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Table 2 GO and KEGG pathway enrichment analysis of DEGs in the high-ESR2 group

From: Estrogen receptors promote NSCLC progression by modulating the membrane receptor signaling network: a systems biology perspective

Category

Term

Count

p value

Genes

BP

Cell adhesion

6

3.6E−02

CLCA2, COL7A1, PKP1, ADAM23, DSC3, COL4A6

BP

Embryonic limb morphogenesis

5

1.9E−05

HOXC10, DLX6, DLX5, BMP7, HOXD10

BP

Epithelial cell differentiation

5

1.7E−04

RHCG, DLX6, DLX5, UPK1B, BMP7

CC

Extracellular exosome

20

1.5E−02

COCH, GDA, KRT6B, LGALS7, KRT13, CALB1, A2ML1, LGALS7B, CD19, KRT74, NEB, PKP1, KRT5, RHCG, CALML3, DSG3, UPK1B, MS4A1, SPRR3, SERPINB13

CC

Integral component of plasma membrane

12

2.7E−02

EPHA7, CLCA2, CD19, SLCO1A2, RHCG, ADAM23, PTPRZ1, GABRA3, CDHR1, NTRK2, UPK1B, MS4A1

CC

Keratin filament

4

7.8E−03

KRT74, KRT6B, KRT5, KRT13

MF

Calcium ion binding

8

3.1E−02

CALML3, DSG3, CDHR1, NELL2, DSC3, CALB1, PCDH19, CACNA1B

MF

Sequence-specific DNA binding

7

2.2E−02

HOXC10, DLX6, SOX2, FOXE1, DMRT2, HOXD10, HOXD11

MF

Structural molecule activity

6

3.8E−03

KRT74, KRT5, SPRR2A, UPK1B, SPRR3, KRT13

KEGG

GABAergic synapse

3

3.8E−02

GABRA3, HAP1, CACNA1B

  1. The top 3 terms containing the largest number of DEGs from Biological Processes (BP), Cell Components (CC), Molecular Functions (MF) and KEGG Pathways are listed in the table, respectively. A complete list of genes and terms can be found in Additional file 2