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| NAME |
AREA OF INTEREST |
| Matthew A. Boegehold, Ph.D. |
Effect of dietary salt and hypertension on microvascular control mechanisms. |
| Robert W. Brock, Ph.D. |
Regulation of renal and hepatic microvascular environments in diabetes and/or systemic inflammation. |
| Alex d'Audiffret , M.D. |
Endovascular interventions including aortic endografts, carotid stenting, renal stenting |
| Gregory Dick, Ph.D. |
Regulation of ion channels in vascular smooth muscle |
| Mitch Finkel, M.D. |
Cardiac responses to ischemic and non-ischemic injury: Molecular and cellular mechanisms. |
| Jefferson C. Frisbee, Ph.D. |
Alterations to microvascular structure and function during metabolic syndrome development. |
| Pingnian He, M.D., Ph.D. |
Regulation of leukocyte-endothelium interactions and microvascular permeability. |
| John Hollander, Ph.D. |
Heat-shock proteins, transgenic models, ischemia reperfusion injury in the heart. |
| Jason Huber, Ph.D. |
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| Bing-Hua Jiang, Ph.D. |
Role of the PI 3-kinase signaling pathway in angiogenesis. |
| Kevin T. Larkin, Ph.D. |
Cardiovascular, cognitive, and behavioral responses to stress. |
| Jun Liu, Ph.D. |
Molecular regulation of endothelial cell growth, migration and differentiation in angiogenesis. |
| Fred Minnear, Ph.D. |
Cellular mechanisms regulating protein permeability across pulmonary vascular endothelium. |
| Sam Mukdadi, Ph.D. |
Nonlinear harmonic contrast imaging, Diagnostic and therapeutic ultrasound, Broadband ultrasound transducer design, Cardiovascular biomechanics, Ultrasonic nondestructive evaluation , Micro- and Nano- material characterization |
| Judy Muller-Delp, Ph.D. |
Effects of aging, gender and exercise training in the coronary microcirculation. |
| S. Jamal Mustafa, Ph.D. |
Cellular and molecular mechanisms of coronary blood flow regulation . |
| William A. Neal, M.D. |
Role of lipids and cholesterol in coronary heart disease. |
| Timothy R. Nurkiewicz, Ph.D. |
Mechanisms underlying the microvascular dysfunction triggered by air pollution and nanoparticle exposure. |
| Frank Reilly, Ph.D. |
Microcirculatory factors responsible for low flow, progressive cellular injury and death in diabetes. |
| Lisa M. Salati, Ph.D. |
Nutrient regulation of cellular function and metabolism. Molecular
mechanisms involved in the regulation of gene expression and hormone
action. |
| Anoop Shankar, Ph.D. |
Cardiovascular diseases, diabetes mellitus, hypertension, chronic kidney disease.
Role of inflammation, endothelial dysfunction, oxidative stress, microvascular disease in the development of CVD, Diabetes Mellitus
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| David Williamson, Ph.D. |
Regulation of muscle function and morphology in obesity |
| Robert Wysomerski, Ph.D. |
Endothelial Cell Contraction , Actin Cytoskeleton and Lung Vascular Permeability |
| Han-Gang Yu, Ph.D. |
Cardiac ion channels. |
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