Best Neurology Hospital in Bhubaneswar | Top Hospital for Neurosurgery | Hi-Tech Hospital
Comprehensive brain, spine, and nerve care from Hi-Tech Medical College & Hospital
Hi-Tech Medical College & Hospital’s Department of Neurology provides diagnosis, treatment, and long-term management of disorders affecting the brain, spinal cord, nerves, and muscles. Our neurologists in Bhubaneswar combine clinical expertise with advanced neurodiagnostic support, working alongside neurosurgery, critical care, and rehabilitation to deliver coordinated care from first consultation through recovery.
Choosing a neurology hospital in Bhubaneswar means choosing the team that will manage your care through diagnosis, treatment, and recovery. Here is what sets our neurology department apart.
Experienced Neurologists
Our neurologists hold DM qualifications in neurology and see patients across the full range of neurological conditions, from common migraine and headache disorders to complex cases like multiple sclerosis and motor neuron disease. Every treatment plan is built around your specific diagnosis, not a standard protocol.
Advanced Neurodiagnostic Facilities
EEG, EMG, and NCV testing are available on site, supported by CT and MRI imaging. This means fewer referrals to outside centers and faster turnaround between testing and treatment, which matters when a condition like epilepsy or stroke needs a quick answer.
Multidisciplinary Coordination
Neurology at Hi-Tech Hospital works closely with neurosurgery, critical care, radiology, and rehabilitation. A stroke patient, for example, moves from emergency evaluation to acute treatment to rehabilitation planning without being handed between disconnected departments.
24×7 Neuro Emergency Care
Neurological emergencies such as stroke and seizure do not wait for office hours. Our emergency and critical care teams are equipped to respond around the clock.
Patient Centred Treatment Plans
We treat the person, not just the scan. Long term outcomes, quality of life, and the patient’s own goals shape every treatment decision, alongside the clinical picture.
Continuity Through Rehabilitation
Neurological recovery often continues well past the initial treatment. Our follow up and rehabilitation support, delivered with physiotherapy and multidisciplinary input, is built into the care plan rather than treated as a separate step.
- Stroke
- Epilepsy
- Migraine
- Parkinson's Disease
- Dementia
- Multiple Sclerosis
- Peripheral Neuropathy
- Vertigo
A stroke happens when blood supply to part of the brain is suddenly interrupted or reduced, cutting off oxygen to brain tissue. Fast evaluation and treatment limit brain damage and improve the chances of recovery.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
Rapid neurological evaluation in the emergency department | Clot-dissolving medication for eligible patients within the treatment window |
CT and MRI imaging to confirm stroke type and location | Blood pressure and fluid management to stabilize the patient |
Coordination with critical care for high-risk cases | Physiotherapy-led rehabilitation to rebuild movement and speech |
Epilepsy causes recurrent seizures due to abnormal electrical activity in the brain. Long-term management focuses on controlling seizures and helping patients return to normal daily routines.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
EEG to record brain electrical activity and confirm seizure type | Antiseizure medication tailored to seizure type and patient history |
MRI to check for underlying structural causes | Regular monitoring and dose adjustment as needed |
Detailed seizure history and neurological examination | Referral for surgical evaluation in medication-resistant cases |
Migraine is a neurological condition, not just a bad headache. It can bring severe pain, nausea, and sensitivity to light or sound, and it often disrupts daily life for hours or days at a time.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
Detailed headache history to identify triggers and patterns | Medication for acute attacks and for long-term prevention |
Neurological examination to rule out other causes | Lifestyle guidance covering sleep, diet, and stress triggers |
Imaging when symptoms suggest a need for further evaluation | Regular follow-up to adjust treatment as patterns change |
Parkinson’s disease is a progressive condition that affects movement, causing tremors, stiffness, and slowed motion over time. Early diagnosis and consistent treatment help patients stay independent for longer.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
Clinical evaluation of movement, gait, and reflexes | Medication to manage motor symptoms and slow disability |
MRI to rule out other causes of movement symptoms | Physiotherapy to support balance and mobility |
Ongoing symptom tracking to guide treatment changes | Regular follow-up to adjust medication as the condition progresses |
Dementia affects memory, thinking, and day-to-day functioning. Our team focuses on accurate diagnosis, family counselling, and a care plan that supports both the patient and the people looking after them.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
Cognitive assessment and detailed patient history | Medication to manage symptoms where appropriate |
MRI and laboratory tests to identify treatable causes | Counselling and guidance for patients and families |
Evaluation for reversible contributors to memory loss | Long-term follow-up to monitor disease progression |
Multiple sclerosis is an autoimmune condition that affects the brain and spinal cord, disrupting communication between the brain and body. Symptoms vary widely, which makes an accurate diagnosis the first priority.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
MRI of the brain and spine to identify affected areas | Medication to manage flare-ups and reduce relapse frequency |
Neurological examination to track symptom patterns | Physiotherapy to maintain strength and mobility |
Laboratory tests to support diagnosis | Long-term follow-up and symptom management |
Peripheral neuropathy results from nerve damage, often causing numbness, tingling, or burning pain in the hands and feet. Identifying the underlying cause is central to effective treatment.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
NCV and EMG testing to assess nerve and muscle function | Medication to manage pain and nerve-related symptoms |
Laboratory tests to identify underlying causes | Treatment of the underlying condition where identified |
Detailed neurological examination | Follow-up to track symptom improvement over time |
Vertigo causes a spinning or dizzy sensation that can come from the inner ear or the nervous system. Pinpointing the source is key to choosing the right treatment.
Our Care Includes:
Diagnosis and Assessment | Treatment and Recovery |
Neurological examination to assess balance and coordination | Medication to manage acute symptoms |
Imaging when a neurological cause is suspected | Vestibular exercises to improve balance over time |
Assessment to distinguish inner ear from neurological causes | Follow-up to confirm symptoms are resolving |
Meet Our Doctors
As a top-rated multispecialty hospital in Bhubaneswar with some of the region’s best doctors, we bring deep experience across specialties, backed by continuous training & a genuine commitment to every patient’s care.
Dr. Simanchal Mohapatra
Qualification: M.Ch
Consultant
📍 Bhubaneswar
Dr. Mohit Sidhore
Qualification: DNB
Consultant
📍 Bhubaneswar
Dr. Anurag Satpathy
Qualification: DM
Assoc. Prof. & HOD
📍 Bhubaneswar
Dr. Shubhankar Mishra
Qualification: DM
Asst. Professor
📍 Bhubaneswar
Dr. Debasish Hota
Qualification: DM & Fellow
Consultant (Intervent)
📍 Bhubaneswar
The Department of Neurology at Hi-Tech Medical College & Hospital offers a full range of diagnostic services to identify neurological conditions accurately. Our diagnostic team uses established imaging and electrophysiology tools to support precise, individualized treatment planning.
Imaging Tests
A. CT Scan:
Computed Tomography (CT) produces detailed cross-sectional images of the brain and surrounding structures, helping identify structural changes quickly.
What This Test Shows:
- Structural abnormalities such as bleeding, tumors, or infection
- Signs of stroke or recent brain injury
B. MRI:
Magnetic Resonance Imaging gives a detailed view of the brain and spinal cord, useful for conditions that CT may not fully capture.
What This Test Shows:
- Soft tissue changes linked to stroke, multiple sclerosis, or tumors
- Structural causes behind seizures or chronic headaches
Neuro Electrophysiology
A. Electroencephalogram (EEG):
EEG records the brain’s electrical activity through electrodes placed on the scalp, helping confirm and classify seizure activity.
What This Test Shows:
- Abnormal brain wave patterns linked to epilepsy
- Evidence of other electrical disturbances affecting brain function
B. Electromyography (EMG):
EMG evaluates the electrical activity of muscles to assess how well nerves are signaling to muscle tissue.
What This Test Shows:
- Signs of nerve or muscle dysfunction
- Patterns that help distinguish nerve disorders from muscle disorders
Nerve Conduction Velocity (NCV)
NCV measures how quickly electrical signals travel along a nerve, often performed alongside EMG
What This Test Shows:
- Nerve damage or compression affecting signal speed
- Confirmation of peripheral Aptos (Body)neuropathy and its severity
With a coordinated team spanning neurology, neurosurgery, and critical care, the Department of Neurosciences at Hi-Tech Medical College & Hospital provides care across diagnosis, treatment, surgery, and recovery. Below are the key procedures we offer, along with what each one treats and the benefits it provides.
- Brain Tumor Surgery
- Spine Surgery
- Trauma and Head Injury Surgery
- Hydrocephalus Surgery
- Peripheral Nerve Surgery
- Epilepsy Surgery
- Mechanical Thrombectomy
- Aneurysm Coiling
- AVM Embolization
- Carotid Artery Stenting
Surgical removal of benign and malignant brain tumors, planned using imaging guidance to protect surrounding healthy tissue as much as possible.
Benefits:
- Removes or reduces tumor mass to relieve pressure on the brain
- Provides tissue for accurate diagnosis and staging
- Planned around preserving neurological function
Surgical treatment for disc herniation, spinal stenosis, spinal deformity, and spinal trauma, aimed at relieving nerve compression and restoring stability.
Benefits:
- Relieves pain and nerve-related symptoms like numbness or weakness
- Restores spinal stability after injury or degeneration
- Supports return to daily activity and mobility
Emergency neurosurgical care for traumatic brain and spine injuries, coordinated closely with the emergency department and critical care.
Benefits:
- Addresses life-threatening bleeding or pressure quickly
- Reduces risk of long-term neurological damage
- Backed by critical care support through recovery
Shunt placement and related procedures to manage fluid buildup around the brain, relieving pressure and preventing further neurological damage.
Benefits:
- Reduces pressure on the brain caused by fluid buildup
- Helps prevent further neurological decline
- Long-term management through follow-up shunt care
Surgical treatment for nerve compression and nerve injury affecting movement or sensation in the limbs.
Benefits:
- Relieves numbness, tingling, and weakness caused by nerve compression
- Restores nerve function where possible
- Improves ability to perform daily tasks
Surgical options for epilepsy that does not respond to medication alone, considered after thorough evaluation by the neurology team.
Benefits:
- Can significantly reduce or eliminate seizures in appropriate candidates
- Reduces long-term dependence on high-dose medication
- Evaluated jointly by neurology and neurosurgery before recommendation
Catheter-based clot removal for acute ischemic stroke, performed within the critical treatment window to restore blood flow to the brain.
Benefits:
- Restores blood flow quickly to limit brain damage
- Minimally invasive compared to open surgery
- Improves chances of functional recovery after stroke
Minimally invasive treatment for brain aneurysms, placing coils through a catheter to reduce the risk of rupture.
Benefits:
- Reduces risk of aneurysm rupture and bleeding
- Avoids open brain surgery for eligible cases
- Shorter recovery compared to surgical clipping
Endovascular treatment to block abnormal tangles of blood vessels in the brain, reducing the risk of bleeding.
Benefits:
- Lowers risk of hemorrhage from the AVM
- Minimally invasive, catheter-based approach
- Can be used alongside surgery or radiation in complex cases
Placement of a stent to open narrowed carotid arteries and reduce the risk of stroke.
Benefits:
- Reduces stroke risk from carotid artery narrowing
- Minimally invasive alternative to open carotid surgery
- Shorter recovery time for eligible patients
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Sunday: 8.30am - 19.30pm
