| The objective of this grant is to demonstrate
quantifiable spatiotemporal differences in macroscopic electrical
activity of human sensorimotor cortices during voluntary isometric
torque generation in the upper limb.
RO3 HD39804-01A1 Agency: NIH
The objective of this grant is to elucidate the temporal
development of the brain activity from motor planning to the
execution. This AHA proposal will provide information on the
effect of motor planning on the performance of an isometric
torque generation.
Scientist development grant Agency: AHA
The objective of this grant is to elucidate the role of
sensorimotor cortices in the loss of independent joint control
when stroke subject generates an isometric torque. Linear
regression modeling will be used to identify the main factors
that lead to the discoordination. Results found by the modeling
work will be used to investigate the effect of a novel multi-degree
of freedom isometric training protocol on cortical activity
in stroke subjects.
5 R01 HD 047569-01 Agency: NIH
The general aim of this proposal is to elucidate the roles
of cortex and descending motor pathways in the expression
of abnormal muscle coactivation patterns following stroke.
R21 Agency: NIH
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