

Caring for your health is all we do
Medicover Hospitals, Kharghar is a premier destination for Advanced Neurosurgery in Navi Mumbai. Our facility is recognized for its clinical excellence in treating complex disorders of the brain, spine, and peripheral nervous system. Serving the communities of Kharghar, Belapur, Panvel, and Taloja, we combine the expertise of internationally trained surgeons with cutting-edge medical infrastructure.
Our neurosurgery department features modular operation theaters, a specialized Neuro-Intensive Care Unit (NICU), and 24/7 diagnostic support. We focus on patient-centric care, offering everything from preventive neurological screenings to advanced robotic-assisted surgeries and comprehensive neuro-rehabilitation.
Clinical Focus Areas:
Neuro-Oncology: Precise removal of benign and malignant brain tumors.
Spine Surgery: Treatment for fractures, disc prolapse, and spinal cord injuries.
Pediatric Neurosurgery: Specialized care for hydrocephalus and congenital brain defects.
Trauma Care: 24/7 management of head and spinal injuries.
The department is led by highly experienced specialists like Dr. Harish R Naik, a Senior Consultant Neurosurgeon with over 10 years of expertise in complex brain and spine surgeries. You can find more details here: Neurosurgeons at Medicover Navi Mumbai.
We perform a wide range of advanced procedures including craniotomy for brain tumors, aneurysm clipping, microvascular decompression, and emergency surgery for brain hemorrhages and trauma.
Yes, we specialize in minimally invasive and endoscopic spine surgeries for conditions like slipped discs, spinal tumors, and spinal stenosis, ensuring faster recovery and minimal scarring.
Medicover provides 24/7 emergency neuro-care. Our dedicated stroke team and neuro-ICU ensure that patients receive immediate intervention, such as thrombolysis or life-saving surgery, during the critical "Golden Hour."
Yes, our neurosurgery department uses state-of-the-art neuro-navigation systems and high-resolution imaging (3T MRI and CT) to achieve sub-millimeter precision during delicate brain and spine operations.