… We conducted metabolic engineering of the strains harbouring the YCplac22‐SPT15 and
YCplac22‐spt15‐3 plasmids and used them as platforms for isobutanol production. We …

… cerevisiae and this work provides the key strategies to engineer yeast as an industrial
platform for isoprenol production. …

… genetic and metabolic engineering practices adopted to improve the isobutanol production
in … Isobutanol is preferred over bioethanol and n butanol due to its high octane number, less …

… In this study, Saccharomyces cerevisiae AY14α was engineered to produce ethyl crotonate.
Firstly, … Recent advances in n-butanol and butyrate production using engineered Clostridium …

… continued effort to produce advanced biofuels with higher efficiencies. In this article,
metabolic engineering strategies recently exploited to enhance biofuel production and facilitate …

… to obtain a high production of desired products. … produced using metabolic engineering.
However, classical methods used for engineering yeast metabolic pathways for the production of …

… induced by n-butanol and MCFAs. Accordingly, n-butanol stress tolerance and production
are enhanced by shortening actin cable tortuosity using an n-butanol responsive promoter-…

… , metabolic engineering was conducted to manipulate the cofactor distribution for the optimal
co-production of … However, in the presence of n-butanol, cell growth was seriously limited or …

… Moreover, several transcriptional analyses were performed previously to study the stress
caused by different alcohols including ethanol, n‐butanol, and isobutanol for E. coli (Gonzalez …

… Hence, the synthesis of higher alcohols (n-butanol [8] and 1,3-… the metabolic engineering
strategy of introducing opt_ecoFBPase and ATPase can increase the ethanol production rate in …