This study provides direct evidence that de novo expression of the activation antigens B1
49.9 (49.9)(interleukin-2 receptor) and 4F2 enables identification of alloactivated cells within …

In autologous mixed lymphocyte reaction (MLR), T cells proliferate in response to the
stimulation by autologous non-T cells. In the present study, human T cell subpopulations …

In this study we have demonstrated that in the T-TA autologous mixed lymphocyte reaction
(AMLR), OKT4+ T cells are the major responders; however, in the presence of additional …

Responder and stimulator cell subpopulations in the autologous mixed lymphocyte reaction
(AMLR) were determined with the OK series of monoclonal antibodies. Mitomycin-C-treated …

In this study, we have used cell cycle analysis as an independent measure of proliferation
and the 4F2 marker to enumerate activated T cells. T-cell proliferation increased gradually …

To characterize the responding T cells in the autologous mixed lymphocyte reaction (AMLR),
T cells were fractionated into purified subpopulations employing monoclonal antibodies and …

Human peripheral T cells and T‐cell Subpopulations defined with monoclonal antibodies of
the OKT series were studied for the proliferative response on stimulation with autologous …

Several groups have demonstrated that human T cells can proliferate in response to
autologous non-T cells in an autologous mixed lymphocyte reaction (AMLR). However, the …

Human peripheral blood T cells and T cell subsets were studied for the proliferative
response in the autologous mixed lymphocyte reaction (AMLR) upon stimulation with …

Coculture of normal human T lymphocytes with autologous cells enriched in B lymphocytes
results in increased DNA synthesis. In our system, the responder cells are mononuclear …