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Table 2 Change of signaling pathways in Tg(RE:HSE:EGFP) zebrafish

From: RUNX1-Evi-1 fusion gene inhibited differentiation and apoptosis in myelopoiesis: an in vivo study

Term

Regulate

Counta

%b

P-Value

Benjamini

Proteasome

+

11

1.3

2.6E-9

2.8E-7

Cell cycle

+

28

2.2

5.3E-8

3.7E-6

Glycolysis/Gluconeogenesis

+

16

1.0

8.5E-6

7.0E-5

Tyrosine metabolism

+

10

0.9

9.1E-6

3.9E-5

Tryptophan metabolism

+

8

0.9

1.6E-5

4.1E-4

Drug metabolism

+

7

0.8

5.1E-5

7.6E-3

Metabolism of xenobiotics by cytochrome P450

+

7

0.8

5.1E-3

7.6E-2

Androgen and estrogen metabolism

+

8

0.9

7.0E-3

8.0E-2

PPAR signaling pathway

+

6

0.7

7.2E-3

7.4E-2

Retinol metabolism

+

4

0.5

8.4E-3

7.5E-2

Jak-STAT signaling pathway

-

14

2.4

6.8E-10

8.3E-8

DNA replication

-

15

1.1

3.5E-9

3.0E-7

Mismatch repair

-

8

0.9

4.5E-7

1.8E-6

Homologous recombination

-

12

0.9

8.9E-7

3.5E-5

Base excision repair

-

12

1

2.7E-6

4.7E-5

Spliceosome

-

22

1.6

2.9E-5

4.4E-4

Nucleotide excision repair

-

18

1.2

6.3E-5

4.3E-4

p53 signaling pathway

-

16

1.3

3.8E-4

8.3E-3

JNK signaling pathway

-

7

1.2

4.0E-4

8.7E-3

Butanoate metabolism

-

4

0.7

4.1E-4

2.7E-3

Transforming growth factor β

-

14

1.1

6.3 E-4

7.3 E-3

Porphyrin and chlorophyll metabolism

-

4

0.7

7.4E-4

7.8E-3

Arginine and proline metabolism

-

5

0.9

7.8E-4

8.0E-3

  1. +: upregulated; −: downregulated. a: genes involved in the term. b: involved genes/total genes
  2. P-Value: the threshold of EASE Score, a modified Fisher Exact P-Value, for gene-enrichment analysis (<0.01). Benjamini: Benjamini and Hochberg’s false discovery rate (<0.01)