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65 Cards in this Set
- Front
- Back
Components of speech
*hint remember in hierarchy order |
Respiration (Speech Breathing)
Phonation Resonance Articulation Prosody |
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Apraxia
* basic |
Disruption in MOTOR PLAN that is constructed within the brain
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Dysarthria
* basic |
Disruption in MOTOR ACTIVITY (the execution of speech by the muscles in the periphery)
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Congenital Speech Disorder
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Typically STRUCTURAL ABNORMALITY or NERVOUS SYSTEM IMPAIRMENT
ex. Cleft lip / Palate |
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Acquired Speech Disorder
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Trauma
Accidents Disease Stroke Neoplasm |
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How is dysarthria classified?
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-- Site of lesion
-- What's going on with muscles -- Type of movement |
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Spastic Dysarthria
* site of lesion |
Bilateral brain damage of UPPER and lower motor neuron (upper will influence motor that's why you say both)
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Spastic Dysarthria
* characteristics |
-- too much muscle tone
-- muscle is tight and hard to move - this doesn't mean increased strength -- limited range of motion -- can become less tight with deep pressure / massage |
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Flaccid Dysarthria
* site of lesion |
LMN or PNS injury
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Flaccid Dysarthira
* characteristics |
-- too little tone - "floppy"
-- limited range of motion -- weak, more so than spastic & Can't move muscles quickly |
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Ataxic Dysarthria
* characteristics |
-- unregulated movement
-- DRUNK! |
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Ataxic Dysarthira
* site of lesion |
-- Cerebellum
* unilateral lesion will resolve fairly quickly |
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Hypokinetic
* site of lesion |
-- basal ganglia
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Hypokinetic
* characteristics |
-- restricted / lack of movement
-- related to muscle rigidity -- Parkinson's disease! |
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Hyperkinetic
* site of lesion |
-- basal ganglia
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Hyperkinetic
* characteristics |
-- too much movement
-- movements are involuntary - may be constant, elicited by other movements -- one movment that moves into the extremes or many movements -- tremor, motor ticks, chorea |
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Error patterns for APRAXIA
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Motor plan is mixed up with each attempt - will hear many different things: omissions, additions, substitutions, fillers
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Error patterns for DYSARTHRIA
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-- error patterns are predictable
-- most of what you hear are distortions |
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Apraxia is a component of...
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Broca's Aphasia
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Only true dysarthria with damage to LMN
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Flaccid
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Trigeminal
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(V)
- Mixed nerve Sensory - Facial Sensation - Anterior tongue Motor - Muscles of mastication |
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Trigeminal CN impact on speech
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- No facial sensation which would affect articulation (reduced feedback on sounds made with lips)
- Anterior tongue would affect swallowing (you need to know where the bolus is - No jaw movement |
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Facial
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(VII)
- Mixed nerve Sensory - Anterior tongue taste - Oral cavity Motor - muscles of facial expression |
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Facial CN impact on speech
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- When a bolus is in your mouth you can feel it because of 5, but you can taste it because of 7
- Motor impact on speech would primarily affect LABIAL sounds |
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Hemispheres lesion will affect...
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both sides of upper face but only opposit sides of lower
ex. Left hemi affects R&L UPPER face, only RIGHT LOWER face |
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Auditory
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(VIII)
Sensory nerve - Hearing / Vestibular |
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Auditory CN impact on speech
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- Would affect articulation - degree would depend on when hearing was lost (Born without hearing = poor artic, born with lost later = better artic)
- Odd resonance pattern |
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Glossopharyngeal
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(IX)
-- Mixed Sensory - Pharyngeal region - Posterior Tongue Motor - Pharyngeal muscles |
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Glossopharyngeal CN impact on speech
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- Important for triggering swallow - without sensation in pharyngeal region then it can't be triggered and bolus could be dumped in airway
-- Nasopharynx - hypernasal speech -- Affect taste on back of tongue -- Not a HUGE impact on speech -- Test with gag |
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Vagus
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(X)
-- Mixed Sensory - Laryngeal Sensation Motor - Laryngeal branch - intrinsic laryngeal muscles - Pharyngeal branch - velar elevation |
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Vagus CN impact on speech
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- sensation of larynx allows airways to be protected - if you don't have this sensation you won't cough and things could pass through larynx down to lungs
- hypernasal if you can't elevate velum (damage to pharyngeal branch) - vocal fold paralysis (damage to laryngeal branch) |
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Unilateral damage to laryngeal branch of vagus
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Breathy voice
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Bilateral damage to laryngeal branch of vagus
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No voice
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Only muscle to abduct vocal folds
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Posterior cricoarytenoid - if they can't contract then they can't pull the folds open
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Spinal Accessory
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XI
-- Motor nerve - neck muscle - assist with respiration |
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Hypoglossal
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(XII)
-- Motor nerve - innervates muscles of tongue |
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Pharyngeal Plexus
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CN 9, 10, 11
(glossopharyngeal, vagus, spinal accessory) |
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Tongue CN
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Hypoglossal (12)
Trigeminal (5) Facial (7) Glossopharyngeal (9) Vagus (10) |
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Perceptual Assessment
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-- ESSENTIAL b/c universally available, judges intelligibility
-- difficult to standardize b/c of patient and environment -- influencing factors - skills & experience of clinician |
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Acoustic Assessment
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-- supplements perceptual
-- Where's the breakdown? Rate? Pauses? Nasality? -- Oscillographic analysis (pauses/amplitude) -- Spectographic (frequencies) |
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Phonation
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Quality
Intensity Pitch |
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Resonance examination
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Velopharyngeal function
- examine for air leaks - listen to resonance - occlude and open nostrils |
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Articulation eval
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- Patterns of errors
- Where's the breakdown? -- single sounds -- words -- phrases/sentences -- conversation |
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Speech Treatment - 5 principles
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(CPEMM - courtney pets elephants, monkeys, & more)
Compensatory Strategies Purposeful activity Early Treatment Monitoring Motivation |
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Behavioral Approach
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- Traditional treatment that emphasizes new skills/compensation
- Can be implemented any time, anywhere - Most frequently implemented treatment approach |
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Biofeedback / Instrumental
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- Direct feedback regarding their performance
- IOPI - Visipitch - Intelligibility drills - vocalite |
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Surgical/ Prosthetic
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- Medical management of severe dysarthria
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Hierarchy
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BP - now that's a RAP
Respiration Phonation Resonance Articulation Prosody |
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Hyperadduction phonation techniques
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Yawn
Chew Medical management - botox |
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When do people typically get botox for speech?
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Spasmotic dysphonia
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Hypoadduction treatment
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Push/pull
LSVT (Lee Silverman Voice Treatment) |
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Resonance treatment
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-- Biofeedback via mirror, acoustic (listening to recording), airflow
-- Strengthening w/ CPAP or effort/compensatory strategies |
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Articulation treatment
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- compensatory strategies
- auditory, visual, temporal, targets/self eval - palatagrophy (biofeedback) - spectograph |
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Prosody treatment
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- stress patterns, rate, intonation patterns
- contrastive stress drills (let's eat grandma) |
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Motor Learning Theory
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Stimuli
# of trials Order of presentation Knowledge of performance Knowledge of feedback |
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Hypoadduction treatment
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Push/pull
LSVT (Lee Silverman Voice Treatment) |
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Resonance treatment
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-- Biofeedback via mirror, acoustic (listening to recording), airflow
-- Strengthening w/ CPAP or effort/compensatory strategies |
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Articulation treatment
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- compensatory strategies
- auditory, visual, temporal, targets/self eval - palatagrophy (biofeedback) - spectograph |
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Prosody treatment
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- stress patterns, rate, intonation patterns
- contrastive stress drills (let's eat grandma) |
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Motor Learning Theory
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Stimuli
# of trials Order of presentation Knowledge of performance Knowledge of results |
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Hypoadduction treatment
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Push/pull
LSVT (Lee Silverman Voice Treatment) |
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Resonance treatment
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-- Biofeedback via mirror, acoustic (listening to recording), airflow
-- Strengthening w/ CPAP or effort/compensatory strategies |
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Articulation treatment
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- compensatory strategies
- auditory, visual, temporal, targets/self eval - palatagrophy (biofeedback) - spectograph |
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Prosody treatment
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- stress patterns, rate, intonation patterns
- contrastive stress drills (let's eat grandma) |
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Motor Learning Theory
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Stimuli
# of trials Order of presentation Knowledge of performance Knowledge of feedback |