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+91 63015 91257+91 63015 91257
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drsuryaneurointervention@gmail.comdrsuryaneurointervention@gmail.com
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Kondapur, HyderabadKondapur, Hyderabad
Minimally invasive procedure sealing aneurysms to prevent rupture and protect brain circulation safely.
Supports coil placement in complex aneurysms, ensuring safe sealing.
Seals aneurysms internally without stents, preserving normal blood flow.
Emergency clot removal restoring blood flow during acute stroke.
Advanced imaging to visualize brain and spinal blood vessels.
Blocks abnormal brain vessels to prevent bleeding and neurological complications.
Treats abnormal spinal vessels to prevent neurological damage safely.
Reduces tumor blood supply to improve surgical safety and outcomes.
Delivers targeted chemotherapy directly to eye tumors, preserving vision safely.
Restores brain blood flow by opening narrowed carotid and vertebral arteries.
Opens narrowed brain arteries, restoring blood flow and reducing recurrent stroke risk safely effectively.
Restores venous drainage, lowers intracranial pressure, relieves headaches, and protects vision in affected patients.
Restores brain blood flow by opening narrowed carotid and vertebral arteries.
Identifies source of hormone excess by precise pituitary venous sampling.
Controls severe nasal and skull base tumor bleeding effectively.
Assesses brain tolerance to vessel blockage, ensuring safety before permanent arterial occlusion procedures.
Restores blood flow by removing clots, improving outcomes and reducing disability in acute stroke patients.
Minimally invasive technique using soft coils to block aneurysm flow, preventing rupture and ensuring long-term vascular stability.
Provides support for wide-neck aneurysms, ensuring secure coil placement and safer, more effective treatment.
Enhances treatment by redirecting blood flow away from the aneurysm, promoting gradual healing, improving vessel stability, and ensuring stronger, durable protection against future rupture.
Placed directly inside the aneurysm sac, these devices offer targeted treatment with minimal vessel manipulation for improved safety.
Opens narrowed arteries supplying the brain, improving blood flow and reducing stroke risk through a precise, minimally invasive procedure.
Blocks abnormal blood vessel connections to reduce bleeding risks, shrink the malformation, and prepare for further treatment if needed.
Closes abnormal artery-to-dura connections, relieving symptoms & preventing complications through targeted, imageguided vascular treatment.
Treats chronic subdural hematoma by blocking the middle meningeal artery, reducing recurrence and supporting faster, safer recovery.
Restores venous drainage by widening narrowed sinuses, lowering intracranial pressure and symptoms.
Cuts off blood supply to tumors, reducing size, minimizing surgical bleeding, and enhancing overall treatment effectiveness.
Aneurysm coiling is a minimally invasive procedure used to treat brain aneurysms by preventing rupture. It is performed when weakened blood vessels balloon and pose a serious risk of bleeding.
Using thin catheters, soft coils are placed inside the aneurysm to block blood flow, reduce pressure, and safely prevent future bleeding.
Flow diverter treatment is a minimally invasive procedure used to treat complex brain aneurysms that are difficult to manage with surgery or coiling. It is commonly recommended for wide-neck or hard-to-reach aneurysms.
A special device is placed inside the parent artery to redirect blood flow away from the aneurysm, allowing it to heal naturally while maintaining normal brain circulation.
Stent or balloon assisted coiling is used for wide-neck brain aneurysms where simple coiling is unsafe or insufficient. These techniques support the aneurysm neck during treatment.
They help keep coils securely in place, prevent coil movement, and improve long-term aneurysm sealing safely.
Intrasaccular devices are placed directly inside the aneurysm sac to block blood flow at its origin. They are useful for select wide-neck aneurysms.
These devices seal the aneurysm internally without affecting the parent artery or surrounding brain circulation.
Mechanical thrombectomy is an emergency procedure for strokes caused by blocked brain arteries. It is performed when sudden weakness, speech difficulty, or paralysis occurs.
Special catheters remove the clot quickly, restoring blood flow, minimizing brain damage, and significantly improving recovery when done within the treatment window.
DSA is an advanced imaging procedure used to study blood vessels of the brain and spinal cord in real time. It helps identify aneurysms, blockages, and vascular malformations accurately.
This detailed imaging guides correct diagnosis, treatment planning, and ensures safe execution of neurointerventional procedures.
Cranial vascular malformations cause abnormal connections between arteries and veins, leading to bleeding, seizures, or neurological deficits.
Embolization blocks these abnormal vessels using specialized materials, restoring normal blood flow and reducing the risk of life-threatening brain hemorrhage.
Spinal vascular malformations interfere with normal spinal cord blood supply and may cause pain, weakness, or paralysis.
Embolization seals abnormal spinal vessels, relieves symptoms, and prevents progressive neurological damage while preserving spinal cord function safely.
Tumour embolization is performed to reduce blood supply to highly vascular brain or spinal tumors prior to surgery.
By minimizing tumor blood flow, it reduces surgical bleeding, improves safety, and enhances the effectiveness of tumor removal.
This treatment delivers chemotherapy drugs directly to eye tumors in children with retinoblastoma through targeted arteries.
Direct delivery improves tumor control, preserves vision, and significantly reduces systemic side effects compared to conventional chemotherapy.
Carotid and vertebral artery stenting is a minimally invasive procedure used to treat narrowing of arteries supplying blood to the brain, which significantly increases stroke risk. Symptoms may include dizziness, weakness, or transient vision loss.
A stent is placed to widen the artery, restore smooth blood flow, prevent future strokes, and improve long-term brain circulation safely.
Intracranial stenting treats severe narrowing of arteries located within the brain that can cause recurrent strokes or reduced cerebral blood flow.
The procedure widens the affected vessel, improves circulation, and lowers the risk of further ischemic events in carefully selected patients.
Venous sinus stenting is used to treat narrowing of brain venous sinuses that leads to raised intracranial pressure, headaches, and vision problems.
By restoring proper venous drainage, the procedure relieves pressure inside the brain and improves symptoms safely and effectively.
This procedure is performed when blood clots in brain venous sinuses do not respond to anticoagulant medications.
Mechanical thrombectomy removes the clot, restores venous blood flow, reduces brain swelling, and prevents serious neurological complications.
Inferior petrosal sinus sampling is a diagnostic procedure used to identify the source of excess hormone production in pituitary disorders.
By comparing hormone levels from specific veins, it helps accurately localize tumors and plan appropriate treatment.
Embolization is used to treat severe, recurrent nosebleeds and bleeding skull base tumors that do not respond to conventional measures.
Targeted blockage of abnormal blood vessels controls bleeding rapidly, reduces recurrence, and improves patient safety.
Balloon test occlusion evaluates whether the brain can safely tolerate permanent blockage of a major blood vessel.
Temporary balloon inflation assesses collateral circulation, helping doctors prevent stroke during complex neurovascular treatments.
MMA embolization treats chronic subdural hematoma caused by repeated bleeding from fragile membranes around the brain.
By blocking the middle meningeal artery, the procedure reduces recurrence, supports healing, and may avoid repeat surgery.
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