2018
DOI: 10.1002/ange.201810983
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Ein NiII‐haltiges Vitamin‐B12‐Derivat mit einem Kofaktor‐F430‐artigen π‐System

Abstract: F430, ein einzigartiger enzymatischer Kofaktor,ist an der Bildung und Oxidation von Methan in streng anaeroben Bakterien beteiligt. Das Schlüsselenzym Methyl-Koenzym-M-Reduktase (MCR) weist in seinem aktiven Zentrum einen porphinoiden Nickel-Komplex auf, der ein charakteristisches Absorptionsmaxi-Abbildung 1. Vergleich der Strukturformeln (oben) sowie der Kernstrukturen (unten) von Vitamin B 12 und Aquocobalamin (1 und 1-OH 2 + ,G egenion nicht gezeigt), Koenzym F430 sowie dem neuen Ni II -Porphinoid 4.

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Cited by 9 publications
(1 citation statement)
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“…[1] Engineered B 12 -biosynthesis [2] has opened up ap reparative route to hydrogenobyric acid (Hby), [3] the metal-free corrin ligand of vitamin B 12 ,p roviding an excellent opportunity for the synthesis of transition-metal analogues of the natural cobaltcorrinoids. [4] Zn II -analogues of natural corrinoids have hardly been explored [4b] but are attractive,asZn-and low-spin Co IIcenters exhibit similar structural properties in small complexes and in metalloproteins. [5] Fischli and Eschenmoser reported the synthesis and characterization of the first Zn-corrin (ZnCor), when exploring the synthesis and chemistry of corrins in model studies towards the total synthesis of vitamin B 12 .…”
mentioning
confidence: 99%
“…[1] Engineered B 12 -biosynthesis [2] has opened up ap reparative route to hydrogenobyric acid (Hby), [3] the metal-free corrin ligand of vitamin B 12 ,p roviding an excellent opportunity for the synthesis of transition-metal analogues of the natural cobaltcorrinoids. [4] Zn II -analogues of natural corrinoids have hardly been explored [4b] but are attractive,asZn-and low-spin Co IIcenters exhibit similar structural properties in small complexes and in metalloproteins. [5] Fischli and Eschenmoser reported the synthesis and characterization of the first Zn-corrin (ZnCor), when exploring the synthesis and chemistry of corrins in model studies towards the total synthesis of vitamin B 12 .…”
mentioning
confidence: 99%