Neural prosthetics are implantable medical devices designed to interface directly with the brain, aiming to restore or augment sensory and motor functions that have been lost due to injury, disease, or congenital conditions.
They address the need for advanced treatments for conditions affecting the nervous system, including paralysis, blindness, hearing loss, and neurological disorders.
These devices use microelectrodes to record neural activity and stimulate neurons in response. They can be controlled by external systems such as computers or smartphones to perform tasks like restoring vision or controlling prosthetic limbs.
The manufacturing process involves precise microfabrication techniques to create biocompatible electrodes and encapsulation materials. These devices must be tested rigorously to ensure safety and efficacy before clinical trials.
Components are fabricated using semiconductor processes for the electronics and biocompatible polymers or metals for the physical structure. Testing includes biological compatibility assessments, mechanical strength tests, and in vitro and in vivo performance evaluations.
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