Compound tussah pupa powder food with anti-radiation function and manufacturing process thereof

Abstract

The invention provides a compound tussah pupa powder food with an anti-radiation function. The compound tussah pupa powder food is characterized by comprising full tussah pupa powder, mung bean embryo, Tuckahoe, agaric, black sesame and brown sugar; and the manufacturing process comprises the following steps of: pre-treating the tussah pupa; pre-treating the mung bean embryo; carrying out freeze drying on the mung bean embryo and the tussah pupa; respectively drying the Tuckahoe, the agaric and the black sesame; respectively crushing the full tussah pupa powder, the mung bean embryo, the Tuckahoe, the agaric, the black sesame and the brown sugar; and uniformly mixing the ingredients in parts by weight to obtain a finished product. The compound tussah pupa powder food has the advantages of scientific and reasonable formulation and no toxic and side effect; after taken by mice, the compound tussah pupa powder food is verified and shown that the micro nuclear rate in the mouse bone marrow cell is obviously reduced, the peripheral white blood cell count and bone marrow cell DNA content are obviously increased and obvious auxiliary protection effects on the radiation hazard are obtained; the manufacturing process has the advantages of simplicity, short process, convenience in operation and control and low cost; and the nutrient components of the compound tussah pupa powder food can be kept.

Description

technical field [0001] The invention relates to a health food, which is a compound tussah silkworm chrysalis powder food with anti-radiation function and a production process thereof. Background technique [0002] At present, with the continuous improvement of mechanization in our country, the wide application of nuclear energy industry, and the rapid development of household electrical appliances, while various machinery and electrical appliances bring us convenience, related radiation issues have become a topic of great concern to consumers. Now there are a large number of health foods that have auxiliary protection functions against radiation hazards in the market. As consumers' demand for such health foods continues to increase, market competition is becoming increasingly fierce. Because traditional radiation protective agents have certain toxic and side effects, people pay more and more attention to the anti-radiation effects of Chinese herbal medicines and natural food...

AI Technical Summary

Problems solved by technology

Because traditional radioprotectants have certain toxic and side effects, people pay more and more attention to the anti-radiation effects of Chinese herbal medicines and natural foods. Finding high-efficiency, low-toxic anti-radiation foods has aroused great interest in people.