Salmonella spp. are accountable for a large fraction of the global infectious disease burden, with most of their infections being food- or water-borne. The phenotypic features and adaptive potential of Salmonella spp. appear to be driven to a large extent by mobile or laterally acquired genetic elements. A better understanding of the conduct and diversification of these important pathogens consequently requires a more profound insight into the different mechanisms by which these pivotal elements establish themselves in the cell and affect its behavior. This review, therefore, provides an overview of the physiological impact and domestication of the Salmonella mobilome.

中文翻译：

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沙门氏菌运动组的驯化及其影响概述。

沙门氏菌 传染病在全球传染病负担中占很大比例，其大部分感染是通过食物或水传播的。沙门氏菌的表型特征和适应潜力。似乎在很大程度上受到活动的或横向获得的遗传因素的驱动。因此，要更好地了解这些重要病原体的行为和多样性，就需要对这些关键元素在细胞中建立并影响其行为的不同机制有更深刻的了解。因此，本综述概述了沙门氏菌运动组的生理影响和驯化。