@TOME V2.3
(Nov 2016)

Ref. - - Doc.
Global output mode :
Sort entries by :
Sequence Color type :

Show alignment :
Column output:
Score:

Alignment:

3D Common Core:

Structural Clustering:

Modeller Result :

Complexes Modeling
Templates Information:
Sequence & Result Tab:

Values color: [ Good | Correct | Middling | Bad ]Comparative Docking Tab: Displays ligands Score after transfer from template to model
Cell color: RMS between binding site of experimental template and receptor: [‹ 3Å | ‹ 10Å | › 10Å]
Result: [ Good | Correct | Acceptable | Bad | Empty = ligand not selected during the calculation step or result rejected ]

Query sequence : bsu18240: (2016-06-29 )
MFTKVLIANRGEIAMRIIRTCSRLGIKTVAVYSEADKDAPHTKAATEAYLIGESRVSESYLNIERIIKTAKKAKADAIHPGYGLLSENSRFAERCKQENIVFIGPSPDIIAKMGSKIEARKAMEAAGVPVVPGVSESLGDIEAACRTASQIGYPVMLKASAGGGGIGMQRVENEEALKKAYEGNKKRAADFFGDGSMYIEKVIEHARHIEVQLLADQHGHTVHLFERDCSVQRRHQKVIEEAPSPFVDDELRMKIGQTAVKAAKAIGYTNAGTIEFIVDQKQNFYFLEMNTRLQVEHPVTEEITGLDLVEQQLRIAAGHTLTFSQKDIQRNGHAIEVRIYAEDPKTFFPSPGTITAFSLPDQKGVRHECAVAKDSTVTPFYDPMIAKMIVKGQTRTEAIEKLETALRDYRVEGIKTNLPLLIQAAATKAFKEGDVTTDFLKQHL

Atome Classification :

(51 SA) Binding Score for complex ligand / Scwrl (Unconserved SChains Recalculated) model (Only selected ligand are displayed)
(Atome) (Ident) (Tito) (Num) (pKd) (Uniprot)

ADP_B_7(3G8C)
ACCC_ECOLI
[Raw transfer]



ATP_B_4(1DV2)
ACCC_ECOLI
[Raw transfer]



ATF_A_4(2VR1)
ACCC_ECOLI
[Raw transfer]



ADP_A_2(3RV4)
ACCC_ECOLI
[Raw transfer]



ADP_A_4(3RV3)
ACCC_ECOLI
[Raw transfer]



ANP_B_7(2VPQ)
?
[Raw transfer]



ADP_A_8(3OUZ)
?
[Raw transfer]



ANP_A_3(2VPQ)
?
[Raw transfer]



ANP_A_5(2J9G)
ACCC_ECOLI
[Raw transfer]



ANP_A_3(2VPQ)
?
[Raw transfer]



ADP_B_8(2J9G)
ACCC_ECOLI
[Raw transfer]



AP2_A_2(2VQD)
ACCC_PSEAE
[Raw transfer]



ATP_A_3(1DV2)
ACCC_ECOLI
[Raw transfer]



ADP_A_4(3RUP)
ACCC_ECOLI
[Raw transfer]



ADP_A_3(3G8C)
ACCC_ECOLI
[Raw transfer]



ACP_A_3(4MV8)
ACCC_HAEIN
[Raw transfer]



ADP_B_4(3G8D)
ACCC_ECOLI
[Raw transfer]



ACP_A_2(4MV4)
ACCC_HAEIN
[Raw transfer]



ACP_A_2(4MV4)
ACCC_HAEIN
[Raw transfer]



ACP_A_2(4MV3)
ACCC_HAEIN
[Raw transfer]



ADP_A_3(4MV1)
ACCC_HAEIN
[Raw transfer]



GOL_A_5(3VA7)
?
[Raw transfer]



GOL_A_5(3VA7)
?
[Raw transfer]



JZL_A_3(3JZI)
ACCC_ECOLI
[Raw transfer]



OA4_A_3(2W6P)
ACCC_ECOLI
[Raw transfer]



L23_A_4(2W71)
ACCC_ECOLI
[Raw transfer]



LZL_A_3(2V5A)
ACCC_ECOLI
[Raw transfer]



LZK_B_4(2V59)
ACCC_ECOLI
[Raw transfer]



JZL_B_4(3JZI)
ACCC_ECOLI
[Raw transfer]



LZK_A_3(2V59)
ACCC_ECOLI
[Raw transfer]



JZK_B_4(3JZF)
ACCC_ECOLI
[Raw transfer]



LZJ_A_3(2V58)
ACCC_ECOLI
[Raw transfer]



LZJ_B_5(2V58)
ACCC_ECOLI
[Raw transfer]



L23_C_6(2W71)
ACCC_ECOLI
[Raw transfer]



OA2_B_5(2W6N)
ACCC_ECOLI
[Raw transfer]



OA2_A_3(2W6N)
ACCC_ECOLI
[Raw transfer]



OA5_A_3(2W6Q)
ACCC_ECOLI
[Raw transfer]



ADP_A_3(4RZQ)
ACCC_HAEIN
[Raw transfer]



L22_A_3(2W70)
ACCC_ECOLI
[Raw transfer]



OA5_B_5(2W6Q)
ACCC_ECOLI
[Raw transfer]



L22_B_5(2W70)
ACCC_ECOLI
[Raw transfer]



L21_A_3(2W6Z)
ACCC_ECOLI
[Raw transfer]



OA1_B_5(2W6M)
ACCC_ECOLI
[Raw transfer]



OA1_A_3(2W6M)
ACCC_ECOLI
[Raw transfer]



ADP_B_9(3RUP)
ACCC_ECOLI
[Raw transfer]



OA3_A_3(2W6O)
ACCC_ECOLI
[Raw transfer]



ADP_B_7(3RV3)
ACCC_ECOLI
[Raw transfer]



OA3_C_5(2W6O)
ACCC_ECOLI
[Raw transfer]



ADP_A_3(3RV3)
ACCC_ECOLI
[Raw transfer]
124 HHSearch 89.3350% -88 - C1 -3OUZ 7.2 ?
9 PsiBlast_PDB 85.4151% -93 - C1 -4RZQ 3.1 ACCC_HAEIN
8 PsiBlast_PDB 85.3151% -92 - C1 -4MV9 - ACCC_HAEIN -
1 PsiBlast_PDB 84.4152% -66 - C1 -1ULZ - ? -
59 PsiBlast_CBE 82.5049% -96 - C1 -3G8D - ACCC_ECOLI -
36 PsiBlast_CBE 81.9949% -16 - C1 -2W71 6.5 ACCC_ECOLI
58 PsiBlast_CBE 81.7249% -19 - C1 -3G8D 5.3 ACCC_ECOLI
43 PsiBlast_CBE 81.6749% -17 - C1 -2W6Q 4.2 ACCC_ECOLI
29 PsiBlast_CBE 81.6549% -15 - C1 -3G8C 6.1 ACCC_ECOLI
39 PsiBlast_CBE 81.5849% -17 - C1 -2W70 3.8 ACCC_ECOLI
21 PsiBlast_CBE 81.5751% -28 - C1 -2VPQ 5.3 ?
12 PsiBlast_PDB 81.4149% -17 - C1 -3JZI 8.3 ACCC_ECOLI
2 PsiBlast_PDB 81.3551% -26 - C1 -2VPQ 6.3 ?
46 PsiBlast_CBE 81.2849% -20 - C1 -2W6O 3.8 ACCC_ECOLI
62 PsiBlast_CBE 81.2649% -17 - C1 -3RV4 8.1 ACCC_ECOLI
20 PsiBlast_PDB 81.2649% -16 - C1 -2V58 5.8 ACCC_ECOLI
38 PsiBlast_CBE 81.1449% -18 - C1 -2W70 3.8 ACCC_ECOLI
41 PsiBlast_CBE 81.1349% -18 - C1 -2W6Z 3.4 ACCC_ECOLI
37 PsiBlast_CBE 81.1149% -17 - C1 -2W71 6.4 ACCC_ECOLI
47 PsiBlast_CBE 81.0749% -18 - C1 -2W6N 5.0 ACCC_ECOLI
31 PsiBlast_CBE 81.0749% -20 - C1 -3RUP 6.8 ACCC_ECOLI
44 PsiBlast_CBE 80.9849% -17 - C1 -2W6P 5.3 ACCC_ECOLI
50 PsiBlast_CBE 80.8749% -16 - C1 -2W6M 3.2 ACCC_ECOLI
42 PsiBlast_CBE 80.8049% -17 - C1 -2W6Q 4.4 ACCC_ECOLI
19 PsiBlast_PDB 80.8049% -21 - C1 -2VR1 4.5 ACCC_ECOLI
18 PsiBlast_PDB 80.7749% -17 - C1 -2J9G 5.9 ACCC_ECOLI
13 PsiBlast_PDB 80.4949% -20 - C1 -3G8C 5.8 ACCC_ECOLI
27 PsiBlast_CBE 80.4849% -16 - C1 -3JZI 8.8 ACCC_ECOLI
49 PsiBlast_CBE 80.4649% -17 - C1 -2W6M 3.4 ACCC_ECOLI
53 PsiBlast_CBE 80.3449% -16 - C1 -2V5A 5.8 ACCC_ECOLI
15 PsiBlast_PDB 80.2949% -20 - C1 -3RV3 7.9 ACCC_ECOLI
54 PsiBlast_CBE 80.2649% -17 - C1 -2V59 5.2 ACCC_ECOLI
48 PsiBlast_CBE 80.2349% -17 - C1 -2W6N 3.7 ACCC_ECOLI
14 PsiBlast_PDB 80.2149% -20 - C1 -3RUP 6.9 ACCC_ECOLI
56 PsiBlast_CBE 80.2049% -18 - C1 -2V58 5.9 ACCC_ECOLI
55 PsiBlast_CBE 80.1749% -17 - C1 -2V59 5.5 ACCC_ECOLI
7 PsiBlast_PDB 80.1251% -17 - C1 -4MV8 5.4 ACCC_HAEIN
45 PsiBlast_CBE 80.0349% -13 - C1 -2W6O 3.2 ACCC_ECOLI
30 PsiBlast_CBE 79.9549% -17 - C1 -3RV3 6.3 ACCC_ECOLI
6 PsiBlast_PDB 79.8351% -13 - C1 -4MV4 4.4 ACCC_HAEIN
4 PsiBlast_PDB 79.7951% -16 - C1 -4MV1 4.9 ACCC_HAEIN
28 PsiBlast_CBE 79.6049% -13 - C1 -3JZF 9.0 ACCC_ECOLI
57 PsiBlast_CBE 79.4049% -21 - C1 -2J9G 5.9 ACCC_ECOLI
134 HHSearch 79.2951% -12 - C1 -4MV4 4.4 ACCC_HAEIN
60 PsiBlast_CBE 79.0749% -14 - C1 -1DV2 4.1 ACCC_ECOLI
61 PsiBlast_CBE 78.9449% -19 - C1 -1DV2 5.6 ACCC_ECOLI
125 HHSearch 78.8851% -3 - C1 -2VPQ 6.5 ?
66 PsiBlast_CBE 78.7147% -19 - C1 -2VQD 7.3 ACCC_PSEAE
5 PsiBlast_PDB 78.5151% -13 - C1 -4MV3 3.9 ACCC_HAEIN
63 PsiBlast_CBE 68.4447% -16 - C1 -3VA7 2.1 ?
130 HHSearch 68.4347% -19 - C1 -3VA7 2.1 ?