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首页> 外文期刊>Journal of robotics and mechatronics >Tooth Regenerative Therapy, Approached from Organogenesis
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Tooth Regenerative Therapy, Approached from Organogenesis

机译:从器官发生中获取牙齿再生疗法

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摘要

Regenerative medicine is expected to be a novel therapeutic system in this century [1-3]. The human body consists of 200 cell species generated from immature stem cells. In the 1990s, a treatment transplanting hematopoietic stem cells to replace all blood cells was established and successfully cured leukemia [4]. With this as a model, stem cell transplantation therapy is being developed to restore the partial loss of organ function [5, 6]. The ultimate goal of regenerative medicine is to replace loss or damaged organs with artificial organs, so-called organ replacement therapy. Technical development to produce "tissues" made of a single cell species modeled on skin, bone, heart muscle, and cornea is advancing, but little development of organs per se has been attempted. In the sections that follow, we discuss why and explain how we are trying with the problems of "tooth regeneration".
机译:再生医学有望在本世纪成为一种新型治疗系统[1-3]。人体由不成熟干细胞产生的200种细胞组成。在1990年代,建立了一种移植造血干细胞替代所有血细胞的治疗方法,并成功治愈了白血病[4]。以此为模型,正在开发干细胞移植疗法以恢复器官功能的部分丧失[5,6]。再生医学的最终目标是用人造器官代替丢失或受损的器官,即所谓的器官替代疗法。生产由以皮肤,骨骼,心脏肌肉和角膜为模型的单一细胞物种制成的“组织”的技术发展正在推进,但是器官本身的开发很少。在以下各节中,我们讨论原因并解释我们如何尝试解决“牙齿再生”问题。

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