植物遗传资源同工酶评价。

Isozymes Pub Date : 1983-01-01
A H Brown, M T Clegg
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引用次数: 0

摘要

栽培植物的遗传资源包括发达品种之间、陆地种族或原始种群之间以及其进化亲缘的野生种群之间存在的遗传多样性。通过同工酶研究对这些资源进行遗传评价,为有效的收集、储存和利用提供了重要的帮助。最近对大麦同工酶的研究证明了这些观点。对伊朗12个陆地小种的等位基因同工酶多样性进行了比较,并与栽培品种和野生大麦(H spontaneum)自然居群进行了比较。原始材料的平均变异比栽培品种多,但比野生种群少,这支持了陆地种族在遗传保护中至关重要的观点。概述了同工酶数据在遗传资源处理中的一些作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Isozyme assessment of plant genetic resources.

The genetic resources of cultivated plants consist of the genetic diversity present among developed cultivars, in the land races or primitive stocks, and in wild populations of their evolutionary relatives. Genetic evaluation of these resources through isozyme studies provides an important aid in efficient collection, storage, and use. Recent isozyme studies with barley exemplify these points. The allelic isozyme diversity present in 12 land race samples from Iran has been compared with that found in cultivars on the one hand, and natural populations of wild barley (H spontaneum) on the other. The primitive materials were on average more variable than the cultivars but less variable than the wild populations, supporting the view that the land races are or crucial importance in genetic conservation. Some roles for isozyme data in the manipulation of genetic resources have been outlined.

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