Transcription factor binding sites are found in either nucleosome-free or nucleosome-embedded locations, thus in vivo relationships between nucleosome position and gene activation are not fully understood. In this issue of Developmental Cell, Bai et al. show that binding sites located in nucleosome depleted regions guarantee high reliability, not amplitude, of promoter firing
<div><p>Because DNA packaging in nucleosomes modulates its accessibility to transcription factors (T...
The packaging of DNA into nucleosomes influences the accessibility of underlying regulatory informat...
SummaryThe histone variant macroH2A (mH2A) has been implicated in transcriptional repression, but th...
Previous studies have analyzed patterns of transcription, Transcription Factor (TF) binding or mappe...
SummaryThe chromatin architecture of eukaryotic gene promoters is generally characterized by a nucle...
Nucleosomes regulate transcriptional initiation when positioned in the promoter area. This may requi...
SummaryThe rate-limiting step of transcriptional activation in eukaryotes, and thus the critical poi...
Transcription factor (TF) binding to its DNA target site plays an essential role in gene regulation....
A variety of chromatin features have been implicated in the regulation of gene expression, including...
Nucleosomes, which are the basic packaging units of chromatin, are stably positioned in promoters up...
Nucleosomes are believed to inhibit DNA binding by transcription factors. Theoretical attempts to un...
SummaryNewly hatched sea turtles exposed to artificially generated magnetic fields with parameters c...
By wrapping the DNA around the histone core, nucleosomes intrinsically limit the availability of und...
AbstractNucleosomes assembled on regulatory DNA sites in chromatin repress gene expression; protein ...
Nucleosome depletion at transcription start sites (TSS) has been documented genome-wide in multiple ...
<div><p>Because DNA packaging in nucleosomes modulates its accessibility to transcription factors (T...
The packaging of DNA into nucleosomes influences the accessibility of underlying regulatory informat...
SummaryThe histone variant macroH2A (mH2A) has been implicated in transcriptional repression, but th...
Previous studies have analyzed patterns of transcription, Transcription Factor (TF) binding or mappe...
SummaryThe chromatin architecture of eukaryotic gene promoters is generally characterized by a nucle...
Nucleosomes regulate transcriptional initiation when positioned in the promoter area. This may requi...
SummaryThe rate-limiting step of transcriptional activation in eukaryotes, and thus the critical poi...
Transcription factor (TF) binding to its DNA target site plays an essential role in gene regulation....
A variety of chromatin features have been implicated in the regulation of gene expression, including...
Nucleosomes, which are the basic packaging units of chromatin, are stably positioned in promoters up...
Nucleosomes are believed to inhibit DNA binding by transcription factors. Theoretical attempts to un...
SummaryNewly hatched sea turtles exposed to artificially generated magnetic fields with parameters c...
By wrapping the DNA around the histone core, nucleosomes intrinsically limit the availability of und...
AbstractNucleosomes assembled on regulatory DNA sites in chromatin repress gene expression; protein ...
Nucleosome depletion at transcription start sites (TSS) has been documented genome-wide in multiple ...
<div><p>Because DNA packaging in nucleosomes modulates its accessibility to transcription factors (T...
The packaging of DNA into nucleosomes influences the accessibility of underlying regulatory informat...
SummaryThe histone variant macroH2A (mH2A) has been implicated in transcriptional repression, but th...