Dr. David lynn, phd
David G. Lynn has contributed scholarship in the areas of molecular recognition, synthetic biology, and chemical evolution, and has developed chemical and physical methods for the analysis of supramolecular self-assemblies, signal transduction in cellular development and pathogenesis, molecular skeletons for storing and reading information, and the evolution of biological order. After a fellowship at Columbia University and teaching at the University of Virginia and Cornell University, he served as Professor of Chemistry at the University of Chicago until 2000 before moving to accept the A. G. Candler Professorship in Chemistry and Biology at Emory University. In 2002, Lynn was awarded one of 20 inaugural Howard Hughes Medical Institute Professorships, and in 2011 he was awarded the Emory Scholar-Teacher Award for pioneering science/arts creations communicating science and appointed as an AAAS Fellow for scholarship. He received the ACS Herty Metal in 2013 and served as Chair of the Department of Chemistry from 2006-15. He has now ridden his bicycle following different paths across the state of Georgia each year for the past 15 years for inspiration and personal health.
“I am a rising fifth year studying properties and catalytic activities of metal-peptide self-assembling systems that exploit the arrangement of metals for redox chemistry. In addition, I am also probing the structural properties of peptide assemblies with Cryo-EM. Outside of research, I enjoy photography and watching F1 races, dramas, and movies.”
“I am a rising fourth year chemistry PhD student and currently working on functional bio-inspired materials that can catalyze the polymerization and hydrolysis of biopolymers as well as elucidating how disease states can capture nested information to propagate an infection across the brain. Outside of the lab, I enjoy hiking, practicing contortion, rock climbing, and powerlifting.”
“I am a third year PhD student and I am currently working on understanding the unique chemistry in the rhizosphere. I am currently measuring oxidation rates of plant derived quinones in space and time to better understand it’s impact on the rhizosphere and climate change as a whole. Outside of the lab, I enjoy reading, cooking, and spending time with friends and family.”
“I am a rising second year who is currently working on building peptides with catalytic function and understanding the rules that guide the coassembly of infectious proteins with biologically-relevant molecules. Outside of the lab, I enjoy cooking, spending time with family, and rewatching 90’s cartoons.
“I am a rising senior undergraduate who studies dynamic chemical networks and their ability to drive biopolymeric phase transitions. Specifically, I am working on designing monomers that can self-polymerize into a collagen-mimetic peptide. In my free time, I love to bake, play guitar, go to the movies, and give my friends and family unsolicited music recommendations.”
“I am interested in applying chemistry to medical issues such as exploring the roles of peptide assembly and interactions in disease formation. In my free time, I enjoy listening to music, watching my favorite TV shows, and spending time with family.”
“I’m an undergraduate student in the Lynn lab working on exploring reaction-diffusion networks in the rhizosphere. Specifically, I explore the interactions between plant-based quinones and bacterial phenazines to see how signals might be sent through this complex ecosystem. Outside of lab, I am passionate about fencing, rock climbing, and classical music.”
“I’m an undergrad at Emory and in the Lynn Lab, I’m helping grad students studying the effects of modifications in a highly active region in a peptide responsible for Alzheimer’s. I’m looking at how point mutations affect higher order assembly, and how they may have potential catalytic reactions with copper or other low cost transition metals. In my free time, I love playing all kinds of video games on the PC and Nintendo Switch. I also love playing piano, badminton, and tennis!”
“I’m a third-year undergrad at Emory exploring the effects of modifying the self-assembling region of a peptide related to Alzheimer’s disease. I work alongside Abhi to study how low-cost transition metals form coassemblies with these peptides for catalytic reactions. Outside the world of chemistry, I’m Principal of Second Violins in the Emory University Symphony Orchestra, and I love to play electric guitar at church as well. I also run a YouTube channel where I’m beginning to share my college experience.”