Discover how bush seeds cross oceans to colonize remote islands, a process driven by a complex interplay between natural forces and patterns of migration.
Explore the relationship between aging and professional life, from evolving individual capabilities to the organizational structures that support experienced workers.
Understand the biology of pathogenic fungi, how they operate to cause disease, and their widespread impact on health, agriculture, and natural ecosystems.
Discover how viruses exploit specific molecules on host cells to initiate infection, a critical interaction that dictates viral targets and informs new therapies.
In the Hydra, the hypostome is a dynamic structure. It functions as a mouth while its cellular activity governs the organism's form and regenerative capacity.
Beyond simple organisms, bacteria use a chemical language to sense population density and coordinate group actions, influencing both their survival and human health.
By building a minimal organism with the fewest possible genes, scientists are uncovering the core operating system of life and its many unknown functions.
An overview of Enterobacter, a bacterium that acts as an opportunistic pathogen, often causing healthcare-associated infections complicated by drug resistance.
Discover the principles behind antimicrobial testing, comparing traditional culture-based assays with the rapid, molecular approaches shaping modern diagnostics.
Discover the photon, the elementary particle of light. Learn the fundamental quantum rules that govern its behavior and redefine how energy and matter interact.
Learn about progeria, a rare disorder of accelerated aging, from its cellular-level cause to the comprehensive strategies used to manage the condition.
Understand how phospho arrays enable the simultaneous analysis of protein phosphorylation, offering a systems-level view of cellular signaling pathways.