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Team:USTC-China/Project
From 2011.igem.org
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| - | Self-organized Bacteria Overview | + | <h>Self-organized Bacteria Overview </h> |
So far we have been working on assembling 'self-organized bacteria' by creatively combining riboswitches finely tuned by small molecules and toggle switches pushed on and off while memorizing current state. By 3 weeks’ hard work, prelimilary goals have been successfully accomplished and reviewed to develop further research into bacteria’s self-organized movement through standardizing connecting parts for more small molecules and providing variable approaches for bacteria to be self-organized. | So far we have been working on assembling 'self-organized bacteria' by creatively combining riboswitches finely tuned by small molecules and toggle switches pushed on and off while memorizing current state. By 3 weeks’ hard work, prelimilary goals have been successfully accomplished and reviewed to develop further research into bacteria’s self-organized movement through standardizing connecting parts for more small molecules and providing variable approaches for bacteria to be self-organized. | ||
Except from experiment, members of our team have been working on a database for small molecules and corresponding genomic sequences and structures in guiding bacteria. Moreover, we are aiming at building detailed modles for bacteria’s self-organized movement | Except from experiment, members of our team have been working on a database for small molecules and corresponding genomic sequences and structures in guiding bacteria. Moreover, we are aiming at building detailed modles for bacteria’s self-organized movement | ||
Revision as of 04:34, 18 July 2011
Self-organized Bacteria Overview
So far we have been working on assembling 'self-organized bacteria' by creatively combining riboswitches finely tuned by small molecules and toggle switches pushed on and off while memorizing current state. By 3 weeks’ hard work, prelimilary goals have been successfully accomplished and reviewed to develop further research into bacteria’s self-organized movement through standardizing connecting parts for more small molecules and providing variable approaches for bacteria to be self-organized.
Except from experiment, members of our team have been working on a database for small molecules and corresponding genomic sequences and structures in guiding bacteria. Moreover, we are aiming at building detailed modles for bacteria’s self-organized movement
