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Table 2 Overrepresented GO categories compared to control within the syngeneic transplantation group. The top 10 significantly overrepresented GO categories on the third level (p < 0.05, Fisher's exact test, with Benjamini and Hochberg correction) related to biological process (BP), cellular component (CC) and molecular function (MF) in the set of genes down- or up-regulated after syngeneic transplantation (sTX) compared to control are shown in Table 2 The numbers indicate the quantity of genes corresponding with the GO-terms.

From: Activation of counter-regulatory mechanisms in a rat renal acute rejection model

sTX_down

Category

Term

Count

p-value

BP

organic acid metabolism

57

1,1E-10

BP

carboxylic acid metabolism

56

1,5E-10

BP

amino acid and derivative metabolism

41

7,1E-9

BP

amino acid metabolism

31

2,2E-6

BP

nitrogen compound metabolism

40

8,3E-6

BP

amine metabolism

38

9,7E-6

BP

sulfur amino acid metabolism

10

1,8E-5

BP

amino acid derivative metabolism

18

6,0E-5

BP

amino acid catabolism

13

1,1E-4

BP

nitrogen compound catabolism

15

1,2E-4

CC

mitochondrion

59

1,9E-7

CC

microbody

14

4,0E-4

CC

peroxisome

14

4,0E-4

MF

oxidoreductase activity

59

3,2E-9

MF

catalytic activity

195

1,5E-6

MF

lyase activity

20

1,7E-3

sTX_up

BP

mitotic cell cycle

44

5,3E-7

BP

cell division

30

6,1E-7

BP

cell cycle

81

6,8E-7

BP

cell adhesion

70

2,5E-6

BP

mitosis

29

2,6E-6

BP

M phase of mitotic cell cycle

29

2,7E-6

BP

cell proliferation

83

1,1E-5

BP

M phase

33

3,9E-5

BP

regulation of cell cycle

54

7,9E-5

BP

regulation of progression through cell cycle

54

7,9E-5

CC

extracellular matrix

56

3,5E-16

CC

extracellular matrix (sensu Metazoa)

54

2,7E-15

CC

intracellular non-membrane-bound organelle

144

6,0E-13

CC

non-membrane-bound organelle

144

6,0E-13

CC

collagen

16

2,0E-7

CC

ribosome

36

2,4E-5

CC

cytoskeleton

76

4,1E-5

CC

spindle

17

4,1E-5

CC

microtubule cytoskeleton

40

4,2E-5

CC

chromosome

36

4,4E-5

MF

structural molecule activity

75

3,7E-8

MF

extracellular matrix structural constituent

23

9,6E-8

MF

structural constituent of ribosome

32

9,3E-5

MF

collagen binding

8

1,7E-2

MF

pattern binding

17

4,3E-2

MF

enzyme inhibitor activity

29

4,7E-2