Discover how scientists are engineering Starmerella bombicola yeast to produce uniform biosurfactants through chimeric cytochrome P450 enzymes for sustainable cleaning solutions.
Discover how rare non-canonical amino acids like selenocysteine, pyrrolysine, and gamma-carboxyglutamic acid are revolutionizing protein engineering through computational predictions of their metal-binding capabilities.
Discover how scientists engineered BHV-1 glycoprotein B as a molecular transport system for therapeutic proteins, vaccines, and gene therapy applications.
Explore how engineered fluorescent proteins revolutionize biological research by illuminating cellular processes, tracking diseases, and enabling real-time observation of life's inner workings.
Discover how scientists are engineering electron transfer pathways in Cytochrome P450 enzymes to create more efficient biological factories for green chemistry and medicine.
Explore how egg-derived biomaterials are revolutionizing biotechnology and bioengineering applications in medicine and industry.
Explore how molecular shuttles called acyl carrier proteins transport fatty acid chains and their implications for medicine and bioengineering.
Discover how radical halogenases like BesD enable precise molecular modifications of amino acids, revolutionizing pharmaceutical and materials science applications.
Exploring cutting-edge methods to improve antibody thermostability through consensus design, structural analysis, and AI-powered engineering.
Exploring the revolutionary field of industrial microbiology and biotechnology through the lens of the pivotal JIMB BioMicroWorld2007 special issue.