A woman who is 12 hours postpartum had a pulse rate around 80 beats per minute during pregnancy. Now, the nurse finds a pulse of 60 beats per minute. Which of these actions should the nurse take?
Select one:

Choice A Reason: Contact the physician, as it indicates early DIC. This is an incorrect answer that confuses a low pulse rate with a high pulse rate. DIC stands for disseminated intravascular coagulation, which is a life-threatening condition where abnormal clotting and bleeding occur simultaneously in the body. DIC can occur as a complication of postpartum hemorrhage, infection, or placental abruption. DIC can cause tachycardia (high pulse rate), not bradycardia (low pulse rate).

Choice B Reason: Contact the physician, as it is a first sign of postpartum eclampsia. This is an incorrect answer that misinterprets a low pulse rate as a sign of hypertension. Postpartum eclampsia is a condition where seizures occur in a woman who has preeclampsia or eclampsia after delivery. Preeclampsia and eclampsia are characterized by high blood pressure and proteinuria in pregnancy. Postpartum eclampsia can cause hypertension (high blood pressure), not hypotension (low blood pressure).

Choice C Reason: Document the finding as it is a normal finding at this time. This is because a pulse rate of 60 beats per minute is within the normal range for an adult and may reflect a physiological adaptation to the postpartum period. During pregnancy, the maternal blood volume and cardiac output increase, which can elevate the pulse rate. After delivery, these parameters gradually return to pre-pregnancy levels, which can lower the pulse rate.

Choice D Reason: Obtain an order for a CBC, as it suggests postpartum anemia. This is an incorrect answer that assumes that a low pulse rate is caused by anemia. Anemia is a condition where the red blood cell count or hemoglobin level is lower than normal, which can impair oxygen delivery to the tissues. Anemia can occur in the postpartum period due to blood loss during delivery or poor nutritional intake during pregnancy. Anemia can cause tachycardia (high pulse rate), not bradycardia (low pulse rate).

Choice A Reason: Applying Vaseline or lotion to newborn to maximize light absorption. This is an incorrect answer that indicates a contraindicated and harmful intervention that can interfere with phototherapy. Applying Vaseline or lotion to newborn can create a barrier or a reflective surface that can reduce the exposure and penetration of light to the skin, which can decrease the efficacy of phototherapy. Applying Vaseline or lotion to newborn can also cause skin irritation, infection, or burns, as it can trap heat and moisture under the light source.

Choice B Reason: Reducing the amount of fluid intake to 8 ounces daily. This is an incorrect answer that suggests a detrimental and dangerous intervention that can impair phototherapy. Reducing the amount of fluid intake to 8 ounces daily can cause dehydration, hypoglycemia, or electrolyte imbalance in newborns, which can worsen jaundice and increase the risk of complications such as kernicterus (brain damage due to high bilirubin levels). Reducing the amount of fluid intake to 8 ounces daily can also decrease the excretion of bilirubin through urine or stool, which can counteract the effect of phototherapy.

Choice C Reason: Keeping the newborn in the supine position. This is an incorrect answer that implies an incomplete and inadequate intervention that can limit phototherapy. Keeping the newborn in the supine position is a nursing action that involves placing the newborn on their back, which can expose their anterior body surface to light.

However, keeping the newborn in the supine position alone is not sufficient for phototherapy, as it does not expose their posterior body surface to light. The nurse should also reposition the newborn frequently to expose different body parts to light, such as their sides or abdomen.

Choice D Reason: Feeding every 3 hours to maximize intake of fluids and output. This is because feeding every 3 hours is a nursing intervention that can enhance the effectiveness and safety of phototherapy, which is a treatment that uses blue or white light to reduce the level of bilirubin in the blood. Bilirubin is a yellow pigment that is produced when red blood cells are broken down, which can cause jaundice (yellowish discoloration of the skin and mucous membranes) if it accumulates in excess. Phototherapy works by converting bilirubin into a water-soluble form that can be excreted through urine or stool. Feeding every 3 hours can increase the intake of fluids and calories, which can promote hydration, nutrition, and elimination of bilirubin.