artic subsystem Flashcards

(38 cards)

1
Q

in the past, _____ were the primary intervention target

A

oral articulators

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2
Q

in current ix, oral articulators can be the last target in ___ tx, but NOT ___ tx

A
  • dysarthria
  • apraxia
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3
Q

how do we deal with artic indirectly?

A

ax resp, laryngeal, and VP systems first

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4
Q

speech range of motion (mm) for:

a) jaw opening
b) lip protrusion/separation
c) tongue elevation
d) tongue forward

A

a) 3-20mm
b) 10-12mm
c) 10-15mm
d) 10-15mm

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5
Q

speech artic speed (mm/s) for:

a) tongue tip
b) tongue dorsum
c) jaw

A

a) 70-100 mm/s
b) 40 mm/s
c) 15-30 mm/s

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6
Q

in speech, which lip does more work: lower or upper?

A

lower

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7
Q

define weakness vs fatigue

A
  • weakness: reduced ability to produce force
  • fatigue: decrease in strength over time
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8
Q

tongue force maximum (N)? what % of the maximum does speech use?

A
  • 6-30 n
  • 5-20%
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9
Q

what tool can you use to measure non-speech tongue pressures?

A

IOPI

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10
Q

T or F: any condition can produce weakness

A

true

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11
Q

which articulator has more sensory responders: jaw, tongue, lips

A

jaw

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12
Q

infer changes in muscle tone based on… (3)

A
  • observations at rest
  • reduction in ROM
  • reduction in speed
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13
Q

incoordination can be described as… (1)

A

timing abnormalities bw diff subsystems or within one subsystem

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14
Q

in MSD, you can expect ___ segments

A

longer

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15
Q

T or F: in MSD, you can expect more formant variability across an utterance

A

false – less variability* (shallow F2 slopes)

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16
Q

T or F: intelligibility = articulatory proficiency

A

false – intelligibility can be impacted by other subsystems

17
Q

what is bite block used to assess?

A

tongue and lip mobility independent from jaw

18
Q

bite block may make speech worse if…

A

jaw is used for compensation

19
Q

you can infer coordination and sequencing from… (4)

A
  • /pataka/
  • multi-syllabic words
  • sentences
  • tongue twisters
20
Q

what can we measure easily with acoustics – segment durations / timing info? (3)

A
  • vowel durations (stress)
  • VOT
  • fricative durations
21
Q

what can we measure easily with acoustics – frequency / spectral measures? (2)

A
  • vowel and diphthong formant frequencies
  • vowel space
22
Q

in electropalatography, tongue-palate contacts are detected as a function of ___

23
Q

cons of EPG? (2)

A
  • expensive
  • time-consuming
24
Q

early goal of artic tx?

A

successful practice thru optimizing task complexity

25
T or F: for artic tx, we should use intact modalities
true
26
T or F: for artic tx, you should work on sounds in isolation
generally false (unless you are VERY early in the acquisition stage -- otherwise start at syllable level)
27
tx techniques? (7)
1. elicitation (shaping and cueing) 2. artic drills 3. prosodic methods 4. bite block 5. augmented visual feedback 6. botox 7. non-speech
28
elicitation / cueing strategies? (5)
1. auditory 2. visual 3. gestural 4. graphic 5. tactile
29
which cues work best?
depends on client
30
examples of contrasts to work on during minimal pair drills? (3)
1. voiced-voiceless 2. bilabial-alveolar 3. stop-fricative
31
steps for minimal pair drills? (3)
1. create word list 2. design blocked + massed practice followed by variable + distributed practice 3. use discovery learning if tolerated
32
what is Clear Speech? (4)
- speak clearly - slow down - use big movements - speak as if your listener is hearing impaired
33
Clear Speech as tx results in increased _____
contrast bw speech sounds
34
what is Be Clear? (3)
- client generates strategies - model strategies for them - educate normal vs pathophysiology
35
did Be Clear improve speech intelligibility after tx?
yes
36
examples of augmented visual feedback? (4)
- mirror - ultrasound - EPG - acoustic (e.g., PRAAT)
37
what is rosenbeck's Mind Over Motor Cognitive-Linguistic approach? (4)
- "i talk ok when i rmr what you taught me" - client to recognize difference - client to be willing to change - client learns to listen, evaluate, and self-correct
38
listener and environmental strategies? (5)
1. maximize hearing and visual acuity 2. maintain eye contact 3. optimize physical environment 4. train communication partners 5. ID breakdowns and establish methods for feedback