Johnathon Burg
Jonathan obtained his Ph.D. in Chemistry with Prof. Dewey G. McCafferty at Duke University concentrating his research efforts on the kinetic and biophysical characterization of KDM1A. In the Lynch Lab, Jonathan is focused on the engineering of a dynamic metabolic engineering platform for yeast, including aspects of both strain and bioprocess development.
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Zhixia Ye
Zhixia was born in China and got her Ph.D. in Chemistry from NC State in 2014. She enjoys reading and traveling in her free time. Zhixia has been leading efforts aimed at developing a dynamic metabolic engineering platform in the bacterium E. coli. Zhixia's work is leading to sustainable processes for the production of numerous chemicals, natural products and natural product derivatives.
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Charlie Cooper
Charlie's current projects involve engineering microbes and enzymes for renewable production of bulk chemicals, pharmaceuticals, and advanced materials. He spends his spare time maintaining a collection of orchids and befriending neighborhood cats.
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Jennifer Hennigan
Jen earned her BS in chemistry from Stetson University in 2015. She is a chemistry PhD student with research interests at the interface of chemistry and biomedical engineering. Her current projects include enhancing the production of pharmaceuticals in E. coli and developing advanced therapies for pancreatic cancer. In her spare time, Jen plays field hockey with the TarDevils adult team.
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Romel Menacho-Melgar
Romel is a Biomedical Engineering PhD student. Originally from Peru, he came to the US to the University of South Carolina to earn a BS degree in Biomedical Engineering in 2009. He started his graduate studies at Duke in 2013 and joined the Lynch Lab in 2015. His project involves developing a platform for in vivo peptide lipidation for novel materials and pharmaceuticals
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Daniel Rodriguez
My research focuses on constructing mathematical models of metabolic pathways that guide the engineering of bacteria for optimized chemical synthesis. An additional goal of my research is to elucidate more fundamental aspects of bacterial physiology, such as unknown metabolic control mechanisms, by investigating inconsistencies between in silico and in vivo behavior.
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