| Current Faculty |
|
Neural basis of cognition |
|
Mechanisms of modulation of voltage-dependent gating in ion channels |
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Molecular mechanisms that underlie neuronal exocytosis |
|
K channel functions in the mammalian nervous system |
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Structure/function relationship in neurotransmitter receptors |
|
Physiology of inner ear hair cells |
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Neural basis of vision and visually guided behavior |
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Biophysical studies of neuronal signaling |
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Mechanisms of inhibitory synaptic transmission |
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Regulation of energy balance and the processes of again |
|
Neurochemistry of synaptic transmission in brain slices |
|
Function of Synapses and Neural Circuits |
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Heart and skeletal muscle physiology |
|
Cellular basis for the processing of acoustic information in mammalian cochlear nuclei |
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Molecular mechanisms of ion channel function |
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Molecular mechanisms underlying Ca2+ homeostasis of cardiac and skeletal muscle cells |
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Neural mechanisms of sound localization |
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Understanding the molecular mechanisms that regulate neural stem cells and neurodevelopment |
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Cellular and synaptic mechanisms underlying locomotor-like rhythms in the mammalian spinal cord |
| Affiliate Faculty |
| David Abbott |
Modulation of neuroendocrine function by social status in female primates |
| Matthew Banks |
GABAA receptors and the dynamics of cortical inhibitory circuits |
| Jerome Dempsey |
Respiratory physiology: Neuromechanical regulation of breathing during sleep and exercise |
| Timothy Gomez |
Regulation of axon guidance and cytoskeletal dynamics by intracellular signaling |
| Craig January |
Basic mechanisms of cardiac arrhythmias |
| Timothy Kamp |
Cardiac L-type Ca2+ channels in physiology and pathophysiology |
| Jonathan Makielski |
Role of ion channels in cardiovascular disease |
| Gordon Mitchell |
Mechanisms of neuroplasticity, specifically in the respiratory motor control system |
| Robert Pearce |
GABAA-mediated synaptic inhbition in the hippocampus |
| Kurt Saupe |
Myocardial metabolism and how it is affected by age, disease and exercise |
| Dandan Sun |
Regulation and function of Na+-K+-Cl- cotransporter protein in the CNS |
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