Eimeria maxima recombinant Gam82 gametocyte antigen vaccine protects against coccidiosis and augments humoral and cell-mediated immunity

Abstract Intestinal infection with Eimeria , the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificity Eime...

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Published inVaccine Vol. 28; no. 17; pp. 2980 - 2985
Main Authors Jang, Seung I, Lillehoj, Hyun S, Lee, Sung Hyen, Lee, Kyung Woo, Park, Myeong Seon, Cha, Sung-Rok, Lillehoj, Erik P, Subramanian, B. Mohana, Sriraman, R, Srinivasan, V.A
Format Journal Article
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Published Kidlington Elsevier Ltd 09.04.2010
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Abstract Abstract Intestinal infection with Eimeria , the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificity Eimeria vaccine, this study was designed to assess a purified recombinant protein from Eimeria maxima gametocytes (Gam82) in stimulating immunity against experimental infection with live parasites. Following Gam82 intramuscular immunization and oral parasite challenge, body weight gain, fecal oocyst output, lesion scores, serum antibody response, and cytokine production were assessed to evaluate vaccination efficacy. Animals vaccinated with Gam82 and challenged with E. maxima showed lower oocyst shedding and reduced intestinal pathology compared with non-vaccinated and parasite-challenged animals. Gam82 vaccination also stimulated the production of antigen-specific serum antibodies and induced greater levels of IL-2 and IL-15 mRNAs compared with non-vaccinated controls. These results demonstrate that the Gam82 recombinant protein protects against E. maxima and augments humoral and cell-mediated immunity.
AbstractList Intestinal infection with Eimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificity Eimeria vaccine, this study was designed to assess a purified recombinant protein from Eimeria maxima gametocytes (Gam82) in stimulating immunity against experimental infection with live parasites. Following Gam82 intramuscular immunization and oral parasite challenge, body weight gain, fecal oocyst output, lesion scores, serum antibody response, and cytokine production were assessed to evaluate vaccination efficacy. Animals vaccinated with Gam82 and challenged with E. maxima showed lower oocyst shedding and reduced intestinal pathology compared with non-vaccinated and parasite-challenged animals. Gam82 vaccination also stimulated the production of antigen-specific serum antibodies and induced greater levels of IL-2 and IL-15 mRNAs compared with non-vaccinated controls. These results demonstrate that the Gam82 recombinant protein protects against E. maxima and augments humoral and cell-mediated immunity.
Intestinal infection with Eimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificity Eimeria vaccine, this study was designed to assess a purified recombinant protein from Eimeria maxima gametocytes (Gam82) in stimulating immunity against experimental infection with live parasites. Following Gam82 intramuscular immunization and oral parasite challenge, body weight gain, fecal oocyst output, lesion scores, serum antibody response, and cytokine production were assessed to evaluate vaccination efficacy. Animals vaccinated with Gam82 and challenged with E. maxima showed lower oocyst shedding and reduced intestinal pathology compared with non-vaccinated and parasite-challenged animals. Gam82 vaccination also stimulated the production of antigen-specific serum antibodies and induced greater levels of IL-2 and IL-15 mRNAs compared with non-vaccinated controls. These results demonstrate that the Gam82 recombinant protein protects against E. maxima and augments humoral and cell-mediated immunity.
Intestinal infection withEimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificityEimeriavaccine, this study was designed to assess a purified recombinant protein fromEimeria maximagametocytes (Gam82) in stimulating immunity against experimental infection with live parasites. Following Gam82 intramuscular immunization and oral parasite challenge, body weight gain, fecal oocyst output, lesion scores, serum antibody response, and cytokine production were assessed to evaluate vaccination efficacy. Animals vaccinated with Gam82 and challenged withE. maximashowed lower oocyst shedding and reduced intestinal pathology compared with non-vaccinated and parasite-challenged animals. Gam82 vaccination also stimulated the production of antigen-specific serum antibodies and induced greater levels of IL-2 and IL-15 mRNAs compared with non-vaccinated controls. These results demonstrate that the Gam82 recombinant protein protects againstE. maximaand augments humoral and cell-mediated immunity.
Abstract Intestinal infection with Eimeria , the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous parasite, while cross-protection against heterologous species is poor. As a first step toward the development of a broad specificity Eimeria vaccine, this study was designed to assess a purified recombinant protein from Eimeria maxima gametocytes (Gam82) in stimulating immunity against experimental infection with live parasites. Following Gam82 intramuscular immunization and oral parasite challenge, body weight gain, fecal oocyst output, lesion scores, serum antibody response, and cytokine production were assessed to evaluate vaccination efficacy. Animals vaccinated with Gam82 and challenged with E. maxima showed lower oocyst shedding and reduced intestinal pathology compared with non-vaccinated and parasite-challenged animals. Gam82 vaccination also stimulated the production of antigen-specific serum antibodies and induced greater levels of IL-2 and IL-15 mRNAs compared with non-vaccinated controls. These results demonstrate that the Gam82 recombinant protein protects against E. maxima and augments humoral and cell-mediated immunity.
Author Srinivasan, V.A
Subramanian, B. Mohana
Lee, Sung Hyen
Lillehoj, Hyun S
Sriraman, R
Lee, Kyung Woo
Cha, Sung-Rok
Lillehoj, Erik P
Jang, Seung I
Park, Myeong Seon
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  fullname: Lee, Kyung Woo
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  fullname: Park, Myeong Seon
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  fullname: Cha, Sung-Rok
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  fullname: Lillehoj, Erik P
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  fullname: Subramanian, B. Mohana
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  fullname: Sriraman, R
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  fullname: Srinivasan, V.A
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Issue 17
Keywords Coccidiosis
E. maxima
Gam82
Protozoa
Apicomplexa
Protozoal disease
Cellular immunity
Vaccine
Parasitosis
Infection
Eimeria maxima
Recombinant protein
Humoral immunity
Language English
License CC BY 4.0
Published by Elsevier Ltd.
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Snippet Abstract Intestinal infection with Eimeria , the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the...
Intestinal infection with Eimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous...
Intestinal infection with Eimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous...
Intestinal infection withEimeria, the etiologic agent of avian coccidiosis, stimulates protective immunity to subsequent colonization by the homologous...
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SubjectTerms Allergy and Immunology
Animals
Antibodies, Protozoan - blood
Antibodies, Protozoan - immunology
Antibody response
Antigens, Protozoan - administration & dosage
Antigens, Protozoan - immunology
Applied microbiology
Biological and medical sciences
Body Weight
Cell growth
Chickens
Coccidiosis
Coccidiosis - immunology
Coccidiosis - pathology
Coccidiosis - prevention & control
Coccidiosis - veterinary
Cytokines
Cytokines - secretion
E. maxima
Eimeria
Eimeria - immunology
Fundamental and applied biological sciences. Psychology
Gam82
Human protozoal diseases
Immunity, Cellular
Immunization
Infectious diseases
Injections, Intramuscular
Intestines - pathology
Medical sciences
Microbiology
Parasite Egg Count
Parasites
Parasitic diseases
Poultry
Poultry Diseases - immunology
Poultry Diseases - pathology
Poultry Diseases - prevention & control
Protected species
Proteins
Protozoal diseases
Protozoan Vaccines - administration & dosage
Protozoan Vaccines - immunology
Vaccines
Vaccines, antisera, therapeutical immunoglobulins and monoclonal antibodies (general aspects)
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Title Eimeria maxima recombinant Gam82 gametocyte antigen vaccine protects against coccidiosis and augments humoral and cell-mediated immunity
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https://dx.doi.org/10.1016/j.vaccine.2010.02.011
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