Discover how scientists are engineering yeast to produce citronellol sustainably through metabolic engineering techniques.
Discover how combinatorial mutagenesis and mass photometry are revolutionizing protein engineering for medical applications.
Discover how ESMDynamic, a revolutionary AI tool, is transforming our understanding of protein dynamics and accelerating discoveries in drug design and enzyme engineering.
Explore how generative AI is revolutionizing antibody design, enabling scientists to create precision antibodies with atomic-level accuracy directly on computers.
Explore how epigenetic engineering in K562 cells is revolutionizing medicine by reprogramming cellular function without altering DNA sequences.
Discover how g-DPO revolutionizes protein design by accelerating AI training through smart sequence clustering and computational optimization.
Discover how scientists are engineering methylotrophic yeasts to display human GM-CSF on their surfaces, creating innovative cellular therapeutics for wound healing and immune conditions.
Discover how AI-guided molecular simulations in VR are transforming scientific discovery through imitation learning in hyperdimensional molecular systems.
Discover how PPAP, a revolutionary AI tool, is transforming our understanding of protein-protein interactions and accelerating drug discovery.
Discover how Fc engineering is creating antibodies that stay where they're put, revolutionizing localized therapy for eye, joint, and lung diseases.