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The nature of change: Towards sensible regulation of transgenic crops based on lessons from plant breeding, biotechnology and genomics

机译:变化的本质:根据植物育种,生物技术和基因组学的经验,对转基因作物进行合理的监管

摘要

Literature contains many suggestions that plant genomes are highly variable. One early indication was the discovery that maize inbreds differ in the number of rDNA copies. Until the advent of genetic engineering technology had not crossed the species barrier in terms of gene transfer between kingdoms. However, DNA from unrelated species is transferred and incorporated into plant genomes mainly through viruses The integration of viral sequences may be widespread in the plant kingdom, having occurred for a long period of time. Similarly, genes from the bacterium, Agrobacterium rhizogenes, have been found in the genome of some tobacco species while DNA from unrelated higher plants has been found to be transferred between their mitochondria, and, from there, to their nuclei.
机译:文献中包含许多有关植物基因组高度可变的建议。早期发现之一是发现玉米自交系的rDNA拷贝数不同。直到基因工程技术的出现还没有跨越王国之间基因转移的物种障碍。但是,无关物种的DNA主要通过病毒转移并整合到植物基因组中。病毒序列的整合可能已经在植物界广泛传播了很长时间。同样,在一些烟草物种的基因组中也发现了发根农杆菌的基因,而无关的高等植物的DNA则在线粒体之间转移,并从那里转移到细胞核。

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    Parrott Wayne;

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  • 年度 2005
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