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Ethanol production yield and efficiency was enhanced by pathway engineering in the engineered strains.
First, Escherichia coli was engineered for lycopene synthesis by pathway engineering.
After pathway engineering, genome replication engineering assisted continuous evolution was applied to improve methanol utilization.
It overlaps with pathway engineering but is more fashionable!
Today, pathway engineering in plants remains highly variable.
Microbial pathway engineering has made significant progress in multiple areas.
Pathway engineering of C. glutamicum also improved cadaverine productivity (Buschke et al. 2013a, b; Kind et al. 2011).
Systems biology, metabolic engineering and 'omics' technologies have paved the way for protein and pathway engineering.
These approaches may facilitate pathway engineering for biofuel and biochemical production.
This study contains the fermentation results of strains using the metabolic pathway engineering procedure.
New approaches are facilitating both the discovery of genes that encode natural products and pathway engineering.
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