What's the matter with amniotic fluid pollution? What causes amniotic fluid pollution? Let me tell you the reasons for amniotic fluid pollution!
What causes amniotic fluid pollution
One of the causes of amniotic fluid pollution: meconium pollution
This is also what doctors are most worried about, because when the amniotic fluid is 3 degrees polluted, it indicates fetal distress and fetal death in utero at any time. It's rare in labor, but there's no sign of it.
The second reason for amniotic fluid pollution: fetal fat
The situation of fetal fat mostly occurs 39 weeks before pregnancy. At this time, the fetus in the pregnant woman's abdomen is not mature and there is no risk.
The third reason for amniotic fluid pollution: bile stasis will also make amniotic fluid muddy
Some of the main substances in amniotic fluid, fetal water and brittle hair, if simply polluted, generally will not show any abnormalities in the child. If amniotic fluid pollution is found during B-ultrasound examination, it indicates that the condition of the fetus is not very good and needs to be delivered immediately.
The above are the three causes of amniotic fluid pollution. Because amniotic fluid pollution may affect the normal development of the fetus, amniotic fluid pollution should not be underestimated. The cause of amniotic fluid pollution should be found out as soon as possible.
Meconium contamination of amniotic fluid in the third trimester of pregnancy should not be underestimated
Meconium contamination of amniotic fluid in the third trimester of pregnancy is an important indicator of adverse pregnancy outcome. Meconium contamination of amniotic fluid is one of the main indicators of fetal distress. Facts have proved that amniotic fluid meconium pollution is closely related to neonatal prognosis. The more serious amniotic fluid meconium pollution is, the higher the incidence of poor neonatal prognosis is.
Fetal ECG monitoring with meconium III contamination of amniotic fluid will indicate serious hypoxia. Pregnancy should be terminated as soon as possible to avoid aggravating the degree of fetal distress. Because the fetal baby will reduce oxygen consumption in case of hypoxia. If the hypoxia is serious or too long, it will have a serious impact on the functions of fetal organs, especially the cardiovascular system and central nervous system.
For fetuses with amniotic fluid meconium contamination degree I and II, electronic monitoring of fetal heart rate should be strengthened, and premature intervention should be avoided as far as possible to avoid complications caused by increased surgical midwifery.
In short, it is necessary to do a good job in the pregnancy examination of pregnant mothers and find the abnormalities during pregnancy in time, which will help to reduce the poor prognosis of newborns, especially pregnant mothers with amniotic fluid pollution degree III, which has a serious impact on the fetus. It is necessary to strengthen supervision to ensure the safety of mothers and infants and improve the birth health of newborns.