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Team:Vanderbilt MF
From 2014.igem.org
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E. Chrono<br> | E. Chrono<br> | ||
Vanderbilt University Microfluidics</h2><br> <I-- note: when want to break to the next line (equivalent to pressing the enter key) type in that br command--> | Vanderbilt University Microfluidics</h2><br> <I-- note: when want to break to the next line (equivalent to pressing the enter key) type in that br command--> | ||
| + | <img src="https://static.igem.org/mediawiki/parts/a/aa/VU_MF_Device.JPG" align="right" width="500px"> | ||
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. | ||
The E. chrono project focused on 3 major goals<br> | The E. chrono project focused on 3 major goals<br> | ||
Latest revision as of 23:58, 17 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
