Information report for RHC06H1G1708.2
Gene Details
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Functional Annotation
- Encodes a protein with histone lysine N-methyltransferase activity required specifically for the trimethylation of H3-K4 in FLC chromatin (and not in H3-K36 dimethylation). Acts as an inhibitor of flowering specifically involved in the autonomous promotion pathway. EFS also regulates the expression of genes involved in carotenoid biosynthesis.Modification of histone methylation at the CRTISO locus reduces transcript levels 90%. The increased shoot branching seen in some EFS mutants is likely due to the carotenoid biosynthesis defect having an effect on stringolactones.Required for ovule, embryo sac, anther and pollen development.;Encodes histone H3 lysine 36‐specific methyltransferase
Homologous
- Beta vulgaris: BVRB_1g010180
- Brassica napus: BnaA07G0367800ZS, BnaC06G0432200ZS
- Brassica oleracea: Bo6g121240
- Brassica rapa: Bra015678
- Capsicum annuum: T459_16854, T459_12201
- Cucumis sativus: CsGy6G019510
- Daucus carota: DCAR_016658
- Juglans regia: Jr06_03340, Jr06_03350, Jr06_03370, Jr06_03360, Jr15_02420, Jr15_02410
- Nicotiana attenuata: A4A49_26361, A4A49_08550
- Populus trichocarpa: POPTR_005G182100v3
- Sesamum indicum: SIN_1008955
- Solanum lycopersicum: Solyc06g059965.1, Solyc04g057880.3
Sequences
CDS Sequence
- >RHC06H1G1708.2
ATGCTTTCCCAGATATCAACAGCAGACAATGTCTGCGATTTTGGGCAGAGTACATATGCCATGGATCCCAATTGCACAACTGAAAACTTATCTGTCTCTTTGCAATCACCTCAACTCTTTGAGATAAGATCTGCTGATGTGTCTCAGAGAGTGGTCACACTTGATGTTTCAGGGACTGATGTTCTGGAGAATGTTTCTGACTCAATTAGCATAACTGAGTTGTCACAAAAGGAGGATGATAAAGGCAAAGATACTGTAGAAACTGATAATGCTTCTGAAAGTGAATGCCCTGACAATGCATGCATTGCTCCTCGGAGAAGGAGTGGGCGCAACAGCAAGTTAAGCCAGAGTTTGGCTACAGTACCAGCAAGAAATGGCAGGAGAATAGCCATTAAAAAAACATCCATAGATCTTAGTTCTTTGCAGATTACAAGAAAGAGGAGAAGCTATTTCCGTAAACAAGCTCGTACTTCTGTCTGGGGTTTGTTAGAAAATACGGTGCAATATTTAGAACGTAATGTCAGGCTTGAGATAGCTTCGGGGAAGCAGAAAAATTTAAGAATAGCAAAAAAAGGTGGTAGCGGAAATAAGAAACATGGTAAGAAGCAGATCGATCGAAAGTCACGGAAATCAAAGGGTAAAAGCTCCATTCCAACTGGCCCGATTTCCTTGAAGGTGAAATTCGGTTCACATTGTCTGATGGATGTTATTCCTCTTATTGATAATGATACTAACAAAAACTGTAATGGTAGAGAAGAATTGAAAGAAATGCCCAAAATTGCCAGCAAAGTTGATGATAGGTTTGGAGAGGAGGTGCTAAGTATGCAGTTCCATGGTTGCAATGGAAATTTGGATATTGACTATGTTTCTTTATCAGAAGGATGCCAACCTGAAAAAAGCGCAGTTCAAGATCTAGCTGCTAAGACTTTAGTTTGTCATGTTGAGTCACCTTCCCAGGATGGAAGATCGATCAATAACAGGTTCTCGGATCCTGGAACTTCACCTGATTCAGAAGTCATCAACCTAATTCCTGATACTCCAATCGATGTTCCAGAAGAGTTTCATGATTTGACTTTGTCTAAGCCATGTGCTGTTCCTGTGGATGCTCCAATTTTGAGGATGCATGAGAAGAGCTGTAAAAAAGGAAGGAAAAAAGAGAGGCTCCCAAAGATTTCCAATTCTGGGGTGAAAGATTTGCCTAGTCCAGAAAGTATGAGCAATGCAGAAGTATTTGGGAATCTCATGCACGGAGAAAAACAAAGGGATGGTTCTTGTTCCGATACTTCTGTTTTAACTACAGCTGGAAATGGGACGGGCAACATGTTCAGCACTGTGATATTTTCAGGAGAACTACTTCGTTGTTCAGGAGTGTCAAGCTTGGGAATCTCGTGTGCTTCCTCAAATCCTGAAAGTGATCCAGAGGGAAATCATTGTTCCAGTGTTGGCACTGAGTCTCCAGAGTCAGGGTTGTCAGAGAAATTGGTATCCTCTCCTGATGAGCAAAATGTGTCTAAAGAAGGGAGATTGAAGGAATCCGGAAAGTGCAGGCCAGAAGTCCCAAATTTGTCAAAAGGAAGAGGTAGTAAAAAGAAGGGGAACAAAGAAAAGGAAGACATCATGCATGACGTGAAGCACAAAAGTGACCCTGTTGAGTGTTTAGGTGAAGTGAGACAGCACTCAGGAACAGAGAATGGAATAGCATCTGAGCTTGGACAAGTTGTCTTTGAAAAGAGAAGTTTAGATGGAGGCATTTCAAACATGGAGATTCTGCAGAGTGAGATAGGTGAGCGTCTCTTGCCACCAAGAAATGCTTGGGTGCAGTGTGATGATTGCCTCAAATGGAGGCGTATACCTTCCTTGCTTGCTGATCAAATTGAAGAAACAAACTGCAGATGGACTTGTAAGGACAATCTGGATAGAGCTTTTGCTGATTGCTCATTTCCCCAAGAGAAGTCAAACTCAGAAATCAATGCTGAGCTGGAAATATCAGATGGCTCTGGTGAGGAGGATGTTTCTCGTGCACACTTGAGTTCGAATGGATCAGGACAGAAGAATCTACTTGTGGCTCATCAATCATCTTGGAATCGGATCAAGTCAAACTTGTTTCTGCATCGCCACCGCAAAAATCAACCTATTGATGAGATCATGGTCTGCCTTTGCAAGCCACCTTCAGATGGTCGAATGGGCTGTGGAGACGGATGCCTGAACCGGATTCTCAATATAGAGTGTGCTAAAGGGACTTGTCCTTGTGGAGAATTCTGTTCAAATCAACAGTTTCAGAAACGCAACTATGCTGAATTGAAGTGCTTTAAATATGGAAAGAAGGGTTATGGCCTACAGCTTCTCGACAATGTATCTGAAGGGCAATTTCTTATTGAATATGTTGGAGAGGTGCTGGATATGCATGCTTACGAGGCTCGGCAAAAGGAGTATGCGTTGAAGTGTCATAAGCATTTTTATTTCATGACACTTAACGGCAGCGAGGTAATTGATGCATGTGCTAAGGGGAATTTGGGACGTTTCATCAATCATAGCTGTGACCCTAATTGTCGTACCGAAAAGTGGATTGTGAATGGAGAGGTCTGCATAGGACTCTTTGCTATTAGGGACATAAAGAAGGGTGAAGAGGTGACATTTGACTACAATTTTGTCCGAATCTTTGGGGCAGCAGTAAAAAAGTGTGTCTGTGGTTCACCTAATTGTCGGGGTTATATAGGTGGTGACCCGCTGGATGCGGAAGTGATTGTTCAGGAGGATTCGGATGATGAGTATCCTGAGCCTGTGTTGCTGCCCAAGTATGCCAAAATGGATCATAAAGAAGGCAACATTACATGTGCTACAAGTACTATTAATTGTGCTAAAATTAATATCCAACGGAAACGACCTAAAAAGAAAAACACACTGGATGGATTAATTGCTGAAAATCAGGAGACTTCCTGTCAAACAGATATCAACAGTTTTGTGGGTCAAGAAAAAGTTAATTTGGGCAACTCTATTGCTGTTGTTAGCTTGAATGTTAGAGAGGAAAGCGAGAACTTCCCTGATGTATCTCCTGCATCAGCTTTAAAGGCAGAAACATGTGCGGCACTTAAAGCCTCAGAGTGTCTGTCTCATTCTTCTACTGAACCTGTTGAGACATCCTTGTCATTGAAAGATATATGTGAAACCGTATCTGGAGTGAGAAAAGGGTTCATGGTAGCTGGAAAAGTTGCGAAGTACTCTATCTCTTCCGCACAGGCATTGGAGATAACTTCTCCTGATGCAGTGGTTAGCAAGTCTTTGAAGAAGTCAAAATCCAGCAATGGGAAACAGACACACGAATCATGTCTGTTTGTGAAAACTTCGCGTGAATCTTCTTTAGTGAAGAGGGGGAAACAGAGGAATTACGCTGTGAATTCCAGATCATCGCCTGATGTGGACAGTAAATTGCAAGTTCCACAACCTAAATTGAAGAAACCTCCAGATGGCTCCTTACATGGTCATTTTGAAGCAGTTGAAGAGAAACTTAATGAGTTGTTGGATCATGATGGTGGAATAAGCAAACGCAAGGATGCGTCCAGGTGCTACCTGAAGCTCCTCCTTTTAACTGCTGCTTCAGGGGATGACTGTAATGGTGAAGCTATCCAGAGCAACCGGGACCTTTCTATGATCCTTGATGCAATCTTGAAAACTAAGTCACGCACAGTTTTGATGGATATTATAAACAAAAATGGTTTACAGATGTTACACAACATAATGAAGCGATACAGGAGGGAGTTCAATAAGATTCCAATTCTTAGAAAGTTGCTGAAGGTCTTAGAGCATCTAGCTGTAAGAGACATCCTTTCTCCTGAGCACATTAACGGAGGCACATCTAGAGCTGGAGTTCAGAGCCTTAGGAGCTCAATTTTGGGATTGACAGAGCACGAAGACAAACAGGTTCATCAAATTGCAAGGAACTTTAGAGATAGGATACTCAGACCTCTCAGGAAAAGAATTTGTATTGATAGAGATGATTGCCGTATCAACACACATTCTGGTTCACAGTACAATAGGTGTTTAGCATCACAAAATCAATGGTGCGATTTGGGCTGTAAGCCTTCGGAAGGAGCTGAGTATACCTGCCATTCAACAGTTGCATCTGTTCAAGCAGATGGTGGTGTGCTTGATGGCTCTTCTGCTTCATGTTCTGATATTGGGGAAGCGTGTATGGCAAAGAAACGGAAGTGTAAAAGTCGATGGGATCAAGAGGCTGAAGCAAAGTCAGATCCAAGAAATGAGAGTGATGTAGCTGAGGACCAGAAGCAGGTCCTAGATGATGATGTTCCTCCTGGTTATGAATTTCCTCCTGGATTTTCAGTCCCCATTAAGGCTTGTAGGGTTTTATCTGATGATTCTTCAACAGCTATTTACAGTACCGAAGAACGTAATTGCGGAGAACATCCACAGCCAGTTGTTATGGGGCACTTGCAGCAGCGGTTCGTTTCAAGGTTGCCCGTCTCTTATGGAATTCCATTTTCCGAGGTACAGCAATTTGGCTCTCATCAAAAGGGAAGATTTGATGCTTGGACTGTTGCCCCAGGAATACCTTTCCATCCCTTTCCTCCTTTACCTCCATATCCCTGTGATAGAAGAGGTTTTGTGCCTACTGCTAGTGAGCTGCCTCAAAATGGTGGAGAAGATTGGGGTACTTGTTCACCTAGTCTCTTGGCTCAAAATCCTCCAAGCGTATCTGGAGCAGACCAGCCTCAGGATGGCAATGGAAACCAACTTGGTTGTGAAAGAGCCAGTGAGTCTCATAACTTGGGAAGGAAAAACTTTAGGAAGCAAAAGTTTAATAATTCCAAGTTAGTACCTCCCTGGCTTCGGATAAGAAGGGGCTGGGAATACACAGAAAATAGCATGTGCATTGCAGGAGCAAGCAGGGAAAATGAGTTTAGGAGTACACATCATAACCTTGGAATGCAGAATTTGGATCATGCTCTACGACCTAATACTTTCCACAGGTATTAG
Protein Sequence
- >RHC06H1G1708.2
MLSQISTADNVCDFGQSTYAMDPNCTTENLSVSLQSPQLFEIRSADVSQRVVTLDVSGTDVLENVSDSISITELSQKEDDKGKDTVETDNASESECPDNACIAPRRRSGRNSKLSQSLATVPARNGRRIAIKKTSIDLSSLQITRKRRSYFRKQARTSVWGLLENTVQYLERNVRLEIASGKQKNLRIAKKGGSGNKKHGKKQIDRKSRKSKGKSSIPTGPISLKVKFGSHCLMDVIPLIDNDTNKNCNGREELKEMPKIASKVDDRFGEEVLSMQFHGCNGNLDIDYVSLSEGCQPEKSAVQDLAAKTLVCHVESPSQDGRSINNRFSDPGTSPDSEVINLIPDTPIDVPEEFHDLTLSKPCAVPVDAPILRMHEKSCKKGRKKERLPKISNSGVKDLPSPESMSNAEVFGNLMHGEKQRDGSCSDTSVLTTAGNGTGNMFSTVIFSGELLRCSGVSSLGISCASSNPESDPEGNHCSSVGTESPESGLSEKLVSSPDEQNVSKEGRLKESGKCRPEVPNLSKGRGSKKKGNKEKEDIMHDVKHKSDPVECLGEVRQHSGTENGIASELGQVVFEKRSLDGGISNMEILQSEIGERLLPPRNAWVQCDDCLKWRRIPSLLADQIEETNCRWTCKDNLDRAFADCSFPQEKSNSEINAELEISDGSGEEDVSRAHLSSNGSGQKNLLVAHQSSWNRIKSNLFLHRHRKNQPIDEIMVCLCKPPSDGRMGCGDGCLNRILNIECAKGTCPCGEFCSNQQFQKRNYAELKCFKYGKKGYGLQLLDNVSEGQFLIEYVGEVLDMHAYEARQKEYALKCHKHFYFMTLNGSEVIDACAKGNLGRFINHSCDPNCRTEKWIVNGEVCIGLFAIRDIKKGEEVTFDYNFVRIFGAAVKKCVCGSPNCRGYIGGDPLDAEVIVQEDSDDEYPEPVLLPKYAKMDHKEGNITCATSTINCAKINIQRKRPKKKNTLDGLIAENQETSCQTDINSFVGQEKVNLGNSIAVVSLNVREESENFPDVSPASALKAETCAALKASECLSHSSTEPVETSLSLKDICETVSGVRKGFMVAGKVAKYSISSAQALEITSPDAVVSKSLKKSKSSNGKQTHESCLFVKTSRESSLVKRGKQRNYAVNSRSSPDVDSKLQVPQPKLKKPPDGSLHGHFEAVEEKLNELLDHDGGISKRKDASRCYLKLLLLTAASGDDCNGEAIQSNRDLSMILDAILKTKSRTVLMDIINKNGLQMLHNIMKRYRREFNKIPILRKLLKVLEHLAVRDILSPEHINGGTSRAGVQSLRSSILGLTEHEDKQVHQIARNFRDRILRPLRKRICIDRDDCRINTHSGSQYNRCLASQNQWCDLGCKPSEGAEYTCHSTVASVQADGGVLDGSSASCSDIGEACMAKKRKCKSRWDQEAEAKSDPRNESDVAEDQKQVLDDDVPPGYEFPPGFSVPIKACRVLSDDSSTAIYSTEERNCGEHPQPVVMGHLQQRFVSRLPVSYGIPFSEVQQFGSHQKGRFDAWTVAPGIPFHPFPPLPPYPCDRRGFVPTASELPQNGGEDWGTCSPSLLAQNPPSVSGADQPQDGNGNQLGCERASESHNLGRKNFRKQKFNNSKLVPPWLRIRRGWEYTENSMCIAGASRENEFRSTHHNLGMQNLDHALRPNTFHRY