Publication | Closed Access
Establishment of Stable, Cell-Mediated Immunity that Makes "Susceptible" Mice Resistant to <i>Leishmania major</i>
500
Citations
28
References
1992
Year
Humoral ResponseImmunologyImmune RegulationImmunodominanceInnate ImmunityEffective VaccinationImmune SystemImmunotherapyVisceral LeishmaniasisCell-mediated ImmunityParasitologyMucosal VaccinationAllergyAutoimmune DiseaseParasitic ProtozoaTherapeutic VaccineAutoimmunityT Cell ImmunityHumoral ImmunityImmune FunctionCell BiologySuch PathogensVaccinationImmune Cell DevelopmentMice ResistantVaccination StrategyVaccine DesignHost ResistanceMedicine
Cell-mediated, but not antibody-mediated, immune responses protect humans against certain pathogens that produce chronic diseases such as leishmaniasis. Effective vaccination against such pathogens must therefore produce an immunological "imprint" so that stable, cell-mediated immunity is induced in all individuals after natural infection. BALB/c mice "innately susceptible" to Leishmania major produce antibodies after substantial infection. In the present study, "susceptible" mice injected with a small number of parasites mounted a cell-mediated response and acquired resistance to a larger, normally pathogenic, challenge. This vaccination strategy may be applicable in diseases in which protection is dependent on cell-mediated immunity.
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