<p>Electrostatic potentials were calculated using the APBS plugin in PyMol. Electropositive regions are colored blue, electronegative regions are colored red and regions of neutral charge are colored white. Structures are oriented to look into the base of the active site with the phytase domain pointing out of the plane of the page.</p
<p>Comparison of the electrostatic surface of the starting structures of the proteins, two views are...
<p>All surface representations of the PYDs are shown in the same orientation as the ribbon model of ...
<p>(A) Electrostatic potential properties of PgdS, which are contoured over the range ± 5 kT/e using...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p>Electrostatic surface potential of Bmlp6, Bmlp7 and Bmlp3 was calculated using the <i>APBS</i> al...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
(A) Mevalonate-bound and (B) 5-phosphomevalonate-bound MmMK shown in surface, with electrostatic pot...
<p>The deep blue colour represents the most negative potential, whereas the deep red colour represen...
<p>Two different views of the surface potential of Bmlp3 are shown. The positive and negative charge...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p>The electrostatic potential is mapped on the molecular surface of each enzyme. Negative potential...
<p>The three-dimensional structure of HXB2 gp120 complexed with sCD4 and the CD4i-specific mAb 17b (...
<p>Surface diagrams are coloured by electrostatic properties as calculated by APBS using all default...
<p>View along the pore with water molecules located in the pore. Electrostatic potential defined bet...
<p>Calculated electrostatic surfaces of the enzymes are shown, with acidic regions in red, basic reg...
<p>Comparison of the electrostatic surface of the starting structures of the proteins, two views are...
<p>All surface representations of the PYDs are shown in the same orientation as the ribbon model of ...
<p>(A) Electrostatic potential properties of PgdS, which are contoured over the range ± 5 kT/e using...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
<p>Electrostatic surface potential of Bmlp6, Bmlp7 and Bmlp3 was calculated using the <i>APBS</i> al...
<p><b>A,</b> Surface charge representation of hQPCT (PDB id 2AFM) where region of positive, negative...
(A) Mevalonate-bound and (B) 5-phosphomevalonate-bound MmMK shown in surface, with electrostatic pot...
<p>The deep blue colour represents the most negative potential, whereas the deep red colour represen...
<p>Two different views of the surface potential of Bmlp3 are shown. The positive and negative charge...
<p>Color-coding denotes calculated electrostatic potential (red: <−10 kT; blue: >+10 kT) and underly...
<p>The electrostatic potential is mapped on the molecular surface of each enzyme. Negative potential...
<p>The three-dimensional structure of HXB2 gp120 complexed with sCD4 and the CD4i-specific mAb 17b (...
<p>Surface diagrams are coloured by electrostatic properties as calculated by APBS using all default...
<p>View along the pore with water molecules located in the pore. Electrostatic potential defined bet...
<p>Calculated electrostatic surfaces of the enzymes are shown, with acidic regions in red, basic reg...
<p>Comparison of the electrostatic surface of the starting structures of the proteins, two views are...
<p>All surface representations of the PYDs are shown in the same orientation as the ribbon model of ...
<p>(A) Electrostatic potential properties of PgdS, which are contoured over the range ± 5 kT/e using...