Our team of expert doctors has successfully conducted a diverse range of advanced procedures in interventional neuroradiology. These minimally invasive procedures have led to remarkable improvements in patient outcomes.
A renowned interventional radiologist with 34+ years of experience, who has successfully performed more than 6000 interventional neuroradiology procedures. He is a founder member of the Indian Society of Vascular and Interventional Radiology (ISVIR), Indian Society of Neuroradiology (ISNR) and Society for Therapeutic Neurointervention (STNI).
Our expert team of interventional neuroradiologists comprises highly skilled and experienced professionals who are at the forefront of their field. With a deep understanding of central nervous system disorders, they bring specialized knowledge and expertise to each case. Their commitment to delivering precise and effective treatments, coupled with their dedication to patient care, ensures that you receive the highest standard of medical attention.
Consultant
Consultant
Neuroanaesthesia
Senior Consultant
Associate Consultant
Interventional neuroradiology is an advanced subspecialty within clinical radiology, dedicated to the diagnosis and treatment of central nervous system disorders. By harnessing the power of cutting-edge medical imaging, interventional neuroradiologists employ minimally invasive techniques to deliver targeted therapies with utmost precision.
Through the use of microcatheters inserted in the groin area and guided by X-ray imaging, these specialists navigate the intricate network of blood vessels that lead to the brain. This allows them to perform a wide array of treatments, transforming the management of conditions that traditionally required invasive surgical procedures.
One of the groundbreaking interventions is stroke treatment, where clot-busting drugs are precisely delivered directly to the site of blockage. This approach promotes the restoration of blood flow to the brain, greatly enhancing the chances of patient recovery while minimizing potential damage. Similarly, interventional neuroradiology has revolutionized aneurysm therapy. By inserting platinum coils into bulging aneurysms, the risk of clotting and rupture is effectively reduced, providing patients with a safer and highly effective treatment alternative.
These innovative interventions can be performed through small incisions, eliminating the need for traditional open surgery. Consequently, patients experience shorter hospital stays, faster recovery periods, and reduced risks associated with more invasive approaches.
The brain, with its intricate structure of grooves and intertwined vessels, presents neurologists with the challenge of performing complex procedures with utmost accuracy and efficiency. Particularly in cases of aneurysm and stroke, where preserving live brain tissue is crucial, time and precision are of utmost importance. Traditional methods often involve time-consuming processes, such as multiple angiograms and tedious localization procedures.
However, with the advent of cutting-edge technology like the Biplane CathLab, neurologists can revolutionize their approach to these procedures. In the past, determining whether a stroke resulted from a block or bleed alone could consume around 20 minutes. Additionally, identifying the precise location of the block required multiple angiograms from various angles. With the utilization of the Advanced Biplane CathLab at KIMSHEALTH, a single angiogram and a Cone Beam CT scan now provide a comprehensive 3D image of the brain and its vessels, accompanied by a roadmap. This breakthrough innovation allows doctors to effortlessly navigate to the exact site of the blockage and accurately place stents. Consequently, the entire procedure time has been significantly reduced to just 30 minutes, a substantial improvement from the previously required 2 hours.
Biplane Cathlab 01
Biplane Cathlab 02
Biplane Cathlab 03
Advanced Cone Beam CT
Brain anuerism
Dural Arteriovenous Fistula
Hemorrhagic Stroke
Spinal Dural AVF
Due to their minimally invasive nature, procedures require little recovery time. Generally, patients are able to return to daily life quicker than they otherwise would following traditional surgery.
Ischemic Stroke, Aneurysm, AVM, Hemorrhagic Stroke etc.
919072881666