Modulation of immune response by alloactivated suppressor T cells. [X radiation]
A. Bernstein, Mohan L. Sopori, J E Gose, Paul M. Sondel
Abstract
A. Bernstein, Mohan L. Sopori, J E Gose, Paul M. Sondel
Abstract
These studies show that there may be several different kinds of suppressor cells, each activated by different pathways and able to suppress different parts of the immune response either specifically or nonspecifically. As such, the physiology of one type of suppressor cell need not necessarily apply to that of another type of suppressor. Thus we emphasize the trap that the suppressor cell option provides: that is, virtually any previously inexplicable in vitro and in vivo immune phenomenon can always be adequately accounted for by evoking a suppressor mechanism, either by suppressing the response or suppressing the suppressor.
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These studies show that there may be several different kinds of suppressor cells, each activated by different pathways and able to suppress different parts of the immune response either specifically or nonspecifically. As such, the physiology of one type of suppressor cell need not necessarily apply to that of another type of suppressor. Thus we emphasize the trap that the suppressor cell option provides: that is, virtually any previously inexplicable in vitro and in vivo immune phenomenon can always be adequately accounted for by evoking a suppressor mechanism, either by suppressing the response or suppressing the suppressor.
Key concepts: Suppressor, Immune system, Mechanism (biology), Cell biology, Biology, Immunology, Physics, Genetics