molecular genetic marker

Research Development of Molecular Genetic Marker on Goat

山羊分子遗传标记研究进展

Study on Molecular Genetic Marker of Coat Color of Rongchang Pig

荣昌猪毛色分子遗传标记的研究

Molecular Genetic Marker of Single Nucleotide Polymorphism and its Application

SNP分子标记的研究及应用

The Molecular Genetic Marker of Different Eel Species ' Populations Genetic Structure and Quality Evaluation

不同鳗鱼种群遗传结构和种质鉴定分子遗传标记研究

Application of microsatellite DNA as molecular genetic marker

微卫星DNA在分子遗传标记研究中的应用

Application of Molecular Genetic Marker Technique in Identifying the Organism Invasions in Coastal Zone

分子遗传标记技术在海岸带生物入侵鉴别中的应用

Molecular genetic marker can be applied to animal breeding with the development of the molecular biology technique .

分子生物学技术的发展，使得分子遗传标记在家畜育种上具有应用前景。

Advances in Molecular Genetic Marker and Major Genes of Meat Quality Traits for Pig and Chicken

猪鸡肉质性状分子标记及主效基因的研究进展

Prospects of Application of DNA Molecular Genetic Marker to Pharmacognostical ldentification

DNA分子遗传标记鉴别在生药鉴定中的应用前景

Goose Artificial Insemination and the Molecular Genetic Marker of Main Reproductive Trains of Male Goose

鹅的人工授精及公鹅主要繁殖性状的分子遗传标记

Detecting minimal residual disease of leukemia with hypermethylation of the calcitonin gene as molecular genetic marker

以降钙素基因高度甲基化为分子基因标志检测白血病微量残留病

So it was expected to develop a molecular genetic marker for selection using PCR-PFLP at GH gene site .

因此，可以将GH基因位点作为对牦牛产奶量等生产性能进行选择的分子遗传标记。

The recent advances in molecular genetic marker and major genes of meat quality traits for pig and chicken were reviewed in this article .

本文回顾了近年来猪鸡肉质性状的分子遗传标记及主效基因的研究进展。

By using PCR , MRD was longitudinally detected in patients who were positive for hypermethylation of the calcitonin gene as molecular genetic marker .

对CT基因高度甲基化阳性者，以CT基因高度甲基化为白血病克隆的分子基因标志，应用PCR技术定期追踪检测骨髓MRD。

The major histocompatibility complex ( MHC ) of fish was used to study the genetic structure as a molecular genetic marker of four populations of red common carp .

应用鱼类主要组织相容性复合体（MHC）基因来探讨鱼类种群间遗传结构，寻找分子遗传标记。

AIM To analyse the genetic polymorphisms of Panax ginseng and P.quinquefolium by amplified fragment length polymorphism DNA ( AFLP ) molecular genetic marker technique .

目的采用扩增片段长度多态性DNA（AFLP）分子遗传标志技术，分析人参、西洋参基因组DNA多态性。

The principle and characteristic of molecular genetic marker are introduced , and its applications in goats ' genetic and breeding are summarized in this paper . Its development prospect is also appraised .

综述了分子遗传标记的原理、特点及在山羊遗传育种中的应用，并对其发展前景作了展望。

These results intensively indicated that BMPR-IB is a major gene to affect litter size in sheep , and could be used as the molecular genetic marker to select litter size in sheep .

研究获得的这些结果强烈表明BMPRIB为影响绵羊的产羔数的主效基因，可以用于对绵羊产羔数的选择。

In this paper , the applications of molecular genetic marker techniques SSR and AFLP in monitoring the genetic effects of alien species introduction and invasion on the marine and estuarine invertebrates are reviewed .

综述分子遗传标记技术SSR和AFLP应用于海洋和河口环境中，有效地监测无脊椎动物由于外来入侵或引种所造成的遗传学影响的研究进展。

Conclusion MRD of leukemia may be monitored by using PCR with hypermethylation of the calcitonin gene as molecular genetic marker for leukemic clone . It may prove useful in predicting the prognosis of leukemia .

结论以CT基因高度甲基化为白血病克隆的分子基因标志，应用PCR技术能起到监测白血病MRD的作用，为预测白血病的预后开辟了一条新途径。

BMPR-IB gene is one of the major gene for fecundity of sheep , point mutations ( A746G ) called FecB gene can be used as the molecular genetic marker for the selection of multiple births strain of sheep .

BMPR-IB基因是绵羊产羔数的主效基因，点突变基因即FecB基因（A746G）可以用于对绵羊多胎品系的选择。

The theoretical foundation of application of DNA molecular genetic marker to pharmacognostical identification is summarized . The practical application of the marker is reviewed , the matters deserving attention during application are pointed out , and vistas of the application are spelled out .

概述了DNA分子遗传标记技术在生药鉴别中的理论依据，并综述了该技术在生药鉴定中的应用情况和实际应用中需注意的问题，展望了DNA分子遗传标记鉴别在生药鉴定中的前景。

As a molecular clock and genetic marker , superoxide dismutase has been widely used in evolutionary studies , population genetics , and identification of different strains in the same species .

因此，超氧化物歧化酶作为分子钟或分子标记已被广泛应用于生物进化研究、群体遗传结构分析以及品系鉴定。

The elementary study on molecular genetic markers of meat and wool traits of sheep existing in Xinjiang was carried out by the technique of molecular genetic marker .

本文利用分子遗传标记对新疆现有的绵羊品种资源，开展了有关绵羊肉、毛性状相关性的初步研究。