NEUROPROSTHETICS AND THEIR INTEGRATION WITH THE HUMAN NERVOUS SYSTEM
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Keywords: Neuroprosthetics , brain-computer interface, nervous system integration, motor prostheses, cochlear implant, neural signal processing, biocompatibility, biomedical engineering, artificial neural interfaces, neural rehabilitation.##article.abstract##
Abstract: Neuroprosthetics represent a rapidly advancing field within biomedical engineering that focuses on developing artificial devices to restore or enhance neural function. These devices, such as brain-computer interfaces (BCIs), cochlear implants, and motor neuroprostheses , interact directly with the human nervous system to replace lost sensory or motor capabilities. Recent advances in materials science, neural signal processing, and machine learning have significantly improved the biocompatibility, precision, and responsiveness of these systems. This article explores the mechanisms of neuroprosthetic integration with the central and peripheral nervous systems, current applications in medicine, and future directions aimed at achieving seamless communication between artificial devices and biological neurons. Such integration holds great promise for improving the quality of life for individuals with neurological impairments or limb loss.
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