Blastocyst Culture and Transfer

Blastocyst Culture and Transfer is a new-age technique that involves the creation of an embryo in a laboratory for 5-6 days following the insemination process. This procedure is in sharp contrast to the IVF treatment method, where embryos are transferred to the uterus immediately after insemination.

This procedure involves the conducting of multiple phases, which suggests that the embryo goes on to divide into many more cells, multiple times. This procedure has a high likelihood of success, as the time period that the embryo is kept in the lab enables the choice of the best one for implantation. It is an extremely viable procedure as it is done within 5 days, when ovulation levels are high.

How is Blastocyst Culture Carried Out?

While both IVF and Blastocyst Culture treatments may seem similar to the untrained eye, there is a huge difference in the time period that the embryos are kept out before implantation in the uterus. In IVF, the process happens within three days but in Blastocyst Culture, the embryos are kept in the lab for a period of five whole days following egg collection.

In the blastocyst procedure, the embryos are kept aside until after they hatch to increase the chances of a seamless pregnancy. Despite its apparent straightforwardness, blastocyst culture is a cutting-edge treatment that is offered only at specialised fertility centres.

When is Blastocyst Culture Treatment Advised?

Blastocyst Culture is a favoured course of treatment in the following cases:

For those couples who have gone through multiple rounds of IVF or IVF-ICSI treatments, this would emerge as a logical choice. But this is usually for those couples who have great quality eggs despite their inability to conceive. This procedure would also allow for the embryo to be checked between days 3 to 6.
For those couples who are keen on avoiding the risks and effects associated with multiple pregnancies, this method is very suitable. Chances of experiencing a successful transfer are higher in this treatment method.

Couples who choose preimplantation genetic diagnosis (PGD) would also greatly benefit from this treatment method. In PGD, the likelihood of a couple who are hindered by genetic conditions to get pregnant is increased. In this procedure, cells from the developing embryos are taken and tested, thus allowing only the best ones to be delivered to the uterus.
With all its advantages, blastocyst has a high success rate that is carried by the many babies that have been conceived through this route.

Blastocyst Culture And Transfer