What are sperm genetics like?

Sperm is a reproductive cell produced by the male body and is the key substance for female pregnancy because it contains male genetic material. It combines with the egg and creates new life. Genetic genes are very important and exist in both eggs and sperm. What are sperm genetic genes like? Let's take a look at the explanation below. I hope everyone can understand it.

Genes are divided into normal genes and sex genes. In the fertilized egg, sperm mainly provides sex genes. In addition to sex genes, the egg cytoplasm also provides a large number of normal genes, so the influence of the mother is generally greater (but the influence of dominant genes and recessive genes also needs to be considered).

The genes carried by sperm are different. When cells divide, many genes are randomly arranged and combined. What A has may not be B. As for which one is more suitable, it is impossible to judge, because it is a random combination, and it is impossible for all the good ones to gather together. Therefore, even God cannot predict what a person will look like.

Normally, sperm meets the egg in the pot belly of the fallopian tube and fertilizes it. It cannot enter the ovary. After the egg is discharged, the end of the fallopian tube transports the egg to the pot belly of the fallopian tube, where it meets the sperm and fertilizes it. Then it gradually transports to the uterine cavity to implant and develop.

Biochemical examination of semen: Currently, the most commonly used tests are fructose, acid phosphatase, citric acid, protein, trace elements, lactate dehydrogenase X, etc. Low sperm count and low sperm motility are important causes of male infertility, which in turn affect pregnancy. You can go to the hospital for a routine semen examination to see if there is a problem with the quality of sperm.

Zinc supplementation is a way to improve sperm quality. Zinc is involved in the entire process of sperm production, maturation, activation and energy acquisition. Zinc supplementation can effectively increase sperm density and sperm motility, increase the activity of liquefaction enzymes in semen, and shorten the semen liquefaction time. Zinc and selenium can also effectively antagonize the damage of heavy metals such as lead and cadmium in the environment to the testicles, ensuring its normal spermatogenesis function.