Conclusion: D12S1686 is such a valuable genetic marker that it can be used to gene linkage analysis and population genetics research.
结论D 12s1686位点具有较高的杂合度和多态信息含量，在基因连锁分析和群体遗传学研究中具有重要的应用价值。
Conclusion: gene have different degree loses in abnormal chromosome karyogram, result in chromosomal gene linkage not equilibrium and and emergence clinical effect.
结论在染色体异常核型中，均有不同程度的基因缺失，造成基因连锁的不平衡，因而出现一些临床效应。
Linkage disequilibrium analysis is a effective way to identify the function of the of the gene (or targeted high-resolution QTL).
连锁不平衡分析是对基因(或已定位的高分辨率QTL)的功能进行鉴定的有效方法。
Objective:The linkage analysis of gene polymorphism and diseases is the common method to study the molecular biological base of multigenic diseases.
目的：基因多态和疾病的连锁分析是目前研究多基因疾病分子生物学基础的常用方法。
The disease gene is exactly located on the chromosome 5 and chromosome 12 through parameter and non-parameter linkage analysis.
综合运用参数和非参数连锁分析，将致病基因定位到5号染色体和12号染色体上。
These results preliminarily showed that the PRLR gene is either a major gene that influences the prolificacy of Jining Grey goats or a molecular marker in close linkage with such a gene.
研究结果初步表明：PRLR基因可能是控制济宁青山羊多胎性能的一个主效基因或是与之存在紧密遗传连锁的一个标记。
Computer simulations have shown that the methods proposed can unbiasedly estimate the recombination frequency or linkage distance between a codominant marker and an interactive gene.
计算机模拟表明，此方法可以无偏地估计一个共显性标记与一个互作基因之间的重组率或连锁距离。
Conclusions it suit to the small pedigree data. Multipoint linkage analysis can not only calculate the recombination and map distance, but also localize the disease gene to one side of the marker.
结论适用于小家系资料的多位点连锁分析，不仅能算出致病基因与标记的重组率和遗传距离，而且能把致病基因定位至遗传标记的一侧。
Results the multipoint linkage analysis could more accurately localize the disease gene than the two_point linkage analysis.
结果多位点连锁分析比两位点连锁分析基因定位更精确。
Based on the radical conditions of genetic equilibrium, the principle of linkage equilibrium condition and process, for two gene loci is introduced by precise mathematical reasoning.
此文从遗传平衡的基本条件出发，通过较严谨的数学推导，介绍了两个基因座的连锁平衡条件、平衡过程等原理，供教师和学生在群体遗传学教学中参。
Contruct genetic linkage map, clone and transfer toxalbumin gene are the main two aspects of application of genetic engineering in forestry.
植物遗传工程研究在林业研究中的应用有两个方面。
Contruct genetic linkage map, clone and transfer toxalbumin gene are the main two aspects of application of genetic engineering in forestry.
植物遗传工程研究在林业研究中的应用有两个方面。
应用推荐