Delve into a subtype of depression defined by a slowing of thought and movement, connecting observable signs to their neurological origins and clinical care.
This article explains how succinate, a key metabolic compound, has a complex and essential role in both internal cell function and body-wide regulation.
Organoids are miniature, lab-grown structures that act as stand-ins for human organs, enabling more accurate research into disease and drug development.
Discover the fundamental biology of the coral polyp. This tiny animal's unique survival strategies and growth process are the foundation of massive reef structures.
Discover how old memories can block new learning. Our guide explains the cognitive process behind this common issue and offers ways to improve memory recall.
Our DNA contains a small but significant inheritance from Neanderthals. Discover how these ancient genes influence modern biology and why their role has evolved over time.
Explore the state of cognitive exhaustion that goes beyond simple tiredness. Learn to distinguish it from burnout and find effective ways to restore mental clarity.
Learn what distinguishes invasive squamous cell carcinoma, including its growth beyond the skin's surface and the established process for diagnosis and treatment.
The telencephalon is the brain's center for higher cognition, coordinating everything from memory to voluntary movement through its intricate anatomical structures.
Explore the calcium ion's role beyond bone health. Learn how this charged particle is fundamental to cellular signaling, muscle contraction, and nerve function.
Learn how the ribosome translates genetic code into proteins. This essential process builds the molecular machinery that underpins all cellular function.
Explore the biology of episomes, genetic material that can exist freely or integrate into a host's chromosome, influencing cellular function and health.
An examination of the Tasmanian devil's mortality reveals a complex web of threats, where traditional predation is overshadowed by modern and biological pressures.
An in-depth look at Epidermolysis Bullosa, a group of genetic disorders affecting skin cohesion from its molecular cause to its impact on daily existence.