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Cranial nerve V
Trigeminal nerve
Cranial nerve VII
Facial nerve
Cranial nerve IX
Glossopharyngeal nerve
Cranial nerve X
Vagus nerve
Cranial nerve XI
Accessory nerve
Cranial nerve XII
Hypoglossal nerve
Oral prep phase
Prepare bolus
chewing
Saliva mixes with food
Tongue manipulates bolus
Oral transport phase
Moves bolus posteriorly
tongue pushes bolus back
Vocal folds close
Respiration stops briefly
Tongue base connects the posterior pharyngeal wall.
Pharyngeal Phase
Airway protection + move bolus to esophagus
begins when bolus reaches vallecula
Ends when PES closes
Esophageal phase
Moves bolus to stomach
LES relaxes
Bolus enters stomach
Penetration
Bolus enters larynx BUT:
stays ABOVE vocal folds
Aspiration
Bolus goes BELOW true vocal folds into trachea
Aspiration Pneumonia
Risks depends on FTA
frequency ( how often aspiration occurs)
Type ( what is aspirated )
Amount (how much aspirated)
Why Are Patients With Tracheostomies at Higher Risk for Aspiration?
Frazier water protocol
Allows certain dysphagia patients to drink WATER despite aspiration risk.
Ideal candidate for the Frazier water protocol
Patient who:
is medically stable
has GOOD oral hygiene
can follow directions
ambulatory/active
cognitively appropriate
NOT actively sick with pneumonia
can complete oral care
Compensatory treatment
Immediate safety changes
Compensate right now
chin tuck
Head turn
thickened liquids
Posture changes
Diets
Rehabilitative treatment
Attempts to CHANGE long term
Rebuild the swallow
OMes
NMes
Thermal tactile simulation
Pros of Videofluoroscopic Swallow Study
See ALL swallow phases
See oral + pharyngeal + esophageal phases
See aspiration during swallow
Good overall physiology view
Cons of Videofluroscopic swallow study
Radiation exposure
Time limited
Requires transport
Breastfeeding difficult/impractical
FEES
Flexible Endoscopic Evaluation of Swallowing
Pros
Portable
No radiation
Great view of pharynx/larynx
Good for secretion management
Can do bedside
Better for repeated exams
Pros of FEES
Portable
No radiation
Great view of pharynx/larynx
Good for secretion management
Can do bedside
Better for repeated exams
FEES has during swallow
Whiteout
NG Tube (Nasogastric)
Nose → stomach
short term
normal gastric emptying
Pros
easy
cheap
noninvasive
ND tube ( nanoduodenal)
Nose → duodenum
Used for:
poor gastric emptying
higher reflux concerns
Important
continuous feeds
pump required
NJ Tube (Nasojejunal)
Nose → jejunum
Used when:
severe GI/stomach issues
aspiration/reflux concerns
Important
short term
lower in GI tract
radiographic confirmation needed
G-Tube (Gastrostomy)
Directly into stomach
Used for:
long-term feeding
permanent dysphagia
Important
can do bolus feeds
Bolus feeds
Given all at once
ONLY if tube feeds into stomach
Mimics normal eating.
Continuous feeds
Slow pump feeds over time
Used when:
feeding below stomach
poor tolerance
0-3 months milestones
8-12 months
more mature chewing
self-feeding develops
transition to table foods
increased textures
cup/straw skills emerging
9 months are closer to 1 year-so yes the eat food
Body’s #1 priority
Breathing
Lowest aspiration risk food
Ice chips
Steak requires
mastication
Swallowing =
high pressure → low pressure system
VFSS equals
FEES =
endoscope through nose
Aspiration is necessary but
insufficient for pneumonia
Thickened liquids slow
Bolus flow
Chin tuck improves
Airway protection
Head turn=
Toward weaker side
Tracheostomy bypasses
Upper airway sensation
Penetration
Above vocal folds
Aspiration
Below vocal folds
Which feeding tubes are short term
ND, NJ,NG
Which tube is long term
G tube
What are the two major treatment considerations?”
Airway protection
Nutrition/hydration
2 hallmarks of dysphagia
Delay in bolus propulsion
Misdirection of bolus
What begins the pharyngeal swallow?”
Bolus reaching vallecula.