,,,,
Figure 7A,,,,
,,,,
Name,RA - healthy,PsA - healthy,RA - PsA,adjusted p
EUKARYOTIC TRANSLATION INITIATION FACTOR 3 COMPLEX,0.90559,0.23721,0.86052,0.0088638
EUKARYOTIC 48S PREINITIATION COMPLEX,0.8981,-0.28487,0.86734,0.0088638
TRANSLATION PREINITIATION COMPLEX,0.8981,-0.28487,0.86734,0.0088638
MHC PROTEIN COMPLEX,0.80493,0.86246,0.37408,0.015638
CLATHRIN COATED ENDOCYTIC VESICLE MEMBRANE,0.76908,0.74704,0.38874,0.039095
LUMENAL SIDE OF ENDOPLASMIC RETICULUM MEMBRANE,0.7476,0.80811,0.33608,0.021415
CLATHRIN COATED ENDOCYTIC VESICLE,0.72562,0.68501,0.35329,0.039095
CONDENSED CHROMOSOME,0.7215,-0.39053,0.70447,0.040198
SPLICEOSOMAL COMPLEX,0.69612,-0.56459,0.78579,0.0099081
CYTOSOLIC LARGE RIBOSOMAL SUBUNIT,0.67421,-0.73519,0.80865,0.0088638
LUMENAL SIDE OF MEMBRANE,0.67312,0.74704,-0.28239,0.047953
ANCHORED COMPONENT OF MEMBRANE,0.67311,0.19643,0.57299,0.040198
NUCLEAR SPECK,0.6608,-0.52093,0.72667,0.0099081
ER TO GOLGI TRANSPORT VESICLE MEMBRANE,0.62459,0.68836,-0.24084,0.047288
LARGE RIBOSOMAL SUBUNIT,0.60164,-0.67853,0.78361,0.010306
CLATHRIN COATED VESICLE MEMBRANE,0.59823,0.50098,0.32837,0.040198
ENDOCYTIC VESICLE MEMBRANE,0.57108,0.5189,0.30161,0.011025
NUCLEAR BODY,0.56732,-0.55145,0.67416,0.0099081
EXTERNAL SIDE OF PLASMA MEMBRANE,0.55057,0.26827,0.46451,0.034352
PLASMA MEMBRANE PROTEIN COMPLEX,0.54481,0.45701,0.37505,0.0099081
LATE ENDOSOME,0.54063,0.50357,0.26682,0.021415
COATED VESICLE MEMBRANE,0.52576,0.48402,0.25351,0.041083
CYTOSOLIC RIBOSOME,0.52253,-0.68738,0.73287,0.013529
NUCLEAR PROTEIN CONTAINING COMPLEX,0.50894,-0.49215,0.66668,0.021415
SIDE OF MEMBRANE,0.50428,0.28786,0.43814,0.0099081
RIBONUCLEOPROTEIN COMPLEX,0.47352,-0.63255,0.72417,0.0099081
INTRINSIC COMPONENT OF PLASMA MEMBRANE,0.45441,0.33262,0.35765,0.011025
ENDOSOME MEMBRANE,0.4506,0.45079,0.23826,0.036921
CELL SURFACE,0.4488,0.24325,0.3944,0.021415
VACUOLAR MEMBRANE,0.4455,0.43097,0.19628,0.021415
ENDOCYTIC VESICLE,0.4449,0.38042,0.24887,0.036921
ENDOSOME,0.4176,0.35216,0.25664,0.021415
VACUOLE,0.38469,0.37069,0.18389,0.039095
MITOCHONDRIAL ENVELOPE,-0.44092,0.14269,-0.48367,0.029701
ORGANELLE INNER MEMBRANE,-0.46504,-0.13192,-0.48926,0.027324
RESPIRASOME,-0.47982,0.24397,-0.60735,0.038475
RESPIRATORY CHAIN COMPLEX,-0.49717,0.29273,-0.62989,0.03504
INNER MITOCHONDRIAL MEMBRANE PROTEIN COMPLEX,-0.51152,0.2241,-0.62841,0.027324
MITOCHONDRIAL PROTEIN CONTAINING COMPLEX,-0.54394,-0.11571,-0.58003,0.027324
MITOCHONDRIAL MATRIX,-0.61786,-0.3637,-0.44153,0.027324
,,,,
Figure 7B,,,,
,,,,
Name,RA - healthy,PsA - healthy,RA - PsA,adjusted p
FORMATION OF CYTOPLASMIC TRANSLATION INITIATION COMPLEX,0.91608,0.26036,0.86363,0.012578
CYTOPLASMIC TRANSLATIONAL INITIATION,0.85859,-0.33045,0.86475,0.012578
MRNA 3 END PROCESSING,0.81898,-0.54245,0.78751,0.012578
REGULATION OF ALPHA BETA T CELL DIFFERENTIATION,0.81574,-0.30564,0.76998,0.041162
T CELL MEDIATED CYTOTOXICITY,0.79203,0.55924,0.61179,0.045413
REGULATION OF TRANSLATIONAL INITIATION,0.78924,-0.30981,0.85436,0.032212
RNA 3 END PROCESSING,0.78818,-0.55177,0.75747,0.012578
MRNA EXPORT FROM NUCLEUS,0.77072,-0.48687,0.69657,0.017265
NUCLEOSOME ASSEMBLY,0.74816,-0.56545,0.76813,0.017265
RNA EXPORT FROM NUCLEUS,0.72699,-0.55985,0.70799,0.012578
CHROMATIN ASSEMBLY OR DISASSEMBLY,0.72679,-0.61071,0.76603,0.012578
REGULATION OF MRNA PROCESSING,0.72202,-0.49935,0.73934,0.012578
RNA SPLICING VIA TRANSESTERIFICATION REACTIONS,0.72081,-0.5411,0.73783,0.012578
MRNA PROCESSING,0.72074,-0.53097,0.74045,0.012578
REGULATION OF MRNA SPLICING VIA SPLICEOSOME,0.7182,-0.48658,0.74363,0.017265
RIBONUCLEOPROTEIN COMPLEX SUBUNIT ORGANIZATION,0.71498,-0.59122,0.80659,0.012578
NUCLEAR EXPORT,0.7098,-0.38435,0.64951,0.012578
DNA PACKAGING,0.70399,-0.55988,0.75639,0.019822
RNA SPLICING,0.70005,-0.55622,0.71973,0.012578
NUCLEOSOME ORGANIZATION,0.69893,-0.62648,0.75823,0.025145
CYTOPLASMIC TRANSLATION,0.6695,-0.64085,0.79114,0.012578
REGULATION OF RNA SPLICING,0.66873,-0.53225,0.6955,0.017265
PROTEIN DNA COMPLEX SUBUNIT ORGANIZATION,0.66819,-0.53871,0.73787,0.017265
MRNA TRANSPORT,0.65935,-0.52892,0.6785,0.039471
CELLULAR RESPONSE TO MOLECULE OF BACTERIAL ORIGIN,0.65206,0.44142,0.51718,0.019697
REGULATION OF MRNA METABOLIC PROCESS,0.64953,-0.49444,0.68036,0.012578
CHROMATIN ORGANIZATION,0.64767,-0.52091,0.73794,0.012578
NUCLEAR TRANSPORT,0.63277,-0.37177,0.61815,0.012578
RIBONUCLEOPROTEIN COMPLEX BIOGENESIS,0.62343,-0.6208,0.76386,0.012578
RESPONSE TO MOLECULE OF BACTERIAL ORIGIN,0.61158,0.4585,0.41352,0.019251
TRANSLATIONAL INITIATION,0.58616,-0.6378,0.75682,0.012578
RNA PROCESSING,0.57114,-0.6018,0.71322,0.012578
MRNA METABOLIC PROCESS,0.55707,-0.62805,0.73224,0.012578
CHROMOSOME ORGANIZATION,0.54909,-0.46875,0.65827,0.017265
VIRAL GENE EXPRESSION,0.54908,-0.63665,0.71969,0.012578
REGULATION OF CELL ACTIVATION,0.52679,0.25959,0.46214,0.017265
NUCLEAR TRANSCRIBED MRNA CATABOLIC PROCESS,0.52231,-0.67383,0.72849,0.018265
REGULATION OF IMMUNE EFFECTOR PROCESS,0.52035,0.36271,0.4101,0.041162
NUCLEAR TRANSCRIBED MRNA CATABOLIC PROCESS NONSENSE MEDIATED DECAY,0.51602,-0.67692,0.7261,0.031163
LYMPHOCYTE ACTIVATION,0.48413,0.20726,0.44466,0.033505
CELLULAR PROTEIN CONTAINING COMPLEX ASSEMBLY,0.45154,-0.39244,0.52385,0.017265
BIOLOGICAL ADHESION,0.44198,-0.23157,0.41446,0.017265
POSITIVE REGULATION OF IMMUNE SYSTEM PROCESS,0.4398,0.2101,0.42586,0.041162
NEGATIVE REGULATION OF GENE EXPRESSION,0.42541,-0.56502,0.66068,0.0237
DEFENSE RESPONSE,0.42153,0.29144,0.31684,0.017265
ORGANOPHOSPHATE METABOLIC PROCESS,-0.35091,-0.18838,-0.284,0.04622
CARBOHYDRATE DERIVATIVE METABOLIC PROCESS,-0.36715,-0.18677,-0.30719,0.019445
SMALL MOLECULE METABOLIC PROCESS,-0.38428,-0.18555,-0.28859,0.028595
MITOCHONDRION ORGANIZATION,-0.38441,-0.13761,-0.37127,0.019445
ELECTRON TRANSPORT CHAIN,-0.41967,0.24137,-0.57221,0.023142
ORGANIC ACID METABOLIC PROCESS,-0.43187,-0.21984,-0.31126,0.020502
CARBOHYDRATE DERIVATIVE BIOSYNTHETIC PROCESS,-0.43271,-0.19911,-0.34308,0.01883
PROTON TRANSMEMBRANE TRANSPORT,-0.46187,-0.23267,-0.56303,0.040148
NUCLEOBASE CONTAINING SMALL MOLECULE METABOLIC PROCESS,-0.46263,-0.33033,-0.25051,0.01883
GENERATION OF PRECURSOR METABOLITES AND ENERGY,-0.48719,-0.19631,-0.49051,0.019445
CARBOHYDRATE METABOLIC PROCESS,-0.4931,-0.28367,-0.36687,0.01883
ATP METABOLIC PROCESS,-0.50024,-0.18765,-0.51443,0.019197
ENERGY DERIVATION BY OXIDATION OF ORGANIC COMPOUNDS,-0.50925,-0.17962,-0.50691,0.01883
MONOSACCHARIDE METABOLIC PROCESS,-0.51566,-0.4337,-0.31303,0.01883
NUCLEOSIDE PHOSPHATE BIOSYNTHETIC PROCESS,-0.51677,-0.23712,-0.40649,0.01883
ORGANIC ACID CATABOLIC PROCESS,-0.52053,-0.33125,-0.22518,0.01883
PURINE CONTAINING COMPOUND METABOLIC PROCESS,-0.52434,-0.29162,-0.34562,0.01883
OXIDATIVE PHOSPHORYLATION,-0.52682,0.17222,-0.619,0.01883
ATP SYNTHESIS COUPLED ELECTRON TRANSPORT,-0.53073,0.20303,-0.64655,0.01883
MITOCHONDRIAL TRANSMEMBRANE TRANSPORT,-0.53511,0.12941,-0.55069,0.020502
MITOCHONDRIAL ELECTRON TRANSPORT NADH TO UBIQUINONE,-0.53709,0.16964,-0.62591,0.030008
RIBOSE PHOSPHATE BIOSYNTHETIC PROCESS,-0.53817,-0.16215,-0.44282,0.01883
RESPIRATORY ELECTRON TRANSPORT CHAIN,-0.54142,0.15041,-0.6373,0.01883
SMALL MOLECULE CATABOLIC PROCESS,-0.54488,-0.33905,-0.28464,0.01883
CELLULAR RESPIRATION,-0.55147,-0.14402,-0.58825,0.01883
PURINE CONTAINING COMPOUND BIOSYNTHETIC PROCESS,-0.56154,-0.24402,-0.42429,0.01883
INNER MITOCHONDRIAL MEMBRANE ORGANIZATION,-0.57353,0.24133,-0.68098,0.01883
MITOCHONDRIAL GENE EXPRESSION,-0.57391,-0.33979,-0.46424,0.019445
AEROBIC RESPIRATION,-0.57838,-0.24771,-0.51978,0.01883
RIBONUCLEOSIDE TRIPHOSPHATE METABOLIC PROCESS,-0.57847,-0.34023,-0.49849,0.029145
NUCLEOSIDE TRIPHOSPHATE METABOLIC PROCESS,-0.58848,-0.39169,-0.45109,0.01883
CELLULAR AMINO ACID METABOLIC PROCESS,-0.59153,-0.46668,-0.23889,0.01883
NUCLEOSIDE TRIPHOSPHATE BIOSYNTHETIC PROCESS,-0.6137,-0.30214,-0.54159,0.023142
RIBONUCLEOSIDE TRIPHOSPHATE BIOSYNTHETIC PROCESS,-0.6137,-0.30214,-0.54159,0.023142
MITOCHONDRIAL TRANSLATION,-0.62367,-0.36481,-0.48035,0.01883
ATP BIOSYNTHETIC PROCESS,-0.62497,-0.31634,-0.57239,0.033562
NUCLEOTIDE PHOSPHORYLATION,-0.62956,-0.43068,-0.42773,0.028595
MONOSACCHARIDE BIOSYNTHETIC PROCESS,-0.63204,-0.54431,-0.26986,0.038089
ALPHA AMINO ACID METABOLIC PROCESS,-0.66362,-0.43788,-0.35394,0.019445
TRICARBOXYLIC ACID CYCLE,-0.69524,-0.46916,-0.46406,0.01883
ALPHA AMINO ACID CATABOLIC PROCESS,-0.7211,-0.3938,-0.59459,0.044489
CARBOHYDRATE TRANSMEMBRANE TRANSPORT,-0.73413,-0.43661,-0.73133,0.03535
,,,,
Figure 7C,,,,
,,,,
Name,Ost - Mono,Preo - Mono,Ost - Preo,adjusted p
LYSOSOMAL LUMEN,0.60455,0.61513,0.57865,0.034288
BASOLATERAL PLASMA MEMBRANE,0.60345,0.64535,0.38047,0.034288
BASAL PART OF CELL,0.59102,0.6298,0.35646,0.034039
CYTOSOLIC LARGE RIBOSOMAL SUBUNIT,0.58684,0.71933,0.1199,0.034039
LARGE RIBOSOMAL SUBUNIT,0.57578,0.68813,0.10854,0.033865
RIBOSOMAL SUBUNIT,0.52051,0.60595,-0.25502,0.022098
CYTOSOLIC RIBOSOME,0.52018,0.66218,-0.2995,0.022098
RIBOSOME,0.49567,0.57864,-0.25968,0.022098
VACUOLE,-0.31765,-0.29488,-0.27809,0.023763
VESICLE MEMBRANE,-0.3282,-0.31235,-0.23845,0.0168
CELL SURFACE,-0.35421,-0.35085,-0.28316,0.027254
SECRETORY GRANULE MEMBRANE,-0.3985,-0.39407,-0.244,0.0073052
TERTIARY GRANULE,-0.42371,-0.43459,-0.24126,0.027254
SECRETORY VESICLE,-0.44777,-0.44483,-0.25918,0.0060831
EXTERNAL ENCAPSULATING STRUCTURE,-0.45907,-0.46834,-0.32187,0.015701
SECRETORY GRANULE,-0.46619,-0.46573,-0.2748,0.0060831
VACUOLAR LUMEN,-0.47046,-0.43187,-0.40511,0.013178
CHROMOSOME,-0.48545,-0.37364,-0.4461,0.0055287
SPECIFIC GRANULE MEMBRANE,-0.48783,-0.49284,-0.29052,0.027404
COLLAGEN CONTAINING EXTRACELLULAR MATRIX,-0.49329,-0.49251,-0.3642,0.011163
AZUROPHIL GRANULE,-0.55843,-0.54758,-0.42034,0.0055287
SPECIFIC GRANULE,-0.56983,-0.59596,0.29581,0.0055287
VESICLE LUMEN,-0.57076,-0.58029,-0.36651,0.0055287
PLATELET ALPHA GRANULE,-0.65129,-0.68089,0.28554,0.0064494
AZUROPHIL GRANULE LUMEN,-0.66936,-0.63525,-0.55387,0.0055287
CHROMATIN,-0.67673,-0.57653,-0.51992,0.0055287
PLATELET ALPHA GRANULE LUMEN,-0.70072,-0.71522,-0.36013,0.014861
SPECIFIC GRANULE LUMEN,-0.71718,-0.77984,0.38339,0.0055287
MHC PROTEIN COMPLEX,-0.77631,-0.78065,-0.46815,0.029045
NUCLEAR CHROMOSOME,-0.79842,-0.73229,-0.75457,0.013274
PROTEIN DNA COMPLEX,-0.80299,-0.72175,-0.65984,0.0055287
DNA PACKAGING COMPLEX,-0.85862,-0.82,-0.65787,0.0055287
,,,,
Figure 7D,,,,
,,,,
Name,Ost - Mono,Preo - Mono,Ost - Preo,adjusted p
OSTEOCLAST DIFFERENTIATION,0.72644,0.67968,0.58054,0.053692
MONOSACCHARIDE METABOLIC PROCESS,0.55386,0.36259,0.64903,0.053692
NUCLEAR TRANSCRIBED MRNA CATABOLIC PROCESS,0.51278,0.64783,-0.31881,0.053692
ESTABLISHMENT OF PROTEIN LOCALIZATION TO ENDOPLASMIC RETICULUM,0.50985,0.64385,-0.33023,0.053692
NUCLEAR TRANSCRIBED MRNA CATABOLIC PROCESS NONSENSE MEDIATED DECAY,0.5097,0.64512,-0.31382,0.053692
TRANSLATIONAL INITIATION,0.50722,0.65412,-0.34779,0.053692
COTRANSLATIONAL PROTEIN TARGETING TO MEMBRANE,0.50054,0.64522,-0.34131,0.053692
PROTEIN LOCALIZATION TO ENDOPLASMIC RETICULUM,0.50051,0.64218,-0.34491,0.053692
CARBOHYDRATE METABOLIC PROCESS,0.49077,0.27938,0.56702,0.053692
VIRAL GENE EXPRESSION,0.48102,0.63222,-0.33613,0.053692
CARBOHYDRATE DERIVATIVE METABOLIC PROCESS,0.43683,0.31153,0.43316,0.053692
CELLULAR MACROMOLECULE CATABOLIC PROCESS,0.41355,0.52724,-0.23839,0.053692
MACROMOLECULE CATABOLIC PROCESS,0.4064,0.49763,-0.19817,0.053692
ORGANONITROGEN COMPOUND BIOSYNTHETIC PROCESS,0.36337,0.42088,0.15873,0.053692
SMALL MOLECULE METABOLIC PROCESS,0.35988,0.2389,0.45234,0.053692
LOCOMOTION,-0.34042,-0.28791,-0.30679,0.014159
REGULATION OF RESPONSE TO STRESS,-0.34334,-0.29158,-0.31594,0.045631
POSITIVE REGULATION OF MULTICELLULAR ORGANISMAL PROCESS,-0.35645,-0.33777,-0.27684,0.0091896
CELL MIGRATION,-0.37018,-0.31736,-0.34139,0.0091896
INFLAMMATORY RESPONSE,-0.39489,-0.33837,-0.38101,0.047413
CYTOKINE PRODUCTION,-0.39503,-0.33784,-0.41448,0.025516
CELL CELL ADHESION,-0.40057,-0.39742,-0.2717,0.016994
POSITIVE REGULATION OF IMMUNE RESPONSE,-0.40157,-0.33789,-0.43935,0.028451
BIOLOGICAL ADHESION,-0.40754,-0.39495,-0.27502,0.0091896
REGULATION OF RESPONSE TO EXTERNAL STIMULUS,-0.40851,-0.36672,-0.35299,0.0091896
REGULATION OF IMMUNE RESPONSE,-0.41067,-0.33633,-0.45157,0.0091896
REGULATION OF IMMUNE SYSTEM PROCESS,-0.41435,-0.36616,-0.39268,0.0091896
REGULATION OF DEFENSE RESPONSE,-0.42937,-0.36979,-0.44269,0.037074
REGULATION OF VESICLE MEDIATED TRANSPORT,-0.43175,-0.38284,-0.31142,0.01206
POSITIVE REGULATION OF IMMUNE SYSTEM PROCESS,-0.4336,-0.38574,-0.40999,0.0091896
LEUKOCYTE MEDIATED IMMUNITY,-0.43854,-0.41571,-0.31684,0.0093735
POSITIVE REGULATION OF CYTOKINE PRODUCTION,-0.44081,-0.36233,-0.5092,0.049928
MYELOID LEUKOCYTE MEDIATED IMMUNITY,-0.44886,-0.43126,-0.31198,0.0093735
CELL ACTIVATION INVOLVED IN IMMUNE RESPONSE,-0.44916,-0.42472,-0.32366,0.0093735
RESPONSE TO LIPID,-0.4512,-0.37939,-0.45056,0.016307
LEUKOCYTE MIGRATION,-0.45745,-0.39956,-0.39363,0.011987
MYELOID LEUKOCYTE ACTIVATION,-0.45788,-0.43734,-0.33958,0.0093735
RESPONSE TO WOUNDING,-0.46654,-0.47413,-0.22028,0.0091896
INNATE IMMUNE RESPONSE,-0.47178,-0.44194,-0.41991,0.0091896
DEFENSE RESPONSE,-0.47759,-0.41991,-0.45086,0.0091896
REGULATION OF BODY FLUID LEVELS,-0.49315,-0.51272,0.23362,0.0091896
CELL SUBSTRATE ADHESION,-0.4938,-0.49007,-0.27028,0.0091896
CHROMOSOME ORGANIZATION,-0.50079,-0.37195,-0.47167,0.0091896
RESPONSE TO BIOTIC STIMULUS,-0.5019,-0.44952,-0.4372,0.0091896
EXTERNAL ENCAPSULATING STRUCTURE ORGANIZATION,-0.50393,-0.50683,-0.34033,0.035877
PHAGOCYTOSIS,-0.5077,-0.465,-0.37503,0.0091896
RESPONSE TO VIRUS,-0.50771,-0.38489,-0.58523,0.035877
WOUND HEALING,-0.50887,-0.51915,-0.23644,0.0091896
PATTERN RECOGNITION RECEPTOR SIGNALING PATHWAY,-0.50933,-0.52134,-0.31491,0.04883
COAGULATION,-0.53369,-0.56142,0.22167,0.0091896
RESPONSE TO MOLECULE OF BACTERIAL ORIGIN,-0.53869,-0.47108,-0.56401,0.025951
CELL MATRIX ADHESION,-0.54113,-0.52617,-0.29225,0.035877
DEFENSE RESPONSE TO OTHER ORGANISM,-0.55548,-0.50537,-0.49771,0.0091896
PLATELET ACTIVATION,-0.55848,-0.61968,0.29588,0.022852
PLATELET DEGRANULATION,-0.57357,-0.63965,0.2533,0.0091896
REGULATION OF PHAGOCYTOSIS,-0.60597,-0.50934,-0.54964,0.010669
RESPONSE TO BACTERIUM,-0.61814,-0.56933,-0.52724,0.0091896
CHROMATIN ORGANIZATION,-0.62051,-0.52285,-0.53663,0.0091896
DEFENSE RESPONSE TO VIRUS,-0.63138,-0.54109,-0.6412,0.0091896
GENE SILENCING,-0.63515,-0.53418,-0.56817,0.03971
LEUKOCYTE MEDIATED CYTOTOXICITY,-0.64502,-0.59327,-0.62079,0.010669
DNA PACKAGING,-0.65733,-0.60546,-0.56893,0.022649
CHROMATIN ASSEMBLY OR DISASSEMBLY,-0.67114,-0.59911,-0.59371,0.025516
DNA CONFORMATION CHANGE,-0.67531,-0.59723,-0.57986,0.0091896
CELL KILLING,-0.68002,-0.63455,-0.61876,0.0091896
BIOLOGICAL PROCESS INVOLVED IN INTERACTION WITH SYMBIONT,-0.70299,-0.70622,-0.54722,0.0091896
NUCLEOSOME ORGANIZATION,-0.70366,-0.62154,-0.62321,0.010669
POSITIVE REGULATION OF PHAGOCYTOSIS,-0.70373,-0.58068,-0.59292,0.010669
REGULATION OF GENE EXPRESSION EPIGENETIC,-0.71468,-0.70227,-0.58713,0.028451
NUCLEOSOME ASSEMBLY,-0.74093,-0.66306,-0.5989,0.0091896
CELLULAR EXTRAVASATION,-0.74246,-0.70179,-0.58123,0.0091896
POSITIVE REGULATION OF EXOCYTOSIS,-0.74473,-0.68353,-0.44674,0.0091896
CHROMATIN ORGANIZATION INVOLVED IN REGULATION OF TRANSCRIPTION,-0.76774,-0.76364,-0.67477,0.036366
REGULATION OF GENE SILENCING,-0.773,-0.67111,-0.64266,0.022444
HUMORAL IMMUNE RESPONSE,-0.78421,-0.75176,-0.65275,0.0091896
NEGATIVE REGULATION OF GENE EXPRESSION EPIGENETIC,-0.78958,-0.77078,-0.65187,0.035162
POSITIVE REGULATION OF REGULATED SECRETORY PATHWAY,-0.79656,-0.71741,-0.62495,0.010669
T CELL MEDIATED CYTOTOXICITY,-0.79826,-0.75816,-0.64661,0.036366
PROTEIN ACTIVATION CASCADE,-0.81561,-0.84806,0.50658,0.014278
DEFENSE RESPONSE TO BACTERIUM,-0.83527,-0.7714,-0.74325,0.0091896
DEFENSE RESPONSE TO GRAM POSITIVE BACTERIUM,-0.88199,-0.82407,-0.77507,0.0091896
KILLING OF CELLS OF OTHER ORGANISM,-0.88946,-0.87809,-0.82385,0.0091896
ANTIMICROBIAL HUMORAL RESPONSE,-0.8896,-0.86762,-0.7369,0.0091896
RESPONSE TO FUNGUS,-0.89518,-0.92173,-0.82838,0.0091896
ANTIMICROBIAL HUMORAL IMMUNE RESPONSE MEDIATED BY ANTIMICROBIAL PEPTIDE,-0.90531,-0.86115,-0.74972,0.0091896
DEFENSE RESPONSE TO FUNGUS,-0.92383,-0.94584,-0.86735,0.0091896
ANTIBACTERIAL HUMORAL RESPONSE,-0.92762,-0.88559,-0.71494,0.0091896
DEFENSE RESPONSE TO GRAM NEGATIVE BACTERIUM,-0.92763,-0.90147,-0.86131,0.0091896