Discover how the missing Relaxin-3 molecule creates circadian hypoactivity and disrupts our daily energy rhythms through fascinating neuroscience research.
Explore the remarkable interdisciplinary science featured in JoVE during April 2014, showcasing advances in bioengineering, neuroscience, and biotechnology.
Explore how interactive web platforms are transforming large-scale electrophysiology data exploration in neuroscience, enabling researchers to navigate complex brain activity patterns.
Explore the groundbreaking Free Energy Principle framework that explains how living systems resist disorder and maintain their structure through minimizing surprise and uncertainty.
Explore the neuroscience behind empathy for pain and touch, including brain mechanisms, landmark experiments, and the science of human connection.
Explore the life and legacy of Dr. Oliver Sacks, the neurologist who humanized medicine through storytelling and transformed our understanding of the brain.
Explore how neuroscientists are mapping the brain's social network through effective connectivity, revealing directional information flow at the synaptic level.
Discover how prairie vole pups develop their vocal communication skills through a fascinating journey influenced by sex, age, and social context.
Discover how single genetic variations and brain shape fingerprints influence behavior, disease risk, and neurodevelopmental disorders.
Explore the groundbreaking work of Leonard E. Jarrard, who discovered the hippocampus's role in appetite regulation beyond its traditional memory functions.