When the fetus is hypoxic, what are the harms if it is not intervened in time?

In the early stages of hypoxia, babies generally have changes in fetal movements. The number of early fetal movements increases, and the range of fetal movements is too large. If left untreated, it is a sign that the baby's fetal movements will decrease in frequency, the amplitude will be weakened, or even the fetal movements will disappear completely.

As fetal movements change, abnormal fetal heart rate occurs. In the early stage, the fetal heart rate is too fast. Manifests as a slow fetal heart rate, or even stops the fetal heart rate.

Long-term chronic hypoxia can lead to disorders in the baby's physical development, resulting in slow growth in the uterine cavity.

The dangers of fetal hypoxia are different. It can affect fetal development, cause fetal malnutrition, ischemia and hypoxia, severely damage the fetal brain, and may lead to fetal mental retardation, slow reactions, stupidity, and even lifelong disability. Lack of oxygen can also lead to miscarriage, premature birth, and even intrauterine fetal death.

In addition to the subjective feelings of the pregnant woman, the number of fetal movements is also related to some medications, such as taking sedatives or intramuscular magnesium sulfate, which can reduce or even disappear fetal movements, but can return to normal after stopping the drug, which should be different from the decrease in fetal movements caused by fetal hypoxia. Pregnant women should learn to observe fetal movements. If abnormal fetal movement is found, you should go to the hospital for further diagnosis and **.

Fetal hypoxia is also known as intrauterine fetal distress. Intrauterine distress is divided into acute intrauterine distress and chronic intrauterine distress. Chronic intrauterine distress is a serious emergency that threatens the life and health of the fetus.

Even after **, some fetuses may have sequelae, such as hypoxic-ischemic encephalopathy, cerebral palsy, and intellectual disability, and if acute fetal distress is corrected in time, there will be no sequelae.

After intrauterine fetal distress, the most common dangers include hypoxic-ischemic encephalopathy. In intrauterine distress, the fetus is deprived of oxygen and blood flow to the brain, leading to brain damage. In severe cases, fetal death may occur, or postpartum hypoxic-ischemic encephalopathy may occur, manifested by convulsions, screaming, vomiting, lethargy, irritability, etc.

Cerebral palsy is an abbreviation for cerebral palsy. Sequelae of cerebral palsy can lead to central movement disorders and postural abnormalities. Fetal distress can also lead to mental retardation, cerebral edema, and even death.

When the fetus is hypoxic, if it is not possible to intervene in time, the child's brain will be stupid. If it's serious, you'll die. So do it in a hurry.

October pregnancy, for many pregnant mothers, throughout the pregnancy is very worried about the baby's health, even if many pregnant women will have regular prenatal check-ups during pregnancy, they will still worry about various problems in the fetus in the womb, especially sometimes the fetus will have symptoms of hypoxia in the uterus, if not intervened in time, it is very likely to cause harm to the fetus, then, when the fetus is hypoxic, what are the specific harms?

1. Fetal hypoxia is usually caused by the main pathological factors, physiological factors, and high-risk pregnancy factors of hypoxia in the third trimester, such as when pregnant women suffer from hypertension, diabetes, heart disease, asthma, etc., it is very likely that the fetus will not get enough oxygen, and cause the fetus to be hypoxic in utero, such as severe hypoxia, if not intervened in time, it may lead to fetal death in utero.

2. If the fetus is hypoxic, if it is not intervened in time, it will cause damage to the organs of the fetus, especially the heart, brain, adrenal glands and other important organs will have vasodilation, which will affect the peripheral vasoconstriction of the liver, kidney, intestine and limbs, etc., if not timely intervention, it will lead to fetal heart failure, and in severe cases, it will lead to fetal death.

3. Fetal hypoxia will have a certain impact on the brain, the brain is the most sensitive to ischemia and acidosis, if the fetus is hypoxic, if it is not intervened in time, it will lead to serious brain damage, hypoxia will cause cerebral edema, brain cell necrosis, cerebral hemorrhage and other complications, if not intervened in time, brain cells will slowly necrosis, resulting in permanent brain damage to the fetus.

Fourth, fetal hypoxia will also cause certain harm to pregnant women, fetal hypoxia in the uterus will cause miscarriage, premature birth, fetal death in the uterus, serious cases will endanger the health of the mother, especially the elderly women or pregnant women with chronic diseases, when the fetus hypoxia will lead to aggravation of the disease, so that the function of various organs fails, thus endangering life.

In order to prevent the problem of fetal hypoxia from occurring during pregnancy, we must do a good job of regular prenatal checkups, especially in the third trimester, we must pay close attention to the health of the fetus, once the fetus is found to be abnormal, it should be checked in time to avoid fetal hypoxia.

Fetal hypoxia will affect the fetus, brain, heart and adrenal glands and other vital organs, and the phenomenon of blood vessel dilation, thereby affecting the fetus's liver and intestinal peripheral vasoconstriction, resulting in fetal heart failure, if not intervened in time, it may cause the fetus to die in utero.

If you do not intervene, it will lead to the death of the child in the womb, and it will also lead to some pathologies in the child, which may not be able to develop normally, or may lead to miscarriage of the child, the child may not develop perfectly, or it may be deformed, and the pregnant woman may have intestinal bleeding.

It will lead to fetal death, easy to lead to fetal arrest, easy to lead to miscarriage, easy to lead to physical problems, easy to lead to fetal malformations, easy to lead to fetal brain development problems.

There may be stillbirth, there may be ischemia, there may be hypoxia, and there may even be encephalopathy. And it can also affect the child's intellectual development.

There may be stillbirth, hypoxia, mental decline, low immunity, premature birth, and dystocia.

If the fetus is deprived of oxygen, it can lead to fetal death, so you should go to the hospital for regular check-ups, and if you are unwell, you should also go to the hospital for check-ups.

It can cause problems in the child, lead to the death of the child, lead to miscarriage, affect the child's brain development, and cause the child's intelligence to be affected.

There may be premature birth, there may be dystocia, there may be stillbirth, it may affect intelligence, and it may affect immunity.

The consequence is that the fetus will become anencephaly, and then the fetus will be deformed, and the fetus will be born prematurely and the fetus will die.

If the fetus is deprived of oxygen for a long time, the fetal brain cells have caused deformation and necrosis, which is difficult to recover in the short term, and in more serious cases, permanent brain damage will be formed. Pregnant women should maintain emotional stability, pregnant women's emotions should not be too anxious, and if there is a decrease in fetal movement, they should seek medical attention in time to further assess the intrauterine condition of the fetus

Fetal hypoxia may affect his life and health, cause organ failure and affect brain mental retardation; First of all, if there is a lack of oxygen, you must go to the hospital for examination in time, and then take corresponding measures to protect it according to the needs of the doctor.

This usually results in redness. If you can't breathe, there may be a lot of fetal movement. Mom will feel bad. So I think moms should supplement with more vegetables and fruits.

Generally, fetal hypoxia is caused by three factors: maternal factors such as pregnancy-induced hypertension, nephritis, etc.; Fetal factors such as fetal malformations, fetal intracranial hemorrhage, etc.; Placental and umbilical cord factors such as obstruction of umbilical cord blood flow, placental hypofunction, etc. It is recommended that you go to the hospital for a detailed examination to find out the cause of fetal hypoxia and treat the symptoms.

Everyone knows that if there is intrauterine hypoxia, it is definitely not good for the fetus, but the pregnant woman herself is not very good for this**. However, we can get a general idea by counting the movements of the fetus, because if there is a lack of oxygen, the movements of the fetus will change. Usually there will be a significant increase in exercise in the early stage of hypoxia, that is, frequent fetal movements; If the lack of oxygen for a long time has left no longer the strength to move, the fetal movement will be significantly reduced.

Therefore, it is recommended that you must pay attention to the activity of the fetus in the third trimester of pregnancy. There are many factors that cause intrauterine hypoxia, such as the pregnant woman has some diseases, such as diabetes, and it is not well controlled. At this time, the fetus is prone to hypoxia in a hyperglycemic environment, especially in the third trimester; Some pregnant women have high blood pressure, which can also cause intrauterine hypoxia; There are also severe umbilical cord entanglements in the fetus, which affects the blood and oxygen supply to the fetus.

In addition, there is a decrease in placental function, especially in the third trimester, when fetal hypoxia is more pronounced. If the conditions at home permit, especially those with high-risk factors, they can rent full monitoring, and after renting home from the hospital, they can do fetal heart rate monitoring every day. Because going to the hospital once a week only reflects the situation at that time, if the fetal hypoxia is not serious, it is difficult to detect.

Usually, if intrauterine hypoxia occurs after 32 or 33 weeks, the fetus may survive after hospitalization for testing; But if there is a severe hypoxia at 22 or 23 weeks, there is no active intervention at present. However, now the chance of intrauterine hypoxia in the fetus is relatively small, most of them are after labor, when each contraction occurs, the oxygen supply of the placenta in the uterus to the fetus may be temporarily reduced, and during labor, the doctor will closely monitor the fetal heartbeat, so you don't have to worry too much.

If the baby is hypoxic, it may be because of the mother's lack of oxygen, it is recommended that the pregnant mother with mild symptoms can buy an oxygen cylinder of Linde Airrun to inhale oxygen, which is very easy to use at home and can be inhaled with you, which can replenish oxygen in time and is good for the fetus.