Week 4 Flashcards

1
Q

speech tasks for motor speech exam

A

vowel prolongation (most basic)
sequential motion rates
alternating motion rates
contextual speech
speech stress testing
assessing motor speech planning/programming capacity (complex)

-if client struggles with 1st task, it will become more apparent in next sessions

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2
Q

vowel prolongation

A

-we need to see good breath support and sustaining a vowel for 9 seconds
-good phonation and vocal quality

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3
Q

sequential motion rates (SMR)

A

sustain puh, ta, ka for as long as you can
-stimuli: buttercup if they cannot do above stimuli
-looking for articulatory coordination (bilabial, alveolar, velar)

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4
Q

alternating motion rates (AMRs)

A

such as papapa then tatata
-5-7 reps per second

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5
Q

contextual speech

A

provide context and have them talk about it
-look for intelligibility
-reading a standard passage such as Grandfather or Rainbow

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6
Q

speech stress testing

A

to see if they are fatigued and will affect speech

speech fatigue: intelligibility decreases, hyper nasal, quieter, shorter utterances, and more breath support
-mainly used if LMN weakness is unexplained

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7
Q

assessing motor speech planning/programming capacity

A

assess presence of verbal apraxia

kids: Kaufmann test
adults: aphasia battery
-start at word level and then increase capacity of verbal utterances

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8
Q

French Dysarthria Assessment

A

rate ability of each parameter using a 9 point scale and 5 descriptors

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9
Q

Components of motor speech examination

A

-linguistic load (conversation, picture description, narrative)
-as complexity increases, performance decreases
-length and phonetic complexity of utterance
-temporal relationship between stimulus and response ex: apraxia of speech benefits from visual and auditory models (can remember motor planning and correct their production, however, dysarthria patients cannot)

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10
Q

Kaufman speech praxis test

A

assisting in identification and treatment of childhood apraxia of speech
-measures imitative responses to the clinician

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11
Q

apraxia battery for adults

A

diadochokinetic rates for one, tow, and three syllable combinations
-imitation of words of increasing length
-latency and utterance time for naming of pictured multisyllabic words
-articulatory adequacy during 3 consecutive repetitions of polysyllabic words

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12
Q

intelligibility

A

understanding acoustic signal (degree to which a listener understands speech

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13
Q

comprehensibility

A

adds in context, gestures

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14
Q

efficiency

A

how fast relative to amount understood

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15
Q

aphasia

A

can present as deficits in listening, speaking, reading, and/or writing
-can result in receptive language deficits
-word retrieval problems whereas, dysarthria will have no substitution errors
-mild dysarthria may present with aphasia in acute phase

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16
Q

dementia

A

deficits of intellect may appear/be confused
-language impairments but may occur later in progression of disease
-memory impairments (cognition) impact ability to make self understood
-reasoning and judgment may show impairment

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17
Q

Apraxia of speech (AOS)

A

deficit of motor programming involving speech production tasks but not automatic or involuntary tasks

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18
Q

verbal apraxia

A

issues with voluntary tasks (asking them directly for imitation or intention)
ex: can you repeat “pa, pa, pa”

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19
Q

oral apraxia

A

in pure form of oral apraxia, patients have trouble with voluntary oral tasks (chewing, smiling)
-involuntary tasks are intact
ex: if you tell them a joke and then spread their lips, but can’t when you directly ask them

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20
Q

flaccid etiology

A

trauma, surgery LMN (head/neck), myasthenia gravis
-insult to final common pathway

21
Q

flaccid symptoms

A

paralysis, hyporeflexia atrophy, fasciculation, quick fatigue

22
Q

flaccid distinct speech

A

focal, asymmetrical, or not enough (whole system weak- hyper nasal and/or breathy and/or short phrases and/or quiet and/or reduced stress), diplophonia, nasal emission

23
Q

spastic etiology

A

bilateral cerebral UMN (pyramidal and extrapyramidal tracts)
stroke
brainstem tumor
TBI
cerebral anoxia (lack of oxygen)
meningitis (affecting cortex)

24
Q

spastic symptoms

A

emotional liability
hyperreflexia
spasticity

25
Q

spastic speech

A

effortful
TOO MUCH
(whole system stiff -harsh and/or short phrases and/or excess stress and/or mono pitch + monoloudness and/or hypernasal

26
Q

ataxic etiology

A

cerebellar, alcohol abuse, seizure medications, metabolic conditions such as hypothyroidism

27
Q

ataxic symptoms

A

nystagmus (uncontrollable eye movement)
dysmetria (inability to control distance, range, speed for coordinated movements)

28
Q

ataxic speech

A

irregular AMR
(whole system poor force/direction control)
-scanning speech (robot) or prosodic excess

29
Q

hyperkinetic etiology

A

huntington’s

30
Q

hyperkinetic symptoms

A

dyskinesia, dystonia

31
Q

hyperkinetic speech

A

good speech except EXTRA movement

32
Q

hypo kinetic etiology

A

parkinson’s

33
Q

hypokinetic symptoms

A

resting tremor

34
Q

hypo kinetic speech

A

rapid AMR (whole system poor timing control- freezing, variable rate, short rushes)

35
Q

unilateral UMN etiology

A

UMN, contralateral brain to body

36
Q

unilateral UMN symptoms

A

aphasia if right UMN

37
Q

apraxia etiology

A

left cerebral cortex

38
Q

apraxia symptoms

A

aphasia

39
Q

apraxia speech

A

irregular SMR, good AMR
-sound additions
-slow rate, distorted prosody

40
Q

adventitious

A

sporadic movement (extra movement)

41
Q

diplophonia

A

simultaneous perception of two different pitches

42
Q

emotional lability

A

widely fluctuating between laughing and crying

43
Q

dysmetria

A

impaired estimation of range of motion

44
Q

nystagmus

A

repetitive, jerky eye movements

45
Q

festinate

A

speeding up with reduced amplitude when executing repetitive movements

46
Q

phonemic paraphasias

A

substitutions, omissions, and additions secondary to aphasia

47
Q

palilalia

A

compulsive repetition of words or phrases

48
Q

scanning speech

A

excess and equal stress (aka prosodic excess