Discover how the IRREGULAR POLLEN EXINE1 (IPE1) gene in maize orchestrates the construction of pollen's protective armor through sophisticated lipid metabolism.
Explore how chromatin domains and their 3D structure orchestrate plant growth, development, and phenotypic diversity through cutting-edge genomic research.
Explore how the Bruininks-Oseretsky Test of Motor Proficiency (BOT-2) helps schools identify motor skill challenges and develop targeted interventions for students.
Explore how the tiny fruit fly heart serves as a powerful model for understanding human cardiac biology, genetics, and disease mechanisms.
Discover how scientists use chromatography, mass spectrometry, and NMR to analyze biomarkers and revolutionize medicine, environmental protection, and life sciences.
Explore the revolutionary changes in developmental toxicology testing strategies and study designs that are creating safer environments for developing babies.
Revolutionary predictive tools are transforming how we assess mortality risk using biological and social data to generate personal health forecasts.
Explore the revolutionary field of systems biology and discover how biological circuits operate, their design principles, and the future of synthetic biology.
Discover the intricate journey of pollen tubes in plant reproduction and recent breakthroughs in understanding their molecular guidance system.
Explore how regenerative medicine is revolutionizing healthcare through tissue engineering, biomaterials, and nanotechnology to restore natural body functions.