Chirality, a fundamental principle in chemistry, biology, and medicine, is prevalent in nature
and in organisms. Chiral molecules, such as DNA, RNA, and proteins, are crucial in …

Coordination cages sustained by metal–ligand interactions feature polyhedral architectures
and well-defined hollow structures, which have attracted significant attention in recent years …

The structural dynamics of artificial assemblies, in aspects such as molecular recognition
and structural transformation, provide us with a blueprint to achieve bioinspired applications …

The use of three-dimensional self-assembled metallacages (MCgs) as multimodal drug
platforms holds great promise. However, the synthesis of MCgs with increased complexity …

Multivalency is a fundamental principle in nature that leads to high‐affinity intermolecular
recognition through multiple cooperative interactions that overcome the weak binding of …

Metal organic cages (MOCs), as an emerging discrete supramolecular compounds, have
received widespread attention in separation, biomedicine, gas capture, catalysis, and …

Chiral coordination molecular cages/capsules with discrete nanoconfined chiral cavities
demonstrate significant potential applications across various fields. In this study, we utilized …

Utilizing the rigid and linear viologen carboxylic ligand as an organic linker, we have
successfully synthesized and structurally characterized a multifunctional Mn-based cationic …