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Table 3 Selection of differentially expressed genes in P. aeruginosa in co-culture versus mono-culture

From: Transcriptional profiling of Pseudomonas aeruginosa and Staphylococcus aureus during in vitro co-culture

gene

FC a

annotation

functional category

Up-regulated genes

lldA

14.13

L-lactate dehydrogenase

metabolism

 PA14_19690

7.77

CidB, LrgB anti-holin protein

cell envelope

 PA14_19680

6.51

CidA, LrgA holin like protein

cell envelope

fdnH

5.55

nitrate inducible formate DH accessory protein

metabolism

 PA14_64270

5.08

Leu/Ile/Val-binding protein family signature

transport

 PA14_55631

5.05

23S ribosomal RNA

RNA synthesis/modif.

 PA14_62060

5.05

23S ribosomal RNA

RNA synthesis/modif.

 PA14_61830

4.88

tRNA-Met

RNA synthesis/modif.

 PA14_63100

4.38

cytochrome type D-lactate DH (4Fe-4S)

metabolism

narK1

3.95

nitrite extrusion protein I

transport

 PA14_24780

3.87

Amoonium transporter

transport

lldD

3.64

L-lactate dehydrogenase

metabolism

 PA14_60150

3.26

tRNA-Lys

RNA synthesis/modif.

popN

3.13

type III secretion system

virulence

 PA14_08670

3.01

tRNA-Thr

RNA synthesis/modif.

 PA14_08660

2.96

tRNA-Gly

RNA synthesis/modif.

lldP

2.94

L-lactate permease

transport

ureE

2.93

urease accessory protein UreE

metabolism

glnA

2.93

glutamine synthetase

N-metabolism

mtr

2.74

Tryptophan permease

transport

 PA14_36220

2.61

Amino acid permease

transport

exsB

2.56

TTSS regulator

virulence

 PA14_08210

2.52

F-pyocin

Phage/pyocin

gdhA

2.49

glutamate dehydrogenase

N-metabolism

 PA14_06890

2.36

pyruvate kinase pyridoxal phosphate

metabolism

 PA14_06930

2.32

glutamine amidotransferase

metabolism

 PA14_08070

2.30

R-pyocin, phage tail protein

Phage/pyocin

 PA14_06920

2.04

class III pyridoxal phosphate aminotransferase

metabolism

Down-regulated genes

 PA14_37310

−20.35

allophanate hydrolase subunit II putative

metabolism

 PA14_37290

−18.80

allophanate hydrolase subunit I putative

metabolism

 PA14_37270

−18.65

LamB/YcsF, carbohydrate/lactam utilization

metabolism

mmsB

−16.48

3-hydroxyisobutyrate dehydrogenase

aa metabolism

mmsA

−15.68

methylmalonate-semialdehyde dehydrogenase

aa metabolism

 PA14_37260

−15.13

OpdO, lactam/pyroglutamate uptake

transport

pchB

−14.79

pyochelin synthesis

virulence

 PA14_37250

−12.58

MFS transporter

transport

bkdA1

−11.87

2-oxoisovalerate dehydrogenase subunit alpha

aa metabolism

gnuT

−11.53

gluconate permease

transport

pchC

−11.32

pyochelin synthesis

virulence

pchG

−10.48

pyochelin synthesis

virulence

pchA

−9.97

pyochelin synthesis

virulence

pchF

−9.56

pyochelin synthesis

virulence

 PA14_23010

−9.47

GltK, ATP-binding component of ABC transporter

transport

 PA14_23000

−9.37

permease of ABC sugar transporter

transport

 PA14_22990

−9.19

permease of ABC sugar transporter

transport

 PA14_23030

−8.63

OprB, Glucose/carbohydrate porin

transport

bkdA2

−8.05

2-oxoisovalerate dehydrogenase subunit beta

aa metabolism

bdhA

−5.81

3-hydroxybutyrate dehydrogenase

metabolism

bkdB

−4.93

branched-chain alpha-keto acid dehydrogenase

metabolism

lpdV

−3.58

dihydrolipoamide dehydrogenase

metabolism

fptA

−4.85

pyochelin receptor

virulence

mexG

−4.32

RND efflux pump

transport

mexH

−4.12

RND efflux pump

transport

opmD

−3.49

RND efflux pump

transport

mexI

−3.43

RND efflux pump

transport

coxA

−3.90

Cytochrome c oxidase subunit I

energy metabolism

coxB

−2.98

Cytochrome c oxidase subunit II

energy metabolism

PA14_01310

−2.64

Cytochrome c oxidase assembly protein

energy metabolism

coIII

−2.15

Cytochrome c oxidase subunit III

energy metabolism

napF

−2.97

periplasmic nitrate reducatse

N-metabolism

napE

−2.45

periplasmic nitrate reducatse

N-metabolism

  1. aFC fold change; values are the average of three replicates after normalization