Team:Vanderbilt MF

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'''''E. Chrono'''''<br>          <I-- note: when want to break to the next line (equivalent to pressing the enter key) type in that br command-->  
'''''E. Chrono'''''<br>          <I-- note: when want to break to the next line (equivalent to pressing the enter key) type in that br command-->  
'''''E. chrono''''' attempts to merge synthetic biology and microfluidics into a novel hybrid system. The goal of E. chrono is to leverage quorum sensing in ''Escherichia coli'' to produce a microfluidic based fluorescent watch.  
'''''E. chrono''''' attempts to merge synthetic biology and microfluidics into a novel hybrid system. The goal of E. chrono is to leverage quorum sensing in ''Escherichia coli'' to produce a microfluidic based fluorescent watch.  
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The E. chrono project focused on 3 major goals<br>
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<br>
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1)Learn the microfluidic device design process and select a software platform capable of rapid design<br>
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2)Develop a cheap and efficient means for rapid prototyping of microfluidic devices<br>
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3)Fabricate and test microfluidic designs<br>
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<br>
Additionally, E. chrono sought to produce a cheap and efficient methodology for the rapid fabrication and prototyping of microfluidic devices. It is our hope that the designs and methods implemented in our project can be utilized in future competitions by other iGEM teams.  
Additionally, E. chrono sought to produce a cheap and efficient methodology for the rapid fabrication and prototyping of microfluidic devices. It is our hope that the designs and methods implemented in our project can be utilized in future competitions by other iGEM teams.  
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Revision as of 19:22, 16 October 2014

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'''''E. Chrono'''''
'''''E. chrono''''' attempts to merge synthetic biology and microfluidics into a novel hybrid system. The goal of E. chrono is to leverage quorum sensing in ''Escherichia coli'' to produce a microfluidic based fluorescent watch. The E. chrono project focused on 3 major goals

1)Learn the microfluidic device design process and select a software platform capable of rapid design
2)Develop a cheap and efficient means for rapid prototyping of microfluidic devices
3)Fabricate and test microfluidic designs

Additionally, E. chrono sought to produce a cheap and efficient methodology for the rapid fabrication and prototyping of microfluidic devices. It is our hope that the designs and methods implemented in our project can be utilized in future competitions by other iGEM teams.

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