What steps are needed for the third generation IVF?
IVF refers to an infant who successfully conceives by culturing the fertilized eggs in vitro through assisted reproductive technology. The third generation of IVF refers to the method of improving and innovating the traditional IVF technology. The steps of the third generation IVF will be introduced in detail from the aspects of hospital selection, hormone therapy, in vitro fertilization and embryo transfer.
Select Hospital
Choosing a professional hospital is the key to realize the third generation of IVF. Better hospitals often have advanced equipment and experienced doctors. When choosing a hospital, patients can refer to some indicators, such as the history and reputation of the hospital, the qualification and technology of doctors, and the advanced level of equipment. It is worth mentioning that the real XX hospital has excellent reputation and experience in the third generation of IVF, and patients in this hospital can get the best medical services.
After the hospital is selected, the patient can make an appointment for an interview, fully communicate with the doctor, understand the whole treatment process and possible risks, and make a wise decision.
hormone therapy
Hormone therapy is one of the important steps in the process of the third generation IVF. First, the doctor will conduct a series of examinations to assess the pregnancy potential and ovulation function of the patient. According to the examination results, the doctor will develop a personalized hormone treatment program.
The purpose of hormone therapy is to stimulate patients to ovulate through the use of ovulation promoting drugs, and to collect eggs at an appropriate time. This process needs careful monitoring and adjustment to ensure that the quality and quantity of eggs reach the best state.
Hormone therapy involves not only medication, but also injection and monitoring. In the whole process, patients need to visit again regularly, follow the doctor's advice and cooperate with relevant treatment.
In vitro fertilization
In vitro fertilization is one of the core steps of the third generation of IVF. After hormone treatment, doctors will choose the right time to collect eggs. Egg collection is usually carried out in the operating room, using ultrasound guided fine needles to extract eggs.
The collected eggs were then fertilized in vitro with sperm in a culture dish. There are two ways of IVF, one is traditional IVF, that is, eggs and sperm are cultured together, hoping that sperm will be naturally fertilized. The other is microinjection fertilization, that is, select high-quality sperm and inject it into the egg with a microinjector.
After in vitro fertilization, the embryos in the culture dish will be cultured and developed in the laboratory. Doctors will choose the best time for embryo transfer at an appropriate time according to the quality and quantity of embryos.
embryo transfer
Embryo transfer is the last step of the third generation of IVF. This is the process of implanting the embryo in culture into the mother's uterus.
Embryo transfer is usually a simple painless process. Through the vagina or abdomen, doctors use special catheters to transfer embryos into the uterus. In this process, the doctor will determine the number of embryos to be transferred according to the specific situation of the patient.
After embryo transfer, patients need to rest and observe. The doctor will give corresponding suggestions and drugs to improve the probability of successful pregnancy. After a few weeks, the patient can have a routine examination of the pregnant woman to ensure that the embryo implantation and pregnancy development are normal.
Summary
The third generation IVF needs to go through many steps, such as hospital selection, hormone therapy, in vitro fertilization and embryo transfer. Choosing a professional hospital is an important factor to ensure success. Under the guidance of doctors, after hormone treatment, eggs and sperm are fertilized in vitro. After culture and development, the best embryos will be transferred to the mother's uterus. In conclusion, through these steps, the success rate of the third generation IVF has been significantly improved.
