Team:LCG-UNAM-Mexico:WTM
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* <h2>Performance</h2> | * <h2>Performance</h2> | ||
- | <br>In this video | + | This is a single simulation of the performance of WTM, with this algorithm we can study the evolution and behavior of molecular species in time. For the purpose of our project we're particularly interested in the burst size (number of phages an infected cell could produce) in each infection process, with an ensemble of runs we can built burst size distributions(BSD) for WTM and KZM, and compare the performance of our synthetic kamikaze system at molecular and population levels. |
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+ | <br>In this video there are plotted two molecular species, ABproteins or Major head proteins, this protein is the main component of T7 procapsids, it is evident the upper limit of molecules at which a procapsid assembly occurs. Production of this protein grows faster at late stages when polycistronic mRNAs responsible for them become more and more abundant in the cell.<br> | ||
T7 plotted in red grows until it reach a burst size of about 250 phages at the end of the cycle/simulation (lysis time 12 minutes). | T7 plotted in red grows until it reach a burst size of about 250 phages at the end of the cycle/simulation (lysis time 12 minutes). | ||
<html> | <html> |
Revision as of 05:24, 18 October 2009