So far, the technology of in vitro fertilization in the United States is still recognized as the most eye-catching in the world, with the best technology and the highest success rate. Why did you choose to go to the United States to make a test tube? The success rate of the third generation in vitro fertilization technology in the United States is close to 80%, and its extremely high success rate has attracted people in need from around the world to come to the United States.

What are the advantages of doing in vitro fertilization in the United States

1. Advanced medical equipment, technology, and talent.

In the United States, PGD gene diagnosis technology was first adopted, successfully avoiding the occurrence of genetic diseases and ushering in the third generation of in vitro fertilization. Due to its advanced and scientific characteristics, it has become an important measure to promote prenatal and postpartum health care. To ensure the health of their babies, many high-level couples prioritize choosing the third-generation test tube.

PGS technology includes two technologies: PGS and PGD. One is the formation of blastocysts from fertilized eggs before implantation. Through gene screening and diagnosis, embryos with intact chromosomes and no hereditary genes are transferred to the female uterus to ensure eugenics and fertility.

2. Screening genetic disease genes to improve the success rate of in vitro fertilization.

American in vitro fertilization experts point out that due to various external factors, the number of infertility patients has increased, and chromosomal abnormalities have increased. Due to the presence of hereditary genes in chromosomes, it is necessary to undergo chromosomal examination before marriage or pregnancy, as the quality of chromosomes directly determines the health of the next generation. Now, in vitro technology in the United States can effectively screen 125 genetic disease genes. The use of third-generation IVF technology can effectively improve the health level of IVF.

3. The medical system is rigorous and responsible.

In the United States, if you want to become a doctor, you must complete high school. Resident physician. After graduating from university, it takes about 8 years or 12 years of training to become a true doctor. The long-term training process is the guarantee for cultivating high-quality doctors. In the United States, the attending physician is responsible for the entire medical process. From hospitalization to discharge, doctors must control the entire process, understand the patient's progress and physical condition at each stage, and ensure that every step is controlled. This high-quality and safe medical guarantee makes the entire process smoother.

4. Maturation culture techniques for embryos.

In the IVF treatment cycle in the United States, fertilized eggs are cultured into blastocysts and waiting for transplantation. The success rate of in vitro fertilization embryo transfer in the United States is 20 percentage points higher than that of normal embryos (fertilized eggs cultured for 3 days). The embryo is an embryo that forms 5 days before the development of the fertilized egg and requires natural screening. If the embryo has chromosomal abnormalities or insufficient embryonic vitality, the fertilized egg will stop developing or die on the third day. The results indicate that embryos that can develop into blastocysts have good quality and high implantation rates. Embryos with pregnancy reactions.

5. The social environment is relatively open.

At present, the development of IVF technology in China is relatively slow, and many people still cannot accept IVF. Even due to physiological reasons, they give up treatment due to the constraints of traditional concepts. Reproductive hospitals and in vitro fertilization experts in the United States have access to more patients and extensive treatment experience. By continuously improving and improving existing medical technologies, American reproductive medicine experts have accelerated the development of in vitro fertilization technology in the United States.