Department of Pharmacology, Physiology, and Drug Development
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Cardiomyocyte MA CellCardiovascular, Renal and Metabolic Physiology

Faculty in the Department of Physiology are internationally recognized for their research into the cellular and molecular aspects of cardiovascular and kidney function. We employ an interdisciplinary approach, using molecular, cell biological, electrophysiological, transgenic, functional genomic and optical techniques to understand how the cardiovascular-renal system works.

Functional GenomicsCalcium Signaling

Faculty in the Department of Physiology study the dynamic changes in calcium signaling in neurons, cardiovascular cells, skeletal muscle, immune cells, renal cells, mitochondria, and much more.  We use a wide array of complementary and cutting-edge techniques to advance our understanding of the physiology of calcium signaling in health and disease.

Membrane under microscopeMembrane Biology Research

Faculty in the Department of Physiology are internationally recognized for their research into the cellular and molecular aspects of membrane physiology. Understanding the function of ion channels, transporters and pumps, as well as structural proteins and cell adhesion molecules, lends insight into a variety of physiological processes.

brain illustrationNeuropharmacology

The department possesses a strong research presence in the neurosciences. Our mission is to bring together a diverse team of investigators in an inclusive, collegial environment to provide novel perspectives for advancing brain understanding and health.

Thumbnail image of atomsNeuroscience

Our Neuroscientists bring a strong interdisciplinary scientific approach to studying the nervous system. Our students, post-docs and faculty use molecular, cell biological, anatomical, electrophysiological, behavioral, and optical techniques to understand how the brain develops, how neurons communicate, and how brain cells maintain ionic homeostasis.

Tumor cell microtentaclesOncopharmacology

Research by the department's oncopharmacology faculty has already led to the pioneering development of aromatase inhibitors that are widely used to treat breast cancer. Ongoing research focuses on other novel strategies, such as gene-delivery vectors and anti-metastasis therapeutic targets.