Pharmacology & Physiology

A Message from the Chair:

A. William Tank, Ph.D., ChairThe Department of Pharmacology and Physiology consists of faculty, fellows and students who are dedicated to cutting-edge scientific research, in order to work towards a better understanding of how the human body functions and to alleviate human diseases. The faculty is composed of distinguished scientists who are international leaders in the fields of cell signaling, G-proteins and ion channels, mitochondria and mechanisms of cell death, cardiovascular diseases and vascular biology, neurodegeneration and drugs of abuse, and integrative neurosciences. The department promotes a strong training program for both graduate students and post-doctoral fellows, and many of our graduates have gone on to become leaders in academia, industry and government. The University of Rochester is now in the process of implementing a new strategic plan, which emphasizes a number of research fields, including neuromedicine and cardiovascular biology, that fit well with the Department’s research interests. The Department is enthusiastic about being a part of this plan and the anticipated growth in the University’s research enterprise, as we aim to be one of the finest medical centers in the world.

A. William Tank, Ph.D.
Lewis Pratt Ross Professor of Pharmacology and Physiology and Chair

Colloquium Series

Click here for our current colloquium series.

Department News

Faculty Focus Article

Alan V. Smrcka, Ph.D.

Alan V. Smrcka, Ph.D.

Smrcka Lab Page

Smrcka image

Dr. Alan V. Smrcka's recent article, "Phospholipase Cε hydrolyzes perinuclear phosphatidylinositol 4-phosphate to regulate cardiac hypertrophy," published in Cell was the subject of a faculty focus article published in Inside URMC.

Cover Art for Tissue Engineering, Part B: Reviews

Denise C. Hocking, Ph.D.

Denise C. Hocking, Ph.D.

Hocking Lab Page

Daniel C. Roy, Ph.D.Daniel C. Roy, Ph.D.

Tissue Engineering

An image by Dr. Denise C. Hocking and Dr. Daniel C. Roy was selected as cover art for Tissue Engineering, Part B: Reviews, Volume 19, Number 1, February 2013. This is a human mesenchymal stem cells adherent to a recombinant fibronectin mimetic substrate polymerize an endogenous fibronectin matrix (green) using α5β1 integrins (red).

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Get In Touch

Department of Pharmacology and Physiology

University of Rochester Medical Center
601 Elmwood Avenue, Box 711
Rochester, NY 14642

Phone, (585) 275-1679
Fax, (585) 273-2652