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Towards Precision Nutrition: A Novel Concept Linking Phytochemicals Immune Response and Honey Bee Health

机译:迈向精准营养:将植物化学物质免疫反应和蜜蜂健康联系起来的新概念

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摘要

The high annual losses of managed honey bees ( ) has attracted intensive attention, and scientists have dedicated much effort trying to identify the stresses affecting bees. There are, however, no simple answers; rather, research suggests multifactorial effects. Several works have been reported highlighting the relationship between bees’ immunosuppression and the effects of malnutrition, parasites, pathogens, agrochemical and beekeeping pesticides exposure, forage dearth and cold stress. Here we analyze a possible connection between immunity-related signaling pathways that could be involved in the response to the stress resulted from -virus association and cold stress during winter. The analysis was made understanding the honey bee as a superorganism, where individuals are integrated and interacting within the colony, going from social to individual immune responses. We propose the term “Precision Nutrition” as a way to think and study bees’ nutrition in the search for key molecules which would be able to strengthen colonies’ responses to any or all of those stresses combined.
机译:受管理的蜜蜂每年的高损失()引起了广泛的关注,科学家们付出了巨大的努力,试图找出影响蜜蜂的压力。但是,没有简单的答案。相反,研究表明多因素影响。据报道,有几篇著作着重强调了蜜蜂免疫抑制与营养不良,寄生虫,病原体,农药和养蜂农药暴露,草料缺乏和寒冷胁迫的影响之间的关系。在这里,我们分析了与免疫相关的信号传导途径之间的可能联系,这些信号传导途径可能参与了对-病毒缔合导致的应激反应和冬季的冷应激反应。分析的目的是将蜜蜂理解为一种超生物,其中个体在群落中整合并相互作用,从社会免疫反应到个体免疫反应。我们建议使用“精确营养”一词来思考和研究蜜蜂的营养,以寻找能够增强菌落对任何或所有这些压力组合的反应的关键分子。

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