Table 3 1 Over-represented Gene Ontology Classes, 2 Under-represented Gene Ontology Classes.

From: Transcriptome analysis of umbilical cord mesenchymal stem cells revealed fetal programming due to chorioamnionitis

GO term

Count in selection

p value

FDR

(1)

Biological Process

 *Extracellular structure organization

20

5.112E−10

3.400E−06

 *Extracellular matrix organization

19

6.497E−10

3.457E−06

 *Collagen catabolic process

10

4.219E−09

1.403E−05

 *Collagen metabolic process

10

1.564E−08

4.161E−05

 *Extracellular matrix disassembly

9

1.694E−07

3.757E−04

 Cell cycle arrest

10

2.125E−06

3.141E−03

 *Collagen fibril organization

6

2.940E−06

3.910E−03

 Response to acid chemical

12

1.094E−05

1.120E−02

 Response to toxic substance

13

4.999E−05

4.290E−02

 Autophagy

7

9.546E−05

7.055E−02

 Process utilizing autophagic mechanism

7

9.546E−05

7.055E−02

 Autophagosome assembly

4

1.157E−04

7.327E−02

 Autophagosome organization

4

1.157E−04

7.327E−02

 Cellular component disassembly

13

1.059E−04

7.327E−02

 Regulation of growth

16

1.648E−04

9.963E−02

Molecular function

 *Extracellular matrix structural constituent

10

1.384E−08

4.090E−05

 Growth factor binding

9

2.872E−06

3.910E−03

 *Platelet-derived growth factor binding

4

4.007E−06

5.077E−03

(2)

Biological Process

 DNA metabolic process

80

0.000E + 00

0.000E + 00

 Cell cycle

103

0.000E + 00

0.000E + 00

 Mitotic cell cycle

82

0.000E + 00

0.000E + 00

 DNA replication

45

3.309E−39

1.775E−35

 Cell cycle process

78

2.239E−38

9.004E−35

 Mitotic cell cycle process

58

1.619E−33

4.341E−30

 DNA-dependent DNA replication

28

4.829E−30

1.110E−26

 DNA repair

50

1.065E−29

2.285E−26

 DNA strand elongation involved in DNA replication

20

7.749E−28

1.558E−24

 Chromosome organization

64

1.725E−27

3.264E−24

Molecular function

 Protein binding

188

9.834E−13

5.455E−10

 Catalytic activity, acting on DNA

20

6.426E−12

3.335E−09

 Nucleic acid binding

104

1.667E−11

8.380E−09

 Heterocyclic compound binding

140

2.120E−10

9.745E−08

 Organic cyclic compound binding

141

2.508E−10

1.136E−07

 Nucleotide binding

77

1.431E−09

5.757E−07

 Nucleoside phosphate binding

77

1.460E−09

5.799E−07

 DNA−dependent ATPase activity

12

2.105E−09

8.064E−07

 DNA binding

77

4.162E−09

1.456E−06

 Nucleoside−triphosphatase activity

37

6.910E−09

2.340E−06

  1. *Related to myofibroblast differentiation.
  2. Related to cell cycle.