Under stirring slowly, gradually adding HPMC HPMC floating on the surface of the water, and then gradually formed a slurry, the slurry cooling while stirring.
在慢慢搅拌下逐渐加入HPMC,开始HPMC浮在水的表面,然后逐渐形成一种淤浆,在搅拌下冷却该淤浆。
CONCLUSION: the amount and particle size of HPMC, preparation method, tablet size as well as the additives are the main factors influencing ATMP release from HPMC extended matrix tablet.
结论:HPMC用量和粘度,制备工艺,片剂大小及其辅料为影响对乙酰氨基酚骨架片释放速率的主要因素。
Objective To use ANN to quantitatively predict the influence of the amount of HPMC and its internal viscosity on allopurinol release from HPMC sustained release tablets.
目的用人工神经网络模型定量的预测HPMC的量和其固有黏度对药物释放的影响。
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