Team:Carnegie Mellon/Superoxide
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<h1><center>Superoxide Generator Improvement</center> </h1> | <h1><center>Superoxide Generator Improvement</center> </h1> | ||
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<p> <center>In 2013, the Carnegie Mellon iGEM team engineered an alternative to antibiotics through the use of phage therapy and the superoxide generator known as KillerRed. The light-activated production of ROS by KillerRed kills bacteria. In 2014, we worked to further characterize the effects of KillerRed using several methods<a href="https://2013.igem.org/Team:Carnegie_Mellon/Project/Abstract">(Source: Carnegie Mellon iGEM 2013)</a></center>.</p> | <p> <center>In 2013, the Carnegie Mellon iGEM team engineered an alternative to antibiotics through the use of phage therapy and the superoxide generator known as KillerRed. The light-activated production of ROS by KillerRed kills bacteria. In 2014, we worked to further characterize the effects of KillerRed using several methods<a href="https://2013.igem.org/Team:Carnegie_Mellon/Project/Abstract">(Source: Carnegie Mellon iGEM 2013)</a></center>.</p> | ||
Revision as of 03:29, 17 October 2014
Superoxide Generator Improvement
https://static.igem.org/mediawiki/2014/c/c5/800px-KillerRed-2.png
Methods Used
- Optimization of codons in KillerRed by eliminating rare codon usage.
- Optimization of codons in Supernova, the monomeric version of KillerRed, by eliminating rare codon usage.
- Photobleaching analysis of KillerRed, Codon Optimized KillerRed, and Codon Optimized Supernova.