Carbon peaking and carbon neutralization trigger a technical revolution in energy &
environment related fields. Development of new technologies for green energy production …

The self‐assembled metal‐organic cages (MOCs) have been evolved as a paradigm of
enzyme‐mimic catalysts since they are able to synergize multifunctionalities inherent in …

Supramolecular cage chemistry is of lasting interest because, as artificial blueprints of
natural enzymes, the self-assembled cage structures not only provide substrate-hosting …

A visible light photosensitizing metal‐organic cage is applied as an artificial supramolecular
reactor to control the reaction of aryl radicals with terminal olefins under green light/solvent …

The manipulation of chirality in molecular entities that rapidly interconvert between
enantiomeric forms is challenging, particularly at the supramolecular level. Advances in …

The allosteric effect is omnipresent in proteins with two distinct binding sites communicating
over a distance to control biological functions and complex processes, which drives an …

Coordination-driven self-assembly enables the spontaneous construction of metallo-
supramolecules with high precision, facilitated by dynamic and reversible metal–ligand …

Nanoconfinement effect can significantly impact chemical reactivity. Chemists design
various porous nanoconfined systems to catalyze reactions. However, using these artificial …

Control over the stereochemistry of metal–organic cages can give rise to useful functions
that are entwined with chirality, such as stereoselective guest binding and chiroptical …

The allosteric regulation of biomolecules, such as enzymes, enables them to adapt and alter
their conformation to fit specific substrates, expressing different functionalities in response to …