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. 2019 Jan 9;8(7):e00774. doi: 10.1002/mbo3.774

Table A1. Bacterial strains and plasmids used in this study

Strain or plasmid Genotype or description Source or reference
Escherichia coli strains
JM83 F ara Δ(lac‐proAB) rpsL ϕ80dlacZΔM15 (SmR) (Yanisch‐Perron et al., 1985)
SM10(λpir) thi‐1 thr leu tonA lacY supE recA::RP4‐2‐Tc::Mu (KmR) (λpir) (Simon et al., 1983)
S17‐1(λpir) thi proA hsdR recA RP4‐2‐tet::Mu‐1 kan::Tn7 integrant (TpR, SmR) (λpir) (Simon et al., 1983)
CC118(λpir) araD139 Δ(ara‐leu)7697 ΔlacX74 galE galK phoA20 thi1 rpsE argE (am) recA1 λpir rpoB (RfR) (Herrero et al., 1990)
OP50 E. coli B uracil auxotroph; food source for C. elegans (Brenner, 1974)
Pseudomonas putida strains
KT2440 Spontaneous r derivative of mt‐2 (Bagdasarian et al., 1981)
Burkholderia cenocepacia strains
H111 CF isolate (Römling et al., 1994)
K56‐2 CF isolate, ET12 lineage (Mahenthiralingam et al., 2000)
Pc715j CF sputum isolate, ET12 lineage (McKevitt et al., 1989; Darling et al., 1998)
H111‐tssA::Tp H111 with tssA disrupted by dfrB2 cassette (TpR) (Dix et al., 2018)
H111‐tssK::Tp H111 with tssK disrupted by dfrB2 cassette (TpR) This study
H111‐tssM::Tp H111 with tssM disrupted by dfrB2 cassette (TpR) This study
H111‐ΔtssM H111 with an in‐frame deletion of the internal XhoI fragment of tssM (Dix et al., 2018)
H111‐tagY::Tp H111 with tagY disrupted by dfrB2 cassette (TpR) This study
K56‐2‐tssA::Tp K56‐2 with tssA disrupted by dfrB2 cassette (TpR) This study
K56‐2‐tssM::Tp K56‐2 with tssM disrupted by dfrB2 cassette (TpR) This study
Pc715j‐tssA::Tp Pc715j with tssA disrupted by dfrB2 cassette (TpR) This study
Pc715j‐tssK::Tp Pc715j with tssK disrupted by dfrB2 cassette (TpR) This study
Pc715j‐tssM::Tp Pc715j with tssM disrupted by dfrB2 cassette (TpR) This study
Plasmids
pBBR1MCS Mobilizable BHR cloning vector, pBBR1‐replicon (CmR) (Kovach et al., 1994)
pBluescriptII KS (+) General cloning vector, ColE1‐derived phagemid, lacZα MCS (ApR) (Alting‐Mees and Short, 1989)
p34E‐Tp p34E containing dfrB2 gene (ApR, TpR) (DeShazer and Woods, 1996)
pSHAFT2 Suicide vector, R6K‐derived replicon, oriT+ (ApR, CmR) (Shastri et al., 2017)
pBBR1‐tssK pBBR1MCS containing tssK from B. cenocepacia H111 cloned between HindIII and BamHI (CmR) This study
pBBR1‐tssM’ pBBR1MCS‐1 containing 1.2 kbp N‐terminal fragment of tssM from B. cenocepacia H111 cloned between XbaI and XhoI (CmR) This study
pBBR1‐tssM(+) pBBR1MCS containing full‐length tssM from B. cenocepacia H111 cloned between Acc65I and XbaI (CmR) This study
pBluescriptII‐tagY pBluescriptII containing tagY from B. cenocepacia H111 cloned between BamHI and XhoI sites (ApR) This study
pBBR1‐tssK::Tp pBBR1MCS containing tssK disrupted by dfrB2 cassette at EcoRI site in same orientation as tssK (CmR, TpR) This study
pBBR1‐tssM’::Tp pBBR1MCS containing tssM’ disrupted by dfrB2 cassette at BamHI site in reverse orientation as tssM’ (CmR, TpR) This study
pBluescriptII‐tagY::Tp pBluescriptII containing tagY disrupted by the dfrB2 cassette at ZraI site in the same orientation as tagY (ApR) This study
pSHAFT2‐tssA::Tp pSHAFT2 containing tssA::Tp allele from pBBR1‐tssA::Tp cloned between XhoI and NotI (ApR, CmR, TpR) (Dix et al., 2018)
pSHAFT2‐tssK::Tp pSHAFT2 containing tssK::Tp allele from pBBR1‐tssK::Tp cloned between XhoI and NotI (ApR, CmR, TpR) This study
pSHAFT2‐tssM’::Tp pSHAFT2 containing tssM’::Tp allele from pBBR1‐tssM’::Tp cloned between XhoI and NotI (ApR, CmR, TpR) This study
pSHAFT2‐tagY::Tp pSHAFT2 containing tagY::Tp allele from pBluescriptII‐tagY::Tp cloned between SalI and XbaI (ApR, CmR, TpR) This study