1.8.2.1	cytochrome c	-	669353, 710857, 711780, 764491, 764725, 765785	
1.8.2.1	cytochrome c	c-type cytochrome SorU, i.e. Smc04048	743146	
1.8.2.1	cytochrome c-551	intimately associated with the enzyme	394072	
1.8.2.1	cytochrome c-551	MW 23000 Da, necessary for the enzyme as an integral part	394083	
1.8.2.1	cytochrome c550	-	394076	
1.8.2.1	cytochrome c550	enzyme reacts exclusively with cytochrome c550	394085	
1.8.2.1	FAD	enzyme covalently binds one FAD	724587	
1.8.2.1	heme	-	394087, 658970, 710857, 711242, 711780, 712157, 764725	
1.8.2.1	heme	0.91 heme c per holoenzyme	658705	
1.8.2.1	heme	contains b-type heme	711223	
1.8.2.1	heme	contains heme	394087	
1.8.2.1	heme	enzyme contains heme	394079	
1.8.2.1	heme	octaheme	765785	
1.8.2.1	heme	the 38815 Da subunit consists of a polypeptide and two covalently bound hemes, 3.53 mol of heme per mol of enzyme	394084	
1.8.2.1	heme	the enzyme contains 0.8 heme groups per holoenzyme	394085	
1.8.2.1	heme c	-	667744, 722663	
1.8.2.1	molybdenum cofactor	(molybdopterin-S,S)-oxo-molybdenum	722663	
1.8.2.1	molybdopterin	-	669353, 700633, 711242	
1.8.2.1	additional information	ferrocene methanol (in its oxidized ferrocenium form) is utilized as an artificial electron acceptor for the catalytic SorT sulfite oxidation reaction	743146	
1.8.2.1	additional information	independent of cytochrome c, assayed with ferricyanide as an electron acceptor	695918