The Analytical Scientist Power List returns to celebrate the successes of the field’s leading lights!
Results 1291–1300 of 1416
02/28/2014 | Contributed by Gilson
This application note describes the results of the ligation efficiency of manual library preparation versus automated library preparation.
02/27/2014 | Contributed by Markes International Ltd
This Application Note shows that BenchTOF time-of-flight mass spectrometers, coupled with GC, can provide a high-performance solution for the detection and quantitation of aroma compounds in wine extracts.
02/27/2014 | Contributed by Supelco
In this study the impact of matrix interference is investigated with respect to precision and accuracy of antiarrhythmic cardiac drugs from plasma samples.
02/27/2014 | Contributed by Biotage
This application note describes the extraction of the immunosuppressant drug mycophenolic acid and its metabolite mycophenolic acid glucuronide from fortified serum using ISOLUTE SLE+ in a 96-well plate format.
02/25/2014 | Contributed by Phenomenex
UHPLC columns can significantly improve chromatographic separations, but they also present unique challenges. Once the system components are optimized, perhaps your greatest concern is protecting the column from the damaging effects of microparticulates and sample contaminants.
LC/MS/MS analysis of immunosuppressants from whole blood often involves complex and/or expensive cleanup methods.
Several classes of excipients such as binders, coatings, and suspending agents were run on individual fixed pore size or mixed bed GPC columns to show how certain tablets and capsules compare with standards.
A rapid and sensitive multi-class screening method for the detection of multiple classes of antibiotics in ground meat samples at maximum residue limit levels defined by Commission Regulation (EU) No 37/2010, using LCMSMS and QuEChERS.
An optimized steroid hormone analysis from drinking water by LC/MS/MS, reducing analysis time from 50 minutes down to 15 minutes while maintain excellent linearity (0.99 R2 value or greater for each compound) and low minimum reporting level (MRLs)
A new HRGC–HRMS method and technology provides quantitation of toxic PBDE congeners with short run times and includes the quantitation of BDE-209 in a single analytical run.
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