明尼苏达超级鱼的基因工程。

P B Hackett
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引用次数: 0

摘要

长期需要开发用于水产养殖的促生长鱼类。为了满足这一需求,我们开发了基因工程技术,使鱼类长得更大更快。我们发现,对鱼类进行基因工程改造的主要困难是由于转基因整合到基因组中的时间较晚而导致的极高的嵌合体率。这种延迟也减少了转基因通过生殖系的机会。因此,我们设计了新的载体和机制来加速外源DNA融入鱼类染色体的速度。
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Genetic engineering of Minnesota superfish.

There is a chronic need to develop growth-enhanced fish for aquaculture. To meet this need we have developed techniques for genetically engineering fish to grow larger and faster. We found that the major difficulty in genetically engineering fish is the extremely high rate of mosaicism due to the late integration of transgenes into the genome. This delay also reduces the chances of passage of the transgene through the germ line. Consequently, we have engineered new vectors and mechanisms for accelerating the rate of integration of exogenous DNA into fish chromosomes.

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