Table 3 DEPs mapped to pathways (top20).

From: Integration of deep transcriptome and proteome analyses of salicylic acid regulation high temperature stress in Ulva prolifera

#

Pathway

Diff proteins with pathway annotation (429)

All Proteins with pathway annotation (3046)

P value

Pathway ID

1

Oxidative phosphorylation

28 (6.53%)

84 (2.76%)

4.595368e-06

ko00190

2

Glutathione metabolism

19 (4.43%)

46 (1.51%)

4.790152e-06

ko00480

3

Phagosome

18 (4.2%)

45 (1.48%)

1.465223e-05

ko04145

4

Other types of O-glycan biosynthesis

3 (0.7%)

3 (0.1%)

0.002776944

ko00514

5

Proteasome

12 (2.8%)

39 (1.28%)

0.005547541

ko03050

6

Ribosome

34 (7.93%)

179 (5.88%)

0.03682623

ko03010

7

SNARE interactions in vesicular transport

4 (0.93%)

10 (0.33%)

0.04048394

ko04130

8

Pentose phosphate pathway

8 (1.86%)

30 (0.98%)

0.05031079

ko00030

9

Photosynthesis - antenna proteins

8 (1.86%)

31 (1.02%)

0.05982023

ko00196

10

Brassinosteroid biosynthesis

3 (0.7%)

8 (0.26%)

0.09012274

ko00905

11

alpha-Linolenic acid metabolism

4 (0.93%)

13 (0.43%)

0.0979834

ko00592

12

Carbon fixation in photosynthetic organisms

16 (3.73%)

83 (2.72%)

0.1139435

ko00710

13

Arachidonic acid metabolism

4 (0.93%)

14 (0.46%)

0.1226120

ko00590

14

Purine metabolism

14 (3.26%)

72 (2.36%)

0.1264869

ko00230

15

Taurine and hypotaurine metabolism

1 (0.23%)

1 (0.03%)

0.1408404

ko00430

16

Synthesis and degradation of ketone bodies

1 (0.23%)

1 (0.03%)

0.1408404

ko00072

17

Linoleic acid metabolism

2 (0.47%)

5 (0.16%)

0.1480381

ko00591

18

Diterpenoid biosynthesis

2 (0.47%)

5 (0.16%)

0.1480381

ko00904

19

C5-Branched dibasic acid metabolism

2 (0.47%)

5 (0.16%)

0.1480381

ko00660

20

Porphyrin and chlorophyll metabolism

9 (2.1%)

47 (1.54%)

0.2078737

ko00860