Cellular Neuroscience focuses on the behavior of whole cells in the nervous system and their role in information processing. At Utah, particular strength is found in the area of sensory neuroscience. Sensory systems provide the interface between an organism and the environment. Sensory receptors are composed of specialized cells or nerve endings which transduce internal and external stimuli into encoded neural messages which are interpreted by the central nervous system and then acted upon by the organism. At the University of Utah there are scientists interested in all aspects of sensation and strong research groups working in vision, chemoreception, sematosensation and audition. Recently, vision scientists and molecular biologists at the University identified a malfunctioning gene in the retina, which is responsible for some types of a retinal disease called macular degeneration, which is the leading cause of blindness in the elderly. Chemosensory research in our program is directed towards understanding the basic function of olfactory, vomeronasal and arterial chemosensory systems.
Faculty doing cellular research and their departmental affiliation are:
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| A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Name | Department | Research Interest | |
A-C |
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Michael Bastiani |
Biology |
Development of neuronal connections |
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Chi-Bin Chien |
Neurobiology & Anatomy |
Axonal pathfinding in zebrafish mutants |
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Gregory A. Clark |
Bioengineering |
Electrophysiological, cellular, and computational analyses of neuronal plasticity in simple systems (Aplysia and Hermissenda); neural information processing; bio-based neuroprostheses |
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Maureen L. Condic |
Neurobiology & Anatomy |
Interactions of sensory neurons with extracellular matrix |
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D-G |
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Ed Dudek |
Physiology |
Mechanisms of neuronal communication under normal developmental conditions and in models of epilepsy using electrophysiological techniques in brain slices as well as in behaving animals |
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Annette E. Fleckenstein |
Pharmacology & Toxicology |
Neuropharmacology, neurochemistry and aminergic transporters |
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Sabine Fuhrmann |
Ophthalmology & Visual Sciences |
Regulation of eye development |
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G-L |
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Erik M. Jorgensen |
Biology |
Mechanisms of synaptic function |
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Kristen A. Keefe |
Pharmacology & Toxicology |
Pharmacology of neuropsychiatric disorders |
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David Krizaj |
Ophthalmology & Visual Sciences |
Calcium regulation and synaptic communication in the vertebrate retina |
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Edward Levine |
Ophthalmology & Visual Sciences |
Development and regeneration in the mammalian central nervous system |
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Alan R. Light |
Anesthesiology |
Neurobiology of pain and fatigue enhancement caused by injury and in Chronic Fatigue and Fibromyalgia syndromes |
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Mary T. Lucero |
Physiology |
Olfactory physiology |
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M-O |
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Suzanne Mansour |
Human Genetics |
FGF signaling and ear development |
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Robert E. Marc |
Ophthalmology & Visual Sciences |
Retinal Circuitry and Rewiring Induced by Neurodegenerative Disease |
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J. Michael McIntosh |
Psychiatry and Biology |
Molecular Pharmacology of CNS receptors and ion channels |
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William C. Michel |
Physiology |
Olfactory and gustatory physiology |
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Richard A. Normann |
Bioengineering |
Information processing in the vertebrate retina; phototransduction |
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Shannon J. Odelberg |
Internal Medicine |
Molecular basis of regeneration and cellular plasticity |
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P-R |
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Tatjana Piotrowski |
Neurobiology & Anatomy |
Sensory organ formation in zebrafish |
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Richard D. Rabbitt |
Bioengineering |
Micro-electric impedance spectroscopy of auditory and vestibular hair cells |
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Scott W. Rogers |
Neurobiology & Anatomy |
Molecular biology and neurobiology of ligand-activated receptors |
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S-Z |
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Alejandro Sánchez Alvarado |
Neurobiology & Anatomy |
Molecular basis of metazoan regeneration |
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Trent Volz |
Pharmacology & Toxicology |
Bioanalytical chemistry, neuropharmacology, and enzyme kinetics to study neurotransmitter transporter proteins |
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John A. White |
Bioengineering |
Hippocampal neurophysiology, computational neuroscience, real-time instrumentation |
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Karen S. Wilcox |
Pharmacology & Toxicology |
Electrophysiological mechanisms of action of novel anticonvulsant drugs |
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Doju Yoshikami |
Biology |
Cellular and molecular physiology of ion channels |
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| A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
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