Mitigating the Foreign Body Response and Ensuring Multi-Year Chronic Stability

Core clinical engineering and protocols for Intraneural Electrode Longevity.

The Mechanical Challenge of Peripheral Nerve Interfaces

Unlike the brain which is protected inside the skull, peripheral nerves in arms and legs stretch, bend, and slide against muscle tissue during everyday movement. Rigid silicon electrodes break or cause severe mechanical trauma to nerve fascicles.

Flexible Intrafascicular Polymers

NeuroLiaison designs Transversal Intrafascicular Micro-Electrode (TIME) arrays using flexible polyimide ribbons that move harmoniously with peripheral nerve fascicles. Porous platinum-iridium or conductive polymer coatings maintain low impedance and stable signal-to-noise ratios over years of implantation.

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