Skip to main content
. 2014 Feb 28;5:68. doi: 10.3389/fmicb.2014.00068

Table 7.

Stress response, multi-drug resistance transporter, and phage/prophage genes which change in regulation following exposure of strain 6179 to BZT.

Functional category Locus tag Gene Protein Fold change
UPREGULATED
Stress response LM6179_2107 cspC Cold-shock protein 9.25
LM6179_2786 cspD Cold-shock protein, molecular chaperone, RNA-helicase co-factor 4.84
LM6179_1203 rsbRA Component of the piezosome (stressosome), positive regulation of sigma(B) activity in response to salt and heat stress 4.22
LM6179_0510 ftsH Cell-division protein and general stress protein (class III heat-shock) 3.70
LM6179_0506 hslR Ribosomal RNA binding protein involved in 50S recycling, heat shock protein 3.53
LM6179_0512 hslO Disulfide bond chaperone (heat shock protein HSP33) 3.40
LM6179_2585 yloU Putative alkaline-shock protein 4.76
Multi-drug resistance LM6179_2296 qacH Quaternary ammonium compound-resistance protein 4.01
Transporters LM6179_1165 ykkC Efflux transporter 3.71
LM6179_0824 lmrB Efflux transporter, drug-export protein 3.25
LM6179_1166 ykkD Efflux transporter 2.75
LM6179_2153 LM6179_2153 Multidrug resistance transporter 2.23
LM6179_1610 ycnB Putative efflux transporter 2.08
LM6179_1298 LM6179_1298 Drug resistance transporter, EmrB/QacA family 1.76
LM6179_1894 yuxJ Putative exporter 1.69
LM6179_0246 LM6179_0246 Efflux protein 1.50
LM6179_0155 mdtG Putative metabolite efflux transporter 1.27
LM6179_2368 ycnB Uncharacterized MFS-type transporter ycnB 1.20
DOWNREGULATED
Phage/prophage LM6179_1786 LM6179_1786 Bacteriophage major tail shaft protein −11.35
LM6179_1780 LM6179_1780 Phage—major head protein −7.45
LM6179_1597 LM6179_1597 Phage tail tape measure protein −6.60
LM6179_1588 LM6179_1588 Cps major phage capsid protein −4.98
LM6179_1968 LM6179_1968 Phage holin protein −14.49
LM6179_1777 LM6179_1777 Phage portal protein −5.66
LM6179_1580 LM6179_1580 Phage-related transcriptional activator −3.74

A gene is considered to be up-regulated if its expression level is greater when the bacterium is grown in the presence of BZT than in the absence of BZT.