Difference between revisions of "Os09g0307800"
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==Annotated Information== | ==Annotated Information== | ||
| − | SDG724 is a class II SET domain protein and is constitutively expressed in various kinds of tissues. SDG724 functions as a histone methyltransferase in vitro and contributes to a major fraction of global histone H3 lysine 36 (H3K36) methylation in vivo[1]. | + | SDG724 is a class II SET domain protein and is constitutively expressed in various kinds of tissues. |
| − | Histone Lys methylation in plants functions in biological processes such as flowering transition, floral organ development, carotenoid biosynthesis, shoot and root branching, pollen and macro-trichome development, and the brassinosteroid signaling pathway[2]. | + | SDG724 functions as a histone methyltransferase in vitro and contributes to a major fraction of global |
| − | lesions in SDG724 were responsible for the late-flowering phenotype of lvp1 plants Heading date analyses showed that the flowering time defect was rescued in thetransgenic plant lines[1]. | + | histone H3 lysine 36 (H3K36) methylation in vivo[1]. |
| − | Long vegetative phase 1 (LVP1)/SDG724, is required for H3K36 methylation and promotes heading date in rice. The loss of function mutant lvp1 has a late flowering phenotype under both LD and SD conditions, associated with the suppressed expression of MADS50, MADS51, Ehd1, RFT1, and Hd3a. Furthermore, our results suggest a novel mechanism for the epigenetic regulation of flowering in rice, in which SDG724 mediates H3K36me2/3 deposition at the MADS50 and RFT1loci and promotes flowering through MADS50/MADS51-Ehd1-Hd3a/RFT1 pathways[3]. | + | Histone Lys methylation in plants functions in biological processes such as flowering transition, |
| + | floral organ development, carotenoid biosynthesis, shoot and root branching, pollen and macro-trichome | ||
| + | development, and the brassinosteroid signaling pathway[2]. | ||
| + | lesions in SDG724 were responsible for the late-flowering phenotype of lvp1 plants Heading date analyses | ||
| + | showed that the flowering time defect was rescued in thetransgenic plant lines[1]. | ||
| + | Long vegetative phase 1 (LVP1)/SDG724, is required for H3K36 methylation and promotes heading date in rice. | ||
| + | The loss of function mutant lvp1 has a late flowering phenotype under both LD and SD conditions, associated | ||
| + | with the suppressed expression of MADS50, MADS51, Ehd1, RFT1, and Hd3a. Furthermore, our results suggest | ||
| + | a novel mechanism for the epigenetic regulation of flowering in rice, in which SDG724 mediates H3K36me2/3 | ||
| + | deposition at the MADS50 and RFT1loci and promotes flowering through MADS50/MADS51-Ehd1-Hd3a/RFT1 pathways[3]. | ||
===Expression=== | ===Expression=== | ||
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You can also add sub-section(s) at will. | You can also add sub-section(s) at will. | ||
| + | |||
==Labs working on this gene== | ==Labs working on this gene== | ||
Please input related labs here. | Please input related labs here. | ||
Revision as of 15:32, 25 May 2014
Please input one-sentence summary here.
Contents
Annotated Information
SDG724 is a class II SET domain protein and is constitutively expressed in various kinds of tissues. SDG724 functions as a histone methyltransferase in vitro and contributes to a major fraction of global histone H3 lysine 36 (H3K36) methylation in vivo[1]. Histone Lys methylation in plants functions in biological processes such as flowering transition, floral organ development, carotenoid biosynthesis, shoot and root branching, pollen and macro-trichome development, and the brassinosteroid signaling pathway[2]. lesions in SDG724 were responsible for the late-flowering phenotype of lvp1 plants Heading date analyses showed that the flowering time defect was rescued in thetransgenic plant lines[1]. Long vegetative phase 1 (LVP1)/SDG724, is required for H3K36 methylation and promotes heading date in rice. The loss of function mutant lvp1 has a late flowering phenotype under both LD and SD conditions, associated with the suppressed expression of MADS50, MADS51, Ehd1, RFT1, and Hd3a. Furthermore, our results suggest a novel mechanism for the epigenetic regulation of flowering in rice, in which SDG724 mediates H3K36me2/3 deposition at the MADS50 and RFT1loci and promotes flowering through MADS50/MADS51-Ehd1-Hd3a/RFT1 pathways[3].
Expression
Please input expression information here.
Evolution
Please input evolution information here.
You can also add sub-section(s) at will.
Labs working on this gene
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References
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Structured Information
| Gene Name |
Os09g0307800 |
|---|---|
| Description |
Nuclear protein SET domain containing protein |
| Version |
NM_001069362.1 GI:115478463 GeneID:4346677 |
| Length |
7580 bp |
| Definition |
Oryza sativa Japonica Group Os09g0307800, complete gene. |
| Source |
Oryza sativa Japonica Group ORGANISM Oryza sativa Japonica Group
Eukaryota; Viridiplantae; Streptophyta; Embryophyta; Tracheophyta;
Spermatophyta; Magnoliophyta; Liliopsida; Poales; Poaceae; BEP
clade; Ehrhartoideae; Oryzeae; Oryza.
|
| Chromosome | |
| Location |
Chromosome 9:8605019..8612598 |
| Sequence Coding Region |
8605843..8605869,8606906..8606971,8607055..8607106,8607517..8607720,8607837..8607917 |
| Expression | |
| Genome Context |
<gbrowseImage1> name=NC_008402:8605019..8612598 source=RiceChromosome09 preset=GeneLocation </gbrowseImage1> |
| Gene Structure |
<gbrowseImage2> name=NC_008402:8605019..8612598 source=RiceChromosome09 preset=GeneLocation </gbrowseImage2> |
| Coding Sequence |
<cdnaseq>atgcctcggccggcgaaaatcaggaaaaaacatgagaatgtgtttgatcaattgatcaaggcgataaaagctcctgtggactttgatctgccgcctgtattgaaagaatggaagtcaaattactatgtgccaattaagcggaatgcttatattactcggaaacgcgttgaggatgatggcattttttgttcctgtaccccttctggatcatccgcaacttgtgacaaagattgccaatgcgggatgttgttctcttgttgttcgtcgacctgtaaatgtgagaataaatgtgctaacaaaccgttccagcataggactttgaggaaaaccaaattaattaagacagagaaatgtggcaatggggtggtagctgaggaagatattaaaaaaggagaatttgtaatcgaatatgttggagaagttattgatgacagaacatgtgagcagagactatggaaaatgaagaggcagggtgacactaatttctatctttgtgaggtcagtagtaatatggtgatcgacgcgaccaacaaaggaaacatgtcgcgcttcataaatcatagctgtgagccaaacacagagatgcagaaatggactgttgagggagagaccagagttggaatttttgctcttcgtgacataaaaacgggggaggagctgacctatgattacaagtttgtccaatttggagctgatcaagattgtcactgtggatcttcaaactgtcgaaaaatgcttggcatcacaaagcctgttaactcaattgtacttcataatggaaatctgtcacaagatcagcatgtccggaagaaaagaaagacatatttggagaattgtattggggagattgtccgtttgtggcatcgacgtcacagcatgtatctcgcagcaagtatatatgacttcaatgagcgcaatggaatacatacattattgtttaccgatgcaactattgaagaatttgatttgagagaggaagattgggacttcttaccggatccagatggtcctgaggaagtgtga</cdnaseq> |
| Protein Sequence |
<aaseq>MPRPAKIRKKHENVFDQLIKAIKAPVDFDLPPVLKEWKSNYYVP IKRNAYITRKRVEDDGIFCSCTPSGSSATCDKDCQCGMLFSCCSSTCKCENKCANKPF QHRTLRKTKLIKTEKCGNGVVAEEDIKKGEFVIEYVGEVIDDRTCEQRLWKMKRQGDT NFYLCEVSSNMVIDATNKGNMSRFINHSCEPNTEMQKWTVEGETRVGIFALRDIKTGE ELTYDYKFVQFGADQDCHCGSSNCRKMLGITKPVNSIVLHNGNLSQDQHVRKKRKTYL ENCIGEIVRLWHRRHSMYLAASIYDFNERNGIHTLLFTDATIEEFDLREEDWDFLPDP DGPEEV</aaseq> |
| Gene Sequence |
<dnaseqindica>6730..6756#5628..5693#5493..5544#4879..5082#4682..4762#4425..4596#3241..3319#1986..2085#1540..1639#892..1009#126..149#ttctgctccgacctcacctcgcctccttcctccgccgactccctcccctccgccattgcagcctcgcctacggccttgagctcgtcgccgatccccgccaccgccgcgacctctgcctgccccccatgcctcggccggcgaaaatcagggtacacttcctcccatgcttgcacctcttcccctttccgcgtaaaccctaaacccgaaatttcctgcaatttttttttaaaaaaattttggtcgaatcttcgctagggaaccgcatctctaccgtttttgttgtgccttgcaaaggtttgtctccccttcgagagaagcagcaaggggagttatggagtatatggattaggggttcagggtctcagatgcgttcttgtgctaccttggaaggagtattttgttcattagattttttttcttttttttttttgcggggaaaagttgttgatcagacttgggatggctacagtggaaattacaggagcgatgtggtgttaggtctctaacctgcaggaaacagggcgagtattttgaattggaatacgatggcctaagtgagtgaagctttgttgggactgctagtgttgaccaggactgttggattaatccgttgaaatgagtgaacacatgactggactcttattgaccaaacgtatcttatattcgatgggattataacatggcacggccaatactctacacccattacttcattgcttttatttctccgttgttgcatacacgtgcatgacagaaaagaggctacaccatatctgagtagactgattctgttactatctctatttttgttttatatgcttgttacctcattttttgttggttaactcataattctatatgcttatttatcttcatgtctctatgctgcagaaaaaacatgagaatgtgtttgatcaattgatcaaggcgataaaagctcctgtggactttgatctgccgcctgtattgaaagaatggaagtcaaattactatgtgccaattaagcggagtatccttacccaccattgcatttaatctgtttcctttctcggagcagcaatgatttgcgtcctcctcatttatacttgcaatgtctctggttaaaatttcattccttggagcaatcattctacaaacttgagtgtatatttatcagtctctgctgtagcattctagattgattgtatatccgaaaatttactaaatcctaatgtactacaaagtataatatagcataggaaagtcagtggtttgttttttcaataatgtgtcttgtcacagggatgcatttaacaacggcttcaacaacgtgttttcacatggggttgtatttcaaaattgcttaagatggtatcttcaatattccaatctgttgaatctcatttttataacatagccatccaattactcgtttacaattgcatggctggaacatcttaatttcacaatgtaaacagaggacttgccttttactgctgtaaaatttctgtttgtctaaaattttatttagcattacggttgtccttaattctacgtaagatgcttatattactcggaaacgcgttgaggatgatggcattttttgttcctgtaccccttctggatcatccgcaacttgtgacaaagattgccaatgcgggtaatctctctctcccccctctctgctccaacttgcatccatcatatagccatgatactattatgaatatagctcgtattgaataatagcctcaaggaggcaatatatagagtgcatatagcgttaggactctaacctatagcatgtaaagggataacccatatatgcaaaagactttatattcctaactgatacaacctagagtgtttgagtctgctcttttttttttttttgtcttgaacctaacctcattaataaaatggtaagtttcttattagaataacctgtaaactttattggtattgagtgttgaggcattctaaaatactgtatttttgtgatgcaggatgttgttctcttgttgttcgtcgacctgtaaatgtgagaataaatgtgctaacaaaccgttccagcataggactttgaggaaaaccaaattaattaaggtatgattgaatcaagtttctaccattgttgagttggcagattaccatttaagctgactgtggataaatatgccattgctgtagctgatgctaataaagttttgatgcaataaatgttataaaaatagtctttcaactatgtgttccttgttaaaaatgtcagcttttcttgtgtaaagtgtaaactgtaaagtaatataggagtataggacacttgttaaaaatgtcagcttttctcgtggaaactataaagtagtatacgagtataggacgctgtgaatgataaaggaaatgttagccatatgaaataaatgagaagaaaaacttaaactatgaatccagttatggtaggatagatctcaatcagattatggtagattattaatttctttcaaaactttccgtataatatcgatacgattgggaataaacctccttgtttgggcattccttcttaagtaatgtctattatatacccctcaagtacggtaaccaggtaaaacgcccccccccccccctaggcagaatccaacctgattttaatggtgattttcatgattttaacatccattaatctggttgtctgctctcctagtttcataatgcattcctacttcctagtatagcatgattccttggtgtcctgtgaatattccactgttatgcttcttcggatttgaccaggacagggatgggttatttcttacccaatagtgctaggtcagtgtggtcaggaattctcttcatcctgctgcccatgctccttatttgtctggcctgtttgtttcacaattttcaaatcctcgttctatcatttacaactcataatacagtgcctttttacttgcttaataatcagacattttagaaacattatatccatatccctttatattttctgtatgtttggccttatgtctatgtacaatacgcgattaactaatttgtagtataccttccaacatcgccttcatatagaggcatattctatcgtcagcatatcctgtaccatagccatccaaattcctttatatctttgtgatctcatgattgacattcataatctactttcccatgtttctatactgtatttagtatttagtacagatttatccctttttatctataccctaaatgactaacagtttcttctagacagagaaatgtggcaatggggtggtagctgaggaagatattaaaaaaggagaatttgtaatcgaatatgttggagaaggtatggttttctacatcctgtgcacatacgtaaactttatttgtaagtacgtaaggatcaaaacaattcaactttattattacttctatacaaaagtatactcactccttaccatagtataagggttattgggtggatgtgacacatcatagtacaatgaatctggacagacggtctgtccagattcattgtactaggatgtgttacagccatccaaaatcacttatattatgggatggagggagtataccgaatccacagtaatacttatttttttactttttatttttttcatttttaattattaaacaattagaattaatatatacaatggtttacttgtcacggagtcttaatttttgtttgtccttgatttttttttttgcaagatatgaattgtagtactgagattcgaaagtaatgaataaaagctttacatacaaagctgtaactggtttaagtctcaaaattcaattttggtaagtcgtattctgtcccaaaatatagctacctttgtagttcaaggctatgttttgggacagggagtataaatttgttgtttgtacgtagttctaatcttatttgttcttgatgaaacaaattctaagtttggaattaatatagaagttgtacttgtcttggagttgcaatttgagtttttttatatttagtaattccaaaactcagaattcataaatattgtatctgtcttggaatctcaaccttctatcctgttaatttagttatggatttagaaattactaaaaagcaagttgtaacttacttcacttggactcttcttttaattcaagtcgtcatggtttagtcccacctagattaatgaccagatttttatccactactgtgcttaaacgtgagattttcctcagagtgtccgattagtataggtatagatagatcgataattcgatctattgatatgagttctcacattgaacatattggtaatcaaactaaagtccagaatccagattgtgggttggagggctatcatatcctccagtaaatctttttcaaactgttacaatatacaataacttggagctaaaaactaatatccacatatcttgcaaacatattgtagttattgatgacagaacatgtgagcagagactatggaaaatgaagaggcagggtgacactaatttctatctttgtgaggtcagtagtaatatggtgatcgacgcgaccaacaaaggaaacatgtcgcgcttcataaatcatagctgtgagccaaacacagagatgcagaaatggtaagttatactcttgtcagctcattcatatatgctgttcttctaacatcaccctgatatatgactagtatttatattgtttcaggactgttgagggagagaccagagttggaatttttgctcttcgtgacataaaaacgggggaggagctgacctatgattacaagtatttttgttctagttctatccttgacttcttttcatttcactcgggcataatgattcatcattttctgtatatggaactactcctggtatttaatttctcggctttacctacaggtttgtccaatttggagctgatcaagattgtcactgtggatcttcaaactgtcgaaaaatgcttggcatcacaaagcctgttaactcaattgtacttcataatggaaatctgtcacaagatcagcatgtccggaagaaaagaaagacatatttggagaattgtattggggagattgtccgtttgtggcatcgacgtcacagcatgtaagctttggtaactgtagattcttctaaccatcggatgatgtatttttcctataatctgagaatctacctatctagttatcatatactatttgggaaaatgtgataagttgtccaattcaacacctgctctctactggattgataaactcggtgttaaggttggaaatggggttagtttttcatggctgcctatgagtaacattttggctccaagtggttatgtatatcactagttttgacttcatctaacaaaaccattgagagtagatgcacagtttattttaacttccaagatgttttagtacatctgattgaggaagttgatttccctttctttctttctttcttttttaactttttgagattagatccattataaccacttgattatttatctcattgttcaggtatctcgcagcaagtatatatgacttcaatgagcgcaatggaatacatacagtgagtttgtcaacatatggcttgcatagtgtagggtgtgtaatttctggaaaaacaattttatatgttttgtattgttgtagttattgtttaccgatgcaactattgaagaatttgatttgagagaggaagattgggacttcttaccggtatgatgttcttagcattaaccaagttacaaatatgtcctatttttcttatttaacatttggatctaccgtggcaacatgcggggtatcatctagttctctatatttctagcaaccatagcctgaagtttccatgatgttgtccactttatcctctacgtcatgcagaccttttgtataatccaattttatcataaatatatttattatttcagtaggtctttcctctactttatataaaaaatagtgtttagcattgccgtctttgatttttttatgtaaaaaaaggataatagtacttctgtatcctggtggtagcattaagtgtaatggagaacaacattctatagaaacttttggccgaatgtagctttccacatcgttatagcacatgttcggatggacctgtcttttcttcttgtcagcaacattgcttgtgctccccattgagtgtgtcaaccgcaaacttttttttgtttttactgattgggctgcgtataacctcctgatctgggctcttagcaggattatgtctaagatgttcttttattgaaggtttaacttgcataatgtttaggatttaatgtgcttgtttacgattctagttgaggaccaagagcttaggaaatgtttttgtgaacctatgagcacctgcactcattctcactgtaaaaggagttgtaactgaactagtatatacctctgttagcagcaatatgttatgcaggaatccttagcaattagacaatttaccctcctctaaaattcactggaatcttgaaatatgataacaattgattgaacctcatcctccattgctcttggaataactttgatgcatctatcgcaccatcattccttggtttgtagcttacagtgtagaagtaaataatgctcactatctgagcttgggcctagtttacttgatgtttcctgactgtttacctgaacttgctgtttatgaagcctgacttaaataaccgaaccttatcatttgcttctggcaaagtaacttaaccttatatgttattttcaggatccagatggtcctgaggaagtgtgagtgatctgaaggtattggcaaaaatagtgtgcatacccaggcattttatttttctgtttatattatttgttgaggttggttatgctaggagtaggaacatattactgtactacttaagcagaacattggcctttaccatcatcagatagagcatccggtaggggtttattttctgcatcagtggttcgtgtaccccttttccattttctaaaggttaatttgaaatttccttttccatttcctaaaggagttatttgaaatttcctttctgttttttctatagtattcatggcagttgcatattatttacattcatgttagattgtctcctgtatcatttgcgtgcctagacaaacaatataacttaattctgcaatagcatgtgaattgacactcctaaatatttcaagctaatcattcccatgtccttgtggttctctgtatgaacagcttcatatgaggatgtcatcgcaactgtgtcaatcggatgattgtactgttgggatttaacatgtggaagtgtttagctgcaatcatccacccacaaatcaattcttcagagcgtgtacccaacatgatactgtcctcctaaactgtaaaaagcttttttcaattgttgaatgttcattaatttttttcaggtttgtatcaatcgaagtgcatcttgtgatgcttgtaaaaattgttggctgggtgagtttacaatcgttgttgtaacgtgcgatggtgatagtttattagtttagtttatgctgttataccatgtagttatgcttgtactgagagctacttgaaccataagatatttcggtatgtctgctctt</dnaseqindica> 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