Frameshift mutations are generally considered to be deleterious and of little importance for the evolution of novel gene functions. However, by screening an exhaustive set of vertebrate gene families, we found that, when a second transcript encoding the original gene product compensates for this mutation, frameshift mutations can be retained for millions of years and enable new gene functions to be acquired.status: publishe
AbstractWhole genome sequence analyses have confirmed that gene duplication and divergence play majo...
Ancient duplications and rearrangements of protein-coding segments have resulted in complex gene fam...
<div><p>The function of a progenitor gene with the simple structure of one <i>cis</i>-regulatory ele...
Frameshift mutations are generally considered to be deleterious and of little importance for the evo...
In his influential book “Evolution by Gene Duplication”, Ohno postulated that frameshift mutation co...
AbstractGenomic duplication, followed by divergence, contributes to organismal evolution. Several me...
How genetic novelty arises is one of the most elusive questions within genetics and has implications...
Gene family proliferation has provided raw material for functional innovation in higher eukaryotes. ...
Genetic frameshifts are a mutation in whicha nucleotide skip leads to a shift in thereading frame. I...
Genetic decoding is not 'frozen' as was earlier thought, but dynamic. One facet of this is frameshif...
Mutational hotspots offer significant sources of genetic variability upon which selection can act. H...
The duplication of genes and even complete genomes may be a prerequisite for major evolutionary tran...
The duplication of genes and even complete genomes may be a prerequisite for major evolutionary tran...
AbstractAdaptive frameshift mutations in the lacZ gene of Escherichia coli are, unusually, nearly al...
Our goal was to identify evolutionary conserved frame transitions in protein coding regions and to u...
AbstractWhole genome sequence analyses have confirmed that gene duplication and divergence play majo...
Ancient duplications and rearrangements of protein-coding segments have resulted in complex gene fam...
<div><p>The function of a progenitor gene with the simple structure of one <i>cis</i>-regulatory ele...
Frameshift mutations are generally considered to be deleterious and of little importance for the evo...
In his influential book “Evolution by Gene Duplication”, Ohno postulated that frameshift mutation co...
AbstractGenomic duplication, followed by divergence, contributes to organismal evolution. Several me...
How genetic novelty arises is one of the most elusive questions within genetics and has implications...
Gene family proliferation has provided raw material for functional innovation in higher eukaryotes. ...
Genetic frameshifts are a mutation in whicha nucleotide skip leads to a shift in thereading frame. I...
Genetic decoding is not 'frozen' as was earlier thought, but dynamic. One facet of this is frameshif...
Mutational hotspots offer significant sources of genetic variability upon which selection can act. H...
The duplication of genes and even complete genomes may be a prerequisite for major evolutionary tran...
The duplication of genes and even complete genomes may be a prerequisite for major evolutionary tran...
AbstractAdaptive frameshift mutations in the lacZ gene of Escherichia coli are, unusually, nearly al...
Our goal was to identify evolutionary conserved frame transitions in protein coding regions and to u...
AbstractWhole genome sequence analyses have confirmed that gene duplication and divergence play majo...
Ancient duplications and rearrangements of protein-coding segments have resulted in complex gene fam...
<div><p>The function of a progenitor gene with the simple structure of one <i>cis</i>-regulatory ele...