1.14.15.30	FAD	flavin co-factor of the ferredoxin reductase component KshB	744058	
1.14.15.30	Fe-S center	Rieske-type Fe-S cluster, Rieske monooxygenase	717854	
1.14.15.30	additional information	a Rieske nonheme monooxygenase	717737	
1.14.15.30	[2Fe-2S]-center	-	717119, 717735, 717737, 718125	
1.14.15.30	[2Fe-2S]-center	8.2 mol of iron and 2.4 mol of sulfur per mol of KshA protomer	717784	
1.14.15.30	[2Fe-2S]-center	a Rieske 2Fe-2S enzyme	743221	
1.14.15.30	[2Fe-2S]-center	a Rieske iron-sulfur cluster of the KshA oxygenase component and a plant type iron-sulfur cluster of KshB. The oxygenase component, which performs the substrate hydroxylation, is an iron-sulfur protein and contains a non-heme iron situated at the active site. The Rieske iron-sulfur cluster and the non-heme Fe2+ catalytic centre are located relatively far away from each other, but the typical head-to-tail trimer arrangement positions the Rieske Fe2-S2 in close proximity to the non-heme Fe2+ of the neighbouring KshA subunit, enabling transport of electrons between KshA subunits	744058	
1.14.15.30	[2Fe-2S]-center	a Rieske iron-sulfur cluster of the KshA oxygenase component and a plant type iron-sulfur cluster of KshB. The oxygenase component, which performs the substrate hydroxylation, is an ironsulfur protein and contains a non-heme iron situated at the active site. The Rieske iron-sulfur cluster and the non-heme Fe2+ catalytic centre are located relatively far away from each other, but the typical head-to-tail trimer arrangement positions the Rieske Fe2-S2 in close proximity to the non-heme Fe2+ of the neighbouring KshA subunit, enabling transport of electrons between KshA subunits	744058