NCV (nerve conduction velocity) test for both lower limbs measures how fast and how strongly electrical impulses travel along the nerves in the legs. Surface electrodes stimulate and record responses to detect nerve damage, compression, or neuropathies (e.g., diabetic or entrapment). The outpatient test may cause mild tingling, takes about 30–60 minutes, and usually needs no special preparation.

Costs vary by country and facility. Typical private fees for an NCV study of both lower limbs are roughly: India ₹1,000–6,000; UK (private) about £150–500; US $200–1,500. Public healthcare or insurance may reduce or cover costs. Final price depends on hospital, whether EMG or consultation is included, and local testing protocols—contact local clinics for an exact quote.

The nerve conduction velocity (NCV) test measures how fast electrical signals travel along peripheral nerves. It helps detect and localize nerve damage, distinguish demyelinating versus axonal neuropathies, diagnose conditions like carpal tunnel syndrome or radiculopathy, quantify severity, and monitor progression or treatment response. It complements clinical exam and electromyography for comprehensive evaluation of nerve disorders.

A nerve conduction velocity (NCV) test typically takes about 30 to 60 minutes. Shorter studies focusing on one or two nerves may last 20 to 30 minutes, while extended testing or a combined EMG can take up to 90 minutes. Allow extra time for preparation, electrode placement, and a brief explanation. You can expect mild discomfort from electrical pulses, but most people tolerate it well.

Yes. Nerve conduction studies (NCV) measure speed and strength of electrical signals in peripheral nerves and can detect nerve damage: slowed conduction suggests demyelination, while reduced amplitude indicates axonal loss. NCV helps localize lesions and assess severity, often together with EMG. It’s safe and mildly uncomfortable but has limited sensitivity for small‑fiber neuropathy and central nervous system disorders.

Whether nerve damage can be cured depends on cause and severity. Peripheral nerves often recover partially or fully if the cause (compression, vitamin deficiency, toxin, high blood sugar) is treated, or after surgical repair; regeneration is slow and sometimes incomplete. Severe injuries or central nervous system damage (brain, spinal cord) are rarely fully curable. Treatment targets the cause, symptom control, rehabilitation, and sometimes surgery or advanced therapies.