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Liu Wei Jie
Obstetrics
About me
Graduated from Hebei Medical University, deputy chief physician, popular science author. Enthusiastic about public welfare popular science. With more than ten years of clinical work, I have performed numerous obstetrics and gynecology surgeries. I hope to use my years of clinical experience to solve everyone's medical doubts.
Proficient in diseases
Skilled in diagnosing complex ectopic pregnancies, embryonic arrest, prenatal nutrition, gestational diabetes, embryonic arrest, miscarriage, prenatal examinations, prenatal screening, non-invasive testing, Down syndrome screening, placenta previa, placental abruption, cesarean section, vaginal delivery, vaginitis, pelvic inflammatory disease, uterine fibroids, ovarian cysts, HPV infection, colposcopy, cervical erosion, cervical cin, and molar pregnancy, as well as their diagnosis and treatment.
Voices
The difference between postpartum hemorrhage and menstruation
The difference between postpartum hemorrhage and menstruation varies whether it is a vaginal delivery or a cesarean section. The timing of postpartum bleeding varies, and it also relates to postpartum lochia. If the bleeding occurs within 24 hours, it is called severe postpartum hemorrhage; most frequently, we encounter bleeding after 24 hours. Typically, for vaginal deliveries, bleeding occurs within seven days. In cesarean sections, due to the uterine incision, healing is needed, and the duration of bleeding varies by individual and health, commonly lasting from one to two months post-operation. Postpartum bleeding is due to incomplete healing of the uterine lining, which is different from menstrual bleeding. Menstrual bleeding is usually heavier in the initial days and the blood is dark red with a cyclic pattern. In contrast, postpartum bleeding does not have a cyclic nature; it usually consists of fresh red or dark blood, whereas menstrual bleeding typically involves dark blood.
Does ovarian teratoma affect pregnancy?
In gynecology, teratomas are a very common type of ovarian cyst. If a teratoma is discovered during the pre-pregnancy period, its size should be considered. If the teratoma is larger than five centimeters in diameter and is accompanied by abnormalities on a CT scan, it is recommended to undergo surgery before attempting to conceive. If the teratoma is very small, such as two to three centimeters in diameter, it does not affect future pregnancy. If a teratoma is discovered during early pregnancy, opinions vary. Some recommend surgical treatment after the first trimester, while others suggest a pregnancy observation plan. Teratomas during pregnancy are prone to complications such as ovarian cyst torsion, which can cause abdominal pain. Therefore, if you have a teratoma and successfully conceive, be mindful of any pain.
Does a natural miscarriage count as an abortion?
Is miscarriage considered the same as abortion? These are not the same concepts, but they share similarities. Miscarriage is due to factors related to the mother or fetus, leading to the natural loss of the embryo, whereas abortion involves artificially inducing the removal of the embryo from the womb. Although miscarriages might also result in some postpartum complications, abortions tend to have more complications due to the artificial means involved. These artificial ways include surgical abortion procedures, during which there might be risks of infection and damage to the uterine lining.
Premature rupture of membranes causes
The causes of premature rupture of membranes, or premature rupture of membranes, occur before labor when the membranes break. Normally, the membranes should rupture during labor when the cervix is fully dilated. Any rupture before this is called premature rupture of membranes. The main causes of premature rupture of membranes are maternal infections or cephalopelvic disproportion. Infections can cause the membranes to become fragile and thin, and movements afterwards may lead to premature rupture. Another scenario is cephalopelvic disproportion, where the fetus is relatively large and the pelvis is small, leading to changes in amniotic fluid pressure, which can also result in premature rupture of membranes.
Is a posterior placenta more likely to lead to premature birth?
The placenta is divided into anterior and posterior walls, with the posterior wall being a normal location for the placenta, which is unrelated [to preterm birth]. Generally, there is a hereditary tendency for preterm birth, and it is more likely to occur in individuals with certain physical constitutions or in cases of twin pregnancies. Additionally, people with gestational diabetes are also prone to preterm birth. Therefore, the posterior wall of the placenta has no correlation with preterm birth. Conditions like placenta previa or premature placental detachment are placental positions that can lead to preterm birth issues, and some people may experience preterm birth under these circumstances.
What not to eat after a miscarriage
After a natural miscarriage, some people may become very weak. In such cases, it is important to consume mild and easily digestible foods. Foods that should be avoided are those that promote blood circulation, such as jujube. Drinking brown sugar water is advisable as it can help contract the uterus. Miscarriage can cause minor physical trauma or damage, so during this period, avoid consuming too cold or too spicy foods. Eating such foods may exacerbate abdominal pain or lead to infections.
Can endometriosis turn into cancer?
The answer is no. First, let's explain what endometriosis is. Endometriosis is when the endometrium, or the lining of the uterus, is found outside of its normal location, including in the muscular layer of the uterus, the ovaries, the pelvic cavity, or the intestines; it can occur in any of these areas. This condition is known as endometriosis. Endometriosis within the uterus is a benign condition, but it can lead to severe painful menstruation and chocolate cysts. If the menstrual pain is very severe, there may be a possibility of needing a hysterectomy in the future. If a chocolate cyst occurs, surgery might also be necessary.
What are the reasons for two instances of embryonic arrest?
According to current medical viewpoints, there are various reasons for embryonic arrest, but in 50% of cases, the cause is unknown. Identified causes can generally be divided into several categories such as chromosomal issues, maternal metabolic issues including thyroid disorders, diabetes, and polycystic ovary syndrome. Additionally, immune factors such as lupus erythematosus or Sjögren's syndrome, along with abnormal antibodies, are also reasons. Furthermore, abnormal maternal anatomical structures, like abnormal uterine development, can lead to embryonic arrest. Paternal factors, such as abnormal sperm, can also result in embryonic arrest. Upon encountering embryonic arrest, if it occurs once, it can be observed initially. However, if there are two or more instances, comprehensive examinations for both partners are necessary, including chromosomal tests.
Embryonic arrest generally occurs at what time?
First, let's discuss what embryonic arrest means. There are two scenarios of embryonic arrest. The first scenario is where the embryo initially does not develop well, leading to the cessation of development in the very early stages of pregnancy. The second scenario occurs when the embryo initially develops well, but after a period, embryonic arrest happens. Therefore, embryonic arrest generally occurs during early pregnancy but can also occur later, around the middle of early pregnancy. It can happen at any time, but it is most commonly identified after 8 weeks. However, some cases involve the presence of an embryonic bud and heart tube, and embryonic arrest can still occur even at 10 or 11 weeks.
What should pregnant women do about anemia?
We often find that anemia in pregnant women is very common during prenatal check-ups. There are three main reasons for anemia. The first reason is iron deficiency anemia, which is due to insufficient intake during pregnancy while the fetus requires a large amount, leading to iron deficiency anemia. The second reason is megaloblastic anemia, which is caused by insufficient intake of vitamin B6 and folic acid, resulting in anemia. Another condition is thalassemia, which is due to a genetic mutation causing anemia. For treatment of anemia, we first need to address the specific cause. If it is iron deficiency anemia, iron supplements are necessary, and the diet should include foods like pork liver and lean meat. If it is megaloblastic anemia, supplementation with folic acid and vitamin B12 is needed. Moreover, for thalassemia, mild cases can be observed, while severe cases may require a small amount of blood transfusion treatment.