CAJ | 학술논문

本试验运用响应曲面法优化厚朴酚-β-环糊精包合物的制备工艺。在单因素试验基础上，以β-环糊精与厚朴酚的比例、研磨时间、研磨温度为考察因素，采用响应曲面法优化包合工艺条件，模拟得到厚朴酚-β-环糊精包合物中厚朴酚含量的二次回归方程模型。最优包合条件：β-环糊精与厚朴酚的比例为4.9∶1、研磨时间31 min、研磨温度61℃，厚朴酚含量的实测结果（20.27%）与响应曲面拟合所得方程的预测值（20.59%）符合良好。采用响应曲面法优化厚朴酚包合物制备工艺得到的厚朴酚含量高，能很好地预测试验结果。
본시험운용향응곡면법우화후박분-β-배호정포합물적제비공예。재단인소시험기출상，이β-배호정여후박분적비례、연마시간、연마온도위고찰인소，채용향응곡면법우화포합공예조건，모의득도후박분-β-배호정포합물중후박분함량적이차회귀방정모형。최우포합조건：β-배호정여후박분적비례위4.9∶1、연마시간31 min、연마온도61℃，후박분함량적실측결과（20.27%）여향응곡면의합소득방정적예측치（20.59%）부합량호。채용향응곡면법우화후박분포합물제비공예득도적후박분함량고，능흔호지예측시험결과。
Optimization of the preparation process of magnolol-β-cyclodextrin inclusion compound (Magnolol-β-CD) by response surface method.Based on the single-factor experiment,the quadratic regression model for the contents of mag-nolol in the magnolol-β-CD was established about the independent variables (the proportion ofβ-CD and magnolol,grind time and grind temperature)through Box-Behnken center composite design and response surface methodology.The optimum conditions were as follows:the proportion ofβ-CD and magnolol was 4.9∶1,grind time was 31min and grind temperature was 61℃.Under these conditions,the practical content of magnolol was 20.27%,which was consistent with the predicted content of magnolol (20.59%).The preparation process model of inclusion compound established by response surface method could precisely predict the experiment results.In the best conditions deduced from the mode,the content of magnolol was high.