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Table 1 Top 25 GO.BP affected by both PML knockdown and TNF α treatment

From: Microarray analysis revealing common and distinct functions of promyelocytic leukemia protein (PML) and tumor necrosis factor alpha (TNFα) signaling in endothelial cells

Gene Ontology Biological Process (GO.BP)

PML Knockdown

TNFα

Gene number

q value

Gene number

q value

Cellular metabolic process

539

3.04E-116

296

9.50E-52

Primary metabolic process

527

4.97E-104

287

1.06E-44

Regulation of cellular process

449

1.71E-75

301

1.92E-60

Macromolecule metabolic process

441

1.25E-81

237

7.06E-34

Biopolymer metabolic process

433

7.96E-80

230

6.54E-32

Cellular macromolecule metabolic process

413

1.71E-78

219

1.87E-31

Cellular biopolymer metabolic process

403

4.47E-75

210

2.56E-28

Biosynthetic process

294

9.75E-49

160

3.39E-21

Cell communication

288

5.37E-52

219

2.97E-56

Cellular biosynthetic process

288

9.70E-48

155

4.47E-20

Nitrogen compound metabolic process

274

6.66E-39

144

7.73E-15

Signal transduction

260

4.09E-45

201

3.61E-51

Protein metabolic process

253

7.52E-57

141

2.06E-27

Nucleobase, nucleoside, nucleotide and nucleic acid metabolic process

240

9.74E-31

119

1.98E-09

Macromolecule biosynthetic process

230

5.36E-35

120

2.81E-13

Cellular protein metabolic process

229

1.32E-56

125

4.20E-26

Cellular macromolecule biosynthetic process

228

1.25E-34

117

2.02E-12

Gene expression

211

5.35E-24

118

3.60E-11

Cellular biopolymer biosynthetic process

209

3.83E-30

106

1.96E-10

Biopolymer biosynthetic process

209

5.59E-30

106

2.34E-10

Transport

201

1.57E-37

124

1.35E-23

Regulation of metabolic process

197

1.26E-21

137

3.76E-20

Multicellular organismal development

193

5.30E-36

159

7.97E-46

Regulation of cellular metabolic process

187

5.51E-20

127

1.92E-17

Regulation of macromolecule metabolic process

173

5.31E-17

121

1.72E-16