Current biorefinery approaches comprehend diverse biomass feedstocks and various
conversion techniques to produce a variety of high-value biochemicals and biofuels …

Microbial communities are ubiquitous in nature and exhibit several attractive features, such
as sophisticated metabolic capabilities and strong environment robustness. Inspired by the …

Biorefineries represent an integrated approach to facilitate biomass conversion to produce
useful fuels, energy, and bulk chemicals from biomass. It employs microbes in the …

Metabolic engineering can have a pivotal role in increasing the environmental sustainability
of the transportation and chemical manufacturing sectors. The field has already developed …

Highlights•Microbial cell factories can be tailored for producing certain 'drop-in'chemicals.•
Metabolic engineering has greatly enhanced the development of microbial cell …

In their natural habitats microorganisms live in multi-species communities, in which the
community members exhibit complex metabolic interactions. In contrast, biotechnological …

The desire to move from a fossil fuel-based 'take–make–dispose'economy to a bio-based
circular economy has generated great interest in microbial metabolic engineering for its …

Synthetic bioengineering is a strategy for developing useful microbial strains with innovative
biological functions. Novel functions are designed and synthesized in host microbes with the …

The microbial biosynthesis of proteins, primary metabolites, and chemicals is gaining
extraordinary momentum and is presently viewed as an advancing approach in the …

Innovation and technology are seen today as key points in the transition to a greener and
more sustainable economy. In this sense, the development of new processes able to result …