Studying the small has never been a bigger priority. The diversity of the metabolome requires a diversity of analytical tools to understand it, but no matrix is too complex when you’re properly equipped. Discover how GC-TOFMS and GCxGC can complete your instrument suite.
This is the final in a series of three eBooks discussing and offering practical advice on the journey from current ways of working to a digital laboratory operating in a regulated environment. Learn more about:
Guidance to help pharma laboratories select the right dissolution filter and conduct robust analyses that fulfill current regulatory requirements.
This study demonstrates the determination of trace anions in simulated borated waters containing lithium using a borate eluent and a large-volume direct injection.
This application note demonstrates analysis of fruit peels by performing DHS-GC-MS with a Pyroprobe 6200.
Read about the benefits of IC-MS over IC, the hyphenation of IC and different MS systems, as well as related norms and standards.
Using a mass spectrometer as a gas chromatography (GC) detector has many advantages for compound identification and quantification, but there is another less-known benefit: speeding up analyses by using the mass spectrometry (MS) vacuum to lower pressure within the column. This technique, also known as “vacuum‑outlet GC” or “low-pressure GC–MS” (LPGC–MS), can provide significant gains for fast GC–MS.
