American Research Journal of Biomedical Engineering

Olusoji Amos Ogunbode1*, Adegbenro Sunday Ajani2 , Oluwatayo Sandra Ajani3

This investigation pinpoints the major requirements for the development of a clinically reliable devices for blood glucose monitoring. Noninvasive devices for blood glucose have been employed to monitoring blood glucose with the effort to give a better life to diabetic patients by developing easy blood glucose measurement instruments, with little fear of medical risk and mortality related to diabetes. Optically based methods for noninvasive approaches have provided great development to blood glucose monitoring. Various researchers and companies have designed and developed noninvasive blood glucose monitoring devices to detect diabetes, and this paper describes their working principles, importance and limitations, so as to give room for more comfortable designs. It is important to understand that noninvasive monitoring will never be achieved without good calibration approach. At this point, we are far away from reaching the aim of noninvasive blood glucose measurement, with many technical problems yet to be resolved.

Ajani Adegbenro Sundaya, Olusoji Amos Ogunbodeb*, Oluwatayo Sandra Ajanic 

This investigation pinpoints various applications of electronic noise in the medical field, to justify the proposed research and development of Electronic nose to recognize the smell MRSA in the hospital. Application of an electronic nose has been justified by many medical researchers as a promising intelligent device to give clinical diagnose to human diseases and to recognize many different pathogenic microorganisms. Research and Development of an electronic nose to recognize the smell of MRSA could be a way forward to prevent several difficult-to-treat infections in humans, to promoting early treatment from mild to severe before it spreads and cause outbreaks with a high mortality rate in the hospital.