Biology capitalizes on the specific chemistries of certain transition metal ions. In fact, life
depends on transition metal ions as essential trace elements. Biological redox processes …

The fast-growing body of experimental data on metalloenzymes and organometallic
compounds is fostering the exploitation of metal–ligand interactions for the design of new …

Zinc metalloproteins are one of the most abundant and structurally diverse proteins in
nature. In these proteins, the Zn (II) ion possesses a multifunctional role as it stabilizes the …

A series of isostructural supramolecular cages with a rhombic dodecahedron shape have
been assembled with distinct metal‐coordination lability (M8Pd6‐MOC‐16, M= Ru2+, Fe2+ …

Solid polymer electrolytes (SPEs) offer a viable path for overcoming the interfacial problems
caused by side reactions and irregular deposition in rechargeable Zn (zinc)–metal batteries …

Metals are present in more than one-third of all proteins as they occur in nature, and are
usually important in biological function or maintenance of the structure. Some are present as …

Zinc is one of the most important biologically active metals. Ten per cent of the human
genome is thought to encode a zinc binding protein and its uses encompass catalysis …

Farnesyltransferase (FTase) is a zinc enzyme that has been the subject of particular
attention in anti-cancer research. This enzyme promotes the addition of a farnesyl group …

Metal ions are indispensable for maintaining the structural stability and catalytic activity of
metalloproteins. Molecular modeling studies of such proteins with force fields, however, are …

It is of significant biological interest and medical importance to develop class-and isoform-
selective histone deacetylase (HDAC) modulators. The impact of the linker component on …