PMID: 7992366Dec 15, 1994Paper

Differential effects of gallium nitrate on T lymphocyte and endothelial cell activation

Transplantation
E H HuangC G Orosz

Abstract

The immunosuppressive agents used clinically to prevent allograft rejection exert their effects by interfering with antigen-dependent T cell activation, endothelial cell function, or both. Gallium nitrate (GN) is immunosuppressive both in vitro and in vivo, and has potential for clinical use in transplant recipients. Therefore, we analyzed the influence of GN on gonadal vein endothelial cell (GVEC) and T cell activation. GVEC were stimulated with IFN gamma or TNF alpha in the presence or absence of GN, and tested for changes in levels of MHC class I, MHC class II, vascular cell adhesion molecule-1, and intercellular adhesion molecule-1 expression. GN did not interfere with the baseline or cytokine-enhanced expression of these molecules. Rather, it increased the expression of intercellular adhesion molecule-1 on GVEC, and this effect was further augmented in the presence of IFN gamma. In contrast, GN inhibited T cell proliferation stimulated by allogeneic GVEC or allogeneic monocytes in a dose-dependent manner. In transwell experiments, GN blocked the induction of MHC class II expression on isolated GVEC caused by alloactivated T cells, but not by recombinant IFN gamma. This suggests that GN can interfere indirectly with inflamm...Continue Reading

Citations

Apr 26, 2014·Future Microbiology·Fabrizia MinandriPaolo Visca
Feb 18, 2014·BioFactors·Carlo BonchiEmanuela Frangipani
Sep 3, 2013·Advanced Healthcare Materials·Gayoung ParkKyung-Mi Lee

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