FAQ’s

Our brains naturally produce a clear fluid that cushions the brain and spinal cord. Normally, this fluid flows smoothly and drains away on its own. In hydrocephalus, this fluid gets trapped, builds up, and creates extra pressure inside the skull.

1. In babies, whose skull bones are still soft, you might notice their head growing unusually fast, a tight or bulging soft spot on top, or eyes that seem to look downward all the time.

2. In older children, it can cause severe headaches, morning vomiting, drowsiness, or trouble walking. Treatment focuses on easing that pressure by giving the fluid a new pathway to drain safely.

Spina bifida happens very early in pregnancy when a baby’s backbone doesn’t close completely around the spinal cord. It can range from very mild (a tiny gap hidden under the skin) to severe, where the spinal nerves actually push out into a fluid-filled sac on the child’s back. Depending on how high up and severe the opening is, it can affect how the legs move, how the bladder and bowels work, and may need surgery early in life to protect the exposed nerves.

Hearing that your child has a “brain tumor” is terrifying, but it simply means an abnormal lump or growth has formed inside the head. In children, many brain tumors are non-cancerous (benign) and can be cured with surgery alone. Others are more aggressive and require a team approach—combining surgery with medicines (chemotherapy) or focused beam therapy (radiation). Every child’s plan is built specifically around the exact type and location of the tumor.

Just like in adults, a stroke in a child happens when blood supply to a part of the brain is suddenly cut off—either by a blocked blood vessel or a burst vessel that bleeds. It is uncommon in children and usually tied to heart conditions, blood disorders, or blood vessel abnormalities present from birth. Children’s brains are exceptionally good at finding workarounds, so with prompt medical care and physical therapy, recovery can be remarkable.

Kids bump their heads all the time, but a serious head injury means the brain was jarred forcefully inside the skull. It can cause a concussion (a temporary “short circuit” causing dizziness and confusion), a cracked bone, or bleeding inside the head. Doctors monitor these closely; most heal with rest and observation, while severe injuries with bleeding or heavy swelling might need an operation to relieve pressure.

The brain runs on tiny electrical signals. A seizure happens when there is a sudden, uncontrolled burst of electrical activity—like a power surge or an electrical storm in the brain. When seizures happen repeatedly, it is called epilepsy.

Most children manage seizures with medication. However, if medicines do not stop the seizures after a fair trial, surgery can offer real relief:

1. Removing the “hotspot”: If all the seizures start from one tiny, damaged spot that isn’t doing critical work, surgeons can gently remove just that spot.

2. Cutting the “wire” (Disconnection): If the electrical storm spreads from one side of the brain to the other, surgeons can cut the natural bridge between the two halves to stop severe drop attacks.

3. Brain Pacemakers (Neuromodulation): A small battery device placed under the skin sends gentle pulses to the brain or a nerve in the neck to calm electrical storms before they turn into full seizures.

A shunt is a thin, flexible, soft tube with a tiny pressure-relief valve. It is placed completely under the skin. One end goes into the fluid space in the brain, and the other end tunnels invisibly down into the child’s belly (abdomen). The extra fluid drains harmlessly into the belly, where the body naturally absorbs it, keeping pressure off the brain.

Yes, for certain types of blockages. Doctors can use a tiny camera (endoscope) through a small hole to create a small natural bypass inside the brain. This lets fluid drain on its own without needing a permanent plastic tube inside the body.

1. The Long Wait: When your child is taken back to the operating room, surgery doesn’t begin right away. It takes 1 to 2 hours just to safely give anesthesia, place delicate IV monitors, and position the child safely.

2. What You Should Do: Stay in the designated family waiting area with your phone charged. The surgical team will send updates. Grab a bite to eat and stay hydrated—your child will need your calm presence when they wake up.

1. Intensive Care (PICU): Children often spend the first night or two in the intensive care unit so nurses can check their eyes, alertness, and reflexes every hour.

2. Bandages and Tubes: It can look overwhelming. You will see head wraps, IV lines, monitors, and sometimes small plastic tubes draining leftover fluid. These are temporary and come out over the first few days.

3. Normal Side Effects: Puffy eyes, swollen faces, headaches, and sleepiness are very common and will steadily improve with pain medication and rest.

Contact the surgical team immediately if you notice:

1. A fever over 38°C (100.4°F)
2. Any clear fluid, blood, or pus oozing from the incision, or a wound pulling apart
3. Severe, worsening headache or throwing up repeatedly
4. Your child is unusually hard to wake up or seems very confused
5. Weakness in an arm or leg, slurred speech, or a sudden change in their smile
6. A new seizure
7. A bulging, tight soft spot on an infant’s head

1. First 2 to 4 Weeks: This is resting time. The child stays home, plays quietly, rests, and lets the incision heal completely.

2. 6 to 12 Weeks: By two to three months, the skull bone has knit back together firmly, energy returns, and most children feel like their usual selves.

Yes. Most children return to school within 3 to 6 weeks, usually starting with half-days to avoid feeling too tired. Teachers and school counselors can make simple adjustments to help them ease back into their classwork.

1. Everyday Play & Walking: Can start within days to weeks as soon as your child feels up to it.
2. Running, Swimming, and Bike Riding: Usually fine after 6 to 12 weeks, once the incision has sealed and the surgeon gives the green light (always wear a bicycle helmet).
3. Rough Contact Sports: Games involving direct collisions or falls (like rugby, American football, or competitive martial arts) are usually restricted to protect the brain and any implanted shunt devices.

Yes. The most encouraging thing about children is how adaptable their brains are—a quality doctors call “plasticity.” If one part of a child’s brain has been affected, the surrounding areas often learn to take over those tasks. Many children who undergo brain and spine surgery grow up to play, learn, finish college, start careers, and live happy, independent lives.