGGTGCGAGCAGACACCAAATAC	autosomal
ATGTGGCCTCTCCCACTCTGCGCAGGTAGGCACCAAACTCCTCGGTTGTG	autosomal
TCCACATGTGCTTTTCTTCCAACAGAATATGGAGCACCTGAAGAAGGAGA	autosomal
CCCCCCGTGGTGGGTCAATGCCGATCTGTGGGGAGGGAGAAGGTCCTCGA	autosomal
CCCAGCGAGCGCAAGCCCAGGGGCCCTGAAATGGAACAAAGGCACAGCTC	autosomal
GCCTGGAGTCTTCAAGGGGATAAACCTGCAACACAAACAACCAACCCAAA	autosomal
ACGGGCTTCACAACAGAGACTGAGAGTAAGTAGTACTTTATTTCAAAAGT	autosomal
TACACAAAAAGCACATGCAGCTTACTTCAGAGGATACATCCTTAGAGCAA	autosomal
ACGCTGTAGGCGCGGCGCGACCCACCTTGCCCGCTCGCAGCGTCTGGCTC	autosomal
GGGAAGAGTTTAAAATTCAACCCACCTTTTCATAATATTTATTGCATCCA	autosomal
CTGGACTCACTTTTTTCACCATCACCTGAAAAGAGAATTCAGTGAGTATC	autosomal
TGGGTCTTGCAGTCAAGTTCAACAGGTAACAAATCCTCTGTCTTTGGAAA	autosomal
ATTCAAAGAGAAAAATTATCTTGAGGTAACATATCAGAGGCTGAAGAAAG	autosomal
CCCTCCCGTGCCCTCTGTCCCGCAGAACTCTCCGGATGCTGCGGGAGAAC	autosomal
CAGCCACTGTGGCTTCCACCACGAGGTTTTTCTTCATACCAGTGGATACA	autosomal
GGCCCAACCCCCCCTGCCCCCCCAGATGTCCTGGCCGGGTACAACGGGAC	autosomal
ATGCCCATCCTCCCTGGGGACTCACCGTGTTGAAGTTGGGGAAGAGGTTG	autosomal
ATTGAAAATCATTGAGATTTTGCAGGTAATAATGAGGGGTGCTATATTAC	autosomal
ACAATGTCTTGGGGGTTTGTGTTGCCTTGGAAACGTGAAAAATAAAGCAC	autosomal
CCCGACCCCCCTTGAGTTTCACAAGGTTTGTGTCGCCAAGGGTGGGTGTA	autosomal
AAACAAGCTGTCCGTCCCAACTCACGTGTCACTCCAAGGGCCGTTCCACT	autosomal
CCTGCCATGGCCGCTTCGTCTTTTGCTGGGGAGGAAAACAACAGAGTTTC	autosomal
ACAAGAGCACAAACTTGAACTCCACCTCCTCTCGGAAAGATGCATCCCTG	autosomal
CTACATTTTGAACTTGCAGACGAACCTATAAAAAGTTGTGTGAGATACCA	autosomal
TGAACGGGAGTCCTTGCTAGACCAGGTAATCGCAGGGCTAGTGAAGAACA	autosomal
ACAATCACAGGTCGAGTGTAACTGACTAATAAACATAAAGGAATAATGTC	autosomal
CTCCATCTCACGTTGAGTTTTCCATGGATTTCTCATTTTTGGGAGTTTTC	autosomal
AAGTTAGAAGGTTGTATCTACTTACATCATCCTGAATATCCAGATCACAA	autosomal
CGTGCCGGGCGCGCTGTGCCCTCACCTTTCCGTACTTCTTGAGGCGCTTC	autosomal
ACATAAAAACATTTCAAGCGAATACATGAAAGTTGATTTGTATTCCAGAT	autosomal
AGTATATTCTCACTGCATTGCTCACCTGATCTTTGCAAAATGGTTGAGAA	autosomal
CCCACAAGAGTAAAGGAGTGTCTGGCTGGGTGCCAGCCTCCAGGGAAAGA	autosomal
CAAACTCCCCAAATCCCCTCCAAACCCCCCAGAATGTTCCCAAACCCCCC	autosomal
AGGCCATGGGAGAGGACCCACGGACCTGATTTGCCTGAGTGTGTCAACCT	autosomal
ATCCCTGTGTTCTTCATAAGCTGAGCTGCCAGAGGGCAAAACACACCAGC	autosomal
CAATTTTCCACAGTCCATTACTAACCTGCTGCTGAGAATTGTAGTCAAAA	autosomal
ACAAGCTCATAGAGATGAAGAGTAGCTGGAAAAAAAAGCAAAACATCACA	autosomal
AACTTCATTCTTCGTCTGTGCAAACCTGTGAAGGAAGCAAAAGGCAATTA	autosomal
CCAGAAAGATACACTGCAGATTTACCTTCACTCCAACTCCACCATTCTTC	autosomal
ACAGTTTCTTCTTCCTTTATCTTTTGCATAGTGTATTGAGTAACTGTTAT	autosomal
GCTGTCCCCTCGGTGTCCCCTCCAGGCCATCATTTACGAGGGGCAGGACA	autosomal
ATAACATCAGCTCATTTAATTCCAGGTTTTCCTCTGGGATATGGATAAAT	autosomal
TTTCAGATTCCCTCTGAAATATTACCTTTTGCAGTATCATAGATCCCAAA	autosomal
CATGGGGTGCTGCTCTGTGGGGCAGGACGAGGAGGAGAACGGCGCCGGCA	autosomal
CCCAACGCTCTCCAATAAGGAGAAGGTACTTGCTTGTTGTTGGAAGATAC	autosomal
CTTCACAAAGATCTGCATTGTTGACCTGAAAGGCAAACAGATGTTTCAGC	autosomal
CATCTGACTGTGCCTCCTAGACTCAGTAAGTGAAATAAGCAAGATTTGAA	autosomal
CTCTTTTCTCTTCTTACTGTCTTAGTAAGTGCTGTGGACACAATGAGAGA	autosomal
CAAACCTCGTGTGGGCAGGACTCACGGTCGTTTTCATCCTGCACTGATGA	autosomal
CCGGAATTGGGTCTGGGTCCCGGAGGCGCCGTACCACGAGCGGCAGCGGC	autosomal
AGGTGAAACAGTTCTGTTAAGTGCACTGGAACTTGAGCTGGTGATCTCTA	autosomal
GGGTATGGCAGCTTGGCACCATCTGCTAAAGGAACAGAGAATCTGCTTGA	autosomal
ATCTCCTGCAACCCCCTCTAATGAGGTAAGTATAATGTTATGTAAATGTC	autosomal
ATCCTTTTTGTAGAACAGCTTGCACCTGTGGAGAAAAAAATAAAACCCAA	autosomal
AATGGTGCCATCCTGTGCCATGCAGCTCTCAGGGAAGTGGTTCCTGGTCG	autosomal
CTTCTTCACCCAATTCTTCTTGTAGGACTTCATTACAGAATTGCTCAGTC	autosomal
CCAGAAAAGGCACAGCAGTGAATACCTCAGCATCGTTGGGCTCTTGGAGA	autosomal
GAGGAGCACGTGACCTGCGTGCAGAGTGAGTGACGTCAGCGATGACGTCA	autosomal
CAACAGCCTACGTTCATCCCTACAGGTAAGTGTGTCCTTGCTTTCCTATC	autosomal
AGAACCACCAACACACTCTTGCCATCTGCTGGGCAGCACAAGGCACGGCG	autosomal
TAAACACTTAAATTGCTCTTTTCAGGATTACCTGGCATCCAGGGGTCTGA	autosomal
TAGCTCTGCGGTTTTTGAACCAGACCTGCAAGAGAGAGAGAGGGAGGGCA	autosomal
AAGGACATCCAGGTCATCGTGAACGGTGAGGGGCTCAGAGCAGCACCTCA	autosomal
ATGCTGCTGAAAGGCCCCAGCTTACCTGCTCCTGTGCCCGGTTCAACATG	autosomal
CTTCAGCATATGAAAACCATTTCACCTGTAACACACAGAAGAAAATCAAA	autosomal
TGGGCTCGATCCTGTTCCCATAGAAGTAAGTATCTATATTTGTGTATAAA	autosomal
TAACTATGGTTTTGTTTCTTCACAGCTCTGCTCTCAGCTACAGCTGTCAA	autosomal
CCCTTGCCAAGGCTTCCCAGGTTACCTTCAGCAGCGGTGTCTGGCTGAGC	autosomal
AGACTCAATTTGGGAACCCCCAGACCCAATTTGGGAGCCCCCAGACCCAA	autosomal
CATCAACAGGCAAAGCTGCTCCAACCTATGAAAGAAAAAGATATTCAGTA	autosomal
GGAATGTGGGTCACCAGGGCTGTGCCCAATGTGGGTCCTCCAGTGTGGGA	autosomal
CACCCGGCTCTGTCACACAGTAAGCCTGGAAGAACAACCCCCAGATCCCA	autosomal
ATTTTCCCCGCCGAGGCGAAGAGACCTGCTAGGAGAGAGCAGTTGGGCGC	autosomal
AGACAGAATCGCTGTTTACGATGCTCTGAAAAGAGGAAACGGTAAGGGAG	autosomal
GCTAGCAAGAGCAATGCCCAATACCCTTCTGTCATGGTTTGACGCTGGCA	autosomal
ACAGTACTGGAATTTCTTAAAATATCTGGTTGTGAGAAATAGATGAGAGA	autosomal
AAACAACCCCCACTGGTACCTGAAGGTAAGAAGCAAGGGGCTGTTGGGCT	autosomal
GAGTCAGACACTGAGAAACACCCACCTTCTTTGGTCTTTGTGCTAGCTGC	autosomal
AGCTGTTCCTGTTTTTGCCTTGCAGGGCTGAGACGGAGAGGGGCCTGTCC	autosomal
ACTTGAAAAGGTGACCAGGAGAATGGTAAGTTGGCCTCTTAACATGTCTA	autosomal
TAACTTTTTTTAGACCTTCCAAAACCTGAAAAAATACAAAGATTGGGATA	autosomal
GGGCCTGCTTCAGCTCAGTTTTGACCTGAGATCCCAGAGAAGAAATCAGA	autosomal
GATTCTTTTTCAAAGGGAATATTACCTGGAGTTTGGAAGTTCAGAGCCAC	autosomal
AATTTATTTTTCTTGGTTTTTACAGTTCCACCAAGTGAGAAGAGTGATGA	autosomal
GTAAACATTTCTCTTCATTTTGTAGGACAGTGAAGTCCCAGAAACAGCAA	autosomal
CTTCTAAGTCTGTAGACATATTCACCTGGAAAATCAAATGGGAGCAGTTC	autosomal
ATCGCCCGCGACTTCAGCGACGGGGGTTGGCCTTGCGGGGACACGGCGGG	autosomal
GTGGTCACACGGTACCCGCTGATGCCTGAAATACGAAGGCCATGTCAGGA	autosomal
AGGCTGGCTGGCCTTGCACCTGTGTCTGGAGGGAAAAAAAAAAGACAATC	autosomal
AGAATGTTTGGCATAGCTTCTTTAGGTAAGATTGGTGATTTATATTATAT	autosomal
GGAAATCTCCAGCTCCATCTGGAACCTGTGGAAACACATGAAGCAGATCA	autosomal
AGCCTTCCATCGTCAGAGTTCTCAGCTGAATTCATGGGAAGCACAAAAAA	autosomal
AGGTGTCCCCTGTCCCTCCTGGCAGGTACAGCAATGACGTGACGTCGCTG	autosomal
AACATGAAGTGACGCTTCAAATGCACTGGGGAAAAGGGGGAAATGTCATT	autosomal
AACCCCCATTTCTGTCTCCCCACAGCTACGCCCGCCGGGACAGCCCCACC	autosomal
CTTCAGTAGAAATTATTAAGCAAAAGTAAGCTGTTATTTTGTTAAACTTA	autosomal
AATGGGAAAACTTGAAGCTGATTTCGTGAGTTTTTAACTTAATACATAAA	autosomal
GGATCAGAGGAAGATATTAGAGAAGGTGCTTATATGATTTTTTTAGGACA	autosomal
AGTGCAGATTCCCGGGGAAGGACGCCTGCAGGAGACACACAGCACTCACC	autosomal
GCGCGGGGCCCGCGGCGGTCCCTACCTCCGTGTCGTAGACCCGCAGGTCC	autosomal
GTCCTCCTGAGCCTGTAATGCCTTCCTGGTGGGAAGCAGAGAGGAGAGCA	autosomal
CTTGTGGGTCAGAGAAGGGCCTTACTTTGCCAGGGAATTGTGAGCCTCAA	autosomal
CTCCCTCCCCAGCTGCAGGATTTACCTTGGCACAGGAGTGAGTGAATTTA	autosomal
CAGAGACTCCAGTGTTTAAACCTACCTTTTGGGAGATGTAAGACTGCAAA	autosomal
TACCACCTATGATTCTTTAACAAAGGTAAAGCAATAACAGAAAAATGGAA	autosomal
AGAGCCCTGGCCAGGCTTTGGGAGAAAGCTGACAGGAAAGTGAAACTAGA	autosomal
CGCCCGCCGCGCCCCGGGCACCCACCTCACTTTGGCCGCCACGGACGACA	autosomal
AGGTCCCCGCGTTCAGTGCAGGCAGGTATCAAACCTCATCAGTGTCTTAG	autosomal
AAACTTTATGTGCCCAAAAGTTTACCTGGTAATGTTGATTCTGAATCAGG	autosomal
AAAAAAACAAGCATTATTAGCACACCTGGTCCTTGATATGCCTGTGGATG	autosomal
CCCCAGGTGACCGCGCTGTCCCCAGGTGAGGTGCGGATGCCCTCGGGCAA	autosomal
AAGAAGTAATTTTCAGAAGAAGTATCTTTCACCATATTGTACAGCAGATG	autosomal
CTGGAATTTATTCCAATATCTGTAGGTACAGAATTTTCCAAAATACCAAG	autosomal
TGGTGCTGATCTCCTGTGGAGAAACCTGTAAAGAGCAAAGGCAACAAACA	autosomal
CCCCCGCTGACTTCTGTCCCCAGAGGTGACAATGAGGGTGACAGTGACAC	autosomal
GCCAGTTTCTGGTATTCTTCAAACACTGAAAGACAAGAATTTATATTTGA	autosomal
GGAACAGCAGCGACGGTGGTGGTCCCTGCAGCCAGACAGACAGGCATAAA	autosomal
GCTCTCGTTACTTCGGCAGAACACGGTAGGTGTTGAAATAAAACTTCCAA	autosomal
ATTCACTGTAACTGGCTGAGTTTGTCTACAGAAGAAATTTATTGGTAAGA	autosomal
GCTTGGGCCTTGTAATAGTTGCTATCTGAAAATACCATACCCATATTAGA	autosomal
GCCCAGGAACAGGGGCAGTGCTCACTCTCAGCAGCAAGGTCCCGGCTGAC	autosomal
TGTGCTTGATGTGTTTCCACAGTTTCTGCAAGCAAAACAAGCAGGGAAAA	autosomal
AAAGCATTTTTAAAACACGACTTACATGTTTCAGATGTCATGGAAACCGA	autosomal
CCAACCATCCTCTTCCTCCCCAAAGGTGAGACGGGGCTGCTGGTGATAAA	autosomal
CCCCAAAATCCCAAATTTCCCCAAATCCCCCCAAAATCCCCCCAAATCCC	autosomal
TATTCTATTCAGAATTTACCTGAAGGTATATCCTGAAAGTATTTTGAAAA	autosomal
GCTTTTTTGCTTTATCCCATTGTAGGAAGCAGTTTGGTTCCTTTCCAATA	autosomal
AGCTGGTCATCCAGATCACTTAGAACTGCACAGAGGGGGAAAAAAAAAAG	autosomal
GAGGAGAGCTGTGGAAAAACTCAAGGTACCTAAGACATTTTACTGCCTGA	autosomal
GCAGTATCTTGCGTCCAGATGAAAAGTACCTATAAATTATTTGATGCATA	autosomal
CCACAACAACAGCAGGCAGAGAGCTCTGGTAGGCAGTGCCAGCCAAGGAA	autosomal
CTGTGGGTTTCCTCAAATGCTCAGGGTAAGTTTAGACACTTCTTAACTGA	autosomal
CCATTGCTTTCTCAATGTTCTTTCCAAAGCGATGAGAATCCTTTAAAAAC	autosomal
CTGTGGTAGCTGCAAGAGGTGGCATCTCCACGGGAACAGTCTCTTTGGCC	autosomal
AAAGGGACAGAAAGCCTCCTCTTACCAGTTCCAACGACAGGGCATGGGAA	autosomal
AGCATAGAGAGCCAGAATCCCTCACAAAACGCCAGCCGGAACCCGCAGAG	autosomal
CCAGAGAAGAAATCCTGTCCAACACCTGTGGGATAAACGGGAGGCACTGC	autosomal
ATCTTTCCAGAAGGAGCTGATGACGGTGAGTCTGAGGCCTGGCTCAGGGG	autosomal
AGGAGGACGGGGAGCTGCCACTCACCCATGACCCGGAGCTCTGTCCCACA	autosomal
CGGGGGTGACTTTGAGAGGGAACTGGTTTGTACTGGGACGGACTGGGACG	autosomal
GCTTCTTAGGGGCAAAGAGACATACCTCAAAGAAATCAAATATCAATTCC	autosomal
ACCCTCACCTGCACCGTGTCCCCGCTCTGGACGGGCAGGTCACTCCTCCT	autosomal
AATGTAATGGTCTCTGTCTTTCTAGTACATGCCAGCCACAACAGCTATGC	autosomal
CAATCTGTCCAGCTGCAGACACACCCTGTAAAAACCAAAAAAAAACAAAA	autosomal
TAGCTGTCCAATTCATTTTTTTCAGTGAAAAAGAAAAGAAATTGGCATAA	autosomal
CAGTGCTCCCAGGCTCCATGCTTACCTTCCACAATGCCCCAGGGATAGAG	autosomal
CAGTTCTGCTTGTTGTTTCTTTCAGTATCTTTGTGTCGTTCATCTTGGAA	autosomal
GATTCGCCTTGATGGTTTGCTTTTGCTGAAAAGAAGAGAAACAATTCCAC	autosomal
AATATCCTAGAAGTCAAGTACTTACATATACATGGGCTGTAGCTGTAAAT	autosomal
CATCGCCACGCTCATGGTGGATGATGTGAGTTGAGGCCAGCCCGGCCTTC	autosomal
CCAAAATCGGGTTTTTTTGCCCCAGGACGGCGTACGAGCAGAGCGTGACG	autosomal
ACTGCATTCTCAGTTCTGTTCCCAGAAATTGGGATGGCCAGAGAGGAGGG	autosomal
GGCCTTAGAGAAGAGTTTCCTGGAGGTCAGTGGTCCTGGTGCTGTGCTCA	autosomal
CACAATGAGGCTCAGGGCCACATACCTGGTTCTTCAAGGCCATGGTGAGG	autosomal
ATAAATACTTTTTACATCACTGTAGGAGCAGTACACTGGACTTCAATGAA	autosomal
AGATCCTGACATCGCTGTGACCTACATTGCTCTTCCCATTGCAGCTCCCG	autosomal
AAAGTAGTACTTTTATTGGACATACCCTGTTAGCTAAGTTGTCATCTAAG	autosomal
AGGAGACTCTCCCTCCTGTACTCACCAATCCTGTCCAGCCTGTCCAGAGC	autosomal
TACTGGAACATTCTCTTCCACTCACCTGGTAAGCTTCCATTGTGGAAGCA	autosomal
ACAAGAATTAATTTCAAATAGTTACCTCTTTGAGGCAGCCCATGAAGTTA	autosomal
CGCGTTCCCGCGGTTCCGGCCCGAGGTGAGGGGGGGCGGTTCCCATGGAA	autosomal
CCACCAAATCATTTTCTAAAGGACCCTGCAAAATAATGACAAAATCGTTA	autosomal
GCTGACTGGGTGCCCTTGGTTGCAGTCTGAGGAGGATTTCCTGGAGAGGA	autosomal
GCTGCATATGGATACACAATTACAGGTAACAGTATGAGTGAGCCCTGTAA	autosomal
TCCCTTCTCCTGCTTTGCCCAACAGCGGAAGGTTATGCTGCATTTCAAGA	autosomal
AGCAGGCTCAGAGTGAACCGGGCAGGTTGGGACTCTAAAGGGTCAGACCC	autosomal
AAGTCTTAACAGTTTTATCAGCAAGGTATCCCAGGTCTTTTCATAGAATG	autosomal
GTCCAAGTTGTACTGTGCAAATGCACTACAAGAGAAAAAAAAACAACAAA	autosomal
CTGTGTCTGTGTTTGTGTCTGGCAGATTCGGGCCGGGAGCTGGTGATCAC	autosomal
CGATCAGGAGGTGACACTTCTCATTCTGAAAACACATCACCAAACACAAC	autosomal
CTAATTGTGGCATGTGTATTTTCAGTTTTGACAGCTATTGGAGGCACTGC	autosomal
AGATTCACCAAAAGGGTTTGTGCGTCTATCAAAAATGAAAACATTAAAGC	autosomal
AAAATTTACTTTGCTTGTGTTTTAGGATATAGAAGCAGCAGAAAAAAGGC	autosomal
AATAAACCATGGAAGCCCCACTGACCAAAGGAGCAGGCTGGAGGAGACGG	autosomal
CTTCCTGCCCATCCAGATCCCCAAGGTAAGGGGTACCGGGGGTCTCCCCA	autosomal
CACTCCATGCCAGAGAAGGCATCCTCTGCACAACAGAGAAAGTAAATTAC	autosomal
TTCATGCAGCGAGGAACACACAGTGCTGAGGAGTGGGAAGAGCAGAAAAA	autosomal
ACCAGAAGGAGGATTTGGAGGAGGGCTGGGGAGGGAAGAGGAGAAAGCGA	autosomal
CATTCCCTTCCCCCTCATCCTACAGAAAGATTCACCTGTTCTCCTGAGGG	autosomal
CCGCCCCTTTTGGCCCCGCCCCTACCGAGCTGGCGGAAGAGGCGTGGCTC	autosomal
AATCTTCCCTCAATTTATCCCACAGGGAAGTGCAAGCGAGGCCACCCTGA	autosomal
CATGTACAAAAGGAGCAATGAGTTTGTAAGTACCTGTTCAGCATCTCCAG	autosomal
GGTGTAAATCCCGGTGAACGTGTACCTGGCACGGGAAATGAAATGAAATA	autosomal
AACACAAAGAAGCTGGCACCAGTCACTGCAATAACAACAACAGGAGAGAT	autosomal
CCCCTCAGCCGGGCTGTCCTTGCAGGTGGAGGCCTTTGTGACATCCCTGA	autosomal
CAGGTGCTGCAGCAGCGCGCTGGAGCTGCGGGACAACAGCACTGTCACAC	autosomal
GCCTCCCTTCCTCTCTTCAGAGCAGGTCTGGCACCACTGGCTCGTGTTTA	autosomal
CATGTACTTACTGTTTGCCTTTTAGGCGTTTAAAGCAAGGATAAGCAGCA	autosomal
AAACACATTACAGGAGTCAAGTTACCTGGGGTTGATCGGACATTTCCATC	autosomal
ACGGGGTGCTGCGGGGCCACTACCGGTGAGTGCAGGGCCCGGCCGGGCTC	autosomal
CCATTCCAATAGCCACTGCTAAAACCTGAAAACAAATAAATTGATAATTA	autosomal
AGAGGCTGCCATACTGGGGGAGGGGGTTTCCCTGTCACACTGTCCTCGTC	autosomal
CCCGGCCCCGGCCTGCCCCACTCACGCTCCACGTCGTGCAGCTTGGCCCG	autosomal
GCTCATGAGCCTGTCAATTCTCCAGTGCAGGACCTGTGGACCTACACCGA	autosomal
GTTTTTCTGTCTCTTTTTTCCACAGCCAAATTTTGGTGCTTCTTTACATA	autosomal
GGAGCTGACCCCCACCCCCCTGCAGAGCGCCCGGCCCCCCGTGCCCGGCC	autosomal
AGAACTCAAACTCTATTTTGCTCAGGTAAAAAAAAAGCTTGTTTGGATTA	autosomal
GAATTGCCGGAATTTTGGGATTTACCTGTTGAGGAACTCGATGATGGTGA	autosomal
CAGTGCTGGCCATTGCCCCTCCCAGACCATGAAGGCCCACGGCGTGAGGA	autosomal
GCTGTTTTCTATTGTTGCTTTTCAGTTTGAGGAAGAATTCATAGAGACAA	autosomal
AGGAAGGAGACTTTTTTTCTCACAGAGTGGCTTCTGGTGTAGACCAGGCA	autosomal
AACAGCAGAAAAAGATAAACCATACCTATCTGAAAGCAGAAAAGGACAGA	autosomal
AGCCCCCCGTGCTGGCCGTACTCACCATGGCATGGTGCACCAGGTACTCC	autosomal
GAACACAGAGCAATGAGAACAGTACCTTTCTTCTGGGTGTTACTGATGCA	autosomal
GAGGAGCCCAGTGACAACTCCAACTGTAAGTTCCTGAGCTAATGAGCACA	autosomal
ATTGCGCATAAATTGTCTTTGCTAGGTGGTGCGCATGAGGGTCTCCAGCA	autosomal
ACTGGAGCTACCAGCTGCTGGTGCTGCTGGAAACCCCCCCCGGCGCGGGC	autosomal
ATAAGAAAGCTGGGTCACAACTTACCTCGATCTGTGTCATACAGGAAAAC	autosomal
CATGACAGAAAAGATACCAGCTCACCTGAGCTCAGTTGATAGATCCATGA	autosomal
ATAATTCCTAATTTTAATAATCCAGGTTTATAGGTACTGGCATCAAAGTG	autosomal
CCGGTGCCGAGGGGCGCTCGGCCCGCTCGGGCCGCGGCTCCCCCGGGCCC	autosomal
CACCATCCCTGCACAGCCTCCTCACCTTGCTGAGTGCTGGCAGGCCCGCC	autosomal
CTGGCCTTCTTTGCCAGGATTTGGGGCAGAGCTGGGCTCTGTGGGGTGGC	autosomal
AGGCGCTGCTGGTCGGGGGGGATCCCTGCGGGACACAAGCACCGTGCTGG	autosomal
GTAATGAAAATTTGCTTAATTTCAGGCAGATGTGTGCCATGCGTACCAGA	autosomal
GGCATATGGCGACCAGCTGCTGCGCCTGCGGGACAAAGCCGGGGATCAAA	autosomal
AAATTGATGCCTTTTTCAGGGCTACCTAAAACAGAGGACAGACAAAATTA	autosomal
GCTCTTTGACTTGAAAGTGTATTTTCTGTAAATTAAAAACATGGCTATAA	autosomal
GGGATTTTGGGGGTTTTTTCCTCACATTTCTGCTCCTCGGAGCGCTGGGA	autosomal
CAAAACTCATTGTCTCAGGTAAGTTGTATGTATATTATTCATAGAATAAG	autosomal
CCTGACCCTTCCCCTCCTCCCCCAGTTCGCCATCGGCTCCTTGATGGACG	autosomal
AAGGCCTCTGCTCTATGACAGTAATCTCCCTCTCCCATAGTAAGAAAATG	autosomal
ATGAGCCAGCCACAGCCAGGGGTACCTTGTGTCCGGAAGGTCTTGCCGCA	autosomal
AATGAGCTGTGTCCTCTGTCTGCAGGTGTTCCGTGGACGCTGCACACGTG	autosomal
ACCATAAAAATCATCTCCAGGGCCTCTGCAATGAGAACAGACAGGAGGTG	autosomal
CAGTTTTAGCTCAATGAATACTTACAGTCTCACTGTCACTCAAGGGTTCC	autosomal
AGTTGTGCTCGTCTTTTAATTTTAGGGCATCTATCGTGTGAATGGAGCCA	autosomal
ACTGCCATCTCCAAATCATACCAACCTCCATCCTCTTAATTCCCCCAACT	autosomal
ATGATGCGTTTTCTGACTTTTGCAGACTGGCTATGTGATTTCAAATAGCA	autosomal
ACTGGGTGGGGCTTCCAAAAATGAGGTGGGGCTTCCAAAAAATGAGGTGG	autosomal
GAACCATATGTCCTTCTCTTTCCAGGTCTGGTGTGTCCTCTGGAGGTGTC	autosomal
ATTAATTTTGTGTTTATTTTGACAGTGTGATGCCATCAGTGTTCTGGAAA	autosomal
CCCCGCGCAGGGCGCCCGGCCTCAGGTCAGCCCGGCCCCGGAGCGCTCCG	autosomal
AAAACATTTATTTTATTATATACAGGTATTTGGAAGAAAGTATATCCGTC	autosomal
GATGATTTTCCACTTCGTAAAACGGGTGAGTTAGCGTTGTTTATTTGAGC	autosomal
GAGAATTTTTTTTTTTTTTTTTCAGAAGGATTTGGCAGGCCCAGCAGTAC	autosomal
CGCATCTCCTTAAACCTCGACACAGGTGAGAGGCGGCCCGGCCCGGCGCG	autosomal
CTTCCCTCTGCCTGTCATGTCCAAGGTAAGCAATGCTATTGCAGAATTCA	autosomal
CCCACAGCCACGCTCCTCCCCCTACCCCGTTGTATCCCCATCGTCGCCGC	autosomal
AATGCCTACCAGAATATGCTAACAGGTAGGGACCTTCTGAAGGGACCCCA	autosomal
AGGGTCAACCAAAGAGTTCTTCAGAGTAAGTTGGCGCGTCCAATAGAGCA	autosomal
ACAATAATGTGCTTTATCCTGGCAGATTTGCAGAGTGCCAGGCACAGGGC	autosomal
GATGCAAAACTGGTTTAGAAAGTACCTGATAATTTCCTTTTAAACTTCCA	autosomal
CCATTCCCCGTTCCCGTTCCCGCAGGCCGGGACTGCCTGGGCTGTGCCCA	autosomal
AGGTGAATGACTGTTGTCATTTCAGAGCTTTCCCAGGGGGGCTGCATGAG	autosomal
CACTACTACCAGACCAGACTTTTACCTCATCTACTTGGTGCTGAGTTTGC	autosomal
AAGACATTTCCTTGAAGACTCCTACCGTGTGAGCAGCAGCTGAAAGTGGC	autosomal
CCCTGCTTTCCCTTCTTCCCTCCAGTTCGTCGTGGATGCCTCCAACCCCA	autosomal
AAAATACACAAAAGAACTCATACAGGTACGGTAACCTTCTCTGTCGCTTT	autosomal
ATGAACTTTGTGTGTTCATTTAAAGATACATGGCAGTATTATGCCACTCG	autosomal
AGTTCCACGTGGAGAGCAAACCCACTGGGGCAAACACACAGTTCCACGTG	autosomal
AAAGAAGAGTGTGAAATGATCTCATCTGTAAAAGGAACAAATGCATATTT	autosomal
GGGGCAGGACGGGACCAGGGCTCACCCAGAGCCTGCAGCACCCCGCTGAC	autosomal
ATCGTAGGAAAGACTCATCAGCTCCCTGGAAAACAGCCACAGATGACTCC	autosomal
AAGTTCTTTCCCATGTTTTTTTCAGATTTTAACGGACAACTCCCCCAGTG	autosomal
GATGGATCCCACTTTTGTTTGCACTGTGAGTATTGCATTGGTTTTATTGA	autosomal
GCAGTGGGTGGAGAAAACACGGTACCTGCGTCATCTTCTCTCTGTTGGCC	autosomal
CCAGGTTGGAGTTGGCCTGCTGCTCCTGGGTAGGGAGAGGGGAGTGAGGG	autosomal
ACTTCCTTTTCTGTGTTTAATTAAGGGTTACTTGATTGGTAATCACTTGC	autosomal
GGCTCCAGAGCATGAACTACGAGAGGTAAGTCTTTGTTTTGTGGAAACAC	autosomal
CCAAGTCTCTTTGTTTTCATTGCAGTGCCACAAATCTCAAAGCCACTCCA	autosomal
CCTGAGCAGTATTTTGTTTCTTTAGGCTACTCTGAAGATGCTGTTGGATC	autosomal
CAAATATTAATATGTCTTTCCACAGGCAACATGCAAACTTGGCTGGTACA	autosomal
CAAAAACCGGCCGCTTCCAAGAAAGGTAAGGGGCAGCGGCAGCTTCCTTG	autosomal
AATGAGTCGGAGATTTGCAGCAATACTAAAATAAAGAAACAGTACTTAAA	autosomal
TCTCCAAGGCCCAGCTTCACACCCCCTGAAAGAAGTGGAAAAAGAAAACA	autosomal
ATGTTTTTCTGCTTTACTGTTAAAGGTTCATGCTACGCACTTACCTATAA	autosomal
GCCTTCTTCTGCTGCTGGGCCCCAGGTGAGCAGAGAGTTCCTCCCACAGC	autosomal
GCCTCCTGATGCCCGCAGCCGCATCCTGTGCAGGAAGGGAGGGTCAGACA	autosomal
GAGCGGGGCTGACGGTGTCCCGCAGGAATGGGCGTCTCCACGGTCACGGC	autosomal
ACTCAACTGCCAGGCCTGCCCAGCGGTGAGTGGGGCAGCCTGGGGGGAAT	autosomal
GCAGGGCACCAGCACTGTCACTTACTGGGGTTATGGCTCCACAGACACCC	autosomal
CAGCAGGTAAGAAGCTAAGATGGACCTTTGAAAAGAGGAAGAAAAATAGA	autosomal
AGAAGGAAGATAATGCCACTCTTACCATGACACTCTTCACATAGCCAGCA	autosomal
GCACAAGATAAGTGAATCCTCGAAGGTTCGTACGATTTGTGTCCCCTGCC	autosomal
ACCTCCCCGTGCACATGGCAGCTCTCTGCTCAAGAAAGATACAGGGAGGT	autosomal
TACTAAAAATGCCTTTAATTTTCAGATGACTGCAAAATGGAGGTGGATAA	autosomal
CTCTGAATCTTGCCCTGGTATCCAACTGAAAATTGAAGACAATATATTAA	autosomal
CAAATCATTGAGTGTTTTCGATCAGGTAGGAAACCATGCCTTACCCTTAA	autosomal
CAGAGGCAGTGACATTAGTTGGTACCTGTATGTAGAATGGAATTCCTGCA	autosomal
CCCACGAGCCGCTGGGGGGTCGCAGGGGGGGAAGGAGCACCTGATGCGCG	autosomal
TATATATGAATCCAGAGGTGTTTACCTGAGCTGGATAAATCCCCAAGGAA	autosomal
ATCTTGTTGTGCCTCTCTTTGGCAGGTCATGCTCCTAATAGACATTGAGC	autosomal
GATATATGGTGACAAGACTACTCAATTAATTAATTAGAAGCCTTGGTGTA	autosomal
AGCACTCAGTAACACTTTAGCTGAGCTGAAAAACAAATAAACCAGCCTTC	autosomal
TCCATGTTCTCCAGGATCCTGGCAGCTGCAGCACACACACACACTCTGCA	autosomal
CTGGCCCGCGGCCGCCGCCCCTCACCTGGGCCGCCCGCCGGCAGAAGAAG	autosomal
AAAGGAACGATCCCTTTCATAAGTGCTAGAAATAAGTCACACAAAAAAGG	autosomal
CCATCCCAGTTCATCCCAGTACTAACCAGTTCCATCCCAGTCCCTCCCAG	autosomal
AGGTGCAAACTGGCCACGTACTCATCTGGGAATGGGAACAGGGAAAACGG	autosomal
AAATTAGTCATAAGGCAGTTTTTACCACTTGCAGTCCTGTATTCTGGTGC	autosomal
AATGCAGCTAATGTGGGTTTAGCAGGTATGTTTTTCTGTCAGATAAGTCT	autosomal
GCCCCTACTGACAAAATGCCCCCAGGTGAGGTGCGGATGCCCTCGGGGAA	autosomal
CTTTCTTCATGTCTTTCTTTATTTCCTGCAGAAGACAGGTAGAAAGGGAA	autosomal
CCTCGCCGCGGCTGAGCGCGCTGACCTTTCCCGGCGCTTCCCGGCCTTGC	autosomal
CCAAGATCTGGGGCTGAGGCCTTACCCTGAGCAGGGGCTGGTGATGGGAC	autosomal
AAATCAAGTTTCCAAGAAACTTTACCTTTTACTCAGGCCTCGTTGTGGAG	autosomal
TTCACCTTGGGTACTGTTCAGCCTCCTAAGGCACAAAGGAAAAACAGCAA	autosomal
AACAAATGATTCGTTTTCCTTTCAGACAGGACTGATGTACTGGCCTTTTG	autosomal
AAAAACTCTTTAAGAAACGGCTTACCAGCATTTCTTCAGTGGCTTGCTGT	autosomal
ACGTGCCCCAGGAGGAGGTGCCCGTGTGAGTGGGGGTCCTGGGGGGTCCC	autosomal
CAGGGAGGGTGAGCAGTGCACTTACACCACACACTCGTAGCGGTTCTCTC	autosomal
GGCACGTCTCACCCATGGGTGCAAGGTGAGCAACTGGTGAATGGTAGCCC	autosomal
CCAAAAGCACTTTAAAATTGCCTACCTAATACTTGCTAATAAGAAGAAGG	autosomal
CTTGGAACAAGAACAGAGCCAGCATCTTGGGCACCGCCGTGGTGGGGAGC	autosomal
GGCATCATCAGGACCGCCACCTAACCTGTAGGAGGCAAAATAAGTAATTA	autosomal
AGCTCTTCCTCAACATGTACAATGGGTGAGTGCTCCAGGCAGCCCCACTG	autosomal
CCCTGCAGTCCCACCTGAAACTCACCAAGCAGGAAAGATCCAGTAGAGAC	autosomal
CAAAGAGTGGACCAAAAAATGGAACCTGAATAAAAAATTAAGAAGTTCAA	autosomal
GCGGAGCGGCGGCGGCGCTGAAGATGTGAGTGCGGGGCGGGGGATGCACC	autosomal
ACAAAAGACATTTACTATGTCTTACCTTGCTCAGGTCCCTCTTCATCACT	autosomal
CCGTGGCGGTGCCCGCGGTCGGTACCTGCAGGGTGGACGTTGTCATCGCA	autosomal
CTGATAAGATTTGCCTGTCTGTCTCCTGGGGGAGAAAACCACGGGATTAA	autosomal
CAGGAGCCGGGAGCTGCGTGCAGAGGGGCTCGGCAGTGCGGGACACCTGC	autosomal
CCCAGGGTGCTGCTGGGGTGCTCACCTGTGCTTGGGCTTTAGGCCATAGA	autosomal
CCTCCAGCATCCTTCGGGAACTCACCTGGCTTCCCACAGTCCGCACACAA	autosomal
GGGACCCCTCTGGCCTCGGGCATGGGTGAGCGACCCCAAATCCTACAGGA	autosomal
AACAGTATACAGAAGAGTTTAAAAGGTGAGCTTCTTTTTATAGGTAAAAG	autosomal
CAGCTCCTTGTGGAATCTTTTCCAGGCAGCAGCTGCCAACAAACGCCTCA	autosomal
AGTCCCCCCTGCCTTCTGCCCGCAGGTGAACCGGGAGATCGTCTGCGGGC	autosomal
GTTTTTTGCAAGCTCTTGACAAATTCTGTGAAGGAAAGTTTGGAAGATAA	autosomal
GTTAATGTGTTCAAAAACATACTCACTGAAAAAGAAAAGAGAGAAAACAA	autosomal
AAGAACTAAAATTTTAAGATTTTACCTTTTCCCAGTGGGTGAATCTTGGC	autosomal
CACTGTGATTTTTTTCCTTGAACAGTAACAGTAGCTGATTATATATCACG	autosomal
ACAAGTCGTCCCTGTTAGGAAGAAGGTGGGTGCTGCCCCTTTCCAGTTCA	autosomal
AGCCCCAGGAGAAGGTGGCACTCACCCCCTCGGCCGCATCGATGAAGAGC	autosomal
GGGCCCCAGCGCTTTTGTGTCACCCCTGGGGAAAAACACAGAGAAAAGAA	autosomal
CCCCCTGAGCCCCCCGCTGCCCCAGGTTCAAGGAGGTGTCGGCGCGGAGC	autosomal
CTAATGAGAGTATCTTTAATTACAGAAGAAGCACTTGGCTTCATTAGCAG	autosomal
CAGATGCTGCCAAGAATCCTGTCAAGTAAGCATTTACTACTTCATCTTTC	autosomal
AATATCCATTTGCTTGTTTTTATAGCACTTGTGCCTATGGAAAGCTGAGC	autosomal
GGAGGATTTCGTGGATGGGCTGCAGCTGCAGGGAATGGAGATGGATGGCA	autosomal
GTGGCATTTTCATGGCTTAAGAGCTCTAGGGAAAAACAGAGGCTGCTTTA	autosomal
GTACATTCCCCTCTTTTGCAAAGACCTAAGAAAGAATGATAAAAAAAATA	autosomal
GATCTGCCCTCGTCCTTTTCCTGCACCTTCAAACGAAGCTCTCAGTTAGC	autosomal
CTTTCTACAGCCCTCAGTCTAGCAGGTAAGGCAGTGTAACCCTCGTACCA	autosomal
CGATGGCAGCTTTCAGGTTTGCACACTGTGGAACACAAAGTTCTGCTCGA	autosomal
CCAGGAATTCCAGGTGACAACACCGGGAATTCTGGATAACAACACCGGGA	autosomal
AGACACCAAGGAGCTGGAGCCCCTGGTGAGTGCCTGGTGGGGCTCTCAGG	autosomal
CAGCATCCTGCTGGAAAACTCCTACCTTCAGAGACTTCAGTGTCTGCAGC	autosomal
CAGCCCGCAGAGCCCGGCGTCACGCCTGCAGTGAGAGCGCGGTCAGTGCC	autosomal
ATGGACAGGGTAGGGCAACGCTTTTCTGGAAAAGGAAACAGAGACTTATG	autosomal
CAGAGCAGTAACATGAGGGCAGTACCTTCTGGCTTGAGTTTCTCCAGGAA	autosomal
GAGAGTGTTTCTTTATGCATCTTACCTCCTCCAGCTTGGTCTGTTTGCAC	autosomal
AATCACTATTCCATCCTTGTCTTACCCAGTCAGCATTTTTCAGTTCATCA	autosomal
CTACATAAAATAAAATCATCCTCACCCTGCTTCAACTTCATCTGTTTTCA	autosomal
CAGAGAACTTTGTGAAGAAAACCTGGTATGTAATTTTTTCTACTAGATAC	autosomal
CCCCTGCGGAGTCAGCTTGCGGCCCCTGGGCGGGGAAAAATAGGGAAAAA	autosomal
AAACGACGGGGCTTCAAAAAATTCAGTAAGTGGCCACGGGACAGGGTGGG	autosomal
ACGCGGGACTTGCTGAGCAGAGGCACTGCAGAGAAGGAACACACAGGCAA	autosomal
GGCAGACGGGCCGGAGCGGCGGAGGGTGCGGGACGCGGGGAACGGGCCCC	autosomal
CAAGGGCCGGAGCCCACAGCTTCCTCTGCAAGGAGAAAGCCATTTCCATC	autosomal
AGTCCTGTTTTGCCTATTTTTGCAGGGTTGCCAGATGACACCATCAAAAT	autosomal
AAGTTTTTTTCCTTTCATTTTACAGGAGAAAAATGGCTCAACTTCTTGCA	autosomal
CTCCCAGCAATTACTGGAAAAATACCTGCCAGCATCTCGTGCATCACTCA	autosomal
GAACATAATGCCAATAGGTACATACCTGTGTAAATGAAAAATTGGCTGTC	autosomal
GTCATTCTCAGTGAAAGAGGAGCAGCTGAGGAACAATGGAATATTATTAA	autosomal
ATCTCGTGTTGCAGAAGAGGAGGAGGTAAGGTGGGGAATTAATTATTGTG	autosomal
ACAAGAATGTGTCCCAGAAGGACTGGTGAGTGAGTGTGAGCAAGCAGCCT	autosomal
GCTATACTTCCCAAACCATCAGCTGCTGCAAGGAAGTAAACATGCTGTAA	autosomal
AGCCAAGGAATGATGAGGTACTCACTGATGAATTGCTCCGGGCTCACAAC	autosomal
CTTTGCACAGCTGATTTAAATCGAGGTAGAATCCTGCTTTATAATTGCCA	autosomal
CAGCCCCTCCTTGCCCTCACGGCAGGTGACCAATGTGATCATGCCTGTGC	autosomal
CCTTCCCCAGCCCAAGCATCTGGGACTGCCCAAATGAAATTCCAACACAA	autosomal
TCGGCTGATGGACAGGACCCCTCAGGTAACAGGAGGGCAGCAAAGCCTCA	autosomal
AGGGAGGGTCTGGGGGTTGATGTTCCTGCGTGGACAGACAGGATTCAGAG	autosomal
CCAATGCTGCCTTTGTCGTGTCCAGAAATGAGCTGCACCATGGAGAAGGC	autosomal
AACCATGCTTGTTTATTCTTTTTAGGACTGTGACTCTAGACCATGCAACA	autosomal
CTGGACACCGGCAGCGCCCCCAAAAGTGAGGATTTCTGCCCAAAATCCCC	autosomal
CGAAGTAGCGGATGCTCGAGTCGCCCTGGGGACACGCCGTTAGGGGGGAC	autosomal
AAATTTCCTCTTGTCCTGCAAACAGGAGGAAGAGCTGGAAAAAATGAGGG	autosomal
GGACACCAGGGCTGCACGGCTCTACCTGTGTGTTATAAACAGCCACATCA	autosomal
CACCCGGACCTTGATGAGGTGCAGGCTGTGAACAACAGCAAAGGCTGGCA	autosomal
CCTAGAAGACTTCAATGAAACCCAGGTAAGGGTTCACTTACTAATCTGGA	autosomal
AGCTGACTGCACTCACAAGGGATGCCTGTGAAATCATATAGATGCAAACA	autosomal
AACACGTACGAAACCAACCCCAGCCCTCCCCACCCCAACCTGACCCCCCC	autosomal
CACCAGGACCCACCCCACCATCCGCGTGAGTCCCCCAGTACAAACCAGTA	autosomal
CCCGAACCGTCGGCGGGTCCCGAACCGGCGGCGGGTCCCGGAGCGGCCCC	autosomal
CCCGTCCCCGACGCCTTGCACTCACCGGACCGCCCGCAGCATGAAGTAGA	autosomal
ACTCTTTCCCATCGCTGAGAAATCCATGGAAAACTCGCGGTGGGATGGAG	autosomal
AACGGGCAGGGCCTGCTGCGGCTCCGTAAGTACGGACCACCCTCACCCTG	autosomal
CTCCCAGCAGAGAGCTCGTGTGGATCTGTGACGAGAAATTAATGTCAGGA	autosomal
CCAGCAGCCACACACCCCTACTTACTTCGATCTGAGGCATTCAAAAGAGC	autosomal
ATCGATTTCACAGTTTCCAACAAAACTAAAACAAAAAACAAAGTATACAT	autosomal
CTAACACGTTGATTTACATTTTCAGGTGTCAATGGTACTCAGATATGCCC	autosomal
GCTGCTGAACCTCAGCGACCGCCAGGTGAAGATCTGGTTCCAGAACCGCC	autosomal
CATCTCTGAATCGCACCCAGTTCTGGTGAGTAAAAAAAAAACAAACCCTA	autosomal
ATCCCGCAGCCGGCCGCAGACAGCGGTGAGTGCCCGCGGGCCGGGCCGGG	autosomal
GGCGTCCCGGAGTTCCCGCGGGCAGGTAAGGCAGAGCTGGCGGGGCAGGA	autosomal
ATGGCGGAGGCCGGGTGAGGCGCGGGTGAGTGCCGGGGTCTTCCTTGCCC	autosomal
GAGGGACATTTTTTCATGTACTTACGGTCATTGCATAATGGTCCACTAAA	autosomal
GTGACTTCTTTTTATGATATCCCAGGTAATTTTCACAGCATTTTCATTAA	autosomal
GCCCCTTCCAGACAGCGGATGCTGGCTGCAGGCACAGGGACAGAGGGACA	autosomal
AGAGCCATCCTGCCCTGCATCAAAGGTGAAACCAGTATAAACCAGTATAA	autosomal
AGCGCTCGGCTCGTTTCTGCATCCGCTGGCAAGTCCCAAAATCCCAACAA	autosomal
CTGAGCCCGGAGCTCCAGCACTTACCTTTCCTGCCATTCCCAGCCCCAGC	autosomal
AAATGGGGTCTTGCATTCCATCAATGTGAGTGGATATTTTTCTTCCATTA	autosomal
CAGGTCGAACACGTAGTGGATGTACCTGCCAAGGGGGCGTGGCCTCGTGG	autosomal
AATCCCATTTTTTCCCCGGACCCACATGCCGTCGGGTTTCTGGGCGTCCC	autosomal
AATGTTTAGAAAAGTCCATGTACCTGTAAGTTTCTACATGAAAAGTACTA	autosomal
AAGATGGAGTGGAATGCTGTTCCCTGTAAGTTTGAACTTCTTGGTCCCAT	autosomal
CCCCATCCCGACAGAGAGGAGAGAGGTGAGAGGGTGCCTGGTGTCAGCGG	autosomal
CCACAGATCCCTCTGCCCCACTCACGCAGAGCCGTGGGTCCAGCAGCGCC	autosomal
CCCAGCTCTGCCTTCCATGGGCCAGGCAGCTCCGACGGGCTCTGCTGCCG	autosomal
AGGATGACATCAGAACTTTATGAAGGTAATATCACTGGGAAGGAGGATGG	autosomal
CATTTGCTACTCTTTTTCCCCCTAGGAAACTGTTTATGACAAAGATCAAG	autosomal
ATTGCCTGTGTAAAGCCCAACAAATCTGGAGGACAAACCAAGCAAGAAAA	autosomal
CCCAGTTCTGCTCTTTTCTCCTCAGACTGAGTGCTTCAACTTCATCCGAG	autosomal
GGGAGCCCTGGATGGGAGCCCCGAGACCTCCGGTCCCCGCCACCGATCCC	autosomal
CTAATCTCCTTCCTCCTCTCTCCAGGAGGCAAAAGTGGTGGCAACAAGAA	autosomal
AGAGCCTCCCCACTGACATTGGGAAGTGAGTATGGCCTGTTCTGGCAGCG	autosomal
CCAGTCTTCTTGAAAAATTCAAACGGTAACATTAATTTAAAATTTGATGG	autosomal
GGCTTCTGTTGTGGAGCTGTACTCACTAAAAAGACAAAAATAAATCGTAA	autosomal
AAATTCAGCTTTGCAGGGTTGTAACAGCTGAGGACAAAACCCAGGGATCC	autosomal
ACAGTGGGCAAACAGCTCCCACAGGGTAAGCTTCCTGTGTTTGTGTGACC	autosomal
ACCCACTGGGCTGGTGTTCCCACAGGGTGACATGAAAGCCATCAGAGCAC	autosomal
TCCGGATATTCAAGGCTCTGTAAAACTAAGATACAGAAAAGAGATTATAA	autosomal
AGGCCGCAACCCCAGCATGCACCAGGTGAGTCTGGATCGGGGCAGGGCAT	autosomal
ATACCAGTTGTGGCAACTGGCACCATCAAGTGGCAACATCATTCACTTAC	autosomal
CCTCCCGTCCCTCTGCCCCCGGTACCTGCTCTCCTGGGCGCTCCTCCCTC	autosomal
CCGGCACCCAGGCAGGAGCCCTCACCTGTGCCACACGCTGGTTCTCATCA	autosomal
ACATAAAGAGCAAATTGTTTCTTACCTTCTTGGTTTGCAGCTGATTTTAG	autosomal
GGTGATGTAATTTCCCCTGTAAATAGTTTTTCTTATCCCTTCTGTTGTCA	autosomal
CGCCCGCCCGGCCCCGAGCACTCACCGGCCCGGTCCAGCCCTGCTCCAGC	autosomal
ACACTTGTGTTCTAGCTGACATTACCTTTGTTGCTTGTCGGGATTTCTCA	autosomal
GCCCGAGCCCCGCCAGCGGCCGCACCTTCACCCTGCCGCCGGAGTCAGGC	autosomal
GAGAATTCACATTCCCAGTGCTTACCATGGCCCACTGGCGAGCTTTGATC	autosomal
AAAGCATCCAGTCATCAGTGTCCACACTGCAGCCTTGAGCTCCTGGTTCC	autosomal
AGGATCTCCTCCTCTGTCTCACCACCTGCACAGGGGGGTCAGCACTGGGG	autosomal
ACCTCGGACAGCGCGGGTGGCACCGGTCAGTGTCCCCCGCGGCCGCGGCT	autosomal
AAATAACTCCTTCCAGGTGGCCTCGGTGAGCTGAGCCCAGAGCTGGGATG	autosomal
GCAGTCCAGGGATTGTCTCAATGCCCTGTGATGGCAACAGGCAAAAAGCC	autosomal
CGCACTTTGATGGCATCGCTAGAATCTGGTTCAGAAAGAAACAAGGGCCA	autosomal
CCTGGATTCCACCCTGGGGAAAAGGGTACGGCCTGGGGGGGCGTGGGGGA	autosomal
AGGATGCGCACAGAAGAGCCGGCAGGTACCGCGCCATCGCGTCCCCGCTC	autosomal
CACCCCCACTCGCCTCGCCGCTTACCTGTGGGGAGGTGCCAGGTGCCCGC	autosomal
GCATTGAACAAGTGGTTCTTCTTACCTTCAGCACAGCAATGAATGGTACA	autosomal
CTCTGGGGGATGCAGGGAAACCTACTGTTTAGCCTGGTTGACGTGGACGC	autosomal
ATATTAACATACAGCTTCCTTTCAGAATCAGAAACAACGCCTGCCAAATC	autosomal
GATTAAATACAGCAGGGAGAGTGAGGTGAGAACACCCTGTGGTGAGAACA	autosomal
ACGCATCTCTTTTGTCTTGTTTCAGGTTGAAGAAACTTCTTGAGCAGGAA	autosomal
CAATGATGACTGCAATAAAAACATTCTGGAGAATGAAAAAGAAAGAATGG	autosomal
CCCAGCCCCACTGACATCCCAGAGACTGATCCCAGCCCCACTGACACCCC	autosomal
CTCCACGGTGGGCATCGACTTCAGGGTGAGTGCCCGGGCCTCGGCCCTGC	autosomal
TGCTGCCCAGGACTGCAGTCCTTACCTGTTCCCCTCGGAGGCTTGCTCCA	autosomal
GGCGGATGAAGTTGCCGCACTCCCCCTGGGAAGCGGAGGAGAACGCGTCA	autosomal
GATGACATCCGGTCCATGGCCTTGGCTGAAGAGGAGCAGAGATGGCAGGA	autosomal
GCTGGTGCTCTTGAGACTGGCTCACCTAAGAAAAGACAATAAAAAGTTCA	autosomal
AGGCACAAAGAAGAGGCTGCCTTACCTTTTTGCCTGTGCCTGTTTAAACG	autosomal
AGTGCTTTTTAAAATGAATTTCCAGTTCCAGGCTAACCCCGACTACCAGC	autosomal
TCTGGGAACACAGGGATTGGGAACTCTGGGAACACAGGCATTAGGGAACA	autosomal
ACCTGAGCCAGGTAACCGCACTCACGCTGTGGTTGACAAAGTGCGAGATG	autosomal
GCTCTATCACAACTGGGTTTGCATCCTAGAGGTGGGAAGAAAGAGAAAAA	autosomal
ATATGTGTGACTGTTCCATGTGTAGTTCTTCTCACCTCTGAACCCTGTAA	autosomal
CAGGGAAGGCGCAGAGCAGTCTCACCTCGTTGGTGTTTTGGAAGCTGAGG	autosomal
CTTCCACCTGCTGGATGCCACAGCCGTGAGTATTGCAGCACGTGGAGTGA	autosomal
ATTTCTTGAAAAAAACCCCAATAATCTGAAAGAAAACAAAGCTGCATCAA	autosomal
AAAAGCAGACATTGGTGTGCTGAGGCTAAGCACAGAATAATAATGGTTTA	autosomal
ACTGCATCCAGCAGTATGTGTCCAGGTGAGTGGGGCATCCAAGGAAAACC	autosomal
ACCCCGGGGACAGGATCCATTCCAGGTGAGTGCCTTGTCCACATGGTTCT	autosomal
GTCTGGACTGGCAAAGACTGCCAGACTCCTGCTCTGTCCTCTGCCACCAC	autosomal
GAGGCTGATTTCTCATTTGTTTCAGGAGAACTTGCATTCTTACCCTGCCA	autosomal
CCCGCAGCTGTTGGCCAGTGTGTTCCTGCAAGGGGGCACAAAACCCGAGC	autosomal
CTGTAGATAATCTTCCTGGTTCTTTCTTGAAACAGCAAAAGAGCAGATAA	autosomal
ATATAATAAATTCTGCCATCCTTACCTGTTCAATGCAGATATGAACACAG	autosomal
ACGGACCCCCCTCTCTCTCCTGCAGGATAAGCAGCTCACGGAGGTGCTGG	autosomal
AGTTAAATCAAGTTTCTCTCTGCAGGCATCACCACAGTATTGACCATGAC	autosomal
CAGCCGCCCGGTCAGCAGCGCGGCCCTGCGGGGACAGCGGGACACGGTGA	autosomal
AGTCAGCCCCTTCCGTGTGTTGCAGGTGAACATATCCCAGGCAGACATGC	autosomal
AATCAACGTAAGACATTTCTCCTACCTTCCAGATGGTCATGAGTAACTAG	autosomal
AATTAAGACTCCACCTGCTACCCACCTGACGAATACCAGGGTATTTCTCT	autosomal
CCGAGCTCTTTGAACATATGTGCAGGTAAATTAAGTTCAGAAACATTCGA	autosomal
ATCCTAATCCCAAATAAGTTAAGGTCTGGCAAGAGGAGAAAAAAGAAAAG	autosomal
CCCTGCGGGGGACCGTGTGGCCGAGGTGAGCCCAGTGCTCCCAGTTCCGC	autosomal
ACTGTTTCCTCTGTGCCTCCTGCAGCCATGACTACGAGAAGCCCCAGGAG	autosomal
AGGTCAGAGCACCCACCCTGCGGCACTGAGAAACAAGGAAAGGAGGAAGA	autosomal
AAAAATAGGTCCCCATAAACAAGAGTTCACCTTTTTGGTAGACACTGGGG	autosomal
GGAGGAGGAGGTGGCGGAGCAGGGGGTAGGACGATGCCGCCGCCTCGTAA	autosomal
AAATCCATATTTCTCTCCAATACAGGGGACAATCAGAAGAGAAGGGGTAG	autosomal
CCGGAGCCACCCGGGGGGTACTCACGGAGGCACTCGTGGGCAGCCTCGGC	autosomal
ACCTGCGTCACCTCGTTCTCAGACCCTGTGGGCGGTGGGACACGGTGAGG	autosomal
AGCTCAGAGTGGTGGCATTTGCAGTCTGAAAGGGAAAGCAGGGTCAGCAC	autosomal
AGAAAACACTTTTCTTCTCAAATTTGTAAGTAGCTTTTGCAACTGTAACA	autosomal
GCAGGAACTGCACCAGCTCACTCACCTGTGGGGGAAGGAGCAGGGAAGGC	autosomal
CACCACTATCATGTGTTCAGTGAAGAGGAGAGCAGCTGTGGGAGCTTTGA	autosomal
AATGACGGTCGCATCGACTTTGATGGTGAGCAATGGCCCCAGACAAGCAC	autosomal
AAAGGCAGAGGAACTGGGGATGAACCTTGCAGTTAATGTGGTCCTTGATG	autosomal
GACAGCCGGAACCCCGCGCAGACCGGTGGCTGGCGGGAGCAAAACGGGAC	autosomal
ATTCTCTTCTTTTTTCAACAACTAGGGCAAACCTCCTTACGCTGCTTCAG	autosomal
TCACCAGAGACGTCCGGGACCCCGCGTAAGGAGCACCCTGGGGTGCTGCA	autosomal
CAGCTTGCCCATGGCCAATCACGTGCTGCAGAAAGGAAATCACACCACAG	autosomal
ACTCTGGAGAACACTTTCTTTGGGACTGGAAATGAAAATGCAATCCGTCA	autosomal
ATTTCTTCTCATCAATGATGAGTTTCTGAGGCAGAATATCAAACAGAGAA	autosomal
ATTTTTTCAGCCACACCTGGTCTCCCTGTCCAGAATCACAGAATCAGAGA	autosomal
CACCAGCCCGTGTCCCTTGTGCCACCTGGCCGTGCCCCAGCAGGAACAAA	autosomal
TTAGTGCAACAGTTGCACACCTCTCCTGCACATTTCTCCCAAGTGTGAAA	autosomal
CGGCGTCCTTTTCTGTTATATCCAGCATCCGGACGTCCAACAACAGCCAA	autosomal
ACTACTGTTTTTGTTTTTAAACTAGTACAGGCACTTAAAGAACATATCCC	autosomal
CTAAAATGACCTTTTCCTTCTACAGGCTTGACAGATGGCTCTATGCTGCA	autosomal
AATGACTTTTATTTTTATCTTTTAGTCTCCCACAAAAGCAGTGTATAATG	autosomal
CATGTGCCAGCTCTCTGCATGACAGCTGTGTGCCATCTGTGTGACAGCCG	autosomal
ATTCTTCTAAAACTCTTTTCCCCAGCAAGGCTAAGCAAATGTTGCCTATA	autosomal
ACATCCAAAAACATTCTGATGGGAGGTAAGAAGCTTGCATTTTGCTAGCA	autosomal
CGCTCCAGCACCCGCTGCAGCCTGGGTACGGCCCTGCACCCCCGGGACCC	autosomal
GTGGCAAAGCACAGCAAGGCCTTACCTCTCTGTCCCTGCTAAATCCAGGA	autosomal
CAAATCAGTTTGATTTGTTTCTCACCTTGCGATCTGCTGGAGCAGCACTG	autosomal
AACTCGAGAGCATCAAGGAGATCAGGTATGTTTGCTTTGTGCCCCATCGT	autosomal
ACTTGCCTATTCTTTTGGTTTCTAGGTCCAAGTTTCTGATGGTGAATATG	autosomal
CAGTATTCTAAAGGGTGTTTTGAAGGTAACCCTTTCTCTTTCTTGACTGA	autosomal
CCCCCAGGTACCCCCCCCCCCTCACCCAGGTGCCCTTTCTCCATCAGCGG	autosomal
GTGCTTTTATGTTGGTATTTTATAGATGAATGTAGGACATTGACGCAAGA	autosomal
CTTCCATTGATGGGGGCATTTTTAGGATAATCTTTTTGAATGGCACTTCA	autosomal
CATCATGTTCAGCACCTGGCAGTCCCTGGAAGGGAGGGAAAAACCAGGAA	autosomal
ATCCAGTTTAGAAAACATTTCCTACCTTAGCAGGATATGAAGGTAAGAAC	autosomal
AGCTCGTCAACTTTTGATTTTATTCCTTAAAATAGTTAGATCAAAAATTA	autosomal
CATCACTTCTCTGTCTATTGGGAACCTTTCAGAGAGAAACAAATCACTGC	autosomal
CTGCCCTGACCCAGCCACCCAGCACCTGAATCTGAGGGAGCAGTTCTGCC	autosomal
AGGGGCACCAGTGCTGGGGGACCAACTGGAGGGACAAACAGAGTCAGGAA	autosomal
CCCTTCCTTTGTGCTCCCCTGCCAGGTGCTGTATCCCGTGTGCCATGTGC	autosomal
CACAGCTGCACTGTCTGCAACGCCTGTGAGTGCTGGGATGGGGGGAAAAA	autosomal
CAATTTGGGGATTTGCAGCTGCGCCCTGGCAGGCAGAGCGCTGCAGAGAG	autosomal
TGGCTCTCACTCCAAGTTAGCAAAACTCTTGACACATAACTTTCAAATAA	autosomal
ACCGCGACCTCCCGGCCCCTTCCAGGTGTACGGCGGCATGAGGGGCATGA	autosomal
CAGAGACAGAAGATTTCCATGGACAGTAAGTAAAATAAGCTTAAGTTTGA	autosomal
AATTTGTTTTCTGTCCTCTGCCCAGGACGTAGAAGTGGAGGGTCGGTGCC	autosomal
CCTTGGGCGCCTTCTCCACGATCACCTGCAGGGGAAATTCCCGGAATTCC	autosomal
ATAGCGGAGAGCCCGTTTTGCGGCACTAAAACAGAACGTGTTTAAAACCC	autosomal
CGCGGCCCTCCCGCCCGGGCCCTACCTTTGAGGAGCCGCCGGAAGATCTC	autosomal
ACGATGGACGCCAGGTCCCGCCGCGCTGGCGAGGGACAAAACACGCGGGA	autosomal
CAAATGAAGAGAAATTTATGGGAGTCTAGAGGAAAAACAAAAGCTTATGA	autosomal
GCAGAAGATCTTCACCTTCCTGAAGGTGGGTGCTATGGCAAGGGGAGATA	autosomal
GTTGGAGCTCCTTGTACGGGCACAGGTACGGTACTGGGGCTGGGGCCGCA	autosomal
CTGGGTCCCTTCTGCTGTTTCTCACCTTTGGAGGTTCTTTGTAGGGTTCA	autosomal
CTAGTACAACCTGCTGCTGCCTTACCAAAAACGAACATGCTGCTCCCGTA	autosomal
CCCTCCAGAATTCCATACCAAATACCTAGAAACAAGAGAAATGTCAACAA	autosomal
ATTGTATTGCTACTGAGTACATTCCCTTAGTTTCTTTAACATGGCTTTCA	autosomal
CCCGGCTCCTGATAAGGCTCCGGACGCGATAAGGGCAGGAGGCGCTGCCG	autosomal
CAGCCCTGCAGGGCCCAGCACTCACCATGTTCATGACGGTCAGCACGTAC	autosomal
AACCCAAAGTTTGCTGTACAAATACCTTAGGATTCTCATGGTCAAGAAGA	autosomal
GATTTTAATATTAATACTTTTGTAGTTTTAGTCTGCCGAAGTGTGGTAAA	autosomal
CCTCTTTGCTAGACAAGCCTTGCAGTGAGATATCTGGAAATACACATTTA	autosomal
CCCGCGGCCCCCGGGCCCCGCTCACCTCGTGGCCCGTGAGCAGCCGGTAG	autosomal
GGGGTGGCCGGGGCCTTGAAATATCCTACAGAAGAAAGAAATAGTTTTGA	autosomal
AACTGCTCTGAAGGCTGATTTCAACCTTGCAAAAATGAGAAAGGGATGGT	autosomal
CTCATCGAGCTGTCCCAGCAGATCAGTATGTGGTGGGGCAGCAGATGCCC	autosomal
CAAGGATTTCATTGTCTACTTTTGCCTAAAGGGCAAAGACAGAAGATAAA	autosomal
AGTGCATATCCAGACCAACACAGACCTTTTCAGTGAATGAAGACACCAAA	autosomal
GGATGAGCTCGAAGGGAGCGAAGAGCTGTGGGAGAGGAGATCTGGGCTCA	autosomal
ACAGTTACAGGGCTTTGTCACTCACCTGGTGGCAAAAGGCAGGTGTCCTC	autosomal
AAGGACTGGGGGCTGAGGCCGCTTCCTAAAACAATAAGCAGAATTCAGAG	autosomal
GCAGCAGCAGCTGTGGCACTGGTACCTGCATTCCCAGGGACGCTGAGCAC	autosomal
CACTGTGGCTGGGAGTATCCGAGTGGTAAGAACTTGTTGGCCTCTGATCA	autosomal
GCGCTCAGCCCCCTGTCACCCGCAGGGCTCTCCGTGCTGCGGGTGGCCTA	autosomal
AAAAAAAAAGAGAAAATGGAGTTGGGTGAGTTTTTAAGCCACTTTTGTGT	autosomal
TTAAAAGGAATAATTTTGCTTCTAGCACTCCAACACAGTGAGATACAGAA	autosomal
AGATGGAAAACCAAAATTTTCAAAGGTATTGTGTTCTTAAATTGTCTTTC	autosomal
AACTGGAGCATCGCCCGCTTCAATGGTGGGAATCAGCCGGGGAGGGGGGG	autosomal
CAGAGTCTGGCCCTCCAGGGTGCCGCTGGCTGTGGGGACAGGAGGGGTCA	autosomal
CCAGAAGTGAAAGGGAGGATCCAGGCTACTGTTTCTCCTGCACAAATACA	autosomal
AACTTCACTTCAGGTGAGAACTTACCATTAAGCTGTTTCTTGTCTTCAGA	autosomal
TCTTCAACAAAACAGGGAACTCCAGGTAGGAATTTATGAAGACAGTTAAA	autosomal
GAGCGTGATGGGCAGGGTGGCTGAGCTGCAGGACAAGAAACGGGCAGTAA	autosomal
CCCAGCCCTGTATTTATCAACATACCAAGAGAAGAATTTCTGAAGGACTC	autosomal
AGCCCCGGGGCGAGCCCCGCCTCACCGAAGAGCAGGTTGAGCAGCACCTC	autosomal
ATCCTATATAGTGCAGGATATTTACCTGGTGGGGGAATCAGAGGCGGAGC	autosomal
GGATGTTGGGAGCATAAACCTCAGCCTGGAGTGAGGGGAAAGGGCTGTTA	autosomal
AGCTTCTCACAGATCCATGACTTACATCCGTGATCTTGGGGTTGGTGCAC	autosomal
CCCTGCCCTCCCCGGGACCCTACAGGTAAGGCCAGGAGCCCCAAATCCCG	autosomal
ATGGAGGACACCCATTGTTCTGAATCTGCAACGAAGACTCAAGTAACCAG	autosomal
ACCATCAATTGTGATCGGAGAAAACCTACCGAGCAAAAAGAGGGGTCTAT	autosomal
AGCGTGTCCCCGCCTGTCCCCGCAGGTGGAACAGCTGCAAGCAGAACAAA	autosomal
ATGAAATGCATTTCCCTCTCTGCAGATGAGCTGGAGCAGGCATTCACAGA	autosomal
GTAAATGAAAACCTTGATCCTCCAAGTATGTATATTAAAGCAGGTTTTTA	autosomal
ACTGTTGCATTTCAAATCCTCTTAGGACACAGCAGAGCTGTTTTTTGAAG	autosomal
CAGGCAACTGATCTGCTATCCTCAGGTGAAGTAGTGCACTTGTTTTCTGG	autosomal
AGAGTAGCTGTACTTTTAGTAATACCTTGTCAAAGACTCGGAATGCCTCA	autosomal
CTGCTCACCGGGGACGGCCGCGGCTCGCCCCTTTCAGCTGCGAGAGAAGA	autosomal
ATTCTGGAAATCCCTTCAGGACCTGGAAAGACAAGCATAAAGATTTCATG	autosomal
ATTATTTGCTTTTATGTTTTTCAAGGAGTGGCTTTCAAAAGGACATGGAG	autosomal
ACCGATTCACACAGACAGCTTTTGTGTGAGTAGCGTTTATATTATTTTAT	autosomal
CTGCTGAGAGGGGCCAGCTCAGTACCTTGTTCCCGTTGGAGTACATGGCC	autosomal
TATTGTTTGTAATTTATGTTTGTAGAGGACATAGTTTTCAGAACAGCAGA	autosomal
CGCCTCGTCGGGGCGCCGGCCGCCGCTGTCGGCCCCGCGGGACCGGGCTC	autosomal
ACCCAATAATTTCTTCAGGTAACTCCTAAAAAGAATGTAAGAATTAAGAG	autosomal
ATGGAAGAACAAACATACCTGTCAGGTACAGTGTCATCAAAAGGTCTTGC	autosomal
CAGGGGATATGATTCTCTTTGAACCCTAGAAGAGGTAATCAAAATGGTAC	autosomal
CAGAAGGCAGGGTCGCATGTTGTCCCTGCAAGAAAACAGTCCCCGTGAGC	autosomal
ACCTGGGACTCCTCCAGAAGCTCTCCTGTTGTGGGCAACAGAAGGATGCT	autosomal
TCCTCCACGCTGGGCCCGGTGGCACCTGTGGGGACATTGGGGACGCGTCA	autosomal
CCCCCTTTCCCCTCCCCCCCCCCAGGTGATTTCGGCCCCTCGGAGCCCCC	autosomal
GGGCTGGCACTGCCACTGTCACACGGTGGGGACATTGGGGACATTGGGGA	autosomal
GCCGGCCCGCGCCCGCCGCGCTCACCTGCCCTTCAGCGCCCTCACACACA	autosomal
GTTCTGTATTGATATGCTGACTTACTTTATCAATTCCAGGCATCAGCCTA	autosomal
CCTTACCCTTCTGCAGACTTCCCAGGTAAGGCGTGTGCCTGGCAGGGCAG	autosomal
AGATGCCCATGTCCCCAAAAGTCGGGCTAATGAGGAGCACCGTAGATCAG	autosomal
AAAAAAGAGAATGCTGCAGCCTTGCCTTTGATAACTGAGGAGAAGCAGTG	autosomal
CAGACTTCTGCATTTTAACCTTTAGGTGTTCACAAATTTAAACTGAGGAC	autosomal
GATAAATTTGCTTTCTTTTCTCTAGGACTGCCTTAAAGCTTGTCAGGAAC	autosomal
ATAGCATTTCTTCTTTCCTTTTCAGTGTTTTGTGTTAGCAATGACATCAG	autosomal
AGAAGATGGTGGCAATGTCAGAGTTCTGCAGGAACCAGGAAAGAGATTCT	autosomal
AACCTATCCCATTGGATGAAGAAAGGTAAGTGCTGCTGCACTCAGTGAAG	autosomal
CAGGACATCTTTGACATAAATGAAGGTCTCAATTTTTTTCTATAATTTTC	autosomal
GTGGAACCTGAATAACGACACCGAGGTGAGGCGGCTCGGCGGCGGTGGGA	autosomal
TCCCTGTGAGGGTGGTGAGGCACAGATTTCCCCATCCTTGGAAATGTCCA	autosomal
AAGTTTGATTCCTTTTTCCTCACAGGGCAGGAGCCACCTGAACCACGAGA	autosomal
CAACGTGGAGGATCTCATCGGCCGGGTGAGGCCCCGTGCCCGGGACATCC	autosomal
CAAACCTTTCTGTCTCTCTGCCCAGGTGTGAGCGCCCAGGCGGGTCAGGA	autosomal
ACTGCTGTACCCCACCAGGTCTTACCTCCCAGCCAGGACTGAGTCTCCAA	autosomal
TAATTTTGATTTTATTAATGTTTAGGTCCTGGTTGATGCTCCTTGTTCAA	autosomal
AAGAGCTCCTGATCTGCCTGCTTACTGTGATCTTTTCCTTGTCCTGCAGC	autosomal
ATGCAGGCAGTCAAATCAGTGGTACCTGAGCACACAACACCAGCATCTTC	autosomal
AGGGGAGGGAAGTTGTTCACCTTTTCTGCAAGAAAAATTTCACTGGTGTC	autosomal
CTCTGAGGCTCGCTGTCCCCCGCAGGGGACCCCGCTGCGGAGGAGTGGTC	autosomal
AGGAGCCAGGAGTTTCCCAAAAAGCCTGCACTGTACAACGGTTCTATAAT	autosomal
GATTTGCTCTCCTCTCGCCCCACAGCGCCTGCAGCTCGAGTTTTTTCGGC	autosomal
AGGCAAGAAGTATCGCAAACAATTCCTGTGCAGGAAAACAAAATGCAAAG	autosomal
ACAGTGTGAGCAGGCGGTATACCAGGTACACCAATAAGCTTAGACTACTG	autosomal
AAAAACACAGCAGCATGTCACTTACTGGTGTTGTGGTCTATGTAATAGAC	autosomal
ATAATCATAAAAGTGGCAGCTTTTGGTATGTATTCATATTCTGAGCAATA	autosomal
CTGGTAGACAACTGCTCTTCCCTCAGTAAGTTGGGAATTTTGTCTGTGCC	autosomal
AGAAGGGATTAAATTGTTTCTGTACCTGAGATTCAACACTCTCTCCAAAT	autosomal
CAGCATTGTCTGTTGCCTCTTTCAGACATCCTTCAGCCGTGGCTTCACCA	autosomal
ACTCAGAGCCCCTGTGTGTCCCCAGGTGGGAGCAGCGGCGAGGGAGATGC	autosomal
ATATGTAAAAGGATGAAGGTGGTAGGTAAGTTGAATGCATTAGGTATTCA	autosomal
CAGGGTGCAGCTGGAGCTCACTTACTGCTTTCCTCTTGAGGATGCAGTCC	autosomal
CACGTCGTCGTAGGTGATGAGCATGCTGGGGACACGCGCTCAGCGCCACA	autosomal
TTTCTGAAGGCCACAAGCACCCCTCCTGAAATGTGGAAGAAAACAACAAA	autosomal
CCTTGGTCTGGCAGTTGATGAGAAGGTAGGACCCCTCTCAAACACGTGAA	autosomal
AACGGCCCCAAAACCCGTGGCTGACCTCCACCAGCCCCTGCATGACGCGC	autosomal
AATTGACCTTTTCTTTCGTTTTTAGCCCCAAAACGCCGCGGGCCCGCCCG	autosomal
GTTCCGCACCCTTACAAAAACATTCTTCTTGGCTGGGCCCTGTACTGCTA	autosomal
GCTCTCCCGAGGAGGGGGCGCTCACCAGGGCAGGGGGCTGCCGATGAGGA	autosomal
CACAGACTGGGCACCCTGGGGACACGGACTGGGCACAGACAGGGACACGG	autosomal
AAGTAGCAGCATCATCTGGAATTACATCTCTTATTGTAAGAACACACCGC	autosomal
AGGCTTCTATTACCATCTGGGAATCCTGGAATGGGACAGACCCAACACAA	autosomal
CAGGGGATGAGCAAGGAGAATAAAGTCAAAGTAAACACAACACAGGCAAG	autosomal
AGGTCTCTGCGCACCCACAGACCCGGTGAGGGGATGGGGCGGAGGGCGGG	autosomal
CCAGGGCAGCCCCAGCAGCCGCATCCTGGGGGCCGTGGGGACGGGGGTCA	autosomal
GCGCCCGTCTGCCTCTCCCGCCTACCTCTGCCTTCACCCTCCGCACTGTA	autosomal
AACAATGTTGTCTGACATAATCAAGGTAAGCAACAAAAACAAGGTTGAAT	autosomal
CTGCTGTTGTGTGTTTTATCTTTAGCCATGCATCAGGGAGCAGCTGGCAA	autosomal
AGGATGCGCAGGGGCACCCTCTTCTCTGGAAGAGCAGCAGAGAGGGGTCA	autosomal
AAAACACAGGTCTGCTCCATCCATACTGCAGGTAAAAAGAGGCAAAAATG	autosomal
CCCCCCAGATGTTTTAGGGCCCCACCTTGATGAGCGGCAGCGCGATCCCG	autosomal
CTCGGTCAGTGTCTGAAGGAGATCCCTGAAAATAAAGAAATACACACATC	autosomal
GGCTGCCGGAACCGCGCCGGGATGGCTGCAGGGAAACGAGAGCTATGACA	autosomal
CTTTTCCCTTGCATTCCCCATCTAGTGCCTGAACATTGAAAATGATAATC	autosomal
AACTATGTTTAAAATTCTTTACTAGGCTGAAGATGGTCATGCTGTGGCAA	autosomal
CCTTCTGCAGATCCCATATGAAAAGGTTATTTTCCTAATTTTAGTGGTAG	autosomal
ATGGGGCTGAGTCAGAGGACATTCGGTAACCTTTACACTTTTTTCCTATC	autosomal
TGCTTATTTTTGAATGTCTTTGCAGCGTGACAGAATCACAAGCTTCAGAA	autosomal
CTTCGTGTTCGCCTGCCGCAGCCCCGCCTGCTACCGCCCGGCCGGCCCGC	autosomal
ATCATCAACCCCGGCAACCCCACCGGTACCCGCTGTGGGGCGGGGGGTGG	autosomal
CCCTCCTTTTGCATATAAAGGAAATCTGATGGAAAAAAAAAAAAAGGGAA	autosomal
CACGCTGCTCTACTTCTACCAGCAGGTCAGCGCTGCTCCCAAATCCCCAA	autosomal
TGCTCCAGGGGGGAATCCCCGCGGCCTGGAAAAATGGGAAAGAAAGGGAA	autosomal
CAAAGGGGCGGGGTTTAGCAGCAAGAGGCGTGGCTTCAGAGCAAAGGGGC	autosomal
AGGAAGAGTTCTACATATCTGTGTTCTGGAAGAAGAAAGTTTTCCCATGA	autosomal
CCGGCTGACAGCGAGGGCCGAGGAGGTAGGTCCTCAATTCTCTGGATGCC	autosomal
AAAGTATTTAACACCCCTGAAGGAGGTATGAAATGAAAAACCAAGATATT	autosomal
AGCGCACCGGGGCTGCCCGCGGGGCGGCGCCTGGGGGCGGTGGCGCGATG	autosomal
ATGCATTGAAGCCATGGAGCAGCACCTGGGAGAAAGAAGGGCGTGGCACC	autosomal
ATTCCAGGTTAATGTTTGGACTCACATTAGCAGTCAGCTGAGTTGTCAGA	autosomal
CTGGGGGCTGCCGCCGCCGCTGCTGCTTCCGCCGCCCCCGCCGCCCCCGC	autosomal
GGCCAGGTTCTCCTGGTGGCCCTCGCTATGGGGGCAAAAAAGGGATGGGA	autosomal
ATCCCAAACAGAGAGATTGGATGAGGTAACAAAACTCCTGAGTCCTTGAG	autosomal
CAGGTGCCAGTCCCACCTCCATTACCTTGGTCCAGCTCTGTCCCCCGAAA	autosomal
AGAAGGCCATGCCATCAGCGTACTCCTGGGGGAGGAGAAGTGGAAAGCTG	autosomal
TAATGAATGTAAGAATGCCTTTCAGGTAGGTATAGCTGTATTTTGTCTCA	autosomal
AGCTCCCTGATGGATGTAATTGCAGGTTCTCCGGAATATGGTGCACTGTG	autosomal
AAAACCAACTCTGTAAAAGGCAGAGGGAAAATGTTTTACATCTGCACGGG	autosomal
CAGTCCCTCCTTCCCTCCTTCCTACCCTGCTCCCCTCCTTCAGTCCCTGC	autosomal
CTGGCTGAGGAATTTGCCAAAAACGGTAGGAATTT