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PDBsum entry 1vqp
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Tunnel analysis for: 1vqp calculated with MOLE 2.0
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PDB id
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1vqp
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Tunnels calculated on whole structure |
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Tunnels calculated excluding ligands
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5 tunnels,
coloured by tunnel radius |
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8 tunnels,
coloured by
tunnel radius
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8 tunnels,
coloured as in list below
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Tunnels are interior spaces connected with the protein surrounding. Only channels longer than 15 Å are shown. |
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Free R
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Length
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HPathy
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HPhob
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Polar
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Rel Mut
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Residue..type
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Ligands
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Radius |
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1 |
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1.13 |
1.37 |
214.0 |
-0.64 |
-0.74 |
4.7 |
84 |
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4 |
0 |
4 |
2 |
0 |
2 |
0 |
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U 825 0 G 833 0 C 849 0 U 850 0 C 851 0 G 1378 0 A 1379 0 U 1405 0 A 1406 0 A 1407 0 G 1409 0 U 1544 0 C 1545 0 G 1546 0 A 1547 0 U 1548 0 G 1568 0 U 1569 0 G 1619 0 C 1620 0 U 1635 0 G 1636 0 A 1637 0 C 1700 0 G 1703 0 G 1704 0 G 1706 0 A 1711 0 A 1712 0 G 1713 0 C 1714 0 A 1716 0 A 1717 0 A 1732 0 A 1733 0 C 1734 0 U 1749 0 C 1750 0 G 1751 0 C 1753 0 A 1754 0 G 1756 0 U 1757 0 U 1758 0 A 1759 0 U 1817 0 C 1818 0 G 1820 0 A 1997 0 A 2022 0 A 2024 0 G 2025 0 A 2089 0 G 2090 0 G 2091 0 U 2545 0 U 2546 0 G 2584 0 G 2585 0 U 2586 0 OMU 2587 0 OMG 2588 0 U 2589 0 U 2590 0 G 2592 0 G 2617 0 U 2640 0 C 2641 0 G 2642 0 G 2656 0 G 2657 0 A 2840 0 MG 8030 0 MG 8083 0 MG 8085 0 NA 9181 0 CL 9319 B MG 8069 K
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2 |
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1.12 |
1.37 |
214.2 |
-0.60 |
-0.73 |
4.6 |
84 |
4 |
0 |
3 |
2 |
0 |
2 |
0 |
U 825 0 G 833 0 C 849 0 U 850 0 C 851 0 G 1378 0 A 1379 0 U 1405 0 A 1406 0 A 1407 0 G 1409 0 U 1544 0 C 1545 0 G 1546 0 A 1547 0 U 1548 0 G 1568 0 U 1569 0 G 1619 0 C 1620 0 U 1635 0 G 1636 0 A 1637 0 C 1700 0 G 1703 0 G 1704 0 G 1706 0 A 1711 0 A 1712 0 G 1713 0 C 1714 0 A 1716 0 A 1717 0 A 1732 0 A 1733 0 C 1734 0 U 1749 0 C 1750 0 G 1751 0 C 1753 0 A 1754 0 G 1756 0 U 1757 0 U 1758 0 A 1759 0 U 1817 0 C 1818 0 G 1820 0 A 1997 0 A 2022 0 A 2024 0 G 2025 0 A 2089 0 G 2090 0 G 2091 0 U 2545 0 U 2546 0 G 2584 0 G 2585 0 U 2586 0 OMU 2587 0 OMG 2588 0 U 2589 0 U 2590 0 G 2592 0 G 2617 0 U 2640 0 C 2641 0 G 2642 0 G 2656 0 G 2657 0 C 2839 0 A 2840 0 A 2841 0 G 2842 0 MG 8030 0 MG 8083 0 MG 8085 0 NA 9181 0 CL 9319 B MG 8069 K
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3 |
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1.13 |
1.37 |
216.6 |
-1.28 |
-0.66 |
12.2 |
83 |
13 |
2 |
8 |
4 |
0 |
2 |
0 |
A 466 0 G 467 0 A 476 0 A 495 0 G 496 0 A 498 0 G 499 0 G 514 0 U 845 0 A 1390 0 G 1391 0 A 1427 0 C 1428 0 A 1434 0 A 1732 0 A 1733 0 C 1734 0 U 1749 0 C 1750 0 G 1751 0 A 1997 0 A 2089 0 G 2090 0 G 2091 0 G 2099 0 A 2100 0 A 2103 0 U 2541 0 U 2545 0 U 2546 0 G 2584 0 G 2585 0 U 2586 0 OMU 2587 0 OMG 2588 0 U 2589 0 U 2590 0 G 2592 0 G 2616 0 G 2617 0 G 2618 0 UR3 2619 0 U 2620 0 U 2640 0 C 2641 0 G 2643 0 C 2644 0 U 2645 0 G 2646 0 G 2656 0 G 2657 0 A 2840 0 MG 8030 0 MG 8059 0 NA 9181 0 CL 9319 B MG 8069 K
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4 |
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1.12 |
1.37 |
216.8 |
-1.25 |
-0.65 |
12.0 |
83 |
13 |
2 |
7 |
4 |
0 |
2 |
0 |
A 466 0 G 467 0 A 476 0 A 495 0 G 496 0 A 498 0 G 499 0 G 514 0 U 845 0 A 1390 0 G 1391 0 A 1427 0 C 1428 0 A 1434 0 A 1732 0 A 1733 0 C 1734 0 U 1749 0 C 1750 0 G 1751 0 A 1997 0 A 2089 0 G 2090 0 G 2091 0 G 2099 0 A 2100 0 A 2103 0 U 2541 0 U 2545 0 U 2546 0 G 2584 0 G 2585 0 U 2586 0 OMU 2587 0 OMG 2588 0 U 2589 0 U 2590 0 G 2592 0 G 2616 0 G 2617 0 G 2618 0 UR3 2619 0 U 2620 0 U 2640 0 C 2641 0 G 2643 0 C 2644 0 U 2645 0 G 2646 0 G 2656 0 G 2657 0 C 2839 0 A 2840 0 A 2841 0 G 2842 0 MG 8030 0 MG 8059 0 NA 9181 0 CL 9319 B MG 8069 K
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5 |
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1.18 |
1.31 |
26.8 |
0.87 |
-0.03 |
4.6 |
87 |
1 |
0 |
0 |
7 |
1 |
1 |
0 |
U 1164 0 G 1165 0 A 1166 0 G 1167 0 A 1174 0
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6 |
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1.15 |
1.42 |
35.0 |
0.82 |
-0.03 |
4.7 |
88 |
1 |
0 |
1 |
7 |
1 |
1 |
0 |
A 1166 0 G 1167 0 C 1168 0 U 1169 0 C 1179 0 U 1180 0 A 1181 0
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7 |
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1.32 |
2.00 |
16.3 |
-2.48 |
-0.62 |
28.0 |
87 |
4 |
1 |
1 |
0 |
0 |
0 |
0 |
C 2502 0 A 2503 0 A 2504 0 U 2512 0
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8 |
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1.59 |
1.75 |
16.8 |
-2.32 |
-0.64 |
25.7 |
88 |
3 |
0 |
1 |
0 |
0 |
0 |
0 |
C 2502 0 A 2503 0 A 2504 0 G 2505 0
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Residue-type_colouring |
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Positive
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Negative
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Neutral
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Aliphatic
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Aromatic
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Pro & Gly
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Cysteine
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H,K,R
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D,E
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S,T,N,Q
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A,V,L,I,M
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F,Y,W
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P,G
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C
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