1. Tracheostomy Care Bill Wojciechowski, MS, RRT Department of Cardiorespiratory Care University of South Alabama Mobile, Alabama

2. Tracheostomy care Upper airway functions bypassed when patient has
tracheotomy
performed.

3. Upper airway functions
Heat/moisture
exchange
Thermoregulation
Gustation (taste)
Olfaction (smell)
Filtration
Normally the upper airway performs these functions flawlessly.

4. Clinical Complications
Altered or loss of voice
Speech & language delays (young children)
Loss of smell & taste
Compromised nutritional status
Impaired swallowing/increased risk of aspiration
Secretion control issues/infection
Psychological distress
Loss of physiologic PEEP
Let’s consider some clinical complications associated with a tracheotomy.
Loss of physiologic PEEP & compromised gas exchange

5. ClinIcal Complications
Absence of airflow often creates
Frustration
Anxiety
Psychological distress
For children: delayed
speech & language
development
When airflow through the upper airway is absent, normal sensations and pressures are lost or compromised.
Absence of airflow through the vocal cords leaves patients without the ability to speak, causing varying degrees of:
frustration
anxiety
psychological distress
For children, losing their ability to use their voices during the crucial years of development can lead to significant speech and language delays.

6. Clinical Complications
Absence of airflow decreases sensations
Smell
Taste
Poor appetite
Skin health
Supplemental
feeding
Difficulty swallowing
Risk of aspiration
Patients with tracheotomies also have decreased senses of smell and taste, which can lead to poor appetite and compromised nutritional status. Poor nutrition accelerates skin breakdown at the stoma site and at points along the tracheal wall in contact with the trach tube (cuff/wall and distal tip/wall). These patients sometimes require supplemental feeding through a NG tube or a PEG tube.

7. Clinical Complications
Cuffed trach tubes anchor larynx & sometimes interfere with:
Laryngeal elevation
Epiglottic inversion
Airway protection
Cuffed trach tubes
secure larynx,
Deflated cuff: more
freedom.
A cuffed tracheostomy tube anchors the larynx, causing interference with laryngeal elevation, epiglottic inversion, thereby compromising airway protection.
A cuffed tracheostomy tube tethers the larynx, thereby interfering with the movement of the hyoid bone and larynx during swallowing.
Studies have shown that the larynx moves more freely when the cuff is deflated than when the cuff is inflated. Consequently, a cuffless trach tube tends to reduce the risk of aspiration.

8. Three phases of normal swallowing: 1) Oral phase 2) Pharyngeal phase 3) Esophageal phase
Let’s look at the normal act of swallowing.

12. Upper airway functions
Normal swallowing (pharyngeal phase):
Oral & nasal cavities sealed
Vocal cords close
Positive pressure generated below cords
Air prevented from entering larynx
Larynx elevates & moves forward
Acts as a lever (mechanical event)
Epiglottis seals larynx
Food/liquid directed into esophagus
The pharyngeal phase begins when a bolus, or packet, of food/liquid reaches the pharynx. During the pharyngeal phase, the following events occur:
1) The palate pushes against the pharynx, separating the oral cavity from the nasal cavity and preventing food/liquid from moving into the nose.
2) The vocal cords close and breathing temporarily ceases. Positive pressure develops beneath them, preventing air from entering the larynx.
3) The pharyngeal muscles constrict to push the “packet” down toward the esophagus.
4) The larynx is pulled upward and forward, acting as a mechanical lever.
5) The epiglottis tilts posteriorly, covering and protecting the laryngeal opening.
6) The upper esophageal sphincter (muscle that controls entry of food/liquid into the esophagus) relaxes, enabling the “packet” to enter the esophagus.

13. Upper airway functions
Swallowing with Trach Tube Inserted:
Vocal cords close
Air flows through trach tube
No subglottic
positive pressure
Reduced sensations in
larynx & pharynx
Pooling of airway secretions
Increase risk of aspiration
Most patients OK!!
READ SLIDE.
Fortunately, most patient’s accommodate having a tracheostomy tube and do not experience an inability to eat and swallow. However, sometimes swallowing dynamics change, requiring adjustment. Most difficulties can be overcome in a short time. Most swallowing problems result from limited elevation of the larynx or poor closure of the epiglottis and vocal cords, which allows food or liquid in the trachea.

14. Clinical complications
Absence of upper airway airflow (inability to nose-breathe) compromises:
Heat/moisture exchange
Increased secretion viscosity
Increased secretion volume
Frequent suctioning
Increase risk of airway trauma/infection
Presence of trach tube stimulates secretions
The inability to nose-breathe, interferes with warming, humidifying, and filtering the inspired air. This inability negatively impacts the quality and quantity of pulmonary secretions. Secretions accumulate in the airways, requiring frequent suctioning and increasing the risk of airway trauma and infection. The presence of a trach tube acts as a foreign body in the trachea and stimulates secretion production.

15. To overcome these problems HMEs are available.

16.
FlexiDerm™ is flexible and has the strongest adhesive properties. It is especially suitable for persons with a deep and/or irregular stoma or those who prefer a very soft and flexible adhesive. Average durability: 48 hours.
Regular is an easy-to-remove, easy to handle transparent adhesive that is less flexible than FlexiDerm™ and leaves less residual glue. Recommended for persons with a regular (normal) stoma and skin. Average durability: 24 hours.

17. Clinical complications
With cuff inflated:
No physiologic PEEP
Possible
micro-atelectasis
Decreased
alveolar ventilation
Compromised
oxygenation
A tracheostomy tube with its cuff inflated does not allow a patient to generate physiologic PEEP. Without physiologic PEEP, the alveoli are prone to micro-atelectasis, which may result in decreased alveolar ventilation and compromised oxygenation.

18. Cuff deflated Cuff inflated Physiologic PEEP Present Physiologic PEEP
A tracheostomy tube with its cuff inflated does not allow a patient to generate physiologic PEEP. Without physiologic PEEP, the alveoli are prone to micro-atelectasis, which may result in decreased alveolar ventilation and compromised oxygenation.
Physiologic PEEP
Present
Physiologic
PEEP
Absent

19. Tracheostomy Care Inspect stoma daily: irritation/inflammation.
Tracheostomy care is done every 8 to 12 hours and PRN.
Avoid dressings trapping moisture.
Check secretions: white & clear; greenish-yellow
Odor often indicates infection.
Assess need for suctioning q2h.
Stoma Care
The stoma should be inspected daily for signs of irritation and inflammation. The site must be maintained clean and dry through careful attention to replacing soiled ties and removing secretions that collect around or under the tracheostomy tube plate. Dressings that trap moisture should be avoided (i.e., gauze pads). At home, mild soap and water applied with a Q-tip is usually sufficient to clean the stoma site. Adherent secretions may be removed with a Q-tip and half-strength hydrogen peroxide and sterile water.
NUTRITION
The patient should be evaluated for nutritional well-being and wound healing. The relationship among good nutrition, meticulous skin care, and prevention of wound infection should be stressed. The patient with a tracheostomy is at risk of nutritional deficiency, because of altered taste and smell sensations. To counter these problems, the patient is encouraged to maintain good oral hygiene and eat high-calorie snacks, if not medically contraindicated. Maintenance of body weight is one objective measure of nutritional adequacy.
Another component of trach care includes READ ABOVE.

20. Tracheostomy Care Signs of Infection:
Yellow or green secretions (pink or blood-tinged)
Thicker mucus
Greater volume of mucus
Stoma site bleeding
Foul odor from stoma
Febrile patient
Pulmonary congestion
Increased RR
Listlessness
Discomfort with trach/tender stoma site

21. Cleaning inner cannula
PROCEDURE

22. Clean inner cannula
1. Loosen inner cannula. 2. Hold outer cannula with one hand. Turn inner cannula to right with other hand to unlock.

23. Clean inner cannula
3. Remove the inner cannula by steadily pulling it down and toward your chest until it is out.

24. Clean inner cannula
4. Place inner cannula in the solution of hydrogen peroxide & normal saline, and don sterile gloves.

25. Clean inner cannula
5. Use trach brush, or pipe cleaner, to clean inner cannula of mucus and dried secretions.

26. Clean inner cannula
6. Place it in bowl of normal saline (NS). 7. Shake off excess NS. Moisture will act as lubricant during inner cannula reinsertion.
Do not dry inner cannula. Some RTs advocate drying it.

27. Clean inner cannula
8. Reinsert inner cannula, keeping curved portion facing downward.

28. Clean inner cannula
9. Lock inner cannula into position. 10. Wash bowls thoroughly and allow to air dry. Soak trach brush soak in hydrogen peroxide-NS solution &, rinse with NS. Air to dry. Discard pipe cleaners.

30. Cuff Pressure
Goal: maintain cuff pressure below tracheal mucosal capillary perfusion pressure which is: 25 to 30 mm Hg.
Cuff pressure maintained: 20 to 25 mm Hg, or
25 to 35 cm H2O
Higher cuff pressures
Cut off tracheal mucosal blood flow
Tracheal wall damage (necrosis/tracheomalcia)

31. CPR - Tracheostomy Caregivers must receive CPR training.
Suction if indicated.
Change trach tube if clogged.
Spare tubes (cuffless &/or cuffed): same size & 1 size smaller
Pinch nose & mouth (cuffless trach).
2 breaths with manual resuscitator/mouth-to-trach/mouth-to-stoma: STOMA LEAK
Mouth-to-mouth/bag-mask with finger over stoma: STOMA LEAK
READ SLIDE compression-vent ratio
A cuffed trach tube should be inflated and a manual resuscitator used. With cuffless trach tube inserted, remove it & replace it with cuffed tube if it’s available.

32. Tracheostomy & Speech Fenestrated: Weaning Speech Granuloma formation
Increased risk of
aspiration

33. Tracheostomy & Speech Some space around tube Snug fit: tube too large
non-fenestrated:
poor or no speech

34. Tracheostomy & Speech Passy-Muir valves.
The "No Leak" design of the Passy-Muir Valves means that the valve is always in a closed position until the patient inhales. The valve opens easily with less than normal inspiratory pressures and closes automatically at the end of the inspiratory cycle without air leak and without patient expiratory effort.
Some patients immediately adjust to breathing with the valve. Others need to gradually increase the time the valve is worn. More resistance is encountered exhaling around the tracheostomy tube. Exhalation is more difficult than breathing out through the tracheostomy tube. Patients may need to build up the strength to use the valve.

35. A Passy-Muir valve is a one-way valve that attaches to the outside opening of the tracheostomy tube and allows air to pass into the trach tube during inspiration, but not through it during expiration. The valve opens when the patient inspires. When the patient exhales, the valve closes and air flows around the tracheostomy tube, up through the vocal cords allowing vocalization. The patient exhales through the mouth and nose instead of the tracheostomy tube.
The design creates a protective column of air in the tracheostomy tube which resists secretions from moving up the tube and occluding the valve. Instead, secretions may be coughed up around the tube and expectorated or suctioned from the mouth.

36. Tracheostomy Tube Precautions
Use extreme caution with baths and water
No swimming
Avoid powder, talc, chlorine bleach, ammonia, aerosol sprays, or colognes and perfumes
Prevent foreign objects from entering trach tube
The PMV O2 adapter is small, lightweight, clear and snaps onto both the Clear and Purple Tracheostomy and Ventilator Speaking Valves and is easily removed when not in use. Oxygen is delivered in front of the diaphragm of the PMV to avoid complications associated with devices that provide continuous flow behind the diaphragm of a speaking valve which may include air trapping, drying of secretions and possible ciliary damage.

37. Tracheostomy tube precautions
Avoid dust
Avoid sand and beach
Watch play with other children to assure toys, fingers or other foreign bodies are not put into trach and trach is not pulled
No contact sports
Frequent hand washing

38. Education Teach airway anatomy Teach about equipment Teach CPR
Teach infection control
Teach humidification
Teach suctioning
Teach about speaking valves/fenestrated trach tubes
Teach communication through speech therapy