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Table 2 Pathways enriched in temporal patterns by SST

From: Sho-saiko-to, a traditional herbal medicine, regulates gene expression and biological function by way of microRNAs in primary mouse hepatocytes

  

Pathways from temporal up-pattern (KEGG ID)

P-value*

FDR**

Pathways from temporal down-pattern (KEGG ID)

P-value

FDR

All genes

Simple enrichment analysis

Cell cycle (mmu04110)

8.41E-05

9.62E-03

Drug metabolism-cytochrome P450 (mmu00982)

3.57E-10

3.07E-08

Systemic lupus erythematosus (mmu05322)

7.97E-10

3.43E-08

Complement and coagulation cascades (mmu04610)

3.45E-08

9.88E-07

Retinol metabolism (mmu00830)

4.38E-08

9.41E-07

Metabolism of xenobiotics by cytochrome P450 (mmu00980)

1.15E-06

1.97E-05

Linoleic acid metabolism (mmu00591)

2.04E-06

2.92E-05

Prion diseases (mmu05020)

2.43E-05

2.99E-04

PPAR signaling pathway (mmu03320)

3.42E-05

3.67E-04

Drug metabolism-other enzymes (mmu00983)

4.87E-04

4.64E-03

Topology-based signaling pathway analysis

   

Systemic lupus erythematosus (mmu05322)

1.74E-10

1.36E-08

Complement and coagulation cascades (mmu04610)

4.55E-10

1.77E-08

Cytokine-cytokine receptor interaction (mmu04060)

1.69E-08

1.84E-06

Prion diseases (mmu05020)

2.82E-07

7.33E-06

Osteoclast differentiation (mmu04380)

4.88E-06

2.66E-04

PPAR signaling pathway (mmu03320)

1.42E-06

2.78E-05

Cell cycle (mmu04110)

1.52E-04

5.55E-03

Staphylococcus aureus infection (mmu05150)

3.48E-06

5.42E-05

   

Serotonergic synapse (mmu04726)

1.18E-05

1.53E-04

Alcoholism (mmu05034)

2.48E-04

2.77E-03

Endocrine and other factor-regulated calcium reabsorption (mmu04961)

7.76E-04

7.57E-03

MicroRNA targets

Simple enrichment analysis

No pathway

  

Metabolism of xenobiotics by cytochrome P450 (mmu00980)

1.45E-04

3.19E-03

Topology-based signaling pathway analysis

Cell cycle (mmu04110)

5.46E-03

1.00E-02

No pathway

  

Non-microRNA targets

Simple enrichment analysis

No pathway

  

Systemic lupus erythematosus (mmu05322)

1.63E-10

1.22E-08

Complement and coagulation cascades (mmu04610)

9.24E-09

3.46E-07

Drug metabolism (mmu00982)

1.94E-07

4.85E-06

Prion diseases (mmu05020)

1.20E-05

2.26E-04

Retinol metabolism (mmu00830)

2.82E-05

4.22E-04

Linoleic acid metabolism (mmu00591)

2.01E-04

2.51E-03

PPAR signaling pathway (mmu03320)

8.76E-04

9.34E-03

Topology-based signaling pathway analysis

Cytokine-cytokine receptor interaction (mmu04060)

1.63E-07

1.42E-05

Systemic lupus erythematosus (mmu05322)

3.95E-11

3.00E-09

Complement and coagulation cascades (mmu04610)

1.31E-10

4.97E-09

Prion diseases (mmu05020)

1.32E-07

3.34E-06

NF-kappa B signaling pathway (mmu04064)

2.37E-05

8.95E-04

Staphylococcus aureus infection (mmu05150)

1.63E-06

3.10E-05

MAPK signaling pathway (mmu04010)

3.09E-05

8.95E-04

Serotonergic synapse (mmu04726)

5.15E-05

7.83E-04

Osteoclast differentiation (mmu04380)

4.17E-04

9.07E-03

PPAR signaling pathway (mmu03320)

9.33E-05

1.18E-03

Endocrine and other factor-regulated calcium reabsorption (mmu04961)

6.65E-04

7.22E-03

     

Alcoholism (mmu05034)

9.07E-04

8.61E-03

  1. *For simple enrichment analysis, the p values are calculated by the Fisher’s exact test in the DAVID program [30]. For topology-based signaling pathway analysis, the p value indicates the global pathway significance p value (PG), which combines the enrichment p values and the perturbation p values in regard to pathway topology with a random bootstrap iteration number of 3000 [31].
  2. **The false discovery rate (FDR) correction is measured by applying the Benjamini algorithm [30, 31].