Artificial Intelligence in the Health: Applications in Imaging, Personalized Medicine and Prosthetics

Abstract

This research paper explores the current state and the potential applications of artificial intelligence (AI) in healthcare. The article focuses on three main applications of AI in healthcare: medical imaging, personalized medicine, and prosthetics. Medical Imaging started with the discovery of the X-ray and later developed with the introduction of nuclear medicine. With the rise of AI, its applications flourished within medical imaging, helping radiologists identify and diagnose medical conditions, analyzing medical images in seconds, and studying the brain. In personalized medicine, Artificial intelligence offers specific treatments for patients, such as personalized treatment for liver cancer, considering the patient’s background. AI also analyzes large datasets to develop patient treatment plans and streamlines the clinical decision process. Finally, The paper delves into AI’s applications in prosthetics, including the development of intelligent artificial limbs powered by machine learning algorithms analyzing various signals throughout the body. The research paper concludes that AI is a revolutionary tool that assists the healthcare industry by helping researchers in medical imaging, streamlining clinical decision processes with personalized medicine development, and developing prosthetics.

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