The ever-increasing interest directed towards the construction of host architectures capable
of the strong and selective recognition of various ionic species of biological, medical and …

Motivated by their potential biological applications, anion receptors are increasingly
explored as transmembrane transporters for anions. The vast majority of the reported anion …

Synthetic supramolecular transmembrane anionophores have emerged as promising
anticancer chemotherapeutics. However, key to their targeted application is achieving …

Harnessing unconventional noncovalent interactions (NCIs) is emerging as a formidable
synthetic approach in difficult‐to‐access glycosidic chemical space. C‐Glycosylation, in …

Exceptionally strong halogen bonding (XB) donor‐chloride interactions are exploited for the
chloride anion template synthesis of neutral XB [2] rotaxane host systems which contain …

The first examples of halogen bonding (XB) heteroditopic homo [2] catenanes were
prepared by discrete Na+ template‐directed assembly of oligo (ethylene glycol) units …

Despite their hydrophobic surfaces with localized π-holes and rigid well-defined
architectures providing a scaffold for preorganizing binding motifs, fullerenes remain …

The use of noncovalent interactions (NCIs) has received significant attention as a pivotal
synthetic handle. Recently, the exploitation of unconventional NCIs has gained considerable …

Selective transmembrane transport of chloride over competing proton or hydroxide transport
is key for the therapeutic application of anionophores, but remains a significant challenge …

Exploring new noncovalent bonding motifs with reversibly tunable binding affinity is of
fundamental importance in manipulating the properties and functions of supramolecular self …