Blood Sugar Level detection and storage using Split Ring Resonator and Python

Abstract

Diabetes, popularly known as diabetes mellitus, is a metabolic disorder that raises blood glucose levels. Therefore, checking glucose has become essential for keeping track of one's health. Microwave resonators may be utilized to detect blood glucose by non-destructively sensing changes in its properties, in addition to conventional techniques for glucose monitoring. A correlation between a change in the resonating frequency of Resonators and the corresponding change in the dielectric property is essential for the purpose of measuring blood sugar. To determine the amount of glucose, the split-ring resonator is electromagnetically activated in this test. A circular split ring resonator has been created and is operating at a frequency of 2.45 GHz. Multiple glucose concentrations have been tested on the resonator using the Keysight E 5080 A Vector Network Analyzer, and measurements have been obtained based on changes in the resonator's dielectric property. The proposed resonator is tested using the HFSS software. To store the information, a web application is created, which can then be used to evaluate the patients in the future and serve as a reliable resource for the doctors.