Lecture 2 chapter 6 Flashcards

1
Q

Examination

A

What measure, selection of intervention strateigies/creation of POC

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2
Q

Intervention

A

Guiedlines for how to proceed through clinical intervention process and conclusions draw regarding intervention process

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3
Q

Use of evidence

A

Provides a structure to organize the rapidly expanding body of research

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4
Q

Outcomes

A

Organize the most relevant rehabilitation outcomes as well as the aspect measured by the outcomes (inpairment, function, or enviormental aspects)

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5
Q

Conceptual Framework Concepts

A

Model of practice (APTA)
Model of function and disability (ICF)
Hypothesis-oriented clinical practice
Principles of motor control and motor learning
Evidence-based clinical practice

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6
Q

APTA Model of practifce

A

Iterative process
5 elements
Examination
Evaluation
Diagnosis
Prognosis
Intervention

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7
Q

World Health Organization (WHO) model - ICF

A

Health conidtion
Inperement level
Functional limitation level
Participation level
Highly individual
Enviormental factors
Personal factors

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8
Q

Hypothesis-Oriented Clinical practice

A

Hypothesis generation assists clinician in: determining relationship between functional limitations and underlying impairments.
Evaluation effects of intervention and planning revisions
Dependent on Theory of motor control and motor learning

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9
Q

Evidence-Based Clinical Practice (EBP)

A

Philosophical approach to clinical practice that integrates best available reserch, clinical expertise, and client characteristics
Critical in ensuring clinical practice is consistent with evolving research basis for the field

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10
Q

Task-Oriented Approach to Clinical Practice

A

A milti-faceted approach to clinical management of motor control challenges in patients with CNS pathology
Integrated within the ICF framework

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11
Q

Task-Oriented Approach to Examination

A

Evaluate functional activies and participation
Describes the strategies used to accomplish functional skills
Quantify the underlying sensory, motor, and cognitive impairments that constrain performance of functional activites and restrict participation
Recognize the importance of contextual factors (enviormental or personal) that affect how an individual functions in a social and physcial context

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12
Q

Quantifying “Motor Control” Body structure

A

ROM, MMT, ect

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13
Q

Quantifying “Motor Control” Body Function

A

Coordination, DOF, Feedback and Adaptability, Spatial and temporal parameters of task performance, effect of cognitive attention on task performance

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14
Q

Task Specific Analysis Activity level

A

Provides a clearer picture of the patients functional skills related to a limmited set of tasks the clinical will be directly involved in retraining

Basic functional movements
Balance and posture
Upper extremity skills
Locomotion and mobility

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15
Q

Framework for Movement Analysis of tasks

A

Developed a method for movement analysis of tasks

6 core tasks:
Sitting
Sit to stand
Standing
Walking
Step up/down
Reach/grasp/manipulate

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16
Q

Terms for movement analysis

A

Symmetry
Speed
Amplitude
Alignment
Postural Control - verticality, stability
Coordination- smoothness, sequencing, timing, accuracy
Symptom provocation

17
Q

Sit to stand movement analysis worksheet

18
Q

Analysis of Posture and Balance

A

BESTest 36-item exam

19
Q

Balance Evakuation Systems Test (BESTest)

A

Biomechanical Constraints
Stability Limits/Verticality
Anticipatory Postural Adjustments
Postural Responses
Sensory Orientation
Stability in Gait

20
Q

Components of motor control

A

Agility
Balance
Power
Speed
Coordiantion
Reaction time

21
Q

Agility

A

ability to change direction and positon of body without losing control

22
Q

Balance

A

Ability to stay upright and in positon, even in the face of obstacles

23
Q

Power

A

Ability to generate force, a comnination of speed and strength

24
Q

Speed

A

ability to quickly complete certain tasks

25
Coordination
Ability to use different parts of the body together smoothly and effiecent More qualitative than quantitative Includes: heel to shin, finger to nose, rapid alternating movements (RAM) Use of angle-angle diagrams improves quantitative nature
26
Degrees of freedome problem
Number of independent components in a control system and the number of ways each component can vary Control problem that occurs in the designing of a complex system that must produce a specific result
27
Reaction TIme (RT)
How long it takes a person to prepare and intiate a movement The interval of time between the onset of a signal (stimulus) and the initiation of a response or a movement
28
Three types of reaction time
Simple, Choice, Discriminate
29
Simple RT
1 simulus and 1 response Pres a key when a light or tone is presented Recorded as minimal time needed to respond
30
Choice RT
more than 1 stimulus, but each stimulus has a designated response Multiple stimuli, each requiring a different response Recorded as time that elapse between presented of stimulu and the response Requires increased time to process information
31
Discriminate RT
multiple stimuli but only 1 response Used to measure cognitive processes such as attention, perception, and desicion-making Multiple stimuli presentd, required to respond to one specific target stimulus while ignoring other distractors
32
Task-Oriented Approach to intervention
Resolve, reduce or prevent impairments in body structure and function Develop effective and efficient task specific strategies for accomplishing functional task goals Adapt functional goal-oriented strategies to changing task and enviormental conditions to maximize participation and minimize disablement
33
Recovery
Returning capability of the individual to perform a task using mechanisms used prior to injury Get back to normal
34
Compensation/ Compensatory Stratigies
Atypical approaches that take advantage of the patients residual abilites