Pathway_ID Pathway_Name Accession_Count Accessions KEGG: 00500+2.4.1.18 Starch and sucrose metabolism 4 XP_019881962.1;XP_019873440.1;XP_019881960.1;XP_019881963.1 KEGG: 00010+4.1.2.13 Glycolysis / Gluconeogenesis 4 XP_019875188.1;XP_019880828.1;XP_019875189.1;XP_019872283.1 Reactome: R-HSA-5545483 Defective Mismatch Repair Associated With MLH1 1 XP_019865768.1 Reactome: R-HSA-210744 Regulation of gene expression in late stage (branching morphogenesis) pancreatic bud precursor cells 5 XP_019873101.1;XP_019872078.1;XP_019879756.1;XP_019867574.1;XP_019875577.1 KEGG: 00900+3.4.24.84 Terpenoid backbone biosynthesis 1 XP_019871174.1 Reactome: R-HSA-8862803 Deregulated CDK5 triggers multiple neurodegenerative pathways in Alzheimer's disease models 7 XP_019867588.1;XP_019880315.1;XP_019864589.1;XP_019880316.1;XP_019870171.1;XP_019867610.1;XP_019869339.1 MetaCyc: PWY-7766 Heme b biosynthesis IV (Gram-positive bacteria) 1 XP_019880901.1 Reactome: R-HSA-5686938 Regulation of TLR by endogenous ligand 8 XP_019877919.1;XP_019880306.1;XP_019873438.1;XP_019874601.1;XP_019880283.1;XP_019880305.1;XP_019873436.1;XP_019873087.1 Reactome: R-HSA-68867 Assembly of the pre-replicative complex 21 XP_019876873.1;XP_019868588.1;XP_019877877.1;XP_019865774.1;XP_019873629.1;XP_019870749.1;XP_019880468.1;XP_019876872.1;XP_019873282.1;XP_019877707.1;XP_019879145.1;XP_019873716.1;XP_019869531.1;XP_019880539.1;XP_019875892.1;XP_019864906.1;XP_019876748.1;XP_019869557.1;XP_019876874.1;XP_019876859.1;XP_019880467.1 Reactome: R-HSA-198753 ERK/MAPK targets 1 XP_019875529.1 MetaCyc: PWY-5913 Partial TCA cycle (obligate autotrophs) 22 XP_019871334.1;XP_019864881.1;XP_019871293.1;XP_019875594.1;XP_019875307.1;XP_019867896.1;XP_019869898.1;XP_019871475.1;XP_019879766.1;XP_019874576.1;XP_019864942.1;XP_019872581.1;XP_019878183.1;XP_019880910.1;XP_019874999.1;XP_019874085.1;XP_019864882.1;XP_019872086.1;XP_019876450.1;XP_019872926.1;XP_019875306.1;XP_019874083.1 MetaCyc: PWY-7053 Docosahexaenoate biosynthesis I (lower eukaryotes) 2 XP_019869995.1;XP_019869939.1 MetaCyc: PWY-7918 Protein N-glycosylation processing phase (yeast) 1 XP_019868291.1 Reactome: R-HSA-167290 Pausing and recovery of HIV elongation 45 XP_019869923.1;XP_019871167.1;XP_019864774.1;XP_019878851.1;XP_019879698.1;XP_019866292.1;XP_019879537.1;XP_019866812.1;XP_019878456.1;XP_019871423.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019880869.1;XP_019878850.1;XP_019879274.1;XP_019867019.1;XP_019877795.1;XP_019878359.1;XP_019874248.1;XP_019877770.1;XP_019872580.1;XP_019877838.1;XP_019872781.1;XP_019867682.1;XP_019866925.1;XP_019870539.1;XP_019877842.1;XP_019868777.1;XP_019879540.1;XP_019877841.1;XP_019871682.1;XP_019878362.1;XP_019871675.1;XP_019878385.1;XP_019878449.1;XP_019866809.1;XP_019872482.1;XP_019878853.1;XP_019870382.1;XP_019872978.1;XP_019873138.1 Reactome: R-HSA-159740 Gamma-carboxylation of protein precursors 1 XP_019864733.1 KEGG: 00051+3.1.3.11 Fructose and mannose metabolism 1 XP_019871486.1 MetaCyc: PWY-5046 2-oxoisovalerate decarboxylation to isobutanoyl-CoA 2 XP_019870111.1;XP_019869953.1 KEGG: 04151+2.7.1.153 PI3K-Akt signaling pathway 2 XP_019879031.1;XP_019875598.1 KEGG: 00010+1.2.4.1 Glycolysis / Gluconeogenesis 3 XP_019881720.1;XP_019870089.1;XP_019865397.1 Reactome: R-HSA-6814848 Glycerophospholipid catabolism 1 XP_019874932.1 Reactome: R-HSA-6782315 tRNA modification in the nucleus and cytosol 33 XP_019871364.1;XP_019867914.1;XP_019879830.1;XP_019879301.1;XP_019864597.1;XP_019875025.1;XP_019875165.1;XP_019869602.1;XP_019867389.1;XP_019870585.1;XP_019874385.1;XP_019866528.1;XP_019877982.1;XP_019876306.1;XP_019874378.1;XP_019881099.1;XP_019866268.1;XP_019876276.1;XP_019872852.1;XP_019865268.1;XP_019880968.1;XP_019872626.1;XP_019866521.1;XP_019865191.1;XP_019879045.1;XP_019864797.1;XP_019873294.1;XP_019876622.1;XP_019868961.1;XP_019874111.1;XP_019877104.1;XP_019864819.1;XP_019874758.1 KEGG: 00920+2.7.1.25 Sulfur metabolism 2 XP_019867057.1;XP_019871878.1 Reactome: R-HSA-9613354 Lipophagy 2 XP_019872452.1;XP_019881652.1 Reactome: R-HSA-418890 Role of second messengers in netrin-1 signaling 10 XP_019867174.1;XP_019879119.1;XP_019864606.1;XP_019879629.1;XP_019879630.1;XP_019864607.1;XP_019869596.1;XP_019868467.1;XP_019880236.1;XP_019869595.1 MetaCyc: PWY-6936 Seleno-amino acid biosynthesis (plants) 1 XP_019868643.1 Reactome: R-HSA-5632968 Defective Mismatch Repair Associated With MSH6 3 XP_019870354.1;XP_019880629.1;XP_019867371.1 MetaCyc: PWY-7049 Icosapentaenoate biosynthesis II (6-desaturase, mammals) 2 XP_019869995.1;XP_019869939.1 Reactome: R-HSA-5617472 Activation of anterior HOX genes in hindbrain development during early embryogenesis 33 XP_019871880.1;XP_019878233.1;XP_019864589.1;XP_019878850.1;XP_019875158.1;XP_019871167.1;XP_019878851.1;XP_019879537.1;XP_019878456.1;XP_019871206.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019877841.1;XP_019871682.1;XP_019865489.1;XP_019871207.1;XP_019878385.1;XP_019879746.1;XP_019878853.1;XP_019867019.1;XP_019879756.1;XP_019877770.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019880220.1;XP_019879306.1;XP_019868777.1;XP_019877842.1;XP_019866484.1;XP_019867574.1;XP_019879540.1 Reactome: R-HSA-169911 Regulation of Apoptosis 1 XP_019873301.1 MetaCyc: PWY-6737 Starch degradation V 3 XP_019870586.1;XP_019876629.1;XP_019881655.1 MetaCyc: PWY-6840 Homoglutathione biosynthesis 1 XP_019871761.1 Reactome: R-HSA-200425 Carnitine metabolism 3 XP_019872452.1;XP_019874350.1;XP_019880336.1 KEGG: 00010+2.7.2.3 Glycolysis / Gluconeogenesis 5 XP_019881093.1;XP_019874994.1;XP_019869178.1;XP_019869427.1;XP_019867327.1 Reactome: R-HSA-6804760 Regulation of TP53 Activity through Methylation 8 XP_019881517.1;XP_019869585.1;XP_019874984.1;XP_019875444.1;XP_019867760.1;XP_019877571.1;XP_019865803.1;XP_019869584.1 Reactome: R-HSA-4641262 Disassembly of the destruction complex and recruitment of AXIN to the membrane 9 XP_019869337.1;XP_019869346.1;XP_019869329.1;XP_019869353.1;XP_019880527.1;XP_019869362.1;XP_019879129.1;XP_019881573.1;XP_019880528.1 MetaCyc: PWY-5394 Betalamic acid biosynthesis 1 XP_019870947.1 MetaCyc: PWY-6118 Glycerol-3-phosphate shuttle 7 XP_019876995.1;XP_019875636.1;XP_019875078.1;XP_019875079.1;XP_019875077.1;XP_019875075.1;XP_019875635.1 Reactome: R-HSA-9617629 Regulation of FOXO transcriptional activity by acetylation 2 XP_019879756.1;XP_019867574.1 Reactome: R-HSA-4085001 Sialic acid metabolism 5 XP_019881920.1;XP_019868257.1;XP_019867207.1;XP_019881857.1;XP_019879620.1 MetaCyc: PWY-7234 Inosine-5'-phosphate biosynthesis III 4 XP_019880156.1;XP_019877818.1;XP_019869980.1;XP_019868090.1 KEGG: 00310+2.1.1.60 Lysine degradation 1 XP_019871729.1 Reactome: R-HSA-435368 Zinc efflux and compartmentalization by the SLC30 family 6 XP_019877253.1;XP_019871085.1;XP_019871084.1;XP_019877254.1;XP_019877251.1;XP_019877252.1 Reactome: R-HSA-5627117 RHO GTPases Activate ROCKs 1 XP_019873527.1 Reactome: R-HSA-68616 Assembly of the ORC complex at the origin of replication 8 XP_019876859.1;XP_019880467.1;XP_019873282.1;XP_019879145.1;XP_019877707.1;XP_019869531.1;XP_019864906.1;XP_019870749.1 MetaCyc: PWY-6369 Inositol diphosphates biosynthesis 11 XP_019865971.1;XP_019865979.1;XP_019873104.1;XP_019865976.1;XP_019865978.1;XP_019873105.1;XP_019865974.1;XP_019865975.1;XP_019865972.1;XP_019873106.1;XP_019865977.1 Reactome: R-HSA-8875555 MET activates RAP1 and RAC1 1 XP_019881676.1 Reactome: R-HSA-69541 Stabilization of p53 4 XP_019867760.1;XP_019881517.1;XP_019869585.1;XP_019869584.1 KEGG: 00281+4.2.1.17+1.1.1.35 Geraniol degradation 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 Reactome: R-HSA-111471 Apoptotic factor-mediated response 2 XP_019871906.1;XP_019871905.1 Reactome: R-HSA-2408522 Selenoamino acid metabolism 15 XP_019875025.1;XP_019866982.1;XP_019865367.1;XP_019878000.1;XP_019880307.1;XP_019881113.1;XP_019875657.1;XP_019866980.1;XP_019875260.1;XP_019866981.1;XP_019868561.1;XP_019878002.1;XP_019865797.1;XP_019866521.1;XP_019867879.1 Reactome: R-HSA-375165 NCAM signaling for neurite out-growth 3 XP_019875529.1;XP_019869083.1;XP_019872770.1 KEGG: 00515+2.4.1.109 Mannose type O-glycan biosynthesis 7 XP_019878374.1;XP_019873819.1;XP_019877690.1;XP_019867565.1;XP_019873171.1;XP_019867215.1;XP_019865350.1 Reactome: R-HSA-3214842 HDMs demethylate histones 5 XP_019869475.1;XP_019874353.1;XP_019868181.1;XP_019880453.1;XP_019870964.1 KEGG: 00970+6.1.1.3 Aminoacyl-tRNA biosynthesis 5 XP_019875197.1;XP_019875198.1;XP_019873354.1;XP_019869533.1;XP_019872238.1 KEGG: 04070+2.7.1.67 Phosphatidylinositol signaling system 1 XP_019867131.1 Reactome: R-HSA-9603798 Class I peroxisomal membrane protein import 18 XP_019866773.1;XP_019881702.1;XP_019876461.1;XP_019881703.1;XP_019874993.1;XP_019876467.1;XP_019866774.1;XP_019876465.1;XP_019879076.1;XP_019869450.1;XP_019873275.1;XP_019881872.1;XP_019881838.1;XP_019865546.1;XP_019873274.1;XP_019869574.1;XP_019873277.1;XP_019879075.1 Reactome: R-HSA-6802946 Signaling by moderate kinase activity BRAF mutants 15 XP_019871842.1;XP_019871849.1;XP_019871845.1;XP_019873710.1;XP_019871851.1;XP_019871846.1;XP_019871840.1;XP_019871844.1;XP_019871847.1;XP_019871843.1;XP_019871848.1;XP_019871841.1;XP_019879176.1;XP_019867724.1;XP_019875529.1 Reactome: R-HSA-8949275 RUNX3 Regulates Immune Response and Cell Migration 2 XP_019878084.1;XP_019874360.1 MetaCyc: PWY-6859 All-trans-farnesol biosynthesis 3 XP_019880087.1;XP_019880080.1;XP_019880038.1 Reactome: R-HSA-5389840 Mitochondrial translation elongation 80 XP_019875242.1;XP_019880062.1;XP_019879281.1;XP_019867270.1;XP_019867792.1;XP_019869086.1;XP_019865012.1;XP_019867842.1;XP_019869646.1;XP_019865251.1;XP_019871921.1;XP_019879888.1;XP_019873258.1;XP_019875063.1;XP_019872109.1;XP_019873616.1;XP_019868916.1;XP_019866692.1;XP_019867456.1;XP_019877486.1;XP_019875229.1;XP_019881564.1;XP_019866841.1;XP_019868994.1;XP_019868822.1;XP_019875241.1;XP_019881589.1;XP_019878036.1;XP_019866169.1;XP_019870207.1;XP_019876776.1;XP_019868584.1;XP_019868322.1;XP_019868025.1;XP_019865872.1;XP_019873212.1;XP_019871327.1;XP_019878765.1;XP_019877156.1;XP_019873570.1;XP_019875110.1;XP_019866210.1;XP_019869087.1;XP_019866157.1;XP_019870168.1;XP_019866927.1;XP_019869080.1;XP_019877752.1;XP_019873298.1;XP_019867112.1;XP_019873231.1;XP_019874395.1;XP_019877157.1;XP_019877148.1;XP_019880970.1;XP_019865882.1;XP_019873947.1;XP_019873234.1;XP_019872389.1;XP_019878441.1;XP_019879887.1;XP_019870136.1;XP_019865577.1;XP_019865668.1;XP_019866947.1;XP_019867257.1;XP_019870933.1;XP_019879664.1;XP_019868583.1;XP_019874397.1;XP_019876382.1;XP_019880755.1;XP_019874369.1;XP_019871981.1;XP_019877659.1;XP_019873295.1;XP_019865250.1;XP_019881391.1;XP_019866067.1;XP_019879962.1 MetaCyc: PWY-6367 D-myo-inositol-5-phosphate metabolism 9 XP_019880645.1;XP_019876322.1;XP_019878227.1;XP_019875382.1;XP_019870482.1;XP_019877155.1;XP_019868833.1;XP_019878043.1;XP_019878300.1 KEGG: 04150+2.7.11.24 mTOR signaling pathway 11 XP_019872545.1;XP_019864622.1;XP_019873931.1;XP_019868742.1;XP_019875529.1;XP_019868740.1;XP_019868739.1;XP_019868741.1;XP_019877991.1;XP_019868743.1;XP_019868744.1 Reactome: R-HSA-156581 Methylation 3 XP_019864711.1;XP_019874378.1;XP_019864710.1 KEGG: 00950+2.6.1.1 Isoquinoline alkaloid biosynthesis 3 XP_019876450.1;XP_019864942.1;XP_019871475.1 MetaCyc: PWY-2221 Entner-Doudoroff pathway III (semi-phosphorylative) 10 XP_019868311.1;XP_019870754.1;XP_019881967.1;XP_019881949.1;XP_019868312.1;XP_019875157.1;XP_019876270.1;XP_019881968.1;XP_019874047.1;XP_019881950.1 MetaCyc: PWY-7805 (aminomethyl)phosphonate degradation 4 XP_019866211.1;XP_019880490.1;XP_019871679.1;XP_019878635.1 KEGG: 00230+4.1.1.21 Purine metabolism 1 XP_019869980.1 Reactome: R-HSA-389948 PD-1 signaling 1 XP_019865078.1 KEGG: 00970+6.1.1.16 Aminoacyl-tRNA biosynthesis 2 XP_019865530.1;XP_019872768.1 Reactome: R-HSA-1483166 Synthesis of PA 28 XP_019871786.1;XP_019874626.1;XP_019874872.1;XP_019875077.1;XP_019869551.1;XP_019876995.1;XP_019880543.1;XP_019875635.1;XP_019875075.1;XP_019881029.1;XP_019867306.1;XP_019877826.1;XP_019881002.1;XP_019874717.1;XP_019878715.1;XP_019875636.1;XP_019871766.1;XP_019864731.1;XP_019881873.1;XP_019877825.1;XP_019875626.1;XP_019880793.1;XP_019875079.1;XP_019875078.1;XP_019871915.1;XP_019877586.1;XP_019879260.1;XP_019878636.1 MetaCyc: PWY-8088 Dipicolinate biosynthesis 1 XP_019868854.1 KEGG: 04070+2.7.7.41 Phosphatidylinositol signaling system 3 XP_019876943.1;XP_019867058.1;XP_019876451.1 MetaCyc: PWY-7013 (S)-propane-1,2-diol degradation 1 XP_019869997.1 MetaCyc: PWY-7833 Biosynthesis of Lewis epitopes (H. pylori) 2 XP_019881975.1;XP_019878345.1 MetaCyc: PWY-4984 Urea cycle 3 XP_019866389.1;XP_019876483.1;XP_019864883.1 Reactome: R-HSA-381771 Synthesis, secretion, and inactivation of Glucagon-like Peptide-1 (GLP-1) 7 XP_019876452.1;XP_019869708.1;XP_019873540.1;XP_019877084.1;XP_019876577.1;XP_019880311.1;XP_019868981.1 KEGG: 00860+2.3.1.37 Porphyrin and chlorophyll metabolism 2 XP_019866110.1;XP_019880287.1 Reactome: R-HSA-110320 Translesion Synthesis by POLH 20 XP_019865626.1;XP_019875209.1;XP_019867760.1;XP_019877406.1;XP_019873165.1;XP_019877684.1;XP_019876835.1;XP_019877996.1;XP_019869585.1;XP_019875834.1;XP_019875289.1;XP_019873093.1;XP_019872656.1;XP_019869584.1;XP_019881289.1;XP_019870300.1;XP_019871806.1;XP_019866508.1;XP_019876188.1;XP_019878371.1 Reactome: R-HSA-174084 Autodegradation of Cdh1 by Cdh1:APC/C 74 XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019868753.1;XP_019878378.1;XP_019876916.1;XP_019880577.1;XP_019875999.1;XP_019875542.1;XP_019871873.1;XP_019875016.1;XP_019873430.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019877889.1;XP_019869073.1;XP_019870758.1;XP_019876367.1;XP_019878910.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019875664.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019864959.1;XP_019875990.1;XP_019879144.1;XP_019877354.1;XP_019868669.1;XP_019870849.1;XP_019868223.1;XP_019877295.1;XP_019871959.1;XP_019871182.1;XP_019881419.1;XP_019874107.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019865802.1;XP_019868347.1;XP_019878911.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019868224.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019874707.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019873961.1;XP_019868355.1;XP_019876589.1;XP_019875983.1;XP_019866068.1;XP_019872657.1 KEGG: 00051+4.1.2.13 Fructose and mannose metabolism 4 XP_019872283.1;XP_019880828.1;XP_019875189.1;XP_019875188.1 Reactome: R-HSA-426496 Post-transcriptional silencing by small RNAs 7 XP_019873061.1;XP_019871683.1;XP_019874484.1;XP_019869098.1;XP_019874184.1;XP_019873062.1;XP_019871685.1 MetaCyc: PWY-6121 5-aminoimidazole ribonucleotide biosynthesis I 6 XP_019875615.1;XP_019878398.1;XP_019880873.1;XP_019869982.1;XP_019877227.1;XP_019879070.1 KEGG: 00562+3.1.4.11 Inositol phosphate metabolism 6 XP_019878300.1;XP_019878227.1;XP_019876322.1;XP_019870482.1;XP_019880645.1;XP_019868833.1 Reactome: R-HSA-167200 Formation of HIV-1 elongation complex containing HIV-1 Tat 56 XP_019877842.1;XP_019868777.1;XP_019877525.1;XP_019870539.1;XP_019879540.1;XP_019874248.1;XP_019878359.1;XP_019877795.1;XP_019867019.1;XP_019866925.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019877770.1;XP_019872580.1;XP_019866809.1;XP_019878449.1;XP_019873138.1;XP_019872978.1;XP_019879841.1;XP_019870382.1;XP_019878853.1;XP_019872482.1;XP_019866954.1;XP_019872148.1;XP_019871682.1;XP_019877841.1;XP_019878385.1;XP_019871675.1;XP_019878362.1;XP_019865126.1;XP_019866812.1;XP_019879537.1;XP_019878456.1;XP_019866292.1;XP_019879698.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019871166.1;XP_019871423.1;XP_019876358.1;XP_019880931.1;XP_019878851.1;XP_019864774.1;XP_019869923.1;XP_019871167.1;XP_019878850.1;XP_019880869.1;XP_019875606.1;XP_019879274.1;XP_019871592.1;XP_019878358.1;XP_019865372.1;XP_019867266.1;XP_019880089.1 Reactome: R-HSA-390522 Striated Muscle Contraction 32 XP_019877633.1;XP_019864542.1;XP_019877630.1;XP_019872841.1;XP_019872846.1;XP_019877620.1;XP_019877619.1;XP_019872849.1;XP_019877624.1;XP_019864544.1;XP_019864548.1;XP_019864549.1;XP_019877621.1;XP_019864546.1;XP_019877627.1;XP_019872847.1;XP_019877632.1;XP_019877625.1;XP_019872848.1;XP_019877629.1;XP_019864545.1;XP_019877626.1;XP_019872840.1;XP_019877622.1;XP_019872845.1;XP_019877631.1;XP_019872843.1;XP_019872842.1;XP_019864543.1;XP_019872850.1;XP_019877636.1;XP_019877628.1 Reactome: R-HSA-163765 ChREBP activates metabolic gene expression 15 XP_019865816.1;XP_019874999.1;XP_019880034.1;XP_019874350.1;XP_019868913.1;XP_019880777.1;XP_019871506.1;XP_019880033.1;XP_019878163.1;XP_019880234.1;XP_019875306.1;XP_019868912.1;XP_019875307.1;XP_019868914.1;XP_019867912.1 Reactome: R-HSA-9664565 Signaling by ERBB2 KD Mutants 4 XP_019874937.1;XP_019874938.1;XP_019865044.1;XP_019866868.1 Reactome: R-HSA-75815 Ubiquitin-dependent degradation of Cyclin D 64 XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019868223.1;XP_019873172.1;XP_019875855.1;XP_019870758.1;XP_019877889.1;XP_019876367.1;XP_019869073.1;XP_019876206.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019864959.1;XP_019878378.1;XP_019880577.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019873841.1;XP_019877091.1;XP_019878375.1;XP_019869585.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019868753.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019873961.1;XP_019868355.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019875297.1;XP_019866452.1;XP_019866771.1;XP_019871809.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019869989.1;XP_019866794.1;XP_019877015.1;XP_019871959.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019873378.1;XP_019879129.1;XP_019878838.1;XP_019868806.1 KEGG: 00030+5.3.1.9 Pentose phosphate pathway 2 XP_019876383.1;XP_019874001.1 KEGG: 00550+2.7.8.13 Peptidoglycan biosynthesis 1 XP_019869057.1 Reactome: R-HSA-917977 Transferrin endocytosis and recycling 27 XP_019868618.1;XP_019876010.1;XP_019873036.1;XP_019878523.1;XP_019879321.1;XP_019869976.1;XP_019876392.1;XP_019876023.1;XP_019865195.1;XP_019875632.1;XP_019866907.1;XP_019876009.1;XP_019872881.1;XP_019865556.1;XP_019879320.1;XP_019873035.1;XP_019867717.1;XP_019874028.1;XP_019865988.1;XP_019867226.1;XP_019867884.1;XP_019864695.1;XP_019876011.1;XP_019865630.1;XP_019867543.1;XP_019868368.1;XP_019876016.1 MetaCyc: PWY-7179-1 Purine deoxyribonucleosides degradation II 4 XP_019866249.1;XP_019870347.1;XP_019866250.1;XP_019870323.1 KEGG: 00020+2.3.1.12 Citrate cycle (TCA cycle) 1 XP_019871441.1 KEGG: 00950+1.14.16.2 Isoquinoline alkaloid biosynthesis 1 XP_019870947.1 Reactome: R-HSA-400206 Regulation of lipid metabolism by PPARalpha 4 XP_019870160.1;XP_019871069.1;XP_019881491.1;XP_019868157.1 Reactome: R-HSA-3000170 Syndecan interactions 2 XP_019876031.1;XP_019868550.1 KEGG: 00230+2.7.1.40 Purine metabolism 4 XP_019875157.1;XP_019876270.1;XP_019881949.1;XP_019881950.1 KEGG: 00513+2.4.1.143 Various types of N-glycan biosynthesis 2 XP_019880284.1;XP_019880285.1 Reactome: R-HSA-168928 DDX58/IFIH1-mediated induction of interferon-alpha/beta 4 XP_019869585.1;XP_019869584.1;XP_019867760.1;XP_019875013.1 Reactome: R-HSA-2151209 Activation of PPARGC1A (PGC-1alpha) by phosphorylation 2 XP_019881652.1;XP_019872452.1 KEGG: 00511+3.2.1.51 Other glycan degradation 1 XP_019870193.1 MetaCyc: PWY-7533 Gliotoxin biosynthesis 16 XP_019872045.1;XP_019872173.1;XP_019864766.1;XP_019879873.1;XP_019881328.1;XP_019870515.1;XP_019867981.1;XP_019871898.1;XP_019878346.1;XP_019864793.1;XP_019878347.1;XP_019871900.1;XP_019869668.1;XP_019864783.1;XP_019874377.1;XP_019874824.1 MetaCyc: PWY-7820 Teichuronic acid biosynthesis (B. subtilis 168) 2 XP_019878451.1;XP_019879998.1 MetaCyc: PWY-5642 2,4-dinitrotoluene degradation 1 XP_019869859.1 Reactome: R-HSA-72695 Formation of the ternary complex, and subsequently, the 43S complex 68 XP_019876739.1;XP_019876731.1;XP_019868437.1;XP_019865358.1;XP_019869208.1;XP_019877013.1;XP_019881552.1;XP_019866949.1;XP_019870902.1;XP_019866381.1;XP_019866497.1;XP_019881324.1;XP_019874808.1;XP_019866498.1;XP_019870618.1;XP_019876138.1;XP_019872504.1;XP_019869687.1;XP_019873634.1;XP_019879705.1;XP_019869733.1;XP_019878299.1;XP_019878799.1;XP_019866499.1;XP_019874786.1;XP_019881551.1;XP_019870253.1;XP_019880946.1;XP_019878219.1;XP_019877011.1;XP_019867760.1;XP_019866786.1;XP_019867382.1;XP_019874699.1;XP_019874748.1;XP_019870223.1;XP_019878390.1;XP_019879605.1;XP_019865545.1;XP_019874807.1;XP_019875090.1;XP_019870250.1;XP_019873336.1;XP_019880270.1;XP_019876541.1;XP_019877349.1;XP_019872898.1;XP_019871337.1;XP_019873633.1;XP_019869734.1;XP_019867791.1;XP_019868085.1;XP_019877012.1;XP_019867390.1;XP_019871532.1;XP_019880016.1;XP_019869804.1;XP_019876481.1;XP_019869573.1;XP_019865368.1;XP_019876156.1;XP_019878159.1;XP_019873504.1;XP_019866948.1;XP_019873714.1;XP_019877014.1;XP_019869572.1;XP_019865233.1 Reactome: R-HSA-5083633 Defective POMT1 causes MDDGA1, MDDGB1 and MDDGC1 5 XP_019873171.1;XP_019873819.1;XP_019865138.1;XP_019878374.1;XP_019865137.1 Reactome: R-HSA-168271 Transport of Ribonucleoproteins into the Host Nucleus 23 XP_019868487.1;XP_019872981.1;XP_019871781.1;XP_019874193.1;XP_019872624.1;XP_019866139.1;XP_019878964.1;XP_019867753.1;XP_019870416.1;XP_019880688.1;XP_019871184.1;XP_019881575.1;XP_019873647.1;XP_019873891.1;XP_019867827.1;XP_019867910.1;XP_019874522.1;XP_019878873.1;XP_019876846.1;XP_019877082.1;XP_019873892.1;XP_019867817.1;XP_019869929.1 Reactome: R-HSA-1482798 Acyl chain remodeling of CL 2 XP_019875259.1;XP_019881594.1 KEGG: 00650+1.3.5.1 Butanoate metabolism 7 XP_019875193.1;XP_019874796.1;XP_019879758.1;XP_019873664.1;XP_019873660.1;XP_019878154.1;XP_019879408.1 KEGG: 00760+6.3.1.5 Nicotinate and nicotinamide metabolism 3 XP_019868792.1;XP_019868794.1;XP_019868791.1 MetaCyc: PWY-7886 Cell-surface glycoconjugate-linked phosphocholine biosynthesis 1 XP_019877503.1 KEGG: 00330+1.2.1.88 Arginine and proline metabolism 2 XP_019869236.1;XP_019879068.1 Reactome: R-HSA-880009 Interconversion of 2-oxoglutarate and 2-hydroxyglutarate 1 XP_019867368.1 Reactome: R-HSA-6785631 ERBB2 Regulates Cell Motility 4 XP_019865274.1;XP_019874937.1;XP_019874938.1;XP_019866868.1 MetaCyc: PWY-4041 Gamma-glutamyl cycle 12 XP_019873356.1;XP_019878315.1;XP_019874524.1;XP_019874523.1;XP_019873355.1;XP_019873343.1;XP_019870303.1;XP_019873342.1;XP_019873344.1;XP_019866302.1;XP_019869389.1;XP_019880128.1 Reactome: R-HSA-5358751 S45 mutants of beta-catenin aren't phosphorylated 9 XP_019881573.1;XP_019880528.1;XP_019869362.1;XP_019879129.1;XP_019869353.1;XP_019880527.1;XP_019869337.1;XP_019869346.1;XP_019869329.1 MetaCyc: PWY-5921 Glutaminyl-trnagln biosynthesis via transamidation 3 XP_019867420.1;XP_019878939.1;XP_019867419.1 Reactome: R-HSA-2173789 TGF-beta receptor signaling activates SMADs 4 XP_019869199.1;XP_019869224.1;XP_019869546.1;XP_019867524.1 Reactome: R-HSA-110362 POLB-Dependent Long Patch Base Excision Repair 5 XP_019869706.1;XP_019877839.1;XP_019867160.1;XP_019867161.1;XP_019866456.1 MetaCyc: PWY-6309 L-tryptophan degradation XI (mammalian, via kynurenine) 4 XP_019868643.1;XP_019875977.1;XP_019876376.1;XP_019867132.1 Reactome: R-HSA-422356 Regulation of insulin secretion 2 XP_019872866.1;XP_019873509.1 KEGG: 00250+2.6.1.1 Alanine, aspartate and glutamate metabolism 3 XP_019864942.1;XP_019871475.1;XP_019876450.1 Reactome: R-HSA-375276 Peptide ligand-binding receptors 9 XP_019866055.1;XP_019868983.1;XP_019871133.1;XP_019872041.1;XP_019871469.1;XP_019879581.1;XP_019876603.1;XP_019880542.1;XP_019880954.1 Reactome: R-HSA-9609690 HCMV Early Events 67 XP_019867629.1;XP_019867621.1;XP_019866139.1;XP_019867254.1;XP_019868163.1;XP_019874975.1;XP_019881575.1;XP_019873891.1;XP_019874522.1;XP_019867827.1;XP_019872438.1;XP_019880381.1;XP_019867625.1;XP_019877082.1;XP_019874899.1;XP_019880052.1;XP_019880049.1;XP_019867627.1;XP_019867619.1;XP_019867624.1;XP_019873647.1;XP_019880688.1;XP_019867618.1;XP_019879148.1;XP_019873892.1;XP_019874962.1;XP_019872641.1;XP_019867817.1;XP_019865219.1;XP_019867620.1;XP_019866609.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019868487.1;XP_019874193.1;XP_019871033.1;XP_019872624.1;XP_019878233.1;XP_019878964.1;XP_019870416.1;XP_019875755.1;XP_019871206.1;XP_019871184.1;XP_019867622.1;XP_019880051.1;XP_019880050.1;XP_019874974.1;XP_019867631.1;XP_019867910.1;XP_019867626.1;XP_019871781.1;XP_019872981.1;XP_019868179.1;XP_019879746.1;XP_019881730.1;XP_019871207.1;XP_019867616.1;XP_019867617.1;XP_019866611.1;XP_019867628.1;XP_019867753.1;XP_019878873.1;XP_019876846.1;XP_019867630.1;XP_019869929.1;XP_019875943.1 Reactome: R-HSA-1433557 Signaling by SCF-KIT 2 XP_019864558.1;XP_019865910.1 Reactome: R-HSA-2029482 Regulation of actin dynamics for phagocytic cup formation 25 XP_019881519.1;XP_019872285.1;XP_019879821.1;XP_019864821.1;XP_019875529.1;XP_019877242.1;XP_019869432.1;XP_019877649.1;XP_019864822.1;XP_019880765.1;XP_019881172.1;XP_019876080.1;XP_019881729.1;XP_019865654.1;XP_019865653.1;XP_019865076.1;XP_019874639.1;XP_019872284.1;XP_019864823.1;XP_019864949.1;XP_019864757.1;XP_019878827.1;XP_019864775.1;XP_019874349.1;XP_019872282.1 MetaCyc: PWY-7601 Arachidonate biosynthesis IV (8-detaturase, lower eukaryotes) 21 XP_019877181.1;XP_019870252.1;XP_019865771.1;XP_019870261.1;XP_019870247.1;XP_019870259.1;XP_019870257.1;XP_019870262.1;XP_019865770.1;XP_019873198.1;XP_019879592.1;XP_019879715.1;XP_019870258.1;XP_019879714.1;XP_019870255.1;XP_019873197.1;XP_019869995.1;XP_019874826.1;XP_019869939.1;XP_019870251.1;XP_019870260.1 KEGG: 00680+2.1.2.1 Methane metabolism 4 XP_019869630.1;XP_019869629.1;XP_019869628.1;XP_019869627.1 KEGG: 00983+3.6.1.23 Drug metabolism - other enzymes 3 XP_019869637.1;XP_019869645.1;XP_019869654.1 MetaCyc: PWY-7746 Mycobacterial sulfolipid biosynthesis 7 XP_019868912.1;XP_019878163.1;XP_019868913.1;XP_019880034.1;XP_019880777.1;XP_019867912.1;XP_019868914.1 MetaCyc: PWY-6587 Pyruvate fermentation to ethanol III 1 XP_019869997.1 Reactome: R-HSA-3000484 Scavenging by Class F Receptors 8 XP_019880306.1;XP_019877919.1;XP_019880283.1;XP_019880305.1;XP_019873436.1;XP_019873087.1;XP_019873438.1;XP_019874601.1 Reactome: R-HSA-168138 Toll Like Receptor 9 (TLR9) Cascade 3 XP_019875556.1;XP_019875557.1;XP_019875528.1 Reactome: R-HSA-68877 Mitotic Prometaphase 82 XP_019871033.1;XP_019881573.1;XP_019875935.1;XP_019868487.1;XP_019875755.1;XP_019870416.1;XP_019877591.1;XP_019880452.1;XP_019879330.1;XP_019872414.1;XP_019868711.1;XP_019880051.1;XP_019880050.1;XP_019874974.1;XP_019867631.1;XP_019868710.1;XP_019878285.1;XP_019867622.1;XP_019867626.1;XP_019881724.1;XP_019877456.1;XP_019868179.1;XP_019869641.1;XP_019871781.1;XP_019869362.1;XP_019879685.1;XP_019869353.1;XP_019867628.1;XP_019881730.1;XP_019869346.1;XP_019867616.1;XP_019867617.1;XP_019866611.1;XP_019876014.1;XP_019875934.1;XP_019878209.1;XP_019867630.1;XP_019875943.1;XP_019869329.1;XP_019875607.1;XP_019866139.1;XP_019867254.1;XP_019870885.1;XP_019867629.1;XP_019872149.1;XP_019867621.1;XP_019875181.1;XP_019874975.1;XP_019868163.1;XP_019873891.1;XP_019874522.1;XP_019867827.1;XP_019881575.1;XP_019868054.1;XP_019878201.1;XP_019870325.1;XP_019872438.1;XP_019869620.1;XP_019867625.1;XP_019880052.1;XP_019880049.1;XP_019873739.1;XP_019874899.1;XP_019869640.1;XP_019879312.1;XP_019867624.1;XP_019869337.1;XP_019867627.1;XP_019867619.1;XP_019867618.1;XP_019879148.1;XP_019872415.1;XP_019867620.1;XP_019866609.1;XP_019865219.1;XP_019868177.1;XP_019866612.1;XP_019880037.1;XP_019873892.1;XP_019874962.1;XP_019872641.1;XP_019864628.1 MetaCyc: PWY-7851 Coenzyme A biosynthesis II (eukaryotic) 1 XP_019869664.1 KEGG: 00790+3.5.4.16 Folate biosynthesis 2 XP_019871889.1;XP_019871888.1 KEGG: 00062+4.2.1.17+1.1.1.211 Fatty acid elongation 1 XP_019875259.1 KEGG: 00062+4.2.1.17+1.1.1.35 Fatty acid elongation 4 XP_019873310.1;XP_019880649.1;XP_019875259.1;XP_019872019.1 Reactome: R-HSA-110328 Recognition and association of DNA glycosylase with site containing an affected pyrimidine 7 XP_019873460.1;XP_019873459.1;XP_019873461.1;XP_019873462.1;XP_019875552.1;XP_019874957.1;XP_019870971.1 Reactome: R-HSA-937042 IRAK2 mediated activation of TAK1 complex 4 XP_019880388.1;XP_019867760.1;XP_019869585.1;XP_019869584.1 MetaCyc: PWY-4981 L-proline biosynthesis II (from arginine) 9 XP_019866274.1;XP_019871007.1;XP_019866271.1;XP_019879340.1;XP_019871646.1;XP_019866272.1;XP_019866270.1;XP_019871018.1;XP_019866273.1 MetaCyc: PWY-6351 D-myo-inositol (1,4,5)-trisphosphate biosynthesis 8 XP_019868833.1;XP_019870482.1;XP_019877852.1;XP_019878300.1;XP_019880645.1;XP_019878227.1;XP_019867131.1;XP_019876322.1 Reactome: R-HSA-5467348 Truncations of AMER1 destabilize the destruction complex 9 XP_019869346.1;XP_019869329.1;XP_019869337.1;XP_019880527.1;XP_019869353.1;XP_019869362.1;XP_019879129.1;XP_019880528.1;XP_019881573.1 MetaCyc: PWY-7180 2-deoxy-alpha-D-ribose 1-phosphate degradation 2 XP_019874230.1;XP_019874229.1 MetaCyc: PWY-7401 Crotonate fermentation (to acetate and cyclohexane carboxylate) 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 MetaCyc: PWY-5067 Glycogen biosynthesis II (from UDP-D-Glucose) 6 XP_019869188.1;XP_019881960.1;XP_019873440.1;XP_019881962.1;XP_019871782.1;XP_019881963.1 KEGG: 00052+2.7.7.12 Galactose metabolism 1 XP_019866103.1 KEGG: 00052+2.7.1.1 Galactose metabolism 5 XP_019866279.1;XP_019866265.1;XP_019866322.1;XP_019866323.1;XP_019866260.1 KEGG: 00020+1.8.1.4 Citrate cycle (TCA cycle) 1 XP_019870111.1 KEGG: 00250+4.3.2.1 Alanine, aspartate and glutamate metabolism 1 XP_019866389.1 KEGG: 00052+3.2.1.23 Galactose metabolism 9 XP_019872099.1;XP_019871983.1;XP_019876813.1;XP_019868537.1;XP_019880925.1;XP_019872096.1;XP_019881201.1;XP_019881202.1;XP_019877528.1 Reactome: R-HSA-174048 APC/C:Cdc20 mediated degradation of Cyclin B 15 XP_019877354.1;XP_019879144.1;XP_019878911.1;XP_019867760.1;XP_019873430.1;XP_019876589.1;XP_019869584.1;XP_019874707.1;XP_019877295.1;XP_019878910.1;XP_019876916.1;XP_019871182.1;XP_019868224.1;XP_019869585.1;XP_019875664.1 Reactome: R-HSA-381070 IRE1alpha activates chaperones 1 XP_019874925.1 MetaCyc: PWY-7919 Protein N-glycosylation processing phase (plants and animals) 1 XP_019868291.1 Reactome: R-HSA-8851708 Signaling by FGFR2 IIIa TM 32 XP_019870539.1;XP_019868777.1;XP_019877842.1;XP_019879540.1;XP_019867019.1;XP_019878359.1;XP_019877770.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019878853.1;XP_019879841.1;XP_019872978.1;XP_019877841.1;XP_019871682.1;XP_019878362.1;XP_019878385.1;XP_019879698.1;XP_019879537.1;XP_019878456.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019871167.1;XP_019878851.1;XP_019878850.1;XP_019871592.1;XP_019879274.1;XP_019867266.1;XP_019880089.1;XP_019878358.1 MetaCyc: PWY-6397 Mycolyl-arabinogalactan-peptidoglycan complex biosynthesis 2 XP_019870278.1;XP_019870272.1 Reactome: R-HSA-198323 AKT phosphorylates targets in the cytosol 12 XP_019877608.1;XP_019879129.1;XP_019878071.1;XP_019866345.1;XP_019869321.1;XP_019866341.1;XP_019866342.1;XP_019865540.1;XP_019865349.1;XP_019866346.1;XP_019866343.1;XP_019869322.1 MetaCyc: PWY-7799 Arg/N-end rule pathway (eukaryotic) 10 XP_019877313.1;XP_019879079.1;XP_019873893.1;XP_019867732.1;XP_019871068.1;XP_019871617.1;XP_019868109.1;XP_019879078.1;XP_019878322.1;XP_019879516.1 Reactome: R-HSA-3247509 Chromatin modifying enzymes 1 XP_019868655.1 Reactome: R-HSA-5676934 Protein repair 3 XP_019870652.1;XP_019864912.1;XP_019864911.1 Reactome: R-HSA-8986944 Transcriptional Regulation by MECP2 14 XP_019864524.1;XP_019872110.1;XP_019873062.1;XP_019864525.1;XP_019873061.1;XP_019871685.1;XP_019864526.1;XP_019879231.1;XP_019869098.1;XP_019874184.1;XP_019869238.1;XP_019874484.1;XP_019869417.1;XP_019871683.1 KEGG: 00860+4.99.1.1 Porphyrin and chlorophyll metabolism 1 XP_019867006.1 Reactome: R-HSA-1810476 RIP-mediated NFkB activation via ZBP1 4 XP_019879875.1;XP_019865985.1;XP_019865987.1;XP_019876426.1 MetaCyc: PWY-7385 1,3-propanediol biosynthesis (engineered) 14 XP_019871692.1;XP_019875188.1;XP_019871691.1;XP_019875636.1;XP_019880828.1;XP_019876383.1;XP_019872283.1;XP_019871695.1;XP_019875635.1;XP_019871693.1;XP_019871694.1;XP_019874001.1;XP_019871696.1;XP_019875189.1 Reactome: R-HSA-1660499 Synthesis of PIPs at the plasma membrane 17 XP_019865887.1;XP_019872164.1;XP_019865559.1;XP_019865562.1;XP_019875528.1;XP_019865561.1;XP_019875599.1;XP_019873864.1;XP_019877155.1;XP_019875598.1;XP_019875945.1;XP_019876772.1;XP_019879031.1;XP_019880209.1;XP_019865560.1;XP_019865910.1;XP_019867131.1 Reactome: R-HSA-9013973 TICAM1-dependent activation of IRF3/IRF7 4 XP_019866674.1;XP_019867760.1;XP_019869584.1;XP_019869585.1 Reactome: R-HSA-70895 Branched-chain amino acid catabolism 7 XP_019869859.1;XP_019871979.1;XP_019871058.1;XP_019869953.1;XP_019872878.1;XP_019870111.1;XP_019866284.1 Reactome: R-HSA-6791226 Major pathway of rRNA processing in the nucleolus and cytosol 170 XP_019867791.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019866736.1;XP_019870994.1;XP_019873336.1;XP_019876876.1;XP_019877960.1;XP_019875090.1;XP_019881568.1;XP_019878383.1;XP_019872859.1;XP_019866147.1;XP_019868420.1;XP_019874807.1;XP_019879605.1;XP_019870223.1;XP_019874699.1;XP_019873152.1;XP_019881336.1;XP_019867382.1;XP_019871639.1;XP_019864675.1;XP_019874718.1;XP_019866948.1;XP_019876041.1;XP_019870909.1;XP_019869022.1;XP_019874343.1;XP_019866738.1;XP_019878159.1;XP_019869665.1;XP_019873795.1;XP_019866795.1;XP_019871723.1;XP_019866105.1;XP_019872359.1;XP_019867521.1;XP_019867390.1;XP_019865328.1;XP_019870902.1;XP_019866497.1;XP_019871326.1;XP_019881458.1;XP_019880290.1;XP_019865246.1;XP_019866737.1;XP_019873102.1;XP_019877013.1;XP_019865358.1;XP_019874164.1;XP_019876529.1;XP_019865187.1;XP_019875262.1;XP_019869584.1;XP_019874857.1;XP_019869292.1;XP_019865463.1;XP_019871187.1;XP_019874530.1;XP_019876739.1;XP_019870859.1;XP_019866597.1;XP_019880946.1;XP_019877011.1;XP_019881459.1;XP_019869778.1;XP_019878799.1;XP_019876753.1;XP_019868424.1;XP_019866472.1;XP_019876138.1;XP_019870618.1;XP_019866498.1;XP_019866282.1;XP_019868449.1;XP_019871859.1;XP_019879829.1;XP_019866301.1;XP_019869501.1;XP_019880953.1;XP_019872898.1;XP_019880270.1;XP_019873622.1;XP_019878003.1;XP_019869957.1;XP_019881034.1;XP_019873938.1;XP_019879971.1;XP_019874851.1;XP_019866137.1;XP_019874748.1;XP_019871901.1;XP_019880980.1;XP_019869572.1;XP_019865233.1;XP_019879295.1;XP_019871885.1;XP_019869643.1;XP_019881607.1;XP_019879588.1;XP_019877014.1;XP_019865321.1;XP_019866433.1;XP_019871902.1;XP_019874029.1;XP_019873714.1;XP_019868422.1;XP_019869573.1;XP_019881612.1;XP_019873504.1;XP_019868820.1;XP_019869926.1;XP_019879859.1;XP_019865320.1;XP_019876481.1;XP_019868408.1;XP_019875624.1;XP_019877280.1;XP_019877878.1;XP_019876971.1;XP_019878416.1;XP_019869804.1;XP_019880572.1;XP_019871722.1;XP_019881338.1;XP_019877012.1;XP_019865045.1;XP_019866381.1;XP_019874504.1;XP_019865278.1;XP_019881324.1;XP_019871017.1;XP_019879489.1;XP_019866949.1;XP_019871636.1;XP_019869341.1;XP_019869208.1;XP_019869585.1;XP_019869298.1;XP_019868437.1;XP_019876578.1;XP_019870881.1;XP_019876731.1;XP_019875998.1;XP_019871175.1;XP_019871741.1;XP_019868017.1;XP_019876762.1;XP_019870199.1;XP_019867760.1;XP_019874144.1;XP_019868421.1;XP_019867969.1;XP_019866499.1;XP_019869342.1;XP_019880476.1;XP_019878927.1;XP_019874726.1;XP_019866818.1;XP_019869241.1;XP_019871191.1;XP_019873634.1;XP_019879705.1;XP_019879316.1;XP_019867679.1;XP_019864771.1;XP_019876706.1;XP_019874808.1 MetaCyc: PWY-7294 D-xylose degradation IV 1 XP_019880403.1 Reactome: R-HSA-5607763 CLEC7A (Dectin-1) induces NFAT activation 1 XP_019872866.1 Reactome: R-HSA-2660826 Constitutive Signaling by NOTCH1 t(7;9)(NOTCH1:M1580_K2555) Translocation Mutant 5 XP_019865672.1;XP_019864851.1;XP_019874692.1;XP_019880363.1;XP_019874693.1 Reactome: R-HSA-174411 Polymerase switching on the C-strand of the telomere 23 XP_019873613.1;XP_019873093.1;XP_019864798.1;XP_019879757.1;XP_019877876.1;XP_019878371.1;XP_019871806.1;XP_019875209.1;XP_019877750.1;XP_019872352.1;XP_019875289.1;XP_019879130.1;XP_019876853.1;XP_019877751.1;XP_019866976.1;XP_019866703.1;XP_019875834.1;XP_019866702.1;XP_019871783.1;XP_019877996.1;XP_019881344.1;XP_019873165.1;XP_019876835.1 MetaCyc: PWY-5971 Palmitate biosynthesis II (bacteria and plant cytoplasm) 7 XP_019868914.1;XP_019867912.1;XP_019880777.1;XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1 MetaCyc: PWY-5855 Ubiquinol-7 biosynthesis (prokaryotic) 3 XP_019877803.1;XP_019865124.1;XP_019873860.1 Reactome: R-HSA-6807004 Negative regulation of MET activity 18 XP_019881772.1;XP_019868508.1;XP_019876424.1;XP_019881768.1;XP_019867760.1;XP_019879086.1;XP_019869585.1;XP_019869088.1;XP_019881766.1;XP_019879072.1;XP_019881765.1;XP_019869584.1;XP_019881770.1;XP_019881764.1;XP_019881767.1;XP_019881769.1;XP_019881771.1;XP_019879080.1 KEGG: 00520+2.4.1.16 Amino sugar and nucleotide sugar metabolism 2 XP_019874310.1;XP_019868939.1 Reactome: R-HSA-6782135 Dual incision in TC-NER 64 XP_019875834.1;XP_019877770.1;XP_019872781.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019867645.1;XP_019879540.1;XP_019869675.1;XP_019871682.1;XP_019866954.1;XP_019870300.1;XP_019878853.1;XP_019877543.1;XP_019866702.1;XP_019873165.1;XP_019876835.1;XP_019872357.1;XP_019877996.1;XP_019878851.1;XP_019866376.1;XP_019875209.1;XP_019879537.1;XP_019878456.1;XP_019877750.1;XP_019876202.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019865372.1;XP_019878371.1;XP_019875606.1;XP_019876567.1;XP_019877751.1;XP_019867019.1;XP_019872352.1;XP_019868230.1;XP_019877838.1;XP_019867682.1;XP_019867760.1;XP_019874794.1;XP_019881574.1;XP_019877841.1;XP_019872148.1;XP_019865126.1;XP_019874533.1;XP_019871806.1;XP_019878385.1;XP_019873093.1;XP_019880931.1;XP_019866703.1;XP_019876358.1;XP_019875289.1;XP_019871167.1;XP_019869585.1;XP_019877512.1;XP_019877406.1;XP_019870883.1;XP_019873252.1;XP_019878850.1;XP_019875206.1;XP_019878186.1;XP_019874383.1;XP_019869584.1 Reactome: R-HSA-176407 Conversion from APC/C:Cdc20 to APC/C:Cdh1 in late anaphase 13 XP_019871182.1;XP_019876916.1;XP_019877295.1;XP_019878910.1;XP_019875664.1;XP_019868224.1;XP_019879144.1;XP_019877354.1;XP_019878911.1;XP_019872375.1;XP_019874707.1;XP_019873430.1;XP_019876589.1 MetaCyc: PWY-8026 Sterol biosynthesis (methylotrophs) 1 XP_019880891.1 KEGG: 00970+6.1.1.14 Aminoacyl-tRNA biosynthesis 4 XP_019867121.1;XP_019880696.1;XP_019870544.1;XP_019867122.1 Reactome: R-HSA-159230 Transport of the SLBP Dependant Mature mRNA 26 XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019876846.1;XP_019877082.1;XP_019873892.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019871184.1;XP_019880688.1;XP_019881575.1;XP_019873647.1;XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019870374.1;XP_019872624.1;XP_019866139.1;XP_019871592.1;XP_019872981.1;XP_019868487.1;XP_019871781.1;XP_019874193.1;XP_019879841.1 Reactome: R-HSA-3656535 TGFBR1 LBD Mutants in Cancer 1 XP_019869546.1 KEGG: 00380+4.2.1.17+1.1.1.35 Tryptophan metabolism 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 Reactome: R-HSA-70221 Glycogen breakdown (glycogenolysis) 11 XP_019871794.1;XP_019870763.1;XP_019872921.1;XP_019872923.1;XP_019872922.1;XP_019871795.1;XP_019881655.1;XP_019872920.1;XP_019876629.1;XP_019877577.1;XP_019870586.1 Reactome: R-HSA-5607764 CLEC7A (Dectin-1) signaling 75 XP_019878375.1;XP_019869585.1;XP_019877091.1;XP_019866219.1;XP_019873841.1;XP_019868753.1;XP_019865221.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019876206.1;XP_019870006.1;XP_019873172.1;XP_019875855.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019864959.1;XP_019866168.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019872059.1;XP_019875990.1;XP_019866885.1;XP_019868223.1;XP_019869981.1;XP_019868669.1;XP_019870849.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019871959.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019866771.1;XP_019871809.1;XP_019866452.1;XP_019875297.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019866198.1;XP_019870906.1;XP_019867885.1;XP_019865856.1;XP_019866199.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019873961.1;XP_019868355.1;XP_019866068.1;XP_019866167.1;XP_019872657.1;XP_019875983.1;XP_019880388.1 Reactome: R-HSA-975138 TRAF6 mediated induction of NFkB and MAP kinases upon TLR7/8 or 9 activation 3 XP_019872765.1;XP_019873986.1;XP_019876426.1 Reactome: R-HSA-350562 Regulation of ornithine decarboxylase (ODC) 61 XP_019870619.1;XP_019874107.1;XP_019878375.1;XP_019881419.1;XP_019873841.1;XP_019871959.1;XP_019877091.1;XP_019868753.1;XP_019868806.1;XP_019878838.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019873378.1;XP_019866771.1;XP_019871809.1;XP_019880577.1;XP_019875297.1;XP_019878378.1;XP_019866452.1;XP_019868592.1;XP_019873385.1;XP_019866794.1;XP_019869989.1;XP_019875854.1;XP_019877015.1;XP_019873384.1;XP_019871873.1;XP_019875016.1;XP_019868347.1;XP_019875999.1;XP_019865802.1;XP_019875542.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019876367.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019864959.1;XP_019870906.1;XP_019872059.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019871241.1;XP_019878377.1;XP_019881493.1;XP_019881356.1;XP_019875990.1;XP_019874113.1;XP_019880545.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019868223.1;XP_019873961.1;XP_019868355.1;XP_019870849.1;XP_019868669.1 Reactome: R-HSA-5334118 DNA methylation 2 XP_019879755.1;XP_019877966.1 Reactome: R-HSA-1222556 ROS and RNS production in phagocytes 31 XP_019872881.1;XP_019879320.1;XP_019865556.1;XP_019873035.1;XP_019876009.1;XP_019875678.1;XP_019866907.1;XP_019867543.1;XP_019876016.1;XP_019868368.1;XP_019865630.1;XP_019876011.1;XP_019864695.1;XP_019867884.1;XP_019865988.1;XP_019867226.1;XP_019874028.1;XP_019867717.1;XP_019876023.1;XP_019875680.1;XP_019876392.1;XP_019879321.1;XP_019869976.1;XP_019878523.1;XP_019873036.1;XP_019876010.1;XP_019868618.1;XP_019875679.1;XP_019875632.1;XP_019865195.1;XP_019875681.1 KEGG: 00250+2.6.1.16 Alanine, aspartate and glutamate metabolism 1 XP_019867728.1 MetaCyc: PWY-5074 Mevalonate degradation 1 XP_019868361.1 KEGG: 00680+4.1.2.13 Methane metabolism 4 XP_019875188.1;XP_019875189.1;XP_019880828.1;XP_019872283.1 MetaCyc: PWY-7187 Pyrimidine deoxyribonucleotides de novo biosynthesis II 21 XP_019873408.1;XP_019872819.1;XP_019864974.1;XP_019869648.1;XP_019869647.1;XP_019870975.1;XP_019871003.1;XP_019871002.1;XP_019864973.1;XP_019879845.1;XP_019864972.1;XP_019873683.1;XP_019864975.1;XP_019876978.1;XP_019868211.1;XP_019879030.1;XP_019877733.1;XP_019881305.1;XP_019873404.1;XP_019867079.1;XP_019875326.1 KEGG: 00051+5.3.1.6 Fructose and mannose metabolism 1 XP_019866333.1 Reactome: R-HSA-6781823 Formation of TC-NER Pre-Incision Complex 53 XP_019867645.1;XP_019879540.1;XP_019867760.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019877770.1;XP_019877838.1;XP_019872781.1;XP_019867682.1;XP_019867019.1;XP_019878427.1;XP_019867162.1;XP_019878853.1;XP_019872790.1;XP_019865126.1;XP_019874533.1;XP_019878385.1;XP_019874794.1;XP_019878328.1;XP_019867891.1;XP_019869675.1;XP_019871682.1;XP_019872148.1;XP_019866954.1;XP_019877841.1;XP_019872792.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019865705.1;XP_019870883.1;XP_019876196.1;XP_019866376.1;XP_019877512.1;XP_019879537.1;XP_019878456.1;XP_019871167.1;XP_019869585.1;XP_019878851.1;XP_019872773.1;XP_019877543.1;XP_019872791.1;XP_019880931.1;XP_019877954.1;XP_019876358.1;XP_019874383.1;XP_019878186.1;XP_019869584.1;XP_019875606.1;XP_019878850.1;XP_019865372.1;XP_019873252.1 Reactome: R-HSA-71336 Pentose phosphate pathway 10 XP_019881876.1;XP_019874470.1;XP_019880808.1;XP_019874229.1;XP_019874230.1;XP_019866333.1;XP_019869969.1;XP_019873817.1;XP_019880809.1;XP_019880562.1 KEGG: 00270+3.3.1.1 Cysteine and methionine metabolism 2 XP_019871738.1;XP_019865491.1 MetaCyc: PWY-5278 Sulfite oxidation III 2 XP_019871878.1;XP_019867057.1 MetaCyc: PWY-6383 Mono-trans, poly-cis decaprenyl phosphate biosynthesis 3 XP_019880038.1;XP_019880080.1;XP_019880087.1 MetaCyc: PWY-5486 Pyruvate fermentation to ethanol II 1 XP_019869997.1 MetaCyc: PWY-7546 Diphthamide biosynthesis II (eukaryotes) 3 XP_019869579.1;XP_019871860.1;XP_019864778.1 Reactome: R-HSA-1234176 Oxygen-dependent proline hydroxylation of Hypoxia-inducible Factor Alpha 65 XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019871959.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019873961.1;XP_019868355.1;XP_019866068.1;XP_019872657.1;XP_019872482.1;XP_019875983.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019878378.1;XP_019880577.1;XP_019875542.1;XP_019875999.1;XP_019875016.1;XP_019871873.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019877091.1;XP_019873841.1;XP_019878375.1;XP_019869585.1;XP_019866812.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019868753.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019868223.1;XP_019873172.1;XP_019875855.1;XP_019870758.1;XP_019877889.1;XP_019876367.1;XP_019869073.1;XP_019876206.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019864959.1 Reactome: R-HSA-1482788 Acyl chain remodelling of PC 8 XP_019880543.1;XP_019877059.1;XP_019880793.1;XP_019877065.1;XP_019877061.1;XP_019881029.1;XP_019867306.1;XP_019874626.1 Reactome: R-HSA-203641 NOSTRIN mediated eNOS trafficking 3 XP_019875634.1;XP_019870542.1;XP_019870543.1 KEGG: 05165+2.7.1.153 Human papillomavirus infection 2 XP_019879031.1;XP_019875598.1 Reactome: R-HSA-416993 Trafficking of GluR2-containing AMPA receptors 9 XP_019879561.1;XP_019870653.1;XP_019869483.1;XP_019869482.1;XP_019876399.1;XP_019872690.1;XP_019869481.1;XP_019879324.1;XP_019875200.1 Reactome: R-HSA-156590 Glutathione conjugation 11 XP_019878347.1;XP_019871898.1;XP_019864793.1;XP_019878346.1;XP_019869668.1;XP_019871900.1;XP_019864783.1;XP_019874377.1;XP_019864766.1;XP_019875028.1;XP_019864886.1 Reactome: R-HSA-77288 mitochondrial fatty acid beta-oxidation of unsaturated fatty acids 1 XP_019875259.1 Reactome: R-HSA-5696394 DNA Damage Recognition in GG-NER 35 XP_019874911.1;XP_019867645.1;XP_019867760.1;XP_019874912.1;XP_019866456.1;XP_019866468.1;XP_019874342.1;XP_019878427.1;XP_019867162.1;XP_019873302.1;XP_019871376.1;XP_019880474.1;XP_019880354.1;XP_019872507.1;XP_019872790.1;XP_019874533.1;XP_019879419.1;XP_019867891.1;XP_019881851.1;XP_019878328.1;XP_019865705.1;XP_019876196.1;XP_019872792.1;XP_019880583.1;XP_019866372.1;XP_019869686.1;XP_019869585.1;XP_019872773.1;XP_019874759.1;XP_019877954.1;XP_019872791.1;XP_019871375.1;XP_019869584.1;XP_019870075.1;XP_019873252.1 Reactome: R-HSA-450321 JNK (c-Jun kinases) phosphorylation and activation mediated by activated human TAK1 10 XP_019868743.1;XP_019868744.1;XP_019869585.1;XP_019868741.1;XP_019868739.1;XP_019868740.1;XP_019869584.1;XP_019880388.1;XP_019867760.1;XP_019868742.1 Reactome: R-HSA-77285 Beta oxidation of myristoyl-CoA to lauroyl-CoA 1 XP_019875259.1 Reactome: R-HSA-163841 Gamma carboxylation, hypusine formation and arylsulfatase activation 1 XP_019873297.1 KEGG: 00970+6.1.1.9 Aminoacyl-tRNA biosynthesis 2 XP_019870344.1;XP_019865018.1 MetaCyc: PWY-5743 3-hydroxypropanoate cycle 15 XP_019872320.1;XP_019875064.1;XP_019877275.1;XP_019879485.1;XP_019879682.1;XP_019874350.1;XP_019879638.1;XP_019879486.1;XP_019872321.1;XP_019867451.1;XP_019867590.1;XP_019877276.1;XP_019872322.1;XP_019880549.1;XP_019878173.1 MetaCyc: PWY-5177 Glutaryl-coa degradation 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 Reactome: R-HSA-164939 Nef mediated downregulation of CD28 cell surface expression 1 XP_019876399.1 Reactome: R-HSA-1236382 Constitutive Signaling by Ligand-Responsive EGFR Cancer Variants 4 XP_019869585.1;XP_019869584.1;XP_019867760.1;XP_019865044.1 MetaCyc: PWY-7445 Luteolin triglucuronide degradation 6 XP_019881221.1;XP_019870782.1;XP_019879203.1;XP_019881216.1;XP_019868210.1;XP_019881215.1 MetaCyc: PWY-5789 3-hydroxypropanoate/4-hydroxybutanate cycle 19 XP_019873310.1;XP_019872320.1;XP_019875064.1;XP_019877275.1;XP_019879485.1;XP_019879682.1;XP_019877276.1;XP_019878173.1;XP_019875259.1;XP_019879486.1;XP_019879638.1;XP_019872321.1;XP_019867590.1;XP_019872019.1;XP_019874350.1;XP_019872322.1;XP_019880549.1;XP_019880649.1;XP_019867451.1 Reactome: R-HSA-8964616 G beta:gamma signalling through CDC42 7 XP_019873626.1;XP_019877515.1;XP_019877084.1;XP_019880311.1;XP_019865076.1;XP_019868277.1;XP_019871826.1 Reactome: R-HSA-5654712 FRS-mediated FGFR4 signaling 1 XP_019874649.1 Reactome: R-HSA-500657 Presynaptic function of Kainate receptors 7 XP_019877084.1;XP_019880311.1;XP_019868277.1;XP_019871826.1;XP_019878300.1;XP_019877515.1;XP_019873626.1 MetaCyc: PWY-66 GDP-L-fucose biosynthesis I (from GDP-D-mannose) 2 XP_019869349.1;XP_019874855.1 Reactome: R-HSA-8957275 Post-translational protein phosphorylation 16 XP_019872909.1;XP_019877919.1;XP_019877784.1;XP_019866055.1;XP_019873436.1;XP_019880283.1;XP_019880305.1;XP_019874701.1;XP_019872908.1;XP_019867815.1;XP_019872861.1;XP_019873796.1;XP_019880306.1;XP_019873087.1;XP_019873438.1;XP_019874601.1 Reactome: R-HSA-5693607 Processing of DNA double-strand break ends 38 XP_019872230.1;XP_019875834.1;XP_019880795.1;XP_019881517.1;XP_019879609.1;XP_019874870.1;XP_019876833.1;XP_019867760.1;XP_019867686.1;XP_019871806.1;XP_019872456.1;XP_019866373.1;XP_019872097.1;XP_019866643.1;XP_019876531.1;XP_019870300.1;XP_019865185.1;XP_019869674.1;XP_019869585.1;XP_019877996.1;XP_019871032.1;XP_019875289.1;XP_019874793.1;XP_019873890.1;XP_019877406.1;XP_019871543.1;XP_019876432.1;XP_019866140.1;XP_019872264.1;XP_019872775.1;XP_019879649.1;XP_019869584.1;XP_019872774.1;XP_019876037.1;XP_019870557.1;XP_019880099.1;XP_019866850.1;XP_019879339.1 MetaCyc: PWY-8047 Bryostatin biosynthesis 7 XP_019878163.1;XP_019868913.1;XP_019868912.1;XP_019880034.1;XP_019880777.1;XP_019867912.1;XP_019868914.1 MetaCyc: PWY-6433 Hydroxylated fatty acid biosynthesis (plants) 21 XP_019870259.1;XP_019865771.1;XP_019870261.1;XP_019870247.1;XP_019870252.1;XP_019877181.1;XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019870262.1;XP_019870257.1;XP_019869995.1;XP_019873197.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019879715.1;XP_019870260.1;XP_019870251.1;XP_019869939.1;XP_019874826.1 KEGG: 00260+5.4.2.11 Glycine, serine and threonine metabolism 4 XP_019879424.1;XP_019868918.1;XP_019881270.1;XP_019867499.1 KEGG: 00514+2.4.1.109 Other types of O-glycan biosynthesis 7 XP_019878374.1;XP_019867565.1;XP_019877690.1;XP_019873819.1;XP_019867215.1;XP_019865350.1;XP_019873171.1 MetaCyc: PWY-2301 Myo-inositol biosynthesis 4 XP_019873835.1;XP_019868658.1;XP_019873836.1;XP_019881451.1 KEGG: 00071+2.3.1.21 Fatty acid degradation 1 XP_019877701.1 KEGG: 00510+3.6.1.43 N-Glycan biosynthesis 1 XP_019871737.1 Reactome: R-HSA-211976 Endogenous sterols 5 XP_019872880.1;XP_019879532.1;XP_019871039.1;XP_019867384.1;XP_019869107.1 Reactome: R-HSA-9620244 Long-term potentiation 4 XP_019873215.1;XP_019865243.1;XP_019871621.1;XP_019867724.1 MetaCyc: PWY-5154 L-arginine biosynthesis III (via N-acetyl-L-citrulline) 3 XP_019866579.1;XP_019876483.1;XP_019866389.1 Reactome: R-HSA-9630221 Defective NTHL1 substrate processing 1 XP_019870971.1 KEGG: 00250+6.3.4.5 Alanine, aspartate and glutamate metabolism 1 XP_019876483.1 KEGG: 00280+4.2.1.17+1.1.1.35 Valine, leucine and isoleucine degradation 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 Reactome: R-HSA-5576886 Phase 4 - resting membrane potential 10 XP_019875961.1;XP_019871215.1;XP_019876327.1;XP_019877193.1;XP_019880073.1;XP_019864997.1;XP_019878131.1;XP_019867763.1;XP_019876365.1;XP_019878855.1 MetaCyc: PWY-7883 Anhydromuropeptides recycling II 8 XP_019874268.1;XP_019867029.1;XP_019881212.1;XP_019866002.1;XP_019875335.1;XP_019881549.1;XP_019870647.1;XP_019880239.1 MetaCyc: PWY-5076 L-leucine degradation III 2 XP_019869997.1;XP_019872878.1 Reactome: R-HSA-5678895 Defective CFTR causes cystic fibrosis 68 XP_019865202.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019873378.1;XP_019865626.1;XP_019880956.1;XP_019868806.1;XP_019878838.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019870758.1;XP_019877889.1;XP_019876367.1;XP_019869073.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019864959.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019866788.1;XP_019868223.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019875846.1;XP_019868753.1;XP_019878378.1;XP_019880577.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019869584.1;XP_019875854.1;XP_019873385.1 Reactome: R-HSA-2173791 TGF-beta receptor signaling in EMT (epithelial to mesenchymal transition) 4 XP_019869584.1;XP_019869585.1;XP_019867760.1;XP_019869546.1 KEGG: 00670+2.1.2.9 One carbon pool by folate 4 XP_019875628.1;XP_019875629.1;XP_019874746.1;XP_019880873.1 Reactome: R-HSA-8853383 Lysosomal oligosaccharide catabolism 6 XP_019874321.1;XP_019872099.1;XP_019868537.1;XP_019874323.1;XP_019874318.1;XP_019876951.1 KEGG: 00565+3.1.1.4 Ether lipid metabolism 11 XP_019880543.1;XP_019877059.1;XP_019880793.1;XP_019877065.1;XP_019877061.1;XP_019881029.1;XP_019869407.1;XP_019867306.1;XP_019869406.1;XP_019874626.1;XP_019867906.1 Reactome: R-HSA-8964315 G beta:gamma signalling through BTK 6 XP_019873626.1;XP_019877515.1;XP_019868277.1;XP_019880311.1;XP_019871826.1;XP_019877084.1 Reactome: R-HSA-1296061 HCN channels 4 XP_019866916.1;XP_019866914.1;XP_019866913.1;XP_019866915.1 Reactome: R-HSA-72706 GTP hydrolysis and joining of the 60S ribosomal subunit 131 XP_019865358.1;XP_019877013.1;XP_019881552.1;XP_019880290.1;XP_019871326.1;XP_019881458.1;XP_019870902.1;XP_019866497.1;XP_019870859.1;XP_019866597.1;XP_019876739.1;XP_019869584.1;XP_019869292.1;XP_019865463.1;XP_019869778.1;XP_019878799.1;XP_019880946.1;XP_019878219.1;XP_019877011.1;XP_019869111.1;XP_019870618.1;XP_019866498.1;XP_019876138.1;XP_019872504.1;XP_019869687.1;XP_019869733.1;XP_019872859.1;XP_019875090.1;XP_019868835.1;XP_019868420.1;XP_019877960.1;XP_019876541.1;XP_019873336.1;XP_019877349.1;XP_019869266.1;XP_019873633.1;XP_019872171.1;XP_019867791.1;XP_019867382.1;XP_019874699.1;XP_019871497.1;XP_019873152.1;XP_019870223.1;XP_019879605.1;XP_019874807.1;XP_019865545.1;XP_019874343.1;XP_019878159.1;XP_019866948.1;XP_019869113.1;XP_019865328.1;XP_019872359.1;XP_019867521.1;XP_019867390.1;XP_019880016.1;XP_019871723.1;XP_019869208.1;XP_019869585.1;XP_019869341.1;XP_019866949.1;XP_019866381.1;XP_019871017.1;XP_019881324.1;XP_019865278.1;XP_019876762.1;XP_019871741.1;XP_019875998.1;XP_019876731.1;XP_019870881.1;XP_019868437.1;XP_019878299.1;XP_019878927.1;XP_019874726.1;XP_019874786.1;XP_019866499.1;XP_019881551.1;XP_019869342.1;XP_019870253.1;XP_019867969.1;XP_019868421.1;XP_019866786.1;XP_019867760.1;XP_019874808.1;XP_019867679.1;XP_019879316.1;XP_019873634.1;XP_019879705.1;XP_019869241.1;XP_019868836.1;XP_019869112.1;XP_019869957.1;XP_019870250.1;XP_019880270.1;XP_019872898.1;XP_019873622.1;XP_019871337.1;XP_019869734.1;XP_019866282.1;XP_019879829.1;XP_019871901.1;XP_019874748.1;XP_019878390.1;XP_019879971.1;XP_019865368.1;XP_019876156.1;XP_019869573.1;XP_019868422.1;XP_019868820.1;XP_019873504.1;XP_019869114.1;XP_019873714.1;XP_019874029.1;XP_019869643.1;XP_019865321.1;XP_019877014.1;XP_019881607.1;XP_019879588.1;XP_019864936.1;XP_019869572.1;XP_019865233.1;XP_019868085.1;XP_019877012.1;XP_019864935.1;XP_019871722.1;XP_019880572.1;XP_019871532.1;XP_019878416.1;XP_019869804.1;XP_019876481.1;XP_019865320.1;XP_019877878.1 KEGG: 00240+2.4.2.3 Pyrimidine metabolism 1 XP_019872411.1 Reactome: R-HSA-2424491 DAP12 signaling 1 XP_019868833.1 Reactome: R-HSA-425393 Transport of inorganic cations/anions and amino acids/oligopeptides 1 XP_019876599.1 KEGG: 00561+2.7.7.9 Glycerolipid metabolism 3 XP_019881433.1;XP_019881380.1;XP_019881431.1 KEGG: 00511+3.2.1.25 Other glycan degradation 2 XP_019868537.1;XP_019872099.1 Reactome: R-HSA-156842 Eukaryotic Translation Elongation 6 XP_019865704.1;XP_019865703.1;XP_019871526.1;XP_019869811.1;XP_019870691.1;XP_019865909.1 Reactome: R-HSA-9022692 Regulation of MECP2 expression and activity 23 XP_019873062.1;XP_019868711.1;XP_019868710.1;XP_019871069.1;XP_019864524.1;XP_019869417.1;XP_019869620.1;XP_019880381.1;XP_019874184.1;XP_019879231.1;XP_019864526.1;XP_019873061.1;XP_019879685.1;XP_019867724.1;XP_019864525.1;XP_019872110.1;XP_019869641.1;XP_019871683.1;XP_019874484.1;XP_019869098.1;XP_019869640.1;XP_019871685.1;XP_019868401.1 Reactome: R-HSA-445989 TAK1 activates NFkB by phosphorylation and activation of IKKs complex 7 XP_019867760.1;XP_019879875.1;XP_019880388.1;XP_019865985.1;XP_019869584.1;XP_019865987.1;XP_019869585.1 Reactome: R-HSA-1614635 Sulfur amino acid metabolism 3 XP_019877595.1;XP_019877594.1;XP_019877596.1 KEGG: 00230+4.3.2.2 Purine metabolism 1 XP_019868090.1 Reactome: R-HSA-194840 Rho GTPase cycle 79 XP_019871603.1;XP_019875218.1;XP_019864599.1;XP_019865965.1;XP_019878170.1;XP_019870449.1;XP_019880391.1;XP_019879644.1;XP_019867230.1;XP_019867379.1;XP_019876887.1;XP_019871131.1;XP_019875524.1;XP_019869583.1;XP_019869763.1;XP_019867775.1;XP_019878228.1;XP_019866232.1;XP_019878822.1;XP_019872464.1;XP_019871398.1;XP_019871401.1;XP_019867922.1;XP_019866224.1;XP_019874255.1;XP_019874618.1;XP_019877938.1;XP_019866937.1;XP_019878431.1;XP_019865110.1;XP_019878905.1;XP_019871604.1;XP_019876905.1;XP_019876789.1;XP_019869791.1;XP_019865910.1;XP_019869693.1;XP_019866206.1;XP_019872592.1;XP_019867261.1;XP_019879132.1;XP_019868499.1;XP_019865874.1;XP_019870611.1;XP_019875334.1;XP_019873002.1;XP_019871757.1;XP_019880390.1;XP_019878906.1;XP_019872378.1;XP_019877605.1;XP_019864993.1;XP_019878082.1;XP_019876361.1;XP_019866215.1;XP_019871291.1;XP_019877893.1;XP_019878482.1;XP_019879490.1;XP_019878952.1;XP_019873531.1;XP_019864605.1;XP_019871399.1;XP_019865076.1;XP_019872590.1;XP_019877285.1;XP_019879646.1;XP_019878229.1;XP_019878316.1;XP_019876790.1;XP_019869582.1;XP_019878491.1;XP_019871307.1;XP_019879125.1;XP_019874256.1;XP_019879645.1;XP_019872138.1;XP_019880032.1;XP_019876693.1 MetaCyc: PWY-6901 Superpathway of glucose and xylose degradation 17 XP_019881950.1;XP_019874047.1;XP_019881093.1;XP_019869427.1;XP_019881510.1;XP_019867327.1;XP_019872686.1;XP_019872684.1;XP_019880166.1;XP_019879595.1;XP_019875157.1;XP_019876270.1;XP_019874994.1;XP_019881949.1;XP_019869178.1;XP_019874556.1;XP_019872685.1 Reactome: R-HSA-8856828 Clathrin-mediated endocytosis 63 XP_019866281.1;XP_019881769.1;XP_019870190.1;XP_019880305.1;XP_019880283.1;XP_019869483.1;XP_019881650.1;XP_019877618.1;XP_019867868.1;XP_019876080.1;XP_019878301.1;XP_019869584.1;XP_019875645.1;XP_019870191.1;XP_019881519.1;XP_019872285.1;XP_019881770.1;XP_019881651.1;XP_019870188.1;XP_019875634.1;XP_019881766.1;XP_019874349.1;XP_019869585.1;XP_019870127.1;XP_019874601.1;XP_019881765.1;XP_019873087.1;XP_019870128.1;XP_019881772.1;XP_019869481.1;XP_019876399.1;XP_019865923.1;XP_019869482.1;XP_019873179.1;XP_019878897.1;XP_019875200.1;XP_019880306.1;XP_019875642.1;XP_019881771.1;XP_019881767.1;XP_019881764.1;XP_019879166.1;XP_019880923.1;XP_019873436.1;XP_019880209.1;XP_019877919.1;XP_019875945.1;XP_019873438.1;XP_019869256.1;XP_019874407.1;XP_019875644.1;XP_019877099.1;XP_019872282.1;XP_019865924.1;XP_019875643.1;XP_019870189.1;XP_019876424.1;XP_019872284.1;XP_019881768.1;XP_019877098.1;XP_019873043.1;XP_019867760.1;XP_019868724.1 KEGG: 00230+2.4.2.7 Purine metabolism 1 XP_019880490.1 Reactome: R-HSA-164843 2-LTR circle formation 1 XP_019864776.1 Reactome: R-HSA-2206292 MPS VII - Sly syndrome 4 XP_019880925.1;XP_019871983.1;XP_019872099.1;XP_019868537.1 KEGG: 04150+2.7.11.11 mTOR signaling pathway 1 XP_019873509.1 Reactome: R-HSA-428540 Activation of RAC1 5 XP_019875116.1;XP_019874721.1;XP_019879679.1;XP_019875074.1;XP_019879801.1 KEGG: 00562+3.1.3.66 Inositol phosphate metabolism 1 XP_019872164.1 KEGG: 00030+5.3.1.6 Pentose phosphate pathway 1 XP_019866333.1 Reactome: R-HSA-2408557 Selenocysteine synthesis 102 XP_019869573.1;XP_019874343.1;XP_019868422.1;XP_019873504.1;XP_019868820.1;XP_019878159.1;XP_019866948.1;XP_019873714.1;XP_019874029.1;XP_019869643.1;XP_019881607.1;XP_019877014.1;XP_019865321.1;XP_019879588.1;XP_019865233.1;XP_019869572.1;XP_019877012.1;XP_019865328.1;XP_019880572.1;XP_019872359.1;XP_019871722.1;XP_019867390.1;XP_019867521.1;XP_019878416.1;XP_019869804.1;XP_019871723.1;XP_019865320.1;XP_019876481.1;XP_019877878.1;XP_019869957.1;XP_019875090.1;XP_019872859.1;XP_019868420.1;XP_019877960.1;XP_019872898.1;XP_019873336.1;XP_019880270.1;XP_019873622.1;XP_019866282.1;XP_019867791.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019879829.1;XP_019867382.1;XP_019874699.1;XP_019873152.1;XP_019874748.1;XP_019871901.1;XP_019879605.1;XP_019870223.1;XP_019879971.1;XP_019870030.1;XP_019874807.1;XP_019869778.1;XP_019878927.1;XP_019874726.1;XP_019878799.1;XP_019866499.1;XP_019869342.1;XP_019880946.1;XP_019877011.1;XP_019868421.1;XP_019874955.1;XP_019867969.1;XP_019867760.1;XP_019874808.1;XP_019870618.1;XP_019866498.1;XP_019879316.1;XP_019867679.1;XP_019876138.1;XP_019873634.1;XP_019879705.1;XP_019869241.1;XP_019869208.1;XP_019877013.1;XP_019865358.1;XP_019869585.1;XP_019869341.1;XP_019881458.1;XP_019871326.1;XP_019880290.1;XP_019866949.1;XP_019866381.1;XP_019870902.1;XP_019865278.1;XP_019866497.1;XP_019871017.1;XP_019881324.1;XP_019870859.1;XP_019866597.1;XP_019876762.1;XP_019876739.1;XP_019875998.1;XP_019871741.1;XP_019869584.1;XP_019870881.1;XP_019876731.1;XP_019865463.1;XP_019869292.1;XP_019868437.1 Reactome: R-HSA-1368082 RORA activates gene expression 5 XP_019881491.1;XP_019867574.1;XP_019879756.1;XP_019868157.1;XP_019870160.1 Reactome: R-HSA-6791055 TALDO1 deficiency: failed conversion of SH7P, GA3P to Fru(6)P, E4P 1 XP_019880562.1 KEGG: 00670+2.1.2.3 One carbon pool by folate 2 XP_019880156.1;XP_019877818.1 Reactome: R-HSA-70370 Galactose catabolism 3 XP_019866103.1;XP_019870272.1;XP_019870278.1 KEGG: 00640+4.2.1.17 Propanoate metabolism 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 Reactome: R-HSA-9617324 Negative regulation of NMDA receptor-mediated neuronal transmission 4 XP_019873215.1;XP_019871621.1;XP_019865243.1;XP_019867724.1 MetaCyc: PWY-6168 Flavin biosynthesis III (fungi) 1 XP_019881434.1 Reactome: R-HSA-5632927 Defective Mismatch Repair Associated With MSH3 1 XP_019880629.1 Reactome: R-HSA-139915 Activation of PUMA and translocation to mitochondria 4 XP_019868274.1;XP_019868273.1;XP_019878917.1;XP_019878279.1 KEGG: 00450+6.1.1.10 Selenocompound metabolism 2 XP_019868561.1;XP_019875701.1 KEGG: 00592+4.2.1.17 alpha-Linolenic acid metabolism 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 Reactome: R-HSA-6802953 RAS signaling downstream of NF1 loss-of-function variants 1 XP_019872287.1 Reactome: R-HSA-1169408 ISG15 antiviral mechanism 33 XP_019866139.1;XP_019872624.1;XP_019874193.1;XP_019868487.1;XP_019869584.1;XP_019870416.1;XP_019878964.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019873891.1;XP_019871184.1;XP_019881575.1;XP_019874711.1;XP_019877082.1;XP_019869585.1;XP_019874700.1;XP_019872981.1;XP_019871781.1;XP_019867753.1;XP_019874712.1;XP_019873426.1;XP_019864935.1;XP_019867760.1;XP_019864936.1;XP_019880688.1;XP_019864789.1;XP_019873647.1;XP_019867817.1;XP_019869929.1;XP_019876846.1;XP_019873892.1;XP_019878873.1 Reactome: R-HSA-8853884 Transcriptional Regulation by VENTX 20 XP_019871182.1;XP_019879231.1;XP_019877295.1;XP_019864526.1;XP_019878910.1;XP_019875664.1;XP_019869417.1;XP_019868224.1;XP_019873062.1;XP_019864524.1;XP_019874707.1;XP_019876916.1;XP_019872110.1;XP_019879144.1;XP_019877354.1;XP_019878911.1;XP_019873061.1;XP_019873430.1;XP_019876589.1;XP_019864525.1 Reactome: R-HSA-110314 Recognition of DNA damage by PCNA-containing replication complex 26 XP_019873093.1;XP_019869584.1;XP_019875206.1;XP_019870300.1;XP_019869599.1;XP_019874533.1;XP_019871806.1;XP_019878371.1;XP_019881574.1;XP_019873252.1;XP_019867645.1;XP_019869598.1;XP_019875209.1;XP_019867760.1;XP_019877406.1;XP_019877750.1;XP_019877996.1;XP_019869585.1;XP_019873165.1;XP_019876835.1;XP_019872352.1;XP_019875289.1;XP_019877751.1;XP_019866703.1;XP_019866702.1;XP_019875834.1 Reactome: R-HSA-9665250 Resistance of ERBB2 KD mutants to AEE788 1 XP_019865044.1 KEGG: 00332+2.7.2.11 Carbapenem biosynthesis 1 XP_019865690.1 Reactome: R-HSA-2022377 Metabolism of Angiotensinogen to Angiotensins 10 XP_019871947.1;XP_019869988.1;XP_019873321.1;XP_019869986.1;XP_019871948.1;XP_019870142.1;XP_019869985.1;XP_019871949.1;XP_019868280.1;XP_019868221.1 Reactome: R-HSA-2514859 Inactivation, recovery and regulation of the phototransduction cascade 7 XP_019871729.1;XP_019879078.1;XP_019879079.1;XP_019869931.1;XP_019871617.1;XP_019865145.1;XP_019873893.1 KEGG: 00860+4.4.1.17 Porphyrin and chlorophyll metabolism 1 XP_019873044.1 KEGG: 00030+2.7.1.15 Pentose phosphate pathway 2 XP_019880808.1;XP_019880809.1 Reactome: R-HSA-420499 Class C/3 (Metabotropic glutamate/pheromone receptors) 8 XP_019871576.1;XP_019875473.1;XP_019873413.1;XP_019872795.1;XP_019868539.1;XP_019881656.1;XP_019881672.1;XP_019868976.1 Reactome: R-HSA-3134973 LRR FLII-interacting protein 1 (LRRFIP1) activates type I IFN production 2 XP_019867574.1;XP_019879756.1 Reactome: R-HSA-427359 SIRT1 negatively regulates rRNA expression 3 XP_019865555.1;XP_019867659.1;XP_019867660.1 MetaCyc: PWY-5744 Glyoxylate assimilation 13 XP_019879486.1;XP_019879638.1;XP_019867451.1;XP_019872321.1;XP_019867590.1;XP_019880403.1;XP_019872322.1;XP_019880549.1;XP_019875064.1;XP_019872320.1;XP_019879485.1;XP_019879682.1;XP_019874350.1 KEGG: 00010+6.2.1.1 Glycolysis / Gluconeogenesis 2 XP_019865511.1;XP_019872166.1 Reactome: R-HSA-8941855 RUNX3 regulates CDKN1A transcription 1 XP_019865349.1 KEGG: 00230+2.1.2.2 Purine metabolism 1 XP_019880873.1 MetaCyc: PWY-4321 L-glutamate degradation IV 2 XP_019866930.1;XP_019866983.1 Reactome: R-HSA-9615710 Late endosomal microautophagy 12 XP_019874613.1;XP_019869585.1;XP_019877926.1;XP_019864962.1;XP_019874063.1;XP_019869964.1;XP_019867760.1;XP_019869584.1;XP_019876254.1;XP_019865957.1;XP_019864961.1;XP_019869963.1 Reactome: R-HSA-5358606 Mismatch repair (MMR) directed by MSH2:MSH3 (MutSbeta) 11 XP_019880629.1;XP_019872352.1;XP_019866373.1;XP_019877751.1;XP_019866703.1;XP_019866702.1;XP_019876835.1;XP_019865768.1;XP_019877406.1;XP_019870300.1;XP_019877750.1 KEGG: 00650+5.1.2.3+4.2.1.17+1.1.1.35 Butanoate metabolism 4 XP_019873310.1;XP_019880649.1;XP_019875259.1;XP_019872019.1 Reactome: R-HSA-9609736 Assembly and cell surface presentation of NMDA receptors 25 XP_019881730.1;XP_019868163.1;XP_019866611.1;XP_019871621.1;XP_019873215.1;XP_019875755.1;XP_019874899.1;XP_019867724.1;XP_019880052.1;XP_019871033.1;XP_019867254.1;XP_019880049.1;XP_019868179.1;XP_019872438.1;XP_019874962.1;XP_019874860.1;XP_019865243.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019865219.1;XP_019866609.1;XP_019880051.1;XP_019879148.1;XP_019880050.1 Reactome: R-HSA-5693548 Sensing of DNA Double Strand Breaks 6 XP_019881517.1;XP_019876037.1;XP_019871543.1;XP_019869674.1;XP_019880099.1;XP_019879609.1 MetaCyc: PWY-5668 Cardiolipin biosynthesis I 2 XP_019867830.1;XP_019881359.1 Reactome: R-HSA-8934593 Regulation of RUNX1 Expression and Activity 15 XP_019864525.1;XP_019873061.1;XP_019864524.1;XP_019874360.1;XP_019873062.1;XP_019872110.1;XP_019874484.1;XP_019869417.1;XP_019871683.1;XP_019878084.1;XP_019871685.1;XP_019864526.1;XP_019879231.1;XP_019874184.1;XP_019869098.1 Reactome: R-HSA-389357 CD28 dependent PI3K/Akt signaling 12 XP_019874931.1;XP_019869322.1;XP_019865910.1;XP_019878784.1;XP_019871078.1;XP_019876398.1;XP_019878779.1;XP_019880827.1;XP_019867885.1;XP_019879181.1;XP_019877608.1;XP_019869321.1 KEGG: 00600+3.2.1.22 Sphingolipid metabolism 4 XP_019872918.1;XP_019865598.1;XP_019865597.1;XP_019865604.1 Reactome: R-HSA-1912408 Pre-NOTCH Transcription and Translation 22 XP_019872110.1;XP_019864525.1;XP_019873061.1;XP_019871685.1;XP_019878917.1;XP_019869098.1;XP_019874484.1;XP_019875577.1;XP_019871683.1;XP_019864589.1;XP_019864524.1;XP_019873062.1;XP_019867574.1;XP_019879231.1;XP_019864526.1;XP_019874184.1;XP_019873101.1;XP_019878279.1;XP_019866310.1;XP_019879756.1;XP_019872078.1;XP_019869417.1 Reactome: R-HSA-456926 Thrombin signalling through proteinase activated receptors (PARs) 12 XP_019873846.1;XP_019877515.1;XP_019872239.1;XP_019880311.1;XP_019868277.1;XP_019875413.1;XP_019879872.1;XP_019873626.1;XP_019877084.1;XP_019875529.1;XP_019871826.1;XP_019873314.1 MetaCyc: PWY-31 Canavanine degradation 1 XP_019864883.1 Reactome: R-HSA-75893 TNF signaling 2 XP_019874693.1;XP_019874692.1 Reactome: R-HSA-163358 PKA-mediated phosphorylation of key metabolic factors 1 XP_019873509.1 MetaCyc: PWY-5189 Tetrapyrrole biosynthesis II (from glycine) 6 XP_019876996.1;XP_019875059.1;XP_019866110.1;XP_019874927.1;XP_019866392.1;XP_019880287.1 MetaCyc: PWY-5172 Acetyl-coa biosynthesis III (from citrate) 3 XP_019875306.1;XP_019874999.1;XP_019875307.1 Reactome: R-HSA-69895 Transcriptional activation of cell cycle inhibitor p21 1 XP_019865349.1 Reactome: R-HSA-913709 O-linked glycosylation of mucins 17 XP_019879410.1;XP_019865984.1;XP_019873699.1;XP_019876510.1;XP_019873351.1;XP_019876003.1;XP_019870133.1;XP_019876043.1;XP_019881600.1;XP_019877305.1;XP_019873352.1;XP_019876719.1;XP_019876718.1;XP_019872122.1;XP_019865796.1;XP_019875284.1;XP_019872454.1 MetaCyc: PWY-6333 Acetaldehyde biosynthesis I 1 XP_019869997.1 Reactome: R-HSA-9603505 NTRK3 as a dependence receptor 1 XP_019871675.1 KEGG: 00250+2.6.1.19 Alanine, aspartate and glutamate metabolism 2 XP_019866983.1;XP_019866930.1 Reactome: R-HSA-4419969 Depolymerisation of the Nuclear Lamina 8 XP_019878587.1;XP_019881734.1;XP_019876581.1;XP_019881736.1;XP_019881735.1;XP_019878594.1;XP_019881733.1;XP_019870092.1 MetaCyc: PWY-6361 1D-myo-inositol hexakisphosphate biosynthesis I (from Ins(1,4,5)P3) 3 XP_019873106.1;XP_019873104.1;XP_019873105.1 KEGG: 00010+1.1.1.1 Glycolysis / Gluconeogenesis 1 XP_019869997.1 KEGG: 00520+3.5.99.6 Amino sugar and nucleotide sugar metabolism 4 XP_019873817.1;XP_019877306.1;XP_019878642.1;XP_019877307.1 MetaCyc: PWY-6983 Threo-tetrahydrobiopterin biosynthesis 2 XP_019871888.1;XP_019871889.1 KEGG: 00270+2.5.1.16 Cysteine and methionine metabolism 2 XP_019871790.1;XP_019874609.1 Reactome: R-HSA-2022854 Keratan sulfate biosynthesis 4 XP_019873144.1;XP_019880353.1;XP_019870592.1;XP_019871960.1 MetaCyc: PWY-7887 Protein SAMPylation and SAMP-mediated thiolation 4 XP_019870401.1;XP_019878102.1;XP_019865573.1;XP_019878215.1 KEGG: 00330+4.1.1.50 Arginine and proline metabolism 2 XP_019868756.1;XP_019868755.1 KEGG: 04660+3.1.3.16 T cell receptor signaling pathway 47 XP_019877342.1;XP_019874871.1;XP_019877371.1;XP_019868963.1;XP_019876139.1;XP_019866925.1;XP_019867600.1;XP_019881359.1;XP_019866087.1;XP_019878957.1;XP_019873840.1;XP_019871225.1;XP_019879837.1;XP_019866088.1;XP_019868760.1;XP_019872425.1;XP_019869360.1;XP_019866400.1;XP_019867243.1;XP_019866846.1;XP_019878038.1;XP_019872796.1;XP_019880997.1;XP_019864904.1;XP_019867649.1;XP_019876864.1;XP_019866085.1;XP_019873837.1;XP_019880893.1;XP_019868761.1;XP_019866831.1;XP_019869137.1;XP_019872375.1;XP_019867650.1;XP_019876977.1;XP_019873921.1;XP_019877597.1;XP_019879836.1;XP_019876932.1;XP_019874440.1;XP_019866847.1;XP_019878278.1;XP_019874447.1;XP_019872754.1;XP_019874000.1;XP_019866852.1;XP_019868005.1 MetaCyc: PWY-3861 Mannitol degradation II 2 XP_019878943.1;XP_019878152.1 MetaCyc: PWY-6012-1 Acyl carrier protein activation 1 XP_019869991.1 KEGG: 00983+2.5.1.18 Drug metabolism - other enzymes 9 XP_019864766.1;XP_019874377.1;XP_019864783.1;XP_019871900.1;XP_019869668.1;XP_019878346.1;XP_019871898.1;XP_019864793.1;XP_019878347.1 MetaCyc: PWY-7382 Lipoate biosynthesis and incorporation IV (yeast) 4 XP_019865519.1;XP_019865197.1;XP_019865866.1;XP_019878292.1 KEGG: 00900+4.1.1.33 Terpenoid backbone biosynthesis 2 XP_019869844.1;XP_019869845.1 KEGG: 00051+4.2.1.47 Fructose and mannose metabolism 2 XP_019874855.1;XP_019869349.1 KEGG: 00564+2.3.1.15 Glycerophospholipid metabolism 2 XP_019874872.1;XP_019881873.1 KEGG: 00362+4.2.1.17+1.1.1.35 Benzoate degradation 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 KEGG: 00513+2.4.1.131 Various types of N-glycan biosynthesis 1 XP_019878352.1 Reactome: R-HSA-163680 AMPK inhibits chREBP transcriptional activation activity 5 XP_019870588.1;XP_019872452.1;XP_019870587.1;XP_019876631.1;XP_019876630.1 Reactome: R-HSA-5654706 FRS-mediated FGFR3 signaling 1 XP_019874649.1 MetaCyc: PWY-8106 Queuosine biosynthesis III (queuosine salvage) 2 XP_019873294.1;XP_019874111.1 MetaCyc: PWY-6824 Justicidin B biosynthesis 6 XP_019879203.1;XP_019870782.1;XP_019881221.1;XP_019881216.1;XP_019881215.1;XP_019868210.1 Reactome: R-HSA-8875656 MET receptor recycling 3 XP_019865924.1;XP_019881676.1;XP_019865923.1 KEGG: 00900+2.5.1.58 Terpenoid backbone biosynthesis 1 XP_019865145.1 KEGG: 00310+1.2.4.2 Lysine degradation 11 XP_019874479.1;XP_019874474.1;XP_019874477.1;XP_019870891.1;XP_019874472.1;XP_019867507.1;XP_019874475.1;XP_019874473.1;XP_019879704.1;XP_019874476.1;XP_019874478.1 MetaCyc: PWY-5740 GDP-L-colitose biosynthesis 2 XP_019869349.1;XP_019874855.1 Reactome: R-HSA-72165 mRNA Splicing - Minor Pathway 62 XP_019880499.1;XP_019879841.1;XP_019872978.1;XP_019868680.1;XP_019872570.1;XP_019878853.1;XP_019877758.1;XP_019871208.1;XP_019878362.1;XP_019878385.1;XP_019871682.1;XP_019867050.1;XP_019877841.1;XP_019874919.1;XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019868777.1;XP_019877838.1;XP_019872781.1;XP_019866865.1;XP_019867682.1;XP_019877770.1;XP_019867048.1;XP_019873375.1;XP_019878359.1;XP_019878395.1;XP_019867049.1;XP_019867019.1;XP_019879274.1;XP_019871592.1;XP_019873376.1;XP_019874018.1;XP_019878850.1;XP_019878509.1;XP_019873823.1;XP_019872174.1;XP_019871200.1;XP_019878358.1;XP_019864871.1;XP_019867266.1;XP_019880089.1;XP_019879920.1;XP_019868682.1;XP_019879539.1;XP_019877840.1;XP_019868683.1;XP_019871423.1;XP_019871166.1;XP_019878148.1;XP_019879698.1;XP_019878456.1;XP_019879537.1;XP_019869139.1;XP_019870377.1;XP_019874429.1;XP_019878851.1;XP_019865821.1;XP_019871167.1;XP_019877296.1;XP_019867051.1;XP_019874741.1 KEGG: 00250+4.3.2.2 Alanine, aspartate and glutamate metabolism 1 XP_019868090.1 Reactome: R-HSA-5250958 Toxicity of botulinum toxin type B (BoNT/B) 3 XP_019881650.1;XP_019878897.1;XP_019881651.1 Reactome: R-HSA-174403 Glutathione synthesis and recycling 11 XP_019877120.1;XP_019870735.1;XP_019873657.1;XP_019872832.1;XP_019871761.1;XP_019870303.1;XP_019880226.1;XP_019872984.1;XP_019874523.1;XP_019874524.1;XP_019880483.1 MetaCyc: PWY-5532 Nucleoside and nucleotide degradation (archaea) 3 XP_019872411.1;XP_019866249.1;XP_019866250.1 Reactome: R-HSA-6784531 tRNA processing in the nucleus 54 XP_019880300.1;XP_019880688.1;XP_019881348.1;XP_019871885.1;XP_019873647.1;XP_019866712.1;XP_019881349.1;XP_019867817.1;XP_019874718.1;XP_019878639.1;XP_019869929.1;XP_019865159.1;XP_019878873.1;XP_019876846.1;XP_019873892.1;XP_019868408.1;XP_019875434.1;XP_019875983.1;XP_019879670.1;XP_019872981.1;XP_019871781.1;XP_019879616.1;XP_019867753.1;XP_019881338.1;XP_019877215.1;XP_019868229.1;XP_019873891.1;XP_019867827.1;XP_019868582.1;XP_019867910.1;XP_019874522.1;XP_019881347.1;XP_019871184.1;XP_019881575.1;XP_019878908.1;XP_019872645.1;XP_019877082.1;XP_019875427.1;XP_019878099.1;XP_019873318.1;XP_019867198.1;XP_019873319.1;XP_019872624.1;XP_019866139.1;XP_019877016.1;XP_019868487.1;XP_019874193.1;XP_019870624.1;XP_019870416.1;XP_019881494.1;XP_019865061.1;XP_019866960.1;XP_019873320.1;XP_019878964.1 Reactome: R-HSA-111458 Formation of apoptosome 5 XP_019880863.1;XP_019871594.1;XP_019866241.1;XP_019871365.1;XP_019880397.1 Reactome: R-HSA-1474244 Extracellular matrix organization 3 XP_019871329.1;XP_019876152.1;XP_019880208.1 Reactome: R-HSA-434316 Fatty Acids bound to GPR40 (FFAR1) regulate insulin secretion 3 XP_019875413.1;XP_019878300.1;XP_019873314.1 Reactome: R-HSA-73614 Pyrimidine salvage 4 XP_019872411.1;XP_019865174.1;XP_019880814.1;XP_019878270.1 MetaCyc: PWY-7900 Glycogen biosynthesis III (from alpha-maltose 1-phosphate) 4 XP_019873440.1;XP_019881962.1;XP_019881960.1;XP_019881963.1 MetaCyc: PWY-7838 Globo-series glycosphingolipids biosynthesis 1 XP_019868522.1 Reactome: R-HSA-1912399 Pre-NOTCH Processing in the Endoplasmic Reticulum 2 XP_019866310.1;XP_019864827.1 MetaCyc: PWY-7198 Pyrimidine deoxyribonucleotides de novo biosynthesis IV 22 XP_019873408.1;XP_019872819.1;XP_019864974.1;XP_019864914.1;XP_019869648.1;XP_019869647.1;XP_019870975.1;XP_019873158.1;XP_019871002.1;XP_019871003.1;XP_019867410.1;XP_019864973.1;XP_019864972.1;XP_019879845.1;XP_019873683.1;XP_019880479.1;XP_019864975.1;XP_019868211.1;XP_019881305.1;XP_019873404.1;XP_019867079.1;XP_019875326.1 MetaCyc: PWY-6620 Guanine and guanosine salvage 2 XP_019866250.1;XP_019866249.1 KEGG: 00500+2.7.7.9 Starch and sucrose metabolism 3 XP_019881380.1;XP_019881431.1;XP_019881433.1 KEGG: 00500+5.3.1.9 Starch and sucrose metabolism 2 XP_019874001.1;XP_019876383.1 MetaCyc: PWY-1861 Formaldehyde assimilation II (assimilatory RuMP Cycle) 13 XP_019871692.1;XP_019866333.1;XP_019875188.1;XP_019871691.1;XP_019880828.1;XP_019872283.1;XP_019871695.1;XP_019871693.1;XP_019871694.1;XP_019880562.1;XP_019871696.1;XP_019875189.1;XP_019869969.1 Reactome: R-HSA-380259 Loss of Nlp from mitotic centrosomes 21 XP_019875181.1;XP_019873930.1;XP_019864928.1;XP_019879330.1;XP_019873349.1;XP_019872246.1;XP_019867002.1;XP_019864926.1;XP_019870037.1;XP_019880086.1;XP_019864927.1;XP_019871688.1;XP_019864923.1;XP_019871796.1;XP_019870036.1;XP_019866444.1;XP_019864925.1;XP_019870038.1;XP_019871522.1;XP_019873843.1;XP_019867256.1 KEGG: 00720+6.3.4.3 Carbon fixation pathways in prokaryotes 2 XP_019865430.1;XP_019864887.1 Reactome: R-HSA-6803207 TP53 Regulates Transcription of Caspase Activators and Caspases 4 XP_019871594.1;XP_019868273.1;XP_019868274.1;XP_019881517.1 Reactome: R-HSA-165054 Rev-mediated nuclear export of HIV RNA 27 XP_019866139.1;XP_019872624.1;XP_019874193.1;XP_019872981.1;XP_019868487.1;XP_019872149.1;XP_019871781.1;XP_019866960.1;XP_019865061.1;XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019873891.1;XP_019871184.1;XP_019880688.1;XP_019881575.1;XP_019873647.1;XP_019867817.1;XP_019869929.1;XP_019877082.1;XP_019876846.1;XP_019864628.1;XP_019873892.1;XP_019878873.1 Reactome: R-HSA-195253 Degradation of beta-catenin by the destruction complex 82 XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019879129.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019877265.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019880545.1;XP_019866199.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019869337.1;XP_019866198.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019881573.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019878378.1;XP_019880577.1;XP_019878072.1;XP_019880528.1;XP_019873379.1;XP_019865855.1;XP_019868753.1;XP_019866219.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019869981.1;XP_019868669.1;XP_019870849.1;XP_019866885.1;XP_019869362.1;XP_019868223.1;XP_019880527.1;XP_019869353.1;XP_019869346.1;XP_019875990.1;XP_019866166.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019866168.1;XP_019864959.1;XP_019869073.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019869329.1;XP_019870006.1;XP_019876206.1 Reactome: R-HSA-3134975 Regulation of innate immune responses to cytosolic DNA 5 XP_019869584.1;XP_019881487.1;XP_019869585.1;XP_019881480.1;XP_019867760.1 MetaCyc: PWY-6807 Xyloglucan degradation II (exoglucanase) 10 XP_019880925.1;XP_019870193.1;XP_019872096.1;XP_019872099.1;XP_019871983.1;XP_019868537.1;XP_019876813.1;XP_019881201.1;XP_019877528.1;XP_019881202.1 Reactome: R-HSA-216083 Integrin cell surface interactions 14 XP_019876152.1;XP_019876937.1;XP_019879372.1;XP_019873901.1;XP_019878814.1;XP_019871329.1;XP_019865839.1;XP_019873417.1;XP_019880208.1;XP_019867658.1;XP_019873902.1;XP_019876031.1;XP_019880368.1;XP_019872235.1 MetaCyc: PWY-5022 4-aminobutanoate degradation V 2 XP_019866930.1;XP_019866983.1 KEGG: 00280+1.2.4.4 Valine, leucine and isoleucine degradation 1 XP_019869953.1 MetaCyc: PWY-7761 NAD salvage pathway II (PNC IV cycle) 4 XP_019868794.1;XP_019868792.1;XP_019870564.1;XP_019868791.1 Reactome: R-HSA-4724289 Defective ALG6 causes ALG6-CDG (CDG-1c) 1 XP_019875002.1 Reactome: R-HSA-1660661 Sphingolipid de novo biosynthesis 12 XP_019876933.1;XP_019876941.1;XP_019880244.1;XP_019877924.1;XP_019876298.1;XP_019869259.1;XP_019867702.1;XP_019876920.1;XP_019876928.1;XP_019866053.1;XP_019867529.1;XP_019868406.1 Reactome: R-HSA-193681 Ceramide signalling 1 XP_019868993.1 KEGG: 00230+3.6.1.9 Purine metabolism 3 XP_019879030.1;XP_019877733.1;XP_019876978.1 KEGG: 00982+2.5.1.18 Drug metabolism - cytochrome P450 9 XP_019874377.1;XP_019864783.1;XP_019864766.1;XP_019869668.1;XP_019871900.1;XP_019864793.1;XP_019871898.1;XP_019878347.1;XP_019878346.1 Reactome: R-HSA-382556 ABC-family proteins mediated transport 73 XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019873378.1;XP_019880956.1;XP_019865626.1;XP_019868806.1;XP_019878838.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019878390.1;XP_019869989.1;XP_019866794.1;XP_019876350.1;XP_019865202.1;XP_019879397.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019870906.1;XP_019880545.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019866068.1;XP_019872657.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019875846.1;XP_019868753.1;XP_019878378.1;XP_019880577.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019870758.1;XP_019877889.1;XP_019869073.1;XP_019876367.1;XP_019875855.1;XP_019873172.1;XP_019876206.1;XP_019871241.1;XP_019867760.1;XP_019866786.1;XP_019872059.1;XP_019864959.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019866788.1;XP_019868223.1;XP_019876351.1 Reactome: R-HSA-72702 Ribosomal scanning and start codon recognition 77 XP_019869804.1;XP_019880016.1;XP_019876481.1;XP_019864935.1;XP_019877012.1;XP_019868085.1;XP_019871532.1;XP_019867390.1;XP_019864936.1;XP_019877014.1;XP_019869572.1;XP_019865233.1;XP_019869113.1;XP_019873504.1;XP_019878159.1;XP_019865368.1;XP_019869573.1;XP_019876156.1;XP_019873714.1;XP_019869114.1;XP_019866948.1;XP_019878390.1;XP_019879605.1;XP_019870223.1;XP_019874807.1;XP_019865545.1;XP_019867382.1;XP_019874748.1;XP_019871497.1;XP_019874699.1;XP_019871337.1;XP_019872898.1;XP_019877349.1;XP_019880270.1;XP_019876541.1;XP_019873336.1;XP_019867791.1;XP_019873633.1;XP_019869734.1;XP_019870250.1;XP_019875090.1;XP_019868835.1;XP_019869112.1;XP_019879705.1;XP_019869687.1;XP_019873634.1;XP_019869733.1;XP_019868836.1;XP_019870618.1;XP_019866498.1;XP_019874808.1;XP_019869111.1;XP_019872504.1;XP_019876138.1;XP_019877011.1;XP_019878219.1;XP_019880946.1;XP_019866786.1;XP_019867760.1;XP_019878799.1;XP_019878299.1;XP_019870253.1;XP_019881551.1;XP_019866499.1;XP_019874786.1;XP_019876731.1;XP_019868437.1;XP_019876739.1;XP_019866949.1;XP_019881324.1;XP_019866497.1;XP_019866381.1;XP_019870902.1;XP_019881552.1;XP_019869208.1;XP_019877013.1;XP_019865358.1 Reactome: R-HSA-6785470 tRNA processing in the mitochondrion 6 XP_019880300.1;XP_019874521.1;XP_019881347.1;XP_019881348.1;XP_019881349.1;XP_019877200.1 Reactome: R-HSA-1483213 Synthesis of PE 7 XP_019865541.1;XP_019881734.1;XP_019877503.1;XP_019870092.1;XP_019881735.1;XP_019881736.1;XP_019881733.1 MetaCyc: PWY-7587 Oleate biosynthesis III (cyanobacteria) 10 XP_019877826.1;XP_019871786.1;XP_019874872.1;XP_019878715.1;XP_019869551.1;XP_019871766.1;XP_019881873.1;XP_019875626.1;XP_019877825.1;XP_019879260.1 KEGG: 00500+2.7.1.1 Starch and sucrose metabolism 5 XP_019866279.1;XP_019866322.1;XP_019866265.1;XP_019866260.1;XP_019866323.1 Reactome: R-HSA-8949215 Mitochondrial calcium ion transport 13 XP_019875249.1;XP_019879275.1;XP_019873803.1;XP_019874457.1;XP_019873801.1;XP_019874459.1;XP_019865498.1;XP_019874458.1;XP_019877405.1;XP_019881388.1;XP_019874460.1;XP_019881379.1;XP_019873802.1 MetaCyc: PWY-6892 Thiazole biosynthesis I (facultative anaerobic bacteria) 2 XP_019876583.1;XP_019868769.1 Reactome: R-HSA-111465 Apoptotic cleavage of cellular proteins 6 XP_019871105.1;XP_019880527.1;XP_019880528.1;XP_019871104.1;XP_019871106.1;XP_019874870.1 KEGG: 00020+1.2.4.2 Citrate cycle (TCA cycle) 11 XP_019874478.1;XP_019874476.1;XP_019879704.1;XP_019874473.1;XP_019874475.1;XP_019870891.1;XP_019874472.1;XP_019867507.1;XP_019874477.1;XP_019874474.1;XP_019874479.1 Reactome: R-HSA-70268 Pyruvate metabolism 9 XP_019872686.1;XP_019871441.1;XP_019870111.1;XP_019872684.1;XP_019872685.1;XP_019870089.1;XP_019865397.1;XP_019868678.1;XP_019881720.1 Reactome: R-HSA-6802948 Signaling by high-kinase activity BRAF mutants 13 XP_019871847.1;XP_019871843.1;XP_019871848.1;XP_019871841.1;XP_019875529.1;XP_019871842.1;XP_019871849.1;XP_019871845.1;XP_019873710.1;XP_019871851.1;XP_019871846.1;XP_019871844.1;XP_019871840.1 KEGG: 00970+6.1.1.20 Aminoacyl-tRNA biosynthesis 4 XP_019871395.1;XP_019876165.1;XP_019877808.1;XP_019881323.1 Reactome: R-HSA-167161 HIV Transcription Initiation 55 XP_019865126.1;XP_019871814.1;XP_019878362.1;XP_019878385.1;XP_019878633.1;XP_019870966.1;XP_019865869.1;XP_019877841.1;XP_019872148.1;XP_019866954.1;XP_019871682.1;XP_019878853.1;XP_019872978.1;XP_019869725.1;XP_019864920.1;XP_019877770.1;XP_019872781.1;XP_019877838.1;XP_019881783.1;XP_019867682.1;XP_019867019.1;XP_019878359.1;XP_019879426.1;XP_019865022.1;XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019878503.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1;XP_019864738.1;XP_019870750.1;XP_019879274.1;XP_019875606.1;XP_019878850.1;XP_019871813.1;XP_019871167.1;XP_019878851.1;XP_019880931.1;XP_019876358.1;XP_019871423.1;XP_019871570.1;XP_019871166.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019867333.1;XP_019879698.1;XP_019878456.1;XP_019879537.1;XP_019866761.1 MetaCyc: PWY-7226 Guanosine deoxyribonucleotides de novo biosynthesis I 18 XP_019875326.1;XP_019867079.1;XP_019873404.1;XP_019881305.1;XP_019868211.1;XP_019864975.1;XP_019873683.1;XP_019879845.1;XP_019864972.1;XP_019873158.1;XP_019867410.1;XP_019864973.1;XP_019870975.1;XP_019869647.1;XP_019869648.1;XP_019864914.1;XP_019864974.1;XP_019873408.1 MetaCyc: PWY-7980 ATP biosynthesis 6 XP_019874341.1;XP_019876010.1;XP_019867226.1;XP_019868377.1;XP_019879321.1;XP_019879320.1 Reactome: R-HSA-5603037 IRAK4 deficiency (TLR5) 2 XP_019870785.1;XP_019876426.1 KEGG: 00900+5.3.3.2 Terpenoid backbone biosynthesis 2 XP_019880080.1;XP_019880087.1 MetaCyc: PWY-5538 Pyruvate fermentation to acetate VI 8 XP_019869898.1;XP_019875307.1;XP_019875306.1;XP_019872086.1;XP_019871334.1;XP_019871293.1;XP_019874999.1;XP_019880910.1 MetaCyc: PWY-7344 UDP-alpha-D-galactose biosynthesis 2 XP_019870272.1;XP_019870278.1 Reactome: R-HSA-211163 AKT-mediated inactivation of FOXO1A 3 XP_019869322.1;XP_019877608.1;XP_019869321.1 MetaCyc: PWY-5664 Erythro-tetrahydrobiopterin biosynthesis II 2 XP_019871889.1;XP_019871888.1 Reactome: R-HSA-4615885 SUMOylation of DNA replication proteins 35 XP_019872149.1;XP_019868487.1;XP_019874193.1;XP_019872624.1;XP_019866139.1;XP_019878964.1;XP_019870416.1;XP_019871184.1;XP_019881575.1;XP_019878201.1;XP_019868711.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019868710.1;XP_019874522.1;XP_019876835.1;XP_019877082.1;XP_019869620.1;XP_019872981.1;XP_019871781.1;XP_019879685.1;XP_019867919.1;XP_019869641.1;XP_019867753.1;XP_019869640.1;XP_019880688.1;XP_019876014.1;XP_019873647.1;XP_019878209.1;XP_019878873.1;XP_019876846.1;XP_019873892.1;XP_019867817.1;XP_019869929.1 MetaCyc: PWY-7920 Complex N-linked glycan biosynthesis (plants) 2 XP_019880284.1;XP_019880285.1 Reactome: R-HSA-9665246 Resistance of ERBB2 KD mutants to neratinib 1 XP_019865044.1 Reactome: R-HSA-5619061 Defective SLC33A1 causes spastic paraplegia 42 (SPG42) 1 XP_019871400.1 Reactome: R-HSA-202670 ERKs are inactivated 1 XP_019875529.1 Reactome: R-HSA-167243 Tat-mediated HIV elongation arrest and recovery 45 XP_019878385.1;XP_019871675.1;XP_019878362.1;XP_019871682.1;XP_019877841.1;XP_019872978.1;XP_019873138.1;XP_019878853.1;XP_019870382.1;XP_019872482.1;XP_019866809.1;XP_019878449.1;XP_019867682.1;XP_019866925.1;XP_019877838.1;XP_019872781.1;XP_019877770.1;XP_019872580.1;XP_019874248.1;XP_019877795.1;XP_019878359.1;XP_019867019.1;XP_019879540.1;XP_019868777.1;XP_019877842.1;XP_019870539.1;XP_019878358.1;XP_019867266.1;XP_019880089.1;XP_019879274.1;XP_019878850.1;XP_019880869.1;XP_019878851.1;XP_019864774.1;XP_019869923.1;XP_019871167.1;XP_019877840.1;XP_019879539.1;XP_019871166.1;XP_019871423.1;XP_019866812.1;XP_019879537.1;XP_019866292.1;XP_019878456.1;XP_019879698.1 KEGG: 00620+2.3.3.9 Pyruvate metabolism 1 XP_019880403.1 Reactome: R-HSA-199418 Negative regulation of the PI3K/AKT network 3 XP_019877608.1;XP_019869321.1;XP_019869322.1 Reactome: R-HSA-6807062 Cholesterol biosynthesis via lathosterol 1 XP_019880891.1 MetaCyc: PWY-6363 D-myo-inositol (1,4,5)-trisphosphate degradation 4 XP_019873835.1;XP_019866425.1;XP_019873836.1;XP_019868658.1 KEGG: 00710+2.7.2.3 Carbon fixation in photosynthetic organisms 5 XP_019874994.1;XP_019869178.1;XP_019881093.1;XP_019869427.1;XP_019867327.1 Reactome: R-HSA-70635 Urea cycle 3 XP_019866389.1;XP_019876483.1;XP_019864883.1 KEGG: 00561+2.7.1.30 Glycerolipid metabolism 9 XP_019874496.1;XP_019866816.1;XP_019879890.1;XP_019876137.1;XP_019876136.1;XP_019879416.1;XP_019872403.1;XP_019866504.1;XP_019871562.1 MetaCyc: PWY-6348 Phosphate acquisition 33 XP_019872682.1;XP_019879271.1;XP_019877722.1;XP_019881984.1;XP_019869166.1;XP_019879272.1;XP_019870446.1;XP_019874971.1;XP_019877721.1;XP_019872644.1;XP_019881946.1;XP_019870468.1;XP_019877720.1;XP_019873425.1;XP_019873755.1;XP_019874991.1;XP_019875772.1;XP_019877651.1;XP_019872634.1;XP_019880114.1;XP_019866059.1;XP_019877431.1;XP_019864532.1;XP_019872643.1;XP_019880154.1;XP_019881947.1;XP_019878531.1;XP_019874970.1;XP_019877418.1;XP_019877417.1;XP_019881443.1;XP_019881945.1;XP_019870445.1 KEGG: 00903+4.2.1.17 Limonene and pinene degradation 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 MetaCyc: PWY-4702 Phytate degradation I 3 XP_019873835.1;XP_019868658.1;XP_019873836.1 Reactome: R-HSA-426117 Cation-coupled Chloride cotransporters 4 XP_019869994.1;XP_019872867.1;XP_019873955.1;XP_019872365.1 MetaCyc: PWY-8001 Felinine and 3-methyl-3-sulfanylbutan-1-ol biosynthesis 9 XP_019873344.1;XP_019873342.1;XP_019880128.1;XP_019866302.1;XP_019869389.1;XP_019873355.1;XP_019873356.1;XP_019878315.1;XP_019873343.1 Reactome: R-HSA-5358749 S37 mutants of beta-catenin aren't phosphorylated 9 XP_019869329.1;XP_019869346.1;XP_019869337.1;XP_019880527.1;XP_019869353.1;XP_019869362.1;XP_019879129.1;XP_019880528.1;XP_019881573.1 KEGG: 05163+2.7.11.1 Human cytomegalovirus infection 79 XP_019876630.1;XP_019869322.1;XP_019880488.1;XP_019876160.1;XP_019872097.1;XP_019870808.1;XP_019880827.1;XP_019866342.1;XP_019869641.1;XP_019881665.1;XP_019879685.1;XP_019871636.1;XP_019866343.1;XP_019873006.1;XP_019868710.1;XP_019878712.1;XP_019864994.1;XP_019868711.1;XP_019871493.1;XP_019871078.1;XP_019868585.1;XP_019875074.1;XP_019876631.1;XP_019866341.1;XP_019873279.1;XP_019870809.1;XP_019880473.1;XP_019878082.1;XP_019871026.1;XP_019876293.1;XP_019880985.1;XP_019879679.1;XP_019881517.1;XP_019873527.1;XP_019879295.1;XP_019880620.1;XP_019880286.1;XP_019875116.1;XP_019877713.1;XP_019867885.1;XP_019864649.1;XP_019872870.1;XP_019869321.1;XP_019880072.1;XP_019873111.1;XP_019871917.1;XP_019869640.1;XP_019872938.1;XP_019873710.1;XP_019879745.1;XP_019881345.1;XP_019868376.1;XP_019872521.1;XP_019877578.1;XP_019866345.1;XP_019876905.1;XP_019880986.1;XP_019874385.1;XP_019870807.1;XP_019873110.1;XP_019866346.1;XP_019869620.1;XP_019868843.1;XP_019880734.1;XP_019866058.1;XP_019870806.1;XP_019868449.1;XP_019871205.1;XP_019879129.1;XP_019876256.1;XP_019870588.1;XP_019876169.1;XP_019872236.1;XP_019880480.1;XP_019873788.1;XP_019870587.1;XP_019880466.1;XP_019877608.1;XP_019866137.1 MetaCyc: PWY-7165 L-ascorbate biosynthesis VI (engineered pathway) 5 XP_019881968.1;XP_019868311.1;XP_019868312.1;XP_019881967.1;XP_019870754.1 KEGG: 00010+5.4.2.11 Glycolysis / Gluconeogenesis 4 XP_019867499.1;XP_019879424.1;XP_019868918.1;XP_019881270.1 KEGG: 00592+3.1.1.4 alpha-Linolenic acid metabolism 11 XP_019877065.1;XP_019880793.1;XP_019877059.1;XP_019877061.1;XP_019881029.1;XP_019869407.1;XP_019867306.1;XP_019880543.1;XP_019867906.1;XP_019869406.1;XP_019874626.1 Reactome: R-HSA-9027276 Erythropoietin activates Phosphoinositide-3-kinase (PI3K) 2 XP_019879031.1;XP_019875598.1 MetaCyc: PWY-5981 CDP-diacylglycerol biosynthesis III 13 XP_019875636.1;XP_019871766.1;XP_019869551.1;XP_019878715.1;XP_019867058.1;XP_019871786.1;XP_019877826.1;XP_019879260.1;XP_019876943.1;XP_019875635.1;XP_019875626.1;XP_019877825.1;XP_019876451.1 Reactome: R-HSA-611105 Respiratory electron transport 89 XP_019881169.1;XP_019867460.1;XP_019870368.1;XP_019873236.1;XP_019873280.1;XP_019879621.1;XP_019879876.1;XP_019871720.1;XP_019874796.1;XP_019874505.1;XP_019875193.1;XP_019876908.1;XP_019877425.1;XP_019881861.1;XP_019870913.1;XP_019881079.1;XP_019879758.1;XP_019871238.1;XP_019865079.1;XP_019879538.1;XP_019871038.1;XP_019869273.1;XP_019870367.1;XP_019877036.1;XP_019871247.1;XP_019873155.1;XP_019864658.1;XP_019879408.1;XP_019873895.1;XP_019880047.1;XP_019866241.1;XP_019869175.1;XP_019877001.1;XP_019881326.1;XP_019878867.1;XP_019868977.1;XP_019878767.1;XP_019880397.1;XP_019871230.1;XP_019867751.1;XP_019871125.1;XP_019866797.1;XP_019878154.1;XP_019865699.1;XP_019869138.1;XP_019880260.1;XP_019873664.1;XP_019865398.1;XP_019878467.1;XP_019881479.1;XP_019873229.1;XP_019879527.1;XP_019880118.1;XP_019873299.1;XP_019879017.1;XP_019864661.1;XP_019877457.1;XP_019865853.1;XP_019870420.1;XP_019876763.1;XP_019870122.1;XP_019878975.1;XP_019873748.1;XP_019869785.1;XP_019870206.1;XP_019868697.1;XP_019876879.1;XP_019867393.1;XP_019868693.1;XP_019865003.1;XP_019873660.1;XP_019868982.1;XP_019881360.1;XP_019868695.1;XP_019879338.1;XP_019879335.1;XP_019869504.1;XP_019865091.1;XP_019867247.1;XP_019867749.1;XP_019870083.1;XP_019881473.1;XP_019871479.1;XP_019871727.1;XP_019871365.1;XP_019877092.1;XP_019881477.1;XP_019870912.1;XP_019870369.1 KEGG: 00983+3.5.4.5 Drug metabolism - other enzymes 1 XP_019880814.1 KEGG: 00950+2.6.1.5 Isoquinoline alkaloid biosynthesis 1 XP_019868034.1 Reactome: R-HSA-1855183 Synthesis of IP2, IP, and Ins in the cytosol 11 XP_019873836.1;XP_019868658.1;XP_019866425.1;XP_019872138.1;XP_019876172.1;XP_019880209.1;XP_019873835.1;XP_019870611.1;XP_019881451.1;XP_019872164.1;XP_019875945.1 KEGG: 00670+2.1.2.1 One carbon pool by folate 4 XP_019869629.1;XP_019869628.1;XP_019869627.1;XP_019869630.1 KEGG: 00230+2.7.4.10 Purine metabolism 1 XP_019867364.1 KEGG: 00770+6.3.2.5 Pantothenate and CoA biosynthesis 1 XP_019881973.1 Reactome: R-HSA-72731 Recycling of eIF2:GDP 5 XP_019876934.1;XP_019878390.1;XP_019864559.1;XP_019866786.1;XP_019879816.1 MetaCyc: PWY-7227 Adenosine deoxyribonucleotides de novo biosynthesis 18 XP_019875326.1;XP_019867079.1;XP_019873404.1;XP_019881305.1;XP_019868211.1;XP_019864975.1;XP_019873683.1;XP_019864972.1;XP_019879845.1;XP_019867410.1;XP_019873158.1;XP_019864973.1;XP_019870975.1;XP_019869647.1;XP_019869648.1;XP_019864974.1;XP_019864914.1;XP_019873408.1 Reactome: R-HSA-983189 Kinesins 73 XP_019868331.1;XP_019869090.1;XP_019869889.1;XP_019878529.1;XP_019872438.1;XP_019870894.1;XP_019871769.1;XP_019870179.1;XP_019867254.1;XP_019869890.1;XP_019873423.1;XP_019878109.1;XP_019874652.1;XP_019872007.1;XP_019865911.1;XP_019868163.1;XP_019880926.1;XP_019879148.1;XP_019877994.1;XP_019865591.1;XP_019881776.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019864756.1;XP_019866609.1;XP_019865219.1;XP_019869089.1;XP_019879797.1;XP_019869129.1;XP_019874962.1;XP_019880948.1;XP_019880052.1;XP_019872944.1;XP_019869280.1;XP_019880049.1;XP_019879918.1;XP_019881775.1;XP_019874899.1;XP_019869965.1;XP_019869092.1;XP_019864995.1;XP_019879902.1;XP_019880051.1;XP_019871919.1;XP_019880050.1;XP_019875261.1;XP_019879860.1;XP_019869091.1;XP_019881064.1;XP_019878479.1;XP_019879959.1;XP_019871033.1;XP_019870734.1;XP_019869096.1;XP_019881778.1;XP_019875755.1;XP_019880113.1;XP_019881777.1;XP_019869093.1;XP_019869094.1;XP_019868842.1;XP_019881774.1;XP_019873582.1;XP_019868179.1;XP_019881587.1;XP_019879310.1;XP_019872753.1;XP_019878459.1;XP_019867484.1;XP_019881506.1;XP_019881730.1;XP_019866611.1 Reactome: R-HSA-8949613 Cristae formation 29 XP_019865667.1;XP_019873210.1;XP_019868190.1;XP_019874341.1;XP_019869712.1;XP_019879982.1;XP_019878016.1;XP_019868377.1;XP_019880865.1;XP_019869907.1;XP_019879680.1;XP_019873552.1;XP_019879003.1;XP_019871199.1;XP_019879775.1;XP_019881576.1;XP_019872672.1;XP_019881590.1;XP_019870270.1;XP_019864913.1;XP_019874031.1;XP_019867814.1;XP_019869713.1;XP_019873628.1;XP_019874674.1;XP_019878369.1;XP_019879526.1;XP_019881591.1;XP_019881378.1 KEGG: 00565+2.5.1.26 Ether lipid metabolism 1 XP_019872237.1 Reactome: R-HSA-162699 Synthesis of dolichyl-phosphate mannose 2 XP_019876263.1;XP_019865984.1 Reactome: R-HSA-6806664 Metabolism of vitamin K 2 XP_019881481.1;XP_019880432.1 KEGG: 00510+2.7.8.15 N-Glycan biosynthesis 1 XP_019869057.1 KEGG: 00230+3.5.4.6 Purine metabolism 3 XP_019870896.1;XP_019870897.1;XP_019870895.1 KEGG: 00230+6.3.5.2 Purine metabolism 1 XP_019864567.1 Reactome: R-HSA-380095 Tachykinin receptors bind tachykinins 1 XP_019866300.1 MetaCyc: PWY-6731 Starch degradation III 1 XP_019881655.1 Reactome: R-HSA-380320 Recruitment of NuMA to mitotic centrosomes 55 XP_019865831.1;XP_019874962.1;XP_019871688.1;XP_019864927.1;XP_019864923.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019866174.1;XP_019865219.1;XP_019866609.1;XP_019866175.1;XP_019871522.1;XP_019879148.1;XP_019866177.1;XP_019881730.1;XP_019866611.1;XP_019870383.1;XP_019867002.1;XP_019874899.1;XP_019880086.1;XP_019880052.1;XP_019872246.1;XP_019868179.1;XP_019880049.1;XP_019865040.1;XP_019872438.1;XP_019866176.1;XP_019864925.1;XP_019870038.1;XP_019871796.1;XP_019870036.1;XP_019866444.1;XP_019867256.1;XP_019880051.1;XP_019873843.1;XP_019880050.1;XP_019873930.1;XP_019868163.1;XP_019868211.1;XP_019864928.1;XP_019879330.1;XP_019866173.1;XP_019875755.1;XP_019879845.1;XP_019875181.1;XP_019866559.1;XP_019864926.1;XP_019870037.1;XP_019869647.1;XP_019880335.1;XP_019871033.1;XP_019873937.1;XP_019873349.1;XP_019867254.1 MetaCyc: PWY-882 L-ascorbate biosynthesis I (L-galactose pathway) 3 XP_019878152.1;XP_019878943.1;XP_019865460.1 KEGG: 00190+7.1.1.2 Oxidative phosphorylation 1 XP_019880047.1 MetaCyc: PWY-5265 Peptidoglycan biosynthesis II (staphylococci) 2 XP_019864660.1;XP_019869057.1 MetaCyc: PWY-6672 Cis-genanyl-coa degradation 2 XP_019872166.1;XP_019865511.1 KEGG: 00790+1.14.16.1 Folate biosynthesis 1 XP_019867965.1 Reactome: R-HSA-1482925 Acyl chain remodelling of PG 5 XP_019880543.1;XP_019874626.1;XP_019880793.1;XP_019881029.1;XP_019867306.1 Reactome: R-HSA-5083635 Defective B3GALTL causes Peters-plus syndrome (PpS) 33 XP_019881806.1;XP_019865817.1;XP_019880464.1;XP_019876275.1;XP_019868272.1;XP_019865966.1;XP_019880456.1;XP_019881755.1;XP_019870053.1;XP_019868270.1;XP_019881747.1;XP_019873778.1;XP_019881814.1;XP_019879835.1;XP_019868447.1;XP_019880493.1;XP_019875502.1;XP_019875018.1;XP_019881773.1;XP_019869195.1;XP_019881798.1;XP_019881834.1;XP_019881782.1;XP_019881829.1;XP_019881822.1;XP_019879394.1;XP_019874875.1;XP_019877533.1;XP_019881763.1;XP_019873781.1;XP_019870052.1;XP_019881790.1;XP_019866141.1 Reactome: R-HSA-9646399 Aggrephagy 47 XP_019880051.1;XP_019865626.1;XP_019874974.1;XP_019880050.1;XP_019867631.1;XP_019867622.1;XP_019867626.1;XP_019872438.1;XP_019873597.1;XP_019867625.1;XP_019869585.1;XP_019871033.1;XP_019867254.1;XP_019867629.1;XP_019876254.1;XP_019869584.1;XP_019867621.1;XP_019875755.1;XP_019874975.1;XP_019868163.1;XP_019867618.1;XP_019867760.1;XP_019879148.1;XP_019867630.1;XP_019867620.1;XP_019865219.1;XP_019866609.1;XP_019880037.1;XP_019868177.1;XP_019875943.1;XP_019866612.1;XP_019873598.1;XP_019874962.1;XP_019872641.1;XP_019873596.1;XP_019880052.1;XP_019868179.1;XP_019880049.1;XP_019874899.1;XP_019867628.1;XP_019867624.1;XP_019881730.1;XP_019867627.1;XP_019867619.1;XP_019867616.1;XP_019867617.1;XP_019866611.1 KEGG: 00520+3.5.1.25 Amino sugar and nucleotide sugar metabolism 1 XP_019869880.1 Reactome: R-HSA-3371571 HSF1-dependent transactivation 7 XP_019871078.1;XP_019880989.1;XP_019880990.1;XP_019867724.1;XP_019880827.1;XP_019876398.1;XP_019865540.1 Reactome: R-HSA-8873719 RAB geranylgeranylation 11 XP_019872073.1;XP_019869286.1;XP_019877398.1;XP_019878754.1;XP_019879607.1;XP_019873738.1;XP_019874587.1;XP_019878425.1;XP_019877399.1;XP_019873604.1;XP_019873864.1 MetaCyc: PWY-241 C4 photosynthetic carbon assimilation cycle, NADP-ME type 9 XP_019879485.1;XP_019879682.1;XP_019875064.1;XP_019872320.1;XP_019872321.1;XP_019867590.1;XP_019879486.1;XP_019872322.1;XP_019880549.1 KEGG: 00564+1.1.5.3 Glycerophospholipid metabolism 5 XP_019875075.1;XP_019875077.1;XP_019876995.1;XP_019875078.1;XP_019875079.1 Reactome: R-HSA-8963888 Chylomicron assembly 12 XP_019876158.1;XP_019865775.1;XP_019877919.1;XP_019880306.1;XP_019873438.1;XP_019876167.1;XP_019868039.1;XP_019874601.1;XP_019880283.1;XP_019880305.1;XP_019873436.1;XP_019873087.1 Reactome: R-HSA-8963896 HDL assembly 1 XP_019873509.1 Reactome: R-HSA-5668599 RHO GTPases Activate NADPH Oxidases 3 XP_019875529.1;XP_019864789.1;XP_019875528.1 MetaCyc: PWY-5 Canavanine biosynthesis 2 XP_019876483.1;XP_019866389.1 MetaCyc: PWY-1361 Benzoyl-coa degradation I (aerobic) 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 KEGG: 00280+4.1.3.4 Valine, leucine and isoleucine degradation 1 XP_019868361.1 MetaCyc: PWY-5132 Lupulone and humulone biosynthesis 2 XP_019865511.1;XP_019872166.1 Reactome: R-HSA-110329 Cleavage of the damaged pyrimidine 7 XP_019875552.1;XP_019874957.1;XP_019870971.1;XP_019873459.1;XP_019873461.1;XP_019873460.1;XP_019873462.1 Reactome: R-HSA-3108214 SUMOylation of DNA damage response and repair proteins 39 XP_019878873.1;XP_019873892.1;XP_019876846.1;XP_019866456.1;XP_019869929.1;XP_019867817.1;XP_019873302.1;XP_019873647.1;XP_019880688.1;XP_019873462.1;XP_019867686.1;XP_019867753.1;XP_019871781.1;XP_019872981.1;XP_019880474.1;XP_019870300.1;XP_019873460.1;XP_019871520.1;XP_019877082.1;XP_019870088.1;XP_019874793.1;XP_019864655.1;XP_019881575.1;XP_019871184.1;XP_019873891.1;XP_019874522.1;XP_019876432.1;XP_019867827.1;XP_019867910.1;XP_019878964.1;XP_019879533.1;XP_019870416.1;XP_019868487.1;XP_019874193.1;XP_019872624.1;XP_019867949.1;XP_019866139.1;XP_019873461.1;XP_019873459.1 KEGG: 00510+1.3.1.94 N-Glycan biosynthesis 3 XP_019869055.1;XP_019869053.1;XP_019869054.1 MetaCyc: PWY-6342 Noradrenaline and adrenaline degradation 1 XP_019869997.1 Reactome: R-HSA-2032785 YAP1- and WWTR1 (TAZ)-stimulated gene expression 1 XP_019875504.1 Reactome: R-HSA-4641263 Regulation of FZD by ubiquitination 4 XP_019869585.1;XP_019869584.1;XP_019867760.1;XP_019868724.1 MetaCyc: PWY-6679 Jadomycin biosynthesis 1 XP_019874350.1 Reactome: R-HSA-3769402 Deactivation of the beta-catenin transactivating complex 14 XP_019880220.1;XP_019879306.1;XP_019880528.1;XP_019867760.1;XP_019876778.1;XP_019869584.1;XP_019875158.1;XP_019866501.1;XP_019880527.1;XP_019880308.1;XP_019871485.1;XP_019864628.1;XP_019869585.1;XP_019872861.1 MetaCyc: PWY-5108 L-isoleucine biosynthesis V 3 XP_019865511.1;XP_019872878.1;XP_019872166.1 Reactome: R-HSA-5651801 PCNA-Dependent Long Patch Base Excision Repair 19 XP_019877839.1;XP_019877406.1;XP_019877750.1;XP_019875209.1;XP_019866703.1;XP_019875834.1;XP_019866702.1;XP_019877751.1;XP_019875289.1;XP_019872352.1;XP_019876835.1;XP_019873165.1;XP_019877996.1;XP_019870300.1;XP_019875206.1;XP_019873093.1;XP_019881574.1;XP_019878371.1;XP_019871806.1 KEGG: 00640+6.2.1.1 Propanoate metabolism 2 XP_019872166.1;XP_019865511.1 Reactome: R-HSA-8869496 TFAP2A acts as a transcriptional repressor during retinoic acid induced cell differentiation 3 XP_019871107.1;XP_019878487.1;XP_019876425.1 Reactome: R-HSA-2453864 Retinoid cycle disease events 2 XP_019874375.1;XP_019874376.1 Reactome: R-HSA-5683826 Surfactant metabolism 3 XP_019870347.1;XP_019870323.1;XP_019881298.1 Reactome: R-HSA-156827 L13a-mediated translational silencing of Ceruloplasmin expression 125 XP_019874343.1;XP_019868422.1;XP_019876156.1;XP_019869573.1;XP_019865368.1;XP_019878159.1;XP_019868820.1;XP_019873504.1;XP_019866948.1;XP_019873714.1;XP_019874029.1;XP_019869643.1;XP_019881607.1;XP_019879588.1;XP_019865321.1;XP_019877014.1;XP_019864936.1;XP_019865233.1;XP_019869572.1;XP_019868085.1;XP_019877012.1;XP_019864935.1;XP_019865328.1;XP_019872359.1;XP_019871722.1;XP_019880572.1;XP_019867521.1;XP_019867390.1;XP_019871532.1;XP_019878416.1;XP_019880016.1;XP_019871723.1;XP_019869804.1;XP_019876481.1;XP_019865320.1;XP_019877878.1;XP_019872859.1;XP_019869957.1;XP_019875090.1;XP_019868420.1;XP_019870250.1;XP_019877960.1;XP_019880270.1;XP_019876541.1;XP_019873336.1;XP_019872898.1;XP_019877349.1;XP_019873622.1;XP_019871337.1;XP_019872171.1;XP_019869266.1;XP_019873633.1;XP_019869734.1;XP_019867791.1;XP_019866282.1;XP_019879829.1;XP_019867382.1;XP_019874699.1;XP_019871497.1;XP_019873152.1;XP_019874748.1;XP_019871901.1;XP_019870223.1;XP_019878390.1;XP_019879605.1;XP_019879971.1;XP_019865545.1;XP_019874807.1;XP_019878927.1;XP_019878299.1;XP_019869778.1;XP_019874726.1;XP_019878799.1;XP_019874786.1;XP_019866499.1;XP_019881551.1;XP_019870253.1;XP_019869342.1;XP_019880946.1;XP_019878219.1;XP_019867969.1;XP_019868421.1;XP_019877011.1;XP_019867760.1;XP_019866786.1;XP_019874808.1;XP_019870618.1;XP_019866498.1;XP_019876138.1;XP_019867679.1;XP_019879316.1;XP_019872504.1;XP_019873634.1;XP_019869687.1;XP_019879705.1;XP_019869241.1;XP_019869733.1;XP_019865358.1;XP_019869208.1;XP_019877013.1;XP_019881552.1;XP_019869585.1;XP_019869341.1;XP_019880290.1;XP_019881458.1;XP_019871326.1;XP_019866949.1;XP_019870902.1;XP_019866381.1;XP_019881324.1;XP_019871017.1;XP_019866497.1;XP_019865278.1;XP_019866597.1;XP_019870859.1;XP_019876762.1;XP_019876739.1;XP_019871741.1;XP_019875998.1;XP_019870881.1;XP_019876731.1;XP_019869584.1;XP_019865463.1;XP_019869292.1;XP_019868437.1 KEGG: 00983+2.4.2.10 Drug metabolism - other enzymes 1 XP_019868123.1 MetaCyc: PWY-621 Sucrose degradation III (sucrose invertase) 2 XP_019876383.1;XP_019874001.1 KEGG: 00640+1.2.1.27 Propanoate metabolism 1 XP_019869859.1 Reactome: R-HSA-212300 PRC2 methylates histones and DNA 8 XP_019879746.1;XP_019877966.1;XP_019871206.1;XP_019866317.1;XP_019878233.1;XP_019879462.1;XP_019879755.1;XP_019871207.1 Reactome: R-HSA-3785653 Myoclonic epilepsy of Lafora 3 XP_019869584.1;XP_019869585.1;XP_019867760.1 Reactome: R-HSA-5676590 NIK-->noncanonical NF-kB signaling 74 XP_019873961.1;XP_019868355.1;XP_019875983.1;XP_019866167.1;XP_019866068.1;XP_019872657.1;XP_019880545.1;XP_019866199.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019866198.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019869989.1;XP_019866794.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019869981.1;XP_019868669.1;XP_019870849.1;XP_019866885.1;XP_019868223.1;XP_019875990.1;XP_019866166.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019866168.1;XP_019864959.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019873172.1;XP_019875855.1;XP_019871403.1;XP_019876206.1;XP_019870006.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019878378.1;XP_019880577.1;XP_019865221.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019868753.1;XP_019866219.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1 KEGG: 00760+2.4.2.1 Nicotinate and nicotinamide metabolism 2 XP_019866249.1;XP_019866250.1 KEGG: 00500+3.2.1.28 Starch and sucrose metabolism 12 XP_019867027.1;XP_019868543.1;XP_019881210.1;XP_019871483.1;XP_019871190.1;XP_019866196.1;XP_019868544.1;XP_019879555.1;XP_019881260.1;XP_019867028.1;XP_019881211.1;XP_019881209.1 Reactome: R-HSA-163615 PKA activation 13 XP_019880252.1;XP_019878640.1;XP_019872297.1;XP_019880254.1;XP_019870532.1;XP_019880253.1;XP_019873509.1;XP_019879906.1;XP_019876700.1;XP_019881101.1;XP_019870621.1;XP_019872298.1;XP_019864735.1 MetaCyc: PWY-7286 7-(3-amino-3-carboxypropyl)-wyosine biosynthesis 3 XP_019874521.1;XP_019877104.1;XP_019868279.1 MetaCyc: PWY-7818 Type IV lipoteichoic acid biosynthesis (S. pneumoniae) 1 XP_019877503.1 Reactome: R-HSA-5340588 RNF mutants show enhanced WNT signaling and proliferation 1 XP_019868724.1 Reactome: R-HSA-77595 Processing of Intronless Pre-mRNAs 18 XP_019870187.1;XP_019873320.1;XP_019873319.1;XP_019874242.1;XP_019873318.1;XP_019878915.1;XP_019869812.1;XP_019879670.1;XP_019871592.1;XP_019866048.1;XP_019873820.1;XP_019879841.1;XP_019879616.1;XP_019874941.1;XP_019878908.1;XP_019868229.1;XP_019869819.1;XP_019873717.1 Reactome: R-HSA-2024101 CS/DS degradation 7 XP_019870015.1;XP_019870647.1;XP_019881549.1;XP_019871496.1;XP_019880239.1;XP_019866002.1;XP_019881212.1 Reactome: R-HSA-2453902 The canonical retinoid cycle in rods (twilight vision) 2 XP_019874376.1;XP_019874375.1 KEGG: 00670+6.3.4.3 One carbon pool by folate 2 XP_019864887.1;XP_019865430.1 KEGG: 00906+1.23.5.1 Carotenoid biosynthesis 2 XP_019874904.1;XP_019876816.1 Reactome: R-HSA-3304356 SMAD2/3 Phosphorylation Motif Mutants in Cancer 2 XP_019869199.1;XP_019869546.1 Reactome: R-HSA-9639288 Amino acids regulate mTORC1 54 XP_019879681.1;XP_019876011.1;XP_019867884.1;XP_019876016.1;XP_019867543.1;XP_019871141.1;XP_019875235.1;XP_019867717.1;XP_019868581.1;XP_019865988.1;XP_019866097.1;XP_019877507.1;XP_019865556.1;XP_019879320.1;XP_019879604.1;XP_019877025.1;XP_019866907.1;XP_019881177.1;XP_019880827.1;XP_019871139.1;XP_019879321.1;XP_019877026.1;XP_019876398.1;XP_019868580.1;XP_019865630.1;XP_019864695.1;XP_019881575.1;XP_019865480.1;XP_019868368.1;XP_019866950.1;XP_019871739.1;XP_019868036.1;XP_019880990.1;XP_019867226.1;XP_019876009.1;XP_019881682.1;XP_019873035.1;XP_019872881.1;XP_019875062.1;XP_019869575.1;XP_019880989.1;XP_019869618.1;XP_019871812.1;XP_019866098.1;XP_019869976.1;XP_019876023.1;XP_019876392.1;XP_019866466.1;XP_019874034.1;XP_019876010.1;XP_019871078.1;XP_019868618.1;XP_019873036.1;XP_019870416.1 Reactome: R-HSA-8939211 ESR-mediated signaling 3 XP_019875529.1;XP_019874871.1;XP_019866144.1 Reactome: R-HSA-174414 Processive synthesis on the C-strand of the telomere 6 XP_019877750.1;XP_019872352.1;XP_019866703.1;XP_019866702.1;XP_019877751.1;XP_019876835.1 Reactome: R-HSA-174154 APC/C:Cdc20 mediated degradation of Securin 75 XP_019876916.1;XP_019878378.1;XP_019880577.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019873430.1;XP_019873841.1;XP_019877091.1;XP_019878375.1;XP_019869585.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019879144.1;XP_019877354.1;XP_019868223.1;XP_019875855.1;XP_019878910.1;XP_019873172.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019876206.1;XP_019875664.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019864959.1;XP_019875297.1;XP_019866452.1;XP_019866771.1;XP_019871809.1;XP_019873384.1;XP_019878911.1;XP_019868347.1;XP_019865802.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019871182.1;XP_019871959.1;XP_019877295.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019876589.1;XP_019868224.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019874707.1 KEGG: 00562+3.1.3.56 Inositol phosphate metabolism 1 XP_019866425.1 MetaCyc: PWY-7102 Bisabolene biosynthesis (engineered) 3 XP_019880038.1;XP_019880080.1;XP_019880087.1 KEGG: 00983+2.4.2.3 Drug metabolism - other enzymes 1 XP_019872411.1 Reactome: R-HSA-2122947 NOTCH1 Intracellular Domain Regulates Transcription 28 XP_019871879.1;XP_019872078.1;XP_019870006.1;XP_019868503.1;XP_019879756.1;XP_019881609.1;XP_019869585.1;XP_019873101.1;XP_019866219.1;XP_019867574.1;XP_019866168.1;XP_019871789.1;XP_019871558.1;XP_019867760.1;XP_019870552.1;XP_019876778.1;XP_019866166.1;XP_019866198.1;XP_019866199.1;XP_019875577.1;XP_019871485.1;XP_019866167.1;XP_019868500.1;XP_019869584.1;XP_019868809.1;XP_019866885.1;XP_019869981.1;XP_019868501.1 Reactome: R-HSA-180910 Vpr-mediated nuclear import of PICs 23 XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019872624.1;XP_019866139.1;XP_019872981.1;XP_019868487.1;XP_019871781.1;XP_019874193.1;XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019877082.1;XP_019876846.1;XP_019873892.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019880688.1;XP_019871184.1;XP_019873647.1;XP_019881575.1 KEGG: 00600+1.14.19.17 Sphingolipid metabolism 2 XP_019869259.1;XP_019877924.1 Reactome: R-HSA-5663213 RHO GTPases Activate WASPs and WAVEs 24 XP_019881729.1;XP_019876080.1;XP_019869432.1;XP_019877242.1;XP_019875529.1;XP_019864821.1;XP_019880765.1;XP_019877649.1;XP_019864822.1;XP_019872285.1;XP_019879821.1;XP_019881519.1;XP_019872282.1;XP_019878827.1;XP_019864775.1;XP_019874349.1;XP_019864757.1;XP_019864949.1;XP_019872284.1;XP_019874639.1;XP_019865076.1;XP_019864823.1;XP_019865653.1;XP_019865654.1 MetaCyc: PWY-7821 Tunicamycin biosynthesis 4 XP_019876978.1;XP_019879030.1;XP_019877355.1;XP_019877733.1 Reactome: R-HSA-5624958 ARL13B-mediated ciliary trafficking of INPP5E 1 XP_019869265.1 Reactome: R-HSA-68952 DNA replication initiation 11 XP_019879130.1;XP_019877876.1;XP_019881574.1;XP_019866976.1;XP_019876853.1;XP_019871783.1;XP_019881344.1;XP_019875206.1;XP_019873613.1;XP_019879757.1;XP_019864798.1 MetaCyc: PWY-181 Photorespiration 4 XP_019869627.1;XP_019869628.1;XP_019869629.1;XP_019869630.1 KEGG: 00620+4.2.1.2 Pyruvate metabolism 2 XP_019864881.1;XP_019864882.1 MetaCyc: PWY-7230 Ubiquinol-6 biosynthesis from 4-aminobenzoate (yeast) 2 XP_019865124.1;XP_019877803.1 Reactome: R-HSA-74749 Signal attenuation 1 XP_019875529.1 KEGG: 00520+5.4.2.3 Amino sugar and nucleotide sugar metabolism 1 XP_019881850.1 MetaCyc: PWY-6829 Trna methylation (yeast) 12 XP_019879830.1;XP_019875395.1;XP_019875394.1;XP_019875165.1;XP_019868279.1;XP_019866528.1;XP_019872852.1;XP_019875396.1;XP_019870968.1;XP_019874521.1;XP_019877104.1;XP_019865268.1 Reactome: R-HSA-6798695 Neutrophil degranulation 170 XP_019878567.1;XP_019872498.1;XP_019866466.1;XP_019880328.1;XP_019875016.1;XP_019881480.1;XP_019876629.1;XP_019876383.1;XP_019870372.1;XP_019865165.1;XP_019871844.1;XP_019879356.1;XP_019878375.1;XP_019871848.1;XP_019868753.1;XP_019866250.1;XP_019874001.1;XP_019870709.1;XP_019874999.1;XP_019881857.1;XP_019875990.1;XP_019874375.1;XP_019876965.1;XP_019870849.1;XP_019864530.1;XP_019880021.1;XP_019870586.1;XP_019878680.1;XP_019871846.1;XP_019872059.1;XP_019871241.1;XP_019864982.1;XP_019875602.1;XP_019875307.1;XP_019864959.1;XP_019868546.1;XP_019870347.1;XP_019873856.1;XP_019877658.1;XP_019874034.1;XP_019868292.1;XP_019872285.1;XP_019880814.1;XP_019868545.1;XP_019877819.1;XP_019875306.1;XP_019871843.1;XP_019877290.1;XP_019879220.1;XP_019871841.1;XP_019866249.1;XP_019878202.1;XP_019877660.1;XP_019877339.1;XP_019874927.1;XP_019872496.1;XP_019880490.1;XP_019873035.1;XP_019881361.1;XP_019874376.1;XP_019872770.1;XP_019877719.1;XP_019867784.1;XP_019879620.1;XP_019871983.1;XP_019867395.1;XP_019876702.1;XP_019872497.1;XP_019871840.1;XP_019881363.1;XP_019875983.1;XP_019874229.1;XP_019872099.1;XP_019873864.1;XP_019871849.1;XP_019869330.1;XP_019876765.1;XP_019871845.1;XP_019866686.1;XP_019872282.1;XP_019871396.1;XP_019878661.1;XP_019877122.1;XP_019869453.1;XP_019866968.1;XP_019867394.1;XP_019869534.1;XP_019873036.1;XP_019864776.1;XP_019870761.1;XP_019874244.1;XP_019866613.1;XP_019875999.1;XP_019875854.1;XP_019874383.1;XP_019871288.1;XP_019872080.1;XP_019878679.1;XP_019879212.1;XP_019880925.1;XP_019872142.1;XP_019870376.1;XP_019880329.1;XP_019878533.1;XP_019880550.1;XP_019871842.1;XP_019871594.1;XP_019881365.1;XP_019879924.1;XP_019879501.1;XP_019874230.1;XP_019881352.1;XP_019881487.1;XP_019875087.1;XP_019869919.1;XP_019870338.1;XP_019870758.1;XP_019867398.1;XP_019873172.1;XP_019875855.1;XP_019871851.1;XP_019876206.1;XP_019865556.1;XP_019864563.1;XP_019864984.1;XP_019877289.1;XP_019872284.1;XP_019868221.1;XP_019867397.1;XP_019868059.1;XP_019865204.1;XP_019873930.1;XP_019868058.1;XP_019880023.1;XP_019871847.1;XP_019873855.1;XP_019879357.1;XP_019864989.1;XP_019875771.1;XP_019877970.1;XP_019865512.1;XP_019868060.1;XP_019870249.1;XP_019869088.1;XP_019879974.1;XP_019871218.1;XP_019865626.1;XP_019881364.1;XP_019870193.1;XP_019866977.1;XP_019865164.1;XP_019865480.1;XP_019868508.1;XP_019878098.1;XP_019873268.1;XP_019867396.1;XP_019878566.1;XP_019881493.1;XP_019878218.1;XP_019867702.1;XP_019866020.1;XP_019872657.1;XP_019866068.1;XP_019868537.1;XP_019873961.1;XP_019870323.1;XP_019875217.1;XP_019872162.1;XP_019877247.1;XP_019864831.1 Reactome: R-HSA-5625886 Activated PKN1 stimulates transcription of AR (androgen receptor) regulated genes KLK2 and KLK3 1 XP_019868181.1 KEGG: 04070+2.7.11.13 Phosphatidylinositol signaling system 9 XP_019872690.1;XP_019877003.1;XP_019881354.1;XP_019881355.1;XP_019881353.1;XP_019880244.1;XP_019877002.1;XP_019871715.1;XP_019867040.1 Reactome: R-HSA-211981 Xenobiotics 8 XP_019874482.1;XP_019881642.1;XP_019870850.1;XP_019866741.1;XP_019879532.1;XP_019875694.1;XP_019871544.1;XP_019867384.1 MetaCyc: PWY-4361 S-methyl-5-thio-alpha-D-ribose 1-phosphate degradation I 7 XP_019864559.1;XP_019875415.1;XP_019871687.1;XP_019873464.1;XP_019880863.1;XP_019867567.1;XP_019881232.1 KEGG: 00860+1.3.3.3 Porphyrin and chlorophyll metabolism 1 XP_019877391.1 Reactome: R-HSA-8950505 Gene and protein expression by JAK-STAT signaling after Interleukin-12 stimulation 10 XP_019880562.1;XP_019865610.1;XP_019869339.1;XP_019865607.1;XP_019880700.1;XP_019874674.1;XP_019867602.1;XP_019870171.1;XP_019865076.1;XP_019879775.1 Reactome: R-HSA-6803529 FGFR2 alternative splicing 32 XP_019871592.1;XP_019879274.1;XP_019878850.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019871166.1;XP_019871423.1;XP_019877840.1;XP_019879539.1;XP_019879537.1;XP_019878456.1;XP_019879698.1;XP_019871167.1;XP_019878851.1;XP_019878853.1;XP_019872978.1;XP_019879841.1;XP_019878385.1;XP_019878362.1;XP_019871682.1;XP_019877841.1;XP_019879540.1;XP_019868777.1;XP_019877842.1;XP_019870539.1;XP_019877770.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019867019.1;XP_019878359.1 KEGG: 00710+1.1.1.37 Carbon fixation in photosynthetic organisms 7 XP_019872581.1;XP_019878183.1;XP_019867896.1;XP_019874085.1;XP_019879766.1;XP_019874083.1;XP_019874576.1 KEGG: 00980+1.1.1.1 Metabolism of xenobiotics by cytochrome P450 1 XP_019869997.1 KEGG: 00270+5.3.1.23 Cysteine and methionine metabolism 4 XP_019871687.1;XP_019875415.1;XP_019867567.1;XP_019864559.1 Reactome: R-HSA-1655829 Regulation of cholesterol biosynthesis by SREBP (SREBF) 10 XP_019872908.1;XP_019865061.1;XP_019866960.1;XP_019879213.1;XP_019865552.1;XP_019872909.1;XP_019873141.1;XP_019869522.1;XP_019871020.1;XP_019873103.1 Reactome: R-HSA-446193 Biosynthesis of the N-glycan precursor (dolichol lipid-linked oligosaccharide, LLO) and transfer to a nascent protein 14 XP_019869457.1;XP_019873233.1;XP_019875002.1;XP_019871805.1;XP_019869057.1;XP_019876430.1;XP_019873588.1;XP_019867338.1;XP_019868632.1;XP_019878496.1;XP_019879412.1;XP_019864660.1;XP_019880796.1;XP_019878352.1 MetaCyc: PWY-1622 Formaldehyde assimilation I (serine pathway) 16 XP_019869627.1;XP_019869628.1;XP_019874083.1;XP_019869629.1;XP_019874085.1;XP_019878183.1;XP_019872581.1;XP_019881270.1;XP_019874576.1;XP_019867499.1;XP_019869630.1;XP_019867896.1;XP_019879766.1;XP_019868918.1;XP_019879424.1;XP_019874047.1 Reactome: R-HSA-2161541 Abacavir metabolism 3 XP_019880623.1;XP_019871918.1;XP_019880541.1 Reactome: R-HSA-8877330 RUNX1 and FOXP3 control the development of regulatory T lymphocytes (Tregs) 2 XP_019878084.1;XP_019874360.1 Reactome: R-HSA-2559585 Oncogene Induced Senescence 14 XP_019864525.1;XP_019875529.1;XP_019869584.1;XP_019873061.1;XP_019864524.1;XP_019867760.1;XP_019873062.1;XP_019872110.1;XP_019878279.1;XP_019869585.1;XP_019869417.1;XP_019864526.1;XP_019878917.1;XP_019879231.1 Reactome: R-HSA-209905 Catecholamine biosynthesis 1 XP_019870947.1 Reactome: R-HSA-4717374 Defective DPM1 causes DPM1-CDG (CDG-1e) 2 XP_019865984.1;XP_019876263.1 MetaCyc: PWY-7118 Chitin degradation to ethanol 4 XP_019872166.1;XP_019880403.1;XP_019869997.1;XP_019865511.1 Reactome: R-HSA-69202 Cyclin E associated events during G1/S transition 16 XP_019865126.1;XP_019874191.1;XP_019865372.1;XP_019878917.1;XP_019880820.1;XP_019866012.1;XP_019877608.1;XP_019866013.1;XP_019874189.1;XP_019877601.1;XP_019865349.1;XP_019878279.1;XP_019869322.1;XP_019869321.1;XP_019877525.1;XP_019876936.1 KEGG: 00983+6.3.5.2 Drug metabolism - other enzymes 1 XP_019864567.1 KEGG: 00521+2.7.1.1 Streptomycin biosynthesis 5 XP_019866323.1;XP_019866260.1;XP_019866279.1;XP_019866265.1;XP_019866322.1 Reactome: R-HSA-167162 RNA Polymerase II HIV Promoter Escape 55 XP_019878633.1;XP_019878385.1;XP_019878362.1;XP_019871814.1;XP_019865126.1;XP_019877841.1;XP_019872148.1;XP_019866954.1;XP_019871682.1;XP_019865869.1;XP_019870966.1;XP_019869725.1;XP_019872978.1;XP_019878853.1;XP_019864920.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019881783.1;XP_019877770.1;XP_019878359.1;XP_019867019.1;XP_019879540.1;XP_019865022.1;XP_019879426.1;XP_019868777.1;XP_019877842.1;XP_019877525.1;XP_019870539.1;XP_019878503.1;XP_019878358.1;XP_019865372.1;XP_019867266.1;XP_019880089.1;XP_019879274.1;XP_019870750.1;XP_019864738.1;XP_019871813.1;XP_019878850.1;XP_019875606.1;XP_019878851.1;XP_019871167.1;XP_019876358.1;XP_019880931.1;XP_019867333.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019871570.1;XP_019871166.1;XP_019871423.1;XP_019866761.1;XP_019879537.1;XP_019878456.1;XP_019879698.1 KEGG: 00270+2.5.1.6 Cysteine and methionine metabolism 2 XP_019864710.1;XP_019864711.1 Reactome: R-HSA-5339716 Misspliced GSK3beta mutants stabilize beta-catenin 9 XP_019869353.1;XP_019880527.1;XP_019869337.1;XP_019869346.1;XP_019869329.1;XP_019881573.1;XP_019880528.1;XP_019879129.1;XP_019869362.1 KEGG: 00710+2.7.1.14 Carbon fixation in photosynthetic organisms 1 XP_019881876.1 Reactome: R-HSA-5627123 RHO GTPases activate PAKs 2 XP_019865076.1;XP_019866281.1 KEGG: 00330+2.6.1.1 Arginine and proline metabolism 3 XP_019876450.1;XP_019871475.1;XP_019864942.1 Reactome: R-HSA-354192 Integrin signaling 1 XP_019867885.1 KEGG: 00970+6.1.1.15 Aminoacyl-tRNA biosynthesis 3 XP_019875025.1;XP_019864671.1;XP_019866521.1 KEGG: 00970+6.1.1.22 Aminoacyl-tRNA biosynthesis 3 XP_019878928.1;XP_019873153.1;XP_019873656.1 Reactome: R-HSA-912631 Regulation of signaling by CBL 5 XP_019865910.1;XP_019867760.1;XP_019869584.1;XP_019881676.1;XP_019869585.1 Reactome: R-HSA-198693 AKT phosphorylates targets in the nucleus 4 XP_019869322.1;XP_019875325.1;XP_019877608.1;XP_019869321.1 KEGG: 00710+3.1.3.11 Carbon fixation in photosynthetic organisms 1 XP_019871486.1 KEGG: 00650+2.6.1.19 Butanoate metabolism 2 XP_019866930.1;XP_019866983.1 KEGG: 00730+3.1.3.1 Thiamine metabolism 6 XP_019880880.1;XP_019880774.1;XP_019871289.1;XP_019879819.1;XP_019871124.1;XP_019876022.1 MetaCyc: PWY-7177 UTP and CTP dephosphorylation II 1 XP_019869958.1 Reactome: R-HSA-8939242 RUNX1 regulates transcription of genes involved in differentiation of keratinocytes 2 XP_019878084.1;XP_019874360.1 Reactome: R-HSA-8964041 LDL remodeling 8 XP_019880305.1;XP_019873436.1;XP_019880283.1;XP_019873087.1;XP_019873438.1;XP_019874601.1;XP_019880306.1;XP_019877919.1 KEGG: 00561+3.1.3.4 Glycerolipid metabolism 6 XP_019881734.1;XP_019881736.1;XP_019881735.1;XP_019881733.1;XP_019865211.1;XP_019870092.1 Reactome: R-HSA-1650814 Collagen biosynthesis and modifying enzymes 13 XP_019869955.1;XP_019880208.1;XP_019866280.1;XP_019867362.1;XP_019879423.1;XP_019881199.1;XP_019866266.1;XP_019871158.1;XP_019864560.1;XP_019879384.1;XP_019876152.1;XP_019866328.1;XP_019871329.1 KEGG: 00130+2.6.1.5 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019868034.1 KEGG: 00280+4.2.1.17 Valine, leucine and isoleucine degradation 1 XP_019875259.1 KEGG: 00052+2.7.1.11 Galactose metabolism 6 XP_019871691.1;XP_019871696.1;XP_019871694.1;XP_019871692.1;XP_019871693.1;XP_019871695.1 Reactome: R-HSA-8939902 Regulation of RUNX2 expression and activity 77 XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019866198.1;XP_019878377.1;XP_019866167.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019875067.1;XP_019868355.1;XP_019873961.1;XP_019880545.1;XP_019881356.1;XP_019881493.1;XP_019874113.1;XP_019866199.1;XP_019873378.1;XP_019879129.1;XP_019868806.1;XP_019878838.1;XP_019878084.1;XP_019871959.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019873384.1;XP_019868347.1;XP_019874360.1;XP_019865802.1;XP_019869989.1;XP_019866794.1;XP_019877015.1;XP_019875297.1;XP_019866452.1;XP_019866771.1;XP_019871809.1;XP_019872059.1;XP_019867760.1;XP_019866166.1;XP_019871241.1;XP_019864959.1;XP_019866168.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019870758.1;XP_019876367.1;XP_019877889.1;XP_019876206.1;XP_019870006.1;XP_019868669.1;XP_019870849.1;XP_019869981.1;XP_019868223.1;XP_019866885.1;XP_019875990.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1;XP_019880840.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019878375.1;XP_019869585.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019878378.1;XP_019880577.1 Reactome: R-HSA-1442490 Collagen degradation 19 XP_019876152.1;XP_019871158.1;XP_019867179.1;XP_019865672.1;XP_019871329.1;XP_019864989.1;XP_019879384.1;XP_019867177.1;XP_019867178.1;XP_019864560.1;XP_019874693.1;XP_019874692.1;XP_019864984.1;XP_019880208.1;XP_019867176.1;XP_019871387.1;XP_019864982.1;XP_019879423.1;XP_019881199.1 KEGG: 00270+2.6.1.1 Cysteine and methionine metabolism 3 XP_019871475.1;XP_019864942.1;XP_019876450.1 Reactome: R-HSA-606279 Deposition of new CENPA-containing nucleosomes at the centromere 5 XP_019879470.1;XP_019867639.1;XP_019872414.1;XP_019872415.1;XP_019881851.1 Reactome: R-HSA-8964011 HDL clearance 3 XP_019872103.1;XP_019872104.1;XP_019878494.1 KEGG: 00480+2.5.1.16 Glutathione metabolism 2 XP_019871790.1;XP_019874609.1 MetaCyc: PWY-6289 Petrobactin biosynthesis 1 XP_019869991.1 Reactome: R-HSA-425381 Bicarbonate transporters 3 XP_019870169.1;XP_019876901.1;XP_019878845.1 Reactome: R-HSA-174113 SCF-beta-TrCP mediated degradation of Emi1 72 XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019878378.1;XP_019880577.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019868753.1;XP_019873841.1;XP_019866219.1;XP_019877091.1;XP_019869585.1;XP_019878375.1;XP_019870849.1;XP_019868669.1;XP_019869981.1;XP_019868223.1;XP_019866885.1;XP_019875990.1;XP_019872059.1;XP_019871241.1;XP_019866166.1;XP_019867760.1;XP_019866168.1;XP_019864959.1;XP_019876367.1;XP_019870758.1;XP_019877889.1;XP_019869073.1;XP_019873172.1;XP_019875855.1;XP_019870006.1;XP_019876206.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019875297.1;XP_019866452.1;XP_019871809.1;XP_019866771.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871959.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019875983.1;XP_019866167.1;XP_019872657.1;XP_019866068.1;XP_019868355.1;XP_019873961.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019866199.1;XP_019865856.1;XP_019870906.1;XP_019866198.1;XP_019878377.1;XP_019869453.1;XP_019876360.1 Reactome: R-HSA-68949 Orc1 removal from chromatin 93 XP_019880539.1;XP_019875892.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019876859.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019873282.1;XP_019875542.1;XP_019870006.1;XP_019876206.1;XP_019873172.1;XP_019864906.1;XP_019875855.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019877889.1;XP_019864959.1;XP_019866168.1;XP_019872059.1;XP_019867760.1;XP_019866166.1;XP_019871241.1;XP_019875990.1;XP_019868588.1;XP_019868223.1;XP_019880468.1;XP_019866885.1;XP_019868669.1;XP_019870849.1;XP_019869981.1;XP_019870619.1;XP_019874107.1;XP_019869531.1;XP_019881419.1;XP_019871959.1;XP_019876874.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019866771.1;XP_019871809.1;XP_019876873.1;XP_019875297.1;XP_019866452.1;XP_019876872.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019877707.1;XP_019879145.1;XP_019868347.1;XP_019865802.1;XP_019876748.1;XP_019880467.1;XP_019869557.1;XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019866198.1;XP_019878377.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019877877.1;XP_019866199.1;XP_019873629.1;XP_019870749.1;XP_019880545.1;XP_019865774.1;XP_019866068.1;XP_019866167.1;XP_019872657.1;XP_019875983.1;XP_019873961.1;XP_019868355.1;XP_019873716.1 Reactome: R-HSA-69205 G1/S-Specific Transcription 24 XP_019877943.1;XP_019874191.1;XP_019877876.1;XP_019878917.1;XP_019880820.1;XP_019880123.1;XP_019876873.1;XP_019877707.1;XP_019879145.1;XP_019873716.1;XP_019877601.1;XP_019872819.1;XP_019876872.1;XP_019879757.1;XP_019873613.1;XP_019874189.1;XP_019877951.1;XP_019876835.1;XP_019877935.1;XP_019877957.1;XP_019878279.1;XP_019876936.1;XP_019869909.1;XP_019876874.1 Reactome: R-HSA-9665251 Resistance of ERBB2 KD mutants to lapatinib 1 XP_019865044.1 MetaCyc: PWY-8055 Palmitoyl ethanolamide biosynthesis 16 XP_019879260.1;XP_019877825.1;XP_019875626.1;XP_019881873.1;XP_019871766.1;XP_019878715.1;XP_019877826.1;XP_019881735.1;XP_019881736.1;XP_019865211.1;XP_019870092.1;XP_019881733.1;XP_019869551.1;XP_019881734.1;XP_019874872.1;XP_019871786.1 Reactome: R-HSA-168176 Toll Like Receptor 5 (TLR5) Cascade 1 XP_019870785.1 KEGG: 00680+2.6.1.52 Methane metabolism 1 XP_019865209.1 Reactome: R-HSA-167160 RNA Pol II CTD phosphorylation and interaction with CE during HIV infection 42 XP_019877770.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019867019.1;XP_019873168.1;XP_019878359.1;XP_019871239.1;XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019872148.1;XP_019871682.1;XP_019877841.1;XP_019866954.1;XP_019878853.1;XP_019872978.1;XP_019869923.1;XP_019871167.1;XP_019878851.1;XP_019880931.1;XP_019876358.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019879698.1;XP_019878456.1;XP_019879537.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1;XP_019879274.1;XP_019875606.1;XP_019878850.1 MetaCyc: PWY-7295 L-arabinose degradation IV 1 XP_019880403.1 MetaCyc: PWY-7124 Ethylene biosynthesis V (engineered) 3 XP_019874047.1;XP_019875594.1;XP_019872926.1 KEGG: 00340+2.1.1.22 Histidine metabolism 1 XP_019877411.1 Reactome: R-HSA-6803204 TP53 Regulates Transcription of Genes Involved in Cytochrome C Release 4 XP_019881517.1;XP_019868274.1;XP_019868273.1;XP_019873827.1 KEGG: 00250+6.3.4.4 Alanine, aspartate and glutamate metabolism 2 XP_019874950.1;XP_019868441.1 MetaCyc: PWY-8004 Entner-Doudoroff pathway I 21 XP_019880166.1;XP_019879595.1;XP_019876270.1;XP_019875157.1;XP_019881949.1;XP_019873817.1;XP_019869178.1;XP_019874994.1;XP_019881270.1;XP_019880346.1;XP_019874556.1;XP_019880347.1;XP_019868918.1;XP_019874047.1;XP_019879424.1;XP_019881093.1;XP_019881950.1;XP_019869427.1;XP_019867499.1;XP_019881510.1;XP_019867327.1 Reactome: R-HSA-1369007 Mitochondrial ABC transporters 1 XP_019874624.1 MetaCyc: PWY-6281 L-selenocysteine biosynthesis II (archaea and eukaryotes) 4 XP_019874955.1;XP_019869594.1;XP_019866293.1;XP_019870030.1 KEGG: 00640+2.6.1.19 Propanoate metabolism 2 XP_019866930.1;XP_019866983.1 KEGG: 00620+2.7.1.40 Pyruvate metabolism 4 XP_019876270.1;XP_019875157.1;XP_019881950.1;XP_019881949.1 KEGG: 00330+1.5.5.2 Arginine and proline metabolism 1 XP_019874637.1 KEGG: 00332+1.2.1.41 Carbapenem biosynthesis 1 XP_019865690.1 Reactome: R-HSA-975578 Reactions specific to the complex N-glycan synthesis pathway 3 XP_019880285.1;XP_019872837.1;XP_019880284.1 Reactome: R-HSA-168276 NS1 Mediated Effects on Host Pathways 27 XP_019866139.1;XP_019874700.1;XP_019872624.1;XP_019874193.1;XP_019871781.1;XP_019872981.1;XP_019868487.1;XP_019870416.1;XP_019867753.1;XP_019873426.1;XP_019874712.1;XP_019878964.1;XP_019874522.1;XP_019867910.1;XP_019867827.1;XP_019873891.1;XP_019874711.1;XP_019881575.1;XP_019873647.1;XP_019871184.1;XP_019880688.1;XP_019869929.1;XP_019867817.1;XP_019873892.1;XP_019877082.1;XP_019876846.1;XP_019878873.1 MetaCyc: PWY-5675 Nitrate reduction V (assimilatory) 5 XP_019864846.1;XP_019879263.1;XP_019867687.1;XP_019879262.1;XP_019864845.1 Reactome: R-HSA-5683371 Defective ABCB6 causes isolated colobomatous microphthalmia 7 (MCOPCB7) 1 XP_019874624.1 Reactome: R-HSA-9634285 Constitutive Signaling by Overexpressed ERBB2 1 XP_019865044.1 Reactome: R-HSA-2565942 Regulation of PLK1 Activity at G2/M Transition 36 XP_019864927.1;XP_019871688.1;XP_019864923.1;XP_019870006.1;XP_019866166.1;XP_019866198.1;XP_019867760.1;XP_019871522.1;XP_019866168.1;XP_019870578.1;XP_019866199.1;XP_019872246.1;XP_019869981.1;XP_019866885.1;XP_019880086.1;XP_019867002.1;XP_019866167.1;XP_019866219.1;XP_019870036.1;XP_019866444.1;XP_019871796.1;XP_019869585.1;XP_019870038.1;XP_019864925.1;XP_019873843.1;XP_019865221.1;XP_019867256.1;XP_019875181.1;XP_019864928.1;XP_019879330.1;XP_019873930.1;XP_019873349.1;XP_019870577.1;XP_019870037.1;XP_019869584.1;XP_019864926.1 KEGG: 00230+3.6.1.29 Purine metabolism 1 XP_019877260.1 Reactome: R-HSA-196807 Nicotinate metabolism 12 XP_019865634.1;XP_019868565.1;XP_019868791.1;XP_019868794.1;XP_019868792.1;XP_019880455.1;XP_019865651.1;XP_019865652.1;XP_019865550.1;XP_019880147.1;XP_019870564.1;XP_019872207.1 Reactome: R-HSA-422085 Synthesis, secretion, and deacylation of Ghrelin 7 XP_019876452.1;XP_019869708.1;XP_019876577.1;XP_019873540.1;XP_019871456.1;XP_019868981.1;XP_019866656.1 Reactome: R-HSA-8941333 RUNX2 regulates genes involved in differentiation of myeloid cells 2 XP_019874360.1;XP_019878084.1 Reactome: R-HSA-2559584 Formation of Senescence-Associated Heterochromatin Foci (SAHF) 3 XP_019877149.1;XP_019866693.1;XP_019865382.1 MetaCyc: PWY-5484 Glycolysis II (from fructose 6-phosphate) 32 XP_019875188.1;XP_019874047.1;XP_019868918.1;XP_019867499.1;XP_019871486.1;XP_019867327.1;XP_019871692.1;XP_019875157.1;XP_019869304.1;XP_019880166.1;XP_019871693.1;XP_019881949.1;XP_019874994.1;XP_019871691.1;XP_019879424.1;XP_019881093.1;XP_019880828.1;XP_019881950.1;XP_019869427.1;XP_019881510.1;XP_019871694.1;XP_019871696.1;XP_019869306.1;XP_019875189.1;XP_019879595.1;XP_019876270.1;XP_019872283.1;XP_019874556.1;XP_019871695.1;XP_019881270.1;XP_019869178.1;XP_019869303.1 Reactome: R-HSA-936964 Activation of IRF3/IRF7 mediated by TBK1/IKK epsilon 7 XP_019869585.1;XP_019869584.1;XP_019867760.1;XP_019880187.1;XP_019879007.1;XP_019866674.1;XP_019873193.1 MetaCyc: PWY-7725 Arachidonate biosynthesis V (8-detaturase, mammals) 21 XP_019870259.1;XP_019870252.1;XP_019877181.1;XP_019870261.1;XP_019865771.1;XP_019870247.1;XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019870262.1;XP_019870257.1;XP_019873197.1;XP_019869995.1;XP_019870258.1;XP_019879714.1;XP_019870255.1;XP_019879715.1;XP_019870260.1;XP_019870251.1;XP_019874826.1;XP_019869939.1 Reactome: R-HSA-399956 CRMPs in Sema3A signaling 3 XP_019867696.1;XP_019877737.1;XP_019879129.1 KEGG: 00983+2.7.1.48 Drug metabolism - other enzymes 2 XP_019878270.1;XP_019865174.1 KEGG: 00561+3.1.1.23 Glycerolipid metabolism 6 XP_019867293.1;XP_019872116.1;XP_019872114.1;XP_019872117.1;XP_019872115.1;XP_019872113.1 Reactome: R-HSA-72764 Eukaryotic Translation Termination 103 XP_019869341.1;XP_019869585.1;XP_019869208.1;XP_019877013.1;XP_019865358.1;XP_019865278.1;XP_019871017.1;XP_019866497.1;XP_019881324.1;XP_019866381.1;XP_019870902.1;XP_019874378.1;XP_019866949.1;XP_019881458.1;XP_019871326.1;XP_019880290.1;XP_019875998.1;XP_019871741.1;XP_019876739.1;XP_019876762.1;XP_019866597.1;XP_019870859.1;XP_019868437.1;XP_019865463.1;XP_019869292.1;XP_019869584.1;XP_019870881.1;XP_019876731.1;XP_019869342.1;XP_019866499.1;XP_019874726.1;XP_019878799.1;XP_019869778.1;XP_019878927.1;XP_019867760.1;XP_019868421.1;XP_019877011.1;XP_019867969.1;XP_019880946.1;XP_019879316.1;XP_019867679.1;XP_019876138.1;XP_019866498.1;XP_019870618.1;XP_019880738.1;XP_019874808.1;XP_019869241.1;XP_019879705.1;XP_019873634.1;XP_019877960.1;XP_019868420.1;XP_019875090.1;XP_019869957.1;XP_019872859.1;XP_019879829.1;XP_019867791.1;XP_019866282.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019873622.1;XP_019872898.1;XP_019880270.1;XP_019873336.1;XP_019874748.1;XP_019873152.1;XP_019871901.1;XP_019874699.1;XP_019867382.1;XP_019874807.1;XP_019879971.1;XP_019879605.1;XP_019870223.1;XP_019873714.1;XP_019874029.1;XP_019880739.1;XP_019866948.1;XP_019873504.1;XP_019868820.1;XP_019878159.1;XP_019868422.1;XP_019874343.1;XP_019869573.1;XP_019865233.1;XP_019869572.1;XP_019865321.1;XP_019881607.1;XP_019879588.1;XP_019877014.1;XP_019869643.1;XP_019867521.1;XP_019867390.1;XP_019880572.1;XP_019871722.1;XP_019872359.1;XP_019865328.1;XP_019877012.1;XP_019877878.1;XP_019865320.1;XP_019876481.1;XP_019869804.1;XP_019871723.1;XP_019878416.1 MetaCyc: PWY-6638 Sulfolactate degradation III 3 XP_019876450.1;XP_019864942.1;XP_019871475.1 MetaCyc: PWY-5269 Cardiolipin biosynthesis II 2 XP_019867830.1;XP_019881359.1 MetaCyc: PWY-7409 Phospholipid remodeling (phosphatidylethanolamine, yeast) 11 XP_019880543.1;XP_019877061.1;XP_019880793.1;XP_019877059.1;XP_019877065.1;XP_019867306.1;XP_019881029.1;XP_019869407.1;XP_019869406.1;XP_019874626.1;XP_019867906.1 Reactome: R-HSA-1358803 Downregulation of ERBB2:ERBB3 signaling 8 XP_019869322.1;XP_019869585.1;XP_019867926.1;XP_019867760.1;XP_019877608.1;XP_019869584.1;XP_019867925.1;XP_019869321.1 Reactome: R-HSA-77305 Beta oxidation of palmitoyl-CoA to myristoyl-CoA 1 XP_019875259.1 KEGG: 00630+6.3.1.2 Glyoxylate and dicarboxylate metabolism 5 XP_019864845.1;XP_019879262.1;XP_019879263.1;XP_019867687.1;XP_019864846.1 Reactome: R-HSA-111464 SMAC(DIABLO)-mediated dissociation of IAP:caspase complexes 4 XP_019880397.1;XP_019871365.1;XP_019866241.1;XP_019871594.1 KEGG: 00500+3.6.1.9 Starch and sucrose metabolism 3 XP_019876978.1;XP_019877733.1;XP_019879030.1 Reactome: R-HSA-2559582 Senescence-Associated Secretory Phenotype (SASP) 18 XP_019867760.1;XP_019874707.1;XP_019871182.1;XP_019877295.1;XP_019878910.1;XP_019875664.1;XP_019869585.1;XP_019868224.1;XP_019865349.1;XP_019879144.1;XP_019878911.1;XP_019877354.1;XP_019869584.1;XP_019873430.1;XP_019876589.1;XP_019875529.1;XP_019876916.1;XP_019864589.1 MetaCyc: PWY-6111 Mitochondrial L-carnitine shuttle 1 XP_019877701.1 Reactome: R-HSA-77348 Beta oxidation of octanoyl-CoA to hexanoyl-CoA 1 XP_019875259.1 Reactome: R-HSA-182971 EGFR downregulation 14 XP_019881766.1;XP_019869585.1;XP_019881769.1;XP_019881771.1;XP_019881764.1;XP_019881767.1;XP_019881765.1;XP_019865076.1;XP_019876424.1;XP_019881772.1;XP_019869584.1;XP_019867760.1;XP_019881770.1;XP_019881768.1 MetaCyc: PWY-7894 Procollagen hydroxylation and glycosylation 2 XP_019867362.1;XP_019869955.1 MetaCyc: PWY-5663 Erythro-tetrahydrobiopterin biosynthesis I 2 XP_019871889.1;XP_019871888.1 MetaCyc: PWY-6799 Fatty acid biosynthesis initiation (plant mitochondria) 7 XP_019878163.1;XP_019868912.1;XP_019868913.1;XP_019880034.1;XP_019868914.1;XP_019880777.1;XP_019867912.1 Reactome: R-HSA-8941858 Regulation of RUNX3 expression and activity 64 XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019868355.1;XP_019873961.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019866771.1;XP_019871809.1;XP_019866452.1;XP_019875297.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019868347.1;XP_019865802.1;XP_019874360.1;XP_019873384.1;XP_019881419.1;XP_019874107.1;XP_019871959.1;XP_019878084.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019875990.1;XP_019868223.1;XP_019868669.1;XP_019870849.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019870758.1;XP_019876367.1;XP_019877889.1;XP_019869073.1;XP_019864959.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019875542.1;XP_019875999.1;XP_019875016.1;XP_019871873.1;XP_019878375.1;XP_019869585.1;XP_019877091.1;XP_019873841.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1 KEGG: 00230+6.3.4.13 Purine metabolism 1 XP_019880873.1 Reactome: R-HSA-1368108 BMAL1:CLOCK,NPAS2 activates circadian gene expression 6 XP_019880329.1;XP_019868157.1;XP_019881491.1;XP_019868292.1;XP_019880328.1;XP_019870160.1 Reactome: R-HSA-427652 Sodium-coupled phosphate cotransporters 2 XP_019867017.1;XP_019867016.1 KEGG: 00410+4.2.1.17 beta-Alanine metabolism 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 KEGG: 04660+2.7.10.2 T cell receptor signaling pathway 17 XP_019880238.1;XP_019880237.1;XP_019876163.1;XP_019880199.1;XP_019880225.1;XP_019880205.1;XP_019864823.1;XP_019880212.1;XP_019880232.1;XP_019866382.1;XP_019880219.1;XP_019880191.1;XP_019868376.1;XP_019864558.1;XP_019864821.1;XP_019864822.1;XP_019868093.1 MetaCyc: PWY-5049 Rosmarinic acid biosynthesis II 1 XP_019870947.1 Reactome: R-HSA-69656 Cyclin A:Cdk2-associated events at S phase entry 16 XP_019865349.1;XP_019878279.1;XP_019869322.1;XP_019869321.1;XP_019877525.1;XP_019876936.1;XP_019865126.1;XP_019874191.1;XP_019865372.1;XP_019878917.1;XP_019866012.1;XP_019880820.1;XP_019866013.1;XP_019877608.1;XP_019874189.1;XP_019877601.1 MetaCyc: PWY-7338 10-trans-heptadecenoyl-CoA degradation (reductase-dependent, yeast) 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 KEGG: 00770+3.6.1.9 Pantothenate and CoA biosynthesis 3 XP_019879030.1;XP_019877733.1;XP_019876978.1 KEGG: 00240+3.6.1.23 Pyrimidine metabolism 3 XP_019869637.1;XP_019869645.1;XP_019869654.1 Reactome: R-HSA-3656532 TGFBR1 KD Mutants in Cancer 2 XP_019869199.1;XP_019869546.1 KEGG: 00510+2.4.1.131 N-Glycan biosynthesis 1 XP_019878352.1 KEGG: 00830+1.1.1.1 Retinol metabolism 1 XP_019869997.1 Reactome: R-HSA-5694530 Cargo concentration in the ER 9 XP_019865552.1;XP_019873115.1;XP_019873114.1;XP_019879213.1;XP_019869522.1;XP_019865292.1;XP_019879146.1;XP_019873141.1;XP_019877506.1 Reactome: R-HSA-163359 Glucagon signaling in metabolic regulation 13 XP_019864735.1;XP_019880311.1;XP_019872298.1;XP_019870621.1;XP_019881101.1;XP_019877515.1;XP_019877084.1;XP_019879906.1;XP_019871826.1;XP_019870532.1;XP_019872297.1;XP_019878640.1;XP_019873626.1 Reactome: R-HSA-9022537 Loss of MECP2 binding ability to the NCoR/SMRT complex 1 XP_019880381.1 Reactome: R-HSA-2022928 HS-GAG biosynthesis 13 XP_019873612.1;XP_019869824.1;XP_019876427.1;XP_019871016.1;XP_019873703.1;XP_019869745.1;XP_019864522.1;XP_019869825.1;XP_019877446.1;XP_019873611.1;XP_019877894.1;XP_019864908.1;XP_019868550.1 KEGG: 00670+2.1.1.45 One carbon pool by folate 1 XP_019872819.1 Reactome: R-HSA-5617833 Cilium Assembly 24 XP_019874109.1;XP_019875755.1;XP_019866611.1;XP_019868163.1;XP_019881730.1;XP_019880681.1;XP_019880049.1;XP_019867254.1;XP_019868179.1;XP_019880052.1;XP_019871033.1;XP_019874899.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019866609.1;XP_019865219.1;XP_019874962.1;XP_019872438.1;XP_019879148.1;XP_019880050.1;XP_019880051.1;XP_019880570.1;XP_019880540.1 KEGG: 00380+1.2.4.2 Tryptophan metabolism 11 XP_019874479.1;XP_019874474.1;XP_019874477.1;XP_019874472.1;XP_019867507.1;XP_019870891.1;XP_019879704.1;XP_019874473.1;XP_019874475.1;XP_019874478.1;XP_019874476.1 MetaCyc: PWY-7238 Sucrose biosynthesis II 8 XP_019870586.1;XP_019876629.1;XP_019876383.1;XP_019881655.1;XP_019881433.1;XP_019874001.1;XP_019881380.1;XP_019881431.1 Reactome: R-HSA-445144 Signal transduction by L1 2 XP_019875529.1;XP_019865204.1 MetaCyc: PWY-5082 L-methionine degradation III 1 XP_019869997.1 MetaCyc: PWY-6123 Inosine-5'-phosphate biosynthesis I 4 XP_019868090.1;XP_019869980.1;XP_019880156.1;XP_019877818.1 MetaCyc: PWY-7340 9-cis, 11-trans-octadecadienoyl-CoA degradation (isomerase-dependent, yeast) 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 MetaCyc: PWY-2161B Glutamate removal from folates 1 XP_019877339.1 MetaCyc: PWY-6857 Retinol biosynthesis 2 XP_019877450.1;XP_019865288.1 Reactome: R-HSA-525793 Myogenesis 11 XP_019865076.1;XP_019864821.1;XP_019864822.1;XP_019864823.1;XP_019871317.1;XP_019876346.1;XP_019871242.1;XP_019871542.1;XP_019871393.1;XP_019871043.1;XP_019871467.1 KEGG: 00620+6.4.1.1 Pyruvate metabolism 2 XP_019870066.1;XP_019870065.1 Reactome: R-HSA-5696395 Formation of Incision Complex in GG-NER 25 XP_019870300.1;XP_019875606.1;XP_019869584.1;XP_019880474.1;XP_019872148.1;XP_019866954.1;XP_019873252.1;XP_019865372.1;XP_019874533.1;XP_019865126.1;XP_019877525.1;XP_019877406.1;XP_019867760.1;XP_019866376.1;XP_019870883.1;XP_019876202.1;XP_019867645.1;XP_019876358.1;XP_019873302.1;XP_019880931.1;XP_019869585.1;XP_019866456.1;XP_019872357.1;XP_019868230.1;XP_019874342.1 Reactome: R-HSA-170660 Adenylate cyclase activating pathway 8 XP_019872298.1;XP_019864735.1;XP_019870621.1;XP_019881101.1;XP_019870532.1;XP_019879906.1;XP_019872297.1;XP_019878640.1 MetaCyc: PWY-7942 5-oxo-L-proline metabolism 4 XP_019872832.1;XP_019872984.1;XP_019877120.1;XP_019865409.1 Reactome: R-HSA-170968 Frs2-mediated activation 1 XP_019875529.1 KEGG: 05165+2.7.11.1 Human papillomavirus infection 79 XP_019879745.1;XP_019873710.1;XP_019872938.1;XP_019869640.1;XP_019871917.1;XP_019873111.1;XP_019880072.1;XP_019876905.1;XP_019880986.1;XP_019866345.1;XP_019877578.1;XP_019872521.1;XP_019868376.1;XP_019881345.1;XP_019873527.1;XP_019881517.1;XP_019879679.1;XP_019872870.1;XP_019869321.1;XP_019864649.1;XP_019875116.1;XP_019867885.1;XP_019877713.1;XP_019880620.1;XP_019880286.1;XP_019879295.1;XP_019873788.1;XP_019880480.1;XP_019872236.1;XP_019876169.1;XP_019870588.1;XP_019876256.1;XP_019877608.1;XP_019866137.1;XP_019880466.1;XP_019870587.1;XP_019880734.1;XP_019868843.1;XP_019869620.1;XP_019866346.1;XP_019873110.1;XP_019870807.1;XP_019874385.1;XP_019879129.1;XP_019871205.1;XP_019868449.1;XP_019870806.1;XP_019866058.1;XP_019866342.1;XP_019880827.1;XP_019870808.1;XP_019872097.1;XP_019879685.1;XP_019881665.1;XP_019869641.1;XP_019880488.1;XP_019869322.1;XP_019876630.1;XP_019876160.1;XP_019866341.1;XP_019873279.1;XP_019870809.1;XP_019876631.1;XP_019875074.1;XP_019868585.1;XP_019871078.1;XP_019871493.1;XP_019880985.1;XP_019876293.1;XP_019871026.1;XP_019878082.1;XP_019880473.1;XP_019873006.1;XP_019866343.1;XP_019871636.1;XP_019868711.1;XP_019864994.1;XP_019868710.1;XP_019878712.1 Reactome: R-HSA-500753 Pyrimidine biosynthesis 5 XP_019879337.1;XP_019868123.1;XP_019866579.1;XP_019871041.1;XP_019875807.1 KEGG: 00510+2.4.1.142 N-Glycan biosynthesis 1 XP_019878496.1 Reactome: R-HSA-8953750 Transcriptional Regulation by E2F6 17 XP_019876579.1;XP_019879746.1;XP_019866024.1;XP_019866013.1;XP_019866012.1;XP_019871594.1;XP_019878917.1;XP_019879158.1;XP_019878394.1;XP_019871207.1;XP_019878233.1;XP_019878554.1;XP_019879613.1;XP_019878179.1;XP_019876432.1;XP_019871206.1;XP_019878279.1 MetaCyc: PWY-6129 Dolichol and dolichyl phosphate biosynthesis 4 XP_019869055.1;XP_019878130.1;XP_019869053.1;XP_019869054.1 Reactome: R-HSA-6796648 TP53 Regulates Transcription of DNA Repair Genes 63 XP_019879540.1;XP_019870539.1;XP_019865768.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019872781.1;XP_019877838.1;XP_019866925.1;XP_019867682.1;XP_019877770.1;XP_019872580.1;XP_019880629.1;XP_019877795.1;XP_019878359.1;XP_019874248.1;XP_019881517.1;XP_019867019.1;XP_019873138.1;XP_019872978.1;XP_019872482.1;XP_019870382.1;XP_019880698.1;XP_019878853.1;XP_019866809.1;XP_019878449.1;XP_019878362.1;XP_019878385.1;XP_019871675.1;XP_019865126.1;XP_019880264.1;XP_019872097.1;XP_019877841.1;XP_019872148.1;XP_019866954.1;XP_019871682.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019871423.1;XP_019871166.1;XP_019876432.1;XP_019879698.1;XP_019879537.1;XP_019866812.1;XP_019878456.1;XP_019866292.1;XP_019878851.1;XP_019871167.1;XP_019869923.1;XP_019864774.1;XP_019876358.1;XP_019880931.1;XP_019879274.1;XP_019875606.1;XP_019880869.1;XP_019878850.1;XP_019865557.1;XP_019864589.1;XP_019878358.1;XP_019867266.1;XP_019880089.1;XP_019865372.1 KEGG: 00072+2.3.3.10 Synthesis and degradation of ketone bodies 1 XP_019865599.1 Reactome: R-HSA-425410 Metal ion SLC transporters 14 XP_019878411.1;XP_019875753.1;XP_019877691.1;XP_019878551.1;XP_019878410.1;XP_019878409.1;XP_019878412.1;XP_019875751.1;XP_019874730.1;XP_019878549.1;XP_019874354.1;XP_019875752.1;XP_019875750.1;XP_019874340.1 Reactome: R-HSA-141444 Amplification of signal from unattached kinetochores via a MAD2 inhibitory signal 62 XP_019875943.1;XP_019867620.1;XP_019872415.1;XP_019867630.1;XP_019864628.1;XP_019872641.1;XP_019873892.1;XP_019869329.1;XP_019867618.1;XP_019878209.1;XP_019875934.1;XP_019876014.1;XP_019867624.1;XP_019879312.1;XP_019867628.1;XP_019869640.1;XP_019869353.1;XP_019867617.1;XP_019867616.1;XP_019867619.1;XP_019869346.1;XP_019867627.1;XP_019869337.1;XP_019869641.1;XP_019873739.1;XP_019869362.1;XP_019879685.1;XP_019871781.1;XP_019867626.1;XP_019867625.1;XP_019877456.1;XP_019869620.1;XP_019881724.1;XP_019867827.1;XP_019868710.1;XP_019874974.1;XP_019867631.1;XP_019874522.1;XP_019872414.1;XP_019868711.1;XP_019873891.1;XP_019867622.1;XP_019878285.1;XP_019870325.1;XP_019878201.1;XP_019868054.1;XP_019881575.1;XP_019875181.1;XP_019880452.1;XP_019877591.1;XP_019870416.1;XP_019879330.1;XP_019874975.1;XP_019866139.1;XP_019870885.1;XP_019875607.1;XP_019881573.1;XP_019867621.1;XP_019872149.1;XP_019868487.1;XP_019867629.1;XP_019875935.1 MetaCyc: PWY-7282 4-amino-2-methyl-5-phosphomethylpyrimidine biosynthesis 10 XP_019866616.1;XP_019873381.1;XP_019868059.1;XP_019869982.1;XP_019878398.1;XP_019873380.1;XP_019879070.1;XP_019868058.1;XP_019868060.1;XP_019877227.1 Reactome: R-HSA-983231 Factors involved in megakaryocyte development and platelet production 44 XP_019878719.1;XP_019873509.1;XP_019864822.1;XP_019875071.1;XP_019880254.1;XP_019872200.1;XP_019876986.1;XP_019879437.1;XP_019875557.1;XP_019877944.1;XP_019875072.1;XP_019864823.1;XP_019880253.1;XP_019866155.1;XP_019871069.1;XP_019873801.1;XP_019867169.1;XP_019876372.1;XP_019872199.1;XP_019868181.1;XP_019869535.1;XP_019873802.1;XP_019864821.1;XP_019878283.1;XP_019881580.1;XP_019880252.1;XP_019881572.1;XP_019864960.1;XP_019873803.1;XP_019876987.1;XP_019875172.1;XP_019875556.1;XP_019870110.1;XP_019865076.1;XP_019881566.1;XP_019872198.1;XP_019877567.1;XP_019871684.1;XP_019880119.1;XP_019881588.1;XP_019873920.1;XP_019879438.1;XP_019874577.1;XP_019876700.1 Reactome: R-HSA-76071 RNA Polymerase III Transcription Initiation From Type 3 Promoter 39 XP_019865114.1;XP_019878850.1;XP_019881681.1;XP_019872196.1;XP_019881203.1;XP_019874705.1;XP_019875130.1;XP_019877916.1;XP_019880957.1;XP_019874690.1;XP_019879537.1;XP_019878456.1;XP_019877840.1;XP_019879539.1;XP_019871166.1;XP_019866482.1;XP_019874016.1;XP_019865115.1;XP_019881044.1;XP_019865113.1;XP_019878851.1;XP_019871167.1;XP_019874698.1;XP_019881423.1;XP_019878853.1;XP_019871682.1;XP_019877841.1;XP_019864765.1;XP_019865112.1;XP_019881120.1;XP_019876725.1;XP_019868777.1;XP_019877842.1;XP_019881680.1;XP_019879540.1;XP_019870674.1;XP_019867019.1;XP_019877838.1;XP_019867682.1 MetaCyc: PWY-7094 Fatty acid salvage 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 Reactome: R-HSA-4570464 SUMOylation of RNA binding proteins 23 XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019877082.1;XP_019876846.1;XP_019873892.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019880688.1;XP_019871184.1;XP_019881575.1;XP_019873647.1;XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019872624.1;XP_019866139.1;XP_019868487.1;XP_019872981.1;XP_019871781.1;XP_019874193.1 Reactome: R-HSA-8963901 Chylomicron remodeling 8 XP_019873087.1;XP_019873436.1;XP_019880283.1;XP_019880305.1;XP_019873438.1;XP_019874601.1;XP_019880306.1;XP_019877919.1 KEGG: 00030+1.1.1.44 Pentose phosphate pathway 1 XP_019874470.1 KEGG: 00563+2.4.1.198 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis 5 XP_019874025.1;XP_019868018.1;XP_019877055.1;XP_019872144.1;XP_019879479.1 KEGG: 00330+2.6.1.13 Arginine and proline metabolism 5 XP_019866270.1;XP_019866274.1;XP_019866272.1;XP_019866273.1;XP_019866271.1 Reactome: R-HSA-5619039 Defective SLC12A6 causes agenesis of the corpus callosum, with peripheral neuropathy (ACCPN) 1 XP_019872867.1 MetaCyc: PWY-6535 4-aminobutanoate degradation I 2 XP_019866983.1;XP_019866930.1 Reactome: R-HSA-9013695 NOTCH4 Intracellular Domain Regulates Transcription 5 XP_019873101.1;XP_019879756.1;XP_019867574.1;XP_019872078.1;XP_019875577.1 MetaCyc: PWY-6554 1D-myo-inositol hexakisphosphate biosynthesis V (from Ins(1,3,4)P3) 4 XP_019873104.1;XP_019873105.1;XP_019866155.1;XP_019873106.1 KEGG: 00073+1.2.1.84 Cutin, suberine and wax biosynthesis 28 XP_019876066.1;XP_019875280.1;XP_019874575.1;XP_019868919.1;XP_019878547.1;XP_019874560.1;XP_019878548.1;XP_019879259.1;XP_019876278.1;XP_019872635.1;XP_019876284.1;XP_019876336.1;XP_019869136.1;XP_019874559.1;XP_019876287.1;XP_019875279.1;XP_019871780.1;XP_019880967.1;XP_019879594.1;XP_019874540.1;XP_019876335.1;XP_019871811.1;XP_019871802.1;XP_019874562.1;XP_019879261.1;XP_019874561.1;XP_019871787.1;XP_019868915.1 MetaCyc: PWY-6365 D-myo-inositol (3,4,5,6)-tetrakisphosphate biosynthesis 1 XP_019866155.1 Reactome: R-HSA-71240 Tryptophan catabolism 7 XP_019875977.1;XP_019873780.1;XP_019868643.1;XP_019868462.1;XP_019868463.1;XP_019873771.1;XP_019876376.1 Reactome: R-HSA-174362 Transport and synthesis of PAPS 2 XP_019867057.1;XP_019871878.1 MetaCyc: PWY-5695 Inosine 5'-phosphate degradation 7 XP_019871288.1;XP_019866250.1;XP_019874514.1;XP_019866249.1;XP_019874528.1;XP_019877355.1;XP_019873268.1 KEGG: 00072+4.1.3.4 Synthesis and degradation of ketone bodies 1 XP_019868361.1 KEGG: 00030+3.1.1.31 Pentose phosphate pathway 1 XP_019873817.1 MetaCyc: PWY-2161 Folate polyglutamylation 7 XP_019874923.1;XP_019869630.1;XP_019869627.1;XP_019865430.1;XP_019869628.1;XP_019869629.1;XP_019864887.1 Reactome: R-HSA-167158 Formation of the HIV-1 Early Elongation Complex 49 XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019872580.1;XP_019877770.1;XP_019877838.1;XP_019872781.1;XP_019866925.1;XP_019867682.1;XP_019867019.1;XP_019878359.1;XP_019878853.1;XP_019879841.1;XP_019872978.1;XP_019873138.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019871675.1;XP_019871682.1;XP_019872148.1;XP_019866954.1;XP_019877841.1;XP_019871423.1;XP_019871166.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019879698.1;XP_019878456.1;XP_019879537.1;XP_019866292.1;XP_019869923.1;XP_019871167.1;XP_019864774.1;XP_019878851.1;XP_019880931.1;XP_019876358.1;XP_019871592.1;XP_019879274.1;XP_019875606.1;XP_019880869.1;XP_019878850.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1 KEGG: 00514+2.4.1.221 Other types of O-glycan biosynthesis 1 XP_019864827.1 KEGG: 04150+2.7.11.1 mTOR signaling pathway 79 XP_019880473.1;XP_019878082.1;XP_019876293.1;XP_019880985.1;XP_019871026.1;XP_019868585.1;XP_019876631.1;XP_019875074.1;XP_019871078.1;XP_019871493.1;XP_019873279.1;XP_019866341.1;XP_019870809.1;XP_019868711.1;XP_019868710.1;XP_019878712.1;XP_019864994.1;XP_019871636.1;XP_019866343.1;XP_019873006.1;XP_019881665.1;XP_019869641.1;XP_019879685.1;XP_019872097.1;XP_019866342.1;XP_019870808.1;XP_019880827.1;XP_019876160.1;XP_019876630.1;XP_019869322.1;XP_019880488.1;XP_019870587.1;XP_019877608.1;XP_019866137.1;XP_019880466.1;XP_019876169.1;XP_019872236.1;XP_019870588.1;XP_019876256.1;XP_019880480.1;XP_019873788.1;XP_019868449.1;XP_019866058.1;XP_019870806.1;XP_019871205.1;XP_019879129.1;XP_019874385.1;XP_019870807.1;XP_019868843.1;XP_019880734.1;XP_019873110.1;XP_019869620.1;XP_019866346.1;XP_019868376.1;XP_019872521.1;XP_019881345.1;XP_019880986.1;XP_019876905.1;XP_019877578.1;XP_019866345.1;XP_019872938.1;XP_019869640.1;XP_019880072.1;XP_019871917.1;XP_019873111.1;XP_019873710.1;XP_019879745.1;XP_019875116.1;XP_019867885.1;XP_019877713.1;XP_019879295.1;XP_019880620.1;XP_019880286.1;XP_019864649.1;XP_019869321.1;XP_019872870.1;XP_019879679.1;XP_019881517.1;XP_019873527.1 MetaCyc: PWY-0 Putrescine degradation III 1 XP_019871335.1 KEGG: 00900+2.2.1.7 Terpenoid backbone biosynthesis 2 XP_019868769.1;XP_019876583.1 Reactome: R-HSA-9630222 Defective NTHL1 substrate binding 1 XP_019870971.1 KEGG: 00220+6.3.1.2 Arginine biosynthesis 5 XP_019879262.1;XP_019864845.1;XP_019864846.1;XP_019879263.1;XP_019867687.1 Reactome: R-HSA-2468052 Establishment of Sister Chromatid Cohesion 6 XP_019877749.1;XP_019877741.1;XP_019871383.1;XP_019871520.1;XP_019878806.1;XP_019881586.1 Reactome: R-HSA-933541 TRAF6 mediated IRF7 activation 3 XP_019879756.1;XP_019867574.1;XP_019866674.1 KEGG: 00860+4.2.1.75 Porphyrin and chlorophyll metabolism 1 XP_019866392.1 Reactome: R-HSA-4549356 Defective DPAGT1 causes DPAGT1-CDG (CDG-1j) and CMSTA2 1 XP_019869057.1 Reactome: R-HSA-392851 Prostacyclin signalling through prostacyclin receptor 6 XP_019877084.1;XP_019871826.1;XP_019880311.1;XP_019868277.1;XP_019873626.1;XP_019877515.1 Reactome: R-HSA-2682334 EPH-Ephrin signaling 4 XP_019877327.1;XP_019881922.1;XP_019881924.1;XP_019881923.1 Reactome: R-HSA-351202 Metabolism of polyamines 4 XP_019868755.1;XP_019871790.1;XP_019874609.1;XP_019868756.1 Reactome: R-HSA-5625900 RHO GTPases activate CIT 3 XP_019869192.1;XP_019873679.1;XP_019865932.1 KEGG: 00720+1.1.1.37 Carbon fixation pathways in prokaryotes 7 XP_019872581.1;XP_019878183.1;XP_019874085.1;XP_019867896.1;XP_019879766.1;XP_019874083.1;XP_019874576.1 KEGG: 00250+3.5.1.2 Alanine, aspartate and glutamate metabolism 3 XP_019867419.1;XP_019867420.1;XP_019878939.1 Reactome: R-HSA-8878166 Transcriptional regulation by RUNX2 4 XP_019875067.1;XP_019865349.1;XP_019878084.1;XP_019874360.1 KEGG: 00623+1.1.1.35 Toluene degradation 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 KEGG: 00220+4.3.2.1 Arginine biosynthesis 1 XP_019866389.1 Reactome: R-HSA-400511 Synthesis, secretion, and inactivation of Glucose-dependent Insulinotropic Polypeptide (GIP) 5 XP_019868981.1;XP_019873540.1;XP_019876577.1;XP_019869708.1;XP_019876452.1 Reactome: R-HSA-6811555 PI5P Regulates TP53 Acetylation 1 XP_019864789.1 Reactome: R-HSA-75896 Plasmalogen biosynthesis 1 XP_019872237.1 Reactome: R-HSA-8948700 Competing endogenous RNAs (ceRNAs) regulate PTEN translation 13 XP_019864525.1;XP_019873061.1;XP_019864524.1;XP_019872110.1;XP_019873062.1;XP_019874484.1;XP_019869417.1;XP_019871683.1;XP_019864526.1;XP_019871685.1;XP_019879231.1;XP_019869098.1;XP_019874184.1 KEGG: 00130+1.14.99.60 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019877803.1 KEGG: 00330+2.5.1.22 Arginine and proline metabolism 1 XP_019871790.1 Reactome: R-HSA-936837 Ion transport by P-type ATPases 51 XP_019867394.1;XP_019874226.1;XP_019873772.1;XP_019864951.1;XP_019864947.1;XP_019873769.1;XP_019878226.1;XP_019865510.1;XP_019874225.1;XP_019872694.1;XP_019873770.1;XP_019867944.1;XP_019873764.1;XP_019875007.1;XP_019879635.1;XP_019873768.1;XP_019867398.1;XP_019869508.1;XP_019873765.1;XP_019873773.1;XP_019864952.1;XP_019869755.1;XP_019876244.1;XP_019879501.1;XP_019879285.1;XP_019867396.1;XP_019870908.1;XP_019878801.1;XP_019864950.1;XP_019867395.1;XP_019874877.1;XP_019879639.1;XP_019875009.1;XP_019873687.1;XP_019875008.1;XP_019879637.1;XP_019879640.1;XP_019873774.1;XP_019874448.1;XP_019879828.1;XP_019874249.1;XP_019877829.1;XP_019867724.1;XP_019875006.1;XP_019873766.1;XP_019880978.1;XP_019873767.1;XP_019869260.1;XP_019865878.1;XP_019867397.1;XP_019871778.1 KEGG: 00564+2.7.8.11 Glycerophospholipid metabolism 1 XP_019877852.1 Reactome: R-HSA-166166 MyD88-independent TLR4 cascade 3 XP_019879007.1;XP_019880187.1;XP_019873193.1 KEGG: 00603+3.2.1.22 Glycosphingolipid biosynthesis - globo and isoglobo series 4 XP_019865598.1;XP_019872918.1;XP_019865604.1;XP_019865597.1 MetaCyc: PWY-3881 Mannitol biosynthesis 2 XP_019878152.1;XP_019878943.1 Reactome: R-HSA-2206296 MPS II - Hunter syndrome 1 XP_019870015.1 MetaCyc: PWY-5386 Methylglyoxal degradation I 4 XP_019868678.1;XP_019867857.1;XP_019867858.1;XP_019867856.1 Reactome: R-HSA-209560 NF-kB is activated and signals survival 3 XP_019867760.1;XP_019869585.1;XP_019869584.1 MetaCyc: PWY-6558 Heparan sulfate biosynthesis (late stages) 5 XP_019873612.1;XP_019876427.1;XP_019871016.1;XP_019873611.1;XP_019864522.1 KEGG: 00230+2.4.2.14 Purine metabolism 4 XP_019877227.1;XP_019879070.1;XP_019878398.1;XP_019869982.1 Reactome: R-HSA-432142 Platelet sensitization by LDL 15 XP_019874601.1;XP_019869346.1;XP_019869329.1;XP_019869337.1;XP_019873438.1;XP_019873087.1;XP_019880305.1;XP_019880283.1;XP_019869353.1;XP_019873436.1;XP_019869362.1;XP_019877919.1;XP_019865078.1;XP_019880306.1;XP_019881573.1 KEGG: 00401+2.6.1.1 Novobiocin biosynthesis 3 XP_019876450.1;XP_019864942.1;XP_019871475.1 KEGG: 00670+1.5.1.5+3.5.4.9 One carbon pool by folate 4 XP_019875559.1;XP_019875572.1;XP_019875566.1;XP_019865430.1 KEGG: 00450+2.7.7.4 Selenocompound metabolism 2 XP_019867057.1;XP_019871878.1 MetaCyc: PWY-7356 Thiamine salvage IV (yeast) 1 XP_019864541.1 KEGG: 00860+4.2.1.24 Porphyrin and chlorophyll metabolism 1 XP_019874927.1 Reactome: R-HSA-376172 DSCAM interactions 1 XP_019872545.1 Reactome: R-HSA-181430 Norepinephrine Neurotransmitter Release Cycle 2 XP_019873502.1;XP_019873463.1 KEGG: 00510+2.4.1.258 N-Glycan biosynthesis 1 XP_019871805.1 Reactome: R-HSA-8937144 Aryl hydrocarbon receptor signalling 2 XP_019879532.1;XP_019867384.1 KEGG: 00670+1.5.1.6 One carbon pool by folate 1 XP_019874746.1 Reactome: R-HSA-419771 Opsins 5 XP_019867731.1;XP_019864803.1;XP_019867739.1;XP_019865842.1;XP_019871491.1 KEGG: 00510+2.4.1.267 N-Glycan biosynthesis 1 XP_019875002.1 Reactome: R-HSA-68884 Mitotic Telophase/Cytokinesis 1 XP_019878459.1 Reactome: R-HSA-912694 Regulation of IFNA signaling 1 XP_019865078.1 Reactome: R-HSA-975577 N-Glycan antennae elongation 3 XP_019873144.1;XP_019880353.1;XP_019870592.1 MetaCyc: PWY-6608 Guanosine nucleotides degradation III 6 XP_019866796.1;XP_019877355.1;XP_019874514.1;XP_019866249.1;XP_019874528.1;XP_019866250.1 Reactome: R-HSA-73779 RNA Polymerase II Transcription Pre-Initiation And Promoter Opening 55 XP_019864920.1;XP_019878853.1;XP_019869725.1;XP_019872978.1;XP_019870966.1;XP_019865869.1;XP_019872148.1;XP_019866954.1;XP_019877841.1;XP_019871682.1;XP_019865126.1;XP_019871814.1;XP_019878362.1;XP_019878385.1;XP_019878633.1;XP_019870539.1;XP_019868777.1;XP_019877842.1;XP_019877525.1;XP_019879426.1;XP_019865022.1;XP_019879540.1;XP_019867019.1;XP_019878359.1;XP_019877770.1;XP_019877838.1;XP_019872781.1;XP_019881783.1;XP_019867682.1;XP_019875606.1;XP_019878850.1;XP_019871813.1;XP_019864738.1;XP_019879274.1;XP_019870750.1;XP_019880089.1;XP_019867266.1;XP_019865372.1;XP_019878358.1;XP_019878503.1;XP_019879698.1;XP_019866761.1;XP_019879537.1;XP_019878456.1;XP_019871423.1;XP_019871166.1;XP_019871570.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019867333.1;XP_019880931.1;XP_019876358.1;XP_019871167.1;XP_019878851.1 Reactome: R-HSA-8964208 Phenylalanine metabolism 2 XP_019867965.1;XP_019880845.1 MetaCyc: PWY-7858 (5Z)-dodecenoate biosynthesis II 10 XP_019868914.1;XP_019867912.1;XP_019878163.1;XP_019868912.1;XP_019874586.1;XP_019877213.1;XP_019880777.1;XP_019877212.1;XP_019868913.1;XP_019880034.1 MetaCyc: PWY-6596 Adenosine nucleotides degradation I 8 XP_019874528.1;XP_019870895.1;XP_019873268.1;XP_019870897.1;XP_019874514.1;XP_019871288.1;XP_019877355.1;XP_019870896.1 Reactome: R-HSA-983168 Antigen processing: Ubiquitination & Proteasome degradation 209 XP_019870072.1;XP_019874020.1;XP_019875297.1;XP_019864777.1;XP_019873555.1;XP_019875658.1;XP_019869361.1;XP_019881666.1;XP_019872869.1;XP_019875593.1;XP_019871809.1;XP_019878959.1;XP_019872450.1;XP_019873384.1;XP_019869186.1;XP_019868896.1;XP_019868853.1;XP_019869211.1;XP_019869989.1;XP_019876648.1;XP_019866794.1;XP_019877295.1;XP_019865512.1;XP_019871959.1;XP_019870436.1;XP_019875675.1;XP_019870249.1;XP_019881419.1;XP_019875471.1;XP_019873592.1;XP_019876588.1;XP_019879974.1;XP_019878838.1;XP_019875841.1;XP_019869937.1;XP_019869716.1;XP_019866199.1;XP_019876641.1;XP_019881356.1;XP_019881493.1;XP_019874024.1;XP_019876979.1;XP_019881284.1;XP_019868355.1;XP_019873961.1;XP_019866068.1;XP_019872657.1;XP_019866515.1;XP_019869210.1;XP_019868895.1;XP_019879207.1;XP_019877504.1;XP_019870811.1;XP_019875470.1;XP_019872932.1;XP_019877272.1;XP_019870906.1;XP_019873593.1;XP_019871118.1;XP_019875587.1;XP_019878378.1;XP_019876916.1;XP_019880355.1;XP_019881304.1;XP_019880577.1;XP_019873563.1;XP_019879642.1;XP_019875999.1;XP_019871873.1;XP_019875223.1;XP_019869584.1;XP_019875854.1;XP_019875222.1;XP_019875224.1;XP_019871863.1;XP_019866219.1;XP_019881231.1;XP_019880840.1;XP_019873841.1;XP_019869717.1;XP_019866812.1;XP_019865221.1;XP_019873379.1;XP_019865855.1;XP_019870177.1;XP_019876188.1;XP_019873182.1;XP_019869174.1;XP_019879770.1;XP_019867381.1;XP_019870714.1;XP_019869981.1;XP_019873596.1;XP_019881977.1;XP_019872305.1;XP_019865955.1;XP_019876367.1;XP_019869073.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019878910.1;XP_019867744.1;XP_019870819.1;XP_019876206.1;XP_019869559.1;XP_019866166.1;XP_019866247.1;XP_019866168.1;XP_019876506.1;XP_019866452.1;XP_019869148.1;XP_019874822.1;XP_019866771.1;XP_019865802.1;XP_019878911.1;XP_019869149.1;XP_019868347.1;XP_019877015.1;XP_019874107.1;XP_019870619.1;XP_019867374.1;XP_019873378.1;XP_019870279.1;XP_019868806.1;XP_019866223.1;XP_019865566.1;XP_019866516.1;XP_019880545.1;XP_019875221.1;XP_019866508.1;XP_019881415.1;XP_019874113.1;XP_019868038.1;XP_019875589.1;XP_019881675.1;XP_019876589.1;XP_019875983.1;XP_019872482.1;XP_019866167.1;XP_019868224.1;XP_019866198.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019872868.1;XP_019867925.1;XP_019874707.1;XP_019876505.1;XP_019875542.1;XP_019864635.1;XP_019867741.1;XP_019869718.1;XP_019875016.1;XP_019881283.1;XP_019873430.1;XP_019874061.1;XP_019873594.1;XP_019873385.1;XP_019877091.1;XP_019868134.1;XP_019869585.1;XP_019877187.1;XP_019878375.1;XP_019873597.1;XP_019879641.1;XP_019875482.1;XP_019875731.1;XP_019878072.1;XP_019877549.1;XP_019868753.1;XP_019880274.1;XP_019881466.1;XP_019881468.1;XP_019878521.1;XP_019869132.1;XP_019881230.1;XP_019875990.1;XP_019864530.1;XP_019879144.1;XP_019877354.1;XP_019868669.1;XP_019870849.1;XP_019866885.1;XP_019868431.1;XP_019868223.1;XP_019867904.1;XP_019877889.1;XP_019875588.1;XP_019867828.1;XP_019879241.1;XP_019871366.1;XP_019871403.1;XP_019871117.1;XP_019868894.1;XP_019875664.1;XP_019870006.1;XP_019867375.1;XP_019873598.1;XP_019871241.1;XP_019867760.1;XP_019875842.1;XP_019874795.1;XP_019872059.1;XP_019867926.1;XP_019870480.1;XP_019864959.1;XP_019875418.1 Reactome: R-HSA-111459 Activation of caspases through apoptosome-mediated cleavage 4 XP_019871365.1;XP_019880397.1;XP_019871594.1;XP_019866241.1 KEGG: 04070+3.1.3.66 Phosphatidylinositol signaling system 1 XP_019872164.1 Reactome: R-HSA-8849175 Threonine catabolism 4 XP_019869579.1;XP_019868845.1;XP_019868844.1;XP_019866704.1 Reactome: R-HSA-193648 NRAGE signals death through JNK 19 XP_019874256.1;XP_019877893.1;XP_019871307.1;XP_019876905.1;XP_019878082.1;XP_019876789.1;XP_019878431.1;XP_019876790.1;XP_019873992.1;XP_019872378.1;XP_019877605.1;XP_019877938.1;XP_019874255.1;XP_019865965.1;XP_019872590.1;XP_019872464.1;XP_019872592.1;XP_019878952.1;XP_019873531.1 MetaCyc: PWY-6908 Thiamine diphosphate biosynthesis IV (eukaryotes) 1 XP_019864541.1 Reactome: R-HSA-5083632 Defective C1GALT1C1 causes Tn polyagglutination syndrome (TNPS) 3 XP_019873351.1;XP_019873352.1;XP_019873699.1 KEGG: 00900+2.1.1.100 Terpenoid backbone biosynthesis 1 XP_019873297.1 KEGG: 00750+1.4.3.5 Vitamin B6 metabolism 3 XP_019873380.1;XP_019866616.1;XP_019873381.1 KEGG: 00770+2.6.1.42 Pantothenate and CoA biosynthesis 1 XP_019872878.1 Reactome: R-HSA-2142753 Arachidonic acid metabolism 2 XP_019868723.1;XP_019868722.1 KEGG: 00040+1.1.1.22 Pentose and glucuronate interconversions 2 XP_019878451.1;XP_019879998.1 Reactome: R-HSA-936440 Negative regulators of DDX58/IFIH1 signaling 9 XP_019869285.1;XP_019864789.1;XP_019869584.1;XP_019876752.1;XP_019867760.1;XP_019869585.1;XP_019866106.1;XP_019866674.1;XP_019866033.1 Reactome: R-HSA-975574 Reactions specific to the hybrid N-glycan synthesis pathway 1 XP_019869056.1 MetaCyc: PWY-6607 Guanosine nucleotides degradation I 3 XP_019877355.1;XP_019874528.1;XP_019874514.1 Reactome: R-HSA-5576893 Phase 2 - plateau phase 19 XP_019875371.1;XP_019865696.1;XP_019875368.1;XP_019871856.1;XP_019872246.1;XP_019872040.1;XP_019871858.1;XP_019875370.1;XP_019875364.1;XP_019875372.1;XP_019871857.1;XP_019875365.1;XP_019875374.1;XP_019875369.1;XP_019875561.1;XP_019880314.1;XP_019875373.1;XP_019872955.1;XP_019875366.1 KEGG: 00630+3.5.1.9 Glyoxylate and dicarboxylate metabolism 1 XP_019867132.1 Reactome: R-HSA-75153 Apoptotic execution phase 4 XP_019867477.1;XP_019867474.1;XP_019867473.1;XP_019867475.1 Reactome: R-HSA-167172 Transcription of the HIV genome 55 XP_019871814.1;XP_019865126.1;XP_019878385.1;XP_019878633.1;XP_019878362.1;XP_019870966.1;XP_019872148.1;XP_019871682.1;XP_019877841.1;XP_019866954.1;XP_019865869.1;XP_019878853.1;XP_019869725.1;XP_019872978.1;XP_019864920.1;XP_019877770.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019881783.1;XP_019867019.1;XP_019878359.1;XP_019879426.1;XP_019879540.1;XP_019865022.1;XP_019877842.1;XP_019868777.1;XP_019877525.1;XP_019870539.1;XP_019878503.1;XP_019865372.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019870750.1;XP_019879274.1;XP_019864738.1;XP_019878850.1;XP_019875606.1;XP_019871813.1;XP_019871167.1;XP_019878851.1;XP_019880931.1;XP_019876358.1;XP_019871166.1;XP_019871570.1;XP_019871423.1;XP_019867333.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019879537.1;XP_019866761.1;XP_019878456.1;XP_019879698.1 MetaCyc: PWY-7996 Menaquinol-4 biosynthesis I 1 XP_019878380.1 Reactome: R-HSA-8866904 Negative regulation of activity of TFAP2 (AP-2) family transcription factors 1 XP_019866184.1 KEGG: 00260+2.6.1.52 Glycine, serine and threonine metabolism 1 XP_019865209.1 Reactome: R-HSA-975144 IRAK1 recruits IKK complex upon TLR7/8 or 9 stimulation 5 XP_019867760.1;XP_019868616.1;XP_019868617.1;XP_019869584.1;XP_019869585.1 KEGG: 04070+3.1.3.78 Phosphatidylinositol signaling system 2 XP_019875382.1;XP_019878043.1 KEGG: 00240+6.3.5.5 Pyrimidine metabolism 1 XP_019866579.1 Reactome: R-HSA-76061 RNA Polymerase III Transcription Initiation From Type 1 Promoter 40 XP_019878456.1;XP_019879537.1;XP_019879539.1;XP_019877840.1;XP_019871166.1;XP_019866482.1;XP_019874016.1;XP_019880579.1;XP_019865115.1;XP_019881044.1;XP_019865113.1;XP_019878851.1;XP_019871167.1;XP_019880424.1;XP_019878850.1;XP_019865114.1;XP_019881681.1;XP_019872196.1;XP_019881203.1;XP_019877916.1;XP_019880957.1;XP_019868777.1;XP_019877842.1;XP_019881680.1;XP_019871358.1;XP_019870674.1;XP_019879540.1;XP_019867019.1;XP_019877838.1;XP_019867682.1;XP_019864743.1;XP_019881423.1;XP_019878853.1;XP_019877841.1;XP_019871682.1;XP_019865112.1;XP_019864765.1;XP_019876725.1;XP_019881120.1;XP_019875875.1 MetaCyc: PWY-5079 L-phenylalanine degradation III 1 XP_019869997.1 Reactome: R-HSA-9617828 FOXO-mediated transcription of cell cycle genes 2 XP_019880896.1;XP_019865349.1 Reactome: R-HSA-8849469 PTK6 Regulates RTKs and Their Effectors AKT1 and DOK1 3 XP_019867760.1;XP_019869585.1;XP_019869584.1 Reactome: R-HSA-4420332 Defective B3GALT6 causes EDSP2 and SEMDJL1 5 XP_019868550.1;XP_019877446.1;XP_019869825.1;XP_019869824.1;XP_019877894.1 Reactome: R-HSA-9029558 NR1H2 & NR1H3 regulate gene expression linked to lipogenesis 10 XP_019867912.1;XP_019868914.1;XP_019880033.1;XP_019880234.1;XP_019878163.1;XP_019868912.1;XP_019880777.1;XP_019880034.1;XP_019868913.1;XP_019865816.1 KEGG: 00720+6.2.1.5 Carbon fixation pathways in prokaryotes 8 XP_019875307.1;XP_019869898.1;XP_019875306.1;XP_019872086.1;XP_019871334.1;XP_019871293.1;XP_019880910.1;XP_019874999.1 KEGG: 00230+3.6.1.66 Purine metabolism 1 XP_019876978.1 Reactome: R-HSA-197264 Nicotinamide salvaging 6 XP_019869104.1;XP_019879843.1;XP_019880329.1;XP_019868292.1;XP_019869097.1;XP_019880328.1 MetaCyc: PWY-7420 Monoacylglycerol metabolism (yeast) 6 XP_019872115.1;XP_019872113.1;XP_019867293.1;XP_019872116.1;XP_019872114.1;XP_019872117.1 KEGG: 00970+6.3.5.7 Aminoacyl-tRNA biosynthesis 6 XP_019864964.1;XP_019868722.1;XP_019868723.1;XP_019875981.1;XP_019875985.1;XP_019880408.1 Reactome: R-HSA-8866427 VLDLR internalisation and degradation 6 XP_019869481.1;XP_019869482.1;XP_019876399.1;XP_019869483.1;XP_019875200.1;XP_019877272.1 KEGG: 00930+3.1.1.17 Caprolactam degradation 5 XP_019868312.1;XP_019868311.1;XP_019870754.1;XP_019881967.1;XP_019881968.1 Reactome: R-HSA-674695 RNA Polymerase II Pre-transcription Events 82 XP_019874913.1;XP_019878449.1;XP_019864920.1;XP_019866809.1;XP_019878014.1;XP_019872077.1;XP_019879841.1;XP_019870382.1;XP_019877841.1;XP_019872148.1;XP_019865869.1;XP_019870966.1;XP_019878633.1;XP_019878385.1;XP_019878362.1;XP_019865126.1;XP_019870539.1;XP_019879426.1;XP_019874248.1;XP_019872278.1;XP_019867019.1;XP_019866925.1;XP_019867682.1;XP_019881783.1;XP_019877838.1;XP_019865642.1;XP_019878850.1;XP_019880869.1;XP_019870750.1;XP_019864738.1;XP_019871592.1;XP_019872039.1;XP_019867266.1;XP_019880089.1;XP_019878503.1;XP_019866812.1;XP_019870076.1;XP_019870883.1;XP_019871570.1;XP_019876358.1;XP_019880931.1;XP_019875288.1;XP_019871167.1;XP_019869725.1;XP_019873138.1;XP_019872978.1;XP_019878853.1;XP_019874125.1;XP_019872482.1;XP_019871682.1;XP_019866954.1;XP_019878015.1;XP_019871675.1;XP_019871814.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019879540.1;XP_019865022.1;XP_019878359.1;XP_019877795.1;XP_019872781.1;XP_019872580.1;XP_019877770.1;XP_019871813.1;XP_019875606.1;XP_019879274.1;XP_019878358.1;XP_019865372.1;XP_019879537.1;XP_019866292.1;XP_019866761.1;XP_019878456.1;XP_019879698.1;XP_019867333.1;XP_019879539.1;XP_019877840.1;XP_019871166.1;XP_019871423.1;XP_019878851.1;XP_019864774.1;XP_019869923.1 Reactome: R-HSA-3232118 SUMOylation of transcription factors 11 XP_019866563.1;XP_019874245.1;XP_019866560.1;XP_019874269.1;XP_019874238.1;XP_019874253.1;XP_019866562.1;XP_019866564.1;XP_019874231.1;XP_019874262.1;XP_019874278.1 MetaCyc: PWY-7656 Spodoptera littoralis pheromone biosynthesis 32 XP_019874562.1;XP_019879261.1;XP_019880649.1;XP_019871787.1;XP_019868915.1;XP_019871802.1;XP_019879594.1;XP_019876287.1;XP_019871780.1;XP_019880967.1;XP_019869136.1;XP_019872635.1;XP_019876278.1;XP_019872019.1;XP_019876336.1;XP_019875259.1;XP_019868919.1;XP_019874575.1;XP_019878548.1;XP_019873310.1;XP_019875280.1;XP_019874561.1;XP_019871811.1;XP_019874540.1;XP_019876335.1;XP_019875279.1;XP_019874559.1;XP_019876284.1;XP_019878547.1;XP_019874560.1;XP_019879259.1;XP_019876066.1 Reactome: R-HSA-3928664 Ephrin signaling 1 XP_019866977.1 MetaCyc: PWY-5691 Urate conversion to allantoin I 3 XP_019874376.1;XP_019874375.1;XP_019871533.1 Reactome: R-HSA-1855191 Synthesis of IPs in the nucleus 3 XP_019873106.1;XP_019873105.1;XP_019873104.1 Reactome: R-HSA-5696400 Dual Incision in GG-NER 36 XP_019875209.1;XP_019877406.1;XP_019877750.1;XP_019866376.1;XP_019870883.1;XP_019876202.1;XP_019876358.1;XP_019875289.1;XP_019866703.1;XP_019866702.1;XP_019880931.1;XP_019877996.1;XP_019869585.1;XP_019873165.1;XP_019876835.1;XP_019872357.1;XP_019875206.1;XP_019875606.1;XP_019876567.1;XP_019869584.1;XP_019878371.1;XP_019873252.1;XP_019867760.1;XP_019867645.1;XP_019872352.1;XP_019877751.1;XP_019875834.1;XP_019866456.1;XP_019868230.1;XP_019870300.1;XP_019873093.1;XP_019872148.1;XP_019866954.1;XP_019881574.1;XP_019871806.1;XP_019874533.1 KEGG: 00534+5.1.3.17 Glycosaminoglycan biosynthesis - heparan sulfate / heparin 1 XP_019876427.1 Reactome: R-HSA-432040 Vasopressin regulates renal water homeostasis via Aquaporins 19 XP_019870532.1;XP_019880253.1;XP_019877084.1;XP_019873626.1;XP_019872297.1;XP_019878640.1;XP_019868277.1;XP_019880311.1;XP_019876700.1;XP_019871826.1;XP_019873509.1;XP_019879906.1;XP_019880252.1;XP_019880254.1;XP_019872298.1;XP_019864735.1;XP_019877515.1;XP_019870621.1;XP_019881101.1 MetaCyc: PWY-7841 Neolacto-series glycosphingolipids biosynthesis 1 XP_019868522.1 KEGG: 00073+2.3.1.20 Cutin, suberine and wax biosynthesis 2 XP_019874244.1;XP_019867825.1 MetaCyc: PWY-8040 Ansatrienin biosynthesis 2 XP_019865276.1;XP_019865232.1 KEGG: 00260+1.8.1.4 Glycine, serine and threonine metabolism 1 XP_019870111.1 MetaCyc: PWY-7592 Arachidonate biosynthesis III (6-desaturase, mammals) 2 XP_019869939.1;XP_019869995.1 KEGG: 00400+1.14.16.1 Phenylalanine, tyrosine and tryptophan biosynthesis 1 XP_019867965.1 MetaCyc: PWY-7560 Methylerythritol phosphate pathway II 4 XP_019876583.1;XP_019880087.1;XP_019868769.1;XP_019880080.1 MetaCyc: PWY-6644 Fluoroacetate and fluorothreonine biosynthesis 2 XP_019866249.1;XP_019866250.1 KEGG: 00860+2.5.1.17 Porphyrin and chlorophyll metabolism 2 XP_019865275.1;XP_019879831.1 MetaCyc: PWY-7723 Bacterial bioluminescence 7 XP_019880777.1;XP_019867912.1;XP_019868914.1;XP_019878163.1;XP_019868913.1;XP_019868912.1;XP_019880034.1 MetaCyc: PWY-5912 2'-deoxymugineic acid phytosiderophore biosynthesis 2 XP_019864710.1;XP_019864711.1 Reactome: R-HSA-176412 Phosphorylation of the APC/C 12 XP_019876916.1;XP_019871182.1;XP_019878910.1;XP_019877295.1;XP_019875664.1;XP_019868224.1;XP_019877354.1;XP_019879144.1;XP_019878911.1;XP_019874707.1;XP_019876589.1;XP_019873430.1 Reactome: R-HSA-5218921 VEGFR2 mediated cell proliferation 3 XP_019872866.1;XP_019876643.1;XP_019867885.1 Reactome: R-HSA-173599 Formation of the active cofactor, UDP-glucuronate 5 XP_019881380.1;XP_019881431.1;XP_019879998.1;XP_019878451.1;XP_019881433.1 MetaCyc: PWY-5084 2-oxoglutarate decarboxylation to succinyl-CoA 14 XP_019874479.1;XP_019874474.1;XP_019874295.1;XP_019874472.1;XP_019867507.1;XP_019870891.1;XP_019874477.1;XP_019874478.1;XP_019874476.1;XP_019870111.1;XP_019879704.1;XP_019874475.1;XP_019865417.1;XP_019874473.1 Reactome: R-HSA-390471 Association of TriC/CCT with target proteins during biosynthesis 23 XP_019869122.1;XP_019876765.1;XP_019880692.1;XP_019878648.1;XP_019872503.1;XP_019879184.1;XP_019866644.1;XP_019874401.1;XP_019867602.1;XP_019877452.1;XP_019871530.1;XP_019880550.1;XP_019866804.1;XP_019875881.1;XP_019869170.1;XP_019865911.1;XP_019872450.1;XP_019877948.1;XP_019879186.1;XP_019874787.1;XP_019879177.1;XP_019879187.1;XP_019874857.1 MetaCyc: PWY-5973 Cis-vaccenate biosynthesis 7 XP_019867912.1;XP_019880777.1;XP_019868914.1;XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1 Reactome: R-HSA-179409 APC-Cdc20 mediated degradation of Nek2A 15 XP_019878910.1;XP_019877295.1;XP_019876916.1;XP_019871182.1;XP_019868224.1;XP_019869585.1;XP_019875664.1;XP_019877354.1;XP_019867760.1;XP_019879144.1;XP_019878911.1;XP_019876589.1;XP_019873430.1;XP_019874707.1;XP_019869584.1 KEGG: 00051+1.1.1.271 Fructose and mannose metabolism 2 XP_019878420.1;XP_019876686.1 Reactome: R-HSA-73980 RNA Polymerase III Transcription Termination 35 XP_019871682.1;XP_019877841.1;XP_019872370.1;XP_019864765.1;XP_019881120.1;XP_019876725.1;XP_019881423.1;XP_019878853.1;XP_019867019.1;XP_019877838.1;XP_019867682.1;XP_019877842.1;XP_019868777.1;XP_019881680.1;XP_019872369.1;XP_019879540.1;XP_019870674.1;XP_019881203.1;XP_019880957.1;XP_019872372.1;XP_019872371.1;XP_019881681.1;XP_019878850.1;XP_019872196.1;XP_019872373.1;XP_019866482.1;XP_019874016.1;XP_019881044.1;XP_019878851.1;XP_019871167.1;XP_019878456.1;XP_019879537.1;XP_019879539.1;XP_019877840.1;XP_019871166.1 KEGG: 00760+2.7.7.18 Nicotinate and nicotinamide metabolism 1 XP_019870564.1 KEGG: 00600+2.4.1.80 Sphingolipid metabolism 1 XP_019868522.1 KEGG: 00360+2.6.1.5 Phenylalanine metabolism 1 XP_019868034.1 Reactome: R-HSA-77346 Beta oxidation of decanoyl-CoA to octanoyl-CoA-CoA 1 XP_019875259.1 Reactome: R-HSA-5673000 RAF activation 8 XP_019881573.1;XP_019867724.1;XP_019869362.1;XP_019879176.1;XP_019869353.1;XP_019869329.1;XP_019869346.1;XP_019869337.1 KEGG: 00520+2.7.1.59 Amino sugar and nucleotide sugar metabolism 1 XP_019865263.1 Reactome: R-HSA-442720 CREB1 phosphorylation through the activation of Adenylate Cyclase 5 XP_019880252.1;XP_019880254.1;XP_019876700.1;XP_019880253.1;XP_019873509.1 MetaCyc: PWY-6134 L-tyrosine biosynthesis IV 1 XP_019867965.1 Reactome: R-HSA-6787450 tRNA modification in the mitochondrion 7 XP_019867487.1;XP_019876397.1;XP_019877200.1;XP_019869602.1;XP_019874521.1;XP_019870401.1;XP_019864819.1 KEGG: 00900+2.7.4.2 Terpenoid backbone biosynthesis 1 XP_019872485.1 MetaCyc: PWY-3661-1 Glycine betaine degradation II (mammalian) 4 XP_019869629.1;XP_019869627.1;XP_019869628.1;XP_019869630.1 Reactome: R-HSA-171007 p38MAPK events 2 XP_019880286.1;XP_019872545.1 Reactome: R-HSA-174184 Cdc20:Phospho-APC/C mediated degradation of Cyclin A 75 XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019873430.1;XP_019876916.1;XP_019878378.1;XP_019880577.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019868753.1;XP_019873841.1;XP_019877091.1;XP_019869585.1;XP_019878375.1;XP_019870849.1;XP_019868669.1;XP_019879144.1;XP_019877354.1;XP_019868223.1;XP_019875990.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019864959.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019877889.1;XP_019878910.1;XP_019873172.1;XP_019875855.1;XP_019875664.1;XP_019876206.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019878911.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019875297.1;XP_019866452.1;XP_019871809.1;XP_019866771.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871182.1;XP_019877295.1;XP_019871959.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019876589.1;XP_019873961.1;XP_019868355.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019865856.1;XP_019870906.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019874707.1;XP_019868224.1 KEGG: 00010+2.7.1.1 Glycolysis / Gluconeogenesis 5 XP_019866322.1;XP_019866279.1;XP_019866265.1;XP_019866323.1;XP_019866260.1 Reactome: R-HSA-9665247 Resistance of ERBB2 KD mutants to osimertinib 1 XP_019865044.1 KEGG: 00730+2.7.6.2 Thiamine metabolism 1 XP_019864541.1 Reactome: R-HSA-5579007 Defective ACY1 causes encephalopathy 2 XP_019866390.1;XP_019865289.1 Reactome: R-HSA-9665249 Resistance of ERBB2 KD mutants to afatinib 1 XP_019865044.1 MetaCyc: PWY-7193 Pyrimidine ribonucleosides salvage I 3 XP_019878270.1;XP_019865174.1;XP_019880814.1 Reactome: R-HSA-8852276 The role of GTSE1 in G2/M progression after G2 checkpoint 85 XP_019879330.1;XP_019880577.1;XP_019878378.1;XP_019875755.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019875542.1;XP_019875999.1;XP_019871033.1;XP_019875016.1;XP_019871873.1;XP_019878375.1;XP_019865349.1;XP_019869585.1;XP_019877091.1;XP_019873841.1;XP_019868753.1;XP_019880050.1;XP_019865855.1;XP_019873379.1;XP_019880051.1;XP_019878072.1;XP_019866611.1;XP_019881730.1;XP_019875990.1;XP_019868223.1;XP_019868179.1;XP_019868669.1;XP_019870849.1;XP_019876206.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019864959.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019868163.1;XP_019866771.1;XP_019871809.1;XP_019866452.1;XP_019875297.1;XP_019877015.1;XP_019869989.1;XP_019866794.1;XP_019868347.1;XP_019867254.1;XP_019865802.1;XP_019873384.1;XP_019881419.1;XP_019870619.1;XP_019872438.1;XP_019874107.1;XP_019871959.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019873961.1;XP_019868355.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019874899.1;XP_019880049.1;XP_019880052.1;XP_019874962.1;XP_019865219.1;XP_019866609.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019876360.1;XP_019869453.1;XP_019879148.1;XP_019878377.1;XP_019870906.1;XP_019865856.1 Reactome: R-HSA-9634638 Estrogen-dependent nuclear events downstream of ESR-membrane signaling 6 XP_019871043.1;XP_019869322.1;XP_019875529.1;XP_019869321.1;XP_019864628.1;XP_019877608.1 Reactome: R-HSA-70263 Gluconeogenesis 28 XP_019875188.1;XP_019874576.1;XP_019870065.1;XP_019871486.1;XP_019881510.1;XP_019867327.1;XP_019867896.1;XP_019879766.1;XP_019881093.1;XP_019874047.1;XP_019880828.1;XP_019869427.1;XP_019870066.1;XP_019875189.1;XP_019869306.1;XP_019866924.1;XP_019879595.1;XP_019880166.1;XP_019872283.1;XP_019869304.1;XP_019876383.1;XP_019874001.1;XP_019874556.1;XP_019878183.1;XP_019872581.1;XP_019869303.1;XP_019874994.1;XP_019869178.1 MetaCyc: PWY-6722 Candicidin biosynthesis 3 XP_019867451.1;XP_019879638.1;XP_019874350.1 Reactome: R-HSA-111931 PKA-mediated phosphorylation of CREB 1 XP_019873509.1 Reactome: R-HSA-6783310 Fanconi Anemia Pathway 25 XP_019869599.1;XP_019871159.1;XP_019871818.1;XP_019870300.1;XP_019880698.1;XP_019869584.1;XP_019879470.1;XP_019868718.1;XP_019877706.1;XP_019872356.1;XP_019872097.1;XP_019870463.1;XP_019865557.1;XP_019877066.1;XP_019872414.1;XP_019869598.1;XP_019867760.1;XP_019877406.1;XP_019875418.1;XP_019868721.1;XP_019872415.1;XP_019869200.1;XP_019872357.1;XP_019868230.1;XP_019869585.1 MetaCyc: PWY-7782 Plasmalogen biosynthesis 44 XP_019877825.1;XP_019874540.1;XP_019876335.1;XP_019875279.1;XP_019874561.1;XP_019881736.1;XP_019877826.1;XP_019871766.1;XP_019871811.1;XP_019878547.1;XP_019874560.1;XP_019881733.1;XP_019879259.1;XP_019876066.1;XP_019872237.1;XP_019874559.1;XP_019876284.1;XP_019881734.1;XP_019879594.1;XP_019877503.1;XP_019875626.1;XP_019876287.1;XP_019879260.1;XP_019871780.1;XP_019880967.1;XP_019879261.1;XP_019874562.1;XP_019871787.1;XP_019865211.1;XP_019868915.1;XP_019881735.1;XP_019871802.1;XP_019878715.1;XP_019870092.1;XP_019868919.1;XP_019874575.1;XP_019878548.1;XP_019875280.1;XP_019869136.1;XP_019871786.1;XP_019876278.1;XP_019872635.1;XP_019869551.1;XP_019876336.1 MetaCyc: PWY-7852 6-hydroxymethyl-dihydropterin diphosphate biosynthesis IV (Plasmodium) 2 XP_019871889.1;XP_019871888.1 Reactome: R-HSA-9616222 Transcriptional regulation of granulopoiesis 6 XP_019878084.1;XP_019878917.1;XP_019874360.1;XP_019876307.1;XP_019865349.1;XP_019878279.1 MetaCyc: PWY-2261 Ascorbate glutathione cycle 8 XP_019864783.1;XP_019874377.1;XP_019864766.1;XP_019878346.1;XP_019878347.1;XP_019871898.1;XP_019864793.1;XP_019871900.1 KEGG: 00514+2.4.1.122 Other types of O-glycan biosynthesis 3 XP_019873351.1;XP_019873352.1;XP_019873699.1 MetaCyc: PWY-801 Homocysteine and cysteine interconversion 2 XP_019874584.1;XP_019868643.1 Reactome: R-HSA-918233 TRAF3-dependent IRF activation pathway 3 XP_019879756.1;XP_019867574.1;XP_019866674.1 MetaCyc: PWY-5873 Ubiquinol-7 biosynthesis (eukaryotic) 3 XP_019865124.1;XP_019873860.1;XP_019877803.1 MetaCyc: PWY-5667 CDP-diacylglycerol biosynthesis I 15 XP_019881873.1;XP_019876451.1;XP_019877825.1;XP_019875635.1;XP_019875626.1;XP_019876943.1;XP_019879260.1;XP_019871786.1;XP_019877826.1;XP_019867058.1;XP_019874872.1;XP_019878715.1;XP_019871766.1;XP_019875636.1;XP_019869551.1 Reactome: R-HSA-8856825 Cargo recognition for clathrin-mediated endocytosis 61 XP_019872790.1;XP_019877919.1;XP_019867891.1;XP_019873436.1;XP_019878328.1;XP_019880923.1;XP_019875642.1;XP_019881771.1;XP_019881764.1;XP_019881767.1;XP_019879166.1;XP_019873043.1;XP_019867760.1;XP_019868724.1;XP_019881768.1;XP_019877098.1;XP_019876424.1;XP_019867162.1;XP_019878427.1;XP_019870189.1;XP_019875643.1;XP_019875644.1;XP_019869256.1;XP_019877099.1;XP_019873438.1;XP_019881770.1;XP_019881651.1;XP_019870191.1;XP_019867524.1;XP_019875645.1;XP_019878301.1;XP_019869584.1;XP_019880283.1;XP_019880305.1;XP_019869483.1;XP_019881650.1;XP_019867868.1;XP_019877618.1;XP_019870190.1;XP_019881769.1;XP_019875200.1;XP_019880306.1;XP_019873179.1;XP_019878897.1;XP_019865705.1;XP_019876399.1;XP_019869482.1;XP_019876196.1;XP_019869224.1;XP_019872792.1;XP_019881772.1;XP_019869481.1;XP_019877954.1;XP_019872791.1;XP_019881765.1;XP_019873087.1;XP_019881766.1;XP_019872773.1;XP_019869585.1;XP_019874601.1;XP_019870188.1 MetaCyc: PWY-5739 GDP-D-perosamine biosynthesis 2 XP_019874855.1;XP_019869349.1 MetaCyc: PWY-7396 Butanol and isobutanol biosynthesis (engineered) 1 XP_019869997.1 KEGG: 00970+6.1.1.21 Aminoacyl-tRNA biosynthesis 4 XP_019869012.1;XP_019869010.1;XP_019869013.1;XP_019869011.1 KEGG: 00020+1.2.4.1 Citrate cycle (TCA cycle) 3 XP_019881720.1;XP_019865397.1;XP_019870089.1 KEGG: 00620+3.6.1.7 Pyruvate metabolism 3 XP_019866689.1;XP_019867073.1;XP_019864627.1 Reactome: R-HSA-1250196 SHC1 events in ERBB2 signaling 6 XP_019881353.1;XP_019874937.1;XP_019881354.1;XP_019866868.1;XP_019874938.1;XP_019881355.1 KEGG: 00270+2.6.1.42 Cysteine and methionine metabolism 1 XP_019872878.1 Reactome: R-HSA-1614517 Sulfide oxidation to sulfate 6 XP_019866781.1;XP_019866779.1;XP_019866780.1;XP_019866782.1;XP_019867605.1;XP_019877378.1 Reactome: R-HSA-5250971 Toxicity of botulinum toxin type C (BoNT/C) 3 XP_019866956.1;XP_019866957.1;XP_019866959.1 KEGG: 00620+1.1.1.37 Pyruvate metabolism 7 XP_019878183.1;XP_019872581.1;XP_019867896.1;XP_019879766.1;XP_019874085.1;XP_019874083.1;XP_019874576.1 Reactome: R-HSA-8951911 RUNX3 regulates RUNX1-mediated transcription 2 XP_019878084.1;XP_019874360.1 Reactome: R-HSA-190840 Microtubule-dependent trafficking of connexons from Golgi to the plasma membrane 20 XP_019875755.1;XP_019868163.1;XP_019881730.1;XP_019866611.1;XP_019880052.1;XP_019871033.1;XP_019867254.1;XP_019880049.1;XP_019868179.1;XP_019874899.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019866609.1;XP_019865219.1;XP_019872438.1;XP_019874962.1;XP_019880051.1;XP_019879148.1;XP_019880050.1 KEGG: 00750+2.6.1.52 Vitamin B6 metabolism 1 XP_019865209.1 Reactome: R-HSA-3359473 Defective MMADHC causes methylmalonic aciduria and homocystinuria type cblD 1 XP_019875740.1 Reactome: R-HSA-5628897 TP53 Regulates Metabolic Genes 67 XP_019866466.1;XP_019867419.1;XP_019871078.1;XP_019881652.1;XP_019873493.1;XP_019876383.1;XP_019878867.1;XP_019869175.1;XP_019866241.1;XP_019871823.1;XP_019880397.1;XP_019879231.1;XP_019878071.1;XP_019880990.1;XP_019876398.1;XP_019874484.1;XP_019880827.1;XP_019874001.1;XP_019873236.1;XP_019872110.1;XP_019869417.1;XP_019874184.1;XP_019869322.1;XP_019881177.1;XP_019881079.1;XP_019879681.1;XP_019865079.1;XP_019879538.1;XP_019871683.1;XP_019876879.1;XP_019868775.1;XP_019871685.1;XP_019874034.1;XP_019877608.1;XP_019865003.1;XP_019867247.1;XP_019866098.1;XP_019873492.1;XP_019880989.1;XP_019875062.1;XP_019871365.1;XP_019865480.1;XP_019873062.1;XP_019872452.1;XP_019867420.1;XP_019878939.1;XP_019877026.1;XP_019869098.1;XP_019873494.1;XP_019873061.1;XP_019864525.1;XP_019879527.1;XP_019873229.1;XP_019881345.1;XP_019866097.1;XP_019864661.1;XP_019871631.1;XP_019865733.1;XP_019876763.1;XP_019864526.1;XP_019870122.1;XP_019877025.1;XP_019869321.1;XP_019870206.1;XP_019868697.1;XP_019873748.1;XP_019864524.1 Reactome: R-HSA-1963640 GRB2 events in ERBB2 signaling 2 XP_019874937.1;XP_019874938.1 KEGG: 00230+3.6.1.15 Purine metabolism 1 XP_019880479.1 MetaCyc: PWY-6483 Ceramide degradation (generic) 2 XP_019869951.1;XP_019871474.1 Reactome: R-HSA-8951671 RUNX3 regulates YAP1-mediated transcription 1 XP_019875504.1 KEGG: 00230+3.5.2.17 Purine metabolism 2 XP_019874375.1;XP_019874376.1 KEGG: 00480+3.4.11.1 Glutathione metabolism 6 XP_019864648.1;XP_019864690.1;XP_019869524.1;XP_019868486.1;XP_019864692.1;XP_019878861.1 MetaCyc: PWYG-321 10 XP_019880034.1;XP_019868913.1;XP_019877275.1;XP_019880777.1;XP_019878173.1;XP_019878163.1;XP_019877276.1;XP_019868912.1;XP_019868914.1;XP_019867912.1 Reactome: R-HSA-390696 Adrenoceptors 1 XP_019865741.1 Reactome: R-HSA-69563 p53-Dependent G1 DNA Damage Response 1 XP_019865349.1 KEGG: 00720+6.4.1.2 Carbon fixation pathways in prokaryotes 1 XP_019874350.1 KEGG: 00531+3.2.1.52 Glycosaminoglycan degradation 8 XP_019874268.1;XP_019881212.1;XP_019867029.1;XP_019866002.1;XP_019875335.1;XP_019881549.1;XP_019870647.1;XP_019880239.1 MetaCyc: PWY-7783 Plasmalogen degradation 11 XP_019880543.1;XP_019869407.1;XP_019881029.1;XP_019867306.1;XP_019880793.1;XP_019877059.1;XP_019877065.1;XP_019877061.1;XP_019874626.1;XP_019869406.1;XP_019867906.1 Reactome: R-HSA-168927 TICAM1, RIP1-mediated IKK complex recruitment 3 XP_019867760.1;XP_019869585.1;XP_019869584.1 MetaCyc: PWY-5103 L-isoleucine biosynthesis III 1 XP_019872878.1 KEGG: 00520+4.2.1.47 Amino sugar and nucleotide sugar metabolism 2 XP_019869349.1;XP_019874855.1 KEGG: 00380+1.14.13.9 Tryptophan metabolism 2 XP_019876376.1;XP_019875977.1 Reactome: R-HSA-8849471 PTK6 Regulates RHO GTPases, RAS GTPase and MAP kinases 2 XP_019881172.1;XP_019876643.1 KEGG: 00330+1.2.1.41+2.7.2.11 Arginine and proline metabolism 1 XP_019865690.1 MetaCyc: PWY-6945 Cholesterol degradation to androstenedione I (cholesterol oxidase) 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 Reactome: R-HSA-9665245 Resistance of ERBB2 KD mutants to tesevatinib 1 XP_019865044.1 MetaCyc: PWY-4983 Nitric oxide biosynthesis II (mammals) 6 XP_019876483.1;XP_019875679.1;XP_019875680.1;XP_019875681.1;XP_019866389.1;XP_019875678.1 KEGG: 00010+5.1.3.3 Glycolysis / Gluconeogenesis 2 XP_019869545.1;XP_019869549.1 KEGG: 00240+2.7.1.48 Pyrimidine metabolism 2 XP_019878270.1;XP_019865174.1 MetaCyc: PWY-6385 Peptidoglycan biosynthesis III (mycobacteria) 1 XP_019864660.1 KEGG: 04070+2.7.1.159 Phosphatidylinositol signaling system 1 XP_019866155.1 KEGG: 00790+4.2.1.96 Folate biosynthesis 1 XP_019865134.1 Reactome: R-HSA-196783 Coenzyme A biosynthesis 4 XP_019880697.1;XP_019880695.1;XP_019881973.1;XP_019866100.1 KEGG: 00051+5.3.1.8 Fructose and mannose metabolism 2 XP_019878152.1;XP_019878943.1 KEGG: 00564+3.1.1.4 Glycerophospholipid metabolism 8 XP_019867906.1;XP_019869406.1;XP_019874626.1;XP_019880793.1;XP_019867306.1;XP_019881029.1;XP_019869407.1;XP_019880543.1 Reactome: R-HSA-5607761 Dectin-1 mediated noncanonical NF-kB signaling 74 XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019871809.1;XP_019866771.1;XP_019866452.1;XP_019875297.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019871959.1;XP_019873961.1;XP_019868355.1;XP_019875983.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019866199.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019880545.1;XP_019866198.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019870906.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019875542.1;XP_019875999.1;XP_019875016.1;XP_019871873.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019865221.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019869585.1;XP_019878375.1;XP_019866219.1;XP_019877091.1;XP_019873841.1;XP_019866885.1;XP_019868223.1;XP_019869981.1;XP_019870849.1;XP_019868669.1;XP_019875990.1;XP_019866168.1;XP_019864959.1;XP_019866166.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019870006.1;XP_019876206.1;XP_019870758.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019873172.1;XP_019875855.1;XP_019871403.1 Reactome: R-HSA-389359 CD28 dependent Vav1 pathway 1 XP_019865076.1 MetaCyc: PWY-7285 Methylwyosine biosynthesis 3 XP_019868279.1;XP_019877104.1;XP_019874521.1 MetaCyc: PWY-6627 Salinosporamide A biosynthesis 2 XP_019866250.1;XP_019866249.1 KEGG: 00010+5.1.3.15 Glycolysis / Gluconeogenesis 1 XP_019872863.1 KEGG: 00380+1.8.1.4 Tryptophan metabolism 1 XP_019870111.1 KEGG: 00071+5.1.2.3+4.2.1.17+1.1.1.35 Fatty acid degradation 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 MetaCyc: PWY-5080 Very long chain fatty acid biosynthesis I 21 XP_019869995.1;XP_019873197.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019879715.1;XP_019870260.1;XP_019870251.1;XP_019869939.1;XP_019874826.1;XP_019870259.1;XP_019870261.1;XP_019865771.1;XP_019870247.1;XP_019870252.1;XP_019877181.1;XP_019879592.1;XP_019865770.1;XP_019873198.1;XP_019870262.1;XP_019870257.1 Reactome: R-HSA-73863 RNA Polymerase I Transcription Termination 34 XP_019865372.1;XP_019879135.1;XP_019875606.1;XP_019878850.1;XP_019871783.1;XP_019878851.1;XP_019871167.1;XP_019876358.1;XP_019867660.1;XP_019880931.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019881700.1;XP_019871612.1;XP_019871166.1;XP_019878456.1;XP_019879537.1;XP_019865126.1;XP_019871682.1;XP_019866954.1;XP_019872148.1;XP_019877841.1;XP_019878853.1;XP_019877838.1;XP_019867682.1;XP_019874961.1;XP_019867019.1;XP_019870674.1;XP_019879540.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019867659.1 Reactome: R-HSA-4085377 SUMOylation of SUMOylation proteins 23 XP_019874193.1;XP_019871781.1;XP_019868487.1;XP_019872981.1;XP_019866139.1;XP_019872624.1;XP_019878964.1;XP_019870416.1;XP_019867753.1;XP_019881575.1;XP_019873647.1;XP_019880688.1;XP_019871184.1;XP_019874522.1;XP_019867910.1;XP_019867827.1;XP_019873891.1;XP_019873892.1;XP_019876846.1;XP_019877082.1;XP_019878873.1;XP_019869929.1;XP_019867817.1 MetaCyc: PWY-6147 6-hydroxymethyl-dihydropterin diphosphate biosynthesis I 2 XP_019871888.1;XP_019871889.1 KEGG: 00564+4.1.1.65 Glycerophospholipid metabolism 1 XP_019865541.1 Reactome: R-HSA-182218 Nef Mediated CD8 Down-regulation 8 XP_019876399.1;XP_019869482.1;XP_019876016.1;XP_019869481.1;XP_019875200.1;XP_019876009.1;XP_019876023.1;XP_019869483.1 Reactome: R-HSA-9656256 Defective OGG1 Substrate Processing 1 XP_019874957.1 Reactome: R-HSA-5654732 Negative regulation of FGFR3 signaling 4 XP_019867760.1;XP_019869584.1;XP_019869585.1;XP_019875529.1 Reactome: R-HSA-9609523 Insertion of tail-anchored proteins into the endoplasmic reticulum membrane 7 XP_019870707.1;XP_019873967.1;XP_019867702.1;XP_019864847.1;XP_019869639.1;XP_019877241.1;XP_019878248.1 Reactome: R-HSA-5685942 HDR through Homologous Recombination (HRR) 44 XP_019869585.1;XP_019877996.1;XP_019877684.1;XP_019876835.1;XP_019873165.1;XP_019874793.1;XP_019875289.1;XP_019866703.1;XP_019866702.1;XP_019877750.1;XP_019877406.1;XP_019871543.1;XP_019875209.1;XP_019876432.1;XP_019866140.1;XP_019872264.1;XP_019869780.1;XP_019878371.1;XP_019864858.1;XP_019876668.1;XP_019876567.1;XP_019869584.1;XP_019876037.1;XP_019875206.1;XP_019880099.1;XP_019872230.1;XP_019872352.1;XP_019875834.1;XP_019877751.1;XP_019881517.1;XP_019879609.1;XP_019878179.1;XP_019867760.1;XP_019881186.1;XP_019867686.1;XP_019871806.1;XP_019866373.1;XP_019881574.1;XP_019864859.1;XP_019873093.1;XP_019870300.1;XP_019865185.1;XP_019869674.1;XP_019871934.1 Reactome: R-HSA-112126 ALKBH3 mediated reversal of alkylation damage 3 XP_019868874.1;XP_019865425.1;XP_019865041.1 Reactome: R-HSA-191273 Cholesterol biosynthesis 9 XP_019866380.1;XP_019880080.1;XP_019869845.1;XP_019864672.1;XP_019875003.1;XP_019880087.1;XP_019872485.1;XP_019876832.1;XP_019869844.1 Reactome: R-HSA-450385 Butyrate Response Factor 1 (BRF1) binds and destabilizes mRNA 14 XP_019870909.1;XP_019878383.1;XP_019881336.1;XP_019869022.1;XP_019881034.1;XP_019881568.1;XP_019872479.1;XP_019865187.1;XP_019879487.1;XP_019878421.1;XP_019880953.1;XP_019866472.1;XP_019873096.1;XP_019866795.1 Reactome: R-HSA-381033 ATF6 (ATF6-alpha) activates chaperones 4 XP_019871020.1;XP_019874925.1;XP_019872909.1;XP_019872908.1 Reactome: R-HSA-114604 GPVI-mediated activation cascade 4 XP_019865076.1;XP_019865078.1;XP_019867885.1;XP_019865910.1 MetaCyc: PWY-5890 Menaquinol-10 biosynthesis 1 XP_019878380.1 Reactome: R-HSA-163125 Post-translational modification: synthesis of GPI-anchored proteins 1 XP_019870866.1 MetaCyc: PWY-6537 4-aminobutanoate degradation II 2 XP_019866983.1;XP_019866930.1 KEGG: 00460+2.3.2.2 Cyanoamino acid metabolism 9 XP_019873342.1;XP_019873344.1;XP_019866302.1;XP_019869389.1;XP_019880128.1;XP_019878315.1;XP_019873356.1;XP_019873355.1;XP_019873343.1 Reactome: R-HSA-418217 G beta:gamma signalling through PLC beta 7 XP_019877084.1;XP_019868277.1;XP_019880311.1;XP_019871826.1;XP_019873626.1;XP_019877515.1;XP_019878300.1 MetaCyc: PWY-8060 2-deoxy-D-ribose degradation I 2 XP_019874229.1;XP_019874230.1 MetaCyc: PWY-7224 Purine deoxyribonucleosides salvage 15 XP_019873408.1;XP_019864974.1;XP_019869648.1;XP_019881305.1;XP_019869647.1;XP_019870975.1;XP_019873404.1;XP_019864973.1;XP_019879845.1;XP_019864972.1;XP_019873683.1;XP_019867079.1;XP_019875326.1;XP_019864975.1;XP_019868211.1 Reactome: R-HSA-5668541 TNFR2 non-canonical NF-kB pathway 63 XP_019871809.1;XP_019866771.1;XP_019880577.1;XP_019875297.1;XP_019866452.1;XP_019878378.1;XP_019875854.1;XP_019869584.1;XP_019866794.1;XP_019873385.1;XP_019869989.1;XP_019877015.1;XP_019871873.1;XP_019875016.1;XP_019873384.1;XP_019875542.1;XP_019875999.1;XP_019865802.1;XP_019868347.1;XP_019874107.1;XP_019870619.1;XP_019869585.1;XP_019881419.1;XP_019878375.1;XP_019873841.1;XP_019871959.1;XP_019877091.1;XP_019868753.1;XP_019868806.1;XP_019878838.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019873378.1;XP_019874113.1;XP_019875990.1;XP_019881493.1;XP_019881356.1;XP_019880545.1;XP_019875983.1;XP_019868223.1;XP_019866068.1;XP_019872657.1;XP_019868355.1;XP_019873961.1;XP_019868669.1;XP_019870849.1;XP_019876206.1;XP_019876367.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019864959.1;XP_019865856.1;XP_019870906.1;XP_019872059.1;XP_019871241.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019867760.1 Reactome: R-HSA-3249367 STAT6-mediated induction of chemokines 2 XP_019881480.1;XP_019881487.1 KEGG: 00520+5.1.3.2 Amino sugar and nucleotide sugar metabolism 2 XP_019870278.1;XP_019870272.1 MetaCyc: PWY-7798 Protein S-nitrosylation and denitrosylation 1 XP_019869997.1 Reactome: R-HSA-3301854 Nuclear Pore Complex (NPC) Disassembly 23 XP_019876846.1;XP_019877082.1;XP_019873892.1;XP_019878873.1;XP_019867817.1;XP_019869929.1;XP_019871184.1;XP_019880688.1;XP_019873647.1;XP_019881575.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019873891.1;XP_019878964.1;XP_019867753.1;XP_019870416.1;XP_019874193.1;XP_019868487.1;XP_019872981.1;XP_019871781.1;XP_019866139.1;XP_019872624.1 Reactome: R-HSA-6799198 Complex I biogenesis 61 XP_019881473.1;XP_019870083.1;XP_019871230.1;XP_019871479.1;XP_019871727.1;XP_019881477.1;XP_019876970.1;XP_019877092.1;XP_019871250.1;XP_019870912.1;XP_019870369.1;XP_019869273.1;XP_019868693.1;XP_019867393.1;XP_019874166.1;XP_019877036.1;XP_019864658.1;XP_019871247.1;XP_019873155.1;XP_019864668.1;XP_019871209.1;XP_019868982.1;XP_019868695.1;XP_019879338.1;XP_019877001.1;XP_019873895.1;XP_019880047.1;XP_019879335.1;XP_019881326.1;XP_019865091.1;XP_019868977.1;XP_019870913.1;XP_019865853.1;XP_019872765.1;XP_019871238.1;XP_019878975.1;XP_019871038.1;XP_019875038.1;XP_019869785.1;XP_019881169.1;XP_019872004.1;XP_019867460.1;XP_019880260.1;XP_019873280.1;XP_019869138.1;XP_019878457.1;XP_019879334.1;XP_019879876.1;XP_019881479.1;XP_019871720.1;XP_019879747.1;XP_019878467.1;XP_019879621.1;XP_019880118.1;XP_019876908.1;XP_019873986.1;XP_019874505.1;XP_019879017.1;XP_019877425.1;XP_019873299.1;XP_019881861.1 MetaCyc: PWY-5340 Sulfate activation for sulfonation 2 XP_019871878.1;XP_019867057.1 MetaCyc: PWY-6609 Adenine and adenosine salvage III 4 XP_019870323.1;XP_019866250.1;XP_019870347.1;XP_019866249.1 KEGG: 00290+2.6.1.42 Valine, leucine and isoleucine biosynthesis 1 XP_019872878.1 Reactome: R-HSA-933542 TRAF6 mediated NF-kB activation 3 XP_019879875.1;XP_019865985.1;XP_019865987.1 Reactome: R-HSA-6804754 Regulation of TP53 Expression 1 XP_019877844.1 Reactome: R-HSA-975871 MyD88 cascade initiated on plasma membrane 4 XP_019873986.1;XP_019870785.1;XP_019872765.1;XP_019876426.1 KEGG: 00061+1.1.1.100+2.3.1.85+4.2.1.59+2.3.1.39+2.3.1.41+3.1.2.14 Fatty acid biosynthesis 7 XP_019867912.1;XP_019880777.1;XP_019868914.1;XP_019880034.1;XP_019868913.1;XP_019878163.1;XP_019868912.1 Reactome: R-HSA-159236 Transport of Mature mRNA derived from an Intron-Containing Transcript 61 XP_019865311.1;XP_019880352.1;XP_019867051.1;XP_019867030.1;XP_019871301.1;XP_019874741.1;XP_019877082.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019872851.1;XP_019873891.1;XP_019881877.1;XP_019871184.1;XP_019881575.1;XP_019865031.1;XP_019868295.1;XP_019873013.1;XP_019877060.1;XP_019879847.1;XP_019870416.1;XP_019879235.1;XP_019881196.1;XP_019864689.1;XP_019878964.1;XP_019878603.1;XP_019866139.1;XP_019875397.1;XP_019872624.1;XP_019874193.1;XP_019874261.1;XP_019869302.1;XP_019868487.1;XP_019877531.1;XP_019871592.1;XP_019881507.1;XP_019871361.1;XP_019867817.1;XP_019867049.1;XP_019869929.1;XP_019875465.1;XP_019876846.1;XP_019873892.1;XP_019867048.1;XP_019870414.1;XP_019878873.1;XP_019881508.1;XP_019880688.1;XP_019876177.1;XP_019873647.1;XP_019867050.1;XP_019878602.1;XP_019867753.1;XP_019869352.1;XP_019873904.1;XP_019881792.1;XP_019869856.1;XP_019879841.1;XP_019872981.1;XP_019873905.1;XP_019871781.1 Reactome: R-HSA-68689 CDC6 association with the ORC:origin complex 9 XP_019880467.1;XP_019876859.1;XP_019879145.1;XP_019873716.1;XP_019877707.1;XP_019873282.1;XP_019869531.1;XP_019870749.1;XP_019864906.1 KEGG: 00380+4.2.1.17 Tryptophan metabolism 1 XP_019875259.1 Reactome: R-HSA-8963693 Aspartate and asparagine metabolism 3 XP_019881523.1;XP_019872358.1;XP_019876826.1 MetaCyc: PWY-5870 Ubiquinol-8 biosynthesis (eukaryotic) 3 XP_019865124.1;XP_019873860.1;XP_019877803.1 KEGG: 00562+5.5.1.4 Inositol phosphate metabolism 1 XP_019881451.1 MetaCyc: PWY-7112 4-hydroxy-2-nonenal detoxification 18 XP_019878315.1;XP_019873342.1;XP_019873344.1;XP_019864783.1;XP_019874377.1;XP_019866302.1;XP_019871900.1;XP_019869668.1;XP_019864793.1;XP_019878346.1;XP_019878347.1;XP_019871898.1;XP_019873356.1;XP_019873355.1;XP_019873343.1;XP_019864766.1;XP_019869389.1;XP_019880128.1 KEGG: 00510+2.4.1.259+2.4.1.261 N-Glycan biosynthesis 1 XP_019876430.1 Reactome: R-HSA-917937 Iron uptake and transport 16 XP_019869981.1;XP_019867524.1;XP_019866885.1;XP_019869584.1;XP_019866167.1;XP_019878254.1;XP_019866199.1;XP_019866166.1;XP_019866198.1;XP_019867760.1;XP_019872008.1;XP_019866168.1;XP_019869224.1;XP_019866219.1;XP_019869585.1;XP_019870006.1 Reactome: R-HSA-2142789 Ubiquinol biosynthesis 6 XP_019880267.1;XP_019870280.1;XP_019877803.1;XP_019878380.1;XP_019873860.1;XP_019865124.1 KEGG: 00300+4.3.3.7 Lysine biosynthesis 1 XP_019868854.1 KEGG: 00660+6.2.1.5 C5-Branched dibasic acid metabolism 8 XP_019880910.1;XP_019874999.1;XP_019871293.1;XP_019871334.1;XP_019872086.1;XP_019875306.1;XP_019869898.1;XP_019875307.1 MetaCyc: PWY-7400 L-arginine biosynthesis IV (archaebacteria) 3 XP_019866389.1;XP_019876483.1;XP_019866579.1 Reactome: R-HSA-749476 RNA Polymerase III Abortive And Retractive Initiation 49 XP_019872372.1;XP_019881681.1;XP_019872371.1;XP_019878850.1;XP_019865114.1;XP_019872196.1;XP_019872373.1;XP_019881203.1;XP_019874705.1;XP_019875130.1;XP_019880957.1;XP_019877916.1;XP_019874690.1;XP_019879537.1;XP_019878456.1;XP_019877840.1;XP_019879539.1;XP_019871166.1;XP_019866482.1;XP_019874016.1;XP_019880579.1;XP_019865115.1;XP_019881044.1;XP_019865113.1;XP_019878851.1;XP_019871167.1;XP_019880424.1;XP_019874698.1;XP_019864743.1;XP_019881423.1;XP_019878853.1;XP_019877841.1;XP_019871682.1;XP_019872370.1;XP_019865112.1;XP_019864765.1;XP_019876725.1;XP_019881120.1;XP_019875875.1;XP_019877842.1;XP_019868777.1;XP_019881680.1;XP_019872369.1;XP_019871358.1;XP_019870674.1;XP_019879540.1;XP_019867019.1;XP_019877838.1;XP_019867682.1 KEGG: 00250+3.5.1.1 Alanine, aspartate and glutamate metabolism 3 XP_019880845.1;XP_019881523.1;XP_019876826.1 KEGG: 00970+6.1.1.4 Aminoacyl-tRNA biosynthesis 2 XP_019872331.1;XP_019875657.1 Reactome: R-HSA-264876 Insulin processing 11 XP_019880447.1;XP_019875893.1;XP_019866371.1;XP_019875133.1;XP_019875376.1;XP_019879208.1;XP_019873239.1;XP_019875478.1;XP_019865049.1;XP_019866312.1;XP_019878739.1 KEGG: 00534+2.4.2.26 Glycosaminoglycan biosynthesis - heparan sulfate / heparin 1 XP_019877282.1 KEGG: 00770+2.7.1.24 Pantothenate and CoA biosynthesis 1 XP_019869664.1 KEGG: 00643+1.13.11.5 Styrene degradation 1 XP_019875340.1 MetaCyc: PWY-7817 Type I lipoteichoic acid biosynthesis (S. aureus) 22 XP_019864704.1;XP_019881704.1;XP_019880100.1;XP_019865551.1;XP_019867058.1;XP_019876943.1;XP_019881433.1;XP_019876451.1;XP_019881431.1;XP_019881380.1;XP_019864701.1;XP_019864705.1;XP_019880958.1;XP_019881359.1;XP_019864703.1;XP_019864708.1;XP_019864707.1;XP_019880959.1;XP_019876039.1;XP_019867830.1;XP_019864706.1;XP_019864702.1 Reactome: R-HSA-5689880 Ub-specific processing proteases 99 XP_019866794.1;XP_019869989.1;XP_019881379.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019870919.1;XP_019870619.1;XP_019874107.1;XP_019865502.1;XP_019881419.1;XP_019879302.1;XP_019871959.1;XP_019864761.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019869599.1;XP_019870023.1;XP_019880388.1;XP_019874959.1;XP_019881414.1;XP_019881356.1;XP_019881493.1;XP_019874113.1;XP_019869675.1;XP_019880545.1;XP_019874870.1;XP_019881388.1;XP_019874960.1;XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019871371.1;XP_019870998.1;XP_019878377.1;XP_019879597.1;XP_019871688.1;XP_019865503.1;XP_019872656.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019876293.1;XP_019870750.1;XP_019865913.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019880577.1;XP_019878378.1;XP_019877657.1;XP_019868753.1;XP_019870996.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019869598.1;XP_019871000.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019865170.1;XP_019868223.1;XP_019865912.1;XP_019868998.1;XP_019868669.1;XP_019870849.1;XP_019868962.1;XP_019875990.1;XP_019881851.1;XP_019870997.1;XP_019864959.1;XP_019876424.1;XP_019872059.1;XP_019871001.1;XP_019867760.1;XP_019871241.1;XP_019876206.1;XP_019875855.1;XP_019873172.1;XP_019870999.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019877889.1 KEGG: 00650+2.3.3.10 Butanoate metabolism 1 XP_019865599.1 Reactome: R-HSA-6798163 Choline catabolism 43 XP_019869154.1;XP_019881648.1;XP_019874293.1;XP_019873082.1;XP_019869159.1;XP_019881598.1;XP_019878689.1;XP_019879934.1;XP_019868173.1;XP_019869155.1;XP_019879352.1;XP_019874138.1;XP_019866663.1;XP_019869156.1;XP_019867282.1;XP_019869240.1;XP_019867283.1;XP_019874137.1;XP_019879932.1;XP_019869158.1;XP_019879351.1;XP_019867284.1;XP_019879349.1;XP_019869157.1;XP_019869153.1;XP_019878693.1;XP_019873073.1;XP_019873074.1;XP_019869118.1;XP_019880569.1;XP_019878687.1;XP_019865370.1;XP_019866671.1;XP_019879353.1;XP_019870642.1;XP_019868106.1;XP_019879933.1;XP_019869160.1;XP_019879350.1;XP_019878691.1;XP_019878690.1;XP_019874958.1;XP_019880962.1 MetaCyc: PWY-7888 Trna-uridine 2-thiolation (cytoplasmic) 1 XP_019872852.1 Reactome: R-HSA-6811438 Intra-Golgi traffic 22 XP_019874021.1;XP_019880736.1;XP_019875512.1;XP_019873444.1;XP_019873498.1;XP_019879476.1;XP_019866789.1;XP_019870016.1;XP_019877051.1;XP_019879561.1;XP_019869613.1;XP_019872531.1;XP_019868020.1;XP_019868023.1;XP_019877005.1;XP_019869918.1;XP_019876200.1;XP_019879172.1;XP_019869802.1;XP_019881900.1;XP_019877879.1;XP_019865462.1 KEGG: 00053+1.13.99.1 Ascorbate and aldarate metabolism 1 XP_019876172.1 Reactome: R-HSA-69231 Cyclin D associated events in G1 25 XP_019866219.1;XP_019881738.1;XP_019870006.1;XP_019865349.1;XP_019878279.1;XP_019869585.1;XP_019867760.1;XP_019865348.1;XP_019866198.1;XP_019866166.1;XP_019877525.1;XP_019864823.1;XP_019866168.1;XP_019865372.1;XP_019878917.1;XP_019865126.1;XP_019866199.1;XP_019870108.1;XP_019869981.1;XP_019866167.1;XP_019864822.1;XP_019869584.1;XP_019864821.1;XP_019874463.1;XP_019866885.1 Reactome: R-HSA-427389 ERCC6 (CSB) and EHMT2 (G9a) positively regulate rRNA expression 11 XP_019876579.1;XP_019876378.1;XP_019870442.1;XP_019870444.1;XP_019870443.1;XP_019879158.1;XP_019878394.1;XP_019870920.1;XP_019879613.1;XP_019878554.1;XP_019870308.1 Reactome: R-HSA-392517 Rap1 signalling 2 XP_019875936.1;XP_019873509.1 Reactome: R-HSA-1253288 Downregulation of ERBB4 signaling 3 XP_019869585.1;XP_019869584.1;XP_019867760.1 KEGG: 00620+1.1.1.27 Pyruvate metabolism 3 XP_019872686.1;XP_019872685.1;XP_019872684.1 Reactome: R-HSA-177929 Signaling by EGFR 3 XP_019874692.1;XP_019865672.1;XP_019874693.1 Reactome: R-HSA-9665244 Resistance of ERBB2 KD mutants to sapitinib 1 XP_019865044.1 Reactome: R-HSA-9614657 FOXO-mediated transcription of cell death genes 12 XP_019871719.1;XP_019867574.1;XP_019870466.1;XP_019871721.1;XP_019871718.1;XP_019870587.1;XP_019870465.1;XP_019879756.1;XP_019870588.1;XP_019876631.1;XP_019870467.1;XP_019876630.1 Reactome: R-HSA-174437 Removal of the Flap Intermediate from the C-strand 10 XP_019876835.1;XP_019872264.1;XP_019866702.1;XP_019866703.1;XP_019877751.1;XP_019872352.1;XP_019877750.1;XP_019877406.1;XP_019870300.1;XP_019877839.1 MetaCyc: PWY-8043 Ophthalmate biosynthesis 3 XP_019871761.1;XP_019880226.1;XP_019870735.1 Reactome: R-HSA-8876493 InlA-mediated entry of Listeria monocytogenes into host cells 3 XP_019867760.1;XP_019869584.1;XP_019869585.1 KEGG: 00270+3.1.3.77 Cysteine and methionine metabolism 1 XP_019871070.1 Reactome: R-HSA-6787639 GDP-fucose biosynthesis 5 XP_019878420.1;XP_019869349.1;XP_019876686.1;XP_019874855.1;XP_019867228.1 Reactome: R-HSA-428543 Inactivation of CDC42 and RAC1 1 XP_019865076.1 Reactome: R-HSA-5693616 Presynaptic phase of homologous DNA pairing and strand exchange 28 XP_019879609.1;XP_019866140.1;XP_019876432.1;XP_019878179.1;XP_019877406.1;XP_019871543.1;XP_019877996.1;XP_019872230.1;XP_019871032.1;XP_019874793.1;XP_019875289.1;XP_019880795.1;XP_019881517.1;XP_019875834.1;XP_019876531.1;XP_019864859.1;XP_019880099.1;XP_019870300.1;XP_019876037.1;XP_019865185.1;XP_019869674.1;XP_019879339.1;XP_019871806.1;XP_019867686.1;XP_019872264.1;XP_019864858.1;XP_019872097.1;XP_019866373.1 MetaCyc: PWY-7426 Complex N-linked glycan biosynthesis (vertebrates) 4 XP_019872837.1;XP_019880284.1;XP_019869056.1;XP_019880285.1 Reactome: R-HSA-380972 Energy dependent regulation of mTOR by LKB1-AMPK 28 XP_019865480.1;XP_019878071.1;XP_019879681.1;XP_019880990.1;XP_019872452.1;XP_019866097.1;XP_019873492.1;XP_019876199.1;XP_019880989.1;XP_019876630.1;XP_019881177.1;XP_019875062.1;XP_019877025.1;XP_019881652.1;XP_019873493.1;XP_019866098.1;XP_019870587.1;XP_019881345.1;XP_019866466.1;XP_019876398.1;XP_019877026.1;XP_019877865.1;XP_019880827.1;XP_019873494.1;XP_019876631.1;XP_019870588.1;XP_019874034.1;XP_019871078.1 Reactome: R-HSA-418990 Adherens junctions interactions 5 XP_019866634.1;XP_019877207.1;XP_019866632.1;XP_019866633.1;XP_019866631.1 Reactome: R-HSA-442982 Ras activation upon Ca2+ influx through NMDA receptor 4 XP_019873215.1;XP_019871621.1;XP_019865243.1;XP_019867724.1 Reactome: R-HSA-352230 Amino acid transport across the plasma membrane 3 XP_019867764.1;XP_019873780.1;XP_019873771.1 KEGG: 00625+1.1.1.1 Chloroalkane and chloroalkene degradation 1 XP_019869997.1 Reactome: R-HSA-6811436 COPI-independent Golgi-to-ER retrograde traffic 52 XP_019867627.1;XP_019881730.1;XP_019867617.1;XP_019866611.1;XP_019867619.1;XP_019867616.1;XP_019867628.1;XP_019867624.1;XP_019874899.1;XP_019867002.1;XP_019880052.1;XP_019866764.1;XP_019880049.1;XP_019868179.1;XP_019872641.1;XP_019871063.1;XP_019874962.1;XP_019867630.1;XP_019868177.1;XP_019880037.1;XP_019875943.1;XP_019866612.1;XP_019867620.1;XP_019865219.1;XP_019866609.1;XP_019867618.1;XP_019879148.1;XP_019877247.1;XP_019871684.1;XP_019874975.1;XP_019868163.1;XP_019875755.1;XP_019869215.1;XP_019875181.1;XP_019867629.1;XP_019867621.1;XP_019871033.1;XP_019867254.1;XP_019872438.1;XP_019867625.1;XP_019871062.1;XP_019867626.1;XP_019867256.1;XP_019870389.1;XP_019867622.1;XP_019880051.1;XP_019868198.1;XP_019873843.1;XP_019874974.1;XP_019868572.1;XP_019880050.1;XP_019867631.1 Reactome: R-HSA-77310 Beta oxidation of lauroyl-CoA to decanoyl-CoA-CoA 1 XP_019875259.1 Reactome: R-HSA-5223345 Miscellaneous transport and binding events 3 XP_019881809.1;XP_019876599.1;XP_019867647.1 KEGG: 00710+1.2.1.12 Carbon fixation in photosynthetic organisms 4 XP_019881510.1;XP_019880166.1;XP_019879595.1;XP_019874556.1 KEGG: 00760+3.1.3.5 Nicotinate and nicotinamide metabolism 1 XP_019877355.1 Reactome: R-HSA-5173105 O-linked glycosylation 6 XP_019871960.1;XP_019873171.1;XP_019873819.1;XP_019865137.1;XP_019878374.1;XP_019865138.1 Reactome: R-HSA-210746 Regulation of gene expression in endocrine-committed (NEUROG3+) progenitor cells 1 XP_019880140.1 KEGG: 00531+3.2.1.50 Glycosaminoglycan degradation 2 XP_019869877.1;XP_019869878.1 KEGG: 00564+1.1.1.8 Glycerophospholipid metabolism 2 XP_019875636.1;XP_019875635.1 Reactome: R-HSA-110312 Translesion synthesis by REV1 16 XP_019871806.1;XP_019878371.1;XP_019876567.1;XP_019869584.1;XP_019873093.1;XP_019870300.1;XP_019865162.1;XP_019869585.1;XP_019877996.1;XP_019876835.1;XP_019873165.1;XP_019875289.1;XP_019875834.1;XP_019877406.1;XP_019875209.1;XP_019867760.1 Reactome: R-HSA-9636383 Prevention of phagosomal-lysosomal fusion 4 XP_019869584.1;XP_019876424.1;XP_019869585.1;XP_019867760.1 KEGG: 00190+7.1.2.2 Oxidative phosphorylation 6 XP_019867226.1;XP_019868377.1;XP_019876010.1;XP_019874341.1;XP_019879320.1;XP_019879321.1 MetaCyc: PWY-5392 Reductive TCA cycle II 17 XP_019874999.1;XP_019880910.1;XP_019872581.1;XP_019878183.1;XP_019872086.1;XP_019874083.1;XP_019875306.1;XP_019874085.1;XP_019864882.1;XP_019871293.1;XP_019871334.1;XP_019864881.1;XP_019874576.1;XP_019867896.1;XP_019875307.1;XP_019869898.1;XP_019879766.1 Reactome: R-HSA-392170 ADP signalling through P2Y purinoceptor 12 6 XP_019873626.1;XP_019877515.1;XP_019871826.1;XP_019880311.1;XP_019868277.1;XP_019877084.1 Reactome: R-HSA-9022702 MECP2 regulates transcription of neuronal ligands 1 XP_019871069.1 Reactome: R-HSA-77588 SLBP Dependent Processing of Replication-Dependent Histone Pre-mRNAs 7 XP_019879841.1;XP_019872069.1;XP_019870374.1;XP_019872174.1;XP_019871592.1;XP_019869139.1;XP_019864871.1 Reactome: R-HSA-2408508 Metabolism of ingested SeMet, Sec, MeSec into H2Se 4 XP_019866427.1;XP_019866428.1;XP_019870059.1;XP_019866429.1 MetaCyc: PWY-7574 Propanoyl-coa degradation II 3 XP_019877212.1;XP_019874586.1;XP_019877213.1 KEGG: 00240+3.6.1.6 Pyrimidine metabolism 1 XP_019875217.1 KEGG: 00970+6.1.1.1 Aminoacyl-tRNA biosynthesis 2 XP_019869935.1;XP_019875550.1 Reactome: R-HSA-447038 NrCAM interactions 1 XP_019871621.1 Reactome: R-HSA-8951430 RUNX3 regulates WNT signaling 1 XP_019866501.1 Reactome: R-HSA-2564830 Cytosolic iron-sulfur cluster assembly 9 XP_019870839.1;XP_019870838.1;XP_019878057.1;XP_019872148.1;XP_019870573.1;XP_019880807.1;XP_019868271.1;XP_019874797.1;XP_019870205.1 MetaCyc: PWY-5737 (5R)-carbapenem carboxylate biosynthesis 1 XP_019874637.1 MetaCyc: PWY-2941 L-lysine biosynthesis II 1 XP_019868854.1 Reactome: R-HSA-190873 Gap junction degradation 8 XP_019875643.1;XP_019875642.1;XP_019869256.1;XP_019875634.1;XP_019875644.1;XP_019876379.1;XP_019875645.1;XP_019876399.1 Reactome: R-HSA-68962 Activation of the pre-replicative complex 39 XP_019876874.1;XP_019876859.1;XP_019877406.1;XP_019869531.1;XP_019871783.1;XP_019875892.1;XP_019880539.1;XP_019879130.1;XP_019868378.1;XP_019876853.1;XP_019870812.1;XP_019873613.1;XP_019864798.1;XP_019876872.1;XP_019873282.1;XP_019875206.1;XP_019871061.1;XP_019879145.1;XP_019877707.1;XP_019876873.1;XP_019880123.1;XP_019877876.1;XP_019869909.1;XP_019869557.1;XP_019880467.1;XP_019881344.1;XP_019864906.1;XP_019866976.1;XP_019876748.1;XP_019880468.1;XP_019879757.1;XP_019870300.1;XP_019873716.1;XP_019868588.1;XP_019877877.1;XP_019865774.1;XP_019870749.1;XP_019881574.1;XP_019873629.1 KEGG: 00510+2.7.1.108 N-Glycan biosynthesis 1 XP_019878130.1 KEGG: 00562+2.7.1.134+2.7.1.159 Inositol phosphate metabolism 1 XP_019866155.1 Reactome: R-HSA-418592 ADP signalling through P2Y purinoceptor 1 8 XP_019877515.1;XP_019880311.1;XP_019868277.1;XP_019875413.1;XP_019873626.1;XP_019877084.1;XP_019871826.1;XP_019873314.1 Reactome: R-HSA-203927 MicroRNA (miRNA) biogenesis 32 XP_019879537.1;XP_019878456.1;XP_019879539.1;XP_019877840.1;XP_019871166.1;XP_019878851.1;XP_019871167.1;XP_019878850.1;XP_019871685.1;XP_019865061.1;XP_019866960.1;XP_019869238.1;XP_019871683.1;XP_019875477.1;XP_019868777.1;XP_019877842.1;XP_019877739.1;XP_019879540.1;XP_019867019.1;XP_019874184.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019877770.1;XP_019869897.1;XP_019878853.1;XP_019871682.1;XP_019877841.1;XP_019869098.1;XP_019878385.1;XP_019874484.1;XP_019876435.1 Reactome: R-HSA-163560 Triglyceride catabolism 15 XP_019876995.1;XP_019874447.1;XP_019873509.1;XP_019866846.1;XP_019874785.1;XP_019866852.1;XP_019878038.1;XP_019875077.1;XP_019866847.1;XP_019866831.1;XP_019868761.1;XP_019875079.1;XP_019875078.1;XP_019868760.1;XP_019875075.1 Reactome: R-HSA-5358752 T41 mutants of beta-catenin aren't phosphorylated 9 XP_019869346.1;XP_019869329.1;XP_019869337.1;XP_019880527.1;XP_019869353.1;XP_019869362.1;XP_019879129.1;XP_019880528.1;XP_019881573.1 KEGG: 00564+2.3.1.51 Glycerophospholipid metabolism 8 XP_019875626.1;XP_019877825.1;XP_019879260.1;XP_019877826.1;XP_019871786.1;XP_019878715.1;XP_019869551.1;XP_019871766.1 KEGG: 00380+3.5.1.9 Tryptophan metabolism 1 XP_019867132.1 Reactome: R-HSA-5578749 Transcriptional regulation by small RNAs 45 XP_019877840.1;XP_019879539.1;XP_019871184.1;XP_019871166.1;XP_019881575.1;XP_019867827.1;XP_019879537.1;XP_019867910.1;XP_019878456.1;XP_019874522.1;XP_019873891.1;XP_019878851.1;XP_019877082.1;XP_019871167.1;XP_019874193.1;XP_019868487.1;XP_019866139.1;XP_019878850.1;XP_019872624.1;XP_019878964.1;XP_019865061.1;XP_019866960.1;XP_019870416.1;XP_019879540.1;XP_019880688.1;XP_019873647.1;XP_019868777.1;XP_019877842.1;XP_019867682.1;XP_019876846.1;XP_019877838.1;XP_019872781.1;XP_019873892.1;XP_019877770.1;XP_019878873.1;XP_019867817.1;XP_019867019.1;XP_019869929.1;XP_019878853.1;XP_019872981.1;XP_019871781.1;XP_019878385.1;XP_019877841.1;XP_019871682.1;XP_019867753.1 KEGG: 00520+5.3.1.9 Amino sugar and nucleotide sugar metabolism 2 XP_019874001.1;XP_019876383.1 Reactome: R-HSA-3371453 Regulation of HSF1-mediated heat shock response 46 XP_019872981.1;XP_019871781.1;XP_019870300.1;XP_019878991.1;XP_019867986.1;XP_019865465.1;XP_019874925.1;XP_019872097.1;XP_019867753.1;XP_019865549.1;XP_019865147.1;XP_019871194.1;XP_019880688.1;XP_019879775.1;XP_019873647.1;XP_019868818.1;XP_019876846.1;XP_019873892.1;XP_019878873.1;XP_019867817.1;XP_019869929.1;XP_019881517.1;XP_019874193.1;XP_019875529.1;XP_019868487.1;XP_019866139.1;XP_019870154.1;XP_019872624.1;XP_019874674.1;XP_019878964.1;XP_019867984.1;XP_019870416.1;XP_019871184.1;XP_019881575.1;XP_019879129.1;XP_019867910.1;XP_019877406.1;XP_019867827.1;XP_019874522.1;XP_019880459.1;XP_019874651.1;XP_019873891.1;XP_019881087.1;XP_019877082.1;XP_019867738.1;XP_019865351.1 KEGG: 00520+1.1.1.22 Amino sugar and nucleotide sugar metabolism 2 XP_019879998.1;XP_019878451.1 Reactome: R-HSA-2129379 Molecules associated with elastic fibres 3 XP_019875480.1;XP_019867421.1;XP_019876031.1 KEGG: 00052+2.7.7.9 Galactose metabolism 3 XP_019881433.1;XP_019881380.1;XP_019881431.1 Reactome: R-HSA-73776 RNA Polymerase II Promoter Escape 55 XP_019878853.1;XP_019872978.1;XP_019869725.1;XP_019864920.1;XP_019865126.1;XP_019871814.1;XP_019878362.1;XP_019878385.1;XP_019878633.1;XP_019870966.1;XP_019865869.1;XP_019871682.1;XP_019872148.1;XP_019866954.1;XP_019877841.1;XP_019879426.1;XP_019865022.1;XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019877770.1;XP_019872781.1;XP_019881783.1;XP_019877838.1;XP_019867682.1;XP_019867019.1;XP_019878359.1;XP_019864738.1;XP_019879274.1;XP_019870750.1;XP_019875606.1;XP_019878850.1;XP_019871813.1;XP_019878503.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1;XP_019871423.1;XP_019871166.1;XP_019871570.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019867333.1;XP_019879698.1;XP_019866761.1;XP_019879537.1;XP_019878456.1;XP_019871167.1;XP_019878851.1;XP_019880931.1;XP_019876358.1 Reactome: R-HSA-4641265 Repression of WNT target genes 6 XP_019866501.1;XP_019871485.1;XP_019876778.1;XP_019877946.1;XP_019877947.1;XP_019877945.1 Reactome: R-HSA-112043 PLC beta mediated events 7 XP_019872866.1;XP_019867486.1;XP_019870482.1;XP_019878300.1;XP_019876322.1;XP_019878227.1;XP_019871047.1 Reactome: R-HSA-69183 Processive synthesis on the lagging strand 15 XP_019873613.1;XP_019879757.1;XP_019864798.1;XP_019877750.1;XP_019871783.1;XP_019876835.1;XP_019881344.1;XP_019879130.1;XP_019872352.1;XP_019877876.1;XP_019866976.1;XP_019866703.1;XP_019866702.1;XP_019877751.1;XP_019876853.1 Reactome: R-HSA-264870 Caspase-mediated cleavage of cytoskeletal proteins 1 XP_019872770.1 KEGG: 00330+2.3.1.57 Arginine and proline metabolism 1 XP_019871335.1 MetaCyc: PWY-46 Putrescine biosynthesis III 1 XP_019864883.1 Reactome: R-HSA-202433 Generation of second messenger molecules 3 XP_019867334.1;XP_019868833.1;XP_019867335.1 KEGG: 00500+2.4.1.1 Starch and sucrose metabolism 1 XP_019881655.1 Reactome: R-HSA-373753 Nephrin family interactions 6 XP_019872127.1;XP_019869514.1;XP_019872126.1;XP_019879801.1;XP_019874721.1;XP_019872770.1 Reactome: R-HSA-199220 Vitamin B5 (pantothenate) metabolism 11 XP_019880777.1;XP_019880034.1;XP_019868913.1;XP_019869991.1;XP_019865816.1;XP_019867912.1;XP_019868914.1;XP_019880033.1;XP_019878163.1;XP_019880234.1;XP_019868912.1 Reactome: R-HSA-168164 Toll Like Receptor 3 (TLR3) Cascade 3 XP_019873193.1;XP_019880187.1;XP_019879007.1 MetaCyc: PWY-7158 L-phenylalanine degradation V 2 XP_019865134.1;XP_019867965.1 KEGG: 00010+2.7.1.40 Glycolysis / Gluconeogenesis 4 XP_019876270.1;XP_019875157.1;XP_019881950.1;XP_019881949.1 KEGG: 00966+2.6.1.42 Glucosinolate biosynthesis 1 XP_019872878.1 KEGG: 04070+3.1.4.11 Phosphatidylinositol signaling system 6 XP_019878300.1;XP_019876322.1;XP_019878227.1;XP_019870482.1;XP_019880645.1;XP_019868833.1 KEGG: 00790+1.5.1.3 Folate biosynthesis 4 XP_019877943.1;XP_019877951.1;XP_019877935.1;XP_019877957.1 MetaCyc: PWY-6470 Peptidoglycan biosynthesis V (beta-lactam resistance) 2 XP_019869057.1;XP_019864660.1 MetaCyc: PWY-6958 Icosapentaenoate biosynthesis I (lower eukaryotes) 2 XP_019869939.1;XP_019869995.1 Reactome: R-HSA-9033241 Peroxisomal protein import 29 XP_019867760.1;XP_019877122.1;XP_019871762.1;XP_019878119.1;XP_019864831.1;XP_019881838.1;XP_019877212.1;XP_019873070.1;XP_019878679.1;XP_019879727.1;XP_019877079.1;XP_019874586.1;XP_019878085.1;XP_019869585.1;XP_019877213.1;XP_019872237.1;XP_019874179.1;XP_019878680.1;XP_019866773.1;XP_019868971.1;XP_019869584.1;XP_019878567.1;XP_019872931.1;XP_019869450.1;XP_019878116.1;XP_019878566.1;XP_019876882.1;XP_019866774.1;XP_019873069.1 KEGG: 00511+3.2.1.96 Other glycan degradation 1 XP_019880393.1 MetaCyc: PWY-6142 Gluconeogenesis II (Methanobacterium thermoautotrophicum) 25 XP_019874001.1;XP_019869303.1;XP_019879682.1;XP_019881949.1;XP_019879485.1;XP_019875064.1;XP_019872320.1;XP_019876270.1;XP_019875157.1;XP_019867590.1;XP_019876383.1;XP_019872321.1;XP_019879486.1;XP_019872283.1;XP_019869304.1;XP_019870066.1;XP_019875189.1;XP_019869306.1;XP_019880549.1;XP_019872322.1;XP_019875188.1;XP_019881950.1;XP_019874047.1;XP_019880828.1;XP_019870065.1 MetaCyc: PWY-7524 Mevalonate pathway III (archaea) 5 XP_019866380.1;XP_019876832.1;XP_019865599.1;XP_019880087.1;XP_019880080.1 MetaCyc: PWY-7269 NAD/NADP-NADH/NADPH mitochondrial interconversion (yeast) 2 XP_019872207.1;XP_019880147.1 Reactome: R-HSA-9014325 TICAM1,TRAF6-dependent induction of TAK1 complex 4 XP_019867760.1;XP_019880388.1;XP_019869584.1;XP_019869585.1 KEGG: 00592+1.1.1.1 alpha-Linolenic acid metabolism 1 XP_019869997.1 MetaCyc: PWY-6823 Molybdenum cofactor biosynthesis 5 XP_019865573.1;XP_019875734.1;XP_019878215.1;XP_019877590.1;XP_019878102.1 MetaCyc: PWY-7433 Mucin core 1 and core 2 O-glycosylation 3 XP_019873352.1;XP_019873699.1;XP_019873351.1 KEGG: 00330+2.7.2.11+1.2.1.41 Arginine and proline metabolism 1 XP_019865690.1 Reactome: R-HSA-3214815 HDACs deacetylate histones 15 XP_019870444.1;XP_019872390.1;XP_019870308.1;XP_019870920.1;XP_019868181.1;XP_019880381.1;XP_019881033.1;XP_019870443.1;XP_019870630.1;XP_019870442.1;XP_019876378.1;XP_019870639.1;XP_019871789.1;XP_019871558.1;XP_019868809.1 KEGG: 00592+1.3.3.6 alpha-Linolenic acid metabolism 3 XP_019877212.1;XP_019874586.1;XP_019877213.1 KEGG: 00680+4.2.1.11 Methane metabolism 1 XP_019874047.1 KEGG: 00562+3.1.3.36 Inositol phosphate metabolism 4 XP_019870611.1;XP_019872138.1;XP_019880209.1;XP_019875945.1 Reactome: R-HSA-532668 N-glycan trimming in the ER and Calnexin/Calreticulin cycle 12 XP_019868291.1;XP_019869585.1;XP_019881419.1;XP_019880393.1;XP_019874701.1;XP_019870387.1;XP_019880545.1;XP_019880474.1;XP_019869584.1;XP_019866613.1;XP_019865626.1;XP_019867760.1 Reactome: R-HSA-5358493 Synthesis of diphthamide-EEF2 4 XP_019869579.1;XP_019871860.1;XP_019864778.1;XP_019870422.1 Reactome: R-HSA-69601 Ubiquitin Mediated Degradation of Phosphorylated Cdc25A 63 XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019873378.1;XP_019868753.1;XP_019878838.1;XP_019868806.1;XP_019873841.1;XP_019877091.1;XP_019871959.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019869585.1;XP_019878375.1;XP_019871873.1;XP_019875016.1;XP_019873384.1;XP_019875999.1;XP_019865802.1;XP_019875542.1;XP_019868347.1;XP_019869584.1;XP_019875854.1;XP_019866794.1;XP_019873385.1;XP_019869989.1;XP_019877015.1;XP_019875297.1;XP_019866452.1;XP_019878378.1;XP_019871809.1;XP_019866771.1;XP_019880577.1;XP_019865856.1;XP_019872059.1;XP_019870906.1;XP_019871241.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019867760.1;XP_019864959.1;XP_019869073.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019875855.1;XP_019873172.1;XP_019876206.1;XP_019868669.1;XP_019870849.1;XP_019868223.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019868355.1;XP_019873961.1;XP_019880545.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019875990.1 MetaCyc: PWY-6370 Ascorbate recycling (cytosolic) 8 XP_019864783.1;XP_019874377.1;XP_019864766.1;XP_019864793.1;XP_019878347.1;XP_019871898.1;XP_019878346.1;XP_019871900.1 KEGG: 00720+1.3.5.1 Carbon fixation pathways in prokaryotes 7 XP_019874796.1;XP_019875193.1;XP_019873664.1;XP_019879758.1;XP_019878154.1;XP_019873660.1;XP_019879408.1 Reactome: R-HSA-5250924 B-WICH complex positively regulates rRNA expression 29 XP_019878850.1;XP_019871864.1;XP_019872570.1;XP_019878853.1;XP_019879135.1;XP_019877841.1;XP_019871682.1;XP_019875577.1;XP_019867659.1;XP_019879537.1;XP_019877842.1;XP_019868777.1;XP_019878456.1;XP_019879129.1;XP_019871612.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019881700.1;XP_019879540.1;XP_019870674.1;XP_019867019.1;XP_019867660.1;XP_019874961.1;XP_019871167.1;XP_019871783.1;XP_019877838.1;XP_019867682.1;XP_019878851.1 KEGG: 00513+2.4.1.68 Various types of N-glycan biosynthesis 1 XP_019872837.1 Reactome: R-HSA-1295596 Spry regulation of FGF signaling 4 XP_019869585.1;XP_019875529.1;XP_019869584.1;XP_019867760.1 Reactome: R-HSA-8941326 RUNX2 regulates bone development 2 XP_019878084.1;XP_019874360.1 KEGG: 00230+1.7.1.7 Purine metabolism 1 XP_019873268.1 Reactome: R-HSA-5610780 Degradation of GLI1 by the proteasome 76 XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019868753.1;XP_019866219.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019875999.1;XP_019875542.1;XP_019871873.1;XP_019875016.1;XP_019877711.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019878378.1;XP_019880577.1;XP_019871241.1;XP_019866166.1;XP_019867760.1;XP_019872059.1;XP_019866168.1;XP_019864959.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019875855.1;XP_019873172.1;XP_019876206.1;XP_019870006.1;XP_019869981.1;XP_019870849.1;XP_019868669.1;XP_019866885.1;XP_019868223.1;XP_019875990.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019873509.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019878377.1;XP_019866198.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019877709.1;XP_019877710.1;XP_019873961.1;XP_019868355.1;XP_019875983.1;XP_019866068.1;XP_019866167.1;XP_019872657.1;XP_019880545.1;XP_019866199.1;XP_019874113.1;XP_019881493.1;XP_019881356.1 Reactome: R-HSA-8964058 HDL remodeling 2 XP_019875580.1;XP_019879032.1 Reactome: R-HSA-977225 Amyloid fiber formation 13 XP_019873596.1;XP_019876400.1;XP_019877719.1;XP_019867760.1;XP_019875784.1;XP_019873112.1;XP_019869584.1;XP_019875771.1;XP_019873598.1;XP_019873597.1;XP_019874376.1;XP_019874375.1;XP_019869585.1 KEGG: 00030+5.1.3.1 Pentose phosphate pathway 1 XP_019869969.1 Reactome: R-HSA-400253 Circadian Clock 32 XP_019880264.1;XP_019868760.1;XP_019866199.1;XP_019869981.1;XP_019866167.1;XP_019866846.1;XP_019878038.1;XP_019866885.1;XP_019874815.1;XP_019869775.1;XP_019870160.1;XP_019870006.1;XP_019879756.1;XP_019867760.1;XP_019866198.1;XP_019866166.1;XP_019867574.1;XP_019866168.1;XP_019874816.1;XP_019869774.1;XP_019869776.1;XP_019866847.1;XP_019866852.1;XP_019868157.1;XP_019869584.1;XP_019874447.1;XP_019866219.1;XP_019880902.1;XP_019869585.1;XP_019868761.1;XP_019866831.1;XP_019881491.1 MetaCyc: PWY-7205 CMP phosphorylation 15 XP_019873404.1;XP_019870975.1;XP_019864973.1;XP_019869648.1;XP_019881305.1;XP_019869647.1;XP_019873408.1;XP_019864974.1;XP_019868211.1;XP_019867079.1;XP_019875326.1;XP_019864975.1;XP_019873683.1;XP_019879845.1;XP_019864972.1 Reactome: R-HSA-428930 Thromboxane signalling through TP receptor 8 XP_019877515.1;XP_019868277.1;XP_019880311.1;XP_019875413.1;XP_019873626.1;XP_019877084.1;XP_019871826.1;XP_019873314.1 Reactome: R-HSA-2162123 Synthesis of Prostaglandins (PG) and Thromboxanes (TX) 1 XP_019870338.1 Reactome: R-HSA-5626978 TNFR1-mediated ceramide production 1 XP_019868993.1 Reactome: R-HSA-2871837 FCERI mediated NF-kB activation 75 XP_019875297.1;XP_019866452.1;XP_019866771.1;XP_019871809.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019871959.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019866199.1;XP_019880388.1;XP_019866167.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019873961.1;XP_019868355.1;XP_019870906.1;XP_019865856.1;XP_019867885.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019866198.1;XP_019878378.1;XP_019880577.1;XP_019871873.1;XP_019875016.1;XP_019875999.1;XP_019875542.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019878375.1;XP_019869585.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019865221.1;XP_019868753.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019869981.1;XP_019868223.1;XP_019866885.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019870758.1;XP_019877889.1;XP_019876367.1;XP_019870006.1;XP_019876206.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019864959.1;XP_019866168.1 Reactome: R-HSA-8951936 RUNX3 regulates p14-ARF 2 XP_019874360.1;XP_019878084.1 KEGG: 00051+2.7.1.11 Fructose and mannose metabolism 6 XP_019871695.1;XP_019871693.1;XP_019871692.1;XP_019871694.1;XP_019871696.1;XP_019871691.1 KEGG: 00510+2.4.1.257+2.4.1.132 N-Glycan biosynthesis 2 XP_019873588.1;XP_019879412.1 MetaCyc: PWY-8012 Mupirocin biosynthesis 7 XP_019880034.1;XP_019878163.1;XP_019868913.1;XP_019868912.1;XP_019868914.1;XP_019867912.1;XP_019880777.1 KEGG: 00750+2.7.1.35 Vitamin B6 metabolism 3 XP_019868060.1;XP_019868058.1;XP_019868059.1 Reactome: R-HSA-450341 Activation of the AP-1 family of transcription factors 9 XP_019868739.1;XP_019868741.1;XP_019880264.1;XP_019864589.1;XP_019868743.1;XP_019868744.1;XP_019868742.1;XP_019875529.1;XP_019868740.1 Reactome: R-HSA-69166 Removal of the Flap Intermediate 19 XP_019872264.1;XP_019877876.1;XP_019873613.1;XP_019879757.1;XP_019864798.1;XP_019870300.1;XP_019871783.1;XP_019876835.1;XP_019881344.1;XP_019879130.1;XP_019872352.1;XP_019866703.1;XP_019866976.1;XP_019866702.1;XP_019877751.1;XP_019876853.1;XP_019877750.1;XP_019877406.1;XP_019877839.1 Reactome: R-HSA-2467813 Separation of Sister Chromatids 162 XP_019875855.1;XP_019873172.1;XP_019878910.1;XP_019876367.1;XP_019869073.1;XP_019870758.1;XP_019875943.1;XP_019867630.1;XP_019876206.1;XP_019869329.1;XP_019869641.1;XP_019869353.1;XP_019867616.1;XP_019867617.1;XP_019881730.1;XP_019874974.1;XP_019873379.1;XP_019865855.1;XP_019878285.1;XP_019867622.1;XP_019873841.1;XP_019871520.1;XP_019877456.1;XP_019875999.1;XP_019881573.1;XP_019871873.1;XP_019869584.1;XP_019875854.1;XP_019878378.1;XP_019880452.1;XP_019876916.1;XP_019870416.1;XP_019875755.1;XP_019879330.1;XP_019880577.1;XP_019879148.1;XP_019870906.1;XP_019866609.1;XP_019867620.1;XP_019866612.1;XP_019868177.1;XP_019872415.1;XP_019874962.1;XP_019873892.1;XP_019872641.1;XP_019864628.1;XP_019873739.1;XP_019880049.1;XP_019873961.1;XP_019868355.1;XP_019866068.1;XP_019872657.1;XP_019874899.1;XP_019878806.1;XP_019879312.1;XP_019867619.1;XP_019881356.1;XP_019881493.1;XP_019869337.1;XP_019867627.1;XP_019874522.1;XP_019873891.1;XP_019878201.1;XP_019878838.1;XP_019871959.1;XP_019877295.1;XP_019881419.1;XP_019871383.1;XP_019866139.1;XP_019867254.1;XP_019870885.1;XP_019873384.1;XP_019875607.1;XP_019867621.1;XP_019866794.1;XP_019869989.1;XP_019872149.1;XP_019875297.1;XP_019871809.1;XP_019867760.1;XP_019874048.1;XP_019871241.1;XP_019872059.1;XP_019878209.1;XP_019864959.1;XP_019875934.1;XP_019876014.1;XP_019877889.1;XP_019875664.1;XP_019868179.1;XP_019879144.1;XP_019877354.1;XP_019870849.1;XP_019868669.1;XP_019869362.1;XP_019879685.1;XP_019871781.1;XP_019868223.1;XP_019867628.1;XP_019866611.1;XP_019875990.1;XP_019869346.1;XP_019867631.1;XP_019880050.1;XP_019868710.1;XP_019868711.1;XP_019872414.1;XP_019878072.1;XP_019880051.1;XP_019868753.1;XP_019877091.1;XP_019867626.1;XP_019878375.1;XP_019869585.1;XP_019881724.1;XP_019875542.1;XP_019871033.1;XP_019875016.1;XP_019873430.1;XP_019875935.1;XP_019873385.1;XP_019868487.1;XP_019881586.1;XP_019877591.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019867618.1;XP_019865856.1;XP_019874707.1;XP_019865219.1;XP_019880037.1;XP_019868224.1;XP_019880052.1;XP_019876589.1;XP_019875983.1;XP_019867624.1;XP_019880545.1;XP_019869640.1;XP_019874113.1;XP_019873378.1;XP_019867827.1;XP_019870325.1;XP_019868806.1;XP_019881575.1;XP_019868054.1;XP_019871182.1;XP_019869620.1;XP_019867625.1;XP_019870619.1;XP_019872438.1;XP_019874107.1;XP_019878911.1;XP_019868347.1;XP_019865802.1;XP_019877015.1;XP_019867629.1;XP_019866452.1;XP_019875181.1;XP_019874975.1;XP_019868163.1;XP_019866771.1 Reactome: R-HSA-8939256 RUNX1 regulates transcription of genes involved in WNT signaling 2 XP_019878084.1;XP_019874360.1 KEGG: 00230+1.17.1.4 Purine metabolism 2 XP_019874514.1;XP_019874528.1 KEGG: 00020+6.2.1.4 Citrate cycle (TCA cycle) 1 XP_019880910.1 KEGG: 00910+1.4.1.14 Nitrogen metabolism 1 XP_019873330.1 Reactome: R-HSA-4655427 SUMOylation of DNA methylation proteins 2 XP_019879755.1;XP_019877966.1 KEGG: 00260+1.4.4.2 Glycine, serine and threonine metabolism 1 XP_019868372.1 KEGG: 00230+1.1.1.205 Purine metabolism 2 XP_019873268.1;XP_019871288.1 KEGG: 00900+1.1.1.34 Terpenoid backbone biosynthesis 2 XP_019866380.1;XP_019876832.1 Reactome: R-HSA-425366 Transport of bile salts and organic acids, metal ions and amine compounds 9 XP_019878880.1;XP_019868006.1;XP_019867982.1;XP_019868008.1;XP_019868009.1;XP_019867695.1;XP_019877096.1;XP_019865203.1;XP_019868007.1 Reactome: R-HSA-349425 Autodegradation of the E3 ubiquitin ligase COP1 65 XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019876206.1;XP_019875855.1;XP_019873172.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019864959.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019875990.1;XP_019868223.1;XP_019868669.1;XP_019870849.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019871959.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019881517.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019864697.1;XP_019880545.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019868355.1;XP_019873961.1 Reactome: R-HSA-176974 Unwinding of DNA 16 XP_019869557.1;XP_019869909.1;XP_019872213.1;XP_019878777.1;XP_019880539.1;XP_019875892.1;XP_019876748.1;XP_019880468.1;XP_019866295.1;XP_019880123.1;XP_019877877.1;XP_019868588.1;XP_019865774.1;XP_019871077.1;XP_019871453.1;XP_019873629.1 Reactome: R-HSA-72187 mRNA 3'-end processing 47 XP_019864689.1;XP_019881196.1;XP_019873320.1;XP_019865031.1;XP_019868295.1;XP_019870187.1;XP_019877060.1;XP_019879235.1;XP_019874261.1;XP_019873820.1;XP_019866048.1;XP_019869302.1;XP_019877531.1;XP_019871592.1;XP_019878603.1;XP_019875397.1;XP_019874242.1;XP_019873318.1;XP_019873319.1;XP_019878908.1;XP_019865311.1;XP_019880352.1;XP_019867051.1;XP_019867030.1;XP_019871301.1;XP_019874741.1;XP_019881877.1;XP_019868229.1;XP_019872851.1;XP_019869352.1;XP_019867050.1;XP_019878602.1;XP_019879616.1;XP_019879841.1;XP_019879670.1;XP_019869812.1;XP_019873905.1;XP_019878915.1;XP_019873904.1;XP_019881792.1;XP_019867048.1;XP_019874941.1;XP_019867049.1;XP_019875465.1;XP_019876177.1;XP_019869819.1;XP_019873717.1 KEGG: 00970+6.1.1.11 Aminoacyl-tRNA biosynthesis 3 XP_019874955.1;XP_019866293.1;XP_019870030.1 Reactome: R-HSA-5693565 Recruitment and ATM-mediated phosphorylation of repair and signaling proteins at DNA double strand breaks 19 XP_019869585.1;XP_019881517.1;XP_019874871.1;XP_019873890.1;XP_019879609.1;XP_019864823.1;XP_019871543.1;XP_019867760.1;XP_019876432.1;XP_019866526.1;XP_019872775.1;XP_019864821.1;XP_019869584.1;XP_019872774.1;XP_019864822.1;XP_019870557.1;XP_019869674.1;XP_019876037.1;XP_019880099.1 Reactome: R-HSA-4755579 Defective SRD5A3 causes SRD5A3-CDG (CDG-1q) and KHRZ 3 XP_019869055.1;XP_019869053.1;XP_019869054.1 Reactome: R-HSA-5619078 Defective SLC35C1 causes congenital disorder of glycosylation 2C (CDG2C) 1 XP_019867228.1 Reactome: R-HSA-111932 CaMK IV-mediated phosphorylation of CREB 1 XP_019867724.1 Reactome: R-HSA-9635644 Inhibition of membrane repair 1 XP_019876424.1 MetaCyc: PWY-7199 Pyrimidine deoxyribonucleosides salvage 2 XP_019880814.1;XP_019872819.1 KEGG: 00520+2.7.7.12 Amino sugar and nucleotide sugar metabolism 1 XP_019866103.1 MetaCyc: PWY-5966-1 Fatty acid biosynthesis initiation (animals and fungi, cytoplasm) 8 XP_019868914.1;XP_019867912.1;XP_019878163.1;XP_019868912.1;XP_019880777.1;XP_019874350.1;XP_019868913.1;XP_019880034.1 Reactome: R-HSA-8850843 Phosphate bond hydrolysis by NTPDase proteins 1 XP_019872811.1 Reactome: R-HSA-5602680 MyD88 deficiency (TLR5) 2 XP_019870785.1;XP_019876426.1 KEGG: 00520+5.4.2.8 Amino sugar and nucleotide sugar metabolism 1 XP_019865460.1 KEGG: 00230+3.1.4.53 Purine metabolism 1 XP_019867655.1 KEGG: 00561+2.7.1.107 Glycerolipid metabolism 14 XP_019864708.1;XP_019864703.1;XP_019864707.1;XP_019864704.1;XP_019881704.1;XP_019880958.1;XP_019864705.1;XP_019880100.1;XP_019865551.1;XP_019876039.1;XP_019864701.1;XP_019864702.1;XP_019864706.1;XP_019880959.1 Reactome: R-HSA-2299718 Condensation of Prophase Chromosomes 7 XP_019873471.1;XP_019869850.1;XP_019874984.1;XP_019871015.1;XP_019869858.1;XP_019871014.1;XP_019874257.1 Reactome: R-HSA-110330 Recognition and association of DNA glycosylase with site containing an affected purine 3 XP_019871875.1;XP_019874957.1;XP_019871876.1 Reactome: R-HSA-3359462 Defective AMN causes hereditary megaloblastic anemia 1 3 XP_019878494.1;XP_019872103.1;XP_019872104.1 KEGG: 00970+6.1.1.17 Aminoacyl-tRNA biosynthesis 2 XP_019875025.1;XP_019876046.1 MetaCyc: PWY-5849 Menaquinol-6 biosynthesis 1 XP_019878380.1 Reactome: R-HSA-1489509 DAG and IP3 signaling 4 XP_019881353.1;XP_019872866.1;XP_019881354.1;XP_019881355.1 Reactome: R-HSA-451308 Activation of Ca-permeable Kainate Receptor 1 XP_019871621.1 Reactome: R-HSA-5467333 APC truncation mutants are not K63 polyubiquitinated 2 XP_019880528.1;XP_019880527.1 KEGG: 00790+4.6.1.17 Folate biosynthesis 1 XP_019875734.1 Reactome: R-HSA-5689901 Metalloprotease DUBs 13 XP_019867760.1;XP_019876432.1;XP_019875999.1;XP_019870557.1;XP_019873890.1;XP_019872774.1;XP_019875983.1;XP_019866426.1;XP_019869584.1;XP_019866307.1;XP_019872775.1;XP_019869585.1;XP_019875990.1 KEGG: 00473+5.1.1.1 D-Alanine metabolism 2 XP_019865232.1;XP_019865276.1 Reactome: R-HSA-975110 TRAF6 mediated IRF7 activation in TLR7/8 or 9 signaling 4 XP_019869584.1;XP_019869585.1;XP_019876426.1;XP_019867760.1 Reactome: R-HSA-5578775 Ion homeostasis 9 XP_019865510.1;XP_019869755.1;XP_019869476.1;XP_019872866.1;XP_019881543.1;XP_019867724.1;XP_019871887.1;XP_019869479.1;XP_019869478.1 Reactome: R-HSA-9027277 Erythropoietin activates Phospholipase C gamma (PLCG) 1 XP_019868833.1 Reactome: R-HSA-1227986 Signaling by ERBB2 4 XP_019874937.1;XP_019866868.1;XP_019865044.1;XP_019874938.1 MetaCyc: PWY-7291 Oleate beta-oxidation (isomerase-dependent, yeast) 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 KEGG: 00510+2.4.1.144 N-Glycan biosynthesis 1 XP_019869056.1 MetaCyc: PWY-3821 D-galactose detoxification 4 XP_019870962.1;XP_019870278.1;XP_019880289.1;XP_019870272.1 KEGG: 00310+4.2.1.17 Lysine degradation 1 XP_019875259.1 Reactome: R-HSA-4720454 Defective ALG9 causes ALG9-CDG (CDG-1l) 1 XP_019876430.1 MetaCyc: PWY-5142 Acyl-[acyl-carrier protein] thioesterase pathway 7 XP_019878163.1;XP_019868913.1;XP_019868912.1;XP_019880034.1;XP_019868914.1;XP_019880777.1;XP_019867912.1 Reactome: R-HSA-167590 Nef Mediated CD4 Down-regulation 8 XP_019876023.1;XP_019876009.1;XP_019869483.1;XP_019869481.1;XP_019876016.1;XP_019869482.1;XP_019876399.1;XP_019875200.1 KEGG: 00230+2.7.4.8 Purine metabolism 12 XP_019869597.1;XP_019867829.1;XP_019876675.1;XP_019876677.1;XP_019875525.1;XP_019880541.1;XP_019876674.1;XP_019876676.1;XP_019871918.1;XP_019880623.1;XP_019875526.1;XP_019873215.1 Reactome: R-HSA-5625740 RHO GTPases activate PKNs 5 XP_019877003.1;XP_019877002.1;XP_019871823.1;XP_019865733.1;XP_019867885.1 Reactome: R-HSA-5685938 HDR through Single Strand Annealing (SSA) 31 XP_019879339.1;XP_019880099.1;XP_019870300.1;XP_019876037.1;XP_019865185.1;XP_019869674.1;XP_019864822.1;XP_019864821.1;XP_019876531.1;XP_019872097.1;XP_019866373.1;XP_019872264.1;XP_019871806.1;XP_019867686.1;XP_019866140.1;XP_019876432.1;XP_019878179.1;XP_019877406.1;XP_019871543.1;XP_019864823.1;XP_019879609.1;XP_019881517.1;XP_019880795.1;XP_019875834.1;XP_019874793.1;XP_019875289.1;XP_019872230.1;XP_019868230.1;XP_019871032.1;XP_019872357.1;XP_019877996.1 Reactome: R-HSA-425397 Transport of vitamins, nucleosides, and related molecules 1 XP_019871400.1 Reactome: R-HSA-450408 AUF1 (hnRNP D0) binds and destabilizes mRNA 65 XP_019868355.1;XP_019873961.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019880545.1;XP_019864935.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019864936.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019871959.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019868669.1;XP_019870849.1;XP_019868223.1;XP_019875990.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019864959.1;XP_019875855.1;XP_019873172.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019876206.1;XP_019875542.1;XP_019875999.1;XP_019875016.1;XP_019871873.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019878378.1;XP_019880577.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1;XP_019877091.1;XP_019873841.1;XP_019878375.1;XP_019869585.1 Reactome: R-HSA-4549349 Defective ALG2 causes ALG2-CDG (CDG-1i) 3 XP_019879412.1;XP_019878496.1;XP_019873588.1 KEGG: 00250+1.4.1.14 Alanine, aspartate and glutamate metabolism 1 XP_019873330.1 KEGG: 00190+3.6.1.1 Oxidative phosphorylation 3 XP_019866211.1;XP_019871679.1;XP_019878635.1 MetaCyc: PWY-7999 Vitamin K-epoxide cycle 2 XP_019881481.1;XP_019864733.1 KEGG: 00983+1.17.4.1 Drug metabolism - other enzymes 3 XP_019867410.1;XP_019873158.1;XP_019864914.1 KEGG: 00565+3.1.1.47 Ether lipid metabolism 1 XP_019875065.1 MetaCyc: PWY-7210 Pyrimidine deoxyribonucleotides biosynthesis from CTP 23 XP_019868211.1;XP_019880479.1;XP_019864975.1;XP_019873683.1;XP_019879845.1;XP_019864972.1;XP_019870975.1;XP_019873158.1;XP_019871003.1;XP_019864973.1;XP_019867410.1;XP_019871002.1;XP_019869648.1;XP_019869647.1;XP_019873408.1;XP_019864974.1;XP_019872819.1;XP_019864914.1;XP_019867079.1;XP_019875326.1;XP_019873404.1;XP_019881305.1;XP_019875217.1 KEGG: 04926+2.7.11.1 Relaxin signaling pathway 79 XP_019864994.1;XP_019868710.1;XP_019878712.1;XP_019868711.1;XP_019873006.1;XP_019866343.1;XP_019871636.1;XP_019880985.1;XP_019871026.1;XP_019876293.1;XP_019878082.1;XP_019880473.1;XP_019866341.1;XP_019873279.1;XP_019870809.1;XP_019871078.1;XP_019871493.1;XP_019876631.1;XP_019875074.1;XP_019868585.1;XP_019876160.1;XP_019880488.1;XP_019869322.1;XP_019876630.1;XP_019879685.1;XP_019869641.1;XP_019881665.1;XP_019880827.1;XP_019870808.1;XP_019866342.1;XP_019872097.1;XP_019879129.1;XP_019871205.1;XP_019870806.1;XP_019866058.1;XP_019868449.1;XP_019869620.1;XP_019866346.1;XP_019873110.1;XP_019880734.1;XP_019868843.1;XP_019874385.1;XP_019870807.1;XP_019880466.1;XP_019877608.1;XP_019866137.1;XP_019870587.1;XP_019873788.1;XP_019880480.1;XP_019870588.1;XP_019876256.1;XP_019872236.1;XP_019876169.1;XP_019869321.1;XP_019872870.1;XP_019864649.1;XP_019880286.1;XP_019880620.1;XP_019879295.1;XP_019877713.1;XP_019875116.1;XP_019867885.1;XP_019873527.1;XP_019881517.1;XP_019879679.1;XP_019877578.1;XP_019866345.1;XP_019880986.1;XP_019876905.1;XP_019881345.1;XP_019872521.1;XP_019868376.1;XP_019879745.1;XP_019873710.1;XP_019873111.1;XP_019871917.1;XP_019880072.1;XP_019869640.1;XP_019872938.1 KEGG: 00362+4.2.1.17 Benzoate degradation 1 XP_019875259.1 KEGG: 00640+1.1.1.27 Propanoate metabolism 3 XP_019872685.1;XP_019872684.1;XP_019872686.1 Reactome: R-HSA-388841 Costimulation by the CD28 family 2 XP_019865078.1;XP_019865910.1 Reactome: R-HSA-442742 CREB1 phosphorylation through NMDA receptor-mediated activation of RAS signaling 1 XP_019880620.1 Reactome: R-HSA-5689896 Ovarian tumor domain proteases 13 XP_019865626.1;XP_019880528.1;XP_019867760.1;XP_019870023.1;XP_019869584.1;XP_019868998.1;XP_019877265.1;XP_019875132.1;XP_019866033.1;XP_019880527.1;XP_019879383.1;XP_019866106.1;XP_019869585.1 KEGG: 00250+1.4.1.1 Alanine, aspartate and glutamate metabolism 1 XP_019872934.1 KEGG: 00230+3.1.3.5 Purine metabolism 1 XP_019877355.1 Reactome: R-HSA-937072 TRAF6-mediated induction of TAK1 complex within TLR4 complex 7 XP_019873193.1;XP_019879007.1;XP_019880187.1;XP_019867760.1;XP_019880388.1;XP_019869584.1;XP_019869585.1 Reactome: R-HSA-71384 Ethanol oxidation 6 XP_019878313.1;XP_019872166.1;XP_019878621.1;XP_019869997.1;XP_019877682.1;XP_019877681.1 Reactome: R-HSA-1250342 PI3K events in ERBB4 signaling 2 XP_019874938.1;XP_019874937.1 Reactome: R-HSA-71403 Citric acid cycle (TCA cycle) 37 XP_019876950.1;XP_019881360.1;XP_019872086.1;XP_019872934.1;XP_019875306.1;XP_019873660.1;XP_019879408.1;XP_019880348.1;XP_019880910.1;XP_019868146.1;XP_019865417.1;XP_019869898.1;XP_019879766.1;XP_019874295.1;XP_019871293.1;XP_019875594.1;XP_019867751.1;XP_019881845.1;XP_019864881.1;XP_019870111.1;XP_019867749.1;XP_019875193.1;XP_019872926.1;XP_019872341.1;XP_019874796.1;XP_019865398.1;XP_019864882.1;XP_019874999.1;XP_019873664.1;XP_019878154.1;XP_019872581.1;XP_019874576.1;XP_019872935.1;XP_019875307.1;XP_019879758.1;XP_019871334.1;XP_019877457.1 MetaCyc: PWY-6700 Queuosine biosynthesis I (de novo) 2 XP_019874111.1;XP_019873294.1 Reactome: R-HSA-8963889 Assembly of active LPL and LIPC lipase complexes 4 XP_019871020.1;XP_019872909.1;XP_019872908.1;XP_019875245.1 Reactome: R-HSA-4724325 Defective ALG8 causes ALG8-CDG (CDG-1h) 1 XP_019868632.1 MetaCyc: PWY-3561 Choline biosynthesis III 1 XP_019881002.1 Reactome: R-HSA-2514853 Condensation of Prometaphase Chromosomes 9 XP_019874257.1;XP_019880444.1;XP_019871629.1;XP_019868428.1;XP_019880446.1;XP_019869850.1;XP_019871341.1;XP_019865204.1;XP_019869858.1 Reactome: R-HSA-5362768 Hh mutants that don't undergo autocatalytic processing are degraded by ERAD 66 XP_019873378.1;XP_019865626.1;XP_019878838.1;XP_019868806.1;XP_019871959.1;XP_019867045.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019865202.1;XP_019873961.1;XP_019868355.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1;XP_019877091.1;XP_019873841.1;XP_019878375.1;XP_019869585.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019878378.1;XP_019880577.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019864959.1;XP_019875855.1;XP_019873172.1;XP_019877889.1;XP_019870758.1;XP_019869073.1;XP_019876367.1;XP_019876206.1;XP_019868669.1;XP_019870849.1;XP_019868223.1;XP_019875990.1 KEGG: 00480+4.3.2.7 Glutathione metabolism 3 XP_019872984.1;XP_019872832.1;XP_019877120.1 Reactome: R-HSA-446199 Synthesis of Dolichyl-phosphate 8 XP_019878130.1;XP_019869845.1;XP_019869053.1;XP_019869055.1;XP_019869844.1;XP_019869054.1;XP_019875414.1;XP_019871737.1 Reactome: R-HSA-6802955 Paradoxical activation of RAF signaling by kinase inactive BRAF 15 XP_019871847.1;XP_019871843.1;XP_019871848.1;XP_019871841.1;XP_019879176.1;XP_019867724.1;XP_019875529.1;XP_019871842.1;XP_019871849.1;XP_019871845.1;XP_019873710.1;XP_019871851.1;XP_019871846.1;XP_019871844.1;XP_019871840.1 Reactome: R-HSA-6803211 TP53 Regulates Transcription of Death Receptors and Ligands 2 XP_019868273.1;XP_019868274.1 MetaCyc: PWY-6598 Sciadonate biosynthesis 21 XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019869995.1;XP_019873197.1;XP_019879715.1;XP_019870251.1;XP_019870260.1;XP_019869939.1;XP_019874826.1;XP_019870259.1;XP_019870247.1;XP_019865771.1;XP_019870261.1;XP_019870252.1;XP_019877181.1;XP_019865770.1;XP_019873198.1;XP_019879592.1;XP_019870257.1;XP_019870262.1 Reactome: R-HSA-69481 G2/M Checkpoints 63 XP_019876206.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019877889.1;XP_019873172.1;XP_019875855.1;XP_019864959.1;XP_019871241.1;XP_019878377.1;XP_019876360.1;XP_019867760.1;XP_019869453.1;XP_019865856.1;XP_019872059.1;XP_019870906.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019875990.1;XP_019880545.1;XP_019868355.1;XP_019873961.1;XP_019868223.1;XP_019875983.1;XP_019866068.1;XP_019872657.1;XP_019870849.1;XP_019868669.1;XP_019869585.1;XP_019881419.1;XP_019878375.1;XP_019874107.1;XP_019870619.1;XP_019871959.1;XP_019877091.1;XP_019873841.1;XP_019878838.1;XP_019868806.1;XP_019868753.1;XP_019873378.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019880577.1;XP_019871809.1;XP_019866771.1;XP_019866452.1;XP_019878378.1;XP_019875297.1;XP_019877015.1;XP_019869584.1;XP_019875854.1;XP_019866794.1;XP_019873385.1;XP_019869989.1;XP_019875542.1;XP_019875999.1;XP_019865802.1;XP_019868347.1;XP_019871873.1;XP_019875016.1;XP_019873384.1 KEGG: 00720+4.2.1.17 Carbon fixation pathways in prokaryotes 1 XP_019875259.1 MetaCyc: PWY-5491 Diethylphosphate degradation 6 XP_019876022.1;XP_019871124.1;XP_019879819.1;XP_019871289.1;XP_019880774.1;XP_019880880.1 MetaCyc: PWY-6944 Androstenedione degradation 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 KEGG: 00480+6.3.2.3 Glutathione metabolism 2 XP_019880226.1;XP_019870735.1 KEGG: 00240+3.1.3.5 Pyrimidine metabolism 1 XP_019877355.1 Reactome: R-HSA-1482839 Acyl chain remodelling of PE 5 XP_019880543.1;XP_019874626.1;XP_019880793.1;XP_019881029.1;XP_019867306.1 Reactome: R-HSA-69052 Switching of origins to a post-replicative state 8 XP_019869557.1;XP_019880539.1;XP_019877877.1;XP_019875892.1;XP_019868588.1;XP_019865774.1;XP_019873629.1;XP_019876748.1 MetaCyc: PWY-5367 Petroselinate biosynthesis 7 XP_019868913.1;XP_019878163.1;XP_019868912.1;XP_019880034.1;XP_019868914.1;XP_019880777.1;XP_019867912.1 KEGG: 04070+2.7.4.24+2.7.4.21 Phosphatidylinositol signaling system 8 XP_019865974.1;XP_019865976.1;XP_019865978.1;XP_019865971.1;XP_019865979.1;XP_019865977.1;XP_019865972.1;XP_019865975.1 Reactome: R-HSA-392154 Nitric oxide stimulates guanylate cyclase 9 XP_019875679.1;XP_019868231.1;XP_019875681.1;XP_019865846.1;XP_019875680.1;XP_019869558.1;XP_019881606.1;XP_019875678.1;XP_019868194.1 Reactome: R-HSA-381183 ATF6 (ATF6-alpha) activates chaperone genes 7 XP_019874925.1;XP_019871718.1;XP_019871721.1;XP_019870467.1;XP_019871719.1;XP_019870465.1;XP_019870466.1 Reactome: R-HSA-420029 Tight junction interactions 2 XP_019869597.1;XP_019866170.1 Reactome: R-HSA-5362517 Signaling by Retinoic Acid 6 XP_019871441.1;XP_019870111.1;XP_019865397.1;XP_019870089.1;XP_019881720.1;XP_019878020.1 MetaCyc: PWY-7206 Pyrimidine deoxyribonucleotides dephosphorylation 3 XP_019877733.1;XP_019879030.1;XP_019876978.1 MetaCyc: PWY-6610 Adenine salvage 1 XP_019880490.1 KEGG: 00480+4.3.2.9 Glutathione metabolism 3 XP_019874524.1;XP_019874523.1;XP_019870303.1 MetaCyc: PWY-5751 Phenylethanol biosynthesis 1 XP_019869997.1 MetaCyc: PWY-7721 Methyl phomopsenoate biosynthesis 1 XP_019880038.1 MetaCyc: PWY-6643 Coenzyme M biosynthesis II 3 XP_019876450.1;XP_019864942.1;XP_019871475.1 MetaCyc: PWY-7442 Drosopterin and aurodrosopterin biosynthesis 3 XP_019866796.1;XP_019871888.1;XP_019871889.1 KEGG: 00230+3.6.1.6 Purine metabolism 1 XP_019875217.1 KEGG: 00500+2.4.1.15 Starch and sucrose metabolism 1 XP_019865342.1 MetaCyc: PWY-5133 Colupulone and cohumulone biosynthesis 2 XP_019865511.1;XP_019872166.1 Reactome: R-HSA-8854050 FBXL7 down-regulates AURKA during mitotic entry and in early mitosis 72 XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019871959.1;XP_019866167.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019866199.1;XP_019880545.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019866198.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019868223.1;XP_019866885.1;XP_019868669.1;XP_019870849.1;XP_019869981.1;XP_019875990.1;XP_019864959.1;XP_019866168.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019876206.1;XP_019870006.1;XP_019875855.1;XP_019873172.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1 Reactome: R-HSA-6807878 COPI-mediated anterograde transport 82 XP_019867256.1;XP_019868023.1;XP_019867622.1;XP_019877005.1;XP_019880051.1;XP_019881900.1;XP_019874974.1;XP_019880050.1;XP_019867631.1;XP_019868572.1;XP_019879476.1;XP_019877051.1;XP_019879561.1;XP_019869083.1;XP_019871062.1;XP_019867626.1;XP_019874315.1;XP_019866790.1;XP_019875512.1;XP_019871033.1;XP_019875755.1;XP_019871471.1;XP_019871490.1;XP_019871684.1;XP_019864563.1;XP_019869663.1;XP_019867630.1;XP_019872531.1;XP_019875943.1;XP_019873424.1;XP_019867002.1;XP_019873498.1;XP_019868179.1;XP_019881730.1;XP_019867617.1;XP_019866611.1;XP_019867616.1;XP_019867628.1;XP_019879515.1;XP_019869918.1;XP_019872770.1;XP_019876200.1;XP_019868198.1;XP_019879172.1;XP_019873843.1;XP_019872438.1;XP_019867625.1;XP_019867629.1;XP_019867621.1;XP_019879229.1;XP_019873789.1;XP_019871651.1;XP_019867254.1;XP_019874975.1;XP_019868163.1;XP_019873559.1;XP_019880736.1;XP_019867618.1;XP_019877879.1;XP_019879148.1;XP_019877247.1;XP_019872641.1;XP_019874962.1;XP_019871063.1;XP_019870016.1;XP_019866612.1;XP_019868177.1;XP_019880037.1;XP_019865219.1;XP_019867620.1;XP_019866609.1;XP_019868020.1;XP_019874899.1;XP_019870572.1;XP_019880052.1;XP_019866606.1;XP_019880049.1;XP_019867627.1;XP_019864817.1;XP_019869947.1;XP_019867619.1;XP_019867624.1 MetaCyc: PWY-7035 (9Z)-tricosene biosynthesis 21 XP_019869939.1;XP_019874826.1;XP_019870260.1;XP_019870251.1;XP_019879715.1;XP_019869995.1;XP_019873197.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019870262.1;XP_019870257.1;XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019865771.1;XP_019870247.1;XP_019870261.1;XP_019877181.1;XP_019870252.1;XP_019870259.1 Reactome: R-HSA-167152 Formation of HIV elongation complex in the absence of HIV Tat 56 XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1;XP_019875606.1;XP_019880869.1;XP_019878850.1;XP_019871592.1;XP_019879274.1;XP_019880931.1;XP_019876358.1;XP_019871167.1;XP_019869923.1;XP_019864774.1;XP_019878851.1;XP_019879698.1;XP_019866292.1;XP_019879537.1;XP_019866812.1;XP_019878456.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019877841.1;XP_019872148.1;XP_019871682.1;XP_019866954.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019871675.1;XP_019866809.1;XP_019878449.1;XP_019872482.1;XP_019878853.1;XP_019870382.1;XP_019879841.1;XP_019873138.1;XP_019872978.1;XP_019867019.1;XP_019878359.1;XP_019877795.1;XP_019874248.1;XP_019872580.1;XP_019877770.1;XP_019877838.1;XP_019872781.1;XP_019866925.1;XP_019867682.1;XP_019870539.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019879540.1 Reactome: R-HSA-209968 Thyroxine biosynthesis 5 XP_019865698.1;XP_019865697.1;XP_019867560.1;XP_019867921.1;XP_019867920.1 MetaCyc: PWY-6803 Phosphatidylcholine acyl editing 13 XP_019874626.1;XP_019869406.1;XP_019867906.1;XP_019879625.1;XP_019880326.1;XP_019880543.1;XP_019867306.1;XP_019869407.1;XP_019881029.1;XP_019877061.1;XP_019877065.1;XP_019880793.1;XP_019877059.1 Reactome: R-HSA-8963684 Tyrosine catabolism 4 XP_019869350.1;XP_019868034.1;XP_019875340.1;XP_019875028.1 Reactome: R-HSA-9615017 FOXO-mediated transcription of oxidative stress, metabolic and neuronal genes 10 XP_019869339.1;XP_019878566.1;XP_019875325.1;XP_019878567.1;XP_019878679.1;XP_019870171.1;XP_019864831.1;XP_019878680.1;XP_019877122.1;XP_019871069.1 MetaCyc: PWY-7800 Ac/N-end rule pathway 5 XP_019879079.1;XP_019879078.1;XP_019871068.1;XP_019873893.1;XP_019871617.1 Reactome: R-HSA-5140745 WNT5A-dependent internalization of FZD2, FZD5 and ROR2 9 XP_019875642.1;XP_019875644.1;XP_019869483.1;XP_019875643.1;XP_019869481.1;XP_019875645.1;XP_019876399.1;XP_019869482.1;XP_019875200.1 KEGG: 00051+4.2.1.68 Fructose and mannose metabolism 2 XP_019878843.1;XP_019876368.1 KEGG: 00130+1.17.4.4 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019881481.1 Reactome: R-HSA-196780 Biotin transport and metabolism 13 XP_019877275.1;XP_019880873.1;XP_019879643.1;XP_019874350.1;XP_019870066.1;XP_019871094.1;XP_019867451.1;XP_019879638.1;XP_019870065.1;XP_019878292.1;XP_019878173.1;XP_019879913.1;XP_019877276.1 MetaCyc: PWY-5749 Itaconate degradation 2 XP_019880403.1;XP_019880910.1 MetaCyc: PWY-6842 Glutathione-mediated detoxification II 19 XP_019869389.1;XP_019880128.1;XP_019864766.1;XP_019868643.1;XP_019873343.1;XP_019873356.1;XP_019873355.1;XP_019866302.1;XP_019871900.1;XP_019869668.1;XP_019878346.1;XP_019878347.1;XP_019864793.1;XP_019871898.1;XP_019873342.1;XP_019873344.1;XP_019864783.1;XP_019874377.1;XP_019878315.1 MetaCyc: PWY-7159 3,8-divinyl-chlorophyllide a biosynthesis III (aerobic, light independent) 3 XP_019877391.1;XP_019880901.1;XP_019877650.1 KEGG: 00071+1.1.1.1 Fatty acid degradation 1 XP_019869997.1 Reactome: R-HSA-9627069 Regulation of the apoptosome activity 6 XP_019866241.1;XP_019871594.1;XP_019880863.1;XP_019880397.1;XP_019875529.1;XP_019871365.1 Reactome: R-HSA-73621 Pyrimidine catabolism 9 XP_019865634.1;XP_019868565.1;XP_019872411.1;XP_019865651.1;XP_019873330.1;XP_019865652.1;XP_019880455.1;XP_019875807.1;XP_019865550.1 Reactome: R-HSA-8863795 Downregulation of ERBB2 signaling 8 XP_019880840.1;XP_019869585.1;XP_019865044.1;XP_019866868.1;XP_019874938.1;XP_019867760.1;XP_019869584.1;XP_019874937.1 Reactome: R-HSA-111463 SMAC (DIABLO) binds to IAPs 4 XP_019866241.1;XP_019871594.1;XP_019880397.1;XP_019871365.1 KEGG: 00520+2.7.1.6 Amino sugar and nucleotide sugar metabolism 2 XP_019880289.1;XP_019870962.1 KEGG: 00908+2.5.1.75 Zeatin biosynthesis 1 XP_019864819.1 Reactome: R-HSA-5579006 Defective GSS causes Glutathione synthetase deficiency (GSS deficiency) 2 XP_019870735.1;XP_019880226.1 MetaCyc: PWY-622 Starch biosynthesis 6 XP_019881960.1;XP_019881962.1;XP_019876383.1;XP_019873440.1;XP_019874001.1;XP_019881963.1 KEGG: 00511+3.2.1.23 Other glycan degradation 9 XP_019881201.1;XP_019877528.1;XP_019881202.1;XP_019872099.1;XP_019871983.1;XP_019868537.1;XP_019876813.1;XP_019880925.1;XP_019872096.1 MetaCyc: PWY-5972 Stearate biosynthesis I (animals) 19 XP_019870260.1;XP_019870251.1;XP_019874826.1;XP_019873197.1;XP_019870258.1;XP_019879714.1;XP_019870255.1;XP_019879715.1;XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019870262.1;XP_019870257.1;XP_019870259.1;XP_019870252.1;XP_019877181.1;XP_019865771.1;XP_019870247.1;XP_019870261.1 Reactome: R-HSA-201681 TCF dependent signaling in response to WNT 18 XP_019869585.1;XP_019879302.1;XP_019865170.1;XP_019870999.1;XP_019865707.1;XP_019870996.1;XP_019871001.1;XP_019871000.1;XP_019867760.1;XP_019870998.1;XP_019871371.1;XP_019865710.1;XP_019865708.1;XP_019865709.1;XP_019868515.1;XP_019870997.1;XP_019869584.1;XP_019868514.1 MetaCyc: PWY-6922 L-Ndelta-acetylornithine biosynthesis 8 XP_019866274.1;XP_019866271.1;XP_019865690.1;XP_019866272.1;XP_019866270.1;XP_019864883.1;XP_019874637.1;XP_019866273.1 KEGG: 00130+2.5.1.39 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019873860.1 Reactome: R-HSA-5696397 Gap-filling DNA repair synthesis and ligation in GG-NER 23 XP_019881574.1;XP_019878371.1;XP_019871806.1;XP_019875206.1;XP_019870300.1;XP_019871005.1;XP_019869584.1;XP_019873093.1;XP_019876567.1;XP_019866702.1;XP_019866703.1;XP_019875834.1;XP_019877751.1;XP_019875289.1;XP_019872352.1;XP_019876835.1;XP_019873165.1;XP_019869585.1;XP_019877996.1;XP_019877406.1;XP_019877750.1;XP_019867760.1;XP_019875209.1 Reactome: R-HSA-3371568 Attenuation phase 3 XP_019866144.1;XP_019879756.1;XP_019867574.1 MetaCyc: PWY-7921 Protein O-mannosylation I (yeast) 8 XP_019867565.1;XP_019865350.1;XP_019867215.1;XP_019873171.1;XP_019865984.1;XP_019878374.1;XP_019877690.1;XP_019873819.1 Reactome: R-HSA-429947 Deadenylation of mRNA 33 XP_019872619.1;XP_019870863.1;XP_019870862.1;XP_019877623.1;XP_019875839.1;XP_019881705.1;XP_019879549.1;XP_019864935.1;XP_019865489.1;XP_019869144.1;XP_019864936.1;XP_019866484.1;XP_019870865.1;XP_019872622.1;XP_019877634.1;XP_019868936.1;XP_019869072.1;XP_019868570.1;XP_019879893.1;XP_019879886.1;XP_019870861.1;XP_019876262.1;XP_019871497.1;XP_019872620.1;XP_019872621.1;XP_019872617.1;XP_019876316.1;XP_019879417.1;XP_019872623.1;XP_019872618.1;XP_019871560.1;XP_019881646.1;XP_019877641.1 Reactome: R-HSA-196741 Cobalamin (Cbl, vitamin B12) transport and metabolism 9 XP_019865275.1;XP_019875740.1;XP_019878494.1;XP_019872103.1;XP_019877558.1;XP_019878027.1;XP_019879831.1;XP_019872104.1;XP_019877559.1 Reactome: R-HSA-5658034 HHAT G278V abrogates palmitoylation of Hh-Np 1 XP_019869702.1 KEGG: 00562+2.7.1.158 Inositol phosphate metabolism 3 XP_019873105.1;XP_019873104.1;XP_019873106.1 Reactome: R-HSA-2173795 Downregulation of SMAD2/3:SMAD4 transcriptional activity 4 XP_019869584.1;XP_019869585.1;XP_019866456.1;XP_019867760.1 KEGG: 00590+3.1.1.4 Arachidonic acid metabolism 11 XP_019869406.1;XP_019874626.1;XP_019867906.1;XP_019880543.1;XP_019877061.1;XP_019880793.1;XP_019877059.1;XP_019877065.1;XP_019867306.1;XP_019869407.1;XP_019881029.1 Reactome: R-HSA-9033807 ABO blood group biosynthesis 2 XP_019881975.1;XP_019878345.1 Reactome: R-HSA-5682910 LGI-ADAM interactions 3 XP_019866956.1;XP_019866957.1;XP_019866959.1 KEGG: 00524+2.7.1.1 Neomycin, kanamycin and gentamicin biosynthesis 5 XP_019866279.1;XP_019866322.1;XP_019866265.1;XP_019866323.1;XP_019866260.1 KEGG: 00310+2.3.1.61 Lysine degradation 2 XP_019865417.1;XP_019874295.1 Reactome: R-HSA-5659996 RPIA deficiency: failed conversion of R5P to RU5P 1 XP_019866333.1 KEGG: 05235+3.1.3.16 PD-L1 expression and PD-1 checkpoint pathway in cancer 47 XP_019867649.1;XP_019866085.1;XP_019876864.1;XP_019880997.1;XP_019864904.1;XP_019872375.1;XP_019869137.1;XP_019868761.1;XP_019866831.1;XP_019873837.1;XP_019880893.1;XP_019874440.1;XP_019873921.1;XP_019877597.1;XP_019876932.1;XP_019879836.1;XP_019867650.1;XP_019876977.1;XP_019874000.1;XP_019866852.1;XP_019868005.1;XP_019874447.1;XP_019872754.1;XP_019866847.1;XP_019878278.1;XP_019867600.1;XP_019866925.1;XP_019874871.1;XP_019877371.1;XP_019868963.1;XP_019876139.1;XP_019877342.1;XP_019878957.1;XP_019873840.1;XP_019881359.1;XP_019866087.1;XP_019868760.1;XP_019879837.1;XP_019866088.1;XP_019871225.1;XP_019866846.1;XP_019878038.1;XP_019872796.1;XP_019867243.1;XP_019866400.1;XP_019872425.1;XP_019869360.1 KEGG: 00960+2.6.1.1 Tropane, piperidine and pyridine alkaloid biosynthesis 3 XP_019864942.1;XP_019871475.1;XP_019876450.1 Reactome: R-HSA-196299 Beta-catenin phosphorylation cascade 9 XP_019869337.1;XP_019869346.1;XP_019869329.1;XP_019869353.1;XP_019880527.1;XP_019879129.1;XP_019869362.1;XP_019881573.1;XP_019880528.1 Reactome: R-HSA-3656253 Defective EXT1 causes exostoses 1, TRPS2 and CHDS 7 XP_019877894.1;XP_019869824.1;XP_019871016.1;XP_019864522.1;XP_019869825.1;XP_019877446.1;XP_019868550.1 Reactome: R-HSA-446203 Asparagine N-linked glycosylation 5 XP_019880068.1;XP_019867130.1;XP_019867204.1;XP_019866968.1;XP_019865624.1 Reactome: R-HSA-181429 Serotonin Neurotransmitter Release Cycle 3 XP_019868370.1;XP_019873463.1;XP_019873502.1 Reactome: R-HSA-111447 Activation of BAD and translocation to mitochondria 5 XP_019869322.1;XP_019865733.1;XP_019871823.1;XP_019877608.1;XP_019869321.1 Reactome: R-HSA-8964572 Lipid particle organization 1 XP_019874370.1 KEGG: 00030+4.1.2.13 Pentose phosphate pathway 4 XP_019880828.1;XP_019875189.1;XP_019872283.1;XP_019875188.1 Reactome: R-HSA-983695 Antigen activates B Cell Receptor (BCR) leading to generation of second messengers 1 XP_019872866.1 Reactome: R-HSA-156902 Peptide chain elongation 100 XP_019880270.1;XP_019873336.1;XP_019872898.1;XP_019873622.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019866282.1;XP_019867791.1;XP_019879829.1;XP_019872859.1;XP_019875090.1;XP_019869957.1;XP_019868420.1;XP_019877960.1;XP_019870223.1;XP_019879605.1;XP_019879971.1;XP_019874807.1;XP_019867382.1;XP_019874699.1;XP_019874748.1;XP_019873152.1;XP_019871901.1;XP_019869643.1;XP_019881607.1;XP_019865321.1;XP_019877014.1;XP_019879588.1;XP_019869572.1;XP_019865233.1;XP_019874343.1;XP_019869573.1;XP_019868422.1;XP_019878159.1;XP_019873504.1;XP_019868820.1;XP_019866948.1;XP_019873714.1;XP_019874029.1;XP_019878416.1;XP_019871723.1;XP_019869804.1;XP_019876481.1;XP_019865320.1;XP_019877878.1;XP_019877012.1;XP_019865328.1;XP_019871722.1;XP_019872359.1;XP_019880572.1;XP_019867521.1;XP_019867390.1;XP_019880290.1;XP_019881458.1;XP_019871326.1;XP_019866949.1;XP_019870902.1;XP_019866381.1;XP_019871017.1;XP_019866497.1;XP_019881324.1;XP_019865278.1;XP_019865358.1;XP_019869208.1;XP_019877013.1;XP_019869585.1;XP_019869341.1;XP_019870881.1;XP_019876731.1;XP_019869584.1;XP_019869292.1;XP_019865463.1;XP_019868437.1;XP_019870859.1;XP_019866597.1;XP_019876762.1;XP_019876739.1;XP_019871741.1;XP_019875998.1;XP_019880946.1;XP_019867969.1;XP_019877011.1;XP_019868421.1;XP_019867760.1;XP_019878927.1;XP_019869778.1;XP_019874726.1;XP_019878799.1;XP_019866499.1;XP_019869342.1;XP_019873634.1;XP_019879705.1;XP_019869241.1;XP_019874808.1;XP_019866498.1;XP_019870618.1;XP_019876138.1;XP_019867679.1;XP_019879316.1 KEGG: 00680+5.4.2.11 Methane metabolism 4 XP_019868918.1;XP_019879424.1;XP_019881270.1;XP_019867499.1 KEGG: 00983+1.1.1.205 Drug metabolism - other enzymes 2 XP_019873268.1;XP_019871288.1 KEGG: 00740+3.6.1.9 Riboflavin metabolism 3 XP_019879030.1;XP_019877733.1;XP_019876978.1 Reactome: R-HSA-111448 Activation of NOXA and translocation to mitochondria 2 XP_019878917.1;XP_019878279.1 KEGG: 00562+2.7.1.137 Inositol phosphate metabolism 1 XP_019875528.1 KEGG: 00720+1.5.1.5+3.5.4.9 Carbon fixation pathways in prokaryotes 4 XP_019875572.1;XP_019875566.1;XP_019865430.1;XP_019875559.1 MetaCyc: PWY-5054 D-sorbitol biosynthesis I 2 XP_019874001.1;XP_019876383.1 Reactome: R-HSA-450604 KSRP (KHSRP) binds and destabilizes mRNA 15 XP_019881034.1;XP_019869022.1;XP_019881568.1;XP_019878383.1;XP_019881336.1;XP_019870909.1;XP_019870861.1;XP_019866795.1;XP_019866472.1;XP_019880953.1;XP_019870862.1;XP_019870863.1;XP_019865187.1;XP_019872479.1;XP_019870865.1 MetaCyc: PWY-6855 Chitin degradation I (archaea) 19 XP_019879258.1;XP_019877307.1;XP_019878642.1;XP_019879112.1;XP_019873817.1;XP_019881687.1;XP_019880028.1;XP_019874136.1;XP_019865594.1;XP_019879113.1;XP_019864946.1;XP_019880481.1;XP_019880027.1;XP_019877258.1;XP_019865365.1;XP_019877306.1;XP_019865738.1;XP_019878586.1;XP_019875196.1 KEGG: 00510+2.4.1.68 N-Glycan biosynthesis 1 XP_019872837.1 KEGG: 00260+3.1.3.3 Glycine, serine and threonine metabolism 2 XP_019877426.1;XP_019879270.1 Reactome: R-HSA-432722 Golgi Associated Vesicle Biogenesis 7 XP_019881264.1;XP_019875634.1;XP_019877448.1;XP_019874635.1;XP_019881265.1;XP_019873800.1;XP_019877730.1 Reactome: R-HSA-388844 Receptor-type tyrosine-protein phosphatases 3 XP_019869507.1;XP_019873463.1;XP_019873502.1 Reactome: R-HSA-499943 Interconversion of nucleotide di- and triphosphates 27 XP_019881305.1;XP_019864901.1;XP_019873404.1;XP_019880541.1;XP_019867425.1;XP_019867364.1;XP_019877492.1;XP_019869958.1;XP_019871918.1;XP_019867079.1;XP_019864971.1;XP_019870338.1;XP_019867410.1;XP_019873158.1;XP_019871003.1;XP_019871002.1;XP_019864973.1;XP_019870975.1;XP_019864914.1;XP_019864974.1;XP_019872819.1;XP_019864975.1;XP_019881710.1;XP_019880623.1;XP_019870287.1;XP_019864972.1;XP_019867347.1 Reactome: R-HSA-5660862 Defective SLC7A7 causes lysinuric protein intolerance (LPI) 2 XP_019873780.1;XP_019873771.1 Reactome: R-HSA-430039 mRNA decay by 5' to 3' exoribonuclease 15 XP_019873096.1;XP_019869421.1;XP_019871119.1;XP_019878421.1;XP_019877644.1;XP_019879487.1;XP_019872479.1;XP_019871414.1;XP_019879881.1;XP_019873668.1;XP_019877296.1;XP_019873405.1;XP_019880404.1;XP_019879647.1;XP_019874267.1 Reactome: R-HSA-141430 Inactivation of APC/C via direct inhibition of the APC/C complex 12 XP_019868224.1;XP_019875664.1;XP_019877295.1;XP_019878910.1;XP_019876916.1;XP_019871182.1;XP_019873430.1;XP_019876589.1;XP_019874707.1;XP_019877354.1;XP_019879144.1;XP_019878911.1 Reactome: R-HSA-5693579 Homologous DNA Pairing and Strand Exchange 21 XP_019879609.1;XP_019871543.1;XP_019878179.1;XP_019876432.1;XP_019866140.1;XP_019872230.1;XP_019881517.1;XP_019874793.1;XP_019864859.1;XP_019876668.1;XP_019876037.1;XP_019869674.1;XP_019865185.1;XP_019871934.1;XP_019880099.1;XP_019872264.1;XP_019869780.1;XP_019881186.1;XP_019867686.1;XP_019866373.1;XP_019864858.1 Reactome: R-HSA-76066 RNA Polymerase III Transcription Initiation From Type 2 Promoter 40 XP_019881423.1;XP_019878853.1;XP_019864743.1;XP_019881120.1;XP_019876725.1;XP_019875875.1;XP_019864765.1;XP_019865112.1;XP_019871682.1;XP_019877841.1;XP_019870674.1;XP_019879540.1;XP_019881680.1;XP_019871358.1;XP_019877842.1;XP_019868777.1;XP_019877838.1;XP_019867682.1;XP_019867019.1;XP_019872196.1;XP_019865114.1;XP_019878850.1;XP_019881681.1;XP_019877916.1;XP_019880957.1;XP_019881203.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019879537.1;XP_019878456.1;XP_019871167.1;XP_019880424.1;XP_019865113.1;XP_019878851.1;XP_019865115.1;XP_019881044.1;XP_019866482.1;XP_019880579.1;XP_019874016.1 Reactome: R-HSA-6804756 Regulation of TP53 Activity through Phosphorylation 60 XP_019876037.1;XP_019871813.1;XP_019880099.1;XP_019870587.1;XP_019879339.1;XP_019870750.1;XP_019869584.1;XP_019881652.1;XP_019870588.1;XP_019880383.1;XP_019876631.1;XP_019878503.1;XP_019870269.1;XP_019865204.1;XP_019872264.1;XP_019877406.1;XP_019868710.1;XP_019871543.1;XP_019872452.1;XP_019876432.1;XP_019866140.1;XP_019868711.1;XP_019870268.1;XP_019867333.1;XP_019871570.1;XP_019874385.1;XP_019875289.1;XP_019874793.1;XP_019869585.1;XP_019869620.1;XP_019877996.1;XP_019871032.1;XP_019870300.1;XP_019865185.1;XP_019869674.1;XP_019869641.1;XP_019881345.1;XP_019879685.1;XP_019876531.1;XP_019869725.1;XP_019870382.1;XP_019866373.1;XP_019865869.1;XP_019872097.1;XP_019869640.1;XP_019878633.1;XP_019867686.1;XP_019871806.1;XP_019871814.1;XP_019867760.1;XP_019879609.1;XP_019879426.1;XP_019864789.1;XP_019874248.1;XP_019876630.1;XP_019875834.1;XP_019881517.1;XP_019880795.1;XP_019881783.1;XP_019872230.1 Reactome: R-HSA-2122948 Activated NOTCH1 Transmits Signal to the Nucleus 16 XP_019875771.1;XP_019875784.1;XP_019869584.1;XP_019873112.1;XP_019878246.1;XP_019873968.1;XP_019873435.1;XP_019865672.1;XP_019880363.1;XP_019867760.1;XP_019881318.1;XP_019877719.1;XP_019874692.1;XP_019869585.1;XP_019864851.1;XP_019874693.1 Reactome: R-HSA-4411364 Binding of TCF/LEF:CTNNB1 to target gene promoters 1 XP_019866501.1 KEGG: 00270+2.6.1.5 Cysteine and methionine metabolism 1 XP_019868034.1 KEGG: 00130+2.1.1.163 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019878380.1 Reactome: R-HSA-9657050 Defective OGG1 Localization 1 XP_019874957.1 Reactome: R-HSA-1266695 Interleukin-7 signaling 2 XP_019865910.1;XP_019868655.1 MetaCyc: PWY-7119 Ceramide and sphingolipid recycling and degradation (yeast) 2 XP_019871474.1;XP_019869951.1 KEGG: 00970+6.1.1.18 Aminoacyl-tRNA biosynthesis 1 XP_019867879.1 Reactome: R-HSA-2029485 Role of phospholipids in phagocytosis 7 XP_019881353.1;XP_019868833.1;XP_019881002.1;XP_019881354.1;XP_019872866.1;XP_019865211.1;XP_019881355.1 Reactome: R-HSA-4086400 PCP/CE pathway 2 XP_019873962.1;XP_019873909.1 MetaCyc: PWY-6557 Glycosaminoglycan-protein linkage region biosynthesis 1 XP_019877282.1 Reactome: R-HSA-1632852 Macroautophagy 53 XP_019881345.1;XP_019870781.1;XP_019872426.1;XP_019872279.1;XP_019873976.1;XP_019873494.1;XP_019873975.1;XP_019880827.1;XP_019877026.1;XP_019865451.1;XP_019876398.1;XP_019865449.1;XP_019879681.1;XP_019865446.1;XP_019872280.1;XP_019875943.1;XP_019877025.1;XP_019881177.1;XP_019879597.1;XP_019867366.1;XP_019866097.1;XP_019872638.1;XP_019865447.1;XP_019876752.1;XP_019866098.1;XP_019873493.1;XP_019865450.1;XP_019878160.1;XP_019881652.1;XP_019869285.1;XP_019874034.1;XP_019871078.1;XP_019873869.1;XP_019867852.1;XP_019878097.1;XP_019866466.1;XP_019874975.1;XP_019872452.1;XP_019874974.1;XP_019879974.1;XP_019880990.1;XP_019865887.1;XP_019878071.1;XP_019872281.1;XP_019865480.1;XP_019877291.1;XP_019875062.1;XP_019880989.1;XP_019873492.1;XP_019870249.1;XP_019875925.1;XP_019875528.1;XP_019865448.1 Reactome: R-HSA-5619107 Defective TPR may confer susceptibility towards thyroid papillary carcinoma (TPC) 23 XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019872624.1;XP_019866139.1;XP_019868487.1;XP_019872981.1;XP_019871781.1;XP_019874193.1;XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019877082.1;XP_019876846.1;XP_019873892.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019880688.1;XP_019871184.1;XP_019873647.1;XP_019881575.1 KEGG: 00970+6.1.1.10 Aminoacyl-tRNA biosynthesis 2 XP_019875701.1;XP_019868561.1 Reactome: R-HSA-1250347 SHC1 events in ERBB4 signaling 2 XP_019874937.1;XP_019874938.1 Reactome: R-HSA-2022857 Keratan sulfate degradation 6 XP_019870647.1;XP_019881549.1;XP_019866002.1;XP_019880239.1;XP_019871218.1;XP_019881212.1 Reactome: R-HSA-5358747 S33 mutants of beta-catenin aren't phosphorylated 9 XP_019869353.1;XP_019880527.1;XP_019869337.1;XP_019869329.1;XP_019869346.1;XP_019881573.1;XP_019880528.1;XP_019879129.1;XP_019869362.1 Reactome: R-HSA-1614603 Cysteine formation from homocysteine 4 XP_019874584.1;XP_019866429.1;XP_019866428.1;XP_019866427.1 KEGG: 04070+3.1.3.25 Phosphatidylinositol signaling system 3 XP_019873835.1;XP_019868658.1;XP_019873836.1 KEGG: 00620+2.3.1.12 Pyruvate metabolism 1 XP_019871441.1 KEGG: 00430+2.3.2.2 Taurine and hypotaurine metabolism 9 XP_019873355.1;XP_019873356.1;XP_019878315.1;XP_019873343.1;XP_019873344.1;XP_019873342.1;XP_019880128.1;XP_019869389.1;XP_019866302.1 MetaCyc: PWY-601 Glucosinolate biosynthesis from tryptophan 1 XP_019868643.1 Reactome: R-HSA-69091 Polymerase switching 23 XP_019873613.1;XP_019879757.1;XP_019864798.1;XP_019873093.1;XP_019878371.1;XP_019877876.1;XP_019871806.1;XP_019877750.1;XP_019875209.1;XP_019879130.1;XP_019875289.1;XP_019872352.1;XP_019866703.1;XP_019866976.1;XP_019875834.1;XP_019866702.1;XP_019876853.1;XP_019877751.1;XP_019871783.1;XP_019877996.1;XP_019876835.1;XP_019873165.1;XP_019881344.1 MetaCyc: PWY-7077 N-acetyl-D-galactosamine degradation 1 XP_019869880.1 Reactome: R-HSA-375280 Amine ligand-binding receptors 2 XP_019866607.1;XP_019866608.1 MetaCyc: PWY-5530 Sorbitol biosynthesis II 5 XP_019868311.1;XP_019868312.1;XP_019881967.1;XP_019870754.1;XP_019881968.1 KEGG: 00510+3.2.1.106 N-Glycan biosynthesis 1 XP_019868291.1 Reactome: R-HSA-3214858 RMTs methylate histone arginines 32 XP_019879535.1;XP_019868437.1;XP_019864620.1;XP_019868157.1;XP_019875838.1;XP_019873548.1;XP_019875765.1;XP_019869327.1;XP_019868660.1;XP_019874977.1;XP_019869326.1;XP_019875742.1;XP_019874976.1;XP_019869323.1;XP_019871643.1;XP_019875444.1;XP_019877571.1;XP_019879705.1;XP_019875932.1;XP_019871132.1;XP_019877273.1;XP_019880035.1;XP_019880229.1;XP_019878665.1;XP_019879534.1;XP_019871886.1;XP_019874650.1;XP_019879454.1;XP_019869325.1;XP_019879311.1;XP_019869324.1;XP_019868655.1 Reactome: R-HSA-5357905 Regulation of TNFR1 signaling 6 XP_019869585.1;XP_019873620.1;XP_019869584.1;XP_019873966.1;XP_019867760.1;XP_019877312.1 Reactome: R-HSA-2672351 Stimuli-sensing channels 73 XP_019877083.1;XP_019880392.1;XP_019876761.1;XP_019869476.1;XP_019880663.1;XP_019867760.1;XP_019876769.1;XP_019876621.1;XP_019865863.1;XP_019874784.1;XP_019876093.1;XP_019874128.1;XP_019869478.1;XP_019876092.1;XP_019876091.1;XP_019866701.1;XP_019874120.1;XP_019874122.1;XP_019876094.1;XP_019881531.1;XP_019878110.1;XP_019869585.1;XP_019877679.1;XP_019874129.1;XP_019869479.1;XP_019868409.1;XP_019869584.1;XP_019871698.1;XP_019864929.1;XP_019877539.1;XP_019865025.1;XP_019870289.1;XP_019876312.1;XP_019868145.1;XP_019874123.1;XP_019868969.1;XP_019878111.1;XP_019864930.1;XP_019868144.1;XP_019875272.1;XP_019876334.1;XP_019875391.1;XP_019878958.1;XP_019871734.1;XP_019870288.1;XP_019875092.1;XP_019875112.1;XP_019871887.1;XP_019874124.1;XP_019879057.1;XP_019869395.1;XP_019879764.1;XP_019880874.1;XP_019878860.1;XP_019880829.1;XP_019878965.1;XP_019880770.1;XP_019874127.1;XP_019874126.1;XP_019871440.1;XP_019880837.1;XP_019876069.1;XP_019876095.1;XP_019864652.1;XP_019879217.1;XP_019876089.1;XP_019878750.1;XP_019879375.1;XP_019878112.1;XP_019874121.1;XP_019871699.1;XP_019880242.1;XP_019880243.1 Reactome: R-HSA-982772 Growth hormone receptor signaling 4 XP_019875529.1;XP_019874577.1;XP_019874692.1;XP_019874693.1 Reactome: R-HSA-5658442 Regulation of RAS by GAPs 67 XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019864959.1;XP_019876367.1;XP_019877889.1;XP_019869073.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019868669.1;XP_019870849.1;XP_019868223.1;XP_019875990.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019868753.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019875999.1;XP_019875542.1;XP_019871873.1;XP_019875016.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019878378.1;XP_019880577.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019873961.1;XP_019868355.1;XP_019875983.1;XP_019866068.1;XP_019872657.1;XP_019880545.1;XP_019874113.1;XP_019872966.1;XP_019881493.1;XP_019881356.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019865802.1;XP_019868347.1;XP_019872287.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019867024.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019876643.1;XP_019871809.1;XP_019866771.1 KEGG: 00061+6.4.1.2 Fatty acid biosynthesis 1 XP_019874350.1 KEGG: 00562+5.3.1.1 Inositol phosphate metabolism 3 XP_019869303.1;XP_019869306.1;XP_019869304.1 MetaCyc: PWY-1801 Formaldehyde oxidation II (glutathione-dependent) 2 XP_019864886.1;XP_019869997.1 Reactome: R-HSA-1237044 Erythrocytes take up carbon dioxide and release oxygen 4 XP_019864664.1;XP_019866565.1;XP_019864656.1;XP_019874747.1 MetaCyc: PWY-6368 3-phosphoinositide degradation 8 XP_019870611.1;XP_019877155.1;XP_019878043.1;XP_019875945.1;XP_019872164.1;XP_019872138.1;XP_019880209.1;XP_019875382.1 MetaCyc: PWY-8086 (S)-lactate fermentation to propanoate, acetate and hydrogen 14 XP_019864881.1;XP_019872581.1;XP_019872686.1;XP_019878183.1;XP_019872685.1;XP_019872684.1;XP_019870066.1;XP_019879766.1;XP_019867896.1;XP_019874085.1;XP_019870065.1;XP_019864882.1;XP_019874576.1;XP_019874083.1 Reactome: R-HSA-1855204 Synthesis of IP3 and IP4 in the cytosol 11 XP_019876322.1;XP_019878227.1;XP_019880209.1;XP_019872138.1;XP_019880645.1;XP_019875945.1;XP_019878300.1;XP_019866155.1;XP_019868833.1;XP_019870611.1;XP_019870482.1 KEGG: 00330+1.5.1.2 Arginine and proline metabolism 4 XP_019871007.1;XP_019871018.1;XP_019879340.1;XP_019871646.1 MetaCyc: PWY-5461 Betanidin degradation 6 XP_019881216.1;XP_019870782.1;XP_019879203.1;XP_019881221.1;XP_019868210.1;XP_019881215.1 KEGG: 00910+6.3.1.2 Nitrogen metabolism 5 XP_019864846.1;XP_019879263.1;XP_019867687.1;XP_019879262.1;XP_019864845.1 Reactome: R-HSA-418457 cGMP effects 8 XP_019866309.1;XP_019875163.1;XP_019875161.1;XP_019875162.1;XP_019880194.1;XP_019866051.1;XP_019873619.1;XP_019875936.1 MetaCyc: PWY-6549 L-glutamine biosynthesis III 7 XP_019879262.1;XP_019872926.1;XP_019864845.1;XP_019875594.1;XP_019864846.1;XP_019867687.1;XP_019879263.1 KEGG: 00052+3.2.1.22 Galactose metabolism 4 XP_019872918.1;XP_019865598.1;XP_019865597.1;XP_019865604.1 Reactome: R-HSA-399719 Trafficking of AMPA receptors 3 XP_019867724.1;XP_019871621.1;XP_019876379.1 KEGG: 04070+2.7.1.153 Phosphatidylinositol signaling system 2 XP_019875598.1;XP_019879031.1 MetaCyc: PWY-6834 Spermidine biosynthesis III 2 XP_019868755.1;XP_019868756.1 KEGG: 00010+4.2.1.11 Glycolysis / Gluconeogenesis 1 XP_019874047.1 Reactome: R-HSA-5621575 CD209 (DC-SIGN) signaling 3 XP_019873509.1;XP_019867574.1;XP_019879756.1 KEGG: 00970+6.1.1.5 Aminoacyl-tRNA biosynthesis 2 XP_019880307.1;XP_019870166.1 Reactome: R-HSA-964975 Vitamins B6 activation to pyridoxal phosphate 6 XP_019868059.1;XP_019873381.1;XP_019868058.1;XP_019866616.1;XP_019873380.1;XP_019868060.1 KEGG: 00240+1.3.5.2 Pyrimidine metabolism 2 XP_019879337.1;XP_019871041.1 KEGG: 00760+6.3.5.1 Nicotinate and nicotinamide metabolism 3 XP_019868791.1;XP_019868794.1;XP_019868792.1 MetaCyc: PWY-6113 Superpathway of mycolate biosynthesis 7 XP_019867912.1;XP_019880777.1;XP_019868914.1;XP_019880034.1;XP_019878163.1;XP_019868912.1;XP_019868913.1 Reactome: R-HSA-5687128 MAPK6/MAPK4 signaling 82 XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019869989.1;XP_019866794.1;XP_019873509.1;XP_019877015.1;XP_019875297.1;XP_019866452.1;XP_019871685.1;XP_019871683.1;XP_019866771.1;XP_019871809.1;XP_019873062.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019871959.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019876905.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019873061.1;XP_019868355.1;XP_019873961.1;XP_019864525.1;XP_019869098.1;XP_019880545.1;XP_019881356.1;XP_019881493.1;XP_019874113.1;XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019864524.1;XP_019878377.1;XP_019864526.1;XP_019864628.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019878378.1;XP_019864589.1;XP_019880577.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019872375.1;XP_019868753.1;XP_019873841.1;XP_019877091.1;XP_019879231.1;XP_019878375.1;XP_019869585.1;XP_019872110.1;XP_019870849.1;XP_019868669.1;XP_019868223.1;XP_019875990.1;XP_019874484.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019865076.1;XP_019864959.1;XP_019874184.1;XP_019873172.1;XP_019875855.1;XP_019869073.1;XP_019870758.1;XP_019877889.1;XP_019876367.1;XP_019869417.1;XP_019876206.1 KEGG: 00230+1.17.4.1 Purine metabolism 3 XP_019867410.1;XP_019873158.1;XP_019864914.1 MetaCyc: PWY-5669 Phosphatidylserine and phosphatidylethanolamine biosynthesis I 1 XP_019865541.1 KEGG: 00130+2.1.1.222+2.1.1.64 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019865124.1 MetaCyc: PWY-5826 Hypoglycin biosynthesis 9 XP_019873342.1;XP_019873344.1;XP_019866302.1;XP_019869389.1;XP_019880128.1;XP_019878315.1;XP_019873356.1;XP_019873355.1;XP_019873343.1 Reactome: R-HSA-380284 Loss of proteins required for interphase microtubule organization from the centrosome 21 XP_019880086.1;XP_019870037.1;XP_019864926.1;XP_019867002.1;XP_019872246.1;XP_019873349.1;XP_019879330.1;XP_019864928.1;XP_019873930.1;XP_019875181.1;XP_019867256.1;XP_019873843.1;XP_019871522.1;XP_019870038.1;XP_019864925.1;XP_019866444.1;XP_019870036.1;XP_019864923.1;XP_019871796.1;XP_019864927.1;XP_019871688.1 MetaCyc: PWY-7277 Sphingolipid biosynthesis (mammals) 2 XP_019865253.1;XP_019865254.1 KEGG: 00521+5.5.1.4 Streptomycin biosynthesis 1 XP_019881451.1 KEGG: 00330+2.7.2.11 Arginine and proline metabolism 1 XP_019865690.1 MetaCyc: PWY-6642 (R)-cysteate degradation 3 XP_019876450.1;XP_019871475.1;XP_019864942.1 KEGG: 00640+6.4.1.3 Propanoate metabolism 3 XP_019877275.1;XP_019877276.1;XP_019878173.1 Reactome: R-HSA-376176 Signaling by ROBO receptors 3 XP_019867335.1;XP_019867334.1;XP_019865095.1 Reactome: R-HSA-5423646 Aflatoxin activation and detoxification 6 XP_019865289.1;XP_019866390.1;XP_019881328.1;XP_019872045.1;XP_019874824.1;XP_019867981.1 MetaCyc: PWY-5871 Ubiquinol-9 biosynthesis (eukaryotic) 3 XP_019873860.1;XP_019865124.1;XP_019877803.1 Reactome: R-HSA-2142691 Synthesis of Leukotrienes (LT) and Eoxins (EX) 7 XP_019872045.1;XP_019879652.1;XP_019881328.1;XP_019874824.1;XP_019865576.1;XP_019865574.1;XP_019867981.1 MetaCyc: PWY-7391 Isoprene biosynthesis II (engineered) 9 XP_019875003.1;XP_019880087.1;XP_019880080.1;XP_019869845.1;XP_019866380.1;XP_019869844.1;XP_019876832.1;XP_019865599.1;XP_019872485.1 Reactome: R-HSA-8936459 RUNX1 regulates genes involved in megakaryocyte differentiation and platelet function 21 XP_019866725.1;XP_019879460.1;XP_019869922.1;XP_019875158.1;XP_019864525.1;XP_019875792.1;XP_019873061.1;XP_019874360.1;XP_019872110.1;XP_019879161.1;XP_019869417.1;XP_019878084.1;XP_019864526.1;XP_019879231.1;XP_019881661.1;XP_019870693.1;XP_019864524.1;XP_019871069.1;XP_019880220.1;XP_019873062.1;XP_019879306.1 Reactome: R-HSA-4551295 Defective ALG11 causes ALG11-CDG (CDG-1p) 1 XP_019878352.1 Reactome: R-HSA-70688 Proline catabolism 3 XP_019869236.1;XP_019879068.1;XP_019874637.1 Reactome: R-HSA-167287 HIV elongation arrest and recovery 45 XP_019872482.1;XP_019878853.1;XP_019870382.1;XP_019872978.1;XP_019873138.1;XP_019866809.1;XP_019878449.1;XP_019878362.1;XP_019878385.1;XP_019871675.1;XP_019871682.1;XP_019877841.1;XP_019879540.1;XP_019870539.1;XP_019877842.1;XP_019868777.1;XP_019877770.1;XP_019872580.1;XP_019877838.1;XP_019872781.1;XP_019867682.1;XP_019866925.1;XP_019867019.1;XP_019877795.1;XP_019878359.1;XP_019874248.1;XP_019879274.1;XP_019880869.1;XP_019878850.1;XP_019867266.1;XP_019880089.1;XP_019878358.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019879698.1;XP_019866812.1;XP_019879537.1;XP_019866292.1;XP_019878456.1;XP_019871167.1;XP_019869923.1;XP_019864774.1;XP_019878851.1 Reactome: R-HSA-180534 Vpu mediated degradation of CD4 72 XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019871809.1;XP_019866771.1;XP_019866452.1;XP_019875297.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019871959.1;XP_019873961.1;XP_019868355.1;XP_019875983.1;XP_019866167.1;XP_019866068.1;XP_019872657.1;XP_019866199.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019880545.1;XP_019866198.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019870906.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019869585.1;XP_019878375.1;XP_019866219.1;XP_019877091.1;XP_019873841.1;XP_019866885.1;XP_019868223.1;XP_019869981.1;XP_019870849.1;XP_019868669.1;XP_019875990.1;XP_019866168.1;XP_019864959.1;XP_019871241.1;XP_019866166.1;XP_019867760.1;XP_019872059.1;XP_019876206.1;XP_019870006.1;XP_019877889.1;XP_019876367.1;XP_019869073.1;XP_019870758.1;XP_019873172.1;XP_019875855.1 Reactome: R-HSA-174417 Telomere C-strand (Lagging Strand) Synthesis 6 XP_019876835.1;XP_019872352.1;XP_019877750.1;XP_019877751.1;XP_019866702.1;XP_019866703.1 Reactome: R-HSA-947581 Molybdenum cofactor biosynthesis 9 XP_019875734.1;XP_019865583.1;XP_019875481.1;XP_019865573.1;XP_019878215.1;XP_019870225.1;XP_019877590.1;XP_019878102.1;XP_019865056.1 KEGG: 00071+1.3.3.6 Fatty acid degradation 3 XP_019874586.1;XP_019877213.1;XP_019877212.1 KEGG: 00561+3.1.1.3 Glycerolipid metabolism 2 XP_019877450.1;XP_019865288.1 KEGG: 00020+1.3.5.1 Citrate cycle (TCA cycle) 7 XP_019879758.1;XP_019873664.1;XP_019875193.1;XP_019874796.1;XP_019879408.1;XP_019873660.1;XP_019878154.1 Reactome: R-HSA-71064 Lysine catabolism 4 XP_019876625.1;XP_019874295.1;XP_019870111.1;XP_019865417.1 Reactome: R-HSA-8866654 E3 ubiquitin ligases ubiquitinate target proteins 22 XP_019872077.1;XP_019869584.1;XP_019874125.1;XP_019866773.1;XP_019874179.1;XP_019865642.1;XP_019878014.1;XP_019865245.1;XP_019869450.1;XP_019866774.1;XP_019878015.1;XP_019881818.1;XP_019881838.1;XP_019871952.1;XP_019866583.1;XP_019872628.1;XP_019867760.1;XP_019865626.1;XP_019871762.1;XP_019869585.1;XP_019876835.1;XP_019872278.1 Reactome: R-HSA-983170 Antigen Presentation: Folding, assembly and peptide loading of class I MHC 6 XP_019869522.1;XP_019865552.1;XP_019881575.1;XP_019874925.1;XP_019873141.1;XP_019879213.1 MetaCyc: PWY-7494 Choline degradation IV 1 XP_019874293.1 MetaCyc: PWY-7111 Pyruvate fermentation to isobutanol (engineered) 1 XP_019869997.1 Reactome: R-HSA-4720489 Defective ALG12 causes ALG12-CDG (CDG-1g) 1 XP_019873233.1 KEGG: 00020+2.3.1.61 Citrate cycle (TCA cycle) 2 XP_019865417.1;XP_019874295.1 Reactome: R-HSA-5656121 Translesion synthesis by POLI 16 XP_019877406.1;XP_019867760.1;XP_019875209.1;XP_019875289.1;XP_019875834.1;XP_019869585.1;XP_019877996.1;XP_019876835.1;XP_019873165.1;XP_019870300.1;XP_019865162.1;XP_019876567.1;XP_019869584.1;XP_019873093.1;XP_019878371.1;XP_019871806.1 MetaCyc: PWY-6613 Tetrahydrofolate salvage from 5,10-methenyltetrahydrofolate 5 XP_019875559.1;XP_019875566.1;XP_019880873.1;XP_019875572.1;XP_019865430.1 Reactome: R-HSA-3299685 Detoxification of Reactive Oxygen Species 38 XP_019871877.1;XP_019874099.1;XP_019866241.1;XP_019872082.1;XP_019867301.1;XP_019865198.1;XP_019872034.1;XP_019868775.1;XP_019878567.1;XP_019872035.1;XP_019867307.1;XP_019881219.1;XP_019871365.1;XP_019867302.1;XP_019878656.1;XP_019869956.1;XP_019878679.1;XP_019881247.1;XP_019880397.1;XP_019881237.1;XP_019867303.1;XP_019877899.1;XP_019881255.1;XP_019878680.1;XP_019870171.1;XP_019881228.1;XP_019875278.1;XP_019864790.1;XP_019867299.1;XP_019878566.1;XP_019865255.1;XP_019871339.1;XP_019869339.1;XP_019877122.1;XP_019867227.1;XP_019864831.1;XP_019870925.1;XP_019879458.1 Reactome: R-HSA-212676 Dopamine Neurotransmitter Release Cycle 4 XP_019868370.1;XP_019873463.1;XP_019873502.1;XP_019874860.1 MetaCyc: PWY-7174 S-methyl-5-thio-alpha-D-ribose 1-phosphate degradation II 4 XP_019864559.1;XP_019867567.1;XP_019875415.1;XP_019871687.1 MetaCyc: PWY-5857 Ubiquinol-10 biosynthesis (prokaryotic) 3 XP_019865124.1;XP_019873860.1;XP_019877803.1 Reactome: R-HSA-196843 Vitamin B2 (riboflavin) metabolism 2 XP_019864800.1;XP_019881434.1 Reactome: R-HSA-5620912 Anchoring of the basal body to the plasma membrane 31 XP_019864926.1;XP_019867002.1;XP_019878348.1;XP_019880086.1;XP_019870037.1;XP_019881608.1;XP_019873349.1;XP_019872246.1;XP_019876685.1;XP_019873930.1;XP_019868143.1;XP_019879330.1;XP_019876673.1;XP_019864928.1;XP_019875181.1;XP_019874978.1;XP_019867256.1;XP_019871522.1;XP_019876679.1;XP_019873843.1;XP_019864925.1;XP_019868072.1;XP_019870038.1;XP_019871796.1;XP_019864923.1;XP_019864927.1;XP_019871688.1;XP_019866444.1;XP_019868073.1;XP_019875761.1;XP_019870036.1 Reactome: R-HSA-3878781 Glycogen storage disease type IV (GBE1) 1 XP_019873440.1 KEGG: 00564+3.1.4.4 Glycerophospholipid metabolism 1 XP_019881002.1 Reactome: R-HSA-70171 Glycolysis 37 XP_019866323.1;XP_019875188.1;XP_019877306.1;XP_019867327.1;XP_019874047.1;XP_019874001.1;XP_019871693.1;XP_019881949.1;XP_019874994.1;XP_019875157.1;XP_019871692.1;XP_019869304.1;XP_019866265.1;XP_019880166.1;XP_019866260.1;XP_019871696.1;XP_019871694.1;XP_019866279.1;XP_019866322.1;XP_019869306.1;XP_019875189.1;XP_019871691.1;XP_019881510.1;XP_019880828.1;XP_019881093.1;XP_019881950.1;XP_019869427.1;XP_019874556.1;XP_019878642.1;XP_019877307.1;XP_019871695.1;XP_019869178.1;XP_019869303.1;XP_019876270.1;XP_019879595.1;XP_019872283.1;XP_019876383.1 KEGG: 00130+4.1.1.90 Ubiquinone and other terpenoid-quinone biosynthesis 1 XP_019864733.1 Reactome: R-HSA-9614399 Regulation of localization of FOXO transcription factors 4 XP_019869322.1;XP_019875325.1;XP_019877608.1;XP_019869321.1 KEGG: 04070+2.7.8.11 Phosphatidylinositol signaling system 1 XP_019877852.1 MetaCyc: PWY-6969 TCA cycle V (2-oxoglutarate:ferredoxin oxidoreductase) 27 XP_019869898.1;XP_019867896.1;XP_019880403.1;XP_019879766.1;XP_019875307.1;XP_019874576.1;XP_019864881.1;XP_019871334.1;XP_019875594.1;XP_019871293.1;XP_019879758.1;XP_019864882.1;XP_019879408.1;XP_019873660.1;XP_019874085.1;XP_019874083.1;XP_019875306.1;XP_019875193.1;XP_019872926.1;XP_019872086.1;XP_019874796.1;XP_019872581.1;XP_019878183.1;XP_019878154.1;XP_019873664.1;XP_019874999.1;XP_019880910.1 MetaCyc: PWY-7559 Glutathione degradation (DUG pathway 9 XP_019880128.1;XP_019869389.1;XP_019866302.1;XP_019873344.1;XP_019873342.1;XP_019873343.1;XP_019873355.1;XP_019873356.1;XP_019878315.1 KEGG: 00053+1.1.1.22 Ascorbate and aldarate metabolism 2 XP_019878451.1;XP_019879998.1 MetaCyc: PWY-5651 L-tryptophan degradation to 2-amino-3-carboxymuconate semialdehyde 3 XP_019876376.1;XP_019867132.1;XP_019875977.1 MetaCyc: PWY-7901 Glucosinolate biosynthesis from tyrosine 1 XP_019868643.1 Reactome: R-HSA-3899300 SUMOylation of transcription cofactors 15 XP_019874238.1;XP_019874253.1;XP_019867574.1;XP_019876254.1;XP_019874269.1;XP_019866560.1;XP_019866563.1;XP_019874245.1;XP_019871069.1;XP_019874262.1;XP_019879756.1;XP_019874278.1;XP_019874231.1;XP_019866564.1;XP_019866562.1 Reactome: R-HSA-174178 APC/C:Cdh1 mediated degradation of Cdc20 and other APC/C:Cdh1 targeted proteins in late mitosis/early G1 81 XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019869620.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019871959.1;XP_019877295.1;XP_019871182.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019878911.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019866771.1;XP_019871809.1;XP_019866452.1;XP_019875297.1;XP_019874707.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019868224.1;XP_019868355.1;XP_019873961.1;XP_019876589.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019869640.1;XP_019868753.1;XP_019868710.1;XP_019873379.1;XP_019868711.1;XP_019865855.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019877091.1;XP_019873841.1;XP_019873430.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019880577.1;XP_019878378.1;XP_019876916.1;XP_019864959.1;XP_019867760.1;XP_019871241.1;XP_019872059.1;XP_019875664.1;XP_019876206.1;XP_019875855.1;XP_019878910.1;XP_019873172.1;XP_019877889.1;XP_019869073.1;XP_019870758.1;XP_019876367.1;XP_019879685.1;XP_019868223.1;XP_019879144.1;XP_019877354.1;XP_019869641.1;XP_019868669.1;XP_019870849.1;XP_019875990.1 KEGG: 00020+1.1.1.37 Citrate cycle (TCA cycle) 7 XP_019879766.1;XP_019867896.1;XP_019874085.1;XP_019872581.1;XP_019878183.1;XP_019874576.1;XP_019874083.1 Reactome: R-HSA-5654700 FRS-mediated FGFR2 signaling 1 XP_019874649.1 Reactome: R-HSA-9010642 ROBO receptors bind AKAP5 1 XP_019873509.1 Reactome: R-HSA-73772 RNA Polymerase I Promoter Escape 39 XP_019878456.1;XP_019879537.1;XP_019881700.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019871166.1;XP_019871612.1;XP_019876358.1;XP_019867660.1;XP_019880931.1;XP_019878851.1;XP_019871783.1;XP_019871167.1;XP_019876579.1;XP_019878850.1;XP_019875606.1;XP_019879135.1;XP_019865372.1;XP_019878554.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019867659.1;XP_019879540.1;XP_019870674.1;XP_019867019.1;XP_019867682.1;XP_019877838.1;XP_019874961.1;XP_019878853.1;XP_019871682.1;XP_019866954.1;XP_019877841.1;XP_019872148.1;XP_019879158.1;XP_019878394.1;XP_019865126.1;XP_019879613.1 Reactome: R-HSA-1221632 Meiotic synapsis 6 XP_019871520.1;XP_019867614.1;XP_019872097.1;XP_019876432.1;XP_019876143.1;XP_019867615.1 Reactome: R-HSA-174430 Telomere C-strand synthesis initiation 11 XP_019875206.1;XP_019879757.1;XP_019864798.1;XP_019873613.1;XP_019866976.1;XP_019881574.1;XP_019876853.1;XP_019879130.1;XP_019877876.1;XP_019881344.1;XP_019871783.1 KEGG: 00630+4.2.1.3 Glyoxylate and dicarboxylate metabolism 3 XP_019878254.1;XP_019868146.1;XP_019872008.1 KEGG: 00261+4.3.3.7 Monobactam biosynthesis 1 XP_019868854.1 MetaCyc: PWY-5466 Matairesinol biosynthesis 6 XP_019868210.1;XP_019881215.1;XP_019879203.1;XP_019870782.1;XP_019881221.1;XP_019881216.1 MetaCyc: PWY-7410 Ipsdienol biosynthesis 1 XP_019880038.1 KEGG: 00680+3.1.3.3 Methane metabolism 2 XP_019877426.1;XP_019879270.1 MetaCyc: PWY-5905 Hypusine biosynthesis 1 XP_019867832.1 Reactome: R-HSA-5579026 Defective CYP11A1 causes Adrenal insufficiency, congenital, with 46,XY sex reversal (AICSR) 3 XP_019869107.1;XP_019871039.1;XP_019872880.1 Reactome: R-HSA-162791 Attachment of GPI anchor to uPAR 6 XP_019874934.1;XP_019876551.1;XP_019873865.1;XP_019865192.1;XP_019880769.1;XP_019865270.1 Reactome: R-HSA-5620924 Intraflagellar transport 20 XP_019871769.1;XP_019881668.1;XP_019874975.1;XP_019866763.1;XP_019875718.1;XP_019865919.1;XP_019873579.1;XP_019874974.1;XP_019866544.1;XP_019865420.1;XP_019878479.1;XP_019868964.1;XP_019880987.1;XP_019872835.1;XP_019880174.1;XP_019870903.1;XP_019876935.1;XP_019866291.1;XP_019875943.1;XP_019871394.1 KEGG: 00514+2.4.1.255 Other types of O-glycan biosynthesis 1 XP_019873406.1 MetaCyc: PWY-381 Nitrate reduction II (assimilatory) 5 XP_019864845.1;XP_019879262.1;XP_019879263.1;XP_019867687.1;XP_019864846.1 Reactome: R-HSA-5419276 Mitochondrial translation termination 77 XP_019871981.1;XP_019874369.1;XP_019880755.1;XP_019874397.1;XP_019876382.1;XP_019868583.1;XP_019879664.1;XP_019870933.1;XP_019867257.1;XP_019865668.1;XP_019866067.1;XP_019879962.1;XP_019881391.1;XP_019865250.1;XP_019873295.1;XP_019877659.1;XP_019873231.1;XP_019867112.1;XP_019873298.1;XP_019877752.1;XP_019869080.1;XP_019866927.1;XP_019870168.1;XP_019866157.1;XP_019865577.1;XP_019870136.1;XP_019879887.1;XP_019872389.1;XP_019878441.1;XP_019873234.1;XP_019865882.1;XP_019873947.1;XP_019880970.1;XP_019877148.1;XP_019877157.1;XP_019874395.1;XP_019878036.1;XP_019866772.1;XP_019875241.1;XP_019868822.1;XP_019868994.1;XP_019866841.1;XP_019881564.1;XP_019869087.1;XP_019875110.1;XP_019866210.1;XP_019873570.1;XP_019877156.1;XP_019878765.1;XP_019871327.1;XP_019873212.1;XP_019865872.1;XP_019868584.1;XP_019868322.1;XP_019876776.1;XP_019870207.1;XP_019866169.1;XP_019869646.1;XP_019865251.1;XP_019867842.1;XP_019865012.1;XP_019867792.1;XP_019869086.1;XP_019867270.1;XP_019879281.1;XP_019880062.1;XP_019875242.1;XP_019867456.1;XP_019875229.1;XP_019877486.1;XP_019866692.1;XP_019868916.1;XP_019873616.1;XP_019872109.1;XP_019879888.1;XP_019871921.1;XP_019873258.1 MetaCyc: PWY-7328 Superpathway of UDP-glucose-derived O-antigen building blocks biosynthesis 2 XP_019870272.1;XP_019870278.1 MetaCyc: PWY-7767 L-leucine degradation IV (Stickland reaction) 1 XP_019872878.1 Reactome: R-HSA-6802952 Signaling by BRAF and RAF fusions 24 XP_019871847.1;XP_019871843.1;XP_019872246.1;XP_019871841.1;XP_019875529.1;XP_019867724.1;XP_019880815.1;XP_019871842.1;XP_019873710.1;XP_019878828.1;XP_019865606.1;XP_019871840.1;XP_019879974.1;XP_019871848.1;XP_019876764.1;XP_019871849.1;XP_019871845.1;XP_019865605.1;XP_019871851.1;XP_019880816.1;XP_019873537.1;XP_019871844.1;XP_019870249.1;XP_019871846.1 MetaCyc: PWY-7625 Phosphatidylinositol biosynthesis II (eukaryotes) 1 XP_019877852.1 Reactome: R-HSA-9029569 NR1H3 & NR1H2 regulate gene expression linked to cholesterol transport and efflux 17 XP_019880381.1;XP_019869417.1;XP_019868181.1;XP_019864526.1;XP_019879231.1;XP_019874184.1;XP_019864524.1;XP_019873062.1;XP_019874484.1;XP_019871683.1;XP_019879032.1;XP_019871685.1;XP_019869098.1;XP_019864525.1;XP_019875580.1;XP_019873061.1;XP_019872110.1 KEGG: 00983+2.7.4.6 Drug metabolism - other enzymes 15 XP_019864975.1;XP_019875326.1;XP_019867079.1;XP_019868211.1;XP_019864972.1;XP_019879845.1;XP_019873683.1;XP_019881305.1;XP_019869647.1;XP_019869648.1;XP_019864973.1;XP_019870975.1;XP_019873404.1;XP_019864974.1;XP_019873408.1 Reactome: R-HSA-6811434 COPI-dependent Golgi-to-ER retrograde traffic 96 XP_019873559.1;XP_019865911.1;XP_019868163.1;XP_019872007.1;XP_019878109.1;XP_019874652.1;XP_019879229.1;XP_019873423.1;XP_019867254.1;XP_019869890.1;XP_019871651.1;XP_019874271.1;XP_019870179.1;XP_019871769.1;XP_019872438.1;XP_019870894.1;XP_019880947.1;XP_019878529.1;XP_019869889.1;XP_019865164.1;XP_019868331.1;XP_019869090.1;XP_019869947.1;XP_019864817.1;XP_019879902.1;XP_019864995.1;XP_019869092.1;XP_019869965.1;XP_019874899.1;XP_019881775.1;XP_019879918.1;XP_019880049.1;XP_019869280.1;XP_019872944.1;XP_019880052.1;XP_019874962.1;XP_019869129.1;XP_019880948.1;XP_019873338.1;XP_019879797.1;XP_019869089.1;XP_019864756.1;XP_019866609.1;XP_019865219.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019865591.1;XP_019881776.1;XP_019877994.1;XP_019879148.1;XP_019880926.1;XP_019866552.1;XP_019880113.1;XP_019881777.1;XP_019877591.1;XP_019875755.1;XP_019881778.1;XP_019879753.1;XP_019869096.1;XP_019870734.1;XP_019871033.1;XP_019879959.1;XP_019879561.1;XP_019877051.1;XP_019878479.1;XP_019881064.1;XP_019869091.1;XP_019879476.1;XP_019866790.1;XP_019865165.1;XP_019879860.1;XP_019875261.1;XP_019880050.1;XP_019871919.1;XP_019880051.1;XP_019866611.1;XP_019881730.1;XP_019881506.1;XP_019867484.1;XP_019878459.1;XP_019872753.1;XP_019879310.1;XP_019881587.1;XP_019868179.1;XP_019873498.1;XP_019869663.1;XP_019864563.1;XP_019873582.1;XP_019873424.1;XP_019872531.1;XP_019881774.1;XP_019868842.1;XP_019869094.1;XP_019869093.1;XP_019871490.1 KEGG: 00053+3.1.1.17 Ascorbate and aldarate metabolism 5 XP_019881968.1;XP_019870754.1;XP_019881967.1;XP_019868312.1;XP_019868311.1 Reactome: R-HSA-189085 Digestion of dietary carbohydrate 79 XP_019880487.1;XP_019881210.1;XP_019865136.1;XP_019872970.1;XP_019881211.1;XP_019869220.1;XP_019874567.1;XP_019874136.1;XP_019879735.1;XP_019881567.1;XP_019871483.1;XP_019877258.1;XP_019869371.1;XP_019879362.1;XP_019875196.1;XP_019878963.1;XP_019878239.1;XP_019872947.1;XP_019878586.1;XP_019870328.1;XP_019879294.1;XP_019865081.1;XP_019871190.1;XP_019872838.1;XP_019869227.1;XP_019881962.1;XP_019868380.1;XP_019872349.1;XP_019867768.1;XP_019869271.1;XP_019867767.1;XP_019869269.1;XP_019867941.1;XP_019864946.1;XP_019875627.1;XP_019867770.1;XP_019881209.1;XP_019868075.1;XP_019878537.1;XP_019868375.1;XP_019881411.1;XP_019877477.1;XP_019881963.1;XP_019879258.1;XP_019872962.1;XP_019878584.1;XP_019881687.1;XP_019879361.1;XP_019871185.1;XP_019867027.1;XP_019867940.1;XP_019865083.1;XP_019881260.1;XP_019875733.1;XP_019872968.1;XP_019868081.1;XP_019870327.1;XP_019871494.1;XP_019867752.1;XP_019868667.1;XP_019867939.1;XP_019865084.1;XP_019868297.1;XP_019877476.1;XP_019866196.1;XP_019865106.1;XP_019868543.1;XP_019867414.1;XP_019872463.1;XP_019876354.1;XP_019881436.1;XP_019867028.1;XP_019879560.1;XP_019872969.1;XP_019881960.1;XP_019870326.1;XP_019879736.1;XP_019879555.1;XP_019868544.1 KEGG: 00643+3.7.1.2 Styrene degradation 1 XP_019869350.1 KEGG: 00770+2.7.8.7 Pantothenate and CoA biosynthesis 1 XP_019869991.1 KEGG: 00640+6.4.1.2 Propanoate metabolism 1 XP_019874350.1 Reactome: R-HSA-1445148 Translocation of SLC2A4 (GLUT4) to the plasma membrane 41 XP_019866611.1;XP_019881730.1;XP_019875788.1;XP_019865513.1;XP_019873864.1;XP_019874899.1;XP_019866371.1;XP_019868179.1;XP_019880049.1;XP_019869084.1;XP_019880052.1;XP_019874962.1;XP_019879208.1;XP_019873239.1;XP_019865219.1;XP_019866609.1;XP_019880037.1;XP_019866312.1;XP_019868177.1;XP_019865733.1;XP_019866612.1;XP_019875133.1;XP_019875893.1;XP_019879148.1;XP_019881193.1;XP_019868163.1;XP_019875755.1;XP_019881652.1;XP_019867254.1;XP_019871033.1;XP_019871769.1;XP_019878479.1;XP_019872438.1;XP_019871823.1;XP_019865049.1;XP_019878739.1;XP_019875478.1;XP_019875376.1;XP_019880050.1;XP_019872452.1;XP_019880051.1 MetaCyc: PWY-5497 Purine nucleobases degradation II (anaerobic) 11 XP_019869627.1;XP_019865430.1;XP_019869628.1;XP_019869629.1;XP_019866796.1;XP_019875572.1;XP_019869630.1;XP_019874514.1;XP_019875566.1;XP_019875559.1;XP_019874528.1 MetaCyc: PWY-6611 Adenine and adenosine salvage V 4 XP_019870323.1;XP_019866250.1;XP_019870347.1;XP_019866249.1 Reactome: R-HSA-112311 Neurotransmitter clearance 2 XP_019866656.1;XP_019871456.1 KEGG: 00620+4.1.1.32 Pyruvate metabolism 1 XP_019866924.1 Reactome: R-HSA-2028269 Signaling by Hippo 6 XP_019881665.1;XP_019880665.1;XP_019880734.1;XP_019871205.1;XP_019879745.1;XP_019880664.1 KEGG: 00660+4.1.3.25 C5-Branched dibasic acid metabolism 1 XP_019880403.1 Reactome: R-HSA-211733 Regulation of activated PAK-2p34 by proteasome mediated degradation 63 XP_019875297.1;XP_019866452.1;XP_019878378.1;XP_019871809.1;XP_019866771.1;XP_019880577.1;XP_019871873.1;XP_019875016.1;XP_019873384.1;XP_019875542.1;XP_019875999.1;XP_019865802.1;XP_019868347.1;XP_019875854.1;XP_019869584.1;XP_019866794.1;XP_019869989.1;XP_019873385.1;XP_019877015.1;XP_019873841.1;XP_019877091.1;XP_019871959.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019869585.1;XP_019878375.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019873378.1;XP_019868753.1;XP_019868806.1;XP_019878838.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019875990.1;XP_019868669.1;XP_019870849.1;XP_019875983.1;XP_019868223.1;XP_019866068.1;XP_019872657.1;XP_019873961.1;XP_019868355.1;XP_019877889.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019865856.1;XP_019872059.1;XP_019870906.1;XP_019878377.1;XP_019871241.1;XP_019876360.1;XP_019867760.1;XP_019869453.1;XP_019864959.1 Reactome: R-HSA-190861 Gap junction assembly 20 XP_019880051.1;XP_019880050.1;XP_019879148.1;XP_019866609.1;XP_019865219.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019872438.1;XP_019874962.1;XP_019871033.1;XP_019880052.1;XP_019880049.1;XP_019867254.1;XP_019868179.1;XP_019874899.1;XP_019875755.1;XP_019881730.1;XP_019868163.1;XP_019866611.1 Reactome: R-HSA-210990 PECAM1 interactions 1 XP_019865078.1 KEGG: 00562+2.7.1.153 Inositol phosphate metabolism 2 XP_019875598.1;XP_019879031.1 Reactome: R-HSA-8876198 RAB GEFs exchange GTP for GDP on RABs 49 XP_019880371.1;XP_019881888.1;XP_019868785.1;XP_019881261.1;XP_019873864.1;XP_019879162.1;XP_019870939.1;XP_019877312.1;XP_019873963.1;XP_019872194.1;XP_019866787.1;XP_019871521.1;XP_019872671.1;XP_019871325.1;XP_019872797.1;XP_019868784.1;XP_019869321.1;XP_019869322.1;XP_019876997.1;XP_019869613.1;XP_019881357.1;XP_019868509.1;XP_019880266.1;XP_019866789.1;XP_019870694.1;XP_019873738.1;XP_019870040.1;XP_019877608.1;XP_019875216.1;XP_019865016.1;XP_019869215.1;XP_019868783.1;XP_019870041.1;XP_019879607.1;XP_019866290.1;XP_019869308.1;XP_019870389.1;XP_019867530.1;XP_019868782.1;XP_019877250.1;XP_019865874.1;XP_019869744.1;XP_019877804.1;XP_019874933.1;XP_019868786.1;XP_019881889.1;XP_019864581.1;XP_019869286.1;XP_019872073.1 MetaCyc: PWY-7036 Very long chain fatty acid biosynthesis II 21 XP_019865771.1;XP_019870261.1;XP_019870247.1;XP_019870252.1;XP_019877181.1;XP_019870259.1;XP_019870257.1;XP_019870262.1;XP_019865770.1;XP_019873198.1;XP_019879592.1;XP_019879715.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019869995.1;XP_019873197.1;XP_019869939.1;XP_019874826.1;XP_019870251.1;XP_019870260.1 KEGG: 00410+1.3.3.6 beta-Alanine metabolism 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 KEGG: 00510+2.4.1.256 N-Glycan biosynthesis 1 XP_019869457.1 MetaCyc: PWY-7417 Phospholipid remodeling (phosphatidate, yeast) 19 XP_019869551.1;XP_019874626.1;XP_019871786.1;XP_019881029.1;XP_019867306.1;XP_019880543.1;XP_019867906.1;XP_019871766.1;XP_019878715.1;XP_019869406.1;XP_019877826.1;XP_019869407.1;XP_019879260.1;XP_019877059.1;XP_019880793.1;XP_019877065.1;XP_019877061.1;XP_019875626.1;XP_019877825.1 Reactome: R-HSA-75876 Synthesis of very long-chain fatty acyl-CoAs 21 XP_019874826.1;XP_019869939.1;XP_019870260.1;XP_019870251.1;XP_019879715.1;XP_019873197.1;XP_019869995.1;XP_019870258.1;XP_019879714.1;XP_019870255.1;XP_019870262.1;XP_019870257.1;XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019870252.1;XP_019877181.1;XP_019870247.1;XP_019865771.1;XP_019870261.1;XP_019870259.1 MetaCyc: PWY-7394 Urate conversion to allantoin II 3 XP_019871533.1;XP_019874375.1;XP_019874376.1 Reactome: R-HSA-159231 Transport of Mature mRNA Derived from an Intronless Transcript 31 XP_019869929.1;XP_019867817.1;XP_019878873.1;XP_019873892.1;XP_019876846.1;XP_019877082.1;XP_019873891.1;XP_019873717.1;XP_019874522.1;XP_019867827.1;XP_019867910.1;XP_019873647.1;XP_019881575.1;XP_019871184.1;XP_019880688.1;XP_019870416.1;XP_019867753.1;XP_019870187.1;XP_019878964.1;XP_019872624.1;XP_019874242.1;XP_019866139.1;XP_019878915.1;XP_019869812.1;XP_019871781.1;XP_019871592.1;XP_019872981.1;XP_019868487.1;XP_019879841.1;XP_019866048.1;XP_019874193.1 Reactome: R-HSA-8853659 RET signaling 3 XP_019873509.1;XP_019874585.1;XP_019865910.1 KEGG: 00240+3.5.4.5 Pyrimidine metabolism 1 XP_019880814.1 KEGG: 00330+1.14.13.39 Arginine and proline metabolism 4 XP_019875678.1;XP_019875681.1;XP_019875679.1;XP_019875680.1 MetaCyc: PWY-8053 Anandamide biosynthesis II 27 XP_019878715.1;XP_019867906.1;XP_019871766.1;XP_019881736.1;XP_019881735.1;XP_019869406.1;XP_019877826.1;XP_019865211.1;XP_019877059.1;XP_019880793.1;XP_019877065.1;XP_019877061.1;XP_019869407.1;XP_019879260.1;XP_019881873.1;XP_019877825.1;XP_019875626.1;XP_019881734.1;XP_019869551.1;XP_019871786.1;XP_019874626.1;XP_019874872.1;XP_019881029.1;XP_019867306.1;XP_019880543.1;XP_019881733.1;XP_019870092.1 KEGG: 00280+6.4.1.3 Valine, leucine and isoleucine degradation 3 XP_019878173.1;XP_019877276.1;XP_019877275.1 Reactome: R-HSA-446205 Synthesis of GDP-mannose 7 XP_019865460.1;XP_019865342.1;XP_019868634.1;XP_019865343.1;XP_019871298.1;XP_019878943.1;XP_019878152.1 MetaCyc: PWY-5097 L-lysine biosynthesis VI 1 XP_019868854.1 MetaCyc: PWY-3841 Folate transformations II (plants) 14 XP_019872819.1;XP_019864887.1;XP_019875572.1;XP_019869629.1;XP_019869628.1;XP_019869627.1;XP_019865430.1;XP_019869630.1;XP_019877951.1;XP_019875566.1;XP_019877943.1;XP_019877957.1;XP_019875559.1;XP_019877935.1 KEGG: 00450+1.8.1.9 Selenocompound metabolism 4 XP_019873899.1;XP_019873897.1;XP_019873898.1;XP_019873896.1 KEGG: 00680+3.1.3.11 Methane metabolism 1 XP_019871486.1 KEGG: 00564+2.7.1.107 Glycerophospholipid metabolism 14 XP_019864708.1;XP_019864703.1;XP_019864707.1;XP_019864704.1;XP_019881704.1;XP_019864705.1;XP_019880958.1;XP_019865551.1;XP_019880100.1;XP_019876039.1;XP_019864702.1;XP_019864701.1;XP_019864706.1;XP_019880959.1 Reactome: R-HSA-69017 CDK-mediated phosphorylation and removal of Cdc6 76 XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019873716.1;XP_019875983.1;XP_019866068.1;XP_019872657.1;XP_019873961.1;XP_019868355.1;XP_019876589.1;XP_019868224.1;XP_019865856.1;XP_019870906.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019874707.1;XP_019875297.1;XP_019866452.1;XP_019871809.1;XP_019866771.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019878911.1;XP_019869989.1;XP_019866794.1;XP_019877015.1;XP_019871182.1;XP_019877295.1;XP_019871959.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019879144.1;XP_019877354.1;XP_019868223.1;XP_019869073.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019878910.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019875664.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019864959.1;XP_019876916.1;XP_019878378.1;XP_019880577.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019873430.1;XP_019873841.1;XP_019877091.1;XP_019869585.1;XP_019878375.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019868753.1 KEGG: 00720+4.1.3.25 Carbon fixation pathways in prokaryotes 1 XP_019880403.1 KEGG: 00520+2.7.7.9 Amino sugar and nucleotide sugar metabolism 3 XP_019881431.1;XP_019881380.1;XP_019881433.1 KEGG: 00270+4.2.1.22 Cysteine and methionine metabolism 1 XP_019874584.1 KEGG: 00290+4.2.1.33 Valine, leucine and isoleucine biosynthesis 3 XP_019872008.1;XP_019868146.1;XP_019878254.1 Reactome: R-HSA-373080 Class B/2 (Secretin family receptors) 27 XP_019866039.1;XP_019876944.1;XP_019873962.1;XP_019868724.1;XP_019867211.1;XP_019866648.1;XP_019867165.1;XP_019876942.1;XP_019869348.1;XP_019879422.1;XP_019873909.1;XP_019878357.1;XP_019872340.1;XP_019876945.1;XP_019871278.1;XP_019879506.1;XP_019873139.1;XP_019879242.1;XP_019876946.1;XP_019876900.1;XP_019870319.1;XP_019876896.1;XP_019866647.1;XP_019879689.1;XP_019879541.1;XP_019868335.1;XP_019869702.1 KEGG: 00020+4.1.1.32 Citrate cycle (TCA cycle) 1 XP_019866924.1 MetaCyc: PWY-7197 Pyrimidine deoxyribonucleotide phosphorylation 17 XP_019868211.1;XP_019864975.1;XP_019873683.1;XP_019864972.1;XP_019879845.1;XP_019870975.1;XP_019871002.1;XP_019864973.1;XP_019871003.1;XP_019869648.1;XP_019869647.1;XP_019873408.1;XP_019864974.1;XP_019867079.1;XP_019875326.1;XP_019873404.1;XP_019881305.1 KEGG: 00564+1.1.1.94 Glycerophospholipid metabolism 2 XP_019875635.1;XP_019875636.1 Reactome: R-HSA-204005 COPII-mediated vesicle transport 35 XP_019870694.1;XP_019865552.1;XP_019881269.1;XP_019873115.1;XP_019879954.1;XP_019872531.1;XP_019869522.1;XP_019880578.1;XP_019871325.1;XP_019871471.1;XP_019879515.1;XP_019879162.1;XP_019881261.1;XP_019873498.1;XP_019877051.1;XP_019879561.1;XP_019879476.1;XP_019868997.1;XP_019873114.1;XP_019877804.1;XP_019879213.1;XP_019867530.1;XP_019881268.1;XP_019881575.1;XP_019878481.1;XP_019865371.1;XP_019879953.1;XP_019879952.1;XP_019875216.1;XP_019865292.1;XP_019879146.1;XP_019871747.1;XP_019873141.1;XP_019871745.1;XP_019877506.1 Reactome: R-HSA-9619483 Activation of AMPK downstream of NMDARs 23 XP_019868163.1;XP_019881730.1;XP_019866611.1;XP_019875755.1;XP_019874899.1;XP_019881652.1;XP_019880052.1;XP_019871033.1;XP_019868179.1;XP_019881345.1;XP_019867254.1;XP_019880049.1;XP_019872438.1;XP_019874962.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019866609.1;XP_019865219.1;XP_019880051.1;XP_019872452.1;XP_019879148.1;XP_019880050.1 MetaCyc: PWY-7765 3-hydroxy-4-methyl-anthranilate biosynthesis II 3 XP_019875977.1;XP_019876376.1;XP_019867132.1 KEGG: 00230+2.7.1.20 Purine metabolism 3 XP_019868907.1;XP_019865457.1;XP_019869634.1 KEGG: 00400+2.6.1.1 Phenylalanine, tyrosine and tryptophan biosynthesis 3 XP_019876450.1;XP_019864942.1;XP_019871475.1 KEGG: 00512+2.4.1.122 Mucin type O-glycan biosynthesis 3 XP_019873699.1;XP_019873352.1;XP_019873351.1 MetaCyc: PWY-7936 Psilocybin biosynthesis 33 XP_019873023.1;XP_019867591.1;XP_019874803.1;XP_019874030.1;XP_019873535.1;XP_019871772.1;XP_019878941.1;XP_019872300.1;XP_019876313.1;XP_019872301.1;XP_019868225.1;XP_019866539.1;XP_019874088.1;XP_019880647.1;XP_019874510.1;XP_019873557.1;XP_019866844.1;XP_019865331.1;XP_019874582.1;XP_019874059.1;XP_019873546.1;XP_019864874.1;XP_019872292.1;XP_019881299.1;XP_019876310.1;XP_019872299.1;XP_019867612.1;XP_019872291.1;XP_019874814.1;XP_019874327.1;XP_019871771.1;XP_019881972.1;XP_019873525.1 KEGG: 00930+4.2.1.17 Caprolactam degradation 1 XP_019875259.1 Reactome: R-HSA-6782210 Gap-filling DNA repair synthesis and ligation in TC-NER 61 XP_019871166.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019877512.1;XP_019875209.1;XP_019879537.1;XP_019877406.1;XP_019877750.1;XP_019878456.1;XP_019873165.1;XP_019871167.1;XP_019876835.1;XP_019877996.1;XP_019878851.1;XP_019869585.1;XP_019877543.1;XP_019866703.1;XP_019866702.1;XP_019880931.1;XP_019876358.1;XP_019875289.1;XP_019878186.1;XP_019874383.1;XP_019869584.1;XP_019876567.1;XP_019875606.1;XP_019878850.1;XP_019875206.1;XP_019873252.1;XP_019865372.1;XP_019878371.1;XP_019867645.1;XP_019879540.1;XP_019867760.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019877770.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019877751.1;XP_019875834.1;XP_019867019.1;XP_019872352.1;XP_019873093.1;XP_019871005.1;XP_019878853.1;XP_019870300.1;XP_019865126.1;XP_019871806.1;XP_019874533.1;XP_019878385.1;XP_019881574.1;XP_019874794.1;XP_019869675.1;XP_019872148.1;XP_019871682.1;XP_019866954.1;XP_019877841.1 MetaCyc: PWY-7573 GDP-mycosamine biosynthesis 2 XP_019874855.1;XP_019869349.1 MetaCyc: PWY-5872 Ubiquinol-10 biosynthesis (eukaryotic) 3 XP_019877803.1;XP_019865124.1;XP_019873860.1 Reactome: R-HSA-2024096 HS-GAG degradation 15 XP_019877446.1;XP_019871496.1;XP_019868537.1;XP_019869825.1;XP_019872099.1;XP_019869877.1;XP_019870015.1;XP_019871983.1;XP_019869878.1;XP_019880925.1;XP_019869824.1;XP_019868550.1;XP_019877894.1;XP_019880801.1;XP_019865445.1 KEGG: 04150+2.7.1.153 mTOR signaling pathway 2 XP_019879031.1;XP_019875598.1 Reactome: R-HSA-73762 RNA Polymerase I Transcription Initiation 41 XP_019870674.1;XP_019879540.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019876378.1;XP_019867659.1;XP_019877838.1;XP_019867682.1;XP_019874961.1;XP_019867019.1;XP_019878853.1;XP_019875577.1;XP_019865126.1;XP_019871682.1;XP_019866954.1;XP_019877841.1;XP_019872148.1;XP_019877840.1;XP_019879539.1;XP_019870883.1;XP_019881700.1;XP_019871612.1;XP_019871166.1;XP_019878456.1;XP_019879537.1;XP_019870442.1;XP_019871783.1;XP_019878851.1;XP_019870920.1;XP_019871167.1;XP_019870308.1;XP_019876358.1;XP_019880931.1;XP_019867660.1;XP_019870444.1;XP_019879135.1;XP_019875606.1;XP_019878850.1;XP_019870443.1;XP_019865372.1 KEGG: 00730+2.2.1.7 Thiamine metabolism 2 XP_019868769.1;XP_019876583.1 MetaCyc: PWY-7039 Phosphatidate metabolism, as a signaling molecule 21 XP_019878300.1;XP_019881704.1;XP_019864704.1;XP_019880100.1;XP_019865551.1;XP_019870482.1;XP_019878227.1;XP_019864701.1;XP_019880645.1;XP_019864707.1;XP_019864708.1;XP_019864703.1;XP_019881002.1;XP_019868833.1;XP_019864705.1;XP_019880958.1;XP_019876322.1;XP_019876039.1;XP_019864702.1;XP_019864706.1;XP_019880959.1 Reactome: R-HSA-74259 Purine catabolism 12 XP_019866249.1;XP_019874514.1;XP_019866250.1;XP_019866796.1;XP_019865634.1;XP_019868565.1;XP_019874528.1;XP_019880455.1;XP_019865651.1;XP_019865652.1;XP_019876978.1;XP_019865550.1 MetaCyc: PWY-5686 UMP biosynthesis I 4 XP_019868123.1;XP_019879337.1;XP_019866579.1;XP_019871041.1 MetaCyc: PWY-7779 Methyl tert-butyl ether degradation 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 Reactome: R-HSA-390648 Muscarinic acetylcholine receptors 5 XP_019875014.1;XP_019871012.1;XP_019867669.1;XP_019867668.1;XP_019878683.1 Reactome: R-HSA-2173796 SMAD2/SMAD3:SMAD4 heterotrimer regulates transcription 10 XP_019869584.1;XP_019878449.1;XP_019866809.1;XP_019867760.1;XP_019871879.1;XP_019872861.1;XP_019878279.1;XP_019869585.1;XP_019873101.1;XP_019878917.1 Reactome: R-HSA-1474228 Degradation of the extracellular matrix 18 XP_019869601.1;XP_019873484.1;XP_019867179.1;XP_019880386.1;XP_019866280.1;XP_019876148.1;XP_019875771.1;XP_019871665.1;XP_019880434.1;XP_019866328.1;XP_019881110.1;XP_019867178.1;XP_019867177.1;XP_019867176.1;XP_019877719.1;XP_019876130.1;XP_019866266.1;XP_019871387.1 MetaCyc: PWY-3961 Phosphopantothenate biosynthesis II 2 XP_019880697.1;XP_019880695.1 MetaCyc: PWY-5963 Thio-molybdenum cofactor biosynthesis 1 XP_019870225.1 Reactome: R-HSA-390450 Folding of actin by CCT/TriC 10 XP_019874787.1;XP_019880550.1;XP_019871530.1;XP_019877452.1;XP_019867602.1;XP_019872503.1;XP_019878648.1;XP_019874401.1;XP_019875881.1;XP_019876765.1 KEGG: 00600+3.1.3.4 Sphingolipid metabolism 6 XP_019881733.1;XP_019865211.1;XP_019881735.1;XP_019881736.1;XP_019870092.1;XP_019881734.1 Reactome: R-HSA-71288 Creatine metabolism 5 XP_019872539.1;XP_019872538.1;XP_019864825.1;XP_019873369.1;XP_019864824.1 Reactome: R-HSA-203615 eNOS activation 2 XP_019864782.1;XP_019864781.1 MetaCyc: PWY-4261 Glycerol degradation I 14 XP_019866816.1;XP_019875077.1;XP_019879890.1;XP_019876995.1;XP_019874496.1;XP_019879416.1;XP_019872403.1;XP_019866504.1;XP_019871562.1;XP_019875075.1;XP_019876137.1;XP_019875079.1;XP_019875078.1;XP_019876136.1 MetaCyc: PWY-6664 Di-myo-inositol phosphate biosynthesis 1 XP_019881451.1 MetaCyc: PWY-5537 Pyruvate fermentation to acetate V 8 XP_019875306.1;XP_019872086.1;XP_019869898.1;XP_019875307.1;XP_019871293.1;XP_019874999.1;XP_019880910.1;XP_019871334.1 Reactome: R-HSA-373752 Netrin-1 signaling 1 XP_019866810.1 KEGG: 00710+5.3.1.6 Carbon fixation in photosynthetic organisms 1 XP_019866333.1 MetaCyc: PWY-5188 Tetrapyrrole biosynthesis I (from glutamate) 6 XP_019876996.1;XP_019876046.1;XP_019875059.1;XP_019875025.1;XP_019866392.1;XP_019874927.1 KEGG: 00520+3.2.1.52 Amino sugar and nucleotide sugar metabolism 8 XP_019870647.1;XP_019881549.1;XP_019875335.1;XP_019881212.1;XP_019874268.1;XP_019867029.1;XP_019866002.1;XP_019880239.1 MetaCyc: PWY-6854 Ethylene biosynthesis III (microbes) 7 XP_019872034.1;XP_019869956.1;XP_019872035.1;XP_019879458.1;XP_019870171.1;XP_019865255.1;XP_019869339.1 KEGG: 00534+2.4.1.224+2.4.1.225 Glycosaminoglycan biosynthesis - heparan sulfate / heparin 2 XP_019871016.1;XP_019864522.1 Reactome: R-HSA-110331 Cleavage of the damaged purine 3 XP_019874957.1;XP_019871875.1;XP_019871876.1 Reactome: R-HSA-937041 IKK complex recruitment mediated by RIP1 6 XP_019869584.1;XP_019869585.1;XP_019873193.1;XP_019867760.1;XP_019880187.1;XP_019879007.1 MetaCyc: PWY-5514 UDP-N-acetyl-D-galactosamine biosynthesis II 7 XP_019874001.1;XP_019881850.1;XP_019878642.1;XP_019877306.1;XP_019877307.1;XP_019876383.1;XP_019873817.1 KEGG: 00051+5.3.1.1 Fructose and mannose metabolism 3 XP_019869304.1;XP_019869306.1;XP_019869303.1 Reactome: R-HSA-168638 NOD1/2 Signaling Pathway 5 XP_019872545.1;XP_019867760.1;XP_019880388.1;XP_019869584.1;XP_019869585.1 MetaCyc: PWY-7379 Mrna capping II 1 XP_019864770.1 KEGG: 00511+3.2.1.45 Other glycan degradation 1 XP_019865620.1 Reactome: R-HSA-8939246 RUNX1 regulates transcription of genes involved in differentiation of myeloid cells 2 XP_019874360.1;XP_019878084.1 MetaCyc: PWY-6352 3-phosphoinositide biosynthesis 5 XP_019867131.1;XP_019877852.1;XP_019875598.1;XP_019879031.1;XP_019875528.1 KEGG: 00195+7.1.2.2 Photosynthesis 6 XP_019879321.1;XP_019879320.1;XP_019874341.1;XP_019876010.1;XP_019867226.1;XP_019868377.1 MetaCyc: PWY-6435 4-hydroxybenzoate biosynthesis III (plants) 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 KEGG: 00230+4.6.1.1 Purine metabolism 9 XP_019872297.1;XP_019878640.1;XP_019870532.1;XP_019879906.1;XP_019869600.1;XP_019870621.1;XP_019881101.1;XP_019872298.1;XP_019864735.1 KEGG: 00720+4.2.1.3 Carbon fixation pathways in prokaryotes 3 XP_019872008.1;XP_019878254.1;XP_019868146.1 Reactome: R-HSA-1483148 Synthesis of PG 7 XP_019878636.1;XP_019881359.1;XP_019871035.1;XP_019881002.1;XP_019871915.1;XP_019867830.1;XP_019871036.1 KEGG: 00040+5.1.3.1 Pentose and glucuronate interconversions 1 XP_019869969.1 KEGG: 00380+1.14.16.4 Tryptophan metabolism 1 XP_019870209.1 KEGG: 00531+3.2.1.23 Glycosaminoglycan degradation 9 XP_019877528.1;XP_019881202.1;XP_019881201.1;XP_019876813.1;XP_019868537.1;XP_019872099.1;XP_019871983.1;XP_019872096.1;XP_019880925.1 Reactome: R-HSA-2500257 Resolution of Sister Chromatid Cohesion 86 XP_019868163.1;XP_019874975.1;XP_019875181.1;XP_019867621.1;XP_019867629.1;XP_019872149.1;XP_019867254.1;XP_019866139.1;XP_019870885.1;XP_019875607.1;XP_019869620.1;XP_019867625.1;XP_019871383.1;XP_019872438.1;XP_019878201.1;XP_019870325.1;XP_019881575.1;XP_019868054.1;XP_019874522.1;XP_019867827.1;XP_019873891.1;XP_019867619.1;XP_019869337.1;XP_019867627.1;XP_019867624.1;XP_019878806.1;XP_019869640.1;XP_019879312.1;XP_019874899.1;XP_019880049.1;XP_019873739.1;XP_019880052.1;XP_019873892.1;XP_019874962.1;XP_019872641.1;XP_019864628.1;XP_019867620.1;XP_019865219.1;XP_019866609.1;XP_019880037.1;XP_019868177.1;XP_019866612.1;XP_019872415.1;XP_019879148.1;XP_019867618.1;XP_019879330.1;XP_019881586.1;XP_019877591.1;XP_019880452.1;XP_019870416.1;XP_019875755.1;XP_019875935.1;XP_019868487.1;XP_019881573.1;XP_019871033.1;XP_019877456.1;XP_019871520.1;XP_019881724.1;XP_019867626.1;XP_019878285.1;XP_019867622.1;XP_019874974.1;XP_019867631.1;XP_019880050.1;XP_019868710.1;XP_019872414.1;XP_019868711.1;XP_019880051.1;XP_019867616.1;XP_019867617.1;XP_019866611.1;XP_019881730.1;XP_019869346.1;XP_019869353.1;XP_019867628.1;XP_019869362.1;XP_019879685.1;XP_019871781.1;XP_019868179.1;XP_019869641.1;XP_019869329.1;XP_019875943.1;XP_019867630.1;XP_019878209.1;XP_019876014.1;XP_019875934.1 Reactome: R-HSA-380270 Recruitment of mitotic centrosome proteins and complexes 35 XP_019867256.1;XP_019873843.1;XP_019870038.1;XP_019865040.1;XP_019864925.1;XP_019866176.1;XP_019870036.1;XP_019866444.1;XP_019871796.1;XP_019870037.1;XP_019869647.1;XP_019864926.1;XP_019866559.1;XP_019873937.1;XP_019873349.1;XP_019880335.1;XP_019864928.1;XP_019879330.1;XP_019873930.1;XP_019868211.1;XP_019875181.1;XP_019879845.1;XP_019875755.1;XP_019866173.1;XP_019866175.1;XP_019866177.1;XP_019871522.1;XP_019865831.1;XP_019866174.1;XP_019864927.1;XP_019871688.1;XP_019864923.1;XP_019880086.1;XP_019867002.1;XP_019872246.1 Reactome: R-HSA-3295583 TRP channels 14 XP_019870651.1;XP_019867174.1;XP_019879119.1;XP_019864606.1;XP_019879629.1;XP_019881788.1;XP_019879630.1;XP_019864607.1;XP_019869596.1;XP_019864931.1;XP_019869595.1;XP_019880236.1;XP_019868467.1;XP_019874384.1 MetaCyc: PWY-6708 Ubiquinol-8 biosynthesis (prokaryotic) 3 XP_019873860.1;XP_019865124.1;XP_019877803.1 KEGG: 00650+4.2.1.17 Butanoate metabolism 1 XP_019875259.1 Reactome: R-HSA-1237112 Methionine salvage pathway 7 XP_019871070.1;XP_019865607.1;XP_019871687.1;XP_019873464.1;XP_019880863.1;XP_019865610.1;XP_019881232.1 Reactome: R-HSA-9649948 Signaling downstream of RAS mutants 15 XP_019871842.1;XP_019871849.1;XP_019871845.1;XP_019871851.1;XP_019873710.1;XP_019871844.1;XP_019871840.1;XP_019871846.1;XP_019871847.1;XP_019871848.1;XP_019871843.1;XP_019879176.1;XP_019871841.1;XP_019875529.1;XP_019867724.1 KEGG: 00360+4.2.1.17 Phenylalanine metabolism 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 MetaCyc: PWY-6863 Pyruvate fermentation to hexanol (engineered) 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 MetaCyc: PWY-6517 N-acetylglucosamine degradation II 1 XP_019865263.1 MetaCyc: PWY-5892 Menaquinol-12 biosynthesis 1 XP_019878380.1 Reactome: R-HSA-5637810 Constitutive Signaling by EGFRvIII 1 XP_019865044.1 Reactome: R-HSA-2197563 NOTCH2 intracellular domain regulates transcription 1 XP_019872078.1 KEGG: 00260+2.1.2.1 Glycine, serine and threonine metabolism 4 XP_019869630.1;XP_019869627.1;XP_019869628.1;XP_019869629.1 KEGG: 00790+6.3.2.17 Folate biosynthesis 1 XP_019874923.1 KEGG: 00720+1.1.1.42 Carbon fixation pathways in prokaryotes 2 XP_019872926.1;XP_019875594.1 MetaCyc: PWY-8010 L-cysteine biosynthesis IX (Trichomonas vaginalis) 1 XP_019865209.1 MetaCyc: PWY-6313 Serotonin degradation 1 XP_019869997.1 Reactome: R-HSA-162710 Synthesis of glycosylphosphatidylinositol (GPI) 17 XP_019880450.1;XP_019871054.1;XP_019880451.1;XP_019878794.1;XP_019872144.1;XP_019880449.1;XP_019869419.1;XP_019877055.1;XP_019876586.1;XP_019876584.1;XP_019878769.1;XP_019881174.1;XP_019879479.1;XP_019865665.1;XP_019868018.1;XP_019874025.1;XP_019866750.1 Reactome: R-HSA-196819 Vitamin B1 (thiamin) metabolism 3 XP_019869600.1;XP_019876667.1;XP_019864541.1 Reactome: R-HSA-187577 SCF(Skp2)-mediated degradation of p27/p21 72 XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019868753.1;XP_019877091.1;XP_019866219.1;XP_019873841.1;XP_019865349.1;XP_019878375.1;XP_019869585.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019878378.1;XP_019880577.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019872059.1;XP_019864959.1;XP_019866168.1;XP_019873172.1;XP_019875855.1;XP_019877889.1;XP_019876367.1;XP_019870758.1;XP_019869073.1;XP_019876206.1;XP_019870006.1;XP_019869981.1;XP_019870849.1;XP_019868669.1;XP_019866885.1;XP_019868223.1;XP_019875990.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019876360.1;XP_019869453.1;XP_019866198.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019873961.1;XP_019868355.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019875983.1;XP_019880545.1;XP_019866199.1;XP_019881356.1;XP_019881493.1;XP_019874113.1 KEGG: 00330+3.5.3.1 Arginine and proline metabolism 1 XP_019864883.1 MetaCyc: PWY-7216 (R)- and (S)-3-hydroxybutanoate biosynthesis (engineered) 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 Reactome: R-HSA-399997 Acetylcholine regulates insulin secretion 3 XP_019875413.1;XP_019878300.1;XP_019873314.1 Reactome: R-HSA-6782861 Synthesis of wybutosine at G37 of tRNA(Phe) 1 XP_019868279.1 Reactome: R-HSA-9013507 NOTCH3 Activation and Transmission of Signal to the Nucleus 13 XP_019867760.1;XP_019878246.1;XP_019873968.1;XP_019877719.1;XP_019881318.1;XP_019875771.1;XP_019873112.1;XP_019869584.1;XP_019875784.1;XP_019880363.1;XP_019869585.1;XP_019864851.1;XP_019873435.1 Reactome: R-HSA-427413 NoRC negatively regulates rRNA expression 42 XP_019878851.1;XP_019881033.1;XP_019871783.1;XP_019871167.1;XP_019872390.1;XP_019876358.1;XP_019867660.1;XP_019880931.1;XP_019881700.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019877966.1;XP_019871166.1;XP_019871612.1;XP_019879537.1;XP_019871069.1;XP_019878456.1;XP_019866060.1;XP_019879755.1;XP_019865372.1;XP_019879135.1;XP_019878850.1;XP_019875606.1;XP_019867682.1;XP_019877838.1;XP_019874961.1;XP_019867019.1;XP_019870674.1;XP_019879540.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019867659.1;XP_019864977.1;XP_019873763.1;XP_019865126.1;XP_019877841.1;XP_019871682.1;XP_019872148.1;XP_019866954.1;XP_019878853.1 Reactome: R-HSA-425561 Sodium/Calcium exchangers 16 XP_019868945.1;XP_019874752.1;XP_019874728.1;XP_019881543.1;XP_019874722.1;XP_019872937.1;XP_019879493.1;XP_019879524.1;XP_019874744.1;XP_019872928.1;XP_019877184.1;XP_019874714.1;XP_019877186.1;XP_019874737.1;XP_019872929.1;XP_019872927.1 Reactome: R-HSA-177504 Retrograde neurotrophin signalling 6 XP_019869481.1;XP_019876399.1;XP_019875634.1;XP_019869482.1;XP_019869483.1;XP_019875200.1 MetaCyc: PWY-5738 GDP-6-deoxy-D-talose biosynthesis 2 XP_019869349.1;XP_019874855.1 KEGG: 00220+1.14.13.39 Arginine biosynthesis 4 XP_019875680.1;XP_019875679.1;XP_019875681.1;XP_019875678.1 Reactome: R-HSA-4641257 Degradation of AXIN 72 XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019871809.1;XP_019866771.1;XP_019875297.1;XP_019866452.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019879302.1;XP_019871959.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019873961.1;XP_019868355.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019880545.1;XP_019865856.1;XP_019870906.1;XP_019870998.1;XP_019871371.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019871873.1;XP_019875016.1;XP_019875999.1;XP_019875542.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019870996.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019871000.1;XP_019869585.1;XP_019878375.1;XP_019873841.1;XP_019877091.1;XP_019865170.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019875990.1;XP_019870997.1;XP_019864959.1;XP_019871001.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019876206.1;XP_019876367.1;XP_019877889.1;XP_019870999.1;XP_019869073.1;XP_019870758.1;XP_019875855.1;XP_019873172.1 KEGG: 00480+1.17.4.1 Glutathione metabolism 3 XP_019873158.1;XP_019867410.1;XP_019864914.1 Reactome: R-HSA-9637628 Modulation by Mtb of host immune system 3 XP_019869585.1;XP_019869584.1;XP_019867760.1 KEGG: 00260+1.2.1.8+1.1.99.1 Glycine, serine and threonine metabolism 1 XP_019874293.1 MetaCyc: PWY-5480 Pyruvate fermentation to ethanol I 1 XP_019869997.1 KEGG: 00710+2.6.1.1 Carbon fixation in photosynthetic organisms 3 XP_019871475.1;XP_019864942.1;XP_019876450.1 KEGG: 00562+2.7.8.11 Inositol phosphate metabolism 1 XP_019877852.1 Reactome: R-HSA-444821 Relaxin receptors 2 XP_019867936.1;XP_019873621.1 MetaCyc: PWY-7734 Quinoxaline-2-carboxylate biosynthesis 1 XP_019867132.1 KEGG: 00220+3.5.1.14 Arginine biosynthesis 2 XP_019866390.1;XP_019865289.1 KEGG: 00520+2.7.1.1 Amino sugar and nucleotide sugar metabolism 5 XP_019866260.1;XP_019866323.1;XP_019866279.1;XP_019866265.1;XP_019866322.1 Reactome: R-HSA-176187 Activation of ATR in response to replication stress 33 XP_019880123.1;XP_019870812.1;XP_019879145.1;XP_019877707.1;XP_019879339.1;XP_019873282.1;XP_019875892.1;XP_019871032.1;XP_019880539.1;XP_019869531.1;XP_019877996.1;XP_019875289.1;XP_019876859.1;XP_019877406.1;XP_019868588.1;XP_019877877.1;XP_019871806.1;XP_019870749.1;XP_019873629.1;XP_019865774.1;XP_019872097.1;XP_019876531.1;XP_019880468.1;XP_019873716.1;XP_019870300.1;XP_019875834.1;XP_019880795.1;XP_019876748.1;XP_019864906.1;XP_019880467.1;XP_019874870.1;XP_019869909.1;XP_019869557.1 Reactome: R-HSA-5662702 Melanin biosynthesis 4 XP_019875766.1;XP_019875169.1;XP_019869925.1;XP_019877867.1 KEGG: 00860+2.5.1.61 Porphyrin and chlorophyll metabolism 2 XP_019875059.1;XP_019876996.1 MetaCyc: PWY-6482 Diphthamide biosynthesis I (archaea) 3 XP_019864778.1;XP_019869579.1;XP_019871860.1 KEGG: 00970+6.1.1.19 Aminoacyl-tRNA biosynthesis 3 XP_019880070.1;XP_019865797.1;XP_019870201.1 Reactome: R-HSA-6781827 Transcription-Coupled Nucleotide Excision Repair (TC-NER) 41 XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019877770.1;XP_019867019.1;XP_019879540.1;XP_019867645.1;XP_019868777.1;XP_019877842.1;XP_019877525.1;XP_019867760.1;XP_019878385.1;XP_019874533.1;XP_019865126.1;XP_019871682.1;XP_019872148.1;XP_019877841.1;XP_019866954.1;XP_019869675.1;XP_019874794.1;XP_019878853.1;XP_019878851.1;XP_019869585.1;XP_019871167.1;XP_019876358.1;XP_019880931.1;XP_019877543.1;XP_019877840.1;XP_019879539.1;XP_019870883.1;XP_019871166.1;XP_019878456.1;XP_019879537.1;XP_019877512.1;XP_019865372.1;XP_019873252.1;XP_019869584.1;XP_019874383.1;XP_019878186.1;XP_019878850.1;XP_019875606.1 KEGG: 00710+5.3.1.1 Carbon fixation in photosynthetic organisms 3 XP_019869304.1;XP_019869306.1;XP_019869303.1 Reactome: R-HSA-5655862 Translesion synthesis by POLK 16 XP_019865162.1;XP_019870300.1;XP_019869584.1;XP_019873093.1;XP_019876567.1;XP_019878371.1;XP_019871806.1;XP_019877406.1;XP_019867760.1;XP_019875209.1;XP_019875834.1;XP_019875289.1;XP_019876835.1;XP_019873165.1;XP_019869585.1;XP_019877996.1 MetaCyc: PWY-6963 Ammonia assimilation cycle I 6 XP_019864846.1;XP_019873330.1;XP_019879263.1;XP_019867687.1;XP_019879262.1;XP_019864845.1 KEGG: 00020+1.1.1.42 Citrate cycle (TCA cycle) 2 XP_019872926.1;XP_019875594.1 Reactome: R-HSA-74217 Purine salvage 13 XP_019870897.1;XP_019873268.1;XP_019880490.1;XP_019870895.1;XP_019870323.1;XP_019868907.1;XP_019865457.1;XP_019870896.1;XP_019880462.1;XP_019866249.1;XP_019866250.1;XP_019869634.1;XP_019870347.1 Reactome: R-HSA-432047 Passive transport by Aquaporins 7 XP_019872967.1;XP_019867032.1;XP_019877058.1;XP_019873433.1;XP_019880895.1;XP_019873432.1;XP_019872963.1 Reactome: R-HSA-442660 Na+/Cl- dependent neurotransmitter transporters 2 XP_019879298.1;XP_019864557.1 Reactome: R-HSA-2151201 Transcriptional activation of mitochondrial biogenesis 41 XP_019873329.1;XP_019873339.1;XP_019874211.1;XP_019871365.1;XP_019870667.1;XP_019881491.1;XP_019873335.1;XP_019874118.1;XP_019880696.1;XP_019880397.1;XP_019878539.1;XP_019880904.1;XP_019868579.1;XP_019866241.1;XP_019868157.1;XP_019880143.1;XP_019879751.1;XP_019874117.1;XP_019874816.1;XP_019873334.1;XP_019873188.1;XP_019872715.1;XP_019878692.1;XP_019878536.1;XP_019874815.1;XP_019874114.1;XP_019870160.1;XP_019874341.1;XP_019881522.1;XP_019879283.1;XP_019873113.1;XP_019876181.1;XP_019878790.1;XP_019873261.1;XP_019870171.1;XP_019879752.1;XP_019869162.1;XP_019876911.1;XP_019880264.1;XP_019868991.1;XP_019869339.1 KEGG: 00062+3.1.2.22 Fatty acid elongation 1 XP_019870658.1 KEGG: 00240+1.17.4.1 Pyrimidine metabolism 3 XP_019873158.1;XP_019867410.1;XP_019864914.1 KEGG: 00790+2.10.1.1 Folate biosynthesis 1 XP_019877590.1 MetaCyc: PWY-7661 Protein N-glycosylation (Haloferax volcanii) 1 XP_019865984.1 KEGG: 00350+3.7.1.2 Tyrosine metabolism 1 XP_019869350.1 Reactome: R-HSA-9665233 Resistance of ERBB2 KD mutants to trastuzumab 1 XP_019865044.1 Reactome: R-HSA-2894862 Constitutive Signaling by NOTCH1 HD+PEST Domain Mutants 39 XP_019880363.1;XP_019865672.1;XP_019866199.1;XP_019875577.1;XP_019878246.1;XP_019869981.1;XP_019873968.1;XP_019868500.1;XP_019866167.1;XP_019866885.1;XP_019868809.1;XP_019873101.1;XP_019879756.1;XP_019870006.1;XP_019871789.1;XP_019866166.1;XP_019866198.1;XP_019870552.1;XP_019867760.1;XP_019867574.1;XP_019866168.1;XP_019873435.1;XP_019868501.1;XP_019873112.1;XP_019869584.1;XP_019875784.1;XP_019875771.1;XP_019866219.1;XP_019874693.1;XP_019868503.1;XP_019871879.1;XP_019872078.1;XP_019874692.1;XP_019864851.1;XP_019869585.1;XP_019881609.1;XP_019877719.1;XP_019881318.1;XP_019871558.1 Reactome: R-HSA-1296072 Voltage gated Potassium channels 17 XP_019875791.1;XP_019879672.1;XP_019880247.1;XP_019872695.1;XP_019881853.1;XP_019865521.1;XP_019881191.1;XP_019874435.1;XP_019875561.1;XP_019881190.1;XP_019870461.1;XP_019881189.1;XP_019865077.1;XP_019865522.1;XP_019875510.1;XP_019875790.1;XP_019881844.1 Reactome: R-HSA-426486 Small interfering RNA (siRNA) biogenesis 11 XP_019871685.1;XP_019869098.1;XP_019874184.1;XP_019874484.1;XP_019871683.1;XP_019875477.1;XP_019874573.1;XP_019877739.1;XP_019874198.1;XP_019874565.1;XP_019874190.1 MetaCyc: PWY-7384 Anaerobic energy metabolism (invertebrates, mitochondrial) 13 XP_019875307.1;XP_019869898.1;XP_019864882.1;XP_019872086.1;XP_019878173.1;XP_019877276.1;XP_019875306.1;XP_019871334.1;XP_019877275.1;XP_019864881.1;XP_019880910.1;XP_019874999.1;XP_019871293.1 MetaCyc: PWY-6174 Mevalonate pathway II (archaea) 6 XP_019875003.1;XP_019880087.1;XP_019880080.1;XP_019866380.1;XP_019876832.1;XP_019865599.1 Reactome: R-HSA-5173214 O-glycosylation of TSR domain-containing proteins 33 XP_019870052.1;XP_019881790.1;XP_019866141.1;XP_019873781.1;XP_019881763.1;XP_019877533.1;XP_019879394.1;XP_019874875.1;XP_019881822.1;XP_019881829.1;XP_019881782.1;XP_019881773.1;XP_019869195.1;XP_019881798.1;XP_019881834.1;XP_019875502.1;XP_019875018.1;XP_019880493.1;XP_019881814.1;XP_019868447.1;XP_019879835.1;XP_019881747.1;XP_019873778.1;XP_019870053.1;XP_019868270.1;XP_019880456.1;XP_019881755.1;XP_019865817.1;XP_019881806.1;XP_019880464.1;XP_019876275.1;XP_019868272.1;XP_019865966.1 MetaCyc: PWY-6886 1-butanol autotrophic biosynthesis (engineered) 10 XP_019869178.1;XP_019881949.1;XP_019874994.1;XP_019875157.1;XP_019876270.1;XP_019867327.1;XP_019881093.1;XP_019874047.1;XP_019881950.1;XP_019869427.1 Reactome: R-HSA-8948751 Regulation of PTEN stability and activity 71 XP_019865204.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1;XP_019866794.1;XP_019877608.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019879302.1;XP_019871959.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019873961.1;XP_019868355.1;XP_019869321.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019871371.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019878375.1;XP_019869585.1;XP_019880840.1;XP_019873841.1;XP_019877091.1;XP_019865170.1;XP_019868753.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019875990.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019876206.1;XP_019869322.1;XP_019873172.1;XP_019875855.1;XP_019877889.1;XP_019870758.1;XP_019869073.1;XP_019876367.1;XP_019864959.1;XP_019872059.1;XP_019867760.1;XP_019871241.1 Reactome: R-HSA-201688 WNT mediated activation of DVL 1 XP_019865204.1 MetaCyc: PWY-6724 Starch degradation II 2 XP_019870586.1;XP_019876629.1 Reactome: R-HSA-5601884 PIWI-interacting RNA (piRNA) biogenesis 28 XP_019865850.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019879540.1;XP_019872398.1;XP_019879537.1;XP_019877842.1;XP_019868777.1;XP_019878456.1;XP_019877770.1;XP_019871167.1;XP_019879411.1;XP_019872396.1;XP_019878625.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019878851.1;XP_019876143.1;XP_019867019.1;XP_019872397.1;XP_019878853.1;XP_019878850.1;XP_019872399.1;XP_019878385.1;XP_019871682.1;XP_019877841.1 Reactome: R-HSA-70350 Fructose catabolism 2 XP_019876121.1;XP_019875013.1 KEGG: 00860+1.3.3.4 Porphyrin and chlorophyll metabolism 1 XP_019877650.1 KEGG: 00052+5.1.3.2 Galactose metabolism 2 XP_019870278.1;XP_019870272.1 Reactome: R-HSA-9018519 Estrogen-dependent gene expression 60 XP_019873062.1;XP_019879537.1;XP_019878456.1;XP_019871543.1;XP_019866761.1;XP_019869946.1;XP_019879698.1;XP_019871166.1;XP_019871423.1;XP_019879539.1;XP_019877840.1;XP_019881491.1;XP_019879231.1;XP_019878084.1;XP_019868181.1;XP_019871167.1;XP_019878851.1;XP_019871520.1;XP_019878850.1;XP_019874360.1;XP_019868157.1;XP_019879274.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019871685.1;XP_019864589.1;XP_019871683.1;XP_019866144.1;XP_019868777.1;XP_019877842.1;XP_019870539.1;XP_019864524.1;XP_019867574.1;XP_019879540.1;XP_019874184.1;XP_019867019.1;XP_019864526.1;XP_019878359.1;XP_019879756.1;XP_019869417.1;XP_019877770.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019866809.1;XP_019878449.1;XP_019872110.1;XP_019873061.1;XP_019869972.1;XP_019878853.1;XP_019872978.1;XP_019864525.1;XP_019869098.1;XP_019877841.1;XP_019871682.1;XP_019880264.1;XP_019874484.1;XP_019878385.1;XP_019878362.1 Reactome: R-HSA-1799339 SRP-dependent cotranslational protein targeting to membrane 129 XP_019872898.1;XP_019880270.1;XP_019873622.1;XP_019866282.1;XP_019879829.1;XP_019867031.1;XP_019869957.1;XP_019867968.1;XP_019873967.1;XP_019868981.1;XP_019879971.1;XP_019874748.1;XP_019871901.1;XP_019876452.1;XP_019869643.1;XP_019873540.1;XP_019865321.1;XP_019879588.1;XP_019877014.1;XP_019881607.1;XP_019865233.1;XP_019869572.1;XP_019866968.1;XP_019868422.1;XP_019869573.1;XP_019868820.1;XP_019873504.1;XP_019874029.1;XP_019869330.1;XP_019873714.1;XP_019878416.1;XP_019869804.1;XP_019865320.1;XP_019876481.1;XP_019877878.1;XP_019877012.1;XP_019874768.1;XP_019880572.1;XP_019871722.1;XP_019866949.1;XP_019866381.1;XP_019865278.1;XP_019881099.1;XP_019881324.1;XP_019866729.1;XP_019871017.1;XP_019869208.1;XP_019869708.1;XP_019869585.1;XP_019869341.1;XP_019880068.1;XP_019870881.1;XP_019876731.1;XP_019868437.1;XP_019877231.1;XP_019876762.1;XP_019878248.1;XP_019875998.1;XP_019871741.1;XP_019869449.1;XP_019868421.1;XP_019867969.1;XP_019867760.1;XP_019878927.1;XP_019874726.1;XP_019866499.1;XP_019869342.1;XP_019873634.1;XP_019873446.1;XP_019879705.1;XP_019869241.1;XP_019874808.1;XP_019870565.1;XP_019879316.1;XP_019867679.1;XP_019873336.1;XP_019876577.1;XP_019870707.1;XP_019867791.1;XP_019869266.1;XP_019873633.1;XP_019872171.1;XP_019875090.1;XP_019872859.1;XP_019867130.1;XP_019868420.1;XP_019877960.1;XP_019879605.1;XP_019879069.1;XP_019870223.1;XP_019874807.1;XP_019868389.1;XP_019867382.1;XP_019876151.1;XP_019874699.1;XP_019872776.1;XP_019873152.1;XP_019874343.1;XP_019878159.1;XP_019866948.1;XP_019871723.1;XP_019865328.1;XP_019868366.1;XP_019872359.1;XP_019867521.1;XP_019867390.1;XP_019871326.1;XP_019881458.1;XP_019880290.1;XP_019870902.1;XP_019866497.1;XP_019877013.1;XP_019865358.1;XP_019869584.1;XP_019865463.1;XP_019869292.1;XP_019866597.1;XP_019870859.1;XP_019867204.1;XP_019876739.1;XP_019880946.1;XP_019877011.1;XP_019869778.1;XP_019878799.1;XP_019873792.1;XP_019881352.1;XP_019870618.1;XP_019866498.1;XP_019876138.1 Reactome: R-HSA-8951664 Neddylation 163 XP_019873761.1;XP_019874533.1;XP_019879770.1;XP_019874420.1;XP_019868057.1;XP_019869919.1;XP_019874419.1;XP_019869981.1;XP_019869559.1;XP_019869085.1;XP_019876206.1;XP_019874418.1;XP_019873454.1;XP_019868887.1;XP_019876367.1;XP_019869073.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019871908.1;XP_019866168.1;XP_019874416.1;XP_019880220.1;XP_019866166.1;XP_019880577.1;XP_019876154.1;XP_019873252.1;XP_019878378.1;XP_019875854.1;XP_019869584.1;XP_019867524.1;XP_019871873.1;XP_019875999.1;XP_019880375.1;XP_019868189.1;XP_019880864.1;XP_019881231.1;XP_019872791.1;XP_019873841.1;XP_019866219.1;XP_019880382.1;XP_019874414.1;XP_019873379.1;XP_019865855.1;XP_019866812.1;XP_019865221.1;XP_019874417.1;XP_019878497.1;XP_019881493.1;XP_019881356.1;XP_019866199.1;XP_019874548.1;XP_019877830.1;XP_019878524.1;XP_019866068.1;XP_019872657.1;XP_019868355.1;XP_019873961.1;XP_019871907.1;XP_019868895.1;XP_019879207.1;XP_019867162.1;XP_019867645.1;XP_019868125.1;XP_019870906.1;XP_019875868.1;XP_019871809.1;XP_019871777.1;XP_019875297.1;XP_019866794.1;XP_019869989.1;XP_019868896.1;XP_019872123.1;XP_019873862.1;XP_019865535.1;XP_019873384.1;XP_019872450.1;XP_019871181.1;XP_019871910.1;XP_019881419.1;XP_019875675.1;XP_019871959.1;XP_019877954.1;XP_019874415.1;XP_019869224.1;XP_019876196.1;XP_019878838.1;XP_019871180.1;XP_019870282.1;XP_019878628.1;XP_019871198.1;XP_019875990.1;XP_019878521.1;XP_019881230.1;XP_019878328.1;XP_019868223.1;XP_019866885.1;XP_019868669.1;XP_019872790.1;XP_019870849.1;XP_019870006.1;XP_019875664.1;XP_019868894.1;XP_019871403.1;XP_019877889.1;XP_019878427.1;XP_019869945.1;XP_019870480.1;XP_019864959.1;XP_019874795.1;XP_019879306.1;XP_019865536.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019874549.1;XP_019873385.1;XP_019875016.1;XP_019876153.1;XP_019875542.1;XP_019864857.1;XP_019872773.1;XP_019869585.1;XP_019878375.1;XP_019875919.1;XP_019877091.1;XP_019868753.1;XP_019865705.1;XP_019878072.1;XP_019875482.1;XP_019874032.1;XP_019874113.1;XP_019881415.1;XP_019864697.1;XP_019880545.1;XP_019867891.1;XP_019875983.1;XP_019866167.1;XP_019872482.1;XP_019868056.1;XP_019867532.1;XP_019868130.1;XP_019865856.1;XP_019878377.1;XP_019866198.1;XP_019869453.1;XP_019876360.1;XP_019866771.1;XP_019876040.1;XP_019866452.1;XP_019877015.1;XP_019873938.1;XP_019868129.1;XP_019865802.1;XP_019870457.1;XP_019868347.1;XP_019874107.1;XP_019870619.1;XP_019871785.1;XP_019872792.1;XP_019868126.1;XP_019868806.1;XP_019873378.1 Reactome: R-HSA-1834941 STING mediated induction of host immune responses 2 XP_019881480.1;XP_019881487.1 KEGG: 00010+1.8.1.4 Glycolysis / Gluconeogenesis 1 XP_019870111.1 KEGG: 00270+1.13.11.20 Cysteine and methionine metabolism 1 XP_019866077.1 Reactome: R-HSA-8941284 RUNX2 regulates chondrocyte maturation 2 XP_019874360.1;XP_019878084.1 Reactome: R-HSA-72163 mRNA Splicing - Major Pathway 145 XP_019866865.1;XP_019871951.1;XP_019867019.1;XP_019867361.1;XP_019869352.1;XP_019878362.1;XP_019877841.1;XP_019880717.1;XP_019874272.1;XP_019879616.1;XP_019879841.1;XP_019879670.1;XP_019873905.1;XP_019869812.1;XP_019877652.1;XP_019870547.1;XP_019878908.1;XP_019873286.1;XP_019867336.1;XP_019874741.1;XP_019877376.1;XP_019865786.1;XP_019877512.1;XP_019864689.1;XP_019873405.1;XP_019866709.1;XP_019871200.1;XP_019879920.1;XP_019867266.1;XP_019864714.1;XP_019873820.1;XP_019866048.1;XP_019874383.1;XP_019866967.1;XP_019873318.1;XP_019874242.1;XP_019872781.1;XP_019869752.1;XP_019877770.1;XP_019874493.1;XP_019878359.1;XP_019873375.1;XP_019867049.1;XP_019873101.1;XP_019877842.1;XP_019868777.1;XP_019873717.1;XP_019869819.1;XP_019874658.1;XP_019871682.1;XP_019872978.1;XP_019869739.1;XP_019881492.1;XP_019871208.1;XP_019876899.1;XP_019877296.1;XP_019864712.1;XP_019879539.1;XP_019878148.1;XP_019880069.1;XP_019877374.1;XP_019871423.1;XP_019879537.1;XP_019877644.1;XP_019878456.1;XP_019879698.1;XP_019880701.1;XP_019878509.1;XP_019873320.1;XP_019879889.1;XP_019865031.1;XP_019879274.1;XP_019867682.1;XP_019877838.1;XP_019869016.1;XP_019870539.1;XP_019864715.1;XP_019878659.1;XP_019878385.1;XP_019864713.1;XP_019877375.1;XP_019867050.1;XP_019880718.1;XP_019874794.1;XP_019873639.1;XP_019880499.1;XP_019871179.1;XP_019877758.1;XP_019878915.1;XP_019865821.1;XP_019871167.1;XP_019871314.1;XP_019880352.1;XP_019867051.1;XP_019878291.1;XP_019870377.1;XP_019874429.1;XP_019872174.1;XP_019873823.1;XP_019873066.1;XP_019864871.1;XP_019880089.1;XP_019871592.1;XP_019866298.1;XP_019878186.1;XP_019878850.1;XP_019867048.1;XP_019874941.1;XP_019879540.1;XP_019869421.1;XP_019875612.1;XP_019881808.1;XP_019865956.1;XP_019879014.1;XP_019869276.1;XP_019880404.1;XP_019864805.1;XP_019878853.1;XP_019872570.1;XP_019872395.1;XP_019873904.1;XP_019877377.1;XP_019877373.1;XP_019878851.1;XP_019871730.1;XP_019865311.1;XP_019867030.1;XP_019865787.1;XP_019877840.1;XP_019871166.1;XP_019869139.1;XP_019869751.1;XP_019868229.1;XP_019877765.1;XP_019881196.1;XP_019872326.1;XP_019878358.1;XP_019877060.1;XP_019870187.1;XP_019868089.1;XP_019869302.1;XP_019877653.1;XP_019875397.1;XP_019873319.1;XP_019873376.1 MetaCyc: PWY-7214 Baicalein degradation (hydrogen peroxide detoxification) 6 XP_019881215.1;XP_019868210.1;XP_019881216.1;XP_019881221.1;XP_019870782.1;XP_019879203.1 KEGG: 00564+3.1.1.7 Glycerophospholipid metabolism 1 XP_019866656.1 Reactome: R-HSA-5685939 HDR through MMEJ (alt-NHEJ) 7 XP_019877839.1;XP_019869674.1;XP_019876037.1;XP_019880099.1;XP_019871005.1;XP_019866456.1;XP_019879609.1 MetaCyc: PWY-4061 Glutathione-mediated detoxification I 18 XP_019869389.1;XP_019880128.1;XP_019864766.1;XP_019873343.1;XP_019873356.1;XP_019873355.1;XP_019869668.1;XP_019871900.1;XP_019866302.1;XP_019878346.1;XP_019864793.1;XP_019871898.1;XP_019878347.1;XP_019873342.1;XP_019864783.1;XP_019874377.1;XP_019873344.1;XP_019878315.1 KEGG: 00280+1.1.1.31 Valine, leucine and isoleucine degradation 1 XP_019871058.1 Reactome: R-HSA-1660662 Glycosphingolipid metabolism 41 XP_019872498.1;XP_019879186.1;XP_019868522.1;XP_019879187.1;XP_019880023.1;XP_019866002.1;XP_019871668.1;XP_019868993.1;XP_019881238.1;XP_019871228.1;XP_019869122.1;XP_019878273.1;XP_019880692.1;XP_019879620.1;XP_019870647.1;XP_019871670.1;XP_019865254.1;XP_019869951.1;XP_019867459.1;XP_019872142.1;XP_019871669.1;XP_019881857.1;XP_019865620.1;XP_019869170.1;XP_019880239.1;XP_019871474.1;XP_019867455.1;XP_019877948.1;XP_019880021.1;XP_019881549.1;XP_019879177.1;XP_019881212.1;XP_019868461.1;XP_019879856.1;XP_019865253.1;XP_019869061.1;XP_019867454.1;XP_019867446.1;XP_019866644.1;XP_019879184.1;XP_019872162.1 Reactome: R-HSA-1362409 Mitochondrial iron-sulfur cluster biogenesis 7 XP_019874738.1;XP_019869699.1;XP_019869107.1;XP_019880272.1;XP_019871039.1;XP_019865056.1;XP_019868679.1 Reactome: R-HSA-6804116 TP53 Regulates Transcription of Genes Involved in G1 Cell Cycle Arrest 1 XP_019865349.1 Reactome: R-HSA-186797 Signaling by PDGF 4 XP_019874775.1;XP_019871329.1;XP_019880208.1;XP_019876152.1 Reactome: R-HSA-447043 Neurofascin interactions 1 XP_019866977.1 MetaCyc: PWY-7185 UTP and CTP dephosphorylation I 4 XP_019877355.1;XP_019875217.1;XP_019869958.1;XP_019880479.1 Reactome: R-HSA-5620916 VxPx cargo-targeting to cilium 10 XP_019866312.1;XP_019878739.1;XP_019865049.1;XP_019875478.1;XP_019873239.1;XP_019879208.1;XP_019866371.1;XP_019875376.1;XP_019875893.1;XP_019875133.1 Reactome: R-HSA-416572 Sema4D induced cell migration and growth-cone collapse 1 XP_019873527.1 Reactome: R-HSA-1236978 Cross-presentation of soluble exogenous antigens (endosomes) 60 XP_019876206.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019864959.1;XP_019871241.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019872059.1;XP_019870906.1;XP_019874113.1;XP_019875990.1;XP_019881493.1;XP_019881356.1;XP_019880545.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019868223.1;XP_019872657.1;XP_019866068.1;XP_019868669.1;XP_019870849.1;XP_019881419.1;XP_019878375.1;XP_019874107.1;XP_019870619.1;XP_019877091.1;XP_019871959.1;XP_019873841.1;XP_019878838.1;XP_019868806.1;XP_019868753.1;XP_019873378.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019880577.1;XP_019871809.1;XP_019866771.1;XP_019866452.1;XP_019878378.1;XP_019875297.1;XP_019877015.1;XP_019875854.1;XP_019866794.1;XP_019873385.1;XP_019869989.1;XP_019875542.1;XP_019875999.1;XP_019865802.1;XP_019868347.1;XP_019875016.1;XP_019871873.1;XP_019873384.1 KEGG: 00780+6.3.4.15 Biotin metabolism 1 XP_019878292.1 KEGG: 00281+4.2.1.17 Geraniol degradation 1 XP_019875259.1 KEGG: 00250+6.3.1.2 Alanine, aspartate and glutamate metabolism 5 XP_019879262.1;XP_019864845.1;XP_019864846.1;XP_019867687.1;XP_019879263.1 Reactome: R-HSA-1834949 Cytosolic sensors of pathogen-associated DNA 32 XP_019878853.1;XP_019881423.1;XP_019869674.1;XP_019881120.1;XP_019876725.1;XP_019864765.1;XP_019871682.1;XP_019877841.1;XP_019870674.1;XP_019879540.1;XP_019881680.1;XP_019877842.1;XP_019868777.1;XP_019867682.1;XP_019877838.1;XP_019867019.1;XP_019872196.1;XP_019881681.1;XP_019878850.1;XP_019880957.1;XP_019864776.1;XP_019881203.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019879537.1;XP_019878456.1;XP_019871167.1;XP_019878851.1;XP_019881044.1;XP_019874016.1;XP_019866482.1 KEGG: 00240+2.1.3.2 Pyrimidine metabolism 1 XP_019866579.1 MetaCyc: PWY-6344 L-ornithine degradation II (Stickland reaction) 9 XP_019866270.1;XP_019866272.1;XP_019866273.1;XP_019871018.1;XP_019871007.1;XP_019866274.1;XP_019871646.1;XP_019879340.1;XP_019866271.1 KEGG: 00790+3.4.19.9 Folate biosynthesis 1 XP_019877339.1 MetaCyc: PWY-3781 Aerobic respiration I (cytochrome c) 12 XP_019879408.1;XP_019873660.1;XP_019878583.1;XP_019880047.1;XP_019874796.1;XP_019875193.1;XP_019877329.1;XP_019878154.1;XP_019873664.1;XP_019879758.1;XP_019867882.1;XP_019878876.1 Reactome: R-HSA-72203 Processing of Capped Intron-Containing Pre-mRNA 34 XP_019866496.1;XP_019871592.1;XP_019879274.1;XP_019878850.1;XP_019867266.1;XP_019880089.1;XP_019878358.1;XP_019871166.1;XP_019871423.1;XP_019877840.1;XP_019879539.1;XP_019879537.1;XP_019878456.1;XP_019879698.1;XP_019871167.1;XP_019878851.1;XP_019878853.1;XP_019872978.1;XP_019879841.1;XP_019869340.1;XP_019878385.1;XP_019878362.1;XP_019871682.1;XP_019877841.1;XP_019879540.1;XP_019877842.1;XP_019868777.1;XP_019870539.1;XP_019877770.1;XP_019867682.1;XP_019877838.1;XP_019872781.1;XP_019867019.1;XP_019878359.1 Reactome: R-HSA-75109 Triglyceride biosynthesis 11 XP_019881736.1;XP_019881735.1;XP_019881734.1;XP_019881733.1;XP_019871562.1;XP_019870092.1;XP_019879416.1;XP_019866504.1;XP_019876136.1;XP_019876137.1;XP_019874244.1 KEGG: 00230+2.7.7.4 Purine metabolism 2 XP_019867057.1;XP_019871878.1 Reactome: R-HSA-165158 Activation of AKT2 1 XP_019867885.1 Reactome: R-HSA-202040 G-protein activation 8 XP_019867486.1;XP_019871826.1;XP_019877084.1;XP_019873626.1;XP_019868277.1;XP_019880311.1;XP_019871047.1;XP_019877515.1 Reactome: R-HSA-5675482 Regulation of necroptotic cell death 3 XP_019869584.1;XP_019869585.1;XP_019867760.1 KEGG: 00310+1.8.1.4 Lysine degradation 1 XP_019870111.1 MetaCyc: PWY-6733 Sporopollenin precursors biosynthesis 28 XP_019871811.1;XP_019871802.1;XP_019871787.1;XP_019868915.1;XP_019879261.1;XP_019874562.1;XP_019874561.1;XP_019875279.1;XP_019871780.1;XP_019880967.1;XP_019876287.1;XP_019876335.1;XP_019874540.1;XP_019879594.1;XP_019876278.1;XP_019872635.1;XP_019876284.1;XP_019876336.1;XP_019874559.1;XP_019869136.1;XP_019876066.1;XP_019875280.1;XP_019878548.1;XP_019879259.1;XP_019868919.1;XP_019874575.1;XP_019878547.1;XP_019874560.1 MetaCyc: PWY-6837 Fatty acid beta-oxidation V (unsaturated, odd number, di-isomerase-dependent) 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 MetaCyc: PWY-7220 Adenosine deoxyribonucleotides de novo biosynthesis II 18 XP_019864974.1;XP_019864914.1;XP_019873408.1;XP_019867410.1;XP_019873158.1;XP_019864973.1;XP_019870975.1;XP_019869647.1;XP_019869648.1;XP_019873683.1;XP_019864972.1;XP_019879845.1;XP_019868211.1;XP_019864975.1;XP_019873404.1;XP_019881305.1;XP_019875326.1;XP_019867079.1 KEGG: 00627+3.6.1.7 Aminobenzoate degradation 3 XP_019864627.1;XP_019867073.1;XP_019866689.1 Reactome: R-HSA-3000171 Non-integrin membrane-ECM interactions 17 XP_019865137.1;XP_019878435.1;XP_019867908.1;XP_019876152.1;XP_019865138.1;XP_019867074.1;XP_019871329.1;XP_019874375.1;XP_019868405.1;XP_019880208.1;XP_019878902.1;XP_019881199.1;XP_019879423.1;XP_019879084.1;XP_019879384.1;XP_019864560.1;XP_019874376.1 Reactome: R-HSA-5673001 RAF/MAP kinase cascade 12 XP_019869083.1;XP_019871621.1;XP_019865243.1;XP_019873215.1;XP_019874937.1;XP_019874585.1;XP_019867724.1;XP_019875529.1;XP_019872770.1;XP_019866868.1;XP_019874649.1;XP_019874938.1 MetaCyc: PWY-7218 Photosynthetic 3-hydroxybutanoate biosynthesis (engineered) 5 XP_019876270.1;XP_019875157.1;XP_019874047.1;XP_019881950.1;XP_019881949.1 KEGG: 00230+2.7.1.25 Purine metabolism 2 XP_019871878.1;XP_019867057.1 Reactome: R-HSA-113418 Formation of the Early Elongation Complex 49 XP_019879698.1;XP_019866292.1;XP_019879537.1;XP_019878456.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019871423.1;XP_019871166.1;XP_019876358.1;XP_019880931.1;XP_019878851.1;XP_019871167.1;XP_019869923.1;XP_019864774.1;XP_019880869.1;XP_019875606.1;XP_019878850.1;XP_019879274.1;XP_019871592.1;XP_019878358.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019870539.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019879540.1;XP_019878359.1;XP_019867019.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019866925.1;XP_019872580.1;XP_019877770.1;XP_019879841.1;XP_019872978.1;XP_019873138.1;XP_019878853.1;XP_019872148.1;XP_019866954.1;XP_019871682.1;XP_019877841.1;XP_019878362.1;XP_019871675.1;XP_019878385.1;XP_019865126.1 Reactome: R-HSA-8941856 RUNX3 regulates NOTCH signaling 5 XP_019873101.1;XP_019875577.1;XP_019872078.1;XP_019867574.1;XP_019879756.1 KEGG: 00510+2.4.1.265 N-Glycan biosynthesis 1 XP_019868632.1 KEGG: 00561+2.3.1.15 Glycerolipid metabolism 2 XP_019881873.1;XP_019874872.1 MetaCyc: PWY-922 Mevalonate pathway I 9 XP_019880080.1;XP_019869845.1;XP_019875003.1;XP_019880087.1;XP_019866380.1;XP_019869844.1;XP_019865599.1;XP_019872485.1;XP_019876832.1 KEGG: 00220+6.3.4.5 Arginine biosynthesis 1 XP_019876483.1 KEGG: 00720+6.4.1.1 Carbon fixation pathways in prokaryotes 2 XP_019870066.1;XP_019870065.1 Reactome: R-HSA-162594 Early Phase of HIV Life Cycle 1 XP_019877839.1 MetaCyc: PWY-5895 Menaquinol-13 biosynthesis 1 XP_019878380.1 KEGG: 04070+3.1.3.64+3.1.3.95 Phosphatidylinositol signaling system 1 XP_019877155.1 MetaCyc: PWY-5057 L-valine degradation II 2 XP_019869997.1;XP_019872878.1 Reactome: R-HSA-1482883 Acyl chain remodeling of DAG and TAG 1 XP_019874244.1 KEGG: 00230+2.7.4.6+2.7.4.3 Purine metabolism 6 XP_019864974.1;XP_019864972.1;XP_019864973.1;XP_019864975.1;XP_019881305.1;XP_019867079.1 Reactome: R-HSA-3928662 EPHB-mediated forward signaling 13 XP_019872284.1;XP_019865076.1;XP_019876905.1;XP_019872285.1;XP_019881519.1;XP_019872282.1;XP_019873527.1;XP_019874349.1;XP_019876643.1;XP_019864775.1;XP_019876080.1;XP_019864757.1;XP_019865243.1 Reactome: R-HSA-9610379 HCMV Late Events 34 XP_019867827.1;XP_019867910.1;XP_019874522.1;XP_019877926.1;XP_019873891.1;XP_019871184.1;XP_019881575.1;XP_019877082.1;XP_019866139.1;XP_019874063.1;XP_019872624.1;XP_019865957.1;XP_019874193.1;XP_019869963.1;XP_019864961.1;XP_019868487.1;XP_019870416.1;XP_019878964.1;XP_019869964.1;XP_019880688.1;XP_019873647.1;XP_019874613.1;XP_019867817.1;XP_019869929.1;XP_019876846.1;XP_019873892.1;XP_019881628.1;XP_019878873.1;XP_019864962.1;XP_019872981.1;XP_019871781.1;XP_019867753.1;XP_019866543.1;XP_019869500.1 Reactome: R-HSA-186763 Downstream signal transduction 4 XP_019879801.1;XP_019874721.1;XP_019876643.1;XP_019881676.1 KEGG: 00561+2.3.1.20 Glycerolipid metabolism 2 XP_019867825.1;XP_019874244.1 MetaCyc: PWY-5844 Menaquinol-9 biosynthesis 1 XP_019878380.1 KEGG: 00480+3.4.11.2 Glutathione metabolism 6 XP_019865735.1;XP_019880778.1;XP_019864550.1;XP_019865205.1;XP_019878511.1;XP_019866577.1 Reactome: R-HSA-5339700 TCF7L2 mutants don't bind CTBP 3 XP_019877947.1;XP_019877945.1;XP_019877946.1 MetaCyc: PWY-6146 Methanobacterium thermoautotrophicum biosynthetic metabolism 2 XP_019870066.1;XP_019870065.1 Reactome: R-HSA-76042 RNA Polymerase II Transcription Initiation And Promoter Clearance 55 XP_019877840.1;XP_019879539.1;XP_019870883.1;XP_019867333.1;XP_019871423.1;XP_019871166.1;XP_019871570.1;XP_019879698.1;XP_019866761.1;XP_019879537.1;XP_019878456.1;XP_019878851.1;XP_019871167.1;XP_019876358.1;XP_019880931.1;XP_019864738.1;XP_019870750.1;XP_019879274.1;XP_019871813.1;XP_019875606.1;XP_019878850.1;XP_019878503.1;XP_019878358.1;XP_019880089.1;XP_019867266.1;XP_019865372.1;XP_019865022.1;XP_019879540.1;XP_019879426.1;XP_019870539.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019872781.1;XP_019877838.1;XP_019881783.1;XP_019867682.1;XP_019877770.1;XP_019878359.1;XP_019867019.1;XP_019872978.1;XP_019869725.1;XP_019878853.1;XP_019864920.1;XP_019878362.1;XP_019878633.1;XP_019878385.1;XP_019865126.1;XP_019871814.1;XP_019865869.1;XP_019872148.1;XP_019871682.1;XP_019877841.1;XP_019866954.1;XP_019870966.1 Reactome: R-HSA-164944 Nef and signal transduction 1 XP_019881172.1 MetaCyc: PWY-7736 Stellatic acid biosynthesis 1 XP_019880038.1 Reactome: R-HSA-73843 5-Phosphoribose 1-diphosphate biosynthesis 4 XP_019870176.1;XP_019870174.1;XP_019870172.1;XP_019870175.1 KEGG: 00230+2.7.4.6 Purine metabolism 9 XP_019869647.1;XP_019869648.1;XP_019873404.1;XP_019870975.1;XP_019873408.1;XP_019875326.1;XP_019868211.1;XP_019879845.1;XP_019873683.1 Reactome: R-HSA-209543 p75NTR recruits signalling complexes 4 XP_019876426.1;XP_019869585.1;XP_019869584.1;XP_019867760.1 MetaCyc: PWY-5384 Sucrose degradation IV (sucrose phosphorylase) 2 XP_019874001.1;XP_019876383.1 KEGG: 00970+6.1.1.6 Aminoacyl-tRNA biosynthesis 3 XP_019875260.1;XP_019878002.1;XP_019878000.1 Reactome: R-HSA-9648895 Response of EIF2AK1 (HRI) to heme deficiency 3 XP_019866786.1;XP_019872358.1;XP_019878390.1 KEGG: 00220+3.5.3.1 Arginine biosynthesis 1 XP_019864883.1 Reactome: R-HSA-9634635 Estrogen-stimulated signaling through PRKCZ 1 XP_019867885.1 MetaCyc: PWY-7922 Protein O-mannosylation II (mammals, core M1 and core M2) 8 XP_019867565.1;XP_019873171.1;XP_019865350.1;XP_019867215.1;XP_019865984.1;XP_019878374.1;XP_019873819.1;XP_019877690.1 KEGG: 04714+2.7.11.1 Thermogenesis 79 XP_019866342.1;XP_019870808.1;XP_019880827.1;XP_019872097.1;XP_019879685.1;XP_019881665.1;XP_019869641.1;XP_019876630.1;XP_019869322.1;XP_019880488.1;XP_019876160.1;XP_019866341.1;XP_019873279.1;XP_019870809.1;XP_019868585.1;XP_019876631.1;XP_019875074.1;XP_019871493.1;XP_019871078.1;XP_019878082.1;XP_019871026.1;XP_019876293.1;XP_019880985.1;XP_019880473.1;XP_019873006.1;XP_019871636.1;XP_019866343.1;XP_019868711.1;XP_019868710.1;XP_019878712.1;XP_019864994.1;XP_019873710.1;XP_019879745.1;XP_019869640.1;XP_019872938.1;XP_019880072.1;XP_019873111.1;XP_019871917.1;XP_019880986.1;XP_019876905.1;XP_019877578.1;XP_019866345.1;XP_019868376.1;XP_019872521.1;XP_019881345.1;XP_019873527.1;XP_019879679.1;XP_019881517.1;XP_019864649.1;XP_019872870.1;XP_019869321.1;XP_019867885.1;XP_019875116.1;XP_019877713.1;XP_019879295.1;XP_019880620.1;XP_019880286.1;XP_019880480.1;XP_019873788.1;XP_019876169.1;XP_019872236.1;XP_019876256.1;XP_019870588.1;XP_019866137.1;XP_019877608.1;XP_019880466.1;XP_019870587.1;XP_019880734.1;XP_019868843.1;XP_019873110.1;XP_019866346.1;XP_019869620.1;XP_019874385.1;XP_019870807.1;XP_019871205.1;XP_019879129.1;XP_019868449.1;XP_019866058.1;XP_019870806.1 MetaCyc: PWY-6932 Selenate reduction 2 XP_019871878.1;XP_019867057.1 Reactome: R-HSA-201722 Formation of the beta-catenin:TCF transactivating complex 20 XP_019878014.1;XP_019876293.1;XP_019875158.1;XP_019874125.1;XP_019871485.1;XP_019880308.1;XP_019881851.1;XP_019878015.1;XP_019872861.1;XP_019876778.1;XP_019871543.1;XP_019879306.1;XP_019880220.1;XP_019867060.1;XP_019867574.1;XP_019867062.1;XP_019866501.1;XP_019867061.1;XP_019868655.1;XP_019879756.1 Reactome: R-HSA-389960 Formation of tubulin folding intermediates by CCT/TriC 18 XP_019868177.1;XP_019880037.1;XP_019876765.1;XP_019867602.1;XP_019880550.1;XP_019871530.1;XP_019877452.1;XP_019879148.1;XP_019874401.1;XP_019878648.1;XP_019872503.1;XP_019868163.1;XP_019875881.1;XP_019874899.1;XP_019874787.1;XP_019868179.1;XP_019867254.1;XP_019871033.1 Reactome: R-HSA-9022538 Loss of MECP2 binding ability to 5mC-DNA 1 XP_019871069.1 Reactome: R-HSA-8874081 MET activates PTK2 signaling 10 XP_019878435.1;XP_019868405.1;XP_019867908.1;XP_019878902.1;XP_019881199.1;XP_019879423.1;XP_019879084.1;XP_019879384.1;XP_019867074.1;XP_019864560.1 KEGG: 00260+2.1.2.10 Glycine, serine and threonine metabolism 4 XP_019869250.1;XP_019869036.1;XP_019879972.1;XP_019867298.1 Reactome: R-HSA-389661 Glyoxylate metabolism and glycine degradation 34 XP_019874475.1;XP_019869236.1;XP_019870111.1;XP_019867507.1;XP_019874295.1;XP_019874472.1;XP_019879068.1;XP_019874474.1;XP_019871727.1;XP_019865397.1;XP_019869953.1;XP_019874479.1;XP_019865866.1;XP_019879704.1;XP_019865417.1;XP_019874473.1;XP_019872157.1;XP_019865519.1;XP_019874477.1;XP_019871441.1;XP_019874476.1;XP_019867363.1;XP_019870891.1;XP_019873070.1;XP_019865197.1;XP_019874294.1;XP_019870059.1;XP_019871091.1;XP_019881720.1;XP_019873069.1;XP_019876882.1;XP_019874478.1;XP_019870089.1;XP_019871720.1 MetaCyc: PWY-5523 5,6-dimethylbenzimidazole biosynthesis I (aerobic) 1 XP_019881434.1 MetaCyc: PWY-6902 Chitin degradation II (Vibrio) 23 XP_019879112.1;XP_019880239.1;XP_019879258.1;XP_019874136.1;XP_019865594.1;XP_019879113.1;XP_019864946.1;XP_019881549.1;XP_019866002.1;XP_019881687.1;XP_019880028.1;XP_019874268.1;XP_019867029.1;XP_019881212.1;XP_019877258.1;XP_019880481.1;XP_019880027.1;XP_019878586.1;XP_019870647.1;XP_019875196.1;XP_019875335.1;XP_019865365.1;XP_019865738.1 MetaCyc: PWY-7007 Methyl ketone biosynthesis (engineered) 7 XP_019872019.1;XP_019874586.1;XP_019875259.1;XP_019877213.1;XP_019880649.1;XP_019877212.1;XP_019873310.1 Reactome: R-HSA-1234174 Cellular response to hypoxia 1 XP_019871674.1 Reactome: R-HSA-114608 Platelet degranulation 16 XP_019876044.1;XP_019871851.1;XP_019871846.1;XP_019871844.1;XP_019871849.1;XP_019871845.1;XP_019871848.1;XP_019871840.1;XP_019877784.1;XP_019866055.1;XP_019871842.1;XP_019874925.1;XP_019869533.1;XP_019871841.1;XP_019871847.1;XP_019871843.1 MetaCyc: PWY-7181 Pyrimidine deoxyribonucleosides degradation 1 XP_019880814.1 Reactome: R-HSA-909733 Interferon alpha/beta signaling 2 XP_019865078.1;XP_019866457.1 MetaCyc: PWY-6030 Serotonin and melatonin biosynthesis 1 XP_019870209.1 Reactome: R-HSA-77289 Mitochondrial Fatty Acid Beta-Oxidation 4 XP_019871727.1;XP_019871720.1;XP_019867609.1;XP_019871748.1 KEGG: 00250+2.1.3.2 Alanine, aspartate and glutamate metabolism 1 XP_019866579.1 KEGG: 00250+6.3.5.4 Alanine, aspartate and glutamate metabolism 1 XP_019872358.1 KEGG: 00230+2.4.2.1 Purine metabolism 2 XP_019866249.1;XP_019866250.1 Reactome: R-HSA-5675221 Negative regulation of MAPK pathway 14 XP_019869585.1;XP_019869337.1;XP_019869329.1;XP_019869346.1;XP_019877342.1;XP_019869353.1;XP_019874871.1;XP_019875529.1;XP_019869362.1;XP_019879176.1;XP_019869584.1;XP_019872796.1;XP_019867760.1;XP_019881573.1 Reactome: R-HSA-73856 RNA Polymerase II Transcription Termination 52 XP_019879670.1;XP_019873905.1;XP_019869812.1;XP_019879616.1;XP_019879841.1;XP_019873904.1;XP_019881792.1;XP_019878915.1;XP_019870374.1;XP_019869352.1;XP_019878602.1;XP_019867050.1;XP_019876177.1;XP_019869819.1;XP_019873717.1;XP_019867048.1;XP_019867049.1;XP_019875465.1;XP_019874941.1;XP_019877531.1;XP_019871592.1;XP_019874261.1;XP_019872069.1;XP_019873820.1;XP_019866048.1;XP_019869302.1;XP_019874242.1;XP_019873318.1;XP_019875397.1;XP_019873319.1;XP_019878603.1;XP_019873320.1;XP_019864689.1;XP_019872174.1;XP_019881196.1;XP_019877060.1;XP_019870187.1;XP_019879235.1;XP_019864871.1;XP_019865031.1;XP_019868295.1;XP_019881877.1;XP_019872851.1;XP_019868229.1;XP_019869139.1;XP_019871301.1;XP_019867030.1;XP_019874741.1;XP_019878908.1;XP_019880352.1;XP_019865311.1;XP_019867051.1 Reactome: R-HSA-4420097 VEGFA-VEGFR2 Pathway 25 XP_019873527.1;XP_019880238.1;XP_019880237.1;XP_019880199.1;XP_019874721.1;XP_019865076.1;XP_019880205.1;XP_019880225.1;XP_019880286.1;XP_019865654.1;XP_019865653.1;XP_019881729.1;XP_019880219.1;XP_019880212.1;XP_019879801.1;XP_019880232.1;XP_019877242.1;XP_019869432.1;XP_019873509.1;XP_019881172.1;XP_019880765.1;XP_019877649.1;XP_019880191.1;XP_019872545.1;XP_019879821.1 Reactome: R-HSA-203754 NOSIP mediated eNOS trafficking 2 XP_019868841.1;XP_019866657.1 KEGG: 00630+1.11.1.6 Glyoxylate and dicarboxylate metabolism 6 XP_019877122.1;XP_019878567.1;XP_019878679.1;XP_019878566.1;XP_019864831.1;XP_019878680.1 Reactome: R-HSA-176408 Regulation of APC/C activators between G1/S and early anaphase 12 XP_019878911.1;XP_019877354.1;XP_019879144.1;XP_019874707.1;XP_019873430.1;XP_019876589.1;XP_019871182.1;XP_019876916.1;XP_019877295.1;XP_019878910.1;XP_019875664.1;XP_019868224.1 MetaCyc: PWY-6583 Pyruvate fermentation to butanol I 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 KEGG: 00010+4.1.1.32 Glycolysis / Gluconeogenesis 1 XP_019866924.1 MetaCyc: PWY-6538 Caffeine degradation III (bacteria, via demethylation) 2 XP_019874528.1;XP_019874514.1 MetaCyc: PWY-4302 Aerobic respiration III (alternative oxidase pathway) 8 XP_019878154.1;XP_019879758.1;XP_019873664.1;XP_019873660.1;XP_019879408.1;XP_019875193.1;XP_019880047.1;XP_019874796.1 KEGG: 00770+2.7.1.33 Pantothenate and CoA biosynthesis 2 XP_019880695.1;XP_019880697.1 Reactome: R-HSA-5357956 TNFR1-induced NFkappaB signaling pathway 6 XP_019867760.1;XP_019880388.1;XP_019873966.1;XP_019869584.1;XP_019873620.1;XP_019869585.1 KEGG: 00970+6.1.1.7 Aminoacyl-tRNA biosynthesis 3 XP_019880271.1;XP_019876140.1;XP_019871997.1 Reactome: R-HSA-3560801 Defective B3GAT3 causes JDSSDHD 5 XP_019869825.1;XP_019877446.1;XP_019868550.1;XP_019877894.1;XP_019869824.1 MetaCyc: PWY-5109 Fermentation to 2-methylbutanoate 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 MetaCyc: PWY-7802 N-end rule pathway II (prokaryotic) 5 XP_019868109.1;XP_019877313.1;XP_019878323.1;XP_019878322.1;XP_019877314.1 Reactome: R-HSA-438066 Unblocking of NMDA receptors, glutamate binding and activation 4 XP_019867724.1;XP_019865243.1;XP_019871621.1;XP_019873215.1 MetaCyc: PWY-5884 Wax esters biosynthesis I 28 XP_019879259.1;XP_019878548.1;XP_019878547.1;XP_019868919.1;XP_019874575.1;XP_019874560.1;XP_019876066.1;XP_019875280.1;XP_019874559.1;XP_019869136.1;XP_019876278.1;XP_019872635.1;XP_019876336.1;XP_019876284.1;XP_019874540.1;XP_019876335.1;XP_019879594.1;XP_019875279.1;XP_019871780.1;XP_019880967.1;XP_019876287.1;XP_019871787.1;XP_019868915.1;XP_019879261.1;XP_019874562.1;XP_019874561.1;XP_019871811.1;XP_019871802.1 KEGG: 00982+1.1.1.1 Drug metabolism - cytochrome P450 1 XP_019869997.1 Reactome: R-HSA-5663220 RHO GTPases Activate Formins 87 XP_019873892.1;XP_019874962.1;XP_019864628.1;XP_019872641.1;XP_019872415.1;XP_019867620.1;XP_019866609.1;XP_019865219.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019867618.1;XP_019879148.1;XP_019869337.1;XP_019867627.1;XP_019867619.1;XP_019869640.1;XP_019879312.1;XP_019867624.1;XP_019874899.1;XP_019880052.1;XP_019880049.1;XP_019873739.1;XP_019872438.1;XP_019869620.1;XP_019875554.1;XP_019867625.1;XP_019881575.1;XP_019868054.1;XP_019878201.1;XP_019870325.1;XP_019873891.1;XP_019874522.1;XP_019867827.1;XP_019874975.1;XP_019868163.1;XP_019875181.1;XP_019867629.1;XP_019872149.1;XP_019867621.1;XP_019875607.1;XP_019866139.1;XP_019867254.1;XP_019870885.1;XP_019869329.1;XP_019867630.1;XP_019875943.1;XP_019876014.1;XP_019875934.1;XP_019865076.1;XP_019878209.1;XP_019865095.1;XP_019881730.1;XP_019869346.1;XP_019867616.1;XP_019866611.1;XP_019867617.1;XP_019869353.1;XP_019867628.1;XP_019871781.1;XP_019869362.1;XP_019879685.1;XP_019868179.1;XP_019869641.1;XP_019881724.1;XP_019877456.1;XP_019871043.1;XP_019867626.1;XP_019877967.1;XP_019867622.1;XP_019878285.1;XP_019868711.1;XP_019872414.1;XP_019880051.1;XP_019874974.1;XP_019880050.1;XP_019867631.1;XP_019868710.1;XP_019879330.1;XP_019870416.1;XP_019875755.1;XP_019880452.1;XP_019877591.1;XP_019875935.1;XP_019868487.1;XP_019881573.1;XP_019871033.1 MetaCyc: PWY-5381 Pyridine nucleotide cycling (plants) 9 XP_019880329.1;XP_019868791.1;XP_019877355.1;XP_019870564.1;XP_019880328.1;XP_019868292.1;XP_019868792.1;XP_019868794.1;XP_019867898.1 Reactome: R-HSA-8964038 LDL clearance 22 XP_019867784.1;XP_019880306.1;XP_019875200.1;XP_019869482.1;XP_019876399.1;XP_019869481.1;XP_019873087.1;XP_019874601.1;XP_019880204.1;XP_019879356.1;XP_019873438.1;XP_019879357.1;XP_019873855.1;XP_019866020.1;XP_019872017.1;XP_019877919.1;XP_019873856.1;XP_019870709.1;XP_019880305.1;XP_019880283.1;XP_019869483.1;XP_019873436.1 Reactome: R-HSA-8868766 rRNA processing in the mitochondrion 3 XP_019877200.1;XP_019874521.1;XP_019880300.1 Reactome: R-HSA-3238698 WNT ligand biogenesis and trafficking 20 XP_019879242.1;XP_019876946.1;XP_019870319.1;XP_019873353.1;XP_019876900.1;XP_019876896.1;XP_019879541.1;XP_019874010.1;XP_019868335.1;XP_019874742.1;XP_019879099.1;XP_019866039.1;XP_019876944.1;XP_019867211.1;XP_019876942.1;XP_019879422.1;XP_019878357.1;XP_019871278.1;XP_019876945.1;XP_019879506.1 Reactome: R-HSA-5674135 MAP2K and MAPK activation 15 XP_019871847.1;XP_019871843.1;XP_019871848.1;XP_019871841.1;XP_019865480.1;XP_019875529.1;XP_019871842.1;XP_019871849.1;XP_019871845.1;XP_019873710.1;XP_019866466.1;XP_019871851.1;XP_019871846.1;XP_019871844.1;XP_019871840.1 MetaCyc: PWY-7388 Octanoyl-[acyl-carrier protein] biosynthesis (mitochondria, yeast) 7 XP_019868914.1;XP_019867912.1;XP_019880777.1;XP_019880034.1;XP_019868913.1;XP_019878163.1;XP_019868912.1 Reactome: R-HSA-1299308 Tandem of pore domain in a weak inwardly rectifying K+ channels (TWIK) 1 XP_019867763.1 KEGG: 00513+3.2.1.52 Various types of N-glycan biosynthesis 8 XP_019880239.1;XP_019867029.1;XP_019874268.1;XP_019881212.1;XP_019866002.1;XP_019875335.1;XP_019870647.1;XP_019881549.1 MetaCyc: PWY-6898 Thiamine salvage III 1 XP_019864541.1 KEGG: 00010+5.3.1.9 Glycolysis / Gluconeogenesis 2 XP_019874001.1;XP_019876383.1 MetaCyc: PWY-5129 Sphingolipid biosynthesis (plants) 3 XP_019868522.1;XP_019869259.1;XP_019877924.1 KEGG: 00591+3.1.1.4 Linoleic acid metabolism 11 XP_019880543.1;XP_019877065.1;XP_019880793.1;XP_019877059.1;XP_019877061.1;XP_019869407.1;XP_019881029.1;XP_019867306.1;XP_019869406.1;XP_019874626.1;XP_019867906.1 Reactome: R-HSA-6793080 rRNA modification in the mitochondrion 3 XP_019874296.1;XP_019880143.1;XP_019870667.1 KEGG: 00250+6.3.5.5 Alanine, aspartate and glutamate metabolism 1 XP_019866579.1 Reactome: R-HSA-196025 Formation of annular gap junctions 7 XP_019875644.1;XP_019876399.1;XP_019875645.1;XP_019875634.1;XP_019869256.1;XP_019875642.1;XP_019875643.1 Reactome: R-HSA-171319 Telomere Extension By Telomerase 7 XP_019881851.1;XP_019870934.1;XP_019867062.1;XP_019875800.1;XP_019867060.1;XP_019870935.1;XP_019867061.1 Reactome: R-HSA-2979096 NOTCH2 Activation and Transmission of Signal to the Nucleus 13 XP_019881318.1;XP_019877719.1;XP_019867760.1;XP_019873968.1;XP_019878246.1;XP_019875784.1;XP_019869584.1;XP_019873112.1;XP_019875771.1;XP_019880363.1;XP_019873435.1;XP_019869585.1;XP_019864851.1 MetaCyc: PWY-5136 Fatty acid beta-oxidation II (plant peroxisome) 7 XP_019877212.1;XP_019880649.1;XP_019873310.1;XP_019874586.1;XP_019872019.1;XP_019875259.1;XP_019877213.1 Reactome: R-HSA-6811440 Retrograde transport at the Trans-Golgi-Network 33 XP_019868020.1;XP_019869613.1;XP_019872531.1;XP_019881699.1;XP_019870016.1;XP_019866789.1;XP_019877879.1;XP_019873630.1;XP_019865717.1;XP_019873008.1;XP_019881698.1;XP_019873498.1;XP_019868575.1;XP_019879476.1;XP_019877051.1;XP_019879561.1;XP_019879761.1;XP_019879172.1;XP_019876200.1;XP_019865265.1;XP_019881900.1;XP_019868023.1;XP_019877072.1;XP_019877005.1;XP_019873129.1;XP_019873219.1;XP_019880736.1;XP_019874021.1;XP_019870112.1;XP_019875512.1;XP_019865381.1;XP_019878704.1;XP_019877073.1 Reactome: R-HSA-3359463 Defective CUBN causes hereditary megaloblastic anemia 1 3 XP_019872103.1;XP_019872104.1;XP_019878494.1 Reactome: R-HSA-3560783 Defective B4GALT7 causes EDS, progeroid type 5 XP_019869825.1;XP_019877446.1;XP_019868550.1;XP_019877894.1;XP_019869824.1 Reactome: R-HSA-110357 Displacement of DNA glycosylase by APEX1 11 XP_019873462.1;XP_019873460.1;XP_019873459.1;XP_019873461.1;XP_019871876.1;XP_019874957.1;XP_019875552.1;XP_019870965.1;XP_019870971.1;XP_019871875.1;XP_019875178.1 Reactome: R-HSA-75105 Fatty acyl-CoA biosynthesis 27 XP_019866594.1;XP_019875306.1;XP_019880234.1;XP_019866600.1;XP_019872948.1;XP_019871573.1;XP_019870658.1;XP_019878934.1;XP_019880034.1;XP_019868913.1;XP_019874999.1;XP_019871589.1;XP_019871590.1;XP_019871099.1;XP_019880777.1;XP_019871591.1;XP_019880033.1;XP_019878935.1;XP_019878163.1;XP_019868912.1;XP_019867912.1;XP_019880747.1;XP_019875307.1;XP_019868914.1;XP_019865816.1;XP_019866595.1;XP_019871583.1 MetaCyc: PWY-4841 UDP-alpha-D-glucuronate biosynthesis (from myo-inositol) 1 XP_019876172.1 MetaCyc: PWY-7602 Icosapentaenoate biosynthesis V (8-desaturase, lower eukaryotes) 21 XP_019870259.1;XP_019877181.1;XP_019870252.1;XP_019870261.1;XP_019865771.1;XP_019870247.1;XP_019879592.1;XP_019865770.1;XP_019873198.1;XP_019870262.1;XP_019870257.1;XP_019873197.1;XP_019869995.1;XP_019870258.1;XP_019870255.1;XP_019879714.1;XP_019879715.1;XP_019870260.1;XP_019870251.1;XP_019874826.1;XP_019869939.1 Reactome: R-HSA-418555 G alpha (s) signalling events 16 XP_019879906.1;XP_019871826.1;XP_019877515.1;XP_019867936.1;XP_019870621.1;XP_019881101.1;XP_019872298.1;XP_019864735.1;XP_019873626.1;XP_019878640.1;XP_019872297.1;XP_019870532.1;XP_019877084.1;XP_019873621.1;XP_019868277.1;XP_019880311.1 Reactome: R-HSA-112308 Presynaptic depolarization and calcium channel opening 13 XP_019875374.1;XP_019875365.1;XP_019875369.1;XP_019873170.1;XP_019875370.1;XP_019875366.1;XP_019875373.1;XP_019875364.1;XP_019880116.1;XP_019875371.1;XP_019875372.1;XP_019875368.1;XP_019873169.1 Reactome: R-HSA-5693568 Resolution of D-loop Structures through Holliday Junction Intermediates 26 XP_019872230.1;XP_019877920.1;XP_019874606.1;XP_019881517.1;XP_019874793.1;XP_019879609.1;XP_019871543.1;XP_019878179.1;XP_019876432.1;XP_019866140.1;XP_019872264.1;XP_019869780.1;XP_019877066.1;XP_019867686.1;XP_019881186.1;XP_019866373.1;XP_019864858.1;XP_019864859.1;XP_019876668.1;XP_019871159.1;XP_019871818.1;XP_019876037.1;XP_019865185.1;XP_019869674.1;XP_019871934.1;XP_019880099.1 MetaCyc: PWY-6938 NADH repair 2 XP_019877522.1;XP_019873668.1 Reactome: R-HSA-1483101 Synthesis of PS 2 XP_019879447.1;XP_019875341.1 MetaCyc: PWY-3162 L-tryptophan degradation V (side chain pathway) 1 XP_019869997.1 KEGG: 00030+3.1.1.17 Pentose phosphate pathway 5 XP_019881968.1;XP_019868312.1;XP_019868311.1;XP_019870754.1;XP_019881967.1 MetaCyc: PWY-7117 C4 photosynthetic carbon assimilation cycle, PEPCK type 12 XP_019876450.1;XP_019872322.1;XP_019880549.1;XP_019879486.1;XP_019872321.1;XP_019867590.1;XP_019871475.1;XP_019875064.1;XP_019872320.1;XP_019864942.1;XP_019879485.1;XP_019879682.1 Reactome: R-HSA-428359 Insulin-like Growth Factor-2 mRNA Binding Proteins (IGF2BPs/IMPs/VICKZs) bind RNA 2 XP_019871760.1;XP_019871758.1 KEGG: 00254+6.4.1.2 Aflatoxin biosynthesis 1 XP_019874350.1 Reactome: R-HSA-8964026 Chylomicron clearance 8 XP_019877919.1;XP_019880306.1;XP_019873438.1;XP_019874601.1;XP_019873087.1;XP_019880305.1;XP_019880283.1;XP_019873436.1 KEGG: 00562+3.1.3.25 Inositol phosphate metabolism 3 XP_019873835.1;XP_019873836.1;XP_019868658.1 KEGG: 00900+2.5.1.10+2.5.1.1 Terpenoid backbone biosynthesis 1 XP_019880038.1 Reactome: R-HSA-8939245 RUNX1 regulates transcription of genes involved in BCR signaling 2 XP_019878084.1;XP_019874360.1 MetaCyc: PWY-5331 Taurine biosynthesis I 1 XP_019866077.1 KEGG: 00900+2.7.1.36 Terpenoid backbone biosynthesis 1 XP_019875003.1 Reactome: R-HSA-8983711 OAS antiviral response 1 XP_019866457.1 KEGG: 00480+2.3.2.2+3.4.19.13 Glutathione metabolism 9 XP_019873343.1;XP_019878315.1;XP_019873356.1;XP_019873355.1;XP_019869389.1;XP_019866302.1;XP_019880128.1;XP_019873342.1;XP_019873344.1 Reactome: R-HSA-5657655 MGMT-mediated DNA damage reversal 1 XP_019867572.1 Reactome: R-HSA-9033500 TYSND1 cleaves peroxisomal proteins 2 XP_019868971.1;XP_019872237.1 Reactome: R-HSA-3322077 Glycogen synthesis 9 XP_019867760.1;XP_019871782.1;XP_019873440.1;XP_019869584.1;XP_019869188.1;XP_019881431.1;XP_019881380.1;XP_019869585.1;XP_019881433.1 Reactome: R-HSA-2871796 FCERI mediated MAPK activation 9 XP_019875529.1;XP_019868740.1;XP_019868833.1;XP_019868742.1;XP_019868743.1;XP_019868744.1;XP_019864589.1;XP_019868741.1;XP_019868739.1 Reactome: R-HSA-5368286 Mitochondrial translation initiation 80 XP_019879888.1;XP_019871921.1;XP_019873258.1;XP_019872109.1;XP_019868916.1;XP_019873616.1;XP_019867456.1;XP_019877486.1;XP_019875229.1;XP_019866692.1;XP_019875242.1;XP_019880062.1;XP_019865012.1;XP_019867842.1;XP_019879281.1;XP_019867270.1;XP_019867792.1;XP_019869086.1;XP_019865251.1;XP_019869646.1;XP_019868584.1;XP_019868322.1;XP_019870207.1;XP_019866169.1;XP_019876776.1;XP_019877156.1;XP_019871327.1;XP_019878765.1;XP_019865872.1;XP_019873212.1;XP_019875110.1;XP_019866210.1;XP_019869087.1;XP_019873570.1;XP_019881564.1;XP_019868994.1;XP_019866841.1;XP_019875241.1;XP_019868822.1;XP_019878036.1;XP_019874395.1;XP_019877157.1;XP_019880970.1;XP_019875629.1;XP_019877148.1;XP_019878441.1;XP_019872389.1;XP_019865882.1;XP_019873947.1;XP_019873234.1;XP_019865577.1;XP_019879887.1;XP_019876831.1;XP_019870136.1;XP_019866157.1;XP_019869080.1;XP_019870168.1;XP_019866927.1;XP_019877752.1;XP_019873298.1;XP_019867112.1;XP_019873231.1;XP_019873295.1;XP_019865250.1;XP_019877659.1;XP_019866067.1;XP_019879962.1;XP_019881391.1;XP_019875628.1;XP_019870933.1;XP_019865668.1;XP_019867257.1;XP_019868583.1;XP_019879664.1;XP_019880755.1;XP_019874397.1;XP_019876382.1;XP_019870062.1;XP_019874369.1;XP_019871981.1 KEGG: 00240+3.5.2.3 Pyrimidine metabolism 1 XP_019866579.1 MetaCyc: PWY-7511 Protein ubiquitination 152 XP_019868617.1;XP_019869491.1;XP_019876420.1;XP_019874794.1;XP_019881468.1;XP_019874812.1;XP_019868431.1;XP_019872432.1;XP_019865260.1;XP_019867223.1;XP_019879101.1;XP_019868475.1;XP_019867837.1;XP_019867375.1;XP_019873363.1;XP_019875102.1;XP_019870162.1;XP_019875588.1;XP_019870297.1;XP_019879241.1;XP_019875418.1;XP_019868546.1;XP_019867926.1;XP_019878447.1;XP_019872872.1;XP_019881283.1;XP_019877513.1;XP_019864635.1;XP_019869718.1;XP_019879641.1;XP_019873067.1;XP_019877187.1;XP_019874488.1;XP_019869000.1;XP_019880274.1;XP_019881466.1;XP_019877549.1;XP_019875731.1;XP_019876432.1;XP_019866768.1;XP_019875221.1;XP_019864697.1;XP_019878429.1;XP_019881675.1;XP_019872885.1;XP_019873541.1;XP_019865245.1;XP_019874813.1;XP_019875589.1;XP_019881257.1;XP_019873678.1;XP_019872135.1;XP_019867925.1;XP_019869730.1;XP_019868616.1;XP_019872868.1;XP_019875101.1;XP_019868480.1;XP_019871371.1;XP_019874822.1;XP_019870598.1;XP_019868545.1;XP_019877875.1;XP_019867374.1;XP_019879302.1;XP_019870088.1;XP_019881657.1;XP_019865566.1;XP_019866223.1;XP_019870597.1;XP_019874487.1;XP_019870714.1;XP_019873182.1;XP_019870177.1;XP_019881977.1;XP_019872305.1;XP_019868962.1;XP_019870299.1;XP_019870819.1;XP_019869200.1;XP_019873397.1;XP_019880587.1;XP_019876128.1;XP_019868477.1;XP_019869729.1;XP_019873435.1;XP_019879642.1;XP_019873563.1;XP_019880355.1;XP_019881527.1;XP_019869307.1;XP_019873673.1;XP_019875587.1;XP_019876419.1;XP_019876504.1;XP_019865043.1;XP_019875222.1;XP_019875224.1;XP_019871863.1;XP_019875223.1;XP_019869717.1;XP_019880840.1;XP_019873825.1;XP_019876421.1;XP_019865438.1;XP_019866583.1;XP_019867599.1;XP_019867063.1;XP_019876641.1;XP_019874024.1;XP_019869489.1;XP_019869716.1;XP_019869937.1;XP_019881544.1;XP_019868935.1;XP_019867838.1;XP_019864576.1;XP_019878998.1;XP_019881284.1;XP_019868407.1;XP_019876638.1;XP_019878246.1;XP_019873968.1;XP_019875470.1;XP_019872932.1;XP_019877504.1;XP_019870811.1;XP_019876949.1;XP_019875203.1;XP_019877272.1;XP_019875593.1;XP_019872869.1;XP_019864777.1;XP_019881818.1;XP_019873555.1;XP_019875658.1;XP_019870072.1;XP_019874020.1;XP_019876054.1;XP_019876648.1;XP_019868853.1;XP_019871969.1;XP_019875471.1;XP_019866605.1;XP_019870436.1;XP_019867045.1;XP_019876914.1;XP_019881375.1;XP_019865512.1;XP_019879098.1;XP_019871911.1;XP_019876588.1 MetaCyc: PWY-5891 Menaquinol-11 biosynthesis 1 XP_019878380.1 Reactome: R-HSA-983712 Ion channel transport 27 XP_019876392.1;XP_019876023.1;XP_019869976.1;XP_019879321.1;XP_019878523.1;XP_019873036.1;XP_019868618.1;XP_019876010.1;XP_019865195.1;XP_019875632.1;XP_019879320.1;XP_019872881.1;XP_019865556.1;XP_019873035.1;XP_019876009.1;XP_019866907.1;XP_019867543.1;XP_019868368.1;XP_019876016.1;XP_019864695.1;XP_019867884.1;XP_019865630.1;XP_019876011.1;XP_019865988.1;XP_019874028.1;XP_019867226.1;XP_019867717.1 Reactome: R-HSA-8866911 TFAP2 (AP-2) family regulates transcription of cell cycle factors 1 XP_019865349.1 KEGG: 00010+5.3.1.1 Glycolysis / Gluconeogenesis 3 XP_019869303.1;XP_019869306.1;XP_019869304.1 KEGG: 00020+4.2.1.2 Citrate cycle (TCA cycle) 2 XP_019864882.1;XP_019864881.1 MetaCyc: PWY-8041 Ultra-long-chain fatty acid biosynthesis 21 XP_019870259.1;XP_019865771.1;XP_019870247.1;XP_019870261.1;XP_019870252.1;XP_019877181.1;XP_019865770.1;XP_019873198.1;XP_019879592.1;XP_019870257.1;XP_019870262.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019869995.1;XP_019873197.1;XP_019879715.1;XP_019870251.1;XP_019870260.1;XP_019869939.1;XP_019874826.1 MetaCyc: PWY-6471 Peptidoglycan biosynthesis IV (Enterococcus faecium) 2 XP_019864660.1;XP_019869057.1 KEGG: 00630+6.4.1.3 Glyoxylate and dicarboxylate metabolism 3 XP_019877276.1;XP_019878173.1;XP_019877275.1 KEGG: 00410+2.6.1.19 beta-Alanine metabolism 2 XP_019866930.1;XP_019866983.1 Reactome: R-HSA-6807047 Cholesterol biosynthesis via desmosterol 1 XP_019880891.1 KEGG: 00650+4.1.3.4 Butanoate metabolism 1 XP_019868361.1 Reactome: R-HSA-5218920 VEGFR2 mediated vascular permeability 15 XP_019866632.1;XP_019877608.1;XP_019869321.1;XP_019866631.1;XP_019867885.1;XP_019866633.1;XP_019879181.1;XP_019876398.1;XP_019866634.1;XP_019878779.1;XP_019880827.1;XP_019869322.1;XP_019874931.1;XP_019871078.1;XP_019878784.1 KEGG: 00564+3.1.3.4 Glycerophospholipid metabolism 6 XP_019870092.1;XP_019881735.1;XP_019881736.1;XP_019881733.1;XP_019865211.1;XP_019881734.1 KEGG: 00630+6.2.1.1 Glyoxylate and dicarboxylate metabolism 2 XP_019865511.1;XP_019872166.1 Reactome: R-HSA-189451 Heme biosynthesis 12 XP_019865575.1;XP_019864696.1;XP_019866392.1;XP_019880287.1;XP_019867006.1;XP_019866110.1;XP_019877391.1;XP_019877650.1;XP_019874927.1;XP_019875059.1;XP_019880901.1;XP_019876996.1 KEGG: 00330+2.5.1.16 Arginine and proline metabolism 2 XP_019874609.1;XP_019871790.1 KEGG: 00240+3.6.1.9 Pyrimidine metabolism 3 XP_019876978.1;XP_019877733.1;XP_019879030.1 Reactome: R-HSA-165181 Inhibition of TSC complex formation by PKB 4 XP_019873492.1;XP_019873493.1;XP_019878071.1;XP_019873494.1 KEGG: 00600+3.1.4.12 Sphingolipid metabolism 2 XP_019865253.1;XP_019865254.1 MetaCyc: PWY-6545 Pyrimidine deoxyribonucleotides de novo biosynthesis III 24 XP_019864972.1;XP_019879845.1;XP_019873683.1;XP_019864975.1;XP_019880479.1;XP_019876978.1;XP_019868211.1;XP_019873408.1;XP_019864974.1;XP_019864914.1;XP_019869648.1;XP_019869647.1;XP_019870975.1;XP_019864973.1;XP_019873158.1;XP_019871003.1;XP_019867410.1;XP_019871002.1;XP_019867079.1;XP_019875326.1;XP_019879030.1;XP_019877733.1;XP_019881305.1;XP_019873404.1 MetaCyc: PWY-6012 Acyl carrier protein metabolism 1 XP_019869991.1 KEGG: 00430+1.4.1.1 Taurine and hypotaurine metabolism 1 XP_019872934.1 KEGG: 00500+2.4.1.11 Starch and sucrose metabolism 2 XP_019869188.1;XP_019871782.1 MetaCyc: PWY-7219 Adenosine ribonucleotides de novo biosynthesis 17 XP_019877492.1;XP_019867364.1;XP_019867425.1;XP_019864901.1;XP_019881305.1;XP_019864971.1;XP_019867079.1;XP_019864974.1;XP_019874950.1;XP_019868441.1;XP_019864973.1;XP_019867347.1;XP_019868090.1;XP_019870287.1;XP_019864972.1;XP_019881710.1;XP_019864975.1 Reactome: R-HSA-6803157 Antimicrobial peptides 12 XP_019878098.1;XP_019877814.1;XP_019877658.1;XP_019871642.1;XP_019876965.1;XP_019876019.1;XP_019878218.1;XP_019878118.1;XP_019876018.1;XP_019876017.1;XP_019877660.1;XP_019877409.1 Reactome: R-HSA-5693571 Nonhomologous End-Joining (NHEJ) 14 XP_019876037.1;XP_019871543.1;XP_019870557.1;XP_019869674.1;XP_019880099.1;XP_019876432.1;XP_019872774.1;XP_019873890.1;XP_019879609.1;XP_019881517.1;XP_019872775.1;XP_019864776.1;XP_019869835.1;XP_019869834.1 KEGG: 00640+1.8.1.4 Propanoate metabolism 1 XP_019870111.1 Reactome: R-HSA-192823 Viral mRNA Translation 100 XP_019874808.1;XP_019870618.1;XP_019866498.1;XP_019879316.1;XP_019867679.1;XP_019876138.1;XP_019873634.1;XP_019879705.1;XP_019869241.1;XP_019869778.1;XP_019878927.1;XP_019878799.1;XP_019874726.1;XP_019866499.1;XP_019869342.1;XP_019880946.1;XP_019877011.1;XP_019868421.1;XP_019867969.1;XP_019867760.1;XP_019870859.1;XP_019866597.1;XP_019876762.1;XP_019876739.1;XP_019875998.1;XP_019871741.1;XP_019869584.1;XP_019876731.1;XP_019870881.1;XP_019869292.1;XP_019865463.1;XP_019868437.1;XP_019877013.1;XP_019869208.1;XP_019865358.1;XP_019869585.1;XP_019869341.1;XP_019871326.1;XP_019881458.1;XP_019880290.1;XP_019866949.1;XP_019866381.1;XP_019870902.1;XP_019865278.1;XP_019871017.1;XP_019866497.1;XP_019881324.1;XP_019877012.1;XP_019865328.1;XP_019880572.1;XP_019872359.1;XP_019871722.1;XP_019867390.1;XP_019867521.1;XP_019878416.1;XP_019869804.1;XP_019871723.1;XP_019865320.1;XP_019876481.1;XP_019877878.1;XP_019868422.1;XP_019874343.1;XP_019869573.1;XP_019868820.1;XP_019873504.1;XP_019878159.1;XP_019866948.1;XP_019874029.1;XP_019873714.1;XP_019869643.1;XP_019877014.1;XP_019881607.1;XP_019865321.1;XP_019879588.1;XP_019865233.1;XP_019869572.1;XP_019867382.1;XP_019874699.1;XP_019874748.1;XP_019873152.1;XP_019871901.1;XP_019879605.1;XP_019870223.1;XP_019879971.1;XP_019874807.1;XP_019875090.1;XP_019869957.1;XP_019872859.1;XP_019868420.1;XP_019877960.1;XP_019872898.1;XP_019873336.1;XP_019880270.1;XP_019873622.1;XP_019866282.1;XP_019867791.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019879829.1 KEGG: 00627+4.2.1.17 Aminobenzoate degradation 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 KEGG: 04151+2.7.11.1 PI3K-Akt signaling pathway 79 XP_019873788.1;XP_019880480.1;XP_019876256.1;XP_019870588.1;XP_019872236.1;XP_019876169.1;XP_019880466.1;XP_019866137.1;XP_019877608.1;XP_019870587.1;XP_019866346.1;XP_019869620.1;XP_019873110.1;XP_019868843.1;XP_019880734.1;XP_019870807.1;XP_019874385.1;XP_019879129.1;XP_019871205.1;XP_019870806.1;XP_019866058.1;XP_019868449.1;XP_019879745.1;XP_019873710.1;XP_019873111.1;XP_019871917.1;XP_019880072.1;XP_019869640.1;XP_019872938.1;XP_019866345.1;XP_019877578.1;XP_019880986.1;XP_019876905.1;XP_019881345.1;XP_019872521.1;XP_019868376.1;XP_019873527.1;XP_019881517.1;XP_019879679.1;XP_019872870.1;XP_019869321.1;XP_019864649.1;XP_019880286.1;XP_019880620.1;XP_019879295.1;XP_019875116.1;XP_019867885.1;XP_019877713.1;XP_019870809.1;XP_019873279.1;XP_019866341.1;XP_019871078.1;XP_019871493.1;XP_019875074.1;XP_019876631.1;XP_019868585.1;XP_019876293.1;XP_019871026.1;XP_019880985.1;XP_019878082.1;XP_019880473.1;XP_019873006.1;XP_019871636.1;XP_019866343.1;XP_019864994.1;XP_019878712.1;XP_019868710.1;XP_019868711.1;XP_019880827.1;XP_019870808.1;XP_019866342.1;XP_019872097.1;XP_019879685.1;XP_019869641.1;XP_019881665.1;XP_019869322.1;XP_019880488.1;XP_019876630.1;XP_019876160.1 Reactome: R-HSA-75953 RNA Polymerase II Transcription Initiation 55 XP_019877770.1;XP_019881783.1;XP_019872781.1;XP_019877838.1;XP_019867682.1;XP_019867019.1;XP_019878359.1;XP_019879426.1;XP_019865022.1;XP_019879540.1;XP_019870539.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019865126.1;XP_019871814.1;XP_019878362.1;XP_019878385.1;XP_019878633.1;XP_019870966.1;XP_019865869.1;XP_019872148.1;XP_019877841.1;XP_019866954.1;XP_019871682.1;XP_019878853.1;XP_019869725.1;XP_019872978.1;XP_019864920.1;XP_019871167.1;XP_019878851.1;XP_019880931.1;XP_019876358.1;XP_019871423.1;XP_019871570.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019867333.1;XP_019879698.1;XP_019879537.1;XP_019866761.1;XP_019878456.1;XP_019878503.1;XP_019880089.1;XP_019867266.1;XP_019865372.1;XP_019878358.1;XP_019864738.1;XP_019879274.1;XP_019870750.1;XP_019875606.1;XP_019878850.1;XP_019871813.1 Reactome: R-HSA-8876725 Protein methylation 9 XP_019870420.1;XP_019878852.1;XP_019871729.1;XP_019875231.1;XP_019879705.1;XP_019870286.1;XP_019868437.1;XP_019865626.1;XP_019878053.1 Reactome: R-HSA-75955 RNA Polymerase II Transcription Elongation 64 XP_019867266.1;XP_019880089.1;XP_019872039.1;XP_019880869.1;XP_019878850.1;XP_019865642.1;XP_019871167.1;XP_019875288.1;XP_019880931.1;XP_019876358.1;XP_019870883.1;XP_019870076.1;XP_019866812.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019872148.1;XP_019877841.1;XP_019870382.1;XP_019872077.1;XP_019878014.1;XP_019866809.1;XP_019878449.1;XP_019874913.1;XP_019877838.1;XP_019866925.1;XP_019867682.1;XP_019867019.1;XP_019872278.1;XP_019874248.1;XP_019870539.1;XP_019865372.1;XP_019878358.1;XP_019879274.1;XP_019875606.1;XP_019869923.1;XP_019864774.1;XP_019878851.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019879698.1;XP_019879537.1;XP_019866292.1;XP_019878456.1;XP_019871675.1;XP_019878015.1;XP_019866954.1;XP_019871682.1;XP_019872482.1;XP_019878853.1;XP_019874125.1;XP_019873138.1;XP_019872978.1;XP_019877770.1;XP_019872580.1;XP_019872781.1;XP_019877795.1;XP_019878359.1;XP_019879540.1;XP_019877525.1;XP_019877842.1;XP_019868777.1 Reactome: R-HSA-165159 mTOR signalling 16 XP_019866098.1;XP_019880827.1;XP_019877026.1;XP_019876398.1;XP_019865540.1;XP_019866466.1;XP_019871078.1;XP_019874034.1;XP_019879681.1;XP_019865480.1;XP_019880990.1;XP_019866097.1;XP_019875062.1;XP_019877025.1;XP_019881177.1;XP_019880989.1 Reactome: R-HSA-2408550 Metabolism of ingested H2SeO4 and H2SeO3 into H2Se 2 XP_019871878.1;XP_019867057.1 Reactome: R-HSA-2219530 Constitutive Signaling by Aberrant PI3K in Cancer 4 XP_019874937.1;XP_019874938.1;XP_019866868.1;XP_019865910.1 Reactome: R-HSA-163754 Insulin effects increased synthesis of Xylulose-5-Phosphate 1 XP_019880562.1 Reactome: R-HSA-210455 Astrocytic Glutamate-Glutamine Uptake And Metabolism 4 XP_019864845.1;XP_019879262.1;XP_019879263.1;XP_019864846.1 KEGG: 00240+2.7.4.14 Pyrimidine metabolism 1 XP_019881710.1 MetaCyc: PWY-7909 Formaldehyde oxidation VII (THF pathway) 4 XP_019875559.1;XP_019875566.1;XP_019875572.1;XP_019865430.1 MetaCyc: PWY-5147 Oleate biosynthesis I (plants) 7 XP_019868914.1;XP_019867912.1;XP_019880777.1;XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1 MetaCyc: PWY-6871 3-methylbutanol biosynthesis (engineered) 1 XP_019869997.1 Reactome: R-HSA-198933 Immunoregulatory interactions between a Lymphoid and a non-Lymphoid cell 1 XP_019866104.1 MetaCyc: PWY-5653 NAD biosynthesis from 2-amino-3-carboxymuconate semialdehyde 4 XP_019868792.1;XP_019868794.1;XP_019868791.1;XP_019870564.1 KEGG: 00513+2.4.1.142 Various types of N-glycan biosynthesis 1 XP_019878496.1 Reactome: R-HSA-5083627 Defective LARGE causes MDDGA6 and MDDGB6 1 XP_019871960.1 Reactome: R-HSA-112409 RAF-independent MAPK1/3 activation 3 XP_019877342.1;XP_019875529.1;XP_019872796.1 KEGG: 00564+2.7.1.32+2.7.1.82 Glycerophospholipid metabolism 1 XP_019877503.1 KEGG: 00760+2.3.1.286 Nicotinate and nicotinamide metabolism 15 XP_019866548.1;XP_019867388.1;XP_019866550.1;XP_019875026.1;XP_019879500.1;XP_019866549.1;XP_019866551.1;XP_019878692.1;XP_019875027.1;XP_019869162.1;XP_019866546.1;XP_019880904.1;XP_019867719.1;XP_019870167.1;XP_019879919.1 MetaCyc: PWY-7184 Pyrimidine deoxyribonucleotides de novo biosynthesis I 25 XP_019875326.1;XP_019867079.1;XP_019877733.1;XP_019879030.1;XP_019873404.1;XP_019881305.1;XP_019873683.1;XP_019864972.1;XP_019879845.1;XP_019868211.1;XP_019876978.1;XP_019880479.1;XP_019864975.1;XP_019872819.1;XP_019864974.1;XP_019864914.1;XP_019873408.1;XP_019873158.1;XP_019867410.1;XP_019871003.1;XP_019871002.1;XP_019864973.1;XP_019870975.1;XP_019869647.1;XP_019869648.1 KEGG: 00030+2.7.1.11 Pentose phosphate pathway 6 XP_019871694.1;XP_019871693.1;XP_019871695.1;XP_019871692.1;XP_019871691.1;XP_019871696.1 KEGG: 00790+3.1.3.1 Folate biosynthesis 6 XP_019876022.1;XP_019871124.1;XP_019880774.1;XP_019871289.1;XP_019879819.1;XP_019880880.1 MetaCyc: PWY-5989 Stearate biosynthesis II (bacteria and plants) 7 XP_019868914.1;XP_019880777.1;XP_019867912.1;XP_019878163.1;XP_019868912.1;XP_019868913.1;XP_019880034.1 KEGG: 00230+6.3.3.1 Purine metabolism 1 XP_019880873.1 Reactome: R-HSA-73780 RNA Polymerase III Chain Elongation 30 XP_019880957.1;XP_019881120.1;XP_019876725.1;XP_019864765.1;XP_019877841.1;XP_019871682.1;XP_019881203.1;XP_019878853.1;XP_019881423.1;XP_019872196.1;XP_019878850.1;XP_019881681.1;XP_019871167.1;XP_019878851.1;XP_019867682.1;XP_019877838.1;XP_019867019.1;XP_019881044.1;XP_019874016.1;XP_019866482.1;XP_019871166.1;XP_019879540.1;XP_019870674.1;XP_019879539.1;XP_019877840.1;XP_019881680.1;XP_019879537.1;XP_019877842.1;XP_019868777.1;XP_019878456.1 Reactome: R-HSA-381042 PERK regulates gene expression 3 XP_019878390.1;XP_019866786.1;XP_019874925.1 Reactome: R-HSA-383280 Nuclear Receptor transcription pathway 67 XP_019866492.1;XP_019864759.1;XP_019881580.1;XP_019866872.1;XP_019881245.1;XP_019873130.1;XP_019873131.1;XP_019868356.1;XP_019864940.1;XP_019872455.1;XP_019876755.1;XP_019877567.1;XP_019872198.1;XP_019880248.1;XP_019881566.1;XP_019873048.1;XP_019874173.1;XP_019871519.1;XP_019873049.1;XP_019873132.1;XP_019871074.1;XP_019872200.1;XP_019872449.1;XP_019878719.1;XP_019874174.1;XP_019874176.1;XP_019871071.1;XP_019866491.1;XP_019871073.1;XP_019873051.1;XP_019866489.1;XP_019873050.1;XP_019866848.1;XP_019866490.1;XP_019873047.1;XP_019866864.1;XP_019881491.1;XP_019870110.1;XP_019873857.1;XP_019868956.1;XP_019880250.1;XP_019871645.1;XP_019881572.1;XP_019879117.1;XP_019866493.1;XP_019880249.1;XP_019864941.1;XP_019866855.1;XP_019874133.1;XP_019880200.1;XP_019866488.1;XP_019881588.1;XP_019879846.1;XP_019871072.1;XP_019876771.1;XP_019870508.1;XP_019871075.1;XP_019869108.1;XP_019880246.1;XP_019876540.1;XP_019866487.1;XP_019881661.1;XP_019872199.1;XP_019876613.1;XP_019872197.1;XP_019871076.1;XP_019866881.1 Reactome: R-HSA-5221030 TET1,2,3 and TDG demethylate DNA 5 XP_019873462.1;XP_019873459.1;XP_019873461.1;XP_019873460.1;XP_019867053.1 KEGG: 00564+2.7.7.41 Glycerophospholipid metabolism 3 XP_019867058.1;XP_019876451.1;XP_019876943.1 Reactome: R-HSA-204626 Hypusine synthesis from eIF5A-lysine 2 XP_019873472.1;XP_019867832.1 Reactome: R-HSA-1660517 Synthesis of PIPs at the late endosome membrane 3 XP_019875528.1;XP_019880131.1;XP_019880137.1 MetaCyc: PWY-7902 Glucosylglycerol biosynthesis 2 XP_019875635.1;XP_019875636.1 Reactome: R-HSA-8866423 VLDL assembly 12 XP_019880306.1;XP_019876158.1;XP_019877919.1;XP_019865775.1;XP_019873087.1;XP_019880305.1;XP_019880283.1;XP_019873436.1;XP_019876167.1;XP_019873438.1;XP_019868039.1;XP_019874601.1 Reactome: R-HSA-2995383 Initiation of Nuclear Envelope Reformation 2 XP_019875610.1;XP_019876581.1 Reactome: R-HSA-5689877 Josephin domain DUBs 10 XP_019867760.1;XP_019873596.1;XP_019865626.1;XP_019870120.1;XP_019869584.1;XP_019870519.1;XP_019869585.1;XP_019873598.1;XP_019873597.1;XP_019874342.1 Reactome: R-HSA-389513 CTLA4 inhibitory signaling 9 XP_019881573.1;XP_019869321.1;XP_019869362.1;XP_019877608.1;XP_019869322.1;XP_019869353.1;XP_019869337.1;XP_019869329.1;XP_019869346.1 Reactome: R-HSA-5602498 MyD88 deficiency (TLR2/4) 1 XP_019876426.1 MetaCyc: PWY-4381 Fatty acid biosynthesis initiation (bacteria and plants) 10 XP_019878163.1;XP_019868912.1;XP_019868914.1;XP_019867451.1;XP_019867912.1;XP_019879638.1;XP_019880034.1;XP_019868913.1;XP_019874350.1;XP_019880777.1 KEGG: 00720+4.2.1.17+1.1.1.35 Carbon fixation pathways in prokaryotes 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 Reactome: R-HSA-3000471 Scavenging by Class B Receptors 8 XP_019877919.1;XP_019880306.1;XP_019874601.1;XP_019873438.1;XP_019873087.1;XP_019880283.1;XP_019873436.1;XP_019880305.1 KEGG: 00401+2.6.1.5 Novobiocin biosynthesis 1 XP_019868034.1 MetaCyc: PWY-5101 L-isoleucine biosynthesis II 1 XP_019872878.1 MetaCyc: PWY-7791 UMP biosynthesis III 2 XP_019868123.1;XP_019866579.1 Reactome: R-HSA-433137 Sodium-coupled sulphate, di- and tri-carboxylate transporters 2 XP_019871791.1;XP_019879131.1 Reactome: R-HSA-912446 Meiotic recombination 15 XP_019864859.1;XP_019879609.1;XP_019870300.1;XP_019877406.1;XP_019876037.1;XP_019869674.1;XP_019878179.1;XP_019876432.1;XP_019880099.1;XP_019865768.1;XP_019872230.1;XP_019881186.1;XP_019881517.1;XP_019875543.1;XP_019864858.1 Reactome: R-HSA-446210 Synthesis of UDP-N-acetyl-glucosamine 5 XP_019865263.1;XP_019865021.1;XP_019881850.1;XP_019867728.1;XP_019869880.1 MetaCyc: PWY-7659 Viridicatumtoxin biosynthesis 1 XP_019880038.1 MetaCyc: PWY-6362 1D-myo-inositol hexakisphosphate biosynthesis II (mammalian) 5 XP_019873106.1;XP_019866425.1;XP_019866155.1;XP_019873105.1;XP_019873104.1 Reactome: R-HSA-9640463 Wax biosynthesis 28 XP_019875279.1;XP_019871780.1;XP_019880967.1;XP_019876287.1;XP_019876335.1;XP_019874540.1;XP_019879594.1;XP_019871811.1;XP_019871802.1;XP_019871787.1;XP_019868915.1;XP_019874562.1;XP_019879261.1;XP_019874561.1;XP_019876066.1;XP_019875280.1;XP_019879259.1;XP_019878548.1;XP_019868919.1;XP_019878547.1;XP_019874575.1;XP_019874560.1;XP_019872635.1;XP_019876278.1;XP_019876284.1;XP_019876336.1;XP_019874559.1;XP_019869136.1 MetaCyc: PWY-6122 5-aminoimidazole ribonucleotide biosynthesis II 6 XP_019877227.1;XP_019879070.1;XP_019878398.1;XP_019875615.1;XP_019869982.1;XP_019880873.1 MetaCyc: PWY-7979 Protein O-mannosylation III (mammals, core M3) 8 XP_019878374.1;XP_019873819.1;XP_019877690.1;XP_019867565.1;XP_019873171.1;XP_019865350.1;XP_019867215.1;XP_019865984.1 Reactome: R-HSA-1234158 Regulation of gene expression by Hypoxia-inducible Factor 2 XP_019879756.1;XP_019867574.1 Reactome: R-HSA-5205685 Pink/Parkin Mediated Mitophagy 13 XP_019879061.1;XP_019869585.1;XP_019877928.1;XP_019873597.1;XP_019876372.1;XP_019873598.1;XP_019877403.1;XP_019867760.1;XP_019876752.1;XP_019873596.1;XP_019877404.1;XP_019869584.1;XP_019869285.1 KEGG: 00350+2.6.1.1 Tyrosine metabolism 3 XP_019864942.1;XP_019871475.1;XP_019876450.1 KEGG: 00030+1.1.1.49 Pentose phosphate pathway 2 XP_019880347.1;XP_019880346.1 MetaCyc: PWY-6277 Superpathway of 5-aminoimidazole ribonucleotide biosynthesis 6 XP_019877227.1;XP_019879070.1;XP_019875615.1;XP_019878398.1;XP_019880873.1;XP_019869982.1 Reactome: R-HSA-3642279 TGFBR2 MSI Frameshift Mutants in Cancer 1 XP_019869546.1 MetaCyc: PWY-7663 Gondoate biosynthesis (anaerobic) 7 XP_019868914.1;XP_019867912.1;XP_019880777.1;XP_019880034.1;XP_019878163.1;XP_019868912.1;XP_019868913.1 Reactome: R-HSA-3214847 HATs acetylate histones 63 XP_019875577.1;XP_019864977.1;XP_019868885.1;XP_019865189.1;XP_019865190.1;XP_019880264.1;XP_019865869.1;XP_019867796.1;XP_019867730.1;XP_019874910.1;XP_019881851.1;XP_019876444.1;XP_019878493.1;XP_019877288.1;XP_019881222.1;XP_019866468.1;XP_019872088.1;XP_019879756.1;XP_019865503.1;XP_019866886.1;XP_019871763.1;XP_019867370.1;XP_019876614.1;XP_019867574.1;XP_019869477.1;XP_019871954.1;XP_019872107.1;XP_019878296.1;XP_019871765.1;XP_019881898.1;XP_019880995.1;XP_019873918.1;XP_019866755.1;XP_019879434.1;XP_019870352.1;XP_019870362.1;XP_019876606.1;XP_019873406.1;XP_019881745.1;XP_019870744.1;XP_019878626.1;XP_019876293.1;XP_019870750.1;XP_019870265.1;XP_019877898.1;XP_019875800.1;XP_019871498.1;XP_019874583.1;XP_019868044.1;XP_019870079.1;XP_019865502.1;XP_019868045.1;XP_019869949.1;XP_019871835.1;XP_019869948.1;XP_019868886.1;XP_019865415.1;XP_019867369.1;XP_019880059.1;XP_019864968.1;XP_019866766.1;XP_019881223.1;XP_019871543.1 Reactome: R-HSA-1971475 A tetrasaccharide linker sequence is required for GAG synthesis 9 XP_019869294.1;XP_019868550.1;XP_019869459.1;XP_019877894.1;XP_019877282.1;XP_019869458.1;XP_019869825.1;XP_019877446.1;XP_019869824.1 MetaCyc: PWY-7082 Ammonia oxidation IV (autotrophic ammonia oxidizers) 4 XP_019878583.1;XP_019877329.1;XP_019867882.1;XP_019878876.1 KEGG: 00650+4.2.1.17+1.1.1.35 Butanoate metabolism 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 Reactome: R-HSA-8931987 RUNX1 regulates estrogen receptor mediated transcription 2 XP_019874360.1;XP_019878084.1 KEGG: 00780+1.1.1.100+4.2.1.59+2.3.1.41 Biotin metabolism 7 XP_019868914.1;XP_019867912.1;XP_019880777.1;XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1 Reactome: R-HSA-8854691 Interleukin-20 family signaling 5 XP_019864879.1;XP_019864876.1;XP_019868093.1;XP_019864878.1;XP_019864877.1 KEGG: 00513+2.4.1.258 Various types of N-glycan biosynthesis 1 XP_019871805.1 KEGG: 00680+2.7.1.11 Methane metabolism 6 XP_019871691.1;XP_019871696.1;XP_019871694.1;XP_019871695.1;XP_019871693.1;XP_019871692.1 MetaCyc: PWY-7375 Mrna capping I 2 XP_019873168.1;XP_019871239.1 KEGG: 00860+6.1.1.17 Porphyrin and chlorophyll metabolism 2 XP_019875025.1;XP_019876046.1 Reactome: R-HSA-2428928 IRS-related events triggered by IGF1R 7 XP_019869653.1;XP_019869651.1;XP_019869655.1;XP_019869649.1;XP_019869656.1;XP_019869652.1;XP_019869650.1 Reactome: R-HSA-6804115 TP53 regulates transcription of additional cell cycle genes whose exact role in the p53 pathway remain uncertain 26 XP_019871560.1;XP_019872618.1;XP_019872623.1;XP_019879417.1;XP_019871796.1;XP_019868936.1;XP_019877641.1;XP_019877634.1;XP_019872617.1;XP_019872621.1;XP_019872622.1;XP_019876316.1;XP_019866484.1;XP_019879893.1;XP_019865489.1;XP_019879549.1;XP_019872620.1;XP_019876262.1;XP_019879886.1;XP_019869144.1;XP_019869072.1;XP_019872619.1;XP_019881705.1;XP_019868570.1;XP_019877623.1;XP_019881939.1 Reactome: R-HSA-4551638 SUMOylation of chromatin organization proteins 29 XP_019878964.1;XP_019868351.1;XP_019878233.1;XP_019867753.1;XP_019870416.1;XP_019872981.1;XP_019868487.1;XP_019871781.1;XP_019874193.1;XP_019872624.1;XP_019865065.1;XP_019866186.1;XP_019866139.1;XP_019866183.1;XP_019866185.1;XP_019878873.1;XP_019876846.1;XP_019877082.1;XP_019873892.1;XP_019867817.1;XP_019869929.1;XP_019880688.1;XP_019871184.1;XP_019881575.1;XP_019873647.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1 KEGG: 00550+2.4.1.227 Peptidoglycan biosynthesis 1 XP_019864660.1 Reactome: R-HSA-1475029 Reversible hydration of carbon dioxide 7 XP_019879485.1;XP_019872321.1;XP_019867590.1;XP_019872320.1;XP_019879486.1;XP_019872322.1;XP_019880549.1 Reactome: R-HSA-5083628 Defective POMGNT1 causes MDDGA3, MDDGB3 and MDDGC3 2 XP_019865138.1;XP_019865137.1 Reactome: R-HSA-114508 Effects of PIP2 hydrolysis 19 XP_019880959.1;XP_019871715.1;XP_019864706.1;XP_019864702.1;XP_019876039.1;XP_019881354.1;XP_019864705.1;XP_019880958.1;XP_019881355.1;XP_019864707.1;XP_019864708.1;XP_019864703.1;XP_019881353.1;XP_019864701.1;XP_019880100.1;XP_019865551.1;XP_019872866.1;XP_019881704.1;XP_019864704.1 MetaCyc: PWY-6992 1,5-anhydrofructose degradation 4 XP_019878152.1;XP_019878943.1;XP_019874001.1;XP_019876383.1 KEGG: 04070+2.7.1.107 Phosphatidylinositol signaling system 14 XP_019880959.1;XP_019864702.1;XP_019864706.1;XP_019864701.1;XP_019876039.1;XP_019880100.1;XP_019865551.1;XP_019864704.1;XP_019881704.1;XP_019880958.1;XP_019864705.1;XP_019864707.1;XP_019864703.1;XP_019864708.1 Reactome: R-HSA-1482922 Acyl chain remodelling of PI 5 XP_019881029.1;XP_019867306.1;XP_019880793.1;XP_019874626.1;XP_019880543.1 KEGG: 05170+2.7.1.153 Human immunodeficiency virus 1 infection 2 XP_019875598.1;XP_019879031.1 Reactome: R-HSA-8851680 Butyrophilin (BTN) family interactions 2 XP_019874528.1;XP_019874514.1 MetaCyc: PWY-6556 Pyrimidine ribonucleosides salvage II 1 XP_019880814.1 KEGG: 00860+4.1.1.37 Porphyrin and chlorophyll metabolism 1 XP_019880901.1 KEGG: 00030+2.2.1.2 Pentose phosphate pathway 1 XP_019880562.1 KEGG: 00040+2.7.7.9 Pentose and glucuronate interconversions 3 XP_019881431.1;XP_019881380.1;XP_019881433.1 KEGG: 00785+6.3.1.20 Lipoic acid metabolism 1 XP_019865519.1 MetaCyc: PWY-6019 Pseudouridine degradation 2 XP_019869817.1;XP_019869818.1 KEGG: 00511+3.2.1.52 Other glycan degradation 8 XP_019875335.1;XP_019881549.1;XP_019870647.1;XP_019867029.1;XP_019874268.1;XP_019881212.1;XP_019866002.1;XP_019880239.1 KEGG: 00190+1.3.5.1 Oxidative phosphorylation 7 XP_019879408.1;XP_019878154.1;XP_019873660.1;XP_019873664.1;XP_019879758.1;XP_019874796.1;XP_019875193.1 Reactome: R-HSA-5610787 Hedgehog 'off' state 25 XP_019872340.1;XP_019880174.1;XP_019870237.1;XP_019871394.1;XP_019876935.1;XP_019876700.1;XP_019880253.1;XP_019870532.1;XP_019878640.1;XP_019872297.1;XP_019866544.1;XP_019872298.1;XP_019875718.1;XP_019881611.1;XP_019864735.1;XP_019865919.1;XP_019881101.1;XP_019870621.1;XP_019873509.1;XP_019879906.1;XP_019877711.1;XP_019877709.1;XP_019880252.1;XP_019877710.1;XP_019880254.1 KEGG: 00380+2.6.1.7 Tryptophan metabolism 1 XP_019868643.1 Reactome: R-HSA-113507 E2F-enabled inhibition of pre-replication complex formation 8 XP_019869531.1;XP_019864906.1;XP_019870749.1;XP_019876859.1;XP_019880467.1;XP_019873282.1;XP_019877707.1;XP_019879145.1 KEGG: 00230+3.5.4.4 Purine metabolism 2 XP_019870323.1;XP_019870347.1 Reactome: R-HSA-180024 DARPP-32 events 9 XP_019876700.1;XP_019867655.1;XP_019866085.1;XP_019866088.1;XP_019880254.1;XP_019880252.1;XP_019866087.1;XP_019873509.1;XP_019880253.1 Reactome: R-HSA-189200 Cellular hexose transport 71 XP_019875282.1;XP_019871800.1;XP_019875540.1;XP_019870659.1;XP_019881784.1;XP_019876120.1;XP_019870805.1;XP_019870799.1;XP_019876283.1;XP_019876282.1;XP_019879636.1;XP_019867244.1;XP_019870634.1;XP_019870632.1;XP_019881813.1;XP_019881474.1;XP_019872332.1;XP_019867219.1;XP_019870804.1;XP_019870631.1;XP_019870802.1;XP_019874956.1;XP_019881875.1;XP_019870801.1;XP_019868393.1;XP_019872072.1;XP_019874966.1;XP_019873536.1;XP_019867217.1;XP_019881827.1;XP_019874434.1;XP_019872324.1;XP_019872333.1;XP_019876119.1;XP_019868392.1;XP_019870605.1;XP_019867218.1;XP_019874936.1;XP_019872311.1;XP_019874046.1;XP_019871801.1;XP_019873533.1;XP_019870796.1;XP_019870604.1;XP_019878196.1;XP_019874968.1;XP_019872312.1;XP_019867440.1;XP_019870795.1;XP_019874996.1;XP_019873998.1;XP_019876118.1;XP_019870798.1;XP_019872335.1;XP_019870649.1;XP_019870637.1;XP_019874995.1;XP_019872327.1;XP_019867664.1;XP_019875283.1;XP_019872334.1;XP_019873991.1;XP_019868394.1;XP_019870119.1;XP_019870603.1;XP_019870635.1;XP_019873534.1;XP_019881109.1;XP_019870613.1;XP_019870800.1;XP_019876824.1 Reactome: R-HSA-73817 Purine ribonucleoside monophosphate biosynthesis 15 XP_019877227.1;XP_019864567.1;XP_019879070.1;XP_019878398.1;XP_019880873.1;XP_019868090.1;XP_019869982.1;XP_019873268.1;XP_019874950.1;XP_019868441.1;XP_019869980.1;XP_019880156.1;XP_019877818.1;XP_019871288.1;XP_019875615.1 MetaCyc: PWY-3341 L-proline biosynthesis III (from L-ornithine) 9 XP_019866270.1;XP_019866272.1;XP_019866273.1;XP_019871018.1;XP_019871007.1;XP_019866274.1;XP_019871646.1;XP_019879340.1;XP_019866271.1 KEGG: 00240+2.1.1.45 Pyrimidine metabolism 1 XP_019872819.1 Reactome: R-HSA-9635465 Suppression of apoptosis 1 XP_019875529.1 KEGG: 00230+6.3.5.3 Purine metabolism 1 XP_019875615.1 Reactome: R-HSA-9013508 NOTCH3 Intracellular Domain Regulates Transcription 5 XP_019875577.1;XP_019872078.1;XP_019867574.1;XP_019879756.1;XP_019873101.1 MetaCyc: PWY-5078 L-isoleucine degradation II 2 XP_019869997.1;XP_019872878.1 Reactome: R-HSA-6803205 TP53 regulates transcription of several additional cell death genes whose specific roles in p53-dependent apoptosis remain uncertain 4 XP_019873604.1;XP_019878425.1;XP_019868274.1;XP_019868273.1 KEGG: 00970+2.1.2.9 Aminoacyl-tRNA biosynthesis 4 XP_019875629.1;XP_019874746.1;XP_019880873.1;XP_019875628.1 KEGG: 00604+3.2.1.52 Glycosphingolipid biosynthesis - ganglio series 8 XP_019875335.1;XP_019870647.1;XP_019881549.1;XP_019866002.1;XP_019867029.1;XP_019874268.1;XP_019881212.1;XP_019880239.1 Reactome: R-HSA-5578999 Defective GCLC causes Hemolytic anemia due to gamma-glutamylcysteine synthetase deficiency (HAGGSD) 2 XP_019880483.1;XP_019871761.1 KEGG: 00533+2.4.1.68 Glycosaminoglycan biosynthesis - keratan sulfate 1 XP_019872837.1 Reactome: R-HSA-901032 ER Quality Control Compartment (ERQC) 6 XP_019867045.1;XP_019867760.1;XP_019879505.1;XP_019869584.1;XP_019869585.1;XP_019867210.1 Reactome: R-HSA-381426 Regulation of Insulin-like Growth Factor (IGF) transport and uptake by Insulin-like Growth Factor Binding Proteins (IGFBPs) 16 XP_019873087.1;XP_019874601.1;XP_019873438.1;XP_019880306.1;XP_019873796.1;XP_019874701.1;XP_019872908.1;XP_019866055.1;XP_019877784.1;XP_019880305.1;XP_019873436.1;XP_019880283.1;XP_019872861.1;XP_019867815.1;XP_019872909.1;XP_019877919.1 Reactome: R-HSA-2644607 Loss of Function of FBXW7 in Cancer and NOTCH1 Signaling 9 XP_019866219.1;XP_019870006.1;XP_019866199.1;XP_019866166.1;XP_019866198.1;XP_019869981.1;XP_019866167.1;XP_019866168.1;XP_019866885.1 Reactome: R-HSA-445355 Smooth Muscle Contraction 32 XP_019877625.1;XP_019871841.1;XP_019877627.1;XP_019871843.1;XP_019871847.1;XP_019877632.1;XP_019877621.1;XP_019865846.1;XP_019877624.1;XP_019877620.1;XP_019871848.1;XP_019877619.1;XP_019874596.1;XP_019871844.1;XP_019877630.1;XP_019869558.1;XP_019877633.1;XP_019877628.1;XP_019877636.1;XP_019871840.1;XP_019868194.1;XP_019877631.1;XP_019871842.1;XP_019881606.1;XP_019868231.1;XP_019871846.1;XP_019871851.1;XP_019877622.1;XP_019871845.1;XP_019871849.1;XP_019877626.1;XP_019877629.1 KEGG: 00281+4.1.3.4 Geraniol degradation 1 XP_019868361.1 Reactome: R-HSA-1855231 Synthesis of IPs in the ER lumen 2 XP_019875531.1;XP_019875523.1 KEGG: 00710+4.1.2.13 Carbon fixation in photosynthetic organisms 4 XP_019875188.1;XP_019872283.1;XP_019880828.1;XP_019875189.1 Reactome: R-HSA-6785807 Interleukin-4 and Interleukin-13 signaling 3 XP_019865349.1;XP_019875067.1;XP_019868093.1 Reactome: R-HSA-9633012 Response of EIF2AK4 (GCN2) to amino acid deficiency 107 XP_019869572.1;XP_019865233.1;XP_019869643.1;XP_019881607.1;XP_019879588.1;XP_019865321.1;XP_019877014.1;XP_019866948.1;XP_019873714.1;XP_019874029.1;XP_019874343.1;XP_019868422.1;XP_019869573.1;XP_019878159.1;XP_019868820.1;XP_019873504.1;XP_019876481.1;XP_019865320.1;XP_019877878.1;XP_019878416.1;XP_019871723.1;XP_019869804.1;XP_019872359.1;XP_019871722.1;XP_019880572.1;XP_019867521.1;XP_019867390.1;XP_019877012.1;XP_019865328.1;XP_019872171.1;XP_019869266.1;XP_019873633.1;XP_019867791.1;XP_019866282.1;XP_019866478.1;XP_019879829.1;XP_019880270.1;XP_019873336.1;XP_019872898.1;XP_019873622.1;XP_019877960.1;XP_019872859.1;XP_019875090.1;XP_019869957.1;XP_019868420.1;XP_019879971.1;XP_019874807.1;XP_019870223.1;XP_019878390.1;XP_019879605.1;XP_019874699.1;XP_019873152.1;XP_019874748.1;XP_019871901.1;XP_019867382.1;XP_019867760.1;XP_019866786.1;XP_019880946.1;XP_019867969.1;XP_019868421.1;XP_019877011.1;XP_019866499.1;XP_019869342.1;XP_019878927.1;XP_019869778.1;XP_019874726.1;XP_019878799.1;XP_019869241.1;XP_019873634.1;XP_019879705.1;XP_019867679.1;XP_019876138.1;XP_019879316.1;XP_019874808.1;XP_019880264.1;XP_019866498.1;XP_019870618.1;XP_019870902.1;XP_019866381.1;XP_019871017.1;XP_019868391.1;XP_019881324.1;XP_019866497.1;XP_019865278.1;XP_019880290.1;XP_019881458.1;XP_019871326.1;XP_019866949.1;XP_019869341.1;XP_019865358.1;XP_019877013.1;XP_019869208.1;XP_019869585.1;XP_019872358.1;XP_019868437.1;XP_019870881.1;XP_019876731.1;XP_019869584.1;XP_019865463.1;XP_019869292.1;XP_019876739.1;XP_019868585.1;XP_019871741.1;XP_019875998.1;XP_019866597.1;XP_019870859.1;XP_019876762.1 MetaCyc: PWY-6749 CMP-legionaminate biosynthesis I 4 XP_019864613.1;XP_019869133.1;XP_019867728.1;XP_019881850.1 KEGG: 00240+3.1.3.89 Pyrimidine metabolism 1 XP_019874153.1 KEGG: 00670+2.1.2.10 One carbon pool by folate 4 XP_019879972.1;XP_019869036.1;XP_019867298.1;XP_019869250.1 KEGG: 00030+4.1.2.4 Pentose phosphate pathway 2 XP_019874229.1;XP_019874230.1 Reactome: R-HSA-5656169 Termination of translesion DNA synthesis 25 XP_019877406.1;XP_019877750.1;XP_019867760.1;XP_019875209.1;XP_019877684.1;XP_019876835.1;XP_019873165.1;XP_019869585.1;XP_019877996.1;XP_019866702.1;XP_019866703.1;XP_019875834.1;XP_019877751.1;XP_019875289.1;XP_019868615.1;XP_019872352.1;XP_019869584.1;XP_019873093.1;XP_019876567.1;XP_019870300.1;XP_019875206.1;XP_019870026.1;XP_019871806.1;XP_019881574.1;XP_019878371.1 MetaCyc: PWY-6117 Spermine and spermidine degradation I 1 XP_019871335.1 Reactome: R-HSA-167242 Abortive elongation of HIV-1 transcript in the absence of Tat 40 XP_019864774.1;XP_019871167.1;XP_019869923.1;XP_019878851.1;XP_019878456.1;XP_019879537.1;XP_019866292.1;XP_019879698.1;XP_019871166.1;XP_019871423.1;XP_019879539.1;XP_019877840.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019878850.1;XP_019880869.1;XP_019871592.1;XP_019879274.1;XP_019867019.1;XP_019878359.1;XP_019872580.1;XP_019877770.1;XP_019867682.1;XP_019866925.1;XP_019877838.1;XP_019872781.1;XP_019877842.1;XP_019868777.1;XP_019870539.1;XP_019879540.1;XP_019877841.1;XP_019871682.1;XP_019871675.1;XP_019878385.1;XP_019878362.1;XP_019878853.1;XP_019873138.1;XP_019872978.1;XP_019879841.1 MetaCyc: PWY-7836 Ganglio-series glycosphingolipids biosynthesis 1 XP_019868522.1 Reactome: R-HSA-2022090 Assembly of collagen fibrils and other multimeric structures 11 XP_019864984.1;XP_019880208.1;XP_019864982.1;XP_019864989.1;XP_019879423.1;XP_019881199.1;XP_019879384.1;XP_019876152.1;XP_019871158.1;XP_019864560.1;XP_019871329.1 MetaCyc: PWY-7849 Urate conversion to allantoin III 3 XP_019874375.1;XP_019874376.1;XP_019871533.1 Reactome: R-HSA-202427 Phosphorylation of CD3 and TCR zeta chains 2 XP_019869088.1;XP_019868508.1 KEGG: 00785+2.8.1.8 Lipoic acid metabolism 1 XP_019865866.1 Reactome: R-HSA-416476 G alpha (q) signalling events 34 XP_019876322.1;XP_019867076.1;XP_019871469.1;XP_019880311.1;XP_019875871.1;XP_019875413.1;XP_019880954.1;XP_019866055.1;XP_019877515.1;XP_019874471.1;XP_019874462.1;XP_019878300.1;XP_019866607.1;XP_019873314.1;XP_019878082.1;XP_019868983.1;XP_019880458.1;XP_019872041.1;XP_019868277.1;XP_019866300.1;XP_019873626.1;XP_019876603.1;XP_019873919.1;XP_019866608.1;XP_019877084.1;XP_019878227.1;XP_019865910.1;XP_019879581.1;XP_019874481.1;XP_019880542.1;XP_019876905.1;XP_019870482.1;XP_019867840.1;XP_019871826.1 Reactome: R-HSA-3000497 Scavenging by Class H Receptors 8 XP_019877919.1;XP_019880306.1;XP_019874601.1;XP_019873438.1;XP_019873436.1;XP_019880305.1;XP_019880283.1;XP_019873087.1 MetaCyc: PWY-1187 Glucosinolate biosynthesis from homomethionine 1 XP_019868643.1 KEGG: 00062+2.3.1.199 Fatty acid elongation 19 XP_019873197.1;XP_019879714.1;XP_019870255.1;XP_019870258.1;XP_019879715.1;XP_019870260.1;XP_019870251.1;XP_019874826.1;XP_019870259.1;XP_019865771.1;XP_019870247.1;XP_019870261.1;XP_019877181.1;XP_019870252.1;XP_019879592.1;XP_019865770.1;XP_019873198.1;XP_019870262.1;XP_019870257.1 Reactome: R-HSA-9031525 NR1H2 & NR1H3 regulate gene expression to limit cholesterol uptake 1 XP_019877272.1 KEGG: 00970+6.1.1.2 Aminoacyl-tRNA biosynthesis 2 XP_019866037.1;XP_019875265.1 Reactome: R-HSA-5576892 Phase 0 - rapid depolarisation 20 XP_019871857.1;XP_019866360.1;XP_019875374.1;XP_019875369.1;XP_019875365.1;XP_019880314.1;XP_019875373.1;XP_019872955.1;XP_019875366.1;XP_019868698.1;XP_019875364.1;XP_019875372.1;XP_019872040.1;XP_019867724.1;XP_019875370.1;XP_019871858.1;XP_019875371.1;XP_019865696.1;XP_019871856.1;XP_019875368.1 MetaCyc: PWY-5083 NAD/NADH phosphorylation and dephosphorylation 3 XP_019872207.1;XP_019880147.1;XP_019880047.1 Reactome: R-HSA-6804759 Regulation of TP53 Activity through Association with Co-factors 5 XP_019869321.1;XP_019877608.1;XP_019868273.1;XP_019868274.1;XP_019869322.1 KEGG: 00310+4.2.1.17+1.1.1.35 Lysine degradation 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 MetaCyc: PWY-6703 Preq0 biosynthesis 2 XP_019871888.1;XP_019871889.1 KEGG: 00520+5.4.2.10 Amino sugar and nucleotide sugar metabolism 3 XP_019881850.1;XP_019869133.1;XP_019864613.1 Reactome: R-HSA-1362277 Transcription of E2F targets under negative control by DREAM complex 11 XP_019866012.1;XP_019880820.1;XP_019878917.1;XP_019874191.1;XP_019878279.1;XP_019876835.1;XP_019876936.1;XP_019877601.1;XP_019873716.1;XP_019874189.1;XP_019866013.1 Reactome: R-HSA-77387 Insulin receptor recycling 27 XP_019867717.1;XP_019865988.1;XP_019874028.1;XP_019867226.1;XP_019864695.1;XP_019867884.1;XP_019876011.1;XP_019865630.1;XP_019868368.1;XP_019867543.1;XP_019876016.1;XP_019866907.1;XP_019876009.1;XP_019872881.1;XP_019879320.1;XP_019865556.1;XP_019873035.1;XP_019865195.1;XP_019875632.1;XP_019868618.1;XP_019876010.1;XP_019873036.1;XP_019869976.1;XP_019879321.1;XP_019878523.1;XP_019876392.1;XP_019876023.1 Reactome: R-HSA-3065678 SUMO is transferred from E1 to E2 (UBE2I, UBC9) 1 XP_019866247.1 MetaCyc: PWY-5469 Sesamin biosynthesis 6 XP_019881216.1;XP_019870782.1;XP_019879203.1;XP_019881221.1;XP_019868210.1;XP_019881215.1 KEGG: 00100+1.3.1.72 Steroid biosynthesis 1 XP_019880891.1 MetaCyc: PWY-6692 Fe(II) oxidation 5 XP_019877329.1;XP_019878583.1;XP_019867882.1;XP_019878876.1;XP_019880047.1 KEGG: 00565+3.1.4.4 Ether lipid metabolism 1 XP_019881002.1 Reactome: R-HSA-1236394 Signaling by ERBB4 5 XP_019874937.1;XP_019868984.1;XP_019870942.1;XP_019879456.1;XP_019874938.1 Reactome: R-HSA-162658 Golgi Cisternae Pericentriolar Stack Reorganization 6 XP_019878093.1;XP_019875529.1;XP_019871471.1;XP_019879279.1;XP_019879515.1;XP_019867268.1 Reactome: R-HSA-391908 Prostanoid ligand receptors 3 XP_019867934.1;XP_019878731.1;XP_019880320.1 KEGG: 00030+3.1.3.11 Pentose phosphate pathway 1 XP_019871486.1 MetaCyc: PWY-5104 L-isoleucine biosynthesis IV 1 XP_019872878.1 MetaCyc: PWY-7222 Guanosine deoxyribonucleotides de novo biosynthesis II 18 XP_019867079.1;XP_019875326.1;XP_019881305.1;XP_019873404.1;XP_019864975.1;XP_019868211.1;XP_019879845.1;XP_019864972.1;XP_019873683.1;XP_019869648.1;XP_019869647.1;XP_019870975.1;XP_019873158.1;XP_019864973.1;XP_019867410.1;XP_019873408.1;XP_019864914.1;XP_019864974.1 MetaCyc: PWY-7337 10-cis-heptadecenoyl-CoA degradation (yeast) 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 KEGG: 00450+4.4.1.13 Selenocompound metabolism 1 XP_019868643.1 Reactome: R-HSA-350054 Notch-HLH transcription pathway 12 XP_019873101.1;XP_019881609.1;XP_019875577.1;XP_019872078.1;XP_019868503.1;XP_019866310.1;XP_019870552.1;XP_019871558.1;XP_019868501.1;XP_019871789.1;XP_019868809.1;XP_019868500.1 KEGG: 00562+3.1.3.64+3.1.3.95 Inositol phosphate metabolism 1 XP_019877155.1 Reactome: R-HSA-69473 G2/M DNA damage checkpoint 29 XP_019877996.1;XP_019872230.1;XP_019871032.1;XP_019874793.1;XP_019875289.1;XP_019875834.1;XP_019880795.1;XP_019881517.1;XP_019873890.1;XP_019879609.1;XP_019877406.1;XP_019871543.1;XP_019866140.1;XP_019876432.1;XP_019867686.1;XP_019871806.1;XP_019872264.1;XP_019866373.1;XP_019872097.1;XP_019872775.1;XP_019876531.1;XP_019872774.1;XP_019870300.1;XP_019865185.1;XP_019869674.1;XP_019876037.1;XP_019870557.1;XP_019880099.1;XP_019879339.1 KEGG: 00520+1.1.1.271 Amino sugar and nucleotide sugar metabolism 2 XP_019876686.1;XP_019878420.1 Reactome: R-HSA-191859 snRNP Assembly 38 XP_019871781.1;XP_019872981.1;XP_019878571.1;XP_019879841.1;XP_019877571.1;XP_019879452.1;XP_019875444.1;XP_019867753.1;XP_019873647.1;XP_019880688.1;XP_019875833.1;XP_019868735.1;XP_019878873.1;XP_019873892.1;XP_019876846.1;XP_019869929.1;XP_019867817.1;XP_019870160.1;XP_019868487.1;XP_019871592.1;XP_019874193.1;XP_019872624.1;XP_019866139.1;XP_019878964.1;XP_019873823.1;XP_019872174.1;XP_019864871.1;XP_019870416.1;XP_019867651.1;XP_019881575.1;XP_019878148.1;XP_019871184.1;XP_019873891.1;XP_019874522.1;XP_019867910.1;XP_019867827.1;XP_019869139.1;XP_019877082.1 Reactome: R-HSA-2730905 Role of LAT2/NTAL/LAB on calcium mobilization 1 XP_019867885.1 Reactome: R-HSA-210745 Regulation of gene expression in beta cells 1 XP_019880140.1 KEGG: 00240+4.1.1.23 Pyrimidine metabolism 1 XP_019868123.1 KEGG: 00511+3.2.1.24 Other glycan degradation 4 XP_019874318.1;XP_019876951.1;XP_019874321.1;XP_019874323.1 MetaCyc: PWY-6802 Salidroside biosynthesis 1 XP_019869997.1 MetaCyc: PWY-7416 Phospholipid remodeling (phosphatidylcholine, yeast) 11 XP_019867306.1;XP_019869407.1;XP_019881029.1;XP_019877061.1;XP_019880793.1;XP_019877065.1;XP_019877059.1;XP_019880543.1;XP_019867906.1;XP_019874626.1;XP_019869406.1 Reactome: R-HSA-5674400 Constitutive Signaling by AKT1 E17K in Cancer 21 XP_019869322.1;XP_019866343.1;XP_019875325.1;XP_019878779.1;XP_019865349.1;XP_019866346.1;XP_019867885.1;XP_019879181.1;XP_019879129.1;XP_019878071.1;XP_019869321.1;XP_019874931.1;XP_019871078.1;XP_019878784.1;XP_019865540.1;XP_019876398.1;XP_019866342.1;XP_019866341.1;XP_019880827.1;XP_019877608.1;XP_019866345.1 Reactome: R-HSA-209931 Serotonin and melatonin biosynthesis 1 XP_019870209.1 MetaCyc: PWY-7221 Guanosine ribonucleotides de novo biosynthesis 30 XP_019873683.1;XP_019873215.1;XP_019879845.1;XP_019873268.1;XP_019864972.1;XP_019868211.1;XP_019864567.1;XP_019880623.1;XP_019864975.1;XP_019876674.1;XP_019864974.1;XP_019875525.1;XP_019873408.1;XP_019864973.1;XP_019870975.1;XP_019871288.1;XP_019867829.1;XP_019869647.1;XP_019869648.1;XP_019875526.1;XP_019871918.1;XP_019875326.1;XP_019876676.1;XP_019867079.1;XP_019880541.1;XP_019873404.1;XP_019876677.1;XP_019876675.1;XP_019881305.1;XP_019869597.1 Reactome: R-HSA-9634600 Regulation of glycolysis by fructose 2,6-bisphosphate metabolism 4 XP_019873205.1;XP_019872255.1;XP_019872254.1;XP_019873509.1 Reactome: R-HSA-3656237 Defective EXT2 causes exostoses 2 7 XP_019868550.1;XP_019864522.1;XP_019869825.1;XP_019877446.1;XP_019871016.1;XP_019869824.1;XP_019877894.1 MetaCyc: PWY-1722 Formate assimilation into 5,10-methylenetetrahydrofolate 5 XP_019875559.1;XP_019864887.1;XP_019875572.1;XP_019875566.1;XP_019865430.1 KEGG: 00230+4.6.1.2 Purine metabolism 8 XP_019865846.1;XP_019871136.1;XP_019869558.1;XP_019881606.1;XP_019868194.1;XP_019868231.1;XP_019872579.1;XP_019879765.1 Reactome: R-HSA-1268020 Mitochondrial protein import 43 XP_019871479.1;XP_019871234.1;XP_019865374.1;XP_019873977.1;XP_019869392.1;XP_019878652.1;XP_019871799.1;XP_019881594.1;XP_019869907.1;XP_019871365.1;XP_019868146.1;XP_019869214.1;XP_019875826.1;XP_019875719.1;XP_019867571.1;XP_019877928.1;XP_019878487.1;XP_019879760.1;XP_019874674.1;XP_019880296.1;XP_019875306.1;XP_019876950.1;XP_019879134.1;XP_019875802.1;XP_019879061.1;XP_019865159.1;XP_019874341.1;XP_019871107.1;XP_019866101.1;XP_019866721.1;XP_019865525.1;XP_019868377.1;XP_019877403.1;XP_019879775.1;XP_019872935.1;XP_019872173.1;XP_019877404.1;XP_019874999.1;XP_019874431.1;XP_019873007.1;XP_019881564.1;XP_019874738.1;XP_019873860.1 KEGG: 00720+6.2.1.1 Carbon fixation pathways in prokaryotes 2 XP_019872166.1;XP_019865511.1 Reactome: R-HSA-9020702 Interleukin-1 signaling 78 XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019866199.1;XP_019872497.1;XP_019880545.1;XP_019866068.1;XP_019866167.1;XP_019872657.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019880388.1;XP_019868616.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019866198.1;XP_019866771.1;XP_019871809.1;XP_019876426.1;XP_019875297.1;XP_019866452.1;XP_019869989.1;XP_019866794.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019872496.1;XP_019871959.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019875990.1;XP_019868617.1;XP_019868223.1;XP_019866885.1;XP_019868669.1;XP_019870849.1;XP_019869981.1;XP_019876206.1;XP_019870006.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019864959.1;XP_019866168.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019871873.1;XP_019875016.1;XP_019875999.1;XP_019875542.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1 Reactome: R-HSA-5654727 Negative regulation of FGFR2 signaling 4 XP_019869584.1;XP_019875529.1;XP_019869585.1;XP_019867760.1 KEGG: 00071+4.2.1.17+1.1.1.35 Fatty acid degradation 4 XP_019873310.1;XP_019880649.1;XP_019875259.1;XP_019872019.1 KEGG: 00532+2.4.2.26 Glycosaminoglycan biosynthesis - chondroitin sulfate / dermatan sulfate 1 XP_019877282.1 Reactome: R-HSA-450302 activated TAK1 mediates p38 MAPK activation 5 XP_019869584.1;XP_019869585.1;XP_019880286.1;XP_019880388.1;XP_019867760.1 MetaCyc: PWY-2821 Glucosinolate biosynthesis from phenylalanine 1 XP_019868643.1 KEGG: 00592+3.1.1.32 alpha-Linolenic acid metabolism 2 XP_019880326.1;XP_019879625.1 KEGG: 00020+6.4.1.1 Citrate cycle (TCA cycle) 2 XP_019870065.1;XP_019870066.1 Reactome: R-HSA-480985 Synthesis of dolichyl-phosphate-glucose 2 XP_019874570.1;XP_019874761.1 Reactome: R-HSA-400042 Adrenaline,noradrenaline inhibits insulin secretion 6 XP_019871826.1;XP_019880311.1;XP_019868277.1;XP_019877084.1;XP_019873626.1;XP_019877515.1 KEGG: 00730+2.7.4.3 Thiamine metabolism 14 XP_019881305.1;XP_019864901.1;XP_019864973.1;XP_019864974.1;XP_019867425.1;XP_019867364.1;XP_019877492.1;XP_019881710.1;XP_019864975.1;XP_019867079.1;XP_019864971.1;XP_019870287.1;XP_019864972.1;XP_019867347.1 Reactome: R-HSA-210500 Glutamate Neurotransmitter Release Cycle 5 XP_019873463.1;XP_019878939.1;XP_019867420.1;XP_019867419.1;XP_019873502.1 MetaCyc: PWY-7807 Glyphosate degradation III 4 XP_019871679.1;XP_019878635.1;XP_019866211.1;XP_019880490.1 MetaCyc: PWY-7709 (3R)-linalool biosynthesis 1 XP_019880038.1 Reactome: R-HSA-5083629 Defective POMT2 causes MDDGA2, MDDGB2 and MDDGC2 5 XP_019865138.1;XP_019878374.1;XP_019865137.1;XP_019873819.1;XP_019873171.1 KEGG: 05163+2.7.1.153 Human cytomegalovirus infection 2 XP_019879031.1;XP_019875598.1 MetaCyc: PWY-7003 Glycerol degradation to butanol 17 XP_019869306.1;XP_019867327.1;XP_019881510.1;XP_019874047.1;XP_019881093.1;XP_019881950.1;XP_019869427.1;XP_019874556.1;XP_019881949.1;XP_019869178.1;XP_019874994.1;XP_019869303.1;XP_019876270.1;XP_019875157.1;XP_019879595.1;XP_019869304.1;XP_019880166.1 MetaCyc: PWY-6606 Guanosine nucleotides degradation II 4 XP_019874528.1;XP_019874514.1;XP_019866796.1;XP_019877355.1 KEGG: 00730+2.8.1.7 Thiamine metabolism 1 XP_019865056.1 Reactome: R-HSA-110381 Resolution of AP sites via the single-nucleotide replacement pathway 1 XP_019871005.1 Reactome: R-HSA-2142700 Synthesis of Lipoxins (LX) 3 XP_019865574.1;XP_019865576.1;XP_019879652.1 Reactome: R-HSA-6809371 Formation of the cornified envelope 28 XP_019871148.1;XP_019870013.1;XP_019873396.1;XP_019873383.1;XP_019876906.1;XP_019873372.1;XP_019881620.1;XP_019870012.1;XP_019871144.1;XP_019872579.1;XP_019879038.1;XP_019871143.1;XP_019876912.1;XP_019872667.1;XP_019879730.1;XP_019871137.1;XP_019871138.1;XP_019881009.1;XP_019879729.1;XP_019878885.1;XP_019879140.1;XP_019872664.1;XP_019872668.1;XP_019876917.1;XP_019871145.1;XP_019866829.1;XP_019876913.1;XP_019872666.1 Reactome: R-HSA-8847993 ERBB2 Activates PTK6 Signaling 3 XP_019874938.1;XP_019866868.1;XP_019874937.1 Reactome: R-HSA-5674499 Negative feedback regulation of MAPK pathway 1 XP_019875529.1 Reactome: R-HSA-1169091 Activation of NF-kappaB in B cells 74 XP_019868223.1;XP_019866885.1;XP_019870849.1;XP_019868669.1;XP_019869981.1;XP_019875990.1;XP_019866168.1;XP_019864959.1;XP_019872059.1;XP_019871241.1;XP_019866166.1;XP_019867760.1;XP_019876206.1;XP_019870006.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019873172.1;XP_019875855.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019871873.1;XP_019875016.1;XP_019875999.1;XP_019875542.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019865221.1;XP_019869585.1;XP_019878375.1;XP_019873841.1;XP_019866219.1;XP_019877091.1;XP_019875983.1;XP_019866167.1;XP_019872657.1;XP_019866068.1;XP_019873961.1;XP_019868355.1;XP_019880388.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019866199.1;XP_019880545.1;XP_019865856.1;XP_019870906.1;XP_019878377.1;XP_019866198.1;XP_019869453.1;XP_019876360.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019871809.1;XP_019866771.1;XP_019875297.1;XP_019866452.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019871959.1 Reactome: R-HSA-2160916 Hyaluronan uptake and degradation 10 XP_019880239.1;XP_019875565.1;XP_019880925.1;XP_019866002.1;XP_019881212.1;XP_019871983.1;XP_019872099.1;XP_019868537.1;XP_019881549.1;XP_019870647.1 MetaCyc: PWY-7717 3-hydroxy-4-methyl-anthranilate biosynthesis I 3 XP_019867132.1;XP_019876376.1;XP_019875977.1 Reactome: R-HSA-444257 RSK activation 3 XP_019875529.1;XP_019867885.1;XP_019880620.1 Reactome: R-HSA-75035 Chk1/Chk2(Cds1) mediated inactivation of Cyclin B:Cdk1 complex 2 XP_019865733.1;XP_019871823.1 MetaCyc: PWY-7822 Chitin degradation III (Serratia) 23 XP_019879112.1;XP_019879258.1;XP_019880239.1;XP_019864946.1;XP_019881549.1;XP_019874136.1;XP_019879113.1;XP_019865594.1;XP_019881687.1;XP_019874268.1;XP_019880028.1;XP_019867029.1;XP_019881212.1;XP_019866002.1;XP_019877258.1;XP_019880481.1;XP_019880027.1;XP_019870647.1;XP_019875196.1;XP_019875335.1;XP_019878586.1;XP_019865738.1;XP_019865365.1 KEGG: 00240+2.7.4.6 Pyrimidine metabolism 15 XP_019868211.1;XP_019875326.1;XP_019864975.1;XP_019867079.1;XP_019873683.1;XP_019879845.1;XP_019864972.1;XP_019864973.1;XP_019873404.1;XP_019870975.1;XP_019881305.1;XP_019869647.1;XP_019869648.1;XP_019864974.1;XP_019873408.1 MetaCyc: PWY-7395 D-galactosamine and N-acetyl-D-galactosamine degradation 1 XP_019869880.1 Reactome: R-HSA-5635838 Activation of SMO 4 XP_019870298.1;XP_019869702.1;XP_019872971.1;XP_019872340.1 Reactome: R-HSA-418594 G alpha (i) signalling events 36 XP_019870997.1;XP_019871047.1;XP_019870621.1;XP_019881101.1;XP_019881425.1;XP_019868539.1;XP_019871826.1;XP_019869456.1;XP_019868277.1;XP_019868983.1;XP_019870999.1;XP_019864992.1;XP_019877084.1;XP_019867486.1;XP_019871001.1;XP_019873626.1;XP_019872297.1;XP_019876603.1;XP_019870998.1;XP_019872298.1;XP_019870595.1;XP_019864735.1;XP_019866055.1;XP_019877515.1;XP_019869454.1;XP_019869455.1;XP_019879906.1;XP_019881327.1;XP_019871469.1;XP_019880311.1;XP_019871133.1;XP_019881335.1;XP_019870996.1;XP_019870532.1;XP_019878640.1;XP_019871000.1 KEGG: 00740+2.7.1.26 Riboflavin metabolism 1 XP_019881434.1 KEGG: 00020+4.2.1.3 Citrate cycle (TCA cycle) 3 XP_019872008.1;XP_019868146.1;XP_019878254.1 KEGG: 00790+1.14.16.2 Folate biosynthesis 1 XP_019870947.1 Reactome: R-HSA-2393930 Phosphate bond hydrolysis by NUDT proteins 6 XP_019871816.1;XP_019874099.1;XP_019872746.1;XP_019867818.1;XP_019872060.1;XP_019872061.1 Reactome: R-HSA-192456 Digestion of dietary lipid 2 XP_019865288.1;XP_019877450.1 Reactome: R-HSA-380994 ATF4 activates genes in response to endoplasmic reticulum stress 22 XP_019870466.1;XP_019866795.1;XP_019866472.1;XP_019872358.1;XP_019870862.1;XP_019870863.1;XP_019865187.1;XP_019872479.1;XP_019881336.1;XP_019870861.1;XP_019880953.1;XP_019871719.1;XP_019870865.1;XP_019871718.1;XP_019871721.1;XP_019869022.1;XP_019881034.1;XP_019881568.1;XP_019870465.1;XP_019878383.1;XP_019870467.1;XP_019870909.1 KEGG: 00510+2.4.1.143 N-Glycan biosynthesis 2 XP_019880284.1;XP_019880285.1 Reactome: R-HSA-193048 Androgen biosynthesis 3 XP_019869055.1;XP_019869054.1;XP_019869053.1 Reactome: R-HSA-1660514 Synthesis of PIPs at the Golgi membrane 4 XP_019875528.1;XP_019880131.1;XP_019867131.1;XP_019880137.1 MetaCyc: PWY-7268 NAD/NADP-NADH/NADPH cytosolic interconversion (yeast) 6 XP_019875594.1;XP_019880347.1;XP_019872926.1;XP_019880346.1;XP_019872207.1;XP_019880147.1 Reactome: R-HSA-3928663 EPHA-mediated growth cone collapse 1 XP_019873527.1 KEGG: 00450+2.7.9.3 Selenocompound metabolism 1 XP_019869594.1 Reactome: R-HSA-170822 Regulation of Glucokinase by Glucokinase Regulatory Protein 23 XP_019878964.1;XP_019867753.1;XP_019870416.1;XP_019874193.1;XP_019868487.1;XP_019872981.1;XP_019871781.1;XP_019866139.1;XP_019872624.1;XP_019876846.1;XP_019877082.1;XP_019873892.1;XP_019878873.1;XP_019867817.1;XP_019869929.1;XP_019871184.1;XP_019880688.1;XP_019881575.1;XP_019873647.1;XP_019867827.1;XP_019867910.1;XP_019874522.1;XP_019873891.1 KEGG: 00350+2.6.1.5 Tyrosine metabolism 1 XP_019868034.1 KEGG: 00460+3.5.1.1 Cyanoamino acid metabolism 3 XP_019876826.1;XP_019881523.1;XP_019880845.1 Reactome: R-HSA-5627083 RHO GTPases regulate CFTR trafficking 1 XP_019867271.1 MetaCyc: PWY-3385 Choline biosynthesis I 1 XP_019877503.1 MetaCyc: PWY-3801 Sucrose degradation II (sucrose synthase) 5 XP_019876383.1;XP_019881433.1;XP_019881431.1;XP_019881380.1;XP_019874001.1 KEGG: 00620+1.2.4.1 Pyruvate metabolism 3 XP_019870089.1;XP_019865397.1;XP_019881720.1 KEGG: 00720+6.4.1.3 Carbon fixation pathways in prokaryotes 3 XP_019877276.1;XP_019878173.1;XP_019877275.1 Reactome: R-HSA-2559580 Oxidative Stress Induced Senescence 29 XP_019871206.1;XP_019873062.1;XP_019880286.1;XP_019867760.1;XP_019864524.1;XP_019868742.1;XP_019869417.1;XP_019864585.1;XP_019868743.1;XP_019869585.1;XP_019878279.1;XP_019864526.1;XP_019879231.1;XP_019869584.1;XP_019873061.1;XP_019864525.1;XP_019875529.1;XP_019868740.1;XP_019872110.1;XP_019864584.1;XP_019879746.1;XP_019864589.1;XP_019878233.1;XP_019871207.1;XP_019868741.1;XP_019868744.1;XP_019868739.1;XP_019878917.1;XP_019864586.1 Reactome: R-HSA-975634 Retinoid metabolism and transport 18 XP_019869825.1;XP_019877919.1;XP_019874375.1;XP_019868550.1;XP_019877894.1;XP_019880283.1;XP_019880305.1;XP_019873436.1;XP_019877446.1;XP_019880306.1;XP_019869824.1;XP_019874376.1;XP_019874601.1;XP_019877065.1;XP_019877059.1;XP_019877061.1;XP_019873438.1;XP_019873087.1 Reactome: R-HSA-4090294 SUMOylation of intracellular receptors 20 XP_019866487.1;XP_019866562.1;XP_019874133.1;XP_019866491.1;XP_019866489.1;XP_019874262.1;XP_019866488.1;XP_019874269.1;XP_019866490.1;XP_019874231.1;XP_019866564.1;XP_019874278.1;XP_019866492.1;XP_019874245.1;XP_019866563.1;XP_019871645.1;XP_019866560.1;XP_019866493.1;XP_019874238.1;XP_019874253.1 Reactome: R-HSA-175474 Assembly Of The HIV Virion 3 XP_019867760.1;XP_019869585.1;XP_019869584.1 MetaCyc: PWY-5839 Menaquinol-7 biosynthesis 1 XP_019878380.1 MetaCyc: PWY-7254 TCA cycle VII (acetate-producers) 11 XP_019879408.1;XP_019864882.1;XP_019873660.1;XP_019875193.1;XP_019872926.1;XP_019874796.1;XP_019864881.1;XP_019878154.1;XP_019875594.1;XP_019879758.1;XP_019873664.1 Reactome: R-HSA-1369062 ABC transporters in lipid homeostasis 25 XP_019872710.1;XP_019870033.1;XP_019865546.1;XP_019872711.1;XP_019881781.1;XP_019865847.1;XP_019879138.1;XP_019872708.1;XP_019870140.1;XP_019870035.1;XP_019870011.1;XP_019865865.1;XP_019874993.1;XP_019869603.1;XP_019876910.1;XP_019865848.1;XP_019872709.1;XP_019870034.1;XP_019875580.1;XP_019881872.1;XP_019870141.1;XP_019872707.1;XP_019879033.1;XP_019865879.1;XP_019879032.1 KEGG: 00513+2.4.1.257+2.4.1.132 Various types of N-glycan biosynthesis 2 XP_019879412.1;XP_019873588.1 KEGG: 00513+2.4.1.261 Various types of N-glycan biosynthesis 1 XP_019876430.1 Reactome: R-HSA-163282 Mitochondrial transcription initiation 2 XP_019881522.1;XP_019868579.1 MetaCyc: PWY-7176 UTP and CTP de novo biosynthesis 17 XP_019868211.1;XP_019864975.1;XP_019881710.1;XP_019873683.1;XP_019864972.1;XP_019879845.1;XP_019870975.1;XP_019864973.1;XP_019869648.1;XP_019869647.1;XP_019873408.1;XP_019864974.1;XP_019867079.1;XP_019875326.1;XP_019873404.1;XP_019881305.1;XP_019869958.1 MetaCyc: PWY-7182 Linalool biosynthesis I 1 XP_019880038.1 Reactome: R-HSA-1483152 Hydrolysis of LPE 1 XP_019873580.1 MetaCyc: PWY-8052 2-arachidonoylglycerol biosynthesis 12 XP_019880645.1;XP_019878227.1;XP_019876322.1;XP_019881733.1;XP_019870092.1;XP_019868833.1;XP_019881734.1;XP_019870482.1;XP_019881735.1;XP_019881736.1;XP_019865211.1;XP_019878300.1 Reactome: R-HSA-140837 Intrinsic Pathway of Fibrin Clot Formation 3 XP_019871906.1;XP_019871905.1;XP_019866055.1 KEGG: 00261+2.7.7.4 Monobactam biosynthesis 2 XP_019867057.1;XP_019871878.1 Reactome: R-HSA-211897 Cytochrome P450 - arranged by substrate type 4 XP_019865282.1;XP_019865283.1;XP_019865281.1;XP_019865279.1 MetaCyc: PWY-6519 8-amino-7-oxononanoate biosynthesis I 7 XP_019868913.1;XP_019878163.1;XP_019868912.1;XP_019880034.1;XP_019880777.1;XP_019867912.1;XP_019868914.1 MetaCyc: PWY-6364 D-myo-inositol (1,3,4)-trisphosphate biosynthesis 1 XP_019866425.1 Reactome: R-HSA-4793954 Defective MOGS causes MOGS-CDG (CDG-2b) 1 XP_019868291.1 KEGG: 00620+4.4.1.5 Pyruvate metabolism 1 XP_019868678.1 MetaCyc: PWY-8049 Pederin biosynthesis 7 XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1;XP_019867912.1;XP_019880777.1;XP_019868914.1 Reactome: R-HSA-2559586 DNA Damage/Telomere Stress Induced Senescence 7 XP_019865349.1;XP_019879609.1;XP_019881517.1;XP_019880099.1;XP_019871543.1;XP_019869674.1;XP_019876037.1 Reactome: R-HSA-176409 APC/C:Cdc20 mediated degradation of mitotic proteins 12 XP_019868224.1;XP_019875664.1;XP_019877295.1;XP_019878910.1;XP_019871182.1;XP_019876916.1;XP_019873430.1;XP_019876589.1;XP_019874707.1;XP_019877354.1;XP_019879144.1;XP_019878911.1 Reactome: R-HSA-202733 Cell surface interactions at the vascular wall 12 XP_019880305.1;XP_019880283.1;XP_019873436.1;XP_019870653.1;XP_019873087.1;XP_019876973.1;XP_019873438.1;XP_019868550.1;XP_019874601.1;XP_019879324.1;XP_019880306.1;XP_019877919.1 Reactome: R-HSA-5632987 Defective Mismatch Repair Associated With PMS2 1 XP_019865768.1 MetaCyc: PWY-5041 S-adenosyl-L-methionine cycle II 4 XP_019864711.1;XP_019871738.1;XP_019864710.1;XP_019865491.1 Reactome: R-HSA-1592389 Activation of Matrix Metalloproteinases 5 XP_019871387.1;XP_019867179.1;XP_019867178.1;XP_019867177.1;XP_019867176.1 MetaCyc: PWY-3661 Glycine betaine degradation I 4 XP_019869630.1;XP_019869629.1;XP_019869628.1;XP_019869627.1 KEGG: 00230+2.7.4.3 Purine metabolism 14 XP_019867079.1;XP_019864975.1;XP_019881710.1;XP_019867347.1;XP_019864971.1;XP_019864972.1;XP_019870287.1;XP_019864901.1;XP_019864973.1;XP_019881305.1;XP_019877492.1;XP_019867364.1;XP_019867425.1;XP_019864974.1 MetaCyc: PWY-7571 Ferrichrome A biosynthesis 1 XP_019865599.1 Reactome: R-HSA-3359471 Defective MMAB causes methylmalonic aciduria type cblB 2 XP_019879831.1;XP_019865275.1 Reactome: R-HSA-419037 NCAM1 interactions 14 XP_019875373.1;XP_019875366.1;XP_019875370.1;XP_019880208.1;XP_019875369.1;XP_019875374.1;XP_019875365.1;XP_019875368.1;XP_019871329.1;XP_019875372.1;XP_019881187.1;XP_019875371.1;XP_019876152.1;XP_019875364.1 Reactome: R-HSA-1660516 Synthesis of PIPs at the early endosome membrane 5 XP_019875528.1;XP_019880137.1;XP_019880131.1;XP_019872164.1;XP_019867131.1 MetaCyc: PWY-7727 Docosahexaenoate biosynthesis IV (4-desaturase, mammals) 2 XP_019869995.1;XP_019869939.1 KEGG: 00900+2.3.3.10 Terpenoid backbone biosynthesis 1 XP_019865599.1 Reactome: R-HSA-977347 Serine biosynthesis 4 XP_019879270.1;XP_019877426.1;XP_019865209.1;XP_019867447.1 Reactome: R-HSA-9645722 Defective Intrinsic Pathway for Apoptosis Due to p14ARF Loss of Function 2 XP_019871906.1;XP_019871905.1 Reactome: R-HSA-8948747 Regulation of PTEN localization 4 XP_019867760.1;XP_019869675.1;XP_019869584.1;XP_019869585.1 Reactome: R-HSA-2206302 MPS I - Hurler syndrome 1 XP_019871496.1 KEGG: 00240+3.6.1.17 Pyrimidine metabolism 1 XP_019874099.1 Reactome: R-HSA-111367 SLBP independent Processing of Histone Pre-mRNAs 6 XP_019864871.1;XP_019869139.1;XP_019871592.1;XP_019872174.1;XP_019879841.1;XP_019872069.1 KEGG: 00260+1.1.1.1 Glycine, serine and threonine metabolism 1 XP_019869997.1 KEGG: 00720+4.2.1.2 Carbon fixation pathways in prokaryotes 2 XP_019864881.1;XP_019864882.1 Reactome: R-HSA-71032 Propionyl-CoA catabolism 3 XP_019877275.1;XP_019877276.1;XP_019878173.1 Reactome: R-HSA-916853 Degradation of GABA 2 XP_019866983.1;XP_019866930.1 KEGG: 00564+3.1.1.4+3.1.1.5 Glycerophospholipid metabolism 3 XP_019877065.1;XP_019877059.1;XP_019877061.1 Reactome: R-HSA-5610783 Degradation of GLI2 by the proteasome 77 XP_019873509.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019866771.1;XP_019871809.1;XP_019866452.1;XP_019875297.1;XP_019878838.1;XP_019868806.1;XP_019879129.1;XP_019873378.1;XP_019881419.1;XP_019870619.1;XP_019874107.1;XP_019871959.1;XP_019868355.1;XP_019873961.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019875983.1;XP_019877710.1;XP_019877709.1;XP_019866199.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019869453.1;XP_019876360.1;XP_019878377.1;XP_019866198.1;XP_019870906.1;XP_019865856.1;XP_019877711.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875999.1;XP_019875542.1;XP_019871873.1;XP_019875016.1;XP_019880577.1;XP_019878378.1;XP_019868753.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019877091.1;XP_019866219.1;XP_019873841.1;XP_019866885.1;XP_019868223.1;XP_019869981.1;XP_019868669.1;XP_019870849.1;XP_019875990.1;XP_019864959.1;XP_019866168.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019872059.1;XP_019870006.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019869073.1;XP_019877889.1;XP_019870758.1;XP_019876367.1 MetaCyc: PWY-7778 2-methylpropene degradation 4 XP_019873310.1;XP_019880649.1;XP_019875259.1;XP_019872019.1 KEGG: 00480+1.1.1.49 Glutathione metabolism 2 XP_019880346.1;XP_019880347.1 KEGG: 00480+6.3.2.2 Glutathione metabolism 1 XP_019871761.1 Reactome: R-HSA-2871809 FCERI mediated Ca+2 mobilization 2 XP_019872866.1;XP_019868833.1 MetaCyc: PWY-6987 Lipoate biosynthesis and incorporation III (Bacillus) 4 XP_019865519.1;XP_019878292.1;XP_019865197.1;XP_019865866.1 Reactome: R-HSA-8866907 Activation of the TFAP2 (AP-2) family of transcription factors 3 XP_019879756.1;XP_019867574.1;XP_019866184.1 KEGG: 00270+4.1.1.50 Cysteine and methionine metabolism 2 XP_019868755.1;XP_019868756.1 Reactome: R-HSA-1663150 The activation of arylsulfatases 3 XP_019878273.1;XP_019879856.1;XP_019871228.1 Reactome: R-HSA-5603041 IRAK4 deficiency (TLR2/4) 1 XP_019876426.1 KEGG: 00400+2.6.1.5 Phenylalanine, tyrosine and tryptophan biosynthesis 1 XP_019868034.1 Reactome: R-HSA-3928665 EPH-ephrin mediated repulsion of cells 19 XP_019869482.1;XP_019876399.1;XP_019869481.1;XP_019881924.1;XP_019875200.1;XP_019877327.1;XP_019877719.1;XP_019881318.1;XP_019881922.1;XP_019869256.1;XP_019875644.1;XP_019881923.1;XP_019875643.1;XP_019875771.1;XP_019875645.1;XP_019873112.1;XP_019875784.1;XP_019875642.1;XP_019869483.1 Reactome: R-HSA-5358565 Mismatch repair (MMR) directed by MSH2:MSH6 (MutSalpha) 13 XP_019876835.1;XP_019872352.1;XP_019880629.1;XP_019866373.1;XP_019877751.1;XP_019866703.1;XP_019866702.1;XP_019870354.1;XP_019865768.1;XP_019877750.1;XP_019877406.1;XP_019870300.1;XP_019867371.1 Reactome: R-HSA-6814122 Cooperation of PDCL (PhLP1) and TRiC/CCT in G-protein beta folding 23 XP_019880550.1;XP_019871530.1;XP_019877452.1;XP_019867486.1;XP_019867602.1;XP_019877084.1;XP_019872503.1;XP_019873626.1;XP_019878648.1;XP_019874401.1;XP_019868277.1;XP_019880311.1;XP_019876765.1;XP_019874787.1;XP_019869456.1;XP_019871826.1;XP_019865204.1;XP_019870595.1;XP_019877515.1;XP_019871047.1;XP_019875881.1;XP_019869455.1;XP_019869454.1 KEGG: 00670+1.5.1.3 One carbon pool by folate 4 XP_019877935.1;XP_019877957.1;XP_019877943.1;XP_019877951.1 MetaCyc: PWY-7586 Beta-1,4-d-mannosyl-n-acetyl-d-glucosamine degradation 3 XP_019865460.1;XP_019878943.1;XP_019878152.1 KEGG: 00620+6.2.1.1 Pyruvate metabolism 2 XP_019865511.1;XP_019872166.1 MetaCyc: PWY-7204 Pyridoxal 5'-phosphate salvage II (plants) 6 XP_019868060.1;XP_019873380.1;XP_019866616.1;XP_019868058.1;XP_019873381.1;XP_019868059.1 MetaCyc: PWY-6946 Cholesterol degradation to androstenedione II (cholesterol dehydrogenase) 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 MetaCyc: PWY-7115 C4 photosynthetic carbon assimilation cycle, NAD-ME type 19 XP_019879485.1;XP_019879682.1;XP_019872320.1;XP_019872581.1;XP_019875064.1;XP_019878183.1;XP_019864942.1;XP_019876450.1;XP_019874083.1;XP_019872321.1;XP_019867590.1;XP_019874085.1;XP_019879486.1;XP_019872322.1;XP_019880549.1;XP_019874576.1;XP_019867896.1;XP_019871475.1;XP_019879766.1 Reactome: R-HSA-1538133 G0 and Early G1 7 XP_019878279.1;XP_019874189.1;XP_019874191.1;XP_019878917.1;XP_019877601.1;XP_019876936.1;XP_019880820.1 Reactome: R-HSA-4755583 Defective DOLK causes DOLK-CDG (CDG-1m) 1 XP_019878130.1 KEGG: 00052+5.1.3.3 Galactose metabolism 2 XP_019869545.1;XP_019869549.1 KEGG: 00980+2.5.1.18 Metabolism of xenobiotics by cytochrome P450 9 XP_019871900.1;XP_019869668.1;XP_019878346.1;XP_019871898.1;XP_019878347.1;XP_019864793.1;XP_019874377.1;XP_019864783.1;XP_019864766.1 KEGG: 00790+2.8.1.9 Folate biosynthesis 1 XP_019870225.1 Reactome: R-HSA-190373 FGFR1c ligand binding and activation 2 XP_019876770.1;XP_019876742.1 KEGG: 00640+1.2.4.4 Propanoate metabolism 1 XP_019869953.1 Reactome: R-HSA-450520 HuR (ELAVL1) binds and stabilizes mRNA 1 XP_019864628.1 KEGG: 00760+2.7.1.23 Nicotinate and nicotinamide metabolism 2 XP_019880147.1;XP_019872207.1 Reactome: R-HSA-174490 Membrane binding and targetting of GAG proteins 11 XP_019877926.1;XP_019874063.1;XP_019869964.1;XP_019864962.1;XP_019867760.1;XP_019869584.1;XP_019865957.1;XP_019864961.1;XP_019869963.1;XP_019874613.1;XP_019869585.1 MetaCyc: PWY-5366 Palmitoleate biosynthesis II (plants and bacteria) 7 XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1;XP_019868914.1;XP_019867912.1;XP_019880777.1 MetaCyc: PWY-5123 Trans, trans-farnesyl diphosphate biosynthesis 3 XP_019880087.1;XP_019880080.1;XP_019880038.1 KEGG: 00790+2.8.1.12 Folate biosynthesis 3 XP_019878215.1;XP_019865573.1;XP_019878102.1 MetaCyc: PWY-735 Jasmonic acid biosynthesis 3 XP_019877213.1;XP_019874586.1;XP_019877212.1 MetaCyc: PWY-4202 Arsenate detoxification I (mammalian) 2 XP_019866249.1;XP_019866250.1 Reactome: R-HSA-156584 Cytosolic sulfonation of small molecules 5 XP_019872903.1;XP_019878472.1;XP_019872901.1;XP_019872900.1;XP_019872902.1 Reactome: R-HSA-176034 Interactions of Tat with host cellular proteins 2 XP_019878449.1;XP_019866809.1 KEGG: 00030+2.7.6.1 Pentose phosphate pathway 5 XP_019870174.1;XP_019870172.1;XP_019870175.1;XP_019873054.1;XP_019870176.1 Reactome: R-HSA-450513 Tristetraprolin (TTP, ZFP36) binds and destabilizes mRNA 14 XP_019878421.1;XP_019880953.1;XP_019866472.1;XP_019873096.1;XP_019866795.1;XP_019872479.1;XP_019865187.1;XP_019879487.1;XP_019881336.1;XP_019878383.1;XP_019869022.1;XP_019881034.1;XP_019881568.1;XP_019870909.1 Reactome: R-HSA-416482 G alpha (12/13) signalling events 28 XP_019874256.1;XP_019877893.1;XP_019877515.1;XP_019872239.1;XP_019872378.1;XP_019877605.1;XP_019876790.1;XP_019878431.1;XP_019871826.1;XP_019876789.1;XP_019878082.1;XP_019876905.1;XP_019871307.1;XP_019874255.1;XP_019873846.1;XP_019880311.1;XP_019873527.1;XP_019868277.1;XP_019877938.1;XP_019873531.1;XP_019872464.1;XP_019873626.1;XP_019872592.1;XP_019878952.1;XP_019879872.1;XP_019872590.1;XP_019877084.1;XP_019865965.1 Reactome: R-HSA-1855167 Synthesis of pyrophosphates in the cytosol 12 XP_019865975.1;XP_019873106.1;XP_019865972.1;XP_019865977.1;XP_019866155.1;XP_019865971.1;XP_019865979.1;XP_019873104.1;XP_019865978.1;XP_019865976.1;XP_019873105.1;XP_019865974.1 Reactome: R-HSA-425986 Sodium/Proton exchangers 5 XP_019876781.1;XP_019876769.1;XP_019876761.1;XP_019866239.1;XP_019876547.1 Reactome: R-HSA-1362300 Transcription of E2F targets under negative control by p107 (RBL1) and p130 (RBL2) in complex with HDAC1 7 XP_019876936.1;XP_019880820.1;XP_019877601.1;XP_019878917.1;XP_019874191.1;XP_019874189.1;XP_019878279.1 KEGG: 00020+6.2.1.5 Citrate cycle (TCA cycle) 8 XP_019871334.1;XP_019871293.1;XP_019874999.1;XP_019880910.1;XP_019869898.1;XP_019875307.1;XP_019875306.1;XP_019872086.1 Reactome: R-HSA-1963642 PI3K events in ERBB2 signaling 3 XP_019874937.1;XP_019874938.1;XP_019866868.1 KEGG: 00270+4.2.1.109 Cysteine and methionine metabolism 1 XP_019880863.1 KEGG: 00760+2.7.1.173+2.7.1.22 Nicotinate and nicotinamide metabolism 1 XP_019867898.1 Reactome: R-HSA-3645790 TGFBR2 Kinase Domain Mutants in Cancer 1 XP_019869546.1 Reactome: R-HSA-71737 Pyrophosphate hydrolysis 2 XP_019878635.1;XP_019866211.1 KEGG: 00230+4.1.1.97 Purine metabolism 1 XP_019871533.1 Reactome: R-HSA-168325 Viral Messenger RNA Synthesis 53 XP_019872981.1;XP_019878853.1;XP_019871781.1;XP_019872978.1;XP_019867753.1;XP_019877841.1;XP_019871682.1;XP_019878385.1;XP_019878362.1;XP_019877842.1;XP_019868777.1;XP_019870539.1;XP_019880688.1;XP_019873647.1;XP_019879540.1;XP_019867817.1;XP_019867019.1;XP_019869929.1;XP_019878359.1;XP_019878873.1;XP_019877770.1;XP_019876846.1;XP_019867682.1;XP_019877838.1;XP_019872781.1;XP_019873892.1;XP_019878850.1;XP_019872624.1;XP_019866139.1;XP_019868487.1;XP_019874193.1;XP_019879274.1;XP_019880089.1;XP_019867266.1;XP_019870416.1;XP_019878358.1;XP_019878964.1;XP_019873891.1;XP_019867827.1;XP_019879537.1;XP_019867910.1;XP_019878456.1;XP_019879698.1;XP_019874522.1;XP_019871166.1;XP_019871184.1;XP_019871423.1;XP_019881575.1;XP_019879539.1;XP_019877840.1;XP_019871167.1;XP_019877082.1;XP_019878851.1 Reactome: R-HSA-445095 Interaction between L1 and Ankyrins 6 XP_019874315.1;XP_019872770.1;XP_019873789.1;XP_019868698.1;XP_019866360.1;XP_019869083.1 KEGG: 00332+1.2.1.41+2.7.2.11 Carbapenem biosynthesis 1 XP_019865690.1 MetaCyc: PWY-6883 Pyruvate fermentation to butanol II (engineered) 4 XP_019872019.1;XP_019875259.1;XP_019880649.1;XP_019873310.1 MetaCyc: PWY-6964 Ammonia assimilation cycle II 5 XP_019879262.1;XP_019864845.1;XP_019864846.1;XP_019867687.1;XP_019879263.1 Reactome: R-HSA-170670 Adenylate cyclase inhibitory pathway 8 XP_019881101.1;XP_019870621.1;XP_019872298.1;XP_019864735.1;XP_019878640.1;XP_019872297.1;XP_019870532.1;XP_019879906.1 KEGG: 00350+1.14.16.2 Tyrosine metabolism 1 XP_019870947.1 MetaCyc: PWY-7664 Oleate biosynthesis IV (anaerobic) 7 XP_019867912.1;XP_019880777.1;XP_019868914.1;XP_019880034.1;XP_019868912.1;XP_019878163.1;XP_019868913.1 KEGG: 00230+3.6.1.17 Purine metabolism 1 XP_019874099.1 MetaCyc: PWY-5481 Pyruvate fermentation to (S)-lactate 3 XP_019872686.1;XP_019872684.1;XP_019872685.1 KEGG: 00564+2.7.8.5 Glycerophospholipid metabolism 1 XP_019867830.1 MetaCyc: PWY-3581 (S)-reticuline biosynthesis I 1 XP_019870947.1 KEGG: 00730+3.6.1.15 Thiamine metabolism 1 XP_019880479.1 Reactome: R-HSA-9037629 Lewis blood group biosynthesis 8 XP_019870531.1;XP_019874181.1;XP_019869423.1;XP_019865478.1;XP_019869401.1;XP_019865479.1;XP_019866722.1;XP_019865477.1 Reactome: R-HSA-4755609 Defective DHDDS causes retinitis pigmentosa 59 1 XP_019875414.1 Reactome: R-HSA-3214841 PKMTs methylate histone lysines 32 XP_019869922.1;XP_019877387.1;XP_019866725.1;XP_019877263.1;XP_019878233.1;XP_019879665.1;XP_019873571.1;XP_019875158.1;XP_019875792.1;XP_019881661.1;XP_019869033.1;XP_019867583.1;XP_019866378.1;XP_019869034.1;XP_019880129.1;XP_019870693.1;XP_019871206.1;XP_019871158.1;XP_019879460.1;XP_019869032.1;XP_019871207.1;XP_019869035.1;XP_019869029.1;XP_019879746.1;XP_019874724.1;XP_019869031.1;XP_019865750.1;XP_019874984.1;XP_019879161.1;XP_019869030.1;XP_019880220.1;XP_019879306.1 Reactome: R-HSA-1912420 Pre-NOTCH Processing in Golgi 2 XP_019866310.1;XP_019869755.1 Reactome: R-HSA-389957 Prefoldin mediated transfer of substrate to CCT/TriC 16 XP_019877044.1;XP_019866486.1;XP_019875881.1;XP_019870082.1;XP_019871029.1;XP_019874787.1;XP_019874254.1;XP_019876765.1;XP_019872503.1;XP_019878648.1;XP_019874401.1;XP_019880550.1;XP_019871530.1;XP_019877452.1;XP_019867602.1;XP_019866245.1 KEGG: 00860+2.5.1.141 Porphyrin and chlorophyll metabolism 1 XP_019865575.1 Reactome: R-HSA-3371511 HSF1 activation 3 XP_019870300.1;XP_019877406.1;XP_019865626.1 Reactome: R-HSA-8964539 Glutamate and glutamine metabolism 22 XP_019866274.1;XP_019878539.1;XP_019878536.1;XP_019873335.1;XP_019864846.1;XP_019866272.1;XP_019867420.1;XP_019878939.1;XP_019873339.1;XP_019879263.1;XP_019871007.1;XP_019873334.1;XP_019867419.1;XP_019864845.1;XP_019871646.1;XP_019879340.1;XP_019866271.1;XP_019879262.1;XP_019866270.1;XP_019865690.1;XP_019866273.1;XP_019871018.1 MetaCyc: PWY-5030 L-histidine degradation III 4 XP_019875566.1;XP_019875572.1;XP_019865430.1;XP_019875559.1 KEGG: 00270+1.1.1.27 Cysteine and methionine metabolism 3 XP_019872686.1;XP_019872684.1;XP_019872685.1 Reactome: R-HSA-1566948 Elastic fibre formation 1 XP_019865296.1 Reactome: R-HSA-4719377 Defective DPM2 causes DPM2-CDG (CDG-1u) 2 XP_019865984.1;XP_019876263.1 KEGG: 00360+1.14.16.1 Phenylalanine metabolism 1 XP_019867965.1 Reactome: R-HSA-8941332 RUNX2 regulates genes involved in cell migration 5 XP_019877608.1;XP_019869321.1;XP_019869322.1;XP_019874360.1;XP_019878084.1 Reactome: R-HSA-9022699 MECP2 regulates neuronal receptors and channels 1 XP_019871069.1 KEGG: 00040+2.7.1.17 Pentose and glucuronate interconversions 2 XP_019879890.1;XP_019872403.1 MetaCyc: PWY-6891 Thiazole biosynthesis II (aerobic bacteria) 2 XP_019868769.1;XP_019876583.1 Reactome: R-HSA-5358346 Hedgehog ligand biogenesis 67 XP_019880577.1;XP_019869702.1;XP_019878378.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019869585.1;XP_019878375.1;XP_019877091.1;XP_019873841.1;XP_019868753.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019875990.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019876206.1;XP_019877889.1;XP_019870758.1;XP_019869073.1;XP_019876367.1;XP_019875855.1;XP_019873172.1;XP_019864959.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019871809.1;XP_019866771.1;XP_019866452.1;XP_019875297.1;XP_019877015.1;XP_019869989.1;XP_019866794.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019871959.1;XP_019867045.1;XP_019868806.1;XP_019878838.1;XP_019873378.1;XP_019865626.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019880545.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019865202.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019865856.1;XP_019870906.1 Reactome: R-HSA-390918 Peroxisomal lipid metabolism 1 XP_019877079.1 Reactome: R-HSA-3000480 Scavenging by Class A Receptors 8 XP_019877919.1;XP_019880306.1;XP_019873438.1;XP_019874601.1;XP_019880305.1;XP_019880283.1;XP_019873436.1;XP_019873087.1 Reactome: R-HSA-168333 NEP/NS2 Interacts with the Cellular Export Machinery 26 XP_019867753.1;XP_019870416.1;XP_019866960.1;XP_019865061.1;XP_019878964.1;XP_019872624.1;XP_019866139.1;XP_019872981.1;XP_019868487.1;XP_019871781.1;XP_019874193.1;XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019877082.1;XP_019876846.1;XP_019864628.1;XP_019873892.1;XP_019873891.1;XP_019867827.1;XP_019867910.1;XP_019874522.1;XP_019880688.1;XP_019871184.1;XP_019881575.1;XP_019873647.1 KEGG: 00480+2.5.1.18 Glutathione metabolism 1 XP_019869668.1 KEGG: 00240+6.3.4.2 Pyrimidine metabolism 1 XP_019869958.1 KEGG: 00680+1.1.1.284 Methane metabolism 1 XP_019869997.1 MetaCyc: PWY-7863 Roseoflavin biosynthesis 1 XP_019881434.1 Reactome: R-HSA-392451 G beta:gamma signalling through PI3Kgamma 10 XP_019869322.1;XP_019877515.1;XP_019868277.1;XP_019880311.1;XP_019873626.1;XP_019867885.1;XP_019877608.1;XP_019871826.1;XP_019869321.1;XP_019877084.1 Reactome: R-HSA-975956 Nonsense Mediated Decay (NMD) independent of the Exon Junction Complex (EJC) 107 XP_019873622.1;XP_019880270.1;XP_019873336.1;XP_019872898.1;XP_019879829.1;XP_019869266.1;XP_019873633.1;XP_019872171.1;XP_019866282.1;XP_019867791.1;XP_019868420.1;XP_019872859.1;XP_019875090.1;XP_019869957.1;XP_019877960.1;XP_019870223.1;XP_019879605.1;XP_019874807.1;XP_019879971.1;XP_019867382.1;XP_019874748.1;XP_019873152.1;XP_019871901.1;XP_019874699.1;XP_019881607.1;XP_019865321.1;XP_019879588.1;XP_019877014.1;XP_019864936.1;XP_019869643.1;XP_019869572.1;XP_019865233.1;XP_019878159.1;XP_019873504.1;XP_019868820.1;XP_019868422.1;XP_019874343.1;XP_019869573.1;XP_019880739.1;XP_019874029.1;XP_019873714.1;XP_019866948.1;XP_019871723.1;XP_019871203.1;XP_019869804.1;XP_019878416.1;XP_019877878.1;XP_019876481.1;XP_019865320.1;XP_019864935.1;XP_019865328.1;XP_019877012.1;XP_019867521.1;XP_019867390.1;XP_019871722.1;XP_019872359.1;XP_019880572.1;XP_019866949.1;XP_019880290.1;XP_019871326.1;XP_019881458.1;XP_019881324.1;XP_019871017.1;XP_019866497.1;XP_019865278.1;XP_019870902.1;XP_019866381.1;XP_019869585.1;XP_019865358.1;XP_019877013.1;XP_019869208.1;XP_019869341.1;XP_019869292.1;XP_019865463.1;XP_019876731.1;XP_019870881.1;XP_019871592.1;XP_019869584.1;XP_019868437.1;XP_019876762.1;XP_019870859.1;XP_019866597.1;XP_019871741.1;XP_019875998.1;XP_019876739.1;XP_019867969.1;XP_019868421.1;XP_019877011.1;XP_019880946.1;XP_019867760.1;XP_019878799.1;XP_019874726.1;XP_019869778.1;XP_019878927.1;XP_019869342.1;XP_019866499.1;XP_019879841.1;XP_019879705.1;XP_019873634.1;XP_019869241.1;XP_019870618.1;XP_019866498.1;XP_019880738.1;XP_019874808.1;XP_019867679.1;XP_019876138.1;XP_019879316.1 MetaCyc: PWY-7141 (3S)-linalool biosynthesis 1 XP_019880038.1 Reactome: R-HSA-3232142 SUMOylation of ubiquitinylation proteins 23 XP_019877082.1;XP_019876846.1;XP_019873892.1;XP_019878873.1;XP_019867817.1;XP_019869929.1;XP_019871184.1;XP_019880688.1;XP_019881575.1;XP_019873647.1;XP_019867827.1;XP_019867910.1;XP_019874522.1;XP_019873891.1;XP_019878964.1;XP_019867753.1;XP_019870416.1;XP_019874193.1;XP_019872981.1;XP_019868487.1;XP_019871781.1;XP_019866139.1;XP_019872624.1 KEGG: 00010+3.1.3.11 Glycolysis / Gluconeogenesis 1 XP_019871486.1 MetaCyc: PWY-7733 3-hydroxyquinaldate biosynthesis 1 XP_019867132.1 Reactome: R-HSA-3000157 Laminin interactions 9 XP_019876152.1;XP_019879084.1;XP_019867074.1;XP_019871329.1;XP_019878435.1;XP_019868405.1;XP_019880208.1;XP_019867908.1;XP_019878902.1 MetaCyc: PWY-5659 GDP-mannose biosynthesis 5 XP_019878152.1;XP_019874001.1;XP_019878943.1;XP_019876383.1;XP_019865460.1 Reactome: R-HSA-6807505 RNA polymerase II transcribes snRNA genes 78 XP_019879274.1;XP_019881800.1;XP_019868005.1;XP_019872294.1;XP_019876635.1;XP_019865148.1;XP_019878358.1;XP_019879836.1;XP_019865372.1;XP_019877840.1;XP_019879539.1;XP_019871423.1;XP_019877374.1;XP_019871166.1;XP_019874690.1;XP_019873837.1;XP_019879698.1;XP_019879537.1;XP_019878456.1;XP_019866761.1;XP_019873415.1;XP_019875735.1;XP_019878851.1;XP_019869923.1;XP_019876267.1;XP_019865648.1;XP_019873138.1;XP_019872978.1;XP_019878853.1;XP_019877373.1;XP_019877377.1;XP_019879452.1;XP_019875856.1;XP_019872836.1;XP_019871682.1;XP_019865022.1;XP_019879540.1;XP_019873840.1;XP_019868777.1;XP_019877842.1;XP_019872781.1;XP_019877770.1;XP_019865907.1;XP_019878359.1;XP_019864738.1;XP_019871592.1;XP_019880869.1;XP_019878850.1;XP_019874705.1;XP_019875130.1;XP_019869490.1;XP_019880089.1;XP_019867266.1;XP_019871515.1;XP_019870591.1;XP_019877376.1;XP_019871167.1;XP_019864904.1;XP_019879841.1;XP_019873416.1;XP_019874698.1;XP_019876271.1;XP_019868995.1;XP_019878449.1;XP_019864920.1;XP_019866809.1;XP_019879837.1;XP_019878362.1;XP_019877375.1;XP_019878385.1;XP_019877841.1;XP_019870966.1;XP_019870539.1;XP_019875551.1;XP_019877838.1;XP_019868856.1;XP_019867682.1;XP_019867019.1 Reactome: R-HSA-2173788 Downregulation of TGF-beta receptor signaling 17 XP_019880840.1;XP_019874388.1;XP_019869585.1;XP_019864628.1;XP_019866831.1;XP_019868761.1;XP_019867760.1;XP_019869546.1;XP_019874280.1;XP_019868760.1;XP_019866847.1;XP_019878038.1;XP_019866852.1;XP_019869584.1;XP_019866846.1;XP_019869199.1;XP_019874447.1 MetaCyc: PWY-6728 Methylaspartate cycle 30 XP_019871334.1;XP_019864881.1;XP_019871293.1;XP_019879758.1;XP_019875594.1;XP_019869898.1;XP_019867896.1;XP_019875307.1;XP_019880403.1;XP_019879766.1;XP_019874576.1;XP_019878183.1;XP_019872581.1;XP_019877275.1;XP_019878154.1;XP_019873664.1;XP_019880910.1;XP_019874999.1;XP_019879408.1;XP_019864882.1;XP_019874085.1;XP_019873660.1;XP_019874083.1;XP_019875306.1;XP_019877276.1;XP_019874796.1;XP_019872086.1;XP_019878173.1;XP_019872926.1;XP_019875193.1 KEGG: 00785+2.3.1.181 Lipoic acid metabolism 3 XP_019865519.1;XP_019878292.1;XP_019865197.1 MetaCyc: PWY-7606 Docosahexaenoate biosynthesis III (6-desaturase, mammals) 9 XP_019877213.1;XP_019869995.1;XP_019874586.1;XP_019873310.1;XP_019877212.1;XP_019875259.1;XP_019872019.1;XP_019880649.1;XP_019869939.1 MetaCyc: PWY-1042 Glycolysis IV (plant cytosol) 27 XP_019876270.1;XP_019875157.1;XP_019871692.1;XP_019879595.1;XP_019880166.1;XP_019869304.1;XP_019872283.1;XP_019871695.1;XP_019871693.1;XP_019874556.1;XP_019869303.1;XP_019869178.1;XP_019874994.1;XP_019881949.1;XP_019875188.1;XP_019871691.1;XP_019867327.1;XP_019881510.1;XP_019874047.1;XP_019881093.1;XP_019880828.1;XP_019881950.1;XP_019869427.1;XP_019871696.1;XP_019871694.1;XP_019875189.1;XP_019869306.1 KEGG: 00053+1.8.5.1 Ascorbate and aldarate metabolism 8 XP_019878346.1;XP_019864793.1;XP_019878347.1;XP_019871898.1;XP_019871900.1;XP_019864766.1;XP_019864783.1;XP_019874377.1 Reactome: R-HSA-5625970 RHO GTPases activate KTN1 8 XP_019869090.1;XP_019869093.1;XP_019869096.1;XP_019865076.1;XP_019869094.1;XP_019869092.1;XP_019869089.1;XP_019869091.1 Reactome: R-HSA-193692 Regulated proteolysis of p75NTR 7 XP_019874693.1;XP_019877719.1;XP_019881318.1;XP_019874692.1;XP_019875771.1;XP_019873112.1;XP_019875784.1 Reactome: R-HSA-2644606 Constitutive Signaling by NOTCH1 PEST Domain Mutants 39 XP_019866168.1;XP_019867574.1;XP_019866198.1;XP_019866166.1;XP_019870552.1;XP_019867760.1;XP_019871789.1;XP_019879756.1;XP_019870006.1;XP_019873101.1;XP_019866885.1;XP_019868809.1;XP_019868500.1;XP_019866167.1;XP_019869981.1;XP_019878246.1;XP_019873968.1;XP_019875577.1;XP_019866199.1;XP_019865672.1;XP_019880363.1;XP_019871558.1;XP_019877719.1;XP_019881318.1;XP_019874692.1;XP_019864851.1;XP_019869585.1;XP_019881609.1;XP_019868503.1;XP_019871879.1;XP_019872078.1;XP_019866219.1;XP_019874693.1;XP_019875771.1;XP_019869584.1;XP_019873112.1;XP_019875784.1;XP_019868501.1;XP_019873435.1 Reactome: R-HSA-264642 Acetylcholine Neurotransmitter Release Cycle 2 XP_019873463.1;XP_019873502.1 MetaCyc: PWY-6366 D-myo-inositol (1,4,5,6)-tetrakisphosphate biosynthesis 1 XP_019866155.1 MetaCyc: PWY-8013 UDP-N-acetyl-D-galactosamine biosynthesis III 3 XP_019876383.1;XP_019874001.1;XP_019867728.1 KEGG: 00240+2.4.2.10 Pyrimidine metabolism 1 XP_019868123.1 MetaCyc: PWY-5941 Glycogen degradation II 3 XP_019870586.1;XP_019876629.1;XP_019881655.1 Reactome: R-HSA-69273 Cyclin A/B1/B2 associated events during G2/M transition 12 XP_019865500.1;XP_019880315.1;XP_019865372.1;XP_019867588.1;XP_019864628.1;XP_019865126.1;XP_019880316.1;XP_019877525.1;XP_019865499.1;XP_019867610.1;XP_019865501.1;XP_019872083.1 Reactome: R-HSA-109704 PI3K Cascade 1 XP_019875528.1 Reactome: R-HSA-5632928 Defective Mismatch Repair Associated With MSH2 3 XP_019880629.1;XP_019867371.1;XP_019870354.1 Reactome: R-HSA-156711 Polo-like kinase mediated events 5 XP_019874189.1;XP_019877601.1;XP_019880820.1;XP_019876936.1;XP_019874191.1 MetaCyc: PWY-7290 Escherichia coli serotype O86 O-antigen biosynthesis 3 XP_019873699.1;XP_019873352.1;XP_019873351.1 KEGG: 00640+6.2.1.4 Propanoate metabolism 1 XP_019880910.1 Reactome: R-HSA-9645460 Alpha-protein kinase 1 signaling pathway 4 XP_019880388.1;XP_019867760.1;XP_019869584.1;XP_019869585.1 KEGG: 00280+2.6.1.42 Valine, leucine and isoleucine degradation 1 XP_019872878.1 Reactome: R-HSA-4570571 Defective RFT1 causes RFT1-CDG (CDG-1n) 1 XP_019880796.1 MetaCyc: PWY-2201 Folate transformations I 9 XP_019875559.1;XP_019875566.1;XP_019869630.1;XP_019869627.1;XP_019865430.1;XP_019869628.1;XP_019875572.1;XP_019869629.1;XP_019864887.1 KEGG: 00630+2.1.2.1 Glyoxylate and dicarboxylate metabolism 4 XP_019869630.1;XP_019869628.1;XP_019869627.1;XP_019869629.1 MetaCyc: PWY-6580 Phosphatidylinositol biosynthesis I (bacteria) 2 XP_019877155.1;XP_019881451.1 Reactome: R-HSA-6790901 rRNA modification in the nucleus and cytosol 53 XP_019871175.1;XP_019876739.1;XP_019880980.1;XP_019868437.1;XP_019874851.1;XP_019873938.1;XP_019869298.1;XP_019871187.1;XP_019879433.1;XP_019876731.1;XP_019876876.1;XP_019867927.1;XP_019866147.1;XP_019877013.1;XP_019866736.1;XP_019866301.1;XP_019866381.1;XP_019874378.1;XP_019866737.1;XP_019866481.1;XP_019869501.1;XP_019872898.1;XP_019880270.1;XP_019865246.1;XP_019864771.1;XP_019866105.1;XP_019870934.1;XP_019876425.1;XP_019877012.1;XP_019876706.1;XP_019875624.1;XP_019871191.1;XP_019876971.1;XP_019877280.1;XP_019876753.1;XP_019879859.1;XP_019879705.1;XP_019873795.1;XP_019869665.1;XP_019871902.1;XP_019867889.1;XP_019866818.1;XP_019869926.1;XP_019880476.1;XP_019881459.1;XP_019872506.1;XP_019866738.1;XP_019881612.1;XP_019870199.1;XP_019877011.1;XP_019877014.1;XP_019874144.1;XP_019870935.1 KEGG: 00220+2.6.1.1 Arginine biosynthesis 3 XP_019871475.1;XP_019864942.1;XP_019876450.1 MetaCyc: PWY-7619 Juniperonate biosynthesis 21 XP_019870259.1;XP_019877181.1;XP_019870252.1;XP_019865771.1;XP_019870261.1;XP_019870247.1;XP_019865770.1;XP_019873198.1;XP_019879592.1;XP_019870257.1;XP_019870262.1;XP_019870258.1;XP_019870255.1;XP_019879714.1;XP_019873197.1;XP_019869995.1;XP_019879715.1;XP_019870251.1;XP_019870260.1;XP_019874826.1;XP_019869939.1 Reactome: R-HSA-381340 Transcriptional regulation of white adipocyte differentiation 39 XP_019866483.1;XP_019869946.1;XP_019877593.1;XP_019881491.1;XP_019879182.1;XP_019866046.1;XP_019871879.1;XP_019877940.1;XP_019876988.1;XP_019878610.1;XP_019868157.1;XP_019876179.1;XP_019881437.1;XP_019864698.1;XP_019870134.1;XP_019868772.1;XP_019867887.1;XP_019877939.1;XP_019867574.1;XP_019871412.1;XP_019866044.1;XP_019867932.1;XP_019871411.1;XP_019870160.1;XP_019867899.1;XP_019879756.1;XP_019878782.1;XP_019876612.1;XP_019871817.1;XP_019871410.1;XP_019866156.1;XP_019866979.1;XP_019880588.1;XP_019868603.1;XP_019867114.1;XP_019880762.1;XP_019869930.1;XP_019875066.1;XP_019866479.1 Reactome: R-HSA-72649 Translation initiation complex formation 71 XP_019876138.1;XP_019872504.1;XP_019874808.1;XP_019866498.1;XP_019870618.1;XP_019869733.1;XP_019873634.1;XP_019869687.1;XP_019879705.1;XP_019874786.1;XP_019866499.1;XP_019881551.1;XP_019870253.1;XP_019878299.1;XP_019878799.1;XP_019866786.1;XP_019867760.1;XP_019880946.1;XP_019878219.1;XP_019877011.1;XP_019876739.1;XP_019868437.1;XP_019876731.1;XP_019865358.1;XP_019869208.1;XP_019877013.1;XP_019881552.1;XP_019870902.1;XP_019866381.1;XP_019881324.1;XP_019866497.1;XP_019866949.1;XP_019867390.1;XP_019871532.1;XP_019868085.1;XP_019877012.1;XP_019864935.1;XP_019876481.1;XP_019880016.1;XP_019869804.1;XP_019866948.1;XP_019873714.1;XP_019869573.1;XP_019865368.1;XP_019876156.1;XP_019878159.1;XP_019873504.1;XP_019869572.1;XP_019865233.1;XP_019877014.1;XP_019864936.1;XP_019874699.1;XP_019871497.1;XP_019874748.1;XP_019867382.1;XP_019865545.1;XP_019874807.1;XP_019870223.1;XP_019879605.1;XP_019878390.1;XP_019875090.1;XP_019870250.1;XP_019873633.1;XP_019869734.1;XP_019867791.1;XP_019873336.1;XP_019880270.1;XP_019876541.1;XP_019872898.1;XP_019877349.1;XP_019871337.1 Reactome: R-HSA-210991 Basigin interactions 2 XP_019873780.1;XP_019873771.1 KEGG: 00240+2.4.2.1 Pyrimidine metabolism 2 XP_019866249.1;XP_019866250.1 KEGG: 00500+2.4.1.25 Starch and sucrose metabolism 2 XP_019870586.1;XP_019876629.1 KEGG: 00020+2.3.3.8 Citrate cycle (TCA cycle) 3 XP_019875307.1;XP_019874999.1;XP_019875306.1 MetaCyc: PWY-7288 Fatty acid beta-oxidation VII (yeast peroxisome) 3 XP_019874586.1;XP_019877213.1;XP_019877212.1 Reactome: R-HSA-72662 Activation of the mRNA upon binding of the cap-binding complex and eIFs, and subsequent binding to 43S 3 XP_019871497.1;XP_019864936.1;XP_019864935.1 KEGG: 00280+1.2.1.27 Valine, leucine and isoleucine degradation 1 XP_019869859.1 MetaCyc: PWY-7437 Protein O-[N-acetyl]-glucosylation 3 XP_019868330.1;XP_019873406.1;XP_019868329.1 Reactome: R-HSA-389977 Post-chaperonin tubulin folding pathway 12 XP_019868179.1;XP_019867254.1;XP_019876004.1;XP_019879148.1;XP_019871033.1;XP_019874899.1;XP_019868177.1;XP_019880037.1;XP_019881262.1;XP_019880018.1;XP_019868163.1;XP_019880767.1 MetaCyc: PWY-6308 L-cysteine biosynthesis II (tRNA-dependent) 4 XP_019876809.1;XP_019874566.1;XP_019871495.1;XP_019871568.1 Reactome: R-HSA-2586552 Signaling by Leptin 1 XP_019874577.1 KEGG: 00350+1.13.11.5 Tyrosine metabolism 1 XP_019875340.1 Reactome: R-HSA-5684264 MAP3K8 (TPL2)-dependent MAPK1/3 activation 13 XP_019866199.1;XP_019869585.1;XP_019870006.1;XP_019866219.1;XP_019866168.1;XP_019866885.1;XP_019866167.1;XP_019869584.1;XP_019865221.1;XP_019869981.1;XP_019867760.1;XP_019866198.1;XP_019866166.1 MetaCyc: PWY-7856 Heme a biosynthesis 1 XP_019865575.1 Reactome: R-HSA-196836 Vitamin C (ascorbate) metabolism 8 XP_019878347.1;XP_019878346.1;XP_019864793.1;XP_019871898.1;XP_019871900.1;XP_019864766.1;XP_019864783.1;XP_019874377.1 Reactome: R-HSA-917729 Endosomal Sorting Complex Required For Transport (ESCRT) 16 XP_019866543.1;XP_019869500.1;XP_019874063.1;XP_019864962.1;XP_019869963.1;XP_019864961.1;XP_019865957.1;XP_019873324.1;XP_019869584.1;XP_019874613.1;XP_019881628.1;XP_019869585.1;XP_019867760.1;XP_019869964.1;XP_019877926.1;XP_019876424.1 Reactome: R-HSA-159227 Transport of the SLBP independent Mature mRNA 25 XP_019872624.1;XP_019866139.1;XP_019872981.1;XP_019868487.1;XP_019871592.1;XP_019871781.1;XP_019874193.1;XP_019879841.1;XP_019867753.1;XP_019870416.1;XP_019878964.1;XP_019873891.1;XP_019867910.1;XP_019867827.1;XP_019874522.1;XP_019871184.1;XP_019880688.1;XP_019873647.1;XP_019881575.1;XP_019867817.1;XP_019869929.1;XP_019878873.1;XP_019877082.1;XP_019876846.1;XP_019873892.1 KEGG: 00010+2.7.1.11 Glycolysis / Gluconeogenesis 6 XP_019871696.1;XP_019871691.1;XP_019871695.1;XP_019871693.1;XP_019871692.1;XP_019871694.1 KEGG: 00620+3.1.2.6 Pyruvate metabolism 3 XP_019867857.1;XP_019867858.1;XP_019867856.1 MetaCyc: PWY-6853 Ethylene biosynthesis II (microbes) 2 XP_019879068.1;XP_019869236.1 KEGG: 00360+2.6.1.1 Phenylalanine metabolism 3 XP_019871475.1;XP_019864942.1;XP_019876450.1 MetaCyc: PWY-7854 Crotonyl-coa/ethylmalonyl-coa/hydroxybutyryl-coa cycle (engineered) 4 XP_019874586.1;XP_019880403.1;XP_019877213.1;XP_019877212.1 Reactome: R-HSA-3134963 DEx/H-box helicases activate type I IFN and inflammatory cytokines production 1 XP_019876426.1 Reactome: R-HSA-4719360 Defective DPM3 causes DPM3-CDG (CDG-1o) 2 XP_019876263.1;XP_019865984.1 KEGG: 00460+2.1.2.1 Cyanoamino acid metabolism 4 XP_019869630.1;XP_019869627.1;XP_019869628.1;XP_019869629.1 KEGG: 00561+2.3.1.51 Glycerolipid metabolism 8 XP_019875626.1;XP_019877825.1;XP_019879260.1;XP_019871786.1;XP_019877826.1;XP_019871766.1;XP_019869551.1;XP_019878715.1 KEGG: 00590+5.3.99.3 Arachidonic acid metabolism 1 XP_019870338.1 Reactome: R-HSA-8874211 CREB3 factors activate genes 4 XP_019872908.1;XP_019872909.1;XP_019871020.1;XP_019870158.1 MetaCyc: PWY-6619 Adenine and adenosine salvage VI 3 XP_019865457.1;XP_019869634.1;XP_019868907.1 KEGG: 00380+2.3.1.61 Tryptophan metabolism 2 XP_019874295.1;XP_019865417.1 MetaCyc: PWY-7411 Phosphatidate biosynthesis (yeast) 12 XP_019879260.1;XP_019881873.1;XP_019877825.1;XP_019875635.1;XP_019875626.1;XP_019878715.1;XP_019869551.1;XP_019871766.1;XP_019875636.1;XP_019877826.1;XP_019871786.1;XP_019874872.1 KEGG: 00630+1.1.1.37 Glyoxylate and dicarboxylate metabolism 7 XP_019872581.1;XP_019878183.1;XP_019867896.1;XP_019874085.1;XP_019879766.1;XP_019874083.1;XP_019874576.1 KEGG: 00330+1.2.1.41 Arginine and proline metabolism 1 XP_019865690.1 KEGG: 00270+6.3.2.2 Cysteine and methionine metabolism 1 XP_019871761.1 KEGG: 00071+4.2.1.17+1.1.1.211 Fatty acid degradation 1 XP_019875259.1 Reactome: R-HSA-180746 Nuclear import of Rev protein 25 XP_019866139.1;XP_019872624.1;XP_019874193.1;XP_019871781.1;XP_019868487.1;XP_019872981.1;XP_019866960.1;XP_019865061.1;XP_019870416.1;XP_019867753.1;XP_019878964.1;XP_019874522.1;XP_019867827.1;XP_019867910.1;XP_019873891.1;XP_019873647.1;XP_019881575.1;XP_019880688.1;XP_019871184.1;XP_019869929.1;XP_019867817.1;XP_019873892.1;XP_019877082.1;XP_019876846.1;XP_019878873.1 Reactome: R-HSA-8875360 InlB-mediated entry of Listeria monocytogenes into host cell 13 XP_019881765.1;XP_019881771.1;XP_019881769.1;XP_019881767.1;XP_019881764.1;XP_019881766.1;XP_019869585.1;XP_019881768.1;XP_019867760.1;XP_019881770.1;XP_019881772.1;XP_019869584.1;XP_019876424.1 KEGG: 04070+2.7.1.137 Phosphatidylinositol signaling system 1 XP_019875528.1 Reactome: R-HSA-202424 Downstream TCR signaling 75 XP_019867885.1;XP_019865856.1;XP_019870906.1;XP_019878377.1;XP_019866198.1;XP_019876360.1;XP_019869453.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019866199.1;XP_019880545.1;XP_019875983.1;XP_019866167.1;XP_019872657.1;XP_019866068.1;XP_019868355.1;XP_019873961.1;XP_019880388.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019871959.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019871809.1;XP_019866771.1;XP_019875297.1;XP_019866452.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019876206.1;XP_019870006.1;XP_019877889.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019875855.1;XP_019873172.1;XP_019866168.1;XP_019864959.1;XP_019872059.1;XP_019871241.1;XP_019866166.1;XP_019867760.1;XP_019875990.1;XP_019868223.1;XP_019866885.1;XP_019868669.1;XP_019870849.1;XP_019869981.1;XP_019869585.1;XP_019878375.1;XP_019873841.1;XP_019866219.1;XP_019877091.1;XP_019868753.1;XP_019878072.1;XP_019873379.1;XP_019865855.1;XP_019865221.1;XP_019880577.1;XP_019878378.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1 MetaCyc: PWY-7857 Adlupulone and adhumulone biosynthesis 2 XP_019865511.1;XP_019872166.1 MetaCyc: PWY-7536 2-amino-3-hydroxycyclopent-2-enone biosynthesis 2 XP_019866110.1;XP_019880287.1 Reactome: R-HSA-76005 Response to elevated platelet cytosolic Ca2+ 1 XP_019872690.1 Reactome: R-HSA-912526 Interleukin receptor SHC signaling 1 XP_019865910.1 KEGG: 00680+1.1.1.37 Methane metabolism 7 XP_019874576.1;XP_019874083.1;XP_019879766.1;XP_019867896.1;XP_019874085.1;XP_019872581.1;XP_019878183.1 Reactome: R-HSA-4720475 Defective ALG3 causes ALG3-CDG (CDG-1d) 1 XP_019871805.1 KEGG: 00380+1.13.11.11 Tryptophan metabolism 2 XP_019868462.1;XP_019868463.1 MetaCyc: PWY-7892 Trna-uridine 2-thiolation and selenation (bacteria) 1 XP_019870401.1 Reactome: R-HSA-5649702 APEX1-Independent Resolution of AP Sites via the Single Nucleotide Replacement Pathway 3 XP_019871005.1;XP_019874957.1;XP_019881398.1 MetaCyc: PWY-7179 Purine deoxyribonucleosides degradation I 4 XP_019870323.1;XP_019866249.1;XP_019870347.1;XP_019866250.1 MetaCyc: PWY-7255 Ergothioneine biosynthesis I (bacteria) 1 XP_019871761.1 MetaCyc: PWY-7724 Icosapentaenoate biosynthesis III (8-desaturase, mammals) 21 XP_019879592.1;XP_019873198.1;XP_019865770.1;XP_019870262.1;XP_019870257.1;XP_019870259.1;XP_019870247.1;XP_019865771.1;XP_019870261.1;XP_019877181.1;XP_019870252.1;XP_019870260.1;XP_019870251.1;XP_019869939.1;XP_019874826.1;XP_019869995.1;XP_019873197.1;XP_019870255.1;XP_019879714.1;XP_019870258.1;XP_019879715.1 MetaCyc: PWY-7790 UMP biosynthesis II 2 XP_019868123.1;XP_019866579.1 MetaCyc: PWY-6689 Trna splicing I 3 XP_019881494.1;XP_019875983.1;XP_019877016.1 Reactome: R-HSA-5467337 APC truncation mutants have impaired AXIN binding 9 XP_019869329.1;XP_019869346.1;XP_019869337.1;XP_019880527.1;XP_019869353.1;XP_019869362.1;XP_019879129.1;XP_019880528.1;XP_019881573.1 Reactome: R-HSA-5576890 Phase 3 - rapid repolarisation 2 XP_019875561.1;XP_019872246.1 KEGG: 00471+3.5.1.2 D-Glutamine and D-glutamate metabolism 3 XP_019867420.1;XP_019878939.1;XP_019867419.1 Reactome: R-HSA-5609977 Defective GALE can cause Epimerase-deficiency galactosemia (EDG) 2 XP_019870272.1;XP_019870278.1 KEGG: 00010+2.3.1.12 Glycolysis / Gluconeogenesis 1 XP_019871441.1 KEGG: 00010+1.2.1.12 Glycolysis / Gluconeogenesis 4 XP_019880166.1;XP_019881510.1;XP_019874556.1;XP_019879595.1 Reactome: R-HSA-5610785 GLI3 is processed to GLI3R by the proteasome 77 XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019866199.1;XP_019880545.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019875983.1;XP_019873961.1;XP_019868355.1;XP_019877710.1;XP_019877709.1;XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019866198.1;XP_019878377.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1;XP_019869989.1;XP_019866794.1;XP_019873509.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019871959.1;XP_019879129.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019875990.1;XP_019868223.1;XP_019866885.1;XP_019870849.1;XP_019868669.1;XP_019869981.1;XP_019876206.1;XP_019870006.1;XP_019873172.1;XP_019875855.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019870758.1;XP_019864959.1;XP_019866168.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019866166.1;XP_019880577.1;XP_019878378.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019877711.1;XP_019871873.1;XP_019875016.1;XP_019875542.1;XP_019875999.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019866219.1;XP_019868753.1;XP_019865855.1;XP_019873379.1;XP_019878072.1 Reactome: R-HSA-5661270 Formation of xylulose-5-phosphate 2 XP_019872403.1;XP_019879890.1 Reactome: R-HSA-167238 Pausing and recovery of Tat-mediated HIV elongation 45 XP_019870382.1;XP_019878853.1;XP_019872482.1;XP_019872978.1;XP_019873138.1;XP_019878449.1;XP_019866809.1;XP_019871675.1;XP_019878385.1;XP_019878362.1;XP_019871682.1;XP_019877841.1;XP_019879540.1;XP_019877842.1;XP_019868777.1;XP_019870539.1;XP_019872580.1;XP_019877770.1;XP_019866925.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019867019.1;XP_019874248.1;XP_019878359.1;XP_019877795.1;XP_019879274.1;XP_019878850.1;XP_019880869.1;XP_019880089.1;XP_019867266.1;XP_019878358.1;XP_019871166.1;XP_019871423.1;XP_019877840.1;XP_019879539.1;XP_019866812.1;XP_019879537.1;XP_019878456.1;XP_019866292.1;XP_019879698.1;XP_019864774.1;XP_019869923.1;XP_019871167.1;XP_019878851.1 Reactome: R-HSA-1483191 Synthesis of PC 20 XP_019864615.1;XP_019868008.1;XP_019881734.1;XP_019867982.1;XP_019868006.1;XP_019877096.1;XP_019865204.1;XP_019865203.1;XP_019870092.1;XP_019867695.1;XP_019881733.1;XP_019868009.1;XP_019871456.1;XP_019864616.1;XP_019878880.1;XP_019881736.1;XP_019881735.1;XP_019866656.1;XP_019868007.1;XP_019877503.1 MetaCyc: PWY-6907 Thiamine diphosphate biosynthesis III (Staphylococcus) 1 XP_019864541.1 KEGG: 00480+1.11.1.15 Glutathione metabolism 12 XP_019877899.1;XP_019881237.1;XP_019871339.1;XP_019881247.1;XP_019868775.1;XP_019865198.1;XP_019881228.1;XP_019872082.1;XP_019867227.1;XP_019881219.1;XP_019881255.1;XP_019871877.1 Reactome: R-HSA-2206307 MPS IIIA - Sanfilippo syndrome A 1 XP_019865445.1 MetaCyc: PWY-7726 (4Z,7Z,10Z,13Z,16Z)-docosapentaenoate biosynthesis (6-desaturase) 9 XP_019877212.1;XP_019873310.1;XP_019874586.1;XP_019869995.1;XP_019877213.1;XP_019880649.1;XP_019869939.1;XP_019872019.1;XP_019875259.1 MetaCyc: PWY-3722 Glycine betaine biosynthesis II (Gram-positive bacteria) 1 XP_019874293.1 MetaCyc: PWY-6282 Palmitoleate biosynthesis I (from (5Z)-dodec-5-enoate) 7 XP_019867912.1;XP_019880777.1;XP_019868914.1;XP_019880034.1;XP_019868913.1;XP_019878163.1;XP_019868912.1 MetaCyc: PWY-7839 Lacto-series glycosphingolipids biosynthesis 1 XP_019868522.1 MetaCyc: PWY-5690 TCA cycle II (plants and fungi) 24 XP_019874999.1;XP_019880910.1;XP_019873664.1;XP_019878154.1;XP_019872581.1;XP_019878183.1;XP_019875193.1;XP_019872086.1;XP_019874796.1;XP_019874083.1;XP_019875306.1;XP_019873660.1;XP_019874085.1;XP_019864882.1;XP_019879408.1;XP_019871293.1;XP_019879758.1;XP_019871334.1;XP_019864881.1;XP_019874576.1;XP_019867896.1;XP_019869898.1;XP_019879766.1;XP_019875307.1 Reactome: R-HSA-426048 Arachidonate production from DAG 8 XP_019872117.1;XP_019872116.1;XP_019867293.1;XP_019865302.1;XP_019872113.1;XP_019872115.1;XP_019872114.1;XP_019874622.1 KEGG: 00270+1.1.1.37 Cysteine and methionine metabolism 7 XP_019878183.1;XP_019872581.1;XP_019874085.1;XP_019867896.1;XP_019879766.1;XP_019874083.1;XP_019874576.1 MetaCyc: PWY-6683 Assimilatory sulfate reduction III 2 XP_019871878.1;XP_019867057.1 KEGG: 00670+2.1.2.2 One carbon pool by folate 1 XP_019880873.1 Reactome: R-HSA-5083630 Defective LFNG causes SCDO3 1 XP_019866310.1 Reactome: R-HSA-9009391 Extra-nuclear estrogen signaling 7 XP_019871826.1;XP_019880311.1;XP_019868277.1;XP_019877084.1;XP_019865910.1;XP_019877515.1;XP_019873626.1 Reactome: R-HSA-6791462 TALDO1 deficiency: failed conversion of Fru(6)P, E4P to SH7P, GA3P 1 XP_019880562.1 MetaCyc: PWY-7589 Palmitoleate biosynthesis III (cyanobacteria) 8 XP_019878715.1;XP_019869551.1;XP_019871766.1;XP_019877826.1;XP_019871786.1;XP_019879260.1;XP_019877825.1;XP_019875626.1 KEGG: 00604+3.2.1.23 Glycosphingolipid biosynthesis - ganglio series 9 XP_019881201.1;XP_019881202.1;XP_019877528.1;XP_019872099.1;XP_019871983.1;XP_019876813.1;XP_019868537.1;XP_019880925.1;XP_019872096.1 KEGG: 00250+1.2.1.88 Alanine, aspartate and glutamate metabolism 2 XP_019869236.1;XP_019879068.1 KEGG: 00790+1.14.16.4 Folate biosynthesis 1 XP_019870209.1 KEGG: 00760+3.6.1.9 Nicotinate and nicotinamide metabolism 3 XP_019877733.1;XP_019879030.1;XP_019876978.1 MetaCyc: PWY-6605 Adenine and adenosine salvage II 1 XP_019880490.1 Reactome: R-HSA-5654733 Negative regulation of FGFR4 signaling 4 XP_019867760.1;XP_019869584.1;XP_019869585.1;XP_019875529.1 Reactome: R-HSA-72086 mRNA Capping 44 XP_019879537.1;XP_019878456.1;XP_019879698.1;XP_019871166.1;XP_019871423.1;XP_019879539.1;XP_019870883.1;XP_019877840.1;XP_019880931.1;XP_019876358.1;XP_019871167.1;XP_019869923.1;XP_019878851.1;XP_019878850.1;XP_019875606.1;XP_019871592.1;XP_019879274.1;XP_019865372.1;XP_019867266.1;XP_019880089.1;XP_019878358.1;XP_019868777.1;XP_019877842.1;XP_019877525.1;XP_019870539.1;XP_019879540.1;XP_019867019.1;XP_019871239.1;XP_019878359.1;XP_019873168.1;XP_019877770.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019878853.1;XP_019872978.1;XP_019879841.1;XP_019866954.1;XP_019871682.1;XP_019872148.1;XP_019877841.1;XP_019865126.1;XP_019878385.1;XP_019878362.1 KEGG: 00220+3.5.1.2 Arginine biosynthesis 3 XP_019867420.1;XP_019878939.1;XP_019867419.1 Reactome: R-HSA-4086398 Ca2+ pathway 28 XP_019866501.1;XP_019873619.1;XP_019874184.1;XP_019864526.1;XP_019875936.1;XP_019879231.1;XP_019869417.1;XP_019868277.1;XP_019880311.1;XP_019873626.1;XP_019873062.1;XP_019864524.1;XP_019868724.1;XP_019877084.1;XP_019877515.1;XP_019866051.1;XP_019880194.1;XP_019869098.1;XP_019871685.1;XP_019871683.1;XP_019874484.1;XP_019872110.1;XP_019878300.1;XP_019880388.1;XP_019873061.1;XP_019871826.1;XP_019864525.1;XP_019872866.1 Reactome: R-HSA-166016 Toll Like Receptor 4 (TLR4) Cascade 1 XP_019875634.1 KEGG: 00640+6.2.1.5 Propanoate metabolism 8 XP_019871334.1;XP_019871293.1;XP_019874999.1;XP_019880910.1;XP_019875307.1;XP_019869898.1;XP_019875306.1;XP_019872086.1 KEGG: 00230+3.5.4.3 Purine metabolism 1 XP_019866796.1 Reactome: R-HSA-5693554 Resolution of D-loop Structures through Synthesis-Dependent Strand Annealing (SDSA) 23 XP_019881517.1;XP_019874793.1;XP_019872230.1;XP_019876432.1;XP_019866140.1;XP_019878179.1;XP_019871543.1;XP_019879609.1;XP_019870838.1;XP_019864858.1;XP_019866373.1;XP_019869780.1;XP_019872264.1;XP_019870839.1;XP_019881186.1;XP_019867686.1;XP_019871934.1;XP_019880099.1;XP_019869674.1;XP_019865185.1;XP_019876037.1;XP_019864859.1;XP_019876668.1 MetaCyc: PWY-6502 8-oxo-(d)GTP detoxification I 1 XP_019867818.1 MetaCyc: PWY-2942 L-lysine biosynthesis III 1 XP_019868854.1 KEGG: 00603+3.2.1.52 Glycosphingolipid biosynthesis - globo and isoglobo series 8 XP_019880239.1;XP_019867029.1;XP_019874268.1;XP_019881212.1;XP_019866002.1;XP_019881549.1;XP_019870647.1;XP_019875335.1 Reactome: R-HSA-977443 GABA receptor activation 4 XP_019868984.1;XP_019868992.1;XP_019879456.1;XP_019870942.1 MetaCyc: PWY-6133 (S)-reticuline biosynthesis II 1 XP_019870947.1 KEGG: 00270+6.3.2.3 Cysteine and methionine metabolism 2 XP_019880226.1;XP_019870735.1 Reactome: R-HSA-204174 Regulation of pyruvate dehydrogenase (PDH) complex 7 XP_019878020.1;XP_019881720.1;XP_019875028.1;XP_019865397.1;XP_019870111.1;XP_019871441.1;XP_019870089.1 Reactome: R-HSA-8866652 Synthesis of active ubiquitin: roles of E1 and E2 enzymes 4 XP_019869675.1;XP_019867760.1;XP_019869584.1;XP_019869585.1 MetaCyc: PWY-7831 ABH and Lewis epitopes biosynthesis from type 2 precursor disaccharide 2 XP_019881975.1;XP_019878345.1 KEGG: 00901+2.7.1.222 Indole alkaloid biosynthesis 33 XP_019881299.1;XP_019873546.1;XP_019864874.1;XP_019872292.1;XP_019876310.1;XP_019867612.1;XP_019872299.1;XP_019874327.1;XP_019874814.1;XP_019872291.1;XP_019881972.1;XP_019873525.1;XP_019871771.1;XP_019874803.1;XP_019874030.1;XP_019873023.1;XP_019867591.1;XP_019871772.1;XP_019873535.1;XP_019876313.1;XP_019878941.1;XP_019872300.1;XP_019868225.1;XP_019866539.1;XP_019872301.1;XP_019874088.1;XP_019880647.1;XP_019874510.1;XP_019873557.1;XP_019865331.1;XP_019866844.1;XP_019874059.1;XP_019874582.1 MetaCyc: PWY-7346 UDP-alpha-D-glucuronate biosynthesis (from UDP-glucose) 2 XP_019878451.1;XP_019879998.1 Reactome: R-HSA-162588 Budding and maturation of HIV virion 12 XP_019867760.1;XP_019874063.1;XP_019869964.1;XP_019864962.1;XP_019877926.1;XP_019869963.1;XP_019864961.1;XP_019865957.1;XP_019873324.1;XP_019869584.1;XP_019874613.1;XP_019869585.1 KEGG: 00710+5.1.3.1 Carbon fixation in photosynthetic organisms 1 XP_019869969.1 KEGG: 00680+6.2.1.1 Methane metabolism 2 XP_019865511.1;XP_019872166.1 Reactome: R-HSA-381676 Glucagon-like Peptide-1 (GLP1) regulates insulin secretion 12 XP_019873509.1;XP_019877084.1;XP_019872866.1;XP_019871826.1;XP_019880253.1;XP_019880254.1;XP_019873626.1;XP_019880252.1;XP_019868277.1;XP_019880311.1;XP_019876700.1;XP_019877515.1 KEGG: 00531+3.2.1.35 Glycosaminoglycan degradation 2 XP_019874972.1;XP_019875277.1 Reactome: R-HSA-1483115 Hydrolysis of LPC 1 XP_019873580.1 KEGG: 00930+4.2.1.17+1.1.1.35 Caprolactam degradation 4 XP_019873310.1;XP_019880649.1;XP_019875259.1;XP_019872019.1 Reactome: R-HSA-164378 PKA activation in glucagon signalling 13 XP_019879906.1;XP_019873509.1;XP_019870532.1;XP_019880253.1;XP_019872297.1;XP_019878640.1;XP_019880254.1;XP_019880252.1;XP_019864735.1;XP_019872298.1;XP_019876700.1;XP_019870621.1;XP_019881101.1 MetaCyc: PWY-7233 Ubiquinol-6 bypass biosynthesis (eukaryotic) 2 XP_019877803.1;XP_019865124.1 MetaCyc: PWY-8099 Tetrahydropteridine recycling 1 XP_019865134.1 Reactome: R-HSA-8851805 MET activates RAS signaling 1 XP_019873776.1 KEGG: 00430+1.13.11.20 Taurine and hypotaurine metabolism 1 XP_019866077.1 MetaCyc: PWY-6614 Tetrahydrofolate biosynthesis 4 XP_019877943.1;XP_019877951.1;XP_019877935.1;XP_019877957.1 MetaCyc: PWY-6920 6-gingerol analog biosynthesis (engineered) 3 XP_019874586.1;XP_019877213.1;XP_019877212.1 KEGG: 00562+1.13.99.1 Inositol phosphate metabolism 1 XP_019876172.1 Reactome: R-HSA-5620922 BBSome-mediated cargo-targeting to cilium 14 XP_019876765.1;XP_019875849.1;XP_019878207.1;XP_019872340.1;XP_019872503.1;XP_019874169.1;XP_019877049.1;XP_019881742.1;XP_019872588.1;XP_019870602.1;XP_019880550.1;XP_019877452.1;XP_019867602.1;XP_019874787.1 KEGG: 00062+4.2.1.134 Fatty acid elongation 2 XP_019869995.1;XP_019869939.1 Reactome: R-HSA-9008059 Interleukin-37 signaling 1 XP_019865078.1 Reactome: R-HSA-937039 IRAK1 recruits IKK complex 5 XP_019869585.1;XP_019868616.1;XP_019868617.1;XP_019869584.1;XP_019867760.1 Reactome: R-HSA-4641258 Degradation of DVL 63 XP_019870906.1;XP_019872059.1;XP_019865856.1;XP_019867760.1;XP_019876360.1;XP_019869453.1;XP_019871241.1;XP_019878377.1;XP_019864959.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019870758.1;XP_019876206.1;XP_019868669.1;XP_019870849.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019868223.1;XP_019873961.1;XP_019868355.1;XP_019880545.1;XP_019881493.1;XP_019881356.1;XP_019875990.1;XP_019874113.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019873378.1;XP_019868753.1;XP_019868806.1;XP_019878838.1;XP_019873841.1;XP_019877091.1;XP_019871959.1;XP_019870619.1;XP_019874107.1;XP_019878375.1;XP_019881419.1;XP_019869585.1;XP_019873384.1;XP_019875016.1;XP_019871873.1;XP_019868347.1;XP_019865802.1;XP_019875999.1;XP_019875542.1;XP_019866794.1;XP_019873385.1;XP_019869989.1;XP_019875854.1;XP_019869584.1;XP_019877015.1;XP_019875297.1;XP_019878378.1;XP_019866452.1;XP_019866771.1;XP_019871809.1;XP_019880577.1 KEGG: 00510+2.4.1.83 N-Glycan biosynthesis 1 XP_019865984.1 Reactome: R-HSA-418359 Reduction of cytosolic Ca++ levels 3 XP_019865510.1;XP_019869755.1;XP_019881543.1 Reactome: R-HSA-1483226 Synthesis of PI 1 XP_019877852.1 Reactome: R-HSA-212436 Generic Transcription Pathway 25 XP_019877939.1;XP_019867887.1;XP_019871412.1;XP_019881491.1;XP_019868772.1;XP_019866483.1;XP_019871879.1;XP_019876612.1;XP_019877940.1;XP_019871410.1;XP_019871817.1;XP_019877031.1;XP_019867932.1;XP_019866046.1;XP_019866044.1;XP_019871411.1;XP_019868603.1;XP_019876988.1;XP_019866156.1;XP_019878610.1;XP_019875066.1;XP_019881437.1;XP_019867114.1;XP_019876179.1;XP_019880762.1 KEGG: 00051+2.7.1.105+3.1.3.46 Fructose and mannose metabolism 3 XP_019872255.1;XP_019872254.1;XP_019873205.1 KEGG: 00350+1.1.1.1 Tyrosine metabolism 1 XP_019869997.1 MetaCyc: PWY-6978 Plastoquinol-9 biosynthesis II 1 XP_019873860.1 KEGG: 00480+1.1.1.44 Glutathione metabolism 1 XP_019874470.1 MetaCyc: PWY-5122 Geranyl diphosphate biosynthesis 1 XP_019880038.1 Reactome: R-HSA-881907 Gastrin-CREB signalling pathway via PKC and MAPK 3 XP_019875529.1;XP_019879581.1;XP_019872041.1 Reactome: R-HSA-8943724 Regulation of PTEN gene transcription 35 XP_019879746.1;XP_019873637.1;XP_019880827.1;XP_019871207.1;XP_019880264.1;XP_019877026.1;XP_019876398.1;XP_019879681.1;XP_019876378.1;XP_019866097.1;XP_019873635.1;XP_019877025.1;XP_019881177.1;XP_019875529.1;XP_019866098.1;XP_019864584.1;XP_019870443.1;XP_019873636.1;XP_019866466.1;XP_019878233.1;XP_019864589.1;XP_019874034.1;XP_019864586.1;XP_019871078.1;XP_019871206.1;XP_019865480.1;XP_019870442.1;XP_019880990.1;XP_019868181.1;XP_019864585.1;XP_019870308.1;XP_019870920.1;XP_019875062.1;XP_019880989.1;XP_019870444.1 Reactome: R-HSA-5626467 RHO GTPases activate IQGAPs 23 XP_019868163.1;XP_019881730.1;XP_019872861.1;XP_019866611.1;XP_019875755.1;XP_019874899.1;XP_019880052.1;XP_019871033.1;XP_019868179.1;XP_019867254.1;XP_019880049.1;XP_019872438.1;XP_019874962.1;XP_019877456.1;XP_019868177.1;XP_019866612.1;XP_019880037.1;XP_019866609.1;XP_019865219.1;XP_019865076.1;XP_019880051.1;XP_019879148.1;XP_019880050.1 KEGG: 00620+1.8.1.4 Pyruvate metabolism 1 XP_019870111.1 Reactome: R-HSA-975163 IRAK2 mediated activation of TAK1 complex upon TLR7/8 or 9 stimulation 4 XP_019869584.1;XP_019869585.1;XP_019867760.1;XP_019880388.1 Reactome: R-HSA-5545619 XAV939 inhibits tankyrase, stabilizing AXIN 1 XP_019865170.1 KEGG: 00565+3.1.3.4 Ether lipid metabolism 6 XP_019881734.1;XP_019881733.1;XP_019865211.1;XP_019881735.1;XP_019881736.1;XP_019870092.1 Reactome: R-HSA-9648025 EML4 and NUDC in mitotic spindle formation 82 XP_019868163.1;XP_019874975.1;XP_019875181.1;XP_019867629.1;XP_019872149.1;XP_019867621.1;XP_019875607.1;XP_019866139.1;XP_019867254.1;XP_019870885.1;XP_019872438.1;XP_019869620.1;XP_019867625.1;XP_019881575.1;XP_019868054.1;XP_019878201.1;XP_019870325.1;XP_019873891.1;XP_019874522.1;XP_019867827.1;XP_019869337.1;XP_019867627.1;XP_019867619.1;XP_019869640.1;XP_019879312.1;XP_019867624.1;XP_019874899.1;XP_019880052.1;XP_019873739.1;XP_019880049.1;XP_019874962.1;XP_019873892.1;XP_019864628.1;XP_019872641.1;XP_019872415.1;XP_019866609.1;XP_019867620.1;XP_019865219.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019867618.1;XP_019879148.1;XP_019879330.1;XP_019875755.1;XP_019870416.1;XP_019877591.1;XP_019880452.1;XP_019875935.1;XP_019868487.1;XP_019871033.1;XP_019881573.1;XP_019881724.1;XP_019877456.1;XP_019867626.1;XP_019878285.1;XP_019867622.1;XP_019868711.1;XP_019872414.1;XP_019880051.1;XP_019874974.1;XP_019880050.1;XP_019867631.1;XP_019868710.1;XP_019881730.1;XP_019869346.1;XP_019867616.1;XP_019866611.1;XP_019867617.1;XP_019869353.1;XP_019867628.1;XP_019871781.1;XP_019879685.1;XP_019869362.1;XP_019868179.1;XP_019869641.1;XP_019869329.1;XP_019867630.1;XP_019875943.1;XP_019875934.1;XP_019876014.1;XP_019878209.1 KEGG: 00920+2.7.7.4 Sulfur metabolism 2 XP_019871878.1;XP_019867057.1 Reactome: R-HSA-4793952 Defective MGAT2 causes MGAT2-CDG (CDG-2a) 2 XP_019880284.1;XP_019880285.1 KEGG: 00332+2.7.2.11+1.2.1.41 Carbapenem biosynthesis 1 XP_019865690.1 MetaCyc: PWY-6317 D-galactose degradation I (Leloir pathway) 7 XP_019870278.1;XP_019870962.1;XP_019866103.1;XP_019869545.1;XP_019870272.1;XP_019869549.1;XP_019880289.1 MetaCyc: PWY-6981 Chitin biosynthesis 4 XP_019874310.1;XP_019868939.1;XP_019876383.1;XP_019874001.1 Reactome: R-HSA-1989781 PPARA activates gene expression 59 XP_019871719.1;XP_019881491.1;XP_019873329.1;XP_019866483.1;XP_019871718.1;XP_019877593.1;XP_019869946.1;XP_019870465.1;XP_019877940.1;XP_019871879.1;XP_019880381.1;XP_019866046.1;XP_019874118.1;XP_019870467.1;XP_019879182.1;XP_019870466.1;XP_019868157.1;XP_019878610.1;XP_019876988.1;XP_019873188.1;XP_019870134.1;XP_019874117.1;XP_019876179.1;XP_019881437.1;XP_019864698.1;XP_019871412.1;XP_019867574.1;XP_019867887.1;XP_019877939.1;XP_019865599.1;XP_019868772.1;XP_019871721.1;XP_019876832.1;XP_019878782.1;XP_019867899.1;XP_019879756.1;XP_019876612.1;XP_019871410.1;XP_019871817.1;XP_019867932.1;XP_019866044.1;XP_019874114.1;XP_019870160.1;XP_019871411.1;XP_019873113.1;XP_019867384.1;XP_019868603.1;XP_019873261.1;XP_019880588.1;XP_019866979.1;XP_019866156.1;XP_019879532.1;XP_019876911.1;XP_019869930.1;XP_019875066.1;XP_019866479.1;XP_019867114.1;XP_019880762.1;XP_019866380.1 Reactome: R-HSA-8849932 Synaptic adhesion-like molecules 6 XP_019878688.1;XP_019870517.1;XP_019869161.1;XP_019870518.1;XP_019865243.1;XP_019871621.1 KEGG: 00940+1.11.1.7 Phenylpropanoid biosynthesis 6 XP_019868210.1;XP_019881215.1;XP_019881216.1;XP_019881221.1;XP_019870782.1;XP_019879203.1 Reactome: R-HSA-2395516 Electron transport from NADPH to Ferredoxin 3 XP_019871039.1;XP_019872880.1;XP_019869107.1 KEGG: 00740+3.1.3.2 Riboflavin metabolism 33 XP_019869166.1;XP_019870446.1;XP_019879272.1;XP_019879271.1;XP_019872682.1;XP_019881984.1;XP_019877722.1;XP_019872644.1;XP_019877721.1;XP_019874971.1;XP_019872634.1;XP_019864532.1;XP_019872643.1;XP_019880114.1;XP_019866059.1;XP_019877431.1;XP_019870468.1;XP_019881946.1;XP_019877651.1;XP_019875772.1;XP_019873755.1;XP_019877720.1;XP_019873425.1;XP_019874991.1;XP_019870445.1;XP_019874970.1;XP_019877418.1;XP_019881945.1;XP_019881443.1;XP_019877417.1;XP_019878531.1;XP_019881947.1;XP_019880154.1 KEGG: 00280+1.3.8.4 Valine, leucine and isoleucine degradation 1 XP_019871979.1 MetaCyc: PWY-6536 4-aminobutanoate degradation III 2 XP_019866983.1;XP_019866930.1 Reactome: R-HSA-6791461 RPIA deficiency: failed conversion of RU5P to R5P 1 XP_019866333.1 Reactome: R-HSA-9636467 Blockage of phagosome acidification 3 XP_019876009.1;XP_019876016.1;XP_019876023.1 Reactome: R-HSA-877312 Regulation of IFNG signaling 4 XP_019879072.1;XP_019879086.1;XP_019865078.1;XP_019879080.1 Reactome: R-HSA-8935964 RUNX1 regulates expression of components of tight junctions 2 XP_019874360.1;XP_019878084.1 KEGG: 00240+4.2.1.70 Pyrimidine metabolism 2 XP_019869817.1;XP_019869818.1 Reactome: R-HSA-428890 Role of ABL in ROBO-SLIT signaling 4 XP_019864823.1;XP_019880338.1;XP_019864822.1;XP_019864821.1 Reactome: R-HSA-112382 Formation of RNA Pol II elongation complex 66 XP_019880089.1;XP_019867266.1;XP_019872039.1;XP_019880869.1;XP_019878850.1;XP_019865642.1;XP_019871592.1;XP_019880931.1;XP_019876358.1;XP_019871167.1;XP_019875288.1;XP_019870076.1;XP_019866812.1;XP_019870883.1;XP_019877841.1;XP_019872148.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019878014.1;XP_019866809.1;XP_019878449.1;XP_019874913.1;XP_019870382.1;XP_019879841.1;XP_019872077.1;XP_019867019.1;XP_019872278.1;XP_019874248.1;XP_019877838.1;XP_019866925.1;XP_019867682.1;XP_019870539.1;XP_019865372.1;XP_019878358.1;XP_019875606.1;XP_019879274.1;XP_019869923.1;XP_019864774.1;XP_019878851.1;XP_019879698.1;XP_019866292.1;XP_019879537.1;XP_019878456.1;XP_019871423.1;XP_019871166.1;XP_019877840.1;XP_019879539.1;XP_019878015.1;XP_019871682.1;XP_019866954.1;XP_019871675.1;XP_019872482.1;XP_019878853.1;XP_019874125.1;XP_019872978.1;XP_019873138.1;XP_019877795.1;XP_019878359.1;XP_019872580.1;XP_019877770.1;XP_019872781.1;XP_019877525.1;XP_019877842.1;XP_019868777.1;XP_019879540.1 Reactome: R-HSA-391160 Signal regulatory protein family interactions 10 XP_019880205.1;XP_019880191.1;XP_019880225.1;XP_019865078.1;XP_019880237.1;XP_019880238.1;XP_019880219.1;XP_019880199.1;XP_019880212.1;XP_019880232.1 MetaCyc: PWY-2781 Cis-zeatin biosynthesis 1 XP_019864819.1 KEGG: 00270+4.4.1.13 Cysteine and methionine metabolism 1 XP_019868643.1 KEGG: 05170+2.7.11.1 Human immunodeficiency virus 1 infection 79 XP_019881517.1;XP_019879679.1;XP_019873527.1;XP_019867885.1;XP_019875116.1;XP_019877713.1;XP_019880286.1;XP_019880620.1;XP_019879295.1;XP_019869321.1;XP_019872870.1;XP_019864649.1;XP_019869640.1;XP_019872938.1;XP_019873111.1;XP_019871917.1;XP_019880072.1;XP_019879745.1;XP_019873710.1;XP_019872521.1;XP_019868376.1;XP_019881345.1;XP_019880986.1;XP_019876905.1;XP_019866345.1;XP_019877578.1;XP_019874385.1;XP_019870807.1;XP_019868843.1;XP_019880734.1;XP_019869620.1;XP_019866346.1;XP_019873110.1;XP_019868449.1;XP_019870806.1;XP_019866058.1;XP_019879129.1;XP_019871205.1;XP_019872236.1;XP_019876169.1;XP_019870588.1;XP_019876256.1;XP_019873788.1;XP_019880480.1;XP_019870587.1;XP_019866137.1;XP_019877608.1;XP_019880466.1;XP_019880488.1;XP_019869322.1;XP_019876630.1;XP_019876160.1;XP_019872097.1;XP_019866342.1;XP_019880827.1;XP_019870808.1;XP_019881665.1;XP_019869641.1;XP_019879685.1;XP_019866343.1;XP_019871636.1;XP_019873006.1;XP_019868711.1;XP_019864994.1;XP_019868710.1;XP_019878712.1;XP_019876631.1;XP_019875074.1;XP_019868585.1;XP_019871078.1;XP_019871493.1;XP_019873279.1;XP_019870809.1;XP_019866341.1;XP_019880473.1;XP_019880985.1;XP_019871026.1;XP_019876293.1;XP_019878082.1 Reactome: R-HSA-5099900 WNT5A-dependent internalization of FZD4 11 XP_019875200.1;XP_019868724.1;XP_019875645.1;XP_019876399.1;XP_019869482.1;XP_019872690.1;XP_019869481.1;XP_019869483.1;XP_019875643.1;XP_019875644.1;XP_019875642.1 Reactome: R-HSA-8854214 TBC/RABGAPs 9 XP_019865924.1;XP_019873494.1;XP_019867250.1;XP_019873492.1;XP_019876400.1;XP_019866327.1;XP_019873493.1;XP_019865923.1;XP_019878071.1 KEGG: 04070+3.1.3.56 Phosphatidylinositol signaling system 1 XP_019866425.1 Reactome: R-HSA-379726 Mitochondrial tRNA aminoacylation 13 XP_019872331.1;XP_019875260.1;XP_019867879.1;XP_019866521.1;XP_019876046.1;XP_019878002.1;XP_019881323.1;XP_019870544.1;XP_019870166.1;XP_019878460.1;XP_019864671.1;XP_019875550.1;XP_019878000.1 Reactome: R-HSA-5362798 Release of Hh-Np from the secreting cell 4 XP_019874693.1;XP_019869702.1;XP_019874692.1;XP_019867815.1 KEGG: 04070+2.7.1.158 Phosphatidylinositol signaling system 3 XP_019873104.1;XP_019873105.1;XP_019873106.1 Reactome: R-HSA-877300 Interferon gamma signaling 9 XP_019875403.1;XP_019877137.1;XP_019875404.1;XP_019867724.1;XP_019875389.1;XP_019865840.1;XP_019875405.1;XP_019875401.1;XP_019869927.1 Reactome: R-HSA-2206305 MPS IIID - Sanfilippo syndrome D 1 XP_019871218.1 MetaCyc: PWY-6372 1D-myo-inositol hexakisphosphate biosynthesis IV (Dictyostelium) 4 XP_019873105.1;XP_019873104.1;XP_019881451.1;XP_019873106.1 KEGG: 00513+2.4.1.260 Various types of N-glycan biosynthesis 1 XP_019873233.1 KEGG: 00052+2.7.1.6 Galactose metabolism 2 XP_019870962.1;XP_019880289.1 Reactome: R-HSA-437239 Recycling pathway of L1 29 XP_019874899.1;XP_019876362.1;XP_019880049.1;XP_019867254.1;XP_019868179.1;XP_019880052.1;XP_019871033.1;XP_019876370.1;XP_019866611.1;XP_019868163.1;XP_019881730.1;XP_019869483.1;XP_019875755.1;XP_019869482.1;XP_019876399.1;XP_019869481.1;XP_019879148.1;XP_019880620.1;XP_019875200.1;XP_019880050.1;XP_019880051.1;XP_019874962.1;XP_019875634.1;XP_019872438.1;XP_019868177.1;XP_019866612.1;XP_019880037.1;XP_019865219.1;XP_019866609.1 Reactome: R-HSA-3270619 IRF3-mediated induction of type I IFN 4 XP_019869674.1;XP_019864776.1;XP_019881480.1;XP_019881487.1 Reactome: R-HSA-9652282 Drug-mediated inhibition of ERBB2 signaling 1 XP_019865044.1 KEGG: 00260+4.2.1.22 Glycine, serine and threonine metabolism 1 XP_019874584.1 Reactome: R-HSA-114516 Disinhibition of SNARE formation 1 XP_019872690.1 KEGG: 00270+2.6.1.52 Cysteine and methionine metabolism 1 XP_019865209.1 KEGG: 00620+6.4.1.2 Pyruvate metabolism 1 XP_019874350.1 Reactome: R-HSA-8940973 RUNX2 regulates osteoblast differentiation 6 XP_019874360.1;XP_019878084.1;XP_019864821.1;XP_019875529.1;XP_019864823.1;XP_019864822.1 MetaCyc: PWY-4661 1D-myo-inositol hexakisphosphate biosynthesis III (Spirodela polyrrhiza) 5 XP_019873105.1;XP_019866155.1;XP_019873104.1;XP_019873106.1;XP_019881451.1 KEGG: 00600+3.2.1.23 Sphingolipid metabolism 9 XP_019876813.1;XP_019868537.1;XP_019872099.1;XP_019871983.1;XP_019872096.1;XP_019880925.1;XP_019881202.1;XP_019877528.1;XP_019881201.1 Reactome: R-HSA-1236974 ER-Phagosome pathway 68 XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019872657.1;XP_019866068.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019870707.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019870619.1;XP_019873967.1;XP_019874107.1;XP_019881419.1;XP_019871959.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019868389.1;XP_019865802.1;XP_019866771.1;XP_019871809.1;XP_019876426.1;XP_019875297.1;XP_019866452.1;XP_019864959.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019869073.1;XP_019868223.1;XP_019868669.1;XP_019870849.1;XP_019875990.1;XP_019868753.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019880577.1;XP_019878248.1;XP_019878378.1 Reactome: R-HSA-5632681 Ligand-receptor interactions 2 XP_019869702.1;XP_019870298.1 KEGG: 00521+3.1.3.25 Streptomycin biosynthesis 3 XP_019873835.1;XP_019873836.1;XP_019868658.1 Reactome: R-HSA-140342 Apoptosis induced DNA fragmentation 1 XP_019871004.1 Reactome: R-HSA-2214320 Anchoring fibril formation 6 XP_019871329.1;XP_019866266.1;XP_019866280.1;XP_019866328.1;XP_019876152.1;XP_019880208.1 Reactome: R-HSA-167246 Tat-mediated elongation of the HIV-1 transcript 54 XP_019880869.1;XP_019875606.1;XP_019878850.1;XP_019879274.1;XP_019867266.1;XP_019880089.1;XP_019865372.1;XP_019878358.1;XP_019879698.1;XP_019879537.1;XP_019866812.1;XP_019878456.1;XP_019866292.1;XP_019871423.1;XP_019871166.1;XP_019879539.1;XP_019877840.1;XP_019870883.1;XP_019880931.1;XP_019876358.1;XP_019869923.1;XP_019871167.1;XP_019864774.1;XP_019878851.1;XP_019866809.1;XP_019878449.1;XP_019872482.1;XP_019870382.1;XP_019878853.1;XP_019873138.1;XP_019872978.1;XP_019872148.1;XP_019877841.1;XP_019871682.1;XP_019866954.1;XP_019865126.1;XP_019878362.1;XP_019878385.1;XP_019871675.1;XP_019870539.1;XP_019877842.1;XP_019877525.1;XP_019868777.1;XP_019879540.1;XP_019867019.1;XP_019877795.1;XP_019878359.1;XP_019874248.1;XP_019877770.1;XP_019872580.1;XP_019877838.1;XP_019872781.1;XP_019867682.1;XP_019866925.1 KEGG: 00626+1.1.1.1 Naphthalene degradation 1 XP_019869997.1 Reactome: R-HSA-5576894 Phase 1 - inactivation of fast Na+ channels 2 XP_019865522.1;XP_019865521.1 MetaCyc: PWY-5723 Rubisco shunt 8 XP_019869969.1;XP_019881949.1;XP_019880562.1;XP_019874047.1;XP_019881950.1;XP_019866333.1;XP_019876270.1;XP_019875157.1 Reactome: R-HSA-432720 Lysosome Vesicle Biogenesis 11 XP_019875643.1;XP_019875634.1;XP_019875644.1;XP_019881843.1;XP_019881842.1;XP_019869347.1;XP_019875642.1;XP_019871218.1;XP_019875645.1;XP_019876424.1;XP_019877448.1 Reactome: R-HSA-180585 Vif-mediated degradation of APOBEC3G 65 XP_019875990.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019876206.1;XP_019877889.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019864959.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019880577.1;XP_019878378.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019875016.1;XP_019871873.1;XP_019875999.1;XP_019875542.1;XP_019869585.1;XP_019878375.1;XP_019873841.1;XP_019877091.1;XP_019868753.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019866812.1;XP_019874113.1;XP_019881356.1;XP_019881493.1;XP_019880545.1;XP_019875983.1;XP_019866068.1;XP_019872482.1;XP_019872657.1;XP_019873961.1;XP_019868355.1;XP_019865856.1;XP_019870906.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019871809.1;XP_019866771.1;XP_019875297.1;XP_019866452.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019865802.1;XP_019868347.1;XP_019874107.1;XP_019870619.1;XP_019881419.1;XP_019871959.1;XP_019878838.1;XP_019868806.1;XP_019873378.1 Reactome: R-HSA-166058 MyD88:MAL(TIRAP) cascade initiated on plasma membrane 3 XP_019876426.1;XP_019872765.1;XP_019873986.1 KEGG: 00052+3.5.1.25 Galactose metabolism 1 XP_019869880.1 Reactome: R-HSA-2980766 Nuclear Envelope Breakdown 1 XP_019876581.1 MetaCyc: PWY-6952 Glycerophosphodiester degradation 5 XP_019875078.1;XP_019875079.1;XP_019876995.1;XP_019875075.1;XP_019875077.1 Reactome: R-HSA-9028731 Activated NTRK2 signals through FRS2 and FRS3 1 XP_019874649.1 Reactome: R-HSA-8939247 RUNX1 regulates transcription of genes involved in interleukin signaling 2 XP_019878084.1;XP_019874360.1 KEGG: 00630+3.1.2.30+2.3.3.9 Glyoxylate and dicarboxylate metabolism 1 XP_019880403.1 Reactome: R-HSA-975155 MyD88 dependent cascade initiated on endosome 1 XP_019876426.1 Reactome: R-HSA-1679131 Trafficking and processing of endosomal TLR 3 XP_019864984.1;XP_019864982.1;XP_019864989.1 Reactome: R-HSA-205043 NRIF signals cell death from the nucleus 8 XP_019869585.1;XP_019877719.1;XP_019881318.1;XP_019867760.1;XP_019869584.1;XP_019873112.1;XP_019875784.1;XP_019875771.1 Reactome: R-HSA-2470946 Cohesin Loading onto Chromatin 6 XP_019868589.1;XP_019867438.1;XP_019878806.1;XP_019881586.1;XP_019871383.1;XP_019871520.1 MetaCyc: PWY-7803 Trna splicing II 3 XP_019881494.1;XP_019877016.1;XP_019875983.1 Reactome: R-HSA-6804114 TP53 Regulates Transcription of Genes Involved in G2 Cell Cycle Arrest 4 XP_019878279.1;XP_019876835.1;XP_019868157.1;XP_019878917.1 KEGG: 00562+2.7.1.67 Inositol phosphate metabolism 1 XP_019867131.1 Reactome: R-HSA-420092 Glucagon-type ligand receptors 6 XP_019877084.1;XP_019880311.1;XP_019868277.1;XP_019871826.1;XP_019873626.1;XP_019877515.1 KEGG: 00270+2.1.1.37 Cysteine and methionine metabolism 5 XP_019879996.1;XP_019869670.1;XP_019878169.1;XP_019879755.1;XP_019877966.1 KEGG: 00510+2.4.1.260 N-Glycan biosynthesis 1 XP_019873233.1 KEGG: 00380+1.11.1.6 Tryptophan metabolism 6 XP_019878679.1;XP_019878567.1;XP_019877122.1;XP_019878680.1;XP_019878566.1;XP_019864831.1 Reactome: R-HSA-72689 Formation of a pool of free 40S subunits 120 XP_019867760.1;XP_019878219.1;XP_019880946.1;XP_019868421.1;XP_019877011.1;XP_019867969.1;XP_019881551.1;XP_019866499.1;XP_019874786.1;XP_019870253.1;XP_019869342.1;XP_019869778.1;XP_019878927.1;XP_019878299.1;XP_019878799.1;XP_019874726.1;XP_019869241.1;XP_019869733.1;XP_019873634.1;XP_019869687.1;XP_019879705.1;XP_019879316.1;XP_019867679.1;XP_019876138.1;XP_019872504.1;XP_019874808.1;XP_019870618.1;XP_019866498.1;XP_019866381.1;XP_019870902.1;XP_019865278.1;XP_019871017.1;XP_019866497.1;XP_019881324.1;XP_019881458.1;XP_019871326.1;XP_019880290.1;XP_019866949.1;XP_019869341.1;XP_019877013.1;XP_019869208.1;XP_019865358.1;XP_019869585.1;XP_019881552.1;XP_019868437.1;XP_019869584.1;XP_019876731.1;XP_019870881.1;XP_019865463.1;XP_019869292.1;XP_019876739.1;XP_019875998.1;XP_019871741.1;XP_019866597.1;XP_019870859.1;XP_019876762.1;XP_019869572.1;XP_019865233.1;XP_019869643.1;XP_019881607.1;XP_019865321.1;XP_019877014.1;XP_019879588.1;XP_019866948.1;XP_019873714.1;XP_019874029.1;XP_019865368.1;XP_019874343.1;XP_019868422.1;XP_019869573.1;XP_019876156.1;XP_019868820.1;XP_019873504.1;XP_019878159.1;XP_019865320.1;XP_019876481.1;XP_019877878.1;XP_019878416.1;XP_019880016.1;XP_019869804.1;XP_019871723.1;XP_019880572.1;XP_019872359.1;XP_019871722.1;XP_019871532.1;XP_019867521.1;XP_019867390.1;XP_019877012.1;XP_019868085.1;XP_019865328.1;XP_019867791.1;XP_019866282.1;XP_019869734.1;XP_019869266.1;XP_019873633.1;XP_019872171.1;XP_019879829.1;XP_019872898.1;XP_019877349.1;XP_019880270.1;XP_019873336.1;XP_019876541.1;XP_019871337.1;XP_019873622.1;XP_019877960.1;XP_019869957.1;XP_019875090.1;XP_019872859.1;XP_019868420.1;XP_019870250.1;XP_019879971.1;XP_019865545.1;XP_019874807.1;XP_019879605.1;XP_019870223.1;XP_019874699.1;XP_019873152.1;XP_019874748.1;XP_019871901.1;XP_019867382.1 Reactome: R-HSA-6804757 Regulation of TP53 Degradation 16 XP_019867885.1;XP_019867760.1;XP_019879181.1;XP_019869321.1;XP_019881517.1;XP_019869322.1;XP_019878779.1;XP_019869585.1;XP_019877608.1;XP_019869584.1;XP_019874931.1;XP_019878784.1;XP_019871078.1;XP_019869675.1;XP_019876398.1;XP_019880827.1 KEGG: 00563+3.5.1.89 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis 1 XP_019878769.1 KEGG: 00270+2.5.1.22 Cysteine and methionine metabolism 1 XP_019871790.1 Reactome: R-HSA-390651 Dopamine receptors 2 XP_019875699.1;XP_019865572.1 MetaCyc: PWY-561 Superpathway of glyoxylate cycle and fatty acid degradation 16 XP_019874576.1;XP_019867896.1;XP_019879766.1;XP_019879758.1;XP_019864881.1;XP_019875193.1;XP_019874796.1;XP_019874083.1;XP_019873660.1;XP_019874085.1;XP_019864882.1;XP_019879408.1;XP_019873664.1;XP_019878154.1;XP_019878183.1;XP_019872581.1 Reactome: R-HSA-83936 Transport of nucleosides and free purine and pyrimidine bases across the plasma membrane 15 XP_019870569.1;XP_019867643.1;XP_019874502.1;XP_019876002.1;XP_019867893.1;XP_019874507.1;XP_019879371.1;XP_019866386.1;XP_019869921.1;XP_019874503.1;XP_019876723.1;XP_019874501.1;XP_019876724.1;XP_019876001.1;XP_019867841.1 Reactome: R-HSA-3371599 Defective HLCS causes multiple carboxylase deficiency 10 XP_019877275.1;XP_019870066.1;XP_019874350.1;XP_019879643.1;XP_019870065.1;XP_019871094.1;XP_019877276.1;XP_019879913.1;XP_019878292.1;XP_019878173.1 KEGG: 00240+2.7.4.9 Pyrimidine metabolism 2 XP_019871003.1;XP_019871002.1 Reactome: R-HSA-9017802 Noncanonical activation of NOTCH3 5 XP_019881318.1;XP_019877719.1;XP_019875771.1;XP_019875784.1;XP_019873112.1 KEGG: 00051+5.4.2.8 Fructose and mannose metabolism 1 XP_019865460.1 Reactome: R-HSA-512988 Interleukin-3, Interleukin-5 and GM-CSF signaling 2 XP_019865078.1;XP_019865910.1 Reactome: R-HSA-381753 Olfactory Signaling Pathway 4 XP_019877068.1;XP_019866769.1;XP_019877070.1;XP_019877069.1 KEGG: 00600+3.5.1.23 Sphingolipid metabolism 2 XP_019871474.1;XP_019869951.1 Reactome: R-HSA-9010553 Regulation of expression of SLITs and ROBOs 178 XP_019865311.1;XP_019869957.1;XP_019874107.1;XP_019870619.1;XP_019878541.1;XP_019866282.1;XP_019879829.1;XP_019873378.1;XP_019872898.1;XP_019880270.1;XP_019868806.1;XP_019873622.1;XP_019877060.1;XP_019871901.1;XP_019874748.1;XP_019866452.1;XP_019866771.1;XP_019875397.1;XP_019879971.1;XP_019865802.1;XP_019868347.1;XP_019877015.1;XP_019869302.1;XP_019874029.1;XP_019873714.1;XP_019880739.1;XP_019869573.1;XP_019868422.1;XP_019873504.1;XP_019868820.1;XP_019865856.1;XP_019869572.1;XP_019865233.1;XP_019878377.1;XP_019869453.1;XP_019876360.1;XP_019869643.1;XP_019864936.1;XP_019879588.1;XP_019875625.1;XP_019877014.1;XP_019865321.1;XP_019881607.1;XP_019880572.1;XP_019871722.1;XP_019880545.1;XP_019874113.1;XP_019877012.1;XP_019864935.1;XP_019865320.1;XP_019876481.1;XP_019865137.1;XP_019877878.1;XP_019878416.1;XP_019875983.1;XP_019872482.1;XP_019869804.1;XP_019869341.1;XP_019877091.1;XP_019869208.1;XP_019869585.1;XP_019878375.1;XP_019866381.1;XP_019875832.1;XP_019878072.1;XP_019865278.1;XP_019881324.1;XP_019871017.1;XP_019868753.1;XP_019866949.1;XP_019875998.1;XP_019871741.1;XP_019876762.1;XP_019875016.1;XP_019875542.1;XP_019868437.1;XP_019871592.1;XP_019870881.1;XP_019873385.1;XP_019876731.1;XP_019866499.1;XP_019877889.1;XP_019869342.1;XP_019878927.1;XP_019874726.1;XP_019872059.1;XP_019871241.1;XP_019867760.1;XP_019868421.1;XP_019867969.1;XP_019864959.1;XP_019865138.1;XP_019879316.1;XP_019867679.1;XP_019874808.1;XP_019875990.1;XP_019870849.1;XP_019869241.1;XP_019868669.1;XP_019873634.1;XP_019868223.1;XP_019879705.1;XP_019871959.1;XP_019877960.1;XP_019875090.1;XP_019872859.1;XP_019881419.1;XP_019868420.1;XP_019867791.1;XP_019873633.1;XP_019869266.1;XP_019872171.1;XP_019873336.1;XP_019878838.1;XP_019875297.1;XP_019874699.1;XP_019873152.1;XP_019871809.1;XP_019867382.1;XP_019873384.1;XP_019874807.1;XP_019866794.1;XP_019869989.1;XP_019879605.1;XP_019870223.1;XP_019866948.1;XP_019874343.1;XP_019878159.1;XP_019870906.1;XP_019872359.1;XP_019867390.1;XP_019867521.1;XP_019881493.1;XP_019881356.1;XP_019865328.1;XP_019866068.1;XP_019872657.1;XP_019873961.1;XP_019868355.1;XP_019871723.1;XP_019873841.1;XP_019877013.1;XP_019865358.1;XP_019873379.1;XP_019870902.1;XP_019865855.1;XP_019866812.1;XP_019866497.1;XP_019871326.1;XP_019881458.1;XP_019880290.1;XP_019876739.1;XP_019878378.1;XP_019866597.1;XP_019870859.1;XP_019880577.1;XP_019871873.1;XP_019875999.1;XP_019869584.1;XP_019875854.1;XP_019865463.1;XP_019869292.1;XP_019869073.1;XP_019876367.1;XP_019870758.1;XP_019873172.1;XP_019875855.1;XP_019869778.1;XP_019876206.1;XP_019878799.1;XP_019880946.1;XP_019877011.1;XP_019876138.1;XP_019869352.1;XP_019880738.1;XP_019870618.1;XP_019866498.1;XP_019879841.1 MetaCyc: PWY-7456 Beta-(1,4)-mannan degradation 3 XP_019865460.1;XP_019878943.1;XP_019878152.1 KEGG: 00561+3.2.1.22 Glycerolipid metabolism 4 XP_019865597.1;XP_019865604.1;XP_019872918.1;XP_019865598.1 MetaCyc: PWY-7728 (4Z,7Z,10Z,13Z,16Z)-docosa-4,7,10,13,16-pentaenoate biosynthesis II (4-desaturase) 2 XP_019869939.1;XP_019869995.1 MetaCyc: PWY-8051 Anandamide biosynthesis I 29 XP_019865211.1;XP_019881735.1;XP_019881736.1;XP_019869406.1;XP_019877826.1;XP_019878715.1;XP_019871766.1;XP_019867906.1;XP_019881873.1;XP_019880326.1;XP_019875626.1;XP_019877825.1;XP_019877061.1;XP_019880793.1;XP_019877059.1;XP_019877065.1;XP_019879260.1;XP_019869407.1;XP_019871786.1;XP_019874872.1;XP_019874626.1;XP_019881734.1;XP_019879625.1;XP_019869551.1;XP_019881733.1;XP_019880543.1;XP_019870092.1;XP_019867306.1;XP_019881029.1 KEGG: 00720+2.3.3.8 Carbon fixation pathways in prokaryotes 3 XP_019875307.1;XP_019874999.1;XP_019875306.1 Reactome: R-HSA-4043916 Defective MPI causes MPI-CDG (CDG-1b) 2 XP_019878152.1;XP_019878943.1 Reactome: R-HSA-196108 Pregnenolone biosynthesis 4 XP_019869107.1;XP_019871039.1;XP_019881346.1;XP_019872880.1 Reactome: R-HSA-388479 Vasopressin-like receptors 7 XP_019867840.1;XP_019874462.1;XP_019867076.1;XP_019880458.1;XP_019874481.1;XP_019875871.1;XP_019874471.1 KEGG: 00520+2.6.1.16 Amino sugar and nucleotide sugar metabolism 1 XP_019867728.1 MetaCyc: PWY-5856 Ubiquinol-9 biosynthesis (prokaryotic) 3 XP_019877803.1;XP_019865124.1;XP_019873860.1 Reactome: R-HSA-2243919 Crosslinking of collagen fibrils 7 XP_019871329.1;XP_019866266.1;XP_019876152.1;XP_019866328.1;XP_019866280.1;XP_019865296.1;XP_019880208.1 KEGG: 00260+2.3.1.37 Glycine, serine and threonine metabolism 2 XP_019866110.1;XP_019880287.1 MetaCyc: PWY-6453 Stigma estolide biosynthesis 16 XP_019865211.1;XP_019877826.1;XP_019881735.1;XP_019881736.1;XP_019871766.1;XP_019878715.1;XP_019877825.1;XP_019875626.1;XP_019881873.1;XP_019879260.1;XP_019874872.1;XP_019871786.1;XP_019869551.1;XP_019881734.1;XP_019870092.1;XP_019881733.1 Reactome: R-HSA-4608870 Asymmetric localization of PCP proteins 66 XP_019864959.1;XP_019872059.1;XP_019873962.1;XP_019867760.1;XP_019871241.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019870758.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019875990.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019875016.1;XP_019871873.1;XP_019875542.1;XP_019875999.1;XP_019880577.1;XP_019878378.1;XP_019870906.1;XP_019865856.1;XP_019869453.1;XP_019876360.1;XP_019868724.1;XP_019878377.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019880545.1;XP_019878838.1;XP_019868806.1;XP_019873378.1;XP_019870619.1;XP_019874107.1;XP_019881419.1;XP_019871959.1;XP_019873909.1;XP_019866794.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019868347.1;XP_019865802.1;XP_019866771.1;XP_019871809.1;XP_019875297.1;XP_019866452.1 MetaCyc: PWY-7279 Aerobic respiration II (cytochrome c) (yeast) 11 XP_019878154.1;XP_019877329.1;XP_019878876.1;XP_019873664.1;XP_019867882.1;XP_019879758.1;XP_019878583.1;XP_019873660.1;XP_019879408.1;XP_019874796.1;XP_019875193.1 MetaCyc: PWY-5138 Fatty acid beta-oxidation IV (unsaturated, even number) 4 XP_019875259.1;XP_019872019.1;XP_019873310.1;XP_019880649.1 KEGG: 04070+3.1.3.36 Phosphatidylinositol signaling system 4 XP_019870611.1;XP_019872138.1;XP_019880209.1;XP_019875945.1 Reactome: R-HSA-9656255 Defective OGG1 Substrate Binding 1 XP_019874957.1 Reactome: R-HSA-8939236 RUNX1 regulates transcription of genes involved in differentiation of HSCs 72 XP_019878377.1;XP_019877525.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019873961.1;XP_019868355.1;XP_019864821.1;XP_019875983.1;XP_019872657.1;XP_019866068.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019871959.1;XP_019878084.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019865802.1;XP_019874360.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019864822.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019865372.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019877567.1;XP_019864959.1;XP_019876367.1;XP_019877889.1;XP_019870758.1;XP_019869073.1;XP_019873172.1;XP_019875855.1;XP_019876206.1;XP_019870849.1;XP_019868669.1;XP_019868223.1;XP_019875990.1;XP_019865126.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019864823.1;XP_019868753.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019875999.1;XP_019875542.1;XP_019875016.1;XP_019871873.1;XP_019869584.1;XP_019875854.1;XP_019873385.1;XP_019878378.1;XP_019880577.1 Reactome: R-HSA-9613829 Chaperone Mediated Autophagy 4 XP_019867760.1;XP_019869585.1;XP_019876254.1;XP_019869584.1 Reactome: R-HSA-113501 Inhibition of replication initiation of damaged DNA by RB1/E2F1 11 XP_019878917.1;XP_019877876.1;XP_019879130.1;XP_019876853.1;XP_019866976.1;XP_019871783.1;XP_019878279.1;XP_019881344.1;XP_019873613.1;XP_019864798.1;XP_019879757.1 Reactome: R-HSA-8949664 Processing of SMDT1 17 XP_019877698.1;XP_019874569.1;XP_019874460.1;XP_019865498.1;XP_019874459.1;XP_019880135.1;XP_019874457.1;XP_019875808.1;XP_019879275.1;XP_019868563.1;XP_019874362.1;XP_019875249.1;XP_019874361.1;XP_019877405.1;XP_019874458.1;XP_019877542.1;XP_019874568.1 MetaCyc: PWY-6906 Chitin derivatives degradation 7 XP_019869880.1;XP_019873817.1;XP_019877307.1;XP_019878642.1;XP_019877306.1;XP_019865263.1;XP_019881850.1 Reactome: R-HSA-2465910 MASTL Facilitates Mitotic Progression 1 XP_019880966.1 Reactome: R-HSA-139853 Elevation of cytosolic Ca2+ levels 1 XP_019872866.1 Reactome: R-HSA-5609978 Defective GALT can cause Galactosemia 1 XP_019866103.1 Reactome: R-HSA-1482801 Acyl chain remodelling of PS 5 XP_019880793.1;XP_019867306.1;XP_019881029.1;XP_019880543.1;XP_019874626.1 KEGG: 00640+1.3.3.6 Propanoate metabolism 3 XP_019874586.1;XP_019877213.1;XP_019877212.1 KEGG: 00190+7.1.1.8 Oxidative phosphorylation 4 XP_019867882.1;XP_019878876.1;XP_019877329.1;XP_019878583.1 Reactome: R-HSA-9013700 NOTCH4 Activation and Transmission of Signal to the Nucleus 5 XP_019877719.1;XP_019881318.1;XP_019875771.1;XP_019873112.1;XP_019875784.1 Reactome: R-HSA-6811558 PI5P, PP2A and IER3 Regulate PI3K/AKT Signaling 12 XP_019874937.1;XP_019869362.1;XP_019875529.1;XP_019866868.1;XP_019881573.1;XP_019874938.1;XP_019869329.1;XP_019869346.1;XP_019869337.1;XP_019876426.1;XP_019869353.1;XP_019865910.1 MetaCyc: PWY-7343 UDP-alpha-D-glucose biosynthesis I 3 XP_019881433.1;XP_019881431.1;XP_019881380.1 KEGG: 00500+3.2.1.1 Starch and sucrose metabolism 3 XP_019881960.1;XP_019881962.1;XP_019881963.1 Reactome: R-HSA-5633231 Defective ALG14 causes congenital myasthenic syndrome (ALG14-CMS) 2 XP_019867338.1;XP_019864660.1 Reactome: R-HSA-166208 mTORC1-mediated signalling 24 XP_019866098.1;XP_019877026.1;XP_019865540.1;XP_019876398.1;XP_019877012.1;XP_019866466.1;XP_019880827.1;XP_019864935.1;XP_019871497.1;XP_019871078.1;XP_019874034.1;XP_019865480.1;XP_019879681.1;XP_019877014.1;XP_019877011.1;XP_019864936.1;XP_019880990.1;XP_019866381.1;XP_019877013.1;XP_019866097.1;XP_019881177.1;XP_019880989.1;XP_019877025.1;XP_019875062.1 Reactome: R-HSA-5654693 FRS-mediated FGFR1 signaling 1 XP_019874649.1 Reactome: R-HSA-6794361 Neurexins and neuroligins 19 XP_019869556.1;XP_019881651.1;XP_019865828.1;XP_019873818.1;XP_019865827.1;XP_019865822.1;XP_019865829.1;XP_019881650.1;XP_019866803.1;XP_019865825.1;XP_019865823.1;XP_019865826.1;XP_019878897.1;XP_019865824.1;XP_019871051.1;XP_019865830.1;XP_019875669.1;XP_019874860.1;XP_019865243.1 Reactome: R-HSA-3371497 HSP90 chaperone cycle for steroid hormone receptors (SHR) 49 XP_019875755.1;XP_019874975.1;XP_019868163.1;XP_019871033.1;XP_019867254.1;XP_019867629.1;XP_019867621.1;XP_019867626.1;XP_019871062.1;XP_019872438.1;XP_019867625.1;XP_019868198.1;XP_019880051.1;XP_019874974.1;XP_019868572.1;XP_019867631.1;XP_019880050.1;XP_019873843.1;XP_019867256.1;XP_019867622.1;XP_019867628.1;XP_019867624.1;XP_019881730.1;XP_019867627.1;XP_019867619.1;XP_019867616.1;XP_019867617.1;XP_019866611.1;XP_019880052.1;XP_019868179.1;XP_019880049.1;XP_019874899.1;XP_019867002.1;XP_019867630.1;XP_019866609.1;XP_019867620.1;XP_019865219.1;XP_019868177.1;XP_019880037.1;XP_019875943.1;XP_019866612.1;XP_019874962.1;XP_019871063.1;XP_019872641.1;XP_019867618.1;XP_019866144.1;XP_019871684.1;XP_019877247.1;XP_019879148.1 MetaCyc: PWY-5994 Palmitate biosynthesis (animals and fungi, cytoplasm) 7 XP_019880034.1;XP_019878163.1;XP_019868913.1;XP_019868912.1;XP_019867912.1;XP_019880777.1;XP_019868914.1 Reactome: R-HSA-8948216 Collagen chain trimerization 8 XP_019871329.1;XP_019864560.1;XP_019871158.1;XP_019876152.1;XP_019879384.1;XP_019879423.1;XP_019881199.1;XP_019880208.1 Reactome: R-HSA-8854518 AURKA Activation by TPX2 24 XP_019864925.1;XP_019870038.1;XP_019864923.1;XP_019871796.1;XP_019871688.1;XP_019864927.1;XP_019866444.1;XP_019870036.1;XP_019867256.1;XP_019870268.1;XP_019871522.1;XP_019873843.1;XP_019873930.1;XP_019879330.1;XP_019870269.1;XP_019875565.1;XP_019864928.1;XP_019875181.1;XP_019864926.1;XP_019867002.1;XP_019880086.1;XP_019870037.1;XP_019872246.1;XP_019873349.1 KEGG: 00983+2.7.4.14 Drug metabolism - other enzymes 1 XP_019881710.1 Reactome: R-HSA-879415 Advanced glycosylation endproduct receptor signaling 3 XP_019874701.1;XP_019866968.1;XP_019875529.1 KEGG: 00230+3.5.4.10+2.1.2.3 Purine metabolism 2 XP_019877818.1;XP_019880156.1 Reactome: R-HSA-5654726 Negative regulation of FGFR1 signaling 6 XP_019876742.1;XP_019876770.1;XP_019867760.1;XP_019869584.1;XP_019875529.1;XP_019869585.1 Reactome: R-HSA-901042 Calnexin/calreticulin cycle 1 XP_019874701.1 Reactome: R-HSA-8934903 Receptor Mediated Mitophagy 3 XP_019869285.1;XP_019865204.1;XP_019876752.1 Reactome: R-HSA-196757 Metabolism of folate and pterines 15 XP_019865430.1;XP_019869627.1;XP_019869628.1;XP_019875572.1;XP_019869629.1;XP_019874746.1;XP_019864887.1;XP_019874923.1;XP_019869630.1;XP_019877943.1;XP_019875566.1;XP_019877951.1;XP_019877935.1;XP_019875559.1;XP_019877957.1 Reactome: R-HSA-6783984 Glycine degradation 6 XP_019868096.1;XP_019868372.1;XP_019872157.1;XP_019870111.1;XP_019869250.1;XP_019879972.1 KEGG: 00330+1.14.11.2 Arginine and proline metabolism 1 XP_019869955.1 Reactome: R-HSA-211945 Phase I - Functionalization of compounds 8 XP_019867384.1;XP_019878324.1;XP_019878076.1;XP_019879532.1;XP_019870196.1;XP_019869070.1;XP_019870198.1;XP_019870197.1 Reactome: R-HSA-4341670 Defective NEU1 causes sialidosis 2 XP_019881857.1;XP_019879620.1 KEGG: 00520+5.3.1.8 Amino sugar and nucleotide sugar metabolism 2 XP_019878943.1;XP_019878152.1 Reactome: R-HSA-8955332 Carboxyterminal post-translational modifications of tubulin 41 XP_019872070.1;XP_019881730.1;XP_019872289.1;XP_019881583.1;XP_019866611.1;XP_019867531.1;XP_019880052.1;XP_019880049.1;XP_019868179.1;XP_019874881.1;XP_019874899.1;XP_019868766.1;XP_019881582.1;XP_019866609.1;XP_019865219.1;XP_019868177.1;XP_019880037.1;XP_019866612.1;XP_019868066.1;XP_019874962.1;XP_019879148.1;XP_019879511.1;XP_019874887.1;XP_019875755.1;XP_019881320.1;XP_019868163.1;XP_019868763.1;XP_019872288.1;XP_019869502.1;XP_019881584.1;XP_019871033.1;XP_019867254.1;XP_019872064.1;XP_019868764.1;XP_019870451.1;XP_019868067.1;XP_019872438.1;XP_019868015.1;XP_019867416.1;XP_019880051.1;XP_019880050.1 Reactome: R-HSA-3000178 ECM proteoglycans 8 XP_019865137.1;XP_019880208.1;XP_019867908.1;XP_019865837.1;XP_019876031.1;XP_019876152.1;XP_019865138.1;XP_019871329.1 KEGG: 00520+3.2.1.14 Amino sugar and nucleotide sugar metabolism 15 XP_019875196.1;XP_019864946.1;XP_019865594.1;XP_019879113.1;XP_019878586.1;XP_019874136.1;XP_019880028.1;XP_019865738.1;XP_019881687.1;XP_019865365.1;XP_019877258.1;XP_019879112.1;XP_019880027.1;XP_019880481.1;XP_019879258.1 Reactome: R-HSA-111457 Release of apoptotic factors from the mitochondria 3 XP_019866241.1;XP_019871365.1;XP_019880397.1 Reactome: R-HSA-156588 Glucuronidation 62 XP_019866601.1;XP_019867314.1;XP_019875131.1;XP_019870767.1;XP_019870955.1;XP_019872385.1;XP_019870765.1;XP_019876863.1;XP_019871123.1;XP_019875462.1;XP_019875456.1;XP_019867290.1;XP_019875120.1;XP_019875122.1;XP_019868140.1;XP_019873442.1;XP_019870612.1;XP_019874688.1;XP_019870606.1;XP_019868384.1;XP_019875121.1;XP_019865347.1;XP_019865779.1;XP_019875957.1;XP_019875119.1;XP_019865790.1;XP_019867291.1;XP_019872386.1;XP_019879387.1;XP_019868787.1;XP_019874679.1;XP_019874683.1;XP_019871129.1;XP_019866473.1;XP_019874678.1;XP_019871122.1;XP_019872384.1;XP_019875960.1;XP_019872405.1;XP_019874681.1;XP_019878190.1;XP_019867288.1;XP_019872404.1;XP_019875959.1;XP_019870060.1;XP_019875458.1;XP_019874682.1;XP_019872407.1;XP_019868374.1;XP_019874684.1;XP_019870607.1;XP_019873429.1;XP_019866233.1;XP_019879360.1;XP_019867311.1;XP_019872387.1;XP_019870605.1;XP_019881019.1;XP_019867289.1;XP_019872391.1;XP_019870617.1;XP_019870615.1 Reactome: R-HSA-3065676 SUMO is conjugated to E1 (UBA2:SAE1) 1 XP_019866247.1 Reactome: R-HSA-2691232 Constitutive Signaling by NOTCH1 HD Domain Mutants 11 XP_019865672.1;XP_019873435.1;XP_019864851.1;XP_019874692.1;XP_019869585.1;XP_019880363.1;XP_019874693.1;XP_019869584.1;XP_019867760.1;XP_019873968.1;XP_019878246.1 KEGG: 00280+2.3.3.10 Valine, leucine and isoleucine degradation 1 XP_019865599.1 Reactome: R-HSA-1296052 Ca2+ activated K+ channels 6 XP_019866357.1;XP_019865899.1;XP_019875163.1;XP_019866309.1;XP_019875162.1;XP_019875161.1 KEGG: 00680+3.1.2.12 Methane metabolism 1 XP_019864886.1 MetaCyc: PWY-6527 Stachyose degradation 12 XP_019881433.1;XP_019866103.1;XP_019880289.1;XP_019881431.1;XP_019881380.1;XP_019870272.1;XP_019870962.1;XP_019865598.1;XP_019870278.1;XP_019872918.1;XP_019865604.1;XP_019865597.1 Reactome: R-HSA-975957 Nonsense Mediated Decay (NMD) enhanced by the Exon Junction Complex (EJC) 124 XP_019867760.1;XP_019867969.1;XP_019877011.1;XP_019868421.1;XP_019880946.1;XP_019869342.1;XP_019866499.1;XP_019874726.1;XP_019878799.1;XP_019878927.1;XP_019869778.1;XP_019869241.1;XP_019879841.1;XP_019879705.1;XP_019866152.1;XP_019873634.1;XP_019876138.1;XP_019867679.1;XP_019879316.1;XP_019880738.1;XP_019866498.1;XP_019870618.1;XP_019869352.1;XP_019874808.1;XP_019881324.1;XP_019871017.1;XP_019866497.1;XP_019865278.1;XP_019878712.1;XP_019870902.1;XP_019866381.1;XP_019875832.1;XP_019866949.1;XP_019880290.1;XP_019871326.1;XP_019881458.1;XP_019869341.1;XP_019869585.1;XP_019865358.1;XP_019877013.1;XP_019869208.1;XP_019868437.1;XP_019865463.1;XP_019869292.1;XP_019870881.1;XP_019876731.1;XP_019871592.1;XP_019869584.1;XP_019871741.1;XP_019875998.1;XP_019876739.1;XP_019876762.1;XP_019868416.1;XP_019870859.1;XP_019866597.1;XP_019865233.1;XP_019865230.1;XP_019869572.1;XP_019866153.1;XP_019867277.1;XP_019881607.1;XP_019865321.1;XP_019875625.1;XP_019879588.1;XP_019877014.1;XP_019864936.1;XP_019869643.1;XP_019880739.1;XP_019873714.1;XP_019874029.1;XP_019865229.1;XP_019866948.1;XP_019878159.1;XP_019868820.1;XP_019873504.1;XP_019874343.1;XP_019869573.1;XP_019868422.1;XP_019877878.1;XP_019876481.1;XP_019865320.1;XP_019871723.1;XP_019871203.1;XP_019869804.1;XP_019878416.1;XP_019867390.1;XP_019867521.1;XP_019871722.1;XP_019872359.1;XP_019880572.1;XP_019864935.1;XP_019865328.1;XP_019879696.1;XP_019877012.1;XP_019879829.1;XP_019872171.1;XP_019869266.1;XP_019873633.1;XP_019866282.1;XP_019867791.1;XP_019873622.1;XP_019880270.1;XP_019873336.1;XP_019872898.1;XP_019877960.1;XP_019865311.1;XP_019868420.1;XP_019878541.1;XP_019872859.1;XP_019875090.1;XP_019869957.1;XP_019874807.1;XP_019879971.1;XP_019875397.1;XP_019870223.1;XP_019869302.1;XP_019879605.1;XP_019874748.1;XP_019873152.1;XP_019871901.1;XP_019872221.1;XP_019874699.1;XP_019877060.1;XP_019867382.1 KEGG: 00564+3.1.3.27 Glycerophospholipid metabolism 1 XP_019881359.1 KEGG: 00480+1.1.1.42 Glutathione metabolism 2 XP_019872926.1;XP_019875594.1 Reactome: R-HSA-418885 DCC mediated attractive signaling 2 XP_019865076.1;XP_019878082.1 Reactome: R-HSA-948021 Transport to the Golgi and subsequent modification 2 XP_019879146.1;XP_019877506.1 KEGG: 00760+6.3.4.21 Nicotinate and nicotinamide metabolism 3 XP_019880329.1;XP_019880328.1;XP_019868292.1 Reactome: R-HSA-379716 Cytosolic tRNA aminoacylation 27 XP_019871997.1;XP_019866326.1;XP_019875657.1;XP_019875025.1;XP_019866982.1;XP_019869013.1;XP_019865367.1;XP_019877808.1;XP_019880074.1;XP_019878002.1;XP_019870544.1;XP_019866521.1;XP_019874955.1;XP_019866981.1;XP_019869935.1;XP_019878000.1;XP_019881113.1;XP_019880307.1;XP_019869011.1;XP_019871395.1;XP_019868561.1;XP_019867879.1;XP_019865797.1;XP_019866980.1;XP_019865018.1;XP_019870030.1;XP_019875260.1 Reactome: R-HSA-2160456 Phenylketonuria 1 XP_019867965.1 Reactome: R-HSA-418886 Netrin mediated repulsion signals 2 XP_019878562.1;XP_019875101.1 Reactome: R-HSA-5467340 AXIN missense mutants destabilize the destruction complex 9 XP_019869362.1;XP_019879129.1;XP_019881573.1;XP_019880528.1;XP_019869337.1;XP_019869346.1;XP_019869329.1;XP_019869353.1;XP_019880527.1 Reactome: R-HSA-1170546 Prolactin receptor signaling 10 XP_019866198.1;XP_019866166.1;XP_019869981.1;XP_019866168.1;XP_019866885.1;XP_019866167.1;XP_019866219.1;XP_019866199.1;XP_019874577.1;XP_019870006.1 KEGG: 00230+6.3.4.4 Purine metabolism 2 XP_019874950.1;XP_019868441.1 Reactome: R-HSA-5632684 Hedgehog 'on' state 69 XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019870619.1;XP_019873378.1;XP_019878838.1;XP_019868806.1;XP_019866452.1;XP_019875297.1;XP_019871809.1;XP_019866771.1;XP_019865802.1;XP_019868347.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019878377.1;XP_019876360.1;XP_019869453.1;XP_019865856.1;XP_019870906.1;XP_019880545.1;XP_019874113.1;XP_019881493.1;XP_019881356.1;XP_019877709.1;XP_019877710.1;XP_019868355.1;XP_019873961.1;XP_019875983.1;XP_019874125.1;XP_019872657.1;XP_019866068.1;XP_019877091.1;XP_019873841.1;XP_019869585.1;XP_019878375.1;XP_019872340.1;XP_019878072.1;XP_019865855.1;XP_019873379.1;XP_019868753.1;XP_019869702.1;XP_019878378.1;XP_019880577.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019875016.1;XP_019877711.1;XP_019875854.1;XP_019869584.1;XP_019873385.1;XP_019870758.1;XP_019876367.1;XP_019877889.1;XP_019869073.1;XP_019875855.1;XP_019873172.1;XP_019876206.1;XP_019871241.1;XP_019867760.1;XP_019872059.1;XP_019864959.1;XP_019875990.1;XP_019870849.1;XP_019868669.1;XP_019868223.1 KEGG: 00960+2.6.1.5 Tropane, piperidine and pyridine alkaloid biosynthesis 1 XP_019868034.1 Reactome: R-HSA-5578998 Defective OPLAH causes 5-oxoprolinase deficiency (OPLAHD) 1 XP_019873657.1 Reactome: R-HSA-2206282 MPS IIIB - Sanfilippo syndrome B 2 XP_019869878.1;XP_019869877.1 KEGG: 00230+2.7.6.1 Purine metabolism 5 XP_019870174.1;XP_019870175.1;XP_019870172.1;XP_019873054.1;XP_019870176.1 MetaCyc: PWY-6124 Inosine-5'-phosphate biosynthesis II 4 XP_019868090.1;XP_019869980.1;XP_019880156.1;XP_019877818.1 KEGG: 00230+6.3.2.6 Purine metabolism 1 XP_019869980.1 Reactome: R-HSA-1483255 PI Metabolism 2 XP_019877772.1;XP_019877771.1 KEGG: 00480+2.5.1.22 Glutathione metabolism 1 XP_019871790.1 KEGG: 00910+4.2.1.1 Nitrogen metabolism 9 XP_019880549.1;XP_019872322.1;XP_019879486.1;XP_019867590.1;XP_019872321.1;XP_019872320.1;XP_019875064.1;XP_019879682.1;XP_019879485.1 Reactome: R-HSA-3772470 Negative regulation of TCF-dependent signaling by WNT ligand antagonists 4 XP_019865710.1;XP_019865707.1;XP_019865708.1;XP_019865709.1 Reactome: R-HSA-8964046 VLDL clearance 8 XP_019880306.1;XP_019877919.1;XP_019873087.1;XP_019873436.1;XP_019880283.1;XP_019880305.1;XP_019873438.1;XP_019874601.1 Reactome: R-HSA-9604323 Negative regulation of NOTCH4 signaling 71 XP_019880545.1;XP_019866199.1;XP_019881493.1;XP_019881356.1;XP_019874113.1;XP_019873961.1;XP_019868355.1;XP_019872657.1;XP_019866167.1;XP_019866068.1;XP_019875983.1;XP_019876360.1;XP_019869453.1;XP_019866198.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019871959.1;XP_019881419.1;XP_019874107.1;XP_019873378.1;XP_019868806.1;XP_019878838.1;XP_019875990.1;XP_019869981.1;XP_019868669.1;XP_019870849.1;XP_019866885.1;XP_019868223.1;XP_019875855.1;XP_019873172.1;XP_019869073.1;XP_019877889.1;XP_019876367.1;XP_019870758.1;XP_019870006.1;XP_019876206.1;XP_019867760.1;XP_019866166.1;XP_019871241.1;XP_019872059.1;XP_019864959.1;XP_019866168.1;XP_019878378.1;XP_019880577.1;XP_019875999.1;XP_019875542.1;XP_019871873.1;XP_019875016.1;XP_019873385.1;XP_019869584.1;XP_019875854.1;XP_019877091.1;XP_019866219.1;XP_019873841.1;XP_019878375.1;XP_019869585.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1 Reactome: R-HSA-8943723 Regulation of PTEN mRNA translation 13 XP_019874184.1;XP_019869098.1;XP_019871685.1;XP_019864526.1;XP_019879231.1;XP_019869417.1;XP_019871683.1;XP_019874484.1;XP_019873062.1;XP_019872110.1;XP_019864524.1;XP_019873061.1;XP_019864525.1 MetaCyc: PWY-7383 Anaerobic energy metabolism (invertebrates, cytosol) 17 XP_019874085.1;XP_019876450.1;XP_019876270.1;XP_019866924.1;XP_019875157.1;XP_019874083.1;XP_019881949.1;XP_019872581.1;XP_019878183.1;XP_019864942.1;XP_019865276.1;XP_019865232.1;XP_019881950.1;XP_019867896.1;XP_019871475.1;XP_019879766.1;XP_019874576.1 Reactome: R-HSA-77075 RNA Pol II CTD phosphorylation and interaction with CE 42 XP_019879537.1;XP_019878456.1;XP_019879698.1;XP_019870883.1;XP_019879539.1;XP_019877840.1;XP_019871166.1;XP_019871423.1;XP_019876358.1;XP_019880931.1;XP_019878851.1;XP_019869923.1;XP_019871167.1;XP_019878850.1;XP_019875606.1;XP_019879274.1;XP_019878358.1;XP_019865372.1;XP_019867266.1;XP_019880089.1;XP_019877842.1;XP_019868777.1;XP_019877525.1;XP_019870539.1;XP_019879540.1;XP_019871239.1;XP_019873168.1;XP_019878359.1;XP_019867019.1;XP_019867682.1;XP_019872781.1;XP_019877838.1;XP_019877770.1;XP_019872978.1;XP_019878853.1;XP_019877841.1;XP_019871682.1;XP_019866954.1;XP_019872148.1;XP_019878385.1;XP_019878362.1;XP_019865126.1 KEGG: 00730+3.1.3.2 Thiamine metabolism 33 XP_019870446.1;XP_019879272.1;XP_019869166.1;XP_019881984.1;XP_019877722.1;XP_019879271.1;XP_019872682.1;XP_019872644.1;XP_019877721.1;XP_019874971.1;XP_019872643.1;XP_019864532.1;XP_019880114.1;XP_019877431.1;XP_019866059.1;XP_019872634.1;XP_019877651.1;XP_019875772.1;XP_019874991.1;XP_019877720.1;XP_019873755.1;XP_019873425.1;XP_019870468.1;XP_019881946.1;XP_019870445.1;XP_019881443.1;XP_019881945.1;XP_019877417.1;XP_019877418.1;XP_019874970.1;XP_019878531.1;XP_019880154.1;XP_019881947.1 KEGG: 00600+3.2.1.45 Sphingolipid metabolism 1 XP_019865620.1 Reactome: R-HSA-427975 Proton/oligopeptide cotransporters 2 XP_019872597.1;XP_019872602.1 Reactome: R-HSA-5689603 UCH proteinases 90 XP_019880354.1;XP_019874959.1;XP_019868355.1;XP_019873961.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019880545.1;XP_019872156.1;XP_019881356.1;XP_019881493.1;XP_019879419.1;XP_019874113.1;XP_019876360.1;XP_019869546.1;XP_019869453.1;XP_019874912.1;XP_019878377.1;XP_019870906.1;XP_019865856.1;XP_019874960.1;XP_019870869.1;XP_019868347.1;XP_019865802.1;XP_019873384.1;XP_019877015.1;XP_019866794.1;XP_019869989.1;XP_019866452.1;XP_019875297.1;XP_019866771.1;XP_019871809.1;XP_019873378.1;XP_019867587.1;XP_019878838.1;XP_019868806.1;XP_019869224.1;XP_019871959.1;XP_019871375.1;XP_019881419.1;XP_019869686.1;XP_019874759.1;XP_019870619.1;XP_019872608.1;XP_019874388.1;XP_019874107.1;XP_019872507.1;XP_019870849.1;XP_019868669.1;XP_019868223.1;XP_019871376.1;XP_019866645.1;XP_019881851.1;XP_019875990.1;XP_019867760.1;XP_019870870.1;XP_019871241.1;XP_019872059.1;XP_019864959.1;XP_019874911.1;XP_019875855.1;XP_019873172.1;XP_019876367.1;XP_019869073.1;XP_019870758.1;XP_019877889.1;XP_019866468.1;XP_019876206.1;XP_019875542.1;XP_019875999.1;XP_019871873.1;XP_019867524.1;XP_019875016.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019878378.1;XP_019873406.1;XP_019870075.1;XP_019880577.1;XP_019880583.1;XP_019865855.1;XP_019873379.1;XP_019878072.1;XP_019868753.1;XP_019877091.1;XP_019873841.1;XP_019878375.1;XP_019869585.1;XP_019866372.1 KEGG: 00270+1.13.11.54 Cysteine and methionine metabolism 2 XP_019873464.1;XP_019881232.1 KEGG: 04658+3.1.3.16 Th1 and Th2 cell differentiation 47 XP_019877342.1;XP_019876139.1;XP_019868963.1;XP_019874871.1;XP_019877371.1;XP_019866925.1;XP_019867600.1;XP_019866087.1;XP_019881359.1;XP_019878957.1;XP_019873840.1;XP_019871225.1;XP_019866088.1;XP_019879837.1;XP_019868760.1;XP_019869360.1;XP_019872425.1;XP_019866400.1;XP_019867243.1;XP_019878038.1;XP_019872796.1;XP_019866846.1;XP_019864904.1;XP_019880997.1;XP_019866085.1;XP_019867649.1;XP_019876864.1;XP_019880893.1;XP_019873837.1;XP_019866831.1;XP_019868761.1;XP_019869137.1;XP_019872375.1;XP_019876977.1;XP_019867650.1;XP_019879836.1;XP_019876932.1;XP_019873921.1;XP_019877597.1;XP_019874440.1;XP_019878278.1;XP_019866847.1;XP_019872754.1;XP_019874447.1;XP_019866852.1;XP_019868005.1;XP_019874000.1 Reactome: R-HSA-2132295 MHC class II antigen presentation 113 XP_019869091.1;XP_019878479.1;XP_019875634.1;XP_019867626.1;XP_019871062.1;XP_019865840.1;XP_019879213.1;XP_019871022.1;XP_019867256.1;XP_019869481.1;XP_019869482.1;XP_019867622.1;XP_019865918.1;XP_019876399.1;XP_019874438.1;XP_019880051.1;XP_019867631.1;XP_019874974.1;XP_019880050.1;XP_019868572.1;XP_019875755.1;XP_019869927.1;XP_019879342.1;XP_019869096.1;XP_019868284.1;XP_019881743.1;XP_019868262.1;XP_019873141.1;XP_019871033.1;XP_019865552.1;XP_019867630.1;XP_019877361.1;XP_019875943.1;XP_019865917.1;XP_019864982.1;XP_019869093.1;XP_019869094.1;XP_019875154.1;XP_019864984.1;XP_019866192.1;XP_019871684.1;XP_019881857.1;XP_019881730.1;XP_019867617.1;XP_019866611.1;XP_019877368.1;XP_019867616.1;XP_019867628.1;XP_019867002.1;XP_019868283.1;XP_019878459.1;XP_019872418.1;XP_019868179.1;XP_019872438.1;XP_019868260.1;XP_019871042.1;XP_019867625.1;XP_019874430.1;XP_019875405.1;XP_019868286.1;XP_019868433.1;XP_019879620.1;XP_019881575.1;XP_019874421.1;XP_019875389.1;XP_019875403.1;XP_019868198.1;XP_019878869.1;XP_019869090.1;XP_019873843.1;XP_019875200.1;XP_019865804.1;XP_019868163.1;XP_019874975.1;XP_019877369.1;XP_019869483.1;XP_019864989.1;XP_019867629.1;XP_019867621.1;XP_019879593.1;XP_019871769.1;XP_019877137.1;XP_019867254.1;XP_019869089.1;XP_019872641.1;XP_019874962.1;XP_019871063.1;XP_019875401.1;XP_019868268.1;XP_019866612.1;XP_019868177.1;XP_019880037.1;XP_019867620.1;XP_019866609.1;XP_019865219.1;XP_019874668.1;XP_019869522.1;XP_019867618.1;XP_019879148.1;XP_019877247.1;XP_019867627.1;XP_019867619.1;XP_019878868.1;XP_019874572.1;XP_019869092.1;XP_019867624.1;XP_019874899.1;XP_019868259.1;XP_019868285.1;XP_019880052.1;XP_019868287.1;XP_019875404.1;XP_019880049.1 Reactome: R-HSA-1474151 Tetrahydrobiopterin (BH4) synthesis, recycling, salvage and regulation 9 XP_019871889.1;XP_019876328.1;XP_019873874.1;XP_019873875.1;XP_019871888.1;XP_019877957.1;XP_019877935.1;XP_019877951.1;XP_019877943.1 MetaCyc: PWY-6999 Theophylline degradation 2 XP_019874528.1;XP_019874514.1 Reactome: R-HSA-5666185 RHO GTPases Activate Rhotekin and Rhophilins 1 XP_019866377.1 Reactome: R-HSA-1614558 Degradation of cysteine and homocysteine 5 XP_019870600.1;XP_019866428.1;XP_019866427.1;XP_019866429.1;XP_019866077.1 Reactome: R-HSA-381038 XBP1(S) activates chaperone genes 7 XP_019874768.1;XP_019867256.1;XP_019870565.1;XP_019876151.1;XP_019873796.1;XP_019867045.1;XP_019868987.1 KEGG: 00051+2.7.1.1 Fructose and mannose metabolism 5 XP_019866323.1;XP_019866260.1;XP_019866265.1;XP_019866279.1;XP_019866322.1 MetaCyc: PWY-8072 Alanine racemization 2 XP_019865232.1;XP_019865276.1 KEGG: 00531+3.1.6.14 Glycosaminoglycan degradation 1 XP_019871218.1 KEGG: 00280+1.8.1.4 Valine, leucine and isoleucine degradation 1 XP_019870111.1 Reactome: R-HSA-163210 Formation of ATP by chemiosmotic coupling 17 XP_019879680.1;XP_019868377.1;XP_019880865.1;XP_019879003.1;XP_019871199.1;XP_019881576.1;XP_019874341.1;XP_019868190.1;XP_019865667.1;XP_019879526.1;XP_019873628.1;XP_019881591.1;XP_019881378.1;XP_019881590.1;XP_019870270.1;XP_019872672.1;XP_019874031.1 Reactome: R-HSA-70921 Histidine catabolism 1 XP_019877411.1 Reactome: R-HSA-727802 Transport of nucleotide sugars 1 XP_019867228.1 Reactome: R-HSA-77350 Beta oxidation of hexanoyl-CoA to butanoyl-CoA 1 XP_019875259.1 Reactome: R-HSA-429958 mRNA decay by 3' to 5' exoribonuclease 16 XP_019881336.1;XP_019866804.1;XP_019866472.1;XP_019866795.1;XP_019867339.1;XP_019865187.1;XP_019878383.1;XP_019881034.1;XP_019869022.1;XP_019881568.1;XP_019870574.1;XP_019870575.1;XP_019870909.1;XP_019880953.1;XP_019881725.1;XP_019874062.1 Reactome: R-HSA-77108 Utilization of Ketone Bodies 1 XP_019881862.1 KEGG: 00250+2.4.2.14 Alanine, aspartate and glutamate metabolism 4 XP_019879070.1;XP_019877227.1;XP_019869982.1;XP_019878398.1 KEGG: 00480+2.5.1.18+1.8.5.1 Glutathione metabolism 8 XP_019864793.1;XP_019878347.1;XP_019878346.1;XP_019871898.1;XP_019871900.1;XP_019874377.1;XP_019864783.1;XP_019864766.1 MetaCyc: PWY-7347 Sucrose biosynthesis III 2 XP_019876383.1;XP_019874001.1 Reactome: R-HSA-2426168 Activation of gene expression by SREBF (SREBP) 26 XP_019876832.1;XP_019880033.1;XP_019878163.1;XP_019868912.1;XP_019871721.1;XP_019871718.1;XP_019868914.1;XP_019881491.1;XP_019867912.1;XP_019871719.1;XP_019870160.1;XP_019865816.1;XP_019870467.1;XP_019874350.1;XP_019870465.1;XP_019872485.1;XP_019880234.1;XP_019869844.1;XP_019870466.1;XP_019868157.1;XP_019866380.1;XP_019880034.1;XP_019868913.1;XP_019875003.1;XP_019880777.1;XP_019869845.1 MetaCyc: PWY-7654 (8E,10E)-dodeca-8,10-dienol biosynthesis 4 XP_019880649.1;XP_019873310.1;XP_019872019.1;XP_019875259.1 Reactome: R-HSA-1257604 PIP3 activates AKT signaling 16 XP_019869322.1;XP_019878779.1;XP_019879181.1;XP_019874938.1;XP_019867885.1;XP_019866868.1;XP_019869321.1;XP_019871078.1;XP_019878784.1;XP_019874931.1;XP_019865910.1;XP_019880827.1;XP_019876426.1;XP_019876398.1;XP_019874937.1;XP_019877608.1 Reactome: R-HSA-6804758 Regulation of TP53 Activity through Acetylation 11 XP_019871763.1;XP_019877608.1;XP_019880059.1;XP_019869321.1;XP_019878296.1;XP_019876378.1;XP_019871765.1;XP_019870920.1;XP_019870308.1;XP_019869322.1;XP_019876444.1 MetaCyc: PWY-5531 3,8-divinyl-chlorophyllide a biosynthesis II (anaerobic) 1 XP_019880901.1 KEGG: 00010+1.1.1.27 Glycolysis / Gluconeogenesis 3 XP_019872684.1;XP_019872685.1;XP_019872686.1 Reactome: R-HSA-1251985 Nuclear signaling by ERBB4 9 XP_019874693.1;XP_019874692.1;XP_019877719.1;XP_019881318.1;XP_019874938.1;XP_019873112.1;XP_019874937.1;XP_019875784.1;XP_019875771.1 Reactome: R-HSA-418597 G alpha (z) signalling events 19 XP_019873626.1;XP_019872297.1;XP_019878640.1;XP_019881355.1;XP_019870532.1;XP_019877084.1;XP_019881354.1;XP_019871715.1;XP_019868277.1;XP_019880311.1;XP_019872690.1;XP_019879906.1;XP_019871826.1;XP_019877515.1;XP_019870621.1;XP_019881101.1;XP_019872298.1;XP_019881353.1;XP_019864735.1 KEGG: 00564+3.1.1.32 Glycerophospholipid metabolism 2 XP_019879625.1;XP_019880326.1 MetaCyc: PWY-7250 [2Fe-2S] iron-sulfur cluster biosynthesis 1 XP_019865056.1 MetaCyc: PWY-5353 Arachidonate biosynthesis I (6-desaturase, lower eukaryotes) 2 XP_019869939.1;XP_019869995.1 KEGG: 00790+4.1.99.22 Folate biosynthesis 1 XP_019875734.1 Reactome: R-HSA-8939243 RUNX1 interacts with co-factors whose precise effect on RUNX1 targets is not known 25 XP_019871132.1;XP_019875838.1;XP_019866024.1;XP_019864584.1;XP_019874360.1;XP_019868660.1;XP_019865204.1;XP_019869327.1;XP_019880229.1;XP_019873548.1;XP_019875765.1;XP_019864586.1;XP_019874976.1;XP_019875742.1;XP_019869325.1;XP_019869326.1;XP_019874650.1;XP_019874977.1;XP_019871886.1;XP_019864585.1;XP_019869324.1;XP_019868655.1;XP_019869323.1;XP_019879311.1;XP_019878084.1 Reactome: R-HSA-68827 CDT1 association with the CDC6:ORC:origin complex 75 XP_019864959.1;XP_019872059.1;XP_019867760.1;XP_019871241.1;XP_019876206.1;XP_019873172.1;XP_019875855.1;XP_019864906.1;XP_019877889.1;XP_019870758.1;XP_019876367.1;XP_019869073.1;XP_019868223.1;XP_019870849.1;XP_019868669.1;XP_019875990.1;XP_019876859.1;XP_019868753.1;XP_019873379.1;XP_019865855.1;XP_019878072.1;XP_019878375.1;XP_019869585.1;XP_019873841.1;XP_019877091.1;XP_019873385.1;XP_019875854.1;XP_019869584.1;XP_019871873.1;XP_019875016.1;XP_019875999.1;XP_019873282.1;XP_019875542.1;XP_019880577.1;XP_019878378.1;XP_019880467.1;XP_019870906.1;XP_019865856.1;XP_019876360.1;XP_019869453.1;XP_019878377.1;XP_019866068.1;XP_019872657.1;XP_019875983.1;XP_019868355.1;XP_019873961.1;XP_019873716.1;XP_019881356.1;XP_019881493.1;XP_019874113.1;XP_019870749.1;XP_019880545.1;XP_019878838.1;XP_019868806.1;XP_019876874.1;XP_019873378.1;XP_019870619.1;XP_019874107.1;XP_019869531.1;XP_019881419.1;XP_019871959.1;XP_019866794.1;XP_019876872.1;XP_019869989.1;XP_019877015.1;XP_019873384.1;XP_019877707.1;XP_019879145.1;XP_019868347.1;XP_019865802.1;XP_019866771.1;XP_019871809.1;XP_019876873.1;XP_019875297.1;XP_019866452.1