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- W2097942910 abstract "The human high-affinity receptor for the constant region of immunoglobulin G (human Fc gamma R1) is encoded by two mRNAs induced selectively by gamma interferon (IFN-gamma) and expressed in cells of myeloid lineage. The cis-DNA element (GRR) previously found to confer IFN-gamma responsiveness to this gene acts as an inducible enhancer and is the target of an IFN-gamma-activated factor(s) (GIRE-BP) in cells of different origins. Although the GRR motif is not related to the DNA elements involved in the regulation of other IFN-stimulated genes, GIRE-BP binding depends on the IFN-gamma-dependent activation of the 91-kDa protein known to be one of the factors of a transcriptional complex activated by IFN-alpha. Deletions of the Fc gamma R1 promoter allowed us to identify a 25-bp element, downstream from the GRR motif, conferring cell-type-specific expression. This element, called MATE (myeloid activating transcription element), is the DNA target for constitutive factors forming two complexes, MATE-BP1 and MATE-BP2. In accordance with the functional analysis, MATE-BP binding activities were detected in extracts prepared from myeloid cell lines such as THP-1, HL-60, and U-937 but not in HeLa cell extracts. The MATE motif is present not only in the promoter of other Fc receptor genes but also in several promoters of genes whose expression is restricted to monocytic cells. Our results suggest that human Fc gamma R1 gene expression in myeloid cells is initiated by the interaction of IFN-gamma-activated factors with cell-type-specific factors through their binding to the GRR and MATE motifs." @default.
- W2097942910 created "2016-06-24" @default.
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- W2097942910 creator A5039126192 @default.
- W2097942910 creator A5052690310 @default.
- W2097942910 date "1993-04-01" @default.
- W2097942910 modified "2023-09-27" @default.
- W2097942910 title "Two cis-DNA elements involved in myeloid-cell-specific expression and gamma interferon (IFN-gamma) activation of the human high-affinity Fc gamma receptor gene: a novel IFN regulatory mechanism." @default.
- W2097942910 cites W1482610088 @default.
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- W2097942910 cites W1516919149 @default.
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- W2097942910 cites W1545193508 @default.
- W2097942910 cites W1546783991 @default.
- W2097942910 cites W1550795185 @default.
- W2097942910 cites W1554424459 @default.
- W2097942910 cites W1560739022 @default.
- W2097942910 cites W1590445803 @default.
- W2097942910 cites W1599928638 @default.
- W2097942910 cites W1602266368 @default.
- W2097942910 cites W1625377704 @default.
- W2097942910 cites W1777874743 @default.
- W2097942910 cites W1805856933 @default.
- W2097942910 cites W1838816910 @default.
- W2097942910 cites W1847235528 @default.
- W2097942910 cites W1888356883 @default.
- W2097942910 cites W1954929088 @default.
- W2097942910 cites W1964618090 @default.
- W2097942910 cites W1965398762 @default.
- W2097942910 cites W1966387132 @default.
- W2097942910 cites W1969979508 @default.
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- W2097942910 cites W1975538460 @default.
- W2097942910 cites W1986021037 @default.
- W2097942910 cites W1990870494 @default.
- W2097942910 cites W1996527034 @default.
- W2097942910 cites W1997228571 @default.
- W2097942910 cites W1997317042 @default.
- W2097942910 cites W1998309975 @default.
- W2097942910 cites W2004256051 @default.
- W2097942910 cites W2007625577 @default.
- W2097942910 cites W2009968835 @default.
- W2097942910 cites W2012588545 @default.
- W2097942910 cites W2019257250 @default.
- W2097942910 cites W2024721720 @default.
- W2097942910 cites W2043006415 @default.
- W2097942910 cites W2049840014 @default.
- W2097942910 cites W2053097015 @default.
- W2097942910 cites W2053944590 @default.
- W2097942910 cites W2056820273 @default.
- W2097942910 cites W2059390370 @default.
- W2097942910 cites W2059556539 @default.
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- W2097942910 cites W2067131745 @default.
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- W2097942910 cites W2073402863 @default.
- W2097942910 cites W2074079796 @default.
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- W2097942910 cites W2085374906 @default.
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- W2097942910 cites W2086548325 @default.
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- W2097942910 cites W2128940002 @default.
- W2097942910 cites W2130804673 @default.
- W2097942910 cites W2136690547 @default.
- W2097942910 cites W2144397177 @default.
- W2097942910 cites W2147243389 @default.
- W2097942910 cites W2150317970 @default.
- W2097942910 cites W2161239928 @default.
- W2097942910 cites W2162714996 @default.
- W2097942910 cites W2167114735 @default.
- W2097942910 cites W2171759277 @default.
- W2097942910 cites W2177943720 @default.
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- W2097942910 cites W275894516 @default.
- W2097942910 cites W344789099 @default.
- W2097942910 cites W45758565 @default.
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- W2097942910 doi "https://doi.org/10.1128/mcb.13.4.2182" @default.
- W2097942910 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/359539" @default.
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