Designing an Intraoperative Device for Nerve Conduction Velocity
Our device is a compact, real-time intraoperative nerve conduction device.
Real-time monitoring of nerve action potentials (NAPs) during surgery is essential for protecting nerve function and guiding critical decisions—but traditional systems are bulky, complicated, and often overwhelmed by electrical noise. This project introduces a cutting-edge intraoperative NAP monitoring device that reimagines nerve monitoring with a sleek, handheld design. Engineered for portability and precision, it features custom-designed electrodes for sharper signal detection and built-in artifact suppression to ensure cleaner, more reliable readings. By eliminating the need for cumbersome EMG machines, the device brings streamlined, high-fidelity nerve monitoring directly into the surgeon’s hands.
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Take a look at the scientific papers in the market that we encountered to help us develop this device.
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