Explore the comprehensive Encyclopedia of Pharmaceutical Science and Technology, covering drug discovery, manufacturing, regulatory affairs, and cutting-edge innovations in medicine development.
Exploring the interdisciplinary advances in mathematical and computational biology presented at the BIOMAT 2009 International Symposium in Brasilia.
Explore how artificial neural networks are transforming food science, from optimizing production to predicting food quality and creating sustainable food solutions.
Explore how MIT's interdisciplinary approach to intelligence research is bridging neuroscience and artificial intelligence to unlock the secrets of cognition.
Learn how scientists transform invisible molecular data into stunning visualizations with these ten simple rules for creating effective biomolecular graphics.
Explore how computational models and digital twins are transforming our understanding of heart function and cardiovascular medicine through the VPH/Physiome Project.
Exploring how artificial neural networks and genetic programming are transforming drug release prediction from solid lipid matrices.
Exploring how bio-inspired catalysts modeled after natural enzymes are transforming hydrogen production through efficient, sustainable methods.
Exploring how computational biology is revolutionizing cancer treatment through the design of HCPTP inhibitors to prevent metastasis.
Discover how biodiversity sustains our planet, feeds us, and protects us. Learn about the science behind Earth's complex web of life.