Complete the diagram by dragging from the choices below to specify what condition the client is most likely experiencing, 2 actions the nurse should take to address that condition, and 2 parameters the nurse should monitor to assess the client’s progress.

Choice A rationale

Giving a new sibling plenty of "alone time" with a preschooler is a misconception and can cause increased feelings of resentment and jealousy. A preschool-age child may not understand why they are being left alone with the new baby, and it can be a source of stress. It is more effective to involve the older child in the care of the baby and to ensure the older child receives dedicated one-on-one time with a parent to feel valued and loved.

Choice B rationale

A common strategy to help a preschooler adjust to a new sibling is to give them a gift from the new baby. This gesture helps the older child associate the new baby with a positive experience rather than a negative one. It makes the older child feel special and included, reducing feelings of displacement or jealousy. It is a simple way to foster a sense of connection and warmth between the siblings.

Choice C rationale

Holding the new baby when the older child first meets them can cause the older child to feel excluded and jealous. This action may inadvertently create a sense of competition for the parent's attention. A better approach is for one parent to hold the baby while the other parent holds the older child, or for the baby to be in a bassinet or held by another family member, allowing the preschooler to have uninterrupted attention from the parent.

Choice D rationale

While meeting a new sibling at home can be beneficial, the most crucial factor is how the meeting is structured, not just the location. The location is less important than ensuring the older child feels included and not replaced. The nurse's suggestion should focus on strategies to manage the preschooler's feelings of jealousy and displacement, such as giving them a gift, rather than on the meeting's location, which is a secondary consideration

Choice A rationale: A protective environment is typically indicated for immunocompromised clients, such as those with neutropenia or undergoing chemotherapy, not for uncomplicated anemia. The toddler’s white blood cell count is within the normal range of 5,000 to 10,000/mm³, and no evidence of infection risk or severe immunodeficiency is present. Pallor and low hemoglobin are consistent with iron deficiency anemia, which does not require isolation precautions unless additional hematologic compromise is identified.

Choice B rationale: Blood transfusions are reserved for cases of severe anemia with hemodynamic instability, cardiac compromise, or hemoglobin levels below 7 g/dL. This toddler’s hemoglobin is 8.1 g/dL, which while low, does not meet transfusion threshold in a stable, asymptomatic pediatric patient. Transfusion carries risks like iron overload and alloimmunization, making it inappropriate for mild to moderate anemia. Instead, correction through dietary modification and iron supplementation is preferred for age-related iron-deficiency anemia.

Choice C rationale: Iron supplementation is the standard therapy for iron deficiency anemia, especially in toddlers consuming excessive cow’s milk, which lacks iron and can cause occult intestinal blood loss. Hemoglobin of 8.1 g/dL is below the normal pediatric range of 9.5 to 14 g/dL, confirming anemia. Iron replenishment stimulates erythropoiesis by enabling hemoglobin synthesis. Supplementation corrects deficiency over time and should be paired with dietary education to limit milk to <24 oz/day and include iron-rich foods.

Choice D rationale: Continuing antibiotics is unnecessary unless there is ongoing infection. The toddler has recently completed antibiotic therapy for otitis media, and current symptoms do not suggest infection recurrence. Vital signs are stable and the white blood cell count is within normal limits (5,000–10,000/mm³), indicating no acute bacterial process. Antibiotic overuse may disrupt gut flora, impair iron absorption, and contribute to resistant bacterial strains, which is contraindicated in this clinical scenario.