Exploring how guanidinium ion pairing with different counterions leads to contrasting protein stabilization or destabilization effects.
Exploring the fascinating world of nanoscale material deformation and fracture mechanics where traditional physics breaks down.
Exploring the development of EAM-type interatomic potentials that accurately reproduce theoretical energetics in polytype structures for advanced materials simulation.
Discover how time-resolved SFX revealed the atomic choreography of chloride ion-pumping rhodopsin in marine bacteria.
Discover how endothelial ROCK2 deficiency promotes browning of white adipose tissue, offering new therapeutic approaches for obesity.
Discover how the TFIID complex initiates gene expression by loading TBP onto promoter DNA, revealed through cutting-edge cryo-EM studies.
Discover how HepaRG cells and advanced microscopy techniques are revolutionizing NAFLD research by creating accurate fatty liver disease models in vitro.
How ultrafast electron diffraction reveals the quantum choreography of atoms and electrons during chemical reactions
Discover how liquid ammonia rapidly switches between metallic and non-metallic states at quantum timescales, challenging century-old chemical models.
Exploring breakthroughs in molecular spectroscopy showcased at MSSM2016 and their impact on science and technology