Co-expression analysis results by P450 (AraCyc data)			CYPedia Home
Shown below is a list of P450 genes, which are co-expressed with genes placed into 'Arabidopsis thaliana Biochemical Pathways' (AraCyc) at TAIR. For more info on the co-expression analysis and the databases used refer to the methods page.		Go to:	AcylLipid Pathway list
			AraCyc Pathways
			BioPath 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
__________	_______________________________________	________	______________________________			______________________________
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name	pathway	dataset	co-expressed genes			scores of co-expressed genes
CYP79C5P	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP735A1	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP85A1	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP79A2	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP96A14P	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP71B21	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP71B17	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP76G1	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP71B25	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP77A9	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP78A10	trans-zeatin biosynthesis	mutant	7	88	%	36	86	%
CYP706A5	glycine degradation I	mutant	6	67	%	28	78	%
CYP90A1	glycine degradation I	mutant	6	67	%	28	78	%
CYP705A32	trans-zeatin biosynthesis	mutant	6	75	%	30	71	%
CYP735A2	trans-zeatin biosynthesis	mutant	6	75	%	30	71	%
CYP81D2	trans-zeatin biosynthesis	mutant	6	75	%	30	71	%
CYP97A3	carotenoid biosynthesis	organ	7	70	%	64	70	%
CYP90A1	carotenoid biosynthesis	mutant	7	70	%	64	70	%
CYP89A2	carotenoid biosynthesis	organ	7	70	%	64	70	%
CYP709B3	carotenoid biosynthesis	organ	7	70	%	62	67	%
CYP97B3	carotenoid biosynthesis	organ	7	70	%	62	67	%
CYP72A11	carotenoid biosynthesis	organ	7	70	%	62	67	%
CYP72A11	glycine degradation I	organ	6	67	%	24	67	%
CYP97A3	glycine degradation I	organ	6	67	%	24	67	%
CYP86A2	methionine degradation I	mutant	5	50	%	40	65	%
CYP71B2	trans-zeatin biosynthesis	mutant	6	75	%	27	64	%
CYP74A	lipoxygenase pathway	hormone	7	58	%	49	61	%
CYP81D40	glycine degradation I	mutant	5	56	%	22	61	%
CYP88A4	glycine degradation I	stress	5	56	%	22	61	%
CYP97A3	glycine degradation I	stress	5	56	%	22	61	%
CYP97A3	glycine degradation I	mutant	5	56	%	22	61	%
CYP709B3	glycine degradation I	organ	5	56	%	22	61	%
CYP72A11	glycine degradation I	mutant	5	56	%	22	61	%
CYP97B3	glycine degradation I	mutant	5	56	%	22	61	%
CYP706A5	glycine degradation I	organ	5	56	%	22	61	%
CYP86A2	glycine degradation I	mutant	5	56	%	22	61	%
CYP88A4	carotenoid biosynthesis	stress	6	60	%	56	61	%
CYP706A5	carotenoid biosynthesis	mutant	6	60	%	54	59	%
CYP79B2	tryptophan biosynthesis	stress	11	42	%	80	57	%
CYP71B34	carotenoid biosynthesis	organ	6	60	%	52	57	%
CYP71B28	carotenoid biosynthesis	organ	6	60	%	52	57	%
CYP71B15	tryptophan biosynthesis	stress	10	38	%	78	56	%
CYP71A12	tryptophan biosynthesis	stress	10	38	%	78	56	%
CYP71A13	tryptophan biosynthesis	stress	10	38	%	78	56	%
CYP71B6	tryptophan biosynthesis	stress	10	38	%	78	56	%
CYP97B3	glycine degradation I	organ	5	56	%	20	56	%
CYP79A4P	threonine degradation	mutant	10	48	%	37	54	%
CYP81D7	threonine degradation	mutant	10	48	%	37	54	%
CYP71B16	threonine degradation	mutant	10	48	%	37	54	%
CYP81D6	threonine degradation	mutant	10	48	%	37	54	%
CYP71B30P	threonine degradation	mutant	10	48	%	37	54	%
CYP97A3	chlorophyll biosynthesis	organ	18	35	%	140	53	%
CYP97A3	Calvin cycle	organ	17	45	%	93	53	%
CYP90A1	carotenoid biosynthesis	stress	5	50	%	48	52	%
CYP74A	tryptophan biosynthesis	hormone	11	42	%	72	51	%
CYP71B28	superpathway of serine and glycine biosynthesis II	organ	10	45	%	40	51	%
CYP90A1	Calvin cycle	mutant	16	42	%	89	50	%
CYP79B2	tryptophan biosynthesis	hormone	10	38	%	70	50	%
CYP74A	tryptophan biosynthesis	mutant	10	38	%	70	50	%
CYP71B15	tryptophan biosynthesis	mutant	10	38	%	70	50	%
CYP706A5	photorespiration	organ	13	38	%	64	50	%
CYP72A11	photorespiration	organ	13	38	%	64	50	%
CYP97B3	photorespiration	organ	13	38	%	64	50	%
CYP81D7	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP79A4P	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP81D6	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP71B16	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP71B30P	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP97A3	carotenoid biosynthesis	stress	5	50	%	46	50	%
CYP72A11	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP97A3	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP97B3	carotenoid biosynthesis	mutant	5	50	%	46	50	%
CYP96A4	lipoxygenase pathway	hormone	6	50	%	40	50	%
CYP88A4	Calvin cycle	stress	17	45	%	87	49	%
CYP72A11	chlorophyll biosynthesis	organ	17	33	%	130	49	%
CYP90A1	formylTHF biosynthesis	mutant	7	39	%	42	49	%
CYP74A	lipoxygenase pathway	stress	5	42	%	39	49	%
CYP97B3	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP97A3	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP71B19	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP709B3	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP71B20	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP706A5	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP72A11	superpathway of serine and glycine biosynthesis II	organ	9	41	%	38	49	%
CYP709B3	Calvin cycle	organ	15	39	%	86	49	%
CYP72A11	Calvin cycle	organ	15	39	%	86	49	%
CYP81D1	tryptophan biosynthesis	hormone	9	35	%	68	49	%
CYP81F2	tryptophan biosynthesis	stress	9	35	%	68	49	%
CYP71B15	tryptophan biosynthesis	hormone	9	35	%	68	49	%
CYP97A3	photorespiration	mutant	12	35	%	62	48	%
CYP90A1	photorespiration	mutant	12	35	%	62	48	%
CYP81D40	photorespiration	mutant	12	35	%	62	48	%
CYP706A5	photorespiration	mutant	12	35	%	62	48	%
CYP71B35	photorespiration	organ	12	35	%	62	48	%
CYP97C1	chlorophyll biosynthesis	organ	16	31	%	128	48	%
CYP72A13	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP90A1	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP72A15	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP71B35	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP94D2	carotenoid biosynthesis	mutant	5	50	%	44	48	%
CYP86A2	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP706A5	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP71B4	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP71B19	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP71B20	carotenoid biosynthesis	organ	5	50	%	44	48	%
CYP72A11	carotenoid biosynthesis	hormone	5	50	%	44	48	%
CYP71B16	methylglyoxal degradation	mutant	5	36	%	25	47	%
CYP81D7	methylglyoxal degradation	mutant	5	36	%	25	47	%
CYP79A4P	methylglyoxal degradation	mutant	5	36	%	25	47	%
CYP81D6	methylglyoxal degradation	mutant	5	36	%	25	47	%
CYP71B30P	methylglyoxal degradation	mutant	5	36	%	25	47	%
CYP79B2	tryptophan biosynthesis	mutant	9	35	%	66	47	%
CYP86A2	photorespiration	mutant	11	32	%	60	47	%
CYP86A2	ascorbate glutathione cycle	mutant	6	38	%	44	46	%
CYP97A3	superpathway of serine and glycine biosynthesis II	mutant	8	36	%	36	46	%
CYP71B34	superpathway of serine and glycine biosynthesis II	organ	8	36	%	36	46	%
CYP706A5	superpathway of serine and glycine biosynthesis II	mutant	8	36	%	36	46	%
CYP81D40	superpathway of serine and glycine biosynthesis II	mutant	8	36	%	36	46	%
CYP90A1	superpathway of serine and glycine biosynthesis II	mutant	8	36	%	36	46	%
CYP88A4	superpathway of serine and glycine biosynthesis II	stress	8	36	%	36	46	%
CYP83A1	superpathway of serine and glycine biosynthesis II	organ	8	36	%	36	46	%
CYP71B35	superpathway of serine and glycine biosynthesis II	organ	8	36	%	36	46	%
CYP73A5	suberin biosynthesis	stress	6	33	%	60	46	%
CYP98A3	suberin biosynthesis	stress	6	33	%	60	46	%
CYP73A5	suberin biosynthesis	hormone	6	33	%	60	46	%
CYP72A11	isoleucine biosynthesis I	mutant	5	31	%	30	46	%
CYP90A1	valine biosynthesis	mutant	5	31	%	30	46	%
CYP90A1	isoleucine biosynthesis I	mutant	5	31	%	30	46	%
CYP72A11	valine biosynthesis	mutant	5	31	%	30	46	%
CYP97A3	Calvin cycle	stress	16	42	%	81	46	%
CYP71A12	tryptophan biosynthesis	mutant	8	31	%	64	46	%
CYP71A13	tryptophan biosynthesis	mutant	8	31	%	64	46	%
CYP71B30P	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP79A4P	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP81D6	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP81D7	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP97B3	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP71B16	isoleucine degradation III	mutant	5	42	%	31	46	%
CYP94B1	lipoxygenase pathway	hormone	5	42	%	36	45	%
CYP94D2	threonine degradation	mutant	9	43	%	31	45	%
CYP90A1	threonine degradation	mutant	9	43	%	31	45	%
CYP97B3	chlorophyll biosynthesis	organ	14	27	%	118	45	%
CYP73A5	lignin biosynthesis	stress	11	25	%	110	44	%
CYP706A5	chlorophyll biosynthesis	organ	15	29	%	116	44	%
CYP71B20	photorespiration	organ	13	38	%	56	44	%
CYP71B19	photorespiration	organ	13	38	%	56	44	%
CYP97B3	photorespiration	mutant	11	32	%	56	44	%
CYP86A2	superpathway of serine and glycine biosynthesis II	mutant	7	32	%	34	44	%
CYP97B3	Calvin cycle	organ	13	34	%	76	43	%
CYP83A1	Calvin cycle	organ	12	32	%	76	43	%
CYP94C1	tryptophan biosynthesis	hormone	9	35	%	60	43	%
CYP90A1	TCA cycle variation II	mutant	7	41	%	36	43	%
CYP97B3	TCA cycle variation II	mutant	7	41	%	36	43	%
CYP90A1	non-oxidative branch of the pentose phosphate pathway	mutant	5	38	%	23	43	%
CYP73A5	flavonoid biosynthesis	hormone	6	22	%	52	42	%
CYP709B3	chlorophyll biosynthesis	organ	14	27	%	112	42	%
CYP709B3	photorespiration	organ	12	35	%	54	42	%
CYP97A3	photorespiration	organ	12	35	%	54	42	%
CYP706A5	formylTHF biosynthesis	mutant	6	33	%	36	42	%
CYP97A3	formylTHF biosynthesis	mutant	6	33	%	36	42	%
CYP72A8	tryptophan biosynthesis	hormone	8	31	%	58	41	%
CYP71B6	tryptophan biosynthesis	hormone	8	31	%	58	41	%
CYP81D8	tryptophan biosynthesis	stress	8	31	%	58	41	%
CYP97C1	Calvin cycle	organ	14	37	%	73	41	%
CYP71B24	superpathway of serine and glycine biosynthesis II	organ	8	36	%	32	41	%
CYP71B28	photorespiration	organ	13	38	%	52	41	%
CYP88A4	photorespiration	stress	11	32	%	52	41	%
CYP83A1	photorespiration	organ	11	32	%	52	41	%
CYP74A	jasmonic acid biosynthesis	hormone	7	39	%	49	40	%
CYP86A2	chlorophyll biosynthesis	mutant	13	25	%	106	40	%
CYP88A4	chlorophyll biosynthesis	stress	13	25	%	106	40	%
CYP94C1	lipoxygenase pathway	hormone	5	42	%	32	40	%
CYP97A3	ribose degradation	organ	6	50	%	15	39	%
CYP88A4	ribose degradation	stress	6	50	%	15	39	%
CYP97A3	ribose degradation	stress	6	50	%	15	39	%
CYP90A1	superpathway of gluconate degradation	mutant	5	31	%	15	39	%
CYP94D2	leucine degradation II	mutant	6	29	%	46	39	%
CYP90A1	leucine degradation II	mutant	6	29	%	46	39	%
CYP81F4	glyceraldehyde 3-phosphate degradation	mutant	6	26	%	42	39	%
CYP97B3	threonine degradation	mutant	7	33	%	27	39	%
CYP97A3	biosynthesis of proto- and siroheme	organ	12	29	%	80	39	%
CYP97C1	biosynthesis of proto- and siroheme	organ	12	29	%	80	39	%
CYP79A4P	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP71B16	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP71B30P	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP97B3	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP81D6	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP81D7	aerobic respiration -- electron donors reaction list	mutant	10	45	%	34	39	%
CYP94C1	tryptophan biosynthesis	mutant	7	27	%	54	39	%
CYP97B3	superpathway of serine and glycine biosynthesis II	mutant	7	32	%	30	38	%
CYP86A2	superpathway of serine and glycine biosynthesis II	organ	7	32	%	30	38	%
CYP90A1	superpathway of serine and glycine biosynthesis II	organ	7	32	%	30	38	%
CYP98A3	suberin biosynthesis	hormone	5	28	%	50	38	%
CYP73A5	suberin biosynthesis	organ	5	28	%	50	38	%
CYP72A11	TCA cycle variation II	mutant	5	29	%	32	38	%
CYP97B3	valine degradation II	mutant	6	35	%	25	38	%
CYP72A11	photorespiration	mutant	8	24	%	48	38	%
CYP71B34	Calvin cycle	organ	12	32	%	66	37	%
CYP97B3	formylTHF biosynthesis	mutant	6	33	%	32	37	%
CYP71A18	tryptophan biosynthesis	mutant	8	31	%	52	37	%
CYP72A11	mannitol degradation	organ	7	28	%	36	37	%
CYP709B3	mannitol degradation	organ	7	28	%	36	37	%
CYP97A3	glyceraldehyde 3-phosphate degradation	organ	6	26	%	39	36	%
CYP706A5	glyceraldehyde 3-phosphate degradation	organ	6	26	%	39	36	%
CYP709B3	glyceraldehyde 3-phosphate degradation	organ	6	26	%	39	36	%
CYP72A11	glyceraldehyde 3-phosphate degradation	organ	6	26	%	39	36	%
CYP78A10	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP79A2	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP96A14P	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP85A1	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP71B21	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP71B25	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP77A9	phenylalanine biosynthesis II	mutant	5	23	%	34	36	%
CYP86A2	Calvin cycle	mutant	12	32	%	64	36	%
CYP72A11	Calvin cycle	mutant	12	32	%	64	36	%
CYP98A3	lignin biosynthesis	stress	9	20	%	90	36	%
CYP71B34	photorespiration	organ	10	29	%	46	36	%
CYP90A1	superpathway of serine and glycine biosynthesis II	stress	6	27	%	28	36	%
CYP97A3	ascorbate glutathione cycle	mutant	5	31	%	34	36	%
CYP81F2	tryptophan biosynthesis	hormone	8	31	%	50	36	%
CYP72A11	sorbitol degradation	organ	7	27	%	36	36	%
CYP709B3	sorbitol degradation	organ	7	27	%	36	36	%
CYP97B3	glyoxylate cycle	mutant	8	35	%	50	35	%
CYP97A3	non-oxidative branch of the pentose phosphate pathway	stress	6	46	%	19	35	%
CYP88A4	non-oxidative branch of the pentose phosphate pathway	stress	6	46	%	19	35	%
CYP71B7	photorespiration	mutant	8	24	%	45	35	%
CYP90A1	mannitol degradation	mutant	7	28	%	34	35	%
CYP97B3	mannitol degradation	organ	6	24	%	34	35	%
CYP706A5	Calvin cycle	organ	12	32	%	62	35	%
CYP706A5	Calvin cycle	mutant	12	32	%	62	35	%
CYP71B7	Calvin cycle	mutant	11	29	%	62	35	%
CYP71B28	Calvin cycle	organ	10	26	%	62	35	%
CYP72A11	formylTHF biosynthesis	mutant	5	28	%	30	35	%
CYP86A2	formylTHF biosynthesis	mutant	5	28	%	30	35	%
CYP81D40	formylTHF biosynthesis	mutant	5	28	%	30	35	%
CYP71B30P	valine degradation II	mutant	5	29	%	23	35	%
CYP81D6	valine degradation II	mutant	5	29	%	23	35	%
CYP71B16	valine degradation II	mutant	5	29	%	23	35	%
CYP81D7	valine degradation II	mutant	5	29	%	23	35	%
CYP79A4P	valine degradation II	mutant	5	29	%	23	35	%
CYP706A5	chlorophyll biosynthesis	stress	11	21	%	92	35	%
CYP97C1	superpathway of serine and glycine biosynthesis II	organ	7	32	%	27	35	%
CYP706A5	Calvin cycle	stress	12	32	%	61	34	%
CYP94C1	jasmonic acid biosynthesis	hormone	6	33	%	42	34	%
CYP90A1	photorespiration	stress	9	26	%	44	34	%
CYP715A1	tryptophan biosynthesis	mutant	7	27	%	48	34	%
CYP89A3	tryptophan biosynthesis	mutant	7	27	%	48	34	%
CYP720A1	tryptophan biosynthesis	mutant	7	27	%	48	34	%
CYP71A18	tryptophan biosynthesis	hormone	7	27	%	48	34	%
CYP97C1	ribose degradation	organ	5	42	%	13	34	%
CYP72A11	biosynthesis of proto- and siroheme	organ	11	27	%	70	34	%
CYP735A2	gibberellin biosynthesis	mutant	5	42	%	29	34	%
CYP94D2	aerobic respiration -- electron donors reaction list	mutant	9	41	%	30	34	%
CYP71B25	lipases pathway	mutant	7	27	%	47	34	%
CYP96A14P	lipases pathway	mutant	7	27	%	47	34	%
CYP78A10	lipases pathway	mutant	7	27	%	47	34	%
CYP79A2	lipases pathway	mutant	7	27	%	47	34	%
CYP85A1	lipases pathway	mutant	7	27	%	47	34	%
CYP71B21	lipases pathway	mutant	7	27	%	47	34	%
CYP71B17	lipases pathway	mutant	7	27	%	47	34	%
CYP77A9	lipases pathway	mutant	7	27	%	47	34	%
CYP97A3	chlorophyll biosynthesis	mutant	12	23	%	90	34	%
CYP81D40	chlorophyll biosynthesis	mutant	11	21	%	90	34	%
CYP706A5	chlorophyll biosynthesis	mutant	11	21	%	90	34	%
CYP71B35	Calvin cycle	organ	11	29	%	60	34	%
CYP97A3	Calvin cycle	mutant	11	29	%	60	34	%
CYP81D40	Calvin cycle	mutant	11	29	%	60	34	%
CYP86A2	fatty acid biosynthesis -- initial steps	mutant	8	25	%	54	34	%
CYP706A5	ascorbate glutathione cycle	mutant	5	31	%	32	34	%
CYP90A1	sorbitol degradation	mutant	7	27	%	34	34	%
CYP97B3	sorbitol degradation	organ	6	23	%	34	34	%
CYP709B3	superpathway of serine and glycine biosynthesis II	stress	5	23	%	26	33	%
CYP72A11	superpathway of serine and glycine biosynthesis II	mutant	5	23	%	26	33	%
CYP72A11	threonine degradation	mutant	6	29	%	23	33	%
CYP73A5	lignin biosynthesis	hormone	9	20	%	82	33	%
CYP81F3	tryptophan biosynthesis	mutant	7	27	%	46	33	%
CYP71B24	photorespiration	organ	10	29	%	42	33	%
CYP709B3	photorespiration	stress	8	24	%	42	33	%
CYP96A4	jasmonic acid biosynthesis	hormone	6	33	%	40	33	%
CYP97B3	Calvin cycle	mutant	11	29	%	58	33	%
CYP71B19	glyceraldehyde 3-phosphate degradation	organ	5	22	%	35	33	%
CYP71B20	glyceraldehyde 3-phosphate degradation	organ	5	22	%	35	33	%
CYP97B3	glyceraldehyde 3-phosphate degradation	organ	5	22	%	35	33	%
CYP71B7	ascorbate glutathione cycle	mutant	5	31	%	31	33	%
CYP71B16	cysteine biosynthesis I	mutant	10	26	%	60	33	%
CYP81D6	cysteine biosynthesis I	mutant	10	26	%	60	33	%
CYP79A4P	cysteine biosynthesis I	mutant	10	26	%	60	33	%
CYP81D7	cysteine biosynthesis I	mutant	10	26	%	60	33	%
CYP71B30P	cysteine biosynthesis I	mutant	10	26	%	60	33	%
CYP89A9	leucine degradation II	stress	5	24	%	38	32	%
CYP90A1	sterol biosynthesis	mutant	5	25	%	50	32	%
CYP51A2	sterol biosynthesis	mutant	5	25	%	50	32	%
CYP706A5	biosynthesis of proto- and siroheme	organ	10	24	%	66	32	%
CYP88A4	starch degradation	stress	5	33	%	27	32	%
CYP98A3	lignin biosynthesis	hormone	8	18	%	80	32	%
CYP97B3	acetyl-CoA assimilation	mutant	10	31	%	56	32	%
CYP74A	jasmonic acid biosynthesis	stress	5	28	%	39	32	%
CYP88A4	serine biosynthesis	stress	9	35	%	30	32	%
CYP97B3	mixed acid fermentation	mutant	11	31	%	52	32	%
CYP97B3	chlorophyll biosynthesis	mutant	10	19	%	84	32	%
CYP90A1	chlorophyll biosynthesis	mutant	10	19	%	84	32	%
CYP81D6	Calvin cycle	mutant	10	26	%	56	32	%
CYP71B26	Calvin cycle	mutant	10	26	%	56	32	%
CYP71B16	Calvin cycle	mutant	10	26	%	56	32	%
CYP81D7	Calvin cycle	mutant	10	26	%	56	32	%
CYP71B30P	Calvin cycle	mutant	10	26	%	56	32	%
CYP79A4P	Calvin cycle	mutant	10	26	%	56	32	%
CYP71B19	Calvin cycle	organ	8	21	%	56	32	%
CYP71B20	Calvin cycle	organ	8	21	%	56	32	%
CYP97B3	fatty acid oxidation pathway	mutant	5	26	%	43	32	%
CYP97B3	superpathway of gluconate degradation	mutant	6	38	%	12	32	%
CYP97B3	TCA cycle -- aerobic respiration	mutant	13	28	%	70	32	%
CYP97A3	non-oxidative branch of the pentose phosphate pathway	organ	5	38	%	17	31	%
CYP96A5	tryptophan biosynthesis	mutant	6	23	%	44	31	%
CYP82C3	tryptophan biosynthesis	mutant	6	23	%	44	31	%
CYP81F2	tryptophan biosynthesis	mutant	6	23	%	44	31	%
CYP81D8	tryptophan biosynthesis	mutant	6	23	%	44	31	%
CYP90A1	photorespiration	organ	9	26	%	40	31	%
CYP86A2	photorespiration	organ	9	26	%	40	31	%
CYP94D2	photorespiration	mutant	7	21	%	40	31	%
CYP90A1	cysteine biosynthesis II	mutant	7	30	%	25	31	%
CYP90A1	glycine biosynthesis I	mutant	9	21	%	45	31	%
CYP90A1	glyoxylate cycle	mutant	7	30	%	44	31	%
CYP706A5	TCA cycle variation II	mutant	5	29	%	26	31	%
CYP97A3	chlorophyll biosynthesis	stress	10	19	%	82	31	%
CYP97A3	mannitol degradation	organ	6	24	%	30	31	%
CYP71B4	superpathway of serine and glycine biosynthesis II	organ	5	23	%	24	31	%
CYP97C1	photorespiration	organ	9	26	%	39	30	%
CYP72A15	threonine degradation	mutant	5	24	%	21	30	%
CYP90A1	aspartate degradation II	mutant	5	31	%	30	30	%
CYP97B3	aspartate degradation II	mutant	5	31	%	30	30	%
CYP83A1	chlorophyll biosynthesis	organ	11	21	%	80	30	%
CYP81D6	chlorophyll biosynthesis	mutant	10	19	%	80	30	%
CYP71B16	chlorophyll biosynthesis	mutant	10	19	%	80	30	%
CYP71B30P	chlorophyll biosynthesis	mutant	10	19	%	80	30	%
CYP79A4P	chlorophyll biosynthesis	mutant	10	19	%	80	30	%
CYP81D7	chlorophyll biosynthesis	mutant	10	19	%	80	30	%
CYP90A1	gluconeogenesis	mutant	11	24	%	68	30	%
CYP71B25	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP85A1	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP96A14P	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP71B21	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP79A2	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP77A9	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP78A10	alanine biosynthesis II	mutant	5	20	%	34	30	%
CYP71B7	cysteine biosynthesis II	mutant	5	22	%	24	30	%
CYP86A2	glyceraldehyde 3-phosphate degradation	mutant	5	22	%	32	30	%
CYP97C1	glyceraldehyde 3-phosphate degradation	organ	5	22	%	32	30	%
CYP88A4	glyceraldehyde 3-phosphate degradation	stress	5	22	%	32	30	%
CYP97A3	glyceraldehyde 3-phosphate degradation	stress	5	22	%	32	30	%
CYP81D40	glyceraldehyde 3-phosphate degradation	mutant	5	22	%	32	30	%
CYP83A1	glyceraldehyde 3-phosphate degradation	organ	5	22	%	32	30	%
CYP74A	sulfate assimilation III	organ	8	24	%	69	30	%
CYP706A5	carbon monoxide dehydrogenase pathway	mutant	7	25	%	23	30	%
CYP97A3	sorbitol degradation	organ	6	23	%	30	30	%
CYP97A3	photorespiration	stress	10	29	%	38	30	%
CYP81D7	photorespiration	mutant	6	18	%	38	30	%
CYP71B16	photorespiration	mutant	6	18	%	38	30	%
CYP81D6	photorespiration	mutant	6	18	%	38	30	%
CYP79A4P	photorespiration	mutant	6	18	%	38	30	%
CYP71B30P	photorespiration	mutant	6	18	%	38	30	%
CYP72A15	photorespiration	mutant	6	18	%	38	30	%
CYP86A2	glycine biosynthesis I	mutant	8	19	%	43	30	%
CYP94B1	jasmonic acid biosynthesis	hormone	5	28	%	36	30	%
CYP94B1	jasmonic acid biosynthesis	mutant	5	28	%	36	30	%
CYP71B11	superpathway of serine and glycine biosynthesis II	hormone	5	23	%	23	29	%
CYP71B7	superpathway of serine and glycine biosynthesis II	mutant	5	23	%	23	29	%
CYP97B3	ascorbate glutathione cycle	organ	5	31	%	28	29	%
CYP72A11	ascorbate glutathione cycle	organ	5	31	%	28	29	%
CYP72A11	cysteine biosynthesis I	organ	12	31	%	54	29	%
CYP97B3	biosynthesis of proto- and siroheme	organ	9	22	%	60	29	%
CYP90A1	phenylalanine degradation I	mutant	8	30	%	40	29	%
CYP88A4	superpathway of gluconate degradation	stress	6	38	%	11	29	%
CYP97A3	superpathway of gluconate degradation	stress	6	38	%	11	29	%
CYP83A1	mannitol degradation	organ	5	20	%	28	29	%
CYP97C1	mannitol degradation	organ	5	20	%	28	29	%
CYP71B35	mannitol degradation	organ	5	20	%	28	29	%
CYP88A4	mannitol degradation	stress	5	20	%	28	29	%
CYP705A25	flavonol biosynthesis	organ	6	30	%	21	29	%
CYP705A13	flavonol biosynthesis	organ	6	30	%	21	29	%
CYP72A11	gluconeogenesis	organ	10	22	%	65	29	%
CYP709B3	gluconeogenesis	organ	10	22	%	65	29	%
CYP97A3	gluconeogenesis	organ	10	22	%	65	29	%
CYP97B3	fatty acid biosynthesis -- initial steps	mutant	7	22	%	46	29	%
CYP90A1	serine biosynthesis	mutant	7	27	%	27	29	%
CYP71B24	jasmonic acid biosynthesis	organ	5	28	%	35	29	%
CYP72A11	jasmonic acid biosynthesis	organ	5	28	%	35	29	%
CYP97C1	chlorophyll biosynthesis	stress	10	19	%	76	29	%
CYP90A1	chlorophyll biosynthesis	stress	9	17	%	76	29	%
CYP97B3	chlorophyll biosynthesis	stress	9	17	%	76	29	%
CYP90A1	carbon monoxide dehydrogenase pathway	mutant	6	21	%	22	29	%
CYP90A1	acetyl-CoA assimilation	mutant	9	28	%	50	29	%
CYP81D2	lipases pathway	mutant	6	23	%	39	28	%
CYP71A18	lipases pathway	mutant	6	23	%	39	28	%
CYP97A3	superpathway of serine and glycine biosynthesis II	stress	7	32	%	22	28	%
CYP83A1	sulfate assimilation III	organ	7	21	%	65	28	%
CYP73A5	lignin biosynthesis	organ	7	16	%	70	28	%
CYP97B3	TCA cycle variation VIII	mutant	12	24	%	68	28	%
CYP86A2	fatty acid elongation -- unsaturated	mutant	5	28	%	26	28	%
CYP88A4	oxidative branch of the pentose phosphate pathway	stress	10	31	%	35	28	%
CYP90A1	acetate fermentation	mutant	16	24	%	78	28	%
CYP83A1	sorbitol degradation	organ	5	19	%	28	28	%
CYP88A4	sorbitol degradation	stress	5	19	%	28	28	%
CYP97C1	sorbitol degradation	organ	5	19	%	28	28	%
CYP71B35	sorbitol degradation	organ	5	19	%	28	28	%
CYP97B3	cysteine biosynthesis I	mutant	11	28	%	51	28	%
CYP83A1	serine biosynthesis	organ	8	31	%	26	28	%
CYP71B28	glycine biosynthesis I	organ	10	23	%	40	28	%
CYP97A3	fatty acid biosynthesis -- initial steps	mutant	6	19	%	44	28	%
CYP71B24	cysteine biosynthesis II	organ	8	35	%	22	28	%
CYP709B3	cysteine biosynthesis II	organ	8	35	%	22	28	%
CYP72A11	cysteine biosynthesis II	organ	8	35	%	22	28	%
CYP97B3	gluconeogenesis	mutant	11	24	%	62	27	%
CYP705A1	flavonol biosynthesis	organ	5	25	%	20	27	%
CYP705A8	flavonol biosynthesis	organ	5	25	%	20	27	%
CYP705A12	flavonol biosynthesis	organ	5	25	%	20	27	%
CYP706A5	starch degradation	stress	5	33	%	23	27	%
CYP86A2	atty acid elongation -- unsaturated	mutant	5	26	%	26	27	%
CYP715A1	tryptophan biosynthesis	hormone	6	23	%	38	27	%
CYP81D8	tryptophan biosynthesis	hormone	6	23	%	38	27	%
CYP97C1	Calvin cycle	stress	9	24	%	48	27	%
CYP705A32	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP78A10	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP96A14P	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP79A2	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP735A1	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP79C5P	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP71B17	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP71B2	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP71B21	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP85A1	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP77A9	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP81D2	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP71B25	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP76G1	gibberellin biosynthesis	mutant	5	42	%	23	27	%
CYP90A1	TCA cycle -- aerobic respiration	mutant	11	23	%	60	27	%
CYP97B3	gluconeogenesis	organ	9	20	%	61	27	%
CYP90A1	glycolysis IV	mutant	14	22	%	72	27	%
CYP96A4	superpathway of serine and glycine biosynthesis II	organ	6	27	%	21	27	%
CYP90A1	formaldehyde assimilation I (serine pathway)	mutant	7	21	%	42	27	%
CYP97B3	glycine biosynthesis I	mutant	8	19	%	39	27	%
CYP81D6	sulfate assimilation III	mutant	9	27	%	62	27	%
CYP81D7	sulfate assimilation III	mutant	9	27	%	62	27	%
CYP71B16	sulfate assimilation III	mutant	9	27	%	62	27	%
CYP71B30P	sulfate assimilation III	mutant	9	27	%	62	27	%
CYP79A4P	sulfate assimilation III	mutant	9	27	%	62	27	%
CYP79A2	sucrose degradation III	mutant	5	31	%	22	27	%
CYP705A32	sucrose degradation III	mutant	5	31	%	22	27	%
CYP735A2	sucrose degradation III	mutant	5	31	%	22	27	%
CYP71B2	sucrose degradation III	mutant	5	31	%	22	27	%
CYP79C5P	sucrose degradation III	mutant	5	31	%	22	27	%
CYP71B17	sucrose degradation III	mutant	5	31	%	22	27	%
CYP735A1	sucrose degradation III	mutant	5	31	%	22	27	%
CYP71B21	sucrose degradation III	mutant	5	31	%	22	27	%
CYP78A10	sucrose degradation III	mutant	5	31	%	22	27	%
CYP71B25	sucrose degradation III	mutant	5	31	%	22	27	%
CYP76G1	sucrose degradation III	mutant	5	31	%	22	27	%
CYP77A9	sucrose degradation III	mutant	5	31	%	22	27	%
CYP96A14P	sucrose degradation III	mutant	5	31	%	22	27	%
CYP85A1	sucrose degradation III	mutant	5	31	%	22	27	%
CYP90A1	mixed acid fermentation	mutant	9	26	%	44	27	%
CYP71B2	lipases pathway	mutant	6	23	%	37	27	%
CYP706A5	mannitol degradation	organ	6	24	%	26	27	%
CYP81D6	glyoxylate cycle	mutant	6	26	%	38	27	%
CYP79A4P	glyoxylate cycle	mutant	6	26	%	38	27	%
CYP81D7	glyoxylate cycle	mutant	6	26	%	38	27	%
CYP71B16	glyoxylate cycle	mutant	6	26	%	38	27	%
CYP71B30P	glyoxylate cycle	mutant	6	26	%	38	27	%
CYP72A11	glyoxylate cycle	mutant	5	22	%	38	27	%
CYP71B4	photorespiration	organ	7	21	%	34	27	%
CYP97A3	gluconeogenesis	mutant	10	22	%	60	27	%
CYP81D7	leucine degradation II	mutant	5	24	%	31	26	%
CYP97B3	leucine degradation II	mutant	5	24	%	31	26	%
CYP71B30P	leucine degradation II	mutant	5	24	%	31	26	%
CYP79A4P	leucine degradation II	mutant	5	24	%	31	26	%
CYP71B16	leucine degradation II	mutant	5	24	%	31	26	%
CYP81D6	leucine degradation II	mutant	5	24	%	31	26	%
CYP88A4	fructose degradation (anaerobic)	stress	12	19	%	70	26	%
CYP72A11	sulfate assimilation III	organ	8	24	%	61	26	%
CYP81D6	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP81D7	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP71B30P	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP71B16	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP97B3	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP79A4P	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP90A1	ascorbate glutathione cycle	mutant	5	31	%	25	26	%
CYP72A11	fatty acid biosynthesis -- initial steps	mutant	7	22	%	42	26	%
CYP97B3	cysteine biosynthesis II	mutant	6	26	%	21	26	%
CYP72A11	cysteine biosynthesis II	mutant	5	22	%	21	26	%
CYP88A4	glycolysis IV	stress	12	19	%	70	26	%
CYP71B20	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP97B3	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP709B3	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP72A11	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP71B19	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP706A5	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP97A3	glycine biosynthesis I	organ	9	21	%	38	26	%
CYP97A3	oxidative branch of the pentose phosphate pathway	stress	9	28	%	33	26	%
CYP706A5	gluconeogenesis	organ	9	20	%	59	26	%
CYP77A9	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP78A10	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP96A14P	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP71B21	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP71B25	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP79A2	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP85A1	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP735A1	de novo biosynthesis of pyrimidine ribonucleotides	mutant	5	23	%	24	26	%
CYP88A4	glycerol degradation II	stress	8	18	%	52	26	%
CYP90A1	Calvin cycle	stress	8	21	%	46	26	%
CYP85A1	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP71B21	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP71B25	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP77A9	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP71B17	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP735A1	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP96A14P	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP78A10	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP79A2	triacylglycerol degradation	mutant	15	28	%	32	26	%
CYP97B3	serine-isocitrate lyase pathway	mutant	10	22	%	60	26	%
CYP72A11	fatty acid elongation -- unsaturated	mutant	5	28	%	24	26	%
CYP706A5	sorbitol degradation	organ	6	23	%	26	26	%
CYP706A5	gluconeogenesis	mutant	10	22	%	58	26	%
CYP97C1	gluconeogenesis	organ	9	20	%	58	26	%
CYP86A2	gluconeogenesis	mutant	9	20	%	58	26	%
CYP709B3	fructose degradation (anaerobic)	organ	12	19	%	68	26	%
CYP97A3	fructose degradation (anaerobic)	organ	12	19	%	68	26	%
CYP72A11	fructose degradation (anaerobic)	organ	12	19	%	68	26	%
CYP97B3	formaldehyde assimilation I (serine pathway)	mutant	7	21	%	40	26	%
CYP90A1	TCA cycle variation VIII	mutant	11	22	%	62	26	%
CYP90A1	cysteine biosynthesis I	mutant	10	26	%	47	26	%
CYP709B3	serine biosynthesis	organ	8	31	%	24	26	%
CYP97A3	serine biosynthesis	stress	8	31	%	24	26	%
CYP706A5	serine biosynthesis	organ	8	31	%	24	26	%
CYP71B25	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP71B21	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP77A9	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP96A14P	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP735A1	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP78A10	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP71B7	serine biosynthesis	mutant	5	19	%	24	26	%
CYP85A1	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP79A2	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	24	26	%
CYP709B3	glycolysis IV	organ	12	19	%	68	25	%
CYP72A11	glycolysis IV	organ	12	19	%	68	25	%
CYP97A3	glycolysis IV	organ	12	19	%	68	25	%
CYP709B3	biosynthesis of proto- and siroheme	organ	8	20	%	52	25	%
CYP72A11	atty acid elongation -- unsaturated	mutant	5	26	%	24	25	%
CYP86A2	fatty acid elongation -- saturated	mutant	5	25	%	26	25	%
CYP81D7	TCA cycle -- aerobic respiration	mutant	10	21	%	56	25	%
CYP79A4P	TCA cycle -- aerobic respiration	mutant	10	21	%	56	25	%
CYP81D6	TCA cycle -- aerobic respiration	mutant	10	21	%	56	25	%
CYP71B16	TCA cycle -- aerobic respiration	mutant	10	21	%	56	25	%
CYP71B30P	TCA cycle -- aerobic respiration	mutant	10	21	%	56	25	%
CYP71B20	gluconeogenesis	organ	8	18	%	57	25	%
CYP71B19	gluconeogenesis	organ	8	18	%	57	25	%
CYP71B7	cysteine biosynthesis I	mutant	8	21	%	46	25	%
CYP72A8	photorespiration	organ	6	18	%	32	25	%
CYP90A1	aerobic respiration -- electron donors reaction list	mutant	7	32	%	22	25	%
CYP88A4	cysteine biosynthesis II	stress	7	30	%	20	25	%
CYP86A2	cysteine biosynthesis II	organ	7	30	%	20	25	%
CYP709B3	acetate fermentation	organ	13	19	%	70	25	%
CYP72A11	acetate fermentation	organ	13	19	%	70	25	%
CYP88A4	acetate fermentation	stress	12	18	%	70	25	%
CYP90A1	fructose degradation (anaerobic)	mutant	13	21	%	66	25	%
CYP97C1	fructose degradation (anaerobic)	organ	11	17	%	66	25	%
CYP90A1	chlorophyll biosynthesis	organ	8	15	%	66	25	%
CYP71B35	glycine biosynthesis I	organ	8	19	%	36	25	%
CYP706A5	glycine biosynthesis I	mutant	8	19	%	36	25	%
CYP81D40	glycine biosynthesis I	mutant	8	19	%	36	25	%
CYP83A1	glycine biosynthesis I	organ	8	19	%	36	25	%
CYP97A3	glycine biosynthesis I	mutant	8	19	%	36	25	%
CYP88A4	glycine biosynthesis I	stress	8	19	%	36	25	%
CYP71B34	glycine biosynthesis I	organ	8	19	%	36	25	%
CYP90A1	leucine biosynthesis	mutant	7	19	%	44	25	%
CYP71B19	mannitol degradation	organ	5	20	%	24	25	%
CYP71B34	mannitol degradation	organ	5	20	%	24	25	%
CYP71B20	mannitol degradation	organ	5	20	%	24	25	%
CYP97A3	mannitol degradation	stress	5	20	%	24	25	%
CYP88A4	sorbitol fermentation	stress	12	18	%	70	25	%
CYP97C1	glycolysis IV	organ	11	17	%	66	25	%
CYP97A3	oxidative branch of the pentose phosphate pathway	organ	8	25	%	31	25	%
CYP81D40	superpathway of serine and glycine biosynthesis II	organ	5	23	%	19	24	%
CYP71A18	triacylglycerol degradation	mutant	11	21	%	30	24	%
CYP79A4P	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP97B3	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP71B16	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP81D6	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP71B30P	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP81D7	tryptophan biosynthesis	mutant	6	23	%	34	24	%
CYP84A4	tryptophan biosynthesis	mutant	5	19	%	34	24	%
CYP71B22	tryptophan biosynthesis	mutant	5	19	%	34	24	%
CYP97A3	acetate fermentation	organ	12	18	%	68	24	%
CYP71B34	chlorophyll biosynthesis	organ	8	15	%	64	24	%
CYP72A11	chlorophyll biosynthesis	mutant	8	15	%	64	24	%
CYP90A1	serine-isocitrate lyase pathway	mutant	9	20	%	56	24	%
CYP72A11	glycine biosynthesis I	mutant	6	14	%	35	24	%
CYP706A5	non-oxidative branch of the pentose phosphate pathway	stress	5	38	%	13	24	%
CYP97A3	sorbitol fermentation	organ	12	18	%	68	24	%
CYP709B3	sorbitol fermentation	organ	12	18	%	68	24	%
CYP72A11	sorbitol fermentation	organ	12	18	%	68	24	%
CYP81F4	glycerol degradation II	mutant	7	16	%	48	24	%
CYP79A4P	acetyl-CoA assimilation	mutant	7	22	%	42	24	%
CYP81D6	acetyl-CoA assimilation	mutant	7	22	%	42	24	%
CYP81D7	acetyl-CoA assimilation	mutant	7	22	%	42	24	%
CYP71B30P	acetyl-CoA assimilation	mutant	7	22	%	42	24	%
CYP71B16	acetyl-CoA assimilation	mutant	7	22	%	42	24	%
CYP97B3	non-phosphorylated glucose degradation	mutant	7	22	%	24	24	%
CYP74A	cysteine biosynthesis I	organ	8	21	%	44	24	%
CYP81F4	gluconeogenesis	mutant	8	18	%	54	24	%
CYP88A4	gluconeogenesis	stress	8	18	%	54	24	%
CYP97A3	gluconeogenesis	stress	8	18	%	54	24	%
CYP82C3	triacylglycerol degradation	hormone	8	15	%	30	24	%
CYP78A10	triacylglycerol degradation	hormone	8	15	%	30	24	%
CYP72A11	oxidative branch of the pentose phosphate pathway	organ	7	22	%	30	24	%
CYP71B20	sorbitol degradation	organ	5	19	%	24	24	%
CYP97A3	sorbitol degradation	stress	5	19	%	24	24	%
CYP71B34	sorbitol degradation	organ	5	19	%	24	24	%
CYP71B19	sorbitol degradation	organ	5	19	%	24	24	%
CYP86A2	cysteine biosynthesis II	mutant	5	22	%	19	24	%
CYP81F4	Calvin cycle	mutant	6	16	%	42	24	%
CYP97B3	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP81D7	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP81D6	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP79A4P	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP71B30P	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP71B16	leucine biosynthesis	mutant	8	22	%	42	24	%
CYP79F1	leucine biosynthesis	stress	7	19	%	42	24	%
CYP83A1	leucine biosynthesis	mutant	7	19	%	42	24	%
CYP79F2	leucine biosynthesis	stress	7	19	%	42	24	%
CYP83A1	leucine biosynthesis	stress	7	19	%	42	24	%
CYP79F2	leucine biosynthesis	mutant	7	19	%	42	24	%
CYP79F1	leucine biosynthesis	mutant	7	19	%	42	24	%
CYP83A1	leucine biosynthesis	hormone	7	19	%	42	24	%
CYP97C1	acetate fermentation	organ	11	16	%	66	23	%
CYP88A4	biosynthesis of proto- and siroheme	stress	8	20	%	48	23	%
CYP97A3	fructose degradation (anaerobic)	stress	11	17	%	62	23	%
CYP97B3	fructose degradation (anaerobic)	organ	10	16	%	62	23	%
CYP97B3	phenylalanine degradation I	mutant	6	22	%	32	23	%
CYP97C1	sorbitol fermentation	organ	11	17	%	66	23	%
CYP90A1	sorbitol fermentation	mutant	13	20	%	66	23	%
CYP72A11	fatty acid elongation -- saturated	mutant	5	25	%	24	23	%
CYP97A3	glycolysis IV	stress	11	17	%	62	23	%
CYP97B3	glycolysis IV	organ	10	16	%	62	23	%
CYP71B7	threonine degradation	mutant	5	24	%	16	23	%
CYP88A3	threonine degradation	mutant	5	24	%	16	23	%
CYP81D6	mixed acid fermentation	mutant	8	23	%	38	23	%
CYP71B16	mixed acid fermentation	mutant	8	23	%	38	23	%
CYP71B30P	mixed acid fermentation	mutant	8	23	%	38	23	%
CYP79A4P	mixed acid fermentation	mutant	8	23	%	38	23	%
CYP81D7	mixed acid fermentation	mutant	8	23	%	38	23	%
CYP81D7	TCA cycle variation VIII	mutant	10	20	%	56	23	%
CYP79A4P	TCA cycle variation VIII	mutant	10	20	%	56	23	%
CYP71B16	TCA cycle variation VIII	mutant	10	20	%	56	23	%
CYP71B30P	TCA cycle variation VIII	mutant	10	20	%	56	23	%
CYP81D6	TCA cycle variation VIII	mutant	10	20	%	56	23	%
CYP90A1	TCA cycle variation IV	mutant	10	22	%	50	23	%
CYP97B3	TCA cycle variation IV	mutant	10	22	%	50	23	%
CYP83A1	gluconeogenesis	organ	8	18	%	52	23	%
CYP71A18	jasmonic acid biosynthesis	mutant	5	28	%	28	23	%
CYP88A4	cysteine biosynthesis I	stress	10	26	%	42	23	%
CYP71B16	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP81D6	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP97B3	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP81D7	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP71B30P	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP79A4P	isoleucine degradation I	mutant	5	21	%	31	23	%
CYP71B38	aerobic respiration -- electron donors reaction list	mutant	6	27	%	20	23	%
CYP76G1	triacylglycerol degradation	mutant	13	25	%	28	23	%
CYP79C5P	triacylglycerol degradation	mutant	13	25	%	28	23	%
CYP71B11	photorespiration	hormone	6	18	%	29	23	%
CYP83A1	fructose degradation (anaerobic)	organ	10	16	%	60	23	%
CYP86A2	Calvin cycle	organ	7	18	%	40	23	%
CYP90A1	Calvin cycle	organ	6	16	%	40	23	%
CYP71B4	Calvin cycle	organ	6	16	%	40	23	%
CYP88A3	leucine biosynthesis	mutant	7	19	%	40	23	%
CYP71B38	leucine biosynthesis	mutant	7	19	%	40	23	%
CYP83A1	leucine biosynthesis	organ	6	16	%	40	23	%
CYP72A11	leucine biosynthesis	mutant	6	16	%	40	23	%
CYP79F1	leucine biosynthesis	organ	6	16	%	40	23	%
CYP79F2	leucine biosynthesis	organ	6	16	%	40	23	%
CYP97B3	sulfate assimilation III	mutant	8	24	%	52	23	%
CYP90A1	fatty acid biosynthesis -- initial steps	mutant	6	19	%	36	23	%
CYP706A5	cysteine biosynthesis II	organ	7	30	%	18	23	%
CYP97A3	cysteine biosynthesis II	organ	7	30	%	18	23	%
CYP97B3	cysteine biosynthesis II	organ	7	30	%	18	23	%
CYP83A1	glycolysis IV	organ	10	16	%	60	22	%
CYP735A1	lipases pathway	mutant	6	23	%	31	22	%
CYP86A2	biosynthesis of proto- and siroheme	mutant	7	17	%	46	22	%
CYP97B3	serine biosynthesis	mutant	6	23	%	21	22	%
CYP72A11	acetyl-CoA assimilation	organ	6	19	%	39	22	%
CYP97B3	acetyl-CoA assimilation	organ	6	19	%	39	22	%
CYP709B3	oxidative branch of the pentose phosphate pathway	organ	6	19	%	28	22	%
CYP97C1	oxidative branch of the pentose phosphate pathway	stress	6	19	%	28	22	%
CYP88A4	lysine biosynthesis I	stress	5	29	%	18	22	%
CYP81D6	gluconeogenesis	mutant	9	20	%	50	22	%
CYP71B30P	gluconeogenesis	mutant	9	20	%	50	22	%
CYP79A4P	gluconeogenesis	mutant	9	20	%	50	22	%
CYP71B16	gluconeogenesis	mutant	9	20	%	50	22	%
CYP81D7	gluconeogenesis	mutant	9	20	%	50	22	%
CYP72A11	gluconeogenesis	mutant	8	18	%	50	22	%
CYP71B30P	carbon monoxide dehydrogenase pathway	mutant	7	25	%	17	22	%
CYP71B16	carbon monoxide dehydrogenase pathway	mutant	7	25	%	17	22	%
CYP81D7	carbon monoxide dehydrogenase pathway	mutant	7	25	%	17	22	%
CYP81D6	carbon monoxide dehydrogenase pathway	mutant	7	25	%	17	22	%
CYP79A4P	carbon monoxide dehydrogenase pathway	mutant	7	25	%	17	22	%
CYP71B24	glycine biosynthesis I	organ	8	19	%	32	22	%
CYP71B7	glycine biosynthesis I	mutant	6	14	%	32	22	%
CYP97A3	acetate fermentation	stress	11	16	%	62	22	%
CYP83A1	acetate fermentation	organ	11	16	%	62	22	%
CYP97B3	acetate fermentation	organ	10	15	%	62	22	%
CYP86A2	glycerol degradation II	mutant	8	18	%	44	22	%
CYP71B7	glycerol degradation II	mutant	8	18	%	44	22	%
CYP72A11	mixed acid fermentation	mutant	6	17	%	36	22	%
CYP97A3	sorbitol fermentation	stress	11	17	%	62	22	%
CYP97B3	sorbitol fermentation	organ	10	15	%	62	22	%
CYP72A11	phenylalanine degradation I	mutant	5	19	%	30	22	%
CYP706A5	fructose degradation (anaerobic)	organ	11	17	%	58	22	%
CYP86A2	fructose degradation (anaerobic)	mutant	11	17	%	58	22	%
CYP81F4	fructose degradation (anaerobic)	mutant	9	14	%	58	22	%
CYP709B3	photorespiration	mutant	5	15	%	28	22	%
CYP706A5	formaldehyde assimilation I (serine pathway)	mutant	6	18	%	34	22	%
CYP72A11	formaldehyde assimilation I (serine pathway)	mutant	5	15	%	34	22	%
CYP86A2	glycolysis IV	mutant	11	17	%	58	22	%
CYP81F4	glycolysis IV	mutant	9	14	%	58	22	%
CYP706A5	glycolysis IV	organ	11	17	%	58	22	%
CYP72A11	acetyl-CoA assimilation	mutant	5	16	%	38	22	%
CYP72A11	TCA cycle -- aerobic respiration	mutant	7	15	%	48	22	%
CYP72A11	TCA cycle variation VIII	mutant	8	16	%	52	21	%
CYP97A3	biosynthesis of proto- and siroheme	stress	7	17	%	44	21	%
CYP90A1	oxidative branch of the pentose phosphate pathway	mutant	7	22	%	27	21	%
CYP81D7	glycine biosynthesis I	mutant	5	12	%	31	21	%
CYP71B16	glycine biosynthesis I	mutant	5	12	%	31	21	%
CYP79A4P	glycine biosynthesis I	mutant	5	12	%	31	21	%
CYP81D6	glycine biosynthesis I	mutant	5	12	%	31	21	%
CYP71B30P	glycine biosynthesis I	mutant	5	12	%	31	21	%
CYP71B7	acetate fermentation	mutant	12	18	%	60	21	%
CYP86A2	acetate fermentation	mutant	12	18	%	60	21	%
CYP97C1	serine biosynthesis	stress	7	27	%	20	21	%
CYP81D40	fatty acid biosynthesis -- initial steps	mutant	5	16	%	34	21	%
CYP88A4	fatty acid biosynthesis -- initial steps	stress	5	16	%	34	21	%
CYP706A5	fatty acid biosynthesis -- initial steps	mutant	5	16	%	34	21	%
CYP81D40	gluconeogenesis	mutant	7	16	%	48	21	%
CYP83A1	sorbitol fermentation	organ	10	15	%	60	21	%
CYP71B7	fructose degradation (anaerobic)	mutant	10	16	%	56	21	%
CYP71B25	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP96A14P	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP77A9	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP71B21	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP85A1	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP78A10	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP79A2	trehalose biosynthesis III	mutant	8	25	%	30	21	%
CYP97B3	glycolysis IV	mutant	14	22	%	56	21	%
CYP97A3	glycolysis IV	mutant	12	19	%	56	21	%
CYP71B7	glycolysis IV	mutant	10	16	%	56	21	%
CYP86A2	glucose conversion	mutant	8	20	%	33	21	%
CYP90A1	sulfate assimilation III	mutant	7	21	%	48	21	%
CYP79B2	sulfate assimilation III	stress	6	18	%	48	21	%
CYP97A3	carbon monoxide dehydrogenase pathway	stress	7	25	%	16	21	%
CYP72A11	carbon monoxide dehydrogenase pathway	mutant	5	18	%	16	21	%
CYP90A1	glycine biosynthesis I	organ	7	16	%	30	21	%
CYP86A2	glycine biosynthesis I	organ	7	16	%	30	21	%
CYP706A5	cysteine biosynthesis I	organ	9	23	%	38	21	%
CYP706A5	cysteine biosynthesis I	mutant	8	21	%	38	21	%
CYP81D8	triacylglycerol degradation	mutant	6	11	%	26	21	%
CYP97B3	acetate fermentation	mutant	16	24	%	58	21	%
CYP81F4	acetate fermentation	mutant	9	13	%	58	21	%
CYP706A5	acetate fermentation	organ	11	16	%	58	21	%
CYP706A5	oxidative branch of the pentose phosphate pathway	organ	5	16	%	26	21	%
CYP706A5	superpathway of serine and glycine biosynthesis II	hormone	5	23	%	16	21	%
CYP97A3	superpathway of serine and glycine biosynthesis II	hormone	5	23	%	16	21	%
CYP86A2	sorbitol fermentation	mutant	11	17	%	58	20	%
CYP706A5	sorbitol fermentation	organ	11	17	%	58	20	%
CYP81F4	sorbitol fermentation	mutant	9	14	%	58	20	%
CYP97A3	biosynthesis of proto- and siroheme	mutant	8	20	%	42	20	%
CYP71B30P	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP71B16	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP81D7	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP72A11	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP79A4P	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP81D6	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP706A5	biosynthesis of proto- and siroheme	mutant	7	17	%	42	20	%
CYP706A5	biosynthesis of proto- and siroheme	stress	6	15	%	42	20	%
CYP73A5	aerobic respiration -- electron donors reaction list	hormone	5	23	%	18	20	%
CYP72A15	aerobic respiration -- electron donors reaction list	mutant	5	23	%	18	20	%
CYP71B16	trehalose biosynthesis III	mutant	5	16	%	29	20	%
CYP79A4P	trehalose biosynthesis III	mutant	5	16	%	29	20	%
CYP81D7	trehalose biosynthesis III	mutant	5	16	%	29	20	%
CYP81D6	trehalose biosynthesis III	mutant	5	16	%	29	20	%
CYP71B30P	trehalose biosynthesis III	mutant	5	16	%	29	20	%
CYP71B35	chlorophyll biosynthesis	organ	7	13	%	54	20	%
CYP709B3	chlorophyll biosynthesis	mutant	7	13	%	54	20	%
CYP709B3	Calvin cycle	mutant	7	18	%	36	20	%
CYP71B24	Calvin cycle	organ	6	16	%	36	20	%
CYP706A5	photorespiration	hormone	7	21	%	26	20	%
CYP708A3	photorespiration	organ	6	18	%	26	20	%
CYP81D40	threonine degradation	mutant	5	24	%	14	20	%
CYP71B4	threonine degradation	hormone	5	24	%	14	20	%
CYP706A5	threonine degradation	mutant	5	24	%	14	20	%
CYP71B7	leucine biosynthesis	mutant	7	19	%	36	20	%
CYP81D8	triacylglycerol degradation	hormone	6	11	%	25	20	%
CYP71B15	triacylglycerol degradation	mutant	6	11	%	25	20	%
CYP86A2	serine biosynthesis	mutant	5	19	%	19	20	%
CYP86A2	lactose degradation IV	mutant	14	20	%	57	20	%
CYP97B3	TCA cycle variation VII	mutant	13	19	%	70	20	%
CYP72A11	cysteine biosynthesis I	mutant	7	18	%	37	20	%
CYP81D40	glycerol degradation II	mutant	7	16	%	40	20	%
CYP735A1	de novo biosynthesis of purine nucleotides II	mutant	6	17	%	24	20	%
CYP735A2	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	24	20	%
CYP81D6	non-phosphorylated glucose degradation	mutant	6	19	%	20	20	%
CYP71B30P	non-phosphorylated glucose degradation	mutant	6	19	%	20	20	%
CYP71B16	non-phosphorylated glucose degradation	mutant	6	19	%	20	20	%
CYP79A4P	non-phosphorylated glucose degradation	mutant	6	19	%	20	20	%
CYP81D7	non-phosphorylated glucose degradation	mutant	6	19	%	20	20	%
CYP71B28	cysteine biosynthesis II	organ	7	30	%	16	20	%
CYP71B35	cysteine biosynthesis II	organ	6	26	%	16	20	%
CYP97C1	cysteine biosynthesis II	stress	6	26	%	16	20	%
CYP97C1	cysteine biosynthesis II	organ	6	26	%	16	20	%
CYP90A1	cysteine biosynthesis II	organ	6	26	%	16	20	%
CYP83A1	cysteine biosynthesis II	organ	6	26	%	16	20	%
CYP97A3	cysteine biosynthesis II	stress	6	26	%	16	20	%
CYP71B19	acetate fermentation	organ	10	15	%	56	20	%
CYP71B20	acetate fermentation	organ	10	15	%	56	20	%
CYP71B7	sulfate assimilation III	organ	6	18	%	46	20	%
CYP79F2	sulfate assimilation III	organ	5	15	%	46	20	%
CYP79F1	sulfate assimilation III	organ	5	15	%	46	20	%
CYP706A5	sulfate assimilation III	mutant	5	15	%	46	20	%
CYP79B3	sulfate assimilation III	stress	5	15	%	46	20	%
CYP97C1	oxidative branch of the pentose phosphate pathway	organ	7	22	%	25	20	%
CYP706A5	oxidative branch of the pentose phosphate pathway	stress	7	22	%	25	20	%
CYP71B7	sorbitol fermentation	mutant	10	15	%	56	20	%
CYP706A5	Calvin cycle	hormone	9	24	%	35	20	%
CYP83A1	lysine biosynthesis I	organ	5	29	%	16	20	%
CYP94D2	glyoxylate cycle	mutant	5	22	%	28	20	%
CYP88A3	glyoxylate cycle	mutant	5	22	%	28	20	%
CYP88A4	tRNA charging pathway	stress	10	21	%	26	20	%
CYP90A1	leucine degradation I	mutant	6	14	%	46	20	%
CYP94D2	leucine degradation I	mutant	6	14	%	46	20	%
CYP71B19	fructose degradation (anaerobic)	organ	9	14	%	52	20	%
CYP71B20	fructose degradation (anaerobic)	organ	9	14	%	52	20	%
CYP97B3	cysteine biosynthesis I	organ	9	23	%	36	20	%
CYP83A1	cysteine biosynthesis I	organ	8	21	%	36	20	%
CYP79B2	cysteine biosynthesis I	stress	5	13	%	36	20	%
CYP79C5P	lipases pathway	mutant	5	19	%	27	20	%
CYP76G1	lipases pathway	mutant	5	19	%	27	20	%
CYP705A32	lipases pathway	mutant	5	19	%	27	20	%
CYP735A2	lipases pathway	mutant	5	19	%	27	20	%
CYP74A	photorespiration	organ	6	18	%	25	20	%
CYP97B3	biosynthesis of proto- and siroheme	mutant	6	15	%	40	20	%
CYP90A1	biosynthesis of proto- and siroheme	mutant	6	15	%	40	20	%
CYP72A11	carbon monoxide dehydrogenase pathway	organ	6	21	%	15	19	%
CYP71B20	glycolysis IV	organ	9	14	%	52	19	%
CYP71B19	glycolysis IV	organ	9	14	%	52	19	%
CYP71B15	alanine biosynthesis II	stress	5	20	%	22	19	%
CYP71B34	gluconeogenesis	organ	7	16	%	44	19	%
CYP71B28	gluconeogenesis	organ	7	16	%	44	19	%
CYP706A5	gluconeogenesis	hormone	7	16	%	44	19	%
CYP71B7	gluconeogenesis	mutant	6	13	%	44	19	%
CYP81D2	triacylglycerol degradation	mutant	12	23	%	24	19	%
CYP71B2	triacylglycerol degradation	mutant	11	21	%	24	19	%
CYP72A11	TCA cycle variation IV	mutant	7	16	%	42	19	%
CYP90A1	glycine biosynthesis I	stress	6	14	%	28	19	%
CYP97A3	formaldehyde assimilation I (serine pathway)	mutant	5	15	%	30	19	%
CYP81D6	acetate fermentation	mutant	15	22	%	54	19	%
CYP79A4P	acetate fermentation	mutant	15	22	%	54	19	%
CYP71B30P	acetate fermentation	mutant	15	22	%	54	19	%
CYP81D7	acetate fermentation	mutant	15	22	%	54	19	%
CYP71B16	acetate fermentation	mutant	15	22	%	54	19	%
CYP94D2	leucine biosynthesis	mutant	6	16	%	34	19	%
CYP97B3	serine biosynthesis	organ	7	27	%	18	19	%
CYP71B24	serine biosynthesis	organ	7	27	%	18	19	%
CYP97A3	serine biosynthesis	organ	7	27	%	18	19	%
CYP72A11	serine biosynthesis	organ	7	27	%	18	19	%
CYP706A5	serine biosynthesis	mutant	6	23	%	18	19	%
CYP81D40	serine biosynthesis	mutant	6	23	%	18	19	%
CYP706A5	aspartate degradation I	mutant	5	19	%	31	19	%
CYP72A8	sulfate assimilation III	hormone	6	18	%	44	19	%
CYP71B7	sulfate assimilation III	mutant	6	18	%	44	19	%
CYP71B15	sulfate assimilation III	hormone	6	18	%	44	19	%
CYP94D2	sulfate assimilation III	mutant	6	18	%	44	19	%
CYP97B3	oxidative branch of the pentose phosphate pathway	organ	6	19	%	24	19	%
CYP86A2	cysteine biosynthesis I	mutant	7	18	%	35	19	%
CYP72A8	cysteine biosynthesis I	hormone	5	13	%	35	19	%
CYP71B15	cysteine biosynthesis I	hormone	5	13	%	35	19	%
CYP88A3	TCA cycle variation VIII	mutant	9	18	%	46	19	%
CYP97B3	glycerol degradation II	mutant	10	22	%	38	19	%
CYP97A3	glycerol degradation II	mutant	8	18	%	38	19	%
CYP97A3	glycerol degradation II	stress	6	13	%	38	19	%
CYP97A3	glycerol degradation II	organ	6	13	%	38	19	%
CYP97C1	glycerol degradation II	organ	6	13	%	38	19	%
CYP79A4P	serine-isocitrate lyase pathway	mutant	7	16	%	44	19	%
CYP71B30P	serine-isocitrate lyase pathway	mutant	7	16	%	44	19	%
CYP72A11	serine-isocitrate lyase pathway	organ	7	16	%	44	19	%
CYP71B34	serine-isocitrate lyase pathway	organ	7	16	%	44	19	%
CYP97B3	serine-isocitrate lyase pathway	organ	7	16	%	44	19	%
CYP71B16	serine-isocitrate lyase pathway	mutant	7	16	%	44	19	%
CYP81D7	serine-isocitrate lyase pathway	mutant	7	16	%	44	19	%
CYP81D6	serine-isocitrate lyase pathway	mutant	7	16	%	44	19	%
CYP72A11	serine-isocitrate lyase pathway	mutant	6	13	%	44	19	%
CYP97B3	valine degradation I	mutant	6	18	%	25	19	%
CYP71B7	TCA cycle -- aerobic respiration	mutant	8	17	%	42	19	%
CYP94D2	TCA cycle -- aerobic respiration	mutant	8	17	%	42	19	%
CYP88A3	TCA cycle -- aerobic respiration	mutant	8	17	%	42	19	%
CYP71B35	fructose degradation (anaerobic)	organ	9	14	%	50	19	%
CYP71B20	chlorophyll biosynthesis	organ	6	12	%	50	19	%
CYP71B19	chlorophyll biosynthesis	organ	6	12	%	50	19	%
CYP97B3	fructose degradation (anaerobic)	mutant	13	21	%	50	19	%
CYP97A3	fructose degradation (anaerobic)	mutant	11	17	%	50	19	%
CYP81D40	fructose degradation (anaerobic)	mutant	9	14	%	50	19	%
CYP86A2	UDP-glucose conversion	mutant	7	18	%	29	19	%
CYP51A2	fatty acid biosynthesis -- initial steps	mutant	6	19	%	30	19	%
CYP97C1	photorespiration	stress	7	21	%	24	19	%
CYP71B35	glycolysis IV	organ	9	14	%	50	19	%
CYP81D7	glycolysis IV	mutant	12	19	%	50	19	%
CYP71B16	glycolysis IV	mutant	12	19	%	50	19	%
CYP71B30P	glycolysis IV	mutant	12	19	%	50	19	%
CYP81D6	glycolysis IV	mutant	12	19	%	50	19	%
CYP79A4P	glycolysis IV	mutant	12	19	%	50	19	%
CYP81D40	glycolysis IV	mutant	9	14	%	50	19	%
CYP97C1	glycine biosynthesis I	organ	7	16	%	27	19	%
CYP86A2	galactose degradation I	mutant	9	19	%	35	19	%
CYP90A1	gluconeogenesis	stress	6	13	%	42	19	%
CYP97C1	gluconeogenesis	stress	6	13	%	42	19	%
CYP83A1	biosynthesis of proto- and siroheme	organ	6	15	%	38	19	%
CYP97B3	aspartate degradation I	mutant	5	19	%	30	19	%
CYP90A1	aspartate degradation I	mutant	5	19	%	30	19	%
CYP97A3	acetate fermentation	mutant	12	18	%	52	19	%
CYP706A5	acetate fermentation	mutant	11	16	%	52	19	%
CYP81D40	acetate fermentation	mutant	10	15	%	52	19	%
CYP90A1	TCA cycle variation VII	mutant	12	17	%	64	18	%
CYP71B20	sorbitol fermentation	organ	9	14	%	52	18	%
CYP71B19	sorbitol fermentation	organ	9	14	%	52	18	%
CYP71B21	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP85A1	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP71B17	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP79A2	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP71B25	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP76G1	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP96A14P	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP77A9	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP78A10	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP79C5P	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	22	18	%
CYP735A1	trehalose biosynthesis III	mutant	7	22	%	26	18	%
CYP71B17	trehalose biosynthesis III	mutant	7	22	%	26	18	%
CYP90A1	trehalose biosynthesis III	mutant	5	16	%	26	18	%
CYP79A2	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP97A3	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP71B25	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP78A10	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP96A14P	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP77A9	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP71B21	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP85A1	mixed acid fermentation	mutant	6	17	%	30	18	%
CYP88A3	acetyl-CoA assimilation	mutant	6	19	%	32	18	%
CYP71B7	acetyl-CoA assimilation	mutant	6	19	%	32	18	%
CYP76C2	acetyl-CoA assimilation	stress	5	16	%	32	18	%
CYP71B34	acetyl-CoA assimilation	organ	5	16	%	32	18	%
CYP715A1	triacylglycerol degradation	hormone	7	13	%	23	18	%
CYP88A4	carbon monoxide dehydrogenase pathway	stress	6	21	%	14	18	%
CYP97B3	carbon monoxide dehydrogenase pathway	mutant	5	18	%	14	18	%
CYP72A11	sulfate assimilation III	mutant	6	18	%	42	18	%
CYP90A1	lactose degradation IV	mutant	12	17	%	51	18	%
CYP702A8	leucine biosynthesis	mutant	5	14	%	32	18	%
CYP90A1	glycerol degradation II	mutant	8	18	%	36	18	%
CYP735A1	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP735A2	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP78A10	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP705A32	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP71B21	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP79C5P	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP71B31	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP85A1	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP71B17	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP71B25	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP77A9	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP96A14P	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP88A3	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP71B2	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP76G1	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP79A2	non-phosphorylated glucose degradation	mutant	5	16	%	18	18	%
CYP97B3	superpathway of serine and glycine biosynthesis II	stress	6	27	%	14	18	%
CYP709B3	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP97A3	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP97B3	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP71B28	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP72A11	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP71B34	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP97C1	formaldehyde assimilation I (serine pathway)	organ	5	15	%	28	18	%
CYP706A5	formaldehyde assimilation I (serine pathway)	hormone	5	15	%	28	18	%
CYP709B3	glycine biosynthesis I	stress	5	12	%	26	18	%
CYP71B35	acetate fermentation	organ	9	13	%	50	18	%
CYP709B3	acetyl-CoA assimilation	organ	5	16	%	31	18	%
CYP97A3	acetyl-CoA assimilation	organ	5	16	%	31	18	%
CYP86A2	gluconeogenesis	organ	5	11	%	40	18	%
CYP71B35	sorbitol fermentation	organ	9	14	%	50	18	%
CYP97B3	sorbitol fermentation	mutant	13	20	%	50	18	%
CYP97A3	sorbitol fermentation	mutant	11	17	%	50	18	%
CYP81D40	sorbitol fermentation	mutant	9	14	%	50	18	%
CYP97C1	biosynthesis of proto- and siroheme	stress	6	15	%	36	18	%
CYP97B3	biosynthesis of proto- and siroheme	stress	5	12	%	36	18	%
CYP90A1	galactose degradation I	mutant	8	17	%	33	18	%
CYP90A1	UDP-glucose conversion	mutant	6	15	%	27	18	%
CYP79A4P	phenylalanine degradation I	mutant	5	19	%	24	18	%
CYP71B30P	phenylalanine degradation I	mutant	5	19	%	24	18	%
CYP81D7	phenylalanine degradation I	mutant	5	19	%	24	18	%
CYP71B16	phenylalanine degradation I	mutant	5	19	%	24	18	%
CYP81D6	phenylalanine degradation I	mutant	5	19	%	24	18	%
CYP71B30P	fatty acid biosynthesis -- initial steps	mutant	5	16	%	28	18	%
CYP79A4P	fatty acid biosynthesis -- initial steps	mutant	5	16	%	28	18	%
CYP71B16	fatty acid biosynthesis -- initial steps	mutant	5	16	%	28	18	%
CYP81D7	fatty acid biosynthesis -- initial steps	mutant	5	16	%	28	18	%
CYP81D6	fatty acid biosynthesis -- initial steps	mutant	5	16	%	28	18	%
CYP97B3	cysteine biosynthesis II	stress	6	26	%	14	18	%
CYP71B20	cysteine biosynthesis II	organ	6	26	%	14	18	%
CYP71B19	cysteine biosynthesis II	organ	6	26	%	14	18	%
CYP706A5	cysteine biosynthesis II	stress	5	22	%	14	18	%
CYP81D40	cysteine biosynthesis II	organ	5	22	%	14	18	%
CYP90A1	cysteine biosynthesis II	stress	5	22	%	14	18	%
CYP71B4	cysteine biosynthesis II	organ	5	22	%	14	18	%
CYP74A	cysteine biosynthesis II	organ	5	22	%	14	18	%
CYP706A5	cysteine biosynthesis II	hormone	5	22	%	14	18	%
CYP97B3	oxidative branch of the pentose phosphate pathway	mutant	7	22	%	22	17	%
CYP71B34	oxidative branch of the pentose phosphate pathway	organ	5	16	%	22	17	%
CYP77A9	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP96A14P	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP71B17	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP71B21	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP85A1	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP79A2	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP71B25	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP78A10	dTDP-rhamnose biosynthesis	mutant	6	14	%	30	17	%
CYP71B16	valine degradation I	mutant	5	15	%	23	17	%
CYP71B30P	valine degradation I	mutant	5	15	%	23	17	%
CYP81D6	valine degradation I	mutant	5	15	%	23	17	%
CYP81D7	valine degradation I	mutant	5	15	%	23	17	%
CYP79A4P	valine degradation I	mutant	5	15	%	23	17	%
CYP709B3	cysteine biosynthesis I	organ	9	23	%	32	17	%
CYP97A3	cysteine biosynthesis I	stress	8	21	%	32	17	%
CYP71B34	threonine degradation	mutant	5	24	%	12	17	%
CYP86A2	colanic acid building blocks biosynthesis	mutant	10	18	%	41	17	%
CYP71B26	chlorophyll biosynthesis	mutant	5	10	%	46	17	%
CYP94D2	TCA cycle variation VIII	mutant	8	16	%	42	17	%
CYP97A3	photorespiration	hormone	6	18	%	22	17	%
CYP74B2	photorespiration	organ	6	18	%	22	17	%
CYP71B38	acetyl-CoA assimilation	mutant	5	16	%	30	17	%
CYP71B6	acetyl-CoA assimilation	mutant	5	16	%	30	17	%
CYP90A1	glucose conversion	mutant	6	15	%	27	17	%
CYP88A3	mixed acid fermentation	mutant	7	20	%	28	17	%
CYP71B28	serine biosynthesis	organ	7	27	%	16	17	%
CYP86A2	serine biosynthesis	organ	6	23	%	16	17	%
CYP71B35	serine biosynthesis	organ	6	23	%	16	17	%
CYP97C1	serine biosynthesis	organ	6	23	%	16	17	%
CYP81D2	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	16	17	%
CYP71A18	biosynthesis of pyrimidine ribonucleotides	mutant	5	22	%	16	17	%
CYP79A4P	glycerol degradation II	mutant	9	20	%	34	17	%
CYP71B16	glycerol degradation II	mutant	9	20	%	34	17	%
CYP81D7	glycerol degradation II	mutant	9	20	%	34	17	%
CYP71B30P	glycerol degradation II	mutant	9	20	%	34	17	%
CYP81D6	glycerol degradation II	mutant	9	20	%	34	17	%
CYP705A5	glycerol degradation II	mutant	5	11	%	34	17	%
CYP83B1	colanic acid building blocks biosynthesis	hormone	7	13	%	40	17	%
CYP97A3	Calvin cycle	hormone	7	18	%	30	17	%
CYP79F1	leucine biosynthesis	hormone	5	14	%	30	17	%
CYP79F2	leucine biosynthesis	hormone	5	14	%	30	17	%
CYP97A3	carbon monoxide dehydrogenase pathway	organ	5	18	%	13	17	%
CYP83A1	carbon monoxide dehydrogenase pathway	organ	5	18	%	13	17	%
CYP709B3	carbon monoxide dehydrogenase pathway	organ	5	18	%	13	17	%
CYP86A2	cellulose biosynthesis	mutant	7	16	%	36	17	%
CYP71B35	gluconeogenesis	organ	6	13	%	38	17	%
CYP97A3	tRNA charging pathway	stress	9	19	%	22	17	%
CYP97C1	tRNA charging pathway	organ	9	19	%	22	17	%
CYP81D6	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP79A4P	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP71B16	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP81D2	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP81D7	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP71B30P	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	20	17	%
CYP79A4P	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP97B3	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP81D7	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP71B30P	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP71B16	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP81D6	tRNA charging pathway	mutant	9	19	%	22	17	%
CYP90A1	tRNA charging pathway	mutant	8	17	%	22	17	%
CYP71B28	chlorophyll biosynthesis	organ	5	10	%	44	17	%
CYP71B30P	fructose degradation (anaerobic)	mutant	11	17	%	44	17	%
CYP71B16	fructose degradation (anaerobic)	mutant	11	17	%	44	17	%
CYP81D6	fructose degradation (anaerobic)	mutant	11	17	%	44	17	%
CYP79A4P	fructose degradation (anaerobic)	mutant	11	17	%	44	17	%
CYP81D7	fructose degradation (anaerobic)	mutant	11	17	%	44	17	%
CYP79A4P	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP71B30P	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP81D6	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP81D7	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP97A3	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP71B16	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP86A2	TCA cycle variation IV	mutant	7	16	%	36	17	%
CYP71B4	glycine biosynthesis I	organ	5	12	%	24	17	%
CYP71B7	TCA cycle variation VIII	mutant	7	14	%	40	17	%
CYP90A1	colanic acid building blocks biosynthesis	mutant	9	16	%	39	17	%
CYP97B3	mannitol degradation	mutant	5	20	%	16	16	%
CYP96A4	photorespiration	organ	6	18	%	21	16	%
CYP89A2	photorespiration	organ	5	15	%	21	16	%
CYP94D2	Calvin cycle	mutant	7	18	%	29	16	%
CYP71B7	serine-isocitrate lyase pathway	mutant	6	13	%	38	16	%
CYP90A1	gluconeogenesis	organ	5	11	%	37	16	%
CYP72A11	acetate fermentation	mutant	12	18	%	46	16	%
CYP86A2	cysteine biosynthesis I	organ	8	21	%	30	16	%
CYP86A2	dTDP-rhamnose biosynthesis	mutant	7	16	%	28	16	%
CYP89A9	leucine degradation I	stress	5	12	%	38	16	%
CYP76C2	TCA cycle -- aerobic respiration	stress	6	13	%	36	16	%
CYP71B38	TCA cycle -- aerobic respiration	mutant	6	13	%	36	16	%
CYP705A32	triacylglycerol degradation	mutant	9	17	%	20	16	%
CYP81D7	TCA cycle variation VII	mutant	10	14	%	56	16	%
CYP81D6	TCA cycle variation VII	mutant	10	14	%	56	16	%
CYP71B16	TCA cycle variation VII	mutant	10	14	%	56	16	%
CYP71B30P	TCA cycle variation VII	mutant	10	14	%	56	16	%
CYP79A4P	TCA cycle variation VII	mutant	10	14	%	56	16	%
CYP71B28	phenylalanine degradation I	organ	5	19	%	22	16	%
CYP94D2	phenylalanine degradation I	mutant	5	19	%	22	16	%
CYP83A1	glycerol degradation II	organ	5	11	%	32	16	%
CYP709B3	glycerol degradation II	organ	5	11	%	32	16	%
CYP72A11	glycerol degradation II	organ	5	11	%	32	16	%
CYP706A5	glycerol degradation II	organ	5	11	%	32	16	%
CYP94D2	acetyl-CoA assimilation	mutant	5	16	%	28	16	%
CYP79C5P	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP735A1	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP79A2	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP71B25	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP71B21	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP85A1	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP77A9	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP71B17	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP96A14P	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP78A10	cellulose biosynthesis	mutant	6	14	%	34	16	%
CYP88A3	aerobic respiration -- electron donors reaction list	mutant	5	23	%	14	16	%
CYP81D6	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP72A11	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP81D7	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP71B30P	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP79A4P	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP71B16	oxidative branch of the pentose phosphate pathway	mutant	6	19	%	20	16	%
CYP71B11	glycine biosynthesis I	hormone	5	12	%	23	16	%
CYP708A3	glycine biosynthesis I	organ	5	12	%	23	16	%
CYP71B34	fructose degradation (anaerobic)	organ	8	13	%	42	16	%
CYP96A12	chlorophyll biosynthesis	hormone	7	13	%	42	16	%
CYP86A2	fructose degradation (anaerobic)	organ	6	10	%	42	16	%
CYP97B3	sorbitol degradation	mutant	5	19	%	16	16	%
CYP97B3	Calvin cycle	stress	5	13	%	28	16	%
CYP71B34	glycolysis IV	organ	8	13	%	42	16	%
CYP86A2	glycolysis IV	organ	6	9	%	42	16	%
CYP71B17	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP735A1	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP78A10	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP85A1	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP79A2	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP71B21	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP71B25	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP79C5P	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP77A9	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP96A14P	TCA cycle variation IV	mutant	8	18	%	34	16	%
CYP72A11	TCA cycle variation IV	organ	6	13	%	34	16	%
CYP90A1	acetate fermentation	stress	9	13	%	44	16	%
CYP71B28	acetate fermentation	organ	8	12	%	44	16	%
CYP97B3	photorespiration	stress	7	21	%	20	16	%
CYP79B2	sulfate assimilation III	organ	5	15	%	36	16	%
CYP83B1	sulfate assimilation III	organ	5	15	%	36	16	%
CYP71B21	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP96A14P	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP71B16	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP81D6	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP81D7	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP85A1	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP79A2	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP78A10	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP77A9	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP71B25	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP71B30P	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP79A4P	sorbitol fermentation	mutant	11	17	%	44	16	%
CYP97A3	serine-isocitrate lyase pathway	organ	6	13	%	36	16	%
CYP709B3	serine-isocitrate lyase pathway	organ	6	13	%	36	16	%
CYP71B28	serine-isocitrate lyase pathway	organ	6	13	%	36	16	%
CYP79C5P	trehalose biosynthesis III	mutant	6	19	%	22	15	%
CYP71A18	trehalose biosynthesis III	mutant	5	16	%	22	15	%
CYP79A2	galactose degradation I	mutant	6	13	%	29	15	%
CYP71B21	galactose degradation I	mutant	6	13	%	29	15	%
CYP78A10	galactose degradation I	mutant	6	13	%	29	15	%
CYP735A1	galactose degradation I	mutant	6	13	%	29	15	%
CYP79C5P	galactose degradation I	mutant	6	13	%	29	15	%
CYP71B17	galactose degradation I	mutant	6	13	%	29	15	%
CYP77A9	galactose degradation I	mutant	6	13	%	29	15	%
CYP85A1	galactose degradation I	mutant	6	13	%	29	15	%
CYP96A14P	galactose degradation I	mutant	6	13	%	29	15	%
CYP71B25	galactose degradation I	mutant	6	13	%	29	15	%
CYP97C1	superpathway of serine and glycine biosynthesis II	stress	5	23	%	12	15	%
CYP78A10	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP77A9	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP96A14P	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP79C5P	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP71B17	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP71B21	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP71B25	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP735A1	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP85A1	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP79A2	TCA cycle -- aerobic respiration	mutant	8	17	%	34	15	%
CYP71B6	TCA cycle -- aerobic respiration	mutant	6	13	%	34	15	%
CYP71B25	lactose degradation IV	mutant	10	14	%	43	15	%
CYP96A14P	lactose degradation IV	mutant	10	14	%	43	15	%
CYP79A2	lactose degradation IV	mutant	10	14	%	43	15	%
CYP735A1	lactose degradation IV	mutant	10	14	%	43	15	%
CYP71B17	lactose degradation IV	mutant	10	14	%	43	15	%
CYP72A11	lactose degradation IV	organ	10	14	%	43	15	%
CYP71B21	lactose degradation IV	mutant	10	14	%	43	15	%
CYP77A9	lactose degradation IV	mutant	10	14	%	43	15	%
CYP79C5P	lactose degradation IV	mutant	10	14	%	43	15	%
CYP85A1	lactose degradation IV	mutant	10	14	%	43	15	%
CYP78A10	lactose degradation IV	mutant	10	14	%	43	15	%
CYP97A3	cysteine biosynthesis I	mutant	7	18	%	28	15	%
CYP97A3	glycine biosynthesis I	stress	7	16	%	22	15	%
CYP71B38	tRNA charging pathway	mutant	8	17	%	20	15	%
CYP735A1	dTDP-rhamnose biosynthesis	mutant	5	12	%	26	15	%
CYP79C5P	dTDP-rhamnose biosynthesis	mutant	5	12	%	26	15	%
CYP76G1	dTDP-rhamnose biosynthesis	mutant	5	12	%	26	15	%
CYP735A2	dTDP-rhamnose biosynthesis	mutant	5	12	%	26	15	%
CYP706A5	fructose degradation (anaerobic)	mutant	8	13	%	40	15	%
CYP71B28	fructose degradation (anaerobic)	organ	7	11	%	40	15	%
CYP708A3	chlorophyll biosynthesis	organ	5	10	%	40	15	%
CYP94D2	oxidative branch of the pentose phosphate pathway	mutant	5	16	%	19	15	%
CYP709B3	gluconeogenesis	hormone	6	13	%	34	15	%
CYP97A3	gluconeogenesis	hormone	5	11	%	34	15	%
CYP706A5	glycerol degradation II	mutant	6	13	%	30	15	%
CYP81D40	cysteine biosynthesis II	mutant	5	22	%	12	15	%
CYP71B34	cysteine biosynthesis II	organ	5	22	%	12	15	%
CYP97A3	cysteine biosynthesis II	mutant	5	22	%	12	15	%
CYP706A5	cysteine biosynthesis II	mutant	5	22	%	12	15	%
CYP96A4	cysteine biosynthesis II	organ	5	22	%	12	15	%
CYP90A1	cellulose biosynthesis	mutant	6	14	%	32	15	%
CYP81D40	cellulose biosynthesis	mutant	6	14	%	32	15	%
CYP72A11	TCA cycle variation VII	mutant	8	11	%	52	15	%
CYP71B28	glycolysis IV	organ	7	11	%	40	15	%
CYP706A5	glycolysis IV	mutant	8	13	%	40	15	%
CYP71B34	acetate fermentation	organ	8	12	%	42	15	%
CYP86A2	acetate fermentation	organ	6	9	%	42	15	%
CYP709B3	UDP-glucose conversion	organ	6	15	%	23	15	%
CYP81D40	UDP-glucose conversion	mutant	6	15	%	23	15	%
CYP72A11	UDP-glucose conversion	organ	6	15	%	23	15	%
CYP706A5	UDP-glucose conversion	hormone	6	15	%	23	15	%
CYP97A3	UDP-glucose conversion	organ	6	15	%	23	15	%
CYP706A5	UDP-glucose conversion	mutant	6	15	%	23	15	%
CYP86A2	UDP-glucose conversion	organ	6	15	%	23	15	%
CYP71B20	serine biosynthesis	organ	6	23	%	14	15	%
CYP71B19	serine biosynthesis	organ	6	23	%	14	15	%
CYP97B3	serine biosynthesis	stress	6	23	%	14	15	%
CYP706A5	serine biosynthesis	hormone	5	19	%	14	15	%
CYP706A5	serine biosynthesis	stress	5	19	%	14	15	%
CYP97A3	TCA cycle variation VIII	mutant	7	14	%	36	15	%
CYP71B38	TCA cycle variation VIII	mutant	6	12	%	36	15	%
CYP81D40	photorespiration	organ	5	15	%	19	15	%
CYP71B34	sorbitol fermentation	organ	8	12	%	42	15	%
CYP86A2	sorbitol fermentation	organ	6	9	%	42	15	%
CYP706A5	TCA cycle variation IV	mutant	6	13	%	32	15	%
CYP71B34	TCA cycle variation IV	organ	5	11	%	32	15	%
CYP97B3	TCA cycle variation IV	organ	5	11	%	32	15	%
CYP88A3	serine-isocitrate lyase pathway	mutant	6	13	%	34	15	%
CYP94D2	serine-isocitrate lyase pathway	mutant	6	13	%	34	15	%
CYP706A5	serine-isocitrate lyase pathway	mutant	6	13	%	34	15	%
CYP81D40	biosynthesis of proto- and siroheme	mutant	5	12	%	30	15	%
CYP735A2	triacylglycerol degradation	mutant	8	15	%	18	15	%
CYP96A5	triacylglycerol degradation	mutant	5	9	%	18	15	%
CYP82C3	triacylglycerol degradation	mutant	5	9	%	18	15	%
CYP706A5	glucose conversion	mutant	6	15	%	23	15	%
CYP81D40	glucose conversion	mutant	6	15	%	23	15	%
CYP706A5	glucose conversion	hormone	6	15	%	23	15	%
CYP72A11	glucose conversion	organ	6	15	%	23	15	%
CYP86A2	glucose conversion	organ	6	15	%	23	15	%
CYP97A3	glucose conversion	organ	6	15	%	23	15	%
CYP709B3	glucose conversion	organ	6	15	%	23	15	%
CYP72A11	glucose conversion	mutant	5	13	%	23	15	%
CYP97B3	lactose degradation IV	mutant	10	14	%	41	15	%
CYP71B2	dTDP-rhamnose biosynthesis	mutant	5	12	%	25	15	%
CYP96A4	glycine biosynthesis I	organ	6	14	%	21	14	%
CYP97A3	TCA cycle -- aerobic respiration	mutant	6	13	%	32	14	%
CYP86A2	TCA cycle -- aerobic respiration	mutant	6	13	%	32	14	%
CYP97B3	galactose degradation I	mutant	7	15	%	27	14	%
CYP71B7	galactose degradation I	mutant	7	15	%	27	14	%
CYP72A11	galactose degradation I	mutant	6	13	%	27	14	%
CYP735A2	galactose degradation I	mutant	5	10	%	27	14	%
CYP72A11	fructose degradation (anaerobic)	mutant	9	14	%	38	14	%
CYP705A5	fructose degradation (anaerobic)	mutant	6	10	%	38	14	%
CYP97A3	oxidative branch of the pentose phosphate pathway	mutant	5	16	%	18	14	%
CYP71B7	oxidative branch of the pentose phosphate pathway	mutant	5	16	%	18	14	%
CYP86A2	oxidative branch of the pentose phosphate pathway	mutant	5	16	%	18	14	%
CYP706A5	oxidative branch of the pentose phosphate pathway	mutant	5	16	%	18	14	%
CYP72A11	glycolysis IV	mutant	9	14	%	38	14	%
CYP705A5	glycolysis IV	mutant	6	9	%	38	14	%
CYP71B28	sorbitol fermentation	organ	7	11	%	40	14	%
CYP94D2	cysteine biosynthesis I	mutant	5	13	%	26	14	%
CYP735A2	trehalose biosynthesis III	mutant	5	16	%	20	14	%
CYP81D2	trehalose biosynthesis III	mutant	5	16	%	20	14	%
CYP706A5	cellulose biosynthesis	mutant	6	14	%	30	14	%
CYP79C5P	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP71B21	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP735A1	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP78A10	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP77A9	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP71B17	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP85A1	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP79A2	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP96A14P	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP71B25	TCA cycle variation VIII	mutant	8	16	%	34	14	%
CYP86A2	TCA cycle variation VIII	mutant	6	12	%	34	14	%
CYP72A11	TCA cycle variation VIII	organ	6	12	%	34	14	%
CYP97B3	colanic acid building blocks biosynthesis	mutant	8	14	%	33	14	%
CYP71B7	colanic acid building blocks biosynthesis	mutant	8	14	%	33	14	%
CYP97B3	dTDP-rhamnose biosynthesis	mutant	7	16	%	24	14	%
CYP88A4	sulfate assimilation III	stress	5	15	%	32	14	%
CYP709B3	lactose degradation IV	organ	9	13	%	39	14	%
CYP86A2	lactose degradation IV	organ	9	13	%	39	14	%
CYP97A3	lactose degradation IV	organ	9	13	%	39	14	%
CYP71B20	serine-isocitrate lyase pathway	organ	5	11	%	32	14	%
CYP71B38	serine-isocitrate lyase pathway	mutant	5	11	%	32	14	%
CYP86A2	serine-isocitrate lyase pathway	mutant	5	11	%	32	14	%
CYP71B19	serine-isocitrate lyase pathway	organ	5	11	%	32	14	%
CYP72A11	fatty acid biosynthesis -- initial steps	organ	5	16	%	22	14	%
CYP81D2	biosynthesis of proto- and siroheme	mutant	6	15	%	28	14	%
CYP97B3	UDP-glucose conversion	mutant	5	13	%	21	14	%
CYP83A1	UDP-glucose conversion	organ	5	13	%	21	14	%
CYP71B7	UDP-glucose conversion	mutant	5	13	%	21	14	%
CYP88A3	tRNA charging pathway	mutant	7	15	%	18	14	%
CYP97C1	tRNA charging pathway	stress	5	11	%	18	14	%
CYP72A11	aerobic respiration -- electron donors reaction list	mutant	5	23	%	12	14	%
CYP90A1	fructose degradation (anaerobic)	stress	7	11	%	36	14	%
CYP706A5	fructose degradation (anaerobic)	stress	6	10	%	36	14	%
CYP705A5	acetate fermentation	mutant	6	9	%	38	14	%
CYP72A11	TCA cycle -- aerobic respiration	organ	5	11	%	30	14	%
CYP83A1	TCA cycle -- aerobic respiration	mutant	5	11	%	30	14	%
CYP90A1	glycolysis I	mutant	14	11	%	72	13	%
CYP90A1	glycolysis IV	stress	7	11	%	36	13	%
CYP706A5	glycolysis IV	stress	6	9	%	36	13	%
CYP81D2	mixed acid fermentation	mutant	5	14	%	22	13	%
CYP94D2	mixed acid fermentation	mutant	5	14	%	22	13	%
CYP97B3	de novo biosynthesis of purine nucleotides II	mutant	5	14	%	16	13	%
CYP83A1	glucose conversion	organ	5	13	%	21	13	%
CYP97B3	glucose conversion	mutant	5	13	%	21	13	%
CYP71B7	glucose conversion	mutant	5	13	%	21	13	%
CYP88A3	TCA cycle variation VII	mutant	9	13	%	46	13	%
CYP97B3	leucine degradation I	mutant	5	12	%	31	13	%
CYP81D6	leucine degradation I	mutant	5	12	%	31	13	%
CYP79A4P	leucine degradation I	mutant	5	12	%	31	13	%
CYP81D7	leucine degradation I	mutant	5	12	%	31	13	%
CYP71B16	leucine degradation I	mutant	5	12	%	31	13	%
CYP71B30P	leucine degradation I	mutant	5	12	%	31	13	%
CYP706A5	TCA cycle variation VIII	mutant	6	12	%	32	13	%
CYP97B3	TCA cycle variation VIII	organ	5	10	%	32	13	%
CYP71B34	TCA cycle variation VIII	organ	5	10	%	32	13	%
CYP76C2	TCA cycle variation VIII	stress	5	10	%	32	13	%
CYP71B28	phenylalanine degradation I	stress	5	19	%	18	13	%
CYP71B7	lactose degradation IV	mutant	9	13	%	37	13	%
CYP88A4	lactose degradation IV	stress	9	13	%	37	13	%
CYP735A2	lactose degradation IV	mutant	8	11	%	37	13	%
CYP735A2	cellulose biosynthesis	mutant	5	11	%	28	13	%
CYP83A1	cellulose biosynthesis	organ	5	11	%	28	13	%
CYP88A4	glycolysis I	stress	12	9	%	70	13	%
CYP81D40	glycine biosynthesis I	organ	5	12	%	19	13	%
CYP724A1	TCA cycle -- aerobic respiration	organ	5	11	%	29	13	%
CYP97A3	cysteine biosynthesis I	organ	8	21	%	24	13	%
CYP90A1	cysteine biosynthesis I	stress	6	15	%	24	13	%
CYP709B3	cysteine biosynthesis I	mutant	5	13	%	24	13	%
CYP72A11	glycerol degradation II	mutant	7	16	%	26	13	%
CYP97A3	serine-isocitrate lyase pathway	mutant	5	11	%	30	13	%
CYP708A3	serine-isocitrate lyase pathway	organ	5	11	%	30	13	%
CYP94D2	TCA cycle variation IV	mutant	6	13	%	28	13	%
CYP81F4	TCA cycle variation IV	hormone	5	11	%	28	13	%
CYP710A1	lignin biosynthesis	stress	6	14	%	32	13	%
CYP79A2	fructose degradation (anaerobic)	mutant	10	16	%	34	13	%
CYP96A14P	fructose degradation (anaerobic)	mutant	10	16	%	34	13	%
CYP77A9	fructose degradation (anaerobic)	mutant	10	16	%	34	13	%
CYP85A1	fructose degradation (anaerobic)	mutant	10	16	%	34	13	%
CYP90A1	fructose degradation (anaerobic)	organ	6	10	%	34	13	%
CYP97B3	chlorophyll biosynthesis	hormone	5	10	%	34	13	%
CYP96A14P	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP71B25	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP71B21	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP79A2	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP85A1	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP78A10	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP77A9	trehalose biosynthesis II	mutant	8	15	%	30	13	%
CYP77A9	acetate fermentation	mutant	10	15	%	36	13	%
CYP79A2	acetate fermentation	mutant	10	15	%	36	13	%
CYP96A14P	acetate fermentation	mutant	10	15	%	36	13	%
CYP85A1	acetate fermentation	mutant	10	15	%	36	13	%
CYP706A5	acetate fermentation	stress	6	9	%	36	13	%
CYP97A3	dTDP-rhamnose biosynthesis	organ	6	14	%	22	13	%
CYP90A1	dTDP-rhamnose biosynthesis	mutant	6	14	%	22	13	%
CYP72A11	dTDP-rhamnose biosynthesis	organ	6	14	%	22	13	%
CYP706A5	dTDP-rhamnose biosynthesis	mutant	6	14	%	22	13	%
CYP71B7	dTDP-rhamnose biosynthesis	mutant	6	14	%	22	13	%
CYP90A1	serine biosynthesis	organ	5	19	%	12	13	%
CYP96A4	serine biosynthesis	organ	5	19	%	12	13	%
CYP71B34	serine biosynthesis	organ	5	19	%	12	13	%
CYP97A3	serine biosynthesis	mutant	5	19	%	12	13	%
CYP83B1	galactose degradation I	hormone	5	10	%	24	13	%
CYP97A3	glycolysis I	organ	12	9	%	68	13	%
CYP72A11	glycolysis I	organ	12	9	%	68	13	%
CYP709B3	glycolysis I	organ	12	9	%	68	13	%
CYP90A1	glycolysis IV	organ	6	9	%	34	13	%
CYP85A1	glycolysis IV	mutant	10	16	%	34	13	%
CYP96A14P	glycolysis IV	mutant	10	16	%	34	13	%
CYP79A2	glycolysis IV	mutant	10	16	%	34	13	%
CYP77A9	glycolysis IV	mutant	10	16	%	34	13	%
CYP90A1	sorbitol fermentation	stress	7	11	%	36	13	%
CYP706A5	sorbitol fermentation	stress	6	9	%	36	13	%
CYP76G1	trehalose biosynthesis III	mutant	5	16	%	18	13	%
CYP71B2	trehalose biosynthesis III	mutant	5	16	%	18	13	%
CYP81F4	TCA cycle -- aerobic respiration	hormone	5	11	%	28	13	%
CYP708A3	cysteine biosynthesis I	organ	5	13	%	23	13	%
CYP90A1	fatty acid biosynthesis -- initial steps	organ	5	16	%	20	13	%
CYP706A5	photorespiration	stress	5	15	%	16	13	%
CYP97B3	lactose degradation IV	organ	9	13	%	35	12	%
CYP72A11	lactose degradation IV	mutant	8	11	%	35	12	%
CYP83A1	TCA cycle variation VIII	mutant	5	10	%	30	12	%
CYP71B6	TCA cycle variation VIII	mutant	5	10	%	30	12	%
CYP81D6	trehalose biosynthesis II	mutant	5	9	%	29	12	%
CYP71B16	trehalose biosynthesis II	mutant	5	9	%	29	12	%
CYP79A4P	trehalose biosynthesis II	mutant	5	9	%	29	12	%
CYP71B30P	trehalose biosynthesis II	mutant	5	9	%	29	12	%
CYP81D7	trehalose biosynthesis II	mutant	5	9	%	29	12	%
CYP97C1	glycolysis I	organ	11	9	%	66	12	%
CYP71B21	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP71B25	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP78A10	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP79C5P	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP85A1	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP71B17	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP735A1	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP79A2	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP77A9	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP96A14P	colanic acid building blocks biosynthesis	mutant	6	11	%	29	12	%
CYP706A5	galactose degradation I	hormone	6	13	%	23	12	%
CYP86A2	galactose degradation I	organ	6	13	%	23	12	%
CYP97A3	galactose degradation I	organ	6	13	%	23	12	%
CYP81D40	galactose degradation I	mutant	6	13	%	23	12	%
CYP709B3	galactose degradation I	organ	6	13	%	23	12	%
CYP706A5	galactose degradation I	mutant	6	13	%	23	12	%
CYP72A11	galactose degradation I	organ	6	13	%	23	12	%
CYP81D40	dTDP-rhamnose biosynthesis	mutant	5	12	%	21	12	%
CYP86A2	dTDP-rhamnose biosynthesis	organ	5	12	%	21	12	%
CYP709B3	dTDP-rhamnose biosynthesis	organ	5	12	%	21	12	%
CYP79C5P	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP735A1	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP71B2	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP71B7	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP705A32	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP71B17	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP735A2	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP76G1	mixed acid fermentation	mutant	5	14	%	20	12	%
CYP71B2	cellulose biosynthesis	mutant	6	14	%	26	12	%
CYP97A3	cellulose biosynthesis	mutant	5	11	%	26	12	%
CYP72A11	cellulose biosynthesis	mutant	5	11	%	26	12	%
CYP97B3	cellulose biosynthesis	mutant	5	11	%	26	12	%
CYP71B16	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	38	12	%
CYP79A4P	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	38	12	%
CYP81D6	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	38	12	%
CYP81D7	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	38	12	%
CYP71B30P	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	38	12	%
CYP97A3	tRNA charging pathway	organ	7	15	%	16	12	%
CYP71B7	TCA cycle variation VII	mutant	8	11	%	42	12	%
CYP94D2	TCA cycle variation VII	mutant	8	11	%	42	12	%
CYP90A1	acetate fermentation	organ	6	9	%	34	12	%
CYP81D2	chlorophyll biosynthesis	mutant	8	15	%	32	12	%
CYP706A5	fructose degradation (anaerobic)	hormone	7	11	%	32	12	%
CYP97B3	fructose degradation (anaerobic)	stress	5	8	%	32	12	%
CYP97C1	serine-isocitrate lyase pathway	organ	5	11	%	28	12	%
CYP706A5	serine-isocitrate lyase pathway	hormone	5	11	%	28	12	%
CYP96A5	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP81D8	lignin biosynthesis	hormone	5	11	%	30	12	%
CYP82C3	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP71B15	lignin biosynthesis	hormone	5	11	%	30	12	%
CYP81F3	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP71B15	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP71A18	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP720A1	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP715A1	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP89A3	lignin biosynthesis	mutant	5	11	%	30	12	%
CYP90A1	sorbitol fermentation	organ	6	9	%	34	12	%
CYP706A5	glycolysis IV	hormone	7	11	%	32	12	%
CYP97B3	glycolysis IV	stress	5	8	%	32	12	%
CYP81D2	TCA cycle variation IV	mutant	6	13	%	26	12	%
CYP88A3	TCA cycle variation IV	mutant	6	13	%	26	12	%
CYP709B3	TCA cycle variation IV	organ	5	11	%	26	12	%
CYP71B24	cysteine biosynthesis I	organ	8	21	%	22	12	%
CYP90A1	cysteine biosynthesis I	organ	7	18	%	22	12	%
CYP71B2	colanic acid building blocks biosynthesis	hormone	5	9	%	28	12	%
CYP81D2	TCA cycle -- aerobic respiration	mutant	6	13	%	26	12	%
CYP79F2	TCA cycle -- aerobic respiration	stress	5	11	%	26	12	%
CYP79F1	TCA cycle -- aerobic respiration	stress	5	11	%	26	12	%
CYP706A5	lactose degradation IV	mutant	8	11	%	33	12	%
CYP97A3	glycolysis I	stress	11	9	%	62	12	%
CYP97B3	glycolysis I	organ	10	8	%	62	12	%
CYP81F4	TCA cycle variation VIII	hormone	5	10	%	28	12	%
CYP94D2	gluconeogenesis	mutant	6	13	%	26	12	%
CYP71B30P	colanic acid building blocks biosynthesis	mutant	7	13	%	27	11	%
CYP81D6	colanic acid building blocks biosynthesis	mutant	7	13	%	27	11	%
CYP71B16	colanic acid building blocks biosynthesis	mutant	7	13	%	27	11	%
CYP79A4P	colanic acid building blocks biosynthesis	mutant	7	13	%	27	11	%
CYP81D7	colanic acid building blocks biosynthesis	mutant	7	13	%	27	11	%
CYP72A11	colanic acid building blocks biosynthesis	mutant	6	11	%	27	11	%
CYP735A2	colanic acid building blocks biosynthesis	mutant	5	9	%	27	11	%
CYP706A5	acetate fermentation	hormone	7	10	%	32	11	%
CYP97B3	acetate fermentation	stress	5	7	%	32	11	%
CYP735A1	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP85A1	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP79A2	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP79C5P	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP96A14P	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP71B21	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP77A9	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP78A10	tRNA charging pathway	mutant	6	13	%	15	11	%
CYP98A8	triacylglycerol degradation	mutant	6	11	%	14	11	%
CYP98A8	triacylglycerol degradation	organ	6	11	%	14	11	%
CYP705A24	triacylglycerol degradation	organ	6	11	%	14	11	%
CYP86C4	triacylglycerol degradation	organ	6	11	%	14	11	%
CYP706A5	sorbitol fermentation	hormone	7	11	%	32	11	%
CYP97B3	sorbitol fermentation	stress	5	8	%	32	11	%
CYP71B38	Calvin cycle	mutant	5	13	%	20	11	%
CYP71A13	leucine biosynthesis	stress	5	14	%	20	11	%
CYP83A1	glycolysis I	organ	10	8	%	60	11	%
CYP71B16	galactose degradation I	mutant	6	13	%	21	11	%
CYP81D7	galactose degradation I	mutant	6	13	%	21	11	%
CYP79A4P	galactose degradation I	mutant	6	13	%	21	11	%
CYP81D6	galactose degradation I	mutant	6	13	%	21	11	%
CYP71B30P	galactose degradation I	mutant	6	13	%	21	11	%
CYP83A1	galactose degradation I	organ	5	10	%	21	11	%
CYP735A1	trehalose biosynthesis II	mutant	7	13	%	26	11	%
CYP71B17	trehalose biosynthesis II	mutant	7	13	%	26	11	%
CYP90A1	trehalose biosynthesis II	mutant	5	9	%	26	11	%
CYP71B2	TCA cycle variation IV	mutant	6	13	%	24	11	%
CYP76G1	TCA cycle variation IV	mutant	6	13	%	24	11	%
CYP705A32	TCA cycle variation IV	mutant	6	13	%	24	11	%
CYP88A4	UDP-glucose conversion	stress	5	13	%	17	11	%
CYP71B20	UDP-glucose conversion	organ	5	13	%	17	11	%
CYP81D40	UDP-glucose conversion	organ	5	13	%	17	11	%
CYP97B3	UDP-glucose conversion	organ	5	13	%	17	11	%
CYP71B19	UDP-glucose conversion	organ	5	13	%	17	11	%
CYP706A5	glycine biosynthesis I	hormone	5	12	%	16	11	%
CYP97A3	glycine biosynthesis I	hormone	5	12	%	16	11	%
CYP81D6	lactose degradation IV	mutant	8	11	%	31	11	%
CYP71B16	lactose degradation IV	mutant	8	11	%	31	11	%
CYP71B30P	lactose degradation IV	mutant	8	11	%	31	11	%
CYP81D7	lactose degradation IV	mutant	8	11	%	31	11	%
CYP79A4P	lactose degradation IV	mutant	8	11	%	31	11	%
CYP76G1	lactose degradation IV	mutant	8	11	%	31	11	%
CYP81D40	lactose degradation IV	mutant	8	11	%	31	11	%
CYP97B3	de novo biosynthesis of purine nucleotides I	mutant	10	11	%	34	11	%
CYP706A5	glycolysis I	organ	11	9	%	58	11	%
CYP86A2	glycolysis I	mutant	11	9	%	58	11	%
CYP81F4	glycolysis I	mutant	9	7	%	58	11	%
CYP705A32	TCA cycle -- aerobic respiration	mutant	6	13	%	24	11	%
CYP71B2	TCA cycle -- aerobic respiration	mutant	6	13	%	24	11	%
CYP76G1	TCA cycle -- aerobic respiration	mutant	6	13	%	24	11	%
CYP71B23	TCA cycle -- aerobic respiration	stress	5	11	%	24	11	%
CYP71B19	glucose conversion	organ	5	13	%	17	11	%
CYP88A4	glucose conversion	stress	5	13	%	17	11	%
CYP97B3	glucose conversion	organ	5	13	%	17	11	%
CYP71B20	glucose conversion	organ	5	13	%	17	11	%
CYP81D40	glucose conversion	organ	5	13	%	17	11	%
CYP81D2	TCA cycle variation VIII	mutant	6	12	%	26	11	%
CYP79F1	TCA cycle variation VIII	stress	5	10	%	26	11	%
CYP709B3	TCA cycle variation VIII	organ	5	10	%	26	11	%
CYP79F2	TCA cycle variation VIII	stress	5	10	%	26	11	%
CYP702A8	tRNA charging pathway	mutant	6	13	%	14	11	%
CYP71B26	tRNA charging pathway	mutant	5	11	%	14	11	%
CYP97B3	glycolysis I	mutant	14	11	%	56	10	%
CYP97A3	glycolysis I	mutant	12	9	%	56	10	%
CYP71B7	glycolysis I	mutant	10	8	%	56	10	%
CYP79A4P	dTDP-rhamnose biosynthesis	mutant	6	14	%	18	10	%
CYP81D6	dTDP-rhamnose biosynthesis	mutant	6	14	%	18	10	%
CYP81D7	dTDP-rhamnose biosynthesis	mutant	6	14	%	18	10	%
CYP71B16	dTDP-rhamnose biosynthesis	mutant	6	14	%	18	10	%
CYP71B30P	dTDP-rhamnose biosynthesis	mutant	6	14	%	18	10	%
CYP76C2	lignin biosynthesis	stress	5	11	%	26	10	%
CYP97A3	TCA cycle variation VII	mutant	7	10	%	36	10	%
CYP86A2	TCA cycle variation VII	mutant	7	10	%	36	10	%
CYP71B38	TCA cycle variation VII	mutant	6	9	%	36	10	%
CYP71B7	TCA cycle variation IV	mutant	5	11	%	22	10	%
CYP78A10	glycerol degradation II	mutant	6	13	%	20	10	%
CYP94D2	glycerol degradation II	mutant	6	13	%	20	10	%
CYP96A14P	glycerol degradation II	mutant	6	13	%	20	10	%
CYP71B25	glycerol degradation II	mutant	6	13	%	20	10	%
CYP71B21	glycerol degradation II	mutant	6	13	%	20	10	%
CYP85A1	glycerol degradation II	mutant	6	13	%	20	10	%
CYP77A9	glycerol degradation II	mutant	6	13	%	20	10	%
CYP71B17	glycerol degradation II	mutant	6	13	%	20	10	%
CYP79A2	glycerol degradation II	mutant	6	13	%	20	10	%
CYP90A1	lactose degradation IV	stress	5	7	%	28	10	%
CYP71B2	TCA cycle variation VIII	mutant	6	12	%	24	10	%
CYP76G1	TCA cycle variation VIII	mutant	6	12	%	24	10	%
CYP705A32	TCA cycle variation VIII	mutant	6	12	%	24	10	%
CYP71B23	TCA cycle variation VIII	stress	5	10	%	24	10	%
CYP71B2	tRNA charging pathway	mutant	5	11	%	13	10	%
CYP76G1	tRNA charging pathway	mutant	5	11	%	13	10	%
CYP71B17	tRNA charging pathway	mutant	5	11	%	13	10	%
CYP71B25	tRNA charging pathway	mutant	5	11	%	13	10	%
CYP78A10	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP96A14P	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP735A1	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP71B17	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP77A9	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP71B21	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP79A2	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP71B25	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP85A1	chlorophyll biosynthesis	mutant	9	17	%	26	10	%
CYP71B21	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP71B17	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP78A10	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP85A1	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP77A9	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP735A1	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP96A14P	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP79A2	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP79C5P	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP71B25	TCA cycle variation VII	mutant	8	11	%	34	10	%
CYP72A11	TCA cycle variation VII	organ	6	9	%	34	10	%
CYP81D40	cysteine biosynthesis I	mutant	6	15	%	18	10	%
CYP79C5P	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP71B25	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP71B2	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP96A14P	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP77A9	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP78A10	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP705A32	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP71B17	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP85A1	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP76G1	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP79A2	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP735A1	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP71B21	biosynthesis of proto- and siroheme	mutant	6	15	%	20	10	%
CYP709B3	colanic acid building blocks biosynthesis	organ	6	11	%	23	10	%
CYP706A5	colanic acid building blocks biosynthesis	hormone	6	11	%	23	10	%
CYP86A2	colanic acid building blocks biosynthesis	organ	6	11	%	23	10	%
CYP72A11	colanic acid building blocks biosynthesis	organ	6	11	%	23	10	%
CYP706A5	colanic acid building blocks biosynthesis	mutant	6	11	%	23	10	%
CYP97A3	colanic acid building blocks biosynthesis	organ	6	11	%	23	10	%
CYP81D40	colanic acid building blocks biosynthesis	mutant	6	11	%	23	10	%
CYP71B19	glycolysis I	organ	9	7	%	52	10	%
CYP71B20	glycolysis I	organ	9	7	%	52	10	%
CYP86C4	triacylglycerol degradation	mutant	5	9	%	12	10	%
CYP705A24	triacylglycerol degradation	mutant	5	9	%	12	10	%
CYP98A9	triacylglycerol degradation	mutant	5	9	%	12	10	%
CYP86C3	triacylglycerol degradation	mutant	5	9	%	12	10	%
CYP97B3	glycine biosynthesis I	stress	6	14	%	14	10	%
CYP96A14P	Calvin cycle	mutant	5	13	%	17	10	%
CYP78A10	Calvin cycle	mutant	5	13	%	17	10	%
CYP71B21	Calvin cycle	mutant	5	13	%	17	10	%
CYP77A9	Calvin cycle	mutant	5	13	%	17	10	%
CYP71B17	Calvin cycle	mutant	5	13	%	17	10	%
CYP85A1	Calvin cycle	mutant	5	13	%	17	10	%
CYP79A2	Calvin cycle	mutant	5	13	%	17	10	%
CYP71B25	Calvin cycle	mutant	5	13	%	17	10	%
CYP735A1	de novo biosynthesis of purine nucleotides I	mutant	7	8	%	30	10	%
CYP74A	lactose degradation IV	organ	6	8	%	27	10	%
CYP706A5	lactose degradation IV	organ	6	8	%	27	10	%
CYP90A1	lactose degradation IV	organ	6	8	%	27	10	%
CYP79C5P	trehalose biosynthesis II	mutant	6	11	%	22	9	%
CYP71A18	trehalose biosynthesis II	mutant	5	9	%	22	9	%
CYP706A3	cellulose biosynthesis	organ	5	11	%	20	9	%
CYP79A4P	glycolysis I	mutant	12	9	%	50	9	%
CYP71B30P	glycolysis I	mutant	12	9	%	50	9	%
CYP81D7	glycolysis I	mutant	12	9	%	50	9	%
CYP81D6	glycolysis I	mutant	12	9	%	50	9	%
CYP71B16	glycolysis I	mutant	12	9	%	50	9	%
CYP71B35	glycolysis I	organ	9	7	%	50	9	%
CYP81D40	glycolysis I	mutant	9	7	%	50	9	%
CYP705A20	colanic acid building blocks biosynthesis	hormone	5	9	%	22	9	%
CYP88A4	dTDP-rhamnose biosynthesis	stress	5	12	%	16	9	%
CYP706A5	dTDP-rhamnose biosynthesis	hormone	5	12	%	16	9	%
CYP97B3	dTDP-rhamnose biosynthesis	organ	5	12	%	16	9	%
CYP706A5	TCA cycle variation VII	mutant	6	9	%	32	9	%
CYP71B34	TCA cycle variation VII	organ	5	7	%	32	9	%
CYP76C2	TCA cycle variation VII	stress	5	7	%	32	9	%
CYP97B3	TCA cycle variation VII	organ	5	7	%	32	9	%
CYP71B2	lactose degradation IV	mutant	7	10	%	26	9	%
CYP735A2	TCA cycle variation IV	mutant	5	11	%	20	9	%
CYP78A10	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP71B25	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP71B21	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP77A9	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP85A1	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP96A14P	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP79A2	trehalose biosynthesis I	mutant	8	11	%	30	9	%
CYP72A11	tRNA charging pathway	organ	5	11	%	12	9	%
CYP97B3	tRNA charging pathway	organ	5	11	%	12	9	%
CYP97A3	tRNA charging pathway	hormone	5	11	%	12	9	%
CYP71B36	tRNA charging pathway	stress	5	11	%	12	9	%
CYP97A3	tRNA charging pathway	mutant	5	11	%	12	9	%
CYP71B6	tRNA charging pathway	mutant	5	11	%	12	9	%
CYP79C5P	chlorophyll biosynthesis	mutant	8	15	%	24	9	%
CYP705A32	chlorophyll biosynthesis	mutant	8	15	%	24	9	%
CYP76G1	chlorophyll biosynthesis	mutant	8	15	%	24	9	%
CYP71B2	chlorophyll biosynthesis	mutant	8	15	%	24	9	%
CYP71A18	chlorophyll biosynthesis	mutant	5	10	%	24	9	%
CYP97A3	fructose degradation (anaerobic)	hormone	5	8	%	24	9	%
CYP97B3	galactose degradation I	organ	5	10	%	17	9	%
CYP71B20	galactose degradation I	organ	5	10	%	17	9	%
CYP81D40	galactose degradation I	organ	5	10	%	17	9	%
CYP71B19	galactose degradation I	organ	5	10	%	17	9	%
CYP88A4	galactose degradation I	stress	5	10	%	17	9	%
CYP71B34	Calvin cycle	mutant	5	13	%	16	9	%
CYP735A2	TCA cycle -- aerobic respiration	mutant	5	11	%	20	9	%
CYP71B31	glycerol degradation II	mutant	5	11	%	18	9	%
CYP79C5P	glycerol degradation II	mutant	5	11	%	18	9	%
CYP735A1	glycerol degradation II	mutant	5	11	%	18	9	%
CYP735A2	glycerol degradation II	mutant	5	11	%	18	9	%
CYP88A3	glycerol degradation II	mutant	5	11	%	18	9	%
CYP76G1	glycerol degradation II	mutant	5	11	%	18	9	%
CYP71B2	glycerol degradation II	mutant	5	11	%	18	9	%
CYP705A32	glycerol degradation II	mutant	5	11	%	18	9	%
CYP97A3	glycolysis IV	hormone	5	8	%	24	9	%
CYP79A2	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP78A10	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP85A1	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP71B25	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP96A14P	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP77A9	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP71B21	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	28	9	%
CYP97B3	colanic acid building blocks biosynthesis	organ	6	11	%	21	9	%
CYP83A1	colanic acid building blocks biosynthesis	organ	5	9	%	21	9	%
CYP81D7	trehalose biosynthesis I	mutant	5	7	%	29	9	%
CYP71B30P	trehalose biosynthesis I	mutant	5	7	%	29	9	%
CYP81D6	trehalose biosynthesis I	mutant	5	7	%	29	9	%
CYP71B16	trehalose biosynthesis I	mutant	5	7	%	29	9	%
CYP79A4P	trehalose biosynthesis I	mutant	5	7	%	29	9	%
CYP71B20	lactose degradation IV	organ	7	10	%	25	9	%
CYP71B19	lactose degradation IV	organ	7	10	%	25	9	%
CYP83A1	lactose degradation IV	organ	6	8	%	25	9	%
CYP82C3	lignin biosynthesis	hormone	5	11	%	22	9	%
CYP715A1	lignin biosynthesis	hormone	5	11	%	22	9	%
CYP96A12	biosynthesis of proto- and siroheme	hormone	5	12	%	18	9	%
CYP71B28	cysteine biosynthesis I	organ	7	18	%	16	9	%
CYP97C1	cysteine biosynthesis I	stress	6	15	%	16	9	%
CYP71B35	cysteine biosynthesis I	organ	6	15	%	16	9	%
CYP97C1	cysteine biosynthesis I	organ	6	15	%	16	9	%
CYP71B6	TCA cycle variation VII	mutant	5	7	%	30	9	%
CYP83A1	TCA cycle variation VII	mutant	5	7	%	30	9	%
CYP735A2	trehalose biosynthesis II	mutant	5	9	%	20	9	%
CYP81D2	trehalose biosynthesis II	mutant	5	9	%	20	9	%
CYP97A3	acetate fermentation	hormone	5	7	%	24	9	%
CYP83B1	lactose degradation IV	hormone	5	7	%	24	9	%
CYP97B3	lactose degradation IV	stress	5	7	%	24	9	%
CYP97A3	sorbitol fermentation	hormone	5	8	%	24	8	%
CYP71B36	Calvin cycle	stress	5	13	%	15	8	%
CYP90A1	de novo biosynthesis of purine nucleotides I	mutant	7	8	%	26	8	%
CYP81D2	de novo biosynthesis of purine nucleotides I	mutant	6	7	%	26	8	%
CYP71B24	fructose degradation (anaerobic)	organ	5	8	%	22	8	%
CYP97C1	glycine biosynthesis I	stress	5	12	%	12	8	%
CYP735A2	TCA cycle variation VIII	mutant	5	10	%	20	8	%
CYP71B24	glycolysis IV	organ	5	8	%	22	8	%
CYP71B34	lactose degradation IV	organ	6	8	%	23	8	%
CYP71B24	lactose degradation IV	organ	6	8	%	23	8	%
CYP706A5	lactose degradation IV	hormone	6	8	%	23	8	%
CYP97A3	lactose degradation IV	stress	6	8	%	23	8	%
CYP71B10	TCA cycle variation VII	organ	5	7	%	28	8	%
CYP81F4	TCA cycle variation VII	hormone	5	7	%	28	8	%
CYP71B34	colanic acid building blocks biosynthesis	organ	5	9	%	19	8	%
CYP71A18	glycerol degradation II	mutant	5	11	%	16	8	%
CYP81D2	glycerol degradation II	mutant	5	11	%	16	8	%
CYP71B17	trehalose biosynthesis I	mutant	7	9	%	26	8	%
CYP735A1	trehalose biosynthesis I	mutant	7	9	%	26	8	%
CYP90A1	trehalose biosynthesis I	mutant	5	7	%	26	8	%
CYP71B34	glycolysis I	organ	8	6	%	42	8	%
CYP86A2	glycolysis I	organ	6	5	%	42	8	%
CYP71B24	acetate fermentation	organ	5	7	%	22	8	%
CYP735A2	biosynthesis of proto- and siroheme	mutant	5	12	%	16	8	%
CYP71B2	lactose degradation IV	hormone	5	7	%	22	8	%
CYP71B24	sorbitol fermentation	organ	5	8	%	22	8	%
CYP76G1	trehalose biosynthesis II	mutant	5	9	%	18	8	%
CYP71B2	trehalose biosynthesis II	mutant	5	9	%	18	8	%
CYP735A2	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	24	8	%
CYP71B20	cysteine biosynthesis I	organ	6	15	%	14	8	%
CYP71B19	cysteine biosynthesis I	organ	6	15	%	14	8	%
CYP97B3	cysteine biosynthesis I	stress	6	15	%	14	8	%
CYP81D40	cysteine biosynthesis I	organ	5	13	%	14	8	%
CYP706A5	cysteine biosynthesis I	stress	5	13	%	14	8	%
CYP706A5	cysteine biosynthesis I	hormone	5	13	%	14	8	%
CYP71B4	cysteine biosynthesis I	organ	5	13	%	14	8	%
CYP735A2	chlorophyll biosynthesis	mutant	7	13	%	20	8	%
CYP81D2	TCA cycle variation VII	mutant	6	9	%	26	7	%
CYP709B3	TCA cycle variation VII	organ	5	7	%	26	7	%
CYP79F1	TCA cycle variation VII	stress	5	7	%	26	7	%
CYP79F2	TCA cycle variation VII	stress	5	7	%	26	7	%
CYP706A5	glycolysis I	mutant	8	6	%	40	7	%
CYP71B28	glycolysis I	organ	7	5	%	40	7	%
CYP71B28	lactose degradation IV	organ	5	7	%	21	7	%
CYP81D2	lignin biosynthesis	mutant	5	11	%	18	7	%
CYP88A4	colanic acid building blocks biosynthesis	stress	5	9	%	17	7	%
CYP71B19	colanic acid building blocks biosynthesis	organ	5	9	%	17	7	%
CYP71B20	colanic acid building blocks biosynthesis	organ	5	9	%	17	7	%
CYP81D40	colanic acid building blocks biosynthesis	organ	5	9	%	17	7	%
CYP72A11	glycolysis I	mutant	9	7	%	38	7	%
CYP705A5	glycolysis I	mutant	6	5	%	38	7	%
CYP71B17	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	22	7	%
CYP76G1	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	22	7	%
CYP79C5P	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	22	7	%
CYP705A32	TCA cycle variation VII	mutant	6	9	%	24	7	%
CYP76G1	TCA cycle variation VII	mutant	6	9	%	24	7	%
CYP71B2	TCA cycle variation VII	mutant	6	9	%	24	7	%
CYP71B23	TCA cycle variation VII	stress	5	7	%	24	7	%
CYP716A2	chlorophyll biosynthesis	mutant	6	12	%	18	7	%
CYP79C5P	trehalose biosynthesis I	mutant	6	8	%	22	7	%
CYP71A18	trehalose biosynthesis I	mutant	5	7	%	22	7	%
CYP90A1	glycolysis I	stress	7	5	%	36	7	%
CYP706A5	glycolysis I	stress	6	5	%	36	7	%
CYP71B35	lactose degradation IV	organ	5	7	%	19	7	%
CYP97A3	lactose degradation IV	mutant	5	7	%	19	7	%
CYP96A4	cysteine biosynthesis I	organ	5	13	%	12	7	%
CYP71B34	cysteine biosynthesis I	organ	5	13	%	12	7	%
CYP79A2	glycolysis I	mutant	10	8	%	34	6	%
CYP85A1	glycolysis I	mutant	10	8	%	34	6	%
CYP96A14P	glycolysis I	mutant	10	8	%	34	6	%
CYP77A9	glycolysis I	mutant	10	8	%	34	6	%
CYP90A1	glycolysis I	organ	6	5	%	34	6	%
CYP88A3	colanic acid building blocks biosynthesis	mutant	5	9	%	15	6	%
CYP735A2	trehalose biosynthesis I	mutant	5	7	%	20	6	%
CYP81D2	trehalose biosynthesis I	mutant	5	7	%	20	6	%
CYP705A32	lactose degradation IV	mutant	6	8	%	17	6	%
CYP81D40	lactose degradation IV	organ	5	7	%	17	6	%
CYP94D2	lactose degradation IV	mutant	5	7	%	17	6	%
CYP706A5	glycolysis I	hormone	7	5	%	32	6	%
CYP97B3	glycolysis I	stress	5	4	%	32	6	%
CYP735A2	TCA cycle variation VII	mutant	5	7	%	20	6	%
CYP706A5	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	18	6	%
CYP97A3	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	18	6	%
CYP71A18	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	18	6	%
CYP98A3	acetate fermentation	hormone	5	7	%	16	6	%
CYP76G1	trehalose biosynthesis I	mutant	5	7	%	18	6	%
CYP71B2	trehalose biosynthesis I	mutant	5	7	%	18	6	%
CYP97A3	glycolysis I	hormone	5	4	%	24	4	%
CYP88A4	de novo biosynthesis of purine nucleotides I	stress	5	6	%	14	4	%
CYP86A2	de novo biosynthesis of purine nucleotides I	mutant	5	6	%	14	4	%
CYP96A2	lignin biosynthesis	mutant	5	11	%	11	4	%
CYP96A2	lignin biosynthesis	organ	5	11	%	11	4	%
CYP98A9	lignin biosynthesis	mutant	5	11	%	11	4	%
CYP98A8	lignin biosynthesis	mutant	5	11	%	11	4	%
CYP86C3	lignin biosynthesis	mutant	5	11	%	11	4	%
CYP71B24	glycolysis I	organ	5	4	%	22	4	%
	page created by Juergen Ehlting	03/17/06
	....glad you made it all the way down here....