MRI LS spine with whole-spine screening is an MRI focused on the lumbosacral (lower back) region plus sagittal images of the entire spine to check for related or distant abnormalities. It noninvasively evaluates vertebrae, discs, spinal canal, nerve roots, marrow and soft tissues, and is commonly used for back pain, radiculopathy, trauma, infection or suspected metastatic disease. Contrast may be added if infection or tumor is suspected.

In Chennai, MRI LS spine with whole‑spine screening typically costs around ₹3,500–₹10,000. Prices are lower at public hospitals (often ₹1,500–₹4,000) and higher at private/imaging centers (₹5,000–₹12,000). Adding contrast (gadolinium) or urgent slots can add ₹2,000–₹4,000. Confirm exact fees, report and consultation charges, and appointment availability with the chosen facility.

Whole-spine MRI costs vary widely by country and facility. In the United States, typical self-pay prices range roughly $700–$3,000 (higher in hospital settings or with contrast). Private clinics in the UK charge about £250–£700 (NHS scans are free with referral). In India, prices commonly range ₹3,000–₹12,000. Final cost depends on contrast use, facility type, and insurance coverage.

A whole-spine screening MRI typically takes about 30–60 minutes. Non-contrast exams often run 30–45 minutes; adding contrast or extra sequences can extend to 60–90 minutes. Time for preparation, positioning and any breaks may lengthen the visit. The exact duration depends on the protocol, the number of spinal regions imaged, and whether sedation or additional views are needed.

A full spine MRI cost varies widely by country, facility, and whether contrast is used. In the United States it commonly ranges from about $500–$3,500 (higher at some hospitals or with contrast). In the UK it’s usually free on the NHS but private scans cost roughly £300–£800. In India prices commonly run about ₹3,000–₹12,000; insurance and location affect final cost.

Spine MRI can often detect structural causes of nerve injury—herniated discs, spinal stenosis, tumors, inflammation and signal changes in the spinal cord or nerve roots that suggest compression or damage. However, MRI shows anatomy and signal abnormalities, not nerve function. Small peripheral injuries or functional deficits may be missed; electrodiagnostic tests (EMG/nerve conduction) or specialized MR neurography are sometimes needed for confirmation.