A nurse is preparing to insert a peripheral intravenous line on an infant. Which of the following actions should the nurse plan to take?
Use gauze to cover the IV insertion site.
Monitor the IV site every 8 hours.
Insert the catheter into the foot.
Obtain a 24-gauge catheter.
The Correct Answer is D
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.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Calcium gluconate IV reverses magnesium sulfate toxicity, which causes respiratory depression or arrhythmias due to excessive magnesium. Calcium restores neuromuscular and cardiac function by competing with magnesium, preventing life-threatening complications like respiratory arrest in preeclampsia management.
Choice B reason: Positioning supine is inappropriate, as it does not address magnesium toxicity and may worsen respiration in preeclampsia. Semi-Fowler’s position optimizes breathing, while toxicity requires pharmacological reversal with calcium gluconate, not positional changes, to manage life-threatening symptoms effectively.
Choice C reason: IV dextrose is irrelevant for magnesium toxicity, which affects neuromuscular function, not glucose levels. Dextrose treats hypoglycemia, not applicable here. Magnesium overdose requires calcium to counteract effects, making dextrose an ineffective intervention in preeclampsia-related toxicity management.
Choice D reason: Methylergonovine, a uterotonic, is contraindicated in preeclampsia, as it increases blood pressure, risking hypertensive crisis. It treats postpartum hemorrhage, not magnesium toxicity, which requires calcium gluconate to reverse neuromuscular depression, ensuring safety in preeclampsia management.
Correct Answer is C
Explanation
Choice A reason: Raising the head of the bed during transfer does not prioritize ergonomic principles. It may strain the nurse’s back or misalign the client, increasing injury risk. Ergonomics focuses on neutral spine alignment and mechanical aids to reduce physical strain during client transfers.
Choice B reason: Placing pillows under the head is a comfort measure, not an ergonomic principle. Ergonomics emphasizes reducing musculoskeletal strain through proper mechanics or devices. Pillows do not directly prevent nurse injuries, unlike transfer devices that minimize physical effort during client movement.
Choice C reason: Using a lateral transfer device, like a slide board, aligns with ergonomic principles by reducing manual lifting and spinal strain. It prevents back injuries, ensuring safe client transfer. This evidence-based practice supports occupational health guidelines, minimizing musculoskeletal risks for nurses during patient handling.
Choice D reason: Standing close during ambulation ensures client stability but is not a primary ergonomic principle. Ergonomics focuses on equipment and mechanics to reduce strain, not proximity, which addresses patient safety more than nurse injury prevention during transfers or repositioning tasks.
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