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Tracheostomy Care (12 Questions)
1. You are receiving M. Lapointe, a 56-year-old patient transferred from the ICU with a newly created tracheostomy (3 days post-op). Before the patient arrives in the room, you are checking the safety equipment at the bedside to ensure you are prepared for an accidental decannulation.
Question:
In addition to a suction source and catheters, oxygen, and an Ambu-bag (Bag-Valve-Mask), which specific items must be taped to the head of the bed or readily visible?
*
A syringe to inflate the cuff and a bottle of sterile saline.
A pair of sterile hemostats and a suture removal kit.
A speaking valve (Passy-Muir) and a whiteboard for communication.
An obturator matching the current tube size and a complete tracheostomy tube of the same size and one size smaller.
2. Mme Dubois, 68 years old, has a chronic tracheostomy. You enter the room to perform your morning assessment. Mme Dubois appears comfortable, her respiratory rate is 18 breaths/min, and her oxygen saturation is 96%. You hear faint, coarse upper airway sounds, but she is able to cough effectively and clear secretions into her mouth.
Question:
Based on these findings, what is the appropriate nursing action regarding suctioning?
*
Perform deep tracheal suctioning immediately to prevent aspiration.
Instill 5 mL of normal saline into the tracheostomy to thin the secretions, then suction.
Encourage the patient to cough and expectorate the secretions herself; do not suction at this time.
Suction the oral cavity (mouth) only, then perform deep tracheal suctioning as a precaution.
3. M. Gagnon, a 72-year-old patient with pneumonia and a tracheostomy, requires suctioning. His oxygen saturation has dropped to 89%, and he is coughing weakly. You have set up your sterile field.
Question:
Which action represents the correct, safe technique for open tracheal suctioning?
*
Apply continuous suction while inserting the catheter until resistance is met.
Suction for 30 seconds to ensure all secretions are removed in one pass.
Move the catheter up and down vigorously to loosen the mucus plugs.
Insert the catheter without suction, then apply intermittent suction while withdrawing the catheter in a rotating motion for no more than 10-15 seconds.
4. Mme Tessier is recovering from a stroke and has a cuffed tracheostomy tube. The speech therapist recommends using a Passy-Muir Valve (speaking valve) to allow her to vocalize. You are preparing to place the valve on the hub of the tracheostomy tube.
Question:
What is the critical safety step the nurse must take before attaching the speaking valve?
*
Fully inflate the tracheostomy cuff to prevent air leakage.
Fully deflate the tracheostomy cuff.
Increase the oxygen flow rate to 10 L/min.
Suction the patient immediately after placing the valve.
5. You are performing tracheostomy care for M. Roy. When you remove the old dressing, you notice the skin around the stoma is red, macerated (soggy), and has a small amount of green, foul-smelling drainage.
Question:
In addition to obtaining a culture swab as ordered, what is the most appropriate nursing intervention?
*
Clean the area with full-strength Hydrogen Peroxide to kill the bacteria.
Apply a thick layer of petroleum jelly (Vaseline) to waterproof the skin.
Cleanse the stoma with sterile normal saline, pat dry thoroughly, and apply a pre-cut drain sponge dressing.
Leave the stoma open to the air without a dressing to dry it out.
6. Mme Caron had a tracheostomy placed 12 hours ago. She calls you to the bedside complaining of a feeling of "heaviness" in her neck. Upon palpation of the skin around the stoma and upper chest, you feel a "crackling" sensation, similar to touching Rice Krispies or bubble wrap.
Question:
What condition does this finding indicate?
*
A localized stoma infection.
Hematoma formation.
Tracheal stenosis.
Subcutaneous Emphysema.
7. You are changing the soiled Velcro tracheostomy ties for M. Fortin, who has a fresh tracheostomy (post-op day 4). M. Fortin has a strong cough reflex. You are working alone today.
Question:
What is the safest method to change the ties to prevent accidental decannulation?
*
Remove the old ties completely, hold the tube in place with one hand, and quickly attach the new ties with the other hand.
Secure the new ties in place before removing the old soiled ties.
Ask the patient to hold the tube in place while you switch the ties.
Wait until the patient is asleep to change the ties so he doesn't cough.
8. Mme Boucher is being treated for a severe respiratory infection. She has thick, tenacious (sticky) secretions coming from her tracheostomy. You notice the pressure on the ventilator is increasing (High Pressure Alarm), suggesting increased resistance.
Question:
What is the priority nursing intervention to manage the secretions and prevent a mucous plug obstruction?
*
Limit the patient’s fluid intake to reduce mucus production.
Ensure the humidification system on the oxygen delivery device is functioning and filled with sterile water.
Administer a cough suppressant to stop the alarms.
Switch the patient to a smaller tracheostomy tube.
9. M. Lemieux, 48 hours post-tracheostomy, has a violent coughing spell. The tracheostomy tube shoots out of the stoma and lands on the bed sheets. M. Lemieux begins to gasp for air, and the stoma appears to be collapsing.
Question:
What is the priority nursing action?
*
Attempt to blindly reinsert the tube immediately using the obturator.
Cover the stoma with sterile gauze and ventilate the patient with a Bag-Valve-Mask (Ambu) over the nose and mouth.
Leave the patient to call the surgeon immediately.
Suction the stoma to clear the blood.
10. Mme Giroux is starting oral feedings (pureed diet) for the first time since her tracheostomy. The cuff is currently deflated to facilitate swallowing.
Question:
Which instruction should the nurse give the patient to minimize the risk of aspiration during swallowing?
*
"Tilt your head back as far as possible when you swallow."
"Take large sips of water to wash down the food."
"Sit upright at 90 degrees and tuck your chin to your chest slightly when you swallow."
"Inflate the cuff maximally before you start eating."
11. M. Savard, 65 years old, has had a permanent tracheostomy for 3 weeks following treatment for laryngeal cancer. While you are providing suctioning care, M. Savard has a violent coughing fit. The tracheostomy ties, which were slightly loose, fail to hold, and the entire tracheostomy tube is expelled and falls onto the patient's chest. M. Savard begins to panic and gasp for air. You have a replacement tube and emergency equipment at the bedside.
Question:
What is the correct priority sequence of actions to re-establish the airway?
*
Call the Code Blue team and wait for the anesthesiologist to arrive.
Insert the replacement outer cannula without the obturator to allow air to pass through immediately during insertion.
Cover the stoma with a sterile dressing and attempt to ventilate via the mouth using a bag-valve-mask.
Insert the obturator into the replacement outer cannula, lubricate the tip, and gently insert it into the stoma with a curved motion.
12. Mme Rochefort, 42 years old, is admitted to the trauma unit with multiple rib fractures on the right side following a car accident. Two hours after admission, she calls the nurse complaining of sudden, severe shortness of breath and chest pain. Upon assessment, her vital signs have deteriorated: Heart Rate 135 bpm, Blood Pressure 85/50 mmHg, and O2 saturation 82% on 100% non-rebreather mask. You note absent breath sounds on the right side and distended neck veins. Crucially, you observe that her trachea is shifted noticeably to the left side of her neck.
Question:
Based on the tracheal deviation and hemodynamic instability, which life-threatening complication does the nurse suspect?
*
Pulmonary Embolism: A blockage in the pulmonary artery causing shock.
Tension Pneumothorax: Air pressure building in the pleural space collapsing the lung and pushing the mediastinum to the opposite side.
Massive Hemothorax: Blood filling the pleural space causing hypovolemic shock.
Cardiac Tamponade: Fluid filling the pericardial sac preventing the heart from pumping.