@TOME V3
(Feb 2022)

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

Query sequence : E9F776_METRA: (2019-01-28 )
MSAANPPRPSRSLQGKVAIVTGAGSRGETIGNGRAIALLLAEDGAKVVCVDREEALAQRTAELVLAENEGASALAVAADVSSAEECARVVDAALRLFGRVDVLVNGVGVLGPPGTAVDVDAARWARGLEVNVTSMMLMAKYAVPAMRDNEPEAGVRGSIVNLGSVAGLRGGTPSLLYPTSKCAVVNMTRAMAAHHAKDGVRVNCVCPGMLYTPMVYDAEGGMSAEVREARRRRSLLQTEGNAWDCAGPVRFLAGGEARWITGTVLTVDAGATCALAVSMPDGE

Atome Classification :

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

EDO_D_19(5JC8)
?
[Raw transfer]



NAP_B_5(2RH4)
ACT3_STRCO
[Raw transfer]



NAP_A_4(2RHR)
ACT3_STRCO
[Raw transfer]



NAP_B_7(1W4Z)
ACT3_STRCO
[Raw transfer]



NAD_C_19(5HA5)
?
[Raw transfer]



NDP_A_6(3RI3)
ACT3_STRCO
[Raw transfer]



NAP_A_5(1X7G)
ACT3_STRCO
[Raw transfer]



NDP_A_3(3QRW)
ACT3_STRCO
[Raw transfer]



NAP_B_3(2RHC)
ACT3_STRCO
[Raw transfer]



NDP_A_3(4DBZ)
ACT3_STRCO
[Raw transfer]



NDP_B_5(3QRW)
ACT3_STRCO
[Raw transfer]



NAP_A_4(2RHC)
ACT3_STRCO
[Raw transfer]



NDP_A_3(4DC0)
ACT3_STRCO
[Raw transfer]



NAP_A_3(2RH4)
ACT3_STRCO
[Raw transfer]



NDP_B_4(4DC1)
ACT3_STRCO
[Raw transfer]



NAD_C_7(5JLA)
?
[Raw transfer]



NAD_D_8(5JLA)
?
[Raw transfer]



NAP_A_5(1W4Z)
ACT3_STRCO
[Raw transfer]



NAD_D_12(4FN4)
?
[Raw transfer]



NAP_A_5(1X7H)
ACT3_STRCO
[Raw transfer]



NDP_B_4(4DBZ)
ACT3_STRCO
[Raw transfer]



NAD_D_16(2WSB)
?
[Raw transfer]



NAP_B_7(1X7H)
ACT3_STRCO
[Raw transfer]



NAD_C_9(4FN4)
?
[Raw transfer]



NAD_A_5(4FN4)
?
[Raw transfer]



NAD_B_7(4FN4)
?
[Raw transfer]



NAP_E_5(1XR3)
ACT3_STRCO
[Raw transfer]



NAD_C_8(5IG2)
?
[Raw transfer]



NAD_B_10(2WDZ)
?
[Raw transfer]



NAD_A_5(5JLA)
?
[Raw transfer]



NDP_A_3(4DC1)
ACT3_STRCO
[Raw transfer]



NDP_A_6(3CSD)
ACT3_STRCO
[Raw transfer]



NAD_C_9(2CFC)
HCDR_XANP2
[Raw transfer]



NAD_B_6(5JLA)
?
[Raw transfer]



NAD_D_13(3LQF)
?
[Raw transfer]



NAD_B_13(5HA5)
?
[Raw transfer]



NAD_B_6(5IG2)
?
[Raw transfer]



NAD_B_8(3LQF)
?
[Raw transfer]



NAD_B_7(2CFC)
HCDR_XANP2
[Raw transfer]



NAD_A_4(5IG2)
?
[Raw transfer]



NDP_B_4(4DC0)
ACT3_STRCO
[Raw transfer]



NAD_A_5(2CFC)
HCDR_XANP2
[Raw transfer]



NAD_D_11(2CFC)
HCDR_XANP2
[Raw transfer]



NAD_D_25(5HA5)
?
[Raw transfer]



FMT_A_4(3QRW)
ACT3_STRCO
[Raw transfer]



1PS_B_6(4URE)
?
[Raw transfer]



FMT_A_15(1W4Z)
ACT3_STRCO
[Raw transfer]



EDO_B_22(3RRO)
FABG_VIBCH
[Raw transfer]



CBO_D_8(1HDC)
HSD_STREX
[Raw transfer]



EDO_D_19(5U2W)
?
[Raw transfer]



EDO_B_11(5U2W)
?
[Raw transfer]



EDO_C_15(5U2W)
?
[Raw transfer]



EDO_A_7(5U2W)
?
[Raw transfer]



EDO_A_10(3RRO)
FABG_VIBCH
[Raw transfer]



EMO_A_5(2RHR)
ACT3_STRCO
[Raw transfer]



EMO_A_7(3RI3)
ACT3_STRCO
[Raw transfer]



EDO_D_18(5JC8)
?
[Raw transfer]
21 Blastp_CBE 84.5242% -99 - C7 -5JC8 3.2 ?
2 PsiBlast_PDB 83.3937% -83 - C7 -4DQX - ? -
249 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
248 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
247 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
246 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
245 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
244 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
243 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
242 Blastp_CBE 83.1632% 0 - C- -1GEG - BUDC_KLEPN -
22 Blastp_CBE 82.0942%-103 - C7 -5JC8 - ? -
536 SP3 81.4927%-110 - C7 -1FMC - HDHA_ECOLI -
49 Blastp_CBE 81.4032% -67 - C7 -5OJG - DHRS4_CAEEL -
13 PsiBlast_PDB 81.2432% -70 - C7 -5OJG - DHRS4_CAEEL -
23 Blastp_CBE 81.2342%-105 - C7 -5JC8 - ? -
300 Blastp_CBE 81.1633% -26 - C7 -3PGX - Y4146_MYCPA -
1 PsiBlast_PDB 80.9742% -99 - C7 -5JC8 - ? -
298 Blastp_CBE 80.8733% -27 - C7 -3PGX - Y4146_MYCPA -
297 Blastp_CBE 80.5133% -27 - C7 -3PGX - Y4146_MYCPA -
35 Blastp_CBE 80.5036%-114 - C7 -5K9Z - ? -
431 Blastp_CBE 79.5433%-104 - C7 -3LQF 9.5 ?
56 Blastp_CBE 79.5233% -94 - C7 -3RRO 2.5 FABG_VIBCH
20 PsiBlast_PDB 78.9833% -89 - C7 -3RRO 2.5 FABG_VIBCH
32 Blastp_CBE 78.9633% -52 - C7 -4FN4 7.4 ?
31 Blastp_CBE 78.8933% -51 - C7 -4FN4 7.5 ?
108 Blastp_CBE 78.8134%-113 - C7 -5HA5 8.2 ?
434 Blastp_CBE 78.5833%-103 - C7 -2WSB 10.3 ?
440 Blastp_CBE 78.5133%-101 - C7 -2WDZ 10.5 ?
107 Blastp_CBE 78.3034% -92 - C7 -5HA5 6.9 ?
6 PsiBlast_PDB 78.0932% -51 - C7 -4FN4 7.2 ?
30 Blastp_CBE 77.8433% -53 - C7 -4FN4 7.9 ?
109 Blastp_CBE 76.9934%-112 - C7 -5HA5 7.5 ?
194 Blastp_CBE 76.8033% -80 - C7 -2CFC 8.2 HCDR_XANP2
196 Blastp_CBE 76.3033% -81 - C7 -2CFC 6.9 HCDR_XANP2
195 Blastp_CBE 76.0933% -81 - C7 -2CFC 6.6 HCDR_XANP2
193 Blastp_CBE 75.6633% -80 - C7 -2CFC 7.9 HCDR_XANP2
433 Blastp_CBE 75.4533%-109 - C7 -3LQF 9.1 ?
295 Blastp_CBE 75.2735% -62 - C7 -5U2W 3.6 ?
51 Blastp_CBE 74.4631% -74 - C7 -4URE 2.6 ?
294 Blastp_CBE 74.2635% -60 - C7 -5U2W 3.7 ?
293 Blastp_CBE 74.0335% -62 - C7 -5U2W 3.8 ?
296 Blastp_CBE 73.2035% -60 - C7 -5U2W 3.6 ?
185 Blastp_CBE 72.1337% -25 - C7 -5JLA 9.8 ?
186 Blastp_CBE 71.6437% -23 - C7 -5JLA 9.1 ?
319 Blastp_CBE 71.4835% -38 - C7 -1HDC 4.7 HSD_STREX
187 Blastp_CBE 70.8537% -24 - C7 -5JLA 9.1 ?
188 Blastp_CBE 69.8937% -29 - C7 -5JLA 9.5 ?
469 Blastp_CBE 68.7236% -82 - C7 -5IG2 8.0 ?
467 Blastp_CBE 68.2636% -81 - C7 -5IG2 8.4 ?
468 Blastp_CBE 67.7136% -79 - C7 -5IG2 7.4 ?
344 Blastp_CBE 61.8837% -44 - C7 -3QRW 8.1 ACT3_STRCO
447 Blastp_CBE 61.5636% -42 - C7 -1W4Z 8.5 ACT3_STRCO
346 Blastp_CBE 61.2137% -47 - C7 -3CSD 8.4 ACT3_STRCO
446 Blastp_CBE 61.0936% -15 - C7 -1W4Z 8.4 ACT3_STRCO
456 Blastp_CBE 60.9937% -45 - C7 -1X7H 7.7 ACT3_STRCO
466 Blastp_CBE 60.9336% -41 - C7 -4DC0 8.4 ACT3_STRCO
340 Blastp_CBE 60.8837% -49 - C7 -2RHR 8.5 ACT3_STRCO
449 Blastp_CBE 60.8636% -45 - C7 -2RHC 8.5 ACT3_STRCO
451 Blastp_CBE 60.7836% -42 - C7 -2RH4 8.5 ACT3_STRCO
457 Blastp_CBE 60.7437% -45 - C7 -1X7H 10.0 ACT3_STRCO
459 Blastp_CBE 60.5137% -45 - C7 -1X7G 8.7 ACT3_STRCO
342 Blastp_CBE 60.4637% -46 - C7 -3RI3 8.5 ACT3_STRCO
453 Blastp_CBE 60.2736% -39 - C7 -4DBZ 9.2 ACT3_STRCO
343 Blastp_CBE 60.2437% -20 - C7 -3QRW 6.1 ACT3_STRCO
448 Blastp_CBE 60.1836% -13 - C7 -2RHC 8.6 ACT3_STRCO
455 Blastp_CBE 60.0637% -46 - C7 -1XR3 8.1 ACT3_STRCO
445 Blastp_CBE 60.0036% -40 - C7 -4DC1 7.3 ACT3_STRCO
444 Blastp_CBE 59.9736% -18 - C7 -4DC1 7.5 ACT3_STRCO
465 Blastp_CBE 59.7036% -20 - C7 -4DC0 7.2 ACT3_STRCO
450 Blastp_CBE 59.4336% -12 - C7 -2RH4 7.9 ACT3_STRCO
452 Blastp_CBE 58.4836% -19 - C7 -4DBZ 7.1 ACT3_STRCO