Neurosurgery Expert Brain & Spine Solutions

Our neurosurgical team is available round-the-clock to manage traumatic brain injuries, skull fractures, and spinal cord trauma with rapid diagnosis and surgical stabilization.

We provide emergency care for ischemic and hemorrhagic strokes, including thrombolysis, decompression, or clot evacuation to preserve brain function and reduce mortality.

Procedures such as craniectomy and burr hole drainage are performed urgently to relieve elevated intracranial pressure caused by hematomas or swelling.

A transnasal endoscopic approach is used to remove pituitary tumors with minimal disruption to brain tissue, offering faster recovery and preservation of hormonal function and vision.

Endoscopic techniques are used to seal cerebrospinal fluid leaks at the skull base, reducing the risk of meningitis and recurrent infections without open surgery.

Keyhole and endoscopic-assisted procedures are used to treat select brain tumors, cysts, and hematomas with smaller incisions and enhanced surgical precision.

Depending on tumor location and size, we perform either open craniotomies or keyhole approaches using advanced navigation systems to safely remove benign and malignant brain tumors.

Tumors affecting the spinal cord or vertebrae are surgically removed to relieve compression, preserve neurological function, and reduce pain.

Stereotactic or open biopsies are performed to obtain tissue samples from brain or spinal lesions, aiding in accurate diagnosis and guiding further oncologic treatment.

A permanent device is surgically implanted to divert excess CSF from the brain to another part of the body, most commonly the abdomen, to relieve pressure in cases of hydrocephalus.

A temporary catheter system is placed to externally drain CSF and monitor intracranial pressure in critically ill patients with acute brain swelling or infection.

We treat brain aneurysms either through open surgical clipping or minimally invasive coiling techniques to prevent rupture and reduce the risk of hemorrhagic stroke.

AVMs are managed with a combination of surgery, embolization, or radiosurgery to eliminate abnormal connections between arteries and veins and prevent bleeding.

Used to relieve nerve compression in conditions like trigeminal neuralgia, this procedure involves repositioning offending blood vessels to restore nerve function and alleviate pain.

Stabilization of unstable spinal segments through screw-rod systems, cages, or plates to restore alignment and prevent neurological deterioration.

We treat conditions such as fractures, spinal stenosis, disc prolapse, and scoliosis through decompression and stabilization surgeries tailored to patient needs.

Minimally invasive procedures are performed using high-precision tools and imaging guidance to treat disc herniations and spinal canal narrowing with minimal disruption to surrounding tissues.

We perform corrective surgeries for conditions such as encephalocele, neural tube defects, and Chiari malformations to preserve brain function and support normal development.

Tumors affecting the brain or spinal cord in children are surgically managed with advanced imaging, navigation systems, and child-sensitive protocols to ensure safe and effective removal.

We provide comprehensive treatment for these developmental conditions using shunt placement, endoscopic third ventriculostomy (ETV), and reconstructive procedures to restore normal brain and skull function.

We manage benign and malignant tumors at the base of the skull through microscopic and endoscopic approaches, ensuring safe removal while preserving nearby nerves and vessels.

Used to relieve nerve entrapment syndromes like carpal tunnel and restore function in damaged nerves through microsurgical repair and grafting techniques.

Reconstructive surgeries are performed for traumatic, congenital, or tumor-related craniofacial defects, restoring both appearance and neurological function with a multidisciplinary approach.

High-resolution imaging of cerebral and spinal blood vessels helps identify aneurysms, arteriovenous malformations (AVMs), and vascular occlusions with exceptional precision.

Minimally invasive catheter-based techniques are used to treat aneurysms, AVMs, and arterial blockages, offering faster recovery and reduced surgical risks.

A multidisciplinary team ensures seamless planning and execution of neurointerventional procedures, combining expertise from neurosurgery, neuroradiology, and neurology for optimal outcomes.