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Advantages of Molecular Adjuvant-Containing Vaccines

This chapter has highlighted some of the characteristics of traditional and non-traditional adjuvants, the advantages and disadvantages of their use in vaccines, and has introduced the concept of molecular adjuvants as a way to improve immune [Pg.686]

The majority of adjuvants in experimental use today are composed of various bacterial components. Briefly explain the rationale for the use of such bacterial components in adjuvants. [Pg.687]

Briefly describe the two major biological functions of the complement system. [Pg.687]

The complement-derived anaphylatoxin C5a has many prominent immune stimulatory properties and, consequently, is a good candidate for use as a molecular adjuvant. However, its use as such would be severely lunited. Describe the major limitation(s) for the use of natural C5a as a molecular adjuvant. [Pg.687]

Antigen presenting cells (APC) represent an important class of iimnune cells essential for generating an antigen-specific immune response. Briefly describe the basic cellular mechanism by wliich APCs contribute to this antigen-specific iimnune outcome. [Pg.687]


See other pages where Advantages of Molecular Adjuvant-Containing Vaccines is mentioned: [Pg.686]    [Pg.686]   


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