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The Use of Mass-Spectrometry-Based Proteomics for Reliable Detection and Identification of Pathogens as Illustrated by the Study of Bee Colony Collapse Disorder
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Charles H. Wick
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A study of colony collapse disorder in honey bees illustrates how mass spectrometry–based proteomics techniques can be used to to identify pathogens without any prior knowledge of what is contained in the sample.
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Accurate Mass: Why It's the Best Solution for Metabolite Identification in Discovery, Development, and Clinical Applications
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| By
Phillip R. Tiller
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Accurate-mass approaches offer a significant advance over nominal-mass approaches in the arena of qualitative analysis, and some of the analytical approaches can now be conducted in a relatively routine manner.
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Identification of Novel Psychoactive Substances Using Hyphenated Mass Spectrometric Techniques
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| By
Sulaf Assi
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Suzanne Fergus
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Jacqueline L. Stair
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Gas chromatography–mass spectrometry (GC–MS) and liquid chromatography–mass spectrometry (LC–MS) techniques offer advantages in separating and confirming the identity of constituents in novel psychoactive substances.
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Advanced Analysis of Allergens in Foods: LC–MS-MS Methodologies and Future Insights
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Lauryn Bailey
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Steven Lock
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Michael Rummel
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Erica Pike
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An update on the sample preparation and LC–MS-MS tools available for allergen detection, as well advantages of those techniques.
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High-Throughput Screening of Abused Steroids in Urine Using Direct TOF-MS and LC–High-Resolution TOF-MS with Comprehensive Ion Fragmentation
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| By
Kevin Siek
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Jeffrey S. Patrick
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Erica A. Guice
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Stephanie Amaya
,
Joe Binkley
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A proof-of-concept application for detecting abused steroids in urine samples collected from an antidoping surveillance program
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