Second Section - Class Notes Flashcards

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1
Q

PEO MODEL FOR SCHOOL

A

Students
-Strengths and needs

School Occupations

  • -> may be impaired by their physical, sensory
  • ->Performance components fine and gross motor
  • -> if they have resources like an EA will impact
  • Self care
  • Productivity
  • Leisure
  • Social

Environments

  • classroom
  • Library
  • Playground
  • Field trips
  • Bussing
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2
Q

Tier 1: Universal

A

Beneficial for All: Occupational therapists support classes, schools and board-wide initiatives that benefit ALL STUDENTS. Applying the principles of universal Design for Learning and Differentiated Instruction, occupational therapists and educators collaborate to support development of the skills and strategies necessary for student learning and access to curriculum

ADVOCATION

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3
Q

Tier 2: Targeted

A

Necessary for Some: Occupational therapists collaborate with educators and families to support students who require more targeted and specific differentiated interventions to support the development of the skills and strategies necessary for student learning and access to the curriculum. The student’s response to intervention is closely monitored, with strategies adjusted as needed. Through collaboration with educators and families, students are identified who require more intensive, individualized supports.

consultant to teachers, EA, Parents- Providing modification

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4
Q

Tier 3 Individualized

A

Essential for few: Occupational therapists provide specific assessments more intensive, individualized interventions to support the student’s participation and access to the curriculum. These interventions may be delivered 1:1 in groups, through mediator training, collaboration with educators, and/or parent coaching

hands on school develivery - working during school on routines
-sometimes one-to-one pull out

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5
Q

Types of handwriting grasps

A
Quadrupod 
Tripod 
Thumb wrap 
Thumb tuck 
5 finger 
Tripod closed web space 
Adapted Tripod therapy fun zone

how you grasp does automatically affect handwriting

change it for: endurance, legibility, pain
hesitant to change grasp
under the age of 7 you can change their grasp
8, 9, 10 - harder to change their grasp

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6
Q

Grips

A

An industry unto itself

  • Myriad types of grips to impact
  • Position of fingers
  • Location of fingers

grips don’t really work, unless they are holding the pencil reaaaaaaalllly hard
-lisa doesnt think its lasting

use co-op instead

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7
Q

Position of Pencil

A
  • Many children try to hold pencils straight up.

- This simple trick can help them get the feel for a more efficient position (the string with the bead)

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8
Q

Pencil grip reminder care for position of pencil

A

-visual reminder card
Mountains
Pillow
-Sharpening Line

might use chalk or crayons first, tiny materials tiny hands, forces them to develop the pinch

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9
Q

What makes a pencil grasp functional

A
  • Occupational therapists have traditionally recommended that dynamic tripod grasps are needed
  • Actually no consensus about impact of pencil grasp on handwriting proficiency
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10
Q

Effect of Pencil grasp on the speed and legibility of handwriting in children

A
  • 120 grade 4 typically developing students
  • Students performed a writing task ona electronically inking and digitizing table
  • No differences were found in speed or legibility among the 4 mature grasp patterns
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11
Q

What else does writing involve

A

Prewriting: planning before putting pencil to paper

  • Interpreting task demands
  • Understanding “white space”
  • Brainstorming thoughts
  • Sequencing thoughts
  • Rules: grammar, spelling, syntax, punctuation, capitalization
  • Vocabulary
  • Motor control of writing tool -the “tip of the iceberg”
  • letter formation or selection
  • Spacing between words, margins, paragraphs
  • Revision and editing

handwriting is so much more than motor school
-good to know the ministry curriculum expectations are

-30-60% requires fine motor - mostly handwriting
10-30%-handwriting problems

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12
Q

McMaster Handwriting Assessment Protocol
Classroom observation
Additional Pre-assessment tasks

A

Classroom observation

  • -> classroom workstation and postural control
  • ->Behavioural observation
  • ->Workbook review

Additional Pre-assessment tasks

  • Review of students record
  • Conversation with teacher

really that pre-assessment talking to the teacher, looking at the report card

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13
Q

McMaster Handwriting Assessment Protocol

Assessment Tasks

A
  • Writing from memory
  • Near point copying
  • Far point copying
  • Dictation
  • Composition

You look at

  • Use of tools
  • Use of material
  • Speed
  • Appearance
  • Content
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14
Q

Evidence for intervention

A

bottom-up and top down
eclectic approach - to treat handwriting

Tracing first - tracing doesn’t do to much add in more intervention

Clock climbers- kite strings loops from other groups

  • kinesthetic writing system
  • teaches letters by grouping them based on a shared movement pattern
  • for example a, d, g, q, c start with climb up to 1 oclock
  • don’t find it as oriented to these kind of clock
  • don’t often use it

Orient to sky, grass, ground,

  • another intervention
  • lots of different paper types with colours
  • brown for the ground and grass on top

Printing like a pro

  • free can download the worksheets
  • modlily focuses on self talk
  • simplified the language
  • does not orient to four strokes
  • group letters together
  • it teaches lowercase first -surrounded by lowercase letter
  • grade 2 older - benefit from cognitive approach - increase metacognition capacity
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15
Q

Lots of handwriting programs available

A

Handwriting Without Tears
-materials are not free
-add the self talk to form the letters
-starts with capitals, and starts with wooden pieces,
-all the letters use those 4 pencil strokes
-starts with letters that start in a happy face corner
-MULTISENSORY (children grade 1 and under benefit from a multisensory approach
-also use self-talk
-use helper hand to orient them
-whatever sticks with the child
-for children (younger) - pre K assessment tool, colouring, few letters, shapes
-do their capitals, lower case, how they orient the letters, placement, size, where they start, sequence, how they move through the letters, amount of control spacing
-extra training required
-she says it’s an ok tool,
a little finicky for marking
-disruptive or video tap instead
-wet dry try app - fun to use a little bit picky

ETCH

  • Evaluation tool for children’s handwriting
  • criterion-referenced test
  • grade 1-6
  • looks at cursive or print
  • very similar to the mcmaster

Minnesota handwriting assessment

  • norm-referenced
  • quality and speed of manuscript writing near-point copying only
  • how based on script types

three types of handwriting

  • zaner bloser
  • d’nealian
  • handwriting without tears

DeCoste writing protocol/ test of written productivity

  • formative assessment tool
  • identify factors affecting an individual’s ability to procedure writing
  • it compares their performance in handwriting to keyboarding tasks
  • looks at spelling performance and writing skills
  • inform you for instructional strategies and whether you should be introducing AT to meet their academic needs

LETTER SCHOOL APP

  • choose the type of letter script
  • requirements
  • not as picky and interactive
  • uses stuff that are fun

IEP - instructional (additional time, use of a calculator, dividing assignments into do-able tasks,using AT) , environmental (regular supervised body breaks) assessment accommodations (speak to text)

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16
Q

A systematic review of interventions to improve handwriting

-approaches to handwriting interventions have been

A

Three choices of what they are doing

  • Provided directly to the child or in consultation with the teacher
  • Focused on remediation of the potential causes of the handwriting problems
  • Concentrated on the activity of handwriting
  • In 2000, Canadian OT’s reported that they used an “electric” orientation including sensorimotor, biomechanical, and sensory integrative approaches
  • ->a minority of those OT’s actually assessed the act fo handwriting but focused on the performance components though to contribute to the difficulty
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17
Q

Key findings for the systematic review studies

A
  • Handwriting interventions that do not include practice of handwriting have not been shown to be effective
  • Handwriting practice must occur at least twice a week for at least 20 total sessions to see an improvement in legibility
  • improvement in speed require even more practice
  • it is unclear if practice needs cognitive and/or sensorimotor components. Age may be a factor
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18
Q

Cramm and Egan (2015)

-To what extent are the findings of the systematic review congruent with existing practice patterns?

A
  • OT’s see children an average of 9.6 sessions
  • Formal assessments at baseline
  • ->Visual Perceptual VP 81%, handwriting 77.3%, fine motor 73.8%
  • Therapists rely on parents and teachers to implement their recommendations and practice suggestions
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19
Q

Cramm and Egan (2015)

Perceived continuing education needs:

A
  1. the need to understand and keep abreast of technology that could be used for written productivity: assessment, decision-making guidelines, efficacy of different tech products
  2. challenges in ensuring that strategies therapists recommend are being implemented consistently and across contexts
    - for example handwriting without tears, not always sure its going the same way that we want it to go
  3. Assessment and intervention for children with complex, multiple areas of difficulty; understanding how children learn to print or handwrite, the impact of attention/learning/language/sensory processing issues on written productivity
    - Is not just motor, how do we take all issues into account
    - might be a time issue
    - curriculum barriers
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20
Q

Pfeiffer et al (2015). Developmental test of visual-motor Integration (VMI): an effective outcome measure to handwriting interventions for handwriting interventions for kindergarten, first-grade, and second-grade students?

A
  • The purpose of this study was to provide more definitive information on whether a widely used ax of visual-motor skills, the VMI, is appropriate for use as an outcome measure for handwriting interventions
  • Method: 2 group pretest-posttest design. Experimental group received the handwriting intervention for FORTY 20 min sessions over a period of 8 weeks.
  • RESULTS: “the experimental and control groups hand similar VMI scores before the intervention, but even after the experimental group received the intervention, their VMI scores (and the over-time change in the VMI score) were not significantly different from the corresponding scores in the control group. All these findings hold for the entire sample and for each grade level separately.
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21
Q

Pfeiffer et al (2015). Developmental test of visual-motor Integration (VMI): an effective outcome measure to handwriting interventions for handwriting interventions for kindergarten, first-grade, and second-grade students?

Purpose, method, Results

A
  • The purpose of this study was to provide more definitive information on whether a widely used ax of visual-motor skills, the VMI, is appropriate for use as an outcome measure for handwriting interventions
  • Method: 2 group pretest-posttest design. Experimental group received the handwriting intervention for FORTY 20 min sessions over a period of 8 weeks.

-RESULTS: “the experimental and control groups hand similar VMI scores before the intervention, but even after the experimental group received the intervention, their VMI scores (and the over-time change in the VMI score) were not significantly different from the corresponding scores in the control group. All these findings hold for the entire sample and for each grade level separately.

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22
Q

feiffer et al (2015). Developmental test of visual-motor Integration (VMI): an effective outcome measure to handwriting interventions for handwriting interventions for kindergarten, first-grade, and second-grade students?

Discussion, conclusion

A
  • Discussion: “the results of this study did not support the use of the VMI as an outcome measure for assessing changes after a handwriting intervention. These results are consistent with previous research using the VMI as an outcome measure after handwriting and related interventions… the VMI was not sensitive to measure changes in handwriting and related visual-motor integration skills after occupational therapy interventions
  • If the VMI and handwriting are correlated, as the literature suggests, it is curious that handwriting outcome measures in this study and others, show consistent gains after interventions and VMI scores fo not…. the most obvious (reason) …is that the VMI measures a related but different construct from handwriting
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23
Q

feiffer et al (2015). Developmental test of visual-motor Integration (VMI): an effective outcome measure to handwriting interventions for handwriting interventions for kindergarten, first-grade, and second-grade students?

Implications

A
  1. Reinforces previous evidence that VMI may not be an effective outcome measure for handwriting interventions
  2. Use of handwriting measures need to be used to capture changes in handwriting (which the measures used in this study did demonstrate)
  3. Reinforces the lesson that the measurement tool used must be appropriate for and sensitive to the construct being measured!
  4. VMI was never intended to ax handwriting ability– Why is it used in that way so pervasively
  5. The extent of the correlation between handwriting and VMI remains unclear, so OT’s must be cautious wrt decisions for treatment plans/eligibility and progress
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24
Q

Wallenet al. (2013). Respecting the evidence: Responsible assessment and effective intervention for children with handwriting difficulties.

A
  • given the inconsistency of the evidence regarding the relationship between performance components and handwriting abilities, occupational therapists’ continuing use of assessments of visual perception, visual-motor integration, fine motor ability, kinesthesia and aspects of biomechanics thought to be associated with handwriting requires revision
  • do occupational therapists, in fact, use these assessment because they are readily available, easy to administer and score and generate “numbers” which we perceive that school system demands
  • We are aware of no evidence that treating performance comments considered to underpin handwriting results in improved handwriting or output of written work. Quite the opposite in case.
  • Lisa does a lot of observation, notebook review consultation with the parents and teacher and pick and choose what one of the specific handwriting assessments she will used based on her observations as well as other assessments
  • for example if they are struggling copying from the board she will check if they have an updated vision assessment their reading abilities, read what they need to copy first, are there some perception issues (where are the underlying issues)
  • Responsible assessment includes “assessment of the actual process and output of handwriting generated under differing conditions.
  • Data gathering from multiple sources is also recommended including perceptions of the child, parent and teacher as to aspects of handwriting performance and related abilities such as motivation, attention, cognitive and learning capacities
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25
Q

Handwriting Mybusters: the take home message:

True

A
  • Handwriting interventions must include handwriting practice
  • Handwriting can improve with a minimum of twice per week, at least 20 sessions
  • Handwriting issues do not resolve without intervention
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26
Q

Handwriting Mybusters: the take home message:

Busted

A
  • Dynamic tripod grasp is necessary
  • Targeting performance components improves handwriting
  • Cursive writing is faster than printing - we may cursive for some kids DCD or dyslexia- more fluidity and flow you don’t lift your pencil as much , all letters start in the same place, there isn’t as much sizing or spacing issues, exposure children to cursive
  • need to be expose in order to read it
  • Cognition is routinely considered by OT’s assessing handwriting
  • how to integrate it and its impact on printing abilities
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27
Q

Assistive Technology (AT)

A
  • helps students explore, develop abilities, and engage in academic occupations
  • Any item, piece of equipment, or product system, whether acquired or commercially off the shelf, modified or customized, that is used to increase, maintain or improve the functional capabilities of a child with a disability.
  • Supports access, learning and success
  • Bypasses area(s) of difficulty
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28
Q

Factors to consider in AT

A
  • Learned helplessness
  • Self determination
  • Culture of systems where AT would be used
  • Abandonment
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29
Q

What to ask about Assistive Technology

A

-Does this tool address the student’s specific needs and challenges?
-Does it use the student’s strengths?
-What are the student’s goals?
-Is there a simpler tool that would work as effectively?
-Does it meet the demands of the task and the environment?
-Is it portable?
-Is the student willing to use it?
-How easy is it to learn to use?
Will the student having training?
-Will the teachers have training?
Is the tool compatible with the existing technology the students use?

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30
Q

Criteria

A
  • Effectiveness
  • Affordability
  • Reliability
  • Portability
  • Durability
  • Securability
  • Safety
  • Learnability
  • Comfort and acceptance
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31
Q

Categorization of Assistive Technology

Non Tech

A

-Mnemonics, checklists, one component of task at a time

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32
Q

Categorization of Assistive Technology

Low Tech

A

-Low cost, ease of use

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33
Q

Categorization of Assistive Technology

Mid Tech

A

-Requires a power source, some training

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34
Q

Categorization of Assistive Technology

High Tech

A

-Computer based, more expensive, more training required

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35
Q

Where you should start?

A
  • Least intrusive
  • Least stigmatizing
  • Low tech
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36
Q

Academics and Assistive technology

A
  • Universal design
  • Reading
  • Writing
  • Organization
  • Mathematics
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37
Q

What kind of issues could assistive technology target?

A
  • Words you know but can’t write
  • Knowing where to start
  • Editing
  • Writing as well as you can say it
  • Seeing the sequence
  • Keeping focussed
  • Reading speed and comprehension
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38
Q

How can AT help?

A

-Mechanical burden mitigated
-lack of automatization accommodated for
-Discrete chunks of information more accessible in a clear sequence
-See how the pieces fit together, can alternate between big picture and little picture
-Inefficiencies supported through the use of study skills tools
-Organization supports provided
-Difficulty switching between tasks provided for
=reduces distractibility
-Support re-engagement in the learning process

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39
Q

Reading and AT

What can it help with

A
  • Reading comprehension
  • Decoding and word recognition
  • reading fluency
  • Revision-grammar
  • Improved attitude toward reading
  • Reduces dependence on others
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40
Q

Reading and AT

examples

A
  • Google Chrom Extensions
  • ->read and write - text to speech, simplify page, highlights, dictionaries,
  • ->mercury reader
  • ->Read Mode
  • ->Diigo
  • ->google keep
  • Natural Reader
  • Mac
  • Ipad -Quizzlet, shakespeare in bits, Claro Scanpen, EasyReader
  • Kurzweil 3000
  • Ms word, One Note
  • Wikipedia-simple english
  • Rewordify.com
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41
Q

Reading and AT

examples

A
  • Google Chrom Extensions
  • ->read and write - text to speech, simplify page, highlights, dictionaries,
  • ->mercury reader
  • ->Read Mode
  • ->Diigo
  • ->google keep
  • Natural Reader
  • Mac
  • Ipad -Quizzlet, shakespeare in bits, Claro Scanpen, EasyReader
  • Kurzweil 3000
  • Ms word, One Note
  • Wikipedia-simple english
  • Rewordify.com
  • AERO, CELA, bookshare
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42
Q

Writing and AT

A
  • Freed from tasks that are effortful by bypassing demand of typing or handwriting
  • Provides opportunity to concentrate on developing ideas and planning their work
  • Longer, more complex, fewer errors,
  • Improved word recognition, spelling and reading comprehension
  • Increased vocabulary
  • Increased word fluency
  • Reduces dependence on others
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43
Q

Writing and AT

A
  • WordQ, CoWriter
  • SpeakQ
  • Google Chrome extensions
  • ->read and write
  • ->Grammar-grammarly, ginger
  • ->Easybib, Diigo
  • Ipad (claro, PDF Markup)
  • Dragon Naturally Speaking
  • Mac
  • MS Word - Speech recognition
  • Note taking -Livescribe Smartpen, apps, -AudioNote, Notability, Whink, Evernote
44
Q

Organizational Software And Tools

what it does for students

A
  • Arrange thoughts without worrying about order
  • Supports generation of ideas
  • Assists with planning and organizational stages of writing by providing procedural prompts
  • Being taught a strategy to plan and organize improve the composition
45
Q

Organizational Software and Tools

A
  • iPad - Inspiration, kidspiration
  • MS OneNote
  • LiveScribe pen
  • Apps -my Homework Student Planner, calendar, Evernote
  • Google Chrome extensions - Mindomo, Mindmeister, MicNote, Google Keep, time Tracker, stay focused, Diigo
46
Q

Math and AT

what it does for students

A
  • Word Problems
  • Increased Motivation
  • Improved self-concept
  • Decreased Anxiety
47
Q

Math and AT

A
  • National library of Virtual Manipulatives
  • Calculator
  • Google Chrome extensions
  • ->g(math) in Google Docs (add-ons)
  • ->Read and Write EquatIO
  • ->Cloudy calculator
  • ->Graspable Math SIdebar
  • ->WolframAlpha
  • Geogebra.org
  • Ipad - ModMath, Phtomath, Yhomework, Prodigy math
  • IXL
  • Khan Academy
48
Q

Change the tools….

change the experience and outcome

A

Comparison of the scissors and lawn mower
-Which is more effective?
-Which is more efficient?
Which one makes you never want to do it again?
-Which leaves you with time and/or energy for other things?

-AT offers different tools for learning
Cognitive budget thinking vs mechanics
Effort and yield

49
Q

Student work completed in the typical pencil-paper form:

When there are significant gaps between what the student knows and what they show, AT can be considered

A

Example 1 -test of written spelling

  • Grade 11 student - third percentile
  • Test of written spelling
  • Form B with WordQ
  • 88 Percentile
Example 2: 
low legibility 
-spelling 
-incomplete 
-crumpled 
-retrieved from trash by teacher 

Student work using AT

  • Vocabulary
  • Depth of response
  • Richness
50
Q

What happens if we don’t accommodate effectively

A
  • If we don’t accommodate
  • High student dropout rates
  • High teacher burnout rates
  • Expanding achievement gap
  • Social isolation
  • Substance abuse
  • Justice system involvement
  • Underemployment
  • Family stress
  • Negative economic and health implications on the family
  • Mental health issues
  • Worst case scenario:
  • ->suicide is the 2nd leading cause of death among adolescents
51
Q

AT is a tool, not a cure

A
  • A student may be in secondary school but require considerably more support for executive functioning deficits than his/her peers
  • A student ability to use AT is but ONE piece of a successful plan, which also requires
  • ->a culture of technology on site
  • ->technology infrastructure to support the student’s use of technology
  • ->Assess to electronic texts and handouts
  • ->Teacher-student collaboration to reduce technology barriers
  • School efforts to destigmatize it use and normalize a student’s need to do things differently

For AT use by students to be successful a fit between student, task, tool, and environment is required

52
Q

OT: Person-Environment-Occupation Fit

A

-Is the person, ripe for changing how to learn? Does the Person have the skills, knowledge, attitude, and ability to do academics differently?

  • Does the environment provide options for how the person can learn?
  • -> “too often, a school’s approach to a child’s problems is to insist the child change. Its actually more effective to change the environment to meet the child’s needs”

-What kinds of ways can the Occupations of learning take place? How can assistive technology provide different tools for learning?

53
Q

How much difference can AT really make

A
  • Computers make it easier and less frustrating to write , so you don’t really have to think about the things you are not good at.
  • -kids were falling behind, extremely slow, but since the laptop kept up with things
  • It makes me feel smarter, not dumb, Because I feel I can’t learn anything when I write.
54
Q

Sensory Integration

-Theory and technique developed by Jean Ayres

A
  • Sensory integration is the “neurological processes that organizes sensation from one’s own body and from the environment and makes it possible to use the body effectively within the environment (Ayres)
  • The “organization of sensations for use”
  • SI allows individuals to respond automatically, efficiently and adaptively to the sensory input that we receive everyday
55
Q

Neurological Basis for SI

Aryes Assumptions

A
  • The CNS is hierarchically organized
  • Before the CNS can respond, meaningful registration of stimuli must occur
  • The brain has an innate sense to seek out beneficial stimulation: people have an inner drive to develop sensory integration through participation in sensorimotor activities
  • Neural plasticity
  • Sensory Integration develops in stages
56
Q

Neurological Basis for SI

Supported Components

A
  • Environment enriched supports neuroplasticity
  • Greatest changes come when an activity is not forced but self-initiated (child-directed)
  • Enriched sensorimotor experiences enhance the brain’s processing and provide a foundation for learning
57
Q

The sensory System

Vision

A

Sensations derived from stimulation from light, shape, discrimination, object-background feedback, depth and distance

light, shape, discrimination

58
Q

The sensory System

Auditory

A

sensations derived from stimulation from audio waves. Helps person identify location of sound, approximate distance, tone and intensity

respond to sound, types of sound

59
Q

The sensory System

Tactile

A

Derived from stimulation to the skin (including lips, tongue, genitals and scalp)
-Pain/temp, vibration, light, deep touch

60
Q

The sensory System

Olfactory and Gustatory

A

-Smell/taste and digestive system

61
Q

The sensory System

Vestibular (mvmt)

A
  • Sensation derived from stimulation to the vestibular mechanisms in the inner ear that alert someone to movement and position of the head; contributes to posture
  • Rotational, linear **

rotational: stimulating
Linear: calming
-rocking a baby- linear

62
Q

The sensory System

Proprioception (mVMT)

A

*sensations derived from movement, speed, rate, force and joint and muscle resistance

63
Q

The sensory System

Interoception

A

-internal awareness of hunger, thirst, fullness, need to go to the bathroom

64
Q

Sensory processing Disorder (SPD)/ sensory integrative dysfunction

a proposed term…. by Aryes

A
  • SPD is a proposed term for a dysfunction in sensory processing of sensory integration
  • -> difficulty using a sensory information to plan and carry out actions
  • Sensory-based maladaptive behaviours are hypothesized to be the results of impaired sensory processing
  • Can be significant problem for individuals who have a developmental disability
65
Q

Types of Sensory Processing Problems I.E Miller Taxonomy

A

Sensory Processing Disorder
1. Modulation/reactivity -sensory modulation disorder (SMD) -trying to stay in optimal arousal
SOR -over responsive (takes a lot less input)
-could not like sound
SUR - under responsive (takes a lot more input to react)-sloppy dressers- don’t recognize these cues
SS -sensory seeking

  1. Discrimination/perception
    - registering or distinguishing stimuli
    - mouth is frozen - like all the time
    - not having a clear idea or where or the speed their are being touch
    - poor body awareness, also can be seen as aggressive
    - might be easily confused when they change direction
    - too much or too little force
3. Vesibular-bilateral/praxis 
Postural disorder 
-do activities that need coordination for both sides the body like clapping 
Dyspraxia
-looking at problems with coordination 
-execution of the steps 
-awkward, clumsy steps
66
Q

Dunn’s model of sensory Processing

A
-We all fall along continuum of 
neurological threshold (low-high) -takes more input on high 
and self-regulation (passive-active) 
-manage their sensory input 
-All people are. somewhat along Each continuum 
-Sensory patterns = you + particular context/environment (PEO fit)
67
Q

Dunn’s model of sensory Processing (parts divided)

A

4 general patterns (context plays a large role)

Seeker (high, active)

  • gear to always want more
  • stimulating environment

Avoider (low, active)

  • actively doing their behaviour to deal with over stimulating environment
  • do what they can with avoid
  • hard time dealing with change in routine
  • they can act out
  • Sensor/Sensitivity (low, passive)
  • really stimulating environment - could overwhelm them, restrict or control their environment
  • Bystander/registration (high, passive)
  • doesn’t really whats going on in the environment
  • they can be really easy going
  • can miss a lot of cues
68
Q

Brain changes to match the environment

A
  • optimal arousal all the time (band)
  • if we go above its over-aroused (sympathetic NS-FFF Fight or flight )
  • if we go below its under-aroused (parasympathetic NS-inhibition)
  • we all fluctuate throughout the day -we all do things to modulate ourselves
  • People with unique sensory profiles have a lower optimal demand
  • fewer tools to help them
  • often unconscious

wake up , lights on, drive - levels out -near accident, radio goes down, sit at desk, coffee spikes back up

69
Q

When do differences become a problem

A

Chronic frustration, self conscious/humiliation, helplessness
decreased exposure
restricted environment
impact on engagement

impact on:

  • Daily living skills
  • Anxiety
  • Activity level
  • Arousal regulation and sleep disturbances
  • Self-esteem/self-confidence
  • often they are aware of the sensory problems that contributes to feel more helpless
70
Q

Sensory Processing issues within specific populations

A

infants

  • intellectual and developmental disabilities
  • Schizophrenia
  • Anxiety
  • ADHD
  • Trauma/PTSD
  • Autism spectrum disorder
71
Q

Autism Spectrum Disorder (ASD) and Sensory Processing

A

DSM-V
1. Hyper-reactivity
2014 study showed that people with ASD and hyper-reactivity had greater activation in the part of their brain associated with FFF response
-Can be associated with interests and repetitions

  1. Hypo-reactivity
    - most consistent feature reported
    - Auditory, tactile, tacile-pain, taste-smell, proprioception and mvmt common
    - Link to self-injury
  2. Enhanced Perception
72
Q

Sensory Assessments

A
  • Case file review
  • skilled/direct observation
  • Sensory Processing Measure (modulation)
  • Self report
  • Standardized measure (SIPT: sensori-motor; BOT-2/Mvmt ABC-motor)
  • Sensory Profile (modulation)
  • ->sheds a light, but coloured because it comes from teachers or parents
  • ->patterns of modulation
  • Sensory-based checklists
  • use as many sources as you can
73
Q

Intervention approaches

A

Remediation Approaches

  • Ayres sensory integration therapy
  • very time intensive/mixed research
  • tolerance building or desensitization

Accomodation Approaches (more common in OT)

  • environmental modifications
  • Equipment
  • Task/routines
  • Sensory Diet
74
Q

Ayres Sensory Integration Therapy
-Trademarked therapeutic approach (principles, strategies, and techniques)
Components include

A

-has its own principles and standards

  • Multisensory activities + active involvement
  • environment that is rich in tactile, proprioceptive, and vestibular opportunities
  • Intensivity adjusted to meet the “just right challenge”
  • Child-directed, therapist support
  • praxis challenged through novel activities
  • many activities designed to promote postural control and balance (specialized equipment such as suspended apparatus, balance balls)
75
Q

Ayres Sensory Integration Therapy

Studies

A
  • Studies in the 1970’s and 1980’s demonstrated promise; however, more rigorous methods have been less favourable
  • 2018 systematic review found increased effectiveness when using stricter fidelity measures
  • Criticism:
  • ->may not be the therapy, but rather the effect of child-therapist relationship, creative sessions and scaffolding
  • > kids like it, it’s like a playground for them
  • ->Expensive
  • ->Feasibility and Generalization
76
Q

Brushing Protocols

A
  • Therapressure program
  • Developers recommend use with individual who are over-responsive to sensory stimulation
  • Use of a surgical brush and joint compression in combination with sensory diet which focuses on prop/vest
  • requires specialized training, according to developers
  • Research quality is low
  • Some research suggests a single application can help a child through a stressful event
  • Time intensive and intrusive
77
Q

Auditory Therapy

A
  • Widely promoted for people with sensory processing to help improve attention, modulation, behaviour, posture and speech and language
  • Generally involve intensive application of filtered sounds or music with CD’s and earphones
  • Several small and flawed studies have mixed results
  • Large scale studies fail to demonstrate efficacy
  • Others highlight ris for negative effects such as distress, damage to hearing
78
Q

Weighted objects

A
  • Increasingly utilized (vest, blankets, lap-pads, animal-shaped)
  • weight blankets typically cost 100-200
  • Rationale: provide sustained deep pressure, believed to have a calming affect on individuals with sensory modulations disorders
  • Two small studies in school environments, showed increased attention for on-task behaviour and decreased stimulation
  • research to be limited
  • RCT showed did not improve children with ASD’s sleep, though still favoured by children/parents and was tolerated
  • Coroner’s report of 9 year old boy with autism was not favourable and highlighted many risks
  • Case-by-case basis
79
Q

Sensory Diet

A
  • There is emerging evidence that shows promise for sensory diets
  • This includes activities and environmental adjustments designed to complement the person’s needs
  • Broadly based upon sensory integration theory
  • Used preventatively to reduce challenging events
  • Easier at home than school - why
  • Not meant to change the system
80
Q

Figits

A

Seller state that these support self-regulation, attention, learning, behaviour and stress - management

  • Very limited research to support implementation
  • Found 8 students with attentional difficulties demonstrated reduced excess movement and increased task completion
  • found 23 boys with ADHD appeared to use movement such as swinging legs, bouncing and tapping and this assisted with focus - but no specialized equipment was used.
81
Q

Sensory Integration/processing is one of the most researched areas in OT
-Why is the evidence based still emerging in the area of SI and sensory processing?

A
  • Inconsistent terminology
  • Empirical rigour (sample size, power, outcome measurements, design, procedures)
  • Difficulty (logistically and economically) conducting large-scale RCTs to test efficacy
  • Treatment fidelity - SI and sensory approaches utilize a client-centred approach to intervention, it is difficult to have standardized “one fits all” treatment protocols to evaluate its therapeutic effectiveness
  • still importance of having an established evidence based for our profession to validate clinical validity
82
Q

What do we need to do as OTs to close the GAP?

A
  • Clearly articulated clinical reasoning of recommendation particular sensory interventions
  • ->Clinical experience
  • ->Clients values
  • ->Research evidence
  • ->Practice context
  • ->Data
  • Outcomes must be systematically monitored and evaluated
  • Support parents/staff to make informed decisions
  • Occupational therapy is not synonymous with sensory integration
83
Q

Examples of Developmental Disabilities and Mental Illness

-Developmental Disabilities

A
  • intellectual disability (unknown etiology 50%)
  • Autism Spectrum Disorder
  • Seizure Disorder
  • Fetal Alcohol Syndrome
  • Cerebral Palsy
84
Q

Examples of Developmental Disabilities and Mental Illness

-Mental Illness

A
  • Anxiety Disorders
  • -> obsessive compulsive Disorder
  • ->social Anxiety
  • ->generalized anxiety disorder
  • -> post-traumatic stress disorder
  • Psychosis
  • Schizophrenia
  • Oppositional Defiant
  • Disorder/conduct disorder
  • Borderline Personality Disorder
  • Depression
85
Q

Prevalence

A
  • 1-2% of the population
  • 75% in mild range of intellectual disability
  • > 30 % have a concurrent mental health disorder (“dual diagnosis”)
  • Aging
86
Q

Paradigm Shift Rehabilitation vs Habilitation

A

Rehabilitation

  • Assumes skill has been developed correctly
  • Attempts to “re-skill” to an adaptive level of functioning
  • Progress can be determined by baselines prior to change

Habilitation -skill hasnt been developed

  • might hit developmental level slower
  • Skill is not assumed to have been developed …. yet
  • Attempts to teach/train skill depending upon developmental stage and ability
  • Progress is determined by incremental improvement without knowing ceiling
87
Q

Common Referrals

A
  • ADLs or IADLs (skill training, level functioning)
  • pursuit of occupational balance (jobs, leisure, relationships)
  • Protective and harm reduction interventions
  • How much support does the client require to live within a community setting
  • Advocacy and education/coaching
  • Sensory processing assessment
88
Q

Some examples of presenting issues depending upon level of cognition and concurrent mental illness

Mild ID and Personality Disorder

A

-Traumatic childhoods (exposure to abuse possibly low SE, removed from homes until later in life)
-Capacity to make own decisions-right to risk? Patriarchal society ? Coping-strategies more immediate/tangible?
-More likely to have conflict with law? CAS?
-Lack of resources (car, apartment, urban)
-Falls through cracks…. may not meet criteria for funding, may not want help in the way we provide it, is it mainly ID or PD?
Cloak of Competence

89
Q

Some examples of presenting issues depending upon level of cognition and concurrent mental illness

Severe Autism and Moderate Intellectual Disability

A
  • Challenges with caregiving at home early in life
  • Challenges integrating into school and staying safe, while others stay safe
  • Aggression, self-injury, caregiver burnout
  • Many resources but not necessarily right resources
  • Hidden aliments (is it behvaiour or a tooth infection)
  • What is quality of life (spit play)
  • Potential?
90
Q

Common sensory problems seen in the dual diagnosis population

A
  • developmental stages are assumed to be more advanced than they are (oral motor exploration, co-regulation)
  • Difficulties managing transitions
  • Fluctuations in emotions and behaviours to caregivers and surroundings
  • self-stimulatory and self-abusive behvaiours
  • Coping strategies are discovered in early childhood and permanent
  • Environments are not flexible or systems are unwilling to change
91
Q

High Pain Thresholds and Self-injury

A
  • Sometimes protective restraints or equipment is needed to ensure brain and nerve damage is not permanent or life threatening
  • Ethical considerations of level of risk and decision-making capacity
  • What is quality of life? who defines this?
  • Some conditions more prone (tuberous Sclerosis, ASD, Severe/Profound ID)
  • Interprofessional contribution required
92
Q

Issues that would trigger my sensory lens

A
  • long standing pattern of behaviours evidenced by caregivers and stakeholders over childhood or lifespan
  • parents reported of early infancy sensory responses that manifest differently now but follow developmental sensory trajectory
  • Client response that is unchangeable by behaviour therapy, psychotherapy, medication
  • Different approach but still adaptive from the client’s perspective or developmental stage
  • Related to high pain thresholds or lack/hyperawareness to a sense (temp, sounds, tastes, touch, movement, proprioception)
  • Consistent across most environments
  • Not maladaptive and non-harmful to other, but not “appropriate”
93
Q

Issues that trigger my biomedical lens

A
  • New behavioural presentation that is causing distress (aggression, crying, self-injury, agitation, anxiety)
  • Lack of recent clinical evaluation by clinicians with DD experience and comfort ( dentistry, optometry, psychiatry, podiatry, neurology, family medicine)
  • Typical age-related factors that “shadowed” by DD (PMS, Osteoporosis, puberty)
  • Nobody knows how the client presents when in pain
  • Client using body differently than typically or historically observed (gait, favouring a side)
  • Neurological presentation (ataxia, dypraxia, slurring, drooling, incontinence, jerky movements, falls)
  • Genetic Syndrome
94
Q

Issues that trigger my environmental lens

A
  • Caregiver demonstrates burnout when doing consults
  • Language used is problematic (caution!!!)
  • Client behaviour and mood very different when comparing
  • Client refusal or avoidance to attend
  • Occupational performance differences across environments
  • Adaptive behaviours but doesn’t meet social norms/values
  • Common sense and right to have a choice (barking dog in group home)
  • Home adaptations do not meet accessibility standards for aging population
  • Client is clearly needing more supports (cloak of competence)
95
Q

Issues that trigger my mental health lens

A
  • developmental milestones that cause all individuals stress (high school, falling in love, wanting sex, not having sex, trying to have sex, sex, graduation, moving out, loss of loved ones, failure at goals, betrayal of relationships, growing older, fear of death)
  • Atypical orientation (zoning, laughing and giggling without cause, eye fluttering, aggression out of nowhere, looking up into corners, tangential speech, frozen or delayed motor movements)
  • loss of motivation and enjoyment
  • Functional decline without medical explanation
  • Repetitive physical actions causing physiological response
96
Q

Take home messages

A
  • although some initial neurological assumptions were wrong, there is years of evidence validating the existence of a range sensory processing difficulties
  • We ALL have sensory preferences and differences. Differences are not a problem unless they impede our ability to engage in meaningful occupations, role, routines, and social connections
  • Assessment/intervention standards and approaches are on going issues in the literature, which leaves many new grads navigating a whole lot of “grey”
  • Ayres SI therapy is not simply prescribing a weighted blanket or developing a sensory diet
  • Analysis of challenging behaviour requires an interprofessional approach
  • If you take the opportunity for sensory stimuli away be prepared for something else to pop up
  • Part of clinical reasoning is being able to prioritize issues and identify where the biggest “bang for your buck” is. It’s just as important to educate people when it is not a sensory issues and to advocate for resources to be placed where they will have the most impact.
97
Q

Sensory Activities for Classroom Breaks

A
  • Sitting and working for an extended period of time can be challenging for students
  • Arousal levels can change significantly and impact attention and engagement
  • Anticipate need for break
  • Structure the break as task or job related to the classroom activity
  • Examples: pushing chairs under desks, carrying books, running errands, wiping desks, quiet corner with beanbag chair/rocking chair with access to music/books/crafts/drawing
98
Q

Sensory Strategies for fine motor work

A
  • Sensory play - promotes awareness of body and touch
  • Choice or writing tools
  • Posture
  • Alternative seating types
  • Desk location
  • Noise level
  • Lighting level
99
Q

Sensory Strategies for social interactions

A
  • Social interactions involve a wide range of sensory input and can be unpredictable (recess, field trips, substitute teacher, line-ups, gym class)
  • Problem solve options to support participation
  • ->provide alternatives
  • ->adapt environment
  • ->teach self-regulation strategies
100
Q

Sensory Strategies for Dressing

A
  • Dressing involves many sensory elements cloakroom, texture of clothing, colours and patterns to manage, change of body positions, clothing irritants like turtlenecks, elastic
  • clothing preferences - loose vs tight, soft vs textured, tags, scent of detergent
  • Adapt environment
  • Adapt positioning
101
Q

Transitions

A
  • Moving from one activity to the next at a time that is predetermined si a challenge for many children
  • OTs are often asked to make recommendations on strategies to support transitions at school
  • Ideas of broad strategies to support teachers with supporting students with transition
  • -> visual schedules, notify ahead of time and remind, timers, routine, transition item, music or movement to transition
102
Q

4 tasks typically completed by an School OT

A

skill development - social, organizational, printing
modify adapt school task - modification to work sheets
Adapt the environment - looking at the classroom set up, bathroom
integrate- assistive technology

103
Q

scissors skills

A

you will see: towards body, arm can be way up
two fingers below, thumb on top, open the mouth chop chop chop
put the elbow down, you can put a ball to help them keep the ball close
-visual cue card on desk - visual cue
cut away, cut away

104
Q

Learning to write vs writing to learn

Learning to read vs reading to learn

A

grade 3 or 4 you will change over to AT if child is still struggling

105
Q

To write or to type

A
  • in order to type a letter
  • isolate their fingers
  • recognize the letters
  • locate the letter
  • press the key
  • might attach these occupations at a same time
  • we don’t use the same tool to apply it to all the jobs
  • handwriting they need to sign their name
  • across the board foundational skill
  • auto signature box
  • children with motor difficulties can type even with touch typing - might take longer - practice and instruction is important
  • 10 minutes a day of keyboarding over 6 month - produce efficiency in typing
106
Q

Range of intelligence

A

bell-curve
OT in the undergrad -ranges in intelligence
-important thing - understanding where people fall with development and IQ for sensory or any lens
-mental illness first -if you assume that is the primary
-iQ second
-UK is in front of us
-Intellectual is the foundation
-we need to format to the intervention by their development
-their cognitive status has a great impact on
-clinical reasoning back to a development point of view

107
Q

sensory seeking

A
  1. generate additional sensory input to compensate for inadequate discrimination or perception in one or more sensory systems
  2. regulate genera arousal level, or
  3. modulate hyper or hypo reactivity in other sensory systems