What are the symptoms of chronic autoimmune thyroiditis and how do they affect the fetus?

Hashimoto's thyroiditis is a common autoimmune thyroid disease in clinical practice, and there is no ideal method at present, and the high level of simple 2 antibodies generally does not affect fetal intelligence. It has a great impact on the healthy development and intellectual development of children, so it needs to be taken seriously. In general, it is most appropriate to get pregnant 3-6 months after inflammation control.

When autoimmune thyroiditis is complicated by hypothyroidism, pregnancy can cause abnormal fetal intelligence or physical development, and thyroxine tablets need to be supplemented in time**.

If there is no concomitant hypothyroidism, pregnancy will have no effect, and blood tests will need to be checked regularly. The incidence of autoimmune thyroiditis during pregnancy is relatively high, and thyroiditis, also known as Hashimoto's thyroiditis, is mainly caused by the increase of antibodies, including anti-thyroid granule antibodies and thyroglobulin antibodies. Autoimmune thyroiditis is an autoimmune disease that is a lifelong condition.

The occurrence of this disease during pregnancy has a serious impact on the fetus, and there are three main manifestations.

Pregnancy with immune thyroiditis has no effect. As long as the thyroid gland is functioning normally, immune thyroiditis does not affect the pregnant woman and the fetus. Immune thyroiditis is a spontaneous disease that is generally divided into hyperthyroidism, hypothyroidism, and convalescence.

Whether it is hyperthyroidism or hypothyroidism, as long as the thyroid function is adjusted to normal, pregnancy has no effect. Pregnancy also has a great impact on the expression of thyroid autoimmune diseases. Because the human fetus expresses a large number of paternal histocompatibility antigens, the maternal immune adaptability is impaired during pregnancy, resulting in an increased incidence of miscarriage.

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It will affect the normal development of the fetus, and then lead to fetal mental retardation, which will cause the fetus to have very serious problems.

It will directly affect the child's immunity and resistance, and it will affect the child's thyroiditis. It can affect the child's growth and development, which may lead to deformities and may also be mentally retarded.

The fetal body has no way to absorb better nutrients, and there is no way to develop better, and the child's resistance will be very weak after birth, and it is likely that thyroid disease will be inherited.

It will affect the growth and development of the fetus, affect the child's brain, cause the child to have mental retardation, may affect the child's physical health, and may have abortion.

Thyroid hormone is an important hormone for human growth and development. Hypothyroidism during pregnancy can lead to fetal growth retardation, and early can lead to miscarriage and intrauterine fetal death. Late and late stages can lead to poor fetal growth, particularly brain dysplasia.

Hypothyroidism During pregnancy, women suffer from hypothyroidism. It also has a very big effect on the fetus. It mainly affects the intellectual development of the fetus, and some other growth and development may lead to the occurrence of intellectual disability or dementia, so this is also a more serious effect.

After birth, it presents with congenital cretinism, short stature, dyspepsia, prolonged resolution of jaundice, late fontanelle closure, myxedema, and congenital dementia. Therefore, for women who are trying to get pregnant, thyroid function tests should be performed, and once signs of hypothyroidism are found, hypothyroidism can be corrected in time and thyroid function can be quickly restored.

Thyroid function should also be checked during pregnancy to ensure that thyroid function is within the normal range. High thyroid hormone can have an effect on the fetus. If a pregnant woman's thyroid hormones are not well controlled, it will not only increase the abnormal development of the fetal nervous system, but it can also lead to the risk of preterm birth and miscarriage, and may lead to a decrease in the child's intelligence and unresponsiveness.

It is recommended that pregnant women have regular check-ups and take appropriate medication according to the doctor's method to maintain stable thyroid function. And make reasonable adjustments in diet, eat less foods high in iodine, such as kelp and seaweed, and appropriately supplement vitamins and calcium.

Due to abnormal thyroid function, it will affect the intellectual development of the fetus, which may lead to fetal miscarriage or premature birth, and developmental malformations are possible, or will seriously affect the baby's intellectual development, which will have a great impact on future life

It will cause fetal malformations, or affect the growth of the fetus, and will also lead to impaired fetal intelligence, congenital hyperthyroidism, and miscarriage, and there is no way to ensure the growth and development of the baby.

Thyroid dysfunction may affect fetal intelligence, slow fetal growth, fetal malformations, neonatal congenital hyperthyroidism, hypothyroidism, fetal miscarriage and other effects.

Babies may experience stunted growth, weakness, loss of appetite, slow growth and impaired intelligence.

Reading guide: The thyroid gland is a very important hormonal gland in the human body, too much or too little will lead to diseases, and it also has different effects on pregnant women and infants. If a pregnant woman has a low thyroid gland, it is easy to cause miscarriage and can also cause fetal mental retardation.

If your baby has a low thyroid gland, it can affect growth and development.

Hypothyroidism is associated with impaired fertility and an increased risk of miscarriage. Hypothyroidism in early pregnancy increases the risk of preeclampsia, fetal mental retardation, and the risk of birth and death of the baby. It is also associated with gestational diabetes and preterm birth.

Newborns with hypothyroidism may have a normal birth weight and height, but some babies may have symptoms such as lethargy, decreased muscle tone, feeding difficulties, constipation, umbilical hernia, dryness, and jaundice.

Hypothyroidism may not be visible on the outside. In young children, an underactive thyroid gland can lead to an enlarged thyroid gland, and children who grow in areas of iodine deficiency may also develop goiter. Young children may have stunted growth, intellectual disability, motor coordination, decreased muscle tone, and decreased biscarious force.

Further reading: Causes of hypothyroidism in children and**.

For older children and adolescents, symptoms of hypothyroidism include fatigue, chills, drowsiness, muscle weakness, constipation, growth retardation, pallor, delayed puberty, irregular menstrual cycles, and more.

One of the most common risk factors for hypothyroidism is an autoimmune disease, in which the body produces antibodies to fight the thyroid gland, resulting in a decrease in thyroid hormone production.

A diet low in iodine is a risk factor for hypothyroidism. Since most people start using iodized salt, the risk has decreased. But in areas with low iodine intake, the risk is very high.

Extended reading: Pregnant women with hyperthyroidism should be as soon as possible**!

Unlike type 2 diabetes and juvenile diabetes, type 1 patients have a genetic disorder caused by their own immune system. Therefore, people with juvenile diabetes are at high risk of hypothyroidism due to autoimmune antibodies.

Menopause can lead to many hormonal changes in the body, especially after the age of 50, and the risk of hypothyroidism also increases. In addition, some women also experience transient hypothyroidism after pregnancy.

Although uncommon, changes in pituitary gland function may lead to low thyroid hormone production. This is because the pituitary gland regulates the secretion of thyroid-stimulating hormone, which increases the risk of hypothyroidism.

The thyroid hormone of the fetus is completely ** the mother's, and if the pregnant woman has hypothyroidism, the fetus will definitely also develop hypothyroidism.

Hypothyroidism has a particularly strong impact on the fetus, because thyroid hormone is an important hormone for the development of the fetal nervous system, reproductive system and other systems**. If the fetus has hypothyroidism, it is easy to give birth to a stay, and pregnant women with hypothyroidism are prone to miscarriage and stillbirth.

Thyroid hormone is an important regulator of growth and development, and human and animal studies have confirmed that even a mild decrease in thyroid hormone during the critical period of brain development can lead to delayed brain development, which in turn leads to a decline in intelligence in offspring.

Nowadays, people are very important about preparing for pregnancy. Many women will have a physical check-up before becoming pregnant. If there is any medical condition or abnormality detected before pregnancy, it is usually recommended to do so first.

For some women with thyroid, they are anxious to get pregnant. So, does thyroid pregnancy affect the fetus? Let's find out.

Thyroid pregnancy mainly refers to a woman with thyroid abnormalities that can affect the fetus. It is important to know that the role of the thyroid gland is very important for people. Female thyroid abnormalities affect many systems in a woman's body.

These systems include the blood system, the heart, as well as the body's body temperature and bone growth.

Thyroid abnormalities include hyperthyroidism and hypothyroidism. If it is an abnormal thyroid gland in terms of hyperthyroidism, it will affect the growth of the fetus after pregnancy, thereby causing fetal growth retardation, placental abruption, miscarriage, and even the possibility of premature birth.

Abnormal pregnancies due to hypothyroidism can also affect the fetus. This effect is mainly manifested in the effect on the intelligence of the fetus. This effect will be different due to the degree of hypothyroidism in women, as well as the control situation, and the impact is not the same, and in severe cases, it will cause fetal mental retardation.