Join us to celebrate the achievements of the 60 impactful analytical scientists featured in the 2024 Power List.
02/24/2016 | Amira Guirguis
Amira Guirguis offers an overview of new psychoactive substances (NPS) and designer drugs.
02/24/2016 | Volker Deckert, Duncan Graham
In the light of a disruptive new paper, four experts discuss the future of Raman spectroscopy
02/24/2016 | Julien Wist, Elaine Holmes
Isn't it time to share resources to open up more opportunities for metabolic profiling?
02/24/2016 | Friederike Winkhaus
Exploring the potential of microchip capillary electrophoresis to speed up sample throughput
02/24/2016 | James Settlage
Time to take the plunge with supercritical fluid chromatography in bioanalytical applications
02/24/2016 | Dorina Kotoni
Will aerosol-based detectors ever meet all the needs of the pharmaceutical industry?
02/23/2016 | Christopher Mulligan
Portable mass spectrometry readies itself for on-site identification of physical evidence.
02/23/2016 | Joanna Cummings
Get the most out of Pittcon, Atlanta with our top picks from the sessions.
What can experts in analytical sciences do - if anything - to stop sports doping?
02/18/2016 | Sponsored by Malvern Panalytical
Triple detection GPC/SEC combines measurements from multiple detectors to offer not only increased amounts of data, but also increased amounts of information, which is made available by the combination of different detectors (and unobtainable using individual detectors separately). The theory of triple detection GPC/SEC is described here.
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