一种新的葡聚糖-萝卜硫素组合刺激小鼠流感免疫反应模型

V. Vaclav, V. Jana
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引用次数: 2

摘要

流感仍然是一个严重的健康问题,在全世界造成大约50万人死亡。由于现有的治疗既不能提供可靠的保护,也不能快速治愈,许多人将注意力集中在替代治疗上。本研究的目的是评估一种新的舞茸葡聚糖-萝卜硫素组合对小鼠抗流感攻击的免疫反应的可能影响。我们评估了葡聚糖-萝卜硫素组合对流感感染后基本免疫反应、病毒滴度和总生存率的影响。结果:我们发现补充2周这种葡聚糖-萝卜硫素组合可显著改善病毒感染引起的免疫抑制。基于这些结果,我们得出结论,这种组合引起的显著免疫刺激有助于克服病毒依赖的防御反应抑制,并且在葡聚糖中添加萝卜硫素可以改善已经建立的葡聚糖生物学效应。
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A Novel Glucan-Sulforaphane Combination Stimulates Immune Response to Influenza in Mouse Model
Influenza remains a serious health problem and causes approximately 500,000 deaths world-wide. With current available treatments offering neither dependable protection nor a rapid cure, many have focused their attention to alternative treatments. The aim of this study was to evaluate the possible effect of a novel maitake glucan-sulforaphane combination on immune response against influenza challenge in mice. We evaluated the effects of a glucan-sulforaphane combination on basic immune reactions, virus titre and overall survival after influenza infection. Results: We found 2 weeks supplementation with this glucan-sulforaphane combination significantly improved immunosuppression caused by the viral infection. Based on these results, we conclude that the significant immunostimulation caused by this combination helps to overcome virus-dependent suppression of defense reactions and that addition of sulforaphane to glucan can improve already established biological effects of glucan.
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