In this issue, Mapp and colleagues describe a significant advance in the design of artificial transcription activators that function in a cell-type-specific manner. [1] The authors show that peptides selected for binding a component of the yeast transcription complex require its presence for effective transcriptional activation
AbstractRNA has recently been shown to play diverse roles in gene regulation, including the small mo...
The strict regulation of transcription is essential for the survival of an organism. Nearly every h...
AbstractMany yeast genes are distinguished by their specific requirements for different components o...
SummaryMisregulated transcription is linked to many human diseases, and thus artificial transcriptio...
SummaryMisregulated transcription is linked to many human diseases, and thus artificial transcriptio...
Eukaryotic transcriptional activators are minimally comprised of a DNA binding domain and a separabl...
Background: Most transcriptional activators minimally comprise two functional modules, one for DNA b...
Background: Most transcriptional activators minimally comprise two functional modules, one for DNA b...
Transcription is important for the determination of cellular phenotype through the regulation of gen...
AbstractSynthetic activators that mimic the ability of native transcription factors to recruit the R...
AbstractBackground: Most transcriptional activators minimally comprise two functional modules, one f...
Both genetic and biochemical data suggest that transcriptional activators with little sequence homol...
We have developed a strategy for the identification of peptides able to functionally replace a zinc ...
We have developed a strategy for the identification of peptides able to functionally replace a zinc ...
We designed and engineered a yeast genetic screen to isolate novel transcriptional machinery compone...
AbstractRNA has recently been shown to play diverse roles in gene regulation, including the small mo...
The strict regulation of transcription is essential for the survival of an organism. Nearly every h...
AbstractMany yeast genes are distinguished by their specific requirements for different components o...
SummaryMisregulated transcription is linked to many human diseases, and thus artificial transcriptio...
SummaryMisregulated transcription is linked to many human diseases, and thus artificial transcriptio...
Eukaryotic transcriptional activators are minimally comprised of a DNA binding domain and a separabl...
Background: Most transcriptional activators minimally comprise two functional modules, one for DNA b...
Background: Most transcriptional activators minimally comprise two functional modules, one for DNA b...
Transcription is important for the determination of cellular phenotype through the regulation of gen...
AbstractSynthetic activators that mimic the ability of native transcription factors to recruit the R...
AbstractBackground: Most transcriptional activators minimally comprise two functional modules, one f...
Both genetic and biochemical data suggest that transcriptional activators with little sequence homol...
We have developed a strategy for the identification of peptides able to functionally replace a zinc ...
We have developed a strategy for the identification of peptides able to functionally replace a zinc ...
We designed and engineered a yeast genetic screen to isolate novel transcriptional machinery compone...
AbstractRNA has recently been shown to play diverse roles in gene regulation, including the small mo...
The strict regulation of transcription is essential for the survival of an organism. Nearly every h...
AbstractMany yeast genes are distinguished by their specific requirements for different components o...