Preclinical study of influenza bivalent vaccine delivered with a two compartmental microneedle array

Hye Rin Jeong, Joon Yong Bae, Jee Hyun Park, Seung Ki Baek, Gayeong Kim, Man Seong Park, Jung Hwan Park

Research output: Contribution to journalArticle

Abstract

Multiple vaccines can be mixed into a single combination to be a single product. However, combination vaccines have problems of complexity. In this study, microneedles were utilized in a compartmental microneedle array (CMA) to deliver two influenza vaccine strains without mixing. In this study, the CMA had two compartments, and two rectangular structures were attached to each end of the array to enable integration of the compartments with the coating equipment. The coating solution, which contained influenza vaccines for B/Yamagata (B-Y) and B/Victoria (B-V), was filled into the two reservoirs of the container. The CMA was aligned with the container for dipping the first compartment of the array into the first reservoir and the second compartment into the second reservoir. The CMA containing B-Y and B-V separately was administered to mice, and weight change and survival were compared with other groups of mice administered (a) combination vaccines with microneedles, (b) two monovalent vaccines with microneedles, (c) intramuscularly with a combination vaccine, and (d) intramuscularly with two monovalent vaccines. Plaque reduction neutralization tests were also performed to compare the CMA group with the other groups. The CMA showed a relative standard error of less than 7% between samples in dose uniformity. It also showed comparable antibody-forming efficacy compared to other groups, especially by B/Yamagata virus challenge. The CMA mice group showed better survival and weight change than mice that received intramuscular (IM) injection of the combination vaccine. In the neutralizing antibody experiment, all microneedle groups showed a higher neutralizing antibody than the IM groups. Vaccines were administered without mixing by a single administration using a CMA, and the CMA showed comparable efficacy with IM administration of the combination vaccine. Multivalent vaccines can be delivered without mixing as a single product by using a CMA.

Original languageEnglish
Pages (from-to)280-288
Number of pages9
JournalJournal of Controlled Release
Volume324
DOIs
Publication statusPublished - 2020 Aug 10

Keywords

  • B/Victoria
  • B/Yamagata
  • Bivalent influenza vaccine
  • Compartmental microneedle array
  • Influenza
  • Single administration

ASJC Scopus subject areas

  • Pharmaceutical Science

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