This review (with 200 references) summarises the state of the art of gas and vapour sensors
based on the use of vanadium oxide (VO x; with V occurring in various valencies) …

The detection of trimethylamine (TMA), a signature gas for seafood spoilage, is important for
real-time assessment of seafood quality. However, traditional detection methods (eg, gas …

ZnFe 2 O 4/ZnO nanosheets assembled microspheres (ZnFe 2 O 4/ZnO SAS) were
successfully constructed by hydrothermal synthesis of ZnO nanosheets assembled …

The toxic gas trimethylamine (TMA) with fishy odor can not only be used as an indicator for
evaluating seafood spoilage, but also as a biomarker for trimethylaminuria and kidney …

Abstract In this paper, MoO3/MoSe2 nanocomposite was constructed by an improved
hydrothermal and spin coating method for fabricating trimethylamine (TMA) gas sensor. The …

Abstract Methane (CH 4) gas, the second most potent greenhouse gas share a substantial
role in contributing to the global warming and it is a necessary pre-requisite to detect the …

Trimethylamine (TMA) is a malodorous substance with wide emission sources and can
cause serious odor nuisance to residents even under low concentration. However, reliable …

Conventional chemoresistive gas sensors based on inorganic metal oxide semiconductors
work typically at an elevated temperature (200–500° C) to facilitate the chemical reaction …

Advances in the healthcare sector have driven tremendous possibilities as well as the
necessity in developing potential innovation towards smart and wearable sensors. However …

Artificial intelligence in healthcare sector endures a largest share in non-invasive and point-
of-care disease diagnosis by interfacing human behaviour through wearable pathway. In a …