Mass spectrometry is a cornerstone technique across various scientific disciplines, enabling precise analysis of complex samples, characterization of atom clusters and molecules, and elucidation of ...

Every analyst using GC-MS should have a fundamental understanding of how a mass spectrum is generated and if a library match is correct or not. This course takes this a step further to enhance mass ...

Emerging mass spectrometry technologies integrating ion mobility, TIMS–PASEF, and real-time search are enhancing sensitivity, throughput, and reproducibility in proteomics.

Tandem mass spectrometry is a powerful tool in proteomics. By ionizing peptides and then fragmenting those ions into smaller product ions, researchers can determine the biomolecules’ amino acid ...

Non-target screening using chromatography coupled to high-resolution mass spectrometry is a powerful tool in environmental ...

Accurate measurement of trace elements in solid materials plays a vital role across a range of disciplines—from uncovering material origins and tracking chemical processes to detecting contamination ...

At the University of Oxford, Justin Benesch studies assemblies made between proteins called molecular chaperones and the proteins they protect in cells. These assemblies slow the formation of amyloid ...

In this interview, Dr. Alice Schlichtiger discusses her journey from academia to industry and shares her advice on building a ...

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Labs and manufacturing facilities everywhere are being asked to do more with less. Teams must increase throughput, maintain ...

What will you learn on this course? This course is an introduction to mass spectral interpretation, aimed at presenting the fundamental tools and rules when examining high quality full-scan GC-MS data ...