Information report for Tc01v2_g029050
Gene Details
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Functional Annotation
- Encodes a member of the SPA (suppressor of phyA-105) protein family (SPA1-SPA4). SPA proteins contain an N-terminal serine/threonine kinase-like motif followed by a coiled-coil structure and a C-terminal WD-repeat domain. SPA1 is a PHYA signaling intermediate, putative regulator of PHYA signaling pathway. Light responsive repressor of photomorphogenesis. Involved in regulating circadian rhythms and flowering time in plants. Under constant light, the abundance of SPA1 protein exhibited circadian regulation, whereas under constant darkness, SPA1 protein levels remained unchanged. In addition, the spa1-3 mutation slightly shortened circadian period of CCA1, TOC1/PRR1 and SPA1 transcript accumulation under constant light.
Homologous
- Arabidopsis thaliana: AT2G46340
- Gossypium hirsutum: Gohir.A11G095100, Gohir.D11G100100
- Manihot esculenta: MANES_01G248600
- Prunus persica: PRUPE_2G183800
Sequences
CDS Sequence
- >Tc01v2_g029050
ATGGAACGAGATGGGGAACAAATGGCTGCAAGTGGAATAGCTGAGAATACTGAATTTACAAGAAAAGGCTTCAATTTTCCCTTGAAATCAGAAGGTCATATTTTGATGGAATCCCCGAAAATATATGAATCACAGAGAAGAAACTGGCCGGTGAACGATGTTAGCGGCTTTGCACCTCAATGCCCTAGCACTTCTTCTATGATTGAGACTGAGACAGGTGTTACAGTGGAAGAATTGACAGTGGAAAACTATAAGACCTCAGGTTTAAGTTTGCCCAAGAGCTCAAGCAACTTAAGGCAGGGTCAGTGGCAACGAATGCATCATTTAGAAAGTATGTCTGAACATGAGGCTTTAGATGGAAACGTTGATCACGTGTTGTTGAGAGCGAAAGAGCAGCTTGCGAGAATGTCTTATGAGAACCAAAAGAGCAAGGATACTGATCAAACAACTGGAGGAATTTCTTTGCATTTGAAGGCTACAGACAACATGGCTATCTCAAGCAATACATCGTCAGTTGCAGCTACTCCATTGAAAACGTCAACTAGGCCTAGCTTTTCACAGTTATTTGTAAAGAAAGGTTTGAAGGGAAAGGGTATTGTTAGAAGAGATCCAGAATCTTGCACAACTGCTGACAATGACCAGCCTTGTTTACTTGGGGTTGATAGGTCTGCTACTGCACCTTGCCCCAATGGAATTACTTTGAGAGAATGGCTAAAACGAGGGAGATGTAAAGAGGATAAAGCTGAAAGCCTACTTCTATTCTGGCAGATTGTGAAGTTGGTGGATTCTGCACACTCCCAAGGAGTTGTCTTGCAAGACTTACAGCCATCCTGTTTCTATTTATCCTCATCAAATAGGGTTACATATACAGGTCTATCTGCTAAGAAAGGACTAGTGTCTGCTGTAAATAGTGATTTGAGGAGGAAAAGATTCCTGGAAGAAAGTATGAATGCTGCAAATTGTAGTTTACGTGCAAAGCTGCTAAAGGTCAATGAGAACATGCGATCTCTTGGACACCAAACAGAGTTCACCTCTCCCCATGAATCCAGGATTGAGATGGGAAATAAGATTGGTTTTCATACATCTGTTAAGCAAGATTCTAACTGTTTTCTGAACCAGCCTCCAAGTTTCCGCTACCCTACTGCATCTGTTTCACATTCTATTTCTGCAGCTATACAATCGGAAGAGAAGTGGTATGTTTGCCCAGAGGTGCTTAATGGCAGAAGCTGCACATTTTCATCAAATATATATAGCCTTGGGGTTTTTCTTTTTGAGTTGCTATGTTGTTTTGAATCATGGGAGCTGCATTCTGCAATGATGCTGGATATGAGCCAGAGGATTCTTCCACCAAAGTTCCTTTCAGAAAATCCGAAGGAAGCTGGCTTTTGTCTTTGGCTTCTTCACCCCAAACCTTTGTCTCGTCCAACAACTAGGGAAATCTTGCAGTCTGATTTATTTTGTGGATCCCAAGAATGGTTTTGTGGGAACAATTTATCAGAATCTCCTGATAGTGATATGGCGGAATCAGAGATATTACCTCAGTTTCTAATTAGATTAGAAGAACAAAAGCAGAAGCATGCCTCCAAATTGATTGAAGATATTAGGTTCTTAGAAGAAGATATTAAGGAGGCTGAAAGAAGGCACTTATTAAAGACATCTTCAGTTTTCCCTCAGAAACAAAATGAATTTCCTGATGCAGGAAAAAATTGGTTGCATTTTGAAGACCCCAGAACATCAGTTGCTCATTATAGATCAAATTTGAAGTCAGAGGTAAATGAAGGATGGTTGTCAAAAAATATCAGGCTGCTTGAGCATGCGTACTTCTCCATGAGATCCGAAATCCATTCTTCAGAACCTGATGCTGCAGCGTGCTTTAATAAAGACTTGCTGAGGAATGGAGACAGGTTGTCCAAGGTGCAAAGTGCAAATGGTGAGATGAGAATGAATCAGAAATCTATTGATCCCCTCGGGGTCTTTTTTGAAGGTTTGTGCAAGTTTGCTTGCTATAGCAAGTTTGAAGCGTGTGGAACAATAAGAAAAGGGGACCTTCTAAACTCTGCAAATGTGATATGCACTCTCAGTTTTGACCGTGATGAGGATTATATTGCTACTGCTGGCATATCTAAGAGAATCAAGATTTTTGAGTTTGATGCATTTATGAATGACTCTATTGATGTCCACTATCCTGTGGTTGAGATGTCAAACAAGTCAAAGCTTAGCTGTGTTTGCTGGAACAACTACATAAAGAATTATTTGGCTTCAACTGATTATGATGGTATTGTCCAGACATGGGATGCGGGAACTGGTCAAGGATTATGTCAATACACTGAGCACCAAAAGAGGGCATGGTCTGTTGACTTTTCTCAAGCTGACCCAACAAAGTTTGCCAGTGGAAGTGATGACTGCTCTGTGAAGCTTTGGAGCATTAATGAGAGAAGTTCTCTTGGCACCATAGGGAGCCCTGCAAATGTCTGCTGTGTTCAGTTCTCTACTTTCTCTCCTCATCTGTTGGCATTTGGATCTGCCGATTACAAGGTGTATTGCTATGATCTTCGGCATGCTAGAATCCCTTTATGCACATTAGCTGCCCATGAAAAAGCTGTTAGCTATGTCAAATTCTTGGATTCCACAACCCTTCTCTCTGCATCCACCGACAACACCCTGAAGCTGTGGCATCTCAACAAAACCAGTTCAGATGCATTGCCTTCCAGTACTTGTGGCTTAACCTTTAGTGGTCATAAAAATGAGAAGAACTTTGTGGGTTTATCTGTTTTGGATGGATATATAGCATGTGGTTCAGAGACTAATGAGGTTTATTGTTATTATAGATCTCTGCCAATGCCAATCACTTCCTACAAGTTTGGGTCTCTTGATCCTATTTCTGGAAATCAAATCACTGACGAAAATGGGCAGTTTGTTTCAAGTGTCTGTTGGAGACAAAAGTCAAACATGCTTGTTGCTGCCAACTCAACTGGAAGTATTAAACTACTGAAACTGGTGTGA
Protein Sequence
- >Tc01v2_g029050
MERDGEQMAASGIAENTEFTRKGFNFPLKSEGHILMESPKIYESQRRNWPVNDVSGFAPQCPSTSSMIETETGVTVEELTVENYKTSGLSLPKSSSNLRQGQWQRMHHLESMSEHEALDGNVDHVLLRAKEQLARMSYENQKSKDTDQTTGGISLHLKATDNMAISSNTSSVAATPLKTSTRPSFSQLFVKKGLKGKGIVRRDPESCTTADNDQPCLLGVDRSATAPCPNGITLREWLKRGRCKEDKAESLLLFWQIVKLVDSAHSQGVVLQDLQPSCFYLSSSNRVTYTGLSAKKGLVSAVNSDLRRKRFLEESMNAANCSLRAKLLKVNENMRSLGHQTEFTSPHESRIEMGNKIGFHTSVKQDSNCFLNQPPSFRYPTASVSHSISAAIQSEEKWYVCPEVLNGRSCTFSSNIYSLGVFLFELLCCFESWELHSAMMLDMSQRILPPKFLSENPKEAGFCLWLLHPKPLSRPTTREILQSDLFCGSQEWFCGNNLSESPDSDMAESEILPQFLIRLEEQKQKHASKLIEDIRFLEEDIKEAERRHLLKTSSVFPQKQNEFPDAGKNWLHFEDPRTSVAHYRSNLKSEVNEGWLSKNIRLLEHAYFSMRSEIHSSEPDAAACFNKDLLRNGDRLSKVQSANGEMRMNQKSIDPLGVFFEGLCKFACYSKFEACGTIRKGDLLNSANVICTLSFDRDEDYIATAGISKRIKIFEFDAFMNDSIDVHYPVVEMSNKSKLSCVCWNNYIKNYLASTDYDGIVQTWDAGTGQGLCQYTEHQKRAWSVDFSQADPTKFASGSDDCSVKLWSINERSSLGTIGSPANVCCVQFSTFSPHLLAFGSADYKVYCYDLRHARIPLCTLAAHEKAVSYVKFLDSTTLLSASTDNTLKLWHLNKTSSDALPSSTCGLTFSGHKNEKNFVGLSVLDGYIACGSETNEVYCYYRSLPMPITSYKFGSLDPISGNQITDENGQFVSSVCWRQKSNMLVAANSTGSIKLLKLV