Exploring the neurobiological roots of aggression through brain circuits, neurochemicals, and life experiences that shape violent behavior.
Exploring the neurobiological mechanisms behind motivation and effort through the lens of dopamine signaling in the brain.
Exploring how molecular conversations in our nervous system translate into the poetry of motion through behavioral neurobiology.
Exploring the revolutionary insights from tunicate nervous systems about vertebrate brain evolution and their remarkable neurobiological capabilities.
Exploring the neuroscience of addiction and how modern research is revealing new pathways to understanding and treatment.
How Tiny Fluidic Circuits Are Revolutionizing Neuroscience with microfluidic and compartmentalized platforms for neurobiological research.
Groundbreaking research reveals how star-shaped brain cells called astrocytes drive PTSD by flooding circuits with GABA, and the promising new drugs targeting this mechanism.
Discover how neuroscience reveals our brains are dynamic organs shaped by experience, environment, and choice rather than fixed biological blueprints.
Breakthroughs in synapse research reveal these neural connections as sophisticated, ever-changing structures that hold keys to treating diseases and enhancing cognition.
Explore the glutamate-glutamine cycle, the brain's essential recycling system for neurotransmitters, and its role in cognition, memory, and neurological health.