What are the differences between Chengdu's three generations of IVF and traditional IVF?
With the progress of science and technology and the development of medical technology, IVF technology has become an effective means for infertile patients to achieve their reproductive aspirations. Over time, IVF technology has also been innovating and improving. The third generation of IVF in Chengdu is the new generation of IVF technology. Compared with traditional IVF, it has made greater improvements and breakthroughs in many aspects.
Embryo testing
Chengdu's third-generation IVF has more advanced embryo detection technology. Traditional IVF mainly uses gene detection to screen suitable embryo transfer, but this method cannot accurately detect some minor genetic changes in embryos. However, Chengdu third generation IVF has adopted the whole genome sequencing technology, which can comprehensively detect the genetic information of embryos, including normal gene sequence and some minor gene changes, greatly improving the accuracy of embryo detection.
In addition, a hospital in Chengdu, as one of the advanced hospitals in China, has invested a lot of research and human resources in embryo detection, cooperated with the world's top institutions, and ensured the accuracy and reliability of embryo detection by using the most advanced equipment and scientific research means.
Therefore, Chengdu's third-generation IVF has made a significant breakthrough in embryo detection compared with traditional IVF, which can screen healthy embryos more accurately and improve the success rate of transplantation.
In vitro fertilization technology
The IVF technology of the third generation IVF babies in Chengdu has also been greatly improved. The traditional IVF mainly uses hormone stimulation and ovulation guidance technology to collect multiple mature eggs, fertilize them with sperm in vitro to form embryos, and then transfer the embryos into the uterus. In this process, the use of hormone and ovulation may bring some side effects.
The third generation of test tube babies in Chengdu adopted more precise hormone control and cell culture technology. Through strict hormone monitoring and control, we can reduce the use of hormones and better cultivate high-quality embryos. At the same time, a hospital in Chengdu has also introduced advanced embryo incubator and culture medium, which makes the environment for embryo growth in vitro more close to the natural intrauterine environment, and increases the survival rate and development quality of embryos.
Therefore, Chengdu's third-generation IVF babies have made greater breakthroughs in IVF technology than traditional IVF babies, which can better ensure the quality and survival rate of embryos.
Auxiliary technology
In addition to the improvement of embryo detection and in vitro fertilization technology, Chengdu's third-generation IVF has also made breakthroughs in auxiliary technology. Traditional IVF sometimes requires assisted pregnancy technologies, such as endometrial transplantation and embryo freezing. However, these technologies have some limitations in the application process.
The third generation of IVF in Chengdu has introduced more advanced assistive technology. For example, nitrogen freezing, an advanced freezing technology, can effectively preserve embryos and improve the survival rate of frozen embryos. In addition, the implantation rate of transferred embryos can be better improved by using more accurate endometrial transplantation technology.
The improvement in auxiliary technology has enabled Chengdu's third-generation IVF to better respond to the needs of different patients and improve the success rate of embryo transfer.
Applicability comparison
The three generations of IVF in Chengdu have made great improvements and breakthroughs in embryo testing, in vitro fertilization and auxiliary technology, which has improved the success rate of IVF technology. Therefore, Chengdu third generation IVF is more suitable for those patients who want to screen healthy embryos and improve the success rate of transplantation.
However, traditional IVF has more advantages in terms of technical maturity and price. For some patients with limited economic conditions or who do not need embryo testing, traditional IVF may be more suitable.
Summary
Compared with the traditional IVF, the third generation IVF in Chengdu has significantly improved in embryo detection, in vitro fertilization and auxiliary technology. In the aspect of embryo detection, the introduction of whole genome sequencing technology has improved the accuracy of detection; In vitro fertilization, through precise hormone control and cell culture technology, the quality and survival rate of embryos have been improved; In terms of auxiliary technology, advanced freezing technology and more accurate intimal transplantation technology were introduced to improve the success rate of transplantation. However, traditional IVF has more advantages in terms of technology maturity and price. Therefore, appropriate IVF technology should be selected according to the specific needs and economic conditions of patients.
