Engineering of metabolism and membrane transport in Saccharomyces cerevisiae for improved industrial performance

INIS

• performance 100%
• membrane transport 100%
• saccharomyces cerevisiae 100%
• sugars 100%
• engineering 100%
• metabolism 100%
• production 80%
• pentoses 80%
• ethanol 80%
• fermentation 60%
• arabinose 60%
• yeasts 60%
• bioethanol 60%
• fuels 60%
• xylose 60%
• fossil fuels 40%
• biomass 40%
• agricultural wastes 40%
• sugar 40%
• starch 40%
• transport 40%
• genes 40%
• strains 40%
• mixtures 20%
• reductases 20%
• sugar beets 20%
• straw 20%
• levels 20%
• air 20%
• pulps 20%
• kinetics 20%
• conversion 20%
• cellulose 20%
• sugar cane 20%
• fungi 20%
• oxidation 20%
• hemicellulose 20%
• paris agreement 20%
• hydrolysis 20%
• bacteria 20%
• construction 20%
• implementation 20%
• combustion 20%
• phosphates 20%
• global temperature 20%
• food 20%
• streams 20%
• growth 20%
• volume 20%
• viability 20%
• yields 20%
• isomerases 20%
• biotechnology 20%
• liquids 20%
• carbon cycle 20%
• glucose 20%
• biofuels 20%
• tools 20%
• carbon sources 20%
• wheat 20%
• compatibility 20%
• seas 20%
• engines 20%

Food Science

• Starch 100%
• Hemicellulose 50%
• Bakers Yeast 50%
• Pulp 50%
• Wheat 50%
• Glucose 50%
• Cellulose 50%
• Maize 50%

Chemical Engineering

• Ethanol 44%
• Xylose 33%
• Carbon 22%
• Cellulose 11%
• Combustion 11%
• Glucose 11%
• Biotechnology 11%
• Phosphate 11%
• Temperature 11%