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. 2018 Feb 21;9:312. doi: 10.3389/fmicb.2018.00312

Table 1.

Bacterial strains, plasmids, cosmids, and primers used in this study.

Strain, plasmid, cosmid Description Reference
S.coelicolor M145 SCP1 SCP2, reference strain Kieser, 2000
S.coelicolor ΔSCO4117 SCO4117 replaced with acc(3)IV, AprR This study
E. coli TOP10 FmcrA Δ(mrr-hsdRMS-mcrBC) ϕ80lacZΔM15 ΔlacX74 recA1 araD139 Δ(ara-leu)7697 galU galK rpsL endA1 nupG Invitrogen
E. coli ET12567 dam-13::Tn9, dcm-6, hsdM, hsdR MacNeil et al., 1992
E. coli ET12567/pUZ8002 E. coli ET12567 harboring pUZ8002, a not self-transmissible plasmid which can mobilize oriT-containing plasmids by conjugation Flett et al., 1997
Bacillus subitilis Indicator microorganism for CDA bioassay
PLASMIDS AND COSMIDS
pMS82 Integrative and conjugative vector, HygR Gregory et al., 2003
PCR™-Blunt II-TOPO® Zero Blunt® TOPO® PCR Cloning Kit, KanR Invitrogen
pIJ773 Apr cassette in pIJ699 Gust et al., 2003
SCO4117 SCO4117 deletion construction, a Streptomyces non-replicative plasmid transmissible by conjugation, AprR KanR This study
pMS82-SCO4117 Integrative and conjugative plasmid derived from pMS82 with the completed SCO4117 gen under its own promoter control. HygR This study
pCRISPR-Cas9 Conjugative and thermosensitive plasmid harboring Cas9 Tong et al., 2015
pCRISPR-120 pCRISPR-Cas9 harboring the apramycin resistance target sequence This study
pCRISPR-SCO4117 pCRISPR-120 harboring a 3.7 kb DNA fragment including SCO4117 This study
pCRISPR-SgSCO4117 pCRISPR-Cas9 harboring the target SCO4117 sequence This study
pCRISPR-SCO4117A pCRISPR-SgSCO4117 harboring a 2.5 kb fragment used to create the SCO4117 knockout This study
pCRISPR-SCO4117B pCRISPR-SgSCO4117 harboring a 2.2 kb fragment used to create the truncated SCO4117 gene harboring the sigma factor domain This study
PRIMERS
SCO134 GACGTGCTGCTGGTCATAGC This study
SCO4117R GGGACTAGTGTACGCCGCCGAAGTGG This study
SCO159 GGAGGCGATGTCCATCTGTT This study
SCO160 TCAACGCTCATCGCGGAAAG This study
SCO163 CTGCAGGCCCAGTCCCGCTTCAC This study
SCO164 GATATCACTCCTGGTCCTCGACAACT This study
SCO4848F CGTCGTATCCCCTCGGTTG Gonzalez-Quiñonez et al., 2016
pMS82R GAGCCGGGAAAGCTCATTCA Gonzalez-Quiñonez et al., 2016
SCO197 CATGCCATGGTTCCGCGATGAGCGTTGAAAGTTTTAGAGCTAGAAATAGC This study
sgRNA-R ACGCCTACGTAAAAAAAGCACCGACTCGGTGCC Tong et al., 2015
SCO4117-FA GGGGGATATCACGACCGTGATCTCGGCC This study
RT-SCO4117-F CGACGACACGGCCTACGA This study
RT-SCO4117-R CGCACCGCCTGAAGCAT This study
hrdB-F CGCGGCATGCTCTTCCT Kurt et al., 2013
hrdB-R AGGTGGCGTACGTGGAGAAC Kurt et al., 2013
bldN-F CTCACCAGCGAGACCTTTCTGC This study
bldN-R TCGTTGGCGTCGAGCATCT This study
SCO1178-F TCAAGGTCCGGCAGGTCTA This study
SCO1178-R CCGTCCTCCTGCTTGGT This study
chpA-F CTCGTCCTCGTCCTCGACTT Straight et al., 2006
chpA-R GTCGTTCTCGCACTTGTTGC Straight et al., 2006
chpH-F CACCGGTGGTCTGGTTCTC Straight et al., 2006
chpH-R ATCACGGAGATCGTGTTGC Straight et al., 2006
SCO2748-F GAGATCACCCCGAAACTGG This study
SCO2748-R AAGTGCCAGTCGATGACGTT This study
actVA2-F ACTACGCCTCCCAGAACCTC This study
actVA2-R TTGTGCCCGCCGATGTC This study
redF-F CGGAGAACAAGGGCAAGC This study
redF-R CAGGGGGATGGCGAAG This study
actII4-F GCGGCTTTTTGGAATGC This study
actII4-R GCAGGGTCTCGTTCAGC This study
SCO215 CATGCCATGGCAGCTCGCTCCACTGGTAGAGTTTTAGAGCTAGAAATAGC This study
SCO216 GATATCCGGGAACCAACGTCGCACGG This study
SCO217 CGGTTCCGCAGGCTCCTACGCGGAAAGCCCCCGCCAAC This study
SCO218 GTTGGCGGGGGCTTTCCGCGTAGGAGCCTGCGGAACCG This study
SCO219 GATATCTGCAGGTGCGGATGATGCAC This study
SCO220 GATATCCGTATCTCCTTCCCCGAACG This study
SCO221 CGGTTCCGCAGGCTCCTACTGGAGGTAGGCCTGCTTG This study
SCO222 CAAGCAGGCCTACCTCCAGTAGGAGCCTGCGGAACCG This study
Mut4117F CCCTGTCGCAACCTCTGC This study
Mut4117R GACGGGCACCCTGCG This study