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The notochordal cell in the nucleus pulposus: a review in the context of tissue engineering.

机译:髓核中的脊索细胞:在组织工程背景下的综述。

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摘要

An understanding of developmental biology can provide useful insights into how different tissue-engineered repairs might be designed. During embryogenesis of the intervertebral disk, the cells of the notochord play a critical role in initiating tissue formation, and may be responsible for development of the nucleus pulposus. In some species, including humans, these notochordal cells may eventually be lost, either through apoptosis or terminal differentiation, and are replaced by chondrocyte-like cells. However, there is some evidence that the notochordal cells may persist in at least some humans. This review discusses some of the potential applications of notochordal cells in tissue engineering of the nucleus pulposus.
机译:对发育生物学的了解可以为如何设计不同的组织工程修复提供有用的见解。在椎间盘的胚胎发生过程中,脊索细胞在启动组织形成中起关键作用,并可能导致髓核发育。在某些物种中,包括人类,这些脊索细胞最终可能会通过凋亡或终末分化而丢失,并被软骨细胞样细胞所取代。但是,有证据表明,至少某些人的脊索细胞可能持续存在。这篇综述讨论了脊索细胞在髓核组织工程中的某些潜在应用。

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