The chemistry of copper is extremely rich because it can easily access Cu0, CuI, CuII, and
CuIII oxidation states allowing it to act through one-electron or two-electron processes. As a …

The ability of copper proteins to process dioxygen at ambient conditions has inspired
numerous research groups to study their structural, spectroscopic and catalytic properties …

The design and synthesis of [1+ 1],[2+ 2],[3+ 3] or [3+ 2] macrocyclic or macrobicyclic Schiff
bases, the multiple self-condensation procedure between appropriate polyformyl-and …

A series of dinuclear copper (II) complexes has been synthesized with the aim to investigate
their applicability as potential structure and function models for the active site of catechol …

Computational methods based on density functional theory have been employed to analyze
the magnetic properties of dinuclear bis (phenoxo)-bridged CuII complexes. While the …

A symmetrical macrocyclic dizinc (II) complex (1) has been synthesized by using the ligand
(L 1)[μ-11, 24-dimethyl-4, 7, 16, 19-tetraoxa-3, 8, 15, 20-tetraazatricyclo-[20.3. 1.110, 13] …

The macrocyclic symmetrical and a series of unsymmetrical binuclear copper (II) complexes
have been synthesized by using mononuclear complex [CuL][3, 3′-((1E, 7E)-3, 6-dioxa-2, 7 …

Five new imine-linked ligands (H2L1, H4L2, and L3–L5) were synthesize in two step
reactions and final products were fully characterized with spectroscopic techniques. The …

The work in this paper presents syntheses, characterization, crystal structures, variable-
temperature/field magnetic properties, catecholase activity, and electrospray ionization mass …

Chemical model systems possessing the reactivity aspects of both tyrosinase and catechol
oxidase are presented. Using two m-xylyl-based ligands providing bidentate alkylamine …