psnGPCR

Press and hold down the left mouse button and move the mouse to rotate.
Press and hold down the central mouse button and move the mouse to translate.
Use the mouse wheel to zoom in or out.
Click on any atom on your molecule and the corresponding residue label will be placed beneath the viewer.

Color	ConSurf Grade
	No Conservation data available
	1
	2
	3
	4
	5
	6
	7
	8
	9

All columns can be sorted in ascending/descending alphabetical order, clicking on the corresponding column header.

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.

Int. Strength: the interaction strength between the two nodes.

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.

ConSurf1, ConSurf2: these columns report the ConSurf conservation grades of the two nodes involved in a link.

Index	Node1	Node2	Int. Strength	Hub1?	Hub2?	Community	ConSurf1	ConSurf2
1	1x40	NT.S531	7.99	No	No	0	4	9
2	E1.E602	NT.S531	5.75	No	No	0	7	9
3	1x39	NT.S532	7.51	Yes	Yes	1	9	9
4	1x43	NT.S532	3.2	No	Yes	1	9	9
5	7x43	NT.S532	3.2	No	Yes	1	9	9
6	NT.F533	NT.L536	7.31	Yes	Yes	1	9	9
7	1x43	NT.F533	5.19	No	Yes	1	9	9
8	1x47	NT.F533	4.87	Yes	Yes	1	9	9
9	2x64	NT.F533	3.22	No	Yes	1	9	9
10	3x40	NT.F533	4.29	No	Yes	1	8	9
11	6x53	NT.F533	4.01	Yes	Yes	1	9	9
12	7x47	NT.F533	5.59	Yes	Yes	1	8	9
13	E2.Y683	NT.I535	13.3	Yes	No	0	6	8
14	E2x51	NT.I535	3.52	Yes	No	0	9	8
15	2x64	NT.L536	4.87	No	Yes	1	9	9
16	3x40	NT.L536	9.74	No	Yes	1	8	9
17	E2x51	NT.L536	7.97	Yes	Yes	1	9	9
18	5x39	NT.M537	3.73	Yes	Yes	0	9	9
19	6x53	NT.M537	4.65	Yes	Yes	1	9	9
20	6x56	NT.M537	3.49	No	Yes	1	9	9
21	7x42	NT.M537	4.98	Yes	Yes	1	9	9
22	E3.I759	NT.A538	3.25	No	No	0	8	9
23	5x36	NT.H539	3.86	Yes	Yes	1	7	6
24	5x37	NT.H539	6.35	No	Yes	1	8	6
25	5x40	NT.H539	3.86	No	Yes	1	7	6
26	E3.F760	NT.H539	15.84	No	Yes	0	8	6
27	1x34	NT.Y540	11.36	No	No	0	6	6
28	E3.D762	NT.Y540	6.9	No	No	0	5	6
29	1x33	E2.R680	5.96	No	Yes	0	5	8
30	1x33	E2.R682	8.34	No	No	3	5	4
31	1x33	E2.Y683	5.75	No	Yes	3	5	6
32	1x35	E2.R682	6.98	No	No	3	5	4
33	1x35	E2.Y683	3.37	No	Yes	3	5	6
34	1x36	1x37	3.35	Yes	No	1	8	5
35	1x36	1x38	12.44	Yes	No	1	8	4
36	1x36	1x39	4.07	Yes	Yes	1	8	9
37	1x36	7x40	8.05	Yes	Yes	1	8	9
38	1x37	1x38	16.24	No	No	1	5	4
39	1x38	7x40	8.36	No	Yes	1	4	9
40	1x39	7x40	16.41	Yes	Yes	1	9	9
41	1x39	7x43	4.42	Yes	No	1	9	9
42	1x40	1x44	6.47	No	No	0	4	5
43	1x43	7x47	5.07	No	Yes	1	9	8
44	1x44	E1.E602	4.65	No	No	0	5	7
45	1x45	1x46	3.68	No	No	0	7	9
46	1x47	2x61	4.5	Yes	No	0	9	8
47	1x47	2x65	6.92	Yes	No	0	9	9
48	1x47	7x47	4.76	Yes	Yes	1	9	8
49	1x50	7x50	3.71	No	No	0	9	9
50	1x51	2x58	6.09	No	Yes	0	8	9
51	1x52	1x56	8.53	No	No	0	5	8
52	1x53	7x51	3.61	No	No	0	9	5
53	1x53	7x54	6.72	No	Yes	0	9	9
54	1x54	2x58	3.65	No	Yes	0	9	9
55	1x54	7x50	5.13	No	No	0	9	9
56	1x56	7x54	14.07	No	Yes	0	8	9
57	1x57	2x54	5.46	No	No	0	7	8
58	1x57	7x54	4.03	No	Yes	0	7	9
59	1x58	2x51	4.28	No	No	0	9	9
60	1x60	7x58	6.76	No	No	0	9	9
61	1x60	8x54	7.49	No	Yes	0	9	9
62	1x61	2x47	3.89	No	No	0	9	9
63	1x61	2x50	9.05	No	Yes	0	9	9
64	1x61	2x51	6.09	No	No	0	9	9
65	1x62	2x51	5.54	No	No	0	6	9
66	1x63	8x57	6.83	No	No	0	7	6
67	1x64	I1x50	9.22	No	No	0	9	9
68	1x64	8x53	7.13	No	Yes	0	9	8
69	8x53	I1x49	7.86	Yes	No	0	8	8
70	2x47	I1x50	7.6	No	No	0	9	9
71	8x49	I1x50	4.36	No	No	0	9	9
72	2x46	2x50	9.03	Yes	Yes	2	9	9
73	2x46	3x53	16.28	Yes	No	0	9	7
74	2x46	6x45	3.5	Yes	No	2	9	9
75	2x46	6x48	3.64	Yes	Yes	2	9	8
76	2x48	4x42	4.71	No	No	0	9	6
77	2x49	3x46	7.05	No	Yes	0	8	9
78	2x49	3x50	6.83	No	No	0	8	9
79	2x49	4x45	5.71	No	No	0	8	7
80	2x50	3x50	11.08	Yes	No	2	9	9
81	2x50	6x48	9	Yes	Yes	2	9	8
82	2x52	3x46	20.1	Yes	Yes	4	9	9
83	2x52	4x46	4.42	Yes	No	0	9	4
84	2x52	4x50	9.8	Yes	Yes	4	9	9
85	2x53	2x57	4.15	No	No	0	9	9
86	2x53	3x47	4.24	No	Yes	0	9	9
87	2x56	3x42	3.61	No	No	0	8	9
88	2x56	4x50	4.03	No	Yes	0	8	9
89	2x57	7x49	5.32	No	Yes	0	9	9
90	2x58	2x62	5.19	Yes	No	0	9	6
91	2x59	3x39	3.42	No	No	0	6	7
92	2x60	3x39	3.92	No	No	0	9	7
93	2x63	3x35	4.28	No	No	0	6	8
94	2x63	3x36	7.14	No	No	0	6	9
95	2x64	E1.I601	13.82	No	No	0	9	7
96	3x29	E1.N603	6.3	Yes	No	5	9	6
97	E1.N603	E2x50	6.3	No	No	5	6	9
98	3x25	3x29	3.42	No	Yes	0	6	9
99	3x25	3x30	5.23	No	No	0	6	6
100	3x29	E2x50	7.28	Yes	No	5	9	9
101	3x32	E2x50	3.42	No	No	0	8	9
102	3x33	E2.Y678	4	No	Yes	0	9	9
103	3x34	E2.Y678	4.35	No	Yes	0	8	9
104	3x36	E2x51	3.42	No	Yes	0	9	9
105	3x37	4x57	5.54	Yes	No	1	9	9
106	3x37	E2.Y678	8.71	Yes	Yes	1	9	9
107	3x37	5x38	5.58	Yes	No	1	9	8
108	3x37	5x39	5.66	Yes	Yes	0	9	9
109	3x38	4x50	4.96	No	Yes	0	6	9
110	3x38	4x54	3.52	No	No	0	6	8
111	3x41	4x53	6.57	No	Yes	0	9	9
112	3x41	4x56	8.56	No	No	0	9	8
113	3x41	5x42	3.28	No	No	0	9	9
114	3x42	4x53	3.74	No	Yes	0	9	9
115	3x44	3x47	6.22	Yes	Yes	1	9	9
116	3x44	5x43	18.35	Yes	No	0	9	8
117	3x44	6x53	18.04	Yes	Yes	1	9	9
118	3x45	4x52	3.42	No	No	6	7	7
119	3x45	4x53	7.53	No	Yes	6	7	9
120	3x46	3x49	5.69	Yes	No	0	9	9
121	3x46	4x49	7.04	Yes	No	0	9	9
122	3x46	4x50	12.54	Yes	Yes	4	9	9
123	3x47	6x50	3.49	Yes	No	0	9	9
124	3x47	6x53	3.49	Yes	Yes	1	9	9
125	3x47	7x49	4.08	Yes	Yes	1	9	9
126	3x48	5x46	6.19	No	No	0	7	9
127	3x49	4x45	6.92	No	No	0	9	7
128	3x49	4x48	4.28	No	No	0	9	6
129	3x50	6x48	9.28	No	Yes	2	9	8
130	3x51	5x50	3.39	No	No	0	9	9
131	3x52	3x56	9.74	No	Yes	0	7	8
132	3x53	3x57	9.28	No	No	0	7	6
133	3x54	5x53	4.28	No	No	0	9	7
134	3x54	5x57	11.79	No	No	0	9	9
135	3x55	3x56	5.16	No	Yes	0	8	8
136	3x55	3x59	13.88	No	No	0	8	9
137	3x55	5x53	4.84	No	No	0	8	7
138	3x56	3x60	3.21	Yes	No	0	8	7
139	3x56	I2.G649	4.52	Yes	No	0	8	7
140	3x58	5x57	6.35	No	No	0	9	9
141	3x60	I2.Q648	25.7	No	No	0	7	7
142	4x41	4x44	3.71	No	Yes	0	6	6
143	4x43	4x44	4	No	Yes	0	5	6
144	4x48	4x49	3.53	No	No	0	6	9
145	4x52	4x53	3.53	No	Yes	6	7	9
146	4x57	E2.Y678	3.79	No	Yes	1	9	9
147	4x60	5x35	5.28	No	Yes	1	9	8
148	4x60	5x38	4.89	No	No	1	9	8
149	4x64	E2.K676	5.97	Yes	No	0	5	3
150	4x64	E2.Q690	7.89	Yes	No	0	5	2
151	4x64	5x35	7.22	Yes	Yes	0	5	8
152	5x35	E2.G677	4.52	Yes	No	0	8	8
153	5x35	E2.Y678	10.32	Yes	Yes	1	8	9
154	E2.D687	E2.R680	5.96	No	Yes	0	5	8
155	E2.F688	E2.R680	8.55	No	Yes	0	4	8
156	E2.R682	E2.Y683	18.52	No	Yes	3	4	6
157	E2x51	E2x52	18.22	Yes	No	1	9	9
158	5x36	E2x51	4.56	Yes	Yes	1	7	9
159	5x39	E2x51	13.03	Yes	Yes	0	9	9
160	5x35	E2x52	6.09	Yes	No	1	8	9
161	5x36	E2x52	4.15	Yes	No	1	7	9
162	E2.D687	E2.E689	6.5	No	No	0	5	3
163	5x35	5x38	7.93	Yes	No	1	8	8
164	5x36	5x40	6.92	Yes	No	1	7	7
165	5x37	5x40	14.81	No	No	1	8	7
166	5x39	5x43	5.24	Yes	No	0	9	8
167	5x41	5x42	4.06	No	No	0	8	9
168	5x41	5x44	3.64	No	No	0	8	7
169	5x44	6x57	5.9	No	No	0	7	5
170	5x45	5x49	8.38	No	No	0	4	5
171	5x50	6x49	15.1	No	No	0	9	9
172	5x54	5x58	7.87	Yes	No	0	8	6
173	5x54	6x46	15.83	Yes	No	0	8	7
174	5x54	6x49	3.65	Yes	No	0	8	9
175	5x59	5x60	8.12	No	No	0	8	8
176	5x59	5x63	7.67	No	No	0	8	5
177	5x62	6x38	4.42	No	No	0	8	9
178	5x64	5x67	9.45	No	No	0	9	8
179	5x65	I3.N726	9.67	No	Yes	7	8	8
180	5x65	I3.M729	8.71	No	Yes	7	8	7
181	5x65	6x34	14.89	No	No	0	8	7
182	5x68	I3.N726	5.66	No	Yes	0	8	8
183	I3.M729	I3.N726	4.21	Yes	Yes	7	7	8
184	I3.K733	I3.M729	5.76	No	Yes	0	5	7
185	6x37	I3.M729	3.22	No	Yes	0	6	7
186	I3.K730	I3.K733	7.18	No	No	0	8	5
187	6x34	6x38	5.64	No	No	0	7	9
188	6x44	7x56	6.3	No	No	0	9	8
189	6x45	6x48	3.99	No	Yes	2	9	8
190	6x47	6x52	5.19	No	No	0	5	9
191	6x47	7x52	16.08	No	No	0	5	8
192	6x48	7x57	11.57	Yes	No	0	8	9
193	6x52	7x46	5.85	No	No	0	9	9
194	6x53	7x42	8.02	Yes	Yes	1	9	9
195	6x53	7x46	15.82	Yes	No	1	9	9
196	6x53	7x49	8.76	Yes	Yes	1	9	9
197	6x54	6x55	3.93	No	Yes	0	6	8
198	6x55	7x38	3.65	Yes	No	0	8	7
199	6x55	7x41	9.18	Yes	No	0	8	6
200	6x55	7x45	3.65	Yes	No	0	8	7
201	6x56	E3.I759	3.53	No	No	0	9	8
202	6x56	7x42	6.02	No	Yes	1	9	9
203	6x58	7x38	3.65	No	No	0	8	7
204	7x39	E3.I759	7.6	No	No	0	7	8
205	E3.D761	E3.D762	3.99	No	No	0	4	5
206	E3.D761	E3.R763	10.72	No	No	0	4	4
207	7x42	7x46	18.12	Yes	No	1	9	9
208	7x48	7x52	3.65	No	No	0	8	8
209	7x49	7x53	3.99	Yes	No	0	9	8
210	7x53	7x57	3.86	No	No	0	8	9
211	7x54	7x58	6.72	Yes	No	0	9	9
212	7x54	7x59	9.38	Yes	No	0	9	8
213	7x54	8x54	4.96	Yes	Yes	0	9	9
214	7x55	7x59	4.15	No	No	0	5	8
215	8x47	8x50	5.91	No	No	0	9	9
216	8x48	8x52	4.05	No	No	0	8	6
217	8x50	8x54	7.57	No	Yes	0	9	9
218	8x53	8x57	4.36	Yes	No	0	8	6
219	8x54	8x57	4.82	Yes	No	0	9	6
220	1x49	1x53	3.17	No	No	0	6	9
221	1x54	2x54	3.17	No	No	0	9	8
222	6x46	6x51	3.17	No	No	0	7	5
223	2x57	3x43	3.15	No	No	0	9	8
224	2x59	2x63	3.07	No	No	0	6	6
225	5x43	5x47	3.07	No	No	0	8	6
226	5x47	6x54	3.07	No	No	0	6	6
227	5x56	5x60	3	No	No	0	6	8
228	5x61	6x41	2.95	No	No	0	8	9
229	1x58	2x55	2.94	No	No	0	9	7
230	6x44	7x57	2.93	No	No	0	9	9
231	E2.P681	E2.R680	2.88	No	Yes	0	3	8
232	2x47	I1x51	2.83	No	No	0	9	8
233	5x46	5x50	2.83	No	No	0	9	9
234	3x27	3x31	2.77	No	No	0	6	5
235	3x54	6x49	2.77	No	No	0	9	9
236	4x45	I2.L650	2.77	No	No	0	7	5
237	5x54	6x42	2.77	Yes	No	0	8	9
238	5x61	6x38	2.77	No	No	0	8	9
239	7x55	7x60	2.77	No	No	0	5	8
240	2x48	2x52	2.74	No	Yes	0	9	9
241	3x28	3x32	2.62	No	No	0	7	8
242	E2.Y683	NT.S531	2.54	Yes	No	0	6	9
243	3x44	5x46	2.51	Yes	No	0	9	9
244	6x43	6x47	2.51	No	No	0	6	5
245	1x55	2x58	2.44	No	Yes	0	5	9
246	1x42	7x40	2.42	No	Yes	0	8	9
247	7x36	7x40	2.34	No	Yes	0	3	9
248	8x52	8x55	2.33	No	No	0	6	4
249	4x44	I2.L650	2.28	Yes	No	0	6	5
250	4x44	4x47	2.28	Yes	No	0	6	7
251	E1.G605	E1.G606	2.11	No	No	0	7	6
252	3x30	E2.Y678	2.06	No	Yes	0	6	9
253	E1.G606	E2.P681	2.03	No	No	0	6	3
254	4x51	4x53	2.03	No	Yes	0	9	9
255	1x46	7x47	1.96	No	Yes	0	9	8
256	3x29	E2.G679	1.96	Yes	No	0	9	9
257	2x66	2x67	1.95	No	No	0	6	8
258	5x51	6x51	1.81	No	No	0	6	5
259	NT.A534	NT.S532	1.71	No	Yes	0	9	9
260	4x61	E2.S675	1.71	No	No	0	8	6
261	1x34	NT.A538	1.7	No	No	0	6	9
262	I2.G647	I2.Q646	1.64	No	No	0	5	7
263	I3.N726	I3.P727	1.63	Yes	No	0	8	6
264	I3.D728	I3.P727	1.61	No	No	0	8	6
265	3x59	5x56	1.59	No	No	0	9	6
266	5x58	5x62	1.59	No	No	0	6	8
267	4x59	4x63	1.54	No	No	0	7	5
268	6x39	6x43	1.52	No	No	0	9	6
269	2x67	3x28	1.5	No	No	0	8	7
270	7x35	7x38	1.5	No	No	0	7	7
271	1x41	1x45	1.49	No	No	0	5	7
272	1x42	7x44	1.47	No	No	0	8	8
273	5x44	5x48	1.47	No	No	0	7	5
274	5x64	5x68	1.45	No	No	0	9	8
275	I1x48	I1x49	1.44	No	No	0	8	8
276	2x45	3x53	1.44	No	No	0	8	7
277	5x66	5x67	1.44	No	No	0	8	8
278	6x40	7x56	1.43	No	No	0	7	8
279	6x40	7x60	1.43	No	No	0	7	8
280	5x34	5x37	1.41	No	No	0	6	8
281	8x53	8x56	1.35	Yes	No	0	8	5
282	4x61	E2.Y678	1.33	No	Yes	0	8	9
283	8x48	8x51	1.24	No	No	0	8	8
284	4x63	4x64	1.21	No	Yes	0	5	5
285	I2.F645	I2.Q648	1.17	No	No	0	9	7

Color	ConSurf Grade
	No Conservation data available
	1
	2
	3
	4
	5
	6
	7
	8
	9

All columns can be sorted in ascending/descending alphabetical order, clicking on the corresponding column header.

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

Hub: the hub being considered.

Avg Int. Strength: the average interaction strength of all the links 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.

ConSurf: this column reports the ConSurf conservation grades of each hub.

Index	Hub	Avg. Int. Strength	Num. Of Links	Community	ConSurf
1	NT.S532	3.905	4	1	9
2	NT.F533	4.92571	7	1	9
3	NT.L536	7.4725	4	1	9
4	NT.M537	4.2125	4	1	9
5	NT.H539	7.4775	4	1	6
6	1x36	6.9775	4	1	8
7	1x39	8.1025	4	1	9
8	1x47	5.2625	4	1	9
9	2x46	8.1125	4	2	9
10	2x50	9.54	4	2	9
11	2x52	9.265	4	4	9
12	2x58	4.3425	4	0	9
13	3x29	4.74	4	5	9
14	3x37	6.3725	4	1	9
15	3x44	11.28	4	1	9
16	3x46	10.484	5	4	9
17	3x47	4.304	5	1	9
18	3x56	5.6575	4	0	8
19	4x44	3.0675	4	0	6
20	4x50	7.8325	4	4	9
21	4x53	4.68	5	6	9
22	4x64	5.5725	4	0	5
23	E2.Y678	4.93714	7	1	9
24	E2.R680	5.8375	4	0	8
25	E2.Y683	8.696	5	3	6
26	E2x51	8.45333	6	1	9
27	5x35	6.89333	6	1	8
28	5x36	4.8725	4	1	7
29	5x39	6.915	4	0	9
30	5x54	7.53	4	0	8
31	I3.N726	5.2925	4	7	8
32	I3.M729	5.475	4	7	7
33	6x48	7.496	5	2	8
34	6x53	8.97	7	1	9
35	6x55	5.1025	4	0	8
36	7x40	7.516	5	1	9
37	7x42	9.285	4	1	9
38	7x47	4.345	4	1	8
39	7x49	5.5375	4	1	9
40	7x54	7.64667	6	0	9
41	8x53	5.175	4	0	8
42	8x54	6.21	4	0	9

Color	ConSurf Grade
	No Conservation data available
	1
	2
	3
	4
	5
	6
	7
	8
	9

All columns can be sorted in ascending/descending alphabetical order, clicking on the corresponding column header.

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.

Recurrence: the relative Recurrence in the pool of shortest paths.

Strength: the interaction strength between the two nodes.

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.

ConSurf1, ConSurf2: these columns report the ConSurf conservation grades of the two nodes involved in a link.

Index	Node1	Node2	Recurrence	Int. Strength	Hub1?	Hub2?	Community	ConSurf1	ConSurf2
1	1x39	NT.S532	10.6643	7.51	Yes	Yes	1	9	9
2	1x43	NT.S532	14.1217	3.2	No	Yes	1	9	9
3	1x43	NT.F533	14.8708	5.19	No	Yes	1	9	9
4	NT.F533	NT.L536	23.7529	7.31	Yes	Yes	1	9	9
5	E2x51	NT.L536	24.3291	7.97	Yes	Yes	1	9	9
6	E2x51	NT.I535	25.0535	3.52	Yes	No	0	9	8
7	E2.Y683	NT.I535	23.6953	13.3	Yes	No	0	6	8
8	6x53	NT.F533	35.8578	4.01	Yes	Yes	1	9	9
9	5x39	E2x51	32.8202	13.03	Yes	Yes	0	9	9
10	5x39	NT.M537	38.0145	3.73	Yes	Yes	0	9	9
11	6x53	NT.M537	38.8336	4.65	Yes	Yes	1	9	9
12	6x56	E3.I759	13.8912	3.53	No	No	0	9	8
13	E3.I759	NT.A538	10.4667	3.25	No	No	0	8	9
14	5x36	E2x51	10.6767	4.56	Yes	Yes	1	7	9
15	1x33	E2.Y683	12.0102	5.75	No	Yes	3	5	6
16	1x33	E2.R680	10.5779	5.96	No	Yes	0	5	8
17	6x53	7x49	81.1039	8.76	Yes	Yes	1	9	9
18	7x49	7x53	100	3.99	Yes	No	0	9	8
19	7x53	7x57	99.1933	3.86	No	No	0	8	9
20	6x44	7x57	35.0798	2.93	No	No	0	9	9
21	6x44	7x56	33.7792	6.3	No	No	0	9	8
22	6x40	7x56	32.5198	1.43	No	No	0	7	8
23	6x40	7x60	31.3591	1.43	No	No	0	7	8
24	7x55	7x60	30.112	2.77	No	No	0	5	8
25	7x55	7x59	28.8689	4.15	No	No	0	5	8
26	7x54	7x59	27.6342	9.38	Yes	No	0	9	8
27	1x57	7x54	14.7761	4.03	No	Yes	0	7	9
28	1x57	2x54	13.1668	5.46	No	No	0	7	8
29	1x54	2x54	11.5492	3.17	No	No	0	9	8
30	6x48	7x57	71.0611	11.57	Yes	No	0	8	9
31	2x50	6x48	20.135	9	Yes	Yes	2	9	8
32	1x61	2x50	25.07	9.05	No	Yes	0	9	9
33	1x61	2x47	18.9167	3.89	No	No	0	9	9
34	2x47	I1x50	16.4142	7.6	No	No	0	9	9
35	1x64	I1x50	13.8953	9.22	No	No	0	9	9
36	1x64	8x53	12.607	7.13	No	Yes	0	9	8
37	3x50	6x48	44.6205	9.28	No	Yes	2	9	8
38	2x49	3x50	49.3291	6.83	No	No	0	8	9
39	2x49	3x46	36.9444	7.05	No	Yes	0	8	9
40	2x49	4x45	12.1419	5.71	No	No	0	8	7
41	3x46	4x50	24.4526	12.54	Yes	Yes	4	9	9
42	5x39	5x43	17.6984	5.24	Yes	No	0	9	8
43	3x44	5x43	24.1851	18.35	Yes	No	0	9	8
44	3x44	3x47	21.8061	6.22	Yes	Yes	1	9	9
45	2x56	4x50	20.3284	4.03	No	Yes	0	8	9
46	2x56	3x42	18.8138	3.61	No	No	0	8	9
47	E2x51	E2x52	14.1958	18.22	Yes	No	1	9	9
48	5x35	E2x52	13.7759	6.09	Yes	No	1	8	9
49	3x30	E2.Y678	13.2491	2.06	No	Yes	0	6	9
50	3x25	3x30	11.9608	5.23	No	No	0	6	6
51	3x25	3x29	10.6643	3.42	No	Yes	0	6	9
52	3x37	5x39	29.0583	5.66	Yes	Yes	0	9	9
53	3x37	E2.Y678	20.3861	8.71	Yes	Yes	1	9	9
54	3x42	4x53	17.2909	3.74	No	Yes	0	9	9
55	3x41	4x53	11.1171	6.57	No	Yes	0	9	9
56	3x44	5x46	57.5938	2.51	Yes	No	0	9	9
57	5x46	5x50	55.2889	2.83	No	No	0	9	9
58	5x50	6x49	52.9511	15.1	No	No	0	9	9
59	3x54	6x49	22.5593	2.77	No	No	0	9	9
60	3x54	5x53	18.6286	4.28	No	No	0	9	7
61	3x55	5x53	17.2251	4.84	No	No	0	8	7
62	4x64	5x35	14.6485	7.22	Yes	Yes	0	5	8
63	5x54	6x49	32.1576	3.65	Yes	No	0	8	9
64	5x54	5x58	25.5598	7.87	Yes	No	0	8	6
65	5x58	5x62	24.1974	1.59	No	No	0	6	8
66	5x62	6x38	22.8186	4.42	No	No	0	8	9
67	6x34	6x38	18.8755	5.64	No	No	0	7	9
68	5x65	6x34	17.4679	14.89	No	No	0	8	7
69	5x65	I3.N726	10.2239	9.67	No	Yes	7	8	8
70	5x43	5x47	11.6192	3.07	No	No	0	8	6
71	5x47	6x54	10.1951	3.07	No	No	0	6	6
72	3x44	6x53	30.7129	18.04	Yes	Yes	1	9	9
73	3x47	7x49	20.8841	4.08	Yes	Yes	1	9	9

Download PSN data

2D representation of the global metapath, ligand(s) interactions and
histograms of path distribution according to several parameters
(click on the image to enlarge it 🔍):

A 2D representation of the global communication in the network.

ConSurf Conservation Grade (See documentation):

n/a 1 2 3 4 5 6 7 8 9

Number of shortest communication paths as a function of the average residue correlation.

Number of shortest communication paths as a function of the average interaction strength of their links.

Number of shortest communication paths as a function of the % of hub nodes in each path.

Number of shortest communication paths as a function of the number of nodes in each path.

Number of shortest communication paths as a function of the % of correlated nodes in each path.

there is no ligand in network adgre5_on

Consensus Members
	Id	Members
	8IKL	8IKL-ADGRE5-chim(NtGi1L-G13)/β1/γ2

Net Summary
I_min	3.2
Number of Linked Nodes	253
Number of Links	285
Number of Hubs	42
Number of Links mediated by Hubs	155
Number of Communities	7
Number of Nodes involved in Communities	55
Number of Links involved in Communities	76

Path Summary
Number Of Nodes in MetaPath	74
Number Of Links MetaPath	73
Number of Shortest Paths	46423
Length Of Smallest Path	3
Average Path Length	14.2691
Length of Longest Path	32
Minimum Path Strength	1.375
Average Path Strength	6.41955
Maximum Path Strength	18.195
Minimum Path Correlation	0.7
Average Path Correlation	0.930934
Maximum Path Correlation	1
Minimum % Of Corr. Nodes	4.16667
Average % Of Corr. Nodes	52.2326
Maximum % Of Corr. Nodes	100
Minimum Path Hubs %	0
Average Path Hubs %	40.8029
Maximum Path Hubs %	100

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

This network is also present in following consensuses:
	Id	Components
	adgre_on	adgre5_on

You can download a compressed (zip) file with structure(s), 3D outputs (as PyMol and VMD scripts) and numerical data files (as csv and plain text files).

Download adgre5_on.zip

You can click to copy the link of this page to easily come back here later

or use this QR code to link and share this page.

You can also read or download a guide explaining the meaning of all files and numerical data.