Os02g0731200 - Revision history

Xysj2012: /* Structured Information */

2015-05-14T05:56:58Z

‎Structured Information

2014-06-05T08:29:01Z

‎Function

2014-06-05T08:21:03Z

‎Evolution

2014-06-05T08:20:15Z

‎Evolution

2014-06-05T08:09:57Z

‎Evolution

2014-06-05T08:02:38Z

‎Function

2014-06-05T08:02:11Z

‎Function

2014-06-05T08:01:14Z

‎Evolution

2014-06-05T07:59:39Z

‎Evolution

2014-06-05T07:58:44Z

‎Function

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 ==Structured Information==
 [[Category:Genes]]
 [[Category:Japonica mRNA]]

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 Transcription factors of the MADS-domain family are highly conserved among fungi, animals and plants. In plants, MADS-box family are key regulators of flowering, floral organ identity and development, embryogenesis and meristem differentiation. In rice, most genes of MADS-box family are involved in reproductive growth, whereas AGL17-like clade genes may have a unique function in vegetative development.
-OsMADS57 is one of AGL17-like clade genes. This gene play a important role in the differentiation of axillary buds. The osmads57-1 mutant has increased number of tillers. D14 that functions in strigolactone(SL) sigalling to control tillering is a direct target gene of OsMADS57. OsMADS57 is negatively regulated by OsmiR444a, and OsMADS57 subsequently repress expression of its target genes, thereby affecting tillering. OsMADS57 could interacted directly with OsTB1, and this interaction could partially the relieve the inhibitory effect of OsMADS57 on D14 transcription <ref name="ref1" />.
+OsMADS57 is one of AGL17-like clade genes. This gene play a important role in the differentiation of axillary buds. The osmads57-1 mutant has increased number of tillers. D14 that functions in strigolactone(SL) sigalling to control tillering is a direct target gene of OsMADS57. MADS57 targeted D14 CArG boxes．
 In a word, in rice, miR444a, MADS57, D14 and TB1 form a regulatory network to control tillering.

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 [[File:MADS57-2.jpg|below|thumb|250px|'''Figure 2.'''''Phylogenetic tree of AGAMOUS-like17 genes. (from reference <ref name="ref1" />).'']]
-This gene shows 56% identity to AGL17 in A.thaliana. This gene shows 63% identity to OsMADS27 and 65% identity to OsMADS61<ref name="ref3" />.　OsMADS57 has high similarity with TaWM32A，TaWM32B and TaAGL17<ref name="ref1" />.
+This gene shows 56% identity to AGL17 in A.thaliana. This gene shows 63% identity to OsMADS27 and 65% identity to OsMADS61<ref name="ref3" />.　OsMADS57 has high similarity with TaWM32A,TaWM32B and TaAGL17<ref name="ref1" />.
 ===Mutation===

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 [[File:MADS57-2.jpg|below|thumb|250px|'''Figure 2.'''''Phylogenetic tree of AGAMOUS-like17 genes. (from reference <ref name="ref1" />).'']]
-This gene shows 56% identity to AGL17 in A.thaliana. This gene shows 63% identity to OsMADS27 and 65% identity to OsMADS61<ref name="ref3" />.
+This gene shows 56% identity to AGL17 in A.thaliana. This gene shows 63% identity to OsMADS27 and 65% identity to OsMADS61<ref name="ref3" />.　OsMADS57 has high similarity with TaWM32A，TaWM32B and TaAGL17<ref name="ref1" />.
 ===Mutation===

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 ===Evolution===
-[[File:MADS57-2.jpg|below|thumb|200px|'''Figure 2.'''''Phylogenetic tree of AGAMOUS-like17 genes. (from reference <ref name="ref1" />).'']]
+[[File:MADS57-2.jpg|below|thumb|250px|'''Figure 2.'''''Phylogenetic tree of AGAMOUS-like17 genes. (from reference <ref name="ref1" />).'']]
 This gene shows 56% identity to AGL17 in A.thaliana. This gene shows 63% identity to OsMADS27 and 65% identity to OsMADS61<ref name="ref3" />.
 ===Mutation===

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 ==Annotated Information==
 ===Function===
-[[File:MADS57.jpg|right|thumb|250px|'''Figure 1.'''''OsMADS57 interaction with OsTB1 (from reference <ref name="ref1" />).'']]
+[[File:MADS57.jpg|right|thumb|300px|'''Figure 1.'''''OsMADS57 interaction with OsTB1 (from reference <ref name="ref1" />).'']]
 The MADS-box genes constitute a large gene family named after a few of its earliest members: MCM1 (from yeast),AGAMOUS(from Arabidopsis), DEFICIENS(from A. majus)and SRF (from Homo sapiens). The gene family can be divided into two main lineages,referred to as type I and type II, both of which are present in plants, animals and fungi. All members of the family possess the 180-nucleotide long (on average) MADS box, which encodes the domain of the transcription factors that is responsible for nuclear localization, DNA binding, dimerization and accessory factor binding<ref name="ref2" />.