Iron-sulfur proteins: ancient structures, still full of surprises.
H Beinert - Journal of biological inorganic chemistry: JBIC: a …, 2000 - europepmc.org
H Beinert
Journal of biological inorganic chemistry: JBIC: a publication of the …, 2000•europepmc.orgThis article is a survey of the properties and functions of Fe-S proteins under the following
headings: sulfur and iron; iron-sulfur clusters; evolution of cofactor use; early observations;
complex and extended clusters; sulfur exchange and core interconversions; synthesis and
biosynthesis of Fe-S clusters; functions of Fe-S clusters: electron transfer, electron
delocalization, spin states and magnetism, covalency of sulfur bonds; non-electron transfer
functions of Fe-S clusters: substrate binding and catalysis, regulatory and sensing functions.
headings: sulfur and iron; iron-sulfur clusters; evolution of cofactor use; early observations;
complex and extended clusters; sulfur exchange and core interconversions; synthesis and
biosynthesis of Fe-S clusters; functions of Fe-S clusters: electron transfer, electron
delocalization, spin states and magnetism, covalency of sulfur bonds; non-electron transfer
functions of Fe-S clusters: substrate binding and catalysis, regulatory and sensing functions.
This article is a survey of the properties and functions of Fe-S proteins under the following headings: sulfur and iron; iron-sulfur clusters; evolution of cofactor use; early observations; complex and extended clusters; sulfur exchange and core interconversions; synthesis and biosynthesis of Fe-S clusters; functions of Fe-S clusters: electron transfer, electron delocalization, spin states and magnetism, covalency of sulfur bonds; non-electron transfer functions of Fe-S clusters: substrate binding and catalysis, regulatory and sensing functions.
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