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Social buffering and contact transmission: network connections have beneficial and detrimental effects on Shigella infection risk among captive rhesus macaques

机译:社会缓冲和联系传播:网络连接对圈养恒河猴的志贺氏菌感染风险具有有益和有害的影响

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摘要

In social animals, group living may impact the risk of infectious disease acquisition in two ways. On the one hand, social connectedness puts individuals at greater risk or susceptibility for acquiring enteric pathogens via contact-mediated transmission. Yet conversely, in strongly bonded societies like humans and some nonhuman primates, having close connections and strong social ties of support can also socially buffer individuals against susceptibility or transmissibility of infectious agents. Using social network analyses, we assessed the potentially competing roles of contact-mediated transmission and social buffering on the risk of infection from an enteric bacterial pathogen (Shigella flexneri) among captive groups of rhesus macaques (Macaca mulatta). Our results indicate that, within two macaque groups, individuals possessing more direct and especially indirect connections in their grooming and huddling social networks were less susceptible to infection. These results are in sharp contrast to several previous studies that indicate that increased (direct) contact-mediated transmission facilitates infectious disease transmission, including our own findings in a third macaque group in which individuals central in their huddling network and/or which initiated more fights were more likely to be infected. In summary, our findings reveal that an individual’s social connections may increase or decrease its chances of acquiring infectious agents. They extend the applicability of the social buffering hypothesis, beyond just stress and immune-function-related health benefits, to the additional health outcome of infectious disease resistance. Finally, we speculate that the circumstances under which social buffering versus contact-mediated transmission may occur could depend on multiple factors, such as living condition, pathogen-specific transmission routes, and/or an overall social context such as a group’s social stability.
机译:在社交动物中,群体生活可能以两种方式影响感染传染病的风险。一方面,社会联系使个人处于通过接触介导的传播途径获取肠道病原体的更大风险或易感性中。相反,在诸如人类和一些非人类灵长类动物这样的紧密联系的社会中,密切的联系和牢固的社会支持联系也可以在社会上缓冲个人,使其免受传染病的敏感性或传染性。使用社交网络分析,我们评估了圈养恒河猴(猕猴)中肠道介导的传播和社交缓冲对肠道细菌病原体(志贺氏菌)感染风险的潜在竞争作用。我们的结果表明,在两个猕猴群体中,在修饰和拥挤的社交网络中具有更直接(尤其是间接)联系的个体更不容易受到感染。这些结果与先前的几项研究形成鲜明对比,前几项研究表明,(直接)接触介导的传播促进了传染病的传播,包括我们在第三只猕猴群中的发现,在第三只猕猴群中,个体处于其拥挤的网络的中心和/或引发了更多的战斗更有可能被感染。总而言之,我们的发现表明,一个人的社交关系可能会增加或减少其获取传染源的机会。他们将社会缓冲假说的适用性扩展到了压力和免疫功能相关的健康益处之外,还扩展到了传染病抗性的其他健康结果。最后,我们推测社交缓冲与接触介导的传播可能发生的环境可能取决于多种因素,例如生活条件,特定病原体的传播途径和/或整体社会背景(例如群体的社会稳定性)。

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