Description	N	DE	P.DE	FDR
Glycolysis / Gluconeogenesis	64	31	0.615052540312459	1
Citrate cycle (TCA cycle)	28	11	0.922522184417706	1
Pentose phosphate pathway	25	8	0.98312988579581	1
Pentose and glucuronate interconversions	35	9	0.976722150966632	1
Fructose and mannose metabolism	33	16	0.748566743148775	1
Galactose metabolism	30	13	0.895312782824797	1
Ascorbate and aldarate metabolism	28	4	0.997964159951546	1
Fatty acid biosynthesis	16	7	0.92050138166653	1
Fatty acid elongation	27	11	0.911800224787479	1
Fatty acid degradation	42	16	0.94494454257054	1
Steroid biosynthesis	18	6	0.965500673155293	1
Primary bile acid biosynthesis	17	7	0.765023187719552	1
Ubiquinone and other terpenoid-quinone biosynthesis	11	4	0.876693592978487	1
Steroid hormone biosynthesis	60	19	0.947968954762808	1
Oxidative phosphorylation	117	43	0.992357826844529	1
Arginine biosynthesis	20	12	0.323161998655638	0.849796366835197
Purine metabolism	123	72	0.207286698640641	0.675963166764908
Caffeine metabolism	6	0	1	1
Pyrimidine metabolism	55	25	0.86157096463318	1
Alanine, aspartate and glutamate metabolism	36	21	0.352979214360194	0.891592302369989
Glycine, serine and threonine metabolism	35	16	0.715687453707855	1
Cysteine and methionine metabolism	50	18	0.991703262164051	1
Valine, leucine and isoleucine degradation	47	18	0.982619233367545	1
Valine, leucine and isoleucine biosynthesis	4	2	0.716229585231793	1
Lysine degradation	61	27	0.975807591880712	1
Arginine and proline metabolism	45	18	0.94334573332651	1
Histidine metabolism	20	11	0.471876641145854	1
Tyrosine metabolism	34	21	0.0713969381073272	0.337945507041349
Phenylalanine metabolism	14	9	0.240865000959312	0.732518479233816
Tryptophan metabolism	39	19	0.643062733369628	1
Phenylalanine, tyrosine and tryptophan biosynthesis	6	3	0.640375843993847	1
beta-Alanine metabolism	31	16	0.6991233571746	1
Taurine and hypotaurine metabolism	16	9	0.372464042621654	0.893410372504642
Phosphonate and phosphinate metabolism	5	1	0.974414434862815	1
Selenocompound metabolism	17	8	0.772149497759282	1
D-Amino acid metabolism	6	2	0.89757959552257	1
Glutathione metabolism	54	17	0.988111847325285	1
Starch and sucrose metabolism	30	15	0.684760714330073	1
N-Glycan biosynthesis	51	19	0.990820537950944	1
Other glycan degradation	18	8	0.865001651815354	1
Mucin type O-glycan biosynthesis	35	25	0.0426581745410814	0.241956457355238
Various types of N-glycan biosynthesis	40	19	0.861845743175498	1
Other types of O-glycan biosynthesis	45	31	0.0594360961516116	0.305794407736552
Mannose type O-glycan biosynthesis	23	16	0.107310352229961	0.43787557519122
Amino sugar and nucleotide sugar metabolism	48	19	0.977444356354148	1
Neomycin, kanamycin and gentamicin biosynthesis	5	2	0.92120705327839	1
Glycosaminoglycan degradation	18	8	0.877786118417123	1
Glycosaminoglycan biosynthesis - chondroitin sulfate / dermatan sulfate	20	11	0.637374407960755	1
Glycosaminoglycan biosynthesis - keratan sulfate	14	9	0.380325698648416	0.899567609080284
Glycosaminoglycan biosynthesis - heparan sulfate / heparin	23	14	0.367485746334735	0.892207199934774
Glycerolipid metabolism	59	30	0.75079594823697	1
Inositol phosphate metabolism	69	45	0.119774376628157	0.460206358781298
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis	25	10	0.847330861892141	1
Glycerophospholipid metabolism	95	50	0.678558824869179	1
Ether lipid metabolism	50	23	0.785412819985892	1
Arachidonic acid metabolism	61	29	0.524570851576114	1
Linoleic acid metabolism	30	13	0.641174168118745	1
alpha-Linolenic acid metabolism	26	12	0.67803111907672	1
Sphingolipid metabolism	52	28	0.526997729959175	1
Glycosphingolipid biosynthesis - lacto and neolacto series	28	17	0.209947527716567	0.676334221947005
Glycosphingolipid biosynthesis - globo and isoglobo series	15	10	0.207549254020775	0.675963166764908
Glycosphingolipid biosynthesis - ganglio series	15	12	0.0843660907456057	0.3565471692225
Pyruvate metabolism	46	20	0.807894948041346	1
Glyoxylate and dicarboxylate metabolism	30	11	0.959598179329248	1
Propanoate metabolism	32	13	0.948082795561938	1
Butanoate metabolism	27	13	0.624344374873456	1
One carbon pool by folate	20	6	0.989157561474018	1
Thiamine metabolism	15	9	0.461580005220094	0.999151840567886
Riboflavin metabolism	8	1	0.995096710049885	1
Vitamin B6 metabolism	6	3	0.658634095609699	1
Nicotinate and nicotinamide metabolism	36	14	0.936759503095263	1
Pantothenate and CoA biosynthesis	21	12	0.500250539489961	1
Biotin metabolism	3	1	0.905220587336511	1
Lipoic acid metabolism	18	6	0.944165693685414	1
Folate biosynthesis	27	15	0.284303784519976	0.782386383756524
Retinol metabolism	65	25	0.582521820065094	1
Porphyrin metabolism	39	10	0.986972173185815	1
Terpenoid backbone biosynthesis	23	7	0.984536164402927	1
Nitrogen metabolism	15	10	0.189649622519522	0.647361692254139
Sulfur metabolism	10	2	0.989756321871172	1
Aminoacyl-tRNA biosynthesis	43	21	0.78387901152975	1
Metabolism of xenobiotics by cytochrome P450	74	20	0.978291070421592	1
Drug metabolism - cytochrome P450	66	12	0.999459780390903	1
Drug metabolism - other enzymes	77	21	0.998367273822403	1
Biosynthesis of unsaturated fatty acids	27	16	0.354125393335686	0.891592302369989
Metabolic pathways	1466	716	0.984079778417817	1
Carbon metabolism	105	44	0.981107258281346	1
2-Oxocarboxylic acid metabolism	18	9	0.605638860653453	1
Fatty acid metabolism	55	29	0.695064893274433	1
Biosynthesis of amino acids	67	28	0.950231057052946	1
Nucleotide metabolism	81	39	0.809990818837365	1
Biosynthesis of cofactors	149	58	0.994505143526864	1
Biosynthesis of nucleotide sugars	37	14	0.979102207159591	1
EGFR tyrosine kinase inhibitor resistance	77	55	0.0222839664709154	0.138786106967982
Endocrine resistance	95	62	0.094895540245117	0.391719962639727
Antifolate resistance	29	11	0.967786501124062	1
Platinum drug resistance	70	27	0.989268171907766	1
ABC transporters	43	26	0.358225602403952	0.892207199934774
Ribosome biogenesis in eukaryotes	69	25	0.983053130401844	1
Ribosome	127	32	0.999994229373735	1
Nucleocytoplasmic transport	101	41	0.988882279616465	1
mRNA surveillance pathway	85	29	0.999811541354372	1
RNA degradation	76	33	0.940964096732412	1
RNA polymerase	33	12	0.920389758597045	1
Basal transcription factors	41	14	0.983936240991345	1
DNA replication	34	12	0.983877209768756	1
Spliceosome	129	40	0.999991510583875	1
Proteasome	46	13	0.999067398404615	1
Protein export	23	6	0.992375949068435	1
ATP-dependent chromatin remodeling	108	51	0.855337076902527	1
Polycomb repressive complex	76	46	0.247523392890798	0.732518479233816
Viral life cycle - HIV-1	62	31	0.66031793630447	1
Virion - Human immunodeficiency virus	5	2	0.689374288266774	1
Virion - Flavivirus	4	2	0.535319903869394	1
Virion - Lyssavirus	4	3	0.455679842266874	0.99243155831129
Virion - Herpesvirus	8	5	0.502980683588346	1
Virion - Adenovirus	4	3	0.349550716715812	0.891592302369989
PPAR signaling pathway	72	40	0.260806991266725	0.752735625200711
Base excision repair	44	16	0.978116709402693	1
Nucleotide excision repair	58	19	0.997338258218119	1
Mismatch repair	22	10	0.79789450268631	1
Homologous recombination	39	15	0.971454496595611	1
Non-homologous end-joining	13	8	0.367996286081296	0.892207199934774
Fanconi anemia pathway	49	15	0.999421779583874	1
MAPK signaling pathway	289	182	0.0251622967640703	0.154010609504223
ErbB signaling pathway	81	50	0.363429749440745	0.892207199934774
Ras signaling pathway	227	150	0.00176431319338196	0.0215976270224343
Rap1 signaling pathway	207	144	0.000353285185285044	0.00660085477769425
Calcium signaling pathway	241	184	1.0645229307118e-10	1.88952820201345e-08
cGMP-PKG signaling pathway	161	115	6.7161917374778e-05	0.00201176252403979
cAMP signaling pathway	219	153	7.95337727206364e-06	0.000521144733022081
Cytokine-cytokine receptor interaction	275	119	0.719893777725432	1
Viral protein interaction with cytokine and cytokine receptor	95	35	0.861519567296754	1
Chemokine signaling pathway	187	103	0.242643219758119	0.732518479233816
NF-kappa B signaling pathway	93	42	0.950401817646825	1
HIF-1 signaling pathway	105	65	0.11482060947261	0.452903515141962
FoxO signaling pathway	127	68	0.659651482618717	1
Phosphatidylinositol signaling system	92	60	0.0827985231826616	0.3565471692225
Sphingolipid signaling pathway	120	72	0.247027886404292	0.732518479233816
Phospholipase D signaling pathway	144	99	0.00791888947453493	0.0624712391879978
Neuroactive ligand-receptor interaction	345	231	5.82908111407595e-12	2.06932379549696e-09
Cell cycle	152	66	0.994927236556484	1
Oocyte meiosis	117	67	0.255772129758013	0.744254967738481
p53 signaling pathway	74	32	0.980596594178939	1
Ubiquitin mediated proteolysis	134	61	0.982488525694532	1
Sulfur relay system	8	2	0.941892505145128	1
SNARE interactions in vesicular transport	32	19	0.249675312640258	0.732518479233816
Autophagy - other	30	14	0.857281083255468	1
Mitophagy - animal	69	33	0.874855469309734	1
Autophagy - animal	134	68	0.908833255184527	1
Protein processing in endoplasmic reticulum	162	62	0.999857650298375	1
Lysosome	127	59	0.959259840846938	1
Endocytosis	243	132	0.69685239955813	1
Phagosome	143	74	0.382294857245431	0.899567609080284
Peroxisome	81	24	0.999948375629888	1
mTOR signaling pathway	152	96	0.0393479524184822	0.23280871847602
PI3K-Akt signaling pathway	342	210	0.0139589022007824	0.0991082056255548
AMPK signaling pathway	118	71	0.291530636435928	0.796102891805804
Apoptosis	132	64	0.888789928344341	1
Longevity regulating pathway	88	53	0.335672206362949	0.876203185726816
Longevity regulating pathway - multiple species	60	39	0.120330399001363	0.460206358781298
Apoptosis - multiple species	31	15	0.764384116400628	1
Ferroptosis	38	16	0.952514308597629	1
Necroptosis	144	53	0.998771671670452	1
Cellular senescence	153	77	0.915136737326007	1
Cardiac muscle contraction	78	53	0.00438730188047692	0.0405509110212354
Adrenergic signaling in cardiomyocytes	148	105	0.000390827713578444	0.00660684944382608
Vascular smooth muscle contraction	132	88	0.0050935806541025	0.0430528841001521
Wnt signaling pathway	168	121	6.80032402492324e-05	0.00201176252403979
Notch signaling pathway	60	42	0.0257089153847968	0.154689236637337
Hedgehog signaling pathway	56	37	0.183104871995629	0.631089607363575
TGF-beta signaling pathway	107	66	0.0769010144967877	0.349197485571055
Axon guidance	175	132	8.8080799947394e-06	0.000521144733022081
VEGF signaling pathway	59	38	0.151045899891089	0.547156065932005
Apelin signaling pathway	138	89	0.0194502709457603	0.127867521958239
Osteoclast differentiation	121	58	0.905237554413011	1
Hippo signaling pathway	155	107	0.00200387766788179	0.0229476313580011
Hippo signaling pathway - multiple species	29	19	0.348726751036344	0.891592302369989
Focal adhesion	195	145	4.55445544274004e-06	0.000404207920543178
ECM-receptor interaction	87	63	0.00425798499416353	0.0405509110212354
Cell adhesion molecules	143	95	0.0017329553516807	0.0215976270224343
Adherens junction	92	59	0.139706000655214	0.511295157037125
Tight junction	163	100	0.0496298050705151	0.266948193939892
Gap junction	87	63	0.00121920421157433	0.0160302775966255
Signaling pathways regulating pluripotency of stem cells	139	94	0.00278046503782053	0.0299110632856451
Complement and coagulation cascades	81	45	0.0622318146482323	0.315604202858892
Platelet activation	123	78	0.0819690725815796	0.3565471692225
Antigen processing and presentation	68	27	0.915881921291986	1
Neutrophil extracellular trap formation	163	79	0.36944917856454	0.892207199934774
Renin-angiotensin system	20	6	0.970485424335073	1
Toll-like receptor signaling pathway	93	35	0.987723584666816	1
NOD-like receptor signaling pathway	169	70	0.98608048627302	1
RIG-I-like receptor signaling pathway	62	27	0.819575501527964	1
Cytosolic DNA-sensing pathway	67	27	0.827110649437892	1
C-type lectin receptor signaling pathway	103	53	0.731594146196888	1
JAK-STAT signaling pathway	151	65	0.96349705710036	1
Hematopoietic cell lineage	91	46	0.410927758663123	0.935124066188517
Natural killer cell mediated cytotoxicity	117	50	0.935480448991932	1
IL-17 signaling pathway	90	37	0.936494205210898	1
Th1 and Th2 cell differentiation	88	45	0.780732618633729	1
Th17 cell differentiation	103	47	0.969941707766581	1
T cell receptor signaling pathway	115	58	0.918784682211258	1
B cell receptor signaling pathway	78	44	0.417802138366643	0.943811025519378
Fc epsilon RI signaling pathway	66	36	0.642207769566999	1
Fc gamma R-mediated phagocytosis	95	58	0.20522839335184	0.675963166764908
TNF signaling pathway	110	55	0.791978122050071	1
Leukocyte transendothelial migration	109	78	0.000207058144027268	0.00459410257060501
Intestinal immune network for IgA production	44	21	0.513927197609628	1
Circadian rhythm	34	21	0.311409431538687	0.83018474841276
Circadian entrainment	96	75	3.72362093515733e-05	0.00146876159108984
Thermogenesis	213	101	0.887448286178195	1
Long-term potentiation	64	42	0.135121308380186	0.499667338280896
Synaptic vesicle cycle	78	52	0.0442065226484488	0.245208055315614
Neurotrophin signaling pathway	114	69	0.271648442634461	0.759332260907353
Retrograde endocannabinoid signaling	134	83	0.0633661628640654	0.316830814320327
Glutamatergic synapse	114	85	0.000336434450459171	0.00660085477769425
Cholinergic synapse	112	82	0.000650526315797642	0.0104971291867347
Serotonergic synapse	108	70	0.016334407451501	0.113700287162409
GABAergic synapse	84	61	0.00360362402840612	0.0365510437166906
Dopaminergic synapse	128	86	0.0135271933672037	0.0980031356195374
Long-term depression	58	48	6.78058664540466e-05	0.00201176252403979
Olfactory transduction	376	69	0.999999992267927	1
Taste transduction	82	42	0.300266576856377	0.807535112000104
Phototransduction	27	14	0.490198530334916	1
Inflammatory mediator regulation of TRP channels	97	72	0.00068818371022613	0.0106219659621859
Regulation of actin cytoskeleton	218	139	0.0203135456115454	0.128773369501761
Motor proteins	191	114	0.0697866829915597	0.337945507041349
Insulin signaling pathway	131	73	0.552113755746433	1
Insulin secretion	83	62	0.00100156919954816	0.0139426756909062
GnRH signaling pathway	91	56	0.203325845840295	0.675963166764908
Ovarian steroidogenesis	50	32	0.0713526917390352	0.337945507041349
Progesterone-mediated oocyte maturation	88	56	0.0878163864560336	0.366762555198729
Estrogen signaling pathway	136	81	0.108573397686648	0.437994956576819
Melanogenesis	101	79	3.6372440306492e-06	0.000404207920543178
Prolactin signaling pathway	70	44	0.154364970175435	0.553530953659389
Thyroid hormone synthesis	73	46	0.124615275492046	0.467263571585072
Thyroid hormone signaling pathway	117	75	0.120561102441298	0.460206358781298
Adipocytokine signaling pathway	66	36	0.668046287072986	1
Oxytocin signaling pathway	152	113	1.55490557408918e-05	0.000788559255430943
Glucagon signaling pathway	99	55	0.441747098956536	0.974038634345157
Regulation of lipolysis in adipocytes	56	40	0.0113895749747562	0.0842353982508014
Renin secretion	68	48	0.00603940892378238	0.0498602364637848
Aldosterone synthesis and secretion	95	67	0.00727797809145504	0.0587200505106031
Relaxin signaling pathway	126	74	0.27991550430941	0.776328156483129
Cortisol synthesis and secretion	63	43	0.0550065138766832	0.287166359209155
Parathyroid hormone synthesis, secretion and action	105	77	0.00102115371257341	0.0139426756909062
GnRH secretion	62	43	0.0489160377380854	0.266948193939892
Type II diabetes mellitus	45	30	0.179497850716473	0.624722911807333
Insulin resistance	105	63	0.225315007817218	0.707848033408076
Non-alcoholic fatty liver disease	148	70	0.849531032192553	1
AGE-RAGE signaling pathway in diabetic complications	95	61	0.0773312882640726	0.349197485571055
Cushing syndrome	154	104	0.00445488881641741	0.0405509110212354
Growth hormone synthesis, secretion and action	117	79	0.0187750025853419	0.125757092788611
Alcoholic liver disease	134	59	0.944284779959116	1
Type I diabetes mellitus	41	22	0.313365510668478	0.83018474841276
Maturity onset diabetes of the young	26	19	0.0201707419294681	0.128773369501761
Aldosterone-regulated sodium reabsorption	36	23	0.271384316888194	0.759332260907353
Endocrine and other factor-regulated calcium reabsorption	51	35	0.0755314099413419	0.349197485571055
Vasopressin-regulated water reabsorption	43	24	0.446233414138266	0.977857172957312
Proximal tubule bicarbonate reclamation	21	14	0.157753475853393	0.560024839279544
Collecting duct acid secretion	27	15	0.422720994528398	0.943811025519378
Salivary secretion	85	59	0.00185728656390793	0.0219778910062438
Gastric acid secretion	75	58	0.000376499533840693	0.00660684944382608
Pancreatic secretion	95	52	0.382632983017248	0.899567609080284
Carbohydrate digestion and absorption	41	23	0.523754891956917	1
Protein digestion and absorption	96	63	0.0183604791321622	0.125345578690723
Fat digestion and absorption	43	20	0.612127579442789	1
Bile secretion	87	45	0.390142498213836	0.907009355591668
Vitamin digestion and absorption	23	10	0.842996607344824	1
Mineral absorption	55	34	0.0777087362256714	0.349197485571055
Cholesterol metabolism	51	29	0.249162019425068	0.732518479233816
Alzheimer disease	359	181	0.805366421324682	1
Parkinson disease	245	109	0.975472910120545	1
Amyotrophic lateral sclerosis	341	150	0.995554622207388	1
Huntington disease	286	126	0.995354046823747	1
Spinocerebellar ataxia	139	74	0.769972226479347	1
Prion disease	252	113	0.961000733483332	1
Pathways of neurodegeneration - multiple diseases	449	238	0.520255426552943	1
Cocaine addiction	47	36	0.00480033287188309	0.041563857793134
Amphetamine addiction	66	44	0.0650724109437949	0.320843137292322
Morphine addiction	88	64	0.00469628953661408	0.041563857793134
Nicotine addiction	36	30	0.000797337181986271	0.0117939458168803
Alcoholism	165	92	0.0402532038085069	0.234260448393769
Bacterial invasion of epithelial cells	76	48	0.193071506905323	0.652765570965615
Vibrio cholerae infection	49	28	0.390908257480353	0.907009355591668
Epithelial cell signaling in Helicobacter pylori infection	68	40	0.246042747786011	0.732518479233816
Pathogenic Escherichia coli infection	189	97	0.731521117610718	1
Shigellosis	237	113	0.974953674595897	1
Salmonella infection	239	116	0.935737366376184	1
Pertussis	75	38	0.435221957585902	0.96564871839372
Legionellosis	55	27	0.626560257566851	1
Yersinia infection	130	71	0.675262969083563	1
Leishmaniasis	70	38	0.268102990856013	0.759332260907353
Chagas disease	100	54	0.464763059159097	0.999944763645329
African trypanosomiasis	36	20	0.237817593574901	0.732518479233816
Malaria	48	29	0.0543632610535986	0.287166359209155
Toxoplasmosis	105	62	0.213378684107224	0.676334221947005
Amoebiasis	98	65	0.00913701878035706	0.0705139492831904
Staphylococcus aureus infection	86	37	0.347311684618157	0.891592302369989
Tuberculosis	167	83	0.615492195753797	1
Hepatitis C	149	66	0.981020019635449	1
Hepatitis B	151	70	0.976288387902879	1
Measles	126	54	0.979227623771492	1
Human cytomegalovirus infection	216	120	0.362973423259605	0.892207199934774
Influenza A	154	66	0.964786810601692	1
Human papillomavirus infection	319	202	0.00360151108823165	0.0365510437166906
Human T-cell leukemia virus 1 infection	214	104	0.970853033026045	1
Kaposi sarcoma-associated herpesvirus infection	188	92	0.877177835327412	1
Herpes simplex virus 1 infection	483	215	0.722998000490445	1
Epstein-Barr virus infection	191	87	0.980785336661505	1
Human immunodeficiency virus 1 infection	199	99	0.824559459967125	1
Coronavirus disease - COVID-19	213	86	0.973872625034468	1
Pathways in cancer	510	310	0.00942014102274507	0.0711521290015851
Transcriptional misregulation in cancer	180	101	0.395908851790975	0.912647028479195
Viral carcinogenesis	187	93	0.816045299537625	1
Chemical carcinogenesis - DNA adducts	65	15	0.994477633883149	1
Proteoglycans in cancer	199	132	0.00379957134661579	0.0374679952235723
MicroRNAs in cancer	300	123	0.950141046203444	1
Chemical carcinogenesis - receptor activation	203	107	0.404099173214173	0.925517461232461
Chemical carcinogenesis - reactive oxygen species	201	80	0.999024071284147	1
Colorectal cancer	85	45	0.783193933846478	1
Renal cell carcinoma	65	38	0.485769879748225	1
Pancreatic cancer	73	41	0.637148807363559	1
Endometrial cancer	56	33	0.553665432820889	1
Glioma	74	46	0.267557772780469	0.759332260907353
Prostate cancer	94	52	0.699822299420968	1
Thyroid cancer	37	24	0.211969826520276	0.676334221947005
Basal cell carcinoma	63	49	0.000278082738564148	0.00580702189354545
Melanoma	70	47	0.0429387515869859	0.241956457355238
Bladder cancer	40	20	0.855815651005072	1
Chronic myeloid leukemia	74	37	0.927363747668345	1
Acute myeloid leukemia	64	37	0.495186649583242	1
Small cell lung cancer	88	49	0.667258337748433	1
Non-small cell lung cancer	71	48	0.0834424851781966	0.3565471692225
Breast cancer	145	103	0.000185887555444257	0.00445244056969533
Hepatocellular carcinoma	165	100	0.114775673538328	0.452903515141962
Gastric cancer	147	100	0.00247242372454665	0.0274284506941895
Central carbon metabolism in cancer	67	41	0.296262034722272	0.80284749867486
Choline metabolism in cancer	95	61	0.125042364226991	0.467263571585072
PD-L1 expression and PD-1 checkpoint pathway in cancer	88	42	0.934566176393103	1
Asthma	27	9	0.868480868117415	1
Autoimmune thyroid disease	44	17	0.75969742017057	1
Inflammatory bowel disease	61	32	0.420166275308213	0.943811025519378
Systemic lupus erythematosus	115	52	0.165510031847503	0.581743181246174
Rheumatoid arthritis	89	43	0.494143566568592	1
Allograft rejection	34	16	0.484888327342968	1
Graft-versus-host disease	38	15	0.719917586980985	1
Primary immunodeficiency	32	13	0.907907635923351	1
Hypertrophic cardiomyopathy	87	67	8.48533547808786e-05	0.00231714930363169
Arrhythmogenic right ventricular cardiomyopathy	74	59	0.000188131291677267	0.00445244056969533
Dilated cardiomyopathy	92	72	3.66060187211207e-05	0.00146876159108984
Diabetic cardiomyopathy	180	82	0.955311361937958	1
Viral myocarditis	55	35	0.080303930384244	0.356348691080083
Lipid and atherosclerosis	205	105	0.618266903176565	1
Fluid shear stress and atherosclerosis	136	71	0.598851351957612	1