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| Tursiops_truncatus RPL13A | ||
| organism | Tursiops_truncatus | |
| locus name | RPL13A | |
| chromosome ⁄ contig | 19 | |
| snoRNA list | snoZ195/SNORD33/SNORD32, snoZ195/SNORD33/SNORD32, SNORD34, SNORD35 | |
| snoRNA position | 2742..2825, 3483..3567, 3772..3842, 4047..4133 | |
| length | 5725 | |
| sequence |
GACAGGGTGAGTGGATGGGGCAGTTTGGGTTTGGGTCTTGGTTTTTCAGTTAATGCAGT
GTTTCATTCAATACCTATTCTCTGAGGCCTCCTGGGCCCCAGGGCCAGTGCAGGTCAGGG CTGGGACCCACACGTGAGTGAGAACCAGCCCCACCCTCTCAGGGTTCCTGGTCCATGGGG GAGAAGACAGGGGCCCCAGAGAGCCCCAGTACAGGATGACACACGCTCTAATGGAGGTAG CATAGGCACTGTGGGAGCCCCGAGGATGTACCTGAGCCAGCCTGAGATAACAGGGAAGCT CTCTAGAGAGAAGGACTCAAGCCAGATTTTAGAAGGTGGGGGTGGAGGGAAGGGCATCCC AGTCAAGGGGAACCGCCAAAGCAAAGGCTTTGTCCAGAAAGTCCAGAAAGTGAGAAGCTC CTTTGGGGAACACTCAGGCATCTAGAAGTCATTCCTTCATGCGTTAGATCTCATGGGGAA GACGATCTCCACCTTTTTGACAGGTGAGGACACTGAGGCCCATACACGGCCAGGGATTTA GCCAGATCACAAGGAAGCCGGACAGGCACCGGAATCCAGATCTCTAAGCCTAGACTGAGC GCAAAAGGGCATGCCTCGTTGCCCGCTGTGGGCCTACACGTATTATCGCTTTAGGGGGTA ACAGCGCTTCTCCTCCAGCCTTCTCGCCCCCGCCCCACCGCAAACACAGCGGACAACTCA CGCGAGGATTACCAGCCCCTCCTAAATACGGCAACGGAGGCTGAACAGCCCCGCCCCCGC AGAGCCCCCTCCTACCCCACGTGATCTCGCCCGGCACAGCCATGGCCGCCTAGGTTCGAT AGAGACGATACTGATTGGACAGTCAAAAGACGACCCGCCTTCCAGTGGGCCTTTCTGCGC ACGCGCACGGCACTCTGGTCCGTGAAAAGACGGAAAGCGGCCGTGTTGCGTCACTTCCTC CGCCCCTGTTTCAAGGGATAAGAAACCCTGCGGTTAAGGTTCCTTCTTTCCCAGGCGGCT GCCGAAGATGGCGGAGGGGCAGGTACAGGCTCTGCGCGGGCCGGGGCGGTGTGGGGCCGG GGTGGGGTCGAGACCGGACCGGGGTTGGACCTCTTTTCTCTCGTAAGTGTACTGTGGAAC TTAAGATCGATAACTGAGCAAAACAGAAAGCTTTCGGGGTAAGAGGAACCCAAAACGGGA ATATAAAGCGGTTTTTACGCTCTGGGCTGGCTAGAATGCGGCATCATTTTTCCCCCAGGG GGCAGTGATCGGGGCTTCCAGCACAAGAAAAGTTATTTTAAAACTAGGCCTGATTTACCT TGATCTTGGCCGGGTCTTGGCCGAATTGGGCCCGTGTGTCCTCAGCGGTGGGGAAGCACG CGGAAGGCAGCTGCGCGGCCAGGGGACGAAGAGAAGCCGAGGATTGGTCAAAATGGAGGG TACTTTCGCCCTGCCCAAAGCGCGGGTTGTTTCGGCCTCGTGGGAGTGCGTATTAGGGGT CTCCTGCAGCTGTGGGTATTTTAGCGCGAAATCTTTGCAGCGGGTCGAGAGAGCTCCTGC CTACAGGGCATGCAGGCGCGAGTTGCTCTTTTCCTTTCTCCTGGGGGTCGAGGAACTCTT TAAAGGTCTGCTGGTGCTGGAAACAGGATTGTAACGAAATGTTTACAGCAGTGGGATATC CTTTGTCCTTAACGATCTGGAGGTCCTCAAGGACGGCAGCAGAAACTTAACTCTGACTTG GCCCAGTCTTCTTTGGTAACCAATTAGATATAAAGGAGGGGATGGCCCTGGAAGGGGTGT ACCTGTGATGGGTCTATGGTTCCGGAAGGAAAACCACGTTTGGGGCCAGGCAAGTGGTAG AGTTCTCCGAACCTGTGTCCCTGCATTTACGGCTCCTGGTATAGTTTGCCTTGTATTCTG TGTAATTCAGCTCATTTAGTGTTCCTGAGGCAGATATTGGAGATTTGGAGGGTTTTGACC AAAGTCACATTGTCAGGAAGTCTGGTTTTAGATTCTGTAGCCTTTTACACCGGCTTCCAA CAATCACAACATGTATAGGAAGCCCTTGGTAAAGAGTTGGGACTTTCACTTTTGACAAGA AGTTGAGGATTGGCGTTTGAGCAGTTCGCGGGAGGATGCAAATCTAGTCAGTACCAGAGC CAGCCAGGGCTTTTGACTACCCTTCCTAGTTTCATCTGCTCTGAACCTTCATGCTAGAAA AACATCTTTGAGACCAGGACAGAATCAGATTCTGTCGAGATTCTAAGGTTTGTATCCAGA TCACAGGTTCTTCTGCCTGGAGGATCAGTATTGCTAGTCTGGATTCAGATGGTAGCTCAT TTGCTGACTGTCAGGCATAATCTGGGCATAAAGATTCTTGCCCTTCAAGCAGCTGAGATG TGAGGGGAGTCCTTGGGTATCTTACCCCACTCACTGAAATCCTGAGTCATTTGCTCTCTT GGCCTTCTCTGTATAGTGAGGCTTAGTTCCTAGTTCCTGTGTCTCTTACTTGGTTAGCAG GCAACCTGGGAGGTAGGTGAAATGATCAAGTAGGGAGGAATGATTGTTTGAGGTGGGGAG TCAAAGCTGTGGGTGCCTCTGAGCCCTCTCAACCTATCTCCAACAGGTCCTGGTTCTCGA TGGCCGAGGCCATCTCCTGGGCCGTCTGGCGGCCATCGTGGCTAAGCAGGTGCTTCTGGG TAAGTCTGCCCCCTGCCCACAGCTTCCCCAGACATGAGCCTCGAGGTCAGTGATGAGCAA AAATCACCATCTTTCGTTTGAGTCTGACGACCGTGAGATCAACCCCATGCACCGCTCTGA GACCTGCCAGGCTCCTCCCCTCCTAGGTTGGGGGCTCTGGGCTCTGTCAGACTAACAAAT TGAACTTAAGCACGAGTCCAGCTCCGCCGATTGCTGGTCTGTGACACGGGGCAGGAGACT CCGTGCCTTCCTTGTTCATTGTGGTCGGTTTGAGACGGAAGGAGCCTCCTTTCTGGGTCC TTAGCAGTAATTGGGCCTGCTTCCTAACCTTTGACCTCCTTGATTGTATCATTTTCCATT CCCTCTAGGTCGAAAGGTGGTGGTTGTGCGCTGTGAGGGCATCAACATTTCTGGCAATTT CTATAGAAACAAGTGTGAGTGAGGGCCTGGGAGGAGGGCTGGAGAGGGTGGACCTCTGTG GGGCTCACACTTCACGGGCTCCTAAGCAGTCCCACCAGTGGGGGGAGGTCCTAGTCTGAG TTCCCGAACACGCCCTCGGAAGAAAGGTTGTGTGCTGCGTTGGAAGGAGTTACCATCTGC CTGAGGACTCTTGAGGCCTCACACACTCTCCCCTCTTGCCAGTGAAGTACCTGGCATTCC TCCGCAAGCGGATGAACACCAACCCCTCCCGTGGCCCCTACCACTTCCGAGCCCCCAGCC GCATCTTCTGGCGGACAGTGCGAGGTGAGCTGGGCCTGAGGACCACAGGGGCTGATGGGG CGGGTGGCCGGTGATGAAGACTTTTCCCACTCTTGTTCGAGTTTCCCAACCATGAGATGA CTCCACATGCACTACCATCTGAGGCCGCCTGCCTGCCCGCCCGCCCAGGTGGGGCAGCGG GGTCCTCGCATGCCCCGCTGAGCAGGTCTGTTGTCCTCTGCCCACAGGCATGCTGCCCCA CAAGACCAAGCGAGGTCAGGCCGCTCTGGACCGCCTCAAGGTGTTTGATGGGATCCCGCC ACCCTATGACAAGGTGAGCAAGACCCATCTCCCTCAGCAGCATCTTTGTGTCTGGCGTCT GTGATGTTCTGCAGTTACCTACATTGTTTGATCCTCGTGAAAACAGCACTGGCTGAGACG CCAGCCCCAGCCAGCCTTCTTCCCTGTCTGTCCCTCACTCCAGGTCTCTAAGTCCCTCTT CTTCTCTAACAGAAAAAGCGGATGGTGGTTCCTGCCGCCCTTAAGGTTGTGCGTCTGAAG CCTACACGGAAGGTGAGTTCCGGGGTCTGCTGAGTGATGCCTTGGGGTCCCAGGCTTCCT GGGGGGTGCACCTAGGGCCCTAAGACTGGCAGATGATGGTTTTTTCTCACGATGGTCTGC GGATGCCACTGTGGGCAGTGCCGATAATGCCAATGGCTCAGCTGATGCCAGGAGGAGCAG AGAGCCCTGCCAGGGGTAGCCGTGTCTCTTGAGCATGGGCTTGCTGAAAAGTTGTATGGC TAGACTGGGATCTTCTAGGACCGGATGTCAGCTCCCTTCCCCTAGTCACCCTGGCCTCGT CTTCTTACAGCTTCGTTTCTCCCTCTCCCCCCCCAGTTTGCCTACCTAGGGCGCCTGGCT CATGAGGTTGGCTGGAAGTACCAGGCAGTAACGGCTACACTGGAGGAGAAGAGAAAGGAG AAGGCCAAGATCCACTACCGGAAAAAGAAGCAGCTCATGGTGAGGGTGGGGCTGTGGCTG GAGGGGCACCACGTTTTCTGGGGCAGGGTCTGGGAGCTGATTACTCTTAACTTGGGTCTT AGTTGTGCCCTCAGAAGGCTCTGCCTAAGGCCCAGTGTGGGTGGCCCCCTGGGATAAGGG CAGTCCTAGGGAGCAGCCACTAACCACCACCTGTCACCTTGACCCCACAGAGGCTACGGA AGCAGGCCGAAAAGAACATAGAGAAGAAAATCGACCGATTCACAGAGGTCCTCAAGACCC ATGGATTCTTAGTCTGAGCCCAATAAAATTGACTGTTTCTTCTTCATGCTTGGCCTGGCC TGCCCTTCCTCCATCGCCACCCTAGGATGTGGGGGACCCCAGGGGCTGCCATCCAGGTGC CACAGGCAGCCTGGGGCTTAGAAGACTGGGTATAGCAAAGGCGCCTTAGCCACTGCTGTT TAAGAAAGGCCTTTTTAAAAGCGTAGACAGTTGTAAGGGCTGTGCAGGCAGAATTTGCCT GTGACCTATTCATTCATGAGAGTTTTAGGACATGGACAGTTCGAACAACCAGTGCTGTTG CAATACTGGCAAAAGTGAGTTGGAAGACCTAATTGGAAGGGCCACTCACATCGCTTACAG GGAGTCTGTTTAAGCTTCCCACATGGTCAGGTACTATACTCTGCAGCTGTTAGGATGTGA GAGAATGCTTGGGCAGCACGAGTCTGGGGTTCTAAAAGGTGTTTATGGGGCTTCCCTGGT GGCGCAGAGGTTGAGAGTCCGCCTGCCGATGCAGGGGACACGGGTTCGTGCCCCGGGCTG GGCCCGTGAGCCATGGCCGCTGAGCCTGCACGTCTGGAGCCTGTGCTCCACAACAGGAGA GGCCACAACAGTGAGAGGCCCGTGTACCGCCAAAAAAAAAAAAAAAAAAACTTCTAAAAG GTGTTATGGAAGGGAAGTACGGCCCAAGGGGTCACAGGCATTGCCCTTGTGTCTTCCCTA TATTTTGTGATCCAAAACTAATAAATTATTTTTAAAGAAGTTTGGCGTCTTTGCAGTGTG TGTCTGCCATAGAGGCAGGCCCAGGGGAGCAAGGCCCTCGGCGGATGGGAGGCTTTGAAG AATAAAACTGGCTGTGCTCTTTCTGCAGATGATGGATTAGAAACTGCCTTTCGTGGAGGA GTTGGCCCTTGTAGAGACTGACATGCCAAGGAATTTGAGGTGCCTATGAGATTGGTATTT ACGACCTGTAGAGCCTGGTGTTGCCCAGTTTGCATAAAGTTGTCTTCCCTAATTCAGCTG CAAAGTATGGAATTGCCACCATTCTC
Untranslated Region
Coding Sequence snoRNA |
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| exon position | 1001..1041, 2626..2698, 3068..3133, 3342..3443, 3647..3732, 3912..3971, 4296..4418, 4610..4725 | |
| CDS position | 1027..1041, 2626..2698, 3068..3133, 3342..3443, 3647..3732, 3912..3971, 4296..4418, 4610..4696 | |
| accession no | ||