1
Q
Neuroplasticity
A
Ability of neurons to change their function, chemical profile or structure
2
Q
Examples of neuroplasticity
A
Habituation, learning and memory
Cellular recovery after damage
Axonal spouting
Synaptic pruning
3
Q
Synaptic plasticity
A
Refers to changes in strength of connection between synapses
- changes in the number of receptors for specific neurotransmitters
4
Q
Positive outcomes of neuroplasticity
A
New skills Better cognition More efficient communication between sensory and motor pathways Improved function of the aging brain Slowing down pathological processes Promoting recovery of sensory losses Improved motor control
5
Q
Steps to remodeling the brain based on experiences
A
1 repetition
2 correct fundamentals
3 authentic environment
It involves neuronal connections in response to information derived from experiences in the environment, sensory stimulation, and movement
