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Measurement uncertainty evaluation of cellular spheroids surface tension in compressing tests using Young-Laplace equation

机译:使用Young-Laplace方程测量蜂窝球体表面张力在压缩试验中的不确定度评价

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Regenerative Medicine comprises the Biotechnology, Tissue Engineering and Biometrology for stem cell therapy. Starting from stem cells extracted from the patient, autologous implant, these cells are cultured and differentiated into other tissues, for example, articular cartilage. These cells are reorganized into microspheres (cell spheroids). Such tissue units are recombined into functional tissues constructs that can be implanted in the injured region for regeneration. It is necessary the biomechanical characterization of these constructed to determine if their properties are similar to native tissue. In this study was carried out the modeling of the calculation of uncertainty of the surface tension of cellular spheroids with the use of the Young-Laplace equation. We obtained relative uncertainties about 10%.
机译:再生医学包括用于干细胞疗法的生物技术,组织工程和生物学学。从患者提取的干细胞开始,培养自体植入物,这些细胞被培养并分化成其他组织,例如关节软骨。将这些细胞重组成微球(细胞球体)。这种组织单元重新组合成功能组织构建体,其可以植入受伤区域以进行再生。需要这些构造的生物力学表征以确定它们的性质是否与天然组织类似。在本研究中,进行了使用幼拉型方程计算蜂窝球体表面张力的不确定度的建模。我们获得了约10%的相对不确定性。

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