Why the study?
Real-time detection and prevention are needed to minimize the health threats of chronic cardiovascular diseases, and connecting biochemical sensors to the Internet can overcome clinical biochemical analyzer limitations.
A novel cyber-physical healthcare system utilizing a broadcast television network and blood test module offers a potential platform for remote, in-home cardiovascular disease management.
May enable real-time CVD monitoring via TV networks; leaves open clinical validation before practice adoption.
Cardiovascular diseases (CVDs) have become a serious hidden threat to human health. Because they are chronic circulatory diseases, we should detect and prevent them in real time to minimize damage to human health. The ideal solution to overcome the problems of the clinical biochemical analyzer is to connect the biochemical sensor to the Internet. The broadcast television network has access to the broadband network through the set-top box. At present, the market is undergoing rapid development. Furthermore, with the introduction of Industry 4.0, cyber-physical systems have become key framework technology, as their potential for implementation in smart home applications is high. Through the use of a typical household universal television device, we linked a total cholesterol and triglyceride test strip with a television controller to realize a method for remote cardiovascular disease management and prevention. Additionally, a cyber-physical healthcare system was added to the broadcast television network for in-home CVD diagnosis and family health management. By exploiting the portable, fast, and simple features afforded by the Internet of Things, the proposed remote medical device has satisfied the family monitoring requirements, and is expected to be widely applied in the near future.
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Guo et al. (2020) studied this question.
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