Self-assembly of capillary network inside artificial hollow tissue

H. Tajima, M. Nakajima, T. Fukuda
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引用次数: 1

Abstract

The technique to construct the artificial organ made of cultured cells is required in many fields such as tissue engineering and drug development. However, the tissue-like construction more than 200 μm thick has central hypoxia and results in necrosis because of the limitation of diffusion of materials. Then, we will propose a method to form a tissue-like construction including vascular network in itself. Biocompatible artificial vessel was wrapped in cell-sheet cocultivated with HUVEC and NIH3T3. Culture medium perfused into the artificial vessel will be diffused into the whole construction through vascular network of HUVEC. This technique will be increases the viability of the cells in the construction.
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人工中空组织内毛细血管网络的自组装
利用培养细胞构建人工器官的技术在组织工程和药物开发等许多领域都有应用需求。然而,厚度超过200 μm的类组织结构由于材料的扩散受到限制,导致中心缺氧并导致坏死。然后,我们将提出一种方法来形成包含血管网络的类组织结构。用HUVEC和NIH3T3共培养的细胞片包裹生物相容性人工血管。注入人工血管的培养基会通过HUVEC的血管网络扩散到整个结构中。该技术将提高细胞在构建过程中的生存能力。
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