Frames Of References Flashcards
Theory
- describe fundamental principles
- create a language system for a profession or language or discipline
- guide overarching thinking about assessment and intervention
Frames of references
- a tool
- provides a specific way to think about assessment and intervention for a child
- multiple frames of references should be considered with each child and family that you work with
- it is a lens with which to look at the child and occupation to determine intervention
Frame of reference examples
- developmental and motor learning
- biomechanical
- behavioral
- cognitive and cognitive-behavioral
- NDT
- sensory integration/rehabilitation
Developmental frame of reference
- identifies the level of motor (gross, fine, or oral) social, emotional, and cognitive in which a child engages and targets intervention to help the child advance
- development occurs over time and across areas
- typical developmental is interrupted due to illness, trauma, and disability
- repetitive practice of developmental skills provides experiences to promote brain plasticity and learning
- practice of skills in a developmental level and just above to promote mastery
Developmental strategies and techniques
- you have to know the typical developmental in order to know if there is a delay
- activities follow a development progression
- repetitive practice of developmental skills in various ways provides experiences to promote brain plasticity and learning
- activities at the level they are successful in and then introduce the next step
- challenge the child to engage in tasks slightly above abilities
When to use developmental FOR
- children expected to follow a typical developmental progression
- infants, toddlers, preschoolers, and elementary aged children
When it’s inappropriate to use developmental FOR
- children who will not follow a typical developmental progression (such as children with quadriplegic cerebral palsy)
- older children for which a developmental approach has been attempted but not successful
Motor learning FOR
- how a child learns movement (motor learning is connected with the development FOR)
- children develop improved neural pathways when they repeat meaningful whole tasks in the natural environment
- occurs as children repeat motor tasks that are intrinsically motivating, meaningful, and that they can problem solve
Motor learning interventions
- engage in whole activity versus part
- meaningfulness = variety of activities from which to choose, children perform better when motivated
- variability = engage children in activities that requires variable adjustments to movements (such as distance to catch the ball, moving body to reach in different planes)
When to use motor learning FOR
- children expected to follow a typical developmental progression
- infants, toddlers, preschoolers, and elementary aged children
When it’s inappropriate to use motor learning FOR
- children who will not follow a typical developmental progression (such as children with quadriplegic cerebral palsy)
- older children for which a developmental approach has been attempted but not successful
Biomechanical FOR
- based on concepts from kinesiology (thinking about ROM of joints and muscles and their alignment)
- involves ROM, strength, and endurance
- preventing or reducing contractures
- improving ROM through passive and active means can increase functional mobility
Biomechanical strategies and techniques
- orthoses
- splints
- positioning
- PROM/AROM
- strengthening
When to use biomechanical FOR
- children with physical disabilities
- children with low tone
When it’s inappropriate to use biomechanical FOR
- children without physical impairment (such as autism spectrum disorder, ADHD)
Behavioral FOR
- behavior is enforced by a reward
- positive reinforcement increases the likelihood a behavior will be …
- children will stop behaviors that do not receive feedback
- applied behavioral analysis (ABA) = an example
Behavioral strategies and techniques
- identify steps and behaviors that are interfering with occupations
- determine what may be causing the behavior
- put strategies in place to support desired behavior
- include child and caregivers in plan
- identify reinforcers and rewards
- provide positive reinforcers
- give reinforcers regularly at first, then intermittently
When to use behavioral FOR
- extensive evidence of support for children with ASD
- managing challenging behaviors
Limitations of behavioral FOR
- not always holistic in addressing underlying cause of behavior
- feedback from autistic adults who received extensive ABA report negative impact on well-being as a child
- critics note it makes individuals dependent on rewards to complete tasks, not on individual interest and self exploration
Cognitive FOR
- top-down
- uses cognition (thinking) strategies to complete occupations
- OT helps child explore strategies, make decisions, apply strategies, and evaluate use
- child use the strategies to use in multiple situations and feels empowered, thus more likely to repeat the strategy
Cognitive strategies and techniques
- OT designs interventions to increase repertoire of cognitive strategies
- identify global problem solving strategies
- task analysis
- explore task-specific strategies
- ex: Michelle Garcia Winner’s Social Thinking Cirriculum
- Cognitive Orientation to Daily Occupational Performance (CO-OP)
Examples of cognitive strategies
- anytime you are supporting thinking!
- external sensory and environmental strategies = picture schedules, visual timers, kinesthetic cues (vibrating watch)
- mental or self-verbalization on strategies = self-coaching (I can do this, only three more problems), self-guidance (talking self through the task), and scripts (role play)
- task modification and specific strategies = lists and task modification
- finger space between the words
- social stories
- Garcia Winner’s Social Thinking Cirriculum
When to use cognitive FOR
- older children
- research supports for a variety of diagnoses (Autism spectrum disorder, cerebral palsy, traumatic brain injury)
When it’s inappropriate to use cognitive FOR
- idea that thoughts and feelings influence behavior within the environment
- behavior associated with dysregulation is maintained by cognitive factors
- changing one’s cognitive thoughts and beliefs results in changes in behavior