Molecular imprinting aims to create solid materials containing chemical functionalities that
are spatially organized by covalent or non-covalent interactions with imprint (or template) …

The wealth of molecular precursors for organic and inorganic polymers has resulted in an
incredible volume of molecular imprinting literature. The vast majority of reports deal with …

In this article we demonstrate the sub-nanometer patterning of mixed chemical functional
groups consisting of thiol and primary amine functionality on the surface of silica and …

Zeolites and related crystalline molecular sieves can possess catalytically active acid sites,
as well as uniformly sized and shaped pores and voids, that allow for their industrial use as …

We have prepared molecularly imprinted mesoporous organosilica (MIMO) using a
semicovalent imprinting technique. A thermally reversible covalent bond was used to link a …

The importance of solid-state biochemistry was revealed more than twenty years ago by the
pioneering work of Lowenstam et al.,[1] and it can now be considered as a field on its …

By using porous silica gel as a solid support, template molecules can be immobilized to give
a novel approach to molecular imprinting in polymers. Polymerizable, functional monomers …

POROUS inorganic solids find wide application in, for example, catalysis and separation
technologies. One of the most promising routes to such materials exploits cooperative …

Molecular imprinting involves arranging monomers of polymerization synthesis around a
template molecule so that complexes between the monomer and template molecules are …

Synthetic host systems capable of selectively binding guest molecules are of interest for
applications ranging from separations and chemical or biological sensing to the …