Team:Paris Bettencourt/Xis diffusion

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One possible idea for a very small protein (80 aa) diffusion is to make the Xis excisase protein diffuse through the nanotubes. The system can be sum up with the following scheme:
One possible idea for a very small protein (80 aa) diffusion is to make the Xis excisase protein diffuse through the nanotubes. The system can be sum up with the following scheme:
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The problem of this design is the stoechasticity of the excision process. The process may occurs with a low probability wich will end up with a large discrepency in the excision time obtained, independantly of the diffusion of the molecule through the nanotubes.
The problem of this design is the stoechasticity of the excision process. The process may occurs with a low probability wich will end up with a large discrepency in the excision time obtained, independantly of the diffusion of the molecule through the nanotubes.
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Latest revision as of 14:13, 18 September 2011

Team IGEM Paris 2011



One possible idea for a very small protein (80 aa) diffusion is to make the Xis excisase protein diffuse through the nanotubes. The system can be sum up with the following scheme:

General scheme of the design

The problem of this design is the stoechasticity of the excision process. The process may occurs with a low probability wich will end up with a large discrepency in the excision time obtained, independantly of the diffusion of the molecule through the nanotubes.