混血基因易优势互补许多来自不同血缘的优势基因可相互交换和融合,在个体进行基因配对中得到优势互补,形成了后代在体格、外貌和智商上的优异之处。也就是说基因排列越不同的人,结合后生的孩子越聪明,同时避免后代陷于遗传疾病之中。例如,在每个人10万个功能基因上,都会有5至10个或更多遗传致病基因,血缘远的男女结婚,就有可能减少男 Hybrid genes tend to be complementary to each other Many dominant genes from different kinship can be exchanged and fused with one another, complementing each other in their gene pairings, forming the physical, physical, and IQ superiority of future generations. In other words, the more different genetic arrangement of people, combined with the brighter child after birth, while avoiding future generations trapped in genetic diseases. For example, in each of the 100,000 functional genes, there are 5 to 10 or more genetic disease-causing genes, marriages between men and women far away, it is possible to reduce the male