Effect of Addition of Organic Sweet Corn Flour (Zea Mays L. Saccharata) Against Setting Time Test For Alginate

Z. Y. Dewi, Rheni Safira Isnaeni, Dhafa Arbitya Armyka
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Abstract

Alginate is one of the most frequently used dental materials; and alginate impression is a simple, cost-effective, and indispensable part of dental practice. However, alginate impression material is still difficult to find in remote areas, this is due to the distance factor and the limited supply of alginate. One of the substitutes for alginate is sweet corn that contain polysaccharide a and are easily available in Indonesia. . This type of research is a laboratory experimental study using 4 groups, consisting of the first group as a control group, namely alginate without being given a mixture of sweet corn flour (10 g). The second group with 60% alginate percentage (6 g) sweet corn flour 40% (4 g) . The third group alginate percentage 55% (5.5 g) sweet corn flour 45% (4.5 g). The fourth group was 50% alginate (5 g) 50% sweet corn flour (5 g). Each group consists of 6 samples. The results of this study were then analyzed using One Way Anova to see if there were differences in each treatment group, the results showed that there were significant differences (p 0.05) in each group. This study also found the group with the fastest setting time, namely the control group, with an average of and the longest setting time is in group 3 with an average of 234 seconds . This can happen because of the polysaccharide content, namely amylopectin in sweet corn flour. The conclusion of this study is that sweet corn flour ( Zea mays L. Saccharata ) can be used as an alginate mixture because it has a setting time according to the American Dental Association (ADA ) standard, which is 2 - 4.5 minutes.
添加有机甜玉米粉(Zea Mays L. Saccharata)对海藻酸盐凝固时间测试的影响
藻酸盐是最常用的牙科材料之一;藻酸盐印模是牙科实践中简单、经济、不可或缺的一部分。然而,在偏远地区仍然很难找到海藻酸盐印模材料,这是由于距离因素和海藻酸盐供应有限造成的。海藻酸盐的替代品之一是甜玉米,它含有多糖a,在印度尼西亚很容易买到。.这类研究是一项实验室实验研究,共分 4 组,第一组为对照组,即不添加海藻酸盐的甜玉米粉混合物(10 克)。第二组海藻酸比例为 60%(6 克),甜玉米粉比例为 40%(4 克)。第三组海藻酸比例为 55%(5.5 克),甜玉米粉 45%(4.5 克)。第四组为海藻酸 50% (5 克)甜玉米粉 50% (5 克)。每组有 6 个样品。然后用单向阿诺瓦法分析该研究的结果,看各处理组是否存在差异,结果显示各组均存在显著差异(P 0.05)。这项研究还发现,凝固时间最快的一组是对照组,平均为 234 秒,而凝固时间最长的是第 3 组,平均为 234 秒。这可能是因为甜玉米面粉中含有多糖,即直链淀粉。这项研究的结论是,甜玉米粉(Zea mays L. Saccharata)可用作海藻酸盐混合物,因为它的凝固时间符合美国牙科协会(ADA)的标准,即 2 - 4.5 分钟。
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