Successful cases of IVF fission
Test tube baby fission is a modern medical technology. A fertilized egg is divided into multiple embryos through surgery, and each embryo is implanted into the uterus separately to increase the success rate of pregnancy. Since the technology came out, there have been many successful cases of IVF fission. The following will elaborate on the age of pregnant women, hospital technology, transplantation methods and success rate.
① Age of pregnant women
Test tube baby fission technology has certain restrictions on the age of pregnant women. Pregnant women who are too old or too young may affect the quality and development of embryos, thus affecting the success rate of IVF fission. However, some pregnant women close to the age of 35 successfully performed IVF. For example, a 38 year old woman who underwent IVF fission surgery in a famous hospital in Sydney successfully separated three embryos and implanted them into the uterus. Finally, she succeeded in conceiving twins.
Similarly, young pregnant women can also achieve success through IVF. A 26 year old woman tried IVF in a top hospital in the United States. The media reported that after her three embryos were divided and implanted, she successfully gave birth to a pair of healthy twins.
Therefore, age is not the only factor limiting the success of IVF fission. The key lies in the technical level and operating experience of the hospital.
② Hospital technology
IVF fission is a highly complex operation, which requires the hospital to have advanced technical equipment and professional medical team. For example, a famous hospital in Shanghai, China, has developed IVF technology and has rich clinical experience in this field. They successfully performed a test tube baby fission operation in 2010, which turned one fertilized egg into three embryos, two of which were embedded in the uterus, leading to a successful pregnancy.
In addition, a well-known hospital in the United States has also become a hot spot of IVF fission due to its advanced technology. It is reported that the success rate of this hospital is far higher than the average level, and many pregnant women have successfully delivered healthy multiple births.
③ Migration method
The success of IVF fission is closely related to the transplantation method. The traditional transfer method is to evenly implant the divided embryos into the uterus, and the success rate of this method is relatively low. However, some hospitals have adopted new transplantation methods, such as reverse chromosome fusion and microsurgical implantation, which have successfully improved the success rate of IVF fission.
In an experiment conducted by a Canadian research institution, the researchers used reverse chromosome fusion for IVF fission. They removed the chromosome of one fertilized egg and fused it with the chromosome of another monocyte to form a new embryo. This method greatly improves the normal development rate of embryos, and the success rate increases accordingly.
④ Success rate
The success rate of IVF fission is a key indicator to measure its effect. Although IVF fission is still a challenging technology, in some hospitals, the success rate has reached an impressive level. At a reproduction center in Osaka, Japan, through IVF technology, pregnant women successfully delivered a pair of healthy triplets, with a success rate of 60%.
Similarly, a test tube baby center in Australia has also made remarkable achievements. The center said that after years of research and efforts, they have successfully helped many couples realize their dream of IVF fission, with a success rate of more than 50%.
summary
IVF fission technology has achieved some success in the world. By elaborating on the age of pregnant women, hospital technology, transplantation methods and success rate, we can see that the key to the success of IVF fission lies in the technical level and operating experience of the hospital. Only hospitals with advanced technology can provide better transplantation methods and higher success rates. With the continuous progress of medical technology, it is believed that IVF fission will bring hope to more couples in the future.
