Explore the interplay of biology and social structure that underpins the elephant reproductive process, a cycle essential for the survival of the herd.
Sea fungi are a vital, yet little-understood, part of marine ecosystems. Explore their unique biology and discover their growing importance for environmental and human health.
Understand how computational methods are used to model reality, providing powerful insights into systems that are too complex, costly, or dangerous to test.
Anhedonia is the inability to feel pleasure from once-enjoyable activities. Learn about this complex mood state and its roots in the brain's reward system.
GFAP immunohistochemistry uses antibodies to visualize a key structural protein in astrocytes, offering insight into cellular identity, health, and response to injury.
Discover how a temporary embryonic structure transforms into vital parts of the adult abdomen, shaping organ placement, vascular pathways, and immune function.
Being derived clonally describes how genetic copies are made, a fundamental process that explains the nature of organisms, ecosystems, and our own health.
Understand how a key cellular protein acts as a critical off-switch for cell growth and why its failure is a fundamental mechanism in cancer development.
The CTH gene provides instructions for an enzyme that governs sulfur metabolism, creating molecules crucial for cellular signaling and physiological health.
Scientific observation in neuroscience often highlights a select few neurons. Understanding the brain's full complexity requires accounting for the unobserved majority.
Delve into the cell's intricate sorting hub that decides the fate of incoming molecules, a fundamental process for cellular function and overall health.
Explore how the TRIM11 protein maintains cellular health by managing protein quality, a fundamental process with complex implications for various disease states.
Explore how the unique filamentous structure and non-lethal infection cycle of conical bacteriophages make them valuable tools for medicine and nanotechnology.
Explore how a single coenzyme derived from vitamin B6 acts as a master key for countless biological reactions, linking nutrition to fundamental metabolism.
An inherited variation in the DDX41 gene can create a predisposition for certain blood disorders, influencing both familial risk and clinical management.
Understand the impact of a spinal cord injury on bladder function and the system of care required to maintain urinary health and prevent complications.
Explore the body’s vast network of blood vessels, from its physical design to the dynamic processes that control the movement of blood throughout the body.