Strain No Strain Name Sex Plasmid Integrated Plasmid Autonomous Prophage Chromosomal Markers Parent Donor Parent Recipient Method Lastest Marker Selection Source Culture Condition Other Remarks Reference (RRC ID)
MBS1 RIK539 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnD1 delta-rrnE1 delta-rrnB2 delta-rrnI2 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS2 RIK540 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnD1 delta-rrnE1 delta-rrnA1 delta-rrnI2 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS3 RIK541 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnE1 delta-rrnB2 delta-rrnA1 delta-rrnI2 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS4 RIK542 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnD1 delta-rrnE1 delta-rrnB2 delta-rrnA1 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS5 RIK543 trpC2 delta-rrnHG1 delta-rrnD1 delta-rrnE1 delta-rrnB2 delta-rrnA1 delta-rrnI2 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS6 RIK545 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnD1 delta-rrnB2 delta-rrnA1 delta-rrnI2 delta-rrnW2 delta-rrnJ1 :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS7 RIK551 trpC2 delta-rrnHG1 delta-rrnO1 delta-rrnD1 delta-rrnE1 delta-rrnB2 delta-rrnA1 delta-rrnI2 delta-rrnW3 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Bacillus subtilis mutants harbouring a single copy of the rRNA operon exhibit severe defects in growthand sporulation (Microbiology. [2010] 156 : 2944 - 2952)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33566
MBS8 RIK900 trpC2 relA :: erm Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" Tryptophan auxotroph (trpC2) and erythromycin resistance (erm) Erythromycin resistance gene (erm) derived from pE194 L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS9 RIK908 trpC2 ywaC :: spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS10 RIK909 trpC2 yjbM :: cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS11 RIK913 trpC2 ywaC :: spc relA :: erm Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS12 RIK1000 trpC2 delta-yjbM Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS13 RIK1001 trpC2 delta-yjbM relA :: erm Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS14 RIK1003 trpC2 delta-yjbM ywaC :: spc relA :: erm Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Identification and functional analysis of novel [p]ppGpp synthetase genes in Bacillus subtilis (Molecular Microbiology, [2008] 67 : 291 - 304)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33558
MBS15 RIK820 trpC2 rpsF::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS16 RIK822 trpC2 rpsT::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS17 RIK823 trpC2 rpsU::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS18 RIK824 trpC2 rplA::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS19 RIK825 trpC2 rplI::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS20 RIK826 trpC2 rplO::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS21 RIK827 trpC2 rplV::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS22 RIK828 trpC2 rplW::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS23 RIK830 trpC2 rpmB::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS24 RIK831 trpC2 rpmC::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS25 RIK832 trpC2 rpmF::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS26 RIK833 trpC2 rpmGA::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS27 RIK834 trpC2 rpmGB::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS28 RIK835 trpC2 rpmH::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS29 RIK836 trpC2 rpmI::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS30 RIK837 trpC2 rpmJ::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Inactivation of ribosomal protein genes in Bacillus subtilis reveals importance of each ribosomal protein for cell proliferation and cell differentiation. (Journal of Bacteriology. [2012] 194(22): 6282-6291)\"" Tryptophan auxotroph (trpC2) and chloramphenicol resistance (cat) Chloramphenicol resistance gene (cat); pC194 derivative L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33575
MBS31 RIK1051 trpC2 aprE::Pspac-yjbM spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome. (Microbiologyopen, [2012] 1(2): 115-134)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33574
MBS32 RIK1052 trpC2 aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome. (Microbiologyopen, [2012] 1(2): 115-134)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33574
MBS33 RIK1371 trpC2 delta-yjbM ywaC::cat relA::erm aprE::Pspac-ywaC L176F spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome. (Microbiologyopen, [2012] 1(2): 115-134)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33574
MBS34 RIK1375 trpC2 delta-yjbM ywaC::cat relA::erm aprE::Pspac-ywaC D87G spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome. (Microbiologyopen, [2012] 1(2): 115-134)\"" L-broth, Difco sporulation medium (DSM), two-strength Schaeffer's sporulation medium supplemented with glucose (2xSG), and so on. 33574
MBS35 JEATdd trpC2 pdaC(yjeA)::tet Bacillus subtilis 168 homologous recombination tetracycline LB medium 33572
MBS36 HENCdd trpC2 yheN::cat Bacillus subtilis 168 homologous recombination chloramphenicol LB medium 33572
MBS37 XKHKdd trpC2 yxkH::km Bacillus subtilis 168 homologous recombination kanamycin LB medium 33572
MBS38 YLXYd trpC2 ylxY::(lacZ lacI bla erm) Bacillus subtilis 168 homologous recombination erythromycin LB medium 33572
MBS39 WE1 trpC2 epr::tet wpr::kan Bacillus subtilis EPRTc Bacillus subtilis WA homologous recombination tetracycline, kanamycin LB medium 33561
MBS40 WAC trpC2 ΔwprA Bacillus subtilis 168 homologous recombination none LB medium 33561
MBS41 WEC trpC2 Δepr ΔwprA Bacillus subtilis WAC homologous recombination none LB medium 33561
MBS42 168FKD trpC2 lytE::kan Bacillus subtilis 168 homologous recombination kanamycin LB medium 33561
MBS43 168FTD trpC2 lytE::tet Bacillus subtilis 168 homologous recombination tetracycline LB medium 33561
MBS44 168ESD trpC2 lytE::spc Bacillus subtilis 168 homologous recombination spectinomycin LB medium 33561
MBS45 168STD trpC2 cwlS::tet Bacillus subtilis 168 homologous recombination tetracycline LB medium 33561
MBS46 168YBSP trpC2 iseA::spc Bacillus subtilis 168 homologous recombination spectinomycin LB medium 33561
MBS47 168BKD trpC2 lytC::kan Bacillus subtilis 168 homologous recombination kanamycin LB medium 33561
MBS48 YCDDd trpC2 cwlK(ycdD)::erm Bacillus subtilis 168 homologous recombination erythromycin LB medium 33556
MBS49 168SDC trpC2 sigD::cat Bacillus subtilis 168 homologous recombination chloramphenicol LB medium 33556
MBS50 cdDSD trpC2 cwlK::erm sigD::cat Bacillus subtilis 168SDC Bacillus subtilis YCDDd homologous recombination erythromycin, chloramphenicol LB medium 33556
MBS51 YCDDp trpC2 cwlK::[Pspac-cwlK erm] Bacillus subtilis 168 homologous recombination erythromycin LB medium 33556
MBS52 YVRGHbDKm trpC2 yvrHGb::kan Bacillus subtilis 168 homologous recombination kanamycin LB medium 33553
MBS53 LYTRDTc trpC2 lytR::tet Bacillus subtilis 168 homologous recombination tetracycline LB medium 33553
MBS54 YDFHIDSp trpC2 ydfHI::spc Bacillus subtilis 168 homologous recombination spectinomycin LB medium 33550
MBS55 YDFJDPM4 trpC2 ydfJ::pM4YDFJ Bacillus subtilis 168 homologous recombination erythromycin LB medium 33550
MBS56 BANSdd trpC2 ybaN::spc Bacillus subtilis 168 homologous recombination spectinomycin LB medium 33548
MBS57 SSPEdg trpC2 sspE::pM4sspE-gfp Bacillus subtilis 168 homologous recombination erythromycin LB medium 33548
MBS58 BANSSPEdg trpC2 sspE::pM4sspE-gfp ybaN::spc Bacillus subtilis BANSdd homologous recombination erythromycin, spectinomycin LB medium 33548
MBS59 VCESD trpC2 cwlO(yvcE)::pM2-VCE lytF::spc Bacillus subtilis YVCEd Bacillus subtilis ESD homologous recombination erythromycin, spectinomycin LB medium 33552
MBS60 vcEBED trpC2 cwlO(yvcE)::pM2-VCE lytC::kan lytF::spc Bacillus subtilis BKD Bacillus subtilis VCESD homologous recombination kanamycin, spectinomycin LB medium 33552
MBS61 SIGDdd trpC2 sigD::cat Bacillus subtilis 168 homologous recombination chloramphenicol LB medium 33544
MBS62 MALLdd trpC2 malL::kan Bacillus subtilis 168 homologous recombination kanamycin LB medium 33536
MBS63 MLGLVAd trpC2 malL::kan glvA::pMV1 Bacillus subtilis MALLdd Bacillus subtilis GLVAd homologous recombination kanamycin, erythromycin LB medium 33536
MBS64 CITSTdd1Km trpC2 citST::kan Bacillus subtilis 168 homologous recombination kanamycin LB medium 33534
MBS65 CITSTdd2Tc trpC2 citST::tet Bacillus subtilis 168 homologous recombination tetracycline LB medium 33534
MBS66 SDCST trpC2 citS::pMSDCST (Pspac-citST) Bacillus subtilis 168 homologous recombination erythromycin LB medium 33534
MBS67 60015 trpC2 metC7 Bacillus subtilis 168 L medium 33567
MBS68 60866 Δigf trpC2 metC7 Not Bacillus subtilis 168 L medium 33585
MBS69 61111 metC7 trpC2 pgk Bacillus subtilis 168 L medium 33587
MBS70 61364 trpC2 metC7 pgi gpd Bacillus subtilis 168 L medium 33587
MBS71 61372 pgi trpC2 metC7 Bacillus subtilis 168 L medium 33587
MBS72 61402 glpD hisA trpC2 Bacillus subtilis 168 L medium 33587
MBS73 61411 pyrA3 accB fruB22 Bacillus subtilis 168 L medium 33587
MBS74 61447 trpC2 metC7 str pfk pgi Bacillus subtilis 168 L medium 33587
MBS75 61656 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33585
MBS76 61668 iol-6 trpC2 metC7 Bacillus subtilis 168 L medium 33586
MBS77 61774 Δigf bfdA1 hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33586
MBS78 QB885 thiC5 sacA321 purA16 Bacillus subtilis 168 L medium 33586
MBS79 QB944 =kit1 purA16 cysA14 trpC2 Bacillus subtilis 168 L medium 33586
MBS80 ISMRBE17 hsrM+ hsrR+ hsrB+ hsrE+ purB6 leuA8 metB5 Bacillus subtilis 168 L medium 33586
MBS81 NIG1131 met his spo0A34 Bacillus subtilis 168 L medium 33565
MBS82 CS3 lys-1 trpC2 crsA47 Bacillus subtilis 168 L medium 33592
MBS83 1A423 leuA8 thr-5 argA15 recE4 r(-) m(-) 168 Bacillus subtilis 168 L medium 33581
MBS84 YF001 trpC2 metB5 hisA1 leuA8 Bacillus subtilis 168 L medium 33585
MBS85 YF026 purA sacA321 ts199 Bacillus subtilis 168 L medium 33586
MBS86 YF029 gntP9 purA16 leuA8 metB5 hisA3 Bacillus subtilis 168 L medium 33586
MBS87 YF030 Δigf sacA321 Bacillus subtilis 168 L medium 33586
MBS88 YF062 lma-74(=fdp-74) bfdA1 glp trpC2 metB5 hisA1 leuA8 Bacillus subtilis 168 L medium 33586
MBS89 YF081 fdp-74 trpC2 hisA1 leuA8 metB5 Bacillus subtilis 168 L medium 33586
MBS90 YF086 Δigf leuA8 trpC2 purA16 Bacillus subtilis 168 L medium 33586
MBS91 YF100 Δigf hsrE+ Bacillus subtilis 168 L medium 33586
MBS92 YF111 iol-41 trpC2 metC7 Bacillus subtilis 168 L medium 29792
MBS93 YF125 iol-6 metB5 purB6 hsrM+ hsrR+ hsrB+ hsrE+ Bacillus subtilis 168 L medium 33586
MBS94 YF126 fdp-74 sacA321 purA16 Bacillus subtilis 168 L medium 33586
MBS95 YF127 gntK4 trpC2 metC7 Bacillus subtilis 168 L medium 33586
MBS96 YF130 fdp-74 iol-6 trpC2 metB5 hisA1 Bacillus subtilis 168 L medium 33586
MBS97 YF141 gntK4 trpC2 metB5 hisA1 Bacillus subtilis 168 L medium 33600
MBS98 YF149 fdp-74 gntK4 trpC2 metB5 hisA1 Bacillus subtilis 168 L medium 33586
MBS99 YF177 trpC2 recE4 gntR1 Bacillus subtilis 168 L medium 33583
MBS100 YF158 recE4 trpC2 gntK4 Bacillus subtilis 168 L medium 33581
MBS101 YF160 gntK10 trpC2 metC7 Bacillus subtilis 168 L medium 33581
MBS102 YF161 gntP23 trpC2 metC7 Bacillus subtilis 168 L medium 33581
MBS103 YF162 gntP26trpC2 metC7 Bacillus subtilis 168 L medium 33581
MBS104 YF168 lys-1 trpC2 Bacillus subtilis 168 L medium 33592
MBS105 YF169 trpC2 recE4 Bacillus subtilis 168 L medium 33582
MBS106 YF171 trpC2 metC7 gntP9 Bacillus subtilis 168 L medium 33580
MBS107 YF176 trpC2 metC7 gntR1 Bacillus subtilis 168 L medium 33583
MBS108 168Ti [ρ11] r11 thy ind Bacillus subtilis 168 L medium 33600
MBS109 61656 [ρ11phisA] r11phisA Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33600
MBS110 61656 [ρ11gnt+phisA-EcoRI] =E4 r11gnt+phisA-EcoRI Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33600
MBS111 61656 [ρ11gnt+phisA-BamHI] =B2 r11gnt+phisA-BamHI Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33600
MBS112 61656 [φ105] f105 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33581
MBS113 61656 [φ105gnt+] f105gnt+ Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33581
MBS114 61656 [φ105gnt+H2] f105gnt+H2 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 33581
MBS115 YF170 [φ105gntK4] f105gntK4 Δigf hisA1 metB5 trpC2 Bacillus subtilis 168 L medium 33580
MBS116 YF170 [φ105gntP9] f105gntP9 Δigf hisA1 metB5 trpC2 Bacillus subtilis 168 L medium 33580
MBS117 YF170 [φ105gntK10] f105gntK10 Δigf hisA1 metB5 trpC2 Bacillus subtilis 168 L medium 33583
MBS118 YF170 [φ105gntR1] f105gntR1 Δigf hisA1 metB5 trpC2 Bacillus subtilis 168 L medium 33583
MBS119 NIG1121 (pUB110) pUB110 met his Bacillus subtilis 168 kanamycin-r L medium 33581
MBS120 1E17 =168 (pC194) pC194 trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33581
MBS121 1A423 (pPL603B) pPL603B leuA8 thr-5 argA15 recE4 r(-) m(-) 168 Bacillus subtilis 168 kanamycin-r L medium 33578
MBS122 61656 (pCG1) pCG1 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33581
MBS123 61656 (pCG8) pCG8 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33581
MBS124 1A423 (pgnt21) pgnt21 leuA8 thr-5 argA15 recE4 r(-) m(-) 168 Bacillus subtilis 168 kanamycin-r L medium 33583
MBS125 1A423 (pgnt23) pgnt23 leuA8 thr-5 argA15 recE4 r(-) m(-) 168 Bacillus subtilis 168 kanamycin-r L medium 33578
MBS126 YF169 (pPL603BSauA) pPL603BSauA trpC2 recE4 Bacillus subtilis 168 kanamycin-r L medium 33582
MBS127 YF169 (pPL603BSauJA) pPL603BSSauJA trpC2 recE4 Bacillus subtilis 168 kanamycin-r L medium 33582
MBS128 61656 (pgnt41) pgnt41 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 29847
MBS129 61656 (pLS353) pLS353 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 29847
MBS130 DB204 lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 L medium 33579
MBS131 DB204 (pWP19) pWP19 lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33579
MBS132 DB204 (pgnt34) pgnt34 lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33579
MBS133 DB204 (pgnt37) pgnt37 lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33570
MBS134 DB204 (pgnt34dO) pgnt34dO lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33579
MBS135 DB204 (pgnt38) pgnt38 lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33568
MBS136 YF179 trpC2 metC7 gntOi Bacillus subtilis 168 L medium 33592
MBS137 DB204 (pWP19SA) pWP19SA lys-1 trpC2 phe-1 nprR2 nprE18 ΔaprA3 ispA1 Bacillus subtilis 168 kanamycin-r L medium 33568
MBS138 61656 (pgnt25) pgnt25 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS139 61656 (pgnt24) pgnt24 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS140 YF182 trpC2 metC7 gntC142A Bacillus subtilis 168 L medium 30133, 33593
MBS141 YF183 trpC2 metC7 gntC145G Bacillus subtilis 168 L medium 30133, 33593
MBS142 1A1 trpC2 Bacillus subtilis 168 L medium 33590
MBS143 GM122 trpC2 metC3 Bacillus subtilis 168 L medium 33595
MBS144 SA003 trpC2 metC3 ptsH1(S46A) Bacillus subtilis 168 L medium 33595
MBS145 1A147 alsA1 alsR1 ilvBD1 trpC2 Bacillus subtilis 168 L medium 33592
MBS146 WLN-29 aroG932 trpC2 gra-26::Tn917lac Bacillus subtilis 168 erythromycin-r L medium 33592
MBS147 1A250 alsR1 ilvBD1 trpC2 Bacillus subtilis 168 L medium 33592
MBS148 YF223 trpC2 metC7 gntR43L Bacillus subtilis 168 L medium 33592
MBS149 61656 [ρ11iol+] r11iol+ Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 L medium 29792
MBS150 1A272 [φ105hutH11] f105hutH11 hutH1 str sul Bacillus subtilis 168 L medium 30115
MBS151 YF230 trpC2 metC7 gntOi gntR48T (=supOi-2) Bacillus subtilis 168 L medium 33588
MBS152 YF231 trpC2 metC7 gntOi gntM4A (=supOi-1) Bacillus subtilis 168 L medium 33588
MBS153 YF234 trpC2 metC7 gntR48T Bacillus subtilis 168 L medium 33588
MBS154 1A250 (pCCPA110) pCCPA110 alsR1 ilvBD1 trpC2 Bacillus subtilis 168 kanamycin-r L medium 30125
MBS155 GM273 trpC2 sacR::lacZ DptsXHI::ermC Bacillus subtilis 168 erythromycin-r L medium 33562
MBS156 61656 (pGNT24M16T) pGNT24M16T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS157 61656 (pGNT24M39T) pGNT24M39T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS158 61656 (pGNT24M34T) pGNT24M34T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS159 61656 (pGNT24M11T) pGNT24M11T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33595
MBS160 61656 (pGNT29) pGNT29 Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33594
MBS161 61656 (pGNT29P149T) pGNT29P149T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33594
MBS162 61656 (pGNT29P154T) pGNT29P154T Δigf hisA1 leuA8 metB5 trpC2 Bacillus subtilis 168 kanamycin-r L medium 33594
MBS163 YF241 trpC2 metC7 gntOi gntR43L Bacillus subtilis 168 L medium 33588
MBS164 YF244 trpC2 metC7 iolR::Cm Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS165 YF246 trpC2 metC7 iolS::Cm Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS166 YF247 trpC2 metC7 gntOiM4A gntR43L Bacillus subtilis 168 L medium 33588
MBS167 YF248 trpC2 metC7 Piol::Cm Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS168 YF256 trpC2 metC7 iolE41(iol-41) iolR::cat Bacillus subtilis 168 chloramphenicol-r L medium 30180
MBS169 YF258 trpC2 metC7 iolB52 (iol-52) iolR::cat Bacillus subtilis 168 chloramphenicol-r L medium 30185
MBS170 YF259 trpC2 metC7 iolB58 (iol-58) iolR::cat Bacillus subtilis 168 chloramphenicol-r L medium 30185
MBS171 YF260 trpC2 metC7 iolC62 (iol-62) iolR::cat Bacillus subtilis 168 chloramphenicol-r L medium 30185
MBS172 YF282 trpC2 metC7 amyE::(Pgnt gntR'-'lacZ cat) Bacillus subtilis 168 chloramphenicol-r L medium 33595
MBS173 YF287 trpC2 sacR'-'lacZ amyE::[(Pgnt gntR'-'lacZ C→T -34) cat] Bacillus subtilis 168 chloramphenicol-r L medium 33595
MBS174 YF288 trpC2 sacR'-'lacZ amyE::[(Pgnt gntR'-'lacZ C→T +154) cat] Bacillus subtilis 168 chloramphenicol-r L medium 33595
MBS175 YF289 trpC2 sacR'-'lacZ amyE::[(Pgnt gntR'-'lacZ C→T -34T, +154) cat] Bacillus subtilis 168 chloramphenicol-r L medium 33595
MBS176 YF311 (= FDPAd) pMutin1 trpC2 fdpA::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 33597, 30151
MBS177 YF312 (= FDPAi) pMutin1 trpC2 PfdpA::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 33597, 30151
MBS178 YF315 (= SIGYi) pMutin1 trpC2 PsigY::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30179
MBS179 YF316 (= SIGYd) pMutin1 trpC2 sigY::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30179
MBS180 YF323 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS181 YF324 trpC2 metC7 amyE::[Piol(-45) iolA'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS182 YF325 trpC2 metC7 amyE::[Piol(-23) iolA'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS183 YF327 trpC2 metC7 amyE::[PiolRS(-94) iolR'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS184 YF328 trpC2 metC7 amyE::[PiolRS(-70) iolR'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS185 YF329 trpC2 metC7 amyE::[PiolRS(-43) iolR'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS186 YF330 trpC2 metC7 amyE::[PiolRS(-19) iolR'-'lacZ cat] Bacillus subtilis 168 chloramphenicol-r L medium 33596
MBS187 YF331 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ C→T -1 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS188 YF332 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ A→T +4 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS189 YF334 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ C→T +11 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS190 YF335 trpC2 metC7 amyE::[PiolRS(-94) iolR'-'lacZ C→T -23 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS191 YF336 trpC2 metC7 amyE::[PiolRS(-94) iolR'-'lacZ A→T -27 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS192 YF337 trpC2 metC7 amyE::[PiolRS(-94) iolR'-'lacZ C→T -23, A→T -27 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS193 YF338 trpC2 metC7 amyE::[PiolRS(-94) iolR'-'lacZ C→T -34 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS194 YF339 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ C→T -1, A→T +4 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS195 YF340 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ d31/168 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS196 YF341 trpC2 metC7 amyE::[Piol(-107) iolA'-'lacZ d22/168 cat] Bacillus subtilis 168 chloramphenicol-r L medium 33599
MBS197 FU339 pMutin2 trpC2 PasnO::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 33533
MBS198 FU340 trpC2 ΔasnB::neo Bacillus subtilis 168 neomycin-r L medium 33533
MBS199 FU341 trpC2 ΔasnH::spc Bacillus subtilis 168 spectinomycin-r L medium 33533
MBS200 FU342 trpC2 ΔasnO::cat Bacillus subtilis 168 chloramphenicol-r L medium 33533
MBS201 FU343 trpC2 ΔasnB::neo ΔasnH::spc Bacillus subtilis 168 neomycin-r, spectinomycin-r L medium 33533
MBS202 FU344 trpC2 ΔasnB::neo ΔasnO::cat Bacillus subtilis 168 neomycin-r, chloramphenicol-r L medium 33533
MBS203 FU345 trpC2 ΔasnH::spc ΔasnO::cat Bacillus subtilis 168 spectinomycin-r, chloramphnicol-r L medium 33533
MBS204 FU346 trpC2 ΔasnB::neo ΔasnH::spc ΔasnO::cat Bacillus subtilis 168 neomycin-r, spectinomycin-r, chloramphenicol-r L medium 33533
MBS205 FU347 trpC2 ytnA::pMutin2 ΔasnH::spc Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33533
MBS206 FU348 trpC2 ytnA::pMutin2 ΔasnH::spc ΔasnO::cat Bacillus subtilis 168 erythromycin-r, spectinomycin-r, chloramphenicol-r L medium 33533
MBS207 ASK201 trpC2 spoOH::erm Bacillus subtilis 168 erythromycin-r L medium 30179
MBS208 ASK202 trpC2 spoⅡAC::kan Bacillus subtilis 168 kanamycine-r L medium 30179
MBS209 ASK203 trpC2 spoⅡGAB::kan Bacillus subtilis 168 kanamycine-r L medium 30179
MBS210 ASK204 trpC2 spoⅢG::kan Bacillus subtilis 168 kanamycine-r L medium 30179
MBS211 ASK205 trpC2 spoⅣCB::erm Bacillus subtilis 168 erythromycin-r L medium 30179
MBS212 FU349 pMutin2 trpC2 ytrF::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 33535
MBS213 FU350 trpC2 ΔiolF Bacillus subtilis 168 L medium 33538
MBS214 FU351 pMutin2 trpC2 ΔiolF iolT::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 33538
MBS215 FU352 trpC2 ΔiolF iolR::cat Bacillus subtilis 168 chloramphenicol-r L medium 33538
MBS216 FU353 pMutin2 trpC2 iolT::pMutin2 iolR::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33538
MBS217 FU354 pMutin2 trpC2 ΔiolF iolT::pMutin2 iolR::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33538
MBS218 PS29 trpC2 gid::spc Bacillus subtilis 168 spectinomycin-r L medium 33539
MBS219 PS37 trpC2 gid::spc ΔcodY Bacillus subtilis 168 spectinomycin-r L medium 33539
MBS220 SF416 trpC2 ΔamyE::(ngrA-lacZ)416 neo Bacillus subtilis 168 neomycin-r L medium 33541
MBS221 SF416T trpC2 ΔamyE::(ngrA-lacZ)416 neo tnrA62::Tn917 Bacillus subtilis 168 neomycin-r, erythromycin-r L medium 33541
MBS222 FU355 trpC2 amyE::[PsigY sigY lacZ cat] Bacillus subtilis 168 chroramphenicol-r L medium 30179
MBS223 FU356 trpC2 amyE::[PsigY sigY' lacZ cat] Bacillus subtilis 168 chroramphenicol-r L medium 30179
MBS224 168 (pDG148-sigY) pDG148-sigY trpC2 Bacillus subtilis 168 L medium 33540
MBS225 FU357 trpC2 amyE::[PsigY sigY lacZ cat] spoOH::erm Bacillus subtilis 168 erythromycin-r, chroramphenicol-r L medium 30179
MBS226 FU358 trpC2 amyE::[PsigY sigY lacZ cat] spoⅡAC::kan Bacillus subtilis 168 kanamycin-r, chroramphenicol-r L medium 30179
MBS227 FU359 trpC2 amyE::[PsigY sigY lacZ cat] spoⅡGAB::kan Bacillus subtilis 168 kanamycin-r, chloramphenicol-r L medium 30179
MBS228 FU360 trpC2 amyE::[PsigY sigY lacZ cat] spoⅢG::kan Bacillus subtilis 168 kanamycin-r, chloramphenicol-r L medium 30179
MBS229 FU361 trpC2 amyE::[PsigY sigY lacZ cat] spoⅣCB::erm Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 30179
MBS230 FU382 pMutin2 trpC2 ilvB::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 33539
MBS231 FU383 pMutin2 trpC2 ilvD::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 33539
MBS232 FU385 pMutin2 trpC2 gid::spec ilvB::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS233 FU387 pMutin2 trpC2 gid::spec ilvD::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS234 FU389 pMutin2 trpC2 gid::spec ybgE::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS235 FU391 pMutin2 trpC2 gid::spec yufN::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS236 FU393 pMutin2 trpC2 gid::spec yufO::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS237 FU395 pMutin2 trpC2 gid::spec yurP::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS238 FU397 pMutin2 trpC2 gid::spec yurN::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS239 FU399 pMutin2 trpC2 gid::spec ykfA::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS240 FU401 pMutin2 trpC2 gid::spec yhdG::pMutin2 ΔcodY Bacillus subtilis 168 erythromycin-r, spectinomycin-r L medium 33539
MBS241 FU402 trpC2 ccpA::neo Bacillus subtilis 168 neomycin-r L medium 33560
MBS242 FU408 trpC2 gid::spec ΔcodY amyE::(cat yufN-lacZ) Bacillus subtilis 168 spectinomycin-r, chloramphenicol-r L medium 33539
MBS243 QB5223 trpC2 pstH1 Bacillus subtilis 168 L medium 33537
MBS244 QB7096 trpC2 crh::aphA3 Bacillus subtilis 168 kanamycin-r L medium 33537
MBS245 QB7102 trpC2 pstH1 crh::aphA3 Bacillus subtilis 168 kanamycin-r L medium 33537
MBS246 FU409 trpC2 amyE::[cat ΔPsigY-sigY(-4/+568)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 30179
MBS247 FU410 trpC2 amyE::[cat 'PsigY-sigY(-12/+568)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 30179
MBS248 FU411 trpC2 amyE::[cat PsigY-sigY(-39/+568)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 30179
MBS249 FU412 trpC2 amyE::[cat PsigY-sigY(-55/+568)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 30179
MBS250 FU428 pMutin2 trpC2 metC7 iolA::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS251 FU429 pMutin2 trpC2 metC7 iolB::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS252 FU430 pMutin2 trpC2 metC7 iolC::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS253 FU431 pMutin2 trpC2 metC7 iolD::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS254 FU432 pMutin2 trpC2 metC7 iolE::pMutin2 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS255 FU433 pMutin1 trpC2 metC7 iolF::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS256 FU434 pMutin1 trpC2 metC7 iolG::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS257 FU435 pMutin1 trpC2 metC7 iolH::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS258 FU436 pMutin1 trpC2 metC7 iolI:pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS259 FU437 pMutin1 trpC2 metC7 iolJ::pMutin1 Bacillus subtilis 168 erythromycin-r L medium 30180
MBS260 FU459 trpC2 tnrA::cat Bacillus subtilis 168 chloramphenicol-r L medium 33547
MBS261 1A765 (=BR16) trpC2 lys Bacillus subtilis 168 L medium 33560
MBS262 1A766 (=BR17) trpC2 lys relA Bacillus subtilis 168 L medium 33560
MBS263 FU652 ccpA::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33549
MBS264 FU657 pMutin2 ysnD::pMutin2 tnrA::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33547
MBS265 FU659 tnrA::Tn917(erm) typC2 Bacillus subtilis 168 erythromycin-r L medium 33547
MBS266 FU676 trpC2 amyE::[cat P(ilv-leu)-ilvB(-248/+26)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33547
MBS267 FU696 pMutin2 trpC2 ccpA::neo ilvB::pMutin2 Bacillus subtilis 168 erythromycin-r, neomycin-r L medium 33549
MBS268 FU698 pMutin2 rpC2 tnrA::cat ilvB::pMutin2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33547
MBS269 FU706 pMutin2 trpC2 gid::spec ΔcodY ccpA::neo ilvB::pMutin2 Bacillus subtilis 168 erythromycin-r, neomycin-r, spectinomycin-r L medium 33549
MBS270 FU707 trpC2 ΔglnQ::cat Bacillus subtilis 168 chloramphenicol-r L medium 33551
MBS271 FU708 pMutin2 ΔglnQ::cat ybgH::pMutin2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33551
MBS272 FU709 trpC2 amyE::[cat P(ilv-leu)(-187/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS273 FU710 trpC2 amyE::[cat P(ilv-leu)(-667/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS274 FU713 trpC2 amyE::[cat P(ilv-leu)(-248/+26)TnrA box(A-207C C-196T)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33547
MBS275 FU714 trpC2 amyE::[cat P(ilv-leu)(-165/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS276 FU715 trpC2 amyE::[cat P(ilv-leu)(-150/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS277 FU716 trpC2 amyE::[cat P(ilv-leu)(-100/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS278 FU717 trpC2 amyE::[cat P(ilv-leu)(-55/+26)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS279 FU722 trpC2 amyE::[cat P(ilv-leu)(-248/+26)cre(G-89T C-84T)-lacZ] Bacillus subtilis 168 chloramphnicol-r L medium 33549
MBS281 PLR1 Bacillus subtilis 168 L medium 30181
MBS282 PLR2 Bacillus subtilis 168 L medium 30181
MBS283 1A221 lin-2 Bacillus subtilis 168 L medium 30181
MBS284 LCFAd pMutin lcfA::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33554
MBS285 ACDAd pMutin acdA::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33554
MBS286 ETFAd pMutin etfA::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33554
MBS287 ETFBd pMutin etfB::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33554
MBS288 CYDAd pMutin cydA::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33554
MBS289 CYDBd pMutin cydB::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33598
MBS290 CYDCd pMutin cydC::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33598
MBS291 CYDDd pMutin cydD;;pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33598
MBS292 LMRAd pMutin lmrA::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33555
MBS293 LMRBd pMutin lmrB::pMutin trpC2 Bacillus subtilis 168 erythromycin-r L medium 33555
MBS294 FU801 pMutin trpC2 gltA glsA (=ybgJ)::pMutin Bacillus subtilis 168 erythromycin-r L medium 33551
MBS295 FU807 trpC2 lys relA gid::spec ΔcodY Bacillus subtilis 168 spectinomycin-r L medium 33564
MBS296 FU808 trpC2 lys gid::spec ΔcodY Bacillus subtilis 168 spectinomycin-r L medium 33564
MBS297 61884 trpC2 aspB66 Bacillus subtilis 168 L medium 33562
MBS298 NIG2001 trpC2 pheA1 rpoC::pETΔrpoC (=rpoC-His6 neo) Bacillus subtilis 168 neomycin-r L medium 33560
MBS299 FU875 trpC2 yxaF::cat Bacillus subtilis 168 chloramphenicol-r L medium 33555
MBS300 FU876 trpC2 lmrA::tet Bacillus subtilis 168 tetracycline-r L medium 33555
MBS301 FU877 pMutin trpC2 lmrA::pMutin yxaF::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33555
MBS302 FU878 pMutin trpC2 lmrB::pMutin yxaF::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33555
MBS303 FU879 pMutin trpC2 yxaG::pMutin yxaF::cat Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33555
MBS304 FU880 pMutin trpC2 yxaG::pMutin lmrA::tet Bacillus subtilis 168 erythromycin-r, tetracycline-r L medium 33555
MBS305 FU881 pMutin trpC2 yxaG::pMutin yxaF::cat lmrA::tet Bacillus subtilis 168 erythromycin-r, chloramphenicol-r, tetracycline-r L medium 33555
MBS306 FU884 trpC2 ysiA::tet Bacillus subtilis 168 tetracycline-r L medium 33569
MBS307 FU895 trpC2 lys amyE::[cat P(ilv-leu)(-55/+26)(C-1G)- lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33560
MBS308 FU899 lmrA(Q52 stop to S) yxaF::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33555
MBS309 FU904 trpC2 lys amyE::[cat P(ilv-leu)(-55/+26)(C+1G)(A+2G)- lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33560
MBS310 FU905 trpC2 lys amyE::[cat P(ilv-leu)(-55/+26)(A+2G)- lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33560
MBS311 FU906 trpC2 lys amyE::[cat PptsG(-55/+26) - lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33564
MBS312 FU934 trpC2 lys amyE::[cat PptsG (-55/+26)(G+2A) - lacZ Bacillus subtilis 168 chloramphenicol-r L medium 33564
MBS313 FU937 trpC2 lys amyE::[cat PalsS (-55/+26) - lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33564
MBS314 FU960 trpC2 amyE::[PｌｃｆBΔcre(-120/+484) cat] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS315 FU961 trpC2 amyE::[PｌｃｆB cre(-120/+516) cat] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS316 FU967 pMutin lmrA::tet yxaF::cat yxaH::pMutin Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33555
MBS317 FU977 trpC2 lys amyE::[cat PpycA(-55/+26) - lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33564
MBS318 FU987 168 trpC2 amyE::[cat PlcfAΔcre-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS319 FU988 168 trpC2 amyE::[cat PlcfAΔcre-lacZ] fadR::tet Bacillus subtilis 168 chloramphenicol-r, tetracycline-r L medium 33569
MBS320 FU989 168 trpC2 amyE::[cat PlcfAcre-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS321 FU991 168 trpC2 amyE::[cat PfadNDcre-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS322 FU993 168 trpC2 amyE::[cat PfadN cre-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33569
MBS323 FU1019 trpC2 lys amyE::[cat Ppdh(-47/+167) - lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33564
MBS324 FU1033 trpC2 yetL::cat Bacillus subtilis 168 chloramphenicol-r L medium 33563
MBS325 FU1034 trpC2 yetL::tet Bacillus subtilis 168 tetracycline-r L medium 33563
MBS326 FU1035 trpC2 amyE::[cat PyetL(-118 to +28)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33563
MBS327 FU1036 trpC2 amyE::[cat PyetL(-334 to +228)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33563
MBS328 FU1037 trpC2 amyE::[cat PyetM(-313 to +249)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33563
MBS329 FU1042 trpC2 lys amyE::[cat PptsG (-55/+26)(G+1A)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33564
MBS330 FU1044 trpC2 lys amyE::[cat PpdhA (-47/+167)(G+1A)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33564
MBS331 FU1045 trpC2 lys amyE::[cat PptsG (-55/+26)(G+1A, G+2A)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33564
MBS332 FU1048 amyE::[cat PlcfA(-190?/+711?)(with cre)-lacZ] fadR::tet ccpA::neo trpC2 Bacillus subtilis 168 chloramphencicol-r, tetracycline-r, neomycin-r L medium 33569
MBS333 FU1060 trpC2 lys amyE::[cat PpycA(-55/+26)(A+1G)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33564
MBS334 FU1061 trpC2 lys amyE::[cat PalsS (-55/+26)(A+1G)-lacZ] Bacillus subtilis 168 chloramphenicl-r L medium 33564
MBS335 FU1074 amyE::[ cat PlcfB(-120/+516) (with cre)-lacZ] ccpA::neo trpC2 Bacillus subtilis 168 chloramphenicl-r, neomycin-r L medium 33569
MBS336 FU1078 lmrA2 [=lmrA(Q52P stop to S] ΔqdoR::tet Bacillus subtilis 168 tetracycline-r L medium 30187
MBS337 FU1079 lmrA2 ΔqdoR::tet amyE::[cat PyxaF-yxaF-PyxaG(-67/+692)-lacZ] Bacillus subtilis 168 tetracycline-r, chloramphenicol-r L medium 30187
MBS338 FU1080 lmrA2 ΔqdoR::tet amyE::[cat PyxaF-yxaF(W131A)-PyxaG(-67/+692)-lacZ] Bacillus subtilis 168 tetracycline-r, chloramphenicol-r L medium 30187
MBS339 FU1084 trpC2 fadR::tet ccpA::neo Bacillus subtilis 168 tetracycline-r, neomycin-r L medium 33569
MBS340 FU1087 trpC2 amyE::[cat PkinA(-55/+10)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS341 FU1088 trpC2 amyE::[cat PkinA(-55/+10)(A+1G)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS342 FU1095 trpC2 kinA::erm Bacillus subtilis 168 erythromycin-r L medium 33576
MBS343 FU1096 trpC2 kinB::kan Bacillus subtilis 168 kanamycin-r L medium 33576
MBS344 FU1098 trpC2 kinA::erm kinB::kan Bacillus subtilis 168 erythromycin-r, kanamycin-r L medium 33576
MBS345 FU1102 trpC2 kinA(A+1G) Bacillus subtilis 168 L medium 33576
MBS346 FU1103 trpC2 kinA(A+1G) kinB::kan Bacillus subtilis 168 kanamycin-r L medium 33576
MBS347 FU1106 trpC2 ΔabrB::erm Bacillus subtilis 168 eythromycin-r L medium 33576
MBS348 FU1107 trpC2 Δspo0H::erm amyE::[cat PkinA (-55/+10) -lacZ] Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33576
MBS349 FU1108 trpC2 Δspo0H::erm amyE::[cat PkinA (-55/+10)(A+1G)-lacZ] Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33576
MBS350 FU1113 trpC2 kinB (A+1G) Bacillus subtilis 168 L medium 33576
MBS351 FU1115 trpC2 amyE::[cat PkinB (-55/+10)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS352 FU1116 trpC2 amyE::[cat PkinB (-55/+10)(A+1G)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS353 FU1117 trpC2 Δspo0H::erm amyE::[cat PkinB (-55/+10)-lacZ] Bacillus subtilis 168 chloramphenicol-r, erythromycin-r L medium 33576
MBS354 FU1121 Δspo0A::spc trpC2 Bacillus subtilis 168 spectinomycin-r L medium 33576
MBS355 PS37t trpC2 gid::spc ΔcodY Bacillus subtilis 168 spectinomycin-r L medium 33576
MBS356 FU1130 ΔycnK::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33573
MBS357 FU1131 ΔcsoR::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33573
MBS358 FU1132 ΔcsoR::tet trpC2 Bacillus subtilis 168 tetracycline-r L medium 33573
MBS359 FU1133 ΔcopZA::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33573
MBS360 FU1134 Δ(csoR copZA)::cat trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33573
MBS361 FU1135 pMutin2 ΔcsoR::cat ycnK::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS362 FU1136 pMutin2 ΔcopZA::cat ycnK::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS363 FU1137 pMutin2 Δ(csoR copZA)::cat ycnK::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS364 FU1138 pMutin2 ΔcsoR::cat ycnJ::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS365 FU1139 pMutin2 ΔcopZA::cat ycnJ::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS366 FU1140 pMutin2 Δ(csoR copZA)::cat ycnJ::pMutin2 trpC2 Bacillus subtilis 168 erythromycin-r, chloramphenicol-r L medium 33573
MBS367 FU1144 ΔycnK::erm trpC2 Bacillus subtilis 168 erythromycin-r L medium 33573
MBS368 FU1145 ΔcopZA::tet trpC2 Bacillus subtilis 168 tetracycline-r L medium 33573
MBS369 FU1146 Δ(csoR copZA)::tet trpC2 Bacillus subtilis 168 tetracycline-r L medium 33573
MBS370 FU1147 amyE::[cat PycnK(-190 to 109)-lacZ] trpC2 Bacillus subtilis 168 chloramphenicol-r L medium 33573
MBS371 FU1153 trpC2 amyE::[cat PkinA (-55/+10)(A+1C)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS372 FU1154 trpC2 amyE::[cat PkinB (-55/+10)(A+1C)-lacZ] Bacillus subtilis 168 chloramphenicol-r L medium 33576
MBS373 FU1155 trpC2 kinA (A+1G) kinB (A+1G) Bacillus subtilis 168 L medium 33576
MBS374 FU1156 trpC2 kinA (A+1C) Bacillus subtilis 168 L medium 33576
MBS375 RIK218 trpC2 ΔrrnW1 : : cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS376 RIK546 trpC2 ΔrrnW3 ΔrrnJ1 : : cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS377 RIK1755 trpC2 ΔrrnHG1 ΔrrnW2 : : cat ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS378 RIK1753 trpC2 ΔrrnHG1 ΔrrnW2 ΔrrnJ1 : : spc ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS379 RIK1466 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnW2 ΔrrnJ1 : : kan ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS380 RIK1463 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnB2 ΔrrnW2 ΔrrnJ1 : : kan ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS381 RIK1437 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1 : : spc ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS382 RIK1754 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1 : : cat ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" 33577
MBS383 RIK2222 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS384 RIK2223 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS385 RIK2224 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS386 RIK2225 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS387 RIK2226 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS388 RIK2227 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnA1 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS389 RIK2228 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnE1 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS390 RIK2229 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnE1 ΔrrnB2 ΔrrnA1 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS391 RIK2230 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnA1 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS392 RIK2231 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnB2 ΔrrnA1 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS393 RIK2232 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnE1 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS394 RIK2233 trpC2 ΔrrnHG1 ΔrrnB2 ΔrrnE1 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS395 RIK2234 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnB2 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS396 RIK2235 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS397 RIK2236 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnB2 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔrrnJ1 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS398 RIK2237 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnB2 ΔrrnE1 ΔrrnI2 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS399 RIK2238 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnA1 ΔrrnE1 ΔrrnI2 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS400 RIK2239 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnB2 ΔrrnA1 ΔrrnE1 ΔrrnI2 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS401 RIK2240 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnB2 ΔrrnA1 ΔrrnE1 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS402 RIK2241 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnB2 ΔrrnA1 ΔrrnE1 ΔrrnI2 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS403 RIK2242 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnB2 ΔrrnA1 ΔrrnI2 ΔrrnW2 ΔICEBs1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled Multiple rRNA operons are essential for efficient cellgrowth and sporulation as well as outgrowth inBacillus subtilis\"(Microbiology (2013), 159, 2225–2236)" L medium 33577
MBS404 RIK1004 trpC2 ywaC::cat Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS405 RIK1054 trpC2 relA::erm aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS406 RIK1055 trpC2 ΔyjbM aprE::Pspac-yjbM spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS407 RIK1056 trpC2 ΔyjbM aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS408 RIK1057 trpC2 ΔyjbM ywaC:: cat aprE::Pspac-yjbM spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS409 RIK1058 trpC2 ΔyjbM ywaC:: cat aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS410 RIK1059 trpC2 ΔyjbM ywaC:: cat relA::erm aprE::Pspac-yjbM spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS411 RIK1066 trpC2 ΔyjbM ywaC:: cat relA::erm aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS412 RIK1068 trpC2 ΔyjbM relA::erm aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS413 RIK1069 trpC2 yvyD::PrrnO-kan Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS414 RIK1070 trpC2 ΔyjbM ywaC:: cat relA::erm aprE::Pspac-ywaC spc yvyD::PrrnO-kan Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS415 RIK1096 trpC2 ywaC:: cat aprE::Pspac-yjbM spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS416 RIK1098 trpC2 relA::erm ywaC::cat aprE::Pspac-ywaC spc Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS417 RIK1392 pURI7yvyD trpC2 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS418 RIK1420 trpC2 rrnO2+::kmpt1 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Expression of a small (p)ppGpp synthetase, YwaC, in the (p)ppGpp0 mutant of Bacillus subtilis triggers YvyD-dependent dimerization of ribosome\"(Microbiologyopen (2012), 1, 115-134)" LB medium 33574
MBS419 RIK1285 trpC2 lys1 nprR2 nprE18 aprEΔ3 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Spontaneous transformation and its use for genetic mapping in Bacillus subtilis.\"(Biosci. Biotechnol. Biochem. 68: 1672-1680 (2004))" L medium 33546
MBS420 OK2 bio The B. subtilis natto strain OK2 was isolated from a commercial fermented soybean natto, “Okame natto,” produced by Takano Foods Co. in Ibaraki, Japan. LB medium 36924
MBS421 RIK7101 bio amyE::comG-lacZ OK2 "The detailed procedures for the construction of the strain are described in the paper entitled \"Natural genetic competence in Bacillus subtilis natto OK2.\" [J Bacteriol (2000) 182, 2411-2415.]" LB medium 36924
MBS422 RIK7102 bio amyE::comG-lacZ mecA::spc OK2 "The detailed procedures for the construction of the strain are described in the paper entitled \"Natural genetic competence in Bacillus subtilis natto OK2.\" [J Bacteriol (2000) 182, 2411-2415.]" LB medium 36924
MBS423 RIK1027 trpC2 amyE::[comG-lacZ (Cmr)] pULI7KS27 Bacillus subtilis 168 "The detailed procedures for the construction of the strain are described in the paper entitled \"Natural genetic competence in Bacillus subtilis natto OK2.\" [J Bacteriol (2000) 182, 2411-2415.]" LB medium 36924
MBS424 SDB01 trpB3 psd1::neo Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Cloning, sequencing, and disruption of the Bacillus subtilis psd gene coding for phosphatidylserine decarboxylase\" (J. Bacteriol.(1998)180, 100-106). The psd gene was interrupted at the unique PstI site with neo. " neo LB medium 48565
MBS425 SDB02 trpB3 ΔpssA10::spc Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Cloning, sequencing, and disruption of the Bacillus subtilis psd gene coding for phosphatidylserine decarboxylase\" (J. Bacteriol.(1998)180, 100-106). The pss gene was replaced with spc by using MunI and HindIII sites." spc LB medium 48565
MBS426 160 trpB3 Hiuga Saito LB medium 48565, 48564
MBS427 SDB201 trpC2 ywjE1::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin domains in Bacillus subtilis Marburg membranes \" (J. Bacteriol. (2004)186, 1475-1483). The ywJE gene was interrupted at the unique HindIII site with spc. " spc LB medium 48566
MBS428 SDB202 trpC2 ywiE2::neo Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin domains in Bacillus subtilis Marburg membranes \" (J. Bacteriol. (2004)186, 1475-1483). The ywiE gene was interrupted at an introduced XbaI site with neo. " neo LB medium 48566
MBS429 SDB203 trpC2 clsA::pMutin4 ywiE2::neo SDB202 DNA BFS219 (trpC2 clsA::pMutin4) "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin domains in Bacillus subtilis Marburg membranes \" (J. Bacteriol. (2004)186, 1475-1483). " neo LB medium 48566
MBS430 SDB206 trpC2 clsA::pMutin4 ywiE2::neo ywjE1::spc SDB201 DNA SDB203 (trpC2 clsA::pMutin4 ywiE2::neo) "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin domains in Bacillus subtilis Marburg membranes \" (J. Bacteriol. (2004)186, 1475-1483). " spc LB medium 48566
MBS431 SDB210 trpC2 clsA::pMutin4 ywiE2::neo ywjE1spc ΔpssA::cat SDB211 DNA SDB206 (trpC2 clsA::pMutin4 ywiE2::neo ywjE1::spc) "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin enrichment in spore membranes and its involvement in germination of Bacillus subtilis Marburg membranes\" (Genes Genet. Syst. (2006) 81, 69-76). " cat DSM 48568
MBS432 SDB211 trpC2 ΔpssA::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Cardiolipin enrichment in spore membranes and its involvement in germination of Bacillus subtilis Marburg membranes\" (Genes Genet. Syst. (2006) 81, 69-76). " cat DSM 48568
MBS433 SDB011 trpC2 Pspac-cdsA Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pMUTIN2 was used to construct the Pspac-inducible allele. " ery DSM 48567
MBS434 SDB012 trpC2 Pspac-yhdO (plsC) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pMUTIN2 was used to construct thePspac-inducible allele. " ery DSM 48567
MBS435 SDB014 trpC2 mprF::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). The mprF gene was interrupted at an introduced ClaI site with tet. " tet DSM 48567
MBS436 SDB110 trpC2 Pspac-pgsA Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes \" (J. Bacteriol. (2005) 187, 2163-2174). pMUTIN2 was used to construct the Pspac-inducible allele. " ery DSM 48567
MBS437 SDB1001 trpC2 amyE::PcitM-gfp cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pDHCMGFP was used to construct the control for Pspac-inducible allele. " cat DSM 48567
MBS438 SDB1006 trpC2 amyE::Pxyl-gfp-pgsA spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS439 SDB1010 trpC2 amyE::PcitM-pssA-gfp cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pDHCMGFP was used to construct the Pspac-inducible allele. " cat DSM 48567
MBS440 SDB1012 trpC2 amyE::PcitM-gpsA-gfp cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pDHCMGFP was used to construct the Pspac-inducible allele. " cat DSM 48567
MBS441 SDB1014 trpC2 amyE::Pxyl-gfp-psd spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS442 SDB1017 trpC2 amyE::Pxyl-gfp-mprF spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS443 SDB1018 trpC2 amyE::Pxyl-gfp-cdsA spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS444 SDB1019 trpC2 amyE::Pxyl-gfp-yhdO (plsC) spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS445 SDB1020 trpC2 amyE::PcitM-ugtP-gfp cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes \" (J. Bacteriol. (2005) 187, 2163-2174). pDHCMGFP was used to construct the Pspac-inducible allele. " cat DSM 48567
MBS446 SDB1021 trpC2 amyE::Pxyl-gfp-ugtP spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS447 SDB1022 trpC2 amyE::Pxyl-gfp-dgkA spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS448 SDB1101 trpC2 amyE::Pxyl-gfp-clsA spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Phosphatidylethanolamine domains and localization of phospholipid synthases in Bacillus subtilis membranes\" (J. Bacteriol. (2005) 187, 2163-2174). pSG1729 was used to construct the Pxyl-inducible gfp fusion allele. " spc DSM 48567
MBS449 MBS10 trpC2 ΔltaS::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis\" (Microbiology. (2013) 159, 23-35)." spc LB medium 48570
MBS450 MBS11 trpC2 ΔyfnI::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis\" (Microbiology. (2013) 159, 23-35)." tet LB medium 48570
MBS451 MBS12 trpC2 ΔltaS::spc ΔyfnI::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS452 MHB001 trpC2 Pspac-pgsA erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with membranes of reduced phosphatidylglycerol content\" (Genes Genet. Syst. (2009) 84, 191-198. pMUTINCC which is the pMUTIN3 having two Oid was used to construct the Pspac-pgsA inducible allele." ery DSM 48569
MBS453 MHB300 trpC2 ΔltaS::spc ΔyfnI::tet Pspac-pgsA erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." ery LB medium 48570
MBS454 SLD03 trpC2 ΔyqgS Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS455 SLD04 trpC2 ΔyvgJ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS456 SLD05 trpC2 ΔyfnI::tet ΔyqgS Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS457 SLD06 trpC2 ΔltaS::spc ΔyfnI::tet ΔyqgS Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS458 SLD07 trpC2 ΔyfnI::tet ΔyqgS ΔyvgJ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS459 SLD08 trpC2 ΔltaS::spc ΔyfnI::tet ΔyqgS ΔyvgJ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Induction of extracytoplasmic function sigma factors in Bacillus subtilis cells with defects in lipoteichoic acid synthesis \" (Microbiology. (2013) 159, 23-35)." LB medium 48570
MBS460 Z5 trp+ (203, Z5), integrated the B. amyloliquefacience 203 portion around trp locus, from aroE and tyrA to aroB and aroF, in the chromosome B. amyloliquefacience 203 Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Gfenetic defects in DNA repair system and enhancement of intergenote transfoprmation eficiency in Bacillusu subtilis Marburg\" (Mol. gen. Genet.(1978) 162, 229-235). Transformation of strain 15 (trpB160-argA15) with B. amyloliquefaciens 203 DNA. Intergenote trp+ (203, Z5), integrated the amyloliquefacience 203 portion around trp locus, from aroE, tyrA to aroB and aroF, in the chromosome." LB medium 48564
MBS461 H1 trp+ (203, H1), integrated the amyloliquefacience 203 portion around trp locus in the chromosome B. amyloliquefacience 203 Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Gfenetic defects in DNA repair system and enhancement of intergenote transfoprmation eficiency in Bacillusu subtilis Marburg\" (Mol. gen. Genet.(1978) 162, 229-235). Transformation of strain 15 (trpB160-argA15) with B. amyloliquefaciens 203 DNA. Intergenote trp+ (203, Z5), integrated the amyloliquefacience 203 portion around trp locus in the chromosome." LB medium 48564
MBS462 H5 trp+ (203, H5), integrated the amyloliquefacience 203 portion around trp locus in the chromosome B. amyloliquefacience 203 Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Gfenetic defects in DNA repair system and enhancement of intergenote transfoprmation eficiency in Bacillusu subtilis Marburg\" (Mol. gen. Genet.(1978) 162, 229-235). Transformation of strain 15 (trpB160-argA15) with B. amyloliquefaciens 203 DNA.Intergenote trp+ (203, Z5), integrated the amyloliquefacience 203 portion around trp locus in the chromosome." LB medium 48564
MBS463 T5 trp+ (203, T5), integrated the amyloliquefacience 203 portion around trp locus in the chromosome B. amyloliquefacience 203 Bacillus subtilis 160 "The procedure for the construction of the strain is described in the paper entitled \"Gfenetic defects in DNA repair system and enhancement of intergenote transfoprmation eficiency in Bacillusu subtilis Marburg\" (Mol. gen. Genet.(1978) 162, 229-235). Transformation of strain 15 (trpB160-argA15) with B. amyloliquefaciens 203 DNA.Intergenote trp+ (203, Z5), integrated the amyloliquefacience 203 portion around trp locus in the chromosome. " LB medium 48564
MBS464 203lys Bacillus amyloliquefacience (formerly B. megaterium) 203 lys "The procedure for the construction of the strain is described in the paper entitled \"Gfenetic defects in DNA repair system and enhancement of intergenote transfoprmation eficiency in Bacillusu subtilis Marburg\" (Mol. gen. Genet.(1978) 162, 229-235). " LB medium 48564
MBS490 203W Bacillus amyloliquefacience (formerly B. megaterium) 203 wild type Hiuga Saito LB medium 48564
MBS465 YAN14618 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ16-23'S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS466 YAN13642 trpC2 scpB-his6 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS467 YAN12106 trpC2 Δspo0J::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS468 YAN12061 trpC2 Δsmc::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" Modified SMG medium 49533
MBS469 YAN12688 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-7 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS470 YAN12687 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-15 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS471 YAN12583 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-87 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS472 YAN12697 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-144 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS473 YAN12585 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-158 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS474 YAN12590 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-167 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS475 YAN12586 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-175 erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS476 YAN12696 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-(-148) erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS477 YAN12692 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-(-76) erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS478 YAN12693 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-(-15) erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS479 YAN12695 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-(-7) erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS480 YAN12595 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 lysSΩpMrrn-(-3) erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS481 RIK656 trpC2 ΔrrnHG1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::spc rrnO2::kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS482 YAN14396 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 ΔrrnA::kan xynAΩpMrrn-175 erm yoeB::rrn cat::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em 49533
MBS483 YAN12668 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ16-23-5S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS484 YAN12684 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ23-5S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS485 YAN12685 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ23'-5S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS486 YAN12698 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ5S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS487 YAN12675 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔp rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS488 YAN12700 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 ΔrrnI::ECO/lac rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS489 YAN13492 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::spc ΔICEBs1 Δspo0J::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS491 YAN13940 trpC2 Δspo0J::cat scpB-his6 erm/pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS492 YAN14289 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 scpB-his6 erm/pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS493 YAN13684 trpC2 scpB-his6 erm/pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS495 YAN13983 trpC2 Δsmc::cat scpB-his6 erm/pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc at 25 degrees 49533
MBS496 YAN13904 trpC2 scpB-his6 erm/pRRN/Δp tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS497 YAN13911 trpC2 scpB-his6 erm/pRRN/Δ5S tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS498 YAN13913 trpC2 scpB-his6 erm/pRRN/Δ23-5S tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS499 YAN13914 trpC2 scpB-his6 erm/pRRN/Δ16-23-5S tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS500 YAN14632 trpC2 scpB-his6 erm/pRRN/Δ16-23'S tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS501 YAN14691 trpC2 scpB-his6 erm/pRRN/Δ16-23S tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS502 YAN13981 trpC2 scpB-his6 erm/pECO/lac tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS503 YAN14055 trpC2 scpB-his6 erm/pPARS1 tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS504 YAN14405 trpC2 scpB-his6 erm/pPARS8 tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS505 YAN12644 trpC2 pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS506 YAN12642 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1/ pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS507 YAN12673 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 xynAΩpMrrn-175 erm/ pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em +Tc 49533
MBS508 YAN14669 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnIΔ16-23S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS509 YAN14176 trpC2 yyaC::lacO cat thrC::lacI-gfp mls Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Cm 49533
MBS510 YAN14625 trpC2 Δsmc::cat::spc yyaC::lacO cat thrC::lacI-gfp mls Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" Modified SMG medium +Cm 49533
MBS511 YAN14622 trpC2 Δspo0J::cat::spc yyaC::lacO cat thrC::lacI-gfp mls Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Cm 49533
MBS512 YAN14595 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::kan ΔICEBs1 yyaC::lacO cat thrC::lacI-gfp mls Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Cm 49533
MBS513 YAN14606 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::kan ΔICEBs1 yyaC::lacO cat thrC::lacI-gfp mls Δspo0J::cat::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Cm 49533
MBS514 YAN13122 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 rrnI+ rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533, 74415
MBS515 YAN14041 trpC2 Δsmc::cat::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" Modified SMG medium 49533
MBS516 YAN14243 trpC2 Δspo0J::cat::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS517 YAN13036 trpC2 scpB-mCherry-kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS518 YAN14464 trpC2 scpB-mCherry-kan Δspo0J::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS519 YAN14462 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::spc ΔICEBs1 scpB-mCherry kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS520 YAN14463 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::spc ΔICEBs1 scpB-mCherry kan Δspo0J::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS521 YAN12828 trpC2 ΔrrnA::kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS522 YAN12112 trpC2 yoeB::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS523 YAN14366 trpC2 yoeB::rrnI cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS524 YAN14377 trpC2 yoeB::rrnI cat::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS525 YAN14300 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 ΔrrnA::kan xynAΩpMrrn-175 erm/pRRN tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Em +Tc 49533
MBS526 YAN12205 trpC2 ΔrrnIHG::cat::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS527 YAN14384 trpC2 ΔrrnIHG::cat::tet ΔtrnI Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS528 YAN13235 trpC2 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnW2 ΔrrnJ1::cat ΔICEBs1 ΔrrnIHG::cat::tet ΔtrnI Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS529 RIK2847 trpC2 ΔrrnI2::catpt1 ΔHG1 Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS530 YAN13938 trpC2 rrnIΔ16-23'S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS531 YAN14640 trpC2 rrnIΔ16-23S rrnG::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium 49533
MBS532 YAN14907 trpC2 /pGETS118-t0-Pr-Sfi-pBR322(lacI-his) tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS533 YAN14908 trpC2 /pRRN(lacI-his) tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" L medium +Tc 49533
MBS534 YAN13568 trpC2 ΔrrnHG1 ΔrrnO1 ΔrrnD1 ΔrrnE1 ΔrrnB2 ΔrrnI2 ΔrrnW2 ΔrrnJ1::spc ΔICEBs1 Δsmc::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Multiple cis-acting rDNAs contribute to nucleoid separation and recruit bacterial condensin, Smc-ScpAB. Cell Reports (2017)\"" Modified SMG medium 49533
MBS535 GEd trpC2, ΔgerE::spc Bacillus subtilis 168 Homologous recombination spectinomycin Sp LB 37°C 50109
MBS536 GEd-5 GEd, amyE::pMF-5'gerE Bacillus subtilis 168 Homologous recombination spectinomycin chloramphenicol Sp,Cm LB 37°C 50109
MBS537 GEd-C GEd, amyE::pMF-gerEBc Bacillus subtilis 168 Homologous recombination spectinomycin chloramphenicol Sp,Cm LB 37°C 50109
MBS538 168-Z trpC2, cotG::pMUTIN-T3, PcotG–lacZr Bacillus subtilis 168 Homologous recombination erythromycin Em LB 37°C 50109
MBS539 GEd-Z GEd, cotG::pMUTIN-T3, PcotG–lacZ 168-Z Bacillus subtilis 168 Homologous recombination spectinomycin erythromycin Sp,Em LB 37°C 50109
MBS540 GEd-5Z GEd-5, cotG::pMUTIN-T3, PcotG–lacZ 168-Z Bacillus subtilis 168 Homologous recombination spectinomycin chloramphenicol erythromycin Sp,Cm,Em LB 37°C 50109
MBS541 GEd-CZ GEd-C, cotG::pMUTIN-T3, PcotG–lacZ 168-Z Bacillus subtilis 168 Homologous recombination spectinomycin chloramphenicol erythromycin Sp,Cm,Em LB 37°C 50109
MBS542 168Gin trpC2, amyE::5'-gerE-gin-gerE-3'r Bacillus subtilis 168 Homologous recombination chloramphenicol Cm LB 37°C 50109
MBS543 GABd 168Gin, ΔgirAB::erm Bacillus subtilis 168 Homologous recombination chloramphenicol erythromycin Cm,Em LB 37°C 50109
MBS544 GCd 168Gin, ΔgirC::kan Bacillus subtilis 168 Homologous recombination chloramphenicol kanamycin Cm,Km LB 37°C 50109
MBS545 GR1 168Gin, Δ(girB–BCE4614)::kan Bacillus subtilis 168 Homologous recombination chloramphenicol kanamycin Cm,Km LB 37°C 50109
MBS546 GR2 168Gin, Δ(BCE4615–BCE4625)::kan Bacillus subtilis 168 Homologous recombination chloramphenicol kanamycin Cm,Km LB 37°C 50109
MBS547 GR3 168Gin, Δ(girB–BCE4619)::kan Bacillus subtilis 168 Homologous recombination chloramphenicol kanamycin Cm,Km LB 37°C 50109
MBS548 GR2X GR2, thrC::girX Bacillus subtilis 168 Homologous recombination chloramphenicol kanamycin erythromycin Cm,Km,Em LB 37°C 50109
MBS549 GC-i 168Gin, Pspac–girC, lacIq, erm Bacillus subtilis 168 Homologous recombination chloramphenicol erythromycin Cm,Em LB 37°C 50109
MBS550 BSIID trpC2, sprB::pMutinT3(PsprB–lacZ, PspoIID–sprB) Bacillus subtilis 168 Homologous recombination erythromycin Em LB 37°C 50108
MBS551 168-AEB trpC2, amyE::spsM(attB for SPβ) Bacillus subtilis 168 Homologous recombination chloramphenicol Cm LB 37°C 50108
MBS552 BSIID-AEB BSIID carrying the amyE::spsM (attB for SPβ) construct Bacillus subtilis 168 Homologous recombination erythromycin chloramphenicol Cm,Em LB 37°C 50108
MBS553 YODUd trpC2, yodU:: pMutinT3(PyodU–lacZ), ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS554 SPRAd trpC2, sprA::pMutinT3(PsprA–lacZ), ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS555 BsINDA trpC2, sprA::pMutinT3(PsprA–lacZ, Pspac–sprA), ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS556 BsINDB trpC2, sprB::pMutinT3(PsprB–lacZ, Pspac–sprB), ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS557 SPless trpC2, attBSPβ; SPβ-cured strain derived from BsINDB Bacillus subtilis 168 SPβ induction by IPTG LB 37°C 50110
MBS558 SPRBd trpC2, ΔsprB:: ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS559 SPmini 168 carrying the minimized SPβ, ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS560 YODUc trpC2, yodU::pMutinT3(PyodU–lacZ), amyE::pMFspsM(spsM) Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS561 SPRAc trpC2, sprA::pMutinT3(PsprA–lacZ), amyE::pMFspsM(spsM) Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS562 CU1050 (SPβ) SPβ-lysogen derived from CU1050 CU1050 SPβ infection LB 37°C 50110
MBS563 BsSPRBG 168 carrying pUBsprBgfp Bacillus subtilis 168 Introduced by electroporation kanamycin Km LB 37°C 50110
MBS564 BsSPSMG trpC2, ypqP–gfp, ermC Bacillus subtilis 168 Homologous recombination Em LB 37°C 50110
MBS565 GERE8G gerE gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Functional relationship between SpoVIF and GerE in gene regulation during sporulation of Bacillus subtilis.\"Microbiology. 2004 Jan;150(Pt 1):163-70. " cat LB medium 50390
MBS566 YJCC8G yjcC gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Functional relationship between SpoVIF and GerE in gene regulation during sporulation of Bacillus subtilis.\"Microbiology. 2004 Jan;150(Pt 1):163-71." cat LB medium 50390
MBS567 TGL8G tgl gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Modification of GerQ reveals a functional relationship between Tgl and YabG in the coat of Bacillus subtilis spores.\"J Biochem. 2006 May;139(5):887-901. " cat LB medium 50391
MBS568 YCSK8G ycsK gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A novel lipolytic enzyme, YcsK (LipC), located in the spore coat of Bacillus subtilis, is involved in spore germination.\"J Bacteriol. 2007 Mar;189(6):2369-75. Epub 2007 Jan 12." cat LB medium 50392
MBS569 YXEE8G yxeE gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression, localization and modification of YxeE spore coat protein in Bacillus subtilis.\"J Biochem. 2007 Dec;142(6):681-9. Epub 2007 Sep 28." cat LB medium 50393
MBS570 CGEA8G cgeA gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS571 COTA8G cotA gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS572 COTE8G cotE gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS573 COTT8G cotT gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS574 YABG8G yabG gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS575 YEEK8G yeeK gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS576 YHCN8G yhcN gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Expression of yeeK during Bacillus subtilis sporulation and localization of YeeK to the inner spore coat using fluorescence microscopy.\"J Bacteriol. 2009 Feb;191(4):1220-9. doi: 10.1128/JB.01269-08. Epub 2008 Dec 5." cat LB medium 50394
MBS577 COTB8G cotB gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS578 COTC8G cotC gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS579 COTD8G cotD gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS580 COTF8G cotF gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS581 COTZ8G cotZ gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS582 GERQ8G gerQ gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS583 YAAH8G yaaH gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS584 YMAG8G ymaG gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS585 YSND8G ysnD gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS586 YTXO8G ytxO gfp::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Localization of proteins to different layers and regions of Bacillus subtilis spore coats.\"J Bacteriol. 2010 Jan;192(2):518-24. doi: 10.1128/JB.01103-09. Epub 2009 Nov 20." cat LB medium 50395
MBS590 YTFJ8GA2 ytfJ gfp amyE::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The GerW protein is essential for L-alanine-stimulated germination of Bacillus subtilis spores.\"J Biochem. 2013 Nov;154(5):409-17. doi: 10.1093/jb/mvt072. Epub 2013 Aug 6." cat LB medium 50396
MBS591 ASK2001 trpC2 sigM::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS592 ASK2002 trpC2 sigV::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS593 ASK2003 trpC2 sigW::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS594 ASK2004 trpC2 sigX::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS595 ASK2005 trpC2 sigY::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS596 ASK2006 trpC2 sigZ::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS597 ASK2007 trpC2 ylaC::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS598 ASK2008 trpC2 sigI::cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." cat LB medium 53803
MBS599 ASK3200 UOT1285 RM::cat UOT1285 The procedure for the construction of the strain is described in the paper entitled “Inhibitory effect of prophage SPβ fragments on phage SP10 ribonucleotide reductase function and its multiplication in Bacillus subtilis.” Genes Genet Syst. 2011;86(1):7-18. cat LB medium 53804
MBS600 ASK201 trpC2 spoIVCB::erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." erm LB medium 53798
MBS601 ASK202 trpC2 spollGAB::kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." kan LB medium 53798
MBS602 ASK203 trpC2 spoIIIG::kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." kan LB medium 53798
MBS603 ASK204 trpC2 spollAC::kan Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." kan LB medium 53798
MBS604 ASK205 trpC2 spo0H::erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." erm LB medium 53798
MBS605 BSU31 trpC2 amyE::(cat PsigM‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS606 BSU32 trpC2 amyE::(cat PsigV‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS607 BSU33 trpC2 amyE::(cat PsigW‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS608 BSU34 trpC2 amyE::(cat PsigX‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS609 BSU35 trpC2 amyE::(cat PsigY‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS610 BSU36 trpC2 amyE::(cat PsigZ‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS611 ASK4400 trpC2 amyE::(cat PyrpG‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Anti-sigma factor-mediated cell surface stress responses in Bacillus subtilis. Genes Genet Syst. 2018 Jan 17. doi: 10.1266/ggs.17-00046. [Epub ahead of print]" cat LB medium 53806
MBS612 BSU37 trpC2 amyE::(cat PylaA‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." cat LB medium 33540
MBS613 BSU62 trpC2 amyE::(cat PylaC‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Transcriptional analysis of the ylaABCD operon of Bacillus subtilis encoding a sigma factor of extracytoplasmic function family.” Genes Genet Syst. 2005 Dec;80(6):385-93." cat LB medium 53800
MBS614 trpC2 amyE::(cat PsigI‐lacZ) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat LB medium 53801
MBS615 BSU41 trpC2 amyE::PsigM′ (-80 to +296 region of sigM)-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Altered gene expression in the transition phase by disruption of a Na+/H+ antiporter gene (shaA) in Bacillus subtilis.” FEMS Microbiol Lett. 2004 Mar 12;232(1):93-9." cat LB medium 53799
MBS616 BSU42 trpC2 amyE::PsigW′ (-101 to +155 region of sigW)-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Altered gene expression in the transition phase by disruption of a Na+/H+ antiporter gene (shaA) in Bacillus subtilis.” FEMS Microbiol Lett. 2004 Mar 12;232(1):93-9." cat LB medium 53799
MBS617 BSU43 trpC2 amyE::PsigX′ (-60 to +245 region of sigX)-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Altered gene expression in the transition phase by disruption of a Na+/H+ antiporter gene (shaA) in Bacillus subtilis.” FEMS Microbiol Lett. 2004 Mar 12;232(1):93-9." cat LB medium 53799
MBS618 ASK306 trpC2 pDG148 Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS619 ASK313 trpC2 pDG148‐sigM Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS620 ASK310 trpC2 pDG148‐sigV Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS621 ASK314 trpC2 pDG148‐sigW Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS622 ASK315 trpC2 pDG148‐sigX Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS623 ASK312 trpC2 pDG148‐sigZ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS624 ASK311 trpC2 pDG148‐ylaC Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS625 ASK307 trpC2 pDG148‐sigB Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS626 ASK308 trpC2 pDG148‐sigD Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS627 ASK309 trpC2 pDG148‐sigH Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS628 ASK317 trpC2 pDG148‐sigI Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS629 ASK318 trpC2 pDG148‐sigL Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS630 ASK316 trpC2 pDG148‐xpf Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"DNA microarray analysis of Bacillus subtilis sigma factors of extracytoplasmic function family..” FEMS Microbiol Lett. 2003 Mar 14;220(1):155-60." kan LB medium 33540
MBS631 BSU11 trpC2 sigI :: pMutinT3 Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." erm LB medium 53801
MBS632 BSU12 trpC2 rsgI :: pMutinT3 Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." erm LB medium 53801
MBS633 BSU13 trpC2 rsgI :: erm Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." erm LB medium 53801
MBS634 BSU15 trpC2 amyE :: P sigI -bgaB Cmr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat LB medium 53801
MBS635 BSU16 trpC2 amyE :: P sigI -bgaB rsgI :: pMutinT3 Cmr Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat erm LB medium 53801
MBS636 BSU17 trpC2 amyE :: P sigI -bgaB rsgI :: erm Cmr Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat erm LB medium 53801
MBS637 BSU18 trpC2 amyE :: P sigI -bgaB sigI :: pMutinT3 Cmr Emr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat erm LB medium 53801
MBS638 BSU19 trpC2 amyE :: P sigI -bgaB sigI :: pMutinT3 rsgI :: pMutinT3 :: spc Cmr Emr Spr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat erm spc LB medium 53801
MBS639 BSU24 trpC2 amyE :: P(-10) sigI -bgaB Cmr Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." cat LB medium 53801
MBS640 BSU26 trpC2 sigI :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." erm LB medium 53801
MBS641 BSU27 trpC2 sigI-rsgI :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Regulatory role of RsgI in sigI expression in Bacillus subtilis.” Microbiology. 2007 Jan;153(Pt 1):92-101." erm LB medium 53801
MBS642 ASK215 trpC2 spoIIQ-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." cat LB medium 53798
MBS643 ASK216 trpC2 spoIID-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." cat LB medium 53798
MBS644 ASK217 trpC2 sspE-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." cat LB medium 53798
MBS645 ASK218 trpC2 cotA-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"The Bacillus subtilis yaaH gene is transcribed by SigE RNA polymerase during sporulation, and its product is involved in germination of spores.\" J Bacteriol. 1999 Aug;181(15):4584-91." cat LB medium 53798
MBS646 ASK4701 trpC2 ⊿sigY Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS647 ASK4702 trpC2 ⊿sigZ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS648 ASK4704 trpC2 ⊿ylaC Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS649 ASK4730 trpC2 ⊿sigY⊿sigZ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS650 ASK4731 trpC2 ⊿sigY⊿ylaC Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS651 ASK4732 trpC2 ⊿ylaC⊿sigZ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS652 ASK4733 trpC2 ⊿sigY⊿sigZ⊿sigV Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS653 ASK4734 trpC2 ⊿sigY⊿ylaC⊿sigV Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS654 ASK4735 trpC2 ⊿sigY⊿ylaC⊿sigZ Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS655 ASK4736 trpC2 ⊿sigM ⊿sigV Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS656 ASK4737 trpC2 ⊿sigW ⊿sigX Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS657 ASK4738 trpC2 ⊿sigY⊿sigZ⊿sigV ⊿sigX ⊿sigM Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS658 ASK4739 trpC2 ⊿sigY⊿sigZ⊿sigV ⊿ylaC ⊿sigM Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS659 ASK4740 trpC2 ⊿sigY⊿sigZ⊿sigV ⊿ylaC ⊿sigX ⊿sigM Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS660 BSU2007 trpC2 ⊿sigY⊿sigZ⊿sigV ⊿ylaC ⊿sigX ⊿sigM ⊿sigW Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS661 ASK4741 hisH ⊿sigY⊿sigZ⊿sigV ⊿ylaC ⊿sigX ⊿sigM ⊿sigW Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A viable Bacillus subtilis strain without functional extracytoplasmic function sigma genes.” J Bacteriol. 2008 Apr;190(7):2633-6." LB medium 53803
MBS662 UOT1845 UOT1285 prfB45 UOT1285 "The procedure for the construction of the strain is described in the paper entitled \"Isolation and characterization of sporulation-initiation mutation in the Bacillus subtilis prfB gene.\" Biosci Biotechnol Biochem. 2007 Feb;71(2):397-406. " LB medium 53802
MBS663 RIK10 UOT1285 spo0A(Ps)-bgaB cat UOT1285 "The procedure for the construction of the strain is described in the paper entitled \"ClpC regulates the fate of a sporulation initiation sigma factor, sigmaH protein, in Bacillus subtilis at elevated temperatures.\" Mol Microbiol. 1998 Jul;29(2):505-13." cat LB medium 53797, 74405
MBS664 ASK102 UOT1285 kinA-bgaB cat UOT1285 "The procedure for the construction of the strain is described in the paper entitled \"ClpC regulates the fate of a sporulation initiation sigma factor, sigmaH protein, in Bacillus subtilis at elevated temperatures.\" Mol Microbiol. 1998 Jul;29(2):505-13." cat LB medium 53797
MBS665 RIK50 UOT1285 spo0H-bgaB cat UOT1285 "The procedure for the construction of the strain is described in the paper entitled \"ClpC regulates the fate of a sporulation initiation sigma factor, sigmaH protein, in Bacillus subtilis at elevated temperatures.\" Mol Microbiol. 1998 Jul;29(2):505-13." cat LB medium 53797
MBS666 ASK3000 UOT1285 ΔRM UOT1285 The procedure for the construction of the strain is described in the paper entitled “Inhibitory effect of prophage SPβ fragments on phage SP10 ribonucleotide reductase function and its multiplication in Bacillus subtilis.” Genes Genet Syst. 2011;86(1):7-18. LB medium 53804
MBS667 HRI002 trpC2 ΔcsbB Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" LB medium 53805
MBS668 HRI003 trpC2 ΔyfhO Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" LB medium 53805
MBS669 HRI004 trpC2 ΔcsbB ΔyfhO Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" LB medium 53805
MBS670 HRI005 trpC2 ΔcsbB PsigM'-lacZ cat :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" erm LB medium 53805
MBS671 HRI006 trpC2 ΔyfhO PsigM'-lacZ cat :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" erm LB medium 53805
MBS672 HRI007 trpC2 ΔcsbB-yfhO PsigM'-lacZ cat :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" erm LB medium 53805
MBS673 HRI001 trpC2 amyE :: PsigM'-lacZ cat :: erm Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"A putative bactoprenol glycosyltransferase, CsbB, in Bacillus subtilis activates SigM in the absence of co-transcribed YfhO.” Biochem Biophys Res Commun. 2013 Jun 21;436(1):6-11.
" erm LB medium 53805
MBS674 ASK2070 hisH ⊿sigW ybbM::Em (1-112) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Anti-sigma factor-mediated cell surface stress responses in Bacillus subtilis.\" Genes Genet Syst. 2018 Jan 17. doi: 10.1266/ggs.17-00046. [Epub ahead of print]" erm LB medium 53806
MBS675 ASK2071 hisH ⊿sigW ybbM::Em (1-160) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Anti-sigma factor-mediated cell surface stress responses in Bacillus subtilis.\" Genes Genet Syst. 2018 Jan 17. doi: 10.1266/ggs.17-00046. [Epub ahead of print]" erm LB medium 53806
MBS676 ASK2072 hisH ⊿sigW ybbM::Em (1-178) Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Anti-sigma factor-mediated cell surface stress responses in Bacillus subtilis.\" Genes Genet Syst. 2018 Jan 17. doi: 10.1266/ggs.17-00046. [Epub ahead of print]" erm LB medium 53806
MBS677 Bacillus subtilis (natto) NAFM5 bio-, γPGA+ wild type natto
MBS678 Bacillus subtilis (natto) NAFM73 bio-, γPGA-, degQ::erm Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium
MBS679 Bacillus subtilis (natto) NAFM79 bio-, γPGA+, amyE::pgsB-lacZ cm Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Expression of the pgsB encoding the poly-gamma-DL-glutamate synthetase of Bacillus subtilis (natto)\" (Biosci Biotechnol Biochem. (2009) 73(5),1149-55. The promoter region og pgsB gene was ligated with lacZ and introduced in amyE locus with cm. " cm LB medium 54962
MBS680 Bacillus subtilis (natto) NAFM731 bio-, γPGA+, degQ::erm, sup1 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS681 Bacillus subtilis (natto) NAFM732 bio-, γPGA+, degQ::erm, sup2 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS682 Bacillus subtilis (natto) NAFM733 bio-, γPGA+, degQ::erm, sup3 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS683 Bacillus subtilis (natto) NAFM734 bio-, γPGA+, degQ::erm, sup4 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS684 Bacillus subtilis (natto) NAFM735 bio-, γPGA+, degQ::erm, sup5 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS685 Bacillus subtilis (natto) NAFM736 bio-, γPGA+, degQ::erm, sup6 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS686 Bacillus subtilis (natto) NAFM737 bio-, γPGA+, degQ::erm, sup7 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS687 Bacillus subtilis (natto) NAFM738 bio-, γPGA+, degQ::erm, sup8 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS688 Bacillus subtilis (natto) NAFM739 bio-, γPGA+, degQ::erm, sup9 Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degQ gene was interrupted with erm. " erm LB medium 54963
MBS689 Bacillus subtilis (natto) NAFM104 bio-, γPGA-, degU::km Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The degu gene was interrupted with km. " km LB medium 54963
MBS690 Bacillus subtilis (natto) NAFM114 bio-, γPGA+, yvyE::spc Bacillus subtilis (natto) NAFM5 "The procedure for the construction of the strain is described in the paper entitled \"Mutations suppressing the loss of DegQ function in Bacillus subtilis (natto) poly-γ-glutamate synthesis\" (Applied and Environmental Microbiology. (2011)77, 8249-8258). The yvyE gene was interrupted with spc. " km LB medium 54963
MBS691 Bacillus subtilis (natto) NAFM226 bio-, γPGA+, yabJ::spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The yvyE gene was interrupted with spc. The yabJ gene was interupted with spc." spc LB medium 54965
MBS692 Bacillus subtilis (natto) NAFM235 bio-, γPGA-, degQ::erm, yabJ::km, aprE::pyabJ-yabJ(WT) spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The genes, degQ, yabJ, and aprE were interrupted with erm, km, and spc, respectively. " erm, km, spc LB medium 54965
MBS693 Bacillus subtilis (natto) NAFM236 bio-, γPGA+, degQ::erm, yabJ::km, aprE::pyabJ-yabJ(S103F) spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The genes, degQ, yabJ, and aprE were interrupted with erm, km, and spc, respectively. " erm, km, spc LB medium 54965
MBS694 Bacillus subtilis (natto) NAFM246 bio-, γPGA+, yabJ::km "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The yabJ gene was interrupted with km. " km, LB medium 54965
MBS695 Bacillus subtilis (natto) NAFM250 bio-, γPGA+, yabJ::km, aprE::pyabJ-yabJ(WT) spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The genes yabJ and aprE were interrupted with km and spc, respectively. " km, spc LB medium 54965
MBS696 Bacillus subtilis (natto) NAFM251 bio-, γPGA+, yabJ::km, aprE::pyabJ-yabJ(S103F) spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The genes yabJ and aprE were interrupted with km and spc, respectively. " km, spc LB medium 54965
MBS697 Bacillus subtilis (natto) NAFM254 bio-, γPGA-, degQ::erm, yabJ::km, aprE::pspac-yabJ(S103F) spc "The procedure for the construction of the strain is described in the paper entitled \"Poly-γ-glutamic acid production of Bacillus subtilis (natto) in the absence of DegQ: A gain-of-function mutation in yabJ gene\" (submitted to Journal of Bioscience and Bioengeneering)The genes, degQ, yabJ, and aprE were interrupted with erm, km, and spc, respectively. " erm, km, spc LB medium 54965
MBS698 Bacillus subtilis (natto) NAFM263 bio-, γPGA+, yueB::erm "The procedure for the construction of the strain is described in the paper entitled \"A Survey of Phage Contamination in Natto-producing Factories and Development of Phage-resistant Bacillus subtilis (natto) Strains\" (Food Science and Technology Research. (2018)24, 485-492). The yueB gene was interrupted with erm. " erm LB medium 54964
MBS699 NBS245 trpC2 ftsA::cat Bacillus subtilis 168 Homologous recombination Cm LB 30°C 59819
MBS700 NBS367 trpC2 aprE::(PftsAZ-gfp-ftsZ cat) Bacillus subtilis 168 Homologous recombination Cm LB 30°C 59819
MBS701 NBS402 trpC2 PftsAZ-ftsA-gfp-cat Bacillus subtilis 168 Homologous recombination Cm LB 30°C 59819
MBS702 NBS800 trpC2 amyE::(Pxyl-gfp-plsX spc) Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS703 NBS1011 trpC2 plsX::pMT3plsX (Pspac-plsX erm) fabD::pfabD15(PrepU-neo-fabD-fabG) PftsAZ-ftsA-gfp cat NBS402 NBS1014 Homologous recombination Em,Nm,Cm LB 30°C 59819
MBS704 NBS1012 trpC2 plsX::pMT3plsX (Pspac-plsX erm) fabD::pfabD15(PrepU-neo-fabD-fabG) aprE::(PftsAZ-gfp-ftsZ cat) NBS367 NBS1014 Homologous recombination Em,Nm,Cm LB 30°C 59819
MBS705 NBS1014 trpC2 plsX::pMT3plsX (Pspac-plsX erm) fabD::pfabD15(PrepU-neo-fabD-fabG) Bacillus subtilis 168 Homologous recombination Em,Nm LB 30°C 59819
MBS706 NBS1327 trpC2 plsX spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS707 NBS1328 trpC2 plsX [D59G] spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS708 NBS1329 trpC2 plsX [L104S] spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS709 NBS1341 trpC2 amyE::(Pxyl-gfp-plsX spc) Pspac-ftsZ erm NBS1330 NBS1008 Homologous recombination Sp,Em LB 30°C 59819
MBS710 NBS1359 trpC2 amyE::(Pxyl-gfp-plsX spc::cat) Bacillus subtilis 168 Homologous recombination Cm LB 30°C 59819
MBS711 NBS1362 trpC2 plsX::Pless-spc amyE::(Pxyl-gfp-plsX spc::cat) Bacillus subtilis 168 Homologous recombination Sp, Cm LB 30°C 59819
MBS712 NBS1365 trpC2 minC::tet amyE::(Pxyl-gfp-plsX spc) NBS1342 NBS800 Homologous recombination Tc, Sp LB 30°C 59819
MBS713 NBS1371 trpC2 ftsA::cat amyE::(Pxyl-gfp-plsX spc) NBS245 NBS800 Homologous recombination Sp, Cm LB 30°C 59819
MBS714 NBS1372 trpC2 plsX spc amyE::(PftsAZ-gfp-ftsZ cat) NBS1327 NBS367 Homologous recombination Sp, Cm LB 30°C 59819
MBS715 NBS1374 trpC2 plsX spc, PftsAZ-ftsA-gfp-cat NBS1327 NBS402 Homologous recombination Sp, Cm LB 30°C 59819
MBS716 NBS1375 trpC2 plsX103 [D59G, L104S] spc PftsAZ-ftsA-gfp cat NBS1010 NBS402 Homologous recombination Sp, Cm LB 30°C 59819
MBS717 NBS1398 plsC-C△7 spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS718 NBS1399 plsC spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS719 NBS1517 trpC2 plsX-his12 spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS720 NBS1569 trpC2 thrC::(Phy-spank-ftsA erm) Bacillus subtilis 168 Homologous recombination Em LB 30°C 59819
MBS721 NBS1571 trpC2 thrC::(Phy-spank-mciZ erm) CU1050 Homologous recombination Em LB 30°C 59819
MBS722 NBS1572 trpC2 thrC::(Phy-spank-sirA erm) Bacillus subtilis 168 Introduced by electroporation Em LB 30°C 59819
MBS723 NBS1578 trpC2 thrC::(Phy-spank-ftsA erm) spec-gfp-ftsA NBS1569 NBS1576 Homologous recombination Em, Sp LB 30°C 59819
MBS724 NBS1579 trpC2 thrC::(Phy-spank-ftsA erm) amyE::(Pxyl-gfp-plsX spc) NBS1569 NBS800 Homologous recombination Em, Sp LB 30°C 59819
MBS725 NBS1875 trpC2 thrC::(Phy-spank-mciZ erm) amyE::(Pxyl-gfp-plsX spc) minCD::tet NBS1342 NBS1583 Homologous recombination Em, Sp, Tc LB 30°C 59819
MBS726 NBS1876 trpC2 amyE::(Pxyl-gfpA206K-plsX spc) Homologous recombination Sp LB 30°C 59819
MBS727 NBS1877 trpC2 thrC::(Phy-spank-gfp-plsX erm) Homologous recombination Em LB 30°C 59819
MBS728 NBS1880 trpC2 spec-cfp(Bs)-ftsA amyE::(Pxyl-gfp-plsX spc::cat) thrC::(Phy-spanK-ftsA erm) NBS1569 NBS1879 Homologous recombination Sp, Cm, Em LB 30°C 59819
MBS729 NBS801 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE Homologous recombination Sp LB 37°C 59820
MBS730 NBS2648 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE comK::tet Homologous recombination Sp Cm LB 37°C 59820
MBS731 NBS2649 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE comP::tet Homologous recombination Sp Tc LB 37°C 59820
MBS732 NBS2650 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE comA::tet Homologous recombination Sp Tc LB 37°C 59820
MBS733 NBS2651 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE rok::tet Homologous recombination Sp Tc LB 37°C 59820
MBS734 NBS2652 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA::tet Homologous recombination Sp Tc LB 37°C 59820
MBS735 NBS2653 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recO::erm Homologous recombination Sp Em LB 37°C 59820
MBS736 NBS2654 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recU::erm Homologous recombination Sp Em LB 37°C 59820
MBS737 NBS2655 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA K70R-erm Homologous recombination Sp Em LB 37°C 59820
MBS738 NBS2656 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA R58C-erm Homologous recombination Sp Em LB 37°C 59820
MBS739 NBS2657 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA E154R-erm Homologous recombination Sp Em LB 37°C 59820
MBS740 NBS2658 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA E154V-erm Homologous recombination Sp Em LB 37°C 59820
MBS741 NBS2659 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA G155P-erm Homologous recombination Sp Em LB 37°C 59820
MBS742 NBS2660 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA G155R-erm Homologous recombination Sp Em LB 37°C 59820
MBS743 NBS2661 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA D159A-erm Homologous recombination Sp Em LB 37°C 59820
MBS744 NBS2662 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA G202I-erm Homologous recombination Sp Em LB 37°C 59820
MBS745 NBS2663 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA F215Q-erm Homologous recombination Sp Em LB 37°C 59820
MBS746 NBS2664 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA K241Q K243N-erm Homologous recombination Sp Em LB 37°C 59820
MBS747 NBS2665 trpC2 amyE'::(Phyper-spank IS256Bsu1 tnp IRL-cat-IRR spc)::'amyE recA::muB-tet Homologous recombination Sp Tc LB 37°C 59820
MBS861 NBS1440 trpC2 relA::erm yjbM::tet ywaC::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Spc/Tet LB medium 37°C 60839
MBS862 NBS2408 trpC2 relA::erm ΔyjbM ΔywaC Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1 Em LB medium 37°C 60839
MBS863 NBS2396 trpC2 relA::erm yjbM::tet ywaC::spc prs913C>T-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em/Spc/tet LB medium 37°C 60839
MBS864 NBS2397 trpC2 relA::erm yjbM::tet ywaC::spc prs443T>G-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em/Spc/tet LB medium 37°C 60839
MBS865 NBS2895 trpC2 relA::erm yjbM::tet ywaC::spc gmk104A>C-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em/Spc/tet LB medium 37°C 60839
MBS866 NBS2391 trpC2 relA::erm yjbM::tet ywaC::spc hprT209A>G-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em/Spc/tet LB medium 37°C 60839
MBS867 NBS2464 trpC2 relA::erm yjbM::tet ywaC::spc purF32A>G-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em/Spc/tet LB medium 37°C 60839
MBS868 NBS3474 trpC2 ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5 Cm LB medium 37°C 60839
MBS869 NBS3475 trpC2 rpoC1276T>C-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5 Cm LB medium 37°C 60839
MBS870 NBS3476 trpC2 rpoC968A>G-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5 Cm LB medium 37°C 60839
MBS871 NBS3477 trpC2 relA::erm ΔyjbM ΔywaC ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em LB medium 37°C 60839
MBS872 NBS3478 trpC2 relA::erm ΔyjbM ΔywaC rpoC1276T>C-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em LB medium 37°C 60839
MBS873 NBS3479 trpC2 relA::erm ΔyjbM ΔywaC rpoC968A>G-cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Em1 Cm/Em LB medium 37°C 60839
MBS874 NBS2337 trpC2 codY::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Spc100 Spc LB medium 37°C 60839
MBS875 NBS3486 trpC2 relA::erm ΔyjbM ΔywaC codY::spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em/Spc100 Em/Spc LB medium 37°C 60839
MBS876 NBS3487 trpC2 relA::erm ΔyjbM ΔywaC codY::spc ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Spc100 Cm/Spc/Em LB medium 37°C 60839
MBS877 NBS2878 trpC2 guaB::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Tet15 Tet LB medium 37°C 60839
MBS878 NBS3480 trpC2 guaB416T>C-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Spc100 Spc LB medium 37°C 60839
MBS879 NBS3481 trpC2 guaB362C>T-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Spc100 Spc LB medium 37°C 60839
MBS880 NBS3493 trpC2 guaB586A>G-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Spc100 Spc LB medium 37°C 60839
MBS881 NBS3482 trpC2 relA::erm ΔyjbM ΔywaC guaB416T>C-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Spc LB medium 37°C 60839
MBS882 NBS3483 trpC2 relA::erm ΔyjbM ΔywaC guaB362C>T-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Spc LB medium 37°C 60839
MBS883 NBS3494 trpC2 relA::erm ΔyjbM ΔywaC guaB586A>G-spc Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Spc LB medium 37°C 60839
MBS884 NBS3484 trpC2 relA::erm ΔyjbM ΔywaC guaB416T>C-spc ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Cm/Spc LB medium 37°C 60839
MBS885 NBS3485 trpC2 relA::erm ΔyjbM ΔywaC guaB362C>T-spc ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Cm/Spc LB medium 37°C 60839
MBS886 NBS3495 trpC2 relA::erm ΔyjbM ΔywaC guaB586A>G-spc ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Em1/Spc100 Em/Cm/Spc LB medium 37°C 60839
MBS887 NBS3496 pDL2 trpC2 amyE::PyitJ-lacZ cat::tet Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Tet15 Tet LB medium 37°C 60839
MBS888 NBS3497 pDL2 trpC2 amyE::PyitJ-lacZ cat::tet relA::erm ΔyjbM ΔywaC ybxB::cat-rpoB1865C>T Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5/Tet15 Cm/Em/Tet LB medium 37°C 60839
MBS889 NBS3498 pDL2 trpC2 amyE::PyitJ-lacZ cat Bacillus subtilis 168 "The procedure for the construction of the strain is described in the paper entitled \"Novel (p)ppGpp0 suppressor mutations reveal an unexpected link between methionine catabolism and GTP synthesis in Bacillus subtilis. \"(Mol. Microbiol.(2020), in press)" Cm5 Cm LB medium 37°C 60839
MBS749 BEST386 pHY300PLK leuB8 arg-15 hsdRM Bacillus subtilis 168 tet tet LB medium 37°C 61169
MBS750 BEST387 pHY300PLK leuB8 arg-15 hsdRM Bacillus subtilis 168 tet tet LB medium 37°C 61169
MBS751 BEST40595 pUB110 leuB8 arg-15 hsdRM Bacillus subtilis 168 kan phl kan LB medium 37°C 61169
MBS752 BEST23124 pLS20hyg leuB8 arg-15 hsdRM Bacillus subtilis 168 hyg kan LB medium 37°C 61169
MBS753 BEST4301 proB::pBRoriN32 yjcI::ne-spc pycA::eo-bsr Bacillus subtilis 168 SmR, BsR, SpcR LB medium 37°C 61169
MBS754 BEST4302 xkdE::oriT110-stm unit yjcI::ne-spc, pycA::eo-bsr Bacillus subtilis 168 SmR, BsR, SpcR LB medium 37°C 61169
MBS755 BEST4305 pLS20hyg BEST4301 plus pLS20hyg Bacillus subtilis 168 SmR, BsR, SpcR, HmR LB medium 37°C 61169
MBS756 BEST4306 pLS20hyg BEST4302 plus pLS20hyg Bacillus subtilis 168 SmR, BsR, SpcR, HmR LB medium 37°C 61169
MBS757 BEST6621 oriT110-stm Bacillus subtilis 168 SmR SpcR LB medium 37°C 61170
MBS758 BEST6627 pLS20hyg oriT110-stm plus pLS20hyg Bacillus subtilis 168 HmR SmR SpcR LB medium 37°C 61170
MBS759 BEST6623 oriT110-stm Bacillus subtilis 168 SmR BSR LB medium 37°C 61170
MBS760 BEST6629 pLS20hyg oriT110-stm plus pLS20hyg Bacillus subtilis 168 HmR SmR BSR LB medium 37°C 61170
MBS761 BEST6625 oriT110-stm Bacillus subtilis 168 SmR BSR SpcR LB medium 37°C 61170
MBS762 BEST6631 pLS20hyg oriT110-stm plus pLS20hyg Bacillus subtilis 168 HmR SmR BSR SpcR LB medium 37°C 61170
MBS763 BEST7817 oriT110-stm Bacillus subtilis 168 SmR SpcR EmR LB medium 37°C 61170
MBS764 BEST7821 oriT110-stm Bacillus subtilis 168 SmR SpcR EmR LB medium 37°C 61170
MBS766 BEST7819 oriT110-stm Bacillus subtilis 168 SmR SpcR EmR LB medium 37°C 61170
MBS767 BEST7834 pLS20hyg oriT110-stm plus pLS20hyg Bacillus subtilis 168 HmR SmR SpcR EmR LB medium 37°C 61170
MBS768 RM125 leuB8 arg-15 hsdRM Bacillus subtilis 168 LB medium 37°C 61169
MBS769 BEST215 pBSVG101 trpC2 met::pBREm Bacillus subtilis 168 TcR LB medium 37°C 61162
MBS770 BEST3156 pBSVG104 trpC2 met::pBREm Bacillus subtilis 168 CmR LB medium 37°C 61162
MBS771 BEST40401 pLS20cat leuB8 arg-15 hsdRM Bacillus subtilis 168 LB medium 37°C 61164
MBS772 BEST2125 trpC2 proB::pBRTc Bacillus subtilis 168 TcR LB medium 37°C 61164
MBS773 BEST8630 trpC2 recA362::tet Bacillus subtilis 168 TcR LB medium 37°C 61164
MBS774 CU741 leuC7 trpC2 Bacillus subtilis 168 LB medium 37°C 61167
MBS775 BEST3074 CU741 plus acoL::neo Bacillus subtilis 168 NmR LB medium 37°C 61167
MBS776 BEST3075 CU741 plus acoL::I luB::tet Bacillus subtilis 168 TcR LB medium 37°C 61167
MBS777 BEST3076 CU741 plus acoL::I luB::tet Bacillus subtilis 168 NmR LB medium 37°C 61167
MBS778 BEST3077 Bacillus subtilis 168 TcR LB medium 37°C 61167
MBS779 BEST3084 Bacillus subtilis 168 NmR LB medium 37°C 61167
MBS780 BEST3085 Bacillus subtilis 168 TcR LB medium 37°C 61167
MBS781 BEST3087 Bacillus subtilis 168 TcR LB medium 37°C 61167
MBS782 BEST3088 Bacillus subtilis 168 NmR LB medium 37°C 61167
MBS783 BEST3091 Bacillus subtilis 168 BsR LB medium 37°C 61167
MBS784 OA101 prototroph Bacillus subtilis 168 LB medium 37°C 61172
MBS785 BEST3095 Bacillus subtilis 168 CmR, NmR, TcR LB medium 37°C 61172
MBS786 BEST3096 Bacillus subtilis 168 CmR LB medium 37°C 61172
MBS787 BEST3102 Bacillus subtilis 168 LB medium 37°C 61172
MBS788 BEST3106 Bacillus subtilis 168 LB medium 37°C 61172
MBS789 BEST3109 Bacillus subtilis 168 LB medium 37°C 61172
MBS790 BEST3125 Bacillus subtilis 168 TcR LB medium 37°C 61172
MBS791 BEST3136 Bacillus subtilis 168 NmR LB medium 37°C 61172
MBS792 BEST3145 Bacillus subtilis 168 NmR、TcR LB medium 37°C 61172
MBS793 BEST195 Bacillus subtilis natto (BEST195) LB medium 37°C 61172
MBS794 BEST21274 pLS20cat leu arg hsdRM Δ(yvfC-yveP)::pr-neo Bacillus subtilis 168 NmR, CmR LB medium 37°C 61165
MBS795 BEST21278 pLSGETS101spc leu, arg, hsdRM Δ(yvfC-yveP)::pr-neo Bacillus subtilis 168 SpcR LB medium 37°C 61165
MBS796 BEST21290 pLSGETS101spc leu arg hsdRM Δ(yvfC-yveP)::pr-neo proB::pBRTc Bacillus subtilis 168 TcR, SpcR, NmS LB medium 37°C 61165
MBS797 BEST21292 pLSGETS103tet hyper leu, arg, hsdRM Δ(yvfC-yveP)::pr-neo proB::pBRTc TetR, NmR, SpecS, CmR [CReT] BEST21290 Bacillus subtilis 168 TcR NmR SpcS LB medium 37°C 61165
MBS798 BEST21299 pLSGETS101spc trpC2 Bacillus subtilis 168 SpcR, CmR LB medium 37°C 61165
MBS799 BEST21300 pLSGETS103tet trpC2 Bacillus subtilis 168 TcR, CmR LB medium 37°C 61165
MBS800 BEST21317 pLSGETS101spc trpC2 yjcI::cat Bacillus subtilis 168 SpcR, CmR LB medium 37°C 61165
MBS801 BEST21305 pLSGETS2001 hyper leu arg hsdRM proB::pBR(25.7 kb: spc) Bacillus subtilis 168 SpcR, CmR, TcS LB medium 37°C 61165
MBS802 BEST21320 pLSGETS2002 hyper leu arg hsdRM proB::pBR(39.7 kb: spc) Bacillus subtilis 168 SpcR, CmR, TcS LB medium 37°C 61165
MBS803 BEST21322 pLSGETS2003 hyper leu arg hsdRM proB::pBR(54.2 kb: spc) Bacillus subtilis 168 SpcR, CmR, TcS LB medium 37°C 61165
MBS804 BEST21335 pLSGETS2004 hyper leu arg hsdRM proB::pBR(90.3 kb: spc) Bacillus subtilis 168 SpcR, CmR, TcS LB medium 37°C 61165
MBS805 BEST21309 trpC2 leuB::pBRTc proB::pBRBS yjcI::pBREm leuB::neo Bacillus subtilis 168 LB medium 37°C 61165
MBS806 BEST2137 trpC2 leuB::pBRTc proB::pBRBS yjcI::pBREm leuB::neo Bacillus subtilis 168 TcR, NmR LB medium 37°C 61165
MBS807 BEST21434 trpC2 [3]::te+ [8]::et pBEAZ191 pBEAZ195 168 Bacillus subtilis 168 PhlR, EmR LB medium 37°C 61166
MBS814 BEST21437 trpC2 inv[3-8]T Bacillus subtilis 168 TcR LB medium 37°C 61166
MBS815 BEST21465 trpC2 inv[3-8]T [1]::eo+, [4]::ne- Bacillus subtilis 168 TcR LB medium 37°C 61166
MBS816 BEST21503 trpC2 inv[3-8]T [2]::eo+, [4]::ne- Bacillus subtilis 168 TcR LB medium 37°C 61166
MBS817 BEST21593 trpC2 inv[1-4]N, [3]::te- [8]::et+ Bacillus subtilis 168 NmR LB medium 37°C 61166
MBS818 BEST21575 trpC2 inv[2-4]N, [3]::te- [8]::et+ Bacillus subtilis 168 NmR LB medium 37°C 61166
MBS819 BEST21474 trpC2 inv[3-8]T/[1-4]N Bacillus subtilis 168 NmR, TcR LB medium 37°C 61166
MBS820 BEST21524 trpC2 inv[3-8]T/[2 -4]N Bacillus subtilis 168 NmR, TcR LB medium 37°C 61166
MBS822 BEST21581 trpC2 inv[2-4]N/[3-8]T Bacillus subtilis 168 NmR, TcR LB medium 37°C 61166
MBS823 BEST3015 OA101 based Bacillus subtilis 168 CmR LB medium 37°C 61161
MBS824 BEST3028 OA101 based Bacillus subtilis 168 CmR LB medium 37°C 61161
MBS825 BEST3055 OA101 based Bacillus subtilis 168 CmR、NmR, BsR LB medium 37°C 61161
MBS826 BEST4041 CU741-based Bacillus subtilis 168 CmR LB medium 37°C 61161
MBS827 BEST4087 CU741-based Bacillus subtilis 168 CmR LB medium 37°C 61161
MBS828 BEST4133 CU741-based Bacillus subtilis 168 CmR、NmR, BsR LB medium 37°C 61161
MBS829 BEST9405 metB51 Bacillus subtilis 168 BsR, ts LB medium 37°C 61171
MBS830 BEST9412 metB51 Bacillus subtilis 168 BsR, ts, SmR LB medium 37°C 61171
MBS831 BEST9410 trpC2-based Bacillus subtilis 168 BsR, ts LB medium 37°C 61171
MBS832 BEST9413 trpC2-based Bacillus subtilis 168 BsR, ts, SmR LB medium 37°C 61171
MBS833 BEST9416 trpC2-based Bacillus subtilis 168 GFP LB medium 37°C 61171
MBS834 BEST9411 leu arg Bacillus subtilis 168 BsR, ts LB medium 37°C 61171
MBS835 BEST9414 leu arg Bacillus subtilis 168 BsR, ts, SmR LB medium 37°C 61171
MBS836 BEST9417 leu arg Bacillus subtilis 168 GFP LB medium 37°C 61171
MBS837 BEST9418 leu arg recA::cat Bacillus subtilis 168 CmR, MMCS, GFP LB medium 37°C 61171
MBS838 BEST9419 leu arg recA362::tet Bacillus subtilis 168 TcR, MMCS, GFP LB medium 37°C 61171
MBS839 BEST9421 leu arg recA4 Bacillus subtilis 168 MMCS, GFP LB medium 37°C 61171
MBS840 BEST40875 pLSBAC101 Bacillus subtilis RM125 CmR SpR LB medium 37°C 61168
MBS841 BEST41001 proB::pBR[BAC-1]cat Bacillus subtilis RM125 CmR SpS LB medium 37°C 61168
MBS842 BEST41002 proB::pBR[BAC-2]cat Bacillus subtilis RM125 CmR SpS LB medium 37°C 61168
MBS843 BEST41003 proB::pBR[BAC-3]cat Bacillus subtilis RM125 CmR SpS LB medium 37°C 61168
MBS844 BEST41004 proB::pBR[BAC-4]cat Bacillus subtilis RM125 CmR SpS LB medium 37°C 61168
MBS845 BEST41005 proB::pBR[BAC-1]erm Bacillus subtilis RM125 CmS EmR SpR LB medium 37°C 61168
MBS846 BEST41006 proB::pBRtet[BAC-1]erm Bacillus subtilis RM125 TcR EmR SpR LB medium 37°C 61168
MBS847 BEST41007 proB::pBR[BAC-3]erm Bacillus subtilis RM125 CmS EmR SpR LB medium 37°C 61168
MBS848 BEST41008 proB::pBRtet[BAC-1+2]cat Bacillus subtilis RM125 TcR CmR EmS SpS LB medium 37°C 61168
MBS849 BEST41009 proB::pBRtet[BAC-1+2+3]erm Bacillus subtilis RM125 TcR CmS EmR SpR LB medium 37°C 61168
MBS850 BEST41024 pLSBAC(1) Bacillus subtilis RM125 TcR CmR EmS LB medium 37°C 61168
MBS851 BEST41025 pLSBAC(1+2) Bacillus subtilis RM125 TcR CmR EmS LB medium 37°C 61168
MBS902 BEST7003 Bacillus subtilis RM125 TcR、NmR LB medium 37°C 61163
MBS903 BEST7031 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS904 BEST7053 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS905 BEST7078 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS906 BEST7091 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS907 BEST7101 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS908 BEST7116 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS909 BEST7143 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS910 BEST7152 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS911 BEST7155 Bacillus subtilis RM125 NmR LB medium 37°C 61163
MBS912 BEST7324 Bacillus subtilis RM125 BsR LB medium 37°C 61163
MBS913 BEST7328 Bacillus subtilis RM125 CmR、BsR LB medium 37°C 61163
MBS914 BEST7337 Bacillus subtilis RM125 EmR, BsR LB medium 37°C 61163
MBS915 BEST7341 Bacillus subtilis RM125 CmR、BsR LB medium 37°C 61163
MBS916 BEST7345 Bacillus subtilis RM125 EmR, BsR LB medium 37°C 61163
MBS917 BEST7349 Bacillus subtilis RM125 CmR, BsR LB medium 37°C 61163
MBS918 BEST7352 Bacillus subtilis RM125 EmR, BsR LB medium 37°C 61163
MBS919 BEST7360 Bacillus subtilis RM125 EmR, BsR LB medium 37°C 61163
MBS920 BEST7374 Bacillus subtilis RM125 CmR、NmS, BsR LB medium 37°C 61163
MBS921 BEST7527 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS922 BEST7532 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS923 BEST7534 Bacillus subtilis RM125 CmR、NmR, BsR LB medium 37°C 61163
MBS924 BEST7538 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS925 BEST7544 Bacillus subtilis RM125 CmR、NmR, BsR LB medium 37°C 61163
MBS926 BEST7546 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS927 BEST7552 Bacillus subtilis RM125 CmR、NmR, BsR LB medium 37°C 61163
MBS928 BEST7562 Bacillus subtilis RM125 CmR、NmR, BsR LB medium 37°C 61163
MBS929 BEST7566 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS930 BEST7488 Bacillus subtilis RM125 CmS、NmS, BsR LB medium 37°C 61163
MBS931 BEST7491 Bacillus subtilis RM125 CmR、NmS, BsR LB medium 37°C 61163
MBS932 BEST7497 Bacillus subtilis RM125 CmR、NmS, BsR LB medium 37°C 61163
MBS933 BEST7571 Bacillus subtilis RM125 CmS、NmS, BsR LB medium 37°C 61163
MBS934 BEST7574 Bacillus subtilis RM125 CmR、NmS, BsR LB medium 37°C 61163
MBS935 BEST7605 Bacillus subtilis RM125 CmS、NmR, BsR LB medium 37°C 61163
MBS936 BEST7613 Bacillus subtilis RM125 CmR、NmR, BsR LB medium 30°C 61163
MBS890 NBS1009 plsX::pMHAcPLSX (plsX-HA erm-Pspac-fabD-fabG) Bacillus subtilis 168 Homologous recombination Em, IPTG LB 30°C 59819
MBS891 NBS1010 trpC2 plsX103 [D59G, L104S] spc Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS892 NBS1330 trpC2 Pspac-ftsZ erm Bacillus subtilis 168 Homologous recombination Em, IPTG LB 30°C 59819
MBS893 NBS1342 minCD::tet Bacillus subtilis 168 Homologous recombination Tc LB 30°C 59819
MBS894 NBS1373 trpC2 plsX103 [D59G, L104S] spc aprE::(PftsAZ-gfp-ftsZ cat) NBS1010 NBS367 Homologous recombination Sp, Cm LB 30°C 59819
MBS895 NBS1576 spec-gfp-ftsA Bacillus subtilis 168 Homologous recombination Sp LB 30°C 59819
MBS896 NBS1583 trpC2 thrC::(Phy-spank-mciZ erm) amyE::(Pxyl-gfp-plsX spc) NBS1571 NBS800 Homologous recombination Em, Sp LB 30°C 59819
MBS897 NBS1584 trpC2 thrC::(Phy-spank-sirA erm) spec-gfp-ftsA NBS1572 NBS1576 Homologous recombination Em, Sp LB 30°C 59819
MBS898 NBS1585 trpC2 thrC::(Phy-spank-sirA erm) amyE::(Pxyl-gfp-plsX spc) NBS1572 NBS800 Homologous recombination Em, Sp LB 30°C 59819
MBS899 NBS1878 trpC2 spec-cfp(Bs)-ftsA Homologous recombination Sp LB 30°C 59819
MBS900 NBS1879 trpC2 spec-cfp(Bs)-ftsA amyE::(Pxyl-gfp-plsX spc::cat) NBS1878 NBS800 Homologous recombination Sp, Cm LB 30°C 59819
MBS901 NBS1881 trpC2 spec-cfp(Bs)-ftsA amyE::(Pxyl-gfp-plsX spc::cat) minCD::tet NBS1342 NBS1879 Homologous recombination Sp, Cm, Tc LB 30°C 59819
MBS937 NEST105 pHY300PLK, pLS30 Bacillus subtilis natto (BEST195) TcR 70265
MBS938 NEST116 pHY300PLK, pLS30, pLS20cat Bacillus subtilis natto (BEST195) CmR, TcR 70265
MBS939 NEST121 pHY300PLK, pLS30, pLS20hyg Bacillus subtilis natto (BEST195) HmR, TcR 70265
MBS940 NEST125 pHY300PLK, pLS30, pLS20neogfp Bacillus subtilis natto (BEST195) NmR, TcR 70265
MBS941 BEST40483 pLS20neo Bacillus subtilis RM125 NmR 70265
MBS942 BEST40503 pLS20neogfp Bacillus subtilis RM125 NmR 70265
MBS943 BEST40715 pLS20hyg Bacillus subtilis RM125 HmR 70265
MBS944 BEST2213 Bacillus subtilis 168 NmR SpR 70261
MBS945 BEST2215 Bacillus subtilis 168 NmR SpR 70261
MBS946 BEST2216 Bacillus subtilis 168 NmR SpR 70261
MBS947 BEST2217 Bacillus subtilis 168 NmR SpR 70261
MBS948 BEST2218 Bacillus subtilis 168 NmR SpR 70261
MBS949 BEST2219 Bacillus subtilis 168 NmR SpR 70261
MBS950 BEST2220 Bacillus subtilis 168 NmR SpR 70261
MBS951 BEST2221 Bacillus subtilis 168 NmR SpR 70261
MBS952 BEST23 rnhC151::cat CU741 Bacillus subtilis 168 CmR 70264
MBS953 BEST138 rnhB21::neo OA101 Bacillus subtilis 168 NmR 70264
MBS954 BEST206 ypdQ44::spc Bacillus subtilis 168 SpR 70264
MBS955 BEST218 rnhB21::neo Bacillus subtilis 168 NmR 70264
MBS956 BEST220 rnhC151::cat Bacillus subtilis 168 CmR 70264
MBS959 BEST2131 leuB::pBRTc Bacillus subtilis 168 TcR 70262
MBS960 BEST2007 proB::pBRCm Bacillus subtilis 168 CmR 70262
MBS961 BEST2012 proB::pBREm/Cm leu+ Bacillus subtilis 168 CmR EmR 70262
MBS962 BEST2037 proB::16.8Em leu+ Bacillus subtilis 168 EmR 70262
MBS963 BEST2045 proB::39.5Em/Cm leu+ Bacillus subtilis 168 CmR EmR 70262
MBS964 BEST2046 proB::48.5Em leu+ Bacillus subtilis 168 EmR 70262
MBS965 BEST2204 proB::pBREm/Cm leuB::tet Bacillus subtilis 168 CmR EmR TcR 70262
MBS966 BEST2207 proB::16.8EmR leuB::tet Bacillus subtilis 168 EmR TcR 70262
MBS967 BEST2042 proB::26.2Em/Cm leuB::tet Bacillus subtilis 168 CmR EmR TcR 70262
MBS968 BEST2205 proB::39.5Em/Cm leuB::tet Bacillus subtilis 168 CmR EmR TcR 70262
MBS969 BEST2206 proB::48.5Em leuB::tet Bacillus subtilis 168 EmR TcR 70262
MBS971 BEST2208 pro+ leuB::26.2Em/Cm Bacillus subtilis 168 CmR EmR 70262
MBS972 BEST2210 pro+ leuB::39.5Em/Cm Bacillus subtilis 168 CmR EmR 70262
MBS973 BEST2209 proB::26.2Em/Cm leuB::26.2Em/Cm Bacillus subtilis 168 CmR EmR 70262
MBS974 NBS1001 trpC2 Δtig::Cm Bacillus subtilis 168 Homologous recombination Cm LB 37°C 70266
MBS975 NBS1001S trpC2 Δtig::Spc Bacillus subtilis 168 Homologous recombination Sp LB 37°C Distribution is suspended because the strain is not described in the original paper.
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MBS976 NBS1002 trpC2 ΔsigB::Em Bacillus subtilis 168 Homologous recombination Em LB 37°C 70266
MBS977 NBS2000 trpC2 ΔdnaK::Spc Bacillus subtilis 168 Homologous recombination Sp LB 37°C 70266
MBS978 NBS2001 trpC2 ΔdnaK-dnaJ::Spc Bacillus subtilis 168 Homologous recombination Sp LB 37°C 70266
MBS979 NBS2002 trpC2 ΔdnaK-dnaJ::Spc Δtig::Cm Bacillus subtilis 168 Homologous recombination Sp, Cm LB 37°C 70266
MBS980 NBS2003 trpC2 ΔgrpE-dnaK-dnaJ::Cm Bacillus subtilis 168 Homologous recombination Cm LB 37°C 70266
MBS981 NBS2004 trpC2 ΔgrpE-dnaK-dnaJ::Cm Δtig::Spc Bacillus subtilis 168 Homologous recombination Cm, Sp LB 37°C 70266
MBS982 NBS2005 trpC2 ΔdnaK-dnaJ::Spc ΔsigB::Em Bacillus subtilis 168 Homologous recombination Sp, Em LB 37°C 70266
MBS983 NBS2006 trpC2 ΔgrpE-dnaK-dnaJ::Spc ΔsigB::Em Bacillus subtilis 168 Homologous recombination Sp, Em LB 37°C 70266
MBS989 BEST23247 pLS20tshb arg, leu HmR, BSR, ts L medium 30°C 72351
MBS990 NEST130 pHY300PLK, pLS30, pLS20tshb pro BEST23247 [CT] NEST116 TcR, HmR, BSR, ts L medium 30°C 72351
MBS991 NEST134 pHY300PLK, pLS30 pro spontaneous loss of pLS20tshb TcR L medium 37°C 72351
MBS992 NEST136 pHY300PLK, pLS3001, pLS20cat, pLS30 pro BEST40411 [CT] NEST134 TcR, BSR, SpR, CmR L medium 37°C 72351
MBS993 NEST138 pLS20cat pro spontaneous loss of pHY300PLK, pLS3001, pLS30 CmR L medium 37°C 72351
MBS994 NEST140 pLS20tshb pro BEST23247 [CT] NEST138 BSR, HmR L medium 30°C 72351
MBS995 NEST141 pro spontaneous loss of pLS20tshb L medium 37°C 72351
MBS996 NEST150 pUB110 pro BEST40402 [CT] NEST141 KmR L medium 37°C 72351
MBS997 NEST151 pUB110, pLS20cat pro BEST40402 [CT] NEST141 KmR, CmR L medium 37°C 72351
MBS998 NEST152 pLS3001 pro BEST40411 [CT] NEST141 BSR, SpR, CmR L medium 37°C 72351
MBS999 NEST153 pLS3001, pLS20cat pro BEST40411 [CT] NEST141 BSR, SpR, CmR L medium 37°C 72351
MBS1000 NEST154 pLS20neogfp pro BEST40503 [CT] NEST141 NmR, Gfp L medium 37°C 72351
MBS1002 BEST377 leuB8 arg-15 hsdRM xkdE::pLS20coreH(HmR) Bacillus subtilis RM125 hygromycin resistance (HmR, 100 μg/mL) 80650
MBS1003 BEST378 leuB8 arg-15 hsdRM xkdE::pLS20coreH(HmR) Bacillus subtilis RM125 hygromycin resistance (HmR, 100 μg/mL) The orientation of pLS20coreH in BEST378 is opposite to that in BEST377. 80650
MBS1004 BESN1008 leuB8 arg-15 hsdRM xkdE::pLS20coreH(HmR) pycA::eo-bsr yjcI::ne-spc Bacillus subtilis RM125 hygromycin resistance (HmR, 100 μg/mL), spectinomycin resistance (SpR, 100 μg/mL), blasticidin S resistance (BSR, 500 μg/mL) 80650
MBS1005 BESN1009 Subgenome(356 kbp) leuB8 arg-15 hsdRM xkdE::pLS20coreH(HmR) neo Subgenome(356 kbp) Bacillus subtilis RM125 neomycin resistance (NmR, 15 μg/mL), hygromycin resistance (HmR, 100 μg/mL), spectinomycin resistance (SpR, 100 μg/mL), blasticidin S resistance (BSR, 500 μg/mL) The subgenome (356 kbp) is formed by pycA::eo-bsr yjcI::ne-spc. 80650
MBS1006 BESN1010 Subgenome(356 kbp) trpC2 recA362::tet Subgenome(356 kbp, HmR, bsr, spc) Bacillus subtilis 168 tetracycline resistance (TcR, 15 μg/mL), hygromycin resistance (HmR, 100 μg/mL), spectinomycin resistance (SpR, 100 μg/mL), blasticidin S resistance (BSR, 500 μg/mL) 80650
MBS1007 BESN1021 Subgenome(857 kbp) leuB8 arg-15 hsdRM xkdE::pLS20coreH(HmR) pycA::eo-bsr and yeeI-ne-spc-yeeK Bacillus subtilis RM125 neomycin resistance (NmR, 15 μg/mL), hygromycin resistance (HmR, 100 μg/mL), spectinomycin resistance (SpR, 100 μg/mL), blasticidin S resistance (BSR, 500 μg/mL) The subgenome (857 kbp) is formed by pycA::eo-bsr and yeeI-ne-spc-yeeK. 80650
MBS1008 BESN1024 Subgenome(857 kbp) trpC2 recA362::tet Subgenome(857 kbp, HmR, bsr, spc) Bacillus subtilis 168 tetracycline resistance (TcR, 15 μg/mL), hygromycin resistance (HmR, 100 μg/mL), spectinomycin resistance (SpR, 100 μg/mL), blasticidin S resistance (BSR, 500 μg/mL) 80650
MBS1009 ORe283 pUB307IPcoreH leuB8 arg-15 hsdRM pUB307IPcoreH Bacillus subtilis RM125 chloramphenicol resistance (5 μg/mL), tetracycline resistance (TcR, 15 μg/mL) 80650