Explore how Nested Gaussian Process modeling revolutionizes handling incomplete data with uncertainty quantification across healthcare, cosmology, and engineering.
Discover how engineered phenolic-inducible promoters are creating self-inducing systems for microbial lignin valorization, transforming waste into valuable resources.
Explore the sophisticated regulatory networks that enable Streptomyces bacteria to produce over two-thirds of clinically important antibiotics through precise genetic control systems.
Exploring how synthetic biology is engineering Chlamydomonas reinhardtii to produce clean hydrogen fuel from sunlight and water.
Discover how metabolons and cytochrome P450 enzymes form efficient cellular assembly lines that create plant compounds essential for survival, medicine, and agriculture.
Discover how scientists are engineering Clostridium thermocellum to transform plant waste into n-butanol, a superior biofuel.
Discover how ultrasound technology combined with bone density measurements provides a more accurate prediction of hip fracture risk and bone strength.
Discover how metabolic engineering of Citrobacter bacteria enhances 1,3-propanediol production from glycerol waste, creating sustainable chemical manufacturing
Explore the fascinating world of cyclopropane fatty acids in plants, focusing on the Litchi Kennedy pathway and acyl editing cycle genes.
Explore the sophisticated chemical defense systems plants deploy against threats through secondary metabolites and their applications in medicine and agriculture.