(Altered) self peptides and the regulation of self reactivity in the peripheral T cell pool.

Abstract:

:Tolerance for self has appeared incomplete for many self antigens. We have obtained experimental evidence that both for self heat shock proteins and T cell receptor V-gene products, reactive T cells are part of the normal immune repertoire. Furthermore, it has become apparent that stimulation of T cell responsiveness to these antigens, by using peptide immunisation or by transfer of activated T cells, raises resistance to experimentally induced autoimmune arthritis. In addition, available evidence has suggested that these reactivities may be functional during natural processes of disease remission. The observations with regard to heat-shock proteins have indicated that mechanism leading to disease resistance are most efficiently triggered by exposing the immune system to non-self antigens such as bacterial hsp's, which are similar to, but not identical to, self. Experimental evidence has been obtained, that conserved bacterial hsp peptides, may trigger self hsp reactive T cells, with disease suppressive regulatory potential. It is possible that such self hsp reactive T cells, being expanded by recognising bacterial peptides as full agonists, do, in fact, perceive the self epitopes as partial agonists, and therefore have the possibility of displaying downregulatory activity at the site of inflammation. Experiments with peptide analogs of self epitopes, being variants of disease critical T cell epitopes, have indeed suggested that also their activity in modulating disease may comply with the principles of dominant immunological tolerance.

journal_name

Immunol Rev

journal_title

Immunological reviews

authors

Van Eden W,Anderton SM,Van Der Zee R,Prakken BJ,Broeren CP,Wauben MH

doi

10.1111/j.1600-065x.1996.tb00899.x

subject

Has Abstract

pub_date

1996-02-01 00:00:00

pages

55-73

eissn

0105-2896

issn

1600-065X

journal_volume

149

pub_type

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