The Journal of Experimental Medicine · 1954 · 56 citations · 5 references
Life SciencesImmunologyInfectious DiseasesExperimental PathologyImmunology Of Infectious DiseasesImmunopathologyCell-mediated ImmunityCellular Immunity In InfectionLymphoid TissueAgglutination ReactionsAnimal ImmunizationSplenic Response To Infection
Cells of the popliteal lymph node were teased 3 days after the injection of Shigella paradysenteriae into the hind foot pads of rabbits. These cells were transferred to normal and x-irradiated recipients. It was noted that the serum titers of dysentery agglutinins in irradiated recipients were higher than in normal recipients. This was represented both in a higher peak: titer and a tendency to remain higher for a longer period than in normal animals. Recipients were x-irradiated within 1 hour after receiving cells of the lymph node prepared as indicated above. The serum titers of these recipients were markedly reduced in comparison with those of non-irradiated control animals. If the irradiation of the recipients followed the transfer of cells by a day, however, this difference was much smaller and in the case of a 2 day interval after the transfer of the lymph node cells the irradiation appeared to have no effect on the resulting serum titer.
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[The first step to transfuse man with leukocytes and platelets labeled with radiophosphorus].
J Julliard, B Maupin, A Loverdo et al. · PubMed · 1952 · 15 citations
Medicine, Hematology, Immunology +11