A nurse is caring for a client who reports experiencing alteration in sense of smell following surgery for a total laryngectomy. The nurse should address the client's concern through which of the following response?
"Your body will slowly develop an ability to smell through your stoma."
"Breathing through a stoma has altered your sense of smell."
"Your sense of smell will gradually return after several months."
"As your appetite returns, your sense of smell will also return."
The Correct Answer is B
A. "Your body will slowly develop an ability to smell through your stoma." The olfactory system relies on air passing through the nasal passages to detect scents. After a total laryngectomy, the airway is rerouted through a stoma, bypassing the nose entirely. The body does not develop an alternative way to smell through the stoma, making this statement inaccurate.
B. "Breathing through a stoma has altered your sense of smell." A total laryngectomy permanently separates the respiratory and digestive tracts, preventing air from passing through the nose, which is necessary for olfaction. As a result, clients often experience anosmia (loss of smell). This response accurately explains the reason behind the alteration in the client’s sense of smell.
C. "Your sense of smell will gradually return after several months." Unlike temporary post-surgical changes, the loss of smell after a total laryngectomy is typically permanent unless the client learns to use techniques such as the "polite yawning" method (nasal airflow-inducing maneuver) to regain some olfactory function. It does not naturally return over time.
D. "As your appetite returns, your sense of smell will also return." Appetite and sense of smell are closely linked, but appetite improvement does not restore olfaction after a laryngectomy. Since air no longer flows through the nasal passages, the ability to detect smells is significantly impaired or lost.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A. To facilitate weaning off the mechanical ventilator. While PEEP is an important component of mechanical ventilation, its primary function is not to facilitate weaning. Instead, it improves oxygenation by preventing alveolar collapse. Weaning involves gradually reducing ventilatory support, but PEEP is typically adjusted based on oxygenation needs rather than as a direct step in weaning.
B. To decrease trapped oxygen in the alveoli. PEEP does not decrease trapped oxygen; instead, it maintains alveolar patency and prevents atelectasis. In conditions like ARDS, alveoli tend to collapse due to fluid accumulation and inflammation, and PEEP helps counteract this collapse to improve gas exchange. Reducing "trapped" oxygen is not a function of PEEP.
C. To promote independent breathing efforts. PEEP itself does not promote spontaneous breathing; instead, it provides positive pressure at the end of exhalation to improve oxygenation. In fact, high levels of PEEP can suppress spontaneous breathing by increasing intrathoracic pressure, requiring careful adjustment to balance oxygenation and ventilatory effort.
D. To keep the airways and small lung spaces open. PEEP prevents alveolar collapse by maintaining positive pressure in the lungs at the end of expiration. This improves oxygenation and gas exchange, which is critical in ARDS, where alveoli are prone to collapse due to inflammation and fluid accumulation. Keeping alveoli open reduces shunting and improves oxygen delivery to tissues.
Correct Answer is D
Explanation
A. Limit oral fluids to minimize labored breathing: This action is not appropriate, as adequate hydration is important for thinning mucus secretions, making it easier for the client to expectorate them. Limiting fluids could lead to thicker secretions, which may worsen the client’s respiratory distress and increase the difficulty of clearing secretions. Therefore, this approach is not suitable for a client with pneumonia and respiratory compromise.
B. Perform pursed-lip breathing to expel trapped carbon dioxide from the alveoli: While pursed-lip breathing can help with exhalation and improve oxygenation, it does not directly address the need to mobilize and clear copious secretions. This technique is beneficial in managing dyspnea and improving ventilation but is not the priority action when the client has significant secretions that need to be cleared.
C. Lie in a low Fowler's position to promote lung expansion: A low Fowler's position (30 degrees) is less effective for promoting lung expansion compared to higher Fowler's positions. Semi-Fowler's (30-45 degrees) or high Fowler's (greater than 45 degrees) positions are more beneficial for improving lung expansion and facilitating breathing in clients with respiratory distress. Therefore, this option does not provide the most effective intervention for the client's condition.
D. Perform hourly incentive spirometry to inflate lungs and mobilize secretions: This is the priority action for the nurse to encourage, as incentive spirometry is specifically designed to help inflate the lungs and improve lung function. It promotes deep breathing, which can enhance ventilation, prevent atelectasis, and facilitate the mobilization of secretions. Regular use of incentive spirometry is essential in managing pneumonia and can significantly improve respiratory outcomes for the client.
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