Co-expression analysis results by P450 (FunCat)			CYPedia Home
Shown below is a list of P450 genes, which are co-expressed with genes placed into a Functional Category (FunCat) at MatDB. For more info on the co-expression analysis and the databases used refer to the methods page.		Go to:	AcylLipid Pathways list
			AraCyc Pathway list
			BioPathAt Pathway list
			Functional Category (FunCat) list
This list is sorted by the name of CYPS, then by frequency and numbers of annotation points. You may re-sort the table using the links below.			TAIR-GO categories
			KEGG Pathway list
			LitPath list
Note that not all P450s have been placed in a pathway, and there may be multiple pathway entries for a given P450.
Only Pathways with more than 5 genes are shown here, to see all entries download all data as tab delimited table
__________	_______________________________________	________	______________________________			______________________________
sorted by	sort by	sort by	sort by number or frequency of			sort by number or frequency of
name	pathway	dataset	co-expressed genes			scores of co-expressed genes
CYP51A2	transport routes	mutant	5	28	%	27	31	%
CYP51A2	biogenesis of chloroplast	mutant	9	15	%	56	15	%
CYP51A2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	40	8	%
CYP51A2	transport	mutant	12	7	%	63	7	%
CYP51A2	transport facilitation	mutant	6	4	%	34	5	%
CYP71A13	amino acid metabolism	stress	7	7	%	50	8	%
CYP71A13	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	9	9	%	34	7	%
CYP71A13	glycolysis and gluconeogenesis	stress	7	6	%	31	5	%
CYP71A13	C-compound and carbohydrate metabolism	stress	15	6	%	61	5	%
CYP71A16	detoxification	organ	8	15	%	23	14	%
CYP71A16	lipid, fatty acid and isoprenoid biosynthesis	organ	5	9	%	22	7	%
CYP71A16	isoprenoid biosynthesis	organ	5	8	%	22	6	%
CYP71A18	pyrimidine nucleotide metabolism	mutant	5	29	%	26	35	%
CYP71A18	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	28	17	%
CYP71A18	intracellular signalling	mutant	7	13	%	28	14	%
CYP71A18	nucleotide metabolism	mutant	8	13	%	38	14	%
CYP71A18	energy	mutant	6	12	%	28	11	%
CYP71A18	transcription	mutant	7	12	%	27	10	%
CYP71A18	biogenesis of cell wall	mutant	7	11	%	20	7	%
CYP71A18	RNA synthesis	mutant	5	7	%	21	7	%
CYP71A18	C-compound and carbohydrate utilization	mutant	5	9	%	14	5	%
CYP71A18	biogenesis of cell wall	organ	5	8	%	12	4	%
CYP71A18	transport	mutant	5	3	%	12	1	%
CYP71B10	glycolysis and gluconeogenesis	organ	6	5	%	28	5	%
CYP71B11	photosynthesis	hormone	6	14	%	40	15	%
CYP71B14	glycolysis and gluconeogenesis	organ	5	4	%	24	4	%
CYP71B15	lipid, fatty acid and isoprenoid degradation	stress	5	19	%	36	28	%
CYP71B15	intracellular signalling	mutant	6	11	%	19	9	%
CYP71B15	amino acid metabolism	hormone	8	8	%	59	9	%
CYP71B15	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	10	10	%	38	7	%
CYP71B15	amino acid metabolism	stress	6	6	%	44	7	%
CYP71B15	C-compound and carbohydrate metabolism	stress	17	6	%	74	6	%
CYP71B15	glycolysis and gluconeogenesis	stress	6	5	%	27	4	%
CYP71B16	electron transport and membrane-associated energy conservation	mutant	6	67	%	26	57	%
CYP71B16	transported compounds (substrates)	mutant	8	35	%	50	42	%
CYP71B16	aerobic respiration	mutant	6	40	%	40	37	%
CYP71B16	biogenesis of chloroplast	mutant	21	34	%	140	36	%
CYP71B16	transport routes	mutant	6	33	%	30	34	%
CYP71B16	degradation	mutant	8	31	%	39	34	%
CYP71B16	protein degradation	mutant	6	32	%	27	33	%
CYP71B16	photosynthesis	mutant	13	30	%	86	33	%
CYP71B16	respiration	mutant	6	26	%	40	30	%
CYP71B16	nitrogen and sulfur metabolism	mutant	5	25	%	40	26	%
CYP71B16	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP71B16	energy	mutant	11	22	%	51	21	%
CYP71B16	protein synthesis	mutant	25	20	%	120	20	%
CYP71B16	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP71B16	C-compound and carbohydrate metabolism	mutant	46	17	%	240	19	%
CYP71B16	nucleotide metabolism	mutant	11	18	%	52	19	%
CYP71B16	transport	mutant	29	17	%	154	18	%
CYP71B16	amino acid metabolism	mutant	15	15	%	108	16	%
CYP71B16	stress response	mutant	6	13	%	39	15	%
CYP71B16	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	37	15	%
CYP71B16	transport facilitation	mutant	17	12	%	96	14	%
CYP71B16	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	11	11	%	72	14	%
CYP71B16	intracellular signalling	mutant	9	16	%	27	13	%
CYP71B16	C-compound, carbohydrate catabolism	mutant	6	15	%	16	11	%
CYP71B16	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP71B16	C-compound and carbohydrate utilization	mutant	6	11	%	23	9	%
CYP71B16	biogenesis of cell wall	mutant	7	11	%	24	9	%
CYP71B16	nucleotide metabolism	hormone	5	8	%	22	8	%
CYP71B16	biogenesis of cell wall	hormone	6	9	%	16	6	%
CYP71B17	C-compound, carbohydrate catabolism	mutant	9	22	%	34	23	%
CYP71B17	degradation	mutant	5	19	%	24	21	%
CYP71B17	intracellular signalling	mutant	8	15	%	33	16	%
CYP71B17	biogenesis of cell wall	mutant	15	23	%	44	16	%
CYP71B17	secondary metabolism	mutant	10	17	%	32	13	%
CYP71B17	mRNA synthesis	mutant	5	19	%	15	13	%
CYP71B17	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP71B17	transcription	mutant	8	13	%	30	11	%
CYP71B17	energy	mutant	6	12	%	28	11	%
CYP71B17	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	5	14	%	18	11	%
CYP71B17	glycolysis and gluconeogenesis	mutant	15	13	%	60	10	%
CYP71B17	C-compound and carbohydrate utilization	mutant	7	13	%	25	10	%
CYP71B17	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP71B17	RNA synthesis	mutant	7	10	%	28	9	%
CYP71B17	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP71B17	nucleotide metabolism	hormone	5	8	%	22	8	%
CYP71B17	transport	mutant	15	9	%	60	7	%
CYP71B17	transport facilitation	mutant	13	9	%	46	7	%
CYP71B17	biogenesis of cell wall	hormone	6	9	%	16	6	%
CYP71B17	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP71B17	ribosome biogenesis	mutant	7	4	%	42	5	%
CYP71B19	photosynthesis	organ	21	48	%	142	54	%
CYP71B19	biogenesis of chloroplast	organ	25	41	%	151	39	%
CYP71B19	aerobic respiration	organ	5	33	%	40	37	%
CYP71B19	respiration	organ	6	26	%	44	33	%
CYP71B19	energy	organ	6	12	%	44	18	%
CYP71B19	glycolysis and gluconeogenesis	organ	15	13	%	99	17	%
CYP71B19	transport	organ	16	9	%	99	12	%
CYP71B19	C-compound and carbohydrate metabolism	organ	21	8	%	130	10	%
CYP71B19	transport facilitation	organ	8	6	%	50	7	%
CYP71B19	amino acid metabolism	organ	5	5	%	32	5	%
CYP71B2	C-compound, carbohydrate catabolism	mutant	7	17	%	28	19	%
CYP71B2	intracellular signalling	mutant	7	13	%	29	14	%
CYP71B2	biogenesis of cell wall	mutant	13	20	%	38	14	%
CYP71B2	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP71B2	secondary metabolism	mutant	8	13	%	23	9	%
CYP71B2	transcription	mutant	5	8	%	23	9	%
CYP71B2	transport facilitation	mutant	10	7	%	36	5	%
CYP71B2	transport	mutant	11	6	%	40	5	%
CYP71B20	photosynthesis	organ	21	48	%	142	54	%
CYP71B20	biogenesis of chloroplast	organ	25	41	%	151	39	%
CYP71B20	aerobic respiration	organ	5	33	%	40	37	%
CYP71B20	respiration	organ	6	26	%	44	33	%
CYP71B20	energy	organ	6	12	%	44	18	%
CYP71B20	glycolysis and gluconeogenesis	organ	15	13	%	99	17	%
CYP71B20	transport	organ	16	9	%	99	12	%
CYP71B20	C-compound and carbohydrate metabolism	organ	21	8	%	130	10	%
CYP71B20	transport facilitation	organ	8	6	%	50	7	%
CYP71B20	amino acid metabolism	organ	5	5	%	32	5	%
CYP71B21	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP71B21	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP71B21	degradation	mutant	5	19	%	24	21	%
CYP71B21	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP71B21	intracellular signalling	mutant	8	15	%	33	16	%
CYP71B21	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP71B21	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP71B21	energy	mutant	7	14	%	32	13	%
CYP71B21	secondary metabolism	mutant	10	17	%	32	13	%
CYP71B21	mRNA synthesis	mutant	5	19	%	15	13	%
CYP71B21	transcription	mutant	8	13	%	30	11	%
CYP71B21	detoxification	mutant	6	11	%	16	10	%
CYP71B21	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP71B21	protein synthesis	mutant	11	9	%	54	9	%
CYP71B21	RNA synthesis	mutant	7	10	%	28	9	%
CYP71B21	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP71B21	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP71B21	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP71B21	transport	mutant	16	9	%	64	8	%
CYP71B21	transport facilitation	mutant	14	10	%	50	7	%
CYP71B21	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP71B21	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP71B21	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP71B21	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP71B21	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP71B21	transport	hormone	5	3	%	18	2	%
CYP71B23	detoxification	stress	6	11	%	15	9	%
CYP71B23	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	9	9	%	40	8	%
CYP71B23	C-compound and carbohydrate metabolism	stress	11	4	%	57	5	%
CYP71B24	photosynthesis	organ	9	20	%	56	21	%
CYP71B24	energy	organ	5	10	%	32	13	%
CYP71B24	biogenesis of chloroplast	organ	7	11	%	45	12	%
CYP71B24	glycolysis and gluconeogenesis	organ	10	9	%	57	10	%
CYP71B24	transport facilitation	organ	6	4	%	48	7	%
CYP71B24	transport	organ	8	5	%	60	7	%
CYP71B24	C-compound and carbohydrate metabolism	organ	14	5	%	74	6	%
CYP71B25	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP71B25	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP71B25	degradation	mutant	5	19	%	24	21	%
CYP71B25	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP71B25	intracellular signalling	mutant	8	15	%	33	16	%
CYP71B25	C-compound and carbohydrate metabolism	mutant	41	16	%	165	13	%
CYP71B25	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP71B25	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP71B25	energy	mutant	7	14	%	32	13	%
CYP71B25	secondary metabolism	mutant	10	17	%	32	13	%
CYP71B25	mRNA synthesis	mutant	5	19	%	15	13	%
CYP71B25	transcription	mutant	8	13	%	30	11	%
CYP71B25	lipid, fatty acid and isoprenoid biosynthesis	mutant	6	11	%	32	11	%
CYP71B25	detoxification	mutant	6	11	%	16	10	%
CYP71B25	isoprenoid biosynthesis	mutant	6	10	%	32	9	%
CYP71B25	protein synthesis	mutant	11	9	%	54	9	%
CYP71B25	RNA synthesis	mutant	7	10	%	28	9	%
CYP71B25	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP71B25	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP71B25	transport	mutant	16	9	%	64	8	%
CYP71B25	transport facilitation	mutant	14	10	%	50	7	%
CYP71B25	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP71B25	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	7	7	%	32	6	%
CYP71B25	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP71B25	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP71B25	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP71B25	transport	hormone	5	3	%	18	2	%
CYP71B26	aerobic respiration	organ	5	33	%	40	37	%
CYP71B26	respiration	organ	6	26	%	44	33	%
CYP71B26	aerobic respiration	mutant	5	33	%	32	30	%
CYP71B26	photosynthesis	organ	10	23	%	73	28	%
CYP71B26	photosynthesis	mutant	11	25	%	70	27	%
CYP71B26	biogenesis of chloroplast	mutant	13	21	%	96	25	%
CYP71B26	respiration	mutant	5	22	%	32	24	%
CYP71B26	biogenesis of chloroplast	organ	12	20	%	86	22	%
CYP71B26	energy	mutant	6	12	%	32	13	%
CYP71B26	glycolysis and gluconeogenesis	mutant	12	10	%	62	10	%
CYP71B26	protein synthesis	mutant	11	9	%	58	9	%
CYP71B26	amino acid metabolism	mutant	7	7	%	60	9	%
CYP71B26	transport	mutant	14	8	%	75	9	%
CYP71B26	transport	organ	10	6	%	64	8	%
CYP71B26	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	5	5	%	36	7	%
CYP71B26	C-compound and carbohydrate metabolism	organ	10	4	%	64	5	%
CYP71B26	transport facilitation	mutant	6	4	%	31	5	%
CYP71B28	photosynthesis	organ	20	45	%	126	48	%
CYP71B28	biogenesis of chloroplast	organ	22	36	%	135	35	%
CYP71B28	protein degradation	organ	5	26	%	25	30	%
CYP71B28	degradation	organ	5	19	%	25	22	%
CYP71B28	glycolysis and gluconeogenesis	organ	15	13	%	95	16	%
CYP71B28	energy	organ	5	10	%	38	15	%
CYP71B28	C-compound and carbohydrate metabolism	organ	26	10	%	146	12	%
CYP71B28	transport	organ	15	9	%	85	10	%
CYP71B28	amino acid metabolism	organ	7	7	%	51	8	%
CYP71B28	transport facilitation	organ	9	6	%	49	7	%
CYP71B28	glycolysis and gluconeogenesis	stress	6	5	%	30	5	%
CYP71B28	C-compound and carbohydrate metabolism	stress	11	4	%	58	5	%
CYP71B28	protein synthesis	organ	6	5	%	24	4	%
CYP71B29	detoxification	organ	6	11	%	12	7	%
CYP71B30P	electron transport and membrane-associated energy conservation	mutant	6	67	%	26	57	%
CYP71B30P	transported compounds (substrates)	mutant	8	35	%	50	42	%
CYP71B30P	aerobic respiration	mutant	6	40	%	40	37	%
CYP71B30P	biogenesis of chloroplast	mutant	21	34	%	140	36	%
CYP71B30P	transport routes	mutant	6	33	%	30	34	%
CYP71B30P	degradation	mutant	8	31	%	39	34	%
CYP71B30P	protein degradation	mutant	6	32	%	27	33	%
CYP71B30P	photosynthesis	mutant	13	30	%	86	33	%
CYP71B30P	respiration	mutant	6	26	%	40	30	%
CYP71B30P	nitrogen and sulfur metabolism	mutant	5	25	%	40	26	%
CYP71B30P	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP71B30P	energy	mutant	11	22	%	51	21	%
CYP71B30P	protein synthesis	mutant	25	20	%	120	20	%
CYP71B30P	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP71B30P	C-compound and carbohydrate metabolism	mutant	46	17	%	240	19	%
CYP71B30P	nucleotide metabolism	mutant	11	18	%	52	19	%
CYP71B30P	transport	mutant	29	17	%	154	18	%
CYP71B30P	amino acid metabolism	mutant	15	15	%	108	16	%
CYP71B30P	stress response	mutant	6	13	%	39	15	%
CYP71B30P	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	37	15	%
CYP71B30P	transport facilitation	mutant	17	12	%	96	14	%
CYP71B30P	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	11	11	%	72	14	%
CYP71B30P	intracellular signalling	mutant	9	16	%	27	13	%
CYP71B30P	C-compound, carbohydrate catabolism	mutant	6	15	%	16	11	%
CYP71B30P	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP71B30P	C-compound and carbohydrate utilization	mutant	6	11	%	23	9	%
CYP71B30P	biogenesis of cell wall	mutant	7	11	%	24	9	%
CYP71B30P	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP71B30P	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP71B30P	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP71B30P	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP71B30P	transport	hormone	5	3	%	18	2	%
CYP71B31	intracellular signalling	mutant	6	11	%	26	13	%
CYP71B31	nucleotide metabolism	mutant	6	10	%	28	10	%
CYP71B31	biogenesis of cell wall	mutant	8	13	%	22	8	%
CYP71B31	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP71B34	photosynthesis	organ	22	50	%	138	52	%
CYP71B34	biogenesis of chloroplast	organ	23	38	%	147	38	%
CYP71B34	glycolysis and gluconeogenesis	organ	15	13	%	95	16	%
CYP71B34	C-compound and carbohydrate metabolism	organ	27	10	%	156	13	%
CYP71B34	transport	organ	14	8	%	81	10	%
CYP71B34	amino acid metabolism	organ	6	6	%	49	7	%
CYP71B34	transport facilitation	organ	7	5	%	38	6	%
CYP71B34	protein synthesis	organ	8	6	%	32	5	%
CYP71B34	transport	mutant	5	3	%	25	3	%
CYP71B34	ribosome biogenesis	organ	5	3	%	18	2	%
CYP71B34	C-compound and carbohydrate metabolism	stress	5	2	%	18	1	%
CYP71B35	photosynthesis	organ	18	41	%	110	42	%
CYP71B35	biogenesis of chloroplast	organ	14	23	%	91	24	%
CYP71B35	glycolysis and gluconeogenesis	organ	13	11	%	83	14	%
CYP71B35	C-compound and carbohydrate metabolism	organ	18	7	%	107	9	%
CYP71B35	transport	organ	8	5	%	53	6	%
CYP71B35	transport facilitation	organ	6	4	%	39	6	%
CYP71B36	photosynthesis	stress	9	20	%	40	15	%
CYP71B36	biogenesis of chloroplast	stress	8	13	%	42	11	%
CYP71B36	glycolysis and gluconeogenesis	stress	6	5	%	28	5	%
CYP71B36	C-compound and carbohydrate metabolism	stress	11	4	%	53	4	%
CYP71B36	protein synthesis	stress	7	6	%	18	3	%
CYP71B38	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP71B38	protein synthesis	mutant	15	12	%	66	11	%
CYP71B38	transport	mutant	15	9	%	82	10	%
CYP71B38	photosynthesis	mutant	5	11	%	24	9	%
CYP71B38	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	7	7	%	44	9	%
CYP71B38	transport facilitation	mutant	8	6	%	44	7	%
CYP71B38	intracellular signalling	mutant	5	9	%	12	6	%
CYP71B38	ribosome biogenesis	mutant	9	5	%	50	5	%
CYP71B38	biogenesis of cell wall	hormone	6	9	%	14	5	%
CYP71B4	photosynthesis	organ	7	16	%	45	17	%
CYP71B4	biogenesis of chloroplast	organ	9	15	%	56	15	%
CYP71B4	glycolysis and gluconeogenesis	organ	6	5	%	38	6	%
CYP71B4	C-compound and carbohydrate metabolism	organ	13	5	%	69	6	%
CYP71B5	biogenesis of cell wall	hormone	6	9	%	14	5	%
CYP71B6	amino acid metabolism	stress	8	8	%	50	8	%
CYP71B6	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	34	7	%
CYP71B6	C-compound and carbohydrate metabolism	stress	5	2	%	21	2	%
CYP71B7	aerobic respiration	mutant	6	40	%	42	39	%
CYP71B7	photosynthesis	mutant	14	32	%	94	36	%
CYP71B7	respiration	mutant	6	26	%	42	32	%
CYP71B7	biogenesis of chloroplast	mutant	15	25	%	116	30	%
CYP71B7	transported compounds (substrates)	mutant	5	22	%	30	25	%
CYP71B7	glycolysis and gluconeogenesis	mutant	18	15	%	108	18	%
CYP71B7	C-compound and carbohydrate metabolism	mutant	35	13	%	189	15	%
CYP71B7	intracellular signalling	mutant	8	15	%	25	12	%
CYP71B7	transport	mutant	16	9	%	99	12	%
CYP71B7	nucleotide metabolism	mutant	6	10	%	32	11	%
CYP71B7	lipid, fatty acid and isoprenoid metabolism	mutant	5	12	%	28	11	%
CYP71B7	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	9	9	%	50	10	%
CYP71B7	amino acid metabolism	mutant	9	9	%	62	9	%
CYP71B7	transport facilitation	mutant	10	7	%	61	9	%
CYP71B7	amino acid metabolism	organ	6	6	%	44	7	%
CYP71B8	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP72A11	photosynthesis	organ	29	66	%	182	69	%
CYP72A11	biogenesis of chloroplast	organ	37	61	%	247	64	%
CYP72A11	channel / pore class transport	organ	5	33	%	30	51	%
CYP72A11	biogenesis of chloroplast	mutant	23	38	%	148	38	%
CYP72A11	aerobic respiration	organ	5	33	%	40	37	%
CYP72A11	protein degradation	mutant	6	32	%	29	35	%
CYP72A11	photosynthesis	mutant	14	32	%	92	35	%
CYP72A11	respiration	organ	6	26	%	44	33	%
CYP72A11	pentose-phosphate pathway	organ	5	24	%	38	32	%
CYP72A11	protein degradation	organ	5	26	%	25	30	%
CYP72A11	aerobic respiration	mutant	5	33	%	32	30	%
CYP72A11	transport routes	mutant	5	28	%	24	28	%
CYP72A11	transported compounds (substrates)	mutant	5	22	%	31	26	%
CYP72A11	glycolysis and gluconeogenesis	organ	25	21	%	155	26	%
CYP72A11	degradation	mutant	6	23	%	29	25	%
CYP72A11	respiration	mutant	5	22	%	32	24	%
CYP72A11	degradation	organ	6	23	%	27	23	%
CYP72A11	lipid, fatty acid and isoprenoid metabolism	mutant	7	17	%	51	21	%
CYP72A11	biogenesis of chloroplast	hormone	9	15	%	76	20	%
CYP72A11	energy	organ	7	14	%	48	19	%
CYP72A11	C-compound and carbohydrate metabolism	organ	42	16	%	241	19	%
CYP72A11	lipid, fatty acid and isoprenoid metabolism	organ	6	15	%	47	19	%
CYP72A11	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP72A11	glycolysis and gluconeogenesis	mutant	18	15	%	102	17	%
CYP72A11	C-compound and carbohydrate metabolism	mutant	37	14	%	213	17	%
CYP72A11	secondary metabolism	organ	6	10	%	40	16	%
CYP72A11	lipid, fatty acid and isoprenoid biosynthesis	organ	7	13	%	46	15	%
CYP72A11	biosynthesis of phenylpropanoids	mutant	5	15	%	26	15	%
CYP72A11	biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine	mutant	5	15	%	26	15	%
CYP72A11	transport	mutant	22	13	%	127	15	%
CYP72A11	amino acid metabolism	organ	12	12	%	95	14	%
CYP72A11	transport	organ	21	12	%	121	14	%
CYP72A11	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	10	10	%	72	14	%
CYP72A11	isoprenoid biosynthesis	organ	7	11	%	46	13	%
CYP72A11	energy	mutant	5	10	%	30	12	%
CYP72A11	amino acid metabolism	mutant	10	10	%	80	12	%
CYP72A11	transport facilitation	mutant	12	8	%	75	11	%
CYP72A11	transport facilitation	organ	12	8	%	70	10	%
CYP72A11	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP72A11	protein synthesis	mutant	11	9	%	56	9	%
CYP72A11	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP72A11	protein synthesis	organ	10	8	%	36	6	%
CYP72A11	transport	hormone	10	6	%	49	6	%
CYP72A11	transport facilitation	hormone	6	4	%	26	4	%
CYP72A11	C-compound and carbohydrate metabolism	stress	7	3	%	41	3	%
CYP72A11	protein synthesis	hormone	6	5	%	14	2	%
CYP72A11	ribosome biogenesis	organ	6	4	%	20	2	%
CYP72A13	biogenesis of chloroplast	organ	7	11	%	46	12	%
CYP72A15	energy	mutant	6	12	%	28	11	%
CYP72A15	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	5	5	%	40	8	%
CYP72A15	transport	mutant	11	6	%	48	6	%
CYP72A15	transport facilitation	mutant	6	4	%	30	4	%
CYP72A8	transport	organ	5	3	%	40	5	%
CYP73A5	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	hormone	7	7	%	40	8	%
CYP73A5	transport	hormone	5	3	%	25	3	%
CYP73A5	C-compound and carbohydrate metabolism	stress	5	2	%	20	2	%
CYP74A	photosynthesis	organ	8	18	%	47	18	%
CYP74A	biogenesis of chloroplast	organ	10	16	%	56	15	%
CYP74A	amino acid metabolism	organ	8	8	%	61	9	%
CYP74A	glycolysis and gluconeogenesis	organ	7	6	%	42	7	%
CYP74B2	aerobic respiration	organ	5	33	%	40	37	%
CYP74B2	respiration	organ	7	30	%	46	35	%
CYP74B2	photosynthesis	organ	13	30	%	90	34	%
CYP74B2	biogenesis of chloroplast	organ	15	25	%	93	24	%
CYP74B2	energy	organ	5	10	%	34	14	%
CYP74B2	secondary metabolism	hormone	6	10	%	24	10	%
CYP74B2	glycolysis and gluconeogenesis	organ	7	6	%	51	9	%
CYP74B2	transport	organ	9	5	%	58	7	%
CYP74B2	C-compound and carbohydrate metabolism	organ	12	5	%	73	6	%
CYP74B2	transport facilitation	organ	5	3	%	32	5	%
CYP76C1	C-compound and carbohydrate metabolism	stress	8	3	%	52	4	%
CYP76C2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	7	7	%	42	8	%
CYP76C2	amino acid metabolism	stress	5	5	%	37	6	%
CYP76C2	C-compound and carbohydrate metabolism	stress	14	5	%	68	5	%
CYP76C7	glycolysis and gluconeogenesis	organ	6	5	%	28	5	%
CYP76C7	C-compound and carbohydrate metabolism	stress	6	2	%	24	2	%
CYP76G1	C-compound, carbohydrate catabolism	mutant	7	17	%	28	19	%
CYP76G1	intracellular signalling	mutant	7	13	%	29	14	%
CYP76G1	biogenesis of cell wall	mutant	13	20	%	38	14	%
CYP76G1	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP76G1	secondary metabolism	mutant	8	13	%	23	9	%
CYP76G1	transcription	mutant	5	8	%	23	9	%
CYP76G1	detoxification	mutant	5	9	%	14	9	%
CYP76G1	nucleotide metabolism	hormone	5	8	%	22	8	%
CYP76G1	biogenesis of cell wall	hormone	6	9	%	16	6	%
CYP76G1	transport facilitation	mutant	10	7	%	36	5	%
CYP76G1	transport	mutant	11	6	%	40	5	%
CYP77A6	biogenesis of cell wall	hormone	6	9	%	14	5	%
CYP77A9	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP77A9	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP77A9	degradation	mutant	5	19	%	24	21	%
CYP77A9	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP77A9	intracellular signalling	mutant	8	15	%	33	16	%
CYP77A9	C-compound and carbohydrate metabolism	mutant	41	16	%	165	13	%
CYP77A9	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP77A9	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP77A9	energy	mutant	7	14	%	32	13	%
CYP77A9	secondary metabolism	mutant	10	17	%	32	13	%
CYP77A9	mRNA synthesis	mutant	5	19	%	15	13	%
CYP77A9	transcription	mutant	8	13	%	30	11	%
CYP77A9	detoxification	mutant	6	11	%	16	10	%
CYP77A9	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP77A9	protein synthesis	mutant	11	9	%	54	9	%
CYP77A9	RNA synthesis	mutant	7	10	%	28	9	%
CYP77A9	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP77A9	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP77A9	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP77A9	transport	mutant	16	9	%	64	8	%
CYP77A9	transport facilitation	mutant	14	10	%	50	7	%
CYP77A9	amino acid metabolism	mutant	11	11	%	46	7	%
CYP77A9	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP77A9	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP77A9	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP77A9	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP77A9	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP77A9	transport	hormone	5	3	%	18	2	%
CYP78A10	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP78A10	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP78A10	degradation	mutant	5	19	%	24	21	%
CYP78A10	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP78A10	intracellular signalling	mutant	8	15	%	33	16	%
CYP78A10	secondary metabolism	hormone	7	12	%	36	14	%
CYP78A10	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP78A10	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP78A10	energy	mutant	7	14	%	32	13	%
CYP78A10	secondary metabolism	mutant	10	17	%	32	13	%
CYP78A10	mRNA synthesis	mutant	5	19	%	15	13	%
CYP78A10	transcription	mutant	8	13	%	30	11	%
CYP78A10	detoxification	mutant	6	11	%	16	10	%
CYP78A10	intracellular signalling	hormone	5	9	%	19	9	%
CYP78A10	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP78A10	protein synthesis	mutant	11	9	%	54	9	%
CYP78A10	RNA synthesis	mutant	7	10	%	28	9	%
CYP78A10	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP78A10	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP78A10	transport	mutant	16	9	%	64	8	%
CYP78A10	transport facilitation	mutant	14	10	%	50	7	%
CYP78A10	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP78A10	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP78A8	biogenesis of cell wall	mutant	5	8	%	12	4	%
CYP79A2	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP79A2	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP79A2	degradation	mutant	5	19	%	24	21	%
CYP79A2	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP79A2	intracellular signalling	mutant	8	15	%	33	16	%
CYP79A2	C-compound and carbohydrate metabolism	mutant	41	16	%	165	13	%
CYP79A2	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP79A2	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP79A2	energy	mutant	7	14	%	32	13	%
CYP79A2	secondary metabolism	mutant	10	17	%	32	13	%
CYP79A2	mRNA synthesis	mutant	5	19	%	15	13	%
CYP79A2	transcription	mutant	8	13	%	30	11	%
CYP79A2	detoxification	mutant	6	11	%	16	10	%
CYP79A2	glycolysis and gluconeogenesis	mutant	14	12	%	58	10	%
CYP79A2	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP79A2	protein synthesis	mutant	11	9	%	54	9	%
CYP79A2	RNA synthesis	mutant	7	10	%	28	9	%
CYP79A2	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP79A2	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP79A2	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP79A2	transport	mutant	16	9	%	64	8	%
CYP79A2	transport facilitation	mutant	14	10	%	50	7	%
CYP79A2	amino acid metabolism	mutant	11	11	%	46	7	%
CYP79A2	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP79A2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP79A2	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP79A2	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP79A2	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP79A2	transport	hormone	5	3	%	18	2	%
CYP79A4P	electron transport and membrane-associated energy conservation	mutant	6	67	%	26	57	%
CYP79A4P	transported compounds (substrates)	mutant	8	35	%	50	42	%
CYP79A4P	aerobic respiration	mutant	6	40	%	40	37	%
CYP79A4P	biogenesis of chloroplast	mutant	21	34	%	140	36	%
CYP79A4P	transport routes	mutant	6	33	%	30	34	%
CYP79A4P	degradation	mutant	8	31	%	39	34	%
CYP79A4P	protein degradation	mutant	6	32	%	27	33	%
CYP79A4P	photosynthesis	mutant	13	30	%	86	33	%
CYP79A4P	respiration	mutant	6	26	%	40	30	%
CYP79A4P	nitrogen and sulfur metabolism	mutant	5	25	%	40	26	%
CYP79A4P	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP79A4P	energy	mutant	11	22	%	51	21	%
CYP79A4P	protein synthesis	mutant	25	20	%	120	20	%
CYP79A4P	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP79A4P	C-compound and carbohydrate metabolism	mutant	46	17	%	240	19	%
CYP79A4P	nucleotide metabolism	mutant	11	18	%	52	19	%
CYP79A4P	transport	mutant	29	17	%	154	18	%
CYP79A4P	amino acid metabolism	mutant	15	15	%	108	16	%
CYP79A4P	stress response	mutant	6	13	%	39	15	%
CYP79A4P	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	37	15	%
CYP79A4P	transport facilitation	mutant	17	12	%	96	14	%
CYP79A4P	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	11	11	%	72	14	%
CYP79A4P	intracellular signalling	mutant	9	16	%	27	13	%
CYP79A4P	C-compound, carbohydrate catabolism	mutant	6	15	%	16	11	%
CYP79A4P	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP79A4P	C-compound and carbohydrate utilization	mutant	6	11	%	23	9	%
CYP79A4P	biogenesis of cell wall	mutant	7	11	%	24	9	%
CYP79A4P	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP79A4P	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP79A4P	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP79A4P	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP79A4P	transport	hormone	5	3	%	18	2	%
CYP79B2	amino acid metabolism	stress	7	7	%	56	8	%
CYP79C5P	degradation	mutant	5	19	%	24	21	%
CYP79C5P	C-compound, carbohydrate catabolism	mutant	7	17	%	28	19	%
CYP79C5P	biogenesis of cell wall	mutant	14	22	%	40	14	%
CYP79C5P	intracellular signalling	mutant	7	13	%	29	14	%
CYP79C5P	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP79C5P	lipid, fatty acid and isoprenoid biosynthesis	mutant	6	11	%	32	11	%
CYP79C5P	transcription	mutant	7	12	%	28	11	%
CYP79C5P	isoprenoid biosynthesis	mutant	6	10	%	32	9	%
CYP79C5P	secondary metabolism	mutant	8	13	%	23	9	%
CYP79C5P	RNA synthesis	mutant	6	9	%	26	8	%
CYP79C5P	transport	mutant	13	8	%	56	7	%
CYP79C5P	transport facilitation	mutant	11	8	%	42	6	%
CYP79C5P	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	7	7	%	32	6	%
CYP79C5P	C-compound and carbohydrate utilization	mutant	5	9	%	11	4	%
CYP79F1	amino acid metabolism	organ	5	5	%	44	7	%
CYP79F2	amino acid metabolism	organ	5	5	%	44	7	%
CYP81D1	amino acid metabolism	hormone	7	7	%	45	7	%
CYP81D2	pyrimidine nucleotide metabolism	mutant	5	29	%	26	35	%
CYP81D2	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	37	29	%
CYP81D2	degradation	mutant	6	23	%	30	26	%
CYP81D2	intracellular signalling	mutant	11	20	%	44	21	%
CYP81D2	nucleotide metabolism	mutant	9	15	%	40	14	%
CYP81D2	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	5	14	%	24	14	%
CYP81D2	biogenesis of cell wall	mutant	13	20	%	36	13	%
CYP81D2	C-compound, carbohydrate catabolism	mutant	6	15	%	18	12	%
CYP81D2	transcription	mutant	8	13	%	31	12	%
CYP81D2	secondary metabolism	mutant	10	17	%	29	12	%
CYP81D2	energy	mutant	5	10	%	24	10	%
CYP81D2	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP81D2	RNA synthesis	mutant	6	9	%	25	8	%
CYP81D2	C-compound and carbohydrate utilization	mutant	6	11	%	20	8	%
CYP81D2	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP81D2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	26	5	%
CYP81D2	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP81D2	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP81D2	transport	mutant	9	5	%	28	3	%
CYP81D2	transport facilitation	mutant	7	5	%	20	3	%
CYP81D2	transport	hormone	5	3	%	18	2	%
CYP81D40	photosynthesis	mutant	22	50	%	150	57	%
CYP81D40	biogenesis of chloroplast	mutant	25	41	%	167	43	%
CYP81D40	aerobic respiration	mutant	5	33	%	40	37	%
CYP81D40	respiration	mutant	6	26	%	44	33	%
CYP81D40	assimilation of ammonia, metabolism of the glutamate group	mutant	5	24	%	39	26	%
CYP81D40	glycolysis and gluconeogenesis	mutant	15	13	%	101	17	%
CYP81D40	lipid, fatty acid and isoprenoid metabolism	mutant	5	12	%	40	16	%
CYP81D40	photosynthesis	organ	6	14	%	41	16	%
CYP81D40	C-compound and carbohydrate metabolism	mutant	27	10	%	175	14	%
CYP81D40	biogenesis of chloroplast	organ	8	13	%	44	11	%
CYP81D40	amino acid metabolism	mutant	9	9	%	71	11	%
CYP81D40	transport	mutant	13	8	%	81	10	%
CYP81D40	transport facilitation	mutant	7	5	%	51	8	%
CYP81D40	C-compound and carbohydrate metabolism	stress	10	4	%	60	5	%
CYP81D6	electron transport and membrane-associated energy conservation	mutant	6	67	%	26	57	%
CYP81D6	transported compounds (substrates)	mutant	8	35	%	50	42	%
CYP81D6	aerobic respiration	mutant	6	40	%	40	37	%
CYP81D6	biogenesis of chloroplast	mutant	21	34	%	140	36	%
CYP81D6	transport routes	mutant	6	33	%	30	34	%
CYP81D6	degradation	mutant	8	31	%	39	34	%
CYP81D6	protein degradation	mutant	6	32	%	27	33	%
CYP81D6	photosynthesis	mutant	13	30	%	86	33	%
CYP81D6	respiration	mutant	6	26	%	40	30	%
CYP81D6	nitrogen and sulfur metabolism	mutant	5	25	%	40	26	%
CYP81D6	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP81D6	energy	mutant	11	22	%	51	21	%
CYP81D6	protein synthesis	mutant	25	20	%	120	20	%
CYP81D6	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP81D6	C-compound and carbohydrate metabolism	mutant	46	17	%	240	19	%
CYP81D6	nucleotide metabolism	mutant	11	18	%	52	19	%
CYP81D6	transport	mutant	29	17	%	154	18	%
CYP81D6	amino acid metabolism	mutant	15	15	%	108	16	%
CYP81D6	stress response	mutant	6	13	%	39	15	%
CYP81D6	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	37	15	%
CYP81D6	transport facilitation	mutant	17	12	%	96	14	%
CYP81D6	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	11	11	%	72	14	%
CYP81D6	intracellular signalling	mutant	9	16	%	27	13	%
CYP81D6	C-compound, carbohydrate catabolism	mutant	6	15	%	16	11	%
CYP81D6	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP81D6	C-compound and carbohydrate utilization	mutant	6	11	%	23	9	%
CYP81D6	biogenesis of cell wall	mutant	7	11	%	24	9	%
CYP81D6	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP81D6	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP81D6	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP81D6	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP81D6	transport	hormone	5	3	%	18	2	%
CYP81D7	electron transport and membrane-associated energy conservation	mutant	6	67	%	26	57	%
CYP81D7	transported compounds (substrates)	mutant	8	35	%	50	42	%
CYP81D7	aerobic respiration	mutant	6	40	%	40	37	%
CYP81D7	biogenesis of chloroplast	mutant	21	34	%	140	36	%
CYP81D7	transport routes	mutant	6	33	%	30	34	%
CYP81D7	degradation	mutant	8	31	%	39	34	%
CYP81D7	protein degradation	mutant	6	32	%	27	33	%
CYP81D7	photosynthesis	mutant	13	30	%	86	33	%
CYP81D7	respiration	mutant	6	26	%	40	30	%
CYP81D7	nitrogen and sulfur metabolism	mutant	5	25	%	40	26	%
CYP81D7	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP81D7	energy	mutant	11	22	%	51	21	%
CYP81D7	protein synthesis	mutant	25	20	%	120	20	%
CYP81D7	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP81D7	C-compound and carbohydrate metabolism	mutant	46	17	%	240	19	%
CYP81D7	nucleotide metabolism	mutant	11	18	%	52	19	%
CYP81D7	transport	mutant	29	17	%	154	18	%
CYP81D7	amino acid metabolism	mutant	15	15	%	108	16	%
CYP81D7	stress response	mutant	6	13	%	39	15	%
CYP81D7	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	37	15	%
CYP81D7	transport facilitation	mutant	17	12	%	96	14	%
CYP81D7	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	11	11	%	72	14	%
CYP81D7	intracellular signalling	mutant	9	16	%	27	13	%
CYP81D7	C-compound, carbohydrate catabolism	mutant	6	15	%	16	11	%
CYP81D7	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP81D7	C-compound and carbohydrate utilization	mutant	6	11	%	23	9	%
CYP81D7	biogenesis of cell wall	mutant	7	11	%	24	9	%
CYP81D7	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP81D7	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP81D7	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP81D7	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP81D7	transport	hormone	5	3	%	18	2	%
CYP81D8	lipid, fatty acid and isoprenoid degradation	stress	5	19	%	36	28	%
CYP81D8	intracellular signalling	hormone	5	9	%	12	6	%
CYP81D8	C-compound and carbohydrate metabolism	stress	5	2	%	15	1	%
CYP81F4	aerobic respiration	mutant	5	33	%	40	37	%
CYP81F4	respiration	mutant	6	26	%	44	33	%
CYP81F4	photosynthesis	mutant	11	25	%	85	32	%
CYP81F4	biogenesis of chloroplast	mutant	13	21	%	85	22	%
CYP81F4	glycolysis and gluconeogenesis	mutant	14	12	%	109	18	%
CYP81F4	detoxification	organ	5	9	%	16	10	%
CYP81F4	transport	mutant	9	5	%	66	8	%
CYP81F4	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	hormone	6	6	%	30	6	%
CYP81F4	amino acid metabolism	hormone	5	5	%	36	5	%
CYP81F4	glycolysis and gluconeogenesis	hormone	6	5	%	29	5	%
CYP81F4	C-compound and carbohydrate metabolism	hormone	11	4	%	47	4	%
CYP81H1	photosynthesis	organ	8	18	%	47	18	%
CYP81H1	biogenesis of chloroplast	organ	7	11	%	42	11	%
CYP81H1	transport	organ	5	3	%	41	5	%
CYP82C3	secondary metabolism	hormone	6	10	%	32	13	%
CYP82C3	intracellular signalling	mutant	6	11	%	21	10	%
CYP82G1	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP83A1	photosynthesis	organ	24	55	%	154	58	%
CYP83A1	biogenesis of chloroplast	organ	22	36	%	149	39	%
CYP83A1	aerobic respiration	organ	5	33	%	40	37	%
CYP83A1	respiration	organ	6	26	%	44	33	%
CYP83A1	glycolysis and gluconeogenesis	organ	19	16	%	119	20	%
CYP83A1	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP83A1	energy	organ	6	12	%	44	18	%
CYP83A1	secondary metabolism	organ	6	10	%	35	14	%
CYP83A1	C-compound and carbohydrate metabolism	organ	27	10	%	154	12	%
CYP83A1	amino acid metabolism	organ	9	9	%	73	11	%
CYP83A1	amino acid metabolism	mutant	8	8	%	66	10	%
CYP83A1	transport	organ	14	8	%	84	10	%
CYP83A1	transport facilitation	organ	8	6	%	46	7	%
CYP83A1	amino acid metabolism	hormone	5	5	%	30	5	%
CYP83B1	C-compound and carbohydrate utilization	hormone	5	9	%	36	14	%
CYP83B1	amino acid metabolism	hormone	6	6	%	44	7	%
CYP83B1	glycolysis and gluconeogenesis	hormone	6	5	%	39	6	%
CYP84A1	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	5	5	%	34	7	%
CYP84A1	C-compound and carbohydrate metabolism	stress	6	2	%	35	3	%
CYP85A1	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP85A1	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP85A1	degradation	mutant	5	19	%	24	21	%
CYP85A1	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP85A1	intracellular signalling	mutant	8	15	%	33	16	%
CYP85A1	C-compound and carbohydrate metabolism	mutant	41	16	%	165	13	%
CYP85A1	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP85A1	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP85A1	energy	mutant	7	14	%	32	13	%
CYP85A1	secondary metabolism	mutant	10	17	%	32	13	%
CYP85A1	mRNA synthesis	mutant	5	19	%	15	13	%
CYP85A1	transcription	mutant	8	13	%	30	11	%
CYP85A1	detoxification	mutant	6	11	%	16	10	%
CYP85A1	glycolysis and gluconeogenesis	mutant	14	12	%	58	10	%
CYP85A1	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP85A1	protein synthesis	mutant	11	9	%	54	9	%
CYP85A1	RNA synthesis	mutant	7	10	%	28	9	%
CYP85A1	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP85A1	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP85A1	transport	mutant	16	9	%	64	8	%
CYP85A1	transport facilitation	mutant	14	10	%	50	7	%
CYP85A1	amino acid metabolism	mutant	11	11	%	46	7	%
CYP85A1	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP85A1	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP86A	biogenesis of cell wall	hormone	6	9	%	14	5	%
CYP86A	transport	hormone	5	3	%	12	1	%
CYP86A1	detoxification	organ	5	9	%	17	10	%
CYP86A2	channel / pore class transport	organ	5	33	%	35	59	%
CYP86A2	photosynthesis	mutant	21	48	%	142	54	%
CYP86A2	photosynthesis	organ	19	43	%	124	47	%
CYP86A2	biogenesis of chloroplast	mutant	24	39	%	161	42	%
CYP86A2	aerobic respiration	mutant	6	40	%	42	39	%
CYP86A2	respiration	mutant	7	30	%	46	35	%
CYP86A2	transported compounds (substrates)	mutant	7	30	%	39	33	%
CYP86A2	biogenesis of chloroplast	organ	19	31	%	125	32	%
CYP86A2	respiration	organ	5	22	%	38	29	%
CYP86A2	degradation	mutant	5	19	%	29	25	%
CYP86A2	transport ATPases	mutant	6	19	%	34	22	%
CYP86A2	glycolysis and gluconeogenesis	mutant	20	17	%	121	20	%
CYP86A2	C-compound, carbohydrate catabolism	mutant	6	15	%	28	19	%
CYP86A2	lipid, fatty acid and isoprenoid biosynthesis	mutant	7	13	%	54	18	%
CYP86A2	C-compound and carbohydrate metabolism	mutant	38	14	%	221	18	%
CYP86A2	lipid, fatty acid and isoprenoid metabolism	mutant	6	15	%	42	17	%
CYP86A2	transport	mutant	23	14	%	141	17	%
CYP86A2	isoprenoid biosynthesis	mutant	7	11	%	54	16	%
CYP86A2	energy	organ	5	10	%	38	15	%
CYP86A2	transport facilitation	mutant	16	11	%	101	15	%
CYP86A2	glycolysis and gluconeogenesis	organ	12	10	%	85	14	%
CYP86A2	amino acid metabolism	mutant	11	11	%	94	14	%
CYP86A2	C-compound and carbohydrate utilization	mutant	6	11	%	34	13	%
CYP86A2	biogenesis of cell wall	mutant	5	8	%	34	12	%
CYP86A2	transport	organ	16	9	%	99	12	%
CYP86A2	transport facilitation	organ	10	7	%	65	10	%
CYP86A2	C-compound and carbohydrate metabolism	organ	15	6	%	102	8	%
CYP86A2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	7	7	%	38	7	%
CYP86A2	nucleotide metabolism	mutant	5	8	%	20	7	%
CYP86C2	biogenesis of cell wall	mutant	6	9	%	18	7	%
CYP86C3	biogenesis of cell wall	mutant	9	14	%	28	10	%
CYP86C3	biogenesis of cell wall	hormone	6	9	%	14	5	%
CYP86C4	biogenesis of cell wall	mutant	9	14	%	28	10	%
CYP88A3	electron transport and membrane-associated energy conservation	mutant	5	56	%	22	48	%
CYP88A3	degradation	mutant	6	23	%	31	27	%
CYP88A3	biogenesis of chloroplast	mutant	7	11	%	48	12	%
CYP88A3	energy	mutant	7	14	%	26	10	%
CYP88A3	protein synthesis	mutant	14	11	%	64	10	%
CYP88A3	transport	mutant	17	10	%	82	10	%
CYP88A3	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	8	8	%	48	9	%
CYP88A3	transport facilitation	mutant	9	6	%	42	6	%
CYP88A3	intracellular signalling	mutant	6	11	%	12	6	%
CYP88A3	ribosome biogenesis	mutant	9	5	%	50	5	%
CYP88A4	photosynthesis	stress	27	61	%	168	64	%
CYP88A4	biogenesis of chloroplast	stress	29	48	%	187	49	%
CYP88A4	pentose-phosphate pathway	stress	6	29	%	39	33	%
CYP88A4	aminoacyl-tRNA-synthetases	stress	5	28	%	12	24	%
CYP88A4	glycolysis and gluconeogenesis	stress	20	17	%	129	22	%
CYP88A4	C-compound and carbohydrate metabolism	stress	40	15	%	236	19	%
CYP88A4	lipid, fatty acid and isoprenoid biosynthesis	stress	6	11	%	42	14	%
CYP88A4	isoprenoid biosynthesis	stress	6	10	%	42	12	%
CYP88A4	secondary metabolism	stress	5	8	%	30	12	%
CYP88A4	protein synthesis	stress	16	13	%	54	9	%
CYP88A4	amino acid metabolism	stress	8	8	%	53	8	%
CYP88A4	nucleotide metabolism	stress	5	8	%	20	7	%
CYP88A4	transport	stress	10	6	%	57	7	%
CYP88A4	transport facilitation	stress	6	4	%	34	5	%
CYP88A4	ribosome biogenesis	stress	5	3	%	18	2	%
CYP89A2	energy	organ	5	10	%	26	10	%
CYP90A1	electron transport and membrane-associated energy conservation	mutant	7	78	%	32	70	%
CYP90A1	biogenesis of chloroplast	mutant	29	48	%	195	51	%
CYP90A1	photosynthesis	mutant	18	41	%	128	48	%
CYP90A1	photosynthesis	stress	16	36	%	112	42	%
CYP90A1	photosynthesis	organ	16	36	%	112	42	%
CYP90A1	biogenesis of chloroplast	organ	24	39	%	157	41	%
CYP90A1	protein degradation	mutant	7	37	%	31	38	%
CYP90A1	degradation	mutant	8	31	%	41	35	%
CYP90A1	aerobic respiration	mutant	6	40	%	36	33	%
CYP90A1	transported compounds (substrates)	mutant	6	26	%	37	31	%
CYP90A1	protein degradation	organ	5	26	%	25	30	%
CYP90A1	biogenesis of chloroplast	stress	17	28	%	111	29	%
CYP90A1	respiration	organ	5	22	%	38	29	%
CYP90A1	aminoacyl-tRNA-synthetases	mutant	5	28	%	14	28	%
CYP90A1	transport routes	mutant	5	28	%	24	28	%
CYP90A1	respiration	mutant	6	26	%	36	27	%
CYP90A1	pentose-phosphate pathway	mutant	5	24	%	30	26	%
CYP90A1	glycolysis and gluconeogenesis	mutant	23	20	%	137	23	%
CYP90A1	energy	mutant	11	22	%	54	22	%
CYP90A1	C-compound and carbohydrate metabolism	mutant	49	19	%	270	22	%
CYP90A1	degradation	organ	5	19	%	25	22	%
CYP90A1	lipid, fatty acid and isoprenoid metabolism	mutant	8	20	%	53	21	%
CYP90A1	amino acid metabolism	mutant	16	16	%	127	19	%
CYP90A1	transport	mutant	28	16	%	155	18	%
CYP90A1	intracellular signalling	mutant	9	16	%	32	16	%
CYP90A1	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	13	13	%	76	15	%
CYP90A1	biosynthesis of phenylpropanoids	mutant	5	15	%	25	14	%
CYP90A1	biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine	mutant	5	15	%	25	14	%
CYP90A1	protein synthesis	mutant	18	14	%	84	14	%
CYP90A1	transport facilitation	mutant	15	10	%	91	14	%
CYP90A1	glycolysis and gluconeogenesis	stress	12	10	%	81	14	%
CYP90A1	glycolysis and gluconeogenesis	organ	10	9	%	75	13	%
CYP90A1	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	36	12	%
CYP90A1	C-compound and carbohydrate metabolism	stress	25	10	%	141	11	%
CYP90A1	isoprenoid biosynthesis	mutant	5	8	%	36	10	%
CYP90A1	transport	organ	15	9	%	83	10	%
CYP90A1	C-compound, carbohydrate catabolism	mutant	5	12	%	14	9	%
CYP90A1	nucleotide metabolism	mutant	6	10	%	26	9	%
CYP90A1	C-compound and carbohydrate utilization	mutant	5	9	%	24	9	%
CYP90A1	transcription	mutant	5	8	%	23	9	%
CYP90A1	C-compound and carbohydrate metabolism	organ	15	6	%	107	9	%
CYP90A1	biogenesis of cell wall	mutant	5	8	%	18	7	%
CYP90A1	ribosome biogenesis	mutant	11	7	%	58	6	%
CYP90A1	transport facilitation	organ	7	5	%	38	6	%
CYP90A1	protein synthesis	stress	9	7	%	32	5	%
CYP90A1	amino acid metabolism	organ	5	5	%	34	5	%
CYP90A1	protein synthesis	organ	6	5	%	28	5	%
CYP90A1	transport	stress	5	3	%	26	3	%
CYP94D2	protein degradation	mutant	6	32	%	29	35	%
CYP94D2	transported compounds (substrates)	mutant	5	22	%	35	29	%
CYP94D2	degradation	mutant	6	23	%	29	25	%
CYP94D2	biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine	mutant	5	15	%	26	15	%
CYP94D2	biosynthesis of phenylpropanoids	mutant	5	15	%	26	15	%
CYP94D2	biogenesis of chloroplast	mutant	11	18	%	56	15	%
CYP94D2	C-compound and carbohydrate metabolism	mutant	33	13	%	176	14	%
CYP94D2	transport	mutant	20	12	%	111	13	%
CYP94D2	photosynthesis	mutant	7	16	%	34	13	%
CYP94D2	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	10	10	%	64	12	%
CYP94D2	protein synthesis	mutant	13	10	%	66	11	%
CYP94D2	transport facilitation	mutant	12	8	%	69	10	%
CYP94D2	energy	mutant	6	12	%	24	10	%
CYP94D2	amino acid metabolism	mutant	8	8	%	62	9	%
CYP94D2	intracellular signalling	mutant	6	11	%	14	7	%
CYP94D2	nucleotide metabolism	mutant	5	8	%	18	6	%
CYP94D2	ribosome biogenesis	mutant	11	7	%	58	6	%
CYP96A12	photosynthesis	hormone	7	16	%	50	19	%
CYP96A12	biogenesis of chloroplast	hormone	7	11	%	47	12	%
CYP96A12	C-compound and carbohydrate metabolism	hormone	12	5	%	82	7	%
CYP96A12	C-compound and carbohydrate metabolism	stress	13	5	%	76	6	%
CYP96A12	glycolysis and gluconeogenesis	hormone	5	4	%	31	5	%
CYP96A12	glycolysis and gluconeogenesis	stress	5	4	%	28	5	%
CYP96A13	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP96A14P	lipid, fatty acid and isoprenoid degradation	mutant	5	19	%	35	27	%
CYP96A14P	C-compound, carbohydrate catabolism	mutant	8	20	%	32	22	%
CYP96A14P	degradation	mutant	5	19	%	24	21	%
CYP96A14P	biogenesis of cell wall	mutant	16	25	%	54	20	%
CYP96A14P	intracellular signalling	mutant	8	15	%	33	16	%
CYP96A14P	C-compound and carbohydrate metabolism	mutant	41	16	%	165	13	%
CYP96A14P	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP96A14P	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP96A14P	energy	mutant	7	14	%	32	13	%
CYP96A14P	secondary metabolism	mutant	10	17	%	32	13	%
CYP96A14P	mRNA synthesis	mutant	5	19	%	15	13	%
CYP96A14P	transcription	mutant	8	13	%	30	11	%
CYP96A14P	detoxification	mutant	6	11	%	16	10	%
CYP96A14P	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP96A14P	protein synthesis	mutant	11	9	%	54	9	%
CYP96A14P	RNA synthesis	mutant	7	10	%	28	9	%
CYP96A14P	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP96A14P	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP96A14P	C-compound and carbohydrate utilization	mutant	6	11	%	21	8	%
CYP96A14P	transport	mutant	16	9	%	64	8	%
CYP96A14P	transport facilitation	mutant	14	10	%	50	7	%
CYP96A14P	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP96A14P	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP96A14P	ribosome biogenesis	mutant	8	5	%	48	5	%
CYP96A14P	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP96A14P	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP96A14P	transport	hormone	5	3	%	18	2	%
CYP96A15	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP96A2	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP96A5	secondary metabolism	mutant	5	8	%	26	10	%
CYP96A5	intracellular signalling	mutant	5	9	%	12	6	%
CYP97A3	photosynthesis	organ	29	66	%	184	70	%
CYP97A3	photosynthesis	stress	24	55	%	153	58	%
CYP97A3	biogenesis of chloroplast	organ	32	52	%	209	54	%
CYP97A3	biogenesis of chloroplast	mutant	29	48	%	191	50	%
CYP97A3	photosynthesis	mutant	19	43	%	127	48	%
CYP97A3	aerobic respiration	organ	5	33	%	40	37	%
CYP97A3	respiration	organ	6	26	%	44	33	%
CYP97A3	pentose-phosphate pathway	organ	6	29	%	39	33	%
CYP97A3	pentose-phosphate pathway	stress	6	29	%	39	33	%
CYP97A3	biogenesis of chloroplast	stress	21	34	%	127	33	%
CYP97A3	assimilation of ammonia, metabolism of the glutamate group	mutant	5	24	%	39	26	%
CYP97A3	photosynthesis	hormone	10	23	%	65	25	%
CYP97A3	glycolysis and gluconeogenesis	organ	24	21	%	143	24	%
CYP97A3	glycolysis and gluconeogenesis	stress	20	17	%	127	21	%
CYP97A3	lipid, fatty acid and isoprenoid metabolism	mutant	7	17	%	51	21	%
CYP97A3	lipid, fatty acid and isoprenoid metabolism	organ	6	15	%	49	20	%
CYP97A3	energy	organ	7	14	%	48	19	%
CYP97A3	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP97A3	biogenesis of chloroplast	hormone	10	16	%	67	17	%
CYP97A3	C-compound and carbohydrate metabolism	organ	40	15	%	213	17	%
CYP97A3	C-compound and carbohydrate metabolism	stress	36	14	%	210	17	%
CYP97A3	glycolysis and gluconeogenesis	mutant	18	15	%	99	17	%
CYP97A3	C-compound and carbohydrate metabolism	mutant	35	13	%	203	16	%
CYP97A3	secondary metabolism	organ	6	10	%	40	16	%
CYP97A3	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	44	15	%
CYP97A3	amino acid metabolism	mutant	12	12	%	97	15	%
CYP97A3	C-compound, carbohydrate catabolism	organ	5	12	%	21	14	%
CYP97A3	isoprenoid biosynthesis	mutant	5	8	%	44	13	%
CYP97A3	transport	organ	17	10	%	107	13	%
CYP97A3	secondary metabolism	stress	5	8	%	28	11	%
CYP97A3	transport	mutant	14	8	%	83	10	%
CYP97A3	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	8	8	%	46	9	%
CYP97A3	transport facilitation	organ	9	6	%	58	9	%
CYP97A3	glycolysis and gluconeogenesis	hormone	8	7	%	49	8	%
CYP97A3	protein synthesis	stress	15	12	%	50	8	%
CYP97A3	amino acid metabolism	organ	7	7	%	52	8	%
CYP97A3	protein synthesis	organ	13	10	%	42	7	%
CYP97A3	transport	stress	10	6	%	55	6	%
CYP97A3	transport facilitation	mutant	7	5	%	43	6	%
CYP97A3	C-compound and carbohydrate metabolism	hormone	11	4	%	65	5	%
CYP97A3	transport facilitation	stress	6	4	%	28	4	%
CYP97A3	protein synthesis	hormone	9	7	%	24	4	%
CYP97A3	ribosome biogenesis	organ	6	4	%	20	2	%
CYP97A3	ribosome biogenesis	stress	5	3	%	18	2	%
CYP97B3	electron transport and membrane-associated energy conservation	mutant	7	78	%	32	70	%
CYP97B3	photosynthesis	organ	25	57	%	164	62	%
CYP97B3	biogenesis of chloroplast	organ	34	56	%	225	58	%
CYP97B3	biogenesis of chloroplast	mutant	25	41	%	162	42	%
CYP97B3	transported compounds (substrates)	mutant	8	35	%	47	39	%
CYP97B3	photosynthesis	mutant	15	34	%	102	39	%
CYP97B3	protein degradation	mutant	7	37	%	31	38	%
CYP97B3	aerobic respiration	organ	5	33	%	40	37	%
CYP97B3	degradation	mutant	8	31	%	41	35	%
CYP97B3	respiration	organ	7	30	%	46	35	%
CYP97B3	transport routes	mutant	6	33	%	30	34	%
CYP97B3	aerobic respiration	mutant	6	40	%	36	33	%
CYP97B3	protein degradation	organ	5	26	%	25	30	%
CYP97B3	photosynthesis	stress	12	27	%	74	28	%
CYP97B3	respiration	mutant	6	26	%	36	27	%
CYP97B3	aminoacyl-tRNA-synthetases	mutant	5	28	%	12	24	%
CYP97B3	energy	mutant	12	24	%	58	23	%
CYP97B3	glycolysis and gluconeogenesis	organ	21	18	%	137	23	%
CYP97B3	lipid, fatty acid and isoprenoid metabolism	mutant	8	20	%	55	22	%
CYP97B3	degradation	organ	5	19	%	25	22	%
CYP97B3	C-compound and carbohydrate metabolism	mutant	50	19	%	265	21	%
CYP97B3	protein synthesis	mutant	26	21	%	120	20	%
CYP97B3	glycolysis and gluconeogenesis	mutant	22	19	%	116	19	%
CYP97B3	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP97B3	transport	mutant	29	17	%	155	18	%
CYP97B3	amino acid metabolism	mutant	16	16	%	115	17	%
CYP97B3	biogenesis of chloroplast	stress	13	21	%	65	17	%
CYP97B3	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	14	14	%	86	17	%
CYP97B3	energy	organ	5	10	%	40	16	%
CYP97B3	C-compound and carbohydrate metabolism	organ	35	13	%	198	16	%
CYP97B3	lipid, fatty acid and isoprenoid metabolism	organ	5	12	%	39	16	%
CYP97B3	nucleotide metabolism	mutant	10	17	%	42	15	%
CYP97B3	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	44	15	%
CYP97B3	transport facilitation	mutant	16	11	%	91	14	%
CYP97B3	glycolysis and gluconeogenesis	stress	12	10	%	79	13	%
CYP97B3	isoprenoid biosynthesis	mutant	5	8	%	44	13	%
CYP97B3	intracellular signalling	mutant	8	15	%	25	12	%
CYP97B3	transport	organ	18	11	%	95	11	%
CYP97B3	C-compound and carbohydrate metabolism	stress	22	8	%	135	11	%
CYP97B3	amino acid metabolism	organ	8	8	%	65	10	%
CYP97B3	ribosome biogenesis	mutant	17	10	%	90	10	%
CYP97B3	secondary metabolism	mutant	5	8	%	24	10	%
CYP97B3	C-compound, carbohydrate catabolism	mutant	5	12	%	14	9	%
CYP97B3	transcription	mutant	5	8	%	23	9	%
CYP97B3	C-compound and carbohydrate utilization	mutant	5	9	%	22	8	%
CYP97B3	transport facilitation	organ	9	6	%	44	7	%
CYP97B3	biogenesis of cell wall	mutant	6	9	%	16	6	%
CYP97B3	protein synthesis	organ	9	7	%	34	6	%
CYP97B3	protein synthesis	stress	6	5	%	22	4	%
CYP97B3	ribosome biogenesis	organ	5	3	%	18	2	%
CYP97C1	photosynthesis	organ	25	57	%	152	58	%
CYP97C1	biogenesis of chloroplast	organ	29	48	%	185	48	%
CYP97C1	photosynthesis	stress	17	39	%	112	42	%
CYP97C1	biogenesis of chloroplast	stress	18	30	%	111	29	%
CYP97C1	pentose-phosphate pathway	organ	5	24	%	33	28	%
CYP97C1	respiration	organ	5	22	%	36	27	%
CYP97C1	aminoacyl-tRNA-synthetases	organ	5	28	%	12	24	%
CYP97C1	glycolysis and gluconeogenesis	organ	19	16	%	117	20	%
CYP97C1	C-compound and carbohydrate metabolism	organ	29	11	%	178	14	%
CYP97C1	glycolysis and gluconeogenesis	stress	10	9	%	67	11	%
CYP97C1	C-compound and carbohydrate metabolism	stress	20	8	%	123	10	%
CYP97C1	protein synthesis	organ	17	14	%	56	9	%
CYP97C1	biogenesis of chloroplast	hormone	5	8	%	35	9	%
CYP97C1	protein synthesis	stress	14	11	%	52	8	%
CYP97C1	transport	organ	11	6	%	64	8	%
CYP97C1	transport facilitation	organ	7	5	%	43	6	%
CYP97C1	nucleotide metabolism	organ	5	8	%	16	6	%
CYP97C1	transport	stress	6	4	%	27	3	%
CYP97C1	ribosome biogenesis	organ	6	4	%	20	2	%
CYP97C1	ribosome biogenesis	stress	5	3	%	18	2	%
CYP98A3	C-compound and carbohydrate metabolism	hormone	9	3	%	49	4	%
CYP98A3	transport	hormone	5	3	%	24	3	%
CYP98A8	biogenesis of cell wall	mutant	9	14	%	26	9	%
CYP98A8	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP98A8	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP98A8	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP98A8	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP98A8	transport	hormone	5	3	%	18	2	%
CYP98A9	biogenesis of cell wall	mutant	9	14	%	26	9	%
CYP703A2	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP703A2	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP703A2	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP703A2	transport	hormone	5	3	%	18	2	%
CYP704B1	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP704B1	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP704B1	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP704B1	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP704B1	transport	hormone	5	3	%	18	2	%
CYP705A1	detoxification	organ	8	15	%	15	9	%
CYP705A12	detoxification	organ	7	13	%	21	13	%
CYP705A13	detoxification	organ	10	18	%	27	17	%
CYP705A13	secondary metabolism	organ	5	8	%	18	7	%
CYP705A2	nucleotide metabolism	mutant	6	10	%	28	10	%
CYP705A2	biogenesis of cell wall	mutant	7	11	%	18	7	%
CYP705A20	protein synthesis	hormone	5	4	%	26	4	%
CYP705A24	biogenesis of cell wall	mutant	8	13	%	24	9	%
CYP705A25	detoxification	organ	10	18	%	27	17	%
CYP705A25	secondary metabolism	organ	5	8	%	18	7	%
CYP705A32	degradation	mutant	5	19	%	24	21	%
CYP705A32	intracellular signalling	mutant	8	15	%	31	15	%
CYP705A32	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP705A32	biogenesis of cell wall	mutant	12	19	%	32	12	%
CYP705A32	C-compound, carbohydrate catabolism	mutant	5	12	%	16	11	%
CYP705A32	secondary metabolism	mutant	8	13	%	23	9	%
CYP705A32	transport facilitation	mutant	10	7	%	36	5	%
CYP705A32	transport	mutant	11	6	%	40	5	%
CYP705A5	detoxification	organ	5	9	%	17	10	%
CYP705A5	glycolysis and gluconeogenesis	mutant	8	7	%	62	10	%
CYP705A5	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	25	8	%
CYP705A5	isoprenoid biosynthesis	mutant	5	8	%	25	7	%
CYP705A8	detoxification	organ	8	15	%	15	9	%
CYP706A3	biogenesis of cell wall	hormone	7	11	%	16	6	%
CYP706A5	photosynthesis	organ	24	55	%	148	56	%
CYP706A5	photosynthesis	mutant	21	48	%	144	55	%
CYP706A5	biogenesis of chloroplast	organ	31	51	%	207	54	%
CYP706A5	biogenesis of chloroplast	mutant	30	49	%	195	51	%
CYP706A5	photosynthesis	stress	17	39	%	107	41	%
CYP706A5	aerobic respiration	mutant	6	40	%	36	33	%
CYP706A5	protein degradation	mutant	5	26	%	27	33	%
CYP706A5	pentose-phosphate pathway	stress	5	24	%	33	28	%
CYP706A5	photosynthesis	hormone	12	27	%	74	28	%
CYP706A5	respiration	mutant	6	26	%	36	27	%
CYP706A5	respiration	organ	5	22	%	36	27	%
CYP706A5	transported compounds (substrates)	mutant	5	22	%	31	26	%
CYP706A5	degradation	mutant	5	19	%	27	23	%
CYP706A5	biogenesis of chloroplast	stress	13	21	%	79	21	%
CYP706A5	biogenesis of chloroplast	hormone	10	16	%	73	19	%
CYP706A5	C-compound and carbohydrate metabolism	mutant	38	14	%	232	19	%
CYP706A5	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP706A5	glycolysis and gluconeogenesis	organ	18	15	%	109	18	%
CYP706A5	lipid, fatty acid and isoprenoid metabolism	mutant	7	17	%	44	18	%
CYP706A5	glycolysis and gluconeogenesis	mutant	17	15	%	103	17	%
CYP706A5	secondary metabolism	organ	6	10	%	40	16	%
CYP706A5	glycolysis and gluconeogenesis	stress	14	12	%	93	16	%
CYP706A5	metabolism of energy reserves (e.g. glycogen, trehalose)	stress	5	14	%	26	15	%
CYP706A5	energy	mutant	6	12	%	36	15	%
CYP706A5	transport	mutant	19	11	%	112	13	%
CYP706A5	energy	organ	5	10	%	32	13	%
CYP706A5	transport	organ	18	11	%	108	13	%
CYP706A5	C-compound and carbohydrate metabolism	stress	27	10	%	153	12	%
CYP706A5	C-compound and carbohydrate metabolism	organ	26	10	%	152	12	%
CYP706A5	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	36	12	%
CYP706A5	amino acid metabolism	mutant	9	9	%	73	11	%
CYP706A5	glycolysis and gluconeogenesis	hormone	12	10	%	65	11	%
CYP706A5	C-compound and carbohydrate utilization	mutant	5	9	%	28	11	%
CYP706A5	energy	stress	5	10	%	26	10	%
CYP706A5	isoprenoid biosynthesis	mutant	5	8	%	36	10	%
CYP706A5	transport facilitation	organ	11	8	%	67	10	%
CYP706A5	amino acid metabolism	organ	8	8	%	66	10	%
CYP706A5	transport facilitation	mutant	10	7	%	64	10	%
CYP706A5	C-compound and carbohydrate metabolism	hormone	22	8	%	119	10	%
CYP706A5	biogenesis of cell wall	mutant	5	8	%	26	9	%
CYP706A5	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	38	7	%
CYP706A5	nucleotide metabolism	mutant	5	8	%	20	7	%
CYP706A5	amino acid metabolism	hormone	5	5	%	37	6	%
CYP706A5	protein synthesis	organ	7	6	%	30	5	%
CYP706A5	transport	hormone	7	4	%	39	5	%
CYP706A5	protein synthesis	stress	7	6	%	20	3	%
CYP706A5	ribosome biogenesis	organ	5	3	%	18	2	%
CYP706A7	detoxification	organ	5	9	%	16	10	%
CYP708A2	detoxification	organ	6	11	%	19	12	%
CYP708A2	lipid, fatty acid and isoprenoid biosynthesis	organ	5	9	%	22	7	%
CYP708A2	isoprenoid biosynthesis	organ	5	8	%	22	6	%
CYP708A3	photosynthesis	organ	15	34	%	102	39	%
CYP708A3	aerobic respiration	organ	5	33	%	40	37	%
CYP708A3	respiration	organ	6	26	%	44	33	%
CYP708A3	biogenesis of chloroplast	organ	17	28	%	109	28	%
CYP708A3	energy	organ	5	10	%	34	14	%
CYP708A3	glycolysis and gluconeogenesis	organ	10	9	%	65	11	%
CYP708A3	transport	organ	10	6	%	63	7	%
CYP708A3	C-compound and carbohydrate metabolism	organ	16	6	%	89	7	%
CYP709B3	photosynthesis	organ	28	64	%	178	67	%
CYP709B3	biogenesis of chloroplast	organ	32	52	%	207	54	%
CYP709B3	aerobic respiration	organ	5	33	%	40	37	%
CYP709B3	respiration	organ	6	26	%	44	33	%
CYP709B3	pentose-phosphate pathway	organ	5	24	%	38	32	%
CYP709B3	photosynthesis	mutant	12	27	%	83	31	%
CYP709B3	glycolysis and gluconeogenesis	organ	23	20	%	149	25	%
CYP709B3	photosynthesis	stress	8	18	%	61	23	%
CYP709B3	biogenesis of chloroplast	mutant	15	25	%	80	21	%
CYP709B3	energy	organ	7	14	%	48	19	%
CYP709B3	transported compounds (substrates)	organ	5	22	%	22	18	%
CYP709B3	C-compound and carbohydrate metabolism	organ	35	13	%	203	16	%
CYP709B3	lipid, fatty acid and isoprenoid metabolism	organ	5	12	%	39	16	%
CYP709B3	biogenesis of chloroplast	hormone	7	11	%	54	14	%
CYP709B3	secondary metabolism	organ	5	8	%	34	14	%
CYP709B3	photosynthesis	hormone	5	11	%	34	13	%
CYP709B3	transport	organ	16	9	%	98	11	%
CYP709B3	amino acid metabolism	organ	8	8	%	60	9	%
CYP709B3	transport facilitation	organ	8	6	%	49	7	%
CYP709B3	biogenesis of chloroplast	stress	5	8	%	26	7	%
CYP709B3	C-compound and carbohydrate metabolism	hormone	12	5	%	76	6	%
CYP709B3	glycolysis and gluconeogenesis	stress	6	5	%	36	6	%
CYP709B3	glycolysis and gluconeogenesis	hormone	6	5	%	34	6	%
CYP709B3	protein synthesis	organ	8	6	%	32	5	%
CYP709B3	C-compound and carbohydrate metabolism	stress	12	5	%	62	5	%
CYP709B3	ribosome biogenesis	organ	5	3	%	18	2	%
CYP710A1	pentose-phosphate pathway	stress	5	24	%	26	22	%
CYP710A1	amino acid metabolism	stress	6	6	%	49	7	%
CYP710A1	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	stress	7	7	%	26	5	%
CYP710A1	C-compound and carbohydrate metabolism	stress	15	6	%	61	5	%
CYP710A3	secondary metabolism	hormone	6	10	%	18	7	%
CYP710A4	secondary metabolism	hormone	6	10	%	18	7	%
CYP715A1	secondary metabolism	hormone	6	10	%	32	13	%
CYP715A1	intracellular signalling	mutant	5	9	%	12	6	%
CYP716A2	intracellular signalling	mutant	7	13	%	35	17	%
CYP716A2	C-compound, carbohydrate catabolism	mutant	5	12	%	18	12	%
CYP716A2	detoxification	organ	6	11	%	19	12	%
CYP716A2	nucleotide metabolism	mutant	6	10	%	28	10	%
CYP716A2	biogenesis of cell wall	mutant	10	16	%	26	9	%
CYP720A1	C-compound and carbohydrate utilization	mutant	5	9	%	19	7	%
CYP724A1	mRNA synthesis	organ	5	19	%	20	17	%
CYP724A1	nucleotide metabolism	organ	5	8	%	25	9	%
CYP724A1	nucleotide metabolism	hormone	6	10	%	24	9	%
CYP724A1	transcription	organ	6	10	%	22	8	%
CYP724A1	RNA synthesis	organ	6	9	%	22	7	%
CYP724A1	biogenesis of cell wall	hormone	7	11	%	18	7	%
CYP724A1	protein synthesis	organ	11	9	%	38	6	%
CYP724A1	C-compound and carbohydrate metabolism	hormone	11	4	%	42	3	%
CYP724A1	glycolysis and gluconeogenesis	hormone	5	4	%	20	3	%
CYP724A1	ribosome biogenesis	organ	6	4	%	28	3	%
CYP724A1	transport	hormone	5	3	%	18	2	%
CYP734A1	biogenesis of cell wall	mutant	7	11	%	18	7	%
CYP735A1	degradation	mutant	6	23	%	28	24	%
CYP735A1	C-compound, carbohydrate catabolism	mutant	7	17	%	28	19	%
CYP735A1	biogenesis of cell wall	mutant	14	22	%	40	14	%
CYP735A1	intracellular signalling	mutant	7	13	%	29	14	%
CYP735A1	metabolism of energy reserves (e.g. glycogen, trehalose)	mutant	6	17	%	22	13	%
CYP735A1	energy	mutant	7	14	%	32	13	%
CYP735A1	mRNA synthesis	mutant	5	19	%	15	13	%
CYP735A1	nucleotide metabolism	mutant	7	12	%	34	12	%
CYP735A1	secondary metabolism	mutant	9	15	%	30	12	%
CYP735A1	transcription	mutant	8	13	%	30	11	%
CYP735A1	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP735A1	RNA synthesis	mutant	7	10	%	28	9	%
CYP735A1	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP735A1	nucleotide metabolism	hormone	5	8	%	22	8	%
CYP735A1	transport	mutant	16	9	%	64	8	%
CYP735A1	transport facilitation	mutant	14	10	%	50	7	%
CYP735A1	biogenesis of cell wall	hormone	6	9	%	18	7	%
CYP735A1	tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)	mutant	6	6	%	28	5	%
CYP735A1	C-compound and carbohydrate utilization	mutant	5	9	%	11	4	%
CYP735A1	ribosome biogenesis	mutant	6	4	%	36	4	%
CYP735A2	C-compound, carbohydrate catabolism	mutant	6	15	%	24	16	%
CYP735A2	intracellular signalling	mutant	7	13	%	29	14	%
CYP735A2	biogenesis of cell wall	mutant	12	19	%	36	13	%
CYP735A2	nucleotide metabolism	mutant	8	13	%	36	13	%
CYP735A2	lipid, fatty acid and isoprenoid biosynthesis	mutant	5	9	%	28	9	%
CYP735A2	isoprenoid biosynthesis	mutant	5	8	%	28	8	%
CYP735A2	secondary metabolism	mutant	7	12	%	19	8	%
CYP735A2	transport facilitation	mutant	9	6	%	30	4	%
CYP735A2	transport	mutant	10	6	%	34	4	%
	page created by Juergen Ehlting	03/20/06