| Abramson, Jeffrey | Membrane protein crystallography; structural determination of membrane transport proteins |
| Arnold, Arthur | Sex differences in the brain, neuroendocrinology, evolution and function of the sex chromosomes |
| Barnard, Jim | The role of diet and exercise in the prevention and control of degenerative diseases. |
| Berliner, Judith | Mechanism of endothelial activation by phospholipid oxidation products. |
| Bostrom, Kristina | Cardiovascular biology |
| Bowie, James | Structural biology of membrane proteins and signal transduction |
| Brent, Gregory | Gene regulation by nuclear acting hormones. |
| Cai, Hua Linda | Cardiovascular pathophysiology in hypertension, atherosclerosis, diabetic vascular diseases and therapeutic angiogenesis. |
| Chandler, Scott | Neuronal mechanisms controlling jaw movement |
| Chen, Fabian | Cardioascular development |
| Chou, Tom | Membrane mechanics, transport, molecular motors, biophysics. |
| Colwell, Christopher | Neural control of behavior, circadian rhythms |
| Crosbie, Rachelle | Molecular basis of muscle function and muscular dystrophy |
| Delot, Emmanuele | Mouse models of congenital heart disease |
| Demer, Linda | Artery calcification in inflammatory diseases |
| Devaskar, Sherin | Neurohormonal regulation of development and metabolism |
| Diamond, Jared | Evolutionary design in molecular biology |
| Edgerton, Reggie | Neural control of movement and neuromuscular plasticity |
| Eghbali, Mansoureh | Estrogen and Cardiac Protection |
| Eisenberg, David | Protein structure, folding and design. |
| Fain, Gordon | Cellular physiology of vertebrate retina |
| Frye, Mark | Integrative physiology of insect flight. |
| Garfinkel, Alan | Mathematical modeling of electrophysiology |
| Gelbart, William | Mechanics of complex fluids |
| Glanzman, David | Cellular and molecular mechanisms of learning and memory |
| Goldhaber, Joshua | Cardiac sodium - calcium exchange |
| Gomez-Pinilla, Fernando | Mechanisms of neural repair |
| Grinnell, Alan | Synaptic function |
| Guo, Ming | Molecular Mechanisms of Alzheimer's and Parkinson's Disease |
| Gwack, Yousang | Calcium signaling in immune disorders |
| Homsher, Earl | Regulation of crossbridge mechanisms |
| Hubbell, Wayne | Structure and function of proteins |
| Iruela-Arispe, Luisa | Vascular biology and angiogenesis |
| Kaback, Howard | Molecular biology of membrane transport |
| Khakh, Baljit | ATP sensors in health and disease |
| Krasne, Sally | The structure-function relationships of ion channels |
| Maclellan, William | Mechanisms of terminal differentiation |
| Mayer, Emeran | Neurobiology of stress and visceral pain |
| McCabe, Edward | Human developmental molecular genetics |
| Metzner, Walter | Sensory processing/motor control;behavioral neuroscience (Neuroethology) |
| Middlekauff, Holly | Electrophysiology; autonomic control of circulation. |
| Mody, Istvan | Synaptic signaling in health and disease |
| Narins, Peter | Auditory behavior, neurophysiology and mechanics |
| O'Dell, Thomas | Cellular signaling in learning and memory |
| Olcese, Riccardo | Molecular physiology of voltage dependent Ion channels |
| Otis, Thomas | Cellular and molecular aspects of neural signaling |
| Papazian, Diane | The structure, function, and biogenesis of voltage dependent ion channels. |
| Phelps, Patricia | Neuronal development and regeneration: migration and axon outgrowth |
| Philipson, Kenneth | Cardiac sodium-calcium exchange |
| Ping, Peipei | Mapping functional sub-proteomes in the heart; protection of ischemic myocardium |
| Reisler, Emil | Cell motility and the cytoskeleton |
| Sachs, George | Membrane transport processes; pump mechanisms; epithelial cell function, bacterial bioenergetics. |
| Schlinger, Barnett | Neurosteroid synthesis; steroid action on the CNS |
| Schweizer, Felix | Dynamic regulation of neurotransmitter release |
| Scremin, Oscar | Physiology and pharmacology of the cholinergic system |
| Simmons, Dwayne | Development of the auditory system |
| Smith, Judith | Neural control of stereotypic limb motions |
| Spencer, Melissa | Muscle cell biology and pathogenesis |
| Stefani, Enrico | Ion channel function and regulation by hormones |
| Sun, Hui | Mechanism of vitamin A transport; macular degeneration |
| Sun, Yi | Neural stem cell development |
| Tidball, James | Cell biology of muscle growth, adaptation and disease |
| Tormey, John | Subcellular structures and electrolytes in muscle function. |
| Vergara, Julio | Biophysics of muscle excitation-contraction coupling |
| Vondriska, Thomas | Proteomics and systems biology analyses of protein interaction networks |
| Voskuhl, Rhonda | |
| Walker, David | Molecular mechanisms relevant to aging |
| Wang, Yibin | Molecular signaling of heart failure |
| Watson, Andrew | Atherosclerosis; lipid and lipoprotein oxidation; vascular wall biology |
| Wayne, Nancy | Mechanisms regulating neuropeptide synthesis and secretion |
| Weiss, James | Cardiac electrophysiology and metabolism |
| Weiss, Shimon | Single molecule biophysics; macromolecular interactions |
| White, Stephanie | Social influences on learning and memory |
| Wright, Ernest | Structure and function of cotransporters |
| Wu, Lily | Cancer-targeted gene therapy and Imaging |
| Xiao, Grace | Computational and systems biology of gene expression |
| Xie, Cui-Wei (Tracy) | Signaling mechanisms of neural plasticity, learning and memory |
| Zampighi, Guido | Structural organization of biological molecules (channels and pumps) by the use of electron microscopy and computer image processing. |
| Zimmer, Richard | Ecology and sensory biology of aquatic organisms; chemical signals and communication |
