The wireless glucose sensor represents a major step forward in continuous glucose
monitoring. With its innovative interdigital capacitor and inductor combination, the sensor …

Enzymatic glucose biosensors are being developed to incorporate nanoscale materials with
the biological recognition elements to assist in the rapid and sensitive detection of glucose …

In this brief, a 1-V potentiostat circuit for a glucose sensor has been proposed. Test results of
this 1-V potentiostat demonstrate high linearity with respect to glucose concentration, which …

A prominent field of study in biosensor development is the study of electric properties which
provide valuable insight into the fluids contents. In this research, a non‐enzymatic glucose …

Modern healthcare systems are under constant pressure to deliver personalized, effective
care to billions of patients suffering from chronic non-communicable disease like diabetes. A …

In this paper, a wireless potentiostat code-named ElectroSense, for electrochemical sensors,
will be presented. The system is devoted to real-time detection of glucose in wearable …

This paper presents a hydrogel-based glucose sensor for future implantable applications
employing an inductive sensing technique. The prototype system is based on an ultra-low …

We present a concept for the characterization of micro-fabricated based resonator
incorporating air-bridge metal-insulator-semiconductor (MIS) capacitor to continuously …

This study investigated the development and optimization of a flexible printed circuit board-
based glucose biosensor with an emphasis on high sensitivity, selectivity, and overall …

Herein a system capable of simultaneously sensing glucose and harnessing sufficient
energy to power a digital device is presented. This system is powered by an enzymatic …