RNA helicases of the DEAD-box family are found in all eukaryotes, most bacteria and many archaea. They play important roles in rearranging RNA-RNA and RNA-protein interactions. DEAD-box proteins are ATP-dependent RNA binding proteins and RNA-dependent ATPases. The first helicases of this large family of proteins were described in the 1980s. Since then our perception of these proteins has dramatically changed. From bona fide helicases, they became RNA binding proteins that separate duplex RNAs, in a local manner, by binding and bending the target RNA. In the present review we describe some of the experiments that were important milestones in the life of DEAD-box proteins since their birth 25 years ago.</p
DFAD-box helicases are ubiquitous enzymes that catalyze the unwinding of energetically stable duplex...
textStructured RNAs and RNA-protein complexes (RNPs) are involved in many essential biological proce...
DEAD-box ATPases constitute a very large protein family present in all cells, often in great abundan...
RNA helicases of the DEAD-box family are found in all eukaryotes, most bacteria and many archaea. Th...
DEAD-box proteins represent the largest family of RNA helicases, present in all three kingdoms of li...
DEAD-box proteins represent the largest family of RNA helicases, present in all three kingdoms of li...
In spite of their importance in RNA metabolism, the function of DExD/H-box proteins (including DEAD-...
RNA helicases of the DEAD box family are present in all eukaryotic cells and in many bacteria and Ar...
Members of the DEAD box family of RNA helicases, which are characterised by the presence of twelve c...
DEAD-box proteins are characterized by nine con-served motifs. According to these criteria, several ...
DEAD-box ATPase proteins are found in all clades of life and have been associated with a diverse arr...
textStructured RNAs are pervasive in biology, spanning a functional repertoire that includes messeng...
In eukaryotes, there are highly coupled mechanisms that require RNA-binding proteins to facilitate g...
Abstract DEAD-box proteins are found in all domains of life and participate in almost all cellular p...
DEAD-box helicases are ubiquitous and important players in RNA metabolism that disrupt RNA duplexes ...
DFAD-box helicases are ubiquitous enzymes that catalyze the unwinding of energetically stable duplex...
textStructured RNAs and RNA-protein complexes (RNPs) are involved in many essential biological proce...
DEAD-box ATPases constitute a very large protein family present in all cells, often in great abundan...
RNA helicases of the DEAD-box family are found in all eukaryotes, most bacteria and many archaea. Th...
DEAD-box proteins represent the largest family of RNA helicases, present in all three kingdoms of li...
DEAD-box proteins represent the largest family of RNA helicases, present in all three kingdoms of li...
In spite of their importance in RNA metabolism, the function of DExD/H-box proteins (including DEAD-...
RNA helicases of the DEAD box family are present in all eukaryotic cells and in many bacteria and Ar...
Members of the DEAD box family of RNA helicases, which are characterised by the presence of twelve c...
DEAD-box proteins are characterized by nine con-served motifs. According to these criteria, several ...
DEAD-box ATPase proteins are found in all clades of life and have been associated with a diverse arr...
textStructured RNAs are pervasive in biology, spanning a functional repertoire that includes messeng...
In eukaryotes, there are highly coupled mechanisms that require RNA-binding proteins to facilitate g...
Abstract DEAD-box proteins are found in all domains of life and participate in almost all cellular p...
DEAD-box helicases are ubiquitous and important players in RNA metabolism that disrupt RNA duplexes ...
DFAD-box helicases are ubiquitous enzymes that catalyze the unwinding of energetically stable duplex...
textStructured RNAs and RNA-protein complexes (RNPs) are involved in many essential biological proce...
DEAD-box ATPases constitute a very large protein family present in all cells, often in great abundan...