Study of Using Alginate Material as an Alternative Method for Foot Orthoses Casting

Zidhan Khotichalasta, Agusni Karma, Triyani Triyani, Linda Lugina Firdausi
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Abstract

Background: Orthosis molding utilizes POP Bandages, Foam Impression Box (FIB), and 3D foot scanning media. Printing with FI B produces accurate prints, consistent sizes, and fast procedures. The availability of FIB in Indonesia is still difficult due to imported goods. Alginate material dental molding material in the form of powder. Objective: To determine whether the Alginate Material specimen can be used as a Foot Orthosis molding medium referring to the gold standard based on the size difference of the positive cast, the surface condition of the negative cast, and the 3 contact areas on the positive cast. Methods: Experimental, 1 participant with normal arch, comparing the dimensions of size, shape of positive cast and negative cast and 3 contact areas using univariate and bivariate tests. Results: Specimen 1 and specimen 2 have a p value ? 0.05, which means that the size results of specimens 1 and 2 are not significantly different from the gold standard. The observation results of positive cast specimens 1 and 2 have results that are close to the gold standard. Conclusion: Alginate material specimens can be used as a medium for molding Foot Orthosis. Suggestion: Can expand the scope of research on the feet of participants who have deformities and add variables to be measured in order to get more detailed and specific results.
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藻酸盐材料作为足部矫形器铸造替代方法的研究
背景:矫形器成型使用POP绷带、泡沫压模盒(FIB)和3D足部扫描介质。印刷与FI B产生准确的打印,一致的尺寸,和快速的程序。由于进口货物的原因,在印度尼西亚获得FIB仍然很困难。藻酸盐材料牙模材料以粉末的形式。目的:根据正极铸型的尺寸差异、正极铸型的表面状况、正极铸型上的3个接触区域,参照金标准确定海藻酸盐材料试样是否可以作为足矫形器的成型介质。方法:1例正常足弓患者,采用单因素和双因素检验,比较正铸型和负铸型的尺寸、形状和3个接触面积。结果:试件1和试件2的p值为?0.05,即试件1和试件2的尺寸结果与金标准无显著差异。正铸样1和正铸样2的观察结果接近金标准。结论:海藻酸盐材料标本可作为足部矫形器成型的介质。建议:可以扩大对有畸形的参与者的脚的研究范围,增加需要测量的变量,以便得到更详细和具体的结果。
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