++JaKj6PzDOgjkZ+fVOyp9VDt4A
15805703
7473387
6458376
acetyltransferase, putative [Deinococcus radiodurans] 152 0
301 1209 1216
rL+ZljKng89uZzB325T2KntrjTU 6730553 1QSM
6730550 1QSM
6730551 1QSM
6730552 1QSM
152 E: .002E0 Ident: 24/146 Ident% 16 Q: 2-140 (152)   S: 6-141 (152) Chain D, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae In Complex With Acetyl Coenzyme A Pos: 47/146 Gap: 17/146
NS6HbH9uAXGn/38vmxeeMsYeZeg 14277743 1I12
14277744 1I12
14277745 1I12
14277746 1I12
160 E: .66E0 Ident: 18/69 Ident% 26 Q: 81-148 (152)   S: 91-159 (160) Chain A, Crystal Structure Of Saccharomyces Cerevisiae Gna1 Complexed With Accoa Pos: 37/69 Gap: 1/69
9GeKPXNcrYoJrbh1QQWl+rJnayY 14277753 1I21
14277754 1I21
14277755 1I21
14277756 1I21
14277757 1I21
14277758 1I21
159 E: 1E0 Ident: 16/59 Ident% 27 Q: 81-139 (152)   S: 90-148 (159) Chain A, Crystal Structure Of Yeast Gna1 Pos: 32/59 Gap: -1/-1
E/ISy5JslRuAk3GLJSTtAo825Z8 14277747 1I1D
14277748 1I1D
14277749 1I1D
14277750 1I1D
161 E: .66E0 Ident: 18/69 Ident% 26 Q: 81-148 (152)   S: 92-160 (161) Chain A, Crystal Structure Of Yeast Gna1 Bound To Coa And Glnac-6p Pos: 37/69 Gap: 1/69
nzOCx5FvO/mqKf9ekAYEEZyGgLM 6730554 1QSO
6730555 1QSO
6730556 1QSO
6730557 1QSO
149 E: .002E0 Ident: 24/146 Ident% 16 Q: 2-140 (152)   S: 3-138 (149) Chain A, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae Pos: 47/146 Gap: 17/146
gteu9P/DsoB2fNU8NpdHX9paBLA 5542089 1B87
181 E: 4E-5 Ident: 22/141 Ident% 15 Q: 31-143 (152)   S: 24-156 (181) Chain A, Crystal Structure Of An Aminoglycoside 6'-N- Acetyltransferase Pos: 37/141 Gap: 36/141
ftJDuC+iqJIBZY4uOt/oEHvwcSU 6137609 1QST
160 E: 2E-6 Ident: 13/99 Ident% 13 Q: 47-145 (152)   S: 42-132 (160) Chain A, Crystal Structure Of Tetrahymena Gcn5 Pos: 33/99 Gap: 8/99
ZzWRPQjTL7MGGi09yn7GwZ5NjpY 5542194 1CM0
5542193 1CM0
168 E: 3E-6 Ident: 18/107 Ident% 16 Q: 41-147 (152)   S: 42-138 (168) Chain A, Crystal Structure Of The PcafCOENZYME-A Complex Pos: 42/107 Gap: 10/107
1HS43KzuYYsrYFEDbiim0IRBjnI 5822577 5GCN
166 E: 1E-6 Ident: 13/99 Ident% 13 Q: 47-145 (152)   S: 46-136 (166) Chain A, Catalytic Domain Of Tetrahymena Gcn5 Histone Acetyltransferase In Complex With Coenzyme A Pos: 33/99 Gap: 8/99
M+euEss+6xJZNXxU94ehOJ/lQL0 6137608 1QSR
6137606 1QSN
162 E: 2E-6 Ident: 13/99 Ident% 13 Q: 47-145 (152)   S: 42-132 (162) Chain A, Crystal Structure Of Tetrahymena Gcn5 With Bound Acetyl- Coenzyme A Pos: 33/99 Gap: 8/99
ttRHnPOple3IfP2qDpY0fGgp9mg 3745773 1BO4
3745774 1BO4
168 E: 2E-8 Ident: 25/133 Ident% 18 Q: 13-142 (152)   S: 42-165 (168) Chain A, Crystal Structure Of A Gcn5-Related N-Acetyltransferase: Serratia Marescens Aminoglycoside 3-N-Acetyltransferase Pos: 43/133 Gap: 12/133
zWoJbT6YOICFAed4Ts7eI/uTFXg 6980559 1B6B
6980560 1B6B
174 E: 3E-13 Ident: 30/149 Ident% 20 Q: 2-143 (152)   S: 9-150 (174) Chain A, Melatonin Biosynthesis: The Structure Of Serotonin N- Acetyltransferase At 2.5 A Resolution Suggests A Catalytic Mechanism Pos: 44/149 Gap: 14/149
2UGu96oBqEfp77a7AyJrRgMeT9E 5107555 1CJW
166 E: 1E-13 Ident: 30/149 Ident% 20 Q: 2-143 (152)   S: 7-148 (166) Chain A, Serotonin N-Acetyltranferase Complexed With A Bisubstrate Analog Pos: 44/149 Gap: 14/149
O9MpLDTTQ9uYVCmM6r9nWjEg0DI 14278222 1IB1
14278223 1IB1
14278224 1IB1
14278225 1IB1
200 E: 3E-14 Ident: 30/149 Ident% 20 Q: 2-143 (152)   S: 35-176 (200) Chain E, Crystal Structure Of The 14-3-3 Zeta:serotonin N- Acetyltransferase Complex Pos: 44/149 Gap: 14/149
++jt0/BlINczcI0lKtEjU86CdDE
15806720
7471886
6459488
Far-related protein [Deinococcus radiodurans] 274 0
101 128 134  
++uABwyTFASgxTGc6jhf/XHgv6U
15805111
7472504
6457738
hypothetical protein [Deinococcus radiodurans] 199 0
0 0 0  
*TARGET
++uqat6y0PDMsN/ib3esvTgqyNM
15807149
7471119
6459953
amino acid ABC transporter, permease protein [Deinococcus radiodurans] 291 6
44-66,87-109,117-139,147-169,192-214,258-280
363 1222 1255  
+0VRoCboc4cQa5vwu4peMo9F1dc
15806035
7471033
6458742
ABC transporter, ATP-binding protein [Deinococcus radiodurans] 307 0
1392 1346 1296
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 7E-16 Ident: 68/211 Ident% 32 Q: 19-219 (307)   S: 11-218 (372) Chain 1, Malk Pos: 99/211 Gap: 13/211
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 5E-61 Ident: 62/241 Ident% 25 Q: 12-235 (307)   S: 7-247 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 103/241 Gap: 17/241
*TARGET
+0zrYeAkCpwo/a12/Ua02xmON5g
15805169
7473455
6457795
coproporphyrinogen III oxidase, putative [Deinococcus radiodurans] 388 0
178 506 922  
+2EdZWqh8BDRDbPbejF7gjPbWFc
15807985
7473581
6460749
N-glycosidase F, putative [Deinococcus radiodurans] 654 0
57 140 293
zonHHfdm630SmuPHirT/eAioZZg 494621 1SUC
266 E: 8.8E0 Ident: 24/169 Ident% 14 Q: 36-194 (654)   S: 68-225 (266) Subtilisin Bpn' Crb-S3 (E.C.3.4.21.62) Mutant With Met 50 Replaced By Phe, Tyr 217 Replaced By Lys, Asn 218 Replaced By Ser, Ser 221 Replaced By Cys (M50p,Y217k, N218s,S221c) And Residues 75 - 83 Deleted Pos: 50/169 Gap: 21/169
Ij0/XK4nY4pSOAI9LFqaJRy7DF0 6980496 1DE4
6980499 1DE4
6980502 1DE4
640 E: .038E0 Ident: 14/90 Ident% 15 Q: 145-232 (654)   S: 86-175 (640) Chain C, Hemochromatosis Protein Hfe Complexed With Transferrin Receptor Pos: 26/90 Gap: 2/90
F+JHcQg3XK3XpbTsnlo5pk+mhhc 6137581 1CX8
6137582 1CX8
6137583 1CX8
6137584 1CX8
6137585 1CX8
6137586 1CX8
6137587 1CX8
6137588 1CX8
639 E: .038E0 Ident: 14/90 Ident% 15 Q: 145-232 (654)   S: 85-174 (639) Chain A, Crytal Structure Of The Ectodomain Of Human Transferrin Receptor Pos: 26/90 Gap: 2/90
DsrpgdeDOaMtlZbFXwQ6eoqzRYQ 494620 1SUB
275 E: 7.1E0 Ident: 23/163 Ident% 14 Q: 42-194 (654)   S: 83-234 (275) Subtilisin Bpn' Crb-S3 (E.C.3.4.21.62) Mutant With Asn 218 Replaced By Ser, And Ser 221 Replaced By Cys (N218s,S221c) Pos: 49/163 Gap: 21/163
2afKvOmeYtd1EiEvul/Y03ib9EY 3891521 1BH6
274 E: 8E-4 Ident: 36/174 Ident% 20 Q: 30-194 (654)   S: 71-233 (274) Chain A, Subtilisin Dy In Complex With The Synthetic Inhibitor N-Benzyloxycarbonyl-Ala-Pro-Phe-Chloromethyl Ketone Pos: 61/174 Gap: 20/174
OtxzXsrRe5pvZAJB97QsTAOqYYY 1431759 1PNF
809337 1PNG
314 E: 2E-4 Ident: 65/253 Ident% 25 Q: 364-599 (654)   S: 32-270 (314) Pngase F Complex With Di-N-Acetylchitobiose Pos: 96/253 Gap: 31/253
hmPbbOPMpGOdwKdyC51BLgX68Ow 999525 1PGS
314 E: 2E-4 Ident: 65/253 Ident% 25 Q: 364-599 (654)   S: 32-270 (314) Peptide-N(4)-(N-Acetyl-Beta-D-Glucosaminyl) Asparagine Amidase (N-Glycosidase F) (Png-Ase F) (E.C.3.5.1.52) Pos: 96/253 Gap: 31/253
+2X8800X1qJFIiafaSS+QRzhk9A
15807904
9910660
7473215
6460692
nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase [Deinococcus radiodurans] 365 0
45 59 70
6TtGbrHVcHj6yDL5qQa4YG9zLfE 15988186 1JH8
15988187 1JHA
16975192 1JHM
16975193 1JHO
16975194 1JHP
16975195 1JHQ
16975196 1JHR
16975197 1JHU
16975198 1JHV
16975199 1JHX
16975200 1JHY
356 E: 3E-43 Ident: 133/340 Ident% 39 Q: 15-351 (365)   S: 7-338 (356) Chain A, Structural Investigation Of The Biosynthesis Of Alternative Lower Ligands For Cobamides By Nicotinate Mononucleotide:5, 6-Dimethylbenzimidazole Phosphoribosyltransferase (Cobt) From Salmonella Enterica Pos: 186/340 Gap: 11/340
/fHFTixf9UfRQUEgiGbWBFA6EEE 6730217 1D0S
6730218 1D0V
356 E: 2E-43 Ident: 134/340 Ident% 39 Q: 15-351 (365)   S: 7-338 (356) Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase (NN:DBI PRT) (N1-alpha-phosphoribosyltransferase) Pos: 187/340 Gap: 11/340
+4oioWFjYgOBDfuTNivVZ3bpfXg
15806541
7472081
6459301
hypothetical protein [Deinococcus radiodurans] 81 0
5 3 0  
+87KcvXEmaQpzNV5C2r3C4IEp8Q
15805382
7473786
6458029
ribonuclease [Deinococcus radiodurans] 760 0
179 635 816
S3DrLc3E/rPaZ8mAM1s9pC6UmFI 4930162 2A8V
4930163 2A8V
4930164 2A8V
118 E: .082E0 Ident: 13/57 Ident% 22 Q: 56-108 (760)   S: 53-109 (118) Chain A, Rho Transcription Termination FactorRNA COMPLEX Pos: 22/57 Gap: 4/57
fjqoYGIgG/8nsF142otyb44m0FE 4929862 1A8V
4929861 1A8V
121 E: .073E0 Ident: 13/57 Ident% 22 Q: 56-108 (760)   S: 56-112 (121) Chain B, Structure Of The Rna-Binding Domain Of The Rho Transcription Terminator Pos: 22/57 Gap: 4/57
WiSJOAMMs+NFsrGSfyCDhIl64Kg 11514054 1E3P
757 E: 6.7E0 Ident: 24/91 Ident% 26 Q: 611-701 (760)   S: 648-730 (757) Chain A, Tungstate Derivative Of Streptomyces Antibioticus Pnpase Gpsi Enzyme Pos: 38/91 Gap: 8/91
b0WkSFxvz1uuJ0HoZY50h1r1gGc 3318987 1A62
130 E: .11E0 Ident: 13/57 Ident% 22 Q: 56-108 (760)   S: 53-109 (130) Crystal Structure Of The Rna-Binding Domain Of The Transcriptional Terminator Protein Rho Pos: 22/57 Gap: 4/57
sfX9bPx0wBzNm8AKb5Faj5krn+I 3212396 1A63
130 E: .093E0 Ident: 13/57 Ident% 22 Q: 56-108 (760)   S: 53-109 (130) The Nmr Structure Of The Rna Binding Domain Of E.Coli Rho Factor Suggests Possible Rna-Protein Interactions, 10 Structures Pos: 22/57 Gap: 4/57
F/scBK4xHcrObPUhz+nLxau+v8I 11514023 1E3H
757 E: 1E-6 Ident: 26/115 Ident% 22 Q: 611-725 (760)   S: 648-753 (757) Chain A, Semet Derivative Of Streptomyces Antibioticus PnpaseGPSI Enzyme Pos: 43/115 Gap: 9/115
Mcf1hBjIhKFXMmRNezSZWygaACA 17943304 1GO3
17943306 1GO3
187 E: 1E-12 Ident: 25/103 Ident% 24 Q: 635-732 (760)   S: 85-186 (187) DNA-directed RNA polymerase, subunit E' (rpoE1) [Methanococcus jannaschii] Pos: 42/103 Gap: 6/103
rtMUPuklsb0slwepoWuy4obNnto 2098462 1SRO
76 E: 6E-13 Ident: 21/87 Ident% 24 Q: 627-713 (760)   S: 1-75 (76) S1 Rna Binding Domain, Nmr, 20 Structures Pos: 37/87 Gap: 12/87
+98bSgPOlLSjK42/cbzU+H2mwXs
15807423
7472156
6460255
hypothetical protein [Deinococcus radiodurans] 147 0
9 6 0  
+9H/J5TuBnqmiNM+0XZ2/ON0lPM
15806806
7472066
6459588
hypothetical protein [Deinococcus radiodurans] 332 0
8 12 0  
+C7AJuN03YKYeI8qsyqRMi+A6PY
15806731
7471530
6459499
conserved hypothetical protein [Deinococcus radiodurans] 277 0
33 54 58  
*TARGET
+CgqRuj/v2rzbok115qxXRsmY+E
15807908
7471570
6460688
conserved hypothetical protein [Deinococcus radiodurans] 355 0
36 185 701  
+D1yTyDDA/cYng+rAHX+5k3g/74
10957502
7472145
6460931
hypothetical protein [Deinococcus radiodurans] 176 0
4 8 0  
+FkTycT4+HLvviNm6LtSAkTwy4s
15805044
7471237
6457661
chromosomal replication initiator protein [Deinococcus radiodurans] 454 0
0 0 0  
+IfVl1Rhm+C4OA4Tozs2dY+jJjE
15806390
7473563
6459126
metal binding protein, putative [Deinococcus radiodurans] 253 0
70 273 329
blzaoDc3vtkmU/buw9wmwmcjde8 7245652 3UAG
7546574 4UAG
7245651 2UAG
2981818 1UAG
437 E: 5.5E0 Ident: 16/81 Ident% 19 Q: 16-94 (253)   S: 16-92 (437) Chain A, Udp-N-Acetylmuramoyl-L-Alanine:d-Glutamate Ligase Pos: 27/81 Gap: 6/81
XTs1XegY8EQY/JrzgU7HoP4FHSY 9257128 1E0D
13096498 1EEH
437 E: 5.8E0 Ident: 16/81 Ident% 19 Q: 16-94 (253)   S: 16-92 (437) Chain A, Udp-N-Acetylmuramoyl-L-Alanine:d-Glutamate Ligase Pos: 27/81 Gap: 6/81
yeUd0C0K/dIerNuEQ7n14gDUcAw 7546212 1EFD
266 E: 2E-4 Ident: 42/237 Ident% 17 Q: 10-233 (253)   S: 5-238 (266) Chain N, Periplasmic Ferric Siderophore Binding Protein Fhud Complexed With Gallichrome Pos: 86/237 Gap: 16/237
*TARGET
+LN3ItT+ZE3uQP2F+22XMDmwJ+I
10957453
7471926
6460882
GGDEF family protein [Deinococcus radiodurans] 219 0
417 511 502  
+Mn3CmR0uL2GgAlasN0IfKkB2pc
15807859
7473323
6460479
phosphoglycerate mutase-related protein [Deinococcus radiodurans] 237 0
29 347 472
sJzpvrg/J3ORSa8fD+YmJmMb6Q4 230910 3PGM
241 E: 3.1E0 Ident: 25/68 Ident% 36 Q: 3-64 (237)   S: 2-69 (241) Phosphoglycerate Mutase (E.C.2.7.5.3) De-Phospho Enzyme Pos: 34/68 Gap: 6/68
Xs+cKHUCmnGlVULSEUXbP3flEfw 2624631 4PGM
2624633 4PGM
4558241 5PGM
4558239 5PGM
4558238 5PGM
4558242 5PGM
4558243 5PGM
4558245 5PGM
2624630 4PGM
3660062 1BQ4
3660060 1BQ4
3660058 1BQ3
3660056 1BQ3
4558240 5PGM
4558244 5PGM
2624632 4PGM
3660061 1BQ4
3660059 1BQ4
3660057 1BQ3
3660055 1BQ3
246 E: .49E0 Ident: 25/68 Ident% 36 Q: 3-64 (237)   S: 2-69 (246) Chain B, Saccharomyces Cerevisiae Phosphoglycerate Mutase Pos: 35/68 Gap: 6/68
FsFQIhXMqjzecUoCojHZatuQ+zw 5542362 1QHF
5542363 1QHF
240 E: .47E0 Ident: 25/68 Ident% 36 Q: 3-64 (237)   S: 2-69 (240) Chain A, Yeast Phosphoglycerate Mutase-3pg Complex Structure To 1.7 A Pos: 35/68 Gap: 6/68
U7Cy+6N4vGtXUxmqLcJYUZlxu3o 6729954 2BIF
6729955 2BIF
469 E: 1E-4 Ident: 27/192 Ident% 14 Q: 3-190 (237)   S: 251-404 (469) Chain A, 6-Phosphofructo-2-KinaseFRUCTOSE-2,6-Bisphosphatase H256a Mutant With F6p In Phosphatase Active Site Pos: 52/192 Gap: 42/192
cFlre4+tajs0yl6Du3k0mvRycxk 13787029 1E58
249 E: 1E-6 Ident: 34/194 Ident% 17 Q: 2-185 (237)   S: 3-191 (249) Chain A, E.Coli Cofactor-Dependent Phosphoglycerate Mutase Pos: 57/194 Gap: 15/194
EnQoHb2gXcRJtts1sJ3AUgf1VNw 6137441 3BIF
468 E: 4E-6 Ident: 28/192 Ident% 14 Q: 3-190 (237)   S: 250-403 (468) Chain A, 6-Phosphofructo-2-KinaseFRUCTOSE-2,6-Bisphosphatase Empty 6-Pf-2k Active Site Pos: 53/192 Gap: 42/192
iHv6wtkxiNl7otAETb36xKr7JPE 2624499 1BIF
469 E: 4E-6 Ident: 28/192 Ident% 14 Q: 3-190 (237)   S: 251-404 (469) 6-Phosphofructo-2-KinaseFRUCTOSE-2,6-Bisphosphatase Bifunctional Enzyme Complexed With Atp-G-S And Phosphate Pos: 53/192 Gap: 42/192
QIysq0t36amR6u3OITaHFEziSYA 13787076 1FZT
211 E: 5E-8 Ident: 31/196 Ident% 15 Q: 4-191 (237)   S: 10-177 (211) PHOSPHOGLYCERATE MUTASE (PHOSPHOGLYCEROMUTASE) (PGAM) (MPGM) (BPG-DEPENDENT PGAM) Pos: 60/196 Gap: 36/196
u4F2JroJcp4CEK8rX+1ZcHqg/uM 2914269 1TIP
2914270 1TIP
191 E: 3E-9 Ident: 36/195 Ident% 18 Q: 1-190 (237)   S: 1-156 (191) Chain A, The Bisphosphatase Domain Of The Bifunctional Rat Liver 6-Phosphofructo-2-KinaseFRUCTOSE-2,6-Bisphosphatase Pos: 62/195 Gap: 44/195
eZ4GUYRCNGSxskPSTmLOGPQ5rZE 2392330 1FBT
2392331 1FBT
190 E: 3E-9 Ident: 36/193 Ident% 18 Q: 3-190 (237)   S: 2-155 (190) Chain A, The Bisphosphatase Domain Of The Bifunctional Rat Liver 6-Phosphofructo-2-KinaseFRUCTOSE-2,6-Bisphosphatase Pos: 61/193 Gap: 44/193
+Ngb1wpRjAONYweG/e7gvCzx+IM
15805749
7471978
6458429
glycosyl hydrolase, family 13 [Deinococcus radiodurans] 657 0
0 0 0  
+O2Od7gOYFsN2Rii0pLZo4tlYyc
10957485
7472269
6460914
hypothetical protein [Deinococcus radiodurans] 210 0
10 6 0  
+OQB2SmW/Fucswt/SjqXhiFZBjY
15806718
7471352
6459486
conserved hypothetical protein [Deinococcus radiodurans] 125 0
33 65 66  
+PXjBi8GBeIDsH84rBTdsW4yYiw
15806092
7471064
6458799
acetyl-CoA acetyltransferase [Deinococcus radiodurans] 393 0
596 1603 1971
1xLnGJ6eOAmRECvee8LbY2V+E4I 14719783 1HZP
14719784 1HZP
14719783 1HZP
14719784 1HZP
335 E: .93E0 Ident: 33/179 Ident% 18 Q: 230-384 (393)   S: 151-322 (335) fabH [Mycobacterium tuberculosis H37Rv] Pos: 56/179 Gap: 31/179
IR2wmYBKYOITEcvZRfb8qyNHHKY 10120827 1FJ4
10120828 1FJ4
10120829 1FJ4
10120830 1FJ4
10120831 1FJ8
10120832 1FJ8
10120833 1FJ8
10120834 1FJ8
11513728 1G5X
11513729 1G5X
11513730 1G5X
11513731 1G5X
10120827 1FJ4
10120828 1FJ4
10120829 1FJ4
10120830 1FJ4
10120831 1FJ8
10120832 1FJ8
10120833 1FJ8
10120834 1FJ8
11513728 1G5X
11513729 1G5X
11513730 1G5X
11513731 1G5X
406 E: 5.2E0 Ident: 11/35 Ident% 31 Q: 82-116 (393)   S: 157-191 (406) 3-oxoacyl-[acyl-carrier-protein] synthase I [Escherichia coli K12] Pos: 17/35 Gap: -1/-1
hgishv8o6Xi/Eyiiakcaxwzq9sI 12084276 1HN9
12084277 1HN9
12084278 1HND
12084280 1HNJ
12084281 1HNK
317 E: 4.1E0 Ident: 13/86 Ident% 15 Q: 29-114 (393)   S: 54-138 (317) 3-oxoacyl-[acyl-carrier-protein] synthase III; acetylCoA ACP transacylase [Escherichia coli O157:H7 EDL933] Pos: 31/86 Gap: 1/86
LqNYCpUHgvN/tGRce+NlriJRTsU 6573501 1DD8
6573502 1DD8
6573503 1DD8
6573504 1DD8
6573501 1DD8
6573502 1DD8
6573503 1DD8
6573504 1DD8
406 E: 4.8E0 Ident: 11/35 Ident% 31 Q: 82-116 (393)   S: 157-191 (406) Chain A, Crystal Structure Of Beta-Ketoacyl-[acyl Carrier Protein] Synthase I From Escherichia Coli Pos: 17/35 Gap: -1/-1
RPp2qMEDz8DEYryxlroOEkFhTfo 14278633 1F91
14278634 1F91
14278635 1F91
14278636 1F91
406 E: 4E-5 Ident: 25/130 Ident% 19 Q: 245-367 (393)   S: 227-352 (406) Chain A, Beta-Ketoacyl-[acyl-Carrier-Protein] Synthase I In Complex With C10 Fatty Acid Substrate Pos: 45/130 Gap: 11/130
E+i/7SNlOVu7G0UVQUK/LscQKLo 14278623 1EK4
14278624 1EK4
14278625 1EK4
14278626 1EK4
418 E: 5E-5 Ident: 25/130 Ident% 19 Q: 245-367 (393)   S: 239-364 (418) Chain A, Beta-Ketoacyl [acyl Carrier Protein] Synthase I In Complex With Dodecanoic Acid To 1.85 Resolution Pos: 45/130 Gap: 11/130
bbjCvbqr2fvFD+oFC9bNkDU8KH0 4557950 1KAS
4929869 1B3N
4557950 1KAS
4929869 1B3N
412 E: 4E-6 Ident: 22/115 Ident% 19 Q: 64-171 (393)   S: 141-252 (412) Beta-Ketoacyl-Acp Synthase Ii From Escherichia Coli Pos: 36/115 Gap: 10/115
kthgVbHkTFpGsvwhbM8OS5CoLfQ 12084279 1HNH
317 E: 1E-7 Ident: 15/113 Ident% 13 Q: 9-121 (393)   S: 34-145 (317) Chain A, Crystal Structure Of Beta-Ketoacyl-Acp Synthase Iii + Degraded Form Of Acetyl-Coa Pos: 38/113 Gap: 1/113
NQa755lthiwhu6qcczB9XAF8daM 13096639 1E5M
416 E: 1E-8 Ident: 37/192 Ident% 19 Q: 183-364 (393)   S: 182-360 (416) beta ketoacyl-acyl carrier protein synthase [Synechocystis sp. PCC 6803] Pos: 61/192 Gap: 23/192
i9VmSSA4owozZGSWtUFeI8wmq7E 7245808 1EBL
7245809 1EBL
317 E: 6E-9 Ident: 16/113 Ident% 14 Q: 9-121 (393)   S: 34-145 (317) Chain A, The 1.8 A Crystal Structure And Active Site Architecture Of Beta-Ketoacyl-[acyl Carrier Protein] Synthase Iii (Fabh) From Escherichia Coli Pos: 39/113 Gap: 1/113
PnHMzQVON6/Wvr8d3RUsrOiA/nM 640368 1PXT
640367 1PXT
390 E: 8E-57 Ident: 145/389 Ident% 37 Q: 5-386 (393)   S: 10-384 (390) Chain B, Peroxisomal 3-Ketoacyl-Coa Thiolase (E.C.2.3.1.16) Pos: 215/389 Gap: 21/389
8RUw6hEr/3KuiVXimKzF9WW7fLo 2392098 1AFW
2392097 1AFW
393 E: 8E-57 Ident: 145/389 Ident% 37 Q: 5-386 (393)   S: 13-387 (393) Chain B, The 1.8 Angstrom Crystal Structure Of The Dimeric Peroxisomal Thiolase Of Saccharomyces Cerevisiae Pos: 215/389 Gap: 21/389
oqNSyqSP41Or2oQMtgBDe8D0jv8 15826602 1DM3
15826603 1DM3
15826604 1DM3
15826605 1DM3
7767028 1QFL
7767029 1QFL
7767030 1QFL
7767031 1QFL
389 E: 1E-90 Ident: 195/388 Ident% 50 Q: 5-392 (393)   S: 3-389 (389) Chain A, Acetylated Biosynthetic Thiolase From Zoogloea Ramigera In Complex With Acetyl-Coa Pos: 262/388 Gap: 1/388
bL/M/d7ke8T4y7oz+M0xu7rbb0g 7766963 1DLU
7766964 1DLU
7766965 1DLU
7766966 1DLU
7766967 1DLV
7766968 1DLV
7766969 1DLV
7766970 1DLV
389 E: 8E-92 Ident: 196/388 Ident% 50 Q: 5-392 (393)   S: 3-389 (389) Chain A, Unliganded Biosynthetic Thiolase From Zoogloea Ramigera Pos: 263/388 Gap: 1/388
+PlBxa+jkEaPfZzaD+e/kcUJ5aU
15805452
7472878
6458115
hypothetical protein [Deinococcus radiodurans] 277 0
2 2 0  
*TARGET
+Q0ZtX9Yt7IZe7q4DhhOUs02L4Y
15807339
7472286
6460162
hypothetical protein [Deinococcus radiodurans] 559 4
1-23,421-443,458-480,504-526
74 175 912  
+QfRkMZPsNJd4hkMAt3OdezNB1U
15807175
7471467
6459981
conserved hypothetical protein [Deinococcus radiodurans] 184 0
355 1201 1202
aEgMwDXBlqcYefrwMoQ7oNDi/ik 515076 1AGP
166 E: 2.3E0 Ident: 38/147 Ident% 25 Q: 1-140 (184)   S: 1-140 (166) C-H-Ras P21 Protein Mutant With Gly 12 Replaced By Asp (G12d) Complexed With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 58/147 Gap: 14/147
vQbM8Ja9tDH1kZOUSskS1f8hH1Q 6729842 3RAN
4139786 3RAN
4139787 3RAN
4139784 3RAN
216 E: 5E-6 Ident: 22/127 Ident% 17 Q: 2-127 (184)   S: 9-129 (216) Chain B, Canine Gdp-Ran Q69l Mutant Pos: 48/127 Gap: 7/127
n84UvSszs0aTJjPAHPwTPJhS6KE 5542357 1QG4
5542356 1QG4
216 E: 1E-6 Ident: 23/127 Ident% 18 Q: 2-127 (184)   S: 9-129 (216) Chain B, Canine Gdp-Ran F72y Mutant Pos: 48/127 Gap: 7/127
EuCCN547ateRb+c0T8628KPTGVk 6730007 1BYU
6730006 1BYU
216 E: 1E-7 Ident: 24/131 Ident% 18 Q: 2-127 (184)   S: 9-129 (216) GTP-binding protein Ran/TC4 - dog Pos: 49/131 Gap: 15/131
dUQLhjbXy9HGi7/UmvYlvWXXZZA 5107682 1RRP
5107684 1RRP
204 E: 2E-7 Ident: 23/127 Ident% 18 Q: 2-127 (184)   S: 2-122 (204) Chain A, Structure Of The Ran-Gppnhp-Ranbd1 Complex Pos: 49/127 Gap: 7/127
9Bdj0c9d2ccLnG+rusFqZAbf42k 494886 421P
166 E: 2E-7 Ident: 37/170 Ident% 21 Q: 1-164 (184)   S: 1-161 (166) H-Ras P21 Protein Mutant With Gly 12 Replaced By Arg (G12r) Complex With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 55/170 Gap: 15/170
trIUv5n3nI5d0rkfDTgw/6ubxMA 14278206 1I2M
14278208 1I2M
3212264 1A2K
3212263 1A2K
3212262 1A2K
5542273 1IBR
5542275 1IBR
216 E: 2E-7 Ident: 23/127 Ident% 18 Q: 2-127 (184)   S: 9-129 (216) ras-related nuclear protein [Homo sapiens] Pos: 49/127 Gap: 7/127
Ao32srP3P18UTP6YQ8rEtcLtCOg 5542355 1QG2
216 E: 7E-7 Ident: 23/127 Ident% 18 Q: 2-127 (184)   S: 9-129 (216) Chain A, Canine Gdp-Ran R76e Mutant Pos: 49/127 Gap: 7/127
pXDB3d5lCR7R9C+m65xQBSRlAeY 5107637 1QBK
216 E: 5E-7 Ident: 24/127 Ident% 18 Q: 2-127 (184)   S: 9-129 (216) Chain C, Structure Of The Karyopherin Beta2-Ran Gppnhp Nuclear Transport Complex Pos: 47/127 Gap: 7/127
2rECtURbut1MQ96XkZ034sun7O8 494936 821P
2392390 1JAI
5107569 1CLU
576244 1PLL
576242 1PLJ
166 E: 2E-7 Ident: 37/170 Ident% 21 Q: 1-164 (184)   S: 1-161 (166) C-H-Ras P21 Protein (Residues 1 - 166) Mutant With Gly 12 Replaced By Pro (G12p) Complex With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 55/170 Gap: 15/170
xdb9mOHWZQGv9S4NgQp+dwK4jA0 2392389 1JAH
576243 1PLK
166 E: 7E-8 Ident: 37/170 Ident% 21 Q: 1-164 (184)   S: 1-161 (166) H-Ras P21 Protein Mutant G12p, Complexed With Guanosine-5'-[beta,Gamma-Methylene] Triphosphate And Magnesium Pos: 55/170 Gap: 15/170
a5QqAifhtkqUj+ng83bQNRuurkg 4557959 1ZBD
203 E: 4E-8 Ident: 30/168 Ident% 17 Q: 5-164 (184)   S: 10-167 (203) Chain A, Structural Basis Of Rab Effector Specificity: Crystal Structure Of The Small G Protein Rab3a Complexed With The Effector Domain Of Rabphilin-3a Pos: 58/168 Gap: 18/168
U1sSIGhQ2/RKHIfOhUB+HXBPMz4 10120632 1D5C
162 E: 2E-9 Ident: 25/128 Ident% 19 Q: 5-126 (184)   S: 3-120 (162) Chain A, Crystal Structure Of Plasmodium Falciparum Rab6 Complexed With Gdp Pos: 44/128 Gap: 16/128
iqpbwNrTle+IXJueiEUw5iXiG6c 13096181 1HUQ
164 E: 2E-9 Ident: 26/126 Ident% 20 Q: 5-125 (184)   S: 5-121 (164) Chain A, 1.8a Crystal Structure Of The Monomeric Gtpase Rab5c (Mouse) Pos: 51/126 Gap: 14/126
R/YhorJ9F4p2U8WNoaOrtLNi+7Y 4930237 3RAB
169 E: 2E-10 Ident: 31/168 Ident% 18 Q: 5-164 (184)   S: 7-164 (169) Chain A, Gppnhp-Bound Rab3a At 2.0 A Resolution Pos: 62/168 Gap: 18/168
CxT+3ddxH7N+5A9rXjHIsnDd7FA 12084563 1G16
12084564 1G16
12084565 1G16
12084566 1G16
170 E: 1E-12 Ident: 29/165 Ident% 17 Q: 5-162 (184)   S: 5-159 (170) Chain A, Crystal Structure Of Sec4-Gdp Pos: 56/165 Gap: 17/165
Dq8Cp6WJhkqWMZvh30tOnHtJqz4 12084567 1G17
12084568 1G17
170 E: 6E-14 Ident: 30/166 Ident% 18 Q: 4-162 (184)   S: 4-159 (170) Chain A, Crystal Structure Of Sec4-Guanosine-5'-(Beta,Gamma)- Imidotriphosphate Pos: 59/166 Gap: 17/166
MSvaVlJayBxhPbrqXxfEFeTdgFA 18158620 1F6B
18158621 1F6B
198 E: 2E-17 Ident: 28/138 Ident% 20 Q: 5-139 (184)   S: 27-153 (198) Chain A, Crystal Structure Of Sar1-Gdp Complex Pos: 51/138 Gap: 14/138
HvciJ1Q8yp+svbFeXgki6oUK1Jk 5821936 1C1Y
167 E: 2E-24 Ident: 30/172 Ident% 17 Q: 1-166 (184)   S: 1-165 (167) Chain A, Crystal Structure Of Rap.Gmppnp In Complex With The Ras- Binding-Domain Of C-Raf1 Kinase (Rafrbd) Pos: 53/172 Gap: 13/172
6qHENx2i7Y9yEG4LQxlqHLVtQqs 1942609 1GUA
167 E: 2E-24 Ident: 30/172 Ident% 17 Q: 1-166 (184)   S: 1-165 (167) Chain A, Human Rap1a, Residues 1-167, Double Mutant (E30d,K31e) Complexed With Gppnhp And The Ras-Binding-Domain Of Human C-Raf1, Residues 51-131 Pos: 53/172 Gap: 13/172
RUKWWLJlNnKDI6yr2wWZ70Tzx2w 494925 721P
166 E: 1E-25 Ident: 37/172 Ident% 21 Q: 1-166 (184)   S: 1-163 (166) H-Ras P21 Protein Mutant With Gln 61 Replaced By Leu (Q61l) Complex With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 55/172 Gap: 15/172
956eGh/BPoLo7XtuCV8X9JlAhzw 230680 2Q21
171 E: 2E-26 Ident: 39/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (171) c-H-Ras p21 Protein Catalytic Domain (Mutant With Gly 12 Replaced By Val) (G12V) Complex With GDP Pos: 57/172 Gap: 15/172
2Fy4GFlmLugSU1ww+K7RxQ2/8qI 6573397 1CTQ
231162 5P21
6573669 1QRA
1127265 1GNR
1127266 1GNQ
1127267 1GNP
4389273 1BKD
576070 1CRP
576071 1CRQ
576072 1CRR
493746 121P
3402129 1WQ1
166 E: 2E-26 Ident: 38/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (166) Chain A, Structure Of P21ras In Complex With Gppnhp At 100 K Pos: 56/172 Gap: 15/172
e/OqDdVKFcc3tsIjyiP4U8NmlDo 494922 621P
166 E: 2E-26 Ident: 37/172 Ident% 21 Q: 1-166 (184)   S: 1-163 (166) H-Ras P21 Protein Mutant With Gln 61 Replaced By His (Q61h) Complex With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 55/172 Gap: 15/172
PTHJ9xsGTLlgf1G6cIv3abMwa7Q 14488521 1IAQ
14488522 1IAQ
14488523 1IAQ
166 E: 2E-26 Ident: 38/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (166) Chain A, C-H-Ras P21 Protein Mutant With Thr 35 Replaced By Ser (T35s) Complexed With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 57/172 Gap: 15/172
1vTamA4QuFtWUG96n/M/qG5Y2gc 7767047 1E0A
184 E: 4E-26 Ident: 31/186 Ident% 16 Q: 2-170 (184)   S: 2-180 (184) Chain A, Cdc42 Complexed With The Gtpase Binding Domain Of P21 Activated Kinase Pos: 58/186 Gap: 24/186
62kjeNlZRdDNtnXB3LnMICVhpUo 15988032 1IOZ
231226 6Q21
231227 6Q21
231228 6Q21
231229 6Q21
230266 1Q21
2392040 1AA9
171 E: 2E-26 Ident: 38/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (171) Chain A, Crystal Structure Of The C-Ha-Ras Protein Prepared By The Cell-Free Synthesis Pos: 56/172 Gap: 15/172
JxG13Rzjud5LjIVTnwEtzXtH7UU 4930054 1LFD
4930056 1LFD
167 E: 2E-26 Ident: 38/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (167) Chain B, Crystal Structure Of The Active Ras Protein Complexed With The Ras-Interacting Domain Of Ralgds Pos: 56/172 Gap: 15/172
z5vRFBr0hq+92L3JUehE+V7AEMs 12084691 1FZQ
181 E: 4E-26 Ident: 35/162 Ident% 21 Q: 4-157 (184)   S: 17-167 (181) Chain A, Crystal Structure Of Murine Arl3-Gdp Pos: 63/162 Gap: 19/162
pMPaxNEhCvzZ4JA1Gn3XaKZRVTI 3402095 1AM4
3402097 1AM4
3402099 1AM4
177 E: 3E-26 Ident: 31/183 Ident% 16 Q: 2-167 (184)   S: 2-177 (177) Chain D, Complex Between Cdc42hs.Gmppnp And P50 Rhogap (H. Sapiens) Pos: 58/183 Gap: 24/183
D+pKzaUnmt1WO+g6goS4YDpTaZU 494721 221P
166 E: 3E-26 Ident: 37/172 Ident% 21 Q: 1-166 (184)   S: 1-163 (166) H-Ras P21 Protein Mutant With Asp 38 Replaced By Glu (D38e) Complex With Guanosine-5'-[b,G-Imido] Triphosphate Pos: 56/172 Gap: 15/172
bjaxkbEipGJQA98iaOqNLoDUc2s 13096756 1HE8
5107686 1RVD
166 E: 2E-26 Ident: 39/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (166) Chain B, Ras G12v - Pi 3-Kinase Gamma Complex Pos: 57/172 Gap: 15/172
ELqZT8d2NeXUcQ3hxQWE8XyiQBo 494910 521P
166 E: 5E-26 Ident: 39/172 Ident% 22 Q: 1-166 (184)   S: 1-163 (166) H-Ras P21 Protein Mutant With Gly 12 Replaced By Val (G12v) Complex With Guanosine Triphosphate Pos: 57/172 Gap: 15/172
mzrRbWDRVqD+VYb5DFXC97Ubm20 5542163 1CEE
179 E: 1E-27 Ident: 33/186 Ident% 17 Q: 1-169 (184)   S: 1-179 (179) Chain A, Solution Structure Of Cdc42 In Complex With The Gtpase Binding Domain Of Wasp Pos: 60/186 Gap: 24/186
bZpJEMTUYy9X5+5vR6mpzDPh0fw 7546358 1EES
178 E: 6E-27 Ident: 32/184 Ident% 17 Q: 1-167 (184)   S: 1-177 (178) Chain A, Solution Structure Of Cdc42hs Complexed With A Peptide Derived From P-21 Activated Kinase, Nmr, 20 Structures Pos: 59/184 Gap: 24/184
7iZeACYXAmwG+IsMi42oZQ4e+So 5542168 1CF4
184 E: 5E-27 Ident: 32/187 Ident% 17 Q: 1-170 (184)   S: 1-180 (184) Chain A, Cdc42ACK GTPASE-Binding Domain Complex Pos: 59/187 Gap: 24/187
bOqUHTXhGcbP9ijgUwFPcAQra6U 7767071 1EK0
170 E: 7E-27 Ident: 27/177 Ident% 15 Q: 2-167 (184)   S: 2-168 (170) Chain A, Gppnhp-Bound Ypt51 At 1.48 A Resolution Pos: 59/177 Gap: 21/177
IXnO/yrgAgkxU9BSf3/vD6EcB28 2624582 1AJE
194 E: 2E-28 Ident: 34/192 Ident% 17 Q: 1-175 (184)   S: 8-192 (194) Cdc42 From Human, Nmr, 20 Structures Pos: 62/192 Gap: 24/192
oAsRpjGqlJy3p3Y5L9svxVyFqjA 3660276 1TX4
174 E: 2E-28 Ident: 28/183 Ident% 15 Q: 5-167 (184)   S: 5-174 (174) Chain B, RhoRHOGAPGDP(DOT)ALF4 COMPLEX Pos: 56/183 Gap: 33/183
iPpSMxljeL7RSAReAAvjKvovGQs 4389379 1AN0
4389380 1AN0
190 E: 8E-28 Ident: 33/191 Ident% 17 Q: 2-175 (184)   S: 2-185 (190) Chain A, Cdc42hs-Gdp Complex Pos: 61/191 Gap: 24/191
olFl2VBOt1IXNXGs8xTR2CCxbnI 9257040 1DPF
180 E: 1E-28 Ident: 28/180 Ident% 15 Q: 5-167 (184)   S: 7-179 (180) Chain A, Crystal Structure Of A Mg-Free Form Of Rhoa Complexed With Gdp Pos: 54/180 Gap: 24/180
MQe0eMKuavfQ2sj+x9Kqb6fOPlk 4930275 1A4R
4557920 1A4R
191 E: 2E-28 Ident: 35/192 Ident% 18 Q: 1-175 (184)   S: 1-185 (191) Chain A, G12v Mutant Of Human Placental Cdc42 Gtpase In The Gdp Form Pos: 63/192 Gap: 24/192
jiYEHWm+9LQyVj0eUGZOBGaajyU 4139446 2NGR
4139442 1GRN
191 E: 1E-28 Ident: 34/192 Ident% 17 Q: 1-175 (184)   S: 1-185 (191) cell division cycle 42, isoform 1; cell division cycle 42 (GTP-binding protein, 25kD); GTP-binding protein, 25kD [Homo sapiens] Pos: 62/192 Gap: 24/192
mM5UN28lqVFly0o3YDljOXYTHno 7245832 1DOA
191 E: 1E-28 Ident: 34/192 Ident% 17 Q: 1-175 (184)   S: 4-188 (191) Chain A, Structure Of The Rho Family Gtp-Binding Protein Cdc42 In Complex With The Multifunctional Regulator Rhogdi Pos: 62/192 Gap: 24/192
FEEK1iAnmeuAIYN4nfmFwA6jivc 6980757 1CC0
6980759 1CC0
190 E: 2E-29 Ident: 28/184 Ident% 15 Q: 5-168 (184)   S: 7-180 (190) Chain A, Crystal Structure Of The Rhoa.Gdp-Rhogdi Complex Pos: 56/184 Gap: 30/184
yGOhnwpiOYDzFJ1uYuUTJ3byVzI 13096779 1HE1
13096780 1HE1
176 E: 6E-29 Ident: 27/185 Ident% 14 Q: 2-166 (184)   S: 2-176 (176) Chain C, Crystal Structure Of The Complex Between The Gap Domain Of The Pseudomonas Aeruginosa Exos Toxin And Human Rac Pos: 58/185 Gap: 30/185
DDYjVIMPsjEAtahbz3GeB2AlzMg 2981782 1FTN
193 E: 2E-29 Ident: 28/184 Ident% 15 Q: 5-168 (184)   S: 7-180 (193) Crystal Structure Of The Human RhoaGDP COMPLEX Pos: 56/184 Gap: 30/184
9epklbY4nuLq+uhjB1Gy913xvzU 6435686 1CXZ
3318980 1A2B
182 E: 1E-29 Ident: 29/183 Ident% 15 Q: 5-167 (184)   S: 8-180 (182) Chain A, Crystal Structure Of Human Rhoa Complexed With The Effector Domain Of The Protein Kinase PknPRK1 Pos: 57/183 Gap: 30/183
06j4ajO/JeeX4eYmlLWqt0cUQVo 11513661 1E96
192 E: 2E-30 Ident: 28/190 Ident% 14 Q: 2-171 (184)   S: 2-181 (192) Chain A, Structure Of The RacP67PHOX COMPLEX Pos: 59/190 Gap: 30/190
hjBAnRVG6bLFePkCYnkl3ZCjnmw 231061 4Q21
189 E: 5E-30 Ident: 43/194 Ident% 22 Q: 1-181 (184)   S: 1-185 (189) v-Ha-ras Harvey rat sarcoma viral oncogene homolog; Harvey rat sarcoma viral (v-Ha-ras) oncogene homolog [Homo sapiens] Pos: 63/194 Gap: 22/194
/Fjn6JkMFzxDd5kD5f5sxhLn440 13096548 1FOE
13096550 1FOE
13096552 1FOE
13096554 1FOE
177 E: 3E-30 Ident: 29/187 Ident% 15 Q: 1-167 (184)   S: 1-177 (177) Chain B, Crystal Structure Of Rac1 In Complex With The Guanine Nucleotide Exchange Region Of Tiam1 Pos: 60/187 Gap: 30/187
NYkPt/WNmKM3qAhhaufLCPkc/io 9955205 1DS6
192 E: 2E-30 Ident: 29/192 Ident% 15 Q: 1-172 (184)   S: 1-182 (192) ras-related C3 botulinum toxin substrate 2; Ras-related C3 botulinum toxin substrate 3 (rho family, small GTP-binding protein Rac2); rho family, small GTP binding protein Rac2 [Homo sapiens] Pos: 63/192 Gap: 30/192
GKblUlgEq/lH5bkcAErN6TGMa4A 2914478 1MH1
186 E: 4E-31 Ident: 29/190 Ident% 15 Q: 2-171 (184)   S: 4-183 (186) Small G-Protein Pos: 60/190 Gap: 30/190
uG5Lu2iDP11MdrxHTAOniPrlfrk 15826630 1HH4
15826631 1HH4
192 E: 4E-31 Ident: 29/190 Ident% 15 Q: 2-171 (184)   S: 2-181 (192) Chain A, Rac1-Rhogdi Complex Involved In Nadph Oxidase Activation Pos: 60/190 Gap: 30/190
0jgkOZkglmdZomaxVP7PGjKb9Ns 14277769 1I4T
192 E: 3E-31 Ident: 29/191 Ident% 15 Q: 1-171 (184)   S: 1-181 (192) Chain D, Crystal Structure Analysis Of Rac1-Gmppnp In Complex With Arfaptin Pos: 60/191 Gap: 30/191
pPWpUHQC/UtD0AbPbXfmamHaFp4 1065362 1HUR
1065361 1HUR
180 E: 1E-32 Ident: 30/139 Ident% 21 Q: 4-139 (184)   S: 17-144 (180) Chain B, Human Adp-Ribosylation Factor 1 Complexed With Gdp, Full Length Non-Myristoylated Pos: 57/139 Gap: 14/139
zlCkmYewuFb8aQ8dqIgKgOjtMr4 13399897 1HFV
13399898 1HFV
174 E: 6E-32 Ident: 33/140 Ident% 23 Q: 4-139 (184)   S: 13-140 (174) Chain A, Structure Of The Small G Protein Arf6 In Complex With Gtpgammas Pos: 57/140 Gap: 16/140
0Jl5QyD53lR+42Kw7AOu/ytUsv4 13096378 1G4U
184 E: 8E-32 Ident: 30/191 Ident% 15 Q: 1-171 (184)   S: 1-181 (184) Chain R, Crystal Structure Of The Salmonella Tyrosine Phosphatase And Gtpase Activating Protein Sptp Bound To Rac1 Pos: 61/191 Gap: 30/191
8rkYyZSFL5tIfbRNKZgP/UDxD+A 14277763 1I4D
14277766 1I4L
192 E: 5E-32 Ident: 30/191 Ident% 15 Q: 1-171 (184)   S: 1-181 (192) ras-related C3 botulinum toxin substrate 1 isoform Rac1; rho family, small GTP binding protein Rac1 [Homo sapiens] Pos: 61/191 Gap: 30/191
zray9asm6VonxpuJpv0dRBspPt8 1633349 1RRG
1633350 1RRG
1633351 1RRF
181 E: 1E-32 Ident: 30/139 Ident% 21 Q: 4-139 (184)   S: 18-145 (181) ADP-ribosylation factor 1 [Homo sapiens] Pos: 57/139 Gap: 14/139
IM2Tk8mvDBuSp8i/JHg5oG6Dwco 7767049 1E0S
174 E: 2E-32 Ident: 34/140 Ident% 24 Q: 4-139 (184)   S: 13-140 (174) Chain A, Small G Protein Arf6-Gdp Pos: 57/140 Gap: 16/140
+RIhKlFTwPT/YLIMAo7eFalDeHs
15807472
7472534
6460312
hypothetical protein [Deinococcus radiodurans] 281 3
2-24,27-47,84-106
8 9 0  
+SBhdXx7xnKjebbcvTsG3ttobUA
15806375
7473240
6459113
outer membrane protein [Deinococcus radiodurans] 256 0
89 125 152  
+ShZSWQfOi021V7WvsGLUTN1khU
15807529
7471267
6460368
conserved hypothetical protein [Deinococcus radiodurans] 479 0
54 258 693
qGPwBxhEgtYik3OetHZbpyktoLE 4929871 1B3O
4929870 1B3O
514 E: 1.6E0 Ident: 18/42 Ident% 42 Q: 283-324 (479)   S: 355-396 (514) Inosine-5'-monophosphate dehydrogenase 2 (IMP dehydrogenase 2) (IMPDH-II) (IMPD 2) Pos: 24/42 Gap: -1/-1
uo3IYiJbhJm9ZzzgmhgtEBAxT0k 15988269 1HUV
380 E: .57E0 Ident: 24/115 Ident% 20 Q: 241-353 (479)   S: 240-343 (380) Chain A, Crystal Structure Of A Soluble Mutant Of The Membrane- Associated (S)-Mandelate Dehydrogenase From Pseudomonas Putida At 2.15a Resolution Pos: 39/115 Gap: 13/115
Bb8+hjv3PzEAhjIQ5/MfXUmtP9c 15826575 1JR1
15826576 1JR1
514 E: 1.5E0 Ident: 18/42 Ident% 42 Q: 283-324 (479)   S: 355-396 (514) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE 2 (IMP DEHYDROGENASE 2) (IMPDH-II) (IMPD 2) Pos: 24/42 Gap: -1/-1
p+BnbLOYl+NK3pk9nf/Xj/EDods 16974912 1EA0
16974913 1EA0
1479 E: .34E0 Ident: 18/108 Ident% 16 Q: 219-324 (479)   S: 997-1102 (1479) Chain A, Alpha Subunit Of A. Brasilense Glutamate Synthase Pos: 34/108 Gap: 4/108
17x5TlulZYrUf1UY7XPKS/h/P+U 7546357 1EEP
7546356 1EEP
404 E: .001E0 Ident: 15/60 Ident% 25 Q: 274-332 (479)   S: 243-302 (404) IMP dehydrogenase (guaB) [Borrelia burgdorferi] Pos: 26/60 Gap: 1/60
PY5zoeEf94QbyPKBcSC694A1SkA 5107652 1QCW
5107653 1QCW
410 E: .13E0 Ident: 18/68 Ident% 26 Q: 259-324 (479)   S: 273-340 (410) Chain A, Flavocytochrome B2, Arg289lys Mutant Pos: 28/68 Gap: 2/68
nf4y4bxj9elJZrW7KKNrL67NMOs 13399647 1H7W
13399648 1H7W
13399649 1H7W
13399650 1H7W
1025 E: .22E0 Ident: 26/187 Ident% 13 Q: 147-317 (479)   S: 652-818 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig Pos: 42/187 Gap: 36/187
G8vSToRzYwXHLBYhFrV5aQVSB6Y 999542 1GYL
999543 1GYL
369 E: .16E0 Ident: 21/64 Ident% 32 Q: 275-331 (479)   S: 265-328 (369) Chain A, Glycolate Oxidase (E.C.1.1.3.15) Mutant With Tyr 24 Replaced By Phe (Y24f) Pos: 31/64 Gap: 7/64
LjeIIB50kmHS1W+nTbc3p2LzQxs 1127122 1LCO
1065320 1LDC
1127123 1LCO
1065321 1LDC
511 E: .046E0 Ident: 30/152 Ident% 19 Q: 178-324 (479)   S: 300-441 (511) Chain A, Mol_id: 1; Molecule: L-Lactate Dehydrogenase; Chain: A, B; Synonym: Cytochrome C Oxidoreductase, Flavocytochrome B2; Ec: 1.1.2.3; Engineered: Yes; Mutation: Tyr 143 Phe; Heterogen: Phenyl-Pyruvate Pos: 54/152 Gap: 15/152
HPuBJuYizF3hnoDfDdM0ueUo2gg 640259 1LTD
640260 1LTD
506 E: .046E0 Ident: 30/152 Ident% 19 Q: 178-324 (479)   S: 295-436 (506) Chain A, Flavocytochrome B2 (E.C.1.1.2.3) Complexed With Sulfite Pos: 54/152 Gap: 15/152
BJ2qxKFufjpdTm/D62JWd17zCi0 2624594 1AL7
2554675 1AL8
359 E: .15E0 Ident: 21/64 Ident% 32 Q: 275-331 (479)   S: 265-328 (359) Three-Dimensional Structures Of Glycolate Oxidase With Bound Active-Site Inhibitors Pos: 31/64 Gap: 7/64
lItf0ebn4YXflV+z8hgkJmYuzb8 229945 1GOX
369 E: .16E0 Ident: 21/64 Ident% 32 Q: 275-331 (479)   S: 265-328 (369) oxidase, peroxisomal (Glycolate oxidase) (GOX) (Short chain alpha-hydroxy acid oxidase) Pos: 31/64 Gap: 7/64
uSp4lyNDaZPY+UVPBME4WnK5nzc 13399651 1H7X
13399652 1H7X
13399653 1H7X
13399654 1H7X
1025 E: .21E0 Ident: 26/187 Ident% 13 Q: 147-317 (479)   S: 652-818 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig, Ternary Complex Of A Mutant Enzyme (C671a), Nadph And 5-Fluorouracil Pos: 42/187 Gap: 36/187
GvdF5KaMopBUQCZ2JRGJye3eMTc 13096500 1EP1
13096502 1EP2
13096504 1EP3
311 E: .001E0 Ident: 20/107 Ident% 18 Q: 217-317 (479)   S: 169-272 (311) Chain A, Crystal Structure Of Lactococcus Lactis Dihydroorotate Dehydrogenase B Pos: 31/107 Gap: 9/107
BZHE0WVqR6RKYWkKVAdnKYdeJ4Q 7546367 1ZFJ
491 E: .12E0 Ident: 15/51 Ident% 29 Q: 281-331 (479)   S: 331-381 (491) Chain A, Inosine Monophosphate Dehydrogenase (Impdh; Ec 1.1.1.205) From Streptococcus Pyogenes Pos: 22/51 Gap: -1/-1
/goVrp9nRDCaLM1xhw2uCVPQLcs 229909 1FCB
229910 1FCB
511 E: .047E0 Ident: 30/152 Ident% 19 Q: 178-324 (479)   S: 300-441 (511) Chain A, Flavocytochrome b2 (E.C.1.1.2.3) Pos: 54/152 Gap: 15/152
IeUHPjHhMPEDHRA8CDnsCtm+BHQ 10835815 1D3G
10835816 1D3H
367 E: 2E-4 Ident: 39/240 Ident% 16 Q: 123-352 (479)   S: 137-363 (367) Chain A, Human Dihydroorotate Dehydrogenase Complexed With Brequinar Analog Pos: 69/240 Gap: 23/240
hyvgTEArBXmHlAVUX4ZR9eQrCNU 2554679 1AK5
503 E: 2E-4 Ident: 65/478 Ident% 13 Q: 14-447 (479)   S: 53-475 (503) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE (IMP DEHYDROGENASE) (IMPDH) (IMPD) Pos: 121/478 Gap: 99/478
+UW3xljz5MG9xXqgwIfD1goKbek
15805735
7472108
6458419
hypothetical protein [Deinococcus radiodurans] 730 0
11 21 0  
+Vk556GB7yoUOTuJkfy9SPU9A6s
15806425
7472319
6459176
hypothetical protein [Deinococcus radiodurans] 145 0
9 23 0
26+/tBTzAUuDi8rDV6PN83qOVsA 12084715 1GAX
12084716 1GAX
862 E: 5.3E0 Ident: 26/88 Ident% 29 Q: 29-115 (145)   S: 776-853 (862) Valyl-tRNA synthetase (Valine--tRNA ligase) (ValRS) Pos: 37/88 Gap: 11/88
+Vl47gPlPzmeTIga9ZXaz56KsgY
15807370
7472539
6460207
hypothetical protein [Deinococcus radiodurans] 75 0
5 2 0  
*TARGET
+VvLnjow1ScF/aZQ4gTgnGBPmew
15806322
7473929
6459052
spermidine/putrescine ABC transporter, permease protein [Deinococcus radiodurans] 270 5
10-31,65-87,100-122,187-209,237-259
818 1284 1280  
+W39sfQKyM1I/qdlSK1QDG92Cpc
15806801
7473382
6459578
acetyltransferase, putative [Deinococcus radiodurans] 179 0
112 668 1213
ttRHnPOple3IfP2qDpY0fGgp9mg 3745773 1BO4
3745774 1BO4
168 E: .26E0 Ident: 12/101 Ident% 11 Q: 57-150 (179)   S: 65-165 (168) Chain A, Crystal Structure Of A Gcn5-Related N-Acetyltransferase: Serratia Marescens Aminoglycoside 3-N-Acetyltransferase Pos: 31/101 Gap: 7/101
VRUgvG74WEET1HuiesroCOJaKxw 5822444 1YGH
5822445 1YGH
164 E: .038E0 Ident: 15/103 Ident% 14 Q: 59-159 (179)   S: 39-140 (164) Chain A, Hat Domain Of Gcn5 From Saccharomyces Cerevisiae Pos: 35/103 Gap: 3/103
O9MpLDTTQ9uYVCmM6r9nWjEg0DI 14278222 1IB1
14278223 1IB1
14278224 1IB1
14278225 1IB1
200 E: 1.3E0 Ident: 23/145 Ident% 15 Q: 17-151 (179)   S: 37-176 (200) Chain E, Crystal Structure Of The 14-3-3 Zeta:serotonin N- Acetyltransferase Complex Pos: 38/145 Gap: 15/145
rL+ZljKng89uZzB325T2KntrjTU 6730553 1QSM
6730550 1QSM
6730551 1QSM
6730552 1QSM
152 E: 6E-5 Ident: 17/144 Ident% 11 Q: 12-148 (179)   S: 3-141 (152) Chain D, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae In Complex With Acetyl Coenzyme A Pos: 42/144 Gap: 12/144
nzOCx5FvO/mqKf9ekAYEEZyGgLM 6730554 1QSO
6730555 1QSO
6730556 1QSO
6730557 1QSO
149 E: 9E-5 Ident: 17/142 Ident% 11 Q: 14-148 (179)   S: 2-138 (149) Chain A, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae Pos: 42/142 Gap: 12/142
9GeKPXNcrYoJrbh1QQWl+rJnayY 14277753 1I21
14277754 1I21
14277755 1I21
14277756 1I21
14277757 1I21
14277758 1I21
159 E: 3E-5 Ident: 21/157 Ident% 13 Q: 16-155 (179)   S: 9-156 (159) Chain A, Crystal Structure Of Yeast Gna1 Pos: 42/157 Gap: 26/157
E/ISy5JslRuAk3GLJSTtAo825Z8 14277747 1I1D
14277748 1I1D
14277749 1I1D
14277750 1I1D
161 E: 2E-5 Ident: 20/154 Ident% 12 Q: 16-152 (179)   S: 11-155 (161) Chain A, Crystal Structure Of Yeast Gna1 Bound To Coa And Glnac-6p Pos: 41/154 Gap: 26/154
NS6HbH9uAXGn/38vmxeeMsYeZeg 14277743 1I12
14277744 1I12
14277745 1I12
14277746 1I12
160 E: 2E-5 Ident: 20/154 Ident% 12 Q: 16-152 (179)   S: 10-154 (160) Chain A, Crystal Structure Of Saccharomyces Cerevisiae Gna1 Complexed With Accoa Pos: 41/154 Gap: 26/154
+W3HFH6jUiRHEs295NAqBqoccu4
15807022
7472808
6459820
hypothetical protein [Deinococcus radiodurans] 236 0
8 6 0  
+YDulcmAObaSsYcodNw0pQ+PFTg
15807254
7471843
6460071
DNA-binding stress response protein, Dps family [Deinococcus radiodurans] 207 0
88 142 166
Q8eVGckEd7ma7ZqdgDkgMdvSbwY 18158622 1JGC
18158623 1JGC
18158624 1JGC
161 E: 4E0 Ident: 19/100 Ident% 19 Q: 99-198 (207)   S: 46-135 (161) BACTERIOFERRITIN (BFR) Pos: 39/100 Gap: 10/100
W/Ov7+yvuhprMKakcz3Db3AtG+g 809204 1BCF
809205 1BCF
1633433 1BFR
1633434 1BFR
1633435 1BFR
1633436 1BFR
1633437 1BFR
1633438 1BFR
1633439 1BFR
1633440 1BFR
1633441 1BFR
1633442 1BFR
1633443 1BFR
1633444 1BFR
1633445 1BFR
1633446 1BFR
1633447 1BFR
1633448 1BFR
1633449 1BFR
1633450 1BFR
1633451 1BFR
1633452 1BFR
1633453 1BFR
1633454 1BFR
1633455 1BFR
1633456 1BFR
158 E: .008E0 Ident: 28/150 Ident% 18 Q: 60-202 (207)   S: 6-139 (158) bacterioferrin, an iron storage homoprotein [Escherichia coli K12] Pos: 47/150 Gap: 23/150
KVs68w8Xc/+glHV3fAftL33f52M 3660175 1DPS
3660178 1DPS
3660176 1DPS
3660177 1DPS
3660179 1DPS
3660180 1DPS
3660181 1DPS
3660182 1DPS
3660183 1DPS
3660184 1DPS
3660185 1DPS
3660186 1DPS
167 E: 2E-7 Ident: 40/154 Ident% 25 Q: 45-198 (207)   S: 13-163 (167) Chain A, The Crystal Structure Of Dps, A Ferritin Homolog That Binds And Protects Dna Pos: 67/154 Gap: 3/154
0Y4kFSiKnQiqURsjyf8wabLGBFI 6980573 1QGH
6980574 1QGH
6980575 1QGH
6980576 1QGH
6980577 1QGH
6980578 1QGH
6980579 1QGH
6980580 1QGH
6980581 1QGH
6980582 1QGH
6980583 1QGH
6980584 1QGH
156 E: 1E-12 Ident: 45/146 Ident% 30 Q: 63-207 (207)   S: 11-156 (156) non-heme iron-binding ferritin [Listeria innocua] Pos: 70/146 Gap: 1/146
+ZvSfm4363XUarZlyA5o8Z9YzTU
15806610
7472824
6459373
hypothetical protein [Deinococcus radiodurans] 388 10
38-60,73-95,110-132,134-156,158-178,205-227,236-254,276-297,311-333,352-374
9 15 11  
+aEuiuYAZJ/SdPLDBU5zT5C0OE0
15807151
7472933
6459961
hypothetical protein [Deinococcus radiodurans] 67 0
1 2 0  
+aZStDUaAPk2vLCG7yZt0ln1dAM
15807167
7471407
6459970
conserved hypothetical protein [Deinococcus radiodurans] 349 0
38 42 64  
+bbsxPdG0SrhLLFjom28gLg89GQ
15805696
7472863
6458378
hypothetical protein [Deinococcus radiodurans] 286 0
30 50 0  
*TARGET
+bjVHIEDgbBKAXR4Nwh0hNjlObE
15807865
7473224
6460596
nodulation protein N-related protein [Deinococcus radiodurans] 153 0
67 187 235  
+dnl3PtTPKbd+esbO2zBVvgQmzo
15806416
7473606
6459154
oxidoreductase, putative [Deinococcus radiodurans] 259 0
61 278 326
ALHX/cLVyFTnT7bbvqhJAyrFyT0 4558192 1VFR
4558193 1VFR
218 E: 7E-7 Ident: 11/75 Ident% 14 Q: 22-90 (259)   S: 12-86 (218) Major NAD(P)H-flavin oxidoreductase (FRASE I) Pos: 32/75 Gap: 6/75
DsdW3Un06Hv0MansJ2Ill3MrQak 14278494 1ICV
14278495 1ICV
14278496 1ICV
14278497 1ICV
217 E: 6E-8 Ident: 34/210 Ident% 16 Q: 21-193 (259)   S: 9-216 (217) Chain A, The Structure Of Escherichia Coli Nitroreductase Complexed With Nicotinic Acid Pos: 70/210 Gap: 39/210
QgGLwsPOrcrR+4gABJetomhf+nw 9955253 1DS7
14278488 1ICR
14278489 1ICR
14278490 1ICU
14278491 1ICU
14278492 1ICU
14278493 1ICU
217 E: 4E-8 Ident: 36/210 Ident% 17 Q: 21-193 (259)   S: 9-216 (217) oxygen-insensitive NAD(P)H nitroreductase [Escherichia coli K12] Pos: 71/210 Gap: 39/210
Sk6ingQsYoXz9GSMOFB5WA9DNGk 9955254 1DS7
217 E: 4E-8 Ident: 36/210 Ident% 17 Q: 21-193 (259)   S: 9-216 (217) Chain B, A Minor Fmn-Dependent Nitroreductase From Escherichia Coli B Pos: 71/210 Gap: 39/210
glqM1KCF3nieaX66QtnqN3+JTIs 7546304 1NEC
7546305 1NEC
7546306 1NEC
7546307 1NEC
216 E: 1E-9 Ident: 37/210 Ident% 17 Q: 21-193 (259)   S: 8-215 (216) Chain A, Nitroreductase From Enterobacter Cloacae Pos: 73/210 Gap: 39/210
l5SYZ80sfSbsFHyDm2rPArCNsVw 1941977 1NOX
205 E: 1E-21 Ident: 41/210 Ident% 19 Q: 1-191 (259)   S: 1-202 (205) NADH DEHYDROGENASE (H(2)O(2) FORMING NADH OXIDASE) (NADH:OXYGEN OXIDOREDUCTASE) Pos: 67/210 Gap: 27/210
158Yjn17P0x/0woaNdk60X6NcUk 13399908 1F5V
13399909 1F5V
240 E: 4E-58 Ident: 67/247 Ident% 27 Q: 11-253 (259)   S: 5-236 (240) modulator of drug activity A [Escherichia coli K12] Pos: 118/247 Gap: 19/247
3KkfwNV3i3sI6RPkQPGZmKVetqA 6137579 2BKJ
4389257 1BKJ
6137580 2BKJ
4389258 1BKJ
240 E: 9E-60 Ident: 60/251 Ident% 23 Q: 8-254 (259)   S: 2-237 (240) NADPH-FLAVIN OXIDOREDUCTASE (FLAVIN REDUCTASE P) (NADPH-FMN OXIDOREDUCTASE) Pos: 110/251 Gap: 19/251
+do6mvEtRLOai8W6LetY8MEiITA
15806630
7472077
6459393
hypothetical protein [Deinococcus radiodurans] 365 0
14 45 0  
*TARGET
+eVKjShExe6kFI8QwBNj0RTpPgk
15806431
7472085
6459178
hypothetical protein [Deinococcus radiodurans] 527 2
430-452,461-483
191 1173 2106  
+edIeQAeLRrRf2NvaXbKrf+g8zI
15805661
7473007
6458339
hypothetical protein [Deinococcus radiodurans] 98 3
3-25,33-55,77-96
4 4 0  
+fRm/5PYJ63rmHr2V1QpGdYzIDk
15805635
7472226
6458315
hypothetical protein [Deinococcus radiodurans] 203 0
7 16 0  
+kfmrfl/HJMWZqWnFEkx1umr0l8
10957492
7472523
6460921
hypothetical protein [Deinococcus radiodurans] 183 0
7 42 26  
+l0G2soBXYzGN+5O0lA7II1glBE
15805587
7471619
6458255
conserved hypothetical protein [Deinococcus radiodurans] 376 0
51 205 351
htt/CFj6E8eMg9bV8UdaSrNkQhE 9954903 1EEJ
9954904 1EEJ
216 E: .013E0 Ident: 29/159 Ident% 18 Q: 219-370 (376)   S: 89-207 (216) Chain A, Crystal Structure Of The Protein Disulfide Bond Isomerase, Dsbc, From Escherichia Coli Pos: 52/159 Gap: 47/159
NxjQ2tc9kF9uhEHe6CEsgzzTELU 2624890 1BED
181 E: 5E-5 Ident: 31/181 Ident% 17 Q: 195-371 (376)   S: 1-173 (181) Structure Of Disulfide Oxidoreductase Pos: 61/181 Gap: 12/181
XzJ+QzIvMlkyDMK4/D5+sLY+lvk 13400018 1DYV
13400018 1DYV
197 E: 8E-13 Ident: 12/78 Ident% 15 Q: 296-371 (376)   S: 1-78 (197) Chain A, Crystal Structure Of Circularly Permuted Cpdsba_q100t99 Pos: 24/78 Gap: 2/78
A/4KIYI8WyzbZ0X9W96YALbx/3g 2624855 1AC1
2624856 1AC1
189 E: 2E-36 Ident: 28/184 Ident% 15 Q: 195-371 (376)   S: 1-177 (189) Chain A, Dsba Mutant H32l Pos: 55/184 Gap: 14/184
9nsYo1ta+N3kqdyzMNu2SfmxtXo 2624857 1ACV
2624858 1ACV
189 E: 1E-36 Ident: 28/184 Ident% 15 Q: 195-371 (376)   S: 1-177 (189) Chain A, Dsba Mutant H32s Pos: 55/184 Gap: 14/184
s510+FMmMC59SCWg5aFwHKo1Gcg 5821866 1BQ7
5821867 1BQ7
5821868 1BQ7
5821869 1BQ7
5821870 1BQ7
5821871 1BQ7
189 E: 2E-36 Ident: 27/184 Ident% 14 Q: 195-371 (376)   S: 1-177 (189) Chain A, Dsba Mutant P151a, Role Of The Cis-Proline In The Active Site Of Dsba Pos: 55/184 Gap: 14/184
mH1JJvbSBRAe1QOtYCgd9pQezHk 2194076 1FVJ
2194077 1FVJ
189 E: 1E-37 Ident: 29/184 Ident% 15 Q: 195-371 (376)   S: 1-177 (189) Chain A, The 2.06 Angstrom Structure Of The H32y Mutant Of The Disulfide Bond Formation Protein (Dsba) Pos: 56/184 Gap: 14/184
W1LcfrCqCAqX65e3uA11X732118 3659914 1A23
3659915 1A24
493982 1DSB
493983 1DSB
2392344 1FVK
2392345 1FVK
3659917 1A2J
3319086 1A2L
3319087 1A2L
3319089 1A2M
3319088 1A2M
189 E: 6E-38 Ident: 28/184 Ident% 15 Q: 195-371 (376)   S: 1-177 (189) Solution Nmr Structure Of Reduced Dsba From Escherichia Coli, Minimized Average Structure Pos: 56/184 Gap: 14/184
+lW2rqco53MQ4uA7dnPBTEq8HQU
15806324
7472087
6459058
hypothetical protein [Deinococcus radiodurans] 235 0
13 18 0  
+m9l9qRp9Wa7hVo3EgRLXAjGwis
15806381
7472580
6459122
hypothetical protein [Deinococcus radiodurans] 155 2
30-52,54-75
63 117 0
Wv1Gn/eHY8bMPxQWqUD72SpA1h0 4930028 1CXL
686 E: .031E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Complex Between A Covalent Intermediate And Bacillus Circulans Strain 251 Cgtase E257q Pos: 42/90 Gap: 11/90
PocxUGLRsY1dVCwaea2JZxwVCr0 15826062 1FD9
213 E: 7.6E0 Ident: 26/98 Ident% 26 Q: 61-149 (155)   S: 100-191 (213) Chain A, Crystal Structure Of The Macrophage Infectivity Potentiator Protein (Mip) A Major Virulence Factor From Legionella Pneumophila Pos: 40/98 Gap: 15/98
uzHAG5aWXhpoep+UxiJfLLg4sAM 1000042 1CGW
686 E: .032E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Cyclomaltodextrin Glucanotransferase (Cgtase) (E.C.2.4.1.19) Mutant With Tyr 195 Replaced By Gly (Y195g) Pos: 42/90 Gap: 11/90
gD476IXfInKE3OuIdrZKMijnUSw 3660402 4CGT
678 E: .21E0 Ident: 27/88 Ident% 30 Q: 77-155 (155)   S: 504-582 (678) Deletion Mutant Delta(145-150), F151d Of Cyclodextrin Glycosyltransferase Pos: 40/88 Gap: 18/88
DQ5o2f30yryhtQMcHpVtJeMsWek 6730237 1D3C
4930027 1CXK
1310941 1CXF
686 E: .03E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Michaelis Complex Of Bacillus Circulans Strain 251 Cyclodextrin Glycosyltransferase With Gamma-Cyclodextrin Pos: 42/90 Gap: 11/90
v52tyy3sWwcjUrZ7/YxJJlP9mPM 1000041 1CGV
4139766 2DIJ
686 E: .03E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Cyclomaltodextrin Glucanotransferase (E.C.2.4.1.19) (Cgtase) Mutant With Tyr 195 Replaced By Phe (Y195f) Pos: 42/90 Gap: 11/90
mYLxqLWe9/KoGwSbJOBXxZr3AEg 2098273 1TCM
2098274 1TCM
686 E: .031E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Cyclodextrin Glycosyltransferase W616a Mutant From Bacillus Circulans Strain 251 Pos: 42/90 Gap: 11/90
+JQXVAent3ThpdvpxtkqeW0qrUY 18655886 1KCK
686 E: .031E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Bacillus Circulans Strain 251 Cyclodextrin Glycosyl Transferase Mutant N193g Pos: 42/90 Gap: 11/90
h46G6Ukiv9kr2J/Bw41DUJd5yaQ 11513474 1EO5
11513476 1EO7
686 E: .032E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Bacillus Circulans Strain 251 Cyclodextrin Glycosyltransferase In Complex With Maltoheptaose Pos: 42/90 Gap: 11/90
vayQKTf6u51tZx9TWVcWoTIYsqc 7546512 1D7F
7546513 1D7F
7767198 1DED
7767199 1DED
686 E: .25E0 Ident: 23/71 Ident% 32 Q: 65-134 (155)   S: 498-559 (686) Chain A, Crystal Structure Of Asparagine 233-Replaced Cyclodextrin Glucanotransferase From Alkalophilic Bacillus Sp. 1011 Determined At 1.9 A Resolution Pos: 35/71 Gap: 10/71
yAF/xUWC7IId/faUJ49c0fPzB4U 14278648 1I75
14278649 1I75
1942571 1PAM
1942572 1PAM
686 E: .26E0 Ident: 23/71 Ident% 32 Q: 65-134 (155)   S: 498-559 (686) Chain A, Crystal Structure Of Cyclodextrin Glucanotransferase From Alkalophilic Bacillus Sp.#1011 Complexed With 1- Deoxynojirimycin Pos: 35/71 Gap: 10/71
iXl5yFxTy4r9A/xmAphx3ZyB2pY 7245442 1DTU
686 E: .03E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Bacillus Circulans Strain 251 Cyclodextrin Glycosyltransferase: A Mutant Y89dS146P COMPLEXED TO AN Hexasaccharide Inhibitor Pos: 42/90 Gap: 11/90
xdTtS4rTErEoKCoAu090p6qPREM 3891775 6CGT
684 E: .22E0 Ident: 27/88 Ident% 30 Q: 77-155 (155)   S: 510-588 (684) Hoxa Complex Of Cyclodextrin Glycosyltransferase Mutant Pos: 40/88 Gap: 18/88
TEULOeWPUIMAZLEd+Oc/5BpFS1s 1000044 1CGX
686 E: .031E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Cyclomaltodextrin Glucanotransferase (Cgtase) (E.C.2.4.1.19) Mutant With Tyr 195 Replaced By Leu (Y195l) Pos: 42/90 Gap: 11/90
2fyXUMGrGaCTHisJlTgrJ+DCr1M 3660411 5CGT
493931 1CGU
3660445 7CGT
684 E: .23E0 Ident: 27/88 Ident% 30 Q: 77-155 (155)   S: 510-588 (684) Maltotriose Complex Of Preconditioned Cyclodextrin Glycosyltransferase Mutant Pos: 40/88 Gap: 18/88
FaVeLzroCMhz6tqfTL4woDt1VrQ 3212746 3CGT
6729854 8CGT
6729857 9CGT
684 E: .22E0 Ident: 27/88 Ident% 30 Q: 77-155 (155)   S: 510-588 (684) Structure Of Cyclodextrin Glycosyltransferase Complexed With Its Main Product Beta-Cyclodextrin Pos: 40/88 Gap: 18/88
+QiN2Er/6sFGU/QIv/PoVzK6A/o 493930 1CGT
684 E: .21E0 Ident: 27/88 Ident% 30 Q: 77-155 (155)   S: 510-588 (684) Cyclodextrin Glycosyltransferase (E.C.2.4.1.19) Pos: 40/88 Gap: 18/88
IviKZOnwKqpVh+KAojRrQn2v4Bc 1000047 1CGY
686 E: .031E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Cyclomaltodextrin Glucanotransferase (Cgtase) (E.C.2.4.1.19) Mutant With Tyr 195 Replaced By Trp (Y195w) Pos: 42/90 Gap: 11/90
Gy1ZYlS2F09HHaoQP4yebQfT7xE 18655887 1KCL
686 E: .026E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) Chain A, Bacillus Ciruclans Strain 251 Cyclodextrin Glycosyl Transferase Mutant G179l Pos: 42/90 Gap: 11/90
ntrglUfC/fBXAeeXxTd3ol4UrQQ 1421570 1CIU
3318982 1A47
683 E: .87E0 Ident: 19/55 Ident% 34 Q: 78-132 (155)   S: 512-555 (683) Thermostable Cgtase From Thermoanaerobacterium Thermosulfurigenes Em1 At Ph 8.0. Pos: 27/55 Gap: 11/55
518AqpEC0hFLGqs99tCgiW2hcIA 493924 1CDG
1310942 1CXE
1310939 1CXI
1310940 1CXH
3891844 2CXG
686 E: .03E0 Ident: 29/90 Ident% 32 Q: 49-137 (155)   S: 482-561 (686) cyclodextrin glycosyltransferase - Bacillus circulans Pos: 42/90 Gap: 11/90
+n9bQaoWCSDK3X0Mi12lnHw5KIM
15805408
7471682
6458060
conserved hypothetical protein [Deinococcus radiodurans] 168 4
21-42,58-80,109-131,136-157
9 20 33  
+pTd16JNwbIZddlU4pVL5kHfGog
15807101
7471052
6459903
ABC transporter, ATP-binding protein, Ycf16 family [Deinococcus radiodurans] 252 0
1380 1363 1374
vwZlRCrw/davJk0PIngo3RbJxdw 15988440 1JSQ
15988441 1JSQ
15988442 1JSQ
15988443 1JSQ
15988444 1JSQ
15988445 1JSQ
15988446 1JSQ
15988447 1JSQ
582 E: 1E-51 Ident: 62/238 Ident% 26 Q: 6-235 (252)   S: 342-565 (582) ATP-binding transport protein; multicopy suppressor of htrB [Escherichia coli O157:H7 EDL933] Pos: 114/238 Gap: 22/238
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 1E-66 Ident: 59/262 Ident% 22 Q: 1-250 (252)   S: 2-253 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 118/262 Gap: 22/262
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 6E-68 Ident: 47/254 Ident% 18 Q: 6-252 (252)   S: 4-242 (372) Chain 1, Malk Pos: 114/254 Gap: 22/254
+phR4Yt0PMrPkMqq5zWweImKIWY
15806100
7473780
6458811
rfbJ protein/conserved hypothetical protein [Deinococcus radiodurans] 219 0
432 1219 1221
6RMFqKewiSfTDWXmGzfc/h5boT4 8569657 1QGQ
8569658 1QGS
18158753 1H7L
18158754 1H7Q
7766999 1QG8
255 E: 1E-10 Ident: 21/114 Ident% 18 Q: 10-108 (219)   S: 1-113 (255) Chain A, Udp-Manganese Complex Of Spsa From Bacillus Subtilis Pos: 43/114 Gap: 16/114
+qj27oHxu3twrJBq6dFufHUH40o
15805147
14285614
7471758
6457769
conserved hypothetical protein [Deinococcus radiodurans] 451 12
21-43,54-76,98-120,133-155,163-185,194-216,230-252,271-293,315-337,353-375,386-408,416-438
0 0 0  
+uLLXObxWcPrMwDkMGFcEZdIgfs
15806451
7471481
6459195
conserved hypothetical protein [Deinococcus radiodurans] 283 0
44 98 96  
+ut5sRjky8H3hEBFoHtS1fSjqvo
15807150
7472802
6459960
hypothetical protein [Deinococcus radiodurans] 128 0
15 16 0  
+vhIXEYc/dpFhpymnaDK9HebEDQ
15805385
7473568
6458036
methyltransferase, putative, BioC family [Deinococcus radiodurans] 173 0
446 1219 1242
6WRUmfFkUHO5q8JMb4xzwfMupbI 6435570 1D2G
6435571 1D2G
6435572 1D2H
6435573 1D2H
6435574 1D2H
6435575 1D2H
292 E: .007E0 Ident: 27/116 Ident% 23 Q: 1-84 (173)   S: 60-172 (292) Chain A, Crystal Structure Of R175k Mutant Glycine N- Methyltransferase From Rat Liver Pos: 38/116 Gap: 35/116
lvV9EWMq77UqxJ8kc84I2Mjac+g 13787051 1F3L
321 E: .009E0 Ident: 15/78 Ident% 19 Q: 1-62 (173)   S: 49-125 (321) Chain A, Crystal Structure Of The Conserved Core Of Protein Arginine Methyltransferase Prmt3 Pos: 25/78 Gap: 17/78
CLwBDHjwMBl6r+Evx1ZsEsKT2pE 13399462 1FP1
372 E: .004E0 Ident: 20/102 Ident% 19 Q: 1-91 (173)   S: 213-311 (372) isoliquiritigenin 2'-O-methyltransferase - alfalfa Pos: 38/102 Gap: 14/102
1C5GcqvpAIv9PkNHXFVCgS2x3Bc 13399464 1FPQ
372 E: .005E0 Ident: 20/102 Ident% 19 Q: 1-91 (173)   S: 213-311 (372) Chain A, Crystal Structure Analysis Of Selenomethionine Substituted Chalcone O-Methyltransferase Pos: 38/102 Gap: 14/102
KvA/gFgwGTZo3udIfCuYDUYMKok 1942407 1XVA
1942408 1XVA
4139415 1BHJ
4139416 1BHJ
6137381 1D2C
6137382 1D2C
292 E: .006E0 Ident: 29/127 Ident% 22 Q: 1-95 (173)   S: 60-183 (292) Chain A, Methyltransferase Pos: 43/127 Gap: 35/127
THMXI+EwFWrStxZxMR/rZMoqaoM 12084699 1G6Q
12084700 1G6Q
12084701 1G6Q
12084702 1G6Q
12084703 1G6Q
12084704 1G6Q
328 E: .01E0 Ident: 18/80 Ident% 22 Q: 1-62 (173)   S: 42-118 (328) Chain 1, Crystal Structure Of Yeast Arginine Methyltransferase, Hmt1 Pos: 27/80 Gap: 21/80
jwAu0x/hvznDRT0R3xdYCNMUVyU 18655938 1KPG
18655939 1KPG
18655940 1KPG
18655941 1KPG
287 E: 2E-4 Ident: 18/114 Ident% 15 Q: 1-98 (173)   S: 68-180 (287) Chain A, Crystal Structure Of Mycolic Acid Cyclopropane Synthase Cmaa1 Complexed With Sah And Ctab Pos: 30/114 Gap: 17/114
c7aXRouChRjRpTcKfflZ9+5C+OU 18655936 1KP9
18655937 1KP9
18655942 1KPH
18655943 1KPH
18655944 1KPH
18655945 1KPH
287 E: 1E-4 Ident: 18/114 Ident% 15 Q: 1-98 (173)   S: 68-180 (287) cmaA1 [Mycobacterium tuberculosis H37Rv] Pos: 32/114 Gap: 17/114
+wlnnq+8euoArbIhXdJTXpxJuIU
15805181
7473703
6457806
transposase, putative [Deinococcus radiodurans] 327 0
12 32 48  
+wvqedvxgOm3hhGkCtkTghQtsHk
15806119
7471608
6458834
conserved hypothetical protein [Deinococcus radiodurans] 197 1
5-27
26 46 44  
+xSiYkzp3BZyZOlMLrTICGgiGI8
15805390
7471261
6458037
competence protein ComEC/Rec2-related protein [Deinococcus radiodurans] 275 0
72 594 1008
jBPYMibRSGOmLbz0ZI1phniYAcc 6729916 1BVT
3891961 1BC2
3891962 1BC2
227 E: .015E0 Ident: 25/117 Ident% 21 Q: 40-153 (275)   S: 44-152 (227) Chain A, Metallo-Beta-Lactamase From Bacillus Cereus 569H9 Pos: 43/117 Gap: 11/117
MJ3ASArKoA9Vi9zCKlk1qfaYiPo 11513751 1DDK
220 E: .007E0 Ident: 28/144 Ident% 19 Q: 35-174 (275)   S: 33-156 (220) Chain A, Crystal Structure Of Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa Pos: 47/144 Gap: 24/144
e+KDE4qm9tqEB2r1o44IUP+2+HE 5107530 1BWR
233 E: 4.3E0 Ident: 9/25 Ident% 36 Q: 215-239 (275)   S: 89-113 (233) Probing The Substrate Specificity Of The Intracellular Brain Platelet-Activating Factor Acetylhydrolase Pos: 15/25 Gap: -1/-1
dFy3rKag6gYWYFxCBbnmcMTR0II 15825822 1JJE
15825823 1JJE
222 E: .007E0 Ident: 28/144 Ident% 19 Q: 35-174 (275)   S: 34-157 (222) Chain A, Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa In Complex With A Biaryl Succinic Acid Inhibitor (11) Pos: 47/144 Gap: 24/144
XT8+3JO2FsX22qeiVs94XDmThLQ 10120734 1DXK
227 E: .017E0 Ident: 34/182 Ident% 18 Q: 40-205 (275)   S: 44-211 (227) Chain A, Metallo-Beta-Lactamase From Bacillus Cereus 569H9 C168S Mutant Pos: 62/182 Gap: 30/182
DcaWGtOZ17Q2xedscaYiU07BkPg 11513648 1E5D
11513649 1E5D
402 E: .001E0 Ident: 25/148 Ident% 16 Q: 37-180 (275)   S: 36-170 (402) Rubredoxin-oxygen oxidoreductase (ROO) (Rubredoxin oxidase) Pos: 44/148 Gap: 17/148
cIKbi2bj5zVKnVqOWbQw91qCE6o 4930171 2BC2
4930172 2BC2
4930212 3BC2
227 E: .011E0 Ident: 34/182 Ident% 18 Q: 40-205 (275)   S: 44-211 (227) Chain A, Metallo Beta-Lactamase Ii From Bacillus Cereus 569H9 AT Ph 6.0, Trigonal Crystal Form Pos: 62/182 Gap: 30/182
Fxm0w1DnZDWiDNXZ9FMIUnpYdGk 11513826 1DD6
11513827 1DD6
15825825 1JJT
15825826 1JJT
228 E: .006E0 Ident: 28/144 Ident% 19 Q: 35-174 (275)   S: 34-157 (228) Chain A, Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa In Complex With A Mercaptocarboxylate Inhibitor Pos: 47/144 Gap: 24/144
3ov5UKBHdok9NXtZhkxOKk9lBHE 1827826 1BMC
221 E: .015E0 Ident: 25/117 Ident% 21 Q: 40-153 (275)   S: 38-146 (221) Structure Of A Zinc Metallo-Beta-Lactamase From Bacillus Cereus Pos: 43/117 Gap: 11/117
C0g4SqX/1BDxS4MgMEisEXpPjvY 6137439 1QH5
6137440 1QH5
6137437 1QH3
6137438 1QH3
260 E: 2E-6 Ident: 21/139 Ident% 15 Q: 40-175 (275)   S: 17-134 (260) hydroxyacyl glutathione hydrolase; hydroxyacyl glutathione hydrolase; glyoxalase 2; Hydroxyacyl glutathione hydrolase; glyoxalase II; hydroxyacylglutathione hydroxylase [Homo sapiens] Pos: 47/139 Gap: 24/139
L6FiZs6SzpVm9VZrMR2dpe8EXfU 6137470 1SML
269 E: 2E-12 Ident: 29/151 Ident% 19 Q: 15-153 (275)   S: 16-164 (269) Chain A, Metallo Beta Lactamase L1 From Stenotrophomonas Maltophilia Pos: 54/151 Gap: 14/151
+yReJuPYeNVTNrHjWFZeFAOdkEg
15806975
7472434
6459776
hypothetical protein [Deinococcus radiodurans] 278 0
13 14 0  
*TARGET
+zHELOrKv/lLT8xq5O/r4J59Kys
15807137
7471468
6459936
conserved hypothetical protein [Deinococcus radiodurans] 344 1
3-25
268 609 699  
/+a2qGA0zprQZjQ4e/m6buQX5wc
15806174
7473192
6458894
N-carbamyl-L-amino acid amidohydrolase [Deinococcus radiodurans] 416 0
60 324 551
cKMBQVNfMjXsfYi5eyZNytQJ4W4 2098420 1XJO
284 E: .079E0 Ident: 31/148 Ident% 20 Q: 13-150 (416)   S: 9-149 (284) Structure Of Aminopeptidase Pos: 47/148 Gap: 17/148
VsM+LiehyG21vyFVJkRaqZ0IJH0 15826676 1F2O
15826677 1F2P
7766866 1QQ9
7766816 1CP7
284 E: .079E0 Ident: 31/148 Ident% 20 Q: 13-150 (416)   S: 9-149 (284) AMINOPEPTIDASE (SGAP) Pos: 47/148 Gap: 17/148
U36KyplIApTBVh56QB1inAsSGHU 1827900 1IGB
291 E: .28E0 Ident: 12/69 Ident% 17 Q: 71-128 (416)   S: 84-152 (291) Aeromonas Proteolytica Aminopeptidase Complexed With The Inhibitor Para-Iodo-D-Phenylalanine Hydroxamate Pos: 22/69 Gap: 11/69
PxyCN8/KrHKdDfA2cDRN5L7uPWg 10835440 1FT7
640150 1AMP
5542214 1CP6
291 E: .28E0 Ident: 12/69 Ident% 17 Q: 71-128 (416)   S: 84-152 (291) Chain A, Aap Complexed With L-Leucinephosphonic Acid Pos: 22/69 Gap: 11/69
EbCFRnY8E2p9B1rPNHdN6e4UezA 2780967 1CG2
2780969 1CG2
2780968 1CG2
2780970 1CG2
393 E: 3E-4 Ident: 59/346 Ident% 17 Q: 51-363 (416)   S: 63-345 (393) Chain A, Carboxypeptidase G2 Pos: 107/346 Gap: 96/346
*TARGET
/03pAkYTdHqMQZ5j+ptcrmplIQo
15806552
7473642
6459304
propionyl-CoA carboxylase, beta subunit, putative [Deinococcus radiodurans] 558 0
242 453 557  
/0ZM7sX/7H4lN2mtF18FjVz2Af8
15807730
7473391
6460547
acetyltransferase, putative [Deinococcus radiodurans] 210 0
95 479 1207
M+euEss+6xJZNXxU94ehOJ/lQL0 6137608 1QSR
6137606 1QSN
162 E: .052E0 Ident: 16/68 Ident% 23 Q: 131-198 (210)   S: 78-139 (162) Chain A, Crystal Structure Of Tetrahymena Gcn5 With Bound Acetyl- Coenzyme A Pos: 29/68 Gap: 6/68
E/ISy5JslRuAk3GLJSTtAo825Z8 14277747 1I1D
14277748 1I1D
14277749 1I1D
14277750 1I1D
161 E: .001E0 Ident: 13/57 Ident% 22 Q: 126-182 (210)   S: 97-150 (161) Chain A, Crystal Structure Of Yeast Gna1 Bound To Coa And Glnac-6p Pos: 22/57 Gap: 3/57
rL+ZljKng89uZzB325T2KntrjTU 6730553 1QSM
6730550 1QSM
6730551 1QSM
6730552 1QSM
152 E: .008E0 Ident: 17/67 Ident% 25 Q: 120-186 (210)   S: 78-144 (152) Chain D, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae In Complex With Acetyl Coenzyme A Pos: 23/67 Gap: -1/-1
ttRHnPOple3IfP2qDpY0fGgp9mg 3745773 1BO4
3745774 1BO4
168 E: .001E0 Ident: 13/52 Ident% 25 Q: 130-181 (210)   S: 110-161 (168) Chain A, Crystal Structure Of A Gcn5-Related N-Acetyltransferase: Serratia Marescens Aminoglycoside 3-N-Acetyltransferase Pos: 19/52 Gap: -1/-1
zWoJbT6YOICFAed4Ts7eI/uTFXg 6980559 1B6B
6980560 1B6B
174 E: .31E0 Ident: 36/176 Ident% 20 Q: 8-182 (210)   S: 11-146 (174) Chain A, Melatonin Biosynthesis: The Structure Of Serotonin N- Acetyltransferase At 2.5 A Resolution Suggests A Catalytic Mechanism Pos: 53/176 Gap: 41/176
nzOCx5FvO/mqKf9ekAYEEZyGgLM 6730554 1QSO
6730555 1QSO
6730556 1QSO
6730557 1QSO
149 E: .008E0 Ident: 17/67 Ident% 25 Q: 120-186 (210)   S: 75-141 (149) Chain A, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae Pos: 23/67 Gap: -1/-1
9GeKPXNcrYoJrbh1QQWl+rJnayY 14277753 1I21
14277754 1I21
14277755 1I21
14277756 1I21
14277757 1I21
14277758 1I21
159 E: .001E0 Ident: 13/57 Ident% 22 Q: 126-182 (210)   S: 95-148 (159) Chain A, Crystal Structure Of Yeast Gna1 Pos: 22/57 Gap: 3/57
O9MpLDTTQ9uYVCmM6r9nWjEg0DI 14278222 1IB1
14278223 1IB1
14278224 1IB1
14278225 1IB1
200 E: .28E0 Ident: 36/176 Ident% 20 Q: 8-182 (210)   S: 37-172 (200) Chain E, Crystal Structure Of The 14-3-3 Zeta:serotonin N- Acetyltransferase Complex Pos: 53/176 Gap: 41/176
ftJDuC+iqJIBZY4uOt/oEHvwcSU 6137609 1QST
160 E: .05E0 Ident: 16/68 Ident% 23 Q: 131-198 (210)   S: 78-139 (160) Chain A, Crystal Structure Of Tetrahymena Gcn5 Pos: 29/68 Gap: 6/68
2UGu96oBqEfp77a7AyJrRgMeT9E 5107555 1CJW
166 E: .18E0 Ident: 36/176 Ident% 20 Q: 8-182 (210)   S: 9-144 (166) Chain A, Serotonin N-Acetyltranferase Complexed With A Bisubstrate Analog Pos: 53/176 Gap: 41/176
1HS43KzuYYsrYFEDbiim0IRBjnI 5822577 5GCN
166 E: .05E0 Ident: 16/68 Ident% 23 Q: 131-198 (210)   S: 82-143 (166) Chain A, Catalytic Domain Of Tetrahymena Gcn5 Histone Acetyltransferase In Complex With Coenzyme A Pos: 29/68 Gap: 6/68
NS6HbH9uAXGn/38vmxeeMsYeZeg 14277743 1I12
14277744 1I12
14277745 1I12
14277746 1I12
160 E: .001E0 Ident: 13/57 Ident% 22 Q: 126-182 (210)   S: 96-149 (160) Chain A, Crystal Structure Of Saccharomyces Cerevisiae Gna1 Complexed With Accoa Pos: 22/57 Gap: 3/57
*TARGET
/0v4zSsi5k4nvIW9Cmp+fdyO4DA
15805589
7473119
6458257
maltose ABC transporter, permease protein [Deinococcus radiodurans] 468 0
627 1266 1271  
/10bZImjhJ56uvM5bKffeJ7adPc
15806500
7471870
6459246
enoyl-CoA hydratase/3,2-trans-enoyl-CoA isomerase/3-hydroxyacyl-CoA dehydrogenase [Deinococcus radiodurans] 708 0
673 1347 1381
e+TzsCFZg0gKOoE4NUucBGqTL7U 13096195 1F8W
447 E: .005E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Chain A, Crystal Structure Of Nadh Peroxidase Mutant: R303m Pos: 44/123 Gap: 19/123
3pJEejAxFRP36laIxm6BbiCLQSk 4699704 1A5Z
319 E: .005E0 Ident: 28/143 Ident% 19 Q: 309-445 (708)   S: 2-126 (319) Lactate Dehydrogenase From Thermotoga Maritima (Tmldh) Pos: 51/143 Gap: 24/143
U86nV1ZTk/LyNyzzLQ0jTyeorEk 999858 1NHQ
447 E: .005E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ser (C42s) Pos: 44/123 Gap: 19/123
bpWasozERRrdkj8fyXEmQvJBCd4 999859 1NHR
447 E: .004E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Leu 40 Replaced By Cys (L40c) Pos: 44/123 Gap: 19/123
PiNZotmvDTTg/9yYCbW387/Ic5U 8569329 1DLJ
402 E: .003E0 Ident: 20/133 Ident% 15 Q: 309-432 (708)   S: 2-126 (402) Chain A, The First Structure Of Udp-Glucose Dehydrogenase (Udpgdh) Reveals The Catalytic Residues Necessary For The Two-Fold Oxidation Pos: 48/133 Gap: 17/133
Ce5DXT3/S6SmylfaawcIoJE8VF4 494414 1NPX
494823 2NPX
447 E: .005E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) NADH PEROXIDASE (NPXASE) Pos: 44/123 Gap: 19/123
6z31CtPMzPqNTVNQTXcXqZ2zrQ0 494262 1LPF
494263 1LPF
477 E: .14E0 Ident: 25/96 Ident% 26 Q: 308-394 (708)   S: 181-276 (477) Chain A, Dihydrolipoamide Dehydrogenase (E.C.1.8.1.4) Complex With Flavin-Adenine-Dinucleotide (Fad) Pos: 40/96 Gap: 9/96
PNZPDGlb3ETw676B4O2Ly+z5pg8 4389299 1BG6
359 E: .021E0 Ident: 16/117 Ident% 13 Q: 305-421 (708)   S: 2-108 (359) OPINE DEHYDROGENASE (N-(1-D-CARBOXYETHYL)-L-NORVALINE DEHYDROGENASE) Pos: 34/117 Gap: 10/117
2TZPciwrBSp/S2NziKshZLVBKGc 1942624 1JOA
447 E: .005E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Nadh Peroxidase With Cysteine-Sulfenic Acid Pos: 44/123 Gap: 19/123
VQMd62YhJfA5G/h5xFILAZ5jHJw 8569328 1DLI
402 E: .003E0 Ident: 20/133 Ident% 15 Q: 309-432 (708)   S: 2-126 (402) UDPglucose 6-dehydrogenase (EC 1.1.1.22) - Streptococcus pyogenes Pos: 48/133 Gap: 17/133
DmkgA1c+ymJTQBN78eVH//GXLOA 999857 1NHP
447 E: .005E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ala (C42a) Pos: 44/123 Gap: 19/123
a3b/B9ogvtkpfzN9J75cWA/5FSo 999860 1NHS
447 E: .004E0 Ident: 22/123 Ident% 17 Q: 283-394 (708)   S: 128-242 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Ser 41 Replaced By Cys (S41c) Pos: 44/123 Gap: 19/123
X7Helsycc9nMVYRgMCSw2Bwvelk 8569414 1EF8
8569415 1EF8
8569416 1EF8
8569417 1EF9
261 E: 2E-5 Ident: 33/126 Ident% 26 Q: 70-191 (708)   S: 58-183 (261) HYPOTHETICAL 29.2 KDA PROTEIN IN SBM-FBA INTERGENIC REGION Pos: 54/126 Gap: 4/126
PZ2sAZT6NEVKqNPl+hE4EazUFLU 2392482 1NZY
2392484 1NZY
269 E: 3E-8 Ident: 46/165 Ident% 27 Q: 39-193 (708)   S: 25-189 (269) Chain A, 4-Chlorobenzoyl Coenzyme A Dehalogenase From Pseudomonas Sp. Strain Cbs-3 Pos: 74/165 Gap: 10/165
E4/3NvnXTKZgU8U7zQBhM+77aIM 2392483 1NZY
269 E: 4E-8 Ident: 46/165 Ident% 27 Q: 39-193 (708)   S: 25-189 (269) Chain B, 4-Chlorobenzoyl Coenzyme A Dehalogenase From Pseudomonas Sp. Strain Cbs-3 Pos: 74/165 Gap: 10/165
WctctwKrnHdpqst8hmtIa5hL1NI 15988095 1JXZ
15988096 1JXZ
15988097 1JXZ
269 E: 2E-8 Ident: 46/165 Ident% 27 Q: 39-193 (708)   S: 25-189 (269) Chain A, Structure Of The H90q Mutant Of 4-Chlorobenzoyl-Coenzyme A Dehalogenase Complexed With 4-Hydroxybenzoyl-Coenzyme A (Product) Pos: 75/165 Gap: 10/165
ghYDXQhs0ij8FGw3xKfpZgZlBGY 17943407 1HZD
17943408 1HZD
17943409 1HZD
17943410 1HZD
17943411 1HZD
17943412 1HZD
272 E: 2E-12 Ident: 61/161 Ident% 37 Q: 39-191 (708)   S: 34-192 (272) Chain A, Crystal Structure Of Human Auh Protein, An Rna-Binding Homologue Of Enoyl-Coa Hydratase Pos: 88/161 Gap: 10/161
iqWO5y3a+WuBB2nhgYBhIZkp6fM 15826830 1HNO
15826831 1HNU
280 E: 2E-17 Ident: 43/189 Ident% 22 Q: 18-188 (708)   S: 9-197 (280) Chain A, Crystal Structure Of Peroxisomal Delta3-Delta2-Enoyl-Coa Isomerase From Saccharomyces Cerevisiae Pos: 68/189 Gap: 18/189
YJPg2ixqHuIGy5WYNOi2ndq1X0I 6980693 3HAD
6980694 3HAD
6980693 3HAD
6980694 3HAD
308 E: 1E-18 Ident: 27/121 Ident% 22 Q: 598-701 (708)   S: 185-301 (308) Chain A, Biochemical Characterization And Structure Determination Of Human Heart Short Chain L-3-Hydroxyacyl Coa Dehydrogenase Provide Insight Into Catalytic Mechanism Pos: 42/121 Gap: 21/121
sH8ltTHEihoSMu82dlgBs8waEww 10120604 1F0Y
10120605 1F0Y
10120604 1F0Y
10120605 1F0Y
302 E: 1E-18 Ident: 27/121 Ident% 22 Q: 598-701 (708)   S: 185-301 (302) Chain A, L-3-Hydroxyacyl-Coa Dehydrogenase Complexed With Acetoacetyl-Coa And Nad Pos: 42/121 Gap: 21/121
cvlUlbDLkr5+8mkkRbb+MEh0YHg 16974816 1IL0
16974817 1IL0
16974816 1IL0
16974817 1IL0
302 E: 1E-18 Ident: 27/121 Ident% 22 Q: 598-701 (708)   S: 185-301 (302) Chain A, X-Ray Crystal Structure Of The E170q Mutant Of Human L-3- Hydroxyacyl-Coa Dehydrogenase Pos: 42/121 Gap: 21/121
1AxSpwMaycHd/M5P0fxZrGk2XxA 10835521 1F12
10835522 1F12
10835523 1F14
10835524 1F14
10835525 1F17
10835526 1F17
10835521 1F12
10835522 1F12
10835523 1F14
10835524 1F14
10835525 1F17
10835526 1F17
310 E: 8E-19 Ident: 28/124 Ident% 22 Q: 598-704 (708)   S: 185-304 (310) Chain A, L-3-Hydroxyacyl-Coa Dehydrogenase Complexed With 3- Hydroxybutyryl-Coa Pos: 43/124 Gap: 21/124
FOztvA07LI2NHhcXoRFURB+Jl/g 6435804 3HDH
6435805 3HDH
6435806 3HDH
6435804 3HDH
6435805 3HDH
6435806 3HDH
302 E: 7E-19 Ident: 27/134 Ident% 20 Q: 585-701 (708)   S: 173-301 (302) Chain A, Pig Heart Short Chain L-3-Hydroxyacyl Coa Dehydrogenase Revisited: Sequence Analysis And Crystal Structure Determination Pos: 45/134 Gap: 22/134
w4K6D3OGTV7nQN4bMNkA4LC7C18 5107725 2HDH
5107726 2HDH
5107725 2HDH
5107726 2HDH
293 E: 1E-25 Ident: 93/287 Ident% 32 Q: 307-582 (708)   S: 4-290 (293) Chain A, Biochemical Characterization And Structure Determination Of Human Heart Short Chain L-3-Hydroxyacyl Coa Dehydrogenase Provide Insight Into Catalytic Mechanism Pos: 144/287 Gap: 11/287
6W6kN+rREYPUXeZq7ETqJ7Bday4 4699607 1DCI
4699608 1DCI
4699609 1DCI
275 E: 1E-43 Ident: 54/211 Ident% 25 Q: 22-212 (708)   S: 8-218 (275) Chain A, Dienoyl-Coa Isomerase Pos: 85/211 Gap: 20/211
HrElakR10ngVi5SlOMc5M+Dc2qo 2392294 1DUB
2392295 1DUB
2392291 1DUB
2392292 1DUB
2392293 1DUB
2392296 1DUB
3212681 2DUB
3212683 2DUB
3212682 2DUB
3212678 2DUB
3212679 2DUB
3212680 2DUB
261 E: 9E-54 Ident: 80/233 Ident% 34 Q: 22-249 (708)   S: 12-242 (261) Chain D, 2-Enoyl-Coa Hydratase, Data Collected At 100 K, Ph 6.5 Pos: 119/233 Gap: 7/233
/3dcb4tegh/edfBtdsOOfpz2s+4
15806741
7472445
6459513
hypothetical protein [Deinococcus radiodurans] 120 1
75-97
5 10 17  
/4s1dexjTb2SrqfzHh5pd2aLDFI
15805146
7472887
6457776
hypothetical protein [Deinococcus radiodurans] 233 2
156-178,198-220
3 9 0  
/6pr2IvcVDpNROHtDjYAMmNRIJM
15807105
7473832
6459907
ribosomal protein L6 [Deinococcus radiodurans] 212 0
129 186 194
VsEvHTmgok9iScCURqz/FzhrQgk 10120946 1FFK
15825947 1JJ2
177 E: .76E0 Ident: 35/151 Ident% 23 Q: 36-180 (212)   S: 5-153 (177) Chain 1, Crystal Structure Of The Large Ribosomal Subunit From Haloarcula Marismortui At 2.4 Angstrom Resolution Pos: 67/151 Gap: 8/151
uY1C98t9+lgptZf/sXJuE9/TAHI 18158665 1KPJ
185 E: 7E-56 Ident: 169/169 Ident% 100 Q: 28-196 (212)   S: 1-169 (185) Chain E, Crystal Structure Of The Large Ribosomal Subunit From Deinococcus Radiodurans Pos: 169/169 Gap: -1/-1
fgsI14LUbEMuQ+tMcORz7UE7MGM 7767186 487D
164 E: 1E-58 Ident: 87/164 Ident% 53 Q: 35-198 (212)   S: 1-164 (164) Chain J, Seven Ribosomal Proteins Fitted To A Cryo-Electron Microscopic Map Of The Large 50s Subunit At 7.5 Angstroms Resolution Pos: 114/164 Gap: -1/-1
ybqBHHaBWq0Vxw/KbREhYa1nPos 7245460 1EG0
171 E: 1E-62 Ident: 92/171 Ident% 53 Q: 28-198 (212)   S: 1-171 (171) Chain J, Fitting Of Components With Known Structure Into An 11.5 A Cryo-Em Map Of The E.Coli 70s Ribosome Pos: 121/171 Gap: -1/-1
EAQz1ZCc9zH1JjVkxeg5SAsBIPk 14278038 1GIY
4388840 1RL6
6137592 1C04
177 E: 9E-65 Ident: 95/177 Ident% 53 Q: 29-205 (212)   S: 1-177 (177) ribosomal protein L6 - Bacillus stearothermophilus Pos: 124/177 Gap: -1/-1
/6uNr6ZiqAGmEviAFC3lRMwEyB4
15806235
7472200
6458968
hypothetical protein [Deinococcus radiodurans] 158 2
7-29,44-66
34 43 0  
*TARGET
/9dUUwQpXgTymFS6qh2DRiQQuEs
15806242
7473160
6458964
multidrug resistance protein-related protein [Deinococcus radiodurans] 428 10
21-43,82-104,115-137,148-170,177-199,224-246,257-279,292-314,317-339,375-396
190 2064 2300  
/AE5Vls1RV3hty110tp9sRnl2yM
15805747
7471434
6458428
conserved hypothetical protein [Deinococcus radiodurans] 82 1
2-24
0 0 0  
/DgDv6IqsdkAdPfkqPPVlZWEb5c
15807568
7472786
6460423
hypothetical protein [Deinococcus radiodurans] 85 0
5 15 0  
/KwZ92tLKI9Dia3ivpAS+qGO6V0
15805781
14285736
7473812
18158674
6458466
ribosomal protein L19 [Deinococcus radiodurans] 166 0
87 113 100
/KwZ92tLKI9Dia3ivpAS+qGO6V0 18158674 1KPJ
166 E: 7E-56 Ident: 166/166 Ident% 100 Q: 1-166 (166)   S: 1-166 (166) ribosomal protein L19 [Deinococcus radiodurans] Pos: 166/166 Gap: -1/-1
/MhMPNtAWuTZSp/sfIubw/Iv0Mc
15807803
7472141
6460610
hypothetical protein [Deinococcus radiodurans] 467 0
5 12 369
yoUG+HblmzTMEd25YzyFGWi/Z8g 2392463 1MYR
501 E: 5E-6 Ident: 20/176 Ident% 11 Q: 259-382 (467)   S: 323-494 (501) Myrosinase From Sinapis Alba Pos: 45/176 Gap: 56/176
puPb1hbhxHnMZRr8a98XvKNHLhI 2392349 1GOW
2392350 1GOW
489 E: 1E-7 Ident: 32/146 Ident% 21 Q: 247-368 (467)   S: 306-448 (489) Chain A, Beta-Glycosidase From Sulfolobus Solfataricus Pos: 45/146 Gap: 27/146
LIsxH2zXtDq1zZ3vqr2xzTdJ22A 13096767 1E6Q
13096768 1E6X
13096769 1E70
13096770 1E71
13096771 1E72
13096772 1E73
13096782 1E6S
14488718 1E4M
501 E: 7E-7 Ident: 20/176 Ident% 11 Q: 259-382 (467)   S: 323-494 (501) Chain M, Myrosinase From Sinapis Alba With The Bound Transition State Analogue Gluco-Tetrazole Pos: 44/176 Gap: 56/176
B5yeJZRppJj79ga0CyzTS0oE9WQ 7546618 1DWA
7546619 1DWF
7546620 1DWG
7546621 1DWH
7546622 1DWI
7546623 1DWJ
499 E: 7E-7 Ident: 20/176 Ident% 11 Q: 259-382 (467)   S: 321-492 (499) Chain M, Study On Radiation Damage On A Cryocooled Crystal. Part 1: Structure Prior To Irradiation Pos: 44/176 Gap: 56/176
ZLOAeOIhH2mH+Oxfq6I6pMYFB9w 5822389 1QVB
5822390 1QVB
481 E: 3E-8 Ident: 49/228 Ident% 21 Q: 165-366 (467)   S: 222-443 (481) Chain A, Crystal Structure Of The Beta-Glycosidase From The Hyperthermophile Thermosphaera Aggregans Pos: 89/228 Gap: 32/228
XX6zwaxDQH1j8+NeX2ia+kpNbns 2392793 4PBG
2392794 4PBG
468 E: 2E-8 Ident: 33/196 Ident% 16 Q: 231-382 (467)   S: 275-457 (468) Chain A, 6-Phospho-Beta-Galactosidase Form-Cst Pos: 60/196 Gap: 57/196
olE6MBUcfwtxHDLwOVS0R6QMnQw 2392711 2PBG
468 E: 2E-9 Ident: 34/196 Ident% 17 Q: 231-382 (467)   S: 275-457 (468) 6-Phospho-Beta-D-Galactosidase Form-B Pos: 61/196 Gap: 57/196
2tU6Ap0Fwgx9qikWUvPkagDYxBI 2392775 3PBG
2392776 3PBG
1421013 1PBG
1421012 1PBG
468 E: 2E-9 Ident: 34/196 Ident% 17 Q: 231-382 (467)   S: 275-457 (468) 6-phospho-beta-galactosidase (Beta-D-phosphogalactoside galactohydrolase) (PGALASE) (P-beta-GAL) (PBG) Pos: 61/196 Gap: 57/196
HB0i8dnj35xjbpPbhTdhvVLjO0Q 12084533 1E4L
12084534 1E4L
12084535 1E4N
12084536 1E4N
12084537 1E55
12084538 1E55
12084539 1E56
12084540 1E56
512 E: 2E-11 Ident: 24/169 Ident% 14 Q: 259-382 (467)   S: 326-494 (512) Chain A, Crystal Structure Of The Inactive Mutant Monocot (Maize Zmglu1) Beta-Glucosidase Zm Glu191asp Pos: 48/169 Gap: 45/169
rTaW0Ilct00VeAX+GO0/SFy7J/0 13399866 1E1E
13399867 1E1E
13399868 1E1F
13399869 1E1F
512 E: 2E-11 Ident: 24/169 Ident% 14 Q: 259-382 (467)   S: 326-494 (512) Chain A, Crystal Structure Of A Monocot (Maize Zmglu1) Beta-Glucosidase Pos: 48/169 Gap: 45/169
X3M0neTpmHX6Aj2ulS2IuMYqxNY 15826443 1E4I
447 E: 7E-14 Ident: 33/157 Ident% 21 Q: 258-391 (467)   S: 287-442 (447) Chain A, 2-Deoxy-2-Fluoro-Beta-D-GlucosylENZYME INTERMEDIATE Complex Of The Beta-Glucosidase From Bacillus Polymyxa Pos: 55/157 Gap: 24/157
VKQ9lellCtr2ogkQeywy3MmnpWw 3114332 1BGA
3114333 1BGA
3114334 1BGA
3114335 1BGA
447 E: 4E-14 Ident: 33/157 Ident% 21 Q: 258-391 (467)   S: 287-442 (447) Chain A, Beta-Glucosidase A From Bacillus Polymyxa Pos: 56/157 Gap: 24/157
KZERBSFrbQDgtwKwd9dtkvQWgyM 3212498 1BGG
3212499 1BGG
3212500 1BGG
3212501 1BGG
448 E: 4E-14 Ident: 33/157 Ident% 21 Q: 258-391 (467)   S: 288-443 (448) BETA-GLUCOSIDASE A (GENTIOBIASE) (CELLOBIASE) (BETA-D-GLUCOSIDE GLUCOHYDROLASE) (AMYGDALASE) (BGA) Pos: 56/157 Gap: 24/157
tbMxwSA0++a/iv3PdNGi8CznEAk 4930140 1TR1
4930141 1TR1
4930142 1TR1
4930143 1TR1
447 E: 4E-14 Ident: 33/157 Ident% 21 Q: 258-391 (467)   S: 287-442 (447) Chain A, Crystal Structure Of E96k Mutated Beta-Glucosidase A From Bacillus Polymyxa, An Enzyme With Increased Thermoresistance Pos: 56/157 Gap: 24/157
8qxupCLYNNz/UWgMrvtYBcNHIWU 1311386 1CBG
490 E: 2E-17 Ident: 30/165 Ident% 18 Q: 259-382 (467)   S: 319-483 (490) Cyanogenic Beta-Glucosidase Mol_id: 1; Molecule: Cyanogenic Beta-Glucosidase; Chain: Null; Ec: 3.2.1.21 Pos: 46/165 Gap: 41/165
evc6u05OdaTHuU/B/3gVblmHrh8 7245617 1QOX
7245618 1QOX
7245619 1QOX
7245620 1QOX
7245621 1QOX
7245622 1QOX
7245623 1QOX
7245624 1QOX
7245625 1QOX
7245626 1QOX
7245627 1QOX
7245628 1QOX
7245629 1QOX
7245630 1QOX
7245631 1QOX
7245632 1QOX
449 E: 2E-18 Ident: 36/151 Ident% 23 Q: 258-382 (467)   S: 287-437 (449) Chain A, Beta-Glucosidase From Bacillus Circulans Sp. Alkalophilus Pos: 57/151 Gap: 26/151
/NdUHOnHDQ6Ip6iRd7+CjVRiG2c
15806223
7471016
6458944
4-carboxymuconolactone decarboxylase [Deinococcus radiodurans] 164 0
53 70 85  
/PbE1WuLUr1+mzEV7k6Q1B5jr5I
10957565
7472656
6460994
hypothetical protein [Deinococcus radiodurans] 113 0
12 13 0  
/RIMLxhTMYQDl7u5HRd0JYTA9z8
10957447
7473911
6460876
sigma-B regulator RsbT [Deinococcus radiodurans] 137 0
184 2418 2432
HfdncdVUHW/zLprcSfzExD9Lkps 6137373 1BXD
6137373 1BXD
161 E: 2E-9 Ident: 21/101 Ident% 20 Q: 28-117 (137)   S: 28-125 (161) Chain A, Nmr Structure Of The Histidine Kinase Domain Of The E. Coli Osmosensor Envz Pos: 36/101 Gap: 14/101
/TBNFPsXIA1EOl72UnPD1lIaB3U
15806965
7471869
6459755
enoyl-acyl carrier protein reductase [Deinococcus radiodurans] 264 0
1207 1214 1214
w0VsL5IC3Q+e2uPJ3P6A3Y09NT4 15988305 1JA9
274 E: 2.2E0 Ident: 49/196 Ident% 25 Q: 7-196 (264)   S: 19-205 (274) Chain A, Crystal Structure Of 1,3,6,8-Tetrahydroxynaphthalene Reductase In Complex With Nadph And Pyroquilon Pos: 84/196 Gap: 15/196
D7IunI5P0Y6hIUPRAAkY4AzLnXQ 14719615 1H5Q
14719616 1H5Q
14719617 1H5Q
14719618 1H5Q
14719619 1H5Q
14719620 1H5Q
14719621 1H5Q
14719622 1H5Q
14719623 1H5Q
14719624 1H5Q
14719625 1H5Q
14719626 1H5Q
265 E: .004E0 Ident: 65/265 Ident% 24 Q: 4-252 (264)   S: 9-261 (265) Chain A, Mannitol Dehydrogenase From Agaricus Bisporus Pos: 113/265 Gap: 28/265
cbWXXVe/lUi8O/FKt7xO8PNCZgk 13399593 1GCO
13399594 1GCO
13399595 1GCO
13399596 1GCO
261 E: 1E-6 Ident: 55/253 Ident% 21 Q: 6-254 (264)   S: 4-251 (261) GLUCOSE 1-DEHYDROGENASE Pos: 105/253 Gap: 9/253
Lfo5IHS52ztgSDdqQAZ4ufb+koo 1943533 1FMC
1943534 1FMC
1827713 1AHI
1827714 1AHI
1827715 1AHH
1827716 1AHH
255 E: 7E-7 Ident: 63/255 Ident% 24 Q: 2-252 (264)   S: 4-249 (255) NAD-dependent 7alpha-hydroxysteroid dehydrogenase, dehydroxylation of bile acids [Escherichia coli O157:H7 EDL933] Pos: 114/255 Gap: 13/255
hoHQKtxYyyxFWd15Mej8UZunvj8 999595 1HDC
999596 1HDC
999597 1HDC
999598 1HDC
640224 2HSD
640225 2HSD
640226 2HSD
640227 2HSD
253 E: 5E-8 Ident: 71/255 Ident% 27 Q: 6-252 (264)   S: 2-240 (253) Chain A, 3-Alpha, 20-Beta-Hydroxysteroid Dehydrogenase (E.C.1.1.1.53) Complexed With Carbenoxolone Pos: 112/255 Gap: 24/255
adg9q1kti9hH9LqMsHycbcxI6Y4 2624733 1YBV
2624734 1YBV
283 E: 4E-10 Ident: 62/260 Ident% 23 Q: 7-252 (264)   S: 27-280 (283) Chain A, Structure Of Trihydroxynaphthalene Reductase In Complex With Nadph And An Active Site Inhibitor Pos: 114/260 Gap: 20/260
aqYFKjIfSEfz793Ia/soC6lCuvM 14488430 1DOH
14488431 1DOH
14488455 1G0N
14488456 1G0N
14488457 1G0O
14488458 1G0O
14488459 1G0O
14488460 1G0O
283 E: 4E-10 Ident: 62/260 Ident% 23 Q: 7-252 (264)   S: 27-280 (283) Chain A, Structure Of Trihydroxynaphthalene Reductase In Complex With Nadph And 4-Nitro-Inden-1-One Pos: 114/260 Gap: 20/260
Hwri+PHWjvOTUJiTseUYXxU3p1U 4388843 2AE2
4388844 2AE2
4139967 2AE1
260 E: 1E-11 Ident: 69/258 Ident% 26 Q: 6-253 (264)   S: 6-254 (260) Tropinone reductase-II (TR-II) Pos: 115/258 Gap: 19/258
2R+4Y5/2aoCxqYAI1pJ8S/ygvBI 4140004 1AE1
4140003 1AE1
273 E: 2E-14 Ident: 72/259 Ident% 27 Q: 7-254 (264)   S: 19-268 (273) Tropinone reductase-I (TR-I) (Tropine dehydrogenase) Pos: 117/259 Gap: 20/259
haa2iL54VH7fLot4uIyfXL+DMlA 14488710 1E3S
14488711 1E3S
14488712 1E3S
14488713 1E3S
14488715 1E3W
14488716 1E3W
14488717 1E3W
261 E: 1E-37 Ident: 58/256 Ident% 22 Q: 8-251 (264)   S: 9-255 (261) 3-HYDROXYACYL-COA DEHYDROGENASE TYPE II (TYPE II HADH) (ENDOPLASMIC RETICULUM-ASSOCIATED AMYLOID BETA-PEPTIDE BINDING PROTEIN) Pos: 99/256 Gap: 21/256
LHXOYzY0eiQaZ4wacNeE1qji8tc 14488724 1E6W
14488725 1E6W
14488726 1E6W
14488727 1E6W
260 E: 1E-37 Ident: 58/256 Ident% 22 Q: 8-251 (264)   S: 8-254 (260) Chain A, Rat Brain 3-Hydroxyacyl-Coa Dehydrogenase Binary Complex With Nadh And Estradiol Pos: 99/256 Gap: 21/256
u6KgT1So+yEUcd9hQVkSrNoR2G0 14488714 1E3W
261 E: 5E-37 Ident: 57/256 Ident% 22 Q: 8-251 (264)   S: 9-255 (261) Chain A, Rat Brain 3-Hydroxyacyl-Coa Dehydrogenase Binary Complex With Nadh And 3-Keto Butyrate Pos: 98/256 Gap: 21/256
rfXWaXuo1HmOaFiTX7wE6WZ4f6o 2624497 1BDB
277 E: 3E-38 Ident: 53/264 Ident% 20 Q: 5-257 (264)   S: 1-259 (277) Cis-2,3-dihydrobiphenyl-2,3-diol dehydrogenase (Biphenyl-2,3-dihydro-2,3-diol dehydrogenase) (2,3-dihydro-2,3-dihydroxybiphenyl dehydrogenase) (Biphenyl-cis-diol dehydrogenase) (2,3-dihydroxy-4-phenylhexa-4,6-diene dehydrogenase) Pos: 96/264 Gap: 16/264
akxbBsMYPql/psSIibLzXrgxUKo 1827689 1CYD
1827690 1CYD
1827691 1CYD
1827692 1CYD
244 E: 2E-42 Ident: 54/254 Ident% 21 Q: 3-253 (264)   S: 1-241 (244) carbonyl reductase 2; lung carbonyl reductase [Mus musculus] Pos: 106/254 Gap: 16/254
WAUd2M+JnwLLenm2n6p6XC7QkCQ 9955169 1C14
9955170 1C14
262 E: 5E-43 Ident: 97/257 Ident% 37 Q: 7-262 (264)   S: 4-260 (262) enoyl-[acyl-carrier-protein] reductase (NADH) [Escherichia coli O157:H7 EDL933] Pos: 154/257 Gap: 1/257
qEoVCA1vcjRUlsYujeSy+mWVfvU 5822345 1QSG
5822339 1QSG
5822340 1QSG
5822341 1QSG
5822342 1QSG
5822343 1QSG
5822344 1QSG
5822346 1QSG
265 E: 5E-43 Ident: 97/257 Ident% 37 Q: 7-262 (264)   S: 7-263 (265) Chain G, Crystal Structure Of Enoyl Reductase Inhibition By Triclosan Pos: 154/257 Gap: 1/257
3dk+Ez/9a+AXVtSKmHAvbXiVqb0 2914326 1DFH
6137454 1QG6
6137455 1QG6
6137456 1QG6
6137457 1QG6
6435558 1D8A
2914325 1DFH
6435557 1D8A
2914323 1DFG
2914324 1DFG
2914327 1DFI
2914328 1DFI
2914329 1DFI
2914330 1DFI
261 E: 4E-43 Ident: 97/257 Ident% 37 Q: 7-262 (264)   S: 3-259 (261) Chain B, X-Ray Structure Of Escherichia Coli Enoyl Reductase With Bound Nad And Thieno-Diazaborine Pos: 154/257 Gap: 1/257
+xm9Bd/BVPhfRAl2Uaq13Kb7/xQ 13096234 1EDO
244 E: 2E-56 Ident: 55/250 Ident% 22 Q: 11-255 (264)   S: 3-244 (244) Chain A, The X-Ray Structure Of Beta-Keto Acyl Carrier Protein Reductase From Brassica Napus Complexed With Nadp Pos: 97/250 Gap: 13/250
oMVm3+abcDGPXNHgBmHkfmUmMII 13399598 1GEG
13399599 1GEG
13399600 1GEG
13399601 1GEG
13399602 1GEG
13399603 1GEG
13399604 1GEG
13399605 1GEG
256 E: 1E-56 Ident: 57/257 Ident% 22 Q: 10-253 (264)   S: 3-253 (256) ACETOIN(DIACETYL) REDUCTASE (ACETOIN DEHYDROGENASE) (AR) Pos: 101/257 Gap: 19/257
q5qFZToS7CcLRivsHsTkJQHc4oo 13096186 1I01
13096187 1I01
13096188 1I01
13096189 1I01
13096190 1I01
13096191 1I01
13096192 1I01
13096193 1I01
244 E: 8E-58 Ident: 56/254 Ident% 22 Q: 5-256 (264)   S: 1-244 (244) 3-oxoacyl-[acyl-carrier-protein] reductase [Escherichia coli K12] Pos: 109/254 Gap: 12/254
/W/nxeESes4v/LF5BbcPDTJ3vkU
15805381
7472621
6458031
hypothetical protein [Deinococcus radiodurans] 157 0
24 88 57  
/WoDYF2ood/5wD4g4h+N+eHeC3g
15806807
7471350
6459580
conserved hypothetical protein [Deinococcus radiodurans] 95 0
60 95 197
7zBkXXQKg83FwPakUkjBvhTEPgs 1827771 1KNY
1827772 1KNY
253 E: .93E0 Ident: 10/32 Ident% 31 Q: 16-45 (95)   S: 23-54 (253) Chain A, Kanamycin Nucleotidyltransferase Pos: 19/32 Gap: 2/32
w45q01fCElMhy7eBkdaNzrDEKPY 640136 1KAN
640137 1KAN
253 E: .99E0 Ident: 10/32 Ident% 31 Q: 16-45 (95)   S: 23-54 (253) Chain A, Kanamycin Nucleotidyltransferase (E.C.2.7.7.-) Mutant With Asp 80 Replaced By Tyr And Thr 130 Replaced By Lys (D80y,T130k) Pos: 19/32 Gap: 2/32
/aya0qzG2w2XCrJkKsVbWE/xFP4
15805582
7471950
6458246
glutamate-1-semialdehyde 2,1-aminomutase [Deinococcus radiodurans] 455 0
487 651 876
XKHYQGc0Lc3414IoC1jiWRBfO88 5821836 1BJW
5821837 1BJW
382 E: 1.3E0 Ident: 66/378 Ident% 17 Q: 87-450 (455)   S: 46-382 (382) Chain A, Aspartate Aminotransferase From Thermus Thermophilus Pos: 113/378 Gap: 55/378
iukf7T5MyibqAm7irZnekB2LVHQ 17942613 1GCK
17942614 1GCK
385 E: 1.4E0 Ident: 67/378 Ident% 17 Q: 87-450 (455)   S: 46-382 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Double Mutant 1 Complexed With Aspartate Pos: 113/378 Gap: 55/378
9aJ1OTTTmR0pUhLKzdeWrkW2dRQ 5821839 1BKG
5821840 1BKG
5821841 1BKG
5821842 1BKG
385 E: 1.3E0 Ident: 68/378 Ident% 17 Q: 87-450 (455)   S: 46-382 (385) ASPARTATE AMINOTRANSFERASE (TRANSAMINASE A) (ASPAT) Pos: 114/378 Gap: 55/378
reEHGK1K7q8aPRrAaPsXYutdj9c 15826454 1GC3
15826455 1GC3
15826456 1GC3
15826457 1GC3
15826458 1GC3
15826459 1GC3
15826460 1GC3
15826461 1GC3
15826462 1GC4
15826463 1GC4
15826464 1GC4
15826465 1GC4
385 E: 1.5E0 Ident: 67/378 Ident% 17 Q: 87-450 (455)   S: 46-382 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Tetra Mutant 2 Complexed With Tryptophan Pos: 113/378 Gap: 55/378
drCuFjwkkjjR6+EvUgvMbKR3lP8 14719481 1JG8
14719482 1JG8
14719483 1JG8
14719484 1JG8
347 E: .01E0 Ident: 53/372 Ident% 14 Q: 88-451 (455)   S: 18-344 (347) Chain A, Crystal Structure Of Threonine Aldolase (Low-Specificity) Pos: 102/372 Gap: 53/372
h/njSI9CWOVVjuNBa5Cbwc1A8qI 14278152 1FC4
14278153 1FC4
401 E: 3E-6 Ident: 81/426 Ident% 19 Q: 53-453 (455)   S: 29-397 (401) Chain A, 2-Amino-3-Ketobutyrate Coa Ligase Pos: 138/426 Gap: 82/426
8SsVVDQHfA/IVRLVm1+uym9h0QY 12084604 1DJ9
12084728 1DJE
384 E: 1E-6 Ident: 66/324 Ident% 20 Q: 55-363 (455)   S: 26-309 (384) Chain A, Crystal Structure Of 8-Amino-7-Oxonanoate Synthase (Or 7- Keto-8aminipelargonate Or Kapa Synthase) Complexed With Plp And The Product 8(S)-Amino-7-Oxonanonoate (Or Kapa). The Enzyme Of Biotin Biosynthetic Pathway. Pos: 104/324 Gap: 55/324
L/lnIfAz22VjLV9YWzOr1PVemDo 5821886 1BS0
384 E: 5E-7 Ident: 66/324 Ident% 20 Q: 55-363 (455)   S: 26-309 (384) 8-amino-7-oxononanoate synthase [Escherichia coli K12] Pos: 104/324 Gap: 55/324
hM7zHbFeEyMlSgHkJ2mzA0ov+Qk 7245964 1GTX
7245965 1GTX
7245966 1GTX
7245967 1GTX
472 E: 1E-42 Ident: 82/393 Ident% 20 Q: 56-394 (455)   S: 50-423 (472) Chain A, 4-Aminobutyrate-Aminotransferase From Pig Pos: 132/393 Gap: 73/393
aP8AWYW+QsEYmK5VxKJhkVi5WCI 640156 2DKB
640361 1DKA
432 E: 5E-72 Ident: 100/421 Ident% 23 Q: 52-452 (455)   S: 24-430 (432) 2,2-Dialkylglycine Decarboxylase (Pyruvate) (Dgd) (E.C.4.1.1.64) Pos: 162/421 Gap: 34/421
yD/26pK2sLN5jDcG641THTL3dPs 640359 1DGD
640360 1DGE
432 E: 7E-74 Ident: 101/420 Ident% 24 Q: 52-452 (455)   S: 25-430 (432) Dialkylglycine Decarboxylase (Pyruvate) (Dgd) (E.C.4.1.1.64) Mutant With Gln 15 Replaced By His (Q15h) Complexed With Lithium+ In Metal-Binding Site 1 Pos: 163/420 Gap: 33/420
ZUVrrXjOGeVbBzkm5PZZz7fjNvk 6573483 1D7U
6573481 1D7R
6573482 1D7S
6573484 1D7V
433 E: 5E-74 Ident: 101/420 Ident% 24 Q: 52-452 (455)   S: 26-431 (433) 2,2-dialkylglycine decarboxylase (DGD) Pos: 163/420 Gap: 33/420
7Hb9tLZSV3Ku0Kf7QRmjCW+rKoc 9257024 1QJ3
9257025 1QJ3
9257026 1QJ5
9257027 1QJ5
429 E: 7E-75 Ident: 103/415 Ident% 24 Q: 26-422 (455)   S: 7-392 (429) Chain A, Crystal Structure Of 7,8-Diaminopelargonic Acid Synthase In Complex With 7-Keto-8-Aminopelargonic Acid Pos: 171/415 Gap: 47/415
IfRf/9foDzreDh4EMQms9zlxK+A 7245744 1DTY
7245745 1DTY
429 E: 3E-75 Ident: 101/402 Ident% 25 Q: 38-422 (455)   S: 13-392 (429) Chain A, Crystal Structure Of Adenosylmethionine-8-Amino-7- Oxonanoate Aminotransferase With Pyridoxal Phosphate Cofactor. Pos: 167/402 Gap: 39/402
JlvgUguMl0VP9nhLlTHkEn2EVzg 3319072 1GBN
3319073 1GBN
3319074 1GBN
3319078 2CAN
3319079 2CAN
3319080 2CAN
402 E: 1E-88 Ident: 93/380 Ident% 24 Q: 23-389 (455)   S: 3-350 (402) Chain A, Human Ornithine Aminotransferase Complexed With The Neurotoxin Gabaculine Pos: 149/380 Gap: 45/380
j+e5fOgz5Yv7lLp2NV8Uq+eR690 4139654 2OAT
4139655 2OAT
4139656 2OAT
3114488 1OAT
3114489 1OAT
3114490 1OAT
439 E: 5E-89 Ident: 94/396 Ident% 23 Q: 7-389 (455)   S: 24-387 (439) ornithine aminotransferase precursor; Ornithine aminotransferase [Homo sapiens] Pos: 152/396 Gap: 45/396
ff8/GBrIvvznRX4Zks3pMWM4Afw 2982001 2GSA
2982002 2GSA
2982008 4GSA
2982009 4GSA
5822508 3GSB
5822509 3GSB
432 E: 1E-142 Ident: 215/442 Ident% 48 Q: 14-453 (455)   S: 2-432 (432) Chain A, Crystal Structure Of Glutamate-1-Semialdehyde Aminomutase (Aminotransferase, Wild-Type Form) Pos: 276/442 Gap: 13/442
/b46hGcAPjOB1r+C92vE44HZwAg
15808017
7472257
6460799
hypothetical protein [Deinococcus radiodurans] 289 3
8-29,39-59,65-78
3 6 0  
/dNFPtV9qid8pSyUayzza3+iOD8
15806397
7472577
6459144
hypothetical protein [Deinococcus radiodurans] 256 6
15-37,44-66,82-103,121-143,169-191,213-235
10 11 0  
/fxfyMK1+L4c0jzOm4TY8ULoDw4
15805254
7472881
6457898
hypothetical protein [Deinococcus radiodurans] 146 1
1-21
5 6 0  
/giIjBAi/5y8N9DcJKflKehUVE0
15805418
7472618
6458075
hypothetical protein [Deinococcus radiodurans] 61 0
2 3 0  
/kN5uxqyw0TmKWylyHerm/Odg2M
15807604
7472275
6460454
hypothetical protein [Deinococcus radiodurans] 189 0
9 9 10  
/lX/4Sh97CMqcCcb8Vqm+mZk3TI
15805992
7471020
6458694
5,10-methylenetetrahydrofolate reductase-related protein [Deinococcus radiodurans] 246 0
32 94 118
Kw+ebS/gh9VRcIdBYdZr6d1rZjo 6729702 1B5T
6729703 1B5T
6729704 1B5T
275 E: 8E-59 Ident: 47/209 Ident% 22 Q: 4-201 (246)   S: 5-212 (275) Chain A, Escherichia Coli Methylenetetrahydrofolate Reductase Pos: 73/209 Gap: 12/209
/mB++oEBYVFoUki61JI5Zv3GT08
15805916
7471839
6458612
DNA-binding response regulator [Deinococcus radiodurans] 194 0
1217 1228 1220
aMWJ4AFxByQKT29fa+bguWGLpho 6730308 1DC7
124 E: .005E0 Ident: 29/115 Ident% 25 Q: 5-119 (194)   S: 8-121 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 51/115 Gap: 1/115
uaRiA2SyPmPIxct+ZxcqORPf+FU 6573458 1B00
6573459 1B00
127 E: .007E0 Ident: 33/117 Ident% 28 Q: 3-117 (194)   S: 6-120 (127) Chain A, Phob Receiver Domain From Escherichia Coli Pos: 57/117 Gap: 4/117
ujVcwvZUOg0VIRhiBIpGngiQ7UY 999923 1NTR
124 E: .005E0 Ident: 29/115 Ident% 25 Q: 5-119 (194)   S: 8-121 (124) Solution Structure Of The N-Terminal Receiver Domain Of Ntrc Pos: 51/115 Gap: 1/115
fUHGkgoUwmWlJ3NxU80iE+7GfcI 2781289 1TMY
2781153 3TMY
2781154 3TMY
2781128 2TMY
2781158 4TMY
2781159 4TMY
120 E: 7E-10 Ident: 34/115 Ident% 29 Q: 2-116 (194)   S: 4-118 (120) chemotaxis response regulator CheY [Thermotoga maritima] Pos: 58/115 Gap: -1/-1
ASE9zLFPs+CnoBGrBImV/NVXCJs 2981650 1A04
2981651 1A04
1943446 1RNL
215 E: 1E-15 Ident: 71/201 Ident% 35 Q: 3-183 (194)   S: 8-205 (215) Chain A, The Structure Of The NitrateNITRITE RESPONSE REGULATOR Protein Narl In The Monoclinic C2 Crystal Form Pos: 105/201 Gap: 23/201
jIXKS4TqRlVfiQhDVCz7iafl5Ls 1942868 5CHY
128 E: 2E-18 Ident: 30/106 Ident% 28 Q: 1-104 (194)   S: 5-110 (128) Structure Of Chemotaxis Protein Chey Pos: 51/106 Gap: 2/106
dCHXR7vCu26Rnzjh8Awh2xxrJTM 1942870 6CHY
1942869 6CHY
128 E: 4E-18 Ident: 29/106 Ident% 27 Q: 1-104 (194)   S: 5-110 (128) Chain B, Structure Of Chemotaxis Protein Chey Pos: 50/106 Gap: 2/106
B7Pp+EKU9GZ2ijD7ogtp5l1FfmU 15825820 1JBE
128 E: 2E-18 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 5-110 (128) Chain A, 1.08 A Structure Of Apo-Chey Reveals Meta-Active Conformation Pos: 51/106 Gap: 2/106
PUTGElOVaDRm/3qBgR43lWheM9s 6730309 1DC8
124 E: 1E-18 Ident: 28/117 Ident% 23 Q: 5-121 (194)   S: 8-123 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 51/117 Gap: 1/117
I83Yir4ggpyob+mZvcO0EaCLcd4 515285 2CHE
515286 2CHF
128 E: 1E-18 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 5-110 (128) Chey Complexed With Mg2 Pos: 52/106 Gap: 2/106
YHDG2VZJ7KNS3jStpNL6apLM+f4 1065051 1VLZ
1065052 1VLZ
128 E: 1E-18 Ident: 30/106 Ident% 28 Q: 1-104 (194)   S: 5-110 (128) Chain A, Chey Mutant With Thr 87 Replaced By Ile (T87i) Pos: 50/106 Gap: 2/106
EoFDVZXPdOaGEg95ZcoWDMJ/s54 7546198 1DJM
129 E: 1E-18 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 6-111 (129) chemotaxis regulator transmits chemoreceptor signals to flagelllar motor components [Escherichia coli O157:H7 EDL933] Pos: 51/106 Gap: 2/106
A0/EAVwLnXgwv2Arq41pkEENL5I 2781290 1UDR
2781293 1UDR
2781291 1UDR
2781292 1UDR
129 E: 1E-18 Ident: 30/106 Ident% 28 Q: 1-104 (194)   S: 6-111 (129) Chain A, Chey Mutant With Lys 91 Replaced By Asp, Lys 92 Replaced By Ala, Ile 96 Replaced By Lys And Ala 98 Replaced By Leu (Stabilizing Mutations In Helix 4) Pos: 51/106 Gap: 2/106
Nle3envSNMP+IZdSKb7lYqPmDCs 13096507 1F4V
13096508 1F4V
13096509 1F4V
13096520 1FFG
13096522 1FFG
13096525 1FFS
13096527 1FFS
13096529 1FFW
13096531 1FFW
15826203 1FQW
15826204 1FQW
230822 3CHY
5107492 1BDJ
4139461 1A0O
4139463 1A0O
4139465 1A0O
4139467 1A0O
576050 1CHN
3402112 1EAY
3402111 1EAY
128 E: 8E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 5-110 (128) Chain A, Crystal Structure Of Activated Chey Bound To The N-Terminus Of Flim Pos: 51/106 Gap: 2/106
1DEVqa0MvoeGLuK5T9mQgRkQyrE 999670 1CYE
129 E: 7E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 6-111 (129) Chey Mutant With Met 1 Deleted, Arg 1 Inserted, And Ala 2 Replaced By Ser (Del(M1),Ins(R1),A2s) (Nmr, 20 Structures) Pos: 51/106 Gap: 2/106
qUj3c+tocM1SKqVN6R7LlShvwrE 230455 2CHY
128 E: 7E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 5-110 (128) CheY (Mutant With Ser 56 Replaced By Cys) (S56C) Pos: 52/106 Gap: 2/106
JMp3RJKZS8qgZPbRI5ynrki96Mw 2914154 1AB5
2914155 1AB5
125 E: 4E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 2-107 (125) Chain A, Structure Of Chey Mutant F14n, V21t Pos: 51/106 Gap: 2/106
+viZabXT+sEEdMp4cNohgP/Ut5w 6435696 1D4Z
128 E: 4E-19 Ident: 32/106 Ident% 30 Q: 1-104 (194)   S: 5-110 (128) Chain A, Crystal Structure Of Chey-95iv, A Hyperactive Chey Mutant Pos: 51/106 Gap: 2/106
Gh8s1ezwW65g29jysb7kAC4bd7o 17942992 1KGS
225 E: 7E-19 Ident: 39/221 Ident% 17 Q: 1-194 (194)   S: 3-222 (225) Chain A, Crystal Structure At 1.50 A Of An OmprPHOB HOMOLOG FROM Thermotoga Maritima Pos: 79/221 Gap: 28/221
nJV07LkAt5M7367IQDHpJzohYA0 2914156 1AB6
2914157 1AB6
125 E: 2E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 2-107 (125) Chain A, Structure Of Chey Mutant F14n, V86t Pos: 51/106 Gap: 2/106
ILHa3CSgSpk72cshmY/XiMP/XXs 1421458 1CEY
128 E: 7E-19 Ident: 31/106 Ident% 29 Q: 1-104 (194)   S: 5-110 (128) Chey Complexed With Magnesium (Nmr, 46 Structures) Pos: 51/106 Gap: 2/106
/mzclpEGon7lP25FjzpOkbrl4W8
15806158
7472096
6458877
hypothetical protein [Deinococcus radiodurans] 254 0
13 32 27
LHJJfXiT0qVF6hgwAxodkyQFJ/0 17943201 1K8K
372 E: .65E0 Ident: 12/34 Ident% 35 Q: 178-209 (254)   S: 157-190 (372) Chain C, Crystal Structure Of Arp23 COMPLEX Pos: 17/34 Gap: 2/34
/n9aX6glKFp7kaGs44rll9/LsqM
15807071
7472806
6459871
hypothetical protein [Deinococcus radiodurans] 169 0
4 17 0  
/oYbJMUpg2SFyUi8/62zdpfcS+4
15807924
7471182
6460675
branched-chain amino acid ABC tranpsorter, ATP binding protein [Deinococcus radiodurans] 587 9
5-27,31-53,55-76,82-103,108-130,154-176,192-214,241-263,277-298
1410 1330 1343
bHzMC4Gxg64/bRB+N8ytSV+FEa0 15826057 1F3O
235 E: 1E-57 Ident: 65/232 Ident% 28 Q: 340-563 (587)   S: 2-223 (235) Chain A, Crystal Structure Of Mj0796 Atp-Binding Cassette Pos: 112/232 Gap: 18/232
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 8E-60 Ident: 66/250 Ident% 26 Q: 340-576 (587)   S: 7-244 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 124/250 Gap: 25/250
sqg7H7tAuMoNVkU6zC/TMbP7d7s 15826208 1GAJ
257 E: 4E-61 Ident: 90/251 Ident% 35 Q: 339-585 (587)   S: 7-257 (257) Chain A, Crystal Structure Of A Nucleotide-Free Atp-Binding Cassette From An Abc Transporter Pos: 144/251 Gap: 4/251
0n72yYck/E4V1j1b8CmsohWjiSE 15826207 1G6H
257 E: 4E-62 Ident: 91/251 Ident% 36 Q: 339-585 (587)   S: 7-257 (257) Chain A, Crystal Structure Of The Adp Conformation Of Mj1267, An Atp- Binding Cassette Of An Abc Transporter Pos: 144/251 Gap: 4/251
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 5E-63 Ident: 67/243 Ident% 27 Q: 340-577 (587)   S: 4-232 (372) Chain 1, Malk Pos: 114/243 Gap: 19/243
/p9kSagwvLFhffctM7X8Q+gF3Wg
15806224
7471799
6458945
deoxyribose-phosphate aldolase [Deinococcus radiodurans] 220 0
77 186 196
AOXA9asfTAaW6ZOcq1Pt3T8aQf8 16974931 1JCJ
16974932 1JCJ
260 E: 5E-17 Ident: 75/200 Ident% 37 Q: 7-192 (220)   S: 16-214 (260) Chain A, Observation Of Covalent Intermediates In An Enzyme Mechanism At Atomic Resolution Pos: 104/200 Gap: 15/200
Zfan0q8HFPmWAUIj1DYXKAhEKqc 16974933 1JCL
16974934 1JCL
260 E: 8E-18 Ident: 76/200 Ident% 38 Q: 7-192 (220)   S: 16-214 (260) Chain A, Observation Of Covalent Intermediates In An Enzyme Mechanism At Atomic Resolution Pos: 105/200 Gap: 15/200
/r/1BcMIBzaj83bYKNvt7gQu6w8
15808009
7473657
6460729
response regulator PilH, putative [Deinococcus radiodurans] 186 0
1225 1274 1275
A0/EAVwLnXgwv2Arq41pkEENL5I 2781290 1UDR
2781293 1UDR
2781291 1UDR
2781292 1UDR
129 E: .01E0 Ident: 26/106 Ident% 24 Q: 70-174 (186)   S: 7-112 (129) Chain A, Chey Mutant With Lys 91 Replaced By Asp, Lys 92 Replaced By Ala, Ile 96 Replaced By Lys And Ala 98 Replaced By Leu (Stabilizing Mutations In Helix 4) Pos: 54/106 Gap: 1/106
JMp3RJKZS8qgZPbRI5ynrki96Mw 2914154 1AB5
2914155 1AB5
125 E: .007E0 Ident: 25/106 Ident% 23 Q: 70-174 (186)   S: 3-108 (125) Chain A, Structure Of Chey Mutant F14n, V21t Pos: 54/106 Gap: 1/106
3XWxwPTWTnp5bY6LmNgsVMqIot8 1421407 1YMV
129 E: .004E0 Ident: 26/112 Ident% 23 Q: 64-174 (186)   S: 1-112 (129) Signal Transduction Protein Chey Mutant With Phe 14 Replaced By Gly, Ser 15 Replaced By Gly, And Met 17 Replaced By Gly Pos: 56/112 Gap: 1/112
B7Pp+EKU9GZ2ijD7ogtp5l1FfmU 15825820 1JBE
128 E: .004E0 Ident: 25/106 Ident% 23 Q: 70-174 (186)   S: 6-111 (128) Chain A, 1.08 A Structure Of Apo-Chey Reveals Meta-Active Conformation Pos: 54/106 Gap: 1/106
qUj3c+tocM1SKqVN6R7LlShvwrE 230455 2CHY
128 E: .009E0 Ident: 25/106 Ident% 23 Q: 70-174 (186)   S: 6-111 (128) CheY (Mutant With Ser 56 Replaced By Cys) (S56C) Pos: 54/106 Gap: 1/106
xDayejMyu7ecOAJlMsJG3YwLeE4 1421405 1YMU
1421406 1YMU
130 E: .005E0 Ident: 26/112 Ident% 23 Q: 64-174 (186)   S: 2-113 (130) Chain A, Signal Transduction Protein Chey Mutant With Met 17 Replaced By Gly (M17g) Pos: 56/112 Gap: 1/112
1DEVqa0MvoeGLuK5T9mQgRkQyrE 999670 1CYE
129 E: .008E0 Ident: 26/112 Ident% 23 Q: 64-174 (186)   S: 1-112 (129) Chey Mutant With Met 1 Deleted, Arg 1 Inserted, And Ala 2 Replaced By Ser (Del(M1),Ins(R1),A2s) (Nmr, 20 Structures) Pos: 56/112 Gap: 1/112
uaRiA2SyPmPIxct+ZxcqORPf+FU 6573458 1B00
6573459 1B00
127 E: 1E-6 Ident: 30/113 Ident% 26 Q: 70-182 (186)   S: 4-116 (127) Chain A, Phob Receiver Domain From Escherichia Coli Pos: 58/113 Gap: -1/-1
wuPvL6lni7ZPAMRZElOvfM1PjIA 2098284 1SRR
2098286 1SRR
2098285 1SRR
124 E: 4E-8 Ident: 32/117 Ident% 27 Q: 70-186 (186)   S: 5-119 (124) Chain A, Crystal Structure Of A Phosphatase Resistant Mutant Of Sporulation Response Regulator Spo0f From Bacillus Subtilis Pos: 62/117 Gap: 2/117
NvHnCHOWob2R2rzN4xJpDZpSTj4 2781079 1FSP
2781085 2FSP
3891866 1NAT
124 E: 7E-8 Ident: 32/117 Ident% 27 Q: 70-186 (186)   S: 5-119 (124) two-component response regulator [Bacillus subtilis] Pos: 62/117 Gap: 2/117
w3r4RGCqWkuM17bJEW9sE7yCJKg 10120794 1F51
10120795 1F51
10120796 1F51
10120797 1F51
119 E: 5E-8 Ident: 32/117 Ident% 27 Q: 70-186 (186)   S: 3-117 (119) Chain E, A Transient Interaction Between Two Phosphorelay Proteins Trapped In A Crystal Lattice Reveals The Mechanism Of Molecular Recognition And Phosphotransfer In Singal Transduction Pos: 62/117 Gap: 2/117
tJX08XMfo614Qb+7u1jYCS65Hvc 9954994 1QKK
155 E: 2E-17 Ident: 26/115 Ident% 22 Q: 71-185 (186)   S: 6-118 (155) Chain A, Crystal Structure Of The Receiver Domain And Linker Region Of Dctd From Sinorhizobium Meliloti Pos: 50/115 Gap: 2/115
+viZabXT+sEEdMp4cNohgP/Ut5w 6435696 1D4Z
128 E: 3E-21 Ident: 27/116 Ident% 23 Q: 70-184 (186)   S: 6-121 (128) Chain A, Crystal Structure Of Chey-95iv, A Hyperactive Chey Mutant Pos: 57/116 Gap: 1/116
nJV07LkAt5M7367IQDHpJzohYA0 2914156 1AB6
2914157 1AB6
125 E: 1E-21 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 3-118 (125) Chain A, Structure Of Chey Mutant F14n, V86t Pos: 56/116 Gap: 1/116
fUHGkgoUwmWlJ3NxU80iE+7GfcI 2781289 1TMY
2781153 3TMY
2781154 3TMY
2781128 2TMY
2781158 4TMY
2781159 4TMY
120 E: 4E-21 Ident: 27/117 Ident% 23 Q: 69-184 (186)   S: 3-117 (120) chemotaxis response regulator CheY [Thermotoga maritima] Pos: 60/117 Gap: 3/117
dCHXR7vCu26Rnzjh8Awh2xxrJTM 1942870 6CHY
1942869 6CHY
128 E: 1E-22 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 6-121 (128) Chain B, Structure Of Chemotaxis Protein Chey Pos: 55/116 Gap: 1/116
7vm0cjdbclfdwwvyDuARGsDL/zU 2194080 1EHC
128 E: 3E-23 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 6-121 (128) Structure Of Signal Transduction Protein Chey Pos: 55/116 Gap: 1/116
lwf36o/BTVIVfJmSahFOahUuVDQ 10835619 1E6M
128 E: 4E-23 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 6-121 (128) Chain A, Two-Component Signal Transduction System D57a Mutant Of Chey Pos: 55/116 Gap: 1/116
dTVEWRfBWTcNebQfDSDAUU67G/s 8569643 1C4W
128 E: 2E-23 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 6-121 (128) Chain A, 1.9 A Structure Of A-Thiophosphonate Modified Chey D57c Pos: 55/116 Gap: 1/116
K+IhPDj3WpcsTnlNd/2B3Zs2roc 13787180 1E6L
127 E: 4E-23 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 5-120 (127) Chain A, Two-Component Signal Transduction System D13a Mutant Of Chey Pos: 55/116 Gap: 1/116
ACLfrCFe1Ty9c4IiAxuN21xkBrk 13787179 1E6K
130 E: 2E-23 Ident: 25/122 Ident% 20 Q: 64-184 (186)   S: 2-123 (130) Chain A, Two-Component Signal Transduction System D12a Mutant Of Chey Pos: 57/122 Gap: 1/122
YHDG2VZJ7KNS3jStpNL6apLM+f4 1065051 1VLZ
1065052 1VLZ
128 E: 3E-23 Ident: 25/116 Ident% 21 Q: 70-184 (186)   S: 6-121 (128) Chain A, Chey Mutant With Thr 87 Replaced By Ile (T87i) Pos: 55/116 Gap: 1/116
I83Yir4ggpyob+mZvcO0EaCLcd4 515285 2CHE
515286 2CHF
128 E: 2E-24 Ident: 25/116 Ident% 21 Q: 70-184 (186)   S: 6-121 (128) Chey Complexed With Mg2 Pos: 56/116 Gap: 1/116
ILHa3CSgSpk72cshmY/XiMP/XXs 1421458 1CEY
128 E: 2E-24 Ident: 25/116 Ident% 21 Q: 70-184 (186)   S: 6-121 (128) Chey Complexed With Magnesium (Nmr, 46 Structures) Pos: 56/116 Gap: 1/116
Nle3envSNMP+IZdSKb7lYqPmDCs 13096507 1F4V
13096508 1F4V
13096509 1F4V
13096520 1FFG
13096522 1FFG
13096525 1FFS
13096527 1FFS
13096529 1FFW
13096531 1FFW
15826203 1FQW
15826204 1FQW
230822 3CHY
5107492 1BDJ
4139461 1A0O
4139463 1A0O
4139465 1A0O
4139467 1A0O
576050 1CHN
3402112 1EAY
3402111 1EAY
128 E: 2E-24 Ident: 25/116 Ident% 21 Q: 70-184 (186)   S: 6-121 (128) Chain A, Crystal Structure Of Activated Chey Bound To The N-Terminus Of Flim Pos: 56/116 Gap: 1/116
jIXKS4TqRlVfiQhDVCz7iafl5Ls 1942868 5CHY
128 E: 9E-24 Ident: 24/116 Ident% 20 Q: 70-184 (186)   S: 6-121 (128) Structure Of Chemotaxis Protein Chey Pos: 56/116 Gap: 1/116
EoFDVZXPdOaGEg95ZcoWDMJ/s54 7546198 1DJM
129 E: 3E-24 Ident: 25/116 Ident% 21 Q: 70-184 (186)   S: 7-122 (129) chemotaxis regulator transmits chemoreceptor signals to flagelllar motor components [Escherichia coli O157:H7 EDL933] Pos: 56/116 Gap: 1/116
PUTGElOVaDRm/3qBgR43lWheM9s 6730309 1DC8
124 E: 4E-26 Ident: 31/116 Ident% 26 Q: 71-186 (186)   S: 6-119 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 55/116 Gap: 2/116
ujVcwvZUOg0VIRhiBIpGngiQ7UY 999923 1NTR
124 E: 1E-26 Ident: 33/121 Ident% 27 Q: 68-186 (186)   S: 1-119 (124) Solution Structure Of The N-Terminal Receiver Domain Of Ntrc Pos: 58/121 Gap: 4/121
aMWJ4AFxByQKT29fa+bguWGLpho 6730308 1DC7
124 E: 5E-27 Ident: 32/116 Ident% 27 Q: 71-186 (186)   S: 6-119 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 56/116 Gap: 2/116
Gh8s1ezwW65g29jysb7kAC4bd7o 17942992 1KGS
225 E: 3E-29 Ident: 29/117 Ident% 24 Q: 70-186 (186)   S: 4-118 (225) Chain A, Crystal Structure At 1.50 A Of An OmprPHOB HOMOLOG FROM Thermotoga Maritima Pos: 56/117 Gap: 2/117
/r6+CXYRDs1tfuHho1hpaGUalI8
15805433
7471039
6458088
ABC transporter, ATP-binding protein [Deinococcus radiodurans] 213 0
1303 1285 1304
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 4E-16 Ident: 62/217 Ident% 28 Q: 10-212 (213)   S: 4-218 (372) Chain 1, Malk Pos: 109/217 Gap: 16/217
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 1E-54 Ident: 58/225 Ident% 25 Q: 10-212 (213)   S: 7-231 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 102/225 Gap: 22/225
bHzMC4Gxg64/bRB+N8ytSV+FEa0 15826057 1F3O
235 E: 4E-56 Ident: 54/223 Ident% 24 Q: 10-212 (213)   S: 2-223 (235) Chain A, Crystal Structure Of Mj0796 Atp-Binding Cassette Pos: 105/223 Gap: 21/223
/sHFkB6eL4FGOvIRHb1cCU46Mfg
15806205
7472094
6458929
hypothetical protein [Deinococcus radiodurans] 76 0
7 7 0  
/snDVJ7AjQl0cK+v4dqexFbfUjM
15807319
7473876
6460140
sensor histidine kinase [Deinococcus radiodurans] 502 2
14-36,191-213
1208 1236 1215
HfdncdVUHW/zLprcSfzExD9Lkps 6137373 1BXD
161 E: 3E-6 Ident: 37/114 Ident% 32 Q: 387-498 (502)   S: 50-160 (161) Chain A, Nmr Structure Of The Histidine Kinase Domain Of The E. Coli Osmosensor Envz Pos: 56/114 Gap: 5/114
*TARGET
/sviIW3pMxheQzF2+IxV/6Tti6s
15807279
7471336
6460097
conserved hypothetical protein [Deinococcus radiodurans] 170 0
182 236 243  
/usl6Cyv5k/FJz4EbZn6+bmAeTU
15805097
7473414
6457715
benzoate membrane transport protein, putative [Deinococcus radiodurans] 433 9
44-66,75-96,117-139,154-176,189-211,236-258,321-343,345-367,392-414
0 0 0  
/vYGzl3CbcHwCBKyZaYleaCE7N4
15806160
7472332
6458879
hypothetical protein [Deinococcus radiodurans] 124 0
10 15 0
QjiTKa0n4L+0/qlXNWKBaUBIA24 4699743 1LJR
4699744 1LJR
4699792 2LJR
4699793 2LJR
4699800 3LJR
4699801 3LJR
244 E: 5.2E0 Ident: 12/27 Ident% 44 Q: 81-107 (124)   S: 211-237 (244) glutathione S-transferase theta 2 [Homo sapiens] Pos: 19/27 Gap: -1/-1
/wQzCkAwZcRp/v9Rr7WECahAAw4
15807027
7471952
6459816
glutamine synthase [Deinococcus radiodurans] 787 0
386 733 750
Z/FvIs7UZ+A11VyJaccRN1v4owk 6730053 8JDW
6730052 7JDW
6730018 1JDX
6730051 6JDW
6730054 9JDW
6730044 5JDW
386 E: 6.5E0 Ident: 9/73 Ident% 12 Q: 215-285 (787)   S: 30-99 (386) Chain A, Crystal Structure Of Human L-Arginine:glycine Amidinotransferase In Complex With L-Alanine Pos: 14/73 Gap: 5/73
FYkmOSpHilJ5gCuPd5PQ3dIQiy8 2914341 1JDW
2914308 2JDW
2914217 3JDW
423 E: 5E0 Ident: 9/73 Ident% 12 Q: 215-285 (787)   S: 67-136 (423) glycine amidinotransferase (L-arginine:glycine amidinotransferase) [Homo sapiens] Pos: 14/73 Gap: 5/73
n0gYGnE6UFiaRE+Uo8hDMu7ff8w 2914232 4JDW
423 E: 5.2E0 Ident: 9/73 Ident% 12 Q: 215-285 (787)   S: 67-136 (423) Chain A, Crystal Structure And Mechanism Of L-Arginine: Glycine Amidinotransferase: A Mitochondrial Enzyme Involved In Creatine Biosynthesis Pos: 14/73 Gap: 5/73
0duA0DYQs9iPBq1WcoazL94Bvm0 6730020 2JDX
385 E: 6.2E0 Ident: 9/73 Ident% 12 Q: 215-285 (787)   S: 30-99 (385) Chain A, Crystal Structure Of Human L-Arginine:glycine Amidinotransferase, Deletionmutant Atdeltam302 Pos: 14/73 Gap: 5/73
GUtU13n7PV1h0fXKJDKk60DSH+M 9256961 1F52
9256962 1F52
9256963 1F52
9256964 1F52
9256965 1F52
9256966 1F52
9256967 1F52
9256968 1F52
9256969 1F52
9256970 1F52
9256971 1F52
9256972 1F52
13786640 1F1H
13786641 1F1H
13786642 1F1H
13786643 1F1H
13786644 1F1H
13786645 1F1H
13786646 1F1H
13786647 1F1H
13786648 1F1H
13786649 1F1H
13786650 1F1H
13786651 1F1H
13786668 1FPY
13786669 1FPY
13786670 1FPY
13786671 1FPY
13786672 1FPY
13786673 1FPY
13786674 1FPY
13786675 1FPY
13786676 1FPY
13786677 1FPY
13786678 1FPY
13786679 1FPY
230529 2GLS
230530 2GLS
230531 2GLS
230532 2GLS
230533 2GLS
230534 2GLS
230535 2GLS
230536 2GLS
230537 2GLS
230538 2GLS
230539 2GLS
230540 2GLS
809241 2LGS
809209 1LGR
468 E: 2E-91 Ident: 66/301 Ident% 21 Q: 212-495 (787)   S: 49-343 (468) Chain A, Crystal Structure Of Glutamine Synthetase From Salmonella Typhimurium Co-Crystallized With Adp Pos: 108/301 Gap: 23/301
/wTg3ue7VAe1x6Aw5wHRBhlYcKI
15806661
7472565
6459428
hypothetical protein [Deinococcus radiodurans] 402 0
6 8 0  
/yTH9m83yBwRJOgKx7pO6gplLYY
15807222
7472426
6460035
hypothetical protein [Deinococcus radiodurans] 75 0
3 7 0  
/zBEGZ10Lp3RSobmOBngHjynrug
15806651
7471108
6459415
amino acid ABC transporter, ATP-binding protein [Deinococcus radiodurans] 265 0
1259 1284 1296
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 5E-30 Ident: 83/239 Ident% 34 Q: 30-264 (265)   S: 8-241 (372) Chain 1, Malk Pos: 137/239 Gap: 9/239
bHzMC4Gxg64/bRB+N8ytSV+FEa0 15826057 1F3O
235 E: 2E-61 Ident: 93/226 Ident% 41 Q: 26-240 (265)   S: 2-226 (235) Chain A, Crystal Structure Of Mj0796 Atp-Binding Cassette Pos: 133/226 Gap: 12/226
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 2E-71 Ident: 124/256 Ident% 48 Q: 21-263 (265)   S: 2-257 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 166/256 Gap: 13/256
0+/m9GYP2W0eaJJ/B9muey7rReY
15807001
7473828
6459793
ribosomal protein L35 [Deinococcus radiodurans] 66 0
23 56 66
tXCPRRmt4LI3A4t9iHwT6NcUKj4 18158689 1KPJ
65 E: 2E-16 Ident: 65/65 Ident% 100 Q: 2-66 (66)   S: 1-65 (65) Chain 3, Crystal Structure Of The Large Ribosomal Subunit From Deinococcus Radiodurans Pos: 65/65 Gap: -1/-1
0+gEvVGMZJKmDHOp25roYyrL11U
15806961
7474054
6459748
twitching mobility protein [Deinococcus radiodurans] 420 0
322 1228 1260
0n72yYck/E4V1j1b8CmsohWjiSE 15826207 1G6H
257 E: .021E0 Ident: 15/77 Ident% 19 Q: 124-195 (420)   S: 28-104 (257) Chain A, Crystal Structure Of The Adp Conformation Of Mj1267, An Atp- Binding Cassette Of An Abc Transporter Pos: 29/77 Gap: 5/77
sqg7H7tAuMoNVkU6zC/TMbP7d7s 15826208 1GAJ
257 E: .022E0 Ident: 15/77 Ident% 19 Q: 124-195 (420)   S: 28-104 (257) Chain A, Crystal Structure Of A Nucleotide-Free Atp-Binding Cassette From An Abc Transporter Pos: 29/77 Gap: 5/77
Or+KCgmk2W22ECRy+vo418qdlV4 13096380 1G6O
13096381 1G6O
330 E: 4E-5 Ident: 37/115 Ident% 32 Q: 132-246 (420)   S: 174-284 (330) Chain A, Crystal Structure Of The Helicobacter Pylori Atpase, Hp0525, In Complex With Adp Pos: 58/115 Gap: 4/115
00s9B1opwy9D7XdvQLPg0qDpQ6k
15807714
7471853
6460559
dTDP-4-rhamnose reductase-related protein [Deinococcus radiodurans] 247 0
392 1205 1209
y2QwiPlsSKlIbU7UPz9SePpXHpg 2981791 1KVU
338 E: 1.9E0 Ident: 38/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 66/164 Gap: 28/164
SO3Kkd9U8NLDfbkb9mbnKgIWKNI 2914620 1UDC
2981901 2UDP
2981902 2UDP
338 E: .7E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) UDP-galactose-4-epimerase [Escherichia coli K12] Pos: 66/164 Gap: 28/164
d+JmdGlVfynwffqhoSQ49l/G0Oo 3891755 1A9Y
338 E: 3.1E0 Ident: 38/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Mutant S124aY149F COMPLEXED WITH Udp-Glucose Pos: 66/164 Gap: 28/164
t1oobBwMdv3WFMFc3yVX/xC8m8M 2914619 1UDB
2914618 1UDA
1942804 1NAH
1942240 1XEL
1942805 1NAI
338 E: 1.3E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Structure Of Udp-Galactose-4-Epimerase Complexed With Udp-4-Deoxy-4-Fluoro-Alpha-D-Glucose Pos: 65/164 Gap: 28/164
FO/sKBUaCOE7hltHeKejK2+yNbo 2981788 1KVR
338 E: 1.1E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 66/164 Gap: 28/164
9X3R+c/3MZczHt6PHmQ7vid396I 3318833 1KVQ
338 E: 2E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 65/164 Gap: 28/164
F7KIFrd1dDbislX09k4ND6Rv93Q 2981789 1KVS
338 E: 1.6E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 65/164 Gap: 28/164
5KdKWOZdKLUFfLaj/pNMkSmbotY 2981790 1KVT
338 E: 2.9E0 Ident: 39/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 65/164 Gap: 28/164
xk6i5kveAc/ikx0Iq/LA/n6FED8 3891756 1A9Z
338 E: 5.3E0 Ident: 38/164 Ident% 23 Q: 8-143 (247)   S: 2-165 (338) Udp-Galactose 4-Epimerase Mutant S124aY149F COMPLEXED WITH Udp-Galactose Pos: 65/164 Gap: 28/164
/sz8uK82Dsoq2moGfnDg/nWJJ94 6573642 1QRR
394 E: 1E-9 Ident: 30/202 Ident% 14 Q: 7-148 (247)   S: 2-203 (394) Chain A, Crystal Structure Of Sqd1 Protein Complex With Nad And Udp- Glucose Pos: 53/202 Gap: 60/202
ft1y9dBYBJyrHdGDvIHHgCMU9ig 11514442 1E7R
321 E: 2E-19 Ident: 37/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) Chain A, Gdp 4-Keto-6-Deoxy-D-Mannose Epimerase Reductase Y136e Pos: 75/238 Gap: 34/238
sChDvArzPAVS9y1+CPD0tXAoCxI 11514444 1E7S
321 E: 4E-20 Ident: 37/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) Chain A, Gdp 4-Keto-6-Deoxy-D-Mannose Epimerase Reductase K140r Pos: 76/238 Gap: 34/238
lBBZ6qXIil4oAEM9VRa26WnUrOM 11514440 1E7Q
321 E: 5E-20 Ident: 38/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) Chain A, Gdp 4-Keto-6-Deoxy-D-Mannose Epimerase Reductase S107a Pos: 74/238 Gap: 34/238
byqFoPeUe5FWyLn9IZtPbU5Q7N4 11514372 1E6U
321 E: 4E-21 Ident: 38/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) Chain A, Gdp 4-Keto-6-Deoxy-D-Mannose Epimerase Reductase Pos: 75/238 Gap: 34/238
9MYyiXixGAulpygdwqe/LGONgAY 8569682 1GFS
5821909 1BSV
5822075 1FXS
321 E: 2E-21 Ident: 38/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) putative nucleotide di-P-sugar epimerase or dehydratase [Escherichia coli K12] Pos: 77/238 Gap: 34/238
upP0koXQjydc9H+q20T+k3HBn9A 6729921 1BWS
321 E: 2E-21 Ident: 38/238 Ident% 15 Q: 2-211 (247)   S: 1-232 (321) Chain A, Crystal Structure Of Gdp-4-Keto-6-Deoxy-D-Mannose EpimeraseREDUCTASE FROM ESCHERICHIA COLI A KEY ENZYME IN The Biosynthesis Of Gdp-L-Fucose Pos: 77/238 Gap: 34/238
KmSM3mP4JX1CJNu7vxNKd3s3SGU 11513847 1EQ2
11513848 1EQ2
11513849 1EQ2
11513850 1EQ2
11513851 1EQ2
11513852 1EQ2
11513853 1EQ2
11513854 1EQ2
11513855 1EQ2
11513856 1EQ2
310 E: 7E-22 Ident: 30/241 Ident% 12 Q: 9-200 (247)   S: 2-239 (310) Chain A, The Crystal Structure Of Adp-L-Glycero-D-Mannoheptose 6- Epimerase Pos: 78/241 Gap: 52/241
l1G6wio8+HTO9UP62yAEL18Sxlw 13786955 1G1A
13786956 1G1A
13786957 1G1A
13786958 1G1A
18655661 1KEU
18655662 1KEU
18655663 1KEW
18655664 1KEW
361 E: 2E-24 Ident: 40/204 Ident% 19 Q: 8-159 (247)   S: 2-204 (361) dTDP-glucose 4,6 dehydratase [Salmonella typhimurium LT2] Pos: 75/204 Gap: 53/204
4sNdO7ecGZRqj9JnNM/P92fj9yM 6729763 1BXK
6729762 1BXK
355 E: 2E-26 Ident: 44/195 Ident% 22 Q: 8-159 (247)   S: 3-197 (355) dTDP-glucose 4,6-dehydratase [Escherichia coli K12] Pos: 75/195 Gap: 43/195
5oMiDd2bjBR1Gm8zgkWnSN3eGFA 14277912 1HZJ
14277913 1HZJ
348 E: 1E-29 Ident: 48/288 Ident% 16 Q: 5-243 (247)   S: 1-283 (348) UDP-galactose-4-epimerase; UDP galactose-4-epimerase; galactowaldenase [Homo sapiens] Pos: 95/288 Gap: 54/288
aN4qppKeaWmwiwG1d3n4DjBGKLU 14719658 1I3K
14719659 1I3K
14719660 1I3L
14719661 1I3L
14719662 1I3M
14719663 1I3M
14719664 1I3N
14719665 1I3N
348 E: 3E-29 Ident: 47/288 Ident% 16 Q: 5-243 (247)   S: 1-283 (348) Chain A, Molecular Basis For Severe Epimerase-Deficiency Galactosemia: X-Ray Structure Of The Human V94m- Substituted Udp-Galactose 4-Epimerase Pos: 95/288 Gap: 54/288
eDJMDIBmy/EvwObwxLBjvJWusOY 8569511 1EK5
8569512 1EK6
8569513 1EK6
348 E: 9E-30 Ident: 48/288 Ident% 16 Q: 5-243 (247)   S: 1-283 (348) UDP-galactose-4-epimerase [Homo sapiens] Pos: 95/288 Gap: 54/288
OX4B+LLba8jLuCyQSwODQw4GV8M 18655655 1KEP
18655656 1KEP
18655657 1KER
18655658 1KER
18655659 1KET
18655660 1KET
348 E: 4E-32 Ident: 53/308 Ident% 17 Q: 2-246 (247)   S: 1-303 (348) Chain A, The Crystal Structure Of Dtdp-D-Glucose 4,6-Dehydratase (Rmlb) From Streptococcus Suis With Dtdp-Xylose Bound Pos: 99/308 Gap: 68/308
NED4d9aF5NwmPmeSGYLqU/6557U 6573398 1DB3
372 E: 3E-34 Ident: 32/272 Ident% 11 Q: 10-247 (247)   S: 5-246 (372) Chain A, E.Coli Gdp-Mannose 4,6-Dehydratase Pos: 83/272 Gap: 64/272
02uXQ9o1bQjAtzBUOd12qCrMNII
15807934
7471703
6460780
conserved hypothetical protein [Deinococcus radiodurans] 474 0
77 120 167
+2NC+m7KRbQs8Wn2+h2U7EdMjCM 1941991 1QAP
1941992 1QAP
296 E: .005E0 Ident: 34/221 Ident% 15 Q: 95-315 (474)   S: 89-280 (296) Chain A, Quinolinic Acid Phosphoribosyltransferase With Bound Quinolinic Acid Pos: 77/221 Gap: 29/221
hHniFL1O/UFSwTBMTtAkPM/1zhQ 4139884 1QPO
4139885 1QPO
4139886 1QPO
4139887 1QPO
4139888 1QPO
4139889 1QPO
3891647 1QPR
3891648 1QPR
3891649 1QPR
3891650 1QPR
3891651 1QPR
3891652 1QPR
4139890 1QPQ
4139891 1QPQ
4139892 1QPQ
4139893 1QPQ
4139894 1QPQ
4139895 1QPQ
4139878 1QPN
4139879 1QPN
4139880 1QPN
4139881 1QPN
4139882 1QPN
4139883 1QPN
284 E: 8E-4 Ident: 47/249 Ident% 18 Q: 97-331 (474)   S: 77-284 (284) Chain A, Quinolinate Phosphoribosyl Transferase (Qaprtase) Apo- Enzyme From Mycobacterium Tuberculosis Pos: 84/249 Gap: 55/249
03wnCNc52cPNu2cqfhOzfy2fN5w
15806343
7471867
6459077
endopeptidase-related protein [Deinococcus radiodurans] 301 0
364 804 736
UnUV5Ei25GFcdO/1S9BuLmH9zKQ 9257041 1E01
9257042 1E0G
9257041 1E01
9257042 1E0G
48 E: 6E-4 Ident: 10/44 Ident% 22 Q: 86-129 (301)   S: 4-45 (48) Chain A, Lysm Domain From E.Coli Mltd Pos: 26/44 Gap: 2/44
052LAS5WyoIpSPL/fgfK7bu9bRc
15805881
7472599
6458574
hypothetical protein [Deinococcus radiodurans] 656 0
31 68 48  
06/ggkJeSYJf13iavkb9MD0JZcI
15805639
7473411
6458309
arginine utilization protein RocB, putative [Deinococcus radiodurans] 539 0
63 234 436
U36KyplIApTBVh56QB1inAsSGHU 1827900 1IGB
291 E: .012E0 Ident: 14/59 Ident% 23 Q: 136-193 (539)   S: 112-170 (291) Aeromonas Proteolytica Aminopeptidase Complexed With The Inhibitor Para-Iodo-D-Phenylalanine Hydroxamate Pos: 26/59 Gap: 1/59
EbCFRnY8E2p9B1rPNHdN6e4UezA 2780967 1CG2
2780969 1CG2
2780968 1CG2
2780970 1CG2
393 E: 8.7E0 Ident: 42/131 Ident% 32 Q: 131-257 (539)   S: 109-225 (393) Chain A, Carboxypeptidase G2 Pos: 55/131 Gap: 18/131
PxyCN8/KrHKdDfA2cDRN5L7uPWg 10835440 1FT7
640150 1AMP
5542214 1CP6
291 E: .012E0 Ident: 14/59 Ident% 23 Q: 136-193 (539)   S: 112-170 (291) Chain A, Aap Complexed With L-Leucinephosphonic Acid Pos: 26/59 Gap: 1/59
06o3Yk6G3Y//QK4+iv4wxlSxNMQ
15805687
7471616
6458363
conserved hypothetical protein [Deinococcus radiodurans] 172 0
17 34 0  
08wufDmwUzOK8sRqCrDXG7Y8Kn0
15805211
7473855
6457841
ribosomal protein S9 [Deinococcus radiodurans] 133 0
145 175 191
dn1PKNULzRcKZX5sCFsmwpgjAnU 10835571 1FJF
10835593 1FJG
13096402 1HR0
13399800 1HNW
13399822 1HNX
13399844 1HNZ
14278018 1GIX
14278064 1IBK
14278085 1IBL
14278109 1IBM
14278538 1I94
14278559 1I95
14278580 1I96
14278602 1I97
15826128 1JGO
15826153 1JGP
15826178 1JGQ
128 E: 8E-39 Ident: 91/127 Ident% 71 Q: 7-133 (133)   S: 2-128 (128) Chain I, Structure Of The Thermus Thermophilus 30s Ribosomal Subunit Pos: 103/127 Gap: -1/-1
09WIpxy1uP+FqdIF/x8U6Mrt0eI
15805971
7472213
6458677
hypothetical protein [Deinococcus radiodurans] 116 0
28 125 229
IZzgmJVcSIwg64vydQ6zNXs6ZKs 6137636 1CI1
6137635 1CI1
251 E: 6.4E0 Ident: 10/57 Ident% 17 Q: 57-105 (116)   S: 70-126 (251) TRIOSEPHOSPHATE ISOMERASE, GLYCOSOMAL (TIM) Pos: 16/57 Gap: 8/57
qJ+6o6Rp7lMrs1TKZcOd6cQbnIw 4389145 1TCD
4389144 1TCD
249 E: 6.4E0 Ident: 10/57 Ident% 17 Q: 57-105 (116)   S: 68-124 (249) Chain B, Trypanosoma Cruzi Triosephosphate Isomerase Pos: 16/57 Gap: 8/57
7ZEefp+aT2aNST/0YJDghs5FKdM 17943389 1IM5
17943390 1ILW
180 E: 8E-5 Ident: 22/80 Ident% 27 Q: 36-109 (116)   S: 76-154 (180) pyrazinamidase/nicotinamidase [Pyrococcus horikoshii] Pos: 35/80 Gap: 7/80
n1MyfAm8zWQ7gXgu5fcL7SOFGx8 4558196 1YAC
4558197 1YAC
208 E: 3E-6 Ident: 13/82 Ident% 15 Q: 36-114 (116)   S: 63-144 (208) Chain A, The 1.8 Angstrom Crystal Structure Of The Ycac Gene Product From Escherichia Coli Reveals An Octameric Hydrolase Of Unknown Specificity Pos: 29/82 Gap: 3/82
Ec4PzO2Y8UV2zZebOzgYhbbZBrQ 576196 1NBA
576198 1NBA
576199 1NBA
576197 1NBA
264 E: 5E-8 Ident: 20/116 Ident% 17 Q: 6-102 (116)   S: 76-191 (264) N-CARBAMOYLSARCOSINE AMIDASE (N-CARBAMOYLSARCOSINE AMIDOHYDROLASE) (CSHASE) Pos: 36/116 Gap: 19/116
0AO/wb8Zy8lWZ5LuMnP4BG0MZ8s
15805132
7471447
6457757
conserved hypothetical protein [Deinococcus radiodurans] 312 6
4-26,37-59,94-116,121-143,159-181,186-208
0 0 0  
*TARGET
0B2WVjqqENj0XCcOtmjGVCF1kQs
15807571
7473531
6460416
iron ABC transporter, permease protein, putative [Deinococcus radiodurans] 338 7
25-47,67-89,127-149,157-179,204-226,251-273,298-320
259 337 373  
0BYsytzvz6RvweiX+BqMepHjca0
15805634
7471988
6458305
groEL protein [Deinococcus radiodurans] 548 0
1123 1209 1209
zck6d1K9KibqFs9goFp1hANx36Q 2781186 1ASS
2781187 1ASX
159 E: 5E-5 Ident: 26/160 Ident% 16 Q: 191-336 (548)   S: 4-153 (159) Apical Domain Of The Chaperonin From Thermoplasma Acidophilum Pos: 48/160 Gap: 24/160
WpJp42oMJ43q+3DhkFxNHSz0Brw 10120852 1E0R
159 E: 5E-6 Ident: 26/159 Ident% 16 Q: 189-333 (548)   S: 2-150 (159) Chain B, Beta-Apical Domain Of Thermosome Pos: 52/159 Gap: 24/159
QeOlMqYobC5P+mfyQ29Iz279sus 6730400 1DK7
6980651 1DKD
6730401 1DK7
6980647 1DKD
6980649 1DKD
6980645 1DKD
146 E: 2E-37 Ident: 93/145 Ident% 64 Q: 189-333 (548)   S: 1-145 (146) Chain A, Crystal Structure Of An Isolated Apical Domain Of Groel Pos: 118/145 Gap: -1/-1
7gHkaz5X44fHsPOA+dIhWNO9oKU 1942200 1JON
155 E: 6E-40 Ident: 98/155 Ident% 63 Q: 189-343 (548)   S: 1-155 (155) Groel (Hsp60 Class) Fragment Comprising Residues 191 - 345 Pos: 124/155 Gap: -1/-1
bt4S9bDXniWK5DtW5F4QjeTypxg 4699857 1SRV
145 E: 5E-40 Ident: 116/145 Ident% 80 Q: 190-334 (548)   S: 1-145 (145) Chain A, Thermus Thermophilus Groel (Hsp60 Class) Fragment (Apical Domain) Comprising Residues 192-336 Pos: 135/145 Gap: -1/-1
4TDGwprit/5gJ5v7WZq1swWioOM 2554660 1KID
203 E: 5E-50 Ident: 116/186 Ident% 62 Q: 189-374 (548)   S: 18-203 (203) Groel (Hsp60 Class) Fragment (Apical Domain) Comprising Residues 191-376, Mutant With Ala 262 Replaced With Leu And Ile 267 Replaced With Met Pos: 148/186 Gap: -1/-1
8RuKAt++HSZjtD+BYW7FA3nAnRs 11513557 1FYA
193 E: 1E-51 Ident: 119/186 Ident% 63 Q: 189-374 (548)   S: 8-193 (193) Chain A, Crystal Structure Of The Hexa-Substituted Mutant Of The Molecular Chaperonin Groel Apical Domain Pos: 150/186 Gap: -1/-1
IHk6awgn6QQEqVY1oIeT+msPm8s 11513555 1FY9
193 E: 2E-51 Ident: 119/186 Ident% 63 Q: 189-374 (548)   S: 8-193 (193) Chain A, Crystal Structure Of The Hexa-Substituted Mutant Of The Molecular Chaperonin Groel Apical Domain Pos: 150/186 Gap: -1/-1
fS6JC88La4nt+h6ls+lCWla1FUI 4699706 1A6D
4699708 1A6E
543 E: 2E-79 Ident: 111/539 Ident% 20 Q: 8-523 (548)   S: 19-521 (543) thermosome beta chain [Thermoplasma acidophilum] Pos: 214/539 Gap: 59/539
jhQOtZf/0IvPuUW8ivILt+kw3YI 4699705 1A6D
4699707 1A6E
545 E: 3E-83 Ident: 118/536 Ident% 22 Q: 8-527 (548)   S: 20-524 (545) thermosome alpha chain - Thermoplasma acidophilum Pos: 212/536 Gap: 47/536
/nrZ8nCUTv5/kUrjfYLTK9b8nm8 1421648 1OEL
1421649 1OEL
1421650 1OEL
1421651 1OEL
1421652 1OEL
1421653 1OEL
1421654 1OEL
547 E: 1E-153 Ident: 324/530 Ident% 61 Q: 2-530 (548)   S: 2-528 (547) Chain A, Mol_id: 1; Molecule: Groel (Hsp60 Class); Chain: A, B, C, D, E, F, G; Engineered: Yes; Mutation: R13g, A126v Pos: 405/530 Gap: 4/530
HqRhlEwbZy7pkDTuFAvuxXVOmTk 1311356 1GRL
548 E: 1E-153 Ident: 324/530 Ident% 61 Q: 2-530 (548)   S: 3-529 (548) Mol_id: 1; Molecule: Groel (Hsp60 Class); Chain: Null; Engineered: Yes; Mutation: R13g, A126v Pos: 405/530 Gap: 4/530
254+3C1HylBdLnqqwP7RD0irebo 1943363 1DER
1943364 1DER
1943365 1DER
1943366 1DER
1943367 1DER
1943368 1DER
1943369 1DER
1943370 1DER
1943371 1DER
1943372 1DER
1943373 1DER
1943374 1DER
1943375 1DER
1943376 1DER
547 E: 1E-154 Ident: 325/530 Ident% 61 Q: 2-530 (548)   S: 2-528 (547) Chain A, The 2.4 Angstrom Crystal Structure Of The Bacterial Chaperonin Groel Complexed With Atp-Gamma-S Pos: 406/530 Gap: 4/530
pxRYq5PmpYadhVBVpSxXQ4njmsY 18655582 1GR5
18655583 1GR5
18655584 1GR5
18655585 1GR5
18655586 1GR5
18655587 1GR5
18655588 1GR5
18655589 1GR5
18655590 1GR5
18655591 1GR5
18655592 1GR5
18655593 1GR5
18655594 1GR5
18655595 1GR5
18655596 1GR6
18655597 1GR6
18655598 1GR6
18655599 1GR6
18655600 1GR6
18655601 1GR6
18655602 1GR6
18655603 1GR6
18655604 1GR6
18655605 1GR6
18655606 1GR6
18655607 1GR6
18655608 1GR6
18655609 1GR6
547 E: 1E-154 Ident: 325/530 Ident% 61 Q: 2-530 (548)   S: 2-528 (547) Chain A, Solution Structure Of Apo Groel By Cryo-Electron Microscopy Pos: 406/530 Gap: 4/530
LQobcFRh0WQBXt9Pe5CFUd6yxBc 18655610 1GRU
18655611 1GRU
18655612 1GRU
18655613 1GRU
18655614 1GRU
18655615 1GRU
18655616 1GRU
18655617 1GRU
18655618 1GRU
18655619 1GRU
18655620 1GRU
18655621 1GRU
18655622 1GRU
18655623 1GRU
2624779 1AON
2624780 1AON
2624781 1AON
2624782 1AON
2624783 1AON
2624784 1AON
2624785 1AON
2624772 1AON
2624773 1AON
2624774 1AON
2624775 1AON
2624776 1AON
2624777 1AON
2624778 1AON
547 E: 1E-155 Ident: 325/530 Ident% 61 Q: 2-530 (548)   S: 2-528 (547) Chain A, Solution Structure Of Groes-Adp7-Groel-Atp7 Complex By Cryo-Em Pos: 406/530 Gap: 4/530
PMPE4jbYgaFIa0BxoALpFzBHF7s 15988025 1IOK
15988026 1IOK
15988027 1IOK
15988028 1IOK
15988029 1IOK
15988030 1IOK
15988031 1IOK
545 E: 1E-157 Ident: 331/535 Ident% 61 Q: 2-532 (548)   S: 3-532 (545) 60 kDa chaperonin (Protein Cpn60) (groEL protein) Pos: 422/535 Gap: 9/535
0DX4WZEq6Tn2G6Ik7Z/3PbITzvE
15806894
7473996
6459677
transcriptional regulator, AsnC family [Deinococcus radiodurans] 195 0
292 924 1215
FbCJm0DCJEzsSmMxmf1pCH8LJqc 18655415 1I1G
18655416 1I1G
141 E: 2E-28 Ident: 38/143 Ident% 26 Q: 43-185 (195)   S: 2-141 (141) Transcriptional regulator lrpA Pos: 71/143 Gap: 3/143
0DhF3JUwlmPEmqdeP5gpOOQ0Mec
15807135
7471339
6459934
conserved hypothetical protein [Deinococcus radiodurans] 184 3
25-47,124-146,149-171
13 25 23  
0Ecou+qM8v7ctwTxIgO8+u1zzZs
15805776
7473889
6458457
sensory box/GGDEF family protein [Deinococcus radiodurans] 939 0
507 888 1379
Nc92TuCsNd8Q2JC//x5SUlPKGRw 12084284 1DP8
12084285 1DP9
12084286 1DP6
6980436 1DRM
6980437 1DRQ
131 E: .004E0 Ident: 32/150 Ident% 21 Q: 377-521 (939)   S: 3-130 (131) Chain A, Crystal Structure Of The Nitric Oxide Bound Fixl Heme Domain Pos: 50/150 Gap: 27/150
KMyhg/uiXUJKa+rqrndKfIgANJw 8569635 1EW0
7546535 1D06
130 E: .001E0 Ident: 13/83 Ident% 15 Q: 363-445 (939)   S: 4-82 (130) Chain A, Crystal Structure Analysis Of The Sensor Domain Of Rmfixl(Ferrous Form) Pos: 26/83 Gap: 4/83
0FNKd7tQWBtT8HrvX30NFgINCnU
15805654
7474068
6458326
UDP-N-acetylmuramate--alanine ligase [Deinococcus radiodurans] 482 0
195 480 780
e+TzsCFZg0gKOoE4NUucBGqTL7U 13096195 1F8W
447 E: .28E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Chain A, Crystal Structure Of Nadh Peroxidase Mutant: R303m Pos: 35/108 Gap: 23/108
aySqkN6tr7T16IggfUEc83vfxvs 10120751 1F8R
10120752 1F8R
10120753 1F8R
10120754 1F8R
10120755 1F8S
10120756 1F8S
10120757 1F8S
10120758 1F8S
10120759 1F8S
10120760 1F8S
10120761 1F8S
10120762 1F8S
498 E: 2.7E0 Ident: 12/36 Ident% 33 Q: 29-64 (482)   S: 34-68 (498) Chain A, Crystal Structure Of L-Amino Acid Oxidase From Calloselasma Rhodostoma Complexed With Citrate Pos: 20/36 Gap: 1/36
3pJEejAxFRP36laIxm6BbiCLQSk 4699704 1A5Z
319 E: .35E0 Ident: 20/117 Ident% 17 Q: 29-141 (482)   S: 1-104 (319) Lactate Dehydrogenase From Thermotoga Maritima (Tmldh) Pos: 37/117 Gap: 17/117
iyqOj0WqPJVdei29vLc5MhhIuC4 15988282 1IB6
15988283 1IB6
15988284 1IB6
15988285 1IB6
15988290 1IE3
15988291 1IE3
15988292 1IE3
15988293 1IE3
312 E: 1E0 Ident: 32/142 Ident% 22 Q: 29-159 (482)   S: 1-136 (312) Chain A, Crystal Structure Of R153c E. Coli Malate Dehydrogenase Pos: 53/142 Gap: 17/142
bpWasozERRrdkj8fyXEmQvJBCd4 999859 1NHR
447 E: .25E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Leu 40 Replaced By Cys (L40c) Pos: 35/108 Gap: 23/108
5LGtpI2VIYkEKBcOwnIASlgub5Y 12084404 1GG4
12084405 1GG4
452 E: .098E0 Ident: 40/137 Ident% 29 Q: 246-380 (482)   S: 223-358 (452) Chain A, Crystal Structure Of Escherichia Coli Udpmurnac-Tripeptide D-Alanyl-D-Alanine-Adding Enzyme (Murf) At 2.3 Angstrom Resolution Pos: 60/137 Gap: 3/137
Ce5DXT3/S6SmylfaawcIoJE8VF4 494414 1NPX
494823 2NPX
447 E: .28E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) NADH PEROXIDASE (NPXASE) Pos: 35/108 Gap: 23/108
2TZPciwrBSp/S2NziKshZLVBKGc 1942624 1JOA
447 E: .31E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Nadh Peroxidase With Cysteine-Sulfenic Acid Pos: 35/108 Gap: 23/108
DmkgA1c+ymJTQBN78eVH//GXLOA 999857 1NHP
447 E: .31E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ala (C42a) Pos: 35/108 Gap: 23/108
a3b/B9ogvtkpfzN9J75cWA/5FSo 999860 1NHS
447 E: .25E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Ser 41 Replaced By Cys (S41c) Pos: 35/108 Gap: 23/108
d+yA9MIVkptjQUTNhr3K156DVjU 443367 2CMD
442876 1EMD
312 E: .18E0 Ident: 37/171 Ident% 21 Q: 29-188 (482)   S: 1-161 (312) Malate Dehydrogenase (E.C.1.1.1.37) Pos: 62/171 Gap: 21/171
U86nV1ZTk/LyNyzzLQ0jTyeorEk 999858 1NHQ
447 E: .3E0 Ident: 20/108 Ident% 18 Q: 30-115 (482)   S: 151-257 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ser (C42s) Pos: 35/108 Gap: 23/108
b+K2WeZ3zpMmUuSe9+w/XEQ+/88 15988306 1JBV
15988307 1JBW
428 E: 1E-23 Ident: 54/351 Ident% 15 Q: 118-408 (482)   S: 24-367 (428) Chain A, Fpgs-Amppcp Complex Pos: 90/351 Gap: 67/351
QOt/n2eJJfrNilIsrLSKVtY/RXE 4930039 1FGS
428 E: 2E-24 Ident: 54/351 Ident% 15 Q: 118-408 (482)   S: 24-367 (428) Folylpolyglutamate Synthetase From Lactobacillus Casei Pos: 90/351 Gap: 67/351
sI+3zdETeXpIPu3KH/5RDQB9vhA 15988379 1E8C
15988380 1E8C
498 E: 1E-32 Ident: 99/452 Ident% 21 Q: 78-479 (482)   S: 41-479 (498) Chain A, Structure Of Mure The Udp-N-Acetylmuramyl Tripeptide Synthetase From E. Coli Pos: 143/452 Gap: 63/452
blzaoDc3vtkmU/buw9wmwmcjde8 7245652 3UAG
7546574 4UAG
7245651 2UAG
2981818 1UAG
437 E: 1E-51 Ident: 85/345 Ident% 24 Q: 33-370 (482)   S: 10-333 (437) Chain A, Udp-N-Acetylmuramoyl-L-Alanine:d-Glutamate Ligase Pos: 138/345 Gap: 28/345
XTs1XegY8EQY/JrzgU7HoP4FHSY 9257128 1E0D
13096498 1EEH
437 E: 3E-52 Ident: 85/345 Ident% 24 Q: 33-370 (482)   S: 10-333 (437) Chain A, Udp-N-Acetylmuramoyl-L-Alanine:d-Glutamate Ligase Pos: 138/345 Gap: 28/345
0H1wik7faD34KthhZRDm1mu4ziw
15807257
7472543
6460080
hypothetical protein [Deinococcus radiodurans] 109 0
4 12 10  
0HiYSeuf+y0phW1ywk8HLa2J/6k
15805420
7471858
6458071
elongation factor G [Deinococcus radiodurans] 678 0
1395 1244 1242
u3vFHdbpfo8w7GJh4nHkx/KQRAk 9256877 1F60
12084705 1G7C
14277980 1IJE
14277982 1IJF
458 E: 4E-4 Ident: 56/236 Ident% 23 Q: 15-215 (678)   S: 10-244 (458) translational elongation factor EF-1 alpha; Tef2p [Saccharomyces cerevisiae] Pos: 98/236 Gap: 36/236
+JcCeOf+EiLQUhozvEe25GVJu9E 11513537 1FNM
691 E: 1E-124 Ident: 258/680 Ident% 37 Q: 13-667 (678)   S: 13-688 (691) Chain A, Structure Of Thermus Thermophilus Ef-G H573a Pos: 397/680 Gap: 29/680
DWPb/SxboAqd8bm70ayr6AG+IZU 15988476 1JQM
3745823 2EFG
999552 1EFG
691 E: 1E-125 Ident: 259/680 Ident% 38 Q: 13-667 (678)   S: 13-688 (691) Chain B, Fitting Of L11 Protein And Elongation Factor G (Ef-G) In The Cryo-Em Map Of E. Coli 70s Ribosome Bound With Ef-G, Gdp And Fusidic Acid Pos: 397/680 Gap: 29/680
gaEwUR9RK8JIrdI90p8vFMB0XDw 1827912 1ELO
1633250 1DAR
691 E: 1E-125 Ident: 259/680 Ident% 38 Q: 13-667 (678)   S: 13-688 (691) Elongation factor G (EF-G) Pos: 398/680 Gap: 29/680
0JognM5kfXIiwrvD52irWeRWH/M
15805783
7471248
6458468
citrate synthase [Deinococcus radiodurans] 411 0
0 0 0  
0K6zfSGF0POFj/mtwq3s2YYju+c
15805199
7473023
6457831
hypothetical protein [Deinococcus radiodurans] 173 1
25-45
3 6 0  
0LDx3z1klV1dOyBSbECjq6ihJiw
15805493
7473888
6458153
sensory box/GGDEF family protein [Deinococcus radiodurans] 805 0
710 1424 1787
Nc92TuCsNd8Q2JC//x5SUlPKGRw 12084284 1DP8
12084285 1DP9
12084286 1DP6
6980436 1DRM
6980437 1DRQ
12084284 1DP8
12084285 1DP9
12084286 1DP6
6980436 1DRM
6980437 1DRQ
131 E: 6E0 Ident: 12/59 Ident% 20 Q: 72-128 (805)   S: 7-65 (131) Chain A, Crystal Structure Of The Nitric Oxide Bound Fixl Heme Domain Pos: 27/59 Gap: 2/59
KMyhg/uiXUJKa+rqrndKfIgANJw 8569635 1EW0
7546535 1D06
8569635 1EW0
7546535 1D06
130 E: .14E0 Ident: 22/124 Ident% 17 Q: 193-313 (805)   S: 12-130 (130) Chain A, Crystal Structure Analysis Of The Sensor Domain Of Rmfixl(Ferrous Form) Pos: 39/124 Gap: 8/124
0NuJQoHWljgZQNRWdsOrpwA2kRw 13786959 1G28
13786960 1G28
13786961 1G28
13786962 1G28
104 E: 1.1E0 Ident: 16/95 Ident% 16 Q: 223-312 (805)   S: 13-104 (104) Chain A, Structure Of A Flavin-Binding Domain, Lov2, From The Chimeric PhytochromePHOTOTROPIN PHOTORECEPTOR PHY3 Pos: 38/95 Gap: 8/95
0NCyGx7AeFYHAMS194GtMzOg+zA
15805474
7473235
6458131
orotate phosphoribosyltransferase [Deinococcus radiodurans] 194 0
261 838 951
ryhcDAU6cP4soXtp4kHI5jc4C5k 3891413 1A97
3891414 1A97
3891412 1A97
3891415 1A97
148 E: .001E0 Ident: 17/72 Ident% 23 Q: 66-137 (194)   S: 30-101 (148) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 31/72 Gap: -1/-1
ba924k9c9Tx0PaM8n4jHZCIHAL4 12084671 1FSG
12084672 1FSG
6435649 1QK3
6435648 1QK3
6435652 1QK4
6435651 1QK3
6435653 1QK4
6435655 1QK4
6435654 1QK4
6435650 1QK3
233 E: 1.1E0 Ident: 15/77 Ident% 19 Q: 90-163 (194)   S: 115-191 (233) Chain A, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase Complexed With 9-Deazaguanine, Alpha-D-5-Phosphoribosyl-1-Pyrophosphate (Prpp) And Two Mg2+ Ions Pos: 33/77 Gap: 3/77
n/x5TebpgzQsB3oAkuz6r8ghszc 5822000 1CJB
5821998 1CJB
5821999 1CJB
5822001 1CJB
231 E: .014E0 Ident: 9/47 Ident% 19 Q: 105-151 (194)   S: 127-173 (231) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 24/47 Gap: -1/-1
9HqtxHokxmGjFlYb5agxiEUgGjA 6435814 1TC1
6435813 1TC1
220 E: 2E0 Ident: 19/110 Ident% 17 Q: 38-132 (194)   S: 11-120 (220) Chain B, A 1.4 Angstrom Crystal Structure For The Hypoxanthine Phosphoribosyltransferase Of Trypanosoma Cruzi Pos: 33/110 Gap: 15/110
6VtCl/+AGXk/jvYN2zlvYAwrM+Y 3891410 1A96
3891405 1A95
3891406 1A95
3891409 1A96
3891404 1A95
3891408 1A96
2194032 1NUL
3891407 1A95
3891411 1A96
2194033 1NUL
152 E: .001E0 Ident: 16/72 Ident% 22 Q: 66-137 (194)   S: 32-103 (152) guanine-hypoxanthine phosphoribosyltransferase [Escherichia coli O157:H7 EDL933] Pos: 30/72 Gap: -1/-1
DGnH9ylVGKQU4aEC/7UMvI897+I 6730252 1D6N
6730253 1D6N
214 E: .29E0 Ident: 9/53 Ident% 16 Q: 102-152 (194)   S: 108-160 (214) Chain A, Ternary Complex Structure Of Human Hgprtase, Prpp, Mg2+, And The Inhibitor Hpp Reveals The Involvement Of The Flexible Loop In Substrate Binding Pos: 24/53 Gap: 2/53
84UTtht/CEYzXFO6U0DiFI6mW/w 3318940 1A98
3318939 1A98
152 E: .001E0 Ident: 17/72 Ident% 23 Q: 66-137 (194)   S: 32-103 (152) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 31/72 Gap: -1/-1
7RWIklCuvON8KXr5jENuTNOsXjc 18655417 1IBS
18655418 1IBS
7546200 1DKR
7546199 1DKR
7546201 1DKU
7546202 1DKU
317 E: .002E0 Ident: 21/101 Ident% 20 Q: 51-150 (194)   S: 156-252 (317) phosphoribosyl pyrophosphate synthetase [Bacillus subtilis] Pos: 43/101 Gap: 5/101
hHzMhORAg92o7IXXnq9I2aver2s 5542147 1BZY
5542148 1BZY
5542149 1BZY
5542150 1BZY
1065265 1HMP
1065266 1HMP
217 E: .27E0 Ident: 9/53 Ident% 16 Q: 102-152 (194)   S: 111-163 (217) Chain A, Human Hgprtase With Transition State Inhibitor Pos: 24/53 Gap: 2/53
gn99EHWRofBbEKUJEFZ8Hq2SK5w 2781198 1DBR
2781199 1DBR
2781201 1DBR
2781200 1DBR
231 E: 1.3E0 Ident: 15/77 Ident% 19 Q: 90-163 (194)   S: 112-188 (231) Chain A, Hypoxanthine Guanine Xanthine Pos: 33/77 Gap: 3/77
OkHAhtPxM3Y9a8079yPurXEDz0Y 1827785 1HGX
1827786 1HGX
183 E: .037E0 Ident: 20/135 Ident% 14 Q: 36-166 (194)   S: 12-145 (183) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 44/135 Gap: 5/135
WsKecjTx2xloJsI1SSqyVxrl60c 9955085 1DQN
9955086 1DQN
9955087 1DQP
9955088 1DQP
230 E: 5.8E0 Ident: 11/102 Ident% 10 Q: 44-141 (194)   S: 44-144 (230) Chain A, Crystal Structure Of Giardia Guanine Phosphoribosyltransferase Complexed With A Transition State Analogue Pos: 32/102 Gap: 5/102
Jlm2bOMiGMD5pXS3kbNkrBDzA9Y 6435657 1QK5
6435656 1QK5
233 E: 1.2E0 Ident: 15/77 Ident% 19 Q: 90-163 (194)   S: 115-191 (233) Chain B, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase With Xmp, Pyrophosphate And Two Mg2+ Ions Pos: 33/77 Gap: 3/77
YE4yPEgGSPzjDVCMIYdSpmHwGfM 7245409 1TC2
7245408 1TC2
221 E: 1.9E0 Ident: 19/110 Ident% 17 Q: 38-132 (194)   S: 12-121 (221) Chain B, Ternary Substrate Complex Of The Hypoxanthine Phosphoribosyltransferase From Trypanosoma Cruzi Pos: 33/110 Gap: 15/110
UoyuBjZx47wS/2yhdlrLlGE8uHg 2624597 1AO0
2624598 1AO0
2624599 1AO0
2624600 1AO0
459 E: 2E-4 Ident: 22/119 Ident% 18 Q: 44-148 (194)   S: 258-371 (459) Chain A, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase From B. Subtilis Complexed With Adp And Gmp Pos: 43/119 Gap: 19/119
ZKu6xZGWHsENrcLfx6B4k3OrSPs 576138 1GPH
576139 1GPH
576140 1GPH
576141 1GPH
465 E: 2E-4 Ident: 22/119 Ident% 18 Q: 44-148 (194)   S: 258-371 (465) Chain 1, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase (E.C.2.4.2.14) Pos: 43/119 Gap: 19/119
zqV7nsa7cMBfO+HhWXcAVMsylw0 3401960 1A4X
3401961 1A4X
3401958 1A3C
181 E: 5E-5 Ident: 24/133 Ident% 18 Q: 37-154 (194)   S: 6-138 (181) transcriptional attenuator and uracil phosphoribosyltransferase activity (minor) [Bacillus subtilis] Pos: 45/133 Gap: 15/133
cTdqVy6j1ML0bGR+KqWIVvyDkyY 1943558 1ECF
1943560 1ECG
3114340 1ECC
3114341 1ECC
3114342 1ECJ
3114343 1ECJ
3114344 1ECJ
3114345 1ECJ
1943557 1ECF
1943559 1ECG
3114338 1ECB
3114336 1ECB
3114339 1ECB
3114337 1ECB
504 E: 4E-6 Ident: 22/132 Ident% 16 Q: 32-149 (194)   S: 265-393 (504) Chain B, Escherichia Coli Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase Pos: 45/132 Gap: 17/132
tbfhFVXUDl3+AAzk/CvzjTyDwjc 17943167 1G2Q
17943168 1G2Q
17943169 1G2P
187 E: 3E-6 Ident: 29/147 Ident% 19 Q: 38-171 (194)   S: 33-179 (187) Chain A, Crystal Structure Of Adenine Phosphoribosyltransferase Pos: 51/147 Gap: 13/147
nEDEi4qvWeQA0H+y09pZ0YGF0oE 5822232 1QB7
5822236 1QCC
5822233 1QB8
5822237 1QCD
236 E: 7E-11 Ident: 27/142 Ident% 19 Q: 25-152 (194)   S: 34-175 (236) Chain A, Crystal Structures Of Adenine Phosphoribosyltransferase From Leishmania Donovani. Pos: 51/142 Gap: 14/142
bHAz8bqJ/Y5+PayVa4xWr1yUj08 576288 1STO
213 E: 1E-41 Ident: 45/168 Ident% 26 Q: 3-164 (194)   S: 5-167 (213) Orotate Phosphoribosyltransferase (Oprtase) (E.C.2.4.2.10) Pos: 77/168 Gap: 11/168
WTUkqwcmcGUu7rys7k1Wab3pTNM 1310916 1OPR
213 E: 8E-42 Ident: 45/168 Ident% 26 Q: 3-164 (194)   S: 5-167 (213) orotate phosphoribosyltransferase [Salmonella typhimurium LT2] Pos: 78/168 Gap: 11/168
luCLSEQy55F8qlE5f8NGDOONeeM 1421029 1ORO
1421030 1ORO
213 E: 2E-42 Ident: 45/168 Ident% 26 Q: 3-164 (194)   S: 5-167 (213) orotate phosphoribosyltransferase [Escherichia coli K12] Pos: 78/168 Gap: 11/168
0OJa6otqmIUPMizOeTLEZDpKZWI
15806636
7471728
6459398
conserved hypothetical protein [Deinococcus radiodurans] 394 0
45 144 150  
0PEarU35bQ0tXYKOMrwEwDUEWKM
10957434
7471579
6460863
conserved hypothetical protein [Deinococcus radiodurans] 540 0
15 57 126
sdLvp9C2Zy6Jo9DOLsgrTNL4ftA 1942357 1AQJ
1942356 1AQJ
421 E: .15E0 Ident: 24/110 Ident% 21 Q: 117-226 (540)   S: 97-165 (421) MODIFICATION METHYLASE TAQI (ADENINE-SPECIFIC METHYLTRANSFERASE TAQI) (M.TAQI) Pos: 30/110 Gap: 41/110
4rKE3UX+X/Imm9Mpan7bWusBMGE 13399509 1G38
13399510 1G38
393 E: .13E0 Ident: 24/110 Ident% 21 Q: 117-226 (540)   S: 77-145 (393) Chain A, Adenine-Specific Methyltransferase M. Taq IDNA COMPLEX Pos: 30/110 Gap: 41/110
hi8Q6/nV02EB1TFFVLhaW6G9Jqc 1942410 2ADM
1942411 2ADM
1942354 1AQI
1942355 1AQI
421 E: .14E0 Ident: 24/110 Ident% 21 Q: 117-226 (540)   S: 97-165 (421) Chain A, Adenine-N6-Dna-Methyltransferase Taqi Pos: 30/110 Gap: 41/110
0QCS75LdqK6fiKztEAF72ETj1a8
15807775
7472641
6460622
hypothetical protein [Deinococcus radiodurans] 107 0
2 7 0  
*TARGET
0QPSIe8fzs7nMrgmtLEEbxFVyk8
15805917
7473881
6458613
sensor histidine kinase [Deinococcus radiodurans] 369 2
42-64,73-95
1021 1247 1234  
0RDUDH+B8hywBuTreUdiC4SeBYg
15805138
7471323
6457762
conserved hypothetical protein [Deinococcus radiodurans] 189 0
0 0 0  
0TxWQsfVtahQCZBkBYDV227G0LE
15807258
7471823
6460073
DNA modification methyltransferase-related protein [Deinococcus radiodurans] 840 0
41 108 254
sdLvp9C2Zy6Jo9DOLsgrTNL4ftA 1942357 1AQJ
1942356 1AQJ
421 E: 1E-6 Ident: 40/233 Ident% 17 Q: 304-533 (840)   S: 16-168 (421) MODIFICATION METHYLASE TAQI (ADENINE-SPECIFIC METHYLTRANSFERASE TAQI) (M.TAQI) Pos: 61/233 Gap: 83/233
4rKE3UX+X/Imm9Mpan7bWusBMGE 13399509 1G38
13399510 1G38
393 E: 3E-6 Ident: 39/226 Ident% 17 Q: 311-533 (840)   S: 3-148 (393) Chain A, Adenine-Specific Methyltransferase M. Taq IDNA COMPLEX Pos: 59/226 Gap: 83/226
hi8Q6/nV02EB1TFFVLhaW6G9Jqc 1942410 2ADM
1942411 2ADM
1942354 1AQI
1942355 1AQI
421 E: 1E-6 Ident: 40/233 Ident% 17 Q: 304-533 (840)   S: 16-168 (421) Chain A, Adenine-N6-Dna-Methyltransferase Taqi Pos: 61/233 Gap: 83/233
0W7mgZoD9a4FJiNYD8PZmpCbSs0
15805046
7473180
6457662
MutT/nudix family protein [Deinococcus radiodurans] 350 0
555 1261 1465
Xy57ttjftfJVmvG4sA8uq2+jfLI 14278167 1G0S
14278168 1G0S
14278187 1G9Q
14278188 1G9Q
14278189 1GA7
14278190 1GA7
14278167 1G0S
14278168 1G0S
14278187 1G9Q
14278188 1G9Q
14278189 1GA7
14278190 1GA7
209 E: 2.8E0 Ident: 19/71 Ident% 26 Q: 15-80 (350)   S: 57-126 (209) orf, hypothetical protein [Escherichia coli O157:H7 EDL933] Pos: 29/71 Gap: 6/71
GFK+L4m6d3U7aaKb8Xk0kQ9cC88 15826050 1HZT
15826050 1HZT
190 E: .046E0 Ident: 26/119 Ident% 21 Q: 28-140 (350)   S: 39-146 (190) Chain A, Crystal Structure Of Metal-Free Isopentenyl Diphosphate:dimethylallyl Diphosphate Isomerase Pos: 42/119 Gap: 17/119
Ptb/kzJk70yXZucNJREgSSyoYpo 13786885 1I9A
13786886 1I9A
13786885 1I9A
13786886 1I9A
182 E: .059E0 Ident: 26/119 Ident% 21 Q: 28-140 (350)   S: 39-146 (182) Chain A, Structural Studies Of Cholesterol Biosynthesis: Mevalonate 5-Diphosphate Decarboxylase And Isopentenyl Diphosphate Isomerase Pos: 41/119 Gap: 17/119
WW7c8TQmZ040ICRgI+jVNokoA8U 15826360 1HX3
15826361 1HX3
15826360 1HX3
15826361 1HX3
190 E: .012E0 Ident: 26/119 Ident% 21 Q: 28-140 (350)   S: 39-146 (190) Chain A, Crystal Structure Of E.Coli Isopentenyl Diphosphate:dimethylallyl Diphosphate Isomerase Pos: 42/119 Gap: 17/119
pCVh2WWRrDGQ8KfAErCJVKS9ZA8 14488439 1F3Y
14488439 1F3Y
165 E: 9.1E0 Ident: 13/34 Ident% 38 Q: 224-257 (350)   S: 40-73 (165) Chain A, Solution Structure Of The Nudix Enzyme Diadenosine Tetraphosphate Hydrolase From Lupinus Angustifolius L Pos: 21/34 Gap: -1/-1
jBaei74jY//CIICWv7dihQnsKkA 2194011 1TUM
1421332 1MUT
2194011 1TUM
1421332 1MUT
129 E: .18E0 Ident: 22/69 Ident% 31 Q: 201-269 (350)   S: 11-75 (129) 7,8-dihydro-8-oxoguanine-triphosphatase, prefers dGTP, causes AT-GC transversions [Escherichia coli K12] Pos: 32/69 Gap: 4/69
0Y9p3QZW1tPdF93SbzH38+icpBk
15806742
7471529
6459510
conserved hypothetical protein [Deinococcus radiodurans] 105 0
85 221 371
HmZBlBa3+mb57iuCHdGo6yhfhtY 4139420 1BM9
4139421 1BM9
122 E: 6.2E0 Ident: 15/66 Ident% 22 Q: 7-71 (105)   S: 16-81 (122) replication terminator protein [Bacillus subtilis] Pos: 27/66 Gap: 1/66
F55fQwi3ZWlnYVHEPP5/P7XN5Ns 14719803 1F4K
14719804 1F4K
122 E: 7E0 Ident: 15/66 Ident% 22 Q: 7-71 (105)   S: 16-81 (122) Chain A, Crystal Structure Of The Replication Terminator ProteinB- Site Dna Complex Pos: 27/66 Gap: 1/66
0YVOJXmDL+IoO96fKC8GJvKol44
15807497
7473645
6460334
protein translation inhibitor, putative [Deinococcus radiodurans] 125 0
185 225 220
XCScAuZc5h+pEgQlI2obiHQ+0w4 14719469 1JD1
14719470 1JD1
14719471 1JD1
14719472 1JD1
14719473 1JD1
14719474 1JD1
129 E: 2E-21 Ident: 58/113 Ident% 51 Q: 10-122 (125)   S: 13-125 (129) Homologous Mmf1p factor; Hmf1p [Saccharomyces cerevisiae] Pos: 76/113 Gap: -1/-1
yyhdgY1lrlrgZL/XE+6hPJuq2SQ 6573316 1QU9
6573317 1QU9
6573318 1QU9
128 E: 2E-25 Ident: 62/127 Ident% 48 Q: 1-124 (125)   S: 1-127 (128) Chain A, 1.2 A Crystal Structure Of Yjgf Gene Product From E. Coli Pos: 87/127 Gap: 3/127
plfFparYVAoNs/kSQxcXiGaIjno 6573365 1QD9
6573366 1QD9
6573367 1QD9
124 E: 4E-30 Ident: 69/118 Ident% 58 Q: 5-122 (125)   S: 4-121 (124) Chain A, Bacillus Subtilis Yabj Pos: 82/118 Gap: -1/-1
*TARGET
0ZpK94Baykxy57gHGuOulev2Scs
15807911
7473474
6460686
drug transport protein, putative [Deinococcus radiodurans] 698 15
35-57,72-94,99-121,136-158,165-187,197-219,230-247,255-277,281-303,307-329,332-354,362-384,389-411,428-450,647-668
1023 1784 1743  
*TARGET
0eHsnBEqf3APNlGk/k24XM6XXFE
15807928
7472130
6460786
hypothetical protein [Deinococcus radiodurans] 678 0
1336 4374 4436  
0eVX/a3JqsvKIX0MuscX1YuWyDE
15806623
7471353
6459382
conserved hypothetical protein [Deinococcus radiodurans] 341 3
23-45,111-132,142-164
35 57 71  
0fz4vRTgUs/rAViGG8bvLFAqfsc
15806432
7473599
6459167
ornithine aminotransferase, putative [Deinococcus radiodurans] 510 0
511 801 1203
iA0yc7LdsUWoyX8k+1tHx2048u0 6137419 1BW0
6137418 1BW0
416 E: .13E0 Ident: 23/125 Ident% 18 Q: 179-289 (510)   S: 104-227 (416) Chain B, Crystal Structure Of Tyrosine Aminotransferase From Trypanosoma Cruzi Pos: 39/125 Gap: 15/125
Jo+xdQnKoZhXXYJH/sJpngRUxqs 14278621 1DJU
14278622 1DJU
388 E: .18E0 Ident: 57/389 Ident% 14 Q: 104-483 (510)   S: 40-388 (388) Chain A, Crystal Structure Of Aromatic Aminotransferase From Pyrococcus Horikoshii Ot3 Pos: 114/389 Gap: 49/389
TwIr7fW0N3mOTdz6AApck4iqELU 2098388 2TPL
2098389 2TPL
456 E: 1E0 Ident: 14/68 Ident% 20 Q: 215-282 (510)   S: 151-218 (456) Chain A, Tyrosine Phenol-Lyase From Citrobacter Intermedius Complex With 3-(4'-Hydroxyphenyl)propionic Acid, Pyridoxal-5'-Phosphate And Cs+ Ion Pos: 23/68 Gap: -1/-1
gq1ESe0Sqwt2aLd0MQRMMpmU7aI 443290 1TPL
426 E: 1E0 Ident: 14/68 Ident% 20 Q: 215-282 (510)   S: 140-207 (426) Chain B, Tyrosine Phenol-Lyase (E.C.4.1.99.2) Pos: 23/68 Gap: -1/-1
0FmgdGudAZqT1huwmauJVy9bpo8 443289 1TPL
426 E: .96E0 Ident: 14/68 Ident% 20 Q: 215-282 (510)   S: 142-209 (426) Chain A, Tyrosine Phenol-Lyase (E.C.4.1.99.2) Pos: 23/68 Gap: -1/-1
XkWRXJzNfcfCM8fechNEwydT0Kg 15988223 1GDE
15988224 1GDE
15988238 1GD9
15988239 1GD9
389 E: .17E0 Ident: 58/389 Ident% 14 Q: 104-483 (510)   S: 41-389 (389) aspartate aminotransferase [Pyrococcus horikoshii] Pos: 114/389 Gap: 49/389
XKHYQGc0Lc3414IoC1jiWRBfO88 5821836 1BJW
5821837 1BJW
382 E: .002E0 Ident: 49/276 Ident% 17 Q: 203-471 (510)   S: 129-380 (382) Chain A, Aspartate Aminotransferase From Thermus Thermophilus Pos: 80/276 Gap: 31/276
9aJ1OTTTmR0pUhLKzdeWrkW2dRQ 5821839 1BKG
5821840 1BKG
5821841 1BKG
5821842 1BKG
385 E: 8E-4 Ident: 50/276 Ident% 18 Q: 203-471 (510)   S: 129-380 (385) ASPARTATE AMINOTRANSFERASE (TRANSAMINASE A) (ASPAT) Pos: 80/276 Gap: 31/276
reEHGK1K7q8aPRrAaPsXYutdj9c 15826454 1GC3
15826455 1GC3
15826456 1GC3
15826457 1GC3
15826458 1GC3
15826459 1GC3
15826460 1GC3
15826461 1GC3
15826462 1GC4
15826463 1GC4
15826464 1GC4
15826465 1GC4
385 E: 4E-4 Ident: 49/276 Ident% 17 Q: 203-471 (510)   S: 129-380 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Tetra Mutant 2 Complexed With Tryptophan Pos: 79/276 Gap: 31/276
iukf7T5MyibqAm7irZnekB2LVHQ 17942613 1GCK
17942614 1GCK
385 E: 4E-4 Ident: 49/276 Ident% 17 Q: 203-471 (510)   S: 129-380 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Double Mutant 1 Complexed With Aspartate Pos: 79/276 Gap: 31/276
h/njSI9CWOVVjuNBa5Cbwc1A8qI 14278152 1FC4
14278153 1FC4
401 E: 2E-5 Ident: 59/339 Ident% 17 Q: 58-374 (510)   S: 10-315 (401) Chain A, 2-Amino-3-Ketobutyrate Coa Ligase Pos: 100/339 Gap: 55/339
l7Rhm+4yhmzzEkZnBehgHgQpQ3Y 2914379 1AX4
2914380 1AX4
2914381 1AX4
2914382 1AX4
467 E: 5E-6 Ident: 52/329 Ident% 15 Q: 184-473 (510)   S: 125-442 (467) Chain A, Tryptophanase From Proteus Vulgaris Pos: 100/329 Gap: 50/329
wHIpYtiNFZOilicGTrWvdnAtV6U 7546281 1EG5
7546280 1EG5
384 E: 3E-6 Ident: 58/375 Ident% 15 Q: 121-473 (510)   S: 29-373 (384) Chain B, Nifs-Like Protein Pos: 114/375 Gap: 52/375
8SsVVDQHfA/IVRLVm1+uym9h0QY 12084604 1DJ9
12084728 1DJE
384 E: 5E-7 Ident: 50/306 Ident% 16 Q: 84-382 (510)   S: 36-309 (384) Chain A, Crystal Structure Of 8-Amino-7-Oxonanoate Synthase (Or 7- Keto-8aminipelargonate Or Kapa Synthase) Complexed With Plp And The Product 8(S)-Amino-7-Oxonanonoate (Or Kapa). The Enzyme Of Biotin Biosynthetic Pathway. Pos: 93/306 Gap: 39/306
L/lnIfAz22VjLV9YWzOr1PVemDo 5821886 1BS0
384 E: 2E-7 Ident: 51/308 Ident% 16 Q: 84-382 (510)   S: 36-309 (384) 8-amino-7-oxononanoate synthase [Escherichia coli K12] Pos: 93/308 Gap: 43/308
drCuFjwkkjjR6+EvUgvMbKR3lP8 14719481 1JG8
14719482 1JG8
14719483 1JG8
14719484 1JG8
347 E: 2E-8 Ident: 46/337 Ident% 13 Q: 141-471 (510)   S: 44-341 (347) Chain A, Crystal Structure Of Threonine Aldolase (Low-Specificity) Pos: 98/337 Gap: 45/337
2rXX9OSCRSAQ9Rd7XR9WIFN0ESA 7546480 1ECX
7546479 1ECX
384 E: 9E-8 Ident: 58/375 Ident% 15 Q: 121-473 (510)   S: 29-373 (384) Chain B, Nifs-Like Protein Pos: 117/375 Gap: 52/375
aP8AWYW+QsEYmK5VxKJhkVi5WCI 640156 2DKB
640361 1DKA
432 E: 2E-18 Ident: 79/264 Ident% 29 Q: 159-403 (510)   S: 107-363 (432) 2,2-Dialkylglycine Decarboxylase (Pyruvate) (Dgd) (E.C.4.1.1.64) Pos: 123/264 Gap: 26/264
yD/26pK2sLN5jDcG641THTL3dPs 640359 1DGD
640360 1DGE
432 E: 2E-19 Ident: 82/264 Ident% 31 Q: 159-403 (510)   S: 108-363 (432) Dialkylglycine Decarboxylase (Pyruvate) (Dgd) (E.C.4.1.1.64) Mutant With Gln 15 Replaced By His (Q15h) Complexed With Lithium+ In Metal-Binding Site 1 Pos: 125/264 Gap: 27/264
ff8/GBrIvvznRX4Zks3pMWM4Afw 2982001 2GSA
2982002 2GSA
2982008 4GSA
2982009 4GSA
5822508 3GSB
5822509 3GSB
432 E: 6E-19 Ident: 82/288 Ident% 28 Q: 79-359 (510)   S: 52-322 (432) Chain A, Crystal Structure Of Glutamate-1-Semialdehyde Aminomutase (Aminotransferase, Wild-Type Form) Pos: 132/288 Gap: 24/288
ZUVrrXjOGeVbBzkm5PZZz7fjNvk 6573483 1D7U
6573481 1D7R
6573482 1D7S
6573484 1D7V
433 E: 2E-19 Ident: 82/264 Ident% 31 Q: 159-403 (510)   S: 109-364 (433) 2,2-dialkylglycine decarboxylase (DGD) Pos: 125/264 Gap: 27/264
IfRf/9foDzreDh4EMQms9zlxK+A 7245744 1DTY
7245745 1DTY
429 E: 1E-19 Ident: 73/210 Ident% 34 Q: 155-347 (510)   S: 106-315 (429) Chain A, Crystal Structure Of Adenosylmethionine-8-Amino-7- Oxonanoate Aminotransferase With Pyridoxal Phosphate Cofactor. Pos: 113/210 Gap: 17/210
7Hb9tLZSV3Ku0Kf7QRmjCW+rKoc 9257024 1QJ3
9257025 1QJ3
9257026 1QJ5
9257027 1QJ5
429 E: 1E-19 Ident: 73/210 Ident% 34 Q: 155-347 (510)   S: 106-315 (429) Chain A, Crystal Structure Of 7,8-Diaminopelargonic Acid Synthase In Complex With 7-Keto-8-Aminopelargonic Acid Pos: 113/210 Gap: 17/210
j+e5fOgz5Yv7lLp2NV8Uq+eR690 4139654 2OAT
4139655 2OAT
4139656 2OAT
3114488 1OAT
3114489 1OAT
3114490 1OAT
439 E: 7E-34 Ident: 95/252 Ident% 37 Q: 159-402 (510)   S: 140-380 (439) ornithine aminotransferase precursor; Ornithine aminotransferase [Homo sapiens] Pos: 133/252 Gap: 19/252
JlvgUguMl0VP9nhLlTHkEn2EVzg 3319072 1GBN
3319073 1GBN
3319074 1GBN
3319078 2CAN
3319079 2CAN
3319080 2CAN
402 E: 5E-34 Ident: 95/252 Ident% 37 Q: 159-402 (510)   S: 103-343 (402) Chain A, Human Ornithine Aminotransferase Complexed With The Neurotoxin Gabaculine Pos: 133/252 Gap: 19/252
hM7zHbFeEyMlSgHkJ2mzA0ov+Qk 7245964 1GTX
7245965 1GTX
7245966 1GTX
7245967 1GTX
472 E: 3E-54 Ident: 93/454 Ident% 20 Q: 69-469 (510)   S: 45-464 (472) Chain A, 4-Aminobutyrate-Aminotransferase From Pig Pos: 154/454 Gap: 87/454
0hfQg2OL9ALRWKczGq2dxPEAdxk
15805069
7473406
6457687
aminotransferase, putative [Deinococcus radiodurans] 544 0
0 0 0  
0hqgbdnYG7UBW2o+UHs6hoCSEyU
15806665
7473972
6459424
threonine 3-dehydrogenase [Deinococcus radiodurans] 370 0
1200 1200 1202
b8lfQE58b2mUzZdEjLlFz4zICbA 10835865 1E3L
10835866 1E3L
376 E: 2E-7 Ident: 81/387 Ident% 20 Q: 22-361 (370)   S: 8-374 (376) Chain A, P47h Mutant Of Mouse Class Ii Alcohol Dehydrogenase Complex With Nadh Pos: 147/387 Gap: 67/387
3vjwUCy2ToSp+SwI4OG2qYvWC4Y 10835861 1E3E
10835862 1E3E
10835863 1E3I
10835864 1E3I
376 E: 3E-7 Ident: 81/387 Ident% 20 Q: 22-361 (370)   S: 8-374 (376) Chain A, Mouse Class Ii Alcohol Dehydrogenase Complex With Nadh Pos: 147/387 Gap: 67/387
6srnJ0XlJ1Um4wwObI+lLarjhgs 1942871 1TEH
1942872 1TEH
373 E: 5E-9 Ident: 60/241 Ident% 24 Q: 22-236 (370)   S: 6-241 (373) Chain A, Structure Of Human Liver Chichi Alcohol Dehydrogenase (A Glutathione-Dependent Formaldehyde Dehydrogenase) Pos: 100/241 Gap: 31/241
TV/UKJYPzeXPRYbgDhFw3A42vsg 1421409 1CDO
1421410 1CDO
374 E: 8E-10 Ident: 56/225 Ident% 24 Q: 39-236 (370)   S: 25-243 (374) Chain A, Alcohol Dehydrogenase (E.C.1.1.1.1) (Ee Isozyme) Complexed With Nicotinamide Adenine Dinucleotide (Nad), And Zinc Pos: 93/225 Gap: 33/225
+2hNKqKxFiGZ0KIeWhbccXOOn8Y 13096743 1HT0
13096744 1HT0
374 E: 1E-11 Ident: 81/354 Ident% 22 Q: 39-361 (370)   S: 25-372 (374) Chain A, Human Gamma-2 Alcohol Dehydrogense Pos: 142/354 Gap: 37/354
dJXEFsrNnEezynyO4mdCmfOLU6Y 1311010 1HTB
1311011 1HTB
374 E: 1E-11 Ident: 83/349 Ident% 23 Q: 39-356 (370)   S: 25-367 (374) Chain A, Crystallization Of Human Beta3 Alcohol Dehydrogenase (10 MgML) IN 100 MM SODIUM PHOSPHATE (PH 7.5), 7.5 MM Nad+ And 1 Mm 4-Iodopyrazole At 25 C Pos: 141/349 Gap: 37/349
OEyUKAgVjDbs0x+Yiu+86uxR9po 11514264 1EE2
373 E: 1E-12 Ident: 83/353 Ident% 23 Q: 39-361 (370)   S: 25-371 (373) Chain A, The Structure Of Steroid-Active Alcohol Dehydrogenase At 1.54 A Resolution Pos: 142/353 Gap: 36/353
m2o1MZj6qj592M+6a+uT7Ah2Ymw 13096741 1HSZ
13096742 1HSZ
1421403 1DEH
1421404 1DEH
494087 1HDX
494088 1HDX
494876 3HUD
494877 3HUD
374 E: 3E-12 Ident: 84/354 Ident% 23 Q: 39-361 (370)   S: 25-372 (374) Chain A, Human Beta-1 Alcohol Dehydrogenase (Adh1b1) Pos: 144/354 Gap: 37/354
2CIWrIlAjR6bRP/GKsrWHB3dUQ8 6137442 1D1S
6137443 1D1S
6137444 1D1S
6137445 1D1S
1942122 1AGN
1942123 1AGN
1942124 1AGN
1942125 1AGN
373 E: 3E-12 Ident: 85/353 Ident% 24 Q: 39-361 (370)   S: 25-371 (373) Chain A, Wild-Type Human Sigma (Class Iv) Alcohol Dehydrogenase Pos: 141/353 Gap: 36/353
SoQ2LuE0JCl483PmoYnz3Y29/a4 494089 1HDY
494090 1HDY
374 E: 3E-12 Ident: 84/354 Ident% 23 Q: 39-361 (370)   S: 25-372 (374) Chain A, Alcohol Dehydrogenase (E.C.1.1.1.1) (Beta-2 Isoenzyme, Human) Complexed With Nad+ And 4-Iodopyrazole Pos: 144/354 Gap: 37/354
9By6B9n64uBj85ud8yY8rBNN7nU 3318996 1A71
3318997 1A71
3318998 1A72
374 E: 1E-12 Ident: 84/354 Ident% 23 Q: 39-361 (370)   S: 25-372 (374) Chain A, Ternary Complex Of An Active Site Double Mutant Of Horse Liver Alcohol Dehydrogenase, Phe93>trp, Val203>ala With Nad And Trifluoroethanol Pos: 141/354 Gap: 37/354
caZjABhDK6O8ghwi5kBdvpqDI58 6730482 1QLH
6730483 1QLJ
374 E: 4E-12 Ident: 82/357 Ident% 22 Q: 39-361 (370)   S: 25-372 (374) Chain A, Horse Liver Alcohol Dehydrogenase Complexed To Nad Double Mutant Of Gly 293 Ala And Pro 295 Thr Pos: 141/357 Gap: 43/357
Jm1Of5udsuDIqAYzznGUl488Ccw 3114328 1AXG
3114329 1AXG
3114330 1AXG
3114331 1AXG
374 E: 1E-12 Ident: 84/354 Ident% 23 Q: 39-361 (370)   S: 25-372 (374) Chain A, Crystal Structure Of The Val203->ala Mutant Of Liver Alcohol Dehydrogenase Complexed With C