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Somatic cell cloning: the ultimate form of nuclear reprogramming?

机译:体细胞克隆:核重编程的最终形式?

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With the increasing difficulties associated with meeting the required needs for organs used in transplantation, alternative approaches need to be considered. These include the use of stem cells as potential sources of specialized cells, the ability to transdifferentiate cell types in culture, and the development of complete organs that can be used in humans. All of the above goals will require a complete understanding of the factors affecting cell differentiation and nuclear reprogramming. To make this a reality, however, techniques associated with cloning and genetic modifications in somatic cells need to be continued to be developed and optimized. This includes not only an enhancement of the rate of homologous recombination in somatic cells, but also a thorough understanding of the nuclear reprogramming process taking place during nuclear transfer. The understanding of this process is likely to have an effect beyond the area of nuclear transfer and assist with better methods for transdifferentiation of mammalian cells.
机译:随着满足用于器官移植所需需求的困难越来越大,需要考虑其他方法。这些包括使用干细胞作为特化细胞的潜在来源,在培养物中转分化细胞类型的能力以及可用于人类的完整器官的发育。上述所有目标都需要对影响细胞分化和核重编程的因素有完整的了解。为了实现这一点,需要继续开发和优化与体细胞克隆和基因修饰相关的技术。这不仅包括提高体细胞中同源重组的速率,还包括对核移植过程中发生的核重编程过程的透彻了解。对这一过程的理解可能会超出核移植范围,并有助于更好的哺乳动物细胞转分化方法。

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