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通过种间原生质体融合实现植物中的基因转移。

Genetic transfer in plants through interspecific protoplast fusion.

作者信息

Shepard J F, Bidney D, Barsby T, Kemble R

出版信息

Science. 1983 Feb 11;219(4585):683-8. doi: 10.1126/science.219.4585.683.

Abstract

Protoplasts of sexually incompatible species have been fused and in some combinations have given rise to somatic hybrid plants. Partial elimination of parental chromosomes from either species is common in such hybrids, but total chromosome loss has generally occurred only with phylogenetically unrelated pairings. Genetic function of one parent may be retained despite a complete loss of its chromosomes, suggesting that genetic introgression is possible in the absence of complete donor chromosomes. A model interspecific combination for such studies is the potato-tomato somatic hybrid for which numerous phenotypes and karyotypes are encountered at the outset, with a broader range observed in the second somatic generation.

摘要

性不亲和物种的原生质体已被融合,并且在某些组合中产生了体细胞杂种植物。在这类杂种中,来自任一物种的亲本染色体部分消除是常见的,但全染色体丢失通常仅发生在系统发育上不相关的配对中。尽管一个亲本的染色体完全丢失,但其遗传功能可能会保留,这表明在没有完整供体染色体的情况下基因渗入是可能的。这类研究的一个典型种间组合是马铃薯 - 番茄体细胞杂种,一开始就遇到了许多表型和核型,在第二代体细胞中观察到的范围更广。

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