Skip to main content
. Author manuscript; available in PMC: 2011 Jun 27.
Published in final edited form as: Mol Microbiol. 2010 Feb;75(4):924–941. doi: 10.1111/j.1365-2958.2009.07027.x

Table 1.

strain # genotype reference
BL21(DE3) Codon+ - RP E. coli B F– ompT hsdS(rB– mB–) dcm+ Tetr gal λ (DE3) endA Hte [argU proL Camr] Stratagene
KDZif1∆Z two-hybrid analysis strain lacking rpoZ (encoding ω) and harboring a test promoter-lacZ fusion to detect Zif-dependent two-hybrid interactions (Vallet-Gely et al., 2005)
RP1831 PAO1F, wild type P. aeruginosa PAO1 (Bleves et al., 2005)
RP1868 PAO1F ∆exoS::GFP-lacZ this study
RP3082 PAO1F ∆pcrG2exoS::GFP-lacZ this study
RP2645 PAO1F ∆pcrV2exoS::GFP-lacZ this study
RP3335 PAO1F ∆pcrGV2exoS::GFP-lacZ this study
RP3666 PAO1F pcrG(A16R) ∆exoS::GFP-lacZ this study
RP3466 PAO1F pcrV(L262D) ∆exoS::GFP-lacZ this study
RP3468 PAO1F pcrV(F279R) ∆exoS::GFP-lacZ this study
RP3898 PAO1F pcrG(i3VG) ∆exoS::GFP-lacZ this study
RP3900 PAO1F pcrG(i3VG, A16R) ∆exoS::GFP-lacZ this study
RP4348 PAO1F pcrG(i3VG) pcrV(L262D) ∆exoS::GFP-lacZ this study
RP4349 PAO1F pcrG(i3VG) pcrV(F279R) ∆exoS::GFP-lacZ this study
RP3929 PAO1F ∆exsEfleQ pcrG(i3VG) this study
RP3770 PAO1F ∆exsEfleQpcrV2 this study
plasmid relevant features reference

pPSV37 colE1 origin, gentR, PA origin, oriT, lacUV5 promoter, lacIq, stops in every reading frame preceding the MCS and T7 terminator following the MCS (relative to the lacUV5 promoter) this study
pEXG2 Allelic exchange vector, colE1 origin, oriT, gentamycin resistance, sacB (Rietsch et al., 2005)
pDuet1 Co-expression vector with T7 origin, bla resistance Novagen
pACTR-AP-Zif pACYC origin, tetR, plasmid allowing for the creation of N-terminal fusions to Zif, the zinc-finger DNA binding domain of the murine Zif268 protein, under control of a lac promoter (Vallet-Gely et al., 2005)
pBRω colE1 origin, bla, plasmid allowing for the creation of N-terminal fusions to the ω subunit of RNA polymerase under control of a lac promoter (Vallet-Gely et al., 2005)
pZifVG pACTR-AP-Zif modified to include a linker encoding the VSV-G tag between the fusion partner and the Zif moiety (see Experimental Procedures) this study
pMal pPSV37 encoding a signal-sequenceless malE gene (codons 27–396) lacking a stop codon followed by a polylinker to create MBP fusions this study
pP37-pcrG pcrG under control of the lacUV5 promoter in pPSV37 this study
pP35-pcrV pcrV under control of the lacUV5 promoter in pPSV35 this study
pP37-pcrV pcrV under control of the lacUV5 promoter in pPSV37 this study
pP37-pcrGV pcrGV under control of the lacUV5 promoter in pPSV37 this study
pP35-pcrV(∆3–21) pcrV lacking codons 3–21 under control of the lacUV5 promoter this study
pP35-exoS(1–21)-pcrV(22–294) codons 1–21 of exoS fused to codons 22–294 of pcrV, expressed under the control of the lacUV5 promoter this study
pEXG2-∆exoS::GFP-lacZ allelic exchange vector which deletes exoS and inserts translationally coupled versions of GFP and lacZ in its place (Rietsch et al., 2004)
pEXG2-∆pcrG2 allelic exchange vector designed to delete codons 6–88 of pcrG this study
pEXG2-pcrG(ATG1-) allelic exchange vector to change the annotated ATG of pcrG to ATC this sudy
pEXG2-pcrG(ATG2-) allelic exchange vector to change the second ATG (codon 4 of the annotated sequence) to GGG this study
pEXG2-pcrG(i3VG) allelic exchange vector designed to replace the chromosomal copy of pcrG with a version of the open reading frame in which codons 55–57 have been replaced by 3 tandem repeats of the VSV-G tag this study
pEXG2-pcrG(i3VG, A16R) allelic exchange vector designed to replace the chromosomal copy of pcrG(A16R) with a version of the open reading frame in which codons 55–57 have been replaced by 3 tandem repeats of the VSV-G tag this study
pEXG2-∆pcrGV2 allelic exchange vector designed to delete pcrG and pcrV starting at codon 6 of pcrG and ending at codon 180 of pcrV this study
pEXG2-pcrV(L262D) allelic exchange vector designed to introduce the L262->D mutation into pcrV this study
pEXG2-pcrV(F279R) allelic exchange vector designed to introduce the F279->R mutation into pcrV this study
pEXG2-pcrG(A16R) allelic exchange vector designed to introduce the A16->R mutation into pcrG this study
pACZif-mvaU two-hybrid plasmid encoding a MvaU-Zif fusion protein (Vallet-Gely et al., 2005)
pBRω-mvaT two-hybrid plasmid encoding a MvaT-ω fusion protein (Vallet-Gely et al., 2005)
pAcZif-pcrG two-hybrid plasmid encoding a PcrG-Zif fusion protein this study
pBRω-pcrV two-hybrid plasmid encoding a PcrV-ω fusion protein this study
pBRω-pcrV(L262D) two-hybrid plasmid encoding a PcrV(L262D)-ω fusion protein this study
pBRω-pcrV(F279R) two-hybrid plasmid encoding a PcrV(F279R)-ω fusion protein this study
pZifVG-pcrG two-hybrid plasmid encoding a PcrG-VSV-G tag-Zif fusion protein this study
pZifVG-pcrG(A16R) two-hybrid plasmid encoding a PcrG(A16R)-VSV-G tag-Zif fusion protein this study
pDuet-pcrG T7 promoter expression vector for the expression of an amino-terminally His-tagged version of PcrG this study
pDuet-pcrV T7 promoter expression vector for the expression of an untagged version of PcrV this study
pDuet-pcrGV T7 promoter expression vector for the concomitant expression of an amino-terminally His-tagged version of PcrG and an untagged version of PcrV this study
pDuet-pcrG(A16R) pcrV T7 promoter expression vector for the concomitant expression of an amino-terminally His-tagged version of PcrG(A16R) and an untagged version of PcrV this study
pDuet-pcrG pcrV(L262D) T7 promoter expression vector for the concomitant expression of an amino-terminally His-tagged version of PcrG and an untagged version of PcrV(L262D) this study
pDuet-pcrG pcrV(F279R) T7 promoter expression vector for the concomitant expression of an amino-terminally His-tagged version of PcrG and an untagged version of PcrV(F279R) this study
pMal-pcrG plasmid encoding an MBP-PcrG fusion protein under control of a lacUV5 promoter this study
pMal-pcrG(2–40) plasmid encoding an MBP-PcrG(aa 2–40) fusion protein under control of a lacUV5 promoter this study
pMal-pcrG(41–95) plasmid encoding an MBP-PcrG(aa 41–95) fusion protein under control of a lacUV5 promoter this study