Sistema electrónico de monitoreo de bio señales, para la prevención y control de diabetes mellitus.

Abstract

This research addresses the development and evaluation of a biosignal monitoring system, which seeks to provide a more comfortable and less painful alternative to measure blood glucose levels. The focus problem focuses on the need to overcome the limitations of traditional glucometers, which require finger pricks to obtain a blood sample, which can cause discomfort and discomfort for patients. The purpose of the study is to design and evaluate a device that uses non-invasive technology to measure blood glucose levels. The present study builds on previous research on non-invasive technologies for glucose monitoring, such as infrared and photoacoustic spectroscopy. This implies the design and construction of a non invasive glucometer prototype, which is evaluated in a group of participants with diabetes. The results obtained are compared with the glucose values measured by a conventional glucometer. The results show a significant correlation between the values obtained with the non invasive glucometer and the conventional glucometer. The device manages to accurately measure blood glucose levels, without the need for punctures or discomfort for patients. The non-invasive glucometer developed in this study represents a promising alternative for glucose monitoring in patients with diabetes. The device offers comfort and precision in measurements, which could improve adherence to treatment and the quality of life of patients.