Advanced aspects of IVF hospital technology
IVF Hospital is a kind of artificial assisted reproductive technology, which helps couples who cannot conceive naturally due to fertility disorders to achieve their reproductive aspirations. With the continuous development of science and technology, IVF technology is also constantly innovating and making progress. Many hospitals have advanced technical equipment and professional medical teams to provide high-quality services for patients. This article will introduce the advanced technology of IVF hospital from many aspects.
1. In vitro fertilization technology
In vitro fertilization (IVF) is one of the core technologies in IVF hospitals. The purpose of pregnancy is achieved by fertilizing eggs and sperm in vitro, and then transplanting the fertilized eggs into the mother's uterus. In recent years, IVF hospitals have made many innovations and improvements in IVF technology. First, it improves the quality and survival rate of fertilized eggs and reduces the loss of embryos. Secondly, new methods of hormone therapy and embryo culture were introduced to optimize the success rate of IVF. In addition, gene editing technology is also applied to avoid transmission of some genetic diseases.
Among them, a hospital has advanced laboratory equipment and professional staff team in IVF technology. They ensure that embryos develop in the best environment by introducing the latest fertilized egg culture medium and embryo incubator. In addition, hormone therapy technology and gene sequencing technology were used to comprehensively evaluate the quality of eggs and sperm, improve the quality of fertilized eggs, and increase the chances of success of IVF.
2. Electronic egg selection technology
Electronic selection of eggs is a new technology of assisted reproduction, which can screen the eggs and select the best eggs for IVF. This technology uses a high-precision electron microscope to observe the internal structure of the egg, and select the egg with the most development potential by evaluating the maturity and health of the egg.
A hospital has adopted the technology of electronic egg selection, which has effectively improved the success rate of IVF. Through this technology, they can judge the quality of eggs more accurately and select better eggs for fertilization. This not only improves the survival rate of fertilized eggs, but also reduces the risk of IVF and other genetic diseases.
3. Non traumatic embryo assessment technology
Non traumatic embryo evaluation technology refers to the use of non-invasive methods to evaluate embryos in order to screen the most potential embryos for transfer. This technology mainly includes the monitoring of the concentration of nutrients and wastes in the embryo culture medium, the embryo growth rate and other indicators.
A hospital introduced a non-invasive embryo assessment technology, which has a positive impact on the success rate of IVF. Through the dynamic monitoring of embryo growth and development, hospitals can more accurately evaluate the quality and development of embryos and select the best embryo transfer. This technology not only improves the success rate of IVF, reduces unnecessary transplant failure, but also reduces the risk of multiple pregnancy.
4. Combined transplantation technology
Combined transplantation technology is a method to improve the success rate of IVF by combining biological technology with the technology of assisted tube feeding. The technology of combined transplantation mainly includes endometrial preparation before embryo implantation, follicle stimulation and other steps.
A hospital has raised the success rate of IVF to a new level by using the combined transplantation technology. Through accurate endometrial preparation and controlled follicle stimulation, hospitals can create the most suitable environment for embryo growth and development. This not only improves the survival rate of IVF, but also reduces the risk of embryo transfer failure.
To sum up, IVF hospital has advanced technologies in IVF technology, electronic selection of eggs technology, non-invasive embryo evaluation technology and joint transfer technology. The application and continuous innovation of these technologies provide more hope and opportunities for those couples who have fertility needs but have fertility barriers.
