几种常用辅料在复方中药制剂中阻湿性能的比较(3)
[3] 杜若飞， 冯怡， 刘怡， 等. 中药提取物吸湿特性的数据分析与表征[J]. 中成药， 2008， 30(12)： 1767.
[4] 蒋且英， 廖正根， 赵国巍， 等. 吸湿原理及中药制剂防潮方法研究概况[J]. 中国药房， 2007， 18(33)： 2627.
[5] 崔福德. 喷雾干燥与高速搅拌方法制备中药颗粒剂的初步研究[J]. 中成药， 2002， 22(8)： 531.
[6] 傅超美， 王世宇. 药用辅料科学[M]. 北京： 中国中医药出版社， 2008： 142.
Influence of several excipients on damp-proof performance of pharmaceutical
materials of traditional Chinese medicine
YIN Xiao-qin， XU Jia-yin， DU Lin-jiao， CHEN Yan-jun*
(Institute of Chinese Materia Medica， China Academy of Chinese Medical Science， Beijing 100700， China)
[Abstract] Objective： To study the influence of several excipients on damp-proof performance of pharmaceutical materials of traditional Chinese medicine. Method： The moisture absorption rate and parameters of hydroscopicity were used as the evaluation index of the damp-proof property of the complex Chinese medicine and preparation 1 and 2. Result： The moisture rate of complex Chinese medicine 1 was 62.54%， the critical relative humidity (CRH) was 38%. The moisture rate of complex Chinese medicine 2 was 16.36%， the CRH was 53%. Excipients had different effect on lower the hyproscopic property of complex Chinese medicine 1 and 2. The initial moisture adsorption velocity of excipients of complex Chinese medicine 1 in a ascending order were dextrin, 百拇医药(尹晓琴 顼佳音 杜林娇 陈燕军)
[4] 蒋且英， 廖正根， 赵国巍， 等. 吸湿原理及中药制剂防潮方法研究概况[J]. 中国药房， 2007， 18(33)： 2627.
[5] 崔福德. 喷雾干燥与高速搅拌方法制备中药颗粒剂的初步研究[J]. 中成药， 2002， 22(8)： 531.
[6] 傅超美， 王世宇. 药用辅料科学[M]. 北京： 中国中医药出版社， 2008： 142.
Influence of several excipients on damp-proof performance of pharmaceutical
materials of traditional Chinese medicine
YIN Xiao-qin， XU Jia-yin， DU Lin-jiao， CHEN Yan-jun*
(Institute of Chinese Materia Medica， China Academy of Chinese Medical Science， Beijing 100700， China)
[Abstract] Objective： To study the influence of several excipients on damp-proof performance of pharmaceutical materials of traditional Chinese medicine. Method： The moisture absorption rate and parameters of hydroscopicity were used as the evaluation index of the damp-proof property of the complex Chinese medicine and preparation 1 and 2. Result： The moisture rate of complex Chinese medicine 1 was 62.54%， the critical relative humidity (CRH) was 38%. The moisture rate of complex Chinese medicine 2 was 16.36%， the CRH was 53%. Excipients had different effect on lower the hyproscopic property of complex Chinese medicine 1 and 2. The initial moisture adsorption velocity of excipients of complex Chinese medicine 1 in a ascending order were dextrin, 百拇医药(尹晓琴 顼佳音 杜林娇 陈燕军)