Welcome to the Department of Biochemistry and Biophysics
As one of the first departments of Biochemistry and Biophysics in the nation, we are proud of our strong tradition of combining cutting-edge technology with impactful biology. We continue to leverage this interdisciplinary approach to yield break-through discoveries in biomedicine.
Our faculty of over 30 primary and secondary members cover a broad range of research areas, with particular strengths in structural biology, chemical biology, gene regulation and protein folding.
We are also the proud home of the Eldridge Reeves Johnson Research Foundation which offers advanced physical instrumentation and instruction to researchers across campus.
We are actively growing, with several recent hires, and our faculty are broadly engaged across campus with many joint appointments in other departments, institutes and centers.
We welcome you to learn more about our department in the following pages or contact us.
News & Publications
- Gupta/Van Duyne Lab in Structure
Allosteric HIV integrase inhibitors promote formation of inactive branched polymers via homomeric carboxy-terminal domain interactions
- Petersson & Rhoads Labs in J Am Chem Soc
Effects of Glutamate Arginylation on α-Synuclein: Studying an Unusual Post-Translational Modification through Semisynthesis
- Vinogradov Lab in J Phys Chem
Three-Photon Spectroscopy of Porphyrins
- Shorter Lab in Life
Therapeutic genetic variation revealed in diverse Hsp104 homologs
Seminars & Events
- Friday Research Discussions | Chris Yarosh, PhD
Fri, January 22, 2021 | 4 pm • on BlueJeans
Pathways to Policy for Scientists at Any Level
- Raiziss Rounds Seminars | Adam Cohen, PhD
Thurs, January 28 | 12 noon • on BlueJeans
Electrophysiology in space
E. James Petersson
E. James Petersson, Ph.D. is a Professor of Chemistry at the University of Pennsylvania with a secondary appointment in our Department. His laboratory develops tools, such as novel chromophores and protein semi-synthesis, to investigate how peptides and proteins mediate cellular communication and how changes in the cellular environment catalyze protein misfolding and disfunction. Studies in the lab range from computational modeling, to detailed in vitro folding studies, to tracking protein aggregation in neurons, to the analysis of the role of post-translational modifications in controlling protein misfolding. An area of particular interest is the introduction of thioamide modifications to the peptide backbone, which can serve as protein folding probes, or stabilizers for improved therapeutic peptides or in vivo imaging reagents.