Join us to celebrate the achievements of the 60 impactful analytical scientists featured in the 2024 Power List.
02/04/2016 | F. Scott Anderson
F. Scott Anderson, a staff scientist at the Southwest Research Institute, Boulder, Colorado, USA, discusses the potential of in-situ resonance ionization mass spectrometry for understanding the age of planetary bodies.
02/04/2016 | Roger Wiens
Scientists who are dissatisfied with the analysis of samples from our blue planet look to the stars
02/03/2016 | Phil Kay
The traditional approach of designing experiments by changing one factor at a time is outmoded.
02/03/2016 | Philip Britz-McKibbin
Multiplexed separations in metabolomics: is there a faster, cheaper, and better way?
02/03/2016 | Rawi Ramautar
A novel CE-MS technique shows great promise for sample-restricted metabolomics.
02/03/2016 | James Strachan
Analytical science hits the mainstream with Netflix’s hit documentary [spoiler alert!]
02/03/2016
Genomics platform director tops Thomson Reuters’ list of highly cited authors
Two-dimensional mass spectrometry (2DMS) can be twice as fast as conventional methods in proteomic analyses
12/11/2015
The molecular weight, molecular weight distribution and size of two common polymers are measured using SEC-MALS 20. Results from SEC-MALS and conventional calibration are compared and discussed.
Learn why isothermal titration calorimetry is a method of choice for accurate and precise determination of critical micellar concentration of surfactants for biochemical applications and find out how to analyse demicellization data from Isothermal Titration Calorimetry
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