35-year-old walks same day after rare triple motion-preserving spine surgery

In case of spine surgery, the ultimate goal is to help patients regain their quality of life, not just to relieve pain. For younger and active individuals, preserving natural spinal movement is as much important as eliminating pain. Recently, a complex spine procedure highlights how advances in motion-preserving technologies are reshaping the treatment.

Recently, a 35 year old individual underwent a rare simultaneous motion preserving spine surgery. He was suffering from severe neck pain, disabling lower back pain, numbness and significant functional limitation. In a single operative sitting, the team of experts performed a two-level artificial cervical disc replacement and a one-level lumbar disc replacement through an anterior approach.

The significance of this procedure lies in the philosophy behind the treatment. Traditionally, many patients with severe disc degeneration undergo spinal fusion. Fusion can be highly effective in relieving pain. It also eliminates movement at the treated segment. On the other hand, artificial disc replacement offers a different approach than traditional procedure. In this approach, instead of fusing the spine, the damaged disc is removed and replaced with a specially designed artificial implant that aims to maintain movement at the operated level. This motion preserving strategy has been accepted increasingly in carefully selected patients. This procedure is particularly a hope for younger individuals who wish to maintain an active lifestyle. Research over the years has shown that cervical and lumbar disc replacement can provide excellent pain relief and neurological recovery. It also helps preserving mobility.

Two level cervical disc replacement itself requires considerable expertise. Adding a lumbar disc replacement during the same surgical session further increases the complexity. It demands precise planning, accurate patient selection, advanced surgical skills and coordinated teamwork.

All three diseased discs were successfully replaced in a single operation session. It achieved neural decompression, restoration of spinal alignment and preservation of motion across the treated segment. The biggest achievement was the patient’s recovery. The patient was able to walking on the same day of surgery.

Dr Rajesh K. Verma, Chairman, Orthopedics, Joint Replacement & Spine Surgery, Shalby International Hospital Gurgaon, said, "Over the last decade, motion-preserving spine surgery has emerged as an important alternative for selected patients. It lights a hope, particularly when conservative treatments fail. Point to remember is that Not every patient is a candidate for this procedure. Spinal instability, severe arthritis, deformity, or advanced degeneration are the factors, that may still make fusion the preferred option. However, for appropriately selected patients, disc arthroplasty can offer the dual benefit of symptom relief and maintenance of natural spinal biomechanics."

The successful combination of multi-level cervical and lumbar disc replacement in a single sitting is the most noteworthy thing. The procedure demonstrates how evolving technology and surgical expertise can expand treatment possibilities for younger patients. Success of this procedure represents a significant technical accomplishment and showcases the growing role of motion-preserving spine surgery in modern orthopaedic and spine care. For patients living with chronic neck and back pain, this case serves as a reminder that advances in spine surgery are creating new opportunities—not merely to reduce pain, but to restore movement, independence, and quality of life.