Exam #2 Flashcards

1
Q
  • List the goals, objectives, and action plans of dysphagia intervention.
A
  1. To avoid morbidity associated with dysphagia
  2. Ensure that swallowing is safe (protective function)
  3. Ensure that patient has adequate hydration and nutrition (supportive function)

Goals are met through objectives
Targeting specific aspects of swallow physiology
E.g., hyolaryngeal excursion, UES opening duration

Objectives are accomplished through action plans
Specific techniques, frequency of practice of techniques, etc
E.g., Mendelsohn maneuver (HLE); Shaker exercise (UES opening)

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2
Q
  • Describe the pertinent management considerations.
A
  1. Nature of swallowing deficit (feeding difficulty/swallowing difficulty) (voluntary vs involuntary)
  2. Patient characteristics
  3. Specific diagnosis/prognosis, severity, psychosocial factors- Influences motivation
  4. Ability to follow instructions
  5. Medications
  6. Support from caregivers, etc.
  7. Can we maintain oral intake?
    If time to swallow bolus is > 10 sec, oral intake not recommended
    If amount aspirated > 10% per trial, oral intake not recommended
    Will change over time: re-assessment to advance diet, or recommend further restrictions
  8. When to intervene? How to intervene?
    Situation dependent
    Prognosis, motivation, EBP
    ***If treatment is appropriate:
    What options are available?
    Why would they work with this patient?
    What are anticipated risks/benefits?
    What are anticipated functional outcomes?
    Patient empowerment
    Increases compliance; ensures patient’s needs are met
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3
Q
  • List the 3 main management approaches for dysphagia.
A

A. Compensation
Meant to be short-term adjustments to facilitate safe oral intake.
B. Therapeutic/Rehabilitation
to improve swallowing physiology with lasting effects; change in physiology expected to remain once therapy stops
C. Preventative
Minimize negative outcomes (nutrition/hydration deficits, infections, etc.)
To minimize or prevent dysphagia in high-risk populations

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4
Q
  • Contrast enteral and parenteral nutritional support.
A

Enteral- nutrition is passed through the intestine (if GI tract is functional)
Nasogastric/Nasointestinal Tube
Gastrostomy Tube
Jejunostomy Tube
Parenteral- (not by mouth, not by intestine GI tract not funcitonal
TPN = total parenteral nutrition
PPN = peripheral parenteral nutrition

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5
Q
  • Describe the indications for and types of parenteral support.
A

Indications:
nonfunctional gastrointestinal tract, and
feeding required for > 1 week
Types:
Total Parenteral Nutrition (TPN)
Peripheral Parenteral Nutrition (PPN)
feeding required for 7 – 10 days

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6
Q
  • Describe the suggestions for transitioning from nonoral to oral feeding.
A
  1. Identify a safe oral bolus
  2. Provide intermittent tube feeds
  3. Ingest oral feedings before tube feeding- ensuring that patient is actively engaged and enjoying the food
  4. Reestablish a normal meal routine- may get family and friends to come in to enjoy the meal with them
  5. Provide a specific diet in the initial stages- what should a meal constitue (meat/vegetable/specific diet)
  6. Document the type, amount, and time to eat of all materials taken by mouth
  7. Document any problems with the oral diet and any complications
  8. Involve patient/family in preferences for advancing oral diet- if they want to continue to advance an oral diet (age, overall health, they may have had a traumatic experience)
  9. Monitor swallow performance, nutrition and hydration, and respiratory complications
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7
Q
  • List the prosthetic management options.
A

adaptive feeding devices
palatal prostheses
synthetic saliva
jaw sling- increases jaw support (keeps a place for the tongue)

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8
Q
  • Describe the benefit and specific aims of various postural adjustments.
A

redirect bolus flow and change pharyngeal dimensions
1. head back/extension- assists with oral transport to move things backwards
Don’t want to do that if there is inadequate airway closure
2. head down/chin down- facilitates airway protection during the actual swallow
Anterior structures shift posteriorly
3. head rotated to the side
Closes off the weaker side (hemiparesis of a VF)
4. head tilted to the side
Promotes oral transport by engaging side of the larynx
Should evaluate changes in residue, aspiration, transit time

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9
Q
  • Describe at least 3 oral sensory awareness strategies.
A

provision of a preliminary stimulus prior to oral phase of swallow
increasing downward pressure against tongue
sour bolus
cold bolus
larger volume of bolus (>3ml)
bolus requiring chewing
thermal-tactile stimulation

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10
Q
  • Describe the pros and cons of various textures and texture modifications.
A

Thin liquid:
Pro:
Easiest to have on hand and to consume.
Con:
Aspiration risk and difficult to control
Thicken liquid
Pro: slows down swallow and gives system more time to initiate, more control
Con: less appealing texture
Pudding/Puree
Pro:smooth consisitency, easy to prepare
Con: texture sensitivity
Chopped/Minced
Pro: more texture/flavor-more natural
Con: if not prepared correctly – can lead to aspiration
Cookie/Cracker
Pro: familiarity/appealing
Con: aspiration and dryness
Modification
Pro: create a safe swallow as possible, reduce risk of aspiration
Con: relying on texture modifications may mask the root causes of dysphagia instead of addressing them through more detailed clinical assessments and rehabilitative interventions

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11
Q
  • Define the advantages of modifying bolus presentation.
A

Volume
average bolus size = 15-26mL (gender differences)
delay in triggering pharyngeal swallow – may benefit from a larger bolus (sensory input)
May have a lot of residue leftover as a result
weak pharyngeal swallow – may benefit from smaller boluses at a slower rate (more control/less residue)
will be individual-dependent
Temperature
cold (enhanced awareness), extremes of hot/cold (typically ingested in small amounts).

Meal time/frequency- if clients fatigue throughout a meal, you may want to make it earlier in the day. Can also do more frequent meals that are smaller/faster
Distractions
Alternating food/liquid wash
Taste/Smell/Aesthetics

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12
Q
  • Define the pros and cons of dry/saliva swallows and liquid wash approaches to dysphagia management.
A

Multiple (Dry/Saliva) Swallows
designed to clear residue from mouth and pharynx
pros:
prevents aspiration after swallow
use with oral and pharyngeal weakness
cons: Increases feeding time (bad for ppl who fatigue easily)

Liquid Wash
pros: clears residue from mouth and pharynx
prevents aspiration after swallow
same indications as Dry Swallow
cons: use thin liquids to remove residue (if patient is able to manage thin liquids)

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13
Q
  • List the 3 broad therapeutic approaches for dysphagia management.
A

A. Compensation
Meant to be short-term adjustments to facilitate safe oral intake.
B. Therapeutic/Rehabilitation
to improve swallowing physiology with lasting effects; change in physiology expected to remain once therapy stops
C. Preventative
Minimize negative outcomes (nutrition/hydration deficits, infections, etc.)
To minimize or prevent dysphagia in high-risk populations

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14
Q

Describe at least 3 voluntary maneuvers.

A

Supraglottic swallow (SGS)
Super Supraglottic swallow (S-SGS)
Effortful swallow
Mendelsohn maneuver- - to improve hyolaryngeal movement elevation and excursion and, consequently, opening of the upper esophageal sphincter during swallowing
Sit or stand comfortably. Start to swallow normally. When your larynx (voice box) is at its highest point, squeeze your throat muscles to hold it in that position for 3 counts, and then relax. You can use your fingers to feel your larynx move

Evidence is mixed for many maneuvers
Not all have been evaluated relative to altering health outcomes
Trying to make these processes more voluntary

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15
Q

Describe a sensory facilitation technique as a compensatory and therapeutic management approach.

A

Thermal-tactile Stimulation
Air-pulse Stimulation
designed to facilitate initiation of a dry swallow
Based on premise that a “swallow” is likely the best motor activity for improving swallowing
Typical resting swallowing rate = 1 sw/min
Patients with neurogenic dysphagia demonstrate decreased sw/min (Theurer et al., Arch Phys Med Rehab)

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16
Q
  • Identify any unique treatment considerations of the dementia types.
A

Visual and olfactory aspects
Hallmark feature= weight loss 40%, predictor of mortality
Weight gain= protective effect

Reduction of mass in the gums can be the first sign of weight loss
Personality/behavioral/language changes as result of frontal lobe impact
Disinhibition (rude behavior, comments on appearance ex.)

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17
Q
  • List key assessment components/questions that may be relevant for a
    dementia admission into acute care.
A

Swallow assessment, cognitive assessment?

Some potential questions: Why has hospital admission occurred?
Is this an acute problem?
What has been his/her level of functioning over past few days, weeks, months?
What do caregivers perceive as the problem with eating and drinking?
Can the person consent to assessment and intervention?
Is the person dying?
What food and drink textures are available at home?
Are there any patterns to their skills and difficulties?
Does the caregiver manage these issues?
How does behaviour impact on the problem?
Is the patient able to describe their difficulties?
Could swallowing difficulty be due to effects of medication?
Does the patient have an advanced decision/previously held view re: wishes for advanced stage care? (Smith et al., 2009)

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18
Q
  • Identify management techniques for mild/moderate vs. severe dysphagia
    in dementia.
A
  1. Mild to moderate swallowing impairment:
    Change texture
    Thicken liquids
    Puree solids
    Smaller, more frequent meals
    Favourite foods
    Nutritional supplements
    Feeding techniques for caregivers
    Pace
    Verbal, nonverbal cues
    Reduced distractions
    Good mouth care
  2. Severe swallowing impairment Options:
    Careful oral feeding (hand-feeding)
    Artificial hydration (temporary)
    Nasogastric feeding (temporary)
    PEG
    Stop feeding
19
Q

Describe the palliative approaches to dysphagia management.

A
  1. Even in cases where family has not received delegation to make healthcare decisions, they can still be consulted
  2. Can provide valuable insight regarding patient’s previous wishes
  3. Encourage eating/drinking by mouth as long as possible
    * Food is offered, not forced
  4. If patient is dying, food and drink may not be wanted or needed
    * Mouth care, ice chips, artificial saliva products
    * “Comfort feeding”
20
Q

List the effects of radiation therapy (general and specific to head and neck cancer).

A

begin in the middle-to-end of treatment regimen, worsen after treatment ends

General:
painful dermatitis
need for more bed rest
limited exercise tolerance
appetite loss
altered mood

H&N cancer patients:
facial and/or oral pain
difficulty swallowing and chewing
altered speech and voice
Dysgeusia- distorted sense of taste
fibrosis
xerostomia and associated eating discomfort
dental caries- cavities
mucositis and edema

21
Q
  • Describe the impact on QOL in head and neck cancer patients.
A

Acceptability
Quality of relationships
Social isolation
Emotional stress
Altered body image
Depression
Job loss/economic impact
Financial stress
Fatigue
Anxiety and fear of recurrence
Pain anxiety
Decreased self-esteem
Sexuality
Substance abuse

22
Q
  • Identify the key ethical considerations in a given case.
A

Waitlists
Severity
Progression of the disease (if applicable)
Cultural Factors
EBP
Patient Preferences

23
Q
  • Describe the basic process of CNS development in utero.
A

CNS matures from bottom up
1st trimester – spinal cord synapses form
2nd trimester – brainstem begins to mature
Breathing, heart rate, blood pressure, digestion, sleep
3rd trimester – cerebral volume & surface area increases
Necessary for functional life

24
Q
  • Describe the key anatomical differences in infancy.
A

Downward/anterior movement of the jaw
Oral cavity grows larger
Length of pharynx increases as well
Fat pads in the cheeks to support oral movements

25
Q

List which components of the swallow are voluntary/involuntary in
infancy.

A

In neonates and infants, 4 components of feeding are involuntary
* oral phase
* trigger of pharyngeal phase
* pharyngeal phase
* esophageal phase
* Brainstem-mediated reflexes assist with oral feeding
NO voluntary components until 3-6 months

26
Q
  • Describe the primary adaptive and protective reflexes in infants.
A
  1. Adaptive reflexes:
    * Rooting – turn head toward tactile stimulation of lips/cheek, open mouth
    * Suckling – anterior-posterior motion of tongue with tactile stimulation of tongue dorsum
    * Transitions to sucking at 3-6 months
  2. Protective reflexes:
    * Tongue protrusion – push food out of mouth when not mature enough to masticate
    * Tongue lateralization – push food to side of mouth to be held or chewed
    * Phasic bite – crude jaw movements
    * Gag reflex – expels material from pharynx
    * Cough
    * Swallow
27
Q
  • List 5 possible etiologies related to pediatric dysphagia.
A
  1. illness, medical treatment, hospitalization
    (Respiratory & cardiac disorders
  2. GI disorders, Neurologic disorders, Congenital abnormalities)
  3. Maternal & perinatal conditions
    (diabetes, fetal alcohol syndrome (FAS), etc.)
  4. Prematurity (stress, postural control, etc)
  5. Iatrogenic complications (Tube feeding, mechanical ventilation, tracheostomy, ingestional injuries)
  6. Oral motor impairments (low/high tone, apraxia)
  7. Sensory processing disorder (Oral sensitivity can lead to oral aversion)
  8. Autism Spectrum Disorder (ASD)
28
Q
  • Describe the unique components of a pediatric assessment.
A
  • Birth History
  • Medical History
  • Developmental History
  • Feeding History
  • Positioning
  • Equipment
  • Caregiver interactions
  • Oral Mechanism Exam
  • Meal Time Observations of Oral Motor Skill
29
Q
  • Describe the unique clinical signs of aspiration in pediatric populations.
A
  • Wet voice/cry
  • Increased upper airway sounds during or after feeding
  • Coughing during or after feeds
  • Changes in face color
  • Breathing disruptions or apnea during feeds
  • Stress cues: eye tearing, forehead furrowing, finger splaying, hypervigilance (staring)
  • Poor weight gain (despite adequate intake)
  • History of recurrent chest infections or pneumonias; unexplained fever
30
Q
  • Describe management strategies for pharyngeal phase problems (infants).
A
  1. Thickened fluids:
    to allow for improved swallow-breath coordination
    to reduce reflux/regurgitation

Alternatives to thickening:
2. Change in positioning
Upright vs. reclined, side-lying
3. Special feeding equipment
Slow-flow nipples, straws, cut-out cups
4. Active pacing
Imposed breaks to interrupt flow

31
Q

List the types, indications, and complications of NG tubes.

A

NG: nasointestinal (NI)
nasoduodenal (ND)
nasojejunal (NJ)

Indications:
short-term use – maximum 4-6 weeks

Complications:
risk of aspiration of gastric contents
(caused by regurgitation)
Nose to Stomach
For people who are alert and cooperative

32
Q

List the indications and complications of a Gastronomy Tube.

A

Indications:
prolonged or indefinite use
recurrent aspiration

Complications:
gastric perforation, gastric bleeding, wound infection, stomal leak, tube dislodgement, aspiration, diarrhea
Safely kept in place for people who have recurrent aspirations
PEG= percutaneous endoscopic gastrostomy

33
Q

List the indications and complications of the jejunostomy tube.

A

Indications:
direct access to small bowel needed because of esophageal or gastric disease
recurrent aspiration of gastric contents

Complications:
diarrhea, catheter displacement, abdominal pain, small bowel obstruction

34
Q

Impact of swallowing of a supraglottic laryngectomy?

A
  1. Throat and neck swelling
  2. Limited mobility of the neck and shoulders
  3. Aspiration pneumonia
  4. Increased or decreased mucus production
  5. Stoma stenosis (Body trying to heal the tissue)
  6. Osteoradionecrosis (Bone death as a result of radiation therapy)
  7. Chondroradionecrosis (Cartilage inflammation/death of cells as result of radiation)
  8. Tissue fibrosis (Tissue getting thicker, reduced ROM)
  9. Chronic pain
  10. Breathing difficulties
35
Q

Impact of swallowing from a oral cavity resection?

A
  1. reduced ROM, reduced tongue driving force
  2. increased oral transit time, increased oral residue
  3. reduced mastication, altered occlusal relationship
  4. weak/delayed pharyngeal swallow
  5. aspiration before swallow

resections of < 50% tongue lead to difficulty with bolus formation and transport
resections of > 50% lead to both oral and pharyngeal deficits

36
Q

Impact of swallowing (structures and function) from oropharyngeal cancer resection?

A

Tongue base, tonsils, soft palate, PPW effected

reduced tongue base retraction, reduced tongue propulsion
nasal regurgitation
reduced pharyngeal contraction
reduced laryngeal elevation and epiglottic deflection
weak/delayed pharyngeal swallow
aspiration before, during, or after swallow
post-swallow residue

37
Q

Impact of swallowing for a hemilaryngectomy?

A

reduced laryngeal closure and elevation
reduced epiglottic deflection
reduced UES opening
reduced pharyngeal contraction
aspiration during and after swallow
post-swallow residue

38
Q

Impact of swallowing from a total laryngectomy?

A

airway and digestive tract permanently separated; thus, no risk of aspiration
Esophageal strictures/prominences may develop (scarring)

39
Q

Effects of radiation on swallowing?

A
  1. Dependent on age, tumour site/stage, type of radiation therapy, radiation dose, concurrent chemotherapy
  2. Pattern of physiologic impairments linked to damage of pharyngeal constrictors, the glottis, and the supraglottis (Eisbruch et al., 2004)
  3. Interventions that increases muscular effort – SSG, Mendelsohn, effortful swallow – can be helpful
  4. Treatment-related dysphagia present in 38%-64% patients
40
Q

Describe an exercise for tongue musculature.

A

Purpose:

Tongue strengthening
* to improve:
o Pressure on tail of bolus
o Reduce oral residue
Oral Control and Oral Range-of-Motion Exercises
* to improve:
o lateralization of tongue during chewing
o elevation of tongue to palate
o cupping tongue around bolus
o anterior-posterior movement

  1. manipulate large material
    e.g., rolled 4 x 4 piece of gauze (may be soaked in juice), flexible licorice whip, dental swab
    patient manipulates one end while clinician/caregiver holds the other end
    begin by moving side-to-side, forward-backward; then circular motion imitating mastication
  2. manipulate smaller material
    e.g., Lifesaver on a string, thin cloth tape (soaked in juice)
  3. hold cohesive bolus
    paste consistency, approx. 1/3 tsp
    move it around the mouth, without losing
    any material (cupping of the tongue)
    increase size of bolus, change consistency
41
Q

Describe an exercise for Labial musculature

A
  1. ROM exercises
    stretching of lips (retraction) in /i/ position
    puckering lips tightly
  2. Strengthening exercises
    bringing lips together, holding tightly for a specified length of time
    may also introduce an object to be held between the lips (i.e. tongue depressor, sheet of paper)
    Improving antero-oral seal
    May not impact swallow physiology, but can help with lip strength
42
Q

Describe a Suprahyoid musculature exercise

A

Shaker Exercise:

patient lies flat and, keeping the shoulders on the bed/mat, raises the head to look at the toes. The patient maintains this position (the goal is 60 seconds) and then repeats this 2 more time

  • designed to improve bolus flow through UES
    evidence of effect, but no long-term data
    Others are advocating for chin tuck against resistance and jaw-opening against resistance as having similar outcomes
43
Q

Describe a Respiratory musculature exercise

A

Expiratory Muscle Strength Training:
EMST was developed as a restorative therapy for use in patients with PD
EMST increases submental musculature force activation, resulting in improved HLE (hyolaryngeal elevation and excursion)
Has been shown to improve penetration-aspiration scale scores, alter swallowing physiology and cough variables
* Calibrated one-way, spring-loaded valve to mechanically overload the expiratory and submental muscles
* Physiologic load on targeted muscles can be increased or decreased by varying the device setting
5 sets of 5 repetitions 5 days out of 7

44
Q

Describe a pharyngeal musculature exercise

A
  1. Airway entrance
    breath holding, bearing down, rapid hard glottal attacks
  2. Vocal adduction
    produce clear voice while bearing down, hard glottal attack
    lifting, pushing with voicing
    falsetto exercise (glide/pulse)