Keith Baar, Ph.D.

Professor
195 Briggs Hall,
Davis Campus
530-752-3367
e-mail

Determining molecular mechanisms underlying the physiological and functional adaptations of muscle to exercise

Laura Borodinsky, Ph.D.

Professor
Shriners Hospital,
Sacramento Campus
916-453-2285
e-mail

Electrical activity and nervous system development

Colleen E. Clancy, Ph.D.

Professor and Associate Vice Chancellor for Academic Personnel
4134A Tupper Hall,
Davis Campus
530-754-0254
e-mail

Computational approaches to reveal mechanisms of excitability in the heart and brain

Carroll Cross, M.D.

Professor
Division of Pulmonary, Critical Care and Sleep Medicine
Suite 3400, Professional Services Building,
Sacramento Campus
916-734-3564
e-mail

Eamonn Dickson, Ph.D.

Assistant Professor
4112A Tupper Hall,
Davis Campus
530-752-6195
e-mail

Molecular mechanisms underlying neurodegeneration

Rose Ellen Dixon, Ph.D.

Assistant Professor
4112B Tupper Hall,
Davis Campus
530-754-0742
e-mail

Regulation and modulation of cardiac L-type Ca2+ channels

Michael Ferns, Ph.D.

Professor
4218 Tupper Hall,
Davis Campus
530-754-4973
e-mail

Molecular basis of synapse formation in the mammalian nervous system

Alla Fomina, Ph.D.

Associate Professor
4138 Tupper Hall,
Davis Campus
530-754-4454
e-mail

Kazuharu Furutani, Ph.D.

Assistant Professor
4147 Tupper Hall,
Davis Campus
530-752-2180
e-mail

Cardiac ion channels and GPCRs; drug-protein interactions; cardiac arrhythmias

Aldrin Gomes, Ph.D.

Professor
187 Briggs Hall,
Davis Campus
530-752-3207
e-mail

Proteasomes and troponins in muscle physiology and pathophysiology. Proteomics of troponin related cardiomyopathies

Li He, Ph.D.

Associate Researcher
1544 Newton Court,
Davis Campus
e-mail

Mark Huising, Ph.D.

Associate Professor
193 Briggs Hall,
Davis Campus
530-752-4670
e-mail

Islet Biology and Diabetes, transcriptional control of beta cell differentiation and plasticity of pancreatic islet cell identity

Yu-Fung Lin, Ph.D.

Associate Professor
4144 Tupper Hall,
Davis Campus
530-754-4876
e-mail

Molecular, and cellular physiology of ATP-sensitive potassium channels; Cytoprotection

Martha E. O'Donnell, Ph.D.

Professor
4155 Tupper Hall,
Davis Campus
530-752-7626
e-mail

Brain microvascular endothelial cell and astrocyte Na transporters in cerebral edema formation during ischemic stroke and diabetic ketoacidosis

John A. Payne, Ph.D.

Professor
4220 Tupper Hall,
Davis Campus
530-752-3336
e-mail

Ion and water homeostasis of neurons and epithelial cells

Edward Pugh, Jr., Ph.D.

Professor
3301C Tupper Hall,
Davis Campus
530-752-1468
e-mail

Jon Sack, Ph.D.

Associate Professor and Vice Chair
4135 Tupper Hall,
Davis Campus
530-752-4131
e-mail

Voltage-gated ion channels

Luis Fernando Santana, Ph.D.

Professor and Chair
4305 Tupper Hall,
Davis Campus
530-752-8836
e-mail

CA2+ signaling in cardiac and vascular smooth muscle

James S. Trimmer, Ph.D.

Distinguished Professor
4206 Tupper Hall,
Davis Campus
530-754-6075
e-mail

Regulation of neuronal excitability; affinity reagent development and validation

Igor Vorobyov, Ph.D.

Assistant Professor
4133 Tupper Hall,
Davis Campus
530-752-3932
e-mail

Molecular modeling of ion channels and their modulation by drugs and lipids.

Jennifer Whistler, Ph.D.

Professor
Associate Director, Center for Neuroscience
1544 Newton Ct. Room 101C,
Davis Campus
530-752-8153
e-mail

Understanding how drugs of abuse change the brain and to use this information to inform the development of therapeutic interventions to treat and/or prevent drug abuse and its comorbidities of anxiety, and depression.

Pei-Chi Yang, Ph.D.

Assistant Project Scientist
4136/4134 Tupper Hall,
Davis Campus
530-754-1554
e-mail

Vladimir Yarov-Yarovoy, Ph.D.

Associate Professor
4131 Tupper Hall,
Davis Campus
530-752-5298
e-mail

Neuronal and cardiac voltage-gated sodium channels; Computational protein design of novel therapeutics; Pain, epilepsy, and cardiac arrhythmias

Jie Zheng, Ph.D.

Professor
4145 Tupper Hall,
Davis Campus
530-752-1241
e-mail

Ion channels in cellular signal transduction, structure-function relationship, and the development of novel technologies for membrane protein studies