Biomolecular Breadboards:Models: Difference between revisions
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For linear DNA, GamS can be used to reduce the rate of degradation of DNA and increase the expression level (see [[Biomolecular Breadboards:Preliminary Data|preliminary data]] for more information). The figure below shows the results of a preliminary model that we are developing to capture the affects of gamS. | For linear DNA, GamS can be used to reduce the rate of degradation of DNA and increase the expression level (see [[Biomolecular Breadboards:Preliminary Data|preliminary data]] for more information). The figure below shows the results of a preliminary model that we are developing to capture the affects of gamS. | ||
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[[Image:gamS-protsynt81bis_05Sep12.png|400px]] | [[Image:gamS-protsynt81bis_05Sep12.png|400px]] | ||
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* Model files: [http://sourceforge.net/p/txtl/code/7/tree/trunk/models/txtl/protsynt81bis.m protsynt81bis.m], [http://sourceforge.net/p/txtl/code/7/tree/trunk/models/txtl/gamS_plot.m gamS_plot.m] | |||
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'''Figure 1. protein expression as a function of gamS concentration''' | |||
Revision as of 13:00, 5 September 2012
| Home | Protocols | DNA parts | Preliminary Data | Models | More Info |
This page contains information about models for simulation and analysis of biomolecular breadboard circuits.
Cell Free Expression Models
- TX-TL model library (via SourceForge)
GamS modeling
For linear DNA, GamS can be used to reduce the rate of degradation of DNA and increase the expression level (see preliminary data for more information). The figure below shows the results of a preliminary model that we are developing to capture the affects of gamS.
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Figure 1. protein expression as a function of gamS concentration
