The indolocarbazoles are an important class of nitrogen heterocycles which has evolved
significantly in recent years, with numerous studies focusing on their diverse biological …

In this review, we describe the recent advances in the chemistry of helical polymers and
oligomers containing acetylene units in the main chain. Owing to their great benefits such as …

A novel synthetic strategy based on a bifunctional stapled chiral nucleus from which
segments of different lengths can be added to both ends of o-phenylene ethynylenes (o …

A new family of homochiral silver complexes based on carbophilic interactions with ortho‐
phenylene ethynylene (o‐OPE) scaffolds containing up to two silver atoms are described …

Template‐directed synthesis and dynamic covalent chemistry were implemented to achieve
quantitative one‐pot syntheses of homochiral helical cavities inside aromatic foldamers. One …

As a synthetic model for intra‐protein interactions that reinforce binding affinities between
proteins and ligands, the energetic interplay of binding and folding was investigated using …

An indolocarbazole–naphthyridine hybrid oligomer capable of adopting a stable helical
conformation was prepared, and its folding properties were thoroughly studied in the solid …

Many abiotic foldamers are based on achiral repeat units but adopt chiral geometries,
especially helices. In these systems, there is no inherent preference for one handedness of …

Control over the folding of oligomers, be it broad induction of a preferred helical handedness
or subtle changes in the orientations of individual functional groups, is important for …

A series of indolocarbazole-pyridine (IP) hybrid foldamers containing chiral residues at
multiple different positions were prepared to reveal the matched and mismatched …