Titlebook: Vaccine Design; The Subunit and Adju Michael F. Powell,Mark J. Newman Book 1995 Plenum Press, New York 1995 antigen.calcium.protein.vaccine

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Public Health Implications of Emerging Vaccine Technologies,everal specific diseases. It makes a broader contribution to the understanding of the vast array of technologies that support modern vaccinology. The objectives of this chapter are: (1) to provide an overview of how advances in vaccine-related technologies have fostered the development of vaccines w

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Preclinical Safety Assessment Considerations in Vaccine Development,lly mild, and severe events resulting in death or permanent damage are rare. Historically, for every approved vaccine, the benefits to the public of preventing the target disease far outweigh the risks and costs of vaccination (Duclos and Bentsi-Enchill, 1993). As the target disease disappears, howe

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Regulatory Considerations in Vaccine Design,reparations of killed, or inactivated, bacterial cells or viruses. Other early vaccines were preparations of bacterial toxoids. Often, it was not known why a vaccine worked, it was only known that it did. As knowledge of disease, immunology, and protection increased, vaccines became more sophisticat

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Laboratory Empiricism, Clinical Design, and Social Value,f the vaccine to be developed. That perception of value begins with the public who, ultimately, determine how important they consider the prevention of a given disease. Unfortunately, the public commonly undervalues the impact, and therefore value, of disease prevention in general. As a result, the

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