Journal of Helminthology · 1984 · 20 citations · 14 references
Life SciencesImmunologyPathologyHypersensitivityImmunopathologyInflammationComplement RegulationComplement SystemComplement-mediated InjuryEosinophilic DisordersImmunopathology Of Parasitic DiseaseComplement Activation AssaysComplement Activation PathwaysComplement In Disease PathogenesisComplement In ImmunityComplement In InfectionEosinophil-mediated ResponsesParasite-induced Eosinophilic ResponsePeripheral Eosinophilia
Medium in which T. canis larvae had been cultured was applied to a Sephadex G-25 gel column and four fractions (Fr. 1-Fr. 4) were isolated. Each fraction was administered to mice by implanting a mini-osmotic pump into the peritoneal cavity and the subsequent peripheral blood eosinophilic counts were recorded. Mice given Fr. 1 showed a markedly greater eosinophilic response than did those given the other fractions. Complement activation by each fraction was investigated using normal human serum. Fr. 1 and Fr. 3 had a capacity to activate complement. The results suggest that Fr. 1 may be not only antigenetic and allergenic but also could induce eosinophilia and activate complement.
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Melvin H. Kaplan, John E. Volanakis · PubMed · 1974 · 564 citations
Annals of Internal Medicine · 1949 · 385 citations