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Long term neurophysiological studies of un-anesthetized and freely moving animals require an implantable miniaturized telemetry system that can acquire and transmit neural firing patterns and other physiological parameters directly from inside the body. In this paper the design and in vitro results of a long range implantable bio-telemetry system is presented. This system has three main features:...
Neural prosthetic systems have the potential to restore lost functionality to amputees or patients suffering from neurological injury or disease. Current systems have primarily been designed for immobile patients, such as tetraplegics functioning in a rather static, carefully tailored environment. However, an active patient such as amputee in a normal dynamic, everyday environment may be quite different...
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