Research Areas
Behavioral Neuroscience
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512-232-3404Email »Full Profile » |
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George D Bittner Professor Cellular/molecular mechanisms of plasmalemmal repair and nerve regeneration. 512-923-3735Email »Full Profile » |
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Michael Drew Assistant Professor To understand how adult hippocampal neurogenesis influences learning and cognition. 512-232-6367Email »Full Profile » |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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Michael Mauk Department Chair, Professor To understand what brain systems compute, how learning contributes, how circuits, cells and synapses mediate this learning and computation. 512-232-3978Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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Eyal Seidemann Professor How perceptual events and motor plans are represented and processed in the primate cerebral cortex. 512-232-6052Email »Full Profile » |
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512-232-3307Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Cell Biology of neurons, muscle & glia
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512-232-3404Email »Full Profile » |
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George D Bittner Professor Cellular/molecular mechanisms of plasmalemmal repair and nerve regeneration. 512-923-3735Email »Full Profile » |
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Kristen M Harris Professor To elucidate structural components involved in the cell biology of learning and memory. 512-232-3968Email »Full Profile » |
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512-471-3965Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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Hiroshi Nishiyama Associate Professor The formation, maintenance, and rewiring of neuronal circuits in the brain 512-232-8438Email »Full Profile » |
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Jonathan Pierce Associate Professor, Program Coordinator for IDD Classes The genetic mechanisms that govern behaviors and contribute to neurological disorders. 512-232-4137Email »Full Profile » |
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George D Pollak Professor How the auditory system processes species-specific communication signals and the cues that enable association with its location in space. 512-471-4352Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Clinical Neuroscience & Pathology
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George D Bittner Professor Cellular/molecular mechanisms of plasmalemmal repair and nerve regeneration. 512-923-3735Email »Full Profile » |
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Mackenzie A Howard Research Assistant Professor (Affiliated), Research Assistant Professor Discovering cellular and circuit mechanisms of cognitive dysfunction in epilepsy and neurodevelopmental disorders |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Cognition & Perception
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Michael Drew Assistant Professor To understand how adult hippocampal neurogenesis influences learning and cognition. 512-232-6367Email »Full Profile » |
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Alexander C Huk Director, Professor Focuses on how we see things move using electrophysiology, functional magnetic resonance imaging, psychophysics, and computational modeling. 512-232-5729Email »Full Profile » |
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Jarrod A Lewis-Peacock Assistant Professor Interactions between memory, attention, and learning; neural decoding & neurofeedback 512-232-2149Email »Full Profile » |
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512-475-7255Email »Full Profile » |
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Eyal Seidemann Professor How perceptual events and motor plans are represented and processed in the primate cerebral cortex. 512-232-6052Email »Full Profile » |
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512-232-3307Email »Full Profile » |
Computational & Theoretical Neuroscience
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Ila P Fiete Associate Professor To better understand the dynamics and coding principles that underlie computation in the brain. 512-232-8439Email »Full Profile » |
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Nicholas J Priebe Associate Professor Mechanisms underlying response properties of neurons in primary sensory cortex using both electrophysiology and imaging in vivo. 512-232-0803Email »Full Profile » |
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Eyal Seidemann Professor How perceptual events and motor plans are represented and processed in the primate cerebral cortex. 512-232-6052Email »Full Profile » |
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512-232-3307Email »Full Profile » |
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Functional & Molecular Imaging
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512-232-6246Email »Full Profile » |
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Alexander C Huk Director, Professor Focuses on how we see things move using electrophysiology, functional magnetic resonance imaging, psychophysics, and computational modeling. 512-232-5729Email »Full Profile » |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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512-471-8505Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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Hiroshi Nishiyama Associate Professor The formation, maintenance, and rewiring of neuronal circuits in the brain 512-232-8438Email »Full Profile » |
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512-475-7255Email »Full Profile » |
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Eyal Seidemann Professor How perceptual events and motor plans are represented and processed in the primate cerebral cortex. 512-232-6052Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Ion Channels, Neurotransmitter Receptors & Molecular Signaling
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512-232-6246Email »Full Profile » |
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512-232-3404Email »Full Profile » |
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Nace L Golding Director, Professor To understand how sensory systems function and develop, using dendritic integration neurons regulate synaptic information. 512-232-4888Email »Full Profile » |
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512-475-7902Email »Full Profile » |
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Kristen M Harris Professor To elucidate structural components involved in the cell biology of learning and memory. 512-232-3968Email »Full Profile » |
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R A Harris Professor Investigating molecular mechanisms responsible for alcoholism and drug dependence. 512-232-2514Email »Full Profile » |
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Mackenzie A Howard Research Assistant Professor (Affiliated), Research Assistant Professor Discovering cellular and circuit mechanisms of cognitive dysfunction in epilepsy and neurodevelopmental disorders |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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S J Mihic Associate Professor Developing a better understanding of how ligand-gated ion channels function 512-232-7174Email »Full Profile » |
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512-475-7763Email »Full Profile » |
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Jonathan Pierce Associate Professor, Program Coordinator for IDD Classes The genetic mechanisms that govern behaviors and contribute to neurological disorders. 512-232-4137Email »Full Profile » |
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Harold H Zakon Professor The function, regulation, and evolution of voltage-dependent ion channels. The regulation of sodium and potassium channels by hormones. 512-471-0194Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Neural Development & Plasticity
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512-232-3404Email »Full Profile » |
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George D Bittner Professor Cellular/molecular mechanisms of plasmalemmal repair and nerve regeneration. 512-923-3735Email »Full Profile » |
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Michael Drew Assistant Professor To understand how adult hippocampal neurogenesis influences learning and cognition. 512-232-6367Email »Full Profile » |
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Nace L Golding Director, Professor To understand how sensory systems function and develop, using dendritic integration neurons regulate synaptic information. 512-232-4888Email »Full Profile » |
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Kristen M Harris Professor To elucidate structural components involved in the cell biology of learning and memory. 512-232-3968Email »Full Profile » |
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Mackenzie A Howard Research Assistant Professor (Affiliated), Research Assistant Professor Discovering cellular and circuit mechanisms of cognitive dysfunction in epilepsy and neurodevelopmental disorders |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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512-471-3965Email »Full Profile » |
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Michael Mauk Department Chair, Professor To understand what brain systems compute, how learning contributes, how circuits, cells and synapses mediate this learning and computation. 512-232-3978Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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Hiroshi Nishiyama Associate Professor The formation, maintenance, and rewiring of neuronal circuits in the brain 512-232-8438Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Neurodegenerative Disease & Injury
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George D Bittner Professor Cellular/molecular mechanisms of plasmalemmal repair and nerve regeneration. 512-923-3735Email »Full Profile » |
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Daniel Johnston Director, Professor Cellular neurophysiology–information processing and storage in single neurons and small neural networks; memory, epilepsy. 512-232-6564Email »Full Profile » |
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512-471-8505Email »Full Profile » |
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Neuroethology
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512-232-3404Email »Full Profile » |
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Jonathan Pierce Associate Professor, Program Coordinator for IDD Classes The genetic mechanisms that govern behaviors and contribute to neurological disorders. 512-232-4137Email »Full Profile » |
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512-232-3307Email »Full Profile » |
Neurogenetics
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512-232-3404Email »Full Profile » |
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Michael Drew Assistant Professor To understand how adult hippocampal neurogenesis influences learning and cognition. 512-232-6367Email »Full Profile » |
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R A Harris Professor Investigating molecular mechanisms responsible for alcoholism and drug dependence. 512-232-2514Email »Full Profile » |
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Hiroshi Nishiyama Associate Professor The formation, maintenance, and rewiring of neuronal circuits in the brain 512-232-8438Email »Full Profile » |
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512-475-7763Email »Full Profile » |
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Jonathan Pierce Associate Professor, Program Coordinator for IDD Classes The genetic mechanisms that govern behaviors and contribute to neurological disorders. 512-232-4137Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Synaptic Biology & Small Circuits
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512-232-6246Email »Full Profile » |
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Laura L Colgin Assistant Professor Investigate how brain rhythms affect memory operations, using multisite tetrode recordings from behaving animals. 512-232-6361Email »Full Profile » |
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Kristen M Harris Professor To elucidate structural components involved in the cell biology of learning and memory. 512-232-3968Email »Full Profile » |
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Mackenzie A Howard Research Assistant Professor (Affiliated), Research Assistant Professor Discovering cellular and circuit mechanisms of cognitive dysfunction in epilepsy and neurodevelopmental disorders |
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512-471-3965Email »Full Profile » |
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512-232-9299Email »Full Profile » |
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George D Pollak Professor How the auditory system processes species-specific communication signals and the cues that enable association with its location in space. 512-471-4352Email »Full Profile » |
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Boris Zemelman Assistant Professor The role of hippocampal microcircuits in memory formation and recall. 512-232-6364Email »Full Profile » |
Systems & Integrative Neuroscience
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Laura L Colgin Assistant Professor Investigate how brain rhythms affect memory operations, using multisite tetrode recordings from behaving animals. 512-232-6361Email »Full Profile » |
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Michael Drew Assistant Professor To understand how adult hippocampal neurogenesis influences learning and cognition. 512-232-6367Email »Full Profile » |
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Ila P Fiete Associate Professor To better understand the dynamics and coding principles that underlie computation in the brain. 512-232-8439Email »Full Profile » |
|
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Mackenzie A Howard Research Assistant Professor (Affiliated), Research Assistant Professor Discovering cellular and circuit mechanisms of cognitive dysfunction in epilepsy and neurodevelopmental disorders |
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Alexander C Huk Director, Professor Focuses on how we see things move using electrophysiology, functional magnetic resonance imaging, psychophysics, and computational modeling. 512-232-5729Email »Full Profile » |
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Jarrod A Lewis-Peacock Assistant Professor Interactions between memory, attention, and learning; neural decoding & neurofeedback 512-232-2149Email »Full Profile » |
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Michael Mauk Department Chair, Professor To understand what brain systems compute, how learning contributes, how circuits, cells and synapses mediate this learning and computation. 512-232-3978Email »Full Profile » |
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Jonathan Pierce Associate Professor, Program Coordinator for IDD Classes The genetic mechanisms that govern behaviors and contribute to neurological disorders. 512-232-4137Email »Full Profile » |
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George D Pollak Professor How the auditory system processes species-specific communication signals and the cues that enable association with its location in space. 512-471-4352Email »Full Profile » |
|
|
512-475-7255Email »Full Profile » |
|
|
Nicholas J Priebe Associate Professor Mechanisms underlying response properties of neurons in primary sensory cortex using both electrophysiology and imaging in vivo. 512-232-0803Email »Full Profile » |
|
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Eyal Seidemann Professor How perceptual events and motor plans are represented and processed in the primate cerebral cortex. 512-232-6052Email »Full Profile » |
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512-232-3307Email »Full Profile » |
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Department of Neuroscience, NHB 3.368, 1 University Sta Stop C7000, Austin, Texas 78712-0805
General Inquiries: (512) 232-7594 Fax (512) 471-9651 | email
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