A nurse is collecting data from a client who is 48 hours postpartum.
Which of the following findings reported by the client should the nurse identify as a postpartum psychosocial concern?

Choice A rationale

Wearing the lap belt high across the abdomen is incorrect and potentially dangerous. The lap belt should be positioned low, across the pelvic bones (hips) and under the pregnant abdomen. This ensures that the force of a collision is distributed across the strong pelvic bones, minimizing direct pressure on the uterus and fetus, thereby reducing the risk of placental abruption or direct fetal trauma.

Choice B rationale

Disabling the vehicle's driver-side airbags is strongly discouraged and unsafe. Airbags are designed to provide crucial protection in a collision by deploying rapidly to cushion the occupant. While pregnant individuals should maintain a safe distance from the steering wheel to mitigate airbag impact on the uterus, disabling the airbag removes a vital safety feature and significantly increases the risk of severe injury to both the mother and the fetus in an accident.

Choice C rationale

Moving the seat as far away as possible from the steering wheel, while still maintaining control of the vehicle, is a crucial safety measure for pregnant individuals. This provides a greater crumple zone and reduces the risk of the steering wheel or dashboard impacting the gravid uterus in the event of a collision. Maintaining a distance of at least 10 inches between the sternum and the steering wheel is generally recommended to maximize safety and minimize potential fetal injury from airbag deployment.

Choice D rationale

Placing the shoulder harness across the gravid uterus is incorrect. The shoulder harness should be positioned snugly between the breasts and across the collarbone. It should never be placed directly over the abdomen or the uterus. Proper placement ensures that the upper body is restrained effectively, preventing forward motion and distributing impact forces across the chest and shoulder, thus protecting the gravid uterus from direct trauma.

Choice A rationale: A full-term vaginal delivery is a normal and expected finding. Term gestation ranges from 37 to 42 weeks, and vaginal delivery is a common mode of birth associated with fewer complications than cesarean delivery. This finding does not indicate any abnormality or need for follow-up, as it reflects a standard, uncomplicated birth process.

Choice B rationale: APGAR scores of 7 at 1 minute and 9 at 5 minutes are within the normal range. A score of 7 to 10 is considered reassuring, indicating that the newborn is adapting well to extrauterine life. The improvement from 7 to 9 suggests effective transition and no ongoing distress, so no follow-up is required for this finding.

Choice C rationale: A weight of 4,224 g (9 lb 5 oz) classifies the newborn as macrosomic, which is defined as a birth weight over 4,000 g. Macrosomia increases the risk for neonatal hypoglycemia due to hyperinsulinemia from in utero exposure to maternal glucose. This condition requires close monitoring of blood glucose levels and feeding effectiveness to prevent complications like seizures or neurologic injury.

Choice D rationale: Acrocyanosis, or bluish discoloration of the hands and feet, is a common and benign finding in newborns during the first 24 to 48 hours of life. It results from immature peripheral circulation and does not indicate central cyanosis or hypoxia. Therefore, it is not a finding that requires follow-up unless it persists or is accompanied by other signs of distress.

Choice E rationale: A heart rate of 150/min, respiratory rate of 45/min, and rectal temperature of 36.5°C (97.7°F) are all within normal neonatal ranges. Normal heart rate is 120–160/min, respiratory rate is 30–60/min, and rectal temperature is 36.5–37.5°C. These values indicate stable vital signs and do not necessitate follow-up.

Choice F rationale: Difficulty latching during initial breastfeeding attempts may indicate poor feeding effectiveness, which is a concern in the context of neonatal hypoglycemia. Inadequate intake can exacerbate low glucose levels and delay stabilization. This finding requires follow-up to ensure the infant is feeding effectively and maintaining adequate glucose levels.

Choice G rationale: Jitteriness and abnormal crying are neurologic signs that may indicate hypoglycemia, hypocalcemia, or neurologic dysfunction. In this case, the newborn’s glucose was 35 mg/dL, below the normal threshold of 40–45 mg/dL. These symptoms warrant follow-up to monitor for recurrence and ensure resolution with feeding and glucose stabilization.

Choice H rationale: A temperature of 36.3°C (97.3°F) is slightly below the normal range of 36.5–37.5°C, indicating mild hypothermia. Mild hypotonia in conjunction with hypoglycemia and low temperature suggests systemic instability. These findings require follow-up to ensure thermoregulation and neurologic tone normalize with appropriate interventions.