A client presents to the emergency department seeking treatment for radiation burns. The nurse should develop the client's plan of care based on which of the following?
The duration of contact with the agent.
The type, dose, and length of exposure.
The pathway of flow through the body.
The temperature to which the skin is heated.
The Correct Answer is B
A. The duration of contact with the agent: While duration is important, it alone does not provide a comprehensive understanding of radiation burns, which require considering the type and dose of radiation as well.
B. The type, dose, and length of exposure: These factors are crucial in assessing the severity and necessary treatment for radiation burns. The type of radiation (e.g., alpha, beta, gamma), the dose
received, and the length of exposure all determine the extent of tissue damage and appropriate interventions.
C. The pathway of flow through the body: This is more relevant to internal contamination with radioactive substances rather than external radiation burns.
D. The temperature to which the skin is heated: Temperature is a factor in thermal burns, not radiation burns. Radiation burns result from energy transfer, not heat.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. The duration of contact with the agent: While duration is important, it alone does not provide a comprehensive understanding of radiation burns, which require considering the type and dose of radiation as well.
B. The type, dose, and length of exposure: These factors are crucial in assessing the severity and necessary treatment for radiation burns. The type of radiation (e.g., alpha, beta, gamma), the dose
received, and the length of exposure all determine the extent of tissue damage and appropriate interventions.
C. The pathway of flow through the body: This is more relevant to internal contamination with radioactive substances rather than external radiation burns.
D. The temperature to which the skin is heated: Temperature is a factor in thermal burns, not radiation burns. Radiation burns result from energy transfer, not heat.
Correct Answer is A
Explanation
A. "High blood pressure reduces renal blood flow and harms the kidney tissue, causing this diagnosis." Chronic renal disease often develops as a complication of long-standing
hypertension. Persistent high blood pressure can damage the small blood vessels in the kidneys, reducing blood flow and causing kidney tissue damage over time.
B. "Thickening of the kidney structures and gradual death of nephrons has caused this diagnosis." This statement describes changes seen in conditions like diabetic nephropathy but is not specific to the development of renal disease in hypertension.
C. "Cysts compress renal tissue, which destroys the kidneys, causing this diagnosis." This statement describes the pathogenesis of polycystic kidney disease, not chronic renal disease due to hypertension.
D. "Immune complexes form in the kidney tissue and produce inflammation, causing this diagnosis." This statement describes the pathogenesis of glomerulonephritis, not chronic renal disease due to hypertension.
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