Discover how the scientific introduction, or preface, serves as a critical roadmap to research, using the CRISPR gene-editing breakthrough as a case study.
Discover how DNA origami-based nanoscopic force clamps are transforming molecular force spectroscopy and our understanding of biological processes at the nanoscale.
Discover how scientists are using programmable DNA dynamic reactions to build nanoscale machines, walkers, and revolutionize medicine.
Discover how the nitrogen family of elements evolved from historical remedies to cutting-edge light-activated cancer treatments through layered photonic nanomedicine.
Discover the revolutionary CENH3-GFP technique that enables scientists to count chromosomes in living plant cells without destruction, advancing our understanding of plant reproduction and evolution.
Discover how plasmonic-induced molecular transfer using gold nanoparticles and laser technology is transforming plant genetic engineering and crop improvement.
Exploring the groundbreaking advancements in mass spectrometry presented at the 50th ASMS Conference, from security applications to proteomics research.
Discover how mathematicians are writing the universal rules that govern everything from cells to ecosystems through algebraic biology.
Explore how stem cells are revolutionizing biodefense preparedness through pathogen modeling, drug screening, and toxin testing.
Discover how toxicology acts as the essential guardian in drug discovery, ensuring medications are safe through rigorous testing like the Ames test.