Exploring how anterior-posterior signaling orchestrates somite formation in Xenopus embryos through gradients, oscillations, and cellular choreography.
Discover how MS2133, the first DOT1L PROTAC degrader, is revolutionizing leukemia treatment by targeting both enzymatic and scaffolding functions of DOT1L.
Research progress on the biosynthesis of daptomycin and its derivatives, covering NRPS machinery, genetic regulation, and bioengineering approaches.
Explore how ragweed became a global invader through genetic innovation, climate adaptation, and its impact on public health worldwide.
Discover how freeze casting mimics nature's hierarchical architectures to create advanced bioinspired materials for medicine, energy, and space applications.
Explore how phylogenetics decodes evolutionary relationships through DNA analysis, revealing the family tree of life from ancient microbes to modern species.
Exploring how educational diagnostics are transforming chemistry education by mapping cognitive roadblocks and creating better learning pathways.
Breakthroughs in analyzing biomolecular containers reveal how they control molecular traffic and could be engineered for medical applications.
Discover how science is fighting back against the pink bollworm, a devastating cotton pest costing farmers billions annually, with innovative insecticide strategies and genetic solutions.
Breakthroughs in immunotherapy, mRNA technology, and precision targeting are ushering in an era where universal cancer vaccines could render tumors vulnerable to the body's own immune cells.