Table 3 Three-way pathway comparison of hiPSCs/hESCs, hiPSCs/HFF, and hESCs/HFF.

From: Combining membrane proteomics and computational three-way pathway analysis revealed signalling pathways preferentially regulated in human iPSCs and human ESCs

Pathway

hiPSCs/hESCs (p-val/FDR)

hiPSCs/HFF (p-val/FDR)

hESCs/HFF (p-val/FDR)

KEGG: N-glycan biosynthesis

UP 0.006/0.013

N/A—

N/A—

REACTOME: post translational protein modification

UP 0.000/0.006

UP 0.004/0.020

N/A 0.224/0.601

REACTOME: asparagine N-linked glycosylation

UP 0.008/0.037

UP 0.105/0. 204

N/A 0.534/0.626

KEGG: focal adhesion

UP 0.062/0.111

DOWN 0.000/0.000

DOWN 0.000/0.001

KEGG: oxidative phosphorylation

DOWN 0.033/0.232

UP 0.000/0.001

UP 0.000/0.000

REACTOME: TCA cycle and respiratory electron transport

DOWN 0.056/0.187

UP 0.000/0.004

UP 0.000/0.001

KEGG: Alzheimer’s disease

DOWN 0.066/0.088

UP 0.159/0.196

UP 0.084/0.074

KEGG: Huntington’s disease

DOWN 0.057/0.113

UP 0.000/0.001

UP 0.000/0.000

KEGG: Parkinson’s disease

DOWN 0.063/0.150

UP 0.000/0.001

N/A—

REACTOME: respiratory electron transport ATP synthesis by chemiosmotic coupling and heat production by uncoupling proteins

DOWN 0.032/0.223

UP 0.000/0.003

N/A —

REACTOME: mitochondrial protein import

DOWN 0.061/0.144

N/A —

N/A —

  1. UP: up-regulation; DOWN: down-regulation; N/A: not applicable; hiPSCs: human induced pluripotent stem cells; hESCs: human embryonic stem cells; HFF: human foreskin fibroblast; p-val: p-value; FDR: false discovery rate; —: not in GSEA.