1.14.13.22	1-deaza-FAD	reactivates apoenzyme	438982	
1.14.13.22	6-Methyl-FAD	reactivates apoenzyme	438968	
1.14.13.22	9-Aza-FAD	reactivates apoenzyme	438968, 438982	
1.14.13.22	FAD	-	438968, 438969, 438970, 438979, 438983, 438984, 438986, 438990, 438992, 658433, 698499	
1.14.13.22	FAD	0.62 mol of FAD per mol of holoenzyme type 1, 0.75 mol of FAD per mol of holoenzyme type 2	438985	
1.14.13.22	FAD	binding motif, comparison of N-terminal amino acid sequences of several species	438993	
1.14.13.22	FAD	enzyme-bound FAD-4a-OOH is the actual oxygenation reagent	438975	
1.14.13.22	FAD	flavoenzyme	675461	
1.14.13.22	FAD	one FAD bound per enzyme molecule	660539	
1.14.13.22	FAD	one FAD non-covalently bound to one enzyme molecule	660532	
1.14.13.22	FAD	reactivates apoenzyme	438982, 438984	
1.14.13.22	flavin	-	657585	
1.14.13.22	FMN	1 FMN molecule per molecule of protein	438970, 438978	
1.14.13.22	FMN	involved in catalytic mechanism	438970	
1.14.13.22	FMN	no activity with	438984	
1.14.13.22	additional information	enzyme forms stable complex with 8-hydroxy-5-deazaflavin which reacts with oxidized 3-acetylpyridine adenine dinucleotide phosphate	438972	
1.14.13.22	additional information	no cofactor: NADH	724071	
1.14.13.22	NADH	NADH or NADPH as electron donor	438974	
1.14.13.22	NADH	no activity	286378, 438974	
1.14.13.22	NADPH	-	438972, 438973, 438975, 438976, 438979, 438980, 438981, 438982, 438983, 438984, 438986, 438987, 438988, 438989, 438990, 438992, 438993, 438996, 657585, 658433, 659743, 660532, 660539, 671186, 675581, 676285, 684613, 685723, 698499, 724071	
1.14.13.22	NADPH	absolutely specific for NADPH as electron donor	286378, 438968, 438978, 438985	
1.14.13.22	NADPH	dependent on	675461	
1.14.13.22	NADPH	electron donor	438968, 438969, 438970	
1.14.13.22	NADPH	NADH or NADPH	438974	
1.14.13.22	NADPH	NADPH	438974