Han Liu, Yehua Hou, Yu Wang & Zhimin Li (2019). Enhancement of Sulfur Conversion Rate in the Production of l‑Cysteine by Engineered Escherichia coli. Journal of Agricultural & Food Chemistry.
Strains
- Escherichia coli SLH02
- Escherichia coli SLH03
- Escherichia coli SLH04
- Escherichia coli SLH05
- Escherichia coli SLH06
- Escherichia coli SLH07
- Escherichia coli SLH08
- Escherichia coli SLH09
- Escherichia coli SLH10
- Escherichia coli LH06
- Escherichia coli SLH11
- Escherichia coli LH07
- Escherichia coli LH08
- Escherichia coli LH09
- Escherichia coli LH10
- Escherichia coli LH11
- Escherichia coli LH12
- Escherichia coli LH13
- Escherichia coli LH14
- Escherichia coli LH15
- Escherichia coli LH16
Plasmids
Metabolite production
-
acetate
-
Titer
- 0.0 g/L (Escherichia coli LH07 in Flask)
- 0.0 g/L (Escherichia coli LH08 in Flask)
- 2.04 g/L (Escherichia coli LH09 in Flask)
- 0.0 g/L (Escherichia coli LH10 in Flask)
- 0.0 g/L (Escherichia coli LH12 in Flask)
- 3.53 g/L (Escherichia coli LH15 in Flask)
- 0.0 g/L (Escherichia coli LH16 in Flask)
- 0.28 g/L (Escherichia coli LH16 in Fed-Batch)
- 0.0 g/L (Escherichia coli LH06 in Flask)
-
L-cysteine
-
Titer
- 679.41 mg/L (Escherichia coli LH08 in Flask)
- 85.21 mg/L (Escherichia coli LH09 in Flask)
- 816.36 mg/L (Escherichia coli LH10 in Flask)
- 968.22 mg/L (Escherichia coli LH11 in Flask)
- 1035.63 mg/L (Escherichia coli LH12 in Flask)
- 620.92 mg/L (Escherichia coli LH06 in Flask)
- 560.21 mg/L (Escherichia coli LH07 in Flask)
- 550.35 mg/L (Escherichia coli LH13 in Flask)
- 742.92 mg/L (Escherichia coli LH14 in Flask)
- 1359.12 mg/L (Escherichia coli LH16 in Flask)
- 155.26 mg/L (Escherichia coli LH15 in Flask)
- 7500.0 mg/L (Escherichia coli LH16 in Fed-Batch)