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. 2018 Jan 30;66(5):1016–1033. doi: 10.1002/glia.23298

Table 1.

TNFa & NFkB related transcripts are highly altered Pathway analysis results of microarray data processed through WikiPathways analysis.

Pathway Total number of changes Up in MUTFUS Down in MUTFUS Significance (z score)
Protein‐protein interactions in the podocyte (XPodNet) 209 92 117 7.77
Pluripotency associated networks (PluriNetWork) 80 43 37 4.79
Focal Adhesion Kinase‐PI3K‐AKT‐mTOR signaling 68 27 41 1.04
mRNA processing 60 32 28 2.31
TNF‐alpha and NF‐KB signaling 48 23 25 2.5
MAPK 43 24 19 2.12
EGFR1 42 21 21 1.56
Adipogenesis 37 22 15 2.59
Myometrial relaxation and contraction 37 19 18 1.36
Purine metabolism 37 23 14 0.9
Insulin signaling 36 16 20 1.03
TGF‐beta receptor signaling 36 18 18 1.41
Chemokine signaling 35 19 16 0.2
Androgen receptor signaling 30 13 17 1.93
Wnt signaling 29 14 15 2.57
Regulation of actin cytoskeleton 28 12 16 0.18
T cell receptor signaling 28 16 12 0.6
B cell receptor signaling 26 13 13 0.04
Non‐odorant GPCRs 26 13 13 3.22
Il‐3 signaling 25 11 14 1.33

Shown are the top 20 most altered pathways as determined by the combined number of significantly altered genes within each pathway along with the number of changes and the significance score ranking. In bold is the TNF‐alpha and NF‐KB signaling pathway which was chosen as a candidate pathway for further analysis based on previous evidence of role of the TNF‐alpha and NF‐KB pathways in regulating cytokines and inflammatory cell‐to‐cell signals.