Discover how molecular dynamics simulations revealed the hidden 150-loop in neuraminidase, opening new possibilities for antiviral drug design against influenza viruses.
Exploring Professor Tang Yan-Cheng's groundbreaking contributions to systematic and evolutionary biology through molecular phylogenetics and biogeography.
Exploring how the thin, dynamic layer of water that touches biomaterials first shapes medical implants, drug delivery systems, and artificial organs.
Exploring how tribology and friction control at the nanoscale is revolutionizing modern manufacturing and technology.
Explore how cyanobenzene forms in interstellar space through violent molecular collisions and crossed beam experiments.
Explore Ronald Cohen's groundbreaking 1994 MSA Award-winning work in computational mineralogy that revolutionized our understanding of minerals at the atomic level.
Explore the fascinating world of Protic Ionic Liquids and their Electric Double Layer structure at the nanoscale, revealing new possibilities for energy storage technology.
Discover how scientists are decoding malondialdehyde's DNA damage through structural studies of interstrand cross-links in a 5'-(CpG) motif.
Discover how plant wax biomarkers are revolutionizing our understanding of human evolution by reconstructing ancient environments where our ancestors lived.
Discover how noble gases become sequestered in the interiors of giant planets like Jupiter and Saturn, solving a long-standing cosmic mystery.