| 1. | Genetic linkage between independent quantitative characters was not expected and did not occur .
没有预料，也没有出现在独立的数量性状间的遗传连锁。 |
| 2. | A genetic linkage map was constructed based on ssr markers
基于微卫星标记建立了一个遗传连锁图。 |
| 3. | An integrated soybean genetic linkage map comprising 315 ssrs and 40 aflps
标记的大豆分子遗传图的整合 |
| 4. | An optimal sample for genetic linkage analysis with asp methods
方法进行基因连锁分析的一个最优抽样方案 |
| 5. | Construction of a genetic linkage map of a hybrid allium using aflp markers
分子标记构建杂种葱的遗传图谱 |
| 6. | A soybean genetic linkage map constructed after the mapping population being tested and adjusted
大豆作图群体检验与调整后构建的遗传图谱 |
| 7. | Among all the microsatellite loci , 46 . 7 % of the loci and 11 . 7 % of the alleles were null alleles . separate genetic linkage maps were constructed for the female and male parents
微卫星位点中有大量的无效等位基因（ nullallele ） ，占所有位点的46 . 7 % ，是所有等位基因的11 . 7 % 。 |
| 8. | By sun , bo ( major : marine biology ) directed by professor zhang , guofan and dr . liu , xiao population genetics of four argopecten irradians cultured populations was analyzed by using random amplification polymorphism dna ( rapd ) techniques . and partial dna sequences of the internal transcribed spacers ( its ) from four representative samples ( one sample represent for each population ) were amplified by pcr and sequenced in order to stress the phylogenetic relationships of the four populations . besides , by rapd technique , two argopecten irradians families were studied to examine whether the hybridization experiments were successful and which family was more suitable to be materials in future genetic linkage map construction
本文以海湾扇贝4个养殖群体为研究对象，采用随机引物多态性dna （ rapd ）技术进行了群体遗传学研究，并尝试使用4个群体中代表个体的内转录间隔区（ its ）序列比对分析结果作为参考；另外，本文还运用rapd技术对人工异体交配的2个海湾扇贝家系的杂交成功率进行了分析，均获得成功证实，并评估了两个家系构建遗传连锁图谱的潜力。 |
| 9. | In this paper , it were briefly introduced principle and structure . the application of microsatellite technique was reviewed in the study of animal , for instance , construction of genetic linkage map , molecular marker assisted breeding , evaluation of genetic diversity , genetic monitoring and so on were summarized
本文简述了微卫星技术基本原理、优点和检测方法以及在实验动物科技等领域中的应用，例如遗传连锁图谱、分子标记辅助育种、遗传多样性分析、遗传质量检测等。 |
