Field-induced slow magnetic relaxation, molecular docking and antibacterial studies of quasi-isotropic copper (II) (S = ½) systems stabilised by tetradentate (ONNO) and tridentate (NNO)-donor ligands

Amit Saha Roy; Sourav Ghosh; Indranil Nath; Sergio Caballero; Albert Escuer; Júlia Mayans; Shasank  Sekhar Swain

doi:10.1039/d6dt00119j

January 1, 2026Dalton Transactions

Field-induced slow magnetic relaxation, molecular docking and antibacterial studies of quasi-isotropic copper (II) (S = ½) systems stabilised by tetradentate (ONNO) and tridentate (NNO)-donor ligands

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Key Points

This research aims to understand the link between the structure of copper complexes and their magnetism and antibacterial properties.
Synthesized penta-coordinate Cu(II) complexes.
Characterized these complexes structurally.
Investigated their magnetism and antibacterial activities.
Identified a dinuclear complex with significant structural features.
Observed correlations between coordinating environment and magnetic properties.
Reported favorable antibacterial activities of the complexes against specific bacteria.

Implication

This research demonstrates antibacterial activities in copper complexes, indicating their potential for new treatments.

Abstract

A series of penta-coordinate Cu(II) complexes were synthesised and structurally characterised to explore the relationship between coordinating environment, molecular magnetism, and antibacterial activities. A dinuclear complex, [Cu₂(L₁)₂] (1), derived from...

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Cite This Study

Roy et al. (2026) studied this question.

synapsesocial.com/papers/698d6e6e5be6419ac0d54136 https://doi.org/10.1039/d6dt00119j

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Field-induced slow magnetic relaxation, molecular docking and antibacterial studies of quasi-isotropic copper (II) (S = ½) systems stabilised by tetradentate (ONNO) and tridentate (NNO)-donor ligands

Key Points

Implication

Abstract

Discussion

Cite This Study

Field-induced slow magnetic relaxation, molecular docking and antibacterial studies of quasi-isotropic copper (II) (S = ½) systems stabilised by tetradentate (ONNO) and tridentate (NNO)-donor ligands

Key Points

Implication

Abstract

Discussion

Cite This Study

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