VP Shunt Placement

VP shunt placement surgery

A VP shunt is a surgical operation in the treatment of hydrocephalus, or the accumulation of cerebrospinal fluid (CSF) in the brain ventricles that lead to an increase in intracranial pressure. The excess fluid in the brain is redirected to the peritoneal cavity (abdomen) by the shunt which is capable of absorption.

Purpose:

A VP shunt is done to correct a situation when cerebral spinal fluid (CSF) is observed to be accumulated in the ventricles of the brain leading to an increase in the intracranial pressure. The shunt redirects the CSF out of the brain to the peritoneal cavity which gets absorbed by the body.

Advantages

• Superior reduction of the signs of hydrocephalus.
• Avoids the effects of high intracranial pressure over an extended period of time.
• Adjustable (programmable shunt) to achieve the best CSF drainage.

Factors Affecting VP shunt surgery cost India

The key considerations that influence the cost of VP shunt placement surgery operation in India are as follows:

Level of hospital / facility

• Higher infrastructure, staffing, facilities, access to ICU etc. mean that private super-specialty hospitals (particularly in metros) cost more. 
• Hospitals with lower base costs may be smaller or non-metro centres or even government hospitals. 
• The difference is also made by the room category (general ward vs private room vs deluxe). 

Geographical location / city

• The price in big capital cities (e.g., New Delhi, Mumbai, Bangalore) is likely to be more expensive than in a smaller city / town. 
• Hospitals that are branded as premium will also be more expensive even within a city.

Type of shunt device used

• Shunts that are not programmable are cheaper; programmable valves (which can be adjusted to drain more or less fluid) are more expensive. 

Issues in the case / patient complexity

• In case the patient has other conditions (e.g. brain tumour, infection, surgeries before) or complications, the surgery would last longer, would need more care, and therefore would be more expensive. 
• Revision surgeries (on top of an earlier shunt failure) are more expensive than primary surgery. They can be (due to scar tissue, higher risk, longer OR time etc.) 

Preoperative diagnostics and investigations

• Prior to the surgery, CT scans, MRI, blood tests, etc are required. Greater investigations = greater expense. 
• In case the patient is an out-of-town / foreign resident, transportation and accommodation to diagnostics can also become an expense.

Time in hospital / time in ICU / postoperative care

• The more time is spent in the room, the greater the room charges, monitoring and nursing charges. 
• In case of complications (infection, issues with shunt functioning) the stay can be prolonged and became more expensive. 

Anaesthesia costs and surgeon costs

• Neurosurgeons will be of high expertise and will charge more. Same for anaesthesia / OR time. 

Follow up/rehabilitation/postoperative and potential complications

• Follow-up visit costs, potential revision costs, monitoring, medication, etc. When a complication such as an infection or malfunction of shunts occurs, the price would be more expensive. 

Aspects of medical tourism / international patient package

• Packages can also include some additional services such as airport pick-up, more stay, translator, etc and therefore they are more expensive.

VP shunt procedure India

Preoperative Preparation

• Physical check: Neurological test and underlying diagnosis.
• Imaging: CT scan, or MRI of the brain to determine the size of the ventricles and arrange the placement of the catheters.
• Laboratory tests: Coagulation profile in the blood.
• Anaesthesia: General anaesthesia is employed.
• Positioning: The patient is lying on his back with head turned slightly on his side.

Surgical Steps

Burr hole and scalp incision:

• A tiny cut is formed on the head, usually towards the top of the head.
• To reach the lateral ventricle a small hole (burr hole) is drilled into the skull.

Insertion of catheters in the ventricles:

• The lateral ventricle is drained by inserting a fine and flexible tube (catheter).

Valve placement:

• A valve is also connected to the ventricular catheter to control the flow of the CSF, and ensure that it is not over drained.

Subcutaneous tunnelling:

• The incision made on the scalp is extended to the abdomen by forming a tunnel under the skin.
• It is a tunnel through which the distal end of the catheter is passed.

Peritoneal placement:

• A tiny hole is created on the abdomen and the distal catheter is inserted in the peritoneal cavity.
• The CSF is absorbed through the peritoneum.

Closure:

• Scalp and abdominal incisions are sutured and sterile dressings are put in place.

Duration of Procedure

• Typically 1-2 hours, depending upon complexity and patient state.

Postoperative Care

• Stay at hospital: 2-7 days, with recovery.
• Observation: Test for shunt failure, infection, or raised intracranial pressure.
• Activity: Light; do not perform heavy lifting or strenuous work until clear.
• Follow-up imaging: CT or MRI can be undertaken to ensure proper shunt functioning.

Best hospital for VP shunt placement India

• Artemis Hospital, Gurgaon
• Medanta-The Medicity, Gurgaon
• Fortis Memorial Research Institute, Gurgaon
• Max Hospital, Saket

VP shunt placement recovery time

The following is a description of post-VP (Ventriculoperitoneal) shunt recovery:

Immediate postoperative period 

• Inpatient treatment: The average is 2-7 days based on the patient condition and hospital guidelines.
• Surveillance: Vital signs, neurological condition, and wound positions are monitored.
• Pain management: Incidences of mild to moderate pain in incidence areas; pain is managed with medication.
• Diet: It is usually returned to normal diet as soon as the patient has fully woken up.

First 1–2 Weeks After Surgery

Activity:

• Light exercises are recommended (walking around the room/hospital).
• No lifting or straining, and bending should be avoided.
• Wound care: Scalp and abdominal incisions should be clean and dry.
• Watch symptoms: Headache, vomiting, fever, swelling, or redness of incisions- may signify malfunction of shunts or infection.

3–6 Weeks Post-Surgery

• Slow resumption of normal activities: Most of the patients are able to resume normal activities gradually.
• Follow-up: Normally, a neurosurgeon follow-up around 24-48 hours after surgery. Imaging (CT or MRI) can be done to verify the adequacy of shunt functioning.
• Shunt adjustment: In case the programmable shunt is in operation, the settings of the valves can be altered to achieve an optimal CSF drainage.

Long-Term Recovery

• Full recovery: The vast majority of patients are much better in 4-6 weeks and some of the symptoms might take months to fully clear.
• Activity: The patient is generally permitted to resume work, school, and moderate exercise as soon as the neurosurgeon has given the patient the all-clear.
• Long-term follow-up: It is necessary to visit periodically to monitor the performance of the shunt and identify some delayed complications.

VP shunt surgery risks and complications

VP shunt surgery is in most cases safe and successful yet just as any other surgery it has some risks. The complications may be both early (immediate postoperative) and late (long-term).

Shunt Malfunction / Blockage

• Description: The shunt may be blocked by the tissue, blood and/or protein in the CSF.
• Symptoms: Headache, nausea, vomiting, fatigue, or aggravation of neurological symptoms.
• Frequency: It is one of the most common complications that can lead to revision surgery.

Infection

• Description: Infection may be done at the incision of the scalp, around the catheter or within the CSF (meningitis).
• Symptoms: fever, redness/swelling in areas of incision, pain in the abdomen, irritability, or vomiting.
• Treatment: Antibiotics, occasionally removal and replacement of shunts.
• Timing: Timing: It normally comes during the first few weeks after surgery.

CSF Overdrainage or Underdrainage

• Overdrainage: Excessive CSF is taken away.
• Has a tendency of occurring as a headache, dizziness, subdural hematoma, or ventricular collapse.
• Underdrainage: There is a lack of CSF drained.
• Hydrocephalus symptoms can continue to progress or deteriorate.
• Solution: Adjustable (programmable) valves are capable of assisting in controlling flow.

Bleeding

• Description: Rare bleeding may take place in the brain or in the catheter path.
• Risk factors: Pre-existing clotting disorders, hypertension, or obstructions in inserting catheters.

Abdominal / Peritoneal Complications

• Description: The distal catheter lies in the abdomen, hence, complications may arise:
• The formation of pseudocyst (creation of fluid around catheter tip)
• Bowel perforation (very rare)
• Infection or peritonitis

Mechanical / Hardware Issues

• Shunt disconnection: This can be disconnection or migration of catheter parts.
• Breakage: Catheter may fracture with time.
• Migration: Distal catheter can enter other regions out of peritoneal cavity.

Neurological / Cognitive Complications

• Headache, lightheadedness, or alertness alteration may appear, normally short-term.
• Uncommon chronic mental or developmental alterations in children.

Rare Complications

• Seizures
• Subdural hematoma associated with the rapid drainage of the CSF.
• Shunt material allergy (very unlikely)

Conclusion

Ventriculoperitoneal (VP) shunts can be considered effective and well established methods of treating hydrocephalus to decompress the excess intracranial pressure by moving the surplus cerebrospinal fluid (CSF) out of the brain and into the peritoneal cavity. This process can be used to a great effect to improve neurologic functioning, avert brain impairment, and also increase the quality of life. Although usually safe, VP shunt surgery is associated with such risks as infection, shunt malfunction, overdrainage, bleeding, or abdominal complications, which should be observed and addressed in time. The recovery usually takes 2 to 7 days in hospital with the gradual resumption of normal activities in 4 to 6 weeks and the rest of the life where a follow-up is required to monitor that the shunt is functioning well. VP shunt surgery is a lifesaving intervention that is still critical in patients with hydrocephalus, which presents significant findings and long-term neurological outcomes when conducted properly.

VP Shunt Placement in India with GetWellGo

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• Complete transparency
• Fair costs.
• 24 hour availability.
• Medical E-visas
• Online consultation from recognized Indian experts.
• Assistance in selecting India's top hospitals for VP Shunt Placement treatment.
• Expert neurosurgeon with a strong track record of success
• Assistance during and after the course of treatment.
• Language Support
• Travel and Accommodation Services
• Case manager assigned to every patient to provide seamless support in and out of the hospital like appointment booking
• Local SIM Cards
• Currency Exchange
• Arranging Patient’s local food

FAQ

Can the shunt be adjusted?

• Yes, programmable shunts enable the surgeon to turn up or down the CSF drainage rate without further surgery.

How long does the shunt last?

• Shunts may be long lasting (taking years) although they may need revision because of malfunction, obstruction, infection or enlargement (particularly in children).

Are patients able to live a normal life following VP shunt surgery?

• Yes, majority of patients with adequate care and follow up will be able to resume normal daily activities, school or work. The vigorous exercises are to be resumed slowly and with the doctor's advice.

With what frequency should follow-up be conducted?

• Primary follow-up: 2-4 weeks after surgery.
• Recommended neurosurgeon imaging
• Life time follow-up to monitor shunt and possible complications