Discover the remarkable antifungal α-hairpinin peptide from Stellaria media seeds - a novel natural defense against fungal pathogens with applications in agriculture and medicine.
Discover how scientists trapped an antibody folding intermediate during glycan biosynthesis, revealing insights into protein folding and therapeutic applications.
Explore the fascinating world of HIV-1 Gag protein research, from its structure and functions to groundbreaking experiments and therapeutic applications.
Discover how surface engineering transforms nanoparticles into intelligent medical tools that can precisely target diseases while minimizing side effects.
Discover how GRACE, an AI-powered automated workflow, is revolutionizing enzyme design by merging deep learning with computational biology to create novel enzymes from scratch.
Discover how poplar trees use genetic defenses to combat Alternaria alternata fungal infection through advanced transcriptomic research and genetic engineering.
Discover how deep learning is revolutionizing protein stability prediction, transforming weeks of work into seconds of computation.
Discover the revolutionary advances in craniofacial tissue engineering that enable true bone regeneration rather than mere reconstruction.
Discover how recombinant spidroin films protect cells from glucose-induced aging in this fascinating exploration of spider silk's therapeutic potential.
Discover how cells construct the proteasome, a sophisticated protein-recycling machine essential for cellular health and disease prevention.