Information report for SIN_1014073
Gene Details
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Functional Annotation
- Encodes the Arabidopsis homolog of the transcriptional regulator MED12, is dynamically expressed during embryogenesis and regulates both developmental timing and the radial pattern formation. Involved in flowering time. The mutant enhances the expression of the flowering time (FT) gene. A knockout mutant of this gene showed late-flowering phenotype.
Homologous
- Arabidopsis thaliana — AT4G00450
Gene Resources
- Pfam: PF09497
Sequences
CDS Sequence
- >SIN_1014073
ATGCAAAGGTATCATGCTGGCAGCTGCACTAGTGCAGTCAATAACAGTGCAATCACTGGGATACAAGCAAGGGATACATCCCGTGCTGACCCATCTGCTGTGTCTCCAAACTTCTCATTGAATTCAAGACGGTCTTCACAGCTGACACCATACAAATTGAGGTGTGATAAGGAACCGCTGAATGCCCGACTTGGGCCACCTGACTTCCACCCGCAGACTCCAACTTGCCCTGAGGAGACACTCACCCGGGATTATGTGCAATCTGGTTACAGAGAGACTGTTGAAGGACTTGAGGAAGCTCGAGAGGTTTCGTTATCACAGGTTCAGGCTTTCACAAAGCCCATAATTGTCAAGTGCAAAGAGGCGGGCCAAGTTTATGAAGTGCCACTTTCTGGTGCGCTATTGGCCAAGCCTGGTATATTCCCTGAGCAAAGACCATGTGGAGAAGACTTCAGGAAGAAATGGATTGAGGGGATGGGGAGCAATGAAGAAAAAACAAAGAGGATGGAGTTGGTGAATGGTGTTCTCTGTGAAATGTTTGGTTATGACGAGTATAGTATTGGAGCAGTAGCTTATAGTTTTATCTTGCAGGTTCGTGCGACTTCTTCTAATTCATCATCTGGGTTTCATGATAAAACTCAATTTTCACGTTCAGAACAGTGGACGAAAGATGTTATTGAGTACTTGCAATATCTGTTGGATGAATTTATCGCAAGAAACCATTCTCATTCGACCTTGCACATGCGAGATCGGTCGTCACAAATGGTTTTTGCTGGTTCAGTGCAGCAAAAAAGCGATTCATTTTCAGCTCTCATGGATGGAGACGAGCCTTCCCTTTACACTAAATGGTGGTATGTGGTGAGGATAATTCACTGGCATCATGCTGAGGGACTGGTTATTCCTTCTCTCATTATTGATTGGGTTCTTAATCAGCTCCAGGAAAAAGAATTGCGCAGTGTTCTTCAGTTGCTATTGCCCATTATATATGGTGTCCTAGACACTGTGGTTTCATCTCAGACGTATGTGCGTACTCTGGCTGGGATAGCTGTTCGATTCATTCGAGAGCCATCTCCTGGTGGTTCTGATCTTGTTGATAATTCTCGGCTTGCATACACTACCGCTGCTGTTGTTGAGATGCTTCGGTATTTGATACTAGCTGTACCTGATACTTTTGTGGCTTCGGACTGTTTTCCTTTGCCACATTGTGTAATAAGTCATGTGGTAAATGATGGAAGCTTCTTATCCAAAATGGCTGAGGATGCTAGGAAGGTGAAGTGTGGACAAATCGAAGTTGTTGGTGTACCTAGAGATAGAAATCATGATATTCAAGCCGAGTCCATATCCTTTCAAAGTGTTGTGTCATCCATTCAAAAACGTGCAGAGACTCTTTCAAGAGCAGCCAGGCCTAATCACCCGAGTCATAATGTAGCTAAAGCCTTGCAGGTGTTGGACCAAGCTCTCATGCATGGAGATATTGGACTTTCATACAACTTGCTCTTAGAAAATAGTTGGGATGGAGTGTGTGCTGAACGTTGGAGTGCTGAAGTTAGCCCCTGTTTACTCACATCGCTTAAGCATATTGGTACAGTGACATCATCATTACTTTGTTCGATCTTTTTCATTTGTGAGTGGGCAACTTGTGATTTTAGGGATTTTCGTACTGCCCCTCCTCATGGTCTGAAGTTCACTGGTCGAAAAGATTTCTCTCAGATATTTATAGCAGTACGACTTCTAAAACTGAAGGCGAGCAATATACTAAACTTTTACACTTCAAACCAGAAAAAGAAAAATATTTCAGATATTTTTGAAAGCCCGAGCCCCTTACATGATGTTATTGTATGTTGGATTGACCAACATGAAGTACATAATGGGGAAGGTTTCAAACGATTGCAGCTTCTAATAAGAGAATTTATTCGATCTGGAATTTTCAATCCCCTGGCATATGGGAGACAGCTGATTGTAAGTGGAATCATGGATGCGAATGGGACCATGATTGACTTGGAAAAGCGAAAGAGACATTACAAGCTCTTGAAGCAGTTGCCGGCTCCCTATATTCGTGATGCTCTAGAAGAAGCCCAGCTTGCTGAACCACCAATTCTCGGGGAGGCAATGCATGTTTACTTAACTGAGCGCCGTTTGGTACTTCATGGGCTACACAGTAAATCTGCTCCTGGTGTAAAAAGTGCCTCTAAGAAACAAAGGTATCATCATAGGTCTGGAAGTGAAAGTGCTTCTCCGTCTTCTGTTGATCAGTGGTACTTTCAAGCAACATCAAATTTATCTACGACAGATGATGACGCAGATATCAAGCTTGAAGAATTAAAAGCTTCAATCGTTGTGTTATTGCAACTTCCCCACCCATCATCGTCGATAGACGCAGGAGTTGATGAATCTCAAGGGAGCATTAAGAGGCCTGGTGGGGCCTATAACAGAACAGATGGCAATGAAGAAACATCTGGATGTGAAGAATGCAGAAGGGTGAAAAGACAAAAATTAAGTGAAGAACGAAGCTCATTGTTACAGTTAAATCCAGCAGATGACGAAGAGATATGGTGGGTAAGAAAAGGGCTGAAATATATGGATTCTTTTAAAGCAGACCCTCCTCCTAAGCCTGCCAAGCAGACCTCAAGGGGTAGGCAGAAACCCGTTCGCAAAACTCAAAGTCTTGCACAATTGGCTGCTGCCCGAATTGAAGGTAGTCAGGGTGCATCAACAAGCCATGTATGTGAAAGTAGGGTAGGTTGCCCACACCACAGAACTGGTTCTGATGATATCACAAAATTGGTAGATGGGACCAGAAAACCAGCCTCTGGAGATATCATTTCAATTGGAAAACTTTTGAAGCAGATGCGATTTGCAGAGAAGAGGACGTTGATTGTATGGATGATATCTTTTGTAAAGCAGCTTATTGAAGAGGCTGAAAAGACTACACCCAAGGTTGGTCAATATGGTAGGCCATACCCCATTGTGGATGATCGAAGATCCTCACGCTGGAGGCTTGGTGAAGATGAATTGTCAGCAATTTTGTATATGATGGATGTTTGTAATGAATTTGTCTCTGCAATAAGGTTTCTTCTTTGGTTGTTGCCAAAAATTCCTAGCAATCCGGGTTCTGCCGTTCCCAGCCGGAATATGATGATACTTCCTAGGTTTGCAGAGAACAATGTCTGTGATGTAGGGGAGGCATATCTTTTATCATCAATTCGCAGTTATGAGAATATAATTATTGCAGCTGATCTTATTCCTGAAGTGTTGTCTGCCACAATGCGTCGTGCTGCCATGTTCTTGGCATCTAAGGGCCGGCTCTCTGGTTCACCTGCCTTAGTTTATGCTCGGCACCTCCTGAAGAAGTATAGCAATGTACCTAGTGTTGTTGAATGGGAAAAGACATTCAAGTCTGCTTGTGATAAGAGACTTAGTGCTGAAATTGAATCTGGTAGATGTTTAGAAGGGGACTTTGGATTTACCCTTGGTGTCCCAAATGGAGTGGAAGATCTGGATGATTATTTCCGTCAAAAGATAAATGGTGTCCGAGTATCGAGAGTTGGTTTGAGCATGAAAGAAATAGTGCACAGACATGTAGATGAAGCTTTTCAGTATTTCTACAACAAAGATAGAAAGTCTTATGGACCTGGAACAAATAAAAGTCTTAGCATGGAGAAGTTGGATGATGGCTATCAGATAGCTCATCAAATAGTGATGGGATTGATGGATTGCATGAGACAAACTGGCGGTGCTGCTCAAGAAGGTGATCCTTCGTTGGTGTCTTCTGCCATTGCTGCAATTGTTAATAGCGTCGGACATGTGATTGCCAGAATTCCTGATTTAACTGCTGGCATTAATCACTTAAATGTCTCTTCCCCTTCTGGGTCATTGCATTTTGCTCGGTGCATTTTACGCATTCATATCACTTGCCTCTGTATATTGAAGGAAGCACTTGGAGAGCGTCAAAGCCGGGTCTTTGAGGTTGCTCTTGCAACGGAAGCTTCCTCTGCTCTCATGCAAACTTCTGCCCCTGGTAAGGCCCCTCGCAGTCCTTTTCAGATGTCACCTGAATCCCATGATTTTAATGCAAATTTACCTAATGAAACTTTAAACCATCATAAAGTTATAGGGAGAGGTGCAAGAATAACAGCTGCTGTTTCTGCACTTGTCATTGGGGCAATTCTCCAGGGAGTTGCTAGCCTGGACAGAATGGTTGCCCTATTTAGATTAAAGGAAGGGCTGGATCTAATTCAGTTTGCAAGGAGCCTGAAATCGAATGTGAATGGTAGTGCACGCTCGATGGGGGTTTTAAAAGTGGATAATTTGATTGAAGTGTCTGTGAACTGGTTTAGGGTGCTCGTAGGGAACTGCAGAACGGTTTCTGATGGGTTCATCGTGGAGCTCTTAGGGGAAGCCTCAATTGTAGCACTCCATAGAATGCAGCGGATGTTATCTGCAAACTTGGTCTTTTCACCAGCCTATTCTATATTTGCATTTGTGATATGGAAGCCCATTCTTGATGCTAGCATTGTAGTACGTGAAGATTTCCATCAATTGTACCAATTGCTGACAGTCGCGATAGGTGATGCCATAAGGCACCTGCCTTTTCGTGAGATTTGTTTCCGGGACACTCGTTGCTTATATGATCTCATAGCTGTAGACACCCTTGATTCTGAATTTGTATCTTTGCTGGAATCTAATGGTTCAGAAAGCAACTTTAAAGCTGCTTCCTTTGTCCCTCTCCGTTCTAGGCTTTTTCTGGACGCCCTCATTGATTGTAAAATGCCAGAAATCAAACTGGATGGCATTAATCGGATCTCTGGTCAAGTTGAATTGAAAAAACAGTGTGGAGAAAATGTGAAAAAGCTTATCGGTAAGCTCATACATGTTTTGGATACCCTGCAACCTGCAAAATTTCACTGGCAGTGGGTTGAGCTCAGGCTTCTCCTAAACGAGCAGGCTGTTAATGAAAAGATGATGGAGAATGATATCTCCTTGACTGACGCTATAAGATCTATATCTCCTCATTCTGATAAAAGTACTGCCTCTGAGAACGAGAGCAACTTTGTTCAAATTATACTCACCAGGTTATTGGTCAGGCCTGATGCGGCTCCCTTATTCTCTGAAGCTGTACATTTATTGGGGAAGTCGCTTGAGGATTCAATGCTATCACAAGCAAAATGGTTACTGAGAGGCGCAGAAGTTCTTTATGGTAAGAAATCAATTAGGCAGAAGGTTATGAATATTGCTGCAGAGCTTAAAGAGCTCTCTCTGAAGCCCCAATACTGGAGGCCATGGGGATGGTGTCATGCTGACCCCAATCCAGCGACGAAGAAAGGAGACAAATGGAAATCTGAAGCTGGTGTCCTTGAAGAAGGAGAAGTTGTTGAGGAAGGCGCCATCCCTATCCAGTTTGGAAAAGGATACGGACCTTCTGATGTTGAGGGCTTCATTGTCAGTCAGCAGCATCTGACTGAGAGAGCTCTTATTGAACTGATCCTTCCATGTGTGGATCAAGGTTCTGATGACTTGCGTAATAATTTTGCAAGTGAAATGATCAAGCAGATGAGCAACATTGAGCAACAAATAAATGCAATTACTCGTGGAGTTGGCAAGATTTCTGTGACCTCAACTCCTGCAATTGGAAGTCCTGCCAATAAAAGTGGCAGCCGGAAGAGTGGGAAAACTGGTAGTCCTGGGATATCCAGACAATCAACTGGGTCAGCTGATACAGTACCACCTTCTCCAGCAGCGTTGCGAGCCTCCATGACTTTGCGATTGCAATTCCTGCTCAGGTTACTTCCTATTATTTGTGCAGACAGGGAGCCTTCTGGCCGTAATATGAAGCACGCTCTTGCATCCGTGATTTTACGTCTCCTTGGAAGCAGGGTTGTGCATGAAGATTCCTGTCATTTTGTTAATACTGCATTTGTTTCATCAAAGAGAGATGTTGAGTCTCCTATGGAGGCTTCTAGTGCTGCTACACTTTTAAGCGGGGAAAGTCTATTTGATTGTTTATTGTTAGTTCTGCATGTGTTGCTCAGCAGCTACCAGCCAAGTTGGTTGAAAATGAAATCGGAATCAAAGCCCAACGAGAGCAACAAGGACTATGCTGTTTTTGACCGTGAATTAGCAGAAAGCCTGCAGAATGACTTGGACCGTATGCAATTGCCCGAGACAATCCGGTGGCGCATTCAAACTGCAATGCCGATTCTTATTCCATCTGTTCGGTGTTCAGTCTCTTGCCAGCCTCCGTCAGTATCACCTACTGCCCTTGCTTGTCTACATCCCAGCAATCCAGTAGCTTTGTTAAACCCTAGCAACTCCAACCCGCCTCAGAAGAACCCAGTCTTGCCTGGACGTGCTGCCACAAGTGTGAAAACCAAGTCACATATGTCGCAGCAGGAGCTTGACTCAGAGATTGACCAATGGACCCTTTTGGAAGATGGAGCGGGATCAGGCCAGCTATCACCCAACTCTGCTGGCATCGGTGGCAGCGATCATGCTAATTTGAAGGCCTCCAACTTTCTCAAGGGTGCAGTGAGAGTGAGGAGGACAGACCTTACATATATCGGGGCAGTAGACGAGGATAGCTGA
Protein Sequence
- >SIN_1014073
MQRYHAGSCTSAVNNSAITGIQARDTSRADPSAVSPNFSLNSRRSSQLTPYKLRCDKEPLNARLGPPDFHPQTPTCPEETLTRDYVQSGYRETVEGLEEAREVSLSQVQAFTKPIIVKCKEAGQVYEVPLSGALLAKPGIFPEQRPCGEDFRKKWIEGMGSNEEKTKRMELVNGVLCEMFGYDEYSIGAVAYSFILQVRATSSNSSSGFHDKTQFSRSEQWTKDVIEYLQYLLDEFIARNHSHSTLHMRDRSSQMVFAGSVQQKSDSFSALMDGDEPSLYTKWWYVVRIIHWHHAEGLVIPSLIIDWVLNQLQEKELRSVLQLLLPIIYGVLDTVVSSQTYVRTLAGIAVRFIREPSPGGSDLVDNSRLAYTTAAVVEMLRYLILAVPDTFVASDCFPLPHCVISHVVNDGSFLSKMAEDARKVKCGQIEVVGVPRDRNHDIQAESISFQSVVSSIQKRAETLSRAARPNHPSHNVAKALQVLDQALMHGDIGLSYNLLLENSWDGVCAERWSAEVSPCLLTSLKHIGTVTSSLLCSIFFICEWATCDFRDFRTAPPHGLKFTGRKDFSQIFIAVRLLKLKASNILNFYTSNQKKKNISDIFESPSPLHDVIVCWIDQHEVHNGEGFKRLQLLIREFIRSGIFNPLAYGRQLIVSGIMDANGTMIDLEKRKRHYKLLKQLPAPYIRDALEEAQLAEPPILGEAMHVYLTERRLVLHGLHSKSAPGVKSASKKQRYHHRSGSESASPSSVDQWYFQATSNLSTTDDDADIKLEELKASIVVLLQLPHPSSSIDAGVDESQGSIKRPGGAYNRTDGNEETSGCEECRRVKRQKLSEERSSLLQLNPADDEEIWWVRKGLKYMDSFKADPPPKPAKQTSRGRQKPVRKTQSLAQLAAARIEGSQGASTSHVCESRVGCPHHRTGSDDITKLVDGTRKPASGDIISIGKLLKQMRFAEKRTLIVWMISFVKQLIEEAEKTTPKVGQYGRPYPIVDDRRSSRWRLGEDELSAILYMMDVCNEFVSAIRFLLWLLPKIPSNPGSAVPSRNMMILPRFAENNVCDVGEAYLLSSIRSYENIIIAADLIPEVLSATMRRAAMFLASKGRLSGSPALVYARHLLKKYSNVPSVVEWEKTFKSACDKRLSAEIESGRCLEGDFGFTLGVPNGVEDLDDYFRQKINGVRVSRVGLSMKEIVHRHVDEAFQYFYNKDRKSYGPGTNKSLSMEKLDDGYQIAHQIVMGLMDCMRQTGGAAQEGDPSLVSSAIAAIVNSVGHVIARIPDLTAGINHLNVSSPSGSLHFARCILRIHITCLCILKEALGERQSRVFEVALATEASSALMQTSAPGKAPRSPFQMSPESHDFNANLPNETLNHHKVIGRGARITAAVSALVIGAILQGVASLDRMVALFRLKEGLDLIQFARSLKSNVNGSARSMGVLKVDNLIEVSVNWFRVLVGNCRTVSDGFIVELLGEASIVALHRMQRMLSANLVFSPAYSIFAFVIWKPILDASIVVREDFHQLYQLLTVAIGDAIRHLPFREICFRDTRCLYDLIAVDTLDSEFVSLLESNGSESNFKAASFVPLRSRLFLDALIDCKMPEIKLDGINRISGQVELKKQCGENVKKLIGKLIHVLDTLQPAKFHWQWVELRLLLNEQAVNEKMMENDISLTDAIRSISPHSDKSTASENESNFVQIILTRLLVRPDAAPLFSEAVHLLGKSLEDSMLSQAKWLLRGAEVLYGKKSIRQKVMNIAAELKELSLKPQYWRPWGWCHADPNPATKKGDKWKSEAGVLEEGEVVEEGAIPIQFGKGYGPSDVEGFIVSQQHLTERALIELILPCVDQGSDDLRNNFASEMIKQMSNIEQQINAITRGVGKISVTSTPAIGSPANKSGSRKSGKTGSPGISRQSTGSADTVPPSPAALRASMTLRLQFLLRLLPIICADREPSGRNMKHALASVILRLLGSRVVHEDSCHFVNTAFVSSKRDVESPMEASSAATLLSGESLFDCLLLVLHVLLSSYQPSWLKMKSESKPNESNKDYAVFDRELAESLQNDLDRMQLPETIRWRIQTAMPILIPSVRCSVSCQPPSVSPTALACLHPSNPVALLNPSNSNPPQKNPVLPGRAATSVKTKSHMSQQELDSEIDQWTLLEDGAGSGQLSPNSAGIGGSDHANLKASNFLKGAVRVRRTDLTYIGAVDEDS