Learn about subepithelial infiltrates, a common inflammatory finding on the cornea that can affect vision by causing blurriness, glare, or light sensitivity.
Examine the biological systems and behaviors behind octopus reproduction, a complex process that culminates in a singular, life-ending reproductive event.
Understand how the CACNA1C gene governs a fundamental calcium channel, impacting everything from heart contractions to neuronal communication and overall health.
Unseen chemicals in water can impact hormonal health. Understand the pathways of contamination and the practical solutions available for ensuring water safety.
Explore the trade-offs between two core lab methods. One offers rapid genetic detection, while the other confirms organism viability for further analysis.
Histone deacetylase enzymes are grouped by key differences. Learn how their classification by structure and mechanism informs their specific biological roles.
Examine the reciprocal influence between wolves and deer, a dynamic that shapes the health and structure of landscapes and is altered by human activity.
Understand how cell permeabilization overcomes a cell's natural barrier, a key technique for studying internal components and delivering therapeutic molecules.
Explore the science behind intense rainfall and snowfall, from the atmospheric mechanisms that drive them to their broad societal and environmental impacts.
Beyond its role in allergies, histamine influences key metabolic processes. Explore the subtle but significant ways this compound can impact body weight.
Variations in how the brain processes sound in autism can fundamentally shape social communication, sensory perception, and the experience of daily life.
Explore the function of CTLA-4, a protein that regulates T cell activity to maintain immune balance, a mechanism central to preventing autoimmunity and developing cancer therapies.
Understand the organized sequences of molecular events that sustain life. This article explains how these cellular systems operate and their role in health and medicine.
Learn how the specific arrangement of EEG electrodes functions as a critical tool for accurately viewing and interpreting the brain's electrical signals.
Discover the essential non-covalent interaction that underpins molecular recognition, from the workings of life to the development of modern technologies.