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首页> 外文期刊>International Journal of Pharmaceutics >Effect of disintegrants with different hygroscopicity on dissolution of Norfloxacin/Pharmatose DCL 11 tablets.
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Effect of disintegrants with different hygroscopicity on dissolution of Norfloxacin/Pharmatose DCL 11 tablets.

机译:不同吸湿性崩解剂对诺氟沙星/法药DCL 11片溶出的影响。

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This paper reports the effect of disintegrant hygroscopicity on dissolution of tablets obtained by compression at 85 MPa of mixtures of Norfloxacin and different proportions of a disintegrant (Starch 1500, PVP XL 10 or Croscarmellose sodium) and a diluent (Pharmatose DCL 11). Dissolution behavior was evaluated according to USP 23, apparatus 2 (paddle) at 50 rpm and using 750 ml acetate buffer solution of pH 4, at 37 degrees C, as medium. Norfloxacin added of increasing proportions, in a given range, of each disintegrant or the diluent increased the drug dissolved. Addition of increasing proportions of Pharmatose DCL 11 to Norfloxacin with 5% of the high hygroscopic Starch 1500 reduced the dissolution improvement effect of Pharmatose DCL 11. Addition of 5% Pharmatose DCL 11 to tablets of the middle hygroscopic Croscarmellose sodium and Norfloxacin slightly reduced the Croscarmellose sodium dissolution promoting effect, while addition of 15% Pharmatose DCL 11 to tablets of the low hygroscopic PVP XL 10 and Norfloxacin showed no inhibition but potentiated substantially the dissolution of Norfloxacin. These effects were attributed to competition for the available water in the tablet and to different water consume, for dissolution or hydration, by the diluent and the disintegrants.
机译:本文报道了崩解剂吸湿性对诺氟沙星和不同比例的崩解剂(淀粉1500,PVP XL 10或交联羧甲基纤维素钠)和稀释剂(Pharmatose DCL 11)的混合物在85 MPa压力下压缩所得片剂的溶出度的影响。根据USP 23,装置2(桨叶)以50rpm和使用在37℃下的pH值为4的750ml乙酸盐缓冲溶液作为介质,评价溶解行为。在给定范围内,诺氟沙星添加的每种崩解剂或稀释剂的比例增加,从而增加了药物的溶解度。 5%的高吸湿性淀粉1500向诺氟沙星中添加比例不断增加的Pharmatose DCL 11降低了Pharmatose DCL 11的溶出改善效果。向中等吸湿性交联羧甲基纤维素钠和诺氟沙星片中添加5%Pharmatose DCL 11会使交联羧甲基纤维素的含量略有降低钠溶解促进作用,同时向低吸湿性PVP XL 10和诺氟沙星的片剂中添加15%的Pharmatose DCL 11没有抑制作用,但实质上增强了诺氟沙星的溶解。这些作用归因于片剂中可用水的竞争,以及稀释剂和崩解剂溶解或水合所消耗的水量不同。

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