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. Author manuscript; available in PMC: 2023 Feb 28.
Published in final edited form as: FEMS Microbiol Lett. 2008 Dec;289(1):110–117. doi: 10.1111/j.1574-6968.2008.01380.x

Table 1.

Strains and plasmids

Strain Genotype/description Sources
Strains
E. coli
  DH5α Cloning host Lab stock
  GM2163 dam dcm; for transformation of B. anthracis Lab stock
  GM1684 dam T. Koehler
 Sterne strains
  34F2 pXO1+ pXO2, wild type P. Jackson
  RG61 pXO1+ pXO2, cotβkm This study
  RG134 pXO1+ pXO2, cotβΩpAS5 This study
  MGM68 pXO1+ pXO2, cotβkm This study
  RG56 pXO1+ pXO2, cotEkm Giorno et al. (2007)
  MGM37 pXO1+ pXO2, cotEkm, cotβΩpAS5 This study
 Ames strains
  Ames pXO1+ pXO2+, wild type Little & Knudson (1986)
  Ames-JAB-7 pXO1+ pXO2+, cotβkm This study
  Ames-JAB-10 pXO1+ pXO2+, cotβΩpEO3-cotβ-gfp This study
Name Description Sources
Plasmids
 pMR1 Used to introduce kanr into the chromosome by marker replacement Giorno et al. (2007)
 pMR2 Used to replace cotβ with kanr This study
 pAS1 Used to introduce gfp-fusion genes into the chromosome Lab stock
 pAS5 pAS1 bearing 3′ fragment of cotβ This study
 pEO3 E. coli/Bacillus shuttle vector Mendelson et al. (2004)
 pJRS182 Origin of the Ωkm-2 cassette Perez-Casal et al. (1991)
 pJRS100.2 Source of the Ωkm-2 cassette M. Caparon
 pEO3-cotβ pEO3+1.3 kb fragment containing cotβ This study
 pEO3-cotβ-Ωkm-2 pEO3-cotβ bearing Ωkm-2 This study
 pEO3-cotβ-gfp pEO3 containing cotβ-gfp This study