New progress of IVF technology
In vitro fertilization embryo transfer (IVF-ET) technology, also known as in vitro fertilization embryo transfer (IVF-ET) technology, is an assisted reproductive technology used to treat infertility, providing hope for many couples to realize their reproductive dreams. With the continuous progress of science and technology and the continuous research of the medical community, IVF technology is also constantly improving and innovating, and has made new progress.
New progress I: application of PGS/PGD technology
PGS (embryonic chromosome screening) and PGD (genetic disease screening) are one of the major advances in IVF technology in recent years. By screening the cells in the fertilized egg, chromosomal abnormalities of the embryo can be screened to avoid the risk of embryo implantation failure, abortion or congenital genetic diseases. This precise screening technology greatly improves the success rate of IVF and reduces the risk of adverse pregnancy outcomes.
Among the reproductive hospitals using PGS/PGD technology, the Reproductive Medicine Center of the Capital Institute of Pediatrics is one of the leading IVF treatment centers in China. They use the latest gene screening technology to provide highly accurate embryo screening and provide safe and reliable IVF treatment for couples.
New development 2: promotion of single pregnancy technology
In the past, because of the limited success rate of IVF technology, doctors often transplanted multiple embryos in one cycle to increase the chance of successful pregnancy. However, multiple embryo pregnancy brings a series of risks such as premature delivery and low birth weight. In order to reduce the risk of multiple pregnancy, the newly developed IVF technology focuses on the single embryo transplantation technology.
The Reproductive Center of Peking Union Medical College Hospital is one of the first hospitals in China to carry out single pregnancy IVF technology with high success rate and complete process. Through fine screening of embryos, they only transfer the best embryo, which greatly improves the success rate and avoids the risk of multiple pregnancy.
New progress 3: application of frozen embryo technology
Frozen embryo technology is another important development of IVF technology. By freezing the surplus embryos, they can be unfrozen and transferred when necessary, which extends the time window of IVF treatment and improves the success rate. In addition, frozen embryo technology can also reduce the pain and risk of multiple egg retrieval and provide more convenient treatment for couples.
The Reproductive Center of Guangzhou Southern Maternal and Child Health Hospital is one of the key maternal and child health hospitals in Guangdong Province. The center uses the internationally leading frozen embryo technology to provide more flexible choices for couples who need IVF treatment. Their cryopreservation system and equipment are advanced, ensuring the safe storage of embryos and the success rate of thawing.
New progress 4: innovation of adjuvant therapy technology
In addition to the above technical improvements, the innovation of adjuvant therapy technology has also brought new progress to IVF technology. For example, ultrasound guided ovarian puncture technology and hysteroscopy under local anesthesia not only improve the accuracy and success rate of surgery, but also reduce the pain and discomfort of patients.
In short, with the development of science and technology and the progress of medicine, IVF technology has been constantly updated and improved, and has made remarkable new progress. The application of PGS/PGD technology, the promotion of single pregnancy technology, the application of frozen embryo technology, and the innovation of auxiliary treatment technology all contribute to improving the success rate of IVF and bring good news to many infertile couples.
