Daphne Soares’s (NACS '02), discovery of Dome Pressure Receptors, pressure-detecting mounds that enable crocodilians to detect movement of prey in water, appears in Nature. | Research Topics |

Stephan Brenowitz, Acting Chief, Section on Synaptic Transmission

Position: Investigator
Research Areas: Auditory Neuroscience, Cellular, Molecular and Developmental Neuroscience
Research Levels: Cell/Molecular Neuroscience, Systems Neuroscience
Research Approaches: Brain Imaging, Molecular/Cell Biology, Neuroanatomy, Neurophysiology
Research Note: The Section on Synaptic Transmission investigates the synaptic and biophysical mechanisms that enable neurons to encode and process information. Specifically, we study mechanisms that enable computations in neural circuits of the auditory system. The general question we address is how local circuit interactions shape a neuron's response to physiologically realistic patterns of synaptic inputs, thereby encoding relevant features of sounds. Our experimental approach combines electrophysiology and optical techniques to study synaptic transmission and plasticity in the cochlear nucleus and auditory brainstem. These studies contribute to our understanding of how sensory stimuli are represented by neuronal activity and will enable improvements in treatment of hearing disorders.
NACS Status: Adjunct
Contact: NIDCD / NIH
9000 Rockville Pike, Rm 4152 / Bldg 50
Bethesda, MD 20892
301-496-6069
brenowitzs@nidcd.nih.gov
http://www.nidcd.nih.gov/research/scientists/brenowitzs.htm

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Lewis Wheaton (NACS '05) has worked across labs and institutions fully realizing the NACS interdisciplary model. His studies with Dr Hallet (NIH) and advisor Cohen (UMD) have been towards uncovering the mechanisms that inhibit a stroke survivor's movements. | Feaured NACS Alumnni |

 

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