<p>Persistence network diagram of the epoch at 4 ns (450 K SIM1) showing signs of instability in L1 and QC (the breakage of original links are shown in “red solid line”)with residues (nodes) located on helix H1 colored in yellow, helix H2: red and strand residues: green. A ribbon diagram of a representative snapshot from within the epoch is depicted on the right hand corner. The color scheme followed is same as above.</p
<p><b>(A)</b> Molecular dynamics trajectories of the wild-type, V630del mutant and V630 hybrid CLZ d...
<p>(A) The overview of the persistence diagrams in the two dimensional persistence analysis of FiP35...
<p>Phase diagram indicating stable bundles (shaded), intermittent slippage (squares), and drift stat...
<p>Persistence network diagram of an epoch from the simulations at 400 K (4 ns) showing some signs o...
<p>Persistence network diagram of an epoch from the simulation at 310 K (2ns) depicting the stabilit...
<p>‘Persistence network’ diagram of the epoch at 26 ns (450 K) within the main transition state of u...
One of the critical tools of persistent homology is the persistence diagram. We demonstrate the appl...
<p>(A) The common ancestor network has 10 nodes and one of them (node number 9) is a global regulato...
<p>Each histogram shows the percentage of links found at each link persistence level for all culture...
Shows two types of bifurcations observed in the networked Ising model. Simulations were performed on...
This archive is a full set of supplementary data for the paper "Persistence Diagrams to Visualise Da...
<p>Time evolution of for and () and mean connectivity in the giant component for (A) a ER networ...
<p>Snapshots of structures in 310 K, (A) pH 7 and (B) pH 2, respectively. Frames are taken every 10 ...
<p>The blue circles represent the early and persistent cells through which the traveling wave propag...
<p>Left panel: For the first five environments the neurogenesis algorithm reduces the recoding error...
<p><b>(A)</b> Molecular dynamics trajectories of the wild-type, V630del mutant and V630 hybrid CLZ d...
<p>(A) The overview of the persistence diagrams in the two dimensional persistence analysis of FiP35...
<p>Phase diagram indicating stable bundles (shaded), intermittent slippage (squares), and drift stat...
<p>Persistence network diagram of an epoch from the simulations at 400 K (4 ns) showing some signs o...
<p>Persistence network diagram of an epoch from the simulation at 310 K (2ns) depicting the stabilit...
<p>‘Persistence network’ diagram of the epoch at 26 ns (450 K) within the main transition state of u...
One of the critical tools of persistent homology is the persistence diagram. We demonstrate the appl...
<p>(A) The common ancestor network has 10 nodes and one of them (node number 9) is a global regulato...
<p>Each histogram shows the percentage of links found at each link persistence level for all culture...
Shows two types of bifurcations observed in the networked Ising model. Simulations were performed on...
This archive is a full set of supplementary data for the paper "Persistence Diagrams to Visualise Da...
<p>Time evolution of for and () and mean connectivity in the giant component for (A) a ER networ...
<p>Snapshots of structures in 310 K, (A) pH 7 and (B) pH 2, respectively. Frames are taken every 10 ...
<p>The blue circles represent the early and persistent cells through which the traveling wave propag...
<p>Left panel: For the first five environments the neurogenesis algorithm reduces the recoding error...
<p><b>(A)</b> Molecular dynamics trajectories of the wild-type, V630del mutant and V630 hybrid CLZ d...
<p>(A) The overview of the persistence diagrams in the two dimensional persistence analysis of FiP35...
<p>Phase diagram indicating stable bundles (shaded), intermittent slippage (squares), and drift stat...