Learning And Neuroplasicity Flashcards
Motor learning
Effects of training/ practice on motor performance
Process where movements are executed more quickly and accurately with practice
Results in formation of a motor memory
Me skipping
Learning
Relatively permanent change in behaviour so there's long term retention Performance v learning (form is temporary, class is permanent)
Stages of motor skill acquisition
Fitts (1964)
Novice (verbal-cognitive) → associative → expert (autonomous)
True expert takes time and deliberate practice (10000 hours) - like modern family
Practice doesn’t necessarily make perfect
Verbal-cognitive stage
Attention demanding (high cognitive load) Trying to understand requirements Develop strategies High variability Instructional quality is important
Associative
Settle on main strategy
- increased consistency
- fine tuning
- importance of practice
- deal with increasing complexity
Autonomous
Automatic
- Less attention needed
- improved precision and accuracy
- Less dependent on feedback
- ‘multitasking’
- difficult to make changes
Consolidation
A motor memory is formed when learning is retained through consolidation
Motor skills are transformed from an novice (visual-cognitive stage), in which they are especially prone to being disrupted or lost, to a more solid or permanent state.
When can improvements occur
During practice (online) Between sessions (offline)
Fast and slow motor learning
Dayan and cohen (2011)
Duration of learning is highly task specific - learning 1 phase compared to an entire book
Rapid initial gains - fast learning
Followed by incremental gains - slow learning
Slow learning takes place over multiple practice sessions
Brain activity during fast/slow learning
Slow learning - everything increased activation except cerebellum decreased
Fast learning - even inc/dec except cerebellum only increased activation
Motor maps
Motor maps obtained with TMS are rapidly modulated with learning
Trained areas have higher probability and size of area on brain