Team:USTC-China

From 2011.igem.org

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                       </html> [[File:Results12.jpg|170px|center]]<html>We have successfully constructed a novel system in which bacterial colonies will automatically divide into two parts after certain time. We have successfully assembled riboswitches finely tuned by small molecules and toggle switches pushed on and off while memorizing current state.</div>
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Revision as of 17:48, 28 October 2011
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Built a complex system composed of basic biobricks in which remarkable control of bacteria movement can be realized.

  1. successfully built biobricks of vital gene in chemotaxis and compatible riboswitch for theophylline.


  • We have contributed to modulating existing biobrick and take advantage of its flexible ratio in our project.


  • We have developed innovative application of our basic design.


Visitors

Project
+ Details

Results12.jpg
Construct a novel system in which bacterial colonies will automatically divide into two parts after certain time.And assembled riboswitches finely tuned by small molecules and toggle switches pushed on and off while memorizing current state.

Modeling
+ Details

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Here we present modeling of our system in order to verify our design and help constructing new systems. Besides we have detailed analysis of riboswitches invovled in our system.You can also find it under Dry Lab

Team
+ Details

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We are USTC-IGEMers from variant departments and grades and build our project together. We have a happy summer together and would like to share it~

Human Practice+ Details

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In our project, we have always been focusing biosafety and issued our own Biosafety Three Laws. Furthermor, we found speacail groups and conduct surveys and open days to get people informed of synthetic biology.

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