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Table 4 Top 15 canonical pathways by IPA

From: Identification of biomarkers for amyotrophic lateral sclerosis by comprehensive analysis of exosomal mRNAs in human cerebrospinal fluid

Canonical pathways

P-value

Genes

Sirtuin Signaling Pathway

0.0002

PPARG,POLR1D,ATG12,TIMM44,ATG10, TIMM17B,MT-ND4,GLUD1,HIF1A,ESRRA, STAT3,MT-ND4L,AGTRAP,XPA,SOD3, SOD2,MT-ND3,GOT2

Leucine Degradation I

0.0009

AUH,IVD,HMGCL

L-cysteine Degradation I

0.0031

CDO1,GOT2

Pyridoxal 5′-phosphate Salvage Pathway

0.0038

PAK1,SGK1,GRK6,GRK5,PKN1,IRAK1

Adipogenesis pathway

0.0039

PPARG,FOXC2,BMP4,HDAC11,CEBPA, XBP1,GTF2H5,SOX9,HIF1A

IL-8 Signaling

0.0062

RAB11FIP2,GNAI3,ITGB2,CCND2,RND3, RHOD,MMP2,CHUK,LASP1,GNG12,IRAK1

Salvage Pathways of Pyrimidine Ribonucleotides

0.0065

NME3,PAK1,SGK1,GRK6,GRK5,PKN1, IRAK1

RhoGDI Signaling

0.0081

GNAI3,PAK1,PPP1R12C,ARHGAP9,RND3, PAK6,RHOD,CD44,GNG12,MSN

Unfolded protein response

0.0085

PPARG,PDIA6,ERO1B,CEBPA,XBP1

Protein Ubiquitination Pathway

0.0087

PSMB4,UBE2G2,USP18,USP14,USP4, UCHL5,USP19,PSMD14,DNAJA1,UBE2D1, UBE2L6,UCHL3,UBE2J2

Superoxide Radicals Degradation

0.0135

SOD2,SOD3

Pyrimidine Ribonucleotides Interconversion

0.0195

NUDT5,NME3,ENTPD1,CTPS1

Ketogenesis

0.0209

BDH2,HMGCL

Pyrimidine Ribonucleotides De Novo Biosynthesis

0.0229

NUDT5,NME3,ENTPD1,CTPS1

Dolichyl-diphosphooligosaccharide Biosynthesis

0.0251

DPM1,ALG8

  1. Enrichment of canonical pathway in DEGs was analyzed by Ingenuity Pathway Analysis (IPA). The top 15 ranked pathways are listed