A nurse is caring for a client who is in the diuresis phase of acute kidney injury. The nurse should closely monitor the client for what complication during this phase?
Hypocalcemia
Hypovolemia
Increased blood pressure
Hyperkalemia
The Correct Answer is B
Choice A reason: Hypocalcemia may occur in AKI due to impaired vitamin D activation, but it is not a primary concern in the diuresis phase, where kidneys produce large urine volumes. Calcium imbalances are less immediate than fluid losses, which can rapidly destabilize hemodynamics during this phase.
Choice B reason: In the diuresis phase of AKI, kidneys regain function, producing excessive urine, which can lead to hypovolemia. Fluid loss depletes intravascular volume, causing hypotension, tachycardia, and organ hypoperfusion. Monitoring is critical to prevent dehydration and ensure adequate fluid replacement to maintain hemodynamic stability during recovery.
Choice C reason: Increased blood pressure is more common in the oliguric phase of AKI due to fluid overload. In the diuresis phase, excessive urine output reduces volume, potentially lowering blood pressure. Hypertension is not a typical complication during this phase, making it an incorrect focus for monitoring.
Choice D reason: Hyperkalemia is a concern in the oliguric phase of AKI due to reduced potassium excretion. In the diuresis phase, increased urine output facilitates potassium clearance, reducing hyperkalemia risk. Hypovolemia from excessive fluid loss is a more immediate concern during this phase of AKI recovery.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A reason: Releasing the client when behavioral control is achieved aligns with autonomy and beneficence, not nonmaleficence. While it benefits the client, it does not directly address harm prevention, which is the core of nonmaleficence. The focus is on restoring freedom, not specifically ensuring no physical harm during restraint use.
Choice B reason: Explaining release requirements promotes understanding and autonomy but does not directly prevent harm, the focus of nonmaleficence. It supports therapeutic communication but does not address the physical safety risks of restraints, such as skin breakdown or circulation issues, making it less relevant to this principle.
Choice C reason: Applying restraints based on assessment, not attitude, ensures objectivity, aligning with justice and fairness. While this prevents inappropriate restraint use, it is less directly tied to nonmaleficence, which focuses on avoiding harm like injury during restraint application, making it a secondary consideration in this context.
Choice D reason: Assuring restraints do not cause injury directly upholds nonmaleficence, the ethical principle of avoiding harm. Regular checks for skin breakdown, circulation impairment, or nerve damage prevent physical harm, ensuring safety during restraint use, making this action the most aligned with nonmaleficence in a restrained client.
Correct Answer is ["A","B","C"]
Explanation
Choice A reason: Hypertension and obesity (BMI 30) are major risk factors for ESRD. Chronic hypertension damages renal vasculature, reducing glomerular filtration over time. Obesity exacerbates hypertension and promotes glomerulosclerosis, leading to progressive kidney damage. This combination significantly increases the risk of developing ESRD through sustained renal injury.
Choice B reason: Vascular disorders, such as atherosclerosis, impair renal blood flow, causing ischemic nephropathy. Chronic reduced perfusion damages nephrons, leading to progressive renal failure. Vascular diseases also contribute to hypertension, further stressing kidneys. This client’s history indicates a high risk for ESRD due to ongoing vascular compromise affecting renal function.
Choice C reason: Poorly controlled diabetes mellitus causes diabetic nephropathy, a leading cause of ESRD. Chronic hyperglycemia damages glomerular capillaries, leading to proteinuria and declining kidney function. Sustained high glucose levels accelerate nephron loss, making this client at high risk for ESRD due to irreversible renal damage from diabetes.
Choice D reason: Chronic obstructive pulmonary disease (COPD) primarily affects the lungs, not the kidneys. While hypoxia or medications like corticosteroids may indirectly stress kidneys, COPD is not a direct risk factor for ESRD. Renal damage requires specific insults like hypertension or diabetes, making this client less likely to develop ESRD.
Choice E reason: A recent dehydration episode from gastroenteritis can cause acute kidney injury but is reversible with treatment. It is not a chronic condition leading to ESRD unless recurrent or combined with other risk factors like diabetes or hypertension. This isolated event poses a lower risk for ESRD development.
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