CO-UTILIZATION OF GLUCOSE AND XYLOSE INCREASES GROWTH RATE WITHOUT AFFECTING PLASMID DNA YIELD OF ENGINEERED E. coli EL CONSUMO SIMULT ´ ANEO DE GLUCOSA Y XILOSA INCREMENTA LA VELOCIDAD DE CRECIMIENTO SIN AFECTAR EL RENDIMIENTO DE ADN PLASM ´ IDICO EN UNA CEPA DE E. coli MODIFICADA GEN ´ ETICAMENTE

Stephen Whitaker,A. R. Lara

CO-UTILIZATION OF GLUCOSE AND XYLOSE INCREASES GROWTH RATE WITHOUT AFFECTING PLASMID DNA YIELD OF ENGINEERED E. coli EL CONSUMO SIMULT ´ ANEO DE GLUCOSA Y XILOSA INCREMENTA LA VELOCIDAD DE CRECIMIENTO SIN AFECTAR EL RENDIMIENTO DE ADN PLASM ´ IDICO EN UNA CEPA DE E. coli MODIFICADA GEN ´ ETICAMENTE

2014

Stephen Whitaker
A. R. Lara

Escherichia coli strains devoid of PTS system lack of catabolite repression allowing the simultaneous utilization of glucose and other carbohydrates. In this study, the use of xylose and glucose for the production of plasmid DNA (pDNA) was tested using the

Keywords:

Plasmid
Xylose
Escherichia coli
Catabolite repression
DNA
Biochemistry
Biology
plasmid dna

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