{"speciesId":9030171,"speciesName":"Galdieria sulphuraria","nodes":[{"dbId":10650531,"stId":"R-GSU-1119379","name":"Flavin biosynthesis","ratio":0.02,"x":77.42,"y":167.36,"angle":2.06},{"dbId":10650529,"stId":"R-GSU-1119353","name":"Linear furanocoumarin biosynthesis","ratio":0.01,"x":137.73,"y":95.33,"angle":5.62},{"dbId":10650535,"stId":"R-GSU-1119271","name":"Threonine degradation","ratio":0.01,"x":149.19,"y":177.58,"angle":0.82},{"dbId":10650533,"stId":"R-GSU-1119456","name":"Brassinosteroid biosynthesis II","ratio":0.01,"x":57.9,"y":101.95,"angle":3.64},{"dbId":10650539,"stId":"R-GSU-1119281","name":"Aspartate biosynthesis I","ratio":0.01,"x":169.75,"y":142.85,"angle":0.25},{"dbId":10650537,"stId":"R-GSU-1119502","name":"Allantoin degradation","ratio":0.02,"x":147.99,"y":125.76,"angle":0.02},{"dbId":10650543,"stId":"R-GSU-1119354","name":"Asparagine biosynthesis III","ratio":0.01,"x":169.94,"y":142.11,"angle":0.24},{"dbId":10650541,"stId":"R-GSU-1119452","name":"Galactose degradation II","ratio":0.02,"x":104.63,"y":172.78,"angle":1.47},{"dbId":10650547,"stId":"R-GSU-1119581","name":"Thiosulfate disproportionation III (rhodanese)","ratio":0.01,"x":106.82,"y":77.49,"angle":4.85},{"dbId":10650545,"stId":"R-GSU-1119553","name":"Asparagine biosynthesis","ratio":0.02,"x":170.13,"y":141.3,"angle":0.23},{"dbId":10650551,"stId":"R-GSU-9640027","name":"Phytic acid biosynthesis","ratio":0.01,"x":145.33,"y":109.22,"angle":5.95},{"dbId":10650549,"stId":"R-GSU-1119434","name":"Phytic acid biosynthesis (lipid-independent)","ratio":0.01,"x":168.0,"y":101.33,"angle":5.95},{"dbId":10650555,"stId":"R-GSU-1119486","name":"IAA biosynthesis I","ratio":0.01,"x":74.27,"y":84.48,"angle":4.15},{"dbId":10650553,"stId":"R-GSU-1119378","name":"Myo-inositol biosynthesis","ratio":0.0,"x":141.59,"y":101.03,"angle":5.76},{"dbId":10650559,"stId":"R-GSU-1119278","name":"PRPP biosynthesis I","ratio":0.01,"x":108.88,"y":77.83,"angle":4.9},{"dbId":10650557,"stId":"R-GSU-1119365","name":"Lysine degradation II","ratio":0.02,"x":152.38,"y":174.4,"angle":0.76},{"dbId":10650499,"stId":"R-GSU-1119472","name":"Wighteone and luteone biosynthesis","ratio":0.01,"x":148.0,"y":124.51,"angle":6.27},{"dbId":10650497,"stId":"R-GSU-1119321","name":"Glycerol degradation I","ratio":0.02,"x":103.29,"y":172.89,"angle":1.5},{"dbId":10650503,"stId":"R-GSU-1119389","name":"Phenylalanine biosynthesis I","ratio":0.01,"x":159.91,"y":164.93,"angle":0.59},{"dbId":10650501,"stId":"R-GSU-1119628","name":"GDP-mannose metabolism","ratio":0.01,"x":106.04,"y":172.62,"angle":1.44},{"dbId":10650507,"stId":"R-GSU-1119437","name":"Glutathione redox reactions I","ratio":0.01,"x":71.9,"y":163.91,"angle":2.2},{"dbId":10650505,"stId":"R-GSU-1119298","name":"Glutathione redox reactions II","ratio":0.01,"x":71.08,"y":163.31,"angle":2.22},{"dbId":10650511,"stId":"R-GSU-1119304","name":"Putrescine biosynthesis II","ratio":0.02,"x":147.88,"y":128.33,"angle":0.07},{"dbId":10650509,"stId":"R-GSU-1119602","name":"Phytyl-PP biosynthesis","ratio":0.01,"x":145.92,"y":111.01,"angle":5.99},{"dbId":10650515,"stId":"R-GSU-1119318","name":"Proline biosynthesis V (from arginine)","ratio":0.02,"x":158.86,"y":166.47,"angle":0.61},{"dbId":10650513,"stId":"R-GSU-5096066","name":"Amine and polyamine biosynthesis","ratio":0.03,"x":123.93,"y":126.87,"angle":0.08},{"dbId":10650519,"stId":"R-GSU-5655149","name":"Nucleotide metabolism","ratio":0.02,"x":105.35,"y":101.6,"angle":4.94},{"dbId":10650517,"stId":"R-GSU-1119407","name":"Ureide biosynthesis","ratio":0.01,"x":112.04,"y":78.53,"angle":4.97},{"dbId":10650523,"stId":"R-GSU-1119331","name":"Cysteine biosynthesis I","ratio":0.01,"x":167.59,"y":149.82,"angle":0.35},{"dbId":10650521,"stId":"R-GSU-1119262","name":"Threonine biosynthesis from homoserine","ratio":0.01,"x":158.37,"y":167.15,"angle":0.63},{"dbId":10650527,"stId":"R-GSU-1119400","name":"Methionine biosynthesis II","ratio":0.01,"x":161.01,"y":163.24,"angle":0.56},{"dbId":10650525,"stId":"R-GSU-1119501","name":"S-adenosyl-L-methionine cycle","ratio":0.02,"x":123.11,"y":167.07,"angle":1.07},{"dbId":10650595,"stId":"R-GSU-1119556","name":"Choline biosynthesis I","ratio":0.01,"x":52.6,"y":132.56,"angle":2.98},{"dbId":10650593,"stId":"R-GSU-1119260","name":"Cardiolipin biosynthesis","ratio":0.01,"x":54.77,"y":141.08,"angle":2.8},{"dbId":10650599,"stId":"R-GSU-1119276","name":"Choline biosynthesis III","ratio":0.01,"x":52.33,"y":130.61,"angle":3.02},{"dbId":10650597,"stId":"R-GSU-1119393","name":"Asparagine degradation I","ratio":0.01,"x":156.3,"y":169.89,"angle":0.67},{"dbId":10650603,"stId":"R-GSU-1119293","name":"Glutamine biosynthesis I","ratio":0.01,"x":166.52,"y":152.56,"angle":0.39},{"dbId":10650601,"stId":"R-GSU-1119586","name":"Cyanate degradation","ratio":0.01,"x":98.72,"y":77.02,"angle":4.69},{"dbId":10650607,"stId":"R-GSU-1119291","name":"Nitrate assimilation","ratio":0.01,"x":100.66,"y":77.0,"angle":4.73},{"dbId":10650605,"stId":"R-GSU-1119443","name":"Ammonia assimilation cycle","ratio":0.01,"x":96.82,"y":77.11,"angle":4.65},{"dbId":10650355,"stId":"R-GSU-5655124","name":"Amino acid catabolism","ratio":0.13,"x":134.46,"y":158.42,"angle":0.77},{"dbId":10650611,"stId":"R-GSU-5225808","name":"Ethylene biosynthesis and signaling","ratio":0.01,"x":64.96,"y":92.19,"angle":3.89},{"dbId":10650353,"stId":"R-GSU-1119337","name":"Proline degradation","ratio":0.02,"x":150.23,"y":176.59,"angle":0.8},{"dbId":10650359,"stId":"R-GSU-2744345","name":"Metabolism and regulation","ratio":0.94,"x":100.0,"y":125.0,"angle":5.72},{"dbId":10650615,"stId":"R-GSU-1119351","name":"Mitochondrial pyruvate metabolism","ratio":0.01,"x":52.35,"y":119.2,"angle":3.26},{"dbId":10650357,"stId":"R-GSU-2744343","name":"Amino acid metabolism","ratio":0.35,"x":118.95,"y":139.72,"angle":0.66},{"dbId":10650613,"stId":"R-GSU-1119424","name":"Plastid glycolysis","ratio":0.01,"x":100.45,"y":173.0,"angle":1.56},{"dbId":10650363,"stId":"R-GSU-2883407","name":"Carbohydrate metabolism","ratio":0.14,"x":100.58,"y":148.99,"angle":1.55},{"dbId":10650619,"stId":"R-GSU-1119320","name":"Chlorophyll cycle","ratio":0.01,"x":78.48,"y":167.91,"angle":2.04},{"dbId":10650361,"stId":"R-GSU-1119570","name":"Cytosolic glycolysis","ratio":0.02,"x":113.92,"y":170.94,"angle":1.28},{"dbId":10650617,"stId":"R-GSU-1119617","name":"Folate polyglutamylation I","ratio":0.01,"x":76.31,"y":166.75,"angle":2.09},{"dbId":10650623,"stId":"R-GSU-1119519","name":"Calvin cycle","ratio":0.05,"x":116.99,"y":169.89,"angle":1.21},{"dbId":10650367,"stId":"R-GSU-3906998","name":"Fatty acid and lipid metabolism","ratio":0.12,"x":76.28,"y":128.63,"angle":2.99},{"dbId":10650621,"stId":"R-GSU-4827054","name":"Tetrapyrrole biosynthesis I","ratio":0.01,"x":60.65,"y":152.49,"angle":2.53},{"dbId":10650365,"stId":"R-GSU-1119300","name":"Glycolipid desaturation","ratio":0.03,"x":52.13,"y":128.48,"angle":3.07},{"dbId":10650563,"stId":"R-GSU-1119428","name":"GDP-D-rhamnose biosynthesis","ratio":0.01,"x":108.6,"y":172.22,"angle":1.39},{"dbId":10650561,"stId":"R-GSU-1119620","name":"GDP-L-fucose biosynthesis I (from GDP-D-mannose)","ratio":0.01,"x":107.29,"y":172.44,"angle":1.42},{"dbId":10650567,"stId":"R-GSU-1119624","name":"Methionine salvage pathway","ratio":0.02,"x":126.37,"y":165.11,"angle":0.99},{"dbId":10650565,"stId":"R-GSU-1119267","name":"Phenylalanine degradation III","ratio":0.01,"x":151.26,"y":175.56,"angle":0.78},{"dbId":10650571,"stId":"R-GSU-5633340","name":"Citrulline-nitric oxide cycle","ratio":0.01,"x":129.4,"y":162.94,"angle":0.91},{"dbId":10650569,"stId":"R-GSU-1119545","name":"Geranylgeranyldiphosphate biosynthesis II (plastidic)","ratio":0.01,"x":133.63,"y":90.75,"angle":5.49},{"dbId":10650575,"stId":"R-GSU-1119601","name":"Trehalose degradation II","ratio":0.01,"x":93.17,"y":172.51,"angle":1.71},{"dbId":10650573,"stId":"R-GSU-1119444","name":"Canavanine biosynthesis","ratio":0.01,"x":168.56,"y":147.0,"angle":0.31},{"dbId":10650579,"stId":"R-GSU-1119594","name":"Pyridoxal 5'-phosphate biosynthesis","ratio":0.01,"x":64.74,"y":157.57,"angle":2.4},{"dbId":10650577,"stId":"R-GSU-1119629","name":"Thiamine biosynthesis","ratio":0.01,"x":59.95,"y":151.46,"angle":2.56},{"dbId":10650583,"stId":"R-GSU-1119516","name":"Trehalose biosynthesis I","ratio":0.02,"x":94.35,"y":172.67,"angle":1.69},{"dbId":10650581,"stId":"R-GSU-1119311","name":"Glycine biosynthesis I","ratio":0.01,"x":165.93,"y":153.95,"angle":0.41},{"dbId":10650587,"stId":"R-GSU-1119451","name":"Xylose degradation","ratio":0.01,"x":83.6,"y":170.11,"angle":1.92},{"dbId":10650585,"stId":"R-GSU-1119458","name":"Glutamate degradation","ratio":0.02,"x":154.21,"y":172.38,"angle":0.72},{"dbId":10650591,"stId":"R-GSU-1119402","name":"Phospholipid biosynthesis I","ratio":0.02,"x":52.0,"y":124.49,"angle":3.15},{"dbId":10650589,"stId":"R-GSU-1119412","name":"Chlorophyll a biosynthesis I","ratio":0.01,"x":80.2,"y":168.72,"angle":2.0},{"dbId":10650659,"stId":"R-GSU-9607185","name":"Generation of superoxide radicals","ratio":0.01,"x":37.07,"y":159.98,"angle":2.63},{"dbId":10650403,"stId":"R-GSU-1119529","name":"Sulfate activation for sulfonation","ratio":0.01,"x":105.31,"y":77.29,"angle":4.82},{"dbId":10650401,"stId":"R-GSU-1119342","name":"Gamma-glutamyl cycle","ratio":0.02,"x":74.48,"y":165.66,"angle":2.13},{"dbId":10650657,"stId":"R-GSU-9031225","name":"Response to phosphate deficiency","ratio":0.0,"x":293.12,"y":122.99,"angle":1.86},{"dbId":10650663,"stId":"R-GSU-9613003","name":"Detoxification","ratio":0.01,"x":78.47,"y":135.6,"angle":2.68},{"dbId":10650407,"stId":"R-GSU-1119559","name":"Cholesterol biosynthesis I","ratio":0.02,"x":54.14,"y":139.16,"angle":2.84},{"dbId":10650661,"stId":"R-GSU-9607141","name":"Reactive oxygen species (ROS) homeostasis","ratio":0.01,"x":56.95,"y":146.23,"angle":2.68},{"dbId":10650405,"stId":"R-GSU-5368291","name":"Inorganic nutrients metabolism","ratio":0.05,"x":100.87,"y":101.02,"angle":4.75},{"dbId":10650411,"stId":"R-GSU-1119600","name":"Valine biosynthesis","ratio":0.02,"x":157.15,"y":168.79,"angle":0.65},{"dbId":10650667,"stId":"R-GSU-1119403","name":"Removal of superoxide radicals","ratio":0.01,"x":35.93,"y":157.85,"angle":2.67},{"dbId":10650409,"stId":"R-GSU-1119439","name":"Cholesterol biosynthesis III (via desmosterol)","ratio":0.02,"x":52.98,"y":134.64,"angle":2.94},{"dbId":10650665,"stId":"R-GSU-9916190","name":"Root angle formation: elongation and curvature response","ratio":0.01,"x":328.39,"y":33.83,"angle":5.12},{"dbId":10650415,"stId":"R-GSU-1119625","name":"Gibberellin biosynthesis I (non C-3, non C-13 hydroxylation)","ratio":0.02,"x":67.84,"y":89.37,"angle":3.98},{"dbId":10650671,"stId":"R-GSU-9612650","name":"Responses to stimuli: biotic stimuli and stresses","ratio":0.01,"x":200.0,"y":225.0,"angle":5.72},{"dbId":10650413,"stId":"R-GSU-1119615","name":"Mevalonate pathway","ratio":0.03,"x":140.08,"y":98.58,"angle":5.7},{"dbId":10650669,"stId":"R-GSU-9611432","name":"Recognition of fungal and bacterial pathogens and immunity response","ratio":0.01,"x":176.01,"y":225.66,"angle":3.11},{"dbId":10650419,"stId":"R-GSU-1119367","name":"Polyisoprenoid biosynthesis","ratio":0.01,"x":146.45,"y":112.91,"angle":6.03},{"dbId":10650675,"stId":"R-GSU-9618218","name":"Arsenic uptake and detoxification","ratio":0.02,"x":265.77,"y":133.65,"angle":2.36},{"dbId":10650673,"stId":"R-GSU-1119479","name":"Valine degradation","ratio":0.04,"x":148.01,"y":178.65,"angle":0.84},{"dbId":10650417,"stId":"R-GSU-1119287","name":"Vitamin E biosynthesis","ratio":0.01,"x":58.75,"y":149.54,"angle":2.6},{"dbId":10650423,"stId":"R-GSU-1119410","name":"Ascorbate biosynthesis","ratio":0.03,"x":82.5,"y":169.7,"angle":1.94},{"dbId":10650679,"stId":"R-GSU-9639136","name":"Response to Aluminum stress","ratio":0.01,"x":274.03,"y":140.37,"angle":2.14},{"dbId":10650421,"stId":"R-GSU-1119449","name":"Carotenoid biosynthesis","ratio":0.02,"x":127.34,"y":85.55,"angle":5.32},{"dbId":10650677,"stId":"R-GSU-9618278","name":"Response to heavy metals","ratio":0.02,"x":284.84,"y":118.6,"angle":2.25},{"dbId":10650683,"stId":"R-GSU-9640032","name":"Root structure development","ratio":0.01,"x":147.92,"y":222.18,"angle":6.22},{"dbId":10650427,"stId":"R-GSU-1119610","name":"Biotin biosynthesis II","ratio":0.02,"x":81.19,"y":169.16,"angle":1.97},{"dbId":10650681,"stId":"R-GSU-9675508","name":"Root elongation","ratio":0.0,"x":168.13,"y":248.29,"angle":0.33},{"dbId":10650425,"stId":"R-GSU-1119605","name":"Chlorophyll a biosynthesis II","ratio":0.01,"x":79.37,"y":168.34,"angle":2.02},{"dbId":10650687,"stId":"R-GSU-9030654","name":"Primary root development","ratio":0.0,"x":171.31,"y":234.98,"angle":0.14},{"dbId":10650431,"stId":"R-GSU-1119377","name":"Gibberellin biosynthesis II (early C-3 hydroxylation)","ratio":0.01,"x":69.16,"y":88.22,"angle":4.01},{"dbId":10650685,"stId":"R-GSU-9031670","name":"Vegetative structure development","ratio":0.01,"x":120.9,"y":213.19,"angle":5.77},{"dbId":10650429,"stId":"R-GSU-1119532","name":"CMP-KDO biosynthesis II (from D-arabinose 5-phosphate)","ratio":0.01,"x":118.45,"y":169.31,"angle":1.18},{"dbId":10650627,"stId":"R-GSU-1119596","name":"Glutamate biosynthesis I","ratio":0.01,"x":167.31,"y":150.57,"angle":0.36},{"dbId":10650371,"stId":"R-GSU-2744341","name":"Hormone signaling, transport, and metabolism","ratio":0.09,"x":84.58,"y":106.61,"angle":4.01},{"dbId":10650625,"stId":"R-GSU-1119420","name":"Glutamate biosynthesis V","ratio":0.01,"x":166.78,"y":151.91,"angle":0.38},{"dbId":10650369,"stId":"R-GSU-1119473","name":"Cytokinins-O-glucoside biosynthesis","ratio":0.02,"x":63.23,"y":94.15,"angle":3.84},{"dbId":10650631,"stId":"R-GSU-1119319","name":"Alanine biosynthesis III","ratio":0.01,"x":170.94,"y":137.28,"angle":0.17},{"dbId":10650375,"stId":"R-GSU-1119506","name":"tyrosine degradation I","ratio":0.02,"x":146.7,"y":179.8,"angle":0.86},{"dbId":10650629,"stId":"R-GSU-1119612","name":"Cysteine degradation","ratio":0.03,"x":155.25,"y":171.16,"angle":0.7},{"dbId":10650373,"stId":"R-GSU-1119563","name":"UDP-D-xylose biosynthesis","ratio":0.02,"x":89.9,"y":171.93,"angle":1.78},{"dbId":10650635,"stId":"R-GSU-5608118","name":"Auxin signalling","ratio":0.0,"x":55.79,"y":106.31,"angle":3.54},{"dbId":10650379,"stId":"R-GSU-5655122","name":"Amino acid biosynthesis","ratio":0.25,"x":144.04,"y":144.1,"angle":0.41},{"dbId":10650633,"stId":"R-GSU-1119419","name":"Lysine biosynthesis VI","ratio":0.04,"x":161.6,"y":162.28,"angle":0.54},{"dbId":10650377,"stId":"R-GSU-1119494","name":"Tryptophan biosynthesis","ratio":0.02,"x":157.83,"y":167.9,"angle":0.64},{"dbId":10650639,"stId":"R-GSU-1119289","name":"Arginine degradation","ratio":0.02,"x":170.33,"y":140.44,"angle":0.22},{"dbId":10650383,"stId":"R-GSU-2744344","name":"Secondary metabolism","ratio":0.13,"x":120.37,"y":112.3,"angle":5.73},{"dbId":10650637,"stId":"R-GSU-9035605","name":"Regulation of seed size","ratio":0.0,"x":32.05,"y":248.81,"angle":2.8},{"dbId":10650381,"stId":"R-GSU-1119370","name":"Sterol biosynthesis","ratio":0.02,"x":147.7,"y":119.65,"angle":6.17},{"dbId":10650387,"stId":"R-GSU-1119544","name":"Pantothenate biosynthesis II","ratio":0.02,"x":67.15,"y":160.0,"angle":2.32},{"dbId":10650641,"stId":"R-GSU-1119445","name":"Beta-alanine biosynthesis II","ratio":0.01,"x":169.06,"y":145.37,"angle":0.29},{"dbId":10650385,"stId":"R-GSU-1119294","name":"Gibberellin biosynthesis III (early C-13 hydroxylation)","ratio":0.01,"x":70.59,"y":87.06,"angle":4.05},{"dbId":10650391,"stId":"R-GSU-1119496","name":"Pantothenate biosynthesis I","ratio":0.02,"x":68.12,"y":160.89,"angle":2.3},{"dbId":10650647,"stId":"R-GSU-8879007","name":"Response to cold temperature","ratio":0.0,"x":279.19,"y":111.95,"angle":2.62},{"dbId":10650389,"stId":"R-GSU-2867929","name":"Cofactor biosyntheses","ratio":0.2,"x":84.51,"y":143.33,"angle":2.27},{"dbId":10650645,"stId":"R-GSU-6788019","name":"Salicylic acid signaling","ratio":0.0,"x":87.74,"y":78.59,"angle":4.45},{"dbId":10650395,"stId":"R-GSU-1119622","name":"Arginine biosynthesis II (acetyl cycle)","ratio":0.04,"x":170.54,"y":139.42,"angle":0.2},{"dbId":10650651,"stId":"R-GSU-9025727","name":"Iron uptake and transport in root vascular system","ratio":0.01,"x":103.43,"y":53.08,"angle":4.76},{"dbId":10650393,"stId":"R-GSU-1119263","name":"Arginine biosynthesis","ratio":0.04,"x":170.77,"y":138.23,"angle":0.18},{"dbId":10650649,"stId":"R-GSU-1119325","name":"Sphingolipid metabolism","ratio":0.02,"x":52.09,"y":122.06,"angle":3.2},{"dbId":10650399,"stId":"R-GSU-1119539","name":"Ornithine biosynthesis","ratio":0.03,"x":160.46,"y":164.1,"angle":0.57},{"dbId":10650655,"stId":"R-GSU-9025754","name":"Mugineic acid biosynthesis","ratio":0.01,"x":105.64,"y":53.22,"angle":4.79},{"dbId":10650397,"stId":"R-GSU-1119286","name":"Cholesterol biosynthesis II (via 24,25-dihydrolanosterol)","ratio":0.02,"x":53.5,"y":136.92,"angle":2.89},{"dbId":10650653,"stId":"R-GSU-9025714","name":"Response to iron deficiency","ratio":0.02,"x":103.08,"y":77.1,"angle":4.78},{"dbId":10650467,"stId":"R-GSU-1119460","name":"Isoleucine biosynthesis from threonine","ratio":0.03,"x":164.02,"y":157.95,"angle":0.48},{"dbId":10650465,"stId":"R-GSU-1119283","name":"Lysine biosynthesis II","ratio":0.04,"x":162.24,"y":161.19,"angle":0.53},{"dbId":10650471,"stId":"R-GSU-1119464","name":"Methylerythritol phosphate pathway","ratio":0.05,"x":70.13,"y":162.57,"angle":2.24},{"dbId":10650469,"stId":"R-GSU-1119509","name":"Histidine biosynthesis I","ratio":0.01,"x":165.57,"y":154.74,"angle":0.43},{"dbId":10650475,"stId":"R-GSU-1119533","name":"TCA cycle (plant)","ratio":0.05,"x":53.05,"y":115.03,"angle":3.35},{"dbId":10650473,"stId":"R-GSU-1119386","name":"UDP-N-acetylgalactosamine biosynthesis","ratio":0.01,"x":147.98,"y":123.5,"angle":6.25},{"dbId":10650479,"stId":"R-GSU-1119312","name":"Photorespiration","ratio":0.04,"x":108.76,"y":102.66,"angle":5.09},{"dbId":10650477,"stId":"R-GSU-2961031","name":"Generation of precursor metabolites and energy","ratio":0.05,"x":76.36,"y":120.87,"angle":3.31},{"dbId":10650483,"stId":"R-GSU-1119495","name":"Citrulline biosynthesis","ratio":0.03,"x":167.91,"y":148.93,"angle":0.34},{"dbId":10650481,"stId":"R-GSU-1119567","name":"Beta-alanine biosynthesis I","ratio":0.02,"x":169.34,"y":144.4,"angle":0.27},{"dbId":10650487,"stId":"R-GSU-1119568","name":"Pantothenate biosynthesis III","ratio":0.01,"x":66.34,"y":159.22,"angle":2.35},{"dbId":10650485,"stId":"R-GSU-1119430","name":"Chorismate biosynthesis","ratio":0.02,"x":168.25,"y":147.93,"angle":0.32},{"dbId":10650491,"stId":"R-GSU-1119631","name":"Proline biosynthesis I","ratio":0.02,"x":159.38,"y":165.72,"angle":0.6},{"dbId":10650495,"stId":"R-GSU-1119483","name":"Glutathione biosynthesis","ratio":0.01,"x":72.75,"y":164.52,"angle":2.17},{"dbId":10650493,"stId":"R-GSU-1119540","name":"Leucine biosynthesis","ratio":0.03,"x":163.49,"y":158.96,"angle":0.49},{"dbId":10650435,"stId":"R-GSU-1119265","name":"Tetrahydrofolate biosynthesis I","ratio":0.02,"x":62.5,"y":154.96,"angle":2.47},{"dbId":10650433,"stId":"R-GSU-1119573","name":"Dolichyl-diphosphooligosaccharide biosynthesis","ratio":0.01,"x":112.13,"y":171.44,"angle":1.32},{"dbId":10650695,"stId":"R-GSU-9675781","name":"S phase","ratio":0.04,"x":299.73,"y":297.0,"angle":1.57},{"dbId":10650439,"stId":"R-GSU-1119569","name":"Kievitone biosynthesis","ratio":0.01,"x":135.16,"y":92.32,"angle":5.53},{"dbId":10650693,"stId":"R-GSU-9675868","name":"Synthesis of DNA","ratio":0.04,"x":299.51,"y":321.0,"angle":1.58},{"dbId":10650437,"stId":"R-GSU-1119523","name":"Tetrahydrofolate biosynthesis II","ratio":0.02,"x":61.5,"y":153.66,"angle":2.5},{"dbId":10650699,"stId":"R-GSU-9640670","name":"Cell cycle","ratio":0.04,"x":314.4,"y":244.2,"angle":0.93},{"dbId":10650443,"stId":"R-GSU-1119477","name":"Starch biosynthesis","ratio":0.01,"x":97.58,"y":172.94,"angle":1.62},{"dbId":10650697,"stId":"R-GSU-9640713","name":"Mitosis","ratio":0.04,"x":329.02,"y":263.24,"angle":0.92},{"dbId":10650441,"stId":"R-GSU-1119384","name":"NAD biosynthesis I (from aspartate)","ratio":0.01,"x":69.08,"y":161.72,"angle":2.27},{"dbId":10650447,"stId":"R-GSU-9826798","name":"Gravitropism under normal or artificial gravity environments","ratio":0.02,"x":313.27,"y":80.0,"angle":5.3},{"dbId":10650701,"stId":"R-GSU-2894886","name":"Cellular processes","ratio":0.04,"x":300.0,"y":225.0,"angle":5.72},{"dbId":10650445,"stId":"R-GSU-9928372","name":"Root gravitropism","ratio":0.02,"x":327.82,"y":60.89,"angle":5.33},{"dbId":10650451,"stId":"R-GSU-9626305","name":"Regulatory network of nutrient accumulation","ratio":0.01,"x":30.03,"y":208.01,"angle":3.38},{"dbId":10650449,"stId":"R-GSU-8932729","name":"Responses to stimuli: abiotic stimuli and stresses","ratio":0.05,"x":300.0,"y":100.0,"angle":5.72},{"dbId":10650455,"stId":"R-GSU-9031669","name":"Reproductive structure development","ratio":0.02,"x":79.04,"y":236.68,"angle":2.63},{"dbId":10650711,"stId":"R-GSU-8934257","name":"Transition from vegetative to reproductive shoot apical meristem","ratio":0.0,"x":101.33,"y":296.99,"angle":1.55},{"dbId":10650453,"stId":"R-GSU-9623902","name":"Seed development","ratio":0.02,"x":54.8,"y":241.17,"angle":2.8},{"dbId":10650709,"stId":"R-GSU-1119574","name":"UDP-L-arabinose biosynthesis and transport","ratio":0.01,"x":88.48,"y":171.6,"angle":1.81},{"dbId":10650459,"stId":"R-GSU-1119465","name":"Sucrose biosynthesis","ratio":0.01,"x":95.78,"y":172.81,"angle":1.66},{"dbId":10650715,"stId":"R-GSU-9766881","name":"TF network involved in salinity response","ratio":0.0,"x":341.79,"y":123.61,"angle":0.51},{"dbId":10650457,"stId":"R-GSU-9030769","name":"Growth and developmental processes","ratio":0.02,"x":100.0,"y":225.0,"angle":5.72},{"dbId":10650713,"stId":"R-GSU-8934088","name":"Inflorescence development","ratio":0.0,"x":107.12,"y":272.47,"angle":1.42},{"dbId":10650463,"stId":"R-GSU-1119273","name":"Lysine biosynthesis I","ratio":0.04,"x":162.91,"y":160.02,"angle":0.51},{"dbId":10650461,"stId":"R-GSU-1119295","name":"Homoserine biosynthesis","ratio":0.02,"x":164.5,"y":157.0,"angle":0.46},{"dbId":10650717,"stId":"R-GSU-9638808","name":"Response to salinity","ratio":0.0,"x":312.31,"y":120.6,"angle":1.03}],"edges":[{"from":10650371,"to":10650611},{"from":10650355,"to":10650597},{"from":10650383,"to":10650499},{"from":10650379,"to":10650625},{"from":10650359,"to":10650477},{"from":10650453,"to":10650637},{"from":10650451,"to":10650443},{"from":10650379,"to":10650627},{"from":10650359,"to":10650479},{"from":10650363,"to":10650613},{"from":10650379,"to":10650631},{"from":10650389,"to":10650577},{"from":10650683,"to":10650681},{"from":10650699,"to":10650697},{"from":10650379,"to":10650633},{"from":10650379,"to":10650377},{"from":10650355,"to":10650353},{"from":10650363,"to":10650361},{"from":10650389,"to":10650579},{"from":10650371,"to":10650369},{"from":10650383,"to":10650509},{"from":10650379,"to":10650603},{"from":10650363,"to":10650587},{"from":10650355,"to":10650585},{"from":10650357,"to":10650525},{"from":10650379,"to":10650395},{"from":10650355,"to":10650629},{"from":10650357,"to":10650567},{"from":10650371,"to":10650645},{"from":10650383,"to":10650529},{"from":10650379,"to":10650399},{"from":10650355,"to":10650375},{"from":10650357,"to":10650571},{"from":10650359,"to":10650513},{"from":10650445,"to":10650665},{"from":10650683,"to":10650687},{"from":10650379,"to":10650639},{"from":10650363,"to":10650623},{"from":10650405,"to":10650601},{"from":10650379,"to":10650641},{"from":10650389,"to":10650589},{"from":10650371,"to":10650635},{"from":10650405,"to":10650605},{"from":10650363,"to":10650373},{"from":10650405,"to":10650607},{"from":10650379,"to":10650393},{"from":10650371,"to":10650385},{"from":10650359,"to":10650663},{"from":10650363,"to":10650541},{"from":10650355,"to":10650535},{"from":10650389,"to":10650505},{"from":10650389,"to":10650507},{"from":10650371,"to":10650555},{"from":10650383,"to":10650439},{"from":10650665,"to":10650661},{"from":10650697,"to":10650695},{"from":10650457,"to":10650455},{"from":10650713,"to":10650711},{"from":10650513,"to":10650511},{"from":10650449,"to":10650447},{"from":10650379,"to":10650539},{"from":10650389,"to":10650487},{"from":10650371,"to":10650533},{"from":10650457,"to":10650685},{"from":10650379,"to":10650543},{"from":10650383,"to":10650419},{"from":10650449,"to":10650677},{"from":10650379,"to":10650545},{"from":10650383,"to":10650421},{"from":10650367,"to":10650407},{"from":10650519,"to":10650559},{"from":10650389,"to":10650495},{"from":10650367,"to":10650409},{"from":10650359,"to":10650405},{"from":10650355,"to":10650565},{"from":10650363,"to":10650575},{"from":10650513,"to":10650537},{"from":10650383,"to":10650473},{"from":10650363,"to":10650583},{"from":10650379,"to":10650573},{"from":10650363,"to":10650561},{"from":10650363,"to":10650563},{"from":10650379,"to":10650581},{"from":10650355,"to":10650557},{"from":10650477,"to":10650615},{"from":10650449,"to":10650717},{"from":10650389,"to":10650531},{"from":10650405,"to":10650547},{"from":10650379,"to":10650491},{"from":10650389,"to":10650437},{"from":10650379,"to":10650493},{"from":10650389,"to":10650441},{"from":10650379,"to":10650503},{"from":10650519,"to":10650517},{"from":10650695,"to":10650693},{"from":10650455,"to":10650453},{"from":10650359,"to":10650357},{"from":10650663,"to":10650661},{"from":10650671,"to":10650669},{"from":10650367,"to":10650365},{"from":10650551,"to":10650549},{"from":10650383,"to":10650381},{"from":10650447,"to":10650445},{"from":10650363,"to":10650459},{"from":10650367,"to":10650591},{"from":10650389,"to":10650423},{"from":10650367,"to":10650593},{"from":10650389,"to":10650425},{"from":10650367,"to":10650595},{"from":10650379,"to":10650481},{"from":10650389,"to":10650427},{"from":10650379,"to":10650483},{"from":10650367,"to":10650599},{"from":10650379,"to":10650485},{"from":10650389,"to":10650435},{"from":10650379,"to":10650523},{"from":10650449,"to":10650657},{"from":10650389,"to":10650471},{"from":10650379,"to":10650527},{"from":10650359,"to":10650383},{"from":10650367,"to":10650649},{"from":10650359,"to":10650389},{"from":10650367,"to":10650397},{"from":10650383,"to":10650413},{"from":10650455,"to":10650713},{"from":10650359,"to":10650363},{"from":10650363,"to":10650497},{"from":10650449,"to":10650647},{"from":10650379,"to":10650515},{"from":10650359,"to":10650367},{"from":10650363,"to":10650501},{"from":10650359,"to":10650371},{"from":10650379,"to":10650521},{"from":10650405,"to":10650653},{"from":10650383,"to":10650569},{"from":10650371,"to":10650431},{"from":10650453,"to":10650451},{"from":10650701,"to":10650699},{"from":10650717,"to":10650715},{"from":10650653,"to":10650651},{"from":10650637,"to":10650635},{"from":10650685,"to":10650683},{"from":10650357,"to":10650355},{"from":10650355,"to":10650673},{"from":10650389,"to":10650387},{"from":10650405,"to":10650403},{"from":10650661,"to":10650659},{"from":10650677,"to":10650675},{"from":10650477,"to":10650475},{"from":10650445,"to":10650443},{"from":10650379,"to":10650411},{"from":10650359,"to":10650519},{"from":10650389,"to":10650617},{"from":10650389,"to":10650619},{"from":10650389,"to":10650621},{"from":10650383,"to":10650551},{"from":10650383,"to":10650553},{"from":10650371,"to":10650415},{"from":10650363,"to":10650443},{"from":10650379,"to":10650461},{"from":10650379,"to":10650463},{"from":10650357,"to":10650379},{"from":10650379,"to":10650465},{"from":10650379,"to":10650467},{"from":10650379,"to":10650469},{"from":10650363,"to":10650709},{"from":10650389,"to":10650417},{"from":10650363,"to":10650429},{"from":10650389,"to":10650391},{"from":10650653,"to":10650655},{"from":10650677,"to":10650679},{"from":10650363,"to":10650433},{"from":10650661,"to":10650667},{"from":10650389,"to":10650401}]}