Minimally Invasive Neurosurgery Lahore

Minimally invasive neurosurgery (MIS) is not one operation — it is an approach applied across almost every corner of brain and spine surgery. Instead of a long incision and wide exposure to give the surgeon room to work, minimally invasive techniques use small incisions, tubular retractors, endoscopes, and high-definition cameras to reach the same target with far less disruption to the tissue around it. The destination — the tumour, the herniated disc, the compressed nerve — is the same. The route to get there is what changes.

On the spine, this means full endoscopic spine surgery and tubular microdiscectomy, where a working channel as small as 8mm is guided between muscle fibres instead of stripping them off the bone, and minimally invasive transforaminal fusion, where screws are placed through small stab incisions guided by X-ray rather than one long midline opening. On the brain, it means keyhole and supraorbital craniotomies for tumours and aneurysms that once required removing a large section of the skull, and endoscopic endonasal surgery, where pituitary tumours are removed entirely through the nose, with no scalp incision and no brain retraction at all.

Why does the size of the incision matter so much? Because most of the pain, blood loss, and recovery time after neurosurgery comes not from treating the target lesion itself but from the collateral damage of getting to it — cut muscle, retracted brain tissue, disrupted bone and ligament. Smaller access routes mean less muscle and soft tissue damage, less blood loss, a shorter hospital stay, less post-operative pain and pain-medication requirement, a lower infection risk, and a faster return to work and normal life — while the actual surgical goal (removing the tumour, decompressing the nerve, stabilising the spine) is achieved just as completely as with open surgery.

Dr. Waqas Mehdi is among the few neurosurgeons in Lahore trained across this full spectrum — full endoscopic and tubular spine surgery, endoscopic third ventriculostomy (ETV) for hydrocephalus, keyhole craniotomy for brain tumours, and endoscopic endonasal pituitary surgery — allowing him to recommend the least invasive option that will still achieve a complete, safe result for each individual patient at MidCity Hospital, Lahore.