Host cell and expression engineering for development of an E. coli ketoreductase catalyst: Enhancement of formate dehydrogenase activity for regeneration of NADH

Ingenieurwesen & Materialwissenschaft

• Cell engineering 100%
• Oxidoreductases 87%
• Escherichia coli 72%
• Catalysts 48%
• Xylose 43%
• Enzymes 33%
• Candida 31%
• Ethanol 19%
• Coenzymes 18%
• Biocatalysis 17%
• Mass transfer 16%
• Oxidation 16%
• Biotransformation 16%
• Transfer RNA 15%
• Enzyme activity 15%
• Productivity 15%
• Biocatalysts 14%
• Ketones 13%
• Organic compounds 13%
• Cell membranes 12%
• Catalyst activity 11%
• Yeast 11%
• Cells 9%
• Genes 9%
• Carbon dioxide 8%
• Temperature 3%

Medizin & Biologie

• Formate Dehydrogenases 97%
• Cell Engineering 76%
• NAD 59%
• Regeneration 48%
• Escherichia coli 40%
• omega-Chloroacetophenone 35%
• Xylitol 27%
• Enzymes 26%
• Xylose 25%
• formic acid 24%
• Candida 19%
• Ethanol 16%
• Biocatalysis 16%
• Aldehyde Reductase 12%
• Coenzymes 12%
• Ketones 12%
• Gene Dosage 11%
• Biotransformation 11%
• Transfer RNA 10%
• NADP 10%
• Carbon Dioxide 10%
• Oxidoreductases 8%
• Yeasts 7%
• Cell Membrane 6%
• Temperature 6%

Chemie

• Formate Dehydrogenase 81%
• Xylitol 39%
• Xylose 33%
• Formate 29%
• Mass Transfer 23%
• NAD(P) 19%
• D-Xylose 19%
• Ethanol 18%
• Coenzyme 15%
• Reduction 13%
• Oxidation Reaction 12%
• Enzyme Activity 11%
• Reaction Yield 11%
• Carbon Dioxide 11%
• Strain 10%
• Chemical Transformation 9%
• Resistance 9%
• Environment 8%
• Amount 6%