The Journal of Experimental Medicine · 1987 · 73 citations · 16 references
Life SciencesImmunologyMolecular BiologyAdaptive ImmunityCellular ImmunologyMonoclonal AntibodiesAntibody CharacterizationAntigen RecognitionHelper T Cell SubsetsT Cell ActivationT Cell BiologyT Cell DifferentiationHeavy Chain Variable Region GenesReactivityT Cell Cross-reactivityT-cell Receptor ClonalityT-cell Receptor Gene ExpressionT-cell Receptor Gene LociT-cell Receptor Gene SegmentsT-cell Receptor Gene Usage
A series of murine T lymphocyte clones were examined for reactivity with the KJ16-133 and F23.1 mAbs. Clones that were KJ16-133+,F23.1+ and KJ16-133-,F23.1+ were identified, but no KJ16-133+,F23.1- clones were observed. Within our panel of clones, therefore, the KJ16-133 antibody identifies a subset of F23.1+ cells. All F23.1+ clones examined express members of the V beta 8 subfamily of beta chain variable region genes; clones expressing V beta 8.1 or V beta 8.2 reacted with both KJ16-133 and F23.1, while clones expressing V beta 8.3 reacted only with F23.1. Thus, the differential reactivity of the KJ16-133 and F23.1 antibodies with cloned T cells correlates with the V beta gene expression of each clone. Reactivity with these antibodies should therefore be of utility for predicting the V beta gene expression in some T cell clones.
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