Discover how scientists are engineering gut bacteria to monitor stress hormones in real-time through cortisol-sensing probiotics and the gut-brain axis.
Explore how stem cells from umbilical cord and hyaluronic acid hydrogels are revolutionizing cartilage repair and joint regeneration.
Discover how CRISPR-based repression systems are revolutionizing metabolic engineering in Bacillus subtilis for fine-tuned vitamin production.
Explore the science behind meniscus transplantation, characterization, and groundbreaking tissue engineering approaches for knee injury treatment.
Discover how RNA-Seq technology reveals the genetic secrets behind hypericin production in St. John's Wort, transforming traditional herbal medicine into molecular science.
Explore the fascinating world of flavonoid biosynthesis, from their molecular structure to metabolic engineering applications for human health benefits.
Discover how scientists are decoding the plant metabolome to understand plant communication, defense mechanisms, and potential applications in medicine and agriculture.
Discover how an automated smoother using numerical decoupling helps extract meaningful signals from noisy biological data to reverse engineer complex systems.
Exploring the theoretical models that reveal elegant symmetries and patterns within the genetic code, from mathematical representations to synthetic biology applications.
Discover how engineered fluorescent proteins are transforming branched-chain amino acid detection for medical diagnostics and metabolic health monitoring.