At which week of pregnancy can labor-inducing injections be administered?
Induction shots can be administered during weeks 37 to 42 of pregnancy. Before receiving an induction shot, it is necessary to undergo a B-ultrasound examination at the hospital to understand the fetal development. Only those who meet the conditions can receive the induction shot. If the results show that the pelvis is small or the bone suture does not open, then an induction shot cannot be given for natural childbirth, as it would increase the risk of childbirth and can only be resolved through cesarean delivery.
Generally, normal full-term delivery refers to childbirth from 37 weeks to less than 42 weeks of pregnancy. Whether childbirth can be induced depends on the baby's condition and amniotic fluid levels determined through a B-ultrasound examination at the hospital before receiving the injection. However, it is generally not recommended to use an induction shot, as it can indeed induce childbirth when used properly. However, if the pregnant woman has a small pelvis or the bone suture does not open, it will only increase the risk, ultimately requiring cesarean delivery.
This varies from person to person. Some people can deliver on the same day after receiving the shot, while others may not deliver even after three days. Induction shots are much less harmful to the fetus than cesarean delivery. If the fetus does not initiate labor for many days past the expected delivery date, an induction shot or medication may be necessary. Cesarean delivery is only considered if labor cannot be induced. The fetus can only stay in the uterus for up to half a month past the expected delivery date. Once this period is exceeded, there is a risk of placental and umbilical cord aging, which can lead to life-threatening conditions for the fetus. Sometimes, if the pregnant woman's physical condition is not good, difficult childbirth can also endanger her health and even her life. Therefore, timely induction is crucial. Secondly, when using medication for induction, it is essential to ensure the correct dosage and control process. Otherwise, oxytocin can cause excessive or uncoordinated uterine contractions, leading to fetal hypoxia and asphyxia in the uterus. Uncoordinated contractions can not only fail to accelerate delivery but can also cause delivery to stall.
