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. 2001 Sep;183(18):5376–5384. doi: 10.1128/JB.183.18.5376-5384.2001

TABLE 1.

Bacterial strains and plasmids used in this study

Strain or plasmid Relevant characteristicsa Source or reference
E. coli strains
 TG1 supE Δ(lac-proAB) thi hsdRΔ5 (F′ traD36 proA+B+lacIq ZΔM15) 29
E. coli [λI14] Δ(argF-lac) λ::lasIp-lacZ 41
P. aeruginosa strains
 PAO1 Wild type, prototroph B. W. Holloway
 PAO-R1 PAO1 ΔlasR::tet Smr 15
 PAO-JP2 ΔlasI ΔrhlI Tcr Hgr 35
 PAΩR3 PAO1 relA::pKoRΔ3 This work
 SS24 PAO1 rpoS101::aacCI Gmr 45
Plasmids
 pMMB67 IncQ tacp lacIq Ap/Cbr 14
 pLAFR3 pLAFR1 derivative, IncP1 oriT cos Tcr 11
 pSM10 E. coli relA+ 40
 pMRL4 pMMB67 with E. coli relA under tacp This work
 pLFR2 pLAFR3 with P. aeruginosa relA gene This work
 pMAL.S IncP TcrP. aeruginosa rpoS′-lacZ fusion 26
 pMAL.R IncP TcrlasR′-lacZ fusion 26
 pMAL.V IncP TcrrhlR′-lacZ fusion 26
 pRK2013 ColE1 Tra+ Mob+ (pRK2) Kmr 10
 pECP61.5 ColE1 oriP. aeruginosa rhlAp-lacZ fusion tacp-rhlR+ Apr 35
 pPCS1 ColE1 lasR+ Apr 41
 pKoRΔ3 pUC19 with an 0.48-kb internal fragment of P. aeruginosa relA Ap/Cbr This work
a

Apr, ampicillin resistant; Cbr, carbenicillin resistant; Gmr, gentamicin resistant; Hgr, mercury resistant; Kmr, kanamycin resistant, Smr, streptomycin resistant; Tcr, tetracycline resistant.