中国医药科学2023，Vol.13Issue(24)：8-12,5.DOI:10.20116/j.issn2095-0616.2023.24.02
黑膏药传统工艺中黄丹用量"冬少夏多"理论与软化点及贴敷时间的相关性研究
Research on the correlation between the theory of"Less in Winter and More in Summer"of Huangdan dosage in traditional black plaster technology and the softening point and application time
摘要
Abstract
Objective To study the correlation between the dosage of Huangdan and the softening point,and the application time in winter and summer,in the traditional process of black plaster.Methods The control variate method was used to keep other technological parameters in the preparation process of black plaster unchanged,only changing the dosage ratio of Huangdan to oil,measuring its different softening points and recording the corresponding application time in clinical use in winter and summer,to find out the correlation between the three,so as to deduce the optimal dosage ratio of huangdan and oil,one of the key production technological parameters in the preparation of black plaster in different seasons.Results During summer application,when the ratio of Huangdan to oil was 45∶100,the application time had the highest proportion within the range of five to seven days,indicating the highest effective rate.At this time,the corresponding softening point of the black plaster was 50.70℃.During winter application,when the ratio of Huangdan to oil was 40∶100,the application time had the highest proportion within the range of five to seven days,indicating the highest effective rate.At this time,the corresponding softening point of the black plaster was 48.90℃.Conclusion The above results are consistent with the theory of"Less in Winter and More in Summer"in the traditional preparation process of black plaster,providing true and reliable data support for the production and inspection of black plaster.关键词
黑膏药/黄丹与油的比例/软化点/贴敷时间Key words
Black plaster/The ratio of Huangdan to oil/Softening point/Application time分类
医药卫生引用本文复制引用
李敏,路继刚,范在举..黑膏药传统工艺中黄丹用量"冬少夏多"理论与软化点及贴敷时间的相关性研究[J].中国医药科学,2023,13(24):8-12,5.基金项目
山东省聊城市重点研发计划政策引导类项目(2022YDSF67). （2022YDSF67）
