Topological parameter |
Value |
Connected components |
17 |
Number of nodes |
149 |
Number of edges |
157 |
Clustering coefficient |
0.011 |
Network diameter |
19 |
Shortest paths |
2583 (11%) |
Characteristic path length |
6.364 |
Averaged number of neighbours |
2.081 |
In-degree distribution |
|
γ |
-2.051 |
r |
0.999 |
R2 |
0.926 |
Out-degree distribution |
|
γ |
-2.413 |
r |
0.995 |
R2 |
0.874 |
Avg. Clustering Coefficient Distribution |
|
γ |
1.012 |
r |
0.395 |
R2 |
0.389 |
The value of connected components measures the number of networks obtained; the number of nodes represent the total number of molecules involved; the number of edges represents the total number of interaction found; the clustering coefficient is calculated as CI = 2nI / k(k −1) , where nI is the number of links connecting the kI neighbours of node I to each other; the network diameter is the largest distance between two nodes; shortest paths is the measure of the number (and percentage) of shortest path within the network; the Averaged n° neighbours represent the mean number of connection of each node; the Char. path length gives the expected distance between two connected nodes; γ represent the exponent of power law y = ax-γ, r is the correlation coefficient, R2 the coefficient of determination of power law. |