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Endoscopic Transnasal Skull Base Surgery represents a breakthrough in surgical technology. Instead of traditional "open" cranial surgery that requires large incisions in the scalp, we perform these complex procedures entirely through the nostrils using high-definition endoscopes. This approach allows Dr. Narayan Jayashankar to reach deep-seated tumors at the base of the brain with minimal disturbance to the surrounding healthy tissues.
Pituitary Tumor Resection: Safely removing tumors near the pituitary gland—the body’s "master gland"—through a natural nasal corridor.
Cerebrospinal Fluid (CSF) Leak Repair: Using specialized grafts and endoscopic techniques to seal leaks in the skull base that can lead to recurrent meningitis.
Meningioma & Clival Tumor Surgery: Precise endoscopic removal of tumors located at the center of the skull base, often requiring collaboration with neurosurgical teams.
Nasal & Paranasal Tumors: Endoscopic or open resection of these tumors is based on numerous factors.
Optic Nerve Decompression: Relieving pressure on the optic nerve in cases of trauma or inflammatory disease to preserve or restore vision.
Patients often prefer this method due to several clinical benefits:
No Facial Incisions: Because the surgery is performed entirely through the nose, there are no external scars or facial disfigurement.
Reduced Brain Retraction: By approaching from below, we avoid manipulating the sensitive lobes of the brain, leading to faster neurological recovery.
Faster Recovery: Reduced post-operative pain and significantly shorter hospital stays compared to open craniotomy.
Enhanced Visualization: High-definition endoscopes provide superior, "around-the-corner" views of tumors, increasing the surgeon's precision.
If you have been diagnosed with a skull base lesion or have been told that your surgery requires a complex approach, a second opinion regarding Endoscopic Transnasal Skull Base Surgery may offer you a less invasive alternative. Narayan Clinic provides the advanced imaging and surgical expertise necessary for these high-precision procedures.