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Table 4 Transcriptomic analysis of P.aeruginosa M18 at 28°C and 37°C

From: Genomic analysis and temperature-dependent transcriptome profiles of the rhizosphere originating strain Pseudomonas aeruginosa M18

Gene family or gene location

Gene ID or name

Fold change

Up-regulated gene at 28°C

  

Prophage I

PAM18_1347, PAM18_1349-1350, PAM18_1352-1355

1.8-3.4

MGI II

hsdR, hsdM

1.8-2.4

MGI III

pltR, pltZ, pltHIJNO

1.4-2.7

MGI V

PAM18_5670-PAM18_5675

2.8-5.4

Phage related

PAM18_0614, PAM18_0616-617, PAM18_0619, PAM18_0620, PAM18_0622-0625, PAM18_0626, PAM18_0627

2.3-8.4

TCA cycle

PAM18_1548-PAM1550

2.1-2.2

Oxidative phosphorylation

cyoC, cyoA, napE, napF, napD, napABC

1.5-2.7

FeS cluster assembly

iscS, iscU, iscA

1.8-2.2

Glyoxylate metabolism

fdnI, fdnH, fdnG

1.6-1.6

Benzonate degradation

amiE, PAM18_1600, amiC, amiR, PAM18_1603, bkdB, bkdA1, bkdA2

1.7-4.5

Phosphate uptake

PAM18_1584, phnE, PAM18_1586, phnJ, phoQ, phoP

1.6-2.7

Copper resistance

pcoA, pcoB

1.4-1.5

Pentose phosphate

rbsK, rbsR, rbsA, rbsB

1.6-1.9

Regulatory proteins

rhlI, qscR, PAM18_0792, PAM18_0975, PAM18_3016, PAM18_0807, PAM18_3383

2.0-6.1

Down-regulated genes at 28°C

  

Type III secretion system

exoT, exsD, PAM18_0335, exsC, popD, popB, pcrH, pcrV

2.1-2.8

Type II secretion system

xcpP, xcpR, xcpT, secY

1.6-2.7

Protease production and secretion

lasA, aprA, aprD, aprE, aprF, pfpI, PAM18_0458

2.3-11.4

HCN synthesis

hcnA, hcnB, hcnC

1.5-2.9

Phenazine metabolism and transport

phzA1-G1, phzM, phzA2-G2, opmD, mexI, mexH

1.6-11.6

Fimbrial biogenesis

cupC1, pilA, pilN

2.2-3.0

AHL biosynthesis

lasI

2.5

Phospholipase C

plcB

3.3

Detoxification

PAM18_1269, PAM18_1457, PAM18_1515, PAM18_4192

2.2-4.6

Benzonate degradation

PAM18_0222-0224, PAM18_0250, phhABC, phhR, aroP2, hpd, hmgA, antABC, catABC

2.1-57.0

Transportation

PAM18_0605-0606, PAM18_1782-1783, PAM18_1785, PAM18_2831-2832, PAM18_3039, PAM18_3041-3043, PAM18_5348-5350, PAM18_4688, PAM18_1003

2.0-13.3

Sulfur metabolism

PAM18_3206-3207, PAM18_2369-2372

2.1-3.4

Iron uptake

PAM18_4792-4793, PAM18_4818-4819, PAM18_3537, PAM18_3606, PAM18_4448, PAM18_4605

 

Amino acid metabolism

liuA, liuD, liuR, PAM18_3044-3046, arcABC

 

Heat shock proteins

ibpA, dnaK, groEL

2.1-3.5

Energy production and conversion

nqrC, nqrE, nuoEGHIJLMN, atpABCDFGH, nirM, nirS, sucABCD, lpdG, PAM18_3490-3491

1.6-4.1

Ribosomal proteins

rplABCDEFJKLMNOPQRSWX, rpmCDEHJ, rpsCEFGHJKLMNQRS

1.5-3.8

Regulatory proteins

PAM18_0249, PAM18_0710, PAM18_0945, PAM18_0966, PAM18_1156, PAM18_1507, PAM18_2031, PAM18_2078, PAM18_2114, PAM18_2280, PAM18_2571, PAM18_2608, PAM18_3035, PAM18_3129, PAM18_3270, PAM18_3440, PAM18_4328, PAM18_5219, PAM18_5273

2.0-3.9

  1. Cells were grown to OD600 = 5.0-6.0 (late exponential phase) in LB medium at 28°C and 37°C, respectively. The effects on gene expression were monitored by microarray analysis using agilent GeneChips. Shown are genes that were located in Genomic islands or are member of gene families in two independent experiments.