Lecture 14: Motor Learning Flashcards
what is motor learning
practice or experience leading to a relatively permanent change in skilled behaviour
what is happening in the brain with motor learning
neuroplasticity
what is Explicit motor learning
Conscious learning
verbal knowledge (we’re focused on what our body is doing while relying on memory)
what is Implicit/procedural motor learning
Unconscious remembering
like riding a bike
as motor learning progresses, is there an increase or decrease in brain activity
decrease
what are the 3 Factors Affecting Learning
the abilities of the learner
the type of task
the client’s current learning stage
why is problem-solving important for motor learning
Having the learner actively problem-solve can enhance learning
why is Retention and Transferability important for motor learning
we want the learning to be relatively permanent so they can repeat the task later (retention)
they can then perform different but related tasks (transferability)
why is practice important with motor learning
deliberate practice is essential
we need to increase difficulty over time
what are discrete tasks
Task has a clear beginning and end
feedback is obtained after task
completion
(hitting a tennis ball)
what are continuous tasks
Adjustments can be made in real time
(riding a bike
what is part practice
Working on smaller parts of a skill
Better for early motor learning
Better for discrete tasks
what is Whole practice
Working on entire skill at once
Better for continuous tasks
what are closed tasks
Tasks performed in a predictable, unchanging environment
what are Open tasks
Tasks performed in a dynamic and changing environment
what are the 3 kinds of scheduled practice
blocked
random
distributed
what is blocked practice
Practice Task A, then Task B, then Task C
AAA, BBB, CCC
what is random practice
Practice combinations of Tasks A, B, and C
ABB, CAC, CBA
what is distributed practice
Practice is broken up into a number of short sessions over a longer period of time
(ABC)
what is the hierarchy of the types of practice
random practice results in better learning, retention, and transferability than blocked practice
Distributed practice leads to better retention than blocked practice
when is the benefit of random practice lost
learning very complex tasks or in individuals with significant neurological deficits
do people with neurological injuries need the same amount of practice as others?
People with neurological injuries require more practice than healthy individuals
is the current dose of average therapy enough
Current rehabilitation dose is not sufficient to promote cortical reorganization
they need to do more reps to get enough practice
How Can we Increase the Dose of practice?
Action Observation
motor imager/mental rehearsal