What are the advantages of the third-generation IVF technology in the United States! The success rate of third-generation IVF is very high. When the success rate of comprehensive transplantation in China reaches 30%, the fertility rate of IVF in foreign countries can reach 80%. The former refers to successful transplantation, while embryos that have not undergone PGS examination may also experience miscarriage in the later stage of embryo transfer. Therefore, the fertility rate in China is lower than 30%. What factors are causing the high success rate of IVF? Let's analyze the advantages of in vitro fertilization in the United States:

1. Advanced IVF Technology and Experimental Projects

In order to improve the success rate, the United States generally adopts blastocyst transfer technology, which refers to the development process of an embryo from birth to the 5th day. In the natural environment of human reproduction, the embryo also needs to be transferred from birth to bed. In China, the 3rd day embryo transfer technology is used, and 3-4 embryos are transferred during in vitro fertilization, often leading to miscarriage and ultimately reducing the number of embryos.

2. In addition, embryos in the blastocyst stage have undergone a natural screening process

Embryos with chromosomal defects or genetic problems usually stop developing on the third day, so embryos that can develop into blastocysts have better quality, higher implantation rates, and the possibility of conception.

3. Advanced Dust Free Laboratory

When the fetus develops in the uterus, it provides a natural protective layer that can prevent it from being harmed by substances that may contain toxic substances in the air. However, when she develops in a laboratory culture dish, without the protection of the uterus, any external threat may harm her at any time.

4. In view of this, "in vitro baby" hospitals in the United States have advanced equipment when establishing laboratories

Low radioactive substances were used and large-scale air treatment equipment was equipped to purify the air entering the laboratory, thus establishing a specialized medical dust-free room. The task of the cleanroom is to create an environment free of dust and toxic compounds for in vitro fertilization of embryos.

5. With the help of these new technologies surrounding in vitro fertilization, there are significant advantages

Embryos can develop into blastocysts in vitro, but the domestic laboratory level is often not up to par. PGD third-generation IVF technology can be used for screening genetic diseases. The full name is pre embryo transfer genetic diagnosis technology, which can screen out 125 common genetic diseases.

6. The full Chinese name is Comparative Genome Hybridization Technology - Preimplantation Gene Screening Technology

It is a DNA based gene screening technique used to screen all or part of non integer ploidy chromosomes. The third-generation in vitro fertilization technology can accurately diagnose chromosomal defects in embryos, providing comprehensive eugenics and fertility protection for patients, especially suitable for women with multiple natural abortions, multiple transplant failures, and ages 38 and above.

Summary: Screening for gender errors in embryos is more important, therefore, in vitro fertilization in the United States is a blessing for families who are determined to have men, women, or twins.