From 2007.igem.org
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| - | Duke's iGEM team:
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| - | Friendlier than they might appear
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| - | Project title: '''Engineering novel inputs for control of bacterial systems
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| - | Description: This year, the Duke GEM team is interested in tackling problems
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| - | associated with engineering bacterial systems to be easily controllable by
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| - | clean, macroscopic inputs in order to create useful, macroscopic products, an
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| - | essential step in bringing synthetic biology out of the lab and into the
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| - | public. While electronic and photonic systems are extremely well-behaved and
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| - | understood, previous experience at iGEM has shown that biological systems can
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| - | be unwieldy, at best; this summer we are engineering parts and systems to
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| - | integrate electronic and photonic systems into genetically engineered ones for
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| - | a greater bacterial ability to synchronize, communicate, and be regulated.
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| - | Meanwhile, we are attempting to use these new elements to attenuate the precise
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| - | protein manufacture of tunable co-polymeric plastics with exciting new
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| - | properties.
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| - | [http://igem.bme.duke.edu/ Link to external wiki]</html>
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Revision as of 21:49, 26 October 2007
Untitled Document
