Ben Pazi Hilla, Jahashan Shady, Har Nof Sagi, Zibman Samuel, Yanai-Kohelet Ornit, Prigan Limor, Intrator Nathan, Bornstein Natan M, Ribo Marc
Avertto Medical Ltd., Aderet, Israel.
Neurosurgery, Galilee Medical Center, Nahariya, Israel.
Front Neurol. 2024 Mar 22;15:1341170. doi: 10.3389/fneur.2024.1341170. eCollection 2024.
Integrated brain-machine interface signifies a transformative advancement in neurological monitoring and intervention modalities for events such as stroke, the leading cause of disability. Historically, stroke management relied on clinical evaluation and imaging. While today's stroke landscape integrates artificial intelligence for proactive clinical decision-making, mainly in imaging and stroke detection, it depends on clinical observation for early detection. Cardiovascular monitoring and detection systems, which have become standard throughout healthcare and wellness settings, provide a model for future cerebrovascular monitoring and detection. This commentary reviews the progression of continuous stroke monitoring, spotlighting contemporary innovations and prospective avenues, and emphasizes the influential roles of cutting-edge technologies in shaping stroke care.
集成脑机接口标志着在中风(导致残疾的主要原因)等事件的神经监测和干预方式上取得了变革性进展。从历史上看,中风管理依赖于临床评估和影像学检查。虽然如今的中风领域将人工智能整合用于积极的临床决策,主要是在影像学和中风检测方面,但它仍依赖临床观察进行早期检测。心血管监测和检测系统已在整个医疗保健和健康领域成为标准,为未来的脑血管监测和检测提供了一个模式。本评论回顾了连续中风监测的进展,突出当代创新和未来发展方向,并强调前沿技术在塑造中风护理方面的重要作用。