Redox-Mediated Self-Organization of Metallosupramolecular Architectures Composed of D-Penicillaminato CuI8CuII6 Clusters: Drastic Structural Change by Subtle pH Changes

pH‐dependent architecture: Cluster‐based metallosupramolecular compounds, which are composed of [CuI6CuII8(D‐pen)12Cl]5− (D‐H2pen=D‐penicillamine) cluster anions linked by Co2+ and/or K+ cations through D‐pen carboxylate groups, were spontaneously synthesized by simple treatment of K[CoIII(D‐pen)2]...

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Published in:Chemistry : a European journal 2010-12, Vol.16 (48), p.14252-14255
Main Authors: Yoshinari, Nobuto, Tatsumi, Kazuhiro, Igashira-Kamiyama, Asako, Konno, Takumi
Format: Article
Language:English
Subjects:
Chemistry
cluster compounds
cobalt
copper
redox chemistry
S ligands
supramolecular chemistry
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creator Yoshinari, Nobuto
Tatsumi, Kazuhiro
Igashira-Kamiyama, Asako
Konno, Takumi
description pH‐dependent architecture: Cluster‐based metallosupramolecular compounds, which are composed of [CuI6CuII8(D‐pen)12Cl]5− (D‐H2pen=D‐penicillamine) cluster anions linked by Co2+ and/or K+ cations through D‐pen carboxylate groups, were spontaneously synthesized by simple treatment of K[CoIII(D‐pen)2] with CuICl in potassium acetate buffer solutions, accompanied by the redox between CoIII and CuI mediated by thiolate.
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subjects Chemistry
cluster compounds
cobalt
copper
redox chemistry
S ligands
supramolecular chemistry
title Redox-Mediated Self-Organization of Metallosupramolecular Architectures Composed of D-Penicillaminato CuI8CuII6 Clusters: Drastic Structural Change by Subtle pH Changes
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