应用微卫星序列分析16号染色体缺失情况。
To analyze deletion of chromosome 16 by microsatellite analysis.
引物设计是RAMP和REMAP标记分析的关键，二者都使用锚定的微卫星序列引物。
The primer design is a key step for RAMP and REMAP, in which anchored simple sequence repeat primers were used.
方法对来自中国不同地域的松杨栅锈菌的5个生理小种11个菌系核糖体its序列和微卫星序列多态性进行了研究。
ITS sequences and ISSR markers based on 11 isolates of 5 RACES collected from different parts in China were studied.
在桉树EST序列中，重复单元长度为三碱基的微卫星最为丰富。
Triplet repeats are the most abundant microsatellites in the EST sequences of Eucalyptus.
微卫星为遍布于人类基因组中的简单重复序列。
Microsatellites are simply repeated nucleotide sequences scattered throughout the human genome.
微卫星，即简单重复序列(SSR,1 ~6个碱基单元)，广泛存在于基因组中，具有丰富的多态性。
Microsatellites, tandem Simple Sequence Repeats (SSR, 1 ~ 6 bp motif) are abundant across the genome and show high levels of polymorphism.
微卫星DNA是广泛分布于原核、真核生物基因组中的短小串联重复的DNA序列。
Microsatellite DNA is short tandem repeats of DNA sequences, which is widely distributed in prokaryotic and eukaryotic genome.
EST -SSR是基于表达序列标签开发微卫星的一种新型分子标记，与基因组ssr相比，EST - SSR具有在植物物种之间可转移性的优点。
Compared with genomic SSRs, EST-SSRs are a new kind of molecular makers derived from expression sequence tags with remarkable advantages in high transferability across plant species.
EST -SSR是基于表达序列标签开发微卫星的一种新型分子标记，与基因组ssr相比，EST - SSR具有在植物物种之间可转移性的优点。
Compared with genomic SSRs, EST-SSRs are a new kind of molecular makers derived from expression sequence tags with remarkable advantages in high transferability across plant species.
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