Biochemical pregnancy, also known as latent miscarriage, refers to the miscarriage that occurs when the fertilized egg fails to implant and develop in the uterus. Some women also undergo embryo transfer due to infertility, but sometimes biochemical reactions may occur. So why do embryos undergo biochemical reactions after successful transfer?
1. There are many biochemical reasons for the occurrence of successful embryo transfer. Studies have shown that abnormal autoimmune antibodies, pre thrombotic state, or high coagulation of blood and platelets in women are common causes of biochemical pregnancy after embryo transfer.
2. Endocrine abnormalities in women can also lead to biochemical pregnancy. Because endocrine abnormalities can lead to insufficient hormones in the body that support pregnancy, it is impossible for the transplanted embryo to develop well. The poor environment of the endometrium is not conducive to embryo implantation after transplantation, and it is also prone to biochemical changes after transplantation.
3. Women who undergo biochemical embryo transfer. Firstly, endocrine examination should be conducted to rule out any abnormal conditions, and coagulation function should also be checked for any issues. At the same time, it is necessary to check for infections such as chlamydia and mycoplasma, and conduct a detailed examination of the endometrial environment. In short, there are many causes of biochemical pregnancy, so multiple tests should be conducted. When problems are found, timely treatment should be sought to avoid future biochemical pregnancies.
