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. 2019 Dec 18;2019:2302753. doi: 10.1155/2019/2302753

Table 3.

Top canonical pathways and related differential proteins.

Ingenuity canonical pathways −log (P value) z-score Proteins
LXR/RXR activation 7.54 −1.342 C4A/C4B, LYZ, ECHS1, APOB, FASN, ACACA, S100A8, MMP9, HADH
Fatty acid β-oxidation I 4.57 NaN ECHS1, ECI1, ACSL1, HADH
Valine degradation I 3.87 NaN ECHS1, BCKDHA, ALDH6A1
TCA cycle II (eukaryotic) 3.54 NaN CS, SUCLG1, MDH2
Creatine-phosphate biosynthesis 3.50 NaN CKB, CKM
Mitochondrial dysfunction 3.37 NaN PDHA1, NDUFA4, CYCS, DHODH, ATP5I, UQCRB
Intrinsic prothrombin activation pathway 3.24 NaN COL1A2, FGB, FGG
Acetyl-CoA biosynthesis I (pyruvate dehydrogenase complex) 3.18 NaN PDHA1, PDHB
Atherosclerosis signaling 3.16 NaN COL1A2, LYZ, APOB, S100A8, MMP9
Ethanol degradation II 3.07 NaN ALDH1B1, ADH1B, ACSL1
Stearate biosynthesis I (animals) 2.96 NaN FASN, ACOT1, ACSL1
Role of IL-17A in psoriasis 2.62 NaN S100A9, S100A8
Acute-phase response signaling 2.56 2 C4A/C4B, FTL, FN1, FGB, FGG

z-score was to infer the activation state of pathways. Positive z-score represented that the pathway was activated; negative z-score indicated that the pathway was suppressed.