Organism |
GO term(s) | Cellular Component: GO:0005634 Biological Process: GO:0032922 |
Paralogs |
Sequencing Methods | otx5b: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005179480.1) annotated using gene prediction method: Gnomon. |
Sequence | >XM_005947785.2 Astatotilapia (Haplochromis) burtoni otx5a AAAGAAACTCAGTAGAGCGACCTCACCAAGGCGCAAAGGCATCCGAAGGCCACTTCACCTGTGTGACTTTGACTGTGTGA AGTTGGACAGAGAGGCGGTCCGGATGCTCGCTGCTCTGCGGTGTGCTGCCCAGCTTAGCTGACAGTCGGTTACAGCTGAA AGAGCAGTTTAAGAAAAAAGGAAAGAGAAAGAAGAAAAAAGCACTTGTCTTGTGAACTCCTGCGCGCCCCGCTTATCCGT TCAGCGCCTGGCCTCGGACGCACCGACTTGTTGCCCCGGCTGAGCTCTGAGGGGGCCACGGCTGCTGCGTTGCGTGTCCG ACCTACAAGTCAGCGAGAGGACTTAAAAGGCTGCTGTAAGGATGATGTCCTACATAAAGCAACCCCATTACACCATGAAC GGGTTAAACGTGCCTGCTCCTGGAATGGATGTGCTTCATACAACCGTCGCTTATCCACCCACTCCCAGGAAGCAGCGCAG GGAGCGCACCACCTTCACCCGCACACAGCTGGACATCCTGGAGGCGCTCTTCTCAAAGACCCGCTACCCAGACATCTTCA TGAGGGAGGAGGTGGCCCTCAAGATCAACCTGCCTGAGTCACGTGTCCAGGTTTGGTTTAAAAACCGCCGTGCCAAGTGC CGCCAGCAGCAGCAGCAGAGCAGCGGCCAGTCCAAGCCCCGGCCTCCCAAAAAGAAGGCCTCGCCAGCGCAGGAGCCTAG TGCTCCTGATCCCGTTCCTAACCCATCTGGCTCATTCAGCCCCTCCTCAGCCCATTCTGGCCCCAGCCTGGCCCCGAGCT CCAGCACCGGAAACACTGCCGTGTCCATTTGGAGCCCAGCCATCTCACCCCTGCCTGACCCCTTGGCCTCCTCCTCGGCG CCCTGCATGCAGCGGCCCTCACCTTACCCTATGAGCTATGGCCAGCCATCAGCCTACACCCAGGGCTATGCTAGCACAAC CTCCTACTTCACTGGCCTGGACTGCAGCGCCTATCTGTCCCCCATGCATTCACAGTTGTCAGGCACCGGAGGTGCTCTCA GCCCCATTGCTGTGCCCTCTATGGGGGGCTCCTTAAGCCAGTCCCCAGCATCTCTGTCTTCACAGGGCTACAGCACTGCC TCTTCCCTGGGCTTCACCTCTGTCGACTGCCTGGACTACAAGGACCAGCAGGCCTGGAAGCTGGGCTTCACCACAATGGA TTGCCTGGATCACAAGGACCAAAACTCCTGGAAGTTCCAGGTTCTCTAGAAAGCGTGTCAACATGCCACGTGCATCAGTG AATCCCATGTAAGATAGGGCAAAGCAGTTCTCCCAGAGGACTTAACATTGATTTCTCAGTTTGTCATTTGTAAGATTTTC TGTAGGAAATGCATTTGATTTAAAAGGTTTGGAGATGAACAAATGAATGAGTGTCATCGATGCTGCCTGACTGCAAATCA TGTCTGTTTTCTTCTTTGTGTTATCTTAAATAAGAGAACAAACGCCTTTAAACAGTTTGAAGGAAAAGACTGGAGAAACA ACACAAGCTATCTCTT
>XM_014334947.1 Astatotilapia (Haplochromis) burtoni otx5b CAGCTGGAGGTCTCGAGACAGTCTTGTCCTCGGACTCCCCACATTTAGCTCATTTAGCTATCCTGCTAGCAGTTAGCTGT GTATAAACTACCCAACAACAACTGACAATAACAGCTAGACATACAAACAAACACACAGGCGTACCTGGATGCGGTGAGCA ACTGAAGAGTCCACCGTATCCAAACCGTGAACAGCGCGCACACTGGAAGGCCTCCCACACACTGAGACAGCCACACACAC CTCAGCAGATCAGCGTCCTCTTCTTCTCAGGGACGACCAGGGACAGAGAGGCCCCCCACCCGCCTTACAATTTTTCAACA CCCGTCAGACCGCAGGCACCAAACTGCTGTGGAGCTGCCGCTGCTGCCGCTGCTGCCGCTGCTTTTTGGCATCTTTCACC CGGCCACGTTACATGTGCGCACTGCAATTACGCACGGCTCTGATGGAGATTCTAACCGGCCTCGATTAGCGAACTGTGCT GTTTTCAGTGTGGTGTATTGACTTGTCGCACCGGGCCGACTTCAGTTGAGGTAGTCTTTCTTTTTTTGACTAGAAGCATT GAACAAACACCAAATCCTTAAAAGCGCCGTGGTTTTACGCGTCAGGTGGAAACAAACGTAAAGGGGCTTGGCCAAAGGTG CCTGGCTGGAAGGCAGTAAGTCAGAGTAAGGTATAAAGATAGTTGAGGAGAAGGCAGTCAATGGACAATTAAAAAAACAA AAACAACCTAAGGCCAAACATCCCAGGAAAAGGAACAAACACCGTTAAAGGCAGTTAGAAGGAAAATAGAGAGAGAGAGA GAGAGAGAGAGAGAGAGAGGAGGGAGAGGGAAAGAGAGAGAGAGAGATACACCCCCTGGAGACTAGTTAGGAGACCCGGC CCCCGGTCTGAGAGAAGGAGAGAGCGAGTGAGGGAGTGTTTTAAAGCCGGCAGGAGGCATGATGTCCTACATTAAGCAAC CCCATTACGCCGTGAACGGGTTAACGCTGTCCGGCCCGGGCATGGATCTGCTCCACACCGCCGCCGTTGGATATCCCAGC ACCCCACGCAAACAGCGTCGGGAGCGCACGACTTTCACGCGTGCGCAGCTGGACATCCTGGAGGCTCTTTTTGCCAAAAC ACGCTACCCAGACATCTTCATGAGGGAGGAAGTGGCACTCAAGATCAACCTGCCTGAGTCCAGAGTCCAGGTCTGGTTCA AAAACCGTCGTGCCAAGTGCCGCCAGCAGCAGCAACAGAGCACAGGCCAGTCCAAACCACGGCCCCCTAAAAAGAAGGCA TCCCCTGCTCGTGAGGCCAACACCGAGGCCAGTGCCAACCCCACCAACGGTCCCTACAGCCCTCCTCCCCCTCCTCCAGG CACCGCCATCACCCCCAGTTCCAGCTCTGCTAGTGCCACAGTGTCCATCTGGAGCCCAGCCTCGATCTCTCCGCTGCCAG ACCCCCTGTCTGCTTCCACCACCCCGTGCATGCAGCGTACCACCACCTACCCCATGACCTACACCCAGGCCCCAGCCTAC AGCCAGAGCTACGCAGGCTCCTCCTCCTACTTCACTGGCCTGGACTGTAGCTCCTACCTGTCTCCAATGCACCCACAGCT GTCGGGGACCGGAGGGGCCCTGAGCCCTATCACAGCCTCCTCTATGGGCGGGCCCCTAAGCCAGTCCCCAGCCTCACTGT CCTCCCAGGGCTACACAGCCGCCTCACTGGGCTTTGGAGCCGTCGACTGTCTAGACTACAAAGACCAAACTGCCTGGAAG CTCAATTTCAATGCCGCTGACTGTCTGGACTACAAAGACCAGAACTCCTGGAAGTTCCAGGTCTTGTAAATAACAGGAGG TGGGGCGTGGGGAGGGAGGTAGAGGGAAGAGGTAAGAAATAAAAAGATAATAATCAAAGTAGGTTGGAAAAAAAAACAAG ATTACTTTCTATGTGTTTTAGAAGGAGGAAGAGGTAAAATTGGGACACAGAAGTCCCACCAATCACACATCAGCTGAGGA AGTGATCGGCTGAAATAAACTCTACGTGTTTGTCGTTTCAGAAAAATATCAGTGGGAGTAATGTGATCTGTTGAAGCTTG GTTTGGTGATTGTAACAAAGAGATGGCAATCGTGTTTAAGCAACATAGAAAATCAGCCTTGAAATCAAGGAATGACTACA TGTAAGGAAAAAGAGACTGATGTATGCAGAATAAAATCAGACTAGTGAGAACAAGCTTTCCTGTTGATTCGACTGATAAA GCTGAGTTTGACTCGGACCAAATTTAAAGCAGGGCTTATTTGTAAAATTGCCACAGCACAACAACATTTGTAACCTACAG GTTGTTTTTAACATAGAATTGAAATGGACCTTTTACACTGATGAGAACTGCATTTCTTCCTTTCAGACTTCTAATTTTGT TTTTTCTGTCATGTTTTTCTTTGAAAAAGCTGCTTTTTTTAATCATTGAGCTTTGAGAAATGAAAACAGTTCAGCTAACC CAATGTGACACCTAAAGCTTGGTGTCTTTACAGGGTCTTCTCTAAATCACACACAAGCTGATGGTTCCTAGTAGCCTTGC ATGACAGTGACCCCCTGCAGCCTGTGTGGGATACGAGCTGAGGGGGGGGAGGAGTAGGTCACTCCAGTGACTGCAGTACG AACCTGTTGCCTTTGAGCATGGTTATAATCATTAGCTGAATGGCTAGTACATTGTTAGTGTAATAAGATCACTTCCACAC ATTTTGAGGGACAATGGTCACATTGTTGCTAGTTGAGGCAGAGGAACCCCTCTTCATCTCACAGTGGCATGATGAGAGCA GACTGCCAATAAACTGCTGCAGTGAGGTATCTGATGGGAGAGGAGACTGCACCGGAGAAAGGGAAGGGACTGGGCCTACA TGCGGCCGACTCATCCCTCCTCCTCCTTTGCTCAGAGTCTGGTGCCTCTCTCAGCTCCAACCTGTAAAGATGTGATGGGT ACCACTTTATGTGTTTGATGTTTTGTCTGATTTCTTTTCTTTTTTGTATTAGACTTAAAACAACTTAAGTTTCTTTTCAA ATTTGTGAATTTGTTTGAGTAAAATTTGTGGTAATTTGTTTTTAAGTTCATATTACTATCAGTACTATTATAACTATCAT CATTAATATTATATCTTCTGCTGACATGGACTTTGCTAATATACTTTTTTGTTGTTGTTTTGTAAATATTAAAACTTGAA AGTGTAATCATGTCTGGTATCAGCTGTGTGTTGTTACACAGGCACTCCACCCAACAGACTCTATCACCCTCTTTCTTAAT TTCTAGAAAACTGCCAACTTTTAATTTTTTTTCTGTTTATATACTTCTGGTTTCTGCTTCTTCTTCTTCTTTTTTGTCAA ACTCAGGGGTTTATCCAATAGAAGTAGCAGTATGCTTCTTAATCATTTATTGTACTTACATTTTTTTTTTTTGCTTTATA ATCGTCTCTGCTTATTTTCTGATATGAATTATTTTGTATATTTCATTTGTCTCCTGTGTTTGACCGGTCTCATCACTACC ATGCCAGATAGCTACAATGTTTCTGAGACATTAAACAACTTCATTAAAA
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