Ss1.1-Utr1-UTR010003F11.5
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ATGTCTTCTTCTTGACCTCAGAAAGGTGGTAATTGACTGGGGAATAGGAAAATCGGAACC
CTGGCTGTTTCCTAATGTGTTATAGACCATAATTAACAAAAAGAAGGCTCCTAAGCAAAG
TAGAGATTGCTAACAACTTCATCCTAAAAGGTATAAGGCTAGGATACTATTTAGTTCAAA
AAGTAGAGAAGGTGATTTCATGCGTAAAAGTCAGACACATGGCTGCCACTTAACTTATTT
TTCTTTAAAGTGCGTATTTGAGATTTCTTCTCAGGTCAATTGGAATCAGTTCATCAGTTT
CACCCTTTGAAATCATTGAGATGTGTCTTTTGAGTCAGTTTGATGCATTGATATACCACA
TATTCACCTTCTAGAATATCTATTAGATCTTACTAAGTGGATAAATGTCCCTGCATCATT
TGAGGATGAATTCATAGTCATCTTTGCCAGGAGGGCACTCGTGGGTATATAGTGATGCCA
AAATAACAGGACCACGTGACCCCCCCCCCATGTGTCATGGCAAGAAGATTTATCTTTGCT
GTAATCCCTCTCACTCTGAGACCACTTAGGAGAGGACTTGGATGAGTGCAGGATCTTACA
AAGGCAAGTGTAGCAGTAAACACTGGTTCAAGGATTGGGTTATGGACAAGCTCTTTACCT
TTCAGGTAAATAATCACACATTGGTAGAAGGGTGGAAGTTTCCTACATGTGGACAGATAT
CGCTCAAAGCAATATTCTTTTTGTTCAATTCATGAAATGAGAAGTCAGTTCCTGCCTGAA
CTAGAGCAGTCTCTTTTAAACCTTAATGTTGGGAGCTACATCTTTGGATTATAACTAAAT
GTTCTGCTATCTTGGGCTTACCTCTTGATTCTTTGAACTTATTGGTTGCTATGAAGTATG
TAGCATTCACAATGAGTGGTTAGCATGACAGGGGATGATGAAGTGGTTCTAGAATCTGGA
AAATGCTTTCTATACCAAAATGTGGCCACACTGTCATTTGGGAAAAGAAATAATTTCTAA
CTAGGCAACCTAAGGCCTTACAAA
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Blue-coloured subsequences are predicted RNA structures by RNAz
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ATGTCTTCTTCTTGACCTCAGAAAGGTGGTAATTGACTGGGGAATAGGAAAATCGGAACC
CTGGCTGTTTCCTAATGTGTTATAGACCATAATTAACAAAAAGAAGGCTCCTAAGCAAAG
TAGAGATTGCTAACAACTTCATCCTAAAAGGTATAAGGCTAGGATACTATTTAGTTCAAA
AAGTAGAGAAGGTGATTTCATGCGTAAAAGTCAGACACATGGCTGCCACTTAACTTATTT
TTCTTTAAAGTGCGTATTTGAGATTTCTTCTCAGGTCAATTGGAATCAGTTCATCAGTTT
CACCCTTTGAAATCATTGAGATGTGTCTTTTGAGTCAGTTTGATGCATTGATATACCACA
TATTCACCTTCTAGAATATCTATTAGATCTTACTAAGTGGATAAATGTCCCTGCATCATT
TGAGGATGAATTCATAGTCATCTTTGCCAGGAGGGCACTCGTGGGTATATAGTGATGCCA
AAATAACAGGACCACGTGACCCCCCCCCCATGTGTCATGGCAAGAAGATTTATCTTTGCT
GTAATCCCTCTCACTCTGAGACCACTTAGGAGAGGACTTGGATGAGTGCAGGATCTTACA
AAGGCAAGTGTAGCAGTAAACACTGGTTCAAGGATTGGGTTATGGACAAGCTCTTTACCT
TTCAGGTAAATAATCACACATTGGTAGAAGGGTGGAAGTTTCCTACATGTGGACAGATAT
CGCTCAAAGCAATATTCTTTTTGTTCAATTCATGAAATGAGAAGTCAGTTCCTGCCTGAA
CTAGAGCAGTCTCTTTTAAACCTTAATGTTGGGAGCTACATCTTTGGATTATAACTAAAT
GTTCTGCTATCTTGGGCTTACCTCTTGATTCTTTGAACTTATTGGTTGCTATGAAGTATG
TAGCATTCACAATGAGTGGTTAGCATGACAGGGGATGATGAAGTGGTTCTAGAATCTGGA
AAATGCTTTCTATACCAAAATGTGGCCACACTGTCATTTGGGAAAAGAAATAATTTCTAA
CTAGGCAACCTAAGGCCTTACAAA
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2-128, gnl|bosTau2|chr9 (52155648-52155523) |
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2-128, gnl|canFam2|chr1 (45387622-45387719) |
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2-128, gnl|dasNov1|scaffold_5810 (15398-15497) |
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2-128, gnl|hg17|chr6 (152499409-152499504) |
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2-128, gnl|Hg17|chr6 (152499425-152499540) |
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2-128, gnl|loxAfr1|scaffold_217669 (831-735) |
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2-128, gnl|mm7|chr10 (5360607-5360508) |
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2-128, gnl|Mm7|chr10 (5360589-5360484) |
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2-128, gnl|panTro1|chr5 (156017185-156017280) |
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2-128, gnl|rheMac2|chr4 (110996663-110996570) |
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2-128, gnl|rn3|chr1 (35777614-35777677) |
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237-1019, gnl|bosTau2|chr9 (52155061-52154288) |
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237-1019, gnl|Hg17|chr6 (152499756-152500516) |
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237-1019, gnl|Mm7|chr10 (5360296-5359586) |
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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2-128, gnl|bosTau2|chr9 (52155648-52155523) |
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2-128, gnl|canFam2|chr1 (45387622-45387719) |
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2-128, gnl|dasNov1|scaffold_5810 (15398-15497) |
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2-128, gnl|hg17|chr6 (152499409-152499504) |
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2-128, gnl|Hg17|chr6 (152499425-152499540) |
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2-128, gnl|loxAfr1|scaffold_217669 (831-735) |
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2-128, gnl|mm7|chr10 (5360607-5360508) |
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2-128, gnl|Mm7|chr10 (5360589-5360484) |
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2-128, gnl|panTro1|chr5 (156017185-156017280) |
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2-128, gnl|rheMac2|chr4 (110996663-110996570) |
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2-128, gnl|rn3|chr1 (35777614-35777677) |
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237-1019, gnl|bosTau2|chr9 (52155061-52154288) |
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237-1019, gnl|Hg17|chr6 (152499756-152500516) |
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237-1019, gnl|Mm7|chr10 (5360296-5359586) |
