The Efficacy of Bioengineered Anti-Toxins and Vaccines for Animal Health Care

Faras, Anthony J.; Sadowski, Peter L.; Pilacinski, William P.; Hu, Shu-Lok; Halling, Shirley M.; Collett, Marc S.; Salstrom, John; Watson, R.W.; Robbins, A. K.; Muscoplat, Charles C; Enquist, Lynn W.

doi:10.1016/b978-0-12-221480-6.50037-2

Advances in Gene Technology: Molecular Genetics of Plants and Animals 1983

DOI: 10.1016/b978-0-12-221480-6.50037-2

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The Efficacy of Bioengineered Anti-Toxins and Vaccines for Animal Health Care

Anthony J. Faras¹,

Peter L. Sadowski²,

William P. Pilacinski³

et al.

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1988

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New Approaches to Animal Vaccines Utilizing Genetic Engineering

Devaney

1988

CRC Critical Reviews in Microbiology

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Control of infectious diseases in livestock is an important determinant in the success of a nation's effort to efficiently meet its need for animal products. Genetic engineering offers many new options in the design of animal vaccines. Monoclonal antibodies, DNA cloning, recombination, and transfection are examples of techniques that facilitate innovative strategies in antigen identification, production, and delivery. This article reviews the use of genetic engineering in the production of vaccines directed against foot-and-mouth disease virus and other important pathogens of animals. The advantages and disadvantages of vaccines produced through the use of genetic engineering are discussed.

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New Approaches to Animal Vaccines Utilizing Genetic Engineering

Devaney

1988

CRC Critical Reviews in Microbiology

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The Efficacy of Bioengineered Anti-Toxins and Vaccines for Animal Health Care

Cited by 1 publication

References 4 publications

New Approaches to Animal Vaccines Utilizing Genetic Engineering

New Approaches to Animal Vaccines Utilizing Genetic Engineering

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