How long does it take to detect pregnancy with IVF?

In daily life, some couples cannot get pregnant independently and need to adopt some pregnancy strategies, such as in vitro fertilization. It is a method of conception in which male sperm and egg cells are fertilized outside the uterus and then transplanted into the uterus. Maybe many women know little about this method, so let’s discuss how many days it takes to detect pregnancy through in vitro fertilization?

How many days does it take to detect pregnancy through IVF? This depends on the state of sperm and egg combination itself. Generally, the quality of sperm and egg combination determines the time of successful implantation after test tube transplantation. Some embryos implant in about 3-4 days, and there is also a delay. The time is determined by individual differences. This requires prospective parents of test tube babies to prepare for creation in advance. Carry out more nutritional supplements and psychological conditioning.

If the test result does not show up ten days after the IVF embryo transfer, don't be too anxious. It may be that the test was too early. You can test again after a week. The result will be more accurate. Or you can go to the hospital for a B-ultrasound examination. In this way, the result can be detected. So, what are the ways to improve the success rate of IVF?

1. The quality of test tube embryos: If fertilization is successful, the quality of test tube embryos is the key factor in determining the success rate of in vitro fertilization. The higher the embryo level after PGD gene screening, the higher the pregnancy success rate.

2. Test tube embryo implantation surgery: After the test tube embryo is cultured, it must be transplanted back into the woman's uterus. This process determines whether the test tube baby can have normal embryo implantation. Properly placing the test tube embryo in a position where it is most likely to implant can increase the success rate.

3. The quality of the uterine wall: The uterine wall is a key factor in the growth and development of test tube embryos. If the uterine wall is suitable, rich in blood and has good cell division, it will increase the implantation rate of the fertilized egg. On the other hand, if the endometrium is too thin, the blood volume is insufficient, and the uterine wall lacks test tube embryos, it will be difficult for the test tube embryos to implant.