安徽科技学院学报
安徽科技學院學報
안휘과기학원학보
JOURNAL OF ANHUI SCIENCE AND TECHNOLOGY UNIVERSITY
2015年
3期
31-36
,共6页
王盈盈%时维静%孙洁%李响%刘峰%王茜
王盈盈%時維靜%孫潔%李響%劉峰%王茜
왕영영%시유정%손길%리향%류봉%왕천
滁菊挥发油%复凝聚法%微囊%正交设计
滁菊揮髮油%複凝聚法%微囊%正交設計
저국휘발유%복응취법%미낭%정교설계
Volatile oil of Chrysanthemum%Complex coacervation%Microcapsules%Orthogonal design
探索滁菊挥发油微囊的最佳制备工艺。采用复凝聚法制备滁菊挥发油微囊,以外观形态、粒径、包封率、载药量为指标,正交设计优选工艺条件。滁菊挥发油微囊的最佳制备工艺条件为:复合胶与挥发油的比例为1:1,温度为55℃,pH为4.0,固化剂量为1.5mL。制得的滁菊挥发油微囊形态呈圆形、光滑,粒径分布在80~120μm,平均包封率为(48.89±5.93)%,平均载药量为(13.11±2.30)%,TLC 法显示供试品溶液与对照品溶液在相同的位置出现相同斑点。该制备方法操作简单易行,处方合理,制得微囊外观圆整,载药量和包封率较高。
探索滁菊揮髮油微囊的最佳製備工藝。採用複凝聚法製備滁菊揮髮油微囊,以外觀形態、粒徑、包封率、載藥量為指標,正交設計優選工藝條件。滁菊揮髮油微囊的最佳製備工藝條件為:複閤膠與揮髮油的比例為1:1,溫度為55℃,pH為4.0,固化劑量為1.5mL。製得的滁菊揮髮油微囊形態呈圓形、光滑,粒徑分佈在80~120μm,平均包封率為(48.89±5.93)%,平均載藥量為(13.11±2.30)%,TLC 法顯示供試品溶液與對照品溶液在相同的位置齣現相同斑點。該製備方法操作簡單易行,處方閤理,製得微囊外觀圓整,載藥量和包封率較高。
탐색저국휘발유미낭적최가제비공예。채용복응취법제비저국휘발유미낭,이외관형태、립경、포봉솔、재약량위지표,정교설계우선공예조건。저국휘발유미낭적최가제비공예조건위:복합효여휘발유적비례위1:1,온도위55℃,pH위4.0,고화제량위1.5mL。제득적저국휘발유미낭형태정원형、광활,립경분포재80~120μm,평균포봉솔위(48.89±5.93)%,평균재약량위(13.11±2.30)%,TLC 법현시공시품용액여대조품용액재상동적위치출현상동반점。해제비방법조작간단역행,처방합리,제득미낭외관원정,재약량화포봉솔교고。
This paper is to study the preparation microcapsules of volatile oil from Chrysanthemum morifolium Ra-mat. The microcapsules were prepared by complex coacervation with formulation,diameter,amount of the drug and encapsulation efficiency as evaluation index and the preparation was optimized by orthogonal experimental design. The best technology is that compound plastic and the volatile oil of the ratio is 1:1,the temperature is 55℃,pH 4. 0 and formaldehyde in an amount of 1. 5 mL. the prepared microcapsules spherical with smooth surface,and the proportion with a diameter of 80-120μm,encapsulation efficiency was(48. 89 ± 5. 93)%,and the average drug loadings were(13. 11 ± 2. 30)%,TLC indication that the test solution and reference solution appeared at the same spot in the same location. The preparation process is simple and feasible,and the methods of evaluation are reliable. The microcapsules’appearance is round and normal. The drug loading and the encap-sulation efficiency are higher.