About 250 million spermatozoa have been sent to the mother's womb at a time. This number is deliberately kept high because as they enter the woman's body, they find themselves facing a lot of dangers. There is a solid acid environment in the woman's reproductive organ that prevents bacteria. This acid environment has a full effect on spermatozoa in a few minutes. The walls of the womb are then covered with millions of dead spermatozoa, and eventually, most of the 250 million spermatozoa die. The acid compound is the most important for the mother's health, as it is powerful enough to easily destroy any promises that enter the womb. If fertilization couldn't take place, the human population would come to an end. However, this danger has been prevented. While sperm is being prepared in the man's body, a basic component is added to the fluid that contains the spermatozoa. This component partially decreases the effect of the acid in the mother's womb. Thanks to this, a few thousand spermatozoa pass through the mother's womb and travel to the fallopian tube. The spermatozoa travel all together in the same direction. However, it is interesting to wonder how the unconscious spermatozoa find the right direction in a dark environment. How do they know where the ovary is? The ovary is no larger than the speed of a dust. The result of this part of the reproductive system is that a primitive "dora" is required to find the way to the ovary. The ovary gives a chemical signal to the spermatozoa, which are about 15 centimeters away from it. The spermatozoa then direct themselves towards the ovary with this signal. It is quite strange how the ovary and the spermatozoa can communicate and cooperate with each other through this process. This reality is a proof that...
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