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A novel dry powder influenza vaccine and intranasal delivery technology: induction of systemic and mucosal immune responses in rats

机译:新型干粉流感疫苗和鼻内给药技术:诱导大鼠全身和粘膜免疫应答

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摘要

Intranasal (i.n.) vaccination represents an attractive non-invasive alternative to needle-based injection and provides superior protection at mucosal surfaces. However, new formulations are needed to improve efficacy and reduce the refrigerated storage and distribution requirements associated with standard liquid vaccines. Here, we describe a powder formulation of whole inactivated influenza virus and a novel i.n. delivery platform. The powder-formulated vaccine elicited a significant serum antibody response in rats that was at least as strong as that provided by the liquid vaccine administered i.n. or via intramuscular (i.m.) injection. Significant nasal IgA responses were also observed solely after i.n. delivery. This study demonstrates for the first time the generation of potent nasal mucosal and systemic immune responses using an i.n. delivered influenza vaccine powder and suggests an alternative approach to vaccination against influenza and other infectious diseases.
机译:鼻内(i.n.)疫苗接种是基于针头注射的一种有吸引力的非侵入性替代方法,可在粘膜表面提供出色的保护。但是,需要新的制剂来提高功效并减少与标准液体疫苗相关的冷藏存储和分配要求。在这里,我们描述了一种完全灭活的流感病毒的粉末制剂和一种新型的i.n.。交付平台。粉末配制的疫苗在大鼠中引起显着的血清抗体应答,该应答至少与经腹膜内注射液体疫苗提供的应答一样强。或通过肌内(i.m.)注射。仅在i.n.之后才观察到明显的鼻IgA反应。交货。这项研究首次证明了使用i.n.产生强效的鼻粘膜和全身免疫反应。提供了流感疫苗粉,并提出了针对流感和其他传染病的替代疫苗接种方法。

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