Single cell protein (SCP) derived from microbial biomass represents a promising source of
protein for animal feed additives. While microbial community-based approaches to SCP …

As global fisheries decline, microbial single‐cell protein (SCP) produced from brewery
process water has been highlighted as a potential source of protein for sustainable animal …

The rapidly increasing population and climate change pose a great threat to our current food
systems. Moreover, the high usage of animal-based and plant-based protein has its …

Abstract Single Cell Protein (SCP) refers to dry cells of microorganisms, and it constitutes a
highly promising and alternative protein source for multiple applications. SCP presents a …

Industrial waste accounts for a considerable amount of manmade waste streams, of which it
is the most distinctly harmful to local environments if released untreated. Microbiological …

Highlights•SynBio and genomic engineering enable effective and rapid microbial
engineering.•Microbial engineering can play a significant role in advancing SCP …

The growing global population and higher living standards instantly demand the transition in
the direction of a sustainable food system. A substantial section of means and agricultural …

Agricultural waste constitutes for most of the manmade waste streams. Processing of
biodegradable waste materials ensures the treatment of harmful substances and allows to …

As the global demand for food increases, aquaculture plays a key role as the fastest growing
animal protein sector. However, existing aquafeeds contain protein ingredients that are not …

The increase in human population determines a higher proteins request to sustain the feed
demand for animals and aquaculture. Single Cell Proteins (SCPs) consist of mixed protein …