Discover how Hsmar1 transposons, once molecular parasites, are being transformed into precision genetic engineering tools for medicine and biotechnology.
Explore how E. coli plasmid vectors are transforming biotechnology, from genetic engineering to medical applications.
Discover how 7α- and 7β-hydroxysteroid dehydrogenases from Clostridium absonum enable sustainable production of liver disease treatments through advanced enzyme engineering.
Explore how chemical microarray technology is transforming biological analysis, from antibiotic resistance testing to personalized medicine.
Discover how engineered Saccharomyces cerevisiae strains achieve biotin-independent growth through fungal diversity, revolutionizing industrial biotechnology.
Discover how a simple, rapid DNA extraction method is accelerating safflower genetic research and biotechnology applications.
Explore how TransKingdom RNA interference uses engineered bacteria to deliver gene-silencing RNA molecules, overcoming traditional RNAi therapy challenges.
How scientists use robots and AI to rapidly search for the medicines of tomorrow through high-throughput screening technology
How synthetic biology is turning cells into tiny, living factories through genetic engineering and programming.
Explore how functional metagenomics is transforming food and pharmaceutical industries by accessing unculturable microbes for novel enzyme and drug discovery.