1. Epistasis was detected for the primary branch.

2. Lint index was only controlled by epistasis.

3. The goal of this unit is to introduce gene-gene interactions (epistasis) as a significant complicating factor in the search for disease susceptibility genes.

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

5. Digenic epistasis interaction existed between some QTLs controlling resistance to Curvularia lunata.

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

7. 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).

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

9. The accumulated contribution of digenic epistasis on AC and PC were 66.74%, 57.49% under non-stress condition and 48.65%, 36.59% under water stress condition.

10. With the epistasis existed, MIM would obtain better estimates of QTL additive effects.

11. More processing will be done with the data in epistasis software.

12. Conclusion: The fin-type gene interaction of Drosophila melanogaster is recessive epistasis, and the proportion of F2 in reciprocal crosses is different.

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

14. This paper introduces a new way for the transmission between the epistasis and hypogyny of the virtual instruments.

15. 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.

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

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

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18. Generation mean analyses revealed that the 6parameter mode was to interpret the inheritance of the characters studied and the epistasis was significant.

19. Rather, he says, the most likely explanation is a phenomenon known as epistasis, where genes can interact so as to greatly multiply an effect.

20. By the method of generation means, the heredity of fiber quality traits were mostly additive, as well as epistasis.