Team:SEU O China

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<div  style=" position: relative;top:-870px; left:270px;width:600px; "><h1 align="center">Team description</h1>
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<div  style=" position: absolute;top:200px; left:870px;font-size:16px">Contact Us</div>
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<div  style=" position: absolute;top:395px; left:450px;width:500px;color:gray;font-size:15px">
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<p>Our team, SEU_Omega aims to execute a synthetic biology project<br/>
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based on colony of bacteria.</p>
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<p>An initial idea concerns the control of the pattern of colony, which would be in the shape of a pentagram. Light sensing would be used as a switch to manipulate the differentiation of cells and the quorum sensing system of AHL would govern the holistic pattern with antisense RNA effecting the division rate.</p>
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<p>Further cellular differentiation would automatically lead<br/>
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aggregating cells with separated division rates and<br/>
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similar phenotype into specific patterns.</p>
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<p>Available applications may include<br/>
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bacterial quantitive biosensor,<br/>
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logical gates, and<br/>
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so on.</p>
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</div>
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<p>Our team,SEU_Omega aims to execute a synthetic biology project based on colony of bacteria.</p>
 
-
<p>An initial idea concerns the control of the pattern of colony,which would be in the shape of a pentagram.Light sensing would be used as a switch to manipulate the differentiation of cells and the qurum sensing system of AHL would govern the holistic pattern with antisense RNA effecting the division rate.</p>
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<div  style=" position: absolute;top:1000px; left:140px;width:500px;color:gray;font-size:15px">
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<p>　　　　　　　　　　In our project, we tried<br/>
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　　　　　　to build a biobrick building by combining<br/>
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　　 Project Design, Modeling and Experiment together. <br/>
 +
Simulating and confirming the scheme using mathematical<br/>
 +
　models, estimating modeling parameters with experiments,<br/>
 +
　　adjusting the experiment plan according to the result of<br/>
 +
　　　 models, we hope to construct a biology system with such<br/>
 +
　　　　an engineering method.</p>
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</div>
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<p>Further cellur differentiation would automatically lead  aggregating cells with separated division rates and similar phenotype
 
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into percific patterns.</p>
 
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<p>Available applications may include bacterial quantitive biosensor,logical gates,cellur automata and so on.</p>
 
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Latest revision as of 16:15, 26 September 2012

header1
Contact Us

Our team, SEU_Omega aims to execute a synthetic biology project
based on colony of bacteria.

An initial idea concerns the control of the pattern of colony, which would be in the shape of a pentagram. Light sensing would be used as a switch to manipulate the differentiation of cells and the quorum sensing system of AHL would govern the holistic pattern with antisense RNA effecting the division rate.

Further cellular differentiation would automatically lead
aggregating cells with separated division rates and
similar phenotype into specific patterns.

Available applications may include
bacterial quantitive biosensor,
logical gates, and
so on.

　　　　　　　　　　In our project, we tried
　　　　　　to build a biobrick building by combining
　　 Project Design, Modeling and Experiment together.
Simulating and confirming the scheme using mathematical
　models, estimating modeling parameters with experiments,
　　adjusting the experiment plan according to the result of
　　　 models, we hope to construct a biology system with such
　　　　an engineering method.











































































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