A Full-Implantable Continuous Blood Glucose Monitoring System Design
Authors: 
Juan Deng, Yan Wang, Shu Zhao, Lei Wang, Yunjie Tian, Hong ShaAuthors Info & Claims
Juan Deng, Yan Wang, Shu Zhao, Lei Wang, Yunjie Tian, Hong ShaAuthors Info & ClaimsPages 240 - 247
Abstract
Experimentation on animals is part and parcel of diabetes pathological study and new drugs development. There are several disadvantages of traditional blood-glucose acquiring approach since tail incision for blood manually operated on experimental rats. This study focused on automatic continuous blood-glucose measurement after one-off implanting operation. A full-implantable system including blood-glucose measurement, power source, communication and control was developed, where three-electrode electrochemical sensor was adopted for measurement module, wireless power transmission based on electromagnetic field was employed for power supply and bluetooth4.0 low energy (BLE) technology was used for wireless communication. The final encapsulation size and weight of implantable part were 11mm*17mm*5mm and 2.57g respectively, which are suitable for implantation into rats. Experiments by the designed system showed that the system is effective, blood-glucose concentrations can be relative accurately measured under the measurement range 2-34mmol/L.
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Index Terms
- A Full-Implantable Continuous Blood Glucose Monitoring System Design
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Published In
March 2019
327 pages
ISBN:9781450361309
DOI:10.1145/3326172
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Association for Computing Machinery
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Published: 28 March 2019
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ICBET ' 19
ICBET ' 19: 2019 9th International Conference on Biomedical Engineering and Technology
March 28 - 30, 2019
Tokyo, Japan
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