Debby Mangelings Joins LCGC’s Editorial Advisory Boards
LCGC magazine is pleased to announce the addition of Debby Mangelings to the editorial advisory boards of LCGC North America and LCGC Europe.
LCGC magazine is pleased to announce the addition of Debby Mangelings to the editorial advisory boards of LCGC North America and LCGCEurope.
Mangelings received her PhD in pharmaceutical sciences in 2006 from the Vrije Universiteit Brussel, in Brussels, Belgium, where she currently works as an associate professor in the Department of Analytical Chemistry and Pharmaceutical Technology. Her work focuses on chiral separations, miniaturized separation techniques, capillary electrochromatography (CEC), liquid chromatography, and supercritical fluid chromatography (SFC). She is also interested in the synthesis of in-capillary stationary phases, such as monoliths for both chiral and achiral separations in CEC.
A key focus of Mangelings’ work has been defining and updating chiral separation strategies for various modes of high-performance liquid chromatography (HPLC) as well as for SFC and CEC.
More recently, she has worked in the chemometric data analysis of chiral separation data to study systems with similar or dissimilar enantioselectivity. In CEC, she is working on the evaluation of new stationary phases, such as those involved in the successful chiral separation of uncommon compounds as the boron cluster species.
Mangelings received LCGC’s 2016 Emerging Leader Award, which was presented to her in March, at Pittcon 2016 in Atlanta, Georgia.
Identifying and Rectifying the Misuse of Retention Indices in GC
December 10th 2024LCGC International spoke to Phil Marriott and Humberto Bizzo about a recent paper they published identifying the incorrect use of retention indices in gas chromatography and how this problem can be rectified in practice.
Overcoming Common Challenges to Determine Residual Impurities Using IC in APIs with Limited Water
December 10th 2024Organic solvents are generally not compatible with ion chromatography (IC) systems. The approach presented here assists the use of organic solvents for sample preparation and provides a mechanism for the removal of the organic solvents from the chromatographic flow path.
