Discover the scientific journey of Dr. Kizzmekia Corbett, a viral immunologist whose years of foundational research were pivotal to rapid vaccine development.
Go beyond specific skills to understand the broad mental aptitude that influences how we process information, solve problems, and adapt to new situations.
Learn how single layers of atoms and molecules create structures with unique surface chemistry and physical behaviors, impacting fields from electronics to biology.
Keep your toy fish swimming safely and effectively. This guide provides essential information for managing the small battery that powers its operation.
The extracellular domain is the outward-facing part of a cell's proteins. It governs cell communication, and its role in health provides key medical targets.
This article examines the physiological effects of semen in the rectum, detailing the biological processes of absorption, expulsion, and related health outcomes.
Learn about the computational tools that translate complex physical principles into practical, numerical solutions for simulation and scientific analysis.
Learn how cells use a sophisticated system to selectively import molecules. This fundamental process is essential for cellular function, health, and disease.
Examine the survival of the Przewalski's gazelle, a rare ungulate whose future in its limited habitat is shaped by landscape changes and targeted protection.
Delve into the story of the rose in India, where its botanical identity and cultivation methods inform its profound place in daily life and traditions.
Explore how soluble protein precursors assemble into a stable, cross-linked fiber, creating tissue elasticity through a process driven by molecular disorder.
Explore the apricot's journey through history, from contested origins to global cultivation. Learn how its name tells a different story than its actual path.
Explore the brain's intricate communication systems. This overview explains how organized neural connections form the architecture for thought and perception.
Carbon's movement through air, water, and life sustains our planet. Learn how this natural system works and the consequences of altering its equilibrium.
Learn how the ClinVar database collects expert interpretations of genetic variants and uses a review system to clarify consensus on their links to human health.
Quantitative genetics provides a framework for understanding how inherited and environmental factors combine to influence traits showing continuous variation.
An overview of the TM4SF1 protein, a molecule involved in cellular maintenance whose altered expression in disease presents opportunities for medical science.