To the extent they are genetic at all, behavioural outcomes are probably the result of the interaction of myriad genes in ways that are decades from being fully understood.
在某种程度上来说，他们仅是基因而已，行为可能是无数基因相互作用的结果，而这些没有数十年不可能被完全理解的。
And that's what this method does - it captures the complexity of the puzzle and the interaction of all these genes together to produce exceptional longevity.
我们的方法就是抓住谜团中的复杂部分，分析所有这些基因间的互动如何导致长寿。
Genes in the Major Histocompatibility Complex (MHC), which helps build the proteins involved in the body's immune response, also play a prominent role in odour through interaction with skin bacteria.
主要组织相容性复合物(MHC)内的基因，可以帮助构建参与身体免疫反应的蛋白，也通过与皮肤细菌相互作用，对显著影响身体气味。
The degradation of AUX/IAA protein by ubiquitination plays essential role in auxin response, and the interaction between ARF and AUX/IAA protein regulates the transcription of auxin-response genes.
IAA蛋白的泛素化降解在生长素反应中发挥关键性作用，ARF和AUX/IAA蛋白相互作用调节生长素响应基因的转录。
While tallness is evidently a hereditary characteristic, any individual's actual height depends on the interaction between their genes and the environment.
虽然身高是一种明显的遗传特征，但是个体的实际身高则取决于基因和环境的相互作用。
The interaction of multiple genes plays an important role in tumorigenesis.
的相互关系对肿瘤发生有重要意义。
RN, MC4R, CTSB and GH genes had a significant effect on the reproductive traits as well as the interaction of the RN and GH genes in Jinhua pig.
由数据分析可得，RN、MC4R、CTSB和GH 四个基因以及RN 基因和GH 基因的互作效应对金华猪的繁殖性状有显著影响。
Express of these genes was happened in the beginning period of the interaction, and induced by low concentration of H_2O_2.
在一定范围内，低浓度H_2O_2的影响作用更大，且在作用初期影响病原菌基因的表达。
While tallness is evidently a hereditary characteristic, any individual's actual height depends on the interaction between their genes and the environment.
身高是的遗传特征，个体的身高则取决于基因和环境的作用。
The studies showed that more than 230 genes were involved in the nucleotide and their derivative metabolism, and that complicated interaction between them exists.
研究表明，230多个基因参与核苷酸及其衍生物代谢，而且基因与基因存在复杂的相互作用。
Conclusion the carcinogenesis of gastric adenocarcinoma involves in the interaction of multiple genes and regulation in signal pathways.
结论胃癌发生过程涉及多基因相互作用、多种信号通路相互调节和拮抗。
Functional characterization of avirulence genes and discovery of the interaction machinery between Avr and resistant proteins will aid to develop novel approaches for Oomycete disease control.
研究卵菌无毒蛋白的功能及其与抗性蛋白之间的互作途径，能够从分子水平上揭示植物的抗病机制，对防治植物病原卵菌提供有力的理论支持。
Functional characterization of avirulence genes and discovery of the interaction machinery between Avr and resistant proteins will aid to develop novel approaches for Oomycete disease control.
研究卵菌无毒蛋白的功能及其与抗性蛋白之间的互作途径，能够从分子水平上揭示植物的抗病机制，对防治植物病原卵菌提供有力的理论支持。
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