<p>We represent the protein disorder content for the organisms in similar habitats (left panel) and those in the same phyla (right panel). The y-axes give the percentage of proteins with at least one region of ≥30 consecutive residues predicted as disordered by MD (A), NORSnet (B) and IUPred (C). The x-axis on the left side marks the different environmental groups (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0133990#pone.0133990.s010" target="_blank">S2 Table</a>); on the right side marks the studied phylogenetic groups (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0133990#pone.0133990.s022" target="_blank">S14 Table</a>). The groups which are significant for a paired Wilcoxon Test are mark...
<p>(A), DisProt human; (B), IDEAL human; (C), DisProt nonhuman and (D), IDEAL nonhuman. White bar si...
<p>Disorder prediction values for the given residues are plotted against the amino acid residue numb...
<p>A–F. Predicted disorder profiles for different pairs or larger groups of Myc proteins that cluste...
<p>Fractions of proteins with long regions of disorder (here ≥30 consecutive residues) were predicte...
<p>The fractions of proteins with long disordered regions are predicted by two disorder predictor me...
<p>For each organism (Arabidopsis (green) and human (blue)) protein sequences and their correspondin...
<p>The two box plots compare the ratios of disordered residues across major taxonomic groups. The Pf...
<p>Left: percentages of disordered proteins (disordered proteins criterion: those proteins containin...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
Many prokaryotic organisms have adapted to incredibly extreme habitats. The genomes of such extremop...
<div><p>Many prokaryotic organisms have adapted to incredibly extreme habitats. The genomes of such ...
<p>All the proteins detected in any kind of pairwise interactions in the IntAct database were taken ...
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>(A), DisProt human; (B), IDEAL human; (C), DisProt nonhuman and (D), IDEAL nonhuman. White bar si...
<p>Disorder prediction values for the given residues are plotted against the amino acid residue numb...
<p>A–F. Predicted disorder profiles for different pairs or larger groups of Myc proteins that cluste...
<p>Fractions of proteins with long regions of disorder (here ≥30 consecutive residues) were predicte...
<p>The fractions of proteins with long disordered regions are predicted by two disorder predictor me...
<p>For each organism (Arabidopsis (green) and human (blue)) protein sequences and their correspondin...
<p>The two box plots compare the ratios of disordered residues across major taxonomic groups. The Pf...
<p>Left: percentages of disordered proteins (disordered proteins criterion: those proteins containin...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
<p>The average ratio of disordered residues (with a score ≥0.5) in proteins of the eukaryotic proteo...
Many prokaryotic organisms have adapted to incredibly extreme habitats. The genomes of such extremop...
<div><p>Many prokaryotic organisms have adapted to incredibly extreme habitats. The genomes of such ...
<p>All the proteins detected in any kind of pairwise interactions in the IntAct database were taken ...
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>(A), DisProt human; (B), IDEAL human; (C), DisProt nonhuman and (D), IDEAL nonhuman. White bar si...
<p>Disorder prediction values for the given residues are plotted against the amino acid residue numb...
<p>A–F. Predicted disorder profiles for different pairs or larger groups of Myc proteins that cluste...