Explore how gene mutations cause a common metabolite, 2-HG, to accumulate and promote cancer by altering a cell's epigenetic code and halting its development.
Learn how the CGRP protein functions within the nervous system to transmit pain signals and why it has become a key target for therapeutic intervention.
Explore how Bergmann glia, a specialized cell, are integral to both building the cerebellum's architecture and maintaining its synaptic health for motor control.
Explore the complex social rules governing otter territories. Learn how scent marking, species, and sex influence how these animals manage and defend their space.
A fever is more than a symptom of illness. It's a calculated biological response that creates an advantage for your immune system in fighting infection.
The fat inside your bones is a unique tissue, distinct from other body fats, with a complex influence on your bone strength and overall metabolic health.
Understand how scientists measure gene activity. This core technique translates a gene's regulatory signals into a quantifiable and easily observable output.
Explore the functional anatomy of the common fly. Learn how its specialized body parts contribute to its unique sensory perception, flight, and reproduction.
Erectile function is not a single action but a coordinated process. Explore the sequential interplay between two opposing branches of the nervous system.
Explore how the muscles that lift your arm forward affect posture and daily function, and learn how to maintain their balance for long-term shoulder health.
Learn how the CACNA1C gene directs key cellular processes and what it means for health when a mutation affects cardiac rhythm and neurological development.
An overview of the internal microbial system that powers ruminant digestion and how nutrition can shape its outcomes for both the animal and the planet.
Explore the fundamental process of brain function. Learn how coordinated electrical and chemical signals between neurons produce all thought, memory, and action.