Speech disorders Final exam Flashcards

1
Q

Speech

A

Acoustic representation of language

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2
Q

Speech Features

A

Articulation:
Fluency;
Voice:

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3
Q

Articulation

A

How speech sounds are formed

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4
Q

Fluency

A

Smooth, forward flow of communicationInfluenced by rhythm and rate (prosody/suprasegmentals)

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5
Q

Voice

A

Components are

Pitch, Loudness, Quality

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6
Q

Components of voice:

Pitch is

A

Listener’s perception of how high or low a sound is

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7
Q

Components of voice:

Habitual Pitch is

A

Pitch a speaker uses most of the time

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8
Q

Components of voice:

Intonation

A

Pitch movement within an utterance

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9
Q

Components of voice:

Loudness

A

The volume at which a persons voice resonates

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10
Q

Components of voice:

Quality

A

Hoarseness/roughness
Breathiness, vocal tremor
strain and struggle

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11
Q

Speech Sound Disorders:

Cul-de-sac resonance

A

Sound resonates in one of the cavities of the vocal tract (e.g., nasal, oral, or pharyngeal cavity) but is blocked at the cavity exit due to an obstruction.

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12
Q

Speech Sound Disorders:

Articulation

A

focus on errors (e.g., distortions and substitutions) in production of individual speech sounds.

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13
Q

Speech Sound Disorders:

Apraxia of speech

A

Childhood apraxia of speech (CAS) is a neurological childhood (pediatric) speech sound disorder in which the precision and consistency of movements underlying speech are impaired in the absence of neuromuscular deficits (e.g. abnormal reflexes, abnormal tone). CAS may occur as a result of known neurological impairment, in association with complex neurobehavioral disorders of known and unknown origin, or as an idiopathic neurogenic speech sound disorder.

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14
Q

Speech Sound Disorders:

Dysarthria

A

Dysarthria happens when you have weak muscles due to brain damage. It is a motor speech disorder and can be mild or severe.

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15
Q

Phonological disorders focus on

A

predictable, rule-based errors (e.g., fronting, stopping, and final consonant deletion) that affect more than one sound.

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16
Q

If you have dysarthria you ma

A

Have “slurred” or “mumbled” speech that can be hard to understand.
Speak slowly.
Talk too fast.
Speak softly.
Not be able to move your tongue, lips, and jaw very well.
Sound robotic or choppy.
Have changes in your voice. You may sound hoarse or breathy. Or, you may sound like you have a stuffy nose or are talking out of your nose.

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17
Q

If you have dysarthria you may:

A

Have “slurred” or “mumbled” speech that can be hard to understand.
Speak slowly.
Talk too fast.
Speak softly.
Not be able to move your tongue, lips, and jaw very well.
Sound robotic or choppy.
Have changes in your voice. You may sound hoarse or breathy. Or, you may sound like you have a stuffy nose or are talking out of your nose.

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18
Q

Fluency: Stuttering

A

tuttering typically has its origins in childhood. Most children who stutter, begin to do so around 2 ½ years of age ess typical, stuttering-like disfluencies (Yairi, 2007) include part-word or sound/syllable repetitions (e.g., “Look at the b-b-baby”), prolongations (e.g., “Ssssssssometimes we stay home”), and blocks (i.e., inaudible or silent fixations or inability to initiate sounds). In addition, compared with typical disfluencies, stuttering-like disfluencies are usually accompanied by greater than average duration, effort, tension, or struggle

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19
Q

Fluency: Stuttering

A

tuttering typically has its origins in childhood. Most children who stutter, begin to do so around 2 ½ years of age ess typical, stuttering-like disfluencies (Yairi, 2007) include part-word or sound/syllable repetitions (e.g., “Look at the b-b-baby”), prolongations (e.g., “Ssssssssometimes we stay home”), and blocks (i.e., inaudible or silent fixations or inability to initiate sounds). In addition, compared with typical disfluencies, stuttering-like disfluencies are usually accompanied by greater than average duration, effort, tension, or struggle

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20
Q

Fluency: Cluttering

A

In cluttering, the breakdowns in clarity that accompany a perceived rapid and/or irregular speech rate are often characterized by deletion and/or collapsing of syllables (e.g., “I wanwatevision”) and/or omission of word endings (e.g., “Turn the televisoff”)

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21
Q

Components of s treatment Plan

A
Frequency of therapy
Therapy targets (goals)
Individual/group therapy
Style of therapy 
Referrals
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22
Q

Intervention Planning

A

Target Selection Client needsHow the target will generalizeEase of masteryAge appropriatenessOBTAIN BASELINE DATA

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23
Q

Articulation

A

Emphasizes the perspective that speech-sound problems resulted from a motor problem affecting the positioning of the articulators

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24
Q

Phonology

A

Speech sound issues resulted from a disorder within the child’s linguistic system

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25
Q

Otitis Media

A

infection of the middle-ear cavity is caused by bacteria, a virus, or allergens. These microorganisms reach the middle-ear space through the Eustachian tube.

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26
Q

Voice

A

The complex, dynamic product of vocal fold vibration that allows us to vocalize and verbalize.

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27
Q

Adduction

A

The state in which the vocal folds are closed (active

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28
Q

Abduction

A

The state in which the vocal folds are open (at rest

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29
Q

Individuals whose pitch, loudness, or phonatory quality differs significantly from that of persons of a similar age, gender, cultural background, and racial or ethnic group

A

Voice disorder

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30
Q

Fluent speech

A

Speech that moves along at an appropriate rate with an easy rhythm, it is smooth effortless and automatic

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31
Q

Disfluency

A

The speech behavior that disrupts the fluent forward flow of speech such as pauses interjections and revisions.

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32
Q

Developmental stuttering

A

Most common form of stuttering
Begins in preschool years
Onset gradual, increasing in severity
Usually occurs on content words, initial syllables

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33
Q

Neurogenic stuttering

A

StutteringTypically associated with neurological disease or trauma Usually occurs on function words, widely dispersed through utteranceNo secondary characteristicsNo improvement with repeated readings or singing

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34
Q

Disfluency Diagnosis

Ten or more total disfluencies in 100 wordsThree or more stuttering like disfluencies in 100 wordsPhysical escape behaviors Verbal avoidance behaviors

A

After the clinician administers a comprehensive fluency assessment, a diagnosis is made, based on all of the accumulated evidence. As a general rule, a fluency disorder is more likely to be diagnosed when the following are observed during assessment

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35
Q

Acquired Apraxia of speech

A

Apraxia of speech (AOS) is a “neurologic speech disorder that reflects an impaired capacity to plan or program sensorimotor commands necessary for directing movements that result in phonetically and prosodically normal speech” (Duffy, 2013, p. 4). AOS has also been referred to in the clinical literature as verbal apraxia or dyspraxia.

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36
Q

Apraxia of speech

A

An impairment of motor programming and planning that involves and inability to transform a linguistic representation into the appropriate coordinated movements
Unrelated to weakness slowness paralysis or language disturbance.

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37
Q

Acquired Apraxia of speech

A

-Result of neurological damage

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38
Q

Developmental Apraxia of speech

A

May be accompanied by limb or oral Apraxia

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39
Q

Dysarthria has speech sound distortions whereas Apraxia has speech sound ___________

A

Apraxia has speech sound substitutions

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40
Q

Dysarthria has substitution errors related to target phoneme whereas Apraxia has substitution errors often not ______ _ ______ ______

A

Apraxia has substitution errors often not related to target phoneme.

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41
Q

Dysarthria has substitution errors related to target phoneme whereas Apraxia has substitution errors often not ______ _ ______ ______

A

Apraxia has substitution errors often not related to target phoneme.

42
Q

Dysarthria has highly consistent speech sound errors where as Apraxia of speech has inconsistent ________ _________ _______

A

Apraxia of speech has inconsistent speech sound substitution.

43
Q

Dysarthria has consonant clusters simplified where as Apraxia of speech has a Schwa often Inserted between

A

Apraxia of speech has a schwa often inserted between consonants in a cluster.

44
Q

Dysarthria has little audible or silent groping for a target speech sound where as Apraxia has

A

Audible or silent groping for a target speech sound

45
Q

Dysarthria has a rapid or slow rate whereas Apraxia has ..

A

Apraxia has a slow rate characterized by repetitions, prolongation and additions

46
Q

Dysarthria has no periods of unaffected speech whereas Apraxia has

A

Islands of fluency

47
Q

Dysarthria has no periods of unaffected speech whereas Apraxia has

A

Apraxia has Islands of fluency

48
Q

Dysarthria has little difference between reactive or automatic speech and volitional speech; both affected whereas Apraxia has often..

A

Apraxia has often very fluent reactive or automatic speech, non fluent volitional speech.

49
Q

Childhood Apraxia of Speech

A

CAS “is a neurological childhood (pediatric) speech sound disorder in which the precision and consistency of movements underlying speech are impaired in the absence of neuromuscular deficits (e.g., abnormal reflexes, abnormal tone).

50
Q

Characteristics of CAS

A

Symptoms the same as AOSConsiderable delays in their development of speech production

Limited sound inventory when producing syllables and words

Severe unintelligibility

Progress slowly in therapY

51
Q

Unaided AAC

A

No external equipment○Gesturing, signing, cued speech, fingerspelling

52
Q
Aided AAC
Assistive technology ( three kinds
A

1 No tech
2 Low tech
3 Hi tech

53
Q

Aided AAC No tech

A

Uses readily available materials

54
Q

Low tech

A

Simple few moving parts

55
Q

High tech

A

Sophisticated, usually computer based.

56
Q

Types of symbols five of them

A

Aided and Unaided symbols

Acoustic Symbols

Graphic Symbols

Manual Symbols

Tactile Symbol

57
Q

Technique

A

Refers to the way in which messages are transmitted, that is how an individual selects or accesses symbols.

58
Q

Direct selection technique

A

Physical pressure or depression
Physical contact
Pointing without contract
Speech or voice input

59
Q

Indirect selection technique

A

Scanning with single or dual switches
Directed scanning
Coded access

60
Q

Complex Communication Needs

A

Exists when individuals cannot meet their daily communication needs through their current method(s) of communication

61
Q

Complex communication needs emphasizes..

A

Needs and purposes of communication

The development of meaningful treatment goals

62
Q

AAC System SelectionConsider

A
Motor abilities
Cognitive abilities
Potential vocabulary size
Ease in learning new system
Whether client and partners accept new system
Flexibility
Intelligibility
63
Q

Dysphagia

A

the medical term used to describe a swallowing disorder.

It is a delay in, or misdirection of, a fluid or solid food bolus as it moves from the mouth to the stomach.

64
Q

Feeding disorder

A

an impairment in the process of food transport outside of the act of swallowing.

65
Q

Bolus

A

Food or drink substance once in the mouth

66
Q

Penetration

A

Food or drinks enter the larynx which can cause choking and respiratory distress.

67
Q

Aspiration

A

The food or liquid passes through the larynx and into the lungs, which can interfere with the exchange of air in the lungs and cause asphyxiation or a pulmonary infection, such as pneumonia

68
Q

The swallowing process anticipatory phase

A

Salivating, positioning response to aroma, personal rituals

69
Q

Oral phase

A

Oral preparatory

Prepared liquid/solid Bolus positioned

70
Q

Oral transport

A

Moved to back of mouth

Swallow reflex triggered

71
Q

The swallowing process pharyngeal phase

A

Velum stops bolus from entering nasal cavityCreation of pressurePharynx contracts and squeezesHyoid bone rises, larynx up and forwardVocal folds close, epiglottis loweredCricopharyngeal sphincter opens

72
Q

Esophageal Phase

A

Muscles of esophagus move bolus down in peristaltic contractions

73
Q

Dysphagia is a secondary disorder, meaning that it results from another primary cause. The most common causes of dysphagia are…

A

neurological damage due to a stroke, a brain injury, or a disease (e.g., Parkinson’s disease), and laryngeal damage due to radiation, surgical removal of the larynx (laryngectomy), or trauma

74
Q

Swallowing Valves important for Bolus transfer ( six of them)

A
Lips
Velum
True vocal folds
False vocal folds
Pharyngoesophageal segment
Lower esophageal sphincter
75
Q

Lips

A

Closure builds intraoral pressure

76
Q

Velum

A

Seals Nasopharynx from foreign bodies

77
Q

True vocal folds

A

Provide airway protection

78
Q

Pharyngoesophageal segment

A

Relaxes for Bolus entry closes to avoid regurgitation.

79
Q

Lower esophageal sphincter

A

Relaxes for Bolus entry, closes to avoid reflux.

80
Q

Evaluation of swallowing Modified Barium Swallow study

A

Barium on food or liquid
X-ray recorded for later analysis

Used for determining:
Oral vs nonoral feeding
Safest food textures
Appropriate therapy

81
Q

Dysphagia treatment foods and positioning

A

Body and head positioning

Modification of foods and beverages
Textures quantities and temperatures , may only tolerate certain consistencies

82
Q

Dysphagia treatment placement

A

Place where intact sensation and adequate muscle strength.

83
Q

Dysphagia medical and pharmacological approaches (three of them)

A

Drug treatments

Prosthesis and surgical procedures

Non oral feeding

84
Q

Dysphagia treatment

Drug treatments

A

Medications can either help or cause /contribute to swallowing disorders

85
Q

Dysphagia treatment

Prosthesis and surgical procedures

A

Prosthetic devices if swallowing mechanism not intact

Remove cervical growths, increase vocal fold dimension,
elevate larynx,
Suture vocal folds closed

86
Q

Dysphagia treatment Non oral feeding

A

Nasogastric tube, Jtube PEG tube (G tube)

87
Q

Pediatric feeding disorder

A

A child’s persistent failure to eat adequately for a period of at least one month, which results in a significant loss of weight or failure to gain weight.

88
Q

In addition to the failure to eat adequately, the child with a feeding disorder usually demonstrates one or more of the following

A

Unsafe or inefficient swallowing patterns

Growth delay affecting height and or weight

Lack of tolerance of food textures and tastes

Poor appetite regulation.

89
Q

Dysphagia typically results from

A

dysfunction of or damage to a child’s oral-motor system or an Inappropriate eating rate.

90
Q

Dysphasia Can affect

A
Planning
Timing
Coordination
Organization
Sensation
91
Q

Dysphagia causes and risk factors

Dysphagia frequently accompanied a number of syndromes, particularly those that feature low muscle tone (hypotonia), delayed _______ _____ , and physical deformities affecting the _____ __________ area

A

Dysphagia frequently accompanied a number of syndromes, particularly those that feature low muscle tone (hypotonia), delayed muscle tone, and physical deformities affecting the oral motor area

92
Q

Children with down syndrome

A

May exhibit hypotonia, contributing to a weak suck, which can result in a swallowing impairment.

93
Q

Cerebral Palsy

A

A neuromuscular disorder that affects about 1 in 1000 children, also presents a significant risk factor for disphagia.

94
Q

Feeding and swallowing evaluation ( four steps)

A

Case History
Careful evaluation of the structures and functions of the child’s oral-motor mechanism.
Observation of the lips, tongue, jaw, teeth, and hard and soft palates.

The specialist examines the structures and functions at rest (when not being used for feeding or swallowing) and during feeding.

95
Q

The immediate and foremost goals of pediatric feeding and swallowing treatment are

A

to ensure that nutritional needs are met for healthy growth and developmentTo ensure that feeding and swallowing do not endanger a child’s life. ○In some cases, this means providing alternative or supplemental nutrition via tube feeding.

96
Q

Once the immediate goals of pediatric feeding and swallowing are met..

A

specialists focus on improving a child’s own ability to meet his or her nutritional needs and to see eating as a psychologically pleasant experience.

97
Q

Children who are unable to meet their own nutritional needs orally and whose growth is faltering require an alternative solution. Children who are candidates for supplemental or alternative nutrition are those.. ( four criterion)

A

Who cannot meet 80% of their caloric needs orally Who have not gained weight or who have continuously lost weight for 3 monthsWhose weight and height ratio is below the 5th percentile Whose feeding time is greater than 5 to 6 hours daily

98
Q

Nasogastric tube (NG), gastrostomy tube (PEG or G) or a jejunostomy and (J) tube are examples of …

A

Alternative and supplemental feeding

99
Q

Hypernasality

A

occurs when there is sound energy in the nasal cavity during production of voiced, oral sounds

100
Q

Hyponasality

A

Hyponasality—occurs when there is not enough nasal resonance on nasal sounds due to a blockage in the nasopharynx or nasal cavity

101
Q

Is gagging a reflex?

A

Yes it is