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Characterization of biocomposites of sheep hydroxyapatite (SHA)/shellac/sugar as bone filler material

机译:羊羟基磷灰石生物复合物的表征/虫胶/糖作为骨填充材料

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The use of biomaterials in orthopedics is increasing. This led to the growth of innovations in the field of medicine, one of them is the development of biomaterials. Study of Sheep Hydroxyapatite (SHA)/shellac/sugar biocomposite characterization was to determine the phase of the material, porosity, hardness and compressive strength of them. This research was conducted to develop new types of biomaterials that can be used as bone filler material. The analysis that used in this research was dry methods. The results showed that observation of XRD (X-Ray Diffraction) shows the pattern of diffraction 2θ: 31.6472°, 32.7753°, 32.0723°, The highest hardness of SHA/shellac/sugar ratio was 70:30% (7.38±0.1395 VHN) and the lowest at 50:50% (4.91±0.37 VHN). The highest Diametral Tensile Strength (DTS) test was 70:30% (5.43±1.395 MPa) and the lowest at 50:50% (3.10±0.26 MPa). SEM observations are performed to see the material porosity.
机译:在骨科上使用生物材料正在增加。这导致了医学领域的创新的增长,其中一个是生物材料的发展。羊羟基磷灰石(SHA)/虫壳/糖生物复合表征的研究是确定它们的材料,孔隙率,硬度和抗压强度的阶段。进行该研究以开发新型的生物材料,可用作骨填充材料。本研究中使用的分析是干燥的方法。结果表明,XRD(X射线衍射)的观察显示衍射2θ:31.6472°,32.7753°,32.0723°,SHA /虫酸/糖比的最高硬度为70:30%(7.38±0.1395 VHN)而最低50:50%(4.91±0.37 VHN)。最高径向拉伸强度(DTS)试验为70:30%(5.43±1.395MPa),最低50:50%(3.10±0.26MPa)。进行SEM观察以查看材料孔隙率。

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