基态干细胞:成体干细胞研究的新途径。

Wa Xian, Marcin Duleba, Yutao Qi, Rajasekaran Mahalingam, Matthew Vincent, Frank McKeon
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引用次数: 2

摘要

将药物筛选、基因编辑和基因组学等尖端技术应用到干细胞研究中,以实现该领域的突破,一个强大而可靠的成体干细胞培养系统是必不可少的。此外,基于自体移植的个性化再生医学需要我们在体外克隆和扩大这些干细胞数量的能力。3D“类器官”培养系统显示出有限的干细胞繁殖能力,因为大多数细胞是分化或转运扩增细胞,相比之下,基态干细胞培养系统是一种新技术,它允许长寿命的成体干细胞保持不成熟、自我更新能力、多能性和基因组稳定性,尽管在2D系统中长期培养。这项新技术的健壮性、可靠性和易于使用的特点绕过了3D类器官培养系统的缺陷,为研究、治疗用途和药物发现提供了无限的干细胞来源。
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Ground-State Stem Cells: A Novel Approach for Adult Stem Cell Research.

A robust and reliable culture system of adult stem cells is essential for applying the cutting-edge technologies of drug screening, gene editing, and genomics to stem cell research necessary for breakthroughs in this field. In addition, personalized regenerative medicine based on autologous transplantation requires our ability to clone and expand the numbers of these stem cells in vitro. In comparison to the 3D "organoid" culture system that shows limited ability to propagate stem cells as the majority of cells are differentiated or transit amplifying cells, ground-state stem cell culture system is a novel technology that permits long-lived adult stem cells to maintain immaturity, self-renewal capacity, multi-potency and genomic stability despite long-term culturing in a 2D system. The robustness, reliability and easy-to-use features of this new technology bypass the deficiencies of 3D organoid culture systems and provided unlimited stem cell sources for research, therapeutic use, and drug discovery.

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