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Content by Stephanie Vine:

Techniques & Tools Mass Spectrometry

Personalizing Allergen Diagnostics

| Stephanie Vine

IACE-MALDI-MS takes allergy testing to the next level by identifying the milk proteins that cause the reaction

Techniques & Tools Technology

TASIAs Strike Back!

| Stephanie Vine

The Analytical Scientist Innovation Awards (TASIAs) return for 2014 to showcase new technologies, instruments and software solutions that are out of this world

Techniques & Tools Mass Spectrometry

The Aroma of Malaria Infection

| Stephanie Vine

Tracking the volatile chemical profile modifications that attract mosquitoes

Techniques & Tools Microscopy

Water (E)quality

| Stephanie Vine

Water quality control testing at multiple locations along a distribution system is a challenging and time-consuming process, particularly in low-income countries.

Techniques & Tools Mass Spectrometry

Hair Today, Gone Tomorrow?

| Stephanie Vine

Carcinogen levels in hairdressers’ blood appear to be linked to number of coloring treatments

Techniques & Tools Sensors

Bombs Away

| Stephanie Vine

A nanowire-based prototype “supersensor” can detect the fingerprint of explosives down to parts per quadrillion

Techniques & Tools Gas Chromatography

Oil Spill Forensics

| Rich Whitworth, Stephanie Vine

Measuring the impact of the Deepwater Horizon disaster four years on

Fields & Applications Food, Beverage & Agriculture

Micro GC Robots for Farmers

| Stephanie Vine

Taking gas chromatography into the field has the potential to detect crop disease sooner

Fields & Applications Proteomics

Parallel Proteomes

| Stephanie Vine

While Bernard Kuster and his colleagues were compiling ProteomicsDB, a separate team of researchers at Johns Hopkins University, Baltimore, USA, and the Institute of Bioinformatics, Bangalore, India, tackled the challenge in a different way

Techniques & Tools Proteomics

Mapping the Human Proteome

| Stephanie Vine

In February 2001, scientists celebrated the initial sequencing of the human genome by two competing groups. Now, not one but two draft human proteomes form the next logical link in a chain.

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