class_id,class_name,number_annotated,source
WP100,Glutathione metabolism,19,wikipathways
WP106,Alanine and aspartate metabolism,12,wikipathways
WP107,Translation factors,52,wikipathways
WP111,Electron transport chain OXPHOS system in mitochondria,105,wikipathways
WP117,GPCRs other,96,wikipathways
WP12,Osteoclast signaling,16,wikipathways
WP127,IL5 signaling,37,wikipathways
WP129,Matrix metalloproteinases,30,wikipathways
WP138,Androgen receptor signaling,87,wikipathways
WP1403,AMP activated protein kinase signaling,67,wikipathways
WP1422,Sphingolipid pathway,30,wikipathways
WP1423,Ganglio sphingolipid metabolism,13,wikipathways
WP1425,Bone morphogenic protein signaling and regulation,12,wikipathways
WP143,Fatty acid beta oxidation,34,wikipathways
WP1433,Nucleotide binding oligomerization domain NOD pathway,41,wikipathways
WP1434,Osteopontin signaling,13,wikipathways
WP1449,Regulation of toll like receptor signaling,145,wikipathways
WP1455,Serotonin transporter activity,11,wikipathways
WP1471,Target of rapamycin signaling,36,wikipathways
WP15,Selenium micronutrient network,87,wikipathways
WP1528,Physiological and pathological hypertrophy of the heart,24,wikipathways
WP1530,miRNA regulation of DNA damage response,73,wikipathways
WP1531,Vitamin D metabolism,10,wikipathways
WP1533,Vitamin B12 metabolism,55,wikipathways
WP1539,Angiogenesis,24,wikipathways
WP1541,Energy metabolism,48,wikipathways
WP1544,MicroRNAs in cardiomyocyte hypertrophy,104,wikipathways
WP1545,miRNAs involved in DNA damage response,68,wikipathways
WP1584,Type II diabetes mellitus,21,wikipathways
WP1589,Folate alcohol and cancer pathway hypotheses,10,wikipathways
WP1591,Heart development,47,wikipathways
WP1601,Fluoropyrimidine activity,34,wikipathways
WP1602,Nicotine effect on dopaminergic neurons,21,wikipathways
WP1604,Codeine and morphine metabolism,15,wikipathways
WP167,Eicosanoid synthesis,23,wikipathways
WP170,Nuclear receptors,38,wikipathways
WP1742,TP53 network,19,wikipathways
WP176,Folate metabolism,70,wikipathways
WP1772,Apoptosis modulation and signaling,92,wikipathways
WP179,Cell cycle,120,wikipathways
WP183,Proteasome degradation,62,wikipathways
WP185,Integrin mediated cell adhesion,102,wikipathways
WP186,Homologous recombination,13,wikipathways
WP1946,Cori cycle,17,wikipathways
WP195,IL1 signaling,54,wikipathways
WP197,Cholesterol biosynthesis pathway,15,wikipathways
WP1971,Integrated cancer pathway,45,wikipathways
WP1981,Thyroxine thyroid hormone production,26,wikipathways
WP1982,Sterol regulatory element binding proteins SREBP signaling,69,wikipathways
WP1984,Integrated breast cancer pathway,154,wikipathways
WP1991,SRF and miRs in smooth muscle differentiation and proliferation,12,wikipathways
WP1992,Genes targeted by miRNAs in adipocytes,13,wikipathways
WP1993,Angiogenesis overview,64,wikipathways
WP1995,Effects of nitric oxide,10,wikipathways
WP2001,miR targeted genes in adipocytes,19,wikipathways
WP2003,miR targeted genes in leukocytes,127,wikipathways
WP2004,miR targeted genes in lymphocytes,424,wikipathways
WP2005,miR targeted genes in muscle cell,353,wikipathways
WP2006,miR targeted genes in squamous cell,129,wikipathways
WP2007,Iron metabolism in placenta,11,wikipathways
WP2011,SREBF and miR33 in cholesterol and lipid homeostasis,16,wikipathways
WP2018,RANKL RANK signaling,50,wikipathways
WP2023,Cell differentiation expanded index,59,wikipathways
WP2029,Cell differentiation index,21,wikipathways
WP2032,Thyroid stimulating hormone TSH signaling,58,wikipathways
WP2034,Leptin signaling,71,wikipathways
WP2035,Follicle stimulating hormone FSH signaling,24,wikipathways
WP2036,TNF related weak inducer of apoptosis TWEAK signaling,38,wikipathways
WP2037,Prolactin signaling,74,wikipathways
WP2038,Microtubule cytoskeleton regulation,48,wikipathways
WP205,IL7 signaling,20,wikipathways
WP2059,Alzheimer 39 s disease and miRNA effects,269,wikipathways
WP206,Fatty acid omega oxidation,15,wikipathways
WP2064,Neural crest differentiation,101,wikipathways
WP2112,IL17 signaling,32,wikipathways
WP2113,Type III interferon signaling,10,wikipathways
WP2118,Arrhythmogenic right ventricular cardiomyopathy,75,wikipathways
WP2197,Endothelin pathways,32,wikipathways
WP22,IL9 signaling,17,wikipathways
WP2203,Thymic stromal lymphopoietin TSLP signaling,37,wikipathways
WP2249,Metastatic brain tumor,13,wikipathways
WP2261,Glioblastoma signaling,82,wikipathways
WP2263,Androgen receptor network in prostate cancer,113,wikipathways
WP2267,Synaptic vesicle pathway,51,wikipathways
WP2272,Pathogenic Escherichia coli infection,55,wikipathways
WP2289,Drug induction of bile acid pathway,17,wikipathways
WP229,Irinotecan pathway,12,wikipathways
WP2290,RalA downstream regulated genes,12,wikipathways
WP2291,Deregulation of Rab and Rab effector genes in bladder cancer,16,wikipathways
WP23,B cell receptor signaling,92,wikipathways
WP231,TNF alpha signaling,89,wikipathways
WP2324,AGE RAGE pathway,66,wikipathways
WP2328,Allograft rejection,90,wikipathways
WP2332,IL11 signaling,44,wikipathways
WP2333,Trans sulfuration pathway,11,wikipathways
WP2355,Corticotropin releasing hormone signaling,93,wikipathways
WP2359,Parkin ubiquitin proteasomal system pathway,71,wikipathways
WP236,Adipogenesis,131,wikipathways
WP2361,Gastric cancer network 1,28,wikipathways
WP2363,Gastric cancer network 2,31,wikipathways
WP2369,Histone modifications,65,wikipathways
WP2371,Parkinson 39 s disease pathway,38,wikipathways
WP2374,Oncostatin M signaling,56,wikipathways
WP2380,Brain derived neurotrophic factor BDNF signaling,137,wikipathways
WP24,Peptide GPCRs,75,wikipathways
WP2406,Cardiac progenitor differentiation,53,wikipathways
WP241,One carbon metabolism,29,wikipathways
WP2431,Spinal cord injury,120,wikipathways
WP2435,Quercetin and Nf kB AP 1 induced apoptosis,16,wikipathways
WP2436,Dopamine metabolism,13,wikipathways
WP244,Alpha 6 beta 4 signaling,33,wikipathways
WP2446,Retinoblastoma gene in cancer,89,wikipathways
WP2447,Amyotrophic lateral sclerosis ALS ,39,wikipathways
WP2453,TCA cycle and deficiency of pyruvate dehydrogenase complex PDHc ,16,wikipathways
WP247,Small ligand GPCRs,19,wikipathways
WP2507,Nanomaterial induced apoptosis,20,wikipathways
WP2509,Nanoparticle triggered autophagic cell death,23,wikipathways
WP2513,Nanoparticle triggered regulated necrosis,12,wikipathways
WP2516,ATM signaling,37,wikipathways
WP2525,Trans sulfuration one carbon metabolism and related pathways,69,wikipathways
WP2526,PDGF pathway,40,wikipathways
WP2533,Glycerophospholipid biosynthetic pathway,31,wikipathways
WP254,Apoptosis,88,wikipathways
WP2571,Polycystic kidney disease pathway,85,wikipathways
WP2572,Primary focal segmental glomerulosclerosis FSGS ,72,wikipathways
WP2583,T cell receptor and co stimulatory signaling,28,wikipathways
WP2586,Aryl hydrocarbon receptor response to main mediators PAH and TCDD,46,wikipathways
WP2596,Gastric acid production,13,wikipathways
WP26,S1P receptor signal transduction,25,wikipathways
WP262,Ebstein Barr virus LMP1 signaling,23,wikipathways
WP2636,Common pathways underlying drug addiction,41,wikipathways
WP2637,Interleukin 1 IL 1 structural pathway,49,wikipathways
WP2643,Nanoparticle mediated activation of receptor signaling,28,wikipathways
WP268,Notch signaling,45,wikipathways
WP272,Blood clotting cascade,22,wikipathways
WP2795,Cardiac hypertrophic response,54,wikipathways
WP28,Selenium metabolism and selenoproteins,47,wikipathways
WP2806,Complement system,95,wikipathways
WP2813,Mammary gland development embryonic development stage 1 of 4,18,wikipathways
WP2814,Mammary gland development puberty stage 2 of 4,13,wikipathways
WP2815,Mammary gland development involution stage 4 of 4,10,wikipathways
WP2817,Mammary gland development pregnancy and lactation stage 3 of 4,46,wikipathways
WP2828,Bladder cancer,40,wikipathways
WP2839,Hair follicle development organogenesis stage 2 of 3,32,wikipathways
WP2840,Hair follicle development cytodifferentiation stage 3 of 3,87,wikipathways
WP2848,Pluripotent stem cell differentiation pathway,48,wikipathways
WP2849,Hematopoietic stem cell differentiation,59,wikipathways
WP2853,Endoderm differentiation,144,wikipathways
WP2854,Gene regulatory network modeling somitogenesis ,11,wikipathways
WP2855,Dopaminergic neurogenesis,30,wikipathways
WP2857,Mesodermal commitment pathway,147,wikipathways
WP2858,Ectoderm differentiation,141,wikipathways
WP286,IL3 signaling,49,wikipathways
WP2864,Apoptosis related network due to altered Notch3 in ovarian cancer,53,wikipathways
WP2865,IL1 and megakaryocytes in obesity,24,wikipathways
WP2870,Extracellular vesicle mediated signaling in recipient cells,29,wikipathways
WP2873,Aryl hydrocarbon receptor pathway,45,wikipathways
WP2874,Liver X receptor pathway,10,wikipathways
WP2875,Constitutive androstane receptor pathway,31,wikipathways
WP2876,Pregnane X receptor pathway,32,wikipathways
WP2877,Vitamin D receptor pathway,187,wikipathways
WP2878,PPAR alpha pathway,26,wikipathways
WP2879,Farnesoid X receptor pathway,19,wikipathways
WP2880,Glucocorticoid receptor pathway,70,wikipathways
WP2881,Estrogen receptor pathway,13,wikipathways
WP2882,Nuclear receptors meta pathway,314,wikipathways
WP2884,NRF2 pathway,141,wikipathways
WP289,Myometrial relaxation and contraction pathways,156,wikipathways
WP2895,Differentiation of white and brown adipocyte,25,wikipathways
WP2911,miRNA targets in ECM and membrane receptors,38,wikipathways
WP2916,Interactome of polycomb repressive complex 2 PRC2 ,16,wikipathways
WP299,Nuclear receptors in lipid metabolism and toxicity,35,wikipathways
WP3,Transcriptional activation by NRF2 in response to phytochemicals,15,wikipathways
WP304,Kit receptor signaling,53,wikipathways
WP306,Focal adhesion,199,wikipathways
WP313,Hepatocyte growth factor receptor signaling,35,wikipathways
WP314,Fas ligand pathway and stress induction of heat shock proteins,43,wikipathways
WP322,Osteoblast signaling,14,wikipathways
WP325,Triacylglyceride synthesis,24,wikipathways
WP3286,Copper homeostasis,51,wikipathways
WP3287,Overview of nanoparticle effects,19,wikipathways
WP3298,Melatonin metabolism and effects,35,wikipathways
WP3299,let 7 inhibition of ES cell reprogramming,15,wikipathways
WP3301,MFAP5 mediated ovarian cancer cell motility and invasiveness,13,wikipathways
WP3303,RAC1 PAK1 p38 MMP2 pathway,68,wikipathways
WP334,GPCRs class B secretin like,24,wikipathways
WP3391,Senescence associated secretory phenotype SASP ,113,wikipathways
WP34,Ovarian infertility,39,wikipathways
WP3413,NOTCH1 regulation of endothelial cell calcification,17,wikipathways
WP3414,Initiation of transcription and translation elongation at the HIV 1 LTR,32,wikipathways
WP35,G protein signaling,91,wikipathways
WP3527,Pre implantation embryo,58,wikipathways
WP3529,Zinc homeostasis,36,wikipathways
WP357,Fatty acid biosynthesis,22,wikipathways
WP3580,Methionine de novo and salvage pathway,22,wikipathways
WP3584,MECP2 and associated Rett syndrome,74,wikipathways
WP3591,Sleep regulation,38,wikipathways
WP3594,Circadian rhythm genes,201,wikipathways
WP3599,Transcription factor regulation in adipogenesis,22,wikipathways
WP3601,Lipid particles composition,10,wikipathways
WP3611,Photodynamic therapy induced AP 1 survival signaling,51,wikipathways
WP3612,Photodynamic therapy induced NFE2L2 NRF2 survival signaling,23,wikipathways
WP3613,Photodynamic therapy induced unfolded protein response,27,wikipathways
WP3614,Photodynamic therapy induced HIF 1 survival signaling,38,wikipathways
WP3617,Photodynamic therapy induced NF kB survival signaling,35,wikipathways
WP3624,Lung fibrosis,63,wikipathways
WP363,Wnt signaling NetPath,47,wikipathways
WP3630,NAD metabolism sirtuins and aging,11,wikipathways
WP364,IL6 signaling,43,wikipathways
WP3640,Imatinib and chronic myeloid leukemia,20,wikipathways
WP3644,NAD metabolism,16,wikipathways
WP3645,NAD biosynthetic pathways,22,wikipathways
WP3646,Hepatitis C and hepatocellular carcinoma,56,wikipathways
WP3651,Pathways affected in adenoid cystic carcinoma,65,wikipathways
WP3656,Interleukin 1 induced activation of NF kB,10,wikipathways
WP3657,Hematopoietic stem cell gene regulation by GABP alpha beta complex,21,wikipathways
WP3658,Wnt beta catenin signaling in leukemia,26,wikipathways
WP3664,Regulation of Wnt B catenin signaling by small molecule compounds,17,wikipathways
WP3668,Hypothesized pathways in pathogenesis of cardiovascular disease,25,wikipathways
WP3670,Interactions between LOXL4 and oxidative stress pathway,18,wikipathways
WP3676,BDNF TrkB signaling,33,wikipathways
WP3678,Amplification and expansion of oncogenic pathways as metastatic traits,17,wikipathways
WP3679,Cell type dependent selectivity of CCK2R signaling,13,wikipathways
WP368,Mitochondrial long chain fatty acid beta oxidation,17,wikipathways
WP3680,Physico chemical features and toxicity associated pathways,66,wikipathways
WP382,MAPK signaling,247,wikipathways
WP383,Striated muscle contraction pathway,38,wikipathways
WP384,Apoptosis modulation by HSP70,19,wikipathways
WP3844,PI3K AKT mTOR signaling and therapeutic opportunities in prostate cancer,32,wikipathways
WP3845,Canonical and non canonical Notch signaling,27,wikipathways
WP3849,MAPK and NFkB signaling inhibited by Yersinia YopJ,12,wikipathways
WP3850,Factors and pathways affecting insulin like growth factor IGF1 Akt signaling,36,wikipathways
WP3851,TLR4 signaling and tolerance,28,wikipathways
WP3853,ERK pathway in Huntington 39 s disease,17,wikipathways
WP3858,Toll like receptor signaling related to MyD88,31,wikipathways
WP3859,TGF beta signaling in thyroid cells for epithelial mesenchymal transition,19,wikipathways
WP3863,T cell antigen receptor TCR pathway during Staphylococcus aureus infection,62,wikipathways
WP3865,Novel intracellular components of RIG I like receptor pathway,60,wikipathways
WP3869,Cannabinoid receptor signaling,29,wikipathways
WP3871,Valproic acid pathway,12,wikipathways
WP3872,Apoptosis regulation by parathyroid hormone related protein,25,wikipathways
WP3873,RIOK1 and RIOK2 in EGFR and PI3K mediated tumorigenesis,15,wikipathways
WP3874,Canonical and non canonical TGF B signaling,17,wikipathways
WP3875,ATR signaling,11,wikipathways
WP3876,BMP2 WNT4 FOXO1 pathway in primary endometrial stromal cell differentiation,13,wikipathways
WP3877,MYD88 distinct input output pathway,18,wikipathways
WP3878,ATM signaling in development and disease ,47,wikipathways
WP3879,4 hydroxytamoxifen dexamethasone and retinoic acids regulation of p27 expression,25,wikipathways
WP3888,VEGFA VEGFR2 signaling,432,wikipathways
WP3892,Development of pulmonary dendritic cells and macrophage subsets,13,wikipathways
WP3893,Development and heterogeneity of the ILC family,33,wikipathways
WP3896,Dengue 2 interactions with complement and coagulation cascades,59,wikipathways
WP391,Mitochondrial gene expression,19,wikipathways
WP3915,Angiopoietin like protein 8 regulatory pathway,132,wikipathways
WP3925,Amino acid metabolism,92,wikipathways
WP3927,BMP signaling in eyelid development,20,wikipathways
WP3929,Chemokine signaling,165,wikipathways
WP3930,EDA signaling in hair follicle development,14,wikipathways
WP3931,Embryonic stem cell pluripotency pathways,118,wikipathways
WP3932,Focal adhesion PI3K Akt mTOR signaling,304,wikipathways
WP3933,Kennedy pathway from sphingolipids,14,wikipathways
WP3934,Leptin and adiponectin,10,wikipathways
WP3935,Leptin insulin signaling overlap,17,wikipathways
WP3937,Microglia pathogen phagocytosis pathway,40,wikipathways
WP3941,Oxidative damage response,40,wikipathways
WP3942,PPAR signaling,50,wikipathways
WP3944,Serotonin and anxiety related events,14,wikipathways
WP3945,TYROBP causal network in microglia,62,wikipathways
WP3947,Serotonin and anxiety,18,wikipathways
WP395,IL4 signaling,50,wikipathways
WP3958,GPR40 role in insulin secretion,15,wikipathways
WP3959,DNA IR double strand breaks and cellular response via ATM,55,wikipathways
WP3965,Lipid metabolism pathway,29,wikipathways
WP3967,miR 509 3p alteration of YAP1 ECM axis,18,wikipathways
WP3969,H19 Rb E2F1 and CDK beta catenin in colorectal cancer,14,wikipathways
WP3971,OSX and miRNAs in tooth development,34,wikipathways
WP3972,PDGFR beta pathway,29,wikipathways
WP3981,miRNA regulation of prostate cancer signaling,31,wikipathways
WP3982,miRNA regulation of p53 pathway in prostate cancer,31,wikipathways
WP399,Wnt signaling and pluripotency,102,wikipathways
WP3995,Prion disease pathway,33,wikipathways
WP3996,Ethanol effects on histone modifications,31,wikipathways
WP3998,Prader Willi and Angelman syndrome,110,wikipathways
WP400,p38 MAPK signaling,35,wikipathways
WP4008,NO cGMP PKG mediated neuroprotection,46,wikipathways
WP4016,DNA IR damage and cellular response via ATR,82,wikipathways
WP4018,Clear cell renal cell carcinoma pathways,83,wikipathways
WP4022,Pyrimidine metabolism,84,wikipathways
WP404,Nucleotide metabolism,19,wikipathways
WP405,Eukaryotic transcription initiation,42,wikipathways
WP408,Oxidative stress response,33,wikipathways
WP410,Exercise induced circadian regulation,48,wikipathways
WP411,mRNA processing,135,wikipathways
WP4136,Fibrin complement receptor 3 signaling,44,wikipathways
WP4141,PI3K AKT mTOR vitamin D3 signaling,22,wikipathways
WP4142,Metabolism of sphingolipids in ER and Golgi apparatus,21,wikipathways
WP4147,PTF1A related regulatory pathway,11,wikipathways
WP4148,Splicing factor NOVA regulated synaptic proteins,42,wikipathways
WP4149,White fat cell differentiation,32,wikipathways
WP4150,Wnt signaling in kidney disease,38,wikipathways
WP4153,Degradation pathway of sphingolipids including diseases,17,wikipathways
WP4155,Endometrial cancer,63,wikipathways
WP4156,Biosynthesis and regeneration of tetrahydrobiopterin and catabolism of phenylalanine,15,wikipathways
WP4157,GABA metabolism aka GHB ,11,wikipathways
WP4159,GABA receptor signaling,31,wikipathways
WP4172,PI3K Akt signaling,340,wikipathways
WP4190,Mevalonate arm of cholesterol biosynthesis pathway,13,wikipathways
WP4197,Interferon signaling in tuberculosis,23,wikipathways
WP4204,Tumor suppressor activity of SMARCB1,31,wikipathways
WP4205,MET in type 1 papillary renal cell carcinoma,61,wikipathways
WP4206,Hereditary leiomyomatosis and renal cell carcinoma pathway,20,wikipathways
WP4210,Tryptophan catabolism leading to NAD production,16,wikipathways
WP4211,Transcriptional cascade regulating adipogenesis,13,wikipathways
WP4216,Chromosomal and microsatellite instability in colorectal cancer ,73,wikipathways
WP4217,Ebola virus infection in host,129,wikipathways
WP422,MAPK cascade,33,wikipathways
WP4220,Neurotransmitter disorders,10,wikipathways
WP4222,Phosphodiesterases in neuronal function,56,wikipathways
WP4223,Ras signaling,185,wikipathways
WP4224,Purine metabolism and related disorders,23,wikipathways
WP4225,Pyrimidine metabolism and related diseases,20,wikipathways
WP4236,Krebs cycle disorders,13,wikipathways
WP4239,Epithelial to mesenchymal transition in colorectal cancer,162,wikipathways
WP4240,Regulation of sister chromatid separation at the metaphase anaphase transition,14,wikipathways
WP4241,Type 2 papillary renal cell carcinoma,34,wikipathways
WP4249,Hedgehog signaling,43,wikipathways
WP4255,Non small cell lung cancer,75,wikipathways
WP4258,lncRNA in canonical Wnt signaling and colorectal cancer,98,wikipathways
WP4259,Disorders of folate metabolism and transport,19,wikipathways
WP4262,Breast cancer pathway,155,wikipathways
WP4263,Pancreatic adenocarcinoma pathway,88,wikipathways
WP4271,Vitamin B12 disorders,14,wikipathways
WP428,Wnt signaling,114,wikipathways
WP4288,MTHFR deficiency,24,wikipathways
WP4290,Metabolic reprogramming in colon cancer,42,wikipathways
WP4292,Methionine metabolism leading to sulfur amino acids and related disorders,13,wikipathways
WP4298,Acute viral myocarditis,85,wikipathways
WP43,Oxidation by cytochrome P450,62,wikipathways
WP430,Statin inhibition of cholesterol production,31,wikipathways
WP4300,Extracellular vesicles in the crosstalk of cardiac cells,21,wikipathways
WP4301,Inhibition of exosome biogenesis and secretion by manumycin A in CRPC cells,18,wikipathways
WP4304,Oligodendrocyte specification and differentiation leading to myelin components for CNS,31,wikipathways
WP4312,Rett syndrome,48,wikipathways
WP4313,Ferroptosis,66,wikipathways
WP4318,Mitochondrial fission and fusion,13,wikipathways
WP4320,Effect of progerin on genes involved in progeria,37,wikipathways
WP4321,Thermogenesis,108,wikipathways
WP4324,Mitochondrial complex I assembly model OXPHOS system,56,wikipathways
WP4329,miRNA role in immune response in sepsis,64,wikipathways
WP4331,Neovascularization processes,37,wikipathways
WP4336,ncRNAs in Wnt signaling in hepatocellular carcinoma,89,wikipathways
WP4337,ncRNAs involved in STAT3 signaling in hepatocellular carcinoma,17,wikipathways
WP4341,Non genomic actions of 1 25 dihydroxyvitamin D3,76,wikipathways
WP4352,Ciliary landscape,216,wikipathways
WP4357,NRF2 ARE regulation,23,wikipathways
WP437,EGF EGFR signaling,159,wikipathways
WP438,Non homologous end joining,10,wikipathways
WP4389,Bile acid synthesis and enterohepatic circulation ,12,wikipathways
WP4396,Nonalcoholic fatty liver disease,154,wikipathways
WP4462,Platelet mediated interactions with vascular and circulating cells,17,wikipathways
WP4478,LTF danger signal response pathway,19,wikipathways
WP4481,Resistin as a regulator of inflammation,33,wikipathways
WP4482,Vitamin D in inflammatory diseases,22,wikipathways
WP4483,Relationship between inflammation COX 2 and EGFR,25,wikipathways
WP4484,Control of immune tolerance by vasoactive intestinal peptide,13,wikipathways
WP4493,Cells and molecules involved in local acute inflammatory response ,17,wikipathways
WP4494,Selective expression of chemokine receptors during T cell polarization,29,wikipathways
WP4495,IL10 anti inflammatory signaling,12,wikipathways
WP4496,Signal transduction through IL1R,33,wikipathways
WP45,G1 to S cell cycle control,64,wikipathways
WP4504,Cysteine and methionine catabolism,16,wikipathways
WP4521,Glycosylation and related congenital defects,25,wikipathways
WP4522,Metabolic pathway of LDL HDL and TG including diseases,17,wikipathways
WP4523,Classical pathway of steroidogenesis with glucocorticoid and mineralocorticoid metabolism,16,wikipathways
WP4524,Alternative pathway of fetal androgen synthesis,11,wikipathways
WP453,Inflammatory response pathway,30,wikipathways
WP4532,Intraflagellar transport proteins binding to dynein,27,wikipathways
WP4533,Transcription co factors SKI and SKIL protein partners,18,wikipathways
WP4534,Mechanoregulation and pathology of YAP TAZ via Hippo and non Hippo mechanisms,47,wikipathways
WP4535,Envelope proteins and their potential roles in EDMD physiopathology,46,wikipathways
WP4536,Genes related to primary cilium development based on CRISPR ,104,wikipathways
WP4537,Hippo YAP signaling,22,wikipathways
WP4538,Regulatory circuits of STAT3 signaling,78,wikipathways
WP4539,Synaptic signaling associated with autism spectrum disorder,51,wikipathways
WP4540,Hippo signaling regulation,98,wikipathways
WP4541,Hippo Merlin signaling dysregulation,121,wikipathways
WP4542,Leukocyte intrinsic Hippo pathway functions,35,wikipathways
WP4545,Oxysterols derived from cholesterol,51,wikipathways
WP4549,Fragile X syndrome,122,wikipathways
WP455,GPCRs class A rhodopsin like,260,wikipathways
WP4553,FBXL10 enhancement of MAP ERK signaling in diffuse large B cell lymphoma,33,wikipathways
WP4558,Interferon mediated signaling,37,wikipathways
WP4559,Interactions between immune cells and microRNAs in tumor microenvironment,47,wikipathways
WP4560,MFAP5 effect on permeability and motility of endothelial cells via cytoskeleton rearrangement,18,wikipathways
WP4564,Neural crest cell migration during development,40,wikipathways
WP4565,Neural crest cell migration in cancer,43,wikipathways
WP4566,Translation inhibitors in chronically activated PDGFRA cells,46,wikipathways
WP4577,Neurodegeneration with brain iron accumulation NBIA subtypes pathway,44,wikipathways
WP4582,Cancer immunotherapy by CTLA4 blockade,14,wikipathways
WP4583,Biomarkers for urea cycle disorders,12,wikipathways
WP4584,Biomarkers for pyrimidine metabolism disorders,15,wikipathways
WP4585,Cancer immunotherapy by PD 1 blockade,23,wikipathways
WP4589,Major receptors targeted by epinephrine and norepinephrine,16,wikipathways
WP4595,Urea cycle and associated pathways,24,wikipathways
WP4628,Aerobic glycolysis augmented,13,wikipathways
WP4630,Measles virus infection,136,wikipathways
WP465,Tryptophan metabolism,33,wikipathways
WP4655,Cytosolic DNA sensing pathway,74,wikipathways
WP4656,Joubert syndrome,76,wikipathways
WP4657,22q11 2 copy number variation syndrome,124,wikipathways
WP4658,Small cell lung cancer,95,wikipathways
WP4659,Gastrin signaling,115,wikipathways
WP466,DNA replication,42,wikipathways
WP4666,Hepatitis B infection,152,wikipathways
WP4673,Male infertility,144,wikipathways
WP4674,Head and neck squamous cell carcinoma,74,wikipathways
WP4685,Melanoma,70,wikipathways
WP4686,Leucine isoleucine and valine metabolism,24,wikipathways
WP4698,Vitamin D sensitive calcium signaling in depression,37,wikipathways
WP47,Hedgehog signaling,16,wikipathways
WP4705,Pathways of nucleic acid metabolism and innate immune sensing,16,wikipathways
WP4707,Aspirin and miRNAs,10,wikipathways
WP4718,Cholesterol metabolism with Bloch and Kandutsch Russell pathways,47,wikipathways
WP4719,Eicosanoid metabolism via cyclooxygenases COX ,31,wikipathways
WP4721,Eicosanoid metabolism via lipooxygenases LOX ,29,wikipathways
WP4722,Glycerolipids and glycerophospholipids,22,wikipathways
WP4723,Omega 3 omega 6 fatty acid synthesis,15,wikipathways
WP4724,Omega 9 fatty acid synthesis,14,wikipathways
WP4725,Sphingolipid metabolism overview,27,wikipathways
WP4726,Sphingolipid metabolism integrated pathway,26,wikipathways
WP474,Endochondral ossification,63,wikipathways
WP4746,Thyroid hormones production and peripheral downstream signaling effects,92,wikipathways
WP4747,Netrin UNC5B signaling,52,wikipathways
WP4752,Base excision repair,43,wikipathways
WP4753,Nucleotide excision repair,44,wikipathways
WP4754,IL18 signaling,56,wikipathways
WP4756,Renin angiotensin aldosterone system RAAS ,44,wikipathways
WP4758,Nephrotic syndrome,45,wikipathways
WP4760,PKC gamma calcium signaling in ataxia,22,wikipathways
WP4767,FGFR3 signaling in chondrocyte proliferation and terminal differentiation,27,wikipathways
WP477,Cytoplasmic ribosomal proteins,88,wikipathways
WP4784,Proteoglycan biosynthesis,18,wikipathways
WP4786,Type I collagen synthesis in the context of osteogenesis imperfecta,33,wikipathways
WP4787,Osteoblast differentiation and related diseases,119,wikipathways
WP4788,Autosomal recessive osteopetrosis pathways,11,wikipathways
WP4790,FGF23 signaling in hypophosphatemic rickets and related disorders,23,wikipathways
WP4792,Purine metabolism,13,wikipathways
WP4803,Ciliopathies,184,wikipathways
WP4806,EGFR tyrosine kinase inhibitor resistance,84,wikipathways
WP4808,Endochondral ossification with skeletal dysplasias,63,wikipathways
WP481,Insulin signaling,160,wikipathways
WP4814,Somatic sex determination,16,wikipathways
WP4815,Glycosaminoglycan degradation,17,wikipathways
WP4816,TGF beta receptor signaling in skeletal dysplasias,59,wikipathways
WP4823,Genes controlling nephrogenesis,46,wikipathways
WP4829,mBDNF and proBDNF regulation of GABA neurotransmission,38,wikipathways
WP4830,GDNF RET signaling axis,31,wikipathways
WP4838,Regucalcin in proximal tubule epithelial kidney cells,32,wikipathways
WP4842,Mammalian disorder of sexual development,25,wikipathways
WP4844,Influence of laminopathies on Wnt signaling,37,wikipathways
WP4846,SARS CoV 2 and COVID 19 pathway,11,wikipathways
WP4856,Intracellular trafficking proteins involved in CMT neuropathy,27,wikipathways
WP4861,Endoplasmic reticulum stress response in coronavirus infection,46,wikipathways
WP4863,Host pathogen interaction of human coronaviruses autophagy,19,wikipathways
WP4864,Host pathogen interaction of human coronaviruses apoptosis,22,wikipathways
WP4868,Type I interferon induction and signaling during SARS CoV 2 infection,32,wikipathways
WP4871,Kisspeptin kisspeptin receptor system in the ovary,39,wikipathways
WP4872,MAP3K1 role in promoting and blocking gonadal determination,17,wikipathways
WP4874,CAMKK2 pathway,110,wikipathways
WP4875,Disruption of postsynaptic signaling by CNV,33,wikipathways
WP4877,Host pathogen interaction of human coronaviruses MAPK signaling,36,wikipathways
WP4879,Overlap between signal transduction pathways contributing to LMNA laminopathies,57,wikipathways
WP4880,Host pathogen interaction of human coronaviruses interferon induction,33,wikipathways
WP4884,Pathogenesis of SARS CoV 2 mediated by nsp9 nsp10 complex,21,wikipathways
WP4891,COVID 19 adverse outcome pathway,16,wikipathways
WP49,IL2 signaling,37,wikipathways
WP4900,Purinergic signaling,34,wikipathways
WP4905,1q21 1 copy number variation syndrome,27,wikipathways
WP4906,3q29 copy number variation syndrome,64,wikipathways
WP4912,SARS coronavirus and innate immunity,31,wikipathways
WP4917,Proximal tubule transport,57,wikipathways
WP4919,Neuroinflammation,13,wikipathways
WP4921,Mitochondrial complex III assembly,16,wikipathways
WP4922,Mitochondrial complex IV assembly,34,wikipathways
WP4923,Autophagy,30,wikipathways
WP4925,Unfolded protein response,23,wikipathways
WP4928,MAPK pathway in congenital thyroid cancer,16,wikipathways
WP4932,7q11 23 copy number variation syndrome,107,wikipathways
WP4936,Perturbations to host cell autophagy induced by SARS CoV 2 proteins,44,wikipathways
WP4941,GPR143 in melanocytes and retinal pigment epithelium cells,30,wikipathways
WP4942,15q13 3 copy number variation syndrome,20,wikipathways
WP4946,DNA repair pathways full network,121,wikipathways
WP4947,Nitric oxide metabolism in cystic fibrosis,13,wikipathways
WP4949,16p11 2 proximal deletion syndrome,76,wikipathways
WP4950,16p11 2 distal deletion syndrome,33,wikipathways
WP496,Steroid biosynthesis,10,wikipathways
WP4961,STING pathway in Kawasaki like disease and COVID 19,21,wikipathways
WP4962,Airway smooth muscle cell contraction,16,wikipathways
WP4963,p53 transcriptional gene network,97,wikipathways
WP4969,Renin Angiotensin System and Bradykinin pathways in COVID 19,29,wikipathways
WP497,Urea cycle and metabolism of amino groups,21,wikipathways
WP4970,Galanin receptor pathway,16,wikipathways
WP4971,Phosphoinositides metabolism,49,wikipathways
WP500,Glycogen synthesis and degradation,40,wikipathways
WP501,GPCRs class C metabotropic glutamate pheromone,15,wikipathways
WP5027,nsp1 from SARS CoV 2 inhibits translation initiation in the host cell,18,wikipathways
WP5028,Glycine metabolism including IMDs,15,wikipathways
WP5033,Genes associated with the development of rheumatoid arthritis,18,wikipathways
WP5036,Angiotensin II receptor type 1 pathway,28,wikipathways
WP5037,Riboflavin and CoQ disorders,14,wikipathways
WP5038,Mitochondrial immune response to SARS CoV 2,34,wikipathways
WP5039,SARS CoV 2 innate immunity evasion and cell specific immune response,66,wikipathways
WP5044,Kynurenine pathway and links to cell senescence,24,wikipathways
WP5046,NAD metabolism in oncogene induced senescence and mitochondrial dysfunction associated senescence,22,wikipathways
WP5049,Glycolysis in senescence,11,wikipathways
WP5050,TCA cycle in senescence,10,wikipathways
WP5052,Nephrogenesis,18,wikipathways
WP5053,Development of ureteric derived collecting system,48,wikipathways
WP5055,Burn wound healing,75,wikipathways
WP5061,Fatty acid transporters,18,wikipathways
WP5063,FOXP3 in COVID 19,15,wikipathways
WP5064,7 oxo C and 7 beta HC pathways,27,wikipathways
WP5066,FOXA2 pathway,21,wikipathways
WP5072,Modulators of TCR signaling and T cell activation,61,wikipathways
WP5074,Kallmann syndrome,24,wikipathways
WP5078,T cell modulation and desmoplasia in pancreatic cancer,55,wikipathways
WP5083,Neuroinflammation and glutamatergic signaling,140,wikipathways
WP5085,Vasopressin regulated water reabsorption,44,wikipathways
WP5087,Pleural mesothelioma,439,wikipathways
WP5088,Prostaglandin signaling,33,wikipathways
WP5090,Complement system in neuronal development and plasticity,107,wikipathways
WP5092,Interactions of natural killer cells in pancreatic cancer,28,wikipathways
WP5094,Orexin receptor pathway,88,wikipathways
WP5095,Overview of proinflammatory and profibrotic mediators,129,wikipathways
WP5098,T cell activation SARS CoV 2,88,wikipathways
WP51,Regulation of actin cytoskeleton,150,wikipathways
WP5101,Congenital generalized lipodystrophy,18,wikipathways
WP5102,Familial partial lipodystrophy,30,wikipathways
WP5103,Progeria associated lipodystrophy,22,wikipathways
WP5104,Acquired partial lipodystrophy Barraquer Simons syndrome,10,wikipathways
WP5108,Familial hyperlipidemia type 1,18,wikipathways
WP5109,Familial hyperlipidemia type 2,16,wikipathways
WP5110,Familial hyperlipidemia type 3,13,wikipathways
WP5111,Familial hyperlipidemia type 4,22,wikipathways
WP5112,Familial hyperlipidemia type 5,15,wikipathways
WP5113,Antiviral and anti inflammatory effects of Nrf2 on SARS CoV 2 pathway,32,wikipathways
WP5114,Nucleotide excision repair in xeroderma pigmentosum ,75,wikipathways
WP5115,Network map of SARS CoV 2 signaling,254,wikipathways
WP5117,Cohesin complex Cornelia de Lange syndrome,34,wikipathways
WP5118,SMC1 SMC3 role in DNA damage Cornelia de Lange Syndrome,11,wikipathways
WP5120,Inclusion body myositis,11,wikipathways
WP5121,Sphingolipid metabolism in senescence,28,wikipathways
WP5122,Prostaglandin and leukotriene metabolism in senescence ,33,wikipathways
WP5123,Mitochondrial fatty acid oxidation disorders,19,wikipathways
WP5124,Alzheimer 39 s disease,264,wikipathways
WP5130,Th17 cell differentiation pathway,70,wikipathways
WP5142,Calcium mediated T cell apoptosis involved in inclusion body myositis,20,wikipathways
WP5144,NRP1 triggered signaling in pancreatic cancer ,53,wikipathways
WP5145,COVID 19 structural coverage map,26,wikipathways
WP5146,Lung pathology of COVID 19,20,wikipathways
WP5148,Complement mediated inflammation of pulmonary alveolus in COVID 19 hypothetical pathway ,12,wikipathways
WP5149,Lipid metabolism in senescent cells,20,wikipathways
WP5150,Spina bifida,12,wikipathways
WP5152,Iron sulfur cluster biogenesis,15,wikipathways
WP5153,N glycan biosynthesis,57,wikipathways
WP5158,Urotensin II mediated signaling,69,wikipathways
WP516,Exercise and hypertrophy in skeletal muscle,20,wikipathways
WP5166,Glyoxylate metabolism,11,wikipathways
WP5171,Leukotriene metabolic pathway,13,wikipathways
WP5172,Iron metabolism disorders,17,wikipathways
WP5173,Disorders of galactose metabolism ,13,wikipathways
WP5174,Ulcerative colitis signaling,18,wikipathways
WP5176,Disorders of bile acid synthesis and biliary transport,29,wikipathways
WP5178,Disorders of fructose metabolism,14,wikipathways
WP5180,DYRK1A involvement regarding cell proliferation in brain development,62,wikipathways
WP5181,Roles of ceramides in development of insulin resistance,23,wikipathways
WP5182,Pro survival signaling of neuroprotectin D1,15,wikipathways
WP5183,SARS CoV 2 mitochondrial chronic oxidative stress and endothelial dysfunction,26,wikipathways
WP5186,Vitamin K metabolism and activation of dependent proteins,13,wikipathways
WP5187,mRNA vaccine activation of dendritic cell and induction of IFN 1,10,wikipathways
WP5188,Retinol metabolism,17,wikipathways
WP5191,Resolvin E1 and resolvin D1 signaling decrease inflammation,12,wikipathways
WP5192,Modulation of PI3K Akt mTOR signaling by bioactive sphingolipids,14,wikipathways
WP5193,Cholesterol synthesis disorders,18,wikipathways
WP5194,Synthesis of ceramides and 1 deoxyceramides,22,wikipathways
WP5198,Inflammatory bowel disease signaling,43,wikipathways
WP5199,PtdIns 4 5 P2 in cytokinesis pathway,12,wikipathways
WP5200,Dravet syndrome,29,wikipathways
WP5202,Alstrom syndrome,34,wikipathways
WP5205,Clock controlled autophagy in bone metabolism,80,wikipathways
WP5215,Targeted agents in triple negative breast cancer,38,wikipathways
WP5216,Warburg effect modulated by deubiquitinating enzymes and their substrates,26,wikipathways
WP5218,Extrafollicular and follicular B cell activation by SARS CoV 2,76,wikipathways
WP5220,Metabolic reprogramming in pancreatic cancer,42,wikipathways
WP5221,2q11 2 copy number variation syndrome,33,wikipathways
WP5222,2q13 copy number variation syndrome,63,wikipathways
WP5223,2q21 1 copy number variation syndrome,18,wikipathways
WP5224,2q37 copy number variation syndrome,143,wikipathways
WP5231,Hippocampal synaptogenesis and neurogenesis,27,wikipathways
WP5233,Arsenic metabolism and reactive oxygen species generation,10,wikipathways
WP5234,Bardet Biedl syndrome,88,wikipathways
WP5236,Markers of kidney cell lineage,58,wikipathways
WP5238,Cholestasis,19,wikipathways
WP524,G13 signaling,38,wikipathways
WP5265,Neurogenesis regulation in the olfactory epithelium,57,wikipathways
WP5269,Genetic causes of porto sinusoidal vascular disease,37,wikipathways
WP5272,LDL influence on CD14 and TLR4,23,wikipathways
WP5275,Ether lipid biosynthesis,22,wikipathways
WP5276,Estrogen synthesis and metabolism,24,wikipathways
WP5279,Mineralocorticoid biosynthesis,14,wikipathways
WP5280,Glucocorticoid biosynthesis,14,wikipathways
WP5283,Chronic hyperglycemia impairment of neuron function,46,wikipathways
WP5284,Cell interactions in pancreatic cancer microenvironment,27,wikipathways
WP5285,Immune infiltration in pancreatic cancer,39,wikipathways
WP5287,17q12 copy number variation syndrome,101,wikipathways
WP5289,Axon guidance,72,wikipathways
WP5292,Glycosphingolipid metabolism,21,wikipathways
WP5293,Acute myeloid leukemia,69,wikipathways
WP5294,Sildenafil treatment,22,wikipathways
WP5299,Ganglio series sphingolipid metabolism,13,wikipathways
WP53,ID signaling,16,wikipathways
WP530,Cytokines and inflammatory response,26,wikipathways
WP5300,TROP2 regulatory signaling,45,wikipathways
WP5302,Neolacto series sphingolipid metabolism,11,wikipathways
WP5304,Cholesterol metabolism,72,wikipathways
WP531,DNA mismatch repair,23,wikipathways
WP5312,Metabolic pathways of fibroblasts,32,wikipathways
WP5314,Lactate shuttle in glial cells,13,wikipathways
WP5318,Female steroid hormones in cardiomyocyte energy metabolism,14,wikipathways
WP5320,Male steroid hormones in cardiomyocyte energy metabolism,13,wikipathways
WP5323,Fatty acid and lipoprotein transport in hepatocytes,35,wikipathways
WP5324,Octadecanoid formation from linoleic acid,13,wikipathways
WP5329,Cholesterol biosynthesis pathway in hepatocytes,43,wikipathways
WP5331,Autophagy in pancreatic ductal adenocarcinoma,20,wikipathways
WP5333,Enterocyte cholesterol metabolism,36,wikipathways
WP5336,Induction of autophagy and toll like receptor signaling by graphene oxide ,11,wikipathways
WP534,Glycolysis and gluconeogenesis,45,wikipathways
WP5342,Pathophysiological roles of DUX4 in FSHD1,32,wikipathways
WP5344,Cardiomyocyte signaling converging on titin,33,wikipathways
WP5345,1p36 copy number variation syndrome,103,wikipathways
WP5346,8p23 1 copy number variation syndrome,55,wikipathways
WP5347,IL26 signaling,48,wikipathways
WP5348,11p11 2 copy number variation syndrome ,56,wikipathways
WP5351,Kleefstra syndrome,29,wikipathways
WP5352,10q11 21q11 23 copy number variation syndrome,61,wikipathways
WP5353,Macrophage stimulating protein MSP signaling,108,wikipathways
WP5355,Metabolic epileptic disorders,92,wikipathways
WP5356,Affected pathways in Duchenne muscular dystrophy,75,wikipathways
WP5358,JAK STAT signaling in the regulation of beta cells,34,wikipathways
WP536,Calcium regulation in cardiac cells,152,wikipathways
WP5360,KCNQ2 related epilepsies,19,wikipathways
WP5362,TAR syndrome,63,wikipathways
WP5365,4p16 3 copy number variation,32,wikipathways
WP5366,NF1 copy number variation syndrome ,109,wikipathways
WP5367,Rubinstein Taybi syndrome 1,15,wikipathways
WP5368,Sulfatase and aromatase pathway,14,wikipathways
WP5372,Involvement of secretase in neurodegenerative diseases,17,wikipathways
WP5373,Osteoarthritic chondrocyte hypertrophy,50,wikipathways
WP5376,17p13 3 YWHAE copy number variation,21,wikipathways
WP5380,5q35 copy number variation,111,wikipathways
WP5381,Smith Magenis and Potocki Lupski syndrome copy number variation,159,wikipathways
WP5382,TGFB Smad signaling,12,wikipathways
WP5385,Growth factors and hormones in beta cell proliferation,26,wikipathways
WP5390,Pancreatic cancer subtypes,50,wikipathways
WP5393,Androgen biosynthesis,21,wikipathways
WP5394,UDP derived sugars synthesis in fibroblasts,11,wikipathways
WP5395,Glycosaminoglycan synthesis in fibroblasts,41,wikipathways
WP5396,Enterohepatic circulation of bile acids,12,wikipathways
WP5398,NRXN1 deletion syndrome,17,wikipathways
WP5399,NPHP1 deletion syndrome,11,wikipathways
WP5400,6q16 copy number variation,14,wikipathways
WP5401,7q11 23 distal copy number variation,22,wikipathways
WP5402,10q22q23 copy number variation,64,wikipathways
WP5406,13q12 12 copy number variation,34,wikipathways
WP5407,15q11q13 copy number variation,59,wikipathways
WP5408,15q25 copy number variation,46,wikipathways
WP5409,PAFAH1B1 copy number variation,11,wikipathways
WP5411,Phosphatidyl inositol phosphate pathway,46,wikipathways
WP5412,8q11 23 RB1CC1 copy number variation,16,wikipathways
WP5414,IDO metabolic pathway,11,wikipathways
WP5417,Cell lineage map for neuronal differentiation,132,wikipathways
WP5422,IL19 signaling,28,wikipathways
WP5424,Omega 6 fatty acids in senescence,48,wikipathways
WP5426,HDAC6 interactions in the central nervous system,112,wikipathways
WP5432,Omega 3 fatty acids in senescence,31,wikipathways
WP5433,PGK1 PKM2 KHKC KHKA acting as protein kinases,15,wikipathways
WP5434,Cancer pathways,509,wikipathways
WP5437,GNAQ pathways in port wine stain,21,wikipathways
WP5443,Effects of MFN2 mutation,24,wikipathways
WP545,Complement activation,23,wikipathways
WP5461,Primary ovarian insufficiency,137,wikipathways
WP5465,Fanconi anemia,48,wikipathways
WP5469,Hallmark of cancer metastasis and epithelial to mesenchymal transition,23,wikipathways
WP5470,Effect of omega 3 PUFA on Huntington 39 s disease pathways,120,wikipathways
WP5472,Phosphoinositide 3 kinase PI3K family,13,wikipathways
WP5473,Cytokine cytokine receptor interaction,258,wikipathways
WP5474,Catabolism of skeletal muscle in cachexia,40,wikipathways
WP5475,Hallmark of cancer sustaining proliferative signaling,98,wikipathways
WP5477,Molecular pathway for oxidative stress,49,wikipathways
WP5483,Hallmark of cancer non mutational epigenetic reprogramming,17,wikipathways
WP5485,Post COVID neuroinflammation,24,wikipathways
WP5489,Regulation of cytotoxic T cell responses by Malat1 miR 15 16 circuit ,12,wikipathways
WP5490,Inhibition of GNAQ regulated signaling in uveal melanoma,33,wikipathways
WP5491,Transcriptional regulation of memory B cell differentiation,48,wikipathways
WP5492,AMPK regulation of mammary milk protein synthesis,20,wikipathways
WP5493,Effect of dasatinib on the BCR ABL signaling pathway,45,wikipathways
WP5494,Tyrosine kinase inhibitors in glioblastoma,26,wikipathways
WP5495,Targeting YAP in pancreatic ductal adenocarcinoma PDAC ,26,wikipathways
WP5496,Targeted therapy in breast cancer,26,wikipathways
WP5497,Cyclin dependent kinase 4 6 inhibitors in breast cancer,38,wikipathways
WP550,Biogenic amine synthesis,15,wikipathways
WP5500,Bempedoic acid therapy in atherosclerosis and metabolic syndrome,26,wikipathways
WP5501,GNAQ p R183Q drives capillary malformation,25,wikipathways
WP5502,16p13 11 copy number variation syndrome ,29,wikipathways
WP5503,Albuterol and budesonide therapy for asthma,26,wikipathways
WP5504,Disorders of mitochondrial homeostatis dynamics protein import and quality control,63,wikipathways
WP5505,Glycosylphosphatidyl inositol anchor pathway,26,wikipathways
WP5510,16p12 2 copy number variation syndrome 520kb ,54,wikipathways
WP5512,Vedolizumab therapy for inflammatory bowel disease,10,wikipathways
WP5514,DNAJB1 PRKACA fusion in fibrolamellar liver cancer,11,wikipathways
WP5516,IL23 inhibitors in inflammatory bowel disease,18,wikipathways
WP5521,SLC25A46 pathway,21,wikipathways
WP5523,HINT1 pathway,25,wikipathways
WP5524,HSPB3 in Charcot Marie Tooth disease,15,wikipathways
WP5526,Age related macular degeneration,17,wikipathways
WP5527,NF kB signaling and ARTD family members,28,wikipathways
WP5528,JAK STAT signaling and ARTD family members,14,wikipathways
WP5529,Wnt Beta catenin signaling and ARTD family members,15,wikipathways
WP5530,MAPK signaling and ARTD family members,32,wikipathways
WP5531,AKT signaling and ARTD family members,34,wikipathways
WP5534,Visual cycle,15,wikipathways
WP5536,Wnt signaling in adult hippocampal neurogenesis,12,wikipathways
WP5537,Psoriasis mechanism and therapies,18,wikipathways
WP5538,Atopic dermatitis mechanism and therapies,23,wikipathways
WP554,ACE inhibitor pathway,17,wikipathways
WP5541,BDNF signaling in neurodevelopment,119,wikipathways
WP5545,Fibrotic response of trabecular meshwork cells to TGFB3 and ENPP2 in aqueous humor,15,wikipathways
WP5546,22q11 2 distal CNV,139,wikipathways
WP5548,Blood based neuroinflammation markers ,22,wikipathways
WP5549,Tryptophan kynurenine pathway in post COVID syndrome,18,wikipathways
WP5557,ANK2 pathway in epilepsy development,24,wikipathways
WP5559,Lupus pathogenesis,19,wikipathways
WP5560,Lupus therapies,30,wikipathways
WP5561,Integrative Analysis of Treg Glial Interactions ,112,wikipathways
WP5562,Celiac disease mechanism and therapies,13,wikipathways
WP5563,RNA polymerase II transcription the preinitiation complex,69,wikipathways
WP5564,FACT complex and DNA double strand break repair,31,wikipathways
WP5565,Transcription activation RNA polymerase I and KAT2A B and inhibition NuRD complex ,81,wikipathways
WP5566,SHANK3 pathway involved in Phelan McDermid syndrome,34,wikipathways
WP5567,Telomere end packaging and neurodevelopmental disorders,48,wikipathways
WP5568,SOX genes and their influence on neurogenesis and neurodevelopmental disorders,28,wikipathways
WP5569,Uterine natural killer cells and progesterone estrogen and chorionic gonadotropin,53,wikipathways
WP5570,Glycerol metabolism including linked IMDs,29,wikipathways
WP5571,Deregulating cellular metabolism through non genotoxic carcinogens,22,wikipathways
WP5572,Nucleosome remodeling complex,33,wikipathways
WP5573,Tessadori Bicknell van Haaften syndrome variants nucleosome assembly,22,wikipathways
WP5574,Oligodendrocyte development,48,wikipathways
WP5576,Killer cell immunoglobulin like receptors and human leukocyte antigen C pathway,22,wikipathways
WP558,Complement and coagulation cascades,58,wikipathways
WP5580,HLA C allotypes interactions with KIR on dNK cells,22,wikipathways
WP5584,Signaling lipids,27,wikipathways
WP5598,Sodium channel in epilepsy,38,wikipathways
WP5599,KCNQ2 and KCNQ3 related epilepsy,31,wikipathways
WP560,TGF beta receptor signaling,55,wikipathways
WP5600,GABA and glutamate signalling in epileptogenesis,123,wikipathways
WP5601,Caffeine in blood vessels,33,wikipathways
WP5603,Caffeine in myocytes,36,wikipathways
WP5605,Hemoglobin switching embryonic fetal and adult,12,wikipathways
WP5606,Beta globin gene expression regulation,24,wikipathways
WP5607,Erythropoiesis,25,wikipathways
WP5609,Inhibitors of metabolism in melanoma therapy,36,wikipathways
WP58,Monoamine GPCRs,33,wikipathways
WP581,EPO receptor signaling,26,wikipathways
WP585,Interferon type I signaling,54,wikipathways
WP61,Notch signaling,54,wikipathways
WP615,Senescence and autophagy in cancer,105,wikipathways
WP619,Type II interferon signaling,37,wikipathways
WP623,Oxidative phosphorylation,60,wikipathways
WP673,ErbB signaling,90,wikipathways
WP69,T cell receptor signaling,75,wikipathways
WP691,Tamoxifen metabolism,21,wikipathways
WP692,Sulfation biotransformation reaction,18,wikipathways
WP697,Estrogen metabolism,18,wikipathways
WP698,Glucuronidation,26,wikipathways
WP702,Metapathway biotransformation Phase I and II,184,wikipathways
WP706,Sudden infant death syndrome SIDS susceptibility pathways,160,wikipathways
WP707,DNA damage response,69,wikipathways
WP710,DNA damage response only ATM dependent ,110,wikipathways
WP712,Estrogen signaling,23,wikipathways
WP716,Vitamin A and carotenoid metabolism,43,wikipathways
WP722,Serotonin HTR1 group and FOS pathway,37,wikipathways
WP727,Monoamine transport and regulation,32,wikipathways
WP732,Serotonin receptor 2 and ELK SRF GATA4 signaling,20,wikipathways
WP734,Serotonin receptor 4 6 7 and NR3C signaling,19,wikipathways
WP75,Toll like receptor signaling,95,wikipathways
WP78,TCA cycle aka Krebs or citric acid cycle ,18,wikipathways
WP80,Nucleotide GPCRs,11,wikipathways
WP98,Prostaglandin synthesis and regulation,46,wikipathways