Discover how scientists are using protein engineering and statistical methods to biosynthesize hydroxytyrosol, the potent antioxidant found in olives.
Explore the revolutionary field of 3D bioprinting for bone and cartilage tissue regeneration using stem cells and advanced biomaterials.
Scientists discover that an ancient mysterious receptor holds the secret to cartilage regeneration, and its instructions to adipose stem cells may be key to future arthritis treatments.
Discover how the hierarchical architecture of hot dogs inspired a breakthrough in 3D bioprinting of living tissues with distinct bioactivity zones.
Discover how carbon nanotubes and protein engineering enable real-time observation of single enzyme molecules, revealing previously invisible molecular dynamics.
Explore the fascinating mechanism of vesicle formation - the tiny bubble-like structures that package, transport, and deliver molecules within our cells.
Discover how geminiviruses manipulate plant cells through protein interactions, threatening global food security and the scientific methods used to combat them.
Explore how engineered cellulosomes transform waste plant matter into valuable products, offering powerful tools for green biotechnology and a circular economy.
Discover how scientists are using tunable micropattern-array assays to isolate and analyze single extracellular vesicles, revolutionizing early disease detection.
Explore how bioinformatics transforms biological data into meaningful discoveries through data mining, machine learning, and AI applications in protein design and materials science.