heteroduplex

heteroduplex

1. DNA heteroduplex

DNA异质双链DNA, 异源双链DNA

2. Keywords HIV 1 Genetic subtype;heteroduplex mobility assay（HMA）;molecular epidemiolog

人类免疫缺陷病毒1型;基因亚型;异源双链泳动分析法;分子流行病学;

3. Keywords HIV 1;genetic subtype;heteroduplex mobility assay （HMA）;molecular biology;molecular epidemiology;

人类免疫缺陷病毒1型;基因亚型;异源双链泳动分析法;分子生物学;分子流行病学;

4. Keywords MICA gene;human leukocyte antigen;microsatellite;heteroduplex analysis;linkage disequilibrium;

关键词MICA基因;人类白细胞抗原;微卫星;异源双链分析;连锁不平衡;

5. unidirectional heteroduplex repair model

单向异源双股修复模式

6. heteroduplex dna

异源双链 异源双链DNA

7. Construction of Heteroduplex DNA and in Vitro Model of Functional Analysis of Mismatch Repair as Well as Its Application in the Diffuse Large B Cell Lymphoma

异源双链DNA体外错配修复功能检测模型的构建及弥漫性大B细胞性淋巴瘤中错配修复系统的分析

8. heteroduplex DNA model

异源双链DNA模型

9. heteroduplex joint

异源双链交汇体

10. heteroduplex mapping

异源双链作图 杂种双链定位法

11. heteroduplex repair

异源双链修复

12. heteroduplex molecule

异源双链分子

13. heteroduplex analysis

异源双链分析

14. COMPARISON OF HETERODUPLEX ANALYSIS AND SSCP IN GENE MUTATION SCREENING

异源双链分析和单链构象多态性分析在基因突变检测中的作用

15. heteroduplex chemical mismatch cleavage

异源双链化学错配切割

16. heteroduplex genophore

异源双链基因带

17. Results from heteroduplex analysis are more stable and repeatable than those of SSCP and they may complement each other.Heteroduplex-SSCP analysis has the advantages of heteroduplex and SSCP analyses.

异源双链法结果比SSCP法结果稳定，重复性好，两种方法之间有一定互补性，异源双链-SSCP法兼有两种方法的特点。

18. heteroduplex mobility assay(HMA)

异源双链泳动分析技术

19. Application of heteroduplex mobility assay in genetic subtyping on human immunodeficiency virus type 1

异源双链泳动分析法在人类免疫缺陷病毒1基因亚型分析中的应用

20. Rapid detection of genotypes of TT virus using a heteroduplex mobility assay

异源双链泳动分析法快速检测TT病毒基因型

21. heteroduplex migration retardation

异源双链的泳动延迟

22. heteroduplex mobility assay

异源双链迁移率分析

23. heteroduplex mobility assay;

异源双链迁移率分析;

24. Methods By means of the modified heteroduplex mobility assay(HMA) and the routine DNA sequence analysis, the subtypes of 14 blood samples with HIV - 1 sera - positive were determined and analyzed and compared.

方法 采用改良的异源双链泳动法(HMA)与DNA序列分析法对14份HIV-1抗体阳性者样本进行亚型测定、分析和比较。

25. 6.Methods We used heteroduplex mobility analysis (HMA) and sequencing to detect mixed infection.

方法使用异双体动态分析法和测序检测混合感染。

26. Application of Method to Eliminate the Heteroduplex Caused in the Course of PCR to Microbial Molecular Ecology

方法在微生物分子生态学研究中的一种应用

27. The PCR products were then analyzed by heteroduplex, SSCP and heteroduplex-SSCP analyses separately to testify the effectiveness of each method.

方法应用聚合酶链反应(PCR)扩增23个已知的杂合子突变，分别以异源双链、SSCP、异源双链-SSCP法分析突变，对比各方法对突变的检出情况。

28. Methods The microsatellite polymorphism of MICA exon 5 in 175 unrelated healthy individuals were investigated using PCR heteroduplex analysis.

方法用PCR-异源双链分析法,对175名正常无关个体的MICA基因第5外显子微卫星多态性的分布进行研究。

29. circular heteroduplex

环式异源双链核酸分子

30. Objective To compare the effectiveness of heteroduplex, SSCP and heteroduplex-SSCP analyses in mutational screening.

目的比较异源双链、单链构像多态(SSCP)、异源双链-SSCP法筛查突变的效率，寻找简便有效的基因突变筛查方法。

31. mutational heteroduplex

突变的异复式, 突变的异源双链

32. Results Of the 23 mutations, 22 were detected by heteroduplex analysis (96%), 20 by SSCP analysis (87%) and 23 by heteroduplex-SSCP analysis (100%).

结果23个杂合子突变中，异源双链法、SSCP法与异源双链-SSCP法检出突变分别为22个(96%)、20个(87%)和23个(100%)。

33. Conclusion Heteroduplex-SSCP analysis is simple, economical and more effective than SSCP or heteroduplex analysis alone and it may be widely applied in mutational screening.

结论异源双链-SSCP法突变检出率高，经济、简便，值得在基因突变筛查中推广应用。

34. Keywords AIDS;HIV;quantification;competition;differential;Dry Blood Spot;polymorphism;conformation;heteroduplex;vector;plasmid;recombinant;provirus;

艾滋病;人类免疫缺陷病毒;定量;竞争;差别;干血斑;多态性;构象;异源双链体;载体;质粒;重组;前病毒;

35. Recombination: Heteroduplex and Mismatch Repair in vitro

重组:异源双链和体外错配修复

36. Keywords mismatch repair, functional analysis,heteroduplex DNA,microsatellite instability, PCNA, diffuse large B cell lymphoma （DLBCL）,occurrence mechanism;

错配修复;功能分析;异源双链DNA;微卫星不稳;PCNA;弥漫性大B细胞性淋巴瘤（DLBCL）;发病机制;

37. Keywords chimpanzee;hepatitis C virus;human immunodeficiency virus;heteroduplex analysis;nonsynonymous substitution;single-stranded conformational polymorphism;synonymous substitution;

黑猩猩;丙型肝炎病毒;人免疫缺陷病毒;异源双链分析;单链构象多态;非同义替换;同义替换;