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Table 4 Top functions associated with significant networks identified by IPA and number of focus genes at each time point.

From: Transcriptomic analysis of the dialogue between Pseudorabies virus and porcine epithelial cells during infection

Top functions

Time

 

T1

T2

T4

T8

Gene Expression

9

12

178

297

Molecular Transport

9

-

81

372

Drug Metabolism

9

-

31

83

Cancer

-

47

386

357

Connective Tissue Development and Function

-

27

103

152

Cell Cycle

-

24

246

432

Cellular Development

-

23

144

64

Cell Death

-

23

141

205

Cell Morphology

-

23

91

58

Cellular Movement

-

15

92

125

Cellular Assembly and Organization

-

15

82

358

Post-Translational Modification

-

13

75

79

Small Molecule Biochemistry

-

13

64

324

Amino Acid Metabolism

-

13

56

219

Neurological Disease

-

12

59

147

Organismal Injury and Abnormalities

-

12

30

56

Cellular Growth and Proliferation

-

11

93

114

Connective Tissue Disorders

-

11

15

21

Cell Signaling

-

-

223

662

DNA Replication Recombination and Repair

-

-

183

194

Genetic Disorder

-

-

128

218

Nervous System Development and Function

-

-

98

166

Hematological Disease

-

-

92

89

Protein Synthesis

-

-

88

204

Dermatological Diseases and Conditions

-

-

82

175

Hematological System Development and Function

-

-

81

116

Lipid Metabolism

-

-

79

363

Cell-To-Cell Signaling and Interaction

-

-

76

122

Skeletal and Muscular Disorders

-

-

76

33

Immune Response

-

-

71

246

Cardiovascular Disease

-

-

70

80

Cellular Function and Maintenance

-

-

61

263

Embryonic Development

-

-

54

180

Endocrine System Development and Function

-

-

53

62

Immunological Disease

-

-

44

54

RNA Post-Transcriptional Modification

-

-

43

122

Nucleic Acid Metabolism

-

-

39

130

Reproductive System Development and Function

-

-

35

26

Tissue Development

-

-

34

73

Protein Trafficking

-

-

34

63

Protein Folding

-

-

32

31

Carbohydrate Metabolism

-

-

31

136

Cardiovascular System Development and Function

-

-

31

127

Organismal Development

-

-

29

30

Cellular Compromise

-

-

28

96

Organ Morphology

-

-

28

91

Vitamin and Mineral Metabolism

-

-

27

61

Skeletal and Muscular System Development and Function

-

-

25

33

Developmental Disorder

-

-

18

33

Inflammatory Disease

-

-

16

95

Nutritional Disease

-

-

16

30

Infectious Disease

-

-

14

65

Metabolic Disease

-

-

12

89

Viral Function

-

-

61

-

Reproductive System Disease

-

-

48

-

Ophthalmic Disease

-

-

32

-

Hair and Skin Development and Function

-

-

31

-

Organ Development

-

-

31

-

Cardiac Fibrosis

-

-

30

-

Viral Infection

-

-

30

-

Cardiac Enlargement

-

-

28

-

DNA Replication

-

-

20

-

Cardiac Pulmonary Embolism

-

-

17

-

Dermatological Diseases and Condition

-

-

17

-

Cardiac Necrosis/Cell Death

-

-

16

-

Digestive System Development and Function

-

-

16

-

Hepatic System Disease

-

-

14

-

Tumor Morphology

-

-

13

-

Protein Degradation

-

-

-

119

Energy Production

-

-

-

84

Gastrointestinal Disease

-

-

-

65

Behavior

-

-

-

61

Immune and Lymphatic System Development and Function

-

-

-

61

Renal Necrosis/Cell Death

-

-

-

33

Renal and Urological System Development and Function

-

-

-

32

Endocrine System Disorders

-

-

-

31

Cardiac Hypertrophy

-

-

-

30

Organismal Survival

-

-

-

28

Free Radical Scavenging

-

-

-

27

Respiratory System Development and Function

-

-

-

25

Tissue Morphology

-

-

-

23

Hepatic System Development and Function

-

-

-

21

Focus genes

12

98

1474

2887

  1. *The same focus gene may exist in different top functions.
  2. § The number of focus genes from the Qiagen_NRSP8 microarray is reported at each time point for each top function.