Can I test it on the fifth day after frozen embryo transfer?

During the IVF process, multiple embryos will be produced. At this time, the excess embryos will be frozen for future use. Frozen embryo transfer is currently a common treatment that can provide relief and solutions for many infertile couples. Pay attention to sleep during the IVF process. For example, can the result be detected on the 5th day after frozen embryo transfer? What time period can it be discovered?

How many days can the test result of IVF transplantation of frozen embryos be detected?

Under what circumstances should IVF choose frozen embryo transfer?

Before IVF frozen embryo transfer, none of these preparations can be missed!

Not every frozen embryo is suitable for transplantation after thawing in IVF

During the IVF process, multiple embryos are produced. At this time, the excess embryos will be frozen for future use. Doing so can increase the cumulative pregnancy rate of IVF and save costs for families doing IVF. Therefore, freezing embryos is a very necessary means. So, how many days can the test result of IVF transplantation of frozen embryos be detected?

Freezing embryos is currently a mature method in the world to preserve fertility. That is, the embryos obtained through test tube culture technology are placed and stored in a liquid nitrogen environment at minus 196°C so that they can be preserved for a long time. If the treatment within this cycle fails, you can choose a suitable natural cycle in the future, thaw the embryos and then transplant them.

First, put the embryos and freezing solution into freezing tubes. You can choose between slow (2-3 day embryos) and fast (5-6 day blastocysts) cooling methods to keep the embryos statically stored in liquid nitrogen at 196 degrees. The frozen embryos can be thawed and transferred into the uterine cavity after an artificial cycle to increase the chances of pregnancy. When the number of embryos obtained in the superovulation cycle is large and the quality is good, these embryos cannot be transplanted all at once. In this case, the excess embryos can be frozen and stored. For patients with severe ovarian hyperstimulation syndrome, embryos cannot be transplanted during the treatment cycle and need to be frozen first. The tissue can be thawed after the patient recovers.

Currently, there are two main technologies for freezing embryos, namely slow freezing and rapid freezing by ice crystallization. Both methods can be used to freeze and preserve embryos well. However, the latter method, although efficient, is extremely costly, and the choice should be based on personal circumstances.

In addition to the two types mentioned above, there are some other situations that require embryo freezing. For example, if the patient develops systemic diseases such as fever and diarrhea during treatment, transplantation is temporarily not possible. In addition, embryo freezing is also necessary for patients who are at risk of losing ovarian function. It can preserve their fertility.