A woman with a history of crack cocaine use is admited to the Labor and Birthing Unit. While caring for the patient, the nurse notes a sudden onset of fetal bradycardia. The patient also complains of acute abdominal pain that is continuous and she has dark red vaginal bleeding. Which of the following would the nurse suspect?
Select one:

Choice A Reason: "You would have seen more symptoms if you had been looking more closely at your baby." This is an inappropriate response that blames the parents for missing the signs of sepsis and does not explain the Reason for the subtle symptoms.

Choice B Reason: "A newborn's immune system isn't mature, so symptoms are subtle and can be hard to recognize." This is an appropriate response that educates the parents about the immunological basis of sepsis in newborns and reassures them that they are not at fault for not noticing the symptoms.

Choice C Reason: "A high fever will always be present in sick newborns, including your baby." This is an incorrect response that contradicts the fact that newborns may not develop fever in response to infection due to their immature immune systems.

Choice D Reason: "A mother's immunity usually protects the infant from illness, but not in this case." This is an inaccurate response that implies that the mother failed to provide adequate immunity to her baby and does not address the question of why the baby did not seem very ill.

Choice A Reason: Rule out a suspected hydatidiform mole. This is an incorrect answer that describes an unlikely condition for this client. A hydatidiform mole is a type of gestational trophoblastic disease where abnormal placental tissue develops instead of a normal fetus. A hydatidiform mole can cause vaginal bleeding, hyperemesis gravidarum (severe nausea and vomiting), preeclampsia, and hyperthyroidism. A hydatidiform mole usually causes a fundal height measurement that is larger than expected for gestational age, not smaller.

Choice B Reason: Assess for congenital anomalies. This is an incorrect answer that implies that the client has not had a previous ultrasound to screen for fetal anomalies. Congenital anomalies are structural or functional defects that are present at birth, such as cleft lip, spina bifida, or Down syndrome. Ultrasound can detect some congenital anomalies by visualizing the fetal anatomy and morphology. However, ultrasound screening for fetal anomalies is usually done between 18 and 22 weeks of gestation, not at 32 weeks.

Choice C Reason: Determine fetal presentation. This is an incorrect answer that suggests that the client has an uncertain fetal presentation. Fetal presentation is the part of the fetus that is closest to the cervix, such as vertex (head), breech (butocks or feet), or transverse (shoulder). Fetal presentation can affect the mode and outcome of delivery. Ultrasound can determine fetal presentation by locating the fetal head and spine. However, fetal presentation can also be assessed by abdominal palpation or vaginal examination, which are simpler and less invasive methods.

Choice D Reason: Monitor fetal growth. This is because fundal height measurement is a method of estimating fetal size and gestational age by measuring the distance from the pubic symphysis to the top of the uterus (fundus) in centimeters. A fundal height measurement that is significantly smaller or larger than expected for gestational age may indicate intrauterine growth restriction (IUGR) or macrosomia, respectively. IUGR means that the fetal growth is slower than expected for gestational age, which can increase the risk of fetal distress, hypoxia, acidosis, and stillbirth. Macrosomia means that the fetal weight is higher than expected for gestational age, which can increase the risk of birth injuries, shoulder dystocia, cesarean delivery, and hypoglycemia. Ultrasound is a more accurate way of assessing fetal size and growth by measuring various parameters such as biparietal diameter (BPD), head circumference (HC), abdominal circumference (AC), and femur length (FL). Ultrasound can also detect other factors that may affect fetal growth such as placental function, amniotic fluid volume, umbilical cord blood flow, and fetal anomalies.