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Search Results for Research Area: "Neuropharmacology"


Faculty Search Results: Results 1 - 12 (List more/fewer results: 10 20 30 40 )
Faculty Member Brief Research Description
Asim Beg Molecular mechanisms underlying circuit assembly and synaptic function.  
Dean Brenner Translational pharmacology of nutritional cancer preventive interventions, pharmacokinetics, pharmacodynamics using stem cell, eicosanoid, and fatty acid endpoints in humans, rodents.  
Carrie Ferrario We aim to understand the neural mechanisms underling drug addiction and obesity in order to develop prevention and treatment strategies.  
Margaret Gnegy Mechanism of action of amphetamine at the dopamine transporter; substrate and protein kinase effects on transporter trafficking; drugs to stop effects of amphetamine.  
Ronald Holz BIOCHEMICAL AND PHYSIOLOGICAL MECHANISMS UNDERLYING EXOCYTOSIS  
Jorge Iniguez-Lluhi - Protein Regulation by SUMO modification - Basic Mechanisms of Transcriptional Regulation - Mechanism of Action and Pathobiology of Steroid Hormone Receptors - Clinical Glucocorticoid Resistance - Multiscale Modeling   
Lori L. Isom Role of voltage-gated ion channels in normal development and pathophysiology e.g. epilepsy, ataxia, and arrhythmia. Cellular and molecular neuroscience. Cardiovascular biology. Molecular mechanisms of disease.  
Bob Kennedy We are studying hormone and neurotransmitter secretion with application to diabetes and various brain functions and pathophysiologies.  
James Rae Predicting response to breast cancer therapies by way of pharmacogenetic, pharmacogenomic, drug metabolism and candidate gene pathway analyses.   
Les Satin Ion channel modulation in health, disease and injury states; regulation of ion channels by cell fuel metabolism and calcium ions. Interactions between cellular fuel metabolism and ion channels.   
John Traynor Mechanisms of action of addictive drugs. To provide medications for pain relief and the treatment of addictions.  
Shawn Xu We study some of the fundamental questions in neuroscience and physiology: 1) Sensory transduction and behavior. 2) Neural circuits and synaptic mechanisms underlying behavior and drug addiction. 3) Sensory and genetic modulation of aging and longevity  
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