Peripheral nerve tester

Peripheral nerve detectors are mainly used to diagnose and treat peripheral nervous system diseases. The device can detect and evaluate indicators such as nerve conduction velocity, myoelectric activity and nerve excitation potential to help diagnose the type of disease, locate the lesion, assess the severity of the disease and develop an individualized treatment plan. The device is commonly used for the diagnosis and treatment of the following diseases: peripheral neuropathy, neuromuscular disease, radiculopathy, neuritis, traumatic nerve injury, etc.

Peripheral nerve detector is a medical device used to detect nerve function. Its principle is to evaluate the function and disease of the neuromuscular system through recording and analyzing electrophysiological signals .

Specifically, peripheral nerve detectors usually use electrodes or sensors to collect electrical signals from nerves, muscles and surrounding tissues and convert these signals into digital data. Computer software is then used to analyze this data to evaluate the function and abnormalities of the neuromuscular system .

The parameters that can be detected by peripheral nerve detectors include nerve conduction velocity, amplitude, phase, reflex, neuromyographic potential, etc. By measuring and analyzing these parameters, doctors can determine whether the body's neuromuscular function is normal, diagnose the patient's pathological conditions, determine the type, degree and scope of the disease, and formulate corresponding treatment plans.

In general, the principle of peripheral nerve detectors is based on the recording and analysis of electrophysiological signals, and through data processing and analysis, it evaluates the function and abnormality of the neuromuscular system to help doctors diagnose and treat diseases.