Chewing gum supplemented with Brassica oleracea var. capitata f. rubra extract for pH detecting of artificial saliva

Fifit Indriyantari, Aprilia Nur Pratiwi, Rizky Septiano Andian, Ida Bagus Alit Rai Sugiharta, A. Nuryanti
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Abstract

The prevalence of oral diseases in Indonesia is 25,9% in 2018, the highest percentage is recorded being caused to dental caries. Oral condition which may be acidic due to foods is potential to cause dental caries, as oral bacteria activities such as S. mutans may transform foods into becoming acids. In current condition, it is difficult for people to detect their own acid and base oral condition independently. This study aimed to create an innovation of a chewing gum supplemented with red cabbage (Brassica oleracea var. capitata f. rubra) extract which has functions as oral pH detector. The chewing gum was made by mixing the maceration extract of red cabbage and gumbase. This study was performed by using a qualitative test of pH 1-13 buffer solution colour change and pH 5-9 artificial saliva which was added by the extract, and then tested with manufactured chewing gum. Anthocyanin level was tested by using a 520 and 700 nm UV-Vis spectrophotometer. The study resulted in colour change in colour qualitative test. On pH 5-9 artificial saliva, colour change happened in order of orange, orange-brown, brown, brown-green, and green, after it was mixed with chewing gum. Colour compatibility test on chewing gum and artificial saliva showed a compatibility percentage of 80. Chewing gum supplemented with red cabbage can be used as pH detector of pH 5-9 artificial saliva.
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添加甘蓝提取物的口香糖对人工唾液pH值的检测
2018年,印度尼西亚的口腔疾病患病率为25.9%,其中由龋齿引起的比例最高。由于食物而呈酸性的口腔状况可能会导致龋齿,因为口腔细菌的活动,如变形链球菌,可能会将食物转化为酸性。在目前的情况下,人们很难独立检测自己的口腔酸碱状况。本研究旨在研制一种含有红甘蓝提取物的口香糖,该提取物具有口腔pH检测功能。将红甘蓝浸渍液与胶液混合制成口香糖。本研究采用pH为1 ~ 13的缓冲液和pH为5 ~ 9的提取液加入的人工唾液进行色变定性测试,然后用自制的口香糖进行测试。采用520和700 nm紫外-可见分光光度计测定花青素水平。研究结果表明,在颜色定性测试中出现了颜色变化。在pH值为5-9的人工唾液中,加入口香糖后,唾液的颜色变化顺序为橙色、橙褐色、棕色、棕绿色、绿色。对口香糖与人工唾液进行配色试验,配色率为80。添加红甘蓝的口香糖可作为pH 5-9人工唾液的pH检测器。
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