IVF technology, medically known as in vitro fertilization-embryo transfer, has brought hope of fertility to many infertile families. However, whether IVF technology will affect future fertility
has always been the focus of public attention.
IVF technology itself will not directly affect the future fertility of newborns. IVF technology mainly involves egg removal, in vitro fertilization of sperm and eggs, embryo culture and embryo transfer
and other steps. These operations do not change the genetic material of the embryo, so from a technical perspective, there is no genetic difference between test-tube babies and naturally conceived babies.
Currently, research on the long-term health of IVF shows that there is no significant difference in health between IVF and naturally conceived babies. The world's first test-tube baby is 40 years old, has been married and has given birth to two
children, which shows that IVF technology does not affect fertility.
It is worth noting that if both parents have inherited diseases, these diseases may be passed on to the next generation. IVF technology can reduce genetic diseases through genetic screening (PGS/PGD)
Risk passed.
Although IVF technology provides infertile families with the possibility of childbearing, it may also bring some risks, such as multiple pregnancies and premature births. These risks need to be managed through medical intervention
to protect maternal and child health.
IVF technology is a mature assisted reproductive technology that has brought new lives to countless families. Regarding the impact of IVF on future fertility, current research and practice show that IVF
Baby technology by itself does not reduce the fertility of newborns. However, for families at risk of genetic diseases, genetic screening should be considered when choosing IVF technology.
