Taking diagnostic breath analysis from a research curiosity to clinical reality

Breath analysis by SIFT-MS and the challenges facing the identification of meaningful VOC biomarkers for clinical diagnoses

Formaldehyde Analysis Using Direct MS

SIFT-MS analyzes formaldehyde directly from air or headspace

Formaldehyde is an important industrial chemical. It is ranked 25th overall in United States chemical production and is predicted to…

Direct Mass Spectrometry that Resolves Isomers in Real Time

SIFT-MS delivers unsurpassed selectivity through the differentiation of ethylbenzene and xylene

Promising study on detection of volatiles evolved from lung cancer cells

Identification of lung cancer volatile markers with SIFT-MS could lead to non-invasive diagnosis

Aerosol analysis with SIFT-MS introduced at 13th ANZAA

Rapid quantitative analysis of particle-bound VOCs and SVOCs is made possible with SIFT-MS

Concerned about carbon monoxide purity?

When carbon monoxide (CO) is stored under high pressure in a steel gas cylinder, it reacts slowly to form iron pentacarbonyl (Fe(CO)5), a volatile impurity. To test this, we obtained a sample of spectroscopic-grade carbon monoxide from the local university’s…

Cutting-edge atmospheric research

SIFT-MS Contributes to Better Understanding of Isoprene Chemistry in the Atmosphere

Forest Fire Research

New application from Australia shows that first-generation commercial SIFT-MS instruments still deliver quality analytical results