Identification of electrical impedance correlation using interdigital transducer (IDT) electrode and blood glucose by giving variations of sugar concentration to male mice

Abstract

Abstract The electrical impedance depends on the frequency and material with the specific frequency using a Bioelectrical Impedance Spectrometer (BIS), a material detection using an Interdigital Transducer (IDT) electrode, and data process using software Data Acquisition (DAQ). The current electricity used in this tool is AC. The purpose is to identify the electrical impedance correlation to glucose, the effect of natural sugar on male mice’s blood, and identify impedance values in glucose conditions. The method is grouping the mice because they were given a variety of drinks for 1 month. The tails of mice were cut for blood and tested. Data stored using Microsoft Excel, Bode, and Nyquist plots of data stored in the form of images. Data processing using Ms. Excel. The results are glucose value generated from this study was normal. So far nothing significant has been found. The conclusion is that there is no discovery between electrical impedance and glucose in this study, due to several factors such as time, human error, measuring instruments, and the environment. Other animal factors are the effects of metabolism, lifestyle, size, body weight, and undetected disease. This study concludes that the value of glucose produced by each animal is different.