The number of diabetic patients in the world continue to increase. Therefore, new methods
need to be developed to help the lives of affected people by improving the ability of diabetic …

The review describes the technologies used in the field of breath analysis to diagnose and
monitor diabetes mellitus. Currently the diagnosis and monitoring of blood glucose and …

Background: Exhaled acetone analysis has long been recognized as a supplementary tool
for diagnosis and monitoring diabetes, especially type 1 diabetes. It is essential, therefore to …

Breath analysis has been considered a suitable tool to evaluate diseases of the respiratory
system and those that involve metabolic changes, such as diabetes. Breath acetone has …

Exhaled breath acetone has been identified as a diabetes biomarker for non-invasive
diagnosis. Its detection using biosensors features has many advantages over the …

Featured Application Exhaled breath analysis with special emphasis on diabetes. Patients
with diabetes (mostly type-1) tend to have higher acetone levels in their breath than healthy …

Measurement of blood-borne volatile organic compounds (VOCs) occurring in human
exhaled breath as a result of metabolic changes or pathological disorders is a promising tool …

Acetone is qualitatively known as a biomarker of diabetes; however, the quantitative
information on acetone concentration in diabetic breath is incomplete, and the knowledge of …

The growing number of people with diabetes has paved the way for the creation of non-
invasive devices to measure blood glucose levels and enable the detection of diabetes non …

Diabetes mellitus, commonly measured through an invasive process which although is
accurate, has manifold drawbacks especially when multiple reading are required at regular …