<p>Electrostatic surface of RpfCc (A,B), RpfBc (C,D) and RpfEc (E,F) in two different orientations rotated 180° around z axis. The positively charged residues are depicted in blue while the negatively charged residues are in red.</p
The electrostatic surface display of protein-protein and protein-aptamer interactions. The negative ...
<p>The surface is colored according to the values of electrostatic potential positioned as viewed fr...
The view is equivalent to that in Fig 1B. (A) Hydrophobic residues are colored in purple. (B) Electr...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p>The images depict membrane interaction areas of the WT (A) and H1047R mutant (B) first cluster re...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p>The figure was prepared with Pymol. Negatively charged (red, Pymol scale of −3), positively charg...
The maps of electrostatic potential distribution on the Van-der-Waals surface of NOD1 CARD (on top) ...
<p>A) The electrostatic surface is represented for four views corresponding to 90° rotations. The di...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
<p>Front view and back view of surface electrostatic potential map for the snapshots shown in <a hre...
Molecular surfaces of Trp residues are coloured in green-white: they account for the propensity of t...
<p>The <i>Ec</i>-PME surface is colored by the calculated electrostatic potential of the protein in ...
<p>The surface of the protein is colored based on the electrostatic potential. NAMN (orange) and res...
<p>The surface is colored according to electrostatic potential (red for negative charges and blue fo...
The electrostatic surface display of protein-protein and protein-aptamer interactions. The negative ...
<p>The surface is colored according to the values of electrostatic potential positioned as viewed fr...
The view is equivalent to that in Fig 1B. (A) Hydrophobic residues are colored in purple. (B) Electr...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p>The images depict membrane interaction areas of the WT (A) and H1047R mutant (B) first cluster re...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p>The figure was prepared with Pymol. Negatively charged (red, Pymol scale of −3), positively charg...
The maps of electrostatic potential distribution on the Van-der-Waals surface of NOD1 CARD (on top) ...
<p>A) The electrostatic surface is represented for four views corresponding to 90° rotations. The di...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
<p>Front view and back view of surface electrostatic potential map for the snapshots shown in <a hre...
Molecular surfaces of Trp residues are coloured in green-white: they account for the propensity of t...
<p>The <i>Ec</i>-PME surface is colored by the calculated electrostatic potential of the protein in ...
<p>The surface of the protein is colored based on the electrostatic potential. NAMN (orange) and res...
<p>The surface is colored according to electrostatic potential (red for negative charges and blue fo...
The electrostatic surface display of protein-protein and protein-aptamer interactions. The negative ...
<p>The surface is colored according to the values of electrostatic potential positioned as viewed fr...
The view is equivalent to that in Fig 1B. (A) Hydrophobic residues are colored in purple. (B) Electr...