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Table 1 Pathway analysis main findings: gene set enrichment analysis based on 438 miRNA target genes

From: miRNA deregulation targets specific pathways in leiomyosarcoma development: an in silico analysis

Pathway

Overlap

FDR

Genes

Database

RNA polymerase III functions

 RNA polymerase III transcription termination

4/23

0.0014

NFIC; POLR3G; POLR3H; POLR2K

REACTOME

 RNA polymerase III chain elongation

3/18

0.0067

POLR3G; POLR3H; POLR2K

REACTOME

 tRNA modification in the nucleus and cytosol

4/39

0.0102

URM1; ADAT1; LCMT2; OSGEP

REACTOME

 RNA polymerase III transcription

4/41

0.0121

NFIC; POLR3G; POLR3H; POLR2K

REACTOME

 RNA polymerase III

3/32

0.0324

POLR3G; POLR3H; POLR2K

KEGG

Synaptic neurotransmission

 Dopaminergic synapse

9/129

0.0022

KCNJ6; ATF6B; KCNJ9; PPP2R2D; CACNA1A; GRIN2B; CREB5; GNG13; MAPK13

KEGG

 Synapse formation and maturation (LGI-ADAM interactions)

3/14

0.0032

CACNG8; ADAM22; CACNG2

REACTOME

 Depolarization of the presynaptic terminal triggers the opening of calcium channels

2/13

0.0318

CACNA1A; CACNG2

REACTOME

 Neurotransmitter receptor binding and downstream transmission in the postsynaptic cell

7/142

0.0370

CACNG8; KCNJ6; KCNJ9; GRIK3; CACNG2; GRIN2B; GNG13

REACTOME

 Morphine addiction

5/91

0.0496

KCNJ6; KCNJ9; CACNA1A; GABRG1; GNG13

KEGG

Other pathways

 Extrinsic pathway of fibrin clot formation

2/5

0.0046

F7; TFPI

REACTOME

 Chemokine receptors bind chemokines

5/56

0.0075

CCL22; CCL7; ACKR2; CXCL2; CXCL16

REACTOME

 TP53 regulates transcription of genes involved in G1 cell cycle arrest

2/13

0.0318

CCNE1; ZNF385A

REACTOME

 Regulation of TP53 activity through association with co-factors

2/14

0.0366

ZNF385A; TP73

REACTOME

 Hematopoietic cell lineage

5/88

0.0440

FCER2; CSF2; TFRC; ITGA1; CD3E

KEGG

 Protein digestion and absorption

5/90

0.0477

COL1A1; SLC6A19; COL3A1; COL12A1; SLC8A2

KEGG

  1. FDR false discovery rate