Production method for selenium-rich peanut sprout nattokinase with high conversion rate

Abstract

The invention discloses a production method for selenium-rich peanut sprout nattokinase with a high conversion rate. The production method has the advantages that the cancer and cardiovascular and cerebrovascular disease resistance function of the selenium-rich peanut sprout with the high conversion rate is far superior to that of the common selenium peanut sprout, the content of resveratrol is higher than peanuts or grapes for dozens of times; natto cultures are connected to the top of the selenium peanut sprout by steps to improve an effect exponentially; meanwhile, the conversion rate of organic selenium is improved; specifically, 15-50% of soybean is added into the selenium peanut sprout by steps to improve the reproduction speed of bacillus natto, and the problem that sodium selenitewhich is not converted inhibits the reproduction of the bacillus natto is solved; since the selenium peanut sprout own has an excellent anti-ageing function, the organic selenium is further adsorbed and organically converted by the bacillus natto, the content of the organic selenium is lowered by about five times, safety and a comprehensive health care effect can be improved exponentially, plant auxin 920 is combined with fermented wheat bran to replace animal waste so as to solve the problem that the peanut sprout stinks, and the selenium-rich peanut sprout nattokinase is an excellent food for preventing and curing cardiovascular diseases, resisting tumors and enhancing immunity.

Description

technical field [0001] The invention relates to the technical field of health food application, in particular to a method for producing selenium-enriched peanut sprout nattokinase with high conversion rate. technical background [0002] With the acceleration of people's life rhythm and the deterioration of living environment, the incidence of various diseases has greatly increased, especially cardiovascular and cerebrovascular diseases and cancers caused by thrombosis are increasingly endangering people's health, and there is a trend of younger age. For this reason, people have developed various anti-cancer and anti-cardiovascular and cerebrovascular diseases drugs and food. For example, selenium element can detoxify and have the functions of enhancing body immunity and anti-cancer; but the human body can only absorb organic selenium, while inorganic selenium is very It is difficult to be absorbed by the human body, but its toxicity is much greater than that of organic selen...

AI Technical Summary

Problems solved by technology

And because Bacillus natto has a strong transformation effect on the inorganic selenium in selenium peanut buds, it can convert most of the remaining sodium selenite into organic selenium, so the toxicity is doubled and the product safety is greatly improved , to solve the problem of low conversion rate of organic selenium in selenium peanut buds that people have been working hard but have not solved

[0007] However, it is not easy to obtain this selenium peanut bud kinase with thrombolytic and anticancer effects, and many technical problems need to be solved in production, mainly including: the problem of carcinogenic aflatoxin that is easy to breed in peanuts during the germination process; adding animal manure It will breed harmful bacteria and make peanut buds smelly. If animal manure is not added, there will be a problem of insufficient fertility. In a selenium environment, pink selenophilic bacteria will hinder the growth of peanut buds. Selenium peanut buds organic selenium The problem of low conversion rate, and the problem that sodium selenite will inhibit the reproduction of Bacillus natto

Images