The acetone content in the exhaled breath of individuals as a biomarker of diabetes has
become widely studied as a non-invasive means of quantifying blood glucose levels. This …

Exhaled human breath contains around 3500 volatile organic molecules, which are a
byproduct of metabolic process. The most important directions of modern diagnosis are the …

Diabetes, one of the most rapidly-growing chronic diseases in the world, is overall relative
expensive on both diagnosis and monitoring. Breath acetone has proven to be a biomarker …

Acetone existing in human breath is an effective biomarker of diabetes, which can be used
for the early diagnosis and daily monitoring the health status of diabetes (in particular, type 1 …

Diabetes is one of the most rapidly-growing chronic diseases in the world. Acetone, a
volatile organic compound in exhaled breath, shows a positive correlation with blood …

The rates of diabetes throughout the world are rising rapidly, impacting nearly every country.
New research is focused on better ways to monitor and treat this disease. Breath acetone …

Achieving good sensitivity toward low ppm acetone with pronounced resolution is a
challenging, yet very much required task for the development of breath analyzer to monitor …

The development of miniaturized, low-cost, and high-performance acetone gas sensors is
highly desirable for workshop safety management and human health diagnosis. Herein, we …

Acetone existing in human breath is an effective biomarker of diabetes which can be used
for the early diagnosis and daily monitoring of diabetes. Comparing to the conventional …

The main aim of this research investigation is to evaluate the acetone-sensing performance
of the heterostructured nanohybrid of WO3/WS2 by its constituents, two-dimensional (2D) …