Supramolecular chirality is involved not only in biological events such as gene
communication, replication, and enzyme catalysis but also in artificial self-assembly systems …

Metal-coordination structures, which contain coordination bonds with a dynamic nature, are
generally useful as a platform for stimuli-responsive molecules and materials. This feature …

Even with advances in diverse antibiotics, bacterial infectious diseases with high mortality
and morbidity still seriously endanger human health, which spurs the development of …

Chiral materials have been of the interests of scientists for nearly a century. People have
endeavored a great effort to manipulate the chirality of various self-assembled materials …

Host–guest interactions are widely employed in constructing responsive materials, although
less is known to manipulate the chiral property of materials using such host–guest dynamics …

Low molecular weight 7-methoxy-3-(p-nitrophenyl) iminocoumarin (MNI) with donor and
acceptor groups has been synthesized. The molecule shows typical π-stacking geometry in …

π-Conjugated polymers with optically active substituents possibly form chiral higher-order
structures. In the present study, novel bipyridine-and biphenyl-containing poly …

The development of synthetic helical structures undergoing stimuli‐responsive chirality
transformations is important for an understanding of the role of chirality in natural systems …

Helical polycarbodiimides with either naphthalene or anthracene side chains display
chiroptical switching properties in solution and the solid state. This interesting chiroptical …