10/29/2018
We gave our presentation on our summer research project and won a silver medal!! Thank you Igem Headquarters for this wonderful opportunity.
Research Project Overview:
Our project aims to reduce Nebraska’s methane emissions by genetically engineering E. coli and testing it in ruminal fluid. coli.
Boston, MA
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Research Project Overview: Our project aims to produce a more effective bait for Emerald Ash Borer (EAB) traps by genetically engineering E. coli to biosynthesize 7-epi-sesquithujene. The EAB is an invasive species that first appeared in the United States in 2002. It has since spread to 34 states, including Nebraska. Any infested ash tree that is left untreated will die. Current EAB detection traps are baited with (Z)-3-hexenol, which is a green leaf volatile found in ash trees. This bait has been observed to be ineffective, but the bark sesquiterpenes that research has shown to be more effective are commercially unavailable. Our goal is to biosynthesize and purify 7-epi-sesquithujene, the most antenally active bark sesquiterpene to the EAB, so that it can be used in detection traps. By improving early detection of new EAB infestations, we hope to help Nebraska’s communities take care of their ash trees and limit the spread of EAB.