<p>The orientation of the average net dipoles on the GABA molecules is decomposed into the angles the dipole vector makes with the XY plane (A) and the YZ plane (B). The red dashed line indicates the position at which the GABA molecules enter the electrostatic field, with the red dashed circle highlighting the extremely similar values for the BIND and PARTIAL categories. The vectors of these dipoles on the BIND (red), PARTIAL (orange) and NEARBY (green) categories at this position are also represented visually (C).</p
Recently, it was suggested that parallel β‐sheets have a significant dipole moment, in contrast to a...
<p>SMD profiles for GABA dissociation using displacement restraints (a), and GABA re-association usi...
The method of dipole orientation of protein complexes using electric fields plays a key role in the ...
<p>(A) The average number of contacts between GABA and Arg207 are shown for the BIND (red), PARTIAL ...
<p>(A) The top view of the GABA<sub>A</sub>-R is illustrated (α<sub>6</sub>-subunits in red, β<sub>3...
<p>a) GABA in all four GAT models, b) GABA and ALA in GAT-2, and c) GABA and MAL in GAT-2. Amino aci...
<p>The ‘midpoint’ is ~2.5 nm from the average starting position of the GABA molecules. To compare th...
<p>(A) The protein density in an XY slice through the simulation box at a set Z-axis position. This ...
Electric fields were applied along the direction of the dipole (transverse axis) and along the vecto...
<p>The orientation angle of the bound ligand is defined as the angle between the unit vector normal ...
The induced polarization of a beam of polar clusters or molecules passing through an electric or mag...
<p>(a) Comparison of the initial binding mode of GABA (from which the dissociation simulation was st...
<p>Panel A. Orientation distribution for the model (red) with normally distributed dipole polar and ...
<p><b>A</b> Most left: A dipole of an ON center (empty circle) and OFF center (filled circle) retina...
Recently, different approaches have been implemented to detect single molecules with an optical dipo...
Recently, it was suggested that parallel β‐sheets have a significant dipole moment, in contrast to a...
<p>SMD profiles for GABA dissociation using displacement restraints (a), and GABA re-association usi...
The method of dipole orientation of protein complexes using electric fields plays a key role in the ...
<p>(A) The average number of contacts between GABA and Arg207 are shown for the BIND (red), PARTIAL ...
<p>(A) The top view of the GABA<sub>A</sub>-R is illustrated (α<sub>6</sub>-subunits in red, β<sub>3...
<p>a) GABA in all four GAT models, b) GABA and ALA in GAT-2, and c) GABA and MAL in GAT-2. Amino aci...
<p>The ‘midpoint’ is ~2.5 nm from the average starting position of the GABA molecules. To compare th...
<p>(A) The protein density in an XY slice through the simulation box at a set Z-axis position. This ...
Electric fields were applied along the direction of the dipole (transverse axis) and along the vecto...
<p>The orientation angle of the bound ligand is defined as the angle between the unit vector normal ...
The induced polarization of a beam of polar clusters or molecules passing through an electric or mag...
<p>(a) Comparison of the initial binding mode of GABA (from which the dissociation simulation was st...
<p>Panel A. Orientation distribution for the model (red) with normally distributed dipole polar and ...
<p><b>A</b> Most left: A dipole of an ON center (empty circle) and OFF center (filled circle) retina...
Recently, different approaches have been implemented to detect single molecules with an optical dipo...
Recently, it was suggested that parallel β‐sheets have a significant dipole moment, in contrast to a...
<p>SMD profiles for GABA dissociation using displacement restraints (a), and GABA re-association usi...
The method of dipole orientation of protein complexes using electric fields plays a key role in the ...