| Aaron Batista |
Neural prosthetics, sensory-motor coordination, multielectrode neural recording and microstimulation. |
| Guoqiang
Bi |
Cultured
neuron network, spatiotemporal pattern of neural activity. |
| Michael
Boninger |
Biomechanics
of repetitive strain injury, design and application of
assistive technology, spinal cord injury, and research
education. |
| Charles
Bradberry |
Neurochemical
and electrophysiological studies of the neurobiology
of addiction. |
| Anthony
Brockwell |
Development
of probabilistic models for spiking of neurons as a function
of covariates of interest, and associated decoding problems. |
| Donald
Crammond |
Functional
localization in cerebral cortical areas; motor systems,
particularly movement planning, higher motor function;
movement disorders and application of electrophysiological
methods to surgical treatment; plasticity and functional
reorganization of cerebral cortex; motor learning and
adaptation. |
| Tracy
Cui |
Neural
tissue/electrode interface and neural tissue engineering,
CNS drug delivery and sensor. |
| G.
Bard Ermentrout |
Neural
circuit analysis, neural computation. |
| Neeraj Gandhi |
Neural
control of eye movement and neural integration of oculomotor
and vestibular systems. |
| Jörg
Gerlach |
Bioreactors,
3D neuronal culture model. |
| Tamer Ibrahim |
Development of wireless brain machine interface |
| Robert
Kass |
Statistical
analysis of neuronal data. |
| Seong-Gi
Kim |
Development
of neuroimaging techniques and determination of functional
imaging signal sources. |
| Carl
Lagenaur |
Synaptogenesis
and neural adhesion molecules. |
| Kacey
Marra |
Neuronal
tissue engineering. |
| Becky
McNamee |
Functional
MRI and fMRI data processing and analysis. |
| Mark
Redfern |
Postural control, vestibular disorders in elderly, visual/proprioceptive cues. |
| Matthew Smith |
Neuronal circuits that mediate visual perception |
| Andrew
Schwartz |
Cerebral
mechanisms of volitional arm movement and cortical control
of neural prosthetics. |
| Mingui
Sun |
Neurophyisological
singals and systems, biosensor design, brain-computer
interface, bioelectronics and bioinformatics. |
| Gelsey Torres-Oviedo |
Motor adaptation of locomotion and balance control in humans |
| Robert Turner |
Deep brain stimulation and neuromodulation therapies for movement disorders (Parkinson's disease and dystonia). Neurophysiologic studies of DBS mechanisms in non-human primates. |
| Elizabeth Tyler-Kabara |
Brain-computer interface, motor system neurophysiology, electrocorticography, magnetoencephalography, neuronal networks, neurla progenitor cells, neuronal-electrode interfaces. |
| Wei Wang |
Brain-computer interface, motor system neurophysiology, electrocorticography, and magnetoencephalography. |
| Yadong Wang |
(1) investigate regenrative potentials of biomaterals with neuortransmitter functionalities and
(2)controlled delivery of growth factors. |
| Douglas
Weber |
Neural
coding, primary afferent neural recording, sensory neural
interfaces, and functional electrical stimulation. |
