Organism |
GO term(s) | Cellular Component: n/a Biological Process: n/a |
Phylogeny |
Paralogs |
Citations |
Sequence | >BC056563.1 Danio rerio Warm Acclimatation Protein 65-1 CTCTGTCTCACCAGAGAACCTGCTGACCATGAGGCTCATTCAAGCGCTTTCTCTGTGTCTGGCTCTCTCTCTGAGCCTTG CTGCTCCACCGCAACATAAAGAGGATCATTCTCATAAAGGCAAACCTGGTGGTGAAGGACACAAGCATGAGTTGCACCAC GGTGCTCAGCTTGACCGCTGTAAAGGAATAGAGTTTGATGCAGTCGCCGTGAACGAGGAGGGAGTTCCTTATTTCTTCAA GGGTGACCACCTGTTCAAGGGTTTCCATGGCAAGGCTGAGCTGTCCAATAAAACCTTCCCTGAACTGGACGACCATCATC ATTTGGGACATGTGGATGCTGCGTTCCGCATGCACTCTGAGGACAGCCCAGACCACCACGACCACCAGTTCTTTTTCTTG GACAACATGGTCTTCAGCTATTTCAAGCACAAGCTGGAGAAGGACTATCCCAAACTTATCTCTGCGGTTTTCCCTGGAAT CCCTGATCATTTGGATGCTGCAGTGGAGTGTCCCAAGCCAGACTGTCCTAACGACACTGTGATCTTTTTCAAAGGTGATG AGATCTACCACTTTAACATGCACACCAAGAAGGTTGACGAGAAGGAATTCAAAAGCATGCCCAACTGCACAGGAGCCTTC CGTTACATGGGCCATTATTACTGCTTCCATGGACATCAGTTCTCCAAGTTTGACCCGATGACAGGAGAAGTCCATGGCAA ATATCCAAAAGAGGCCCGTGATTACTTCATGAGGTGCCCTCACTTTGGGAGTAAGACCACTGACGACCATATTGAGAGAG AACAGTGCAGTCGTGTGCACTTGGATGCTATAACATCTGACGACGCTGGCAACATATATGCTTTCAGAGGTCACCACTTC CTCAGCATAACTGGTGATAAGTTTCATTCTGACACAATCGAGAGTGAATTCAAGGAACTGCACAGTGAAGTGGATTCAGT CTTCTCCTATGATGGCCATTTCTACATGATCAAGGACAATGATGTGTTTGTGTACAAAGTTGGAAAGCCACACACACACC TGGAGGGGTACCCTAAACCCTTGAAGGATGTGCTGGGAATTGAGGGCCCCGTAGATGCTGCCTTTGTGTGCGAAGATCAT CATGTTGTTCACATCATCAAAGGTCAGTCAATCTATGATGTTGACTTGAAAGCCACCCCACGTAAGCTTGTGAAGGAAGG AACCATTACACAGTTCAAAAGGATTGATGCAGCAATGTGCGGACCCAAGGGTGTGACGGTTGTCATCGGTAACCATTTCT ACAATTATGACAGTGTCCAAGTTATGCTGATGGCCAAAATCATGCCTGAACAGCAGAAGGTGTCTCAGCAGCTGTTTGGC TGTGACCACTAGAGGGCTGCAGGCTGAGAAAGGAAGGAAACTGCTGTGCAGTGATACAGTCTGTACAGACTTGCATTTCC AAGCAGTAACATATCCATATTCCTCTAACTCTTGTCACTTTGATCTCAAAAGTTTATTCCTACCTCTGGTGCTCTGCTCA AATCATCTAGCTCTTTGCAAACATGTGAATATGAATACAATTCTGACTTTTGCTGCCATTGCATGGCGTGCAGACTAATG TACATGTGTGTTACCACAGAGCCTGTTGTTTGAAGCTTTATCTAAGGACTTGCTTATTTCACCTTTGTCTGCTTGCTGTG TGGTTAATAAATAGTCTTATCTAAAAAAAAAAAAAAAAAA
>NM_001076754.1 Danio rerio Warm Acclimatation Protein 65-2 ATGTTTCAGTTTTTAACACGCATGACTTCTGTTGAGCTCATCTGGATCAAGCGAACGGCTCATTATGGCAGTGGTGTTTC TTTCCCTGTGTGTTTGCATGGCTTTATCTCTGAGCAACGCAGCGCCGGCACAACATGATGTTATGCTGAAAGATGCCCCT GAGGACCACCATGAAGACCGATGTAAAGGCATTGAATTTGATGCCATCGCTCCAGACGAGAAAGGAAACACTTTCTTTTT CAAAGGTGACCGTTTGTGGAAGGGTTTAACTGGAGCATCTGTGCTCTCGAGCAGTGTATTCACAGAGCTGGATGACTATG CTCACCTGGGTCACGTTGATGCAGCTTTCCGCATGCACCATGAACATGACGCCAGCAGTCATGACCACATCTACTTCTTT CTGGATGATAAAGTCTTCAGCTACTACAACTACACACTTGAAAAAGGCTACCCAATGGAGATCCAGCAGGAGTTTCCTGG TGTCCCCAGCCATCTAGATGCTGCTGTTGAGTGTCCCAAAGGCGGATGCATCACGGATTCGGTGCTCTTCTTCAAAGGAA ATGAAGCCTAAAGTTTCGACATCAAGACAAAGTCGGTTAAGAAGAAGGTGTGGACACACTTGCCAAACTGCACTTCTGCT TTCCGCTGGCTCGAGCACTACTATTGCTTTTATGGTCACAACTTCACCAGATTTCATCCAGTTACTGGGGAGGTCACAGG AAATTATCCCAAAGATGCACGAAACTACTTCATGATTTCGCTGCATCTCTGGTACTAATAAAATGTCATTGGCCTGCACT GCTAAACGCTTTTACACTTGTTTCCATCCTAAATATCTGGACTAAAGCTTTTTCTGGACATACCCTGTATTGTTTCGAGG AATAATACGCCAATAATAATCTTGTTTCTCCTTTTTGACATCAGATTATTTGGCTTTGGCTGATTATTGAGCTTGTTTTA AGGAGAAACTCACTGATATTATTTCTGAAATCAAGACAAGAGTGTTTGCTTGTCCAGAAAATGCTTCTTGATTTAATTAT TTCTAGATATTTGGACTAGAAACAAGACTAAACATCTCAGTGAGAAAGGCATTTCCTGCAGTGTGTCTTTGAATGTTTAT TAGTGATATTTTATTGTGGATCAGTTTAAGTTTGGCAAATCATACGAGCATTTAAAAGTACAATATGTCAGTTTTTTATT ATTAAAATGCTTATAAAGCTCTGTTTGGAACTAATTTGATTGAGTTTCAATTTGCATTCATTGACATCAGGTCAACACAG ATGAACTTAAAGCAATATCCAGCATGAAATGAAGAATAAAATGGAGCAAATTGTTGATCTTTACTTGAAGTTTCTTCTGA AGGTCACAAACTTGAAGAATAAAACATTTAAACTTTCAAAAAAAAAAAAAAAAAAAA
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