Hydrogel microcapsule with slimming efficacy
A technology of microcapsules and hydrogels, which is applied in the directions of microcapsules, medical preparations without active ingredients, and medical preparations containing active ingredients, etc. Stability, low safety of slimming ingredients, etc., to achieve the effect of small side effects, good slimming effect, and convenient quality control
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Embodiment 1
[0016] The capsule wall material included 32 g of alginic acid, 6 g of methyl cellulose, and 2 g of aurantiaceae red pigment; the capsule core material included 15 g of simethicone and 5 g of garcinia cambogia extract. The capsule wall material can be added to 300 mL of deionized water, heated and stirred at 80°C; the capsule core material can be heated to 75°C, stirred evenly, and homogenized under a homogenization pressure of 45MPa for 3 minutes. The hydrogel microcapsules are prepared by the dropping method, the uniformly stirred capsule wall material solution flows out from the dripper, and the homogeneous capsule core material flows out from the dripper to form a sandwich liquid column, and then the liquid is cut off with a cutter Columns, forming a series of droplets with a diameter of 4 mm, prepared as hydrogel microcapsules.
[0017] Through experimental verification, the hydrogel microcapsules with slimming effect prepared in this example have a good embedding effect...
Embodiment 2
[0019] The capsule wall material included 40 g of alginic acid, 9 g of polyvinyl alcohol, and 1 g of elderberry pigment; the capsule core material included 9 g of simethicone oil and 1 g of saponin extract. The capsule wall material can be added to 450 mL of deionized water, heated and stirred at 85°C; the capsule core material can be heated to 70°C, stirred evenly, and homogenized under a homogenization pressure of 50MPa for 5 minutes. The hydrogel microcapsules are prepared by the dropping method, the uniformly stirred capsule wall material solution flows out from the dripper, and the homogeneous capsule core material flows out from the dripper to form a sandwich liquid column, and then the liquid is cut off with a cutter Columns, forming a series of droplets with a diameter of 6 mm, prepared into hydrogel microcapsules.
[0020] It has been verified by experiments that the hydrogel microcapsules prepared in this example have a good embedding effect, and the embedding rate ...
Embodiment 3
[0022] The capsule wall material included 46 g of carrageenan, 12 g of methylcellulose, and 2 g of elderberry pigment; the capsule core material included 8 g of simethicone oil and 2 g of garcinia cambogia extract. The capsule wall material can be added to 450 mL of deionized water, heated and stirred at 70°C; the capsule core material can be heated to 75°C, stirred evenly, and homogenized under a homogenization pressure of 40MPa for 6 minutes. The hydrogel microcapsules are prepared by the dropping method, the uniformly stirred capsule wall material solution flows out from the dripper, and the homogeneous capsule core material flows out from the dripper to form a sandwich liquid column, and then the liquid is cut off with a cutter Columns, forming a series of droplets with a diameter of 8 mm, prepared into hydrogel microcapsules.
[0023] Through experimental verification, the hydrogel microcapsules with slimming effect prepared in this example have a good embedding effect, ...
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