Discover how DNA's mechanical deformations create an allosteric communication system that regulates protein binding and gene expression.
Exploring how AI-driven simulations are transforming materials science, from carbon-neutral concrete to ultra-efficient batteries.
How Mexico pioneered a comprehensive regulatory framework for genetically modified mosquitoes, blending science, ethics and community trust to combat dengue fever.
Molecular dynamics study of dislocation structure evolution in FCC crystals containing spherical pores under external stress
Exploring fluxionality in transition-metal oxide clusters through water's interaction with M₃O₆⁻ (M = Mo, W) clusters
Exploring the crucial work of insect physiology research and commemorating the legacy of Professor Dr. Muhammad Aslam Khan in pest management and public health protection.
Discover how data science and machine learning are solving the long-standing mystery of ice nucleation, with implications for climate science and materials engineering.
Exploring the cutting-edge study of femtosecond soliton molecules where particle-like light waves bind together like atomic structures.
Explore how Enhanced Molecular Dynamics is revolutionizing drug discovery through supercharged simulations, with case studies like KRAS inhibitor development.
Exploring how peptides interact with quartz surfaces through conformational sampling and its applications in green mining and nanomedicine.