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1
Artificial intelligence (AI) enhances neurovascular surgery by improving diagnostic accuracy, risk prediction, treatment planning, and patient outcomes.
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2
AI algorithms assist in detecting large vessel occlusions, characterizing aneurysm morphology, and differentiating hemorrhage subtypes.
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3
AI models predict aneurysm rupture risk and functional recovery after stroke, aiding in therapeutic decision-making.
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4
Challenges in AI deployment include algorithmic bias, limited generalizability, and regulatory barriers.
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5
AI serves as an assistive tool in neurovascular surgery, augmenting clinician expertise rather than replacing it.
