Gene Details:

  • Gene ID: A4A49_00155
  • Suggest Gene Name: MEDIATOR 12, CENTER CITY, CRYPTIC PRECOCIOUS
  • Description: putative flowering gene
  • Species: Nicotiana attenuata
  • Source: Putative flowering gene from PlantCFG

Protein Features:

Functional Descriptions:

  • 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

Sequences:

CDS Sequence
  • >A4A49_00155
    ATGCAAAGGTATCATGGTGGCAGCTGCACTAGTGCAGTTAATAACAGCACTATTGGGGGTTCGTCAGCCAGGGATTCATCTCGGGTGGAGTCAGCCTCCCTTCCGCCTAATTTCTCCAGACGTCCCTTTCAACTGACCCCGTACAAATTGAAGTGCGATAAGGAACATCTTAATTCCAGACTTGGGCCACCTGATTTTCTCCCTCAGACTCCTAATTGCCCCGAGGAGACATTGACCAAAGAATATGTCCAATCTGGTTACCGGGAGACTGTTGAAGGTCTTGAGGAAGCCAGAGAGATATCGTTATCTCAGGTTCAGGCTTTCACAAAGCCTGTTATATTTAAGTGCAAGGAGGCAATTAGAAAATGTCACAGGGCTATCAATGAGTCTCGGGCTCAGAAGCGAAAGGCTGGTCAGGTCTATGGAGTTCCTCTTGAGGGCTCACAGTTGACAAAACCTGGTACTTTTCCTGATCAAAGATCATGTGGAGAAGAGTTCAGGAAGAAGTGGATTGAGGGTTTATCCCAACAGCATAAACGGCTAAGGTCTTTGGCTGATCATGTTCCCCACGGTTATAGGAGAAAGTCGCTTTTTGAAGTTCTTATCAGAAATAATGTTCCATTACTAAGAGCGACATGGTTTGTCAAAGTAACTTATCTCAATCAGGTTCGTCCTGGCTCTTCCAGTATGTCATCTGGGGTGCCAGACAAAACTCATATTTCCCGCTCCGAGCAGTGGACAAAAGATGTAATTGATTATTTGCAATATTTGTTGGATGAATTTATTTCAAGAAACAGTGTTCATTCTGCTTTGCATATCAGAGATCGGTCGCCACAAATGGGTTATGCAGGATCAATTCAGCTCAAGAGTGATCCAACCTTGGGGACCATCGATTGTGAGGAGCCTTCACTGCATTTTAAATGGTGGTATGTTATGCGCATTTTGCAATGGCATCAAAGAGAAGGGTTGCTCATTCCATCGCTTATTATTGATTGGGTGCTCAACCAACTACAGGAAAAGGAATTGCTTGGGGTTTTGCAGTTGTTATTGCCTGTAATTTATGGTTTCATAGACACTGTTGTCTTATCTCAGTCCTATGTGCGCACTCTGGTGGGAATAGCTATTCGTTTCATCCAAGAACCTTCTCCTGGTGGATCTGACCTTGTTGATAACTCTCGTAGGGCTTATACGATGGCCGCTCTTGTTGAGATGCTTCGATATCTGATGCTGGCTGTGCCTGATACTTTTGTCGCTTTGGATTGTTTTCCTATGCCACCATGTGTGATGACCAATGTGGTGACCGATGGGAGTCTTTACTCGAAGGTAACTGAGGATGCCCGAAAGGTTAAAAATGGCCCTTTTGAAGTTGCTTACTTTCTTAGAGATAAAGGCCCTGAGGTACGGTCTGATTCTTACTCCATCAGTCGTGTTGTATCTTCAATTCAGAAGCGAGCGCAGAATCTTGCAATGGCTGCAAGACCCGGCCATCCCGGGCAAAATGTTGCCAAAGCTTTACATGCGTTGGATAAGGCTTTGGCACATGGGGATTTAAGAGAGGCATATAAGTTTCTTTTGGAGAATGTTCATGATAGTTCTATTGATGATTGTTGGTTTGCGGAAGTCAGCTCCTGTTTGCGTTCCTCGCTTAAGTATATCCGGAGTGTTACTCTGTCGTCTATTTGTTCCGTCTTCTTCATTTGTGAGTGGGCAACATGTGATTTCAGGGATTTTCGTTATGCACCACCCCGAGGAATCAAGTTCACTGGGAGGAAAGATTTTTCTGCTATATATATTGCTGTTAGGCTTCTGAAACTGAAGATGAGAGAGGCAGGACTTTCATCAAGGCTCAGGGAGCACAAAATTGTGAAGAATGACCATCTTCGAACAGATCCTGGCCAGCTGACTAACTATTCTGGTAGAAGTCCTGGTAGTGGTGCTTCTGAACCTCTCTGTTATAAAAGGCGTGCCAGTGGAAAATGTGGTGATTTCCTAGGCATGTTTGATAGCCCAAGCCCTTTGCATGATATTCTTGTGTGCTGGATAGATCAGCATGAAGTGCAAAATACAGAAGGTTTCAAGCGTCTTCAGCTACTGATTATCGAACTTATACGAGCTGGAATTTTTTACCCACAAGCATACGTGAGGCAGCTGATTGTTAGCGGACTAATGGATGGGAATGGACCTATTTCCGATCCAACGAAGCAAAAAAGACACTGTAAAATCTTGAAGCACTTACCTGGTCAGTATGTTCAGGATGCTTTAGAAGAAGCTCGAATTGCTGAATCCCATGTACTTTCAGAGGTGATGAATGTCTATTGCAATGAACGTAAGCTAGTTCTTCATGGGAAGATTGATCCCTGCAGCACTACTTTTGGTAGTTCTTACCATAAGCATAAGCCTCGTCCTAACTCTGGTGAGAGTCTATCCGCACCCTCCATTGATCAGTTGAGATCTTCTGAATCTGGATCCTTTCGGTTGTCCAAAGATGTTGGTAGAGGTGCTGAGCTTGAAGAGTTAAAAGGGTCAATTACAACATTGCTGCAACTTCCGAGCTCGTCGTCAACAGATACTGGAGTTGATGAATCTCAAGTAAGTTTTAAGAAGGCTGTTGTTTCTGGTAGCAATGGGATGGATAACAGCGAAGGAACACCTGGGTGTGAAGAATGTAGAAGGGCAAAGAAACAAAAAATAAGCGAAGAGAAAAGCTCTTACAGCCAGATTTATCCACTAAATCCATCAGATGATGAAGAGACTTGGTGGATGCGAAAGGGCCAGAAGTCCATTGAATCTTTTAGAGCAGAACCACCTCCTAAACCAGCCAAGTCGGCTTCTAGAGGTCGGCAAAAAGTTGTCCGTAAAACTCAAAGTCTTGCACAGTTGGCTGCAGCCAGGATTGAAGGTAGTCAGGGAGCATCCACAAGCCATGTTTGTGATAGTAAGATTAGCTGCCCACATCATAGGTCTGGCATTGAAGGCATTGCTCCAAAGTCAGCAGATGGGACCAGAATGCCTAATGGAGATGTTGTTTCGATAGGGAAAGTTTTGAAGGGGCTACGTTTTATGGAGAAAAGGACCATAACTGTGTGGTTGATAGGTATTGTAAAGCAGCTAGTGGAAGAGTCCGAGAAGAATGTGACTAAGGTTGGTCAATATGGTCGACCTTTCTCTGCTGCTGATGAACGGGGTTGTGTGCGATGGAAGCTTGGAGAAGATGAATTATCAGCAGTGTTATATCTGATTGATTCGTGTGATGAATTTGTTTTAGCAGCCAGGTTTCTTCTCTGGTTGTTACCTAAGGTTCTTGGCAGCTGCAGTGCTACAGTTCATGGTAGTAGGAACATTCTAACAATTCCTAAGAACACAGAAAACAATGTATGTGAAGTAGGCGAAGCATATCTTCTATCATCTATGCGGAGGTATGAAAGCATCATTGTTGCTGCAGACCTTATTCCCGAAACATTGTCAGTGGTAATGCGTCGTGCTCAAGCTATTCTTACATCAAATGGAAGAGTTTCAGGTTCACCAACCGTAATCTACGCGCGGTACCTCTTAAAGAAGTATGGCAGTGTCGGGAGTGTTACTGAATGGGAAAAGACTGTCAAGTCAACCTTCGACAAGAGACTTGCTTCTGAAGTTGAATCTGGAAGACTGCTGGATGGAGAGTTTGGATTTCCACTTGGTGTCCCAGTGGGAGTACAGGATCCAGATGATTACTTCCGGCAGAAGATAACTGGTGTTCGGGTATCTAGGGTTGGTTTGAGCATGAGAGACATTGTGCAAAAAAAGGTTGATGAAGCTGTCAATTATTTCTATGGCAAAGACAGAAAGCTTTTTGGGCCCAACTCTGGGAAAATTCCTGGATTCCAAAAATGGGAAGATGTCTATCAGATCGGTCAGCAGATAGTAATGGGATTAATGGATTGCATGAGGCAGACAGGTGGTGCTGCTCAGGAAGGAGATCCAACATTGGTTTCCTCTGCTATATCTGCAATTGTTTGTAATATCGGGCAAGTCATAGCAAAGATACCTGATTTGACTGCCAGTAATAATCACCTGAGCTTCTCTTCCACTTCTGCTTCATTGCATTTTGCACGGTGCATCTTACGCATTCATGTAATATGTCTTTGTATACTTAAGGAAGCTCTTGGAGAGCGTCAAAGCCGTGTCTTTGAAGTTGCTCTTGCCACAGAAACGTCCTCTGCCCTTGCACCAGTTTTTGCTCCTGGAAAAGCTCCTCGTTCTCAGTTTCAGCTTTCTCCGGAATTGAATGATTCTAATGCGTCCAGTGATATTCTAAACAATTCAAGTAGAGTAGCTCTTGGGCGGGCTGCAAAAATATCTGCAGCTGTGTCTGCACTTGTTATCGGGGCAATTCTTCAGGGAGTGGCTAGCCTAGAGAGGATGGTCTCTCTCTTCAGATTGAAGGATGGTTTGGACGTTGTCCATTTTGTGAGGAGTATGAGGTCCAATTCAAATGGGAATGCACGTTCAGTTGGGACATTAAAGGCAGATAGTTTGGCTGAAGTTTCTGTCCACTGGTTTAGGGTGCTTGTGGGGAACTGTAGAACAGTTTCTGATGGATTTATTGTAGACCTTCTGGGTGAAGCTTCTATTCTGGCCCTATGTAGAATGCAGCGGATGCTACCTTTGAACTTGGTCTTCCCTCCTGCATTTTCAATGTTTGCATTTGTTCTGTGGAGGCCATTGATTCTAAATTCAAGTTCTGGGACTCGTGATGAGGTTCAACAATTACATCACTCTTTATTGTTGGGTTTTGGTGATGTTATAAAGCACTTGCCATTTCGTGAAGTATGTTTGAGAGACACTCATAGCCTTTATGACCTCATAGCTGCAGATACTGTTGATTCTGATTTTGCATCCCTGTTAGAAGCAAGTGGTGTTGACTTGCGCACGAAGGCTTCTGCCTTTGTGCCACTCCGTGCACGGCTTTTCCTAAATGCCCTTATTGATTGTAGAATACCTCAGCCAATTGTTAAACAGGATGATGGAAATCAGGTGGGAGTACAAGGAGAGTCAAAGTTTCATGGTGCTGAAAATGAGACAAAACTTCTGGATAAGCTCGTATACATTTTGGATACCTTGCAGCCTGCCAAGTTTCATTGGCAATGGATTGAGCTCAGGCTCCTCTTAAACGAGCAAGCTGTAATTGAGAAACTGGAGGGCCATGATCTCTCTTTAGTTGAAGCTTTAAGATCCCTCTCGCCCAACACTGATAAAGCATCGGTCTCAGAGAACGAGAGCAACATTATTGAAATGATCCTTACCAGGTTGCTTGTTAGACCTGATGCTGCTCCACTTTTTTCTGAAGTTGTACATCTTTTGGGGAGGTCACTTGAGGATTCTATGCTATTACAGGCTAAATGGTTTCTAGGAGGCCATGATGTTCTTTTTGGAAGGAAATCTGTTCGTCAACGGCTCATTAATATTGCTGTAAGTAAAGGTCTTTCAACTAGAGCTCAGTATTGGAAGCCGTGGGGATGGTGTCCTTCCAACTCTGATCCCACAACAAGCAAGGGAGAGAAGTTCAAATCTGAAGTTTCCTCCATAGAAGAAGGAGAAGTGGTGGATGAAGGGACTACCTTGAAACGGCCTGTGAAGGGGTCTGGCCATACTGTTGATGTTGAAGGGTTCCTTGTCCGACAGCAGCATGTCACTGAGAGAGCTCTTGTTGATTTAATTCTCCCTTGTCTTGATCAAGCCTCAGATGATTCAAGAAGCACATTTGCTAGTGATATGATAAAACAGATGAACCACATTGAGCAACAGATTAATGCAGTTACTCGTGAAGCGAGCAAGCCTGCTGGAACAGTTGCTTCTGGAATTGAAAGTCCAACAACTAAAAGCAGCCGCAAGGGTACAAGAGGTAGCAGTCCTGGGTTAGCCAGACGAGCCTCTGGTCCGGCAGAAACAGTACCACCTTCACCTGTGGCTTTGCGAGCATCATTGTCATTGCGCTTGCAGTTCATCCTGAGATTATTCCCTATAATATATGCAGATAGGGAACCATCAGGGCGTAATATGAGATACATGCTTGCCTCAGTTATATTACGTACCCTTGGAAGTAGGATTGTGCATGAAGATGCAAGCCACTTCTTTAATCAAGCTTATAGTTCGAAGAGAGAATTAGATTCACTTGTGGAGGCTTCTTCTACTGCTTCTGTTGTTATGTCCTTGGAAAGTCTTTTTGATCGTTTATTACTGTTGTTGCATGGTTTGCTGAGTAGCCACCAACCACGTTGGCTCAAGGGGAGATCTAGCTCTAAATCATCCAGTGAATCTAGCAAGGACTACTCTGCATTTGAGCGTGAGGGAGTTGAGAATCTCCAGAATGAATTGGATCGAATGCAGCTTCCCGAGACAGTCAGATGGCGCATCCAAAGTGCCATGCCAATTCTTTTCCCTTCTGTTCGGTGGTCAATATCTTGTCAGCCCCCATCTGTAGCACCTGCTGCTCTCAGTTCCCTTCTACCCAGCAACCCAATATCTGTATTGCACTCGTCCAATGGTTTGAACCAAACTCAGAGGACTCCAGTTTCTTTATTACGAACTGCCACAAGTGTGTCCGGGAAGGCCAAGCACGTATCATCACAGCAAGAGAATGATCTTGAGGTGGATCCATGGATTCTTTTAGAGGATGGGGCAGGGTCTAGTCAATCATCAAGTAACTCTACCTTAGTTGGTGGGAGTGATAATGCCAATTTGAAGGCATCCAACTGGCTTAAAGGCACTGTAAGGGTTAGAAGGACAGATCTCACGTATATAGGTGCAGTAGATGATGACAGCTGA
Protein Sequence
  • >A4A49_00155
    MQRYHGGSCTSAVNNSTIGGSSARDSSRVESASLPPNFSRRPFQLTPYKLKCDKEHLNSRLGPPDFLPQTPNCPEETLTKEYVQSGYRETVEGLEEAREISLSQVQAFTKPVIFKCKEAIRKCHRAINESRAQKRKAGQVYGVPLEGSQLTKPGTFPDQRSCGEEFRKKWIEGLSQQHKRLRSLADHVPHGYRRKSLFEVLIRNNVPLLRATWFVKVTYLNQVRPGSSSMSSGVPDKTHISRSEQWTKDVIDYLQYLLDEFISRNSVHSALHIRDRSPQMGYAGSIQLKSDPTLGTIDCEEPSLHFKWWYVMRILQWHQREGLLIPSLIIDWVLNQLQEKELLGVLQLLLPVIYGFIDTVVLSQSYVRTLVGIAIRFIQEPSPGGSDLVDNSRRAYTMAALVEMLRYLMLAVPDTFVALDCFPMPPCVMTNVVTDGSLYSKVTEDARKVKNGPFEVAYFLRDKGPEVRSDSYSISRVVSSIQKRAQNLAMAARPGHPGQNVAKALHALDKALAHGDLREAYKFLLENVHDSSIDDCWFAEVSSCLRSSLKYIRSVTLSSICSVFFICEWATCDFRDFRYAPPRGIKFTGRKDFSAIYIAVRLLKLKMREAGLSSRLREHKIVKNDHLRTDPGQLTNYSGRSPGSGASEPLCYKRRASGKCGDFLGMFDSPSPLHDILVCWIDQHEVQNTEGFKRLQLLIIELIRAGIFYPQAYVRQLIVSGLMDGNGPISDPTKQKRHCKILKHLPGQYVQDALEEARIAESHVLSEVMNVYCNERKLVLHGKIDPCSTTFGSSYHKHKPRPNSGESLSAPSIDQLRSSESGSFRLSKDVGRGAELEELKGSITTLLQLPSSSSTDTGVDESQVSFKKAVVSGSNGMDNSEGTPGCEECRRAKKQKISEEKSSYSQIYPLNPSDDEETWWMRKGQKSIESFRAEPPPKPAKSASRGRQKVVRKTQSLAQLAAARIEGSQGASTSHVCDSKISCPHHRSGIEGIAPKSADGTRMPNGDVVSIGKVLKGLRFMEKRTITVWLIGIVKQLVEESEKNVTKVGQYGRPFSAADERGCVRWKLGEDELSAVLYLIDSCDEFVLAARFLLWLLPKVLGSCSATVHGSRNILTIPKNTENNVCEVGEAYLLSSMRRYESIIVAADLIPETLSVVMRRAQAILTSNGRVSGSPTVIYARYLLKKYGSVGSVTEWEKTVKSTFDKRLASEVESGRLLDGEFGFPLGVPVGVQDPDDYFRQKITGVRVSRVGLSMRDIVQKKVDEAVNYFYGKDRKLFGPNSGKIPGFQKWEDVYQIGQQIVMGLMDCMRQTGGAAQEGDPTLVSSAISAIVCNIGQVIAKIPDLTASNNHLSFSSTSASLHFARCILRIHVICLCILKEALGERQSRVFEVALATETSSALAPVFAPGKAPRSQFQLSPELNDSNASSDILNNSSRVALGRAAKISAAVSALVIGAILQGVASLERMVSLFRLKDGLDVVHFVRSMRSNSNGNARSVGTLKADSLAEVSVHWFRVLVGNCRTVSDGFIVDLLGEASILALCRMQRMLPLNLVFPPAFSMFAFVLWRPLILNSSSGTRDEVQQLHHSLLLGFGDVIKHLPFREVCLRDTHSLYDLIAADTVDSDFASLLEASGVDLRTKASAFVPLRARLFLNALIDCRIPQPIVKQDDGNQVGVQGESKFHGAENETKLLDKLVYILDTLQPAKFHWQWIELRLLLNEQAVIEKLEGHDLSLVEALRSLSPNTDKASVSENESNIIEMILTRLLVRPDAAPLFSEVVHLLGRSLEDSMLLQAKWFLGGHDVLFGRKSVRQRLINIAVSKGLSTRAQYWKPWGWCPSNSDPTTSKGEKFKSEVSSIEEGEVVDEGTTLKRPVKGSGHTVDVEGFLVRQQHVTERALVDLILPCLDQASDDSRSTFASDMIKQMNHIEQQINAVTREASKPAGTVASGIESPTTKSSRKGTRGSSPGLARRASGPAETVPPSPVALRASLSLRLQFILRLFPIIYADREPSGRNMRYMLASVILRTLGSRIVHEDASHFFNQAYSSKRELDSLVEASSTASVVMSLESLFDRLLLLLHGLLSSHQPRWLKGRSSSKSSSESSKDYSAFEREGVENLQNELDRMQLPETVRWRIQSAMPILFPSVRWSISCQPPSVAPAALSSLLPSNPISVLHSSNGLNQTQRTPVSLLRTATSVSGKAKHVSSQQENDLEVDPWILLEDGAGSSQSSSNSTLVGGSDNANLKASNWLKGTVRVRRTDLTYIGAVDDDS