A nurse is planning care for a client with acute kidney injury. The nurse should recognize that which assessment data best supports the nursing diagnosis of Excess Fluid Volume?

Condition Most Likely Experiencing: Heart failure.

The client presents with signs and symptoms consistent with heart failure, including cardiomegaly, bibasilar pleural congestion on chest x-ray, elevated BNP level, and vital signs indicating hypertension (BP 146/98 mm Hg), tachycardia (pulse rate 106/min), and tachypnea (respirations 24/min). Additionally, the client is prescribed medications commonly used to manage heart failure, such as digoxin and carvedilol, and is receiving a diuretic (furosemide) to address fluid overload associated with heart failure.
Action to Take:

Elevate the head of the bed: Elevating the head of the bed helps reduce venous return to the heart, decreasing preload and potentially alleviating symptoms of heart failure, such as dyspnea and orthopnea. It can also help prevent aspiration in clients with compromised cardiac function. Encourage intake of a low-sodium diet: A low-sodium diet is essential in managing heart failure as it helps reduce fluid retention and edema by decreasing fluid volume overload. Sodium restriction helps minimize fluid accumulation, which is crucial in preventing exacerbations of heart failure.
Parameter to Monitor:

Urinary output: Monitoring urinary output is important in assessing fluid balance and response to diuretic therapy in clients with heart failure. Decreased urinary output may indicate worsening heart failure or inadequate response to diuretic therapy, whereas increased output may suggest over-diuresis or improvement in heart failure symptoms.
Blood pressure: Monitoring blood pressure helps assess the effectiveness of treatment in managing heart failure and controlling hypertension, a common comorbidity. Hypertension can exacerbate heart failure, so monitoring blood pressure trends helps guide adjustments in medication therapy to achieve optimal blood pressure control and improve cardiac function.

A. Obtain pulse oximetry every two hours: While monitoring oxygen saturation is important in assessing respiratory status, it is not a direct intervention for preventing atelectasis. It is more of an assessment tool to evaluate the effectiveness of interventions aimed at preventing atelectasis.

B. Teach the client how to use the incentive spirometer: Incentive spirometry is a valuable tool for preventing atelectasis postoperatively by promoting deep breathing and lung expansion. Teaching the client how to use the incentive spirometer and encouraging its frequent use can help maintain lung volume and prevent collapse of alveoli.

C. Instruct the client to practice abdominal breathing: While abdominal breathing can be beneficial for promoting relaxation and reducing anxiety, it is not as effective as incentive spirometry in preventing atelectasis postoperatively.

D. Encourage oral fluid intake of 2000 mL/24 hours: Adequate hydration is important for overall health and respiratory function, but it is not specifically targeted at preventing atelectasis. While hydration can help maintain airway secretions thin, it is not the primary intervention for preventing atelectasis after a lobectomy.