Difference between revisions of "Regulatory network of the shade avoidance"

 
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<newstitle> Adaptive hormonal signalling for the plant shade avoidance response  </newstitle>     
 
<newstitle> Adaptive hormonal signalling for the plant shade avoidance response  </newstitle>     
 
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In a joint work with the lab of Christian Fankhauser at CIG, UNIL, we showed that plants adapt their hormonal signal to the availability of resource when avoiding shade. If resources are scarce, the signal is weaker but the sensitivity is enhanced but when the signal is abundant, a stronger and more robust signal is produced. Our study thus suggests that the plant optimizes a cost-to robustness trade-off. It has just been published in <a href="http://www.pnas.org/content/early/2014/04/11/1320355111.abstract" target="_blank">PNAS</a>
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In a joint work with the lab of Christian Fankhauser at CIG, UNIL, we showed that plants adapt their hormonal signal to the availability of resources when avoiding shade. If resources are scarce, the signal is weaker but the sensitivity is enhanced but when the signal is abundant, a stronger and more robust signal is produced. Our study, which thus suggests that the plant optimizes a signal cost-to-robustness trade-off, has just been published in <a href="http://www.pnas.org/content/early/2014/04/11/1320355111.abstract" target="_blank">PNAS</a>
  
  

Revision as of 12:45, 15 April 2014



When perceiving neighboring plants, Arabidopsis seedlings send an hormonal si Using Arabidopsis seedlings, we show that when plant are shaded by other plants, they send a weaker