A nurse is planning care for a client who has reduced visual sensory perception. Which of the following interventions should the nurse include in the plan of care?
Guide the client by walking parallel with them.
Use a loud tone of voice when speaking with the client.
Rearrange client’s bedside table items frequently.
Remove objects from client’s path to the bathroom.
The Correct Answer is D
Choice A reason: Guiding the client by walking parallel is less effective than offering an arm for support, which provides stability and orientation. Parallel walking does not ensure safe navigation for someone with visual impairment, as it lacks physical guidance, making it less appropriate for preventing falls or ensuring safety.
Choice B reason: Using a loud tone of voice assumes hearing impairment, which is not indicated in visual sensory loss. Normal volume with clear enunciation is sufficient, and loud tones may be perceived as disrespectful or startling. This intervention is unnecessary and inappropriate for addressing visual impairment, focusing on an irrelevant sensory issue.
Choice C reason: Rearranging bedside table items frequently disorients a visually impaired client, increasing confusion and fall risk. Consistent placement of items supports independence and safety by allowing the client to rely on memory and touch, making this intervention counterproductive and unsafe for the care plan.
Choice D reason: Removing objects from the path to the bathroom prevents tripping hazards, enhancing safety for a client with reduced visual perception. This intervention reduces fall risk, promotes independent mobility, and aligns with evidence-based practices for visually impaired individuals, making it the most effective and appropriate action.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["A","C","E"]
Explanation
Choice A reason: Inability to concentrate is a common symptom of hypoglycemia in type 1 diabetes, as low blood glucose impairs brain function, leading to confusion and difficulty focusing. This neuroglycopenic symptom results from insufficient glucose for cerebral energy, making it a critical indicator requiring prompt intervention like glucose administration.
Choice B reason: Polydipsia is associated with hyperglycemia, not hypoglycemia, in type 1 diabetes. It results from osmotic diuresis due to high blood glucose, causing dehydration and thirst. This symptom does not indicate low blood sugar, making it incorrect for identifying hypoglycemia in this scenario.
Choice C reason: Tremors are a hallmark of hypoglycemia, caused by the sympathetic nervous system’s response to low blood glucose, triggering catecholamine release. This leads to shakiness, a common adrenergic symptom, signaling the need for immediate glucose to restore normal levels, making it a correct indicator.
Choice D reason: Acetone breath odor is linked to diabetic ketoacidosis (DKA), a complication of hyperglycemia, not hypoglycemia. It results from ketone production during fat metabolism in uncontrolled diabetes. This finding is irrelevant to low blood sugar, making it incorrect for this scenario.
Choice E reason: Diaphoresis, or excessive sweating, is a classic hypoglycemia symptom due to autonomic activation from low blood glucose. The body releases adrenaline, causing sweating as a stress response. This reliable indicator prompts urgent treatment to prevent severe complications, making it a correct choice.
Correct Answer is D
Explanation
Choice A reason: Bilirubin assesses liver function, not kidneys. Cyclosporine’s nephrotoxicity affects glomerular filtration, not heme metabolism. Monitoring bilirubin is irrelevant for renal function in transplant clients, as it reflects hepatic or hemolytic processes, not kidney health or drug toxicity.
Choice B reason: Alkaline phosphatase evaluates liver or bone health, not kidneys. Cyclosporine may cause hepatotoxicity, but renal monitoring is critical due to its nephrotoxic potential. Alkaline phosphatase does not reflect glomerular or tubular function, making it unsuitable for assessing renal impact.
Choice C reason: Amylase measures pancreatic function, not kidneys. Cyclosporine’s nephrotoxicity affects renal filtration, not pancreatic enzymes. Monitoring amylase is irrelevant for kidney transplant clients, as it does not indicate renal impairment or cyclosporine’s toxic effects on kidney function.
Choice D reason: Creatinine is a key renal function marker, reflecting glomerular filtration rate. Cyclosporine’s nephrotoxicity elevates creatinine, indicating kidney damage. Monitoring it with BUN ensures early detection of renal impairment, guiding dose adjustments to prevent further injury in transplant clients.
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