Abstract
A 5G-enabled digital multiple-dimension biohealth data acquisition system prototype integrating an electrochemical dongle, a photochemical dongle and a fluorescence sensor for remote and smart healthcare application is proposed in this paper. The system evolves from the Internet of Medical Things (IoMT) and can automatically collect multiple biochemical indicators including chronic disease markers, renal function indicators, and inflammatory factors from patients' blood samples with rapid speed and high accuracy. Because the system is based on Massive Machine Type Communications (mMTC), it can interact reliably with hospital systems or personal mobile devices with ultra-low latency. To generate a platform for in-time interaction between patients and medical staff, an Application (App) terminal is developed to guarantee real-time medical data sharing and face-to-face remote consultation. This not only promotes the personal proactive health management, but also generates valuable records to hospitals for future prevention of diseases, which is highly practical for tele-health management.
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