Lecture 2 chapter 6 Flashcards
Examination
What measure, selection of intervention strateigies/creation of POC
Intervention
Guiedlines for how to proceed through clinical intervention process and conclusions draw regarding intervention process
Use of evidence
Provides a structure to organize the rapidly expanding body of research
Outcomes
Organize the most relevant rehabilitation outcomes as well as the aspect measured by the outcomes (inpairment, function, or enviormental aspects)
Conceptual Framework Concepts
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
APTA Model of practifce
Iterative process
5 elements
Examination
Evaluation
Diagnosis
Prognosis
Intervention
World Health Organization (WHO) model - ICF
Health conidtion
Inperement level
Functional limitation level
Participation level
Highly individual
Enviormental factors
Personal factors
Hypothesis-Oriented Clinical practice
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
Evidence-Based Clinical Practice (EBP)
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
Task-Oriented Approach to Clinical Practice
A milti-faceted approach to clinical management of motor control challenges in patients with CNS pathology
Integrated within the ICF framework
Task-Oriented Approach to Examination
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
Quantifying “Motor Control” Body structure
ROM, MMT, ect
Quantifying “Motor Control” Body Function
Coordination, DOF, Feedback and Adaptability, Spatial and temporal parameters of task performance, effect of cognitive attention on task performance
Task Specific Analysis Activity level
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
Framework for Movement Analysis of tasks
Developed a method for movement analysis of tasks
6 core tasks:
Sitting
Sit to stand
Standing
Walking
Step up/down
Reach/grasp/manipulate
Terms for movement analysis
Symmetry
Speed
Amplitude
Alignment
Postural Control - verticality, stability
Coordination- smoothness, sequencing, timing, accuracy
Symptom provocation
Sit to stand movement analysis worksheet
Analysis of Posture and Balance
BESTest 36-item exam
Balance Evakuation Systems Test (BESTest)
Biomechanical Constraints
Stability Limits/Verticality
Anticipatory Postural Adjustments
Postural Responses
Sensory Orientation
Stability in Gait
Components of motor control
Agility
Balance
Power
Speed
Coordiantion
Reaction time
Agility
ability to change direction and positon of body without losing control
Balance
Ability to stay upright and in positon, even in the face of obstacles
Power
Ability to generate force, a comnination of speed and strength
Speed
ability to quickly complete certain tasks