Normal discharge during pregnancy is clear or white, and usually a bit sticky it should not have a noticeable odor. Read on to find out about the different types of discharge you might notice during pregnancy. Sometimes, your discharge may indicate a problem, like an infection. What exactly is going on “down there” with the discharge? In early pregnancy, your body may produce more vaginal discharge, and before labor begins you may notice a blood-tinged mucus discharge. Prompt evaluation and delivery of your baby improves survival.It may be an icky subject, but it's one many moms-to-be have on their minds. Your baby is at risk of brain injury or death. The numbers vary, but as many as 20 percent of maternal deaths in developed countries may be due to amniotic fluid embolisms. The number of women who die of amniotic fluid embolism (mortality rate) is very high.
Women who survive an amniotic fluid embolism often require treatment in the intensive care unit and - depending on the extent of their complications - might spend weeks or months in the hospital. Low blood oxygen can cause permanent, severe neurological damage or brain death. Having too much amniotic fluid around your baby may put you at risk of amniotic fluid embolism.Īmniotic fluid embolism can cause serious complications for you and your baby, including: It's not clear, however, whether operative deliveries are true risk factors for amniotic fluid embolism because they're used after the condition develops to ensure a rapid delivery. These procedures can disrupt the physical barriers between you and your baby. Having a C-section, a forceps delivery or a vacuum extraction might increase your risk of amniotic fluid embolism. Research on this link, however, is conflicting. Limited research suggests that certain labor induction methods are associated with an increased risk of amniotic fluid embolism. Having high blood pressure and excess protein in your urine after 20 weeks of pregnancy (preeclampsia) can increase your risk. These conditions can disrupt the physical barriers between you and your baby. Abnormalities might include the placenta partially or totally covering the cervix (placenta previa) or the placenta peeling away from the inner wall of the uterus before delivery (placental abruption). Abnormalities in the placenta - the structure that develops in your uterus during pregnancy - might increase your risk of amniotic fluid embolism. If you're 35 or older at the time of your child's birth, you might be at increased risk of amniotic fluid embolism. Research suggests that several factors might be linked to an increased risk of amniotic fluid embolism, however, including: Because amniotic fluid embolisms are rare, it's difficult to identify risk factors. It's estimated that there are between one and 12 cases of amniotic fluid embolism for every 100,000 deliveries. It's not clear why in some mothers this leads to amniotic fluid embolism. However, amniotic fluid embolisms are rare - and it's likely that some amniotic fluid commonly enters the mother's bloodstream during delivery without causing problems. This can result in a serious blood-clotting disorder known as disseminated intravascular coagulation. When this breakdown happens, the immune system responds by releasing products that cause an inflammatory reaction, which activates abnormal clotting in the mother's lungs and blood vessels. A likely cause is a breakdown in the placental barrier, such as from trauma. Request an Appointment at Mayo Clinic CausesĪmniotic fluid embolism occurs when amniotic fluid or fetal material enters the mother's bloodstream.
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