The results of this study proved that the EST-SSR marker is very effective in evaluation of tea germplasms.
本研究表明，利用EST - SSR标记进行茶树资源评价是有效的。
For 12 species, ISSR markers had higher marker utility than that of SSR markers. But SSR markers were fit to related species analysis.
在12个种间，ISSR标记表现出更高的标记效率，SSR标记则更适于近亲缘物种分析。
Several powdery mildew resistance genes derived from wild emmer accessions have been mapped on the short and long arms of chromosome 2B by SSR marker.
利用抗病分离群体，我们在野生二粒小麦2B染色体上发现了多个抗白粉病基因，并利用SSR分子标记进行了定位。
These results clearly demonstrate that SSR marker should be useful for assessing purity of maize hybrid, even if the hybrid derived from two related parental lines.
因此，这些结果显示SSR分子标记技术可以很好地用于杂交玉米种子的纯度鉴定，即使是这个杂交种是来自两个非常接近的自交系的。
As SSR marker technique and DNA rapid extraction method established, the DNA fingerprinting database could effectively be employed to identify parentage relations among hybrids.
结合玉米ssr分子标记检测技术和单籽粒dna快速提取方法，DNA指纹数据库和判别标准可有效地用于玉米杂交种的亲子鉴定。
SSR markers can be expected to complement existing RFLP maps, are useful for genotype identification, gene and QTL analysis, marker assisted selection in breeding and pedigree analysis.
大豆的微卫星标记可扩充现有的RFLP图谱，广泛应用于基因型鉴定，基因和QTL分析，分子标记辅助育种和家系分析等。
Through morphology observation in fields on these materials, it was found that the similarity between these materials and the hybrids was basically consistent with the results derived from SSR marker.
通过田间对上述材料的形态学观察发现，上述材料与杂种后代的相似程度基本符合SSR标记得到的结果。
With adoption of SSR mark technology, the DNA extraction method can be effectively employed in seed purity analysis and marker aided breeding activity.
结合采用SSR分子标记技术，此DNA提取方法可有效地用于玉米种子纯度检验和分子标记辅助育种。
SSR detection is an important technique of molecular marker for assisted breeding in Pyricularia grisea.
稻瘟病菌SSR检测是分子标记辅助育种的一项重要技术。
SSR can be expected to complement existing RFLP, RAPD, AFLP maps, and are useful for genotype identification. gene and QTL analysis, marker assisted selection in breeding and pedigree analysis.
林木的微卫星标记可扩充现有的RFLP、RAPD、AFLP遗传图谱，以及QTL分析，并应用于基因型鉴别，分子标记辅助选择育种。
The most common used DNA molecular marker techniques, RFLP, RAPD, AFLP and SSR, and the USES of these markers in the research with regard to late blight in potatoes were introduced in this paper.
重点介绍了四种常用的分子标记技术RFLP、RAPD、AFLP和SSR，以及国内外利用这些标记技术在马铃薯晚疫病研究中的应用。
Using SSR molecular marker technology, combined with BSA to map the resistance gene of longS.
利用SSR分子标记技术，结合BSA法，对龙s的抗病基因进行定位。
Types of SSR, progress in studies, and its application in identification of varieties, genetic mapping and marker-assisted selection were briefly reviewed in the paper.
对SSR的种类、研究进展、以及SSR在品种鉴定、基因作图和标记辅助育种等方面的研究应用现状作了简要概述。
A total of 101 EST-SSR loci amplified from 88 primer sets were distributed onto the 20 chromosomes of the reference maps (no marker on chromosome 4b).
其中有88对EST - SSR引物共扩增到101个位点并定位到20条染色体上(染色体4B上没有位点定位)。
A total of 101 EST-SSR loci amplified from 88 primer sets were distributed onto the 20 chromosomes of the reference maps (no marker on chromosome 4b).
其中有88对EST - SSR引物共扩增到101个位点并定位到20条染色体上(染色体4B上没有位点定位)。
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