Discover how the functional nanopore (FuN) screen is revolutionizing nanopore engineering through high-throughput screening in E. coli bacteria.
Explore how bacterial promoters function as genetic switches that control gene expression and power biotechnology applications from medicine to sustainable manufacturing.
Explore how protein engineering is transforming medicine through smarter antibodies, precision drug delivery, and AI-driven protein design.
Discover how metabolic engineering is transforming tobacco plants into biofactories for cannabinoid production, revolutionizing pharmaceutical manufacturing.
Explore the revolutionary field of protein engineering, from AI-powered design to real-world applications in medicine, environmental science, and biotechnology.
Discover how scientists are engineering E. coli bacteria with chaperonins to produce single-chain variable fragment antibodies more efficiently.
Explore how genetic engineering transforms mammary glands into pharmaceutical factories producing therapeutic proteins in milk, with CRISPR technology and future applications.
Discover how scientists expressed the Aspergillus MAN1 gene in E. coli and characterized its enzymatic properties for industrial applications.
Explore how enzymatic hydrolysis transforms cassava starch into valuable products in this deep dive into sustainable biotechnology.
Explore how recombinant DNA technology is transforming medicine, industry, and environmental solutions through genetic engineering.