DEVELOPMENT OF MEDICAL ELECTRONICS: MODERN TRENDS, PROBLEMS AND PROSPECTS
DOI:
https://doi.org/10.37547/Keywords:
medical electronics, medelectronics, artificial intelligence, telemedicine, wearable devices, bioelectronic implants, data security, robotics, quantum computing, 6G technologies, electronic healthcare, Uzbekistan, diagnostics, treatment, monitoring.Abstract
This article analyzes modern trends, problems, and prospects for the development of medical electronics (medelectronics). Medelectronics encompasses medical equipment, sensors, implants, telemedicine systems, and artificial intelligence-based devices that play a crucial role in enhancing the efficiency of diagnosis, treatment, monitoring, and rehabilitation processes. The article examines researchers' findings based on scientific sources from Scopus, Web of Science, and Google Scholar platforms: the integration of nanotechnologies and AI reduces diagnostic errors by 45%, wearable devices demonstrate 62% effectiveness in early detection of cardiovascular diseases, telemedicine systems improve access to medical services in rural areas by 55%, and bioelectronic implants show 70% effectiveness in treating neurological diseases. Issues of data security, cyberattacks, economic efficiency, and personnel training are also addressed. In the context of Uzbekistan, it is noted that the implementation of an electronic healthcare system could increase the import and domestic production of medelectronics devices by 150%. The role of quantum computing and 6G technologies is highlighted as future prospects. The article emphasizes the need to focus on local production, safety standards, and specialist training for the development of medelectronics.
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