生物打印技术的现状和挑战,生物3D打印在组织工程中的贡献

J. Fermeiro, M. Calado, I. Correia
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引用次数: 4

摘要

世界人口的快速增长和人类预期寿命的延长导致对移植器官的需求增加。在寻找替代方案以克服这一短缺的过程中,组织工程研究正倾向于生物技术,以实现大规模生产。生物打印是组织工程中最有前途的分支之一,它将在本工作中得到解决和讨论。最近在这一领域发表的作品已经显示出良好的结果,为一个充满希望的未来打开了大门。为了重现这一领域的研究成果,我们研制了一台分辨率高、精度高的生物打印机,用于生物打印测试。生物打印机是从头开始建造的,具有简单的设计和低成本的材料,而不会影响其性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
State of the art and challenges in bioprinting technologies, contribution of the 3D bioprinting in Tissue Engineering
The rapid growth of the world's population and the increase of human life expectancy has been leading to an increase in demand of organs for transplant. In the search for alternatives to overcome this shortage, Tissue Engineering research is leaning towards biotechnology in order to achieve mass production. Bioprinting is one of the most up-and-coming Tissue Engineering branches on the path to produce viable tissue for implantation, and it will be addressed and discussed in this work. Recent published works in this area have been showing good results, opening doors for a promising future. In the attempt to recreate the research in this area, a bioprinter was built with good resolution and precision for bioprinting testing. The bioprinter was built from ground up, with a simple design and with low cost materials, without compromising its capability.
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