<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteomes, within regions outside Pfam domains is shown as a function the same value within Pfam domains. Large phylogenetic groups are color coded, as defined on a small plate. The linear function showing a parallel increase of disorder within and outside Pfam domains in most species is marked by a dashed line. Certain groups of species show significant deviation from this linear dependence, as explained and discussed in the text.</p
<p>Why the intrinsically disordered regions evolve within human proteome has became an interesting q...
Intrinsic disorder is more abundant in eukaryotic than prokaryotic proteins. Methods predicting intr...
<p>Proteins are classified according to their percentage of residues that is predicted to be disorde...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
<p>Pfam domains were predicted for all eukaryotic proteomes with PfamScan <a href="http://www.ploson...
<p>The overall number of predicted disordered binding sites in eukaryotic proteomes predicted by the...
<p>The two box plots compare the ratios of disordered residues across major taxonomic groups. The Pf...
Disordered regions play important roles in protein adaptation to challenging environmental condition...
Disordered regions play important roles in protein adaptation to challenging environmental condition...
<p>Structural disorder was predicted by the IUPred algorithm <a href="http://www.plosone.org/article...
<p>The relative proportional change in amino acid frequency within disordered regions was calculated...
<p>We represent the protein disorder content for the organisms in similar habitats (left panel) and ...
<p>Box plot of the ratios of disordered residues across three datasets: The Pfam dataset, the PDB da...
Based on early bioinformatic studies on a handful of species, the frequency of structural disorder o...
<div><p>Intrinsically disordered proteins and intrinsically disordered protein regions are highly ab...
<p>Why the intrinsically disordered regions evolve within human proteome has became an interesting q...
Intrinsic disorder is more abundant in eukaryotic than prokaryotic proteins. Methods predicting intr...
<p>Proteins are classified according to their percentage of residues that is predicted to be disorde...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
<p>Pfam domains were predicted for all eukaryotic proteomes with PfamScan <a href="http://www.ploson...
<p>The overall number of predicted disordered binding sites in eukaryotic proteomes predicted by the...
<p>The two box plots compare the ratios of disordered residues across major taxonomic groups. The Pf...
Disordered regions play important roles in protein adaptation to challenging environmental condition...
Disordered regions play important roles in protein adaptation to challenging environmental condition...
<p>Structural disorder was predicted by the IUPred algorithm <a href="http://www.plosone.org/article...
<p>The relative proportional change in amino acid frequency within disordered regions was calculated...
<p>We represent the protein disorder content for the organisms in similar habitats (left panel) and ...
<p>Box plot of the ratios of disordered residues across three datasets: The Pfam dataset, the PDB da...
Based on early bioinformatic studies on a handful of species, the frequency of structural disorder o...
<div><p>Intrinsically disordered proteins and intrinsically disordered protein regions are highly ab...
<p>Why the intrinsically disordered regions evolve within human proteome has became an interesting q...
Intrinsic disorder is more abundant in eukaryotic than prokaryotic proteins. Methods predicting intr...
<p>Proteins are classified according to their percentage of residues that is predicted to be disorde...