Polyadenylation is a posttranscriptional modification present throughout all the kingdoms of life with important roles in regulation of RNA stability, translation, and quality control. Functions of polyadenylation in prokaryotic and organellar RNA metabolism are still not fully characterized, and poly(A) tails appear to play contrasting roles in different systems. Here we present a general overview of the polyadenylation process and the factors involved in its regulation, with an emphasis on the diverse functions of 3' end modification in the control of gene expression in different biological systems
In eukaryotic cells, newly synthesized mRNAs acquire a poly(A) tail that plays several fundamental r...
Polyadenylation is thought to be involved in the degradation and quality control of bacterial RNAs b...
Expression of mature messenger RNAs (mRNAs) requires appropriate transcription initiation and termin...
Polyadenylation is a posttranscriptional modification present throughout all the kingdoms of life wi...
In eukaryotes, mRNA metabolism requires a sophisticated signaling system. Recent studies have sugges...
Impact of mRNA processing and/or modifications has long been associated with gene expression regulat...
The majority of eukaryotic genes produce multiple mRNA isoforms with distinct 3' ends through a proc...
The 3′ poly(A) tail has important roles throughout the eukaryotic mRNA life cycle. A characteristic ...
The discovery that the U1A RNA-binding protein regulates polyadenylation of its own mRNA suggests th...
Poly(A) tails have long been known as stable 3' modifications of eukaryotic mRNAs, added during nucl...
The life cycle of RNA begins with transcription and ends upon degradation; in between are several pr...
Polyadenylation is thought to be involved in the degradation and quality control of bacterial RNAs b...
Poly(A) tails are present on almost all eukaryotic mRNAs, and play critical roles in mRNA stability,...
Cleavage and polyadenylation (pA) is a fundamental step that is required for the maturation of prima...
Polyadenylation of mRNA 3' ends is a key event in gene expression, as the poly(A) tail both stabiliz...
In eukaryotic cells, newly synthesized mRNAs acquire a poly(A) tail that plays several fundamental r...
Polyadenylation is thought to be involved in the degradation and quality control of bacterial RNAs b...
Expression of mature messenger RNAs (mRNAs) requires appropriate transcription initiation and termin...
Polyadenylation is a posttranscriptional modification present throughout all the kingdoms of life wi...
In eukaryotes, mRNA metabolism requires a sophisticated signaling system. Recent studies have sugges...
Impact of mRNA processing and/or modifications has long been associated with gene expression regulat...
The majority of eukaryotic genes produce multiple mRNA isoforms with distinct 3' ends through a proc...
The 3′ poly(A) tail has important roles throughout the eukaryotic mRNA life cycle. A characteristic ...
The discovery that the U1A RNA-binding protein regulates polyadenylation of its own mRNA suggests th...
Poly(A) tails have long been known as stable 3' modifications of eukaryotic mRNAs, added during nucl...
The life cycle of RNA begins with transcription and ends upon degradation; in between are several pr...
Polyadenylation is thought to be involved in the degradation and quality control of bacterial RNAs b...
Poly(A) tails are present on almost all eukaryotic mRNAs, and play critical roles in mRNA stability,...
Cleavage and polyadenylation (pA) is a fundamental step that is required for the maturation of prima...
Polyadenylation of mRNA 3' ends is a key event in gene expression, as the poly(A) tail both stabiliz...
In eukaryotic cells, newly synthesized mRNAs acquire a poly(A) tail that plays several fundamental r...
Polyadenylation is thought to be involved in the degradation and quality control of bacterial RNAs b...
Expression of mature messenger RNAs (mRNAs) requires appropriate transcription initiation and termin...