Discover how scientists are harnessing E. coli to efficiently produce tartaric semialdehyde from glucose, paving the way for sustainable chemical manufacturing.
Discover how hyperthermophilic archaea are engineered to transform toxic carbon monoxide into valuable formate through artificial enzyme complexes.
Discover how scientists are engineering formate dehydrogenase enzymes to work with non-canonical cofactors, revolutionizing biotechnology and sustainable manufacturing.
Discover how metabolic engineering of oleaginous microorganisms is transforming biodiesel production through advanced biotechnology.
Discover how engineered diatoms produce biodegradable PHB plastic through metabolic engineering and multi-omics analysis
Explore how metabolic engineering creates sustainable omega-3 fatty acids through microbial factories, addressing health needs and environmental challenges.
Explore how DHAP-dependent aldolases and chemical desialylation are transforming molecular synthesis and cellular communication in modern medicine.
Discover how the integration of genomics and metabolomics is transforming food production and creating healthier, personalized nutrition solutions.
Discover how scientists developed an electrotransformation protocol to genetically engineer Clostridium pasteurianum, unlocking its potential for sustainable biomanufacturing.
Explore how glycan engineering is transforming therapeutic proteins through precise sugar molecule modifications for improved drug efficacy and safety.