Redirecting reductant flux into hydrogen production via metabolic engineering of fermentative carbon metabolism in a cyanobacterium

Agriculture & Biology

• carbon metabolism 84%
• metabolic engineering 83%
• hydrogen production 82%
• reducing agents 79%
• Cyanobacteria 65%
• autotrophs 50%
• mutants 42%
• hydrogen 39%
• lactates 26%
• carbohydrates 20%
• ferredoxin hydrogenase 19%
• energy conversion 18%
• Synechococcus 18%
• renewable resources 17%
• anaerobiosis 16%
• metabolomics 14%
• liquid chromatography 14%
• pyruvates 14%
• succinic acid 14%
• nuclear magnetic resonance spectroscopy 13%
• alanine 13%
• mass spectrometry 12%
• acetates 11%
• photosynthesis 11%
• viability 11%
• carbon 9%
• biomass 8%
• glucose 8%
• enzymes 6%
• water 5%
• methodology 3%

Medicine & Life Sciences

• Metabolic Engineering 100%
• Cyanobacteria 94%
• Reducing Agents 91%
• Hydrogen 84%
• Carbon 72%
• nickel-iron hydrogenase 18%
• Lactic Acid 18%
• Carbohydrates 18%
• Synechococcus 16%
• Photosynthesis 15%
• Anaerobiosis 13%
• Biomass 12%
• Succinic Acid 12%
• Metabolomics 11%
• Pyruvic Acid 11%
• Liquid Chromatography 10%
• Alanine 10%
• Acetates 10%
• Mass Spectrometry 9%
• Magnetic Resonance Spectroscopy 8%
• Water 6%
• Glucose 6%
• Enzymes 5%
• Growth 5%

Earth & Environmental Sciences

• mutant 77%
• cyanobacterium 67%
• metabolism 61%
• hydrogen 56%
• engineering 46%
• carbon 41%
• carbohydrate 29%
• energy conversion 17%
• liquid chromatography 14%
• photosynthesis 14%
• nuclear magnetic resonance 13%
• glucose 13%
• acetate 13%
• mass spectrometry 12%
• spectroscopy 12%
• enzyme 11%
• attribute 10%
• fold 10%
• biomass 8%
• product 7%
• rate 4%
• water 4%
• method 3%