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We report the development of a novel experimental system for investigation of potential correlation between cortical neuronal signals and lower limb movement with targeted application towards cortical controlled neuroprosthesis. The system consists of a specially designed chair and a virtual reality based task environment. We designed a training paradigm for non-human primates to perform whole leg...
We report the development of a novel experimental system for investigation of potential correlation between cortical neuronal signals and lower limb movement with targeted application towards cortical controlled neuroprosthesis. The system consists of a specially designed chair and a virtual reality based task environment. We designed a training paradigm for non-human primates to perform whole leg...
We report the development of a novel experimental system for investigation of potential correlation between cortical neuronal signals and lower limb movement with targeted application towards cortical controlled neuroprosthesis. The system consists of a specially designed chair and a virtual reality based task environment. We designed a training paradigm for non-human primates to perform whole leg...
We briefly report recent results of a simple alternate method to improve mechanical stiffness of BCB polymer neural implant for surgical insertion into brain tissue, which uses coatings dissolvable in bio-fluids. We have studied three different coating materials such as thermo-reversible gel Poloxamer 407, glucose (C/sub 6/H/sub 12/O/sub 6/) and regular table sugar that were applied by dip coating...
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