Technology used by Mao Xinyu's IVF
Mao Xinyu IVF refers to the IVF operation carried out by Professor Mao Xinyu, a Chinese medical expert. IVF technology is an assisted reproductive technology, which helps couples who cannot conceive naturally to realize their reproductive dreams through in vitro fertilization and embryo transfer. The following will elaborate on the techniques used by Mao Xinyu's IVF from four aspects: embryo culture, selection of appropriate embryos, embryo transfer and pregnancy monitoring.
Embryo culture
Embryo culture is an important part of IVF technology, which aims to make embryos develop well in vitro. In Mao Xinyu's IVF operation, G1.3 and G2.5 are commonly used as embryo culture media. These embryo culture media contain rich nutrients, which can provide energy and nutrition for embryo development. At the same time, the temperature, humidity, pH value and other factors of the culture medium should be controlled within the appropriate range to provide a good development environment. The selection of embryo incubator and culture dish also plays an important role in embryo development.
In addition, Mao Xinyu's team also introduced a new embryo culture technology - continuous culture system. The system can realize the continuous culture of embryos and reduce the damage to embryos. Through the continuous culture system, the culture environment of embryos can be more stable, and the development of embryos can be monitored in time.
Select the right embryo
In IVF surgery, it is very important to select the right embryo. Mao Xinyu's team used methods such as embryonic morphology and gene detection to evaluate and screen embryos. The evaluation of embryo morphology mainly judges its quality and development potential by observing its shape and development degree. Gene detection can detect the chromosome number and gene abnormalities of embryos, and exclude embryos carrying genetic disease genes.
Choosing the right embryo can not only improve the success rate of IVF, but also reduce the risk of embryo implantation failure and embryo abnormality.
embryo transfer
Embryo transfer is one of the key steps in IVF technology. Mao Xinyu's team used ultrasound guided catheter assisted embryo transfer. During the transfer process, the doctor will insert the selected embryo into the uterine cavity through a catheter, so that the embryo can be implanted and developed normally in the uterus.
In order to improve the success rate of embryo transfer, Mao Xinyu's team also carried out embryo cryopreservation technology. By cryopreservation, embryos can be transferred at an appropriate time, increasing the selection of transfer window and improving the success rate of pregnancy.
Pregnancy monitoring
After the success of Mao Xinyu's IVF operation, pregnancy monitoring is also needed. Doctors will regularly check the blood and ultrasound of pregnant women to assess the growth and development of the fetus. In case of any abnormality, measures can be taken in time to deal with it.
The purpose of pregnancy monitoring is to ensure the successful implantation of embryos, promote the healthy development of fetuses, and provide guarantee for couples to achieve smooth delivery.
summary
Mao Xinyu's IVF helps couples who cannot conceive naturally realize their reproductive dreams by using technologies such as embryo culture, selection of appropriate embryos, embryo transfer and pregnancy monitoring. These technologies have played an important role in the process of embryo development and pregnancy, and through continuous innovation and improvement, they have continuously improved the success rate and safety of IVF technology.
