A nurse is caring for a client who has type 1 diabetes mellitus. The client reports that she is not feeling well. Which of the following findings should indicate to the nurse that the client is hypoglycemic? (Select all that apply)
Inability to concentrate
Polydipsia
Tremors
Acetone breath odor
Diaphoresis
Correct Answer : A,C,E
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.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: A WBC count of 1,300/mm³ indicates severe leukopenia, a contraindication for clozapine due to its risk of agranulocytosis. Low white cells increase infection risk, requiring immediate discontinuation or monitoring per FDA guidelines, making this the critical finding to identify.
Choice B reason: Hemoglobin of 16 g/dL is within normal range (14-18 g/dL) and does not contraindicate clozapine use. Normal hemoglobin supports adequate oxygen transport, so this finding is unremarkable and incorrect for identifying a contraindication.
Choice C reason: Fasting blood glucose of 124 mg/dL indicates mild elevation but is not a contraindication for clozapine, which may worsen glucose control. Monitoring is needed, but this level does not preclude use, making it incorrect.
Choice D reason: Platelet count of 200,000/mm³ is normal (150,000-450,000/mm³) and does not contraindicate clozapine. Normal platelets ensure proper clotting, so this finding is not a concern for clozapine administration, making it incorrect.
Correct Answer is D
Explanation
Choice A reason: Using gauze to cover an infant’s IV site obscures visualization, delaying detection of infiltration or infection. Transparent dressings are preferred, as infants’ small veins are prone to complications. Gauze increases risk by hiding signs like swelling, critical for early intervention in pediatric IV management.
Choice B reason: Monitoring an IV site every 8 hours is inadequate for infants, who need hourly checks due to small vein fragility and high infiltration risk. Frequent assessment detects complications like phlebitis or extravasation early, ensuring vascular integrity and preventing tissue damage in pediatric patients.
Choice C reason: Inserting an IV in the foot is less preferred, as scalp or hand veins are more accessible and stable in infants. Foot IVs risk dislodgement from movement and may impair circulation, increasing complications like tissue damage, making this a suboptimal choice for IV placement.
Choice D reason: A 24-gauge catheter is ideal for infants, as their small veins require smaller needles to minimize trauma and infiltration. This size ensures adequate fluid or medication delivery while reducing vascular damage, aligning with pediatric IV guidelines for safe and effective venous access.
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