Explore how scientists engineered Saccharomyces cerevisiae Met-80→Ala iso-1-cytochrome c, transforming it from an electron shuttle to a multi-functional molecular marvel.
How scientists are turning a common food microbe into a next-generation, living medicine for tissue repair and antioxidant defense.
Discover how self-assembling nanopeptides are transforming medicine through targeted drug delivery, tissue engineering, and smart biomaterials.
Exploring how scientists distinguish causal interactions from static correlations in genome-wide reverse engineering problems to decode cellular networks.
Discover how synthetic biology is creating artificial organelles to control metabolic pathways, revolutionizing medicine and biotechnology.
How scientists are using a clever biological glue and recycled bone to engineer new cartilage in the lab.
Explore how protein engineering is revolutionizing bioproduction, turning microbes into efficient factories for medicine, biofuels, and sustainable materials.
Explore how alginate/chitosan microcapsules created through membrane emulsification are transforming targeted drug delivery in medicine.
Explore how scientists are engineering T cell receptors to optimize recognition of target antigens, revolutionizing cancer treatment and immunotherapy.
How scientists are using a clever protein fusion to create a longer-lasting, more stable, and powerful medicine for cancer patients.