2023-08-24T05:47:11+03:00[Europe/Moscow] en true <p>V</p>, <p>VII</p>, <p>IX</p>, <p>X</p>, <p>XI</p>, <p>XII</p>, <p>left hemisphere</p>, <p>right hemisphere</p>, <p>frontal lobe</p>, <p>parietal lobe</p>, <p>temporal lobe</p>, <p>brain stem</p>, <p>heschl's gyrus</p>, <p>angular gyrus</p>, <p>What are the intrinsic laryngeal muscles?</p>, <p>lateral cricoarytenoid muscle</p>, <p>transverse &amp; oblique arytenoid muscles</p>, <p>when disfluencies exceed ____% of words spoken, listeners judge the speech as dysfluent or stuttered</p>, <p>stuttering vs cluttering</p>, <p>cluttering</p>, <p>young children tend to stutter on...</p>, <p>older children/adults tend to stutter on....</p>, <p>indirect treatment in stuttering</p>, <p>direct treatment in stuttering</p>, <p>van-riper's fluent-stuttering method</p> flashcards
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  • V

    Trigeminal

    Both motor & sensory

    Face sensation/chewing

  • VII

    Facial

    Both motor & sensory

    Facial expression, taste

  • IX

    Glossopharyngeal

    Sensory

    Taste/swallow

  • X

    Vagus

    Both motor & sensory

    Innervates larynx

  • XI

    Accessory

    Motor

    Neck/shoulder movement

  • XII

    Hypoglossal

    Motor

    Tongue movement

  • left hemisphere

    language dominant

    damage: aphasia

  • right hemisphere

    supporting language

    damage: higher-order language and memory, attention, executive function impairments

  • frontal lobe

    language production, cognitive functions, voluntary movements

    includes: primary motor area, Broca's area

  • parietal lobe

    sensation, taste, smell, touch, hearing

    includes: sensory motor area

  • temporal lobe

    language comprehension and memory

    includes: wernicke's area

  • brain stem

    breathing, temperature, heart rate

  • heschl's gyrus

    auditory processing, sensory hearing area

  • angular gyrus

    complex language related functions

  • What are the intrinsic laryngeal muscles?

    Thyroarytenoid muscle, cricothyroid muscle

    adductors: lateral cricoarytenoid muscle, transverse arytenoid muscle, oblique arytenoid muscle

    abductor: posterior cricoarytenoid muscle

    glottis

  • lateral cricoarytenoid muscle

    rotates arytenoids medially

  • transverse & oblique arytenoid muscles

    contract & pull arytenoids closer together

  • when disfluencies exceed ____% of words spoken, listeners judge the speech as dysfluent or stuttered

    5

  • stuttering vs cluttering

    stuttering = all types of disfluencies that exceed a measure of such as 5% of words spoken; production of part-word repetitions and speech-sound prolongations

    cluttering= rapid but disordered arctic, may have a high rate of disfluencies, disorganized thought and language

  • cluttering

    speech is:

    - too fast overall

    - too irregular

    - both pauses:failure to maintain normally expected sound, syllable, phrase, and pausing patterns

    evidence of greater than expected incidents of disfluency, the majority of which are unlike those of typical people who stutter

    - excessive 'normal' disfluencies

    - excessive collapsing or deletion of syllables

    - abnormal pauses, syllable stress, or speech rhythm

    - rapid speech rate that is sometimes accompanied by bursts of fast speech

    - awareness of disorder is poor

    - prevalence of articulation errors

  • young children tend to stutter on...

    function words

    pronouns, prepositions, auxiliary verbs

  • older children/adults tend to stutter on....

    content words

    nouns, adjectives, adverbs, main verbs

  • indirect treatment in stuttering

    educating caregivers on communication strategies

  • direct treatment in stuttering

    addressing the child's stutter during treatment with SLP

  • van-riper's fluent-stuttering method

    aimed at reducing the abnormality of stuttering through cancellations and pull-outs