Is the endometrial thickness of 13mm serious?

The uterus is a very important area for women. Every month, part of the uterine wall of women must shed and mix with blood and then be discharged from the body. This is the menstrual period that women must experience every month. What harm will it cause if a woman's uterine wall is very thick? Is it normal for the endometrium to be 13mm thick? Is it serious?

The thickness of a woman's uterine wall changes slowly. Before each menstruation, the uterine wall will be relatively thick, and then the endometrium will begin to soften after the menstruation is over. If a woman finds that the thickness of the endometrium reaches 13mm before her menstruation, it is normal. You can wait until the menstruation is over before checking the thickness of the uterine wall. If you find that the thickness of the uterine wall reaches 13mm after menstruation, the thickness of the uterine wall is a little thick, and female friends need to pay special attention to it.

The thickness of the uterine wall is within a certain range. What harm will it cause if the thickness of the uterine wall is too thick? The increase in the thickness of the endometrium in female friends may be caused by the disorder of uterine and ovarian metabolism. The increase of estrogen secreted by the uterus and ovaries causes the uterine wall to grow too fast and too thick, resulting in excessive thickness of the uterine wall. If a woman's uterine wall is too thick, it is likely to cause abnormal uterine bleeding. In clinical medicine, many patients with thick uterine walls often have more or less bleeding.

If the uterine wall is just slightly thicker than normal, and it is not caused by estrogen metabolism disorders in the uterus and ovaries or some other diseases, then this kind of endometrial thickening is harmless. Once female friends find that their endometrial thickening has occurred, they should see a doctor for a more comprehensive examination to determine what problems they have in their body and solve the problems from the most fundamental level.