Week 2- Motor Learning Flashcards

1
Q

Motor Learning

A

Acquisition and/or modification of movement

  • After injury, reacquisition of movement skills lost
  • Processes associated w/ practice or experience leading to permanent changes in skill
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2
Q

What does motor learning result from?

A

Experience and/or practice

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3
Q

How do we know motor learning has taken place?

A
  • Inferred from behavior

- Individual can perform task effectively and w/o thinking about it in a variety of circumstances and contexts

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4
Q

What does motor learning produce?

A

Permanent changes in behavior

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5
Q

What role does time play in motor learning?

A

A break needs to be there to establish retention of learning

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6
Q

Times of long-term memory

A
  • Explicit

- Implicit

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7
Q

Types of Explicit Memory

A
  • Semantic

- Episodic

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8
Q

Types of Implicit Memory

A
  • Procedural
  • Priming
  • Conditioning
  • Nonassociative learning
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9
Q

Semantic Learning

A

Book learning, knowledge

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10
Q

Episodic Learning

A

Memory related to events

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11
Q

What is the relationship b/t declarative and nondeclarative memory?

A

We use declarative learning (requires intent) for learning new tasks, and we hope it will transition to nondeclarative memory

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12
Q

Procedural Learning

A

Developed slowly through repetition

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13
Q

Priming Learning

A

-

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14
Q

Conditioning Learning

A

Predicting relationships

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15
Q

Nonassociative learning

A

Habituation and sensitization

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16
Q

Schmidt’s Schema Theory

A
  • Uses generalized motor programs, or schemas

- Predicts that variability of practice improved motor learning

17
Q

Limitations of Schmidt’s Schema Theory

A
  • Support is mixed for variable practice

- Doesn’t account for immediate acquisition of coordination

18
Q

Ecological Theory

A
  • Search for optimal strategies to solve a task given certain constraints
  • Relies on connection b/t perception and action
19
Q

Fitts and Posner 3-Stage Model

A
  • Cognitive stage
  • Associative stage
  • Autonomous stage
20
Q

Cognitive stage

A
  • Acquisition of knowledge

- Trial and error stage

21
Q

Associative stage

A
  • Refining of skill

- Less variability

22
Q

Autonomous stage

A
  • Automaticity of skill

- Low degree of attention

23
Q

Bernstein’s 3-Stage Model

A
  • Key component is controlling/mastering degrees of freedom
  • Novice stage
  • Advance stage
  • Expert stage
24
Q

Novice stage

A

Simplify movement to decrease DOF

25
Advance stage
Gradual release of DOF
26
Expert stage
Release of all DOF
27
Gentile's 2-Stage Model
- Stage 1 goal | - Stage 2 goal
28
Stage 1 goal
Develop understanding of the dynamics of a given task
29
Stage 2 goal
Refine the movement in both fixed and diverse situation
30
Why is it important to understand motor learning?
- Motor learning is a stimulant for neuroplastic change and remediation of maladaptive patterns - Rewiring of motor cortex