Bioethanolic yeasts from dung beetles: tapping the potential of extremophilic yeasts for improvement of lignocellulolytic feedstock fermentation

Engineering & Materials Science

• Yeast 77%
• Fermentation 72%
• Feedstocks 65%
• Bioethanol 59%
• Saccharification 16%
• Nutrition 13%
• Industrial wastes 13%
• Ports and harbors 12%
• Gas emissions 11%
• Greenhouse gases 10%
• Productivity 8%
• Costs 8%

Medicine & Life Sciences

• Coleoptera 100%
• Fermentation 69%
• Yeasts 52%
• Greenhouse Gases 18%
• Industrial Waste 18%
• lignocellulose 17%
• Extreme Environments 17%
• Food Supply 13%
• Costs and Cost Analysis 13%
• Diet 7%
• Technology 7%

Earth & Environmental Sciences

• beetle 72%
• yeast 64%
• fermentation 59%
• pristine environment 16%
• agricultural waste 13%
• production cost 12%
• environmental stress 12%
• industrial waste 11%
• food security 11%
• tolerance 9%
• greenhouse gas emissions 9%
• harbor 9%
• diet 9%
• productivity 7%
• cost 5%
• method 2%