Pu-er tea ferment soft capsule and production method thereof
A production method and soft capsule technology are applied in the field of Er tea enzyme soft capsule and its production, which can solve the problems of large loss of effective components, long production cycle, severe reaction and the like, and achieve the effects of short production cycle, mild reaction and simple process.
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[0030] 1) Preparation of Erh tea extract:
[0031] Wash the Pu'er tea to obtain a content of 68.0% of the tea, which meets the national requirements for the fat content of powdered Pu'er tea. The total yield of solvent leaching is as high as 95.5%. The Pu'er tea is added with CHCL3:CH3OH mixed reagent, rewatered, stirred, Vacuum suction filtration, separation of docosahexaenoic acid and eicosapentaenoic acid highly unsaturated fatty acids, ultraviolet disinfection and sterilization, extracting filter residue and adding concentrated HCL to the upper solution of the layered funnel, fully reacting, and obtaining water-soluble products Add concentrated HCL to the filter residue and the water-soluble product in the upper layer of the stratified funnel, fully react to obtain the water-soluble product, adjust the pH, obtain a protein precipitation layer, add protease, hydrolyze, suction filter, concentrate, and sterilize to obtain Erh tea extraction Herbal tea extract, Cordyceps sine...
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[0033] Example 1,1) Preparation of Erh Tea Extract:
[0034] ①Wash the Pu'er tea to obtain Erh tea with a content of 68.0%,
[0035] ②Put the Pu'er tea into the container, and add two parts of CHCL according to the quantity. 3 :CH 3 OH=1:2 mixed reagent, stirred for half an hour, added a portion of CHCL 3 , stirred for another hour, then added a portion of distilled water, stirred for an hour,
[0036] ③ vacuum filtration, and with 30% CHCL 3 Wash the residue again,
[0037] ④ Mix 60% of the obtained docosahexaenoic acid and eicosapentaenoic acid obtained by suction filtration with natural Pu'er tea in a vacuum, at a constant temperature of 30-40°C, under the irradiation of fluorescent lamps, CHCL 3 、CH 3 OH is completely volatilized, and then separated at high temperature (how to separate?) to produce docosahexaenoic acid and eicosapentaenoic acid highly unsaturated fatty acids,
[0038] ⑤. Place the isolated docosahexaenoic acid and eicosapentaenoic acid highly unsatu...
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