Co-expression analysis results by P450 (KEGG)			CYPedia Home
Shown below is a list of P450 genes, which are co-expressed with Arabidopsis genes placed into a Kyoto Encyclopedia of Genes and Genomes (KEGG) pathway. 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
			FunCat list
This list is sorted by the frequency of the annotation points of co-expressed genes in that pathway with the sum of annotation points for all genes in a given pathway being 100%. 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
__________	_______________________________________	________	______________________________			______________________________
sort 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
CYP709B3	Photosynthesis	organ	29	88	%	165	89	%
CYP72A11	Photosynthesis	organ	28	85	%	159	86	%
CYP706A5	Photosynthesis	organ	28	85	%	159	86	%
CYP97A3	Photosynthesis	organ	28	85	%	159	86	%
CYP97B3	Photosynthesis	organ	27	82	%	153	83	%
CYP83A1	Photosynthesis	organ	26	79	%	149	81	%
CYP71B20	Photosynthesis	organ	24	73	%	145	78	%
CYP71B19	Photosynthesis	organ	24	73	%	145	78	%
CYP90A1	Photosynthesis	organ	24	73	%	143	77	%
CYP708A3	Photosynthesis	organ	23	70	%	143	77	%
CYP86A2	Photosynthesis	organ	24	73	%	135	73	%
CYP74B2	Photosynthesis	organ	21	64	%	133	72	%
CYP97A3	Porphyrin and chlorophyll metabolism	organ	17	63	%	141	71	%
CYP97C1	Porphyrin and chlorophyll metabolism	organ	17	63	%	141	71	%
CYP81D40	Photosynthesis	mutant	22	67	%	131	71	%
CYP71B34	Photosynthesis	organ	23	70	%	129	70	%
CYP97C1	Photosynthesis	organ	23	70	%	127	69	%
CYP71B28	Photosynthesis	organ	22	67	%	127	69	%
CYP86A2	Photosynthesis	mutant	20	61	%	127	69	%
CYP88A4	Photosynthesis	stress	23	70	%	123	66	%
CYP72A11	Porphyrin and chlorophyll metabolism	organ	16	59	%	131	66	%
CYP706A5	Porphyrin and chlorophyll metabolism	organ	15	56	%	127	64	%
CYP71B26	Photosynthesis	organ	18	55	%	115	62	%
CYP97B3	Porphyrin and chlorophyll metabolism	organ	14	52	%	121	61	%
CYP81F4	Photosynthesis	mutant	16	48	%	106	57	%
CYP709B3	Porphyrin and chlorophyll metabolism	organ	13	48	%	113	57	%
CYP89A3	Proteasome	stress	29	56	%	150	56	%
CYP88A4	Porphyrin and chlorophyll metabolism	stress	13	48	%	109	55	%
CYP71B35	Photosynthesis	organ	17	52	%	97	52	%
CYP86C4	Proteasome	stress	26	50	%	138	52	%
CYP706A5	Porphyrin and chlorophyll metabolism	stress	11	41	%	101	51	%
CYP90A1	Photosynthesis	stress	17	52	%	93	50	%
CYP97A3	Porphyrin and chlorophyll metabolism	mutant	12	44	%	97	49	%
CYP97A3	Photosynthesis	stress	17	52	%	88	48	%
CYP86A2	Methionine metabolism	mutant	7	35	%	60	47	%
CYP79A4P	Sulfur metabolism	mutant	10	45	%	79	46	%
CYP81D7	Sulfur metabolism	mutant	10	45	%	79	46	%
CYP71B30P	Sulfur metabolism	mutant	10	45	%	79	46	%
CYP81D6	Sulfur metabolism	mutant	10	45	%	79	46	%
CYP71B16	Sulfur metabolism	mutant	10	45	%	79	46	%
CYP83A1	Porphyrin and chlorophyll metabolism	organ	11	41	%	91	46	%
CYP97A3	Porphyrin and chlorophyll metabolism	stress	10	37	%	91	46	%
CYP75B1	Flavonoid biosynthesis	mutant	5	31	%	41	46	%
CYP51A2	Fatty acid biosynthesis (path 1)	mutant	9	47	%	46	45	%
CYP71B30P	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP81D6	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP79A4P	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP71B16	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP90A1	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP81D7	N-Glycan biosynthesis	mutant	7	39	%	35	43	%
CYP97B3	Reductive carboxylate cycle (CO2 fixation)	mutant	8	40	%	50	43	%
CYP97C1	Porphyrin and chlorophyll metabolism	stress	10	37	%	85	43	%
CYP72A11	Protein export	organ	8	28	%	57	42	%
CYP706A5	Protein export	organ	8	28	%	57	42	%
CYP97B3	Protein export	organ	8	28	%	57	42	%
CYP709B3	Protein export	organ	8	28	%	57	42	%
CYP97A3	Protein folding and associated processing	mutant	8	31	%	52	42	%
CYP706A5	Porphyrin and chlorophyll metabolism	mutant	10	37	%	83	42	%
CYP86A2	Porphyrin and chlorophyll metabolism	mutant	10	37	%	83	42	%
CYP81D40	Porphyrin and chlorophyll metabolism	mutant	10	37	%	83	42	%
CYP705A25	Prostaglandin and leukotriene metabolism	organ	25	38	%	54	40	%
CYP705A13	Prostaglandin and leukotriene metabolism	organ	25	38	%	54	40	%
CYP90A1	Porphyrin and chlorophyll metabolism	stress	9	33	%	79	40	%
CYP71B34	Protein export	organ	7	24	%	53	39	%
CYP90A1	Carbon fixation	mutant	22	34	%	139	39	%
CYP90A1	Methionine metabolism	mutant	5	25	%	50	39	%
CYP72A11	Methionine metabolism	mutant	5	25	%	50	39	%
CYP88A4	Pentose phosphate pathway	stress	13	32	%	77	39	%
CYP90A1	Porphyrin and chlorophyll metabolism	mutant	9	33	%	77	39	%
CYP97B3	Porphyrin and chlorophyll metabolism	mutant	9	33	%	77	39	%
CYP706A5	Photosynthesis	mutant	11	33	%	71	38	%
CYP90A1	Reductive carboxylate cycle (CO2 fixation)	mutant	7	35	%	44	38	%
CYP97A3	Pentose phosphate pathway	stress	12	29	%	75	38	%
CYP97B3	Porphyrin and chlorophyll metabolism	stress	8	30	%	75	38	%
CYP71B15	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	13	30	%	102	38	%
CYP86A2	Selenoamino acid metabolism	mutant	9	30	%	76	37	%
CYP97B3	Fatty acid biosynthesis (path 1)	mutant	5	26	%	38	37	%
CYP79A4P	Cysteine metabolism	mutant	9	33	%	63	37	%
CYP71B16	Cysteine metabolism	mutant	9	33	%	63	37	%
CYP81D6	Cysteine metabolism	mutant	9	33	%	63	37	%
CYP71B30P	Cysteine metabolism	mutant	9	33	%	63	37	%
CYP81D7	Cysteine metabolism	mutant	9	33	%	63	37	%
CYP72A11	Carbon fixation	organ	19	29	%	131	37	%
CYP90A1	Sulfur metabolism	mutant	9	41	%	63	37	%
CYP79A2	DNA polymerase	mutant	5	31	%	18	37	%
CYP71B25	DNA polymerase	mutant	5	31	%	18	37	%
CYP85A1	DNA polymerase	mutant	5	31	%	18	37	%
CYP78A10	DNA polymerase	mutant	5	31	%	18	37	%
CYP96A14P	DNA polymerase	mutant	5	31	%	18	37	%
CYP71B17	DNA polymerase	mutant	5	31	%	18	37	%
CYP735A1	DNA polymerase	mutant	5	31	%	18	37	%
CYP77A9	DNA polymerase	mutant	5	31	%	18	37	%
CYP71B21	DNA polymerase	mutant	5	31	%	18	37	%
CYP71B19	Porphyrin and chlorophyll metabolism	organ	9	33	%	73	37	%
CYP90A1	Porphyrin and chlorophyll metabolism	organ	9	33	%	73	37	%
CYP71B20	Porphyrin and chlorophyll metabolism	organ	9	33	%	73	37	%
CYP97A3	Carbon fixation	organ	20	31	%	129	36	%
CYP90A1	Cyanoamino acid metabolism	mutant	7	28	%	41	36	%
CYP71B30P	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	42	36	%
CYP71B16	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	42	36	%
CYP81D6	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	42	36	%
CYP81D7	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	42	36	%
CYP79A4P	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	42	36	%
CYP90A1	Biosynthesis of steroids	mutant	13	28	%	125	36	%
CYP705A12	Prostaglandin and leukotriene metabolism	organ	22	34	%	48	35	%
CYP72A11	Selenoamino acid metabolism	mutant	9	30	%	72	35	%
CYP90A1	Selenoamino acid metabolism	mutant	9	30	%	72	35	%
CYP90A1	Pentose phosphate pathway	mutant	13	32	%	70	35	%
CYP97B3	Citrate cycle (TCA cycle)	mutant	13	32	%	78	35	%
CYP83A1	Sulfur metabolism	organ	6	27	%	60	35	%
CYP90A1	Ascorbate and aldarate metabolism	mutant	9	36	%	58	35	%
CYP97A3	Protein export	organ	7	24	%	47	35	%
CYP71B30P	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP81D6	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP81D7	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP90A1	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP71B16	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP79A4P	Protein folding and associated processing	mutant	7	27	%	43	35	%
CYP97A3	Pentose phosphate pathway	organ	11	27	%	69	35	%
CYP97B3	N-Glycan biosynthesis	mutant	6	33	%	28	35	%
CYP97B3	Sulfur metabolism	mutant	8	36	%	59	35	%
CYP94D2	Sulfur metabolism	mutant	8	36	%	59	35	%
CYP79A4P	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP71B30P	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP81D7	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP90A1	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP81D6	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP71B16	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP97B3	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP94D2	Bile acid biosynthesis	mutant	5	31	%	33	34	%
CYP709B3	Carbon fixation	organ	18	28	%	122	34	%
CYP709B3	Pentose phosphate pathway	organ	10	24	%	68	34	%
CYP72A11	Pentose phosphate pathway	organ	10	24	%	68	34	%
CYP71B28	Protein export	organ	6	21	%	46	34	%
CYP705A8	Prostaglandin and leukotriene metabolism	organ	21	32	%	46	34	%
CYP81D7	Ascorbate and aldarate metabolism	mutant	8	32	%	56	34	%
CYP81D6	Ascorbate and aldarate metabolism	mutant	8	32	%	56	34	%
CYP71B16	Ascorbate and aldarate metabolism	mutant	8	32	%	56	34	%
CYP71B30P	Ascorbate and aldarate metabolism	mutant	8	32	%	56	34	%
CYP79A4P	Ascorbate and aldarate metabolism	mutant	8	32	%	56	34	%
CYP90A1	Cysteine metabolism	mutant	9	33	%	57	34	%
CYP71B16	Selenoamino acid metabolism	mutant	8	27	%	68	33	%
CYP81D7	Selenoamino acid metabolism	mutant	8	27	%	68	33	%
CYP81D6	Selenoamino acid metabolism	mutant	8	27	%	68	33	%
CYP79A4P	Selenoamino acid metabolism	mutant	8	27	%	68	33	%
CYP71B30P	Selenoamino acid metabolism	mutant	8	27	%	68	33	%
CYP71B19	Protein export	organ	6	21	%	45	33	%
CYP71B20	Protein export	organ	6	21	%	45	33	%
CYP97A3	Carbon fixation	mutant	19	29	%	118	33	%
CYP706A5	Carbon fixation	mutant	19	29	%	118	33	%
CYP97B3	Ascorbate and aldarate metabolism	mutant	7	28	%	55	33	%
CYP706A5	Ascorbate and aldarate metabolism	mutant	7	28	%	55	33	%
CYP97B3	Protein folding and associated processing	mutant	7	27	%	41	33	%
CYP72A11	Reductive carboxylate cycle (CO2 fixation)	mutant	5	25	%	38	33	%
CYP72A11	Sulfur metabolism	organ	7	32	%	56	33	%
CYP71B16	Oxidative phosphorylation	mutant	22	30	%	91	33	%
CYP71B30P	Oxidative phosphorylation	mutant	22	30	%	91	33	%
CYP81D7	Oxidative phosphorylation	mutant	22	30	%	91	33	%
CYP81D6	Oxidative phosphorylation	mutant	22	30	%	91	33	%
CYP79A4P	Oxidative phosphorylation	mutant	22	30	%	91	33	%
CYP97B3	Glyoxylate and dicarboxylate metabolism	mutant	9	32	%	52	33	%
CYP97B3	Tryptophan metabolism	mutant	9	26	%	49	32	%
CYP88A4	Carbon fixation	stress	18	28	%	115	32	%
CYP71A16	Prostaglandin and leukotriene metabolism	organ	20	31	%	44	32	%
CYP79B3	Sulfur metabolism	hormone	6	27	%	55	32	%
CYP81D7	Porphyrin and chlorophyll metabolism	mutant	7	26	%	64	32	%
CYP79A4P	Porphyrin and chlorophyll metabolism	mutant	7	26	%	64	32	%
CYP71B16	Porphyrin and chlorophyll metabolism	mutant	7	26	%	64	32	%
CYP71B30P	Porphyrin and chlorophyll metabolism	mutant	7	26	%	64	32	%
CYP81D6	Porphyrin and chlorophyll metabolism	mutant	7	26	%	64	32	%
CYP72A11	Carbon fixation	mutant	19	29	%	114	32	%
CYP81H1	Photosynthesis	organ	9	27	%	59	32	%
CYP97C1	Carbon fixation	organ	18	28	%	113	32	%
CYP88A4	Glycine, serine and threonine metabolism	stress	12	33	%	63	32	%
CYP97A3	Cysteine metabolism	mutant	7	26	%	54	32	%
CYP706A5	Pentose phosphate pathway	stress	10	24	%	63	32	%
CYP71B35	Porphyrin and chlorophyll metabolism	organ	8	30	%	63	32	%
CYP71B7	Sulfur metabolism	mutant	7	32	%	54	32	%
CYP74A	Sulfur metabolism	organ	6	27	%	54	32	%
CYP97B3	Carbon fixation	mutant	19	29	%	112	32	%
CYP97B3	Carbon fixation	organ	16	25	%	112	32	%
CYP90A1	Fluorene degradation	mutant	5	33	%	32	31	%
CYP97B3	Oxidative phosphorylation	mutant	21	29	%	87	31	%
CYP97B3	Cysteine metabolism	mutant	8	30	%	53	31	%
CYP97B3	Pentose phosphate pathway	organ	9	22	%	62	31	%
CYP97A3	Methionine metabolism	mutant	5	25	%	40	31	%
CYP81D6	Carbon fixation	mutant	19	29	%	110	31	%
CYP71B30P	Carbon fixation	mutant	19	29	%	110	31	%
CYP81D7	Carbon fixation	mutant	19	29	%	110	31	%
CYP71B16	Carbon fixation	mutant	19	29	%	110	31	%
CYP79A4P	Carbon fixation	mutant	19	29	%	110	31	%
CYP83A1	Carbon fixation	organ	16	25	%	110	31	%
CYP705A1	Prostaglandin and leukotriene metabolism	organ	19	29	%	42	31	%
CYP74A	Photosynthesis	organ	11	33	%	57	31	%
CYP71B7	Ascorbate and aldarate metabolism	mutant	6	24	%	51	31	%
CYP71B16	Citrate cycle (TCA cycle)	mutant	11	27	%	68	31	%
CYP71B30P	Citrate cycle (TCA cycle)	mutant	11	27	%	68	31	%
CYP81D7	Citrate cycle (TCA cycle)	mutant	11	27	%	68	31	%
CYP81D6	Citrate cycle (TCA cycle)	mutant	11	27	%	68	31	%
CYP79A4P	Citrate cycle (TCA cycle)	mutant	11	27	%	68	31	%
CYP706A5	Cysteine metabolism	mutant	6	22	%	52	31	%
CYP94D2	Oxidative phosphorylation	mutant	21	29	%	85	31	%
CYP94D2	Cysteine metabolism	mutant	7	26	%	51	30	%
CYP97B3	Biosynthesis of steroids	mutant	11	24	%	105	30	%
CYP86A2	Carbon fixation	mutant	17	26	%	106	30	%
CYP72A11	Protein folding and associated processing	mutant	6	23	%	37	30	%
CYP706A5	Sulfur metabolism	mutant	6	27	%	51	30	%
CYP706A5	Porphyrin and chlorophyll metabolism	hormone	7	26	%	59	30	%
CYP88A4	Protein export	stress	6	21	%	40	30	%
CYP83A1	Selenoamino acid metabolism	organ	6	20	%	60	29	%
CYP90A1	Glycolysis / Gluconeogenesis	mutant	20	26	%	119	29	%
CYP71B7	Reductive carboxylate cycle (CO2 fixation)	mutant	6	30	%	34	29	%
CYP97A3	Carbon fixation	stress	17	26	%	104	29	%
CYP79F2	Sulfur metabolism	organ	5	23	%	50	29	%
CYP79F1	Sulfur metabolism	organ	5	23	%	50	29	%
CYP706A5	Pentose phosphate pathway	organ	9	22	%	58	29	%
CYP90A1	Citrate cycle (TCA cycle)	mutant	10	24	%	64	29	%
CYP72A11	Cysteine metabolism	mutant	7	26	%	49	29	%
CYP71B34	Carbon fixation	organ	15	23	%	102	29	%
CYP79B3	Sulfur metabolism	stress	5	23	%	49	29	%
CYP96A12	Photosynthesis	hormone	11	33	%	53	29	%
CYP72A11	Porphyrin and chlorophyll metabolism	mutant	7	26	%	57	29	%
CYP97B3	Membrane Transport	mutant	5	23	%	25	29	%
CYP89A3	Folding, Sorting and Degradation	stress	29	27	%	150	29	%
CYP71B7	Carbon fixation	mutant	17	26	%	101	28	%
CYP94D2	Selenoamino acid metabolism	mutant	7	23	%	58	28	%
CYP97B3	Selenoamino acid metabolism	mutant	7	23	%	58	28	%
CYP94D2	Valine, leucine and isoleucine degradation	mutant	8	23	%	53	28	%
CYP90A1	Valine, leucine and isoleucine degradation	mutant	8	23	%	53	28	%
CYP72A11	Ascorbate and aldarate metabolism	mutant	6	24	%	47	28	%
CYP94D2	Protein folding and associated processing	mutant	6	23	%	35	28	%
CYP706A5	Protein folding and associated processing	mutant	6	23	%	35	28	%
CYP71B28	Carbon fixation	organ	14	22	%	100	28	%
CYP90A1	Protein export	mutant	5	17	%	38	28	%
CYP706A5	Protein export	mutant	5	17	%	38	28	%
CYP97B3	Pyruvate metabolism	mutant	17	24	%	114	28	%
CYP72A11	Sulfur metabolism	mutant	7	32	%	48	28	%
CYP71B6	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	10	23	%	76	28	%
CYP86A2	Ion channels	organ	6	12	%	39	28	%
CYP90A1	Oxidative phosphorylation	mutant	18	25	%	77	28	%
CYP97C1	Pentose phosphate pathway	organ	9	22	%	55	28	%
CYP71B38	Reductive carboxylate cycle (CO2 fixation)	mutant	5	25	%	32	28	%
CYP88A3	Reductive carboxylate cycle (CO2 fixation)	mutant	5	25	%	32	28	%
CYP81D40	Photosynthesis	organ	9	27	%	51	28	%
CYP90A1	Glyoxylate and dicarboxylate metabolism	mutant	7	25	%	44	28	%
CYP72A11	Selenoamino acid metabolism	organ	7	23	%	56	27	%
CYP97A3	Selenoamino acid metabolism	mutant	7	23	%	56	27	%
CYP706A5	Selenoamino acid metabolism	mutant	6	20	%	56	27	%
CYP97B3	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP71B30P	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP81D6	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP86A2	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP81D7	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP71B16	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP79A4P	Cyanoamino acid metabolism	mutant	5	20	%	31	27	%
CYP97C1	Protein export	organ	6	21	%	37	27	%
CYP705A13	Methane metabolism	organ	26	32	%	58	27	%
CYP705A25	Methane metabolism	organ	26	32	%	58	27	%
CYP90A1	Histidine metabolism	mutant	5	26	%	24	27	%
CYP94D2	Histidine metabolism	mutant	5	26	%	24	27	%
CYP90A1	Butanoate metabolism	mutant	6	24	%	39	27	%
CYP71A13	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	9	21	%	74	27	%
CYP71B16	Glycerolipid metabolism	mutant	8	24	%	57	27	%
CYP81D6	Glycerolipid metabolism	mutant	8	24	%	57	27	%
CYP79A4P	Glycerolipid metabolism	mutant	8	24	%	57	27	%
CYP81D7	Glycerolipid metabolism	mutant	8	24	%	57	27	%
CYP71B30P	Glycerolipid metabolism	mutant	8	24	%	57	27	%
CYP83A1	Pentose phosphate pathway	organ	8	20	%	54	27	%
CYP90A1	gamma-Hexachlorocyclohexane degradation	mutant	5	29	%	32	27	%
CYP97A3	Ascorbate and aldarate metabolism	mutant	6	24	%	45	27	%
CYP86A2	Ligand-Receptor Interaction	organ	6	12	%	39	27	%
CYP86A2	Biosynthesis of steroids	mutant	10	22	%	95	27	%
CYP97A3	Biosynthesis of steroids	mutant	10	22	%	95	27	%
CYP71B7	Cysteine metabolism	mutant	7	26	%	46	27	%
CYP706A5	Carbon fixation	organ	15	23	%	96	27	%
CYP71B20	Carbon fixation	organ	13	20	%	96	27	%
CYP71B19	Carbon fixation	organ	13	20	%	96	27	%
CYP97A3	Photosynthesis	mutant	8	24	%	50	27	%
CYP71B34	Protein export	stress	5	17	%	36	27	%
CYP97B3	Protein export	stress	5	17	%	36	27	%
CYP708A3	Porphyrin and chlorophyll metabolism	organ	7	26	%	53	27	%
CYP71B34	Porphyrin and chlorophyll metabolism	organ	6	22	%	53	27	%
CYP88A4	Glycolysis / Gluconeogenesis	stress	16	21	%	108	27	%
CYP97A3	Glycolysis / Gluconeogenesis	stress	16	21	%	108	27	%
CYP97B3	Propanoate metabolism	mutant	7	23	%	42	27	%
CYP81D6	Alanine and aspartate metabolism	mutant	6	19	%	47	27	%
CYP81D7	Alanine and aspartate metabolism	mutant	6	19	%	47	27	%
CYP71B16	Alanine and aspartate metabolism	mutant	6	19	%	47	27	%
CYP71B30P	Alanine and aspartate metabolism	mutant	6	19	%	47	27	%
CYP79A4P	Alanine and aspartate metabolism	mutant	6	19	%	47	27	%
CYP706A5	Cyanoamino acid metabolism	mutant	5	20	%	30	27	%
CYP71B26	beta-Alanine metabolism	hormone	6	30	%	31	26	%
CYP709B3	Biosynthesis of steroids	organ	11	24	%	93	26	%
CYP97C1	Photosynthesis	stress	11	33	%	49	26	%
CYP708A2	Prostaglandin and leukotriene metabolism	organ	16	25	%	36	26	%
CYP716A2	Prostaglandin and leukotriene metabolism	organ	16	25	%	36	26	%
CYP79B2	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	8	19	%	72	26	%
CYP79B2	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	8	19	%	72	26	%
CYP74A	Selenoamino acid metabolism	organ	6	20	%	54	26	%
CYP72A11	Cysteine metabolism	organ	6	22	%	45	26	%
CYP90A1	Lysine degradation	mutant	5	23	%	23	26	%
CYP706A5	Ion channels	organ	6	12	%	37	26	%
CYP81F4	Methionine metabolism	mutant	5	25	%	34	26	%
CYP79B2	Sulfur metabolism	stress	5	23	%	45	26	%
CYP86C4	Folding, Sorting and Degradation	stress	26	24	%	138	26	%
CYP71B30P	Pentose phosphate pathway	mutant	12	29	%	52	26	%
CYP81D6	Pentose phosphate pathway	mutant	12	29	%	52	26	%
CYP81D7	Pentose phosphate pathway	mutant	12	29	%	52	26	%
CYP79A4P	Pentose phosphate pathway	mutant	12	29	%	52	26	%
CYP71B16	Pentose phosphate pathway	mutant	12	29	%	52	26	%
CYP86A2	Nitrogen metabolism	mutant	9	28	%	65	26	%
CYP88A3	N-Glycan biosynthesis	mutant	5	28	%	21	26	%
CYP706A5	Biosynthesis of steroids	mutant	10	22	%	91	26	%
CYP709B3	Protein export	mutant	5	17	%	35	26	%
CYP81D40	Carbon fixation	mutant	14	22	%	92	26	%
CYP94D2	Ascorbate and aldarate metabolism	mutant	6	24	%	43	26	%
CYP71B25	Terpenoid biosynthesis	mutant	5	23	%	37	26	%
CYP72A11	Glycine, serine and threonine metabolism	mutant	8	22	%	51	26	%
CYP72A11	Ion channels	organ	7	14	%	36	26	%
CYP706A5	Ligand-Receptor Interaction	organ	6	12	%	37	26	%
CYP90A1	Pyruvate metabolism	mutant	16	22	%	104	26	%
CYP90A1	Alanine and aspartate metabolism	mutant	6	19	%	45	25	%
CYP72A11	Alanine and aspartate metabolism	mutant	6	19	%	45	25	%
CYP97A3	Glycine, serine and threonine metabolism	stress	11	31	%	50	25	%
CYP81D6	Glutamate metabolism	mutant	9	21	%	71	25	%
CYP81D7	Glutamate metabolism	mutant	9	21	%	71	25	%
CYP71B30P	Glutamate metabolism	mutant	9	21	%	71	25	%
CYP79A4P	Glutamate metabolism	mutant	9	21	%	71	25	%
CYP71B16	Glutamate metabolism	mutant	9	21	%	71	25	%
CYP71B7	Pentose phosphate pathway	mutant	11	27	%	50	25	%
CYP97B3	Pentose phosphate pathway	mutant	11	27	%	50	25	%
CYP97B3	Pentose phosphate pathway	stress	7	17	%	50	25	%
CYP81D7	Pyruvate metabolism	mutant	16	22	%	102	25	%
CYP81D6	Pyruvate metabolism	mutant	16	22	%	102	25	%
CYP71B16	Pyruvate metabolism	mutant	16	22	%	102	25	%
CYP79A4P	Pyruvate metabolism	mutant	16	22	%	102	25	%
CYP71B30P	Pyruvate metabolism	mutant	16	22	%	102	25	%
CYP72A11	Pyruvate metabolism	mutant	15	21	%	102	25	%
CYP72A11	Ligand-Receptor Interaction	organ	7	14	%	36	25	%
CYP97A3	Alanine and aspartate metabolism	mutant	5	16	%	44	25	%
CYP706A5	Alanine and aspartate metabolism	mutant	5	16	%	44	25	%
CYP71B30P	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP89A9	beta-Alanine metabolism	stress	5	25	%	29	25	%
CYP79A4P	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP97B3	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP71B16	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP81D6	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP81D7	beta-Alanine metabolism	mutant	5	25	%	29	25	%
CYP90A1	Glycine, serine and threonine metabolism	mutant	9	25	%	49	25	%
CYP83A1	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	42	25	%
CYP83A1	Valine, leucine and isoleucine biosynthesis	stress	6	19	%	42	25	%
CYP79F2	Valine, leucine and isoleucine biosynthesis	stress	6	19	%	42	25	%
CYP79F1	Valine, leucine and isoleucine biosynthesis	stress	6	19	%	42	25	%
CYP83A1	Valine, leucine and isoleucine biosynthesis	hormone	6	19	%	42	25	%
CYP86A2	Ascorbate and aldarate metabolism	mutant	5	20	%	41	25	%
CYP81D40	Ascorbate and aldarate metabolism	mutant	5	20	%	41	25	%
CYP97A3	Sulfur metabolism	mutant	5	23	%	42	25	%
CYP79F2	Selenoamino acid metabolism	organ	5	17	%	50	25	%
CYP79F1	Selenoamino acid metabolism	organ	5	17	%	50	25	%
CYP97A3	Biosynthesis of steroids	organ	10	22	%	86	25	%
CYP90A1	Nitrogen metabolism	mutant	9	28	%	61	24	%
CYP79A4P	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP97B3	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP81D7	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP71B16	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP81D6	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP71B30P	Butanoate metabolism	mutant	5	20	%	35	24	%
CYP72A11	Citrate cycle (TCA cycle)	mutant	7	17	%	54	24	%
CYP71B24	Ion channels	organ	9	18	%	34	24	%
CYP79A4P	Biosynthesis of steroids	mutant	9	20	%	85	24	%
CYP71B16	Biosynthesis of steroids	mutant	9	20	%	85	24	%
CYP71B30P	Biosynthesis of steroids	mutant	9	20	%	85	24	%
CYP81D6	Biosynthesis of steroids	mutant	9	20	%	85	24	%
CYP81D7	Biosynthesis of steroids	mutant	9	20	%	85	24	%
CYP72A11	Protein folding and associated processing	organ	5	19	%	30	24	%
CYP97B3	Protein folding and associated processing	organ	5	19	%	30	24	%
CYP97A3	Protein folding and associated processing	organ	5	19	%	30	24	%
CYP71B28	Protein folding and associated processing	organ	5	19	%	30	24	%
CYP90A1	Pentose phosphate pathway	organ	7	17	%	48	24	%
CYP90A1	Fructose and mannose metabolism	mutant	10	22	%	62	24	%
CYP97B3	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP79A4P	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP71B30P	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP81D7	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP81D6	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP71B16	Glycolysis / Gluconeogenesis	mutant	17	22	%	97	24	%
CYP81D6	Glyoxylate and dicarboxylate metabolism	mutant	6	21	%	38	24	%
CYP71B16	Glyoxylate and dicarboxylate metabolism	mutant	6	21	%	38	24	%
CYP81D7	Glyoxylate and dicarboxylate metabolism	mutant	6	21	%	38	24	%
CYP79A4P	Glyoxylate and dicarboxylate metabolism	mutant	6	21	%	38	24	%
CYP71B30P	Glyoxylate and dicarboxylate metabolism	mutant	6	21	%	38	24	%
CYP97B3	Glycine, serine and threonine metabolism	mutant	9	25	%	47	24	%
CYP94D2	Glycine, serine and threonine metabolism	mutant	8	22	%	47	24	%
CYP706A5	Glycine, serine and threonine metabolism	mutant	8	22	%	47	24	%
CYP72A11	Biosynthesis of steroids	organ	10	22	%	83	24	%
CYP709B3	Porphyrin and chlorophyll metabolism	mutant	6	22	%	47	24	%
CYP71B24	Ligand-Receptor Interaction	organ	9	18	%	34	24	%
CYP90A1	Ligand-Receptor Interaction	mutant	8	16	%	34	24	%
CYP97B3	Fatty acid metabolism	mutant	8	24	%	57	24	%
CYP71B7	Selenoamino acid metabolism	mutant	6	20	%	48	24	%
CYP72A11	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	40	24	%
CYP86A1	Prostaglandin and leukotriene metabolism	organ	14	22	%	32	24	%
CYP705A5	Prostaglandin and leukotriene metabolism	organ	14	22	%	32	24	%
CYP71B23	Glutathione metabolism	stress	9	21	%	56	23	%
CYP76C2	Citrate cycle (TCA cycle)	stress	8	20	%	52	23	%
CYP83B1	Sulfur metabolism	organ	5	23	%	40	23	%
CYP71B7	Sulfur metabolism	organ	5	23	%	40	23	%
CYP97B3	Photosynthesis	stress	10	30	%	43	23	%
CYP97B3	Alanine and aspartate metabolism	mutant	5	16	%	41	23	%
CYP94D2	Pyruvate metabolism	mutant	14	19	%	94	23	%
CYP86A2	Pentose phosphate pathway	mutant	9	22	%	46	23	%
CYP90A1	Pentose phosphate pathway	stress	7	17	%	46	23	%
CYP97B3	Glutamate metabolism	mutant	8	19	%	65	23	%
CYP90A1	Ion channels	mutant	7	14	%	32	23	%
CYP706A5	ATP synthesis	mutant	8	20	%	44	23	%
CYP705A12	Methane metabolism	organ	22	27	%	48	23	%
CYP71A16	Methane metabolism	organ	21	26	%	48	23	%
CYP71B15	Glutathione metabolism	stress	9	21	%	54	23	%
CYP51A2	Protein folding and associated processing	mutant	7	27	%	28	23	%
CYP71B35	Carbon fixation	organ	12	18	%	80	23	%
CYP81D40	Nitrogen metabolism	mutant	8	25	%	56	22	%
CYP97B3	Fructose and mannose metabolism	organ	9	20	%	58	22	%
CYP97B3	Glycerolipid metabolism	mutant	7	21	%	47	22	%
CYP90A1	Glycerolipid metabolism	mutant	7	21	%	47	22	%
CYP96A14P	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP77A9	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP71B21	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP71B25	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP79A2	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP735A1	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP85A1	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP78A10	Pyrimidine metabolism	mutant	9	23	%	40	22	%
CYP89A9	Fatty acid metabolism	stress	7	21	%	54	22	%
CYP97B3	Ascorbate and aldarate metabolism	organ	5	20	%	37	22	%
CYP72A11	Ascorbate and aldarate metabolism	organ	5	20	%	37	22	%
CYP709B3	Ascorbate and aldarate metabolism	organ	5	20	%	37	22	%
CYP97A3	Protein export	stress	5	17	%	30	22	%
CYP735A1	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP79A2	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP71B17	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP81D2	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP71B21	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP85A1	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP78A10	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP71B2	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP71B25	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP705A32	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP77A9	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP96A14P	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP76G1	Cyanoamino acid metabolism	mutant	6	24	%	25	22	%
CYP71B34	Pentose phosphate pathway	organ	7	17	%	44	22	%
CYP97C1	Pentose phosphate pathway	stress	7	17	%	44	22	%
CYP71B29	Prostaglandin and leukotriene metabolism	organ	15	23	%	30	22	%
CYP71B16	Glycan Biosynthesis and Metabolism	mutant	13	21	%	66	22	%
CYP79A4P	Glycan Biosynthesis and Metabolism	mutant	13	21	%	66	22	%
CYP71B30P	Glycan Biosynthesis and Metabolism	mutant	13	21	%	66	22	%
CYP81D6	Glycan Biosynthesis and Metabolism	mutant	13	21	%	66	22	%
CYP81D7	Glycan Biosynthesis and Metabolism	mutant	13	21	%	66	22	%
CYP81D7	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP81D6	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP71B30P	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP94D2	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP79A4P	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP71B16	Tryptophan metabolism	mutant	6	18	%	33	22	%
CYP97B3	ATP synthesis	mutant	8	20	%	42	22	%
CYP90A1	ATP synthesis	mutant	8	20	%	42	22	%
CYP86A2	ATP synthesis	mutant	8	20	%	42	22	%
CYP705A8	Methane metabolism	organ	21	26	%	46	22	%
CYP90A1	Folding, Sorting and Degradation	mutant	17	16	%	114	22	%
CYP88A4	Aminoacyl-tRNA biosynthesis	stress	10	24	%	26	22	%
CYP97B3	Biosynthesis of steroids	organ	9	20	%	76	22	%
CYP705A25	Phenylalanine metabolism	organ	26	30	%	63	22	%
CYP71B7	Citrate cycle (TCA cycle)	mutant	8	20	%	48	22	%
CYP71B28	Porphyrin and chlorophyll metabolism	organ	5	19	%	43	22	%
CYP715A1	Propanoate metabolism	hormone	6	20	%	34	22	%
CYP94D2	Propanoate metabolism	mutant	5	17	%	34	22	%
CYP85A1	Protein export	mutant	8	28	%	29	21	%
CYP71B17	Protein export	mutant	8	28	%	29	21	%
CYP79A2	Protein export	mutant	8	28	%	29	21	%
CYP78A10	Protein export	mutant	8	28	%	29	21	%
CYP71B21	Protein export	mutant	8	28	%	29	21	%
CYP96A14P	Protein export	mutant	8	28	%	29	21	%
CYP71B25	Protein export	mutant	8	28	%	29	21	%
CYP77A9	Protein export	mutant	8	28	%	29	21	%
CYP72A15	Glycerolipid metabolism	mutant	6	18	%	45	21	%
CYP72A8	Ion channels	organ	7	14	%	30	21	%
CYP89A9	Valine, leucine and isoleucine degradation	stress	7	20	%	40	21	%
CYP72A11	Biosynthesis of steroids	mutant	8	17	%	75	21	%
CYP71A12	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	7	16	%	58	21	%
CYP94C1	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	7	16	%	58	21	%
CYP74A	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	7	16	%	58	21	%
CYP97A3	Nitrogen metabolism	mutant	7	22	%	53	21	%
CYP97A3	Glutamate metabolism	mutant	7	16	%	60	21	%
CYP90A1	Glycan Biosynthesis and Metabolism	mutant	13	21	%	64	21	%
CYP79F2	Valine, leucine and isoleucine biosynthesis	mutant	5	16	%	36	21	%
CYP79F1	Valine, leucine and isoleucine biosynthesis	mutant	5	16	%	36	21	%
CYP79F1	Valine, leucine and isoleucine biosynthesis	organ	5	16	%	36	21	%
CYP79F2	Valine, leucine and isoleucine biosynthesis	organ	5	16	%	36	21	%
CYP83A1	Valine, leucine and isoleucine biosynthesis	organ	5	16	%	36	21	%
CYP72A11	Pentose phosphate pathway	mutant	9	22	%	42	21	%
CYP71B26	Pentose phosphate pathway	mutant	9	22	%	42	21	%
CYP71B20	Pentose phosphate pathway	organ	6	15	%	42	21	%
CYP71B19	Pentose phosphate pathway	organ	6	15	%	42	21	%
CYP71B28	Pentose phosphate pathway	organ	6	15	%	42	21	%
CYP79A4P	Translation factors	mutant	18	21	%	68	21	%
CYP71B30P	Translation factors	mutant	18	21	%	68	21	%
CYP71B16	Translation factors	mutant	18	21	%	68	21	%
CYP81D7	Translation factors	mutant	18	21	%	68	21	%
CYP81D6	Translation factors	mutant	18	21	%	68	21	%
CYP98A3	Stilbene, coumarine and lignin biosynthesis	hormone	10	10	%	72	21	%
CYP71A13	Glutathione metabolism	stress	8	19	%	50	21	%
CYP81D7	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP81D6	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP71B30P	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP97B3	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP71B16	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP79A4P	Glutathione metabolism	mutant	7	17	%	50	21	%
CYP71B30P	Ligand-Receptor Interaction	mutant	8	16	%	30	21	%
CYP79A4P	Ligand-Receptor Interaction	mutant	8	16	%	30	21	%
CYP81D7	Ligand-Receptor Interaction	mutant	8	16	%	30	21	%
CYP71B16	Ligand-Receptor Interaction	mutant	8	16	%	30	21	%
CYP81D6	Ligand-Receptor Interaction	mutant	8	16	%	30	21	%
CYP72A8	Ligand-Receptor Interaction	organ	7	14	%	30	21	%
CYP724A1	Other replication, recombination and repair factors	organ	5	29	%	16	21	%
CYP71B23	Citrate cycle (TCA cycle)	stress	9	22	%	46	21	%
CYP94D2	Citrate cycle (TCA cycle)	mutant	7	17	%	46	21	%
CYP88A3	Citrate cycle (TCA cycle)	mutant	7	17	%	46	21	%
CYP71B38	Citrate cycle (TCA cycle)	mutant	7	17	%	46	21	%
CYP81D6	Glycine, serine and threonine metabolism	mutant	8	22	%	41	21	%
CYP79A4P	Glycine, serine and threonine metabolism	mutant	8	22	%	41	21	%
CYP71B30P	Glycine, serine and threonine metabolism	mutant	8	22	%	41	21	%
CYP71B16	Glycine, serine and threonine metabolism	mutant	8	22	%	41	21	%
CYP81D7	Glycine, serine and threonine metabolism	mutant	8	22	%	41	21	%
CYP81D40	Glycine, serine and threonine metabolism	mutant	7	19	%	41	21	%
CYP706A5	Glycine, serine and threonine metabolism	organ	7	19	%	41	21	%
CYP86A2	Glycine, serine and threonine metabolism	mutant	7	19	%	41	21	%
CYP81F4	Carbon fixation	mutant	10	15	%	73	21	%
CYP90A1	Tryptophan metabolism	mutant	6	18	%	31	21	%
CYP71B16	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP81D6	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP71B30P	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP79A4P	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP97B3	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP81D7	Nitrogen metabolism	mutant	8	25	%	51	20	%
CYP71B34	Ascorbate and aldarate metabolism	organ	5	20	%	34	20	%
CYP97B3	Translation factors	mutant	18	21	%	66	20	%
CYP90A1	Carbon fixation	stress	10	15	%	72	20	%
CYP86A2	Carbon fixation	organ	10	15	%	72	20	%
CYP90A1	Carbon fixation	organ	9	14	%	72	20	%
CYP715A1	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP81F3	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP720A1	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP82C3	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP96A5	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP89A3	Nucleotide sugars metabolism	mutant	5	26	%	18	20	%
CYP97B3	Glycan Biosynthesis and Metabolism	mutant	13	21	%	61	20	%
CYP88A4	Fructose and mannose metabolism	stress	8	17	%	52	20	%
CYP71A18	Pyrimidine metabolism	mutant	7	18	%	36	20	%
CYP81D2	Pyrimidine metabolism	mutant	7	18	%	36	20	%
CYP97A3	Pentose phosphate pathway	mutant	7	17	%	40	20	%
CYP706A5	Pentose phosphate pathway	mutant	7	17	%	40	20	%
CYP71B26	Carbon fixation	mutant	12	18	%	71	20	%
CYP90A1	Tyrosine metabolism	mutant	8	20	%	44	20	%
CYP90A1	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	34	20	%
CYP76C2	Glyoxylate and dicarboxylate metabolism	stress	5	18	%	32	20	%
CYP71B16	Ion channels	mutant	7	14	%	28	20	%
CYP81D7	Ion channels	mutant	7	14	%	28	20	%
CYP71B30P	Ion channels	mutant	7	14	%	28	20	%
CYP79A4P	Ion channels	mutant	7	14	%	28	20	%
CYP81D6	Ion channels	mutant	7	14	%	28	20	%
CYP735A1	Protein export	mutant	7	24	%	27	20	%
CYP97C1	Aminoacyl-tRNA biosynthesis	organ	10	24	%	24	20	%
CYP97B3	Aminoacyl-tRNA biosynthesis	mutant	10	24	%	24	20	%
CYP90A1	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	24	20	%
CYP71B21	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP85A1	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP77A9	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP78A10	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP79A2	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP96A14P	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP71B25	Nucleotide Metabolism	mutant	14	18	%	71	20	%
CYP71A13	Citrate cycle (TCA cycle)	stress	10	24	%	44	20	%
CYP71B15	Citrate cycle (TCA cycle)	stress	10	24	%	44	20	%
CYP705A1	Methane metabolism	organ	19	23	%	42	20	%
CYP97B3	Folding, Sorting and Degradation	mutant	17	16	%	104	20	%
CYP706A5	Stilbene, coumarine and lignin biosynthesis	mutant	10	10	%	68	20	%
CYP97A3	Glycine, serine and threonine metabolism	mutant	7	19	%	39	20	%
CYP72A11	ATP synthesis	mutant	7	18	%	38	20	%
CYP97A3	ATP synthesis	mutant	7	18	%	38	20	%
CYP90A1	Biosynthesis of steroids	organ	8	17	%	69	20	%
CYP71B7	Selenoamino acid metabolism	organ	5	17	%	40	20	%
CYP83B1	Selenoamino acid metabolism	organ	5	17	%	40	20	%
CYP705A12	Phenylalanine metabolism	organ	23	26	%	57	20	%
CYP94D2	Butanoate metabolism	mutant	5	20	%	28	20	%
CYP90A1	Glutamate metabolism	mutant	7	16	%	55	20	%
CYP73A5	Proteasome	hormone	8	15	%	52	19	%
CYP72A11	Glycolysis / Gluconeogenesis	mutant	14	18	%	79	19	%
CYP706A5	Glycolysis / Gluconeogenesis	mutant	13	17	%	79	19	%
CYP97B3	Ligand-Receptor Interaction	mutant	7	14	%	28	19	%
CYP94D2	Ligand-Receptor Interaction	mutant	7	14	%	28	19	%
CYP90A1	Alkaloid biosynthesis I	mutant	5	23	%	27	19	%
CYP81D6	Fatty acid metabolism	mutant	7	21	%	47	19	%
CYP81D7	Fatty acid metabolism	mutant	7	21	%	47	19	%
CYP71B30P	Fatty acid metabolism	mutant	7	21	%	47	19	%
CYP71B16	Fatty acid metabolism	mutant	7	21	%	47	19	%
CYP79A4P	Fatty acid metabolism	mutant	7	21	%	47	19	%
CYP81D6	Folding, Sorting and Degradation	mutant	18	17	%	102	19	%
CYP71B16	Folding, Sorting and Degradation	mutant	18	17	%	102	19	%
CYP79A4P	Folding, Sorting and Degradation	mutant	18	17	%	102	19	%
CYP81D7	Folding, Sorting and Degradation	mutant	18	17	%	102	19	%
CYP71B30P	Folding, Sorting and Degradation	mutant	18	17	%	102	19	%
CYP706A5	Nitrogen metabolism	organ	7	22	%	48	19	%
CYP97B3	Valine, leucine and isoleucine degradation	mutant	7	20	%	36	19	%
CYP86A2	Glycolysis / Gluconeogenesis	mutant	14	18	%	78	19	%
CYP71B15	Alanine and aspartate metabolism	stress	5	16	%	34	19	%
CYP82F1	Prostaglandin and leukotriene metabolism	organ	13	20	%	26	19	%
CYP712A1	Prostaglandin and leukotriene metabolism	stress	11	17	%	26	19	%
CYP71B35	Pentose phosphate pathway	organ	6	15	%	38	19	%
CYP71B25	Purine metabolism	mutant	11	18	%	59	19	%
CYP96A14P	Purine metabolism	mutant	11	18	%	59	19	%
CYP77A9	Purine metabolism	mutant	11	18	%	59	19	%
CYP79A2	Purine metabolism	mutant	11	18	%	59	19	%
CYP78A10	Purine metabolism	mutant	11	18	%	59	19	%
CYP71B21	Purine metabolism	mutant	11	18	%	59	19	%
CYP85A1	Purine metabolism	mutant	11	18	%	59	19	%
CYP81D40	Biosynthesis of steroids	mutant	7	15	%	67	19	%
CYP71B17	Pyrimidine metabolism	mutant	8	20	%	34	19	%
CYP81D2	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP71B30P	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP81D7	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP79A4P	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP71B16	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP81D6	Propanoate metabolism	mutant	5	17	%	30	19	%
CYP78A10	Propanoate metabolism	hormone	5	17	%	30	19	%
CYP706A5	Photosynthesis	hormone	7	21	%	35	19	%
CYP709B3	Photosynthesis	stress	7	21	%	35	19	%
CYP708A2	Methane metabolism	organ	17	21	%	40	19	%
CYP79A4P	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP81D7	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP97B3	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP71B30P	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP81D6	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP71B16	Valine, leucine and isoleucine biosynthesis	mutant	6	19	%	32	19	%
CYP71B30P	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP81D6	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP79A4P	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP81D7	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP97B3	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP71B16	Arginine and proline metabolism	mutant	9	21	%	41	19	%
CYP71B25	Biosynthesis of steroids	mutant	10	22	%	66	19	%
CYP724A1	RNA polymerase	organ	8	20	%	34	19	%
CYP98A3	Proteasome	hormone	9	17	%	50	19	%
CYP97B3	Glycolysis / Gluconeogenesis	organ	11	14	%	76	19	%
CYP735A1	Nucleotide Metabolism	mutant	13	17	%	67	19	%
CYP90A1	Benzoate degradation via CoA ligation	mutant	14	16	%	66	19	%
CYP72A15	Oxidative phosphorylation	mutant	13	18	%	52	19	%
CYP81D6	ATP synthesis	mutant	7	18	%	36	19	%
CYP71B16	ATP synthesis	mutant	7	18	%	36	19	%
CYP79A4P	ATP synthesis	mutant	7	18	%	36	19	%
CYP81D7	ATP synthesis	mutant	7	18	%	36	19	%
CYP71B30P	ATP synthesis	mutant	7	18	%	36	19	%
CYP705A13	Stilbene, coumarine and lignin biosynthesis	organ	26	26	%	64	19	%
CYP705A25	Stilbene, coumarine and lignin biosynthesis	organ	26	26	%	64	19	%
CYP73A5	Stilbene, coumarine and lignin biosynthesis	stress	8	8	%	64	19	%
CYP96A12	Porphyrin and chlorophyll metabolism	hormone	5	19	%	37	19	%
CYP88A3	Glycerolipid metabolism	mutant	6	18	%	39	19	%
CYP94D2	Ion channels	mutant	6	12	%	26	19	%
CYP97B3	Ion channels	mutant	6	12	%	26	19	%
CYP705A13	Phenylalanine metabolism	organ	25	29	%	54	19	%
CYP90A1	Inositol phosphate metabolism	mutant	14	14	%	72	19	%
CYP71B7	Biosynthesis of steroids	mutant	7	15	%	65	19	%
CYP51A2	Pyruvate metabolism	mutant	11	15	%	75	18	%
CYP71B15	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	7	16	%	50	18	%
CYP71B16	Photosynthesis	stress	5	15	%	34	18	%
CYP71B17	Photosynthesis	stress	5	15	%	34	18	%
CYP98A3	Proteasome	mutant	9	17	%	49	18	%
CYP71B16	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	22	18	%
CYP97A3	Aminoacyl-tRNA biosynthesis	stress	9	22	%	22	18	%
CYP81D7	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	22	18	%
CYP81D6	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	22	18	%
CYP79A4P	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	22	18	%
CYP71B30P	Aminoacyl-tRNA biosynthesis	mutant	9	22	%	22	18	%
CYP97C1	Carbon fixation	stress	10	15	%	65	18	%
CYP88A4	Biosynthesis of steroids	stress	7	15	%	64	18	%
CYP97C1	Glycolysis / Gluconeogenesis	organ	11	14	%	74	18	%
CYP97A3	Glycolysis / Gluconeogenesis	mutant	13	17	%	74	18	%
CYP81D7	Valine, leucine and isoleucine degradation	mutant	6	17	%	34	18	%
CYP81D6	Valine, leucine and isoleucine degradation	mutant	6	17	%	34	18	%
CYP79A4P	Valine, leucine and isoleucine degradation	mutant	6	17	%	34	18	%
CYP71B30P	Valine, leucine and isoleucine degradation	mutant	6	17	%	34	18	%
CYP71B16	Valine, leucine and isoleucine degradation	mutant	6	17	%	34	18	%
CYP71B17	Nucleotide Metabolism	mutant	13	17	%	65	18	%
CYP706A5	Carbon fixation	stress	10	15	%	64	18	%
CYP81D6	Stilbene, coumarine and lignin biosynthesis	mutant	11	11	%	62	18	%
CYP79A4P	Stilbene, coumarine and lignin biosynthesis	mutant	11	11	%	62	18	%
CYP81D7	Stilbene, coumarine and lignin biosynthesis	mutant	11	11	%	62	18	%
CYP71B30P	Stilbene, coumarine and lignin biosynthesis	mutant	11	11	%	62	18	%
CYP71B16	Stilbene, coumarine and lignin biosynthesis	mutant	11	11	%	62	18	%
CYP71B38	Oxidative phosphorylation	mutant	12	16	%	50	18	%
CYP51A2	Proteasome	mutant	9	17	%	48	18	%
CYP71B20	Biosynthesis of steroids	organ	8	17	%	63	18	%
CYP71B19	Biosynthesis of steroids	organ	8	17	%	63	18	%
CYP90A1	Arginine and proline metabolism	mutant	8	19	%	39	18	%
CYP71B2	Pyrimidine metabolism	mutant	8	20	%	32	18	%
CYP76G1	Pyrimidine metabolism	mutant	7	18	%	32	18	%
CYP735A1	Purine metabolism	mutant	10	17	%	55	18	%
CYP97A3	Fructose and mannose metabolism	stress	7	15	%	46	18	%
CYP90A1	Fatty acid metabolism	mutant	6	18	%	43	18	%
CYP71B7	Glycolysis / Gluconeogenesis	mutant	13	17	%	72	18	%
CYP97A3	Glycolysis / Gluconeogenesis	organ	11	14	%	72	18	%
CYP706A5	Glycolysis / Gluconeogenesis	stress	10	13	%	72	18	%
CYP97B3	Stilbene, coumarine and lignin biosynthesis	mutant	10	10	%	61	18	%
CYP82C3	Propanoate metabolism	hormone	5	17	%	28	18	%
CYP97A3	Glycine, serine and threonine metabolism	organ	7	19	%	35	18	%
CYP72A11	Glycine, serine and threonine metabolism	organ	7	19	%	35	18	%
CYP71B15	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	6	14	%	48	18	%
CYP71A13	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	6	14	%	48	18	%
CYP81D1	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	6	14	%	48	18	%
CYP81D8	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	6	14	%	48	18	%
CYP81F4	Selenoamino acid metabolism	mutant	5	17	%	36	18	%
CYP94D2	Valine, leucine and isoleucine biosynthesis	mutant	5	16	%	30	18	%
CYP94D2	Glycerolipid metabolism	mutant	6	18	%	37	18	%
CYP71B28	Glyoxylate and dicarboxylate metabolism	organ	5	18	%	28	18	%
CYP71B20	Glyoxylate and dicarboxylate metabolism	organ	5	18	%	28	18	%
CYP71B19	Glyoxylate and dicarboxylate metabolism	organ	5	18	%	28	18	%
CYP706A5	Pyruvate metabolism	mutant	11	15	%	71	17	%
CYP81D7	Ribosome	mutant	45	18	%	236	17	%
CYP71B16	Ribosome	mutant	45	18	%	236	17	%
CYP71B30P	Ribosome	mutant	45	18	%	236	17	%
CYP79A4P	Ribosome	mutant	45	18	%	236	17	%
CYP81D6	Ribosome	mutant	45	18	%	236	17	%
CYP90A1	Nicotinate and nicotinamide metabolism	mutant	12	15	%	53	17	%
CYP72A11	Nitrogen metabolism	mutant	7	22	%	43	17	%
CYP94D2	Nitrogen metabolism	mutant	7	22	%	43	17	%
CYP88A3	Oxidative phosphorylation	mutant	12	16	%	48	17	%
CYP709B3	Glycolysis / Gluconeogenesis	organ	11	14	%	70	17	%
CYP706A5	Glycolysis / Gluconeogenesis	organ	11	14	%	70	17	%
CYP72A11	Glycolysis / Gluconeogenesis	organ	11	14	%	70	17	%
CYP88A3	Glycan Biosynthesis and Metabolism	mutant	11	17	%	52	17	%
CYP71B17	Purine metabolism	mutant	10	17	%	53	17	%
CYP81D8	Ion channels	hormone	11	22	%	24	17	%
CYP72A11	Ion channels	mutant	5	10	%	24	17	%
CYP97A3	Citrate cycle (TCA cycle)	mutant	6	15	%	38	17	%
CYP71B26	Citrate cycle (TCA cycle)	mutant	5	12	%	38	17	%
CYP81D40	Pentose phosphate pathway	mutant	6	15	%	34	17	%
CYP79C5P	Protein export	mutant	6	21	%	23	17	%
CYP79A4P	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP81D6	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP71B16	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP71B30P	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP81D7	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP97B3	Fructose and mannose metabolism	mutant	8	17	%	44	17	%
CYP97A3	Fructose and mannose metabolism	organ	7	15	%	44	17	%
CYP72A11	Fructose and mannose metabolism	organ	7	15	%	44	17	%
CYP716A2	Methane metabolism	organ	16	20	%	36	17	%
CYP705A5	Methane metabolism	organ	15	19	%	36	17	%
CYP94D2	Arginine and proline metabolism	mutant	7	17	%	37	17	%
CYP97B3	Ribosome	mutant	44	17	%	230	17	%
CYP81D1	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	5	12	%	46	17	%
CYP77A9	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP96A14P	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP78A10	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP85A1	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP71B25	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP79A2	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP71B21	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	46	17	%
CYP71B26	Oxidative phosphorylation	mutant	11	15	%	47	17	%
CYP706A5	Oxidative phosphorylation	mutant	11	15	%	47	17	%
CYP71B24	Carbon fixation	organ	9	14	%	60	17	%
CYP94D2	Glycan Biosynthesis and Metabolism	mutant	9	14	%	51	17	%
CYP705A12	Stilbene, coumarine and lignin biosynthesis	organ	23	23	%	58	17	%
CYP90A1	Stilbene, coumarine and lignin biosynthesis	mutant	12	12	%	58	17	%
CYP71B38	Aminoacyl-tRNA biosynthesis	mutant	8	20	%	20	17	%
CYP72A11	Glutamate metabolism	organ	5	12	%	47	17	%
CYP71B26	Glycerolipid metabolism	mutant	5	15	%	35	17	%
CYP81D8	Ligand-Receptor Interaction	hormone	11	22	%	24	17	%
CYP72A11	Ligand-Receptor Interaction	mutant	5	10	%	24	17	%
CYP706A5	Pentose phosphate pathway	hormone	6	15	%	33	17	%
CYP94D2	ATP synthesis	mutant	7	18	%	32	17	%
CYP81D6	RNA polymerase	mutant	6	15	%	30	17	%
CYP81D7	RNA polymerase	mutant	6	15	%	30	17	%
CYP71B30P	RNA polymerase	mutant	6	15	%	30	17	%
CYP71B16	RNA polymerase	mutant	6	15	%	30	17	%
CYP79A4P	RNA polymerase	mutant	6	15	%	30	17	%
CYP72A11	Tryptophan metabolism	mutant	5	15	%	25	17	%
CYP72A11	Oxidative phosphorylation	mutant	12	16	%	46	17	%
CYP72A11	Folding, Sorting and Degradation	organ	13	12	%	87	17	%
CYP97B3	Folding, Sorting and Degradation	organ	13	12	%	87	17	%
CYP76C2	Fatty acid metabolism	stress	7	21	%	40	17	%
CYP97A3	Biosynthesis of steroids	stress	6	13	%	58	17	%
CYP97A3	Valine, leucine and isoleucine biosynthesis	mutant	5	16	%	28	16	%
CYP71B21	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP78A10	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP79A2	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP96A14P	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP77A9	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP71B25	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP71B17	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP85A1	Starch and sucrose metabolism	mutant	14	19	%	69	16	%
CYP51A2	Folding, Sorting and Degradation	mutant	17	16	%	86	16	%
CYP97C1	Fructose and mannose metabolism	organ	6	13	%	42	16	%
CYP709B3	Fructose and mannose metabolism	organ	6	13	%	42	16	%
CYP78A10	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP96A14P	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP71B21	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP79A2	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP77A9	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP85A1	Biosynthesis of steroids	mutant	9	20	%	57	16	%
CYP710A1	Citrate cycle (TCA cycle)	stress	8	20	%	36	16	%
CYP71B25	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP79C5P	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP71B17	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP735A1	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP77A9	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP86A2	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP78A10	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP85A1	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP71B21	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP79A2	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP96A14P	Citrate cycle (TCA cycle)	mutant	6	15	%	36	16	%
CYP51A2	Citrate cycle (TCA cycle)	mutant	5	12	%	36	16	%
CYP706A5	Photosynthesis	stress	7	21	%	30	16	%
CYP706A7	Prostaglandin and leukotriene metabolism	organ	9	14	%	22	16	%
CYP706A5	Glycine, serine and threonine metabolism	hormone	6	17	%	32	16	%
CYP97C1	Glycine, serine and threonine metabolism	organ	6	17	%	32	16	%
CYP72A11	Folding, Sorting and Degradation	mutant	13	12	%	85	16	%
CYP86A2	Pentose phosphate pathway	organ	5	12	%	32	16	%
CYP71B26	Glycolysis / Gluconeogenesis	mutant	11	14	%	65	16	%
CYP94D2	Folding, Sorting and Degradation	mutant	14	13	%	84	16	%
CYP71B28	Biosynthesis of steroids	organ	7	15	%	56	16	%
CYP71B6	Glutathione metabolism	mutant	5	12	%	38	16	%
CYP705A8	Phenylalanine metabolism	organ	21	24	%	46	16	%
CYP94D2	Carbon fixation	mutant	11	17	%	56	16	%
CYP706A5	Carbon fixation	hormone	11	17	%	56	16	%
CYP72A15	Pyruvate metabolism	mutant	9	13	%	64	16	%
CYP71A16	Stilbene, coumarine and lignin biosynthesis	organ	21	21	%	54	16	%
CYP72A11	Stilbene, coumarine and lignin biosynthesis	hormone	9	9	%	54	16	%
CYP72A11	Starch and sucrose metabolism	organ	10	13	%	66	16	%
CYP83A1	Glycine, serine and threonine metabolism	organ	6	17	%	31	16	%
CYP97B3	Glycine, serine and threonine metabolism	organ	6	17	%	31	16	%
CYP709B3	Glycine, serine and threonine metabolism	organ	6	17	%	31	16	%
CYP706A5	Glutamate metabolism	mutant	5	12	%	44	16	%
CYP71B7	Glutamate metabolism	mutant	5	12	%	44	16	%
CYP89A9	Valine, leucine and isoleucine degradation	hormone	5	14	%	29	16	%
CYP71B4	Carbon fixation	organ	8	12	%	55	15	%
CYP708A3	Carbon fixation	organ	7	11	%	55	15	%
CYP71B28	Fructose and mannose metabolism	organ	7	15	%	40	15	%
CYP71B34	Fructose and mannose metabolism	organ	7	15	%	40	15	%
CYP86A2	Fructose and mannose metabolism	mutant	6	13	%	40	15	%
CYP97A3	Oxidative phosphorylation	mutant	9	12	%	43	15	%
CYP716A2	Phenylalanine metabolism	organ	17	20	%	45	15	%
CYP708A2	Phenylalanine metabolism	organ	17	20	%	45	15	%
CYP94D2	Tyrosine metabolism	mutant	7	18	%	34	15	%
CYP74A	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	42	15	%
CYP71A12	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	42	15	%
CYP79B2	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	5	12	%	42	15	%
CYP81F2	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	5	12	%	42	15	%
CYP83B1	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	5	12	%	42	15	%
CYP83A1	Biosynthesis of steroids	organ	6	13	%	54	15	%
CYP71B6	Citrate cycle (TCA cycle)	mutant	6	15	%	34	15	%
CYP706A5	Citrate cycle (TCA cycle)	mutant	5	12	%	34	15	%
CYP71B7	Inositol phosphate metabolism	mutant	11	11	%	59	15	%
CYP97A3	Pyruvate metabolism	mutant	10	14	%	62	15	%
CYP83A1	Pyruvate metabolism	mutant	7	10	%	62	15	%
CYP90A1	Glycolysis / Gluconeogenesis	stress	9	12	%	62	15	%
CYP97A3	Nitrogen metabolism	organ	6	19	%	38	15	%
CYP72A11	Nitrogen metabolism	organ	6	19	%	38	15	%
CYP709B3	Nitrogen metabolism	organ	6	19	%	38	15	%
CYP735A2	Purine metabolism	mutant	9	15	%	47	15	%
CYP81D2	Purine metabolism	mutant	8	13	%	47	15	%
CYP97A3	Folding, Sorting and Degradation	mutant	12	11	%	80	15	%
CYP90A1	Starch and sucrose metabolism	mutant	13	17	%	64	15	%
CYP81D7	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP81D6	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP71B16	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP71B30P	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP79A4P	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP97B3	Starch and sucrose metabolism	mutant	12	16	%	64	15	%
CYP71A16	Phenylalanine metabolism	organ	20	23	%	44	15	%
CYP73A5	Stilbene, coumarine and lignin biosynthesis	hormone	6	6	%	52	15	%
CYP86A1	Methane metabolism	organ	14	17	%	32	15	%
CYP76C2	Glutathione metabolism	stress	5	12	%	36	15	%
CYP97B3	Inositol phosphate metabolism	mutant	10	10	%	58	15	%
CYP94D2	Glycolysis / Gluconeogenesis	mutant	11	14	%	61	15	%
CYP706A5	Folding, Sorting and Degradation	mutant	12	11	%	79	15	%
CYP706A5	Tyrosine metabolism	mutant	5	13	%	33	15	%
CYP97A3	Aminoacyl-tRNA biosynthesis	organ	8	20	%	18	15	%
CYP88A3	Aminoacyl-tRNA biosynthesis	mutant	7	17	%	18	15	%
CYP97C1	Aminoacyl-tRNA biosynthesis	stress	5	12	%	18	15	%
CYP71B15	Glutamate metabolism	stress	6	14	%	42	15	%
CYP71B26	Glutamate metabolism	mutant	5	12	%	42	15	%
CYP90A1	Translation factors	mutant	12	14	%	48	15	%
CYP72A11	Translation factors	mutant	11	13	%	48	15	%
CYP706A5	Nitrogen metabolism	mutant	6	19	%	37	15	%
CYP97B3	Benzoate degradation via CoA ligation	mutant	10	11	%	52	15	%
CYP71B34	Biosynthesis of steroids	organ	6	13	%	52	15	%
CYP706A5	Biosynthesis of steroids	organ	6	13	%	52	15	%
CYP76G1	Nucleotide Metabolism	mutant	10	13	%	53	15	%
CYP83A1	Fructose and mannose metabolism	organ	6	13	%	38	15	%
CYP76C2	Arginine and proline metabolism	stress	5	12	%	32	15	%
CYP96A12	Carbon fixation	hormone	7	11	%	52	15	%
CYP97A3	Folding, Sorting and Degradation	organ	12	11	%	77	15	%
CYP81D6	Proteasome	mutant	7	13	%	39	15	%
CYP71B30P	Proteasome	mutant	7	13	%	39	15	%
CYP79A4P	Proteasome	mutant	7	13	%	39	15	%
CYP81D7	Proteasome	mutant	7	13	%	39	15	%
CYP71B16	Proteasome	mutant	7	13	%	39	15	%
CYP73A5	Stilbene, coumarine and lignin biosynthesis	organ	5	5	%	50	15	%
CYP98A3	Stilbene, coumarine and lignin biosynthesis	stress	5	5	%	50	15	%
CYP79C5P	Pyrimidine metabolism	mutant	6	15	%	26	15	%
CYP735A2	Pyrimidine metabolism	mutant	6	15	%	26	15	%
CYP71B28	Folding, Sorting and Degradation	organ	11	10	%	76	14	%
CYP705A1	Phenylalanine metabolism	organ	19	22	%	42	14	%
CYP97B3	Carbon fixation	stress	8	12	%	51	14	%
CYP74B2	Carbon fixation	organ	6	9	%	51	14	%
CYP71B26	Carbon fixation	organ	6	9	%	51	14	%
CYP94D2	RNA polymerase	mutant	5	13	%	26	14	%
CYP97B3	RNA polymerase	mutant	5	13	%	26	14	%
CYP71B35	Glycolysis / Gluconeogenesis	organ	9	12	%	58	14	%
CYP83A1	Glycolysis / Gluconeogenesis	organ	9	12	%	58	14	%
CYP78A10	Ion channels	hormone	10	20	%	20	14	%
CYP81D40	Glycolysis / Gluconeogenesis	mutant	9	12	%	58	14	%
CYP735A2	Nucleotide Metabolism	mutant	10	13	%	51	14	%
CYP71B6	Stilbene, coumarine and lignin biosynthesis	stress	10	10	%	49	14	%
CYP86A2	Glycan Biosynthesis and Metabolism	mutant	6	10	%	43	14	%
CYP710A1	Glutathione metabolism	stress	6	14	%	34	14	%
CYP94D2	Glutathione metabolism	mutant	5	12	%	34	14	%
CYP71B23	Glutathione metabolism	hormone	5	12	%	34	14	%
CYP90A1	Glutathione metabolism	mutant	5	12	%	34	14	%
CYP94D2	Glutamate metabolism	mutant	5	12	%	40	14	%
CYP79C5P	Cyanoamino acid metabolism	mutant	5	20	%	16	14	%
CYP735A2	Cyanoamino acid metabolism	mutant	5	20	%	16	14	%
CYP71B29	Methane metabolism	organ	15	19	%	30	14	%
CYP97C1	Glycine, serine and threonine metabolism	stress	6	17	%	28	14	%
CYP97A3	Glycine, serine and threonine metabolism	hormone	5	14	%	28	14	%
CYP76G1	Protein export	mutant	5	17	%	19	14	%
CYP98A3	Folding, Sorting and Degradation	hormone	14	13	%	74	14	%
CYP71B34	Folding, Sorting and Degradation	organ	11	10	%	74	14	%
CYP709B3	Folding, Sorting and Degradation	organ	11	10	%	74	14	%
CYP71B25	Pyruvate metabolism	mutant	10	14	%	57	14	%
CYP88A3	Pyruvate metabolism	mutant	10	14	%	57	14	%
CYP73A5	Phenylalanine, tyrosine and tryptophan biosynthesis	stress	5	12	%	38	14	%
CYP86A2	Biosynthesis of steroids	organ	6	13	%	49	14	%
CYP90A1	Fructose and mannose metabolism	stress	6	13	%	36	14	%
CYP71B35	Fructose and mannose metabolism	organ	5	11	%	36	14	%
CYP706A5	Fructose and mannose metabolism	stress	5	11	%	36	14	%
CYP79C5P	Purine metabolism	mutant	8	13	%	43	14	%
CYP76G1	Purine metabolism	mutant	8	13	%	43	14	%
CYP705A32	Purine metabolism	mutant	8	13	%	43	14	%
CYP78A10	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP77A9	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP71B21	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP85A1	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP79A2	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP735A1	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP71B25	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP96A14P	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP78A10	Ligand-Receptor Interaction	hormone	10	20	%	20	14	%
CYP71B17	Ligand-Receptor Interaction	mutant	10	20	%	20	14	%
CYP78A10	Nicotinate and nicotinamide metabolism	hormone	13	16	%	42	14	%
CYP72A11	Glycerolipid metabolism	mutant	5	15	%	29	14	%
CYP71B17	Basal transcription factors	mutant	6	17	%	16	14	%
CYP71B21	Basal transcription factors	mutant	6	17	%	16	14	%
CYP96A14P	Basal transcription factors	mutant	6	17	%	16	14	%
CYP735A1	Basal transcription factors	mutant	6	17	%	16	14	%
CYP85A1	Basal transcription factors	mutant	6	17	%	16	14	%
CYP77A9	Basal transcription factors	mutant	6	17	%	16	14	%
CYP79A2	Basal transcription factors	mutant	6	17	%	16	14	%
CYP78A10	Basal transcription factors	mutant	6	17	%	16	14	%
CYP71B25	Basal transcription factors	mutant	6	17	%	16	14	%
CYP86A2	Pyruvate metabolism	mutant	9	13	%	56	14	%
CYP97A3	Starch and sucrose metabolism	organ	9	12	%	58	14	%
CYP86A2	Starch and sucrose metabolism	mutant	9	12	%	58	14	%
CYP97A3	Stilbene, coumarine and lignin biosynthesis	mutant	7	7	%	47	14	%
CYP94D2	Translation factors	mutant	11	13	%	44	14	%
CYP94D2	Fatty acid metabolism	mutant	5	15	%	33	14	%
CYP707A4	Fatty acid metabolism	hormone	5	15	%	33	14	%
CYP71B35	Glycine, serine and threonine metabolism	organ	5	14	%	27	14	%
CYP71B38	Cysteine metabolism	mutant	5	19	%	23	14	%
CYP73A5	Citrate cycle (TCA cycle)	hormone	6	15	%	30	14	%
CYP71B26	ATP synthesis	mutant	5	13	%	26	13	%
CYP51A2	ATP synthesis	mutant	5	13	%	26	13	%
CYP81D7	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP71B16	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP90A1	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP79A4P	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP71B30P	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP81D6	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP97B3	Pyrimidine metabolism	mutant	6	15	%	24	13	%
CYP705A2	Pyrimidine metabolism	mutant	5	13	%	24	13	%
CYP705A32	Pyrimidine metabolism	mutant	5	13	%	24	13	%
CYP71B31	Pyrimidine metabolism	mutant	5	13	%	24	13	%
CYP716A2	Pyrimidine metabolism	mutant	5	13	%	24	13	%
CYP71B17	Biosynthesis of steroids	mutant	8	17	%	47	13	%
CYP735A1	Biosynthesis of steroids	mutant	8	17	%	47	13	%
CYP72A15	Glutathione metabolism	hormone	6	14	%	32	13	%
CYP89A2	Glutathione metabolism	hormone	5	12	%	32	13	%
CYP705A8	Stilbene, coumarine and lignin biosynthesis	organ	21	21	%	46	13	%
CYP716A2	Stilbene, coumarine and lignin biosynthesis	organ	17	17	%	46	13	%
CYP708A2	Stilbene, coumarine and lignin biosynthesis	organ	17	17	%	46	13	%
CYP71B34	Stilbene, coumarine and lignin biosynthesis	organ	7	7	%	46	13	%
CYP72A11	Glycerolipid metabolism	organ	5	15	%	28	13	%
CYP97A3	Aminoacyl-tRNA biosynthesis	mutant	7	17	%	16	13	%
CYP72A11	Arginine and proline metabolism	mutant	6	14	%	29	13	%
CYP81F4	Glycolysis / Gluconeogenesis	mutant	8	10	%	54	13	%
CYP71B2	Purine metabolism	mutant	8	13	%	41	13	%
CYP71B34	Nitrogen metabolism	mutant	5	16	%	33	13	%
CYP709B3	Carbon fixation	mutant	7	11	%	47	13	%
CYP72A8	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	6	14	%	36	13	%
CYP702A2	Prostaglandin and leukotriene metabolism	stress	9	14	%	18	13	%
CYP705A22	Prostaglandin and leukotriene metabolism	organ	9	14	%	18	13	%
CYP86A1	Prostaglandin and leukotriene metabolism	stress	7	11	%	18	13	%
CYP81D6	Inositol phosphate metabolism	mutant	10	10	%	51	13	%
CYP71B16	Inositol phosphate metabolism	mutant	10	10	%	51	13	%
CYP81D7	Inositol phosphate metabolism	mutant	10	10	%	51	13	%
CYP79A4P	Inositol phosphate metabolism	mutant	10	10	%	51	13	%
CYP71B30P	Inositol phosphate metabolism	mutant	10	10	%	51	13	%
CYP88A3	Ligand-Receptor Interaction	mutant	6	12	%	19	13	%
CYP72A11	Fructose and mannose metabolism	mutant	6	13	%	34	13	%
CYP71B2	Nucleotide Metabolism	mutant	10	13	%	47	13	%
CYP79C5P	Nucleotide Metabolism	mutant	9	12	%	47	13	%
CYP97B3	Proteasome	mutant	6	12	%	35	13	%
CYP94D2	Proteasome	mutant	6	12	%	35	13	%
CYP72A13	Biosynthesis of steroids	organ	6	13	%	46	13	%
CYP72A11	Stilbene, coumarine and lignin biosynthesis	organ	6	6	%	45	13	%
CYP85A1	Pyruvate metabolism	mutant	9	13	%	53	13	%
CYP735A1	Pyruvate metabolism	mutant	9	13	%	53	13	%
CYP71B7	Translation factors	mutant	8	9	%	42	13	%
CYP71B26	Translation factors	mutant	8	9	%	42	13	%
CYP81D2	Benzoate degradation via CoA ligation	mutant	11	12	%	46	13	%
CYP71B38	Carbon fixation	mutant	9	14	%	46	13	%
CYP73A5	Oxidative phosphorylation	hormone	11	15	%	36	13	%
CYP71B16	Purine metabolism	mutant	8	13	%	40	13	%
CYP81D7	Purine metabolism	mutant	8	13	%	40	13	%
CYP79A4P	Purine metabolism	mutant	8	13	%	40	13	%
CYP81D6	Purine metabolism	mutant	8	13	%	40	13	%
CYP71B30P	Purine metabolism	mutant	8	13	%	40	13	%
CYP71A18	Purine metabolism	mutant	7	12	%	40	13	%
CYP86A2	Valine, leucine and isoleucine biosynthesis	mutant	5	16	%	22	13	%
CYP735A2	Basal transcription factors	mutant	5	14	%	15	13	%
CYP81D7	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	6	14	%	35	13	%
CYP81D6	Phenylalanine, tyrosine and tryptophan biosynthesis	mutant	6	14	%	35	13	%
CYP71B30P	Benzoate degradation via CoA ligation	mutant	10	11	%	45	13	%
CYP71B16	Benzoate degradation via CoA ligation	mutant	10	11	%	45	13	%
CYP79A4P	Benzoate degradation via CoA ligation	mutant	10	11	%	45	13	%
CYP81D6	Benzoate degradation via CoA ligation	mutant	10	11	%	45	13	%
CYP81D7	Benzoate degradation via CoA ligation	mutant	10	11	%	45	13	%
CYP71B17	Ion channels	mutant	9	18	%	18	13	%
CYP71B25	Ion channels	mutant	9	18	%	18	13	%
CYP78A10	Ion channels	mutant	9	18	%	18	13	%
CYP71B21	Ion channels	mutant	9	18	%	18	13	%
CYP715A1	Ion channels	hormone	9	18	%	18	13	%
CYP96A14P	Ion channels	mutant	9	18	%	18	13	%
CYP735A1	Ion channels	mutant	9	18	%	18	13	%
CYP85A1	Ion channels	mutant	9	18	%	18	13	%
CYP79A2	Ion channels	mutant	9	18	%	18	13	%
CYP77A9	Ion channels	mutant	9	18	%	18	13	%
CYP706A5	Arginine and proline metabolism	mutant	6	14	%	28	13	%
CYP71B7	Nicotinate and nicotinamide metabolism	mutant	9	11	%	39	13	%
CYP97B3	Nicotinate and nicotinamide metabolism	mutant	8	10	%	39	13	%
CYP94D2	Biosynthesis of steroids	mutant	5	11	%	45	13	%
CYP71B38	Glutamate metabolism	mutant	5	12	%	36	13	%
CYP71B6	Glutamate metabolism	mutant	5	12	%	36	13	%
CYP90A1	Methane metabolism	mutant	7	9	%	27	13	%
CYP79C5P	Translation factors	mutant	15	17	%	41	13	%
CYP71B17	Translation factors	mutant	15	17	%	41	13	%
CYP81D2	Translation factors	mutant	15	17	%	41	13	%
CYP77A9	Translation factors	mutant	15	17	%	41	13	%
CYP78A10	Translation factors	mutant	15	17	%	41	13	%
CYP71B21	Translation factors	mutant	15	17	%	41	13	%
CYP79A2	Translation factors	mutant	15	17	%	41	13	%
CYP85A1	Translation factors	mutant	15	17	%	41	13	%
CYP96A14P	Translation factors	mutant	15	17	%	41	13	%
CYP71B25	Translation factors	mutant	15	17	%	41	13	%
CYP51A2	Carbon fixation	mutant	7	11	%	45	13	%
CYP76C2	Propanoate metabolism	stress	5	17	%	20	13	%
CYP81F4	Citrate cycle (TCA cycle)	hormone	5	12	%	28	13	%
CYP81D2	Protein export	mutant	5	17	%	17	13	%
CYP71B2	Protein export	mutant	5	17	%	17	13	%
CYP81D2	Nucleotide Metabolism	mutant	8	11	%	45	13	%
CYP705A32	Nucleotide Metabolism	mutant	8	11	%	45	13	%
CYP71B15	Glutathione metabolism	hormone	5	12	%	30	13	%
CYP88A3	Glutathione metabolism	mutant	5	12	%	30	13	%
CYP706A5	Folding, Sorting and Degradation	organ	9	8	%	66	13	%
CYP724A1	Transcription	organ	10	13	%	38	13	%
CYP82C3	Nicotinate and nicotinamide metabolism	mutant	11	13	%	38	13	%
CYP724A1	Nicotinate and nicotinamide metabolism	organ	10	12	%	38	13	%
CYP71B6	Phenylalanine, tyrosine and tryptophan biosynthesis	hormone	5	12	%	34	13	%
CYP71A18	Ligand-Receptor Interaction	mutant	9	18	%	18	13	%
CYP715A1	Ligand-Receptor Interaction	hormone	9	18	%	18	13	%
CYP81D2	Ligand-Receptor Interaction	mutant	9	18	%	18	13	%
CYP71B7	ATP synthesis	mutant	5	13	%	24	12	%
CYP97A3	Carbon fixation	hormone	7	11	%	44	12	%
CYP706A5	Fructose and mannose metabolism	organ	5	11	%	32	12	%
CYP71B19	Fructose and mannose metabolism	organ	5	11	%	32	12	%
CYP71B20	Fructose and mannose metabolism	organ	5	11	%	32	12	%
CYP702A2	Fructose and mannose metabolism	stress	5	11	%	32	12	%
CYP88A3	Proteasome	mutant	5	10	%	33	12	%
CYP71B38	Proteasome	mutant	5	10	%	33	12	%
CYP90A1	Proteasome	mutant	5	10	%	33	12	%
CYP82F1	Methane metabolism	organ	13	16	%	26	12	%
CYP712A1	Methane metabolism	stress	11	14	%	26	12	%
CYP51A2	Oxidative phosphorylation	mutant	9	12	%	34	12	%
CYP71B7	Oxidative phosphorylation	mutant	8	11	%	34	12	%
CYP705A1	Stilbene, coumarine and lignin biosynthesis	organ	19	19	%	42	12	%
CYP705A5	Stilbene, coumarine and lignin biosynthesis	organ	15	15	%	42	12	%
CYP86A1	Stilbene, coumarine and lignin biosynthesis	organ	15	15	%	42	12	%
CYP86A1	Stilbene, coumarine and lignin biosynthesis	hormone	7	7	%	42	12	%
CYP706A1	Nicotinate and nicotinamide metabolism	mutant	8	10	%	37	12	%
CYP706A2	Nicotinate and nicotinamide metabolism	mutant	8	10	%	37	12	%
CYP88A3	Ion channels	mutant	5	10	%	17	12	%
CYP71B7	Ion channels	mutant	5	10	%	17	12	%
CYP76G1	Starch and sucrose metabolism	mutant	12	16	%	51	12	%
CYP706A5	Starch and sucrose metabolism	mutant	8	11	%	51	12	%
CYP735A1	Translation factors	mutant	14	16	%	39	12	%
CYP79C5P	Basal transcription factors	mutant	5	14	%	14	12	%
CYP81D2	Nicotinate and nicotinamide metabolism	mutant	10	12	%	37	12	%
CYP78A10	Benzoate degradation via CoA ligation	hormone	13	15	%	42	12	%
CYP71B26	Arginine and proline metabolism	mutant	5	12	%	26	12	%
CYP86A2	Stilbene, coumarine and lignin biosynthesis	mutant	8	8	%	41	12	%
CYP78A10	Inositol phosphate metabolism	hormone	14	14	%	46	12	%
CYP71B30P	Transcription	mutant	8	10	%	36	12	%
CYP71B16	Transcription	mutant	8	10	%	36	12	%
CYP79A4P	Transcription	mutant	8	10	%	36	12	%
CYP81D7	Transcription	mutant	8	10	%	36	12	%
CYP81D6	Transcription	mutant	8	10	%	36	12	%
CYP71B15	Nicotinate and nicotinamide metabolism	mutant	10	12	%	36	12	%
CYP71A18	Nicotinate and nicotinamide metabolism	mutant	10	12	%	36	12	%
CYP86A2	Glycolysis / Gluconeogenesis	organ	7	9	%	48	12	%
CYP706A5	Glycolysis / Gluconeogenesis	hormone	7	9	%	48	12	%
CYP97B3	Glycolysis / Gluconeogenesis	stress	7	9	%	48	12	%
CYP71B7	Ligand-Receptor Interaction	mutant	5	10	%	17	12	%
CYP72A11	Methane metabolism	mutant	7	9	%	25	12	%
CYP97A3	Translation factors	mutant	9	10	%	38	12	%
CYP71B38	Translation factors	mutant	9	10	%	38	12	%
CYP88A3	Translation factors	mutant	9	10	%	38	12	%
CYP71B17	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP71B25	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP735A1	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP72A14	Prostaglandin and leukotriene metabolism	organ	8	12	%	16	12	%
CYP77A9	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP79C5P	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP79A2	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP96A14P	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP71B21	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP81F4	Prostaglandin and leukotriene metabolism	organ	8	12	%	16	12	%
CYP85A1	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP78A10	Prostaglandin and leukotriene metabolism	mutant	8	12	%	16	12	%
CYP705A25	Prostaglandin and leukotriene metabolism	stress	6	9	%	16	12	%
CYP71A18	Nucleotide Metabolism	mutant	8	11	%	42	12	%
CYP71B6	Glutathione metabolism	hormone	5	12	%	28	12	%
CYP72A11	Benzoate degradation via CoA ligation	mutant	10	11	%	41	12	%
CYP702A8	Aminoacyl-tRNA biosynthesis	mutant	6	15	%	14	12	%
CYP94D2	Aminoacyl-tRNA biosynthesis	mutant	5	12	%	14	12	%
CYP71B26	Aminoacyl-tRNA biosynthesis	mutant	5	12	%	14	12	%
CYP83A1	Purine metabolism	organ	5	8	%	36	12	%
CYP735A1	Starch and sucrose metabolism	mutant	12	16	%	49	12	%
CYP706A5	Fructose and mannose metabolism	mutant	5	11	%	30	12	%
CYP71B25	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP98A8	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP77A9	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP79A4P	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP79A2	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP724A1	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP703A2	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP81D7	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP71B21	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP71B7	Fructose and mannose metabolism	mutant	5	11	%	30	12	%
CYP81D6	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP704B1	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP81D2	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP71B30P	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP96A14P	Fructose and mannose metabolism	hormone	5	11	%	30	12	%
CYP51A2	Glycolysis / Gluconeogenesis	mutant	8	10	%	47	12	%
CYP71B36	Pentose phosphate pathway	stress	5	12	%	23	12	%
CYP74A	Carbon fixation	organ	6	9	%	41	12	%
CYP724A1	Translation factors	organ	13	15	%	37	11	%
CYP81D2	Ion channels	mutant	8	16	%	16	11	%
CYP71A18	Ion channels	mutant	8	16	%	16	11	%
CYP71B7	Ion channels	organ	5	10	%	16	11	%
CYP73A5	Folding, Sorting and Degradation	hormone	11	10	%	60	11	%
CYP71B38	Folding, Sorting and Degradation	mutant	9	8	%	60	11	%
CYP79C5P	Biosynthesis of steroids	mutant	7	15	%	40	11	%
CYP90A1	Phenylalanine metabolism	mutant	8	9	%	33	11	%
CYP72A11	Stilbene, coumarine and lignin biosynthesis	mutant	7	7	%	39	11	%
CYP94D2	Stilbene, coumarine and lignin biosynthesis	mutant	7	7	%	39	11	%
CYP79B2	Stilbene, coumarine and lignin biosynthesis	stress	5	5	%	39	11	%
CYP88A4	Pyruvate metabolism	stress	6	8	%	46	11	%
CYP97A3	Pyruvate metabolism	stress	6	8	%	46	11	%
CYP83A1	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP86A2	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP74A	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP71B34	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP90A1	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP97B3	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP71B28	Nitrogen metabolism	organ	5	16	%	28	11	%
CYP94D2	Transcription	mutant	8	10	%	34	11	%
CYP76G1	Translation factors	mutant	12	14	%	36	11	%
CYP88A4	Translation factors	stress	10	12	%	36	11	%
CYP83A1	Oxidative phosphorylation	mutant	5	7	%	31	11	%
CYP71B7	Benzoate degradation via CoA ligation	mutant	9	10	%	39	11	%
CYP71B2	Ligand-Receptor Interaction	mutant	8	16	%	16	11	%
CYP76G1	Ligand-Receptor Interaction	mutant	8	16	%	16	11	%
CYP79C5P	Ligand-Receptor Interaction	mutant	8	16	%	16	11	%
CYP705A32	Ligand-Receptor Interaction	mutant	8	16	%	16	11	%
CYP735A2	Ligand-Receptor Interaction	mutant	8	16	%	16	11	%
CYP71B7	Ligand-Receptor Interaction	organ	5	10	%	16	11	%
CYP71B38	Pentose phosphate pathway	mutant	5	12	%	22	11	%
CYP71B19	Folding, Sorting and Degradation	organ	8	7	%	58	11	%
CYP71B20	Folding, Sorting and Degradation	organ	8	7	%	58	11	%
CYP705A5	Phenylalanine metabolism	organ	14	16	%	32	11	%
CYP86A1	Phenylalanine metabolism	organ	14	16	%	32	11	%
CYP709B3	Carbon fixation	stress	5	8	%	39	11	%
CYP71B7	Glycan Biosynthesis and Metabolism	mutant	8	13	%	33	11	%
CYP51A2	Glycan Biosynthesis and Metabolism	mutant	6	10	%	33	11	%
CYP72A15	Glycan Biosynthesis and Metabolism	mutant	6	10	%	33	11	%
CYP71B16	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP71B30P	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP72A11	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP81D7	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP81D6	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP79A4P	Tyrosine metabolism	mutant	5	13	%	24	11	%
CYP97B3	Nucleotide Metabolism	mutant	9	12	%	39	11	%
CYP71B6	Glutathione metabolism	organ	5	12	%	26	11	%
CYP82C3	Benzoate degradation via CoA ligation	mutant	11	12	%	38	11	%
CYP82C3	Nicotinate and nicotinamide metabolism	hormone	12	15	%	33	11	%
CYP715A1	Nicotinate and nicotinamide metabolism	hormone	12	15	%	33	11	%
CYP706A5	Methane metabolism	mutant	5	6	%	23	11	%
CYP71B19	Glycolysis / Gluconeogenesis	organ	7	9	%	44	11	%
CYP71B20	Glycolysis / Gluconeogenesis	organ	7	9	%	44	11	%
CYP97C1	Glycolysis / Gluconeogenesis	stress	6	8	%	44	11	%
CYP97A3	Glycolysis / Gluconeogenesis	hormone	6	8	%	44	11	%
CYP71B21	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP79A2	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP71B17	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP97A3	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP78A10	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP96A14P	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP71B25	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP85A1	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP77A9	Fructose and mannose metabolism	mutant	5	11	%	28	11	%
CYP81D2	Citrate cycle (TCA cycle)	mutant	5	12	%	24	11	%
CYP71B15	Stilbene, coumarine and lignin biosynthesis	stress	8	8	%	37	11	%
CYP71A13	Stilbene, coumarine and lignin biosynthesis	stress	8	8	%	37	11	%
CYP71B15	Carbon fixation	stress	7	11	%	38	11	%
CYP90A1	Nicotinate and nicotinamide metabolism	organ	6	7	%	33	11	%
CYP97B3	Purine metabolism	mutant	7	12	%	33	11	%
CYP71B38	Glycolysis / Gluconeogenesis	mutant	8	10	%	43	11	%
CYP706A1	Benzoate degradation via CoA ligation	mutant	8	9	%	37	11	%
CYP706A2	Benzoate degradation via CoA ligation	mutant	8	9	%	37	11	%
CYP97B3	Transcription	mutant	7	9	%	32	11	%
CYP97A3	Translation factors	stress	10	12	%	34	11	%
CYP716A2	Biosynthesis of steroids	mutant	7	15	%	37	11	%
CYP81D7	Nicotinate and nicotinamide metabolism	mutant	8	10	%	32	11	%
CYP79A4P	Nicotinate and nicotinamide metabolism	mutant	8	10	%	32	11	%
CYP71B16	Nicotinate and nicotinamide metabolism	mutant	8	10	%	32	11	%
CYP71B30P	Nicotinate and nicotinamide metabolism	mutant	8	10	%	32	11	%
CYP81D6	Nicotinate and nicotinamide metabolism	mutant	8	10	%	32	11	%
CYP81D2	Inositol phosphate metabolism	mutant	11	11	%	41	10	%
CYP712A1	Stilbene, coumarine and lignin biosynthesis	stress	12	12	%	36	10	%
CYP97B3	Stilbene, coumarine and lignin biosynthesis	organ	6	6	%	36	10	%
CYP86A2	Oxidative phosphorylation	mutant	6	8	%	29	10	%
CYP706A7	Methane metabolism	organ	9	11	%	22	10	%
CYP71A18	Inositol phosphate metabolism	mutant	11	11	%	40	10	%
CYP72A11	Inositol phosphate metabolism	mutant	9	9	%	40	10	%
CYP94D2	Inositol phosphate metabolism	mutant	8	8	%	40	10	%
CYP96A12	Nucleotide Metabolism	hormone	6	8	%	37	10	%
CYP90A1	Ribosome	mutant	28	11	%	140	10	%
CYP71B29	Phenylalanine metabolism	organ	15	17	%	30	10	%
CYP71B15	Phenylalanine metabolism	stress	7	8	%	30	10	%
CYP705A20	Prostaglandin and leukotriene metabolism	organ	7	11	%	14	10	%
CYP706A7	Prostaglandin and leukotriene metabolism	hormone	7	11	%	14	10	%
CYP708A1	Prostaglandin and leukotriene metabolism	organ	7	11	%	14	10	%
CYP735A2	Prostaglandin and leukotriene metabolism	mutant	7	11	%	14	10	%
CYP72A11	Prostaglandin and leukotriene metabolism	hormone	5	8	%	14	10	%
CYP71B15	Benzoate degradation via CoA ligation	mutant	10	11	%	36	10	%
CYP71A18	Benzoate degradation via CoA ligation	mutant	10	11	%	36	10	%
CYP724A1	Benzoate degradation via CoA ligation	organ	9	10	%	36	10	%
CYP705A12	Biosynthesis of steroids	hormone	6	13	%	36	10	%
CYP735A2	Biosynthesis of steroids	mutant	6	13	%	36	10	%
CYP71B4	Biosynthesis of steroids	organ	5	11	%	36	10	%
CYP71B35	Biosynthesis of steroids	organ	5	11	%	36	10	%
CYP89A2	Biosynthesis of steroids	organ	5	11	%	36	10	%
CYP702A8	Transcription	mutant	6	8	%	31	10	%
CYP86C4	Starch and sucrose metabolism	hormone	7	9	%	43	10	%
CYP709B3	Stilbene, coumarine and lignin biosynthesis	organ	5	5	%	35	10	%
CYP79A2	Ribosome	mutant	27	11	%	137	10	%
CYP77A9	Ribosome	mutant	27	11	%	137	10	%
CYP78A10	Ribosome	mutant	27	11	%	137	10	%
CYP85A1	Ribosome	mutant	27	11	%	137	10	%
CYP96A14P	Ribosome	mutant	27	11	%	137	10	%
CYP71B21	Ribosome	mutant	27	11	%	137	10	%
CYP71B25	Ribosome	mutant	27	11	%	137	10	%
CYP72A15	Glycolysis / Gluconeogenesis	mutant	5	6	%	41	10	%
CYP71B30P	Nucleotide Metabolism	mutant	9	12	%	36	10	%
CYP71B16	Nucleotide Metabolism	mutant	9	12	%	36	10	%
CYP81D7	Nucleotide Metabolism	mutant	9	12	%	36	10	%
CYP81D6	Nucleotide Metabolism	mutant	9	12	%	36	10	%
CYP79A4P	Nucleotide Metabolism	mutant	9	12	%	36	10	%
CYP96A12	Purine metabolism	hormone	5	8	%	31	10	%
CYP79C5P	Ion channels	mutant	7	14	%	14	10	%
CYP82C3	Ion channels	hormone	7	14	%	14	10	%
CYP71B2	Ion channels	mutant	7	14	%	14	10	%
CYP705A32	Ion channels	mutant	7	14	%	14	10	%
CYP735A2	Ion channels	mutant	7	14	%	14	10	%
CYP76G1	Ion channels	mutant	7	14	%	14	10	%
CYP72A11	Aminoacyl-tRNA biosynthesis	organ	5	12	%	12	10	%
CYP97A3	Aminoacyl-tRNA biosynthesis	hormone	5	12	%	12	10	%
CYP71B6	Aminoacyl-tRNA biosynthesis	mutant	5	12	%	12	10	%
CYP71B36	Aminoacyl-tRNA biosynthesis	stress	5	12	%	12	10	%
CYP706A3	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP90A1	Starch and sucrose metabolism	stress	6	8	%	42	10	%
CYP76C3	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP96A2	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP86C3	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP86A	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP709B3	Starch and sucrose metabolism	organ	6	8	%	42	10	%
CYP71B31	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP96A13	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP71B5	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP96A15	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP82G1	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP71B38	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP88A4	Starch and sucrose metabolism	stress	6	8	%	42	10	%
CYP71B8	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP77A6	Starch and sucrose metabolism	hormone	6	8	%	42	10	%
CYP98A3	Phenylalanine metabolism	hormone	6	7	%	29	10	%
CYP71B2	Translation factors	mutant	10	12	%	32	10	%
CYP97C1	Translation factors	stress	9	10	%	32	10	%
CYP97B3	Translation factors	organ	9	10	%	32	10	%
CYP97C1	Translation factors	organ	9	10	%	32	10	%
CYP706A5	Translation factors	mutant	9	10	%	32	10	%
CYP81D7	Methane metabolism	mutant	6	7	%	21	10	%
CYP71B16	Methane metabolism	mutant	6	7	%	21	10	%
CYP71B30P	Methane metabolism	mutant	6	7	%	21	10	%
CYP81D6	Methane metabolism	mutant	6	7	%	21	10	%
CYP79A4P	Methane metabolism	mutant	6	7	%	21	10	%
CYP97B3	Methane metabolism	mutant	6	7	%	21	10	%
CYP98A3	Methane metabolism	hormone	5	6	%	21	10	%
CYP88A3	Transcription	mutant	6	8	%	30	10	%
CYP90A1	Folding, Sorting and Degradation	organ	8	7	%	52	10	%
CYP97C1	Folding, Sorting and Degradation	organ	8	7	%	52	10	%
CYP708A2	Stilbene, coumarine and lignin biosynthesis	hormone	5	5	%	34	10	%
CYP72A11	Nicotinate and nicotinamide metabolism	mutant	8	10	%	30	10	%
CYP96A4	Carbon fixation	organ	5	8	%	35	10	%
CYP82C3	Inositol phosphate metabolism	mutant	11	11	%	38	10	%
CYP716A2	Ligand-Receptor Interaction	mutant	7	14	%	14	10	%
CYP82C3	Ligand-Receptor Interaction	hormone	7	14	%	14	10	%
CYP703A2	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP79A2	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP71B17	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP76G1	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP704B1	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP79A4P	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP71B25	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP71B21	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP96A14P	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP81D6	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP81D2	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP81D7	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP71B16	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP71B30P	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP98A8	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP77A9	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP724A1	Ligand-Receptor Interaction	hormone	6	12	%	14	10	%
CYP94D2	Benzoate degradation via CoA ligation	mutant	8	9	%	34	10	%
CYP72A11	Purine metabolism	organ	5	8	%	30	10	%
CYP71B17	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP71B21	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP78A10	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP79A2	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP96A14P	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP85A1	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP71B25	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP77A9	Folding, Sorting and Degradation	mutant	14	13	%	51	10	%
CYP98A3	Folding, Sorting and Degradation	mutant	10	9	%	51	10	%
CYP72A13	Folding, Sorting and Degradation	organ	7	7	%	51	10	%
CYP72A15	Biosynthesis of steroids	organ	5	11	%	34	10	%
CYP72A11	Biosynthesis of steroids	hormone	5	11	%	34	10	%
CYP706A5	Phenylalanine metabolism	mutant	6	7	%	28	10	%
CYP98A3	Pyruvate metabolism	hormone	5	7	%	39	10	%
CYP72A14	Stilbene, coumarine and lignin biosynthesis	organ	10	10	%	33	10	%
CYP71B7	Stilbene, coumarine and lignin biosynthesis	mutant	5	5	%	33	10	%
CYP715A1	Inositol phosphate metabolism	hormone	13	13	%	37	10	%
CYP82C3	Inositol phosphate metabolism	hormone	13	13	%	37	10	%
CYP706A2	Inositol phosphate metabolism	mutant	8	8	%	37	10	%
CYP706A1	Inositol phosphate metabolism	mutant	8	8	%	37	10	%
CYP94C1	Nicotinate and nicotinamide metabolism	mutant	10	12	%	29	10	%
CYP97B3	Starch and sucrose metabolism	stress	6	8	%	40	10	%
CYP97C1	Starch and sucrose metabolism	organ	6	8	%	40	10	%
CYP71B28	Methane metabolism	organ	5	6	%	20	9	%
CYP97B3	Methane metabolism	organ	5	6	%	20	9	%
CYP715A1	Benzoate degradation via CoA ligation	hormone	12	13	%	33	9	%
CYP82C3	Benzoate degradation via CoA ligation	hormone	12	13	%	33	9	%
CYP71B34	Glycolysis / Gluconeogenesis	organ	7	9	%	38	9	%
CYP709B3	Glycolysis / Gluconeogenesis	hormone	6	8	%	38	9	%
CYP72A11	Pyruvate metabolism	organ	6	8	%	38	9	%
CYP71B15	Inositol phosphate metabolism	mutant	10	10	%	36	9	%
CYP724A1	Inositol phosphate metabolism	organ	9	9	%	36	9	%
CYP72A11	Inositol phosphate metabolism	organ	6	6	%	36	9	%
CYP98A3	ATP synthesis	hormone	5	13	%	18	9	%
CYP724A1	Folding, Sorting and Degradation	organ	10	9	%	49	9	%
CYP706A7	Stilbene, coumarine and lignin biosynthesis	organ	10	10	%	32	9	%
CYP735A2	Translation factors	mutant	9	10	%	30	9	%
CYP72A11	Translation factors	organ	8	9	%	30	9	%
CYP724A1	Translation factors	mutant	8	9	%	30	9	%
CYP90A1	Benzoate degradation via CoA ligation	organ	6	7	%	33	9	%
CYP97B3	Starch and sucrose metabolism	organ	6	8	%	39	9	%
CYP71B38	Transcription	mutant	5	6	%	28	9	%
CYP71B31	Nucleotide Metabolism	mutant	6	8	%	33	9	%
CYP94D2	Ribosome	mutant	25	10	%	124	9	%
CYP97B3	Folding, Sorting and Degradation	stress	8	7	%	48	9	%
CYP88A3	Folding, Sorting and Degradation	mutant	8	7	%	48	9	%
CYP98A3	Glycolysis / Gluconeogenesis	hormone	5	6	%	37	9	%
CYP71B17	Ribosome	mutant	24	9	%	123	9	%
CYP94D2	Methane metabolism	mutant	5	6	%	19	9	%
CYP72A11	Glycan Biosynthesis and Metabolism	mutant	6	10	%	27	9	%
CYP82F1	Phenylalanine metabolism	organ	13	15	%	26	9	%
CYP712A1	Phenylalanine metabolism	stress	11	13	%	26	9	%
CYP79A2	Transcription	mutant	10	13	%	27	9	%
CYP735A1	Transcription	mutant	10	13	%	27	9	%
CYP96A14P	Transcription	mutant	10	13	%	27	9	%
CYP71B25	Transcription	mutant	10	13	%	27	9	%
CYP71B21	Transcription	mutant	10	13	%	27	9	%
CYP77A9	Transcription	mutant	10	13	%	27	9	%
CYP78A10	Transcription	mutant	10	13	%	27	9	%
CYP71B17	Transcription	mutant	10	13	%	27	9	%
CYP85A1	Transcription	mutant	10	13	%	27	9	%
CYP81F2	Nicotinate and nicotinamide metabolism	mutant	9	11	%	27	9	%
CYP72A7	Prostaglandin and leukotriene metabolism	stress	6	9	%	12	9	%
CYP705A27	Prostaglandin and leukotriene metabolism	organ	6	9	%	12	9	%
CYP705A22	Prostaglandin and leukotriene metabolism	stress	6	9	%	12	9	%
CYP705A13	Prostaglandin and leukotriene metabolism	hormone	6	9	%	12	9	%
CYP71A19	Prostaglandin and leukotriene metabolism	organ	6	9	%	12	9	%
CYP76G1	Prostaglandin and leukotriene metabolism	mutant	6	9	%	12	9	%
CYP72A15	Folding, Sorting and Degradation	mutant	6	6	%	46	9	%
CYP705A32	Translation factors	mutant	10	12	%	28	9	%
CYP97A3	Translation factors	organ	8	9	%	28	9	%
CYP709B3	Translation factors	organ	7	8	%	28	9	%
CYP86A2	Translation factors	mutant	6	7	%	28	9	%
CYP71B23	Glycan Biosynthesis and Metabolism	stress	5	8	%	26	9	%
CYP51A2	Phenylalanine metabolism	mutant	5	6	%	25	9	%
CYP735A2	Transcription	mutant	9	12	%	26	9	%
CYP81D2	Transcription	mutant	7	9	%	26	9	%
CYP90A1	Transcription	mutant	5	6	%	26	9	%
CYP706A5	Benzoate degradation via CoA ligation	mutant	7	8	%	30	9	%
CYP716A2	Ion channels	mutant	6	12	%	12	9	%
CYP77A9	Ion channels	hormone	5	10	%	12	9	%
CYP79A2	Ion channels	hormone	5	10	%	12	9	%
CYP96A14P	Ion channels	hormone	5	10	%	12	9	%
CYP71B16	Ion channels	hormone	5	10	%	12	9	%
CYP71B30P	Ion channels	hormone	5	10	%	12	9	%
CYP81D2	Ion channels	hormone	5	10	%	12	9	%
CYP98A8	Ion channels	hormone	5	10	%	12	9	%
CYP71B17	Ion channels	hormone	5	10	%	12	9	%
CYP81D7	Ion channels	hormone	5	10	%	12	9	%
CYP81D6	Ion channels	hormone	5	10	%	12	9	%
CYP71B21	Ion channels	hormone	5	10	%	12	9	%
CYP76G1	Ion channels	hormone	5	10	%	12	9	%
CYP71B25	Ion channels	hormone	5	10	%	12	9	%
CYP703A2	Ion channels	hormone	5	10	%	12	9	%
CYP79A4P	Ion channels	hormone	5	10	%	12	9	%
CYP704B1	Ion channels	hormone	5	10	%	12	9	%
CYP724A1	Ion channels	hormone	5	10	%	12	9	%
CYP76C1	Starch and sucrose metabolism	stress	5	7	%	36	9	%
CYP76G1	Biosynthesis of steroids	mutant	6	13	%	30	9	%
CYP71B2	Biosynthesis of steroids	mutant	6	13	%	30	9	%
CYP705A32	Biosynthesis of steroids	mutant	6	13	%	30	9	%
CYP705A22	Methane metabolism	organ	9	11	%	18	8	%
CYP702A2	Methane metabolism	stress	9	11	%	18	8	%
CYP705A20	Methane metabolism	organ	8	10	%	18	8	%
CYP86A1	Methane metabolism	stress	7	9	%	18	8	%
CYP71B23	Stilbene, coumarine and lignin biosynthesis	stress	8	8	%	29	8	%
CYP90A1	Inositol phosphate metabolism	organ	6	6	%	33	8	%
CYP90A1	Nucleotide Metabolism	mutant	8	11	%	30	8	%
CYP71B28	Glycolysis / Gluconeogenesis	organ	6	8	%	34	8	%
CYP90A1	Glycolysis / Gluconeogenesis	organ	5	6	%	34	8	%
CYP706A5	Pyruvate metabolism	organ	5	7	%	34	8	%
CYP79A2	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP735A1	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP77A9	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP96A14P	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP71B21	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP71B25	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP78A10	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP71B17	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP85A1	Glutathione metabolism	mutant	5	12	%	20	8	%
CYP71B31	Ligand-Receptor Interaction	mutant	6	12	%	12	8	%
CYP734A1	Ligand-Receptor Interaction	mutant	6	12	%	12	8	%
CYP735A1	Ligand-Receptor Interaction	hormone	5	10	%	12	8	%
CYP71A18	Inositol phosphate metabolism	organ	9	9	%	32	8	%
CYP71B26	Inositol phosphate metabolism	mutant	5	5	%	32	8	%
CYP94C1	Benzoate degradation via CoA ligation	mutant	10	11	%	29	8	%
CYP81D8	Benzoate degradation via CoA ligation	hormone	10	11	%	29	8	%
CYP82C3	Glycan Biosynthesis and Metabolism	hormone	7	11	%	25	8	%
CYP715A1	Glycan Biosynthesis and Metabolism	hormone	7	11	%	25	8	%
CYP78A10	Glycan Biosynthesis and Metabolism	hormone	7	11	%	25	8	%
CYP724A1	Glycan Biosynthesis and Metabolism	organ	5	8	%	25	8	%
CYP97B3	Glycan Biosynthesis and Metabolism	organ	5	8	%	25	8	%
CYP71B20	Glycan Biosynthesis and Metabolism	organ	5	8	%	25	8	%
CYP71B19	Glycan Biosynthesis and Metabolism	organ	5	8	%	25	8	%
CYP71B38	Ribosome	mutant	21	8	%	112	8	%
CYP81D2	Ribosome	mutant	20	8	%	112	8	%
CYP71A18	Transcription	mutant	6	8	%	25	8	%
CYP79A2	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP78A10	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP71B25	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP96A14P	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP85A1	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP77A9	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP71B21	Phenylalanine metabolism	mutant	8	9	%	24	8	%
CYP71A13	Phenylalanine metabolism	stress	6	7	%	24	8	%
CYP735A1	Ribosome	mutant	22	9	%	111	8	%
CYP735A1	Folding, Sorting and Degradation	mutant	11	10	%	43	8	%
CYP709B3	Folding, Sorting and Degradation	mutant	7	7	%	43	8	%
CYP86A2	Folding, Sorting and Degradation	mutant	6	6	%	43	8	%
CYP705A32	Protein export	mutant	5	17	%	11	8	%
CYP702A2	Stilbene, coumarine and lignin biosynthesis	stress	10	10	%	28	8	%
CYP86A1	Stilbene, coumarine and lignin biosynthesis	stress	8	8	%	28	8	%
CYP94D2	Nucleotide Metabolism	mutant	7	9	%	29	8	%
CYP71B20	Starch and sucrose metabolism	organ	6	8	%	34	8	%
CYP71B19	Starch and sucrose metabolism	organ	6	8	%	34	8	%
CYP81D40	Translation factors	mutant	6	7	%	26	8	%
CYP90A1	Translation factors	stress	6	7	%	26	8	%
CYP71B34	Translation factors	organ	6	7	%	26	8	%
CYP86A2	Benzoate degradation via CoA ligation	mutant	7	8	%	28	8	%
CYP705A25	Biosynthesis of steroids	organ	5	11	%	28	8	%
CYP705A13	Biosynthesis of steroids	organ	5	11	%	28	8	%
CYP705A20	Fructose and mannose metabolism	hormone	5	11	%	21	8	%
CYP705A32	Transcription	mutant	8	10	%	24	8	%
CYP81F3	Nicotinate and nicotinamide metabolism	mutant	5	6	%	24	8	%
CYP709B3	Carbon fixation	hormone	5	8	%	28	8	%
CYP709B3	Pyruvate metabolism	hormone	5	7	%	32	8	%
CYP83A1	Pyruvate metabolism	hormone	5	7	%	32	8	%
CYP81D40	Stilbene, coumarine and lignin biosynthesis	mutant	5	5	%	27	8	%
CYP71B38	Glycan Biosynthesis and Metabolism	mutant	5	8	%	23	8	%
CYP88A4	Folding, Sorting and Degradation	stress	6	6	%	40	8	%
CYP97A3	Folding, Sorting and Degradation	hormone	5	5	%	40	8	%
CYP79C5P	Transcription	mutant	8	10	%	23	8	%
CYP71B7	Transcription	mutant	5	6	%	23	8	%
CYP89A3	Nicotinate and nicotinamide metabolism	mutant	8	10	%	23	8	%
CYP706A7	Phenylalanine metabolism	organ	9	10	%	22	8	%
CYP705A25	Stilbene, coumarine and lignin biosynthesis	stress	7	7	%	26	8	%
CYP71B7	Stilbene, coumarine and lignin biosynthesis	stress	5	5	%	26	8	%
CYP83A1	Stilbene, coumarine and lignin biosynthesis	hormone	5	5	%	26	8	%
CYP72A14	Methane metabolism	organ	8	10	%	16	8	%
CYP81F4	Methane metabolism	organ	8	10	%	16	8	%
CYP705A25	Methane metabolism	stress	6	7	%	16	8	%
CYP86A2	Methane metabolism	mutant	5	6	%	16	8	%
CYP71B2	Glutathione metabolism	mutant	5	12	%	18	8	%
CYP81D8	Glutathione metabolism	stress	5	12	%	18	8	%
CYP94C1	Inositol phosphate metabolism	mutant	10	10	%	29	8	%
CYP97A3	Purine metabolism	mutant	5	8	%	23	7	%
CYP706A5	Translation factors	organ	6	7	%	24	7	%
CYP97B3	Pyruvate metabolism	organ	5	7	%	30	7	%
CYP709B3	Pyruvate metabolism	organ	5	7	%	30	7	%
CYP735A1	Glycan Biosynthesis and Metabolism	mutant	7	11	%	22	7	%
CYP710A1	Stilbene, coumarine and lignin biosynthesis	stress	6	6	%	25	7	%
CYP71B2	Transcription	mutant	7	9	%	22	7	%
CYP76G1	Transcription	mutant	7	9	%	22	7	%
CYP71B7	Folding, Sorting and Degradation	mutant	6	6	%	38	7	%
CYP90A1	Folding, Sorting and Degradation	stress	5	5	%	38	7	%
CYP94D2	Phenylalanine metabolism	mutant	6	7	%	21	7	%
CYP79C5P	Folding, Sorting and Degradation	mutant	10	9	%	37	7	%
CYP71B26	Folding, Sorting and Degradation	mutant	5	5	%	37	7	%
CYP81F2	Inositol phosphate metabolism	mutant	9	9	%	27	7	%
CYP97A3	Nucleotide Metabolism	mutant	5	7	%	25	7	%
CYP71B4	Glycolysis / Gluconeogenesis	organ	5	6	%	28	7	%
CYP71B6	Pyruvate metabolism	stress	5	7	%	28	7	%
CYP71B6	Phenylalanine metabolism	stress	6	7	%	20	7	%
CYP71B34	Folding, Sorting and Degradation	stress	5	5	%	36	7	%
CYP97B3	Translation factors	stress	7	8	%	22	7	%
CYP71B28	Translation factors	organ	5	6	%	22	7	%
CYP90A1	Translation factors	organ	5	6	%	22	7	%
CYP705A2	Nucleotide Metabolism	mutant	5	7	%	24	7	%
CYP716A2	Nucleotide Metabolism	mutant	5	7	%	24	7	%
CYP71B35	Folding, Sorting and Degradation	organ	5	5	%	35	7	%
CYP709B3	Glycan Biosynthesis and Metabolism	mutant	5	8	%	20	7	%
CYP71B21	Methane metabolism	mutant	7	9	%	14	7	%
CYP71B17	Methane metabolism	mutant	7	9	%	14	7	%
CYP78A10	Methane metabolism	mutant	7	9	%	14	7	%
CYP706A7	Methane metabolism	hormone	7	9	%	14	7	%
CYP708A1	Methane metabolism	organ	7	9	%	14	7	%
CYP96A14P	Methane metabolism	mutant	7	9	%	14	7	%
CYP735A1	Methane metabolism	mutant	7	9	%	14	7	%
CYP79A2	Methane metabolism	mutant	7	9	%	14	7	%
CYP77A9	Methane metabolism	mutant	7	9	%	14	7	%
CYP71B25	Methane metabolism	mutant	7	9	%	14	7	%
CYP79C5P	Methane metabolism	mutant	7	9	%	14	7	%
CYP85A1	Methane metabolism	mutant	7	9	%	14	7	%
CYP72A11	Methane metabolism	hormone	5	6	%	14	7	%
CYP81D8	Nicotinate and nicotinamide metabolism	hormone	9	11	%	20	7	%
CYP79A4P	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP81D7	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP71B30P	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP81D6	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP72A11	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP71B16	Phenylalanine metabolism	mutant	6	7	%	19	7	%
CYP71B2	Inositol phosphate metabolism	hormone	6	6	%	25	6	%
CYP98A3	Oxidative phosphorylation	hormone	7	10	%	18	6	%
CYP710A1	Oxidative phosphorylation	stress	5	7	%	18	6	%
CYP90A1	Purine metabolism	mutant	5	8	%	20	6	%
CYP88A4	Purine metabolism	stress	5	8	%	20	6	%
CYP97A3	Folding, Sorting and Degradation	stress	6	6	%	34	6	%
CYP71B15	Pyruvate metabolism	stress	5	7	%	26	6	%
CYP72A7	Stilbene, coumarine and lignin biosynthesis	stress	7	7	%	22	6	%
CYP716A2	Transcription	mutant	5	6	%	19	6	%
CYP71B34	Translation factors	mutant	5	6	%	20	6	%
CYP72A11	Ribosome	organ	20	8	%	84	6	%
CYP705A22	Phenylalanine metabolism	organ	9	10	%	18	6	%
CYP702A2	Phenylalanine metabolism	stress	9	10	%	18	6	%
CYP86A1	Phenylalanine metabolism	stress	7	8	%	18	6	%
CYP710A1	Phenylalanine metabolism	stress	5	6	%	18	6	%
CYP709B3	Ribosome	organ	19	8	%	82	6	%
CYP97B3	Ribosome	organ	19	8	%	82	6	%
CYP88A4	Ribosome	stress	19	8	%	82	6	%
CYP97A3	Ribosome	stress	19	8	%	82	6	%
CYP78A10	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP71B25	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP71B17	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP79A2	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP77A9	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP71B21	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP85A1	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP96A14P	Glycan Biosynthesis and Metabolism	mutant	6	10	%	18	6	%
CYP96A5	Nicotinate and nicotinamide metabolism	hormone	8	10	%	18	6	%
CYP76C2	Glycolysis / Gluconeogenesis	stress	5	6	%	24	6	%
CYP76C2	Pyruvate metabolism	stress	5	7	%	24	6	%
CYP97A3	Ribosome	organ	19	8	%	80	6	%
CYP97C1	Ribosome	organ	19	8	%	80	6	%
CYP83B1	Folding, Sorting and Degradation	hormone	5	5	%	31	6	%
CYP97B3	Phenylalanine metabolism	mutant	5	6	%	17	6	%
CYP94D2	Purine metabolism	mutant	5	8	%	18	6	%
CYP709B3	Stilbene, coumarine and lignin biosynthesis	mutant	5	5	%	20	6	%
CYP71B17	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP71B21	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP79A2	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP79C5P	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP85A1	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP96A14P	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP78A10	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP71B25	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP735A1	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP77A9	Oxidative phosphorylation	mutant	6	8	%	16	6	%
CYP706A5	Ribosome	organ	18	7	%	78	6	%
CYP705A13	Methane metabolism	hormone	6	7	%	12	6	%
CYP72A7	Methane metabolism	stress	6	7	%	12	6	%
CYP705A27	Methane metabolism	organ	6	7	%	12	6	%
CYP71A19	Methane metabolism	organ	6	7	%	12	6	%
CYP705A22	Methane metabolism	stress	6	7	%	12	6	%
CYP735A2	Methane metabolism	mutant	6	7	%	12	6	%
CYP706A5	Nucleotide Metabolism	mutant	5	7	%	20	6	%
CYP88A4	Nucleotide Metabolism	stress	5	7	%	20	6	%
CYP71B26	Nucleotide Metabolism	mutant	5	7	%	20	6	%
CYP709B3	Translation factors	mutant	6	7	%	18	6	%
CYP706A5	Translation factors	stress	6	7	%	18	6	%
CYP702A8	Translation factors	mutant	5	6	%	18	6	%
CYP72A14	Phenylalanine metabolism	organ	8	9	%	16	5	%
CYP81F4	Phenylalanine metabolism	organ	8	9	%	16	5	%
CYP705A25	Phenylalanine metabolism	stress	6	7	%	16	5	%
CYP715A1	Phenylalanine metabolism	hormone	5	6	%	16	5	%
CYP94C1	Glycan Biosynthesis and Metabolism	mutant	5	8	%	16	5	%
CYP81D8	Inositol phosphate metabolism	hormone	9	9	%	20	5	%
CYP71B34	Ribosome	organ	17	7	%	70	5	%
CYP96A5	Benzoate degradation via CoA ligation	hormone	8	9	%	18	5	%
CYP72A11	Folding, Sorting and Degradation	hormone	6	6	%	27	5	%
CYP97C1	Nucleotide Metabolism	organ	6	8	%	18	5	%
CYP72A11	Nucleotide Metabolism	mutant	5	7	%	18	5	%
CYP97A3	Nucleotide Metabolism	stress	5	7	%	18	5	%
CYP97A3	Nucleotide Metabolism	organ	5	7	%	18	5	%
CYP71B36	Translation factors	stress	5	6	%	16	5	%
CYP71A12	Stilbene, coumarine and lignin biosynthesis	stress	6	6	%	17	5	%
CYP71A18	Stilbene, coumarine and lignin biosynthesis	hormone	6	6	%	17	5	%
CYP704B1	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP81D7	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP77A9	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP71B30P	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP81D2	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP96A14P	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP71B25	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP81D6	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP79A4P	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP79A2	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP98A8	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP703A2	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP724A1	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP71B21	Glycolysis / Gluconeogenesis	hormone	5	6	%	20	5	%
CYP97C1	Ribosome	stress	16	6	%	66	5	%
CYP79C5P	Phenylalanine metabolism	mutant	7	8	%	14	5	%
CYP705A20	Phenylalanine metabolism	organ	7	8	%	14	5	%
CYP735A1	Phenylalanine metabolism	mutant	7	8	%	14	5	%
CYP706A7	Phenylalanine metabolism	hormone	7	8	%	14	5	%
CYP708A1	Phenylalanine metabolism	organ	7	8	%	14	5	%
CYP71B17	Phenylalanine metabolism	mutant	7	8	%	14	5	%
CYP72A11	Phenylalanine metabolism	hormone	5	6	%	14	5	%
CYP76G1	Folding, Sorting and Degradation	mutant	7	7	%	25	5	%
CYP90A1	Ribosome	stress	15	6	%	64	5	%
CYP96A5	Inositol phosphate metabolism	hormone	8	8	%	18	5	%
CYP71B2	Glycan Biosynthesis and Metabolism	mutant	5	8	%	14	5	%
CYP76G1	Glycan Biosynthesis and Metabolism	mutant	5	8	%	14	5	%
CYP71A18	Nicotinate and nicotinamide metabolism	organ	6	7	%	14	5	%
CYP724A1	Ribosome	organ	13	5	%	61	4	%
CYP71B7	Nucleotide Metabolism	mutant	5	7	%	16	4	%
CYP81D2	Folding, Sorting and Degradation	mutant	7	7	%	23	4	%
CYP71B2	Folding, Sorting and Degradation	mutant	7	7	%	23	4	%
CYP720A1	Glycan Biosynthesis and Metabolism	mutant	5	8	%	13	4	%
CYP724A1	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP79A2	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP71B25	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP735A1	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP704B1	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP81D7	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP77A9	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP79A4P	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP81D6	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP703A2	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP96A14P	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP81D2	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP71B30P	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP98A8	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP71B21	Starch and sucrose metabolism	hormone	6	8	%	18	4	%
CYP72A7	Phenylalanine metabolism	stress	6	7	%	12	4	%
CYP705A13	Phenylalanine metabolism	hormone	6	7	%	12	4	%
CYP735A2	Phenylalanine metabolism	mutant	6	7	%	12	4	%
CYP705A22	Phenylalanine metabolism	stress	6	7	%	12	4	%
CYP705A27	Phenylalanine metabolism	organ	6	7	%	12	4	%
CYP71A19	Phenylalanine metabolism	organ	6	7	%	12	4	%
CYP705A13	Stilbene, coumarine and lignin biosynthesis	hormone	7	7	%	14	4	%
CYP706A7	Stilbene, coumarine and lignin biosynthesis	hormone	7	7	%	14	4	%
CYP71A18	Benzoate degradation via CoA ligation	organ	6	7	%	14	4	%
CYP81F2	Nicotinate and nicotinamide metabolism	stress	6	7	%	12	4	%
CYP90A1	Ribosome	organ	12	5	%	52	4	%
CYP71A18	Translation factors	mutant	5	6	%	12	4	%
CYP94D1	Stilbene, coumarine and lignin biosynthesis	hormone	6	6	%	12	3	%
CYP705A22	Stilbene, coumarine and lignin biosynthesis	stress	6	6	%	12	3	%
CYP81F2	Benzoate degradation via CoA ligation	stress	6	7	%	12	3	%
CYP705A20	Ribosome	hormone	9	4	%	46	3	%
CYP71B17	Starch and sucrose metabolism	hormone	5	7	%	14	3	%
CYP71B16	Starch and sucrose metabolism	hormone	5	7	%	14	3	%
CYP76G1	Starch and sucrose metabolism	hormone	5	7	%	14	3	%
CYP71B28	Ribosome	organ	11	4	%	44	3	%
CYP86A2	Ribosome	organ	9	4	%	44	3	%
CYP81D7	Ribosome	hormone	8	3	%	44	3	%
CYP79A4P	Ribosome	hormone	8	3	%	44	3	%
CYP71B21	Ribosome	hormone	8	3	%	44	3	%
CYP71B25	Ribosome	hormone	8	3	%	44	3	%
CYP98A8	Ribosome	hormone	8	3	%	44	3	%
CYP724A1	Ribosome	hormone	8	3	%	44	3	%
CYP77A9	Ribosome	hormone	8	3	%	44	3	%
CYP96A14P	Ribosome	hormone	8	3	%	44	3	%
CYP79A2	Ribosome	hormone	8	3	%	44	3	%
CYP81D2	Ribosome	hormone	8	3	%	44	3	%
CYP71B30P	Ribosome	hormone	8	3	%	44	3	%
CYP81D6	Ribosome	hormone	8	3	%	44	3	%
CYP703A2	Ribosome	hormone	8	3	%	44	3	%
CYP704B1	Ribosome	hormone	8	3	%	44	3	%
CYP81F2	Inositol phosphate metabolism	stress	6	6	%	12	3	%
CYP76G1	Ribosome	hormone	6	2	%	36	3	%
CYP705A32	Folding, Sorting and Degradation	mutant	6	6	%	13	2	%
CYP706A5	Ribosome	stress	9	4	%	32	2	%
CYP97B3	Ribosome	stress	8	3	%	32	2	%
CYP71B14	Folding, Sorting and Degradation	mutant	5	5	%	12	2	%
CYP81F4	Ribosome	hormone	5	2	%	30	2	%
CYP71B16	Ribosome	hormone	5	2	%	30	2	%
CYP71B17	Ribosome	hormone	5	2	%	30	2	%
CYP735A1	Ribosome	hormone	5	2	%	30	2	%
CYP708A3	Ribosome	organ	6	2	%	28	2	%
CYP83A1	Ribosome	organ	7	3	%	26	2	%
CYP71B36	Ribosome	stress	7	3	%	24	2	%
CYP97C1	Ribosome	hormone	5	2	%	24	2	%
CYP71B20	Ribosome	organ	5	2	%	18	1	%
CYP71B19	Ribosome	organ	5	2	%	18	1	%
	page created by Juergen Ehlting	03/20/06