Tianjin/FLIP-FLOP/Model2

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< Tianjin | FLIP-FLOP(Difference between revisions)
 
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Supposing that the degradation rate of AHL increases to three times faster than the original one,  
Supposing that the degradation rate of AHL increases to three times faster than the original one,  
we simulate the changing tendency of contents of various parameters on our computer. The output
we simulate the changing tendency of contents of various parameters on our computer. The output
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GFP. But with the ceasing of IPTG, AHL are decomposed in a very short time leaving little AHL to bind LuxR protein and only a low peak of GFP could
GFP. But with the ceasing of IPTG, AHL are decomposed in a very short time leaving little AHL to bind LuxR protein and only a low peak of GFP could
be observed as the left graph displays.
be observed as the left graph displays.
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<table width="99%" cellpadding="0" cellspacing="10" style="padding: 10px; background-color: #FFFF99">
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[[Image:TJUMODELFF201.jpg|TJUMODELFF201.jpg|400px]]
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[[Image:TJUMODELFF202.jpg|TJUMODELFF202.jpg|400px]]<br>
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<td><center>[[Image:TJUMODELFF201.jpg|TJUMODELFF201.jpg|400px]]</center></td>
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<td><center>[[Image:TJUMODELFF202.jpg|TJUMODELFF202.jpg|400px]]</center></td>
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Latest revision as of 19:10, 26 October 2007

Supposing that the degradation rate of AHL increases to three times faster than the original one, we simulate the changing tendency of contents of various parameters on our computer. The output signal would only appear when the input signal switches from 0 to 1. The reason is that with the addition of IPTG, AHL are produced very quickly which bind to undegraded LuxR protein to initialize the production of GFP. But with the ceasing of IPTG, AHL are decomposed in a very short time leaving little AHL to bind LuxR protein and only a low peak of GFP could be observed as the left graph displays.

TJUMODELFF201.jpg
TJUMODELFF202.jpg