Technical principle of test tube baby ultrasound
The development of IVF technology provides a way for couples who cannot conceive naturally to achieve their reproductive aspirations. The IVF ultrasound technology is an improved method to further improve the pregnancy success rate on the basis of the traditional IVF technology. The following is a detailed description of the technical principle of IVF One Ultrasound from four aspects.
1. Select the best embryo
In the IVF ultrasound technology, it is first necessary to select the best embryo from multiple fertilized eggs for transplantation. The purpose of this step is to improve the success rate of pregnancy and avoid the risk of multiple pregnancy. In order to determine the best embryo, hospitals usually use a technique called embryo chromosome detection. Through gene testing of embryos, we can know whether there are chromosomal abnormalities in embryos, such as Down syndrome. In this way, healthy embryos can be selected for implantation to improve the success rate of pregnancy.
2. Create a good uterine environment
In the IVF ultrasound technology, creating a good uterine environment is crucial to the success of pregnancy. In order to achieve this goal, hospitals usually carry out a series of preparations before the IVF cycle. This includes adjusting female hormone levels to make the endometrium more suitable for embryo implantation. At the same time, the doctor will also carry out a detailed uterine and ovarian examination to ensure that there are no abnormalities. Only by ensuring a good uterine environment can the success rate of IVF be improved.
3. Enhance the ability of embryo implantation
The IVF ultrasound technology can also improve the success rate of pregnancy by enhancing the ability of embryo implantation. In the IVF cycle, doctors will give women special adjuvant treatment to promote the blood flow and thickness of the endometrium. This includes endometrial thin layer administration and intrauterine perfusion. In addition, the hospital will provide women with appropriate supporting drugs and treatment according to the specific situation, so as to enhance the ability of uterine contraction and embryo implantation. These measures can assist the successful implantation of embryos in the uterus.
4. Fine control of embryo culture environment
The culture environment of embryos is crucial to the success of IVF. The IVF ultrasound technology can improve the quality of embryo development and survival rate by precisely controlling the embryo culture environment. The hospital will use advanced culture dishes and culture media to ensure that embryos are cultured in the best environment. In addition, the hospital will monitor the culture conditions, including temperature, humidity and oxygen concentration, and make individual adjustments according to the characteristics of each embryo. This can provide the most suitable culture environment for embryos and increase the chance of successful pregnancy.
Summary
The IVF ultrasound technology has improved the success rate of pregnancy by selecting the best embryo, creating a good uterine environment, enhancing the ability of embryo implantation and finely controlling the embryo culture environment. The development of this technology has enabled more couples unable to conceive naturally to achieve their reproductive aspirations. In the process of implementing the IVF one ultrasound technology, the hospital needs to comprehensively consider multiple factors and make individualized treatment plans according to the specific conditions of each couple. With the continuous progress of technology, it is believed that the IVF one super technology will be further improved, bringing good news to more couples.
