The nurse anticipates the vaginal delivery of a client who has been induced for macrosomia. The provider asks the nurse to apply suprapubic pressure. The nurse knows that suprapubic pressure is applied:

The biophysical profile (BPP) would yield more detailed information about the fetus in this scenario. The BPP is a prenatal ultrasound evaluation that assesses fetal well-being by evaluating five biophysical variables: fetal breathing movements, fetal movements, fetal tone, amniotic fluid volume, and fetal heart rate. The BPP is a more detailed assessment of fetal well-being compared to a nonstress test and can provide valuable information about the fetus's overall health and well-being, including any potential issues or difficulties.

MSAFP screening is a blood test that can detect certain fetal abnormalities, but it does not provide detailed information about fetal well-being.

Percutaneous umbilical blood sampling (PLBS) is an invasive test that is used to obtain a sample of fetal blood for testing in cases of suspected fetal anemia or other blood disorders. Ultrasound for fetal anomalies is a diagnostic tool used to detect structural abnormalities or defects in the fetus. While it can provide some information about fetal well-being, it is not as comprehensive as the BPP in evaluating fetal health and wellness.

The most common cause of excessive blood loss after childbirth is the failure of the uterine muscle to contract firmly, which is also known as uterine atony. If the uterus does not contract effectively after delivery, it cannot properly close off the blood vessels that were connected to the placenta, leading to heavy bleeding. Uterine atony can occur due to various factors, such as prolonged labor, multiple births, or the use of certain medications during labor.
Other causes of excessive blood loss after childbirth include retained placental fragments, vaginal or vulvar hematomas, or unrepaired lacerations of the vagina or cervix, but these are less common than uterine atony.