Just like humans, mice fidget more while deep in thought.
A new neural model reveals how the brain is able to adapt and process new information, researchers report.
Researchers shed light on the navigation system that guides axons as they grow.
By simulating patterns of microvasculature cell growth and compare the results with real networks grown in lab, researchers hope to direct how they grow into the tiny blood vessels that feed the brain and help people regain functions lost to stroke and disease.
Researchers report they have discovered the region of the brain that registers excitement over a preferred food option. The study reports the findings could help develop new therapies and treatments to potentially combat obesity and encourage healthier eating.
A new study describes how stimulating a single region of the brain affects the activation of other regions.
A cerebral organoid allows researchers to detect dynamic changes in calcium ion activity and visualize comprehensive cell activities.
According to researchers, dopamine signaling within the cerebral cortex can predict changes between neural networks during working memory tasks.
Researchers report individual differences in functional brain connectivity reflects differences in how certain intrinsic connectivity networks engage during decision making.
A new study provides evidence for how the frontal cortex exerts control over thought and action.
A new study provides insights into the neural origins of hot flashes associated with menopause.
Researchers have carried out the largest general neural network simulation to date using the computational power of the K computer.
