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CMD quiz 3

QuestionAnswer
Phonemes are categorized by what? Vowels and consonants -vowels=relatively open/unobstructed vocal tract -consonants=some constriction. (place, manner, voicing)
place which articulators are being used is what classifies consonants -where constriction of airflow takes place
manner degree of constriction or closure somewhere along the vocal tract while making consonants -classifies manner of consonant production
voicing whether voicing or not during consonants -vocal folds vibrating=voiced -not vibrating= voiceless
/b/ - place/manner/voicing place- bilabial manner- stop -voiced
/s/ - place/manner/voicing place- alveolar manner- fricative -voiceless
/k/ - place/manner/voicing place- velar manner-stop -voiceless
stop (manner) Air pressure is built up behind the point of constriction, momentarily stopped and then released
fricative (manner) narrow passageway for the air to pass through creating a friction-like noise
phonological patterns/processes children often simplify difficult adult-like pronunciations -fronting ex. (car--> tar) , (ship--> sip) -gliding ex. (leg--> weg) , (run--> wun)
age of extinction these processes are normal until a certain age -simplification distiguishes over time
speech sound disorders: RISK FACTORS [7] -being male -hearing status -history of mid. ear infections and fluid buildup -discrimination ability of speech sounds cant be perceived -feeding difficulties -family history of speech/language disorders -low maternal edu.
cleft palate: speech characteristics [4] -nasality, VPI -articulation errors, compensatory articulation -glottal stops (pop) -delayed speech development
dysarthria: DEFINITION motor speech disorder caused by NEUROMUSCULAR deficits --weakness or paralysis, poor coordination of musculature
dysarthria: OCCURANCE 90% of kids with CP have some degree severity of dysarthria
dysarthria: what does it impact -affects respiration, phonation, articulation, and resonance, -location+severity determine type and degree of impairment
dysarthria: symptoms -difficulty moving tongue or lips -slow, slurred, breathy, or nasal sounding speech -hoarse or strained voice -speaking too loud/quiet -hard to speak in normal rhythm -gurgly/monotone speech -longer words are hard to articulate
childhood apraxia of speech ( CAS ) NEUROLOGICAL speech sound disorder -impaired motor planning/programming capabilities, can't learn correct motor plan/programming for accurate speech production
CAS characteristics affects ability to PLAN and PROGRAM movements necessary for accurate speech production. - [i.e., positioning and timing of the articulators, amount of muscle activation -produce single words better than running speech
CAS symptoms -INCONSISTENT errors when repeating productions of syllables/words -disrupted TRANSISTIONS btwn sounds/syllables -inappropriate PROSODY -Limited consonant or vowel REPERTOIRE -frequently OMIT/delete sounds, and ADDsounds
fluent speech effortless, smooth, and rapid manner of speech. continuous uninterrupted flow of speech
stuttering examples mmmmmmmm - ommy (prolongation) b----oy (blocks) b-b-b-b-ball (repititions)
incidence of stuttering ~5-8% of people have stuttered at some point in their lives. -age 8-9 has 85% recovery rate ~within 2 years- 71% spontaneously/naturally recovered
recovery variables ~females recover more often and quickly than males ~risk of persistence is higher: with family history, late onset [after 3.5yrs] ~persistence of stuttering one year post-onset
examples of typical disfluencies ~whole word repetitions [I-I-I-I want a cookie] ~interjections [can we --um-- go now] ~syllable repetitions [I like ba-baseball]
definition of stuttering [characteristics] -repetition of sounds/syllables -prolongation OR blocks -developmental as child, acquired as adult
developmental stuttering -onset occurs btwn age 2-5, in PS years -contrasted with neurogenic stuttering -75% of the risk of developing stuttering occurs before the age of 3.5
risk factors for developmental stuttering -family history: one/more relatives who needed treatment -being male -below average communication SKILLS -extreme STRESS due to high expectations -having sensitive temperament, high emotional REACTIVITY
secondary behaviors: why are they used -helps terminate/avoid stutter -each action is found by trial and error -reduce instances of stuttering -facial tension/grimacing -eye blinking -exag. head, shoulder, arm movements -varied and idiosyncratic -aka accessory behaviors
what indicates stuttering more than two units of repetition -prolongations, blocks, repetitions rather than interjections and revisions
Stuttering EVALUATION: what is done/looked for ~case history ~observation and detailed analysis of speech behaviors ~determine AVG NUMBER of each type of disfluency (blocks, prol., etc) -10 or more disfluencies per 100 words may indicate fluency problem
borderline stuttering [2- 3.5 yrs] Child is UNAWARE and unbothered by stutter -more than 1 or 2 units in repetition -6-10 disfluencies per 100 words. -more part word and mono-syllabic whole word repetitions and prolongations
beginning stuttering [4-6 yrs] ~aware and frustrated abt stutter ~REPITITIONS become rapid and irregular ~muscular tension and blocks appear -eye blinking ~PROLONGATIONS and repetitions with raise in PITCH
intermediate stuttering [6-13] ~fear of stuttering, avoiding speaking situations ~increased muscular tension ~secondary behaviors more complex ~frequent circumlocutions and word substitutions
advanced stuttering [14+] apex in development of stuttering -FEARful anticipation of stuttering ~TREMORS cause more tense blocks (lip, jaw, tongue) ~CERTAIN words and sounds are avoided ~excessive use of CIRCUMLOCUTIONS
[4] theories and conceptual models of stuttering organic theory: behavioral theory: covert repair hypothesis: demands and capacities model:
organic theory physical cause for stuttering ~cerebral dominance theory ~aristotle suggested disconnection btwn mind and body. muscles of tongue can't follow commands of brain
cerebral dominance theory- no evidence speculated that people born left-handed (RH dominant) were forced to use their right hand as child. neither cerebral hemisphere becomes dominant, neural impulses from both hemispheres compete, can't control muscles
behavioral theory- no evidence ~parents respond negatively to a child's TYPICAL disfluencies ~leads to anxiety about speaking, hesitations and repetitions from anxiety ~stuttering is a learned response to external conditions
covert repair hypothesis ~PWS have a less efficient phonological encoding system, which causes more covert repairs being triggered. ~they can't catch the 'repair' in time before speaking
demands and capacities model stut. develops when enviro demands (to make fluent speech) exceed child's physical/learned capacities (motor skills, language production skills, emotional maturity, cognitive development) -a child who stutters likely is missing one of these capacities
stutter affirming therapy teaching PWS to value/embrace stutter (stutterphilic reaction) rather than reject/avoid it (stutterphobic reaction)
fluency-shaping technique ~reduce speech rate [PROLONGED speech] ~reduce articulatory TENSION ~gentle voicing ONSETS
[3] stutter modification techniques set of 3 techniques helping to react to stutter calmly, without unnecessary effort/struggle 1.cancellations 2. pull-outs 3. prepatoy sets
cancellations repeat and produce word that was stuttered, pause after that word for 3 seconds, reproduce it in slow motion
pull-outs there is no pause to correct the stuttered word. It's modified during the actual occurrence of the stutter
preparatory sets slow motion technique is used in anticipation of stutter, rather than after.
Created by: liz gelles
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