The laboring patient is being augmented with oxytocin and is experiencing contractions every 3-4 minutes lasting 60 seconds. The patient's fetal heart rate is ranging from 130-140 beats per minute (BPM) with moderate variability of 6-10 beats per minute. No decelerations are noted. Which action by the nurse is most appropriate?

A. Insert an internal fetal scalp electrode monitor. There is no indication for an internal fetal monitor, as the external monitoring shows a reassuring fetal heart rate pattern with moderate variability and no decelerations. Internal monitoring is typically used when external monitoring is inadequate or when fetal distress is suspected.

B. Contact the doctor at once and reposition the patient. There is no fetal distress or abnormal contraction pattern requiring immediate physician intervention. The fetal heart rate is within the normal range (110-160 bpm), and moderate variability indicates adequate oxygenation.

C. Document the finding in the patient's medical record. This is the correct action because the assessment findings indicate a well-oxygenated fetus and a normal labor progression. Contractions every 3-4 minutes lasting 60 seconds are within the expected range for oxytocin augmentation, and no abnormalities are present.

D. Discontinue the IV fluid containing Pitocin (oxytocin). There is no need to stop the oxytocin infusion, as the contraction pattern is appropriate, and there are no signs of uterine tachysystole or fetal distress.

A. Oligohydramnios. Oligohydramnios, or low amniotic fluid levels, is not a primary complication of pregestational diabetes. It is more commonly associated with conditions such as fetal growth restriction, post-term pregnancy, and rupture of membranes rather than maternal hyperglycemia.

B. Congenital fetal anomalies. Poor glycemic control during preconception and early pregnancy increases the risk of congenital anomalies, particularly affecting the heart, spine, and central nervous system. Hyperglycemia during organogenesis (first 8 weeks of gestation) can lead to defects such as neural tube defects and cardiac malformations.

C. Intrauterine fetal seizures. Fetal seizures in utero are extremely rare and are not a common complication of maternal diabetes. While neonatal hypoglycemia after birth can lead to seizures, maternal hyperglycemia does not directly cause seizures in the fetus.

D. Polyhydramnios. While polyhydramnios (excess amniotic fluid) can occur in pregnancies complicated by diabetes due to fetal polyuria, it is more associated with later pregnancy. The question specifically asks about preconception and early pregnancy risks, making congenital anomalies the best answer.