(A) The propensities for surface or buried residues; . Black and gray bars denote surface and buried residues for the panel, respectively. (B) The propensities to form floating or supported segments; . (C) The propensities to interact with polypeptides; . (D) The propensities to interact with polynucleotides; . (E) The propensities to interact with chemical compounds; . Black and gray bars indicate floating and supported segments for the panels (B), (C), (D), and (E). Error bars are the standard deviations in 100 non-redundant datasets.</p
<p>The propensity of amino acid <i>i</i> was calculated as the fraction of amino acid <i>i</i> in th...
<p>Data are collected on a list of 303 protein-DNA complexes, non-redundant at the 70% level. F_inte...
<p>Mean PSEE (<i>blue bar</i>) and hydrophobicity index (<i>red bar</i>) of 20 different types of am...
<p>(a) Conformationally changed fragments vs. conformationally unchanged fragments in DNA interfaces...
<p>Propensities are broken down into A) enzyme and B) non-enzyme proteins. The black error bars repr...
(A) Comparison between floating and surface segments. Although the propensities of these types of se...
<p>(A) Percentage frequencies of amino acid residues at protein interfaces. (B) Propensities of amin...
The data describes the flexibility of different amino acids as a gradient of rotameric state change....
<p>(A) Percentage frequencies of amino acids residues at protein interfaces. (B) Propensities of ami...
<p>(A) Percentage frequencies of amino acid residues at protein interfaces. (B) Propensities of amin...
<p>A) Frequencies of solvent-accessible side chains on the protein surface and in binding sites with...
<p>It can be seen from panel A that the secondary structural feature was the most important one for ...
<p>(A) Atom-based prediction confidence level range (shown in the x-axis of the panel) is correlated...
The amino acid distribution is plotted for the functionally neutral/beneficial mutations (left) and ...
<p>(A) Amino acid propensities to be in an interface compared to protein surface calculated accordin...
<p>The propensity of amino acid <i>i</i> was calculated as the fraction of amino acid <i>i</i> in th...
<p>Data are collected on a list of 303 protein-DNA complexes, non-redundant at the 70% level. F_inte...
<p>Mean PSEE (<i>blue bar</i>) and hydrophobicity index (<i>red bar</i>) of 20 different types of am...
<p>(a) Conformationally changed fragments vs. conformationally unchanged fragments in DNA interfaces...
<p>Propensities are broken down into A) enzyme and B) non-enzyme proteins. The black error bars repr...
(A) Comparison between floating and surface segments. Although the propensities of these types of se...
<p>(A) Percentage frequencies of amino acid residues at protein interfaces. (B) Propensities of amin...
The data describes the flexibility of different amino acids as a gradient of rotameric state change....
<p>(A) Percentage frequencies of amino acids residues at protein interfaces. (B) Propensities of ami...
<p>(A) Percentage frequencies of amino acid residues at protein interfaces. (B) Propensities of amin...
<p>A) Frequencies of solvent-accessible side chains on the protein surface and in binding sites with...
<p>It can be seen from panel A that the secondary structural feature was the most important one for ...
<p>(A) Atom-based prediction confidence level range (shown in the x-axis of the panel) is correlated...
The amino acid distribution is plotted for the functionally neutral/beneficial mutations (left) and ...
<p>(A) Amino acid propensities to be in an interface compared to protein surface calculated accordin...
<p>The propensity of amino acid <i>i</i> was calculated as the fraction of amino acid <i>i</i> in th...
<p>Data are collected on a list of 303 protein-DNA complexes, non-redundant at the 70% level. F_inte...
<p>Mean PSEE (<i>blue bar</i>) and hydrophobicity index (<i>red bar</i>) of 20 different types of am...