"Pathway" "Pathway.source" "V3" "V4" "V5" "V6" "IN THREE DATA SETS" "" "sum.of.scores" "sum.of.genes" "" "" "Biosynthesis of Amino Acids and Derivatives" "BioPath" "132" "21" "" "" "Methionin/SAM/ethylene metabolism from cysteine and aspartate" "BioPath" "100" "15" "" "" "Lipid signaling" "AcylLipid" "92" "25" "" "" "Propanoate metabolism" "KEGG" "80" "13" "" "" "ethylene biosynthesis" "TAIR-GO" "64" "10" "" "" "biosynthesis of proto- and siroheme" "AraCyc" "58" "7" "" "" "jasmonic acid biosynthesis" "TAIR-GO" "52" "10" "" "" "jasmonic acid biosynthesis" "TAIR-GO" "52" "10" "" "" "Chlorophyll biosynthesis and breakdown" "BioPath" "50" "5" "" "" "Porphyrin and chlorophyll metabolism" "KEGG" "50" "5" "" "" "chlorophyll and phytochromobilin metabolism" "LitPath" "50" "5" "" "" "chlorophyll biosynthesis" "AraCyc" "38" "5" "" "" "nucleotide metabolism" "TAIR-GO" "37" "5" "" "" "porphyrin biosynthesis" "TAIR-GO" "30" "3" "" "" "chlorophyll and phyochromobilin biosynthesis" "LitPath" "30" "3" "" "" "gibberellic acid catabolism" "TAIR-GO" "29" "3" "" "" "ORGAN DATA SET" "quantDE" "1.26313" "maxDE" "3.3636826" "ORGAN DATA SET" "STRESS DATA SET" "quantDE" "2.016972" "maxDE" "8.722994" "STRESS DATA SET" "Biosynthesis of Amino Acids and Derivatives" "BioPath" "22" "1.54084292513173e-06" "4" "0.00397576057484192" "Methionin/SAM/ethylene metabolism from cysteine and aspartate" "BioPath" "20" "5.97225670594128e-19" "3" "3.65182193610076e-05" "ethylene biosynthesis" "TAIR-GO" "20" "3.04634025837427e-27" "3" "1.91795799240164e-06" "Propanoate metabolism" "KEGG" "20" "5.66376721205629e-26" "3" "3.81050527078743e-05" "Lipid signaling" "AcylLipid" "14" "0.000142196685871318" "4" "0.00438907746194558" "lipid, fatty acid and isoprenoid metabolism" "FunCat" "12" "5.18684782717617e-16" "2" "0.000324417571715809" "response to auxin stimulus" "TAIR-GO" "11" "3.84753184983606e-12" "2" "0.00018468487986701" "de novo biosynthesis of purine nucleotides I" "AraCyc" "11" "2.49082252616856e-08" "2" "0.00871190415872365" "Biosynthesis of prenyl diphosphates" "BioPath" "10" "2.86383360477301e-05" "1" "0.0347869227658534" "Chlorophyll biosynthesis and breakdown" "BioPath" "10" "5.54639982395431e-06" "1" "0.0202889963350142" "Isoprenoid Biosynthesis in the Cytosol and in Mitochondria" "BioPath" "10" "0.000688739846482297" "1" "0.0665832658075878" "Leaf Glycerolipid Biosynthesis in Plastid" "BioPath" "10" "0.000158308869810992" "1" "0.0557255854508342" "Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)" "BioPath" "10" "0.00922215592068244" "1" "0.107182705562850" "chloroplast envelope" "TAIR-GO" "10" "0" "1" "0" "defense response" "TAIR-GO" "10" "2.52462722997866e-06" "2" "0.00226511448566832" "galactolipid biosynthesis" "TAIR-GO" "10" "8.48522631472585e-12" "1" "0.00177666242692962" "glycolipid biosynthesis" "TAIR-GO" "10" "3.07785058617259e-13" "1" "0.00107512234059143" "growth" "TAIR-GO" "10" "5.97925206507932e-06" "2" "0.00387647552281180" "jasmonic acid biosynthesis" "TAIR-GO" "10" "4.72733316538658e-07" "2" "0.00194312741842861" "lipid biosynthesis" "TAIR-GO" "10" "8.48522631472585e-12" "1" "0.00177666242692962" "porphyrin biosynthesis" "TAIR-GO" "10" "6.36390606121599e-09" "1" "0.0129473334764794" "response to wounding" "TAIR-GO" "10" "5.97925206507932e-06" "2" "0.00300417080039617" "biosynthesis of proto- and siroheme" "AraCyc" "10" "3.10684603979897e-09" "1" "0.0173897556729865" "chlorophyll biosynthesis" "AraCyc" "10" "4.43746397320235e-08" "1" "0.0272122382033831" "glycosylglyceride biosynthesis" "AraCyc" "10" "1.56127226633443e-14" "1" "0.000493147222089496" "jasmonic acid biosynthesis" "AraCyc" "10" "1.16514815623318e-11" "2" "8.36231933375636e-05" "lipoxygenase pathway" "AraCyc" "10" "1.01973352861308e-13" "2" "2.29825317658967e-05" "Porphyrin and chlorophyll metabolism" "KEGG" "10" "8.76023004529502e-10" "1" "0.0135894753755564" "Synthesis of membrane lipids in plastids" "AcylLipid" "10" "4.18623039521500e-07" "1" "0.0180541577822377" "chlorophyll and phyochromobilin biosynthesis" "LitPath" "10" "1.80997358727481e-10" "1" "0.00565490578525198" "chlorophyll and phytochromobilin metabolism" "LitPath" "10" "1.55096390070523e-05" "1" "0.0304112681356547" "prenyl diphosphate (GPP,FPP, GGPP) biosynthesis" "LitPath" "10" "3.30684943650302e-09" "1" "0.00649900179052766" "gibberellic acid catabolism" "TAIR-GO" "9" "1.11092108137878e-10" "1" "0.00177666242692962" "nucleotide metabolism" "TAIR-GO" "9" "9.78089142099555e-15" "1" "0.000542165891857006" "cellulose biosynthesis" "AraCyc" "8" "7.21710045247774e-07" "2" "0.00124891541017253" "Methane metabolism" "KEGG" "8" "3.14073399671201e-07" "3" "0.00183522848201165" "Phenylalanine metabolism" "KEGG" "8" "4.33477192559997e-06" "3" "0.00238934255993454" "Prostaglandin and leukotriene metabolism" "KEGG" "8" "6.81057484500273e-09" "3" "0.000803096521261021" "Stilbene, coumarine and lignin biosynthesis" "KEGG" "8" "1.65883943626313e-05" "3" "0.00382653284552688" "HORMONE DATA SET" "quantDE" "1.014798" "maxDE" "6.007842" "HORMONE DATA SET" "Biosynthesis of Amino Acids and Derivatives" "BioPath" "62" "8.17902038196775e-08" "10" "0.0108400638942689" "Phenylpropanoid Metabolism" "BioPath" "62" "1.49300119757717e-08" "10" "0.0139570534110468" "Lipid signaling" "AcylLipid" "58" "2.31826388765007e-11" "13" "0.00446738002120245" "response to pathogenic bacteria" "TAIR-GO" "50.5" "0" "8" "0" "Aromatic amino acid (Phe, Tyr, Trp) metabolism" "BioPath" "46" "5.0376402773891e-19" "7" "0.000202864329730382" "Methionin/SAM/ethylene metabolism from cysteine and aspartate" "BioPath" "44" "2.76498491859578e-27" "7" "1.81477475935158e-06" "Miscellaneous acyl lipid metabolism" "AcylLipid" "42" "2.92811486670289e-05" "10" "0.124476322294706" "Shikimate pathway" "LitPath" "42" "1.00940809665438e-11" "7" "0.00063572174021439" "tryptophan biosynthesis" "TAIR-GO" "38" "4.88214950047213e-27" "6" "1.84331545280162e-06" "tryptophan biosynthesis" "AraCyc" "38" "1.66980286222394e-27" "6" "5.72341448947698e-06" "Trp biosyntesis" "LitPath" "38" "2.85722820777280e-21" "6" "8.62121257711934e-06" "Inositol phosphate metabolism" "KEGG" "37" "4.78340483126496e-09" "13" "2.57570253026008e-05" "Phenylpropanoid pathway" "LitPath" "36" "0.000304068125382539" "7" "0.0466732384965818" "Propanoate metabolism" "KEGG" "34" "4.91211969362177e-19" "6" "0.000141137224965394" "Benzoate degradation via CoA ligation" "KEGG" "33" "4.33087725132984e-08" "12" "4.45670760673185e-05" "Nicotinate and nicotinamide metabolism" "KEGG" "33" "1.21001465757406e-09" "12" "1.80814982678970e-05" "secondary metabolism" "FunCat" "32" "2.07500481095435e-15" "6" "0.00128982572508529" "Plastidial Isoprenoids (Chlorophylls, Carotenoids, Tocopherols, Plastoquinone, Phylloquinone)" "BioPath" "30" "0.0104116030093306" "3" "0.246613896622994" "Glycan Biosynthesis and Metabolism" "KEGG" "25" "1.50461381579993e-05" "7" "0.00342719873986619" "ethylene biosynthesis" "TAIR-GO" "24" "3.79227132181421e-23" "4" "4.74476722641789e-06" "biosynthesis of proto- and siroheme" "AraCyc" "24" "1.61374248409605e-09" "3" "0.0291338280765138" "biogenesis of chloroplast" "FunCat" "24" "8.28675868006582e-06" "3" "0.0918565156361789" "lipases pathway" "AraCyc" "23" "1.74672073811539e-12" "4" "0.000735976030105245" "defense response" "TAIR-GO" "22.5" "2.15839018672743e-09" "4" "0.000896307635003278" "triacylglycerol degradation" "AraCyc" "22.5" "1.25188799446200e-12" "7" "0.000111349567774708" "response to wounding" "TAIR-GO" "22" "1.23743841502027e-08" "5" "0.000156529287403502" "lignin biosynthesis" "AraCyc" "22" "1.19524544810295e-06" "5" "0.00144603885438452" "lipid, fatty acid and isoprenoid degradation" "FunCat" "22" "5.90073170247687e-14" "3" "0.00634253264612105" "cellulose biosynthesis" "BioPath" "20" "2.9848879008947e-05" "3" "0.0466172171017733" "Chlorophyll biosynthesis and breakdown" "BioPath" "20" "9.61366747855974e-05" "2" "0.0777006054277484" "alanine biosynthesis II" "AraCyc" "20" "1.15589681570864e-11" "4" "0.000608285417918402" "Porphyrin and chlorophyll metabolism" "KEGG" "20" "4.58212273836579e-06" "2" "0.0928870237475374" "chlorophyll and phytochromobilin metabolism" "LitPath" "20" "0.0495833492980578" "2" "0.251879235255117" "Alanine and aspartate metabolism" "KEGG" "18" "1.01021266867430e-05" "3" "0.0343049355831980" "Glutamate metabolism" "KEGG" "18" "0.00378910294939451" "3" "0.0932142450637811" "Ion channels" "KEGG" "18" "2.87128218785221e-07" "9" "1.80573211510143e-05" "Ligand-Receptor Interaction" "KEGG" "18" "4.48295803568795e-07" "9" "2.61848767076367e-05" "Phenylalanine, tyrosine and tryptophan biosynthesis" "KEGG" "18" "0.00254862557465016" "3" "0.0932142450637811" "core phenylpropanoid metabolism" "BioPath" "16" "0.00719739183750607" "3" "0.0466172171017733" "hemicellulose biosynthesis" "BioPath" "16" "5.09045614840518e-08" "2" "0.0115353686603570" "jasmonic acid biosynthesis" "TAIR-GO" "16" "1.87998459824464e-06" "3" "0.00593984731053382" "jasmonic acid biosynthesis" "AraCyc" "16" "9.490916880312e-08" "3" "0.00146178211602325" "lipoxygenase pathway" "AraCyc" "16" "1.16559709225506e-10" "3" "0.000270365219448859" "Fructose and mannose metabolism" "KEGG" "16" "0.00768697861770099" "2" "0.28302305536512" "Glycerolipid metabolism" "KEGG" "16" "0.000878858444404582" "2" "0.146037800945496" "Phenylalanine metabolism" "KEGG" "16" "0.0220174077497814" "5" "0.137101536662073" "phenylalanine degradation I" "AraCyc" "15" "2.52758409267946e-06" "2" "0.0411904221429471" "chlorophyll biosynthesis" "AraCyc" "14" "0.0113537077412956" "2" "0.187791840113029" "phenylalanine biosynthesis II" "AraCyc" "14" "8.69078777201106e-08" "3" "0.00319702647658851" "energy" "FunCat" "14" "3.45747984356579e-22" "3" "0" "metabolism of energy reserves (e.g. glycogen, trehalose)" "FunCat" "14" "0" "3" "0" "Glycerophospholipid metabolism" "KEGG" "14" "0.000119619983493812" "2" "0.0631140508468679" "defense response to pathogenic bacteria, incompatible interaction" "TAIR-GO" "12.5" "1.97947375928714e-10" "2" "0.000592245367794935" "systemic acquired resistance" "TAIR-GO" "12.5" "1.03574068665550e-09" "2" "0.00195451768149193" "Leaf Glycerolipid Biosynthesis in cytosol / ER" "BioPath" "12" "0.00554522110375821" "4" "0.00183558121530476" "fructose degradation (anaerobic)" "AraCyc" "12" "0.0478810585871059" "3" "0.106636017862812" "trans-zeatin biosynthesis" "AraCyc" "12" "1.13415985254367e-10" "2" "0.00117276330561787" "plant / fungal specific systemic sensing and response " "FunCat" "12" "7.58169860658183e-06" "3" "0.00166425170969231" "plant hormonal regulation" "FunCat" "12" "7.58169860658183e-06" "3" "0.00166425170969231" "beta-Alanine metabolism" "KEGG" "12" "0.000175675241246587" "2" "0.0443271170829063" "Butanoate metabolism" "KEGG" "12" "0.0012168312435092" "2" "0.0773639518761537" "Nucleotide sugars metabolism" "KEGG" "12" "9.52096389280799e-06" "4" "0.00073521504754372" "Taurine and hypotaurine metabolism" "KEGG" "12" "1.39934839461924e-11" "2" "0.000606291589276216" "gluconeogenesis" "AraCyc" "11" "0.0339043225215299" "2" "0.138608177009346" "Phylloquinone biosynthesis" "BioPath" "10" "3.45898530976375e-11" "1" "0.0127623266923459" "salycilic acid biosynthesis" "BioPath" "10" "3.00347534768564e-09" "1" "0.00531283699777748" "aging" "TAIR-GO" "10" "2.98836060803065e-06" "1" "0.0382532121308376" "fatty acid biosynthesis" "TAIR-GO" "10" "0.00230733777550085" "1" "0.119763091420299" "gibberellic acid catabolism" "TAIR-GO" "10" "2.22074482949258e-07" "1" "0.0147790676338107" "growth" "TAIR-GO" "10" "0.028310516870767" "2" "0.0691523317000147" "lignin biosynthesis" "TAIR-GO" "10" "0.000100076381642272" "1" "0.0479187272033893" "methionine biosynthesis" "TAIR-GO" "10" "1.05724879197824e-08" "1" "0.00910433872740439" "phenylpropanoid metabolism" "TAIR-GO" "10" "2.51278868613434e-06" "1" "0.0215935243964194" "porphyrin biosynthesis" "TAIR-GO" "10" "0.000151541913032385" "1" "0.0936344417374806" "salicylic acid biosynthesis" "TAIR-GO" "10" "3.80459027083494e-13" "1" "0.00159993519249853" "sulfate assimilation" "TAIR-GO" "10" "1.05862558387743e-05" "1" "0.0382532121308376" "dissimilatory sulfate reduction" "AraCyc" "10" "1.55826400926653e-06" "1" "0.0157086322431542" "fatty acid oxidation pathway" "AraCyc" "10" "0.00215403281418336" "1" "0.102329135775197" "menaquinone biosynthesis" "AraCyc" "10" "3.90247173075222e-10" "1" "0.0259343732985608" "methionine biosynthesis II" "AraCyc" "10" "2.00022754585246e-05" "1" "0.0521441903716296" "mixed acid fermentation" "AraCyc" "10" "0.00880972207817176" "2" "0.0782376332751416" "octane oxidation" "AraCyc" "10" "0.000121584478750756" "1" "0.0318156969261242" "salicylic acid biosynthesis" "AraCyc" "10" "3.62425453287515e-07" "1" "0.0114343543791861" "aerobic respiration" "FunCat" "10" "6.24450724691464e-05" "1" "0.0652502973971784" "C-compound and carbohydrate utilization " "FunCat" "10" "5.07817493597973e-16" "3" "0" "degradation " "FunCat" "10" "0.000119727103833552" "1" "0.165977749694252" "degradation of lipids, fatty acids and isoprenoids" "FunCat" "10" "0" "1" "0" "intracellular signalling" "FunCat" "10" "0.0108666552493442" "4" "0.0183699422308757" "nitrogen and sulfur utilization " "FunCat" "10" "4.44790871438619e-06" "1" "0.0367535659930724" "nucleotide metabolism" "FunCat" "10" "0" "2" "0" "respiration" "FunCat" "10" "6.24450724691464e-05" "1" "0.0652502973971784" "Biosynthesis of Polyketides and Nonribosomal Peptides" "KEGG" "10" "7.27786125089292e-07" "1" "0.029697703449497" "Diterpenoid biosynthesis" "KEGG" "10" "0.00247477377879557" "1" "0.0818393124919618" "Methionine metabolism" "KEGG" "10" "0.00461132951013508" "1" "0.191840493253532" "Prostaglandin and leukotriene metabolism" "KEGG" "10" "0.00683005765059663" "4" "0.119802569312707" "Sulfur metabolism" "KEGG" "10" "0.0323754839584893" "1" "0.221771846770413" "Ubiquinone biosynthesis" "KEGG" "10" "2.30873908301269e-07" "1" "0.0700032475553517" "chlorophyll and phyochromobilin biosynthesis" "LitPath" "10" "0.00800494854991588" "1" "0.166807275473023" "giberelin catabolism" "LitPath" "10" "7.1206711440952e-10" "1" "0.00273697655323419" "phylloquinone biosynthesis" "LitPath" "10" "0.000531781848604557" "1" "0.307273266373332" "phylloquinone biosynthesis, salicylic acid biosynthesis" "LitPath" "10" "0" "1" "0" "phytochromobilin biosynthesis" "LitPath" "10" "0.000403978842082695" "1" "0.0485329871717539" "plastochinone and phylloquinone biosynthesis" "LitPath" "10" "6.29513296480696e-07" "1" "0.111261145767621" "arabinose biosynthesis" "TAIR-GO" "9" "0" "1" "0" "calcium ion transport" "TAIR-GO" "9" "4.00634513986371e-11" "1" "0.00159993519249853" "cell wall biosynthesis (sensu Magnoliophyta)" "TAIR-GO" "9" "0.00321374285101514" "1" "0.161733185755955" "metal ion transport" "TAIR-GO" "9" "0" "1" "0" "N-terminal protein myristoylation" "TAIR-GO" "9" "0.000410745679656413" "1" "0.0695121532809541" "nucleotide metabolism" "TAIR-GO" "9" "2.95852269832625e-10" "1" "0.00467416048843655" "phosphorylation" "TAIR-GO" "9" "0" "1" "0" "protein amino acid phosphorylation" "TAIR-GO" "9" "8.47403690254589e-07" "1" "0.0147790676338107" "asparagine degradation I" "AraCyc" "9" "0.000241379930747753" "1" "0.067637247234123" "Membrane Transport" "KEGG" "9" "0.00080598743774459" "1" "0.221771846770413" "Other ion-coupled transporters" "KEGG" "9" "2.32307827875971e-05" "1" "0.0818393124919618" "Phytic acid biosynthesis" "BioPath" "8" "0.0103604764838433" "1" "0.154507776693041" "response to ethylene stimulus" "TAIR-GO" "8" "3.87220507028615e-05" "2" "0.0165730471874476" "suberin biosynthesis" "AraCyc" "8" "0.0146902235363419" "2" "0.0138495332516924" "trehalose biosynthesis III" "AraCyc" "8" "0.0235329866731262" "2" "0.0630336096790362" "biosynthesis of phenylpropanoids" "FunCat" "8" "0.0254881312011679" "2" "0.0694524885732039" "biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine" "FunCat" "8" "0.0254881312011679" "2" "0.0694524885732039" "transport " "FunCat" "8" "1.06479156321285e-10" "3" "0" "MUTANT DATA SET" "quantDE" "1.27" "maxDE" "5.561194146" "MUTANT DATA SET" "Phenylpropanoid Metabolism" "BioPath" "78" "8.83415958185447e-22" "12" "0.000162011159819921" "Aromatic amino acid (Phe, Tyr, Trp) metabolism" "BioPath" "52" "1.01142790207201e-28" "8" "4.14878899428851e-06" "Shikimate pathway" "LitPath" "52" "1.12734622732804e-19" "8" "4.6898166661485e-05" "Biosynthesis of Amino Acids and Derivatives" "BioPath" "48" "4.24185328686288e-06" "7" "0.0436974832982774" "tryptophan biosynthesis" "TAIR-GO" "48" "2.83839731876924e-47" "7" "3.3179652561453e-09" "tryptophan biosynthesis" "AraCyc" "48" "1.99178279992347e-43" "7" "7.08343165597804e-08" "Trp biosyntesis" "LitPath" "48" "2.53339935067835e-33" "7" "2.31589363073547e-07" "Phenylpropanoid pathway" "LitPath" "46" "5.92342241741937e-09" "8" "0.00922536979881373" "response to pathogenic bacteria" "TAIR-GO" "38" "1.55815940889994e-64" "6" "0" "Methionin/SAM/ethylene metabolism from cysteine and aspartate" "BioPath" "36" "6.28355509137149e-23" "5" "5.88002694941641e-05" "lignin biosynthesis" "AraCyc" "30" "1.03600111684792e-13" "5" "0.000469443205162821" "core phenylpropanoid metabolism" "BioPath" "26" "1.88177103169421e-09" "4" "0.00405578930629665" "Propanoate metabolism" "KEGG" "26" "1.29728189804452e-15" "4" "0.00122692805252708" "biosynthesis of proto- and siroheme" "AraCyc" "24" "4.17114926113756e-11" "3" "0.0144611546193513" "biogenesis of chloroplast" "FunCat" "24" "1.80907372101267e-07" "3" "0.048763887961704" "secondary metabolism" "FunCat" "22" "9.46127799238072e-10" "4" "0.0110091515288841" "Phenylalanine, tyrosine and tryptophan biosynthesis" "KEGG" "22" "2.37463349933208e-07" "3" "0.0301486428874648" "Benzoate degradation via CoA ligation" "KEGG" "21" "5.04870481373599e-05" "7" "0.00295818652982454" "Inositol phosphate metabolism" "KEGG" "21" "0.000207754767689986" "7" "0.00504027685066923" "Nicotinate and nicotinamide metabolism" "KEGG" "21" "5.72758549836473e-06" "7" "0.00175276462916844" "Chlorophyll biosynthesis and breakdown" "BioPath" "20" "3.16774448740216e-06" "2" "0.0437179409955153" "ethylene biosynthesis" "TAIR-GO" "20" "4.84516180228498e-21" "3" "3.06530429730081e-05" "Porphyrin and chlorophyll metabolism" "KEGG" "20" "1.82852815533408e-08" "2" "0.0374621661722605" "Lipid signaling" "AcylLipid" "20" "0.00375860373809002" "8" "0.0376990658820818" "chlorophyll and phytochromobilin metabolism" "LitPath" "20" "0.0294359330799777" "2" "0.211973646058214" "fructose degradation (anaerobic)" "AraCyc" "18" "3.12029443643347e-05" "4" "0.0149246453277253" "sorbitol fermentation" "AraCyc" "18" "7.58256699674122e-05" "4" "0.0179722637264869" "Nucleotide sugars metabolism" "KEGG" "18" "3.47035903080542e-13" "5" "8.02398011392143e-06" "C-compound and carbohydrate utilization " "FunCat" "16" "0" "3" "0" "toxin catabolism" "TAIR-GO" "14" "3.47660561646193e-07" "7" "1.64515424253037e-05" "chlorophyll biosynthesis" "AraCyc" "14" "0.00235843202346509" "2" "0.119709831029861" "energy" "FunCat" "14" "1.40565700359738e-23" "3" "0" "metabolism of energy reserves (e.g. glycogen, trehalose)" "FunCat" "14" "0" "3" "0" "Stilbene, coumarine and lignin biosynthesis" "KEGG" "13" "0.0424421464963245" "3" "0.294535427788102" "acetate fermentation" "AraCyc" "12" "0.021609510105751" "3" "0.0726519873578801" "colanic acid building blocks biosynthesis" "AraCyc" "12" "0.00561647297929693" "2" "0.140775498284739" "flavonoid biosynthesis" "AraCyc" "12" "1.02351027151554e-05" "2" "0.0238817000141633" "glycolysis IV" "AraCyc" "12" "0.0148269175044413" "3" "0.060735247676817" "intracellular signalling" "FunCat" "12" "0.000195989730787808" "5" "0.00135701995905831" "Alanine and aspartate metabolism" "KEGG" "12" "0.000402259409008085" "2" "0.0531897177468394" "beta-Alanine metabolism" "KEGG" "12" "5.41872173044858e-06" "2" "0.0167873120224509" "Butanoate metabolism" "KEGG" "12" "4.73386965324918e-05" "2" "0.0306515392980914" "Glutamate metabolism" "KEGG" "12" "0.0209614785893604" "2" "0.115490899371055" "Taurine and hypotaurine metabolism" "KEGG" "12" "1.98659002760655e-13" "2" "0.000199453256833762" "response to auxin stimulus" "TAIR-GO" "11" "8.37931472500278e-09" "2" "0.00139254252600841" "gibberellic acid catabolism" "TAIR-GO" "10" "5.04388639117118e-09" "1" "0.00679069681663041" "lignin biosynthesis" "TAIR-GO" "10" "3.25832552987543e-06" "1" "0.0228080497192598" "methionine biosynthesis" "TAIR-GO" "10" "2.16718700159823e-10" "1" "0.00414603912907056" "phenylpropanoid metabolism" "TAIR-GO" "10" "6.3798953676091e-08" "1" "0.0100104122214929" "porphyrin biosynthesis" "TAIR-GO" "10" "5.11780717728313e-06" "1" "0.0461300282692736" "sulfate assimilation" "TAIR-GO" "10" "2.92107129178008e-07" "1" "0.0180490481207595" "dissimilatory sulfate reduction" "AraCyc" "10" "2.7822382794239e-07" "1" "0.0104437351046405" "methionine biosynthesis II" "AraCyc" "10" "3.85943491554608e-06" "1" "0.0354283197009991" "sulfate assimilation III" "AraCyc" "10" "0.027469618046532" "1" "0.178584229649692" "aerobic respiration" "FunCat" "10" "9.04422586175458e-06" "1" "0.044392771111439" "nitrogen and sulfur utilization " "FunCat" "10" "5.77586802969631e-07" "1" "0.0246536759919766" "respiration" "FunCat" "10" "9.04422586175458e-06" "1" "0.044392771111439" "Diterpenoid biosynthesis" "KEGG" "10" "0.000154427320368944" "1" "0.0419827784970535" "Ion channels" "KEGG" "10" "0.000630541949217126" "5" "0.00210163900942558" "Ligand-Receptor Interaction" "KEGG" "10" "0.000797618547040311" "5" "0.00258788473064375" "Methionine metabolism" "KEGG" "10" "0.000313810696122234" "1" "0.104832970312704" "Selenoamino acid metabolism" "KEGG" "10" "0.0114338344647627" "1" "0.201680362675830" "Sulfur metabolism" "KEGG" "10" "0.00314748272580429" "1" "0.123053189851724" "chlorophyll and phyochromobilin biosynthesis" "LitPath" "10" "0.00528528055043398" "1" "0.144786621585702" "giberelin catabolism" "LitPath" "10" "3.88086213004537e-10" "1" "0.00229384701604389" "phytochromobilin biosynthesis" "LitPath" "10" "0.000247932117754632" "1" "0.0412911881655008" "arabinose biosynthesis" "TAIR-GO" "9" "0" "1" "0" "auxin mediated signaling pathway" "TAIR-GO" "9" "6.65019339129099e-11" "1" "0.00210952796164534" "cell wall biosynthesis (sensu Magnoliophyta)" "TAIR-GO" "9" "0.000191492029026883" "1" "0.083089204341845" "Mo-molybdopterin cofactor biosynthesis" "TAIR-GO" "9" "1.94859169880835e-13" "1" "0.000715582828712424" "molybdenum ion binding" "TAIR-GO" "9" "0" "1" "0" "N-terminal protein myristoylation" "TAIR-GO" "9" "1.93969467227669e-05" "1" "0.0336643871990072" "nucleotide metabolism" "TAIR-GO" "9" "7.76999272229053e-12" "1" "0.00210952796164534" "IAA conjugate biosynthesis II" "AraCyc" "9" "0" "1" "0" "biosynthesis of vitamins, cofactors, and prosthetic groups" "FunCat" "9" "2.89260810072831e-06" "1" "0.0390388162437914" "Folate biosynthesis" "KEGG" "9" "1.86909800024048e-05" "1" "0.0710677148245091" "Galactose metabolism" "KEGG" "9" "0.0147287122720073" "1" "0.211921096808863" "mannitol degradation" "AraCyc" "8" "0.000623062220747128" "2" "0.0194155009008992" "sorbitol degradation" "AraCyc" "8" "0.00083563119401868" "2" "0.0215848692248401" "trehalose biosynthesis III" "AraCyc" "8" "0.0083451060518323" "2" "0.0372699428244850" "triacylglycerol degradation" "AraCyc" "8" "0.00347307138994725" "4" "0.00730784818814286" "indole phytoalexin biosynthesis" "TAIR-GO" "7" "0" "1" "0" "camalexin biosynthesis" "AraCyc" "7" "0" "1" "0" "riboflavin and FMN and FAD biosynthesis" "AraCyc" "7" "4.32241825276676e-08" "1" "0.0104437351046405" "Fluorene degradation" "KEGG" "7" "0.00342115183703565" "1" "0.0633012821566611" "gamma-Hexachlorocyclohexane degradation" "KEGG" "7" "0.00817605526923769" "1" "0.079125413757486" "Riboflavin metabolism" "KEGG" "7" "9.30803982658768e-07" "1" "0.029673226180667" "camalexin biosynthesis" "LitPath" "7" "0" "1" "0"