用d -最优混合法优化三角蜜及包衣材料抗氧化剂配方及香菜籽提取物微胶囊化物性

Irfan Muttaqin, Y. Taufik, Yusep Ikrawani
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引用次数: 0

摘要

本研究的目的是使用混合物d -优化设计专家程序来生产香菜籽提取物微胶囊产品的最佳配方。研究分为两个阶段。第一阶段是在不使用包衣材料和蜂蜜的情况下,采用喷雾干燥法对香菜籽提取物粉末进行分析。第二阶段是通过测量化学反应(抗氧化活性和含水量)、物理反应,使用Design Expert程序的D-Optimal Mixture方法确定最佳配方。(粒度)。采用D-Optimal混合物法设计Expert程序得到的最优配方的理想值为1,各响应的预测值分别为395.124 ppm抗氧化活性、2.329%含水量和2.967µm粒径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of Trigona Honey and Coating Material Formulations for Antioxidants and Physical Properties of Microencapsulation of Coriander Seed Extract Using the D-Optimal Mixture Method
The purpose of this study was to produce an optimal formulation of coriander seed extract microencapsulation products using the Mixture D-Optimal Design Expert program.The study consists of two stages. The first stage was the analysis of the coriander seed extract powder using the spray drying method without the use of coating materials and honey. The second stage was to determine the optimal formula using the D-Optimal Mixture method of Design Expert program through measurement of chemical responses (antioxidant activity, and water content), physical response. (particle size). The optimum formula obtained based on the Design Expert program with the D-Optimal Mixture method has a desirability value of 1 with the prediction value of each response being 395.124 ppm antioxidant activity, 2.329 % water content, and 2.967 µm particle size.
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