Currently, fast liquid chromatographic separations at low temperatures are exclusively used
for the separation of peptides generated in hydrogen deuterium exchange (HDX) workflows …

Two-dimensional separations provide a simple way to increase the resolution and peak
capacity of complex protein separations. The feasibility of a recently developed instrumental …

ABSTRACT A novel and rapid method was developed for the determination of galantamine
in human plasma by microchip electrophoresis with a highly integrated contactless …

Peak capacity (PC) is a key concept in chromatographic analysis, nowadays of great
importance for characterising complex separations as a criterion to find the most promising …

The nanochannel-based electropreconcentration is not compatible with successive capillary
zone electrophoresis (CZE). In this study, the incompatibility is theoretically discussed and …

Analytical instruments able to provide extremely high sensitivities, separation efficiencies,
and peak capacities are important for both applied sciences and basic research. It is even …

Electrophoretic separation in short microchannels is a promising way for rapid analysis of
biomolecules, but the pressurized laminar flow may compromise the separation efficiency. In …

Biological samples remain challenging in proteomic separations due to their complexity and
large concentration dynamic range. Improvements to separation power are needed to …

The main goal of this book is to present electrokinetic based separation techniques in a
didactic and concise manner, making the content accessible to the broadest possible …