Microbial fuel cells (MFCs) convert organic waste into clean energy, promising rural electrification. Challenges for MFCs include high costs, scalability issues, and lack of coordinated research ...

while metabolic engineering technologies to enhance these cell factories are becoming crucial tools for maximizing production efficiency. However, difficulties in selecting suitable microbial strains ...

"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 ...

“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 ...

As chassis organisms, filamentous fungi can express cellular machinery, and metabolic and signal transduction pathways from both prokaryotic ... on the approaches needed to exploit fungi as microbial ...

In order to improve bioprocessing, it is important to optimize microbial cell factories to efficiently convert feedstocks into bioproducts by fine tuning the metabolic pathways that drive product ...

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 applying a systemic metabolic engineering strategy, the researchers have developed a number of high-performance microbial cell factories that produce a variety of food and cosmetic compounds ...

(In the future, Bretschger says, it may also be possible to amplify the current so that it could be used to power other equipment at a factory.) Others have tried to use microbial fuel cells to ...