J. Crayton Pruitt Family Department of
              BIOMEDICAL ENGINEERING SEMINAR
              
              Karim Oweiss, Ph.D.
              Professor
              Department of Electrical and Computer Engineering, UF
              
              Monday, October 27th
              4:00 p.m.
              Communicore, room C1-9
              
              Reverse Engineering the Brain: Implications for Clinically
              Viable Brain Machine Interfaces
              
              Our ultimate understanding of the brain as a complex
              system is reflected in our ability to predict its dynamics
              in the normal state and eventually control these dynamics
              in the pathological state. Interest in reverse engineering
              the brain - the process of identifying its building blocks
              and revealing how they're networked together - has been
              surging, primarily due to striking advances in neural
              interface technology intended to measure and manipulate
              brain dynamics at exceedingly high temporal and spatial
              resolutions, and to characterize the ever changing
              interplay between the brain's structure and function.
              
              
              
              In this talk, I will discuss our recent efforts to
              characterize the neural ensemble correlates of
              somatosensory and motor coding in the brain, and
              demonstrate how inferring the connectivity between
              constituents of an ensemble may be key to rapid learning
              of neural decoders that translate thoughts of
              neurologically impaired subjects into reaching and
              grasping behavior of natural or artificial limbs.
              Complementing this view is our framework to reverse
              engineer the thalamocortical pathway in order to
              facilitate perceptual learning of artificial sensory
              feedback such as touch and proprioception through
              electrical or optogenetic stimulation. I will conclude by
              shedding some light on key questions that have to be
              addressed for brain-machine interfaces to have a long
              lasting impact on basic and clinical neuroscience.
              
              
              UPCOMING BME SEMINARS:
              November 3, 2014 - Dr. Martha Campbell-Thompson,
              Professor, Department of Pathology, Immunology and
              Laboratory Medicine, UF
              **November 10, 2014 - Dr. Maryellen Gigier, A.N. Pritzker
              Professor of Radiology and the College Vice Chair for
              Basic Science Research, University of Chicago**
              **November 17, 2014 - Dr. Mark Saltzman, Goizueta
              Foundation Professor of Chemical and Biomedical
              Engineering & Chair, Biomedical Engineering, Yale
              University **
              
              **Leadership Distinguished Lecturer
              http://www.bme.ufl.edu/bme_seminars<http://www.bme.ufl.edu/bme_seminars/>
              
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