Relationship between Gong Han test tube baby and genetic factors
Gong Han test tube baby is a method to help couples who are difficult to conceive naturally due to abnormal uterine cavity through assisted reproductive technology, that is, test tube baby technology. Uterine cold refers to the low temperature in the uterine cavity, usually caused by abnormal endometrial development. So, is there any relationship between Gong Han and the success rate of IVF and the genetic factors of infants? The following will elaborate on embryo quality, disease risk and other aspects.
Effect of Gong Han on Embryo Quality
Gong Han has great influence on embryo quality in the process of IVF. Too low temperature in the uterine cavity will easily lead to endometrial abnormalities, which will affect the implantation of fertilized eggs. Low intrauterine temperature will slow down the development of embryos, increase the abnormal rate of embryos, and reduce the quality of embryos. Therefore, Gong Han will have a significant impact on the success rate of IVF.
At the same time, cold in the uterus can also stimulate the development of embryos, increasing the risk of injury during freezing and thawing. The freezing and thawing of embryos will have irreversible effects on their development process, and even lead to embryo death. Therefore, the control of uterine cavity temperature and the prevention of uterine cold are crucial to the quality and survival rate of embryos.
Relationship between uterine cold and intrauterine environment
The success of IVF technology is closely related to the intrauterine environment, and uterine cold is one of the important factors affecting the intrauterine environment. Uterine cold can cause endometrial dysplasia, increasing the risk of IVF failure. The influence of uterine cold on the blood circulation of the endometrium will also cause the instability of the internal environment of the uterus and affect the growth and development of the embryo in the uterus.
In addition, uterine cold can also lead to the decline of endometrial immune function, which is easy to lead to abnormal hormone levels in the uterine environment, thus affecting the development of embryos. The instability of the intrauterine environment will have a negative impact on the chimerism, implantation and development of embryos, further reducing the possibility of IVF success.
The Influence of Gong Han on Genetic Factors
There are few studies on the genetic correlation between Gong Han and IVF, but some studies have found that Gong Han has a certain impact on the gene expression and genetic factors of embryos. Gong Han may cause mutations in some genomic regions by affecting the gene expression of embryos, thus affecting embryonic development and the genetic characteristics of infants.
In addition, Gong Han can also affect the methylation level of embryonic genome, and then regulate gene expression. Methylation is an important epigenetic modification, which has an important impact on cell function and embryonic development. By affecting the methylation level of embryos, Gong Han may affect the gene expression of embryos and lead to genetic variation of infants.
Summary
To sum up, Gong Han is related to the success rate and genetic factors of IVF. Gong Han affects embryo quality and survival rate, and reduces the success rate of IVF. Cold in the uterus can also lead to instability in the uterine environment, affecting the normal development of embryos. In addition, Gong Han may affect the genetic characteristics of infants by affecting the gene expression and methylation level of embryos. Therefore, in order to improve the success rate of IVF and the genetic stability of infants, we should strengthen the regulation of uterine cavity temperature and uterine environment during IVF for patients with uterine cold.
