Can sperm kill bacteria?

Many people believe that sperm can kill bacteria. If female friends suffer from gynecological diseases, they can achieve a good therapeutic effect through sexual intercourse, and even kill bacteria and reduce inflammation. But in fact, sperm itself cannot kill bacteria. If you really suffer from gynecological diseases, it is best to go to the hospital for detailed treatment in time. In this case, it is best not to engage in any sexual behavior.

Sperm has no bactericidal effect. If you suffer from vaginitis, it is best to receive anti-inflammatory treatment in time.

It is recommended to do a vaginal pathogen examination and treat the inflammation according to the specific pathogen. This will have a better treatment effect and will make it easier to cure the disease. Pay attention to local hygiene, avoid sex and bathing during menstruation, use acidic detergent for women to clean the vulva, exercise more, strengthen nutrition, and have a good rest to strengthen your body's resistance.

Sperm, divided into animal sperm and plant sperm. Male cells in the process of sexual reproduction of animals, reproductive cells of male animals, male gametes in heterogamous reproduction, haploid reproductive cells produced by the spermatorrhea. In life, sperm refers more to mature male reproductive cells, which are formed in the testis. Semen is an organic substance. Semen contains fructose and protein, as well as some enzymes, inorganic salts and organic salts.

Sperm morphology varies depending on the plant species, including biflagellate sperm, multiflagellate sperm, and aflagellate sperm. Primitive terrestrial plants such as mosses and lower vascular plants such as Lycopodiella and Selaginella generally have biflagellate sperm; Isoetes, wood spurge, true ferns, and gymnosperms such as Rhizoma Cibotii and Ginkgo biloba have multiflagellate sperm.

Semen is an organic substance. It contains fructose and protein, which are nutrients for sperm. It also contains prostaglandins and some enzymes.

Normal semen is milky white or light yellow, and the number of sperm in each milliliter of semen is generally between 60 million and 200 million. Motile sperm account for more than 60% of the total. Abnormal sperm should be less than 10% of the total. At room temperature, sperm motility continues. Each sperm has more than 100 flagella, while a swimming sperm of the genus Zemlya in the order Sutiales has about 10,000 to 12,000 flagella. The sperm of Sutiales and Ginkgo biloba are shaped like a top, with a spiral ribbon at the far end, and a large number of flagella clustered on the spiral ribbon. The number of spiral ribbons is different: Zemlya has 6 whorls, Sutiales has 5 whorls, and Ginkgo has 3 whorls. The sperm of the gymnosperms of the Pinales and Gnetales and angiosperms do not have flagella.

Among vascular plants, the largest sperm is that of a species of the genus Zamia (Zamia chigua), which has a diameter of about 400 micrometers.