Yoichi Osawa, Ph.D.
Professor
Pharmacology
Protein folding diseases; Hsp90, Hsp70; molecular chaperones; nitric oxide synthase; ubiquitination and protein quality control; reactive metabolites and mass spectrometry.
Sakinah Owens, M.S.
2025
B.S., Biochemistry
Virginia Commonwealth University
2026
William Packer, M.S.
2013
B.S., Chemistry
Furman University
2014
Bruce Palfey, Ph.D.
Associate Professor
Biological Chemistry
We investigate the reaction mechanisms of flavin-dependent enzymes, especially the reactions of O2 and the formation of novel intermediates, using kinetic, spectroscopy, and anything else that helps. Flavoenzymes are constantly being discovered in all areas of biology, making them inviting drug targets, models for detailed studies of structure-function relationships and enzyme evolution. And surprisingly, despite decades of intense enzymology, novel intermediates continue to be discovered
Anish Palli, M.S.
2024
B.S., Molecular, Cellular and Developmental Biology
University of Michigan - Ann Arbor
2025
Carole Parent, Ph.D.
Professor
Research Professor
Pharmacology
Cell and Developmental Biology
Life Sciences Institute
Immune cell migration in the context of inflammation and cancer.
Charli Parsons
2026
B.A., Chemistry
Bryn Mawr College
Arth Patel, M.S.
2018
B.S., Biology
Oakland University
2019
Olivia Pattelli, Ph.D.
2016
B.S., Molecular Biology
University of Illinois at Urbana - Champaign
Mapp
2021
Candice Paulsen, Ph.D.
2006
B.S., Genetic Biology
Purdue University
✧ Former: Carroll
2011
Henry Paulson, Ph.D.
Professor
Neurology
Mechanisms and therepeutic strategies for neurodegenerative diseases
Vincent L. Pecoraro, Ph.D.
Professor
Chemistry
The role of metals in biology. Metalloprotein Design of redox and hydrolytic enzymes and electron transfer proteins. Development of Near Infrared luminescent imaging agents for cellular and animal studies.
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