The results from our GWAS analysis

The results from our GWAS analysis are consistent with this hypothesis as they suggest that relatively common alleles located in various parts of the genome drive gut immunocompetence in additive manner. If rare variants resulted in reduced survival to infection in susceptible lines, then crossing two susceptible lines should have resulted in a resistant hybrid. Moreover, deleterious mutations affecting gut immunocompetence could be under strong purifying selection, further reinforcing a genetic architecture of multiple loci with relatively small effects.

結果 (中文) 1:

他们建议，比较常见的等位基因位于各个部分的基因组驱动器肠道免疫活性添加剂的方式，从我们的 GWAS 分析结果正符合这一假说。如果罕见变异导致减少生存对感染的易受影响的行，然后横过两易应导致耐药的混合。此外，影响肠道免疫活性的有害突变可能会下强净化评选中，进一步加强与相对较小影响的多个基因座的遗传结构。

結果 (中文) 3:

从我们的GWAS分析结果是一致的这一假说是他们认为比较常见的等位基因位于基因组驱动肠道免疫功能添加剂的方式各部分。如果罕见的变种导致减少生存的易感品系中的感染，然后交叉敏感的线应该有一个抗性杂交。而且，有害的突变影响肠道免疫功能可能是很强的净化选择下，进一步加强了遗传多基因的结构与相对较小的影响。