Zamorano University Synthetic Biology Outreach Trip: Difference between revisions
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[[Image:Lake Yojoa Honduras.JPG|thumb|left|Lake Yojoa Honduras, contaminated with copper runoff]] | [[Image:Lake Yojoa Honduras.JPG|thumb|left|Lake Yojoa Honduras, contaminated with copper runoff]] | ||
[[Image:PRJ0044-2.eps|thumb|left|Copper biosensor design: high-copy plasmid with a tandem promoter setup using the rhamnose-activated promoter rhaP(BAD) followed by the copper activated CopA promoter. This setup functions as a combination of an AND and TRUE gate since copper alone WILL activate, but rhamnose alone will NOT. If both copper and rhamnose are added the signal output is higher than copper alone.]] | |||
[[Image:PRJ0044A.jpg|thumb|left|Copper biosensor responding to copper on right plate and no copper on left plate.]] | |||
[[Image:DSC_0244.JPG|thumb|left|A Group picture with several of the students at Zamorano and Professors Maria Mercedes Roca and Arie Sanders]] | [[Image:DSC_0244.JPG|thumb|left|A Group picture with several of the students at Zamorano and Professors Maria Mercedes Roca and Arie Sanders]] | ||
Revision as of 09:47, 25 May 2014
I traveled to Zamorano Pan-American Agricultural School in Honduras, Central America in June 2013 to teach a short Synthetic Biology class on design and testing of a copper biosensor in E.coli. The project was very appropriate to Honduras since several of their lakes are contaminated with copper runoff from fields due to the use of pesticides to fight coffee rust.
