Deep processing process of abelmoschus esculentus by nano technology
A nano- and deep-processing technology of okra, applied in the directions of food preservation, function of food ingredients, food preparation, etc., can solve the problems of lack of tonic effect, poisoning, stimulating function, etc. effect of fatigue
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Embodiment 1
[0026] A kind of okra nanotechnology deep processing technology, technological process is as follows:
[0027] ①Raw material selection and pretreatment:
[0028] Okra: select green okra tender pods with a length of 4-6 cm, the texture is delicate, and the fiber can be seen directly by the useless eye, clean it, dry it, and take 70 kg;
[0029] Epimedium: choose Epimedium leaf and be that 3% suet oil is fried to light yellow with mass percentage, be 75% ethanol extraction with mass percentage, make Epimedium liquid extract, get 5 kilograms;
[0030] Cistanche deserticola: weigh each individual, without rot, wash and dry, take 8 kg;
[0031] Fructus Cnidii: Fructus Cnidii is washed with water, dried in the sun until the water content is less than 14%, then extracted with 75% edible alcohol, and becomes a paste after the ethanol escapes, take 5 kg;
[0032] pepsin take 2 kg;
[0033] Cordyceps sinensis mycelium takes 10 kg;
[0034] ②Puffing: Mix the raw materials...
Embodiment 2
[0041] This embodiment is basically the same as Embodiment 1, except that step ⑤ is different. The step 5. of the present embodiment is packaged and sealed as follows: processed into tablets, each 10 grams, with nontoxic, colorless and transparent plastic film for sealed packaging.
[0042] The sterilization method adopted in the present invention is normal temperature cobalt 60 irradiation sterilization, which avoids the nutritional loss caused by the conventional high temperature sterilization process. After testing, the nutrient composition of okra sterilized by cobalt 60 irradiation and conventional high temperature instant sterilization at 130°C is compared in the following table:
[0043]
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