Slowly releasing piperazine ferulate
A piperazine ferulic acid, sustained-release preparation technology, applied in the field of piperazine ferulic acid sustained-release preparations, can solve the problems of slight side effects, general curative effect, etc., and achieve the effect of improving clinical indicators, significant curative effect, and improving curative effect
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Embodiment 1
[0027] Tablets (also capsules) made by methods known in the pharmaceutical industry contain the following components by weight percentage:
[0028] Piperazine Ferulate 66.50%
[0029] METHOCEL K 4 (Methocel K 4 MCR) 30%
[0030] 3% hydroxypropyl methylcellulose ethanol solution (3% HPMC ethanol solution) 3%
[0031] Magnesium Stearate 0.5%
[0032] METHOCEL K 4 The hydrophilic polymer is the skeleton material in the preparation, which swells with water or digestive juice to form a gel barrier to control the diffusion of piperazine ferulate and achieve the purpose of sustained release.
Embodiment 2
[0034] The present embodiment 2 tablet that adopts the known method of pharmaceutical industry to make contains following component by weight percentage:
[0035] Piperazine Ferulate 70%
[0036] Carbopol 29.9%
[0037] Magnesium Stearate 0.1%
[0038] Hydrophilic polymer carboxyvinyl (carbomer) is the skeleton material, which swells with water or digestive juice to form a gel barrier to control the diffusion of piperazine ferulic acid and achieve the purpose of slow release.
Embodiment 3
[0040] The present embodiment 3 tablet that adopts the known method of pharmaceutical industry to make contains following component by weight percentage:
[0041] Piperazine Ferulate 58%
[0042] Ethyl Cellulose with Stearic Acid 30%
[0043] Ethylcellulose absolute ethanol solution 10%
[0045] Stearic acid, a bioerodible material, can be gradually eroded in the body so that the main drug is gradually released to play a sustained release role. Ethyl cellulose is a non-erodible skeleton material, which is excreted after the drug is released.
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