The concept of allozyme and the application of the allozyme analysis technique in the studies of plant genetic diversity and systematics are introduced and discussed with comments on its advantage and weakness.
本文对“等位酶”概念、等位酶分析方法在植物遗传多样性和系统学研究中应用的范围（包括种上和种下）进行了介绍和讨论，并对其优点和缺点进行了评论。
参考来源 - 植物遗传多样性和系统学研究中的等位酶分析·2,447,543篇论文数据，部分数据来源于NoteExpress
The allozyme analysis was then employed to determine the number of each genotype for both surviving and dead individuals.
将存活个体和死亡个体分别进行等位酶分析以确定每个个体的基因型。
Based on allozyme analysis, marginal subpopulations appeared to have similar level of genetic variability to central subpopulations.
基于等位酶分析，边缘亚居群与中心亚居群似乎有类似的遗传变异性。
Results of allozyme analysis showed: 1. 69 alleles were detected at 24 loci of 11 enzyme systems in 6 species, with the largest number of 8 in one locus.
等位酶分析结果表明：1 .在供试材料的6个种中，在11个酶系统的24个位点上共检测到69个等位基因，位点最大等位基因数为8。
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