Causes of early pain, early amniotic fluid wavelength

Causes

Causes of early pain, early amniotic fluid wavelength

Causes

Spraying the bilateral membrane before pain, regardless of the number of weeks of pregnancy, is called an initial bilateral rupture or an initial bilateral rupture. Typically, what happens 37 weeks before the expected date of pregnancy is defined as the parabola of the bilateral membrane. The frequency of occurrence is 3 to 18.5% observed in 8 to 10% of pregnant women approaching maturity, and about a quarter of the initial bilateral wavelength is observed before fully maturing. For your information, it is known to account for about 30% of the causes of premature birth, which can increase fetal and neonatal turnover and death and cause polycystitis.

The exact cause of the initial amniotic fluid wave is not yet known. It is known to be a leading risk factor for maternal nutritional disorders such as vitamin C, zinc, copper deficiency, infection, smoking, bleeding, local fetal membrane damage, and physiological and anatomical abnormalities in the fetal membrane. The closer the normal fetal membrane is to the end of the year, the stronger it is to withstand the wave of external forces that do not penetrate in the early stages of pregnancy, making the fetal membrane easier to receive strength and gradually weaker. The growth of the uterus can be seen as contributing to the weakening of the fetal membrane by combining normal uterine contraction with frequent tension caused by fetal movement.

Changes such as poor quality of culture are observed in the fetal membrane, as in the fetal membrane. If there is no pain, it may be appropriate to give birth regardless of the age of the response (the number of fetuses calculated from the first day of the last menstrual cycle) if the vaginal examination confirms the initial onion, determines the condition of the cervix, and if the pain is active. C-section can be considered when you have acidosis. Between 20 and 37 weeks of pregnancy, regular uterine contraction accompanied by gradual enlargement and loss of the cervix is called early labor. It appears in about 6-15% of all pregnancies and is the most common cause of neonatal transfer and death.

It is also related to long-term aftereffects such as cerebral palsy, blindness, hearing loss, and chronic lung disease, so you should observe carefully. The cause of premature birth is unknown, but it is known to occur more frequently in women with premature birth control. The probability of early labor after one premature birth is already about 14.3% and increases to 28% after two premature births. Infant pregnancy (twin), uterine necrosis, uterine malformation, amniotic fluid, megalomania, uterine myoma, etc., past history of uterine neck surgery, and early bleeding can all be seen as risk factors.

Women with experience in multiple (twin), vaginal bleeding, and premature birth can be seen as a risk factor for premature birth, and the risk of premature birth is known to increase nearly three times from the beginning of pregnancy. Symptoms such as pelvic pressure, abdominal pain similar to menstrual pain, vaginal secretions such as blood or water, and pain in the lower back of back pain can indicate an experientially imminent premature birth, so it is necessary to observe carefully. It is very difficult to distinguish between uterine pain and pain before opening and losing the uterus.

The American Obstetrics and Gynecology Association defines the diagnostic criteria for early labor: – Cervical expansion exceeds 1 cm – 8+ changes in contraction over 20 or 60 minutes, and reverse repeat and loss of cervix – most important difference ng in treatment of pregnant women with 80% or more early labor.

This is related to infant mortality due to premature birth, so it is recommended that you give birth after 34 weeks if possible. Inhibitors, antibiotics, corticosteroids, etc. can be used for treatment. These drugs can cause neurological problems or autism in the fetus, and can cause chest pain, nausea, vomiting, and headaches in the mother, so they should be used appropriately depending on the condition of the pregnancy. For reference, corticosteroids are used to induce lung maturation in the fetus, which results in reduced intracellular bleeding, dyspnea syndrome, and infant mortality in premature infants.

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