What intervention should the nurse anticipate for an adult patient …

Medicine Questions

What intervention should the nurse anticipate for an adult patient weighing 75 kg with 32% body surface area burns, who has a urine output of 15 ml in the last hour after receiving intravenous fluid resuscitation at 400 ml/hour?

Short Answer

The nurse must first assess the patient’s fluid needs due to severe burns, monitor for complications like dehydration and renal dysfunction, and consult with a physician if urine output remains low or complications arise to adjust treatment accordingly. Prompt monitoring and collaboration with the physician are crucial for the patient’s care.

Step-by-Step Solution

Step 1: Assess Fluid Needs

The first step for the nurse is to assess the patient’s current fluid needs based on their condition. Since the patient has severe burns covering 32% of their body, the typical daily urine output should be around 473 ml. With only 15 ml produced in the last hour, this indicates a potential issue. The nurse should calculate the appropriate fluid resuscitation rate to ensure the patient receives enough fluids.

Step 2: Monitor for Complications

Next, it’s crucial to monitor the patient for signs of complications related to dehydration and renal dysfunction. The nurse should look for symptoms such as inadequate perfusion (e.g., low blood pressure, rapid heart rate) and other renal function indicators like decreased urine output. This monitoring is essential to identify any worsening of the patient’s condition promptly.

Step 3: Consult with the Physician

Finally, if the urine output remains low and signs of complications arise, the nurse should consult with the physician immediately. This collaboration may involve discussions about adjusting the fluid resuscitation rate or administering diuretics if there’s a risk of fluid overload. Working closely with the physician ensures that the patient receives the best possible care to address their critical needs.

Related Concepts

Fluid Resuscitation

A medical process of administering fluids to a patient to prevent or treat dehydration or fluid loss, often necessary in cases of severe burns or other conditions affecting fluid balance

Dehydration

A physiological state occurring when the body loses more fluids than it takes in, leading to insufficient fluid levels required for normal bodily functions

Renal Dysfunction

A condition in which the kidneys fail to filter waste products effectively, which can lead to decreased urine output and other serious health issues.

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