A nurse assesses a patient who is admitted for treatment of fluid overload. Which manifestations does the nurse expect to find? (Select all that apply.)
Increased pulse rate
Decreased blood pressure
Skeletal muscle weakness
Warm and pink skin
Distended neck veins
Correct Answer : E
A. Increased pulse rate:
This is a common manifestation of fluid overload. Excess fluid volume can lead to an increase in cardiac output, causing the heart to pump faster and resulting in an increased pulse rate.
B. Decreased blood pressure:
Fluid overload typically leads to increased blood volume, which can initially cause an increase in blood pressure. However, as fluid overload progresses, it can lead to fluid redistribution, venous congestion, and decreased systemic vascular resistance, ultimately resulting in decreased blood pressure.
C. Skeletal muscle weakness:
Skeletal muscle weakness is not a direct manifestation of fluid overload. It is more commonly associated with electrolyte imbalances, such as hypokalemia or hypomagnesemia, which can occur as a consequence of fluid shifts but are not specific to fluid overload itself.
D. Warm and pink skin:
Warm and pink skin is not typically associated with fluid overload. Instead, it is more indicative of adequate tissue perfusion and oxygenation. In fluid overload, skin changes may include edema, cool and clammy skin due to venous congestion, or signs of skin breakdown in areas of pressure.
E. Distended neck veins:
Distended neck veins, specifically jugular venous distention (JVD), are commonly seen in patients with fluid overload, especially if there is right-sided heart failure or increased central venous pressure. JVD is a result of increased venous return to the heart due to fluid accumulation.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A. Elevation of the head of the bed by 30 degrees: While elevation of the head of the bed may be necessary for certain medical conditions, it is not the priority concern in a client with a gasoline burn. Decontamination and assessment of the burn injury take precedence.
B. Determining the amount of gasoline that the client encountered: While it's important to gather information about the circumstances of the injury, including the amount of gasoline involved, this is not the priority concern at the immediate moment. Decontamination and assessment of the burn take precedence over obtaining historical information.
C. Asking the client when they last ate a meal: While assessing the client's nutritional status and potential need for dietary interventions is important, it is not the priority safety concern in the context of a gasoline burn. Decontamination and assessment of the burn injury are more critical at this time.
D. Decontamination of the client
When a client sustains a gasoline burn, the priority safety concern is to decontaminate the client. Gasoline can cause chemical burns and can be absorbed through the skin, leading to systemic effects. Therefore, it's crucial to remove any remaining gasoline from the client's skin and clothing to prevent further absorption and minimize the risk of complications.
Correct Answer is A
Explanation
A. Assess the patient’s respiratory rate, rhythm, depth:
This is the correct action to take first. Hypokalemia can lead to respiratory muscle weakness, which can result in respiratory compromise or failure. Assessing the patient's respiratory rate, rhythm, and depth will help determine if there are any signs of respiratory distress or impending respiratory failure.
B. Call the healthcare provider:
While it's important to involve the healthcare provider, especially if there is a significant change in the patient's condition, assessing the patient's immediate respiratory status takes priority to ensure prompt intervention if respiratory distress is present.
C. Document findings and monitor the patient:
Documenting findings and ongoing monitoring are essential steps, but they come after addressing the patient's immediate needs, such as assessing respiratory status in this case.
D. Measure the patient’s pulse and blood pressure:
While vital signs are important, they may not immediately address the potential respiratory compromise associated with hypokalemia-induced muscle weakness. Assessing respiratory status is more directly relevant to the observed change in handgrip strength.
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