"name"	"pathway"	"dataset"	"genes"	"genes.percent"	"score"	"score.percent"
"CYP71B16"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP88A3"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP71B7"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP71B6"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP79A4P"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP97B3"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP81D7"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP81D6"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP702A8"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP71B38"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP71B30P"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	3	100	20	100
"CYP706A5"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	3	100	18	100
"CYP90A1"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	3	100	18	100
"CYP97B3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	3	100	18	100
"CYP716A2"	"heavy metal ion transport (Cu, Fe, etc.)"	"organ"	2	100	17	100
"CYP708A2"	"heavy metal ion transport (Cu, Fe, etc.)"	"organ"	2	100	17	100
"CYP86A1"	"heavy metal ion transport (Cu, Fe, etc.)"	"organ"	2	100	17	100
"CYP83B1"	"C-compound and carbohydrate regulation of C-compound and carbohydrate utilization "	"hormone"	2	100	14	100
"CYP81F4"	"C-compound and carbohydrate regulation of C-compound and carbohydrate utilization "	"hormone"	2	100	14	100
"CYP708A3"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP83A1"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP71B34"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP74B2"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP706A5"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP86A2"	"accessory proteins of photosynthetic electron transport "	"mutant"	2	100	12	100
"CYP81F4"	"accessory proteins of photosynthetic electron transport "	"mutant"	2	100	12	100
"CYP81D40"	"accessory proteins of photosynthetic electron transport "	"mutant"	2	100	12	100
"CYP81H1"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP71B19"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP71B20"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP72A11"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP71B28"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP97A3"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP71B26"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP97B3"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP90A1"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP709B3"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP86A2"	"accessory proteins of photosynthetic electron transport "	"organ"	2	100	12	100
"CYP83B1"	"regulation of C-compound and carbohydrate utilization "	"hormone"	2	66.66667	14	87.5
"CYP81F4"	"regulation of C-compound and carbohydrate utilization "	"hormone"	2	66.66667	14	87.5
"CYP97B3"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP71B30P"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP81D6"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP71B26"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP81D7"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP71B16"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP79A4P"	"energy conversion and regeneration "	"mutant"	2	66.66667	12	85.71429
"CYP709B3"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP97A3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP71B19"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP71B28"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP71B20"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP97B3"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP86A2"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP83A1"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP709B3"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP71B7"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP71B26"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP97A3"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP90A1"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP71B19"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP97B3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP72A11"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP72A11"	"detoxification by modification"	"mutant"	2	66.66667	14	77.77778
"CYP71B20"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP97B3"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP81F4"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP83A1"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP72A11"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP71B28"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP71B26"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP81D40"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	14	77.77778
"CYP71B34"	"metabolismn of primary metabolic sugars derivatives "	"organ"	2	66.66667	14	77.77778
"CYP72A11"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP97A3"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP709B3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP90A1"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP72A11"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP97A3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP74B2"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP71B20"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP83A1"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP71B19"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP708A3"	"accessory proteins of electron transport and membrane-associated energy conservation"	"organ"	2	66.66667	14	77.77778
"CYP71B34"	"biosynthesis of glycosides"	"organ"	2	66.66667	14	77.77778
"CYP716A2"	"cation transport (Na, K, Ca , NH4, etc.) "	"organ"	2	66.66667	17	73.91304
"CYP86A1"	"cation transport (Na, K, Ca , NH4, etc.) "	"organ"	2	66.66667	17	73.91304
"CYP708A2"	"cation transport (Na, K, Ca , NH4, etc.) "	"organ"	2	66.66667	17	73.91304
"CYP84A1"	"C-compound and carbohydrate glyoxylate cycle "	"stress"	2	66.66667	14	70
"CYP90A1"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	2	66.66667	14	70
"CYP94D2"	"C-compound and carbohydrate glyoxylate cycle "	"mutant"	2	66.66667	14	70
"CYP97A3"	"photosynthesis"	"organ"	29	65.909091	184	69.69697
"CYP90A1"	"electron transport and membrane-associated energy conservation "	"mutant"	7	77.77778	32	69.56522
"CYP97B3"	"electron transport and membrane-associated energy conservation "	"mutant"	7	77.77778	32	69.56522
"CYP72A11"	"photosynthesis"	"organ"	29	65.909091	182	68.939394
"CYP79A4P"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP71B16"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP71B7"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP81D7"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP81D6"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP97B3"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP71B30P"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP90A1"	"transmembrane signal transduction"	"mutant"	3	60	13	68.42105
"CYP709B3"	"photosynthesis"	"organ"	28	63.636364	178	67.424242
"CYP71B30P"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP71B6"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP88A3"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP81D6"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP97B3"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP79A4P"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP72A11"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP706A5"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP71B16"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP81D6"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP81D7"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP97B3"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP79A4P"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP90A1"	"lipid transport "	"mutant"	3	37.5	20	66.66667
"CYP71B38"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP71B16"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP71B7"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP81D7"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP702A8"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP71B30P"	"glyoxylate cycle"	"mutant"	3	75	20	66.66667
"CYP71B30P"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	12	66.66667
"CYP71B16"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	12	66.66667
"CYP79A4P"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	12	66.66667
"CYP81D7"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	12	66.66667
"CYP81D6"	"accessory proteins of electron transport and membrane-associated energy conservation"	"mutant"	2	66.66667	12	66.66667
"CYP72A11"	"biogenesis of chloroplast"	"organ"	37	60.655738	247	64.155844
"CYP88A4"	"photosynthesis"	"stress"	27	61.363636	168	63.636364
"CYP90A1"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP71B16"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP81D7"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP71B30P"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP97B3"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP81D6"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP94D2"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP79A4P"	"biosynthesis of nonprotein amino acids"	"mutant"	2	50	14	63.63636
"CYP97B3"	"photosynthesis"	"organ"	25	56.818182	164	62.121212
"CYP79A2"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP71B2"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP76G1"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP81D2"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP705A32"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP71B21"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP77A9"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP71B25"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP78A10"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP96A14P"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP85A1"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP71B31"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP71B17"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP735A2"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP79C5P"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP735A1"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP716A2"	"second messenger mediated signal transduction"	"mutant"	2	50	13	61.90476
"CYP86A2"	"electron / hydrogen transport "	"mutant"	3	50	21	60
"CYP94D2"	"lipid transport "	"mutant"	2	25	18	60
"CYP71B10"	"storage protein"	"mutant"	3	60	12	60
"CYP86A2"	"channel / pore class transport"	"organ"	5	33.33333	35	59.32203
"CYP97B3"	"biogenesis of chloroplast"	"organ"	34	55.737705	225	58.441558
"CYP83A1"	"photosynthesis"	"organ"	24	54.545455	154	58.333333
"CYP97A3"	"photosynthesis"	"stress"	24	54.545455	153	57.954545
"CYP97C1"	"photosynthesis"	"organ"	25	56.818182	152	57.575758
"CYP81D40"	"photosynthesis"	"mutant"	22	50	150	56.818182
"CYP71B30P"	"electron transport and membrane-associated energy conservation "	"mutant"	6	66.66667	26	56.52174
"CYP81D6"	"electron transport and membrane-associated energy conservation "	"mutant"	6	66.66667	26	56.52174
"CYP71B16"	"electron transport and membrane-associated energy conservation "	"mutant"	6	66.66667	26	56.52174
"CYP79A4P"	"electron transport and membrane-associated energy conservation "	"mutant"	6	66.66667	26	56.52174
"CYP81D7"	"electron transport and membrane-associated energy conservation "	"mutant"	6	66.66667	26	56.52174
"CYP706A5"	"photosynthesis"	"organ"	24	54.545455	148	56.060606
"CYP71B24"	"defense related proteins"	"organ"	3	42.85714	11	55
"CYP71B36"	"defense related proteins"	"organ"	3	42.85714	11	55
"CYP706A5"	"photosynthesis"	"mutant"	21	47.727273	144	54.545455
"CYP97A3"	"biogenesis of chloroplast"	"organ"	32	52.459016	209	54.285714
"CYP71B19"	"photosynthesis"	"organ"	21	47.727273	142	53.787879
"CYP71B20"	"photosynthesis"	"organ"	21	47.727273	142	53.787879
"CYP86A2"	"photosynthesis"	"mutant"	21	47.727273	142	53.787879
"CYP709B3"	"biogenesis of chloroplast"	"organ"	32	52.459016	207	53.766234
"CYP706A5"	"biogenesis of chloroplast"	"organ"	31	50.819672	207	53.766234
"CYP706A5"	"channel / pore class transport"	"organ"	4	26.66667	31	52.54237
"CYP71B34"	"photosynthesis"	"organ"	22	50	138	52.272727
"CYP97A3"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP83A1"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP71B26"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP709B3"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP71B20"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP72A11"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP97B3"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP71B19"	"electron transport and membrane-associated energy conservation "	"organ"	3	33.33333	24	52.17391
"CYP72A11"	"channel / pore class transport"	"organ"	5	33.33333	30	50.84746
"CYP706A5"	"biogenesis of chloroplast"	"mutant"	30	49.18033	195	50.64935
"CYP90A1"	"biogenesis of chloroplast"	"mutant"	29	47.54098	195	50.64935
"CYP71B38"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP71B16"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP79A4P"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP81D7"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP71B30P"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP97B3"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP86C4"	"cytoplasmic and nuclear protein degradation"	"stress"	2	50	13	50
"CYP88A3"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP81D6"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP94D2"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP90A1"	"cytoplasmic and nuclear protein degradation"	"mutant"	2	50	13	50
"CYP83B1"	"cytoplasmic and nuclear protein degradation"	"hormone"	2	50	13	50
"CYP89A3"	"cytoplasmic and nuclear protein degradation"	"stress"	2	50	13	50
"CYP97A3"	"biogenesis of chloroplast"	"mutant"	29	47.54098	191	49.61039
"CYP90A1"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP79A4P"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP97B3"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP81D7"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP71B16"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP94D2"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP73A5"	"electron / hydrogen transport "	"hormone"	3	50	17	48.57143
"CYP71B38"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP71B30P"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP81D6"	"electron / hydrogen transport "	"mutant"	3	50	17	48.57143
"CYP88A4"	"biogenesis of chloroplast"	"stress"	29	47.540984	187	48.571429
"CYP90A1"	"photosynthesis"	"mutant"	18	40.909091	128	48.484848
"CYP97A3"	"photosynthesis"	"mutant"	19	43.181818	127	48.106061
"CYP97C1"	"biogenesis of chloroplast"	"organ"	29	47.540984	185	48.051948
"CYP88A3"	"electron transport and membrane-associated energy conservation "	"mutant"	5	55.55556	22	47.82609
"CYP706A5"	"electron transport and membrane-associated energy conservation "	"mutant"	4	44.44444	22	47.82609
"CYP71B28"	"photosynthesis"	"organ"	20	45.454545	126	47.727273
"CYP86A2"	"photosynthesis"	"organ"	19	43.181818	124	46.969697
"CYP90A1"	"glyoxylate cycle"	"mutant"	2	50	14	46.66667
"CYP94D2"	"glyoxylate cycle"	"mutant"	2	50	14	46.66667
"CYP84A1"	"glyoxylate cycle"	"stress"	2	50	14	46.66667
"CYP71B21"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP71B2"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP734A1"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP78A10"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP78A8"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP716A2"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP79A2"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP71B31"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP71B25"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP76G1"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP81D2"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP735A2"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP735A1"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP85A1"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP71B17"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP705A32"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP79C5P"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP77A9"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP96A14P"	"cell growth / morphogenesis "	"mutant"	2	40	13	46.42857
"CYP90A1"	"channel / pore class transport"	"mutant"	4	26.66667	26	44.0678
"CYP71B26"	"electron transport and membrane-associated energy conservation "	"mutant"	4	44.44444	20	43.47826
"CYP72A11"	"electron transport and membrane-associated energy conservation "	"mutant"	4	44.44444	20	43.47826
"CYP81D40"	"biogenesis of chloroplast"	"mutant"	25	40.98361	167	43.37662
"CYP97C1"	"photosynthesis"	"stress"	17	38.636364	112	42.424242
"CYP90A1"	"photosynthesis"	"stress"	16	36.363636	112	42.424242
"CYP90A1"	"photosynthesis"	"organ"	16	36.363636	112	42.424242
"CYP97B3"	"biogenesis of chloroplast"	"mutant"	25	40.98361	162	42.07792
"CYP71B16"	"transported compounds (substrates)"	"mutant"	8	34.78261	50	42.01681
"CYP81D7"	"transported compounds (substrates)"	"mutant"	8	34.78261	50	42.01681
"CYP71B30P"	"transported compounds (substrates)"	"mutant"	8	34.78261	50	42.01681
"CYP79A4P"	"transported compounds (substrates)"	"mutant"	8	34.78261	50	42.01681
"CYP81D6"	"transported compounds (substrates)"	"mutant"	8	34.78261	50	42.01681
"CYP86A2"	"biogenesis of chloroplast"	"mutant"	24	39.34426	161	41.81818
"CYP71B35"	"photosynthesis"	"organ"	18	40.909091	110	41.666667
"CYP90A1"	"biogenesis of chloroplast"	"organ"	24	39.344262	157	40.779221
"CYP86A2"	"channel / pore class transport"	"mutant"	3	20	24	40.67797
"CYP97A3"	"channel / pore class transport"	"organ"	3	20	24	40.67797
"CYP706A5"	"photosynthesis"	"stress"	17	38.636364	107	40.530303
"CYP81F4"	"detoxification involving cytochrome P450 "	"organ"	3	25	12	40
"CYP706A7"	"detoxification involving cytochrome P450 "	"organ"	3	25	12	40
"CYP71B7"	"lipid transport "	"mutant"	2	25	12	40
"CYP94D2"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	4	33.33333	17	39.53488
"CYP97B3"	"transported compounds (substrates)"	"mutant"	8	34.78261	47	39.4958
"CYP71B20"	"biogenesis of chloroplast"	"organ"	25	40.983607	151	39.220779
"CYP71B19"	"biogenesis of chloroplast"	"organ"	25	40.983607	151	39.220779
"CYP86A2"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	18	39.13043
"CYP90A1"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	18	39.13043
"CYP71B28"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	18	39.13043
"CYP71B34"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	18	39.13043
"CYP71A13"	"metabolism of the aspartate family"	"stress"	2	25	16	39.02439
"CYP71B15"	"metabolism of the aspartate family"	"stress"	2	25	16	39.02439
"CYP71B7"	"aerobic respiration"	"mutant"	6	40	42	38.88889
"CYP86A2"	"aerobic respiration"	"mutant"	6	40	42	38.88889
"CYP83A1"	"biogenesis of chloroplast"	"organ"	22	36.065574	149	38.701299
"CYP708A3"	"photosynthesis"	"organ"	15	34.090909	102	38.636364
"CYP97B3"	"photosynthesis"	"mutant"	15	34.090909	102	38.636364
"CYP72A11"	"biogenesis of chloroplast"	"mutant"	23	37.70492	148	38.44156
"CYP79A2"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP71B2"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP78A10"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP71B17"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP71B21"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP77A9"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP96A14P"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP79C5P"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP76G1"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP71B25"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP735A1"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP85A1"	"tRNA synthesis "	"mutant"	2	28.57143	13	38.23529
"CYP71B34"	"biogenesis of chloroplast"	"organ"	23	37.704918	147	38.181818
"CYP90A1"	"protein degradation "	"mutant"	7	36.84211	31	37.80488
"CYP97B3"	"protein degradation "	"mutant"	7	36.84211	31	37.80488
"CYP72A11"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP71B16"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP81D7"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP81D6"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP71B30P"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP79A4P"	"channel / pore class transport"	"mutant"	4	26.66667	22	37.28814
"CYP71B30P"	"aerobic respiration"	"mutant"	6	40	40	37.03704
"CYP71B16"	"aerobic respiration"	"mutant"	6	40	40	37.03704
"CYP79A4P"	"aerobic respiration"	"mutant"	6	40	40	37.03704
"CYP81D6"	"aerobic respiration"	"mutant"	6	40	40	37.03704
"CYP81D7"	"aerobic respiration"	"mutant"	6	40	40	37.03704
"CYP83A1"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP708A3"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP81F4"	"aerobic respiration"	"mutant"	5	33.33333	40	37.03704
"CYP71B26"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP71B19"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP709B3"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP74B2"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP81D40"	"aerobic respiration"	"mutant"	5	33.33333	40	37.03704
"CYP72A11"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP71B20"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP97B3"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP97A3"	"aerobic respiration"	"organ"	5	33.33333	40	37.03704
"CYP86A1"	"detoxification involving cytochrome P450 "	"hormone"	2	16.66667	11	36.66667
"CYP708A2"	"detoxification involving cytochrome P450 "	"mutant"	2	16.66667	11	36.66667
"CYP708A2"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP705A13"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP86A1"	"detoxification involving cytochrome P450 "	"mutant"	2	16.66667	11	36.66667
"CYP705A5"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP71A19"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP71A16"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP708A2"	"detoxification involving cytochrome P450 "	"hormone"	2	16.66667	11	36.66667
"CYP705A5"	"detoxification involving cytochrome P450 "	"hormone"	2	16.66667	11	36.66667
"CYP716A2"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP83A1"	"detoxification involving cytochrome P450 "	"hormone"	2	16.66667	11	36.66667
"CYP86A1"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP705A5"	"detoxification involving cytochrome P450 "	"mutant"	2	16.66667	11	36.66667
"CYP705A12"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP705A25"	"detoxification involving cytochrome P450 "	"organ"	2	16.66667	11	36.66667
"CYP81D7"	"biogenesis of chloroplast"	"mutant"	21	34.42623	140	36.36364
"CYP71B16"	"biogenesis of chloroplast"	"mutant"	21	34.42623	140	36.36364
"CYP79A4P"	"biogenesis of chloroplast"	"mutant"	21	34.42623	140	36.36364
"CYP71B30P"	"biogenesis of chloroplast"	"mutant"	21	34.42623	140	36.36364
"CYP81D6"	"biogenesis of chloroplast"	"mutant"	21	34.42623	140	36.36364
"CYP71B7"	"photosynthesis"	"mutant"	14	31.818182	94	35.606061
"CYP72A11"	"protein degradation "	"mutant"	6	31.57895	29	35.36585
"CYP94D2"	"protein degradation "	"mutant"	6	31.57895	29	35.36585
"CYP81F2"	"nitrogen and sulfur utilization "	"hormone"	3	27.27273	29	35.36585
"CYP97B3"	"degradation "	"mutant"	8	30.769231	41	35.34483
"CYP90A1"	"degradation "	"mutant"	8	30.769231	41	35.34483
"CYP71B28"	"biogenesis of chloroplast"	"organ"	22	36.065574	135	35.064935
"CYP71B16"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP81D6"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP81D7"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP71B30P"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP90A1"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP97B3"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP79A4P"	"biosynthesis of secondary products derived from primary amino acids"	"mutant"	3	25	15	34.88372
"CYP72A11"	"photosynthesis"	"mutant"	14	31.818182	92	34.848485
"CYP74B2"	"respiration"	"organ"	7	30.434783	46	34.84848
"CYP86A2"	"respiration"	"mutant"	7	30.434783	46	34.84848
"CYP97B3"	"respiration"	"organ"	7	30.434783	46	34.84848
"CYP706A5"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	16	34.78261
"CYP71A18"	"pyrimidine nucleotide metabolism"	"mutant"	5	29.41176	26	34.66667
"CYP81D2"	"pyrimidine nucleotide metabolism"	"mutant"	5	29.41176	26	34.66667
"CYP71B30P"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP79A4P"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP81D7"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP81D6"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP97B3"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP71B16"	"transport routes "	"mutant"	6	33.33333	30	34.48276
"CYP83A1"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP97C1"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP86A2"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP97A3"	"electron / hydrogen transport "	"stress"	2	33.33333	12	34.28571
"CYP97A3"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP71B35"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP71B34"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP90A1"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP71B20"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP709B3"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP90A1"	"electron / hydrogen transport "	"stress"	2	33.33333	12	34.28571
"CYP706A5"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP97B3"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP71B28"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP72A11"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP71B19"	"electron / hydrogen transport "	"organ"	2	33.33333	12	34.28571
"CYP88A4"	"electron / hydrogen transport "	"stress"	2	33.33333	12	34.28571
"CYP74B2"	"photosynthesis"	"organ"	13	29.545455	90	34.090909
"CYP51A2"	"chloroplast transport "	"mutant"	3	30	19	33.92857
"CYP71B20"	"channel / pore class transport"	"organ"	3	20	20	33.89831
"CYP72A8"	"channel / pore class transport"	"organ"	3	20	20	33.89831
"CYP71B19"	"channel / pore class transport"	"organ"	3	20	20	33.89831
"CYP94D2"	"channel / pore class transport"	"mutant"	3	20	20	33.89831
"CYP97B3"	"channel / pore class transport"	"mutant"	3	20	20	33.89831
"CYP81D7"	"degradation "	"mutant"	8	30.769231	39	33.62069
"CYP81D6"	"degradation "	"mutant"	8	30.769231	39	33.62069
"CYP71B16"	"degradation "	"mutant"	8	30.769231	39	33.62069
"CYP71B30P"	"degradation "	"mutant"	8	30.769231	39	33.62069
"CYP79A4P"	"degradation "	"mutant"	8	30.769231	39	33.62069
"CYP72A11"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP71B20"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP708A3"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP71B19"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP81F4"	"respiration"	"mutant"	6	26.086957	44	33.33333
"CYP71B26"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP81D40"	"respiration"	"mutant"	6	26.086957	44	33.33333
"CYP709B3"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP83A1"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP97A3"	"respiration"	"organ"	6	26.086957	44	33.33333
"CYP97A3"	"pentose-phosphate pathway "	"stress"	6	28.57143	39	33.33333
"CYP88A4"	"pentose-phosphate pathway "	"stress"	6	28.57143	39	33.33333
"CYP97A3"	"pentose-phosphate pathway "	"organ"	6	28.57143	39	33.33333
"CYP706A5"	"aerobic respiration"	"mutant"	6	40	36	33.33333
"CYP90A1"	"aerobic respiration"	"mutant"	6	40	36	33.33333
"CYP97B3"	"aerobic respiration"	"mutant"	6	40	36	33.33333
"CYP97A3"	"biogenesis of chloroplast"	"stress"	21	34.42623	127	32.987013
"CYP81D7"	"protein degradation "	"mutant"	6	31.57895	27	32.92683
"CYP79A4P"	"protein degradation "	"mutant"	6	31.57895	27	32.92683
"CYP71B30P"	"protein degradation "	"mutant"	6	31.57895	27	32.92683
"CYP81D6"	"protein degradation "	"mutant"	6	31.57895	27	32.92683
"CYP71B16"	"protein degradation "	"mutant"	6	31.57895	27	32.92683
"CYP706A5"	"protein degradation "	"mutant"	5	26.31579	27	32.92683
"CYP86A2"	"transported compounds (substrates)"	"mutant"	7	30.43478	39	32.77311
"CYP81D6"	"photosynthesis"	"mutant"	13	29.545455	86	32.575758
"CYP79A4P"	"photosynthesis"	"mutant"	13	29.545455	86	32.575758
"CYP81D7"	"photosynthesis"	"mutant"	13	29.545455	86	32.575758
"CYP71B16"	"photosynthesis"	"mutant"	13	29.545455	86	32.575758
"CYP71B30P"	"photosynthesis"	"mutant"	13	29.545455	86	32.575758
"CYP709B3"	"pentose-phosphate pathway "	"organ"	5	23.80952	38	32.47863
"CYP72A11"	"pentose-phosphate pathway "	"organ"	5	23.80952	38	32.47863
"CYP86A2"	"biogenesis of chloroplast"	"organ"	19	31.147541	125	32.467532
"CYP81F4"	"photosynthesis"	"mutant"	11	25	85	32.19697
"CYP51A2"	"protein targeting, sorting and translocation"	"mutant"	2	22.22222	15	31.91489
"CYP72A11"	"protein targeting, sorting and translocation"	"hormone"	2	22.22222	15	31.91489
"CYP71B7"	"respiration"	"mutant"	6	26.086957	42	31.81818
"CYP81D8"	"disease, virulence and defense "	"hormone"	3	20	13	31.70732
"CYP71B15"	"disease, virulence and defense "	"mutant"	3	20	13	31.70732
"CYP90A1"	"aerobic respiration"	"organ"	4	26.66667	34	31.48148
"CYP86A2"	"aerobic respiration"	"organ"	4	26.66667	34	31.48148
"CYP709B3"	"photosynthesis"	"mutant"	12	27.272727	83	31.439394
"CYP71B26"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP72A11"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP71B7"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP88A3"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP97A3"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP706A5"	"electron / hydrogen transport "	"mutant"	2	33.33333	11	31.42857
"CYP90A1"	"transported compounds (substrates)"	"mutant"	6	26.08696	37	31.09244
"CYP51A2"	"transport routes "	"mutant"	5	27.77778	27	31.03448
"CYP71B24"	"channel / pore class transport"	"organ"	2	13.33333	18	30.50847
"CYP90A1"	"protein degradation "	"organ"	5	26.31579	25	30.4878
"CYP72A11"	"protein degradation "	"organ"	5	26.31579	25	30.4878
"CYP71B28"	"protein degradation "	"organ"	5	26.31579	25	30.4878
"CYP97B3"	"protein degradation "	"organ"	5	26.31579	25	30.4878
"CYP72A15"	"electron transport and membrane-associated energy conservation "	"mutant"	4	44.44444	14	30.43478
"CYP94D2"	"electron transport and membrane-associated energy conservation "	"mutant"	4	44.44444	14	30.43478
"CYP97A3"	"electron transport and membrane-associated energy conservation "	"mutant"	2	22.22222	14	30.43478
"CYP86A2"	"electron transport and membrane-associated energy conservation "	"mutant"	2	22.22222	14	30.43478
"CYP98A3"	"electron transport and membrane-associated energy conservation "	"hormone"	2	22.22222	14	30.43478
"CYP71B7"	"electron transport and membrane-associated energy conservation "	"mutant"	2	22.22222	14	30.43478
"CYP81F4"	"electron transport and membrane-associated energy conservation "	"mutant"	2	22.22222	14	30.43478
"CYP81D40"	"electron transport and membrane-associated energy conservation "	"mutant"	2	22.22222	14	30.43478
"CYP74B2"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	14	30.43478
"CYP708A3"	"electron transport and membrane-associated energy conservation "	"organ"	2	22.22222	14	30.43478
"CYP71B16"	"respiration"	"mutant"	6	26.086957	40	30.30303
"CYP71B30P"	"respiration"	"mutant"	6	26.086957	40	30.30303
"CYP79A4P"	"respiration"	"mutant"	6	26.086957	40	30.30303
"CYP81D7"	"respiration"	"mutant"	6	26.086957	40	30.30303
"CYP81D6"	"respiration"	"mutant"	6	26.086957	40	30.30303
"CYP71B7"	"biogenesis of chloroplast"	"mutant"	15	24.59016	116	30.12987
"CYP71B26"	"aerobic respiration"	"mutant"	5	33.33333	32	29.62963
"CYP72A11"	"aerobic respiration"	"mutant"	5	33.33333	32	29.62963
"CYP90A1"	"aerobic respiration"	"stress"	4	26.66667	32	29.62963
"CYP97C1"	"aerobic respiration"	"organ"	4	26.66667	32	29.62963
"CYP706A5"	"aerobic respiration"	"organ"	4	26.66667	32	29.62963
"CYP94D2"	"transported compounds (substrates)"	"mutant"	5	21.73913	35	29.41176
"CYP83A1"	"nitrogen and sulfur utilization "	"organ"	3	27.27273	24	29.26829
"CYP74A"	"nitrogen and sulfur utilization "	"organ"	3	27.27273	24	29.26829
"CYP71B23"	"disease, virulence and defense "	"stress"	4	26.66667	12	29.26829
"CYP97A3"	"transcriptional control"	"organ"	3	25	21	29.16667
"CYP72A11"	"transcriptional control"	"organ"	3	25	21	29.16667
"CYP74B2"	"transcriptional control"	"organ"	3	25	21	29.16667
"CYP97C1"	"biogenesis of chloroplast"	"stress"	18	29.508197	111	28.831169
"CYP90A1"	"biogenesis of chloroplast"	"stress"	17	27.868852	111	28.831169
"CYP71B28"	"channel / pore class transport"	"organ"	3	20	17	28.81356
"CYP86A2"	"respiration"	"organ"	5	21.73913	38	28.78788
"CYP90A1"	"respiration"	"organ"	5	21.73913	38	28.78788
"CYP72A11"	"transport routes "	"hormone"	4	22.22222	25	28.73563
"CYP81D2"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	37	28.68217
"CYP72A11"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	30	28.57143
"CYP90A1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	30	28.57143
"CYP71B38"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP81D6"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP90A1"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP79A4P"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP71B16"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP71B30P"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP94D2"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP72A11"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP97B3"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP81D7"	"chloroplast transport "	"mutant"	2	20	16	28.57143
"CYP708A3"	"biogenesis of chloroplast"	"organ"	17	27.868852	109	28.311688
"CYP706A5"	"pentose-phosphate pathway "	"stress"	5	23.80952	33	28.20513
"CYP97C1"	"pentose-phosphate pathway "	"organ"	5	23.80952	33	28.20513
"CYP706A5"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"hormone"	4	28.57143	22	28.20513
"CYP79A4P"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP81D6"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP71B30P"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP71B16"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP97B3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP72A11"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"hormone"	3	21.42857	22	28.20513
"CYP81D7"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	22	28.20513
"CYP706A5"	"photosynthesis"	"hormone"	12	27.272727	74	28.030303
"CYP97B3"	"photosynthesis"	"stress"	12	27.272727	74	28.030303
"CYP90A1"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	14	28
"CYP81D8"	"lipid, fatty acid and isoprenoid degradation"	"stress"	5	18.518519	36	27.90698
"CYP71B15"	"lipid, fatty acid and isoprenoid degradation"	"stress"	5	18.518519	36	27.90698
"CYP706A5"	"protein targeting, sorting and translocation"	"stress"	2	22.22222	13	27.65957
"CYP88A4"	"protein targeting, sorting and translocation"	"stress"	2	22.22222	13	27.65957
"CYP97A3"	"protein targeting, sorting and translocation"	"stress"	2	22.22222	13	27.65957
"CYP71B26"	"photosynthesis"	"organ"	10	22.727273	73	27.651515
"CYP72A11"	"transport routes "	"mutant"	5	27.77778	24	27.58621
"CYP90A1"	"transport routes "	"mutant"	5	27.77778	24	27.58621
"CYP97B3"	"pentose-phosphate pathway "	"organ"	4	19.04762	32	27.35043
"CYP97B3"	"pentose-phosphate pathway "	"stress"	4	19.04762	32	27.35043
"CYP83A1"	"pentose-phosphate pathway "	"organ"	4	19.04762	32	27.35043
"CYP706A5"	"respiration"	"mutant"	6	26.086957	36	27.27273
"CYP90A1"	"respiration"	"mutant"	6	26.086957	36	27.27273
"CYP97B3"	"respiration"	"mutant"	6	26.086957	36	27.27273
"CYP706A5"	"respiration"	"organ"	5	21.73913	36	27.27273
"CYP97C1"	"respiration"	"organ"	5	21.73913	36	27.27273
"CYP78A10"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP79A2"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP71B21"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP77A9"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP71B25"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP85A1"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP96A14P"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	5	18.518519	35	27.13178
"CYP81D2"	"nitrogen and sulfur utilization "	"mutant"	3	27.27273	22	26.82927
"CYP71B24"	"disease, virulence and defense "	"organ"	3	20	11	26.82927
"CYP71B36"	"disease, virulence and defense "	"organ"	3	20	11	26.82927
"CYP71B23"	"disease, virulence and defense "	"mutant"	2	13.33333	11	26.82927
"CYP81F2"	"disease, virulence and defense "	"stress"	2	13.33333	11	26.82927
"CYP72A11"	"chloroplast transport "	"hormone"	2	20	15	26.78571
"CYP88A3"	"degradation "	"mutant"	6	23.076923	31	26.72414
"CYP72A11"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	3	20	28	26.66667
"CYP71B21"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP71B30P"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B17"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP724A1"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B16"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B25"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B17"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP76G1"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP703A2"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B21"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B25"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP705A32"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP96A14P"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP71B2"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP735A2"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP81D6"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP78A10"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP716A2"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP735A1"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP85A1"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP79A2"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP705A2"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP76G1"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP71B31"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP77A9"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP98A8"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP79A4P"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP81D7"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP77A9"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP79A2"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP96A14P"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP81D2"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP704B1"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP79C5P"	"pyrimidine nucleotide metabolism"	"mutant"	4	23.52941	20	26.66667
"CYP735A1"	"pyrimidine nucleotide metabolism"	"hormone"	4	23.52941	20	26.66667
"CYP71B26"	"photosynthesis"	"mutant"	11	25	70	26.515152
"CYP706A5"	"transported compounds (substrates)"	"mutant"	5	21.73913	31	26.05042
"CYP72A11"	"transported compounds (substrates)"	"mutant"	5	21.73913	31	26.05042
"CYP72A11"	"glycolysis and gluconeogenesis"	"organ"	25	21.367521	155	26.028547
"CYP81D2"	"degradation "	"mutant"	6	23.076923	30	25.86207
"CYP97A3"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	5	23.80952	39	25.657895
"CYP81D40"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	5	23.80952	39	25.657895
"CYP90A1"	"pentose-phosphate pathway "	"mutant"	5	23.80952	30	25.64103
"CYP706A5"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP97A3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP88A4"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"stress"	3	21.42857	20	25.64103
"CYP97B3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP709B3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP72A11"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP97A3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"stress"	3	21.42857	20	25.64103
"CYP71B35"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	3	21.42857	20	25.64103
"CYP81D7"	"nitrogen and sulfur metabolism"	"mutant"	5	25	40	25.641026
"CYP71B16"	"nitrogen and sulfur metabolism"	"mutant"	5	25	40	25.641026
"CYP81D6"	"nitrogen and sulfur metabolism"	"mutant"	5	25	40	25.641026
"CYP79A4P"	"nitrogen and sulfur metabolism"	"mutant"	5	25	40	25.641026
"CYP71B30P"	"nitrogen and sulfur metabolism"	"mutant"	5	25	40	25.641026
"CYP71B34"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP709B3"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP71B4"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP71B19"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP72A13"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP71B20"	"protein degradation "	"organ"	4	21.05263	21	25.60976
"CYP71B2"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	4	14.814815	33	25.5814
"CYP71B17"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	4	14.814815	33	25.5814
"CYP705A12"	"biosynthesis of secondary products derived from primary amino acids"	"organ"	3	25	11	25.5814
"CYP708A2"	"biosynthesis of secondary products derived from primary amino acids"	"organ"	3	25	11	25.5814
"CYP716A2"	"biosynthesis of secondary products derived from primary amino acids"	"organ"	3	25	11	25.5814
"CYP724A1"	"general transcription activities"	"organ"	3	21.42857	14	25.45455
"CYP709B3"	"channel / pore class transport"	"organ"	2	13.33333	15	25.42373
"CYP81D40"	"channel / pore class transport"	"mutant"	2	13.33333	15	25.42373
"CYP71B7"	"transported compounds (substrates)"	"mutant"	5	21.73913	30	25.21008
"CYP709B3"	"glycolysis and gluconeogenesis"	"organ"	23	19.65812	149	25.020991
"CYP72A11"	"degradation "	"mutant"	6	23.076923	29	25
"CYP94D2"	"degradation "	"mutant"	6	23.076923	29	25
"CYP86A2"	"degradation "	"mutant"	5	19.230769	29	25
"CYP98A3"	"metabolism of the cysteine - aromatic group"	"stress"	2	20	20	25
"CYP71B15"	"metabolism of the cysteine - aromatic group"	"hormone"	2	20	20	25
"CYP72A7"	"fermentation"	"organ"	3	23.07692	17	25
"CYP71B26"	"biogenesis of chloroplast"	"mutant"	13	21.31148	96	24.93506
"CYP97A3"	"photosynthesis"	"hormone"	10	22.727273	65	24.621212
"CYP72A11"	"nitrogen and sulfur utilization "	"organ"	3	27.27273	20	24.39024
"CYP94C1"	"nitrogen and sulfur utilization "	"hormone"	2	18.18182	20	24.39024
"CYP81D1"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	20	24.39024
"CYP83B1"	"nitrogen and sulfur utilization "	"hormone"	2	18.18182	20	24.39024
"CYP79F2"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	20	24.39024
"CYP79F1"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	20	24.39024
"CYP79B2"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	20	24.39024
"CYP79B3"	"nitrogen and sulfur utilization "	"stress"	2	18.18182	20	24.39024
"CYP72A11"	"respiration"	"mutant"	5	21.73913	32	24.24242
"CYP71B26"	"respiration"	"mutant"	5	21.73913	32	24.24242
"CYP90A1"	"respiration"	"stress"	4	17.391304	32	24.24242
"CYP74B2"	"biogenesis of chloroplast"	"organ"	15	24.590164	93	24.155844
"CYP735A1"	"degradation "	"mutant"	6	23.076923	28	24.13793
"CYP71B28"	"aerobic respiration"	"organ"	3	20	26	24.07407
"CYP71B34"	"aerobic respiration"	"organ"	3	20	26	24.07407
"CYP97A3"	"glycolysis and gluconeogenesis"	"organ"	24	20.512821	143	24.013434
"CYP79A4P"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP71B38"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP71B30P"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP71B16"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP88A4"	"aminoacyl-tRNA-synthetases"	"stress"	5	27.77778	12	24
"CYP97B3"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP81D7"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP81D6"	"aminoacyl-tRNA-synthetases"	"mutant"	5	27.77778	12	24
"CYP97C1"	"aminoacyl-tRNA-synthetases"	"organ"	5	27.77778	12	24
"CYP706A5"	"pentose-phosphate pathway "	"organ"	4	19.04762	28	23.93162
"CYP97B3"	"translation"	"mutant"	4	20	18	23.68421
"CYP81D6"	"translation"	"mutant"	3	15	18	23.68421
"CYP81D7"	"translation"	"mutant"	3	15	18	23.68421
"CYP79A4P"	"translation"	"mutant"	3	15	18	23.68421
"CYP71B16"	"translation"	"mutant"	3	15	18	23.68421
"CYP71B30P"	"translation"	"mutant"	3	15	18	23.68421
"CYP71B35"	"biogenesis of chloroplast"	"organ"	14	22.95082	91	23.636364
"CYP97B3"	"transcriptional control"	"stress"	2	16.66667	17	23.61111
"CYP97A3"	"transcriptional control"	"stress"	2	16.66667	17	23.61111
"CYP706A5"	"transcriptional control"	"stress"	2	16.66667	17	23.61111
"CYP71B35"	"transcriptional control"	"stress"	2	16.66667	17	23.61111
"CYP97C1"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP709B3"	"protein targeting, sorting and translocation"	"mutant"	2	22.22222	11	23.40426
"CYP71B19"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP97B3"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP709B3"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP706A5"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP72A11"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP97A3"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP71B20"	"protein targeting, sorting and translocation"	"organ"	2	22.22222	11	23.40426
"CYP97B3"	"energy"	"mutant"	12	24	58	23.387097
"CYP72A11"	"degradation "	"organ"	6	23.076923	27	23.27586
"CYP706A5"	"degradation "	"mutant"	5	19.230769	27	23.27586
"CYP71B38"	"degradation "	"mutant"	4	15.384615	27	23.27586
"CYP97C1"	"chloroplast transport "	"stress"	2	20	13	23.21429
"CYP97A3"	"chloroplast transport "	"stress"	2	20	13	23.21429
"CYP88A3"	"protein degradation "	"mutant"	4	21.05263	19	23.17073
"CYP97A3"	"protein degradation "	"mutant"	4	21.05263	19	23.17073
"CYP81D7"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP72A15"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP97B3"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP90A1"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP71B30P"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP94D2"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP81D6"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP71B26"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP71B16"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP88A3"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP72A11"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP71B16"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP71B26"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP71B38"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP81D7"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP71B38"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP72A11"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP79A4P"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP88A3"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP81D6"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP97B3"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP71B30P"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP94D2"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP90A1"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP72A15"	"plant hormonal regulation"	"mutant"	3	15.78947	28	23.1405
"CYP79A4P"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	28	23.1405
"CYP709B3"	"photosynthesis"	"stress"	8	18.181818	61	23.106061
"CYP97A3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"hormone"	2	14.28571	18	23.07692
"CYP90A1"	"glycolysis and gluconeogenesis"	"mutant"	23	19.65812	137	23.005877
"CYP97B3"	"glycolysis and gluconeogenesis"	"organ"	21	17.948718	137	23.005877
"CYP71B38"	"transport routes "	"mutant"	3	16.66667	20	22.98851
"CYP94D2"	"transport routes "	"mutant"	3	16.66667	20	22.98851
"CYP71B17"	"C-compound, carbohydrate catabolism"	"mutant"	9	21.95122	34	22.895623
"CYP735A1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	3	20	24	22.85714
"CYP79A4P"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP97B3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP81D7"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP71B30P"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP81D6"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP71B16"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP71B38"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	24	22.85714
"CYP71B28"	"respiration"	"organ"	4	17.391304	30	22.72727
"CYP71B34"	"respiration"	"organ"	4	17.391304	30	22.72727
"CYP71B38"	"transported compounds (substrates)"	"mutant"	4	17.3913	27	22.68908
"CYP71B17"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	4	26.66667	14	22.58065
"CYP71B26"	"biogenesis of chloroplast"	"organ"	12	19.672131	86	22.337662
"CYP97B3"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	8	19.512195	55	22.267206
"CYP710A1"	"pentose-phosphate pathway "	"stress"	5	23.80952	26	22.22222
"CYP96A12"	"pentose-phosphate pathway "	"stress"	3	14.28571	26	22.22222
"CYP81D40"	"pentose-phosphate pathway "	"stress"	3	14.28571	26	22.22222
"CYP97A3"	"aerobic respiration"	"mutant"	4	26.66667	24	22.22222
"CYP88A4"	"aerobic respiration"	"stress"	3	20	24	22.22222
"CYP81F4"	"biogenesis of chloroplast"	"mutant"	13	21.31148	85	22.07792
"CYP81D2"	"general transcription activities"	"mutant"	3	21.42857	12	21.81818
"CYP71A18"	"general transcription activities"	"mutant"	3	21.42857	12	21.81818
"CYP90A1"	"energy"	"mutant"	11	22	54	21.774194
"CYP88A4"	"glycolysis and gluconeogenesis"	"stress"	20	17.094017	129	21.662469
"CYP90A1"	"C-compound and carbohydrate metabolism"	"mutant"	49	18.63118	270	21.64329
"CYP97B3"	"degradation "	"organ"	5	19.230769	25	21.55172
"CYP71B28"	"degradation "	"organ"	5	19.230769	25	21.55172
"CYP90A1"	"degradation "	"organ"	5	19.230769	25	21.55172
"CYP96A14P"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP78A10"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP85A1"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP71B21"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP79A2"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP77A9"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP71B25"	"C-compound, carbohydrate catabolism"	"mutant"	8	19.512195	32	21.548822
"CYP86A2"	"transport ATPases"	"mutant"	6	18.75	34	21.51899
"CYP81D2"	"intracellular signalling"	"mutant"	11	20	43.5	21.481481
"CYP90A1"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	8	19.512195	53	21.45749
"CYP97A3"	"glycolysis and gluconeogenesis"	"stress"	20	17.094017	127	21.326616
"CYP97B3"	"C-compound and carbohydrate metabolism"	"mutant"	50	19.01141	265	21.24248
"CYP71B24"	"photosynthesis"	"organ"	9	20.454545	56	21.212121
"CYP86A2"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	4	19.04762	32	21.052632
"CYP97C1"	"translation"	"organ"	4	20	16	21.05263
"CYP97A3"	"translation"	"organ"	4	20	16	21.05263
"CYP97A3"	"translation"	"stress"	4	20	16	21.05263
"CYP88A4"	"translation"	"stress"	4	20	16	21.05263
"CYP97C1"	"translation"	"stress"	4	20	16	21.05263
"CYP72A11"	"ion channels"	"organ"	2	9.52381	13	20.96774
"CYP706A5"	"ion channels"	"organ"	2	9.52381	13	20.96774
"CYP72A11"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP89A2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP709B3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP97B3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP97A3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP706A5"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	3	20	22	20.95238
"CYP735A1"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	4	14.814815	27	20.93023
"CYP71A18"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	4	14.814815	27	20.93023
"CYP709B3"	"biogenesis of chloroplast"	"mutant"	15	24.59016	80	20.77922
"CYP72A15"	"protein degradation "	"mutant"	3	15.78947	17	20.73171
"CYP89A2"	"protein degradation "	"organ"	3	15.78947	17	20.73171
"CYP94D2"	"protein degradation "	"organ"	3	15.78947	17	20.73171
"CYP71B38"	"protein degradation "	"mutant"	3	15.78947	17	20.73171
"CYP97A3"	"protein degradation "	"organ"	3	15.78947	17	20.73171
"CYP705A32"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP77A9"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP85A1"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP78A10"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP71B17"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP71B25"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP96A14P"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP71B21"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP79C5P"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP79A2"	"degradation "	"mutant"	5	19.230769	24	20.68966
"CYP706A5"	"transport routes "	"mutant"	4	22.22222	18	20.68966
"CYP97A3"	"transport routes "	"mutant"	4	22.22222	18	20.68966
"CYP72A11"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	7	17.073171	51	20.647773
"CYP97A3"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	7	17.073171	51	20.647773
"CYP71B30P"	"energy"	"mutant"	11	22	51	20.564516
"CYP79A4P"	"energy"	"mutant"	11	22	51	20.564516
"CYP71B16"	"energy"	"mutant"	11	22	51	20.564516
"CYP81D7"	"energy"	"mutant"	11	22	51	20.564516
"CYP81D6"	"energy"	"mutant"	11	22	51	20.564516
"CYP706A5"	"biogenesis of chloroplast"	"stress"	13	21.311475	79	20.519481
"CYP706A5"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	3	21.42857	16	20.51282
"CYP716A2"	"ion transport "	"organ"	2	18.18182	17	20.48193
"CYP708A2"	"ion transport "	"organ"	2	18.18182	17	20.48193
"CYP86A1"	"ion transport "	"organ"	2	18.18182	17	20.48193
"CYP709B3"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	4	19.04762	31	20.394737
"CYP97B3"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	4	19.04762	31	20.394737
"CYP72A11"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	4	19.04762	31	20.394737
"CYP86A2"	"glycolysis and gluconeogenesis"	"mutant"	20	17.094017	121	20.31906
"CYP72A15"	"transported compounds (substrates)"	"mutant"	4	17.3913	24	20.16807
"CYP79B2"	"metabolism of the cysteine - aromatic group"	"hormone"	2	20	16	20
"CYP71B6"	"metabolism of the cysteine - aromatic group"	"stress"	2	20	16	20
"CYP71A12"	"metabolism of the cysteine - aromatic group"	"stress"	2	20	16	20
"CYP720A1"	"metabolism of the cysteine - aromatic group"	"mutant"	2	20	16	20
"CYP79B2"	"metabolism of the cysteine - aromatic group"	"stress"	2	20	16	20
"CYP71A13"	"metabolism of the cysteine - aromatic group"	"stress"	2	20	16	20
"CYP97A3"	"protein modification "	"stress"	2	12.5	12	20
"CYP77A9"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP96A14P"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP71B17"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP71B25"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP79A2"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP78A10"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP85A1"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP71B21"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP735A1"	"general transcription activities"	"mutant"	4	28.57143	11	20
"CYP83A1"	"glycolysis and gluconeogenesis"	"organ"	19	16.239316	119	19.983207
"CYP97A3"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	6	14.634146	49	19.838057
"CYP72A11"	"biogenesis of chloroplast"	"hormone"	9	14.754098	76	19.74026
"CYP97C1"	"glycolysis and gluconeogenesis"	"organ"	19	16.239316	117	19.647355
"CYP97B3"	"protein synthesis"	"mutant"	26	20.8	120	19.607843
"CYP71B16"	"protein synthesis"	"mutant"	25	20	120	19.607843
"CYP81D7"	"protein synthesis"	"mutant"	25	20	120	19.607843
"CYP79A4P"	"protein synthesis"	"mutant"	25	20	120	19.607843
"CYP71B30P"	"protein synthesis"	"mutant"	25	20	120	19.607843
"CYP81D6"	"protein synthesis"	"mutant"	25	20	120	19.607843
"CYP97A3"	"transport routes "	"stress"	3	16.66667	17	19.54023
"CYP71B25"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP71B21"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP77A9"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP85A1"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP78A10"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP96A14P"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP79A2"	"biogenesis of cell wall"	"mutant"	16	25	54	19.529837
"CYP79B2"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	16	19.5122
"CYP79B2"	"nitrogen and sulfur utilization "	"stress"	2	18.18182	16	19.5122
"CYP71B7"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	16	19.5122
"CYP83B1"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	16	19.5122
"CYP81D7"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP79A4P"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP81D6"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP97B3"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP71B16"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP71B30P"	"glycolysis and gluconeogenesis"	"mutant"	22	18.803419	116	19.479429
"CYP97A3"	"transcriptional control"	"mutant"	2	16.66667	14	19.44444
"CYP88A4"	"transcriptional control"	"stress"	2	16.66667	14	19.44444
"CYP706A5"	"transcriptional control"	"organ"	2	16.66667	14	19.44444
"CYP709B3"	"transcriptional control"	"organ"	2	16.66667	14	19.44444
"CYP71B19"	"transcriptional control"	"organ"	2	16.66667	14	19.44444
"CYP90A1"	"transcriptional control"	"stress"	2	16.66667	14	19.44444
"CYP71B20"	"transcriptional control"	"organ"	2	16.66667	14	19.44444
"CYP97C1"	"transcriptional control"	"organ"	2	16.66667	14	19.44444
"CYP85A1"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP71B21"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP716A2"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP78A10"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP79A2"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP77A9"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP71B25"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP96A14P"	"sugar, glucoside, polyol and carboxylate catabolism "	"mutant"	3	20	12	19.35484
"CYP81D8"	"sugar, glucoside, polyol and carboxylate catabolism "	"stress"	2	13.33333	12	19.35484
"CYP709B3"	"energy"	"organ"	7	14	48	19.354839
"CYP97A3"	"energy"	"organ"	7	14	48	19.354839
"CYP72A11"	"energy"	"organ"	7	14	48	19.354839
"CYP72A11"	"C-compound and carbohydrate metabolism"	"organ"	42	15.969582	241	19.318637
"CYP81D6"	"C-compound and carbohydrate metabolism"	"mutant"	46	17.49049	240	19.23848
"CYP79A4P"	"C-compound and carbohydrate metabolism"	"mutant"	46	17.49049	240	19.23848
"CYP71B16"	"C-compound and carbohydrate metabolism"	"mutant"	46	17.49049	240	19.23848
"CYP81D7"	"C-compound and carbohydrate metabolism"	"mutant"	46	17.49049	240	19.23848
"CYP71B30P"	"C-compound and carbohydrate metabolism"	"mutant"	46	17.49049	240	19.23848
"CYP97B3"	"nitrogen and sulfur metabolism"	"mutant"	4	20	30	19.230769
"CYP83A1"	"nitrogen and sulfur metabolism"	"organ"	3	15	30	19.230769
"CYP72A11"	"nitrogen and sulfur metabolism"	"organ"	3	15	30	19.230769
"CYP74A"	"nitrogen and sulfur metabolism"	"organ"	3	15	30	19.230769
"CYP96A11"	"fermentation"	"mutant"	2	15.38462	13	19.11765
"CYP704A2"	"fermentation"	"organ"	2	15.38462	13	19.11765
"CYP704A1"	"fermentation"	"organ"	2	15.38462	13	19.11765
"CYP72C1"	"fermentation"	"organ"	2	15.38462	13	19.11765
"CYP97B3"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	4	19.04762	29	19.078947
"CYP90A1"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	4	19.04762	29	19.078947
"CYP90A1"	"amino acid metabolism"	"mutant"	16	15.533981	127	19.069069
"CYP88A3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP71B30P"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP96A14P"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP97A3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP77A9"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP81D6"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP704B1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP98A8"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP71B17"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP71B25"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP71B16"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP81D7"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP724A1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP71B21"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP703A2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP79A4P"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP81D40"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP76G1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP71B7"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP81D2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP706A5"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP72A15"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP86A2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP79A2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	20	19.04762
"CYP94D2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	2	13.33333	20	19.04762
"CYP72A11"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	6	14.634146	47	19.02834
"CYP76G1"	"degradation "	"mutant"	4	15.384615	22	18.96552
"CYP71B2"	"degradation "	"mutant"	4	15.384615	22	18.96552
"CYP706A5"	"biogenesis of chloroplast"	"hormone"	10	16.393443	73	18.961039
"CYP96A12"	"photosynthesis"	"hormone"	7	15.909091	50	18.939394
"CYP88A4"	"C-compound and carbohydrate metabolism"	"stress"	40	15.209125	236	18.9178357
"CYP735A1"	"C-compound, carbohydrate catabolism"	"mutant"	7	17.073171	28	18.855219
"CYP71B2"	"C-compound, carbohydrate catabolism"	"mutant"	7	17.073171	28	18.855219
"CYP76G1"	"C-compound, carbohydrate catabolism"	"mutant"	7	17.073171	28	18.855219
"CYP79C5P"	"C-compound, carbohydrate catabolism"	"mutant"	7	17.073171	28	18.855219
"CYP86A2"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	28	18.855219
"CYP73A5"	"pentose-phosphate pathway "	"stress"	4	19.04762	22	18.80342
"CYP90A1"	"pentose-phosphate pathway "	"organ"	3	14.28571	22	18.80342
"CYP71B28"	"pentose-phosphate pathway "	"organ"	3	14.28571	22	18.80342
"CYP71B20"	"pentose-phosphate pathway "	"organ"	3	14.28571	22	18.80342
"CYP71B34"	"pentose-phosphate pathway "	"organ"	3	14.28571	22	18.80342
"CYP71B19"	"pentose-phosphate pathway "	"organ"	3	14.28571	22	18.80342
"CYP97C1"	"pentose-phosphate pathway "	"stress"	3	14.28571	22	18.80342
"CYP71B5"	"pyrimidine nucleotide metabolism"	"stress"	3	17.64706	14	18.66667
"CYP76C7"	"pyrimidine nucleotide metabolism"	"stress"	3	17.64706	14	18.66667
"CYP71B38"	"pyrimidine nucleotide metabolism"	"stress"	3	17.64706	14	18.66667
"CYP78A8"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	14	18.66667
"CYP734A1"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	14	18.66667
"CYP88A3"	"channel / pore class transport"	"mutant"	2	13.33333	11	18.64407
"CYP706A5"	"channel / pore class transport"	"mutant"	2	13.33333	11	18.64407
"CYP89A2"	"channel / pore class transport"	"organ"	2	13.33333	11	18.64407
"CYP71B7"	"channel / pore class transport"	"mutant"	2	13.33333	11	18.64407
"CYP71B34"	"channel / pore class transport"	"mutant"	2	13.33333	11	18.64407
"CYP79A4P"	"nucleotide metabolism"	"mutant"	11	18.333333	52	18.637993
"CYP71B30P"	"nucleotide metabolism"	"mutant"	11	18.333333	52	18.637993
"CYP71B16"	"nucleotide metabolism"	"mutant"	11	18.333333	52	18.637993
"CYP81D7"	"nucleotide metabolism"	"mutant"	11	18.333333	52	18.637993
"CYP81D6"	"nucleotide metabolism"	"mutant"	11	18.333333	52	18.637993
"CYP89A9"	"lipid, fatty acid and isoprenoid degradation"	"stress"	4	14.814815	24	18.60465
"CYP76C2"	"lipid, fatty acid and isoprenoid degradation"	"stress"	4	14.814815	24	18.60465
"CYP97B3"	"C-compound, carbohydrate anabolism"	"mutant"	2	10.52632	16	18.60465
"CYP706A5"	"C-compound and carbohydrate metabolism"	"mutant"	38	14.44867	232	18.59719
"CYP96A12"	"purine nucleotide metabolism"	"hormone"	3	14.28571	21	18.58407
"CYP97A3"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP709B3"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP72A11"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP83A1"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP97B3"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP706A5"	"transported compounds (substrates)"	"organ"	5	21.73913	22	18.48739
"CYP90A1"	"translation"	"stress"	3	15	14	18.42105
"CYP97A3"	"translation"	"mutant"	3	15	14	18.42105
"CYP81F4"	"translation"	"mutant"	2	10	14	18.42105
"CYP705A5"	"translation"	"mutant"	2	10	14	18.42105
"CYP71B4"	"translation"	"mutant"	2	10	14	18.42105
"CYP72A11"	"translation"	"mutant"	2	10	14	18.42105
"CYP71B26"	"translation"	"mutant"	2	10	14	18.42105
"CYP71B7"	"transport routes "	"mutant"	3	16.66667	16	18.3908
"CYP71B26"	"transport routes "	"mutant"	3	16.66667	16	18.3908
"CYP72A11"	"protein modification "	"organ"	2	12.5	11	18.33333
"CYP706A5"	"glycolysis and gluconeogenesis"	"organ"	18	15.384615	109	18.303946
"CYP81F4"	"glycolysis and gluconeogenesis"	"mutant"	14	11.965812	109	18.303946
"CYP72A8"	"nitrogen and sulfur utilization "	"organ"	3	27.27273	15	18.29268
"CYP81H1"	"nitrogen and sulfur utilization "	"organ"	3	27.27273	15	18.29268
"CYP86A2"	"protein degradation "	"mutant"	3	15.78947	15	18.29268
"CYP98A3"	"protein degradation "	"mutant"	2	10.52632	15	18.29268
"CYP97A3"	"respiration"	"mutant"	4	17.391304	24	18.18182
"CYP88A4"	"respiration"	"stress"	3	13.043478	24	18.18182
"CYP97B3"	"transport "	"mutant"	29	17.058824	155	18.181818
"CYP90A1"	"transport "	"mutant"	28	16.470588	155	18.181818
"CYP71B7"	"glycolysis and gluconeogenesis"	"mutant"	18	15.384615	108	18.13602
"CYP709B3"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP71B19"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP71B20"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP71B34"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP72A13"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP71B4"	"degradation "	"organ"	4	15.384615	21	18.10345
"CYP71B24"	"degradation "	"organ"	3	11.538462	21	18.10345
"CYP71B7"	"degradation "	"mutant"	3	11.538462	21	18.10345
"CYP72A8"	"degradation "	"organ"	3	11.538462	21	18.10345
"CYP71B30P"	"transport "	"mutant"	29	17.058824	154	18.064516
"CYP81D7"	"transport "	"mutant"	29	17.058824	154	18.064516
"CYP81D6"	"transport "	"mutant"	29	17.058824	154	18.064516
"CYP79A4P"	"transport "	"mutant"	29	17.058824	154	18.064516
"CYP71B16"	"transport "	"mutant"	29	17.058824	154	18.064516
"CYP71B15"	"nitrogen and sulfur metabolism"	"hormone"	4	20	28	17.94872
"CYP81D40"	"nitrogen and sulfur metabolism"	"mutant"	3	15	28	17.948718
"CYP97A3"	"nitrogen and sulfur metabolism"	"mutant"	3	15	28	17.948718
"CYP86A2"	"nitrogen and sulfur metabolism"	"mutant"	3	15	28	17.948718
"CYP86A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	7	13.207547	54	17.940199
"CYP76G1"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	3	11.111111	23	17.82946
"CYP705A32"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	3	11.111111	23	17.82946
"CYP735A2"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	3	11.111111	23	17.82946
"CYP79C5P"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	3	11.111111	23	17.82946
"CYP706A5"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	7	17.073171	44	17.813765
"CYP81H1"	"photosynthesis"	"organ"	8	18.181818	47	17.80303
"CYP74A"	"photosynthesis"	"organ"	8	18.181818	47	17.80303
"CYP72A11"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP71B34"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP79A4P"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP81D7"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP90A1"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP81D6"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP97B3"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP94D2"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP706A5"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP71B30P"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP71B16"	"ion channels"	"mutant"	2	9.52381	11	17.74194
"CYP71B20"	"energy"	"organ"	6	12	44	17.741935
"CYP71B19"	"energy"	"organ"	6	12	44	17.741935
"CYP83A1"	"energy"	"organ"	6	12	44	17.741935
"CYP86A2"	"C-compound and carbohydrate metabolism"	"mutant"	38	14.44867	221	17.71543
"CYP97A3"	"transported compounds (substrates)"	"mutant"	4	17.3913	21	17.64706
"CYP88A3"	"transported compounds (substrates)"	"mutant"	3	13.04348	21	17.64706
"CYP96A5"	"fermentation"	"hormone"	2	15.38462	12	17.64706
"CYP735A2"	"fermentation"	"organ"	2	15.38462	12	17.64706
"CYP705A18"	"fermentation"	"organ"	2	15.38462	12	17.64706
"CYP72A11"	"mRNA synthesis "	"organ"	3	11.111111	21	17.647059
"CYP97A3"	"mRNA synthesis "	"organ"	3	11.111111	21	17.647059
"CYP74B2"	"mRNA synthesis "	"organ"	3	11.111111	21	17.647059
"CYP97A3"	"biogenesis of chloroplast"	"hormone"	10	16.393443	67	17.402597
"CYP97A3"	"biosynthesis of phenylpropanoids"	"organ"	3	8.823529	30	17.34104
"CYP97A3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	3	8.823529	30	17.34104
"CYP98A3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"stress"	3	8.823529	30	17.34104
"CYP72A11"	"biosynthesis of phenylpropanoids"	"organ"	3	8.823529	30	17.34104
"CYP73A5"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	3	8.823529	30	17.34104
"CYP72A11"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	3	8.823529	30	17.34104
"CYP73A5"	"biosynthesis of phenylpropanoids"	"mutant"	3	8.823529	30	17.34104
"CYP98A3"	"biosynthesis of phenylpropanoids"	"stress"	3	8.823529	30	17.34104
"CYP706A5"	"glycolysis and gluconeogenesis"	"mutant"	17	14.529915	103	17.29639
"CYP716A2"	"intracellular signalling"	"mutant"	7	12.727273	35	17.283951
"CYP97B3"	"amino acid metabolism"	"mutant"	16	15.533981	115	17.267267
"CYP97B3"	"transport routes "	"organ"	4	22.22222	15	17.24138
"CYP72A11"	"transport routes "	"organ"	4	22.22222	15	17.24138
"CYP90A1"	"transport routes "	"organ"	4	22.22222	15	17.24138
"CYP98A3"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"hormone"	2	13.33333	18	17.14286
"CYP83A1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	18	17.14286
"CYP90A1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	18	17.14286
"CYP72A11"	"glycolysis and gluconeogenesis"	"mutant"	18	15.384615	102	17.128463
"CYP81D40"	"pentose-phosphate pathway "	"organ"	2	9.52381	20	17.09402
"CYP96A12"	"pentose-phosphate pathway "	"organ"	2	9.52381	20	17.09402
"CYP708A3"	"pentose-phosphate pathway "	"organ"	2	9.52381	20	17.09402
"CYP74B2"	"pentose-phosphate pathway "	"organ"	2	9.52381	20	17.09402
"CYP72A11"	"C-compound and carbohydrate metabolism"	"mutant"	37	14.06844	213	17.07415
"CYP97A3"	"C-compound and carbohydrate metabolism"	"organ"	40	15.209125	213	17.074148
"CYP96A4"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	14	17.07317
"CYP71A12"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	22	17.054264
"CYP72A8"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	22	17.054264
"CYP71A13"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	22	17.054264
"CYP71B6"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	22	17.054264
"CYP715A1"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	22	17.054264
"CYP710A1"	"lipid, fatty acid and isoprenoid degradation"	"stress"	3	11.111111	22	17.05426
"CYP71A13"	"lipid, fatty acid and isoprenoid degradation"	"stress"	3	11.111111	22	17.05426
"CYP71B6"	"lipid, fatty acid and isoprenoid degradation"	"stress"	3	11.111111	22	17.05426
"CYP71B4"	"photosynthesis"	"organ"	7	15.909091	45	17.045455
"CYP86A2"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	42	17.004049
"CYP81D40"	"glycolysis and gluconeogenesis"	"mutant"	15	12.820513	101	16.960537
"CYP97B3"	"biogenesis of chloroplast"	"stress"	13	21.311475	65	16.883117
"CYP97A3"	"C-compound and carbohydrate metabolism"	"stress"	36	13.688213	210	16.8336673
"CYP724A1"	"mRNA synthesis "	"organ"	5	18.518519	20	16.806723
"CYP88A4"	"transported compounds (substrates)"	"stress"	4	17.3913	20	16.80672
"CYP97C1"	"transported compounds (substrates)"	"organ"	4	17.391304	20	16.80672
"CYP97A3"	"transported compounds (substrates)"	"stress"	4	17.3913	20	16.80672
"CYP81D40"	"transported compounds (substrates)"	"mutant"	3	13.04348	20	16.80672
"CYP72A8"	"nitrogen and sulfur metabolism"	"hormone"	3	15	26	16.66667
"CYP81H1"	"respiration"	"organ"	3	13.043478	22	16.66667
"CYP81H1"	"aerobic respiration"	"organ"	2	13.33333	18	16.66667
"CYP97B3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	14	13.861386	86	16.666667
"CYP71A18"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	28	16.666667
"CYP705A25"	"detoxification"	"organ"	10	18.181818	27	16.666667
"CYP705A13"	"detoxification"	"organ"	10	18.181818	27	16.666667
"CYP97A3"	"glycolysis and gluconeogenesis"	"mutant"	18	15.384615	99	16.624685
"CYP71B20"	"glycolysis and gluconeogenesis"	"organ"	15	12.820513	99	16.624685
"CYP71B19"	"glycolysis and gluconeogenesis"	"organ"	15	12.820513	99	16.624685
"CYP86A2"	"transport "	"mutant"	23	13.529412	141	16.539589
"CYP88A3"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	20	16.52893
"CYP714A1"	"plant hormonal regulation"	"organ"	2	10.52632	20	16.52893
"CYP71B10"	"plant hormonal regulation"	"organ"	2	10.52632	20	16.52893
"CYP78A7"	"plant hormonal regulation"	"organ"	2	10.52632	20	16.52893
"CYP78A7"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	20	16.52893
"CYP701A3"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	20	16.52893
"CYP701A3"	"plant hormonal regulation"	"organ"	2	10.52632	20	16.52893
"CYP71B10"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	20	16.52893
"CYP88A3"	"plant hormonal regulation"	"organ"	2	10.52632	20	16.52893
"CYP714A1"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	20	16.52893
"CYP701A3"	"plant hormonal regulation"	"hormone"	2	10.52632	20	16.528926
"CYP701A3"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	20	16.528926
"CYP97A3"	"degradation "	"mutant"	4	15.384615	19	16.37931
"CYP71A18"	"degradation "	"mutant"	4	15.384615	19	16.37931
"CYP71B15"	"degradation "	"stress"	2	7.692308	19	16.37931
"CYP71B26"	"degradation "	"mutant"	2	7.692308	19	16.37931
"CYP707A4"	"C-compound, carbohydrate anabolism"	"hormone"	2	10.52632	14	16.27907
"CYP71B20"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	14	16.27907
"CYP72A11"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	14	16.27907
"CYP71B19"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	14	16.27907
"CYP71B28"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	14	16.27907
"CYP97A3"	"C-compound and carbohydrate metabolism"	"mutant"	35	13.30798	203	16.27255
"CYP709B3"	"C-compound and carbohydrate metabolism"	"organ"	35	13.307985	203	16.272545
"CYP81D7"	"amino acid metabolism"	"mutant"	15	14.563107	108	16.216216
"CYP81D6"	"amino acid metabolism"	"mutant"	15	14.563107	108	16.216216
"CYP79A4P"	"amino acid metabolism"	"mutant"	15	14.563107	108	16.216216
"CYP71B30P"	"amino acid metabolism"	"mutant"	15	14.563107	108	16.216216
"CYP71B16"	"amino acid metabolism"	"mutant"	15	14.563107	108	16.216216
"CYP81D40"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	5	12.195122	40	16.194332
"CYP71B25"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"mutant"	3	20	17	16.19048
"CYP94D2"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP81D7"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP97B3"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP71B30P"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP71B16"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP79A4P"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP72A11"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP88A3"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP81D6"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP90A1"	"fermentation"	"mutant"	2	15.38462	11	16.17647
"CYP735A2"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	24	16.161616
"CYP97B3"	"energy"	"organ"	5	10	40	16.129032
"CYP86A2"	"transport routes "	"mutant"	3	16.66667	14	16.09195
"CYP96A14P"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP85A1"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP71B25"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP79A2"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP71B17"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP77A9"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP78A10"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP71B21"	"intracellular signalling"	"mutant"	8	14.545455	32.5	16.049383
"CYP71B16"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP81D6"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP81D7"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP79A4P"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP71B30P"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP97B3"	"pyrimidine nucleotide metabolism"	"mutant"	3	17.64706	12	16
"CYP71B28"	"glycolysis and gluconeogenesis"	"organ"	15	12.820513	95	15.952981
"CYP71B34"	"glycolysis and gluconeogenesis"	"organ"	15	12.820513	95	15.952981
"CYP706A5"	"secondary metabolism"	"organ"	6	10	40	15.936255
"CYP97A3"	"secondary metabolism"	"organ"	6	10	40	15.936255
"CYP72A11"	"secondary metabolism"	"organ"	6	10	40	15.936255
"CYP71B17"	"biogenesis of cell wall"	"mutant"	15	23.4375	44	15.913201
"CYP97B3"	"C-compound and carbohydrate metabolism"	"organ"	35	13.307985	198	15.871743
"CYP81H1"	"protein degradation "	"organ"	2	10.52632	13	15.85366
"CYP71B24"	"protein degradation "	"organ"	2	10.52632	13	15.85366
"CYP706A5"	"protein degradation "	"organ"	2	10.52632	13	15.85366
"CYP72A8"	"protein degradation "	"organ"	2	10.52632	13	15.85366
"CYP71B26"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	13	15.85366
"CYP81D40"	"protein degradation "	"mutant"	2	10.52632	13	15.85366
"CYP86A2"	"protein degradation "	"organ"	2	10.52632	13	15.85366
"CYP71B34"	"protein degradation "	"mutant"	2	10.52632	13	15.85366
"CYP90A1"	"intracellular signalling"	"mutant"	9	16.363636	32	15.802469
"CYP709B3"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	5	12.195122	39	15.789474
"CYP97B3"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	5	12.195122	39	15.789474
"CYP74A"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP71B26"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP90A1"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP83A1"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP86A2"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP71B28"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP71B34"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	24	15.789474
"CYP706A5"	"translation"	"organ"	2	10	12	15.78947
"CYP71B34"	"translation"	"organ"	2	10	12	15.78947
"CYP72A11"	"translation"	"organ"	2	10	12	15.78947
"CYP71B28"	"translation"	"organ"	2	10	12	15.78947
"CYP90A1"	"translation"	"organ"	2	10	12	15.78947
"CYP709B3"	"translation"	"organ"	2	10	12	15.78947
"CYP97B3"	"translation"	"organ"	2	10	12	15.78947
"CYP90A1"	"translation"	"mutant"	2	10	12	15.78947
"CYP86A2"	"isoprenoid biosynthesis "	"mutant"	7	11.47541	54	15.697674
"CYP706A5"	"glycolysis and gluconeogenesis"	"stress"	14	11.965812	93	15.617128
"CYP81D40"	"photosynthesis"	"organ"	6	13.636364	41	15.530303
"CYP706A2"	"degradation "	"mutant"	2	7.692308	18	15.51724
"CYP706A1"	"degradation "	"mutant"	2	7.692308	18	15.51724
"CYP81D1"	"lipid, fatty acid and isoprenoid degradation"	"stress"	2	7.407407	20	15.50388
"CYP706A5"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	5	14.285714	26	15.47619
"CYP96A12"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	3	8.571429	26	15.47619
"CYP97A3"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	2	14.28571	12	15.38462
"CYP97C1"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"organ"	2	14.28571	12	15.38462
"CYP90A1"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	2	14.28571	12	15.38462
"CYP71B26"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"mutant"	2	14.28571	12	15.38462
"CYP97C1"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"stress"	2	14.28571	12	15.38462
"CYP90A1"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"stress"	2	14.28571	12	15.38462
"CYP706A5"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"stress"	2	14.28571	12	15.38462
"CYP97C1"	"biosynthesis of vitamins, cofactors, and prosthetic groups"	"hormone"	2	14.28571	12	15.38462
"CYP71B7"	"nitrogen and sulfur metabolism"	"mutant"	3	15	24	15.384615
"CYP90A1"	"nitrogen and sulfur metabolism"	"mutant"	3	15	24	15.384615
"CYP71B30P"	"stress response"	"mutant"	6	12.765957	39	15.354331
"CYP81D6"	"stress response"	"mutant"	6	12.765957	39	15.354331
"CYP81D7"	"stress response"	"mutant"	6	12.765957	39	15.354331
"CYP71B16"	"stress response"	"mutant"	6	12.765957	39	15.354331
"CYP79A4P"	"stress response"	"mutant"	6	12.765957	39	15.354331
"CYP86A2"	"energy"	"organ"	5	10	38	15.322581
"CYP71B28"	"energy"	"organ"	5	10	38	15.322581
"CYP72A11"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	7	13.207547	46	15.282392
"CYP83A1"	"transcriptional control"	"organ"	2	16.66667	11	15.27778
"CYP96A12"	"transcriptional control"	"organ"	2	16.66667	11	15.27778
"CYP96A12"	"transcriptional control"	"hormone"	2	16.66667	11	15.27778
"CYP97B3"	"transcriptional control"	"organ"	2	16.66667	11	15.27778
"CYP708A3"	"transcriptional control"	"organ"	2	16.66667	11	15.27778
"CYP706A5"	"transcriptional control"	"hormone"	2	16.66667	11	15.27778
"CYP97A3"	"transport ATPases"	"mutant"	4	12.5	24	15.18987
"CYP706A5"	"transport ATPases"	"mutant"	4	12.5	24	15.18987
"CYP71B36"	"photosynthesis"	"stress"	9	20.454545	40	15.151515
"CYP71B11"	"photosynthesis"	"hormone"	6	13.636364	40	15.151515
"CYP71B7"	"C-compound and carbohydrate metabolism"	"mutant"	35	13.30798	189	15.1503
"CYP71B19"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP86A2"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP71B20"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP71B28"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP90A1"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP71B34"	"transported compounds (substrates)"	"organ"	4	17.391304	18	15.12605
"CYP71B24"	"transported compounds (substrates)"	"organ"	3	13.043478	18	15.12605
"CYP74B2"	"transported compounds (substrates)"	"organ"	3	13.043478	18	15.12605
"CYP86A2"	"transport facilitation"	"mutant"	16	11.034483	101	15.09716
"CYP705A32"	"intracellular signalling"	"mutant"	8	14.545455	30.5	15.061728
"CYP97B3"	"nucleotide metabolism"	"mutant"	10	16.666667	42	15.053763
"CYP72A11"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	5	14.705882	26	15.028902
"CYP72A11"	"biosynthesis of phenylpropanoids"	"mutant"	5	14.705882	26	15.028902
"CYP94D2"	"biosynthesis of phenylpropanoids"	"mutant"	5	14.705882	26	15.028902
"CYP94D2"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	5	14.705882	26	15.028902
"CYP81D6"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	37	14.979757
"CYP79A4P"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	37	14.979757
"CYP71B30P"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	37	14.979757
"CYP81D7"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	37	14.979757
"CYP71B16"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	6	14.634146	37	14.979757
"CYP706A5"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP71B34"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP71B19"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP71B20"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP709B3"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP97A3"	"transport routes "	"organ"	3	16.66667	13	14.94253
"CYP706A5"	"transport routes "	"hormone"	2	11.11111	13	14.94253
"CYP97C1"	"transport routes "	"stress"	2	11.11111	13	14.94253
"CYP72A13"	"transport routes "	"organ"	2	11.11111	13	14.94253
"CYP88A4"	"transport routes "	"stress"	2	11.11111	13	14.94253
"CYP72A11"	"transport "	"mutant"	22	12.941176	127	14.897361
"CYP71B26"	"plant / fungal specific systemic sensing and response "	"stress"	2	10.52632	18	14.87603
"CYP71B24"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP706A5"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP97A3"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP71B5"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP74A"	"plant / fungal specific systemic sensing and response "	"stress"	2	10.52632	18	14.87603
"CYP86A2"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP81H1"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP81H1"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP706A5"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP71B24"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP97A3"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP86A2"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP81H1"	"plant hormonal regulation"	"stress"	2	10.52632	18	14.87603
"CYP71B34"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP71B5"	"plant / fungal specific systemic sensing and response "	"mutant"	2	10.52632	18	14.87603
"CYP71B34"	"plant hormonal regulation"	"mutant"	2	10.52632	18	14.87603
"CYP81H1"	"plant / fungal specific systemic sensing and response "	"stress"	2	10.52632	18	14.87603
"CYP71B6"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	18	14.87603
"CYP71B26"	"plant hormonal regulation"	"stress"	2	10.52632	18	14.87603
"CYP74A"	"plant hormonal regulation"	"stress"	2	10.52632	18	14.87603
"CYP71B6"	"plant hormonal regulation"	"organ"	2	10.52632	18	14.87603
"CYP71B16"	"aerobic respiration"	"stress"	2	13.33333	16	14.81481
"CYP71B17"	"aerobic respiration"	"stress"	2	13.33333	16	14.81481
"CYP90A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	13	12.871287	76	14.728682
"CYP94D2"	"degradation "	"organ"	3	11.538462	17	14.65517
"CYP72A15"	"degradation "	"mutant"	3	11.538462	17	14.65517
"CYP97A3"	"degradation "	"organ"	3	11.538462	17	14.65517
"CYP89A2"	"degradation "	"organ"	3	11.538462	17	14.65517
"CYP709B3"	"protein degradation "	"mutant"	3	15.78947	12	14.63415
"CYP79C5P"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP96A14P"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP76G1"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP735A2"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP71A18"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP71B25"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP85A1"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP71B2"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP71B17"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP77A9"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP705A32"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP71B21"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP78A10"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP79A2"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP735A1"	"nitrogen and sulfur utilization "	"mutant"	2	18.18182	12	14.63415
"CYP97A3"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	44	14.61794
"CYP97B3"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	44	14.61794
"CYP97A3"	"amino acid metabolism"	"mutant"	12	11.650485	97	14.564565
"CYP74A"	"biogenesis of chloroplast"	"organ"	10	16.393443	56	14.545455
"CYP71B4"	"biogenesis of chloroplast"	"organ"	9	14.754098	56	14.545455
"CYP94D2"	"biogenesis of chloroplast"	"mutant"	11	18.03279	56	14.54545
"CYP51A2"	"biogenesis of chloroplast"	"mutant"	9	14.7541	56	14.54545
"CYP706A5"	"energy"	"mutant"	6	12	36	14.516129
"CYP81D7"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	22	14.473684
"CYP71B30P"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	22	14.473684
"CYP81D6"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	22	14.473684
"CYP71B16"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	22	14.473684
"CYP79A4P"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	22	14.473684
"CYP83B1"	"assimilation of ammonia, metabolism of the glutamate group"	"hormone"	3	14.28571	22	14.473684
"CYP735A1"	"biogenesis of cell wall"	"mutant"	14	21.875	40	14.466546
"CYP79C5P"	"biogenesis of cell wall"	"mutant"	14	21.875	40	14.466546
"CYP90A1"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	5	14.705882	25	14.450867
"CYP90A1"	"biosynthesis of phenylpropanoids"	"mutant"	5	14.705882	25	14.450867
"CYP71B16"	"transport facilitation"	"mutant"	17	11.724138	96	14.349776
"CYP81D7"	"transport facilitation"	"mutant"	17	11.724138	96	14.349776
"CYP81D6"	"transport facilitation"	"mutant"	17	11.724138	96	14.349776
"CYP79A4P"	"transport facilitation"	"mutant"	17	11.724138	96	14.349776
"CYP71B30P"	"transport facilitation"	"mutant"	17	11.724138	96	14.349776
"CYP78A10"	"secondary metabolism"	"hormone"	7	11.666667	36	14.342629
"CYP81D2"	"nucleotide metabolism"	"mutant"	9	15	40	14.336918
"CYP81D2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	5	14.285714	24	14.285714
"CYP709B3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	4	11.428571	24	14.285714
"CYP97A3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	4	11.428571	24	14.285714
"CYP72A11"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	4	11.428571	24	14.285714
"CYP73A5"	"transported compounds (substrates)"	"hormone"	3	13.043478	17	14.28571
"CYP708A2"	"transported compounds (substrates)"	"organ"	2	8.695652	17	14.28571
"CYP97A3"	"mRNA synthesis "	"stress"	2	7.407407	17	14.28571
"CYP97B3"	"mRNA synthesis "	"stress"	2	7.407407	17	14.28571
"CYP706A5"	"mRNA synthesis "	"stress"	2	7.407407	17	14.28571
"CYP71B35"	"mRNA synthesis "	"stress"	2	7.407407	17	14.28571
"CYP716A2"	"transported compounds (substrates)"	"organ"	2	8.695652	17	14.28571
"CYP86A1"	"transported compounds (substrates)"	"organ"	2	8.695652	17	14.28571
"CYP86A2"	"glycolysis and gluconeogenesis"	"organ"	12	10.25641	85	14.27372
"CYP97C1"	"C-compound and carbohydrate metabolism"	"organ"	29	11.026616	178	14.268537
"CYP72A11"	"amino acid metabolism"	"organ"	12	11.650485	95	14.264264
"CYP71A16"	"detoxification"	"organ"	8	14.545455	23	14.197531
"CYP72A11"	"transport "	"organ"	21	12.352941	121	14.193548
"CYP97A3"	"C-compound, carbohydrate catabolism"	"organ"	5	12.195122	21	14.141414
"CYP86A2"	"amino acid metabolism"	"mutant"	11	10.679612	94	14.114114
"CYP94D2"	"C-compound and carbohydrate metabolism"	"mutant"	33	12.54753	176	14.10822
"CYP76G1"	"intracellular signalling"	"mutant"	7	12.727273	28.5	14.074074
"CYP735A1"	"intracellular signalling"	"mutant"	7	12.727273	28.5	14.074074
"CYP79C5P"	"intracellular signalling"	"mutant"	7	12.727273	28.5	14.074074
"CYP735A2"	"intracellular signalling"	"mutant"	7	12.727273	28.5	14.074074
"CYP71B2"	"intracellular signalling"	"mutant"	7	12.727273	28.5	14.074074
"CYP79A2"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP71B21"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP85A1"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP705A32"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP81D2"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP96A14P"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP71B2"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP76G1"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP79A2"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP76G1"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP78A10"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP77A9"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP71B25"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP71B17"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP71B21"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP81D2"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP71B2"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP85A1"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP735A1"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP77A9"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP78A10"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP735A1"	"plant hormonal regulation"	"mutant"	3	15.78947	17	14.04959
"CYP705A32"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP71B25"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP71B17"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP96A14P"	"plant / fungal specific systemic sensing and response "	"mutant"	3	15.78947	17	14.04959
"CYP81D40"	"C-compound and carbohydrate metabolism"	"mutant"	27	10.26616	175	14.02806
"CYP709B3"	"biogenesis of chloroplast"	"hormone"	7	11.47541	54	14.025974
"CYP74B2"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	12	13.95349
"CYP708A3"	"C-compound, carbohydrate anabolism"	"organ"	2	10.52632	12	13.95349
"CYP71B16"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	11	10.891089	72	13.953488
"CYP79A4P"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	11	10.891089	72	13.953488
"CYP71B30P"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	11	10.891089	72	13.953488
"CYP81D6"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	11	10.891089	72	13.953488
"CYP81D7"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	11	10.891089	72	13.953488
"CYP72A11"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	10	9.90099	72	13.953488
"CYP88A4"	"lipid, fatty acid and isoprenoid biosynthesis "	"stress"	6	11.320755	42	13.953488
"CYP83A1"	"secondary metabolism"	"organ"	6	10	35	13.944223
"CYP71B35"	"glycolysis and gluconeogenesis"	"organ"	13	11.111111	83	13.937867
"CYP81D7"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	24	13.872832
"CYP71B30P"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	24	13.872832
"CYP79A4P"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	24	13.872832
"CYP71B16"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	24	13.872832
"CYP71B30P"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	24	13.872832
"CYP79A4P"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	24	13.872832
"CYP81D7"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	24	13.872832
"CYP71B16"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	24	13.872832
"CYP81D6"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	24	13.872832
"CYP81D6"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	24	13.872832
"CYP71A18"	"intracellular signalling"	"mutant"	7	12.727273	28	13.82716
"CYP706A5"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	21	13.815789
"CYP709B3"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	21	13.815789
"CYP706A5"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	3	14.28571	21	13.815789
"CYP97A3"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	3	14.28571	21	13.815789
"CYP76G1"	"biogenesis of cell wall"	"mutant"	13	20.3125	38	13.743219
"CYP71B2"	"biogenesis of cell wall"	"mutant"	13	20.3125	38	13.743219
"CYP83B1"	"C-compound and carbohydrate utilization "	"hormone"	5	9.259259	36	13.740458
"CYP90A1"	"protein synthesis"	"mutant"	18	14.4	84	13.72549
"CYP74B2"	"energy"	"organ"	5	10	34	13.709677
"CYP708A3"	"energy"	"organ"	5	10	34	13.709677
"CYP90A1"	"energy"	"organ"	4	8	34	13.709677
"CYP71B34"	"energy"	"organ"	4	8	34	13.709677
"CYP71B26"	"energy"	"organ"	4	8	34	13.709677
"CYP71B15"	"pentose-phosphate pathway "	"stress"	4	19.04762	16	13.67521
"CYP71B16"	"pentose-phosphate pathway "	"mutant"	4	19.04762	16	13.67521
"CYP71B30P"	"pentose-phosphate pathway "	"mutant"	4	19.04762	16	13.67521
"CYP81D6"	"pentose-phosphate pathway "	"mutant"	4	19.04762	16	13.67521
"CYP81D7"	"pentose-phosphate pathway "	"mutant"	4	19.04762	16	13.67521
"CYP79A4P"	"pentose-phosphate pathway "	"mutant"	4	19.04762	16	13.67521
"CYP84A1"	"pentose-phosphate pathway "	"stress"	3	14.28571	16	13.67521
"CYP71A13"	"pentose-phosphate pathway "	"stress"	3	14.28571	16	13.67521
"CYP71B35"	"pentose-phosphate pathway "	"stress"	2	9.52381	16	13.67521
"CYP71B35"	"pentose-phosphate pathway "	"organ"	2	9.52381	16	13.67521
"CYP72A11"	"pentose-phosphate pathway "	"stress"	2	9.52381	16	13.67521
"CYP90A1"	"pentose-phosphate pathway "	"stress"	2	9.52381	16	13.67521
"CYP71A18"	"nucleotide metabolism"	"mutant"	8	13.333333	38	13.620072
"CYP97B3"	"transport facilitation"	"mutant"	16	11.034483	91	13.602392
"CYP90A1"	"transport facilitation"	"mutant"	15	10.344828	91	13.602392
"CYP90A1"	"glycolysis and gluconeogenesis"	"stress"	12	10.25641	81	13.602015
"CYP709B3"	"secondary metabolism"	"organ"	5	8.333333	34	13.545817
"CYP708A3"	"transported compounds (substrates)"	"organ"	3	13.043478	16	13.44538
"CYP71B35"	"transported compounds (substrates)"	"organ"	3	13.043478	16	13.44538
"CYP71B26"	"transported compounds (substrates)"	"organ"	3	13.043478	16	13.44538
"CYP51A2"	"transported compounds (substrates)"	"mutant"	3	13.04348	16	13.44538
"CYP90A1"	"transported compounds (substrates)"	"stress"	3	13.04348	16	13.44538
"CYP81D2"	"mRNA synthesis "	"mutant"	4	14.814815	16	13.445378
"CYP71B21"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP96A14P"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP735A1"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP79A2"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP71B25"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP71B17"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP78A10"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP705A32"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP79C5P"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP77A9"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP85A1"	"protein degradation "	"mutant"	3	15.78947	11	13.41463
"CYP89A2"	"nitrogen and sulfur utilization "	"organ"	2	18.18182	11	13.41463
"CYP89A2"	"nitrogen and sulfur utilization "	"hormone"	2	18.18182	11	13.41463
"CYP72A15"	"nitrogen and sulfur utilization "	"hormone"	2	18.18182	11	13.41463
"CYP71B7"	"protein degradation "	"mutant"	2	10.52632	11	13.41463
"CYP72A11"	"isoprenoid biosynthesis "	"organ"	7	11.47541	46	13.372093
"CYP79A4P"	"intracellular signalling"	"mutant"	9	16.363636	27	13.333333
"CYP71B16"	"intracellular signalling"	"mutant"	9	16.363636	27	13.333333
"CYP71B30P"	"intracellular signalling"	"mutant"	9	16.363636	27	13.333333
"CYP81D6"	"intracellular signalling"	"mutant"	9	16.363636	27	13.333333
"CYP81D7"	"intracellular signalling"	"mutant"	9	16.363636	27	13.333333
"CYP82G1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"stress"	2	13.33333	14	13.33333
"CYP86A2"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	23	13.294798
"CYP86A2"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	23	13.294798
"CYP96A5"	"purine nucleotide metabolism"	"hormone"	2	9.52381	15	13.27434
"CYP705A20"	"purine nucleotide metabolism"	"hormone"	2	9.52381	15	13.27434
"CYP81F4"	"purine nucleotide metabolism"	"hormone"	2	9.52381	15	13.27434
"CYP97B3"	"glycolysis and gluconeogenesis"	"stress"	12	10.25641	79	13.266163
"CYP85A1"	"C-compound and carbohydrate metabolism"	"mutant"	41	15.58935	165	13.22645
"CYP79A2"	"C-compound and carbohydrate metabolism"	"mutant"	41	15.58935	165	13.22645
"CYP96A14P"	"C-compound and carbohydrate metabolism"	"mutant"	41	15.58935	165	13.22645
"CYP71B25"	"C-compound and carbohydrate metabolism"	"mutant"	41	15.58935	165	13.22645
"CYP77A9"	"C-compound and carbohydrate metabolism"	"mutant"	41	15.58935	165	13.22645
"CYP78A10"	"plant / fungal specific systemic sensing and response "	"hormone"	4	21.05263	16	13.22314
"CYP78A10"	"plant hormonal regulation"	"hormone"	4	21.05263	16	13.22314
"CYP97B3"	"secondary metabolism"	"organ"	4	6.666667	33	13.14741
"CYP706A5"	"transport "	"mutant"	19	11.176471	112	13.13783
"CYP735A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP79A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP77A9"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP71B25"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP71B21"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP78A10"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP96A14P"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP85A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	6	17.142857	22	13.095238
"CYP71B24"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	4	11.428571	22	13.095238
"CYP94D2"	"transport "	"mutant"	20	11.764706	111	13.020528
"CYP81D2"	"biogenesis of cell wall"	"mutant"	13	20.3125	36	13.019892
"CYP735A2"	"biogenesis of cell wall"	"mutant"	12	18.75	36	13.019892
"CYP86A2"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	34	12.977099
"CYP705A12"	"detoxification"	"organ"	7	12.727273	21	12.962963
"CYP735A2"	"degradation "	"mutant"	3	11.538462	15	12.93103
"CYP71B31"	"degradation "	"mutant"	3	11.538462	15	12.93103
"CYP716A2"	"degradation "	"mutant"	3	11.538462	15	12.93103
"CYP98A3"	"degradation "	"mutant"	2	7.692308	15	12.93103
"CYP71B21"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP79A2"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP96A14P"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP85A1"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP735A2"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP71B25"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP77A9"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP78A10"	"nucleotide metabolism"	"mutant"	8	13.333333	36	12.903226
"CYP735A1"	"energy"	"mutant"	7	14	32	12.903226
"CYP85A1"	"energy"	"mutant"	7	14	32	12.903226
"CYP79A2"	"energy"	"mutant"	7	14	32	12.903226
"CYP96A14P"	"energy"	"mutant"	7	14	32	12.903226
"CYP78A10"	"energy"	"mutant"	7	14	32	12.903226
"CYP77A9"	"energy"	"mutant"	7	14	32	12.903226
"CYP71B21"	"energy"	"mutant"	7	14	32	12.903226
"CYP71B25"	"energy"	"mutant"	7	14	32	12.903226
"CYP71B26"	"energy"	"mutant"	6	12	32	12.903226
"CYP71B24"	"energy"	"organ"	5	10	32	12.903226
"CYP706A5"	"energy"	"organ"	5	10	32	12.903226
"CYP94D2"	"photosynthesis"	"mutant"	7	15.909091	34	12.878788
"CYP709B3"	"photosynthesis"	"hormone"	5	11.363636	34	12.878788
"CYP71B31"	"intracellular signalling"	"mutant"	6	10.909091	26	12.839506
"CYP71B7"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP86A2"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP706A5"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP71B34"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP79F1"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP83A1"	"nitrogen and sulfur metabolism"	"mutant"	2	10	20	12.820513
"CYP79F2"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP71B28"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP709B3"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP90A1"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP97B3"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP71B26"	"nitrogen and sulfur metabolism"	"organ"	2	10	20	12.820513
"CYP81D11"	"nitrogen and sulfur metabolism"	"hormone"	2	10	20	12.82051
"CYP72A14"	"nitrogen and sulfur metabolism"	"hormone"	2	10	20	12.82051
"CYP81D8"	"nitrogen and sulfur metabolism"	"hormone"	2	10	20	12.82051
"CYP77A9"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP724A1"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP79A4P"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP79A2"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B30P"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B16"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP81D7"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP76G1"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP704B1"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP81D2"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B17"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP703A2"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP98A8"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP96A14P"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP81D6"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B21"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP735A1"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B25"	"C-compound, carbohydrate anabolism"	"hormone"	3	15.78947	11	12.7907
"CYP71B7"	"C-compound, carbohydrate anabolism"	"mutant"	2	10.52632	11	12.7907
"CYP97A3"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	44	12.790698
"CYP97B3"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	44	12.790698
"CYP71B21"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP96A14P"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP71B25"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP77A9"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP78A10"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP71B17"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP85A1"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP79A2"	"secondary metabolism"	"mutant"	10	16.666667	32	12.749004
"CYP715A1"	"secondary metabolism"	"hormone"	6	10	32	12.749004
"CYP82C3"	"secondary metabolism"	"hormone"	6	10	32	12.749004
"CYP706A5"	"transport "	"organ"	18	10.588235	108	12.668622
"CYP72A11"	"transport ATPases"	"organ"	3	9.375	20	12.65823
"CYP97B3"	"transport ATPases"	"mutant"	3	9.375	20	12.65823
"CYP83A1"	"transport ATPases"	"organ"	3	9.375	20	12.65823
"CYP90A1"	"transport ATPases"	"mutant"	3	9.375	20	12.65823
"CYP97C1"	"transport routes "	"organ"	2	11.11111	11	12.64368
"CYP709B3"	"transport routes "	"mutant"	2	11.11111	11	12.64368
"CYP77A9"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP78A10"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP79A2"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP85A1"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP71B21"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP71B17"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP96A14P"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP735A1"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP71B25"	"mRNA synthesis "	"mutant"	5	18.518519	15	12.605042
"CYP90A1"	"glycolysis and gluconeogenesis"	"organ"	10	8.547009	75	12.594458
"CYP97A3"	"transport "	"organ"	17	10	107	12.55132
"CYP71B34"	"C-compound and carbohydrate metabolism"	"organ"	27	10.26616	156	12.50501
"CYP88A3"	"biogenesis of chloroplast"	"mutant"	7	11.47541	48	12.46753
"CYP94D2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	10	9.90099	64	12.403101
"CYP710A1"	"purine nucleotide metabolism"	"stress"	3	14.28571	14	12.38938
"CYP735A1"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP76G1"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP77A9"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP96A14P"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP705A32"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP79C5P"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP85A1"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP79A2"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP78A10"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP71B17"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP71B2"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP71B25"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP735A2"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP71B21"	"purine nucleotide metabolism"	"mutant"	3	14.28571	14	12.38938
"CYP97B3"	"intracellular signalling"	"mutant"	8	14.545455	25	12.345679
"CYP71B7"	"intracellular signalling"	"mutant"	8	14.545455	25	12.345679
"CYP83A1"	"C-compound and carbohydrate metabolism"	"organ"	27	10.26616	154	12.344689
"CYP86A2"	"biogenesis of cell wall"	"mutant"	5	7.8125	34	12.296564
"CYP706A5"	"C-compound and carbohydrate metabolism"	"stress"	27	10.26616	153	12.2645291
"CYP88A4"	"isoprenoid biosynthesis "	"stress"	6	9.836066	42	12.209302
"CYP96A12"	"biogenesis of chloroplast"	"hormone"	7	11.47541	47	12.207792
"CYP90A1"	"stress response"	"mutant"	4	8.510638	31	12.204724
"CYP94D2"	"stress response"	"mutant"	4	8.510638	31	12.204724
"CYP71B2"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP76G1"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP705A32"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP79C5P"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP735A1"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP71B17"	"nucleotide metabolism"	"mutant"	7	11.666667	34	12.18638
"CYP706A5"	"C-compound and carbohydrate metabolism"	"organ"	26	9.885932	152	12.184369
"CYP97B3"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	3	7.317073	30	12.145749
"CYP97A3"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	3	7.317073	30	12.145749
"CYP88A4"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	3	7.317073	30	12.145749
"CYP81D2"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	18	12.121212
"CYP716A2"	"C-compound, carbohydrate catabolism"	"mutant"	5	12.195122	18	12.121212
"CYP71B16"	"respiration"	"stress"	2	8.695652	16	12.12121
"CYP71B17"	"respiration"	"stress"	2	8.695652	16	12.12121
"CYP72A11"	"energy"	"mutant"	5	10	30	12.096774
"CYP72A11"	"amino acid metabolism"	"mutant"	10	9.708738	80	12.012012
"CYP86A2"	"pentose-phosphate pathway "	"mutant"	3	14.28571	14	11.96581
"CYP71B26"	"pentose-phosphate pathway "	"mutant"	3	14.28571	14	11.96581
"CYP97B3"	"pentose-phosphate pathway "	"mutant"	3	14.28571	14	11.96581
"CYP71B7"	"pentose-phosphate pathway "	"mutant"	3	14.28571	14	11.96581
"CYP72A11"	"pentose-phosphate pathway "	"mutant"	3	14.28571	14	11.96581
"CYP90A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	36	11.960133
"CYP706A5"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	36	11.960133
"CYP735A1"	"secondary metabolism"	"mutant"	9	15	30	11.952191
"CYP88A4"	"secondary metabolism"	"stress"	5	8.333333	30	11.952191
"CYP75B1"	"secondary metabolism"	"organ"	3	5	30	11.952191
"CYP75B1"	"secondary metabolism"	"mutant"	3	5	30	11.952191
"CYP72A13"	"biogenesis of chloroplast"	"organ"	7	11.47541	46	11.948052
"CYP86A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP71B20"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP716A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	20	11.904762
"CYP83A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP74B2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP708A3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP71B28"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP71B19"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	20	11.904762
"CYP96A12"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	20	11.904762
"CYP90A1"	"mRNA synthesis "	"stress"	2	7.407407	14	11.76471
"CYP88A4"	"mRNA synthesis "	"stress"	2	7.407407	14	11.76471
"CYP97A3"	"mRNA synthesis "	"mutant"	2	7.407407	14	11.764706
"CYP71B20"	"mRNA synthesis "	"organ"	2	7.407407	14	11.764706
"CYP71B19"	"mRNA synthesis "	"organ"	2	7.407407	14	11.764706
"CYP97C1"	"mRNA synthesis "	"organ"	2	7.407407	14	11.764706
"CYP706A5"	"mRNA synthesis "	"organ"	2	7.407407	14	11.764706
"CYP709B3"	"mRNA synthesis "	"organ"	2	7.407407	14	11.764706
"CYP81D2"	"transcription"	"mutant"	8	13.333333	31	11.742424
"CYP94D2"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	4	9.756098	29	11.740891
"CYP708A3"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	4	9.756098	29	11.740891
"CYP74A"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	4	9.756098	29	11.740891
"CYP90A1"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	4	9.756098	29	11.740891
"CYP71B28"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	4	9.756098	29	11.740891
"CYP708A2"	"detoxification"	"organ"	6	10.909091	19	11.728395
"CYP716A2"	"detoxification"	"organ"	6	10.909091	19	11.728395
"CYP81D7"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP97B3"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP94D2"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP71B30P"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP88A3"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP79A4P"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP71B16"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP71B38"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP72A15"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP81D6"	"detoxification"	"mutant"	4	7.272727	19	11.728395
"CYP71B28"	"C-compound and carbohydrate metabolism"	"organ"	26	9.885932	146	11.703407
"CYP71B24"	"biogenesis of chloroplast"	"organ"	7	11.47541	45	11.688312
"CYP71B20"	"transport "	"organ"	16	9.411765	99	11.612903
"CYP71B19"	"transport "	"organ"	16	9.411765	99	11.612903
"CYP86A2"	"transport "	"organ"	16	9.411765	99	11.612903
"CYP71B7"	"transport "	"mutant"	16	9.411765	99	11.612903
"CYP705A32"	"biogenesis of cell wall"	"mutant"	12	18.75	32	11.573237
"CYP79A4P"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP703A2"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP71B21"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP98A8"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP77A9"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP71B25"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP71B21"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP96A14P"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP81D6"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP76G1"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP77A9"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP724A1"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP96A14P"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP81D2"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP704B1"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP735A1"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP81D7"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP735A1"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP71B17"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP79A2"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP71B30P"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP71B30P"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP724A1"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP79A4P"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP79A2"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP81D2"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP71B17"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP71B16"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP703A2"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP81D7"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP704B1"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP71B16"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP81D6"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP71B25"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP98A8"	"plant hormonal regulation"	"hormone"	2	10.52632	14	11.570248
"CYP76G1"	"plant / fungal specific systemic sensing and response "	"hormone"	2	10.52632	14	11.570248
"CYP81H1"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	20	11.560694
"CYP81H1"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	20	11.560694
"CYP97B3"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	20	11.560694
"CYP96A12"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	20	11.560694
"CYP73A5"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"hormone"	2	5.882353	20	11.560694
"CYP97B3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	20	11.560694
"CYP96A12"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	20	11.560694
"CYP73A5"	"biosynthesis of phenylpropanoids"	"hormone"	2	5.882353	20	11.560694
"CYP73A5"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"stress"	2	5.882353	20	11.56069
"CYP73A5"	"biosynthesis of phenylpropanoids"	"stress"	2	5.882353	20	11.56069
"CYP81D2"	"secondary metabolism"	"mutant"	10	16.666667	29	11.553785
"CYP71B6"	"nitrogen and sulfur metabolism"	"stress"	3	15	18	11.53846
"CYP709B3"	"transport "	"organ"	16	9.411765	98	11.495601
"CYP71B7"	"nucleotide metabolism"	"mutant"	6	10	32	11.469534
"CYP72A11"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	17	11.447811
"CYP81D40"	"biogenesis of chloroplast"	"organ"	8	13.114754	44	11.428571
"CYP81H1"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP72A15"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B20"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B19"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B28"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B34"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP86A2"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B26"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B4"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP72A13"	"biosynthesis of derivatives of homoisopentenyl pyrophosphate "	"organ"	2	13.33333	12	11.42857
"CYP71B26"	"transport ATPases"	"mutant"	3	9.375	18	11.39241
"CYP51A2"	"transport ATPases"	"mutant"	3	9.375	18	11.39241
"CYP81D40"	"transport ATPases"	"mutant"	3	9.375	18	11.39241
"CYP72A11"	"transport ATPases"	"mutant"	3	9.375	18	11.39241
"CYP96A14P"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP71B25"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP71B17"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP71B21"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP78A10"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP85A1"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP77A9"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP735A1"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP79A2"	"transcription"	"mutant"	8	13.333333	30	11.363636
"CYP71B7"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	5	12.195122	28	11.336032
"CYP709B3"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	3	7.317073	28	11.336032
"CYP709B3"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	3	7.317073	28	11.336032
"CYP97C1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	19	11.309524
"CYP90A1"	"C-compound and carbohydrate metabolism"	"stress"	25	9.505703	141	11.3026052
"CYP71B30P"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	34	11.295681
"CYP79A4P"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	34	11.295681
"CYP81D7"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	34	11.295681
"CYP709B3"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	4	7.54717	34	11.295681
"CYP71B16"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	34	11.295681
"CYP81D6"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	34	11.295681
"CYP97C1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	4	7.54717	34	11.295681
"CYP97A3"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	4	7.54717	34	11.295681
"CYP72A15"	"energy"	"mutant"	6	12	28	11.290323
"CYP71A18"	"energy"	"mutant"	6	12	28	11.290323
"CYP71B17"	"energy"	"mutant"	6	12	28	11.290323
"CYP86A2"	"energy"	"mutant"	4	8	28	11.290323
"CYP97A3"	"energy"	"mutant"	4	8	28	11.290323
"CYP97C1"	"glycolysis and gluconeogenesis"	"stress"	10	8.547009	67	11.25105
"CYP72A11"	"transport facilitation"	"mutant"	12	8.275862	75	11.210762
"CYP86A2"	"degradation "	"organ"	2	7.692308	13	11.2069
"CYP706A5"	"degradation "	"organ"	2	7.692308	13	11.2069
"CYP71B34"	"degradation "	"mutant"	2	7.692308	13	11.2069
"CYP81H1"	"degradation "	"organ"	2	7.692308	13	11.2069
"CYP81D40"	"degradation "	"mutant"	2	7.692308	13	11.2069
"CYP97A3"	"secondary metabolism"	"stress"	5	8.333333	28	11.155378
"CYP97B3"	"transport "	"organ"	18	10.588235	95	11.143695
"CYP706A5"	"amino acid metabolism"	"mutant"	9	8.737864	73	10.960961
"CYP83A1"	"amino acid metabolism"	"organ"	9	8.737864	73	10.960961
"CYP74B2"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	27	10.931174
"CYP74A"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	3	7.317073	27	10.931174
"CYP79C5P"	"mRNA synthesis "	"mutant"	4	14.814815	13	10.92437
"CYP90A1"	"mRNA synthesis "	"mutant"	3	11.111111	13	10.92437
"CYP72A15"	"mRNA synthesis "	"mutant"	3	11.111111	13	10.92437
"CYP71B26"	"mRNA synthesis "	"mutant"	3	11.111111	13	10.92437
"CYP97B3"	"mRNA synthesis "	"mutant"	3	11.111111	13	10.92437
"CYP71B26"	"transported compounds (substrates)"	"mutant"	3	13.04348	13	10.92437
"CYP706A5"	"glycolysis and gluconeogenesis"	"hormone"	12	10.25641	65	10.915197
"CYP708A3"	"glycolysis and gluconeogenesis"	"organ"	10	8.547009	65	10.915197
"CYP71B36"	"biogenesis of chloroplast"	"stress"	8	13.114754	42	10.909091
"CYP81H1"	"biogenesis of chloroplast"	"organ"	7	11.47541	42	10.909091
"CYP81D8"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	2	7.407407	14	10.852713
"CYP78A10"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	2	7.407407	14	10.852713
"CYP71B23"	"lipid, fatty acid and isoprenoid degradation"	"stress"	3	11.111111	14	10.85271
"CYP81D8"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	2	7.407407	14	10.85271
"CYP71B37"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	2	7.407407	14	10.85271
"CYP71B15"	"lipid, fatty acid and isoprenoid degradation"	"organ"	2	7.407407	14	10.85271
"CYP81F2"	"lipid, fatty acid and isoprenoid degradation"	"stress"	2	7.407407	14	10.85271
"CYP97B3"	"C-compound and carbohydrate metabolism"	"stress"	22	8.365019	135	10.8216433
"CYP71B38"	"protein synthesis"	"mutant"	15	12	66	10.784314
"CYP94D2"	"protein synthesis"	"mutant"	13	10.4	66	10.784314
"CYP79A4P"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	16	10.774411
"CYP81D6"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	16	10.774411
"CYP71B16"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	16	10.774411
"CYP71B30P"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	16	10.774411
"CYP81D7"	"C-compound, carbohydrate catabolism"	"mutant"	6	14.634146	16	10.774411
"CYP705A32"	"C-compound, carbohydrate catabolism"	"mutant"	5	12.195122	16	10.774411
"CYP706A5"	"C-compound, carbohydrate catabolism"	"mutant"	4	9.756098	16	10.774411
"CYP71B7"	"C-compound, carbohydrate catabolism"	"mutant"	4	9.756098	16	10.774411
"CYP735A1"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	16	10.774411
"CYP72A8"	"C-compound, carbohydrate catabolism"	"organ"	2	4.878049	16	10.774411
"CYP704A2"	"plant hormonal regulation"	"organ"	2	10.52632	13	10.7438
"CYP704A2"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	13	10.7438
"CYP704A1"	"plant hormonal regulation"	"organ"	2	10.52632	13	10.7438
"CYP704A1"	"plant / fungal specific systemic sensing and response "	"organ"	2	10.52632	13	10.7438
"CYP71B17"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	5	14.285714	18	10.714286
"CYP97B3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	18	10.714286
"CYP706A5"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	28	10.687023
"CYP71B20"	"C-compound and carbohydrate utilization "	"organ"	4	7.407407	28	10.687023
"CYP71B19"	"C-compound and carbohydrate utilization "	"organ"	4	7.407407	28	10.687023
"CYP81D40"	"amino acid metabolism"	"mutant"	9	8.737864	71	10.660661
"CYP79C5P"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	6	11.320755	32	10.631229
"CYP71B25"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	6	11.320755	32	10.631229
"CYP718"	"purine nucleotide metabolism"	"organ"	2	9.52381	12	10.61947
"CYP94D1"	"purine nucleotide metabolism"	"organ"	2	9.52381	12	10.61947
"CYP89A7"	"purine nucleotide metabolism"	"organ"	2	9.52381	12	10.61947
"CYP79C5P"	"transcription"	"mutant"	7	11.666667	28	10.606061
"CYP96A12"	"photosynthesis"	"stress"	4	9.090909	28	10.606061
"CYP71B35"	"respiration"	"organ"	2	8.695652	14	10.60606
"CYP86A1"	"detoxification"	"organ"	5	9.090909	17	10.493827
"CYP705A5"	"detoxification"	"organ"	5	9.090909	17	10.493827
"CYP72A11"	"detoxification"	"mutant"	4	7.272727	17	10.493827
"CYP88A3"	"energy"	"mutant"	7	14	26	10.483871
"CYP89A2"	"energy"	"organ"	5	10	26	10.483871
"CYP706A5"	"energy"	"stress"	5	10	26	10.483871
"CYP72A8"	"energy"	"organ"	4	8	26	10.483871
"CYP97A3"	"energy"	"stress"	4	8	26	10.483871
"CYP71B4"	"energy"	"organ"	4	8	26	10.483871
"CYP96A12"	"energy"	"stress"	3	6	26	10.483871
"CYP90A1"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	36	10.465116
"CYP706A5"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	36	10.465116
"CYP72A11"	"transport facilitation"	"organ"	12	8.275862	70	10.463378
"CYP88A3"	"protein synthesis"	"mutant"	14	11.2	64	10.457516
"CYP71B20"	"C-compound and carbohydrate metabolism"	"organ"	21	7.984791	130	10.420842
"CYP71B19"	"C-compound and carbohydrate metabolism"	"organ"	21	7.984791	130	10.420842
"CYP71B26"	"glycolysis and gluconeogenesis"	"mutant"	12	10.25641	62	10.411419
"CYP705A5"	"glycolysis and gluconeogenesis"	"mutant"	8	6.837607	62	10.411419
"CYP82C3"	"intracellular signalling"	"mutant"	6	10.909091	21	10.37037
"CYP96A5"	"secondary metabolism"	"mutant"	5	8.333333	26	10.358566
"CYP706A5"	"secondary metabolism"	"stress"	4	6.666667	26	10.358566
"CYP97C1"	"secondary metabolism"	"organ"	4	6.666667	26	10.358566
"CYP709B3"	"degradation "	"mutant"	3	11.538462	12	10.34483
"CYP74A"	"degradation "	"organ"	2	7.692308	12	10.34483
"CYP702A8"	"degradation "	"mutant"	2	7.692308	12	10.34483
"CYP82C3"	"degradation "	"hormone"	2	7.692308	12	10.344828
"CYP94D2"	"transport facilitation"	"mutant"	12	8.275862	69	10.313901
"CYP88A4"	"nitrogen and sulfur metabolism"	"stress"	2	10	16	10.25641
"CYP71B4"	"pentose-phosphate pathway "	"organ"	2	9.52381	12	10.25641
"CYP97A3"	"pentose-phosphate pathway "	"mutant"	2	9.52381	12	10.25641
"CYP81D40"	"pentose-phosphate pathway "	"mutant"	2	9.52381	12	10.25641
"CYP706A5"	"pentose-phosphate pathway "	"mutant"	2	9.52381	12	10.25641
"CYP76C2"	"pentose-phosphate pathway "	"stress"	2	9.52381	12	10.25641
"CYP71A18"	"transcription"	"mutant"	7	11.666667	27	10.227273
"CYP86C4"	"biogenesis of cell wall"	"mutant"	9	14.0625	28	10.126582
"CYP86C3"	"biogenesis of cell wall"	"mutant"	9	14.0625	28	10.126582
"CYP97A3"	"biogenesis of cell wall"	"organ"	4	6.25	28	10.126582
"CYP72A11"	"biogenesis of cell wall"	"organ"	4	6.25	28	10.126582
"CYP88A3"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	4	9.756098	25	10.121457
"CYP81D7"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	17	10.119048
"CYP81D6"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	17	10.119048
"CYP71B16"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	17	10.119048
"CYP79A4P"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	17	10.119048
"CYP71B30P"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	17	10.119048
"CYP71B4"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	15	10.10101
"CYP709B3"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	15	10.10101
"CYP97B3"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	15	10.10101
"CYP88A4"	"C-compound, carbohydrate catabolism"	"stress"	4	9.756098	15	10.10101
"CYP71B34"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	15	10.10101
"CYP71B28"	"C-compound, carbohydrate catabolism"	"organ"	4	9.756098	15	10.10101
"CYP71A18"	"mRNA synthesis "	"mutant"	3	11.111111	12	10.084034
"CYP716A2"	"transported compounds (substrates)"	"hormone"	2	8.695652	12	10.08403
"CYP97C1"	"energy"	"organ"	4	8	25	10.080645
"CYP71B7"	"energy"	"mutant"	4	8	25	10.080645
"CYP716A2"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	2	7.407407	13	10.07752
"CYP71B31"	"lipid, fatty acid and isoprenoid degradation"	"mutant"	2	7.407407	13	10.07752
"CYP735A1"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	3	11.111111	13	10.077519
"CYP71B17"	"glycolysis and gluconeogenesis"	"mutant"	15	12.820513	60	10.075567
"CYP705A2"	"nucleotide metabolism"	"mutant"	6	10	28	10.035842
"CYP71B31"	"nucleotide metabolism"	"mutant"	6	10	28	10.035842
"CYP716A2"	"nucleotide metabolism"	"mutant"	6	10	28	10.035842
"CYP706A5"	"transport facilitation"	"organ"	11	7.586207	67	10.014948
"CYP71B28"	"transport "	"organ"	15	8.823529	85	9.970674
"CYP715A1"	"plant / fungal specific systemic sensing and response "	"hormone"	3	15.78947	12	9.917355
"CYP82C3"	"plant hormonal regulation"	"hormone"	3	15.78947	12	9.917355
"CYP82C3"	"plant / fungal specific systemic sensing and response "	"hormone"	3	15.78947	12	9.917355
"CYP715A1"	"plant hormonal regulation"	"hormone"	3	15.78947	12	9.917355
"CYP706A5"	"amino acid metabolism"	"organ"	8	7.76699	66	9.90991
"CYP83A1"	"amino acid metabolism"	"mutant"	8	7.76699	66	9.90991
"CYP81D6"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	34	9.883721
"CYP97A3"	"isoprenoid biosynthesis "	"organ"	4	6.557377	34	9.883721
"CYP81D7"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	34	9.883721
"CYP71B30P"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	34	9.883721
"CYP71B16"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	34	9.883721
"CYP709B3"	"isoprenoid biosynthesis "	"organ"	4	6.557377	34	9.883721
"CYP97C1"	"isoprenoid biosynthesis "	"organ"	4	6.557377	34	9.883721
"CYP79A4P"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	34	9.883721
"CYP96A14P"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP79A2"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP71B25"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP71B21"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP85A1"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP78A10"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP77A9"	"detoxification"	"mutant"	6	10.909091	16	9.876543
"CYP81F4"	"detoxification"	"organ"	5	9.090909	16	9.876543
"CYP706A7"	"detoxification"	"organ"	5	9.090909	16	9.876543
"CYP705A25"	"detoxification"	"stress"	4	7.272727	16	9.876543
"CYP72A14"	"detoxification"	"organ"	4	7.272727	16	9.876543
"CYP97C1"	"C-compound and carbohydrate metabolism"	"stress"	20	7.604563	123	9.8597194
"CYP83A1"	"transport "	"organ"	14	8.235294	84	9.853372
"CYP72A11"	"photosynthesis"	"hormone"	4	9.090909	26	9.848485
"CYP705A5"	"photosynthesis"	"mutant"	3	6.818182	26	9.848485
"CYP90C1"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	17	9.82659
"CYP90C1"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	17	9.82659
"CYP97B3"	"amino acid metabolism"	"organ"	8	7.76699	65	9.75976
"CYP79A2"	"glycolysis and gluconeogenesis"	"mutant"	14	11.965812	58	9.739715
"CYP85A1"	"glycolysis and gluconeogenesis"	"mutant"	14	11.965812	58	9.739715
"CYP90A1"	"transport "	"organ"	15	8.823529	83	9.73607
"CYP97A3"	"transport "	"mutant"	14	8.235294	83	9.73607
"CYP79A4P"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP97B3"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP71B16"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP81D7"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP71B30P"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP81D6"	"ribosome biogenesis"	"mutant"	17	10.30303	90	9.719222
"CYP86A2"	"transport facilitation"	"organ"	10	6.896552	65	9.715994
"CYP71B7"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	9	8.910891	50	9.689922
"CYP94D2"	"energy"	"mutant"	6	12	24	9.677419
"CYP81D2"	"energy"	"mutant"	5	10	24	9.677419
"CYP81D40"	"energy"	"mutant"	3	6	24	9.677419
"CYP88A3"	"transport "	"mutant"	17	10	82	9.618768
"CYP71B38"	"transport "	"mutant"	15	8.823529	82	9.618768
"CYP71B24"	"glycolysis and gluconeogenesis"	"organ"	10	8.547009	57	9.571788
"CYP706A5"	"transport facilitation"	"mutant"	10	6.896552	64	9.566517
"CYP74B2"	"secondary metabolism"	"hormone"	6	10	24	9.561753
"CYP97B3"	"secondary metabolism"	"mutant"	5	8.333333	24	9.561753
"CYP71B20"	"secondary metabolism"	"organ"	4	6.666667	24	9.561753
"CYP81D7"	"secondary metabolism"	"organ"	4	6.666667	24	9.561753
"CYP71B19"	"secondary metabolism"	"organ"	4	6.666667	24	9.561753
"CYP71B28"	"secondary metabolism"	"organ"	4	6.666667	24	9.561753
"CYP81D6"	"secondary metabolism"	"organ"	4	6.666667	24	9.561753
"CYP71B17"	"C-compound and carbohydrate utilization "	"mutant"	7	12.962963	25	9.541985
"CYP706A5"	"C-compound and carbohydrate metabolism"	"hormone"	22	8.365019	119	9.539078
"CYP735A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	4	11.428571	16	9.52381
"CYP88A4"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	3	8.571429	16	9.52381
"CYP71B4"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	16	9.52381
"CYP97A3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	3	8.571429	16	9.52381
"CYP72A8"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	16	9.52381
"CYP706A5"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	16	9.52381
"CYP71B34"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	16	9.52381
"CYP97B3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	16	9.52381
"CYP81D40"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	2	5.714286	16	9.52381
"CYP90A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	16	9.52381
"CYP71B34"	"transport "	"organ"	14	8.235294	81	9.501466
"CYP81D40"	"transport "	"mutant"	13	7.647059	81	9.501466
"CYP710A2"	"transport ATPases"	"mutant"	2	6.25	15	9.49367
"CYP83A1"	"transport ATPases"	"mutant"	2	6.25	15	9.49367
"CYP735A1"	"degradation "	"hormone"	2	7.692308	11	9.482759
"CYP71B26"	"protein synthesis"	"mutant"	11	8.8	58	9.477124
"CYP89A9"	"stress response"	"stress"	3	6.382979	24	9.448819
"CYP90A1"	"C-compound, carbohydrate catabolism"	"mutant"	5	12.195122	14	9.427609
"CYP97B3"	"C-compound, carbohydrate catabolism"	"mutant"	5	12.195122	14	9.427609
"CYP81D6"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP71B25"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP81F4"	"C-compound, carbohydrate catabolism"	"mutant"	3	7.317073	14	9.427609
"CYP71B30P"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP81D8"	"C-compound, carbohydrate catabolism"	"stress"	3	7.317073	14	9.427609
"CYP705A5"	"C-compound, carbohydrate catabolism"	"mutant"	3	7.317073	14	9.427609
"CYP703A2"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP704B1"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP77A9"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP79A4P"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP81D7"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP71B17"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP71B21"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP96A14P"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP98A8"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP724A1"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP79A2"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP81D2"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP71B16"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP76G1"	"C-compound, carbohydrate catabolism"	"hormone"	3	7.317073	14	9.427609
"CYP89A9"	"C-compound, carbohydrate catabolism"	"organ"	2	4.878049	14	9.427609
"CYP716A2"	"biogenesis of cell wall"	"mutant"	10	15.625	26	9.403255
"CYP98A8"	"biogenesis of cell wall"	"mutant"	9	14.0625	26	9.403255
"CYP98A9"	"biogenesis of cell wall"	"mutant"	9	14.0625	26	9.403255
"CYP706A5"	"biogenesis of cell wall"	"mutant"	5	7.8125	26	9.403255
"CYP706A5"	"pentose-phosphate pathway "	"hormone"	2	9.52381	11	9.40171
"CYP71B36"	"pentose-phosphate pathway "	"stress"	2	9.52381	11	9.40171
"CYP71B15"	"intracellular signalling"	"mutant"	6	10.909091	19	9.382716
"CYP78A10"	"intracellular signalling"	"hormone"	5	9.090909	19	9.382716
"CYP90A1"	"nucleotide metabolism"	"mutant"	6	10	26	9.318996
"CYP71B7"	"amino acid metabolism"	"mutant"	9	8.737864	62	9.309309
"CYP94D2"	"amino acid metabolism"	"mutant"	8	7.76699	62	9.309309
"CYP88A3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	8	7.920792	48	9.302326
"CYP71B25"	"isoprenoid biosynthesis "	"mutant"	6	9.836066	32	9.302326
"CYP79C5P"	"isoprenoid biosynthesis "	"mutant"	6	9.836066	32	9.302326
"CYP735A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP735A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP78A10"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP85A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP77A9"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP96A14P"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP71B21"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP72A11"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP71B17"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP79A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	28	9.302326
"CYP97A3"	"lipid, fatty acid and isoprenoid biosynthesis "	"stress"	4	7.54717	28	9.302326
"CYP71B15"	"lipid, fatty acid and isoprenoid degradation"	"hormone"	2	7.407407	12	9.302326
"CYP705A1"	"detoxification"	"organ"	8	14.545455	15	9.259259
"CYP705A8"	"detoxification"	"organ"	8	14.545455	15	9.259259
"CYP71B23"	"detoxification"	"stress"	6	10.909091	15	9.259259
"CYP708A3"	"mRNA synthesis "	"organ"	2	7.407407	11	9.243697
"CYP96A12"	"mRNA synthesis "	"hormone"	2	7.407407	11	9.243697
"CYP97B3"	"mRNA synthesis "	"organ"	2	7.407407	11	9.243697
"CYP96A12"	"mRNA synthesis "	"organ"	2	7.407407	11	9.243697
"CYP706A5"	"mRNA synthesis "	"hormone"	2	7.407407	11	9.243697
"CYP72A11"	"mRNA synthesis "	"mutant"	2	7.407407	11	9.243697
"CYP83A1"	"mRNA synthesis "	"organ"	2	7.407407	11	9.243697
"CYP74B2"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP710A1"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	14	9.210526
"CYP98A8"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP86C2"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP81D40"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP81F1"	"assimilation of ammonia, metabolism of the glutamate group"	"hormone"	2	9.52381	14	9.210526
"CYP98A9"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP86C4"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP86C3"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP708A3"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP81H1"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP71B20"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP705A24"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP76C2"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	14	9.210526
"CYP88A4"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	14	9.210526
"CYP71B26"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	14	9.210526
"CYP71B19"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	14	9.210526
"CYP79C5P"	"secondary metabolism"	"mutant"	8	13.333333	23	9.163347
"CYP705A32"	"secondary metabolism"	"mutant"	8	13.333333	23	9.163347
"CYP71B2"	"secondary metabolism"	"mutant"	8	13.333333	23	9.163347
"CYP76G1"	"secondary metabolism"	"mutant"	8	13.333333	23	9.163347
"CYP90A1"	"secondary metabolism"	"organ"	3	5	23	9.163347
"CYP71B34"	"secondary metabolism"	"organ"	3	5	23	9.163347
"CYP90A1"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	24	9.160305
"CYP74A"	"amino acid metabolism"	"organ"	8	7.76699	61	9.159159
"CYP97C1"	"protein synthesis"	"organ"	17	13.6	56	9.150327
"CYP72A11"	"protein synthesis"	"mutant"	11	8.8	56	9.150327
"CYP71B7"	"transport facilitation"	"mutant"	10	6.896552	61	9.118087
"CYP82C3"	"respiration"	"mutant"	2	8.695652	12	9.09091
"CYP71B15"	"respiration"	"hormone"	2	8.695652	12	9.09091
"CYP81F2"	"respiration"	"hormone"	2	8.695652	12	9.09091
"CYP81D8"	"respiration"	"hormone"	2	8.695652	12	9.09091
"CYP710A1"	"plant / fungal specific systemic sensing and response "	"stress"	2	10.52632	11	9.09091
"CYP710A1"	"plant hormonal regulation"	"stress"	2	10.52632	11	9.09091
"CYP97C1"	"biogenesis of chloroplast"	"hormone"	5	8.196721	35	9.090909
"CYP71B38"	"photosynthesis"	"mutant"	5	11.363636	24	9.090909
"CYP72A8"	"photosynthesis"	"organ"	4	9.090909	24	9.090909
"CYP97A3"	"transcription"	"mutant"	4	6.666667	24	9.090909
"CYP709B3"	"amino acid metabolism"	"organ"	8	7.76699	60	9.009009
"CYP71B26"	"amino acid metabolism"	"mutant"	7	6.796117	60	9.009009
"CYP705A24"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP86C2"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP71B23"	"nitrogen and sulfur metabolism"	"organ"	2	10	14	8.974359
"CYP98A8"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP86C3"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP98A9"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP86C4"	"nitrogen and sulfur metabolism"	"mutant"	2	10	14	8.974359
"CYP724A1"	"nucleotide metabolism"	"organ"	5	8.333333	25	8.960573
"CYP96A12"	"nucleotide metabolism"	"hormone"	4	6.666667	25	8.960573
"CYP97A3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	8	7.920792	46	8.914729
"CYP51A2"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	4	9.756098	22	8.906883
"CYP86A2"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	22	8.906883
"CYP71B34"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	22	8.906883
"CYP706A5"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	22	8.906883
"CYP706A5"	"energy"	"hormone"	4	8	22	8.870968
"CYP79C5P"	"energy"	"mutant"	4	8	22	8.870968
"CYP88A4"	"energy"	"stress"	4	8	22	8.870968
"CYP71B30P"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP74A"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B7"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP81F4"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP81D6"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP71B34"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP709B3"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP97C1"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP88A4"	"transport ATPases"	"stress"	2	6.25	14	8.86076
"CYP79A4P"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP71B19"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B28"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP81D7"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP71B24"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B20"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B35"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP97A3"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP90A1"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP74B2"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP97B3"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP86A2"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B16"	"transport ATPases"	"mutant"	2	6.25	14	8.86076
"CYP708A3"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP706A5"	"transport ATPases"	"organ"	2	6.25	14	8.86076
"CYP71B15"	"amino acid metabolism"	"hormone"	8	7.76699	59	8.858859
"CYP88A4"	"protein synthesis"	"stress"	16	12.8	54	8.823529
"CYP96A14P"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP85A1"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP79A2"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP71B25"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP77A9"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP78A10"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP71B21"	"protein synthesis"	"mutant"	11	8.8	54	8.823529
"CYP71B25"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP96A14P"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP735A1"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP71B17"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP71B21"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP78A10"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP79A2"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP77A9"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP85A1"	"RNA synthesis "	"mutant"	7	10	28	8.805031
"CYP71B26"	"transport "	"mutant"	14	8.235294	75	8.797654
"CYP79A4P"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	23	8.778626
"CYP81D6"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	23	8.778626
"CYP81D7"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	23	8.778626
"CYP71B30P"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	23	8.778626
"CYP71B16"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	23	8.778626
"CYP720A1"	"secondary metabolism"	"mutant"	4	6.666667	22	8.76494
"CYP82C3"	"secondary metabolism"	"mutant"	4	6.666667	22	8.76494
"CYP94D1"	"secondary metabolism"	"organ"	4	6.666667	22	8.76494
"CYP715A1"	"secondary metabolism"	"mutant"	4	6.666667	22	8.76494
"CYP707A3"	"secondary metabolism"	"hormone"	4	6.666667	22	8.76494
"CYP73A5"	"secondary metabolism"	"hormone"	3	5	22	8.76494
"CYP71B10"	"secondary metabolism"	"hormone"	3	5	22	8.76494
"CYP71B14"	"secondary metabolism"	"hormone"	3	5	22	8.76494
"CYP90A1"	"transcription"	"mutant"	5	8.333333	23	8.712121
"CYP71B2"	"transcription"	"mutant"	5	8.333333	23	8.712121
"CYP97B3"	"transcription"	"mutant"	5	8.333333	23	8.712121
"CYP76G1"	"transcription"	"mutant"	5	8.333333	23	8.712121
"CYP705A24"	"biogenesis of cell wall"	"mutant"	8	12.5	24	8.679928
"CYP81D7"	"biogenesis of cell wall"	"mutant"	7	10.9375	24	8.679928
"CYP71B16"	"biogenesis of cell wall"	"mutant"	7	10.9375	24	8.679928
"CYP81D6"	"biogenesis of cell wall"	"mutant"	7	10.9375	24	8.679928
"CYP71B30P"	"biogenesis of cell wall"	"mutant"	7	10.9375	24	8.679928
"CYP79A4P"	"biogenesis of cell wall"	"mutant"	7	10.9375	24	8.679928
"CYP76C2"	"biogenesis of cell wall"	"hormone"	3	4.6875	24	8.679928
"CYP97B3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	15	8.67052
"CYP97B3"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	15	8.67052
"CYP706A5"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	4	11.764706	15	8.67052
"CYP706A5"	"biosynthesis of phenylpropanoids"	"mutant"	4	11.764706	15	8.67052
"CYP97A3"	"transport facilitation"	"organ"	9	6.206897	58	8.669656
"CYP714A1"	"intracellular signalling"	"hormone"	4	7.272727	17.5	8.641975
"CYP76G1"	"detoxification"	"mutant"	5	9.090909	14	8.641975
"CYP712A1"	"detoxification"	"stress"	3	5.454545	14	8.641975
"CYP706A5"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	4	7.54717	26	8.637874
"CYP81D6"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP704B1"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP724A1"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP71B21"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP79A2"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP79A4P"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP81D7"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP71B30P"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP77A9"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP98A8"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP703A2"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP96A14P"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP71B25"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP81D2"	"nucleotide metabolism"	"hormone"	6	10	24	8.602151
"CYP71B35"	"C-compound and carbohydrate metabolism"	"organ"	18	6.844106	107	8.577154
"CYP90A1"	"C-compound and carbohydrate metabolism"	"organ"	15	5.703422	107	8.577154
"CYP74B2"	"glycolysis and gluconeogenesis"	"organ"	7	5.982906	51	8.564232
"CYP71B38"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	7	6.930693	44	8.527132
"CYP71B38"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	3	7.317073	21	8.502024
"CYP97C1"	"protein synthesis"	"stress"	14	11.2	52	8.496732
"CYP79B2"	"amino acid metabolism"	"stress"	7	6.796117	56	8.408408
"CYP97B3"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	22	8.396947
"CYP72A11"	"C-compound and carbohydrate utilization "	"mutant"	4	7.407407	22	8.396947
"CYP76C2"	"C-compound and carbohydrate utilization "	"stress"	3	5.555556	22	8.396947
"CYP89A9"	"C-compound and carbohydrate utilization "	"stress"	3	5.555556	22	8.396947
"CYP89A9"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	22	8.396947
"CYP72A13"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	22	8.396947
"CYP71B28"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	22	8.396947
"CYP86A2"	"secondary metabolism"	"mutant"	3	5	21	8.366534
"CYP724A1"	"transcription"	"organ"	6	10	22	8.333333
"CYP715A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP89A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	3	8.571429	14	8.333333
"CYP81F3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP90A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP96A5"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP715A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"hormone"	3	8.571429	14	8.333333
"CYP81D8"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP82C3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	14	8.333333
"CYP86A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	14	8.333333
"CYP97A3"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	14	8.333333
"CYP706A5"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	14	8.333333
"CYP71B16"	"biogenesis of chloroplast"	"stress"	4	6.557377	32	8.311688
"CYP71B17"	"biogenesis of chloroplast"	"stress"	4	6.557377	32	8.311688
"CYP705A5"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	5	9.433962	25	8.305648
"CYP71B2"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	4	7.54717	25	8.305648
"CYP97B3"	"stress response"	"mutant"	3	6.382979	21	8.267717
"CYP97A3"	"glycolysis and gluconeogenesis"	"hormone"	8	6.837607	49	8.22838
"CYP81F4"	"transport ATPases"	"hormone"	2	6.25	13	8.227848
"CYP71B2"	"transport ATPases"	"hormone"	2	6.25	13	8.227848
"CYP86A2"	"C-compound and carbohydrate metabolism"	"organ"	15	5.703422	102	8.176353
"CYP79C5P"	"RNA synthesis "	"mutant"	6	8.571429	26	8.176101
"CYP97A3"	"protein synthesis"	"stress"	15	12	50	8.169935
"CYP76C2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	7	6.930693	42	8.139535
"CYP77A9"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP96A14P"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP735A1"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP72A11"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP85A1"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP735A2"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP71B17"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP79A2"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP78A10"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP71B21"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	28	8.139535
"CYP97A3"	"isoprenoid biosynthesis "	"stress"	4	6.557377	28	8.139535
"CYP701A3"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	20	8.097166
"CYP97C1"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	2	4.878049	20	8.097166
"CYP716A2"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	20	8.097166
"CYP71B7"	"biosynthesis of phenylpropanoids"	"mutant"	3	8.823529	14	8.092486
"CYP71B7"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	3	8.823529	14	8.092486
"CYP71B31"	"C-compound, carbohydrate catabolism"	"mutant"	3	7.317073	12	8.080808
"CYP705A2"	"C-compound, carbohydrate catabolism"	"mutant"	3	7.317073	12	8.080808
"CYP76C2"	"C-compound, carbohydrate catabolism"	"stress"	3	7.317073	12	8.080808
"CYP72A15"	"C-compound, carbohydrate catabolism"	"mutant"	3	7.317073	12	8.080808
"CYP706A5"	"C-compound, carbohydrate catabolism"	"hormone"	2	4.878049	12	8.080808
"CYP81D1"	"C-compound, carbohydrate catabolism"	"stress"	2	4.878049	12	8.080808
"CYP716A2"	"energy"	"mutant"	3	6	20	8.064516
"CYP71B35"	"energy"	"organ"	3	6	20	8.064516
"CYP81H1"	"energy"	"organ"	3	6	20	8.064516
"CYP709B3"	"energy"	"stress"	2	4	20	8.064516
"CYP96A12"	"energy"	"organ"	2	4	20	8.064516
"CYP71A19"	"detoxification"	"organ"	3	5.454545	13	8.024691
"CYP708A2"	"detoxification"	"hormone"	3	5.454545	13	8.024691
"CYP90A1"	"detoxification"	"mutant"	3	5.454545	13	8.024691
"CYP71B26"	"detoxification"	"mutant"	3	5.454545	13	8.024691
"CYP78A10"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP96A14P"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP71B21"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP71B25"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP85A1"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP77A9"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP79A2"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	21	8.015267
"CYP81D40"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	24	7.973422
"CYP708A2"	"secondary metabolism"	"hormone"	4	6.666667	20	7.968127
"CYP96A12"	"secondary metabolism"	"stress"	3	5	20	7.968127
"CYP707A3"	"secondary metabolism"	"mutant"	3	5	20	7.968127
"CYP71B17"	"secondary metabolism"	"stress"	2	3.333333	20	7.968127
"CYP71B16"	"secondary metabolism"	"stress"	2	3.333333	20	7.968127
"CYP75B1"	"secondary metabolism"	"hormone"	2	3.333333	20	7.968127
"CYP701A3"	"secondary metabolism"	"hormone"	2	3.333333	20	7.968127
"CYP71B26"	"secondary metabolism"	"hormone"	2	3.333333	20	7.968127
"CYP75B1"	"secondary metabolism"	"stress"	2	3.333333	20	7.968127
"CYP714A1"	"secondary metabolism"	"hormone"	2	3.333333	20	7.968127
"CYP709B1"	"secondary metabolism"	"organ"	2	3.333333	20	7.968127
"CYP88A4"	"amino acid metabolism"	"stress"	8	7.76699	53	7.957958
"CYP71B31"	"biogenesis of cell wall"	"mutant"	8	12.5	22	7.9566
"CYP97B3"	"biogenesis of cell wall"	"organ"	3	4.6875	22	7.9566
"CYP73A5"	"biogenesis of cell wall"	"stress"	3	4.6875	22	7.9566
"CYP90A1"	"biogenesis of cell wall"	"organ"	3	4.6875	22	7.9566
"CYP98A3"	"biogenesis of cell wall"	"stress"	3	4.6875	22	7.9566
"CYP71B2"	"biogenesis of cell wall"	"hormone"	3	4.6875	22	7.9566
"CYP97A3"	"transcription"	"stress"	3	5	21	7.954545
"CYP97A3"	"transcription"	"organ"	3	5	21	7.954545
"CYP74B2"	"transcription"	"organ"	3	5	21	7.954545
"CYP97C1"	"photosynthesis"	"hormone"	3	6.818182	21	7.954545
"CYP72A11"	"transcription"	"organ"	3	5	21	7.954545
"CYP94C1"	"intracellular signalling"	"mutant"	4	7.272727	16	7.901235
"CYP705A23"	"intracellular signalling"	"hormone"	2	3.636364	16	7.901235
"CYP71B7"	"assimilation of ammonia, metabolism of the glutamate group"	"mutant"	2	9.52381	12	7.894737
"CYP735A1"	"nucleotide metabolism"	"hormone"	5	8.333333	22	7.885305
"CYP71B16"	"nucleotide metabolism"	"hormone"	5	8.333333	22	7.885305
"CYP71B17"	"nucleotide metabolism"	"hormone"	5	8.333333	22	7.885305
"CYP76G1"	"nucleotide metabolism"	"hormone"	5	8.333333	22	7.885305
"CYP81D2"	"RNA synthesis "	"mutant"	6	8.571429	25	7.861635
"CYP97A3"	"amino acid metabolism"	"organ"	7	6.796117	52	7.807808
"CYP97B3"	"biogenesis of chloroplast"	"hormone"	4	6.557377	30	7.792208
"CYP72A8"	"biogenesis of chloroplast"	"organ"	4	6.557377	30	7.792208
"CYP98A3"	"biogenesis of chloroplast"	"hormone"	4	6.557377	30	7.792208
"CYP71B23"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	9	8.910891	40	7.751938
"CYP73A5"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	7	6.930693	40	7.751938
"CYP51A2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	40	7.751938
"CYP72A15"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	5	4.950495	40	7.751938
"CYP81F4"	"transport "	"mutant"	9	5.294118	66	7.741935
"CYP74A"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP83A1"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP71B26"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP71B24"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP71B20"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP71B19"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	3	7.317073	19	7.692308
"CYP81D40"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	19	7.692308
"CYP96A12"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	19	7.692308
"CYP74B2"	"nitrogen and sulfur metabolism"	"mutant"	2	10	12	7.692308
"CYP71B28"	"amino acid metabolism"	"organ"	7	6.796117	51	7.657658
"CYP81D2"	"C-compound and carbohydrate utilization "	"mutant"	6	11.111111	20	7.633588
"CYP71B2"	"C-compound and carbohydrate utilization "	"hormone"	3	5.555556	20	7.633588
"CYP71B26"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	20	7.633588
"CYP71B26"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	20	7.633588
"CYP81D40"	"transport facilitation"	"mutant"	7	4.827586	51	7.623318
"CYP88A3"	"photosynthesis"	"mutant"	3	6.818182	20	7.575758
"CYP71B4"	"photosynthesis"	"mutant"	3	6.818182	20	7.575758
"CYP71B19"	"transcription"	"organ"	3	5	20	7.575758
"CYP71B20"	"transcription"	"organ"	3	5	20	7.575758
"CYP735A2"	"secondary metabolism"	"mutant"	7	11.666667	19	7.569721
"CYP74A"	"secondary metabolism"	"organ"	4	6.666667	19	7.569721
"CYP96A12"	"secondary metabolism"	"organ"	2	3.333333	19	7.569721
"CYP709B3"	"secondary metabolism"	"hormone"	2	3.333333	19	7.569721
"CYP708A3"	"secondary metabolism"	"organ"	2	3.333333	19	7.569721
"CYP81D40"	"secondary metabolism"	"mutant"	2	3.333333	19	7.569721
"CYP706A5"	"isoprenoid biosynthesis "	"organ"	4	6.557377	26	7.55814
"CYP71B6"	"amino acid metabolism"	"stress"	8	7.76699	50	7.507508
"CYP71A13"	"amino acid metabolism"	"stress"	7	6.796117	50	7.507508
"CYP85A1"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP735A1"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP77A9"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP79A2"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP96A14P"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP78A10"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP71B21"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP71B25"	"transport "	"mutant"	16	9.411765	64	7.507331
"CYP97C1"	"transport "	"organ"	11	6.470588	64	7.507331
"CYP71B26"	"transport "	"organ"	10	5.882353	64	7.507331
"CYP706A5"	"stress response"	"mutant"	3	6.382979	19	7.480315
"CYP79B2"	"stress response"	"hormone"	3	6.382979	19	7.480315
"CYP71B21"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP96A14P"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP71B25"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP78A10"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP85A1"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP735A1"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP77A9"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP79A2"	"transport facilitation"	"mutant"	14	9.655172	50	7.473842
"CYP71B20"	"transport facilitation"	"organ"	8	5.517241	50	7.473842
"CYP71B19"	"transport facilitation"	"organ"	8	5.517241	50	7.473842
"CYP71B29"	"detoxification"	"organ"	6	10.909091	12	7.407407
"CYP707A4"	"detoxification"	"hormone"	2	3.636364	12	7.407407
"CYP71B2"	"detoxification"	"hormone"	2	3.636364	12	7.407407
"CYP71B28"	"detoxification"	"hormone"	2	3.636364	12	7.407407
"CYP86A1"	"detoxification"	"stress"	2	3.636364	12	7.407407
"CYP708A1"	"detoxification"	"organ"	2	3.636364	12	7.407407
"CYP72A7"	"detoxification"	"stress"	2	3.636364	12	7.407407
"CYP97B3"	"C-compound, carbohydrate catabolism"	"stress"	3	7.317073	11	7.407407
"CYP706A5"	"C-compound, carbohydrate catabolism"	"organ"	3	7.317073	11	7.407407
"CYP71B35"	"C-compound, carbohydrate catabolism"	"organ"	3	7.317073	11	7.407407
"CYP86A2"	"C-compound, carbohydrate catabolism"	"organ"	3	7.317073	11	7.407407
"CYP51A2"	"transport "	"mutant"	12	7.058824	63	7.390029
"CYP708A3"	"transport "	"organ"	10	5.882353	63	7.390029
"CYP71B15"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	10	9.90099	38	7.364341
"CYP86A2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	7	6.930693	38	7.364341
"CYP706A5"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	38	7.364341
"CYP71B34"	"amino acid metabolism"	"organ"	6	5.825243	49	7.357357
"CYP710A1"	"amino acid metabolism"	"stress"	6	5.825243	49	7.357357
"CYP71B28"	"transport facilitation"	"organ"	9	6.206897	49	7.324365
"CYP709B3"	"transport facilitation"	"organ"	8	5.517241	49	7.324365
"CYP71A16"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	5	9.433962	22	7.30897
"CYP708A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	5	9.433962	22	7.30897
"CYP97B3"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	4	7.54717	22	7.30897
"CYP94D2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	22	7.30897
"CYP96A4"	"biogenesis of chloroplast"	"organ"	4	6.557377	28	7.272727
"CYP705A5"	"isoprenoid biosynthesis "	"mutant"	5	8.196721	25	7.267442
"CYP71B2"	"isoprenoid biosynthesis "	"hormone"	4	6.557377	25	7.267442
"CYP81F4"	"energy"	"mutant"	3	6	18	7.258065
"CYP90A1"	"energy"	"stress"	3	6	18	7.258065
"CYP720A1"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	19	7.251908
"CYP97B3"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	11	7.236842
"CYP97C1"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	11	7.236842
"CYP706A5"	"assimilation of ammonia, metabolism of the glutamate group"	"hormone"	2	9.52381	11	7.236842
"CYP90A1"	"assimilation of ammonia, metabolism of the glutamate group"	"stress"	2	9.52381	11	7.236842
"CYP97C1"	"assimilation of ammonia, metabolism of the glutamate group"	"organ"	2	9.52381	11	7.236842
"CYP71A18"	"biogenesis of cell wall"	"mutant"	7	10.9375	20	7.233273
"CYP94D2"	"biogenesis of cell wall"	"mutant"	4	6.25	20	7.233273
"CYP76C2"	"biogenesis of cell wall"	"stress"	2	3.125	20	7.233273
"CYP71B26"	"biogenesis of cell wall"	"hormone"	2	3.125	20	7.233273
"CYP73A5"	"biogenesis of cell wall"	"organ"	2	3.125	20	7.233273
"CYP71B26"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP94D2"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP71B38"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP71B30P"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP71B16"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP79A4P"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP81D6"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP81D7"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP72A15"	"transcription"	"mutant"	4	6.666667	19	7.19697
"CYP71B24"	"transport facilitation"	"organ"	6	4.137931	48	7.174888
"CYP710A4"	"secondary metabolism"	"hormone"	6	10	18	7.171315
"CYP710A3"	"secondary metabolism"	"hormone"	6	10	18	7.171315
"CYP705A13"	"secondary metabolism"	"organ"	5	8.333333	18	7.171315
"CYP705A25"	"secondary metabolism"	"organ"	5	8.333333	18	7.171315
"CYP88A4"	"nucleotide metabolism"	"stress"	5	8.333333	20	7.168459
"CYP706A5"	"nucleotide metabolism"	"mutant"	5	8.333333	20	7.168459
"CYP86A2"	"nucleotide metabolism"	"mutant"	5	8.333333	20	7.168459
"CYP72A11"	"nucleotide metabolism"	"organ"	4	6.666667	20	7.168459
"CYP706A5"	"nucleotide metabolism"	"organ"	4	6.666667	20	7.168459
"CYP702A8"	"nucleotide metabolism"	"mutant"	3	5	20	7.168459
"CYP707A4"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"hormone"	3	8.571429	12	7.142857
"CYP71B2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	12	7.142857
"CYP76G1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	12	7.142857
"CYP706A5"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"hormone"	3	8.571429	12	7.142857
"CYP79C5P"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	3	8.571429	12	7.142857
"CYP96A4"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	12	7.142857
"CYP90A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"stress"	2	5.714286	12	7.142857
"CYP89A9"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"organ"	2	5.714286	12	7.142857
"CYP708A3"	"C-compound and carbohydrate metabolism"	"organ"	16	6.08365	89	7.134269
"CYP72A11"	"stress response"	"hormone"	4	8.510638	18	7.086614
"CYP77A9"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP85A1"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP71B17"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP78A10"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP71B21"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP79A2"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP71B25"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP96A14P"	"stress response"	"mutant"	3	6.382979	18	7.086614
"CYP72A8"	"stress response"	"organ"	2	4.255319	18	7.086614
"CYP71B23"	"stress response"	"organ"	2	4.255319	18	7.086614
"CYP74A"	"glycolysis and gluconeogenesis"	"organ"	7	5.982906	42	7.052897
"CYP71B17"	"transport "	"mutant"	15	8.823529	60	7.038123
"CYP71B24"	"transport "	"organ"	8	4.705882	60	7.038123
"CYP71B26"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	5	4.950495	36	6.976744
"CYP81D40"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	24	6.976744
"CYP74B2"	"transport ATPases"	"hormone"	2	6.25	11	6.962025
"CYP96A4"	"transport ATPases"	"hormone"	2	6.25	11	6.962025
"CYP94B1"	"transport ATPases"	"hormone"	2	6.25	11	6.962025
"CYP71B26"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	2	5.882353	12	6.936416
"CYP701A3"	"biosynthesis of phenylpropanoids"	"hormone"	2	5.882353	12	6.936416
"CYP701A3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"hormone"	2	5.882353	12	6.936416
"CYP71B26"	"biosynthesis of phenylpropanoids"	"mutant"	2	5.882353	12	6.936416
"CYP71B4"	"biosynthesis of phenylpropanoids"	"hormone"	2	5.882353	12	6.936416
"CYP71B4"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"hormone"	2	5.882353	12	6.936416
"CYP724A1"	"RNA synthesis "	"organ"	6	8.571429	22	6.918239
"CYP94D2"	"intracellular signalling"	"mutant"	6	10.909091	14	6.91358
"CYP85A1"	"amino acid metabolism"	"mutant"	11	10.679612	46	6.906907
"CYP77A9"	"amino acid metabolism"	"mutant"	11	10.679612	46	6.906907
"CYP79A2"	"amino acid metabolism"	"mutant"	11	10.679612	46	6.906907
"CYP81D1"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	17	6.882591
"CYP74B2"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	17	6.882591
"CYP71B17"	"transport facilitation"	"mutant"	13	8.965517	46	6.875934
"CYP83A1"	"transport facilitation"	"organ"	8	5.517241	46	6.875934
"CYP71B7"	"C-compound and carbohydrate utilization "	"mutant"	4	7.407407	18	6.870229
"CYP707A1"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	18	6.870229
"CYP86A2"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	18	6.870229
"CYP81D40"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	18	6.870229
"CYP71B7"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	18	6.870229
"CYP72A8"	"C-compound and carbohydrate utilization "	"hormone"	3	5.555556	18	6.870229
"CYP97A3"	"protein synthesis"	"organ"	13	10.4	42	6.862745
"CYP88A4"	"transcription"	"stress"	3	5	18	6.818182
"CYP74B2"	"transport "	"organ"	9	5.294118	58	6.803519
"CYP89A2"	"detoxification"	"hormone"	3	5.454545	11	6.790123
"CYP86A2"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP706A5"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP97A3"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP81D40"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP86A1"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP708A2"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP705A5"	"detoxification"	"hormone"	2	3.636364	11	6.790123
"CYP71B7"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP705A5"	"detoxification"	"mutant"	2	3.636364	11	6.790123
"CYP72A11"	"detoxification"	"hormone"	2	3.636364	11	6.790123
"CYP83A1"	"detoxification"	"hormone"	2	3.636364	11	6.790123
"CYP86A1"	"detoxification"	"hormone"	2	3.636364	11	6.790123
"CYP71A16"	"secondary metabolism"	"organ"	4	6.666667	17	6.772908
"CYP705A12"	"secondary metabolism"	"organ"	4	6.666667	17	6.772908
"CYP81D1"	"amino acid metabolism"	"hormone"	7	6.796117	45	6.756757
"CYP709B3"	"biogenesis of chloroplast"	"stress"	5	8.196721	26	6.753247
"CYP89A2"	"biogenesis of chloroplast"	"organ"	4	6.557377	26	6.753247
"CYP71B20"	"stress response"	"organ"	2	4.255319	17	6.692913
"CYP71B19"	"stress response"	"organ"	2	4.255319	17	6.692913
"CYP88A4"	"transport "	"stress"	10	5.882353	57	6.686217
"CYP716A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	20	6.644518
"CYP71B34"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	20	6.644518
"CYP90A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	20	6.644518
"CYP71B20"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	20	6.644518
"CYP71B19"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	20	6.644518
"CYP71B28"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	20	6.644518
"CYP71B15"	"amino acid metabolism"	"stress"	6	5.825243	44	6.606607
"CYP71B7"	"amino acid metabolism"	"organ"	6	5.825243	44	6.606607
"CYP83B1"	"amino acid metabolism"	"hormone"	6	5.825243	44	6.606607
"CYP79F2"	"amino acid metabolism"	"organ"	5	4.854369	44	6.606607
"CYP79F1"	"amino acid metabolism"	"organ"	5	4.854369	44	6.606607
"CYP71A18"	"RNA synthesis "	"mutant"	5	7.142857	21	6.603774
"CYP71B2"	"RNA synthesis "	"mutant"	4	5.714286	21	6.603774
"CYP76G1"	"RNA synthesis "	"mutant"	4	5.714286	21	6.603774
"CYP72A11"	"RNA synthesis "	"organ"	3	4.285714	21	6.603774
"CYP97A3"	"RNA synthesis "	"organ"	3	4.285714	21	6.603774
"CYP74B2"	"RNA synthesis "	"organ"	3	4.285714	21	6.603774
"CYP71A13"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	9	8.910891	34	6.589147
"CYP71B6"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	34	6.589147
"CYP84A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	5	4.950495	34	6.589147
"CYP97B3"	"transport facilitation"	"organ"	9	6.206897	44	6.576981
"CYP71B38"	"transport facilitation"	"mutant"	8	5.517241	44	6.576981
"CYP96A12"	"C-compound and carbohydrate metabolism"	"hormone"	12	4.562738	82	6.573146
"CYP79C5P"	"transport "	"mutant"	13	7.647059	56	6.568915
"CYP706A2"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	11	6.547619
"CYP71B7"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	11	6.547619
"CYP706A1"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	11	6.547619
"CYP702A8"	"metabolism of energy reserves (e.g. glycogen, trehalose)"	"mutant"	2	5.714286	11	6.547619
"CYP704B1"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP724A1"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP734A1"	"biogenesis of cell wall"	"mutant"	7	10.9375	18	6.509946
"CYP705A2"	"biogenesis of cell wall"	"mutant"	7	10.9375	18	6.509946
"CYP98A8"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP79A4P"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP81D6"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP79A2"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP81D7"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP96A14P"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP71B25"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP703A2"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP71B30P"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP81D2"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP71B21"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP77A9"	"biogenesis of cell wall"	"hormone"	7	10.9375	18	6.509946
"CYP86C2"	"biogenesis of cell wall"	"mutant"	6	9.375	18	6.509946
"CYP735A1"	"biogenesis of cell wall"	"hormone"	6	9.375	18	6.509946
"CYP90A1"	"biogenesis of cell wall"	"mutant"	5	7.8125	18	6.509946
"CYP710A1"	"C-compound and carbohydrate utilization "	"stress"	4	7.407407	17	6.48855
"CYP82C3"	"C-compound and carbohydrate utilization "	"mutant"	4	7.407407	17	6.48855
"CYP83B1"	"glycolysis and gluconeogenesis"	"hormone"	6	5.128205	38.5	6.465155
"CYP97A3"	"transport "	"stress"	10	5.882353	55	6.451613
"CYP94D2"	"nucleotide metabolism"	"mutant"	5	8.333333	18	6.451613
"CYP79B3"	"nucleotide metabolism"	"hormone"	3	5	18	6.451613
"CYP74A"	"nucleotide metabolism"	"hormone"	3	5	18	6.451613
"CYP735A2"	"energy"	"mutant"	4	8	16	6.451613
"CYP98A3"	"energy"	"hormone"	3	6	16	6.451613
"CYP89A9"	"energy"	"stress"	2	4	16	6.451613
"CYP81D40"	"energy"	"stress"	2	4	16	6.451613
"CYP705A2"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP716A2"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP705A32"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP78A8"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP71B31"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP734A1"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP735A2"	"transcription"	"mutant"	4	6.666667	17	6.439394
"CYP72A11"	"transcription"	"mutant"	3	5	17	6.439394
"CYP97B3"	"transcription"	"stress"	2	3.333333	17	6.439394
"CYP706A5"	"transcription"	"stress"	2	3.333333	17	6.439394
"CYP71B35"	"transcription"	"stress"	2	3.333333	17	6.439394
"CYP97A3"	"transport facilitation"	"mutant"	7	4.827586	43	6.427504
"CYP97C1"	"transport facilitation"	"organ"	7	4.827586	43	6.427504
"CYP81F3"	"intracellular signalling"	"mutant"	3	5.454545	13	6.419753
"CYP84A4"	"intracellular signalling"	"mutant"	3	5.454545	13	6.419753
"CYP706A2"	"intracellular signalling"	"organ"	3	5.454545	13	6.419753
"CYP706A1"	"intracellular signalling"	"organ"	3	5.454545	13	6.419753
"CYP735A1"	"intracellular signalling"	"hormone"	3	5.454545	13	6.419753
"CYP90A1"	"intracellular signalling"	"organ"	2	3.636364	13	6.419753
"CYP708A2"	"isoprenoid biosynthesis "	"organ"	5	8.196721	22	6.395349
"CYP71A16"	"isoprenoid biosynthesis "	"organ"	5	8.196721	22	6.395349
"CYP97B3"	"isoprenoid biosynthesis "	"organ"	4	6.557377	22	6.395349
"CYP94D2"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	22	6.395349
"CYP71B4"	"glycolysis and gluconeogenesis"	"organ"	6	5.128205	38	6.381192
"CYP705A8"	"secondary metabolism"	"organ"	4	6.666667	16	6.374502
"CYP71B24"	"secondary metabolism"	"organ"	4	6.666667	16	6.374502
"CYP71B7"	"secondary metabolism"	"mutant"	4	6.666667	16	6.374502
"CYP71B29"	"secondary metabolism"	"organ"	4	6.666667	16	6.374502
"CYP89A3"	"secondary metabolism"	"mutant"	3	5	16	6.374502
"CYP97C1"	"secondary metabolism"	"stress"	3	5	16	6.374502
"CYP71B36"	"secondary metabolism"	"stress"	3	5	16	6.374502
"CYP81D8"	"secondary metabolism"	"hormone"	2	3.333333	16	6.374502
"CYP79F2"	"secondary metabolism"	"stress"	2	3.333333	16	6.374502
"CYP79F1"	"secondary metabolism"	"stress"	2	3.333333	16	6.374502
"CYP81D40"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"mutant"	2	5.882353	11	6.358382
"CYP709B3"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	11	6.358382
"CYP81D40"	"biosynthesis of phenylpropanoids"	"organ"	2	5.882353	11	6.358382
"CYP81D40"	"biosynthesis of phenylpropanoids"	"mutant"	2	5.882353	11	6.358382
"CYP81D40"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	11	6.358382
"CYP709B3"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine"	"organ"	2	5.882353	11	6.358382
"CYP71B37"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	19	6.312292
"CYP89A2"	"stress response"	"hormone"	2	4.255319	16	6.299213
"CYP72A15"	"stress response"	"mutant"	2	4.255319	16	6.299213
"CYP71B7"	"stress response"	"mutant"	2	4.255319	16	6.299213
"CYP79C5P"	"transport facilitation"	"mutant"	11	7.586207	42	6.278027
"CYP88A3"	"transport facilitation"	"mutant"	9	6.206897	42	6.278027
"CYP90A1"	"ribosome biogenesis"	"mutant"	11	6.666667	58	6.263499
"CYP94D2"	"ribosome biogenesis"	"mutant"	11	6.666667	58	6.263499
"CYP715A1"	"biogenesis of chloroplast"	"hormone"	3	4.918033	24	6.233766
"CYP71B35"	"transport "	"organ"	8	4.705882	53	6.217009
"CYP724A1"	"protein synthesis"	"organ"	11	8.8	38	6.20915
"CYP71B25"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	7	6.930693	32	6.20155
"CYP79C5P"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	7	6.930693	32	6.20155
"CYP96A12"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	4	3.960396	32	6.20155
"CYP83A1"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	16	6.10687
"CYP715A1"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	16	6.10687
"CYP89A3"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	16	6.10687
"CYP97C1"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	16	6.10687
"CYP72A11"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	16	6.10687
"CYP709B3"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	16	6.10687
"CYP81F3"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	16	6.10687
"CYP96A5"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	16	6.10687
"CYP97A3"	"C-compound and carbohydrate utilization "	"organ"	3	5.555556	16	6.10687
"CYP89A2"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	16	6.10687
"CYP71B4"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	16	6.10687
"CYP72A14"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	16	6.10687
"CYP81D8"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	16	6.10687
"CYP96A12"	"C-compound and carbohydrate metabolism"	"stress"	13	4.942966	76	6.0921844
"CYP709B3"	"C-compound and carbohydrate metabolism"	"hormone"	12	4.562738	76	6.092184
"CYP89A2"	"photosynthesis"	"organ"	4	9.090909	16	6.060606
"CYP98A3"	"photosynthesis"	"hormone"	3	6.818182	16	6.060606
"CYP81D40"	"photosynthesis"	"stress"	2	4.545455	16	6.060606
"CYP71B28"	"photosynthesis"	"stress"	2	4.545455	16	6.060606
"CYP96A12"	"photosynthesis"	"organ"	2	4.545455	16	6.060606
"CYP51A2"	"energy"	"mutant"	3	6	15	6.048387
"CYP709B3"	"glycolysis and gluconeogenesis"	"stress"	6	5.128205	36	6.04534
"CYP71B26"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	36	6.04534
"CYP705A32"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	18	5.980066
"CYP71B2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	18	5.980066
"CYP76G1"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	18	5.980066
"CYP71B4"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	18	5.980066
"CYP71B4"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	18	5.980066
"CYP51A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	2	3.773585	18	5.980066
"CYP86A2"	"secondary metabolism"	"organ"	4	6.666667	15	5.976096
"CYP71A19"	"secondary metabolism"	"mutant"	4	6.666667	15	5.976096
"CYP71A16"	"secondary metabolism"	"mutant"	3	5	15	5.976096
"CYP79F1"	"secondary metabolism"	"organ"	3	5	15	5.976096
"CYP705A22"	"secondary metabolism"	"organ"	3	5	15	5.976096
"CYP82F1"	"secondary metabolism"	"organ"	3	5	15	5.976096
"CYP79F2"	"secondary metabolism"	"organ"	3	5	15	5.976096
"CYP71B24"	"C-compound and carbohydrate metabolism"	"organ"	14	5.323194	74	5.931864
"CYP88A3"	"intracellular signalling"	"mutant"	6	10.909091	12	5.925926
"CYP715A1"	"intracellular signalling"	"mutant"	5	9.090909	12	5.925926
"CYP71B38"	"intracellular signalling"	"mutant"	5	9.090909	12	5.925926
"CYP96A5"	"intracellular signalling"	"mutant"	5	9.090909	12	5.925926
"CYP81D8"	"intracellular signalling"	"hormone"	5	9.090909	12	5.925926
"CYP74A"	"stress response"	"hormone"	3	6.382979	15	5.905512
"CYP71B24"	"stress response"	"organ"	2	4.255319	15	5.905512
"CYP71B38"	"stress response"	"mutant"	2	4.255319	15	5.905512
"CYP83B1"	"stress response"	"hormone"	2	4.255319	15	5.905512
"CYP74A"	"stress response"	"organ"	2	4.255319	15	5.905512
"CYP71B15"	"C-compound and carbohydrate metabolism"	"stress"	17	6.463878	73.5	5.8917836
"CYP72A11"	"protein synthesis"	"organ"	10	8	36	5.882353
"CYP74B2"	"C-compound and carbohydrate metabolism"	"organ"	12	4.562738	73	5.851703
"CYP71B35"	"transport facilitation"	"organ"	6	4.137931	39	5.829596
"CYP81F4"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	6	5.940594	30	5.813953
"CYP716A2"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	20	5.813953
"CYP90A1"	"isoprenoid biosynthesis "	"organ"	3	4.918033	20	5.813953
"CYP71B34"	"isoprenoid biosynthesis "	"organ"	3	4.918033	20	5.813953
"CYP71B20"	"isoprenoid biosynthesis "	"organ"	2	3.278689	20	5.813953
"CYP71B19"	"isoprenoid biosynthesis "	"organ"	2	3.278689	20	5.813953
"CYP71B28"	"isoprenoid biosynthesis "	"organ"	2	3.278689	20	5.813953
"CYP96A13"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP96A2"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP82G1"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP96A15"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP71B8"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP71B31"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP706A3"	"biogenesis of cell wall"	"hormone"	7	10.9375	16	5.786618
"CYP71B16"	"biogenesis of cell wall"	"hormone"	6	9.375	16	5.786618
"CYP97B3"	"biogenesis of cell wall"	"mutant"	6	9.375	16	5.786618
"CYP71B17"	"biogenesis of cell wall"	"hormone"	6	9.375	16	5.786618
"CYP76G1"	"biogenesis of cell wall"	"hormone"	6	9.375	16	5.786618
"CYP96A12"	"biogenesis of cell wall"	"hormone"	2	3.125	16	5.786618
"CYP86A1"	"biogenesis of cell wall"	"hormone"	2	3.125	16	5.786618
"CYP72A11"	"transport "	"hormone"	10	5.882353	49	5.747801
"CYP97C1"	"nucleotide metabolism"	"organ"	5	8.333333	16	5.734767
"CYP71B38"	"nucleotide metabolism"	"stress"	4	6.666667	16	5.734767
"CYP71B5"	"nucleotide metabolism"	"stress"	4	6.666667	16	5.734767
"CYP76C7"	"nucleotide metabolism"	"stress"	4	6.666667	16	5.734767
"CYP97A3"	"nucleotide metabolism"	"stress"	4	6.666667	16	5.734767
"CYP734A1"	"nucleotide metabolism"	"mutant"	4	6.666667	16	5.734767
"CYP78A8"	"nucleotide metabolism"	"mutant"	4	6.666667	16	5.734767
"CYP71B26"	"nucleotide metabolism"	"mutant"	4	6.666667	16	5.734767
"CYP97A3"	"nucleotide metabolism"	"mutant"	4	6.666667	16	5.734767
"CYP71B38"	"nucleotide metabolism"	"mutant"	3	5	16	5.734767
"CYP709B3"	"nucleotide metabolism"	"organ"	3	5	16	5.734767
"CYP83A1"	"nucleotide metabolism"	"organ"	3	5	16	5.734767
"CYP97B3"	"nucleotide metabolism"	"organ"	3	5	16	5.734767
"CYP79B2"	"nucleotide metabolism"	"stress"	2	3.333333	16	5.734767
"CYP74A"	"nucleotide metabolism"	"mutant"	2	3.333333	16	5.734767
"CYP83B1"	"nucleotide metabolism"	"hormone"	2	3.333333	16	5.734767
"CYP79B2"	"nucleotide metabolism"	"hormone"	2	3.333333	16	5.734767
"CYP72A15"	"biogenesis of chloroplast"	"organ"	3	4.918033	22	5.714286
"CYP709B3"	"glycolysis and gluconeogenesis"	"hormone"	6	5.128205	34	5.709488
"CYP71B34"	"transcription"	"mutant"	3	5	15	5.681818
"CYP90A1"	"transport facilitation"	"organ"	7	4.827586	38	5.68012
"CYP71B34"	"transport facilitation"	"organ"	7	4.827586	38	5.68012
"CYP96A12"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	3	7.317073	14	5.668016
"CYP71B26"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	3	7.317073	14	5.668016
"CYP96A4"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	3	7.317073	14	5.668016
"CYP94B1"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	14	5.668016
"CYP71B14"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	2	4.878049	14	5.668016
"CYP85A1"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP77A9"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP71B25"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP79A2"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP71B21"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP78A10"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP96A14P"	"lipid, fatty acid and isoprenoid metabolism"	"mutant"	2	4.878049	14	5.668016
"CYP705A12"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	17	5.647841
"CYP71A16"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	17	5.647841
"CYP708A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	17	5.647841
"CYP81D8"	"energy"	"mutant"	3	6	14	5.645161
"CYP715A1"	"energy"	"mutant"	3	6	14	5.645161
"CYP715A1"	"energy"	"hormone"	3	6	14	5.645161
"CYP96A5"	"energy"	"mutant"	3	6	14	5.645161
"CYP81F3"	"energy"	"mutant"	3	6	14	5.645161
"CYP82C3"	"energy"	"mutant"	3	6	14	5.645161
"CYP72A15"	"transport "	"mutant"	11	6.470588	48	5.630499
"CYP709B3"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP81D6"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP81D2"	"secondary metabolism"	"organ"	3	5	14	5.577689
"CYP71B35"	"secondary metabolism"	"organ"	3	5	14	5.577689
"CYP72A9"	"secondary metabolism"	"organ"	3	5	14	5.577689
"CYP71B16"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP94B2"	"secondary metabolism"	"hormone"	3	5	14	5.577689
"CYP81D7"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP90A1"	"secondary metabolism"	"stress"	3	5	14	5.577689
"CYP84A4"	"secondary metabolism"	"hormone"	3	5	14	5.577689
"CYP79A4P"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP716A2"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP71B30P"	"secondary metabolism"	"mutant"	3	5	14	5.577689
"CYP94C1"	"secondary metabolism"	"mutant"	2	3.333333	14	5.577689
"CYP96A4"	"secondary metabolism"	"mutant"	2	3.333333	14	5.577689
"CYP706A5"	"amino acid metabolism"	"hormone"	5	4.854369	37	5.555556
"CYP76C2"	"amino acid metabolism"	"stress"	5	4.854369	37	5.555556
"CYP97B3"	"protein synthesis"	"organ"	9	7.2	34	5.555556
"CYP71B4"	"C-compound and carbohydrate metabolism"	"organ"	13	4.942966	69	5.531062
"CYP71B37"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	19	5.523256
"CYP76C2"	"stress response"	"stress"	2	4.255319	14	5.511811
"CYP710A1"	"stress response"	"stress"	2	4.255319	14	5.511811
"CYP72A15"	"stress response"	"hormone"	2	4.255319	14	5.511811
"CYP76C2"	"C-compound and carbohydrate metabolism"	"stress"	14	5.323194	68	5.4509018
"CYP734A1"	"intracellular signalling"	"mutant"	3	5.454545	11	5.432099
"CYP78A10"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP71B21"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP77A9"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP96A14P"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP71B17"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP79A2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP735A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP85A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	28	5.426357
"CYP81D40"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	28	5.426357
"CYP81F4"	"amino acid metabolism"	"hormone"	5	4.854369	36	5.405405
"CYP71B38"	"ribosome biogenesis"	"mutant"	9	5.454545	50	5.399568
"CYP88A3"	"ribosome biogenesis"	"mutant"	9	5.454545	50	5.399568
"CYP76G1"	"transport facilitation"	"mutant"	10	6.896552	36	5.381166
"CYP71B2"	"transport facilitation"	"mutant"	10	6.896552	36	5.381166
"CYP705A32"	"transport facilitation"	"mutant"	10	6.896552	36	5.381166
"CYP81F4"	"nucleotide metabolism"	"hormone"	2	3.333333	15	5.376344
"CYP705A20"	"nucleotide metabolism"	"hormone"	2	3.333333	15	5.376344
"CYP96A5"	"nucleotide metabolism"	"hormone"	2	3.333333	15	5.376344
"CYP97B3"	"RNA synthesis "	"stress"	2	2.857143	17	5.345912
"CYP71B35"	"RNA synthesis "	"stress"	2	2.857143	17	5.345912
"CYP97A3"	"RNA synthesis "	"stress"	2	2.857143	17	5.345912
"CYP706A5"	"RNA synthesis "	"stress"	2	2.857143	17	5.345912
"CYP71A18"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	14	5.343511
"CYP76G1"	"C-compound and carbohydrate utilization "	"mutant"	4	7.407407	14	5.343511
"CYP86C3"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP86C4"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP96A13"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP96A2"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP82G1"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP77A6"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP71B38"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP81F4"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP76C3"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP71B31"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP706A3"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP71B8"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP96A15"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP86A"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP71B5"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	14	5.343511
"CYP81F4"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	16	5.315615
"CYP86B1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	16	5.315615
"CYP71B7"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	2	3.773585	16	5.315615
"CYP83A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	16	5.315615
"CYP71B26"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	2	3.773585	16	5.315615
"CYP71B34"	"photosynthesis"	"mutant"	4	9.090909	14	5.30303
"CYP96A4"	"photosynthesis"	"organ"	2	4.545455	14	5.30303
"CYP709B3"	"transcription"	"organ"	2	3.333333	14	5.30303
"CYP97C1"	"transcription"	"organ"	2	3.333333	14	5.30303
"CYP706A5"	"transcription"	"organ"	2	3.333333	14	5.30303
"CYP90A1"	"transcription"	"stress"	2	3.333333	14	5.30303
"CYP72A11"	"photosynthesis"	"stress"	2	4.545455	14	5.30303
"CYP76C2"	"transcription"	"hormone"	2	3.333333	14	5.30303
"CYP71B2"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	18	5.232558
"CYP705A32"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	18	5.232558
"CYP76G1"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	18	5.232558
"CYP71B4"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	18	5.232558
"CYP71B4"	"isoprenoid biosynthesis "	"organ"	2	3.278689	18	5.232558
"CYP51A2"	"isoprenoid biosynthesis "	"mutant"	2	3.278689	18	5.232558
"CYP90A1"	"protein synthesis"	"stress"	9	7.2	32	5.228758
"CYP71B34"	"protein synthesis"	"organ"	8	6.4	32	5.228758
"CYP709B3"	"protein synthesis"	"organ"	8	6.4	32	5.228758
"CYP97A3"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	65	5.210421
"CYP96A12"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	31	5.205709
"CYP710A1"	"biogenesis of chloroplast"	"stress"	3	4.918033	20	5.194805
"CYP76C2"	"biogenesis of chloroplast"	"stress"	3	4.918033	20	5.194805
"CYP81F2"	"biogenesis of chloroplast"	"hormone"	2	3.278689	20	5.194805
"CYP85A1"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP79A2"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP77A9"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP96A14P"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP71B21"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP78A10"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP71B25"	"ribosome biogenesis"	"mutant"	8	4.848485	48	5.183585
"CYP90A1"	"secondary metabolism"	"mutant"	3	5	13	5.179283
"CYP79B3"	"secondary metabolism"	"hormone"	3	5	13	5.179283
"CYP78A5"	"secondary metabolism"	"organ"	3	5	13	5.179283
"CYP96A12"	"secondary metabolism"	"hormone"	3	5	13	5.179283
"CYP705A27"	"secondary metabolism"	"organ"	2	3.333333	13	5.179283
"CYP705A9"	"secondary metabolism"	"organ"	2	3.333333	13	5.179283
"CYP71B26"	"C-compound and carbohydrate metabolism"	"organ"	10	3.802281	64	5.130261
"CYP71A13"	"glycolysis and gluconeogenesis"	"stress"	7	5.982906	30.5	5.121746
"CYP72A11"	"stress response"	"organ"	3	6.382979	13	5.11811
"CYP97B3"	"stress response"	"organ"	3	6.382979	13	5.11811
"CYP90A1"	"amino acid metabolism"	"organ"	5	4.854369	34	5.105105
"CYP88A4"	"transport facilitation"	"stress"	6	4.137931	34	5.082212
"CYP51A2"	"transport facilitation"	"mutant"	6	4.137931	34	5.082212
"CYP71B38"	"biogenesis of cell wall"	"hormone"	6	9.375	14	5.063291
"CYP71B5"	"biogenesis of cell wall"	"hormone"	6	9.375	14	5.063291
"CYP86C3"	"biogenesis of cell wall"	"hormone"	6	9.375	14	5.063291
"CYP86A"	"biogenesis of cell wall"	"hormone"	6	9.375	14	5.063291
"CYP77A6"	"biogenesis of cell wall"	"hormone"	6	9.375	14	5.063291
"CYP94B3"	"biogenesis of cell wall"	"hormone"	2	3.125	14	5.063291
"CYP710A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	7	6.930693	26	5.03876
"CYP81D2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	6	5.940594	26	5.03876
"CYP98A3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	3	2.970297	26	5.03876
"CYP71B28"	"glycolysis and gluconeogenesis"	"stress"	6	5.128205	30	5.037783
"CYP72A11"	"nucleotide metabolism"	"mutant"	4	6.666667	14	5.017921
"CYP706A5"	"nucleotide metabolism"	"stress"	4	6.666667	14	5.017921
"CYP710A1"	"nucleotide metabolism"	"stress"	3	5	14	5.017921
"CYP86A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	15	4.983389
"CYP709B3"	"C-compound and carbohydrate metabolism"	"stress"	12	4.562738	62	4.9699399
"CYP51A2"	"C-compound and carbohydrate utilization "	"mutant"	2	3.703704	13	4.961832
"CYP705A12"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	17	4.94186
"CYP71A16"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	17	4.94186
"CYP708A2"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	17	4.94186
"CYP71B11"	"biogenesis of chloroplast"	"hormone"	3	4.918033	19	4.935065
"CYP88A3"	"transcription"	"mutant"	3	5	13	4.924242
"CYP706A5"	"protein synthesis"	"organ"	7	5.6	30	4.901961
"CYP710A1"	"C-compound and carbohydrate metabolism"	"stress"	15	5.703422	61	4.8897796
"CYP71B19"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP78A10"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP710A3"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP710A4"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP98A3"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP74B2"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP71B20"	"lipid, fatty acid and isoprenoid metabolism"	"hormone"	2	4.878049	12	4.8583
"CYP96A12"	"lipid, fatty acid and isoprenoid metabolism"	"organ"	2	4.878049	12	4.8583
"CYP715A1"	"lipid, fatty acid and isoprenoid metabolism"	"stress"	2	4.878049	12	4.8583
"CYP71A13"	"C-compound and carbohydrate metabolism"	"stress"	15	5.703422	60.5	4.8496994
"CYP71B38"	"energy"	"mutant"	4	8	12	4.83871
"CYP707A4"	"energy"	"hormone"	3	6	12	4.83871
"CYP71B2"	"energy"	"mutant"	3	6	12	4.83871
"CYP76G1"	"energy"	"mutant"	3	6	12	4.83871
"CYP89A9"	"energy"	"organ"	2	4	12	4.83871
"CYP96A4"	"energy"	"organ"	2	4	12	4.83871
"CYP81D40"	"C-compound and carbohydrate metabolism"	"stress"	10	3.802281	60	4.8096192
"CYP81H1"	"transport "	"organ"	5	2.941176	41	4.809384
"CYP71B20"	"amino acid metabolism"	"organ"	5	4.854369	32	4.804805
"CYP71B19"	"amino acid metabolism"	"organ"	5	4.854369	32	4.804805
"CYP81F4"	"glycolysis and gluconeogenesis"	"hormone"	6	5.128205	28.5	4.785894
"CYP74B2"	"transport facilitation"	"organ"	5	3.448276	32	4.783259
"CYP724A1"	"secondary metabolism"	"organ"	4	6.666667	12	4.780876
"CYP76C7"	"secondary metabolism"	"mutant"	2	3.333333	12	4.780876
"CYP71B26"	"secondary metabolism"	"stress"	2	3.333333	12	4.780876
"CYP708A4"	"secondary metabolism"	"hormone"	2	3.333333	12	4.780876
"CYP71B10"	"secondary metabolism"	"organ"	2	3.333333	12	4.780876
"CYP702A8"	"secondary metabolism"	"mutant"	2	3.333333	12	4.780876
"CYP71B14"	"secondary metabolism"	"mutant"	2	3.333333	12	4.780876
"CYP735A1"	"stress response"	"mutant"	3	6.382979	12	4.724409
"CYP81D8"	"stress response"	"hormone"	2	4.255319	12	4.724409
"CYP716A2"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP71B31"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP735A2"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP705A2"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP705A32"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP734A1"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP78A8"	"RNA synthesis "	"mutant"	3	4.285714	15	4.716981
"CYP71B10"	"glycolysis and gluconeogenesis"	"organ"	6	5.128205	28	4.701931
"CYP71B36"	"glycolysis and gluconeogenesis"	"stress"	6	5.128205	28	4.701931
"CYP76C7"	"glycolysis and gluconeogenesis"	"organ"	6	5.128205	28	4.701931
"CYP96A12"	"glycolysis and gluconeogenesis"	"stress"	5	4.273504	28	4.701931
"CYP76G1"	"transport "	"mutant"	11	6.470588	40	4.692082
"CYP71B2"	"transport "	"mutant"	11	6.470588	40	4.692082
"CYP705A32"	"transport "	"mutant"	11	6.470588	40	4.692082
"CYP72A8"	"transport "	"organ"	5	2.941176	40	4.692082
"CYP94D2"	"biogenesis of chloroplast"	"organ"	3	4.918033	18	4.675325
"CYP71B5"	"biogenesis of chloroplast"	"organ"	3	4.918033	18	4.675325
"CYP73A5"	"biogenesis of chloroplast"	"hormone"	2	3.278689	18	4.675325
"CYP724A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	4	3.960396	24	4.651163
"CYP702A8"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	24	4.651163
"CYP81F4"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	16	4.651163
"CYP86B1"	"isoprenoid biosynthesis "	"organ"	3	4.918033	16	4.651163
"CYP71B7"	"isoprenoid biosynthesis "	"mutant"	2	3.278689	16	4.651163
"CYP83A1"	"isoprenoid biosynthesis "	"organ"	2	3.278689	16	4.651163
"CYP71B26"	"isoprenoid biosynthesis "	"mutant"	2	3.278689	16	4.651163
"CYP81D2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	4	7.54717	14	4.651163
"CYP705A25"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP705A13"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP705A5"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP706A7"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP714A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	3	5.660377	14	4.651163
"CYP705A12"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP716A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP81F4"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	3	5.660377	14	4.651163
"CYP83B1"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	2	3.773585	14	4.651163
"CYP71B28"	"C-compound and carbohydrate metabolism"	"stress"	11	4.18251	58	4.6492986
"CYP71B26"	"transport facilitation"	"mutant"	6	4.137931	31	4.633782
"CYP71A12"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	12	4.580153
"CYP88A3"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	12	4.580153
"CYP94D2"	"C-compound and carbohydrate utilization "	"mutant"	3	5.555556	12	4.580153
"CYP74A"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP73A5"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	12	4.580153
"CYP707A3"	"C-compound and carbohydrate utilization "	"mutant"	2	3.703704	12	4.580153
"CYP706A5"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP90A1"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	12	4.580153
"CYP84A1"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	12	4.580153
"CYP90A1"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP71B15"	"C-compound and carbohydrate utilization "	"hormone"	2	3.703704	12	4.580153
"CYP71A13"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	12	4.580153
"CYP71B34"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP97B3"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP71B24"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	12	4.580153
"CYP81F1"	"C-compound and carbohydrate utilization "	"stress"	2	3.703704	12	4.580153
"CYP705A24"	"C-compound and carbohydrate utilization "	"mutant"	2	3.703704	12	4.580153
"CYP90A1"	"protein synthesis"	"organ"	6	4.8	28	4.575163
"CYP706A5"	"transport "	"hormone"	7	4.117647	39	4.57478
"CYP71B23"	"C-compound and carbohydrate metabolism"	"stress"	11	4.18251	57	4.5691383
"CYP72A15"	"photosynthesis"	"organ"	3	6.818182	12	4.545455
"CYP97B3"	"photosynthesis"	"hormone"	2	4.545455	12	4.545455
"CYP71B17"	"ribosome biogenesis"	"mutant"	7	4.242424	42	4.535637
"CYP83A1"	"amino acid metabolism"	"hormone"	5	4.854369	30	4.504505
"CYP83A1"	"amino acid metabolism"	"stress"	4	3.883495	30	4.504505
"CYP79B2"	"amino acid metabolism"	"organ"	4	3.883495	30	4.504505
"CYP79B2"	"amino acid metabolism"	"hormone"	4	3.883495	30	4.504505
"CYP735A2"	"transport facilitation"	"mutant"	9	6.206897	30	4.484305
"CYP72A15"	"transport facilitation"	"mutant"	6	4.137931	30	4.484305
"CYP72A8"	"transport facilitation"	"organ"	4	2.758621	30	4.484305
"CYP81F4"	"transport facilitation"	"mutant"	4	2.758621	30	4.484305
"CYP71B15"	"glycolysis and gluconeogenesis"	"stress"	6	5.128205	26.5	4.450042
"CYP702A8"	"energy"	"mutant"	2	4	11	4.435484
"CYP706A1"	"energy"	"mutant"	2	4	11	4.435484
"CYP706A2"	"energy"	"mutant"	2	4	11	4.435484
"CYP706A5"	"RNA synthesis "	"organ"	2	2.857143	14	4.402516
"CYP71B20"	"RNA synthesis "	"organ"	2	2.857143	14	4.402516
"CYP88A4"	"RNA synthesis "	"stress"	2	2.857143	14	4.402516
"CYP90A1"	"RNA synthesis "	"stress"	2	2.857143	14	4.402516
"CYP71B19"	"RNA synthesis "	"organ"	2	2.857143	14	4.402516
"CYP709B3"	"RNA synthesis "	"organ"	2	2.857143	14	4.402516
"CYP97C1"	"RNA synthesis "	"organ"	2	2.857143	14	4.402516
"CYP97A3"	"RNA synthesis "	"mutant"	2	2.857143	14	4.402516
"CYP81F4"	"secondary metabolism"	"organ"	4	6.666667	11	4.38247
"CYP71A18"	"secondary metabolism"	"mutant"	4	6.666667	11	4.38247
"CYP71B31"	"secondary metabolism"	"mutant"	3	5	11	4.38247
"CYP702A2"	"secondary metabolism"	"stress"	3	5	11	4.38247
"CYP706A5"	"secondary metabolism"	"hormone"	2	3.333333	11	4.38247
"CYP72A15"	"secondary metabolism"	"mutant"	2	3.333333	11	4.38247
"CYP71B38"	"secondary metabolism"	"stress"	2	3.333333	11	4.38247
"CYP71B5"	"secondary metabolism"	"stress"	2	3.333333	11	4.38247
"CYP76C7"	"secondary metabolism"	"stress"	2	3.333333	11	4.38247
"CYP705A12"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	26	4.366079
"CYP86A1"	"isoprenoid biosynthesis "	"organ"	3	4.918033	15	4.360465
"CYP73A5"	"amino acid metabolism"	"hormone"	3	2.912621	29	4.354354
"CYP78A8"	"biogenesis of cell wall"	"mutant"	5	7.8125	12	4.339964
"CYP71A18"	"biogenesis of cell wall"	"organ"	5	7.8125	12	4.339964
"CYP71B7"	"biogenesis of cell wall"	"mutant"	3	4.6875	12	4.339964
"CYP71B15"	"biogenesis of cell wall"	"mutant"	3	4.6875	12	4.339964
"CYP82C3"	"biogenesis of cell wall"	"mutant"	3	4.6875	12	4.339964
"CYP81H1"	"biogenesis of cell wall"	"organ"	2	3.125	12	4.339964
"CYP74B2"	"biogenesis of cell wall"	"organ"	2	3.125	12	4.339964
"CYP81F4"	"biogenesis of cell wall"	"hormone"	2	3.125	12	4.339964
"CYP81D40"	"biogenesis of cell wall"	"mutant"	2	3.125	12	4.339964
"CYP709B3"	"biogenesis of cell wall"	"organ"	2	3.125	12	4.339964
"CYP83A1"	"biogenesis of cell wall"	"organ"	2	3.125	12	4.339964
"CYP94B3"	"biogenesis of cell wall"	"stress"	2	3.125	12	4.339964
"CYP84A1"	"biogenesis of cell wall"	"stress"	2	3.125	12	4.339964
"CYP83B1"	"biogenesis of cell wall"	"hormone"	2	3.125	12	4.339964
"CYP82G1"	"biogenesis of cell wall"	"stress"	2	3.125	12	4.339964
"CYP71B7"	"biogenesis of cell wall"	"stress"	2	3.125	12	4.339964
"CYP707A4"	"biogenesis of cell wall"	"hormone"	2	3.125	12	4.339964
"CYP86A2"	"biogenesis of cell wall"	"stress"	2	3.125	12	4.339964
"CYP81D10"	"biogenesis of cell wall"	"hormone"	2	3.125	12	4.339964
"CYP708A3"	"biogenesis of cell wall"	"organ"	2	3.125	12	4.339964
"CYP97A3"	"stress response"	"organ"	2	4.255319	11	4.330709
"CYP90A1"	"nucleotide metabolism"	"stress"	3	5	12	4.301075
"CYP94D1"	"nucleotide metabolism"	"organ"	2	3.333333	12	4.301075
"CYP89A7"	"nucleotide metabolism"	"organ"	2	3.333333	12	4.301075
"CYP718"	"nucleotide metabolism"	"organ"	2	3.333333	12	4.301075
"CYP74A"	"nucleotide metabolism"	"organ"	2	3.333333	12	4.301075
"CYP706A2"	"nucleotide metabolism"	"mutant"	2	3.333333	12	4.301075
"CYP706A1"	"nucleotide metabolism"	"mutant"	2	3.333333	12	4.301075
"CYP94C1"	"nucleotide metabolism"	"hormone"	2	3.333333	12	4.301075
"CYP707A3"	"nucleotide metabolism"	"mutant"	2	3.333333	12	4.301075
"CYP71B34"	"nucleotide metabolism"	"organ"	2	3.333333	12	4.301075
"CYP97A3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	3	2.970297	22	4.263566
"CYP88A4"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	3	2.970297	22	4.263566
"CYP706A5"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	3	2.970297	22	4.263566
"CYP97C1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	3	2.970297	22	4.263566
"CYP97C1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	3	2.970297	22	4.263566
"CYP71B36"	"C-compound and carbohydrate metabolism"	"stress"	11	4.18251	53	4.248497
"CYP705A20"	"protein synthesis"	"hormone"	5	4	26	4.248366
"CYP86A2"	"amino acid metabolism"	"organ"	4	3.883495	28	4.204204
"CYP735A1"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	11	4.198473
"CYP79C5P"	"C-compound and carbohydrate utilization "	"mutant"	5	9.259259	11	4.198473
"CYP94D1"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	11	4.198473
"CYP71B29"	"C-compound and carbohydrate utilization "	"organ"	2	3.703704	11	4.198473
"CYP716A2"	"C-compound and carbohydrate utilization "	"mutant"	2	3.703704	11	4.198473
"CYP97A3"	"transport facilitation"	"stress"	6	4.137931	28	4.185351
"CYP708A3"	"transport facilitation"	"organ"	4	2.758621	28	4.185351
"CYP76C1"	"C-compound and carbohydrate metabolism"	"stress"	8	3.041825	52	4.1683367
"CYP79A4P"	"transcription"	"hormone"	3	5	11	4.166667
"CYP81D2"	"transcription"	"hormone"	3	5	11	4.166667
"CYP703A2"	"transcription"	"hormone"	3	5	11	4.166667
"CYP77A9"	"transcription"	"hormone"	3	5	11	4.166667
"CYP96A14P"	"transcription"	"hormone"	3	5	11	4.166667
"CYP704B1"	"transcription"	"hormone"	3	5	11	4.166667
"CYP71B21"	"transcription"	"hormone"	3	5	11	4.166667
"CYP98A8"	"transcription"	"hormone"	3	5	11	4.166667
"CYP71B30P"	"transcription"	"hormone"	3	5	11	4.166667
"CYP81D7"	"transcription"	"hormone"	3	5	11	4.166667
"CYP724A1"	"transcription"	"hormone"	3	5	11	4.166667
"CYP71B25"	"transcription"	"hormone"	3	5	11	4.166667
"CYP81D6"	"transcription"	"hormone"	3	5	11	4.166667
"CYP79A2"	"transcription"	"hormone"	3	5	11	4.166667
"CYP706A5"	"transcription"	"hormone"	2	3.333333	11	4.166667
"CYP708A3"	"transcription"	"organ"	2	3.333333	11	4.166667
"CYP96A12"	"transcription"	"hormone"	2	3.333333	11	4.166667
"CYP96A12"	"transcription"	"organ"	2	3.333333	11	4.166667
"CYP97B3"	"transcription"	"organ"	2	3.333333	11	4.166667
"CYP83A1"	"transcription"	"organ"	2	3.333333	11	4.166667
"CYP81D5"	"biogenesis of chloroplast"	"hormone"	2	3.278689	16	4.155844
"CYP76C1"	"biogenesis of chloroplast"	"hormone"	2	3.278689	16	4.155844
"CYP71B28"	"biogenesis of chloroplast"	"hormone"	2	3.278689	16	4.155844
"CYP71B26"	"RNA synthesis "	"mutant"	3	4.285714	13	4.08805
"CYP72A15"	"RNA synthesis "	"mutant"	3	4.285714	13	4.08805
"CYP90A1"	"RNA synthesis "	"mutant"	3	4.285714	13	4.08805
"CYP97B3"	"RNA synthesis "	"mutant"	3	4.285714	13	4.08805
"CYP81D2"	"isoprenoid biosynthesis "	"mutant"	4	6.557377	14	4.069767
"CYP705A12"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP706A7"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP81F4"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP716A2"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP705A25"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP714A1"	"isoprenoid biosynthesis "	"hormone"	3	4.918033	14	4.069767
"CYP705A13"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP705A5"	"isoprenoid biosynthesis "	"organ"	3	4.918033	14	4.069767
"CYP83B1"	"isoprenoid biosynthesis "	"hormone"	2	3.278689	14	4.069767
"CYP72A11"	"amino acid metabolism"	"hormone"	4	3.883495	27	4.054054
"CYP71B14"	"glycolysis and gluconeogenesis"	"organ"	5	4.273504	24	4.030227
"CYP81D40"	"glycolysis and gluconeogenesis"	"stress"	4	3.418803	24	4.030227
"CYP735A2"	"transport "	"mutant"	10	5.882353	34	3.98827
"CYP86A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"stress"	3	5.660377	12	3.986711
"CYP86A2"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	3	5.660377	12	3.986711
"CYP81D6"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP71B28"	"lipid, fatty acid and isoprenoid biosynthesis "	"stress"	2	3.773585	12	3.986711
"CYP707A4"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	2	3.773585	12	3.986711
"CYP71B9"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP81D2"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP78A9"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP702A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP81D7"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP709B1"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP72A13"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP72A9"	"lipid, fatty acid and isoprenoid biosynthesis "	"organ"	2	3.773585	12	3.986711
"CYP90A1"	"lipid, fatty acid and isoprenoid biosynthesis "	"stress"	2	3.773585	12	3.986711
"CYP98A3"	"C-compound and carbohydrate metabolism"	"hormone"	9	3.422053	49	3.927856
"CYP97A3"	"protein synthesis"	"hormone"	9	7.2	24	3.921569
"CYP71B28"	"protein synthesis"	"organ"	6	4.8	24	3.921569
"CYP71B26"	"amino acid metabolism"	"organ"	4	3.883495	26	3.903904
"CYP71A12"	"amino acid metabolism"	"stress"	3	2.912621	26	3.903904
"CYP71B2"	"amino acid metabolism"	"hormone"	3	2.912621	26	3.903904
"CYP735A1"	"ribosome biogenesis"	"mutant"	6	3.636364	36	3.887689
"CYP72A11"	"transport facilitation"	"hormone"	6	4.137931	26	3.886398
"CYP71B26"	"transport facilitation"	"organ"	4	2.758621	26	3.886398
"CYP709B3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	3	2.970297	20	3.875969
"CYP71B11"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	23	3.862301
"CYP81F4"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	46.5	3.727455
"CYP714A1"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	22	3.694374
"CYP701A3"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	22	3.694374
"CYP71B23"	"glycolysis and gluconeogenesis"	"stress"	4	3.418803	22	3.694374
"CYP81D40"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	22	3.694374
"CYP72A11"	"glycolysis and gluconeogenesis"	"stress"	3	2.564103	22	3.694374
"CYP98A9"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	11	3.654485
"CYP98A8"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	11	3.654485
"CYP86C2"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	3	5.660377	11	3.654485
"CYP81F4"	"lipid, fatty acid and isoprenoid biosynthesis "	"hormone"	2	3.773585	11	3.654485
"CYP706A7"	"lipid, fatty acid and isoprenoid biosynthesis "	"mutant"	2	3.773585	11	3.654485
"CYP82C3"	"biogenesis of chloroplast"	"hormone"	2	3.278689	14	3.636364
"CYP78A10"	"biogenesis of chloroplast"	"hormone"	2	3.278689	14	3.636364
"CYP71B15"	"biogenesis of chloroplast"	"stress"	2	3.278689	14	3.636364
"CYP71B2"	"biogenesis of chloroplast"	"hormone"	2	3.278689	14	3.636364
"CYP81D8"	"biogenesis of chloroplast"	"stress"	2	3.278689	14	3.636364
"CYP82G1"	"amino acid metabolism"	"stress"	3	2.912621	24	3.603604
"CYP71B23"	"amino acid metabolism"	"stress"	3	2.912621	24	3.603604
"CYP79B3"	"amino acid metabolism"	"organ"	3	2.912621	24	3.603604
"CYP97B3"	"protein synthesis"	"stress"	6	4.8	22	3.594771
"CYP89A2"	"transport "	"organ"	4	2.352941	30	3.519062
"CYP705A32"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	18	3.488372
"CYP71A18"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	18	3.488372
"CYP71B2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	18	3.488372
"CYP735A2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	18	3.488372
"CYP76G1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	4	3.960396	18	3.488372
"CYP83A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	3	2.970297	18	3.488372
"CYP86A2"	"isoprenoid biosynthesis "	"hormone"	3	4.918033	12	3.488372
"CYP86A2"	"isoprenoid biosynthesis "	"stress"	3	4.918033	12	3.488372
"CYP78A9"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP72A9"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP709B1"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP81D7"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP71B28"	"isoprenoid biosynthesis "	"stress"	2	3.278689	12	3.488372
"CYP81D6"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP707A4"	"isoprenoid biosynthesis "	"hormone"	2	3.278689	12	3.488372
"CYP702A1"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP90A1"	"isoprenoid biosynthesis "	"stress"	2	3.278689	12	3.488372
"CYP81D2"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP72A13"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP71B9"	"isoprenoid biosynthesis "	"organ"	2	3.278689	12	3.488372
"CYP72A11"	"RNA synthesis "	"mutant"	2	2.857143	11	3.459119
"CYP96A12"	"RNA synthesis "	"hormone"	2	2.857143	11	3.459119
"CYP83A1"	"RNA synthesis "	"organ"	2	2.857143	11	3.459119
"CYP96A12"	"RNA synthesis "	"organ"	2	2.857143	11	3.459119
"CYP706A5"	"RNA synthesis "	"hormone"	2	2.857143	11	3.459119
"CYP708A3"	"RNA synthesis "	"organ"	2	2.857143	11	3.459119
"CYP97B3"	"RNA synthesis "	"organ"	2	2.857143	11	3.459119
"CYP97A3"	"amino acid metabolism"	"stress"	4	3.883495	23	3.453453
"CYP74B2"	"amino acid metabolism"	"organ"	3	2.912621	23	3.453453
"CYP83A1"	"transport facilitation"	"mutant"	3	2.068966	23	3.437967
"CYP81D7"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP96A14P"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP81D6"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP724A1"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP98A8"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP71B25"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP71B21"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP77A9"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP704B1"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP81D2"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP71B30P"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP79A2"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP79A4P"	"C-compound and carbohydrate metabolism"	"hormone"	11	4.18251	42	3.366733
"CYP703A2"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP81D6"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP81D2"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP724A1"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP79A4P"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP98A8"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP704B1"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP71B25"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP96A14P"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP77A9"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP81D7"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP71B21"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP79A2"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP71B30P"	"glycolysis and gluconeogenesis"	"hormone"	5	4.273504	20	3.358522
"CYP72A8"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	20	3.358522
"CYP704A2"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	20	3.358522
"CYP81D8"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	20	3.358522
"CYP98A3"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	20	3.358522
"CYP704A1"	"glycolysis and gluconeogenesis"	"organ"	4	3.418803	20	3.358522
"CYP90C1"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	20	3.358522
"CYP72A14"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	20	3.358522
"CYP96A4"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	20	3.358522
"CYP707A4"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	20	3.358522
"CYP89A9"	"amino acid metabolism"	"hormone"	3	2.912621	22	3.303303
"CYP72A11"	"C-compound and carbohydrate metabolism"	"stress"	7	2.661597	41	3.2865731
"CYP81D2"	"transport "	"mutant"	9	5.294118	28	3.284457
"CYP706A5"	"protein synthesis"	"stress"	7	5.6	20	3.267974
"CYP98A8"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	11	3.197674
"CYP98A9"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	11	3.197674
"CYP86C2"	"isoprenoid biosynthesis "	"mutant"	3	4.918033	11	3.197674
"CYP81F4"	"isoprenoid biosynthesis "	"hormone"	2	3.278689	11	3.197674
"CYP706A7"	"isoprenoid biosynthesis "	"mutant"	2	3.278689	11	3.197674
"CYP97C1"	"transport "	"stress"	6	3.529412	27	3.167155
"CYP74A"	"amino acid metabolism"	"hormone"	4	3.883495	21	3.153153
"CYP71B24"	"amino acid metabolism"	"hormone"	3	2.912621	21	3.153153
"CYP89A2"	"amino acid metabolism"	"organ"	3	2.912621	21	3.153153
"CYP71B3"	"amino acid metabolism"	"hormone"	3	2.912621	21	3.153153
"CYP89A9"	"amino acid metabolism"	"stress"	3	2.912621	21	3.153153
"CYP81D1"	"amino acid metabolism"	"stress"	3	2.912621	21	3.153153
"CYP71B34"	"transport facilitation"	"mutant"	4	2.758621	21	3.139013
"CYP79F1"	"biogenesis of chloroplast"	"stress"	2	3.278689	12	3.116883
"CYP79F2"	"biogenesis of chloroplast"	"stress"	2	3.278689	12	3.116883
"CYP72A11"	"biogenesis of chloroplast"	"stress"	2	3.278689	12	3.116883
"CYP71B19"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	3	2.970297	16	3.100775
"CYP71B28"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	3	2.970297	16	3.100775
"CYP83B1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	3	2.970297	16	3.100775
"CYP71B20"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	3	2.970297	16	3.100775
"CYP71B4"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	2	1.980198	16	3.100775
"CYP706A5"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	16	3.100775
"CYP90A1"	"transport "	"stress"	5	2.941176	26	3.049853
"CYP724A1"	"ribosome biogenesis"	"organ"	6	3.636364	28	3.023758
"CYP712A1"	"glycolysis and gluconeogenesis"	"stress"	4	3.418803	18	3.02267
"CYP707A2"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	18	3.02267
"CYP96A12"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	18	3.02267
"CYP705A23"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	18	3.02267
"CYP73A5"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	18	3.02267
"CYP81F1"	"amino acid metabolism"	"hormone"	4	3.883495	20	3.003003
"CYP71B4"	"amino acid metabolism"	"hormone"	3	2.912621	20	3.003003
"CYP96A12"	"amino acid metabolism"	"hormone"	3	2.912621	20	3.003003
"CYP79B3"	"amino acid metabolism"	"hormone"	3	2.912621	20	3.003003
"CYP79F2"	"amino acid metabolism"	"stress"	3	2.912621	20	3.003003
"CYP79F1"	"amino acid metabolism"	"stress"	3	2.912621	20	3.003003
"CYP708A3"	"amino acid metabolism"	"organ"	3	2.912621	20	3.003003
"CYP71B10"	"amino acid metabolism"	"organ"	2	1.941748	20	3.003003
"CYP79B3"	"amino acid metabolism"	"stress"	2	1.941748	20	3.003003
"CYP98A3"	"amino acid metabolism"	"stress"	2	1.941748	20	3.003003
"CYP83B1"	"amino acid metabolism"	"stress"	2	1.941748	20	3.003003
"CYP76C7"	"amino acid metabolism"	"organ"	2	1.941748	20	3.003003
"CYP81F2"	"amino acid metabolism"	"stress"	2	1.941748	20	3.003003
"CYP81D8"	"amino acid metabolism"	"stress"	2	1.941748	20	3.003003
"CYP81D2"	"transport facilitation"	"mutant"	7	4.827586	20	2.989537
"CYP90A1"	"transport facilitation"	"stress"	4	2.758621	20	2.989537
"CYP71B36"	"protein synthesis"	"stress"	7	5.6	18	2.941176
"CYP71B16"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP71B30P"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP724A1"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP735A1"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP81D7"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP71B21"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP81D6"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP71B17"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP71B25"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP79A4P"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP77A9"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP96A14P"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP704B1"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP76G1"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP79A2"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP98A8"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP703A2"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP81D2"	"protein synthesis"	"hormone"	3	2.4	18	2.941176
"CYP73A5"	"transport "	"hormone"	5	2.941176	25	2.932551
"CYP71B34"	"transport "	"mutant"	5	2.941176	25	2.932551
"CYP72A13"	"amino acid metabolism"	"organ"	2	1.941748	19	2.852853
"CYP81H1"	"transport facilitation"	"organ"	2	1.37931	19	2.84006
"CYP98A3"	"transport "	"hormone"	5	2.941176	24	2.815249
"CYP84A1"	"C-compound and carbohydrate metabolism"	"stress"	6	2.281369	35	2.8056112
"CYP716A2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	3	2.970297	14	2.713178
"CYP71B10"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	3	2.970297	14	2.713178
"CYP710A3"	"amino acid metabolism"	"hormone"	3	2.912621	18	2.702703
"CYP710A4"	"amino acid metabolism"	"hormone"	3	2.912621	18	2.702703
"CYP81D40"	"amino acid metabolism"	"organ"	3	2.912621	18	2.702703
"CYP71B4"	"amino acid metabolism"	"organ"	3	2.912621	18	2.702703
"CYP83A1"	"transport "	"mutant"	3	1.764706	23	2.697947
"CYP76G1"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	16	2.686818
"CYP71B16"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	16	2.686818
"CYP735A1"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	16	2.686818
"CYP71B17"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	16	2.686818
"CYP71A15"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	16	2.686818
"CYP71B14"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	16	2.686818
"CYP86A1"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	16	2.686818
"CYP78A7"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	16	2.686818
"CYP71B35"	"glycolysis and gluconeogenesis"	"stress"	2	1.709402	16	2.686818
"CYP97C1"	"amino acid metabolism"	"organ"	3	2.912621	17	2.552553
"CYP71B24"	"amino acid metabolism"	"organ"	3	2.912621	17	2.552553
"CYP73A5"	"transport facilitation"	"hormone"	3	2.068966	17	2.541106
"CYP708A2"	"transport facilitation"	"organ"	2	1.37931	17	2.541106
"CYP716A2"	"transport facilitation"	"organ"	2	1.37931	17	2.541106
"CYP86A1"	"transport facilitation"	"organ"	2	1.37931	17	2.541106
"CYP709B3"	"transport "	"mutant"	4	2.352941	21	2.463343
"CYP71B2"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	14.5	2.434929
"CYP96A4"	"amino acid metabolism"	"hormone"	3	2.912621	16	2.402402
"CYP71B6"	"amino acid metabolism"	"hormone"	3	2.912621	16	2.402402
"CYP71A19"	"amino acid metabolism"	"hormone"	2	1.941748	16	2.402402
"CYP72A7"	"amino acid metabolism"	"organ"	2	1.941748	16	2.402402
"CYP89A4"	"amino acid metabolism"	"hormone"	2	1.941748	16	2.402402
"CYP705A20"	"amino acid metabolism"	"hormone"	2	1.941748	16	2.402402
"CYP81D40"	"transport facilitation"	"organ"	4	2.758621	16	2.391629
"CYP706A5"	"transport facilitation"	"hormone"	4	2.758621	16	2.391629
"CYP705A5"	"transport facilitation"	"mutant"	2	1.37931	16	2.391629
"CYP71B4"	"transport facilitation"	"mutant"	2	1.37931	16	2.391629
"CYP71B34"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	14	2.350966
"CYP707A1"	"glycolysis and gluconeogenesis"	"stress"	3	2.564103	14	2.350966
"CYP78A10"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	14	2.350966
"CYP76C2"	"glycolysis and gluconeogenesis"	"stress"	3	2.564103	14	2.350966
"CYP78A5"	"glycolysis and gluconeogenesis"	"hormone"	2	1.709402	14	2.350966
"CYP96A4"	"glycolysis and gluconeogenesis"	"hormone"	2	1.709402	14	2.350966
"CYP76C1"	"glycolysis and gluconeogenesis"	"stress"	2	1.709402	14	2.350966
"CYP81H1"	"glycolysis and gluconeogenesis"	"organ"	2	1.709402	14	2.350966
"CYP78A7"	"glycolysis and gluconeogenesis"	"hormone"	2	1.709402	14	2.350966
"CYP71B34"	"transport "	"stress"	4	2.352941	20	2.346041
"CYP709B3"	"transport "	"stress"	4	2.352941	20	2.346041
"CYP71B6"	"transport "	"mutant"	4	2.352941	20	2.346041
"CYP83A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	2	1.980198	12	2.325581
"CYP705A20"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"hormone"	2	1.980198	12	2.325581
"CYP90A1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	2	1.980198	12	2.325581
"CYP97B3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	12	2.325581
"CYP79F1"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	2	1.980198	12	2.325581
"CYP71B34"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	12	2.325581
"CYP79F2"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	2	1.980198	12	2.325581
"CYP97B3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"stress"	2	1.980198	12	2.325581
"CYP709B3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	12	2.325581
"CYP72A11"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	12	2.325581
"CYP97A3"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"organ"	2	1.980198	12	2.325581
"CYP81F4"	"tricarboxylic-acid pathway (citrate cycle, Krebs cycle, TCA cycle)"	"mutant"	2	1.980198	12	2.325581
"CYP72A11"	"protein synthesis"	"hormone"	6	4.8	14	2.287582
"CYP74B2"	"amino acid metabolism"	"stress"	3	2.912621	15	2.252252
"CYP724A1"	"amino acid metabolism"	"organ"	3	2.912621	15	2.252252
"CYP90A1"	"amino acid metabolism"	"stress"	3	2.912621	15	2.252252
"CYP97C1"	"amino acid metabolism"	"stress"	3	2.912621	15	2.252252
"CYP710A2"	"transport facilitation"	"mutant"	2	1.37931	15	2.242152
"CYP83B1"	"transport facilitation"	"hormone"	2	1.37931	15	2.242152
"CYP706A5"	"transport "	"stress"	4	2.352941	19	2.228739
"CYP94D2"	"transport "	"stress"	2	1.176471	19	2.228739
"CYP97C1"	"ribosome biogenesis"	"organ"	6	3.636364	20	2.159827
"CYP97A3"	"ribosome biogenesis"	"organ"	6	3.636364	20	2.159827
"CYP72A11"	"ribosome biogenesis"	"organ"	6	3.636364	20	2.159827
"CYP81D2"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP81D6"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP96A14P"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP71B25"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP79A4P"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP71B21"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP79A2"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP724A1"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP71B30P"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP703A2"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP704B1"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP98A8"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP77A9"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP81D7"	"transport "	"hormone"	5	2.941176	18	2.111437
"CYP71B16"	"transport "	"stress"	2	1.176471	18	2.111437
"CYP71B17"	"transport "	"stress"	2	1.176471	18	2.111437
"CYP71A13"	"amino acid metabolism"	"hormone"	2	1.941748	14	2.102102
"CYP702A2"	"amino acid metabolism"	"stress"	2	1.941748	14	2.102102
"CYP71B15"	"amino acid metabolism"	"organ"	2	1.941748	14	2.102102
"CYP72A8"	"amino acid metabolism"	"hormone"	2	1.941748	14	2.102102
"CYP94C1"	"amino acid metabolism"	"hormone"	2	1.941748	14	2.102102
"CYP71A12"	"amino acid metabolism"	"hormone"	2	1.941748	14	2.102102
"CYP81H1"	"amino acid metabolism"	"organ"	2	1.941748	14	2.102102
"CYP71B17"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP81D2"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP71B21"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP703A2"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP96A14P"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP704B1"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP97C1"	"transport facilitation"	"stress"	4	2.758621	14	2.092676
"CYP71B25"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP79A4P"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP735A1"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP81D7"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP81D6"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP71B16"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP71B30P"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP77A9"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP79A2"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP98A8"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP76G1"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP724A1"	"transport facilitation"	"hormone"	4	2.758621	14	2.092676
"CYP702A2"	"transport facilitation"	"stress"	3	2.068966	14	2.092676
"CYP74A"	"transport facilitation"	"organ"	2	1.37931	14	2.092676
"CYP710A1"	"glycolysis and gluconeogenesis"	"stress"	3	2.564103	12	2.015113
"CYP72A15"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	12	2.015113
"CYP72A13"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	12	2.015113
"CYP71A18"	"glycolysis and gluconeogenesis"	"organ"	3	2.564103	12	2.015113
"CYP71B29"	"glycolysis and gluconeogenesis"	"hormone"	3	2.564103	12	2.015113
"CYP71B23"	"glycolysis and gluconeogenesis"	"organ"	2	1.709402	12	2.015113
"CYP71A16"	"glycolysis and gluconeogenesis"	"hormone"	2	1.709402	12	2.015113
"CYP83B1"	"glycolysis and gluconeogenesis"	"organ"	2	1.709402	12	2.015113
"CYP79B2"	"glycolysis and gluconeogenesis"	"organ"	2	1.709402	12	2.015113
"CYP72A13"	"transport "	"organ"	4	2.352941	17	1.994135
"CYP83B1"	"transport "	"hormone"	3	1.764706	17	1.994135
"CYP716A2"	"transport "	"organ"	2	1.176471	17	1.994135
"CYP708A2"	"transport "	"organ"	2	1.176471	17	1.994135
"CYP86A1"	"transport "	"organ"	2	1.176471	17	1.994135
"CYP97C1"	"protein synthesis"	"hormone"	4	3.2	12	1.960784
"CYP98A3"	"protein synthesis"	"hormone"	3	2.4	12	1.960784
"CYP702A2"	"protein synthesis"	"stress"	2	1.6	12	1.960784
"CYP79F2"	"amino acid metabolism"	"hormone"	2	1.941748	13	1.951952
"CYP79F1"	"amino acid metabolism"	"hormone"	2	1.941748	13	1.951952
"CYP71B34"	"ribosome biogenesis"	"organ"	5	3.030303	18	1.943844
"CYP97A3"	"ribosome biogenesis"	"stress"	5	3.030303	18	1.943844
"CYP709B3"	"ribosome biogenesis"	"organ"	5	3.030303	18	1.943844
"CYP97C1"	"ribosome biogenesis"	"stress"	5	3.030303	18	1.943844
"CYP97B3"	"ribosome biogenesis"	"organ"	5	3.030303	18	1.943844
"CYP88A4"	"ribosome biogenesis"	"stress"	5	3.030303	18	1.943844
"CYP706A5"	"ribosome biogenesis"	"organ"	5	3.030303	18	1.943844
"CYP724A1"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP71B21"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP98A8"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP81D7"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP71B25"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP735A1"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP79A2"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP76G1"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP71B16"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP79A4P"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP704B1"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP71B30P"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP703A2"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP96A14P"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP81D6"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP71B17"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP77A9"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP81D2"	"ribosome biogenesis"	"hormone"	3	1.818182	18	1.943844
"CYP94B1"	"transport facilitation"	"hormone"	3	2.068966	13	1.943199
"CYP74B2"	"transport facilitation"	"hormone"	3	2.068966	13	1.943199
"CYP96A4"	"transport facilitation"	"hormone"	3	2.068966	13	1.943199
"CYP71B2"	"transport facilitation"	"hormone"	2	1.37931	13	1.943199
"CYP81F4"	"transport facilitation"	"hormone"	2	1.37931	13	1.943199
"CYP76C7"	"C-compound and carbohydrate metabolism"	"stress"	6	2.281369	24	1.9238477
"CYP81D40"	"transport "	"organ"	4	2.352941	16	1.876833
"CYP74A"	"transport "	"organ"	3	1.764706	16	1.876833
"CYP71B4"	"transport "	"organ"	3	1.764706	16	1.876833
"CYP71B4"	"transport "	"mutant"	2	1.176471	16	1.876833
"CYP705A5"	"transport "	"mutant"	2	1.176471	16	1.876833
"CYP73A5"	"amino acid metabolism"	"stress"	2	1.941748	12	1.801802
"CYP71B20"	"amino acid metabolism"	"hormone"	2	1.941748	12	1.801802
"CYP94D2"	"amino acid metabolism"	"organ"	2	1.941748	12	1.801802
"CYP71B19"	"amino acid metabolism"	"hormone"	2	1.941748	12	1.801802
"CYP705A23"	"transport facilitation"	"hormone"	4	2.758621	12	1.793722
"CYP71B37"	"transport facilitation"	"mutant"	2	1.37931	12	1.793722
"CYP716A2"	"transport facilitation"	"hormone"	2	1.37931	12	1.793722
"CYP71B6"	"transport facilitation"	"mutant"	2	1.37931	12	1.793722
"CYP71B35"	"C-compound and carbohydrate metabolism"	"stress"	4	1.520913	22	1.7635271
"CYP83A1"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	22	1.7635271
"CYP705A20"	"glycolysis and gluconeogenesis"	"hormone"	4	3.418803	10.5	1.763224
"CYP71B36"	"transport "	"stress"	3	1.764706	15	1.759531
"CYP81F4"	"transport "	"hormone"	3	1.764706	15	1.759531
"CYP72A11"	"transport "	"stress"	3	1.764706	15	1.759531
"CYP71B2"	"transport "	"hormone"	3	1.764706	15	1.759531
"CYP710A2"	"transport "	"mutant"	2	1.176471	15	1.759531
"CYP71B6"	"C-compound and carbohydrate metabolism"	"stress"	5	1.901141	21	1.6833667
"CYP702A2"	"C-compound and carbohydrate metabolism"	"stress"	4	1.520913	21	1.6833667
"CYP97B3"	"amino acid metabolism"	"stress"	2	1.941748	11	1.651652
"CYP71B36"	"amino acid metabolism"	"stress"	2	1.941748	11	1.651652
"CYP89A2"	"transport facilitation"	"organ"	2	1.37931	11	1.644245
"CYP71B17"	"transport "	"hormone"	4	2.352941	14	1.642229
"CYP76G1"	"transport "	"hormone"	4	2.352941	14	1.642229
"CYP735A1"	"transport "	"hormone"	4	2.352941	14	1.642229
"CYP71B16"	"transport "	"hormone"	4	2.352941	14	1.642229
"CYP724A1"	"transport "	"organ"	3	1.764706	14	1.642229
"CYP702A2"	"transport "	"stress"	3	1.764706	14	1.642229
"CYP71B11"	"transport "	"hormone"	2	1.176471	14	1.642229
"CYP71B28"	"transport "	"stress"	2	1.176471	14	1.642229
"CYP72A15"	"transport "	"hormone"	2	1.176471	14	1.642229
"CYP73A5"	"C-compound and carbohydrate metabolism"	"stress"	5	1.901141	20	1.6032064
"CYP96A4"	"transport "	"hormone"	3	1.764706	13	1.524927
"CYP74B2"	"transport "	"hormone"	3	1.764706	13	1.524927
"CYP94B1"	"transport "	"hormone"	3	1.764706	13	1.524927
"CYP701A3"	"transport "	"organ"	2	1.176471	13	1.524927
"CYP90A1"	"ribosome biogenesis"	"organ"	3	1.818182	14	1.511879
"CYP97B3"	"ribosome biogenesis"	"stress"	3	1.818182	14	1.511879
"CYP97A3"	"transport "	"hormone"	2	1.176471	12.5	1.466276
"CYP71B34"	"C-compound and carbohydrate metabolism"	"stress"	5	1.901141	18	1.4428858
"CYP79F2"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	18	1.4428858
"CYP79F1"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	18	1.4428858
"CYP86A"	"transport "	"hormone"	5	2.941176	12	1.407625
"CYP71A18"	"transport "	"mutant"	5	2.941176	12	1.407625
"CYP705A23"	"transport "	"hormone"	4	2.352941	12	1.407625
"CYP97B3"	"transport "	"stress"	4	2.352941	12	1.407625
"CYP76C2"	"transport "	"stress"	3	1.764706	12	1.407625
"CYP71B37"	"transport "	"mutant"	2	1.176471	12	1.407625
"CYP716A2"	"transport "	"hormone"	2	1.176471	12	1.407625
"CYP81D3"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	17	1.3627255
"CYP702A2"	"ribosome biogenesis"	"stress"	2	1.212121	12	1.295896
"CYP705A20"	"ribosome biogenesis"	"hormone"	2	1.212121	12	1.295896
"CYP705A20"	"transport "	"hormone"	2	1.176471	11	1.290323
"CYP71B14"	"transport "	"mutant"	2	1.176471	11	1.290323
"CYP96A4"	"transport "	"organ"	2	1.176471	11	1.290323
"CYP89A9"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	16	1.2825651
"CYP81D8"	"C-compound and carbohydrate metabolism"	"stress"	5	1.901141	15	1.2024048
"CYP707A1"	"C-compound and carbohydrate metabolism"	"stress"	4	1.520913	15	1.2024048
"CYP705A20"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	15	1.2024048
"CYP712A1"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	12	0.9619238
"CYP82G1"	"C-compound and carbohydrate metabolism"	"stress"	3	1.140684	11	0.8817635