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杂种优势:线粒体的互补作用。

Heterosis: complementation by mitochondria.

出版信息

Science. 1966 Jun 17;152(3729):1640-2. doi: 10.1126/science.152.3729.1640.

Abstract

Many (but not all) hybrids between two genetic pure lines show heterosis; that is the hybrids grow more rapidly or larger than the parental pure lines. The mechanism is not known. Two corn crosses were studied. In one hybrid known to exhibit heterosis, the mitochondria and an artificial 1:1 mixture of parent mitochondria showed heterosis with respect to oxidation and phosphorylation. In the other cross, neither the hybrid plant, its mitochondria, nor the mixture of parent mitochondria showed heterosis.

摘要

许多(但不是全部)两个遗传纯系之间的杂种表现杂种优势;也就是说杂种比亲本纯系生长得更快或更大。其机制尚不清楚。研究了两个玉米杂交。在一个已知表现杂种优势的杂种中,线粒体和父母本线粒体的人工 1:1 混合物在氧化和磷酸化方面表现出杂种优势。在另一个杂交中,杂种植物、其线粒体以及亲本线粒体的混合物都没有表现出杂种优势。

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