Is it dangerous to monitor the fetal heart rate by 6 points? Only 32 weeks. Fetal heart monitoring score consists of the following four parts: fetal heart baseline, fetal heart change range, fetal heart increase rate and fetal heart deceleration. Different ranges will have different scores. Add up these four scores to get the fetal heart monitoring score. If the score is less than 4 points (including 4 points), the fetal heart monitoring is positive, suggesting that the fetus is seriously hypoxic or has heart function problems; If the score is between 5 and 7, it is suspicious; If the score is 8 to 10, it is negative. On the surface, the fetal heart function is normal and there is no hypoxia.
Normal range of fetal heart: the normal range of fetal heart is 120~ 160 beats/min. Before 20 weeks of pregnancy, the average fetal heart rate was 162 beats/min. After 20 weeks of pregnancy, it was 147 times/minute. After 30 weeks of pregnancy, it is 65438+ 0 ~ 40 weeks of pregnancy. Go to a regular local tertiary hospital for examination, and the doctor will give you symptomatic treatment according to your specific situation, so that the treatment effect will be better and the fees will be more fair and reasonable.
Fetal heart monitoring is not ideal, and the possibility of intrauterine hypoxia is not ruled out. Deduction points are mainly in the acceleration of variation, which means that the fetal heart rate is not obviously accelerated during contraction or stimulation, but the fetal heart rate is within the normal range.
The normal range of fetal monitoring should be between 120~ 160 times per minute, and there should be upper and lower peaks. If fetal heart monitoring is peaceful, that's not good. Abnormal fetal heart monitoring may be caused by fetal hypoxia, or by negative emotions such as excessive tension and anxiety of pregnant women during monitoring. If it is only a slight abnormality, you can consider reviewing it again. If there is still a problem, you may need to consider oxygen inhalation.
After pregnancy, you should have a pregnancy test regularly. The normal fetal heart rate should be 120~ 160 times per minute. It is not normal for the fetal heart rate to be too fast or too slow. Do all kinds of abnormal tests after pregnancy. You can go to the hospital for nt at 1 1~ 13 weeks. Go to the hospital for Down's screening from 0/5 to 20 weeks of pregnancy/KLOC-. 22~28 weeks pregnant, go to the hospital for four-dimensional color Doppler ultrasound.
What about fetal hypoxia? If the fetus lacks oxygen after 26~28 weeks of pregnancy, especially after 34 weeks of pregnancy, it is generally recommended to terminate the pregnancy by emergency cesarean section to save the child. After 34 weeks of pregnancy, most fetuses can live a normal and healthy life. After 26~28 weeks of pregnancy and before 34 weeks, the fetus can generally survive. Of course, sometimes it is difficult to feed, but there is no problem in survival. We call it a living child, and this kind of child also has the value of rescue. But before 26~28 weeks of pregnancy, if it is really judged that the fetus is hypoxic, it depends on the specific reasons. If the fetal hypoxia is caused by the mother, such as the mother's pneumonia and dyspnea, then we will actively treat the mother's condition. After the mother's condition improves, the fetus may also pass this pass. However, the cause of fetal hypoxia is rare. Fetal hypoxia is mostly due to umbilical cord and placenta, and doctors have no good way. They can only follow up and observe, and oxygen inhalation is of little significance. Sometimes fetal death occurs in the uterus, and doctors have no way to intervene.
During pregnancy, a series of changes have taken place in pregnant women's bodies, and their oxygen demand is about twice that of ordinary people. Experiments have proved that every pregnant woman has different degrees of hypoxia. Timely and regular oxygen supplementation can not only prevent various symptoms of hypoxia, but also help to prevent and protect the fetus and effectively improve the IQ and developmental ability of infants.
Hypoxia in pregnant women is very harmful to the baby, and it is different at different stages of pregnancy. If pregnant women lack oxygen in the first three months of pregnancy, it will hinder the cell division of fertilized eggs and lead to fetal malformation or abortion. More importantly, it will reduce the number of fetal cells during fetal development and affect brain development. If pregnant women are in hypoxia for a long time, it will lead to intrauterine growth retardation, a significant decrease in the number of brain cells, and even lead to fetal death, intrauterine or neonatal hypoxic-ischemic encephalopathy, and affect the intellectual development of the fetus.