What treatment plans does IVF Hospital have? Embryo implantation technology
Embryo implantation technology is one of the core steps in IVF treatment scheme. After in vitro fertilization, select high-quality embryos for implantation to increase the probability of successful pregnancy. There are two ways of embryo implantation, namely, endomembrane implantation and intrauterine implantation. Endometrial implantation is the direct transfer of embryos to the endometrium, while intrauterine implantation is the implantation of embryos into the uterine cavity through laparotomy. The hospital selects appropriate implantation methods according to the specific conditions and needs of patients.
In addition, IVF hospitals can also adopt different embryo implantation schemes according to the etiology and individual characteristics of patients. For example, for older female patients or patients with multiple IVF failures, hospitals can use assisted reproductive technologies, such as PGS (embryonic chromosome screening) or PGD (single gene disease screening), to screen out embryos with normal chromosomes or without genetic diseases for implantation, so as to improve the success rate of pregnancy.
In addition, there is a relatively new embryo implantation technology called sequential release technology. This technology can release embryos into the uterus at the best time to improve the affinity between embryos and endometrium, thus increasing the success rate of pregnancy.
Assisted reproductive technology
In order to improve the success rate of IVF treatment, hospitals can also use various assisted reproductive technologies to assist in treatment. Assisted reproductive technology includes in vitro fertilization (IVF), egg or sperm cryopreservation, egg or sperm extraction and reproduction, embryo cryopreservation, etc. In vitro fertilization (IVF) is the most commonly used technology. By combining sperm and eggs in vitro, embryos are cultivated, and then high-quality embryos are transferred into the uterus.
Cryopreservation of eggs or sperm can provide patients with more choice time. If female patients want to postpone childbirth or risk losing fertility, they can choose to freeze the eggs. For male patients, they can choose sperm cryopreservation. Preserving these germ cells in advance can provide patients with the possibility of late surrogacy.
Cryopreservation of embryos is also one of the commonly used assisted reproductive technologies in IVF hospitals. If multiple embryos are implanted at one time and there are still surplus embryos after successful pregnancy, they can be frozen. In this way, if the patient wants to become pregnant again at a later time, they can directly use these frozen embryos, eliminating the need for in vitro fertilization.
Hormonal regulation
Hormone regulation is an important part of IVF treatment. Before IVF treatment, patients often need hormone regulation. The purpose of hormone regulation is to control ovarian function, promote the development and maturation of eggs, and inhibit ovulation, so as to conduct in vitro fertilization at an appropriate time. According to the specific conditions and needs of patients, the hospital will develop personalized hormone regulation programs.
The process of hormone regulation needs to be closely monitored by the hospital. The hospital will adjust the dosage and time of drugs according to the daily hormone level and ultrasonic monitoring results of patients. By precisely controlling hormone levels, the quality and quantity of eggs can be improved to the greatest extent, thus improving the success rate of IVF.
Pregnancy maintenance and late treatment
The IVF hospital not only pays attention to the establishment of pregnancy, but also to the maintenance of pregnancy and later treatment. Once the pregnancy is successful, the hospital will conduct regular prenatal examination and appropriate treatment to ensure the health of the fetus and pregnant women. The hospital will provide nutrition and health care guidance during pregnancy, as well as prevention and treatment of pregnancy related diseases, according to the development of the pregnant week.
In addition, there are some treatment measures under special circumstances. For example, for multiple pregnancy, the hospital may carry out selective fetal reduction to reduce related risks; For pregnancies with high risk of premature delivery, the hospital will take measures to prevent premature delivery.
In conclusion, IVF treatment programs include embryo implantation technology, assisted reproductive technology, hormone regulation, and pregnancy maintenance and late treatment. The hospital formulates personalized treatment plans according to the specific conditions and needs of patients to improve the success rate of IVF.
Summary
The treatment plan of IVF hospital mainly includes embryo implantation technology, assisted reproductive technology, hormone regulation, pregnancy maintenance and late treatment. Embryo implantation technology is one of the core steps of IVF treatment, including endomembrane implantation, intrauterine implantation and sequential release technology. Assisted reproductive technology can improve the success rate of treatment, including in vitro fertilization, cryopreservation of eggs or sperm, and cryopreservation of embryos. Hormone regulation is an important link to control ovarian function and egg development and maturation. Pregnancy maintenance and late treatment pay attention to the health of pregnant women and fetuses, and carry out prenatal examination and appropriate treatment. IVF Hospital improves the success rate of treatment through personalized treatment scheme.
