VP Shunt

1. What is VP Shunt Surgery?
A ventriculoperitoneal (VP) shunt is a surgical system that drains excess CSF from the brain's ventricles into the abdominal cavity, where the fluid can be absorbed naturally.

2. When is a VP Shunt needed?
It is commonly used for hydrocephalus caused by conditions such as congenital abnormalities, brain tumours, infections, bleeding, trauma, or impaired CSF absorption.

3. How is VP Shunt Surgery performed?
The surgeon places a catheter into a brain ventricle and connects it to a valve and tubing that passes under the skin to the abdomen.

4. What evaluations are required before surgery?
Brain imaging such as CT or MRI is usually performed. Depending on the patient's condition, neurological assessment, blood tests, and other investigations may also be required.

5. What types of VP shunts are available?
Shunts may use fixed-pressure or programmable valves. The appropriate system depends on the patient's age, hydrocephalus type, clinical condition, and neurosurgical assessment.

6. How long does the procedure take?
VP shunt placement commonly takes around 1–2 hours, although the duration can vary depending on the patient's condition and surgical complexity.

7. What is recovery like?
Hospitalization is often short when recovery is uncomplicated. Follow-up is important to monitor shunt function and symptoms, particularly in children and patients requiring long-term management.

8. What are the possible risks?
Potential complications include infection, bleeding, blockage, over-drainage or under-drainage, shunt malfunction, abdominal complications, and the need for shunt revision.

9. Why consider India for VP Shunt Surgery?
India has experienced neurosurgeons, advanced neuroimaging and surgical facilities, and hospitals equipped to manage both adult and pediatric hydrocephalus.

10. How can Medavelle help?
Medavelle can coordinate medical evaluation, identify an appropriate neurosurgical team, obtain a treatment estimate, and assist with hospital coordination and travel arrangements.