Join us to celebrate the achievements of the 60 impactful analytical scientists featured in the 2024 Power List.
02/20/2015
In this second article of a short series Dr Paul Kippax is looking at the how recent innovations are substantially enhancing the value and informational productivity of some of our established and trusted analytical techniques. This time, the addition of multiple detectors to a GPC/SEC analysis…
12/15/2014 | Rich Whitworth
Accurate measurement drives progress in science in immeasurable ways. Here, we celebrate a year’s worth of advances in The Analytical Scientist Innovation Awards 2014. What impact will these 15 TASIA winners have on your field?
11/14/2014
Frequently asked questions related to the application of DLS to the characterization of protein therapeutic formulations
10/20/2014 | Anne Francois Aubry
“During human progress, every science is evolved out of its corresponding art,” wrote Herbert Spencer in 1861. So, is analytical chemistry truly as much an art form as a science?
08/18/2014 | 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.
07/28/2014 | Bayden Wood
Our third effort at developing a simple analytical diagnostic for malaria looks promising. It could help prevent the spread of the most devastating disease on the planet.
07/24/2014
The Zetasizer NanoSampler is a sample delivery system that ensures highly precise and reproducible automated loading of samples into your Zetasizer Nano for particle size measurements. The NanoSampler adds automation and unattended operation in a versatile, compact package, maximising the productivity of your Zetasizer Nano.
05/27/2014 | Rich Whitworth
On June 15, the 62nd ASMS Conference on Mass Spectrometry and Allied Topics sails into Baltimore
03/31/2014 | Debdulal Roy
Raman spectroscopy has multifaceted appeal but requires an additional metrological dimension to make it a truly competitive quantitative technology.
07/22/2013 | Mary Wirth
The use of submicrometer particles in chromatography, viewed as heresy when first suggested a decade ago, is today seen as a possible quantum leap in separation efficiency. This is a first‑hand account of the origins of the idea, the experiments that yielded crystal-clear data and the literature on slip flow that provided an explanation of the remarkable findings.
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