Nature has evolved a great number of biological molecules which serve as excellent
constructional or functional units for metal–organic materials (MOMs). Even though the study …

A complete overview of the preparation of metal–carboxylato–nucleobase architectures that
range from supramolecular assemblies to 3D porous materials is reported. The basic …

The preparation and self-assembly of zinc adeninate macrocycles [Zn6 (adeninate) 6
(pyridine) 6 (dimethylcarbamate) 6] is described. The macrocycles self-assemble through …

The present work assesses the ability of [Cu2 (μ-adenine) 4 (X) 2] 2+ and [Cu2 (μ-adenine)
2 (μ-X) 2 (X) 2](X: Cl–or Br–) metal-nucleobase dinuclear entities to build up supramolecular …

A series of isostructural copper (II) coordination polymers containing the nucleobase
adenine and different monocarboxylic acids as bridging ligands,[Cu2 (μ3-ade) 2 (μ2-OOC …

Enzyme mimics constitute a promising class of biocatalysts with potential applications in
bioanalysis, biomedicine, etc. due to their high catalytic activity and substrate specificity, but …

The available crystal structure information in the CSD database on ternary species prepared
by the reaction of diverse copper (II) complexes (CuL) and purine, adenine and guanine or …

In this study a novel dinuclear copper (II) complex with adenine and phenanthroline has
been synthesized and its structure determined by single crystal X-ray diffraction. In the …

Neuromorphic and fully analog in-memory computations are promising for handling vast
amounts of data with minimal energy consumption. We have synthesized and studied a …

Metal binding to ligands with the potential of existing in different tautomeric structures can
dramatically alter the tautomeric equilibrium by stabilizing a particular, frequently minor …