“By introducing metabolic pathways derived from other organisms and exchanging cofactors, it is possible to design new microbial cell factories that surpass existing limitations. The strategies ...

Since the performance of microbial cell factory is very important in lowering ... tool in metabolic engineering to redirect the pathway fluxes toward our desired product formation.

As climate change and environmental concerns intensify, sustainable microbial cell factories garner significant attention as candidates to replace chemical plants. To develop microorganisms to be ...

“By using this microbial cell factory, you can bypass extracting tons of xylem sap and thus destroying dozens of trees to discover the molecules important for the physiology of plants,” said Li in a ...

which will allow scientists to quickly and efficiently use computer modeling to predict the effects that multiple gene interventions have on the microbial factories. "This could eventually be ...

coli and Baker’s yeast to produce strigolactones. By co-culturing these two hosts, researchers created a microbial cell factory that produces yields of strigolactones over 125 times higher than ...

by increasing the number of microbial strains that can be effectively used in industrial production and making more of their metabolic pathways suitably efficient for large-scale production.

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 ...

the study showcases the longest biosynthetic pathway – or "assembly line" - inserted into a microbial cell factory. According to Jie Zhang, the latter is a promising result in and of itself.

On February 28, 2019, DOE announced that scientists at the Los Alamos National Laboratory (LANL) have been working on molecular tools that reside naturally within microbial cells. Microbes ...