Alleviation of carbon catabolite repression in Enterobacter aerogenes for efficient utilization of sugarcane molasses for 2,3-butanediol production

Medicine & Life Sciences

• 2,3-butylene glycol 99%
• Carbon 34%
• Catabolite Repression 86%
• Cost-Benefit Analysis 10%
• Enterobacter aerogenes 84%
• Fermentation 61%
• Fructose 13%
• Genes 14%
• Genetic Engineering 14%
• Genome 7%
• Glucose 29%
• Industry 10%
• Metabolic Engineering 15%
• Molasses 100%
• Operon 25%
• phosphoenolpyruvate-glucose phosphotransferase 19%
• Real-Time Polymerase Chain Reaction 9%
• Reverse Transcription 10%
• Saccharum 95%
• Sequence Deletion 13%
• Sucrose 45%
• Sugars 56%

Engineering & Materials Science

• Carbon 43%
• Chemical analysis 6%
• Cost effectiveness 10%
• Fermentation 53%
• Fructose 15%
• Gene encoding 17%
• Genes 18%
• Genetic engineering 15%
• Genomics 10%
• Glucose 43%
• Metabolic engineering 15%
• Modulation 7%
• Molasses 91%
• Sugar (sucrose) 55%
• Sugars 58%
• Transcription 11%

Earth & Environmental Sciences

• carbon 32%
• catabolism 12%
• consumption 6%
• cost 5%
• engineering 6%
• fermentation 44%
• gene 22%
• genetic engineering 13%
• genome 9%
• glucose 35%
• industry 5%
• mutant 10%
• mutation 9%
• regulation 6%
• repression 81%
• sucrose 43%
• sugar 48%