Color Trajectory Frequency
      0 < Freq. ≤ 10
      10 < Freq. ≤ 20
      20 < Freq. ≤ 30
      30 < Freq. ≤ 40
      40 < Freq. ≤ 50
      50 < Freq. ≤ 60
      60 < Freq. ≤ 70
      70 < Freq. ≤ 80
      80 < Freq. ≤ 90
      90 < Freq. ≤ 100
Index Hub Freq Num Of Links Community Value
1A:A:7 63.45400
2A:A:25 81.99600
3A:A:28 51.09300
4A:A:31 72.22500
5A:A:33 82.63400
6A:A:36 86.53600
7A:A:42 64.08400
8A:A:51 67.36300
9A:A:56 51.17530
10A:A:57 76.95530
11A:A:61 76.82430
12A:A:71 91.54530
13A:A:91 99.11500
14A:A:11 16.34400
15A:A:19 27.98400
16A:A:34 27.61500
17A:A:35 10.47400
18A:A:39 4.45400
19A:A:41 42.76400
20A:A:44 46.4440
21A:A:45 1.84400
22A:A:46 37.51400
23A:A:47 48.41500
24A:A:49 31.65400
25A:A:55 10.95400
26A:A:60 5.92500
27A:A:69 5.59410
28A:A:74 9.63500
29A:A:76 36.19400
30A:A:86 46.1510
31B:B:8 40.15410

Index: hub id, click on each number to highlight the corresponding hub in the 3D visualization.

Hub: the hub being considered.

Freq: the trajectory frequency of the corresponding hub.

Num Of Links: the number of links of the corresponding hub.

Community: the id of the community the link belong to, otherwise 0.

Value: this column reports the value present in the user submitted external values file (if any).

Color Relative Recurrence (%)
      0 < rr ≤ 10
      10 < rr ≤ 20
      20 < rr ≤ 30
      30 < rr ≤ 40
      40 < rr ≤ 50
      50 < rr ≤ 60
      60 < rr ≤ 70
      70 < rr ≤ 80
      80 < rr ≤ 90
      90 < rr ≤ 100
Index Node1 Node2 Recurrency Freq Hub1? Hub2? Community Value1 Value2
1A:A:2 A:A:3 37.7959100NoNo000
2A:A:2 A:A:5 50.221926.27NoNo000
3A:A:5 A:A:6 62.2041100NoNo000
4A:A:6 A:A:7 73.890598.6NoYes000
5A:A:7 A:A:8 33.875772.56YesNo000
6A:A:8 A:A:86 28.772291.18NoYes300
7A:A:85 A:A:86 64.053359.62NoYes000
8A:A:11 A:A:85 56.730864.18YesNo000
9A:A:11 A:A:12 54.955621.57YesNo000
10A:A:12 A:A:13 49.9260NoNo000
11A:A:13 A:A:16 25.07456.17NoNo000
12A:A:7 A:A:91 76.849164.62YesYes000
13A:A:51 A:A:91 61.242685.04YesYes000
14A:A:49 A:A:51 69.9704100YesYes000
15A:A:48 A:A:49 29.807790.94NoYes200
16A:A:42 A:A:47 65.384671.76YesYes200
17A:A:41 A:A:42 38.9793100YesYes200
18A:A:19 A:A:41 27.29291.8YesYes200
19A:A:18 A:A:19 27.0710NoYes000
20A:A:46 A:A:49 27.21890.16YesYes200
21A:A:42 A:A:44 25.0740YesYes200
22A:A:19 A:A:44 26.47930YesYes200
23A:A:56 A:A:91 100100YesYes100
24A:A:56 A:A:57 93.860952.95YesYes100
25A:A:36 A:A:57 83.43260.54YesYes100
26A:A:23 A:A:36 57.396425.42NoYes000
27A:A:22 A:A:23 64.2012100NoNo000
28A:A:21 A:A:22 26.4793100NoNo000
29A:A:31 A:A:36 29.511875.75YesYes100
30A:A:30 A:A:31 21.2278100NoYes100
31A:A:34 A:A:57 22.559222.43YesYes100
32A:A:35 A:A:36 69.0089100YesYes100
33A:A:57 A:A:58 61.0947100YesNo000
34A:A:55 A:A:56 20.11831YesYes100
35A:A:37 A:A:55 21.67160NoYes000
36A:A:37 A:A:38 42.159897.49NoNo000
37A:A:38 A:A:39 39.4970NoYes000
38A:A:39 A:A:40 25.22198.81YesNo000
39A:A:60 A:A:86 45.26630YesYes300
40A:A:59 A:A:60 61.31660NoYes000
41A:A:60 A:A:61 38.97930.17YesYes300
42A:A:57 A:A:67 45.266338.02YesNo000
43A:A:66 A:A:67 27.218995.58NoNo000
44A:A:35 A:A:69 52.29290YesYes100
45A:A:69 A:A:70 48.07690YesNo100
46A:A:35 A:A:58 73.446752.03YesNo000
47A:A:25 A:A:35 55.39940YesYes100
48A:A:25 A:A:70 51.84910YesNo100
49A:A:70 A:A:71 93.0473100NoYes100
50A:A:71 A:A:72 27.5148100YesNo000
51A:A:22 B:B:6 43.269296.5NoNo000
52B:B:5 B:B:6 24.1864100NoNo000
53A:A:13 A:A:81 41.346299.32NoNo000
54A:A:80 A:A:81 44.6006100NoNo000
55A:A:76 A:A:80 23.372863.78YesNo000
56A:A:79 A:A:80 26.99797.12NoNo000
57B:B:6 B:B:7 46.44970NoNo000
58A:A:79 B:B:7 37.795914.81NoNo000
59A:A:84 A:A:85 20.4882100NoNo000
60A:A:71 A:A:75 47.411274.5YesNo100
61A:A:3 A:A:4 25.3698100NoNo000
62A:A:20 B:B:8 30.843288.22NoYes000
63A:A:11 A:A:45 43.93490YesYes000
64A:A:45 A:A:47 22.18930YesYes200
65A:A:58 A:A:59 65.902499.86NoNo000
66A:A:40 A:A:41 22.929100NoYes000
67A:A:75 A:A:76 27.588899.99NoYes100
68A:A:51 A:A:52 20.784100YesNo000
69A:A:19 B:B:8 42.60350.09YesYes000
70A:A:36 A:A:37 42.3817100YesNo000
71B:B:7 B:B:8 44.45279.57NoYes000

Index: link id, click on each number to highlight the corresponding link in the 3D visualization.

Node1 Node2: the two nodes of the corresponding link.

Recurrency: the relative recurrency in the filtered pool of shortest paths.

Freq: the trajectory frequency of this link.

Hub1?, Hub2?: "Yes" if the corresponding node has more than 3 links, otherwise "No".

Community: the id of the community the link belong to, otherwise 0.

Value1, Value2: these columns report the values present in the user submitted external values file (if any).

Color Relative Recurrence (%)
      0 < rr ≤ 10
      10 < rr ≤ 20
      20 < rr ≤ 30
      30 < rr ≤ 40
      40 < rr ≤ 50
      50 < rr ≤ 60
      60 < rr ≤ 70
      70 < rr ≤ 80
      80 < rr ≤ 90
      9 < rr ≤ 10

Here, those paths that begin and end at given residue pair(s) or that pass through a residue are used to generate a novel metapath. Such a path filtering is particularly recommended if some information on allosteric residues is available. The selection syntax for a residue pair ("Pairs") is C:C:c534,A:A:?600 (the lower-case "c" stands for cytosine and "?" indicates any non standard amino acid or nucleotide residue). Selection of more than one apical residue pair has the following syntax: C:C:c534,A:A:?600,C:C:c534,A:A:E41. Only one residue can be selected as a tail ("Tail"). For midway residue(s), each residue must be separated by a comma as well e.g. A:A:?600,A:A:E41.

Midway



Index Node1 Node2 Recurrency Freq Hub1? Hub2? Community Value1 Value2

Index: link id, click on each number to highlight the corresponding link in the 3D visualization.

Node1 Node2: the two nodes of the corresponding link.

Recurrency: the relative recurrency in the filtered pool of shortest paths.

Freq: the trajectory frequency of this link.

Hub1?, Hub2?: "Yes" if the corresponding node has more than 3 links, otherwise "No".

Community: the id of the community the link belong to, otherwise 0.

Value1, Value2: these columns report the values present in the user submitted external values file (if any).

Download PSN data

Trj Stats Plots:

Stat 1 Stat 2 Documentation

2D representation of the global metapath and histograms of path distribution according to several parameters:

2D representation of the user filetered metapath and histograms of path distribution according to several parameters:

Net Summary
Imin 4.62969
Number of Linked Nodes 100
Number of Links 149
Number of Hubs 31
Number of Links mediated by Hubs 103
Number of Communities 4
Number of Nodes involved in Communities 50
Number of Links involved in Communities 76
Path Summary
Number Of Nodes in MetaPath 72
Number Of Links MetaPath 71
Number of Shortest Paths 7152
Length Of Smallest Path 3
Average Path Length 8.36661
Length of Longest Path 18
Minimum Path Force 1.41
Average Path Force 5.15433
Maximum Path Force 10.43
Minimum Path Correlation 0.814
Average Path Correlation 0.884613
Maximum Path Correlation 0.932
Minimum % Of Corr. Nodes 6.25
Average % Of Corr. Nodes 28.0258
Maximum % Of Corr. Nodes 100
Minimum Path Hubs % 0
Average Path Hubs % 49.867
Maximum Path Hubs % 100
Filtered Path Summary
Number Of Nodes in MetaPath available after path filtering
Number Of Links MetaPath available after path filtering
Number of Shortest Paths available after path filtering
Length Of Smallest Path available after path filtering
Average Path Length available after path filtering
Length of Longest Path available after path filtering
Minimum Path Force available after path filtering
Average Path Force available after path filtering
Maximum Path Force available after path filtering
Minimum Path Correlation available after path filtering
Average Path Correlation available after path filtering
Maximum Path Correlation available after path filtering
Minimum % Of Corr. Nodes available after path filtering
Average % Of Corr. Nodes available after path filtering
Maximum % Of Corr. Nodes available after path filtering
Minimum Path Hubs % available after path filtering
Average Path Hubs % available after path filtering
Maximum Path Hubs % available after path filtering

Details about the values in these tables can be found in the corresponding documentation page .

You can download a compressed (zip) file with all submitted structures, 3D outputs (as PyMol and VMD scripts) and numerical data files (as csv and plain text files). The zip bundle also contains an output manual explaining the meaning of all files and numerical data.

Download webpsn_output_jobsYmBd2.zip