木薯叶丙酮萃取物的特征。他们也会受到影响

Kesia Teodora Br Ginting, N. Wartini, Luh Puu Wrasiati
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摘要

木薯叶提取物是一种天然的食用色素。从木薯叶丙酮提取物中提取的食用色素以粉末形式制成,使其更容易使用,并且在储存中更稳定。本研究旨在确定包封剂的类型和浓度对木薯叶天然染料丙酮提取物特性的影响,确定包封剂的最佳类型和浓度,以获得木薯叶天然染料丙酮提取物包封剂。本研究采用两因素的因子随机区组设计。第一个因素是包封剂的类型(麦芽糊精和阿拉伯胶),第二个因素是浓度(5%、10%和15%)。然后通过方差分析对获得的客观数据进行检验,如果治疗对观察到的变量有影响,则继续使用Tukey检验进行分析。结果表明:各处理互作对黄度(b*)、总叶绿素和包封效率有影响,但对产量、含水量、红度(a*)、亮度(L*)无影响。产率为95、55%,含水量为10、69%,溶解度为89、50%,总叶绿素为3.42%,亮度(L*)为21、21,红度(a*)为6.30,黄度(b*)为13.18,包封率为89.73%。
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KARAKTERISTIK ENKAPSULAT EKSTRAK ASETON DAUN SINGKONG (Manihot esculenta C.) PADA PERLAKUAN JENIS DAN KONSENTRASI ENKAPSULAN
Cassava leaf extract can be developed as a natural food coloring. Food coloring from cassava leaf acetone extract is made in powder form to make it easier to use and more stable in storage. This study aims to determine the effect of the type and concentration of encapsulation on the characteristics of the acetone extract of cassava leaf natural dye and determine the best type and concentration of encapsulant to obtain cassava leaf natural dye acetone extract encapsulate. This study used a factorial randomized block design with two factors. The first factor is the type encapsulant (maltodextrin and gum arabic) and the second factor is the concentration (5%, 10%, and 15%). The objective data obtained was then tested by analysis of variance and if there was an effect of treatment on the observed variables, the analysis was continued with the Tukey test. The results showed that treatment interactions had an effect on, yellowness level (b*), total chlorophyll and encapsulation efficiency but had no effect on yield, water content, redness level (a*), brightness level (L*). Treatment of gum arabic type with a concentration of 10% is the best treatment to produce acetone extract encapsulate natural dye of cassava leaves with yield characteristics of 95,55%, water content 10,69%, solubility 89,50%, the total chlorophyll was 3.42%, brightness level (L*) of 21,21, the level of redness (a*) was 6.30, the level of yellowness (b*) was 13.18, and the encapsulation efficiency was 89.73%.
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