用深度涂料方法将棉布中的桉树油微胶囊固定在一起

Chantika Azka Hunafa, Dinda Dede Nabila, Dwi Nur Rikhma Sari, R. Nurkhotimah, Miftah Andiani Lestari, T. Wahyudi, E. Julaeha
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引用次数: 1

摘要

. alginat-gelatin。摘要采用深层包衣的方法,将蓝桉精油抗菌微胶囊固定在棉布上。采用海藻酸盐-明胶包衣复合保存法制备了金莲精油微胶囊。经GC-MS测定,商品金莲精油的主要成分为异丙酸异丙酯63.69%,1.8-辛油醇29.35%。制备了两种不同样品的微胶囊,样品I为4 g,样品II为6 g。样品I的平均粒径为1.550µm,样品II的平均粒径为1.154µm。含油量(OC)和包封效率(EE)分别为:OC 78%、70%;42.49%, EE 75.19%;51.54%。样品1的微囊形态比样品2看起来更圆。对金黄色葡萄球菌的抑菌试验结果高于对大肠杆菌的抑菌试验。样本I比样本II更活跃。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IMOBILISASI MIKROKAPSUL ANTIBAKTERI MINYAK ASIRI Eucalyptus globulus PADA KAIN KAPAS DENGAN METODE DEEP COATING
. alginat-gelatin. minyak asiri E. globulus komersial 63,69% minyak globulus Sampel ABSTRACT Immobilization of antibacterial microcapsules of Eucalyptus globulus oil on cotton cloth has been done by means of deep coating. Microcapsules containing E. globulus essential oil were made by a complex coaservation method using an alginate-gelatin coater. GC-MS measurements of commercial E. globulus essential oil showed its main components were 63.69% miristat isoprophile and 1.8-sineol at 29.35%. Microcapsules were prepared in two samples, which were differed by the use of E. globulus oil in Sample I 4 g and Sample II 6 g. The average size of microcapsules Sample I was 1.550 µm and Sample II was 1.154 µm. Oil content (OC) and encapsulation efficiency (EE) were respectively, OC 78,70%; 42.49% and EE 75.19%; 51.54%. The microcapsules morphology of Sample I looks more rounded than Sample II. Antibacterial test results against S. aureus were higher than against E. coli. Sample I is more active than Sample II.
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