A rtificial intelligence has quietly integrated itself into our professional and educational landscapes in recent years, offering access to scientific evidence on medical treatments and simplifying tasks such as text writing through reference managers, plagiarism checkers, and spell checkers.The exponential growth in information creation capacity, facilitated by AI tools, has been remarkable over the past year, with a surprisingly high number of users adopting these technologies quickly.This surge extends to enhanced information storage capabilities, notably evident in the offices of neurologists and headache specialists.Various AI tools, including Virtual Assistants and Chatbots, now offer basic medical information, address common patient queries, and even assist in appointment scheduling.Moreover, AI algorithms play crucial roles in medical image analysis, aiding in the identification of anomalies or diseases in CT scans, MRIs, and ultrasound images, alongside analyzing clinical data, supporting treatment decisions, remotely monitoring patients, and facilitating robotic surgeries, particularly in neurology and other medical specialties, thereby improving precision and reducing recovery times.Therefore, artificial intelligence revolutionizes medical practice and neurology, ultimately enhancing diagnosis, treatment, and patient care.
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Peres et al. (2024) studied this question.
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