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Neuro Interventional Surgery

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Advanced, Minimally Invasive Brain & Spine Vascular Care

What is Neurointervention?

Neurointerventional Surgery is a subspecialty within neurology and radiology that utilizes advanced imaging and microcatheter techniques to diagnose and treat complex disorders of the brain, spine, and blood vessels—without the need for open surgery. These procedures are often called “minimally invasive” because they are performed through tiny incisions using catheters, offering reduced pain, fewer complications, and faster recovery.

Why Choose Us?

At Sir H. N. Reliance Foundation Hospital, our Neurointerventional Surgery Unit is equipped with world-class biplane cath lab technology and is led by Dr. Vipul Gupta, one of the pioneers most accomplished neurointerventional specialists in India. With 28+ years of experience and over 6000+ therapeutic neurointerventional procedure, he brings unmatched clinical leadership and international expertise.

Conditions We Treat

Our specialists are trained to diagnose and treat a wide range of neurovascular conditions, including:

Brain Aneurysms
Arteriovenous Malformations (AVMs)
Dural Arteriovenous Fistulas
Acute Ischemic Stroke
Carotid & Vertebral Artery Stenosis
Venous Sinus Thrombosis
Intracranial Vascular Stenosis
Subarachnoid Hemorrhage
Brain Tumors pre-operative embolization
Chronic subdural hemotoma

Procedures We Offer

Our minimally invasive, image-guided treatments include:

Aneurysm Coiling
Aneurysms Flow Diverter Placement
Aneurysm Intra-Saccular Device Placement
Aneurysm stent assisted coiling
Mechanical Thrombectomy for Stroke
AVM & Dural Arterio-venous Fistula Embolization
Carotid & Vertebral Artery Stenting
Intracranial Stenting
Vasospasm Management (following subarachnoid haemorrhage)
Tumor Embolization (prior to surgery)

These techniques are performed in our dedicated Neurointerventional Suite, using top-end technology like the Biplane Flat-Panel DSA system and 3D rotational angiography for precision treatment planning.

Technology & Innovation

Our Neurointervention Unit is powered by:

Artis Icono Biplane "An Icon of Innovation expanding precision medicine"
- 82% less radiation dose - Advanced approach to image quality and dose
- High quality Cone beam CT of the brain to the next level by a new double oblique trajectory for image acquisition to overcome artifacts from bony structures
- Dyna 3D and Dyna CT High Speed - acquisition times in less than 3 seconds to reduce motion
- Twin Spin permits seamless switches between 2D biplane and 3D imaging - without the need to park the lateral plane. This makes procedures faster and safer
- Syngo Dyna4D - AVM treatment - 4 dimensions are the best basis for planning - combines 3D vessel tree and temporal blood flow visualization. Helps visualizing complex vessel anatomy & more confident AVM treatment planning
- Dyna CT Multiphase Visualize cerebral collateral vessels with time-resolved syngo DynaCT, depicting 10 different time points within a period of 60 seconds.
- Contrast to Noise Ratio driven exposure regulation Automatic Exposure Control (AEC) taken to a new level - to achieve a constant image quality
- 3D perfusion - by automatic processing, special advantages during neuroradiological stroke interventions
- Smaller focal spots - higher spatial resolution - Triple-focus high-performance X-ray tube assembly with unique flat emitter technology - very good image quality even with heavier patients or steep angulations.
Flat Panel Detectors - for high-resolution visuals of small cerebral arteries
3D angiography, in-built CT and Vaso-CT - for planning and executing precision treatment

Our Patient-Centric Approach

We offer seamless, end-to-end care that includes:

Fast-track stroke response with 24x7 availability
Multidisciplinary team coordination (Neurosurgery, Neurology, Neurocritical care, Neuroanesthesia, and Rehab)
Pre- and post-procedure counseling & follow-up • International second-opinion access
Customized rehab support for stroke recovery

What to Expect

Initial Consultation A thorough evaluation with review of imaging and discussion of all suitable treatment options.

Diagnostic Angiography High-definition brain or spinal vascular imaging using minimally invasive catheter techniques.

Procedure & Recovery Most procedures involve 1–4 days of hospitalization with close post-operative care and a tailored recovery plan.

FAQ

Are these procedures painful?

Most are done under local or general anesthesia with minimal discomfort.

How long is the hospital stay?

Many patients go home within 1 - 4 days, depending on the condition and treatment.

Are there long-term benefits?

Yes, many patients resume normal activities with significantly lower risk of stroke or bleeding after timely treatment.