AbstractRecent studies indicate that, contrary to long-held belief, DNA replication does not have a direct role in transcriptional silencing, but progression through S phase of the cell cycle is nevertheless required for the establishment of silent chromatin
The establishment of silencing in Saccharomyces cerevisiae is similar to heterochromatin formation i...
Gene silencing in budding yeast is mediated by Sir protein binding to unacetylated nucleosomes to fo...
The accurate and timely replication of eukaryotic DNA during S-phase is of critical importance for t...
AbstractRecent studies indicate that, contrary to long-held belief, DNA replication does not have a ...
To preserve the transcriptional program of dividing cells, silent and active chromatin domains must ...
Aberrant expression of developmentally silenced genes, characteristic of tumor cells and regeneratin...
The disruption of chromatin structure can result in transcription initiation from cryptic promote...
We recently described two opposing states of transcriptional competency. One is termed ‘competent’ w...
The connection between DNA replication and heterochromatic silencing in yeast has been a topic of in...
AbstractBackground: Eukaryotic DNA replication starts at many origins. Some origins are used early i...
The establishment of silencing in Saccharomyces cerevisiae is similar to heterochromatin formation i...
When DNA replication is slowed down, normally dormant replication origins are activated. Recent work...
Chromatin disruption caused by polymerase passage during transcription or DNA replication has the po...
report provides a global view of how gene expression is affected by DNA replication. We analyzed syn...
SummaryHere we report that T cell protein tyrosine phosphatase (TCPTP)-dependent and -independent pa...
The establishment of silencing in Saccharomyces cerevisiae is similar to heterochromatin formation i...
Gene silencing in budding yeast is mediated by Sir protein binding to unacetylated nucleosomes to fo...
The accurate and timely replication of eukaryotic DNA during S-phase is of critical importance for t...
AbstractRecent studies indicate that, contrary to long-held belief, DNA replication does not have a ...
To preserve the transcriptional program of dividing cells, silent and active chromatin domains must ...
Aberrant expression of developmentally silenced genes, characteristic of tumor cells and regeneratin...
The disruption of chromatin structure can result in transcription initiation from cryptic promote...
We recently described two opposing states of transcriptional competency. One is termed ‘competent’ w...
The connection between DNA replication and heterochromatic silencing in yeast has been a topic of in...
AbstractBackground: Eukaryotic DNA replication starts at many origins. Some origins are used early i...
The establishment of silencing in Saccharomyces cerevisiae is similar to heterochromatin formation i...
When DNA replication is slowed down, normally dormant replication origins are activated. Recent work...
Chromatin disruption caused by polymerase passage during transcription or DNA replication has the po...
report provides a global view of how gene expression is affected by DNA replication. We analyzed syn...
SummaryHere we report that T cell protein tyrosine phosphatase (TCPTP)-dependent and -independent pa...
The establishment of silencing in Saccharomyces cerevisiae is similar to heterochromatin formation i...
Gene silencing in budding yeast is mediated by Sir protein binding to unacetylated nucleosomes to fo...
The accurate and timely replication of eukaryotic DNA during S-phase is of critical importance for t...
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