Chemical synthesis is greatly facilitated by catalysis and further on by catalyst recovery and
recycle. Catalyst reuse increases the overall productivity and cost effectiveness of chemical …

The synthetic particularities for the synthesis of polymer-based monolithic materials are
summarized. In this context, monoliths prepared via thermal-, UV-or electron-beam triggered …

This review provides a selected overview of some of the significant developments that have
occurred in ion chromatography (IC) over recent years, together with some views on the …

The column technologies play a crucial role in the development of new methods and
technologies for the separation of biological samples containing hundreds to thousands …

Rigid macroporous polymers developed in the early 1990s are widely used as efficient
stationary phases for all types of chromatographic separations. The main advantages of so …

In the last decade the developments in the field of ion chromatography (IC) were aimed at
increasing the efficiency, sensitivity and rapidity of analysis, as well as on improving …

Newly developed porous polymer monolithic capillary columns modified with gold
nanoparticles coated with exchangeable functionalities allow easy switching of separation …

New monolithic capillary columns with embedded commercial hydroxyapatite nanoparticles
have been developed and used for protein separation and selective enrichment of …

In recent years, continuous separation media have attracted considerable attention because
of the advantages they offer over packed columns. This research resulted in two useful …

We review methods to prepare polymer-immobilized nanoparticles through a plethora of
strategies in view of developing systems for separation, sensing, extraction and catalysis …