Ss1.1-Pig2-119M03.5
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TCATTCACACCTTCTGCCATGTCAAACCCAAGTGCCTTCAAGTCAATATCCTCCGTATCC
CTTTCAAACTCCACAACTTCTGTTTCCCACTCCATGGAGTCTGTGTCAATGGCTGAGTCG
TGGGAGCTGTGGGCCATCAGCTGCCGGAACCGGGCCTCCTTTTCCAACTGGGATTCCATC
TGCTCCTTGAGCTCCTTAAGCTCCCGGCTGACATCGTTCTTCTGCTTGCGAGTGTCGTCC
AGGCTGCGCAGGGCCTCAGCCAGCTCACTCACCGCCCGGTCCCGCTCCCGCCTCAGGTTG
TCACAGAGTGTCCGGATGCTGTCCCGCTCCGCCACGATCTTGTCCCGTTCCTGGAAGGCC
CAGTCTCGCCGGCACTTGGCCACATCCGCCTCCTGGAGGGCTTCCTTCAGTTCCTGGCAC
AGAGCCTTGCACTGCTTTCGAAGGATTTCGGCCTCCTTGTTGGCCCTCCCAGCATCCATT
GTCACTGTGTCTTTGATCTGTCGCAGTGCCTCCATCTCCTCGCTGGCTGCCTTTTTCTCA
GACGTGCTGCTCTTAAGTTTGGACTCAGCCAACTCCACCTCGGTCTGCAGCTTGTCCAGC
TCAGAGATGACCTGGTCACGCTCACTCATGATGAGCTTGTACTCGCTGTACACTGCATCC
CTCTCCTCCTTGTATTTCTCAGACTCCTTGGCGGTTTTCGCCTGTGTGGTCCTCAGCTCT
GTCAGCTCCGACTGCAGCAGCTCCATCTCCCACTGCAGGTCCTTGTTCTGGGCCGTGGCC
TTGTTCAGCTCGTGGTGGATGGCCTCACCCCTCCGCAGGGAGAGGGCACACTGGTGCTGC
AGCTGGATGGCCGTGTCCCTCTGCTGGGTCAGCATCTCCGTCTGCTTCAGCAGGCGCTGG
TTCTCCTCCTCCAGCTGCTCCAGACGGCTCAGGTCCGAGTTGTGAATGGCAACTTTCTCA
CTGTACTCCTTCCGCAGGGCGTCA
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Blue-coloured subsequences are predicted RNA structures by RNAz
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TCATTCACACCTTCTGCCATGTCAAACCCAAGTGCCTTCAAGTCAATATCCTCCGTATCC
CTTTCAAACTCCACAACTTCTGTTTCCCACTCCATGGAGTCTGTGTCAATGGCTGAGTCG
TGGGAGCTGTGGGCCATCAGCTGCCGGAACCGGGCCTCCTTTTCCAACTGGGATTCCATC
TGCTCCTTGAGCTCCTTAAGCTCCCGGCTGACATCGTTCTTCTGCTTGCGAGTGTCGTCC
AGGCTGCGCAGGGCCTCAGCCAGCTCACTCACCGCCCGGTCCCGCTCCCGCCTCAGGTTG
TCACAGAGTGTCCGGATGCTGTCCCGCTCCGCCACGATCTTGTCCCGTTCCTGGAAGGCC
CAGTCTCGCCGGCACTTGGCCACATCCGCCTCCTGGAGGGCTTCCTTCAGTTCCTGGCAC
AGAGCCTTGCACTGCTTTCGAAGGATTTCGGCCTCCTTGTTGGCCCTCCCAGCATCCATT
GTCACTGTGTCTTTGATCTGTCGCAGTGCCTCCATCTCCTCGCTGGCTGCCTTTTTCTCA
GACGTGCTGCTCTTAAGTTTGGACTCAGCCAACTCCACCTCGGTCTGCAGCTTGTCCAGC
TCAGAGATGACCTGGTCACGCTCACTCATGATGAGCTTGTACTCGCTGTACACTGCATCC
CTCTCCTCCTTGTATTTCTCAGACTCCTTGGCGGTTTTCGCCTGTGTGGTCCTCAGCTCT
GTCAGCTCCGACTGCAGCAGCTCCATCTCCCACTGCAGGTCCTTGTTCTGGGCCGTGGCC
TTGTTCAGCTCGTGGTGGATGGCCTCACCCCTCCGCAGGGAGAGGGCACACTGGTGCTGC
AGCTGGATGGCCGTGTCCCTCTGCTGGGTCAGCATCTCCGTCTGCTTCAGCAGGCGCTGG
TTCTCCTCCTCCAGCTGCTCCAGACGGCTCAGGTCCGAGTTGTGAATGGCAACTTTCTCA
CTGTACTCCTTCCGCAGGGCGTCA
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53-189, gnl|bosTau2|chr28 (26513271-26513407) |
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53-189, gnl|canFam2|chr4 (30931577-30931763) |
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53-189, gnl|danRer3|chr9 (2102035-2102183) |
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53-189, gnl|dasNov1|scaffold_66 (183580-183408) |
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53-189, gnl|echTel1|scaffold_296905 (38628-38445) |
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53-189, gnl|fr1|chrUn (59418253-59418114) |
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53-189, gnl|galGal2|chr6 (12523445-12523295) |
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53-189, gnl|hg17|chr10 (79260483-79260670) |
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53-189, gnl|Hg17|chr10 (79260504-79260640) |
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53-189, gnl|mm7|chr14 (21828614-21828793) |
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53-189, gnl|Mm7|chr14 (21828635-21828771) |
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53-189, gnl|monDom2|scaffold_14 (6450703-6450877) |
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53-189, gnl|panTro1|chr8 (80541419-80541606) |
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53-189, gnl|rheMac2|chr9 (59222348-59222163) |
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53-189, gnl|rn3|chr15 (176978-176792) |
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53-189, gnl|tetNig1|chr17 (6152654-6152497) |
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53-189, gnl|xenTro1|scaffold_249 (1190061-1190212) |
PigEST conread start position and end position of the aligned locus,
aligned organism with chromosome (chromosome position)
closely related Artiodactyla cow is linked to the PigEST - Genome Map
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53-189, gnl|bosTau2|chr28 (26513271-26513407) |
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53-189, gnl|canFam2|chr4 (30931577-30931763) |
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53-189, gnl|danRer3|chr9 (2102035-2102183) |
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53-189, gnl|dasNov1|scaffold_66 (183580-183408) |
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53-189, gnl|echTel1|scaffold_296905 (38628-38445) |
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53-189, gnl|fr1|chrUn (59418253-59418114) |
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53-189, gnl|galGal2|chr6 (12523445-12523295) |
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53-189, gnl|hg17|chr10 (79260483-79260670) |
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53-189, gnl|Hg17|chr10 (79260504-79260640) |
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53-189, gnl|mm7|chr14 (21828614-21828793) |
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53-189, gnl|Mm7|chr14 (21828635-21828771) |
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53-189, gnl|monDom2|scaffold_14 (6450703-6450877) |
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53-189, gnl|panTro1|chr8 (80541419-80541606) |
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53-189, gnl|rheMac2|chr9 (59222348-59222163) |
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53-189, gnl|rn3|chr15 (176978-176792) |
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53-189, gnl|tetNig1|chr17 (6152654-6152497) |
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53-189, gnl|xenTro1|scaffold_249 (1190061-1190212) |
