patients with traumatic brain and spinal cord injuries. It is backed up by high-end Neuro-Intensive Care facilities, Medical and Radiation Oncology. The Institute is harnessed with the latest equipment for accurate diagnosis and treatment including high-end MRI, Ultrafast CT scan, Cath Lab, Ultrasound, EEG, EMG, NCV and many more.

Neurosurgery is supported by a renowned and experienced faculty for providing the best neurosurgical care at par with the best centers anywhere in the world. It offers world-class services for the management of neurosurgical problems such as Brain tumors, Aneurysms / Vascular pathology, Spine surgery & Minimally Invasive Spine Surgery, Paediatric Neurosurgery, Peripheral Nerve Surgery, Endoscopic Skull Base Surgery, Head Injury Services, Epilepsy Surgery, 24 x 7 Emergency services, Restorative neurology and rehabilitation, Stem cell research and therapy. The department is equipped with cutting edge technology, dedicated Operation theatres, World Class Leica Microscope, Karl Storz Endoscopy, Intraoperative Electrophysiological monitoring, Isocentric C-Arm, CUSA, and I.C.P Monitoring.

Spine Surgery, another sub-specialty of Neurosurgery, caters to all the disorders of the spinal cord and vertebral column. The faculty is well-versed with all the latest techniques in the diagnosis and management of all diseases of the spine. The services offered include treating Spinal canal stenosis, Herniated disc disease (Disc prolapse), Degenerative disc disease, Spinal instability due to arthritis, Degenerative arthritis, Spine fractures and trauma, Spina bifida, Spinal cord tumors, Scoliosis (Bent spine), Minimally Invasive Spine Surgery – MISS, which involves recent innovation using minimally invasive techniques using “keyhole surgery’ is performed using endoscopic devices.

Facilities & Equipment

Neurosurgery department is well equipped with ultra-modern technology and equipment i.e. the Leica operative microscope, Aesculaphigh speed drill, microsurgical instruments, Sugita head clamps, Operating table, C-arm, Stereotactic frame, Neuroendoscope, bone scalpel Cavitron ultrasonic surgical aspirator (CUSA) and Erbe Neurosurgical Diathermy. These facilities enable surgeons to perform complex brain tumor surgery, skull base surgery, deep brain stimulation, stereotactic neurosurgery, and advanced spinal surgeries.

M.Ch Program Highlights

By the end of the 3 year training program, the resident should be well-versed in the theoretical aspects of neurosurgery, competent to manage a wide range of emergency neurosurgical presentations with sound technical operative skills and surgical judgment and well versed with microsurgical skills and be able to critically evaluate neurosurgical clinical and basic research.
Program is structured into six sections of six months each with evaluation at the end of each section. All residents will go through the various rotations sequentially, gaining experience and responsibility as they progress. The structured nature of the program allows the trainees to plan their time, studies, and research efforts. This structured training program leads to a more predictable and productive training experience.