Discover how engineering yeast SNARE genes enhances cellulase secretion for biofuel production, overcoming key bottlenecks in sustainable energy.
Exploring how extracellular matrix properties guide H9c2 cardiomyoblast differentiation through stiffness, chemistry, and texture for cardiac tissue engineering.
Exploring how bioactivity grafting in cyclic peptides like cyclotides and SFTI-1 is revolutionizing peptide-based therapeutics.
Discover how Richard Perham's groundbreaking work on multienzyme complexes revolutionized our understanding of cellular machinery and metabolic efficiency.
Explore the remarkable capabilities of Cytochrome P450 enzymes in biosynthesis, drug metabolism, and sustainable chemical synthesis.
Discover how engineered platelets delivering PD-1 immunotherapy are transforming post-surgery cancer treatment with targeted precision.
How scientists engineered a super-potent matriptase inhibitor from natural HAI-1 protein to fight cancer metastasis.
Explore how engineered nanomaterials are overcoming delivery challenges for siRNA therapeutics, enabling precise gene silencing for treating diseases.
Discover how iPSC-derived ihOCM matrix is revolutionizing bone regeneration, outperforming traditional methods like BMP2 and autografts in fracture repair.
Exploring the dynamic world of molten globules and their crucial role in protein folding, disease mechanisms, and biotechnological applications.