Non-Invasive Blood Glucose Measurement Using Laser Technology (NIBGM)

Abstract

The non-invasive glycemic meter has become a concern of biomedical engineering and scientists. This medical device has been designed by many scientists to serve diabetics. This paper provides a convenient way to meet all the successful features of this biomedical device at low cost, high performance and reliable capabilities. The suggested glucose meter is based on a specific wavelength that plays a major role in the system that interacts with glucose concentration in the bloodstream. Therefore, optical spectroscopy renders the technique completely non-invasive by avoiding frequent acupuncture defects. Blood glucose monitors are used to measure the amount of glucose in the blood, especially in patients with symptoms and an elevated or abnormal history of blood glucose levels. More commonly, it enables diabetics to give appropriate insulin doses. The traditional process of measuring the level of glucose in the bloodstream can be uncomfortable and chaotic and should be repeated several times every day. In this work, a new non-invasive blood glucose meter has been introduced, and it will be very beneficial for diabetics by freeing them from daily, weekly or monthly glucose testing using finger prick and expensive disposal strips.