A father's age is a growing factor in conception and the long-term health of a child. Explore the underlying biology and what it means for family planning.
Alaska's accelerated warming reveals the deep links between a changing physical environment and the well-being of its unique wildlife, communities, and economy.
Your liver processes all medications, including antibiotics. Learn how this metabolic function can, in rare cases, lead to liver strain or injury for some individuals.
Explore how superantigens bypass normal immune pathways, triggering a massive, non-specific release of inflammatory molecules from the body's lymphocytes.
Learn about the Gβ subunit, a protein that dissociates from a larger complex to become an active regulator of essential cellular and physiological processes.
Explore the molecular workings of nitrogenase, the enzyme that converts atmospheric nitrogen and serves as a cornerstone for the global nitrogen cycle.
Explore how a naturally glowing protein allows scientists to tag and observe specific components within living cells, revealing complex biological processes.
Fossil analysis of the feathered dinosaur Sinornithosaurus challenges common views, fueling a scientific debate over its unique anatomy and predatory capabilities.
Learn how viral replication causes observable changes in host cells, providing insight into infection mechanisms and their practical utility in virology.
Achieving remission in Ulcerative Colitis goes beyond symptom relief. Understand the goals of medical therapy and the long-term strategies for lasting wellness.
Explore how the TRF1 protein governs telomere length, a fundamental mechanism for preserving genomic stability with direct implications for aging and disease.
Beyond the alpha leader, many animal societies rely on group consensus to make vital choices, pooling information for more reliable and effective outcomes.
Gain insight into how a potato develops underground, the cultivation techniques farmers use, and the climates that create ideal growing conditions worldwide.
Learn about the specialized cells that generate the gut's rhythm. Their proper function is key to digestion, while their absence or mutation can lead to serious GI conditions.
Learn how deacetylase enzymes function as crucial regulators of gene activity, influencing cellular processes, disease development, and modern therapeutic strategies.