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Endocine™, N3OA and N3OASq; Three Mucosal Adjuvants That Enhance the Immune Response to Nasal Influenza Vaccination

机译:Endocine™,N3OA和N3OASq;三种粘膜佐剂可增强对鼻流感疫苗接种的免疫反应

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摘要

Annual outbreaks of seasonal influenza are controlled or prevented through vaccination in many countries. The seasonal vaccines used are either inactivated, currently administered parenterally, or live-attenuated given intranasally. In this study three mucosal adjuvants were examined for the influence on the humoral (mucosal and systemic) and cellular influenza A-specific immune responses induced by a nasally administered vaccine. We investigated in detail how the anionic Endocine™ and the cationic adjuvants N3OA and N3OASq mixed with a split inactivated influenza vaccine induced influenza A-specific immune responses as compared to the vaccine alone after intranasal immunization. The study showed that nasal administration of a split virus vaccine together with Endocine™ or N3OA induced significantly higher humoral and cell-mediated immune responses than the non-adjuvanted vaccine. N3OASq only significantly increased the cell-mediated immune response. Furthermore, nasal administration of the influenza vaccine in combination with any of the adjuvants; Endocine™, N3OA or N3OASq, significantly enhanced the mucosal immunity against influenza HA protein. Thus the addition of these mucosal adjuvants leads to enhanced immunity in the most relevant tissues, the upper respiratory tract and the systemic circulation. Nasal influenza vaccination with an inactivated split vaccine can therefore provide an important mucosal immune response, which is often low or absent after traditional parenteral vaccination.
机译:在许多国家,通过疫苗接种可以控制或预防每年爆发的季节性流感。所用的季节性疫苗可以灭活,目前经肠胃外给药或经鼻内减毒活疫苗。在这项研究中,检查了三种粘膜佐剂对经鼻接种疫苗诱导的体液(粘膜和全身)和细胞性流感A特异性免疫反应的影响。与鼻内免疫后的单独疫苗相比,我们详细研究了阴离子Endocine™和阳离子佐剂N3OA和N3OASq与分裂灭活的流感疫苗混合后如何诱导A型流感特异性免疫反应。该研究表明,与非佐剂疫苗相比,鼻腔施用裂殖病毒疫苗和Endocine™或N3OA诱导的体液和细胞介导的免疫反应明显更高。 N3OASq仅显着增加细胞介导的免疫反应。此外,与任何佐剂组合鼻给药流感疫苗; Endocine™,N3OA或N3OASq显着增强了针对流感HA蛋白的粘膜免疫力。因此,这些粘膜佐剂的添加导致最相关组织,上呼吸道和体循环中增强的免疫力。因此,用灭活的分裂疫苗进行鼻流感疫苗接种可提供重要的粘膜免疫反应,在传统的肠胃外疫苗接种后通常较低或不存在。

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