Embryo culture is carried out in a special culture medium. The culture process only takes a short time, so all stages must be carried out precisely and meticulously to ensure a high success rate when introduced into the woman's body.

Embryo culture is an important step in the process of having a baby through artificial insemination. Culture helps increase the success rate when the embryo is transferred to the mother's uterus or fallopian tube.

In vitro fertilization (IVF) is applied to infertile couples. In which, evaluating embryo quality is an important step to make the right choice, contributing to increasing the success rate of implantation.

In natural fertilization, the embryo is formed in the mother's body - an environment that has the most suitable conditions for the embryo to develop. In IVF, the embryo is formed outside the mother's body and is grown in an embryo culture cabinet. Therefore, creating an optimal environment that is as similar to the mother's body as possible will help facilitate the development of the embryo.

The embryo is formed in the 5th week (from the moment of fertilization) and develops for 6 weeks before being called a fetus. This is a very important stage, forming the basic shape of a baby, the organs in the body.

Embryo culture is an important step in the process of having a baby through artificial insemination. Embryo culture helps increase the success rate when the embryo is transferred to the mother's uterus or fallopian tube.

The role of the Lab system accounts for 70% of the success rate of an IVF center. Meanwhile, the quality of the Lab depends on ensuring the embryo culture system operates effectively. The basic embryo culture system includes the quality of the Lab, the embryo culture cabinet system and the Lab quality management system.

The basic principle of in vitro fertilization is that sperm and eggs are removed from the human body, then processed and cultured in laboratory conditions. The process of creating and culturing embryos in the early days also takes place outside the body. After that, the resulting embryos will be selected to be implanted back into the wife's uterus.

Preimplantation genetic screening (PGT-A) using embryonic trophoblast biopsy has been shown to significantly improve pregnancy rates, increase the success rate of in vitro fertilization, and reduce miscarriage rates.

The process of blastocyst culture is a process of natural selection. If there are good quality embryos at the cleavage stage (including morphology and genetics), they will develop into good embryos at the blastocyst stage. However, if the embryos are of poor quality, they will result in bad blastocysts or even embryos that will stop developing, thereby leading to not reaching the blastocyst stage.