Gene Details:
- Gene ID: A4A49_31785
- Suggest Gene Name: ARABIDOPSIS HISTONE ACETYLTRANSFERASE OF THE CBP FAMILY 1, P300/CBP ACETYLTRANSFERASE-RELATED PROTEIN 2
- Description: putative flowering gene
- Species: Nicotiana attenuata
- Source: Putative flowering gene from PlantCFG
Protein Features:
Functional Descriptions:
- Homologous to CREB-binding protein, a co-activator of transcription with histone acetyl-transferase activity. No single prior lysine acetylation is sufficient to block HAC1 acetylation of the H3 or H4 peptides, suggesting that HAC1, HAC5, and HAC12 can acetylate any of several lysines present in the peptides. HAM2 acetylates histone H4 lysine 5. A plant line expressing an RNAi construct targeted against HAC1 has reduced rates of agrobacterium-mediated root transformation.
Homologous
- Arabidopsis thaliana — AT1G79000
Sequences:
CDS Sequence
- >A4A49_31785
ATGAATTTCCAGCGTATGTCGGGGCAGATTTCAGGGCAGGTTCCAAATCAAAGTGGCACTTCTTTGCCTGGGCTAGCCCAGCAGAATGGAAATCCTTTTCCTATGCAGATGCAAAATCCAGGCGTCCATCATACTATGCCCAACTTGGAGTCTGAGTTCTTGAAAGCTCGCAAATATATTTCACGGAAGATCTATGAGTATTTCATGCGGCGGCAGCAGCAAGCCCAGGAGATGCAACCACAGAGGGTTGTAGATCTAGTTAAACGCCTGGAGGAGAGCTTGCTTAAGACTGCTTCGTCAAAGGAGGAGTATCTGGATCTATCTACTCTGGAAAACCGATTACTTGCCCTGTTTAAACGCCTTCCTATGAATAATCATAACCAACAATTTTCCAAGATTAATTTGTCAACCTCCATTGGTACAATGATACCAACTCCAGGCATGCCTCGAAGTGTGAATTCGTCCCTTATTGGGACATCATCTGTCGACAGTTCCGTGACTGGTGGAAGTACTATTCCATCCTCTGCAGTTAACTCTGGAAGCTTCGTGCAGACAACCGATTTGCCCTCTGGCAGTATACATGGCCCCTTGGCAAATGGATATCAACAGTCTACATCCAATTTCTCGATCAATTCTAGTGGGAACAACCTGGTACCATCCATGGGTGGAGAAAGAATAACAAGCCAAATGATTCCCACTCCTGGGTTTAGTAATAGTAATAATTCCAATAGTAATACCAGTGTACCGTCTTACATCAATTTGGAATCATCTAATAGTGGTGCTGCCTTTTCTGGCGTTGATTCCACAACTGTGTCACAGCCACTACAACAAAAGCAGCATATTTCTGGTCAAAACAGCCGTATACTGCATACACTTGGCAGCCATATGGGTGGTGGAATCAGGTCAGGATTGCAGAATAGATCCTATGGACAGTCAACTGCACCTCTGAATGGGGGGCTTGGAATGATTGGGAATAATTTGCAGCATTTGAATGGTCCTGGAGCCTCTGAGGGCTATACATCAGCGACCATGTATGGAAACTCTCCAAAGTCGTTATCTCAACATTTTGATCAACATCAACGACCAGTAATGCAAGGTGATAGATATGGTATTAGCAACAGTGAAACTTCAGTGTCTGGAAACTTGTATGCTCCTGTGTCTTCTGCAGGGACGGTCATTGGCGATCAGAGCTCGACTGCTGTAGTCCTACAGTCCATGTCCAAAGCAAACTCAACTCTGATGAGCAATCAGTCGAACTTGACTGCCTCTCAGCAGATGCCAAATCTAAAGGTTCAACCTGTCGATCAATCGGAGAAGATGAACTTTCAGTCCCAGCATTATCTGGGAGATGACCATTTATCTTCTCGTCAGCATCAACAATTACATCATCAACATCGATTTGCTCAACATTTAACCCAACAGAAGCTACAAAGTCAGCACCAACAACTTTTGTTAAGGAGCAATGCTTTTGGTCAAGCTCAGCTGCCATCTAATCCTGGTACTCAAGTAAAATCTGAACCTGAAAATCATGATGATGCCCAGCGCTCACAGATCTCTGCCGAGCAATTTCAGTTTTCTGATATGCAAAATCAGTTTCAACAGAATACTGTTGGAGACCAATCTAAAGCATTGCAGGGTCAATGGTATCCCAAGTCTCATGATGGGTCTCAGATACCAGGTAGCTTCTTTGAACCGAATGCACAAGAGGAATTGTGTCAGAGAACTTCCACACAAGAGGAAGCTCAGCCCAATAATTTATCTACAGAGGGGTCTTTGGCCAGTCAATCTGTTACTAATAGAGCAGTTGAAACCAATAATTCAAGCAGTACGATATGCAGATCTGGTAACGTTCCTCGGGAACGACAGTATCTTAATCAGAAGAGGTGGCTGTTGTTTTTGATTCATGCACGTCGATGTTCTGCTCCTGAAGGAAAATGTCCTGAAAACAATTGCATACATGCACAAAAACTATTGAGGCATATGGAAAGATGCATTAAATTTGATTGCCCATATCCTCGGTGCCCTGAAACAAAGGTTTTAATAAATCACCATAAGCATTGCAAGAATGAAAACTGTCCCGTTTGCATTCCTGTTAAGAAATTTCTACAGGCACATCAAAAAGTGTGTGCTCGTCCTGGCTATATGTCTGATATGGCAAATTCTCTCAATGGTACTTGTAGAACCTATGATGCTGTTGAAACTGCTTCTAAGTTCACTGCCAAGACGAGTCCATTGGCATTTGAAACTCCAGAAGATTTGCAGCCTTCTCTTAAACGCATGAAAATAGAGCCATCTTCTCAACCTCTTGTCTTGGAATCTGAAAATCTTGTGCCAGTTTCGGCCGGTGAGTCTAATGTTTTACAAAATGCTCAGCTTGTTGAACAGAATGATGCTGTGGCAATGAAGACTGCAGACACTGAAGTAAAGAGTGAAACTCTTGCAAATGCTGTGCAAGTTAACCCTGGTAGTACTGGTATAGCAAAGGATAGTTTGGATGATACATACACTCAAAGGCTTGCTGGTGATTCTGTTGCATCAAGTACTCCAGCTTGTCTTGTGAAGCAGGAAAATGTTAATGCTGACAAGGACATAGATCAGCCTAAACAGGATAATACATCAGCGCCTTCTGAAAGTACGAGTGGATCCAAATCTGGGAAGCCTAAAATAAAGGGTGTCTCAATGATGGAACTTTTCACCCCAGTGCAAGTCCGGGAACACATTAAAGGTCTGAGACAATGGATAGGCCAGAGCAAAGCGAAAGCAGAAAAAAATCAAGCAATGGAGCATTCTATGAGTGAAAATTCTTGTCAGTTATGTGCAGTTGAGAAGCTAACTTTTGAACCTCCACCCATATATTGTACTCCATGTGGTGCTCGTCTTAAACGTAATGCGATGTATTATACCATTGGAGCTGGTGATACACGGCACTACTTCTGCATTCCATGCTATAATGAGGCCCGTGGAGACACCATTGTTGTTGATGGAACCACCATTCCAAAAGCGAGGATGGAGAAAAAGAGAAATGATGAGGAAACTGAAGAATGGTGGGTGCAGTGTGACAAGTGTGAAGCTTGGCAACATCAGATTTGTGCTTTATTTAATGGTAGAAGGAATGATGGTGGGCAAGCTGAGTATACCTGTCCCAATTGCTACATAGCAGAGGTTGAAAGAGGTGAGCGCACACCCTTACCACAAAGTGCTGTTCTTGGAGCAAAAGATCTGCCTCGAACAATTCTCAGTGATCATATTGAGCAACGATTAGCTAGCCGGTTGGAGTGGGAAAGGCAAGAAAGAGCAATGCGTGAAGGAAGAGGTTATGATGAGGTTCCTGGAGCGGAAGGACTTGTTGTAAGAATTGTGTCATCAGTGGACAAAAAGTTAGAAGTGAAACCACGGTTTCTTGAGATATTTCAGGAAGAGAACTATCCGCTGGAGTTTCCATATAAATCAAAGGTGTTATTGTTATTTCAGAGAATTGAAGGTGTAGAAGTGTGCCTCTTTGGCATGTATGTTCAGGAATTTGGATCTGAATGCCTACAGCCAAATCATCGCCGTGTTTATCTCTCGTATCTAGATTCTGTTAAATATTTCAGGCCAGAGATCAGAGCAGTGACTGGAGAGGCTCTCCGCACATTTGTGTACCATGAAATTTTGATTGGATATCTAGAATATTGCAAAAAGCGTGGTTTCACGAGTTGTTATATTTGGGCGTGTCCTCCATTGAAGGGTGAAGATTATATATTATATTGCCACCCCGAAATTCAGAAGACCCCAAAATCTGACAAACTCAGAGAGTGGTATTTATCAATGCTAAGAAAAGCTAAGAAGGAAAATATAGTTGTTGATCTCACTAATTTATACGACCATTTCTTTATATCCACGGGAGAATGTAAGGCTAAAGTTACTGCAGCTCGTCTGCCTTATTTTGATGGGGACTACTGGCCTGGTGCTGCAGAGGATATGATTTATCAACTTCAGCAAGAAGAGGATGGGAGAAAGCAGCATAAGAAGGGAACTATAAAGAAGACCATAACAAAAAGAGCTCTAAAAGCATCTGGTCAATCTGACTTGTCTGGGAATGTATCTAAGGATCTGCTTCTAATGCACAAACTCGGCGAGACAATTTCTCCAATGAAGGAGGATTTTATTATGGTTCATTTACAGCACGCATGCACCCATTGCTGCGTACTAATGGTATCTGGAAATCGTTGGGAGTGCAAGCAATGCAAGAACTTTCAGCTCTGTGACAAGTGCTATGAAACTGAGCAAAGACTTGAAGATAGAGAAAGACATCCTATTAATCAAAAGGACAAGCACACACTTTATCCATGTGAAATCAAGGAAGTACCTCATGACACCAAGGATGAAGATGAAATTCTTGAGAGTGAGTTTTTTGATACAAGGCAGGCATTTTTGAGCCTTTGTCAAGGAAATCATTACCAATATGATACCCTGAGGCGTGCTAAACATTCCTCAATGATGGTCCTTTACCACCTTCATAATCCCACTGCACCAGCATTTGTGACAACTTGCAACATCTGTCACCTTGATATAGAAACTGGTCAAGGTTGGCGGTGTGAAGTTTGCCCAGATTATGATGTTTGCAATGCCTGTTATAAAAAAGATGGTGGAATTGATCATCCTCATAAGTTGACTAATCATCCATCCCTGGCCGAACGTGATGCACAGAATAAAGAAGCTAGGCAACTACGAGTTTTGCAGCTTAAGAAGATGCTTGAACTTCTGGTGCATGCTTCTCAGTGCCGCTATCTACATTGTCAATATCCAAACTGTCGCAAAGTTAAGGGGCTTTTCCGCCACGGTATACAGTGCAAAATACGAGTTTCAGGAGGTTGTTTACTCTGTAAGAAGATGTGGTATCTCCTTCAACTGCATGCTCGTGCATGCAAAGAATTTGAATGTCGTGTTCCACGTTGCAGAGATTTGAAAGAGCATCTGCGGAGGATGCAGCAGCAATCTGATTCTCGGAGGAGGGCTGCTGTCATGGAGATGATGAGACAGCGTGCCGCAGAGGTTGCAAGCGGTTCTGCATGA
Protein Sequence
- >A4A49_31785
MNFQRMSGQISGQVPNQSGTSLPGLAQQNGNPFPMQMQNPGVHHTMPNLESEFLKARKYISRKIYEYFMRRQQQAQEMQPQRVVDLVKRLEESLLKTASSKEEYLDLSTLENRLLALFKRLPMNNHNQQFSKINLSTSIGTMIPTPGMPRSVNSSLIGTSSVDSSVTGGSTIPSSAVNSGSFVQTTDLPSGSIHGPLANGYQQSTSNFSINSSGNNLVPSMGGERITSQMIPTPGFSNSNNSNSNTSVPSYINLESSNSGAAFSGVDSTTVSQPLQQKQHISGQNSRILHTLGSHMGGGIRSGLQNRSYGQSTAPLNGGLGMIGNNLQHLNGPGASEGYTSATMYGNSPKSLSQHFDQHQRPVMQGDRYGISNSETSVSGNLYAPVSSAGTVIGDQSSTAVVLQSMSKANSTLMSNQSNLTASQQMPNLKVQPVDQSEKMNFQSQHYLGDDHLSSRQHQQLHHQHRFAQHLTQQKLQSQHQQLLLRSNAFGQAQLPSNPGTQVKSEPENHDDAQRSQISAEQFQFSDMQNQFQQNTVGDQSKALQGQWYPKSHDGSQIPGSFFEPNAQEELCQRTSTQEEAQPNNLSTEGSLASQSVTNRAVETNNSSSTICRSGNVPRERQYLNQKRWLLFLIHARRCSAPEGKCPENNCIHAQKLLRHMERCIKFDCPYPRCPETKVLINHHKHCKNENCPVCIPVKKFLQAHQKVCARPGYMSDMANSLNGTCRTYDAVETASKFTAKTSPLAFETPEDLQPSLKRMKIEPSSQPLVLESENLVPVSAGESNVLQNAQLVEQNDAVAMKTADTEVKSETLANAVQVNPGSTGIAKDSLDDTYTQRLAGDSVASSTPACLVKQENVNADKDIDQPKQDNTSAPSESTSGSKSGKPKIKGVSMMELFTPVQVREHIKGLRQWIGQSKAKAEKNQAMEHSMSENSCQLCAVEKLTFEPPPIYCTPCGARLKRNAMYYTIGAGDTRHYFCIPCYNEARGDTIVVDGTTIPKARMEKKRNDEETEEWWVQCDKCEAWQHQICALFNGRRNDGGQAEYTCPNCYIAEVERGERTPLPQSAVLGAKDLPRTILSDHIEQRLASRLEWERQERAMREGRGYDEVPGAEGLVVRIVSSVDKKLEVKPRFLEIFQEENYPLEFPYKSKVLLLFQRIEGVEVCLFGMYVQEFGSECLQPNHRRVYLSYLDSVKYFRPEIRAVTGEALRTFVYHEILIGYLEYCKKRGFTSCYIWACPPLKGEDYILYCHPEIQKTPKSDKLREWYLSMLRKAKKENIVVDLTNLYDHFFISTGECKAKVTAARLPYFDGDYWPGAAEDMIYQLQQEEDGRKQHKKGTIKKTITKRALKASGQSDLSGNVSKDLLLMHKLGETISPMKEDFIMVHLQHACTHCCVLMVSGNRWECKQCKNFQLCDKCYETEQRLEDRERHPINQKDKHTLYPCEIKEVPHDTKDEDEILESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMVLYHLHNPTAPAFVTTCNICHLDIETGQGWRCEVCPDYDVCNACYKKDGGIDHPHKLTNHPSLAERDAQNKEARQLRVLQLKKMLELLVHASQCRYLHCQYPNCRKVKGLFRHGIQCKIRVSGGCLLCKKMWYLLQLHARACKEFECRVPRCRDLKEHLRRMQQQSDSRRRAAVMEMMRQRAAEVASGSA