BACKGROUND AND OBJECTIVES
Tiny or very small unruptured intracranial aneurysms (≤3 mm) carry a very low estimated rupture risk, yet many are electively treated. Although factors influencing procedural risks have the potential to guide treatment selection, they remain poorly characterized in this population.
METHODS
A...
V. El-Hajj, A. Fuleihan, M. Rizzuto et al.· Neurosurgery· 0 citations
Artificial intelligence (AI) is expanding rapidly across healthcare. Given its dependence on imaging, neurointerventional surgery has seen early adoption, with convolutional neural networks deployed for large vessel occlusion detection, hemorrhage segmentation, and real-time procedural assistance. In parallel, large la...
Jan Vargas, H. Hoffman, C. Schirmer et al.· JNIS Advances· 0 citations
Closing the gap between artificial intelligence’s (AI’s) demonstrated promise in neurointerventional surgery and its routine clinical use requires coordinated change across research, deployment and reimbursement. On the research side, progress requires interdisciplinary collaboration between clinicians and machine lear...
Jan Vargas, H. Hoffman, C. Schirmer et al.· JNIS Advances· 0 citations
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