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The paper presents the first in vivo glucose monitoring animal study in a pig, which correlates radio frequency signal transmission changes with changes in blood glucose concentration in the 58–62 GHz frequency range. The presented non-invasive glucose sensing system consists of two opposite facing patch antennas sandwiching glucose-loaded samples. Prior to the animal study, the system was tested...
In this paper, a stent based in-vivo bio-sensing system for glucose monitoring is introduced. Conventional glucose monitoring methods suffer from pain, inconvenience, and financial consumption. In order to overcome the problems, the method that the monitoring system is inserted into blood vessel and detecting the glucose level wirelessly is proposed in this paper. The system includes several blocks...
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