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Table 1 Top networks and biological functions of Med12 regulated genes in mNSC

From: Mediator subunit Med12 contributes to the maintenance of neural stem cell identity

Top networks

Score

 Cell-to-cell signaling and interaction, Connective tissue development and function, Cellular movement

48

 Gene expression, Cell cycle, Connective tissue development and function

38

 Dermatological disease and condition, Genetic disorder, Gene expression

27

 Cell-to-cell signaling and interaction, Cardiac Necrosis/Cell Death, Cell death

26

 Psychological disorders, Connective tissue development and function, Gene expression

22

Disease and disorders

p-value

# Genes

 Cancer

3.02E-05–2.03E-02

56

 Genetic disorder

1.93E-04–1.88E-02

95

 Endocrine system disorders

2.17E-04–1.83E-02

39

 Metabolic disease

2.17E-04–1.83E-02

39

 Hematological disease

8.26E-04–1.83E-02

3

Molecular and cellular functions

p-value

# Genes

 Cell-to-cell signaling and interaction

3.49E-07–1.88E-02

23

 Gene expression

2.60E-05–2.03E-02

15

 Cell cycle

6.34E-05–1.95E-02

13

 Cellular development

8.42E-05–2.03E-02

39

 Cellular movement

1.03E-04–1.98E-02

29

  1. Ingenuity® Pathway Analysis (IPA®) was used to analyze microarray data to gain insight of putative function of Med12 in mNSC. The significance of representation (p-value) is determined by IPA based on the number of genes found in each biological category divided by the number of known genes assigned to that category by the Ingenuity® Knowledge Base