Method of preparing biologic state selenium by using plant

Abstract

The invention discloses a manufacturing method of biological selenium, which comprises the following steps: utilizing specific selenium-rich fertilizer; immersing seed; fertilizing; fermenting solid plant; culturing the biological fresh selenium product; drying under low temperature; grinding; making the product.

Description

Technical field: [0001] The invention relates to a biological state selenium and a production method thereof, in particular to a production method for preparing biological state selenium by using a selenium-enriched plant red amaranth (grain amaranth). Background technique: [0002] Selenium is one of more than ten kinds of trace elements necessary for the human body. In 1986, the Chinese Nutrition Society listed selenium as one of the daily required nutrients for the human body, and the daily intake should be 50-200 micrograms. However, there are more than 40 countries and regions lacking selenium in the world, and China is one of the "hardest hit areas", with about 72% of the regions lacking selenium. Selenium is an element of health and longevity. Selenium deficiency will lead to many diseases in the human body. It is inevitable for everyone to supplement selenium. This demand emphasizes the urgency of researching low-cost and easily popularized selenium products; the rol...

AI Technical Summary

Problems solved by technology

Selenium is an element of health and longevity. Selenium deficiency will lead to many diseases in the human body. It is inevitable for everyone to supplement selenium. This demand emphasizes the urgency of researching low-cost and easily popularized selenium products; the role of selenium in chemoprevention of cancer However, the current research data show that selenium is effective only at supranutritional levels and high doses, which are close to the level of selenium toxicity. This dilemma also emphasizes the urgency of research on non-toxic and high-efficiency selenium

[0003] In the known technology and its products, most of them are prepared by artificially synthesizing organic selenium: after only one biotransformation, the separation of organic selenium and inorganic selenium is not complete, and still contains a small amount of inorganic selenium. The human body cannot be used for a long time. It cannot be used in large doses, and its efficacy in treating diseases is not ideal; it is also not easy to popularize, and has the disadvantage of high cost