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Colloidal Manganese Salt Improves the Efficacy of Rabies Vaccines in Mice, Cats, and Dogs

Zongmei Wang, Yueming Yuan, Chen Chen, Chengguang Zhang, Fei Huang, Ming Zhou, Huanchun Chen, Zhen F. Fu, Ling Zhao

2021Journal of Virology26 citationsDOIOpen Access PDF

Abstract

Extending the humoral immune response by using adjuvants is an important strategy for vaccine development. In this study, a novel adjuvant, MnJ, supplemented in rabies vaccines was evaluated in mice, cats, and dogs. Our results in the mouse model revealed that MnJ increased the numbers of mature DCs, Tfh cells, GC B cells, PCs, and RABV-specific ASCs, resulting in enhanced immunogenicity and protection rate of rabies vaccines. We further found that MnJ had the same stimulative effect in cats and dogs. Our study provides the first evidence that MnJ serving as a novel adjuvant of rabies vaccines can boost the immune response in both a mouse and pet model.

Topics & Concepts

RabiesAdjuvantImmunogenicityRabies virusVirologyImmune systemRabies vaccineBiologyGerminal centerDuck embryo vaccineVaccinationImmunologyImmunizationImmunityVirusMicrobiologyHumoral immunityCytokineDNA vaccinationCATSRhabdoviridaeInterferonPost-exposure prophylaxisNeutralizing antibodyVesicular stomatitis virusRabies epidemiology and controlImmune responses and vaccinationsVirology and Viral Diseases