Nokea
A client with a history of chronic obstructive pulmonary disease (COPD) is admitted to the hospital. The client is experiencing difficulty breathing and is very anxious. The nurse notes that the client's oxygen saturation is 88% on room air. Which action should the nurse implement first?
- A. Place the client in a high Fowler's position
- B. Administer supplemental oxygen
- C. Perform a thorough respiratory assessment
- D. Start an IV infusion of normal saline
Correct Answer: B
Rationale: Administering supplemental oxygen is the first priority to address low oxygen saturation and ease breathing. In a client with COPD experiencing difficulty breathing and anxiety with oxygen saturation at 88%, providing supplemental oxygen takes precedence over other actions. Placing the client in a high Fowler's position may help with breathing but does not address the immediate need for increased oxygenation. Performing a thorough respiratory assessment is important but should come after stabilizing the client's oxygen levels. Starting an IV infusion of normal saline is not the priority in this situation and does not directly address the client's respiratory distress.
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A client who had an intraosseous (IO) cannula placed by the healthcare provider for emergent fluid resuscitation is complaining of severe pain and numbness below the IO site. The skin around the site is pale and edematous. What action should the nurse take first?
- A. Discontinue the IO infusion
- B. Administer an analgesic via the IO site
- C. Elevate the extremity with the IO site
- D. Notify the healthcare provider
Correct Answer: A
Rationale: The correct action for the nurse to take first is to discontinue the IO infusion. The client's symptoms of severe pain, numbness, pale skin, and edema below the IO site suggest a complication, such as extravasation or compartment syndrome. By discontinuing the infusion, further harm can be prevented. Administering an analgesic via the IO site or elevating the extremity would not address the underlying issue and could potentially worsen the condition. Notifying the healthcare provider can be done after stopping the infusion to seek further guidance or intervention.
Which laboratory finding should the nurse expect to see in a child with acute rheumatic fever?
- A. Thrombocytopenia
- B. Polycythemia
- C. Decreased ESR
- D. Positive ASO titer
Correct Answer: D
Rationale: The correct answer is D: Positive ASO titer. A positive ASO titer indicates recent streptococcal infection, which is associated with acute rheumatic fever. Thrombocytopenia (choice A) is not a typical laboratory finding in acute rheumatic fever. Polycythemia (choice B) refers to an increased red blood cell count, which is not typically seen in acute rheumatic fever. Decreased ESR (choice C) is not a common laboratory finding in acute rheumatic fever; in fact, ESR is often elevated in inflammatory conditions like rheumatic fever.
Based on the information provided in this client's medical record during labor, which intervention should the nurse implement?
- A. Apply oxygen at 10 L per minute via mask
- B. Stop the oxytocin infusion
- C. Turn the client to the right lateral position
- D. Continue monitoring the progress of labor
Correct Answer: C
Rationale: Turning the client to the right lateral position is essential as it can improve fetal oxygenation and uterine blood flow, promoting better labor outcomes. This intervention helps relieve pressure on blood vessels, enhancing blood flow to the placenta and improving oxygen supply to the fetus. Applying oxygen at a specific rate may not address the underlying issue of compromised blood flow and oxygenation. Stopping the oxytocin infusion is not the priority unless medically indicated as it can affect labor progression. While monitoring the progress of labor is important, actively addressing the compromised fetal oxygenation and uterine blood flow by changing the client's position takes precedence in this scenario.
During the administration of albuterol per nebulizer, the client complains of shakiness. The client's vital signs are heart rate 120 beats/minute, respirations 20 breaths/minute, blood pressure 140/80. What action should the nurse take?
- A. Administer an anxiolytic
- B. Obtain a 12-lead electrocardiogram
- C. Stop the albuterol administration and restart in 30 minutes
- D. Educate the client about the side effects of albuterol
Correct Answer: D
Rationale: Shakiness is a known side effect of albuterol, which can often be managed without the need for additional medications. Educating the client about the potential side effects of albuterol, including shakiness, helps them understand what to expect and how to manage these effects. Administering an anxiolytic (Choice A) is not indicated as shakiness related to albuterol is not a sign of anxiety. Obtaining a 12-lead electrocardiogram (Choice B) is not necessary based on the client's presentation of shakiness and vital signs. Stopping the albuterol administration and restarting in 30 minutes (Choice C) may not be necessary since shakiness is a common side effect that can often be managed without interrupting the treatment.
An older adult male is admitted with complications related to chronic obstructive pulmonary disease (COPD). He reports progressive dyspnea that worsens on exertion, and his weakness has increased over the past month. The nurse notes that he has dependent edema in both lower legs. Based on these assessment findings, which dietary instruction should the nurse provide?
- A. Restrict daily fluid intake
- B. Eat meals at the same time daily
- C. Maintain a low-protein diet
- D. Limit the intake of high-calorie foods
Correct Answer: A
Rationale: Dependent edema in both lower legs is a sign of fluid overload, which can exacerbate dyspnea in patients with COPD. Restricting daily fluid intake can help reduce the edema and alleviate breathing difficulties. A low-protein diet is not necessary unless there are specific renal concerns. Eating meals at the same time daily or limiting high-calorie foods is not directly associated with addressing fluid overload and dyspnea in COPD patients.