A nurse is monitoring a client with cirrhosis for signs of portal hypertension. Which finding is most indicative of this complication?
Elevated serum albumin levels
Esophageal varices on endoscopy
Decreased prothrombin time
Clear yellow urine output
The Correct Answer is B
Choice A reason: Elevated serum albumin is not associated with portal hypertension or cirrhosis. Cirrhosis typically causes hypoalbuminemia due to impaired liver synthesis, reducing oncotic pressure and contributing to ascites, making this finding incorrect for indicating portal hypertension complications in cirrhosis.
Choice B reason: Esophageal varices, dilated veins in the esophagus, are a direct result of portal hypertension in cirrhosis. Increased portal vein pressure forces blood into collateral veins, forming varices, which risk rupture and life-threatening bleeding, making this the most indicative finding of portal hypertension.
Choice C reason: Decreased prothrombin time is not typical in cirrhosis, where coagulopathy prolongs prothrombin time due to impaired clotting factor synthesis. This finding does not reflect portal hypertension, which affects vascular dynamics, not coagulation directly, making it irrelevant to this complication.
Choice D reason: Clear yellow urine is normal and not indicative of portal hypertension. In cirrhosis, urine may darken due to bilirubin in jaundice, but this is unrelated to portal hypertension’s vascular effects, like varices, making this an incorrect finding for this complication.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A reason: Contacting the provider is important but not the priority. The insulin overdose risks hypoglycemia, and immediate assessment of current glucose levels is critical to determine the patient’s status and guide interventions, as delays could worsen hypoglycemia, causing neurological or cardiovascular complications.
Choice B reason: Administering a carbohydrate snack assumes hypoglycemia without confirmation. Regular insulin peaks in 2-4 hours, and 45 minutes post-administration, glucose may not yet be critically low. Giving carbohydrates prematurely could cause hyperglycemia, making this less urgent than assessing actual glucose levels first.
Choice C reason: Completing an incident report is necessary for documentation and quality improvement but is not the priority in an acute situation. The immediate risk of hypoglycemia from excess insulin requires clinical action to assess and stabilize the patient before addressing administrative tasks.
Choice D reason: Checking blood glucose is the priority, as excess regular insulin risks hypoglycemia, especially in type 1 diabetes with no endogenous insulin reserve. Knowing the current glucose level guides interventions, preventing seizures or unconsciousness, and ensures timely correction of potential hypoglycemia or other metabolic imbalances.
Correct Answer is A
Explanation
Choice A reason: Influenza increases metabolic stress, elevating blood glucose in type 1 diabetes due to stress hormones like cortisol and catecholamines, which promote gluconeogenesis. Frequent glucose monitoring ensures timely insulin adjustments, preventing hyperglycemia or diabetic ketoacidosis, critical for managing acute illness in insulin-dependent patients.
Choice B reason: Discontinuing insulin in type 1 diabetes, even during reduced food intake, is dangerous. Insulin is essential to prevent diabetic ketoacidosis, as the body continues gluconeogenesis and fat metabolism without it, leading to severe acidosis and metabolic collapse, making this instruction incorrect.
Choice C reason: Reducing food intake to diminish nausea may worsen glycemic control in type 1 diabetes. Illness increases glucose levels, requiring consistent carbohydrate intake to prevent hypoglycemia or ketosis. This approach ignores the need for balanced nutrition and insulin adjustments during illness, making it inappropriate.
Choice D reason: Taking half the insulin dose is unsafe, as illness often increases insulin requirements due to stress-induced hyperglycemia. Arbitrary dose reduction risks diabetic ketoacidosis, as insufficient insulin fails to counter gluconeogenesis and ketogenesis, making this instruction dangerous for type 1 diabetes management during influenza.
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