Difference between revisions of "Bio-Math Connections January - May 2010"

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(→‎Idea #6)
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== Idea #6 ==
 
== Idea #6 ==
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Bio-sensors can be used to detect toxins in the air, water and on surfaces.  Our idea is to use E. coli to monitor toxin levels in the air.  The possible applications of this include counter-bioterrorism, pollution monitoring, and general detection of the chemical content of the air we breathe.  This could also provide insight into the relationship between pollution and global warming.
 
  
 
== Idea #7 ==
 
== Idea #7 ==

Revision as of 20:32, 26 March 2010

Write in which project you will present, your name, and which campus you represent. For example:

  • MOWestern/Davidson 2009 project:: Malcolm Campbell:: Davidson
  • Cambridge 2009 project:: Michael Rydberg, Nitya Rao, Erin Feeney:: Davidson
  • U.C. Berkeley 2009 project:: Anvi Raina, Steph Meador, Linda Kleist:: Davidson
  • S.J.T.U. Shanghai 2009 project:: Yihharn Hwang, Stephen Streb, Shashank Suresh:: Davidson
  • Stanford 2009 project:: Kris Hendershot, Garrett Smith, Tom Shuman:: Davidson
  • NCTU Formosa/WetLab 2009 project:: Clif Davis:: Missouri Western
  • Paris 2009 project:: Michel Conn:: Missouri Western
  • UCSF 2009 project:: Stacey Holle:: Missouri Western
  • Lausanne Switzerland:: Erin Feeney:: Davidson

Summer 2010 Brain Storming

MWSU will populate the odd numbered ideas and DC will populate the even numbered ideas. Only work on your idea number page and not the entire page to facilitate multiple people working at a given time.

Idea #1

This is idea number one...

Idea #2

Idea #3

Idea #4

Idea #5

Idea #6

Idea #7

Idea #8

Idea #9

Idea #10

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