Endoscopic brain surgery is a minimally invasive procedure that helps neurosurgeons see and treat brain tumours and other deep-seated brain conditions. At Narayana Hospital Gurugram, a specialised neurosurgery team uses advanced technology and modern infrastructure to perform endoscopic brain surgeries safely and effectively.

Discectomy is a surgery to remove the damaged part of a herniated disc in the spine, which helps relieve pressure on nearby nerves and reduce pain in the arms or legs.​ It is usually advised when medicines, physiotherapy and other nonsurgical treatments fail to improve symptoms or the pain keeps getting worse.

Craniotomy is a brain surgery in which a small section of skull bone is temporarily removed so the surgeon can access the brain safely. It is usually done to treat conditions such as brain tumours, blood clots, aneurysms, severe head injuries, foreign objects, brain swelling or serious infections.

Spinal fusion is a surgery that permanently joins two or more vertebrae to stop movement between them and stabilise the spine.​ It uses bone-healing techniques and is usually advised only when the exact source of back or neck pain has been clearly identified.

A lumbar puncture (spinal tap) is done in the lower back by inserting a needle between two vertebrae to collect cerebrospinal fluid.​ It helps diagnose serious infections like meningitis, nerve and brain disorders such as Guillain‑Barre syndrome or multiple sclerosis, and cancers of the brain or spinal cord.

Minimally invasive surgery (MIS) uses very small cuts, usually less than an inch, to perform operations with minimal damage to the body.​ Using a camera and special instruments, MIS reduces pain, speeds up recovery and lowers the risk of complications compared with traditional open surgery.

Stroke thrombolysis is an emergency medical treatment used to dissolve blood clots that block blood flow to the brain during an acute ischemic stroke. When given within a critical time window, it helps restore blood flow, reduce brain damage, and improve recovery outcomes.

Endovascular neurointerventional is a minimally invasive procedure performed through blood vessels to treat conditions of the brain and spine. Using catheters and advanced imaging, it is used to manage aneurysms, arteriovenous malformations (AVMs), stroke, and blocked or narrowed brain arteries without open surgery.

Botox therapy is a medical treatment used in neurology to manage conditions such as muscle spasticity, dystonia, chronic migraines, excessive sweating, and certain movement disorders. It works by temporarily relaxing overactive muscles and reducing nerve signals that cause pain or stiffness.

A minimally invasive imaging procedure used to visualize blood vessels in the brain and neck. A thin catheter is guided through the artery and contrast dye is injected to detect blockages, aneurysms, or malformations. It helps doctors accurately diagnose and plan the most effective neurovascular treatment.

This procedure treats narrowed or blocked brain arteries by gently inflating a tiny balloon within the vessel to restore blood flow. It improves circulation, reduces stroke risk, and may be combined with stenting for better outcomes. Performed using advanced imaging for precision and safety.

Used to treat conditions like idiopathic intracranial hypertension, this procedure relieves pressure in the brain by placing a stent in narrowed venous sinuses. It improves blood drainage, reduces symptoms like headaches and vision issues, and is performed through a minimally invasive endovascular approach.

A specialized procedure to treat abnormal blood vessels in the spinal cord. Using a catheter, doctors block these vessels with embolic agents to prevent bleeding or neurological damage. It is a precise, minimally invasive technique that helps stabilize or improve symptoms with reduced surgical risk.

Performed before tumor surgery, this procedure blocks the blood supply to the tumor, reducing bleeding during operation. It helps surgeons remove tumors more safely and effectively. Done through a minimally invasive approach; it improves surgical outcomes and lowers complications in highly vascular brain or spinal tumors.

An advanced treatment for complex brain aneurysms where a flow diverter stent is placed to redirect blood away from the aneurysm. This promotes healing of the vessel over time and reduces rupture risk. It is a minimally invasive alternative to open surgery with excellent long-term outcomes.