| Literature DB >> 26364685 |
L J J Hansen1, R Daoussi2, C Vervaet3, J-P Remon3, T R M De Beer4.
Abstract
Freeze-drying is the preferred method for stabilizing live, attenuated virus vaccines. After decades of research on several aspects of the process like the stabilization and destabilization mechanisms of the live, attenuated viruses during freeze-drying, the optimal formulation components and process settings are still matter of research. The molecular complexity of live, attenuated viruses, the multiple destabilization pathways and the lack of analytical techniques allowing the measurement of physicochemical changes in the antigen's structure during and after freeze-drying mean that they form a particular lyophilization challenge. The purpose of this review is to overview the available information on the development of the freeze-drying process of live, attenuated virus vaccines, herewith focusing on the freezing and drying stresses the viruses can undergo during processing as well as on the mechanisms and strategies (formulation and process) that are used to stabilize them during freeze-drying.Keywords: Design of a formulation; Live, attenuated virus; Lyophilization; Stabilization of viruses
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Year: 2015 PMID： 26364685 DOI： 10.1016/j.vaccine.2015.08.085
Source DB: PubMed Journal: Vaccine ISSN： 0264-410X Impact factor: 3.641