"Pathway"	"Pathway.source"	"V3"	"V4"	"V5"	"V6"
"IN ALL DATA SETS"	""	"sum.of.scores"	"sum.of.genes"	""	""
"plastoquinone biosynthesis"	"TAIR-GO"	"50"	"5"	""	""
"vitamin E biosynthesis"	"TAIR-GO"	"50"	"5"	""	""
"plastoquinone biosynthesis"	"AraCyc"	"50"	"5"	""	""
"vitamin E biosynthesis"	"AraCyc"	"50"	"5"	""	""
"ORGAN DATA SET"	"quantDE"	"5.77611"	"maxDE"	"7.3876034"	"ORGAN DATA SET"
"C-compound and carbohydrate utilization "	"FunCat"	"22"	"0"	"3"	"0"
"Lipid signaling"	"AcylLipid"	"22"	"6.96122250137129e-07"	"4"	"0.0261793179527221"
"Phenylpropanoid Metabolism"	"BioPath"	"21"	"1.78880543414179e-05"	"3"	"0.0365269145586612"
"Cell Wall Carbohydrate Metabolism"	"BioPath"	"20"	"0.0115276750037715"	"4"	"0.0966471796503706"
"Glucosyltransferases for benzoic acids"	"BioPath"	"20"	"1.67037767397978e-21"	"2"	"0.000100055619900015"
"C-compound, carbohydrate catabolism"	"FunCat"	"14"	"8.362925803017e-12"	"2"	"0.00609451570324234"
"starch metabolism"	"BioPath"	"12"	"3.5821841580163e-09"	"2"	"0.00130857160201026"
"jasmonic acid biosynthesis"	"TAIR-GO"	"12"	"7.91976518433063e-12"	"2"	"0.000480340474391857"
"jasmonic acid biosynthesis"	"AraCyc"	"12"	"3.55126156029304e-11"	"2"	"0.000289522941109627"
"starch degradation"	"AraCyc"	"12"	"2.66779139108555e-13"	"2"	"0.000163915874248702"
"energy"	"FunCat"	"12"	"1.89587563271583e-23"	"2"	"7.25346776204591e-07"
"metabolism of energy reserves (e.g. glycogen, trehalose)"	"FunCat"	"12"	"0"	"2"	"0"
"Starch and sucrose metabolism"	"KEGG"	"12"	"7.28298035373639e-05"	"2"	"0.0116502511555234"
"Valine, leucine and isoleucine degradation"	"KEGG"	"12"	"8.44977596501499e-09"	"3"	"6.06068131581905e-05"
"Chloroplastic protein turnover"	"BioPath"	"10"	"2.11500315818297e-12"	"1"	"0.00340925243983067"
"ERD1 protease (ClpC-like)"	"BioPath"	"10"	"0"	"1"	"0"
"Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)"	"BioPath"	"10"	"0.0203072480465852"	"1"	"0.127946136382813"
"Tocopherol biosynthesis"	"BioPath"	"10"	"2.47301665817256e-13"	"1"	"0.000533198352678995"
"ATP-dependent proteolysis"	"TAIR-GO"	"10"	"2.65812543361034e-14"	"1"	"0.00370979929804542"
"carotenoid biosynthesis"	"TAIR-GO"	"10"	"9.86339690308162e-13"	"1"	"0.00191776065234240"
"plastoquinone biosynthesis"	"TAIR-GO"	"10"	"1.41370277718187e-19"	"1"	"7.06235592923726e-05"
"vitamin E biosynthesis"	"TAIR-GO"	"10"	"1.73981016570686e-15"	"1"	"0.000419431245256882"
"phenylalanine degradation I"	"AraCyc"	"10"	"2.43849610954866e-08"	"1"	"0.0170484530978922"
"plastoquinone biosynthesis"	"AraCyc"	"10"	"2.18451608031035e-16"	"1"	"0.000324421322182061"
"tyrosine degradation"	"AraCyc"	"10"	"1.98746676619529e-13"	"1"	"0.00236579191198597"
"vitamin E biosynthesis"	"AraCyc"	"10"	"1.86232972678198e-12"	"1"	"0.00111963552514022"
"stress response"	"FunCat"	"10"	"0"	"1"	"0"
"sugar, glucoside, polyol and carboxylate catabolism "	"FunCat"	"10"	"1.06034231406762e-11"	"1"	"0.0081481167050132"
"Inositol phosphate metabolism"	"KEGG"	"10"	"0.000519308031426765"	"1"	"0.127438666898398"
"Phenylalanine metabolism"	"KEGG"	"10"	"4.44587835247519e-05"	"1"	"0.106391478645639"
"Phosphatidylinositol signaling system"	"KEGG"	"10"	"3.41189032919238e-07"	"1"	"0.0195905620313143"
"Signal Transduction"	"KEGG"	"10"	"5.05170597317069e-07"	"1"	"0.0206968120142126"
"Tyrosine metabolism"	"KEGG"	"10"	"3.24566831611792e-06"	"1"	"0.0266073618934789"
"cytidine deamination"	"TAIR-GO"	"9"	"0"	"1"	"0"
"ethylene biosynthesis"	"TAIR-GO"	"9"	"3.26718048531298e-12"	"1"	"0.00191776065234240"
"(deoxy)ribose phosphate degradation"	"AraCyc"	"9"	"4.44228853948451e-11"	"1"	"0.00287804288614647"
"acrylonitrile degradation"	"AraCyc"	"9"	"1.10924928583820e-17"	"1"	"0.000324421322182061"
"aldoxime degradation"	"AraCyc"	"9"	"1.10924928583820e-17"	"1"	"0.000324421322182061"
"IAA biosynthesis"	"AraCyc"	"9"	"6.40161280514161e-09"	"1"	"0.00343755679549194"
"IAA biosynthesis I"	"AraCyc"	"9"	"2.03321568965659e-10"	"1"	"0.00190150213522917"
"nitrogen and sulfur utilization "	"FunCat"	"9"	"4.35711029388732e-09"	"1"	"0.00436766043856547"
"Benzoate degradation via CoA ligation"	"KEGG"	"9"	"0.000912166865943637"	"1"	"0.110517373162357"
"Cyanoamino acid metabolism"	"KEGG"	"9"	"4.81111464467237e-08"	"1"	"0.0108519614863546"
"Nitrogen metabolism"	"KEGG"	"9"	"6.00751680479299e-05"	"1"	"0.0174567133318244"
"Nucleotide Metabolism"	"KEGG"	"9"	"0.00108186084986343"	"1"	"0.0845533408201044"
"Pyrimidine metabolism"	"KEGG"	"9"	"3.43849320625386e-06"	"1"	"0.0266073618934789"
"Tryptophan metabolism"	"KEGG"	"9"	"7.34160126561989e-07"	"1"	"0.0195905620313143"
"STRESS DATA SET"	"quantDE"	"2.968327"	"maxDE"	"8.084555"	"STRESS DATA SET"
"Degradation of storage lipids and straight fatty acids"	"AcylLipid"	"60"	"4.75895275568006e-37"	"8"	"2.06697509522454e-05"
"Gluconeogenesis from lipids in seeds"	"BioPath"	"58"	"9.51680212322868e-33"	"7"	"2.40491802210888e-05"
"Fatty acid metabolism"	"KEGG"	"54"	"4.01710089405538e-30"	"7"	"4.34310663597579e-06"
"fatty acid beta oxidation complex"	"BioPath"	"48"	"8.9944133582849e-50"	"6"	"6.53843052845809e-08"
"Biosynthesis of Amino Acids and Derivatives"	"BioPath"	"42"	"3.97730989696076e-05"	"6"	"0.0306407150460188"
"Valine, leucine and isoleucine degradation"	"KEGG"	"40"	"4.37618285443769e-22"	"7"	"5.49249141531742e-06"
"leucine degradation I"	"AraCyc"	"38"	"3.31833816536210e-25"	"5"	"8.07915033665733e-05"
"leucine degradation II"	"AraCyc"	"38"	"2.23565966073157e-39"	"5"	"7.61962674414397e-07"
"Glutathione metabolism"	"BioPath"	"30"	"3.76841297685413e-09"	"4"	"0.0080848496471933"
"beta-Alanine metabolism"	"KEGG"	"29"	"1.53160566945162e-18"	"5"	"1.61187318795494e-05"
"fatty acid oxidation pathway"	"AraCyc"	"28"	"2.7297007546177e-15"	"4"	"0.000253559520378905"
"isoleucine degradation I"	"AraCyc"	"28"	"2.7297007546177e-15"	"4"	"0.00081468892700774"
"isoleucine degradation III"	"AraCyc"	"28"	"1.02980146455457e-24"	"4"	"2.07017349499158e-05"
"lipid, fatty acid and isoprenoid degradation"	"FunCat"	"24"	"2.07194542740132e-21"	"4"	"3.18953951384503e-05"
"stress response"	"FunCat"	"24"	"0"	"3"	"0"
"C-compound and carbohydrate utilization "	"FunCat"	"22"	"0"	"3"	"0"
"Bile acid biosynthesis"	"KEGG"	"22"	"7.76436098769401e-14"	"3"	"0.000999187740463038"
"amino acid metabolism"	"FunCat"	"21"	"0.000262019940483447"	"3"	"0.0595557475780602"
"Arginine and proline metabolism"	"KEGG"	"21"	"4.77979353411038e-06"	"3"	"0.0341288309259808"
"Nucleotide Metabolism"	"KEGG"	"21"	"0.00510081650219638"	"3"	"0.185714243409949"
"carotenoid biosynthesis"	"TAIR-GO"	"20"	"5.48228937536415e-17"	"2"	"0.000844581097435229"
"fatty acid metabolism"	"TAIR-GO"	"20"	"3.43545212844592e-08"	"2"	"0.0254049299318256"
"long-chain fatty acid metabolism"	"TAIR-GO"	"20"	"1.58686091598139e-12"	"2"	"0.00869117395089587"
"Tyrosine metabolism"	"KEGG"	"20"	"1.83630306450771e-05"	"4"	"0.00593884968498121"
"phenylalanine degradation I"	"AraCyc"	"18"	"2.79772061182495e-07"	"3"	"0.00997730506068127"
"tyrosine degradation"	"AraCyc"	"18"	"6.63248957445845e-16"	"3"	"0.000182176369304615"
"valine degradation I"	"AraCyc"	"18"	"1.54104956086210e-07"	"3"	"0.0222010558211555"
"valine degradation II"	"AraCyc"	"18"	"5.53128693903955e-13"	"3"	"0.00173344146901633"
"Stilbene, coumarine and lignin biosynthesis"	"KEGG"	"18"	"0.0244877761404138"	"3"	"0.335259911396911"
"fatty acid beta-oxidation"	"TAIR-GO"	"17"	"6.20466609709769e-15"	"2"	"0.000312994657429690"
"jasmonic acid biosynthesis"	"TAIR-GO"	"16"	"1.88737200255441e-07"	"2"	"0.0119399211511864"
"4-hydroxyproline degradation"	"AraCyc"	"16"	"4.91015823249331e-12"	"3"	"0.000279195153763371"
"arginine degradation IX"	"AraCyc"	"16"	"4.91015823249331e-12"	"3"	"0.000408441863170098"
"proline degradation I"	"AraCyc"	"16"	"2.43858656650691e-07"	"3"	"0.00470558473207352"
"proline degradation II"	"AraCyc"	"16"	"2.56064347791212e-12"	"3"	"0.000279195153763371"
"energy"	"FunCat"	"16"	"4.90751234541145e-31"	"2"	"2.81682286654164e-06"
"Glutathione metabolism"	"KEGG"	"16"	"0.00312383711048014"	"2"	"0.125923455292600"
"Glycerolipid metabolism"	"KEGG"	"16"	"0.000780302641396853"	"3"	"0.0152689145106802"
"Purine metabolism"	"KEGG"	"16"	"0.0331512654772813"	"2"	"0.260515383144366"
"metabolism of acyl-lipids in mitochondria"	"AcylLipid"	"16"	"0.00223612773604472"	"3"	"0.022790152390499"
"arginine degradation II"	"AraCyc"	"15.5"	"2.91930264278894e-06"	"3"	"0.00268603132313868"
"arginine degradation III"	"AraCyc"	"15.5"	"5.81955887398376e-11"	"3"	"0.000112080988908279"
"arginine degradation V"	"AraCyc"	"15.5"	"1.79080649135524e-10"	"3"	"0.000408441863170098"
"biotin biosynthesis I"	"AraCyc"	"15.5"	"4.3600348139631e-12"	"3"	"0.000279195153763371"
"glutamate degradation I"	"AraCyc"	"15.5"	"3.03301725856458e-12"	"3"	"6.38495561796084e-05"
"Pantothenate and CoA biosynthesis"	"KEGG"	"15"	"2.53957220269814e-07"	"2"	"0.0198427246259983"
"Pyrimidine metabolism"	"KEGG"	"15"	"0.000374829947661253"	"2"	"0.112943005438063"
"response to wounding"	"TAIR-GO"	"14"	"0.000104138357564413"	"2"	"0.0179646567111039"
"Butanoate metabolism"	"KEGG"	"14"	"9.8099244890535e-05"	"3"	"0.0056566721764513"
"Limonene and pinene degradation"	"KEGG"	"14"	"6.81715209537219e-17"	"3"	"1.03625607257753e-05"
"Lysine degradation"	"KEGG"	"14"	"1.91885925036257e-07"	"3"	"0.00350193711640858"
"Propanoate metabolism"	"KEGG"	"14"	"0.00029705865504856"	"3"	"0.0109422702012987"
"Selenoamino acid metabolism"	"KEGG"	"14"	"0.00391914021394962"	"2"	"0.0571755944607406"
"Sulfur metabolism"	"KEGG"	"14"	"0.000687779808125082"	"2"	"0.0256864702586246"
"Tryptophan metabolism"	"KEGG"	"14"	"0.000180761408512825"	"3"	"0.0169193219032375"
"biosynthesis of proto- and siroheme"	"AraCyc"	"13"	"0.0126363478383971"	"2"	"0.142687252209083"
"toxin catabolism"	"TAIR-GO"	"12"	"8.7443877942518e-05"	"2"	"0.109413344375998"
"threonine degradation"	"AraCyc"	"12"	"6.1839173630458e-07"	"4"	"0.000421397234135876"
"1,2-Dichloroethane degradation"	"KEGG"	"12"	"4.65834723440357e-16"	"2"	"9.83426355387757e-05"
"Ascorbate and aldarate metabolism"	"KEGG"	"12"	"0.00413225858242101"	"2"	"0.035995223511216"
"Benzoate degradation via hydroxylation"	"KEGG"	"12"	"1.37540056392300e-06"	"2"	"0.00258962046448584"
"Fatty acid biosynthesis (path 2)"	"KEGG"	"12"	"7.62968580248919e-08"	"2"	"0.00258962046448584"
"Histidine metabolism"	"KEGG"	"12"	"7.46839896591178e-06"	"2"	"0.0172304589107058"
"Chloroplastic protein turnover"	"BioPath"	"10"	"7.0471977246111e-08"	"1"	"0.0196168265120149"
"ERD1 protease (ClpC-like)"	"BioPath"	"10"	"0"	"1"	"0"
"Glucosyltransferases for benzoic acids"	"BioPath"	"10"	"0.000150309975435353"	"1"	"0.0229127973868630"
"Prolin/Hydroxyproline from glutamate"	"BioPath"	"10"	"3.31439160384376e-08"	"1"	"0.0136936615077698"
"Regulatory enzymes"	"BioPath"	"10"	"2.03632109575590e-11"	"1"	"0.000991767039450341"
"salycilic acid biosynthesis"	"BioPath"	"10"	"9.85062541715333e-11"	"1"	"0.00196010944925944"
"Tocopherol biosynthesis"	"BioPath"	"10"	"9.3640492906741e-09"	"1"	"0.00322831620047467"
"abscisic acid biosynthesis"	"TAIR-GO"	"10"	"3.39120523216169e-06"	"1"	"0.0260694520544480"
"ATP-dependent proteolysis"	"TAIR-GO"	"10"	"8.29700987609027e-08"	"1"	"0.0313394276395482"
"cell death"	"TAIR-GO"	"10"	"6.57215191241566e-09"	"1"	"0.00384143903718559"
"glyoxysome organization and biogenesis"	"TAIR-GO"	"10"	"0"	"1"	"0"
"leucine catabolism"	"TAIR-GO"	"10"	"1.29076323416456e-10"	"1"	"0.00195319969326735"
"microtubule cytoskeleton"	"TAIR-GO"	"10"	"0"	"1"	"0"
"peptidyl-proline hydroxylation to 4-hydroxy-L-proline"	"TAIR-GO"	"10"	"2.24802902916008e-14"	"1"	"0.000662095868365994"
"plastid organization and biogenesis"	"TAIR-GO"	"10"	"3.10449491896433e-11"	"1"	"0.00384143903718559"
"plastoquinone biosynthesis"	"TAIR-GO"	"10"	"7.82912629988268e-13"	"1"	"0.000662095868365994"
"programmed cell death"	"TAIR-GO"	"10"	"0"	"1"	"0"
"response to high light intensity"	"TAIR-GO"	"10"	"3.10449491896433e-11"	"1"	"0.00195319969326735"
"response to temperature"	"TAIR-GO"	"10"	"1.29076323416456e-10"	"1"	"0.00195319969326735"
"sulfate assimilation"	"TAIR-GO"	"10"	"2.18583833205186e-06"	"1"	"0.0167686987849871"
"vitamin E biosynthesis"	"TAIR-GO"	"10"	"6.57215191241566e-09"	"1"	"0.00384143903718559"
"dissimilatory sulfate reduction"	"AraCyc"	"10"	"8.32708602243943e-06"	"1"	"0.0192657705214668"
"lipases pathway"	"AraCyc"	"10"	"0.00881267842018716"	"1"	"0.202012817272503"
"methylglyoxal degradation"	"AraCyc"	"10"	"1.65881892028638e-06"	"3"	"0.000785690392580681"
"plastoquinone biosynthesis"	"AraCyc"	"10"	"1.03146498358665e-09"	"1"	"0.0058643761920805"
"vitamin E biosynthesis"	"AraCyc"	"10"	"4.23173510220002e-06"	"1"	"0.0192657705214668"
"Glyoxylate and dicarboxylate metabolism"	"KEGG"	"10"	"0.0197011619426481"	"2"	"0.0481192881235592"
"Phosphatidylinositol signaling system"	"KEGG"	"10"	"0.0349661530660387"	"1"	"0.265800838519571"
"Signal Transduction"	"KEGG"	"10"	"0.0443771801448226"	"1"	"0.276879199680551"
"abscisic acid biosynthesis"	"LitPath"	"10"	"4.79839743489862e-12"	"1"	"0.00522019000496499"
"Accessory protein/regulatory protein"	"LitPath"	"10"	"0"	"1"	"0"
"Carotenoid and abscisic acid metabolism"	"LitPath"	"10"	"1.05116004372237e-06"	"1"	"0.0353222214407565"
"Phenylpropanoid pathway"	"LitPath"	"10"	"0.00516070346320819"	"3"	"0.0206512033451345"
"defense response"	"TAIR-GO"	"9"	"0.0134871005483046"	"1"	"0.0934060587653777"
"defense response to fungi"	"TAIR-GO"	"9"	"0"	"1"	"0"
"ethylene mediated signaling pathway"	"TAIR-GO"	"9"	"5.78058988761738e-14"	"1"	"0.000662095868365994"
"flower development"	"TAIR-GO"	"9"	"1.45841940199336e-07"	"1"	"0.00629611805497277"
"hyperosmotic salinity response"	"TAIR-GO"	"9"	"1.01080276281757e-05"	"1"	"0.0260694520544480"
"jasmonic acid and ethylene-dependent systemic resistance"	"TAIR-GO"	"9"	"7.82001563588286e-12"	"1"	"0.000662095868365994"
"jasmonic acid and ethylene-dependent systemic resistance, ethylene mediated signaling pathway"	"TAIR-GO"	"9"	"0"	"1"	"0"
"proline biosynthesis"	"TAIR-GO"	"9"	"6.78217283184423e-08"	"1"	"0.00384143903718559"
"seed germination"	"TAIR-GO"	"9"	"2.17619840970253e-16"	"1"	"0"
"lysine biosynthesis I"	"AraCyc"	"9"	"0.000488532425892235"	"1"	"0.101390331586235"
"oxidation of fatty acids "	"FunCat"	"9"	"3.48137115335771e-18"	"1"	"0.000203990381544434"
"Aminosugars metabolism"	"KEGG"	"9"	"0.000380941146733165"	"1"	"0.126320010180093"
"Urea cycle and metabolism of amino groups"	"KEGG"	"9"	"0.00917855401929825"	"1"	"0.157005770923651"
"starch metabolism"	"BioPath"	"8"	"0.0197519108684381"	"1"	"0.104901244297824"
"proline biosynthesis I"	"AraCyc"	"8"	"5.20975269050761e-07"	"2"	"0.00160146763156962"
"starch degradation"	"AraCyc"	"8"	"0.00253081083654587"	"1"	"0.081559065716279"
"energy conversion and regeneration "	"FunCat"	"8"	"4.34852512004511e-14"	"1"	"0.000606337498900218"
"metabolism of energy reserves (e.g. glycogen, trehalose)"	"FunCat"	"8"	"2.28390107683980e-16"	"1"	"0"
"plasma membrane to endosome transport"	"TAIR-GO"	"7"	"0"	"1"	"0"
"protein prenylation"	"LitPath"	"7"	"4.67860256543089e-07"	"1"	"0.0119212713094808"
"HORMONE DATA SET"	"quantDE"	"1.882807"	"maxDE"	"5.4031067"	"HORMONE DATA SET"
"Valine, leucine and isoleucine degradation"	"KEGG"	"29"	"3.36221313653704e-26"	"5"	"1.40285631631203e-06"
"Phenylpropanoid Metabolism"	"BioPath"	"28"	"4.81395755634884e-06"	"3"	"0.0574369194743004"
"metabolism of acyl-lipids in mitochondria"	"AcylLipid"	"23"	"3.28078182742267e-16"	"3"	"0.00158359804375209"
"amino acid metabolism"	"FunCat"	"22"	"2.05348932718891e-06"	"3"	"0.0268446789361401"
"Biosynthesis of Amino Acids and Derivatives"	"BioPath"	"20"	"0.0105345698344429"	"2"	"0.170857225629204"
"Prolin/Hydroxyproline from glutamate"	"BioPath"	"20"	"1.17998957795342e-26"	"2"	"6.57752873915026e-05"
"hyperosmotic salinity response"	"TAIR-GO"	"20"	"1.03078109280276e-23"	"2"	"0.000120803415081288"
"proline biosynthesis"	"TAIR-GO"	"20"	"1.44024029434622e-29"	"2"	"4.19724502551240e-06"
"response to abscisic acid stimulus"	"TAIR-GO"	"20"	"1.43517536664035e-21"	"2"	"0.000218433878409769"
"Urea cycle and metabolism of amino groups"	"KEGG"	"20"	"3.9730949668251e-19"	"2"	"0.00201911795523199"
"leucine catabolism"	"TAIR-GO"	"19"	"2.07582948539007e-31"	"2"	"1.05658878114620e-06"
"leucine degradation I"	"AraCyc"	"19"	"3.58052200879042e-17"	"2"	"0.00276412679774441"
"leucine degradation II"	"AraCyc"	"19"	"1.26601673484376e-23"	"2"	"0.000332502710522612"
"phenylalanine degradation I"	"AraCyc"	"16"	"1.618227473527e-13"	"2"	"0.00389493340917636"
"tyrosine degradation"	"AraCyc"	"16"	"7.63883993463915e-22"	"2"	"0.000184463869959356"
"Tyrosine metabolism"	"KEGG"	"16"	"4.55063017780313e-10"	"2"	"0.00874457771775001"
"Fatty acid metabolism"	"KEGG"	"14"	"9.5154364914145e-08"	"2"	"0.00553896556276822"
"Degradation of storage lipids and straight fatty acids"	"AcylLipid"	"14"	"5.39994051708083e-06"	"3"	"0.0092163822036999"
"Ascorbate and aldarate metabolism"	"KEGG"	"12"	"4.61440787196619e-08"	"2"	"0.00227731292974587"
"Basal transcription factors"	"KEGG"	"12"	"5.74274985882816e-10"	"2"	"0.00601314097048866"
"Transcription"	"KEGG"	"12"	"3.77539925001016e-05"	"2"	"0.0492229906466955"
"Phenylpropanoid pathway"	"LitPath"	"12"	"3.42402920320563e-05"	"2"	"0.0127706118662102"
"Chloroplastic protein turnover"	"BioPath"	"10"	"1.05686925918794e-10"	"1"	"0.00450553659246896"
"core phenylpropanoid metabolism"	"BioPath"	"10"	"0.000649896317246632"	"1"	"0.0568483680860616"
"ERD1 protease (ClpC-like)"	"BioPath"	"10"	"0"	"1"	"0"
"fatty acid beta oxidation complex"	"BioPath"	"10"	"1.92657182446617e-07"	"1"	"0.0149603193897140"
"Gluconeogenesis from lipids in seeds"	"BioPath"	"10"	"0.00666466885545705"	"1"	"0.116126189140880"
"Glucosyltransferases for benzoic acids"	"BioPath"	"10"	"4.35108283614764e-07"	"1"	"0.00529670358135539"
"Tocopherol biosynthesis"	"BioPath"	"10"	"1.27736267461658e-11"	"1"	"0.000708383617007367"
"abscisic acid biosynthesis"	"TAIR-GO"	"10"	"3.24341514788692e-09"	"1"	"0.00465974644265184"
"ATP-dependent proteolysis"	"TAIR-GO"	"10"	"6.0875969341455e-11"	"1"	"0.00565858763458693"
"carotenoid biosynthesis"	"TAIR-GO"	"10"	"2.01307098391377e-09"	"1"	"0.00293711135528895"
"fatty acid metabolism"	"TAIR-GO"	"10"	"4.94999782931882e-05"	"1"	"0.0282059587861870"
"lignin biosynthesis"	"TAIR-GO"	"10"	"2.58863208098160e-08"	"1"	"0.00375195783713773"
"long-chain fatty acid metabolism"	"TAIR-GO"	"10"	"3.08180447482947e-07"	"1"	"0.0134612264771716"
"plastoquinone biosynthesis"	"TAIR-GO"	"10"	"3.92428556547756e-16"	"1"	"0.000109051084201458"
"response to dessication"	"TAIR-GO"	"10"	"5.55852323452794e-15"	"1"	"0.00064588290505865"
"response to water deprivation"	"TAIR-GO"	"10"	"0"	"1"	"0"
"vitamin E biosynthesis"	"TAIR-GO"	"10"	"4.24813392541833e-12"	"1"	"0.00064588290505865"
"lignin biosynthesis"	"AraCyc"	"10"	"9.86943622944496e-05"	"1"	"0.0973617841934417"
"plastoquinone biosynthesis"	"AraCyc"	"10"	"3.81022388705462e-15"	"1"	"0.000836186506429078"
"vitamin E biosynthesis"	"AraCyc"	"10"	"3.03314867163250e-11"	"1"	"0.00285986112872358"
"biogenesis of cell wall"	"FunCat"	"10"	"0.000338634946890161"	"1"	"0.160738932532668"
"C-compound, carbohydrate catabolism"	"FunCat"	"10"	"1.08502375221634e-06"	"1"	"0.0765186099914142"
"cellular sensing and response "	"FunCat"	"10"	"1.08003893545146e-19"	"1"	"0.000122600279817109"
"chemoperception and response"	"FunCat"	"10"	"1.08003893545146e-19"	"1"	"0.000122600279817109"
"osmosensing"	"FunCat"	"10"	"0"	"1"	"0"
"stress response"	"FunCat"	"10"	"0"	"1"	"0"
"sugar, glucoside, polyol and carboxylate catabolism "	"FunCat"	"10"	"9.40328609931191e-11"	"1"	"0.0117438520694154"
"Phenylalanine metabolism"	"KEGG"	"10"	"0.000443581679863752"	"1"	"0.241225288813375"
"Stilbene, coumarine and lignin biosynthesis"	"KEGG"	"10"	"0.00172788018288915"	"1"	"0.289652196522203"
"abscisic acid biosynthesis"	"LitPath"	"10"	"2.94108858492353e-13"	"1"	"0.00119499183664672"
"Carotenoid and abscisic acid metabolism"	"LitPath"	"10"	"8.14796353235755e-08"	"1"	"0.0086213249296883"
"degradation of abscisic acid"	"LitPath"	"10"	"1.93893592569069e-14"	"1"	"0.000259126027526520"
"ascorbic acid biosynthesis"	"BioPath"	"8"	"2.25394187077433e-05"	"1"	"0.0136719783246142"
"Flavonoid and anthocyanin metabolism"	"BioPath"	"8"	"0.000668426791439027"	"1"	"0.0809579527808496"
"flavonoid biosynthesis"	"TAIR-GO"	"8"	"7.6679451022405e-08"	"1"	"0.00221712335786509"
"ascorbate glutathione cycle"	"AraCyc"	"8"	"9.94002671818242e-07"	"1"	"0.0152536010132686"
"mRNA synthesis "	"FunCat"	"8"	"8.69351208762309e-06"	"1"	"0.0360942282244563"
"RNA synthesis "	"FunCat"	"8"	"8.69351208762309e-06"	"1"	"0.0360942282244563"
"transcription"	"FunCat"	"8"	"1.06624857631490e-08"	"1"	"0.0102498443599281"
"transcriptional control"	"FunCat"	"8"	"1.20912490679822e-07"	"1"	"0.00753937348248227"
"Oxidative phosphorylation"	"KEGG"	"8"	"0.00411165594931524"	"3"	"0.00743697918439209"
"MUTANT DATA SET"	"quantDE"	"2.692169"	"maxDE"	"4.913440959"	"MUTANT DATA SET"
"Leaf Glycerolipid Biosynthesis"	"BioPath"	"10"	"2.40646601280062e-06"	"1"	"0.0235205425710819"
"Leaf Glycerolipid Biosynthesis in Plastid"	"BioPath"	"10"	"3.11100914325138e-11"	"1"	"0.00264934018728171"
"isoprenoid biosynthesis "	"FunCat"	"10"	"1.09547446532862e-12"	"1"	"0.00111693081140224"
"lipid, fatty acid and isoprenoid biosynthesis "	"FunCat"	"10"	"2.54809569086446e-13"	"1"	"0.000842513902966221"
"Fatty acid metabolism"	"KEGG"	"10"	"3.17162785646902e-17"	"1"	"0.000220937381222519"
"Miscellaneous acyl lipid metabolism"	"AcylLipid"	"10"	"0"	"1"	"0"