Table 3 Pathways related to DEGs network of PaeAG1 exposed to ciprofloxacin, according to KEGG annotation.

From: Transcriptomic determinants of the response of ST-111 Pseudomonas aeruginosa AG1 to ciprofloxacin identified by a top-down systems biology approach

KEGG term ID

Term description

Total gene count

DEGs 2.5 h

DEGs 5 h

Modules

Regulation (% DEGs)*

Observed gene count

FDR

Observed gene count

FDR

paeb01130

Biosynthesis of antibiotics

266

30

0.0015

34

0.00047

Brown, Yellow

Down (61%)

paeb01110

Biosynthesis of secondary metabolites

320

30

0.0352

31

0.0205

Yellow

Down (70%)

paeb00650

Butanoate metabolism

37

8

0.0133

9

0.0068

Yellow

Down (55%)

paeb01200

Carbon metabolism

126

15

0.0258

18

0.0068

Yellow

Down (80%)

paeb00020

Citrate cycle (TCA cycle)

30

7

0.0158

8

0.0068

Yellow

Down (75%)

paeb00061

Fatty acid biosynthesis

27

7

0.0131

9

0.0014

Yellow

Down (100%)

paeb01212

Fatty acid metabolism

49

8

0.0309

10

0.0068

Yellow

Down (90%)

paeb00405

Phenazine biosynthesis

20

5

0.0309

6

0.0127

Brown

Up (100%)

paeb00640

Propanoate metabolism

47

12

0.00061

16

3.87e-06

Brown, Yellow

Variable (50/50)

paeb03060

Protein export

15

5

0.026

3

0.0014

Yellow

Down (100%)

paeb02024

Quorum sensing

86

11

0.0317

14

0.0068

Brown

Up (69%)

paeb03010

Ribosome

55

27

1.95e-14

27

2.63e-13

Blue

Down (100%)

paeb03018

RNA degradation

17

5

0.0258

5

0.0273

Blue

Down (60%)

paeb00072

Synthesis and degradation of ketone bodies

10

4

0.0258

4

0.0273

Brown, Turquoise

Up (100%)

paeb00280

Valine, leucine and isoleucine degradation

46

11

0.0015

11

0.0023

Brown, Turquoise

Up (82%)

  1. Annotation of modules of co-expressed genes and the general regulation are also included.
  2. *Based on logFC of DEGs at both times 2.5 and 5 h.