DNA-Level Polymorphism as a Tool in Fisheries Science
DNA-Level Polymorphism as a Tool in Fisheries Science
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DOI：
10.1139/f88-131
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发表时间：
1988-06
影响因子：
2.4
通讯作者：
E. Hallerman;J. Beckmann
中科院分区：
文献类型：
--
作者：
E. Hallerman;J. Beckmann
已经开发了几种用于在核酸水平上可视化遗传多态性的方法。这样的多态性有可能是非常多的，并可能形成渔业科学中的一些科学和实际应用的基础。增加遗传标记的数量应能提高群体遗传学中基于标记的研究的统计能力，例如，提高生物种群评估的敏感性和评估放养计划对自然种群影响的研究的敏感性。利用这样的基因组标记可以有助于快速制定鱼类基因组图谱和标记的发展，为健康和生产相关的性状在鱼类。
Several methods for the visualization of genetic polymorphisms at the nucleic acid level have been developed. Such polymorphisms promise to be exceedingly numerous, and may form the basis for a number of scientific and practical applications in fisheries science. An expanded number of genetic markers should increase the statistical power of marker-based studies in population genetics, for example, improving the sensitivity of biological stock assessments and of studies assessing the impact of stocking programs upon natural populations. Utilization of such genomic markers could contribute to the rapid elaboration of piscine genomic maps and to development of markers for health- and production-related traits in fishes.