VEP - Visual Evoked Potential

Also Known As:

Visual Evoked Response (VER)

Optic Nerve Function Test

Visual Pathway EEG

VEP Electrophysiology

Visual Evoked Potential (VEP) measures the brain’s electrical response to visual stimuli. It helps detect problems in the optic nerve and visual pathways. The test is useful in diagnosing conditions like multiple sclerosis and visual impairments. It is safe, non-invasive, and provides reliable diagnostic information.

Includes 4 Test Parameters

Technique

Measurement of electrical signals reaching the visual cortex in response to light flashes or checkerboard patterns.

Purpose

To identify damage to the optic nerve and visual pathways in the brain.

Area Covered

The optic nerve, optic chiasm, and the occipital lobe of the brain.

Key Clinical Point

Highly sensitive for detecting "silent" lesions in Multiple Sclerosis (MS) even before vision loss occurs.

Includes Test 5 Parameters

It measures the time it takes for a visual signal from your eyes to reach the visual cortex in your brain.

You will look at a television screen with a shifting checkerboard pattern or receive light flashes from goggles.

Yes, it is a very sensitive test for detecting optic nerve inflammation (optic neuritis), which is often an early sign of MS.

Yes, if you use corrective lenses for distance, you must wear them during the test.

No, there is no physical contact with the eyes. It is purely a visual and electrical recording test.

VEP - Visual Evoked Potential

₹3,800.00 ₹4,000.00 (5% OFF)

VEP - Visual Evoked Potential

Includes 4 Test Parameters

VEP - Visual Evoked Potential 4 Parameters

Includes Test 5 Parameters

What does the VEP test measure?

What do I have to look at?

Can VEP detect Multiple Sclerosis (MS)?

Should I wear my glasses?

Does the test hurt the eyes?

VEP - Visual Evoked Potential