Research Articles
Taming Nature's Catalysts: How Scientists Engineered Precision Control in Enzymatic Halogenation
Discover how scientists transformed a common enzyme into a specialized halogenation catalyst with programmable precision through structure-guided directed evolution.
Enzyme Engineering: Programming Nature's Catalysts to Revolutionize Medicine and Technology
Explore the cutting-edge advances in enzyme engineering, from AI-driven protein design to therapeutic applications for neurodegenerative diseases.
The Master Chef in the Microbial Kitchen: Re-Engineering a Tiny Enzyme for Big Results
Discover how scientists used rational design to engineer a super-efficient lipase enzyme through a single mutation, revolutionizing industrial applications.
Engineering a Super Enzyme: How Scientists Are Harnessing Fungal Power in Yeast
Discover how protein engineering is unlocking the potential of cellobiose dehydrogenase (CDH) in baker's yeast, paving the way for sustainable biotechnology applications.
Engineering Nature's Catalysts: How a Redesigned Enzyme Could Revolutionize Bioplastics
Discover how protein engineers are redesigning CALB enzyme to enable more efficient production of biodegradable PLA plastics through circular permutation techniques.
Evolutionary Guidance and the Engineering of Enzymes: Nature's Blueprint for Designer Proteins
Exploring how evolutionary principles combined with modern technology are revolutionizing enzyme engineering for medicine, industry, and environmental sustainability.
The Sweet Spy: How Infrared Light and Math Are Brewing Better Enzymes
Discover how FT-MIR ATR spectroscopy and multivariate analysis revolutionize enzyme engineering by enabling high-throughput screening of fungal β-fructofuranosidase mutants.
Unlocking Nature's Blueprint: Engineering Enzymes for Precision Chemistry
How tweaking a bacterial enzyme's control knobs could revolutionize green drug synthesis through semi-rational engineering of nitrile hydratase