Exploring how network pharmacology bridges ancient Chinese medicine with modern computational biology through AI, multi-omics, and biological network analysis.
Exploring the cutting-edge of light-responsive nanosystems in medicine, from photonic control to precision therapies.
Exploring how self-assembling nanopeptides are revolutionizing biomedicine through programmable nanostructures for drug delivery, tissue regeneration, and biosensing.
Exploring how recent discoveries are shattering the Eurocentric view of art's origins, revealing artistic expressions across earlier time periods and diverse hominin species.
Discover how computational modeling is unlocking the secrets of resveratrol, the red wine molecule with potential anti-cancer properties.
Celebrating 75 years of groundbreaking microbial physiology research that shaped our understanding of life's smallest engineers.
Discover how mussel-inspired adhesive proteins are transforming medical technology through revolutionary biomolecule conjugation techniques.
Exploring how molecular pharmacognosy uses DNA barcoding and omics technologies to authenticate herbal medicines and prevent adulteration.
How mercury chemistry and isotope geochemistry reveal the secrets of mountain growth through ancient soil analysis
How a crowdsourced open science challenge led to breakthroughs in breast cancer prognosis through attractor metagenes and collaborative modeling.