This common food additive from seaweed is used to thicken and stabilize foods. Examine the science behind its regulatory approval and health considerations.
Discover the scientific techniques that make the brain's structure, circuits, and live functions visible, providing insight into its normal and altered states.
Explore the process of building polymers by linking monomers and releasing small molecules, and learn how controlling this reaction determines a material's final properties.
Discover why optic nerve damage can occur without high eye pressure. This overview explores how factors like blood flow contribute to this complex condition.
Virtual reality offers a new framework for anatomy education by enabling a more intuitive understanding of complex, three-dimensional bodily structures.
Explore the science of CRISPR gene editing, a molecular tool for precisely altering DNA, and understand the profound questions this capability raises for our future.
Gain insight into the evolving oncology landscape by exploring the synthesis of scientific directions and practical implications anticipated for the ASCO 2025 meeting.
Intranasal insulin utilizes a direct nose-to-brain pathway, allowing it to act on the central nervous system with minimal effect on systemic blood sugar.
Discover how scientists create visual maps of viral evolution, translating complex immune data to track pathogens and inform annual vaccine strain selection.
Explore the nuanced relationship between ginseng and blood pressure. Learn the key factors that determine its varied effects on cardiovascular health and safety.
Examine the neurological relationship between dyslexia and dementia, including how lifelong brain differences can complicate accurate cognitive assessment.
Facial nerve palsy disrupts the eye's ability to stay closed and lubricated. Learn about the ocular effects and the steps needed to protect your eye health.