12 research outputs found
Cα displacement in open/closed conformations.
<p>Cα displacement in open/closed conformations.</p
Structure snapshots of normal mode analysis.
<p>Superimposed snapshots of the structure extracted from normal mode analysis. Alpha 5 and alpha 10 helices are colored.</p
Distance fluctuation map of CALB.
<p>Distance fluctuation map of CALB for Cα at mode 1. Flexible blocks are colored for increase (blue) and decrease (red) of distance fluctuations.</p
Superposition of MD and NMA results.
<p>Superposition of structures resulted from MD and NMA. Alpha 5 and 10 helices are highlighted. Closed and open conformations extracted from MD trajectories are represented by red and green.</p
Ribbon representations of CALB.
<p>Ribbon representations of CALB with open (blue) and closed (red) conformations (A). Snapshots from different views (B and C).</p
Distances between lid α5 and α10 during 30 ns.
<p>Inter helical distance between C<sub>α</sub> atoms of α5 and α10 in CALB at 5°C (blue line), 35°C (red line) and 50°C (green line) as a function of time (ps).</p
Mean square displacement of Cα.
<p>Mean square displacement of Cα calculated by normal mode analysis for mode 7 (blue) and 11 (red).</p
RMSF of Cα for modes 1–5 at different temperatures.
<p>RMSF of Cα for modes 1–5 at 5°C (8A), 35°C (8B) and 50°C (8C): Total RMSF (blue), mode 1 (red), mode 2 (green), mode 3 (purple), mode 4 (light blue), mode 5 (orange).</p
Radius of gyration of CALB at different temperatures.
<p>R<sub>gyr</sub> of CALB at 5°C (blue line), 35°C (red line) and 50°C (green line) with average values of 18.188, 18.22 and 18.251 respectively.</p
Distances between lid α5 and α10 at different sets of simulations.
<p>Inter helical distance of three different simulations of CALB at 5°C for 30 ns. First experiment (blue), second experiment (red) and third experiment (green) (A). Helical distance of long–term simulation of CALB at 5°C (blue), 35°C (red) and 50°C (green) for 60 ns. The structure closed and re-opened at 23 and 31 ns of simulation sequentially at 5°C (B).</p