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THRa (Thyroid Hormone Receptor alpha)

Organism
Haplochromis nyererei (Nyereres Viktoriabuntbarsch)
GO term(s)
Molecular Function: GO: 0003677, GO:0003700, GO: 0003707
Cellular Component: GO: 0005634
Biological Process: GO: 0006355
Paralogs
Sequencing Methods
thraa: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005187696.1) annotated using gene prediction method: Gnomon.

thrab: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005187418.1) annotated using gene prediction method: Gnomon.
Citations
Sequence XM_005750991.1 Haplochromis (Pundamilia) nyererei thraa
TATACAACTCCACCCTAAAGGGGAGGAGAAAGGCAGCATGCGCTGTCAGGTTGGAGAAAGAAACAGAAACTGTGACAGCG
ATGCAAACATTTTTTGTCTTTCCGTTTGCAGTGCAGATGATCTTCTTGATTTTTTAAAAATTGAAATAAGTGTCAAATTA
AAAGAAATACCTTCATCATTCAGCTTTACAGGGAGTGGATCTGAGTTTCTGTGAAGGAAGACGCTTTGCCACATGATGTT
TTCCAGTAAATATGTTGGTGAAGAAAGCCGGCCTCCCCCTCCATTGCACCAGGCGAAGCCCCTAAATGACCCTATCCACT
CTGAATGAGAGGGCAAGATTCGACTTGTTTCAGACTCTGGCAAACCACCAGCATTCTTTACCAGTGTAGAAGATTAGACT
TGACAGCACAGTTTTACCTCCCATCATTGGTTCCAGTCAGAGAAAACCACATCTGCTTTCTACCTCGAAGGGAAATAGAA
AAGGAAGAAACATCCGTTTACTTTCCATGATTAGTTCCTCATCTTCTTCTCATTGCAGTGTTTTTCCATTTTACCTCAGG
GATCCTCACCCACTGTCTACCTCCACCACTGAAACAGCCAGCCCAGTGACTGGAACACGAAGCAATAATACACCCGTGAC
CTGCCGCTGTTGTTACCGTGACAACCAGTATTGCCTCTCAAGATCTCAGTGCAACCGTGACGTGAGCAAAGACCTTTGAC
CTGTAACCACCTGCCAGCCCTTACCTGTTCACGGCAGACAACTGTATACCTCAGCAAACACAACTTCTGGATATTCAGGA
AACAGAAGTAAACTTTCAGTCACGACTCACTATCCTGGTGCTTTAATCTACCCAGCAGGCGACACATGCTCACTAACCTG
ATGCTTTAAGCCACGCAGTAGACTTCTCACTCTGGAATCTTCCAATTGCCTTAAAGGCACGAGTATAGCAACAGTAGCCA
GGTACTTGCACAAAACTTCAGTTCATCTGATCCTCAGCAAAATCACATCATACACAAGCCTCAAGATCTGAGCAGTAGCA
GAAATCAGCAATCGCTCAGGGGACGGCTTTGGAAGTACCCCCACCGCCTTGAGTTTGGACGTCTCTGTGGGACAGCTGTG
GAGTAGTGAAGCTACCCCAGGAAGAGGAGAAAGTATTGGGAGCCTCATGTTCTCTTACTACTCTGCAGGAAGATGCAAAA
AATAAAGAACTGACTGTCAGATGTAACAGAGCGTTATATGCCCGAACGAAGTAAACACAGAACATATCCGTATGGTGACG
GAGAAGAATAAAAGAAGGAAACAAAACAAGCTTCTCCTACAGATGAGAATATAATGCTTTCTGCTCCGCCCACTGCGCTC
CTCCCAGCCAACCGCTGCCTACAGTCTGGGATGGTTAGCTACTGAGCGGGCTACCAGTGAACGCTGAGCAGGCTGGCGAG
CTCAGTGTCTGCCTCGCTGTCCTGTGATTGGCTGCTGGATGGGACTGAGGCCGAATGGAGCCAATGTCCAACAAGCAGGA
TAGCAACTCGTCTGAGGGAGATGAGAAAGGATGGCCAGATGTGCCGAAAAGGAAGAGAAAGAACAGCCAGTGCTCAGTGA
AGAGCATGTCCGCTCTTAGCGTCTCTGTTCCAGGGTACATCCCCAGCTACCTGGAGAAGGACGAGCCATGTGTAGTGTGT
GGGGACAAGGCGACTGGGTACCACTACCGCTGCATCACCTGTGAGGGCTGCAAGGGTTTTTTCCGTCGGACCATCCAGAA
GAACCTCCATCCGTCCTACTCCTGTAAATATGAAGGTTGCTGCATCATCGACAAGATCACGCGCAACCAGTGCCAGCTGT
GCCGCTTTAAGAAATGCATCTCTGTGGGCATGGCCATGGACTTGGTGTTGGATGACTCAAAGCGCGTGGCCAAGCGCCGT
CTGATCGAGGAGAATCGCGAGAAGAGGAAGAAAGAGGAAATGATGCGGATGCTACAGACGAGGCCAGAGCCAGACACCGC
AGAGTGGGAGCTGATCAGGATGGTGACCGAAGCCCACCGGCACACCAACGCCCAGGGCTCCAGCTGGAAACAGAAGCGCA
AATTCCTGCCTGATGATATTGGCCAGGGTCCTATGATGCCCACTTCAGACGGAGATAAGGTGGATCTGGAAGTCTTCAGC
GAGTTCACCAAGATAATGACCCCTGCCATCACTCGCGTCGTCGACTTTGCCAAGAAACTGCCCATGTTTTCAGAGCTGCC
TTGTGAGGACCAGATCATCCTGCTGAAAGGCTGCTGCATGGAGATCATGTCACTGCGTGCTGCTGTGCGCTACGATCCCG
ACAGCGAGACTCTTACTCTAAACGGCGAGATGGCTGTGAAACGCGAGCAGCTGAAGAACGGCGGGCTGGGCGTGGTGTCG
GACGCCATCTTTGATCTGGGCAAGAGTCTAGCACAATTTAATCTGGATGACTCGGAGGTGGCGCTGATGCAGGCGGTGCT
GCTCATGAGCTCAGACCGTTCAGGGCTGACCAGCGTGGAGAAGATTGAGCAGTGCCAAGAGGCTTACCTTCTGGCGTTCG
AGCACTATATAAACTACCGCAAGCACAACATTCCCCATTTTTGGCCCAAGCTGCTGATGAAGGTGACAGACCTGCGCATG
ATTGGGGCTTGCCACGCCAGCCGTTTCCTTCACATGAAGGTCGAGTGTCCCAATGAACTGTTTCCCCCGCTCTTCCTGGA
GGTGTTCGAGGACCAGGAAGTGTAACTGTACATCACCCTCAGAAAGAACACTTTTGTGGTGGCTTTGAGAGGAAGTTTGG
CTGAAGGACAAGCGAGGACGAAAAACTGGATTTTTTTTTTTCTCTTCATGGAGAACACACTCTGTAAATTTCTCTTGTTG
CCCCTTTGTGTGTTTTTTTGTTTTGTTTTGTTTTTTTGATTTGTCAAGCAACTACAACATCCACCACCAGCAAGCACACA
TCAATATTATCAGAGGAATGCAATCAGTCTCACTAGGCACACACACAAAGTACAAGCAGTGTAAATACTTACATAGCTAT
TCACACATTCATACACCATAAAAAGTGTATTTATATGCAAACAATTGCACCCCCATGGATACACAGCTGTACTGCTCCTG
ACTAATGCAAACTGAGGGGCTTGGTTCTGTTTCTACTAGCTGCACAGCCACCTATCACCTCAGATAAGTGCTTTTTTTGT
TTTGTTTTGTTTTAATCTCTGGGACCTGATCATTAGCTTCTCTTTCAATCCCTACACCTCCCTCGCATCTCCTTAACTGC
AAAGTCATCCTCTGTCCGCAGCCTAGCCCTCAACCTGCCAAGGCCCCGTGAGTCTTTGTTGACCTACCTCCCTCACGTAC
TGACCTCTCTCTCTCGTGTATACACAGGCACATGGTGTACATGCACAAAAGACACCCCTACAATATTACCTCAAACAATA
TTACCTTTCTGATTAGAAAACACAGACTCGTGTAATATTTAGTCAAACCATATGCAAGCTACAGTGAGAAAACTTTGTAT
GAAGCCCTTATTTATATACAGATATGTCTTATAACTGCAGACACGAGATGGTATCGCTCTGTTTCCTGAGCAGAGACTAA
ACCCAGTCTAAAAAAAAACACTAAAAACTTTGTTTTCAGTTGAAATCTTCATTGAATTTTCCTTCAAGTGTGGAACTGGG
CTTAATCCATGCCTGGGACACTGAACCCATAGGTATTAATTACTGTAGTGCATCAGAGGTTACAAGATGTCATGAACATC
ACGGTGCTTTCTGTGATCACTAAGTGTTTTACTTTAGTGGATTTGATATCCATCTTTGTGCAGTAAATTCTCCTTGTTTA
CTGACATGGTTTGATATTCTTGGAAACAGGTTTACTTTCTTTCTTGCTGTGACTTAAATATAAAGTTTGATACCATTCTT
ATGCTGTATTTGAAGCTAACGCTAGCGACTGCTTAGCTTAGCATAGCTATGTTAAGCTATGCTAAGCTATGCTAGCATAG
CATCGTCACTGCCAGGCGATGAAGGCTGTCCCAATTCGAGGGCTGCTCCAAATGCGGCCCACAAATGCGTCCTCCTTTTC
CCCAGATTTGAAGGATTTGTCGGGTGTATCCTTTGTTGCCCAGCCTATCCCAGGATTCATAGCACGGCGGTGGCTGTGGA
TGATTTTTTTTTTAATGTTTAGCTTAGTTGTTGTTGTTTGTTGG

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>XM_005725832.1 Haplochromis (Pundamilia) nyererei thrab
TGAGGCGAGTCAAAGAAGAGGATTGCGCCGCATTTCACGCGACACGAACGTCCCGACATGTGTCCGTGTGTACAGTGCGT
GCTTTACAGTGGAATTCCTGTAGAGAGCAGTAGATAGTTTTAATAAGTGCTTACACCGCCGAGCGCTGCCCTTACTGTAC
CGGGCATAAGCGGAGGGAGGAGCGAGCGTGTAGTATTTCTTTTTCGCTTCTTTCCCCCGATGTCGTTGCAGCCCATCCAA
ACGCTACTGGAAGGCAACAAAAAGAGGAAACAAACGGCTTCAATCCGCGCTGAAGCTTTGCAGGAAGGAGCACTGGGGGT
TGTTGTCCGAGCGGGGAGATAATTTGACGGTACAAGGAGCAGCAGCTTGGCCGAGGAATGGGCTCGGAGTGAGGGGACGG
GGGAGCCATCCAGCGCTTCTCTACTGCTACACTTGTGCATGAACCCGGGGACTTTCTCACGCTTTATTTCCGCCTCGTAT
CCCAGCGGGAAGTTGTGTCCAAACCGCGTGGGGAGTAACTGAAGGTGAAGAGTCTGCGAAGACCTGTATTGGGATAAAAG
CTGTATTCAAATCTAAAGAAAGGGCACTGAAGTGAAGGCAGCTGACAACCAAGAACAGAGGCAAGGCGGACTACACAACG
CAAGAGGCCTGGGGAGATCATTAACTCCACGCTCGCGCAGTATGACTGCCTGGATCCCAGTCCTGCCACTGCGTTCCTGA
GACTGTCATCCACCTCCAGCCCTGGCCTCAAGGCCAGCTGATATACCCGAGGAACCTACATCATCTTTCATATTTTCCAG
CATCACCCTGAGCAACAACACACCGGGTGCACTCCTTTTGGAGAAACGCCCAAAACCCACCTTCCGAGGACACCAGGGAC
CGGCCCCTAGGGACTGGCCCCTGTTATGTTTTGTTGACCGACTCGTCCCAACCGGCGAATGACAAGTGTGCATCCGAGGG
TGGGGCTTGCCTCAGTCTCTCATGATTGGCTGCTGGATGGAATTAAGGTGAATGGAACACATGCCCAAGGAGCAGGACTC
TAACCCATCAGAGGGAGAAGAGAAACAGTGGCTCAATGGCCCAAAAAGGAAGAGGAAGAACAGCCAATGTTCGGTGAAGA
GCATGACTGGGTACATTCCCAGCTACCTCGAAAAGGATGAGCCATGTGTGGTGTGTGGCGACAAGGCCACGGGTTACCAC
TACCGCTGCATTACCTGCGAGGGCTGCAAGGGTTTTTTTCGTAGGACCATTCAGAAGAACCTCCACCCGGCCTACTCCTG
TAAGTACGATGGTTGCTGCATCATCGACAAGATCACCCGCAACCAGTGCCAGCTGTGCCGCTTCAAGAAGTGCATTGCTG
TGGGCATGGCCATGGACTTGGTACTGGATGACTCAAAACGGGTGGCTAAACGGCGCCTGATTGAGGAGAACAGGGAGCGG
CGTAAGAAGGAGGAGATGGTAAAATCCCTCCAGACCCGTCCGGAGCCCACGGGGGCCGAGTGGGAGCTGATCCGCTTGGT
GACGGAAGCCCATCGTCACACCAATGCTCAGGGCGCACAGTGGAAGCAGAAGCGCAAATTCCTGCCAGAGAAAATCGGCC
AGTCTCCAGTCGCTCCAACATCAGACGGAGACAAGGTGGACCTGGAGGCCTTCAGCGAGTTCACCAAGATCATCACTCCC
GCCATCACCCGTGTCGTTGACTTTGCCAAAAAACTGCCCATGTTCTCTGAGCTGCCTTGTGAAGACCAGATCATCCTGTT
GAAGGGCTGCTGCATGGAGATCATGTCCTTGCGCGCAGCCATGCGCTACGACCCGGAGAGCGAGACACTGACGCTCAGTG
GGGAGATGGCTGTGAAGCGGGAGCAACTGAAGAACGGCGGGCTGGGCGTGGTATCGGACGCCATCTTTGATTTGGGCAAG
AGCCTGGCACAGTTCAACCTTGACGACACGGAAGTGGCGCTCTTGCAAGCCGTGCTTCTCATGAGCTCAGATCGCTCAGG
CCTGACCTGTACGGAAAAGATCGAGAAGTGCCAGGAGACGTACCTGCTGGCGTTCGAGCACTACATCAACTACCGCAAGC
ACAACATTCCCCACTTCTGGCCGAAGCTTCTGATGAAGGTGACGGACCTGCGGATGATCGGGGCGTGCCACGCCAGTCGC
TTCCTTCACATGAAGGTGGAATGTCCCAACGAACTCTTCCCCCCGCTCTTCTTAGAGGTCTTCGAGGACCAGGAGGTGTG
AGACACACTTGCCGGCACGCAAAGGGAAGAGAAAGTTGGAGCGAAACAGAAGATGGGTTAGTCCATCGTGCTTGTGGGGG
AAGAATGGAGGGAGAATCCTCTCTGCAGGAATCTGCATTTCTCTGACATCACATTCACAGTATGTGGTTTTAAAACTGGA
AACAACAATATCAGAAACAACACACCAGCAACAGGAGAGTGAAGCAAACAGAGGATTTTGTTTTGTGAACACCCTCTTCT
CCACCTCTTTCTCCTCCTTATACCAACCCCTGTTTTAAAATCTGTTTGGGGGCCCTTCTGTCTGAGCATGATGTCTTATC
TAGTAAGAGTTGTAGCCATTTGCCAAGACACAAACACACACAAACACACAGACACACACACACACACACTCACAGCCTGT
TCCACCTCAGTTCTTCAGGGCAGCACTCTTTGGAGGGTCAGTTCCCCCTCCTTGGTTTTATTGTAGCGGTCACACATTTA
CACTTGTCTTGAAGCCCATGTTTCCAGCGTCAAAGCTGGCCAGCACCTCTCAGTATTATTTCTGAATAAGTGTTAAGGCA
TTGATTCAGAAAGTATGGACAGTAGTGTCATCTTGTTGCTCACAGTCATGCAGGCGCACGAATTTAGCAGACACTGCACA
TAAAAATTTCAGCAGACGTAAACGTTTCCGTGGTGTATAACGGCGGCAGTAAAGCAGAGC

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Organism

GO term(s)

Paralogs

Sequencing Methods

Citations

Sequence


Data input by E. Kaitetzidou

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