Evaluating Fine Motor in Pediatrics Flashcards

1
Q

6 Patterns of hand function

A

Reach, carry, in hand manipulation, bilateral hand use, release, grasp

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2
Q

All 6 patterns of hand use play a part in what

A

refined fine motor skills

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3
Q

How do hand functions develop in terms of social factors

A

role expectations may change and socioeconomic status will change what tools are available. what type of toys do they have access too

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4
Q

How do hand functions develop in terms of cultural factors

A

expectation of independence, availability of tools or different tools used.

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5
Q

How does hand functions develop in regards to somatosensory functions

A

our ability to process touch, pain. we need these to know how much pressure to use and how to adjust grasp depending on what toy/tool we’re using.

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6
Q

What do kids with varying tones have trouble with in terms of developing hand function?

A

somatosensory function

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7
Q

How does hand function develop in regardst o visual perception cognition

A

I need my visual skills to do puzzles and shapes

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8
Q

musculoskeltal integrity effect on hand function development

A

if the kids has low tone or high tone it will effect the pattern of hand function.

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9
Q

How do we evaluate fine motor skills in young children?

A

observations, informal assessment, formal assessments

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10
Q

Observations-

A

grasp type, object manipulation, bilateral integration, tool use

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11
Q

Example of Informal Assessments

A

◦ Martha’s “Get a Grip”

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12
Q

Examples of Formal Assessment

A

Peabody Developmental Motor Scales (PDMS2)
Miller Function & Participation Scales (M-FUN)

These don’t have the 5 domains. They focus on fine motor and gross motor.

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13
Q

How do we evaluate
Types of grasp observed
Bilateral Integration
Tool Use

A

observe the child playing while speaking to parent.

Take not if there is any hand preference

observe any asymmetries

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14
Q

Developmentally, When would we expect a hand preference?

A

up to 6, which is the latest.

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15
Q

Grasp and associated release begin with

A

reflex activity and are integrated via weight bearing.

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16
Q

If kids was in NICU a lot first years and you get the kid in early intervention. what would you expect to see in regards to movements?

A

primitive reflexes that normally would have been integrated.

17
Q

grasp and release develops largely due to

A

interest in objects

18
Q

grasp and release is stimulated by

A

Stimulated by touch and produces strong flexion

19
Q

Release is facilitated by the

A

environment or own body

20
Q

Primitive reach

A

asymmetry, swiping: ATNR brings hands in field of vision. reaching activated but not guided by vision

21
Q

Transitional reach

A

Object held with both hands (4 months)
two handed reach
object transfer hadn to hand (5 months)
bilateral approach with bilateral object manipulation (7 months)

22
Q

Mature reach

A

Plays with 2 toys (bangs together) (9 months)

Coordinated and complementary bimanual movement (11 months)

Coordinated asymmetrical move (one stabilizes & one manipulates) (12 months)

23
Q

Primitive release

A

Before 4 Months - Release involuntary as a result of total UE movement or touch on the hand.
PRIMARY RELEASE: Avoidance reflex produces extension of the fingers
Mouthing of objects assists with release because the child can stabilize the object with his mouth and pull his hand off the object.

24
Q

transitional release

A

By 6 or 7 Months - Transfer of objects from hand to hand serves a similar purpose to mouthing.
By 7 Months - Extension of UE and fingers develops with support and protective reactions.
Baby “drops” objects with full extension pattern.* This is the true beginning of voluntary release

25
Mature release
By 10-11 Months - Child uses fingers to pick up objects and with support on ulnar border, releases objects with control By 14-16 Months – Child can set objects down with control Including objects held with fingertips
26
PRIMITIVE GRASP
Reflex activates flexion of hand
27
transitional grasp
scratching / raking ulnar palmer grasp reach and pat palmar grasp poking instinctive grasp (radial palmar grasp) radial digital grip
28
Mature grasp
visual orientation lateral pinch inferior pinch superior pinch manipulative prehension
29
Active forearm supination is required in order to have
fine motor skills
30
wrist extension with stability is required for
fine motor skills
31
controlled and dynamic thumb opposition is required for
fine motor skills to develop
32
dissociation of the radial and ulnar sides of the hand is required for
fine motor skills to develop
33
What formal assessments would you use?
Peabody Developmental Motor Scales (PDMS2/PDMS3) Miller Function & Participation Scales (M-FUN)
34
Peabody 2
Age Range: birth up to 6 years Administration: 20-30 minutes for each motor-related subtest or 45-60 minutes for entire assessment Subtests: - Reflexes - Stationary - Locomotion - Object Manipulation --(Gross Motor Quotient) Grasping Visual Motor - (Fine Motor Quotient)
35
Peabody 3
Age Range: birth up to 5 years 11 months Administration: 20-30 minutes for each motor-related subtest or 45-60 minutes for entire assessment Subtests: Body Control Body Transport Object Control Gross Motor Index Hand Manipulation Eye-Hand Coordination Fine Motor Index
36
Miller functional & Participation scales (M-Fun)
Age Range: 2:0 - 7:11 years Administration: 20-30 minutes for each subtest or 45-60 minutes for entire assessment (takes longer then they say) there is a script and an order. Subtests: Visual Motor Fine Motor Gross Motor
37
What are the three steps for writing outcomes in early intervention?
- Gather information - observe families and children - document quality IFSP outcome statements.