Wei Zhang

Dr. Wei Zhang joined the Department of Pharmaceutical Science at the University of Pittsburgh as an Assistant Professor in October 2023. Prior to Pitt, he was an Assistant Professor in Anesthesia at Harvard Medical School. He received his BS degree in Chemistry from Peking University in 2011, and worked on liquid crystal polymers for light-emitting diodes in the lab of Prof. Qifeng Zhou. He received his PhD in Polymer Science in 2016 from the University of Akron with Prof. Stephen ZD Cheng’s (NAE), and worked on synthesis and supramolecular structures of precise macromolecules based on molecular nanoparticles and polymer-nanoparticle conjugates. Then, he did postdoc training at Harvard Medical School, Boston Children’s Hospital with Profs. Daniel Kohane & Robert Langer, where he worked on various applications of biomedical materials, including photo-controlled drug delivery for local anesthesia, non-invasive local drug delivery system for otitis media, polymeric tissue adhesives, and drug-eluting contact lenses. He is the author of 50 publications (17 as first, 3 as corresponding), and 4 patents (1 licensed to a company) by 2023, and he is a recipient of the NIH Pathway to Independence (K99/R00) Award. The Zhang lab at Pitt conducts interdisciplinary research at the intersection of chemistry and pharmaceutical/biomedical science. Among many applications, we focus on pioneering new materials and therapies, especially in two key areas: wound healing (adhesives) and pain management (anesthetics). Our research involves the synthesis of both small molecules and polymers, designed to be responsive to various stimuli, such as light and ultrasound, so that they deliver efficacy in a controlled manner. Furthermore, we also study the interplay between molecular properties and macroscopic outcomes, elucidating the structure-property relationships, with the ultimate aim of optimizing therapeutic effectiveness. For more information and a full list of publications, please visit our lab website. Synthetic chemistry, polymers, drug delivery, pain, wound healing, biomaterials, nano materials