The role of artificial intelligence in medicine: A system analysis of opportunities, challenges, and prospects

Artificial Intelligence is rapidly transforming all aspects of life, and healthcare is no exception. The implementation of machine learning and deep neural network technologies offers revolutionary opportunities for increasing diagnostic accuracy, personalizing treatment, and optimizing managerial processes in medical institutions. Against this backdrop, a systematic analysis of artificial intelligence's capabilities, challenges, and prospects becomes critically important for formulating an effective national healthcare development strategy. The purpose of this review is to provide an analytical assessment of the role of artificial intelligence in modern medical practice and to define the main directions for its most effective and evidence-based implementation. The study was conducted as a targeted analytical literature review, followed by the thematic systematization of data obtained from international and national scientific sources. The article summarizes the current trends in the use of artificial intelligence across key areas of clinical medicine, including the automated interpretation of medical images (diagnostics), support for personalized treatment strategies, early detection and prediction of disease progression, robotic surgical assistance, and optimization of organizational and managerial processes in healthcare institutions. Particular attention is given to barriers preventing large-scale integration, such as the limited transparency of algorithmic reasoning, variability and representativeness of training datasets, and challenges of ensuring adherence to ethical, regulatory, and data protection standards. Conclusions. Based on the synthesis of sources, priority areas for the application and development of artificial intelligence within the healthcare system of the Kyrgyz Republic are identified, including the creation of sustainable digital infrastructures, professional training of specialists capable of safe and responsible use of artificial intelligence tools, and the formation of unified national standards