Explore the science of the Gx Sweat Patch, a wearable that measures fluid and sodium loss to inform a precise, data-driven hydration strategy for athletes.
Learn about the scientific evaluation of how substances affect living cells, a foundational process for ensuring the safety of drugs, devices, and materials.
While both form crucial linings in the body, epithelial and endothelial cells have distinct locations and specialized roles vital for biological function.
Discover the cellular machinery responsible for separating chromosomes during cell division and how this fundamental process is managed in different life forms.
A clinical overview of the Bordetella bacteria, detailing how these respiratory infections develop, why they differ, and the basis for medical management.
Learn how monobactam antibiotics treat serious infections by targeting the bacterial cell wall and why their structure offers a key alternative for many.
A material's internal atomic pattern dictates its observable properties. Explore the fundamental link between a substance's structure and its real-world behavior.
Running a marathon creates significant physical stress. Discover how the body responds and why proper preparation is the most critical factor for your health.
Explore punctuated equilibrium, a key evolutionary model that explains the pattern of life's history—long periods of stability interrupted by rapid change.
Modern analysis of museum specimens has revealed a previously unknown species of large, tree-dwelling rodent from the cloud forests of Central America.
Learn why the amount of a substance that reaches your bloodstream is often less than what you ingest, and how this principle dictates drug and nutrient efficacy.
Go beyond the bar to the source. Learn about the Theobroma cacao tree, from its unique botanical traits to the essential steps that transform its fruit into a bean.