Difference between revisions of "Os06g0569500"
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==Annotated Information== | ==Annotated Information== | ||
===Function=== | ===Function=== | ||
| − | Gibberellins (GAs) are a group of diterpene-type plant hormones biosynthesized froment-kaurene via ent- kaurenoic acid. GAs are ubiquitously present in seed plants. The GA signal is perceived and transduced by the GID1 GA receptor/DELLA repressor pathway[1].All higher plants contain an ent-kaurene oxidase (KO), as such a cytochrome P450 (CYP) 701 family member is required for gibberellin (GA) phytohormone biosynthesis. While gene expansion and functional diversification of GA-biosynthesis-derived diterpene synthases into more specialized metabolism has been demonstrated, no functionally divergent KO/CYP701 homologs have been previously identified. Rice ( ''Oryza sativa'') contains five CYP701A subfamily members in its genome,despite the fact that only one (OsKO2/CYP701A6) is required for GA biosynthesis | + | Gibberellins (GAs) are a group of diterpene-type plant hormones biosynthesized froment-kaurene via ent- kaurenoic acid. GAs are ubiquitously present in seed plants. The GA signal is perceived and transduced by the GID1 GA receptor/DELLA repressor pathway[1].All higher plants contain an ent-kaurene oxidase (KO), as such a cytochrome P450 (CYP) 701 family member is required for gibberellin (GA) phytohormone biosynthesis. While gene expansion and functional diversification of GA-biosynthesis-derived diterpene synthases into more specialized metabolism has been demonstrated, no functionally divergent KO/CYP701 homologs have been previously identified. Rice ( ''Oryza sativa'') contains five CYP701A subfamily members in its genome,despite the fact that only one (''OsKO2/CYP701A6'') is required for GA biosynthesis <ref name="ref2" />. |
===Expression== | ===Expression== | ||
Revision as of 10:03, 1 June 2014
Please input one-sentence summary here.
Contents
Annotated Information
Function
Gibberellins (GAs) are a group of diterpene-type plant hormones biosynthesized froment-kaurene via ent- kaurenoic acid. GAs are ubiquitously present in seed plants. The GA signal is perceived and transduced by the GID1 GA receptor/DELLA repressor pathway[1].All higher plants contain an ent-kaurene oxidase (KO), as such a cytochrome P450 (CYP) 701 family member is required for gibberellin (GA) phytohormone biosynthesis. While gene expansion and functional diversification of GA-biosynthesis-derived diterpene synthases into more specialized metabolism has been demonstrated, no functionally divergent KO/CYP701 homologs have been previously identified. Rice ( Oryza sativa) contains five CYP701A subfamily members in its genome,despite the fact that only one (OsKO2/CYP701A6) is required for GA biosynthesis [1].
=Expression
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Evolution
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Labs working on this gene
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References
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Structured Information
| Gene Name |
Os06g0569500 |
|---|---|
| Description |
Similar to Ent-kaurene oxidase 1 (Fragment) |
| Version |
NM_001064440.1 GI:115468611 GeneID:4341343 |
| Length |
6995 bp |
| Definition |
Oryza sativa Japonica Group Os06g0569500, 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 6:22898131..22905125 |
| Sequence Coding Region |
22898131..22898642,22898989..22899157,22899243..22899497,22899652..22899792,22899893..22900051 |
| Expression | |
| Genome Context |
<gbrowseImage1> name=NC_008399:22898131..22905125 source=RiceChromosome06 preset=GeneLocation </gbrowseImage1> |
| Gene Structure |
<gbrowseImage2> name=NC_008399:22898131..22905125 source=RiceChromosome06 preset=GeneLocation </gbrowseImage2> |
| Coding Sequence |
<cdnaseq>atggagtcgatgctcgtagccggagcgggcgcggcggcggtggcggccgtcgggggcctcgtcgcggcggccgcgctcgccgacaagctcgtcgcggcgccgccgccgcgcaagaaccgcgccaacccgcctccagctgttcctggtttacccattattggaaatctgcatcaattgaaagaaaagaagcctcatcagacgtttgcaaaatggtctgaaacttatggaccaatctacactataaagaccggagcttctccagtggttgtgctcaattcaactgaagtagccaaggaggcgatgattgacaaattctcatccatatctactcgaaagctaccaaaagcaatgtctgtgctaactcgtaaaagtatggtcgcaatcagcgactacggtgactaccaaaagatggcgaagcgtaatattatgattggcatgttaggttttaatgcacagaaacagtttcgcggtacaagagagaggatgatcagtaacgtgttaagcactttgcataagttggtttctcttgacccacattcccctctgaacttcagggatgtttacattaatgagctgttcagcttgtccttgatccagagtttaggtgaggatgtgagttcagtttatgtggaagagtttgggagggagatatccaaggacgaaatctttgatgtccttgtgcatgagatgatgatgtgtgcagttgaggctgactggagggactacttcccctacctcagctggcttccaaacaagagcttcgacacaattgtgtctactacagaattcagacgagatgctatcatgaatgcattgatcaagaagcagaaggagaggattgcacgcggagaggcaagggcatcctacattgacttcttgctggaagctgagaggagtgcacagctgacagatgaccaactgatgctgctgctgtcggagtccatcctggctgcagctgatactgtcctggtgaccaccgaatggaccatgtatgagattgccaagaaccctgacaaacaggagctactctaccaagagatccgagaggcgtgcggcggcgaggcggtgaccgaggacgacttgccgcggctgccgtacctcaacgccgtgttccacgagacgctgcggctgcactccccggtgccggtgctgcccccgaggttcgtccacgacgacaccacgctcgccggctacgacatcgcggcgggcacccagatgatgatcaacgtgtacgcgtgccacatggacgagaaggtgtgggagtcgccgggggagtggtcgccggagaggttcctcggcgaggggttcgaggtggcggacaggtacaagacgatggcgttcggcgccgggaggaggacctgcgcggggagcctgcaggcgatgaacatcgcgtgcgtcgccgtggcgcgcctcgtgcaggagctcgagtggaggctgagggagggcgacggggacaaggaggacaccatgcagttcaccgccttgaagcttgacccgctgcatgtccacctcaagcccagaggaaggatgtga</cdnaseq> |
| Protein Sequence |
<aaseq>MESMLVAGAGAAAVAAVGGLVAAAALADKLVAAPPPRKNRANPP PAVPGLPIIGNLHQLKEKKPHQTFAKWSETYGPIYTIKTGASPVVVLNSTEVAKEAMI DKFSSISTRKLPKAMSVLTRKSMVAISDYGDYQKMAKRNIMIGMLGFNAQKQFRGTRE RMISNVLSTLHKLVSLDPHSPLNFRDVYINELFSLSLIQSLGEDVSSVYVEEFGREIS KDEIFDVLVHEMMMCAVEADWRDYFPYLSWLPNKSFDTIVSTTEFRRDAIMNALIKKQ KERIARGEARASYIDFLLEAERSAQLTDDQLMLLLSESILAAADTVLVTTEWTMYEIA KNPDKQELLYQEIREACGGEAVTEDDLPRLPYLNAVFHETLRLHSPVPVLPPRFVHDD TTLAGYDIAAGTQMMINVYACHMDEKVWESPGEWSPERFLGEGFEVADRYKTMAFGAG RRTCAGSLQAMNIACVAVARLVQELEWRLREGDGDKEDTMQFTALKLDPLHVHLKPRG RM</aaseq> |
| Gene Sequence |
<dnaseqindica>6484..6995#5969..6137#5629..5883#5334..5474#5075..5233#3565..3725#1..136#atggagtcgatgctcgtagccggagcgggcgcggcggcggtggcggccgtcgggggcctcgtcgcggcggccgcgctcgccgacaagctcgtcgcggcgccgccgccgcgcaagaaccgcgccaacccgcctccaggtaattaattaatccagctcgccgtgttcgtttcgatcgatcaaatgatcttctccaattggtttgatcctcactgctgctgtgtctcggtgttcgtcgtactctctccattgattgatctctgttggagatggcagtgtatgtggttagtttgttcgtcggaaaatatgtcgaattttctctgtttcagctagtgcgtaagctttttttttttgatggaatggtaatttctggtgtcgcaacaattagaaatgagcatgaatgatcagtttggcgtagataacaggatttgagctataacagcactcacggctgcgacagcacacctattgtgcacaaacaagtactccgccgttctaaaacataagtattttttttacatgtacacgatctccgagatgatactttaatcaacaatatctacaaaagtaaaatgtcttaaataaaaagagttgcatattatgatagttcgtttaatgataaatataataaaattaaatttacatgattaatcttttttaaaaagtttgacttagcactgttctaaaaatgcttatattttgggacagagggagtaatataaatggaggaggtggttagtggttttggcagatgtaaatatagtataattgtagtgtaattacattgtaacttacatataactacgatataaatttgaaccgttcgatttgctttaaaattcgcaagggatgtaggaaaaaatcacaacccactcacatgtgaggcgattcagtaccattacctccgttttcacataagtagcacatcacctagggatttttgaaaattacatactccctccgagctgatgatattagtcgctttaaataaggataaaatcaaaccttaaaatctttgactataaataatttctaaaatatttatcttaaaaaatgaaaaccatatatatatatatatatatatatatatatatatattagtcttaaaaagtacttcaataaaatcatatatttgttgatatttctatatatattataatagaaaatagttatcaaagctactctttggagactgtgcccttgtccaaaacgacaaatattattaacctggagggagtacaagttaaactatagttacatgtaagttacgttgtaattacatcacggtatttacacctatcaaattttttagcgaaaatttaacgacaaatgtatagctaatcccttaattttgatatattgcttgaaaatcgaattttccgaacagcaatttgtcgcgatggaccatataggaattaaagtggataatccaaatccactagattttattgaaactatatatcctaatcctaatactaatccgttggattttgaaaaaatacttaccatatctccgttcgattggattcagaacggatcagattgaaaagtgttaaatcatttttcatccttttttttttgagaaatcctttttttttctgtagtcctcggttcagttttgactgaatgtctgaaagggatgttgtttaattaacttgaaacagttcaaaattacaagcattcatgtctctgtcagttgaagtagccttctccttctcttctatatgttcgtcagactacttcagaaagtaggtacttcctctagtcacgaatatgttactgagaggctataactaaaaacacagtacctctgatttgtaatagataatgcccttaacatttgaaaatatgtttactcatccatcttatttatagaatttatataattattatttattttttgagttattttattattagaaatattttaagcataattcatatcttattcacttacccaaaatttttaaataagacgaatagtcaaacgtgtatcaaaaattaactgagccggagagaggatatctgaaactatgaaaagaggagcaattaaccatttcttccttaatccgcctgcatgcaacttgaaatcacaaaagcaaactcaagtcaatgccatggggaaaatttacagtagcccctgcttgcaggtaccaaaagaaaattgatcaatttcatgcaggtgtgaccaaagtactggattccaggcatagcacaagaacattccacggaagtaccacagcaaactcaatcaatcgttttacttggtccaaaagaattaagaaaactgtgcacctcttaacccattctaatgatgaggatccatttcctaattaaaggactttgttgtcaatcaattagactatattaataaagatgagccatttattttatcttttttttttttgaaaaatgttgaccagagaagagaaacatcccaaaggcattgccatcttacctgtatacggactctgttgccaccgttcttaaaaacttttaaaatgattttcattttctacggaaaagagtattaatgtagaatagtaaaaaaaatcattatcagtatttccgacggtggcggggagttatataatatatatttatgatgaattgtattcccctgcttttgttgaaacaaagtgttctttcaatatctcattcactattcatttgacttatatggattttaaaaataggcaatttatatgccataccgttatccattctgagcatggactaaatatttagaacgtaaattttgaacagactaaccttttagtgtgccggaactattaaaaaaaattaaagacttttattaatccataaaatatgtccgaaaatgtgttcttcagtttgttttcttctggttaagtatgcactggttctagttggcacatgtataatagttgtgattgcatatctattttgctgattaagagtaaacaaatggaaataactttctttgagttacgctttcagttaagattgttttgaaattattaatgtgcaaaatgaaagtagttattatagatcctttcagatatgtctatttcgatgagccactagtgcctgtgttgaaaatgcaaattattctagacaaattttgctagaggactttgtgacttcgtgattttagctgtatgacactgcacgaagtaactttgggggacaacactctataaacgtgaaaattgactcgtcgacaccgcttctattagaatattcattccaggttgaatatgagagtgaaatcatgtgaaagttctgaaatgcctctgagcctacatgtgaggtctaccatctctctatcactggccaaaatttcatcagatatttttagcttatttgattgtgtttactccatctgtccatcatctatccatgtacatagctagcattcttactgaaaaatgacccaataaaaggaaatatagaacctgtacatgttaaattacttgcttgaatgtttggtgttttcatttatgcagagacgaattaccaaaaacaaattaatttcagtccactacaagagctttagtaataacatcgttagttattgtaatgcagctgttcctggtttacccattattggaaatctgcatcaattgaaagaaaagaagcctcatcagacgtttgcaaaatggtctgaaacttatggaccaatctacactataaagaccggagcttctccagtggttgtgctcaattcaactgaagtagccaaggaggtatgcaagttgtcctttttcagcatttttttgttacctgttaatgttttcattttctttccgactacccaaattggtgtccccatatactctccactcttttacccacacttttcattcactgatatcctggactagcaccacaatttgctcgagctaagggtgctggtggtccatctttgttaggaaataaaataaaattatcatgactgttgcatcaagcaatgcatgtattcttacataattgtaactctggtgaccgcatactgttataaaatcaacctatccgacattacaactccaagtcttaaattataaccgactttatacacatattcgacacaaactctaacaaataaagtaataactaattcaatagaaacaaacatagacttatatggttcaaaatttaatcttagttttccccttttttttcaaaattttcacttaatctatctttagactcttttgaatttctattcaaacagataaaactctgaagagcaaggaattcaaaagagtacaaatatgtgatgtttttttttttaaaaaagatgaattcaaactgatgaaatttagaataaataggcaaggtttcagattgatcaactcgaaaaaaattgctctaaaatgctaaaacacgaatgaaggggtagttaaggacaaggaagcacacgtggttacagttgtaccattgtttttacgcttttcaaattatccttacacatgcaaaatagaggtgcttttagtatgatgtgtatgtaaattgcatggttttgacaatttcaaatgctatcctatccggttacttagtttacagttgatttttttacttgtgcaaaagtttagaattgtaagtggacatttctcttgataaattaaatgtgaatatcataattacaattaattcagatcagaaatgaaattaacctacaacatgaactctagagctaatatgatattattttttgtttctcttttttcgtggaggtaaaactgtaaacgctttggttcatgcaattgtgctatgatgttggcttctagttcatgacatgggtcctatgatgtttgatatgttttatcttccttattattcttggcttcaaggttgacatgtttgtatatgtttgtgcaaataccttgtttggaaagaaaataaaggcaatgtaaggaataacatcccaaagacttgaactctgtttgatcttcaatatatctaagtcttcaaaaaagaacttttatactacttttttcttactcttgcatagttacatatactcaataatgataatctcatattaattggtctgtaaataacaaaaacacatattctgtactactttttccaggcgatgattgacaaattctcatccatatctactcgaaagctaccaaaagcaatgtctgtgctaactcgtaaaagtatggtcgcaatcagcgactacggtgactaccaaaagatggcgaagcgtaatattatgattggcatgttaggttttaatgcacaggtacaaatctcagcaaaatttaaattcaatagtggattttgggtaccattagcactcagttaattgagctctaacaatgaaatgcttgcataaatttcagaaacagtttcgcggtacaagagagaggatgatcagtaacgtgttaagcactttgcataagttggtttctcttgacccacattcccctctgaacttcagggatgtttacattaatgagctgttcagcttgtccttgatccaggtttgtattacctctgaacttgaactctccagtggtccgtttgttacttccaatacctgtcatgattgttatgaacttataattgttgcaatttcgtagttactaggactgatcttgattgttatgaacttatatatatttgttacaatttcagagtttaggtgaggatgtgagttcagtttatgtggaagagtttgggagggagatatccaaggacgaaatctttgatgtccttgtgcatgagatgatgatgtgtgcagttgaggctgactggagggactacttcccctacctcagctggcttccaaacaagagcttcgacacaattgtgtctactacagaattcagacgagatgctatcatgaatgcattgatcaagaagcagaaggagaggattgcacgcggagaggtgacacaaaacttctattcgtatccaaaaataactttttttttctgcagatcatctgaactgaactgtaacgtattgcatgcaggcaagggcatcctacattgacttcttgctggaagctgagaggagtgcacagctgacagatgaccaactgatgctgctgctgtcggagtccatcctggctgcagctgatactgtcctggtgaccaccgaatggaccatgtatgagattgccaagaaccctgacaaacaggcaagaaattaactgatactacctccagttttattttttggtttcggacaacacatgttttagcatgttttctttgtaacttgtcgtaaacgtcaattaattttgtccggagggagtactttcaattatcttttgtatatactctttcttgtattgtattgtgatcctctgacataactttctcttgatatggtcattgacatgtcagcgatcatgtctctataactttacgagaaagaaagtcagaggatctcaatccctctttctttcaaatgcatttcagcattttgttgccaaccaaactaataaacaattgattgtttcttgttcttggcacatcgatcaggagctactctaccaagagatccgagaggcgtgcggcggcgaggcggtgaccgaggacgacttgccgcggctgccgtacctcaacgccgtgttccacgagacgctgcggctgcactccccggtgccggtgctgcccccgaggttcgtccacgacgacaccacgctcgccggctacgacatcgcggcgggcacccagatgatgatcaacgtgtacgcgtgccacatggacgagaaggtgtgggagtcgccgggggagtggtcgccggagaggttcctcggcgaggggttcgaggtggcggacaggtacaagacgatggcgttcggcgccgggaggaggacctgcgcggggagcctgcaggcgatgaacatcgcgtgcgtcgccgtggcgcgcctcgtgcaggagctcgagtggaggctgagggagggcgacggggacaaggaggacaccatgcagttcaccgccttgaagcttgacccgctgcatgtccacctcaagcccagaggaaggatgtga</dnaseqindica> |
| External Link(s) |
- ↑ Cite error: Invalid
<ref>tag; no text was provided for refs namedref2
