Beverage capable of lowering and preventing high blood sugar
A high blood sugar and beverage technology, applied in the direction of food science, etc., can solve the problems of unclear active ingredients, complicated formulas, difficult to achieve concentration, etc., to achieve the effect of reducing side effects and organ damage, satisfying taste requirements, and stabilizing the composition structure
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Embodiment 1
[0034] Example 1 Preparation of chaga extract
[0035] (1) Crush or cut chaga into about 1cm 3 Blocky, add purified water in a ratio of 1:8 to the container, keep the temperature at about 5-20°C, seal and soak for 72 hours and take the supernatant;
[0036] (2) Add purified water at a ratio of 1:8, keep the temperature at about 5-15°C, seal and soak for 96 hours, then take the supernatant.
[0037] (3) Add purified water at a ratio of 1:5, keep the temperature at about 5-15°C, seal and soak for 72 hours, then take the supernatant.
[0038] (4) 3 supernatants are mixed and filtered through a 180-mesh sieve; the filtered liquid is concentrated with a vacuum concentration tank;
[0039] (5) Every 10 kg of chaga raw materials should produce 80 liters of concentrate (125 g of chaga / liter). After irradiation and disinfection, store them for later use.
Embodiment 2
[0040] Example 2 Carbonated hypoglycemic beverage
[0041] 1. Formula:
[0042] Chaga aqueous extract prepared by the method of Example 1 400L (every liter is extracted with 125 grams of chaga raw material)
[0043] Pueraria isoflavones (content 40%) 4kg, produced by Ningbo Shuanglin Chinese Herbal Pieces Co., Ltd.
[0044] Ginsenosides (extracted from ginseng stems and leaves, the total saponin content is 80%) 1kg, produced by Jilin Ginseng Firm
[0045]Protein sugar 5kg Sodium saccharin 0.4kg Edible phosphoric acid (85%) 2.25L
[0046] Citric Acid 5kg Caramel Color 4L Cola Flavor 5.5L
[0047] Softened pure water 600L
[0048] The above formula can get about 1000L of syrup. According to the ratio of 1:4, use filling equipment to pour 4000L of carbonated water into the syrup to obtain a total of 5000L (500000ml) beverage, which can be divided into 10000 bottles (500ml / bottle) for later use.
[0049] Second, the production process:
[0050] 1. Warmly dissolve protein sug...
Embodiment 3
[0079] Example 3 Non-carbonated beverage
[0080] formula:
[0081] Chaga Water Extract 350L
[0082] Pueraria isoflavones 3kg
[0083] Ginsenosides 1.2kg
[0084] The quality and source of the above three functional components are the same as in Example 2
[0085] Softened pure water 650L
[0086] Protein sugar 5kg Sodium saccharin 0.4kg Edible phosphoric acid (85%) 2.25L
[0087] Citric acid 5kg Caramel coloring 4L Vanillin 0.2kg Potassium sorbate 0.2kg
[0088] The above formula can get about 1000L of syrup. According to the ratio of 1:4, use filling equipment to pour 4000L of soft water into the syrup to obtain a total of 5000L (5000000ml) of beverages, which can be divided into 10000 bottles (500ml / bottle) for later use.
[0089] The production process of the beverage:
[0090] 1. Warmly dissolve protein sugar and saccharin sodium and filter;
[0091] 2. Add sour agent, flavor and pigment, etc.;
[0092] 3. Add the kudzu root isoflavones after heating;
[0093] ...
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