Position: Home > Articles > Effects of Ultrafine Comminution on the Dissolution of Active Ingredients from Compound Feed Additive of Strobilanthes cusia
Journal of Anhui Agricultural Sciences
2012,40
(23)
11702-11703+11759
超微粉碎对南板蓝复方饲料添加剂中有效成分溶出的影响
作 者：
Guihai Chen;Yilong;Qing Li;Shijie Shijie;Zihao Zheng;Shaoyan;Bo Zhang;Dan-ya
关键词：
dissolution;feed additive;compound;ultrafine comminution;cusia;degree o
摘 要：
[目的]探讨粉碎工艺技术对南板蓝复方饲料添加剂中有效成分溶出的影响。[方法]以主药南板蓝根中有效活性物质腺苷及臣药银花藤中绿原酸为溶出指标,分析超微粉碎对南板蓝复方饲料添加剂溶出度的影响。[结果]超微粉颗粒中腺苷和绿原酸溶出度明显高于普通粉颗粒。超微粉碎技术能显著加快南板蓝复方饲料添加剂中腺苷和绿原酸的溶出速率,从而缩短提取时间,避免有效成分在长时间提取过程中被破坏,同时也极大节约了能源。[结论]超微粉碎技术可明显提高南板蓝复方饲料添加剂中有效成分的溶出度,提高生物利用度。
译 名：
Effects of Ultrafine Comminution on the Dissolution of Active Ingredients from Compound Feed Additive of Strobilanthes cusia
作 者：
CHEN Yi-long et al(School of Chinese Materia Medica,Guangzhou University of Chinese Medicine,Guangzhou,Guangdong 510405)
关键词：
Ultrafine comminution;Compound feed additive of S.cusia;Dissolution degree
摘 要：
[Objective] The research aimed to explore the effects of comminution technology on the dissolution of active components from compound feed additive of Strobilanthes cusia.[Method]Using active component adenosine in principal herb S.cusia and chlorogenic acid in minister drug Lonicera japonica Thunb.as dissolution indices,the effects of ultrafine comminution on the dissolution degree of compound feed additive of S.cusia were analyzed.[Result] The dissolution degree of adenosine and chlorogenic acid in ultramicro particles were obviously higher than that of common particles.Ultrafine comminution could significantly quicken the dissolution rate of adenosine and chlorogenic acid in compound feed additive of S.cusia,shorten the extraction time,avoid the breakage of active components in long-time extraction process,and meanwhile saved the energy greatly.[Conclusion] The ultrafine comminution technology could obviously increase the dissolution degree of active components in compound feed additive of S.cusia.
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