Beijing sperm supply test tube baby proprietary technology
With the continuous progress of science and technology, the technology of IVF is becoming more and more mature, which has realized the dream of fertility for many infertile couples. As one of the cities with the most medical resources and scientific research strength in China, Beijing has a number of international leading hospitals to carry out IVF technology for semen supply and actively promote the development of this field. Next, we will introduce the proprietary technology of Beijing IVF from many aspects.
Embryo detection technology
Embryo detection technology is an important part of IVF. It can improve the success rate of pregnancy and avoid the transmission of genetic diseases by detecting genes, chromosomes, genetic diseases, etc. of embryos. A hospital in Beijing has introduced international advanced embryo detection technologies, including PGD (preimplantation genetic diagnosis), PGS (embryo chromosome screening), etc. These techniques can help couples screen healthy embryos, improve the success rate of pregnancy, and reduce the risk of adverse pregnancy.
In addition, the hospital also carried out screening and diagnosis of single gene diseases and other genetic diseases. Through the analysis of the genetic history of couples and families, combined with gene sequencing technology, couples can understand their genetic risks, and conduct targeted embryo selection to reduce the risk of disease.
Minimally invasive reproductive technology
The minimally invasive reproductive technology is another proprietary technology of Beijing IVF. The technology mainly includes transvaginal ultrasound guided egg retrieval (TVOR), blastocyst culture technology, etc. The traditional egg retrieval operation requires general anesthesia, which has certain trauma to women's body and takes a long time to recover. Through transvaginal ultrasound guided oocyte retrieval, general anesthesia can be avoided, trauma can be reduced, recovery time can be shortened, and the effect of oocyte retrieval can be improved.
In addition, blastocyst culture technology is also an important minimally invasive reproductive technology. In traditional IVF technology, the culture time of embryos in culture dish is relatively short, so it is difficult to screen high-quality embryos. Blastocyst culture technology can extend the culture time of embryos, improve the development quality of embryos, and further improve the success rate of pregnancy.
Frozen embryo technology
Frozen embryo technology is one of the important links in IVF, which refers to the freezing and preservation of surplus embryos, and then implantation after thawing at an appropriate time. Frozen embryo technology can not only reduce the number of times of egg retrieval, reduce the trauma to women, but also improve the success rate of pregnancy.
A hospital in Beijing has developed advanced embryo freezing technology, using liquid nitrogen freezing method for embryo preservation. This method can protect the integrity and vitality of embryos to the maximum extent and improve the survival rate of embryos. At the same time, the hospital also carried out embryo thawing and implantation technology, providing couples with flexible reproductive options.
Reproductive Immune Technology
Reproductive immune technology is another proprietary technology of Beijing IVF. It can improve pregnancy rate and reduce spontaneous abortion rate by regulating and enhancing female immune function. The hospital has developed a variety of reproductive immune technologies, including immunotherapy, immunocyte therapy, etc. These technologies can improve the receptivity of endometrium and increase the chance of pregnancy by regulating and enhancing the function of female immune system.
To sum up, the proprietary technology of Beijing sperm donor IVF covers embryo detection technology, reproductive minimally invasive technology, frozen embryo technology, reproductive immune technology and other aspects. The introduction and application of these technologies have greatly improved the success rate of IVF by sperm donation and realized the hope of fertility for more infertile couples.
