To investigate, the researchers tested what happens with the sister genes in a microbial cell factory, made by co-culturing E. coli and Baker's yeast, that they previously developed.

A research team has successfully engineered Corynebacterium glutamicum into a versatile cell factory capable of producing a ...

These cell factories produce strigolactone yields over 125 times higher than previous microbial consortiums. Details of how they developed the co-cultured platform were published in an earlier ...

A research group at KAIST has successfully engineered a microbial strain capable of producing lutein at industrially relevant ...

KAIST presents a microbial cell factory as a source of eco-friendly food and cosmetic coloring Peer-Reviewed Publication. The Korea Advanced Institute of Science and Technology (KAIST) ...

In 2022, the researchers attracted international attention by programming the longest-ever biosynthetic pathway -- or 'assembly line' -- into a microbial cell factory and designing it to produce ...

In this paper written upon invitation by Nature, the research team covered remarkable cases of microbial cell factory that can produce amino acids, proteins, fats and fatty acids, vitamins, ...

By co-culturing these two hosts, researchers created a microbial cell factory that produces yields of strigolactones over 125 times higher than previous microbial consortiums. ...

A new tool could make it easier to study scarce plant molecules. Researchers co-led by the University of California San Diego have developed so-called microbial cell factories—using E. coli and ...