Oral Mech, Oral Facial Exams Tethered to Oral Tissues Non-Speech Oral Motor Exercises Flashcards

1
Q

purpose of the oral mech

A

rule out structural or functional abnormalities that may be related to the child’s SSD
- identify need for referral
- small percentage

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2
Q

general observation

A

minimum information reported if child is unwilling/unable to participate in full oral mech

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3
Q

general observation

A
  • facial symmetry
  • tone: mouth posture, oral postural control
  • dentition
  • voice, resonance, respiratory support necessary for phonation
  • changes in volume
  • impression of visible articulators
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4
Q

tone, oral postural control

A

presence of salivary secretions

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5
Q

functional classificatoin of ankyloglossia based on tongue range of motion ratio (TRMR)

A

class/grade 1-4

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6
Q

TRMR: class/grade 1

A
  • ties are attached on the very tip of the tongue
  • these are the ones that most people think of when they talk about tongue ties
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7
Q

TRMR: class/grade 2

A

ties are a little further behind the tip of the tongue

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8
Q

TRMR: class/grade 3

A

ties are closer to the base of the tongue

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9
Q

classes 1-3 of TRMR are also known as

A

anterior ties

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10
Q

TRMR: class/grade 4

A
  • ties may be submucosal
  • ex: underneath the mucous membrane covering, so they must be felt to be diagnosed
  • babies with this kind of tie are often misdiagnosed as having a short tongue
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11
Q

class 4 TRMR are also known as

A

posterior ties

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12
Q

classification of ankyloglossia based on “free tongue” legnth

A
  • clinically acceptable, normal range of free tongue = > 16 mm
  • class 1: mild ankyloglossia = 12-16 mm
  • class 2: moderate ankyloglossia = 8-11 mm
  • class 3: severe ankyloglossia = 3-7 mm
  • class 4: complete ankyloglossia = < 3 mm
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13
Q

TOTs

A
  • no availabe assessment tools have adequate psychometric properties for assessing TOTs, but 1 study found children have better outcomes when working with a speech pathologist after laser frenulectomy
  • the link between tongue tie and articulation remains weak, and while frenotomy can improve some aspects of breastfeeding, a function-focused team approach is recommended
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14
Q

so…is revising the tongue tie even worth it?

A
  • as we’ve been reporting for a while now, in some cases, yes
  • in this study, researchers did a meta-analysis on the various benefits of revision and they basically said the same thing: revision can help breastfeeding pain (but not always), and the Hazelbaker Assessment Tool for Lingual Frenulum Function Score (HATLFF) assessment was found to be the most functional assessment for breastfeeding infants
  • they recommended surgery before 4 months of age, at which point the surgery becomes more dangerous as general anesthesia is needed (vs. just a topical anesthesia for younger babies)
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15
Q

can tonuge tie revision make a difference to anything other than maternal pain?

A
  • well…maybe?
  • in this article, researchers found a statistically significant improvement in scores on not only the Breastfeednig Self-Efficacy Scale-Short Form (BSES-SF) and the Visual Analog Scale (VAS) pain scores, but also the Infant Gastroesophageal Reflux Questionnaire–Revised (I-GERQ-R), suggesting the revision may improve GERD symptoms
  • no definitive answers, but we’ll continue to update you as we get more information!
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16
Q

non-speech oral motor exercises (NSOMES)

A
  • motor acts performed by various parts of the speech musculature to accomplish specific movement or postural goals
  • any techniques that doesn’t require the child to produce a speech sound but is used to influence the development of speaking abilities
  • collection of nonspeech methods and procedures that aim to influence tongue, lip, jaw resting postures, increase strength, improve tone, facilitate ROM, develop muscle control
  • muscle exercise, stretching, passive exercise, sensory stimulation
  • NOT the same as phonetic placement cues and models
17
Q
  1. is strength necessary for speaking? if so, how much?
A
  • articulatory strength needs are very low for speech
  • agility and fine articulatory movements are required for speech production
18
Q

articulatory strength needs are very low for speech

A

speaking strength needs do not come anywhere close to maximum strength abilities of the articulators:
- lips muscle force: 10%-20% of maximum capabilities
- jaw: 11%-15%
- tongue: “fraction”

19
Q

agilitiy and fine articulatory movements are required for speech production

A

NSOMEs usually require gross, exaggerated ROM

20
Q
  1. are the articulators actually strengthened by using NSOME?
A
  • muscle strengthening requires multiple reps, resistance
  • evidence of muscle strengthening related to swallowing: tongue for oral phase
  • no evidence of strengthening improving speech production
21
Q
  1. how do SLPs objectively document weakness of articulators and objectively document supposed increases in strength after NSOME?
A
  • measurements of strength are usually subjective
  • objective: Iowa Oral Performance Instrument (IOPI)
22
Q

measurements of strength are usually subjective

A
  • feeling force of tongue pushing against tongue depressor/against cheek
  • observing weakness
23
Q

Iowa Oral Performance Instrument (IOPI)

A

no standard across related professions

24
Q
  1. do children with speech sound disorders have weak articulators?
A
  • nope
  • Sudbery et al., 2006: preschool children with SSDs may have stronger tongues than TD peers
25
Q

food for thought

A
  • most NSOME disintegrate the highly integrated task of speaking
  • the same structures are used for speaking and non-speech tasks, but the structures function differently
26
Q

most NSOME disintegrate the highly integrated task of speaking

A
  • learning and improving speaking ability must be practice in the context of speaking
  • isolated movements of the articulators are not the actual gestures used for the production of any sound in English
27
Q

the same structures are used for speaking and non-speech tasks, but the structures function differently

A
  • mediated by different parts of the brain
  • organization of movements in the nervous system is different