Sensory Neuroscience
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Art, Jonathan | Associate Professor
Electrophysiological and optical recording of hair cell physiology in the auditory and vestibular systems
Carrithers, Michael | Associate Professor
Translational and clinical approach to develop novel treatment of multiple sclerosis and viral illness
Chuang, Chiou-Fen | Associate Professor
Mechanisms of sensory diversity at molecular and neural circuit levels
Cologna, Stephanie | Assistant Professor
Mass spectrometry, proteomics, lipidomics, neurodegeneration, lysosomal storage diseases
Hetling, John | Associate Professor
Application of neural engineering techniques and tools to vision science
Kazlauskas, Andrius | Professor
signaling events underlying pathogenesis of cancer and retinal disorders
Leshikar, Eric | Assistant Professor
Aging and memory; fMRI; neuroscience; social and emotional memory across the lifespan; cognitive neuroscience of aging; long-term memory formation; memory for impressions; self-referential encoding
Lysakowski, Anna | Professor
Anatomy and cell biology of peripheral vestibular sensory organs and their associated mitochondria
McAnany, Jason | Assistant Professor
Visual function in retinal disease
Park, Thomas | Professor
Comparative neurobiology, hypoxia tolerance; hypercapnia tolerance; pain tolerance; sensory systems
Patton, James | Professor
Robotic teaching, dynamic balance control, haptics, modeling of the human-machine interface, and robot-facilitated recovery from a brain injury
Rosenblatt, Mark | Professor
Innovation and the translation of basic discoveries in the laboratory into relevant therapies for patients in the context of vision
Salles, Angeles | Assistant Professor
auditory communication and complex sound processing
Vlasits, Anna Louise | Assistant Professor
Information flows through and is filtered by neural circuits in the retina; motion and color processing
Wang, Zaije (Jim) | Professor
Chronic pain; Drug addiction; Multiple sclerosis;Â Natural products; CNS delivery
Zak, Joseph | Assistant Professor
Uncover the role of learning in the development, refinement, and organization of neural circuits in sensory systems.