How thin will the uterine membrane be after a miscarriage

  The uterus is the root of a woman, and her health directly affects her physical well-being. The uterine membrane is an important tissue in the uterus with certain health standards. If it is too thick or too thin, it can lead to problems in the uterus, and the thinning of the uterine membrane is caused by miscarriage. So, how thin will the uterine membrane be after a miscarriage?

  

How thin will the uterine membrane be after a miscarriage1

  Firstly, after a woman undergoes an abortion, the most damaged part is the endometrium. Damage to the endometrium can lead to adhesions in the uterine cavity, resulting in insufficient menstrual flow. The endometrium is mainly divided into two layers, the first layer is the basal layer, and the second layer is the functional layer. Abortion can cause damage to the functional layer of the endometrium. After the functional layer of the endometrium is damaged, the endometrium cannot grow, leading to thinning of the endometrium. If you ask how thin the uterine membrane will be after a miscarriage, it depends on individual circumstances and surgical curettage, and cannot be generalized.

  Secondly, in general, after undergoing an abortion, the endometrium will become thinner due to the damage caused by the surgery, and the uterus itself needs a period of time to recover. When the endometrium becomes thinner, there may be a decrease in menstrual flow. When the endometrium grows to 8mm, it will return to normal. If not, it can be adjusted under the guidance of a doctor to supplement estrogen and help the endometrium recover.

  Finally, the best measure to prevent endometrial thinning is contraception, which solves the problem from the source. If you accidentally become pregnant, you must choose a minimally invasive abortion procedure. At present, there is visual induced abortion, which can determine the location of the embryo and directly scrape off the tissue under visual guidance. The advantage of this method is precise scraping, short operation time, and minimal damage.

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