Production of Dental Separating Medium using Tapioca extracted from Manihot esculenta in Enugu, Nigeria

P. C. Okorie, E. O. Oluwafemi, J. Emaimo, K. Okeke, Chibuzor Stellamaris Okonkwo
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Abstract

Tapioca is a starch extracted from the root of the cassava plant (Manihot exculenta). Cooks and bakers rely on it for baking and for soup thickener but in dentistry the appropriate mixture in weight and volume of starch, water, glycerin and ethyl alcohol forms separating medium. A separating medium prevents direct contact between the denture based resin and the model surface. This study aimed at production of dental separating medium using tapioca extracted from Manihot exculenta in Enugu, Nigeria. The research was carried out between August and September, 2018 in Enugu, Nigeria. The study adopted a three phased experimental approach using the same procedures but different weight and volume compositions. Structured, pretested Product Evaluation Data Sheet was used to evaluate the product by selected Practicing Dental Technologists in Enugu State, Nigeria. The resultant separating medium from experiment III with the following composition: starch flour 1200g, glycerin 500ml, ethyl alcohol 500ml, colorant 500ml and 4000ml of distilled (hot and cold) water. There was significant agreement among the respondents in the flow ability of the product 8(40%); excellent product effectiveness 8 (40%); smoothness 8 (40%), and color stability of the product 10 (50%). These findings suggests that dental separating medium can be produced locally in Enugu, Nigeria. Therefore, more attention needs to be paid in the production process, which will facilitate easy practice of Dental Technology, and also conserve huge foreign exchange being spent in the importation of separating medium in Nigeria.
利用从尼日利亚埃努古马尼奥特esculenta提取的木薯粉生产牙分离培养基
木薯粉是从木薯植物(Manihot exculenta)的根部提取的淀粉。厨师和面包师依靠它来烘焙和做汤的增稠剂,但在牙科中,淀粉、水、甘油和乙醇的重量和体积的适当混合物形成分离介质。分离介质防止义齿基树脂与模型表面直接接触。本研究的目的是利用从尼日利亚埃努古的Manihot exculenta提取的木薯粉生产牙分离培养基。该研究于2018年8月至9月在尼日利亚埃努古进行。本研究采用了三个阶段的实验方法,使用相同的程序,但不同的重量和体积组成。尼日利亚埃努古州选定的执业牙科技师使用结构化的、预先测试的产品评估数据表对产品进行评估。实验三所得分离介质的组成如下:淀粉1200g,甘油500ml,乙醇500ml,着色剂500ml,蒸馏水(热水和冷水)4000ml。受访者对产品的流动能力有显著的共识8(40%);优异的产品功效8 (40%);光滑度8(40%),产品颜色稳定性10(50%)。这些发现表明,在尼日利亚的埃努古,可以在当地生产牙分离介质。因此,在生产过程中需要更多的关注,这将有利于牙科技术的容易实践,也节省了尼日利亚在进口分离介质上花费的巨额外汇。
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