1畜禽遗传评定方法的概述畜禽遗传评定(genetic evaluation)是畜禽育种工作的中心任务。动物育种的最终目标就是提高群体的遗传水平,这主要是通过个体遗传评定,在育种值估计的基础上选择遗传...
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across-herd genetic evaluation 跨群遗传评估
genetic evaluation and utilization 遗传评价与利用
genetic evaluation of breeding pig 种猪遗传评估
Genetic Family History Evaluation 基因家族史
genetic toxicity evaluation 遗传毒性评价
genetic parameters evaluation 遗传参数估算
germplasm evaluation genetic 种质资源鉴定
genetic analysis and evaluation 评价与遗传分析
Rank correlation analysis of four methods of genetic evaluation reached extremely significant level (P<0.01).
四种遗传评定方法的秩相关分析结果达到了极显著水平(P<0.01)。
参考来源 - 牙鲆选育家系生长性状的遗传分析GuangMing has cultivated no-PSS new speciaized lines since l998 and try out newterminal lines combination; applying the modern genetic evaluation system which nucleus isBLUP to accelerate the genetic improvement.3.
2、在剔除氟烷基因的基础上培育无应激的新专门化品系,试验新的配套系形式;应用以BLUP为核心的现代遗传评估系统,促进种猪的遗传改良。
参考来源 - 大型养猪企业育种体系分析和优化研究·2,447,543篇论文数据,部分数据来源于NoteExpress
And all the genetic evaluation methods had significant correlations.
各种遗传评定方法之间都存在着极显著的秩相关。
The results showed that the accuracy of genetic evaluation could be increased by using genetic markers.
结果表明,采用分子标记信息,一般都可提高种畜遗传评定的准确性;
FISH can be used to interpret the formation mechanism, the function and the ultrastructure of the micronucleus, as well as the genetic evaluation of radiation damage.
FISH技术能用于解释微核的形成机理、功能及微核的超微结构,并可用于辐射损伤的遗传学评价。
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