AbstractWhat are the roles of ‘classical’ introns in the evolution of nuclear genes, and what was the origin of these introns? Exon shuffling has been important in the evolution of cell surface and extracellular proteins, but the evidence for it in respect of intracellular proteins is weak. Intron distributions imply that some introns have been removed while others have been inserted in the course of evolution; ancestral patterns of introns may thus have been obscured. Recent evidence on the self-splicing and reverse-splicing abilities of Group II introns supports the hypothesis that these could have been the ancestors of classical introns
AbstractThe ‘introns-late’ theory holds that spliceosomal introns have been added to genes during eu...
AbstractThe evolutionary origin of spliceosomal introns remains elusive. The startling success of a ...
AbstractClose analysis of intron phase – the position of introns within codons – is claimed to pro...
AbstractWhat are the roles of ‘classical’ introns in the evolution of nuclear genes, and what was th...
The debate continues on the issue of whether nuclear introns were present in eukaryotic protein-codi...
There is evidence that introns are basically ancient, though intron insertion events can also occur....
Introns are integral elements of eukaryotic genomes that perform various important functions and act...
AbstractExon insertions and exon duplications, two major mechanisms of exon shuffling, are shown to ...
There has been a lively debate over the evolution of eukaryote introns: at what point in the tree of...
Abstract Background Ever since the discovery of 'genes in pieces' and mRNA splicing in eukaryotes, o...
AbstractClose analysis of intron phase – the position of introns within codons – is claimed to pro...
There has been a lively debate over the evolution of eukaryote introns: at what point in the tree of...
Abstract Background Retrogenes generally do not contain introns. However, in some instances, retroge...
Many genes of eukaryotes and viruses contain introns. The roles of introns are not fully understood ...
Many genes of eukaryotes and viruses contain introns. The roles of introns are not fully understood ...
AbstractThe ‘introns-late’ theory holds that spliceosomal introns have been added to genes during eu...
AbstractThe evolutionary origin of spliceosomal introns remains elusive. The startling success of a ...
AbstractClose analysis of intron phase – the position of introns within codons – is claimed to pro...
AbstractWhat are the roles of ‘classical’ introns in the evolution of nuclear genes, and what was th...
The debate continues on the issue of whether nuclear introns were present in eukaryotic protein-codi...
There is evidence that introns are basically ancient, though intron insertion events can also occur....
Introns are integral elements of eukaryotic genomes that perform various important functions and act...
AbstractExon insertions and exon duplications, two major mechanisms of exon shuffling, are shown to ...
There has been a lively debate over the evolution of eukaryote introns: at what point in the tree of...
Abstract Background Ever since the discovery of 'genes in pieces' and mRNA splicing in eukaryotes, o...
AbstractClose analysis of intron phase – the position of introns within codons – is claimed to pro...
There has been a lively debate over the evolution of eukaryote introns: at what point in the tree of...
Abstract Background Retrogenes generally do not contain introns. However, in some instances, retroge...
Many genes of eukaryotes and viruses contain introns. The roles of introns are not fully understood ...
Many genes of eukaryotes and viruses contain introns. The roles of introns are not fully understood ...
AbstractThe ‘introns-late’ theory holds that spliceosomal introns have been added to genes during eu...
AbstractThe evolutionary origin of spliceosomal introns remains elusive. The startling success of a ...
AbstractClose analysis of intron phase – the position of introns within codons – is claimed to pro...