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Development of an improved porcine embryo culture medium for cloning, transgenesis and embryonic stem cell isolation

机译:开发用于克隆,转基因和胚胎干细胞分离的改良猪胚胎培养基

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摘要

Work in our laboratory for more than two decades has focussed on the production of genetically modified pigs for xeno transplantion research. More recent work has focussed on the isolation of porcine embryonic stem cells to facilitate this as well as and other research applications. Central to this research has been the production of in vitro Produced (IVP) embryos. These embryos are produced using a twostep culture system based on NCSU23. This culture system which was developed by modifying energy substrate availability and concentrations and by adding non-essential and essential amino acids in a sequential manner. As a result of this work we have developed a culture system that better suits the changing metabolic needs of the pig embryo and produces embryos with relatively high developmental competence compared to the original formulation. These embryos can be used for a range of research applications including the isolation of embryonic stem cells.
机译:在我们实验室中超过二十年的工作集中在生产用于异种移植研究的转基因猪。最近的工作集中在分离猪胚胎干细胞上,以促进此以及其他研究应用。这项研究的核心是体外产生(IVP)胚胎的产生。这些胚胎是使用基于NCSU23的两步培养系统生产的。该培养系统是通过改变能量底物的利用率和浓度并通过依次添加非必需氨基酸和必需氨基酸而开发的。这项工作的结果是,我们开发了一种培养系统,该系统可以更好地适应不断变化的猪胚胎的代谢需求,并且与原始配方相比,可以生产出具有相对较高发育能力的胚胎。这些胚胎可用于一系列研究应用,包括分离胚胎干细胞。

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