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Useful cell lines derived from the adrenal medulla.

机译:有用的细胞系衍生自肾上腺髓质。

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摘要

Five approaches for the preparation of adrenal chromaffin cell lines have been developed. Initially, continuous chromaffin lines were derived from spontaneous pheochromocytoma tumors of the medulla, either from murine or human sources, such as the rat PC12 cell line and the human KNA and KAT45 cell lines. Over the last few decades, more sophisticated molecular methods have allowed for induced tumorigenesis and targeted oncogenesis in vivo, where isolation of specific populations of mouse cell lines of endocrine origin have resulted in model cells to examine a variety of regulatory pathways in the chromaffin phenotype. As well, conditional immortalization with retroviral infection of chromaffin precursors has provided homogeneous and expandable chromaffin cells for transplant studies in animal models of pain. This same strategy of immortalization with conditionally expressed oncogenes has been expanded recently to create the first disimmortalizable chromaffin cells, with an excisable oncogenic cassette,as might be envisioned for the creation of human chromaffin cell lines. Eventually, as we increase our understanding of regulating the phenotypic fate of chromaffin cells in vitro, stem or progenitor adrenal medullary cell lines will be derived as an alternative source for expansion and clinical use.
机译:已经开发了五种制备肾上腺嗜铬细胞系的方法。最初,连续的嗜铬细胞系衍生自髓质的自发性嗜铬细胞瘤肿瘤,无论是鼠源还是人源,例如大鼠PC12细胞系以及人KNA和KAT45细胞系。在过去的几十年中,更复杂的分子方法已在体内诱导肿瘤发生和靶向肿瘤发生,其中分离出内分泌来源的特定小鼠细胞系种群已导致模型细胞检查嗜铬细胞表型的多种调控途径。同样,有条件的永生化与嗜铬粒蛋白前体的逆转录病毒感染也提供了均质且可扩展的嗜铬粒细胞,用于疼痛动物模型的移植研究。有条件表达癌基因的永生化这一相同策略最近得到了扩展,以创建第一个具有可致癌基因盒的可永生化的嗜铬细胞,这可能是人类嗜铬细胞系的建立。最终,随着我们对体外调节嗜铬细胞表型命运的了解,干细胞或祖细胞肾上腺髓样细胞系将被用作扩展和临床使用的替代来源。

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