"name"	"pathway"	"dataset"	"genes"	"genes.percent"	"score"	"score.percent"
"CYP98A3"	"phenylpropanoid biosynthesis"	"stress"	5	100	50	100
"CYP71B19"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP90A1"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP97B3"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP71B20"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP72A11"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP706A5"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP709B3"	"chloroplast thylakoid membrane protein import"	"mutant"	4	100	37	100
"CYP709B3"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP97A3"	"chloroplast thylakoid membrane protein import"	"organ"	4	100	37	100
"CYP706A5"	"photorespiration"	"organ"	5	100	34	100
"CYP83A1"	"photorespiration"	"organ"	5	100	34	100
"CYP97A3"	"photorespiration"	"mutant"	5	100	34	100
"CYP72A11"	"photorespiration"	"mutant"	5	100	34	100
"CYP71B35"	"photorespiration"	"organ"	5	100	34	100
"CYP71B20"	"photorespiration"	"organ"	5	100	34	100
"CYP81D40"	"photorespiration"	"mutant"	5	100	34	100
"CYP72A11"	"photorespiration"	"organ"	5	100	34	100
"CYP86A2"	"photorespiration"	"mutant"	5	100	34	100
"CYP706A5"	"photorespiration"	"mutant"	5	100	34	100
"CYP90A1"	"photorespiration"	"mutant"	5	100	34	100
"CYP709B3"	"photorespiration"	"organ"	5	100	34	100
"CYP709B3"	"photorespiration"	"stress"	5	100	34	100
"CYP97B3"	"photorespiration"	"organ"	5	100	34	100
"CYP71B19"	"photorespiration"	"organ"	5	100	34	100
"CYP97A3"	"photorespiration"	"organ"	5	100	34	100
"CYP90A1"	"photorespiration"	"stress"	5	100	34	100
"CYP88A4"	"photorespiration"	"stress"	5	100	34	100
"CYP97B3"	"photorespiration"	"mutant"	5	100	34	100
"CYP97A3"	"photosystem II (sensu Viridiplantae)"	"organ"	4	100	31	100
"CYP71B30P"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP71B16"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP97B3"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP81D6"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP79A4P"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP81D7"	"chloroplastic endopeptidase Clp complex"	"mutant"	7	100	28	100
"CYP97A3"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP71B30P"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP709B3"	"carotene biosynthesis"	"organ"	3	100	28	100
"CYP86A2"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP90A1"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP71B16"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP79A4P"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP72A11"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP81D6"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP97B3"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP72A11"	"carotene biosynthesis"	"organ"	3	100	28	100
"CYP97A3"	"carotene biosynthesis"	"organ"	3	100	28	100
"CYP97B3"	"carotene biosynthesis"	"organ"	3	100	28	100
"CYP81D7"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP706A5"	"carotene biosynthesis"	"mutant"	3	100	28	100
"CYP71B2"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP71B25"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP71B17"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP96A14P"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP77A9"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP71B21"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP78A10"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP79A2"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP85A1"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP735A1"	"proanthocyanidin biosynthesis"	"mutant"	3	100	26	100
"CYP97A3"	"photosynthetic electron transport in photosystem I"	"organ"	3	100	25	100
"CYP72A11"	"photosynthetic electron transport in photosystem I"	"organ"	3	100	25	100
"CYP86C3"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP82G1"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP703A2"	"sexual reproduction"	"organ"	5	100	20	100
"CYP71B5"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP705A24"	"sexual reproduction"	"organ"	5	100	20	100
"CYP86C4"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP98A8"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP86C3"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP96A13"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP71B31"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP98A9"	"sexual reproduction"	"organ"	5	100	20	100
"CYP86C2"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP86A4"	"sexual reproduction"	"organ"	5	100	20	100
"CYP71B38"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP86C4"	"sexual reproduction"	"organ"	5	100	20	100
"CYP705A24"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP706A3"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP86A"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP89A3"	"sexual reproduction"	"organ"	5	100	20	100
"CYP98A9"	"sexual reproduction"	"mutant"	5	100	20	100
"CYP86C3"	"sexual reproduction"	"organ"	5	100	20	100
"CYP71B8"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP96A15"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP86A"	"sexual reproduction"	"organ"	5	100	20	100
"CYP98A8"	"sexual reproduction"	"organ"	5	100	20	100
"CYP86C2"	"sexual reproduction"	"organ"	5	100	20	100
"CYP77A6"	"sexual reproduction"	"organ"	5	100	20	100
"CYP96A2"	"sexual reproduction"	"hormone"	5	100	20	100
"CYP72A11"	"oxygen evolving complex"	"organ"	3	100	20	100
"CYP97B3"	"oxygen evolving complex"	"organ"	3	100	20	100
"CYP79B3"	"sulfate reduction"	"stress"	2	100	20	100
"CYP79B2"	"tryptophan catabolism"	"organ"	2	100	20	100
"CYP74A"	"tryptophan catabolism"	"organ"	2	100	20	100
"CYP81D6"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP89A2"	"carotene metabolism"	"organ"	2	100	20	100
"CYP71B6"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP83B1"	"tryptophan catabolism"	"mutant"	2	100	20	100
"CYP79B2"	"tryptophan catabolism"	"stress"	2	100	20	100
"CYP79B2"	"tryptophan catabolism"	"mutant"	2	100	20	100
"CYP97B3"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP74A"	"tryptophan catabolism"	"mutant"	2	100	20	100
"CYP79B3"	"tryptophan catabolism"	"mutant"	2	100	20	100
"CYP83B1"	"tryptophan catabolism"	"organ"	2	100	20	100
"CYP71B7"	"tryptophan catabolism"	"organ"	2	100	20	100
"CYP83B1"	"tryptophan catabolism"	"stress"	2	100	20	100
"CYP79B3"	"tryptophan catabolism"	"hormone"	2	100	20	100
"CYP79B3"	"tryptophan catabolism"	"stress"	2	100	20	100
"CYP74A"	"tryptophan catabolism"	"hormone"	2	100	20	100
"CYP81D7"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP79B2"	"tryptophan catabolism"	"hormone"	2	100	20	100
"CYP71B16"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP79A4P"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP71B30P"	"glutathione biosynthesis"	"mutant"	2	100	20	100
"CYP79B3"	"tryptophan catabolism"	"organ"	2	100	20	100
"CYP701A3"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP71B14"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP76C7"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP714A1"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP71B10"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP78A7"	"acyl-CoA binding"	"organ"	2	100	19	100
"CYP81F4"	"nonphotochemical quenching"	"mutant"	2	100	18	100
"CYP83A1"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B19"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP708A3"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B20"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP706A5"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B28"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP97B3"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP88A4"	"nonphotochemical quenching"	"stress"	2	100	18	100
"CYP74B2"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP97A3"	"nonphotochemical quenching"	"stress"	2	100	18	100
"CYP81D40"	"nonphotochemical quenching"	"mutant"	2	100	18	100
"CYP97A3"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP72A11"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP86A2"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP86A2"	"nonphotochemical quenching"	"mutant"	2	100	18	100
"CYP90A1"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B35"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B34"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP709B3"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B26"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP97C1"	"nonphotochemical quenching"	"organ"	2	100	18	100
"CYP71B34"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP86A2"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP97A3"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP97B3"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP86A2"	"photosystem II stabilization"	"mutant"	2	100	17	100
"CYP81D8"	"salicylic acid biosynthesis"	"stress"	2	100	17	100
"CYP81H1"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP90A1"	"photosystem II stabilization"	"stress"	2	100	17	100
"CYP72A11"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP81D40"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP83A1"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP90A1"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP81D40"	"photosystem II stabilization"	"mutant"	2	100	17	100
"CYP706A5"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP71B28"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP71B15"	"salicylic acid biosynthesis"	"stress"	2	100	17	100
"CYP708A3"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP71B20"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP74B2"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP88A4"	"photosystem II stabilization"	"stress"	2	100	17	100
"CYP709B3"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP706A5"	"photosystem II stabilization"	"mutant"	2	100	17	100
"CYP84A4"	"salicylic acid biosynthesis"	"hormone"	2	100	17	100
"CYP71B26"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP71B19"	"photosystem II stabilization"	"organ"	2	100	17	100
"CYP74B2"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP72A11"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP81D40"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP97B3"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP724A1"	"tricarboxylic acid cycle"	"organ"	2	100	16	100
"CYP71B26"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP709B3"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP83A1"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP71B34"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP724A1"	"glyphosate metabolism"	"mutant"	2	100	16	100
"CYP71B19"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP97C1"	"magnesium chelatase complex"	"stress"	2	100	16	100
"CYP71B26"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP90A1"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP97B3"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP97A3"	"magnesium chelatase complex"	"stress"	2	100	16	100
"CYP724A1"	"glyphosate metabolism"	"organ"	2	100	16	100
"CYP71B16"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP706A5"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP73A5"	"glyphosate metabolism"	"stress"	2	100	16	100
"CYP86A2"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP706A5"	"magnesium chelatase complex"	"stress"	2	100	16	100
"CYP83A1"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP96A12"	"magnesium chelatase complex"	"hormone"	2	100	16	100
"CYP86A2"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP71B28"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP71B16"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP90A1"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP708A3"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP81D40"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP81F4"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP72A11"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP71B15"	"glyphosate metabolism"	"stress"	2	100	16	100
"CYP709B3"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP706A5"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP71B7"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP97A3"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP709B3"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP81D6"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP97B3"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP90A1"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP81D7"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP97B3"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP73A5"	"glyphosate metabolism"	"organ"	2	100	16	100
"CYP97A3"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP72A11"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP79A4P"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP706A5"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP88A4"	"magnesium chelatase complex"	"stress"	2	100	16	100
"CYP81D6"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP72A11"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP97A3"	"positive regulation of flower development"	"mutant"	2	100	16	100
"CYP90A1"	"magnesium chelatase complex"	"stress"	2	100	16	100
"CYP97C1"	"magnesium chelatase complex"	"organ"	2	100	16	100
"CYP71B30P"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP81D7"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP71B20"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP86A2"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP71B7"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP97A3"	"PSII associated light-harvesting complex II"	"organ"	2	100	16	100
"CYP98A3"	"glyphosate metabolism"	"stress"	2	100	16	100
"CYP97A3"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP71B30P"	"L-serine biosynthesis"	"mutant"	2	100	16	100
"CYP90A1"	"magnesium chelatase complex"	"mutant"	2	100	16	100
"CYP71B26"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP79A4P"	"PSII associated light-harvesting complex II"	"mutant"	2	100	16	100
"CYP81D6"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP90A1"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP702A3"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP71B16"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP79A4P"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP71B30P"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP71B38"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP97B3"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP81D7"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP94D2"	"response to abiotic stimulus"	"mutant"	2	100	15	100
"CYP88A4"	"aspartate family amino acid biosynthesis"	"stress"	3	100	14	100
"CYP71B35"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP97C1"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP97B3"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP97A3"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP97C1"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP83A1"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP706A5"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP97B3"	"plastid large ribosomal subunit"	"stress"	2	100	12	100
"CYP97A3"	"plastid large ribosomal subunit"	"mutant"	2	100	12	100
"CYP71B19"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP97C1"	"plastid large ribosomal subunit"	"hormone"	2	100	12	100
"CYP88A4"	"plastid large ribosomal subunit"	"stress"	2	100	12	100
"CYP97A3"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP88A4"	"glycine decarboxylation via glycine cleavage system"	"stress"	2	100	12	100
"CYP97A3"	"plastid large ribosomal subunit"	"stress"	2	100	12	100
"CYP97A3"	"glycine decarboxylation via glycine cleavage system"	"hormone"	2	100	12	100
"CYP71B7"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP706A5"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP72A11"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP709B3"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP81D40"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP709B3"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP90A1"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP71B34"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP706A5"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP97C1"	"plastid large ribosomal subunit"	"stress"	2	100	12	100
"CYP97B3"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP97A3"	"glycine decarboxylation via glycine cleavage system"	"stress"	2	100	12	100
"CYP86A2"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP97A3"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP72A11"	"plastid large ribosomal subunit"	"organ"	2	100	12	100
"CYP86A2"	"glycine decarboxylation via glycine cleavage system"	"mutant"	2	100	12	100
"CYP708A3"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP706A5"	"plastid large ribosomal subunit"	"stress"	2	100	12	100
"CYP71B20"	"glycine decarboxylation via glycine cleavage system"	"organ"	2	100	12	100
"CYP81D8"	"response to absence of light"	"hormone"	2	100	11	100
"CYP71B15"	"response to absence of light"	"hormone"	2	100	11	100
"CYP81D8"	"response to absence of light"	"stress"	2	100	11	100
"CYP81F2"	"response to absence of light"	"mutant"	2	100	11	100
"CYP97A3"	"photosynthetic electron transport"	"organ"	5	83.33333	39	90.69767
"CYP72A11"	"photosynthetic electron transport"	"organ"	5	83.33333	39	90.69767
"CYP72A11"	"photosynthesis light harvesting in photosystem II"	"organ"	4	80	32	88.88889
"CYP97B3"	"photosynthesis light harvesting in photosystem II"	"organ"	4	80	32	88.88889
"CYP72A11"	"photosynthesis light harvesting"	"organ"	6	75	50	86.2069
"CYP97B3"	"photosynthesis light harvesting"	"organ"	6	75	50	86.2069
"CYP72A11"	"chloroplastic endopeptidase Clp complex"	"mutant"	6	85.71429	24	85.71429
"CYP72A11"	"chloroplastic endopeptidase Clp complex"	"organ"	6	85.71429	24	85.71429
"CYP90A1"	"chloroplastic endopeptidase Clp complex"	"mutant"	6	85.71429	24	85.71429
"CYP72A11"	"branched chain family amino acid biosynthesis"	"mutant"	2	66.66667	12	85.71429
"CYP90A1"	"branched chain family amino acid biosynthesis"	"mutant"	2	66.66667	12	85.71429
"CYP79A4P"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP81D7"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP90A1"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP81D6"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP71B16"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP71B30P"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	42	84
"CYP97B3"	"photosynthesis light harvesting in photosystem I"	"organ"	5	71.42857	40	83.33333
"CYP72A11"	"photosynthesis light harvesting in photosystem I"	"organ"	5	71.42857	40	83.33333
"CYP72A11"	"chlorophyll binding"	"organ"	10	76.92308	86	82.69231
"CYP97B3"	"chlorophyll binding"	"organ"	10	76.92308	86	82.69231
"CYP86A2"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP81D6"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP79A4P"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP81D7"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP71B4"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP90A1"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP71B24"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP71B30P"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP71B28"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP709B3"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP71B26"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP94D2"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP72A8"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP71B34"	"photorespiration"	"organ"	4	80	28	82.35294
"CYP71B16"	"photorespiration"	"mutant"	4	80	28	82.35294
"CYP72A11"	"photosynthesis"	"organ"	14	70	112	81.15942
"CYP706A5"	"chloroplast thylakoid membrane protein import"	"mutant"	3	75	30	81.08108
"CYP709B3"	"chloroplast thylakoid membrane protein import"	"stress"	3	75	30	81.08108
"CYP88A4"	"chloroplast thylakoid membrane protein import"	"stress"	3	75	30	81.08108
"CYP90A1"	"chloroplast thylakoid membrane protein import"	"stress"	3	75	30	81.08108
"CYP90A1"	"chloroplast thylakoid membrane protein import"	"mutant"	3	75	30	81.08108
"CYP97B3"	"chloroplast thylakoid membrane protein import"	"stress"	3	75	30	81.08108
"CYP71B19"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP71B28"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP97B3"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP90A1"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP86A2"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP71B26"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP81H1"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP71B34"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP81D40"	"photosystem II assembly"	"mutant"	2	66.66667	17	80.95238
"CYP72A11"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP71B20"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP97A3"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP706A5"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP81D40"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP88A4"	"photosystem II assembly"	"stress"	2	66.66667	17	80.95238
"CYP86A2"	"photosystem II assembly"	"mutant"	2	66.66667	17	80.95238
"CYP706A5"	"photosystem II assembly"	"mutant"	2	66.66667	17	80.95238
"CYP90A1"	"photosystem II assembly"	"stress"	2	66.66667	17	80.95238
"CYP83A1"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP709B3"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP74B2"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP708A3"	"photosystem II assembly"	"organ"	2	66.66667	17	80.95238
"CYP81D2"	"cytokinin biosynthesis"	"mutant"	3	75	25	80.64516
"CYP97B3"	"photosystem II (sensu Viridiplantae)"	"organ"	3	75	25	80.64516
"CYP72A11"	"photosystem II (sensu Viridiplantae)"	"organ"	3	75	25	80.64516
"CYP73A5"	"phenylpropanoid biosynthesis"	"stress"	4	80	40	80
"CYP96A2"	"sexual reproduction"	"organ"	4	80	16	80
"CYP72A11"	"photosystem I reaction center"	"organ"	2	66.66667	16	80
"CYP97B3"	"photosystem I reaction center"	"organ"	2	66.66667	16	80
"CYP97A3"	"chlorophyll binding"	"organ"	9	69.23077	80	76.92308
"CYP709B3"	"transcription initiation"	"organ"	6	75	50	76.92308
"CYP97A3"	"amylopectin biosynthesis"	"stress"	2	66.66667	13	76.47059
"CYP88A4"	"amylopectin biosynthesis"	"stress"	2	66.66667	13	76.47059
"CYP72A11"	"amylopectin biosynthesis"	"stress"	2	66.66667	13	76.47059
"CYP97B3"	"amylopectin biosynthesis"	"stress"	2	66.66667	13	76.47059
"CYP72A13"	"ATP-dependent proteolysis"	"organ"	8	72.72727	38	76
"CYP94D2"	"ATP-dependent proteolysis"	"mutant"	8	72.72727	38	76
"CYP79F1"	"glucosinolate biosynthesis"	"organ"	6	75	60	75
"CYP74A"	"glucosinolate biosynthesis"	"organ"	6	75	60	75
"CYP79F2"	"glucosinolate biosynthesis"	"organ"	6	75	60	75
"CYP90A1"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	3	75	18	75
"CYP81D40"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	3	75	18	75
"CYP706A5"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	3	75	18	75
"CYP83A1"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"organ"	3	75	18	75
"CYP86A2"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	3	75	18	75
"CYP79B2"	"tryptophan biosynthesis"	"stress"	12	70.58824	98	74.24242
"CYP81D6"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP73A5"	"response to pathogenic fungi"	"hormone"	2	66.66667	20	74.07407
"CYP71B30P"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP81D7"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP79A4P"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP79B2"	"response to pathogenic fungi"	"stress"	2	66.66667	20	74.07407
"CYP71B16"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP73A5"	"response to pathogenic fungi"	"stress"	2	66.66667	20	74.07407
"CYP97B3"	"response to pathogenic fungi"	"mutant"	2	66.66667	20	74.07407
"CYP98A3"	"response to pathogenic fungi"	"hormone"	2	66.66667	20	74.07407
"CYP71B7"	"photorespiration"	"mutant"	4	80	25	73.52941
"CYP97C1"	"photorespiration"	"organ"	4	80	25	73.52941
"CYP97A3"	"porphyrin biosynthesis"	"organ"	9	69.23077	66	73.33333
"CYP97C1"	"porphyrin biosynthesis"	"organ"	9	69.23077	66	73.33333
"CYP97A3"	"hypersensitive response"	"organ"	4	66.66667	38	73.07692
"CYP71B20"	"hypersensitive response"	"organ"	4	66.66667	38	73.07692
"CYP71B19"	"hypersensitive response"	"organ"	4	66.66667	38	73.07692
"CYP72A11"	"hypersensitive response"	"organ"	4	66.66667	38	73.07692
"CYP97C1"	"chloroplast thylakoid membrane protein import"	"organ"	3	75	27	72.97297
"CYP71B34"	"chloroplast thylakoid membrane protein import"	"organ"	3	75	27	72.97297
"CYP97A3"	"photosynthesis"	"organ"	12	60	100	72.46377
"CYP72A11"	"ATP-dependent proteolysis"	"organ"	9	81.81818	36	72
"CYP97B3"	"ATP-dependent proteolysis"	"mutant"	9	81.81818	36	72
"CYP706A5"	"chloroplastic endopeptidase Clp complex"	"mutant"	5	71.42857	20	71.42857
"CYP94D2"	"chloroplastic endopeptidase Clp complex"	"mutant"	5	71.42857	20	71.42857
"CYP97A3"	"chloroplastic endopeptidase Clp complex"	"mutant"	5	71.42857	20	71.42857
"CYP97A3"	"chloroplastic endopeptidase Clp complex"	"organ"	5	71.42857	20	71.42857
"CYP97B3"	"chloroplastic endopeptidase Clp complex"	"organ"	5	71.42857	20	71.42857
"CYP71B34"	"chloroplastic endopeptidase Clp complex"	"organ"	5	71.42857	20	71.42857
"CYP71B28"	"chloroplastic endopeptidase Clp complex"	"organ"	5	71.42857	20	71.42857
"CYP97B3"	"chloroplast organization and biogenesis"	"mutant"	4	66.66667	20	71.42857
"CYP72A11"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP88A4"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP96A12"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP97A3"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP81D40"	"carotene biosynthesis"	"mutant"	2	66.66667	20	71.42857
"CYP90A1"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP706A5"	"carotene biosynthesis"	"stress"	2	66.66667	20	71.42857
"CYP94C1"	"nucleotide metabolism"	"mutant"	2	66.66667	15	71.42857
"CYP81F2"	"nucleotide metabolism"	"stress"	2	66.66667	15	71.42857
"CYP81F2"	"nucleotide metabolism"	"hormone"	2	66.66667	15	71.42857
"CYP81D8"	"nucleotide metabolism"	"hormone"	2	66.66667	15	71.42857
"CYP81D1"	"response to jasmonic acid stimulus"	"stress"	5	71.42857	39	70.90909
"CYP72A15"	"photorespiration"	"mutant"	3	60	24	70.58824
"CYP75B1"	"flavonoid biosynthesis"	"mutant"	4	57.14286	40	70.17544
"CYP75B1"	"flavonoid biosynthesis"	"organ"	4	57.14286	40	70.17544
"CYP708A3"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP709B3"	"oxygen evolving complex"	"organ"	2	66.66667	14	70
"CYP90A1"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP97B3"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP71B28"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP71B19"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP709B3"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP86A2"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP72A11"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP71B34"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP706A5"	"photosystem II antenna complex"	"mutant"	2	66.66667	14	70
"CYP706A5"	"oxygen evolving complex"	"organ"	2	66.66667	14	70
"CYP71B20"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP97A3"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP81F4"	"photosystem II antenna complex"	"mutant"	2	66.66667	14	70
"CYP97A3"	"oxygen evolving complex"	"organ"	2	66.66667	14	70
"CYP74B2"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP83A1"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP71B26"	"photosystem II antenna complex"	"organ"	2	66.66667	14	70
"CYP86A2"	"photosystem II antenna complex"	"mutant"	2	66.66667	14	70
"CYP81D40"	"photosystem II antenna complex"	"mutant"	2	66.66667	14	70
"CYP86A2"	"fatty acid biosynthesis"	"mutant"	10	66.66667	86	69.35484
"CYP71B31"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP705A32"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP81D2"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP86C1"	"proanthocyanidin biosynthesis"	"organ"	2	66.66667	18	69.23077
"CYP735A2"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP79C5P"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP709B1"	"proanthocyanidin biosynthesis"	"organ"	2	66.66667	18	69.23077
"CYP76G1"	"proanthocyanidin biosynthesis"	"mutant"	2	66.66667	18	69.23077
"CYP709B3"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP709B3"	"positive regulation of transcription"	"stress"	2	66.66667	20	68.96552
"CYP706A5"	"positive regulation of transcription"	"mutant"	2	66.66667	20	68.96552
"CYP83A1"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP71B28"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP72A11"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP79F1"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP96A12"	"positive regulation of transcription"	"stress"	2	66.66667	20	68.96552
"CYP706A5"	"positive regulation of transcription"	"stress"	2	66.66667	20	68.96552
"CYP97B3"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP71B35"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP79F2"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP71B34"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP706A5"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP71B4"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP709B3"	"positive regulation of transcription"	"mutant"	2	66.66667	20	68.96552
"CYP86A2"	"positive regulation of transcription"	"organ"	2	66.66667	20	68.96552
"CYP71B35"	"positive regulation of transcription"	"stress"	2	66.66667	20	68.96552
"CYP81D8"	"response to mechanical stimulus"	"hormone"	2	66.66667	13	68.42105
"CYP81D8"	"response to mechanical stimulus"	"stress"	2	66.66667	13	68.42105
"CYP71B15"	"response to mechanical stimulus"	"hormone"	2	66.66667	13	68.42105
"CYP71B20"	"ATP-dependent proteolysis"	"organ"	7	63.63636	34	68
"CYP71B4"	"ATP-dependent proteolysis"	"organ"	7	63.63636	34	68
"CYP71B19"	"ATP-dependent proteolysis"	"organ"	7	63.63636	34	68
"CYP97B3"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP97A3"	"transcription initiation"	"organ"	5	62.5	44	67.69231
"CYP97C1"	"transcription initiation"	"organ"	5	62.5	44	67.69231
"CYP90A1"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP97A3"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP706A5"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP706A5"	"transcription initiation"	"organ"	5	62.5	44	67.69231
"CYP88A4"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP72A11"	"transcription initiation"	"organ"	5	62.5	44	67.69231
"CYP709B3"	"transcription initiation"	"stress"	5	62.5	44	67.69231
"CYP97B3"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP90A1"	"photosynthetic electron transport"	"stress"	4	66.66667	29	67.44186
"CYP97A3"	"photosynthetic electron transport"	"stress"	4	66.66667	29	67.44186
"CYP88A4"	"photosynthetic electron transport"	"stress"	4	66.66667	29	67.44186
"CYP97C1"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP71B20"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP706A5"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP709B3"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP71B19"	"photosynthetic electron transport"	"organ"	4	66.66667	29	67.44186
"CYP83A1"	"chlorophyll binding"	"organ"	8	61.53846	70	67.30769
"CYP709B3"	"chlorophyll binding"	"organ"	8	61.53846	70	67.30769
"CYP97B3"	"photosynthesis"	"organ"	12	60	92	66.66667
"CYP71B6"	"tryptophan biosynthesis"	"stress"	11	64.70588	88	66.66667
"CYP71B15"	"tryptophan biosynthesis"	"stress"	11	64.70588	88	66.66667
"CYP71A13"	"tryptophan biosynthesis"	"stress"	11	64.70588	88	66.66667
"CYP71A12"	"tryptophan biosynthesis"	"stress"	11	64.70588	88	66.66667
"CYP79B2"	"tryptophan biosynthesis"	"hormone"	11	64.70588	88	66.66667
"CYP71B6"	"indoleacetic acid biosynthesis"	"organ"	3	60	28	66.66667
"CYP97B3"	"chloroplast-nucleus signaling pathway"	"organ"	2	66.66667	20	66.66667
"CYP81D40"	"photosynthetic water oxidation"	"mutant"	2	66.66667	20	66.66667
"CYP97C1"	"chloroplast-nucleus signaling pathway"	"organ"	2	66.66667	20	66.66667
"CYP72A11"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP71B20"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP86A2"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP706A5"	"cysteine biosynthesis"	"organ"	2	66.66667	20	66.66667
"CYP97A3"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP88A4"	"phytochromobilin biosynthesis"	"stress"	2	66.66667	20	66.66667
"CYP90A1"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP709B3"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP71B19"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP83A1"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP71B20"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP72A11"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP74B2"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP97A3"	"chloroplast-nucleus signaling pathway"	"organ"	2	66.66667	20	66.66667
"CYP97B3"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP97A3"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP86A2"	"chloroplast-nucleus signaling pathway"	"organ"	2	66.66667	20	66.66667
"CYP708A3"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP71B19"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP71B28"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP71B34"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP709B3"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP97C1"	"phytochromobilin biosynthesis"	"organ"	2	66.66667	20	66.66667
"CYP97C1"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP81F4"	"photosynthetic water oxidation"	"mutant"	2	66.66667	20	66.66667
"CYP71B26"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP83A1"	"cysteine biosynthesis"	"organ"	2	66.66667	20	66.66667
"CYP88A4"	"chloroplast-nucleus signaling pathway"	"stress"	2	66.66667	20	66.66667
"CYP706A5"	"chlorophyll catabolism"	"organ"	2	66.66667	20	66.66667
"CYP74A"	"cysteine biosynthesis"	"organ"	2	66.66667	20	66.66667
"CYP72A11"	"cysteine biosynthesis"	"organ"	2	66.66667	20	66.66667
"CYP706A5"	"photosynthetic water oxidation"	"organ"	2	66.66667	20	66.66667
"CYP86A2"	"photosynthetic water oxidation"	"mutant"	2	66.66667	20	66.66667
"CYP72A11"	"photosystem II reaction center"	"organ"	2	50	16	66.66667
"CYP97B3"	"photosystem II reaction center"	"organ"	2	50	16	66.66667
"CYP97A3"	"photosynthesis light harvesting"	"organ"	4	50	38	65.51724
"CYP709B3"	"photosynthesis light harvesting"	"organ"	4	50	38	65.51724
"CYP94D2"	"leucine catabolism"	"mutant"	2	66.66667	19	65.51724
"CYP90A1"	"leucine catabolism"	"mutant"	2	66.66667	19	65.51724
"CYP89A9"	"leucine catabolism"	"hormone"	2	66.66667	19	65.51724
"CYP81H1"	"photorespiration"	"organ"	3	60	22	64.70588
"CYP72A11"	"photosystem II"	"organ"	16	59.259259	128	64.321608
"CYP81D7"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP94D2"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP71B16"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP81D6"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP90A1"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP72A11"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP71B30P"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP79A4P"	"chloroplast organization and biogenesis"	"mutant"	3	50	18	64.28571
"CYP706A5"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP72A13"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B28"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP81H1"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP86A2"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP72A15"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B34"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B4"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP89A2"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B19"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B20"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP90A1"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP72A8"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP71B24"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP94D2"	"carotene biosynthesis"	"mutant"	2	66.66667	18	64.28571
"CYP71B34"	"carotene biosynthesis"	"mutant"	2	66.66667	18	64.28571
"CYP71B7"	"carotene biosynthesis"	"mutant"	2	66.66667	18	64.28571
"CYP71B35"	"carotene biosynthesis"	"organ"	2	66.66667	18	64.28571
"CYP97B3"	"ATP-dependent proteolysis"	"organ"	8	72.72727	32	64
"CYP72A11"	"ATP-dependent proteolysis"	"mutant"	8	72.72727	32	64
"CYP71B28"	"ATP-dependent proteolysis"	"organ"	8	72.72727	32	64
"CYP90A1"	"RNA processing"	"stress"	3	75	16	64
"CYP97A3"	"RNA processing"	"organ"	3	75	16	64
"CYP90A1"	"RNA processing"	"mutant"	3	75	16	64
"CYP97A3"	"RNA processing"	"stress"	3	75	16	64
"CYP706A5"	"RNA processing"	"mutant"	3	75	16	64
"CYP88A4"	"RNA processing"	"stress"	3	75	16	64
"CYP97C1"	"RNA processing"	"organ"	3	75	16	64
"CYP71A13"	"nitrogen compound metabolism"	"stress"	2	66.66667	16	64
"CYP76C2"	"polyamine biosynthesis"	"hormone"	2	66.66667	16	64
"CYP71B15"	"nitrogen compound metabolism"	"stress"	2	66.66667	16	64
"CYP89A3"	"proteasome core complex (sensu Eukaryota)"	"stress"	12	63.15789	72	63.15789
"CYP97B3"	"chlorophyll biosynthesis"	"stress"	9	64.28571	85	62.96296
"CYP97A3"	"chlorophyll biosynthesis"	"organ"	9	64.28571	85	62.96296
"CYP97B3"	"chlorophyll biosynthesis"	"organ"	9	64.28571	85	62.96296
"CYP97A3"	"chlorophyll biosynthesis"	"mutant"	9	64.28571	85	62.96296
"CYP88A4"	"chlorophyll biosynthesis"	"stress"	9	64.28571	85	62.96296
"CYP709B3"	"chlorophyll biosynthesis"	"organ"	9	64.28571	85	62.96296
"CYP90A1"	"chlorophyll biosynthesis"	"mutant"	9	64.28571	85	62.96296
"CYP90A1"	"chlorophyll biosynthesis"	"stress"	9	64.28571	85	62.96296
"CYP97B3"	"chlorophyll biosynthesis"	"mutant"	9	64.28571	85	62.96296
"CYP86A2"	"chlorophyll biosynthesis"	"mutant"	9	64.28571	85	62.96296
"CYP71B34"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP706A5"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP706A5"	"photoinhibition"	"hormone"	2	66.66667	17	62.96296
"CYP706A5"	"photoinhibition"	"mutant"	2	66.66667	17	62.96296
"CYP97B3"	"photoinhibition"	"stress"	2	66.66667	17	62.96296
"CYP88A4"	"photoinhibition"	"stress"	2	66.66667	17	62.96296
"CYP709B3"	"photoinhibition"	"mutant"	2	66.66667	17	62.96296
"CYP72A11"	"photoinhibition"	"hormone"	2	66.66667	17	62.96296
"CYP90A1"	"photoinhibition"	"mutant"	2	66.66667	17	62.96296
"CYP97A3"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP709B3"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP97A3"	"photoinhibition"	"stress"	2	66.66667	17	62.96296
"CYP97A3"	"photoinhibition"	"hormone"	2	66.66667	17	62.96296
"CYP97B3"	"photoinhibition"	"mutant"	2	66.66667	17	62.96296
"CYP97C1"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP97C1"	"photoinhibition"	"stress"	2	66.66667	17	62.96296
"CYP96A12"	"photoinhibition"	"hormone"	2	66.66667	17	62.96296
"CYP72A11"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP97B3"	"photoinhibition"	"organ"	2	66.66667	17	62.96296
"CYP71B7"	"glucosinolate biosynthesis"	"organ"	5	62.5	50	62.5
"CYP706A5"	"glucosinolate biosynthesis"	"organ"	5	62.5	50	62.5
"CYP79B3"	"glucosinolate biosynthesis"	"organ"	5	62.5	50	62.5
"CYP79F2"	"glucosinolate biosynthesis"	"stress"	5	62.5	50	62.5
"CYP79F1"	"glucosinolate biosynthesis"	"stress"	5	62.5	50	62.5
"CYP79F1"	"glucosinolate biosynthesis"	"hormone"	5	62.5	50	62.5
"CYP83A1"	"glucosinolate biosynthesis"	"organ"	5	62.5	50	62.5
"CYP79F2"	"glucosinolate biosynthesis"	"hormone"	5	62.5	50	62.5
"CYP72A11"	"porphyrin biosynthesis"	"organ"	8	61.53846	56	62.22222
"CYP97B3"	"cytochrome b6f complex"	"organ"	3	50	26	61.90476
"CYP72A11"	"cytochrome b6f complex"	"organ"	3	50	26	61.90476
"CYP705A5"	"ATP synthesis coupled proton transport"	"mutant"	3	60	26	61.90476
"CYP97A3"	"plastid organization and biogenesis"	"organ"	3	75	16	61.53846
"CYP90A1"	"plastid organization and biogenesis"	"mutant"	3	75	16	61.53846
"CYP90A1"	"plastid organization and biogenesis"	"stress"	3	75	16	61.53846
"CYP97C1"	"plastid organization and biogenesis"	"organ"	3	75	16	61.53846
"CYP97A3"	"plastid organization and biogenesis"	"stress"	3	75	16	61.53846
"CYP706A5"	"plastid organization and biogenesis"	"mutant"	3	75	16	61.53846
"CYP88A4"	"plastid organization and biogenesis"	"stress"	3	75	16	61.53846
"CYP71B28"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP97C1"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP706A5"	"response to high light intensity"	"hormone"	2	66.66667	16	61.53846
"CYP81D40"	"response to high light intensity"	"mutant"	2	66.66667	16	61.53846
"CYP71B35"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP96A12"	"response to high light intensity"	"hormone"	2	66.66667	16	61.53846
"CYP83A1"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP706A5"	"response to high light intensity"	"mutant"	2	66.66667	16	61.53846
"CYP88A4"	"response to high light intensity"	"stress"	2	66.66667	16	61.53846
"CYP97C1"	"response to high light intensity"	"stress"	2	66.66667	16	61.53846
"CYP97B3"	"response to high light intensity"	"stress"	2	66.66667	16	61.53846
"CYP706A5"	"response to high light intensity"	"stress"	2	66.66667	16	61.53846
"CYP709B3"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP71B19"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP71B34"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP71B20"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP72A11"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP97B3"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP97A3"	"response to high light intensity"	"stress"	2	66.66667	16	61.53846
"CYP97A3"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP706A5"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP74B2"	"response to high light intensity"	"organ"	2	66.66667	16	61.53846
"CYP97B3"	"fatty acid biosynthesis"	"mutant"	9	60	76	61.29032
"CYP71B28"	"photosystem II (sensu Viridiplantae)"	"organ"	2	50	19	61.29032
"CYP97B3"	"calcium-mediated signaling"	"mutant"	2	66.66667	11	61.11111
"CYP86A2"	"calcium-mediated signaling"	"mutant"	2	66.66667	11	61.11111
"CYP72A11"	"photosystem I"	"organ"	20	54.054054	161	60.526316
"CYP89A2"	"ATP-dependent proteolysis"	"organ"	6	54.54545	30	60
"CYP72A15"	"ATP-dependent proteolysis"	"mutant"	6	54.54545	30	60
"CYP90A1"	"isoprenoid biosynthesis"	"mutant"	3	60	30	60
"CYP73A5"	"phenylpropanoid biosynthesis"	"mutant"	3	60	30	60
"CYP73A5"	"phenylpropanoid biosynthesis"	"organ"	3	60	30	60
"CYP97B3"	"isoprenoid biosynthesis"	"mutant"	3	60	30	60
"CYP73A5"	"phenylpropanoid biosynthesis"	"hormone"	3	60	30	60
"CYP84A1"	"phenylpropanoid biosynthesis"	"stress"	3	60	30	60
"CYP90A1"	"fatty acid desaturation"	"mutant"	2	66.66667	15	60
"CYP71B35"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP709B3"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP90A1"	"photosynthetic electron transport in photosystem I"	"stress"	2	66.66667	15	60
"CYP71B20"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP97C1"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP88A4"	"fatty acid desaturation"	"stress"	2	66.66667	15	60
"CYP88A4"	"photosynthetic electron transport in photosystem I"	"stress"	2	66.66667	15	60
"CYP706A5"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP71B19"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP97B3"	"photosynthetic electron transport in photosystem I"	"organ"	2	66.66667	15	60
"CYP90A1"	"fatty acid desaturation"	"stress"	2	66.66667	15	60
"CYP706A5"	"fatty acid desaturation"	"mutant"	2	66.66667	15	60
"CYP97A3"	"photosynthetic electron transport in photosystem I"	"stress"	2	66.66667	15	60
"CYP97B3"	"fatty acid desaturation"	"mutant"	2	66.66667	15	60
"CYP77A6"	"sexual reproduction"	"hormone"	3	60	12	60
"CYP86C4"	"sexual reproduction"	"hormone"	3	60	12	60
"CYP90A1"	"flower development"	"mutant"	3	60	25	59.52381
"CYP71B30P"	"flower development"	"mutant"	3	60	25	59.52381
"CYP97B3"	"flower development"	"mutant"	3	60	25	59.52381
"CYP79A4P"	"flower development"	"mutant"	3	60	25	59.52381
"CYP81D6"	"flower development"	"mutant"	3	60	25	59.52381
"CYP81D7"	"flower development"	"mutant"	3	60	25	59.52381
"CYP71B16"	"flower development"	"mutant"	3	60	25	59.52381
"CYP97B3"	"photosystem II"	"organ"	15	55.555556	118	59.296482
"CYP86A2"	"pectin biosynthesis"	"mutant"	2	50	16	59.25926
"CYP81F2"	"tryptophan biosynthesis"	"stress"	10	58.82353	78	59.09091
"CYP81D1"	"tryptophan biosynthesis"	"hormone"	10	58.82353	78	59.09091
"CYP71B15"	"tryptophan biosynthesis"	"hormone"	10	58.82353	78	59.09091
"CYP71B15"	"tryptophan biosynthesis"	"mutant"	10	58.82353	78	59.09091
"CYP86A2"	"cuticle biosynthesis"	"stress"	6	50	41	58.57143
"CYP709B3"	"photosynthesis light harvesting in photosystem I"	"organ"	3	42.85714	28	58.33333
"CYP97A3"	"photosynthesis light harvesting in photosystem I"	"organ"	3	42.85714	28	58.33333
"CYP97A3"	"photosystem II"	"organ"	14	51.851852	116	58.291457
"CYP86A2"	"wax biosynthesis"	"mutant"	4	57.14286	32	58.18182
"CYP74A"	"response to jasmonic acid stimulus"	"hormone"	4	57.14286	32	58.18182
"CYP73A5"	"lignin biosynthesis"	"stress"	5	55.55556	50	58.13953
"CYP98A3"	"lignin biosynthesis"	"stress"	5	55.55556	50	58.13953
"CYP71B35"	"photosynthetic electron transport"	"organ"	3	50	25	58.13953
"CYP97A3"	"fatty acid biosynthesis"	"mutant"	8	53.33333	72	58.06452
"CYP706A5"	"signal transduction"	"mutant"	2	40	18	58.06452
"CYP97B3"	"signal transduction"	"mutant"	2	40	18	58.06452
"CYP90A1"	"signal transduction"	"mutant"	2	40	18	58.06452
"CYP709B3"	"photosynthesis"	"organ"	10	50	80	57.97101
"CYP86C4"	"proteasome core complex (sensu Eukaryota)"	"stress"	11	57.89474	66	57.89474
"CYP706A5"	"porphyrin biosynthesis"	"organ"	7	53.84615	52	57.77778
"CYP74B2"	"chlorophyll binding"	"organ"	7	53.84615	60	57.69231
"CYP71B19"	"chlorophyll binding"	"organ"	7	53.84615	60	57.69231
"CYP71B20"	"chlorophyll binding"	"organ"	7	53.84615	60	57.69231
"CYP90A1"	"chloroplastic endopeptidase Clp complex"	"organ"	4	57.14286	16	57.14286
"CYP71B34"	"chloroplastic endopeptidase Clp complex"	"mutant"	4	57.14286	16	57.14286
"CYP709B3"	"chloroplastic endopeptidase Clp complex"	"organ"	4	57.14286	16	57.14286
"CYP72A13"	"chloroplastic endopeptidase Clp complex"	"organ"	4	57.14286	16	57.14286
"CYP97A3"	"chloroplast organization and biogenesis"	"mutant"	3	50	16	57.14286
"CYP97A3"	"chloroplast organization and biogenesis"	"hormone"	3	50	16	57.14286
"CYP71A18"	"nucleotide metabolism"	"mutant"	2	66.66667	12	57.14286
"CYP97B3"	"photosystem I"	"organ"	19	51.351351	151	56.766917
"CYP74A"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP709B3"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP706A5"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP71B20"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP97A3"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP71B19"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP90A1"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP72A11"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP97B3"	"starch catabolism"	"organ"	2	66.66667	13	56.52174
"CYP89A3"	"ubiquitin-dependent protein catabolism"	"stress"	23	56.097561	128	56.140351
"CYP71A12"	"tryptophan biosynthesis"	"mutant"	9	52.94118	74	56.06061
"CYP79B2"	"tryptophan biosynthesis"	"mutant"	9	52.94118	74	56.06061
"CYP71A13"	"tryptophan biosynthesis"	"mutant"	9	52.94118	74	56.06061
"CYP706A5"	"regulation of transcription"	"mutant"	4	44.44444	37	56.06061
"CYP97A3"	"photosystem I"	"organ"	18	48.648649	149	56.015038
"CYP71B34"	"ATP-dependent proteolysis"	"organ"	7	63.63636	28	56
"CYP90A1"	"ATP-dependent proteolysis"	"organ"	7	63.63636	28	56
"CYP706A5"	"ATP-dependent proteolysis"	"mutant"	7	63.63636	28	56
"CYP97A3"	"ATP-dependent proteolysis"	"mutant"	7	63.63636	28	56
"CYP97A3"	"RNA processing"	"hormone"	2	50	14	56
"CYP97A3"	"RNA processing"	"mutant"	2	50	14	56
"CYP89A3"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"stress"	6	60	38	55.88235
"CYP86C4"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"stress"	6	60	38	55.88235
"CYP71B26"	"photorespiration"	"mutant"	3	60	19	55.88235
"CYP74A"	"photorespiration"	"organ"	3	60	19	55.88235
"CYP90A1"	"chlorophyll binding"	"organ"	7	53.84615	58	55.76923
"CYP81F4"	"chlorophyll binding"	"mutant"	7	53.84615	58	55.76923
"CYP94D2"	"hypersensitive response"	"mutant"	3	50	29	55.76923
"CYP709B3"	"hypersensitive response"	"organ"	3	50	29	55.76923
"CYP90A1"	"chlorophyll biosynthesis"	"organ"	8	57.14286	75	55.55556
"CYP72A11"	"chlorophyll biosynthesis"	"mutant"	8	57.14286	75	55.55556
"CYP72A11"	"chlorophyll biosynthesis"	"organ"	8	57.14286	75	55.55556
"CYP81D40"	"chlorophyll biosynthesis"	"mutant"	8	57.14286	75	55.55556
"CYP706A5"	"chlorophyll biosynthesis"	"mutant"	8	57.14286	75	55.55556
"CYP97C1"	"chlorophyll biosynthesis"	"organ"	8	57.14286	75	55.55556
"CYP94D2"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP90A1"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP71B7"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP81D6"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP83A1"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP709B3"	"photosynthesis light harvesting in photosystem II"	"organ"	2	40	20	55.55556
"CYP79A4P"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP97B3"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP81D40"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP706A5"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP71B16"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP81D7"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP71B26"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP97A3"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP71B30P"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP86A2"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP72A11"	"methionine biosynthesis"	"mutant"	2	50	20	55.55556
"CYP97A3"	"photosynthesis light harvesting in photosystem II"	"organ"	2	40	20	55.55556
"CYP72A15"	"response to oxidative stress"	"mutant"	3	60	15	55.55556
"CYP94D2"	"response to oxidative stress"	"mutant"	3	60	15	55.55556
"CYP97B3"	"response to oxidative stress"	"mutant"	3	60	15	55.55556
"CYP86A2"	"wax biosynthesis"	"stress"	4	57.14286	30	54.54545
"CYP90A1"	"wax biosynthesis"	"organ"	4	57.14286	30	54.54545
"CYP71B34"	"chloroplast thylakoid membrane protein import"	"stress"	2	50	20	54.05405
"CYP97A3"	"chloroplast thylakoid membrane protein import"	"mutant"	2	50	20	54.05405
"CYP72A11"	"chloroplast thylakoid membrane protein import"	"hormone"	2	50	20	54.05405
"CYP86A2"	"chloroplast thylakoid membrane protein import"	"mutant"	2	50	20	54.05405
"CYP71B28"	"chloroplast thylakoid membrane protein import"	"organ"	2	50	20	54.05405
"CYP71B28"	"chloroplast thylakoid membrane protein import"	"stress"	2	50	20	54.05405
"CYP81D40"	"chloroplast thylakoid membrane protein import"	"mutant"	2	50	20	54.05405
"CYP706A5"	"chloroplast thylakoid membrane protein import"	"stress"	2	50	20	54.05405
"CYP97A3"	"chloroplast thylakoid membrane protein import"	"stress"	2	50	20	54.05405
"CYP72A11"	"chloroplast thylakoid membrane protein import"	"mutant"	2	50	20	54.05405
"CYP706A5"	"hypersensitive response"	"organ"	3	50	28	53.84615
"CYP71B24"	"hypersensitive response"	"organ"	3	50	28	53.84615
"CYP72A8"	"hypersensitive response"	"organ"	3	50	28	53.84615
"CYP81D40"	"plastid organization and biogenesis"	"mutant"	2	50	14	53.84615
"CYP97B3"	"plastid organization and biogenesis"	"stress"	2	50	14	53.84615
"CYP706A5"	"plastid organization and biogenesis"	"hormone"	2	50	14	53.84615
"CYP706A5"	"plastid organization and biogenesis"	"stress"	2	50	14	53.84615
"CYP97A3"	"plastid organization and biogenesis"	"mutant"	2	50	14	53.84615
"CYP97A3"	"plastid organization and biogenesis"	"hormone"	2	50	14	53.84615
"CYP86A2"	"plastid organization and biogenesis"	"mutant"	2	50	14	53.84615
"CYP73A5"	"flavonoid biosynthesis"	"hormone"	3	42.85714	30	52.63158
"CYP72A11"	"indoleacetic acid biosynthesis"	"mutant"	3	60	22	52.38095
"CYP97A3"	"indoleacetic acid biosynthesis"	"mutant"	3	60	22	52.38095
"CYP90A1"	"indoleacetic acid biosynthesis"	"mutant"	3	60	22	52.38095
"CYP97B3"	"indoleacetic acid biosynthesis"	"mutant"	3	60	22	52.38095
"CYP86A2"	"indoleacetic acid biosynthesis"	"mutant"	3	60	22	52.38095
"CYP90A1"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP71B20"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP97B3"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP97A3"	"transcription initiation"	"mutant"	4	50	34	52.30769
"CYP83A1"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP71B34"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP71B35"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP71B19"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP81D40"	"transcription initiation"	"organ"	4	50	34	52.30769
"CYP71B15"	"response to pathogenic bacteria"	"stress"	9	52.94118	64	52.2449
"CYP71B30P"	"chlorophyll biosynthesis"	"mutant"	7	50	70	51.85185
"CYP81D7"	"chlorophyll biosynthesis"	"mutant"	7	50	70	51.85185
"CYP71B16"	"chlorophyll biosynthesis"	"mutant"	7	50	70	51.85185
"CYP81D6"	"chlorophyll biosynthesis"	"mutant"	7	50	70	51.85185
"CYP79A4P"	"chlorophyll biosynthesis"	"mutant"	7	50	70	51.85185
"CYP88A4"	"carotenoid biosynthesis"	"stress"	4	50	35	51.85185
"CYP97A3"	"carotenoid biosynthesis"	"organ"	4	50	35	51.85185
"CYP71A18"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP85A1"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP96A14P"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP71B21"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP71B25"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP706A5"	"photosystem II (sensu Viridiplantae)"	"organ"	2	50	16	51.6129
"CYP735A1"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP78A10"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP71B17"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP735A2"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP90A1"	"photosystem II (sensu Viridiplantae)"	"mutant"	2	50	16	51.6129
"CYP79C5P"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP705A32"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP97C1"	"photosystem II (sensu Viridiplantae)"	"organ"	2	50	16	51.6129
"CYP77A9"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP79A2"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP76G1"	"cytokinin biosynthesis"	"mutant"	2	50	16	51.6129
"CYP74A"	"tryptophan biosynthesis"	"mutant"	9	52.94118	68	51.51515
"CYP71B6"	"tryptophan biosynthesis"	"hormone"	9	52.94118	68	51.51515
"CYP94C1"	"tryptophan biosynthesis"	"hormone"	9	52.94118	68	51.51515
"CYP74A"	"tryptophan biosynthesis"	"hormone"	9	52.94118	68	51.51515
"CYP71B4"	"proline biosynthesis"	"hormone"	2	50	20	51.28205
"CYP89A9"	"proline biosynthesis"	"hormone"	2	50	20	51.28205
"CYP707A4"	"proline biosynthesis"	"hormone"	2	50	20	51.28205
"CYP71B26"	"proline biosynthesis"	"hormone"	2	50	20	51.28205
"CYP86A2"	"photosynthetic electron transport"	"mutant"	3	50	22	51.16279
"CYP71B28"	"photosynthetic electron transport"	"organ"	3	50	22	51.16279
"CYP71B34"	"photosynthetic electron transport"	"organ"	3	50	22	51.16279
"CYP81D40"	"photosynthetic electron transport"	"mutant"	3	50	22	51.16279
"CYP74B2"	"photosynthetic electron transport"	"organ"	3	50	22	51.16279
"CYP708A3"	"photosynthetic electron transport"	"organ"	3	50	22	51.16279
"CYP83A1"	"photosynthetic electron transport"	"organ"	3	50	22	51.16279
"CYP97B3"	"porphyrin biosynthesis"	"organ"	6	46.15385	46	51.11111
"CYP86A2"	"fatty acid elongation"	"stress"	3	42.85714	23	51.11111
"CYP705A5"	"proton transport"	"mutant"	3	50	26	50.98039
"CYP86C4"	"ubiquitin-dependent protein catabolism"	"stress"	20	48.780488	116	50.877193
"CYP81D7"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP97B3"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP71B30P"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP81D6"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP71B16"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP79A4P"	"phenylpropanoid metabolism"	"mutant"	3	50	30	50.84746
"CYP86A2"	"chlorophyll binding"	"organ"	6	46.15385	52	50
"CYP71B26"	"chlorophyll binding"	"organ"	6	46.15385	52	50
"CYP708A3"	"chlorophyll binding"	"organ"	6	46.15385	52	50
"CYP83A1"	"glucosinolate biosynthesis"	"stress"	4	50	40	50
"CYP72A11"	"glucosinolate biosynthesis"	"organ"	4	50	40	50
"CYP709B3"	"glucosinolate biosynthesis"	"organ"	4	50	40	50
"CYP83B1"	"glucosinolate biosynthesis"	"organ"	4	50	40	50
"CYP71B24"	"glucosinolate biosynthesis"	"organ"	4	50	40	50
"CYP79F1"	"glucosinolate biosynthesis"	"mutant"	4	50	40	50
"CYP83A1"	"glucosinolate biosynthesis"	"mutant"	4	50	40	50
"CYP83A1"	"glucosinolate biosynthesis"	"hormone"	4	50	40	50
"CYP79F2"	"glucosinolate biosynthesis"	"mutant"	4	50	40	50
"CYP90A1"	"photosynthesis light harvesting in photosystem I"	"organ"	3	42.85714	24	50
"CYP81F4"	"photosynthesis light harvesting in photosystem I"	"mutant"	3	42.85714	24	50
"CYP90A1"	"amino acid biosynthesis"	"mutant"	3	37.5	18	50
"CYP88A3"	"chloroplast organization and biogenesis"	"mutant"	2	33.33333	14	50
"CYP702A3"	"chloroplast organization and biogenesis"	"mutant"	2	33.33333	14	50
"CYP706A5"	"chloroplast organization and biogenesis"	"mutant"	2	33.33333	14	50
"CYP71B38"	"chloroplast organization and biogenesis"	"mutant"	2	33.33333	14	50
"CYP97B3"	"phosphate transport"	"organ"	2	50	13	50
"CYP97B3"	"phosphate transport"	"mutant"	2	50	13	50
"CYP706A5"	"phosphate transport"	"hormone"	2	50	13	50
"CYP97A3"	"phosphate transport"	"organ"	2	50	13	50
"CYP71B35"	"phosphate transport"	"organ"	2	50	13	50
"CYP706A5"	"phosphate transport"	"stress"	2	50	13	50
"CYP96A12"	"phosphate transport"	"hormone"	2	50	13	50
"CYP97A3"	"phosphate transport"	"stress"	2	50	13	50
"CYP706A5"	"phosphate transport"	"organ"	2	50	13	50
"CYP83A1"	"phosphate transport"	"organ"	2	50	13	50
"CYP72A11"	"phosphate transport"	"organ"	2	50	13	50
"CYP709B3"	"phosphate transport"	"organ"	2	50	13	50
"CYP86A2"	"phosphate transport"	"mutant"	2	50	13	50
"CYP97C1"	"phosphate transport"	"organ"	2	50	13	50
"CYP88A4"	"phosphate transport"	"stress"	2	50	13	50
"CYP86A2"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"hormone"	2	50	12	50
"CYP707A4"	"response to dessication"	"hormone"	2	50	12	50
"CYP86A2"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"organ"	2	50	12	50
"CYP72A11"	"primary cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	50	12	50
"CYP89A3"	"protein catabolism"	"stress"	23	47.916667	128	49.805447
"CYP72A11"	"calmodulin binding"	"organ"	5	38.46154	37	49.33333
"CYP72A11"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP71B19"	"calmodulin binding"	"organ"	5	38.46154	37	49.33333
"CYP71B30P"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP81D7"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP71B16"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP81D6"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP71B20"	"calmodulin binding"	"organ"	5	38.46154	37	49.33333
"CYP79A4P"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP71B7"	"calmodulin binding"	"mutant"	5	38.46154	37	49.33333
"CYP708A1"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP708A2"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP71A19"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP72A11"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP705A25"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP716A2"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP81F4"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP71A13"	"response to stress"	"stress"	2	50	19	48.71795
"CYP706A7"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP705A5"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP710A2"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP86A1"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP705A4"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP705A13"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP86A1"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP705A5"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP96A12"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP705A12"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP71A16"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP71B15"	"response to stress"	"stress"	2	50	19	48.71795
"CYP86B1"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP708A2"	"monoterpenoid biosynthesis"	"hormone"	2	50	19	48.71795
"CYP72A14"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP81F4"	"monoterpenoid biosynthesis"	"organ"	2	50	19	48.71795
"CYP708A2"	"monoterpenoid biosynthesis"	"stress"	2	50	19	48.71795
"CYP74B2"	"photosynthesis light harvesting"	"organ"	3	37.5	28	48.27586
"CYP71B34"	"chlorophyll biosynthesis"	"organ"	7	50	65	48.14815
"CYP706A5"	"chlorophyll biosynthesis"	"stress"	7	50	65	48.14815
"CYP83A1"	"chlorophyll biosynthesis"	"organ"	7	50	65	48.14815
"CYP97A3"	"chlorophyll biosynthesis"	"stress"	7	50	65	48.14815
"CYP706A5"	"chlorophyll biosynthesis"	"organ"	7	50	65	48.14815
"CYP72A11"	"one-carbon compound metabolism"	"organ"	2	50	13	48.14815
"CYP72A11"	"pectin biosynthesis"	"stress"	2	50	13	48.14815
"CYP97A3"	"pectin biosynthesis"	"stress"	2	50	13	48.14815
"CYP97B3"	"pectin biosynthesis"	"stress"	2	50	13	48.14815
"CYP709B3"	"one-carbon compound metabolism"	"mutant"	2	50	13	48.14815
"CYP97C1"	"one-carbon compound metabolism"	"organ"	2	50	13	48.14815
"CYP88A4"	"pectin biosynthesis"	"stress"	2	50	13	48.14815
"CYP97A3"	"one-carbon compound metabolism"	"organ"	2	50	13	48.14815
"CYP97B3"	"one-carbon compound metabolism"	"mutant"	2	50	13	48.14815
"CYP97A3"	"one-carbon compound metabolism"	"mutant"	2	50	13	48.14815
"CYP97B3"	"one-carbon compound metabolism"	"organ"	2	50	13	48.14815
"CYP90A1"	"one-carbon compound metabolism"	"mutant"	2	50	13	48.14815
"CYP72A11"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP86A2"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP90A1"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP97B3"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP706A5"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP81D40"	"chlorophyll binding"	"mutant"	6	46.15385	50	48.07692
"CYP86A2"	"calmodulin binding"	"mutant"	4	30.76923	36	48
"CYP97A3"	"ATP-dependent proteolysis"	"organ"	6	54.54545	24	48
"CYP709B3"	"ATP-dependent proteolysis"	"organ"	6	54.54545	24	48
"CYP97B3"	"RNA processing"	"mutant"	2	50	12	48
"CYP90A1"	"RNA processing"	"organ"	2	50	12	48
"CYP97B3"	"RNA processing"	"organ"	2	50	12	48
"CYP72A11"	"RNA processing"	"organ"	2	50	12	48
"CYP71B28"	"RNA processing"	"organ"	2	50	12	48
"CYP97C1"	"RNA processing"	"stress"	2	50	12	48
"CYP709B3"	"RNA processing"	"organ"	2	50	12	48
"CYP706A5"	"RNA processing"	"organ"	2	50	12	48
"CYP71B34"	"RNA processing"	"organ"	2	50	12	48
"CYP71B7"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP83B1"	"indoleacetic acid biosynthesis"	"stress"	2	40	20	47.61905
"CYP74A"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP94C1"	"indoleacetic acid biosynthesis"	"hormone"	2	40	20	47.61905
"CYP79F1"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP71B2"	"indoleacetic acid biosynthesis"	"hormone"	2	40	20	47.61905
"CYP71B28"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP81H1"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP83B1"	"indoleacetic acid biosynthesis"	"hormone"	2	40	20	47.61905
"CYP79B3"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP79B2"	"indoleacetic acid biosynthesis"	"hormone"	2	40	20	47.61905
"CYP79F2"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP97A3"	"cytochrome b6f complex"	"stress"	2	33.33333	20	47.61905
"CYP71B35"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP86A2"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP97A3"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP81F4"	"ATP synthesis coupled proton transport"	"mutant"	2	40	20	47.61905
"CYP79B3"	"indoleacetic acid biosynthesis"	"stress"	2	40	20	47.61905
"CYP71B20"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP83B1"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP706A5"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP79B2"	"indoleacetic acid biosynthesis"	"organ"	2	40	20	47.61905
"CYP71B24"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP83A1"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP71B19"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP71B26"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP90A1"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP709B3"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP81F4"	"indoleacetic acid biosynthesis"	"hormone"	2	40	20	47.61905
"CYP71B34"	"cytochrome b6f complex"	"organ"	2	33.33333	20	47.61905
"CYP79B2"	"indoleacetic acid biosynthesis"	"stress"	2	40	20	47.61905
"CYP72A11"	"glycolipid biosynthesis"	"organ"	2	50	18	47.36842
"CYP706A5"	"glycolipid biosynthesis"	"organ"	2	50	18	47.36842
"CYP81F2"	"response to pathogenic bacteria"	"stress"	8	47.05882	58	47.34694
"CYP79B2"	"response to pathogenic bacteria"	"stress"	8	47.05882	58	47.34694
"CYP79B2"	"response to pathogenic bacteria"	"hormone"	8	47.05882	58	47.34694
"CYP81D8"	"response to pathogenic bacteria"	"stress"	8	47.05882	58	47.34694
"CYP72A11"	"response to jasmonic acid stimulus"	"organ"	3	42.85714	26	47.27273
"CYP74A"	"response to jasmonic acid stimulus"	"organ"	3	42.85714	26	47.27273
"CYP83A1"	"response to jasmonic acid stimulus"	"organ"	3	42.85714	26	47.27273
"CYP74B2"	"response to jasmonic acid stimulus"	"stress"	3	42.85714	26	47.27273
"CYP708A3"	"photorespiration"	"organ"	3	60	16	47.05882
"CYP97C1"	"photorespiration"	"stress"	3	60	16	47.05882
"CYP97A3"	"photorespiration"	"stress"	3	60	16	47.05882
"CYP74B2"	"photorespiration"	"organ"	3	60	16	47.05882
"CYP97B3"	"calmodulin binding"	"mutant"	4	30.76923	35	46.66667
"CYP90A1"	"calmodulin binding"	"mutant"	4	30.76923	35	46.66667
"CYP97A3"	"calmodulin binding"	"organ"	4	30.76923	35	46.66667
"CYP97B3"	"photosynthesis, light reaction"	"organ"	2	40	14	46.66667
"CYP72A11"	"photosynthesis, light reaction"	"organ"	2	40	14	46.66667
"CYP97A3"	"photosynthesis, light reaction"	"organ"	2	40	14	46.66667
"CYP98A3"	"lignin biosynthesis"	"hormone"	4	44.44444	40	46.51163
"CYP71B28"	"chlorophyll binding"	"organ"	6	46.15385	48	46.15385
"CYP71B34"	"chlorophyll binding"	"organ"	6	46.15385	48	46.15385
"CYP71B24"	"response to ethylene stimulus"	"organ"	6	42.85714	24	46.15385
"CYP72A11"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP94D2"	"response to osmotic stress"	"mutant"	2	50	12	46.15385
"CYP709B3"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP90A1"	"response to osmotic stress"	"mutant"	2	50	12	46.15385
"CYP706A5"	"response to osmotic stress"	"mutant"	2	50	12	46.15385
"CYP97B3"	"plastid organization and biogenesis"	"mutant"	2	50	12	46.15385
"CYP90A1"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP706A5"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP71B34"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP97B3"	"plastid organization and biogenesis"	"organ"	2	50	12	46.15385
"CYP97C1"	"plastid organization and biogenesis"	"stress"	2	50	12	46.15385
"CYP81D8"	"response to pathogenic bacteria"	"mutant"	8	47.05882	56.5	46.12245
"CYP96A12"	"chloroplast thylakoid membrane protein import"	"organ"	2	50	17	45.94595
"CYP708A3"	"chloroplast thylakoid membrane protein import"	"organ"	2	50	17	45.94595
"CYP90A1"	"cuticle biosynthesis"	"organ"	5	41.66667	32	45.71429
"CYP94D2"	"flower development"	"mutant"	2	40	19	45.2381
"CYP702A3"	"flower development"	"mutant"	2	40	19	45.2381
"CYP79A4P"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP71B16"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP71B30P"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP90A1"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP81D7"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP81D6"	"fatty acid biosynthesis"	"mutant"	7	46.66667	56	45.16129
"CYP86C4"	"protein catabolism"	"stress"	20	41.666667	116	45.136187
"CYP81F4"	"photosynthesis light harvesting in photosystem II"	"mutant"	2	40	16	44.44444
"CYP90A1"	"photosynthesis light harvesting in photosystem II"	"organ"	2	40	16	44.44444
"CYP71B38"	"photorespiration"	"mutant"	2	40	15	44.11765
"CYP88A3"	"photorespiration"	"mutant"	2	40	15	44.11765
"CYP71B11"	"photorespiration"	"hormone"	2	40	15	44.11765
"CYP702A3"	"photorespiration"	"mutant"	2	40	15	44.11765
"CYP71B34"	"photorespiration"	"mutant"	2	40	15	44.11765
"CYP71B6"	"response to pathogenic bacteria"	"stress"	8	47.05882	54	44.08163
"CYP71B15"	"response to pathogenic bacteria"	"hormone"	8	47.05882	54	44.08163
"CYP72A8"	"response to pathogenic bacteria"	"hormone"	8	47.05882	54	44.08163
"CYP71A13"	"response to pathogenic bacteria"	"stress"	8	47.05882	54	44.08163
"CYP71B6"	"response to pathogenic bacteria"	"hormone"	8	47.05882	54	44.08163
"CYP71A18"	"response to pathogenic bacteria"	"mutant"	7	41.17647	54	44.08163
"CYP72A8"	"ATP-dependent proteolysis"	"organ"	4	36.36364	22	44
"CYP81D8"	"tryptophan biosynthesis"	"stress"	8	47.05882	58	43.93939
"CYP72A8"	"tryptophan biosynthesis"	"hormone"	8	47.05882	58	43.93939
"CYP720A1"	"tryptophan biosynthesis"	"mutant"	8	47.05882	58	43.93939
"CYP78A10"	"systemic acquired resistance"	"hormone"	3	42.85714	19.5	43.82022
"CYP82C3"	"systemic acquired resistance"	"hormone"	3	42.85714	19.5	43.82022
"CYP71B20"	"chlorophyll biosynthesis"	"organ"	6	42.85714	59	43.7037
"CYP71B19"	"chlorophyll biosynthesis"	"organ"	6	42.85714	59	43.7037
"CYP78A10"	"ethylene biosynthesis"	"hormone"	4	50	24	43.63636
"CYP715A1"	"ethylene biosynthesis"	"hormone"	4	50	24	43.63636
"CYP82C3"	"ethylene biosynthesis"	"hormone"	4	50	24	43.63636
"CYP97B3"	"wax biosynthesis"	"organ"	3	42.85714	24	43.63636
"CYP86A2"	"wax biosynthesis"	"hormone"	3	42.85714	24	43.63636
"CYP71B34"	"wax biosynthesis"	"organ"	3	42.85714	24	43.63636
"CYP72A11"	"wax biosynthesis"	"organ"	3	42.85714	24	43.63636
"CYP706A5"	"photosynthesis"	"organ"	8	40	60	43.47826
"CYP86A2"	"transcription initiation"	"organ"	3	37.5	28	43.07692
"CYP709B3"	"photosystem I"	"organ"	14	37.837838	114	42.857143
"CYP71B34"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP72A15"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B24"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B38"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B26"	"indoleacetic acid biosynthesis"	"stress"	2	40	18	42.85714
"CYP71B26"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP81D7"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B16"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B5"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP706A5"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP79A4P"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP81D6"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP81H1"	"indoleacetic acid biosynthesis"	"stress"	2	40	18	42.85714
"CYP94D2"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B30P"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP88A3"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP74A"	"indoleacetic acid biosynthesis"	"stress"	2	40	18	42.85714
"CYP81H1"	"indoleacetic acid biosynthesis"	"mutant"	2	40	18	42.85714
"CYP71B24"	"chloroplastic endopeptidase Clp complex"	"organ"	3	42.85714	12	42.85714
"CYP71B19"	"chloroplastic endopeptidase Clp complex"	"organ"	3	42.85714	12	42.85714
"CYP86A2"	"chloroplastic endopeptidase Clp complex"	"mutant"	3	42.85714	12	42.85714
"CYP71B26"	"chloroplastic endopeptidase Clp complex"	"mutant"	3	42.85714	12	42.85714
"CYP71B38"	"chloroplastic endopeptidase Clp complex"	"mutant"	3	42.85714	12	42.85714
"CYP72A15"	"chloroplastic endopeptidase Clp complex"	"mutant"	3	42.85714	12	42.85714
"CYP71B20"	"chloroplastic endopeptidase Clp complex"	"organ"	3	42.85714	12	42.85714
"CYP89A2"	"chloroplastic endopeptidase Clp complex"	"organ"	3	42.85714	12	42.85714
"CYP51A2"	"chloroplastic endopeptidase Clp complex"	"mutant"	3	42.85714	12	42.85714
"CYP71B4"	"chloroplastic endopeptidase Clp complex"	"organ"	3	42.85714	12	42.85714
"CYP73A5"	"chloroplastic endopeptidase Clp complex"	"hormone"	3	42.85714	12	42.85714
"CYP98A3"	"chloroplastic endopeptidase Clp complex"	"hormone"	3	42.85714	12	42.85714
"CYP97C1"	"chloroplast organization and biogenesis"	"organ"	2	33.33333	12	42.85714
"CYP97C1"	"chloroplast organization and biogenesis"	"stress"	2	33.33333	12	42.85714
"CYP97B3"	"chloroplast organization and biogenesis"	"stress"	2	33.33333	12	42.85714
"CYP97B3"	"regulation of transcription"	"organ"	3	33.33333	28	42.42424
"CYP706A5"	"regulation of transcription"	"stress"	3	33.33333	28	42.42424
"CYP706A5"	"regulation of transcription"	"organ"	3	33.33333	28	42.42424
"CYP709B3"	"regulation of transcription"	"organ"	3	33.33333	28	42.42424
"CYP709B3"	"regulation of transcription"	"mutant"	3	33.33333	28	42.42424
"CYP72A11"	"regulation of transcription"	"organ"	3	33.33333	28	42.42424
"CYP709B3"	"porphyrin biosynthesis"	"organ"	5	38.46154	38	42.22222
"CYP73A5"	"aromatic amino acid family biosynthesis, shikimate pathway"	"stress"	5	41.66667	38	42.22222
"CYP97A3"	"acetyl-CoA biosynthesis"	"mutant"	2	40	16	42.10526
"CYP86A2"	"acetyl-CoA biosynthesis"	"mutant"	2	40	16	42.10526
"CYP71B26"	"photosynthetic electron transport"	"organ"	2	33.33333	18	41.86047
"CYP90A1"	"photosynthetic electron transport"	"organ"	2	33.33333	18	41.86047
"CYP86A2"	"photosynthetic electron transport"	"organ"	2	33.33333	18	41.86047
"CYP81D8"	"ethylene biosynthesis"	"hormone"	3	37.5	23	41.81818
"CYP71B24"	"response to jasmonic acid stimulus"	"organ"	3	42.85714	23	41.81818
"CYP97A3"	"carotenoid biosynthesis"	"mutant"	3	37.5	28	41.48148
"CYP81F4"	"photosynthesis light harvesting"	"mutant"	3	37.5	24	41.37931
"CYP90A1"	"photosynthesis light harvesting"	"organ"	3	37.5	24	41.37931
"CYP707A4"	"response to abscisic acid stimulus"	"hormone"	5	41.66667	33	41.25
"CYP715A1"	"response to pathogenic bacteria"	"hormone"	8	47.05882	50.5	41.22449
"CYP94C1"	"tryptophan biosynthesis"	"mutant"	7	41.17647	54	40.90909
"CYP96A12"	"regulation of transcription"	"stress"	3	33.33333	27	40.90909
"CYP97B3"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP72A11"	"starch biosynthesis"	"organ"	3	42.85714	27	40.90909
"CYP71B16"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP94D2"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP71B30P"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP79A4P"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP81D6"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP90A1"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP97A3"	"starch biosynthesis"	"organ"	3	42.85714	27	40.90909
"CYP81D7"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP71B26"	"regulation of transcription"	"mutant"	3	33.33333	27	40.90909
"CYP709B3"	"chlorophyll biosynthesis"	"mutant"	6	42.85714	55	40.74074
"CYP97C1"	"chlorophyll biosynthesis"	"stress"	6	42.85714	55	40.74074
"CYP79A4P"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP71B30P"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP88A3"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP71B38"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP72A11"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP81D6"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP71B26"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP71B7"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP702A3"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP81D7"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP90A1"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP71B16"	"response to oxidative stress"	"mutant"	2	40	11	40.74074
"CYP81D8"	"gibberellic acid catabolism"	"hormone"	2	40	19	40.42553
"CYP94C1"	"gibberellic acid catabolism"	"mutant"	2	40	19	40.42553
"CYP81D8"	"gibberellic acid catabolism"	"mutant"	2	40	19	40.42553
"CYP96A5"	"gibberellic acid catabolism"	"mutant"	2	40	19	40.42553
"CYP720A1"	"gibberellic acid catabolism"	"mutant"	2	40	19	40.42553
"CYP71A18"	"gibberellic acid catabolism"	"mutant"	2	40	19	40.42553
"CYP81D7"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP79A4P"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP71B30P"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP71B7"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP71B26"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP71B16"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP81D6"	"chlorophyll binding"	"mutant"	5	38.46154	42	40.38462
"CYP97C1"	"carotenoid biosynthesis"	"organ"	3	37.5	27	40
"CYP708A3"	"wax biosynthesis"	"organ"	3	42.85714	22	40
"CYP71B34"	"ATP-dependent proteolysis"	"mutant"	5	45.45455	20	40
"CYP81D6"	"isoprenoid biosynthesis"	"mutant"	2	40	20	40
"CYP71B30P"	"isoprenoid biosynthesis"	"mutant"	2	40	20	40
"CYP98A3"	"phenylpropanoid biosynthesis"	"mutant"	2	40	20	40
"CYP71B16"	"isoprenoid biosynthesis"	"mutant"	2	40	20	40
"CYP98A3"	"phenylpropanoid biosynthesis"	"organ"	2	40	20	40
"CYP81D7"	"isoprenoid biosynthesis"	"mutant"	2	40	20	40
"CYP98A3"	"phenylpropanoid biosynthesis"	"hormone"	2	40	20	40
"CYP71B7"	"phenylpropanoid biosynthesis"	"stress"	2	40	20	40
"CYP78A10"	"galactolipid biosynthesis"	"hormone"	2	40	20	40
"CYP79A4P"	"isoprenoid biosynthesis"	"mutant"	2	40	20	40
"CYP97A3"	"protein-chloroplast targeting"	"stress"	2	40	15	39.47368
"CYP88A4"	"protein-chloroplast targeting"	"stress"	2	40	15	39.47368
"CYP51A2"	"protein-chloroplast targeting"	"mutant"	2	40	15	39.47368
"CYP74B2"	"auxin metabolism"	"hormone"	2	40	13	39.39394
"CYP86A2"	"very-long-chain fatty acid metabolism"	"stress"	5	33.33333	35	39.32584
"CYP81F4"	"proton transport"	"mutant"	2	33.33333	20	39.21569
"CYP71A12"	"response to pathogenic bacteria"	"stress"	7	41.17647	48	39.18367
"CYP94C1"	"response to pathogenic bacteria"	"hormone"	7	41.17647	48	39.18367
"CYP71B15"	"response to pathogenic bacteria"	"mutant"	7	41.17647	48	39.18367
"CYP74A"	"response to pathogenic bacteria"	"mutant"	7	41.17647	48	39.18367
"CYP81D1"	"response to pathogenic bacteria"	"hormone"	7	41.17647	48	39.18367
"CYP74A"	"response to pathogenic bacteria"	"hormone"	7	41.17647	48	39.18367
"CYP81D8"	"response to pathogenic bacteria"	"hormone"	7	41.17647	48	39.18367
"CYP88A4"	"amino acid biosynthesis"	"stress"	3	37.5	14	38.88889
"CYP97B3"	"unidimensional cell growth"	"mutant"	5	38.46154	41	38.86256
"CYP90A1"	"unidimensional cell growth"	"mutant"	5	38.46154	41	38.86256
"CYP97B3"	"protein biosynthesis"	"mutant"	7	38.88889	38	38.77551
"CYP78A7"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP701A3"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP71B14"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP71B10"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP714A1"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP76C7"	"lipid transport"	"organ"	2	28.57143	19	38.77551
"CYP709B3"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP97C1"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP72A11"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP88A4"	"pentose-phosphate shunt"	"stress"	4	33.33333	30	38.46154
"CYP97A3"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP83A1"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP97B3"	"pentose-phosphate shunt"	"organ"	4	33.33333	30	38.46154
"CYP71B20"	"response to ethylene stimulus"	"organ"	5	35.71429	20	38.46154
"CYP71B4"	"response to ethylene stimulus"	"organ"	5	35.71429	20	38.46154
"CYP72A11"	"response to ethylene stimulus"	"organ"	5	35.71429	20	38.46154
"CYP71B19"	"response to ethylene stimulus"	"organ"	5	35.71429	20	38.46154
"CYP72A8"	"response to ethylene stimulus"	"organ"	5	35.71429	20	38.46154
"CYP71B24"	"photorespiration"	"mutant"	2	40	13	38.23529
"CYP71B17"	"photorespiration"	"stress"	2	40	13	38.23529
"CYP71B16"	"photorespiration"	"stress"	2	40	13	38.23529
"CYP81D40"	"photorespiration"	"organ"	2	40	13	38.23529
"CYP96A4"	"photorespiration"	"organ"	2	40	13	38.23529
"CYP90A1"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP710A1"	"pentose-phosphate shunt, oxidative branch"	"stress"	2	40	16	38.09524
"CYP709B3"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP81D1"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP706A7"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP97A3"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP706A5"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP86A2"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP705A12"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP71B4"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP708A3"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP72A11"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP97A3"	"flower development"	"mutant"	2	40	16	38.09524
"CYP710A1"	"glucose metabolism"	"stress"	2	40	16	38.09524
"CYP86A2"	"cytochrome b6f complex"	"mutant"	2	33.33333	16	38.09524
"CYP81F4"	"cytochrome b6f complex"	"mutant"	2	33.33333	16	38.09524
"CYP716A1"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP71A16"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP97B3"	"ATP synthesis coupled proton transport"	"organ"	2	40	16	38.09524
"CYP71B37"	"ATP synthesis coupled proton transport"	"mutant"	2	40	16	38.09524
"CYP81D6"	"protein folding"	"mutant"	5	35.71429	38	38
"CYP81D7"	"protein folding"	"mutant"	5	35.71429	38	38
"CYP79A4P"	"protein folding"	"mutant"	5	35.71429	38	38
"CYP71B16"	"protein folding"	"mutant"	5	35.71429	38	38
"CYP71B30P"	"protein folding"	"mutant"	5	35.71429	38	38
"CYP71A18"	"tryptophan biosynthesis"	"mutant"	7	41.17647	50	37.87879
"CYP83B1"	"tryptophan biosynthesis"	"stress"	5	29.41176	50	37.87879
"CYP88A4"	"regulation of transcription"	"stress"	3	33.33333	25	37.87879
"CYP72A11"	"electron transport"	"organ"	7	35	51	37.77778
"CYP97B3"	"electron transport"	"organ"	7	35	51	37.77778
"CYP88A4"	"porphyrin biosynthesis"	"stress"	5	38.46154	34	37.77778
"CYP709B3"	"photosystem II"	"organ"	9	33.333333	75	37.688442
"CYP71B34"	"glucosinolate biosynthesis"	"stress"	3	37.5	30	37.5
"CYP86A2"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP71B19"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP71B20"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP708A3"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP83A1"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP74B2"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP71B26"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP81H1"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP706A5"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	18	37.5
"CYP86A2"	"calmodulin binding"	"organ"	4	30.76923	28	37.33333
"CYP71B26"	"calmodulin binding"	"mutant"	4	30.76923	28	37.33333
"CYP706A5"	"calmodulin binding"	"mutant"	3	23.07692	28	37.33333
"CYP72A11"	"fatty acid biosynthesis"	"mutant"	6	40	46	37.09677
"CYP706A5"	"fatty acid biosynthesis"	"mutant"	6	40	46	37.09677
"CYP97A3"	"carotenoid biosynthesis"	"stress"	3	37.5	25	37.03704
"CYP71B36"	"transcription initiation"	"stress"	3	37.5	24	36.92308
"CYP97C1"	"transcription initiation"	"stress"	3	37.5	24	36.92308
"CYP71B34"	"transcription initiation"	"stress"	3	37.5	24	36.92308
"CYP706A5"	"photosystem I"	"organ"	12	32.432432	98	36.842105
"CYP97A3"	"protein biosynthesis"	"stress"	6	33.33333	36	36.73469
"CYP97A3"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP97B3"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP88A4"	"protein biosynthesis"	"stress"	6	33.33333	36	36.73469
"CYP97C1"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP709B3"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP72A11"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP71B34"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP706A5"	"protein biosynthesis"	"organ"	6	33.33333	36	36.73469
"CYP97A3"	"protein biosynthesis"	"mutant"	6	33.33333	36	36.73469
"CYP71B30P"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP706A5"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP71B34"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP90A1"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP72A11"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP71B16"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP81D40"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP97C1"	"hypersensitive response"	"organ"	2	33.33333	19	36.53846
"CYP97B3"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP86A2"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP81D6"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP79A4P"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP71B7"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP81D7"	"hypersensitive response"	"mutant"	2	33.33333	19	36.53846
"CYP89A3"	"tryptophan biosynthesis"	"mutant"	7	41.17647	48	36.36364
"CYP71A18"	"tryptophan biosynthesis"	"hormone"	7	41.17647	48	36.36364
"CYP715A1"	"tryptophan biosynthesis"	"mutant"	7	41.17647	48	36.36364
"CYP81F2"	"tryptophan biosynthesis"	"hormone"	7	41.17647	48	36.36364
"CYP81D2"	"ethylene biosynthesis"	"mutant"	3	37.5	20	36.36364
"CYP82C3"	"ethylene biosynthesis"	"mutant"	3	37.5	20	36.36364
"CYP715A1"	"ethylene biosynthesis"	"mutant"	3	37.5	20	36.36364
"CYP715A1"	"ethylene biosynthesis"	"stress"	3	37.5	20	36.36364
"CYP96A5"	"ethylene biosynthesis"	"mutant"	3	37.5	20	36.36364
"CYP708A3"	"chlorophyll biosynthesis"	"organ"	5	35.71429	49	36.2963
"CYP74B2"	"photosynthesis"	"organ"	6	30	50	36.23188
"CYP706A5"	"cellulose biosynthesis"	"mutant"	4	36.36364	22	36.06557
"CYP90A1"	"cellulose biosynthesis"	"mutant"	4	36.36364	22	36.06557
"CYP86A2"	"cellulose biosynthesis"	"mutant"	4	36.36364	22	36.06557
"CYP81D40"	"cellulose biosynthesis"	"mutant"	4	36.36364	22	36.06557
"CYP74A"	"jasmonic acid biosynthesis"	"hormone"	7	36.84211	49	36.02941
"CYP71B7"	"ATP-dependent proteolysis"	"mutant"	3	27.27273	18	36
"CYP79B2"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP81F2"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP71A12"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP84A4"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP94C1"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP71A13"	"response to pathogenic bacteria"	"mutant"	6	35.29412	44	35.91837
"CYP90A1"	"growth"	"mutant"	8	33.333333	63	35.897436
"CYP71B4"	"response to water deprivation"	"hormone"	3	30	24	35.8209
"CYP90A1"	"photosystem II"	"organ"	9	33.333333	71	35.678392
"CYP724A1"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	4	33.33333	32	35.55556
"CYP88A4"	"fatty acid biosynthesis"	"stress"	5	33.33333	44	35.48387
"CYP74A"	"response to wounding"	"hormone"	8	36.36364	62	35.227273
"CYP81H1"	"fatty acid beta-oxidation"	"mutant"	2	33.33333	20	35.08772
"CYP75B1"	"flavonoid biosynthesis"	"stress"	2	28.57143	20	35.08772
"CYP96A12"	"flavonoid biosynthesis"	"organ"	2	28.57143	20	35.08772
"CYP75B1"	"flavonoid biosynthesis"	"hormone"	2	28.57143	20	35.08772
"CYP73A5"	"flavonoid biosynthesis"	"mutant"	2	28.57143	20	35.08772
"CYP98A3"	"lignin biosynthesis"	"mutant"	3	33.33333	30	34.88372
"CYP73A5"	"lignin biosynthesis"	"hormone"	3	33.33333	30	34.88372
"CYP706A5"	"lignin biosynthesis"	"hormone"	3	33.33333	30	34.88372
"CYP84A1"	"lignin biosynthesis"	"stress"	3	33.33333	30	34.88372
"CYP73A5"	"lignin biosynthesis"	"organ"	3	33.33333	30	34.88372
"CYP709B3"	"calmodulin binding"	"organ"	3	23.07692	26	34.66667
"CYP81D40"	"calmodulin binding"	"mutant"	3	23.07692	26	34.66667
"CYP706A5"	"calmodulin binding"	"organ"	3	23.07692	26	34.66667
"CYP94D2"	"calmodulin binding"	"mutant"	3	23.07692	26	34.66667
"CYP86A2"	"hypersensitive response"	"organ"	2	33.33333	18	34.61538
"CYP81D1"	"response to cold"	"mutant"	3	42.85714	18.5	34.57944
"CYP73A5"	"aromatic amino acid family biosynthesis"	"stress"	5	35.71429	38	34.54545
"CYP74A"	"response to jasmonic acid stimulus"	"mutant"	2	28.57143	19	34.54545
"CYP86A2"	"cuticle biosynthesis"	"hormone"	4	33.33333	24	34.28571
"CYP86A2"	"cuticle biosynthesis"	"mutant"	4	33.33333	24	34.28571
"CYP71B23"	"toxin catabolism"	"stress"	7	15.555556	46	34.074074
"CYP71B26"	"chlorophyll biosynthesis"	"mutant"	5	35.71429	46	34.07407
"CYP90A1"	"brassinosteroid biosynthesis"	"hormone"	4	33.33333	36	33.96226
"CYP97B3"	"sugar mediated signaling"	"organ"	2	33.33333	18	33.96226
"CYP90A1"	"phenylpropanoid metabolism"	"mutant"	2	33.33333	20	33.89831
"CYP72A11"	"phenylpropanoid metabolism"	"hormone"	2	33.33333	20	33.89831
"CYP73A5"	"phenylpropanoid metabolism"	"hormone"	2	33.33333	20	33.89831
"CYP79B2"	"phenylpropanoid metabolism"	"stress"	2	33.33333	20	33.89831
"CYP98A3"	"phenylpropanoid metabolism"	"hormone"	2	33.33333	20	33.89831
"CYP94D2"	"phenylpropanoid metabolism"	"mutant"	2	33.33333	20	33.89831
"CYP73A5"	"phenylpropanoid metabolism"	"stress"	2	33.33333	20	33.89831
"CYP81D40"	"fatty acid biosynthesis"	"mutant"	5	33.33333	42	33.87097
"CYP90A1"	"very-long-chain fatty acid metabolism"	"organ"	5	33.33333	30	33.70787
"CYP81D1"	"response to wounding"	"stress"	7	31.81818	59	33.522727
"CYP97A3"	"electron transport"	"organ"	6	30	45	33.33333
"CYP81D8"	"tryptophan biosynthesis"	"mutant"	6	35.29412	44	33.33333
"CYP81F2"	"tryptophan biosynthesis"	"mutant"	6	35.29412	44	33.33333
"CYP81F3"	"tryptophan biosynthesis"	"mutant"	6	35.29412	44	33.33333
"CYP96A5"	"tryptophan biosynthesis"	"mutant"	6	35.29412	44	33.33333
"CYP82C3"	"tryptophan biosynthesis"	"mutant"	6	35.29412	44	33.33333
"CYP706A5"	"porphyrin biosynthesis"	"stress"	4	30.76923	30	33.33333
"CYP97A3"	"porphyrin biosynthesis"	"stress"	4	30.76923	30	33.33333
"CYP74B2"	"pentose-phosphate shunt"	"organ"	3	25	26	33.33333
"CYP708A3"	"pentose-phosphate shunt"	"organ"	3	25	26	33.33333
"CYP78A10"	"cellular response to phosphate starvation"	"hormone"	2	25	20	33.33333
"CYP97A3"	"aging"	"mutant"	2	25	20	33.33333
"CYP716A2"	"cellular response to phosphate starvation"	"mutant"	2	25	20	33.33333
"CYP86A2"	"aging"	"mutant"	2	25	20	33.33333
"CYP86A"	"fatty acid elongation"	"organ"	2	28.57143	15	33.33333
"CYP72A11"	"amino acid biosynthesis"	"mutant"	2	25	12	33.33333
"CYP71B28"	"photosystem II"	"organ"	8	29.62963	66	33.165829
"CYP90A1"	"photosystem I"	"organ"	11	29.72973	87	32.706767
"CYP706A5"	"chlorophyll binding"	"organ"	4	30.76923	34	32.69231
"CYP71B30P"	"protein biosynthesis"	"mutant"	6	33.33333	32	32.65306
"CYP81D6"	"protein biosynthesis"	"mutant"	6	33.33333	32	32.65306
"CYP81D7"	"protein biosynthesis"	"mutant"	6	33.33333	32	32.65306
"CYP71B16"	"protein biosynthesis"	"mutant"	6	33.33333	32	32.65306
"CYP79A4P"	"protein biosynthesis"	"mutant"	6	33.33333	32	32.65306
"CYP71B15"	"toxin catabolism"	"stress"	10	22.222222	44	32.592593
"CYP81F4"	"photosynthetic electron transport"	"mutant"	2	33.33333	14	32.55814
"CYP716A2"	"pentacyclic triterpenoid biosynthesis"	"mutant"	3	37.5	21	32.30769
"CYP97A3"	"unidimensional cell growth"	"mutant"	4	30.76923	34	32.22749
"CYP86A2"	"unidimensional cell growth"	"mutant"	4	30.76923	34	32.22749
"CYP72A11"	"phenylpropanoid metabolism"	"mutant"	2	33.33333	19	32.20339
"CYP86A2"	"long-chain fatty acid metabolism"	"stress"	5	29.41176	35	32.11009
"CYP97B3"	"protein folding"	"mutant"	4	28.57143	32	32
"CYP97C1"	"protein folding"	"hormone"	4	28.57143	32	32
"CYP702A3"	"protein folding"	"mutant"	4	28.57143	32	32
"CYP97C1"	"protein folding"	"organ"	4	28.57143	32	32
"CYP709B3"	"ATP-dependent proteolysis"	"mutant"	4	36.36364	16	32
"CYP98A3"	"ATP-dependent proteolysis"	"hormone"	4	36.36364	16	32
"CYP51A2"	"ATP-dependent proteolysis"	"mutant"	4	36.36364	16	32
"CYP71B24"	"ATP-dependent proteolysis"	"organ"	4	36.36364	16	32
"CYP97B3"	"growth"	"mutant"	7	29.166667	56	31.908832
"CYP83A1"	"photosynthesis"	"organ"	6	30	44	31.88406
"CYP71B20"	"photosynthesis"	"organ"	6	30	44	31.88406
"CYP71B19"	"photosynthesis"	"organ"	6	30	44	31.88406
"CYP715A1"	"defense response to pathogenic bacteria, incompatible interaction"	"hormone"	2	40	12.5	31.64557
"CYP81D8"	"defense response to pathogenic bacteria, incompatible interaction"	"mutant"	2	40	12.5	31.64557
"CYP78A10"	"defense response to pathogenic bacteria, incompatible interaction"	"hormone"	2	40	12.5	31.64557
"CYP73A5"	"proteasome core complex (sensu Eukaryota)"	"hormone"	6	31.57895	36	31.57895
"CYP51A2"	"proteasome core complex (sensu Eukaryota)"	"mutant"	6	31.57895	36	31.57895
"CYP71B20"	"photosystem I"	"organ"	10	27.027027	84	31.578947
"CYP71B19"	"photosystem I"	"organ"	10	27.027027	84	31.578947
"CYP76C5"	"systemic acquired resistance"	"organ"	2	28.57143	14	31.46067
"CYP72A11"	"systemic acquired resistance"	"organ"	2	28.57143	14	31.46067
"CYP76C6"	"systemic acquired resistance"	"organ"	2	28.57143	14	31.46067
"CYP71B2"	"cuticle biosynthesis"	"hormone"	4	33.33333	22	31.42857
"CYP71A16"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP705A12"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP716A1"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP71B37"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP81D1"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP90A1"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP72A11"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP708A3"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP706A5"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP71B4"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP97A3"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP97B3"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP706A7"	"proton transport"	"mutant"	2	33.33333	16	31.37255
"CYP709B3"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP86A2"	"proton transport"	"organ"	2	33.33333	16	31.37255
"CYP71B24"	"response to water deprivation"	"organ"	3	30	21	31.34328
"CYP709B3"	"response to water deprivation"	"organ"	3	30	21	31.34328
"CYP72A11"	"response to water deprivation"	"organ"	3	30	21	31.34328
"CYP71B28"	"response to water deprivation"	"organ"	3	30	21	31.34328
"CYP85A2"	"brassinosteroid biosynthesis"	"hormone"	4	33.33333	33	31.13208
"CYP90C1"	"brassinosteroid biosynthesis"	"hormone"	4	33.33333	33	31.13208
"CYP71A13"	"toxin catabolism"	"stress"	9	20	42	31.111111
"CYP81D40"	"porphyrin biosynthesis"	"mutant"	4	30.76923	28	31.11111
"CYP86A2"	"porphyrin biosynthesis"	"mutant"	4	30.76923	28	31.11111
"CYP71B15"	"aromatic amino acid family biosynthesis, shikimate pathway"	"stress"	4	33.33333	28	31.11111
"CYP71B16"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP97B3"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP79A4P"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP97A3"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP71B7"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP81D6"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP90A1"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP86A2"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP81D7"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP71B30P"	"sterol biosynthesis"	"mutant"	5	25	50	31.0559
"CYP90A1"	"steroid biosynthesis"	"hormone"	4	30.76923	36	31.03448
"CYP86A2"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP79A4P"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP81H1"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP81D6"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP706A5"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP708A3"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP71B30P"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP71B20"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP90A1"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP71B26"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP71B7"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP81D7"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP97B3"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP71B16"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP72A11"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP86A2"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP71B19"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP97A3"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP81D40"	"photosynthesis light harvesting"	"mutant"	2	25	18	31.03448
"CYP83A1"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP706A5"	"photosynthesis light harvesting"	"organ"	2	25	18	31.03448
"CYP720A1"	"response to pathogenic bacteria"	"mutant"	6	35.29412	38	31.02041
"CYP71A18"	"response to pathogenic bacteria"	"hormone"	6	35.29412	38	31.02041
"CYP81F2"	"response to pathogenic bacteria"	"hormone"	6	35.29412	38	31.02041
"CYP89A3"	"response to pathogenic bacteria"	"mutant"	6	35.29412	38	31.02041
"CYP715A1"	"response to pathogenic bacteria"	"mutant"	6	35.29412	38	31.02041
"CYP71B4"	"hyperosmotic salinity response"	"hormone"	2	20	20	31.00775
"CYP707A4"	"hyperosmotic salinity response"	"hormone"	2	20	20	31.00775
"CYP71B26"	"hyperosmotic salinity response"	"hormone"	2	20	20	31.00775
"CYP89A9"	"hyperosmotic salinity response"	"hormone"	2	20	20	31.00775
"CYP74A"	"response to jasmonic acid stimulus"	"stress"	2	28.57143	17	30.90909
"CYP94C1"	"jasmonic acid biosynthesis"	"hormone"	6	31.57895	42	30.88235
"CYP97B3"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP90A1"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP79A4P"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP71B38"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP71B16"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP81D7"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP81D6"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP88A3"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP71B30P"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP94D2"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	3	30	21	30.88235
"CYP71B28"	"photosystem I"	"organ"	10	27.027027	82	30.827068
"CYP90A1"	"pentose-phosphate shunt"	"mutant"	4	33.33333	24	30.76923
"CYP97A3"	"pentose-phosphate shunt"	"stress"	3	25	24	30.76923
"CYP97B3"	"pentose-phosphate shunt"	"stress"	3	25	24	30.76923
"CYP706A5"	"pentose-phosphate shunt"	"stress"	3	25	24	30.76923
"CYP71B35"	"transcription initiation"	"stress"	2	25	20	30.76923
"CYP74A"	"transcription initiation"	"organ"	2	25	20	30.76923
"CYP81H1"	"response to ethylene stimulus"	"organ"	4	28.57143	16	30.76923
"CYP71B24"	"response to ethylene stimulus"	"mutant"	4	28.57143	16	30.76923
"CYP709B3"	"response to ethylene stimulus"	"organ"	4	28.57143	16	30.76923
"CYP71B34"	"photosystem II"	"organ"	8	29.62963	61	30.653266
"CYP71B19"	"photosystem II"	"organ"	7	25.925926	61	30.653266
"CYP86A2"	"photosystem II"	"organ"	7	25.925926	61	30.653266
"CYP71B20"	"photosystem II"	"organ"	7	25.925926	61	30.653266
"CYP86A2"	"protein biosynthesis"	"organ"	5	27.77778	30	30.61224
"CYP706A5"	"protein biosynthesis"	"mutant"	5	27.77778	30	30.61224
"CYP81F4"	"photosynthesis"	"mutant"	6	30	42	30.434783
"CYP86A2"	"electron transport"	"mutant"	5	25	41	30.37037
"CYP71B23"	"systemic acquired resistance"	"mutant"	3	42.85714	13.5	30.33708
"CYP71B6"	"tryptophan biosynthesis"	"mutant"	5	29.41176	40	30.30303
"CYP83B1"	"tryptophan biosynthesis"	"mutant"	4	23.52941	40	30.30303
"CYP71B35"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP79F2"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP71B28"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP709B3"	"regulation of transcription"	"stress"	2	22.22222	20	30.30303
"CYP71B4"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP83A1"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP86A2"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP71B34"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP79F1"	"regulation of transcription"	"organ"	2	22.22222	20	30.30303
"CYP71B35"	"regulation of transcription"	"stress"	2	22.22222	20	30.30303
"CYP71B30P"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP71B16"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP79A4P"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP97B3"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP81D6"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP81D7"	"response to UV"	"mutant"	4	30.76923	32	30.18868
"CYP96A12"	"sugar mediated signaling"	"stress"	2	33.33333	16	30.18868
"CYP89A9"	"fatty acid beta-oxidation"	"stress"	2	33.33333	17	29.82456
"CYP76C2"	"fatty acid beta-oxidation"	"stress"	2	33.33333	17	29.82456
"CYP706A5"	"photosystem II"	"organ"	7	25.925926	59	29.648241
"CYP71B15"	"toxin catabolism"	"hormone"	12	26.666667	40	29.62963
"CYP94D2"	"chlorophyll biosynthesis"	"mutant"	4	28.57143	40	29.62963
"CYP89A9"	"carotenoid biosynthesis"	"stress"	2	25	20	29.62963
"CYP710A1"	"carotenoid biosynthesis"	"hormone"	2	25	20	29.62963
"CYP83A1"	"cellulose biosynthesis"	"organ"	3	27.27273	18	29.5082
"CYP81D1"	"sulfate assimilation"	"mutant"	2	25	20	29.41176
"CYP79F1"	"sulfate assimilation"	"organ"	2	25	20	29.41176
"CYP79F2"	"sulfate assimilation"	"organ"	2	25	20	29.41176
"CYP94C1"	"sulfate assimilation"	"hormone"	2	25	20	29.41176
"CYP79B2"	"sulfate assimilation"	"mutant"	2	25	20	29.41176
"CYP74A"	"sulfate assimilation"	"organ"	2	25	20	29.41176
"CYP83A1"	"sulfate assimilation"	"organ"	2	25	20	29.41176
"CYP79A4P"	"unidimensional cell growth"	"mutant"	4	30.76923	31	29.38389
"CYP81D6"	"unidimensional cell growth"	"mutant"	4	30.76923	31	29.38389
"CYP81D7"	"unidimensional cell growth"	"mutant"	4	30.76923	31	29.38389
"CYP71B16"	"unidimensional cell growth"	"mutant"	4	30.76923	31	29.38389
"CYP71B30P"	"unidimensional cell growth"	"mutant"	4	30.76923	31	29.38389
"CYP72A8"	"calmodulin binding"	"organ"	4	30.76923	22	29.33333
"CYP71B34"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	14	29.16667
"CYP71B28"	"photosynthesis light harvesting in photosystem I"	"organ"	2	28.57143	14	29.16667
"CYP724A1"	"aromatic amino acid family biosynthesis"	"mutant"	4	28.57143	32	29.09091
"CYP71A18"	"ethylene biosynthesis"	"mutant"	2	25	16	29.09091
"CYP79F1"	"response to jasmonic acid stimulus"	"hormone"	2	28.57143	16	29.09091
"CYP84A4"	"ethylene biosynthesis"	"mutant"	2	25	16	29.09091
"CYP97A3"	"wax biosynthesis"	"organ"	2	28.57143	16	29.09091
"CYP709B3"	"wax biosynthesis"	"organ"	2	28.57143	16	29.09091
"CYP96A4"	"response to jasmonic acid stimulus"	"organ"	2	28.57143	16	29.09091
"CYP86A2"	"wax biosynthesis"	"organ"	2	28.57143	16	29.09091
"CYP97A3"	"wax biosynthesis"	"mutant"	2	28.57143	16	29.09091
"CYP97B3"	"response to jasmonic acid stimulus"	"organ"	2	28.57143	16	29.09091
"CYP74B2"	"response to jasmonic acid stimulus"	"organ"	2	28.57143	16	29.09091
"CYP81F3"	"ethylene biosynthesis"	"mutant"	2	25	16	29.09091
"CYP79F2"	"response to jasmonic acid stimulus"	"hormone"	2	28.57143	16	29.09091
"CYP81D1"	"response to jasmonic acid stimulus"	"hormone"	2	28.57143	16	29.09091
"CYP720A1"	"ethylene biosynthesis"	"mutant"	2	25	16	29.09091
"CYP94C1"	"response to jasmonic acid stimulus"	"hormone"	2	28.57143	16	29.09091
"CYP89A3"	"ethylene biosynthesis"	"mutant"	2	25	16	29.09091
"CYP97A3"	"fatty acid biosynthesis"	"stress"	4	26.66667	36	29.03226
"CYP71B34"	"photosystem I"	"organ"	10	27.027027	77	28.947368
"CYP83A1"	"photosystem I"	"organ"	9	24.324324	77	28.947368
"CYP86A2"	"photosystem I"	"organ"	9	24.324324	77	28.947368
"CYP88A4"	"electron transport"	"stress"	5	25	39	28.88889
"CYP97A3"	"electron transport"	"stress"	5	25	39	28.88889
"CYP71B35"	"chlorophyll biosynthesis"	"organ"	4	28.57143	39	28.88889
"CYP71B28"	"chlorophyll biosynthesis"	"organ"	4	28.57143	39	28.88889
"CYP709B3"	"chlorophyll biosynthesis"	"stress"	4	28.57143	39	28.88889
"CYP83A1"	"porphyrin biosynthesis"	"organ"	4	30.76923	26	28.88889
"CYP98A3"	"aromatic amino acid family biosynthesis, shikimate pathway"	"stress"	3	25	26	28.88889
"CYP715A1"	"tryptophan biosynthesis"	"hormone"	6	35.29412	38	28.78788
"CYP81D8"	"tryptophan biosynthesis"	"hormone"	6	35.29412	38	28.78788
"CYP97A3"	"starch biosynthesis"	"mutant"	2	28.57143	19	28.78788
"CYP71B38"	"regulation of transcription"	"mutant"	2	22.22222	19	28.78788
"CYP96A12"	"starch biosynthesis"	"hormone"	2	28.57143	19	28.78788
"CYP97C1"	"starch biosynthesis"	"organ"	2	28.57143	19	28.78788
"CYP86A2"	"starch biosynthesis"	"mutant"	2	28.57143	19	28.78788
"CYP74A"	"jasmonic acid biosynthesis"	"stress"	5	26.31579	39	28.67647
"CYP71B34"	"cuticle biosynthesis"	"organ"	3	25	20	28.57143
"CYP97B3"	"cuticle biosynthesis"	"organ"	3	25	20	28.57143
"CYP86A2"	"cuticle biosynthesis"	"organ"	3	25	20	28.57143
"CYP72A11"	"cuticle biosynthesis"	"organ"	3	25	20	28.57143
"CYP90C1"	"steroid biosynthesis"	"hormone"	4	30.76923	33	28.44828
"CYP85A2"	"steroid biosynthesis"	"hormone"	4	30.76923	33	28.44828
"CYP707A4"	"response to water deprivation"	"hormone"	2	20	19	28.35821
"CYP97A3"	"brassinosteroid biosynthesis"	"mutant"	3	25	30	28.30189
"CYP73A5"	"response to UV"	"hormone"	3	23.07692	30	28.30189
"CYP97B3"	"brassinosteroid biosynthesis"	"mutant"	3	25	30	28.30189
"CYP706A5"	"response to UV"	"mutant"	3	23.07692	30	28.30189
"CYP86A2"	"brassinosteroid biosynthesis"	"mutant"	3	25	30	28.30189
"CYP90A1"	"brassinosteroid biosynthesis"	"mutant"	3	25	30	28.30189
"CYP715A1"	"systemic acquired resistance"	"hormone"	2	28.57143	12.5	28.08989
"CYP97A3"	"protein folding"	"mutant"	4	28.57143	28	28
"CYP90A1"	"protein folding"	"mutant"	4	28.57143	28	28
"CYP71B5"	"ATP-dependent proteolysis"	"mutant"	2	18.18182	14	28
"CYP96A5"	"response to pathogenic bacteria"	"mutant"	5	29.41176	34	27.7551
"CYP71B22"	"response to pathogenic bacteria"	"mutant"	5	29.41176	34	27.7551
"CYP82C3"	"response to pathogenic bacteria"	"mutant"	5	29.41176	34	27.7551
"CYP81F3"	"response to pathogenic bacteria"	"mutant"	5	29.41176	34	27.7551
"CYP71B24"	"transcription initiation"	"organ"	2	25	18	27.69231
"CYP71B28"	"transcription initiation"	"stress"	2	25	18	27.69231
"CYP94D2"	"transcription initiation"	"stress"	2	25	18	27.69231
"CYP76C1"	"transcription initiation"	"stress"	2	25	18	27.69231
"CYP90A1"	"long-chain fatty acid metabolism"	"organ"	5	29.41176	30	27.52294
"CYP71B21"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP96A14P"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP735A1"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP77A9"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP76G1"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP71B17"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP78A10"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP85A1"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP79C5P"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP71B25"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP735A2"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP79A2"	"aromatic amino acid family biosynthesis"	"mutant"	3	21.42857	30	27.27273
"CYP81D40"	"regulation of transcription"	"mutant"	2	22.22222	18	27.27273
"CYP97A3"	"regulation of transcription"	"organ"	2	22.22222	18	27.27273
"CYP86A2"	"regulation of transcription"	"mutant"	2	22.22222	18	27.27273
"CYP97A3"	"regulation of transcription"	"mutant"	2	22.22222	18	27.27273
"CYP71B34"	"regulation of transcription"	"mutant"	2	22.22222	18	27.27273
"CYP706A5"	"regulation of transcription"	"hormone"	2	22.22222	18	27.27273
"CYP72A11"	"regulation of transcription"	"mutant"	2	22.22222	18	27.27273
"CYP86A"	"cuticle biosynthesis"	"organ"	3	25	19	27.14286
"CYP71B2"	"very-long-chain fatty acid metabolism"	"hormone"	5	33.33333	24	26.96629
"CYP97B3"	"very-long-chain fatty acid metabolism"	"organ"	4	26.66667	24	26.96629
"CYP86A2"	"very-long-chain fatty acid metabolism"	"hormone"	4	26.66667	24	26.96629
"CYP94D2"	"response to ethylene stimulus"	"mutant"	4	28.57143	14	26.92308
"CYP90A1"	"response to ethylene stimulus"	"mutant"	4	28.57143	14	26.92308
"CYP71A12"	"hypersensitive response"	"hormone"	2	33.33333	14	26.92308
"CYP71A13"	"hypersensitive response"	"hormone"	2	33.33333	14	26.92308
"CYP83B1"	"response to water deprivation"	"organ"	2	20	18	26.86567
"CYP71B26"	"response to water deprivation"	"hormone"	2	20	18	26.86567
"CYP71B7"	"response to water deprivation"	"organ"	2	20	18	26.86567
"CYP76C2"	"abscisic acid biosynthesis"	"stress"	2	20	19	26.76056
"CYP71B15"	"abscisic acid biosynthesis"	"stress"	2	20	19	26.76056
"CYP81D8"	"abscisic acid biosynthesis"	"stress"	2	20	19	26.76056
"CYP97B3"	"porphyrin biosynthesis"	"hormone"	4	30.76923	24	26.66667
"CYP97C1"	"porphyrin biosynthesis"	"stress"	4	30.76923	24	26.66667
"CYP97B3"	"porphyrin biosynthesis"	"stress"	3	23.07692	24	26.66667
"CYP71B24"	"calmodulin binding"	"organ"	3	23.07692	20	26.66667
"CYP81D6"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP90A1"	"carotenoid biosynthesis"	"stress"	2	25	18	26.66667
"CYP71B38"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP94D2"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP97B3"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP88A3"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP81D7"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP71B16"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP71B30P"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP71B7"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP90A1"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP89A2"	"carotenoid biosynthesis"	"organ"	2	25	18	26.66667
"CYP79A4P"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP86A2"	"carotenoid biosynthesis"	"mutant"	2	25	18	26.66667
"CYP90A1"	"fatty acid elongation"	"organ"	2	28.57143	12	26.66667
"CYP97B3"	"fatty acid elongation"	"organ"	2	28.57143	12	26.66667
"CYP90A1"	"protein biosynthesis"	"mutant"	5	27.77778	26	26.53061
"CYP94B1"	"jasmonic acid biosynthesis"	"hormone"	5	26.31579	36	26.47059
"CYP96A4"	"jasmonic acid biosynthesis"	"hormone"	5	26.31579	36	26.47059
"CYP94B1"	"jasmonic acid biosynthesis"	"mutant"	5	26.31579	36	26.47059
"CYP90A1"	"sugar mediated signaling"	"mutant"	2	33.33333	14	26.41509
"CYP98A3"	"proteasome core complex (sensu Eukaryota)"	"mutant"	5	26.31579	30	26.31579
"CYP98A3"	"proteasome core complex (sensu Eukaryota)"	"hormone"	5	26.31579	30	26.31579
"CYP72A11"	"cellulose biosynthesis"	"mutant"	3	27.27273	16	26.22951
"CYP81D6"	"growth"	"mutant"	6	25	46	26.210826
"CYP71B16"	"growth"	"mutant"	6	25	46	26.210826
"CYP79A4P"	"growth"	"mutant"	6	25	46	26.210826
"CYP71B30P"	"growth"	"mutant"	6	25	46	26.210826
"CYP81D7"	"growth"	"mutant"	6	25	46	26.210826
"CYP94C1"	"response to wounding"	"hormone"	6	27.27273	46	26.136364
"CYP79B2"	"response to wounding"	"hormone"	5	22.72727	46	26.136364
"CYP88A4"	"photosynthesis"	"stress"	5	25	36	26.08696
"CYP97C1"	"photosynthesis"	"organ"	5	25	36	26.08696
"CYP90A1"	"photosynthesis"	"stress"	5	25	36	26.08696
"CYP90A1"	"photosynthesis"	"organ"	5	25	36	26.08696
"CYP86A2"	"photosynthesis"	"mutant"	5	25	36	26.086957
"CYP97C1"	"protein folding"	"stress"	3	21.42857	26	26
"CYP97A3"	"protein folding"	"hormone"	3	21.42857	26	26
"CYP71B38"	"protein folding"	"mutant"	3	21.42857	26	26
"CYP709B3"	"electron transport"	"organ"	5	25	35	25.92593
"CYP706A5"	"electron transport"	"organ"	5	25	35	25.92593
"CYP97C1"	"electron transport"	"organ"	5	25	35	25.92593
"CYP86A2"	"chlorophyll biosynthesis"	"organ"	4	28.57143	35	25.92593
"CYP96A12"	"chlorophyll biosynthesis"	"hormone"	4	28.57143	35	25.92593
"CYP90A1"	"steroid biosynthesis"	"mutant"	3	23.07692	30	25.86207
"CYP97B3"	"steroid biosynthesis"	"mutant"	3	23.07692	30	25.86207
"CYP97A3"	"steroid biosynthesis"	"mutant"	3	23.07692	30	25.86207
"CYP86A2"	"steroid biosynthesis"	"mutant"	3	23.07692	30	25.86207
"CYP71B22"	"tryptophan biosynthesis"	"mutant"	5	29.41176	34	25.75758
"CYP84A4"	"tryptophan biosynthesis"	"mutant"	5	29.41176	34	25.75758
"CYP86A2"	"starch biosynthesis"	"organ"	2	28.57143	17	25.75758
"CYP706A5"	"starch biosynthesis"	"stress"	2	28.57143	17	25.75758
"CYP88A4"	"starch biosynthesis"	"stress"	2	28.57143	17	25.75758
"CYP81F4"	"starch biosynthesis"	"mutant"	2	28.57143	17	25.75758
"CYP90A1"	"starch biosynthesis"	"organ"	2	28.57143	17	25.75758
"CYP97B3"	"starch biosynthesis"	"stress"	2	28.57143	17	25.75758
"CYP702A3"	"regulation of transcription"	"mutant"	2	22.22222	17	25.75758
"CYP97A3"	"starch biosynthesis"	"stress"	2	28.57143	17	25.75758
"CYP706A5"	"starch biosynthesis"	"organ"	2	28.57143	17	25.75758
"CYP96A12"	"regulation of transcription"	"hormone"	2	22.22222	17	25.75758
"CYP90A1"	"starch biosynthesis"	"stress"	2	28.57143	17	25.75758
"CYP97B3"	"starch biosynthesis"	"organ"	2	28.57143	17	25.75758
"CYP709B3"	"starch biosynthesis"	"organ"	2	28.57143	17	25.75758
"CYP72A11"	"jasmonic acid biosynthesis"	"organ"	5	26.31579	35	25.735294
"CYP71B24"	"jasmonic acid biosynthesis"	"organ"	5	26.31579	35	25.735294
"CYP85A2"	"cuticle biosynthesis"	"organ"	3	25	18	25.71429
"CYP71B28"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP71B20"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP706A5"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP71B35"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP706A5"	"pentose-phosphate shunt"	"hormone"	3	25	20	25.64103
"CYP71B34"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP71B19"	"pentose-phosphate shunt"	"organ"	3	25	20	25.64103
"CYP81D40"	"pentose-phosphate shunt"	"stress"	2	16.66667	20	25.64103
"CYP96A12"	"pentose-phosphate shunt"	"stress"	2	16.66667	20	25.64103
"CYP96A12"	"pentose-phosphate shunt"	"organ"	2	16.66667	20	25.64103
"CYP81D40"	"pentose-phosphate shunt"	"organ"	2	16.66667	20	25.64103
"CYP71B26"	"photosystem II"	"organ"	6	22.222222	51	25.628141
"CYP83A1"	"photosystem II"	"organ"	6	22.222222	51	25.628141
"CYP708A3"	"photosystem II"	"organ"	6	22.222222	51	25.628141
"CYP74B2"	"photosystem II"	"organ"	6	22.222222	51	25.628141
"CYP90B1"	"unidimensional cell growth"	"hormone"	3	23.07692	27	25.59242
"CYP71B15"	"aromatic amino acid family biosynthesis"	"stress"	4	28.57143	28	25.45455
"CYP85A2"	"wax biosynthesis"	"organ"	2	28.57143	14	25.45455
"CYP81D8"	"ethylene biosynthesis"	"stress"	2	25	14	25.45455
"CYP71B2"	"wax biosynthesis"	"hormone"	2	28.57143	14	25.45455
"CYP81D8"	"ethylene biosynthesis"	"mutant"	2	25	14	25.45455
"CYP71B16"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP81D6"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP81D7"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP79A4P"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP90A1"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP97B3"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP71B30P"	"development"	"mutant"	8	22.222222	65	25.390625
"CYP71B28"	"calmodulin binding"	"organ"	3	23.07692	19	25.33333
"CYP97A3"	"calmodulin binding"	"mutant"	2	15.38462	19	25.33333
"CYP81F4"	"calmodulin binding"	"mutant"	2	15.38462	19	25.33333
"CYP708A3"	"photosystem I"	"organ"	8	21.621622	67	25.18797
"CYP74B2"	"photosystem I"	"organ"	8	21.621622	67	25.18797
"CYP71B26"	"photosystem I"	"organ"	8	21.621622	67	25.18797
"CYP97A3"	"carotenoid biosynthesis"	"hormone"	2	25	17	25.18519
"CYP706A5"	"carotenoid biosynthesis"	"stress"	2	25	17	25.18519
"CYP81D8"	"toxin catabolism"	"stress"	13	28.888889	34	25.185185
"CYP71B23"	"toxin catabolism"	"hormone"	5	11.111111	34	25.185185
"CYP81F4"	"photosystem II"	"mutant"	6	22.222222	50	25.125628
"CYP94B1"	"response to wounding"	"mutant"	6	27.27273	44	25
"CYP97B3"	"glucosinolate biosynthesis"	"organ"	2	25	20	25
"CYP702A2"	"glucosinolate biosynthesis"	"stress"	2	25	20	25
"CYP71B26"	"response to abscisic acid stimulus"	"hormone"	2	16.66667	20	25
"CYP708A2"	"glucosinolate biosynthesis"	"hormone"	2	25	20	25
"CYP79B2"	"glucosinolate biosynthesis"	"organ"	2	25	20	25
"CYP71B4"	"response to abscisic acid stimulus"	"hormone"	2	16.66667	20	25
"CYP89A9"	"response to abscisic acid stimulus"	"hormone"	2	16.66667	20	25
"CYP71B24"	"calcium ion homeostasis"	"organ"	5	26.31579	12	25
"CYP72A11"	"sterol biosynthesis"	"mutant"	4	20	40	24.84472
"CYP706A5"	"sterol biosynthesis"	"mutant"	4	20	40	24.84472
"CYP706A5"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP90A1"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP81D7"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP94D2"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP71B16"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP97B3"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP71B30P"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP81D6"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP71B15"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP79A4P"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP72A11"	"systemic acquired resistance"	"mutant"	2	28.57143	11	24.7191
"CYP96A12"	"systemic acquired resistance"	"hormone"	2	28.57143	11	24.7191
"CYP86A2"	"photosynthesis"	"organ"	5	25	34	24.63768
"CYP72A11"	"transcription initiation"	"hormone"	2	25	16	24.61538
"CYP74B2"	"transcription initiation"	"organ"	2	25	16	24.61538
"CYP90A1"	"phosphorylation"	"mutant"	2	25	16	24.61538
"CYP86A2"	"protein biosynthesis"	"mutant"	4	22.22222	24	24.4898
"CYP709B3"	"protein biosynthesis"	"mutant"	4	22.22222	24	24.4898
"CYP51A2"	"protein biosynthesis"	"mutant"	4	22.22222	24	24.4898
"CYP708A3"	"protein biosynthesis"	"organ"	4	22.22222	24	24.4898
"CYP90A1"	"protein biosynthesis"	"stress"	4	22.22222	24	24.4898
"CYP90A1"	"protein biosynthesis"	"organ"	4	22.22222	24	24.4898
"CYP97C1"	"protein biosynthesis"	"stress"	4	22.22222	24	24.4898
"CYP97A3"	"porphyrin biosynthesis"	"mutant"	4	30.76923	22	24.44444
"CYP74B2"	"jasmonic acid biosynthesis"	"stress"	4	21.05263	33	24.26471
"CYP81D1"	"jasmonic acid biosynthesis"	"stress"	4	21.05263	33	24.26471
"CYP74A"	"jasmonic acid biosynthesis"	"organ"	4	21.05263	33	24.264706
"CYP86A2"	"embryonic development"	"mutant"	4	21.05263	34	24.199288
"CYP97A3"	"embryonic development"	"mutant"	4	21.05263	34	24.199288
"CYP71B34"	"photosynthesis light harvesting"	"organ"	2	25	14	24.13793
"CYP71B28"	"photosynthesis light harvesting"	"organ"	2	25	14	24.13793
"CYP71B17"	"ATP-dependent proteolysis"	"stress"	3	27.27273	12	24
"CYP81H1"	"ATP-dependent proteolysis"	"organ"	3	27.27273	12	24
"CYP73A5"	"ATP-dependent proteolysis"	"hormone"	3	27.27273	12	24
"CYP706A5"	"ATP-dependent proteolysis"	"organ"	3	27.27273	12	24
"CYP71B16"	"ATP-dependent proteolysis"	"stress"	3	27.27273	12	24
"CYP81H1"	"ATP-dependent proteolysis"	"mutant"	3	27.27273	12	24
"CYP71B38"	"ATP-dependent proteolysis"	"mutant"	3	27.27273	12	24
"CYP86A2"	"ATP-dependent proteolysis"	"mutant"	3	27.27273	12	24
"CYP71B26"	"ATP-dependent proteolysis"	"mutant"	3	27.27273	12	24
"CYP86A2"	"fatty acid metabolism"	"stress"	6	24	44	23.913043
"CYP90A1"	"response to water deprivation"	"organ"	2	20	16	23.8806
"CYP81D1"	"response to wounding"	"hormone"	5	22.72727	42	23.863636
"CYP71B6"	"toxin catabolism"	"stress"	8	17.777778	32	23.703704
"CYP81D40"	"electron transport"	"mutant"	4	20	32	23.703704
"CYP71B35"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP86A2"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP709B3"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP71B34"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP706A5"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP81H1"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP83A1"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP96A12"	"carotenoid biosynthesis"	"hormone"	2	25	16	23.7037
"CYP706A5"	"carotenoid biosynthesis"	"hormone"	2	25	16	23.7037
"CYP71B28"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP71B19"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP71B20"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP72A11"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP97B3"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP72A11"	"carotenoid biosynthesis"	"hormone"	2	25	16	23.7037
"CYP90A1"	"carotenoid biosynthesis"	"organ"	2	25	16	23.7037
"CYP98A3"	"aromatic amino acid family biosynthesis"	"stress"	3	21.42857	26	23.63636
"CYP71B15"	"ethylene biosynthesis"	"hormone"	2	25	13	23.63636
"CYP81F2"	"ethylene biosynthesis"	"hormone"	2	25	13	23.63636
"CYP88A4"	"photosystem II"	"stress"	6	22.222222	47	23.61809
"CYP90A1"	"photosystem II"	"stress"	6	22.222222	47	23.61809
"CYP81D1"	"jasmonic acid biosynthesis"	"hormone"	4	21.05263	32	23.52941
"CYP79B2"	"jasmonic acid biosynthesis"	"mutant"	4	21.05263	32	23.52941
"CYP79B2"	"jasmonic acid biosynthesis"	"hormone"	4	21.05263	32	23.52941
"CYP72A8"	"sulfate assimilation"	"hormone"	2	25	16	23.52941
"CYP73A5"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"hormone"	2	20	16	23.52941
"CYP79B2"	"sulfate assimilation"	"stress"	2	25	16	23.52941
"CYP71B15"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"stress"	2	20	16	23.52941
"CYP71B15"	"sulfate assimilation"	"hormone"	2	25	16	23.52941
"CYP88A4"	"photosystem I"	"stress"	8	21.621622	62	23.308271
"CYP90A1"	"photosystem I"	"stress"	8	21.621622	62	23.308271
"CYP705A13"	"lignin biosynthesis"	"mutant"	2	22.22222	20	23.25581
"CYP71B7"	"lignin biosynthesis"	"stress"	2	22.22222	20	23.25581
"CYP76C2"	"lignin biosynthesis"	"stress"	2	22.22222	20	23.25581
"CYP81D8"	"lignin biosynthesis"	"hormone"	2	22.22222	20	23.25581
"CYP710A1"	"lignin biosynthesis"	"stress"	2	22.22222	20	23.25581
"CYP72A11"	"lignin biosynthesis"	"hormone"	2	22.22222	20	23.25581
"CYP97C1"	"chlorophyll binding"	"organ"	3	23.07692	24	23.07692
"CYP97A3"	"chlorophyll binding"	"mutant"	3	23.07692	24	23.07692
"CYP89A2"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP71B5"	"response to ethylene stimulus"	"mutant"	3	21.42857	12	23.07692
"CYP706A5"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP72A11"	"response to ethylene stimulus"	"mutant"	3	21.42857	12	23.07692
"CYP72A15"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP72A13"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP86A2"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP71B28"	"response to ethylene stimulus"	"organ"	3	21.42857	12	23.07692
"CYP94D2"	"development"	"mutant"	7	19.444444	59	23.046875
"CYP97B3"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP71B30P"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP71B16"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP81D6"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP94D2"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP79A4P"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP81D7"	"electron transport"	"mutant"	5	25	31	22.962963
"CYP72C1"	"response to auxin stimulus"	"hormone"	2	22.22222	14	22.95082
"CYP86A2"	"response to light"	"mutant"	6	16.216216	42	22.826087
"CYP73A5"	"ubiquitin-dependent protein catabolism"	"hormone"	8	19.512195	52	22.807018
"CYP71B7"	"unidimensional cell growth"	"mutant"	3	23.07692	24	22.74882
"CYP81D40"	"unidimensional cell growth"	"mutant"	3	23.07692	24	22.74882
"CYP706A5"	"unidimensional cell growth"	"mutant"	3	23.07692	24	22.74882
"CYP72A11"	"unidimensional cell growth"	"mutant"	3	23.07692	24	22.74882
"CYP51A2"	"unidimensional cell growth"	"mutant"	3	23.07692	24	22.74882
"CYP96A4"	"response to wounding"	"hormone"	5	22.72727	40	22.727273
"CYP79B2"	"response to wounding"	"mutant"	5	22.72727	40	22.727273
"CYP73A5"	"response to wounding"	"hormone"	4	18.18182	40	22.727273
"CYP79B2"	"response to wounding"	"stress"	4	18.18182	40	22.727273
"CYP73A5"	"response to wounding"	"stress"	4	18.18182	40	22.727273
"CYP79B2"	"tryptophan biosynthesis"	"organ"	3	17.64706	30	22.72727
"CYP83B1"	"tryptophan biosynthesis"	"hormone"	3	17.64706	30	22.72727
"CYP83B1"	"tryptophan biosynthesis"	"organ"	3	17.64706	30	22.72727
"CYP81D1"	"tryptophan biosynthesis"	"stress"	3	17.64706	30	22.72727
"CYP81D40"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP74A"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP83A1"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP97C1"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP71B35"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP702A3"	"calmodulin binding"	"mutant"	2	15.38462	17	22.66667
"CYP708A3"	"calmodulin binding"	"organ"	2	15.38462	17	22.66667
"CYP71B38"	"calmodulin binding"	"mutant"	2	15.38462	17	22.66667
"CYP94D2"	"fatty acid biosynthesis"	"mutant"	4	26.66667	28	22.58065
"CYP72A11"	"very-long-chain fatty acid metabolism"	"organ"	3	20	20	22.47191
"CYP71B34"	"very-long-chain fatty acid metabolism"	"organ"	3	20	20	22.47191
"CYP86A2"	"very-long-chain fatty acid metabolism"	"organ"	3	20	20	22.47191
"CYP72A11"	"protein biosynthesis"	"mutant"	4	22.22222	22	22.44898
"CYP72A15"	"response to water deprivation"	"mutant"	3	30	15	22.38806
"CYP94D2"	"response to water deprivation"	"mutant"	3	30	15	22.38806
"CYP90A1"	"response to water deprivation"	"mutant"	3	30	15	22.38806
"CYP71B26"	"response to water deprivation"	"organ"	2	20	15	22.38806
"CYP97B3"	"response to water deprivation"	"organ"	2	20	15	22.38806
"CYP74A"	"response to water deprivation"	"organ"	2	20	15	22.38806
"CYP89A2"	"toxin catabolism"	"hormone"	7	15.555556	30	22.222222
"CYP71B7"	"chlorophyll biosynthesis"	"mutant"	3	21.42857	30	22.22222
"CYP81D2"	"porphyrin biosynthesis"	"mutant"	3	23.07692	20	22.22222
"CYP77A9"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP705A32"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP85A1"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP71B21"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP79A2"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP79C5P"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP96A14P"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP76G1"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP735A2"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP71B25"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP79B2"	"aromatic amino acid family biosynthesis, shikimate pathway"	"hormone"	2	16.66667	20	22.22222
"CYP735A1"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP78A10"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP71B17"	"aromatic amino acid family biosynthesis, shikimate pathway"	"mutant"	2	16.66667	20	22.22222
"CYP74A"	"response to wounding"	"mutant"	5	22.72727	39	22.159091
"CYP97B3"	"response to pathogenic bacteria"	"mutant"	4	23.52941	27	22.04082
"CYP71B2"	"long-chain fatty acid metabolism"	"hormone"	5	29.41176	24	22.01835
"CYP86A2"	"long-chain fatty acid metabolism"	"hormone"	4	23.52941	24	22.01835
"CYP97B3"	"long-chain fatty acid metabolism"	"organ"	4	23.52941	24	22.01835
"CYP72A11"	"protein folding"	"mutant"	3	21.42857	22	22
"CYP86A2"	"protein folding"	"mutant"	3	21.42857	22	22
"CYP71B7"	"protein folding"	"mutant"	3	21.42857	22	22
"CYP706A5"	"protein folding"	"mutant"	3	21.42857	22	22
"CYP94D2"	"protein folding"	"mutant"	3	21.42857	22	22
"CYP83B1"	"response to heat"	"hormone"	3	25	18	21.95122
"CYP98A3"	"ubiquitin-dependent protein catabolism"	"hormone"	9	21.95122	50	21.929825
"CYP81F4"	"photosystem I"	"mutant"	7	18.918919	58	21.804511
"CYP81D40"	"response to light"	"mutant"	5	13.513514	40	21.73913
"CYP708A3"	"photosynthesis"	"organ"	4	20	30	21.73913
"CYP81D40"	"photosynthesis"	"mutant"	4	20	30	21.73913
"CYP71B26"	"photosynthesis"	"organ"	4	20	30	21.73913
"CYP97A3"	"photosynthesis"	"stress"	4	20	30	21.73913
"CYP706A5"	"photosynthesis"	"mutant"	4	20	30	21.73913
"CYP83A1"	"cell wall biosynthesis (sensu Magnoliophyta)"	"organ"	4	22.22222	24	21.71946
"CYP90A1"	"response to UV"	"mutant"	3	23.07692	23	21.69811
"CYP94D2"	"response to UV"	"mutant"	3	23.07692	23	21.69811
"CYP72A15"	"response to UV"	"mutant"	3	23.07692	23	21.69811
"CYP90D1"	"brassinosteroid biosynthesis"	"hormone"	3	25	23	21.69811
"CYP96A12"	"transcription initiation"	"stress"	2	25	14	21.53846
"CYP71A16"	"pentacyclic triterpenoid biosynthesis"	"hormone"	2	25	14	21.53846
"CYP705A25"	"pentacyclic triterpenoid biosynthesis"	"organ"	2	25	14	21.53846
"CYP81D40"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP705A12"	"pentacyclic triterpenoid biosynthesis"	"hormone"	2	25	14	21.53846
"CYP705A12"	"pentacyclic triterpenoid biosynthesis"	"organ"	2	25	14	21.53846
"CYP86A2"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP71A16"	"pentacyclic triterpenoid biosynthesis"	"mutant"	2	25	14	21.53846
"CYP71B28"	"transcription initiation"	"organ"	2	25	14	21.53846
"CYP709B3"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP71A16"	"pentacyclic triterpenoid biosynthesis"	"organ"	2	25	14	21.53846
"CYP706A5"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP72A11"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP90A1"	"transcription initiation"	"mutant"	2	25	14	21.53846
"CYP94D1"	"pentacyclic triterpenoid biosynthesis"	"organ"	2	25	14	21.53846
"CYP72A11"	"transcription initiation"	"stress"	2	25	14	21.53846
"CYP705A13"	"pentacyclic triterpenoid biosynthesis"	"organ"	2	25	14	21.53846
"CYP71B20"	"electron transport"	"organ"	4	20	29	21.48148
"CYP90A1"	"electron transport"	"stress"	4	20	29	21.48148
"CYP71B19"	"electron transport"	"organ"	4	20	29	21.48148
"CYP96A12"	"chlorophyll biosynthesis"	"stress"	3	21.42857	29	21.48148
"CYP706A5"	"chlorophyll biosynthesis"	"hormone"	3	21.42857	29	21.48148
"CYP86A2"	"photosystem I"	"mutant"	7	18.918919	57	21.428571
"CYP81D40"	"photosystem I"	"mutant"	7	18.918919	57	21.428571
"CYP86A"	"very-long-chain fatty acid metabolism"	"organ"	3	20	19	21.34831
"CYP51A2"	"cellulose biosynthesis"	"mutant"	2	18.18182	13	21.31148
"CYP734A1"	"response to auxin stimulus"	"hormone"	2	22.22222	13	21.31148
"CYP90A1"	"fatty acid metabolism"	"organ"	6	24	39	21.195652
"CYP97A3"	"response to light"	"organ"	6	16.216216	39	21.195652
"CYP706A2"	"N-terminal protein myristoylation"	"mutant"	2	18.18182	18	21.17647
"CYP82C3"	"N-terminal protein myristoylation"	"mutant"	2	18.18182	18	21.17647
"CYP706A1"	"N-terminal protein myristoylation"	"mutant"	2	18.18182	18	21.17647
"CYP71B28"	"abscisic acid biosynthesis"	"organ"	2	20	15	21.12676
"CYP72A11"	"abscisic acid biosynthesis"	"organ"	2	20	15	21.12676
"CYP71B26"	"abscisic acid biosynthesis"	"organ"	2	20	15	21.12676
"CYP709B3"	"abscisic acid biosynthesis"	"organ"	2	20	15	21.12676
"CYP97B3"	"abscisic acid biosynthesis"	"organ"	2	20	15	21.12676
"CYP51A2"	"ubiquitin-dependent protein catabolism"	"mutant"	9	21.95122	48	21.052632
"CYP709B3"	"fatty acid biosynthesis"	"organ"	3	20	26	20.96774
"CYP702A3"	"fatty acid biosynthesis"	"mutant"	3	20	26	20.96774
"CYP72A11"	"fatty acid biosynthesis"	"organ"	3	20	26	20.96774
"CYP706A5"	"fatty acid biosynthesis"	"organ"	3	20	26	20.96774
"CYP71B26"	"fatty acid biosynthesis"	"mutant"	3	20	26	20.96774
"CYP88A3"	"fatty acid biosynthesis"	"mutant"	3	20	26	20.96774
"CYP71B7"	"fatty acid biosynthesis"	"mutant"	3	20	26	20.96774
"CYP71B4"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP71B34"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP706A5"	"response to water deprivation"	"mutant"	2	20	14	20.89552
"CYP71B34"	"response to water deprivation"	"mutant"	2	20	14	20.89552
"CYP72A15"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP72A8"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP72A13"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP89A2"	"response to water deprivation"	"organ"	2	20	14	20.89552
"CYP81D8"	"defense response"	"mutant"	6	30	33.5	20.872274
"CYP97C1"	"response to light"	"organ"	5	13.513514	38	20.652174
"CYP98A3"	"ubiquitin-dependent protein catabolism"	"mutant"	8	19.512195	47	20.614035
"CYP86A2"	"photosystem II"	"mutant"	5	18.518519	41	20.603015
"CYP706A5"	"photosystem II"	"mutant"	5	18.518519	41	20.603015
"CYP81D40"	"photosystem II"	"mutant"	5	18.518519	41	20.603015
"CYP71B26"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	2	20	14	20.58824
"CYP98A3"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"hormone"	2	20	14	20.58824
"CYP72A11"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	2	20	14	20.58824
"CYP94D2"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"hormone"	2	20	14	20.58824
"CYP72A15"	"proteasome regulatory particle, base subcomplex (sensu Eukaryota)"	"mutant"	2	20	14	20.58824
"CYP71B4"	"jasmonic acid biosynthesis"	"organ"	4	21.05263	28	20.588235
"CYP90A1"	"pentose-phosphate shunt"	"organ"	2	16.66667	16	20.51282
"CYP710A1"	"pentose-phosphate shunt"	"stress"	2	16.66667	16	20.51282
"CYP74A"	"response to wounding"	"organ"	4	18.18182	36	20.45455
"CYP81F2"	"response to wounding"	"mutant"	6	27.27273	36	20.454545
"CYP74B2"	"response to wounding"	"stress"	4	18.18182	36	20.454545
"CYP94D2"	"protein biosynthesis"	"mutant"	4	22.22222	20	20.40816
"CYP702A3"	"protein biosynthesis"	"mutant"	4	22.22222	20	20.40816
"CYP71B26"	"protein biosynthesis"	"mutant"	4	22.22222	20	20.40816
"CYP97C1"	"photosystem I"	"organ"	7	18.918919	54	20.300752
"CYP97A3"	"photosynthesis"	"mutant"	3	15	28	20.289855
"CYP73A5"	"protein catabolism"	"hormone"	8	16.666667	52	20.233463
"CYP86A2"	"very-long-chain fatty acid metabolism"	"mutant"	3	20	18	20.22472
"CYP97A3"	"response to light"	"mutant"	5	13.513514	37	20.108696
"CYP86A"	"fatty acid metabolism"	"organ"	5	20	37	20.108696
"CYP90A1"	"electron transport"	"mutant"	4	20	27	20
"CYP88A3"	"electron transport"	"mutant"	4	20	27	20
"CYP702A3"	"electron transport"	"mutant"	4	20	27	20
"CYP701A3"	"gibberellic acid biosynthesis"	"organ"	2	18.18182	20	20
"CYP78A7"	"gibberellic acid biosynthesis"	"organ"	2	18.18182	20	20
"CYP71B14"	"gibberellic acid biosynthesis"	"hormone"	2	18.18182	20	20
"CYP71B10"	"gibberellic acid biosynthesis"	"organ"	2	18.18182	20	20
"CYP714A1"	"gibberellic acid biosynthesis"	"organ"	2	18.18182	20	20
"CYP88A3"	"gibberellic acid biosynthesis"	"organ"	2	18.18182	20	20
"CYP701A3"	"gibberellic acid biosynthesis"	"hormone"	2	18.18182	20	20
"CYP71B10"	"gibberellic acid biosynthesis"	"hormone"	2	18.18182	20	20
"CYP71B30P"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP90A1"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP97B3"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP79A4P"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP72A11"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP81D7"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP706A5"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP71B34"	"porphyrin biosynthesis"	"organ"	3	23.07692	18	20
"CYP71B16"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP81D6"	"porphyrin biosynthesis"	"mutant"	3	23.07692	18	20
"CYP81D1"	"response to abscisic acid stimulus"	"stress"	2	16.66667	16	20
"CYP708A3"	"cuticle biosynthesis"	"organ"	2	16.66667	14	20
"CYP90A1"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	4	22.22222	22	19.9095
"CYP706A5"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	4	22.22222	22	19.9095
"CYP86A2"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	4	22.22222	22	19.9095
"CYP81D40"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	4	22.22222	22	19.9095
"CYP90D1"	"steroid biosynthesis"	"hormone"	3	23.07692	23	19.82759
"CYP90A1"	"abscisic acid biosynthesis"	"mutant"	2	20	14	19.71831
"CYP79A4P"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP81D6"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP71B16"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP97B3"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP81D7"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP71B30P"	"tryptophan biosynthesis"	"mutant"	4	23.52941	26	19.69697
"CYP86A2"	"cellulose biosynthesis"	"hormone"	2	18.18182	12	19.67213
"CYP86A2"	"cellulose biosynthesis"	"organ"	2	18.18182	12	19.67213
"CYP71B37"	"response to cold"	"mutant"	2	28.57143	10.5	19.62617
"CYP97C1"	"photosystem II"	"organ"	5	18.518519	39	19.59799
"CYP90A1"	"response to light"	"mutant"	7	18.918919	36	19.565217
"CYP706A5"	"response to light"	"mutant"	6	16.216216	36	19.565217
"CYP705A5"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP71B4"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP71B16"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP81D6"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP79A4P"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP81D7"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP71B30P"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP81F4"	"response to heat"	"mutant"	2	16.66667	16	19.5122
"CYP98A3"	"protein catabolism"	"hormone"	9	18.75	50	19.455253
"CYP71B19"	"response to water deprivation"	"organ"	2	20	13	19.40299
"CYP71B20"	"response to water deprivation"	"organ"	2	20	13	19.40299
"CYP86A2"	"growth"	"mutant"	4	16.666667	34	19.373219
"CYP51A2"	"growth"	"mutant"	4	16.666667	34	19.373219
"CYP97A3"	"growth"	"mutant"	4	16.666667	34	19.373219
"CYP51A2"	"fatty acid biosynthesis"	"mutant"	4	26.66667	24	19.35484
"CYP94C1"	"response to wounding"	"mutant"	5	22.72727	34	19.318182
"CYP72A11"	"response to light"	"organ"	7	18.918919	35.5	19.293478
"CYP72A8"	"toxin catabolism"	"hormone"	9	20	26	19.259259
"CYP71B6"	"toxin catabolism"	"organ"	5	11.111111	26	19.259259
"CYP71B6"	"toxin catabolism"	"hormone"	5	11.111111	26	19.259259
"CYP94C1"	"jasmonic acid biosynthesis"	"mutant"	4	21.05263	26	19.11765
"CYP81F2"	"jasmonic acid biosynthesis"	"mutant"	4	21.05263	26	19.11765
"CYP96A4"	"jasmonic acid biosynthesis"	"mutant"	3	15.78947	26	19.11765
"CYP83B1"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	26	19.117647
"CYP96A4"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	26	19.117647
"CYP735A2"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	19	19
"CYP709B3"	"unidimensional cell growth"	"mutant"	2	15.38462	20	18.95735
"CYP90A1"	"unidimensional cell growth"	"hormone"	2	15.38462	20	18.95735
"CYP79A4P"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP75B1"	"response to UV"	"mutant"	2	15.38462	20	18.86792
"CYP97A3"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP709B3"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP708A4"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP73A5"	"response to UV"	"stress"	2	15.38462	20	18.86792
"CYP706A5"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP90B1"	"brassinosteroid biosynthesis"	"hormone"	2	16.66667	20	18.86792
"CYP97B3"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP72A11"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP81D6"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP81D40"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP705A5"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP706A5"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP71B16"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP81D7"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP72A11"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP75B1"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP709B3"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP86A1"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP71B7"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP72A11"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP79B2"	"response to UV"	"stress"	2	15.38462	20	18.86792
"CYP83A1"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP708A3"	"response to UV"	"organ"	2	15.38462	20	18.86792
"CYP98A3"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP708A2"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP71B30P"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	20	18.86792
"CYP75B1"	"response to UV"	"hormone"	2	15.38462	20	18.86792
"CYP72A11"	"growth"	"mutant"	4	16.666667	33	18.803419
"CYP71B7"	"growth"	"mutant"	4	16.666667	33	18.803419
"CYP79A4P"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP71B30P"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP81D7"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP71B16"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP706A5"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP81D6"	"response to pathogenic bacteria"	"mutant"	3	17.64706	23	18.77551
"CYP86A2"	"development"	"mutant"	6	16.666667	48	18.75
"CYP74A"	"response to wounding"	"stress"	4	18.18182	33	18.75
"CYP51A2"	"protein catabolism"	"mutant"	9	18.75	48	18.677043
"CYP81D40"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP71B38"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP94D2"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP71B26"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP51A2"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP71B34"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP88A3"	"sterol biosynthesis"	"mutant"	3	15	30	18.63354
"CYP81H1"	"photosystem II"	"organ"	4	14.814815	37	18.592965
"CYP81D40"	"chlorophyll biosynthesis"	"organ"	3	21.42857	25	18.51852
"CYP51A2"	"chlorophyll biosynthesis"	"mutant"	3	21.42857	25	18.51852
"CYP71B36"	"chlorophyll biosynthesis"	"stress"	3	21.42857	25	18.51852
"CYP71B35"	"electron transport"	"organ"	3	15	25	18.51852
"CYP706A5"	"response to light"	"organ"	6	16.216216	34	18.478261
"CYP706A5"	"photosystem I"	"mutant"	6	16.216216	49	18.421053
"CYP97B3"	"jasmonic acid biosynthesis"	"organ"	4	21.05263	25	18.382353
"CYP709B3"	"jasmonic acid biosynthesis"	"organ"	4	21.05263	25	18.382353
"CYP71B28"	"protein biosynthesis"	"organ"	3	16.66667	18	18.36735
"CYP81D40"	"protein biosynthesis"	"mutant"	3	16.66667	18	18.36735
"CYP83A1"	"protein biosynthesis"	"organ"	3	16.66667	18	18.36735
"CYP72A11"	"development"	"mutant"	6	16.666667	47	18.359375
"CYP71B26"	"development"	"mutant"	6	16.666667	47	18.359375
"CYP86A2"	"long-chain fatty acid metabolism"	"organ"	3	17.64706	20	18.34862
"CYP72A11"	"long-chain fatty acid metabolism"	"organ"	3	17.64706	20	18.34862
"CYP71B34"	"long-chain fatty acid metabolism"	"organ"	3	17.64706	20	18.34862
"CYP710A1"	"long-chain fatty acid metabolism"	"stress"	2	11.76471	20	18.34862
"CYP89A9"	"long-chain fatty acid metabolism"	"stress"	2	11.76471	20	18.34862
"CYP81D8"	"long-chain fatty acid metabolism"	"stress"	2	11.76471	20	18.34862
"CYP76C2"	"long-chain fatty acid metabolism"	"stress"	2	11.76471	20	18.34862
"CYP98A3"	"protein catabolism"	"mutant"	8	16.666667	47	18.287938
"CYP94D2"	"growth"	"mutant"	4	16.666667	32	18.233618
"CYP702A3"	"growth"	"mutant"	4	16.666667	32	18.233618
"CYP71B7"	"tryptophan biosynthesis"	"mutant"	3	17.64706	24	18.18182
"CYP94B1"	"tryptophan biosynthesis"	"mutant"	3	17.64706	24	18.18182
"CYP79B2"	"aromatic amino acid family biosynthesis"	"hormone"	2	14.28571	20	18.18182
"CYP705A32"	"aromatic amino acid family biosynthesis"	"mutant"	2	14.28571	20	18.18182
"CYP71B2"	"aromatic amino acid family biosynthesis"	"mutant"	2	14.28571	20	18.18182
"CYP71B28"	"regulation of transcription"	"stress"	2	22.22222	12	18.18182
"CYP90A1"	"defense response"	"mutant"	3	15	29	18.068536
"CYP71B35"	"photosystem I"	"organ"	6	16.216216	48	18.045113
"CYP715A1"	"response to auxin stimulus"	"stress"	2	22.22222	11	18.03279
"CYP82C3"	"response to auxin stimulus"	"mutant"	2	22.22222	11	18.03279
"CYP96A5"	"response to auxin stimulus"	"mutant"	2	22.22222	11	18.03279
"CYP715A1"	"response to auxin stimulus"	"mutant"	2	22.22222	11	18.03279
"CYP78A10"	"response to auxin stimulus"	"hormone"	2	22.22222	11	18.03279
"CYP83B1"	"protein folding"	"hormone"	3	21.42857	18	18
"CYP51A2"	"protein folding"	"mutant"	3	21.42857	18	18
"CYP71B7"	"pentose-phosphate shunt"	"mutant"	3	25	14	17.94872
"CYP71B26"	"pentose-phosphate shunt"	"mutant"	3	25	14	17.94872
"CYP86A2"	"pentose-phosphate shunt"	"mutant"	3	25	14	17.94872
"CYP72A11"	"pentose-phosphate shunt"	"mutant"	3	25	14	17.94872
"CYP709B3"	"pentose-phosphate shunt"	"stress"	2	16.66667	14	17.94872
"CYP71B36"	"pentose-phosphate shunt"	"stress"	2	16.66667	14	17.94872
"CYP97C1"	"pentose-phosphate shunt"	"stress"	2	16.66667	14	17.94872
"CYP90A1"	"pentose-phosphate shunt"	"stress"	2	16.66667	14	17.94872
"CYP97B3"	"fatty acid metabolism"	"organ"	5	20	33	17.934783
"CYP86A2"	"fatty acid metabolism"	"hormone"	5	20	33	17.934783
"CYP735A1"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP735A2"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP96A14P"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP71B17"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP76G1"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP85A1"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP90A1"	"brassinosteroid biosynthesis"	"organ"	2	16.66667	19	17.92453
"CYP78A10"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP79C5P"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP77A9"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP71B21"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP85A2"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP71B2"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP705A32"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP85A2"	"brassinosteroid biosynthesis"	"organ"	2	16.66667	19	17.92453
"CYP71B25"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP79A2"	"brassinosteroid biosynthesis"	"mutant"	2	16.66667	19	17.92453
"CYP71B34"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	3	25	16	17.77778
"CYP97B3"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	3	25	16	17.77778
"CYP72A11"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	3	25	16	17.77778
"CYP73A5"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	16	17.77778
"CYP71A18"	"porphyrin biosynthesis"	"mutant"	2	15.38462	16	17.77778
"CYP724A1"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	16	17.77778
"CYP72A15"	"toxin catabolism"	"hormone"	8	17.777778	24	17.777778
"CYP710A1"	"toxin catabolism"	"stress"	8	17.777778	24	17.777778
"CYP81K1"	"toxin catabolism"	"organ"	4	8.888889	24	17.777778
"CYP71B23"	"toxin catabolism"	"mutant"	4	8.888889	24	17.777778
"CYP81D8"	"jasmonic acid biosynthesis"	"hormone"	4	21.05263	24	17.64706
"CYP71A18"	"jasmonic acid biosynthesis"	"mutant"	4	21.05263	24	17.64706
"CYP88A4"	"sulfate assimilation"	"stress"	2	25	12	17.64706
"CYP72A8"	"jasmonic acid biosynthesis"	"organ"	4	21.05263	24	17.647059
"CYP98A3"	"defense response"	"stress"	3	15	28	17.445483
"CYP86A"	"long-chain fatty acid metabolism"	"organ"	3	17.64706	19	17.43119
"CYP97B3"	"response to light"	"mutant"	6	16.216216	32	17.391304
"CYP71B16"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP81D6"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP71B7"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP81D7"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP79A4P"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP71B30P"	"photosynthesis"	"mutant"	3	15	24	17.391304
"CYP71B28"	"photosynthesis"	"organ"	4	20	24	17.3913
"CYP71B34"	"photosynthesis"	"organ"	4	20	24	17.3913
"CYP706A5"	"photosynthesis"	"stress"	3	15	24	17.3913
"CYP97B3"	"photosynthesis"	"stress"	3	15	24	17.3913
"CYP71B30P"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP709B3"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP90B1"	"steroid biosynthesis"	"hormone"	2	15.38462	20	17.24138
"CYP81D40"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP79A4P"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP81D7"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP71B16"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP71B7"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP81D6"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP706A5"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP72A11"	"steroid biosynthesis"	"mutant"	2	15.38462	20	17.24138
"CYP71B28"	"cuticle biosynthesis"	"organ"	2	16.66667	12	17.14286
"CYP709B3"	"cuticle biosynthesis"	"organ"	2	16.66667	12	17.14286
"CYP97B3"	"response to light"	"organ"	6	16.216216	31.5	17.119565
"CYP72A11"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP706A5"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP81D7"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP71B7"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP71B30P"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP97B3"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP90A1"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP81D40"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP71B26"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP94D2"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP81D6"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP79A4P"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP71B16"	"embryonic development"	"mutant"	3	15.78947	24	17.081851
"CYP94B1"	"response to wounding"	"hormone"	4	18.18182	30	17.045455
"CYP97B3"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP98A3"	"response to wounding"	"stress"	3	13.63636	30	17.045455
"CYP71B30P"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP81D7"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP81D6"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP98A3"	"response to wounding"	"hormone"	3	13.63636	30	17.045455
"CYP71B16"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP79A4P"	"response to wounding"	"mutant"	3	13.63636	30	17.045455
"CYP73A5"	"response to wounding"	"organ"	3	13.63636	30	17.04545
"CYP706A5"	"electron transport"	"mutant"	3	15	23	17.037037
"CYP81H1"	"photosystem I"	"organ"	5	13.513514	45	16.917293
"CYP83A1"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	23	16.911765
"CYP72A9"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP88A3"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP81D7"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP81D2"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP78A10"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP79C5P"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B17"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP79A2"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71A15"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP85A1"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP96A14P"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP735A2"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B25"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP76G1"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP714A1"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP716A2"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B21"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B31"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP77A9"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP81D6"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP71B2"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP735A1"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B9"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP709B1"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP81D2"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP702A1"	"abscisic acid biosynthesis"	"organ"	2	20	12	16.90141
"CYP705A32"	"abscisic acid biosynthesis"	"mutant"	2	20	12	16.90141
"CYP71B7"	"development"	"mutant"	5	13.888889	43	16.796875
"CYP71B35"	"photosystem II"	"organ"	4	14.814815	33	16.582915
"CYP86A2"	"long-chain fatty acid metabolism"	"mutant"	3	17.64706	18	16.51376
"CYP71B17"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP76G1"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP735A1"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP90A1"	"steroid biosynthesis"	"organ"	2	15.38462	19	16.37931
"CYP71B2"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP79C5P"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP85A2"	"steroid biosynthesis"	"organ"	2	15.38462	19	16.37931
"CYP78A10"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP77A9"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP85A1"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP85A2"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP71B25"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP705A32"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP79A2"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP96A14P"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP735A2"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP71B21"	"steroid biosynthesis"	"mutant"	2	15.38462	19	16.37931
"CYP81D2"	"response to pathogenic bacteria"	"mutant"	2	11.76471	20	16.32653
"CYP88A3"	"protein biosynthesis"	"mutant"	3	16.66667	16	16.32653
"CYP71B7"	"protein biosynthesis"	"mutant"	3	16.66667	16	16.32653
"CYP83A1"	"electron transport"	"organ"	3	15	22	16.2963
"CYP708A3"	"electron transport"	"organ"	3	15	22	16.2963
"CYP74B2"	"electron transport"	"organ"	3	15	22	16.2963
"CYP71B28"	"electron transport"	"organ"	3	15	22	16.2963
"CYP71B34"	"electron transport"	"organ"	3	15	22	16.2963
"CYP81D8"	"toxin catabolism"	"hormone"	11	24.444444	22	16.296296
"CYP706A1"	"toxin catabolism"	"organ"	3	6.666667	22	16.296296
"CYP706A2"	"toxin catabolism"	"organ"	3	6.666667	22	16.296296
"CYP74B2"	"response to abscisic acid stimulus"	"organ"	3	25	13	16.25
"CYP79B2"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	22	16.176471
"CYP71B7"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	22	16.176471
"CYP94C1"	"jasmonic acid biosynthesis"	"stress"	3	15.78947	22	16.17647
"CYP94B1"	"jasmonic acid biosynthesis"	"stress"	3	15.78947	22	16.17647
"CYP74A"	"jasmonic acid biosynthesis"	"mutant"	3	15.78947	22	16.17647
"CYP86A2"	"fatty acid biosynthesis"	"organ"	2	13.33333	20	16.12903
"CYP71B38"	"fatty acid biosynthesis"	"mutant"	2	13.33333	20	16.12903
"CYP702A3"	"unidimensional cell growth"	"mutant"	2	15.38462	17	16.11374
"CYP94D2"	"unidimensional cell growth"	"mutant"	2	15.38462	17	16.11374
"CYP97B3"	"protein folding"	"stress"	2	14.28571	16	16
"CYP88A3"	"protein folding"	"mutant"	2	14.28571	16	16
"CYP97B3"	"protein folding"	"hormone"	2	14.28571	16	16
"CYP97A3"	"protein folding"	"organ"	2	14.28571	16	16
"CYP71B26"	"protein folding"	"mutant"	2	14.28571	16	16
"CYP97A3"	"protein folding"	"stress"	2	14.28571	16	16
"CYP88A4"	"protein folding"	"stress"	2	14.28571	16	16
"CYP81D40"	"protein folding"	"mutant"	2	14.28571	16	16
"CYP71B15"	"response to wounding"	"hormone"	4	18.18182	28	15.909091
"CYP86A2"	"fatty acid metabolism"	"organ"	4	16	29	15.76087
"CYP71B34"	"fatty acid metabolism"	"organ"	4	16	29	15.76087
"CYP72A11"	"fatty acid metabolism"	"organ"	4	16	29	15.76087
"CYP98A9"	"very-long-chain fatty acid metabolism"	"mutant"	3	20	14	15.73034
"CYP705A24"	"very-long-chain fatty acid metabolism"	"mutant"	3	20	14	15.73034
"CYP98A8"	"very-long-chain fatty acid metabolism"	"mutant"	3	20	14	15.73034
"CYP71B30P"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP81D7"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP90A1"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP97B3"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP71B16"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP79A4P"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP81D6"	"very-long-chain fatty acid metabolism"	"mutant"	2	13.33333	14	15.73034
"CYP97A3"	"development"	"mutant"	5	13.888889	40	15.625
"CYP90A1"	"photosystem II"	"mutant"	4	14.814815	31	15.577889
"CYP71B20"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	14	15.55556
"CYP71B28"	"porphyrin biosynthesis"	"organ"	2	15.38462	14	15.55556
"CYP71B4"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	14	15.55556
"CYP71B28"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	14	15.55556
"CYP71B19"	"aromatic amino acid family biosynthesis, shikimate pathway"	"organ"	2	16.66667	14	15.55556
"CYP72A11"	"porphyrin biosynthesis"	"hormone"	2	15.38462	14	15.55556
"CYP90A1"	"porphyrin biosynthesis"	"organ"	2	15.38462	14	15.55556
"CYP72A15"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP72A11"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP94D2"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP90A1"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP71B38"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP88A3"	"response to pathogenic bacteria"	"mutant"	2	11.76471	19	15.5102
"CYP709B3"	"response to light"	"organ"	6	16.216216	28.5	15.48913
"CYP90B1"	"growth"	"hormone"	3	12.5	27	15.38462
"CYP90A1"	"growth"	"hormone"	3	12.5	27	15.38462
"CYP88A4"	"chlorophyll binding"	"stress"	2	15.38462	16	15.38462
"CYP71B35"	"chlorophyll binding"	"organ"	2	15.38462	16	15.38462
"CYP97A3"	"chlorophyll binding"	"stress"	2	15.38462	16	15.38462
"CYP90A1"	"chlorophyll binding"	"stress"	2	15.38462	16	15.38462
"CYP97C1"	"chlorophyll binding"	"stress"	2	15.38462	16	15.38462
"CYP706A5"	"chlorophyll binding"	"stress"	2	15.38462	16	15.38462
"CYP71B38"	"development"	"mutant"	5	13.888889	39	15.234375
"CYP88A3"	"development"	"mutant"	5	13.888889	39	15.234375
"CYP702A3"	"development"	"mutant"	5	13.888889	39	15.234375
"CYP72A11"	"response to light"	"mutant"	4	10.810811	28	15.217391
"CYP71B23"	"tryptophan biosynthesis"	"stress"	2	11.76471	20	15.15152
"CYP71A12"	"tryptophan biosynthesis"	"hormone"	2	11.76471	20	15.15152
"CYP71B7"	"tryptophan biosynthesis"	"organ"	2	11.76471	20	15.15152
"CYP81F1"	"tryptophan biosynthesis"	"hormone"	2	11.76471	20	15.15152
"CYP79B3"	"tryptophan biosynthesis"	"organ"	2	11.76471	20	15.15152
"CYP71A13"	"tryptophan biosynthesis"	"hormone"	2	11.76471	20	15.15152
"CYP74A"	"tryptophan biosynthesis"	"organ"	2	11.76471	20	15.15152
"CYP97A3"	"response to UV"	"mutant"	2	15.38462	16	15.09434
"CYP71A16"	"sterol biosynthesis"	"hormone"	3	15	24	14.906832
"CYP76C2"	"toxin catabolism"	"stress"	6	13.333333	20	14.814815
"CYP81D8"	"toxin catabolism"	"mutant"	6	13.333333	20	14.814815
"CYP81F4"	"chlorophyll biosynthesis"	"mutant"	2	14.28571	20	14.81481
"CYP72A11"	"response to wounding"	"organ"	3	13.63636	26	14.77273
"CYP83A1"	"response to wounding"	"organ"	3	13.63636	26	14.77273
"CYP96A4"	"response to wounding"	"organ"	3	13.63636	26	14.77273
"CYP96A4"	"response to wounding"	"mutant"	3	13.63636	26	14.772727
"CYP81D1"	"response to wounding"	"mutant"	3	13.63636	26	14.772727
"CYP71B15"	"response to wounding"	"mutant"	3	13.63636	26	14.772727
"CYP81D2"	"jasmonic acid biosynthesis"	"mutant"	3	15.78947	20	14.70588
"CYP74B2"	"jasmonic acid biosynthesis"	"hormone"	2	10.52632	20	14.70588
"CYP86A2"	"fatty acid metabolism"	"mutant"	4	16	27	14.673913
"CYP96A4"	"calmodulin binding"	"organ"	2	15.38462	11	14.66667
"CYP89A2"	"calmodulin binding"	"organ"	2	15.38462	11	14.66667
"CYP71B7"	"calmodulin binding"	"organ"	2	15.38462	11	14.66667
"CYP90A1"	"photosystem I"	"mutant"	5	13.513514	39	14.661654
"CYP97A3"	"photosystem I"	"stress"	5	13.513514	39	14.661654
"CYP81F4"	"response to heat"	"hormone"	2	16.66667	12	14.63415
"CYP71B2"	"response to heat"	"hormone"	2	16.66667	12	14.63415
"CYP79B2"	"response to heat"	"hormone"	2	16.66667	12	14.63415
"CYP97B3"	"aromatic amino acid family biosynthesis"	"organ"	3	21.42857	16	14.54545
"CYP71B34"	"aromatic amino acid family biosynthesis"	"organ"	3	21.42857	16	14.54545
"CYP72A11"	"aromatic amino acid family biosynthesis"	"organ"	3	21.42857	16	14.54545
"CYP73A5"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	16	14.54545
"CYP724A1"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	16	14.54545
"CYP97B3"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP81D40"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP71B26"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP86A2"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP71B7"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP94D2"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP81D7"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP71B30P"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP706A5"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP90A1"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP81D6"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP97A3"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP72A11"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP79A4P"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP71B16"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP71B34"	"embryonic development (sensu Magnoliophyta)"	"mutant"	2	14.28571	14	14.50777
"CYP97C1"	"photosynthesis"	"stress"	3	15	20	14.49275
"CYP74A"	"photosynthesis"	"organ"	3	15	20	14.49275
"CYP72A11"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	3	16.66667	16	14.47964
"CYP71B30P"	"ubiquitin-dependent protein catabolism"	"mutant"	6	14.634146	33	14.473684
"CYP81D6"	"ubiquitin-dependent protein catabolism"	"mutant"	6	14.634146	33	14.473684
"CYP81D7"	"ubiquitin-dependent protein catabolism"	"mutant"	6	14.634146	33	14.473684
"CYP79A4P"	"ubiquitin-dependent protein catabolism"	"mutant"	6	14.634146	33	14.473684
"CYP71B16"	"ubiquitin-dependent protein catabolism"	"mutant"	6	14.634146	33	14.473684
"CYP51A2"	"lipid biosynthesis"	"mutant"	3	16.66667	24	14.285714
"CYP72A15"	"growth"	"mutant"	3	12.5	25	14.245014
"CYP88A3"	"growth"	"mutant"	3	12.5	25	14.245014
"CYP94D2"	"response to light"	"mutant"	6	16.216216	26	14.130435
"CYP86C3"	"fatty acid metabolism"	"organ"	4	16	26	14.130435
"CYP86C4"	"fatty acid metabolism"	"organ"	4	16	26	14.130435
"CYP98A8"	"fatty acid metabolism"	"organ"	4	16	26	14.130435
"CYP86C2"	"fatty acid metabolism"	"organ"	4	16	26	14.130435
"CYP97A3"	"electron transport"	"mutant"	2	10	19	14.074074
"CYP71B7"	"electron transport"	"mutant"	2	10	19	14.074074
"CYP72A11"	"electron transport"	"mutant"	2	10	19	14.074074
"CYP715A1"	"defense response"	"hormone"	4	20	22.5	14.018692
"CYP97A3"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	19	13.970588
"CYP71B19"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	19	13.970588
"CYP71B28"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	19	13.970588
"CYP71B20"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	19	13.970588
"CYP71B26"	"jasmonic acid biosynthesis"	"organ"	3	15.78947	19	13.970588
"CYP74B2"	"response to abscisic acid stimulus"	"stress"	2	16.66667	11	13.75
"CYP90A1"	"response to abscisic acid stimulus"	"organ"	2	16.66667	11	13.75
"CYP706A5"	"growth"	"mutant"	3	12.5	24	13.675214
"CYP81D40"	"growth"	"mutant"	3	12.5	24	13.675214
"CYP81D8"	"response to wounding"	"mutant"	4	18.18182	24	13.636364
"CYP71B24"	"photosystem II"	"organ"	3	11.111111	27	13.567839
"CYP709B2"	"very-long-chain fatty acid metabolism"	"hormone"	3	20	12	13.48315
"CYP71B28"	"very-long-chain fatty acid metabolism"	"organ"	2	13.33333	12	13.48315
"CYP85A2"	"very-long-chain fatty acid metabolism"	"organ"	2	13.33333	12	13.48315
"CYP709B3"	"very-long-chain fatty acid metabolism"	"organ"	2	13.33333	12	13.48315
"CYP71B15"	"toxin catabolism"	"organ"	5	11.111111	18	13.333333
"CYP72A14"	"toxin catabolism"	"hormone"	5	11.111111	18	13.333333
"CYP72A15"	"electron transport"	"mutant"	3	15	18	13.333333
"CYP90A1"	"electron transport"	"organ"	2	10	18	13.33333
"CYP86A2"	"electron transport"	"organ"	2	10	18	13.33333
"CYP71B26"	"electron transport"	"organ"	2	10	18	13.33333
"CYP71B6"	"aromatic amino acid family biosynthesis, shikimate pathway"	"stress"	2	16.66667	12	13.33333
"CYP72A11"	"lipid biosynthesis"	"organ"	3	16.66667	22	13.095238
"CYP71A18"	"defense response"	"mutant"	3	15	21	13.084112
"CYP81D8"	"defense response"	"stress"	3	15	21	13.084112
"CYP71B24"	"response to wounding"	"organ"	3	13.63636	23	13.06818
"CYP81H1"	"photosynthesis"	"organ"	2	10	18	13.04348
"CYP71B2"	"fatty acid metabolism"	"hormone"	5	20	24	13.043478
"CYP51A2"	"response to light"	"mutant"	3	8.108108	24	13.043478
"CYP97B3"	"photosynthesis"	"mutant"	2	10	18	13.043478
"CYP72A11"	"photosynthesis"	"mutant"	2	10	18	13.043478
"CYP90A1"	"photosynthesis"	"mutant"	2	10	18	13.043478
"CYP71B17"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP705A32"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP71B21"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP77A9"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP79C5P"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP85A1"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP71B25"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP735A1"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP81D2"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP76G1"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP79A2"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP78A10"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP96A14P"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP71B2"	"gibberellic acid biosynthesis"	"mutant"	2	18.18182	13	13
"CYP96A12"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP90A1"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP97C1"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP71B28"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP97C1"	"fatty acid biosynthesis"	"stress"	2	13.33333	16	12.90323
"CYP71B34"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP706A5"	"fatty acid biosynthesis"	"hormone"	2	13.33333	16	12.90323
"CYP97B3"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP709B3"	"fatty acid biosynthesis"	"mutant"	2	13.33333	16	12.90323
"CYP83A1"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP97A3"	"fatty acid biosynthesis"	"organ"	2	13.33333	16	12.90323
"CYP96A12"	"fatty acid biosynthesis"	"hormone"	2	13.33333	16	12.90323
"CYP98A9"	"long-chain fatty acid metabolism"	"mutant"	3	17.64706	14	12.84404
"CYP705A24"	"long-chain fatty acid metabolism"	"mutant"	3	17.64706	14	12.84404
"CYP98A8"	"long-chain fatty acid metabolism"	"mutant"	3	17.64706	14	12.84404
"CYP81D7"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP81D6"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP71B30P"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP97B3"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP79A4P"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP71B16"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP90A1"	"long-chain fatty acid metabolism"	"mutant"	2	11.76471	14	12.84404
"CYP81D7"	"protein catabolism"	"mutant"	6	12.5	33	12.840467
"CYP71B30P"	"protein catabolism"	"mutant"	6	12.5	33	12.840467
"CYP71B16"	"protein catabolism"	"mutant"	6	12.5	33	12.840467
"CYP79A4P"	"protein catabolism"	"mutant"	6	12.5	33	12.840467
"CYP81D6"	"protein catabolism"	"mutant"	6	12.5	33	12.840467
"CYP71B20"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	14	12.72727
"CYP71B4"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	14	12.72727
"CYP71B28"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	14	12.72727
"CYP71B19"	"aromatic amino acid family biosynthesis"	"organ"	2	14.28571	14	12.72727
"CYP94D2"	"ubiquitin-dependent protein catabolism"	"mutant"	5	12.195122	29	12.719298
"CYP97B3"	"ubiquitin-dependent protein catabolism"	"mutant"	5	12.195122	29	12.719298
"CYP71B38"	"electron transport"	"mutant"	3	15	17	12.592593
"CYP97C1"	"electron transport"	"stress"	2	10	17	12.59259
"CYP71B38"	"growth"	"mutant"	3	12.5	22	12.535613
"CYP81D6"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP71B30P"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP97B3"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP90A1"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP81D7"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP79A4P"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP71B16"	"fatty acid metabolism"	"mutant"	3	12	23	12.5
"CYP715A1"	"response to wounding"	"hormone"	5	22.72727	22	12.5
"CYP702A3"	"sterol biosynthesis"	"mutant"	2	10	20	12.42236
"CYP74B2"	"protein biosynthesis"	"organ"	2	11.11111	12	12.2449
"CYP71B19"	"protein biosynthesis"	"organ"	2	11.11111	12	12.2449
"CYP706A5"	"protein biosynthesis"	"stress"	2	11.11111	12	12.2449
"CYP71B20"	"protein biosynthesis"	"organ"	2	11.11111	12	12.2449
"CYP71B34"	"protein biosynthesis"	"mutant"	2	11.11111	12	12.2449
"CYP97B3"	"protein biosynthesis"	"stress"	2	11.11111	12	12.2449
"CYP97C1"	"protein biosynthesis"	"hormone"	2	11.11111	12	12.2449
"CYP96A14P"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP78A10"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP81D2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP79A2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP85A1"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP76G1"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP71B17"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP735A2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP77A9"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP71B25"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP71B2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP71B21"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP79C5P"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP735A1"	"tryptophan biosynthesis"	"mutant"	2	11.76471	16	12.12121
"CYP97A3"	"photosystem II"	"stress"	3	11.111111	24	12.060302
"CYP71B2"	"protein folding"	"hormone"	2	14.28571	12	12
"CYP81F4"	"protein folding"	"hormone"	2	14.28571	12	12
"CYP79B2"	"protein folding"	"hormone"	2	14.28571	12	12
"CYP79A4P"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP81D7"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP71B7"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP71B16"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP81D6"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP71B30P"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP88A3"	"response to light"	"mutant"	5	13.513514	22	11.956522
"CYP705A24"	"fatty acid metabolism"	"organ"	3	12	22	11.956522
"CYP716A2"	"lipid biosynthesis"	"mutant"	2	11.11111	20	11.904762
"CYP71B7"	"lipid biosynthesis"	"mutant"	2	11.11111	20	11.904762
"CYP78A10"	"lipid biosynthesis"	"hormone"	2	11.11111	20	11.90476
"CYP71A18"	"toxin catabolism"	"mutant"	8	17.777778	16	11.851852
"CYP71B7"	"toxin catabolism"	"organ"	4	8.888889	16	11.851852
"CYP83B1"	"toxin catabolism"	"organ"	4	8.888889	16	11.851852
"CYP71B2"	"chlorophyll biosynthesis"	"hormone"	2	14.28571	16	11.85185
"CYP81F4"	"chlorophyll biosynthesis"	"hormone"	2	14.28571	16	11.85185
"CYP71B24"	"electron transport"	"organ"	2	10	16	11.85185
"CYP90A1"	"ubiquitin-dependent protein catabolism"	"mutant"	4	9.756098	27	11.842105
"CYP88A3"	"ubiquitin-dependent protein catabolism"	"mutant"	4	9.756098	27	11.842105
"CYP71B38"	"ubiquitin-dependent protein catabolism"	"mutant"	4	9.756098	27	11.842105
"CYP706A5"	"defense response"	"organ"	2	10	19	11.83801
"CYP97A3"	"defense response"	"organ"	2	10	19	11.83801
"CYP709B3"	"defense response"	"organ"	2	10	19	11.83801
"CYP72A11"	"defense response"	"organ"	2	10	19	11.83801
"CYP94D2"	"defense response"	"mutant"	2	10	19	11.838006
"CYP81D7"	"defense response"	"mutant"	2	10	19	11.838006
"CYP71B16"	"defense response"	"mutant"	2	10	19	11.838006
"CYP706A5"	"defense response"	"mutant"	2	10	19	11.838006
"CYP71B7"	"defense response"	"mutant"	2	10	19	11.838006
"CYP81D6"	"defense response"	"mutant"	2	10	19	11.838006
"CYP72A11"	"defense response"	"mutant"	2	10	19	11.838006
"CYP71B30P"	"defense response"	"mutant"	2	10	19	11.838006
"CYP79A4P"	"defense response"	"mutant"	2	10	19	11.838006
"CYP97B3"	"defense response"	"mutant"	2	10	19	11.838006
"CYP81D8"	"jasmonic acid biosynthesis"	"mutant"	3	15.78947	16	11.76471
"CYP82C3"	"jasmonic acid biosynthesis"	"mutant"	3	15.78947	16	11.76471
"CYP715A1"	"jasmonic acid biosynthesis"	"hormone"	3	15.78947	16	11.76471
"CYP89A9"	"jasmonic acid biosynthesis"	"stress"	2	10.52632	16	11.76471
"CYP84A4"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	16	11.76471
"CYP90A1"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	16	11.76471
"CYP51A2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	16	11.76471
"CYP81F3"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	16	11.76471
"CYP79F1"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	16	11.764706
"CYP79F2"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	16	11.764706
"CYP79B3"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	16	11.764706
"CYP706A5"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	16	11.764706
"CYP86A2"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	16	11.764706
"CYP71B28"	"response to light"	"organ"	4	10.810811	21.5	11.684783
"CYP74A"	"photosystem I"	"organ"	4	10.810811	31	11.654135
"CYP81D40"	"photosystem I"	"organ"	4	10.810811	31	11.654135
"CYP71B35"	"photosynthesis"	"organ"	3	15	16	11.5942
"CYP81D40"	"photosystem II"	"organ"	3	11.111111	23	11.557789
"CYP71B7"	"response to pathogenic bacteria"	"mutant"	2	11.76471	14	11.42857
"CYP94B1"	"response to pathogenic bacteria"	"mutant"	2	11.76471	14	11.42857
"CYP71B6"	"response to pathogenic bacteria"	"mutant"	2	11.76471	14	11.42857
"CYP72A15"	"response to light"	"mutant"	3	8.108108	21	11.413043
"CYP709B3"	"fatty acid metabolism"	"organ"	3	12	21	11.413043
"CYP709B3"	"growth"	"mutant"	2	8.333333	20	11.396011
"CYP98A3"	"response to wounding"	"organ"	2	9.09091	20	11.36364
"CYP83B1"	"response to wounding"	"organ"	2	9.09091	20	11.36364
"CYP83B1"	"response to wounding"	"stress"	2	9.09091	20	11.363636
"CYP71B6"	"response to wounding"	"stress"	2	9.09091	20	11.363636
"CYP90A1"	"response to wounding"	"mutant"	2	9.09091	20	11.363636
"CYP94D2"	"response to wounding"	"mutant"	2	9.09091	20	11.363636
"CYP74B2"	"response to wounding"	"hormone"	2	9.09091	20	11.363636
"CYP73A5"	"response to wounding"	"mutant"	2	9.09091	20	11.363636
"CYP79B3"	"response to wounding"	"hormone"	2	9.09091	20	11.363636
"CYP82G1"	"response to wounding"	"stress"	2	9.09091	20	11.363636
"CYP94D2"	"protein catabolism"	"mutant"	5	10.416667	29	11.284047
"CYP97B3"	"protein catabolism"	"mutant"	5	10.416667	29	11.284047
"CYP73A5"	"defense response"	"stress"	2	10	18	11.214953
"CYP71B6"	"toxin catabolism"	"mutant"	4	8.888889	15	11.111111
"CYP72A15"	"toxin catabolism"	"mutant"	4	8.888889	15	11.111111
"CYP96A12"	"chlorophyll biosynthesis"	"organ"	2	14.28571	15	11.11111
"CYP709B2"	"long-chain fatty acid metabolism"	"hormone"	3	17.64706	12	11.00917
"CYP709B3"	"long-chain fatty acid metabolism"	"organ"	2	11.76471	12	11.00917
"CYP85A2"	"long-chain fatty acid metabolism"	"organ"	2	11.76471	12	11.00917
"CYP71B28"	"long-chain fatty acid metabolism"	"organ"	2	11.76471	12	11.00917
"CYP71B6"	"aromatic amino acid family biosynthesis"	"stress"	2	14.28571	12	10.90909
"CYP83A1"	"response to light"	"organ"	4	10.810811	20	10.869565
"CYP702A3"	"response to light"	"mutant"	4	10.810811	20	10.869565
"CYP96A12"	"response to light"	"hormone"	3	8.108108	20	10.869565
"CYP88A4"	"response to light"	"stress"	3	8.108108	20	10.869565
"CYP77B1"	"fatty acid metabolism"	"organ"	3	12	20	10.869565
"CYP709B3"	"response to light"	"mutant"	3	8.108108	20	10.869565
"CYP97A3"	"response to light"	"stress"	3	8.108108	20	10.869565
"CYP81D8"	"fatty acid metabolism"	"stress"	2	8	20	10.869565
"CYP76C2"	"fatty acid metabolism"	"stress"	2	8	20	10.869565
"CYP710A1"	"fatty acid metabolism"	"stress"	2	8	20	10.869565
"CYP98A3"	"response to light"	"hormone"	2	5.405405	20	10.869565
"CYP89A9"	"fatty acid metabolism"	"stress"	2	8	20	10.869565
"CYP77A9"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP71B21"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP86A2"	"cell wall biosynthesis (sensu Magnoliophyta)"	"hormone"	2	11.11111	12	10.85973
"CYP79C5P"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP71B25"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP71B17"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP86A2"	"cell wall biosynthesis (sensu Magnoliophyta)"	"organ"	2	11.11111	12	10.85973
"CYP79A2"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP85A1"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP96A14P"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP735A1"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP78A10"	"cell wall biosynthesis (sensu Magnoliophyta)"	"mutant"	2	11.11111	12	10.85973
"CYP72A11"	"cell wall biosynthesis (sensu Magnoliophyta)"	"organ"	2	11.11111	12	10.85973
"CYP706A5"	"lipid biosynthesis"	"organ"	2	11.11111	18	10.714286
"CYP71B4"	"lipid biosynthesis"	"organ"	2	11.11111	18	10.714286
"CYP86A2"	"response to pathogenic bacteria"	"mutant"	2	11.76471	13	10.61224
"CYP706A1"	"tryptophan biosynthesis"	"mutant"	2	11.76471	14	10.60606
"CYP706A2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	14	10.60606
"CYP710A3"	"tryptophan biosynthesis"	"mutant"	2	11.76471	14	10.60606
"CYP702A8"	"tryptophan biosynthesis"	"mutant"	2	11.76471	14	10.60606
"CYP720A1"	"defense response"	"mutant"	3	15	17	10.5919
"CYP82C3"	"defense response"	"mutant"	3	15	17	10.5919
"CYP74A"	"defense response"	"hormone"	3	15	17	10.5919
"CYP94C1"	"defense response"	"hormone"	3	15	17	10.5919
"CYP96A4"	"defense response"	"hormone"	3	15	17	10.5919
"CYP94C1"	"defense response"	"mutant"	3	15	17	10.5919
"CYP94B1"	"defense response"	"hormone"	3	15	17	10.5919
"CYP71B21"	"defense response"	"mutant"	2	10	17	10.5919
"CYP71B17"	"defense response"	"mutant"	2	10	17	10.5919
"CYP77A9"	"defense response"	"mutant"	2	10	17	10.5919
"CYP96A14P"	"defense response"	"mutant"	2	10	17	10.5919
"CYP81F2"	"defense response"	"stress"	2	10	17	10.5919
"CYP81D2"	"defense response"	"mutant"	2	10	17	10.5919
"CYP84A4"	"defense response"	"mutant"	2	10	17	10.5919
"CYP79A2"	"defense response"	"mutant"	2	10	17	10.5919
"CYP78A10"	"defense response"	"mutant"	2	10	17	10.5919
"CYP71B15"	"defense response"	"stress"	2	10	17	10.5919
"CYP85A1"	"defense response"	"mutant"	2	10	17	10.5919
"CYP709B3"	"photosystem II"	"mutant"	3	11.111111	21	10.552764
"CYP73A5"	"proteasome core complex (sensu Eukaryota)"	"mutant"	2	10.52632	12	10.52632
"CYP71B38"	"protein catabolism"	"mutant"	4	8.333333	27	10.505837
"CYP88A3"	"protein catabolism"	"mutant"	4	8.333333	27	10.505837
"CYP90A1"	"protein catabolism"	"mutant"	4	8.333333	27	10.505837
"CYP81D2"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP77A9"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP79C5P"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP71B17"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP76G1"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP705A32"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP96A14P"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP735A1"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP71B21"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP71B25"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP78A10"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP735A2"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP71B2"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP85A1"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP734A1"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP79A2"	"response to UV"	"mutant"	2	15.38462	11	10.37736
"CYP705A25"	"toxin catabolism"	"organ"	7	15.555556	14	10.37037
"CYP720A1"	"toxin catabolism"	"mutant"	7	15.555556	14	10.37037
"CYP81F3"	"toxin catabolism"	"mutant"	7	15.555556	14	10.37037
"CYP715A1"	"toxin catabolism"	"mutant"	7	15.555556	14	10.37037
"CYP71A12"	"toxin catabolism"	"mutant"	7	15.555556	14	10.37037
"CYP71B14"	"toxin catabolism"	"hormone"	3	6.666667	14	10.37037
"CYP71B23"	"toxin catabolism"	"organ"	3	6.666667	14	10.37037
"CYP71B4"	"toxin catabolism"	"hormone"	3	6.666667	14	10.37037
"CYP76C2"	"toxin catabolism"	"organ"	3	6.666667	14	10.37037
"CYP81F2"	"toxin catabolism"	"hormone"	3	6.666667	14	10.37037
"CYP81D8"	"toxin catabolism"	"organ"	3	6.666667	14	10.37037
"CYP714A1"	"toxin catabolism"	"hormone"	3	6.666667	14	10.37037
"CYP701A3"	"toxin catabolism"	"hormone"	3	6.666667	14	10.37037
"CYP705A23"	"electron transport"	"hormone"	2	10	14	10.37037
"CYP81F4"	"electron transport"	"mutant"	2	10	14	10.37037
"CYP71B7"	"fatty acid metabolism"	"mutant"	2	8	19	10.326087
"CYP716A2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP734A1"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP78A10"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP71B25"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP71B21"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP78A8"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP71B31"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP79A2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP85A1"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP71B17"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP705A32"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP735A1"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP79C5P"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP705A2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP76G1"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP71B2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP77A9"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP735A2"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP96A14P"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	14	10.29412
"CYP78A10"	"defense response"	"hormone"	3	15	16.5	10.280374
"CYP81D8"	"response to wounding"	"stress"	3	13.63636	18	10.227273
"CYP78A10"	"response to pathogenic bacteria"	"hormone"	2	11.76471	12.5	10.20408
"CYP71B24"	"photosystem I"	"organ"	3	8.108108	27	10.150376
"CYP71B24"	"photosynthesis"	"organ"	2	10	14	10.14493
"CYP71B35"	"photosynthesis"	"stress"	2	10	14	10.14493
"CYP97B3"	"photosynthesis"	"hormone"	2	10	14	10.14493
"CYP71B6"	"defense response"	"stress"	2	10	16	9.968847
"CYP71A13"	"defense response"	"stress"	2	10	16	9.968847
"CYP97C1"	"embryonic development"	"stress"	2	10.52632	14	9.964413
"CYP97C1"	"embryonic development"	"organ"	2	10.52632	14	9.964413
"CYP702A3"	"embryonic development"	"mutant"	2	10.52632	14	9.964413
"CYP88A3"	"embryonic development"	"mutant"	2	10.52632	14	9.964413
"CYP71B38"	"embryonic development"	"mutant"	2	10.52632	14	9.964413
"CYP71B34"	"embryonic development"	"mutant"	2	10.52632	14	9.964413
"CYP79A2"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP735A1"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP77A9"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP735A2"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP71B25"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP71B21"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP78A10"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP71B26"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP71B17"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP716A2"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP96A14P"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP85A1"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP79C5P"	"response to light"	"mutant"	3	8.108108	18	9.782609
"CYP77A6"	"fatty acid metabolism"	"stress"	2	8	18	9.782609
"CYP86B1"	"fatty acid metabolism"	"organ"	2	8	18	9.782609
"CYP86A4"	"fatty acid metabolism"	"organ"	2	8	18	9.782609
"CYP86A4"	"fatty acid metabolism"	"mutant"	2	8	18	9.782609
"CYP86A"	"fatty acid metabolism"	"mutant"	2	8	18	9.782609
"CYP706A3"	"fatty acid metabolism"	"organ"	2	8	18	9.782609
"CYP77A6"	"fatty acid metabolism"	"organ"	2	8	18	9.782609
"CYP96A9"	"fatty acid metabolism"	"organ"	2	8	18	9.782609
"CYP72A11"	"photosystem I"	"mutant"	3	8.108108	26	9.774436
"CYP85A2"	"growth"	"hormone"	2	8.333333	17	9.68661
"CYP90C1"	"growth"	"hormone"	2	8.333333	17	9.68661
"CYP83A1"	"fatty acid biosynthesis"	"mutant"	2	13.33333	12	9.67742
"CYP90A1"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	13	9.558824
"CYP708A3"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	13	9.558824
"CYP97A3"	"photosystem I"	"mutant"	3	8.108108	25	9.398496
"CYP706A5"	"development"	"mutant"	3	8.333333	24	9.375
"CYP81D40"	"development"	"mutant"	3	8.333333	24	9.375
"CYP96A5"	"defense response"	"mutant"	3	15	15	9.345794
"CYP96A2"	"fatty acid metabolism"	"organ"	3	12	17	9.23913
"CYP703A2"	"fatty acid metabolism"	"organ"	3	12	17	9.23913
"CYP81H1"	"fatty acid metabolism"	"organ"	2	8	17	9.23913
"CYP79B2"	"growth"	"hormone"	2	8.333333	16	9.11681
"CYP97B3"	"response to wounding"	"organ"	2	9.09091	16	9.09091
"CYP74B2"	"response to wounding"	"organ"	2	9.09091	16	9.09091
"CYP94D2"	"tryptophan biosynthesis"	"mutant"	2	11.76471	12	9.09091
"CYP90A1"	"tryptophan biosynthesis"	"mutant"	2	11.76471	12	9.09091
"CYP720A1"	"response to wounding"	"mutant"	3	13.63636	16	9.090909
"CYP79F2"	"response to wounding"	"hormone"	2	9.09091	16	9.090909
"CYP79F1"	"response to wounding"	"hormone"	2	9.09091	16	9.090909
"CYP94C1"	"response to wounding"	"stress"	2	9.09091	16	9.090909
"CYP71B15"	"response to wounding"	"stress"	2	9.09091	16	9.090909
"CYP94B1"	"response to wounding"	"stress"	2	9.09091	16	9.090909
"CYP71A13"	"response to wounding"	"mutant"	2	9.09091	16	9.090909
"CYP72A11"	"photosystem II"	"mutant"	2	7.407407	18	9.045226
"CYP97C1"	"photosystem I"	"stress"	3	8.108108	24	9.022556
"CYP71B4"	"photosystem I"	"organ"	3	8.108108	24	9.022556
"CYP706A5"	"photosystem I"	"hormone"	3	8.108108	24	9.022556
"CYP71B34"	"development"	"mutant"	3	8.333333	23	8.984375
"CYP71B15"	"toxin catabolism"	"mutant"	6	13.333333	12	8.888889
"CYP89A3"	"toxin catabolism"	"mutant"	6	13.333333	12	8.888889
"CYP82C3"	"toxin catabolism"	"mutant"	6	13.333333	12	8.888889
"CYP96A5"	"toxin catabolism"	"mutant"	6	13.333333	12	8.888889
"CYP81D11"	"toxin catabolism"	"organ"	6	13.333333	12	8.888889
"CYP71A16"	"toxin catabolism"	"organ"	6	13.333333	12	8.888889
"CYP705A8"	"toxin catabolism"	"organ"	6	13.333333	12	8.888889
"CYP705A13"	"toxin catabolism"	"organ"	6	13.333333	12	8.888889
"CYP71B6"	"electron transport"	"mutant"	3	15	12	8.888889
"CYP71B10"	"toxin catabolism"	"hormone"	2	4.444444	12	8.888889
"CYP79B2"	"toxin catabolism"	"mutant"	2	4.444444	12	8.888889
"CYP81D1"	"toxin catabolism"	"stress"	2	4.444444	12	8.888889
"CYP706A4"	"toxin catabolism"	"organ"	2	4.444444	12	8.888889
"CYP89A9"	"toxin catabolism"	"stress"	2	4.444444	12	8.888889
"CYP81F2"	"toxin catabolism"	"stress"	2	4.444444	12	8.888889
"CYP71B26"	"toxin catabolism"	"hormone"	2	4.444444	12	8.888889
"CYP71B3"	"toxin catabolism"	"organ"	2	4.444444	12	8.888889
"CYP72A8"	"toxin catabolism"	"mutant"	2	4.444444	12	8.888889
"CYP71B23"	"jasmonic acid biosynthesis"	"mutant"	2	10.52632	12	8.82353
"CYP71B15"	"jasmonic acid biosynthesis"	"hormone"	2	10.52632	12	8.82353
"CYP72A14"	"jasmonic acid biosynthesis"	"hormone"	2	10.52632	12	8.82353
"CYP72A8"	"jasmonic acid biosynthesis"	"hormone"	2	10.52632	12	8.82353
"CYP89A9"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP71B34"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP89A2"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP72A13"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP72A15"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP81H1"	"jasmonic acid biosynthesis"	"organ"	2	10.52632	12	8.823529
"CYP71B15"	"ubiquitin-dependent protein catabolism"	"stress"	3	7.317073	20	8.77193
"CYP72A11"	"ubiquitin-dependent protein catabolism"	"mutant"	3	7.317073	20	8.77193
"CYP81D8"	"defense response"	"hormone"	2	10	14	8.722741
"CYP71B15"	"defense response"	"hormone"	2	10	14	8.722741
"CYP706A5"	"response to light"	"stress"	2	5.405405	16	8.695652
"CYP97C1"	"response to light"	"stress"	2	5.405405	16	8.695652
"CYP706A5"	"response to light"	"hormone"	2	5.405405	16	8.695652
"CYP71B36"	"response to light"	"stress"	2	5.405405	16	8.695652
"CYP705A12"	"sterol biosynthesis"	"hormone"	2	10	14	8.695652
"CYP81D1"	"photosynthesis"	"mutant"	2	10	12	8.695652
"CYP705A5"	"photosynthesis"	"mutant"	2	10	12	8.695652
"CYP71B6"	"growth"	"mutant"	2	8.333333	15	8.547009
"CYP706A5"	"photosystem II"	"hormone"	2	7.407407	17	8.542714
"CYP71B4"	"photosystem II"	"organ"	2	7.407407	17	8.542714
"CYP97C1"	"photosystem II"	"stress"	2	7.407407	17	8.542714
"CYP97B3"	"photosystem II"	"stress"	2	7.407407	17	8.542714
"CYP97A3"	"photosystem II"	"mutant"	2	7.407407	17	8.542714
"CYP81D6"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP71B30P"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP97B3"	"lipid biosynthesis"	"organ"	2	11.11111	14	8.333333
"CYP81D7"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP79A4P"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP86A2"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP90A1"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP71B16"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP97B3"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP81D40"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP97A3"	"lipid biosynthesis"	"mutant"	2	11.11111	14	8.333333
"CYP709B3"	"lipid biosynthesis"	"organ"	2	11.11111	14	8.333333
"CYP81D6"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP79A4P"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP97B3"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP71B16"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP81D7"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP71B30P"	"photosystem I"	"mutant"	3	8.108108	22	8.270677
"CYP79B2"	"defense response"	"hormone"	2	10	13	8.099688
"CYP81D1"	"defense response"	"hormone"	2	10	13	8.099688
"CYP71B4"	"photosystem II"	"mutant"	2	7.407407	16	8.040201
"CYP90C1"	"growth"	"organ"	2	8.333333	14	7.977208
"CYP707A3"	"response to wounding"	"mutant"	3	13.63636	14	7.954545
"CYP82C3"	"response to wounding"	"mutant"	3	13.63636	14	7.954545
"CYP707A3"	"response to wounding"	"hormone"	3	13.63636	14	7.954545
"CYP71A18"	"response to wounding"	"mutant"	2	9.09091	14	7.954545
"CYP81F3"	"response to wounding"	"mutant"	2	9.09091	14	7.954545
"CYP89A9"	"response to wounding"	"stress"	2	9.09091	14	7.954545
"CYP709B3"	"photosystem I"	"mutant"	3	8.108108	21	7.894737
"CYP72A11"	"photosystem I"	"stress"	3	8.108108	21	7.894737
"CYP707A3"	"defense response"	"hormone"	3	15	12.5	7.788162
"CYP72A11"	"protein catabolism"	"mutant"	3	6.25	20	7.782101
"CYP71B15"	"protein catabolism"	"stress"	3	6.25	20	7.782101
"CYP98A8"	"fatty acid metabolism"	"mutant"	3	12	14	7.608696
"CYP73A5"	"response to light"	"stress"	3	8.108108	14	7.608696
"CYP98A9"	"fatty acid metabolism"	"mutant"	3	12	14	7.608696
"CYP705A24"	"fatty acid metabolism"	"mutant"	3	12	14	7.608696
"CYP51A2"	"fatty acid metabolism"	"mutant"	2	8	14	7.608696
"CYP72A15"	"development"	"mutant"	3	8.333333	19	7.421875
"CYP81H1"	"development"	"mutant"	2	5.555556	19	7.421875
"CYP83A1"	"development"	"hormone"	2	5.555556	19	7.421875
"CYP79F1"	"development"	"hormone"	2	5.555556	19	7.421875
"CYP79F2"	"development"	"hormone"	2	5.555556	19	7.421875
"CYP82G1"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP86C3"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP72A11"	"fatty acid metabolism"	"mutant"	2	8	13	7.065217
"CYP86A"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP97A3"	"fatty acid metabolism"	"mutant"	2	8	13	7.065217
"CYP71B8"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP706A3"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP71B31"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP81D40"	"fatty acid metabolism"	"mutant"	2	8	13	7.065217
"CYP96A2"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP96A13"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP96A15"	"fatty acid metabolism"	"hormone"	2	8	13	7.065217
"CYP706A5"	"fatty acid metabolism"	"mutant"	2	8	13	7.065217
"CYP71B30P"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP79A4P"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP81D6"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP71B16"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP81D7"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP72A11"	"photosystem II"	"stress"	2	7.407407	14	7.035176
"CYP97B3"	"photosystem II"	"mutant"	2	7.407407	14	7.035176
"CYP97B3"	"photosystem II"	"hormone"	2	7.407407	14	7.035176
"CYP89A3"	"defense response"	"mutant"	2	10	11	6.853583
"CYP72A8"	"response to wounding"	"hormone"	2	9.09091	12	6.818182
"CYP71B20"	"response to light"	"organ"	3	8.108108	12.5	6.793478
"CYP71B19"	"response to light"	"organ"	3	8.108108	12.5	6.793478
"CYP74A"	"photosystem II"	"organ"	2	7.407407	13	6.532663
"CYP71B24"	"response to light"	"organ"	5	13.513514	12	6.521739
"CYP709B2"	"fatty acid metabolism"	"hormone"	3	12	12	6.521739
"CYP85A2"	"fatty acid metabolism"	"organ"	2	8	12	6.521739
"CYP71B38"	"response to light"	"mutant"	2	5.405405	12	6.521739
"CYP71B28"	"fatty acid metabolism"	"organ"	2	8	12	6.521739
"CYP97B3"	"photosystem I"	"stress"	2	5.405405	17	6.390977
"CYP706A5"	"photosystem I"	"stress"	2	5.405405	17	6.390977
"CYP51A2"	"development"	"mutant"	2	5.555556	16	6.25
"CYP71B6"	"development"	"mutant"	2	5.555556	16	6.25
"CYP81D2"	"response to light"	"mutant"	3	8.108108	11.5	6.25
"CYP71A18"	"response to light"	"mutant"	3	8.108108	11.5	6.25
"CYP71B28"	"response to wounding"	"organ"	2	9.09091	11	6.25
"CYP71B19"	"response to wounding"	"organ"	2	9.09091	11	6.25
"CYP71B20"	"response to wounding"	"organ"	2	9.09091	11	6.25
"CYP94D2"	"ubiquitin-dependent protein catabolism"	"hormone"	2	4.878049	14	6.140351
"CYP71B26"	"ubiquitin-dependent protein catabolism"	"mutant"	2	4.878049	14	6.140351
"CYP72A15"	"ubiquitin-dependent protein catabolism"	"mutant"	2	4.878049	14	6.140351
"CYP702A3"	"photosystem I"	"mutant"	2	5.405405	16	6.015038
"CYP88A3"	"photosystem I"	"mutant"	2	5.405405	16	6.015038
"CYP71B26"	"photosystem I"	"mutant"	2	5.405405	16	6.015038
"CYP71B7"	"photosystem I"	"mutant"	2	5.405405	16	6.015038
"CYP71B4"	"photosystem I"	"mutant"	2	5.405405	16	6.015038
"CYP734A1"	"response to light"	"mutant"	2	5.405405	11	5.978261
"CYP724A1"	"ubiquitin-dependent protein catabolism"	"organ"	2	4.878049	13	5.701754
"CYP71B34"	"development"	"organ"	2	5.555556	14	5.46875
"CYP97B3"	"development"	"organ"	2	5.555556	14	5.46875
"CYP90A1"	"development"	"organ"	2	5.555556	14	5.46875
"CYP72A11"	"development"	"organ"	2	5.555556	14	5.46875
"CYP97C1"	"development"	"organ"	2	5.555556	14	5.46875
"CYP709B3"	"development"	"organ"	2	5.555556	14	5.46875
"CYP71B28"	"development"	"organ"	2	5.555556	14	5.46875
"CYP97C1"	"development"	"stress"	2	5.555556	14	5.46875
"CYP71B26"	"protein catabolism"	"mutant"	2	4.166667	14	5.447471
"CYP72A15"	"protein catabolism"	"mutant"	2	4.166667	14	5.447471
"CYP94D2"	"protein catabolism"	"hormone"	2	4.166667	14	5.447471
"CYP71B11"	"photosystem I"	"hormone"	2	5.405405	14	5.263158
"CYP97B3"	"photosystem I"	"hormone"	2	5.405405	14	5.263158
"CYP73A5"	"ubiquitin-dependent protein catabolism"	"mutant"	2	4.878049	12	5.263158
"CYP71B5"	"development"	"mutant"	2	5.555556	13	5.078125
"CYP724A1"	"protein catabolism"	"organ"	2	4.166667	13	5.058366
"CYP72A11"	"ubiquitin-dependent protein catabolism"	"hormone"	2	4.878049	11	4.824561
"CYP710A1"	"ubiquitin-dependent protein catabolism"	"stress"	2	4.878049	11	4.824561
"CYP73A5"	"protein catabolism"	"mutant"	2	4.166667	12	4.669261
"CYP96A12"	"photosystem I"	"organ"	2	5.405405	12	4.511278
"CYP72A11"	"protein catabolism"	"hormone"	2	4.166667	11	4.280156
"CYP710A1"	"protein catabolism"	"stress"	2	4.166667	11	4.280156