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. 2023 Sep 28;89(9):e00667-23. doi: 10.1128/aem.00667-23

TABLE 1.

Bacterial strains and plasmids used

Strain and plasmid Description References
Strains
F. nucleatum 23726 Parental strain (wild-type strain) 56
F. nucleatum 51191 Wild-type strain From ATCC
F. nucleatum CW1 ∆galK: an isogenic derivative of 23726 28
F. nucleatum CW2 ∆ftsX: an isogenic derivative of CW1 28
F. nucleatum CW2c1 CW2-containing pCWU6a-xylR-E-ftsX This study
F. nucleatum BG01 WT-containing pBCG06 This study
F. nucleatum ZP01 ∆tnaA: an isogenic derivative of 23726 32
F. nucleatum ZP01c ZP01-containing pBCG07 This study
F. nucleatum BG02 lepB conditional mutant strain This study
E. coli DH5α Cloning host
E. coli C2987 Cloning host
Plasmids
pCWU6 E. coli/Fusobacterium shuttle vector, chloramphenicol/thiamphenicol resistance; cmR/thiaR 28
pXCH A xylose-inducible expression vector in an inducible expression vector in Clostridium perfringens 35
pG106 pCM-galK A shuttle vector for molecular cloning in Porphyromonas, Bacteroides, and related bacteria Clostridium perfringens vector expressing galK 57
pgalK--∆lepB Derivative of pCM-galK, deletion vector of lepB This study
pBCG10 Derivative of pCM-galK, the ermF-ermAM cassette replaces catP gene This study
pBCG05 Derivative of pCWU6, KanR This study
pBCG06 pBCG05 expressing luciferase gene (Luciola red) under the control of xylose-inducible system combination with riboswitch E (pBCG05-xylR-E-luciferase) This study
pBCG06a pBCG05 expressing luciferase gene (Luciola red) under the control of xylose-inducible system (pBCG05-xylR-luciferase) This study
pBCG07 pCWU6 expressing TnaA under the control of xylose-inducible system combination with riboswitch E (pCWU6-xyR-E-tnaA) This study
pFtsXFLAG pCWU6 expressing H6-3xFLAG-FtsX 28
pBCG08 pCWU6 expressing 3xFLAG tagged FtsX under the control of xylose-inducible system combination with riboswitch E (pCWU6-xyR-E-ftsX) This study
pBCG10-∆lepB Derivative of pCM-galK(ery), deletion vector of lepB This study
pAN01 Derivative of pCWU6 expression of LepB under the control of xylose-inducible system combination with riboswitch E This study