A nurse is teaching a client about taking an expectorant to treat a cough. The nurse should explain that this type of medication has which of the following actions?
Reduces inflammation
Dries mucous membranes
Stimulates secretions
Suppresses the urge to cough
The Correct Answer is C
Expectorants are medications that help to loosen and thin mucus in the respiratory tract, making it easier to cough up and expel. They work by increasing the production of respiratory tract secretions, which helps to hydrate and thin the mucus, making it less sticky and easier to clear from the airways. By stimulating the production and secretion of mucus, expectorants promote coughing and facilitate the removal of excess mucus and phlegm from the respiratory system.
It's important to note that expectorants are primarily used for productive coughs (coughs that produce phlegm or mucus). If the cough is dry and non-productive, other types of cough suppressants or remedies may be more appropriate.
Regarding the other options:
Reduces inflammation: Expectorants do not have a direct effect on reducing inflammation in the respiratory tract. Anti-inflammatory medications such as glucocorticoids are typically used for reducing inflammation in conditions like asthma or chronic obstructive pulmonary disease (COPD).
Dries mucous membranes: Expectorants do not have a drying effect on mucous membranes. In fact, they work to increase the hydration and fluidity of respiratory secretions.
Suppresses the urge to cough: Expectorants do not suppress the urge to cough. They promote coughing by facilitating the clearance of mucus and phlegm from the airways. Cough suppressants, on the other hand, are medications used to relieve a dry, non-productive cough by suppressing the cough reflex.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","C","D"]
Explanation
"The infant's nasal congestion appeared to improve following the administration of hypertonic nasal drops. The infant tolerated the insertion of saline nose drops well, with no signs of distress or adverse reactions. The nasal passages appeared clearer after the instillation, and the infant's breathing appeared less congested. There was no significant increase in respiratory rate or other signs of respiratory distress observed. The intervention seemed to have a positive effect on the infant's nasal congestion."
This statement indicates that the mucolytic medication (hypertonic nasal drops) was administered and had a positive effect on the infant's nasal congestion. It also mentions that the infant tolerated the procedure well without any adverse reactions, such as shortness of breath or fever. The absence of distress or adverse symptoms and the observed improvement in nasal congestion indicate the effectiveness of the medication in the nurse's narrative note. The additional information about the saline nose drops and respiratory rate may not directly address the effectiveness of the mucolytic medication and can be documented separately if necessary.
Correct Answer is D
Explanation
Montelukast is typically prescribed as a once-daily medication for the treatment of asthma. Taking it in the evening can be beneficial as it helps to control asthma symptoms throughout the day and night. It is important to follow the prescribed dosing schedule provided by the healthcare provider.
The other statements mentioned are incorrect:
A. "I'll rinse my mouth after taking this medication": Rinsing the mouth after taking montelukast is not necessary as it is not an inhaled medication. Rinsing the mouth is typically recommended after using inhaled corticosteroids to reduce the risk of oral thrush.
B. "I'll take this medication when I get an asthma attack": Montelukast is a long-term control medication used to prevent asthma attacks and manage chronic asthma symptoms. It is not intended for immediate relief during an asthma attack.
C. "I use a spacer device when I inhale this medication": Montelukast is not an inhaled medication, so the use of a spacer device is not applicable. Spacer devices are commonly used with inhaled medications to improve the delivery of the medication to the lungs.
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