Difference between revisions of "Os12g0622500"

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*'''Spo11''' is essential for initiating meiotic recombination and this function appears conserved among other eukaryotes.  
 
*'''Spo11''' is essential for initiating meiotic recombination and this function appears conserved among other eukaryotes.  
 
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===Expression===
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===Mutant===
 
*'''OsSpo11-4''' exhibited double-strand DNA cleavage activity and its enzymatic activity appears dependent on Mg2+ and independent of OsTopVIB, despite its interaction with OsTopVIB. We further analyzed the biological function of OsSpo11-4 by RNA interference and found that down-regulated expression of OsSpo11-4 led to defects in male meiosis, indicating '''OsSpo11-4''' is required for meiosis.
 
*'''OsSpo11-4''' exhibited double-strand DNA cleavage activity and its enzymatic activity appears dependent on Mg2+ and independent of OsTopVIB, despite its interaction with OsTopVIB. We further analyzed the biological function of OsSpo11-4 by RNA interference and found that down-regulated expression of OsSpo11-4 led to defects in male meiosis, indicating '''OsSpo11-4''' is required for meiosis.
 
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Revision as of 11:28, 13 December 2016

The rice Os12g0622500 was reported as OsSpo11-4 in 2011 [1] by researchers from the China.

Annotated Information

Gene Symbol

  • Os12g0622500 <=> OsSpo11-4


Function

  • Spo11 is essential for initiating meiotic recombination and this function appears conserved among other eukaryotes.


Mutant

  • OsSpo11-4 exhibited double-strand DNA cleavage activity and its enzymatic activity appears dependent on Mg2+ and independent of OsTopVIB, despite its interaction with OsTopVIB. We further analyzed the biological function of OsSpo11-4 by RNA interference and found that down-regulated expression of OsSpo11-4 led to defects in male meiosis, indicating OsSpo11-4 is required for meiosis.


Labs working on this gene

  • Chinese Ministry of Science and Technology
  • Natural Science Fundation of China


References

  1. OsSpo11-4, a Rice Homologue of the Archaeal TopVIA Protein, Mediates Double-Strand DNA Cleavage and Interacts with OsTopVIB


Structured Information