Viral vaccine stabilizers: status and trends

F. M. C. CARDOSO, D. PETROVAJOVÁ, T. HORŇÁKOVÁ
2017 Acta virologica  
Vaccine stability is a key factor to preserve vaccine potency and efficiency, as its potency decays over time and during temperature changes. The choice of stabilizers for viral vaccine formulation depends mainly on the vaccine type. More specifically, the choice is determined by the properties and structure of the active pharmaceutical ingredient or viral antigen(s) in the vaccine. In this review, we analyze key formulation components in different vaccine types. We discuss some of the major
more » ... ving forces in the improvement of vaccine thermostability: increasing demand for cost-effective production of thermostable vaccine with lower dependency on cold chain, stricter regulatory policies for animal-origin materials, and the return of the research investment from the industry point of view. Moreover, we provide an overview of existing licensed viral vaccine types, including their production platform, presentation, delivery route, known stabilizers content and available thermostability data. In addition, we compare the data of licensed vaccines to published experimental vaccines, in order to discuss the current trends in vaccine stabilizers development. ; phone: +56-945012852. Abbreviations: API = active pharmaceutical ingredient; GRAS = generally regarded as safe; HSA = human serum albumin; IN = inactivated vaccines; LAV = live-attenuated vaccines; SUB = subunit or recombinant vaccines; VLP = virus-like particles
doi:10.4149/av_2017_301 pmid:28854787 fatcat:2rmdpmvm2nf3ximtwgsbcgtfme