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Abstract Details

Disentangling the Gordian Knot: The birth, father, and future of balloon embolization
Research Methodology, 好色先生, and History
S17 - History of Neurology (4:32 PM-4:40 PM)
004

 To highlight Dr. Fedor Serbinenko's pioneering contributions to the development of balloon embolization and the birth of interventional neurology.

To highlight how robotic technology could refine balloon embolization to expand access to care, improve patient outcomes, and promote health equity.

  

Every field has its titans. For interventional neuroradiology, that individual is Dr. Fedor Serbinenko, inventor of balloon embolization. Today, cerebral vessel embolization is a straightforward procedure for interventional radiologists. But, when the idea first gained momentum in the mind of Serbinenko, it was revolutionary. 
Literature review using Pubmed/Google Scholar.

The concept of using balloons to treat cerebrovascular lesions was inspired by a 1959 May Day celebration in Moscow’s Red Square. While watching children easily maneuver helium balloons using tether lines, Serbinenko, began to envision small balloons moving through tortuous arteries. In 1970, Serbinenko shook the endovascular neurosurgery field when he performed the first therapeutic vessel occlusion using a detachable balloon catheter for intracranial aneurysm embolization. In 1974, Serbinenko disrupted the field again when he described the first endovascular treatment of over 300 patients using detachable and non-detachable balloons, confirming the feasibility of balloon occlusion of cerebral arteries and aneurysms. The basic concepts pioneered by Serbinenko 60 years ago for the treatment of occluded cerebral vessels remain viable today. In recent years, applications of balloon embolism have expanded to include performing intracranial and cervical angioplasty for atherosclerotic disease and treating arteriovenous malformations, among others. However, there is still more to be done. 

Robotic technology has been used in surgery and cardiology, but not for brain vascular procedures. It is within this environment that cerebrovascular intervention is now evolving, and balloon embolization procedures should be no exception. I predict future technology will enable robotic balloon embolization, and ultimately the ability to perform rapid, remote, robotic stroke intervention.
Authors/Disclosures
Victor Ekuta, MD
PRESENTER
Dr. Ekuta has stock in Doximity. Dr. Ekuta has received research support from Rainwater Charitable Foundation. Dr. Ekuta has received research support from Cell Press, Elsevier, Cell Signaling Technologies. Dr. Ekuta has received research support from Rare Disease Diversity Coalition.