Breath analysis using simple gas sensors is becoming one of the important methods for non-
invasive, painless and early diagnosis of certain diseases. Among them, the acetone sensor …

The acetone concentration in exhaled breath can be utilized for the noninvasive diagnosis of
diabetes. In this study, to fulfil the requirements of breath analysis for diabetes diagnosis …

Acetone detection in exhaled breath as a biomarker has been a new method for non-
invasive diagnosis of diabetes in medical diagnosis. Here, we fabricated a stabilized …

Acetone in exhaled breath can be employed as a diabetic-specific biomarker for
noninvasive, painless, quick and in-house screening of diabetes. Herein, a mixed potential …

Acetone sniffer, because of its ability of continuous non-invasive monitoring, is recognized
as a potential method for the diagnosis of diabetes. In this study, mixed potential …

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 …

In this paper, mixed potential gas sensor using yttria-stabilized zirconia (YSZ) solid
electrolyte was developed for acetone and hydrogen sulfide detection. By adjusting the …

A stabilized zirconia (YSZ) based acetone sensor based on mixed potential sensing
mechanism was fabricated using NiTa 2 O 6 sensing electrode (SE) calcinated at 1000° C …

A highly sensitive mixed potential type gas sensor based on stabilized zirconia (YSZ) and
CdMoO 4 sensing electrode (SE) was developed and used for detection of acetone at 625° …

A series of mixed potential type gas sensors using stabilized zirconia and M 3 V 2 O 8 (M:
Zn, Co and Ni) sensing electrode were fabricated and applied for detecting acetone at 600° …