Congenital Hydrocephalus Treatment and Care

Congenital hydrocephalus treatment focuses on relieving brain pressure through surgery. Liv Hospital offers advanced, child-centered care.

How Is Congenital Hydrocephalus Treated at Liv Hospital?

Because congenital hydrocephalus is a mechanical problem affecting cerebrospinal fluid (CSF) flow, it cannot be treated with medication alone.
Treatment focuses on relieving brain pressure by safely redirecting excess fluid, making surgery almost always necessary often soon after birth to protect developing brain tissue.

At Liv Hospital, we use advanced neurosurgical techniques, including shunt systems and minimally invasive endoscopic procedures.
Our goal is not only to control fluid buildup, but to support healthy brain development with the fewest possible complications.

Shunt System Implantation

The most common and established treatment for hydrocephalus is the placement of a shunt.

• The Device: A shunt is a flexible tube equipped with a one way valve.
• The Procedure: One end of the tube is placed in a brain ventricle, and the other is tunneled under the skin to another part of the body—most commonly the abdomen (ventriculoperitoneal shunt) or, less frequently, the heart or lungs—where the CSF is naturally reabsorbed into the bloodstream.
• The Valve: Modern shunts often feature "programmable valves" that allow neurosurgeons to adjust the pressure settings from outside the skin using a specialized magnetic tool, avoiding the need for additional surgery.

Endoscopic Third Ventriculostomy (ETV)

For children with "obstructive" (non-communicating) hydrocephalus, ETV is a modern, shunt-free alternative.

• The Procedure: A neurosurgeon uses a tiny camera (endoscope) to enter the brain and create a small hole in the floor of the third ventricle.
• The Goal: This creates a bypass that allows the fluid to flow around the obstruction and reach the areas where it can be absorbed, potentially eliminating the need for a permanent foreign device (shunt).

ETV with Choroid Plexus Cauterization (ETV/CPC)

In infants, ETV alone sometimes has a higher failure rate. To improve success, surgeons may add CPC.

• Mechanism: The choroid plexus is the tissue that produces CSF. By using a specialized tool to cauterize (burn) part of this tissue, the total production of fluid is reduced, making it easier for the ETV bypass to handle the flow.

Managing Shunt Complications

Shunts are life-saving but are mechanical devices that can fail. Care involves monitoring for:

• Malfunction: The tube can become blocked, disconnected, or the child may outgrow it.
• Infection: This is a serious risk, especially in the first few months after surgery, and usually requires a temporary external drain and antibiotics.

Emergency Interventions

If a child arrives with signs of acute high pressure (projectile vomiting or extreme lethargy), an emergency External Ventricular Drain (EVD) may be placed.
This is a temporary tube that drains fluid into a bag outside the body to stabilize the pressure before a permanent surgery is performed.

Post-Operative Monitoring

After surgery, the infant is closely monitored in the Neonatal Intensive Care Unit (NICU).

• Head Circumference: We look for the head size to stabilize or slightly decrease.
• Neurological Checks: Monitoring alertness, feeding, and the "sunsetting" eye reflex, which should resolve quickly once pressure is relieved.

Physical and Occupational Therapy

Because hydrocephalus can affect motor pathways, therapy is started early.

• Muscle Tone: Managing "scissoring" legs or neck weakness.
• Coordination: Helping the child hit milestones like rolling, sitting, and reaching, which may have been delayed by the weight of an enlarged head or brain pressure.

Vision and Hearing Care

Pressure on the optic or auditory nerves can leave lasting effects. Regular follow-ups with pediatric ophthalmologists are necessary to ensure the child’s vision is developing correctly and to check for optic nerve swelling.

Educational and Cognitive Support

Some children may experience "executive function" challenges or learning disabilities. Early intervention and specialized educational plans (IEPs) help these children succeed in school by addressing potential issues with memory or focus.

Lifelong Neurosurgical Follow-up

A child with hydrocephalus will need a neurosurgeon for life. Regular check-ups involve "Shunt Series" X-rays and occasional MRI scans to ensure the ventricles remain a stable size. 

How Is Congenital Hydrocephalus Surgically Treated at Liv Hospital?

At Liv Hospital, we lead in minimally invasive pediatric neurosurgery. Our operating rooms feature high definition neuro-endoscopy for precise ETV/CPC procedures, along with programmable shunt systems that allow pressure adjustments without additional surgery.
Supported by 24/7 pediatric neuro intensive care, we provide a safe environment focused on optimal recovery and long-term brain health.