Noninvasive Glucose Sensing in Dielectrically Equivalent Multilayer Skin Phantoms
Kenta Fukada,
Masahito Nakamura,
Takuro Tajima
et al.
Abstract:The interstitial fluid of the skin contains glucose levels comparable to those of blood. Noninvasive glucose sensing by microwaves has great potential to relieve diabetics from the burden of daily blood sampling, but improving the selectivity of this method remains a challenge. This study reports a dielectrically equivalent multilayer skin phantom and provides insight into the criteria for noninvasive glucose sensing by conducting dielectric analysis. The skin phantom was a hydrogel composed of gelatin, glucos… Show more
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