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Fields & Applications

Fields & Applications Genomics & DNA Analysis

Reinvigorating SAXS

| Rich Whitworth

New metrics promise “game-changing" improvements to SAXS.

Fields & Applications

Analytical Attrition

| Rich Whitworth

Despite its intrinsic importance, analytical science has a very low profile and is in danger of being dismantled ... completely.

Fields & Applications

Quality Improvement Provides New Choices and Greater Capability

| Allen K. Vickers

Scientific innovation combined with manufacturing excellence continues to drive improvements in GC.

Fields & Applications Food, Beverage & Agriculture

Antimicrobial Trends and Risks

The use of antimicrobials as growth promoters in livestock has sparked serious concern about the development of drug-resistant strains of pathogens.

Fields & Applications Spectroscopy

GPC/SEC-MALLS analysis of Hyaluronic Acid

| Sponsored by PSS

Hyaluronic acid is a polymer of disaccharides and can have up to 25,000 disaccharide repeat units.

Fields & Applications Chemical

Casting Monoliths in a Molecular Foundry

| Richard Gallagher

Sitting Down With Frantisek Svec, Facility Director, Organic and Macromolecular Synthesis Facility, Lawrence Berkeley National Laboratory.

Fields & Applications Liquid Chromatography

Publish, or Perish the Thought?

| Lloyd Snyder

Research papers are the bread and butter of an academic’s career, but a different mindset prevails in industry. Should it?

Fields & Applications Sample Preparation

Confronting Concerns

| Sangeeta Tanna, Graham Lawson

With many potential benefits, it is easy to understand the drive to develop systems and methods acceptable to the regulatory authorities.

Fields & Applications Genomics & DNA Analysis

Principal Drivers for DBS Research

| Sangeeta Tanna, Graham Lawson

It is now recognised that regarding a child as a scaled down adult to calculate a medicine dose may not be appropriate.

Fields & Applications Mass Spectrometry

Dried Blood Spot 101

| Sangeeta Tanna, Graham Lawson

Introduced by Robert Guthrie in the 1960s, dried blood spot (DBS) sampling involves taking small drops ... of blood from either a finger prick (or heel prick in neonates) and depositing them on specially manufactured absorbent card where they are allowed to dry. Once dry, DBS cards can be readily transported by post for analysis since the components of the blood remain unchanged for several days, even at room temperature. For analysis, a portion of the blood spot is removed from the card and placed in a solvent to extract the analyte(s) of interest.

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