epistasis

epistasis

1. "epistasis:an interaction between nonallelic genes, especially an interaction in which one gene suppresses the expression of another."

"异位显性:非等位基因的相互作用,尤其是一个基因对另一个基因所表现的显性现象."

2. summer squash; heterosis; dominant effect; additive effect; epistasis effect.

20西葫芦;杂种优势;显性效应;加性效应;上位性效应

3. Some main effect QTL and epistasis were commonly detected among PSES, PDES and PES, explaining the high positive correlation between them.

一些主效和上位性QTL在PSES、PDES和PES间被共同检测到，解释了不同柱头外露率指标间高度正相关关系。

4. epistasy epistasis

上位(遗传)

5. Epistasis：A group of genes that function in the same biological pathwayusually defined by genetic analysis of double mutants.

上位作用：一组基因在相同的生物途径中发挥功能，通常被用作双突变的遗传分析。

6. epistasis analysis

上位分析

7. Keywords epistasis;QTL mapping;QTL by environmental interaction;yield components;Oryza sativa L.;

上位性;QTL定位;环境互作;产量相关性状;水稻;

8. Keywords Epistasis,Quantitative trait loci （QTLs）,Heterosis,Molecular,,,, marker,Rice （Oryza sativa L.）;

上位性;数量性状位点;杂种优势;分子标记;水稻;

9. Epistasis interaction

上位性互作

10. The effects of epistasis, linkage, and genotype-environment interaction on the genetic variability of a metric character are briefly discussed.

上位性作用，连锁作用及遗传-环境交感作用对一数量性状遗传变异之影响亦曾加讨论。

11. epistasis effect

上位效应

12. epistasis deviation

上位离差

13. epistasis group

上位群

14. Mapping QTLs and Epistasis for Plant Type Traits in Maize Under Two Nitrogen Levels

不同供氮水平下玉米株型相关性状的QTLs定位和上位性效应分析

15. However, We think that heterosis is caused by the complex effects of dominance, over-dominance and epistasis.

作者认为，杂种优势的产生是显性效应，超显性效应和上位性效应共同作用的结果，不可能只是一种基因效应在起作用。

16. Secondly, there should be strong interactions among loci (synergistic epistasis), a mutation-fitness relation for which there is only limited evidence.

其次，位点（增效性上位）与突变--适合度关系之间应该有强的互作，这方面只有有限的证据。

17. epistasis effects

加×加上位性效应

18. Keywords Polarity;AS2;Genetic epistasis;molecular mechanisms;

叶发育;近-远轴极性;AS2;遗传调节关系;分子机制;

19. In the results, all QTLs except two were involved in epistasis, and 64.7 per cent of the QTLs involved in epistasis were found with significant additive effects.

在本研究中，所有的QTL中只有两个没有参与上位性效应的形成，在参与上位性效应的QTL中，64.7%的QTL还具有本身的加性效应。

20. complicated epistasis

复杂上位显性

21. The paper introduces the breeding methods of the homozygous two-type line,temporary maintainer line and complete sterile line with a recessive epistasis nuclear male sterile.

对甘蓝型油菜隐性上位细胞核雄性不育纯合两型系、临保系和全不育系的转育方法进行了介绍。

22. Keywords Wide compatible germplasm,inter-subspecific hybrid rice,heterosis, quantitative traits loci,QTL mapping, over-dominance,epistasis,bacterial blight,race specificity.;

广亲和资源;亚种间杂交稻;杂种优势;基因（QTL）定位;超显性;互作;白叶枯病;小种专化性;

23. three pairs of epistasis loci for DRI were detected with 11.93% of total contribution.

影响抗旱系数的互作位点联合贡献率为11.93%。

24. The advantage of the recessive epistasis OMS was gaining all sterile line (ASL) by polliating temporary maintainer line (TML) to homozygous two type line (HTL).

摘要甘蓝型油菜隐性上位核不育的优点是利用纯合两型系与临保系杂交可以获得全不育系。

25. dominant epistasis

显性上位酌 显性上位

26. The statistical power for detecting epistasis was investigated.

根据F统计量的分布,本文在没有标记、单标记和双标记情形下推导出检测上位性效应效率的函数表达式。

27. Keywords Rice;RIL population;QTLs mapping;Epistasis effects;GE interaction effects;Agronomic traits,Grain quality traits;Anti-abiotic stress traits;

水稻;RIL群体;QTL定位;上位性效应;GE互作效应;农艺性状;品质性状;抗逆性状;

28. Keywords rice;drought tolerance;double haploid （DH） population;quantitative trait loci （QTL） mapping;epistasis;

水稻;耐旱性;加倍单倍体（DH）群体;数量性状基因（QTL）定位;互作;

29. Analysis on QTL and Epistasis Related to Storable Characteristics in Rice

水稻耐储藏特性相关基因的QTL及上位性分析

30. QTL Mapping and Epistasis Analysis of Rice Root Growth Ability at Seedling Stage

水稻苗期发根力的QTL和上位性分析

31. Keywords Zea mays;drought tolerance;SSR;quantitative trait locus （QTL）;linkage map;epistasis;

玉米;耐早性;数量性状基因座（QTL）;SSR;遗传连锁图;上位效应;

32. QTL Mapping and Epistasis Analysis for Yield and Its Components in Brassica napus L.

甘蓝型油菜产量及其构成因素的QTL定位与分析。

33. Breeding Methods of Three Lines with a Recessive Epistasis Nuclear Male Sterile in Brassica napus

甘蓝型油菜隐性上位细胞核雄性不育三系的转育方法

34. Classical quantitative genetics has indicated that epistasis is the foundation of such complex traits.

经典数量遗传学指出，上位性是复杂性状的遗传基础。

35. The results demonstrated the importance of epistasis as a genetic basis of the quantitative traits and also revealed several important features of this phenomenon.

结果表明上位性可能是数量性状的重要遗传基础，并揭示了上位性的几个重要特点。

36. The results indicated that both additive effects of QTL and epistasis effects between QTLs were important genetic components.

结果表明，QTL加性效应和QTL间的上位性效应都是株高及构成因素的重要遗传组成。

37. The results demonstrated the importance of epistasis as a genetic basis of the quantiative traits and also revealed several important features of this phenomenon.

结果表明，上位性是数量性状的重要遗传基础，并揭示了上位性的几个重要特点。

38. These were controlled by multiple allels or by loci with allels that segregate independently whereby epistasis also may have played a role

这些是受复等位基因或含分离等位基因的位点支配的，上位性也可能靠它而起了作用。

39. This relationship between number of mutations and fitness is known as synergistic epistasis.

这种突变数量与适合度之间的关系被称为增效性上位。

40. Additive effect is mostly factor within genetic effect, there are also fairly dominant effect, and not exiting epistasis effect.

遗传效应的组成中，以加性效应为主要，但也表现出较大的显性效应，不存在显著的上位性；

41. Keywords genetic algorithms,fitness landscapes,GA-hardness,schema deceptiveness,epistasis;

遗传算法;适应值曲面;困难度分析;模式欺骗;基因关联;

42. duplicate dominant epistasis

重复显性上位

43. duplicate recessive epistasis

重复隐性上位

44. Keywords upland cotton;fiber quality;QTL;epistasis;QE interaction;MAS;

陆地棉;纤维品质;QTL;上位性;QE互作;标记辅助选择;

45. recessive epistasis

隐性上位 隐性上位酌

46. Gao Y.M., J.Zhu, Y.S.Song, C.X.He, C.H.Shi and Y.Z.Xing, Use of permanent F2 population to analyze epistasis and their interaction effects with environments for QTLs controlling heading date in rice.

高用明、朱军、宋佑胜、何慈信、石春海和邢永忠，水稻永久F2群体抽穗期QTL的上位性及其与环境互作效应的分析。