Definition of the third generation IVF in Guangzhou
The third generation of IVF in Guangzhou refers to the use of new generation gene editing technology to screen and edit embryos before embryo implantation through assisted reproductive technology, so as to screen out embryos carrying genetic disease genes, so as to improve the success rate of IVF and reduce the occurrence of genetic diseases.
Success rate of the third generation IVF in Guangzhou
When carrying out the third generation IVF technology, medical institutions in Guangzhou adopted the top gene editing technology and assisted reproductive technology, thus improving the success rate of IVF. According to the data from a hospital in Guangzhou, after the third generation IVF technology, the probability of women's successful pregnancy has been greatly improved, and the success rate can reach more than 70%. This is due to the application of gene screening and editing technology, which can exclude embryos carrying genetic disease genes.
Although the success rate has improved, hospitals in Guangzhou also emphasize that the situation of each individual is different, and the success rate will also be affected by other factors, such as age, health status, etc. Therefore, different patients may have different success rates.
In general, the medical institutions in Guangzhou have made remarkable progress in the field of third-generation IVF, and the success rate has improved significantly.
Screening and editing of genetic diseases by the third generation of test tube babies in Guangzhou
When carrying out the third generation IVF technology, medical institutions in Guangzhou used advanced gene screening and editing technology to exclude embryos carrying genetic disease genes.
First of all, through gene screening technology, we can detect whether there is a risk of genetic diseases in embryos as early as possible. At the same time, gene editing technology can carry out gene repair on embryos, repair the part with disease genes into normal genes or delete harmful genes, thus improving the health of embryos.
When conducting gene editing, hospitals in Guangzhou strictly follow scientific ethics and relevant laws and regulations to ensure the safety and accuracy of operations. Through a series of screening and editing steps, the risk of IVF suffering from genetic diseases was effectively reduced, and the health quality of embryos was improved.
The possible risks and restrictions of the third generation IVF in Guangzhou
When the third generation IVF technology is carried out in Guangzhou, although embryos carrying genetic disease genes can be excluded, there are still some risks and restrictions.
First, gene screening and editing technology is not completely reliable, and there may be wrong screening results or gene editing operations. This may cause some embryos carrying disease genes to be wrongly excluded, or the disease genes cannot be completely deleted. In addition, some genes of genetic diseases may not be found by current technologies.
Secondly, gene editing technology is still in the development stage, and all possible risks and side effects are not completely clear. Long term follow-up studies are also needed to assess the long-term safety of the technology and its impact on future generations.
In addition, the third generation IVF technology still has challenges in curing and preventing some diseases, such as complex polygenic diseases. Therefore, the third generation IVF technology in Guangzhou still has some limitations.
summary
Guangzhou's third-generation IVF technology has made significant progress in the field of IVF, and the success rate has been significantly improved. The application of gene screening and editing technology can exclude embryos carrying genetic disease genes and improve the health of infants. However, technology still has certain risks and limitations. The medical institutions in Guangzhou will continue to make continuous efforts to improve the safety and effectiveness of the third generation IVF technology through relevant research and technology improvement.
