<p>Evolution of the ratio between the atomic hydrophilicity and the total molecular surface area (hydrophilic <i>relative</i> density); and of the ratio between the atomic and the amino acid hydrophilicity relative densities; vs. probe dimensions for 5 model proteins: lysozyme (1LYZ); ribonuclease-A (1AFU); human hemoglobin (1Y4F); human serum albumin (1AO6); human IgG (1HZH).</p
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
<p>The top panels represent the ration between the hydrophobic and positive areas, respectively, rep...
<p>Evolution of the ratio between the atomic hydrophobicity and the total molecular surface area (hy...
<p>Evolution of the ratio between the atomic hydrophilicity and the hydrophilic area (hydrophilic <i...
<p>Evolution of the ratio between the atomic hydrophobic area and the total molecular surface area; ...
<p>Evolution of the ratio between the atomic hydrophobicity and the hydrophobic area (hydrophobic <i...
<p>Evolution of the ratio between atom-based overall hydrophobicity and total molecular surface area...
<p>Evolution of the ratio between atom-based overall hydrophobicity and total molecular surface area...
<p><b>Notes:</b></p><p>1. Overall hydrophobicity is the algebraic sum of hydrophilicity (positive si...
<p>Left: Impact of the probe radius on the amphiphilic (a1, top), hydrophobic (a2, second from the t...
<p>Molecular surface area (top) and surface-to-volume (bottom) for five model proteins: 1LZY = lys...
<p>Left: hydrophobic area (a1, top); ratio of hydrophobic per total area (a2, middle); and relative ...
<div><p>A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and c...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
<p>The top panels represent the ration between the hydrophobic and positive areas, respectively, rep...
<p>Evolution of the ratio between the atomic hydrophobicity and the total molecular surface area (hy...
<p>Evolution of the ratio between the atomic hydrophilicity and the hydrophilic area (hydrophilic <i...
<p>Evolution of the ratio between the atomic hydrophobic area and the total molecular surface area; ...
<p>Evolution of the ratio between the atomic hydrophobicity and the hydrophobic area (hydrophobic <i...
<p>Evolution of the ratio between atom-based overall hydrophobicity and total molecular surface area...
<p>Evolution of the ratio between atom-based overall hydrophobicity and total molecular surface area...
<p><b>Notes:</b></p><p>1. Overall hydrophobicity is the algebraic sum of hydrophilicity (positive si...
<p>Left: Impact of the probe radius on the amphiphilic (a1, top), hydrophobic (a2, second from the t...
<p>Molecular surface area (top) and surface-to-volume (bottom) for five model proteins: 1LZY = lys...
<p>Left: hydrophobic area (a1, top); ratio of hydrophobic per total area (a2, middle); and relative ...
<div><p>A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and c...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
A precise representation of the spatial distribution of hydrophobicity, hydrophilicity and charges o...
<p>The top panels represent the ration between the hydrophobic and positive areas, respectively, rep...