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Xis diffusion
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(Created page with "One possible idea for a very small protein diffusion is to make the Xis excisase protein diffuse through the nanotubes. The system can be sum up with the following scheme: [[Fil...") |
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| - | One possible idea for a very small protein 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: |
| - | [[File:Xis_diffusion_principle.jpg]] | + | [[File:Xis_diffusion_principle.jpg|thumb|center|upright=3.0|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. | 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. | ||
Revision as of 14:47, 6 July 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:
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.
