This paper discusses the state of advancement in the development of spectroscopic
methods based on the use of mid (proper) infrared radiation in the context of applications in …

A method for performing noninvasive blood glucose measurements was developed. The
method is based on mid-infrared absorption spectroscopy and uses only a few …

Optical spectrometers enable contactless chemical analysis. However, decreasing both their
size and cost appears to be a prerequisite to their widespread deployment. Chip-scale …

Oral delivery of insulin has always been a challenging task due to harsh gut environment
involving variable pH and peptidase actions. Currently, no Food and Drug Administration …

We developed a photoacoustic spectroscopic method using mid-IR light for non-invasive
analysis of blood components in living bodies. The ultra-low-volume photoacoustic cell …

The amount of data generated in the laboratory increases constantly, where a common
problem needed to be addressed during the data preparation stage is related to noise. The …

Chronic wounds in diabetic patients deteriorate into multiple infections. A multifunctional
transdermal material with high self-healing ability, remodeling capability, antibacterial and …

Main objective of current work was to develop pH responsive polymeric systems for safe oral
delivery of insulin. A novel fenugreek seed mucilage extract-based pH-regulated hydrogel …

In this talk, the current status and future prospects of health care instruments using mid-
infrared light (6 microns or longer) and deep ultraviolet light (shorter than 300 nm), which …

An important challenge to be addressed in the search for an optically based, non-invasive
blood glucose quantification method, is related to the spectral interference between glucose …