Table 1 |
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Methylobacterium Strains and Plasmids Used in This Study |
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Strain/Plasmid |
Relevant Properties |
Reference |
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Strains* |
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AM1-W |
crtI::ISphoA/hah (i.e. crtI502) strain; white |
[14] |
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C2925H |
CmR, SmR; |
New England Biolabs |
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CM253.1 |
ΔmptG |
[18] |
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CM501 |
Isolate of wild-type M. extorquens AM1; pink |
This study |
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CM502 |
Isolate of AM1-W; white "wild-type" with crtI502 allele |
This study |
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CM508 |
Isolate of ΔmptG strain CM253.1 |
This study |
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CM1122 |
KmR; ΔhprA::kan; pCM431 integrated into CM501 |
This study |
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CM1123 |
KmR; ΔhprA::kan crtI502; pCM431 integrated into CM502 |
This study |
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CM1203 |
ΔhprA; kan deleted from CM1122 |
This study |
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CM1204 |
ΔhprA crtI502; kan deleted from CM1123 |
This study |
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CM1263 |
TcR, sucroseS; pCM441 integrated into CM501; crtI502 upstream; white |
This study |
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CM1264 |
TcR, sucroseS; pCM441 integrated into CM501; crtI upstream; pink |
This study |
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CM1265 |
TcR, sucroseS; pCM440 integrated into CM502; crtI upstream; pink |
This study |
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CM1266 |
TcR, sucroseS; pCM440 integrated into CM502; crtI502 upstream; white |
This study |
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M. extorquens AM1 |
RifR isolate; pink |
[9] |
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Plasmids |
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pCM157 |
TcR; broad-host-range cre expression vector |
[4] |
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pCM184 |
ApR, KmR, TcR; broad-host range cre-lox allelic exchange vector |
[4] |
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pCM411 |
ApR, KmR; mptG region cloned into pCR2.1 |
This study |
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pCM417 |
ApR, KmR; crtI region cloned into pCR2.1 |
This study |
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pCM424 |
ApR, KmR; ΔmptG region cloned into pCR2.1 |
This study |
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pCM426 |
ApR, KmR; crtI502 region cloned into pCR2.1 |
This study |
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pCM428 |
ApR, KmR; pCR2.1 with hprA upstream flank |
This study |
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pCM429 |
ApR, KmR; pCR2.1 with hprA downstream flank |
This study |
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pCM430 |
ApR, KmR, TcR; pCM184 with hprA upstream flank from pCM428 |
This study |
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pCM431 |
ApR, KmR, TcR; pCM430 with hprA downstream flank from pCM429 |
This study |
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pCM432 |
ApR, TcR; synthetic linker introduced into pCM184 |
This study |
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pCM433 |
ApR, CmR, TcR; pCM432 with sacB-cat fragment from pDS132; broad-host-range sacB-based allelic exchange vector |
This study |
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pCM433r |
ApR, CmR, TcR; pCM433 with sacB-cat fragment in the opposite orientation as in pCM433 |
This study |
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pCM434 |
ApR, KmR; hprA region cloned into pCR2.1 |
This study |
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pCM435 |
ApR, CmR, TcR; hprA region from pCM434 cloned into pCM433 |
This study |
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pCM436 |
ApR, CmR, TcR; mptG region from pCM411 cloned into pCM433 |
This study |
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pCM437 |
ApR, CmR, TcR; ΔmptG region from pCM424 cloned into pCM433 |
This study |
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pCM438 |
ApR, KmR; ΔhprA region cloned into pCR2.1 |
This study |
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pCM439 |
ApR, CmR, TcR; ΔhprA region from pCM438 cloned into pCM433 |
This study |
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pCM440 |
ApR, CmR, TcR; crtI region from pCM417 cloned into pCM433 |
This study |
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pCM441 |
ApR, CmR, TcR; crtI502 region from pCM426 cloned into pCM433 |
This study |
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pCR2.1 |
ApR, KmR; PCR cloning vector |
Invitrogen |
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pDS132 |
ApR, CmR;, sacB-based allelic exchange vector with λpir-dependent R6Kori |
[10] |
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pRK2073 |
SmR; helper plasmid supplying IncP tra functions |
[17] |
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*All M. extorquens AM1 strains are also RifR [9]. Antibiotic resistances are indicated as follows, Ap (ampicillin), Cm (chloramphenicol), Km (kanamycin), Rif (rifamycin), Sm (streptomycin), Tc (tetracycline). |
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Marx BMC Research Notes 2008 1:1 doi:10.1186/1756-0500-1-1 |
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