A nurse in an acute pediatric unit is assessing a 5-year-old child following an asthma event.
The child's caregiver expects the child to use an inhaler without supervision. The nurse can apply which of the following interventions as protective factors for the child?

 

 

- A. Administer oxygen via face mask.
- Administering oxygen can be beneficial as it increases maternal oxygenation, which can improve fetal oxygenation. However, it is not the first-line action for late decelerations.Late decelerations are a sign of uteroplacental insufficiency, and while oxygen helps, repositioning the mother is more critical to address the root cause. Oxygen administration is a supportive measure but does not directly address the potential compression of the umbilical cord or placental perfusion issues.

- B. Position the client on her side.
Positioning the client on her side, specifically the left side, can improve uteroplacental circulation, addressing the cause of late decelerations.This position helps to relieve pressure on the inferior vena cava, enhancing blood flow to the placenta and fetus.It is a non-invasive, immediate intervention that can potentially correct the issue of late decelerations quickly.

- C. Increase the infusion rate of the IV fluid.Increasing the infusion rate of IV fluids can improve maternal blood volume, potentially improving placental perfusion.However, this action is not as immediate in effect as repositioning the client and is considered a secondary measure.It may be used in conjunction with other actions but should not be the priority intervention for late decelerations.

- D. Elevate the client's legs.
Elevating the client's legs can increase venous return to the heart, potentially improving maternal cardiac output and placental blood flow.However, this action is less effective than lateral positioning in addressing uteroplacental insufficiency.It is not the first-line response for late decelerations and may not provide the immediate correction needed.

Rationale:

A. Preterm delivery: While preterm delivery can result in low birth weight, it is not typically considered a direct cause of being small for gestational age (SGA). SGA infants are generally small because of intrauterine growth restriction rather than preterm birth.

B. Fetal hyperinsulinemia: Fetal hyperinsulinemia may lead to macrosomia (large for gestational age) rather than SG

A.

C. Perinatal asphyxia: Perinatal asphyxia refers to oxygen deprivation around the time of birth and is not typically associated with SG

A.

D. Placental insufficiency: Placental insufficiency, resulting in poor nutrient and oxygen transfer to the fetus, is a common cause of SG

A. Insufficient placental function can limit fetal growth,

leading to a newborn being small for their gestational age.