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. 2015 Aug 6;63(12):2340–2361. doi: 10.1002/glia.22898

Table 2.

Gene expression pattern analysis of regulated signal transduction pathways

Signal transduction pathway associations P value Genes
Pathways upregulated in reactive astrocytes at 5 days after stab wound injury
NF kappa B 6,54 E −06 Cd14, Cd83, Aif1, Litaf, Nfkbia, Cebpb, Nfkbid, Cxcl1, Ier3, Cd74, Bcl3, Il1b, Tnfrsf1b, Spp1, Nfkbib, Bcl2a1a, S100a4, Ccl4, Siva1, Saa3, Malt1, Pycard
Tumor necrosis factor (TNF superfamily, member 2) 2,77 E −05 Cd14, Cd83, Aif1, Litaf, S100a6, Nfkbia, H2‐Ab1, Cxcl1, Ctsd, Il1b, Tnfrsf1b, Nfkbib, Ccl4, Saa3, Socs3, Erg
Spleen tyrosine kinase 1,11 E −04 Tyrobp, Sla, Lgals1, Fcgr1, Cmtm7, Ptprc, Fcer1g, Trem2, Egr2
Caspase 1,84 E −03 Lgals1, Plp1, Ctsd, Afp, Ctsc, B2m, Siva1, Malt1, Pycard, Creg1
Chemokine (CC MOTIF) ligand 2 2,52 E −03 Cd14, Nfkbia, Cxcl1, Il1b, Vim, Ccl4
Interleukin 10 3,07 E −03 Cd83, Lgals1, Il1b, Etv3, Fcgr1, Trem2, Socs3
Interleukin 1 3,95 E −03 Cd14, Nfkbia, Cxcl1, Il1b, Nfkbib, Ctsc, Ptgds, Socs3, Pycard
Interleukin 6 4,21 E −03 Grn, Cebpb, Cxcl1, Lgals3, Il1b, Gfap, Junb, Socs3
Toll‐like receptor 6,94 E −03 Cd14, Cxcl1, Grk5, Anxa2, Hspe1, Ly86, Saa3, Trem2
Protein tyrosine phosphatase, receptor type 8,19 E −03 Tyrobp, Lgals1, Ptpre, Fcgr1, Cd52, Ptprc
Pathways downregulated in reactive astrocytes at 5 days after stab wound injury
Fibroblast growth factor 8,99 E −05 Ccnd2, Syt1, Serpine2, Fgfr3, Pax6, Sdc4, Sox2, Nedd4, Gpc5, Dmp1, Ncam1, Vegfa, Gja1, Spry2, Hip1, Hs2st1, Gli3, Sox9, Etv4, Cyr61
Rhoa RAS homolog 4,78 E −04 Neo1, Arhgap5, Ednrb, Rock1, Gna13, Pias1, Sdc4, Ophn1, S1pr1, Plxnb1, Rapgef3, Sox9, Sdc2, Cyr61
BETA catenin 1,75 E −03 Faf1, Tle1, Fzd4, Ppap2b, Sfrp1, Fbxw11, Rora, Sox2, Chd8, Prdm5, Tcf7l2, Trrap, Enah, Ptn, Sox9, Sdc2, Apc, Cyr61, Zeb1, Ptprz1
Lymphoid enhancer binding factor 1 (TCF/LEF) 1,85 E −03 Tle1, Ppap2b, Nrarp, Sfrp1, Tcf7l2, Hipk2
Paxillin 2,00 E −03 Pld2, Gna13, Ptpn11, Adcyap1r1, Nek3, Flii, Ptprt, Hgf
Homeodomain interacting protein kinase 4,01 E −03 Daxx, Pax6, Tcf7l2, Zbtb4, Hipk2
Wingless type 4,44 E −03 Faf1, Tnik, Tle1, Fzd4, Ppap2b, Fermt2, Znrf3, Nrarp, Lrp4, Sfrp1, Rora, Pax6, Sox2, Chd8, Prdm5, Tcf7l2, Rhou, Trps1, Trrap, Enah, Gli3, Sox9, Sdc2, Apc, Macf1
Progestin and ADIPOQ receptor 7,64 E −03 Srebf1, Ppara, Paqr8, Appl2
Nuclear receptor subfamily 2, group F, member 2 8,13 E −03 Srebf1, Ppara, Paqr8, Appl2
Pathways upregulated in both the reactive astrocytes at 5 days after stab wound injury and the adult NSCs
Aurora kinase 3,03 E −03 Cdc20, Ncaph, Vim, Ccna2, Cdk1
Mixed lineage kinase 3,22 E −03 Pim1, Txn1, Gspt1, Nfkbia, Gadd45b, Anxa2
Cyclin B1 3,61 E −03 Cdc20, Pbk, Ccna2, Cdk1
Cell division cycle 2, (G1 to S and G2 to M) 4,14 E −03 Cdc20, Pbk, Ncaph, Vim, Ccna2, Cdk1
Minichromosome maintenance complex 4,49 E −03 Ppp2r3c, Ccna2, Cdk1
Cell division cycle 25C 4,78 E −03 Pim1, Ccna2, Cdk1
BUB1 mitotic checkpoint serine/threonine kinase 5,64 E −03 Cdc20, Cdk1

Shown are the significantly (P < 0.01) enriched signal transduction pathways identified using GePS for genes significantly (FDR < 10%) regulated in reactive relative to nonreactive astrocytes or upregulated (P < 0.01, fold change > ×2) in both the adult NSCs and reactive astrocytes in comparison to nonreactive astrocytes.