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Novel use of Tat components to increase metabolic flux in light-driven biosynthesis
Maria Perestrello Ramos Henriques de Jesus
Department of Plant and Environmental Sciences
SCIENCE PhD theses
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Agriculture & Biology
algae
11%
bioactive compounds
13%
biochemical pathways
12%
biosynthesis
48%
carbon
9%
chloroplasts
59%
Cyanobacteria
26%
dhurrin
100%
electrons
21%
enzymes
13%
ferredoxins
17%
fuel production
18%
glucosyltransferases
18%
iron
10%
metabolic engineering
16%
Nicotiana benthamiana
16%
oxidoreductases
31%
phenotype
9%
photosynthesis
22%
photosystem I
16%
proteins
4%
solar energy
18%
Sorghum bicolor
15%
Synechocystis sp. PCC 6803
19%
synthetic biology
18%