The Staphylococcus aureus secretome - TI Pharma
The Staphylococcus aureus secretome - TI Pharma
The Staphylococcus aureus secretome - TI Pharma
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Chapter 6<br />
Table 1. Bacterial strains and plasmids used<br />
Plasmids Properties Reference<br />
TOPO pCR®-Blunt II-TOPO® vector; Km R Invitrogen Life technologies<br />
“srtA”-TOPO TOPO plasmid containing the flanking regions of S.<br />
<strong>aureus</strong> srtA, Kan R<br />
This work<br />
srtC-pUC18 pUC18 plasmid with the S. epidermidis srtC gene, Amp R This work<br />
“srtA”SE-TOPO TOPO plasmid containing the flanking regions of S.<br />
epidermidis srtA, Kan R<br />
This work<br />
pCN51 E. coli - S. <strong>aureus</strong> shuttle vector that contains a cadmiuminducible<br />
promoter<br />
(Charpentier et al., 2004)<br />
pMAD E. coli - S. <strong>aureus</strong> shuttle vector that is temperaturesensitive<br />
in S. <strong>aureus</strong> and contains the bgaB gene, Ery R ,<br />
(Arnaud et al., 2004)<br />
Amp R<br />
pUC18 Amp R , ColE1, F80dLacZ, lac promoter (Norrander et al., 1983)<br />
Sa-srtA-pCN51 pCN51 with S. <strong>aureus</strong> srtA gene, Amp R ; Ery R This work<br />
Se-srtA-pCN51 pCN51 with S. epidermidis srtA gene, Amp R ; Ery R This work<br />
Se-srtC-pCN51 pCN51 with S. epidermidis ATCC12228 srtC gene,<br />
Amp R ; Ery R<br />
This work<br />
Bs-yhcS-pCN51 pCN51 with B. subtilis yhcS gene, Amp R ; Ery R This work<br />
Strains<br />
E. coli<br />
Genotype Reference<br />
DH5α supE44; hsdR17; recA1; gyrA96; thi-1; relA1 (Hanahan, 1983)<br />
TOP10 Cloning host for TOPO vector; F - mcrA ∆(mrr-hsdRMSmcrBC)<br />
Φ80lacZ∆M15 ∆lacX74 recA1 araD139 ∆(araleu)7697<br />
galU galK rpsL (Str R S. <strong>aureus</strong> RN4220<br />
) endA1 nupG<br />
Invitrogen Life technologies<br />
Parental strain Restriction-deficient derivative of NCTC 8325, cured of<br />
all known prophages<br />
(Kreiswirth et al., 1983)<br />
∆srtA srtA This work<br />
∆srtA ∆spa srtA spa; replacement of spa by kanamycin resistance<br />
marker; Kan R<br />
This work<br />
∆srtA-comp-Sa ∆srtA strain complemented with S. <strong>aureus</strong> srtA through<br />
Sa-srtA-pCN51<br />
This work<br />
∆srtA-comp-Se ∆srtA strain complemented with S. epidermidis srtA<br />
through Se-srtA-pCN51<br />
This work<br />
∆yhcS-comp-Bs ∆srtA strain complemented with B. subtilis yhcS through<br />
Bs-yhcS-pCN51<br />
This work<br />
∆srtA-comp-srtC<br />
S. <strong>aureus</strong> SH1000<br />
∆srtA strain complemented with S. epidermidis srtC<br />
throught Se-srtC-pCN51<br />
This work<br />
Parental strain Functional rsbU+ derivative of 8325-4 rsbU+, agr+ (Horsburgh et al., 2002)<br />
∆srtA rsbU+, agr+, srtA This work<br />
∆srtA ∆spa rsbU+, agr+, srtA spa; replacement of spa by kanamycin<br />
resistance marker; Kan R<br />
This work<br />
∆srtA-comp-Sa ∆srtA complemented with S. <strong>aureus</strong> srtA through SasrtA-pCN51<br />
This work<br />
∆srtA-comp-Se ∆srtA complemented with S. epidermidis srtA through<br />
Se-srtA-pCN51<br />
This work<br />
∆yhcS-comp-Bs ∆srtA complemented with B. subtilis yhcS through BsyhcS-pCN51<br />
This work<br />
∆srtA-comp-srtC ∆srtA complemented with S. epidermidis srtC through<br />
Se-srtC-pCN51<br />
This work<br />
sasG-pMU<strong>TI</strong>N4 Overexpression of SasG due to integrated pMU<strong>TI</strong>N4<br />
plasmid; Ery R<br />
(Corrigan et al., 2007)<br />
sasG-pMU<strong>TI</strong>N4<br />
∆srtA<br />
∆srtA; overexpression of SasG due to integrated<br />
pMU<strong>TI</strong>N4 plasmid; Ery R<br />
116<br />
This Work