Discover how combinatorial mutagenesis and mass photometry are revolutionizing protein engineering for medical applications.
How scientists are learning nature's secrets to build better biological machines through rational design of adenylate kinase thermostability
Discover how protein engineering is transforming beta-mannosidase into an efficient biocatalyst for sustainable biorefining and green chemistry applications.
Exploring how venomous creatures' toxins are being transformed into medical breakthroughs through protein engineering.
Explore the historic 1991 meeting that established the International Network of Protein Engineering Centres (INPEC) and revolutionized biological research through global collaboration.
Discover how protein engineering and AI are transforming direct electron transfer bioelectrocatalysis for sustainable energy applications.
Explore the cutting-edge field of protein engineering, where scientists redesign life's molecular machines to fight diseases, break down pollution, and create sustainable solutions.
Explore how protein engineering of Factor IX propeptide is transforming hemophilia B treatment through structural biology and therapeutic innovations.
Explore how site-saturation mutagenesis, Golden Gate cloning, and broad host-range plasmids enable scientists to engineer proteins with valuable new functions.
Explore how protein engineering is revolutionizing antibody assembly through DNA-guided systems and AI-driven design for precision medicine.