Os03g0215400
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Contents
Annotated Information
Function
MADS1，belongs to MADS box transcription factors,and mediate floral development in association with other regulators.LEAFY HULL STERILE1/OsMADS1 is required for specifying a single floret on the spikelet meristem and for floret organ development, but its downstream mechanisms are unknown. OsMADS1 is expressed in FMs, functions during FM(floral meristem) establishment and floret organ patterning, and contributes to meristem termination. OsMADS1 has global effects on transcriptional networks and hormonal signaling pathways. It also participates in modulating the expression of various shoot meristem and FM transcription factors and of auxin- and cytokinin-mediated signaling events. We find that some directly regulated transcription factors and signaling targets of OsMADS1 are distinct from those of Arabidopsis SEP3[1].
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1、OsMADS1, OsMADS6, and OsMADS15/DEP together control FM specification, yet they have unequal roles during organ differentiation, as suggested by differences in their expression domains concomitant with the emergence of lateral organs[2].
2、OsMADS1 function in promoting the spikelet-to-floret transition by directly reducing OsMADS34 expression levels in the young spikelet. OsMADS34 is suggested to act temporally earlier than OsMADS1.In developingpanicles, spikelets, and florets, these two genes have partly exclusive and some overlapping expression patterns[3].
3、OsMADS1 can promote the spikelet-to-floret transition by simultaneously activating positive regulators of FM fate (i.e.OsMADS55) and repressing spikelet meristem factors like OsMADS34.
4、OsMADS1 contributes to the maintenance of FM identity and its determinate development. Genetic and physical interactions of OsMADS1 suggest that in promoting FM identity, it acts in conjunction with a SEP sister clade (AGL6-like) member.
5、OsMADS1 has a direct role in positively regulating auxin signaling and response during floret development.
6、OsMADS1 complexes bind and directly modulate the expression status of genes for transcription factors and hormone signaling components to promote the formation of a single determinate fertile floret on a spikelet meristem.
7、OsMADS1 Directly Regulates Several Other Transcription Factors Implicated in FM Specification, Maintenance, and Determinacy.
Evolution
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Labs working on this gene
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References
- ↑ Khanday I, Yadav S R, Vijayraghavan U. Rice LHS1/OsMADS1 controls floret meristem specification by coordinated regulation of transcription factors and hormone signaling pathways[J]. Plant physiology, 2013, 161(4): 1970-1983.
- ↑ Cite error: Invalid
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Structured Information
| Gene Name |
Os03g0215400 |
|---|---|
| Description |
Box protein (MADS box protein MADS1) |
| Version |
NM_001055911.1 GI:115451550 GeneID:4332059 |
| Length |
8500 bp |
| Definition |
Oryza sativa Japonica Group Os03g0215400, 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 3:6080198..6088697 |
| Sequence Coding Region |
6080524..6080638,6081017..6081171,6081390..6081431,6081522..6081563,6081771..6081870 |
| Expression | |
| Genome Context |
<gbrowseImage1> name=NC_008396:6080198..6088697 source=RiceChromosome03 preset=GeneLocation </gbrowseImage1> |
| Gene Structure |
<gbrowseImage2> name=NC_008396:6080198..6088697 source=RiceChromosome03 preset=GeneLocation </gbrowseImage2> |
| Coding Sequence |
<cdnaseq>atggggagggggaaggtggagctgaagcggatcgagaacaagatcagccggcaggtgacgttcgccaagcgcaggaacggcctgctcaagaaggcctacgagctctccctcctctgcgacgccgaggtcgccctcatcatcttctccggccgcggccgcctcttcgagttctccagctcatcatgcatgtacaaaaccttggagaggtaccgcagctgcaactacaactcacaggatgcagcagctccagaaaacgaaattaattaccaagaatacctgaagctgaaaacaagagttgaatttcttcaaaccacacagagaaatattcttggtgaggatttgggcccactaagcatgaaggagctggagcagcttgagaaccagatagaagtatccctcaaacaaatcaggtcaagaaagaaccaagcactgcttgatcagctgtttgatctgaagagcaaggagcaacagctgcaagatctcaacaaagacttgaggaaaaagttacaggaaaccagtgcagagaatgtgctccatatgtcctggcaagatggtggtgggcacagcggttctagcactgttcttgctgatcagcctcatcaccatcagggtcttctccaccctcacccagatcagggtgaccattccctgcagattgggtatcatcaccctcatgctcaccatcaccaggcctacatggaccatctgagcaatgaagcagcagacatggttgctcatcaccccaatgaacacatcccatccggctggatatga</cdnaseq> |
| Protein Sequence |
<aaseq>MGRGKVELKRIENKISRQVTFAKRRNGLLKKAYELSLLCDAEVA LIIFSGRGRLFEFSSSSCMYKTLERYRSCNYNSQDAAAPENEINYQEYLKLKTRVEFL QTTQRNILGEDLGPLSMKELEQLENQIEVSLKQIRSRKNQALLDQLFDLKSKEQQLQD LNKDLRKKLQETSAENVLHMSWQDGGGHSGSSTVLADQPHHHQGLLHPHPDQGDHSLQ IGYHHPHAHHHQAYMDHLSNEAADMVAHHPNEHIPSGWI</aaseq> |
| Gene Sequence |
<dnaseqindica>8060..8174#7527..7681#7267..7308#7135..7176#6828..6927#6646..6707#5803..5875#88..272#aggtagccaaaccacaccaccataaagctagcttgcaaaggggatagagtagtagagagagagagagaggagaggaggaggaagaagatggggagggggaaggtggagctgaagcggatcgagaacaagatcagccggcaggtgacgttcgccaagcgcaggaacggcctgctcaagaaggcctacgagctctccctcctctgcgacgccgaggtcgccctcatcatcttctccggccgcggccgcctcttcgagttctccagctcatcatggtacgtatagcaccaaaccaacgccgccgccgccgccggcgtgcttgttccggcgcagcagcgcatcatcatcgatcgatctaagtctaataagataatcaattaaccctaactaaataaaatgataagaacagtatatatggttatgatcagtgaaacactcgtcgatctgagggaaaatccggtcgagatcgagggagtggggagacaaattgaactgcaggctagctaatttaatcgtgtcgatcgatttctagcttttgttgatctttatatatacgaacgcatgcactttcccctttgtttttttttcccttcgatctgcttggagctcatatgctatagatcttggggcatatgtatctgtcagctttcgagagcggctatgtccatcgatccctcttttttttctctttctttttgtagtatcagctgccatgcatatatcagatttcgttttcgcgtgcttttagtgcttcacttatctgttcgccatatctgatttcttctcatcctttgccgacgtcgtctgagcagtctgacctccaagatctggcgaaataaacctcaatcgttgctatttcttgccttgaatctgcataaacatgacaatagatccttctattttttttcttcaagacaagatcttgctgtttcttcccttgctatttttcattcaaagattcttcttttttttctaaaagaactatatatatatgaatcgagtttcatcttcatcgatctgtctctctccttttgttttctgtaaacacacacacgagcgtacgtatatatactctcatctctacttttatcaaaaagaaacacacatgttctagcttcagatcccaaaataatcaaacaggaaaatatatataatatgcaattagttcagatcccgaggtagatttcttgattatttccattttccaaagtgaggcgcgcgacaactcgacgcggttcctctttgcacacacacacagtataactgtacgcaaggggtaagaacaaaggagcaatcccttctgggttgctgcttgcttctcccatttttagctatttcagaatttcactttctgagactcatctctctctctctaccagctgcattatttcacttcccttttttcccatttctgcctattacacggatggcctctttgtggactcgtccaaattgaggcacggtagctggtgtcaaaatgaacctgcaggcccagcccggttatgtatatgtatagctatatagcttttcttgcaagaggtatatacactttgtagttttagccagtggtccagctagccatggatggatatattatacacacgtatatatagtacatgtatgtacgagtgttaattaaactcgtttagttaatttccaaagtccttttttattactacagctagcctgatctgtgttttagtgtgttactgttccattagttactgttctattgaagagagcgcgtacacgttgttgttttatttctctttttccgatccggtgttccttttttttttcttttggtcatcttcctcgagtcccgagcagtagaaatactactactgccctgcaaagcacacacatcaagtgatgtgtttttcttcagagcttcagacgtgtcatatcaagcaggtcagcacgcattacatgcaatataatactcctatatggacacgcagaactcactttgatcatgtgtgaccaagctggatgagccgttaatttgttgttgggacagggtattgaatcattaattgcggtttttcctctttttcctgtcttgttctactcagagaattgaacggtgaactgtataggcagagctagtcctgcatgcatcggttttctgaaattattaactatacacacacatgcacaattgctaaatctggtatacatgtcttgctgactcacatattcgttcctcctaattaaagcactcatttatttattttacacggttttcaatgatatactttaaatattaatttgtttgatgttatatttctatgaatatgaaattagcatcatatgaaaatactttaaaacaaatatagtgatataacatgcataatacttagcatatacttgtatgattagcatggtcattaatcaaaagttgccgagcttgaattttctaaaggacagggtgccttgtaatttgggacaaagaaccattggaaaacgaacacaaagaaactttcattacattaattatctgaaaaagaaagaaactttcattaacctcgtacagtaaatagaaaagaggaactatgcatgtataacgaaatagctaggatcacagcaattaattagttgttctctggctttacttttcttttggagtaactttaatttttctttggaggatgaagtagttaattatacaggtttccaattcttgtttggtagatccttttttatgttcctggaagagctactatatttttgtacttgagatggagctgaggtaccgttatctagctatgtcgcatctcaaggagttacgaattaacatatatcaccaatatcacaaaaatgctccatacaaaaagatcataaaaattcttgaatttgcttgctgtgtttttttactatatatgcttggaattaaaaaaatgactgaattaatcgtttgcaatctttaacggtgcgtgcagtaccaaattggaaaggtatccacttgttcaaacttaaaaatattttttttactgatattactctctaaaaaggtgcatgggaaatgctattggaactactagttttcgggacattataagaaaatgtatgcatatatatatatatatatggacttatgatatgggccagatacctatatatatagaagatatatgtgtgctactacctccattcaacaatacaagcatttgagccagttctggtcaaggatataaacatcctgcactattagcttgtacttgtcaaattaatgatctctaattcaaactttcttgctactttacccccaatcacccttcccaaccatcttaatctttgctaaacattctagaaatgcttattgttggatggaggaagtagctattaactactcctatagtttttttaactacctcatattaattttgtaatcctaataaatgcactatatatgcccacttttaccgtgtttccaaactggcatcaagctaaaatgaatgttaatttagtttccccataattttatgagaatcgcaaaattgtacctattttaaacaaatcaaagtcactgaacaaatgaacggaggttaattattatattcacctgatataggcagactaggttgggctaagagggacattaatttgggcatctaggttttgaaatgggagatatggagagtgaaccaaaaaaaaactgttagtgaattagtacatgatatatactagtattattagtgggaacctagagaaatgcaaagaatgttgcgcaaatcatcattttgtgtaaattaaaatgggatatacactatggggaactatagctgagtgtcaatccccaccttttgtttgtaattaaacatgtgtttatgctacaaattactccctccgtactcataaaggaagtcgtttaggacaatgtttaagtcaaaccttgggaatataaattatgaataactctcaagttgttgagtttgaaaatgtaaaaaatatatgaatagatttgtcttgaaaaatactttcataaaagtatacatatatcacttttcaataaatattttatagaaacaagaagtcaaaattgtgttttggagaccgtgtcactgtccaaaacgacttctttacgagtacggagggagtatgttctacatattggctaatattgttgaacccttcggatcaatcttagacacagtagccattttacccactgatgcagcaacccaattaggtatctactaattagcatcatagtgcaaatttgtacttttcaagtggaaaatagaaattatttgtcctcctttactttaatttcttgataatatgatatatgtaacataatttctctttgctcccaagcatataaaaaacttcaatttgatatgtccaaaaaatgtcatatatatagcatgtaatcctctgtggcaaacacgtttttttggctcaaattaagaagaggaaaaaatggtatatatgtataaacctaacaaaaatgccccaacaagaatagctttattttgtgaacaaggtcatatagaccagggaacaaaaaccctgtactgtgcttctattttgctatgcattttggataagtgattctacagaaatatgactatataggagatattctcaaatctgatcttttctattaattagcccatacgatatgaagacatatcttcctctgttctgattctatttgttgtgctaagatagtctacaggatttgctaggttgccacctgccgtcaacaaaattcagctcatcagattttgttatagttgctagcacagttatattatacgtatatctcttttgagaatatattattacagtccattgatttttcttgtagagtggaaaatattattgtgttttctaaccgtaggagttcatgtggtgttatttattttggataatgtggtgtatttttatgagaaatc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