Explore the fascinating science behind dental enamel, the challenges in treating it, and the groundbreaking research aiming to regenerate this precious biological material.
Explore how terahertz waves are revolutionizing our understanding of protein interactions and opening new frontiers in medical diagnostics and therapeutics.
Explore how bio-inspired electronics are creating ultra-low-power devices by mimicking biological genetic processes, with applications in medicine, computing, and sustainable technology.
Discover how albumin-based biodegradable sutures are transforming surgical healing through advanced tissue engineering and smart materials science.
Discover how Cytochrome cd₁, a remarkable bacterial enzyme, plays a crucial role in the nitrogen cycle, feeding the world and protecting our climate.
Explore how scientists use sorption isotherms to understand cocoyam's moisture behavior and revolutionize food preservation techniques.
Explore how Bacterial Artificial Chromosome (BAC) vectors are transforming biomanufacturing by overcoming limitations of traditional plasmid systems in CHO cell protein production.
Discover how biomimetic silicification enables long-term preservation of mammalian cells at room temperature by encasing them in glass, revolutionizing biological storage.
Explore how chemical functionalization of bioceramics enhances endothelial cell adhesion for tissue engineering and vascularization.
Discover how scientists are resurrecting ancient laccase enzymes from the Mesozoic era through ancestral sequence reconstruction and directed evolution for sustainable biotechnology applications.