A nurse is assessing a newborn following a circumcision 48 hr ago.
The nurse should identify that yellow exudate covering the newborn's glans penis indicates which of the following?

Choice A rationale

Placing the newborn under a radiant warmer is crucial for thermoregulation, preventing cold stress, which can lead to increased metabolic rate and oxygen consumption. While important, assessing for potential airway compromise due to meconium aspiration takes immediate precedence over maintaining temperature, as respiratory status is critical for survival.

Choice B rationale

Providing tactile stimulation can encourage respiratory effort in a depressed newborn. However, in the presence of meconium-stained amniotic fluid, initial assessment of the airway and the need for suctioning must occur before stimulating the newborn to breathe deeper, which could potentially draw meconium further into the lungs.

Choice C rationale

When meconium-stained amniotic fluid is present, the primary concern is meconium aspiration syndrome. Determining if the mouth and nose require bulb suctioning is the first action to clear any meconium from the upper airway, preventing its aspiration into the lungs upon the newborn's first breaths, thereby mitigating respiratory distress.

Choice D rationale

Initiating skin-to-skin contact promotes maternal-newborn bonding and can stabilize the newborn's temperature and blood glucose. While beneficial, it is not the immediate priority when meconium is present. Airway management and respiratory stabilization must be ensured before initiating skin-to-skin contact to prevent complications from meconium aspiration.

Choice A rationale: Stopping breastfeeding is not indicated in postpartum infections unless the infection is a contraindication such as HIV or active tuberculosis. Breastfeeding promotes uterine contraction by releasing oxytocin, which helps reduce bleeding and promotes healing. Additionally, breast milk provides immunological benefits to the newborn. The client’s infection appears localized to the uterus (endometritis), and there is no evidence breastfeeding worsens maternal infection or neonatal risk here.

Choice B rationale: Initiating broad-spectrum antibiotics is scientifically appropriate for suspected postpartum endometritis, especially with fever >38°C, tachycardia, foul-smelling lochia, and abdominal tenderness. These antibiotics target polymicrobial infections commonly involving aerobic and anaerobic bacteria, preventing progression to sepsis. Timely antibiotic therapy reduces maternal morbidity and accelerates recovery. Normal temperature is 36.5–37.5°C; this client’s rising fever to 38.9°C indicates infection requiring treatment.

Choice C rationale: Airborne isolation precautions are unnecessary because common postpartum infections such as endometritis are not transmitted via airborne routes but rather by endogenous flora or direct contamination. Airborne pathogens include tuberculosis, varicella, and measles, none of which are suggested by this client’s presentation or history. Implementing unnecessary airborne precautions wastes resources and increases patient isolation without scientific benefit.

Choice D rationale: Strict bedrest is not routinely indicated in postpartum infections unless severe systemic illness is present. Early mobilization improves circulation, reduces risk of venous thromboembolism, and promotes pulmonary function, especially when respiratory rate is elevated at 24/min. The client is alert and breastfeeding, suggesting stable condition. Prolonged immobility increases risks without benefits in mild-to-moderate infection management.