DH5α |
F− ϕ80dlacZΔM15 Δ(lacZYA-argF)U169 deoR recA1 endA1 hsdR17(rK− mK+) phoA supE441 thi-1 gyrA96 relA
|
|
269–492 (KK03) |
Clinical isolate, spontaneous spreading, corroding colony variant of 269-492 |
16 |
KK03 hmw1CKk::kan
|
Interruption of hmw1CKk with kanamycin resistance cassette |
This study |
KK03 hmw1CKk::kan(hmw1CKk) |
Reversion of interrupted hmw1CKk to wild type |
This study |
KK03 crtA::erm
|
Interruption of ctrA with erythromycin resistance cassette |
This study |
KK03 pilA1::cm
|
Interruption of pilA1 with chloramphenicol resistance cassette |
This study |
KK03 ctrA::erm pilA1::cm
|
Interruption of ctrA with erythromycin resistance cassette and pilA1 with chloramphenicol resistance cassette |
This study |
KK03 ctrA::erm pilA1::cm hmw1CKk::kan
|
Interruption of ctrA with erythromycin resistance cassette, pilA1 with chloramphenicol resistance cassette, and hmw1CKk with kanamycin resistance cassette |
This study |
KK03 ctrA::erm pilA1::cm knh::kan
|
Interruption of ctrA with erythromycin resistance cassette, pilA1 with chloramphenicol resistance cassette, and knh with kanamycin resistance cassette |
17 |
KK03 ctrA::erm pilA1::cm
hmw1CKk::kan(hmw1CKk) |
Interruption of ctrA with erythromycin resistance cassette and pilA1 with chloramphenicol resistance cassette and reversion of interrupted hmw1CKk to wild type |
This study |
CCUG 11575 |
Clinical isolate of A. aphrophilus
|
Culture collection of the University of Gothenburg |
CCUG 11575 hmw1CAa::kan
|
Interruption of hmw1CAa with kanamycin resistance cassette |
This study |
CCUG 11575 hmw1CAa::kan(hmw1CAa) |
Reversion of interrupted hmw1CAa to wild type |
This study |
CCUG 11575 emaA::kan
|
Interruption of emaA with kanamycin resistance cassette |
This study |
CCUG 11575 emaA::kan(emaA) |
Reversion of the interrupted emaA to wild type |
This study |
E. coli BL21 pACYC HMW1CKk + pBAD |
E. coli expressing HMW1CKk
|
This study |
E. coli BL21 pACYC + pBAD Knh |
E. coli expressing Knh |
This study |
E. coli BL21 pACYC HMW1CKk + pBAD Knh |
E. coli expressing HMW1CKk and Knh |
This study |