The human snRNA promoters contain a proximal sequence element (PSE) required for basal transcription and a distal sequence element (DSE) required for activated transcription. The PSE recruits the multisubunit factor SNAP,, whereas the DSE recruits Oct-1. Oct-1 and SNAP, bind cooperatively to DNA when their respective binding sites are moved into proximity through a mechanism that involves a defined protein-protein contact. Here, we show that on the natural U6 promoter, cooperative binding of Oct-1 and SNAP, is mediated by a positioned nucleosome that resides between the DSE and the PSE. This cooperative binding requires the same protein-protein contact as cooperative binding to closely spaced sites on naked DNA and mediates transcription ac...
In eukaryotes, activation of transcription involves an interplay between activators bound to cis-reg...
AbstractBackground: The promoter regions of most eukaryotic genes contain binding sites for more tha...
In eukaryotes, small nuclear RNAs (snRNAs) are required for pre-mRNA splicing. Most snRNAs, such as ...
The human small nuclear (sn) RNA promoters contain a proximal sequence element (PSE), which recruits...
The RNA polymerases II and III snRNA gene promoters contain an octamer sequence as part of the enhan...
The core human U6 promoter consists of a proximal sequence element (PSE) located upstream of a TATA ...
The nucleation of RNA polymerases I-III transcription complexes is usually directed by distinct mult...
snRNA gene transcription is activated in part by recruitment of SNAP(c) to the core promoter through...
Vita.Transcription of vertebrate U6 snRNA genes by RNA polymerase III requires two sequence elements...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
Vita.Transcription of vertebrate U6 snRNA genes by RNA polymerase III requires two sequence elements...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
The promoters of vertebrate U6 small nuclear RNA genes contain a distal control region whose presenc...
Program year: 1996/1997Digitized from print original stored in HDRPast studies have shown that the p...
In eukaryotes, activation of transcription involves an interplay between activators bound to cis-reg...
AbstractBackground: The promoter regions of most eukaryotic genes contain binding sites for more tha...
In eukaryotes, small nuclear RNAs (snRNAs) are required for pre-mRNA splicing. Most snRNAs, such as ...
The human small nuclear (sn) RNA promoters contain a proximal sequence element (PSE), which recruits...
The RNA polymerases II and III snRNA gene promoters contain an octamer sequence as part of the enhan...
The core human U6 promoter consists of a proximal sequence element (PSE) located upstream of a TATA ...
The nucleation of RNA polymerases I-III transcription complexes is usually directed by distinct mult...
snRNA gene transcription is activated in part by recruitment of SNAP(c) to the core promoter through...
Vita.Transcription of vertebrate U6 snRNA genes by RNA polymerase III requires two sequence elements...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
Vita.Transcription of vertebrate U6 snRNA genes by RNA polymerase III requires two sequence elements...
The RNA polymerase (pol) II and III human small nuclear RNA (snRNA) genes have very similar promoter...
The promoters of vertebrate U6 small nuclear RNA genes contain a distal control region whose presenc...
Program year: 1996/1997Digitized from print original stored in HDRPast studies have shown that the p...
In eukaryotes, activation of transcription involves an interplay between activators bound to cis-reg...
AbstractBackground: The promoter regions of most eukaryotic genes contain binding sites for more tha...
In eukaryotes, small nuclear RNAs (snRNAs) are required for pre-mRNA splicing. Most snRNAs, such as ...