1066

Overview
 

The Neurosciences department at Apollo Hospitals, Gurgaon treats disorders of the brain, spinal cord, nerves and muscles — stroke, epilepsy, headache, Parkinson's disease, brain and spine tumours, nerve and muscle disease, head and spinal injury, and conditions affecting memory and movement. Neurology and neurosurgery work as a single unit, alongside neurocritical care, neurointervention and rehabilitation.

Emergency assessment, CT and MRI imaging, the catheterisation laboratory, operating theatres, a neuro intensive care unit and therapy services are all within the same hospital. That concentration is what distinguishes leading neurosciences care in Gurgaon, because outcomes in conditions such as stroke, head injury and spinal cord compression depend directly on how fast a patient moves from arrival to imaging to treatment.

Most cases are reviewed jointly. A brain tumour may involve a neurosurgeon, a neuroradiologist, an oncologist and a pathologist before the approach is fixed; a patient with epilepsy that has not responded to medication may be assessed by a neurologist and a neurosurgeon together. Care continues after the acute phase through rehabilitation and long-term follow-up. Treatment plans differ from patient to patient and are decided after examination and investigation.

Our Neurosciences Team
 

Brain, spine and nerve care at Apollo Hospitals, Gurgaon is provided by neurologists, neurosurgeons, spine surgeons, neurointerventionists and neurocritical care specialists, supported by neuroradiologists, neuroanaesthetists, physiotherapists, occupational and speech therapists and clinical psychologists. Complex cases — tumours, aneurysms, drug-resistant epilepsy, movement disorders considered for surgery — are discussed jointly across the medical and surgical teams rather than managed by one specialist alone. Our specialists include:
 

  • Our Experts
Neurosciences
+ years , MBBS, MS, MCh
Neurosciences
+ years , MBBS, MD, DM, FINR
Neurosciences
15+ years , MBBS, MCh, PDF
Neurosciences
12+ years , MBBS, MCh, PDF (AIIMS, NEW DELHI)

Sub-specialities
 

Neurosurgery
 

Surgical treatment of brain and spinal conditions — tumours, aneurysms, bleeding within the skull, hydrocephalus, head injury and congenital abnormalities.
 

Stroke and Neurocritical Care
 

Emergency stroke treatment and intensive care for patients with severe brain injury, bleeding, status epilepticus and life-threatening neurological illness.
 

Neurointervention
 

Catheter-based treatment reaching the blood vessels of the brain through a small puncture in the wrist or groin — clot removal in stroke, coiling of aneurysms and treatment of vascular malformations. [VERIFY neurointervention service and biplane cath lab availability]
 

Spine Surgery

Surgery for disc prolapse, spinal canal narrowing, instability, spinal tumours, infection and trauma, including minimally invasive approaches.
 

Paediatric Neurology and Neurosurgery
 

Neurological conditions in children, including seizures, developmental delay, hydrocephalus and congenital brain and spine abnormalities. [VERIFY paediatric neurosciences service availability]
 

Conditions We Treat
 

Stroke and Blood Vessel Conditions

Ischaemic stroke. A blocked artery cutting off blood supply to part of the brain. Warning signs come on suddenly — drooping on one side of the face, weakness or numbness in an arm or leg, slurred or confused speech, loss of balance, or sudden loss of vision. Treatment is time-critical: clot-dissolving medication is generally given within about four and a half hours of symptoms starting, and clot removal through a catheter is possible in selected patients for considerably longer. Reaching hospital immediately matters more than any other factor.

Haemorrhagic stroke. Bleeding into or around the brain, often from high blood pressure or a ruptured aneurysm, producing sudden severe headache, vomiting, weakness and reduced consciousness. It requires emergency imaging and, in some cases, surgery.

Transient ischaemic attack (TIA). Stroke symptoms that resolve within minutes or hours. It causes no lasting damage but signals a high risk of a full stroke in the days that follow, and should be treated as an urgent warning rather than a false alarm.

Brain aneurysm. A weak, ballooned area on a brain artery. Most cause no symptoms until they leak or rupture, which typically produces a sudden, extremely severe headache unlike any previous one. Unruptured aneurysms found incidentally are assessed for whether treatment or monitoring is appropriate.

Arteriovenous malformation (AVM). An abnormal tangle of vessels present from birth, which may cause seizures, headache or bleeding.

Cerebral venous sinus thrombosis. A clot in the veins draining the brain, more common in young adults, in pregnancy and after childbirth, presenting with persistent headache, seizures or visual disturbance.

Headache
 

Migraine. Recurrent moderate to severe headache, often on one side, with throbbing pain, nausea and sensitivity to light and sound, sometimes preceded by visual disturbance. Attacks can last hours to days. It is treatable both at the time of an attack and through preventive medication where attacks are frequent.

Tension-type headache. A band-like tightness across the head, usually mild to moderate, linked to stress, posture and sleep patterns.

Cluster headache. Severe one-sided pain around the eye occurring in bouts over weeks, often with a watering eye and blocked nostril on the same side. It has specific treatment that differs from migraine.

Medication-overuse headache. Headache caused by taking painkillers too frequently, which perpetuates the very problem being treated. It is common, often unrecognised, and improves once the pattern is broken under supervision.

Headaches needing urgent assessment. A sudden headache reaching maximum intensity within seconds, headache with fever and neck stiffness, headache with weakness, confusion, seizure or visual loss, a new headache after age 50, or one that worsens on lying down or coughing. These require prompt evaluation rather than a routine appointment.

Seizures and Epilepsy
 

Epilepsy. A tendency to recurrent seizures caused by abnormal electrical activity in the brain. Seizures vary widely — convulsions with loss of consciousness, brief staring spells, or episodes of unusual sensation or movement. Most patients achieve good control with medication, and epilepsy is compatible with normal work and family life.

First seizure. A single seizure needs evaluation with imaging and EEG to establish whether there is an underlying cause and whether treatment is needed. Not every first seizure means epilepsy.

Drug-resistant epilepsy. Seizures continuing despite adequate trials of two or more appropriate medicines. These patients are assessed for other options, including surgery, which can be highly effective when a single seizure focus is identified.

Status epilepticus. A seizure lasting more than five minutes, or repeated seizures without recovery in between. This is an emergency requiring immediate hospital treatment.

Neurocysticercosis. Cysts in the brain caused by a tapeworm infection acquired from contaminated food or water. It remains one of the commonest identifiable causes of new-onset seizures in India and is treatable once diagnosed.

Movement Disorders
 

Parkinson's disease. A progressive condition causing slowness of movement, stiffness, tremor at rest and changes in balance, handwriting and facial expression. Symptoms usually begin on one side. Medication controls symptoms well for years, and selected patients later benefit from deep brain stimulation.

Essential tremor. Shaking that appears during action — holding a cup, writing, eating — rather than at rest. It is distinct from Parkinson's disease and often runs in families.

Dystonia. Sustained muscle contractions causing twisting postures or repetitive movements, which may affect the neck, eyelids, hand or voice. Botulinum toxin injections are the mainstay of treatment for many forms.

Nerve and Muscle Conditions
 

Peripheral neuropathy. Damage to the nerves supplying the limbs, causing numbness, burning, tingling or weakness, usually starting in the feet. Diabetes and vitamin B12 deficiency are the commonest causes, and both are treatable.

Guillain-Barré syndrome. Rapidly progressing weakness, typically beginning in the legs and ascending, often following an infection. It can affect breathing and is a medical emergency requiring hospital admission and specific treatment.

Myasthenia gravis. Muscle weakness that worsens with activity and improves with rest, commonly affecting the eyelids, eye movements, swallowing and speech, with symptoms often worse towards evening.

Motor neurone disease and muscular dystrophies. Progressive conditions affecting nerve cells controlling muscles, or the muscles themselves, requiring accurate diagnosis, symptom management and multidisciplinary support.

Carpal tunnel syndrome and nerve compression. Numbness and tingling in the hand, often waking the patient at night, caused by a nerve compressed at the wrist. It is confirmed with nerve testing and treated medically or surgically.

Brain and Spine Tumours
 

Brain tumours. Growths within the skull, which may be non-cancerous or cancerous. Symptoms depend on location and include persistent headache that is worse in the morning, seizures, weakness, personality change, visual disturbance or vomiting. Meningiomas and pituitary tumours are commonly non-cancerous and often treatable with good outcomes.

Pituitary tumours. Growths on the small gland at the base of the brain, causing hormonal disturbance, visual field loss or headache. Some are treated with medication alone; others require surgery through the nose without any external incision.

Spinal tumours and secondary deposits. Growths within or pressing on the spinal cord, causing back pain, weakness, numbness or bladder disturbance. New weakness or bladder symptoms with back pain requires urgent assessment, as delay can cause permanent damage.

Spine Conditions
 

Disc prolapse and sciatica. A spinal disc pressing on a nerve root, producing back or neck pain with pain radiating into the leg or arm, sometimes with numbness or weakness. The majority improve without surgery over weeks with medication, physiotherapy and activity modification.

Cervical and lumbar spondylosis. Age-related wear of the spine causing neck or back pain and stiffness, which may compress nerves or the spinal cord.

Spinal canal stenosis. Narrowing of the spinal canal causing leg pain and heaviness on walking that eases on sitting or bending forward, common in older adults.

Spinal cord compression. Pressure on the spinal cord from a disc, tumour, infection or fracture, causing progressive weakness, numbness and loss of bladder or bowel control. This is a surgical emergency.

Spinal infection and tuberculosis of the spine. Infection of the vertebrae, which in India is frequently tuberculous, producing persistent back pain, fever and weight loss, and sometimes weakness.

Diagnostics & Investigations
 

  • MRI of the brain and spine
  • CT and MR angiography. 
  • Electroencephalogram (EEG)
  • Lumbar puncture and CSF analysis
  • Carotid Doppler and transcranial Doppler
  • Neuropsychological assessment
MRI of the brain and spine

A detailed, radiation-free scan using a magnetic field, giving the clearest available view of brain tissue, the spinal cord and nerves. You lie still inside the scanner for 20 to 45 minutes and the machine is noisy, so earplugs are provided. Tell the team beforehand about any pacemaker, implant or metal in the body.

CT and MR angiography. 

Imaging of the brain's blood vessels using contrast, which maps narrowing, aneurysms and malformations without a catheter.

Electroencephalogram (EEG)

Small sensors placed on the scalp record the brain's electrical activity. It is completely painless, involves no needles and takes 30 to 60 minutes. It is used mainly in the assessment of seizures.
 

Lumbar puncture and CSF analysis

A needle inserted into the lower back under local anaesthesia collects a small sample of the fluid surrounding the spinal cord. It takes 15 to 30 minutes and is essential in suspected meningitis, encephalitis and certain inflammatory conditions. Headache afterwards is the common side effect and usually settles with rest and fluids.
 

Carotid Doppler and transcranial Doppler

Painless ultrasound assessment of blood flow in the neck and brain arteries, used after stroke and TIA to identify narrowing that may need treatment.
 

Neuropsychological assessment

Structured tests of memory, attention, language and problem-solving administered by a psychologist over one or more sessions. They clarify the pattern and severity of cognitive change and are not pass-or-fail.
 

Procedures & Treatments

Most neurological conditions are treated medically. Surgery and catheter-based procedures are used where they offer clear benefit, and the choice is made jointly between the neurology and neurosurgery teams.

  • Emergency stroke treatment
  • Stroke prevention treatment
  • Medical treatment of epilepsy
  • Migraine and headache treatment
  • Deep brain stimulation (DBS)
Emergency stroke treatment

Clot-dissolving medication given intravenously within the accepted time window, and mechanical thrombectomy — removal of the clot through a catheter threaded up to the brain artery — in selected patients with a large vessel blockage. Both are followed by care in a stroke or neuro intensive care unit. 

Stroke prevention treatment

Antiplatelet or anticoagulant medication, blood pressure and cholesterol control, diabetes management, and procedures to treat carotid narrowing where indicated.
 

Medical treatment of epilepsy

Anti-seizure medication selected according to seizure type, age, sex and other conditions, with doses adjusted until seizures are controlled with acceptable side effects. Most patients are managed on a single medicine.
 

Migraine and headache treatment

Acute medication for attacks, preventive treatment where attacks are frequent, identification and withdrawal of overused painkillers, and botulinum toxin for chronic migraine in appropriate patients.
 

Deep brain stimulation (DBS)

Implantation of fine electrodes into specific brain areas, connected to a pulse generator placed under the skin, used in Parkinson's disease, tremor and dystonia that are no longer adequately controlled by medication.
 

Frequently Asked Questions
 

1 What are the warning signs of a stroke, and what should I do?
icon icon

Sudden facial drooping on one side, weakness or numbness in an arm or leg, slurred or confused speech, sudden loss of balance or vision. Note the time symptoms started and go to a hospital with stroke facilities immediately or call an ambulance. Do not wait to see whether it improves, do not give food or water, and do not drive yourself. Treatment options narrow with every hour that passes.
 

2 Can a stroke be treated after several hours?
icon icon

It depends on the type of stroke and the imaging findings. Clot-dissolving medication is generally given within about four and a half hours of symptom onset. Clot removal through a catheter can help selected patients considerably later, guided by specialised scans. Arriving early gives access to the widest range of options. [VERIFY time windows against current national guidance]
 

3 What is the difference between a neurologist and a neurosurgeon?
icon icon

A neurologist diagnoses and treats nervous system conditions with medication and other non-surgical approaches. A neurosurgeon operates on the brain, spine and nerves. Many patients see a neurologist first, and surgery is involved only if it is needed. Both work together on cases where the choice is not clear-cut.
 

4 Is an MRI scan safe, and is it painful?
icon icon

It is painless and uses no radiation. The scanner is noisy and enclosed, which some people find uncomfortable, and mild sedation can be arranged for those who are claustrophobic. You must inform the team about any pacemaker, implanted device, metal fragments or cochlear implant, as some are unsafe in the magnetic field.
 

5 Does an EEG involve electric shocks?
icon icon

No. An EEG only records the brain's own electrical activity through sensors stuck to the scalp. Nothing is passed into the body, and it is entirely painless. You may be asked to breathe deeply or look at a flashing light during the test.
 

6 Can epilepsy be controlled, and will medication be lifelong?
icon icon

Most people with epilepsy achieve good seizure control on medication. Whether treatment is lifelong depends on the type of epilepsy, the cause and how long seizures have been absent — in some cases medication can be withdrawn gradually after a sustained seizure-free period, under specialist supervision. Never stop anti-seizure medication on your own.
 

View All
icon
×
image image image
Request a Callback
Request A Call Back
Request Type
Image
Doctor
Book Appointment
Appointments
View Book Appointment
Image
Hospitals
Find Hospital
Hospitals
View Find Hospital
Chat
Image
health-checkup
Book Health Checkup
Health Checks
View Book Health Checkup
Image
phone
Call Us
Call Us
View Call Us
Image
Doctor
Book Appointment
Appointments
View Book Appointment
Image
Hospitals
Find Hospital
Hospitals
View Find Hospital
Image
health-checkup
Book Health Checkup
Health Checks
View Book Health Checkup
Image
phone
Call Us
Call Us
View Call Us