Structural characterization, theoretical investigation and sensing activity of a novel Cu(II)–based 1D metal coordination polymer

Fabrication of Substituent-Regulated Two-Dimensional Copper-Based Coordination Polymers as Urease Inhibitors

“…Molecular electrostatic potential (MEP), as we all know, is connected to electron density and is a highly valuable descriptor for identifying the locations of electrophilic assault and nucleophilic reaction . When tiny molecule receptors and enzymes-substrates interact, the two species initially “see” each other through their potentials.…”

“…Molecular electrostatic potential (MEP), as we all know, is connected to electron density and is a highly valuable descriptor for identifying the locations of electrophilic assault and nucleophilic reaction. 50 When tiny molecule receptors and enzymes-substrates interact, the two species initially "see" each other through their potentials. The MEP surface was created using structural optimization and single-point energy calculations to anticipate electrophilic or nucleophilic attack sites, molecular "recognition" sites, and hydrogen bonds or weak interactions of the compounds investigated.…”

An unusual zig-zag 2D copper(i) coordination polymer as an outstanding catalyst for azide–alkyne “click” chemistry at room temperature

“…1–3 They can easily be designed and assembled by choosing the proper components. Among CPs, copper coordination polymers (CuCPs) have recently emerged as efficient materials for various applications such as gas storage, 4,5 sensing 6–8 and catalysis. 9,10 Especially in the last two decades, CuCPs have attracted considerable interest as heterogeneous catalysts for various organic reactions due to their low cost, low toxicity, straight-forward preparation, high tolerance to solvents, good thermal stability, recyclability and high catalytic activity.…”