Exploring the biological, catalytic, and magnetic properties of transition metal coordination complexes incorporating pyrophosphate

Tiffany J. Greenfield, Miguel Julve, Robert Patrick Doyle

Research output: Contribution to journalReview article

7 Citations (Scopus)

Abstract

Polyphosphate anions are ubiquitous in nature, none more so than the diphosphate tetra-anion P2O7 4−, commonly referred to as pyrophosphate (PPi). The past decade has seen a rise in the number of pyrophosphate coordination complexes synthesized and characterized, and the areas of research interest expanded to include magnetic, medicinal, nutraceutical, catalytic and bioinorganic. The aim of the present review is to collect and organize the multidisciplinary information of the inorganic pyrophosphate system paying special attention to the following points: (i) the structural diversity of the PPi-containing metal complexes from discrete species to coordination polymers, which is due to the variety of its coordination modes; (ii) the ability of the PPi ligand to mediate electronic effects between paramagnetic centers when acting as a bridge; (iii) and the biological properties of the PPi complexes, in particular their cytotoxicity and antibacterial and antifungal aspects, having in mind the biocompatibility, solubility and low toxicity of PPi.

Original languageEnglish (US)
Pages (from-to)37-64
Number of pages28
JournalCoordination Chemistry Reviews
Volume384
DOIs
StatePublished - Apr 1 2019

Fingerprint

Coordination Complexes
Transition metals
Magnetic properties
Negative ions
transition metals
magnetic properties
anions
diphosphates
Anions
biocompatibility
Cytotoxicity
Metal complexes
coordination polymers
Biocompatibility
toxicity
Toxicity
Polyphosphates
solubility
Solubility
Diphosphates

Keywords

  • Catalysis
  • Crystal structures
  • Cytotoxicity
  • d-Block metals
  • Magnetic behavior
  • Pyrophosphate

ASJC Scopus subject areas

  • Physical and Theoretical Chemistry
  • Inorganic Chemistry
  • Materials Chemistry

Cite this

Exploring the biological, catalytic, and magnetic properties of transition metal coordination complexes incorporating pyrophosphate. / Greenfield, Tiffany J.; Julve, Miguel; Doyle, Robert Patrick.

In: Coordination Chemistry Reviews, Vol. 384, 01.04.2019, p. 37-64.

Research output: Contribution to journalReview article

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N2 - Polyphosphate anions are ubiquitous in nature, none more so than the diphosphate tetra-anion P2O7 4−, commonly referred to as pyrophosphate (PPi). The past decade has seen a rise in the number of pyrophosphate coordination complexes synthesized and characterized, and the areas of research interest expanded to include magnetic, medicinal, nutraceutical, catalytic and bioinorganic. The aim of the present review is to collect and organize the multidisciplinary information of the inorganic pyrophosphate system paying special attention to the following points: (i) the structural diversity of the PPi-containing metal complexes from discrete species to coordination polymers, which is due to the variety of its coordination modes; (ii) the ability of the PPi ligand to mediate electronic effects between paramagnetic centers when acting as a bridge; (iii) and the biological properties of the PPi complexes, in particular their cytotoxicity and antibacterial and antifungal aspects, having in mind the biocompatibility, solubility and low toxicity of PPi.

AB - Polyphosphate anions are ubiquitous in nature, none more so than the diphosphate tetra-anion P2O7 4−, commonly referred to as pyrophosphate (PPi). The past decade has seen a rise in the number of pyrophosphate coordination complexes synthesized and characterized, and the areas of research interest expanded to include magnetic, medicinal, nutraceutical, catalytic and bioinorganic. The aim of the present review is to collect and organize the multidisciplinary information of the inorganic pyrophosphate system paying special attention to the following points: (i) the structural diversity of the PPi-containing metal complexes from discrete species to coordination polymers, which is due to the variety of its coordination modes; (ii) the ability of the PPi ligand to mediate electronic effects between paramagnetic centers when acting as a bridge; (iii) and the biological properties of the PPi complexes, in particular their cytotoxicity and antibacterial and antifungal aspects, having in mind the biocompatibility, solubility and low toxicity of PPi.

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