Table 1 Comparison of shikimate production in different recombinant E. coli strains

SP1.1pts/pSC6.090B

RB791 (ΔptsHΔptsIΔcrr, serA::aroB, aroL478::Tn10, aroK17::Cm^R)/pSU18-P _tac glfglk-aroF ^FBR-tktA-P _tac aroE-serA

10-L fed-batch fermentation

Glucose

[20]

SP1.1/pKD12.138

RB791 (ΔptsHΔptsIΔcrr, serA::aroB, aroL478::Tn10, aroK17::Cm^R)/pSU18-aroF ^FBR-P _tac aroE-serA-tktA

2-L fed-batch fermentation

Glucose

[22]

SA116

BW25113 (ΔaroKΔaroLΔrecA, Ppps::PlacQ1, PcsrB::PlacQ1,) containing aroG ^FBR-tktA-aroB-aroE gene cluster integrated by CIChE and an additional chromosomal copy of nadK

Batch fermentation

Glucose

[23]

PB12.SA22

JM101 (ΔptsHIcrrΔaroL ΔaroK, glc⁺)/pJLB-aroG ^FBR-tktA and pTOPO -aroB-aroE

1-L batch fermentation

Glucose

[6]

SA5/pTH-aroG^fbr-ppsA-tktA

B0013 (ΔaroLΔaroK, ΔptsGΔydiBΔackAΔpta)/pTH18kr-aroG ^FBR-ppsA-tktA

7-L fed-batch fermentation

Glucose

[5]

P-9

BW25113 (ΔaraCΔptaΔptsGΔaroLΔtrpRΔpykF) with the wild aroK promoter replaced by the tunable switch/pUC19-aroE-aroD-aroB and pCL1920-aroG ^FBR-tktA

5-L fed-batch fermentation

Glucose

[12]

SA5/pGBAE

BW25113 (ΔaroLΔaroK, ΔptsHIcrr::aroG-aroB- tktA-aroE-glk-galP, ΔtyrR::ppsA)/pETDuet-1 -P _T7 -aroG-aroB-P _T7 -tktA-aroE

5-L fed-batch fermentation

Glucose and glycerol

N^a

[31]

SK5/pSK6

BW25113 (ΔaroLΔaroKΔydiBΔppcΔldhA)/pSA40-aroB-tktA-aroG ^FBR-DHQ/SDH-rpsM-aroK

Batch fermentation

Glycerol

N

[8]

DH5a-T7-P-DK

BL21 (DE3)/pET-28a-glpD-glpK and pAOC-aroE-aroB-glk-tktA-aroF ^FBR

Batch fermentation

Glycerol

[44]

BW25113 (ΔaroLΔaroK, DE3)/pETDuet-GBAE

BW25113 (ΔaroLΔaroK, DE3)/pETDuet-1-aroG-aroB-tktA-aroE

Batch fermentation

Sorbitol

[45]

DHPYAAS-T7

DH5α (ΔptsHIcrr ΔaroLΔydiBΔaroK)/pAOC-aroE-aroB-glk-tktA-aroF ^FBR

10-L fed-batch fermentation

Glycerol

[24]