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Genomics & DNA Analysis

Fields & Applications Food, Beverage & Agriculture

How to Beat Cheat Meat

| Johannes Lenstra

Unscrupulous traders are substituting meat from undesired species. We have the tools to stop them, but do we have the political will?

Fields & Applications Data Analysis

Toying with Athletes

| Rich Whitworth, Frank van Geel

WADA is on a mission to rid sports of substances that impart an unfair advantage.

Fields & Applications Capillary Electrophoresis

Three Gurus of Nano and Micro Analysis

| Robert Kennedy, Albert van den Berg, Juan G. Santiago

Three gurus describe significant breakthroughs in micro and nanoscale analytical techniques and envisage where they might take us next.

Techniques & Tools Genomics & DNA Analysis

A Meal Fit For a King

| Rich Whitworth

Radiocarbon dating not only supported the identification of King Richard III’s remains, it also shed ... light on his diet.

Fields & Applications Genomics & DNA Analysis

Reinvigorating SAXS

| Rich Whitworth

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

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.

Techniques & Tools Technology

The Tools of Proteomics

| Norm Dovichi, Amanda Hummon

The proteome, which is the set of proteins expressed by a genome, cell, tissue or organism at a given time ... presents immense analytical challenges – but offers substantial rewards. Here, current approaches to proteomics, their strengths and their shortcomings, are explored.

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.

Fields & Applications Mass Spectrometry

Spot On

| Sangeeta Tanna, Graham Lawson

Dried Blood Spot (DBS) sampling is being adopted in drug development, paediatric healthcare, and, more recently, patient compliance.

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