分子标记技术在柑桔研究中的应用。
结果DNA分子标记技术在该领域中得到了广泛应用。
Results DNA molecual marking technology was widely applied in the field.
AFLP分子标记技术是一种最新的DNA指纹技术。
利用分子标记技术已经构建了许多作物的分子遗传图谱。
Molecular marker maps of many crops have been established by using molecular marking technologies.
简介了TRAP分子标记技术及其在分子遗传育种中的应用。
In this paper, the technology of TRAP and its application to molecular genetic breeding were introduced.
同时还对AFLP分子标记技术存在的问题和前景作了简要探讨。
Problems and prospects in AFLP molecular marker are briefly discussed.
品种鉴定主要有形态学鉴定、生化鉴定和DNA分子标记技术鉴定等。
The main seed identification method includes morphological, biochemical and DNA Molecular marker identification.
近年来，AFLP分子标记技术已经逐步应用于甘薯的遗传育种研究中。
In recent years, the AFLP molecular markers technology has been applied to the study of the sweetpotato genetics and breeding.
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。
Using SSR molecular marker technology, combined with BSA to map the resistance gene of longS.
利用RAPD分子标记技术，对16个玉米自交系进行亲缘关系的类群划分。
Heterotic groups were classified by cluster analysis with RAPDs based on 16 important maize inbreds.
因此，在利用分子标记技术预测油菜的杂种优势时，SRAP标记效果更好。
Thus, for the prediction of yield heterosis, SRAP markers are better than SSR markers.
介绍了几种分子标记技术的基本原理和方法及其在乳酸菌分类鉴定中的研究进展。
The principles, techniques and advance of molecular marking technology used in classification and identification of lactic bacteria were reviewed in this paper.
表明，上述两种分子标记技术体系完全可用于西花蓟马入侵地捕食性天敌的筛选研究。
The results showed that these two molecular marker systems are available for screening predators of F. occidentalis in a new invaded area.
本文对RFLP和RAPD等分子标记技术原理及其在植物遗传育种中的应用作一综述。
The purpose of this paper is to introduce the fundamentals of RFLP, RAPD techniques and their applications in plant breeding and genetic studies.
在当前家禽育种中应用最广的生物技术方法主要有两项：分子标记技术和基因转移技术。
Two biotechnology methods, molecular marker technology and gene transfer technology, are thought to be applied widely in poultry breeding in the future.
核型分析方法和AFLP分子标记技术均能够有效区分石蒜属植物种间亲缘关系的远近。
Both karyotype analysis and AFLP technique were efficient in generating more accurate information on the genetic diversity and relationship of Lycoris.
分子标记技术使黄瓜育种中的间接选择成为可能，同时它还能提高基因分析的准确性和效率。
With the help of molecular markers, it is possible to perform indirect selection in cucumber breeding, which helps to improve the accuracy and efficiency in genetic analysis.
DNA分子标记技术以其特异性强、可靠性好、灵敏度高等特点为中草药鉴别开辟了新的道路。
DNA molecular marking technology with strong specificity, reliability and sensitivity lead to great progress in identification of Chinese herbal medicine.
综述了现代分子标记技术在番茄几个主要质量抗病性状和数量抗病性状基因定位中的研究进展。
This paper has reviewed the recent research progress on molecular marker of tomato gene-resistance locus including quality resistance-disease character and quantity resistance-disease character.
分子标记技术是基因组研究的有力工具，目前在家蚕功能基因定位及育种方面得到了广泛应用。
Molecular makers are powerful tool in the analysis of genome, which are comprehensively applied in mapping functional genes and molecular breeding of silkworm (Bombyx mori).
通过分子标记技术，在分子水平上对植物抗冷性基因进行分析，获得了部分与抗冷性有关的基因。
Through molecular marker technologies, the cold resistance gene was analyzed at molecular level and some genes correlated with cold resistance have been got.
本文综述了DNA分子标记技术在中药材质量评价方面的最新应用研究，并展望了今后的研究前景。
This article summarizes the latest study on the application of the technology of DNA molecular marker to the quality evaluation of Chinese medicinal materials, and make a prospect of this study.
微卫星DNA以其独特的优点和特点而成为当前动物遗传育种研究中颇受欢迎的一种分子标记技术。
Microsatellite DNA molecular marker has been a popular kind of molecular marker in animal breeding and genetics, because of its special advantages and characteristics.
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。
With adoption of SSR mark technology, the DNA extraction method can be effectively employed in seed purity analysis and marker aided breeding activity.
近年来，RAPD、AFLP和RFLP等分子标记技术的应用，加速了油橄榄种质资源和育种研究的步伐。
In recent years, the application of molecular markers such as RAPD, AFLP, and RFLP markers have speeded up the step of olive genetic resource and breeding study.
本文对DNA分子标记的种类及研究进展进行了综述，并展望这DNA分子标记技术在桑树研究中的应用前景。
The paper reviewed the research advance of DNA molecular markers in mulberry molecular systematics and their application prospect.
（扩增片段长度多态性）是一种新型的分子标记技术，目前已广泛应用于分子生物学及动植物育种等领域的研究。
AFLP marker is a new kind of technique, which is widely applied in the molecular biology, high mammal and plants in recent years.
应用分子标记技术(即分子标记辅助选择)则可以解决这一问题，快速、准确地鉴定出含有多个优良基因的聚合体。
Application of molecular markers (molecular marker-assisted selection) can solve this problem, the rapid and accurate identification containing two more excellent genes polymers.
目的利用直接扩增片段长度多态(DALP)这一新分子标记技术建立一套稳定的红景天属植物的DALP反应体系。
Objective Direct amplification of length polymorphism (DALP) as a new molecular marker was used to establish a set of stable DALP reaction system for the plants of Rhodiola l.
以DNA核苷酸多态性为基础的分子标记技术，在DNA分子水平，实验室条件下，揭示性状的遗传差异，为遗传研究提供了有力手段。
The molecular markers of DNA_based polymorphism reveal the genetic variation at DNA level in laboratory, which have provided a powerful tool to genetic study.
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