By modifying the structure of a microorganism's proteins and adding genes from other organisms, Mr. Keasling has designed microbial factories that can produce a tremendous variety of drugs, biofuels and other chemicals.
Based on these results, we catalogued the RWS consortium as a true microbial enzyme factory that constitute an excellent source for the production of an efficient enzyme cocktail for the pretreatment of plant biomass.
Consequently, there is an urgent need to develop robust microbial cell factories that are tolerant to alkane biofuels.
With an intensifying need for microbial cell factories that produce a wide array of target compounds, whole genome high-throughput sequencing and annotation for SNP detection can aid in better reducing and defining the metabolic landscape.
As shown in Figure 1, WS can catalyze the formation of FAEEs (as in biodiesel) from ethanol and fatty acyl-CoA, and here this strategy was used to construct proof of principle biodiesel microbial cell factories that could ultimately form the basis for large-scale commercial biodiesel production and result in a fully sustainable fuel [ 3, 16, 23].
Finally, we highlight the perspective of developing C. glutamicum as a step toward advanced microbial-cell factories that could produce valuable chemicals from renewable resources.
In this production model, the cyanobacterial cells can be seen as photosynthetic microbial cell factories that harvest solar energy to fix carbon dioxide into products of interest.
Its application can enable the development of microbial 'smart cell' factories that can produce other industrially valuable products in the future.
Transformation of engineered Escherichia coli into a robust microbial factory is contingent on precise control of metabolism.
The microbial community structure and diversity in Jinhua ham produced in factories that have 5, 15, and 30 years of history in processing hams were compared using the pyrosequencing technique.
