Co-expression analysis results by P450 (BioPathAt)			CYPedia Home
Shown below is a list of P450 genes, which are co-expressed with genes placed into a pathway in the BioPathAt database. For more info on the co-expression analysis and the databases used refer to the methods page.		Go to:	AcylLipid Pathways list
			AraCyc Pathway list
			BioPathAt Pathway list
			FunCat list
This list is sorted by the name of P450s, then by the frequency and number of annotation points. You may re-sort the table using the links below.			TAIR-GO categories
			KEGG Pathway list
			LitPath list
Note that not all P450s have been placed in a pathway, and there may be multiple pathway entries for a given P450.
Only Pathways with more than 5 genes are shown here, to see all entries download all data as tab delimited table
__________	_______________________________________	________	______________________________			______________________________
sorted by	sort by	sort by	sort by number or frequency of			sort by number or frequency of
name	pathway	dataset	co-expressed genes			scores of co-expressed genes
CYP51A2	mRNA processing in chloroplast	mutant	5	42	%	26	45	%
CYP51A2	sterol biosynthesis	mutant	5	19	%	50	24	%
CYP51A2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	12	21	%	80	20	%
CYP51A2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	5	8	%	50	11	%
CYP51A2	Leaf Glycerolipid Biosynthesis	mutant	14	8	%	100	9	%
CYP71A12	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	12	22	%	94	29	%
CYP71A12	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	72	22	%
CYP71A12	Phenylpropanoid Metabolism	mutant	14	8	%	97	10	%
CYP71A12	Phenylpropanoid Metabolism	stress	13	8	%	96	10	%
CYP71A13	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	12	22	%	94	29	%
CYP71A13	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	72	22	%
CYP71A13	Phenylpropanoid Metabolism	stress	16	9	%	117	12	%
CYP71A13	Gluconeogenesis from lipids in seeds	stress	6	9	%	46	12	%
CYP71A13	Glutathione metabolism	stress	6	9	%	40	10	%
CYP71A13	Intermediary Carbon Metabolism	stress	17	11	%	78	10	%
CYP71A13	Biosynthesis of Amino Acids and Derivatives	stress	10	6	%	64	6	%
CYP71A18	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	7	13	%	50	15	%
CYP71A18	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	7	13	%	48	15	%
CYP71A18	pectin metabolism	mutant	26	17	%	59	14	%
CYP71A18	core phenylpropanoid metabolism	mutant	6	13	%	30	10	%
CYP71A18	pectin metabolism	organ	9	6	%	28	7	%
CYP71A18	Phenylpropanoid Metabolism	hormone	8	5	%	50	5	%
CYP71B11	Photosystems	hormone	6	6	%	44	6	%
CYP71B15	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	16	29	%	124	38	%
CYP71B15	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	11	20	%	78	24	%
CYP71B15	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	10	18	%	76	23	%
CYP71B15	Phenylpropanoid Metabolism	stress	24	14	%	154	16	%
CYP71B15	Glutathione metabolism	hormone	8	12	%	64	15	%
CYP71B15	Gluconeogenesis from lipids in seeds	stress	7	10	%	55	14	%
CYP71B15	Phenylpropanoid Metabolism	hormone	21	12	%	135	14	%
CYP71B15	Glutathione metabolism	stress	7	10	%	48	12	%
CYP71B15	Phenylpropanoid Metabolism	mutant	15	9	%	103	11	%
CYP71B15	Intermediary Carbon Metabolism	stress	17	11	%	70	9	%
CYP71B15	Biosynthesis of Amino Acids and Derivatives	hormone	9	5	%	68	7	%
CYP71B15	core phenylpropanoid metabolism	stress	5	11	%	18	6	%
CYP71B15	Biosynthesis of Amino Acids and Derivatives	stress	9	5	%	60	6	%
CYP71B15	Intermediary Carbon Metabolism	hormone	6	4	%	28	3	%
CYP71B15	Cell Wall Carbohydrate Metabolism	stress	5	1	%	30	2	%
CYP71B16	ClpP protease complex	mutant	7	78	%	28	78	%
CYP71B16	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP71B16	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	44	54	%
CYP71B16	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP71B16	Chlorophyll a/b binding proteins	mutant	8	42	%	66	43	%
CYP71B16	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	100	37	%
CYP71B16	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	217	33	%
CYP71B16	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP71B16	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP71B16	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP71B16	sterol biosynthesis	mutant	6	23	%	56	27	%
CYP71B16	additional photosystem II components	mutant	9	23	%	72	26	%
CYP71B16	Glutathione metabolism	mutant	14	20	%	96	23	%
CYP71B16	Intermediary Carbon Metabolism	mutant	34	22	%	188	23	%
CYP71B16	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	102	22	%
CYP71B16	Photosystems	mutant	19	18	%	150	22	%
CYP71B16	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP71B16	Biosynthesis of Amino Acids and Derivatives	mutant	26	16	%	198	19	%
CYP71B16	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP71B16	Gluconeogenesis from lipids in seeds	mutant	14	21	%	71	18	%
CYP71B16	pectin metabolism	hormone	26	17	%	64	15	%
CYP71B16	Photosystems	stress	13	12	%	96	14	%
CYP71B16	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	54	14	%
CYP71B16	Phenylpropanoid Metabolism	mutant	17	10	%	123	13	%
CYP71B16	Photosystem I	stress	6	11	%	36	10	%
CYP71B16	pectin metabolism	mutant	14	9	%	39	9	%
CYP71B16	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	88	8	%
CYP71B16	Intermediary Carbon Metabolism	hormone	6	4	%	26	3	%
CYP71B17	pectin metabolism	mutant	50	34	%	119	28	%
CYP71B17	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP71B17	starch metabolism	mutant	5	17	%	37	20	%
CYP71B17	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	302	20	%
CYP71B17	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP71B17	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	72	15	%
CYP71B17	Biosynthesis of prenyl diphosphates	mutant	8	18	%	50	15	%
CYP71B17	pectin metabolism	hormone	26	17	%	64	15	%
CYP71B17	Photosystems	stress	13	12	%	96	14	%
CYP71B17	Phenylpropanoid Metabolism	mutant	24	14	%	119	12	%
CYP71B17	Photosystem I	stress	6	11	%	36	10	%
CYP71B17	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	26	7	%
CYP71B17	Leaf Glycerolipid Biosynthesis	mutant	8	5	%	47	4	%
CYP71B17	Intermediary Carbon Metabolism	hormone	6	4	%	26	3	%
CYP71B19	light harvesting complex	organ	6	100	%	48	100	%
CYP71B19	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP71B19	Chlorophyll a/b binding proteins	organ	15	79	%	122	79	%
CYP71B19	photosystem I reaction center	organ	7	78	%	32	73	%
CYP71B19	Chloroplastic protein turnover	organ	7	58	%	40	67	%
CYP71B19	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	8	62	%	62	62	%
CYP71B19	additional photosystem II components	organ	21	54	%	155	56	%
CYP71B19	ClpP protease complex	organ	5	56	%	20	56	%
CYP71B19	Photosystems	organ	55	52	%	372	54	%
CYP71B19	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP71B19	Photosystem I	organ	22	39	%	131	36	%
CYP71B19	Chlorophyll biosynthesis and breakdown	organ	9	27	%	83	31	%
CYP71B19	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	22	27	%	188	29	%
CYP71B19	Photosystem II	organ	10	26	%	73	27	%
CYP71B19	Biosynthesis of prenyl diphosphates	organ	7	16	%	51	16	%
CYP71B19	Intermediary Carbon Metabolism	organ	18	11	%	120	15	%
CYP71B19	Gluconeogenesis from lipids in seeds	organ	5	7	%	24	6	%
CYP71B19	Cell Wall Carbohydrate Metabolism	organ	9	3	%	50	3	%
CYP71B2	pectin metabolism	mutant	42	28	%	93	22	%
CYP71B2	Flavonoid and anthocyanin metabolism	mutant	8	15	%	36	18	%
CYP71B2	cellulose biosynthesis	mutant	8	18	%	36	14	%
CYP71B2	Cell Wall Carbohydrate Metabolism	mutant	64	19	%	204	14	%
CYP71B2	Biosynthesis of prenyl diphosphates	mutant	7	16	%	40	12	%
CYP71B2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	9	14	%	56	12	%
CYP71B2	Gluconeogenesis from lipids in seeds	hormone	5	7	%	36	9	%
CYP71B2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	5	6	%	44	7	%
CYP71B2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	26	7	%
CYP71B2	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	50	5	%
CYP71B2	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	37	3	%
CYP71B20	light harvesting complex	organ	6	100	%	48	100	%
CYP71B20	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP71B20	Chlorophyll a/b binding proteins	organ	15	79	%	122	79	%
CYP71B20	photosystem I reaction center	organ	7	78	%	32	73	%
CYP71B20	Chloroplastic protein turnover	organ	7	58	%	40	67	%
CYP71B20	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	8	62	%	62	62	%
CYP71B20	additional photosystem II components	organ	21	54	%	155	56	%
CYP71B20	ClpP protease complex	organ	5	56	%	20	56	%
CYP71B20	Photosystems	organ	55	52	%	372	54	%
CYP71B20	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP71B20	Photosystem I	organ	22	39	%	131	36	%
CYP71B20	Chlorophyll biosynthesis and breakdown	organ	9	27	%	83	31	%
CYP71B20	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	22	27	%	188	29	%
CYP71B20	Photosystem II	organ	10	26	%	73	27	%
CYP71B20	Biosynthesis of prenyl diphosphates	organ	7	16	%	51	16	%
CYP71B20	Intermediary Carbon Metabolism	organ	18	11	%	120	15	%
CYP71B20	Gluconeogenesis from lipids in seeds	organ	5	7	%	24	6	%
CYP71B20	Cell Wall Carbohydrate Metabolism	organ	9	3	%	50	3	%
CYP71B21	pectin metabolism	mutant	50	34	%	119	28	%
CYP71B21	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP71B21	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP71B21	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP71B21	starch metabolism	mutant	5	17	%	37	20	%
CYP71B21	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP71B21	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP71B21	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP71B21	pectin metabolism	hormone	29	19	%	72	17	%
CYP71B21	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP71B21	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP71B21	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP71B21	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP71B21	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP71B21	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP71B21	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP71B21	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP71B23	Glutathione metabolism	stress	7	10	%	50	12	%
CYP71B23	Glutathione metabolism	organ	6	9	%	38	9	%
CYP71B23	Glutathione metabolism	hormone	5	7	%	34	8	%
CYP71B23	Intermediary Carbon Metabolism	stress	13	8	%	62	8	%
CYP71B23	Biosynthesis of Amino Acids and Derivatives	stress	11	7	%	74	7	%
CYP71B23	Phenylpropanoid Metabolism	stress	7	4	%	46	5	%
CYP71B23	Biosynthesis of Amino Acids and Derivatives	organ	7	4	%	48	5	%
CYP71B23	Biosynthesis of Amino Acids and Derivatives	hormone	6	4	%	44	4	%
CYP71B24	additional photosystem II components	organ	6	15	%	36	13	%
CYP71B24	Photosystems	organ	13	12	%	85	12	%
CYP71B24	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	9	11	%	62	10	%
CYP71B24	Intermediary Carbon Metabolism	organ	10	6	%	58	7	%
CYP71B24	Biosynthesis of Amino Acids and Derivatives	organ	5	3	%	36	4	%
CYP71B25	pectin metabolism	mutant	50	34	%	119	28	%
CYP71B25	cellulose biosynthesis	mutant	10	22	%	58	23	%
CYP71B25	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP71B25	starch metabolism	mutant	5	17	%	37	20	%
CYP71B25	Cell Wall Carbohydrate Metabolism	mutant	80	24	%	300	20	%
CYP71B25	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	14	22	%	91	20	%
CYP71B25	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP71B25	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP71B25	pectin metabolism	hormone	29	19	%	72	17	%
CYP71B25	Phenylpropanoid Metabolism	mutant	26	15	%	131	13	%
CYP71B25	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP71B25	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP71B25	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP71B25	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP71B25	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP71B25	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP71B25	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP71B26	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP71B26	photosystem I reaction center	organ	7	78	%	32	73	%
CYP71B26	Chlorophyll a/b binding proteins	organ	13	68	%	104	68	%
CYP71B26	Chlorophyll a/b binding proteins	mutant	9	47	%	72	47	%
CYP71B26	Photosystems	organ	37	35	%	257	37	%
CYP71B26	additional photosystem II components	organ	12	31	%	100	36	%
CYP71B26	Photosystem I	organ	20	35	%	117	32	%
CYP71B26	additional photosystem II components	mutant	8	21	%	66	24	%
CYP71B26	Photosystem II	organ	8	21	%	59	22	%
CYP71B26	Chlorophyll biosynthesis and breakdown	mutant	6	18	%	56	21	%
CYP71B26	Photosystems	mutant	17	16	%	138	20	%
CYP71B26	Intermediary Carbon Metabolism	mutant	20	13	%	118	14	%
CYP71B26	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	12	14	%	93	14	%
CYP71B26	Biosynthesis of Amino Acids and Derivatives	mutant	15	9	%	114	11	%
CYP71B26	Gluconeogenesis from lipids in seeds	mutant	7	10	%	41	11	%
CYP71B26	Glutathione metabolism	mutant	7	10	%	38	9	%
CYP71B26	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	6	7	%	46	7	%
CYP71B26	Intermediary Carbon Metabolism	organ	7	4	%	50	6	%
CYP71B28	ClpP protease complex	organ	7	78	%	28	78	%
CYP71B28	photosystem I reaction center	organ	7	78	%	32	73	%
CYP71B28	Chlorophyll a/b binding proteins	organ	12	63	%	98	64	%
CYP71B28	Chloroplastic protein turnover	organ	8	67	%	38	63	%
CYP71B28	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	7	54	%	58	58	%
CYP71B28	Carotenoid biosynthesis	organ	6	55	%	52	55	%
CYP71B28	mRNA processing in chloroplast	organ	5	42	%	30	52	%
CYP71B28	additional photosystem II components	organ	19	49	%	136	49	%
CYP71B28	Photosystems	organ	47	44	%	307	44	%
CYP71B28	Photosystem I	organ	20	35	%	119	33	%
CYP71B28	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	21	25	%	171	26	%
CYP71B28	Chlorophyll biosynthesis and breakdown	organ	8	24	%	65	24	%
CYP71B28	Photosystem II	organ	8	21	%	57	21	%
CYP71B28	Intermediary Carbon Metabolism	organ	20	13	%	126	15	%
CYP71B28	Biosynthesis of prenyl diphosphates	organ	6	14	%	44	14	%
CYP71B28	Phenylpropanoid Metabolism	organ	8	5	%	59	6	%
CYP71B28	Cell Wall Carbohydrate Metabolism	organ	15	4	%	83	6	%
CYP71B28	Intermediary Carbon Metabolism	stress	7	4	%	42	5	%
CYP71B29	pectin metabolism	organ	8	5	%	25	6	%
CYP71B29	Cell Wall Carbohydrate Metabolism	organ	12	4	%	55	4	%
CYP71B30P	ClpP protease complex	mutant	7	78	%	28	78	%
CYP71B30P	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP71B30P	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	44	54	%
CYP71B30P	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP71B30P	Chlorophyll a/b binding proteins	mutant	8	42	%	66	43	%
CYP71B30P	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	100	37	%
CYP71B30P	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	217	33	%
CYP71B30P	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP71B30P	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP71B30P	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP71B30P	sterol biosynthesis	mutant	6	23	%	56	27	%
CYP71B30P	additional photosystem II components	mutant	9	23	%	72	26	%
CYP71B30P	Glutathione metabolism	mutant	14	20	%	96	23	%
CYP71B30P	Intermediary Carbon Metabolism	mutant	34	22	%	188	23	%
CYP71B30P	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	102	22	%
CYP71B30P	Photosystems	mutant	19	18	%	150	22	%
CYP71B30P	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP71B30P	Biosynthesis of Amino Acids and Derivatives	mutant	26	16	%	198	19	%
CYP71B30P	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP71B30P	Gluconeogenesis from lipids in seeds	mutant	14	21	%	71	18	%
CYP71B30P	pectin metabolism	hormone	29	19	%	72	17	%
CYP71B30P	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	54	14	%
CYP71B30P	Phenylpropanoid Metabolism	mutant	17	10	%	123	13	%
CYP71B30P	Cell Wall Carbohydrate Metabolism	mutant	38	11	%	182	12	%
CYP71B30P	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP71B30P	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP71B30P	pectin metabolism	mutant	14	9	%	39	9	%
CYP71B30P	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP71B30P	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	88	8	%
CYP71B30P	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP71B31	pectin metabolism	hormone	21	14	%	75	17	%
CYP71B31	pectin metabolism	mutant	25	17	%	57	13	%
CYP71B31	Flavonoid and anthocyanin metabolism	mutant	6	11	%	24	12	%
CYP71B31	Cell Wall Carbohydrate Metabolism	hormone	25	7	%	97	7	%
CYP71B34	photosystem I reaction center	organ	7	78	%	32	73	%
CYP71B34	ClpP protease complex	organ	6	67	%	24	67	%
CYP71B34	mRNA processing in chloroplast	organ	7	58	%	38	66	%
CYP71B34	Chloroplastic protein turnover	organ	8	67	%	38	63	%
CYP71B34	Chlorophyll a/b binding proteins	organ	11	58	%	90	58	%
CYP71B34	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	7	54	%	58	58	%
CYP71B34	Carotenoid biosynthesis	organ	6	55	%	52	55	%
CYP71B34	Translation (chloroplast)	organ	5	71	%	24	55	%
CYP71B34	additional photosystem II components	organ	20	51	%	132	48	%
CYP71B34	Photosystems	organ	49	46	%	313	45	%
CYP71B34	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	5	38	%	44	44	%
CYP71B34	Photosystem I	organ	21	37	%	129	36	%
CYP71B34	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	27	33	%	207	32	%
CYP71B34	Chlorophyll biosynthesis and breakdown	organ	11	33	%	85	31	%
CYP71B34	Photosystem II	organ	9	23	%	67	25	%
CYP71B34	Biosynthesis of prenyl diphosphates	organ	7	16	%	54	17	%
CYP71B34	Intermediary Carbon Metabolism	organ	21	13	%	132	16	%
CYP71B34	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	12	14	%	91	14	%
CYP71B34	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	5	8	%	44	9	%
CYP71B34	Leaf Glycerolipid Biosynthesis in Plastid	organ	5	9	%	35	9	%
CYP71B34	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	5	6	%	44	7	%
CYP71B34	Phenylpropanoid Metabolism	organ	8	5	%	59	6	%
CYP71B34	Cell Wall Carbohydrate Metabolism	organ	15	4	%	88	6	%
CYP71B34	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	48	5	%
CYP71B34	Leaf Glycerolipid Biosynthesis	organ	6	3	%	39	3	%
CYP71B35	photosystem I reaction center	organ	6	67	%	28	64	%
CYP71B35	Carotenoid biosynthesis	organ	6	55	%	46	49	%
CYP71B35	additional photosystem II components	organ	15	38	%	95	34	%
CYP71B35	Photosystems	organ	35	33	%	224	32	%
CYP71B35	Chlorophyll a/b binding proteins	organ	6	32	%	48	31	%
CYP71B35	Chlorophyll biosynthesis and breakdown	organ	8	24	%	67	25	%
CYP71B35	Photosystem I	organ	14	25	%	87	24	%
CYP71B35	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	21	25	%	153	23	%
CYP71B35	Photosystem II	organ	7	18	%	49	18	%
CYP71B35	Intermediary Carbon Metabolism	organ	14	9	%	86	10	%
CYP71B35	Gluconeogenesis from lipids in seeds	organ	6	9	%	34	9	%
CYP71B35	Leaf Glycerolipid Biosynthesis	organ	5	3	%	41	4	%
CYP71B35	Photosystems	stress	5	5	%	24	3	%
CYP71B36	mRNA processing in chloroplast	stress	7	58	%	38	66	%
CYP71B36	additional photosystem II components	stress	6	15	%	28	10	%
CYP71B36	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	9	11	%	59	9	%
CYP71B36	Photosystems	stress	9	8	%	44	6	%
CYP71B36	Intermediary Carbon Metabolism	stress	7	4	%	46	6	%
CYP71B38	Protein folding / chaperonins (chloroplast)	mutant	5	36	%	40	49	%
CYP71B38	pectin metabolism	hormone	18	12	%	69	16	%
CYP71B38	Gluconeogenesis from lipids in seeds	mutant	9	13	%	49	13	%
CYP71B38	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	5	8	%	38	8	%
CYP71B38	pectin metabolism	mutant	7	5	%	14	3	%
CYP71B4	Chloroplastic protein turnover	organ	7	58	%	40	67	%
CYP71B4	ClpP protease complex	organ	5	56	%	20	56	%
CYP71B4	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP71B4	additional photosystem II components	organ	5	13	%	31	11	%
CYP71B4	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	8	10	%	58	9	%
CYP71B4	Photosystems	organ	8	8	%	50	7	%
CYP71B4	Intermediary Carbon Metabolism	organ	9	6	%	54	7	%
CYP71B4	Photosystems	mutant	5	5	%	40	6	%
CYP71B4	Biosynthesis of Amino Acids and Derivatives	hormone	6	4	%	46	4	%
CYP71B4	Biosynthesis of Amino Acids and Derivatives	organ	5	3	%	40	4	%
CYP71B5	pectin metabolism	hormone	18	12	%	69	16	%
CYP71B6	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	15	27	%	106	33	%
CYP71B6	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	9	16	%	64	20	%
CYP71B6	Phenylpropanoid Metabolism	stress	21	12	%	140	14	%
CYP71B6	Gluconeogenesis from lipids in seeds	stress	6	9	%	49	13	%
CYP71B6	Glutathione metabolism	mutant	6	9	%	44	11	%
CYP71B6	Glutathione metabolism	stress	6	9	%	40	10	%
CYP71B6	Phenylpropanoid Metabolism	hormone	13	8	%	87	9	%
CYP71B6	Glutathione metabolism	organ	5	7	%	34	8	%
CYP71B6	Biosynthesis of Amino Acids and Derivatives	stress	8	5	%	52	5	%
CYP71B6	Intermediary Carbon Metabolism	hormone	6	4	%	36	4	%
CYP71B6	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	44	4	%
CYP71B6	Intermediary Carbon Metabolism	stress	8	5	%	34	4	%
CYP71B7	Chlorophyll a/b binding proteins	mutant	9	47	%	72	47	%
CYP71B7	sterol biosynthesis	mutant	5	19	%	50	24	%
CYP71B7	Photosystems	mutant	19	18	%	150	22	%
CYP71B7	additional photosystem II components	mutant	7	18	%	58	21	%
CYP71B7	Intermediary Carbon Metabolism	mutant	28	18	%	160	19	%
CYP71B7	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	9	14	%	82	18	%
CYP71B7	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	15	18	%	113	17	%
CYP71B7	Glutathione metabolism	organ	10	14	%	70	17	%
CYP71B7	Glutathione metabolism	mutant	9	13	%	66	16	%
CYP71B7	Gluconeogenesis from lipids in seeds	mutant	11	16	%	61	16	%
CYP71B7	Chlorophyll biosynthesis and breakdown	mutant	5	15	%	42	15	%
CYP71B7	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	6	11	%	50	15	%
CYP71B7	Biosynthesis of prenyl diphosphates	mutant	5	11	%	41	13	%
CYP71B7	Biosynthesis of Amino Acids and Derivatives	mutant	16	10	%	126	12	%
CYP71B7	Biosynthesis of Amino Acids and Derivatives	organ	16	10	%	118	12	%
CYP71B7	Photosystem I	mutant	5	9	%	36	10	%
CYP71B7	pectin metabolism	mutant	10	7	%	23	5	%
CYP71B7	Phenylpropanoid Metabolism	organ	6	3	%	52	5	%
CYP71B7	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	60	5	%
CYP71B8	pectin metabolism	hormone	21	14	%	75	17	%
CYP71B8	Cell Wall Carbohydrate Metabolism	hormone	25	7	%	97	7	%
CYP72A11	light harvesting complex	organ	6	100	%	48	100	%
CYP72A11	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP72A11	Chlorophyll a/b binding proteins	organ	18	95	%	146	95	%
CYP72A11	ClpP protease complex	organ	8	89	%	32	89	%
CYP72A11	mRNA processing in chloroplast	organ	9	75	%	46	79	%
CYP72A11	ClpP protease complex	mutant	7	78	%	28	78	%
CYP72A11	additional photosystem II components	organ	31	79	%	215	78	%
CYP72A11	Translation (chloroplast)	organ	6	86	%	34	77	%
CYP72A11	Chloroplastic protein turnover	organ	10	83	%	46	77	%
CYP72A11	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP72A11	Photosystems	organ	76	72	%	512	74	%
CYP72A11	Transcription (chloroplast)	organ	5	71	%	44	73	%
CYP72A11	photosystem I reaction center	organ	7	78	%	32	73	%
CYP72A11	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	9	69	%	72	72	%
CYP72A11	Carotenoid biosynthesis	organ	8	73	%	64	68	%
CYP72A11	Early light-inducible proteins	organ	5	71	%	34	68	%
CYP72A11	Ferredoxin	organ	6	67	%	28	64	%
CYP72A11	Chlorophyll biosynthesis and breakdown	organ	20	61	%	163	60	%
CYP72A11	Photosystem II reaction center	organ	5	50	%	38	58	%
CYP72A11	ATP synthase components	organ	6	60	%	38	54	%
CYP72A11	Photosystem I	organ	30	53	%	195	54	%
CYP72A11	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	7	54	%	52	52	%
CYP72A11	Chlorophyll a/b binding proteins	mutant	10	53	%	80	52	%
CYP72A11	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	43	52	%	330	51	%
CYP72A11	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP72A11	Carotenoid biosynthesis	hormone	5	45	%	44	47	%
CYP72A11	Chloroplastic protein turnover	mutant	7	58	%	28	47	%
CYP72A11	Photosystem II	organ	16	41	%	121	45	%
CYP72A11	Protein folding / chaperonins (chloroplast)	mutant	5	36	%	34	41	%
CYP72A11	additional photosystem II components	mutant	13	33	%	104	38	%
CYP72A11	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	8	27	%	72	38	%
CYP72A11	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	212	33	%
CYP72A11	Chlorophyll biosynthesis and breakdown	mutant	11	33	%	85	31	%
CYP72A11	starch metabolism	organ	10	33	%	56	31	%
CYP72A11	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP72A11	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP72A11	Photosystems	mutant	23	22	%	186	27	%
CYP72A11	Biosynthesis of prenyl diphosphates	organ	11	25	%	79	24	%
CYP72A11	Branched-chain amino acids from aspartate	mutant	5	20	%	38	24	%
CYP72A11	sterol biosynthesis	mutant	5	19	%	50	24	%
CYP72A11	Leaf Glycerolipid Biosynthesis in Plastid	organ	11	19	%	91	23	%
CYP72A11	Flavonoid and anthocyanin metabolism	organ	8	15	%	44	22	%
CYP72A11	Glutathione metabolism	organ	12	17	%	90	22	%
CYP72A11	Intermediary Carbon Metabolism	organ	28	18	%	176	21	%
CYP72A11	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	17	20	%	130	20	%
CYP72A11	Phytic acid biosynthesis	organ	5	22	%	23	19	%
CYP72A11	Intermediary Carbon Metabolism	mutant	25	16	%	152	19	%
CYP72A11	Biosynthesis of prenyl diphosphates	mutant	7	16	%	55	17	%
CYP72A11	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	8	13	%	74	16	%
CYP72A11	Leaf Glycerolipid Biosynthesis in Plastid	mutant	8	14	%	62	16	%
CYP72A11	Gluconeogenesis from lipids in seeds	mutant	11	16	%	61	16	%
CYP72A11	Biosynthesis of Amino Acids and Derivatives	mutant	21	13	%	156	15	%
CYP72A11	Chlorophyll biosynthesis and breakdown	hormone	5	15	%	40	15	%
CYP72A11	core phenylpropanoid metabolism	organ	5	11	%	42	15	%
CYP72A11	Biosynthesis of Amino Acids and Derivatives	organ	18	11	%	142	14	%
CYP72A11	Phenylpropanoid Metabolism	organ	19	11	%	128	13	%
CYP72A11	additional photosystem II components	hormone	5	13	%	36	13	%
CYP72A11	Gluconeogenesis from lipids in seeds	organ	8	12	%	46	12	%
CYP72A11	Cell Wall Carbohydrate Metabolism	organ	32	10	%	164	11	%
CYP72A11	Biosynthesis of prenyl diphosphates	hormone	5	11	%	32	10	%
CYP72A11	Aromatic amino acid (Phe, Tyr, Trp) metabolism	organ	5	9	%	32	10	%
CYP72A11	Leaf Glycerolipid Biosynthesis	organ	13	7	%	99	9	%
CYP72A11	Leaf Glycerolipid Biosynthesis in Plastid	stress	5	9	%	33	8	%
CYP72A11	Photosystems	hormone	8	8	%	46	7	%
CYP72A11	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	76	7	%
CYP72A11	Phenylpropanoid Metabolism	hormone	9	5	%	57	6	%
CYP72A11	pectin metabolism	organ	7	5	%	17	4	%
CYP72A11	pectin metabolism	mutant	7	5	%	15	3	%
CYP72A11	Leaf Glycerolipid Biosynthesis	stress	5	3	%	33	3	%
CYP72A13	ClpP protease complex	organ	6	67	%	24	67	%
CYP72A13	Chloroplastic protein turnover	organ	7	58	%	34	57	%
CYP72A13	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP72A13	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	12	14	%	92	14	%
CYP72A13	Biosynthesis of prenyl diphosphates	organ	5	11	%	34	11	%
CYP72A13	Phenylpropanoid Metabolism	organ	8	5	%	63	6	%
CYP72A13	Intermediary Carbon Metabolism	organ	8	5	%	40	5	%
CYP72A15	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP72A15	Chloroplastic protein turnover	mutant	5	42	%	26	43	%
CYP72A15	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	10	12	%	71	11	%
CYP72A15	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	6	7	%	54	8	%
CYP72A15	Phenylpropanoid Metabolism	hormone	7	4	%	53	5	%
CYP72A15	Intermediary Carbon Metabolism	organ	5	3	%	22	3	%
CYP72A8	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	8	15	%	54	17	%
CYP72A8	Glutathione metabolism	hormone	7	10	%	60	14	%
CYP72A8	Phenylpropanoid Metabolism	hormone	14	8	%	105	11	%
CYP72A8	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	6	7	%	40	6	%
CYP72A8	Biosynthesis of Amino Acids and Derivatives	hormone	7	4	%	60	6	%
CYP72A8	Phenylpropanoid Metabolism	organ	6	3	%	44	4	%
CYP72A8	Intermediary Carbon Metabolism	hormone	6	4	%	30	4	%
CYP73A5	core phenylpropanoid metabolism	stress	10	22	%	100	35	%
CYP73A5	core phenylpropanoid metabolism	hormone	7	16	%	70	24	%
CYP73A5	core phenylpropanoid metabolism	organ	6	13	%	60	21	%
CYP73A5	Phenylpropanoid Metabolism	stress	16	9	%	142	15	%
CYP73A5	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	6	11	%	42	13	%
CYP73A5	Phenylpropanoid Metabolism	hormone	13	8	%	116	12	%
CYP73A5	Phenylpropanoid Metabolism	organ	8	5	%	76	8	%
CYP73A5	Intermediary Carbon Metabolism	hormone	8	5	%	44	5	%
CYP73A5	Intermediary Carbon Metabolism	stress	6	4	%	30	4	%
CYP74A	photosystem I reaction center	organ	7	78	%	32	73	%
CYP74A	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	12	22	%	86	26	%
CYP74A	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	68	21	%
CYP74A	Photosystem I	organ	13	23	%	73	20	%
CYP74A	Glutathione metabolism	organ	11	16	%	84	20	%
CYP74A	Photosystems	organ	22	21	%	131	19	%
CYP74A	Flavonoid and anthocyanin metabolism	organ	5	9	%	32	16	%
CYP74A	additional photosystem II components	organ	6	15	%	36	13	%
CYP74A	Biosynthesis of Amino Acids and Derivatives	organ	17	10	%	132	13	%
CYP74A	Phenylpropanoid Metabolism	hormone	16	9	%	102	10	%
CYP74A	Intermediary Carbon Metabolism	organ	9	6	%	56	7	%
CYP74A	Phenylpropanoid Metabolism	organ	9	5	%	58	6	%
CYP74A	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	7	8	%	36	6	%
CYP74A	Biosynthesis of Amino Acids and Derivatives	hormone	6	4	%	48	5	%
CYP74A	Cell Wall Carbohydrate Metabolism	organ	9	3	%	55	4	%
CYP74B2	light harvesting complex	organ	6	100	%	48	100	%
CYP74B2	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP74B2	Chlorophyll a/b binding proteins	organ	17	89	%	138	90	%
CYP74B2	photosystem I reaction center	organ	6	67	%	28	64	%
CYP74B2	additional photosystem II components	organ	20	51	%	150	54	%
CYP74B2	Photosystems	organ	50	47	%	351	51	%
CYP74B2	Photosystem I	organ	20	35	%	123	34	%
CYP74B2	Photosystem II	organ	9	23	%	69	26	%
CYP74B2	Gluconeogenesis from lipids in seeds	organ	5	7	%	42	11	%
CYP74B2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	7	8	%	68	10	%
CYP74B2	Intermediary Carbon Metabolism	organ	9	6	%	60	7	%
CYP75B1	Flavonoid and anthocyanin metabolism	mutant	5	9	%	32	16	%
CYP76C1	starch metabolism	stress	6	20	%	30	17	%
CYP76C1	Cell Wall Carbohydrate Metabolism	stress	9	3	%	51	3	%
CYP76C2	Gluconeogenesis from lipids in seeds	stress	8	12	%	65	17	%
CYP76C2	core phenylpropanoid metabolism	stress	5	11	%	34	12	%
CYP76C2	Intermediary Carbon Metabolism	stress	14	9	%	74	9	%
CYP76C2	Phenylpropanoid Metabolism	stress	10	6	%	66	7	%
CYP76C2	Biosynthesis of Amino Acids and Derivatives	stress	6	4	%	54	5	%
CYP76C2	Cell Wall Carbohydrate Metabolism	stress	5	1	%	24	2	%
CYP76C3	pectin metabolism	hormone	13	9	%	53	12	%
CYP76C4	pectin metabolism	organ	5	3	%	11	2	%
CYP76C7	pectin metabolism	stress	5	3	%	12	3	%
CYP76C7	Cell Wall Carbohydrate Metabolism	stress	9	3	%	30	2	%
CYP76G1	pectin metabolism	mutant	42	28	%	93	22	%
CYP76G1	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP76G1	cellulose biosynthesis	mutant	8	18	%	42	17	%
CYP76G1	Cell Wall Carbohydrate Metabolism	mutant	66	20	%	230	15	%
CYP76G1	pectin metabolism	hormone	26	17	%	64	15	%
CYP76G1	Flavonoid and anthocyanin metabolism	mutant	8	15	%	29	15	%
CYP76G1	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	10	16	%	58	12	%
CYP76G1	Biosynthesis of prenyl diphosphates	mutant	7	16	%	40	12	%
CYP76G1	Phenylpropanoid Metabolism	mutant	19	11	%	97	10	%
CYP76G1	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	26	7	%
CYP76G1	Intermediary Carbon Metabolism	hormone	6	4	%	26	3	%
CYP76G1	Leaf Glycerolipid Biosynthesis	mutant	6	3	%	30	3	%
CYP77A6	pectin metabolism	hormone	18	12	%	67	16	%
CYP77A6	pectin metabolism	organ	9	6	%	39	9	%
CYP77A9	pectin metabolism	mutant	50	34	%	119	28	%
CYP77A9	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP77A9	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP77A9	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP77A9	starch metabolism	mutant	5	17	%	37	20	%
CYP77A9	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP77A9	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP77A9	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP77A9	pectin metabolism	hormone	29	19	%	72	17	%
CYP77A9	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP77A9	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP77A9	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	104	10	%
CYP77A9	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP77A9	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP77A9	Glutathione metabolism	mutant	8	12	%	34	8	%
CYP77A9	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP77A9	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP77A9	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP77A9	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP78A10	pectin metabolism	mutant	50	34	%	119	28	%
CYP78A10	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP78A10	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP78A10	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP78A10	starch metabolism	mutant	5	17	%	37	20	%
CYP78A10	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP78A10	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP78A10	Methionin/SAM/ethylene metabolism from cysteine and aspartate	hormone	6	20	%	34	18	%
CYP78A10	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP78A10	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP78A10	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP78A10	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP78A10	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP78A10	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	42	4	%
CYP78A10	Leaf Glycerolipid Biosynthesis	hormone	7	4	%	42	4	%
CYP78A8	pectin metabolism	mutant	20	13	%	44	10	%
CYP79A2	pectin metabolism	mutant	50	34	%	119	28	%
CYP79A2	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP79A2	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP79A2	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP79A2	starch metabolism	mutant	5	17	%	37	20	%
CYP79A2	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP79A2	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP79A2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP79A2	pectin metabolism	hormone	29	19	%	72	17	%
CYP79A2	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP79A2	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP79A2	Intermediary Carbon Metabolism	mutant	18	11	%	84	10	%
CYP79A2	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	104	10	%
CYP79A2	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP79A2	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP79A2	Glutathione metabolism	mutant	8	12	%	34	8	%
CYP79A2	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP79A2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP79A2	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP79A2	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP79A4P	ClpP protease complex	mutant	7	78	%	28	78	%
CYP79A4P	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP79A4P	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	44	54	%
CYP79A4P	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP79A4P	Chlorophyll a/b binding proteins	mutant	8	42	%	66	43	%
CYP79A4P	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	100	37	%
CYP79A4P	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	217	33	%
CYP79A4P	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP79A4P	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP79A4P	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP79A4P	sterol biosynthesis	mutant	6	23	%	56	27	%
CYP79A4P	additional photosystem II components	mutant	9	23	%	72	26	%
CYP79A4P	Glutathione metabolism	mutant	14	20	%	96	23	%
CYP79A4P	Intermediary Carbon Metabolism	mutant	34	22	%	188	23	%
CYP79A4P	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	102	22	%
CYP79A4P	Photosystems	mutant	19	18	%	150	22	%
CYP79A4P	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP79A4P	Biosynthesis of Amino Acids and Derivatives	mutant	26	16	%	198	19	%
CYP79A4P	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP79A4P	Gluconeogenesis from lipids in seeds	mutant	14	21	%	71	18	%
CYP79A4P	pectin metabolism	hormone	29	19	%	72	17	%
CYP79A4P	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	54	14	%
CYP79A4P	Phenylpropanoid Metabolism	mutant	17	10	%	123	13	%
CYP79A4P	Cell Wall Carbohydrate Metabolism	mutant	38	11	%	182	12	%
CYP79A4P	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP79A4P	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP79A4P	pectin metabolism	mutant	14	9	%	39	9	%
CYP79A4P	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP79A4P	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	88	8	%
CYP79A4P	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP79B2	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	13	24	%	102	31	%
CYP79B2	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	12	22	%	98	30	%
CYP79B2	Glutathione metabolism	stress	11	16	%	82	20	%
CYP79B2	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	7	13	%	58	18	%
CYP79B2	Phenylpropanoid Metabolism	stress	18	10	%	144	15	%
CYP79B2	Glutathione metabolism	organ	8	12	%	58	14	%
CYP79B2	Glutathione metabolism	mutant	6	9	%	56	13	%
CYP79B2	Phenylpropanoid Metabolism	hormone	15	9	%	120	12	%
CYP79B2	Glutathione metabolism	hormone	5	7	%	42	10	%
CYP79B2	Biosynthesis of Amino Acids and Derivatives	organ	11	7	%	88	9	%
CYP79B2	Biosynthesis of Amino Acids and Derivatives	stress	11	7	%	82	8	%
CYP79B2	Phenylpropanoid Metabolism	organ	8	5	%	64	7	%
CYP79B2	Biosynthesis of Amino Acids and Derivatives	hormone	6	4	%	48	5	%
CYP79B3	Glutathione metabolism	stress	7	10	%	66	16	%
CYP79B3	Glutathione metabolism	organ	7	10	%	50	12	%
CYP79B3	Glutathione metabolism	hormone	6	9	%	48	12	%
CYP79B3	Biosynthesis of Amino Acids and Derivatives	organ	11	7	%	78	8	%
CYP79B3	Biosynthesis of Amino Acids and Derivatives	stress	7	4	%	66	6	%
CYP79B3	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	58	6	%
CYP79B3	Phenylpropanoid Metabolism	organ	6	3	%	52	5	%
CYP79B3	Phenylpropanoid Metabolism	hormone	6	3	%	48	5	%
CYP79C5P	pectin metabolism	mutant	44	30	%	99	23	%
CYP79C5P	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP79C5P	cellulose biosynthesis	mutant	9	20	%	48	19	%
CYP79C5P	Cell Wall Carbohydrate Metabolism	mutant	68	20	%	232	16	%
CYP79C5P	Biosynthesis of prenyl diphosphates	mutant	8	18	%	50	15	%
CYP79C5P	Flavonoid and anthocyanin metabolism	mutant	8	15	%	29	15	%
CYP79C5P	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	10	16	%	66	14	%
CYP79C5P	Phenylpropanoid Metabolism	mutant	21	12	%	109	11	%
CYP79C5P	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	26	7	%
CYP79C5P	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	37	3	%
CYP79F1	Branched-chain amino acids from aspartate	stress	10	40	%	64	41	%
CYP79F1	Branched-chain amino acids from aspartate	organ	7	28	%	46	29	%
CYP79F1	Branched-chain amino acids from aspartate	mutant	7	28	%	42	27	%
CYP79F1	Branched-chain amino acids from aspartate	hormone	6	24	%	36	23	%
CYP79F1	Glutathione metabolism	organ	8	12	%	60	14	%
CYP79F1	Biosynthesis of Amino Acids and Derivatives	organ	17	10	%	126	12	%
CYP79F1	Biosynthesis of Amino Acids and Derivatives	stress	13	8	%	82	8	%
CYP79F1	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	48	5	%
CYP79F2	Branched-chain amino acids from aspartate	stress	10	40	%	64	41	%
CYP79F2	Branched-chain amino acids from aspartate	organ	7	28	%	46	29	%
CYP79F2	Branched-chain amino acids from aspartate	mutant	7	28	%	42	27	%
CYP79F2	Branched-chain amino acids from aspartate	hormone	6	24	%	36	23	%
CYP79F2	Glutathione metabolism	organ	8	12	%	60	14	%
CYP79F2	Biosynthesis of Amino Acids and Derivatives	organ	17	10	%	126	12	%
CYP79F2	Biosynthesis of Amino Acids and Derivatives	stress	13	8	%	82	8	%
CYP79F2	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	48	5	%
CYP81D1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	11	20	%	82	25	%
CYP81D1	Glutathione metabolism	mutant	6	9	%	48	12	%
CYP81D1	Gluconeogenesis from lipids in seeds	stress	5	7	%	43	11	%
CYP81D1	Phenylpropanoid Metabolism	hormone	15	9	%	89	9	%
CYP81D1	Phenylpropanoid Metabolism	stress	7	4	%	46	5	%
CYP81D11	Phenylpropanoid Metabolism	hormone	6	3	%	51	5	%
CYP81D2	pectin metabolism	mutant	38	26	%	85	20	%
CYP81D2	pectin metabolism	hormone	29	19	%	72	17	%
CYP81D2	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	5	17	%	30	16	%
CYP81D2	Flavonoid and anthocyanin metabolism	mutant	6	11	%	24	12	%
CYP81D2	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP81D2	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP81D2	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP81D2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	8	13	%	40	9	%
CYP81D2	Biosynthesis of prenyl diphosphates	mutant	5	11	%	26	8	%
CYP81D2	core phenylpropanoid metabolism	mutant	5	11	%	20	7	%
CYP81D2	cellulose biosynthesis	mutant	5	11	%	16	6	%
CYP81D2	pectin metabolism	organ	7	5	%	16	4	%
CYP81D2	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP81D2	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	35	3	%
CYP81D40	photosystem I subunit precursor	mutant	5	100	%	26	100	%
CYP81D40	light harvesting complex	mutant	5	83	%	38	79	%
CYP81D40	Chlorophyll a/b binding proteins	mutant	13	68	%	102	66	%
CYP81D40	photosystem I reaction center	mutant	6	67	%	28	64	%
CYP81D40	Photosystems	mutant	49	46	%	341	49	%
CYP81D40	additional photosystem II components	mutant	18	46	%	136	49	%
CYP81D40	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	103	38	%
CYP81D40	Photosystem I	mutant	20	35	%	121	34	%
CYP81D40	mRNA processing in chloroplast	mutant	5	42	%	18	31	%
CYP81D40	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	22	27	%	184	28	%
CYP81D40	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP81D40	Photosystem II	mutant	9	23	%	67	25	%
CYP81D40	Biosynthesis of prenyl diphosphates	mutant	6	14	%	51	16	%
CYP81D40	Photosystems	organ	19	18	%	109	16	%
CYP81D40	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	60	15	%
CYP81D40	Intermediary Carbon Metabolism	mutant	19	12	%	122	15	%
CYP81D40	additional photosystem II components	organ	8	21	%	40	14	%
CYP81D40	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	7	11	%	64	14	%
CYP81D40	Photosystem I	organ	7	12	%	41	11	%
CYP81D40	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	10	12	%	73	11	%
CYP81D40	Leaf Glycerolipid Biosynthesis	mutant	9	5	%	76	7	%
CYP81D40	Intermediary Carbon Metabolism	stress	5	3	%	42	5	%
CYP81D6	ClpP protease complex	mutant	7	78	%	28	78	%
CYP81D6	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP81D6	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	44	54	%
CYP81D6	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP81D6	Chlorophyll a/b binding proteins	mutant	8	42	%	66	43	%
CYP81D6	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	100	37	%
CYP81D6	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	217	33	%
CYP81D6	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP81D6	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP81D6	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP81D6	sterol biosynthesis	mutant	6	23	%	56	27	%
CYP81D6	additional photosystem II components	mutant	9	23	%	72	26	%
CYP81D6	Glutathione metabolism	mutant	14	20	%	96	23	%
CYP81D6	Intermediary Carbon Metabolism	mutant	34	22	%	188	23	%
CYP81D6	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	102	22	%
CYP81D6	Photosystems	mutant	19	18	%	150	22	%
CYP81D6	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP81D6	Biosynthesis of Amino Acids and Derivatives	mutant	26	16	%	198	19	%
CYP81D6	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP81D6	Gluconeogenesis from lipids in seeds	mutant	14	21	%	71	18	%
CYP81D6	pectin metabolism	hormone	29	19	%	72	17	%
CYP81D6	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	54	14	%
CYP81D6	Phenylpropanoid Metabolism	mutant	17	10	%	123	13	%
CYP81D6	Cell Wall Carbohydrate Metabolism	mutant	38	11	%	182	12	%
CYP81D6	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP81D6	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP81D6	pectin metabolism	mutant	14	9	%	39	9	%
CYP81D6	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP81D6	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	88	8	%
CYP81D6	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP81D6	Cell Wall Carbohydrate Metabolism	stress	5	1	%	16	1	%
CYP81D7	ClpP protease complex	mutant	7	78	%	28	78	%
CYP81D7	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP81D7	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	44	54	%
CYP81D7	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP81D7	Chlorophyll a/b binding proteins	mutant	8	42	%	66	43	%
CYP81D7	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	100	37	%
CYP81D7	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	28	34	%	217	33	%
CYP81D7	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP81D7	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP81D7	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP81D7	sterol biosynthesis	mutant	6	23	%	56	27	%
CYP81D7	additional photosystem II components	mutant	9	23	%	72	26	%
CYP81D7	Glutathione metabolism	mutant	14	20	%	96	23	%
CYP81D7	Intermediary Carbon Metabolism	mutant	34	22	%	188	23	%
CYP81D7	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	102	22	%
CYP81D7	Photosystems	mutant	19	18	%	150	22	%
CYP81D7	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP81D7	Biosynthesis of Amino Acids and Derivatives	mutant	26	16	%	198	19	%
CYP81D7	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP81D7	Gluconeogenesis from lipids in seeds	mutant	14	21	%	71	18	%
CYP81D7	pectin metabolism	hormone	29	19	%	72	17	%
CYP81D7	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	54	14	%
CYP81D7	Phenylpropanoid Metabolism	mutant	17	10	%	123	13	%
CYP81D7	Cell Wall Carbohydrate Metabolism	mutant	38	11	%	182	12	%
CYP81D7	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP81D7	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP81D7	pectin metabolism	mutant	14	9	%	39	9	%
CYP81D7	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP81D7	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	88	8	%
CYP81D7	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP81D7	Cell Wall Carbohydrate Metabolism	stress	5	1	%	16	1	%
CYP81D8	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	9	16	%	66	20	%
CYP81D8	Phenylpropanoid Metabolism	stress	17	10	%	112	11	%
CYP81D8	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	6	11	%	36	11	%
CYP81D8	Phenylpropanoid Metabolism	hormone	14	8	%	93	10	%
CYP81D8	Biosynthesis of Amino Acids and Derivatives	hormone	6	4	%	42	4	%
CYP81D8	Biosynthesis of Amino Acids and Derivatives	stress	5	3	%	36	4	%
CYP81F2	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	10	18	%	76	23	%
CYP81F2	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	6	11	%	42	13	%
CYP81F2	Glutathione metabolism	hormone	5	7	%	46	11	%
CYP81F2	Phenylpropanoid Metabolism	stress	16	9	%	96	10	%
CYP81F2	core phenylpropanoid metabolism	mutant	5	11	%	18	6	%
CYP81F2	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	62	6	%
CYP81F2	Phenylpropanoid Metabolism	hormone	9	5	%	55	6	%
CYP81F3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	7	13	%	48	15	%
CYP81F4	photosystem I subunit precursor	mutant	5	100	%	26	100	%
CYP81F4	Chlorophyll a/b binding proteins	mutant	15	79	%	120	78	%
CYP81F4	additional photosystem II components	mutant	17	44	%	140	51	%
CYP81F4	Photosystems	mutant	44	42	%	316	46	%
CYP81F4	Photosystem I	mutant	19	33	%	116	32	%
CYP81F4	Photosystem II	mutant	9	23	%	68	25	%
CYP81F4	Gluconeogenesis from lipids in seeds	mutant	8	12	%	54	14	%
CYP81F4	Intermediary Carbon Metabolism	mutant	15	10	%	108	13	%
CYP81F4	Intermediary Carbon Metabolism	hormone	10	6	%	56	7	%
CYP81F4	Gluconeogenesis from lipids in seeds	hormone	6	9	%	26	7	%
CYP81F4	Biosynthesis of Amino Acids and Derivatives	hormone	8	5	%	50	5	%
CYP81F4	pectin metabolism	mutant	6	4	%	17	4	%
CYP81H1	Photosystems	organ	17	16	%	121	18	%
CYP81H1	Photosystem I	organ	9	16	%	57	16	%
CYP81H1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	7	8	%	48	7	%
CYP81H1	Phenylpropanoid Metabolism	organ	6	3	%	46	5	%
CYP82C3	Methionin/SAM/ethylene metabolism from cysteine and aspartate	hormone	7	23	%	44	23	%
CYP82C3	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	5	17	%	36	19	%
CYP82C3	Biosynthesis of Amino Acids and Derivatives	hormone	9	5	%	52	5	%
CYP82F1	cellulose biosynthesis	organ	5	11	%	30	12	%
CYP82F1	pectin metabolism	organ	7	5	%	23	5	%
CYP82F1	Cell Wall Carbohydrate Metabolism	organ	13	4	%	63	4	%
CYP82G1	pectin metabolism	hormone	21	14	%	75	17	%
CYP83A1	light harvesting complex	organ	6	100	%	48	100	%
CYP83A1	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP83A1	Chlorophyll a/b binding proteins	organ	17	89	%	138	90	%
CYP83A1	photosystem I reaction center	organ	7	78	%	32	73	%
CYP83A1	additional photosystem II components	organ	22	56	%	158	57	%
CYP83A1	Photosystems	organ	57	54	%	385	56	%
CYP83A1	Branched-chain amino acids from aspartate	hormone	10	40	%	64	41	%
CYP83A1	Photosystem I	organ	23	40	%	141	39	%
CYP83A1	Chlorophyll biosynthesis and breakdown	organ	12	36	%	101	37	%
CYP83A1	Branched-chain amino acids from aspartate	stress	9	36	%	58	37	%
CYP83A1	Branched-chain amino acids from aspartate	mutant	8	32	%	48	31	%
CYP83A1	Branched-chain amino acids from aspartate	organ	7	28	%	46	29	%
CYP83A1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	22	27	%	185	28	%
CYP83A1	Photosystem II	organ	10	26	%	73	27	%
CYP83A1	Glutathione metabolism	organ	10	14	%	76	18	%
CYP83A1	Flavonoid and anthocyanin metabolism	organ	5	9	%	32	16	%
CYP83A1	Intermediary Carbon Metabolism	organ	19	12	%	128	16	%
CYP83A1	Biosynthesis of Amino Acids and Derivatives	organ	21	13	%	154	15	%
CYP83A1	Biosynthesis of prenyl diphosphates	organ	5	11	%	46	14	%
CYP83A1	Biosynthesis of Amino Acids and Derivatives	mutant	16	10	%	116	11	%
CYP83A1	Gluconeogenesis from lipids in seeds	organ	6	9	%	34	9	%
CYP83A1	Biosynthesis of Amino Acids and Derivatives	hormone	13	8	%	82	8	%
CYP83A1	Biosynthesis of Amino Acids and Derivatives	stress	12	7	%	80	8	%
CYP83A1	Phenylpropanoid Metabolism	organ	10	6	%	64	7	%
CYP83A1	Cell Wall Carbohydrate Metabolism	organ	16	5	%	88	6	%
CYP83A1	Cell Wall Carbohydrate Metabolism	stress	7	2	%	32	2	%
CYP83B1	Glutathione metabolism	organ	9	13	%	68	16	%
CYP83B1	Glutathione metabolism	hormone	8	12	%	48	12	%
CYP83B1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	5	9	%	36	11	%
CYP83B1	Glutathione metabolism	stress	6	9	%	44	11	%
CYP83B1	Biosynthesis of Amino Acids and Derivatives	organ	11	7	%	88	9	%
CYP83B1	Biosynthesis of Amino Acids and Derivatives	hormone	13	8	%	84	8	%
CYP83B1	Gluconeogenesis from lipids in seeds	hormone	5	7	%	30	8	%
CYP83B1	Phenylpropanoid Metabolism	stress	7	4	%	70	7	%
CYP83B1	Phenylpropanoid Metabolism	hormone	10	6	%	61	6	%
CYP83B1	Intermediary Carbon Metabolism	hormone	6	4	%	36	4	%
CYP83B1	Biosynthesis of Amino Acids and Derivatives	stress	6	4	%	44	4	%
CYP83B1	Phenylpropanoid Metabolism	organ	5	3	%	42	4	%
CYP84A1	Intermediary Carbon Metabolism	stress	8	5	%	50	6	%
CYP85A1	pectin metabolism	mutant	50	34	%	119	28	%
CYP85A1	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP85A1	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP85A1	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP85A1	starch metabolism	mutant	5	17	%	37	20	%
CYP85A1	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP85A1	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP85A1	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP85A1	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP85A1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	6	11	%	44	13	%
CYP85A1	Intermediary Carbon Metabolism	mutant	18	11	%	84	10	%
CYP85A1	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	104	10	%
CYP85A1	Glutathione metabolism	mutant	8	12	%	34	8	%
CYP85A1	Gluconeogenesis from lipids in seeds	mutant	6	9	%	30	8	%
CYP85A1	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP85A1	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP85A1	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP86A	pectin metabolism	hormone	18	12	%	67	16	%
CYP86A2	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP86A2	photosystem I subunit precursor	mutant	5	100	%	26	100	%
CYP86A2	light harvesting complex	organ	5	83	%	42	88	%
CYP86A2	light harvesting complex	mutant	5	83	%	38	79	%
CYP86A2	Chlorophyll a/b binding proteins	mutant	15	79	%	118	77	%
CYP86A2	photosystem I reaction center	organ	7	78	%	32	73	%
CYP86A2	Chlorophyll a/b binding proteins	organ	13	68	%	108	70	%
CYP86A2	additional photosystem II components	mutant	19	49	%	144	52	%
CYP86A2	Photosystems	mutant	47	44	%	339	49	%
CYP86A2	Photosystems	organ	50	47	%	327	47	%
CYP86A2	additional photosystem II components	organ	19	49	%	130	47	%
CYP86A2	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP86A2	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	9	30	%	76	40	%
CYP86A2	Chlorophyll biosynthesis and breakdown	mutant	12	36	%	103	38	%
CYP86A2	Photosystem I	organ	22	39	%	131	36	%
CYP86A2	ascorbic acid biosynthesis	mutant	6	29	%	46	36	%
CYP86A2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	26	31	%	208	32	%
CYP86A2	Photosystem I	mutant	17	30	%	111	31	%
CYP86A2	sterol biosynthesis	mutant	6	23	%	60	29	%
CYP86A2	Photosystem II	organ	10	26	%	73	27	%
CYP86A2	Photosystem II	mutant	8	21	%	65	24	%
CYP86A2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	19	23	%	140	21	%
CYP86A2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	10	16	%	94	20	%
CYP86A2	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP86A2	Intermediary Carbon Metabolism	mutant	29	18	%	160	19	%
CYP86A2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	8	14	%	70	18	%
CYP86A2	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	164	16	%
CYP86A2	starch metabolism	mutant	5	17	%	28	15	%
CYP86A2	Gluconeogenesis from lipids in seeds	mutant	10	15	%	56	15	%
CYP86A2	Chlorophyll biosynthesis and breakdown	organ	5	15	%	39	14	%
CYP86A2	Cell Wall Carbohydrate Metabolism	mutant	37	11	%	195	13	%
CYP86A2	pectin metabolism	mutant	15	10	%	55	13	%
CYP86A2	Biosynthesis of prenyl diphosphates	organ	6	14	%	41	13	%
CYP86A2	Intermediary Carbon Metabolism	organ	14	9	%	96	12	%
CYP86A2	cellulose biosynthesis	mutant	6	13	%	26	10	%
CYP86A2	Glutathione metabolism	mutant	6	9	%	40	10	%
CYP86A2	Glutathione metabolism	organ	5	7	%	32	8	%
CYP86A2	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	86	7	%
CYP86A2	Biosynthesis of Amino Acids and Derivatives	organ	9	5	%	64	6	%
CYP86A2	Cell Wall Carbohydrate Metabolism	organ	9	3	%	55	4	%
CYP86C2	pectin metabolism	mutant	16	11	%	65	15	%
CYP86C3	pectin metabolism	mutant	18	12	%	73	17	%
CYP86C3	pectin metabolism	hormone	18	12	%	67	16	%
CYP86C4	pectin metabolism	mutant	19	13	%	75	17	%
CYP86C4	pectin metabolism	hormone	14	9	%	59	14	%
CYP88A3	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP88A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	10	12	%	73	11	%
CYP88A3	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	6	10	%	46	10	%
CYP88A3	Gluconeogenesis from lipids in seeds	mutant	6	9	%	35	9	%
CYP88A3	Photosystems	mutant	5	5	%	40	6	%
CYP88A3	pectin metabolism	mutant	7	5	%	22	5	%
CYP88A3	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	52	4	%
CYP88A4	mRNA processing in chloroplast	stress	10	83	%	50	86	%
CYP88A4	Translation (chloroplast)	stress	6	86	%	34	77	%
CYP88A4	psbP family of thylakoid proteins	stress	5	83	%	18	75	%
CYP88A4	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP88A4	photosystem I reaction center	stress	6	67	%	28	64	%
CYP88A4	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	8	62	%	62	62	%
CYP88A4	Carotenoid biosynthesis	stress	6	55	%	56	60	%
CYP88A4	Chlorophyll biosynthesis and breakdown	stress	18	55	%	151	56	%
CYP88A4	Ferredoxin	stress	5	56	%	22	50	%
CYP88A4	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	36	43	%	301	46	%
CYP88A4	additional photosystem II components	stress	18	46	%	113	41	%
CYP88A4	Photosystems	stress	45	42	%	276	40	%
CYP88A4	Chlorophyll a/b binding proteins	stress	6	32	%	46	30	%
CYP88A4	starch metabolism	stress	8	27	%	44	24	%
CYP88A4	Photosystem I	stress	16	28	%	87	24	%
CYP88A4	Intermediary Carbon Metabolism	stress	28	18	%	180	22	%
CYP88A4	Photosystem II	stress	8	21	%	53	20	%
CYP88A4	Leaf Glycerolipid Biosynthesis in Plastid	stress	10	18	%	77	20	%
CYP88A4	Biosynthesis of prenyl diphosphates	stress	6	14	%	56	17	%
CYP88A4	Gluconeogenesis from lipids in seeds	stress	7	10	%	48	12	%
CYP88A4	Glutathione metabolism	stress	7	10	%	48	12	%
CYP88A4	Biosynthesis of Amino Acids and Derivatives	stress	11	7	%	76	7	%
CYP88A4	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	7	13	%	24	7	%
CYP88A4	Leaf Glycerolipid Biosynthesis	stress	10	6	%	77	7	%
CYP88A4	Cell Wall Carbohydrate Metabolism	stress	18	5	%	88	6	%
CYP88A4	Phenylpropanoid Metabolism	stress	10	6	%	38	4	%
CYP89A2	Carotenoid biosynthesis	organ	7	64	%	64	68	%
CYP89A2	Chloroplastic protein turnover	organ	5	42	%	26	43	%
CYP89A2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	14	17	%	118	18	%
CYP89A2	Biosynthesis of prenyl diphosphates	organ	5	11	%	28	9	%
CYP89A2	Phenylpropanoid Metabolism	organ	6	3	%	60	6	%
CYP89A3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	8	15	%	52	16	%
CYP89A9	fatty acid beta oxidation complex	stress	6	27	%	48	40	%
CYP89A9	Gluconeogenesis from lipids in seeds	stress	7	10	%	58	15	%
CYP89A9	Biosynthesis of Amino Acids and Derivatives	stress	6	4	%	42	4	%
CYP90A1	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP90A1	light harvesting complex	organ	5	83	%	42	88	%
CYP90A1	Chlorophyll a/b binding proteins	organ	15	79	%	124	81	%
CYP90A1	ClpP protease complex	mutant	7	78	%	28	78	%
CYP90A1	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP90A1	photosystem I reaction center	organ	7	78	%	32	73	%
CYP90A1	mRNA processing in chloroplast	stress	8	67	%	42	72	%
CYP90A1	Carotenoid biosynthesis	mutant	7	64	%	64	68	%
CYP90A1	ClpP protease complex	organ	6	67	%	24	67	%
CYP90A1	photosystem I reaction center	stress	6	67	%	28	64	%
CYP90A1	Chloroplastic protein turnover	mutant	8	67	%	38	63	%
CYP90A1	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	8	62	%	62	62	%
CYP90A1	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	7	54	%	58	58	%
CYP90A1	additional photosystem II components	organ	22	56	%	154	56	%
CYP90A1	Translation (chloroplast)	mutant	5	71	%	24	55	%
CYP90A1	Photosystems	organ	54	51	%	363	53	%
CYP90A1	Chlorophyll a/b binding proteins	mutant	10	53	%	80	52	%
CYP90A1	Carotenoid biosynthesis	stress	5	45	%	48	51	%
CYP90A1	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	6	46	%	48	48	%
CYP90A1	Carotenoid biosynthesis	organ	5	45	%	44	47	%
CYP90A1	Chloroplastic protein turnover	organ	7	58	%	28	47	%
CYP90A1	ATP synthase components	organ	5	50	%	32	46	%
CYP90A1	Chlorophyll biosynthesis and breakdown	mutant	14	42	%	115	42	%
CYP90A1	Protein folding / chaperonins (chloroplast)	mutant	5	36	%	34	41	%
CYP90A1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	34	41	%	270	41	%
CYP90A1	mRNA processing in chloroplast	mutant	5	42	%	24	41	%
CYP90A1	additional photosystem II components	mutant	13	33	%	104	38	%
CYP90A1	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	8	27	%	72	38	%
CYP90A1	Photosystem I	organ	22	39	%	133	37	%
CYP90A1	sterol biosynthesis	mutant	8	31	%	76	37	%
CYP90A1	Chlorophyll biosynthesis and breakdown	stress	11	33	%	99	37	%
CYP90A1	Chlorophyll a/b binding proteins	stress	7	37	%	54	35	%
CYP90A1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	25	30	%	223	34	%
CYP90A1	Chloroplastic protein import via envelope membrane	mutant	7	37	%	32	33	%
CYP90A1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	23	28	%	198	30	%
CYP90A1	Chlorophyll biosynthesis and breakdown	organ	9	27	%	79	29	%
CYP90A1	Photosystems	mutant	25	24	%	199	29	%
CYP90A1	Photosystems	stress	32	30	%	196	28	%
CYP90A1	ascorbic acid biosynthesis	mutant	5	24	%	36	28	%
CYP90A1	Biosynthesis of prenyl diphosphates	mutant	10	23	%	85	26	%
CYP90A1	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	14	22	%	122	26	%
CYP90A1	Photosystem II	organ	9	23	%	69	26	%
CYP90A1	Intermediary Carbon Metabolism	mutant	36	23	%	210	26	%
CYP90A1	additional photosystem II components	stress	11	28	%	67	24	%
CYP90A1	Gluconeogenesis from lipids in seeds	mutant	16	24	%	91	24	%
CYP90A1	Branched-chain amino acids from aspartate	mutant	5	20	%	34	22	%
CYP90A1	Photosystem I	stress	13	23	%	75	21	%
CYP90A1	starch metabolism	stress	6	20	%	36	20	%
CYP90A1	Biosynthesis of Amino Acids and Derivatives	mutant	27	16	%	198	19	%
CYP90A1	Photosystem II	stress	7	18	%	47	17	%
CYP90A1	Leaf Glycerolipid Biosynthesis in Plastid	mutant	8	14	%	67	17	%
CYP90A1	Biosynthesis of prenyl diphosphates	organ	6	14	%	53	16	%
CYP90A1	Glutathione metabolism	mutant	11	16	%	64	15	%
CYP90A1	Intermediary Carbon Metabolism	stress	20	13	%	124	15	%
CYP90A1	Photosystem II	mutant	5	13	%	35	13	%
CYP90A1	Intermediary Carbon Metabolism	organ	16	10	%	106	13	%
CYP90A1	Photosystem I	mutant	6	11	%	45	12	%
CYP90A1	cellulose biosynthesis	mutant	6	13	%	26	10	%
CYP90A1	Leaf Glycerolipid Biosynthesis in Plastid	stress	5	9	%	37	9	%
CYP90A1	pectin metabolism	mutant	13	9	%	39	9	%
CYP90A1	Leaf Glycerolipid Biosynthesis	mutant	12	7	%	97	8	%
CYP90A1	Cell Wall Carbohydrate Metabolism	organ	14	4	%	81	5	%
CYP90A1	Cell Wall Carbohydrate Metabolism	stress	12	4	%	66	4	%
CYP90A1	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	42	4	%
CYP90A1	Leaf Glycerolipid Biosynthesis	stress	5	3	%	37	3	%
CYP93D1	Cell Wall Carbohydrate Metabolism	stress	5	1	%	22	1	%
CYP94C1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	8	15	%	62	19	%
CYP94C1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	7	13	%	52	16	%
CYP94C1	Glutathione metabolism	hormone	6	9	%	56	13	%
CYP94C1	Phenylpropanoid Metabolism	hormone	12	7	%	86	9	%
CYP94C1	Biosynthesis of Amino Acids and Derivatives	hormone	7	4	%	62	6	%
CYP94D1	pectin metabolism	organ	6	4	%	23	5	%
CYP94D1	pectin metabolism	hormone	6	4	%	17	4	%
CYP94D2	ClpP protease complex	mutant	6	67	%	24	67	%
CYP94D2	Chloroplastic protein turnover	mutant	7	58	%	34	57	%
CYP94D2	Carotenoid biosynthesis	mutant	5	45	%	44	47	%
CYP94D2	Protein folding / chaperonins (chloroplast)	mutant	5	36	%	34	41	%
CYP94D2	Chloroplastic protein import via envelope membrane	mutant	6	32	%	28	29	%
CYP94D2	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP94D2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	18	22	%	143	22	%
CYP94D2	Biosynthesis of Amino Acids and Derivatives	mutant	19	11	%	146	14	%
CYP94D2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	8	13	%	62	13	%
CYP94D2	Intermediary Carbon Metabolism	mutant	19	12	%	108	13	%
CYP94D2	Glutathione metabolism	mutant	8	12	%	52	13	%
CYP94D2	Gluconeogenesis from lipids in seeds	mutant	9	13	%	43	11	%
CYP94D2	Biosynthesis of prenyl diphosphates	mutant	5	11	%	35	11	%
CYP94D2	Photosystems	mutant	8	8	%	64	9	%
CYP94D2	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	8	10	%	60	9	%
CYP94D2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	34	9	%
CYP94D2	pectin metabolism	mutant	9	6	%	27	6	%
CYP94D2	Leaf Glycerolipid Biosynthesis	mutant	9	5	%	62	5	%
CYP96A12	mRNA processing in chloroplast	stress	5	42	%	24	41	%
CYP96A12	additional photosystem II components	hormone	8	21	%	56	20	%
CYP96A12	Chlorophyll biosynthesis and breakdown	hormone	6	18	%	43	16	%
CYP96A12	Photosystems	hormone	18	17	%	109	16	%
CYP96A12	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	10	12	%	77	12	%
CYP96A12	Leaf Glycerolipid Biosynthesis in Plastid	hormone	6	11	%	45	12	%
CYP96A12	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	10	12	%	71	11	%
CYP96A12	Photosystem I	hormone	6	11	%	35	10	%
CYP96A12	Intermediary Carbon Metabolism	hormone	10	6	%	62	8	%
CYP96A12	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	7	8	%	45	7	%
CYP96A12	Intermediary Carbon Metabolism	stress	6	4	%	46	6	%
CYP96A12	Photosystems	organ	5	5	%	38	5	%
CYP96A12	Photosystems	stress	5	5	%	30	4	%
CYP96A12	Leaf Glycerolipid Biosynthesis	hormone	6	3	%	45	4	%
CYP96A12	pectin metabolism	organ	6	4	%	14	3	%
CYP96A12	Cell Wall Carbohydrate Metabolism	stress	5	1	%	24	2	%
CYP96A13	pectin metabolism	hormone	21	14	%	75	17	%
CYP96A14P	pectin metabolism	mutant	50	34	%	119	28	%
CYP96A14P	cellulose biosynthesis	mutant	11	24	%	66	26	%
CYP96A14P	Chloroplastic protein import via envelope membrane	mutant	5	26	%	20	21	%
CYP96A14P	Cell Wall Carbohydrate Metabolism	mutant	81	24	%	308	21	%
CYP96A14P	starch metabolism	mutant	5	17	%	37	20	%
CYP96A14P	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP96A14P	Biosynthesis of prenyl diphosphates	mutant	9	20	%	60	19	%
CYP96A14P	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	82	18	%
CYP96A14P	pectin metabolism	hormone	29	19	%	72	17	%
CYP96A14P	Phenylpropanoid Metabolism	mutant	27	16	%	133	14	%
CYP96A14P	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP96A14P	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	104	10	%
CYP96A14P	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP96A14P	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP96A14P	core phenylpropanoid metabolism	mutant	7	16	%	22	8	%
CYP96A14P	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP96A14P	Leaf Glycerolipid Biosynthesis	mutant	10	6	%	58	5	%
CYP96A14P	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP96A15	pectin metabolism	hormone	21	14	%	75	17	%
CYP96A15	Cell Wall Carbohydrate Metabolism	hormone	26	8	%	105	7	%
CYP96A2	pectin metabolism	hormone	21	14	%	75	17	%
CYP96A2	core phenylpropanoid metabolism	mutant	5	11	%	26	9	%
CYP96A2	pectin metabolism	mutant	6	4	%	20	5	%
CYP96A5	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	40	21	%
CYP96A9	pectin metabolism	organ	5	3	%	31	7	%
CYP97A3	light harvesting complex	organ	6	100	%	48	100	%
CYP97A3	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP97A3	Chlorophyll a/b binding proteins	organ	18	95	%	146	95	%
CYP97A3	mRNA processing in chloroplast	organ	10	83	%	50	86	%
CYP97A3	additional photosystem II components	organ	30	77	%	209	75	%
CYP97A3	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP97A3	psbP family of thylakoid proteins	stress	5	83	%	18	75	%
CYP97A3	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP97A3	Transcription (chloroplast)	organ	5	71	%	44	73	%
CYP97A3	photosystem I reaction center	organ	7	78	%	32	73	%
CYP97A3	mRNA processing in chloroplast	stress	8	67	%	42	72	%
CYP97A3	Photosystems	organ	73	69	%	494	71	%
CYP97A3	Carotenoid biosynthesis	organ	8	73	%	66	70	%
CYP97A3	Translation (chloroplast)	organ	5	71	%	30	68	%
CYP97A3	Translation (chloroplast)	stress	5	71	%	30	68	%
CYP97A3	Early light-inducible proteins	organ	5	71	%	34	68	%
CYP97A3	Chlorophyll biosynthesis and breakdown	organ	22	67	%	183	68	%
CYP97A3	ClpP protease complex	mutant	6	67	%	24	67	%
CYP97A3	ClpP protease complex	organ	6	67	%	24	67	%
CYP97A3	Ferredoxin	organ	6	67	%	28	64	%
CYP97A3	Ferredoxin	stress	6	67	%	28	64	%
CYP97A3	Chloroplastic protein turnover	organ	8	67	%	38	63	%
CYP97A3	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	8	62	%	62	62	%
CYP97A3	Photosystem I	organ	29	51	%	189	52	%
CYP97A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	43	52	%	341	52	%
CYP97A3	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	7	54	%	52	52	%
CYP97A3	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	7	54	%	52	52	%
CYP97A3	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP97A3	Carotenoid biosynthesis	stress	5	45	%	46	49	%
CYP97A3	mRNA processing in chloroplast	mutant	6	50	%	28	48	%
CYP97A3	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	38	46	%
CYP97A3	ATP synthase components	organ	5	50	%	32	46	%
CYP97A3	Photosystem II	organ	16	41	%	121	45	%
CYP97A3	Chlorophyll biosynthesis and breakdown	stress	13	39	%	115	42	%
CYP97A3	Chloroplastic protein turnover	mutant	6	50	%	24	40	%
CYP97A3	Chlorophyll biosynthesis and breakdown	mutant	13	39	%	107	39	%
CYP97A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	28	34	%	239	37	%
CYP97A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	29	35	%	232	36	%
CYP97A3	starch metabolism	organ	11	37	%	62	34	%
CYP97A3	ascorbic acid biosynthesis	mutant	6	29	%	40	31	%
CYP97A3	Photosystems	stress	34	32	%	207	30	%
CYP97A3	sterol biosynthesis	mutant	6	23	%	60	29	%
CYP97A3	additional photosystem II components	stress	14	36	%	79	29	%
CYP97A3	additional photosystem II components	mutant	11	28	%	78	28	%
CYP97A3	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	7	23	%	52	27	%
CYP97A3	Photosystems	mutant	24	23	%	178	26	%
CYP97A3	Chlorophyll a/b binding proteins	mutant	5	26	%	38	25	%
CYP97A3	Intermediary Carbon Metabolism	stress	26	17	%	174	21	%
CYP97A3	Leaf Glycerolipid Biosynthesis in Plastid	organ	9	16	%	81	21	%
CYP97A3	Intermediary Carbon Metabolism	organ	28	18	%	170	21	%
CYP97A3	Biosynthesis of prenyl diphosphates	mutant	8	18	%	65	20	%
CYP97A3	Leaf Glycerolipid Biosynthesis in Plastid	mutant	9	16	%	78	20	%
CYP97A3	Biosynthesis of prenyl diphosphates	organ	8	18	%	64	20	%
CYP97A3	Intermediary Carbon Metabolism	mutant	27	17	%	150	18	%
CYP97A3	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	9	14	%	84	18	%
CYP97A3	Leaf Glycerolipid Biosynthesis in Plastid	stress	9	16	%	67	17	%
CYP97A3	Biosynthesis of prenyl diphosphates	stress	5	11	%	50	15	%
CYP97A3	starch metabolism	mutant	5	17	%	28	15	%
CYP97A3	Biosynthesis of Amino Acids and Derivatives	mutant	20	12	%	152	15	%
CYP97A3	Photosystem I	stress	9	16	%	52	14	%
CYP97A3	Photosystem II	stress	5	13	%	32	12	%
CYP97A3	Gluconeogenesis from lipids in seeds	organ	7	10	%	44	11	%
CYP97A3	starch metabolism	stress	5	17	%	20	11	%
CYP97A3	Gluconeogenesis from lipids in seeds	mutant	8	12	%	40	10	%
CYP97A3	Glutathione metabolism	mutant	7	10	%	42	10	%
CYP97A3	Glutathione metabolism	stress	5	7	%	38	9	%
CYP97A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	8	10	%	58	9	%
CYP97A3	Gluconeogenesis from lipids in seeds	stress	5	7	%	32	8	%
CYP97A3	Cell Wall Carbohydrate Metabolism	organ	24	7	%	123	8	%
CYP97A3	Leaf Glycerolipid Biosynthesis	mutant	11	6	%	94	8	%
CYP97A3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	stress	7	13	%	24	7	%
CYP97A3	Leaf Glycerolipid Biosynthesis	organ	10	6	%	85	7	%
CYP97A3	Phenylpropanoid Metabolism	organ	14	8	%	71	7	%
CYP97A3	Intermediary Carbon Metabolism	hormone	7	4	%	48	6	%
CYP97A3	Leaf Glycerolipid Biosynthesis	stress	9	5	%	67	6	%
CYP97A3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	organ	6	11	%	18	6	%
CYP97A3	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	44	4	%
CYP97A3	Biosynthesis of Amino Acids and Derivatives	stress	6	4	%	40	4	%
CYP97A3	Cell Wall Carbohydrate Metabolism	stress	12	4	%	46	3	%
CYP97A3	Phenylpropanoid Metabolism	stress	9	5	%	28	3	%
CYP97A3	pectin metabolism	organ	5	3	%	11	2	%
CYP97B3	light harvesting complex	organ	6	100	%	48	100	%
CYP97B3	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP97B3	Chlorophyll a/b binding proteins	organ	18	95	%	146	95	%
CYP97B3	ClpP protease complex	mutant	8	89	%	32	89	%
CYP97B3	mRNA processing in chloroplast	organ	9	75	%	46	79	%
CYP97B3	ClpP protease complex	organ	7	78	%	28	78	%
CYP97B3	psbP family of thylakoid proteins	stress	5	83	%	18	75	%
CYP97B3	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP97B3	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP97B3	photosystem I reaction center	organ	7	78	%	32	73	%
CYP97B3	additional photosystem II components	organ	29	74	%	201	73	%
CYP97B3	Photosystems	organ	74	70	%	498	72	%
CYP97B3	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	9	69	%	72	72	%
CYP97B3	Chloroplastic protein turnover	organ	9	75	%	42	70	%
CYP97B3	Carotenoid biosynthesis	organ	8	73	%	64	68	%
CYP97B3	Photosystem II reaction center	organ	6	60	%	44	67	%
CYP97B3	Protein folding / chaperonins (chloroplast)	mutant	7	50	%	48	59	%
CYP97B3	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	7	54	%	58	58	%
CYP97B3	Chlorophyll biosynthesis and breakdown	organ	18	55	%	153	56	%
CYP97B3	mRNA processing in chloroplast	stress	7	58	%	32	55	%
CYP97B3	Translation (chloroplast)	organ	5	71	%	24	55	%
CYP97B3	Chloroplastic protein turnover	mutant	8	67	%	32	53	%
CYP97B3	Photosystem I	organ	30	53	%	191	53	%
CYP97B3	Ferredoxin	organ	5	56	%	22	50	%
CYP97B3	Carotenoid biosynthesis	mutant	5	45	%	46	49	%
CYP97B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	39	47	%	309	47	%
CYP97B3	Chlorophyll a/b binding proteins	mutant	9	47	%	72	47	%
CYP97B3	ATP synthase components	organ	5	50	%	32	46	%
CYP97B3	Photosystem II	organ	16	41	%	117	43	%
CYP97B3	Chlorophyll biosynthesis and breakdown	mutant	14	42	%	115	42	%
CYP97B3	Chlorophyll biosynthesis and breakdown	stress	13	39	%	111	41	%
CYP97B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	32	39	%	252	39	%
CYP97B3	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	5	38	%	38	38	%
CYP97B3	Chloroplastic protein import via envelope membrane	mutant	7	37	%	32	33	%
CYP97B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	26	31	%	213	33	%
CYP97B3	sterol biosynthesis	mutant	7	27	%	66	32	%
CYP97B3	ascorbic acid biosynthesis	mutant	6	29	%	40	31	%
CYP97B3	additional photosystem II components	mutant	11	28	%	86	31	%
CYP97B3	ascorbic acid biosynthesis	organ	6	29	%	38	30	%
CYP97B3	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	56	29	%
CYP97B3	Biosynthesis of prenyl diphosphates	mutant	10	23	%	85	26	%
CYP97B3	Intermediary Carbon Metabolism	mutant	40	25	%	216	26	%
CYP97B3	Photosystems	mutant	22	21	%	174	25	%
CYP97B3	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	13	21	%	112	24	%
CYP97B3	additional photosystem II components	stress	11	28	%	64	23	%
CYP97B3	Intermediary Carbon Metabolism	organ	27	17	%	176	21	%
CYP97B3	Leaf Glycerolipid Biosynthesis in Plastid	mutant	11	19	%	81	21	%
CYP97B3	Gluconeogenesis from lipids in seeds	mutant	14	21	%	77	20	%
CYP97B3	Glutathione metabolism	mutant	12	17	%	76	18	%
CYP97B3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	10	18	%	58	18	%
CYP97B3	Biosynthesis of Amino Acids and Derivatives	mutant	25	15	%	182	18	%
CYP97B3	Biosynthesis of prenyl diphosphates	organ	7	16	%	54	17	%
CYP97B3	Leaf Glycerolipid Biosynthesis in Plastid	organ	8	14	%	65	17	%
CYP97B3	Photosystems	stress	20	19	%	113	16	%
CYP97B3	starch metabolism	stress	5	17	%	28	15	%
CYP97B3	Gluconeogenesis from lipids in seeds	organ	8	12	%	54	14	%
CYP97B3	Glutathione metabolism	organ	6	9	%	54	13	%
CYP97B3	Cell Wall Carbohydrate Metabolism	mutant	41	12	%	190	13	%
CYP97B3	Chlorophyll biosynthesis and breakdown	hormone	5	15	%	34	13	%
CYP97B3	Flavonoid and anthocyanin metabolism	organ	6	11	%	25	13	%
CYP97B3	Biosynthesis of prenyl diphosphates	stress	5	11	%	40	12	%
CYP97B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	9	11	%	72	11	%
CYP97B3	Photosystem I	mutant	5	9	%	38	11	%
CYP97B3	Intermediary Carbon Metabolism	stress	13	8	%	86	10	%
CYP97B3	pectin metabolism	mutant	16	11	%	45	10	%
CYP97B3	Phenylpropanoid Metabolism	mutant	16	9	%	99	10	%
CYP97B3	Leaf Glycerolipid Biosynthesis in Plastid	stress	5	9	%	39	10	%
CYP97B3	Biosynthesis of Amino Acids and Derivatives	organ	11	7	%	96	9	%
CYP97B3	Leaf Glycerolipid Biosynthesis	mutant	14	8	%	105	9	%
CYP97B3	Aromatic amino acid (Phe, Tyr, Trp) metabolism	organ	5	9	%	28	9	%
CYP97B3	Phenylpropanoid Metabolism	organ	14	8	%	83	8	%
CYP97B3	Gluconeogenesis from lipids in seeds	stress	5	7	%	32	8	%
CYP97B3	Cell Wall Carbohydrate Metabolism	organ	23	7	%	120	8	%
CYP97B3	Leaf Glycerolipid Biosynthesis	organ	9	5	%	69	6	%
CYP97B3	Cell Wall Carbohydrate Metabolism	stress	13	4	%	64	4	%
CYP97B3	Leaf Glycerolipid Biosynthesis	stress	6	3	%	41	4	%
CYP97B3	pectin metabolism	organ	6	4	%	13	3	%
CYP97C1	mRNA processing in chloroplast	organ	10	83	%	50	86	%
CYP97C1	psbP family of thylakoid proteins	stress	5	83	%	18	75	%
CYP97C1	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP97C1	Transcription (chloroplast)	organ	5	71	%	44	73	%
CYP97C1	mRNA processing in chloroplast	stress	8	67	%	42	72	%
CYP97C1	Translation (chloroplast)	stress	5	71	%	30	68	%
CYP97C1	Translation (chloroplast)	organ	5	71	%	30	68	%
CYP97C1	Chlorophyll biosynthesis and breakdown	organ	22	67	%	183	68	%
CYP97C1	photosystem I reaction center	organ	6	67	%	28	64	%
CYP97C1	Ferredoxin	organ	6	67	%	28	64	%
CYP97C1	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	7	54	%	52	52	%
CYP97C1	additional photosystem II components	organ	20	51	%	129	47	%
CYP97C1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	37	45	%	301	46	%
CYP97C1	Chlorophyll a/b binding proteins	organ	9	47	%	70	45	%
CYP97C1	Photosystems	organ	50	47	%	312	45	%
CYP97C1	Carotenoid biosynthesis	organ	5	45	%	40	43	%
CYP97C1	Chlorophyll biosynthesis and breakdown	stress	11	33	%	89	33	%
CYP97C1	starch metabolism	organ	9	30	%	57	31	%
CYP97C1	Photosystem I	organ	18	32	%	103	29	%
CYP97C1	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	18	22	%	145	22	%
CYP97C1	additional photosystem II components	stress	11	28	%	61	22	%
CYP97C1	Photosystem II	organ	9	23	%	59	22	%
CYP97C1	Photosystems	stress	24	23	%	146	21	%
CYP97C1	Leaf Glycerolipid Biosynthesis in Plastid	organ	9	16	%	81	21	%
CYP97C1	Intermediary Carbon Metabolism	organ	23	15	%	146	18	%
CYP97C1	Biosynthesis of prenyl diphosphates	organ	5	11	%	50	15	%
CYP97C1	Photosystem II	stress	5	13	%	35	13	%
CYP97C1	Intermediary Carbon Metabolism	stress	14	9	%	98	12	%
CYP97C1	starch metabolism	stress	5	17	%	20	11	%
CYP97C1	Photosystem I	stress	6	11	%	39	11	%
CYP97C1	Leaf Glycerolipid Biosynthesis in Plastid	stress	5	9	%	41	10	%
CYP97C1	Gluconeogenesis from lipids in seeds	organ	6	9	%	34	9	%
CYP97C1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	organ	7	13	%	24	7	%
CYP97C1	Leaf Glycerolipid Biosynthesis	organ	9	5	%	81	7	%
CYP97C1	Cell Wall Carbohydrate Metabolism	organ	16	5	%	87	6	%
CYP97C1	Leaf Glycerolipid Biosynthesis	stress	5	3	%	41	4	%
CYP97C1	Cell Wall Carbohydrate Metabolism	stress	10	3	%	48	3	%
CYP98A3	core phenylpropanoid metabolism	stress	8	18	%	80	28	%
CYP98A3	core phenylpropanoid metabolism	hormone	7	16	%	70	24	%
CYP98A3	Phenylpropanoid Metabolism	stress	12	7	%	110	11	%
CYP98A3	Phenylpropanoid Metabolism	hormone	11	6	%	80	8	%
CYP98A3	Intermediary Carbon Metabolism	hormone	6	4	%	36	4	%
CYP98A8	pectin metabolism	mutant	21	14	%	77	18	%
CYP98A8	pectin metabolism	hormone	29	19	%	72	17	%
CYP98A8	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP98A8	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP98A8	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP98A8	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP98A9	pectin metabolism	mutant	21	14	%	77	18	%
CYP702A2	Cell Wall Carbohydrate Metabolism	stress	10	3	%	45	3	%
CYP702A2	Biosynthesis of Amino Acids and Derivatives	stress	5	3	%	28	3	%
CYP702A2	Phenylpropanoid Metabolism	stress	5	3	%	15	2	%
CYP702A3	Protein folding / chaperonins (chloroplast)	mutant	5	36	%	40	49	%
CYP702A3	Chloroplastic protein import via envelope membrane	mutant	5	26	%	24	25	%
CYP702A3	Intermediary Carbon Metabolism	mutant	17	11	%	94	11	%
CYP702A3	Gluconeogenesis from lipids in seeds	mutant	7	10	%	39	10	%
CYP702A3	Photosystems	mutant	6	6	%	48	7	%
CYP702A3	pectin metabolism	mutant	7	5	%	22	5	%
CYP703A2	pectin metabolism	hormone	29	19	%	72	17	%
CYP703A2	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP703A2	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP703A2	core phenylpropanoid metabolism	mutant	5	11	%	26	9	%
CYP703A2	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP703A2	pectin metabolism	mutant	6	4	%	20	5	%
CYP703A2	pectin metabolism	organ	5	3	%	18	4	%
CYP703A2	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP704A1	Glutathione metabolism	stress	5	7	%	22	5	%
CYP704A1	Biosynthesis of Amino Acids and Derivatives	stress	5	3	%	22	2	%
CYP704A2	Glutathione metabolism	stress	5	7	%	22	5	%
CYP704A2	Biosynthesis of Amino Acids and Derivatives	stress	5	3	%	22	2	%
CYP704B1	pectin metabolism	hormone	29	19	%	72	17	%
CYP704B1	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP704B1	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP704B1	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP704B1	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP705A1	Flavonoid and anthocyanin metabolism	organ	7	13	%	14	7	%
CYP705A1	pectin metabolism	organ	7	5	%	19	4	%
CYP705A12	Flavonoid and anthocyanin metabolism	organ	7	13	%	14	7	%
CYP705A12	pectin metabolism	organ	8	5	%	21	5	%
CYP705A13	Flavonoid and anthocyanin metabolism	organ	8	15	%	15	8	%
CYP705A13	pectin metabolism	hormone	6	4	%	23	5	%
CYP705A13	pectin metabolism	organ	8	5	%	21	5	%
CYP705A2	pectin metabolism	mutant	23	15	%	53	12	%
CYP705A22	pectin metabolism	organ	8	5	%	25	6	%
CYP705A22	Cell Wall Carbohydrate Metabolism	organ	12	4	%	55	4	%
CYP705A23	pectin metabolism	hormone	11	7	%	30	7	%
CYP705A23	Leaf Glycerolipid Biosynthesis	hormone	6	3	%	37	3	%
CYP705A24	pectin metabolism	mutant	17	11	%	69	16	%
CYP705A25	Flavonoid and anthocyanin metabolism	organ	8	15	%	15	8	%
CYP705A25	pectin metabolism	organ	8	5	%	21	5	%
CYP705A27	pectin metabolism	organ	8	5	%	25	6	%
CYP705A32	pectin metabolism	mutant	41	28	%	89	21	%
CYP705A32	Flavonoid and anthocyanin metabolism	mutant	6	11	%	27	14	%
CYP705A32	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	10	16	%	60	13	%
CYP705A32	Biosynthesis of prenyl diphosphates	mutant	7	16	%	40	12	%
CYP705A32	cellulose biosynthesis	mutant	6	13	%	26	10	%
CYP705A32	Leaf Glycerolipid Biosynthesis	mutant	6	3	%	27	2	%
CYP705A5	Photosystems	mutant	9	8	%	64	9	%
CYP705A8	Flavonoid and anthocyanin metabolism	organ	7	13	%	14	7	%
CYP705A8	pectin metabolism	organ	9	6	%	29	7	%
CYP705A8	Cell Wall Carbohydrate Metabolism	organ	12	4	%	51	3	%
CYP706A1	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	46	4	%
CYP706A2	Biosynthesis of Amino Acids and Derivatives	organ	6	4	%	46	4	%
CYP706A3	pectin metabolism	hormone	21	14	%	75	17	%
CYP706A3	Cell Wall Carbohydrate Metabolism	hormone	26	8	%	105	7	%
CYP706A3	pectin metabolism	organ	6	4	%	14	3	%
CYP706A5	light harvesting complex	organ	6	100	%	48	100	%
CYP706A5	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP706A5	light harvesting complex	mutant	5	83	%	38	79	%
CYP706A5	Chlorophyll a/b binding proteins	mutant	15	79	%	118	77	%
CYP706A5	psbP family of thylakoid proteins	stress	5	83	%	18	75	%
CYP706A5	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP706A5	Transcription (chloroplast)	organ	5	71	%	44	73	%
CYP706A5	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP706A5	photosystem I reaction center	organ	7	78	%	32	73	%
CYP706A5	mRNA processing in chloroplast	organ	8	67	%	42	72	%
CYP706A5	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	9	69	%	72	72	%
CYP706A5	Early light-inducible proteins	organ	5	71	%	34	68	%
CYP706A5	ClpP protease complex	mutant	6	67	%	24	67	%
CYP706A5	Ferredoxin	organ	6	67	%	28	64	%
CYP706A5	mRNA processing in chloroplast	stress	8	67	%	36	62	%
CYP706A5	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	8	62	%	62	62	%
CYP706A5	Carotenoid biosynthesis	mutant	6	55	%	54	57	%
CYP706A5	Photosystems	organ	61	58	%	392	57	%
CYP706A5	additional photosystem II components	mutant	20	51	%	156	56	%
CYP706A5	Chlorophyll biosynthesis and breakdown	organ	17	52	%	147	54	%
CYP706A5	Carotenoid biosynthesis	organ	6	55	%	46	49	%
CYP706A5	mRNA processing in chloroplast	mutant	6	50	%	28	48	%
CYP706A5	additional photosystem II components	organ	21	54	%	133	48	%
CYP706A5	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	6	46	%	48	48	%
CYP706A5	Chlorophyll biosynthesis and breakdown	stress	15	45	%	127	47	%
CYP706A5	Protein folding / chaperonins (chloroplast)	mutant	6	43	%	38	46	%
CYP706A5	ATP synthase components	organ	5	50	%	32	46	%
CYP706A5	Chlorophyll a/b binding proteins	organ	9	47	%	70	45	%
CYP706A5	Photosystem I	organ	26	46	%	163	45	%
CYP706A5	Photosystems	mutant	39	37	%	291	42	%
CYP706A5	Chlorophyll biosynthesis and breakdown	mutant	13	39	%	113	42	%
CYP706A5	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	35	42	%	269	41	%
CYP706A5	Chloroplastic protein turnover	mutant	6	50	%	24	40	%
CYP706A5	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	32	39	%	254	39	%
CYP706A5	Photosystem II	organ	12	31	%	89	33	%
CYP706A5	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	25	30	%	211	32	%
CYP706A5	ascorbic acid biosynthesis	mutant	6	29	%	40	31	%
CYP706A5	sterol biosynthesis	mutant	6	23	%	60	29	%
CYP706A5	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	6	20	%	52	27	%
CYP706A5	additional photosystem II components	stress	12	31	%	71	26	%
CYP706A5	Leaf Glycerolipid Biosynthesis in Plastid	organ	10	18	%	85	22	%
CYP706A5	additional photosystem II components	hormone	8	21	%	55	20	%
CYP706A5	Leaf Glycerolipid Biosynthesis in Plastid	mutant	9	16	%	75	19	%
CYP706A5	Biosynthesis of prenyl diphosphates	mutant	8	18	%	61	19	%
CYP706A5	Photosystem I	mutant	10	18	%	67	19	%
CYP706A5	Chlorophyll biosynthesis and breakdown	hormone	5	15	%	49	18	%
CYP706A5	Intermediary Carbon Metabolism	mutant	24	15	%	140	17	%
CYP706A5	Intermediary Carbon Metabolism	organ	22	14	%	140	17	%
CYP706A5	Photosystem II	mutant	6	15	%	45	17	%
CYP706A5	Biosynthesis of prenyl diphosphates	organ	8	18	%	52	16	%
CYP706A5	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	8	13	%	74	16	%
CYP706A5	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	12	14	%	103	16	%
CYP706A5	Photosystems	stress	18	17	%	107	15	%
CYP706A5	starch metabolism	mutant	5	17	%	28	15	%
CYP706A5	starch metabolism	hormone	5	17	%	28	15	%
CYP706A5	Glutathione metabolism	organ	7	10	%	62	15	%
CYP706A5	Biosynthesis of Amino Acids and Derivatives	mutant	19	11	%	152	15	%
CYP706A5	Intermediary Carbon Metabolism	stress	15	10	%	108	13	%
CYP706A5	Glutathione metabolism	mutant	7	10	%	54	13	%
CYP706A5	Photosystems	hormone	14	13	%	88	13	%
CYP706A5	Biosynthesis of Amino Acids and Derivatives	organ	14	8	%	114	11	%
CYP706A5	starch metabolism	stress	5	17	%	20	11	%
CYP706A5	Leaf Glycerolipid Biosynthesis in Plastid	hormone	5	9	%	43	11	%
CYP706A5	Intermediary Carbon Metabolism	hormone	14	9	%	86	10	%
CYP706A5	cellulose biosynthesis	mutant	5	11	%	24	10	%
CYP706A5	Gluconeogenesis from lipids in seeds	mutant	8	12	%	34	9	%
CYP706A5	Leaf Glycerolipid Biosynthesis	mutant	12	7	%	95	8	%
CYP706A5	Leaf Glycerolipid Biosynthesis in Plastid	stress	6	11	%	31	8	%
CYP706A5	Leaf Glycerolipid Biosynthesis	organ	11	6	%	89	8	%
CYP706A5	Gluconeogenesis from lipids in seeds	stress	5	7	%	28	7	%
CYP706A5	Gluconeogenesis from lipids in seeds	organ	5	7	%	24	6	%
CYP706A5	Phenylpropanoid Metabolism	hormone	9	5	%	59	6	%
CYP706A5	Phenylpropanoid Metabolism	organ	8	5	%	45	5	%
CYP706A5	Cell Wall Carbohydrate Metabolism	organ	10	3	%	58	4	%
CYP706A5	Leaf Glycerolipid Biosynthesis	hormone	5	3	%	43	4	%
CYP706A5	pectin metabolism	mutant	7	5	%	15	3	%
CYP706A5	Cell Wall Carbohydrate Metabolism	stress	11	3	%	44	3	%
CYP706A5	Leaf Glycerolipid Biosynthesis	stress	6	3	%	31	3	%
CYP706A5	Phenylpropanoid Metabolism	stress	5	3	%	18	2	%
CYP708A3	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP708A3	light harvesting complex	organ	5	83	%	40	83	%
CYP708A3	Chlorophyll a/b binding proteins	organ	15	79	%	122	79	%
CYP708A3	photosystem I reaction center	organ	7	78	%	32	73	%
CYP708A3	Photosystems	organ	48	45	%	335	48	%
CYP708A3	additional photosystem II components	organ	17	44	%	132	48	%
CYP708A3	Photosystem I	organ	21	37	%	127	35	%
CYP708A3	Photosystem II	organ	9	23	%	69	26	%
CYP708A3	Chlorophyll biosynthesis and breakdown	organ	6	18	%	53	20	%
CYP708A3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	10	12	%	91	14	%
CYP708A3	Gluconeogenesis from lipids in seeds	organ	5	7	%	34	9	%
CYP708A3	Intermediary Carbon Metabolism	organ	10	6	%	68	8	%
CYP708A3	Cell Wall Carbohydrate Metabolism	organ	13	4	%	57	4	%
CYP708A3	pectin metabolism	organ	6	4	%	15	3	%
CYP709B1	Flavonoid and anthocyanin metabolism	organ	5	9	%	30	15	%
CYP709B1	pectin metabolism	organ	7	5	%	18	4	%
CYP709B3	light harvesting complex	organ	6	100	%	48	100	%
CYP709B3	Oxygen-evolving enhancer protein	organ	5	100	%	34	100	%
CYP709B3	photosystem I subunit precursor	organ	5	100	%	26	100	%
CYP709B3	Chlorophyll a/b binding proteins	organ	17	89	%	138	90	%
CYP709B3	Transcription (chloroplast)	organ	6	86	%	50	83	%
CYP709B3	psbP family of thylakoid proteins	organ	5	83	%	18	75	%
CYP709B3	Transcription (chloroplast)	stress	5	71	%	44	73	%
CYP709B3	photosystem I reaction center	organ	7	78	%	32	73	%
CYP709B3	additional photosystem II components	organ	29	74	%	201	73	%
CYP709B3	mRNA processing in chloroplast	organ	8	67	%	42	72	%
CYP709B3	Pathway for nuclear-encoded, thylakoid-localized proteins	organ	9	69	%	72	72	%
CYP709B3	Carotenoid biosynthesis	organ	8	73	%	64	68	%
CYP709B3	Early light-inducible proteins	organ	5	71	%	34	68	%
CYP709B3	Photosystems	organ	69	65	%	460	67	%
CYP709B3	Ferredoxin	organ	6	67	%	28	64	%
CYP709B3	Pathway for nuclear-encoded, thylakoid-localized proteins	stress	7	54	%	58	58	%
CYP709B3	Chloroplastic protein turnover	organ	7	58	%	34	57	%
CYP709B3	ClpP protease complex	organ	5	56	%	20	56	%
CYP709B3	Translation (chloroplast)	organ	5	71	%	24	55	%
CYP709B3	Chlorophyll biosynthesis and breakdown	organ	17	52	%	145	54	%
CYP709B3	Pathway for nuclear-encoded, thylakoid-localized proteins	mutant	7	54	%	52	52	%
CYP709B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	organ	41	49	%	322	49	%
CYP709B3	ATP synthase components	organ	5	50	%	32	46	%
CYP709B3	Photosystem I	organ	26	46	%	163	45	%
CYP709B3	Photosystem II	organ	12	31	%	89	33	%
CYP709B3	Biosynthesis of prenyl diphosphates	organ	12	27	%	89	28	%
CYP709B3	Chlorophyll biosynthesis and breakdown	mutant	9	27	%	73	27	%
CYP709B3	Chlorophyll biosynthesis and breakdown	stress	7	21	%	63	23	%
CYP709B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	mutant	18	22	%	144	22	%
CYP709B3	Intermediary Carbon Metabolism	organ	26	17	%	166	20	%
CYP709B3	Leaf Glycerolipid Biosynthesis in Plastid	organ	8	14	%	73	19	%
CYP709B3	additional photosystem II components	mutant	7	18	%	50	18	%
CYP709B3	starch metabolism	organ	5	17	%	28	15	%
CYP709B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	stress	10	12	%	87	13	%
CYP709B3	Photosystems	mutant	13	12	%	91	13	%
CYP709B3	additional photosystem II components	stress	6	15	%	36	13	%
CYP709B3	Photosystems	stress	13	12	%	79	11	%
CYP709B3	Leaf Glycerolipid Biosynthesis in Plastid	mutant	5	9	%	41	10	%
CYP709B3	Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)	hormone	7	8	%	67	10	%
CYP709B3	Glutathione metabolism	organ	5	7	%	40	10	%
CYP709B3	Gluconeogenesis from lipids in seeds	organ	6	9	%	34	9	%
CYP709B3	Biosynthesis of Amino Acids and Derivatives	organ	11	7	%	88	9	%
CYP709B3	Intermediary Carbon Metabolism	hormone	9	6	%	58	7	%
CYP709B3	Intermediary Carbon Metabolism	stress	9	6	%	58	7	%
CYP709B3	Leaf Glycerolipid Biosynthesis	organ	9	5	%	77	7	%
CYP709B3	Cell Wall Carbohydrate Metabolism	organ	17	5	%	90	6	%
CYP709B3	Phenylpropanoid Metabolism	organ	8	5	%	45	5	%
CYP709B3	Leaf Glycerolipid Biosynthesis	mutant	5	3	%	41	4	%
CYP710A1	Gluconeogenesis from lipids in seeds	stress	9	13	%	61	16	%
CYP710A1	core phenylpropanoid metabolism	stress	5	11	%	34	12	%
CYP710A1	Intermediary Carbon Metabolism	stress	15	10	%	68	8	%
CYP710A1	Phenylpropanoid Metabolism	stress	12	7	%	74	8	%
CYP710A1	Biosynthesis of Amino Acids and Derivatives	stress	6	4	%	60	6	%
CYP712A1	Cell Wall Carbohydrate Metabolism	stress	6	2	%	28	2	%
CYP714A2	pectin metabolism	organ	7	5	%	18	4	%
CYP715A1	Methionin/SAM/ethylene metabolism from cysteine and aspartate	hormone	7	23	%	44	23	%
CYP715A1	Methionin/SAM/ethylene metabolism from cysteine and aspartate	mutant	5	17	%	36	19	%
CYP715A1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	8	15	%	52	16	%
CYP715A1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	hormone	7	13	%	46	14	%
CYP715A1	Phenylpropanoid Metabolism	hormone	10	6	%	62	6	%
CYP715A1	Biosynthesis of Amino Acids and Derivatives	hormone	10	6	%	62	6	%
CYP716A2	pectin metabolism	mutant	29	19	%	67	15	%
CYP716A2	Flavonoid and anthocyanin metabolism	mutant	5	9	%	14	7	%
CYP720A1	Aromatic amino acid (Phe, Tyr, Trp) metabolism	mutant	9	16	%	62	19	%
CYP724A1	pectin metabolism	hormone	29	19	%	72	17	%
CYP724A1	cellulose biosynthesis	hormone	5	11	%	26	10	%
CYP724A1	Flavonoid and anthocyanin metabolism	hormone	5	9	%	19	10	%
CYP724A1	Cell Wall Carbohydrate Metabolism	hormone	41	12	%	132	9	%
CYP724A1	Intermediary Carbon Metabolism	hormone	7	4	%	30	4	%
CYP734A1	pectin metabolism	mutant	24	16	%	55	13	%
CYP735A1	pectin metabolism	mutant	46	31	%	105	24	%
CYP735A1	cellulose biosynthesis	mutant	10	22	%	58	23	%
CYP735A1	Flavonoid and anthocyanin metabolism	mutant	11	20	%	39	20	%
CYP735A1	Cell Wall Carbohydrate Metabolism	mutant	74	22	%	258	17	%
CYP735A1	pectin metabolism	hormone	29	19	%	73	17	%
CYP735A1	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	12	19	%	72	15	%
CYP735A1	Biosynthesis of prenyl diphosphates	mutant	8	18	%	50	15	%
CYP735A1	Phenylpropanoid Metabolism	mutant	21	12	%	105	11	%
CYP735A1	Leaf Glycerolipid Biosynthesis in Plastid	mutant	7	12	%	34	9	%
CYP735A1	Cell Wall Carbohydrate Metabolism	hormone	36	11	%	105	7	%
CYP735A1	Leaf Glycerolipid Biosynthesis	mutant	9	5	%	45	4	%
CYP735A1	Intermediary Carbon Metabolism	hormone	6	4	%	26	3	%
CYP735A2	pectin metabolism	mutant	41	28	%	91	21	%
CYP735A2	cellulose biosynthesis	mutant	8	18	%	42	17	%
CYP735A2	Biosynthesis of prenyl diphosphates	mutant	9	20	%	52	16	%
CYP735A2	Isoprenoid Biosynthesis in the Cytosol and in Mitochondria	mutant	11	17	%	66	14	%
CYP735A2	Cell Wall Carbohydrate Metabolism	mutant	60	18	%	196	13	%
CYP735A2	Flavonoid and anthocyanin metabolism	mutant	6	11	%	24	12	%
CYP735A2	Leaf Glycerolipid Biosynthesis in Plastid	mutant	6	11	%	28	7	%
CYP735A2	Leaf Glycerolipid Biosynthesis	mutant	7	4	%	32	3	%
	page created by Juergen Ehlting	03/20/06