Explore how closed-loop neuroscience is transforming brain science through real-time brain-computer interfaces and adaptive neurotechnologies.
Exploring how neurons internalize carbon nanotubes - the opportunities for neural interfaces and the associated risks for future medicine.
Discover the fascinating connection between estrogen receptors and cholinergic neurons in the basal forebrain, and how this relationship influences memory and cognitive health.
Discover how the PROSPR method revolutionizes the study of extracellular vesicles in the central nervous system, enabling breakthroughs in neuroscience research.
Explore Michael Gazzaniga's groundbreaking split-brain research that revealed how our brain hemispheres create consciousness and the unified self.
Discover how macular degeneration rewires the brain's visual pathways and the implications for future treatments.
Discover how scientists are re-engineering robot-assisted rehabilitation to create smart machines that teach the brain and body how to move again after neurological injuries.
Explore the fascinating neural process of hippocampal replay and how it helps our brains manage memories and plan for the future through compressed temporal sequences.
Explore how modular microfluidic platforms are transforming neuroscience research by enabling complex, customizable brain models for studying neurological disorders.
Exploring how neuroethics is transforming psychiatric practice through neuroscience and technology, addressing ethical challenges in brain interventions.