<p>The images depict membrane interaction areas of the WT (A) and H1047R mutant (B) first cluster representatives. The surface has been colored with a color scale from −7 eV to 7 eV, with red representing negative charge, white neutral and blue positive. The charge value corresponds to the solvent accessible surface of the protein, namely 1.4 Å far from the surface. These structures were derived from a cluster analysis including all the Cα carbon with a cutoff of 1.7 Å.</p
<p>“Open-Book view” of the Tse1/Tsi1 complex showing surface representations of Tse1 (left) and Tsi1...
<p><b>A</b>) Surface charge representation of hsTRPA1, viewed from outside the cell, and calculated ...
<p>The electrostatic field around each modeled protein and HYL1-dsRBD1 wild type was calculated usin...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
<p>Electrostatic potential is mapped on the surface, with positive charged region colored in blue an...
<p>(A) Superposition of wt β2m (light grey, PDB ID 2YXF) on the D38N mutant (green). Close up view o...
<p>Front view and back view of surface electrostatic potential map for the snapshots shown in <a hre...
<p>A, wild-type HA; B, E374K mutant. Electrostatic potential was colored into the surface structure....
<p><b>(A)</b> Ribbon representation of docked complex i.e. HSP18 with ATP molecule. Key residues inv...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p><b>A</b>: SrfN (dimer), <b>B</b>: YahO, <b>C</b>: SssB-I, <b>D</b>: SssB-III. In addition to ribb...
<p>(A) Substrate binding cleft of hNtaq1. Carbon in the substrate-mimicking peptide, catalytic triad...
<p>The three-dimensional structure of HXB2 gp120 complexed with sCD4 and the CD4i-specific mAb 17b (...
<p>Electrostatic surface of RpfCc (A,B), RpfBc (C,D) and RpfEc (E,F) in two different orientations r...
<p>“Open-Book view” of the Tse1/Tsi1 complex showing surface representations of Tse1 (left) and Tsi1...
<p><b>A</b>) Surface charge representation of hsTRPA1, viewed from outside the cell, and calculated ...
<p>The electrostatic field around each modeled protein and HYL1-dsRBD1 wild type was calculated usin...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
<p>Electrostatic potential is mapped on the surface, with positive charged region colored in blue an...
<p>(A) Superposition of wt β2m (light grey, PDB ID 2YXF) on the D38N mutant (green). Close up view o...
<p>Front view and back view of surface electrostatic potential map for the snapshots shown in <a hre...
<p>A, wild-type HA; B, E374K mutant. Electrostatic potential was colored into the surface structure....
<p><b>(A)</b> Ribbon representation of docked complex i.e. HSP18 with ATP molecule. Key residues inv...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p><b>A</b>: SrfN (dimer), <b>B</b>: YahO, <b>C</b>: SssB-I, <b>D</b>: SssB-III. In addition to ribb...
<p>(A) Substrate binding cleft of hNtaq1. Carbon in the substrate-mimicking peptide, catalytic triad...
<p>The three-dimensional structure of HXB2 gp120 complexed with sCD4 and the CD4i-specific mAb 17b (...
<p>Electrostatic surface of RpfCc (A,B), RpfBc (C,D) and RpfEc (E,F) in two different orientations r...
<p>“Open-Book view” of the Tse1/Tsi1 complex showing surface representations of Tse1 (left) and Tsi1...
<p><b>A</b>) Surface charge representation of hsTRPA1, viewed from outside the cell, and calculated ...
<p>The electrostatic field around each modeled protein and HYL1-dsRBD1 wild type was calculated usin...