LPN LPN
ATI Maternal Newborn Proctored
1. A nurse is caring for several clients. The nurse should recognize that it is safe to administer tocolytic therapy to which of the following clients?
- A. A client who is experiencing fetal death at 32 weeks of gestation
- B. A client who is experiencing preterm labor at 26 weeks of gestation
- C. A client who is experiencing Braxton-Hicks contractions at 36 weeks of gestation
- D. A client who has a post-term pregnancy at 42 weeks of gestation
Correct answer: B
Rationale: Tocolytic therapy is used to suppress premature labor. It is appropriate to administer it to a client experiencing preterm labor at 26 weeks of gestation to help delay delivery and improve neonatal outcomes. Administering tocolytic therapy to a client experiencing fetal death, Braxton-Hicks contractions, or post-term pregnancy is not indicated and may not be safe or effective in these situations. Fetal death at 32 weeks indicates a non-viable pregnancy, Braxton-Hicks contractions are normal and not indicative of preterm labor, and post-term pregnancy at 42 weeks does not require tocolytic therapy.
2. During an assessment of a newborn following a vacuum-assisted delivery, which of the following findings should the healthcare provider be informed about?
- A. Poor sucking
- B. Blue discoloration of the hands and feet
- C. Soft, edematous area on the scalp
- D. Facial edema
Correct answer: A
Rationale: Poor sucking in a newborn following a vacuum-assisted delivery could indicate potential issues with feeding or neurological function, which need to be promptly addressed by the healthcare provider to ensure the well-being of the infant. It is essential for the healthcare provider to be informed about poor sucking to facilitate further evaluation and intervention. Choices B, C, and D are not typically associated with vacuum-assisted delivery and do not pose immediate concerns that require urgent attention.
3. A client at 38 weeks of gestation with a diagnosis of preeclampsia has the following findings. Which of the following should the nurse identify as inconsistent with preeclampsia?
- A. 1+ pitting sacral edema
- B. 3+ protein in the urine
- C. Blood pressure 148/98 mm Hg
- D. Deep tendon reflexes of +1
Correct answer: D
Rationale: Deep tendon reflexes of +1 are inconsistent with preeclampsia. Preeclampsia typically presents with hyperreflexia, not diminished reflexes. Diminished reflexes may indicate other neurological conditions, thus making this finding inconsistent with preeclampsia. Choices A, B, and C are consistent with preeclampsia. Pitting sacral edema, protein in the urine, and elevated blood pressure are common findings in preeclampsia due to fluid retention, kidney involvement, and hypertension associated with the condition.
4. A healthcare professional is assessing a newborn immediately following a scheduled cesarean delivery. Which of the following assessments is the healthcare professional's priority?
- A. Respiratory distress
- B. Hypothermia
- C. Accidental lacerations
- D. Acrocyanosis
Correct answer: A
Rationale: The correct answer is A: Respiratory distress. Assessing for respiratory distress is the priority when evaluating a newborn after a cesarean delivery. Newborns born via cesarean section are at higher risk for respiratory complications, making it crucial to monitor their breathing and ensure proper oxygenation immediately after birth. Choice B, hypothermia, is important too but assessing breathing takes precedence to ensure adequate oxygen supply. Choices C and D, accidental lacerations and acrocyanosis, are not the immediate priorities following a cesarean delivery.
5. A healthcare provider is preparing to administer vitamin K by IM injection to a newborn. The medication should be administered into which of the following muscles?
- A. Vastus lateralis
- B. Ventrogluteal
- C. Dorsogluteal
- D. Deltoid
Correct answer: A
Rationale: Vitamin K is typically administered in the vastus lateralis muscle of a newborn to prevent bleeding disorders. The vastus lateralis muscle is the preferred site for IM injections in infants due to its size and accessibility, allowing for easy and safe administration. The ventrogluteal and dorsogluteal sites are more commonly used in adults due to better muscle mass and less risk of injury to nearby structures. The deltoid muscle is typically used for older children and adults for IM injections, as it is a well-developed muscle suitable for injections in these populations.
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