Selenium-rich fructus trichosanthis production method

Abstract

A selenium-rich fructus trichosanthis production method comprises the steps of seedling culture, field planting, plant adjustment and organic selenium biological agent spraying. An organic selenium biological agent is sprayed in different periods of fructus trichosanthis growth, so that the selenium content in fructus trichosanthis is increased and the quality of fructus trichosanthis is improved. Compared with the prior art, the dosage of selenium is low, production cost is low, produced fructus trichosanthis is high in nutrient value and high in selenium content, ordinary fructus trichosanthis becomes functional nutriment, the quality of fructus trichosanthis is improved greatly, and economic benefits are quite remarkable.

Description

technical field [0001] The invention relates to the technical field of functional foods, in particular to a production method of selenium-rich Trichosanthes. Background technique [0002] Selenium is an essential trace element for humans and animals. It has biological properties such as scavenging free radicals and anti-oxidation (delaying aging, anti-cancer, enhancing immunity, antagonizing heavy metals, etc. The daily selenium intake recommended by the Chinese Nutrition Society is 50-250ug , the source of human selenium mainly depends on dietary intake, but the average daily selenium intake of adults in my country is only about 36g. Therefore, the situation of selenium malnutrition is common in my country. Selenium-enriched agricultural and sideline products are an effective way for the human body to supplement selenium, so , Selenium-enriched technology is a hot field of research and development by scientists. [0003] The selenium content of crops is generally affected by...

AI Technical Summary

Problems solved by technology

However, due to regional heterogeneity in the distribution of selenium content in soil in selenium-rich areas, it is difficult to quantitatively control the selenium content in vegetables by this production method, and there are regional limitations and content variability, which is not conducive to large-scale standardized production

[0004] At present, people are widely using animals, plants and microorganisms as bioorganic carriers of selenium for the research and development of selenium-enriched functional foods (selenium-enriched rice, selenium-enriched eggs, selenium-enriched green tea), but these are all using simple enrichment methods. , the selenium content of the products produced is not high, and the product technology content is low, which cannot meet people's demand for selenium-enriched products