Abstract
A blood glucose metre is a small, portable device that measures blood glucose levels. To avoid long-term complications from diabetes, careful blood glucose control is required. New blood glucose metres have a small size, a large memory capacity, blood glucose manipulation techniques, and computer-based data processing capabilities.The Glucose Detection System is implemented in tandem with an improved Op-based Potentiostat and an automatic test system. This project's goal is to investigate an improved OP-based Three-Electrode Potentiostat that can be used in an Electrochemical Glucose Biosensor device to achieve comparable measurement accuracy. This Project enables us to make the Glucometer Cost-Efficient, Affordable and Easy to Use. They hold a lot of promise in the field of bio-detection on the go systems for use in health care and biomedicine.
Highlights
A glucose metre is available as a "glucometer," is a medical device used to determine the estimated glucose concentration in the blood
It is an important part of home blood glucose monitoring (HBGM) for people suffering from diabetes or hypoglycemia
A single drop of blood is deposited on a disposable test strip by pricking the skin with a lancet, which the metre reads and measures blood glucose levels
Summary
A glucose metre is available as a "glucometer," is a medical device used to determine the estimated glucose concentration in the blood. It could be a piece of sensing elements dipping in a substance and its measurement against a glucose map. Guilbault and Lubrano employed the amperometric method in the electrochemical in 1973 to feel the amount of hydrogen peroxide (H2O2) in order to determine the glucose concentration. The Potentiostat is a device that amplifies and reads current in a bio-signal detection system. Aerometric electrochemical sensor with three electrodes, a current metre, and a control amplifier make up the basic setup. The cost-effective Glucometer is both affordable and accurate. [1-8]
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