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. 2015 Mar 19;10(3):e0119125. doi: 10.1371/journal.pone.0119125

Table 1. Bacterial strains and plasmids used in this study.

Strains Relevant genotype, phenotype or description a Reference or source
Bacillus subtilis
PS832 Wild-type prototroph Lab strain
PS4389 gerW1 (encodes 38 aa of GerW) Cmr This work
PS4399 gerW2 (encodes 6 aa of GerW) Cmr This work
Bacillus megaterium
QM B1551 Wild-type Pat Vary
GC618 gerU::pNFD13 Kmr 10
GC900 gerW pHT-GerU* Znr Err This work
GC918 gerW::pNFD13 Kmr This work
GC919 gerD::pNFD13 Kmr This work
Escherichia coli
DH5α Competent cells Lab strain
Plasmids
Modified pBluescript II KS Ampr Cmr Lab plasmid
pJCM 1 gerW (-124 to +115) Ampr Cmr This work
pJCM 2 Plasmid with ΔgerW1 Ampr Cmr- This work
pJCM 3 Plasmid with ΔgerW2 Ampr Cmr This work
pGEM-3Z Ampr Promega
P7Z6 Ampr Znr BGSC b
pUCTV2 Ampr Tcr ts replication 11
pDONRtet Gateway entry plasmid Tcr 12
pNFD13 Vector to create lacZ fusions Kmr 12
pUC-ΔgerW::Zn B. megaterium ΔgerW Ampr Tcr Znr This work
pHT-GerU* encodes GerU* GR genes Err 13

aAbbreviations used are: ts, temperature sensitive; Ampr, ampicillin resistance (100 μg/ml); Cmr, chloramphenicol resistance (5 μg/ml); Err, erythromycin resistance (1 μg/ml); Kmr, kanamycin resistance (10 μg/ml); Tcr, tetracycline resistance (12.5 μg/ml); Znr, zeocin resistance (20 μg/ml).

bBacillus Genetic Stock Center