Neuroscience

Study reveals brittle stars learn without brains, using associative learning, challenging perceptions of intelligence in marine life.

Groundbreaking research: Mitf protein’s vital role in nerve repair offers hope for peripheral neuropathy treatments.

Loneliness blurs lines between fictional characters and real friends in the brain, revealing intriguing insights.

Breakthrough: TIMP2 protein’s role in brain aging revealed, offering hope for treating neurodegenerative disorders.

Exploring the true limits of brain plasticity, challenging myths of neural rewiring in response to sensory loss or stroke, and …

Overview of MIT’s StableRep, an AI training system using synthetic images for enhanced learning, surpassing traditional methods and facing future …

Discover how sleep photobiomodulation technology holds promise in Alzheimer’s treatment through brain detoxification.

Summary of a study on brain memory formation, focusing on engram cells and synaptic changes in learning processes.

Research at UTEP reveals used coffee grounds, via Carbon Quantum Dots, may treat neurodegenerative diseases like Alzheimer’s, Parkinson’s.

Study reveals cerebellar nuclei’s key role in associative learning, challenging prior focus on cerebellar cortex, with implications for neuroscience.