Dissociation of protective immunity against tuberculosis and tuberculin hypersensitivity at a level of lymphokines.
T Hashimoto, Kikuo Onozaki, Yukihiko Homma, Yoshinori Fukutomi, Munetaka Ichikawa
Abstract
T Hashimoto, Kikuo Onozaki, Yukihiko Homma, Yoshinori Fukutomi, Munetaka Ichikawa
Abstract
On the basis of present knowledge on the purification and the action mechanisms of macrophage regulating lymphokines, as summarized in Table VIII, tuberculosis immunity and tuberculin delayed type hypersensitivity may be dissociated at a level of responsible lymphokines. Table VIII. Dissociation of TB-IMM and DTH at a level of lymphokine 1. Purification of mediators resulted in separation of MIF/MAF and MCF 2. Anti-MIF antibody has no suppression of MCF reaction 3. Lipid metabolisms of macrophages stimulated with MIF/MAF and MCF are different 4. MIF/MAF suppresses MCF-reaction through monokines.
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On the basis of present knowledge on the purification and the action mechanisms of macrophage regulating lymphokines, as summarized in Table VIII, tuberculosis immunity and tuberculin delayed type hypersensitivity may be dissociated at a level of responsible lymphokines. Table VIII. Dissociation of TB-IMM and DTH at a level of lymphokine 1. Purification of mediators resulted in separation of MIF/MAF and MCF 2. Anti-MIF antibody has no suppression of MCF reaction 3. Lipid metabolisms of macrophages stimulated with MIF/MAF and MCF are different 4. MIF/MAF suppresses MCF-reaction through monokines.
Key concepts: Lymphokine, Immunology, Delayed hypersensitivity, Tuberculin, Cellular immunity, Immunity, Tuberculosis, Humoral immunity