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Factors affecting the bitterness intensities of ten commercial formulations of ambroxol

机译:影响十种氨溴索商业制剂苦味强度的因素

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摘要

The bitterness of 10 different products with ambroxol as active ingredient, the original and nine generics, were evaluated by human gustatory sensation tests in which the tablets were kept in the mouth, with water, at 20 and 37°C. The products all showed different bitterness intensities. The original and some of the generic products had comparatively low bitterness intensities but some of the generic products had comparatively high bitterness intensities. The bitterness intensities of these 10 was found to be significantly correlated with both the disintegration time, as evaluated using the ODT-101 (a recently developed apparatus), and the drug concentration in dissolved medium, as measured in a conventional dissolution test. The bitterness threshold of ambroxol solution was found to increase when the temperature of the water with which the tablets were taken, was raised from 20 to 37°C. The equation was calculated to predict the bitterness intensity of ambroxol, a function based on temperature and the ambroxol concentration using data from a standard ambroxol solution at 4, 20 and 37°C. The bitterness intensities obtained for the 10 ambroxol formulations with water at 20 and 37°C, coincided with the bitterness values predicted by the equation.
机译:通过人味觉测试评估了以氨溴索为有效成分的10种不同产品的苦味(原始和9种仿制药),其中片剂在20和37°C下用水漱口。产品均显示出不同的苦味强度。原始产品和某些通用产品的苦味强度较低,但某些通用产品的苦味强度较高。发现这10种饮料的苦味强度与使用ODT-101(最近开发的设备)评估的崩解时间和通过常规溶解试验测得的药物在溶解介质中的浓度均显着相关。当服用片剂的水的温度从20℃升高到37℃时,氨溴索溶液的苦味阈值增加。使用来自标准氨溴索溶液在4、20和37°C下的数据计算该方程式,以预测氨溴索的苦味强度,该函数基于温度和氨溴索浓度。 10种氨溴索制剂在20和37°C的水所获得的苦味强度与该方程式预测的苦味值一致。

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