Tracheostomy Care Study Notes
Tracheostomy Care
Course Context
Course Name: NUR 303: Fundamentals of Nursing
Skills Reference: Skills 41-1 & 41-2
Oropharyngeal Suctioning
Purpose: To clear secretions from the back of the patient's throat.
Anatomical References:
Soft Palate
Palatine Tonsil
Epiglottis
Vocal Fold
Esophagus
Hard Palate
Tongue
Trachea
Naso-Tracheal Suctioning
Purpose: To clear the trachea of secretions via the nasal route.
Anatomical References:
Soft Palate
Palatine Tonsil
Epiglottis
Vocal Fold
Esophagus
Hard Palate
Tongue
Trachea
What is a Tracheostomy?
Definition: An incision into the trachea that produces an opening called a tracheotomy. The hole created is referred to as an ostomy, hence "tracheostomy."
Indications for Tracheostomy
Reasons for performing a tracheostomy include:
Prolonged Intubation
Subglottic Stenosis
Obstruction from Obesity for Sleep Apnea
Congenital Abnormality
Severe Neck or Mouth Injuries
Inhalation of Corrosive Material, Smoke, or Steam
Presence of a Large Foreign Body that Occludes the Airway
Paralysis of the Muscles that Affect Swallowing leading to danger of aspiration
Long Term Unconsciousness or Coma
Types of Tracheostomy Tubes
Double Cannula Tubes: Have a removable inner cannula and a fixed outer cannula; equipped with an obturator to ease insertion. Inner cannula can be removed for cleaning.
Complications of Tracheostomy
Early or Immediate Complications
Bleeding
Pneumothorax
Air Embolism
Aspiration
Subcutaneous Emphysema
Laryngeal Nerve Damage
Posterior Wall Penetration
Long-Term Complications
Airway Obstruction
Infection
Rupture of Innominate Artery
Dysphagia
Respiratory Distress
Commonly caused by a mucus plug.
Symptoms include:
Difficulty Breathing
Tachypnea
Retractions
Stridor
Anxiety
Cyanosis
Immediate suctioning is necessary to clear airway.
Bleeding
Usually caused by:
A cannula that is too long or at an improper angle damaging the subclavian artery
Vigorous suctioning and tracheal irritation.
Infection
Respiratory infections are common in tracheostomy patients.
Natural defenses (nasal hair and mucus) are bypassed, allowing easier entry for bacteria.
Handwashing: Essential before cleaning or suctioning.
Techniques: Sterile technique required with new tracheostomy tubes; clean technique is acceptable thereafter.
Other Complications
Tracheal Stenosis: Due to scar tissue formation at stomal site, leading to obstruction.
Tracheoesophageal Fistula: Erosion into the esophagus; aspiration may occur as a symptom.
Pressure Necrosis: Caused by the faceplate being too tight against the skin or lack of proper cleaning.
Accidental Decannulation
Actions to take:
Remain calm.
Attempt to reinsert the cannula (insert the obturator prior to reinsert if available).
Apply oxygen over the stomal opening even if the cannula cannot be reinserted.
Go to the emergency room or call 911 if necessary.
Suctioning the Tracheostomy
Technique: Suction intermittently while simultaneously removing the catheter.
Duration: Suction no longer than 10 seconds.
Additional Types of Tubes
Single-Cannula Tubes: Used primarily in children; do not have a removable inner cannula. Suctioning is used to keep the airway patent.
Composition of Tubes
Materials: Tracheostomy tubes can be made from metal, silicone, or plastic.
Plastic (Shiley) and Silicone (Bivona): Less likely to cause crusting of secretions.
Metal Tubes
Made from stainless steel and usually have a removable inner cannula.
Tracheal Button
Placed in tracheal stoma; does not extend into the trachea.
Used for obstructive sleep apnea; typically kept closed during the day and opened at night. Patients can speak normally.
Cuffed Tracheostomy Tubes
Description: Have a soft balloon around the cannula.
Function: The balloon is inflated to prevent air escaping during mechanical ventilation; must be deflated before the patient can speak.
Maintaining Airway Patency
The upper airway normally warms, moistens, and cleans the air.
A trach prevents this, leading to increased mucus production and heavy secretions initially (which decrease over time).
Suctioning: Must be performed periodically to ensure a patent airway.
Suctioning Protocol
Preparation
Wash hands, don clean gloves, and set suction machine to appropriate setting: 100-120 mmHg for adults, 10-15 mmHg for portable devices.
Positioning
Place patient in Semi-Fowler's position.
Place a waterproof drape across the patient's chest.
Sterile Field Setup
Set up a sterile field:
Necessary supplies include:
Normal Saline
Sterile cup
Sterile suction catheter
Suction machine
Testing the Suction Catheter
Test the suction catheter by dipping it in normal saline (this also moistens the tip for easier insertion).
Hyperoxygenation
Hyperoxygenate the patient by having them take 3 deep breaths while on oxygen; an ambu bag can also be used for this purpose.
Suctioning Process
With suction OFF, insert the suction tip into the trach about 4-5 inches or until the patient coughs.
Cleaning the Tracheostomy
After suctioning, the inner cannula can be removed for cleaning if necessary (1-2 times a day).
Check to ensure the patient has a tracheostomy with a removable inner cannula and one that can be cleaned; some are disposable.
Remove Soiled Dressing
Assemble supplies:
Normal Saline
Ambu bag or oxygen
Tracheostomy care kit
Wash hands.
Don clean gloves.
Remove the soiled dressing.
Sterile Field for Dressing Change
Open the kit.
Pour supplies onto the sterile field.
Fill one basin with hydrogen peroxide and the other with normal saline.
Rinse Inner Cannula
Use an agitation motion to rinse the inner cannula in normal saline solution, ensuring all secretions are removed.
Dry Inner Cannula
Use a pipe cleaner bent in the center to double it to dry the inner cannula (dry only the inside).
Leave a small amount of moisture on the outside to ease insertion.
Replace Inner Cannula
Replace and lock the inner cannula into place.
Handle the outer cannula gently to avoid irritation of the patient's trachea.
Clean Stoma and Faceplate
Clean around stoma beneath the faceplate using normal saline (unless secretions are dried, then use hydrogen peroxide).
Clean secretions from the faceplate and rinse with normal saline.
Apply Dressing
Apply a split dressing beneath the faceplate.
Change ties or trach collar holder if soiled.
Remove gloves, discard equipment, wash hands.
Replace Oxygen Source
Reapply the oxygen source and hyperoxygenate the patient if needed.
Assess breath sounds and for any respiratory difficulty.
Documentation
General Guidelines
Chart procedure and observations:
Time
Characteristics and amount of secretions
Character of respirations and breath sounds before and after the procedure.
Specific Documentation Examples
Suctioning:
RR 28 and labored; rhonchi noted bilaterally in upper lobes; suctioned tracheostomy x 1 using sterile technique; copious clear secretions removed; hyperoxygenated prior to procedure; post-procedure RR 24 and labored; rhonchi noted in Right Upper Lobe; O2 sat 95% RA.
Cleaning:
Tracheostomy tube cleaned with hydrogen peroxide using sterile technique; moderate amount of thick yellow secretions removed; rinsed with normal saline; tube replaced and locked; clean dressing applied; RR 22 and unlabored post-procedure; O2 sat 98%.