High platelet aggregation rate

I believe that many women of childbearing age know that the critical period of embryonic development is within the first three months of pregnancy. If you are not careful at this time, it may affect the growth of the test tube embryo. Not only may there be the possibility of fetal malformation, but it may also cause the test tube embryo to stop growing. Recently, a woman asked about the cause of fetal growth retardation at 7 weeks. Let’s take a look at the analysis of the cause of fetal growth retardation at 7 weeks. What is the reason for fetal arrest due to high platelet aggregation rate?

The function of platelets is to adhere, aggregate and metabolize, and they fully play the role of activating blood circulation in bleeding conditions.

High platelet aggregation rate refers to the enhanced aggregation function of platelets. There are many reasons, such as insufficient blood flow, pre-thrombotic state and thrombotic diseases. These conditions can lead to enhanced platelet aggregation function and high aggregation rate, which are prone to cardiovascular diseases. Anticoagulants should be taken under the guidance of a doctor, and the original disease should be actively treated. Physiologically, the platelet aggregation rate may increase in the middle and late stages of pregnancy, and the platelet aggregation rate may also be significantly higher after artificial heart valve surgery. Generally speaking, the quality of male sperm can be understood from indicators such as sperm volume, relative density, charm, sperm motility, and deformity rate. If the quality of male sperm is poor, especially if the rate of deformed sperm is high, the possibility of a lack of sex chromosomes in the sperm will be relatively high, resulting in poor quality of test tube embryos, which will affect the normal growth and development of test tube embryos and may even cause fetal arrest.

Uterine environment. If the uterine environment where the test tube embryo is located is not good, it will affect the embryonic development. The factors that generally affect the uterine environment include uterine factors, uterine wall factors, pelvic factors, physical factors and external factors, especially uterine wall factors, because only a good endometrial thickness can provide the fertilized egg with implantation and the necessary nutrients. If the endometrium is too thin, it will cause miscarriage, abnormal embryonic development, fetal growth retardation, etc.

Poor egg quality is also a key factor affecting the quality of test tube embryos. Some women have a short menstrual cycle, which means that the eggs break prematurely before they are fully developed. In addition, some women take contraceptives, ovulation-inducing drugs, antihypertensive drugs, etc., which may cause abnormal uterine development, thereby affecting the quality of egg cells, making test tube embryos prone to developmental abnormalities and increasing the possibility of fetal growth retardation.