16 天前 - … of metabolic engineering strategies for strain improvement, microbial fermentation
by … , providing significant potential for producing advanced biofuels and biochemicals. In the …

17 天前 - … Advanced biofuels derived from OW have significant sustainability and emission …
These advanced biofuel technologies are still being developed to increase production …

38 天前 - … Finally, to evaluate the potential of strain CAB2021 for industrial production of
advanced biofuels, we used it in a membrane cell-recycle bioreactor system (Fig. 2c,d) to …

44 天前 - … This work provides insights that could guide future genetic and metabolic
engineering efforts aimed at improving isopropanol production through microbial synthesis. …

44 天前 - … , energy products, or processed to produce advanced biochemicals and bioproducts.
… mesophilic bacteria to produce biogas. However, membrane fouling is a limitation [31]. …

48 天前 - … This study highlights the great potential of merging genetical engineering and 3D
bioprinting in producing advanced biomaterials, showing their promise as an environmentally …

70 天前 - … for the production of short-chain organic acids from microbial cells. With a focus
on biosynthesis, strategies to improve production, and the role of metabolic engineering, the …

74 天前 - … synthesis of future biofuels. The green alga Botryococcus braunii has attracted
significant attention as a feasible source of advanced biofuels owing to its ability to produce C20-…

75 天前 - … of biochemistry, microbiology, and chemical engineering to create sustainable and
efficient processes for the production of chemicals, materials, and biofuels for the betterment …

84 天前 - … Microbial metabolic engineering provides a feasible approach to sustainably
produce advanced biofuels … Methanol is an ideal feedstock since it can be massively produced …