How to judge whether the embryo quality is poor?

Couples who want to get pregnant and have children must go to the hospital for a check-up in advance. This is very important. Also, before preparing to have a baby, you must prepare for pregnancy for a period of time in advance. During the pregnancy preparation stage, you must regulate your body in a variety of ways, such as adjusting your diet. In addition, both husband and wife should increase exercise, which can strengthen their physical fitness and thus increase the quality of eggs and sperm. In this way, the quality of the embryo will be good. So how do you judge the quality of the embryo?

How to judge whether the embryo quality is poor?

It doesn't mean that everything is normal if all the tests are normal. According to traditional Chinese medicine, pregnancy is the combination of the parents' essence and blood, and both parents must have good physical constitutions. Dear OP, how is your menstruation? Do you have dysmenorrhea or other problems? Does your husband smoke, drink, stay up late, or don’t exercise? Did you have a cold or get sick before you got pregnant? When eating, do you pay attention to the freshness and normality of the ingredients? Just pay attention to many aspects and things will get better slowly. The first time was not good either. The doctor said the embryo was not good. After that, I actively changed my lifestyle and now I’m five months pregnant. Really don't be too superstitious about inspections.

At the beginning, you can only monitor B-ultrasound, progesterone and hcg. Wait until 12 weeks to do NTB ultrasound examination, 16-19 weeks to do Down syndrome screening or non-invasive DNA test, and 20 weeks to do B-ultrasound major fetal malformation examination to determine the fetal development.

In this case, it is recommended to have a blood test 10 days after transplantation into the uterine cavity. If the hcg test doubles every other day, there should be no problem.

Guidance:

Alternatively, you can do a color ultrasound examination 20 days after the embryo is transplanted into the uterine cavity to check the development of the gestational sac. Pay attention to rest, avoid spicy, raw, cold or stimulating foods, and avoid strenuous exercise.

This can be diagnosed and screened through preimplantation genetic diagnosis and screening technology in American in vitro fertilization.

After the embryo is successfully cultivated, the development of the embryo can be seen under a microscope, but it is impossible to judge whether it is healthy or whether it carries some viruses such as hepatitis B and hepatitis C through such ordinary observation. The genetic code carried by the embryo cannot be seen, and it is even impossible to know whether the genes and chromosomes of the embryo are normal. Gene and chromosome abnormalities are the main causes of implantation failure, premature birth and even defective babies. Especially for some older childbearing groups, the probability of gene and chromosome abnormalities is very high. Therefore, these problems that cannot be answered through ordinary observation have given rise to the development of a test tube technology, which is the preimplantation genetic diagnosis and screening technology in the third-generation test tube baby technology in the United States, which is commonly known as: PGD/PGS.

By performing PGD/PGS on embryos, the success rate of patients who have failed multiple times in vitro fertilization can be significantly improved. The conditions of the embryo's 23 pairs of chromosomes and more than 120 genes can be compared and analyzed to select high-quality embryos for transplantation. This reduces the probability of failure and miscarriage and increases the success rate.