Metabolic Pathway List
Metabolic Pathway Details
Biosynthesis
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 PWY-4021 - β-alanine betaine biosynthesis [30/31 ] 2 PWY-3981 - β-alanine biosynthesis I [1/1 ] 3 PWY-3941 - β-alanine biosynthesis II [11/12 ]
4 PWY-3982 - β-alanine biosynthesis III [1/2 ] 5 PWY-4041 - γ-glutamyl cycle [25/26 ] 6 PWY-5410 - 13-LOX and 13-HPL pathway [17/21 ]
7 PWY-2781 - cis-zeatin biosynthesis [7/10 ] 8 PWY-5032 - ent-kaurene biosynthesis [5/6 ] 9 PWY-2301 - myo-inositol biosynthesis [2/2 ]
10 PWY-5041 - S-adenosyl-L-methionine cycle [9/9 ] 11 PWY-2681 - trans-zeatin biosynthesis [2/3 ] 12 PWY-695 - abscisic acid biosynthesis [4/5 ]
13 PWY-5142 - acyl-ACP thioesterase pathway [1/1 ] 14 PWY-5148 - acyl-CoA thioesterase pathway [15/15 ] 15 ALANINE-SYN2-PWY - alanine biosynthesis II [4/4 ]
16 PWY0-1021 - alanine biosynthesis III [1/1 ] 17 PWY-5448 - aminopropanol biosynthesis [12/12 ] 18 PWY-5153 - anthocyanin biosynthesis (delphinidin 3-O-glucoside) [6/6 ]
19 PWY-5125 - anthocyanin biosynthesis (pelargonidin 3-O-glucoside, cyanidin 3-O-glucoside) [12/12 ] 20 ARGSYN-PWY - arginine biosynthesis I [9/9 ] 21 ARGSYNBSUB-PWY - arginine biosynthesis II (acetyl cycle) [19/19 ]
22 PWY-882 - ascorbate biosynthesis [15/16 ] 23 ASPARAGINESYN-PWY - asparagine biosynthesis III [3/4 ] 24 ASPARTATESYN-PWY - aspartate biosynthesis I [5/5 ]
25 PWY-3701 - biotin biosynthesis II [15/15 ] 26 PWY0-1264 - biotin-carboxyl carrier protein [2/2 ] 27 PWY-2582 - brassinosteroid biosynthesis II [93/96 ]
28 PWY-5318 - calystegine biosynthesis [2/2 ] 29 PWY-5 - canavanine biosynthesis [5/5 ] 30 PWY-2921 - capsidiol biosynthesis [1/1 ]
31 PWY-5269 - cardiolipin biosynthesis [11/12 ] 32 CAROTENOID-PWY - carotenoid biosynthesis [8/8 ] 33 PWY-1001 - cellulose biosynthesis [65/67 ]
34 PWY-5086 - chlorophyll a biosynthesis I [1/1 ] 35 PWY-5064 - chlorophyll a biosynthesis II [1/1 ] 36 PWY-5068 - chlorophyll cycle [1/1 ]
37 CHLOROPHYLL-SYN - chlorophyllide a biosynthesis [32/32 ] 38 PWY66-341 - cholesterol biosynthesis I [5/8 ] 39 PWY66-3 - cholesterol biosynthesis II (via 24,25-dihydrolanosterol) [6/9 ]
40 PWY66-4 - cholesterol biosynthesis III (via desmosterol) [3/6 ] 41 PWY-3385 - choline biosynthesis I [2/2 ] 42 PWY-3561 - choline biosynthesis III [14/15 ]
43 ARO-PWY - chorismate biosynthesis [17/18 ] 44 CITRULBIO-PWY - citrulline biosynthesis [21/22 ] 45 PWY-4983 - citrulline-nitric oxide cycle [4/4 ]
46 PWY-5111 - CMP-KDO biosynthesis II (from D-arabinose 5-phosphate) [2/2 ] 47 COA-PWY - coenzyme A biosynthesis [7/7 ] 48 PWY-5133 - cohumulone biosynthesis [11/11 ]
49 PWY-5176 - coumarin biosynthesis (via 2-coumarate) [1/1 ] 50 PWY-5397 - crocetin biosynthesis [1/1 ] 51 PWY-4942 - cyclopropane and cyclopropene fatty acid biosynthesis [9/9 ]
52 PWY0-541 - cyclopropane fatty acid (CFA) biosynthesis [8/9 ] 53 CYSTSYN-PWY - cysteine biosynthesis I [20/21 ] 54 PWY-2881 - cytokinins 7-N-glucoside biosynthesis [203/206 ]
55 PWY-2901 - cytokinins 9-N-glucoside biosynthesis [194/199 ] 56 PWY-2902 - cytokinins-O-glucoside biosynthesis [188/195 ] 57 PWY0-166 - de novo biosynthesis of pyrimidine deoxyribonucleotides [15/19 ]
58 PWY0-162 - de novo biosynthesis of pyrimidine ribonucleotides [23/26 ] 59 PWY-5409 - divinyl ether biosynthesis II (13-LOX) [12/15 ] 60 DTDPRHAMSYN-PWY - dTDP-L-rhamnose biosynthesis I [38/39 ]
61 ENTBACSYN-PWY - enterobactin biosynthesis [82/85 ] 62 PWY-282 - epicuticular wax biosynthesis [12/12 ] 63 ETHYL-PWY - ethylene biosynthesis from methionine [19/19 ]
64 FASYN-INITIAL-PWY - fatty acid biosynthesis - initial steps [25/27 ] 65 FASYN-ELONG-PWY - fatty acid elongation -- saturated [26/28 ] 66 RIBOSYN2-PWY - flavin biosynthesis [10/10 ]
67 PWY1F-FLAVSYN - flavonoid biosynthesis [17/18 ] 68 PWY-3101 - flavonol biosynthesis [7/7 ] 69 PWY-2161 - folate polyglutamylation I [13/14 ]
70 PWY-2161B - folate polyglutamylation II [4/4 ] 71 PWY-2201 - folate transformations [16/16 ] 72 PWY-3841 - formylTHF biosynthesis II [21/22 ]
73 PWY-2181 - free phenylpropanoid acid biosynthesis [3/3 ] 74 PWY-822 - fructan biosynthesis [2/2 ] 75 PWY-5034 - GA12 biosynthesis [5/6 ]
76 PWY-5338 - galactosylcyclitol biosynthesis [9/10 ] 77 GDPRHAMSYN-PWY - GDP-D-rhamnose biosynthesis [12/12 ] 78 PWY-66 - GDP-L-fucose biosynthesis I (from GDP-D-mannose) [12/13 ]
79 MANGDPMET-PWY - GDP-mannose metabolism [9/9 ] 80 PWY-5307 - gentiodelphin biosynthesis [1/1 ] 81 PWY-5122 - geranyldiphosphate biosynthesis [15/15 ]
82 PWY-5121 - geranylgeranyldiphosphate biosynthesis II (plastidic) [21/21 ] 83 PWY-5070 - gibberellin biosynthesis I (non C-3, non C-13 hydroxylation) [2/3 ] 84 PWY-5036 - gibberellin biosynthesis II (early C-3 hydroxylation) [2/3 ]
85 PWY-5035 - gibberellin biosynthesis III (early C-13 hydroxylation) [10/11 ] 86 GLUCONEO-PWY - gluconeogenesis [73/78 ] 87 GLUTSYN-PWY - glutamate biosynthesis I [5/5 ]
88 GLUGLNSYN-PWY - glutamate biosynthesis IV [1/1 ] 89 PWY-4341 - glutamate biosynthesis V [1/1 ] 90 GLNSYN-PWY - glutamine biosynthesis I [5/5 ]
91 GLUTATHIONESYN-PWY - glutathione biosynthesis [5/5 ] 92 PWY-4081 - glutathione redox reactions I [7/7 ] 93 GLUT-REDOX-PWY - glutathione redox reactions II [2/2 ]
94 PWY1F-353 - glycine betaine biosynthesis III (plants) [3/3 ] 95 GLYSYN-PWY - glycine biosynthesis I [7/7 ] 96 PWY-401 - glycolipid biosynthesis [12/12 ]
97 PWY-782 - glycolipid desaturation [12/13 ] 98 HEME-BIOSYNTHESIS-II - heme biosynthesis II [15/15 ] 99 HISTSYN-PWY - histidine biosynthesis I [25/27 ]
100 PWY-5344 - homocysteine biosynthesis [2/2 ] 101 HOMOSERSYN-PWY - homoserine biosynthesis [9/11 ] 102 PWY-5132 - humulone biosynthesis [13/13 ]
103 PWY-5473 - hydroxycinnamic acid serotonin amides biosynthesis [11/11 ] 104 PWY-581 - IAA biosynthesis I [32/35 ] 105 PWY-3161 - IAA biosynthesis VI (via indole-3-acetamide) [19/19 ]
106 ILEUSYN-PWY - isoleucine biosynthesis from threonine [24/25 ] 107 PWY-735 - jasmonic acid biosynthesis [38/41 ] 108 PWY-4681 - kievitone biosynthesis [1/1 ]
109 PWY-5175 - lactucaxanthin biosynthesis [2/2 ] 110 LEUSYN-PWY - leucine biosynthesis [17/17 ] 111 PWY-5152 - leucodelphinidin biosynthesis [3/3 ]
112 PWY1F-823 - leucopelargonidin and leucocyanidin biosynthesis [6/6 ] 113 PWY-5365 - linear furanocoumarin biosynthesis [9/9 ] 114 NAGLIPASYN-PWY - lipid-A-precursor biosynthesis [2/3 ]
115 PWY-4661 - lipid-independent phytate biosynthesis [2/2 ] 116 DAPLYSINESYN-PWY - lysine biosynthesis I [20/23 ] 117 PWY-2941 - lysine biosynthesis II [22/23 ]
118 PWY-5097 - lysine biosynthesis VI [20/23 ] 119 PWY-2464 - maackiain biosynthesis [4/4 ] 120 PWY-2463 - medicarpin biosynthesis [4/4 ]
121 PWY-3061 - menthol biosynthesis [2/2 ] 122 PWY-702 - methionine biosynthesis II [22/27 ] 123 PWY-4361 - methionine salvage pathway [13/14 ]
124 NONMEVIPP-PWY - methylerythritol phosphate pathway [12/12 ] 125 PWY-922 - mevalonate pathway [20/20 ] 126 PWY4KF-48 - momilactone biosynthesis [5/5 ]
127 PWY-3041 - monoterpene biosynthesis [2/2 ] 128 PYRIDNUCSYN-PWY - NAD biosynthesis I (from aspartate) [4/4 ] 129 PYRIDNUCSAL-PWY - NAD salvage pathway I [3/3 ]
130 PWY-5083 - NAD/NADH phosphorylation and dephosphorylation [28/29 ] 131 PWY-5423 - oleoresin monoterpene volatiles biosynthesis [2/2 ] 132 PWY-5425 - oleoresin sesquiterpene volatiles biosynthesis [2/2 ]
133 GLUTORN-PWY - ornithine biosynthesis [8/8 ] 134 PWY4KF-2307 - oryzalexin A-F biosynthesis [1/1 ] 135 PWY4KF-11492 - Oryzalexin S biosynthesis [1/1 ]
136 PANTO-PWY - pantothenate biosynthesis I [11/12 ] 137 PWY-3921 - pantothenate biosynthesis II [11/12 ] 138 PWY-3961 - pantothenate biosynthesis III [1/1 ]
139 PEPTIDOGLYCANSYN-PWY - peptidoglycan biosynthesis I [6/6 ] 140 PWY-5271 - phaseic acid biosynthesis [2/2 ] 141 PHESYN - phenylalanine biosynthesis I [20/21 ]
142 PWY-361 - phenylpropanoid biosynthesis [31/33 ] 143 PWY1F-467 - phenylpropanoid biosynthesis, initial reactions [9/11 ] 144 PHOSLIPSYN-PWY - phospholipid biosynthesis I [33/36 ]
145 PHOSLIPSYN2-PWY - phospholipid biosynthesis II [33/34 ] 146 PWY-762 - phospholipid desaturation [8/9 ] 147 PWY-5027 - phylloquinone biosynthesis [2/2 ]
148 PWY4KF-1 - phytocassane biosynthesis [1/1 ] 149 PWY-5063 - phytyl-PP biosynthesis [1/1 ] 150 PWY-5059 - pinobanksin biosynthesis [3/3 ]
151 PWY-1581 - plastoquinone biosynthesis [4/4 ] 152 POLYISOPRENSYN-PWY - polyisoprenoid biosynthesis [21/21 ] 153 PPGPPMET-PWY - ppGpp biosynthesis [4/4 ]
154 PWY-641 - proanthocyanidin biosynthesis from flavanols [1/2 ] 155 PROSYN-PWY - proline biosynthesis I [17/17 ] 156 PROLINE-SYN2-PWY - proline biosynthesis II [17/17 ]
157 PWY-4981 - proline biosynthesis V (from arginine) [5/5 ] 158 PWY0-662 - PRPP biosynthesis I [3/4 ] 159 PWY-2321 - pterocarpan biosynthesis [1/1 ]
160 DENOVOPURINE2-PWY - purine nucleotides de novo biosynthesis I [60/64 ] 161 PWY-841 - purine nucleotides de novo biosynthesis II [39/39 ] 162 PWY-40 - putrescine biosynthesis I [4/4 ]
163 PWY-43 - putrescine biosynthesis II [5/5 ] 164 PWY-46 - putrescine biosynthesis III [1/1 ] 165 PWY-5381 - pyridine nucleotide cycling (plants) [3/3 ]
166 PWY-84 - resveratrol biosynthesis [1/1 ] 167 SAM-PWY - S-adenosylmethionine biosynthesis [5/7 ] 168 PWY-5441 - S-methylmethionine cycle [4/5 ]
169 PWY-981 - salicylate biosynthesis [8/10 ] 170 P1-PWY - salvage pathways of purine and pyrimidine nucleotides [61/66 ] 171 P121-PWY - salvage pathways of purine nucleosides [27/29 ]
172 PWY-5043 - salvage pathways of purine nucleosides II (plant) [22/24 ] 173 PWY0-181 - salvage pathways of pyrimidine deoxyribonucleotides [3/3 ] 174 PWY0-163 - salvage pathways of pyrimidine ribonucleotides [30/33 ]
175 PWY-5290 - secologanin and strictosidine biosynthesis [27/27 ] 176 SERSYN-PWY - serine biosynthesis [6/7 ] 177 BSUBPOLYAMSYN-PWY - spermidine biosynthesis [9/9 ]
178 ARGSPECAT-PWY - spermine biosynthesis [7/7 ] 179 SPHINGOLIPID-SYN-PWY - sphingolipid metabolism [6/7 ] 180 PWY-5337 - stachyose biosynthesis [1/1 ]
181 PWY-622 - starch biosynthesis [30/30 ] 182 PWY-5147 - stearoyl-ACP desaturation pathway [8/8 ] 183 PWY-2541 - sterol biosynthesis [19/20 ]
184 PWY-1121 - suberin biosynthesis [18/20 ] 185 SUCSYN-PWY - sucrose biosynthesis [24/25 ] 186 FOLSYN-PWY - tetrahydrofolate biosynthesis I [12/12 ]
187 PWY-3742 - tetrahydrofolate biosynthesis II [13/14 ] 188 PWY-5188 - tetrapyrrole biosynthesis I [32/33 ] 189 THISYN-PWY - thiamine biosynthesis [5/5 ]
190 THIOREDOX-PWY - thioredoxin pathway [3/3 ] 191 HOMOSER-THRESYN-PWY - threonine biosynthesis from homoserine [14/15 ] 192 PWY-5123 - trans,trans-farnesyl diphosphate biosynthesis [18/18 ]
193 TRESYN-PWY - trehalose biosynthesis I [18/19 ] 194 TRIGLSYN-PWY - triacylglycerol biosynthesis [9/9 ] 195 TRNA-CHARGING-PWY - tRNA charging pathway [83/87 ]
196 TRPSYN-PWY-1 - tryptophan biosynthesis [18/19 ] 197 UDPNACETYLGALSYN-PWY - UDP-N-acetylgalactosamine biosynthesis [33/37 ] 198 PWY-4841 - UDP-D-glucuronate biosynthesis (from myo-inositol) [1/1 ]
199 PWY-4821 - UDP-D-xylose biosynthesis [9/9 ] 200 GALACTMETAB-PWY - UDP-galactose biosynthesis (salvage pathway from galactose using UDP-glucose) [45/47 ] 201 P61-PWY - UDP-glucose conversion [69/73 ]
202 URSIN-PWY - ureide biosynthesis [9/9 ] 203 VALSYN-PWY - valine biosynthesis [24/24 ] 204 PWY-5080 - very long chain fatty acid biosynthesis [2/2 ]
205 PWY-1422 - vitamin E biosynthesis [5/5 ] 206 PWY-4502 - wighteone and luteone biosynthesis [1/1 ]
           
Activation/Inactivation/Interconversion
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 PWY-5143 - acyl-CoA synthetase pathway [2/2 ] 2 PWY-4441 - DIMBOA-glucoside degradation [6/7 ] 3 PWY-102 - gibberellin inactivation [3/3 ]
4 PWY-801 - homocysteine and cysteine interconversion [12/13 ] 5 PWY-1741 - IAA conjugate biosynthesis I [12/13 ] 6 PWY-1782 - IAA conjugate biosynthesis II [13/13 ]
7 PWY-5340 - sulfate activation for sulfonation [2/2 ]
           
Degradation/Utilization/Assimilation
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 GLUCUROCAT-PWY - β-D-glucuronide degradation [4/4 ] 2 DRIBOPMET-PWY - (deoxy)ribose phosphate degradation [5/5 ] 3 PWY-5084 - 2-keto glutarate dehydrogenase complex [7/8 ]
4 HYDROXYPRODEG-PWY - 4-hydroxyproline degradation I [14/15 ] 5 PWY-5451 - acetone degradation (to methylglyoxal) [1/1 ] 6 P344-PWY - acrylonitrile degradation [19/19 ]
7 ALANINE-DEG3-PWY - alanine degradation III [4/4 ] 8 P345-PWY - aldoxime degradation [19/19 ] 9 PWY0-41 - allantoin degradation I [1/1 ]
10 PWY-3282 - ammonia assimilation cycle II [7/7 ] 11 ARGASEDEG-PWY - arginine degradation I (arginase pathway) [16/17 ] 12 AST-PWY - arginine degradation II [8/9 ]
13 PWY0-823 - arginine degradation III (arginine decarboxylase/agmatinase pathway) [4/4 ] 14 ARG-PRO-PWY - arginine degradation VI (arginase 2 pathway) [3/3 ] 15 ARG-GLU-PWY - arginine degradation VII (arginase 3 pathway) [4/4 ]
16 ARGDEG-V-PWY - arginine degradation X (arginine monooxygenase pathway) [19/19 ] 17 ASPARAGINE-DEG1-PWY - asparagine degradation I [7/7 ] 18 PWY-4001 - asparagine degradation II [2/2 ]
19 PWY-5461 - betanidin degradation [168/177 ] 20 PWY-5046 - branched-chain α-keto acid dehydrogenase complex [21/23 ] 21 PWY66-241 - bupropion degradation [1/1 ]
22 PWY-31 - canavanine degradation [4/4 ] 23 PWY-3641 - carnitine degradation III [5/5 ] 24 PWY-5098 - chlorophyll a degradation [4/4 ]
25 CYANCAT-PWY - cyanate degradation [14/15 ] 26 PWY-2841 - cytokinins degradation [15/18 ] 27 PWY0-1280 - ethylene glycol degradation [8/9 ]
28 FAO-PWY - fatty acid β-oxidation I [26/28 ] 29 PWY-5136 - fatty acid β-oxidation II (plant, saturated) [16/17 ] 30 PWY-5138 - fatty acid β-oxidation IV (plant, unsaturated, even number) [7/7 ]
31 PWY-1801 - formaldehyde oxidation II (glutathione-dependent) [1/1 ] 32 PWY-862 - fructan degradation [2/2 ] 33 FUCCAT-PWY - fucose degradation [1/1 ]
34 PWY-3821 - galactose degradation II [52/56 ] 35 GLUDEG-I-PWY - glutamate degradation III [9/10 ] 36 GLUDEG-II-PWY - glutamate degradation VII (to butyrate) [4/8 ]
37 GLUTAMINEFUM-PWY - glutamine degradation III [10/10 ] 38 PWY-5177 - glutaryl-CoA degradation [9/9 ] 39 PWY-4261 - glycerol degradation IV [9/11 ]
40 GLYCLEAV-PWY - glycine cleavage complex [8/10 ] 41 GLYCOLATEMET-PWY - glycolate and glyoxylate degradation I [1/1 ] 42 HOMOCYSDEGR-PWY - homocysteine degradation [3/4 ]
43 PWY-1081 - homogalacturonan degradation [123/133 ] 44 ILEUDEG-PWY - isoleucine degradation I [14/14 ] 45 CYSTEINE-DEG-PWY - L-cysteine degradation I [3/3 ]
46 IDNCAT-PWY - L-idonate degradation [1/1 ] 47 LEU-DEG2-PWY - leucine degradation I [11/11 ] 48 PWY-3121 - linamarin degradation [1/1 ]
49 PWY0-461 - lysine degradation I [3/4 ] 50 LYSINE-DEG1-PWY - lysine degradation II [8/10 ] 51 MANNCAT-PWY - mannose degradation [6/6 ]
52 PWY-701 - methionine degradation II [2/2 ] 53 PWY-5082 - methionine degradation III [53/54 ] 54 PWY-5386 - methylglyoxal degradation I [11/12 ]
55 PWY-5074 - mevalonate degradation [6/6 ] 56 PWY66-201 - nicotine degradation II [7/8 ] 57 PWY66-221 - nicotine degradation III [1/1 ]
58 DENITRIFICATION-PWY - nitrate reduction I [1/1 ] 59 PWY-381 - nitrate reduction II (assimilatory) [8/8 ] 60 PWY66-21 - oxidative ethanol degradation I [57/57 ]
61 PWY66-162 - oxidative ethanol degradation III [10/10 ] 62 PWY-5079 - phenylalanine degradation III [60/61 ] 63 LIPASYN-PWY - phospholipases [36/37 ]
64 PROUT-PWY - proline degradation I [15/16 ] 65 PWY-4561 - proline degradation II [15/16 ] 66 PWY-5044 - purine degradation [10/11 ]
67 QUINATEDEG-PWY - quinate degradation [2/2 ] 68 P23-PWY - reductive TCA cycle I [27/28 ] 69 RIBOKIN-PWY - ribose degradation [11/13 ]
70 SALVADEHYPOX-PWY - salvage pathways of adenine, hypoxanthine, and their nucleosides [8/10 ] 71 PWY-842 - starch degradation [60/62 ] 72 SUCUTIL-PWY - sucrose degradation I [12/12 ]
73 PWY-621 - sucrose degradation III [45/47 ] 74 PWY-3801 - sucrose degradation to ethanol and lactate (anaerobic) [181/187 ] 75 SULFMETII-PWY - sulfate reduction II (assimilatory) [3/3 ]
76 PWY-5278 - sulfite oxidation III [3/3 ] 77 PWY-5350 - thiosulfate disproportionation III (rhodanese) [1/2 ] 78 THREONINE-DEG2-PWY - threonine degradation II [12/12 ]
79 THRDLCTCAT-PWY - threonine degradation III (to methylglyoxal) [12/12 ] 80 PWY0-1182 - trehalose degradation II (high osmolarity) [1/1 ] 81 LIPAS-PWY - triacylglycerol degradation [95/99 ]
82 PWY-3162 - tryptophan degradation V (side chain pathway) [6/6 ] 83 TYRFUMCAT-PWY - tyrosine degradation I [11/14 ] 84 PWY-4984 - urea cycle [6/6 ]
85 VALDEG-PWY - valine degradation I [27/28 ] 86 XYLCAT-PWY - xylose degradation [3/4 ] 87 P185-PWY - xylulose-monophosphate cycle [17/17 ]
           
Generation of Precursor Metabolites and Energy
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 CENTFERM-PWY - acetyl CoA fermentation to butyrate [9/9 ] 2 PWY-3781 - aerobic respiration -- electron donor II [78/94 ] 3 PWY-4302 - aerobic respiration -- electron donor III [33/56 ]
4 AERESPDON-PWY - aerobic respiration -- electron donors reaction list [31/36 ] 5 CALVIN-PWY - Calvin cycle [65/68 ] 6 PROPFERM-PWY - D-lactate fermentation to propionate and acetate [10/11 ]
7 P127-PWY - ethanol fermentation to acetate [64/64 ] 8 GLYCOLYSIS - glycolysis I [98/107 ] 9 PWY-1042 - glycolysis IV (plant cytosol) [96/100 ]
10 METHANOGENESIS-PWY - methanogenesis from CO2 [2/2 ] 11 FERMENTATION-PWY - mixed acid fermentation [79/82 ] 12 NONOXIPENT-PWY - pentose phosphate pathway (non-oxidative branch) [11/11 ]
13 OXIDATIVEPENT-PWY - pentose phosphate pathway (oxidative branch) [18/20 ] 14 P21-PWY - pentose phosphate pathway (partial) [4/4 ] 15 PWY-181 - photorespiration [24/26 ]
16 PWY-101 - photosynthesis, light reaction [1/3 ] 17 PYRUVDEHYD-PWY - pyruvate dehydrogenase complex [7/8 ] 18 ANARESPDON-PWY - respiration (anaerobic)-- electron donors reaction list [29/36 ]
19 TCA - TCA cycle [31/33 ] 20 P105-PWY - TCA cycle variation I [39/41 ] 21 PWY-1141 - xanthophyll cycle [3/3 ]
           
Detoxification
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 PWY-2261 - ascorbate glutathione cycle [12/12 ] 2 DETOX1-PWY - removal of superoxide radicals [13/14 ]
           
Miscellaneous
S. No. ID - Description S. No. ID - Description S. No. ID - Description
1 PWY4KF-3081 - allantoin pathway [1/1 ] 2 PWY4KF-3096 - allantoin transport -test-1 [1/1 ]
           

Department of Plant Molecular Biology, University of Delhi South Campus, New Delhi-110021, India