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Table 1 Results of gene ontology analysis using the "biological process" annotation

From: Transcriptome analysis reveals a major impact of JAK protein tyrosine kinase 2 (Tyk2) on the expression of interferon-responsive and metabolic genes

GO category

# genes

ER

NC

p-value

(A)

    

humoral defense mechanism sensu Vertebrata

11

1.58

4.3

0

antigen presentation

11

1.54

4.02

0

defense response

46

1.34

2.72

0

immune response

102

1.28

2.31

0

positive regulation of transcription

    

DNA-dependent

13

1.19

1.65

0.0013

regulation of apoptosis

45

1.11

0.94

0.0005

protein ubiquitination

78

1.06

0.58

0.0049

protein modification

71

1.06

0.57

0

transcription

449

1.04

0.34

0

regulation of transcription DNA.dependent

586

1.03

0.29

0

transport

576

0.97

-0.29

0.0002

electron transport

138

0.95

-0.49

0.002

metabolism

151

0.92

-0.8

0

sodium ion transport

22

0.88

-1.2

0.0025

biosynthesis

24

0.87

-1.26

0.0009

fatty acid biosynthesis

15

0.85

-1.57

0.0011

lipid biosynthesis

34

0.83

-1.77

0

steroid biosynthesis

20

0.83

-1.79

0

cholesterol biosynthesis

12

0.79

-2.21

0

sterol biosynthesis

13

0.77

-2.5

0

(B)

    

inflammatory response

46

2.24

7.55

0

chemotaxis

30

2

6.48

0

immune response

102

1.93

6.18

0

sensory perception

42

1.64

4.66

0

defense response to bacteria

11

1.63

4.61

0.0001

defense response

46

1.37

2.97

0

cell surface receptor linked signal transduction

32

1.28

2.28

0.001

sensory perception of smell

70

1.25

2.08

0

cell proliferation

42

1.24

2.03

0.0008

signal transduction

222

1.21

1.79

0

regulation of apoptosis

45

1.2

1.73

0

G-rotein coupled receptor protein signaling pathway

166

1.15

1.32

0

regulation of transcription

119

1.1

0.87

0

regulation of transcription DNA.dependent

586

1.04

0.38

0

electron transport

138

0.87

-1.26

0

metabolism

151

0.82

-1.91

0

lipid metabolism

59

0.79

-2.21

0

lipid biosynthesis

34

0.77

-2.49

0

fatty acid metabolism

32

0.71

-3.15

0

(C)

    

negative regulation of progression through cell cycle

26

1.17

0.95

0.0022

anti apoptosis

30

1.17

0.92

0.0015

metabolism

151

0.92

-0.47

0.0009

protein biosynthesis

180

0.92

-0.52

0

cell proliferation

42

0.87

-0.8

0.0021

fatty acid metabolism

32

0.85

-0.95

0.0015

rRNA processing

29

0.85

-0.97

0.0019

lipid biosynthesis

34

0.84

-1.02

0.0004

steroid biosynthesis

20

0.83

-1.09

0.0037

sterol biosynthesis

13

0.8

-1.34

0.0039

cholesterol biosynthesis

12

0.79

-1.43

0.003

  1. Within the "biological process" annotation, gene classes (412 in total) were separately contrasted with all other classes using t- tests on standardized coefficients. (A) Basal differences between genotypes, (B) LPS induction in Wt, and (C) differences between genotypes in LPS induction (genotype by treatment interaction). ER, approximate mean expression ratio, NC, mean normed coefficients.