Novel use of Tat components to increase metabolic flux in light-driven biosynthesis

Landbrug og biologi

• dhurrin 100%
• chloroplasts 59%
• biosynthesis 48%
• oxidoreductases 31%
• Cyanobacteria 26%
• photosynthesis 22%
• electrons 21%
• Synechocystis sp. PCC 6803 19%
• synthetic biology 18%
• fuel production 18%
• glucosyltransferases 18%
• solar energy 18%
• ferredoxins 17%
• metabolic engineering 16%
• Nicotiana benthamiana 16%
• photosystem I 16%
• Sorghum bicolor 15%
• bioactive compounds 13%
• enzymes 13%
• biochemical pathways 12%
• algae 11%
• iron 10%
• phenotype 9%
• carbon 9%
• proteins 4%