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B Sites in Mouse CD95 Ligand (Fas Ligand) Promoter: Functional Analysis in T Cell Hybridoma1




Departments of
*
Pathology and Laboratory Medicine,
Medicine, and
Microbiology, Boston University School of Medicine, Boston, MA 02118
Fas ligand (FasL) gene expression is critically involved in
peripheral T cell tolerance and lymphocyte homeostasis. Previous
studies have suggested that nuclear translocation of NF-
B during T
cell activation is a critical event for FasL gene activation. In the
present study we have identified two NF-
B sites (designated
FasL-
B1 and FasL-
B2) on the promoter (
700 bp) of FasL. The
NF-
B sites were identified by electrophoretic mobility shift assay.
Transient transfection reporter analyses showed that the FasL promoter
activity was comparable between a construct that contains both sites
and a shorter construct (433 bp) that contains only the FasL-
B1
site. Furthermore, elimination of FasL-
B1 by site-directed
mutagenesis significantly inhibited FasL promoter activity. These
observations provide strong evidence that NF-
B directly binds to the
FasL-
B1 site and up-regulates FasL gene
expression.
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