Fields & Applications

Then & Now, with Stuart Adams, Higher Analytical Chemist at Fera Science Ltd, York, UK

The convergence of forensic and metabolomic analysis – and its potential for diagnostics

A journey into the study of organic aerosols and the analysis of atmospheric processes

Advances in genomics are thrilling, but a tumor is more than a bundle of genetic information.

A sneak preview of the 2016 SciX conference, taking place in Minneapolis in Spetember.

This article explores the role of different components within drilling muds, including barite and calcium carbonate. The need to achieve optimum particle sizes is examined, the application of laser diffraction is considered within this context. Fast, efficient and having a wide measurement range, laser diffraction delivers accurate, precise and reproducible particle size information. Offering automated analysis, it is a preferred method for drilling mud particle sizing and the focus of ongoing API efforts to develop a standard in this area.

Tom Metz, Integrative Omics Scientist and Metabolomics Technical Lead at Pacific Northwest National Laboratory (Washington State, USA), selects six papers that exemplify the power of multi-omics.

When fighting food fraud, there are problems that analytical science alone cannot solve. We must work together to take a more inclusive and multidisciplinary approach that ensures true food integrity.

Cancer is incredibly complex, posing enormous challenges beyond the biological field. Taking a multi-omic approach can help us make sense of this diverse set of diseases – and, ultimately, allow us to better understand ourselves as human beings.

The newest addition to the popular ‘10 ways to…’ series of educational papers provides practical guidance on developing high performance suspension products with enhanced consumer appeal. ‘10 ways to...control rheology by changing particle properties’ explores how controlling particle characteristics, such as particle size distribution, concentration and zeta potential, enables formulators to engineer suspension performance. Suspensions are used in the formulation of a wide range of every day products from medicines, drinks and foodstuffs to paints, inks and coatings. This paper is therefore valuable to formulators working across a wide range of industries.