#neuroplasticity

#neuroplasticity

Michele Vincenzo Malacarne's 1783 research showed that forced exercise increased the size and thickness of animal brains, suggesting exercise changes the brain.

Brain-computer interfaces (BCIs) are systems allowing direct communication between the brain and external devices, translating brain activity into actions without hands or voice.

Shifting to a play mindset could help carve new neural pathways.

Compassion and empathy can be trained, and research indicates that through practices like attachment priming and meditation, individuals can enhance their capacity for care and connection.

The intentional use of small-scale stimuli encourages learners to feel more deeply, detect variations, and reorganize habitual movement patterns.

Phosphatidylserine is a vital nutrient for healthy brain cells, helping improve memory and cognitive functions across all ages, from children to adults.

The quality of life and mobility in stroke survivors improved significantly with a blend of higher-intensity walking exercises and standard physical therapy.