Can pulverization be achieved by biosynthesis?

I don't know if you are talking about selenium, a chemical element that can be biosynthesized.

Selenium is an essential trace element for human beings and animals and has many important biological functions. Compared with the inorganic state, the organic state of selenium has the characteristics of high absorption rate, strong biological activity and less environmental pollution, so the research on the organic state of selenium is a hot spot in selenium research at present. The biotransformation of selenium provides a simple and economical way to obtain organic selenium, which is conducive to a large number of applications in practical production.

Bio-organic selenium: At present, there are two ways of organic selenium: artificial synthesis and biotransformation. There are many synthetic products, such as linoleic acid selenide, lipopolysaccharide selenide, inositol selenate and so on. These products are complex in production process and expensive, so it is difficult to apply them in actual production. Bio-organic selenium is mainly produced by animals, plants and microorganisms converting inorganic selenium into organic selenium, such as selenium-enriched eggs, selenium-enriched garlic, selenium-enriched yeast, selenium-enriched milk and selenium-enriched tea. Through analysis and research, selenium mainly exists in the form of selenocysteine, selenomethionine, selenomethionine and selenomethylselenocysteine. At present, people can't chemically synthesize bio-organic selenium, so it is a promising method to organize selenium by organisms with simple process, simple operation and high conversion rate. Organic selenium can be provided in various forms, which can not only provide food rich in organic selenium for human beings, but also provide additives rich in organic selenium for animal husbandry. Therefore, many scholars have explored this field.