Explore the brain's subtle internal rhythm. Learn how this pulse is driven by blood flow, why it is essential for brain health, and what it means when you feel it.
Explore how plant metabolomics reveals the chemical processes governing a plant's health, growth, and environmental interactions for deeper biological insight.
ADHD is linked to subtle but significant differences in brain cell function and communication. Learn about the neurological underpinnings of this condition.
Learn how your body manages high blood sugar. This guide explains how to safely support your system after a sugar spike, avoiding ineffective or risky quick fixes.
This article examines how vaping alters the brain's fundamental chemistry, explaining the neurological basis for its effects on cognition, mood, and development.
Understand the body's rapid response to stress, from daily pressures to acute threats. Learn the mechanisms of sympathetic outflow and its long-term health effects.
Learn how computer vision determines what's visually important in a scene, a foundational capability for enabling machines to perceive the world more like humans.
Explore the significant physiological journey of salmon. Learn how they adapt to different waters and how modern environmental shifts impact their life cycle.
Sweating after an injury is sometimes more than a pain response. Discover how it can reflect changes in nervous system control and your body's regulation.
Neurons communicate through more than just chemicals. Explore the role of direct physical channels in synchronizing brain waves and shaping neural circuits.
Cellular memory is the biological process allowing cells to retain their identity and history. Learn how this fundamental mechanism influences health, from immunity to disease.
Delve into the sophisticated society of *Megaponera analis*, an ant whose collective behaviors demonstrate a high level of organization and cooperative care.
This protein filament provides cells with mechanical resilience while also organizing their interior and facilitating movement, a key function in health and disease.
Explore how a bacterium's polar flagellum works as a complex rotary engine, enabling controlled movement and navigation in response to its environment.