Genetic characteristics of IVF
IVF babies are born through in vitro fertilization (IVF) and assisted reproductive technology (ART). Compared with naturally conceived infants, IVF has some differences in genetic characteristics.

Genetic material comes from parents
The genetic material of IVF comes from both parents. First, both parents provide sperm and eggs, and then combine them in the laboratory through in vitro fertilization technology to form a fertilized egg. This means that the DNA of IVF comes from the genetic material of parents.
Therefore, IVF is genetically similar to its parents. They may inherit their parents' genetic factors such as appearance, height and skin color. However, due to the random combination and crossover of genes, IVF may also have its own unique genetic characteristics.
Risk of genetic diseases
IVF may also be similar to parents in terms of genetic disease risk. If one or both parents carry a gene mutation of a genetic disease, the fertilized egg may also carry this mutation. Therefore, IVF babies may be at risk of suffering from the same genetic diseases as their parents.
In order to reduce this risk, during in vitro fertilization, doctors usually carry out genetic testing, screen the fertilized eggs that may carry genetic disease genes, and select risk-free fertilized eggs for transplantation. This genetic screening technique helps to reduce the risk of disease.
Impact of environmental factors
In addition to genetic factors, the genetic characteristics of IVF are also affected by environmental factors. The developmental process of IVF may be different from that of naturally conceived embryos.
Research shows that embryo development in laboratory environment is affected by different factors, such as the quality of incubator and medium, oxygen concentration and temperature. These factors may affect the genetic characteristics of IVF to some extent.
Summary
The genetic characteristics of IVF are similar to those of their parents, because their DNA comes from their parents' genetic material. However, due to the random combination and crossover of genes, IVF may also have its own unique genetic characteristics.
At the same time, IVF babies may also inherit genetic diseases from their parents. In order to reduce the risk of disease, genetic testing and screening are very important.
In addition, environmental factors will also have a certain impact on the genetic characteristics of IVF. The process of embryo development in laboratory environment may be affected by various factors, which may affect the genetic characteristics of IVF.
To sum up, the genetic characteristics of IVF are similar to those of their parents, but they also have their own unique characteristics. This makes every IVF a unique individual.