Many spine conditions can be managed without surgery through medication, physiotherapy, lifestyle changes, and rehabilitation. The goal is to reduce symptoms and improve function.

Minimally invasive brain and spine surgery is offered for selected neurosurgical conditions using advanced surgical techniques. Smaller incisions may help reduce tissue disruption, shorten hospital stays, and support a faster recovery when appropriate.

Micro-discectomy is a minimally invasive procedure used to remove a portion of a damaged spinal disc. It helps relieve pressure on nearby nerves.

This surgery creates more space within the spinal canal by removing part of the vertebral bone. It is commonly performed for spinal stenosis.

Interbody fusion stabilizes the spine by joining two vertebrae together. It can help reduce pain and improve spinal alignment.

Spinal instrumentation uses specialized implants to support and stabilize the spine. It is often performed alongside reconstructive spinal procedures.

This procedure removes a damaged disc in the neck through an anterior approach. It helps relieve pressure on the spinal cord and nerves.

Following disc removal, fusion may be performed to maintain spinal stability. The procedure supports long-term alignment and function.

This surgery relieves pressure on the spinal cord in the neck region. It may be recommended for advanced cervical stenosis.

Posterior cervical fixation stabilizes the cervical spine using specialized implants. It is commonly used after trauma or complex spinal surgery.

Patients with severe neurological conditions receive close monitoring and specialized care in the neuro intensive care setting. Continuous observation supports timely intervention when needed.

This monitoring technique helps assess pressure levels inside the skull. It is often used in patients with significant brain injuries or swelling.

A craniotomy may be performed to remove accumulated blood within the skull. This procedure helps relieve pressure on brain structures.

Spinal fractures may require surgery to restore stability and protect the spinal cord. Treatment is tailored to the severity of the injury.

Microsurgical techniques allow precise repair of damaged nerves. The aim is to support recovery of sensation and function.

Brain tumor surgery is performed using advanced microscopic techniques for greater precision. The goal is to remove as much of the tumor as safely possible.

This minimally invasive approach accesses the pituitary gland through the nasal passages. It avoids large external incisions while allowing effective tumor removal.

This procedure provides access to spinal tumors while preserving surrounding structures. Microscopic techniques help improve surgical accuracy.

Clot evacuation surgery may be required in selected cases of brain hemorrhage. The procedure helps reduce pressure and prevent further injury.

In certain severe strokes, decompressive surgery can help manage swelling within the brain. Timely intervention may improve outcomes.

Aneurysm clipping involves securing the affected blood vessel to prevent further bleeding. It is performed through specialized neurosurgical techniques.

Shunt procedures help divert excess cerebrospinal fluid and reduce pressure within the brain. They are commonly used to treat hydrocephalus.

These procedures address spinal abnormalities present at birth. Early treatment supports neurological protection and development.

Surgery may be recommended when nerve compression symptoms do not improve with conservative care. The procedure relieves pressure on the affected nerve.