首页> 外文会议>ASME summer bioengineering conference;SBC2012 >ENHANCING THE BIOMECHANICAL PROPERTIES OF SELF-ASSEMBLED, COSTOCHONDRAL CELL NEOCARTILAGE THROUGH MODULATION OF SEEDING DENSITY AND EXPANSION MEDIA
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ENHANCING THE BIOMECHANICAL PROPERTIES OF SELF-ASSEMBLED, COSTOCHONDRAL CELL NEOCARTILAGE THROUGH MODULATION OF SEEDING DENSITY AND EXPANSION MEDIA

机译:通过调节播种密度和扩展培养基,增强自组装的软骨细胞新软骨的生物力学特性

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Both Phases indicate seeding density to be a significant factor in resultant construct properties. Phase 2 indicated that growth factors supplementation during cell expansion may be used to improve construct properties following self-assembly. By developing mechanically robust neocartilage, this work illustrates the potential for the clinical translation of self-assembled CC cells for replacing damaged TMJ cartilages. It is demonstrated that TFP may be used in conjunction with aggregate redifferentiation and the self-assembly process to develop tissues with mechanical properties nearing native tissue values. Furthermore, it is demonstrated that a smaller initial cell population may be used to develop such tissues, illustrating the potential for autologous tissue replacements.
机译:两个阶段均表明播种密度是所得构建体性能的重要因素。阶段2表明,在细胞扩增过程中补充生长因子可用于改善自组装后的构建体性能。通过开发机械坚固的新软骨,这项工作说明了自组装CC细胞用于替换受损TMJ软骨的临床翻译潜力。已证明,TFP可以与聚集体再分化和自组装过程结合使用,以开发出具有接近天然组织值的机械性能的组织。此外,已证明较小的初始细胞群体可用于发育此类组织,从而说明了自体组织替代的潜力。

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