A nurse is preparing to administer vitamin K IM to a newborn. Into which of the following muscles should the nurse inject the medication?
Deltoid.
Dorsogluteal.
Ventrogluteal.
Vastus lateralis.
The Correct Answer is D
The correct answer is choice d. Vastus lateralis.
Choice A rationale:
The deltoid muscle is not typically used for newborn injections because it is too small and underdeveloped, making it an inappropriate site for intramuscular injections in this age group.
Choice B rationale:
The dorsogluteal muscle is also not recommended for newborns due to the risk of injury to the sciatic nerve and the muscle’s underdevelopment.
Choice C rationale:
The ventrogluteal muscle, while a good site for older children and adults, is not commonly used for newborns because it is not as easily accessible and developed as the vastus lateralis.
Choice D rationale:
The vastus lateralis muscle, located on the anterolateral aspect of the thigh, is the preferred site for intramuscular injections in newborns. It is well-developed and provides a large muscle mass, making it the safest and most effective site for administering vitamin K.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
The correct answer is choice A: Respiratory rate of 16/min.
Choice A rationale:
A respiratory rate of 16/min is within the normal range for adults, which is typically between 12 to 20 breaths per minute. In the context of severe preeclampsia, maintaining a normal respiratory rate is crucial when administering magnesium sulfate IV, as one of the signs of magnesium toxicity is respiratory depression. Therefore, a respiratory rate of 16/min indicates that the client is not experiencing respiratory depression and it is safe to continue the magnesium sulfate infusion.
Choice B rationale:
A heart rate of 60/min is at the lower end of the normal range, which is 60 to 100 beats per minute for adults. However, bradycardia or a low heart rate can be a sign of magnesium sulfate toxicity, especially if accompanied by other symptoms such as hypotension or altered mental status. Without additional context, a heart rate of 60/min alone does not necessarily indicate it is unsafe to continue the infusion, but it would require further assessment.
Choice C rationale:
A urine output of 50 mL in 4 hours is significantly below the expected minimum of 30 mL/hour for adults. Adequate urine output is an important indicator of kidney function and is essential for the excretion of magnesium. In the case of magnesium sulfate infusion for severe preeclampsia, a low urine output could indicate renal insufficiency and an increased risk of magnesium toxicity. Therefore, a urine output of 50 mL in 4 hours is a contraindication for continuing the infusion without further evaluation.
Choice D rationale:
Diminished deep-tendon reflexes can be a sign of magnesium toxicity. Deep-tendon reflexes are assessed to monitor for signs of magnesium overdose during infusion, as magnesium acts as a central nervous system depressant at high levels. If deep-tendon reflexes are diminished, it may suggest that the serum magnesium levels are too high, and the infusion should be paused or discontinued to prevent further toxicity.
In summary, the only finding that clearly indicates it is safe to continue the magnesium sulfate infusion is a normal respiratory rate, as provided in choice A. The other options either require further assessment or are indicators of potential magnesium toxicity.
Correct Answer is A
Explanation
Choice A rationale:
The nurse should include teaching the client to perform daily fetal movement counts because it is an essential aspect of monitoring the baby's well-being and assessing fetal distress. Fetal movement counts help the client become familiar with their baby's normal patterns of movement, allowing them to detect any changes or decreased movements promptly. This can be crucial in identifying potential issues with the baby's health and seeking timely medical attention.
Choice B rationale:
The nurse should not advise limiting fluid intake to 1,000 mL/day for a client with mild preeclampsia. Adequate hydration is important during pregnancy, and excessive fluid restriction can lead to dehydration, which is harmful to both the mother and the baby. Preeclampsia can cause fluid retention and high blood pressure, but complete fluid restriction is not the appropriate approach for managing the condition.
Choice C rationale:
The nurse should not suggest limiting sodium intake to 2,000 mg/day for a client with mild preeclampsia. While reducing sodium intake can be beneficial for some individuals with hypertension, it is not the primary focus in managing mild preeclampsia. The mainstay of treatment for mild preeclampsia typically involves close monitoring, rest, and potential medications to control blood pressure if necessary.
Choice D rationale:
The nurse should not recommend that the client rest in bed in the supine position. During pregnancy, especially with preeclampsia, lying flat on the back (supine position) can lead to a condition called supine hypotensive syndrome. This occurs when the weight of the uterus presses on the vena cava, reducing blood flow back to the heart and potentially causing a drop in blood pressure and decreased blood flow to the baby.
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