IGEM:Harvard/2007/Brainstorming/: Difference between revisions
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Engineering ''E. coli'' to Resist Mutations | Engineering ''E. coli'' to Resist Mutations | ||
--The intention is prevention of evolution that would ruin biological parts; however, we recognize that directed evolution is a useful tool in 'discovering' potentially useful parts and mutations. | <br> --The intention is prevention of evolution that would ruin biological parts; however, we recognize that directed evolution is a useful tool in 'discovering' potentially useful parts and mutations. | ||
Cellulose to EtOH in Algae or other system | Cellulose to EtOH in Algae or other system | ||
Revision as of 16:25, 1 April 2007
Project Ideas 3/19/07
Brainstorming with Sammy, Alex, Shaunak, Stephanie, Mingming, Perry, and George. TFs and Advisors in attendance Nick, Mike, Harris, Tamara, George Church, Jagesh Shah, William Shih, and Alain Viel.
Biological Based Fuel Cells
Bacterial that Respond to (by fluorescence) or Degrade Plaque
Viruses as a Transfer Mechanism
Engineering E. coli to Resist Mutations
--The intention is prevention of evolution that would ruin biological parts; however, we recognize that directed evolution is a useful tool in 'discovering' potentially useful parts and mutations.
Cellulose to EtOH in Algae or other system
Fatty Acid Production and Degradation for Energy
Molecular Motors
Sequestration of Toxic Compounds by Bacteria (arsenic)
Bacterial Surface Expression
Vascular Tissues
Artificial Vascularization in Bacterial Biofilms
Bacterial Biosensors (Detection in the Environment) (Water Samples)
