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Institute for Hormone and Fertility Research University of Hamburg 22529 Hamburg, Germany
Decidualization of human endometrial stromal (ES)
cells in culture can be triggered by a sustained elevation of
intracellular cAMP for several days and is characterized by activation
of the cAMP-responsive decidual PRL (dPRL) gene promoter. We
investigated the expression of the cAMP response element (CRE) binding
protein CREB, and the modulators CREM (cAMP response element modulator)
and ICER (inducible cAMP early repressor), in relation to
decidualization of ES cells. We isolated all four known ICER isoforms
from ES cells, which differ by the presence or absence of the small
exon
and the presence of either DNA-binding domain (DBD) I or II.
Of the various CREM isoforms, we cloned six transcript species, all
containing DBD I. These were the known repressor CREM-
, the
potential activator CREM-
2
, and four
novel forms whose reading frames were blocked upstream of the DBD. Two
of these forms contained a novel exon
, which is 100 bp in length,
resides downstream of the first protein-coding exon of the
CREM gene, and introduces an early in-frame stop codon.
Surprisingly, in cotransfection assays, all four novel CREM isoforms
were potent inhibitors of protein kinase A-stimulated transcription of
a reporter gene construct driven by a CRE. By in vitro
transcription/translation of all six CREM cDNAs, we demonstrated
internal translation initiation at three different methionine residues,
giving rise to novel short and very short C-terminal proteins
comprising DBD I. These proteins bound to a cAMP response element as
homodimers or as heterodimers with each other or with CREB.
Immunofluorescence showed nuclear localization of C-terminal CREM
proteins expressed from all six CREM cDNAs. Comparison of
undifferentiated and decidualized ES cells showed no difference in the
level of expression of any of the CREM transcript species.
Likewise, CREB was evenly expressed between the two populations. In
contrast, ICER transcripts were strongly up-regulated in decidualized
ES cells in parallel with the induction of dPRL expression. It appears
paradoxical that in vivo, in response to a permanent cAMP
stimulus, ICER is up-regulated without displaying negative
autoregulation of its own gene or suppression of the dPRL promoter.
Elevated ICER levels in decidualized ES cells may be indicative of the
presence of overriding amounts of transcriptional activators such as
full length CREM-
or CREB which, in turn, upon cAMP-induced
phosphorylation, contribute to the induction of the dPRL gene.
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