MRI Scan Detailed Study Of Cervical and Lumbar Region, in Visit Clinic

A cervical or lumbar MRI visualizes the spine’s bones, intervertebral discs, spinal cord, nerve roots and surrounding soft tissues. It detects disc herniation or degeneration, spinal stenosis, nerve compression, inflammation, infection, tumors and congenital or post‑surgical changes. It also assesses alignment, fractures and marrow abnormalities. Findings help guide diagnosis and treatment of neck or lower back pain, radiculopathy and neurological deficits.

A cervical spine MRI usually takes about 15–30 minutes of scanning (about 30–45 minutes total with preparation). A lumbar spine MRI typically requires 20–40 minutes of scan time (roughly 30–60 minutes including positioning and paperwork). Adding contrast or extra sequences can extend the appointment by 15–30 minutes. Exact times vary by facility and the study ordered.

An MRI scan of the cervical spine uses magnetic fields and radio waves to produce detailed images of neck vertebrae, intervertebral discs, spinal cord and nerves. It helps diagnose causes of neck pain, radiculopathy, trauma, infection, tumors and degenerative or inflammatory conditions. The test is non-invasive and radiation-free, may require contrast dye, takes about 20–60 minutes, and has contraindications for some metal implants.

A lumbar spine MRI is a noninvasive imaging test using magnetic fields and radiofrequency pulses to produce detailed images of the lower spine—vertebrae, discs, spinal canal, nerves and soft tissues. It helps diagnose causes of back pain, sciatica, disc herniation, spinal stenosis, infection or tumor. There’s no ionizing radiation; scans often take 20 to 45 minutes and may be limited by certain metal implants or claustrophobia.

Yes—lumbar MRI can identify structural causes of nerve injury (herniated discs, foraminal/spinal stenosis, nerve‑root compression) and show secondary signs such as nerve‑root signal changes or muscle denervation. However, MRI does not measure nerve function or microscopic axonal loss; electrodiagnostic tests (EMG/NCS) and clinical correlation are usually needed to confirm the presence, severity and chronicity of nerve damage.

A neurologist orders a cervical spine MRI to evaluate causes of neck pain, arm pain, numbness, weakness, or signs of spinal cord compression (myelopathy) such as gait or hand clumsiness. MRI detects disc herniation, spinal stenosis, tumors, infection, inflammation or demyelination and assesses trauma or congenital/degenerative changes. It guides diagnosis, monitoring and pre‑surgical planning by visualizing the spinal cord, nerve roots and soft tissues.