1.
Conclusion Chromosome abnormalities may be one of the important causes of abortion, stillbirth, monster and malformation.
其中常染色体异常16例，性染色体异常3例，染色体形态异常7例，标记染色体3例。
2.
Identification of Leymus Racemosus Chromosomes and Chromosomal Segments by SSR Markers;
用SSR标记鉴定大赖草染色体及其片段
3.
Development of Chromosome-specific SSR Markers from Brassica Rapa
白菜染色体特异性SSR分子标记的开发
4.
The Forensic Applications of Sex Chromosomes and Mtdna Genetic Markers;
性染色体及线粒体DNA遗传标记的法医学应用
5.
The PCR (Polymerase Chain Reaction) Amplification and the Exploitation of SCAR Molecular Mark of Single Chromosome from Cunninghamia Lanceolata (Lamb.) Hook;
杉木单染色体的PCR扩增和SCAR分子标记的开发
6.
The Use of the Primed in Situ Labeling Technique in the Diagnosis of Chromosomal Diseases;
引物原位标记在染色体病诊断中的应用
7.
Epitope Tagging of the Chromosomal Gene in Yersinia Pestis by Recombineering Technique;
利用重组工程技术标记鼠疫菌染色体基因
8.
Development of EST-SSR Markers, Chromosome Location and Genetic Mapping in Wheat;
小麦EST-SSR标记的开发、染色体定位和遗传作图
9.
Isolation of Single Chromosomes and Establishment of AFLP Molecular Markers in Pomelo;
柚单染色体微分离及其AFLP分子标记构建
10.
Molecular Tagging and Chronosome Mapping of a New Dwarf Gene Md in Apple;
苹果矮化基因Md连锁标记的筛选及染色体定位
11.
Application of autosomal STR genetic markers in siblings identification;
常染色体STR遗传标记在同胞鉴定中的应用
12.
Development of E-chromosome Specific PCR Markers for Thinopyrum Elongatum
长穗偃麦草E组染色体特异PCR标记开发
13.
Genomic Constitution of Hystrix komarovii (Poaceae:Triticeae) Inferred from Genome-specific RAPD Assay
利用RAPD特异标记分析东北猬草染色体组成
14.
Rapid Multicolor PRINS for Numerical Chromosome Anomalies Detection in Human Spermatozoa;
多色引物原位标记技术快速检测人类精子染色体数目异常
15.
Molecular Markers of P Chromosomes of Agropyron Cristatum in a Set of Wheat-Agropyron Cristatum Disomic Addition Lines;
普通小麦—冰草异源二体附加系中冰草P染色体的分子标记
16.
Construction of Single Satellite Chromosome DNA Library of Zhangzhou Narcissus and Study on Its AFLP Markers
漳州水仙随体单染色体文库的构建及其AFLP标记的研究
17.
The transgenes could be used for the new markers in construction of rapeseed chromosomal mapping.
这些定位于不同染色体上的转基因为建立油菜染色体连锁图提供了新的标记。
18.
Microsatellite loci distributing on genome randomly act as effective genetic markers.
微卫星DNA在染色体上随机分布,是十分有效的遗传标记。