Microbial fermentation processes are expected to play an important role in reducing
dependence on fossil-based raw materials for the production of everyday chemicals. In …

Methanol has recently gained significant attention as a potential carbon substrate for the
production of fuels and chemicals, owing to its high degree of reduction, abundance, and …

Methanol, an organic one-carbon (C1) compound, represents an attractive alternative
carbon source for microbial fermentation. Despite considerable advancements in methanol …

Ethylene glycol (EG) derived from plastic waste or CO2 can serve as a substrate for
microbial production of value-added chemicals. Assimilation of EG proceeds though the …

Global population growth and demographic restructuring are driving the food and agriculture
sectors to provide greater quantities and varieties of food, of which protein resources are …

Methanol, a rich one-carbon feedstock, can be massively produced from CO 2 by the liquid
sunshine route, which is helpful to realize carbon neutrality. β-Farnesene is widely used in …

Highlights•We discuss the use of NCRCs for supporting one-carbon assimilation.•
Engineered one-carbon oxidizing enzymes can accept NCRCs.•NCRCs can lower the …

Microbial cell factories offer an eco-friendly alternative for transforming raw materials into
commercially valuable products because of their reduced carbon impact compared to …

Industrial biotechnology heavily relies on the microbial conversion of carbohydrate
substrates derived from sugar-or starch-rich crops. This dependency poses significant …

Microbes that use the single-carbon substrates methanol and methane offer great promise to
bioindustry along with substantial environmental benefits. Methanotrophs and other …