A noninvasive detection technique of diabetes via monitoring the concentration of acetone in
exhaled breath (EB) has been approaching to groundbreaking innovations in the very recent …

Background and aims In recent years, noninvasive techniques are becoming conspicuous
for diabetes detection. Sweat, tear, saliva, urine and breath-based methods showing …

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 …

Exhaled breath analysis is in the development stage and has many potential advantages
over conventional laboratory tests. Real-time exhaled breath analyzers can be based on a …

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 characterization of acetone in exhaled breath reflects the internal metabolism of glucose
in bloodstream and airways. This phenomenon provides a great potential for non-invasive …

Breath analysis using gas sensors is an emerging method for disease screening and
diagnosis. Since it is closely related to the lipid metabolism and blood ketone concentration …

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 …