Information report for MD16G0003100
Gene Details
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Functional Annotation
- Putative transcription factor. Member of the floral homeotic AGAMOUS pathway.Mutations in HUA enhance the phenotype of mild ag-4 allele. Single hua mutants are early flowering and have reduced levels of FLC mRNA. Other MADS box flowering time genes such as FLM and MAF2 also appear to be regulated by HUA2. HUA2 normally activates FLC expression and enhances AG function.
Homologous
- Actinidia chinensis: CEY00_Acc28310
- Citrullus lanatus: Cla97C10G194780
- Cucumis melo: MELO3C024022
- Cucumis sativus: CsGy3G026890
- Glycine max: Glyma.11G100400
- Gossypium hirsutum: Gohir.A10G126000, Gohir.D10G140700
- Juglans regia: Jr16_08360, Jr16_08300, Jr16_08310, Jr16_08350, Jr16_08330, Jr16_08290, Jr16_08320, Jr16_08340
- Manihot esculenta: MANES_11G107600, MANES_04G055100
- Prunus persica: PRUPE_1G347400
Gene Resources
- Pfam: PF04818 PF00855
- UniProt: A0A498HHH9
- EMBL: RDQH01000342
- InterPro: IPR000313 , IPR001907 , IPR006569 , IPR008942 , IPR018215 , IPR023562 , IPR029045 , IPR033135
- PANTHER: PTHR12550 , PTHR12550:SF70
- SUPFAM: SSF52096 , SSF63748
- PROSITE: PS00381 , PS00382 , PS50812 , PS51391
- Gene3D: 1.25.40.90 , 2.30.30.140 , 3.90.226.10
- CDD: cd07017
- STRING: 3750.A0A498HHH9
Sequences
CDS Sequence
- >MD16G0003100
ATGGCTCCGGGGCGTAGACGCGGAGCGAACAAGGCCAAGGATAAGAGCCAGTTGAGTCTCGGCGATCTTGTTCTTGCTAAGGTCAAGGGCTTCCCCTTTTGGCCCGCCAAGATTAGCAGGCCTGAAGATTGGAAGAAGGTCCCTGATCCGAAGAAATATTTTGTCCAATTTTTTGGAACGGAAGAGATAGCTTTTGTTGCCCCTGCAGATATTCAGGCATTCACTAGTGAGGCAAAAAGCAAATTATTAGGTCGTTGTCATGCTAAAACTAAGAATTTTTCCCAAGCTGTGAAGGACATATGTCAGGCATTTGATGAGTTACAAAAAAAGAAATCAAATGCTTTGAGAGTTGATACTGATAGATCAGACCCCGGATGTGATGCTCCGTCTGGTGATGGCGTAGAAGATAATGGGATTGATGTTGACTTAAGGGATGGGGAGGGTGTACGGGATTCCAATGGACAAACAGACAAAGAAGAAGCCTTGGGTGATATTTGCTCTAAGCTGGAACGTTGTTCACAGTTACAAGGTGAAAATGACAATGATGTTGTAAATCCATCTACCTCGTGTGGAGCAGAAGAGAGTTCTCCAGTTTTTTCTCCTGAGAGAAAAAGTAAAATGGTGGCAGTTCCACCGCCTAAAAAAGAGGTATTAAAGAAATCCAAGCCAGAGAAGGAAGAAGTTTCTGGTAGTAAGCGTGAAGAAGATGATCGCACTAAGAAACACAGTGATGGACAGAGGTCTGTAGCAAATGGCCACAAGTTGTCAAAAATGGTTACTGGATCAAAGAGGAAACATGATGGCACAATTGAGGAACAAAAAAATCGTTCTGCTGTAACATCATCGAAGGATGATAGCTCTGTTGGTCCTGTTGATCAGCTACGATCTGGTGAGCGATTGAAAGATGGAACAAAAGGCAAACTTGGCTCTGGTGGCAGGAAGAGGGAGTTCTCCCCAGATGCTCTAAAATCAGATCCTGGTAGGAAGGTTGGGAAAAAGACAAAAGACCTGGTTAAAGCCAATAAGCAAGTCAAGGTGCAAGATGATGTGATGGATGATCCTGAGGAGCAGGCCAGAGACAAACATTCGGGAAGGACAAAGGGGTCTCAACCAGGGCTTGGAAAGCCTAATTTGGTAACAAATGGTCCTTCACTTCCTACCAAAAAGTCAAAACATGCAGATGCAGGGGATAGTGGCCCAAAGGGTTCAGTCTCTAAAATTGTGAAGAGTCTATCTCCTAGTTCTGATGTTGATGACAAGACATTAAAAAAATTGGATTCAAATTTGTCAAATTCACGTGTGAAAAGAGAGAACCATCTAGTTTCCAGGTCCAAAAATGTTGTTGGACCCAGTGGTCCTGGTGATGAAGCTGTGCTACCCCTTACAAAGAGGCACCGTCGAGCATTGGAGGCTATGTCTGACTCTGATGCTTTGGTCTCTGATGATAAGAAGAATGATATGTCATGCTTTACTGACATCAGAGTTCCTACACAGAAAAAACGGAGAGCTGTGTGCCTCTATGATGATGAGGAGGAGGAGGAAAAACCCAAAACACCAGTTCATGGAGGATCTTCCCGAAATACTAAAGCGCCTTCATACTCTTCAGACGGTGTAAAGAGCACTAATGAAAATCATGAGAGGTCAGATACTGCTCAACAGAGTACCAAATGTCCTACTGAATTTCAAATGGGCCGCACAAAGGAATCATCTTCCCAGTTAAATGATGGTTTTATGTCACCTAGAAAACCTCACGTGGATGAGGTGAGGCCGGAAAGGAAACCTCAAATTGACAAAAAGAGTCTTGAAAAGGCAGTGCATGTGTATCGCAGTCCAAAAAAATCAGAACTTGGGCAGTTGCTGAAGGAGGAGAAACCAACGGTGATTTCTCCTAAGAAGTCTCCCCAGTTAATTTCTACCACTAAATCAGTTGTGGAACAGCAGAAACCCACAAAATCTGTTAAAGTCTCTAGTACCGGTACTCAAAAGAAGGCTCAGGCTTTGTGTAGCAAGGGTTTAGGTTTAGTGTCTAACAGTTCGGTTTCTTCTCATAATCAGACAAGAAACAAGCCTGCATCTTCTGGAGAAAAGTCTAAACCTACTCCACGATCAATCTCTCAGATCAACGACCCCGCTATTTTAACAGAAAATGCAACCGAGTACATTTTATTTTCTGGTGAAAGAATGGAAGTTGGCAGAGAAGATAAAATTGGCTTATCCATGGATTCTAAAACTCCAGAATCATCTCAGTCTATGAGGCATCTTATTGCAGTCGCACAAGCAAAAAGGAAACAAGCTCAGTCGCAAAATTTCTTTCTTGGATTTTCCAATTCAACTCTTGTATCTAACTCAGATATGCAAGGGAGGAGCCCCAGCCCTTCTGCAGTTCAGGGGTTTTTTTCCATTACCAACAGTGCGTTGCAGGCAGATATCCCGGGATCCAATCAACTCACAAATGTAGTTTCCCCGGCTGCTCATGGTCGACAGTATGTATCACAAATTCAACTTGATTTAGAGGAAATTTCAGAGAGAAGAGTTAGTTCTGGGCATCGAACTGCTGGAGGATCACTTAGTGGTGGTACCGAGGCAGCTGTTGCTCGTGATTCTTTTGAGGGAATGATAGAGACTTTGTCTAGGACTAAAGAAAGTATTAGTCGTGCAACTCGTCTTGCCATTGATTGTGCCAAGTATGGTATTGCCAATGAGGTTGTGGAACTACTAATCCGGAAGTTGGAGAGCGAGCCTAGTTTCCATCGTAAGGTTGATCTTTTCTTTCTTGTGGATTCCATCACACAAATCTCTCATAATCAAAAAGGCATTGCGGGAGCTTCATATGTTCCGATGGTTCAAGCAGCATTGCCACGTCTTCTAGGTGCTGCCGCACCACCTGGTTCTGGTGCTCGTGATAATCGTCGTCAATGTCTTAAGGTTTTACGGCTGTGGATAGAGAGGAAAATCTTTCCTGAATCTGTTCTTCGTCGTTACATGGATGACATTGGAGTTTCAAATGATGATTCAACTGCTGGTTACTCCTTTAGACGTCCATCTCGAGCTGAGCGTGCCATAGATGATCCAATCAGAGAAATGGAAGGAATGTTTGTGGATGAGTATGGAAGTAATGCTACATTTCAGCTGCCTGGATTTCTGTCTTCTCATGCGTTTGAAGATGACGATGAAGAAGAAGAAGAACTTCCTAGCTGTTCATATAAGGAGACTAGCCATCCCTCACCAATGGAAACTACCCTTGCTTCAGGGGAGTCAGAATCATGTGCGGTGACTCCTAATGATAGGCGACATTGCATCTTGGAGGATGTAGATGGTGAACTTGAAATGGAGGATGTTTCTGGACACCCAAAGGAAGAAAGACCCTTGTTTATTAATGGTTCTTTTGAAATGGATCCACAACAGCAGGGATCAGATAGGGTCATGGAGCCAGCTTCAATTGCTTGCACTGATTTGCCCCCTCTTCCAGAGGGTTCTCCACCATTGCCTCTTGATTCTCCTCCTGCACCCCCACCTTTGCCTCCCTCACCTCCACCACCCCCACCACCACCTCTGTTATCTCCATCACCACCACCACCACCACCACCCCCACCTCCCCCATCGCAGCCACCTCCTCCCCTACCATCTTCTGGTCATCAACCATTGTTGATTCCCCAGTCATCTATACCAACACAGGCTTCATTACTACCCCAACAGATGCTGCCTCTGCAATCATCAATGCATCCTTCACCGCAAGTGGCATATCAACCTCCTATGCCTCATGAATACTGCAGCACAAGTGGTAACCAGCATGTTCAAGTTTCTGGAAATGCTCCTCATGTTGGCCCTATTGATGCGACTGCCAAGGAGATGTTTCCGCAGCAGCAAGCTTGCTTTGTTCCTGCTGGAGTATGTGGTCCTCGAGAACCTTCTGGATTTAATTCGACAAGGCCGCTAGAACATGGACATAATGACCTGTTTCTAAGTGCACAAATCTCTCAACCAAGCCAACCATTTCAACAAGTTAATACACCTTTCCCTCAAAGGCCTTTACCTCCTGCCCCACCACAAAATCCGTCAAGTCATTTCTCCTATACTAAGCAACATCCTCAGCAGCATCCTCAACAACATCCTCAGCAGCATCCTCAACATCCTCAGCAGCATCCTCAGCAACCATACCATGGCTCATACTCTTTGCCTCCCCCACCTGATAGTCAAAGAAGATTTGTTGCTGATGAACAACGTGGTGTTTGGATGAATGGAGGAAGACCCCCACATCCGGGACCACCATTTGTCCATGAAGGTTATTTTCACCCACCGCCTGATAGGCCACAACCTAATAATATTGCTTTTCAGCGTCCTGCCCCTAATAATGTTCCAACTGGAGCTCCAATATCAGGTCACAGTGCTTCCCAGATCTTGCCATGTAGACCAGACATATCTGCTGTTAATTGTTGGAGACCAGCTTAG
Protein Sequence
- >MD16G0003100
MAPGRRRGANKAKDKSQLSLGDLVLAKVKGFPFWPAKISRPEDWKKVPDPKKYFVQFFGTEEIAFVAPADIQAFTSEAKSKLLGRCHAKTKNFSQAVKDICQAFDELQKKKSNALRVDTDRSDPGCDAPSGDGVEDNGIDVDLRDGEGVRDSNGQTDKEEALGDICSKLERCSQLQGENDNDVVNPSTSCGAEESSPVFSPERKSKMVAVPPPKKEVLKKSKPEKEEVSGSKREEDDRTKKHSDGQRSVANGHKLSKMVTGSKRKHDGTIEEQKNRSAVTSSKDDSSVGPVDQLRSGERLKDGTKGKLGSGGRKREFSPDALKSDPGRKVGKKTKDLVKANKQVKVQDDVMDDPEEQARDKHSGRTKGSQPGLGKPNLVTNGPSLPTKKSKHADAGDSGPKGSVSKIVKSLSPSSDVDDKTLKKLDSNLSNSRVKRENHLVSRSKNVVGPSGPGDEAVLPLTKRHRRALEAMSDSDALVSDDKKNDMSCFTDIRVPTQKKRRAVCLYDDEEEEEKPKTPVHGGSSRNTKAPSYSSDGVKSTNENHERSDTAQQSTKCPTEFQMGRTKESSSQLNDGFMSPRKPHVDEVRPERKPQIDKKSLEKAVHVYRSPKKSELGQLLKEEKPTVISPKKSPQLISTTKSVVEQQKPTKSVKVSSTGTQKKAQALCSKGLGLVSNSSVSSHNQTRNKPASSGEKSKPTPRSISQINDPAILTENATEYILFSGERMEVGREDKIGLSMDSKTPESSQSMRHLIAVAQAKRKQAQSQNFFLGFSNSTLVSNSDMQGRSPSPSAVQGFFSITNSALQADIPGSNQLTNVVSPAAHGRQYVSQIQLDLEEISERRVSSGHRTAGGSLSGGTEAAVARDSFEGMIETLSRTKESISRATRLAIDCAKYGIANEVVELLIRKLESEPSFHRKVDLFFLVDSITQISHNQKGIAGASYVPMVQAALPRLLGAAAPPGSGARDNRRQCLKVLRLWIERKIFPESVLRRYMDDIGVSNDDSTAGYSFRRPSRAERAIDDPIREMEGMFVDEYGSNATFQLPGFLSSHAFEDDDEEEEELPSCSYKETSHPSPMETTLASGESESCAVTPNDRRHCILEDVDGELEMEDVSGHPKEERPLFINGSFEMDPQQQGSDRVMEPASIACTDLPPLPEGSPPLPLDSPPAPPPLPPSPPPPPPPPLLSPSPPPPPPPPPPPSQPPPPLPSSGHQPLLIPQSSIPTQASLLPQQMLPLQSSMHPSPQVAYQPPMPHEYCSTSGNQHVQVSGNAPHVGPIDATAKEMFPQQQACFVPAGVCGPREPSGFNSTRPLEHGHNDLFLSAQISQPSQPFQQVNTPFPQRPLPPAPPQNPSSHFSYTKQHPQQHPQQHPQQHPQHPQQHPQQPYHGSYSLPPPPDSQRRFVADEQRGVWMNGGRPPHPGPPFVHEGYFHPPPDRPQPNNIAFQRPAPNNVPTGAPISGHSASQILPCRPDISAVNCWRPA