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(Received for publication, June 5, 1995; and in revised form, August
4, 1995) Fibrinogen, a hepatically derived class II acute phase protein,
is the product of three separate genes, (A
Volume 270,
Number 41,
Issue of October 13, 1995 pp. 24287-24291
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
Fibrinogen Gene Promoter
, B
, and ).
The fibrinogen genes are expressed constitutively; however, their
transcription can be significantly up-regulated by interleukin-6 (IL-6)
and glucocorticoid. Inspection of the promoter region of the fibrinogen
gene revealed three hexanucleotide clusters of CTGGGA that are
recognized as class II IL-6 responsive elements. Functional analyses of
these regions (designated here as site I, site II, and site III
according to their position in the promoter) were performed using
luciferase reporter constructs and show a hierarchy of IL-6 response in
which site II was the preferred functional site, site I was the next
important site, and site III was the site least responsive to IL-6. Gel
mobility shift assays using 25-base pair oligonucleotide probes derived
from these three regions with the CTGGGA positioned in the middle and
nuclear extracts from IL-6-treated primary hepatocytes reveal the
presence of IL-6-induced high molecular weight complexes appearing 5
min after cytokine treatment. Supershift assays using anti-Stat3
antibody indicate that Stat3 is part of the IL-6-induced complex formed
on the three
chain probes. The binding of Stat3 to the IL-6
responsive elements of the
probes is significantly weaker than to
an
![]()
-macroglobulin probe. These findings show for the
first time that Stat3 is involved in associating with the IL-6
responsive elements of fibrinogen chain, a class II acute phase
gene other than
![]()
-macroglobulin.
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