Difficulty swallowing foods or liquids, arising from the throat or esophagus, ranging from mild difficulty to complete and painful blockage.
Adult Dysphagia
Adults with dysphagia may also experience disinterest, reduced enjoyment, embarrassment, and/or isolation related to eating or drinking. Dysphagia may increase caregiver costs and burden and may require significant lifestyle alterations for the patient and the patient’s family.
The Normal Swallow
Pediatric Dysphagia
Feeding is the process involving any aspect of eating or drinking, including gathering and preparing food and liquid for intake, sucking or chewing, and swallowing. Feeding provides children and caregivers with opportunities for communication and social experience that form the basis for future interactions
Swallowing is a complex process during which saliva, liquids, and foods are transported from the mouth into the stomach while keeping the airway protected. Swallowing is commonly divided into the following four phases:
Oral Preparatory—voluntary phase during which food or liquid is manipulated in the mouth to form a cohesive bolus—includes sucking liquids, manipulating soft boluses, and chewing solid food.
Oral Transit—voluntary phase that begins with the posterior propulsion of the bolus by the tongue and ends with initiation of the pharyngeal swallow.
Pharyngeal—begins with the initiation of a voluntary pharyngeal swallow which in turn propels the bolus through the pharynx via involuntary peristaltic contraction of the pharyngeal constrictors.
Esophageal—involuntary phase during which the bolus is carried to the stomach through the process of esophageal peristalsis
Feeding disorders are problems with a range of eating activities that may or may not include problems with swallowing. Feeding disorders can be characterized by one or more of the following behaviors:
Avoiding or restricting one's food intake (avoidance/restrictive food intake disorder [ARFID]; American Psychiatric Association, 2016)
Refusing age-appropriate or developmentally appropriate foods or liquids
Accepting a restricted variety or quantity of foods or liquids
Displaying disruptive or inappropriate mealtime behaviors for developmental level
Failing to master self-feeding skills expected for developmental levels
Failing to use developmentally appropriate feeding devices and utensils
Experiencing less than optimal growth (Arvedson, 2008)
Swallowing disorders (dysphagia) can occur in one or more of the four phases of swallowing and can result in aspiration—the passage of food, liquid, or saliva into the trachea—and retrograde flow of food into the nasal cavity.
The long-term consequences of feeding and swallowing disorders can include
food aversion;
oral aversion;
aspiration pneumonia and/or compromised pulmonary status;
undernutrition or malnutrition;
dehydration;
gastrointestinal complications such as motility disorders, constipation, and diarrhea;
poor weight gain velocity and/or undernutrition;
rumination disorder (unintentional and reflexive regurgitation of undigested food that may involve re-chewing and re-swallowing of the food);
ongoing need for enteral (gastrointestinal) or parenteral (intravenous) nutrition;
psychosocial effects on the child and his or her family; and
feeding and swallowing problems that persist into adulthood, including the risk for choking, malnutrition, or undernutrition.
https://www.asha.org/practice-portal/clinical-topics/pediatric-dysphagia/
https://www.asha.org/practice-portal/clinical-topics/adult-dysphagia/
Not all signs and symptoms are seen in all types of dysphagia, and the evidence supporting the predictive value of these signs and symptoms is mixed
drooling and poor oral management of secretions and/or bolus;
ineffective chewing, in consideration of the individual variability in mastication cycles and time (Shiga et al., 2012);
food or liquid remaining in the oral cavity after the swallow (oral residue);
inability to maintain lip closure, leading to food and/or liquids leaking from the oral cavity (anterior loss of bolus);
extra time needed to chew or swallow;
food and/or liquids leaking from the nasal cavity (nasopharyngeal regurgitation);
complaints of food “sticking” or complaints of a “fullness” in the neck (globus sensation);
complaints of pain when swallowing (odynophagia);
changes in vocal quality (e.g., wet or gurgly sounding voice) during or after eating or drinking;
coughing or throat clearing during or after eating or drinking;
difficulty coordinating breathing and swallowing;
acute or recurring aspiration pneumonia/respiratory infection and/or fever
changes in eating habits, for example, avoidance of certain foods/drinks
weight loss, malnutrition, or dehydration from not being able to eat enough
complaints of discomfort related to suspected esophageal dysphagia (e.g., globus sensation, regurgitation).
Silent aspiration may be present, meaning the patient presents without overt signs or symptoms of dysphagia.
https://www.asha.org/practice-portal/clinical-topics/adult-dysphagia/#collapse_2
Disruptions in swallowing may occur in any or all of the phases of swallowing—oral preparatory, oral transit, pharyngeal, and esophageal. Signs and symptoms vary based on the phase(s) affected and the child's age and developmental level. They may include the following:
Back arching.
Breathing difficulties when feeding that might be signaled by
increased respiratory rate;
changes in normal heart rate (bradycardia or tachycardia);
skin color change such as turning blue around the lips, nose and fingers/toes (cyanosis);
temporary cessation of breathing (apnea);
frequent stopping due to uncoordinated suck-swallow-breathe pattern; and
desaturation (decreasing oxygen saturation levels).
Coughing and/or choking during or after swallowing.
Crying during mealtimes.
Decreased responsiveness during feeding.
Difficulty chewing foods that are texturally appropriate for age (may spit out or swallow partially chewed food).
Difficulty initiating swallowing.
Difficulty managing secretions (including non-teething-related drooling of saliva).
Disengagement/refusal shown by facial grimacing, facial flushing, finger splaying, or head turning away from food source.
Frequent congestion, particularly after meals.
Frequent respiratory illnesses.
Gagging.
Loss of food/liquid from the mouth when eating.
Noisy or wet vocal quality during and after eating.
Taking longer to finish meals or snacks (longer than 30 minutes).
Refusing foods of certain textures or types.
Taking only small amounts of food, overpacking the mouth, and/or pocketing foods.
Vomiting (more than typical “spit-up” for infants).
Adult
Dysphagia may develop secondary to damage to the central nervous system (CNS) and/or cranial nerves, and to unilateral or bilateral cortical and subcortical lesions, such as
stroke
traumatic brain injury
spinal cord injury
dementia
Parkinson’s disease
multiple sclerosis
amyotrophic lateral sclerosis (ALS, Lou Gehrig’s disease)
muscular dystrophy
developmental disabilities in an adult population (e.g., intellectual disability)
post-polio syndrome
myasthenia gravis
polymyositis and dermatomyositis
Dysphagia may also occur from problems affecting the head and neck, including
cancer in the oral cavity, pharynx, nasopharynx, or esophagus;
radiation and/or chemoradiation for head and neck cancer treatment;
trauma or surgery involving the head and neck;
decayed or missing teeth
critical care that may have included oral intubation and/or tracheostomy.
Dysphagia may be associated with other factors, such as
side effects of some medications
metabolic disturbances (e.g., hyperthyroidism);
infectious diseases (e.g., COVID-19, sepsis, acquired immune deficiency syndrome [AIDS])
pulmonary diseases (e.g., chronic obstructive pulmonary disease [COPD])
gastroesophageal reflux disease (GERD);
following cardiothoracic surgery;
decompensation
frailty
https://www.asha.org/practice-portal/clinical-topics/adult-dysphagia/#collapse_3
Pediatrics
Underlying etiologies associated with pediatric feeding and swallowing disorders include
complex medical conditions (e.g., heart disease, pulmonary disease, gastroesophageal reflux disease [GERD], delayed gastric emptying);
developmental disability (i.e., disability with onset before the age of 22 that warrants lifelong or extended medical, therapeutic, and/or residential supports and is attributable to a mental or physical impairment or a combination of mental and physical impairments)
factors affecting neuromuscular coordination (e.g., prematurity, low birth weight, hypotonia, hypertonia)
genetic syndromes (e.g., Down syndrome, Pierre Robin Sequence, Prader–Willi, Rett syndrome, Treacher Collins syndrome
medication side effects (e.g., lethargy, decreased appetite);
neurological disorders (e.g., cerebral palsy, meningitis, encephalopathy, pervasive developmental disorders, traumatic brain injury, muscle weakness in face and neck);
sensory issues as a primary cause or secondary to limited food availability in early development (e.g., in children adopted from institutionalized care; Beckett et al., 2002, Johnson & Dole, 1999);
structural abnormalities (e.g., cleft lip and/or palate and other craniofacial abnormalities, laryngomalacia, tracheoesophageal fistula, esophageal atresia, choanal atresia);
behavioral factors (e.g., food refusal); and
socio-emotional factors (e.g., parent–child interactions at mealtimes).
Atypical eating and drinking behaviors can develop in association with dysphagia, aspiration, or a choking event. They may also arise in association with sensory disturbances (e.g., hypersensitivity to textures), stress reactions (e.g., when trying new foods), or undetected pain (e.g., teething, tonsillitis).
https://www.asha.org/practice-portal/clinical-topics/pediatric-dysphagia/#collapse_3
ADULT SPEECH-LANGUAGE PATHOLOGY Name:
SWALLOWING CASE HISTORY ATTACHMENT Date of Birth:
Onset of swallowing problem: □gradual □ sudden □past few weeks □past few months □ 6 – 12 months
□ over years
Has the problem changed over time? □ Improved □ Gotten worse □ Same
Have you received previous swallowing evaluations and/or treatment? □NO □ YES
If yes, list dates, name, location and phone number:
Please describe the consistency of foods and liquids you are currently eating:
□Regular foods □ Cut up or soft foods □ Finely chopped □ Puree
□Thin liquids □ Nectar thick liquids □ Honey thick liquids
□ Other Do you have a feeding tube? □ No □ Yes (date placed): Amount/type of feeding per day: How do you take Medication? Have you had a recent weight loss? □ No □ Yes # of lbs. over weeks/mos.
Describe your appetite: □Good □ Fair □ Poor
□No □ Yes (Please state restrictions) Food Allergies □No □ Yes Please describe any management strategies you are using to swallow your
Length of meal time: □ < 20 minutes □20 - 30 minutes □> 30 minutes
Do you require any assistance with your meals? □NO □ YES (describe)
Do you wear dentures? □ No □Yes Circle: Upper / Lower / Partial What is your current physical status? □ Walk □ Cane □ Wheelchair Can you support: your upper body? □No □ Yes head? □ No □Yes
Please describe your voice: □Normal □ Hoarse □Breathy □Weak □ No voice
□ Poor morning voice quality □ Throat soreness or burning sensation not related to illness
□ Frequent throat clearing □ Coughing episodes not related to illness/swallowing
□ Increased phlegm in the throat □ Heartburn (If checked, how many times per week? )
□ Tastes repeating after meals □ Feeling of a lump in the throat when swallowing
□ Increased throat/mouth dryness □ Bad taste in the mouth (sour, acidic, metallic)
□ Frequent burping □ Unpredictable/variable voice quality during the day
□ Feeling of throat tightness □ Increased coughing when lying down
Do you take any medication for reflux? □No □ Yes
Please write down any additional information you feel will help us understand your swallowing problem:
Speech Pathologist’s Notes:
SPEECH-LANGUAGE PATHOLOGY- ADULT SWALLOWING CASE HISTORY ATTACHMENT- page 1 of 1
Case history, based on a comprehensive review of medical/ clinical records, as well as interviews with the family and other health care professionals.
Assessment of overall physical, social, behavioral, and communicative development.
Structural assessment of the face, jaw, lips, tongue, hard and soft palate, oral pharynx, and oral mucosa.
Functional assessment of muscles and structures used in swallowing, including assessment of symmetry, sensation, strength, tone, range and rate of motion, and coordination of movement.
Observation of head–neck control, posture, oral and pharyngeal reflexes, and involuntary movements and responses in the context of the child's developmental level.
Observation of the child eating or being fed by a family member or caregiver using foods from the home and typically used utensils as well as utensils that the child may reject or that may be challenging.
Functional assessment of swallowing ability, including but not limited to typical developmental skills and task components—suckling and sucking in infants, mastication in older children, oral containment, and manipulation and transfer of the bolus.
Assessment of behavioral factors, including but not limited to (a) acceptance of pacifier, nipple, spoon, and cup and (b) range and texture of developmentally appropriate foods and liquids tolerated.
Assessment of consistency of skills across the feeding opportunity to rule out any negative impact of fatigue on feeding/swallowing safety.
Impression of airway adequacy and coordination of respiration and swallowing.
Assessment of developmentally appropriate secretion management, which might include frequency and adequacy of spontaneous dry swallowing and ability to swallow voluntarily.
Assessment of modifications in bolus delivery and/or use of rehabilitative/habilitative or compensatory techniques on the swallow.
Consideration for interventions and referrals (e.g., medical or surgical specialists, nutritionist, psychologist or social worker, occupational therapist, physical therapist).
https://www.asha.org/practice-portal/clinical-topics/pediatric-dysphagia/#collapse_5
Screening identifies the need for further assessment and may be completed prior to a comprehensive evaluation.
Swallowing screening is a procedure to identify individuals who require a comprehensive assessment of swallowing function or a referral for other professional and/or medical services
Individuals of all ages are screened as needed, requested, or mandated or when presenting medical conditions (e.g., neurological or structural deficits) suggest that they are at risk for dysphagia.
The purpose of the screening is to determine the likelihood that dysphagia exists and the need for further swallowing assessment
It is important to note that, currently, no bedside screening protocol has been shown to provide adequate predictive value for the presence of aspiration.
During any screening process, the members of the patient care team may note proper posture and positioning for eating, as well as any potential sensory deficits that may affect swallowing.
Screening may include the following:
Administration of an interview or a questionnaire that addresses the patient’s perception of and/or concern with swallowing function (e.g., the 10-item Eating Assessment Tool [EAT-10].
Monitoring the presence of the signs and symptoms of oropharyngeal and/or esophageal swallowing dysfunction.
Patient/caregiver report or observation of difficulty with per os (P.O.) intake.
Administration of standardized screening protocols
The 3-oz Water Swallow Test
The Yale Swallow Protocol-for adults & children
Administration of the modified Evans blue dye test in patients with a tracheotomy by tinting oral feedings blue/green with the intent to identify aspiration in these patients.
Non-standardized screenings
OSME
Bedside Swallowing evaluation
Standardized Screenings
(ASHA, Dysphagia, 2021)
Test of Mastication and Swallowing Solids (TOMASS)- oral phase
Videofluoroscopic Swallowing Study (VFSS)
Fiber-optic Endoscopic Evaluation of Swallowing (FEES)
(ASHA, Dysphagia, 2021)
ADDITIONAL ASSESSMENTS
During or following bolus delivery during per os (P.O.) trials including consistencies typically consumed by the patient in their natural environment, the SLP may assess
labial seal, anterior spillage and evidence of oral control, including mastication and transit, manipulation of the bolus, presence of hyolaryngeal excursion as observed externally or to palpation, and time required to complete the swallow sequence;
behavioral signs and symptoms, such as throat clearing or coughing before/during/after the swallow, which may not always be indicators of penetration and/or aspiration;
the impact of fatigue and/or respiratory function on swallowing;
changes to physiological status/vital signs/voice quality; and
the patient’s use of additional equipment, as appropriate (e.g., adaptive drinking cups).
INSTRUMENTAL ASSESEMENTS
Assess the anatomy and physiology of the structures involved in swallowing and to analyze and measure range of motion and coordination or timing of movement. Some inferences may be made concerning sensation and pressure generation of the swallowing mechanism.
Determine the presence, cause, and severity of dysphagia by visualizing bolus control, the flow and timing of the bolus, and the individual’s response to bolus misdirection and residue.
Visualize the presence, location, and amount of secretions in the hypopharynx and larynx the patient’s sensitivity to the secretions; and the ability of spontaneous or facilitated efforts to clear the secretions.
Determine the presence and cause(s) of laryngeal penetration and/or aspiration.
Determine with specificity the relative safety and efficiency of various bolus consistencies and volumes.
Determine the presence of silent aspiration.
Visualize the structures of the upper aerodigestive tract
Other instrumental procedures
Ultrasonography involves the use of a transducer to observe movement of structures used for swallowing, such as the tongue and hyoid.
High-resolution manometry is a technique used to measure pressures generated in the pharynx and esophagus.
OTHER DIAGNOSTICS
Other diagnostic procedures performed by different medical specialists that yield information about swallowing function.
These include procedures such as the esophagram/barium swallow, manofluorography, scintigraphy, 24-hr pH monitoring, and esophagoscopy.
Each year, approximately one in 25 adults will experience a swallowing problem in the United States
A number of epidemiologic reports indicate that the prevalence of dysphagia is more common among older individuals and that sarcopenia is positively associated with dysphagia
As low as 3% in U.S. inpatients aged 45 years or older to as high as 22% in adults over 50 years of age.
As high as 30% in elderly populations receiving inpatient medical treatment.
Up to 68% for residents in long-term care settings.
13%–38% among elderly individuals who are living independently.
Advanced age is a risk factor for aspiration pneumonia.
A report by the Agency for Health Care Policy and Research (now the Agency for Healthcare Research and Quality) estimates that approximately one third of patients with dysphagia develop pneumonia and that 60,000 individuals die each year from such complications.
The prevalence of dysphagia in community-dwelling adults over the age of 50 years is estimated to be somewhere between 15% and 22%), and in skilled nursing facilities, the prevalence rises to over 60%.
COMORBIDITY
Amyotrophic lateral sclerosis (ALS) or Parkinson’s disease—ALS is also known as Lou Gehrig’s disease; as high as 90% in individuals diagnosed with Parkinson’s disease or amyotrophic lateral sclerosis .
Critical illness—3% to 62% in patients recovering from a critical illness . One study found that 20.6% of patients diagnosed with COVID-19 suffered from dysphagia
Dementia—13% to 57% .
Endotracheal intubation—3% to 64%. Brodsky et al. looked more narrowly at dysphagia following endotracheal intubation for acute respiratory distress syndrome (ARDS) and found that 32% of patients reported clinically significant dysphagia symptoms.
Gastroesophageal reflux disease (GERD)—approximately 14%
Head and neck cancer—50% (oropharyngeal dysphagia) in patients with head and neck cancer, with these numbers increasing after chemoradiation treatment
Intellectual disabilities (adult)—5% to 8%.
Multiple sclerosis—24% to 58%
Neurologic conditions requiring intubation—may be as high as 93% following extubation
Parkinson’s disease—35% to 82%
Sjögren’s syndrome—32% to 71%
Systemic lupus erythematosus—2% to 25% of individuals with systemic lupus erythematosus
Traumatic brain injury—38% to 65%
Vocal fold immobility (unilateral)—55% to 69% immobility
Whiplash injuries—2% to 28%
PEDIATRIC PREVALENCE
According to the Centers for Disease Control and Prevention (CDC), survey interviews indicated that within the past 12 months, 0.9% of children (approximately 569,000) ages 3–17 years are reported to have swallowing problems.
An estimated 116,000 newborn infants are discharged from short-stay hospitals with a diagnosis of feeding problems, according to the National Hospital Discharge Survey from the CDC (National Center for Health Statistics, 2010). Prevalence is estimated to be 30%–80% for children with developmental disorders
Oropharyngeal dysphagia and/or feeding dysfunction in children with cerebral palsy is estimated to be 19.2%–99.0%. Rates increase with greater severity of cognitive impairment and decline in gross motor function
The odds of having a feeding problem increase by 5 times in children with autism spectrum disorder (ASD) compared with children who do not have ASD
ARFID rates are estimated to be 1.5%–13.8% in children between the ages of 8 and 18 years with suspected gastrointestinal problems or eating disorders
Cases of ARFID are reported to have a greater likelihood in males and children with gastrointestinal symptoms, a history of vomiting/choking, and a comorbid medical condition
Prevalence rates of oral dysphagia in children with craniofacial disorders are estimated to be 33%–83%
OSME (non-standaradized)
Oral Structure
Function of Swallowing
Oral Speech Mechanism
Modified Barium Swallow Study
X-ray to view swallowing (does not check for reflux)
Imaging of pharyngeal, oral, and esophageal functions
Adminstered by combining barium with solid/liquid diet in bolus form to assess swallowing functions in real time
*Speech Pathologist and Radiologist are present during study*
Fiberoptic Endoscopic Assessment of Swallowing Function
An anesthetic is sprayed into the nose followed by the SLP quickly inserting a endoscope to view the swallowing functions
Does not require radiation
Flexible administering capabilities (portable equipment)
Ultrasonography
Uses radiation free equipment to observe the structure and functions of swallowing (tongue and hyoid bone included)
Non-Invasive
Paraesophageal
Dysphagia
Physical impairemt of the esophageal wall
Can cause secondary motor effects based on severity of obstruction
Esophageal Dysphagia
A Sensation that food is lodged in the esophagus or windpipe
Treated with swallowing excercises
Dysphagia Risk Factors:
Increased salavating (medication)
Muscle tone too relaxed (medication)
Dry mouth (medication)
Neurological Disorders (Parkinson's, MLS, Dementia, Cerebral Palsy)
GERD (Gastric Reflux)
Disrupted Oral Hygiene
Clinical Signs
Cyanosis
Anemia
Throat Irritation
Fever following food intake
(Herrick, J 2021)
FOR ADULT DYSPHAGIA:
Diagnosis
Type of Dsyphagia
Oral feeding feasibility and safety
Contributing Factors
Medical and neurological factors
pharmacological factors
Dietary factors
Intelligence and cognition
Age
Primary language and culture
motivation and levels of concerns
Summary of findings and relevance to individual
from any graphic imagining (i.e. videofluroscopy, videoendoscopy)
Results from screening
Blue-dye test
Orofacial examination
Phases of Dysphagia that client exhibits difficulty: (1) Oral preparatory phase, (2) Oral phase, (3) Pharyngeal phase, and (4)Esophageal phase
Note: the first three phases are relevant to SLPs the forth is medically treated (refer)
Prognosis
FOR PEDIATRIC DYSPHAGIA:
Diagnosis
Contributing factors
Medical and neurological factors
Dietary factors
Chronological Age
Cognition
Safety concerns
Gestational period development (i.e. physical Development and Chewing and Swallowing skills)
At Birth development (i.e., physical development, oral motor skills, and feeding and social behaviors)
Developmental milestones from birth into adolescents.
The presence of:
structural abnormalities (e.g, cleft),
Oral-motor weakness and/or incoordination of oral control,
Abnormal muscle tone,
Reduced or abnormal movement
Facial and oral sensitivity
coughing, choking or wet vocal quality
Observations of Alertness (i.e. Deep sleep, Active sleep, Drowsylin-between state, Awake/alert, Alert agitated or Crying)
Physiologic status (including respiratory rate, oxygen saturation levels, and heart rate)
Apnea
Belly breathing
Reverse breathing
Thoracic breathing
Irregular breathing
Shallow breathing
Gulping
Sucking Ability (i.e. Nonnutritive sucking (NNS), nutritive sucking (NS), number per second and the presence of pauses and cycles)
Infantile Reflexes
Present at birth
Asymmetric tonic neck reflex (also called tonic neck reflex or fencing reflex)
Babkin (also called hand-mouth reflex)
Gag reflex
Moro reflex (also called startle reflex)
Palmar grasp
Chewing and swallowing ability and stimulability results.
Prognosis
(Shipley and McAFee 2016)
Primary Goals
Pediatrics:
support safety, adedequate nutrition and hydration
Determine optimum feeding methods and techniques
collaboration with family to incorporate dietary preferences
attain age-apropriate eating skills in all environment settings
minimize risk of pulmonary complication
improve and maximize quality of life
prevent future feeding issues and positive feeding-related experience
Primary Goals
Adults:
Support adequte nutrition and hydration
return to oral intake (incorporating dietary preference, consult with family/caregivers to consider patients daily living activities)
determine the optimum supports and techniques
reduce patient/cargiver burden while maximizing quality of life
develop a treatment plan to improve safety and efficiency of the swallow
Pediatric Dysphagia ASHA (2021) and Adult Dysphasia ASHA (2021)
Treatment Approaches and Principles
Important to consider and understand the underlying neurophysiological impairment and it's effect on the swallow function and deficits
Treatment via restoration (rehabilitative) and/or modification (compensatory)
Rehabilitative Techniques used is designed to create a habitual change and the intent to provide lasting functional improvement
Compensatory Techniques alter the swallow but does not create lasting functional change. Intention is to compensate for the deficiencies that could not or are not yet rehabilited sufficiently.
Some techniques may implement both rehabilitative and compensatory techniques
For the child: health and well-being is the primary concern. Family beliefs and holistic healing practices should be taken into consideration but may not be recommended. Treatment selections dependent on the child's age, cognitive and physical abilities, and specfic swallowing and feeding problems (e.g., changes in the environment or indirect treatment approach).
Pediatric Dysphagia ASHA (2021) and Adult Dysphasia ASHA (2021)
Postural and Positioning Techniques
Chin down-tucking down toward necks;
Chin up - slightly tilting head up;
Head rotation - turing head to weak side to protect the airways;
Upright positioning - 90˚ angle at hips and knees, feet on the floor, with support as needed;
Head stabilization- supported to present in chin-neural position;
Cheek and jaw assist;
Reclining position - (e.g., using a pillow to support or recline infant); and
Side-lying positioning for infant.
Diet Modification
Altering the viscosity, texture, temperature, portion size, test of food or liquid.
Example: thickening thin liquids; softening, cutting/chopping or pureeing solids.
Equipment and Utensils
Usage of Adaptive Equipment and utensils to foster indendence and swallow safety by controlling bolus size or acheiving flow rate of liquids
Example: modified nipples; cut out cups, weighted or angled forks and spoons; sectioned plates; non-tip bowls; Dycem to prevent plates and cups from sliding
Maneuvers
Used to change timing or strength of movements of swallowing
Effortful swallow
Masako, or tongue hold
Mendelsohn maneuver
Supraglottic swallow
Super-supraglottic swallow
Oral-Motor Treatments
Stimulation to -or actions of- the lips, jaw, tongue, soft palate, pharynx, larynx, and respiratory muscles.
Treatment range: Passive (e.g., tapping, stroking, and vibration) to Active (e.g., range-of-motion activities, resistance exercises or chewing and swallowing exercises)
Feeding Strategies
Pacing: Alternating bites of food with sips of liquid. Moderating the rate of intake. For infants moderate the number of consecutive sucks. Strategies that slow the feeding rate may allow for extra time between swallos supporting the clearing of the bolus and breaths.
Cue-based feeding: watching the infant for cues of disengaging from feeding and communicating a need to stop (e.g., lack of active sucking, pushing the nipple away). Increasing quality of feeding versus the quantity enables a development of pleasurable and infant pace increases intake.
NICUs SLP's critical role is supporting and educating parents to understand and respond according to infant's communication versus "emptying the bottle."
Sensory Stimulation Techniques
Vary from thermal-tactile stimulation or tactile stimulation applied to the tongue and around the mouth. Create the sensory may be needed for children with reduced responses, overactive responses, or limited opportunities for sensory experiences. Technique is to stimulate the oral cavity by using a brush the introduce food or liquid.
Behavioral Interventions
Techniques as antecedent manipulation, shaping, promptin, modelling, stimulus fading, and differential reinforcement of alternate behavior and implementation of basic mealtime principles.
Biofeedback
The usage of instrumentation such as surface electromyography, ultrasound, or nasendoscopy) to provide visual feedback during feeding and swallowing.
NOTE: Only use with children with strong cognition to intrepret visual informaiton and make changes.
Intraoral Prosthetics: example, palatal obturator or palatal lift prosthesis to support the swallowing efficiency and function
Intraoral Applicance: example, palatal plates or other removable device used to improve functional feedinh
Tube Feeding
Alternative avenues of intake such as nasogastric [NG] tube, transpyloric tube (placed in the duodenum or jejunum), or gastrostomy (G-tube placed in the stomach or GJ-tube placed in the jejunum)
Team will Consider: (A) the optimum tube-feeding method and (B) determine if needed for short or long-term
Postural/Position Techniques
Chin-down posture
Chin-up Posture
Head rotation (turn to side)
Head tilt
NOTE: Posture and maneuvers maybe combined
Diet Modifications
Modifiies changing the viscosity of liquids and/or softening, chopping, or pureeing solid foods. Also the taste or temperature to change the sensory input of the bolus.
Note: consult with the patients and caregivers to identify patient preference and values for food. Include a dietician
Electrical Stimulation
*Benefits unclear. SLP needs appropriate training and coptence to perfom*
Use of electrical current to stimulate the peripheral nerve.
Equipment/Environmental Modification
Manuevers:
Effortful swallow
Mendelsohn maneuver
Supraglottic swallow
Super-supraglottic swallow
Swallowing Exercises
Laryngeal elevation
Masako or tongue - hold
Shaker exercise, head-lifting exercises
Resistive lingual isometric exercise
Pacing and Feeding Strategies
Modifying the bolus size particularly for patients that require a greater volume to adequately stimulate a swallow response (increase bolus size) or for patients that require multiple swallows per bolus (decrease bolus size).
Note: Patients may require cuing and assistance to maintain rate during mealtime
Prosthetics/Intraoral Appliances
Sensory Stimulation
Medical Management of Swallowing
Pharmacologic Management
Anti-reflux medications
prokinetic agents
salivary management
Surgical Options:
Improved Glottal Closure
medialization thyroplasty
injection of biomaterials
Airway Interventions
stents
laryngotracheal separation
laryngectomy
tracheostomy tubes
Improved Pharyngoesophageal Segment Opening
dilation
myotomy
botulinum toxin injection
Biofeedback
Interpret the visual information provided by these assessments (e.g., surface electromyography, ultrasound, fiber-optic endoscopic evaluation of swallowing [FEES], manometry, Iowa Oral Performance Instrument [IOPI], or mirror) and to make physiological changes during the swallowing process.
Tube Feeding for Dysphasia Treatment
The physican is responsible for selecting which type of tube is used:
Gastrostomy tube (PEG, G-tube)
Jejunostomy tube (PEJ, J-tube)
Nasogastric tube (NG-tube)
Note: Patient, with their proxy, chooses to accept or reject us of alternative nutrition and hydration.
Pediatric Dysphagia ASHA (2021) and Adult Dysphasia ASHA (2021)
Visuals
Shipley and McAFee (2016)
Adult Dysphagia (2021). American Speech-Language-Hearing Association ASHA. https://www.asha.org/practice-portal/clinical-topics/adult-dysphagia/#collapse_6
Pediatric Dysphagia (2021). American Speech-Language-Hearing Association ASHA. https://www.asha.org/practice-portal/clinical-topics/pediatric-dysphagia/
Shipley, K. G., & McAfee, J. G. (2016). Assessment in speech-language pathology: A resource manual (6th ed.). Boston, MA: Cengage.
https://www.asha.org/practice-portal/clinical-topics/adult-dysphagia/
https://www.asha.org/practice-portal/clinical-topics/pediatric-dysphagia/
Wolf, D. C. (1990, January 1). Dysphagia. Clinical Methods: The History, Physical, and Laboratory Examinations. 3rd edition. Retrieved October 25, 2021, from https://www.ncbi.nlm.nih.gov/books/NBK408/.
Esophageal dysphagia. Winchester Hospital. (2021). Retrieved October 23, 2021, from https://www.winchesterhospital.org/health-library/article?id=669898.
(Wincester Hospital , 2021)
UCLA. (2021). Oropharyngeal dysphagia. UCLA Robert G. Kardashian Center for Esophageal Health. Retrieved October 23, 2021, from https://www.uclahealth.org/esophageal-center/oropharyngeal-dysphagia. (UCLA, 2021)
Moberg Wolf, E., & Jong Paik, N. (2020, March 22). What is the role of ultrasonography in the workup of dysphagia? Latest Medical News, Clinical Trials, Guidelines - Today on Medscape. Retrieved October 25, 2021, from https://www.medscape.com/answers/2212409-116892/what-is-the-role-of-ultrasonography-in-the-workup-of-dysphagia. (Moberg Wolf & Jong Paik, 2020)
Abrams, R. (2021). Fiberoptic evaluation of swallowing. Johns Hopkins Medicine. Retrieved October 25, 2021, from https://www.hopkinsmedicine.org/health/treatment-tests-and-therapies/fiberoptic-evaluation-of-swallowing. (Abrams, 2021)
UPMC. (2021). Modified barium swallow (cookie swallow): Children's Pittsburgh. Children's Hospital of Pittsburgh. Retrieved October 25, 2021, from https://www.chp.edu/our-services/radiology/patient-procedures/modified-barium-swallow.(UPMC, 2021)