The binding of multiple guests by a single entity can lead to new modes of host–guest
interactions and thus new applications in, for example, catalysis and sensing. With the aim of …

The cavities of metallosupramolecular cages can be used to mimic the central spaces of
naturally occurring proteins and bind a wide variety of molecular guests. A range of potential …

When substrates are confined in an isolated cavity, they experience circumstances that are
distinctly different from those in a bulk solution. Molecular self-assembly has widened the …

Controllable arrangement of different ligands in a single assembly will not only bring
increased complexity but also offers a new route to fine‐tune the function of the designed …

Constructing polycyclic aromatics-based, highly emissive fluorophores with good solubility
and tunable aggregated structures and properties is of great importance for film fabrication …

The self-assembly of 4-fold-symmetric porphyrins with FeII or ZnII gave a new cubic MII8L6
cage framework with electron-deficient walls. This cage bound C60-indene or C60 …

Multicavity [Pd n (L) 4] 2 n+ metallosupramolecular cages based on long backboned ligands
are an attractive approach to increasing molecular size without loss of the binding specificity …

The properties of rare‐earth‐metal ions in aqueous media often depend on their various
hydration modes, which allow them to exist as monomeric or oligomeric species with …

Triazine-based ligands, featuring C 3-symmetry configuration, electron-deficient and other
triazine moiety determined characteristics, have facilitated the construction of a diverse set of …

Unique self‐assembled macrocyclic multinuclear ZnII and NiII complexes with binaphthyl‐
bipyridyl ligands (L) were synthesized. X‐ray analysis revealed that these complexes …