Evaluation system for mechanobiology of three-dimensional tissue multilayered in vitro

Kaoru Uesugi, A. Nishiguchi, M. Matsusaki, M. Akashi, K. Morishima
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引用次数: 3

Abstract

This paper reports the mechanical properties of 3D layered tissue were measured by using a special fixture (micro vacuum chuck) and a measurement system. In this study, the mechanical properties of 3D layered tissue were measured by tensile test. Since difficulty of fixing the 3D layered tissue to tensile test system, the micro vacuum chuck which could fix the 3D layered tissue to tensile test system without damage was developed. Additionally, because there has been no system which can measure tensile force of 3D layered tissue, special tensile system was also developed. By using micro vacuum chuck and developed system, the tensile force of 3D layered tissue was measured and the maximum force was about about 907μN (Strain = 1.35).
体外多层三维组织力学生物学评价系统
采用专用夹具(微型真空卡盘)和测量系统对三维层状组织的力学性能进行了测量。在本研究中,通过拉伸试验测量了三维层状组织的力学性能。针对三维分层组织在拉伸试验系统中固定困难的问题,研制了一种能够将三维分层组织在不损坏的情况下固定在拉伸试验系统中的微型真空吸盘。此外,由于目前还没有能够测量三维层状组织拉伸力的系统,因此还开发了专用的拉伸系统。利用微型真空吸盘和开发系统测量了三维层状组织的拉伸力,最大拉伸力约为907μN(应变= 1.35)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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