UM1 |
katE katG14 lacY rspL thi-1 |
14 |
UM120 |
katE12::Tn10 hfrH thi-1
|
Peter Loewen |
UM202 |
katG17::Tn10 hfrH thi-1
|
Peter Loewen |
GK100 |
ΔcydAB::cam Δ(cyoABCDE)456::kan
|
12 |
KM38 |
As UM1 plus ΔcydAB::cam
|
P1(GK100) × UM1 |
KM39 |
As UMI plus Δ(cyoABCDE)456::kan
|
P1(GK100) × UM1 |
SK2255 |
zbe-279::Tn10 thyA6 rps120 decC1
|
E. coli Genetic Stock Center |
N9716 |
As GC4468 plus ΔoxyR::spec
|
Gisela Storz |
AS430 |
ΔoxyR::spec ΔlacU169 rpsL
|
P1(N9716) × GC4468 |
AB1157 |
F−thr-1 leuB6 proA2 his-4 thi-1 argE2 lacY1 galK2 rspL supE44 ara-14 xyl-15 mtl-1 tsx-33
|
10 |
MG1655 |
F− wild-type |
E. coli Genetic Stock Center |
JI360 |
As MG1655 plus katE12::Tn10
|
P1(UM120) × MG1655 |
JI361 |
As MG1655 plus katG17::Tn10
|
P1(UM202) × MG1655 |
JI362 |
As JI360 plus Δ(katE12::Tn10)1 (Tets) |
Tets derivative of JI360 |
JI364 |
As JI361 plus Δ(katG17::Tn10)1 (Tets) |
Tets derivative of JI361 |
JI367 |
As JI364 plus katE12::Tn10
|
P1(UM120) × JI364 |
JI370 |
As MG1655 plus ΔahpCF′ kan::′ahpF
|
P1(MC4100ΔahpCF) × MG1655 |
JI372 |
As JI362 plus ΔahpCF′ kan::′ahpF
|
P1(MC4100ΔahpCF) × JI362 |
JI374 |
As JI364 plus ΔahpCF′ kan::′ahpF
|
P1(MC4100ΔahpCF) × JI364 |
JI377 |
As JI367 plus ΔahpCF′ kan::′ahpF
|
P1(MC4100ΔahpCF) × JI367 |
MC4100 |
araD139 Δ(argF-lac)169 λ−flhD5301 fruA25 relA1 rpsL150 rbsR22 deoC1
|
E. coli Genetic Stock Center |
MC4100ΔahpCF |
As MC4100 plus ΔahpCF′ kan::′ahpF
|
Gisela Storz |
GS022 |
As MC4100 plus λRS45 Φ(katG::lacZ) |
Gisela Storz |
LC70 |
As GS022 plus ΔahpCF′ kan::′ahpF
|
P1(MC4100ΔahpCF) × GS022 |
LC74 |
As LC70 plus ΔoxyR::spec
|
P1(AS430) × LC70 |
LC80 |
As GS022 plus katG17::Tn10
|
P1(UM202) × GS022 |
HDO3 |
As GS022 plus katE12::Tn10
|
P1(UM120) × GS022 |
LC82 |
As LC80 plus Δ(katG17::Tn10)2 (Tets) |
Tets derivative of LC80 |
LC84 |
As LC82 plus katE12::Tn10
|
P1(UM120) × LC82 |
LC87 |
As MC4100ΔahpCF plus zbe-279::Tn10
|
P1(SK2255) × MC4100ΔahpCF |
LC89 |
As GS022 plus ΔahpCF′ kan::′ahpF zbe-279::Tn10
|
P1(LC87) × GS022 |