An in-depth look at Jeremy Berg's insights on NIH funding challenges, policy analysis, and the future of scientific research support.
Exploring China's innovative approaches to sustainable pasture disease management through technology, policy reform and ecological principles.
Exploring the role of BetaB2-crystallin in cancer disparities between African Americans and other populations in colorectal and breast cancers
Discover how cellular pressure and expansion drive the fundamental processes of life, from embryonic development to disease progression.
Discover how the Phenol Emulsion Reassociation Technique (PERT) revolutionized DNA research by accelerating genetic code comparison thousands of times using simple emulsion chemistry.
Explore how ultrafast soft X-ray photoelectron spectroscopy reveals the quantum dynamics at water's surface, enabling scientists to capture electrons in motion.
Exploring the transformative convergence of AI and molecular biology, from CRISPR gene-editing to AI-guided experiments that are reshaping bioscience research.
Explore how biological systems are inspiring breakthroughs in atomic, molecular, and optical physics, from quantum computing to energy-efficient materials.
Discover how plant systems biology is revolutionizing our understanding of plant communication, growth, and adaptation through cutting-edge omics technologies.
Explore China's groundbreaking research on mycorrhizal fungi and their role in sustainable agriculture and environmental conservation.