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RapidResearchSeries

Video: Volumetric AI-driven measurement represents
the future of aneurysm management
RAPIDAI RESEARCH SERIES

AI-powered Volumetric Aneurysm Measurement is Here

Untitled design-13

Key Learnings

  • The importance of how the Rapid Aneurysm volumetric tracking features detect changes in volume and surface area
  • How the finding has major implications for clinical practice and methods used for interval aneurysm measurement in patients being conservatively followed
  • Why volumetric AI-driven measurement represents the future of aneurysm management

Presenters

Daniel H. Sahlein, MD_2

Daniel H. Sahlein MD

Fellowship director, Goodman Campbell Brain and Spine neuroendovascular fellowship training program and neurointerventional radiology Director of Stroke at Ascension St. Vincent’s Indianapolis

Alex_Spiotta

Alejandro (Alex) Spiotta, MD

Professor of Neurosurgery & Neuroendovascular surgery, Division Director of Neuroendovascular Surgery, and Program Director of the Neurosurgery Residency training program at the Medical University of South Carolina

Moderator

Greg Albers, MD

Greg W. Albers, MD

Coyote Foundation Professor of Neurology and Neurological Sciences and Professor of Neurosurgery and Director, Stanford Stroke Center

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