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Table 2 Functional enrichment of the eigenproteins identified in the host response kinetics to VN1203

From: Specific mutations in H5N1 mainly impact the magnitude and velocity of the host response in mice

Eigenprotein (No. of molecules)

Bio functions category (functions annotation p-value range)

Canonical pathway (p-value)

Upstream regulator (p-value of overlap)

eigenprotein #1 (59)

Free radical scavenging (8.24E-07–2.56E-02)

NRF2-mediated oxidative stress response (2.40E-05)

D3T* (2.77E-06)

Drug metabolism (3.50E-05–2.87E-02)

Glutathione-mediated detoxification (2.69E-04)

MAPT (6.72E-06)

Auditory disease (6.12E-05–6.12E-05)

G Beta gamma signaling (2.82E-04)

TP53 (8.41E-06)

Developmental disorder (1.52E-04–2.56E-02)

Ceramide signaling (2.45E-03)

NFE2L2 (1.40E-05)

Hereditary disorder (1.52E-04–6.45E-03)

EIF2 signalin (3.02E-03)

PSEN1 (1.16E-04)

eigenprotein #2 (86)

Neurological disease (3.89E-08–8.48E-03)

Acute phase response signaling (1.26E-25)

Nitrofurantoin* (3.03E-12)

Cell-to-cell signaling and interaction (8.90E-08–1.08E-02)

LXR/RXR Activation (1.58E-13)

Captopril* (1.79E-08)

Tissue development (8.90E-08–1.08E-02)

Clathrin-mediated endocytosis signaling (9.77E-08)

IL6 (1.83E-07)

Metabolic disease (2.66E-07–1.02E-02)

Complement system (3.02E-07)

Gentamicin* (5.04E-07)

Lipid metabolism (5.24E-07–1.17E-02)

Coagulation system (3.55E-07)

T3* (8.12E-07)

eigenprotein #3 (17)

Cell death and survival (1.82E-05–4.83E-02)

Breast cancer regulation by Stathmin1 (1.70E-05)

PLG (2.14E-04)

Hematological system Development and function (9.90E-05–4.48E-02)

Cardiac β-adrenergic signaling (1.91E-04)

APP (1.19E-03)

Organismal injury and abnormalities (1.63E-04–4.83E-02)

AMPK signaling (2.24E-04)

PSEN1 (2.06E-03)

Tissue morphology (8.38E-04–4.19E-02)

CREB signaling in neurons (4.07E-04)

MAP2 (2.12E-03)

 

Cancer (8.38E-04–4.99E-02)

Role of NFAT in cardiac hypertrophy (4.57E-07)

GNG7 (2.12E-03)

  1. For each eigenprotein identified in the kinetics of the host response to H5N1 VN1203 wild-type, the number of correlating transcripts and proteins are indicated. For each set of proteins the top 5 associated over-represented biological functions, canonical pathways, and upstream regulators are indicated. Ingenuity pathway analysis was used to determine the top 5 bio function categories, canonical pathways, and upstream regulators. The functions annotation p-value range represents the range of p-values for the functions annotations associated with each bio function category. The p-value of overlap associated for each upstream regulator indicates the significance of the overlap between the genes targeted by the upstream regulator in the IPKB database and the experimental dataset. *Upstream regulators with an apteryx signify a chemical reagent or chemical drug.