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Table 2 GO analysis of DEPs (UpHT vs UpC) (top15)

From: Comparative proteomic analysis of Ulva prolifera response to high temperature stress

Gene Ontology term

Cluster frequency

Protein frequency of use

P-value

translation

117 out of 469 genes, 24.9%

192 out of 1588 genes, 12.1%

3.420412e-22

protein metabolic process

198 out of 469 genes, 42.2%

424 out of 1588 genes, 26.7%

7.955088e-19

cellular protein metabolic process

185 out of 469 genes, 39.4%

389 out of 1588 genes, 24.5%

2.034726e-18

gene expression

131 out of 469 genes, 27.9%

251 out of 1588 genes, 15.8%

1.381491e-16

cellular macromolecule biosynthetic process

136 out of 469 genes, 29.0%

275 out of 1588 genes, 17.3%

1.195581e-14

response to stimulus

126 out of 469 genes, 26.86%

465 of 1588 in all the Protein

1.921323e-6

structural constituent of ribosome

93 out of 481 genes, 19.3%

114 out of 1743 genes, 6.5%

1.412589e-35

structural molecule activity

104 out of 481 genes, 21.6%

142 out of 1743 genes, 8.1%

2.312654e-32

rRNA binding

31 out of 481 genes, 6.4%

33 out of 1743 genes, 1.9%

6.624359e-16

RNA binding

73 out of 481 genes, 15.2%

131 out of 1743 genes, 7.5%

1.526571e-12

nucleic acid binding

98 out of 481 genes, 20.4%

224 out of 1743 genes, 12.9%

1.810790e-08

ribonucleoprotein complex

138 out of 473 genes, 29.2%

187 out of 1477 genes, 12.7%

1.942048e-36

ribosome

122 out of 473 genes, 25.8%

166 out of 1477 genes, 11.2%

1.634089e-31

non-membrane-bounded organelle

165 out of 473 genes, 34.9%

281 out of 1477 genes, 19.0%

4.775761e-25

intracellular non-membrane-bounded organelle

165 out of 473 genes, 34.9%

281 out of 1477 genes, 19.0%

4.775761e-25

macromolecular complex

214 out of 473 genes, 45.2%

409 out of 1477 genes, 27.7%

3.124677e-24