Biography
Byungse Suh has completed his BS in pharmacy from Chungang University, Seoul, Korea; PhD at the age of 28 from University of Kansas; postdoctoral studies from University of Iowa; and MD from University of Miami. He has completed the residency and fellowship from University of Wisconsin Hospital. He is Professor of Medicine and published more than 110 papers.
Research Interest
Pharmacokinetics of antimicrobial agents Drug protein binding in disease states In vitro determination of drug phototoxicity Clinical trial studies of antimicrobial agents
Biography
John J S Cadwell received his degree in Pharmacology from the University of Miami in 1981. Since that time he served in various sales, marketing and business development capacities until founding FiberCell System in 2000. As president and CEO he has filed and been issued three patents in the field of hollow fiber bioreactors and authored many publications in the field
Research Interest
Cell culture technology, stem cells, numismatics, oenophilia, cerevisaphilia, rock art posters, gratefuldeadophilia.
Biography
Mario A Bianchet has completed his PhD from The University of La Plata, Argentine, and performed Postdoctoral studies at Johns Hopkins University School of Medicine, where he is now a Assistant Professor of Neurology since 2011. He has published 65 papers in reputed journals. As structural enzymologist and expert in ligand recognition, he has participated in several seminal structural and mechanistic studies of macromolecules and ligand/macromolecule interactions of biomedical interest. He has important contributions to different fields, including bioenergetics: F1-ATPase, xenobiotic-response: NADPH:Quinone oxidoreductases, DNA-repair: Uracyl-Glycosylase/inhibitors, carbohydrate-recognition: animal lectins, and late stage cell-wall biosynthesis: LD-transpeptidases and their complexes with substrates and carbapenems.
Research Interest
My research aims to understand essential relations between macromolecules’ structure and their mechanisms of action in biological processes involved in human diseases. With that goal I am applying diverse techniques and methods including x-ray scattering and diffraction, as well as computer modeling and simulation to elucidate these relations that will have a direct impact on the understanding, diagnosis, treatment and prevention of human diseases