Shenzhen's third-generation IVF technology leads the future
As one of the important engines of scientific and technological innovation in China, Shenzhen has made rapid development in the medical field in recent years. In particular, the breakthrough in the third generation of IVF technology has brought good news to countless infertile couples. Next, we will introduce the highlights of the third generation IVF technology in Shenzhen from four aspects.
1. Innovative embryo screening technology
Several hospitals in Shenzhen have developed innovative embryo screening technology, which has greatly improved the success rate of IVF. Through accurate chromosome detection and gene mutation screening, doctors can accurately judge abnormal genes and chromosome problems carried by embryos, help couples avoid transmission of genetic diseases, and improve embryo implantation rate.
In addition, hospitals in Shenzhen also introduced artificial intelligence technology into the process of embryo screening. Through the analysis of a large number of data, doctors can quickly and accurately assess the embryonic development status and potential risks, improve the probability of selecting high-quality embryos, and further increase the possibility of success of IVF.
Through innovative embryo screening technology, the third generation IVF technology in Shenzhen has become one of the leading technologies in China and even the world.
2. Efficient embryo culture technology
The medical team in Shenzhen has also made important contributions to embryo culture technology. They introduced a continuous culture system to keep embryos in the best culture environment, improving the quality and survival rate of embryos. Compared with the traditional culture methods, the continuous culture system can better simulate the maternal environment and provide more stable and suitable conditions for the healthy development of embryos.
In addition, hospitals in Shenzhen also used new cell culture media and growth factors to effectively improve nutrition supply and cell signal transduction during embryo culture, further improving embryo quality and embryo implantation rate.
These innovative embryo culture technologies have made Shenzhen a popular choice for IVF with a high success rate.
3. Safe embryo cryopreservation technology
The medical team in Shenzhen has also made significant progress in embryo cryopreservation technology. They use advanced liquid nitrogen freezing technology and cryoprotectant to improve the survival rate of embryos during cryopreservation.
In addition, hospitals in Shenzhen also introduced the rapid thawing technology of frozen embryos, which greatly shortened the thawing time of embryos, and minimized the damage to embryos by optimizing the thawing process.
These safe and efficient embryo cryopreservation technologies enable couples to more flexibly choose the right time for embryo implantation, and improve the overall success rate of IVF.
4. Personalized assisted reproductive technology
Shenzhen hospitals are also committed to personalized assisted reproductive technology research to meet the needs of different couples. According to the specific conditions of the couple, they developed personalized treatment plans, including hormone therapy, immune regulation and assisted pregnancy technology.
In addition, in key links such as in vitro fertilization and embryo transfer, hospitals in Shenzhen use minimally invasive technology and precision positioning equipment, which improves the accuracy and safety of operation and reduces the incidence of postoperative complications.
Personalized assisted reproductive technology provides couples with more alternative treatment options to help them realize their reproductive dreams.
Summary
Shenzhen's third-generation IVF technology has become a leading technology with many highlights, such as innovative screening, efficient cultivation, safe preservation and personalized assistance. These technological breakthroughs have provided more hope for infertile couples and contributed to the realization of a happy family.
