How WormNet v3, a digital network, is revolutionizing genetics by predicting gene functions and accelerating discoveries in aging and disease using C. elegans.
Explore how differential growth and mathematical principles shape biological forms from nautilus shells to brain folds.
Explore the scientific breakthroughs in ageing research, from landmark reports to modern discoveries about biological age, epigenetic clocks, and lifespan extension.
Exploring the revolutionary potential of nano-ceramic composite scaffolds and bioreactor technology in bone tissue engineering and regeneration.
Explore the intricate ecological relationship between the swamp rose-mallow and the specialist beetle Althaeus hibisci, revealing complex pollination dynamics and evolutionary pressures.
Explore how developmental psychopathology research is transforming social policies to support children's mental health and wellbeing through evidence-based approaches.
Discover how FTIR spectroscopy revolutionizes forensic entomology by accurately estimating blow fly pupae age through molecular fingerprinting.
Explore how environmental chemicals disrupt lung development during critical prenatal stages, with evidence from scientific studies on pesticides and other chemical exposures.
Explore how insecticidal nematodes are revolutionizing high school biology education through inquiry-based laboratory experiments that teach experimental design and scientific thinking.
Discover how histological research has transformed our understanding of the ligamentum teres, from vestigial remnant to crucial hip stabilizer and sensory organ.