A client with severe nausea has a one time order for ondansetron (Zofran) 8 mg IVPB to be administered over 15 minutes. The medication is diluted in 50 mL of D5W. The tubing drop factor is 15 gtt/mL. How many drops per minute should be given?

A. The patient pain reflects the target heart rate has been set too high and needs to be lowered to finish the test.

This option suggests that the chest pain is related to the target heart rate being set too high. However, chest pain during an exercise stress test is more commonly associated with myocardial ischemia rather than an inappropriate target heart rate. Lowering the target heart rate may not address the underlying issue of ischemia.

B. The patient’s pain reflects pericarditis and the test should be stopped.

Chest pain during an exercise stress test is more commonly associated with myocardial ischemia rather than pericarditis. Pericarditis is inflammation of the pericardium, and its symptoms may include chest pain that is often sharp and pleuritic. However, during an exercise stress test, the focus is on detecting cardiovascular abnormalities, and chest pain is more concerning for ischemia.

C. The patient’s pain reflects ischemia to the myocardium and the test should be stopped.

This is the most appropriate interpretation. Chest pain during an exercise stress test may indicate insufficient oxygen supply to the myocardium (ischemia). Stopping the test allows for further evaluation and appropriate intervention.

D. The patient’s pain reflects that supplemental oxygen is needed to finish the test.

Chest pain during an exercise stress test is not typically addressed by providing supplemental oxygen. Stopping the test and evaluating the cause of the chest pain is a more appropriate action.

A. Lie in a low Fowler’s or supine position:

Lying in a low Fowler's or supine position may worsen respiratory distress and compromise oxygenation. It can reduce lung expansion and increase the work of breathing, especially in patients with pneumonia. This is not a recommended position for individuals with respiratory issues.

B. Increase oral fluids unless contraindicated:

Increasing oral fluids is generally a good practice, especially in respiratory conditions like pneumonia. It helps thin respiratory secretions, making them easier to clear. However, this alone may not address copious tracheobronchial secretions. Suctioning may be needed to effectively remove excess secretions.

C. Increase activity:

Increasing activity may be beneficial for some patients, but it might exacerbate respiratory distress in others, especially if they are already experiencing increased work of breathing. The appropriateness of increasing activity depends on the specific condition and the patient's overall stability.

D. Call the nurse for oral suctioning as needed:

This is the most appropriate choice. If the client is experiencing increased work of breathing due to copious tracheobronchial secretions, calling the nurse for oral suctioning is an intervention aimed at maintaining a clear airway and alleviating respiratory distress. Regular suctioning may be necessary to assist the client in managing secretions effectively.