… the repression of Tbr1 gene, as the in vivo decrease of CTIP1 … Since a marked difference
in CTIP1 expression between … of CTIP1 expression lead to differential degrees of repression …

… involved in the regulation of Bcl11A/Evi9/CTIP1 in neurons. Alternatively, it is also possible
that in addition to transcriptional repression, Bcl11A/Evi9/CTIP1 proteins perform another, as-…

… of Bcl11a for their morphogenesis and survival. Finally, we identify Sema3c as a direct Bcl11a
… cells transfected with Bcl11a-XL or a control vector show repression of luciferase activity of …

… that Bcl11A/CTIP1/Evi9, a zinc finger transcription factor, downregulates axon branching.
Knockdown of Bcl11A … Bcl11A-L, although it is unclear whether they are direct target genes of …

… by directly regulating Cas expression: neural stem cell expression of Cph begins immediately
before Cas, Cph is necessary for Cas induction and Cph directly … is normally repressed at …

… has been shown to act as a transcriptional repressor in erythroid cells 32,50 , our results
indicate that CTIP1 might directly binds to the active promoter region of Fosl2 gene through a GC…

… Our data suggest that Cph promotes the switch by directly regulating Cas expression: …
than repressing the initial factor: Cph is critical for induction of Cas but not repression of Pdm. …

… We identified Desmoplakin as a direct target gene of Bcl11b. Forebrain‐specific deletion
of … of p57KIP2 levels would require active repression of p57KIP2 by Bcl11b in proliferating …

… a DNA repeat in the second intron of Sema3c that conveys transcriptional repression. Thus,
… How do the widely expressed Bcl11 genes direct the development and maintenance of …

… The different transcription factors repress and directly enhance each other, leading to … the
transcription factors Bcl11a and Bcl11b: Bcl11a and Bcl11b are closely related, Bcl11a has not …