Tipping the proteome with gene-based vaccines: Weighing in on the role of nanomaterials

Kristin J. Flores, MSU Graduate Student
Michael Craig, Missouri State University
Adam K. Wanekaya, Missouri State University
Lifeng Dong, Missouri State University
Kartik C. Ghosh, Missouri State University
Joshua J. Smith, Missouri State University
Robert K. Delong, Missouri State University


Since the first generation of DNA vaccines was introduced in 1988, remarkable improvements have been made to improve their efficacy and immunogenicity. Although human clinical trials have shown that delivery of DNA vaccines is well tolerated and safe, the potency of these vaccines in humans is somewhat less than optimal. The development of a gene-based vaccine that was effective enough to be approved for clinical use in humans would be one of, if not the most important, advance in vaccines to date. This paper highlights the literature relating to gene-based vaccines, specifically DNA vaccines, and suggests possible approaches to boost their performance. In addition, we explore the idea that combining RNA and nanomaterials may hold the key to successful gene-based vaccines for prevention and treatment of disease. Copyright © 2012 Kristin J. Flores et al.