Can oligohydramnios give birth naturally?

summary

Oligohydramnios is most common in the last trimester of pregnancy, especially after the due date. The later oligohydramnios appear, the less impact on the fetus. Here are some of the most common causes of oligohydramnios:

Can oligohydramnios give birth naturally?

Even if there is only a small tear in the amniotic membrane, some amniotic fluid will flow out. This can happen at any stage of your pregnancy. However, it is more common near production. If you notice that your underpants are wet, you will find that your amniotic fluid is leaking; Or when your doctor examines you, he may find out.

Rupture of the amniotic membrane increases the risk of infection for you and your baby because it gives bacteria a way into the amniotic cavity. Sometimes, small tears will heal themselves, amniotic fluid will no longer leak out, amniotic fluid volume will return to normal. If amniotic fluid leakage is caused by amniocentesis, this is usually the case.

If you are pregnant with twins or multiple births, you may also have oligohydramnios. Oligohydramnios may also occur in twin transfusion syndrome cases, with one baby having oligohydramnios and the other having too much. If you detect oligohydramnios in the first or second trimester of pregnancy, it may indicate that your baby will have a birth defect. If the baby does not have a kidney, if the kidney is maldeveloped (Porter's syndrome) or if the urethra is obstructed, it cannot produce enough urine to maintain the volume of amniotic fluid. Congenital heart defects can also cause this problem.

matters needing attention

Oligohydramnios, the doctor will closely watch the fetus to ensure that he continues to normal development. As for how the doctor will deal with it, it depends on your gestational age, the health of the fetus and whether you have other complications. In the second trimester of pregnancy, oligohydramnios is often associated with fetal malformations, which requires careful examination (such as umbilical cord blood or amniotic fluid chromosome examination, excluding chromosomal abnormalities). After excluding the possibility of fetal malformation, we can closely observe the situation of fetus in uterus and the change of amniotic fluid volume.