Exam 2 Flashcards

1
Q

Focal delay

A

Delay in one area

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

Global delay

A

Delay in all areas

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

Divergent/atypical delay

A

Development that is unusual in pattern

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

Stages of play

A

Unoccupied play (0-3 months)
Solitary play (0-2 years)
Spectator/onlooker behavior (2 years)
Parallel play (2+ years)
Associate play (3-4 years)
Cooperative play (4+ years)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

Unoccupied play

A

0-3 months
Baby is making movements with arms, legs, hands, and feet to learn about and discover how their body moves

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

Solitary play

A

0-2 years
Child plays alone and are not interested in playing with others

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

Spectator/onlooker behavior

A

2 years
Child watches other children playing but will not play with them

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

Parallel play

A

2+ years
Child plays alongside or near others but does not play with them

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

Associate play

A

3-4 years
Child starts to interact with other during play but there Is not much cooperation required
Ex. Kids playing on playground but doing different things

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

Cooperative play

A

4+ years
Child plays with others and has interest in both the activity and other children involved in it

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

Takata taxonomy of play

A

Sensorimotor play (birth-2 years)
Symbolic and simple constructive play (2-4 years)
Dramatic, complex, constructive, and pregame (4-7 years)
Games (7-12 years)
Recreational (12-16 years)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

Sensorimotor play

A

Birth-2 years
Activity performed for the enjoyment of physical sensation
Includes repetitive movements to create actions in toys for sensory experiences of hearing, seeing, and feeling

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

Symbolic and simple constructive play

A

2-4 years
Child starts to use objects to represent other objects to play pretend or uses materials to create something

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

Dramatic, complex constructive, and pregame

A

4-7 years
Cooperative play where children use materials for construction
Dramatization of reality and building

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

Games stage

A

7-12 years
Enhancement of constructional and sports skills
Rule-bound behaviors

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
16
Q

Recreational stage

A

12-16 years
Participation in organized sports, interest groups, or hobbies

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
17
Q

Playfulness characteristics

A

Intrinsic motivation
Internal control
Ability to suspend reality
Flexiblity
Spontaneity
Curiosity
Imagination
Creativity
Joy
Ability to take charge
Ability to build on/change flow of play
Total absorption in play

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
18
Q

What are the characteristics of play?

A

Self-chosen/self-directed
Intrinsically motivating
Guided by rules
Occurs in a stress-free state
Imaginative
Active participation

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
19
Q

Play characteristics for children with physical disabilities

A

Limited movement, strengths, or pain
Fear of movement
Limited active play
Engagement in sedentary activities
Minimal play exploration
Difficulty manipulating toys

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
20
Q

Play characteristics for children with cerebral palsy

A

Difficulty across skill areas
Limited and abnormal movements
Decreased cognitive abilities
Exhibit multi-sensory impairments
Lack of opportunities for social play
Limited physical interactions with the environment
Less interactive play time

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
21
Q

Play characteristics for children with cognitive impairments

A

Delayed or uneven skills
Difficult structuring behaviors
Decreased sustained attention
Selecting more structured play materials
Limited or inflexible play repertoires
Minimal curiosity
Destructive or inappropriate use of objects
Limited imagination
Poor symbolic play
Minimal social interaction
Increased engagement in observer play

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
22
Q

Play characteristics for children with ASD

A

Repetitive
Sensorimotor
Lack of language
Limited imitation and motor planning
Poor play organization
Atypical use of objects
Poor imagination
Minimal social play
Pretend play is delayed or absent

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
23
Q

Play characteristics for children with visual impairments

A

Delays in perception of world
Delayed motor exploration
Difficulty with constructive play
Delays in complex play routine development
Minimal imitation or role playing
Sensorimotor play
Less imaginative or symbolic play

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
24
Q

Play characteristics for children with hearing impairments

A

Limited social interactions
Decreased inner language
Decreased understanding of abstract concepts
Restricted imagination
Non-interactive constructive play
Decreased symbolic play
Increased solitary play

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
25
Play characteristics for children with sensory processing difficulties
Excessive or avoidance of movement Decrease exploration Decreased gross motor or manipulative play Observation or solitary play Increased sedentary play Restricted repertoire of play Resistance to change Distractibility Destructiveness
26
Adolesence age and grade
12-18 years; Grade 6-12
27
Early adolesence
Middle school
28
Middle adolesence
High school
29
Late adolesence
College years
30
Puberty in adolesence
Females: onset at 8-13 years and growth peaks at 11 years Males: onset at 11-12 years and growth peaks at 13 years
31
Peak motor performance in adolescence
Males: 17-18 years Female: 14 years
32
Cognitive development in adolesence
Formal operational stage (12+ years) - Uses abstract reasoning about hypothetical events - Considers logical possibilities - Systematically examines/tests hypotheses Fosters interest in the future Allows them to understand their value
33
General psychosocial development in adolescence
Focus on developing a sense of identity Focus on developing purpose in world Vulnerable to mental health disorders - Depression - Anxiety - Substance use/abuse Attention deficit disorder
34
Psychosocial development in early adolesence
Preoccupied with self Self-evaluate their attractiveness Compare their own body and appearance with other teens Interest in as well as anxiety about sexual development Challenge authority Ability to self regulate emotionally and limit behaviors but can't think beyond the immediate needs or wants
35
Psychosocial development in middle adolesence
Puberty completed Developing acceptance of their bodies Interest in appearance, grooming, and trying to be attractive More apt to developing eating disorders and other body image-related disorders Moving toward independence form parents Peers replace parents as most influential Risk taking behaviors
36
Psychosocial development in late adolesence
Strengthen relationships with parents Stable value system Stable sense of self and self-ability Improved ability to regulate emotions and anticipate consequences Realistic and concrete thoughts about future
37
Cognitive development theory of gender
Gender labeling (2-3 years) - Child labels everything - Child may label a person a woman because they have long hair Gender stability (4-5 years) - Child begins to understand that gender typically does not change Gender constancy (6-7 years) - Child understands that gender is not just about surface appearance
38
Sensory registration
Detection of sensory information by central nervous system Beginning point for sensory processing
39
Sensory discrimination
Ability to identify qualities and details of sensory stimuli to distinguish between different stimuli
40
Sensory modulation
Ability to grade responses to various degrees, natures, and intensities of sensory input
41
Sensory processing
The way our nervous system organizes, processes, and analyzes sensory information
42
Sensory integration
Ability to take information through our senses, put it together with prior information, memories, and knowledge stored in the brain, and make a meaningful response Importance - Contributes to skill development - Linked with emotional state - Organizes behavior
43
Adaptive response
An appropriate and successful response to a sensory stimuli that facilitates accomplishing a goal Enhanced by successful previous experiences Ex. Answering the phone when you hear the phone ring instead of jumping and covering ears
44
Dyspraxia
Disorder that leads to problems with coordination
45
Dyspraxia presentation
Child may not have age-appropriate motor milestones Difficulty taking advantage of perceptual cues Destructive in play, tends to break toys Difficulty with motor activities that are more than one step Clumsy, awkward, or accident prone Difficulty keeping personal space organized Difficulty coordinating and sequencing movements on two sides of the body Prefers fantasy games or sedentary activities rather than active play Messy, sloppy or disheveled appearance Frustrated when unable to complete tasks due to poor motor coordination Emotional dysregulation
46
Somatodyspraxia
Difficulty encoding new as opposed to habitual motor response strategies
47
Gravitational insecurity
Sensory modulation disorder Fear or anxious reaction to non-threatening movements such as changes in head position, movements requiring balance, and not having feet on the floor
48
Tactile defensiveness
Over-responsivity to touch
49
Neural threshold
Level of sensory information necessary to produce appropriate adaptive responses and fully participate in everyday activities
50
Hyperresponsivity
Neural threshold is lower than normal Results in defensive or avoidant behavior
51
Hyporesponsivity
Neural threshold is higher than normal Results in extreme seeking behavior, inaccuracy, and inefficiency
52
Sensory modulation disorder
Difficulty achieving and maintaining optimal arousal and adapting challenges in daily life
53
Sensory over-responsivity in SMD
Responds too much, too frequently, or for too long to sensory stimulation When overwhelmed by sensory stimulation child is… - Upset by transitions and unexpected change - Aggressive - Irritable - Unsociable - Afraid to try new things - Labeled as fussy or difficult
54
Sensory under-responsivity in SMD
Less sensitive to and less aware of sensory stimuli than most people When in the presence of sensation… - Passive, quiet, and withdrawn - Difficult to engage in social interactions - Easily lost in own world - Excessively slow to respond to directions or complete assignments - Poor inner drive
55
Sensory craving in SMD
Seems to want or need more sensory inputs than others Characteristics - Constantly wants control over every situation - Does not wait turn, interrupts constantly - Intense, demanding, hard to calm - Prone to create situations others perceive as “bad,” “dangerous,” or disruptive - Often discharged from school if behaviors are intense enough - Child's sensory needs is like a leaky bucket that never gets full
56
Sensory Discrimination Disorder
Difficulty discriminating sensory input in one or more of the sensory systems
57
Presentation of visual discrimination problems
Visual inattention (usually in left visual field) Directionality problems Confusing similar letters such as b/d and p/q Problems spacing and ordering symbols in problems
58
Possible presentation of auditory discrimination problems
Difficulty with recognizing different phonemes (phonological awareness) - Affects all aspect of language including reading, writing, and understanding Difficulty with auditory sequencing leads to child mispronounces words or mixing up order of words in a sentence Difficulty with auditory memory leads to difficulty following instructions verbally or recalling information from a story read Difficulty recognizing tone or emotion in speech
59
Possible presentation of tactile discrimination problems
Difficulty detecting sharp vs dull Difficulty detecting double vs single input Difficulty detecting location of stimuli Difficulty with identifying an object with vision occluded (stereognosis) Unable to determine number of letter drawn on skin
60
Possible presentation of vestibular discrimination problems
Child may not know when they are about to fall or are unable to determine in what direction they are falling Differential diagnosis - Gravitational insecurity - Postural insecurity
61
Possible presentation of proprioception discrimination problems
Child has to look at body to move it Overshoots or undershoots when completing tasks Writing lacks precision Child may use too much or too little force during play Poor praxis skills Child may have low tone and use all-or-nothing contraction
62
Possible presentation of taste/smell discrimination problems
Aversion toward food or different textures, smells, or temperature Requires constant meal modifications Inability to eat out at restaurants
63
Sensory-based motor disorders
Dyspraxia Postural disorders
64
Possible presentation in postural disorders
Appears lazy, unmotivated or indifferent Appears weak and limp Leans on things for support Tires easily/appears tired most of the time Gives up when challenged Difficulty with physical endurance
65
Feedback postural activity
Reactive postural adjustments
66
Feedforward postural activity
Anticipatory postural adjustments
67
Inpatient rehab
1x/day for 15 minutes for 2 weeks 2x/day for 15 minutes for 3 days
68
Outpatient rehab
1x/week for 60 minutes for 6 months 2x/week for 45 minutes for 3 months
69
School-based OT
60 minutes per quarter 1x/week for 15 minutes per year 30 minutes per month
70
Theory
Set of ideas or concepts to guide action Help us to predict actions, behaviors, and relationships
71
Frame of reference
Structure for organizing theoretical material Helps to translate information into practice Include the person, environment, and interaction between the two
72
Model of practice
Mental map that assists clinicians in understanding their practice and viewing the profession
73
Goal of Sensory Therapies and Research (STAR)
Addresses child's challenges in through improving parent-child relationship and coaching parents in sensory-based strategies or sensory lifestyle
74
Key ideas in Sensory therapies and research (STAR)
Regulation and sensory integration are precursors to milestones Relationships are disrupted when children have sensory impairments Sensory integration is foundational for development
75
Disorders addressed by Sensory therapies research (STAR)
Sensory modulation disorders Sensory based motor disorders
76
Intervention ins sensory therapies and research (STAR)
Therapist utilizes voice, body position, and nonverbal gestures to help with regulation Improve relationships and interactions between children and caretakers Provide multisensory experiences to enhance learning Tap into the child's inner drive by allowing the child to select play Provide the just right challenge PROCESS - Play - Relationship - Organize and regulate - Collaborate - Emotional regulation - Sensory integration - Success ASECRET - Attention - Sensation - Emotional regulation - Culture - Relationship - Environment - Task
77
Evaluation in Sensory Therapies and Research (STAR)
Extensive history and intake meeting Standardized motor assessment Sensory processing assessment Structured and unstructured observations in the clinic
78
Therapy in Ayres Sensory Integration
Most often seen implemented in outpatient therapy with a high frequency of visits (3-5x/week) Intensive individual therapy to engage child's inner drive to meet sensory-motor challenges and promote neuroplasticity Therapist provides sensory opportunities and the child produces an adaptive response
79
Goals in Ayres Sensory Integration
Identify problems and strengths in sensory integration Improve sensory integration through active engagement in intensive, individualized, and long-term remediation to improve participation in life activities
80
Assumptions in Ayres Sensory Integration
Learning is dependent on integration of sensory information Sensory integration is a developmental and dynamic process Successful integration results in adaptive responses Sensory integration promotes neuroplasticity Sensory integration supports participation in activities
81
Sensory integration is not
Passive sensory stimulation protocols Specific sensory strategies Sensory-focused group intervention Consultation on modification of environments or routines
82
Sensory integration deficits identified by Ayres Sensory Integration
Atypical sensory reactivity (over- & under-responsivity) Somatosensory perception deficits (tactile and proprioception) Vestibular bilateral integration and sequencing deficits Dyspraxia: visuodyspraxia, somatodyspraxia, language-based dyspraxia, ideation dyspraxia [generating ideas to initiate actions on novel tasks])
83
Evaluation in Ayres Sensory Integration
Formal and informal observations and parent questionnaires Sensory Integration and Praxis Tests (SIPT) - Battery of 17 standardized tests to assess sensory processing abilities in children 4-8 years - Gold standard Evaluation of Ayres Sensory Integration (EASI) - Set of 20 tests that measure core constructs of ASI for children 3-12 years
84
Key concepts in motor skill acquisition
Functional tasks help organize behaviors Successful performance of tasks Massed practice is best when learning a new skill Variable/random practice helps to transfer or generalize a skill and improves long-term retention Distributed practice includes built-in rest breaks In early stages of learning, therapist focuses feedback on outcome and critical features of task and environment In late stages of learning therapist summarizes feedback and has a greater error tolerance Encouraging the child to self-evaluate their performance will improve the child's skill performance Task oriented approach is better for skill acqusition than play, exercise, or subcomponent movement approach
85
Goal of motor skill acquisition
Match between the child, task, and environment
86
Dynamic systems theory
Proposes that movement emerges from interactions between the person, task, and environment Subsystems within the person include emotional, cognitive, perceptual, sensory motor, other physical systems
87
Motor skill
Consistency in achieving a motor goal with an economy of effort Skill does not imply the use of one pattern a motor goal with an economy of effort
88
Practice concepts for motor acquisition
Focus on task rather than individual movement patterns Encourage problem-solving Extrinsic then intrinsic feedback Perform closed motor tasks before open motor tasks
89
Closed tasks
Stable environment Similar movement each trial Ex. Writing, bowling, brushing teeth
90
Open task
Environment is unpredictable A lot of variation in movement in each trial Ex. Ice hockey, soccer, carrying lunch tray to table at school
91
Evaluation for motor skill acquisition
Evaluation of the child - Ask parents, teachers, and professionals for their observations Evaluation of the task - Identify tasks that are important to the child - Ask child, family, teacher, and professionals to prioritize tasks on which intervention should focus Evaluation of the environment - What is the child able to do in different environments - What does the child have difficulty doing in different environments - What is interfering with motor skill acquisition - What is supporting motor skill acquisition - What can improve the child's motor skill acquisition and performance
92
Intervention for motor skill acquisition
Make sure child understands the expectations Used massed practice for children with cognitive deficits Encourage independent problem solving Tasks should be relevant, motivating, and challenging Practice the whole task Include variability and unpredictability when practicing open tasks
93
Key concepts of Four-Quadrant model of facilitated learning (4QM)
Start with Q4 and provide scaffolding appropriate for Q3, Q2, Q1 as needed until child is able to successfully complete the task Autonomy requires mastery of key skills, decision-making skills that enable generalization, and contextual competence in incorporating learned skills into occupational performance Scaffolding enhances learning Child is more likely to transition from Q1 to Q2 if therapist facilitates skill acquisition sand maximizes self-mediation Child is more likely to develop an effective plan for task performance if therapist uses higher-order questioning, verbal feedback, and physical prompts/gestures
94
Quadrant 1 in 4QM
Task specification Requires facilitator to instruct on the task Does the child know what to do and how to do it? Explicit instruction/explanation Demonstration Physical patterning Lower order questions
95
Quadrant 2 in 4QM
Decision-making stage Requires facilitator to prompt cognitive processes for successful performance Is the child making decisions? Are they aware of mistakes? Higher order questions Feedback Physical prompts Nonverbal prompts Think-aloud modeling
96
Quadrant 3 in 4QM
Uses self-mediating strategies for recall Is the child recalling the steps of the task and key features of performance Priming Mnemonics Verbal self-instruction Visual cues Kinesthetic self-prompting
97
Quadrant 4 in 4QM
Autonomy Successful performance, corrects own errors without over self-mediation Are there signs of self-prompting? Mental imagery Self-instruction Self-questioning Self-monitoring Problem solving Automaticity
98
Key concepts in Cognitive Orientation to Occupational Performance (CO-OP)
Focus on occupations the child selects Uses a general problem-solving framework Uses process questions to increase child's awareness Plan for transfer and generalization of strategies Expands the cognitive motor approach
99
Steps in Cognitive Orientation to Occupational Performance (CO-OP)
Goal: what do I want the child to do? Plan: How am I going to do it? Do: Do it Check: How well did the plan work? Does the plan need to be modified?
100
Neuronal group selection theory
Function drives motor development Repeated exercises create neural networks in the brain Repeating valued movement experience in therapy changes the brain
101
Neurodevelopmental treatment
Treatment that using sensorimotor and handling techniques to teach typical movement patterns and alter atypical movement patterns in children with neurological, postural, and movement impairments
102
Goals of neurodevelopmental treatment
Achieve best energy efficient performance to maximize participation in occupations Contemporary approaches also focus on self-initiating movement and motor learning
103
Key concepts in neurodevelopmental treatment
Create functional context Promote motivation and problem-solving Adapt environment to meet the child's need Embed handling techniques in play activities Allow time for child to initiate movement Use preventative measures such as adaptive equipment and orthotic devices to prevent secondary impairment Attempt to normalize muscle tone before and during functional movement
104
Function-dysfunction of postural tone
Function - Ability to sustain muscle activiation for postural support against gravity Dysfunction - Inability to sustain muscle activation - Stiff or floppy - Compensatory muscle synergies when attempting to maintain postural control
105
Function-dysfunction of weight-bearing
Function - Able to push off on weight-bearing side to adjust or maintain body function - Able to maintain body alignment Dysfunction - Lack of postural alignment and abnormal pattern of weight bearing
106
Function-dysfunction of disassociation of movement
Function - Able to perform isolated movements - Full ROM Dysfunction - Atypical motor patterns and synergies
107
Function-dysfunction of postural control and balance
Function - Dynamic postural control - Able to transition into different positions Dysfunction - Compensatory postural control - Excessively wide or narrow base of support
108
Function-dysfunction of coordination
Function - Performs tasks in smooth, efficient fashion - Holds with right force - Typical gait patterns Dysfunction - Awkward, clumsy, or uneven task performance - Overshooting or overshooting
109
Neurodevelopmental treatment evaluation
Informal and on-going assessment of functional skills, weight-bearing, balance, coordination, tone, posture, and movement Identify atypical, missing, or inefficient movement patterns and impact on function Assess tone at rest and during movement
110
Handling techniques
Proximal points of control provides more support and stability Distal points of control requires children to perform more of the movement Used only when the child has adequate postural control against gravity Hands should be used to guide, not to do Hand placement on msucles increase muscle recruitment Hand placement across the joint facilitates alignment Light touch gives child a greater degree of independence and motor control Deep touch provides increased support and direction Compression may be used to relax or activate muscles Traction may be used to elongate stiff muscles, align joints, and facilitate movement initiation Slow, sustained traction elongates shortened muscles, releases restricted fascia and reduces intensity of hypertonicity
111
Test of Playfulness (ToPs)
Observation-based behavior rating scale to assess the child's play based on playfulness Based on observing child in free play in a familiar play setting Designed for typically developing children 6 months-18 years 15-20 minutes for free play observation; 10 minutes for scoring Domains include intrinsic motivation, internal control, disengagement from constraints of reality, framing Each domain is ranked from 0 (lowest) to 3 (highest) on areas of extent, intensity, and skillfulness
112
Test of environmental supports (TOES)
Observation-based checklist of the influence of environment on play to be used as a companion tool to Test of Playfulness Performed in a familiar indoor setting For children with developmental disabilities and typically developing children aged 1.5-15 years 15-20 minutes Influence of people and nonhuman factors on play are scored on a scale of -2 to +2
113
Minnesota handwriting assessment
Near-point copy test that can be used for individuals or group Used to help identify students with poor manuscript skills For students in grade 1 and 2 Timed 2.5 minutes test for the child's writing and 10 minutes to score Child must copy words from a sample on marked lines below Scoring - Quality of writing is scored based on legibility, form, alignment, size, and letter/word spacing - Each letter scan receive up to 1 point for each category - Score for number of letter completed is assigned (rate score)
114
Evaluation tool of child's handwriting (ETCH-M [Manuscript] and ETCH-C [Cursive])
Timed criterion-referenced test for manuscript and cursive tasks to evaluate child's legibility and speed of writing Population - ETCH-M (manuscript) may be used for children grades 1 - 3 - ETCH-C (cursive) may be used for children grade 3 - 6 15-25 minutes to administer; 15-20 minutes to score Child completes alphabet and numeral writing from memory, near and far-point copying, manuscript-to-cursive transition, dictation, and sentence composition Speed is measured in letter per minute Legibility is measured in percentages Letter formation, spacing size, alignment, and sensorimotor skills are also examined
115
Sensory profile 2
Observation-based or self report questionnaire to measure sensory processing patterns that support or interfere with function School companion form incorporates teacher's perspectives Populations - Infant version: Birth - 6 months - Toddler version: 7-35 months - Child, short, and school companion: 3-14 years - Adolescent/adult SP: 11-65 years Assigns sensory pattern responses (low registration, sensation seeking, sensory sensitivity, sensation avoiding)
116
Sensory processing measure 2 (SPM-2 and SPM-P [Preschool])
Observer-rated behavior scale of behaviors at home and school to measure function in sensory processing, praxis, and social participation Populations - SPM: Children grades K-6 - SPM-P: Preschool children 2-5 15-20 minutes per form Administration - Questions include behaviors related to visual systems, auditory, tactile, olfactory-gustatory, proprioceptive, and vestibular systems - Primary caregiver completes home form - Primary teacher completes main classroom form - Other personnel familiar with child completes school environments form -> Evaluation of school environments outside of main classroom including art class, music class, physical education class, recess/playground, cafeteria, and school bus - Items are scored on a 4-point Likert scale from never to always
117
Structured observation of sensory integration -motor (SOSI-M)
Assess proprioceptive and vestibular processing, motor planning, and postural control For children 5-14 20-40 minutes
118
Goal Oriented Assessment of Lifeskills (GOAL)
Observation of performance tasks to evaluate motor abilities needed for ADLs For children 7-17 years 45-60 minutes Administration - Fine motor tasks include utensils (using a knife, fork, spoon), locks, paper box (cutting, coloring, folding, taping), notebook (organizing and filling a 3-ring binder) - Gross motor tasks include clothing (shorts and shirt), ball play, tray carry - Steps in each activity are scored as pass or fail based on accuracy, independence, and speed
119
Roll evaluation of activities of life (REAL)
Performance-based rating scale to assess common and ADL and IADL skills For children 2-18 15-20 minutes Parent or caregiver rates child's performance on ADLs (dressing, hygiene and grooming, feeding, toileting, functional mobility, personal care devices) and IADLs (housework/chores, managing money and shopping, meal preparation, personal safety, travelling, school-related skills Each items is rated on a 4 point scale from 0 (unable) to 3 (frequently)
120
Pediatric Evaluation of Disability Inventory (PEDI) or PEDI-CAT (computerized behavior rating scale)
Behavior checklist and rating scale to identify functional delays and assess functional capacity PEDI: children with functional abilities at 6 months - 7.5 years PEDI-CAT: Children and youth from birth - 20 years with physical or behavioral conditions Speedy-CAT is 10-15 minutes 20-60 minutes Observation and interview to assess domains of self-care, mobility, and social functioning - Subunits for tasks include functional skills, caregiver assistance, and modification -> Functional skills marked as 0 (unable) or 1 (capable) -> Modification is rated from E (extensive) or N (no modification) -> Caregiver assistance is rated from 0 (total assistance) to 5 (independent) - PEDI-CAT consists of daily activities, mobility, social/cognitive, and responsibility