7.1.1.8 Fe2+ iron-sulfur protein, capturing and binding, performs a structural switch involved in the reaction mechanism, overview 724452 7.1.1.8 Fe2+ Rieske iron-sulfur protein 724562, 725396 7.1.1.8 Fe2+ Rieske iron-sulfur protein possessing a high potential [2Fe-2S] cluster 724433 7.1.1.8 Fe2+ Rieske iron–sulfur protein 725396 7.1.1.8 Fe2+ Rieske protein, the subunit iron-sulfur protein is made up of three domains. The membrane anchor is an N-terminal TMH (Asp17-Gln41) with pronounced tilt which brings the catalytic domain in contact with the second monomer providing the structural basis for the functional dimer. The catalytic domain is interconnected with the TMH by the hinge region, Met42-Leu51, which harbours the ADV motif, Ala46-Val48 724419 7.1.1.8 Iron contains [2Fe–2S] cluster 689387 7.1.1.8 Iron enzyme complex contains a Rieske Fe-S protein which controls the rate of reduction of the cytochrome b 658160 7.1.1.8 Iron enzyme complex contains a [2Fe-2S] cluster 658161 7.1.1.8 Iron enzyme complex contains an iron-sulfur protein, and heme groups in the cytochrome molecules 659318 7.1.1.8 Iron enzyme contains 2 cytochromes with heme groups, enzyme contains a Rieske [2Fe-2S] cluster, structure analysis of the Rieske ISP and of soluble fragments thereof 657962 7.1.1.8 Iron enzyme contains a Rieske [2Fe-2S] cluster 657945, 659673 7.1.1.8 Iron enzyme contains a Rieske [2Fe-2S] cluster required for activity 659238 7.1.1.8 Iron-sulfur cluster - 395300, 439944, 439947, 439949, 439978, 439979, 439995, 440010, 440012 7.1.1.8 Mg2+ lowers the substrate binding affinities 724562 7.1.1.8 additional information no Zn2+ in the native enzyme structure 724452 7.1.1.8 additional information no Zn2+ in the native enzyme structure. No Sr2+ binding sites in mitochondrial bc1 724452 7.1.1.8 Sr2+ conserved binding site in photosynthetic bacteria is on cyt c1 724452 7.1.1.8 Sr2+ crystals of Rsbc1 grown in the presence of strontium ions reveal several Sr2+ binding sites. One site that is not present in mitochondrial bc1 but appears to be conserved in photosynthetic bacteria is on cyt c1 724452 7.1.1.8 Zn2+ the enzyme contains zinc binding sites 741983