Stable ambroxol hydrochloride taste-masking granule and preparation method thereof
A technology of ambroxol hydrochloride and taste-masking granules, applied in the field of ambroxol hydrochloride taste-masking granules and preparation thereof, can solve the problems such as failure to effectively mask the bitter taste of ambroxol hydrochloride, unsatisfactory stability, and the like, and improve compliance , the effect of improving taste
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Embodiment 1
[0060] prescription:
[0061]
[0062] making process:
[0063] The drug-loaded pill core is prepared by adding medicine to the fluidized bed suspension, and the isolation layer and the taste-masking layer are sequentially wrapped around the drug-loaded pill core. A semi-finished product is obtained by mixing pellets with flavoring materials.
[0064] 1. Preparation of drug-loaded pellet core:
[0065] The drug-loaded pellet core is prepared by using a fluidized bed drug method.
[0066] 1.1 Preparation of drug suspension:
[0067] Dissolve hypromellose 603 in purified water, add ambroxol hydrochloride and talcum powder to the solution in a state of stirring, and stir to form a uniform suspension solution.
[0068] 1.2 Fluidized bed medicine process:
[0069] Use 0.5-0.6mm sucrose-type pellets as the drug-loaded base pellets, and use fluidized bed bottom spray to carry out the drug application process of the suspension. During the drug application process, the temperat...
experiment example
[0087] Effect of Particle Size of Raw Drugs on Drug Adding Process
[0088] 1.1 Prescription of medicine (comparative example):
[0089] name Unit dosage 0.5~0.6mm sucrose pellets 200.0
[0090] core Ambroxol hydrochloride 15.0 Hypromellose 603 10.0 purified water 308.0
[0091] 1.2 Compare the effect of particle size d(0.9): 27.886μm and d(0.9): 6.933μm on drug yield.
[0092] 1.3 Evaluation index: drug yield
[0093] 1.4 Results:
[0094] 1) The particle size is d(0.9): the physical yield of the raw drug of 27.886 μm is 97.2%, and the content yield is 64.0%.
[0095] 2) The particle size is d(0.9): the physical yield of the raw drug of 6.933 μm is 99.9%, and the content yield is 91.1%.
[0096] 1.5 Conclusion:
[0097]The particle size is d(0.9):6.933μm API, and the yield meets the process preparation requirements.
[0098] 2. The effect of the addition of anti-adhesive agent on the drug application process
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