Explore the work of V.S. Ramachandran, a neuroscientist who uses simple, ingenious methods to investigate the brain's mysteries and how it constructs reality.
During glucose scarcity, the body initiates a sophisticated response. Discover how cells adapt and systems coordinate to maintain function and metabolic health.
Explore how the preserved remains of organisms provide direct physical evidence of prehistoric life, offering a tangible link to ancient anatomy and ecosystems.
Anhedonia treatment involves more than just serotonin. This review covers medications that act on the brain's dopamine pathways to restore the ability to feel pleasure.
Discover how environmental signals guide CD4 T cells to differentiate, a process that tailors the immune response and is essential for maintaining health.
Explore the scientific methods used to group frog species. Learn how shared traits and genetic data reveal the underlying relationships that define a genus.
The 11q22 locus is a key region on chromosome 11. This article explains how genetic variations in this location influence human health and development.
Delve into the biological design of a frog. This guide examines how its interconnected systems create a body uniquely adapted for life on land and in water.
Explore how a patient's own stem cells are used to cultivate new skin, a process that enables the healing of large wounds with minimal donor site impact.
Explore how individual amino acids differ from whole protein. Their unique, digestion-free absorption allows for specialized physiological roles in the body.
Understand how the nutrient density of yellow peas supports metabolic balance and digestive health, making them a valuable addition to a balanced diet.