ProbesetID,TAIR,SYMBOL,GENENAME,beta_hypobaria,se_hypobaria_limma,t_hypobaria_limma,p_hypobaria_limma,fdr_hypobaria_limma,beta_hypoxia,se_hypoxia_limma,t_hypoxia_limma,p_hypoxia_limma,fdr_hypoxia_limma,beta_interaction,se_interaction_limma,p_interaction_limma,fdr_interaction_limma,pure_barosensory_effect,pure_hypoxia_effect,dlog2_75kPa_Air,dlog2_50kPa_Air,dlog2_50kPa_NormO2,dlog2_25kPa_Air,dlog2_25kPa_NormO2,dlog2_97kPa_5.1kPaO2,dlog2_10kPa_Air,dlog2_5kPa_Air,mechanistic_axis,hub_composite_score,curated_pathway
260869_at,AT1G43800,AAD6,,-0.31934206138060084,0.11623945504227179,-2.7472776886683485,0.008118440724777971,0.7419353806724407,1.4890500385575354,0.11098319423596889,13.41689657437292,5.985209501579976e-19,4.537985844097937e-15,-0.10969686127308415,0.054746721175167885,0.050151207085846514,0.3381665068126557,-0.541602419100475,2.9412994604250002,-0.5668974285714284,1.7531706623749714,-0.21824406378428357,1.9850812968333338,-0.8649607744166665,3.0325568495999997,3.361027932833334,4.271834041733333,Predominantly_Hypoxia,11.564989011046109,Unassigned_Discovery_Node
253298_at,AT4G33560,WIP5,,-0.36327672349733714,0.13490467500344672,-2.6928401368451884,0.00938219672102859,0.7697168013955463,1.4434930338578233,0.12880438697689173,11.206862341705758,8.562392373477757e-16,2.782288241816072e-12,-0.32499663621620767,0.04872146697075108,1.4387106322457025e-08,0.00014850268878216816,0.1385521237849805,3.54275562545,0.3569888379047622,2.4425336074100414,0.18540234623662696,3.1854833525000004,0.091701901333334,3.9917297997333336,3.8424576433333337,4.250281200933334,Predominantly_Hypoxia,10.631158988510453,Unassigned_Discovery_Node
258879_at,AT3G03270,HRU1,,-0.06804249753139133,0.06478110237289195,-1.0503448542713303,0.29817307403440974,0.9998181408520408,0.9683530851995698,0.0618517496047815,15.656033845236779,7.140437699653352e-22,1.6241639591631516e-17,-0.03873371637249403,0.03118526799601815,0.21960882977336982,0.6116214351730396,-0.048156185159761916,2.022392420249999,0.14010922352380956,0.7972883230086012,-0.049368253986191,1.8430934184999999,-0.04694411633333284,2.154747305666666,2.957294935416667,3.776561423266666,Pure_Hypoxia_pO2,10.423737955163816,Unassigned_Discovery_Node
263096_at,AT2G16060,AHB1,Encodes a class 1 nonsymbiotic hemoglobin induced by low oxygen levels with very high oxygen affinity.  It is not likely to be a hemoglobin transporter because of its extremely high affinity for oxygen.,0.0027521054145313133,0.0794148178841094,0.03465480986870083,0.9724810145566539,0.9998181408520408,1.1106836577511046,0.07582373949741078,14.648231083208868,1.3686388092833447e-20,1.556552917797948e-16,-0.03539904289701512,0.03847275988615123,0.3616274938618384,0.718328440780838,-0.1995910980749634,2.233293956075,-0.1274646971428574,1.064332609413193,-0.13107721406659334,1.9925682596666665,-0.26810498208333344,2.2059146703999994,3.736865875666667,4.369470639466666,Pure_Hypoxia_pO2,9.774328000688747,ERF_VII_Core_Hypoxia_Anaerobic
257153_at,AT3G27220,AT3G27220,,-0.11691181903699165,0.0525708200555325,-2.2238918646027086,0.030299363385913547,0.9998181408520408,0.6109533730154686,0.05019360707812643,12.17193600102337,3.320608771341901e-17,1.5106113422588576e-13,-0.07508996848700819,0.023536211377676572,0.002372209999184546,0.0653248046506679,-0.05642540250181678,1.313633644566667,-0.06798604766666637,0.6619049260281868,-0.03750578700363386,0.9724572360000003,-0.07534501799999971,1.5794650351333337,1.6975579655000002,1.9211885188000004,Pure_Hypoxia_pO2,8.567972979881523,ERF_VII_Core_Hypoxia_Anaerobic
250152_at,AT5G15120,PCO1,,-0.23302377055398715,0.08005611731307842,-2.910755334819605,0.005204616483663825,0.6805191235189297,0.75565127909991,0.07643603984812047,9.88606003923542,8.808612577513464e-14,2.0036070168812124e-10,-0.12735202207461924,0.0350164414436566,0.000618920003139939,0.032288886218855624,-0.3058657142048945,1.7119075653416669,-0.3639101019047622,1.0366946626057845,-0.03231490282645528,1.2097252168333334,-0.5794165255833337,1.6346733882666666,1.7397909319166664,1.6466682864666666,Predominantly_Hypoxia,8.416180966574075,ERF_VII_Core_Hypoxia_Anaerobic
253416_at,AT4G33070,AtPDC1,,0.018487542807281588,0.14371079049636132,0.12864408262892188,0.8981106137821485,0.9998181408520408,1.3677726130923191,0.13721229654476694,9.968294734036968,6.562280275527028e-14,1.6585069683015308e-10,-0.031063021936521364,0.07003918785806372,0.659177386336232,0.8750006337648808,0.20324689648473254,3.1423614162916667,0.6695946104761905,1.8627300490955965,0.28687591905279863,2.7803028961666665,0.11961787391666645,3.6240378103333333,3.591907294666666,6.568893561866666,Pure_Hypoxia_pO2,8.394077721109344,ERF_VII_Core_Hypoxia_Anaerobic
245226_at,AT3G29970,AT3G29970,,-0.1195286518347796,0.14764782241279142,-0.8095524192737723,0.42170140268112044,0.9998181408520408,1.3206100082688388,0.14097129883650575,9.367935311431317,5.722984770317993e-13,1.1834091962332096e-09,-0.0790840796076426,0.07127799077212138,0.27214625468261666,0.6541758898504778,-0.37002931039125353,2.830622915983333,-0.6386946800952388,0.6986921726306439,-0.23676455628250664,2.4315170423333328,-0.5032940645000004,2.726434725133333,3.68725970675,4.4875239879999995,Pure_Hypoxia_pO2,8.289396091727133,Unassigned_Discovery_Node
245951_at,AT5G19550,AAT2,Nitrogen metabolism. Major cytosolic isoenzyme controlling aspartate biosynthesis in the light.,0.03975452090762074,0.0690367520382057,0.57584575945317,0.5670786267236394,0.9998181408520408,0.782268780402686,0.06591496199023181,11.867848463883108,9.128014646853412e-17,3.460430352622128e-13,-0.030826881601508812,0.0334441506029042,0.3607813802753611,0.7181381117287277,0.17847844485249903,1.711284379266667,0.25027863023809527,0.8708341225923477,0.08485302570499807,1.6338742826666668,0.272103864,2.060798339866667,2.4487508397499997,3.7511723338000005,Pure_Hypoxia_pO2,8.111609935787305,ERF_VII_Core_Hypoxia_Anaerobic
265948_at,AT2G19590,ACO1,encodes a protein whose sequence is similar to 1-aminocyclopropane-1-carboxylate oxidase,-0.22932066103481394,0.08973089243462008,-2.5556489500191035,0.013406072353493052,0.857899336259965,0.7806230667418359,0.0856733289089897,9.111622913253289,1.4587311805473923e-12,2.3700213880522132e-09,-0.155960659625814,0.03830110032752759,0.00015412515376255636,0.014486490692078954,-0.2088993044778628,1.8982183356916664,-0.2582779043809525,0.5656027217272389,-0.11491602220572537,1.6703258264999998,-0.30288258675000024,1.823228258133333,2.1412233922499997,1.7557524882,Pure_Hypoxia_pO2,7.940753571805725,Ethylene_Auxin_Root_Remodeling
255807_at,AT4G10270,WIP4,,-0.45145325427102256,0.18071417701148704,-2.498161803001909,0.0155165045277904,0.8899025545385466,1.0741712510934294,0.17254241772869164,6.225548854789277,7.045137150779477e-08,4.296941106355487e-05,-0.20689721723467272,0.08360027510883887,0.01651555737480001,0.19040185912174407,-0.6726243958083384,2.7542278830416667,-0.7068498260952377,1.4819006733279323,-0.1571627823666773,1.4934076965,-1.1880860092499996,2.826962060333334,1.5561910935000007,2.015344608600001,Predominantly_Hypoxia,7.788707607745598,Unassigned_Discovery_Node
254667_at,AT4G18280,GRPL1,,0.24531709565188664,0.05039043600455445,4.868326513978051,9.955126835782054e-06,0.053465898172390953,0.44395410696820303,0.0481118183554358,9.227547869598322,9.546749942301942e-13,1.809586451563333e-09,0.09132695891361176,0.0212172562327848,7.130855357663412e-05,0.009541084468553646,0.014026846082107663,0.7089569832166667,0.003862094809523978,0.2894947040187357,-0.08238073333578472,0.8385244046666668,0.11043442550000004,0.6898239872666666,1.7754457097500003,3.0294497981999995,Predominantly_Hypoxia,7.770921021086961,Unassigned_Discovery_Node
263250_at,AT2G31390,FRK1,,-0.04840404816054201,0.038360222813202054,-1.2618291712289864,0.21235871109311275,0.9998181408520408,0.45037778960830827,0.03662560236422667,12.296802251318216,2.1997853475906637e-17,1.250907937907431e-13,0.0015906781251189188,0.018728232335936963,0.9326287728697991,0.9791431063641127,-0.05089360516083549,0.8290804897999999,0.019629113238095717,0.21878405898753073,-0.04688035182167156,0.6536656638333337,-0.054906858499999434,0.9495884572666669,1.4427772457500012,1.6468291056000006,Pure_Hypoxia_pO2,7.659289806234437,Unassigned_Discovery_Node
264846_at,AT2G17850,AT2G17850,,-0.10245832141315579,0.14021366455947304,-0.7307299308884196,0.46805929749972297,0.9998181408520408,1.121457999057296,0.13387330801475214,8.37700969437251,2.1991576450943313e-11,2.9424729291362152e-08,-0.14974863750869172,0.0653421627516906,0.02586305384500684,0.24169310713168676,0.11540434942849084,2.894077036066667,0.02903460990476184,1.0262460446862367,0.1602699623569816,2.7062682455000004,0.07053873650000009,3.1524245631333336,3.0225052805000003,4.367403208,Pure_Hypoxia_pO2,7.5633511981256225,Unassigned_Discovery_Node
247024_at,AT5G66985,AT5G66985,,-0.1268837062823268,0.10408226188594503,-1.2190713766517485,0.22804261688152624,0.9998181408520408,0.8783259976604633,0.09937574021837964,8.83843477019974,3.9805486860238365e-12,6.036104027486545e-09,-0.1024257419099727,0.0488606760334281,0.040779112218289594,0.3044180132974122,0.1625273527090627,2.2247095899083336,0.34159583747619077,0.9718485244445279,0.19918205900145855,1.847872884500001,0.12587264641666684,2.727418941733333,2.3774561196666673,3.5081910508666674,Pure_Hypoxia_pO2,7.41599001604314,Unassigned_Discovery_Node
253874_at,AT4G27450,AT4G27450,,-0.22918407211482184,0.13653177350823867,-1.678613455504497,0.09892603056806189,0.9998181408520408,1.0212315119420308,0.13035790931001615,7.834058687711431,1.6726057432885962e-10,1.7293222834928368e-07,-0.19182613907105506,0.061313427178562446,0.00283564625024369,0.07279865644248643,-0.3210039039512138,2.3219592157833335,-0.8904457619523807,1.3336828385786212,-0.17472629356909447,1.7977713125,-0.4672815143333331,2.378865604733334,2.047596516666667,2.614319449466667,Pure_Hypoxia_pO2,7.399299191342511,Unassigned_Discovery_Node
245401_at,AT4G17670,AT4G17670,,-0.1520815614217695,0.05765196062891567,-2.6379252286086543,0.010837466830828207,0.8082262968328472,0.502165938145519,0.05504498229311665,9.122828589015908,1.4000840265882485e-12,2.3700213880522132e-09,-0.03609643886321615,0.02771487362081637,0.19832473691652514,0.5921812269348514,-0.24268006330747752,1.0561384524750006,0.17056278904761918,0.4631221432070523,-0.2510849750316216,0.7817726858333338,-0.23427515158333345,1.096229067533334,1.0596599979166663,1.4061764902666671,Pure_Hypoxia_pO2,7.179195424594759,Unassigned_Discovery_Node
258487_at,AT3G02550,LBD41,,-0.3249034985265332,0.11847827940667253,-2.742304329144698,0.00822704207274848,0.7437969208569095,0.7355416128476336,0.11312078064502551,6.502267829602174,2.5017200668997444e-08,1.8356169239258575e-05,-0.04228873062670399,0.0575591090460977,0.46571454925500205,0.7767861275492438,-0.6156059912508268,1.5030474508666662,-0.7012476338095234,0.6319255841062367,-0.24113135000165473,0.5428315185000004,-0.9900806324999989,1.4731827507333335,0.7459119780000008,1.3402262074000006,Predominantly_Hypoxia,6.74093952149093,ERF_VII_Core_Hypoxia_Anaerobic
253915_at,AT4G27280,CMI1,,0.7256323237421419,0.1372005278299233,5.288844986381183,2.2159916784243048e-06,0.05040494671743924,-0.41668984294056594,0.13099642306382442,-3.1809253504391126,0.0024181515929955232,0.11179527669568327,0.11324501386948876,0.06518366664358415,0.08805699879811153,0.43577370727518117,1.2483247678229654,-0.9575185836833331,0.4522230921904766,0.20721901620764685,0.8849654338125972,0.19457651333333384,1.6116841018333339,-0.49792957886666633,0.4264345785833339,2.187166092133334,Predominantly_Barosensory,6.440728519916447,Unassigned_Discovery_Node
264953_at,AT1G77120,ADH,Catalyzes the reduction of acetaldehyde using NADH as reductant. Requires zinc for activity. Dimer. Anaerobic response polypeptide (ANP). Fermentation. The protein undergoes thiolation following treatment with the oxidant tert-butylhydroperoxide.,0.19812974319862003,0.09208461615492994,2.1516052460410102,0.03585532345566184,0.9998181408520408,0.715788031479069,0.08792061901142487,8.141298816220297,5.2956500670410344e-11,6.691936468050854e-08,0.19120561055057964,0.036624922408528666,2.9480204377763755e-06,0.0017193762276323445,-0.1539881959219419,1.1134909516583331,-0.0057726380952384405,0.2859556715118989,-0.08716610376055023,0.8569554154999998,-0.22081028808333358,1.149216199733333,1.9210799731666666,4.313383939066666,Pure_Hypoxia_pO2,6.4139311787109285,ERF_VII_Core_Hypoxia_Anaerobic
250464_at,AT5G10040,AT5G10040,,-0.05170235475999148,0.1786679160222949,-0.28937682775423346,0.7733858557221751,0.9998181408520408,1.1030021296801271,0.17058868712372272,6.46585742746325,2.867588070921881e-08,2.0383174456621595e-05,-0.13399585510642056,0.08529933211187656,0.12207599466288045,0.49497347864937824,0.12053188150692817,2.8931239283250005,0.18451783571428595,1.2616869233777115,0.08491181943052305,2.693638161833334,0.15615194358333329,3.2487616384000004,2.702079481333334,4.762562769733334,Pure_Hypoxia_pO2,6.391272937440671,Unassigned_Discovery_Node
247403_at,AT5G62740,ATHIR1,,-0.023253164585355025,0.028420174260695437,-0.8181921888323433,0.41679373179697504,0.9998181408520408,0.28640635431792755,0.02713503533759513,10.554854664998958,8.217637282045596e-15,2.3364797202176142e-11,-0.011005495865918067,0.013794808992213577,0.42849674369368873,0.7580762955632452,-0.024051628156403937,0.5823508711666665,0.03707827976190498,0.24360540785261206,-0.03221758447947476,0.5030601671666667,-0.015885671833333115,0.6457559033333331,0.8382522539166668,1.0969437690666664,Pure_Hypoxia_pO2,6.292925926238722,Unassigned_Discovery_Node
245998_at,AT5G20830,ASUS1,Encodes a protein with sucrose synthase activity (SUS1).,-0.008453872161930127,0.09306928770726236,-0.09083417709739769,0.927955814255374,0.9998181408520408,0.7144374613317039,0.08886076445611403,8.039965283942,7.734453849538738e-11,8.796394363080406e-08,-0.04457680701025983,0.04503279708429052,0.3266701861405503,0.6959006621576608,0.2742297301727658,1.7401360038833338,0.6255850635714285,0.9555837607965812,0.10877730417886501,1.7937556313333334,0.4396821561666666,2.1261985326000006,2.0193628191666666,3.6438694278666666,Pure_Hypoxia_pO2,6.079765464575798,ERF_VII_Core_Hypoxia_Anaerobic
247543_at,AT5G61600,ERF104,"encodes a member of the ERF (ethylene response factor) subfamily B-3 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 18 members in this subfamily including ATERF-1, ATERF-2, AND ATERF-5.",0.4968653471558421,0.13056878974022834,3.8053913813888824,0.00035906877606051575,0.2527126810718109,-0.4808140025766769,0.12466456718697923,-3.8568617645423164,0.0003045350605659569,0.02935150206624261,0.08423685750145654,0.06270679997014632,0.18480386253956413,0.577869563438092,1.0011133717335168,-1.1817291484916668,0.37581668476190505,-0.03528782848783201,0.7055754152170329,-0.21216905666666644,1.2966513282500007,-0.8546379120666663,-0.31115761224999927,0.6697713282000004,Additive_Dual_Associated_Hub,6.013969093190783,Unassigned_Discovery_Node
262590_at,AT1G15100,RHA2A,Encodes a putative RING-H2 finger protein RHA2a.,-0.13006555394415073,0.05427313013150228,-2.3964999554845194,0.019994935313783973,0.9615052690560575,0.3786984009333101,0.051818939971699396,7.308107829688025,1.2076821290433552e-09,1.0565360656623137e-06,0.03271803334760886,0.026120587832651955,0.21578148826761342,0.6083497436954802,-0.4527450776760463,0.6513025525416669,-0.44811210923809497,0.11499542476298687,-0.27022086260209277,0.1358206710000006,-0.6352692927499999,0.5315151413333334,0.4152318570000002,0.8675468738000005,Predominantly_Hypoxia,5.956351522803986,Unassigned_Discovery_Node
252882_at,AT4G39675,AT4G39675,,-0.11338372779916911,0.1313838865288722,-0.8629956899185847,0.39190393926434386,0.9998181408520408,0.7803196658970876,0.12544280591136314,6.220521457790533,7.178570387826805e-08,4.296941106355487e-05,-0.17399626245693506,0.05959763685757831,0.005111951718047653,0.10142463029363234,0.05848118854291943,2.2654676406416665,0.014253798952381278,0.7931498265247157,0.015046840002505077,2.0879092655,0.10191553708333378,2.544941552866667,2.226009924833334,2.8434172077333337,Pure_Hypoxia_pO2,5.865707403039146,Unassigned_Discovery_Node
254200_at,AT4G24110,AT4G24110,,-0.12361363908960152,0.06985920101437858,-1.7694682632307672,0.08238397947825271,0.9998181408520408,0.5111725782483424,0.06670022044174961,7.663731466896091,3.170005359212277e-10,3.004372579193435e-07,0.03405741418651179,0.03379119179638717,0.3180279224154224,0.6897276051927153,-0.11930961648662344,0.9769462770749997,-0.2089035005714289,0.3229486605610632,0.10476108661008683,0.36597287616666624,-0.3433803195833337,1.2445393583999995,0.6697569779166663,1.8061152136666663,Pure_Hypoxia_pO2,5.812855758625053,ERF_VII_Core_Hypoxia_Anaerobic
248138_at,AT5G54960,PDC2,pyruvate decarboxylase-2,-0.073354906631805,0.07099287656754569,-1.0332713671914953,0.30601892082119353,0.9998181408520408,0.5245340082629487,0.06778263203832806,7.738472120208435,2.394205743881865e-10,2.367765384797257e-07,-0.014658524417986825,0.03460477195977534,0.6735488186677268,0.8829265461858063,-0.06739781224830753,1.274250529475,0.3078636452380952,0.49212392641530656,-0.09697475757994864,0.9714838881666666,-0.03782086691666642,1.539196303866667,1.2976161978333336,2.2822844497333334,Pure_Hypoxia_pO2,5.727520085423273,ERF_VII_Core_Hypoxia_Anaerobic
253393_at,AT4G32690,AHb3,"Encodes a hemoglobin (Hb) with a central domain similar to the 'truncated Hbs of bacteria, protozoa and fungi.  The 3D structure of these types of Hbs is a 2-on-2 arrangement of alpha-helices as opposed to the 3-on-3 arrangement of the standard globin fold.  This type of Hb is not found in animals or yeast.",-0.046864488571330506,0.047434485709630644,-0.9879834864914661,0.3275063482546478,0.9998181408520408,0.36175782257880257,0.045289533911534244,7.987669364967142,9.406344023667292e-11,1.018841434106363e-07,-0.09503053660203016,0.0191937192797596,7.681871112468937e-06,0.0025259848752319384,0.08481734161807686,1.0496713820083334,0.3056921371428568,0.515904394728948,0.055775536819487215,1.0639297308333333,0.1138591464166665,1.1492721795999998,1.4747502016666667,1.2933720316666668,Pure_Hypoxia_pO2,5.622315149355715,Unassigned_Discovery_Node
252746_at,AT3G43190,ATSUS4,Encodes a protein with sucrose synthase activity (SUS4).,-0.1547954414149929,0.12915933903005086,-1.1984843107549306,0.2358897915104568,0.9998181408520408,0.7414306566698798,0.12331885077875308,6.012305920690779,1.5585421296421934e-07,8.646487629473495e-05,-0.14564109084389176,0.05985234207820233,0.018316335209664292,0.20089766619385346,-0.0595835559905573,1.8355451482833336,-0.015516115714285381,0.9763130180384505,-0.09685437114778159,1.5723038623333336,-0.02231274083333301,2.0764736934000005,1.6804304151666667,2.3009469738666666,Pure_Hypoxia_pO2,5.5005238199967454,ERF_VII_Core_Hypoxia_Anaerobic
247151_at,AT5G65640,bHLH093,,-0.04513872886183491,0.04537908999037165,-0.9947032624808533,0.3242559393329376,0.9998181408520408,0.3519906125397943,0.043327081642127584,8.124032341877106,5.6485044484979236e-11,6.762151693975461e-08,-0.04645086225313442,0.02123140939929826,0.033048833729841354,0.2736309919492228,-0.11363356046291374,0.7819603050583332,-0.17020675804761876,0.28259422740346885,-0.12802363334249448,0.6831654076666668,-0.09924348758333301,0.7815117148666667,1.0315225954166667,1.087636848866667,Pure_Hypoxia_pO2,5.454961667700226,Unassigned_Discovery_Node
247925_at,AT5G57560,AtXTH22,"Encodes a cell wall-modifying enzyme, rapidly upregulated in response to environmental stimuli",0.8010354821224045,0.16158387895755158,4.957397280534639,7.264626070831022e-06,0.053465898172390953,-0.25748494807071376,0.15427717737686966,-1.6689762701694189,0.10083048049483131,0.6645871078920408,0.22191912885928827,0.07285694585417309,0.0035893244961700257,0.08192346756892951,1.2500739082337193,-0.8294543158416665,0.4550031793333332,0.35139486901852124,1.0157795795507727,0.15923663749999983,1.4843682369166662,-0.33377703226666655,0.7010478204166666,3.5468655218666663,Predominantly_Barosensory,5.392714999427415,Cell_Wall_Mechanosensing_Expansion
253300_at,AT4G33580,ATBCA5,,-0.027595261897362704,0.04743382160266958,-0.5817634119492838,0.5631135089850448,0.9998181408520408,-0.39070195570092986,0.0452888998349909,-8.626881136977135,8.697884586816064e-12,1.2365130175732387e-08,-0.024953126780905235,0.02290827809295963,0.2808970745616309,0.6605483786955594,0.03334847990175746,-0.6941147769,-0.020996757000000317,-0.08220338067637467,0.0545514648035152,-0.6104149460000002,0.012145494999999729,-0.7656691128000002,-1.4541035725000002,-1.7224561556000002,Pure_Hypoxia_pO2,5.331785531264967,Unassigned_Discovery_Node
261648_at,AT1G27730,STZ,"Related to Cys2/His2-type zinc-finger proteins found in higher plants. Compensated for a subset of calcineurin deficiency in yeast. Salt tolerance produced by ZAT10 appeared to be partially dependent on ENA1/PMR2, a P-type ATPase required for Li+ and Na+ efflux in yeast. The protein is localized to the nucleus, acts as a transcriptional repressor and is responsive to chitin oligomers. Also involved in response to photooxidative stress.",0.6151881686115499,0.12965809354495755,4.744695466297598,1.5367768438289417e-05,0.053465898172390953,-0.2559719839021855,0.12379505198929579,-2.0677077135871205,0.0434055682642224,0.4732996432109313,0.1862242563685889,0.05798746509302433,0.002231279613324101,0.06372208206551372,0.9204810612997821,-0.9934461191083335,0.5774784239047622,0.18421737731592122,0.7378199233495639,-0.06755009749999985,1.1031421992500003,-0.8161999414666667,0.6566545082500008,2.1516218572000008,Predominantly_Barosensory,5.3201287703504745,ROS_Redox_Calcium_HeatShock
261567_at,AT1G33055,AT1G33055,,-0.17720789438987708,0.16100529456505452,-1.1006339565949854,0.27587087122326803,0.9998181408520408,0.8054250012053422,0.1537247561358113,5.239396837902757,2.6490670695808415e-06,0.0009877980256505871,-0.16789731484723094,0.07520215851014682,0.029761197901964683,0.2603646951838802,-0.1294893618223607,2.0034281539833336,-0.2858717576190472,1.3652613303589503,0.08064153618861145,1.5221827346666672,-0.3396202598333329,2.145053313466667,1.9051024519166673,2.2614252428666672,Pure_Hypoxia_pO2,5.3029329130545655,Unassigned_Discovery_Node
254926_at,AT4G11280,ACS6,"encodes a a member of the 1-aminocyclopropane-1-carboxylate (ACC) synthase (S-adenosyl-L-methionine methylthioadenosine-lyase, EC 4.4.1.14) gene family",0.5551623056809493,0.11443864097708678,4.8511787709197405,1.0575413853883187e-05,0.053465898172390953,-0.23790151732777698,0.10926381162955,-2.1773129985100885,0.0337846533363637,0.42692540266051593,0.15353627249807325,0.05180261711068533,0.004519961104310539,0.09416724381250524,0.8650593168683723,-0.6701895550166669,0.49652666961904707,0.04451581979798844,0.6125697217367454,0.12587010483333275,1.1175489119999993,-0.3487003028666672,0.18435247174999914,2.213299213399999,Predominantly_Barosensory,5.0494947565999535,Ethylene_Auxin_Root_Remodeling
248164_at,AT5G54490,PBP1,"Encodes a PINOID (PID)-binding protein containing putative EF-hand calcium-binding motifs.  The interaction is dependent on the presence of calcium. mRNA expression is up-regulated by auxin. Not a phosphorylation target of PID, likely acts upstream of PID to regulate the activity of this protein in response to changes in calcium levels.",0.46770418288023125,0.1197014932849297,3.907254371229425,0.0002589150764986944,0.21999310318771204,-0.32256555100612005,0.114288681710919,-2.8223752884123305,0.0066310800769000915,0.18515378802638513,0.0887429240484183,0.05717759427362704,0.12651622221440711,0.5029208501196369,0.8707929824351593,-0.7850552614250002,0.6283422955238089,0.1698865760574516,0.4619868751203193,0.14660120283333278,1.2795990897499994,-0.43711263593333366,0.1305362157499994,1.4732041035999994,Predominantly_Barosensory,5.020663073681037,Unassigned_Discovery_Node
247851_at,AT5G58070,ATTIL,Encodes a temperature-induced lipocalin TIL1.  Involved in thermotolerance.  Peripherally associated with plasma membrane.,0.039367622593757784,0.06654141839998247,0.5916258405722256,0.5565358857122974,0.9998181408520408,0.45993672618554,0.0635324654639554,7.239396784412233,1.5642070457756722e-09,1.3177575356745717e-06,0.015089738104373477,0.03242378790936777,0.6435313717442175,0.867936332576597,-0.07267322844695928,0.9922725675583334,-0.03958129328571428,0.45738233994390115,-0.035029781477251457,0.8799314904999994,-0.11031667541666712,0.9942969692000002,1.0774171740833332,2.2209254735333332,Pure_Hypoxia_pO2,4.9804571084975215,Unassigned_Discovery_Node
259879_at,AT1G76650,CML38,,0.10394651235001312,0.1262589157301708,0.8232805719016172,0.41391962866658755,0.9998181408520408,0.6560922844451168,0.1205495824409064,5.44250980518107,1.268991386586895e-06,0.0005446127939491607,0.04529840485815505,0.06133591125651492,0.4634046706357344,0.7760143295502036,0.35551419445138177,1.4301206678499998,0.3022378404285713,0.7118071437526289,0.32801890673609707,1.2800664376666664,0.3830094821666665,1.9631843802,1.6710300531666662,3.987183816266666,Pure_Hypoxia_pO2,4.918530050842725,ROS_Redox_Calcium_HeatShock
254120_at,AT4G24570,DIC2,"Encodes one of the mitochondrial dicarboxylate carriers (DIC): DIC1 (AT2G22500), DIC2 (AT4G24570), DIC3 (AT5G09470).",0.5158206471390865,0.1091649202015693,4.725150223960602,1.6453938591696857e-05,0.053465898172390953,-0.2309195954022747,0.10422856454444733,-2.2155116153768106,0.030901974697039508,0.4065334392474613,0.14396837868105006,0.049551434654596535,0.005314491448879319,0.10344946042699846,0.734086171631976,-0.6768513186833334,0.40909978952380943,0.11329711325401644,0.5247310404306189,-0.036155321000000296,0.943441302833333,-0.3741060135333333,0.2013452883333331,1.9404050123333327,Predominantly_Barosensory,4.881268409984015,Unassigned_Discovery_Node
248820_at,AT5G47060,AT5G47060,,-0.09709566060810426,0.07610647637437527,-1.2757870976772216,0.20741618382253865,0.9998181408520408,0.4477513491966995,0.07266499870462045,6.161857251477924,8.934265416202405e-08,5.210738491203587e-05,-0.037243184724077234,0.03681039314919588,0.3161863588940325,0.688359008365588,-0.19908322381176605,0.9359437476416672,-0.12310482276190449,0.279663054779726,-0.2530881955401985,0.7076687543333336,-0.14507825208333358,1.0191404888666673,1.1414337581666667,1.3523172880666667,Pure_Hypoxia_pO2,4.853849146031006,Unassigned_Discovery_Node
249015_at,AT5G44730,AT5G44730,,-0.04484592870763743,0.07626339983083187,-0.5880399878200429,0.5589229673937902,0.9998181408520408,0.4844484223337685,0.07281482620029969,6.653156336611219,1.4200235644111648e-08,1.113788137796426e-05,-0.05832550364537442,0.03637617740579449,0.11470660099002054,0.481562291076136,-0.004011707791665967,1.2284858974999997,0.17081102766666653,0.6138045623052577,0.004997103916668226,1.0281637998333333,-0.01302051950000016,1.4157874756666662,1.2780954479999995,1.9321861169999999,Pure_Hypoxia_pO2,4.8530957675072965,Unassigned_Discovery_Node
245035_at,AT2G26400,ARD,Encodes a protein predicted to belong to the acireductone dioxygenase (ARD/ARD)family.,0.02369685471772862,0.08075117144015935,0.29345524399344686,0.7702835428657258,0.9998181408520408,0.5779605090443224,0.07709966414988859,7.496277907523901,5.948895366829048e-10,5.412542960555742e-07,0.09555181888187038,0.037210909299229364,0.01304708574131068,0.1690917438003902,-0.12337084483078839,0.812623835991667,0.33256648185714305,0.4335211385777582,-0.12137481457824378,0.7905794695000002,-0.125366875083333,0.7093013274000007,1.898483003166667,2.6820799288666666,Pure_Hypoxia_pO2,4.830861256581129,Unassigned_Discovery_Node
245731_at,AT1G73500,ATMKK9,"member of MAP Kinase Kinase family. Autophosphorylates and also phosphorylates MPK3 and MPK6. Independently involved in ethylene and calmalexin biosynthesis. Induces transcription of ACS2, ACS6, ERF1, ERF2, ERF5, ERF6, CYP79B2, CYP79B3, CYP71A13 and PAD3.",0.18811712675239178,0.06099391323249441,3.084195074274603,0.0031958500000486513,0.5674277214666109,-0.2547371987208199,0.05823581431134574,-4.374236056165029,5.508611435039861e-05,0.009788974664173179,0.00724046869002052,0.02976407584530619,0.8087282984167169,0.9379762070036491,0.6052008048269466,-0.4833227078333334,0.4374761428095235,0.11099719210754991,0.4742468688205601,0.0018943624999998576,0.7361547408333331,-0.2323850373333336,-0.17276690916666682,0.14900142693333313,Predominantly_Hypoxia,4.817739077880096,Unassigned_Discovery_Node
260856_at,AT1G21910,DREB26,"encodes a member of the DREB subfamily A-5 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 15 members in this subfamily including RAP2.1, RAP2.9 and RAP2.10.",0.42945626247469926,0.10268299611091869,4.182350328099099,0.00010499465405315113,0.17675433009587208,-0.23076264101648633,0.09803974819019076,-2.353766153793273,0.02220122576869138,0.3512813647524815,0.044837132000414975,0.049760917179361465,0.371580229584343,0.723780908372759,1.0856193284656046,-0.44415652304166653,0.7948365125238096,0.33826468335710264,0.773537201347876,0.48809477483333347,1.3977014555833334,0.021293634666666783,0.6903323515833335,1.7448731257333336,Pure_Barosensory_Ptotal,4.797834092453456,Unassigned_Discovery_Node
246253_at,AT4G37260,ATMYB73,Member of the R2R3 factor gene family.,0.34576219536487046,0.1130360843670841,3.058865647203503,0.003435192810980693,0.5874954562298259,-0.367758268813021,0.10792467757546946,-3.4075456797714807,0.0012355132499133642,0.07434651953050102,0.06600634332700162,0.05445101458522152,0.23073083991230722,0.6196689940628021,0.7948818469851769,-0.7626131170666665,0.506041614761905,0.1022503828436613,0.4857112003036874,-0.15831130999999976,1.1040524936666665,-0.26286243046666674,-0.5620341735833334,0.8232000986666665,Additive_Dual_Associated_Hub,4.790700627539335,Unassigned_Discovery_Node
260668_at,AT1G19530,AT1G19530,,-0.0923354708859055,0.09004489095862464,-1.025438199801179,0.3096651842543375,0.9998181408520408,0.5071094397685457,0.0859731286556999,5.898464412053533,2.3771162145594109e-07,0.000122886103219019,-0.10096438997916535,0.04175249830984941,0.019017780977070874,0.20472240705369338,-0.11562269808776324,1.2115924984750004,-0.12654211828571427,0.7791904691695422,-0.22882718909219285,1.129178694666667,-0.0024182070833336233,1.2915880952000003,0.9370134836666661,1.6268858276666662,Pure_Hypoxia_pO2,4.78916650249012,Unassigned_Discovery_Node
249134_at,AT5G43150,AT5G43150,,0.033783555591639286,0.07427974071102227,0.4548152062494504,0.651040230161226,0.9998181408520408,0.48199970629095895,0.07092086665522337,6.796303105462112,8.291369047760728e-09,6.735552870013054e-06,-0.005657477870722617,0.03625908735707427,0.876594420903822,0.9609838531956199,0.06793040491447197,0.9999245834166665,0.10045304323809542,0.2827641001187156,0.008126611328943274,1.1706783216666667,0.12773419850000067,0.9569050436666668,1.6652560247500003,2.2048010546,Pure_Hypoxia_pO2,4.693414144186919,Unassigned_Discovery_Node
246854_at,AT5G26200,AT5G26200,,-0.1305127624995393,0.062225465038581465,-2.0974172297244844,0.04058715303860565,0.9998181408520408,0.31313819813485627,0.05941167627023836,5.27065078437653,2.366549792619476e-06,0.0009280955445331484,-0.04796065595070814,0.029669234594746907,0.1118377039550116,0.4782374833082856,-0.07347197068133429,0.9153149701416666,0.0802417939523808,0.282702383846673,0.04389689088733157,0.6305319401666667,-0.19084083225000015,1.0092571678666664,0.4566957300000001,0.881258731,Pure_Hypoxia_pO2,4.672820947873508,Unassigned_Discovery_Node
260408_at,AT1G69880,ATH8,,0.08951879166218721,0.10014333895761027,0.8939066002191086,0.3752840030122959,0.9998181408520408,0.5460103498736681,0.09561493242487343,5.710513368847272,4.7572132073661955e-07,0.00022543244086406557,0.0244780149012802,0.04878116516223069,0.6178625935207461,0.8549122545302568,0.06473631018055498,1.2998224260583333,0.34740751590476177,0.34059937752844527,-0.09542387105555648,1.5290384979999996,0.22489649141666646,1.2955028455333333,1.4955074076666666,3.159850341866666,Pure_Hypoxia_pO2,4.666768720772078,Unassigned_Discovery_Node
246071_at,AT5G20150,ATSPX1,,-0.20574545958483298,0.07125298929983727,-2.887534426366907,0.005548938106784575,0.7012008120940108,0.31217462107754496,0.06803098266833289,4.5887125076447886,2.642972239543283e-05,0.0057254330057763345,-0.0916175953652196,0.03246797562036805,0.006679171754300187,0.11695491972541344,-0.1548540887878498,0.771731465891667,0.20689067366666705,0.4328717513787859,-0.18912043049236635,0.6470439648333337,-0.1205877470833332,0.775831219866667,0.6966141281666669,0.30856804186666675,Predominantly_Hypoxia,4.664709021685365,Unassigned_Discovery_Node
248448_at,AT5G51190,ERF105,"encodes a member of the ERF (ethylene response factor) subfamily B-3 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 18 members in this subfamily including ATERF-1, ATERF-2, AND ATERF-5.",0.4540990273276451,0.11725913181476769,3.8726112013602307,0.00028950492210218383,0.23518139136200977,-0.2929144833553861,0.11195676199107117,-2.616317926189637,0.011464537493913815,0.24835463793958443,0.08346271120691352,0.0561090391743037,0.14272281953904647,0.5236930558533879,0.6290743055794413,-0.7238443607166664,0.1870110688095242,0.1178570284345759,0.4646425851588823,-0.061086673499999446,0.7935060260000004,-0.5930960219333329,-0.059542219499999494,1.0441478122000005,Predominantly_Barosensory,4.597383230071042,Unassigned_Discovery_Node
253987_at,AT4G26270,PFK3,,0.11647719751875837,0.057671350216156436,2.019671762186828,0.048322080915750666,0.9998181408520408,0.3262739253236823,0.05506349509779312,5.925412557706657,2.1513233068727327e-07,0.00011379999985610972,0.0948474374378887,0.02501086217118143,0.0003799641437244427,0.023818892620203896,-0.09877190513826539,0.46980189583333354,-0.0590337922857142,0.048785815333864356,-0.09538058494319746,0.3421298723333335,-0.10216322533333333,0.49531069400000033,0.8202142804166668,2.0001988604666665,Pure_Hypoxia_pO2,4.541115960918342,Unassigned_Discovery_Node
261826_at,AT1G11580,ATPMEPCRA,,-0.07759187148734221,0.062447477580756604,-1.2425141013422198,0.21934165064526231,0.9998181408520408,0.3478647289846601,0.059623649572092575,5.834341431314891,3.013346110576633e-07,0.00015231460140261355,-0.08022614645524132,0.028459186168309173,0.0067299055949183026,0.1171219836740717,0.04403181197562714,0.9399524514166668,-0.14286161399999994,0.24893185068981222,0.006320269951254392,0.7698824038333335,0.08174335399999988,1.1917658530000002,1.0335203992499995,1.1210586183999998,Pure_Hypoxia_pO2,4.522412029720849,Unassigned_Discovery_Node
252193_at,AT3G50060,MYB77,Encodes a member of the R2R3 transcription factor gene family. Expressed in response to potassium deprivation and auxin. Involved in lateral root development. Interacts with ARF7 and regulates the expression of some auxin responsive genes.,0.44513204884300783,0.1272876021843548,3.4970573818988946,0.000941323250239414,0.35100555163845426,-0.2882407807194352,0.12153175246666136,-2.3717322828740213,0.021248424165041604,0.3444879943392989,0.053505299840683807,0.06171861577218508,0.3898371918008966,0.7331930514886055,0.8816660978589197,-0.6949845223416666,0.15410575171428587,0.23676536347115246,0.6145838114678392,0.014639198166666775,1.1487483842500001,-0.2558598585999999,0.09604701100000024,1.2534501228000001,Predominantly_Barosensory,4.5110454525870445,Unassigned_Discovery_Node
245252_at,AT4G17500,AtERF#100,"Encodes a member of the ERF (ethylene response factor) subfamily B-3 of ERF/AP2 transcription factor family (ATERF-1). The protein contains one AP2 domain. There are 18 members in this subfamily including ATERF-1, ATERF-2, AND ATERF-5.",0.30035268106973606,0.08832941040370001,3.400370043194069,0.0012625419454945382,0.3988580429474829,-0.23587383319182398,0.08433522084233318,-2.7968603252109348,0.007105603120828395,0.19081941981861003,-0.005708757533193072,0.043120059168003724,0.8951684163974303,0.966813600371783,0.9059291407011412,-0.4744254355666667,0.5118370348095234,0.33088724430988975,0.5495464519022827,0.26977763549999983,1.2623118294999998,0.04368332286666643,0.1999013745,0.937955985,Additive_Dual_Associated_Hub,4.478969760470309,Unassigned_Discovery_Node
262118_at,AT1G02850,BGLU11,,0.21793546979542594,0.07383668994390716,2.9515877534730888,0.004646822980509004,0.6497553770349651,0.27951309528878177,0.07049785031085691,3.9648456521196334,0.00021482791529240332,0.024555154579100534,0.05436636126910978,0.03528019176201843,0.12918590344954828,0.5064614337080972,0.5051838578368165,0.5041488607750004,0.5350391949523815,0.4695826281450326,0.48637476225696585,0.9436488015000007,0.5239929534166672,0.5886418734666672,1.816852910166667,2.539175743066667,Additive_Dual_Associated_Hub,4.467549421408178,Unassigned_Discovery_Node
260287_at,AT1G80440,KFB20,,0.17222909247956558,0.1191377986556378,1.445629300045955,0.15398042832546902,0.9998181408520408,-0.5378267374098468,0.11375047692916289,-4.728127318048729,1.6283771697676135e-05,0.0039912986668121245,-0.0566827281460331,0.05765336083831301,0.32993081044565675,0.6977914455654396,0.5413616220059291,-0.8383063668083336,0.18026404961904724,-0.044568822389243506,0.4102595450951916,-0.33464158383333364,0.6724636989166666,-0.669507450866667,-1.0949631008333336,-1.3295168249333336,Predominantly_Hypoxia,4.466546297861605,Unassigned_Discovery_Node
255806_at,AT4G10260,FRK4,,0.07857610523895968,0.07518861141098558,1.045053283527978,0.3005898316366178,0.9998181408520408,0.4268671563508064,0.07178863890512534,5.946165895622382,1.9920586187675628e-07,0.00010788420319639759,0.038471572148132925,0.03633414353910371,0.2944130603377306,0.6706779639901874,-0.02225249230631617,0.8474193730499999,-0.10891037757142856,0.1737995840193534,0.00454036255403419,0.7654596033333335,-0.04904534716666653,0.8803337955999998,1.0879641010833334,2.189850944533333,Pure_Hypoxia_pO2,4.365281454931496,Unassigned_Discovery_Node
267357_at,AT2G40000,ATHSPRO2,,0.332840541154714,0.12081109005838117,2.7550495653492653,0.007951366638760712,0.7412368260870948,-0.38177915222644027,0.11534810335210602,-3.3097999978468633,0.0016556265031927675,0.08864257963083706,0.04832220034048865,0.058617022497588024,0.41337128625884817,0.7492663381340156,0.6445719798401307,-0.6828621961916668,0.3018966302380944,0.16841214539927504,0.5300857444302625,-0.07327247300000057,0.759058215249999,-0.5333937041333339,-0.993760385250001,0.4031013237999991,Additive_Dual_Associated_Hub,4.359858957629862,Unassigned_Discovery_Node
260451_at,AT1G72360,AtERF73,encodes a member of the ERF (ethylene response factor) subfamily B-2 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 5 members in this subfamily including RAP2.2 AND RAP2.12.,-0.14790136496028142,0.10629810597086556,-1.3913828812793576,0.16973652249389798,0.9998181408520408,0.41574840506969873,0.10149138549892509,4.0963910683247295,0.00013961133568198307,0.018077630959850998,-0.13689658131184984,0.04842560693126437,0.0065863536953587425,0.11630101494893398,0.18614228254446813,1.421804703716667,0.346541420952381,0.8719362139450824,0.22770265925560274,1.2494157190000001,0.14458190583333352,1.7387755942666672,0.7131673960833331,1.4724438455333337,Pure_Hypoxia_pO2,4.351833961063178,ERF_VII_Core_Hypoxia_Anaerobic
257892_at,AT3G17020,AT3G17020,,-0.03894125878468625,0.035696513623411016,-1.09089809709448,0.28009473762024634,0.9998181408520408,0.22247163254912897,0.034082344102294805,6.52747451529162,2.2760605396686236e-08,1.7257091011767503e-05,-0.01469379002972916,0.0173133243167756,0.3998125569997602,0.7397417848173917,-0.11884946585897373,0.42013031716666704,-0.24871802847619076,0.15874077767475844,-0.17517398155128008,0.2703360055000002,-0.06252495016666737,0.5073996786666666,0.4092016283333324,0.7209868693333334,Pure_Hypoxia_pO2,4.34816608921869,Unassigned_Discovery_Node
251309_at,AT3G61220,SDR1,,-0.06551329798879867,0.04585792943151938,-1.4286143923403927,0.15879464492779433,0.9998181408520408,0.2550377070068059,0.0437842683235811,5.824870821683893,3.120642993840086e-07,0.00015430901203888393,-0.04267304559278271,0.021620605855538065,0.05356233260903705,0.34639282069078625,-0.008681064482063246,0.7073654628750001,-0.0028898880952379358,0.15530597989022363,0.033216489952540326,0.8140419604999999,-0.05057861891666682,0.5501103463333334,0.7073730683333332,0.7934875889333333,Pure_Hypoxia_pO2,4.342789134369206,Unassigned_Discovery_Node
263295_at,AT2G14210,AGL44,"MADS box gene, transcription factor",0.09519862443413867,0.08232440962220051,1.1563839312182125,0.25254435230764505,0.9998181408520408,0.4128925547466668,0.07860176168358246,5.252968202020688,2.5225235630667433e-06,0.0009654437788682366,0.017886629528128854,0.04012103140177477,0.6575199698365443,0.8744529356124275,0.08391742021715216,1.0251538126083337,-0.0050368919523807575,0.28878416251642225,0.07274620285097114,1.025433397666667,0.09508863758333319,1.1199628651333335,0.9286625228333332,2.4612446701333335,Pure_Hypoxia_pO2,4.313747299444937,Unassigned_Discovery_Node
256114_at,AT1G16850,AT1G16850,,0.29796092977432187,0.10783477625876171,2.7631246626721886,0.007781130054022396,0.7403150768953379,0.45499460067396946,0.10295856871116743,4.419200911294509,4.727871346024382e-05,0.008743102572087042,0.1877442528610986,0.04600457123384669,0.00014962984228648562,0.014389606793278381,0.06563217447922365,0.6354693032500001,0.4107151612380949,0.2707534588840411,0.01897057829178106,0.6695459484999998,0.11229377066666624,0.7136864286666664,1.762568867916666,3.7828207432666665,Predominantly_Hypoxia,4.292264264712572,Unassigned_Discovery_Node
250279_at,AT5G13200,GER5,,0.21935426303332914,0.07252035087903574,3.0247269955879417,0.0037843612763924523,0.6124846353795049,0.27288208640450706,0.06924103510930689,3.941045739332516,0.00023209094210531597,0.02561812136785807,0.08252613484667586,0.03357168197898866,0.017217168208681067,0.19452562937193732,0.27758638468076646,0.49447008406666687,0.35705922904761916,0.5013891025673013,0.19644239419486637,0.8455406471666668,0.3587303751666666,0.5021298961333336,0.9928620204166669,2.654321814066667,Synergistic_Dual_Hub,4.254942836207663,Unassigned_Discovery_Node
262986_at,AT1G23390,KFB,,0.17343318414517703,0.1419532720480206,1.2217624972146275,0.2270311291366809,0.9998181408520408,-0.6009002498374473,0.13553425175993408,-4.433567471208648,4.5019592344769e-05,0.008430395397677946,-0.08576716343129635,0.06831483319673246,0.2147382662836734,0.6073875385360273,0.7159362671699623,-0.708905409766667,0.18390680138095167,0.147244367531673,0.5856669481732588,-0.11165071083333415,0.8462055861666657,-0.45995452253333424,-1.7826342493333343,-1.228708462533334,Predominantly_Hypoxia,4.252506661148267,Unassigned_Discovery_Node
252168_at,AT3G50440,ATMES10,"Encodes a protein shown to have methyl jasmonate esterase activity in vitro. This protein does not act on methyl IAA, MeSA, MeGA4, or MEGA9 in vitro.",-0.01258894538199322,0.06730088442264938,-0.18705467974142326,0.8523091053354666,0.9998181408520408,0.41185153522638074,0.06425758900379484,6.4093835702746045,3.543214907809903e-08,2.4422414028195172e-05,-0.0018596496832756278,0.032858871084425305,0.9550776017833941,0.9863045059793549,-0.24227100426092826,0.6838579862749998,-0.5252319969999997,0.13435551756270592,-0.2709276544385237,0.49503918866666696,-0.21361435408333285,0.6590624298,1.1558215369166671,1.3602736686666668,Pure_Hypoxia_pO2,4.2243481155439415,Unassigned_Discovery_Node
257844_at,AT3G28480,AT3G28480,,0.10267392471296563,0.05477109593087064,1.8746005163481767,0.0661855184202683,0.9998181408520408,0.2656351005900658,0.05229438813182774,5.079610070595573,4.7012731319893364e-06,0.0015712423735373708,0.03438231873680282,0.0263277891169309,0.19713617413143072,0.5915645668593038,0.16246291717541417,0.5821093639250001,0.34912518714285695,0.3808969226781255,0.11199048110082879,0.6574252684999998,0.21293535324999957,0.7197288125999999,0.9443942912499996,1.9452429613999995,Pure_Hypoxia_pO2,4.221677574572289,Unassigned_Discovery_Node
261626_at,AT1G01990,AT1G01990,,0.03558196964244753,0.03356353221642306,1.0601378130588062,0.29373571101354806,0.9998181408520408,0.20404275927208002,0.03204581451165481,6.367220255795692,4.148995703663973e-08,2.639715312261257e-05,-0.005970132137988802,0.01636724930489972,0.7167209537149516,0.9021233279606394,-0.020221787845886054,0.47756107678333326,-0.059342174714285836,0.07963688839969556,-0.018638670358438542,0.5201258888333332,-0.02180490533333357,0.4131913593999997,0.6503854271666665,0.9396905524666664,Pure_Hypoxia_pO2,4.211461899056468,Unassigned_Discovery_Node
248619_at,AT5G49630,AAP6,Is a high affinity amino acid transporter capable of transporting aspartate and tryptophan. May be involved in the amino acid uptake from xylem.,-0.08015624347473076,0.046599119707212394,-1.720123555516963,0.0910574725607666,0.9998181408520408,-0.2319954922195119,0.0444919425319911,-5.214325988412394,2.8995037135837977e-06,0.0010468589122091597,-0.02642694591865393,0.022464848602536627,0.24463047674916008,0.6320441738606145,-0.20161585339388205,-0.5358929615666669,-0.38430034480952485,-0.2900701804848516,-0.24702174112109632,-0.5281142953333342,-0.15620996566666778,-0.6998815934666673,-1.0123930584166678,-1.6069116842666673,Pure_Hypoxia_pO2,4.204733586925228,Unassigned_Discovery_Node
253344_at,AT4G33550,AT4G33550,,0.3252906139508328,0.090588053892565,3.5908776044203217,0.0007051105588393199,0.300264070158096,0.33731275747416484,0.08649173016993927,3.8999423044424186,0.0002651005480582342,0.026563775621729496,0.1502235948573877,0.039198165797217945,0.0003343996805697952,0.022240512088422697,0.11550294858290343,0.3373441387416666,0.2889604711904762,0.16690511486256762,0.049777460082473385,0.5347173558333332,0.18122843708333347,0.3211993587333334,2.0517779720833333,3.014513312533334,Synergistic_Dual_Hub,4.19825704175594,Unassigned_Discovery_Node
253039_at,AT4G37760,SQE3,,0.039885443360948826,0.06280285977737425,0.6350896042367518,0.5280149406909733,0.9998181408520408,0.3372587371749265,0.059962961652838986,5.624450959035623,6.526392265029249e-07,0.00030295779277623525,-0.026136868222260586,0.030455764679319427,0.3945971162447924,0.7363007388108324,0.1873408981630258,0.8668295297083336,0.05535262047619088,0.40907684575593684,0.07844346040938444,1.0413149610000005,0.29623833591666715,0.9885824343333338,0.8023469154166669,1.9273637520666669,Pure_Hypoxia_pO2,4.183940709507547,Unassigned_Discovery_Node
258123_at,AT3G18040,MPK9,Encodes a protein with similarity to MAP kinases (MAPK9).Expressed preferentially in guard cells and appears to be involved in reactive oxygen species mediated ABA signaling.,0.025878031178901466,0.027698525465913133,0.9342746858762558,0.3542639556307495,0.9998181408520408,-0.1691845741941283,0.026446018959013936,-6.397355097428112,3.7064410249405243e-08,2.4796090456852106e-05,-0.006128626181393695,0.01349802852658978,0.6516288768354954,0.8712639656808175,0.18801425724594842,-0.31487576864166644,0.2963160542857142,-0.01388308079773104,0.08531498607523019,-0.17444882166666634,0.29071352841666664,-0.1645891872,-0.3480709548333334,-0.39595481433333324,Pure_Hypoxia_pO2,4.168704917539799,Unassigned_Discovery_Node
249384_at,AT5G39890,PCO2,,-0.10792016043671276,0.133544403958422,-0.8081219222807184,0.4225173193086247,0.9998181408520408,0.6074237324226305,0.12750562636631727,4.763897482276842,1.4369162269220932e-05,0.003714101874723856,0.020318336367107146,0.06514452378577458,0.756325817576218,0.9193145555454824,-0.33060832791591704,1.0496725933583337,-0.3394310012380951,0.4273357463043703,-0.06668304191516751,0.5134993036666669,-0.5945336139166666,0.9913122691333338,1.4032446593333332,1.7588256353333336,Pure_Hypoxia_pO2,4.166290623553031,ERF_VII_Core_Hypoxia_Anaerobic
252367_at,AT3G48360,ATBT2,"encodes a protein (BT2) that is an essential component of the TAC1-mediated telomerase activation pathway. Acts redundantly with BT3 and BT1 during female gametophyte development and with BT3 during male gametophyte development. BT2 also mediates multiple responses to nutrients, stresses, and hormones.",0.19784854039338892,0.10790669969153645,1.833514887944506,0.0721632979229452,0.9998181408520408,-0.36973781877834316,0.10302723982036055,-3.5887384678364884,0.0007098017462670229,0.05115099075065014,-0.09245235597279779,0.05115459318488081,0.07631036313505012,0.409956428878094,1.0019040429807309,-0.44728731287499984,0.6930285812380955,0.2572237677434903,0.6604900458781283,0.26257946766666684,1.3433180400833336,0.186163946666667,-0.14081517441666658,-0.11013581386666668,Predominantly_Hypoxia,4.160318033746228,Unassigned_Discovery_Node
263921_at,AT2G36460,FBA6,,0.06628235616159314,0.06206632440624491,1.0679278464719917,0.2902385681542338,0.9998181408520408,0.3399037549192628,0.059259731857706326,5.735830120450681,4.333876453999942e-07,0.00020974117834613338,0.027268430255903416,0.030074981867295864,0.36862145153006676,0.7218823535516916,-0.05037150104171209,0.7061177420250004,-0.20000856104761894,0.3467928705064279,-0.0028192308334236632,0.5576126893333334,-0.09792377125000051,0.7566990234666671,0.7209079120000002,1.8339601389999998,Pure_Hypoxia_pO2,4.158368226528049,Unassigned_Discovery_Node
251745_at,AT3G55980,ATSZF1,,0.39387390481145307,0.10437060321031574,3.773801172900795,0.00039706171071202817,0.25804473348159407,-0.19174300361914978,0.09965104296474275,-1.924144473700991,0.059539768514133756,0.5421503501290978,0.10246248865226247,0.04900565509334689,0.041285524400028986,0.3067888069268407,0.7999404673054553,-0.5040879267333334,0.608396032714286,0.24436516236154437,0.6298263949442438,0.062800912,0.9700545396666669,-0.10092222579999995,0.32185843066666675,1.6818416120666668,Pure_Barosensory_Ptotal,4.153001217339682,Unassigned_Discovery_Node
245324_at,AT4G17260,AT4G17260,,-0.01708495391501724,0.09107692308624171,-0.18758817641258382,0.8518928757914604,0.9998181408520408,0.45656053963302545,0.0869584930660495,5.25032717949981,2.5466731175632726e-06,0.0009654437788682366,-0.06969496181877949,0.043440743602950964,0.11449232863087352,0.4815322229310108,0.16546876790709714,1.2632993392166665,0.2619501408095236,0.7160107979450386,0.07227658348086131,1.1801572424999998,0.25866095233333297,1.6051023882666662,1.0896826208333328,2.217002465733333,Pure_Hypoxia_pO2,4.1477257850799605,ERF_VII_Core_Hypoxia_Anaerobic
252483_at,AT3G46600,AT3G46600,,0.22359707951121321,0.06446658725985144,3.4684181219325256,0.0010273094497598267,0.36846937419349546,-0.18132897315748114,0.06155145662880336,-2.945973711897944,0.004720070490298947,0.15673390273334287,0.037223884033180846,0.031063862687852044,0.23605572095582603,0.6241222165362337,0.5310069828548475,-0.38559099775833344,0.3300126283809523,-0.08570589047714577,0.3625192411263614,0.057607147000000136,0.6994947245833336,-0.12929441793333343,0.028145486833333733,0.5994280005333336,Additive_Dual_Associated_Hub,4.123793897528416,Unassigned_Discovery_Node
248606_at,AT5G49450,AtbZIP1,,0.1685833299308148,0.10398157545447584,1.6212807816575374,0.11070218197786155,0.9998181408520408,-0.4185655015194836,0.09927960675167842,-4.216026988970797,9.383909938827632e-05,0.013860156848608658,-0.021024986420257852,0.050688255317106586,0.6799462388967271,0.8856979240605288,0.4501653170200448,-0.7482090438166666,0.12669897171428574,0.1353508751658913,0.36295850687342274,-0.31140365166666645,0.5373721271666669,-0.6476423087999998,-0.9583558005833333,-0.8199656355333333,Predominantly_Hypoxia,4.117028246150879,SnRK1_Starvation_Sugar_Autophagy
266416_at,AT2G38710,AT2G38710,,0.10084390960192094,0.036006655862075965,2.800701903231587,0.007032209440623021,0.7255429688605414,0.16533447396069065,0.034378461941990575,4.809245807438164,1.2256344377409916e-05,0.0033188429667686424,0.02185539297894686,0.017325806833387542,0.2125982328637256,0.6055221712990799,-0.00619838548094747,0.2991172403333338,-0.25098879266666596,0.1264162902162962,-0.017110825795228476,0.27937561216666706,0.004714054833333536,0.3235729233333341,0.5021324910833338,1.1060409869333339,Predominantly_Hypoxia,4.110289481149157,Unassigned_Discovery_Node
252954_at,AT4G38660,AT4G38660,,-0.1086339749269936,0.04027262754724099,-2.697464296303059,0.009268219466857018,0.7697168013955463,-0.1792838950591738,0.038451529593311176,-4.662594621212704,2.0460015689611686e-05,0.004748811396692932,-0.05243879366349148,0.018316417024101292,0.005971657186253379,0.11025269022607091,-0.1529455068908584,-0.2742626997833332,-0.10237973123809521,-0.11351784179635634,-0.18509864594838346,-0.3978004653333332,-0.12079236783333336,-0.27151730206666647,-0.7163375275833335,-1.3782020587333332,Predominantly_Hypoxia,4.1072376654320735,Unassigned_Discovery_Node
255064_at,AT4G08950,EXO,,0.4438363090072688,0.12321967174961612,3.6019923012710957,0.0006812083125182215,0.300264070158096,-0.24084171138498525,0.11764777078924529,-2.047142158064602,0.045454675993845346,0.48266151986060024,0.08199654132882926,0.0591138089795084,0.17113680953043678,0.5623434304285838,0.7143395187925736,-0.5513397130249996,-0.008186912809522948,0.18917030312218952,0.47282160116848015,0.02936317983333403,0.9558574364166672,-0.17618516946666601,-0.21894761458333312,1.5696922736666672,Pure_Barosensory_Ptotal,4.090246461485422,Unassigned_Discovery_Node
264580_at,AT1G05340,AthCYSTM1,,0.42380353564310713,0.09460066598484503,4.479921269380918,3.84246538520011e-05,0.10925089706470212,0.27562713550183277,0.09032289495877248,3.051575523876218,0.003507124942376683,0.13408508363675228,0.18130243938226134,0.039012575954547414,2.2184580900125318e-05,0.005149086501573984,0.18625691180897258,0.13520820549166707,0.2905082239047624,0.6002096329388636,0.23162435453461136,0.4750603343333341,0.14088946908333377,-0.06375445426666619,1.754414362083334,3.239161890133333,Predominantly_Barosensory,4.087213513929207,Unassigned_Discovery_Node
245306_at,AT4G14690,ELIP2,"Encodes an early light-induced protein. ELIPs are thought not to be directly involved in the synthesis and assembly of specific photosynthetic complexes, but rather affect the biogenesis of all chlorophyll-binding complexes. A study (PMID 17553115) has shown that the chlorophyll synthesis pathway was  downregulated as a result of constitutive ELIP2 expression, leading to decreased chlorophyll availability for the assembly  of pigment-binding proteins for photosynthesis.",0.27022833472896746,0.1516029359782335,1.782474283794647,0.08021603653184066,0.9998181408520408,0.5460066290691826,0.14474756513867607,3.772129973627387,0.0003991755422916988,0.036909133678727564,0.21083529584907296,0.06820683896173908,0.0031570251566383936,0.07623109789054873,0.3164494261342471,0.9921457897833335,1.0266489249523816,0.5303055166777381,0.47788566410182703,1.1898550886666672,0.1550131881666672,0.949449679066667,2.123777267916667,4.512845144466667,Pure_Hypoxia_pO2,4.085897344628597,Unassigned_Discovery_Node
257037_at,AT3G19130,ATRBP47B,,0.040493101835917,0.029904356751809465,1.354087037283182,0.18127064224606645,0.9998181408520408,0.1756364937499764,0.02855210421178273,6.151437822137665,9.288018439334e-08,5.281631685527279e-05,0.04530924304419316,0.013228684362087965,0.0011842256299464862,0.046602761554952896,-0.07741606569151387,0.25513550954999953,0.027352225904761416,0.034845028122929854,-0.006607298216361042,0.1397419889999997,-0.14822483316666668,0.22230419693333267,0.6382602368333334,0.882998476133333,Pure_Hypoxia_pO2,4.085314004951937,Unassigned_Discovery_Node
248684_at,AT5G48485,DIR1,"encodes a putative apoplastic lipid transfer protein that is involved in systemic acquired resistance. Mutants in this gene exhibit wild-type local resistance to avirulent and virulent Pseudomonas syringae, but pathogenesis-related gene expression is abolished in uninoculated distant leaves and fail to develop SAR to virulent Pseudomonas or Peronospora parasitica.",-0.11807011849911345,0.1372222269988208,-0.8604299834029662,0.39330378617302336,0.9998181408520408,0.5581435751547226,0.1310171410126107,4.260080557711147,8.096927530039539e-05,0.012701566455053747,-0.1706740691915464,0.06282536295422564,0.008852751194519897,0.1360572153179389,-0.4014466957132313,1.112975313133333,-1.6139110289523806,0.27459217868113545,-0.4978310559264629,1.0066091818333334,-0.3050623354999997,0.9142791089333333,1.2367969860000003,0.6441122016000002,Pure_Hypoxia_pO2,4.0746772794036215,Unassigned_Discovery_Node
265387_at,AT2G20670,AT2G20670,,0.1672869973604512,0.09710996777942149,1.7226552658366845,0.09059478565664136,0.9998181408520408,-0.37391991998880214,0.09271872801186852,-4.032841347229637,0.00017206178129714774,0.02070749882214245,-0.05152630341580413,0.0468905284986781,0.27672451161652356,0.6574591874997567,0.6492534947557447,-0.5146883037749997,0.2631373236666668,0.17947303201263315,0.5538177035948232,-0.03712539949999997,0.7446892859166663,-0.24756192213333322,-0.45138966358333343,-0.4945084579333335,Predominantly_Hypoxia,4.041690105063905,Unassigned_Discovery_Node
258930_at,AT3G10040,HRA1,,-0.11112166464684307,0.05776885119535108,-1.923556767142109,0.05961513989653825,0.9998181408520408,0.26373425915212295,0.05515658715597785,4.7815550734911545,1.3507140080208947e-05,0.0035314184857980773,0.02222583258937419,0.02804244255223174,0.4315074372208914,0.7600558661710992,-0.17118594440758303,0.4764983987000001,-0.18618313476190446,0.08222740860669682,-0.04266279848183315,0.03545552400000022,-0.29970909033333293,0.617832183066667,0.20561321066666705,0.7033949908666669,Pure_Hypoxia_pO2,4.000240263424215,ERF_VII_Core_Hypoxia_Anaerobic
250516_at,AT5G09620,AT5G09620,,0.10651481769317685,0.04683670795255352,2.274173876632798,0.026896897121779634,0.9998181408520408,0.22988053846055706,0.04471878721541884,5.140580788856798,3.7793367078705443e-06,0.0013024968599579304,0.09685517840425888,0.01866686653324828,3.305831588224607e-06,0.001837383393950069,-0.061907641614885406,0.16598837818333362,-0.10465114866666626,0.004426546697238878,-0.13189647789643782,0.0851845645000003,0.008081194666667013,0.25487338653333397,0.580000842666667,1.5773024342666668,Pure_Hypoxia_pO2,3.935273352543017,Unassigned_Discovery_Node
262644_at,AT1G62710,AEP2,Encodes a vacuolar processing enzyme belonging to a novel group of cysteine proteases that is expressed specifically in seeds and is essential for the proper processing of storage proteins.,0.15364053954279358,0.09655480796382279,1.5912261935248186,0.11731586510716481,0.9998181408520408,0.44679040851070556,0.09218867210594406,4.846478404605394,1.0751958779222127e-05,0.003019309313483784,0.13159235573634173,0.043593134213047086,0.0038769705498351973,0.08589977233924723,0.08768578579016346,0.619973217733333,0.4398262956666662,0.13016132423040855,-0.03979537808633923,0.5619511876666662,0.21516694966666616,0.8931621974666661,1.7563651526666662,3.041673687866666,Pure_Hypoxia_pO2,3.9265113025886027,Unassigned_Discovery_Node
257253_at,AT3G24190,AT3G24190,,0.09053668820494902,0.04698385818394615,1.9269743206377286,0.059177986502866514,0.9998181408520408,0.21486525418942778,0.04485928342392719,4.789761177389255,1.3123974285418659e-05,0.003471138594141079,0.05909206398331466,0.021477643743111605,0.008072599688315552,0.12915307304021806,0.17224581454819043,0.3856523017833333,0.35510410952380916,0.1360488467131201,0.21540582442971454,0.44607330616666657,0.1290858046666663,0.4543171020666664,1.0054181164166667,1.5809322166666664,Pure_Hypoxia_pO2,3.9162658653450153,Unassigned_Discovery_Node
251395_at,AT2G45470,AGP8,,-0.09897259363907733,0.04191827581941747,-2.3610845557066313,0.02180859159193492,0.9887014612760016,-0.18090220576800306,0.04002276288727862,-4.519982947641615,3.349154207716429e-05,0.006988978129240175,-0.0415828355144988,0.01966524475196956,0.039122841429455865,0.2989211122453487,-0.0884698984932779,-0.36875959044166706,-0.14959801414285767,-0.1676543820306281,-0.1297197470698885,-0.5309346440000006,-0.047220049916667284,-0.25380458680000084,-0.6563897824166673,-1.3442932800666672,Pure_Hypoxia_pO2,3.897763240609068,Unassigned_Discovery_Node
266820_at,AT2G44940,ERF34,encodes a member of the DREB subfamily A-4 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 17 members in this subfamily including TINY.,-0.11765254728632962,0.05838122619437694,-2.0152462521875134,0.04879833411878801,0.9998181408520408,0.24982000964863807,0.055741271017730486,4.481778134717702,3.8181107264154745e-05,0.007551891007221424,-0.01544794397009627,0.028426829125856336,0.5890814002777696,0.8410800031836135,-0.11904066392677565,0.5226373351833337,0.022910360190476604,0.09024595217657458,-0.1740269028535516,0.27934412183333385,-0.06405442499999969,0.7018761235333338,0.4581049150000003,0.6587187160000003,Pure_Hypoxia_pO2,3.890190192562717,Unassigned_Discovery_Node
257654_at,AT3G13310,DJC66,,0.00591100018596154,0.06567785218463466,0.08999990086984633,0.928615686325152,0.9998181408520408,0.39915911758724243,0.0627079490639197,6.365367127226088,4.177866492631902e-08,2.639715312261257e-05,0.043006568002786655,0.031526388473083186,0.178206059648388,0.570424712246612,0.015409845377148672,0.6340260717333337,0.10933624090476204,0.34939523889923435,-0.006771653079035723,0.475380504166667,0.03759134383333307,0.8302629831333335,1.3339269325833332,1.9278985347333333,Pure_Hypoxia_pO2,3.87711943115845,Unassigned_Discovery_Node
259479_at,AT1G19020,SDA1,,0.2824133490255657,0.10358089097531543,2.726500480603784,0.008581070985133476,0.7594748662562103,0.27572672341124926,0.09889704092356244,2.7880179309344406,0.007277230464289044,0.1935998644920685,0.09658598892812226,0.04882789930529746,0.05305338232696367,0.34508085159656876,0.4185790820574205,0.6959184671000003,0.8123998470476191,0.9423950120155189,0.5202845211148414,1.1387632616666667,0.31687364299999965,0.5699473155333334,1.1358498642499997,3.2202725016000002,Additive_Dual_Associated_Hub,3.8717567549265333,Unassigned_Discovery_Node
249346_at,AT5G40780,AtLHT1,"Encodes LHT1 (lysine histidine transporter), a high-affinity transporter for cellular amino acid uptake in both root epidermis and leaf mesophyll.",0.22411072545606625,0.09666535201108396,2.3184183452864167,0.024187939717255302,0.9998181408520408,0.26401347899213856,0.09229421743445886,2.860563601177107,0.005975323991930291,0.17424964041082872,0.0075993082514369025,0.0471857538421042,0.8726570227166908,0.9606475810670434,0.5348984199768363,0.7159103845833337,1.0413401421904767,0.8346108075377914,0.3808824461203391,1.219041779666667,0.6889143938333335,0.9016933833333338,1.7515412238333339,2.702625397333333,Additive_Dual_Associated_Hub,3.8402997777919317,Unassigned_Discovery_Node
259364_at,AT1G13260,AtRAV1,Encodes an AP2/B3 domain transcription factor which is upregulated in response to low temperature. It contains a B3 DNA binding domain. It has circadian regulation and may function as a negative growth regulator.,0.2991864689773262,0.13350210027520812,2.2410618886187392,0.029097007091184714,0.9998181408520408,-0.3513279568326197,0.12746523562386827,-2.7562649150026943,0.007925527826153423,0.20462435406774776,-0.060660788078908255,0.06465559681411787,0.3523306979197295,0.7133802790530681,0.9280359785057146,-0.39152330744166647,0.30629079709523854,0.3261909004356091,0.6810468522614289,0.2534683850000003,1.1750251047500002,0.13851010486666696,-0.45799976799999964,0.36893492780000015,Additive_Dual_Associated_Hub,3.818222687758098,Unassigned_Discovery_Node
259015_at,AT3G07350,AT3G07350,,0.0969912790605878,0.06183064523377213,1.5686603090405855,0.12248821469525165,0.9998181408520408,-0.25680302276544037,0.05903470992030643,-4.350034464675275,5.979376726815922e-05,0.010306917071469432,-0.006178015305355505,0.03017722866769057,0.8385606034754236,0.9475375452721908,0.30188699010481723,-0.5517705646666666,0.018766192428570885,-0.15713463311973946,0.2664956240429686,-0.25788812316666726,0.3372783561666659,-0.5083746500000002,-0.30319183133333394,-0.6870958737333339,Pure_Hypoxia_pO2,3.8130049416294143,Unassigned_Discovery_Node
252679_at,AT3G44260,AtCAF1a,,0.3442160954622155,0.0881563541428026,3.9046090189327383,0.00026113663000387874,0.21999310318771204,-0.1408132902714745,0.08416999005550657,-1.6729631330431909,0.10003900755452493,0.66375267140709,0.0581087608756166,0.04230666550987067,0.17529404090348588,0.5665838196940418,0.555410912660127,-0.4629090115416664,0.15688914138095278,0.15261724180509686,0.36267280923692063,0.11820991033333354,0.7481490160833333,-0.2958789173333331,0.33905175033333323,1.1409389015333333,Pure_Barosensory_Ptotal,3.807106000189758,Unassigned_Discovery_Node
255110_at,AT4G08770,Prx37,,-0.17644843255887427,0.10894759709597492,-1.6195715854424584,0.11107001133019066,0.9998181408520408,0.36625439797424103,0.10402106862637568,3.5209636164165805,0.0008748360962693439,0.05922327930280505,-0.06683436378801248,0.052407143878109866,0.2076899915178223,0.6007039887718426,-0.0932591772053598,1.1379386008833332,0.016310423619047602,0.5301678722213433,0.06700824458928059,0.7326584278333331,-0.2535265990000002,1.2896921749333332,-0.049171282000000316,1.0420892382000002,Pure_Hypoxia_pO2,3.8014653790182127,Unassigned_Discovery_Node
259426_at,AT1G01470,AtLEA14,Encodes late-embryogenesis abundant protein whose mRNA levels are induced in response to wounding and light stress. Might be involved in protection against dessication.,0.1953243147072739,0.06636166735318717,2.943330427002796,0.0047549284743118175,0.649810204752053,0.2175311707503899,0.0633608426244183,3.4332114558488644,0.0011432624306944009,0.07139762909868648,0.07168145512963697,0.03089114779483604,0.02414100866300079,0.23208427009662552,0.1807609007132203,0.4120640619750003,0.46262432252380997,0.144867753465013,-0.0010479399902262937,0.7297175575000004,0.36256974141666687,0.456980307866667,1.1642162594166665,2.1977701268666667,Synergistic_Dual_Hub,3.7810959041140504,Unassigned_Discovery_Node
266511_at,AT2G47680,AT2G47680,,-0.05575500959269323,0.056446433892670504,-0.9877507886274627,0.3276192940737363,0.9998181408520408,0.2805155415027117,0.05389396856996476,5.204952408330228,2.9990113713504517e-06,0.001055173429087543,0.007828272711600786,0.02753944454241745,0.777305693256143,0.9263646284608732,-0.11125932485142533,0.5709117438166667,-0.09565806809523814,0.06497229332107787,-0.17618273786951713,0.3308153376666665,-0.04633591183333352,0.7646722381333333,0.2953962204166667,1.0950707486666666,Pure_Hypoxia_pO2,3.7785226671469374,Unassigned_Discovery_Node
245637_at,AT1G25230,AT1G25230,,-0.12451445808096644,0.09228353523814398,-1.349259732623467,0.18280624154928793,0.9998181408520408,-0.3528641290621857,0.0881105431231781,-4.004788945278471,0.00018860262991071664,0.022227748289892026,-0.07034847585578066,0.044024295017880084,0.11591672524462074,0.4832205423095706,-0.4422543443910972,-0.6520067633750002,-0.9583554567142861,-0.2552883129558614,-0.44418249653219377,-0.8375378020000005,-0.4403261922500006,-0.9068019170000005,-2.158338777000001,-2.5374869920000003,Pure_Hypoxia_pO2,3.7712854467170662,Unassigned_Discovery_Node
256366_at,AT1G66880,AT1G66880,,0.14561421529404658,0.060199830385249134,2.418847600768767,0.01892127297527205,0.9527069921056595,0.2268761038251997,0.05747763929372177,3.9472063677810296,0.00022749828170899,0.02524933484847128,0.07132748257721178,0.027736171711047645,0.01292069410170799,0.1684923940843243,0.26210188081247054,0.32123133375000024,0.30019966147619065,0.4408191947897324,0.2626162834582743,0.41890077033333356,0.2615874781666667,0.4851493753333337,0.9716379031666666,2.007089306866667,Pure_Hypoxia_pO2,3.766360198837369,Unassigned_Discovery_Node
263379_at,AT2G40140,ATSZF2,,0.3123616971716644,0.07686374940555916,4.063836328404152,0.00015541574790809117,0.17675433009587208,-0.1127087780407202,0.07338802841840379,-1.535792423774336,0.13034769276101876,0.7321874892767473,0.10737165892614768,0.034553863073976405,0.003013742812121897,0.07467613290290111,0.49582642465979,-0.45143663862499966,0.37361570057142934,0.011525552466298371,0.3155040620695795,0.01687606500000068,0.6761487872500005,-0.24360055499999955,0.39636969150000056,1.3872299042000005,Pure_Barosensory_Ptotal,3.7470774393740336,Unassigned_Discovery_Node
251899_at,AT3G54400,AT3G54400,,-0.09876558140953214,0.04430942492009687,-2.228997139719958,0.029937356674496065,0.9998181408520408,-0.17372547250475945,0.042305786022507154,-4.106423466812212,0.00013506254685871736,0.017655935004875774,0.007736004439856332,0.021608460083669463,0.721739156251672,0.9049360365386225,-0.21094215940176445,-0.36208978784166657,-0.2364427275714289,-0.06871627028994926,0.04487742911313811,-0.6577649430000002,-0.466761747916667,-0.5331763805999999,-1.1356854946666677,-1.3380240588666672,Pure_Hypoxia_pO2,3.7407422505095163,Unassigned_Discovery_Node
264026_at,AT2G21060,ATCSP4,glycine-rich protein (AtGRP2b),0.108641036501215,0.05610075900665616,1.936534165042671,0.05796964080126834,0.9998181408520408,-0.2220173645941061,0.053563924842530954,-4.144904714260583,0.00011890864809997482,0.016294766518273083,0.019965527721778904,0.02725566697836983,0.46702856629606726,0.7775788591175609,0.2840846845651435,-0.4128435158,0.18321793533333355,-0.043565751598915625,0.24955605229695343,-0.2528807604999998,0.3186133168333336,-0.2541929542666665,-0.2683749239166664,-0.1781032024666665,Pure_Hypoxia_pO2,3.7376476400167706,Unassigned_Discovery_Node
266458_at,AT2G47710,AT2G47710,,1.2597168982534135e-05,0.07387107346418842,0.0001705291177153538,0.9998645571920697,0.9999748233460382,0.35799695275934607,0.07053067903418932,5.0757621741569965,4.766364361825314e-06,0.0015712423735373708,-0.07957505873202607,0.0343961391048505,0.024549367901427407,0.23450201335956408,0.09011456934209165,1.0937359427916666,0.040626580999999974,0.43044955339096436,-0.05539989056581677,1.2021899878333333,0.23562902925000007,1.220910927,1.0314353605000002,1.7200207956,Pure_Hypoxia_pO2,3.721816863771114,Unassigned_Discovery_Node
249955_at,AT5G18840,AT5G18840,,0.05537561212726679,0.06739278646181882,0.821684560537346,0.41481981398938295,0.9998181408520408,0.25996318260126944,0.06434533530181485,4.040124764008141,0.00016800184598679747,0.020566822597966213,-0.031910038064235355,0.032615633504503,0.33227558780513194,0.7000685920911014,0.39836434476873217,0.8895036213916669,0.5183950972380958,0.46654943546933353,0.493304200620797,0.9913871388333338,0.3034244889166673,1.0910445928666674,0.9318668321666672,1.752138965466667,Pure_Hypoxia_pO2,3.7187726284331424,Unassigned_Discovery_Node
251336_at,AT3G61190,BAP1,Encodes a protein with a C2 domain that binds to BON1 in yeast two hybrid analyses. Its ability to bind to phospholipids is enhanced by calcium ions. Involved in maintaining cell homeostasis.,0.39247249319857247,0.0961430496318184,4.082172291201009,0.00014631299436063632,0.17675433009587208,-0.14786051249951038,0.09179553317628801,-1.6107593407138103,0.11298221938302089,0.6949241721542728,0.0757547584771951,0.0457909573413939,0.10388216025019102,0.46733692842150104,0.6317896702095518,-0.2355984807083334,0.43281931995238054,0.34600241533575005,0.646297082669104,0.3969604406666665,0.6172822577499997,-0.25087514433333363,0.2471845764999998,1.55273903,Pure_Barosensory_Ptotal,3.713853966875295,Unassigned_Discovery_Node
253947_at,AT4G26760,MAP65-2,,-0.03966870026901264,0.031138393764078683,-1.2739481865880486,0.20806239781590674,0.9998181408520408,-0.16000748515217428,0.029730338997701528,-5.381959659610493,1.5814952559348155e-06,0.0006423694837766662,-0.021437173977987577,0.014919626178699597,0.15655712592952048,0.5436563316928134,-0.015063730951556158,-0.3531489376833332,-0.04651316819047567,-0.13031932759676856,-0.04041863406977973,-0.37213166666666603,0.010291172166667417,-0.32387503653333294,-0.5662373660833326,-0.980935587333333,Pure_Hypoxia_pO2,3.69616659173416,Unassigned_Discovery_Node
248749_at,AT5G47880,AteRF1-1,"Encodes a eukaryotic release factor 1 homolog.  Cosuppression of the gene's expression results affects cell elongation of the inflorescence stem, specifically the internodes, and radial cell division.  Expression of the protein is primarily observed in the vascular system and in actively growing and elongating zones.",0.324386812002165,0.08699095484597408,3.7289717370791404,0.0004576587288255173,0.2669206524580825,0.2037767471706558,0.08305728923911558,2.453448084297552,0.017360904828193215,0.3077873275308518,0.1684145085431961,0.03572671763022489,1.761191177426236e-05,0.0043543537523627355,0.3202581780245521,0.27149450385833324,0.6859769882380947,0.2641091086516738,0.248567682632438,0.5698731066666665,0.39194867341666617,0.3650645744666662,1.3039470974166663,3.0939821494666666,Pure_Barosensory_Ptotal,3.6829625925712315,Unassigned_Discovery_Node
266702_at,AT2G19860,ATHXK2,Encodes a protein with hexokinase activity (AtHXK2) and acts as a sensor for plant sugar responses.,0.07701981057962408,0.04515594801497504,1.7056404297852863,0.09374202876381897,0.9998181408520408,0.1937802660123529,0.04311402997917344,4.49459876763921,3.6540147189643685e-05,0.0072907209471546955,0.0138870636493165,0.021966015862287084,0.5299314876671681,0.8117750142413934,0.16399803704443902,0.4154204146583331,0.28442996438095186,0.26303111205085195,0.13495115417221187,0.41719070316666623,0.19304491991666617,0.6066950460666662,0.9935670306666662,1.3497392160666664,Pure_Hypoxia_pO2,3.67953805041502,Unassigned_Discovery_Node
252474_at,AT3G46620,AtRDUF1,,0.27938064756988107,0.08126310810299997,3.437976396568165,0.0011268718435436722,0.3820961964253282,-0.19123448122547151,0.07758845142154168,-2.4647286770357826,0.01687783237570989,0.3018041421824881,0.04477167479915006,0.0392042467151495,0.2585106904871908,0.64460471013173,0.48230814418703727,-0.24328158729166657,0.2867898301428573,0.1983819416468823,0.38836838779074095,0.1807440300000002,0.5762479005833336,-0.09105930399999966,-0.2779251209166662,0.9710324171333335,Pure_Barosensory_Ptotal,3.676942268280677,Unassigned_Discovery_Node
251075_at,AT5G01890,PXC2,,0.03998616863459106,0.040344392512527756,0.9911208508635876,0.3259860846568601,0.9998181408520408,-0.2004370055834934,0.03852004940079704,-5.203446223496952,3.015311390604515e-06,0.001055173429087543,0.011306668311025827,0.019637810765169635,0.567179846603579,0.8306227646655944,0.07960697781037865,-0.4951465841416661,-0.12088088038095192,-0.35536114314595185,-0.09268270712924259,-0.42375128966666614,0.2518966627499999,-0.3146452158666662,-0.49768109599999977,-0.6016519505999998,Pure_Hypoxia_pO2,3.672037099132315,Unassigned_Discovery_Node
260847_s_at,AT1G72330|AT1G17290,AT1G72330,,0.1257074298944773,0.11521244609112327,1.091092448423961,0.2800099796679293,0.9998181408520408,0.3446597126339538,0.11000262585782272,3.133195320986455,0.002776515574762409,0.12098586832096887,0.005407103667362547,0.05624797322261487,0.9237749905717584,0.9762148956759438,0.3596576773257181,1.1847123017833336,0.8312199522857145,0.7689422101223365,0.33681596115143564,1.268813691666667,0.3824993935000005,1.4831103054000006,1.1273070895000006,2.9392612790000006,Pure_Hypoxia_pO2,3.6565138638142596,Unassigned_Discovery_Node
246494_at,AT5G16190,ATCSLA11,encodes a gene similar to cellulose synthase,0.050861340836693754,0.03010858905479895,1.6892635102934874,0.09685584361143149,0.9998181408520408,-0.13624761120659512,0.02874710128350591,-4.739525208573613,1.5648062737113088e-05,0.003922867225520917,-0.013138850421852904,0.014590976526682876,0.371882379188661,0.7238933339906984,0.19042354183492244,-0.25167376431666677,0.21760364109523803,-0.07911938905345887,0.04198358733651143,-0.0076237461666666855,0.33886349633333346,-0.1568602861333334,-0.08506941991666683,-0.24142762166666695,Pure_Hypoxia_pO2,3.656491665585139,Unassigned_Discovery_Node
257174_at,AT3G27190,UCK2,"One of the homologous genes predicted to encode proteins with UPRT domains (Uracil phosphoribosyltransferase). Five of these genes (At5g40870, At3g27190, At1g55810, At4g26510 and At3g27440) show a high level of identity, and are annotated as also containing a N-terminal uracil kinase (UK) domain. These genes are referred to as UKL1 (UK-like 1), UKL2, UKL3, UKL4 and UKL5, respectively.",-0.0939636881396686,0.03725456650059229,-2.5222059190562507,0.014599707993591275,0.8762136095573275,0.13359389921683618,0.035569942999203234,3.7558086393286794,0.0004203955075907247,0.037795716267425394,-0.019042379227355355,0.018003281513601622,0.2949142730154096,0.6710200350163826,-0.12867195309622376,0.3817745622666665,0.034657268142857155,0.041544696512082306,-0.11932806819244766,0.18023791833333322,-0.13801583799999984,0.4452953681999999,0.07932492700000005,0.2272409363999998,Pure_Hypoxia_pO2,3.6494537945553556,Unassigned_Discovery_Node
262520_at,AT1G17150,AT1G17150,,-0.08779036624409674,0.024661792985847503,-3.559772247479184,0.0007763320337956321,0.32106269892209904,0.07398071769074205,0.02354660523967711,3.1418846554611255,0.002707768380116734,0.11844403764256775,0.007755936843699999,0.011994636776911179,0.5206310748964195,0.8075746337693643,-0.18317937093997583,0.11517121021666674,-0.1536763534761906,-0.10352939837417331,-0.08007130037995148,-0.10469555933333341,-0.2862874415000002,0.048750538266666685,-0.14259233875,-0.18140858080000005,Additive_Dual_Associated_Hub,3.649179032626797,Unassigned_Discovery_Node
245173_at,AT2G47520,AtERF71,encodes a member of the ERF (ethylene response factor) subfamily B-2 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 5 members in this subfamily including RAP2.2 AND RAP2.12.,0.0610406125587852,0.11629135877759167,0.5248937943491223,0.6017757821324569,0.9998181408520408,0.5007522827064557,0.11103275092338181,4.509951149926925,3.4665481050927765e-05,0.007168191199858208,0.06776863387838025,0.05602224636018615,0.23169691315543595,0.6206737677473932,-0.09918871848371057,0.9549939433750001,-0.15049565599999973,0.007091344456075621,5.512594924519634e-05,0.6638884768333336,-0.19843256291666633,1.0476668470000001,1.2203618770833335,2.416476188733334,Pure_Hypoxia_pO2,3.5716051339967345,ERF_VII_Core_Hypoxia_Anaerobic
267470_at,AT2G30490,ATC4H,"Encodes a cinnamate-4-hydroxylase. Mutations in this gene impact phenylpropanoid metabolism, growth and development.",0.03415304753859193,0.038568578118806825,0.885514820727555,0.37975119583193945,0.9998181408520408,0.19849430451908154,0.03682453599948518,5.3902730647266415,1.5344636367236722e-06,0.0006345983614712118,0.02165570974213888,0.0185981503185245,0.24940289785639216,0.6368341170455205,-0.057822061363911374,0.32909636312499946,-0.3012856244761908,0.02940430939911831,-0.05312771347782262,0.17797739533333287,-0.06251640925000013,0.4176989216666659,0.4303025562499996,0.9506427937999995,Pure_Hypoxia_pO2,3.5248123672160094,Phenylpropanoid_Sinapate_Flavonol
247431_at,AT5G62520,SRO5,"Encodes a protein with similarity to RCD1 but without the WWE domain. The protein does have a PARP signature upstream of the C-terminal protein interaction domain. The PARP signature may bind NAD+ and attach the ADP-ribose-moiety from NAD+ to the target molecule. Its presence suggests a role for the protein in ADP ribosylation. Up-regulated by NaCl. SRO5 and P5CDH (an overlapping gene in the antisense orientation) generate 24-nt and 21-nt siRNAs, which together are components of a regulatory loop controlling reactive oxygen species (ROS) production and stress response.",-0.010318580941820988,0.08781805147229545,-0.11749954330376211,0.9068941342193021,0.9998181408520408,0.3949327026000387,0.08384698517753475,4.710159843717954,1.733756977594002e-05,0.004195323001314167,-0.006587313853289927,0.04286800201068448,0.8784492325728911,0.9617909142769185,-0.02598889247842309,0.860592093225,-0.14857184585714275,0.38333849156756117,-0.004427323373513086,0.6815167206666667,-0.04755046158333309,0.9921170042,0.6596422891666667,1.721553352066667,Pure_Hypoxia_pO2,3.3004106792142816,ERF_VII_Core_Hypoxia_Anaerobic
257021_at,AT3G19710,BCAT4,Belongs to the branched-chain amino acid aminotransferase gene family. Encodes a methionine-oxo-acid transaminase. Involved in the methionine chain elongation pathway that leads to the ultimate biosynthesis of methionine-derived glucosinolates.,-0.06108210077306449,0.046034248095292926,-1.3268838593088745,0.19005378702433046,0.9998181408520408,-0.18434825701174584,0.04395261398987736,-4.1942501316122565,0.00010091328852668989,0.014620214400178905,-0.006689892014542952,0.022457826405834574,0.7669377357972578,0.923958617319453,-0.10825968942887879,-0.40649191466666657,-0.21286665076190506,-0.3843449183650246,-0.19308390202442421,-0.4155081638333333,-0.023435476833333357,-0.42091114233333327,-0.780502277083333,-1.0978278269333335,Pure_Hypoxia_pO2,3.275318599556111,Aliphatic_Glucosinolate_Biosynthesis
260637_at,AT1G62380,ACO2,Encodes a protein similar to 1-aminocyclopropane-1-carboxylic oxidase (ACC oxidase). Expression of the AtACO2 transcripts is affected by ethylene.,-0.18650694134308746,0.044601746222539596,-4.181606262959178,0.00010525509900771147,0.17675433009587208,-0.06209942166596414,0.04258488877532473,-1.4582501786865498,0.15048367597157783,0.7678251656621385,-0.03315057734133664,0.02130239942418147,0.12553103462283546,0.5007100343706318,-0.2742553544876919,-0.06783968149166637,-0.23835860719047602,-0.11231374709261645,-0.27611552222538394,-0.2866064019999997,-0.27239518674999985,-0.12146814773333289,-0.9777332235,-1.0827315853999995,Pure_Barosensory_Ptotal,3.162023256802222,Ethylene_Auxin_Root_Remodeling
258167_at,AT3G21560,BRT1,"Encodes a protein with sinapic acid:UDP-glucose glucosyltransferase activity. Mutants defective in this gene are hyper-fluorescent (which accumulate in their trichomes a compound that is likely to be 3',5'-dimethoxynaringenin chalcone or sinapoyltriacetic acid lactone, potential products of the concerted action of 4-coumarate CoA ligase and chalcone synthase  on sinapic acid).",-0.02084211138670188,0.0827494112097981,-0.2518702076786986,0.8020843168976483,0.9998181408520408,0.3349965475497986,0.07900754501876574,4.2400576738617906,8.659095337584597e-05,0.013232689063447135,0.015142400241960223,0.0403498190970648,0.7089303403140865,0.8984765365933846,0.1532658072709056,0.752257806508333,0.5833523983809521,0.6044697344525088,0.1476076066251445,0.6616455806666665,0.15892400791666672,1.0017940402666663,0.9726853441666667,1.8648258266666666,Pure_Hypoxia_pO2,3.151487554549483,Phenylpropanoid_Sinapate_Flavonol
247655_at,AT5G59820,AtZAT12,"Encodes a zinc finger protein involved in high light and cold acclimation. Overexpression of this putative transcription factor increases the expression level of 9 cold-responsive genes and represses the expression level of 15 cold-responsive genes, including CBF genes. Also, lines overexpressing this gene exhibits a small but reproducible increase in freeze tolerance. Because of the repression of the CBF genes by the overexpression of this gene, the authors speculate that this gene may be involved in negative regulatory circuit of the CBF pathway.",0.4663250788843259,0.10714268968493758,4.3523742054226515,5.932207688265675e-05,0.13034457152927306,0.02006954666984499,0.10229777777212787,0.19618751361882616,0.8451896749630297,0.997275651374687,0.18567340850553568,0.04577484603965135,0.000162271539141911,0.014677108387472588,0.6162646083693348,-0.24426740499999988,0.459694563047619,0.41673755483115893,0.5215981594053365,0.30776922199999995,0.7109310573333332,-0.08537297466666657,0.49785017083333316,2.964244031733333,Pure_Barosensory_Ptotal,3.1348128728900737,ROS_Redox_Calcium_HeatShock
246481_s_at,AT5G15970|AT5G15960,AT5G15970,,-0.002234735373808541,0.11044623056888953,-0.020233695276858282,0.9839304972919461,0.9998181408520408,0.4713176431052647,0.10545193501982636,4.469502081840895,3.981958508389208e-05,0.007741335746309481,0.1177059002004069,0.05148067635358837,0.02619609348910974,0.24302020948213238,-0.29426166610155413,0.5704191572916666,0.49550097842857127,0.039937548379526,-0.2841518076197745,0.40596500999999946,-0.30437152458333383,0.43050177999999983,1.733733351666666,1.9859857826666665,Pure_Hypoxia_pO2,3.1095487119520975,ABA_Desiccation_Stomatal_Closure
248179_at,AT5G54380,THE1,"Encodes THESEUS1 (THE1), a receptor kinase regulated by Brassinosteroids and required for cell elongation during vegetative growth.",0.0891349622013813,0.054154459178777065,1.6459394766943396,0.10550468881613854,0.9998181408520408,-0.16536480377708443,0.05170563523027851,-3.1981969284509977,0.0022995481440240754,0.10927161697996664,0.017585052356398855,0.02633207025714611,0.5071062550685201,0.8006457404038003,0.17195673153763358,-0.4663475256416668,-0.12167442385714329,-0.16598389225462037,0.10937908215860118,-0.371313951166667,0.234534380916666,-0.32684671920000063,-0.24135176433333405,-0.3350803819333336,Pure_Hypoxia_pO2,3.060372459751969,Cell_Wall_Mechanosensing_Expansion
255822_at,AT2G40610,ATEXP8,"member of Alpha-Expansin Gene Family. Naming convention from the Expansin Working Group (Kende et al, 2004. Plant Mol Bio).  Involved in the formation of nematode-induced syncytia in roots of Arabidopsis thaliana.",-0.14333621728262838,0.11538831554060576,-1.2422073813200576,0.2194538891823961,0.9998181408520408,-0.26706288456367483,0.1101705426229606,-2.4240861323307703,0.01867721158135042,0.32086998083791285,-0.06666730282646229,0.05560009760919462,0.23576709319009648,0.6235765467095273,-0.5518112367715762,-0.5183955672500002,-1.286652797000001,-0.6372596091207029,-0.6729141920431508,-0.883683016000001,-0.4307082815000014,-0.583816400000001,-1.9448291970000013,-2.319150505400001,Pure_Barosensory_Ptotal,2.9033535608469907,Cell_Wall_Mechanosensing_Expansion
253264_at,AT4G33950,ATOST1,"Encodes calcium-independent ABA-activated protein kinase, a member of SNF1-related protein kinases (SnRK2) whose activity is activated by ionic (salt) and non-ionic (mannitol) osmotic stress.  Mutations disrupted ABA induction of stomatal closure as well as ABA inhibition of light-induced stomatal opening. However, regulation of stomatal opening/closing by light or CO(2) is not affected in these mutants. May act in the interval between ABA perception and reactive oxygen species production in the ABA signalling network.",0.012690684319077624,0.08058788432976365,0.15747633064974947,0.8754487078743014,0.9998181408520408,0.32862332826659135,0.07694376075991927,4.270954850932817,7.806635585827424e-05,0.012593598087605006,0.07003612886122874,0.03817021252425799,0.07206534143502272,0.39990198982215824,-0.11731368318958134,0.5225317766083334,0.12342339228571422,-0.030082725122980394,-0.13390640346249613,0.39794784350000006,-0.10072096291666655,0.5463947468000001,0.7781252833333334,1.5953044207333331,Pure_Hypoxia_pO2,2.854061050589198,ABA_Desiccation_Stomatal_Closure
248719_at,AT5G47910,ATRBOHD,NADPH/respiratory burst oxidase protein D (RbohD).Interacts with AtrbohF gene to fine tune the spatial control of ROI production and hypersensitive response to cell in and around infection site.,0.049676903645071,0.06445491044108566,0.7707233367499231,0.4441837321084136,0.9998181408520408,0.24411645576213645,0.06154030782700737,3.9667733942501395,0.0002134851983362889,0.024524920814935493,0.03301756700728389,0.031146439542567145,0.2938500956750734,0.6700665941077915,0.05063777236582326,0.4202681294083329,-0.04043972338095284,0.01825111194310283,-0.0655821235183533,0.3666433153333329,0.1668576682499998,0.6407506117333328,0.6513394132499999,1.4522976873999998,Pure_Hypoxia_pO2,2.8396542672741876,ROS_Redox_Calcium_HeatShock
253628_at,AT4G30280,ATXTH18,"Encodes a xyloglucan endotransglucosylase/hydrolase with only only the endotransglucosylase (XET; EC   2.4.1.207) activity towards xyloglucan and non-detectable endohydrolytic (XEH; EC 3.2.1.151) activity. Expressed in the mature or basal regions of both the main and lateral roots, but not in the tip of these roots where cell division occurs.",0.2147278357220706,0.06871958440854616,3.1246963666934873,0.002845338199944994,0.5674277214666109,0.1288852505161502,0.06561213644244283,1.9643507665569262,0.05457285897621296,0.5208144627684136,0.10719361119044173,0.030199848383508306,0.0008109486230321886,0.0373833495893222,0.21575530044687177,0.06330817026666678,0.06646912842857157,0.25770221568677776,0.24504782139374331,0.30216444083333355,0.18646277950000023,0.010914679200000244,0.5638176550000003,1.8401723026000003,Pure_Barosensory_Ptotal,2.8235870373387453,Cell_Wall_Mechanosensing_Expansion
255795_at,AT2G33380,AtCLO3,"Encodes a calcium binding protein whose mRNA is induced upon treatment with NaCl, ABA and in response to dessication.  mRNA expression under drought conditions is apparent particularly in leaves and flowers. Isoform of caleosin with a role as a peroxygenase involved in oxylipin metabolism during biotic and abiotic stress.",0.36209202679863484,0.12525264885543408,2.8908931675892897,0.0054978606232175715,0.7012008120940108,0.24114556262101344,0.11958881819806376,2.016455771154345,0.04866777078534777,0.4957443413719303,0.16502042330643688,0.056862768619439,0.005363770038912388,0.10383036930897621,0.2494601415872957,0.0047910628916664755,0.0036707562380948744,0.08989122077173316,0.25096541509125886,0.41118229799999934,0.24795486808333256,-0.15364530413333383,1.8018256113333326,2.6792954411333327,Pure_Barosensory_Ptotal,2.7079256738507795,ABA_Desiccation_Stomatal_Closure
266072_at,AT2G18700,ATTPS11,Encodes an enzyme putatively involved in trehalose biosynthesis.  The protein has a trehalose synthase (TPS)-like domain that may or may not be active as well as a trehalose phosphatase (TPP)-like domain.,0.08312914517179151,0.08077107264322796,1.0291945179306872,0.30791298963749864,0.9998181408520408,-0.23671103706292104,0.07711866543550963,-3.069438970788081,0.0033333135716089235,0.13140303379517604,0.04171857117425821,0.03902408098480511,0.2898254065200417,0.6675457439156663,0.1852404681802356,-0.46886944937499964,0.06447168095238087,-0.18202482864643788,0.16988618727713808,-0.2894478143333332,0.20059474908333308,-0.44769633533333303,-0.7942142389166671,-0.3201902216666667,Pure_Hypoxia_pO2,2.7034266619146194,SnRK1_Starvation_Sugar_Autophagy
267024_s_at,AT2G29870|AT2G34390,AT2G29870,,0.020873645253267407,0.13136690987561936,0.15889576205325195,0.8743355925121532,0.9998181408520408,0.37177649860620615,0.1254265969296129,2.964096194165583,0.004487409155644254,0.15234419202131969,-0.010324948514867814,0.06412481039949176,0.8726864800030538,0.9606475810670434,-0.06801532294925704,1.019205358025,0.008444318523809002,0.16518905772150858,-0.050940592981846694,0.7943063596666663,-0.08509005291666738,1.1590143034666665,0.9326448745833328,1.8071559309333332,Pure_Hypoxia_pO2,2.648716659083674,ERF_VII_Core_Hypoxia_Anaerobic
252123_at,AT3G51240,F3'H,Encodes flavanone 3-hydroxylase that is coordinately expressed with chalcone synthase and chalcone isomerases. Regulates flavonoid biosynthesis.,0.02783917984472321,0.10988338061531149,0.2533520509546829,0.8009449643598867,0.9998181408520408,0.3223812408214979,0.10491453671818307,3.072798593082144,0.0033015383816459016,0.1308306481340029,0.022049960895316682,0.05356652266000343,0.6822421538674832,0.8865676693190073,0.2602129125070064,0.6702651609083328,0.6555404400476189,0.3467816490381652,0.4554151375973459,0.5708829744999998,0.06501068741666693,0.8346580347333326,1.7433670859166668,1.6185899034666669,Pure_Hypoxia_pO2,2.5935533954337524,Phenylpropanoid_Sinapate_Flavonol
262128_at,AT1G52690,LEA7,,0.6864564741033271,0.211759244889971,3.2416836131995383,0.002024714292418799,0.5005886010365,0.2246562714756571,0.20218365096721325,1.111149543501359,0.27135910194874296,0.8959695359161137,0.2529569233127361,0.09746614912203073,0.012156955340756958,0.16208942424363576,0.33166412408142065,-0.03227607207500002,0.5309275963333331,0.4765406686169897,0.2821228182461751,0.601079988833333,0.3812054299166663,-0.2844267030666668,2.9788684439166664,4.274962935266666,Pure_Barosensory_Ptotal,2.5403567745068694,ABA_Desiccation_Stomatal_Closure
261266_at,AT1G26770,AT-EXP10,"Encodes an expansin. Naming convention from the Expansin Working Group (Kende et al, Plant Mol Bio).  Involved in the formation of nematode-induced syncytia in roots of Arabidopsis thaliana.",0.04800360365708104,0.08620436418036352,0.5568581604133654,0.5798932859087316,0.9998181408520408,0.27028601087134496,0.08230626761230299,3.283905572592665,0.0017877383489809907,0.09241794655891275,0.021794634385035625,0.0419844314734507,0.6058130735562953,0.8493123368643295,0.08724976911500353,0.49606225480833327,0.1985356757142855,0.2680788719586199,0.17856510764667397,0.5452960639999999,-0.004065569416666914,0.44276287619999977,1.189385809333333,1.3440966325333332,Pure_Hypoxia_pO2,2.503693890426352,Cell_Wall_Mechanosensing_Expansion
249208_at,AT5G42650,AOS,"Encodes a member of the  cytochrome p450 CYP74 gene family that functions as an allene oxide synthase. This enzyme catalyzes dehydration of the hydroperoxide to an unstable allene oxide in the JA biosynthetic pathway. It shows a dual catalytic activity, the major one being a 13-AOS but also expressing a 9-AOS activity.",0.07049137327406464,0.06304660179732176,1.1180836280546234,0.2684125589326403,0.9998181408520408,0.15093025839645213,0.06019568184180978,2.5073270005161956,0.015161067383287631,0.2847676620150788,-0.03862936119319845,0.030328464421752126,0.20824935058367514,0.600969262671438,0.3368344909974139,0.3337318625750001,0.04752134914285693,0.3160882792476387,0.21358215607816142,0.6403758666666667,0.4600868259166664,0.4871746843999999,0.8858597509166661,1.0474389168666665,Background_Unchanged,2.4832716678578235,Oxylipin_JA_Chloroplast_Galactolipid
256299_at,AT1G69530,AT-EXP1,"Member of Alpha-Expansin Gene Family. Naming convention from the Expansin Working Group (Kende et al, Plant Mol Bio).  Involved in the formation of nematode-induced syncytia in roots of Arabidopsis thaliana.",-0.22470346646988462,0.10523997883092642,-2.135153094537225,0.037238113788535164,0.9998181408520408,0.09702789174026029,0.10048110607310096,0.9656331974458121,0.3384731935358498,0.9413022692464165,-0.12135592145509011,0.0486449947274072,0.015710604332495333,0.18657462450908005,-0.35302884256802136,0.5757383465916663,-0.537251634285715,0.010249692082836524,-0.43983930221937545,0.23687281966666593,-0.26621838291666733,0.6483854905999994,-0.5893114016666674,-0.6676961630666671,Background_Unchanged,2.479160335151206,Cell_Wall_Mechanosensing_Expansion
261892_at,AT1G80840,ATWRKY40,"Pathogen-induced transcription factor. Binds W-box sequences  in vitro. Forms protein complexes with itself and with WRKY40 and WRKY60. Coexpression with WRKY18 or WRKY60 made plants more susceptible to both P. syringae and B. cinerea. WRKY18, WRKY40, and WRKY60 have partially redundant roles in response to the hemibiotrophic bacterial pathogen Pseudomonas syringae and the necrotrophic fungal pathogen Botrytis cinerea, with WRKY18 playing a more important role than the other two.",0.33338146446211053,0.10710870540624205,3.112552459649856,0.002946457692414592,0.5674277214666109,0.019361005918781603,0.1022653302369767,0.18932130638914346,0.8505409957076124,0.997275651374687,0.11548915068593282,0.04986763930708993,0.02440645681524608,0.23351928577097544,0.5991564690567766,-0.17651333611666664,0.6206285010000006,0.5009458665923747,0.39057287361355264,0.38377008766666704,0.8077400645000006,0.07094330460000027,0.6669780585000008,2.34513504,Pure_Barosensory_Ptotal,2.426606688192943,ROS_Redox_Calcium_HeatShock
245628_at,AT1G56650,ATMYB75,Encodes a putative MYB domain containing transcription factor involved in anthocyanin metabolism and radical scavenging. Essential for the sucrose-mediated expression of the dihydroflavonol reductase gene.,-0.04101070314215215,0.12369270027773843,-0.3315531397573753,0.7414923238697176,0.9998181408520408,0.4008147415683469,0.11809940932279366,3.3938759208593945,0.0012874861729480472,0.07626343877571948,0.08104078690969956,0.0593732619166982,0.17795834285389991,0.569877582226497,-0.302123763331396,0.25732186096666615,-0.15203560195238147,-0.2002284275031072,-0.19896224099612497,-0.020050037666667315,-0.4052852856666671,0.1294084739333325,1.7693635228333329,0.9694059655333327,Pure_Hypoxia_pO2,2.422160154606447,Phenylpropanoid_Sinapate_Flavonol
251984_at,AT3G53260,ATPAL2,"Encodes phenylalanine lyase. Arabidopsis has four PALs: AT2G37040 (PAL1), AT3G53260 (PAL2), AT5G04230 (PAL3) and AT3G10340 (PAL4).",-0.04281227486320689,0.050759266238402094,-0.8434376230367396,0.40265315649630434,0.9998181408520408,0.1465977908225496,0.04846397036327449,3.0248819839498733,0.003782703725940152,0.1383846519844471,-0.014382069537255567,0.02470561000764039,0.5629074128833933,0.8280341468955353,-0.11771612394608721,0.29846657437499957,-0.30009646176190546,0.009873990708889538,-0.09081716997550693,0.16257698116666605,-0.1446150779166675,0.2897410896666656,0.276809504833333,0.29940615073333243,Pure_Hypoxia_pO2,2.350342501814393,Phenylpropanoid_Sinapate_Flavonol
248337_at,AT5G52310,COR78,"cold regulated gene, the 5' region of cor78 has cis-acting regulatory elements that can impart cold-regulated gene expression",0.29314259095531503,0.1855205565484279,1.5801084063630098,0.11984174261310472,0.9998181408520408,0.28191515160990815,0.1771314563948322,1.591558932262768,0.11724093623433349,0.7040027285074312,0.3739297206690004,0.07485960670242907,6.57771215590535e-06,0.0025259848752319384,-0.39068935503569696,-0.36867890024999994,0.4790668749523811,-0.41679286175088137,-0.38763680107139387,-0.42523557816666663,-0.39374190900000006,-0.7058641313333334,1.335885605,2.9470544698000003,Background_Unchanged,2.3452019245985856,ABA_Desiccation_Stomatal_Closure
258399_at,AT3G15540,IAA19,Primary auxin-responsive gene. Involved in the regulation stamen filaments development.,-0.01003007595179392,0.03414631053069506,-0.2937382046818091,0.770068443670447,0.9998181408520408,-0.11540003052535848,0.032602240028497084,-3.5396350196946345,0.000826044009599861,0.057110021405344796,0.0035629947632239466,0.016664950482105985,0.8315105347188965,0.9450190148469194,-0.11957925501030936,-0.29053738995,-0.23526312728571444,-0.3010753405942867,-0.17423852185395183,-0.2720409946666667,-0.06491998816666689,-0.37395377340000024,-0.44509921516666706,-0.6752374256666668,Pure_Hypoxia_pO2,2.326803257148531,Ethylene_Auxin_Root_Remodeling
266841_at,AT2G26150,ATHSFA2,member of Heat Stress Transcription Factor (Hsf) family. Involved in response to misfolded protein accumulation in the cytosol. Regulated by alternative splicing and non-sense-mediated decay.,0.19457297805806717,0.07526556104586583,2.5851528289212777,0.012427357735169692,0.8466145166714162,0.12609246703788018,0.07186210893534181,1.7546446786210008,0.08491418315683864,0.628988808489247,0.14398934827079046,0.0310611454661709,2.3091388370493452e-05,0.005200363563121229,0.08967195561050714,-0.05211802062500001,0.059800423047619046,0.07744266473048228,0.06718458080434747,0.02432085083333339,0.11215933041666681,-0.016397561666666595,0.23287039266666665,1.8089192996666668,Background_Unchanged,2.3116887300066464,ROS_Redox_Calcium_HeatShock
258369_at,AT3G14310,ATPME3,"encodes a pectin methylesterase, targeted by a cellulose binding protein (CBP) from the parasitic nematode Heterodera schachtii during parasitism.",-0.16220679709157665,0.04256610477284093,-3.8107033273824906,0.0003530332274909899,0.2527126810718109,-0.019604819781800994,0.04064129750225366,-0.48238666053203294,0.6314540391581591,0.997275651374687,-0.0714430700397687,0.01835726350650693,0.0002765150113048135,0.02022382780430639,-0.10680179288282872,0.04139660954999974,-0.09238299480952403,-0.07881849774772605,-0.19815222843232375,-0.040842016166667015,-0.015451357333333693,0.1081838779333328,-0.39077437883333355,-0.9077142523333335,Pure_Barosensory_Ptotal,2.29474339639009,Cell_Wall_Mechanosensing_Expansion
267028_at,AT2G38470,ATWRKY33,Member of the plant WRKY transcription factor family.  Regulates the antagonistic relationship between defense pathways mediating responses to P. syringae and necrotrophic fungal pathogens.  Located in nucleus. Involved in response to various abiotic stresses - especially salt stress.,0.3227881390314832,0.10722320055289151,3.0104318595886053,0.0039401920373693155,0.6180938488413962,0.022025498291026242,0.1023746479991346,0.2151460221988986,0.8304527777684277,0.997275651374687,0.11483089934734284,0.04995449650515018,0.02543626615216218,0.2388328564627648,0.5461215676457996,-0.13270171889166685,0.5737463033333329,0.3694941607426775,0.3223388768749328,0.31339308049999975,0.7699042584166664,0.19110774013333298,0.2637405499166663,2.2794529352666664,Pure_Barosensory_Ptotal,2.2916122274312185,ROS_Redox_Calcium_HeatShock
264339_at,AT1G70290,ATTPS8,"Encodes an enzyme putatively involved in trehalose biosynthesis. Though the protein has both trehalose-6-phosphate synthase (TPS)-like and trehalose-6-phosphate phosphatase (TPP)-like domains, neither activity has been detected in enzymatic assays nor has the protein been able to complement yeast TPS or TPP mutants.",0.04136818230432077,0.09478256766724376,0.4364534884679786,0.6642238438563951,0.9998181408520408,-0.2713553544785237,0.09049657118378719,-2.9985153131098747,0.00407464806061362,0.14481553872924594,-0.032475536952857334,0.04606540959546225,0.48386141118752335,0.7872163675801217,0.19926705735310063,-0.36273113070833324,0.053551140047619024,0.06484758028253104,0.18006029095620135,-0.22023368099999985,0.2184738237499999,-0.2867547566666667,-0.7898020962500001,-0.7791584004000001,Pure_Hypoxia_pO2,2.2794825888503607,SnRK1_Starvation_Sugar_Autophagy
257641_s_at,AT3G25760|AT3G25770,AT3G25760,,-0.04942553177389588,0.09515048378124595,-0.5194459324823485,0.6055432000306126,0.9998181408520408,0.20923450132268812,0.0908478504075929,2.303131008427258,0.025095156671211993,0.3666117107536211,-0.09457295732979316,0.04463098719170811,0.03872688259628869,0.2972938479700245,0.4012883788563708,0.4507654549833335,0.30800935276190483,0.6157789198730631,0.1797958000460749,0.9018390565,0.6227809576666667,0.6224728111333337,1.0348429549166667,0.8269758010666667,Background_Unchanged,2.2633423042945076,Oxylipin_JA_Chloroplast_Galactolipid
262197_at,AT1G53910,ERF74,encodes a member of the ERF (ethylene response factor) subfamily B-2 of ERF/AP2 transcription factor family (RAP2.12). The protein contains one AP2 domain. There are 5 members in this subfamily including RAP2.2 AND RAP2.12.,-0.10598728997045875,0.04477403719633685,-2.3671595551166873,0.021487394642769858,0.9860131939135973,0.06664653497057939,0.042749388880758736,1.5590055604415114,0.12475641034678787,0.7205360599562787,-0.03118388968796625,0.021443337083902995,0.15169197871524648,0.5372730737269412,-0.11100442575746604,0.18682685248333372,-0.07669520128571314,0.1601880062099831,-0.18342268084826616,-0.007443337499999074,-0.03858617066666592,0.3425108718000006,-0.38430145041666575,-0.06436328986666595,Background_Unchanged,2.260913836019899,ERF_VII_Core_Hypoxia_Anaerobic
253534_at,AT4G31500,ATR4,Encodes an oxime-metabolizing enzyme in the biosynthetic pathway of glucosinolates.  Is required for phytochrome signal transduction in red light.   Mutation confers auxin overproduction.,-0.09400344899486002,0.04596025701644748,-2.045320350606822,0.045640172584781494,0.9998181408520408,-0.09162921403559585,0.043881968732015074,-2.0880834812852345,0.04145493249158717,0.4649065009694223,-0.04070457325051986,0.021742663851880572,0.06663583140356646,0.38430492421539625,0.021884312388987262,-0.16890027054166645,0.12870498423809526,-0.006425291563601042,-0.08998876847202483,-0.16176220050000042,0.13375739324999936,-0.042280947333333076,-0.24024972575000025,-0.7336343784000003,Background_Unchanged,2.2574864988766823,Indole_Glucosinolate_Defense
247723_at,AT5G59220,HAI1,,0.3242149180474006,0.12820545220540824,2.5288699698040134,0.014354442484751147,0.8734546810692794,0.13021426173427192,0.12240809799950146,1.0637716283672853,0.292100800864701,0.9117267604836313,0.23249479447865717,0.053970861432472574,7.049700491052416e-05,0.009541084468553646,0.0062796792843107605,-0.4397805335416668,0.06783398142857143,-0.008802099637475556,-0.016961656348045178,-0.33149139916666676,0.0295210149166667,-0.5185486530000001,1.027713039916667,2.187874099666667,Background_Unchanged,2.2423810119116268,ABA_Desiccation_Stomatal_Closure
256017_at,AT1G19180,AtJAZ1,"JAZ1 is a nuclear-localized protein involved in jasmonate signaling. JAZ1 transcript levels rise in response to a jasmonate stimulus. JAZ1 can interact with the COI1 F-box subunit of an SCF E3 ubiquitin ligase in a yeast-two-hybrid assay only in the presence of jasmonate-isoleucine (JA-ILE) or coronatine. Application of jasmonate methyl ester to Arabidopsis roots reduces the levels of a JAZ1:GUS fusion protein, presumably  by stimulating ubiquitin-proteasome-mediated degradation. The Jas domain appears to be important for JAZ1-COI1 interactions in the presence of coronatine. Two positive residues (R205 and R206) in the Jas domain shown to be important for coronatine -dependent COI1 binding are not required for binding AtMYC2.",0.25185957742469817,0.0850107980050001,2.9626774872750223,0.00450523049997197,0.6497553770349651,0.046397033721806674,0.0811666736024578,0.5716266499850959,0.5699140080386811,0.997275651374687,0.12755667802963291,0.03768487280236838,0.001336562516325728,0.049756875607765975,0.36034114700017456,-0.10425850316666652,0.2872324182857148,0.2086556283168258,0.2863843276670154,0.2771907020000004,0.43429796633333373,-0.0514097419999997,0.3407569833333337,1.9533572557333336,Pure_Barosensory_Ptotal,2.2317517187969003,Oxylipin_JA_Chloroplast_Galactolipid
260399_at,AT1G72520,ATLOX4,,0.1812104344548945,0.06590025490671142,2.7497683387024296,0.00806455023601186,0.7419353806724407,0.05114727414456835,0.06292029490203357,0.8128899304144119,0.4198014725470217,0.9753423694902205,0.09717734325604212,0.029319460116454303,0.0016485827414268002,0.05565121569900967,0.32937172479250004,-0.11837332045000014,0.21366044561904726,0.12614890571974774,0.3397737565850002,0.0843479321666664,0.3189696929999999,-0.002124880066666801,0.5523462057499997,1.3949414857999998,Pure_Barosensory_Ptotal,2.2290741798009206,Oxylipin_JA_Chloroplast_Galactolipid
253088_at,AT4G36220,CYP84A1,encodes ferulate 5-hydroxylase (F5H). Involved in lignin biosynthesis.,-0.06799398788252825,0.043877485646036926,-1.5496327303492505,0.12699044917735985,0.9998181408520408,0.08728823027461889,0.04189337871782989,2.0835805787483284,0.041879319658056774,0.46558062360534325,-0.06884783689132083,0.019255800549031747,0.0007486939191094056,0.036080067550979956,0.1334701136656658,0.2781225436333332,0.04360772942857137,0.34193887091117,0.13894644316466487,0.24424292583333326,0.12799378416666674,0.43999594559999994,0.2426291361666666,0.035982294466666606,Background_Unchanged,2.2281993118477885,Phenylpropanoid_Sinapate_Flavonol
245126_at,AT2G47460,ATMYB12,"MYB12 belongs to subgroup 7 of the R2R3-MYB family. It strongly activates the promoters of chalcone synthase (CHS), flavanone 3-hydroxylase (F3H), flavonol synthase (FLS) and - to a lesser extent - chalcone flavanone isomerase (CHI), but cannot activate the promoters of flavonoid-3'hydroxylase (F3'H) and dihydroflavonol 4-reductase (DF). The activation requires a functional MYB recognition element (MRE). Results from the myb12-1f allele indicate that an activation domain might be present in the C-terminus. Overexpression or knock-out plants do not show any obvious phenotype under greenhouse conditions. Young myb12-ko seedlings contain reduced amounts of flavonoids (quercetin and kaempferol), while seedlings as well as leaves of MYB12-OX plants displayed an increased flavonoid content. They did not show any significant difference in anthocyanin content. Expression of CHS and FLS shows a clear correlation to MYB12 expression levels. CHI and F3H show increased transcript levels in the MYB12-OX lines, but no differences in the knock-out. Even in the absence of functional MYB12, flavonol biosynthesis is not completely absent, suggesting functional redundancy.  The redundant factors are MYB11 and MYB111 although MYB12 is primarily required for flavonol biosynthesis in roots.",-0.05362136507477278,0.04311270802651127,-1.243748479956291,0.21889038069329264,0.9998181408520408,0.1056397043918423,0.041163183767550134,2.5663637921787883,0.013042816060526678,0.26554997558372334,-0.014323218798789917,0.020959060561611627,0.4972952061868742,0.7949034968325116,-0.005860751389165605,0.28011593942499974,0.09745316933333317,0.04509917957954338,0.006646299805001939,0.22131069533333333,-0.018367802583333148,0.320553380933333,0.19233410791666683,0.2644430412666667,Background_Unchanged,2.1910328268817048,Phenylpropanoid_Sinapate_Flavonol
249197_at,AT5G42380,AtCML37,,0.20544767085281201,0.07739647121023852,2.6544836946730723,0.010378295078865975,0.7948306392723417,0.09168161714686636,0.07389666094340111,1.2406733399914658,0.220015879172979,0.8570784702292482,0.13994364877547993,0.03261461830144391,7.462111695633054e-05,0.009811167203980894,0.180487107740411,-0.04749229531666668,0.21671193457142854,0.08853930523646222,0.06813671864748858,0.10817409800000004,0.2928374968333334,0.08967880819999996,0.17242054933333328,1.9398001857333333,Background_Unchanged,2.175557920389347,ROS_Redox_Calcium_HeatShock
250207_at,AT5G13930,ATCHS,"Encodes chalcone synthase (CHS), a key enzyme involved in the biosynthesis of flavonoids.  Required for the accumulation of purple anthocyanins in leaves and stems. Also involved in the regulation of auxin transport and the modulation of root gravitropism.",0.012367104618740686,0.08940014239667442,0.13833428322593733,0.8904836966354555,0.9998181408520408,0.2243795234409042,0.0853575351392105,2.628702001234704,0.011101203383950915,0.24480679402676297,-0.007711955637077672,0.04363720158551835,0.8603854577661969,0.9560959315232749,0.2976844164212047,0.4394877685166667,0.41128519533333324,0.27923006774656056,0.3379983621757434,0.4290437081666664,0.25737047066666596,0.7073022995333329,1.1881107111666664,1.1221656372666662,Background_Unchanged,2.120690327168192,Phenylpropanoid_Sinapate_Flavonol
259439_at,AT1G01480,ACS2,"a member of the 1-aminocyclopropane-1-carboxylate (ACC) synthase (S-adenosyl-L-methionine methylthioadenosine-lyase, EC 4.4.1.14) gene family,  isolated from a flower-specific cDNA library.",0.09499386052663308,0.05276814274031606,1.8002123173847393,0.07733628342294711,0.9998181408520408,0.09691778968456964,0.05038200697938658,1.9236587721529796,0.0596020522681713,0.5425003124817225,0.06602047942382498,0.024139485689485197,0.008432574292638086,0.132280920593342,0.051569182048738796,0.20501499900833323,0.23879511047619065,0.03345530691433973,0.05361337501414424,0.2474109301666664,0.04952498908333336,0.2121440569333334,0.2711895330833336,1.1664904777333331,Background_Unchanged,2.1185197258259314,Ethylene_Auxin_Root_Remodeling
250781_at,AT5G05410,DREB2,Encodes a transcription factor that specifically binds to DRE/CRT cis elements (responsive to drought and low-temperature stress).  Belongs to the DREB subfamily A-2 of ERF/AP2 transcription factor family (DREB2A). There are eight members in this subfamily including DREB2B.  The protein contains one AP2 domain. Overexpression of transcriptional activation domain of DREB2A resulted in significant drought stress tolerance but only slight freezing tolerance in transgenic Arabidopsis plants. Microarray and RNA gel blot analyses revealed that DREB2A regulates expression of many water stressinducible genes.,0.31193798325960115,0.10111305070195002,3.0850417537009913,0.003188125845878916,0.5674277214666109,0.04736611766747817,0.09654079453284548,0.4906331866925239,0.62564633226481,0.997275651374687,0.18747195119595403,0.04223154708046344,4.524846263472875e-05,0.007974054459672478,0.06259075561358879,-0.23601099466666658,-0.039345456761904325,0.007670573130494586,0.2856209603938439,-0.08041658116666639,-0.1604394491666663,-0.5520448573333331,0.20380907258333325,1.7108550591333338,Pure_Barosensory_Ptotal,2.086439220477013,ABA_Desiccation_Stomatal_Closure
255753_at,AT1G18570,AtMYB51,Encodes a member of the R2R3-MYB transcription family. Involved in indole glucosinolate biosynthesis.,0.12368047817719457,0.08449922364990416,1.46368774569605,0.14899644430094167,0.9998181408520408,-0.10790062782474313,0.08067823225526544,-1.3374193361518656,0.18661468889161362,0.8196825689658752,0.027620529711902757,0.04108464449556944,0.5042825528493984,0.7993574306089999,0.3099088687216153,-0.34820350643333337,0.2708662905714281,0.1819384417607473,0.030647346109898017,-0.05441809033333378,0.5891703913333326,-0.05281853120000033,-0.15291689691666743,0.5308294553333328,Background_Unchanged,2.0586659160789065,Indole_Glucosinolate_Defense
250533_at,AT5G08640,ATFLS1,Encodes a flavonol synthase that catalyzes formation of flavonols from dihydroflavonols.,-0.11428371525569288,0.08910573709407409,-1.2825629300954768,0.2050479933053223,0.9998181408520408,0.15684616795102355,0.08507644262315639,1.8435910472393522,0.07065670465059333,0.5833602192313597,-0.031107985109541613,0.04329875939653271,0.47559107870569545,0.7827790836345135,0.12222536361530859,0.3643409362666667,0.43223486347619006,0.23934779700968425,0.2979671938972844,0.18221923633333312,-0.053516466666667206,0.49294616953333303,0.8651224090833329,0.15039140933333303,Background_Unchanged,2.04964328854939,Phenylpropanoid_Sinapate_Flavonol
245593_at,AT4G14550,IAA14,IAA14 is a member of the Aux/IAA protein family.   Involved in lateral root development. Gain of function mutation decreases auxin-inducible gene expression. Protein is localized to the nucleus. Expressed in stele and root tip epidermis. Functions as a negative regulator of ARF7/19.,-0.03879443443038388,0.03655023716780942,-1.0614003474798508,0.2931669635032234,0.9998181408520408,0.08794771532478532,0.03489746290956495,2.520175049765007,0.014675203790831669,0.2816720879708568,-0.015081054429408743,0.017726825976913864,0.3986831003893784,0.7390746374455419,-0.01053645259897857,0.2209178694166664,0.1174453267142855,0.22917331594949383,0.01943188413537654,0.13944812649999946,-0.04050478933333368,0.26188282299999965,0.2473546671666662,0.25230297826666614,Background_Unchanged,2.022242020638074,Ethylene_Auxin_Root_Remodeling
266327_at,AT2G46680,ATHB-7,encodes a putative transcription factor that contains a homeodomain closely linked to a leucine zipper motif. Transcript is detected in all tissues examined.  Is transcriptionally regulated in an ABA-dependent manner and may act in a signal transduction pathway which mediates a drought response.,0.17815834745539724,0.0936020236134489,1.9033599977618343,0.062255167314060715,0.9998181408520408,0.1539467763976155,0.08936941044495898,1.7225891457841558,0.09060684477616404,0.6445721106616711,0.12786240501659965,0.042243444123436245,0.0037889449801562784,0.08482612452621525,0.0927010206680814,0.11509085467500006,0.34914450314285744,0.13136800808125995,-0.044158654080504095,0.21835568016666698,0.2295606954166669,0.24138672460000005,0.5726741786666669,2.041680068266667,Background_Unchanged,2.0207664471160767,ABA_Desiccation_Stomatal_Closure
247718_at,AT5G59310,AtLtpI-11,"Encodes a member of the lipid transfer protein family. Proteins of this family are generally small (~9 kD), basic, expressed abundantly and contain eight Cys residues. The proteins can bind fatty acids and acylCoA esters and can transfer several different phospholipids. They are localized to the cell wall. The mRNA is present in flowers and siliques, and is strongly up-regulated by abscisic acid. Predicted to be a member of PR-14 pathogenesis-related protein family with the following members:   At2g38540/LTP1, At2g38530/LTP2, At5g59320/LTP3, At5g59310/LTP4, At3g51600/LTP5, At3g08770/LTP6, At2g15050/LTP7, At2g18370/LTP8, At2g15325/LTP9, At5g01870/LTP10, At4g33355/LTP11, At3g51590/LTP12, At5g44265/LTP13, At5g62065/LTP14, At4g08530/LTP15.",0.33307214961049586,0.1810522149216054,1.8396469203909727,0.07124324612244404,0.9998181408520408,0.3061363533793285,0.1728651698185405,1.7709545173309638,0.08213379441476841,0.6202573996541574,0.22236853005354879,0.08303384711881,0.009801816506966725,0.14437458597501046,-0.12304127005645796,-0.08606970975000013,0.06530653538095255,-0.1099220196105019,-0.08833662344624955,0.016163267166666568,-0.15774591666666637,-0.3460486033333332,2.290929032333333,2.599531235133334,Background_Unchanged,2.0144116986674265,Cuticle_Epicuticular_Wax_Lipid_Transport
251272_at,AT3G61890,ATHB-12,Encodes a homeodomain leucine zipper class I (HD-Zip I) protein. Loss of function mutant has abnormally shaped leaves and stems.,0.20296336760121567,0.1022032147067863,1.9858804655362654,0.05206224953886467,0.9998181408520408,0.15488567215750795,0.0975816621406109,1.5872415857635678,0.118216156222065,0.7072447894337429,0.13239553982086083,0.046519357066443105,0.006253485215590328,0.1133400595329224,0.14862090283329238,0.07471259378333339,0.21441659776190494,0.2560198641197011,0.11632677383325128,0.23258242666666687,0.18091503183333346,0.09775779273333338,0.47022693133333315,2.0655287695333335,Background_Unchanged,2.0098945222665425,ABA_Desiccation_Stomatal_Closure
246114_at,AT5G20250,DIN10,"encodes a member of glycosyl hydrolase family 36. Expression is induced within 3 hours of dark treatment, in senescing leaves and treatment with exogenous photosynthesis inhibitor. Induction of gene expression was suppressed in excised leaves supplied with sugar. The authors suggest that the gene's expression pattern is responding to the level of sugar in the cell.",-0.06008948461993303,0.11800446142635997,-0.5092136678021411,0.6126484034767241,0.9998181408520408,-0.2801618216400769,0.11266838835772167,-2.4866053888209025,0.01597540778311508,0.29140066193643593,-0.10646611393133888,0.05575621108089467,0.061541114011153815,0.37180986654379106,0.26819809982231263,-0.22094017415,-0.05526747547619072,-0.051702089984635734,0.2769614493112923,-0.07996027383333344,0.25943475033333296,-0.10248532413333358,-0.8952556626666672,-1.438368067466667,Background_Unchanged,1.9870478022838345,SnRK1_Starvation_Sugar_Autophagy
260248_at,AT1G74310,ATHSP101,"Encodes ClpB1, which belongs to the Casein lytic proteinase/heat shock protein 100 (Clp/Hsp100) family.  Involved in refolding of proteins which form aggregates under heat stress. Also known as AtHsp101.  AtHsp101 is a cytosolic heat shock protein required for acclimation to high temperature.",0.17334369403645267,0.056152902434380335,3.0869943764531174,0.003170378894438234,0.5674277214666109,0.020513912183727362,0.053613710383637776,0.3826243704630439,0.7034794786542656,0.997275651374687,0.1052567220531502,0.023357964710262077,3.600656937448355e-05,0.0070000463845470325,-0.04791178297896202,-0.13063745568333363,-0.23575873280952425,-0.18585868287817928,-0.06287822745792335,-0.005132131000000613,-0.0329453385000007,-0.28908811886666735,-0.11917924625000054,0.9952349001999995,Pure_Barosensory_Ptotal,1.9133586121203763,ROS_Redox_Calcium_HeatShock
248352_at,AT5G52300,LTI65,"encodes a protein that is induced in expression in response to water deprivation such as cold, high-salt, and dessication. The response appears to be via abscisic acid. The promoter region contains two ABA-responsive elements (ABREs) that are required for the dehydration-responsive expression of rd29B as cis-acting elements. Protein is a member of a gene family with other members found plants, animals and fungi.",0.14626304597455178,0.06519964245949697,2.243310552897781,0.02894270694049602,0.9998181408520408,0.07955548882886487,0.06225136362319146,1.2779718258127737,0.2066503920452912,0.8433286220581103,0.10510887837660542,0.028423392664977332,0.0005115239724576083,0.028728701919804343,-0.0665238652598533,-0.07397443834166662,-0.05980592604761904,-0.11036833484798109,-0.03727596810303963,-0.010776585166666871,-0.09577176241666696,-0.23294405393333334,0.4265109185833331,1.0357093119333334,Background_Unchanged,1.9011394929567973,ABA_Desiccation_Stomatal_Closure
251827_at,AT3G55120,A11,Catalyzes the conversion of chalcones into flavanones. Required for the accumulation of purple anthocyanins in leaves and stems.,-0.023971901024720785,0.06811788434598666,-0.35191787376956535,0.7262505782702207,0.9998181408520408,0.15205222247989097,0.06503764480455147,2.337910958135588,0.02307359829238965,0.35504009987394153,0.006611029217911576,0.033246527943051364,0.8431312389401712,0.9496812499224093,0.07545135150771941,0.3933114526916671,0.45775379580952397,0.3507467721348847,0.20597773476543876,0.2854834251666671,-0.05507503174999995,0.44606444846666715,0.8148596129999999,0.7541492424000001,Background_Unchanged,1.813677220151963,Phenylpropanoid_Sinapate_Flavonol
253666_at,AT4G30270,MERI-5,"encodes a protein similar to endo xyloglucan transferase in sequence. It is also very similar to BRU1 in soybean, which is involved in brassinosteroid response.",0.1691929834564252,0.09876390457759332,1.713105452645401,0.09235029343304228,0.9998181408520408,0.1014832048778646,0.09429787503091439,1.076198215968224,0.2865574174121643,0.9081575679882906,0.03373248278968902,0.04800178817289833,0.48525366653847507,0.787607572215993,0.1977701433013822,0.2167795783083337,-0.4599581389523807,0.3573004401617792,0.2562422891860976,0.2689428925000004,0.13929799741666682,0.3039142615333338,-0.060103783083333306,1.394498635066667,Background_Unchanged,1.8092015559165284,Cell_Wall_Mechanosensing_Expansion
246596_at,AT5G14740,BETA,Encodes a beta carbonic anhydrase likely to be localized in the cytoplasm.  Expression of its mRNA is seen in etiolated seedlings and points to a possible nonphotosynthetic role for this isoform.,-0.04863190901750806,0.0735321999408218,-0.6613688840623112,0.5111491531737591,0.9998181408520408,-0.16592722092019882,0.07020712911689533,-2.363395612487286,0.02168589902786263,0.34859891115742997,-0.07279020459933684,0.034502412221017784,0.03955448590370437,0.3010058000554231,0.008737300614107872,-0.28587971321666666,-0.5249753773809532,0.08942396613091791,-0.010198503271783189,-0.17057624766666737,0.027673104499998935,-0.37351007426666705,-1.0511741420000011,-1.1705688164000008,Background_Unchanged,1.806999262105573,Photosynthesis_Carbon_Fixation_LHC
264524_at,AT1G10070,ATBCAT-2,Encodes a chloroplast branched-chain amino acid aminotransferase. Complements the yeast leu/iso-leu/val auxotrophy mutant.,-0.05031316006950884,0.04245838304514666,-1.184999438532788,0.24113513616102222,0.9998181408520408,0.08221571036409092,0.04053844687013585,2.028092260847274,0.04742697631745601,0.4910213943180949,0.019828580466938556,0.020553271255256578,0.3389945577607752,0.7036511386398406,-0.05946627513620612,0.13191053674166658,0.0935089740000002,-0.06886923586444871,-0.10887913352241298,0.09172322033333365,-0.010053416749999267,0.16204443640000027,0.0431878032500006,0.30362827340000054,Background_Unchanged,1.7979226615679036,SnRK1_Starvation_Sugar_Autophagy
263497_at,AT2G42540,AtCOR15A,A cold-regulated gene whose product is targeted to the chloroplast. Cor15am  protects stromal proteins from aggregation under various stress conditions. Constitutive expression increases freezing tolerance in protoplasts in vitro and chloroplasts in vivo. NMR and x-ray diffraction studies suggest that COR15a alters the intrinsic curvature of the inner membrane of chloroplast envelope.  Late Embryogenesis abundant protein (LEA).,0.17389266038755252,0.1870564776830846,0.9296265092843536,0.3566446496468952,0.9998181408520408,0.37117644955937124,0.17859792432998162,2.078279750181067,0.042383746745089726,0.46792186116628415,0.2665177254489279,0.08378555675481217,0.0024381555201454233,0.06650681656884806,-0.1672263300150036,0.11656639494166687,0.9675488268571428,-0.0789580497660034,-0.0803586722800068,0.16551374033333333,-0.25409398775000036,-0.18647493819999994,1.6851709869999998,2.7275927490000003,Background_Unchanged,1.7877458546893807,ABA_Desiccation_Stomatal_Closure
247600_at,AT5G60890,AtATR1,"Myb-like transcription factor that modulates expression of ASA1, a key point of control in the tryptophan pathway; mutant has deregulated expression of ASA1 in dominant allele. Loss of function allele suggests ATR1 also functions at a control point for regulating indole glucosinolate homeostasis.",-0.017057945955800322,0.050071073150674474,-0.34067466268336905,0.7346521133292998,0.9998181408520408,-0.12306707140282218,0.047806896849816004,-2.5742534971352327,0.012781080977793886,0.26380986199718665,-0.023951830991974246,0.024228105585559944,0.32728922737251,0.6962251357635391,-0.016012960586999095,-0.30891929454166667,-0.26156976257142833,-0.35649210267973314,-0.07499535292399864,-0.23845832233333297,0.04296943175000045,-0.33641083499999985,-0.18751260574999984,-0.8773264095999999,Background_Unchanged,1.7823963350379666,Indole_Glucosinolate_Defense
257644_at,AT3G25780,AOC3,"Encodes allene oxide cyclase, one of the enzymes involved in jasmonic acid biosynthesis.  One of four genes in Arabidopsis that encode this enzyme.  mRNA expression is upregulated in senescing leaves.  Note: Nomenclature for Arabidopsis allene oxide cyclase 3 (AOC3, AT3G25780) gene is based on Stenzel et al. 2003 Plant Molecular Biology 51:895-911. AOC3 (AT3G25780) is also referred to as AOC2 in He et al. 2002 Plant Physiology, 128:876-884.",0.15801559785984567,0.057547775285399866,2.745815925571235,0.00815022309255419,0.7419353806724407,-0.006848724968938071,0.05494550813254224,-0.12464576635486276,0.9012604528578323,0.997275651374687,0.048571097504485176,0.02730578666402088,0.08092958661370472,0.41951330380932716,0.27447275554491946,-0.022279403508333507,0.274485080238095,0.15403780713439,0.21038335867317226,0.25163800133333325,0.33856215241666665,0.04236534406666639,0.16906175841666649,1.0332480352666666,Pure_Barosensory_Ptotal,1.731983005016302,Oxylipin_JA_Chloroplast_Galactolipid
254687_at,AT4G13770,CYP83A1,Encodes a cytochrome p450 enzyme that catalyzes the initial conversion of aldoximes to thiohydroximates in the synthesis of glucosinolates not derived from tryptophan.   Also has a role in auxin homeostasis.,-0.0747050997809894,0.03577059858108175,-2.0884498091820918,0.04142057217795066,0.9998181408520408,-0.02830082932917501,0.034153078993852455,-0.8286464987320514,0.4109018504622493,0.9721377171334515,-0.005385642267549984,0.01744964423586557,0.7587889835264986,0.9202076252555842,-0.148894727263498,-0.12104962051666694,-0.16976261638095202,-0.22969174751965246,-0.2174209858603301,-0.2502726408333335,-0.08036846866666592,-0.0721950688666663,-0.3137518386666658,-0.5245298362666663,Background_Unchanged,1.7284925017372363,Aliphatic_Glucosinolate_Biosynthesis
247455_at,AT5G62470,ATMYB96,Encodes a R2R3 type Myb transcription factor whose expression is strongly induced by abscisic acid. Mediates abscisic acid signaling during drought stress response.,0.05157906999162604,0.03414197791695192,1.510722961542787,0.13660861897671572,0.9998181408520408,-0.047822436714708365,0.032598103332291566,-1.4670312633599032,0.14808769677426958,0.7650035183671476,0.0025485534984780534,0.016666294407397593,0.8790365524594357,0.9619435864865158,0.0747414806017149,-0.14314959120833337,-0.03800862533333316,-0.0022017669795678036,-0.047157778046570224,-0.007899070833333374,0.19664073925000003,-0.08175937233333333,-0.11272058400000007,0.08659422380000006,Background_Unchanged,1.7067681842613933,Cuticle_Epicuticular_Wax_Lipid_Transport
245397_at,AT4G14560,AXR5,auxin (indole-3-acetic acid) induced gene (IAA1) encoding a short-lived nuclear-localized transcriptional regulator protein.,-0.052069171246293365,0.04215923240369594,-1.235059755066334,0.22208143920803775,0.9998181408520408,-0.04251293026379061,0.04025282359588817,-1.0561477796090137,0.2955381418357036,0.9135591554832315,0.029201129977390237,0.02019540524598644,0.15400212298384533,0.5407635451507561,-0.2967594784250624,-0.24694238988333295,-0.2899020886666663,-0.3452608336181942,-0.2306271080167915,-0.433045623333333,-0.36289184883333325,-0.4237310052666661,-0.26217024208333317,-0.710575975333333,Background_Unchanged,1.6893056356460692,Ethylene_Auxin_Root_Remodeling
247884_at,AT5G57800,CER3,encodes a transmembrane protein with similarity to the sterol desaturase family at the N-terminus and to the short-chain dehydrogenase/reductase family at the C-terminus. Mutant analyses indicate this protein is involved in cuticle membrane and wax biosynthesis.,0.023913549701096742,0.057750553396427436,0.4140834727061868,0.6804304909046386,0.9998181408520408,-0.12971285067694896,0.05513911676977124,-2.352465151347166,0.02227168243898412,0.3512813647524815,-0.06381675218561848,0.02681989932606322,0.020917490238541028,0.21548425406062238,0.23252923336237236,-0.06540234295000014,-0.05121268228571412,0.07733010183485096,0.1645586365580779,0.040744549666666664,0.3004998301666668,0.12895059459999986,-0.35220350083333307,-0.3950591723333332,Background_Unchanged,1.6812058883390488,Cuticle_Epicuticular_Wax_Lipid_Transport
247947_at,AT5G57090,AGR,"Encodes an auxin efflux carrier that is similar to bacterial membrane transporters. Root-specific role in the transport of auxin. Acts downstream of CTR1 and ethylene biosynthesis, in the same pathway as EIN2 and AUX1, and independent from EIN3 and EIN5/AIN1 pathway. In the root, the protein localizes apically in epidermal and lateral root cap cells and predominantly basally in cortical cells. Functions may be regulated by phosphorylation status. EIR1 expression is induced by brassinolide treatment in the brassinosteroid-insensitive br1 mutant. Gravistimulation resulted in asymmetric PIN2 distribution, with more protein degraded at the upper side of the gravistimulated root. Protein turnover is affected by the proteasome and by endosomal cycling. Plasma membrane-localized PIN proteins mediate a saturable efflux of auxin. PINs mediate auxin efflux from mammalian and yeast cells without needing additional plant-specific factors. The action of PINs in auxin efflux is distinct from PGPs, rate-limiting, specific  to auxins and sensitive to auxin transport inhibitors. Membrane sterol composition is essential for the acquisition of  PIN2 polarity.",0.032669447268405954,0.04978142861591966,0.6562577285690543,0.5144066493284288,0.9998181408520408,-0.10046436228779518,0.047530349823263006,-2.1136886781048774,0.039112159464822716,0.455581939584561,0.009283459933499473,0.02427292461639798,0.7036270037094735,0.8957799414888369,0.1788941098371624,-0.09739917884999963,0.2021917360000009,-0.10000610226207741,0.3584924271743238,-0.18317081299999907,-0.0007042074999989989,-0.01233175219999918,0.11998409100000096,-0.22275291879999895,Background_Unchanged,1.661266492024128,Ethylene_Auxin_Root_Remodeling
259922_at,AT1G72770,AtHAB1,mutant has ABA hypersensitive inhibition of seed germination; Protein Phosphatase 2C; regulates the activation of the Snf1-related kinase OST1 by abscisic acid.,0.0948159772866381,0.06659222519509367,1.4238295387916227,0.16016935596883064,0.9998181408520408,0.09781818694162105,0.06358097481397156,1.5384820259176972,0.12968979290605206,0.7314966505960429,0.12656582763105625,0.027553075592457895,2.6698806977160758e-05,0.005896029742742705,-0.052101792515538925,-0.12394270852500017,-0.053874193999999855,-0.16356194989111905,-0.08618071678107775,-0.1535450525000003,-0.0180228682500001,-0.11236323280000012,0.09065178849999977,1.1287684754,Background_Unchanged,1.657200283395199,ABA_Desiccation_Stomatal_Closure
253489_at,AT4G31780,EMB2797,Encodes an A-type monogalactosyldiacylglycerol (MGDG) synthase. It represents the isoform responsible for the bulk of MGDG synthesis in Arabidopsis.,0.08414633572689915,0.05935682957375439,1.41763528023919,0.16196270464851373,0.9998181408520408,0.0718135641382668,0.05667275834543123,1.267161970492939,0.2104601334343721,0.8475020816168193,-0.008073745574510394,0.028960215089054664,0.7814775642141925,0.92812701940351,0.12735309537720574,0.177434841783333,0.03568309761904752,0.14581708210798322,0.0781096419210778,0.2779453706666664,0.17659654883333364,0.2535208617333332,0.44114164558333346,0.6645048161333331,Background_Unchanged,1.6471865625266031,Oxylipin_JA_Chloroplast_Galactolipid
247549_at,AT5G61420,AtMYB28,"Encodes a nuclear localized member of the MYB transcription factor family. Involved in positive regulation of aliphatic glucosinolate biosynthesis.Expression is induced by touch, wounding and glucose.|Encodes a putative transcription factor (MYB28).",-0.07351966989748007,0.04920696734618558,-1.4940906514365626,0.14089240057749447,0.9998181408520408,-0.030826477156504464,0.04698186526045468,-0.6561356596978613,0.5144845829517984,0.9942669037042894,0.020218247057805974,0.023866670810912965,0.4006765994211017,0.7403293856499308,-0.33785737019522133,-0.23123814478333346,-0.3382362162857144,-0.4731497979277224,-0.39607242472377596,-0.44786040783333353,-0.27964231566666675,-0.29425819740000014,-0.2628212559166667,-0.7267704622666671,Background_Unchanged,1.6442086705457666,Aliphatic_Glucosinolate_Biosynthesis
249867_at,AT5G23020,IMS2,methylthioalkymalate synthase-like. Also known as 2-isopropylmalate synthase (IMS2).  encodes a methylthioalkylmalate synthase involved in the biosynthesis of aliphatic glucosinolates which accepts all the omega-methylthio-2-oxoalkanoic acids needed to form the known C3 to C8 glucosinolates in Arabidopsis.,0.0320772275216795,0.06955183336509788,0.46119887815604754,0.6464826630681545,0.9998181408520408,-0.1275471478161687,0.06640675172659118,-1.9206954789974335,0.0599832533005955,0.543681400420647,0.018637224927350194,0.03386361573694851,0.5843513014310973,0.8386429020271068,0.007659180512732899,-0.4446194253916671,-0.29185413147619027,-0.1037326483476109,-0.1271656253912009,-0.5871371458333337,0.1424839864166667,-0.1596177185333339,-0.46334997883333306,-0.35271711453333376,Background_Unchanged,1.6432257844811404,Aliphatic_Glucosinolate_Biosynthesis
265530_at,AT2G06050,AtOPR3,"Encodes a 12-oxophytodienoate reductase that is required for jasmonate biosynthesis. Mutants are male sterile and defective in pollen dehiscence. Shows activity towards 2,4,6-trinitrotoluene.",0.035318776254404445,0.04058604416092341,0.8702197266224252,0.3879792262726075,0.9998181408520408,0.07975360627046063,0.03875077374324672,2.0581164855930045,0.044351024145245485,0.47715079266422933,0.006965731481550147,0.019793465739754428,0.72627348559583,0.907004314969942,-0.0031728156192925884,0.1670700897916662,-0.16696056909523854,0.05304328907648406,-0.022767573155251637,0.22884952716666618,0.01642194191666646,0.12171259433333273,0.09835259491666615,0.5223760746666664,Background_Unchanged,1.6344110115186736,Oxylipin_JA_Chloroplast_Galactolipid
262344_at,AT1G64060,ATRBOH,Interacts with AtrbohD gene to fine tune the spatial control of ROI production and hypersensitive response to cell in and around infection site.,0.07534053193215764,0.055691206928857324,1.3528263452505407,0.18167072487055655,0.9998181408520408,0.04828670403126901,0.053172892401923216,0.9081075309253352,0.36780077740283634,0.9593237316367957,0.012360484993508631,0.027139082287821945,0.6506200881241949,0.8707857913782252,0.25968956639716984,0.21654830001666653,0.46870045295238055,0.2943724052184264,0.18627540846100665,0.3492445604999997,0.333103724333333,0.4169557638666664,0.381690918333333,1.007853156733333,Background_Unchanged,1.6067048045017744,ROS_Redox_Calcium_HeatShock
267392_at,AT2G44490,BGLU26,Encodes a glycosyl hydrolase that localizes to peroxisomes and acts as a component of an inducible preinvasion resistance mechanism. Required for mlo resistance.,-0.0020222268539343492,0.06316621314267655,-0.032014375301660854,0.9745769938614274,0.9998181408520408,0.13917327396127446,0.06030988445201223,2.307636222914882,0.024824701847657792,0.3651170757921956,-0.041154880797717265,0.030326002828721103,0.1804258711242813,0.5731659676300048,0.020755325039675983,0.41012408063333305,-0.13849883847619054,0.38183386404354785,0.020473186079351793,0.3610850369999998,0.021037464000000172,0.48020058826666645,0.1952207757500004,0.6013297704000002,Background_Unchanged,1.6007047047812806,Indole_Glucosinolate_Defense
245925_at,AT5G28770,AtbZIP63,"bZIP protein BZO2H3 mRNA, partial cds",-0.0533922772203389,0.051339413804394995,-1.0399861093810963,0.3029166434688876,0.9998181408520408,-0.08250332322575042,0.04901788409229791,-1.6831269801528217,0.09804428937054109,0.6593896439366504,-0.03014889120835231,0.024727053368642206,0.22806553456875744,0.6174733439480229,-0.20037677253992509,-0.03487463398333339,-0.3497409510476193,-0.1158299233425055,-0.0171910612465168,-0.2354902976666667,-0.38356248383333336,-0.21782145413333343,-0.49335920283333357,-0.9034283565333336,Background_Unchanged,1.5968079512902174,SnRK1_Starvation_Sugar_Autophagy
263845_at,AT2G37040,ATPAL1,"Encodes PAL1, a phenylalanine ammonia-lyase.  Arabidopsis has four PALs: AT2G37040 (PAL1), AT3G53260 (PAL2), AT5G04230 (PAL3) and AT3G10340 (PAL4).",-0.018314968921121826,0.04294631903408237,-0.42646190251106253,0.6714432047906556,0.9998181408520408,0.08783208326738834,0.04100431876032218,2.142020302319448,0.03665535661338478,0.4450392885769524,-0.005074344898465776,0.020957239227036507,0.8096019172279709,0.9382981252659431,0.13081131734752183,0.1797701873583335,0.2519090221428572,0.0852478650902688,0.0657511896117107,0.1600890619999998,0.19587144508333298,0.39532275780000015,0.4630858293333331,0.47945280713333316,Background_Unchanged,1.5948226071211107,Phenylpropanoid_Sinapate_Flavonol
256186_at,AT1G51680,4CL.1,"encodes an isoform of 4-coumarate:CoA ligase (4CL), which is involved in the last step of the general phenylpropanoid pathway. In addition to 4-coumarate, it also converts ferulate.  The catalytic efficiency was in the following (descending) order:  p-coumaric acid, ferulic acid, caffeic acid and 5-OH-ferulic acid. At4CL1 was unable to use sinapic acid as substrate.",0.009925278327723655,0.05650551030827152,0.17565151210165691,0.861215678101115,0.9998181408520408,-0.13293966097948864,0.05395037359444658,-2.4641101093908437,0.01690400409480743,0.3018041421824881,-0.001264013194050145,0.027588438929176142,0.9636260669053508,0.9877799200699166,0.025914942758841458,-0.24424959508333344,-0.10278066704761889,-0.20863848136898394,-0.13534880014898437,-0.19026963416666653,0.1871786856666673,-0.11105087033333305,-0.5289356930833329,-0.3380476301333328,Background_Unchanged,1.5900453485884252,Phenylpropanoid_Sinapate_Flavonol
253309_at,AT4G33790,CER4,"Encodes an alcohol-forming fatty acyl-CoA reductase, involved in cuticular wax biosynthesis. Lines carrying recessive mutations are deficient in primary alcohol and have glossy stem surfaces.",0.040520843907664375,0.06649422590405431,0.6093889109429234,0.5447869651510203,0.9998181408520408,-0.13902997242964907,0.06348740697722925,-2.1898826720000444,0.032811004126897754,0.41845789466870087,-0.049362771025049254,0.03176026774363918,0.12599745237732504,0.5016520307674839,0.17529604384395375,-0.00999637369166665,0.07956590000000004,0.09248562126074006,0.1832259326045741,0.09548267050000019,0.1673661550833334,0.051890737199999926,-0.32337702341666685,-0.33001065386666684,Background_Unchanged,1.5849282090071042,Cuticle_Epicuticular_Wax_Lipid_Transport
263715_at,AT2G20570,ATGLK1,"Encodes GLK1, Golden2-like 1, one of a pair of partially redundant nuclear transcription factors that regulate chloroplast development in a cell-autonomous manner. GLK2, Golden2-like 2, is encoded by At5g44190. GLK1 and GLK2 regulate the expression of the photosynthetic apparatus.",-0.10977755556197229,0.10732811288208917,-1.0228220045438987,0.31088954151226567,0.9998181408520408,0.04087618320425719,0.10247481627164462,0.39889003651297955,0.6915255629731539,0.997275651374687,0.012461664781496549,0.0523756895719031,0.8128411473927815,0.9391510901043297,-0.36126533261717697,-0.5126603344333331,-0.5369852284285708,-0.3793520669402196,-0.47526843390102136,-0.5728653069999994,-0.24726223133333258,-0.6997175931999994,0.17331730466666717,-1.0785780347333327,Background_Unchanged,1.584781687578949,Photosynthesis_Carbon_Fixation_LHC
259161_at,AT3G01500,ATBCA1,Encodes a putative beta-carbonic anhydrase betaCA1.  Together with betaCA4 (At1g70410) regulates CO2-controlled stomatal movements in guard cells.,-0.04831417162426506,0.06542710874833162,-0.7384427120279415,0.4633987624403951,0.9998181408520408,-0.11322057324981863,0.06246854405737956,-1.8124413648222943,0.07540172431743715,0.5977589023517248,-0.057611084614945775,0.03096355551474124,0.06827253997929025,0.389399998587998,0.05451802171488867,-0.21946600956666662,-0.3040209968095232,-0.027389747550549497,-0.044138949236890115,-0.09102451199999957,0.15317499266666745,-0.1947325144666662,-0.7533523450833324,-0.8417908551333328,Background_Unchanged,1.5494260697066733,Photosynthesis_Carbon_Fixation_LHC
248596_at,AT5G49330,ATMYB111,Member of the R2R3 factor gene family.,0.0064143956646128784,0.036958766579715606,0.17355545810160627,0.8628548358193064,0.9998181408520408,0.09099462639888177,0.0352875189284632,2.578663197697494,0.012636881659822399,0.26203952724786944,0.0031046578051997812,0.018040255101118955,0.8640082044886439,0.957658685050007,0.08587162538962358,0.08573764949166662,0.06862947514285699,0.19385219935133768,0.04444225269591387,0.09460891266666656,0.12730099808333328,0.20416738439999998,0.34094754533333327,0.4716391513333333,Background_Unchanged,1.5477186027808405,Phenylpropanoid_Sinapate_Flavonol
258880_at,AT3G06420,ATG8H,,0.029185257099584343,0.09551765849919892,0.30554828874735357,0.7611071340711467,0.9998181408520408,0.057562103915254584,0.0911984217607216,0.6311743427565114,0.530552443066992,0.9965515750465651,-0.10451403512762254,0.044404945129741136,0.022276258479576892,0.22243023038216778,0.4408721497397752,0.6341077747666668,0.43259346047619074,0.848378751083501,0.4547806591462166,0.8811396713333338,0.42696364033333367,0.8140395185333335,0.2212203190833335,0.8331194301333336,Pure_Hypoxia_pO2,1.5433412402583744,SnRK1_Starvation_Sugar_Autophagy
253738_at,AT4G28750,PSAE-1,mutant has Decreased effective quantum yield of photosystem II; Pale green plants; Reduced growth rate; Subunit E of Photosystem I,-0.07057374651409708,0.07698808929355748,-0.9166839593199624,0.3633279724992227,0.9998181408520408,0.10258912123326522,0.07350674575010477,1.3956422663850412,0.168456054438856,0.7941356952505638,-0.10703856578118724,0.03463897162170845,0.0031660188075131957,0.07628629639374486,-0.0346116112496217,0.34062243775833323,-0.5651519343333332,-0.00428976081275017,-0.16452640924924367,0.5206982940000001,0.09530318675000027,0.25584976826666656,0.020934451500000284,-0.26247330700000016,Background_Unchanged,1.5313971618604567,Photosynthesis_Carbon_Fixation_LHC
260385_at,AT1G74090,ATSOT18,"encodes a desulfoglucosinolate sulfotransferase, involved in the final step of glucosinolate core structure biosynthesis. Has a broad-substrate specificity with preference with methionine-derived desulfoglucosinolates.",-0.011969739320158337,0.04234559976237476,-0.28266784240457926,0.778497234036861,0.9998181408520408,-0.10043882529672357,0.0404307635626574,-2.484217868927183,0.016071730462075225,0.29198688585492255,-0.022658846041686765,0.02044309211219192,0.2726292371581387,0.6544113661575334,0.0039034725134015416,-0.12468144058333319,-0.05722471976190478,-0.16155837936381928,-0.12361236497319676,-0.05043585883333327,0.13141930999999984,-0.06750771233333328,-0.2474953975000005,-0.4023674672000002,Background_Unchanged,1.512027768762616,Aliphatic_Glucosinolate_Biosynthesis
261412_at,AT1G07890,APX1,"Encodes a cytosolic ascorbate peroxidase APX1.  Ascorbate peroxidases are enzymes that scavenge hydrogen peroxide in plant cells.  Eight types of APX have been described for Arabidopsis: three cytosolic (APX1, APX2, APX6), two chloroplastic types (stromal sAPX, thylakoid tAPX), and three microsomal (APX3, APX4, APX5) isoforms. At least part of the induction of heat shock proteins during light stress in Arabidopsis is mediated by H2O2 that is scavenged by APX1. Expression of the gene is downregulated in the presence of paraquat, an inducer of photoxidative stress.",-0.07245219336872376,0.030641375681586973,-2.3645215580925028,0.021626347204750013,0.9877768946169554,-0.01307520177698902,0.029255795699404872,-0.4469268896779655,0.656690578496661,0.997275651374687,-0.03687494263987466,0.014090064693497734,0.01149199132145082,0.1569950958544867,0.007059717284189922,0.07663707683333336,0.015486795238094533,0.004558018430432477,0.023533156235047495,0.07908164333333279,-0.009413721666667652,0.06477878866666628,-0.14273938916666795,-0.3820323246666675,Background_Unchanged,1.4894210180027574,ROS_Redox_Calcium_HeatShock
259570_at,AT1G20440,AtCOR47,"Belongs to the dehydrin protein family, which contains highly conserved stretches of 7-17 residues that are repetitively scattered in their sequences, the K-, S-, Y- and lysine rich segments. Cold regulated gene, amino acid sequence homology with Group II LEA (late  embryogenesis abundant) proteins. Also responds to osmotic stress, ABA, dehydration and inhibits e.coli growth while overexpressed. COR47 and RAB18 double overexpressor plants are cold tolerant.",0.11254346931966538,0.08228766941429963,1.3676832764947409,0.17699846671457842,0.9998181408520408,0.07473827728016932,0.07856668284027363,0.9512718951379496,0.3456464259984286,0.9456069689109028,0.11384060135425667,0.03705583850411859,0.0033324094771620084,0.07862965349328532,-0.18857777697194011,-0.12943608983333355,-0.2966804433809527,0.041369521427313316,-0.27019040194387944,-0.3056994210000005,-0.10696515200000078,-0.060137910666667335,-0.4708331245000008,1.0892580309999995,Background_Unchanged,1.477491452621619,ABA_Desiccation_Stomatal_Closure
247717_at,AT5G59320,LTP3,"Predicted to encode a PR (pathogenesis-related) protein.  Belongs to the lipid transfer protein (PR-14) family with the following members:   At2g38540/LTP1, At2g38530/LTP2, At5g59320/LTP3, At5g59310/LTP4, At3g51600/LTP5, At3g08770/LTP6, At2g15050/LTP7, At2g18370/LTP8, At2g15325/LTP9, At5g01870/LTP10, At4g33355/LTP11, At3g51590/LTP12, At5g44265/LTP13, At5g62065/LTP14, At4g08530/LTP15.",0.3728779412105826,0.22884272807641015,1.6294069920634724,0.10896687232296402,0.9998181408520408,0.2302756551803638,0.21849463188172277,1.053919051453028,0.29654823857148777,0.9135591554832315,0.18135351810056632,0.10896099434822873,0.10185349905954577,0.463815753675361,-0.04992443910577195,-0.08581451288333346,-0.009274211428571417,-0.04341069279842201,0.051533077288455985,0.05151110333333323,-0.1513819554999999,-0.3745220846,2.49741363175,2.2921576114,Background_Unchanged,1.4774019737473558,Cuticle_Epicuticular_Wax_Lipid_Transport
264318_at,AT1G04220,DAISY,"Encodes KCS2, a member of the 3-ketoacyl-CoA synthase family involved in the biosynthesis of VLCFA (very long chain fatty acids).",0.06815601736215113,0.04845677260058826,1.4065323318978886,0.16521613149774148,0.9998181408520408,-0.05217283189828924,0.046265593757502846,-1.127681018679857,0.26437164991115475,0.8912698308698868,0.005805220440723809,0.02364590628384835,0.8069992376466171,0.9377269302431648,0.130812768652392,-0.06436344308333339,0.08516432042857122,0.09230113308748218,0.27342677097145085,-0.03769770483333342,-0.011801233666666855,-0.1028304150000002,-0.027609764166666606,-0.0003921576666668258,Background_Unchanged,1.4622828870245983,Cuticle_Epicuticular_Wax_Lipid_Transport
252618_at,AT3G45140,ATLOX2,Chloroplast lipoxygenase required for wound-induced jasmonic acid accumulation in Arabidopsis.Mutants are resistant to Staphylococcus aureus and accumulate salicylic acid upon infection.,0.0063896331016754715,0.07196091425215566,0.08879310620326178,0.9295702915688207,0.9998181408520408,0.10794259234485715,0.0687068957862933,1.5710590779796398,0.1219298358636397,0.7149397121661325,-0.08086339725356752,0.0333592975165906,0.018744587379106996,0.20350058450715433,0.37314118439028826,0.24039197550833308,0.19916492547619033,0.36247246671290545,0.08089878069724257,0.6405113751666669,0.665383588083334,0.5056561639333332,0.9226693883333339,0.6220234025333333,Background_Unchanged,1.4434592519900722,Oxylipin_JA_Chloroplast_Galactolipid
252827_at,AT4G39950,CYP79B2,"Belongs to cytochrome P450 and is involved in tryptophan metabolism. Converts Trp to indo-3-acetaldoxime (IAOx), a precursor to IAA and indole glucosinolates.",-0.06844761510765393,0.08296498733683677,-0.8250180866026955,0.4129409840757217,0.9998181408520408,-0.10579616262515908,0.07921337295533916,-1.3355846200970056,0.18721017476715668,0.8207946482755871,-0.0029973105718370963,0.04050583035647875,0.9412874164580407,0.981967059122089,-0.008841610924009799,-0.3518048293666665,0.12810326466666716,-0.12910957344517449,-0.12358625134802034,-0.28366847049999927,0.10590302950000074,-0.314038158733333,-0.09773104274999933,-0.7144312835999997,Background_Unchanged,1.4409477936405268,Indole_Glucosinolate_Defense
255681_at,AT4G00550,DGD2,encodes a UDP-galactose-dependent digalactosyldiacylglycerol(DGDG) synthase. Located in chloroplast outer membrane.,0.010869582116396652,0.03723234486339705,0.29193923069514993,0.771436284768366,0.9998181408520408,0.08019573499172045,0.03554872620774301,2.2559383569207236,0.028089577024828834,0.3888773700588902,0.021872688227115394,0.017932357402958937,0.2278903802001804,0.6174733439480229,0.05999080875465483,0.1067961905916664,0.24963930652380903,0.058918109745997725,0.047036780425976886,0.19133222599999936,0.07294483708333277,0.09520499226666619,0.3903733295833327,0.499250079933333,Background_Unchanged,1.4407257931542579,Oxylipin_JA_Chloroplast_Galactolipid
259845_at,AT1G73590,ATPIN1,"Encodes an auxin efflux carrier involved in shoot and root development. It is involved in the maintenance of embryonic auxin gradients.  Loss of function severely affects organ initiation, pin1 mutants are characterised by an inflorescence meristem that does not initiate any flowers, resulting in the formation of a naked inflorescence stem.  PIN1 is involved in the determination of leaf shape by actively promoting development of leaf margin serrations.  In roots, the protein mainly resides at the basal end of the vascular cells, but weak signals can be detected in the epidermis and the cortex.  Expression levels and polarity of this auxin efflux carrier change during primordium development suggesting that cycles of auxin build-up and depletion accompany, and may direct, different stages of primordium development. PIN1 action on plant development does not strictly require function of PGP1 and PGP19 proteins.",-0.026989830942810496,0.052695609815504654,-0.5121836721750825,0.6105821568117052,0.9998181408520408,-0.0974129052961987,0.050312753938928666,-1.9361473517120888,0.05801812113880923,0.53791847728041,0.003002623906357595,0.025725523358945814,0.9075187174794999,0.9717781522397384,-0.028303150429700524,-0.17570971909166697,0.31436279871428574,-0.008144823358766849,-0.13780324110940118,-0.2459637623333335,0.08119694025000013,-0.024258735600000313,-0.3405967032499999,-0.32781165180000027,Background_Unchanged,1.4281783814649531,Ethylene_Auxin_Root_Remodeling
264246_at,AT1G60140,ATTPS10,Encodes an enzyme putatively involved in trehalose biosynthesis.  The protein has a trehalose synthase (TPS)-like domain that may or may not be active as well as a trehalose phosphatase (TPP)-like domain.,0.0028955402814312197,0.07060763202086934,0.041008885279928256,0.9674379727951526,0.9998181408520408,0.10994651178204284,0.0674148079605519,1.6308955718805664,0.10865140209073909,0.6889837724995683,0.007342827014698245,0.034459829618096495,0.8320677081663483,0.9452655611343868,0.14405960657130934,0.4322653791583333,0.2578978619047619,0.18012594208577223,0.08335901922595193,0.4802594505,0.20476019391666678,0.5890315017333334,-0.017077259833333525,1.0448180000666665,Background_Unchanged,1.4122772143098898,SnRK1_Starvation_Sugar_Autophagy
262595_at,AT1G15360,AtSHN1,"Encodes a member of the ERF (ethylene response factor) subfamily B-6 of ERF/AP2 transcription factor family. The protein contains one AP2 domain. There are 12 members in this subfamily including RAP2.11. This gene is involved in wax biosynthesis. Over-expression of the gene results in glossy leaf phenotype and increased drought tolerance. Two closely related genes, AT5G25390 and AT5G11190 have similar phenotypes when over-expressed. Strong expression levels in flowers. Binds to the promoter of LACS2.",-0.08100183885681568,0.14184972145785388,-0.5710398161118899,0.5703089296040478,0.9998181408520408,-0.029165660927795507,0.1354353836496393,-0.21534742355989317,0.8302965422660818,0.997275651374687,0.10445123855306468,0.06777757242257117,0.1291615232364709,0.5064614337080972,-0.47710969466912295,-0.524024433908333,-0.5620773233809524,-0.6229024004439354,-0.23279595242157894,-0.8411894156666665,-0.721423436916667,-0.9282828890666665,-0.4610992256666666,-0.9767490538666666,Pure_Barosensory_Ptotal,1.3943277484133474,Cuticle_Epicuticular_Wax_Lipid_Transport
261713_at,AT1G32640,ATMYC2,"Encodes a MYC-related transcriptional activator with a typical DNA binding domain of a basic helix-loop-helix leucine zipper motif. Binds to an extended G-Box promoter motif. Its transcription is induced by dehydration stress and ABA treatment. Negative regulator of blue lightmediated photomorphogenic growth and blue and far-red-lightregulated gene expression. Positive regulator of lateral root formation. Regulates diverse JA-dependent functions. Negatively regulates Trp metabolism and biosynthesis of Trp-derived secondary metabolites. Positively regulates flavonoid biosynthesis, resistance to insects, and response to oxidative stress. Regulates other transcription factors, and negatively regulates its own expression.",0.13123187887660276,0.06417320328495713,2.044963819148559,0.0456765512290532,0.9998181408520408,0.006737564168206494,0.0612713392567839,0.10996273706324311,0.9128409436081658,0.997275651374687,0.03499942749229347,0.03096699835924703,0.2634023158239875,0.6478054886975873,0.23538185863055866,-0.05701552674166679,-0.02578731142857154,0.09112880652155554,0.21611424301111773,0.04384185016666642,0.2546494742499996,0.09677657059999963,0.25182833024999973,0.7785260619999997,Background_Unchanged,1.3698606634781265,Oxylipin_JA_Chloroplast_Galactolipid
257280_at,AT3G14440,ATNCED3,"Encodes  9-<i>cis</i>-epoxycarotenoid dioxygenase, a key enzyme in the biosynthesis of abscisic acid. Regulated in response to drought and salinity. Expressed in roots, flowers and seeds. Localized to the chloroplast stroma and thylakoid membrane.",0.036166710102589275,0.08705592285326164,0.4154422687994543,0.6794416335435275,0.9998181408520408,0.11019547352395022,0.08311931944193524,1.3257504303909706,0.1904266124148231,0.8265686993719887,0.14690031320436733,0.03748710180018076,0.0002536177751942443,0.01911022266886239,-0.1985081328690312,-0.285014429875,-0.15825399652380945,-0.22831578649018663,-0.14292762865472913,-0.5213077621666666,-0.2540886370833333,-0.3028097346666666,0.04176114866666669,0.7207858130666667,Background_Unchanged,1.3541189123392436,ABA_Desiccation_Stomatal_Closure
267262_at,AT2G22990,SCPL8,sinapoylglucose:malate sinapoyltransferase. Catalyzes the formation of sinapoylmalate from sinapoylglucose. Mutants accumulate excess sinapoylglucose.,-0.08537588222244409,0.14280347526935944,-0.597855773897701,0.5524008371387604,0.9998181408520408,-0.235173807157966,0.13634600943050798,-1.7248308780010757,0.090198732165428,0.6431537184435189,-0.14979737532029888,0.06666376697439928,0.0287640328053659,0.2560518291691323,-0.048265859871236994,-0.13256338097499998,-0.9665320963809519,0.10905494905255456,-0.08037882982580768,-0.12970086099999975,-0.016152889916666302,-0.1515787908666665,-1.7879478229166663,-1.715958485066666,Background_Unchanged,1.3421725667956255,Phenylpropanoid_Sinapate_Flavonol
264474_s_at,AT5G38420|AT5G38410|AT5G38430|AT1G67090,AT5G38420,,-0.05494095896730452,0.07612084073975536,-0.7217597498054261,0.47351303419383106,0.9998181408520408,0.09935609502944166,0.07267871352419249,1.3670590770207993,0.1771928982265758,0.8060787984775685,-0.07629953921050946,0.03567963135825276,0.03704075660580277,0.2908553088162609,-0.08465870289025006,0.19364957675000016,-0.710051423,-0.09116590699874452,-0.13916643328050013,0.252832465,-0.030150972499999984,0.10431571600000034,0.04181555999999986,-0.3274349040000001,Background_Unchanged,1.322717693053363,Photosynthesis_Carbon_Fixation_LHC
264147_at,AT1G02205,CER1,"Expression of the CER1 gene associated with production of stem epicuticular wax and pollen fertility. Biochemical studies showed that cer1 mutants are blocked in the conversion of stem wax C30 aldehydes to C29 alkanes, and they also lack the secondary alcohols and ketones. These suggested the CER1 protein is an aldehyde decarbonylase, but the exact molecular function of this protein remains to be determined.",0.060066365615320964,0.04216653281712943,1.4245033110932002,0.1599752205927514,0.9998181408520408,-0.03261153873175589,0.04025979389011226,-0.8100274636469321,0.42143066041599886,0.9757743751453294,0.0334376957674572,0.0200764729041474,0.10162754327009353,0.4634514807923346,-0.015891212036265374,-0.1717864473333334,-0.1894217183333331,-0.09483178181798996,0.03060288326080239,-0.2022509916666666,-0.06238530733333314,-0.20370721033333333,-0.020686001833333134,0.04842653466666693,Background_Unchanged,1.304943046739665,Cuticle_Epicuticular_Wax_Lipid_Transport
255997_s_at,AT1G29930|AT1G29910|AT1G29920,AT1G29930,,0.011705730795098826,0.09451587787369388,0.12384935799614281,0.9018880490010426,0.9998181408520408,0.1530054044620669,0.09024194090229168,1.695502146033534,0.09565978427876999,0.6553914505787415,-0.049286469743622184,0.045655439527153265,0.285170710121123,0.6643954698776056,-0.1683427026172829,0.22465565109166669,-0.846858847571429,0.029106084416390746,-0.26027334765123133,0.36187216399999933,-0.07641205758333447,0.01102708059999955,0.04937535416666616,0.17739665886666636,Background_Unchanged,1.302674105723788,Photosynthesis_Carbon_Fixation_LHC
247957_at,AT5G57050,ABI2,Encodes a protein phosphatase 2C and is involved in ABA signal transduction. Binds fibrillin preprotein in vitro and in vivo.,0.14334536321674032,0.08405265108531082,1.705423462149329,0.09378273605842656,0.9998181408520408,0.01716181980037737,0.08025185336645618,0.21384951350607312,0.8314586986846957,0.997275651374687,0.1443174707201051,0.03601067589295754,0.0001901573792026967,0.015891774114144094,0.030858035101778845,-0.30315588413333355,0.20577535885714252,-0.11050224189415259,0.009973223370224944,-0.19222463483333385,0.051742846833332745,-0.3623442866000005,0.08887500933333259,1.0693182871333329,Background_Unchanged,1.2936504070628134,ABA_Desiccation_Stomatal_Closure
264052_at,AT2G22330,CYP79B3,"Encodes a cytochrome P450. Involved in tryptophan metabolism. Converts Trp to indole-3-acetaldoxime (IAOx), a precursor to IAA and indole glucosinolates.",-0.11378277209180004,0.05901854676744233,-1.9279155167976532,0.05905807538818729,0.9998181408520408,-0.008086621157199485,0.0563497724334105,-0.14350760984448668,0.8864161119591624,0.997275651374687,-0.09943581805063041,0.02542512379200098,0.00026003622475154697,0.019520739168972567,0.07624166984850718,0.17973392709166738,-0.09012766090476086,0.0815035563556726,0.04479964978034682,0.08475703483333434,0.10768368991666755,0.38239450926666796,0.13293894966666775,-0.6458463233333325,Background_Unchanged,1.2916871602612443,Indole_Glucosinolate_Defense
247095_at,AT5G66400,ATDI8,"Belongs to the dehydrin protein family, which contains highly conserved stretches of 7-17 residues that are repetitively scattered in their sequences, the K-, S-, Y- and lysine rich segments. ABA- and drought-induced glycine-rice dehydrin protein.  The ABA-induced expression of RAB18 was reduced following ACC application, indicating that ethylene inhibits the ABA signaling pathway.  RAB18 is also expressed in response to the formation of the phospholipid diacylglycerol pyrophosphate. COR47 and RAB18 double overexpressor plants are cold tolerant. Expressed in guard cells.",0.17429548160903932,0.1213371451699422,1.4364560940091742,0.15656155244534134,0.9998181408520408,-0.017585016266519326,0.11585037064683801,-0.15179076396851637,0.8799098349184441,0.997275651374687,0.11780364211378895,0.057022888025696654,0.04367149577724774,0.31455093190287436,-0.06789415746303165,-0.4284299622250003,-0.06499566419047641,-0.12188703272034794,-0.05861958750939649,-0.2722672503333337,-0.0771687274166668,-0.6617614015333336,0.36707335708333333,0.6094178399333331,Background_Unchanged,1.2904475486768772,ABA_Desiccation_Stomatal_Closure
253608_at,AT4G30290,ATXTH19,"Encodes a xyloglucan endotransglucosylase/hydrolase with only only the endotransglucosylase (XET; EC   2.4.1.207) activity towards xyloglucan and non-detectable endohydrolytic (XEH; EC 3.2.1.151) activity. Expressed throughout both the main and the lateral root, with intensive expression at the dividing and elongating regions. Is expressed in lateral root primordia but expression ceases after lateral root begins to grow.",0.131337359849205,0.08140226565007609,1.613436171589927,0.11239856302142759,0.9998181408520408,-0.03759946984578108,0.07772131636891204,-0.48377294161245826,0.6304760859119014,0.997275651374687,0.11392180421972366,0.036581972893951285,0.0029557897304142975,0.07404448591189826,0.041183233670353106,-0.19691316919166685,0.13700569814285707,0.042843796168171994,0.15894023109070657,-0.15086513933333365,-0.07657376375000036,-0.31953496280000043,-0.25881375500000026,0.8009499741999997,Background_Unchanged,1.2867009594632124,Cell_Wall_Mechanosensing_Expansion
255457_at,AT4G02770,PSAD-1,Encodes a protein predicted by sequence similarity with spinach PsaD to be photosystem I reaction center subunit II (PsaD1),-0.06008707893844731,0.07326115569845279,-0.8201765091690506,0.4156714797580039,0.9998181408520408,0.05130320474423072,0.06994834129148406,0.7334441932002852,0.4664161383472299,0.9856095766300716,-0.12303859550737639,0.031589392261505374,0.0002737587325319648,0.02014182779933594,-0.02029995931081173,0.45520789869999967,-0.4293975793333343,0.2618278208888639,0.015905634211710564,0.5836529984999993,-0.05650555283333403,0.270257246066666,-0.22463238658333395,-0.36050279493333404,Background_Unchanged,1.2523182091954794,Photosynthesis_Carbon_Fixation_LHC
258366_at,AT3G14230,RAP2.2,encodes a member of the ERF (ethylene response factor) subfamily B-2 of ERF/AP2 transcription factor family (RAP2.2). The protein contains one AP2 domain. There are 5 members in this subfamily including RAP2.2 AND RAP2.12.,-0.043750794775604195,0.05486778534138591,-0.7973858340260667,0.4286711645160558,0.9998181408520408,0.06127122719507993,0.0523867053198589,1.169594973017955,0.24722982555438475,0.8792085427460165,0.03156605323778591,0.026441151482035272,0.23778875751728273,0.6254328259121316,-0.15398798147993836,0.10594831302500013,-0.10130903338095225,0.14481262447480128,-0.15730690087654342,-0.09858910016666626,-0.1506690620833333,0.15981666413333323,-0.5493341783333334,0.3476207086666669,Background_Unchanged,1.2434266980269493,ERF_VII_Core_Hypoxia_Anaerobic
252415_at,AT3G47340,ASN1,"encodes a glutamine-dependent asparagine synthetase, the predicted ASN1 peptide contains a purF-type glutamine-binding domain, and  is expressed predominantly in shoot tissues, where light has a negative effect on its mRNA accumulation. Expression is induced within 3 hours of dark treatment, in senescing leaves and treatment with exogenous photosynthesis inhibitor. Induction of gene expression was suppressed in excised leaves supplied with sugar. The authors suggest that the gene's expression pattern is responding to the level of sugar in the cell.",-0.08402020663489063,0.057879459444684395,-1.4516411770429376,0.1523069355866681,0.9998181408520408,0.04102045030260042,0.05526219378339532,0.7422877648213427,0.4610853061940912,0.9839914644533758,-0.020679092001514545,0.02811872073765751,0.46527977668060155,0.7765246019793794,-0.05045451115654023,0.08748335615833328,-0.06463972785714324,0.06037409200656427,0.09315970943691981,-0.08154730883333346,-0.19406873175000028,0.062445289399999736,-0.005562077250000241,-0.3556187188000002,Background_Unchanged,1.2349023382470137,SnRK1_Starvation_Sugar_Autophagy
253245_at,AT4G34590,ATB2,"Encodes a basic domain leucine zipper (bZip) transcription factor bZIP11. Translation is repressed by sucrose. Directly regulates gene expression of ASN1 and ProDH2, which are enzyme-coding genes involved in amino acid metabolism.",0.06260118282959394,0.044522448088218855,1.4060588650820152,0.16535598420604455,0.9998181408520408,-0.011993863941120111,0.04250917644304764,-0.2821476430433576,0.7788939734878216,0.997275651374687,0.03701150678860911,0.021143992166429305,0.0857459178672323,0.43130841393367225,0.1764739645518528,-0.1943502381999994,0.17239990776190542,0.027518837321313033,0.06047738777037163,-0.07154421499999912,0.29247054133333394,-0.024685720066665695,0.10075713208333381,0.43587417233333364,Background_Unchanged,1.2149274568145385,SnRK1_Starvation_Sugar_Autophagy
253161_at,AT4G35770,ATSEN1,Senescence-associated gene that is strongly induced by phosphate starvation.  Transcripts are differentially regulated at the level of mRNA stability at different times of day. mRNAs are targets of the mRNA degradation pathway mediated by the downstream (DST) instability determinant.,-0.03797043917695748,0.06893291677323106,-0.5508317499732241,0.5839894736739463,0.9998181408520408,-0.118687534638874,0.06581582207791002,-1.8033283014892172,0.07683945047934071,0.6033103695557762,-0.009197414042194834,0.033633309699755434,0.7855464064814847,0.9295135286806352,-0.0005058217994657749,-0.032636030899999884,-0.0691213676666665,0.010020387016982428,0.20840952690106843,-0.11576812283333308,-0.20942117049999998,-0.15892510946666666,-0.6242348662499999,-0.5667990887999996,Background_Unchanged,1.2102218784306862,SnRK1_Starvation_Sugar_Autophagy
261449_at,AT1G21120,IGMT2,,0.012145742476586919,0.0246535602486573,0.49265673412213995,0.6242248477587481,0.9998181408520408,-0.039124587932212414,0.023538744780675972,-1.662135695711845,0.10220041276925462,0.6699600739279667,0.0030650038293784047,0.012029910646210056,0.7998636886422776,0.9354121227939357,0.0681248909247168,-0.05396410002500006,0.0987358616666668,0.10037302210731891,0.06666933943276675,-0.009655926499999948,0.06958044241666683,-0.028691831133333335,-0.15427373733333316,0.02391444006666683,Background_Unchanged,1.1994852058667091,Indole_Glucosinolate_Defense
263019_at,AT1G23870,ATTPS9,Encodes an enzyme putatively involved in trehalose biosynthesis. The protein has a trehalose synthase (TPS)-like domain that may or may not be active as well as a trehalose phosphatase (TPP)-like domain.,-0.021822060518276908,0.06300348500972056,-0.34636275302723446,0.7303975106490096,0.9998181408520408,-0.08610380711750189,0.060154514762942854,-1.4313773032135677,0.15800503689274337,0.77909875767664,-0.0002044308805510966,0.030761619722086426,0.9947221800141225,0.9980017450962292,-0.11487534992310888,-0.1939085172750001,-0.2130090623809528,-0.06180518273287358,-0.08064310626288407,-0.27993561366666686,-0.1491075935833337,-0.25698901446666705,-0.47650161608333375,-0.5521976333333336,Background_Unchanged,1.19765389531851,SnRK1_Starvation_Sugar_Autophagy
255889_at,AT1G17840,ABCG11,"Encodes a plasma membrane-localized ATP-binding cassette transporter, that is required for cutin  transport to the extracellular matrix.",-0.02581602038892462,0.04667584270149204,-0.5530916828653076,0.5824517617198393,0.9998181408520408,-0.04465453015165707,0.0445651961701246,-1.0020045683450252,0.3207487900563051,0.9302273013053166,-0.010049120034502491,0.022748363208390535,0.6604410727133682,0.8755328499789179,-0.09316289658684601,-0.2797268760916667,-0.4099368296666674,-0.06168833573491591,-0.19868947375702473,-0.3675611443333337,0.012363680583332703,-0.179528927266667,-0.5165217944166673,-0.5061732054666672,Background_Unchanged,1.1504378982836792,Cuticle_Epicuticular_Wax_Lipid_Transport
250598_at,AT5G07690,ATMYB29,Encodes a putative transcription factor (MYB29).,-0.04335147046477135,0.06413347329956565,-0.6759570039545161,0.5019129320229904,0.9998181408520408,-0.060533376356191236,0.06123340583147584,-0.9885678500847855,0.3272228270583613,0.9343043538036939,0.0072744468014590774,0.031297630632418985,0.8170881776797259,0.9403987475683548,-0.1404374072933057,-0.16419978232500018,0.03283272852380951,-0.2791892741247912,-0.39282526300327786,-0.0939718065000003,0.11195044841666646,-0.1224773097333336,-0.3920959283333336,-0.28250704233333357,Background_Unchanged,1.1368996166379566,Aliphatic_Glucosinolate_Biosynthesis
263714_at,AT2G20610,ALF1,Confers auxin overproduction. Mutants have an over-proliferation of lateral roots. Encodes a C-S lyase involved in converting S-alkylthiohydroximate to thiohydroximate in glucosinolate biosynthesis.,-0.05857466336836288,0.04834468418635093,-1.2116050472597806,0.23086618462022387,0.9998181408520408,-0.030571312828925206,0.046158573897126,-0.6623106012126749,0.5105501780691335,0.9936952503528386,-0.040687201383279775,0.022942865573667825,0.08182465435563056,0.4215591365737651,0.050664656384919605,0.14423775687499993,0.11421784666666605,-0.01973888323350713,-0.022122971146826192,0.07891176899999912,0.1234522839166654,0.33301602866666613,-0.1208447303333342,-0.17056940193333414,Background_Unchanged,1.1318602374961473,Indole_Glucosinolate_Defense
253994_at,AT4G26080,ABI1,Involved in abscisic acid (ABA) signal transduction. Negative regulator of ABA promotion of stomatal closure.,0.0753301588845499,0.07365811390961093,1.0227000785954254,0.3109466817623065,0.9998181408520408,-0.03068641316233398,0.07032734935063666,-0.43633683688742897,0.6643079469958568,0.997275651374687,0.13906408338404858,0.030555848945356314,3.0880141190575964e-05,0.006253345003566748,-0.05053233620773615,-0.33334950328333324,0.2333490489523809,-0.20002839616630752,0.017570045917861304,-0.36851488316666686,-0.11863471833333361,-0.4168188417333333,-0.14560337758333342,0.5734918572666665,Background_Unchanged,1.1134002972324966,ABA_Desiccation_Stomatal_Closure
259319_at,AT3G01090,AKIN10,"encodes a SNF1-related protein kinase that physically interacts with SCF subunit SKP1/ASK1 and 20S proteosome subunit PAD1. It can also interact with PRL1 DWD-containing protein. Based on in vitro degradation assays and cul4cs and prl1 mutants, there is evidence that AKIN10 is degraded in a proteasome-dependent manner, and that this depends on a CUL4-PRL1 E3 ligase",-0.052759594736312296,0.05848732359908685,-0.9020688841562245,0.3709711203162566,0.9998181408520408,0.025214099944746552,0.055842570777528654,0.45152111719922533,0.6533972839577441,0.997275651374687,0.05465136498536062,0.027566659656407113,0.05254198063692883,0.3448017607531603,-0.22000189595513375,-0.2090240055250001,-0.15028245880952376,-0.21662156006316519,-0.1899650698269344,-0.4061672806666666,-0.2500387220833331,-0.26191945246666676,-0.23285385258333302,-0.22152925173333332,Background_Unchanged,1.1058209021578587,SnRK1_Starvation_Sugar_Autophagy
249866_at,AT5G23010,GSM1,"Encodes a methylthioalkylmalate synthase, catalyzes the condensation reactions of the first two rounds of methionine chain elongation in the biosynthesis of methionine-derived glucosinolates.",0.0019111167475399432,0.06342812962297009,0.03013042886334527,0.9760725833723766,0.9998181408520408,-0.10156735377983396,0.060559957265889836,-1.6771371441677252,0.09921584362624587,0.6627793183913623,0.029675621229321467,0.030703346236420802,0.3381085762697507,0.7031585650918845,-0.09793392840380599,-0.1440331967666669,0.18432459700000045,-0.44205556123695744,-0.3128597168076128,-0.15429838333333304,0.11699186000000084,-0.01677615019999994,-0.24078211199999955,-0.10658137719999985,Background_Unchanged,1.0956009116860081,Aliphatic_Glucosinolate_Biosynthesis
261450_s_at,AT1G21110|AT1G21120,AT1G21110,,0.036305249931998074,0.06250523254203726,0.5808353709840428,0.5637344325442524,0.9998181408520408,0.05823220416412236,0.059678792897425365,0.9757604223699804,0.33347427539313285,0.9389864859895107,0.003197483354530211,0.03051524314915923,0.9169378567249714,0.9740800767558274,0.05623034086862237,0.23507648333333342,0.1352086811904764,0.35239879559720794,0.07457012690391115,0.22912044916666688,0.03789055483333359,0.2789230723333335,0.14428783833333347,0.6800401611333335,Background_Unchanged,1.0696047208789672,Indole_Glucosinolate_Defense
250292_at,AT5G13220,JAS1,"Plants overexpressing At5g13220.3, but not At5g13220.1 showed enhanced insensitivity to MeJa.|Plants overexpressing At5g13220.3, but not At5g13220.1 showed enhanced insensitivity to MeJa, whereas RNAi constructs for At5g13220.3 increased MeJA sensitivity. This isoform modifies growth in response to wounding in a process that requires jasmonate signaling.",-0.014024937653642657,0.05322818600449757,-0.2634870489942604,0.7931642001183092,0.9998181408520408,-0.05111665104485437,0.050821247432871475,-1.0058126005736692,0.3189297623587607,0.929452450302674,0.05317784884200643,0.024956265332336067,0.03769307923262223,0.2935182404057601,-0.13261708428823907,-0.290361539141667,-0.27447905623809543,-0.23922118914712692,0.023064627006855225,-0.4073453000000004,-0.2882987955833334,-0.461676573866667,-0.3878283388333337,-0.42184775573333366,Background_Unchanged,1.057628448213871,Oxylipin_JA_Chloroplast_Galactolipid
250420_at,AT5G11260,HY5,"Basic leucine zipper (bZIP) transcription factor. Nuclear localization. Involved in light-regulated transcriptional activation of G-box-containing promoters. Negatively regulated by Cop1. Although cytokinins do not appear to affect the gene's promoter activity, they appear to stabilize the protein. HY5 plays a role in anthocyanin accumulation in far-red light and blue light, but not in red light or in the dark. Mutant studies showed that the gene product is involved in the positive regulation of the PHYA-mediated inhibition of hypocotyl elongation. Binds to G- and Z-boxes, and other ACEs, but not to E-box. Loss of function mutation shows ABA resistant seedling phenotypes suggesting involvement for HY5 in mediating ABA responses. Binds to the promoter of ABI5 and regulates its expression.",-0.0010365187120171876,0.051619854213550476,-0.020079845784320254,0.984052667028309,0.9998181408520408,0.03802040551264571,0.049285643196894525,0.7714296303439815,0.4437685996637212,0.9806402543777089,-0.06769736753150662,0.02345140501836533,0.005595333652311782,0.10596514437745731,0.2281264325336499,0.4124714054749997,0.20828228295238052,0.26397647775382194,0.23406312115063332,0.5497012629999997,0.22218974391666646,0.49743129186666624,0.1354859071666663,0.3259535822666663,Background_Unchanged,1.0363525760728005,Phenylpropanoid_Sinapate_Flavonol
259866_at,AT1G76640,CML39,,0.043138723352187686,0.032317140221638146,1.3348558398525585,0.18744711153019045,0.9998181408520408,-0.011433564004188823,0.03085578342624524,-0.37054849155000513,0.7124034216190486,0.997275651374687,0.006330758210229635,0.01575529464572643,0.6894111533891186,0.8905807641406686,0.13936588306103384,-0.020677043866666408,0.16622939795238137,0.15974421901886904,0.1370363066220674,0.060899268500000416,0.1416954595000003,0.03944210326666706,0.037283073500000374,0.26985074700000017,Background_Unchanged,1.012745092628982,ROS_Redox_Calcium_HeatShock
261913_at,AT1G65860,FMO,"belongs to the flavin-monooxygenase (FMO) family, encodes a glucosinolate S-oxygenase that catalyzes the conversion of methylthioalkyl glucosinolates to methylsulfinylalkyl glucosinolates",-0.028574985005476727,0.05979456720372306,-0.47788597429128193,0.6346336175454601,0.9998181408520408,-0.026714563527410883,0.05709070180872033,-0.46793195180743713,0.6416903725579819,0.997275651374687,0.032900662793350445,0.028847962729817055,0.25913996462174305,0.6451616353662691,-0.2758777461048161,-0.2547773374500004,-0.3853314661428581,-0.5687563765660594,-0.40817644420963156,-0.3231251905000005,-0.14357904800000054,-0.33000853240000083,-0.06387428350000102,-0.4442728468000009,Background_Unchanged,1.003564046604176,Aliphatic_Glucosinolate_Biosynthesis
249035_at,AT5G44190,ATGLK2,"Encodes GLK2, Golden2-like 2, one of a pair of partially redundant nuclear transcription factors that regulate chloroplast development in a cell-autonomous manner.  GLK1, Golden2-like 1, is encoded by At2g20570. GLK1 and GLK2 regulate the expression of the photosynthetic apparatus.",-0.06912129568445297,0.04955654496026882,-1.394796504475239,0.1687097151963527,0.9998181408520408,-0.002828438160062419,0.0473156352375269,-0.05977808700788894,0.9525500115104206,0.997275651374687,-0.00298376550727953,0.024192702850602495,0.9023031450272653,0.969673314183133,-0.16384225271897077,-0.11017898822500034,-0.41643809542857185,-0.1963985935865779,-0.11058951718794136,-0.20857638350000038,-0.21709498825000018,-0.22887658120000048,-0.3915232700000004,-0.5676981772000003,Background_Unchanged,1.0013085366855352,Photosynthesis_Carbon_Fixation_LHC
247137_at,AT5G66210,CPK28,member of Calcium Dependent Protein Kinase,0.07069131144705579,0.049067630350012464,1.4406913670539183,0.15536568637259213,0.9998181408520408,-0.008258632714345022,0.046848828978540646,-0.1762825858065296,0.8607222853170495,0.997275651374687,0.047273027082578405,0.023073528587978755,0.04537676737745246,0.3198450420723686,0.14601207182445575,-0.036759293200000306,0.27060604909523805,0.09567224221813204,0.058069842982244504,0.020127564999999976,0.233954300666667,0.1403081492666664,-0.19782014508333312,0.7166618564666667,Background_Unchanged,0.99125834145468,ROS_Redox_Calcium_HeatShock
245061_at,AT2G39730,RCA,"Rubisco activase, a nuclear-encoded chloroplast protein that consists of two isoforms arising from alternative splicing in most plants. Required for the light activation of rubisco.",-0.06644916219629449,0.07333380519216028,-0.9061191086726563,0.3688427968838498,0.9998181408520408,0.04014992325125639,0.07001770562968015,0.5734252913628326,0.5687044120363349,0.997275651374687,-0.07338321989007907,0.03437816022203882,0.03737111003709916,0.29191046322247854,-0.057817640649956044,0.18790737298333313,-0.5785723594761899,0.10319688774750663,-0.05625932196657936,0.22991419616666686,-0.05937595933333273,0.08652459046666668,-0.4896442060833335,-0.3810281597333331,Background_Unchanged,0.9854972136510337,Photosynthesis_Carbon_Fixation_LHC
259514_at,AT1G12480,CDI3,"Encodes a membrane protein with 10 predicted transmembrane helices. SLAC1 is a multispanning  membrane protein  expressed predominantly in guard cells that plays a role in regulating cellular ion homeostasis and S-type anion currents. SLAC1 is important for normal stomatal closure in response to a variety of signals including elevated CO2, ozone, ABA, darkness, and humidity. SLAC1:GFP localizes to the plasma membrane.",-0.015202942904913946,0.019655690616556108,-0.7734626679618377,0.44257492940697785,0.9998181408520408,-0.019005667761678027,0.018766875057578757,-1.0127241591030274,0.3156459962781454,0.9266515852825935,-0.005883423359222475,0.009563341906655951,0.5410144803458297,0.8170596641716438,0.04157470752815292,-0.04437411002499976,0.10660489890476198,0.020889066828907628,-0.01579922619369419,-0.0040959203333330585,0.09894864125000002,0.014296341533333567,-0.01454568225000008,-0.06291173400000005,Background_Unchanged,0.9790422310855853,ABA_Desiccation_Stomatal_Closure
250326_at,AT5G12080,ATMSL10,,0.07613917054336299,0.06575349113782292,1.1579487145978473,0.2519106340175424,0.9998181408520408,-0.02828228809051478,0.06278016768048533,-0.45049717347770135,0.6541306831451623,0.997275651374687,-0.003691877466693289,0.03210038181444798,0.9088653947405189,0.9720179633337022,0.16874930618281264,-0.0014397407333330836,0.07068085257142938,0.11311745494392807,0.09133799953229103,0.025623002166667536,0.24616061283333424,0.21765812920000052,-0.08196825166666577,0.3745031757333342,Background_Unchanged,0.9744119909539202,Cell_Wall_Mechanosensing_Expansion
254122_at,AT4G24510,CER2,Involved in C28 to C30 fatty acid elongation.,-0.0532797023895905,0.06453769457269758,-0.8255594306916918,0.41263636334135356,0.9998181408520408,-0.03318609846669195,0.061619348522397754,-0.5385662014039191,0.5923689346347842,0.997275651374687,-0.03441394353680248,0.031159185410323455,0.27431442910075116,0.6550714965171324,-0.16522274896252923,-0.12656789551666658,-0.5213485362857141,0.1351486841725322,-0.10242653309172518,-0.28216034266666656,-0.22801896483333328,-0.1989944131999999,-0.7175962315833332,-0.7071763469333333,Background_Unchanged,0.9738534605270013,Cuticle_Epicuticular_Wax_Lipid_Transport
260387_at,AT1G74100,ATSOT16,"encodes a desulfoglucosinolate sulfotransferase, involved in the final step of glucosinolate core structure biosynthesis. Has a broad-substrate specificity with different desulfoglucosinolates, the best substrate is indole-3-methyl-dsGS, followed by benzyl-dsGS. Expression was induced by wounding, jasmonate and ethylene stimulates.",-0.026699693203761088,0.03932117211964329,-0.6790156997996248,0.499987941793452,0.9998181408520408,-0.038792355438914815,0.037543098265157226,-1.033275281782404,0.3060171059583045,0.9208946284086027,-0.019694682035846282,0.01900983716565595,0.3048280283126879,0.6802333299323456,0.040842363636006414,-0.05709839756666631,-0.013193767666665579,0.0829123812828842,-0.04241057306132144,0.013152241666667544,0.12409530033333427,-0.003253736466665913,-0.21211040991666597,-0.16282168406666564,Background_Unchanged,0.9540862519936872,Indole_Glucosinolate_Defense
246908_at,AT5G25610,ATRD22,responsive to dehydration 22 (RD22) mediated by ABA,0.00019169528493806416,0.08627655037964962,0.002221870068918287,0.9982352804355035,0.9998181408520408,0.04477180118328081,0.08237518960590329,0.5435107512040531,0.5889841462452717,0.997275651374687,0.06719915747391032,0.04111564853446119,0.10801945368191158,0.47369234537420485,-0.2634473569660073,-0.40674065477500015,-0.686398372666667,-0.23684643705581424,-0.24838956851534771,-0.5521813045000002,-0.27850514541666693,-0.539805150466667,-0.05408483466666669,-0.19899871706666694,Background_Unchanged,0.9430543223774932,ABA_Desiccation_Stomatal_Closure
250589_at,AT5G07700,AtMYB76,Encodes a putative transcription factor (MYB76).,-0.04544373583764172,0.04919893897051765,-0.9236730870329088,0.3597089562122719,0.9998181408520408,0.0061340238156323106,0.046974199921901355,0.1305828268673155,0.8965838782576688,0.997275651374687,0.014896474935321187,0.02393545017877123,0.536335927154211,0.8148929546533019,-0.32091259888523616,-0.0665525480166668,-0.35782708952380926,-0.3770988588266475,-0.3000695107704728,-0.30124847416666656,-0.3417556869999996,-0.17361230886666662,0.017450815250000362,-0.46436890559999977,Background_Unchanged,0.9145931038520151,Aliphatic_Glucosinolate_Biosynthesis
261570_at,AT1G01120,KCS1,Encodes a condensing enzyme KCS1 (3-ketoacyl-CoA synthase 1) which is involved in the critical fatty acid elongation process in wax biosynthesis.,0.08540108286461259,0.1192628420575031,0.7160745240620384,0.47698807944207827,0.9998181408520408,-0.08125356995389284,0.11386986596236245,-0.7135651672827091,0.4785264544566539,0.9884103763618591,-0.053157551880457544,0.05777732450287171,0.36166109615355185,0.7183324566109579,0.15478404600522372,0.00671919132500004,-0.6467015312857141,0.1787944899765268,0.13121562059378059,-0.12586302133333316,0.17835247141666688,0.3176538754000001,-0.7738633533333332,-0.0014733003333331496,Background_Unchanged,0.8763230830025974,Cuticle_Epicuticular_Wax_Lipid_Transport
261037_at,AT1G17420,ATLOX3,Lipoxygenase,0.05953539751097737,0.09808520061479059,0.6069763546163337,0.5463752311828846,0.9998181408520408,-0.008651301158903717,0.0936498615512825,-0.09237921995395881,0.9267338950144449,0.997275651374687,0.10286005761741122,0.04578951337455816,0.02881106683932062,0.25619097979952576,-0.07238320724756508,-0.4241485432916665,-0.1606586500952377,-0.2863207068668197,-0.03320279957846406,-0.3803337848333328,-0.11156361491666611,-0.5795269166666663,-0.020715396416666088,0.157591353133334,Background_Unchanged,0.8462095378243779,Oxylipin_JA_Chloroplast_Galactolipid
259561_at,AT1G21250,AtWAK1,"cell wall-associated kinase, may function as a signaling receptor of extracellular matrix component such as oligogalacturonides.",0.0012012953665474803,0.0484677529297457,0.024785456183387854,0.9803161953371582,0.9998181408520408,0.07023100194820826,0.0462760775644272,1.5176524382480379,0.13485463546139123,0.7384216509881573,0.043203307962128124,0.0229191845341546,0.06483596260476202,0.37917493653858897,0.020500709237144112,-0.05015156739166682,0.1476552205238095,0.14949672505391767,-0.01098299877571169,-0.003181440000000091,0.051984417249999915,-0.04513727753333363,0.0962969094999998,0.47309522359999995,Background_Unchanged,0.8418712238445237,Cell_Wall_Mechanosensing_Expansion
263345_s_at,AT2G05100|AT2G05070,AT2G05100,,0.01647199989863824,0.08970179182820895,0.1836306673804727,0.8549814917651535,0.9998181408520408,0.067911230725772,0.08564554421013218,0.7929336120411721,0.43123878074762356,0.9787875542762678,-0.049864929599930316,0.043265896184908226,0.2542056302898815,0.641037834431668,-0.16178743047364788,0.17404976644166645,-1.0176484797619045,-0.2338387484641322,-0.20200521886396278,0.40317208633333346,-0.12156964208333298,-0.17664219553333355,-0.2177596883333328,-0.13426787813333316,Background_Unchanged,0.8241193366261368,Photosynthesis_Carbon_Fixation_LHC
261033_at,AT1G17380,JAZ5,,0.06205496211015644,0.11541016405217318,0.5376906152052899,0.5929692710618838,0.9998181408520408,0.05681313792367257,0.11019140316125349,0.5155859376845627,0.608219096139847,0.997275651374687,0.09924985475489548,0.05469929029569372,0.07518789174162312,0.4072931139687925,-0.11792110537639233,-0.17886055398333298,-0.32074993171428495,-0.4201155259338564,0.05692956124721471,-0.28856537016666595,-0.2927717719999994,-0.3619275097999994,0.2898620772500007,0.3227066198000008,Background_Unchanged,0.8234199358046517,Oxylipin_JA_Chloroplast_Galactolipid
258695_at,AT3G09640,APX1B,"Encodes a cytosolic ascorbate peroxidase APX2.  Ascorbate peroxidases are enzymes that scavenge hydrogen peroxide in plant cells.  Eight types of APX have been described for Arabidopsis: three cytosolic (APX1, APX2, APX6), two chloroplastic types (stromal sAPX, thylakoid tAPX), and three microsomal (APX3, APX4, APX5) isoforms.",-0.00388442950504918,0.09243898098553018,-0.04202155263543228,0.9666343669031229,0.9998181408520408,0.024567036433452757,0.08825895973068065,0.27835175610972834,0.7817907613952338,0.997275651374687,0.09943359506068893,0.043047954459153576,0.02476611160595308,0.2347412934675765,-0.28951791565287205,-0.3570171341333334,-0.22671640128571433,-0.37711488972926444,-0.19363966947241082,-0.5120328595,-0.38539616183333325,-0.5873975706000001,-0.08166010458333317,-0.16299738073333342,Background_Unchanged,0.8067217041587857,ROS_Redox_Calcium_HeatShock
253174_at,AT4G35090,CAT2,"Encodes a peroxisomal catalase, highly expressed in bolts and leaves.  mRNA expression patterns show circadian regulation with mRNA levels being high in the subjective early morning. Loss of function mutations have increased H2O2 levels and increased H2O2  sensitivity. Mutants accumulate more toxic ions yet show decreased sensitivity to Li+. This decreased sensitivity is most likely due to an insensitivity to ethylene.  Note that in Queval et al. (2007) Plant Journal, 52(4):640, SALK_057998 is named as cat2-1, SALK_076998 is named as cat2-2; in Bueso et al. (2007) Plant Journal, 52(6):1052, SALK_076998 is named as cat2-1. TAIR has adopted the nomenclature consistent with that in Bueso et al. (2007) after consultation with the authors: SALK_076998 (cat2-1), SALK_057998 (cat2-2).",-0.05001253563900603,0.05027418481363802,-0.994795556096993,0.32421144696174886,0.9998181408520408,0.005313562807340687,0.048000823956013086,0.11069732495029504,0.9122611012806195,0.997275651374687,-0.030019303060801153,0.024202651968193968,0.22023926380578548,0.612102966993358,0.09851473274815503,0.1467514145666661,-0.17756699071428653,0.07805458271088266,0.2066386928296442,0.16746518199999905,-0.009609227333334136,0.116428419799999,-0.2621223155833339,-0.12205723753333401,Background_Unchanged,0.7980125878384651,ROS_Redox_Calcium_HeatShock
258221_at,AT3G29160,AKIN11,encodes a SNF1-related protein kinase that physically interacts with SCF subunit SKP1/ASK1 and 20S proteosome subunit PAD1.  It has also been shown to interact with the WD protein PDL1.,0.04897360833475205,0.07340161266392149,0.6672007134091709,0.5074459159170996,0.9998181408520408,-0.0010942516981755608,0.07008244689852376,-0.015613777009812289,0.9875992654699465,0.9983175275546877,-0.02835212115281122,0.03562932390583509,0.429675756346993,0.7589062822705636,0.19135213381816785,0.2641265875083332,0.24824948209523764,0.20553083424559512,0.15986561655300324,0.3523889218333327,0.22283865108333245,0.3987029042666661,0.10884431983333265,0.49995008813333275,Background_Unchanged,0.7968859665359926,SnRK1_Starvation_Sugar_Autophagy
260267_at,AT1G68530,AtCER6,"Encodes KCS6, a member of the 3-ketoacyl-CoA synthase family involved in the biosynthesis of VLCFA (very long chain fatty acids).",-0.040899070686267046,0.0634826887951559,-0.6442554885827061,0.5220994316421053,0.9998181408520408,-0.0397866294703002,0.060612049313309095,-0.6564145235321043,0.5143065544406488,0.9942669037042894,-0.048543024265680836,0.030280259732760682,0.11476716270496391,0.481562291076136,-0.047061403158851274,-0.06684584755833348,-0.46757712114285727,0.20769923842950774,-0.05191645140103586,-0.18792159183333337,-0.04220635491666669,0.012023541799999737,-0.675727571666667,-0.5011345956666668,Background_Unchanged,0.7642422567745899,Cuticle_Epicuticular_Wax_Lipid_Transport
264873_at,AT1G24100,UGT74B1,"Encodes a UDP-glucose:thiohydroximate S-glucosyltransferase, involved in glucosinolate biosynthesis",-0.022975319806316005,0.08883472669672847,-0.2586299374202062,0.7968904783294787,0.9998181408520408,-0.04676890350415166,0.08481768711232199,-0.5514050794879226,0.5835991828364236,0.997275651374687,-0.06644206418277618,0.04241661863712895,0.12311936232533655,0.4961899837809479,0.1309069802930543,0.2225037248666665,-0.01873384176190537,0.2546260147989476,0.04623677925277657,0.25994828099999917,0.21557718133333204,0.40063635006666587,-0.39133586166666734,0.0044358559333325335,Background_Unchanged,0.7584282136137851,Indole_Glucosinolate_Defense
256010_at,AT1G19220,ARF11,"Encodes an auxin response factor that contains the conserved VP1-B3 DNA-binding domain at its N-terminus and the Aux/IAA-like domains III and IV present in most ARFs at its C-terminus. The protein interacts with IAA1 (yeast two hybrid) and other auxin response elements such as ER7 and ER9 (yeast one hybrid). ARF19 protein can complement many aspects of the arf7 mutant phenotype and , together with ARF7, is involved in the response to ethylene.  In the arf7 arf19 double mutant, several auxin-responsive genes (e.g. IAA5, LBD16, LBD29 and LBD33) are no longer upregulated by auxin.",-0.01063201432579175,0.05635227968320411,-0.18867052736041554,0.851048565180894,0.9998181408520408,-0.024298570618738986,0.05380407194309618,-0.45161211300954024,0.653332124883375,0.997275651374687,0.035921565538348424,0.027074458819668863,0.1901933169410211,0.5846318147562994,-0.20095899779103454,-0.23673097468333348,-0.108841748857143,-0.19440058988745212,-0.2175518294154026,-0.3377579773333334,-0.18436616616666646,-0.3200701382,-0.1540544241666666,-0.3128636858666667,Background_Unchanged,0.7578312926593459,Ethylene_Auxin_Root_Remodeling
250928_at,AT5G03280,ATEIN2,"Involved in ethylene signal transduction. Acts downstream of CTR1. Positively regulates ORE1 and negatively regulates mir164A,B,C to regulate leaf senescence.",-0.03240962242183224,0.05021101905846043,-0.645468326067987,0.5213193171850147,0.9998181408520408,0.018507067494983605,0.047940514508817325,0.3860423210848049,0.7009611874714561,0.997275651374687,-0.013510465012928555,0.02444632630840831,0.5827882049299655,0.8383140099291716,-0.08362564702806202,0.1559975056666667,-0.041201800904762366,-0.0041767306566198314,-0.10997359555612353,0.0014138851666663694,-0.05727769850000053,0.2533034276666665,-0.15263650075000035,0.03321415819999966,Background_Unchanged,0.7553784762711246,Ethylene_Auxin_Root_Remodeling
266106_at,AT2G45170,ATATG8E,Involved in autophagy. Under nutrient starvation the protein localizes to autophagosomes.,0.006381237967628617,0.12179816535122542,0.05239190548746976,0.9584070878466512,0.9998181408520408,-0.1139903832304011,0.11629054384196741,-0.9802205705161023,0.3312882975827164,0.9367919076149203,-0.08846763709918895,0.05823137391439099,0.13456106831232065,0.5133438429972563,0.0647885063688052,0.15971424995833344,-0.4784866179523813,0.45198954084011284,0.18774592065427737,0.2389793206666666,-0.058168907916666956,0.022280271333333344,-1.146974411166667,-0.4665773912666669,Background_Unchanged,0.7408089943289247,SnRK1_Starvation_Sugar_Autophagy
259070_at,AT3G11670,ATTS02,"Responsible for the final assembly of galactolipids in photosynthetic membranes.  Provides stability to the PS I core complex (e.g. subunits PsaD, PsaE).",-0.04863036518637515,0.06506903935292269,-0.7473656545413688,0.4580402756839893,0.9998181408520408,0.025187821504642344,0.062126666290951864,0.4054268965066085,0.6867434728238687,0.997275651374687,-0.04901578555594723,0.03105882774785932,0.12039581181048527,0.49227451652728704,-0.021885713411245976,0.12339794914166664,-0.02275261838095271,0.09668716905951556,-0.07992551423915832,0.1530825191666665,0.03615408741666637,0.12986746653333317,-0.03328457683333341,-0.22302619713333344,Background_Unchanged,0.7216799380769013,Oxylipin_JA_Chloroplast_Galactolipid
261459_at,AT1G21100,IGMT1,,-0.058836182289336424,0.054700097788300414,-1.0756138410765448,0.28681645480111495,0.9998181408520408,0.0028038033946674087,0.05222660047191141,0.05368535132160008,0.9573812384060529,0.997275651374687,0.006630471393827036,0.02669216525028989,0.8047674373898623,0.9373841781229499,-0.07932997703040791,-0.07581446819166701,0.09443055285714275,0.0936078372029776,-0.039089317644149385,-0.21016266700000022,-0.11957063641666643,-0.06103690580000025,0.028719659583333335,-0.24441859026666685,Background_Unchanged,0.7197940414211473,Indole_Glucosinolate_Defense
245971_at,AT5G20730,ARF7,"Encodes an auxin-regulated transcriptional activator. Activates expression of IAA1 and IAA9 in the presence of auxin. Mutants affect blue light and gravitropic and auxin mediated growth responses.  Together with AUX19, it is  involved in the response to ethylene.  In the arf7 arf19 double mutant, several auxin-responsive genes (e.g. IAA5, LBD16, LBD29 and LBD33) are no longer upregulated by auxin.",-0.0037691486029122613,0.034444595811821445,-0.10942641404486109,0.9132643169432435,0.9998181408520408,-0.025557079844338415,0.032887037073363996,-0.7771171293821939,0.44043401351740924,0.980447008109654,0.041275759981303665,0.01584748247740512,0.0118706431841209,0.15990784733872265,-0.10757390440426232,-0.16480630235833366,-0.1601929830476195,-0.2283461939362457,-0.05811059072519114,-0.25969883966666707,-0.15703721808333349,-0.22695098313333376,-0.1901018943333337,-0.15035330733333369,Background_Unchanged,0.7156519784761235,Ethylene_Auxin_Root_Remodeling
262717_s_at,AT1G16410|AT1G16400,AT1G16410,,-0.012629627393620179,0.053650107545205765,-0.23540730804646406,0.8147707913398246,0.9998181408520408,-0.045034998513977326,0.05122408999857112,-0.8791761555009285,0.3831476332863485,0.9659740492273595,0.004759622412929995,0.026186774122458352,0.8564572499417548,0.9541084407496173,-0.08194624467867918,-0.06843477142499996,0.03460891228571444,-0.15174249752461894,-0.19462485977402524,-0.12356168783333314,0.030732370416666877,0.017424515400000118,-0.1572394343333332,-0.13354502773333313,Background_Unchanged,0.7076727478773754,Aliphatic_Glucosinolate_Biosynthesis
250827_at,AT5G05170,ATCESA3,"Encodes a cellulose synthase isomer. CESA3 mutants have cellulose defect in the primary cell wall. Multiple lines of evidence suggest that CESA3, along with CESA1 and CESA6 are present in the same plasma membrane complex for cellulose biosynthesis.  As inferred from the null role of secondary wall-type CesAs, included in a set of five primary wall-type CesAs that may support trichome cell wall thickening.",0.014760295924991307,0.030663483094593,0.48136396897435446,0.6321759231072281,0.9998181408520408,0.013908765678036365,0.029276903431807867,0.47507639291268755,0.636622011820966,0.997275651374687,0.045321182853187286,0.013635939620260057,0.001604082930673773,0.05486687269339194,-0.06547875863913426,-0.11325944771666643,-0.21724380800000023,-0.2520828252544756,-0.050598786611600964,-0.22168420150000015,-0.08035873066666754,-0.08519342460000026,-0.09903845291666746,0.11579478513333327,Background_Unchanged,0.6569583872993217,Cell_Wall_Mechanosensing_Expansion
251814_at,AT3G54890,LHCA1,Encodes a component of the light harvesting complex associated with photosystem I.,-0.06179595368862366,0.09349146746068072,-0.6609796098730925,0.5113968594701385,0.9998181408520408,0.009536052631511253,0.08926385355833913,0.10682994573250064,0.9153143242119076,0.997275651374687,-0.12106490788350356,0.0425564700823628,0.0062743745167974626,0.11344747437128386,-0.05020242993366303,0.2093718335666666,-0.7686618455714288,-0.07058124770064861,-0.21810764020065931,0.4499722986666665,0.11770278033333326,0.0864741488,-0.389054127166667,-0.6181393406666672,Background_Unchanged,0.6434790413031262,Photosynthesis_Carbon_Fixation_LHC
262414_at,AT1G49430,LACS2,Encodes a long chain acyl-CoA synthetase that catalyzes the synthesis of omega-hydroxy fatty acyl-CoA intermediates in the pathway to cutin synthesis. Required for repression of lateral root formation.,-0.013164416921408073,0.05458313036461494,-0.24118105417314575,0.8103156106258917,0.9998181408520408,0.02866495821868241,0.052114922227227245,0.5500335987013429,0.5845330184999233,0.997275651374687,0.00606206627419626,0.02663754188511539,0.8208391629585897,0.9417172588461904,-0.13026986370732638,-0.08047922488333359,-0.23057749042857165,0.17018720888265979,0.11819940708534743,-0.33290924066666694,-0.3787391345000002,-0.20678834360000042,-0.16270415925000048,-0.37443951900000005,Background_Unchanged,0.6063564150279043,Cuticle_Epicuticular_Wax_Lipid_Transport
264146_at,AT1G02205,CER1,"Expression of the CER1 gene associated with production of stem epicuticular wax and pollen fertility. Biochemical studies showed that cer1 mutants are blocked in the conversion of stem wax C30 aldehydes to C29 alkanes, and they also lack the secondary alcohols and ketones. These suggested the CER1 protein is an aldehyde decarbonylase, but the exact molecular function of this protein remains to be determined.",0.033857809330751484,0.07019390665332191,0.4823468438360407,0.6314821376890456,0.9998181408520408,-0.010869159086267533,0.06701979094322189,-0.16217834960833755,0.8717623760491923,0.997275651374687,0.0047166342160087854,0.03426633854321095,0.8910342368199073,0.9656691800412432,0.06522683496925602,-0.21421498106666712,-0.12510503776190543,0.0709262998289919,0.06752504210517908,-0.32126879316666734,0.06292862783333297,-0.04423254113333393,-0.07433001091666736,-0.10482303726666728,Background_Unchanged,0.6017044127581123,Cuticle_Epicuticular_Wax_Lipid_Transport
247949_at,AT5G57220,CYP81F2,"member of CYP81F, involved in glucosinolate metabolism. Mutants had impaired resistance to fungi.",-0.007927719499640285,0.048477024034353174,-0.16353560594029695,0.8706988301713345,0.9998181408520408,0.03171438169379344,0.0462849294366513,0.6851988774704711,0.49610888484175414,0.9911965331097109,0.001125882623031626,0.023668547982752218,0.9622362403174182,0.9875925242423966,0.05116675022536544,0.09055726684166679,0.1709687707619049,0.24157387582308879,0.10982008453406412,0.07898162866666691,-0.0074865840833332475,0.09464632093333343,0.1859442484166668,0.2258627286666668,Background_Unchanged,0.5660912587724163,Indole_Glucosinolate_Defense
265121_at,AT1G62560,FMO,"belongs to the flavin-monooxygenase (FMO) family, encodes a glucosinolate S-oxygenase that catalyzes the conversion of methylthioalkyl glucosinolates to methylsulfinylalkyl glucosinolates",-0.016700312090059392,0.06174491013278855,-0.2704726924720388,0.7878134741557826,0.9998181408520408,-0.019163794401289014,0.0589528516961618,-0.32506984564644387,0.7463669630014315,0.997275651374687,0.016410712773749062,0.03006392826148223,0.5874199188214504,0.8401722960382184,-0.26417212131300394,-0.0030751571750000373,-0.1538222329999994,-0.393289537938455,-0.3664181175426755,-0.03537696283333277,-0.16192612508333237,-0.13269947659999967,-0.05142853808333281,-0.1793119181333326,Background_Unchanged,0.5650185475472453,Aliphatic_Glucosinolate_Biosynthesis
252408_at,AT3G47600,ATMYB94,Encodes a putative transcription factor (MYB94).,0.02096943618107367,0.03181277579311403,0.6591514150617618,0.5125610531179253,0.9998181408520408,-0.006500364741939903,0.030374225978163187,-0.21400923093853266,0.8313347635183175,0.997275651374687,0.01010844951965133,0.015471373196214397,0.5163060373632834,0.8055973264687122,0.06313505646990623,-0.05198545350833352,0.04161746395238021,-0.04194496161474396,-0.02269045881018641,0.0017696616666658116,0.14896057174999888,0.04322000306666603,-0.12611571800000076,0.17360883799999946,Background_Unchanged,0.551700832978387,Cuticle_Epicuticular_Wax_Lipid_Transport
246075_at,AT5G20410,ATMGD2,"Encodes a type B monogalactosyldiacylglycerol (MGDG) synthase. Strongly induced by phosphate deprivation, and in non-photosynthetic tissues. Does not contribute to galactolipid synthesis under Pi-sufficient conditions but does under Pi starvation.",-0.013224238553454495,0.045867078501187805,-0.28831656572833675,0.774192973031729,0.9998181408520408,0.02933785172210617,0.043793003679194385,0.6699209749808572,0.505723501675361,0.9928364618522687,0.019463990936239045,0.022236835978637737,0.3853026526750112,0.7311990637007403,0.012361660934748192,-0.04007275204999994,0.14703131995238067,0.13355799458940432,-0.09907295396383647,0.03394349666666644,0.12379627583333286,0.009707275066666554,-0.138918765166667,0.2913183421333331,Background_Unchanged,0.5315531833393451,Oxylipin_JA_Chloroplast_Galactolipid
253109_at,AT4G35920,MCA1,"Encodes an integral plasma membrane protein. Functionally complements the yeast mid1 mutant, a deficiency of Ca2+ influx. Involved in Ca2+ influx and mechanical sensing in roots. An over-expression line showed increased Ca2+ uptake than the wild type plant. The primary root of a knock-out mutant failed to penetrate a harder agar medium from a softer medium.",0.026400216191438133,0.07056160209681964,0.3741442286870645,0.7097419097614707,0.9998181408520408,-0.028056959953114212,0.06737085947507752,-0.41645542556115545,0.6787046821172931,0.997275651374687,-0.030674102029879646,0.0341969506735368,0.37372717252885257,0.7246439575774682,0.1111947057817305,0.023658926033333152,-0.11032922152380971,0.022875291145265306,-0.014173106769872292,0.14199323766666647,0.2365625183333333,0.14188713273333314,-0.14285798466666666,0.07319134993333343,Background_Unchanged,0.5301534589391736,Cell_Wall_Mechanosensing_Expansion
257927_at,AT3G23240,AtERF#092,"encodes a member of the ERF (ethylene response factor) subfamily B-3 of ERF/AP2 transcription factor family (ERF1). The protein contains one AP2 domain. There are 18 members in this subfamily including ATERF-1, ATERF-2, AND ATERF-5. EREBP like protein that binds GCC box of ethylene regulated promoters such as basic chitinases. Constitutive expression of ERF1 phenocopies ethylene over production. Involved in ethylene signaling cascade,downstream of EIN2 and EIN3.",-0.010296798450326649,0.026971419828903127,-0.3817670154424866,0.704111690117185,0.9998181408520408,0.005226417117683589,0.025751792492509917,0.20295352718470872,0.8399236113946194,0.997275651374687,0.025342220672077424,0.012707191500784375,0.0511988881662342,0.3410160791300624,-0.09311115547232572,-0.041163163991666946,-0.0024562102857145058,-0.10948246092076142,-0.10805506002798479,-0.056480546500000305,-0.07816725091666665,-0.10401303240000023,-0.05815615466666646,0.027270501533333123,Background_Unchanged,0.42663459077759036,Ethylene_Auxin_Root_Remodeling
258239_at,AT3G27690,DEG13,Encodes Lhcb2.4.  Belongs to the Lhc super-gene family encodes the light-harvesting chlorophyll a/b-binding (LHC) proteins that constitute the antenna system of the photosynthetic apparatus.,-0.005698898956757575,0.10514429825745587,-0.05420074175399674,0.9569724953717006,0.9998181408520408,-0.035012527881519304,0.10038975210326145,-0.34876595616557776,0.7286025018771902,0.997275651374687,-0.12853722741384258,0.04825095870039246,0.010171588311478474,0.14647771104439034,0.06311272262283041,0.15320462855000033,-0.7457516323333326,0.043695579695529695,0.03201459274566032,0.4438510973333341,0.0942108525000005,-0.04323098773333296,0.09896497075000066,-0.6895969481999995,Background_Unchanged,0.417800700132618,Photosynthesis_Carbon_Fixation_LHC
260394_at,AT1G74080,ATMYB122,"Encodes a putative transcription factor, member of the R2R3 factor gene family (MYB122).",0.0015206100485603707,0.022007075868896945,0.06909641506300618,0.9451645821567662,0.9998181408520408,0.012117162470307825,0.021011932435809177,0.5766800605953495,0.5665187723318093,0.997275651374687,0.0010646961319229608,0.010744036683757443,0.9214302773777759,0.9754261550836283,0.044902581493011975,0.04175965928333371,0.03480453504761944,0.04376653570010052,0.06802536431935671,0.04059631150000061,0.02177979866666724,0.06470280573333405,-0.07103533233333281,0.10474800826666737,Background_Unchanged,0.4095504786055235,Indole_Glucosinolate_Defense
257981_at,AT3G20770,AtEIN3,"Encodes EIN3 (ethylene-insensitive3), a nuclear transcription factor that initiates downstream transcriptional cascades for ethylene responses.",0.026988969802011813,0.07757768612103731,0.3478960401049267,0.7292520866233447,0.9998181408520408,0.02269160790310083,0.07406968145211154,0.306354873657337,0.7604962938943732,0.997275651374687,-0.02296736908110689,0.037747778031435746,0.5454560901904845,0.819297326500596,-0.01238659230243462,0.055908873858333485,-0.3495598452380954,0.04320026392352992,-0.18585454835486873,0.010849046333333057,0.16108136374999948,0.2620500651333334,-0.3582832720000002,0.23580954679999966,Background_Unchanged,0.3954209230418999,Ethylene_Auxin_Root_Remodeling
259560_at,AT1G21270,WAK2,"cytoplasmic serine/threonine protein kinase induced by salicylic acid. mutant plants exhibit a loss of cell expansion and dependence on sugars and salts for seedling growth, affecting the expression and activity of vacuolar invertase.",-0.030131121618625755,0.068721121722594,-0.43845503192243884,0.6627814541386413,0.9998181408520408,-0.0011886143417064328,0.06561360424030468,-0.01811536426734349,0.9856126671711692,0.9983175275546877,-0.054110051419577476,0.032731623809230434,0.10413072888772394,0.46795235894536247,-0.023801772202765407,0.11920832960833319,-0.26577214952381034,0.10822793231813198,-0.11952292065553004,0.19452205833333278,0.07191937624999922,0.11581397713333282,-0.3765139560000008,-0.17629581040000045,Background_Unchanged,0.37129529990598975,Cell_Wall_Mechanosensing_Expansion
260531_at,AT2G47240,CER8,"Encodes an acyl-CoA synthetase that acts on long-chain and very-long-chain fatty acids, involved in cuticular wax and cutin biosynthesis",-0.002885183501521924,0.04696949968981123,-0.06142674545344981,0.9512430102560967,0.9998181408520408,-0.015074438279965355,0.044845574210107035,-0.33614104726008764,0.7380491981029312,0.997275651374687,-0.034006271033263334,0.022459090079736017,0.1358473120944265,0.5143970302813093,0.10027903484032909,-0.048922116900000305,-0.022342655666666694,0.2208504631809723,0.10175522784732463,-0.04674619150000018,0.09880284183333354,0.047704799533333106,-0.1281299634166666,-0.1973177114666667,Background_Unchanged,0.3479850480970981,Cuticle_Epicuticular_Wax_Lipid_Transport
252066_at,AT3G51550,FER,"Encodes a synergid-expressed, plasma-membrane localized receptor-like kinase that accumulates asymetrically in the synergid membrnane at the filiform apparatus and mediates male-female gametophyte interactions during pollen tube reception.",0.01747184967209449,0.07341736230431803,0.23797980646148717,0.8127850112453366,0.9998181408520408,0.0254980958412038,0.07009748435201699,0.36375193884500817,0.7174439509927236,0.997275651374687,0.008362955529731786,0.035828086543661805,0.8163226212649365,0.940273774998484,0.042715257775864185,0.0010796661416668518,-0.1716682569047621,0.18839849657709007,-0.051634192031604305,-0.19812626200000003,0.13706470758333267,0.3373503018666664,-0.20334195116666698,0.42930532853333325,Background_Unchanged,0.34466079657077875,Cell_Wall_Mechanosensing_Expansion
260490_at,AT1G51500,ABCG12,"Encodes an ABC transporter involved in cuticular wax biosynthesis. Lines carrying recessive mutations in this locus have weakly glaucous stem surface, and relative elevated secondary alcohols and ketones.",0.008397439405671373,0.06205671359983367,0.13531879016058435,0.8928560354806124,0.9998181408520408,0.004569943706764923,0.059250555644738745,0.07712912827629692,0.9388019533126724,0.997275651374687,-0.02914137565408721,0.03003755718832057,0.3363093293932965,0.7024316758520327,-0.16485655093517232,-0.04548545698333355,-0.6096782011904768,-0.039881875500632366,-0.18544614053701036,-0.13652764916666746,-0.14426696133333428,-0.09871022613333391,-0.30334702858333373,-0.3395805933333339,Background_Unchanged,0.3165659671369465,Cuticle_Epicuticular_Wax_Lipid_Transport