Explore how engineered enzymes are revolutionizing pharmaceutical manufacturing, ensuring higher purity, safety, and sustainability in drug production.
Discover how scientists are genetically engineering Salmonella bacteria to overcome tumor barriers and deliver targeted cancer therapy.
Explore how microfluidic systems revolutionize biocatalysis research, enabling high-throughput experimentation and generating valuable data for machine learning applications.
Exploring how flow-induced microfluidic assembly is revolutionizing biocatalysis materials through precision engineering and sustainable manufacturing approaches.
Discover Cyrene, the sustainable bio-based solvent revolutionizing chemistry with its eco-friendly properties and diverse applications in pharmaceuticals, nanomaterials, and more.
Discover how Box-Behnken design and response surface methodology optimize cashew gum extraction, enhancing yield and quality for pharmaceutical and industrial applications.
Explore how scientists are harnessing nature's enzyme cascades for revolutionary industrial applications with unprecedented efficiency and sustainability.
Explore the life and groundbreaking work of Sir Howard Dalton, a pioneering microbiologist who transformed our understanding of methane-consuming bacteria and influenced science policy.
Exploring how heme's dual nature as both lifegiver and destroyer shapes biology from bacteria to human blood.
Exploring how biomimetic and nanostructured biohybrid materials are transforming medicine through virus-fighting nanoparticles, biohybrid robotics, and precision cancer therapies.