scyo3TMIRMJTQRZc+3QZohUbHwk
15595199
14194675
11347573
9945819
11067000
chromosomal replication initiator protein DnaA [Pseudomonas aeruginosa] 514 0
403 1336 1430
dRw5LaHjbA/dBuY1pCqJPk0SpQI 15988297 1IQP
15988298 1IQP
15988299 1IQP
15988300 1IQP
15988301 1IQP
15988302 1IQP
327 E: 3E-14 Ident: 42/306 Ident% 13 Q: 182-459 (514)   S: 18-300 (327) Chain A, Crystal Structure Of The Clamp Loader Small Subunit From Pyrococcus Furiosus Pos: 87/306 Gap: 51/306
oLYbTq239jH4G5zkfpQoUp7BEuo 13399857 1HQC
13399858 1HQC
324 E: 9E-20 Ident: 44/237 Ident% 18 Q: 181-401 (514)   S: 7-225 (324) Chain A, Structure Of Ruvb From Thermus Thermophilus Hb8 Pos: 80/237 Gap: 34/237
0MEvOkKr8OI2856yiCCRa6FaiGk 15825805 1IN5
334 E: 1E-23 Ident: 48/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Chain A, Thermogota Maritima Ruvb A156s Mutant Pos: 93/267 Gap: 27/267
8F6wQyvxO46gAOLmeQaqijmCKdc 15825804 1IN4
334 E: 1E-23 Ident: 48/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Holliday junction DNA helicase [Thermotoga maritima] Pos: 93/267 Gap: 27/267
RUQqaY/E17zzAKWGrj92sCRoIa0 15825806 1IN6
334 E: 6E-23 Ident: 47/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Chain A, Thermotoga Maritima Ruvb K64r Mutant Pos: 93/267 Gap: 27/267
y6DmWiIH9AALWyOIwRl3tNpm6BY 15825807 1IN7
334 E: 9E-23 Ident: 47/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Chain A, Thermotoga Maritima Ruvb R170a Pos: 92/267 Gap: 27/267
yLaGm9IiCwHDwP9FpN6bZ4qVoUA 15825808 1IN8
334 E: 1E-23 Ident: 48/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Chain A, Thermotoga Maritima Ruvb T158v Pos: 93/267 Gap: 27/267
ipw07lpZfhwgzuJP8x0KG5aq2DM 15825813 1J7K
334 E: 1E-23 Ident: 48/267 Ident% 17 Q: 181-434 (514)   S: 20-272 (334) Chain A, Thermotoga Maritima Ruvb P216g Mutant Pos: 93/267 Gap: 27/267
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
458 E: 2E-32 Ident: 49/299 Ident% 16 Q: 157-442 (514)   S: 186-453 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 86/299 Gap: 44/299
lr3wT/6ywCEHv0WU/dbviu0ZmD0
15595200
13959347
11348446
9945820
DNA polymerase III, beta chain [Pseudomonas aeruginosa] 367 0
125 143 136
/+XSPV99OBBwBBC/nY0JiHaAeSI 999590 1PLQ
999599 1PLR
258 E: 2E0 Ident: 30/213 Ident% 14 Q: 158-343 (367)   S: 26-231 (258) Accessory factor for DNA polymerase delta, mRNA increases in G1, peaks in S in mitosis, & increases prior to DNA synthesis in meiosis; required for DNA replication & repair, required for viability in cdc44, rad50, rad52 or rad57 backgrounds Pos: 72/213 Gap: 34/213
uI2VtB/+Le6EBY1HXc5hS+8Cf/k 15988190 1JQL
16974833 1JQJ
16974834 1JQJ
366 E: 1E-105 Ident: 203/369 Ident% 55 Q: 1-367 (367)   S: 1-366 (366) Chain A, Mechanism Of Processivity Clamp Opening By The Delta Subunit Wrench Of The Clamp Loader Complex Of E. Coli Dna Polymerase Iii: Structure Of Beta-Delta (1-140) Pos: 265/369 Gap: 5/369
9CWZmgLmO/kNXmVq75u0u04mX2g 494833 2POL
494834 2POL
366 E: 1E-109 Ident: 205/369 Ident% 55 Q: 1-367 (367)   S: 1-366 (366) DNA polymerase III, beta-subunit [Escherichia coli O157:H7 EDL933] Pos: 267/369 Gap: 5/369
jYvfiC+DtIgKBtM+H0HS6lDMC0Y
15595201
13959479
11352468
9945821
RecF protein [Pseudomonas aeruginosa] 369 0
99 630 1315
448TmnHELA6i2dfOqx8tnWAh1xw 14488689 1II8
174 E: 1.1E0 Ident: 22/135 Ident% 16 Q: 199-323 (369)   S: 2-133 (174) Chain B, Crystal Structure Of The P. Furiosus Rad50 Atpase Domain Pos: 49/135 Gap: 13/135
9nCc2bW2WYdp6RSRP8Gife1MOn4 13096783 1E69
13096784 1E69
13096785 1E69
13096786 1E69
13096787 1E69
13096788 1E69
322 E: 8.6E0 Ident: 16/54 Ident% 29 Q: 271-324 (369)   S: 220-268 (322) Chain A, Smc Head Domain From Thermotoga Maritima Pos: 28/54 Gap: 5/54
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: .84E0 Ident: 23/109 Ident% 21 Q: 258-364 (369)   S: 129-223 (372) Chain 1, Malk Pos: 39/109 Gap: 16/109
eGSr6ZfpFNx6DVhoU6ikiDp5QJs 6573641 1QHL
227 E: 5E0 Ident: 12/102 Ident% 11 Q: 2-91 (369)   S: 6-107 (227) Chain A, Crystal Structure Of The N-Terminal Domain Of Mukb At 2.2a Resolution Pos: 31/102 Gap: 12/102
0n72yYck/E4V1j1b8CmsohWjiSE 15826207 1G6H
257 E: .42E0 Ident: 10/34 Ident% 29 Q: 11-43 (369)   S: 20-53 (257) Chain A, Crystal Structure Of The Adp Conformation Of Mj1267, An Atp- Binding Cassette Of An Abc Transporter Pos: 21/34 Gap: 1/34
noOyHn5hHR8DbnxkHSjyp7guFvo 14488688 1II8
195 E: .39E0 Ident: 21/48 Ident% 43 Q: 1-48 (369)   S: 1-47 (195) Chain A, Crystal Structure Of The P. Furiosus Rad50 Atpase Domain Pos: 30/48 Gap: 1/48
IvhmTFVXwrp0FoznmcLtIMxQmPg 9954932 1F2T
9954934 1F2U
9954936 1F2U
149 E: .33E0 Ident: 21/48 Ident% 43 Q: 1-48 (369)   S: 1-47 (149) Chain A, Crystal Structure Of Atp-Free Rad50 Abc-Atpase Pos: 30/48 Gap: 1/48
sqg7H7tAuMoNVkU6zC/TMbP7d7s 15826208 1GAJ
257 E: .43E0 Ident: 10/34 Ident% 29 Q: 11-43 (369)   S: 20-53 (257) Chain A, Crystal Structure Of A Nucleotide-Free Atp-Binding Cassette From An Abc Transporter Pos: 21/34 Gap: 1/34
q7kTwRoZbwnJ9KOoiHN7cynOuCY 9954933 1F2T
9954935 1F2U
9954937 1F2U
148 E: 3.5E0 Ident: 13/66 Ident% 19 Q: 258-323 (369)   S: 45-107 (148) Chain B, Crystal Structure Of Atp-Free Rad50 Abc-Atpase Pos: 26/66 Gap: 3/66
ko9CaEXvHGineMya8f4nSzUhsdo
15595202
11348437
9945822
DNA gyrase subunit B [Pseudomonas aeruginosa] 806 0
1003 1127 1479
+7fcx1LCpbwO3Wi9AgHuKsoR22o 809442 1TKB
809443 1TKB
809440 1TKA
809441 1TKA
809444 1TKC
809445 1TKC
678 E: 2.3E0 Ident: 20/86 Ident% 23 Q: 337-421 (806)   S: 272-356 (678) Chain A, Transketolase (E.C.2.2.1.1) Complexed With 1'-Deazo-Thiamin Diphosphate And Calcium Pos: 33/86 Gap: 2/86
8q7RdYT6+l5GIB6VWBmfY8GbxaQ 4929914 1BJT
1633273 1BGW
4929914 1BJT
1633273 1BGW
793 E: 1E0 Ident: 24/190 Ident% 12 Q: 640-794 (806)   S: 65-246 (793) Topoisomerase Ii Residues 409 - 1201 Pos: 51/190 Gap: 43/190
ytSkWe3faFGyO2bgT2+jLhbAvMk 3212468 1AY0
3212469 1AY0
680 E: 2.3E0 Ident: 20/86 Ident% 23 Q: 337-421 (806)   S: 274-358 (680) Chain A, Identification Of Catalytically Important Residues In Yeast Transketolase Pos: 33/86 Gap: 2/86
rRfdYF2q76Mp6FJzwkOGeefxbOQ 515259 1TRK
515260 1TRK
1942293 1NGS
1942294 1NGS
680 E: 2.3E0 Ident: 20/86 Ident% 23 Q: 337-421 (806)   S: 274-358 (680) Transketolase 1; Tkl1p [Saccharomyces cerevisiae] Pos: 33/86 Gap: 2/86
ZJKOFtmTDzue2QOjqq3Oe6DjGCY 3212436 1AJ6
219 E: 1E-96 Ident: 163/218 Ident% 74 Q: 5-221 (806)   S: 2-219 (219) Novobiocin-Resistant Mutant (R136h) Of The N-Terminal 24 Kda Fragment Of Dna Gyrase B Complexed With Novobiocin At 2.3 Angstroms Resolution Pos: 184/218 Gap: 1/218
7TYVm9BdCVZtvJ6FAh4qrjgX/W0 7546302 1EI1
7546303 1EI1
391 E: 1E-164 Ident: 273/376 Ident% 72 Q: 5-379 (806)   S: 2-376 (391) Chain A, Dimerization Of E. Coli Dna Gyrase B Provides A Structural Mechanism For Activating The Atpase Catalytic Center Pos: 317/376 Gap: 2/376
hyFuuyT9JgZ74mTrRV9USQE4xCY
15595203
11350912
9945823
probable acyltransferase [Pseudomonas aeruginosa] 257 3
8-30,43-65,104-126
155 360 383
ATnkmntmlrh4XTPAV8Gg5cXzdik 16974972 1K30
368 E: .58E0 Ident: 19/114 Ident% 16 Q: 69-161 (257)   S: 125-238 (368) Chain A, Crystal Structure Analysis Of Squash (Cucurbita Moschata) Glycerol-3-Phosphate (1)-Acyltransferase Pos: 34/114 Gap: 21/114
0QzmYpElXn4N/MkloQg5mo+j7jw
15595204
11347602
9945824
conserved hypothetical protein [Pseudomonas aeruginosa] 178 0
86 577 1025
4/iSHoUqN7Uc9XAg7dA68WPU4WU 2914420 1AQ6
2914421 1AQ6
253 E: .002E0 Ident: 28/142 Ident% 19 Q: 12-148 (178)   S: 71-192 (253) 2-HALOALKANOIC ACID DEHALOGENASE (L-2-HALOACID DEHALOGENASE) (HALOCARBOXYLIC ACID HALIDOHYDROLASE) Pos: 45/142 Gap: 25/142
J14DK6NIUBoatmiCeKSLYXRkLz8 14719642 1F5S
14719643 1F5S
211 E: 2.3E0 Ident: 24/120 Ident% 20 Q: 23-142 (178)   S: 70-181 (211) phosphoserine phosphatase (serB) [Methanococcus jannaschii] Pos: 42/120 Gap: 8/120
mtEM+xa7nPDcRLxeZYvR3KuNfR8 10835405 1FEZ
10835406 1FEZ
10835407 1FEZ
10835408 1FEZ
256 E: .26E0 Ident: 30/134 Ident% 22 Q: 30-158 (178)   S: 100-212 (256) Chain A, The Crystal Structure Of Bacillus Cereus Phosphonoacetaldehyde Hydrolase Complexed With Tungstate, A Product Analog Pos: 47/134 Gap: 26/134
8DO8ZW8kWEjKo6+AaNADa1M/tOM 6435568 1QQ7
6435569 1QQ7
6435584 1QQ6
6435585 1QQ6
253 E: .002E0 Ident: 28/142 Ident% 19 Q: 12-148 (178)   S: 71-192 (253) Chain A, Structure Of L-2-Haloacid Dehalogenase From Xanthobacter Autotrophicus With Chloropropionic Acid Covalently Bound Pos: 45/142 Gap: 25/142
Vdj+Ws9/lKWLm+lO3xOedqPRMv0 15826095 1J97
15826096 1J97
211 E: 2E0 Ident: 24/120 Ident% 20 Q: 23-142 (178)   S: 70-181 (211) Chain A, Phospho-Aspartyl Intermediate Analogue Of Phosphoserine Phosphatase Pos: 42/120 Gap: 8/120
X78VXPJ6Ox9A+SvakRNy/UT/H5I 6435582 1QQ5
6435583 1QQ5
253 E: .002E0 Ident: 28/142 Ident% 19 Q: 12-148 (178)   S: 71-192 (253) Chain A, Structure Of L-2-Haloacid Dehalogenase From Xanthobacter Autotrophicus Pos: 45/142 Gap: 25/142
jK9/K11NHaeX7vX0aK77T/hbYlU 8569337 1EK1
8569338 1EK1
8569339 1EK2
8569340 1EK2
6573470 1CR6
6573468 1CQZ
6573469 1CR6
6573467 1CQZ
554 E: 3E-5 Ident: 17/107 Ident% 15 Q: 40-146 (178)   S: 111-203 (554) SOLUBLE EPOXIDE HYDROLASE (SEH) (EPOXIDE HYDRATASE) (CYTOSOLIC EPOXIDE HYDROLASE) (CEH) Pos: 37/107 Gap: 14/107
GijqkoIp5LlI0vguiatlUAK7Dfg 8569435 1QH9
3212552 1JUD
232 E: 7E-9 Ident: 29/167 Ident% 17 Q: 6-172 (178)   S: 75-218 (232) 2-HALOALKANOIC ACID DEHALOGENASE (L-2-HALOACID DEHALOGENASE) (HALOCARBOXYLIC ACID HALIDOHYDROLASE) (L-DEX) Pos: 46/167 Gap: 23/167
XdiFy/YEIzX+hotnSPvsUts40Pg 4699780 1ZRN
4699779 1ZRM
232 E: 6E-9 Ident: 29/167 Ident% 17 Q: 6-172 (178)   S: 75-218 (232) Intermediate Structure Of L-2-Haloacid Dehalogenase With Monochloroacetate Pos: 46/167 Gap: 23/167
D3ar7ssxNCCmJtdhAXwNNdkNA04
15595205
11348720
9945825
hypothetical protein [Pseudomonas aeruginosa] 568 0
15 11 0  
NDTbLSsvf2ThAYhKW3Hnjh66V5g
15595206
11348648
9945826
glycyl-tRNA synthetase beta chain [Pseudomonas aeruginosa] 684 0
61 94 98
m+aly+Kj4mYJElV4TS8V+i0lr2k 6730520 1QQT
551 E: .13E0 Ident: 27/132 Ident% 20 Q: 519-645 (684)   S: 347-457 (551) Chain A, Methionyl-Trna Synthetase From Escherichia Coli Pos: 44/132 Gap: 26/132
CUnn1T2aps/ufZEvgXPROXdG2Xo 13786940 1F4L
551 E: .48E0 Ident: 26/132 Ident% 19 Q: 519-645 (684)   S: 348-458 (551) Chain A, Crystal Structure Of The E.Coli Methionyl-Trna Synthetase Complexed With Methionine Pos: 43/132 Gap: 26/132
wcOiZE31H5naXrLwz9ysEZeQhZ0
15595207
11348647
9945827
glycyl-tRNA synthetase alpha chain [Pseudomonas aeruginosa] 315 0
58 67 0  
HlMkaj7fNXhXqKsJG58+LBP9eBc
15595208
11348458
9945829
DNA-3-methyladenine glycosidase I [Pseudomonas aeruginosa] 183 0
44 48 55
0MyrtbEBbjiQknrFEJGcZLxMJGw 14278500 1IO2
213 E: 3E0 Ident: 17/88 Ident% 19 Q: 62-147 (183)   S: 123-203 (213) Chain A, Crystal Structure Of Type 2 Ribonuclease H From Hyperthermophilic Archaeon, Thermococcus Kodakaraensis Kod1 Pos: 30/88 Gap: 9/88
hQylQaMCZT0S6KnRmty9Aweb1nY
15595209
11350839
9945830
probable 2-OH-lauroyltransferase [Pseudomonas aeruginosa] 295 0
74 92 134
d4y+FSqhV6r6/xna9QYat/XP5bs 7546396 1DCE
7546398 1DCE
331 E: 1.5E0 Ident: 20/116 Ident% 17 Q: 120-230 (295)   S: 208-314 (331) rab geranylgeranyl transferase componenet, subunit beta [Rattus norvegicus] Pos: 31/116 Gap: 14/116
ar7ynDv9zhZD8I1MkVjY7bXADgg
15595210
11348721
9945831
hypothetical protein [Pseudomonas aeruginosa] 88 0
5 5 0  
Gc8hmrqTZ/f2GPvG6pdyoXMzUkw
15595211
11347603
9945832
conserved hypothetical protein [Pseudomonas aeruginosa] 217 4
14-36,66-88,102-124,185-207
21 38 35  
sj6ELG7MGvRg94qDY0gC6/6B/ZM
15595212
11348722
9945833
hypothetical protein [Pseudomonas aeruginosa] 90 0
1 2 0  
OlsypxZMJEXqyWkoHq40I+1Zx8w
15595213
11348723
9945834
hypothetical protein [Pseudomonas aeruginosa] 105 0
121 1248 4657
blLLUn1Ibs2PZvMHbcysZZDCNsk 3212250 1A17
3212250 1A17
166 E: 3.7E0 Ident: 12/53 Ident% 22 Q: 27-72 (105)   S: 23-75 (166) Tetratricopeptide Repeats Of Protein Phosphatase 5 Pos: 21/53 Gap: 7/53
PSK7Ehgr1oh33eKc6PWXYDTqZRE 14277809 1IHG
14277815 1IIP
14277809 1IHG
14277815 1IIP
370 E: 8.4E0 Ident: 13/68 Ident% 19 Q: 23-90 (105)   S: 279-346 (370) 40 KDA PEPTIDYL-PROLYL CIS-TRANS ISOMERASE (PPIASE) (ROTAMASE) (CYCLOPHILIN-40) (CYP-40) (CYCLOPHILIN-RELATED PROTEIN) (ESTROGEN RECEPTOR BINDING CYCLOPHILIN) Pos: 22/68 Gap: -1/-1
Y8TMQkRFr8csTfUXbks65Ln3638 7766910 1ELR
7766910 1ELR
131 E: 3E0 Ident: 12/58 Ident% 20 Q: 23-80 (105)   S: 10-67 (131) Chain A, Crystal Structure Of The Tpr2a-Domain Of Hop In Complex With The Hsp90-Peptide Meevd Pos: 18/58 Gap: -1/-1
N7C9sOSg5fh3sGr/7MIe4KHq86Q 11513662 1E96
11513662 1E96
203 E: .8E0 Ident: 6/39 Ident% 15 Q: 6-44 (105)   S: 60-98 (203) Chain B, Structure Of The RacP67PHOX COMPLEX Pos: 14/39 Gap: -1/-1
+3ryqofkcsLvX/EzoKqei+T/gsQ 14719781 1HH8
14719781 1HH8
213 E: .59E0 Ident: 6/39 Ident% 15 Q: 6-44 (105)   S: 60-98 (213) Chain A, The Active N-Terminal Region Of P67phox: Structure At 1.8 Angstrom Resolution And Biochemical Characterizations Of The A128v Mutant Implicated In Chronic Granulomatous Disease Pos: 14/39 Gap: -1/-1
NxUpnWgubweP3xtcqXtUUrIXfGQ 7766912 1ELW
7766913 1ELW
7766912 1ELW
7766913 1ELW
118 E: .095E0 Ident: 17/81 Ident% 20 Q: 14-94 (105)   S: 35-113 (118) Chain A, Crystal Structure Of The Tpr1-Domain Of Hop In Complex With A Hsc70-Peptide Pos: 33/81 Gap: 2/81
DseKYY7MwsdojCE6Tj5S/oW1eyc 12084650 1FCH
12084651 1FCH
12084650 1FCH
12084651 1FCH
12084650 1FCH
12084651 1FCH
12084650 1FCH
12084651 1FCH
368 E: 3.6E0 Ident: 17/59 Ident% 28 Q: 21-79 (105)   S: 68-126 (368) Chain A, Crystal Structure Of The Pts1 Complexed To The Tpr Region Of Human Pex5 Pos: 23/59 Gap: -1/-1
RjPpQUahoby8G7Y+GtxvXXqWzsY
15595214
11350822
9945835
potassium uptake protein TrkA [Pseudomonas aeruginosa] 457 0
174 1437 1690
cvlUlbDLkr5+8mkkRbb+MEh0YHg 16974816 1IL0
16974817 1IL0
16974816 1IL0
16974817 1IL0
302 E: 7.5E0 Ident: 7/40 Ident% 17 Q: 230-268 (457)   S: 14-53 (302) Chain A, X-Ray Crystal Structure Of The E170q Mutant Of Human L-3- Hydroxyacyl-Coa Dehydrogenase Pos: 19/40 Gap: 1/40
SO3Kkd9U8NLDfbkb9mbnKgIWKNI 2914620 1UDC
2981901 2UDP
2981902 2UDP
338 E: 5E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) UDP-galactose-4-epimerase [Escherichia coli K12] Pos: 16/32 Gap: 1/32
DmkgA1c+ymJTQBN78eVH//GXLOA 999857 1NHP
447 E: 3.2E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ala (C42a) Pos: 35/92 Gap: 20/92
e+TzsCFZg0gKOoE4NUucBGqTL7U 13096195 1F8W
447 E: 2.7E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Chain A, Crystal Structure Of Nadh Peroxidase Mutant: R303m Pos: 35/92 Gap: 20/92
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: .33E0 Ident: 10/32 Ident% 31 Q: 2-33 (457)   S: 35-66 (498) Chain A, Crystal Structure Of L-Amino Acid Oxidase From Calloselasma Rhodostoma Complexed With Citrate Pos: 18/32 Gap: -1/-1
dAGhnUTdZxBN2cUpArtdmrVdeKw 13399607 1HDO
13399608 1HE2
13399609 1HE3
13399610 1HE4
13399611 1HE5
206 E: .077E0 Ident: 30/113 Ident% 26 Q: 2-97 (457)   S: 5-108 (206) biliverdin reductase B (flavin reductase (NADPH)); flavin reductase (NADPH); Biliverdin reductase B [Homo sapiens] Pos: 40/113 Gap: 26/113
d+JmdGlVfynwffqhoSQ49l/G0Oo 3891755 1A9Y
338 E: 5.3E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Udp-Galactose 4-Epimerase Mutant S124aY149F COMPLEXED WITH Udp-Glucose Pos: 16/32 Gap: 1/32
a3b/B9ogvtkpfzN9J75cWA/5FSo 999860 1NHS
447 E: 2.6E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Ser 41 Replaced By Cys (S41c) Pos: 35/92 Gap: 20/92
FO/sKBUaCOE7hltHeKejK2+yNbo 2981788 1KVR
338 E: 5.3E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 16/32 Gap: 1/32
rfXWaXuo1HmOaFiTX7wE6WZ4f6o 2624497 1BDB
277 E: 3.7E0 Ident: 12/50 Ident% 24 Q: 4-51 (457)   S: 10-59 (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: 21/50 Gap: 2/50
t1oobBwMdv3WFMFc3yVX/xC8m8M 2914619 1UDB
2914618 1UDA
1942804 1NAH
1942240 1XEL
1942805 1NAI
338 E: 5E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Structure Of Udp-Galactose-4-Epimerase Complexed With Udp-4-Deoxy-4-Fluoro-Alpha-D-Glucose Pos: 16/32 Gap: 1/32
CaKw9xfmA4eK7/hZ42LdRDIKPJs 11513869 1FF9
12084624 1E5Q
12084625 1E5Q
12084626 1E5Q
12084627 1E5Q
12084628 1E5Q
12084629 1E5Q
12084630 1E5Q
12084631 1E5Q
12084778 1E5L
12084779 1E5L
450 E: 3.1E0 Ident: 12/87 Ident% 13 Q: 3-88 (457)   S: 6-91 (450) Chain A, Apo Saccharopine Reductase Pos: 28/87 Gap: 2/87
b08psvZDHtlUnsYzGijZ1Ot9be8 18677786 1GPJ
404 E: .93E0 Ident: 15/81 Ident% 18 Q: 3-82 (457)   S: 170-244 (404) Chain A, Glutamyl-Trna Reductase From Methanopyrus Kandleri Pos: 34/81 Gap: 7/81
5KdKWOZdKLUFfLaj/pNMkSmbotY 2981790 1KVT
338 E: .55E0 Ident: 14/78 Ident% 17 Q: 1-70 (457)   S: 1-78 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 32/78 Gap: 8/78
bpWasozERRrdkj8fyXEmQvJBCd4 999859 1NHR
447 E: 2.6E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Leu 40 Replaced By Cys (L40c) Pos: 35/92 Gap: 20/92
U86nV1ZTk/LyNyzzLQ0jTyeorEk 999858 1NHQ
447 E: 3E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ser (C42s) Pos: 35/92 Gap: 20/92
xk6i5kveAc/ikx0Iq/LA/n6FED8 3891756 1A9Z
338 E: 5.3E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Udp-Galactose 4-Epimerase Mutant S124aY149F COMPLEXED WITH Udp-Galactose Pos: 16/32 Gap: 1/32
y2QwiPlsSKlIbU7UPz9SePpXHpg 2981791 1KVU
338 E: 5.1E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 16/32 Gap: 1/32
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: 7.7E0 Ident: 7/40 Ident% 17 Q: 230-268 (457)   S: 14-53 (310) Chain A, L-3-Hydroxyacyl-Coa Dehydrogenase Complexed With 3- Hydroxybutyryl-Coa Pos: 19/40 Gap: 1/40
EBJHHn2kRPNpbyJ5WPdXgDArJ9Q 16975273 1K0U
16975274 1K0U
16975275 1K0U
16975276 1K0U
16975277 1K0U
16975278 1K0U
16975279 1K0U
16975280 1K0U
4139571 1B3R
4139572 1B3R
4139573 1B3R
4139574 1B3R
431 E: 1.4E0 Ident: 7/40 Ident% 17 Q: 4-43 (457)   S: 216-255 (431) Chain A, Inhibition Of S-Adenosylhomocysteine Hydrolase By "acyclic Sugar" Adenosine Analogue D-Eritadenine Pos: 13/40 Gap: -1/-1
FOztvA07LI2NHhcXoRFURB+Jl/g 6435804 3HDH
6435805 3HDH
6435806 3HDH
6435804 3HDH
6435805 3HDH
6435806 3HDH
302 E: 7.3E0 Ident: 7/39 Ident% 17 Q: 231-268 (457)   S: 15-53 (302) Chain A, Pig Heart Short Chain L-3-Hydroxyacyl Coa Dehydrogenase Revisited: Sequence Analysis And Crystal Structure Determination Pos: 19/39 Gap: 1/39
Ce5DXT3/S6SmylfaawcIoJE8VF4 494414 1NPX
494823 2NPX
447 E: 2.8E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) NADH PEROXIDASE (NPXASE) Pos: 35/92 Gap: 20/92
O22UZMm8xwZdLa+M9cJd+Q+wIbM 13096485 1D4G
13096486 1D4G
13096487 1D4G
13096488 1D4G
13096489 1D4G
13096490 1D4G
13096491 1D4G
13096492 1D4G
430 E: 1.4E0 Ident: 7/40 Ident% 17 Q: 4-43 (457)   S: 215-254 (430) Chain A, Crystal Structure Of S-Adenosylhomocysteine Hydrolase (Adohcyase) Complexed With A Potent Inhibitor D-Eritadenine Pos: 13/40 Gap: -1/-1
3aSwyqCJLm9D/4BDx1mNPaJYS/g 4929854 1A7A
4929855 1A7A
432 E: .66E0 Ident: 7/48 Ident% 14 Q: 4-51 (457)   S: 217-263 (432) Chain A, Structure Of Human Placental S-Adenosylhomocysteine Hydrolase: Determination Of A 30 Selenium Atom Substructure From Data At A Single Wavelength Pos: 13/48 Gap: 1/48
PNZPDGlb3ETw676B4O2Ly+z5pg8 4389299 1BG6
359 E: 1.2E0 Ident: 21/88 Ident% 23 Q: 5-86 (457)   S: 9-96 (359) OPINE DEHYDROGENASE (N-(1-D-CARBOXYETHYL)-L-NORVALINE DEHYDROGENASE) Pos: 37/88 Gap: 6/88
YJPg2ixqHuIGy5WYNOi2ndq1X0I 6980693 3HAD
6980694 3HAD
6980693 3HAD
6980694 3HAD
308 E: 1.6E0 Ident: 9/35 Ident% 25 Q: 2-36 (457)   S: 17-51 (308) Chain A, Biochemical Characterization And Structure Determination Of Human Heart Short Chain L-3-Hydroxyacyl Coa Dehydrogenase Provide Insight Into Catalytic Mechanism Pos: 19/35 Gap: -1/-1
sH8ltTHEihoSMu82dlgBs8waEww 10120604 1F0Y
10120605 1F0Y
10120604 1F0Y
10120605 1F0Y
302 E: 7.8E0 Ident: 7/40 Ident% 17 Q: 230-268 (457)   S: 14-53 (302) Chain A, L-3-Hydroxyacyl-Coa Dehydrogenase Complexed With Acetoacetyl-Coa And Nad Pos: 19/40 Gap: 1/40
9X3R+c/3MZczHt6PHmQ7vid396I 3318833 1KVQ
338 E: .55E0 Ident: 14/78 Ident% 17 Q: 1-70 (457)   S: 1-78 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 32/78 Gap: 8/78
2TZPciwrBSp/S2NziKshZLVBKGc 1942624 1JOA
447 E: 3.2E0 Ident: 18/92 Ident% 19 Q: 3-74 (457)   S: 152-243 (447) Nadh Peroxidase With Cysteine-Sulfenic Acid Pos: 35/92 Gap: 20/92
F7KIFrd1dDbislX09k4ND6Rv93Q 2981789 1KVS
338 E: 5.1E0 Ident: 7/32 Ident% 21 Q: 1-31 (457)   S: 1-32 (338) Udp-Galactose 4-Epimerase Complexed With Udp-Phenol Pos: 16/32 Gap: 1/32
2kOHs0yLuN3Fe0eYTemF9arc5Ss 14278662 1ID1
14278663 1ID1
14278662 1ID1
14278663 1ID1
153 E: 3E-13 Ident: 28/147 Ident% 19 Q: 229-370 (457)   S: 1-146 (153) Chain A, Crystal Structure Of The Rck Domain From E.Coli Potassium Channel Pos: 57/147 Gap: 6/147
5pbUmX8VOWjioAhBC0NYa5TWj2E
15595215
11347604
9945836
conserved hypothetical protein [Pseudomonas aeruginosa] 434 0
197 807 1226
5yacVXeX24KA2VAxDdq6jBcMkd4 9955209 1DUS
194 E: 4E0 Ident: 15/96 Ident% 15 Q: 229-322 (434)   S: 38-128 (194) Chain A, Mj0882-A Hypothetical Protein From M. Jannaschii Pos: 33/96 Gap: 7/96
GPZchaHKvBBPmnxU1awS6H1bC20 8569494 1EYV
8569495 1EYV
156 E: .001E0 Ident: 24/128 Ident% 18 Q: 3-122 (434)   S: 13-139 (156) nusB [Mycobacterium tuberculosis H37Rv] Pos: 43/128 Gap: 9/128
lM2+ripCwRk/MZZDqFHy17GXCMQ 17942640 1JG4
17942641 1JG3
17942642 1JG3
17942645 1JG2
17942646 1JG1
235 E: 1.8E0 Ident: 15/96 Ident% 15 Q: 229-321 (434)   S: 75-166 (235) Chain A, Crystal Structure Of L-Isoaspartyl (D-Aspartyl) O- Methyltransferase With S-Adenosylmethionine Pos: 32/96 Gap: 7/96
THMXI+EwFWrStxZxMR/rZMoqaoM 12084699 1G6Q
12084700 1G6Q
12084701 1G6Q
12084702 1G6Q
12084703 1G6Q
12084704 1G6Q
328 E: 1E-4 Ident: 12/76 Ident% 15 Q: 243-318 (434)   S: 38-110 (328) Chain 1, Crystal Structure Of Yeast Arginine Methyltransferase, Hmt1 Pos: 25/76 Gap: 3/76
hIoOPKoCj6Ik/GPsGHPUsmrYKzg 15988176 1I9G
280 E: 5E-5 Ident: 21/101 Ident% 20 Q: 225-321 (434)   S: 83-179 (280) hypothetical protein Rv2118c [Mycobacterium tuberculosis H37Rv] Pos: 33/101 Gap: 8/101
sdLvp9C2Zy6Jo9DOLsgrTNL4ftA 1942357 1AQJ
1942356 1AQJ
421 E: 9E-6 Ident: 42/200 Ident% 21 Q: 200-390 (434)   S: 1-183 (421) MODIFICATION METHYLASE TAQI (ADENINE-SPECIFIC METHYLTRANSFERASE TAQI) (M.TAQI) Pos: 69/200 Gap: 26/200
PFyCfztPCtvK+eiSac8mmObdxOM 9257110 1EY1
3891963 1BAQ
139 E: 2E-6 Ident: 29/122 Ident% 23 Q: 3-118 (434)   S: 9-127 (139) transcription termination; L factor [Escherichia coli O157:H7 EDL933] Pos: 43/122 Gap: 9/122
hi8Q6/nV02EB1TFFVLhaW6G9Jqc 1942410 2ADM
1942411 2ADM
1942354 1AQI
1942355 1AQI
421 E: 9E-6 Ident: 42/200 Ident% 21 Q: 200-390 (434)   S: 1-183 (421) Chain A, Adenine-N6-Dna-Methyltransferase Taqi Pos: 69/200 Gap: 26/200
4rKE3UX+X/Imm9Mpan7bWusBMGE 13399509 1G38
13399510 1G38
393 E: 9E-6 Ident: 39/166 Ident% 23 Q: 234-390 (434)   S: 11-163 (393) Chain A, Adenine-Specific Methyltransferase M. Taq IDNA COMPLEX Pos: 63/166 Gap: 22/166
vA+2H/nVRtry7DbEZBMzWESzqAU 12084575 1DL5
12084576 1DL5
317 E: 6E-7 Ident: 17/83 Ident% 20 Q: 238-319 (434)   S: 70-150 (317) L-isoaspartate(D-aspartate) O-methyltransferase [Thermotoga maritima] Pos: 31/83 Gap: 3/83
DP67BRm1YszkKhZFLwNKvVf55tU
15595216
6016037
11350597
3328155
9945837
methionyl-tRNA formyltransferase [Pseudomonas aeruginosa] 314 0
248 291 326
aA6/Jnj492fS3m1ZyCP/jIOmFkI 6730124 1C3E
6730125 1C3E
209 E: 1E-4 Ident: 29/96 Ident% 30 Q: 77-172 (314)   S: 74-169 (209) Chain A, New Insights Into Inhibitor Design From The Crystal Structure And Nmr Studies Of E. Coli Gar Transformylate In Complex With Beta-Gar And 10-Formyl-5,8,10-Trideazafolic Acid. Pos: 50/96 Gap: -1/-1
vp37+i6Xo3smgUp8hP1rttuBCCo 3660393 3GAR
3660334 2GAR
212 E: 1E-4 Ident: 29/96 Ident% 30 Q: 77-172 (314)   S: 74-169 (212) A Ph-Dependent Stablization Of An Active Site Loop Observed From Low And High Ph Crystal Structures Of Mutant Monomeric Glycinamide Ribonucleotide Transformylase Pos: 50/96 Gap: -1/-1
i+vVeO7QqIxswUpJn5kGnLOpLp0 17942961 1JKX
17942962 1JKX
17942963 1JKX
17942964 1JKX
6730114 1C2T
6730115 1C2T
442731 1CDE
1065335 1GAR
1065336 1GAR
442965 1GRC
442966 1GRC
212 E: 1E-4 Ident: 29/96 Ident% 30 Q: 77-172 (314)   S: 74-169 (212) phosphoribosylglycinamide formyltransferase 1 [Escherichia coli K12] Pos: 50/96 Gap: -1/-1
1dszd/vO7zQEkpHto/xdUx+DGew 809280 1CDD
809281 1CDD
212 E: 1E-4 Ident: 29/96 Ident% 30 Q: 77-172 (314)   S: 74-169 (212) Chain A, Phosphoribosylglycinamide Formyltransferase (E.C.2.1.2.2) (5'-Phosphoribosylglycinamide Transformylase) Pos: 50/96 Gap: -1/-1
3CViOm9WhSco9nyb8K6/LUqFNU4 5822477 2FMT
5822478 2FMT
2914332 1FMT
2914333 1FMT
314 E: 6E-97 Ident: 189/313 Ident% 60 Q: 2-312 (314)   S: 1-313 (314) Chain A, Methionyl-Trnafmet Formyltransferase Complexed With Formyl-Methionyl-Trnafmet Pos: 234/313 Gap: 2/313
6F/J1YIt7JvwSpL+d9OVXpokrKk
15595217
17432949
11350816
9945838
polypeptide deformylase [Pseudomonas aeruginosa] 168 0
107 110 0
lJa2ew58H8zBfPlT7Q0OSsEESkM 2098360 1DEF
147 E: 2E-38 Ident: 84/148 Ident% 56 Q: 2-149 (168)   S: 1-147 (147) Peptide Deformylase Catalytic Core (Residues 1 - 147), Nmr, 9 Structures Pos: 112/148 Gap: 1/148
Z8oNIqqPS8X2BN4eUBF+rzmHi2E 2981897 2DEF
147 E: 8E-39 Ident: 85/148 Ident% 57 Q: 2-149 (168)   S: 1-147 (147) Peptide Deformylase Catalytic Core (Residues 1 - 147), Nmr, 20 Structures Pos: 112/148 Gap: 1/148
hmcs3KI4x+7hMavdgHW6BbHmhRQ 3660174 1DFF
164 E: 2E-42 Ident: 93/164 Ident% 56 Q: 2-165 (168)   S: 1-163 (164) Peptide Deformylase Pos: 124/164 Gap: 1/164
Pj6r0dvS38JjXWfGxOMyMoU6BNI 16975207 1G27
16975208 1G27
16975209 1G27
16975210 1G2A
16975211 1G2A
16975212 1G2A
5821888 1BS4
5821889 1BS4
5821890 1BS4
5821915 1BSZ
5821916 1BSZ
5821917 1BSZ
4699740 1ICJ
4699741 1ICJ
4699742 1ICJ
5821894 1BS6
5821895 1BS6
5821896 1BS6
5821903 1BS8
5821904 1BS8
5821905 1BS8
5821891 1BS5
5821892 1BS5
5821893 1BS5
5821900 1BS7
5821901 1BS7
5821902 1BS7
7767088 1BSJ
7767089 1BSK
168 E: 8E-43 Ident: 94/167 Ident% 56 Q: 2-168 (168)   S: 1-166 (168) Chain A, Crystal Structure Of E.Coli Polypeptide Deformylase Complexed With The Inhibitor Bb-3497 Pos: 126/167 Gap: 1/167
b0ff1IjI/K3FlhCvrmIIAqm/GWo
15595218
11348724
9945839
hypothetical protein [Pseudomonas aeruginosa] 341 0
30 147 344
UnUV5Ei25GFcdO/1S9BuLmH9zKQ 9257041 1E01
9257042 1E0G
48 E: 1.8E0 Ident: 13/49 Ident% 26 Q: 30-78 (341)   S: 4-46 (48) Chain A, Lysm Domain From E.Coli Mltd Pos: 21/49 Gap: 6/49
35LMuZqt4KRpbl3+ORGppIuZXpg
15595219
11347605
9945840
conserved hypothetical protein [Pseudomonas aeruginosa] 362 0
59 102 142  
6Q6TtiR4/sN2X3vfPHX428aaBrg
15595220
11347606
9945841
conserved hypothetical protein [Pseudomonas aeruginosa] 185 0
95 144 150
ChcEMZLKcA3YNdjNPlatNQDcTSs 13096287 1HRU
13096288 1HRU
188 E: 4E-45 Ident: 92/182 Ident% 50 Q: 5-183 (185)   S: 8-188 (188) Chain A, The Structure Of The Yrdc Gene Product From E.Coli Pos: 114/182 Gap: 4/182
jXXIwinPU4TjJKhqd/PMcEDPgJM
15595221
12230939
11352465
9945842
quinone oxidoreductase [Pseudomonas aeruginosa] 325 0
1062 1216 1214
3vjwUCy2ToSp+SwI4OG2qYvWC4Y 10835861 1E3E
10835862 1E3E
10835863 1E3I
10835864 1E3I
376 E: 2.5E0 Ident: 17/28 Ident% 60 Q: 58-85 (325)   S: 62-89 (376) Chain A, Mouse Class Ii Alcohol Dehydrogenase Complex With Nadh Pos: 19/28 Gap: -1/-1
b8lfQE58b2mUzZdEjLlFz4zICbA 10835865 1E3L
10835866 1E3L
376 E: 2.5E0 Ident: 17/28 Ident% 60 Q: 58-85 (325)   S: 62-89 (376) Chain A, P47h Mutant Of Mouse Class Ii Alcohol Dehydrogenase Complex With Nadh Pos: 19/28 Gap: -1/-1
LyXCjKFJmRz8lkB6yQJGaffX9uo 13096215 1E3J
352 E: 7E-4 Ident: 52/192 Ident% 27 Q: 25-186 (325)   S: 25-213 (352) Chain A, Ketose Reductase (Sorbitol Dehydrogenase) From Silverleaf Whitefly Pos: 76/192 Gap: 33/192
IXPGT5+lX5MzoUsjpQNl/rahPN0 2624642 1KEV
2624643 1KEV
2624644 1KEV
2624645 1KEV
2392498 1PED
2392499 1PED
2392500 1PED
2392501 1PED
351 E: 2E-31 Ident: 60/257 Ident% 23 Q: 12-235 (325)   S: 8-262 (351) Chain A, Structure Of Nadp-Dependent Alcohol Dehydrogenase Pos: 99/257 Gap: 35/257
Zc89MZN4V05VHo6K2TDBIHM0Btg 2914637 1YKF
2914638 1YKF
2914639 1YKF
2914640 1YKF
7245713 1BXZ
7245714 1BXZ
7245715 1BXZ
7245716 1BXZ
352 E: 6E-31 Ident: 66/254 Ident% 25 Q: 18-238 (325)   S: 14-265 (352) NADP-DEPENDENT ALCOHOL DEHYDROGENASE Pos: 97/254 Gap: 35/254
7E8aWvFFrtXpbzfdUG3NoH3AmZ8 231239 7ADH
374 E: 3E-34 Ident: 64/361 Ident% 17 Q: 15-323 (325)   S: 20-372 (374) Isonicotinimidylated Liver Alcohol Dehydrogenase (E.C.1.1.1.1) Pos: 110/361 Gap: 60/361
2CIWrIlAjR6bRP/GKsrWHB3dUQ8 6137442 1D1S
6137443 1D1S
6137444 1D1S
6137445 1D1S
1942122 1AGN
1942123 1AGN
1942124 1AGN
1942125 1AGN
373 E: 1E-47 Ident: 64/373 Ident% 17 Q: 3-324 (325)   S: 10-372 (373) Chain A, Wild-Type Human Sigma (Class Iv) Alcohol Dehydrogenase Pos: 114/373 Gap: 61/373
TV/UKJYPzeXPRYbgDhFw3A42vsg 1421409 1CDO
1421410 1CDO
374 E: 1E-47 Ident: 60/374 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Alcohol Dehydrogenase (E.C.1.1.1.1) (Ee Isozyme) Complexed With Nicotinamide Adenine Dinucleotide (Nad), And Zinc Pos: 119/374 Gap: 65/374
xWtWEYhibaW+OmIfwfENXYiwt/k 6137446 1D1T
6137447 1D1T
6137448 1D1T
6137449 1D1T
373 E: 9E-48 Ident: 64/373 Ident% 17 Q: 3-324 (325)   S: 10-372 (373) Chain A, Mutant Of Human Sigma Alcohol Dehydrogenase With Leucine At Position 141 Pos: 114/373 Gap: 61/373
caZjABhDK6O8ghwi5kBdvpqDI58 6730482 1QLH
6730483 1QLJ
374 E: 1E-48 Ident: 60/371 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Horse Liver Alcohol Dehydrogenase Complexed To Nad Double Mutant Of Gly 293 Ala And Pro 295 Thr Pos: 116/371 Gap: 59/371
OEyUKAgVjDbs0x+Yiu+86uxR9po 11514264 1EE2
373 E: 4E-49 Ident: 64/371 Ident% 17 Q: 3-322 (325)   S: 10-371 (373) Chain A, The Structure Of Steroid-Active Alcohol Dehydrogenase At 1.54 A Resolution Pos: 119/371 Gap: 60/371
9By6B9n64uBj85ud8yY8rBNN7nU 3318996 1A71
3318997 1A71
3318998 1A72
374 E: 3E-49 Ident: 62/372 Ident% 16 Q: 3-322 (325)   S: 10-372 (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: 117/372 Gap: 61/372
Jm1Of5udsuDIqAYzznGUl488Ccw 3114328 1AXG
3114329 1AXG
3114330 1AXG
3114331 1AXG
374 E: 3E-49 Ident: 62/372 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Crystal Structure Of The Val203->ala Mutant Of Liver Alcohol Dehydrogenase Complexed With Cofactor Nad And Inhibitor Trifluoroethanol Solved To 2.5 Angstrom Resolution Pos: 117/372 Gap: 61/372
cHNMMis3ZQCMXIh9LAb/qMze+9U 3114326 1AXE
3114327 1AXE
374 E: 1E-49 Ident: 63/372 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Crystal Structure Of The Active-Site Mutant Phe93->trp Of Horse Liver Alcohol Dehydrogenase In Complex With Nad And Inhibitor Trifluoroethanol Pos: 118/372 Gap: 61/372
FMu/Bqwqwc92vBvo9JcVJkjyd/0 15988340 1JU9
15988341 1JU9
374 E: 4E-49 Ident: 60/371 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Horse Liver Alcohol Dehydrogenase Val292ser Mutant Pos: 115/371 Gap: 59/371
JgBYnwUh6yBtbbOGOob+UlDK5hM 11514265 1EE2
373 E: 3E-49 Ident: 64/371 Ident% 17 Q: 3-322 (325)   S: 10-371 (373) Chain B, The Structure Of Steroid-Active Alcohol Dehydrogenase At 1.54 A Resolution Pos: 119/371 Gap: 60/371
zyuukxOYF8yBVA7dcdRa3T3ITeU 14488638 1HET
14488639 1HET
14488640 1HEU
14488641 1HEU
14488642 1HF3
14488643 1HF3
1941935 3BTO
1941936 3BTO
1941937 3BTO
1941938 3BTO
443412 2OHX
443413 2OHX
2098535 1BTO
2098536 1BTO
2098537 1BTO
2098538 1BTO
640056 1HLD
640057 1HLD
494824 2OXI
494825 2OXI
1065295 1ADB
1065296 1ADB
231278 8ADH
2098481 1LDE
2098482 1LDE
2098483 1LDE
2098484 1LDE
2098334 1LDY
2098335 1LDY
2098336 1LDY
2098337 1LDY
1065297 1ADC
1065298 1ADC
493803 1ADG
231189 6ADH
231190 6ADH
231109 5ADH
493802 1ADF
374 E: 1E-49 Ident: 63/372 Ident% 16 Q: 3-322 (325)   S: 10-372 (374) Chain A, Atomic X-Ray Structure Of Liver Alcohol Dehydrogenase Containing A Hydroxide Adduct To Nadh Pos: 118/372 Gap: 61/372
YOu517focTPtWIEFewmjzSgyH44 13096739 1HSO
13096740 1HSO
374 E: 1E-52 Ident: 69/375 Ident% 18 Q: 3-323 (325)   S: 10-373 (374) Chain A, Human Alpha Alcohol Dehydrogenase (Adh1a) Pos: 117/375 Gap: 65/375
dJXEFsrNnEezynyO4mdCmfOLU6Y 1311010 1HTB
1311011 1HTB
374 E: 2E-52 Ident: 70/372 Ident% 18 Q: 3-322 (325)   S: 10-372 (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: 118/372 Gap: 61/372
+2hNKqKxFiGZ0KIeWhbccXOOn8Y 13096743 1HT0
13096744 1HT0
374 E: 4E-52 Ident: 71/374 Ident% 18 Q: 3-324 (325)   S: 10-373 (374) Chain A, Human Gamma-2 Alcohol Dehydrogense Pos: 118/374 Gap: 62/374
m2o1MZj6qj592M+6a+uT7Ah2Ymw 13096741 1HSZ
13096742 1HSZ
1421403 1DEH
1421404 1DEH
494087 1HDX
494088 1HDX
494876 3HUD
494877 3HUD
374 E: 1E-52 Ident: 73/374 Ident% 19 Q: 3-324 (325)   S: 10-373 (374) Chain A, Human Beta-1 Alcohol Dehydrogenase (Adh1b1) Pos: 119/374 Gap: 62/374
SoQ2LuE0JCl483PmoYnz3Y29/a4 494089 1HDY
494090 1HDY
374 E: 4E-53 Ident: 73/374 Ident% 19 Q: 3-324 (325)   S: 10-373 (374) Chain A, Alcohol Dehydrogenase (E.C.1.1.1.1) (Beta-2 Isoenzyme, Human) Complexed With Nad+ And 4-Iodopyrazole Pos: 119/374 Gap: 62/374
6srnJ0XlJ1Um4wwObI+lLarjhgs 1942871 1TEH
1942872 1TEH
373 E: 3E-53 Ident: 70/373 Ident% 18 Q: 3-322 (325)   S: 8-371 (373) Chain A, Structure Of Human Liver Chichi Alcohol Dehydrogenase (A Glutathione-Dependent Formaldehyde Dehydrogenase) Pos: 118/373 Gap: 62/373
7eW0xyY6HUi3qSbKZj2gGz4Cohc 494091 1HDZ
494092 1HDZ
374 E: 9E-53 Ident: 73/374 Ident% 19 Q: 3-324 (325)   S: 10-373 (374) Chain A, Alcohol Dehydrogenase (E.C.1.1.1.1) (Beta-1 Isoenzyme, Human) Mutant With Arg 47 Replaced By Gly (R47g) Complexed With Nad Pos: 119/374 Gap: 62/374
n37+Jmh5VeTQfMZ/3EopIk6lExk 1065299 1QOR
1065300 1QOR
327 E: 1E-103 Ident: 192/327 Ident% 58 Q: 1-325 (325)   S: 1-327 (327) quinone oxidoreductase [Escherichia coli K12] Pos: 240/327 Gap: 2/327
gVM2yI2B85vFHe/ebvV7N0qZf/U
15595222
1170220
1072980
11348360
695693
9945844
coproporphyrinogen III oxidase, aerobic [Pseudomonas aeruginosa] 305 0
50 48 0  
7CB+Jmy/soHS6UcuIi/PB/WzQrg
15595223
12230883
11352567
9945845
shikimate dehydrogenase [Pseudomonas aeruginosa] 274 0
188 509 921
iHuscpeMPau55I/hQDiKbR5P7y8 230598 2LDB
230116 1LDB
317 E: 7E0 Ident: 14/65 Ident% 21 Q: 119-182 (274)   S: 6-70 (317) L-lactate dehydrogenase (L-LDH) Pos: 26/65 Gap: 1/65
RlLaszgN+KgeMgRs3o5xz/rJ6R4 494236 1LDN
494237 1LDN
494238 1LDN
494239 1LDN
494240 1LDN
494241 1LDN
494242 1LDN
494243 1LDN
316 E: 7E0 Ident: 14/65 Ident% 21 Q: 119-182 (274)   S: 6-70 (316) Chain A, L-Lactate Dehydrogenase (E.C.1.1.1.27) Complexed With Nadh, Oxamate, And Fructose-1,6-Bisphosphate Pos: 26/65 Gap: 1/65
b08psvZDHtlUnsYzGijZ1Ot9be8 18677786 1GPJ
404 E: 7.6E0 Ident: 47/184 Ident% 25 Q: 24-190 (274)   S: 62-237 (404) Chain A, Glutamyl-Trna Reductase From Methanopyrus Kandleri Pos: 79/184 Gap: 25/184
+xm9Bd/BVPhfRAl2Uaq13Kb7/xQ 13096234 1EDO
244 E: 3.4E0 Ident: 11/63 Ident% 17 Q: 122-183 (274)   S: 4-66 (244) Chain A, The X-Ray Structure Of Beta-Keto Acyl Carrier Protein Reductase From Brassica Napus Complexed With Nadp Pos: 25/63 Gap: 1/63
akxbBsMYPql/psSIibLzXrgxUKo 1827689 1CYD
1827690 1CYD
1827691 1CYD
1827692 1CYD
244 E: 4.6E0 Ident: 20/80 Ident% 25 Q: 116-186 (274)   S: 4-82 (244) carbonyl reductase 2; lung carbonyl reductase [Mus musculus] Pos: 30/80 Gap: 10/80
u1wOPj1sbGVnRL8Rx/W0KDGEn74 17942689 1JWB
17942691 1JWA
17942693 1JW9
249 E: 1.2E0 Ident: 18/113 Ident% 15 Q: 105-188 (274)   S: 17-129 (249) molybdopterin biosynthesis [Escherichia coli K12] Pos: 31/113 Gap: 29/113
CaKw9xfmA4eK7/hZ42LdRDIKPJs 11513869 1FF9
12084624 1E5Q
12084625 1E5Q
12084626 1E5Q
12084627 1E5Q
12084628 1E5Q
12084629 1E5Q
12084630 1E5Q
12084631 1E5Q
12084778 1E5L
12084779 1E5L
450 E: 7E-5 Ident: 20/119 Ident% 16 Q: 118-231 (274)   S: 2-116 (450) Chain A, Apo Saccharopine Reductase Pos: 39/119 Gap: 9/119
Bddjix3OgMwQgcY/OxjQnY+KsEc
15595224
11348725
9945846
hypothetical protein [Pseudomonas aeruginosa] 328 0
26 30 0  
UdcnGd1xjwCxFjuAptgRBBPlwCM
15595225
11348726
9945847
hypothetical protein [Pseudomonas aeruginosa] 428 0
33 150 181
FICkSpcBgvSDFW4iY1Etik85xNo 3891861 1PIN
163 E: 4E-7 Ident: 15/115 Ident% 13 Q: 290-382 (428)   S: 52-163 (163) protein (peptidyl-prolyl cis/trans isomerase) NIMA-interacting 1; dod; peptidyl-prolyl cis/trans isomerase, NIMA-interacting [Homo sapiens] Pos: 35/115 Gap: 25/115
+QW2p9AWoQ4Pe1I6lw/jdCYtpiY 10120798 1F8A
167 E: 3E-7 Ident: 15/115 Ident% 13 Q: 290-382 (428)   S: 56-167 (167) Chain B, Structural Basis For The Phosphoserine-Proline Recognition By Group Iv Ww Domains Pos: 35/115 Gap: 25/115
A7QdomUPQ6Ee8ef2WCMiEwZr24w 13786637 1EQ3
96 E: 4E-21 Ident: 17/97 Ident% 17 Q: 293-384 (428)   S: 3-96 (96) Chain A, Nmr Structure Of Human Parvulin Hpar14 Pos: 32/97 Gap: 8/97
Up8jKi2DA3Lm08idSbrCyyhtrww 15825754 1FJD
104 E: 7E-22 Ident: 17/99 Ident% 17 Q: 291-384 (428)   S: 9-104 (104) Chain A, Human Parvulin-Like Peptidyl Prolyl CisTRANS ISOMERASE, Hpar14 Pos: 32/99 Gap: 8/99
w/oA6JSwtQ/7UYn8/aOrGrQfyjY
15595226
11348727
9945848
hypothetical protein [Pseudomonas aeruginosa] 200 1
6-28
53 117 65  
NHB96wov3p71djLDyOpDs3EPqpM
15595227
11351911
9945849
probable sulfate transporter [Pseudomonas aeruginosa] 517 11
27-49,52-74,76-98,102-124,135-157,172-194,200-222,253-275,288-309,321-343,382-404
213 411 582
HQxytktex4Bv+wgYM5BBVq8PKiA 3318669 1BUZ
116 E: .8E0 Ident: 13/77 Ident% 16 Q: 432-504 (517)   S: 15-91 (116) Solution Structure Of Spoiiaa, A Phosphorylatable Component Of The System That Regulates Transcription Factor Sigma-F Of Bacillus Subtilis Nmr, Minimized Average Structure Pos: 35/77 Gap: 4/77
8QNlGhueluKHJqyFaFQ887ozfbs 3318729 1AUZ
116 E: .84E0 Ident: 13/77 Ident% 16 Q: 432-504 (517)   S: 15-91 (116) Solution Structure Of Spoiiaa, A Phosphorylatable Component Of The System That Regulates Transcription Factor Sigma-F Of Bacillus Subtilis, Nmr, 24 Structures Pos: 35/77 Gap: 4/77
uq20tNA6RWaOX78A8a1SKUX1EaY
15595228
11348728
9945850
hypothetical protein [Pseudomonas aeruginosa] 307 0
46 88 148  
ENPEnPjd/R/ngVremoNWlkLVGFQ
15595229
11347569
9945851
choline sulfatase [Pseudomonas aeruginosa] 503 0
211 421 483
3KHdf/vEliPuG4JwdLroQhKZiis 13399528 1EJJ
14278698 1EQJ
511 E: .029E0 Ident: 35/181 Ident% 19 Q: 196-361 (503)   S: 338-508 (511) Chain A, Crystal Structural Analysis Of Phosphoglycerate Mutase Cocrystallized With 3-Phosphoglycerate Pos: 58/181 Gap: 25/181
qfg2g3YfjvLZP4fiuPhu8PuvqR8 2981949 1AUK
489 E: 7E-4 Ident: 37/113 Ident% 32 Q: 5-109 (503)   S: 3-113 (489) Human Arylsulfatase A Pos: 52/113 Gap: 10/113
jRuvhx4/7Qvfx9lhyTp/rOYjHZs 14277878 1E1Z
489 E: 7E-4 Ident: 37/113 Ident% 32 Q: 5-109 (503)   S: 3-113 (489) Chain P, Crystal Structure Of An Arylsulfatase A Mutant C69s Pos: 52/113 Gap: 10/113
7AkyB5Z8LP24A10mMVLWsLkTgvo 15826832 1E3C
489 E: 7E-4 Ident: 37/113 Ident% 32 Q: 5-109 (503)   S: 3-113 (489) Chain P, Crystal Structure Of An Arylsulfatase A Mutant C69s Soaked In Synthetic Substrate Pos: 52/113 Gap: 10/113
viTLBBMjzUkWi1990r8mFQQt8MQ 12084623 1E2S
489 E: 6E-4 Ident: 37/113 Ident% 32 Q: 5-109 (503)   S: 3-113 (489) Chain P, Crystal Structure Of An Arylsulfatase A Mutant C69a Pos: 52/113 Gap: 10/113
gxsNri8luux+BKIpUncjnDLOaB0 14488709 1E33
489 E: 6E-4 Ident: 37/113 Ident% 32 Q: 5-109 (503)   S: 3-113 (489) Chain P, Crystal Structure Of An Arylsulfatase A Mutant P426l Pos: 52/113 Gap: 10/113
8uwTOx5iywi0AK3UrMOC6aavYs8 2914185 1FSU
492 E: 1E-63 Ident: 106/498 Ident% 21 Q: 5-426 (503)   S: 4-452 (492) 4-Sulfatase (Human) Pos: 169/498 Gap: 125/498
yaj5/f8J96AnvEAewTt8nAv+rzE 17942716 1HDH
17942717 1HDH
536 E: 6E-65 Ident: 120/547 Ident% 21 Q: 1-452 (503)   S: 1-528 (536) Chain A, Arylsulfatase From Pseudomonas Aeruginosa Pos: 183/547 Gap: 114/547
V5VJJoZVxpZtq+3/9r2AMYIsd4A
15595230
11351942
9945852
probable transcriptional regulator [Pseudomonas aeruginosa] 304 0
1201 1200 1200
rM9zOadRds6/hYdkO/5p09Xg5TU 15826582 1I6A
219 E: 1E-21 Ident: 35/208 Ident% 16 Q: 95-299 (304)   S: 4-207 (219) Chain A, Crystal Stucture Of The Oxidized Form Of Oxyr Pos: 62/208 Gap: 7/208
ArppAnKHDHr/Wlp65Gsjp4yUsgs 15826580 1I69
15826581 1I69
219 E: 1E-21 Ident: 35/208 Ident% 16 Q: 95-299 (304)   S: 4-207 (219) Chain A, Crystal Structure Of The Reduced Form Of Oxyr Pos: 62/208 Gap: 7/208
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 3E-26 Ident: 55/254 Ident% 21 Q: 8-253 (304)   S: 1-250 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 96/254 Gap: 12/254
/9oZ1wEH8BFaARlbWaqRRXMx0bo
15595231
11348729
9945854
hypothetical protein [Pseudomonas aeruginosa] 121 0
27 74 97  
e0kKiHAsyEMhWDQab4skfGdh1es
15595232
13959718
11352314
9945855
probable two-component response regulator [Pseudomonas aeruginosa] 207 0
1209 1230 1228
PUTGElOVaDRm/3qBgR43lWheM9s 6730309 1DC8
124 E: 6E-4 Ident: 30/118 Ident% 25 Q: 4-121 (207)   S: 6-122 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 55/118 Gap: 1/118
B7Pp+EKU9GZ2ijD7ogtp5l1FfmU 15825820 1JBE
128 E: 2E-5 Ident: 34/103 Ident% 33 Q: 3-103 (207)   S: 6-108 (128) Chain A, 1.08 A Structure Of Apo-Chey Reveals Meta-Active Conformation Pos: 54/103 Gap: 2/103
1DEVqa0MvoeGLuK5T9mQgRkQyrE 999670 1CYE
129 E: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 7-109 (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: 55/106 Gap: 8/106
JMp3RJKZS8qgZPbRI5ynrki96Mw 2914154 1AB5
2914155 1AB5
125 E: 3E-5 Ident: 36/106 Ident% 33 Q: 3-103 (207)   S: 3-105 (125) Chain A, Structure Of Chey Mutant F14n, V21t Pos: 55/106 Gap: 8/106
I83Yir4ggpyob+mZvcO0EaCLcd4 515285 2CHE
515286 2CHF
128 E: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 6-108 (128) Chey Complexed With Mg2 Pos: 56/106 Gap: 8/106
nJV07LkAt5M7367IQDHpJzohYA0 2914156 1AB6
2914157 1AB6
125 E: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 3-105 (125) Chain A, Structure Of Chey Mutant F14n, V86t Pos: 55/106 Gap: 8/106
ILHa3CSgSpk72cshmY/XiMP/XXs 1421458 1CEY
128 E: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 6-108 (128) Chey Complexed With Magnesium (Nmr, 46 Structures) Pos: 55/106 Gap: 8/106
EoFDVZXPdOaGEg95ZcoWDMJ/s54 7546198 1DJM
129 E: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 7-109 (129) chemotaxis regulator transmits chemoreceptor signals to flagelllar motor components [Escherichia coli O157:H7 EDL933] Pos: 55/106 Gap: 8/106
+viZabXT+sEEdMp4cNohgP/Ut5w 6435696 1D4Z
128 E: 1E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 6-108 (128) Chain A, Crystal Structure Of Chey-95iv, A Hyperactive Chey Mutant Pos: 55/106 Gap: 8/106
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: 2E-5 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 6-108 (128) Chain A, Crystal Structure Of Activated Chey Bound To The N-Terminus Of Flim Pos: 55/106 Gap: 8/106
qUj3c+tocM1SKqVN6R7LlShvwrE 230455 2CHY
128 E: 9E-6 Ident: 37/106 Ident% 34 Q: 3-103 (207)   S: 6-108 (128) CheY (Mutant With Ser 56 Replaced By Cys) (S56C) Pos: 56/106 Gap: 8/106
jIXKS4TqRlVfiQhDVCz7iafl5Ls 1942868 5CHY
128 E: 1E-15 Ident: 35/110 Ident% 31 Q: 3-110 (207)   S: 6-115 (128) Structure Of Chemotaxis Protein Chey Pos: 55/110 Gap: 2/110
3XWxwPTWTnp5bY6LmNgsVMqIot8 1421407 1YMV
129 E: 2E-15 Ident: 35/110 Ident% 31 Q: 3-110 (207)   S: 7-116 (129) Signal Transduction Protein Chey Mutant With Phe 14 Replaced By Gly, Ser 15 Replaced By Gly, And Met 17 Replaced By Gly Pos: 54/110 Gap: 2/110
tJX08XMfo614Qb+7u1jYCS65Hvc 9954994 1QKK
155 E: 1E-15 Ident: 30/107 Ident% 28 Q: 4-110 (207)   S: 6-111 (155) Chain A, Crystal Structure Of The Receiver Domain And Linker Region Of Dctd From Sinorhizobium Meliloti Pos: 52/107 Gap: 1/107
YHDG2VZJ7KNS3jStpNL6apLM+f4 1065051 1VLZ
1065052 1VLZ
128 E: 1E-15 Ident: 34/110 Ident% 30 Q: 3-110 (207)   S: 6-115 (128) Chain A, Chey Mutant With Thr 87 Replaced By Ile (T87i) Pos: 54/110 Gap: 2/110
lwf36o/BTVIVfJmSahFOahUuVDQ 10835619 1E6M
128 E: 2E-15 Ident: 34/110 Ident% 30 Q: 3-110 (207)   S: 6-115 (128) Chain A, Two-Component Signal Transduction System D57a Mutant Of Chey Pos: 54/110 Gap: 2/110
aMWJ4AFxByQKT29fa+bguWGLpho 6730308 1DC7
124 E: 5E-24 Ident: 31/120 Ident% 25 Q: 4-123 (207)   S: 6-124 (124) Chain A, Structure Of A Transiently Phosphorylated "switch" In Bacterial Signal Transduction Pos: 56/120 Gap: 1/120
ujVcwvZUOg0VIRhiBIpGngiQ7UY 999923 1NTR
124 E: 7E-24 Ident: 32/125 Ident% 25 Q: 1-123 (207)   S: 1-124 (124) Solution Structure Of The N-Terminal Receiver Domain Of Ntrc Pos: 58/125 Gap: 3/125
fUHGkgoUwmWlJ3NxU80iE+7GfcI 2781289 1TMY
2781153 3TMY
2781154 3TMY
2781128 2TMY
2781158 4TMY
2781159 4TMY
120 E: 7E-27 Ident: 32/116 Ident% 27 Q: 2-117 (207)   S: 3-118 (120) chemotaxis response regulator CheY [Thermotoga maritima] Pos: 64/116 Gap: -1/-1
Gh8s1ezwW65g29jysb7kAC4bd7o 17942992 1KGS
225 E: 8E-27 Ident: 40/173 Ident% 23 Q: 3-170 (207)   S: 4-174 (225) Chain A, Crystal Structure At 1.50 A Of An OmprPHOB HOMOLOG FROM Thermotoga Maritima Pos: 78/173 Gap: 7/173
uaRiA2SyPmPIxct+ZxcqORPf+FU 6573458 1B00
6573459 1B00
127 E: 6E-28 Ident: 37/120 Ident% 30 Q: 3-120 (207)   S: 4-122 (127) Chain A, Phob Receiver Domain From Escherichia Coli Pos: 63/120 Gap: 3/120
ASE9zLFPs+CnoBGrBImV/NVXCJs 2981650 1A04
2981651 1A04
1943446 1RNL
215 E: 2E-36 Ident: 59/209 Ident% 28 Q: 2-206 (207)   S: 6-214 (215) Chain A, The Structure Of The NitrateNITRITE RESPONSE REGULATOR Protein Narl In The Monoclinic C2 Crystal Form Pos: 105/209 Gap: 4/209
XGBKnfWj8hK2KxDNFdgX27ofMJE
15595233
12230945
11352729
9945856
tryptophan synthase alpha chain [Pseudomonas aeruginosa] 268 0
154 370 471
bRXA65+GY/dX9xqyClKvVxNJ5Gk 494441 1PII
452 E: 3.8E0 Ident: 19/78 Ident% 24 Q: 182-254 (268)   S: 180-253 (452) N-(5'phosphoribosyl)anthranilate Isomerase (E.C.5.3.1.24) Complex With Indole-3-Glycerol-Phosphate Synthase (E.C.4.1.1.48) Pos: 32/78 Gap: 9/78
xe6T4i7AjH80R4gE5EGnx57jsJo 9955236 1THF
253 E: 2.7E0 Ident: 14/45 Ident% 31 Q: 195-238 (268)   S: 64-108 (253) Chain D, Cyclase Subunit Of Imidazoleglycerolphosphate Synthase From Thermotoga Maritima Pos: 24/45 Gap: 1/45
r8C+/pNasK4di8FFWIN6JXlQJNs 16975435 1H5Y
16975436 1H5Y
253 E: 1E0 Ident: 14/43 Ident% 32 Q: 197-238 (268)   S: 69-111 (253) Chain A, Hisf Protein From Pyrobaculum Aerophilum Pos: 21/43 Gap: 1/43
GvdF5KaMopBUQCZ2JRGJye3eMTc 13096500 1EP1
13096502 1EP2
13096504 1EP3
311 E: .84E0 Ident: 29/163 Ident% 17 Q: 133-263 (268)   S: 149-309 (311) Chain A, Crystal Structure Of Lactococcus Lactis Dihydroorotate Dehydrogenase B Pos: 59/163 Gap: 34/163
/8iVMv+b1O5oTnhXpJjLJwvdFgk 11513797 1QOP
268 E: 2E-32 Ident: 93/256 Ident% 36 Q: 1-255 (268)   S: 1-253 (268) Chain A, Crystal Structure Of Wild-Type Tryptophan Synthase Complexed With Indole Propanol Phosphate Pos: 131/256 Gap: 4/256
jo6LlE0MKCrdR3aD/MYKDBySmOM 2098385 2TSY
262 E: 7E-32 Ident: 94/256 Ident% 36 Q: 1-255 (268)   S: 1-247 (262) Chain A, Crystal Structures Of Mutant (Betak87t) Tryptophan Synthase Alpha2 Beta2 Complex With Ligands Bound To The Active Sites Of The Alpha And Beta Subunits Reveal Ligand-Induced Conformational Changes Pos: 131/256 Gap: 10/256
qsq85k9XUVTr6UgrkQ8m6EvVoIg 11513799 1QOQ
13096580 1FUY
6730203 1CW2
6980600 1C8V
6980564 1C29
6730159 1C9D
6730206 1CX9
2098383 2TRS
4699587 1A50
4699590 1A5S
1431671 1UBS
1421254 1TTQ
1421252 1TTP
2098381 2TYS
4699723 1BKS
4699619 2WSY
268 E: 2E-32 Ident: 93/256 Ident% 36 Q: 1-255 (268)   S: 1-253 (268) tryptophan synthase, alpha protein [Salmonella typhimurium LT2] Pos: 131/256 Gap: 4/256
fCBpMeCtJ3xLKA77yEl7Cxv3xvo 3212365 1A5A
3659998 1BEU
3212367 1A5B
268 E: 6E-32 Ident: 92/256 Ident% 35 Q: 1-255 (268)   S: 1-253 (268) Chain A, Cryo-Crystallography Of A True Substrate, Indole-3-Glycerol Phosphate, Bound To A Mutant (Alphad60n) Tryptophan Synthase Alpha2beta2 Complex Reveals The Correct Orientation Of Active Site Alpha Glu 49 Pos: 131/256 Gap: 4/256
urc05kLCDnFja28T8DYoFftZsro 12084524 1GEQ
12084525 1GEQ
248 E: 3E-42 Ident: 102/237 Ident% 43 Q: 18-251 (268)   S: 6-239 (248) Chain A, Entropic Stabilization Of The Tryptophan Synthase A-Subunit From A Hyperthermophile, Pyrococcus Furiosus: X-Ray Analysis And Calorimetry Pos: 145/237 Gap: 6/237
zNwxs6d9AlKxWpwsR/81+mUo+/s
15595234
12230946
11352730
9945857
tryptophan synthase beta chain [Pseudomonas aeruginosa] 402 0
307 677 735
u71ohsHYgM4OdgEydkgePbHL7ZE 15825882 1E5X
15825883 1E5X
486 E: 3E-10 Ident: 33/192 Ident% 17 Q: 64-250 (402)   S: 133-307 (486) Chain A, Structure Of Threonine Synthase From Arabidopsis Thaliana Pos: 69/192 Gap: 22/192
GGaCj84mXYdTgS8eu7j9zY+turE 7767090 1D6S
7767091 1D6S
322 E: 8E-14 Ident: 69/340 Ident% 20 Q: 61-393 (402)   S: 13-310 (322) Chain A, Crystal Structure Of The K41a Mutant Of O-Acetylserine Sulfhydrylase Complexed In External Aldimine Linkage With Methionine Pos: 115/340 Gap: 49/340
F0jjtv9pJhubS+8KdNn+k80e09Y 11514511 1FCJ
11514512 1FCJ
11514513 1FCJ
11514514 1FCJ
6980381 1OAS
6980382 1OAS
322 E: 6E-15 Ident: 70/340 Ident% 20 Q: 61-393 (402)   S: 13-310 (322) Chain A, Crystal Structure Of Oass Complexed With Chloride And Sulfate Pos: 116/340 Gap: 49/340
cfMIwFPVjz4GfZwxkFY/I5LhzMA 3891839 1TDJ
514 E: 3E-17 Ident: 34/160 Ident% 21 Q: 62-221 (402)   S: 32-176 (514) threonine deaminase (dehydratase) [Escherichia coli K12] Pos: 58/160 Gap: 15/160
VGn5R4TGsKIjj84UFKHbIqtX9wY 12084368 1F2D
12084369 1F2D
12084370 1F2D
12084371 1F2D
341 E: 8E-22 Ident: 65/346 Ident% 18 Q: 61-383 (402)   S: 15-325 (341) Chain A, 1-Aminocyclopropane-1-Carboxylate Deaminase Pos: 121/346 Gap: 58/346
jyWtQ56XeuZeivEdranukn//qgI 15825696 1JBQ
15825697 1JBQ
15825698 1JBQ
15825699 1JBQ
15825700 1JBQ
15825701 1JBQ
435 E: 2E-60 Ident: 67/354 Ident% 18 Q: 47-393 (402)   S: 96-408 (435) Chain A, Structure Of Human Cystathionine Beta-Synthase: A Unique Pyridoxal 5'-Phosphate Dependent Hemeprotein Pos: 114/354 Gap: 48/354
P3zWYNqfPvfgXONS91zs/6LopBc 11513800 1QOQ
396 E: 1E-120 Ident: 214/380 Ident% 56 Q: 14-392 (402)   S: 8-386 (396) Chain B, Crystal Structure Of Wild-Type Tryptophan Synthase Complexed With Indole Glycerol Phosphate Pos: 277/380 Gap: 2/380
6oyieSyBrhuJ2+rp/PFU4b2mZmA 13096581 1FUY
396 E: 1E-120 Ident: 214/380 Ident% 56 Q: 14-392 (402)   S: 8-386 (396) Chain B, Crystal Structure Of Betaa169lBETAC170W DOUBLE MUTANT OF Tryptophan Synthase Complexed With 5-Fluoro-Indole-Propanol Phosphate Pos: 277/380 Gap: 2/380
cvBgvYw40qI1ZFwFapTXfCCVTgA 2098382 2TYS
397 E: 1E-120 Ident: 214/380 Ident% 56 Q: 14-392 (402)   S: 9-387 (397) Chain B, Crystal Structures Of Mutant (Betak87t) Tryptophan Synthase Alpha2 Beta2 Complex With Ligands Bound To The Active Sites Of The Alpha And Beta Subunits Reveal Ligand-Induced Conformational Changes Pos: 278/380 Gap: 2/380
2DIA0swh+CpiqZwRpKBNoRDdTqA 4699588 1A50
4699620 2WSY
396 E: 1E-121 Ident: 215/380 Ident% 56 Q: 14-392 (402)   S: 8-386 (396) tryptophan synthase (EC 4.2.1.20) beta chain - Salmonella typhimurium Pos: 279/380 Gap: 2/380
a/y2GOx3FdgG5kgiqAWUC2FPv2Q 11513798 1QOP
396 E: 1E-121 Ident: 215/380 Ident% 56 Q: 14-392 (402)   S: 8-386 (396) Chain B, Crystal Structure Of Wild-Type Tryptophan Synthase Complexed With Indole Propanol Phosphate Pos: 278/380 Gap: 2/380
OOiTK3KO6+MBTssvAtEIYTUcZtY 3659999 1BEU
3212366 1A5A
3212368 1A5B
397 E: 1E-121 Ident: 215/380 Ident% 56 Q: 14-392 (402)   S: 9-387 (397) Chain B, Trp Synthase (D60n-Ipp-Ser) With K Pos: 279/380 Gap: 2/380
OxySBDdk6Sy6Ly8jk0tSI1Wtn30 1431672 1UBS
2098384 2TRS
2098386 2TSY
397 E: 1E-121 Ident: 214/380 Ident% 56 Q: 14-392 (402)   S: 9-387 (397) Chain B, Tryptophan Synthase (E.C.4.2.1.20) With A Mutation Of Lys 87 ->thr In The B Subunit And In The Presence Of Ligand L-Serine Pos: 278/380 Gap: 2/380
zGeYnvQRWBaYw5ul70IRCSbsb9Q 4699724 1BKS
1421255 1TTQ
1421253 1TTP
6730204 1CW2
6980601 1C8V
4699591 1A5S
6980565 1C29
6730160 1C9D
6730207 1CX9
397 E: 1E-121 Ident: 215/380 Ident% 56 Q: 14-392 (402)   S: 9-387 (397) TRYPTOPHAN SYNTHASE BETA CHAIN Pos: 279/380 Gap: 2/380
x1tzTdBi/8p3xDQJ24vptUWF2wU
15595235
13959717
11352692
9945858
transcriptional regulator TrpI [Pseudomonas aeruginosa] 295 0
935 1201 1201
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 6E-20 Ident: 41/250 Ident% 16 Q: 7-247 (295)   S: 2-248 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 77/250 Gap: 12/250
q4ibXr4MdbU77a8Q+MGcjPiVH3E
15595236
11348730
9945859
hypothetical protein [Pseudomonas aeruginosa] 71 0
8 9 0  
f1gHmpsmDkJaGumeupOM9khnJSo
15595237
11348731
9945860
hypothetical protein [Pseudomonas aeruginosa] 75 1
6-28
6 7 8  
*TARGET
Hw/MCKbDdtV29o9RNkpoCVaAqOI
15595238
11347607
9945861
conserved hypothetical protein [Pseudomonas aeruginosa] 562 1
2-24
62 130 228  
*TARGET
MgfCT9JzhKvN+RGtTGvfrG4uR5M
15595239
11351375
9945862
probable hemagglutinin [Pseudomonas aeruginosa] 3535 0
207 1174 2111  
Jz8g65y8xi4l1oofqINpRKwdScI
15595240
11348732
9945864
hypothetical protein [Pseudomonas aeruginosa] 131 1
3-25
13 19 0  
sH+TK2r0oqbSDzDH6CVzQUG7+Qs
15595241
11348733
9945865
hypothetical protein [Pseudomonas aeruginosa] 460 14
44-66,79-101,105-127,130-151,153-172,186-208,219-241,246-267,273-295,306-328,344-366,375-397,406-428,434-454
13 34 50  
GRgI/NEq3ErEyLYMkOJgyextG4o
15595242
11348502
9945866
exoenzyme T [Pseudomonas aeruginosa] 457 0
23 43 0
bWrtDkYUJdD7lyU3jo5eMzskdTM 6730533 1QS1
6730534 1QS1
6730535 1QS1
6730536 1QS1
462 E: .37E0 Ident: 42/149 Ident% 28 Q: 265-392 (457)   S: 292-435 (462) Chain A, Crystal Structure Of Vegetative Insecticidal Protein2 (Vip2) Pos: 63/149 Gap: 26/149
vwZlRCrw/davJk0PIngo3RbJxdw 15988440 1JSQ
15988441 1JSQ
15988442 1JSQ
15988443 1JSQ
15988444 1JSQ
15988445 1JSQ
15988446 1JSQ
15988447 1JSQ
582 E: .64E0 Ident: 19/101 Ident% 18 Q: 94-184 (457)   S: 244-344 (582) ATP-binding transport protein; multicopy suppressor of htrB [Escherichia coli O157:H7 EDL933] Pos: 38/101 Gap: 10/101
PPWh/SBwBr12NB9uvaX9/4Y7x20 6730537 1QS2
401 E: .43E0 Ident: 42/149 Ident% 28 Q: 265-392 (457)   S: 231-374 (401) Chain A, Crystal Structure Of Vip2 With Nad Pos: 63/149 Gap: 26/149
2e6EajzDijw/47rkIdNE48etnNI 18655413 1HY5
18655414 1HY5
136 E: 2E-4 Ident: 32/78 Ident% 41 Q: 125-200 (457)   S: 31-105 (136) Chain A, Crystal Structure Of The Catalytic Domain Of Yope-Yersinia Pestis Gap Effector Protein. Pos: 44/78 Gap: 5/78
pRGgMFLCG5JgbzxM+1dWUuP/WNw 13096377 1G4U
13096379 1G4W
383 E: 2E-4 Ident: 34/133 Ident% 25 Q: 110-241 (457)   S: 9-141 (383) Chain S, Crystal Structure Of The Salmonella Tyrosine Phosphatase And Gtpase Activating Protein Sptp Bound To Rac1 Pos: 58/133 Gap: 1/133
r9dj7wzwgjftSX8uPMYlfk1RskE 13787039 1HE9
134 E: 1E-34 Ident: 94/127 Ident% 74 Q: 105-231 (457)   S: 1-127 (134) Chain A, Crystal Structure Of The Gap Domain Of The Pseudomonas Aeruginosa Exos Toxin Pos: 105/127 Gap: -1/-1
YHDtPn2g5UxTLwQK14JvTZ6ncWY 13096777 1HE1
13096778 1HE1
135 E: 5E-37 Ident: 98/132 Ident% 74 Q: 100-231 (457)   S: 3-134 (135) Chain A, Crystal Structure Of The Complex Between The Gap Domain Of The Pseudomonas Aeruginosa Exos Toxin And Human Rac Pos: 110/132 Gap: -1/-1
w/I5nT0P8vne7iuxPZqgT5QPrRU
15595243
11348734
9945867
hypothetical protein [Pseudomonas aeruginosa] 228 1
8-30
17 19 27  
vGYRW/LXz9lXBldHucNGP0R9wRc
15595244
11348735
9945868
hypothetical protein [Pseudomonas aeruginosa] 117 0
13 22 0  
ytQMbNW2nftoly7eZwBt86Bj9rA
15595245
11348736
9945869
hypothetical protein [Pseudomonas aeruginosa] 169 0
15 15 0  
Mb0xG7SaKSUztVohjglkRL5jRyo
15595246
11351943
9945870
probable transcriptional regulator [Pseudomonas aeruginosa] 127 0
121 718 1204
qBnM8KKjbiHzwTD1ZyvSIV+YQ+Q 443101 1LMB
443100 1LMB
230136 1LRP
92 E: .2E0 Ident: 9/62 Ident% 14 Q: 4-61 (127)   S: 15-76 (92) Chain 4, Lambda RepressorOPERATOR COMPLEX Pos: 24/62 Gap: 4/62
dH93UtnWf+gSzaGNN7nUSoq5MnE 2392715 2R63
63 E: .005E0 Ident: 14/63 Ident% 22 Q: 2-64 (127)   S: 1-62 (63) Structural Role Of A Buried Salt Bridge In The 434 Repressor Dna-Binding Domain, Nmr, 20 Structures Pos: 25/63 Gap: 1/63
xh2juRTzj+lMxpGriJwJIwQHUVA 2392654 1ZUG
230833 3CRO
230465 2CRO
230834 3CRO
71 E: .15E0 Ident: 12/60 Ident% 20 Q: 2-61 (127)   S: 3-61 (71) Regulatory protein cro (Antirepressor) Pos: 23/60 Gap: 1/60
l/JibjdPgyno8Q6vHQqt/U0PVAY 640245 1LLI
640244 1LLI
92 E: .038E0 Ident: 10/62 Ident% 16 Q: 4-61 (127)   S: 15-76 (92) Chain B, Lambda Repressor Mutant With Val 36 Replaced By Leu, Met 40 Replaced By Leu, And Val 47 Replaced By Ile (V36l,M40l,V47i) Complexed With Dna Operator Pos: 24/62 Gap: 4/62
OTX8avTnxtCVJwm3jN/rto/Fu+4 493805 1ADR
76 E: 5E-4 Ident: 8/61 Ident% 13 Q: 4-64 (127)   S: 7-67 (76) P22 C2 Repressor (Amino-Terminal Dna-Binding Domain, Residues 1 - 76) (Nmr, 20 Structures) Pos: 25/61 Gap: -1/-1
dTjnp96lITH1opoiEhyegnSAALY 4389349 1B0N
111 E: 1E-4 Ident: 15/66 Ident% 22 Q: 3-67 (127)   S: 2-67 (111) transcriptional regulator [Bacillus subtilis] Pos: 32/66 Gap: 1/66
k3LWnLO5CtIeAKlC42jhKBYVe/8 1421288 1PRA
69 E: 1E-4 Ident: 15/68 Ident% 22 Q: 3-70 (127)   S: 2-68 (69) Repressor Protein From Bacteriophage 434 (Dna-Binding Domain, Residues 1-69) (Nmr, 20 Structures) Pos: 27/68 Gap: 1/68
s1fOM+FFnMcO396N0uBHwcrdaMc 2392519 1R63
63 E: 7E-4 Ident: 15/63 Ident% 23 Q: 2-64 (127)   S: 1-62 (63) Structural Role Of A Buried Salt Bridge In The 434 Repressor Dna-Binding Domain, Nmr, 20 Structures Pos: 26/63 Gap: 1/63
8EIN8btma6AH8ODKMKPxru/3ZYw 230281 1R69
494439 1PER
494440 1PER
494569 1RPE
494570 1RPE
230647 2OR1
230648 2OR1
69 E: 6E-5 Ident: 16/69 Ident% 23 Q: 2-70 (127)   S: 1-68 (69) 434 Repressor (Amino-Terminal Domain) (R1-69) Pos: 28/69 Gap: 1/69
joSfFOpJnDia0PFP1ALruUwe0eQ
15595247
11348737
9945871
hypothetical protein [Pseudomonas aeruginosa] 553 0
2 3 0  
Cj4124m8zTYJIo3Ki2DxoQ4dC80
15595248
11348738
9945873
hypothetical protein [Pseudomonas aeruginosa] 46 1
5-27
1 1 0  
C4P2LGr2FhZrMshbWgvTXAo8Dd4
15595249
11351318
9945874
probable glutamine amidotransferase [Pseudomonas aeruginosa] 610 0
271 438 470
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: 1E-35 Ident: 52/326 Ident% 15 Q: 2-261 (610)   S: 1-321 (504) Chain B, Escherichia Coli Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase Pos: 88/326 Gap: 71/326
yvQ7y5oiedGhC1gvSBMc1rr6d8s 1827663 1GDO
1827667 1GDO
1827658 1GMS
1827660 1GMS
1827661 1GDO
1827665 1GDO
1827657 1GMS
1827659 1GMS
240 E: 1E-40 Ident: 45/250 Ident% 18 Q: 2-212 (610)   S: 1-240 (240) Chain B, Glutaminase Domain Of Glucosamine 6-Phosphate Synthase Complexed With Glutamate Pos: 75/250 Gap: 49/250
v7t/rHfd9FYzTF2fbeXEoIyXI4o 18158792 1JGT
18158793 1JGT
513 E: 2E-43 Ident: 93/478 Ident% 19 Q: 66-542 (610)   S: 64-451 (513) Chain A, Crystal Structure Of Beta-Lactam Synthetase Pos: 154/478 Gap: 91/478
gu+rEPovvLh5L+cuH4qOWlWHajo 17942686 1JXA
17942687 1JXA
17942688 1JXA
608 E: 4E-46 Ident: 49/276 Ident% 17 Q: 2-238 (610)   S: 1-266 (608) Chain A, Glucosamine 6-Phosphate Synthase With Glucose 6-Phosphate Pos: 85/276 Gap: 49/276
UoyuBjZx47wS/2yhdlrLlGE8uHg 2624597 1AO0
2624598 1AO0
2624599 1AO0
2624600 1AO0
459 E: 5E-49 Ident: 53/308 Ident% 17 Q: 2-262 (610)   S: 1-301 (459) Chain A, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase From B. Subtilis Complexed With Adp And Gmp Pos: 98/308 Gap: 54/308
ZKu6xZGWHsENrcLfx6B4k3OrSPs 576138 1GPH
576139 1GPH
576140 1GPH
576141 1GPH
465 E: 5E-49 Ident: 53/308 Ident% 17 Q: 2-262 (610)   S: 1-301 (465) Chain 1, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase (E.C.2.4.2.14) Pos: 98/308 Gap: 54/308
mavoSd7XwWGsirUyCFO4OufnrrY 6730195 1CT9
6730196 1CT9
6730197 1CT9
6730198 1CT9
553 E: 1E-122 Ident: 132/601 Ident% 21 Q: 4-591 (610)   S: 3-503 (553) Chain A, Crystal Structure Of Asparagine Synthetase B From Escherichia Coli Pos: 226/601 Gap: 113/601
lAL7xPTYtNojxtz0X3ADg+MciEs
15595250
11348739
9945875
hypothetical protein [Pseudomonas aeruginosa] 142 0
8 38 137
T8P5Szg+wwn96AhFDa4hW3WEEYs 14278247 1FI2
201 E: 4.1E0 Ident: 16/72 Ident% 22 Q: 50-113 (142)   S: 72-143 (201) Chain A, Crystal Structure Of Germin (Oxalate Oxidase) Pos: 26/72 Gap: 8/72
hVvl3LyNSR+RDUYboTbCbSuqoe4
15595251
11348740
9945876
hypothetical protein [Pseudomonas aeruginosa] 84 0
15 33 30  
HdLVZvk7o3WU4p+/y7rVNXjjefc
15595252
12230262
11347608
9945877
conserved hypothetical protein [Pseudomonas aeruginosa] 182 0
28 50 55
dCihk/5vswrYkCp9mocgJWBQJPY 16975330 1IH0
71 E: 4.4E0 Ident: 6/34 Ident% 17 Q: 31-64 (182)   S: 19-52 (71) Chain A, Structure Of The C-Domain Of Human Cardiac Troponin C In Complex With Ca2+ Sensitizer Emd 57033 Pos: 16/34 Gap: -1/-1
ArpU+Zcdn70JMq//MQFfiJanNNc 231093 4TNC
162 E: 4.3E0 Ident: 7/35 Ident% 20 Q: 30-64 (182)   S: 109-143 (162) Troponin C Pos: 17/35 Gap: -1/-1
gJ3BusKImsB2GcGjVvX3EOzU6+Y 3212433 1AJ4
161 E: 3.4E0 Ident: 6/34 Ident% 17 Q: 31-64 (182)   S: 109-142 (161) Structure Of Calcium-Saturated Cardiac Troponin C, Nmr, 1 Structure Pos: 16/34 Gap: -1/-1
RNgRIFpfxMQqZ4FFo4vzRkvMk8I 8569581 1DTL
161 E: 3.4E0 Ident: 6/34 Ident% 17 Q: 31-64 (182)   S: 109-142 (161) Chain A, Crystal Structure Of Calcium-Saturated (3ca2+) Cardiac Troponin C Complexed With The Calcium Sensitizer Bepridil At 2.15 A Resolution Pos: 16/34 Gap: -1/-1
9Ap4Lh5jMlGD3y5A7n0asZM2cys 3212747 3CTN
76 E: 4.5E0 Ident: 6/34 Ident% 17 Q: 31-64 (182)   S: 24-57 (76) Structure Of Calcium-Saturated Cardiac Troponin C, Nmr, 30 Structures Pos: 16/34 Gap: -1/-1
+o1aRNRrCqb2cvYlJJIqY4o5cCc 10120818 1FI5
81 E: 3.8E0 Ident: 6/34 Ident% 17 Q: 31-64 (182)   S: 29-62 (81) Chain A, Nmr Structure Of The C Terminal Domain Of Cardiac Troponin C Bound To The N Terminal Domain Of Cardiac Troponin I Pos: 16/34 Gap: -1/-1
8165vB1DTT8CQm26lrlhQbCGw+8 231183 5TNC
162 E: 4.4E0 Ident: 7/35 Ident% 20 Q: 30-64 (182)   S: 109-143 (162) Troponin-C Pos: 17/35 Gap: -1/-1
5MTCs5No5SvH3Bl5ZpvTGjyb/VA 494663 1TOP
1942982 1NCX
1942983 1NCZ
1942647 1NCY
162 E: 4E0 Ident: 7/35 Ident% 20 Q: 30-64 (182)   S: 109-143 (162) Troponin C Pos: 17/35 Gap: -1/-1
ZbMfaC7Vw9//fmkkU/VdR1vC60c
15595253
11348741
9945878
hypothetical protein [Pseudomonas aeruginosa] 168 0
5 10 0  
shngBVsNRaQ3SAJeEv99HQa/nQI
15595254
11351944
9945879
probable transcriptional regulator [Pseudomonas aeruginosa] 306 0
1026 1201 1201
rM9zOadRds6/hYdkO/5p09Xg5TU 15826582 1I6A
219 E: 2E-22 Ident: 33/207 Ident% 15 Q: 88-291 (306)   S: 1-207 (219) Chain A, Crystal Stucture Of The Oxidized Form Of Oxyr Pos: 58/207 Gap: 3/207
ArppAnKHDHr/Wlp65Gsjp4yUsgs 15826580 1I69
15826581 1I69
219 E: 3E-22 Ident: 33/207 Ident% 15 Q: 88-291 (306)   S: 1-207 (219) Chain A, Crystal Structure Of The Reduced Form Of Oxyr Pos: 58/207 Gap: 3/207
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 1E-37 Ident: 55/298 Ident% 18 Q: 3-294 (306)   S: 2-298 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 117/298 Gap: 7/298
XTbEfSBX4LK4GPg7e3cqv4Akums
15595255
11348742
9945880
hypothetical protein [Pseudomonas aeruginosa] 295 0
80 520 937
C0g4SqX/1BDxS4MgMEisEXpPjvY 6137439 1QH5
6137440 1QH5
6137437 1QH3
6137438 1QH3
260 E: .36E0 Ident: 12/58 Ident% 20 Q: 48-103 (295)   S: 15-68 (260) hydroxyacyl glutathione hydrolase; hydroxyacyl glutathione hydrolase; glyoxalase 2; Hydroxyacyl glutathione hydrolase; glyoxalase II; hydroxyacylglutathione hydroxylase [Homo sapiens] Pos: 25/58 Gap: 6/58
dFy3rKag6gYWYFxCBbnmcMTR0II 15825822 1JJE
15825823 1JJE
222 E: 1.4E0 Ident: 44/182 Ident% 24 Q: 55-229 (295)   S: 43-197 (222) Chain A, Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa In Complex With A Biaryl Succinic Acid Inhibitor (11) Pos: 73/182 Gap: 34/182
jBPYMibRSGOmLbz0ZI1phniYAcc 6729916 1BVT
3891961 1BC2
3891962 1BC2
227 E: 2.6E0 Ident: 44/178 Ident% 24 Q: 57-229 (295)   S: 53-210 (227) Chain A, Metallo-Beta-Lactamase From Bacillus Cereus 569H9 Pos: 76/178 Gap: 25/178
MJ3ASArKoA9Vi9zCKlk1qfaYiPo 11513751 1DDK
220 E: 1.3E0 Ident: 44/182 Ident% 24 Q: 55-229 (295)   S: 42-196 (220) Chain A, Crystal Structure Of Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa Pos: 73/182 Gap: 34/182
L6FiZs6SzpVm9VZrMR2dpe8EXfU 6137470 1SML
269 E: .009E0 Ident: 29/131 Ident% 22 Q: 47-174 (295)   S: 40-165 (269) Chain A, Metallo Beta Lactamase L1 From Stenotrophomonas Maltophilia Pos: 50/131 Gap: 8/131
3ov5UKBHdok9NXtZhkxOKk9lBHE 1827826 1BMC
221 E: 2.2E0 Ident: 44/178 Ident% 24 Q: 57-229 (295)   S: 47-204 (221) Structure Of A Zinc Metallo-Beta-Lactamase From Bacillus Cereus Pos: 76/178 Gap: 25/178
DcaWGtOZ17Q2xedscaYiU07BkPg 11513648 1E5D
11513649 1E5D
402 E: .14E0 Ident: 25/153 Ident% 16 Q: 46-195 (295)   S: 36-172 (402) Rubredoxin-oxygen oxidoreductase (ROO) (Rubredoxin oxidase) Pos: 48/153 Gap: 19/153
XT8+3JO2FsX22qeiVs94XDmThLQ 10120734 1DXK
227 E: 4.1E0 Ident: 44/178 Ident% 24 Q: 57-229 (295)   S: 53-210 (227) Chain A, Metallo-Beta-Lactamase From Bacillus Cereus 569H9 C168S Mutant Pos: 76/178 Gap: 25/178
cIKbi2bj5zVKnVqOWbQw91qCE6o 4930171 2BC2
4930172 2BC2
4930212 3BC2
227 E: 3.2E0 Ident: 44/178 Ident% 24 Q: 57-229 (295)   S: 53-210 (227) Chain A, Metallo Beta-Lactamase Ii From Bacillus Cereus 569H9 AT Ph 6.0, Trigonal Crystal Form Pos: 76/178 Gap: 25/178
Fxm0w1DnZDWiDNXZ9FMIUnpYdGk 11513826 1DD6
11513827 1DD6
15825825 1JJT
15825826 1JJT
228 E: 1.8E0 Ident: 44/182 Ident% 24 Q: 55-229 (295)   S: 43-197 (228) Chain A, Imp-1 Metallo Beta-Lactamase From Pseudomonas Aeruginosa In Complex With A Mercaptocarboxylate Inhibitor Pos: 73/182 Gap: 34/182
N0abiif/C4AGjZWV9KgD2/hPC2c 5542575 4ZNB
5542576 4ZNB
232 E: 1E-46 Ident: 47/220 Ident% 21 Q: 41-257 (295)   S: 33-231 (232) Chain A, Metallo-Beta-Lactamase (C181s Mutant) Pos: 87/220 Gap: 24/220
5TH1bP3JnMZYWyRrIJwXj59CGOg 1942529 1ZNB
1942528 1ZNB
2914226 3ZNB
2914208 2ZNB
2914207 2ZNB
2914225 3ZNB
232 E: 7E-48 Ident: 47/220 Ident% 21 Q: 41-257 (295)   S: 33-231 (232) Chain B, Metallo-Beta-Lactamase Pos: 87/220 Gap: 24/220
jAZBIe/yywfB4Hh7zonVgaCQqWo 3891997 1A8T
3891998 1A8T
3318914 1A7T
3318915 1A7T
232 E: 4E-49 Ident: 47/220 Ident% 21 Q: 41-257 (295)   S: 33-231 (232) Chain A, Metallo-Beta-Lactamase In Complex With L-159,061 Pos: 86/220 Gap: 24/220
XBv3Q77UHx7Kuox4rVYxBZr3vl8 17942983 1HLK
17942984 1HLK
227 E: 5E-49 Ident: 46/208 Ident% 22 Q: 41-245 (295)   S: 30-216 (227) Chain A, Metallo-Beta-Lactamase From Bacteroides Fragilis In Complex With A Tricyclic Inhibitor Pos: 85/208 Gap: 24/208
e2ndT+OghztoJLRAeuKoIbL7IFE 3660296 2BMI
3660295 2BMI
232 E: 4E-49 Ident: 47/220 Ident% 21 Q: 41-257 (295)   S: 33-231 (232) Chain B, Metallo-Beta-Lactamase Pos: 87/220 Gap: 24/220
4PGqKiAWpPe9J/aFRE5SYRtyU2E
15595256
11348743
9945881
hypothetical protein [Pseudomonas aeruginosa] 234 0
12 33 53  
o8OOhw4IJfZoDBH+MAdLj82yXLU
15595257
11350699
9945882
osmotically inducible protein OsmC [Pseudomonas aeruginosa] 151 0
47 89 120  
Hfqd3YTneD+kfaVgLdq8cbXnbHA
15595258
11347609
9945883
conserved hypothetical protein [Pseudomonas aeruginosa] 77 0
7 9 7  
KX7HLqzsKJwX8wXV3zFWVlWufxw
15595259
11348744
9945884
hypothetical protein [Pseudomonas aeruginosa] 145 1
3-25
2 10 0  
W5vTE4bIFH5Ci1DIFSIEvqHn4Fg
15595260
11348745
9945885
hypothetical protein [Pseudomonas aeruginosa] 138 1
4-22
12 9 0  
8ayWFFK0I50UqqXplatLsvPOZn4
15595261
11348746
9945887
hypothetical protein [Pseudomonas aeruginosa] 375 0
36 40 0  
DLKCiHnHTIcNe/pLjocEgYc6uGU
15595262
11348747
9945888
hypothetical protein [Pseudomonas aeruginosa] 327 9
28-50,68-89,101-123,126-148,151-173,188-210,221-243,257-279,291-313
5 10 0  
5iQydpc2TLtMNZt2/7vu4w3b69k
15595263
11348748
9945889
hypothetical protein [Pseudomonas aeruginosa] 221 0
135 1047 1214
jK9/K11NHaeX7vX0aK77T/hbYlU 8569337 1EK1
8569338 1EK1
8569339 1EK2
8569340 1EK2
6573470 1CR6
6573468 1CQZ
6573469 1CR6
6573467 1CQZ
554 E: 7E-5 Ident: 40/218 Ident% 18 Q: 12-203 (221)   S: 7-214 (554) SOLUBLE EPOXIDE HYDROLASE (SEH) (EPOXIDE HYDRATASE) (CYTOSOLIC EPOXIDE HYDROLASE) (CEH) Pos: 70/218 Gap: 36/218
4/iSHoUqN7Uc9XAg7dA68WPU4WU 2914420 1AQ6
2914421 1AQ6
253 E: 1E-7 Ident: 25/199 Ident% 12 Q: 9-190 (221)   S: 3-191 (253) 2-HALOALKANOIC ACID DEHALOGENASE (L-2-HALOACID DEHALOGENASE) (HALOCARBOXYLIC ACID HALIDOHYDROLASE) Pos: 48/199 Gap: 27/199
X78VXPJ6Ox9A+SvakRNy/UT/H5I 6435582 1QQ5
6435583 1QQ5
253 E: 1E-7 Ident: 25/199 Ident% 12 Q: 9-190 (221)   S: 3-191 (253) Chain A, Structure Of L-2-Haloacid Dehalogenase From Xanthobacter Autotrophicus Pos: 48/199 Gap: 27/199
GijqkoIp5LlI0vguiatlUAK7Dfg 8569435 1QH9
3212552 1JUD
232 E: 2E-10 Ident: 35/226 Ident% 15 Q: 9-219 (221)   S: 5-223 (232) 2-HALOALKANOIC ACID DEHALOGENASE (L-2-HALOACID DEHALOGENASE) (HALOCARBOXYLIC ACID HALIDOHYDROLASE) (L-DEX) Pos: 59/226 Gap: 22/226
Vdj+Ws9/lKWLm+lO3xOedqPRMv0 15826095 1J97
15826096 1J97
211 E: 1E-10 Ident: 34/222 Ident% 15 Q: 9-218 (221)   S: 6-207 (211) Chain A, Phospho-Aspartyl Intermediate Analogue Of Phosphoserine Phosphatase Pos: 69/222 Gap: 32/222
XdiFy/YEIzX+hotnSPvsUts40Pg 4699780 1ZRN
4699779 1ZRM
232 E: 3E-10 Ident: 35/226 Ident% 15 Q: 9-219 (221)   S: 5-223 (232) Intermediate Structure Of L-2-Haloacid Dehalogenase With Monochloroacetate Pos: 59/226 Gap: 22/226
mtEM+xa7nPDcRLxeZYvR3KuNfR8 10835405 1FEZ
10835406 1FEZ
10835407 1FEZ
10835408 1FEZ
256 E: 2E-10 Ident: 30/203 Ident% 14 Q: 7-192 (221)   S: 1-203 (256) Chain A, The Crystal Structure Of Bacillus Cereus Phosphonoacetaldehyde Hydrolase Complexed With Tungstate, A Product Analog Pos: 58/203 Gap: 17/203
J14DK6NIUBoatmiCeKSLYXRkLz8 14719642 1F5S
14719643 1F5S
211 E: 1E-11 Ident: 35/222 Ident% 15 Q: 9-218 (221)   S: 6-207 (211) phosphoserine phosphatase (serB) [Methanococcus jannaschii] Pos: 70/222 Gap: 32/222
8DO8ZW8kWEjKo6+AaNADa1M/tOM 6435568 1QQ7
6435569 1QQ7
6435584 1QQ6
6435585 1QQ6
253 E: 8E-15 Ident: 24/249 Ident% 9 Q: 8-219 (221)   S: 2-242 (253) Chain A, Structure Of L-2-Haloacid Dehalogenase From Xanthobacter Autotrophicus With Chloropropionic Acid Covalently Bound Pos: 54/249 Gap: 45/249
VR++Hc6pDjc//7fa82rNc2Y4wrc
15595264
11347610
9945890
conserved hypothetical protein [Pseudomonas aeruginosa] 180 0
300 1226 1563
Kn/QfCeYvWAyYbK4HXiOYva7xDc 2392551 1TDT
2392552 1TDT
2392550 1TDT
259 E: .004E0 Ident: 26/139 Ident% 18 Q: 1-131 (180)   S: 124-236 (259) Chain B, Three-Dimensional Structure Of Tetrahydrodipicolinate-N- Succinlytransferase Pos: 44/139 Gap: 34/139
Pl+VrC90oDCv6UswqzZiCBb7K5Y 3318874 1XAT
3318778 2XAT
3318874 1XAT
3318778 2XAT
212 E: 3.1E0 Ident: 8/46 Ident% 17 Q: 10-55 (180)   S: 110-155 (212) Structure Of The Hexapeptide Xenobiotic Acetyltransferase From Pseudomonas Aeruginosa Pos: 20/46 Gap: -1/-1
h1/jIL1BE73cf9uVrpwhie63UMs 3891785 3TDT
274 E: .004E0 Ident: 26/139 Ident% 18 Q: 1-131 (180)   S: 124-236 (274) 2,3,4,5-TETRAHYDROPYRIDINE-2-CARBOXYLATE N-SUCCINYLTRANSFERASE (TETRAHYDRODIPICOLINATE N-SUCCINYLTRANSFERASE) (THP SUCCINYLTRANSFERASE) (TETRAHYDROPICOLINATE SUCCINYLASE) Pos: 44/139 Gap: 34/139
GwS73DhMGAEsPPMV4YU54eKb3Kg 14488785 1G95
14488786 1G97
14488785 1G95
14488786 1G97
14488785 1G95
14488786 1G97
459 E: 4.8E0 Ident: 41/169 Ident% 24 Q: 13-150 (180)   S: 268-431 (459) UDP-N-acetylglucosamine pyrophosphorylase [Streptococcus pneumoniae TIGR4] Pos: 70/169 Gap: 36/169
ebLsihCAHzy369pfAuPMRZGa1aQ 17942977 1HM9
17942978 1HM9
17942979 1HM8
17942980 1HM8
17942981 1HM0
17942982 1HM0
17942977 1HM9
17942978 1HM9
17942979 1HM8
17942980 1HM8
17942981 1HM0
17942982 1HM0
468 E: .017E0 Ident: 17/59 Ident% 28 Q: 5-58 (180)   S: 394-452 (468) Chain A, Crystal Structure Of S.Pneumoniae N-Acetylglucosamine-1- Phosphate Uridyltransferase, Glmu, Bound To Acetyl Coenzyme A And Udp-N-Acetylglucosamine Pos: 30/59 Gap: 5/59
Po3BVtk70onJhLP6kFZ1aVMZoro 11514554 1FWY
11514555 1FWY
11514557 1FXJ
11514558 1FXJ
11514554 1FWY
11514555 1FWY
11514557 1FXJ
11514558 1FXJ
11514554 1FWY
11514555 1FWY
11514557 1FXJ
11514558 1FXJ
331 E: .41E0 Ident: 5/54 Ident% 9 Q: 87-140 (180)   S: 263-315 (331) Chain A, Crystal Structure Of N-Acetylglucosamine 1-Phosphate Uridyltransferase Bound To Udp-Glcnac Pos: 14/54 Gap: 1/54
J9lkvU5MrebHM9ic2qgsAIZBMvM 13399862 1HV9
13399863 1HV9
13399862 1HV9
13399863 1HV9
456 E: 4E-6 Ident: 20/96 Ident% 20 Q: 86-180 (180)   S: 267-361 (456) N-acetyl glucosamine-1-phosphate uridyltransferase [Escherichia coli O157:H7] Pos: 32/96 Gap: 2/96
DAzXFi7ygnaxWC8ddXTtcCVc+jA 5542459 1QRL
214 E: 3E-10 Ident: 53/190 Ident% 27 Q: 11-178 (180)   S: 27-210 (214) Chain A, A Closer Look At The Active Site Of Gamma-Carbonic Anhydrases: High Resolution Crystallographic Studies Of The Carbonic Anhydrase From Methanosarcina Thermophila Pos: 93/190 Gap: 28/190
bp+SHTJX0ifa62MLguQdrkhiP1o 5542450 1QRE
5542428 1QQ0
247 E: 2E-10 Ident: 53/190 Ident% 27 Q: 11-178 (180)   S: 60-243 (247) Carbonic anhydrase precursor Pos: 93/190 Gap: 28/190
FuCpW5X0+7qhcTl5PzLwTi8ocIo 1827571 1THJ
1827572 1THJ
1827573 1THJ
214 E: 3E-10 Ident: 53/190 Ident% 27 Q: 11-178 (180)   S: 27-210 (214) Chain A, Carbonic Anhydrase From Methanosarcina Pos: 93/190 Gap: 28/190
EWOp6zbQGHpRJtb6ZKwn1qxkbWo 5542460 1QRM
5542452 1QRG
5542451 1QRF
213 E: 3E-10 Ident: 53/190 Ident% 27 Q: 11-178 (180)   S: 26-209 (213) Chain A, A Closer Look At The Active Site Of Gamma-Carbonic Anhydrases: High Resolution Crystal Structures Of The Carbonic Anhydrase From Methanosarcina Thermophila Pos: 93/190 Gap: 28/190
/2BCVTM/npRbEPRVlXdKGm69/mU 1311000 1LXA
1311000 1LXA
262 E: 2E-10 Ident: 22/150 Ident% 14 Q: 5-145 (180)   S: 12-158 (262) UDP-N-acetylglucosamine acetyltransferase; lipid A biosynthesis [Escherichia coli K12] Pos: 57/150 Gap: 12/150
IkZJOK/3zbUPzVuLMPnUhXn4bvk
15595265
11350690
9945891
oligopeptidase A [Pseudomonas aeruginosa] 681 0
93 153 192
yF4ow4Kt+GX8DzAJFvU+9GkCUYU 13399624 1I1I
681 E: 0E0 Ident: 193/674 Ident% 28 Q: 16-679 (681)   S: 27-681 (681) Chain P, Neurolysin (Endopeptidase 24.16) Crystal Structure Pos: 331/674 Gap: 29/674
g/UaSfeS4eFONYjDPrFzkls7HDM
15595266
11348749
9945892
hypothetical protein [Pseudomonas aeruginosa] 91 0
6 27 0  
*TARGET
IajhGAKI2Z3WPANfKWSEtzGTEi4
15595267
11347611
9945893
conserved hypothetical protein [Pseudomonas aeruginosa] 352 0
48 124 376  
jGjxwYgms1+HFJKbQ1d0kBWwh+k
15595268
11348750
9945894
hypothetical protein [Pseudomonas aeruginosa] 304 0
30 41 0  
yzaA+E/CeV/zYbt8YI9N1NePQEQ
15595269
11348751
9945895
hypothetical protein [Pseudomonas aeruginosa] 570 1
1-20
42 147 1280
zXjgXT1avhnY4KWo2ImChGkzpug 13786876 1I84
13786879 1I84
13786876 1I84
13786879 1I84
1184 E: 7E0 Ident: 34/238 Ident% 14 Q: 363-558 (570)   S: 918-1145 (1184) Chain S, Cryo-Em Structure Of The Heavy Meromyosin Subfragment Of Chicken Gizzard Smooth Muscle Myosin With Regulatory Light Chain In The Dephosphorylated State. Only C Alphas Provided For Regulatory Light Chain. Only Backbone Atoms Provided For S2 Fra Pos: 72/238 Gap: 52/238
*TARGET
YH776/ofgPo3N5TLciohZkY0KGI
15595270
11348752
9945896
hypothetical protein [Pseudomonas aeruginosa] 399 5
21-43,264-286,298-320,324-346,360-382
12 53 245  
ctujRVWaNJoyNenA3pheNe19lYE
15595271
11351004
9945897
probable ATP-binding component of ABC transporter [Pseudomonas aeruginosa] 239 0
1267 1233 1270
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
262 E: 1E-48 Ident: 67/236 Ident% 28 Q: 3-233 (239)   S: 7-238 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 100/236 Gap: 9/236
bHzMC4Gxg64/bRB+N8ytSV+FEa0 15826057 1F3O
235 E: 7E-59 Ident: 74/232 Ident% 31 Q: 3-226 (239)   S: 2-223 (235) Chain A, Crystal Structure Of Mj0796 Atp-Binding Cassette Pos: 115/232 Gap: 18/232
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
372 E: 9E-61 Ident: 72/240 Ident% 30 Q: 3-239 (239)   S: 4-222 (372) Chain 1, Malk Pos: 111/240 Gap: 24/240
Lvu82oqqqbje7HlDdnVvxFu+hgo
15595272
11352565
9945898
serine/threonine protein kinase PpkA [Pseudomonas aeruginosa] 1032 2
34-56,349-371
1235 1239 1237
X+xdD0AfxOnDwd7K90mRICrc3A4 9256908 1F3M
9256910 1F3M
297 E: 3E-20 Ident: 79/273 Ident% 28 Q: 13-271 (1032)   S: 27-294 (297) Chain C, Crystal Structure Of Human SerineTHREONINE KINASE PAK1 Pos: 131/273 Gap: 19/273
K5JFXhzA/Yk1La/SkjrTat1xu4E 1827741 1PHK
298 E: 1E-66 Ident: 56/271 Ident% 20 Q: 6-257 (1032)   S: 17-284 (298) Two Structures Of The Catalytic Domain Of Phosphorylase, Kinase: An Active Protein Kinase Complexed With Nucleotide, Substrate-Analogue And Product Pos: 112/271 Gap: 22/271
B+PhPO0pooHQeaZvQ0r69qQHyNY 6730463 1QL6
298 E: 1E-66 Ident: 56/271 Ident% 20 Q: 6-257 (1032)   S: 17-284 (298) Chain A, The Catalytic Mechanism Of Phosphorylase Kinase Probed By Mutational Studies Pos: 111/271 Gap: 22/271
WZ+mkJsLLrEXx6vXTySqdoYVumw 4389105 2PHK
277 E: 1E-66 Ident: 56/271 Ident% 20 Q: 6-257 (1032)   S: 4-271 (277) Chain A, The Crystal Structure Of A Phosphorylase Kinase Peptide Substrate Complex: Kinase Substrate Recognition Pos: 112/271 Gap: 22/271
BzccNygBvi44e7UwRyIEnQ5DYwg 2098412 1YDR
2098418 1YDS
2098410 1YDT
350 E: 1E-76 Ident: 64/247 Ident% 25 Q: 5-249 (1032)   S: 40-281 (350) Chain E, Structure Of Camp-Dependent Protein Kinase, Alpha-Catalytic Subunit In Complex With H7 Protein Kinase Inhibitor 1-(5-Isoquinolinesulfonyl)-2-Methylpiperazine Pos: 104/247 Gap: 7/247
uMllfxjMK3wjELYiKqi0wpaoI1k 2982123 1STC
350 E: 6E-77 Ident: 65/247 Ident% 26 Q: 5-249 (1032)   S: 40-281 (350) Chain E, Camp-Dependent Protein Kinase, Alpha-Catalytic Subunit In Complex With Staurosporine Pos: 105/247 Gap: 7/247
4QrYdxfUEeUE0ruKuBgcHjBa28E 4929932 1BX6
2981777 1BKX
350 E: 6E-77 Ident: 65/248 Ident% 26 Q: 4-249 (1032)   S: 39-281 (350) Crystal Structure Of The Potent Natural Product Inhibitor Balanol In Complex With The Catalytic Subunit Of Camp-Dependent Protein Kinase Pos: 106/248 Gap: 7/248
6kP0wT2XnuDwJ4r9RbFMMELvMlk 349839 1ATP
230462 2CPK
350 E: 2E-77 Ident: 65/248 Ident% 26 Q: 4-249 (1032)   S: 39-281 (350) Chain E, c-AMP-Dependent Protein Kinase (E.C.2.7.1.37) (cAPK) (Catalytic Subunit) Complex With The Peptide Inhibitor Pki(5-24) And Mnatp (A Ternary Complex Of Capk) Pos: 106/248 Gap: 7/248
HLBo2n7C5QzOGU//36sUb+gSUa0 349816 1APM
350 E: 6E-77 Ident: 65/248 Ident% 26 Q: 4-249 (1032)   S: 39-281 (350) Chain E, c-AMP-Dependent Protein Kinase (E.C.2.7.1.37) (cAPK) (Catalytic Subunit) "alpha" Isoenzyme Mutant With Ser 139 Replaced By Ala (S139A) Complex With The Peptide Inhibitor Pki(5-24) And The Detergent Mega-8 Pos: 106/248 Gap: 7/248
wXdVWwccxJYhTcP2OGT75lVkvCI 15825990 1JLU
2914581 1FMO
350 E: 6E-77 Ident: 65/248 Ident% 26 Q: 4-249 (1032)   S: 39-281 (350) Chain E, Crystal Structure Of The Catalytic Subunit Of Camp- Dependent Protein Kinase Complexed With A Phosphorylated Substrate Peptide And Detergent Pos: 106/248 Gap: 7/248
m/1YqWfMFtXkDQH/vS1/ACrTi0M 14719578 1JBP
350 E: 3E-77 Ident: 65/248 Ident% 26 Q: 4-249 (1032)   S: 39-281 (350) Chain E, Crystal Structure Of The Catalytic Subunit Of Camp- Dependent Protein Kinase Complexed With A Substrate Peptide, Adp And Detergent Pos: 107/248 Gap: 7/248
vO+OfW4PIPNF34ixbHiPCO7wQYw 576052 1CMK
1311384 1CDK
1311382 1CDK
350 E: 3E-78 Ident: 65/247 Ident% 26 Q: 5-249 (1032)   S: 40-281 (350) Chain E, Camp-Dependent Protein Kinase Catalytic Subunit (E.C.2.7.1.37) Pos: 106/247 Gap: 7/247
NIPks/YPs8tk3xrdnKZjJ15uqLE 493956 1CTP
350 E: 3E-78 Ident: 65/247 Ident% 26 Q: 5-249 (1032)   S: 40-281 (350) Chain E, Camp-Dependent Protein Kinase (E.C.2.7.1.37) (Capk) (Catalytic Subunit) Pos: 106/247 Gap: 7/247
q+Oni86YcUVGNEpHJL/Urt0G7Cg 14719777 1FOT
318 E: 2E-79 Ident: 75/303 Ident% 24 Q: 4-291 (1032)   S: 4-299 (318) Chain A, Structure Of The Unliganded Camp-Dependent Protein Kinase Catalytic Subunit From Saccharomyces Cerevisiae Pos: 129/303 Gap: 22/303
ir8btPaJAy5E4Zru00F55WPTIVA 3114436 1A06
332 E: 4E-87 Ident: 74/262 Ident% 28 Q: 8-260 (1032)   S: 20-276 (332) Calmodulin-Dependent Protein Kinase From Rat Pos: 115/262 Gap: 14/262
gIBEpkvaStTC0C6E7zOvqxk0zQk
15595273
11351725
9945899
probable phosphoprotein phosphatase [Pseudomonas aeruginosa] 242 0
110 440 456
6Bhsr96yCyS7GN3SgN64RrNJTWk 3212404 1A6Q
382 E: 1E-25 Ident: 46/235 Ident% 19 Q: 36-239 (242)   S: 55-289 (382) protein phosphatase 1A (formerly 2C), magnesium-dependent, alpha isoform [Homo sapiens] Pos: 82/235 Gap: 31/235
dZKRgXPNvdDNXT+oUF2VsKcj80I
15595274
11348753
9945900
hypothetical protein [Pseudomonas aeruginosa] 226 0
8 11 12  
if1QrfwYDiNMmfTFw0vj6wUIYVI
15595275
11348754
9945901
hypothetical protein [Pseudomonas aeruginosa] 1101 1
367-389
28 64 63  
912iScs+LSbfUZpDRSsEAkc/vzg
15595276
11348755
9945903
hypothetical protein [Pseudomonas aeruginosa] 449 0
206 373 386
4KTuNL31J6Adu7EmWsQjied47wE 1000059 2EBN
289 E: 3E0 Ident: 20/82 Ident% 24 Q: 331-403 (449)   S: 42-115 (289) Endo-Beta-N-Acetylglucosaminidase F1 (E.C.3.2.1.96) (Endoglycosidase F1, Endo F1) Pos: 32/82 Gap: 17/82
irkywsu7IyiKg4BrPjja26R1hOE
15595277
11348756
9945904
hypothetical protein [Pseudomonas aeruginosa] 444 0
20 22 0
CLEvKPwlaw6cI0v88rYQljyCASM 15988216 1FX0
507 E: 9.4E0 Ident: 37/188 Ident% 19 Q: 164-334 (444)   S: 156-331 (507) ATP synthase alpha chain Pos: 63/188 Gap: 29/188
WZ448OHH2GvbatM8PFx9+afBHZQ
15595278
11348757
9945905
hypothetical protein [Pseudomonas aeruginosa] 154 1
1-17
30 21 0  
*TARGET
OKEPhqTbM03/Di4vikU/N/jKG/U
15595279
11348758
9945906
hypothetical protein [Pseudomonas aeruginosa] 497 0
220 1553 2574  
uAFZiiqri9feVBfruyadwEqsJ5w
15595280
11348759
9945907
hypothetical protein [Pseudomonas aeruginosa] 344 0
22 145 61  
Q8vYAuBYLPCaJFLkq4Rx++kt29w
15595281
11347612
9945908
conserved hypothetical protein [Pseudomonas aeruginosa] 172 0
26 36 0  
+Agzaozmw0h7DHAE6YBB6e7D1hE
15595282
11347613
9945909
conserved hypothetical protein [Pseudomonas aeruginosa] 498 0
23 30 0  
e04FlRUdIETM7BJWHOboAdgto0I
15595283
11347614
9945910
conserved hypothetical protein [Pseudomonas aeruginosa] 162 0
16 35 43  
J6U2gM7/EPZC17umEagCxJFyvtQ
15595284
11348760
9945911
hypothetical protein [Pseudomonas aeruginosa] 281 0
16 32 0  
BMhAbdSZbKkHfykkaxakrnQhSWA
15595285
11348761
9945912
hypothetical protein [Pseudomonas aeruginosa] 169 0
17 22 29  
wFMAQoNbHDfKhWsTKx5fHmaEpTM
15595286
11348762
9945913
hypothetical protein [Pseudomonas aeruginosa] 619 0
18 17 0  
CVdq3ZfMQtRMYhJTG9C90lcYADc
15595287
11348763
9945914
hypothetical protein [Pseudomonas aeruginosa] 348 0
17 19 0  
oml4S6r8Vna2q5+O94Xb9mo7qws
15595288
11351189
9945915
probable ClpA/B-type chaperone [Pseudomonas aeruginosa] 902 0
416 1708 2096
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
14488635 1E32
458 E: .002E0 Ident: 28/173 Ident% 16 Q: 580-737 (902)   S: 186-340 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 46/173 Gap: 33/173
kQ/RcBheZ5JCBws9DBhHoUeT3Bs
15595289
11347615
9945916
conserved hypothetical protein [Pseudomonas aeruginosa] 643 0
71 167 304
mFHwoioqv7Ll/idObDjJ9YP+E9U 18655470 1K28
584 E: .061E0 Ident: 19/97 Ident% 19 Q: 472-567 (643)   S: 455-549 (584) Chain A, The Structure Of The Bacteriophage T4 Cell-Puncturing Device Pos: 41/97 Gap: 3/97
dnYZeNJOX5GGwd8gQYua/MHt8mE
15595290
11348764
9945918
hypothetical protein [Pseudomonas aeruginosa] 94 0
7 5 0  
HozStcuI603IYrDKsLsJ4ZId/BQ
15595291
11348765
9945919
hypothetical protein [Pseudomonas aeruginosa] 430 3
16-38,47-69,196-218
18 64 84  
cKIMn6vQHe5Nf5HkXRe5IHgPIaY
15595292
11348766
9945920
hypothetical protein [Pseudomonas aeruginosa] 144 0
10 21 23  
BbuL7mIIRldYJvhUK4w5/psv4JM
15595293
11347616
9945921
conserved hypothetical protein [Pseudomonas aeruginosa] 741 0
512 594 1168
mFHwoioqv7Ll/idObDjJ9YP+E9U 18655470 1K28
18655470 1K28
584 E: .054E0 Ident: 55/238 Ident% 23 Q: 447-665 (741)   S: 331-564 (584) Chain A, The Structure Of The Bacteriophage T4 Cell-Puncturing Device Pos: 98/238 Gap: 23/238
IWPItVKyWyHKKbDS3LiKPFmk4LE
15595294
11348767
9945922
hypothetical protein [Pseudomonas aeruginosa] 149 0
20 34 35  
ZCLAWUdUONK8JNxibrLfNgBJF0E
15595295
11348768
9945923
hypothetical protein [Pseudomonas aeruginosa] 399 0
3 7 0  
ULUa77oqqRXfuNnQbsijG1ao1jE
15595296
11348769
9945924
hypothetical protein [Pseudomonas aeruginosa] 345 0
62 557 1056
bL/M/d7ke8T4y7oz+M0xu7rbb0g 7766963 1DLU
7766964 1DLU
7766965 1DLU
7766966 1DLU
7766967 1DLV
7766968 1DLV
7766969 1DLV
7766970 1DLV
389 E: 1.7E0 Ident: 31/161 Ident% 19 Q: 141-301 (345)   S: 211-352 (389) Chain A, Unliganded Biosynthetic Thiolase From Zoogloea Ramigera Pos: 57/161 Gap: 19/161
oqNSyqSP41Or2oQMtgBDe8D0jv8 15826602 1DM3
15826603 1DM3
15826604 1DM3
15826605 1DM3
7767028 1QFL
7767029 1QFL
7767030 1QFL
7767031 1QFL
389 E: 1.8E0 Ident: 31/161 Ident% 19 Q: 141-301 (345)   S: 211-352 (389) Chain A, Acetylated Biosynthetic Thiolase From Zoogloea Ramigera In Complex With Acetyl-Coa Pos: 57/161 Gap: 19/161
1xLnGJ6eOAmRECvee8LbY2V+E4I 14719783 1HZP
14719784 1HZP
335 E: 2.4E0 Ident: 38/214 Ident% 17 Q: 65-253 (345)   S: 62-254 (335) fabH [Mycobacterium tuberculosis H37Rv] Pos: 57/214 Gap: 46/214
bbjCvbqr2fvFD+oFC9bNkDU8KH0 4557950 1KAS
4929869 1B3N
412 E: 5E-7 Ident: 36/201 Ident% 17 Q: 128-313 (345)   S: 159-359 (412) Beta-Ketoacyl-Acp Synthase Ii From Escherichia Coli Pos: 67/201 Gap: 15/201
NQa755lthiwhu6qcczB9XAF8daM 13096639 1E5M
416 E: 6E-12 Ident: 39/256 Ident% 15 Q: 99-332 (345)   S: 130-379 (416) beta ketoacyl-acyl carrier protein synthase [Synechocystis sp. PCC 6803] Pos: 88/256 Gap: 28/256
E+i/7SNlOVu7G0UVQUK/LscQKLo 14278623 1EK4
14278624 1EK4
14278625 1EK4
14278626 1EK4
418 E: 2E-33 Ident: 54/368 Ident% 14 Q: 4-324 (345)   S: 15-374 (418) Chain A, Beta-Ketoacyl [acyl Carrier Protein] Synthase I In Complex With Dodecanoic Acid To 1.85 Resolution Pos: 106/368 Gap: 55/368
RPp2qMEDz8DEYryxlroOEkFhTfo 14278633 1F91
14278634 1F91
14278635 1F91
14278636 1F91
406 E: 1E-33 Ident: 54/368 Ident% 14 Q: 4-324 (345)   S: 3-362 (406) Chain A, Beta-Ketoacyl-[acyl-Carrier-Protein] Synthase I In Complex With C10 Fatty Acid Substrate Pos: 106/368 Gap: 55/368
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
406 E: 2E-37 Ident: 35/235 Ident% 14 Q: 105-324 (345)   S: 138-362 (406) 3-oxoacyl-[acyl-carrier-protein] synthase I [Escherichia coli K12] Pos: 69/235 Gap: 25/235
LqNYCpUHgvN/tGRce+NlriJRTsU 6573501 1DD8
6573502 1DD8
6573503 1DD8
6573504 1DD8
406 E: 7E-37 Ident: 54/368 Ident% 14 Q: 4-324 (345)   S: 3-362 (406) Chain A, Crystal Structure Of Beta-Ketoacyl-[acyl Carrier Protein] Synthase I From Escherichia Coli Pos: 109/368 Gap: 55/368
u3JFCuZGpEes+ZghLdXzkMGKlMs
15595297
11348770
9945925
hypothetical protein [Pseudomonas aeruginosa] 386 0
7 10 0  
3+8cu/dl4IqlBhG+9COBHrMI/XU
15595298
11348771
9945926
hypothetical protein [Pseudomonas aeruginosa] 306 0
8 13 15  
YsX8TfU2HJs9DNtiPzK6EEvJZaA
15595299
11348772
9945927
hypothetical protein [Pseudomonas aeruginosa] 415 0
9 10 0  
aRmSzTPCw2aCVarqp1ADligfyGI
15595300
11351140
9945929
probable carbonic anhydrase [Pseudomonas aeruginosa] 242 0
137 145 139
xIQlfdpKOmF0z1zH+VXaQkDSs24 13786684 1G5C
13786685 1G5C
13786686 1G5C
13786687 1G5C
13786688 1G5C
13786689 1G5C
170 E: 2E-27 Ident: 49/187 Ident% 26 Q: 37-218 (242)   S: 8-170 (170) Chain A, Crystal Structure Of The 'cab' Type Beta Class Carbonic Anhydrase From Methanobacterium Thermoautotrophicum Pos: 82/187 Gap: 29/187
C1WCOb0HYrIPAoDeFxm1Wd7yNZE 7245350 1DDZ
7245351 1DDZ
7245350 1DDZ
7245351 1DDZ
496 E: 3E-48 Ident: 54/203 Ident% 26 Q: 15-215 (242)   S: 283-479 (496) Chain A, X-Ray Structure Of A Beta-Carbonic Anhydrase From The Red Alga, Porphyridium Purpureum R-1 Pos: 89/203 Gap: 8/203
Vx0ebAuyHd5pXrQer9HKDWDDgO0 14277936 1I6O
14277937 1I6O
220 E: 5E-61 Ident: 62/208 Ident% 29 Q: 22-228 (242)   S: 4-205 (220) Chain A, Crystal Structure Of E. Coli Beta Carbonic Anhydrase (Ecca) Pos: 95/208 Gap: 7/208
em0IbOcPLkLodXjyPFh49OZMyaU 14277938 1I6P
220 E: 2E-62 Ident: 62/208 Ident% 29 Q: 22-228 (242)   S: 4-205 (220) putative carbonic anhdrase (EC 4.2.1.1) [Escherichia coli K12] Pos: 97/208 Gap: 7/208
35nmXcOLA1RuYbYeld3JXtvg7xc 8569250 1EKJ
8569251 1EKJ
8569252 1EKJ
8569253 1EKJ
8569254 1EKJ
8569255 1EKJ
8569256 1EKJ
8569257 1EKJ
221 E: 6E-71 Ident: 69/214 Ident% 32 Q: 9-219 (242)   S: 1-214 (221) Chain A, The X-Ray Crystallographic Structure Of Beta Carbonic Anhydrase From The C3 Dicot Pisum Sativum Pos: 102/214 Gap: 3/214
*TARGET
l5XN1a2hNKKkpfPhbsvk6ODki1Q
15595301
11351912
9945930
probable sulfate transporter [Pseudomonas aeruginosa] 523 10
12-34,45-67,76-98,120-142,168-189,196-218,251-273,285-307,329-351,380-402
192 396 566  
unkn1YAxWxba8CeeJDwOR591jz8
15595302
11348773
9945931
hypothetical protein [Pseudomonas aeruginosa] 198 0
4 7 0  
*TARGET
PaqrO7rA7hJy2TehuDFJfUKNWdo
15595303
11348377
9945932
cytochrome c oxidase, subunit II [Pseudomonas aeruginosa] 374 3
8-30,43-65,81-103
1200 1200 1200  
spWpHWcEqMYmc80GA+DMBiRJzgw
15595304
11348376
9945933
cytochrome c oxidase, subunit I [Pseudomonas aeruginosa] 530 10
43-65,84-106,117-139,161-183,203-225,255-277,299-321,352-374,384-406,463-485
1200 1200 1200
lz/NICwudhNj7urPB7cmfOB5n2E 4389079 2OCC
4389092 2OCC
5822164 1OCR
5822177 1OCR
5822138 1OCO
5822151 1OCO
1942986 1OCC
1942999 1OCC
5822190 1OCZ
5822203 1OCZ
514 E: 1E-108 Ident: 247/509 Ident% 48 Q: 25-529 (530)   S: 5-511 (514) cytochrome c oxidase subunit I [Bos taurus] Pos: 343/509 Gap: 6/509
ST1YY1AWP+aRN1jA70f1BA2CA+k 6730476 1QLE
538 E: 1E-131 Ident: 277/528 Ident% 52 Q: 25-528 (530)   S: 5-532 (538) Chain A, Cryo-Structure Of The Paracoccus Denitrificans Four-Subunit Cytochrome C Oxidase In The Completely Oxidized State Complexed With An Antibody Fv Fragment Pos: 364/528 Gap: 24/528
V9zV75daF2ftQswRy/X6vTon81s 2914141 1AR1
558 E: 1E-133 Ident: 283/547 Ident% 51 Q: 6-528 (530)   S: 3-548 (558) Cytochrome c oxidase polypeptide I-beta (Cytochrome AA3 subunit 1-beta) Pos: 370/547 Gap: 25/547
y1UuDLosGf1CLXeQgtgDw9W4GSU
15595305
11347617
9945934
conserved hypothetical protein [Pseudomonas aeruginosa] 184 1
15-37
37 37 0  
f4nGR6u7pM1tlnmKizzg7c+oPAY
15595306
11348378
9945935
cytochrome c oxidase, subunit III [Pseudomonas aeruginosa] 295 7
14-36,48-70,88-110,151-173,190-212,225-247,271-291
1019 1072 1076
XvksIQs+RyW8W95aMO0N2DgZeUI 11514519 1FFT
11514523 1FFT
204 E: 8E-23 Ident: 55/226 Ident% 24 Q: 70-295 (295)   S: 12-201 (204) cytochrome o ubiquinol oxidase subunit III [Escherichia coli K12] Pos: 90/226 Gap: 36/226
6Iks9Ot5bm9WPsjyTbnk/XsucH8 4389081 2OCC
4389094 2OCC
5822166 1OCR
5822179 1OCR
5822140 1OCO
5822153 1OCO
1942988 1OCC
1943001 1OCC
5822192 1OCZ
5822205 1OCZ
261 E: 1E-33 Ident: 103/290 Ident% 35 Q: 7-293 (295)   S: 8-257 (261) Cytochrome c oxidase polypeptide III Pos: 153/290 Gap: 43/290
tbcdq+5j9FY0jkE8BQz+e/Ct4k4 6730478 1QLE
273 E: 1E-36 Ident: 107/295 Ident% 36 Q: 3-294 (295)   S: 5-270 (273) Chain C, Cryo-Structure Of The Paracoccus Denitrificans Four-Subunit Cytochrome C Oxidase In The Completely Oxidized State Complexed With An Antibody Fv Fragment Pos: 158/295 Gap: 32/295
8tSj+GmNggZSQGm97AQ/jCaRzF4
15595307
11348774
9945936
hypothetical protein [Pseudomonas aeruginosa] 69 2
4-26,34-56
2 2 0  
CASgnfQfwgu1wIB3jS3hCY+2FUI
15595308
11348775
9945937
hypothetical protein [Pseudomonas aeruginosa] 264 1
27-49
25 48 43  
TN8gepiwf1kkflRJ4HsY7oVMy5Y
15595309
11348776
9945938
hypothetical protein [Pseudomonas aeruginosa] 192 1
17-38
4 7 5  
tliyUnkM33D7EiNkfnMLbolNkHI
15595310
11348777
9945939
hypothetical protein [Pseudomonas aeruginosa] 357 8
9-31,79-100,108-130,140-162,171-193,248-270,276-298,306-327
34 55 66  
*TARGET
z1hWWn1Jbp+N/dMOZUWj/j7LH8Y
15595311
11351207
9945940
probable cytochrome c oxidase assembly factor [Pseudomonas aeruginosa] 304 8
23-45,53-75,96-118,120-141,147-169,174-195,225-247,277-299
118 183 213  
qdT6RmBLm5N4zNWg/RmWRoQAmcg
15595312
11347618
9945941
conserved hypothetical protein [Pseudomonas aeruginosa] 211 1
6-28
92 287 697
clgrwg0xPk/Yk3pX9s4nO/KbY1Y 1311234 1THX
115 E: .47E0 Ident: 15/71 Ident% 21 Q: 64-128 (211)   S: 11-76 (115) thioredoxin 2 [Nostoc sp. PCC 7120] Pos: 29/71 Gap: 11/71
q3ndmsU5H8eZJvsprMXVtiADqsg 13787131 1I5G
144 E: 1.8E0 Ident: 20/128 Ident% 15 Q: 65-185 (211)   S: 21-138 (144) Chain A, Tryparedoxin Ii Complexed With Glutathionylspermidine Pos: 47/128 Gap: 17/128
/GwQVVLlgNxr7KxeZyEURz+nB7k 9955007 1QMV
9955008 1QMV
9955009 1QMV
9955010 1QMV
9955011 1QMV
9955012 1QMV
9955013 1QMV
9955014 1QMV
9955015 1QMV
9955016 1QMV
197 E: .004E0 Ident: 23/139 Ident% 16 Q: 49-184 (211)   S: 8-135 (197) Chain A, Thioredoxin Peroxidase B From Red Blood Cells Pos: 42/139 Gap: 14/139
2bQCD39f+uRo2Lgf+tYhJsUBZII 3318841 1PRX
3318842 1PRX
224 E: .56E0 Ident: 22/163 Ident% 13 Q: 48-203 (211)   S: 7-164 (224) Chain A, Horf6 A Novel Human Peroxidase Enzyme Pos: 50/163 Gap: 12/163
ZzjpmPGhuyO6m7XZscSOxz4e4cY 14278309 1FG4
14278310 1FG4
149 E: .06E0 Ident: 21/128 Ident% 16 Q: 65-185 (211)   S: 21-138 (149) Chain A, Structure Of Tryparedoxin Ii Pos: 48/128 Gap: 17/128
CX6cZwc8AFVVesnLycF5KiX9vas 6980431 1QUW
105 E: 5.7E0 Ident: 11/65 Ident% 16 Q: 64-123 (211)   S: 4-63 (105) Thioredoxin (TRX) Pos: 26/65 Gap: 10/65
gRp53RU6YGT8OeqbeVzai5xxlFM 8569420 1EWX
146 E: 2E-5 Ident: 34/136 Ident% 25 Q: 57-185 (211)   S: 14-138 (146) Chain A, Crystal Structure Of Native Tryparedoxin I From Crithidia Fasciculata Pos: 53/136 Gap: 18/136
uvmUpYOJ+YHWyo2dAo0aHMy39HA 8569320 1QK8
146 E: 2E-5 Ident: 34/136 Ident% 25 Q: 57-185 (211)   S: 14-138 (146) Chain A, Tryparedoxin-I From Crithidia Fasciculata Pos: 53/136 Gap: 18/136
gHkg9J16eDhmpHc3wOXmEqqj/g4 8569430 1EZK
153 E: 2E-5 Ident: 34/136 Ident% 25 Q: 57-185 (211)   S: 13-137 (153) Chain A, Crystal Structure Of Recombinant Tryparedoxin I Pos: 53/136 Gap: 18/136
I/X6J3V2xR3CwNKYCwrK8j21XPk 6435547 1QQ2
6435548 1QQ2
199 E: 2E-5 Ident: 25/167 Ident% 14 Q: 51-207 (211)   S: 11-160 (199) Chain A, Crystal Structure Of A Mammalian 2-Cys Peroxiredoxin, Hbp23. Pos: 51/167 Gap: 27/167
4Y/ErL1Mf+X6eqCBFbLPQ7W4nZQ 13786919 1E2Y
13786920 1E2Y
13786921 1E2Y
13786922 1E2Y
13786923 1E2Y
13786924 1E2Y
13786925 1E2Y
13786926 1E2Y
13786927 1E2Y
13786928 1E2Y
188 E: 8E-9 Ident: 29/151 Ident% 19 Q: 58-208 (211)   S: 22-158 (188) Chain A, Tryparedoxin Peroxidase From Crithidia Fasciculata Pos: 54/151 Gap: 14/151
QCWaAJ/T9WC5/0H5zS6D0i5JQDQ 15988313 1JFU
15988314 1JFU
186 E: 4E-21 Ident: 41/190 Ident% 21 Q: 24-208 (211)   S: 12-176 (186) Chain A, Crystal Structure Of The Soluble Domain Of Tlpa From Bradyrhizobium Japonicum Pos: 74/190 Gap: 30/190
zME9nEGiQ8l6Qgu3/SWbiSPUXss
15595313
11347619
9945942
conserved hypothetical protein [Pseudomonas aeruginosa] 150 0
47 812 1217
ZzWRPQjTL7MGGi09yn7GwZ5NjpY 5542194 1CM0
5542193 1CM0
168 E: .016E0 Ident: 14/74 Ident% 18 Q: 57-130 (150)   S: 61-132 (168) Chain A, Crystal Structure Of The PcafCOENZYME-A Complex Pos: 26/74 Gap: 2/74
ftJDuC+iqJIBZY4uOt/oEHvwcSU 6137609 1QST
160 E: .035E0 Ident: 9/90 Ident% 10 Q: 43-132 (150)   S: 42-128 (160) Chain A, Crystal Structure Of Tetrahymena Gcn5 Pos: 32/90 Gap: 3/90
nzOCx5FvO/mqKf9ekAYEEZyGgLM 6730554 1QSO
6730555 1QSO
6730556 1QSO
6730557 1QSO
149 E: .032E0 Ident: 10/84 Ident% 11 Q: 53-131 (150)   S: 55-138 (149) Chain A, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae Pos: 32/84 Gap: 5/84
rL+ZljKng89uZzB325T2KntrjTU 6730553 1QSM
6730550 1QSM
6730551 1QSM
6730552 1QSM
152 E: .033E0 Ident: 10/84 Ident% 11 Q: 53-131 (150)   S: 58-141 (152) Chain D, Histone Acetyltransferase Hpa2 From Saccharomyces Cerevisiae In Complex With Acetyl Coenzyme A Pos: 32/84 Gap: 5/84
1HS43KzuYYsrYFEDbiim0IRBjnI 5822577 5GCN
166 E: .031E0 Ident: 9/90 Ident% 10 Q: 43-132 (150)   S: 46-132 (166) Chain A, Catalytic Domain Of Tetrahymena Gcn5 Histone Acetyltransferase In Complex With Coenzyme A Pos: 32/90 Gap: 3/90
M+euEss+6xJZNXxU94ehOJ/lQL0 6137608 1QSR
6137606 1QSN
162 E: .037E0 Ident: 9/90 Ident% 10 Q: 43-132 (150)   S: 42-128 (162) Chain A, Crystal Structure Of Tetrahymena Gcn5 With Bound Acetyl- Coenzyme A Pos: 32/90 Gap: 3/90
VRUgvG74WEET1HuiesroCOJaKxw 5822444 1YGH
5822445 1YGH
164 E: 5E-4 Ident: 24/134 Ident% 17 Q: 11-142 (150)   S: 9-138 (164) Chain A, Hat Domain Of Gcn5 From Saccharomyces Cerevisiae Pos: 43/134 Gap: 6/134
gteu9P/DsoB2fNU8NpdHX9paBLA 5542089 1B87
181 E: 1E-5 Ident: 21/148 Ident% 14 Q: 15-134 (150)   S: 14-156 (181) Chain A, Crystal Structure Of An Aminoglycoside 6'-N- Acetyltransferase Pos: 43/148 Gap: 33/148
ttRHnPOple3IfP2qDpY0fGgp9mg 3745773 1BO4
3745774 1BO4
168 E: 3E-5 Ident: 22/107 Ident% 20 Q: 33-132 (150)   S: 59-164 (168) Chain A, Crystal Structure Of A Gcn5-Related N-Acetyltransferase: Serratia Marescens Aminoglycoside 3-N-Acetyltransferase Pos: 35/107 Gap: 8/107
E/ISy5JslRuAk3GLJSTtAo825Z8 14277747 1I1D
14277748 1I1D
14277749 1I1D
14277750 1I1D
161 E: 6E-6 Ident: 12/69 Ident% 17 Q: 69-137 (150)   S: 90-157 (161) Chain A, Crystal Structure Of Yeast Gna1 Bound To Coa And Glnac-6p Pos: 22/69 Gap: 1/69
9GeKPXNcrYoJrbh1QQWl+rJnayY 14277753 1I21
14277754 1I21
14277755 1I21
14277756 1I21
14277757 1I21
14277758 1I21
159 E: 6E-6 Ident: 16/107 Ident% 14 Q: 32-134 (150)   S: 47-152 (159) Chain A, Crystal Structure Of Yeast Gna1 Pos: 32/107 Gap: 5/107
NS6HbH9uAXGn/38vmxeeMsYeZeg 14277743 1I12
14277744 1I12
14277745 1I12
14277746 1I12
160 E: 7E-6 Ident: 12/69 Ident% 17 Q: 69-137 (150)   S: 89-156 (160) Chain A, Crystal Structure Of Saccharomyces Cerevisiae Gna1 Complexed With Accoa Pos: 22/69 Gap: 1/69
zWoJbT6YOICFAed4Ts7eI/uTFXg 6980559 1B6B
6980560 1B6B
174 E: 4E-7 Ident: 27/142 Ident% 19 Q: 9-134 (150)   S: 9-150 (174) Chain A, Melatonin Biosynthesis: The Structure Of Serotonin N- Acetyltransferase At 2.5 A Resolution Suggests A Catalytic Mechanism Pos: 47/142 Gap: 16/142
2UGu96oBqEfp77a7AyJrRgMeT9E 5107555 1CJW
166 E: 3E-7 Ident: 27/142 Ident% 19 Q: 9-134 (150)   S: 7-148 (166) Chain A, Serotonin N-Acetyltranferase Complexed With A Bisubstrate Analog Pos: 47/142 Gap: 16/142
O9MpLDTTQ9uYVCmM6r9nWjEg0DI 14278222 1IB1
14278223 1IB1
14278224 1IB1
14278225 1IB1
200 E: 1E-7 Ident: 27/142 Ident% 19 Q: 9-134 (150)   S: 35-176 (200) Chain E, Crystal Structure Of The 14-3-3 Zeta:serotonin N- Acetyltransferase Complex Pos: 47/142 Gap: 16/142
NFGntkaysTI9zj8Ql7BeB0pYfIc
15595314
11348778
9945944
hypothetical protein [Pseudomonas aeruginosa] 157 0
127 403 703
FbCJm0DCJEzsSmMxmf1pCH8LJqc 18655415 1I1G
18655416 1I1G
141 E: .04E0 Ident: 12/57 Ident% 21 Q: 28-82 (157)   S: 8-64 (141) Transcriptional regulator lrpA Pos: 24/57 Gap: 2/57
dvaPsPJHyrWnvDWvqWEqvQIU9xI 13399468 1FX7
13399469 1FX7
13399470 1FX7
13399471 1FX7
230 E: 3.8E0 Ident: 20/83 Ident% 24 Q: 42-124 (157)   S: 30-106 (230) Chain A, Crystal Structure Of The Iron-Dependent Regulator (Ider) From Mycobacterium Tuberculosis Pos: 30/83 Gap: 6/83
iPH2RN/AlAi9MWVPiY7u1Eaz5sc 6573375 1B1B
140 E: 8.1E0 Ident: 20/83 Ident% 24 Q: 42-124 (157)   S: 30-106 (140) Chain A, Iron Dependent Regulator Pos: 30/83 Gap: 6/83
r/XNTe7rSDtGD3rIhrdON2w3jqw 2781107 1SMT
2781106 1SMT
122 E: 8.3E0 Ident: 16/71 Ident% 22 Q: 12-82 (157)   S: 35-102 (122) TRANSCRIPTIONAL REPRESSOR SMTB Pos: 33/71 Gap: 3/71
Q7snOJtR8MZvv93P4XT0uszAFjE
15595315
11351835
9945945
probable short chain dehydrogenase [Pseudomonas aeruginosa] 242 0
1157 1216 1215
akxbBsMYPql/psSIibLzXrgxUKo 1827689 1CYD
1827690 1CYD
1827691 1CYD
1827692 1CYD
244 E: .085E0 Ident: 41/173 Ident% 23 Q: 8-178 (242)   S: 11-174 (244) carbonyl reductase 2; lung carbonyl reductase [Mus musculus] Pos: 70/173 Gap: 11/173
Hwri+PHWjvOTUJiTseUYXxU3p1U 4388843 2AE2
4388844 2AE2
4139967 2AE1
260 E: .017E0 Ident: 39/204 Ident% 19 Q: 8-210 (242)   S: 13-215 (260) Tropinone reductase-II (TR-II) Pos: 78/204 Gap: 2/204
hoHQKtxYyyxFWd15Mej8UZunvj8 999595 1HDC
999596 1HDC
999597 1HDC
999598 1HDC
640224 2HSD
640225 2HSD
640226 2HSD
640227 2HSD
253 E: .046E0 Ident: 48/180 Ident% 26 Q: 5-181 (242)   S: 6-181 (253) Chain A, 3-Alpha, 20-Beta-Hydroxysteroid Dehydrogenase (E.C.1.1.1.53) Complexed With Carbenoxolone Pos: 78/180 Gap: 7/180
adg9q1kti9hH9LqMsHycbcxI6Y4 2624733 1YBV
2624734 1YBV
283 E: 5E-8 Ident: 54/199 Ident% 27 Q: 5-197 (242)   S: 30-225 (283) Chain A, Structure Of Trihydroxynaphthalene Reductase In Complex With Nadph And An Active Site Inhibitor Pos: 86/199 Gap: 9/199
aqYFKjIfSEfz793Ia/soC6lCuvM 14488430 1DOH
14488431 1DOH
14488455 1G0N
14488456 1G0N
14488457 1G0O
14488458 1G0O
14488459 1G0O
14488460 1G0O
283 E: 5E-8 Ident: 54/199 Ident% 27 Q: 5-197 (242)   S: 30-225 (283) Chain A, Structure Of Trihydroxynaphthalene Reductase In Complex With Nadph And 4-Nitro-Inden-1-One Pos: 86/199 Gap: 9/199
Lfo5IHS52ztgSDdqQAZ4ufb+koo 1943533 1FMC
1943534 1FMC
1827713 1AHI
1827714 1AHI
1827715 1AHH
1827716 1AHH
255 E: 5E-11 Ident: 64/231 Ident% 27 Q: 5-230 (242)   S: 12-239 (255) NAD-dependent 7alpha-hydroxysteroid dehydrogenase, dehydroxylation of bile acids [Escherichia coli O157:H7 EDL933] Pos: 107/231 Gap: 8/231
oMVm3+abcDGPXNHgBmHkfmUmMII 13399598 1GEG
13399599 1GEG
13399600 1GEG
13399601 1GEG
13399602 1GEG
13399603 1GEG
13399604 1GEG
13399605 1GEG
256 E: 9E-14 Ident: 53/177 Ident% 29 Q: 4-178 (242)   S: 2-177 (256) ACETOIN(DIACETYL) REDUCTASE (ACETOIN DEHYDROGENASE) (AR) Pos: 79/177 Gap: 3/177
rfXWaXuo1HmOaFiTX7wE6WZ4f6o 2624497 1BDB
277 E: 2E-36 Ident: 49/242 Ident% 20 Q: 2-224 (242)   S: 3-238 (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: 86/242 Gap: 25/242
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: 5E-39 Ident: 53/223 Ident% 23 Q: 4-213 (242)   S: 14-235 (265) Chain A, Mannitol Dehydrogenase From Agaricus Bisporus Pos: 93/223 Gap: 14/223
w0VsL5IC3Q+e2uPJ3P6A3Y09NT4 15988305 1JA9
274 E: 4E-43 Ident: 62/252 Ident% 24 Q: 4-236 (242)   S: 21-268 (274) Chain A, Crystal Structure Of 1,3,6,8-Tetrahydroxynaphthalene Reductase In Complex With Nadph And Pyroquilon Pos: 104/252 Gap: 23/252
2R+4Y5/2aoCxqYAI1pJ8S/ygvBI 4140004 1AE1
4140003 1AE1
273 E: 7E-52 Ident: 42/245 Ident% 17 Q: 2-235 (242)   S: 19-261 (273) Tropinone reductase-I (TR-I) (Tropine dehydrogenase) Pos: 85/245 Gap: 13/245
cbWXXVe/lUi8O/FKt7xO8PNCZgk 13399593 1GCO
13399594 1GCO
13399595 1GCO
13399596 1GCO
261 E: 4E-52 Ident: 63/248 Ident% 25 Q: 2-241 (242)   S: 5-250 (261) GLUCOSE 1-DEHYDROGENASE Pos: 103/248 Gap: 10/248
q5qFZToS7CcLRivsHsTkJQHc4oo 13096186 1I01
13096187 1I01
13096188 1I01
13096189 1I01
13096190 1I01
13096191 1I01
13096192 1I01
13096193 1I01
244 E: 3E-53 Ident: 44/244 Ident% 18 Q: 3-242 (242)   S: 4-242 (244) 3-oxoacyl-[acyl-carrier-protein] reductase [Escherichia coli K12] Pos: 85/244 Gap: 9/244
+xm9Bd/BVPhfRAl2Uaq13Kb7/xQ 13096234 1EDO
244 E: 6E-54 Ident: 52/233 Ident% 22 Q: 6-233 (242)   S: 3-234 (244) Chain A, The X-Ray Structure Of Beta-Keto Acyl Carrier Protein Reductase From Brassica Napus Complexed With Nadp Pos: 100/233 Gap: 6/233
Ru0Np6FegSNrwIUP0kYmRcEan8Y
15595316
11348779
9945946
hypothetical protein [Pseudomonas aeruginosa] 195 0
50 106 186
A/4KIYI8WyzbZ0X9W96YALbx/3g 2624855 1AC1
2624856 1AC1
189 E: .96E0 Ident: 12/59 Ident% 20 Q: 120-178 (195)   S: 100-158 (189) Chain A, Dsba Mutant H32l Pos: 21/59 Gap: -1/-1
XzJ+QzIvMlkyDMK4/D5+sLY+lvk 13400018 1DYV
197 E: .86E0 Ident: 12/59 Ident% 20 Q: 120-178 (195)   S: 1-59 (197) Chain A, Crystal Structure Of Circularly Permuted Cpdsba_q100t99 Pos: 21/59 Gap: -1/-1
NxjQ2tc9kF9uhEHe6CEsgzzTELU 2624890 1BED
181 E: .001E0 Ident: 11/76 Ident% 14 Q: 102-177 (195)   S: 80-155 (181) Structure Of Disulfide Oxidoreductase Pos: 28/76 Gap: -1/-1
9nsYo1ta+N3kqdyzMNu2SfmxtXo 2624857 1ACV
2624858 1ACV
189 E: .88E0 Ident: 12/59 Ident% 20 Q: 120-178 (195)   S: 100-158 (189) Chain A, Dsba Mutant H32s Pos: 21/59 Gap: -1/-1
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: .94E0 Ident: 12/59 Ident% 20 Q: 120-178 (195)   S: 100-158 (189) Solution Nmr Structure Of Reduced Dsba From Escherichia Coli, Minimized Average Structure Pos: 21/59 Gap: -1/-1
mH1JJvbSBRAe1QOtYCgd9pQezHk 2194076 1FVJ
2194077 1FVJ
189 E: 1.9E0 Ident: 28/177 Ident% 15 Q: 2-178 (195)   S: 20-158 (189) Chain A, The 2.06 Angstrom Structure Of The H32y Mutant Of The Disulfide Bond Formation Protein (Dsba) Pos: 49/177 Gap: 38/177
*TARGET
XxDNO1rjphZQRnBHVOKbEAkrMmE
15595317
11351237
9945947
probable dicarboxylate transporter [Pseudomonas aeruginosa] 449 10
15-37,46-68,81-103,134-155,158-180,184-206,222-244,295-317,325-347,355-377
213 228 232  
XH0furTk8U94iR2LrTfikfBG/js
15595318
11351945
9945948
probable transcriptional regulator [Pseudomonas aeruginosa] 228 0
483 883 1051
FbCJm0DCJEzsSmMxmf1pCH8LJqc 18655415 1I1G
18655416 1I1G
141 E: .88E0 Ident: 8/27 Ident% 29 Q: 35-61 (228)   S: 23-49 (141) Transcriptional regulator lrpA Pos: 18/27 Gap: -1/-1
1ZX31vsRYdsB6cpzcNIbRKj4aig 11514739 1FT9
11514740 1FT9
222 E: 6.1E0 Ident: 10/41 Ident% 24 Q: 32-72 (228)   S: 165-204 (222) carbon monoxide oxidation system transcription regulator CooA [similarity] - Rhodospirillum rubrum Pos: 17/41 Gap: 1/41
kUAq6l8mp5J47h7kIo10r0Jnivg 15988320 1JHH
15988321 1JHH
202 E: 8.6E0 Ident: 18/102 Ident% 17 Q: 1-101 (228)   S: 1-97 (202) Chain A, Lexa S119a Mutant Pos: 35/102 Gap: 6/102
Q+u8Wywi7tqZA7cNa1oFYXGpBP8 15988318 1JHF
15988319 1JHF
202 E: 2.8E0 Ident: 18/102 Ident% 17 Q: 1-101 (228)   S: 1-97 (202) Chain A, Lexa G85d Mutant Pos: 36/102 Gap: 6/102
wMS8dKm0+K0Fk6tni5S1l3qk334 12084765 1E2X
14278511 1H9G
14278512 1H9T
15988538 1H9T
243 E: 5E-23 Ident: 37/214 Ident% 17 Q: 13-217 (228)   S: 18-225 (243) Chain A, Fadr, Fatty Acid Responsive Transcription Factor From E. Coli Pos: 74/214 Gap: 15/214
mjUwBNe6YfrZs2xPQYF+/AaAQtY 13096422 1HW1
13096423 1HW1
13096457 1HW2
13096458 1HW2
239 E: 3E-23 Ident: 37/214 Ident% 17 Q: 13-217 (228)   S: 14-221 (239) negative regulator for fad regulon, and positive activator of fabA [Escherichia coli O157:H7 EDL933] Pos: 74/214 Gap: 15/214
sn+hFEOkugxmTJ2zJ9J8UIhi8lo
15595319
11348780
9945949
hypothetical protein [Pseudomonas aeruginosa] 244 0
128 741 1051
FbCJm0DCJEzsSmMxmf1pCH8LJqc 18655415 1I1G
18655416 1I1G
141 E: .38E0 Ident: 7/45 Ident% 15 Q: 26-70 (244)   S: 5-49 (141) Transcriptional regulator lrpA Pos: 18/45 Gap: -1/-1
1ZX31vsRYdsB6cpzcNIbRKj4aig 11514739 1FT9
11514740 1FT9
222 E: 4.7E0 Ident: 11/82 Ident% 13 Q: 11-78 (244)   S: 121-201 (222) carbon monoxide oxidation system transcription regulator CooA [similarity] - Rhodospirillum rubrum Pos: 22/82 Gap: 15/82
wMS8dKm0+K0Fk6tni5S1l3qk334 12084765 1E2X
14278511 1H9G
14278512 1H9T
15988538 1H9T
243 E: 4E-8 Ident: 34/147 Ident% 23 Q: 23-155 (244)   S: 18-164 (243) Chain A, Fadr, Fatty Acid Responsive Transcription Factor From E. Coli Pos: 52/147 Gap: 14/147
mjUwBNe6YfrZs2xPQYF+/AaAQtY 13096422 1HW1
13096423 1HW1
13096457 1HW2
13096458 1HW2
239 E: 3E-14 Ident: 39/202 Ident% 19 Q: 23-209 (244)   S: 14-215 (239) negative regulator for fad regulon, and positive activator of fabA [Escherichia coli O157:H7 EDL933] Pos: 63/202 Gap: 15/202
uqi32TPqlaTemDvwGBe3PV59c+g
15595320
11347620
9945950
conserved hypothetical protein [Pseudomonas aeruginosa] 136 1
1-23
10 17 0
CT76RxCdWJ217ZdtMuFfrD/s0A8 11513786 1QOK
282 E: 9.5E0 Ident: 16/76 Ident% 21 Q: 26-101 (136)   S: 70-143 (282) Chain A, Mfe-23 An Anti-Carcinoembryonic Antigen Single-Chain Fv Antibody Pos: 27/76 Gap: 2/76
aaez8YmrPrzy0A1v8kpFbbFMPXE
15595321
11351946
9945951
probable transcriptional regulator [Pseudomonas aeruginosa] 302 0
976 1202 1201
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 4E-33 Ident: 49/299 Ident% 16 Q: 4-296 (302)   S: 3-298 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 98/299 Gap: 9/299
Hf3/aI7Nv7W7NayEvLDD7h8GC58
15595322
11348781
9945952
hypothetical protein [Pseudomonas aeruginosa] 93 0
8 21 41  
Lk8aSni8fnFqH3BO/2s/FHijdIA
15595323
11348782
9945953
hypothetical protein [Pseudomonas aeruginosa] 75 0
31 45 52  
fAaUsKzBEtG0p8cMD6bA2/IwH8Q
15595324
11348783
9945954
hypothetical protein [Pseudomonas aeruginosa] 206 0
11 15 0  
xPYQCqxk92KRJsaT2PpHLaR5hYY
15595325
11348784
9945955
hypothetical protein [Pseudomonas aeruginosa] 166 1
7-29
17 9 24  
9g2u44kVpXW94vmui5pwLgKWrRE
15595326
11347621
9945956
conserved hypothetical protein [Pseudomonas aeruginosa] 113 0
46 76 0  
*TARGET
Un5jTww1jXaC44qF20Hv9bYJ1N4
15595327
11348568
9945957
gamma-aminobutyrate permease [Pseudomonas aeruginosa] 475 12
27-49,52-74,98-120,130-152,161-183,203-225,244-266,292-314,340-362,366-388,407-428,432-453
472 925 985  
jzO7R9ihNFVUYO8H3ix3vCD18wo
15595328
11350925
9945959
probable aldehyde dehydrogenase [Pseudomonas aeruginosa] 497 0
877 1040 1037
k7eOaGtLpn0yhjbA9WTYVY6M9Tk 8569422 1EYY
8569423 1EYY
8569424 1EYY
8569425 1EYY
8569426 1EZ0
8569427 1EZ0
8569428 1EZ0
8569429 1EZ0
510 E: 2E-35 Ident: 89/477 Ident% 18 Q: 24-473 (497)   S: 13-475 (510) Fatty aldehyde dehydrogenase Pos: 158/477 Gap: 41/477
4eYZayavWfs6GLsDugnfAsGURes 13096745 1QI1
13096746 1QI1
13096747 1QI1
13096748 1QI1
475 E: 5E-47 Ident: 143/440 Ident% 32 Q: 8-437 (497)   S: 9-432 (475) Chain A, Ternary Complex Of An Nadp Dependent Aldehyde Dehydrogenase Pos: 224/440 Gap: 26/440
UNJljqjMcH4iZ/0WqRjC9CJp1lc 13096749 1QI6
13096750 1QI6
13096751 1QI6
13096752 1QI6
5822059 1EUH
5822060 1EUH
5822061 1EUH
5822062 1EUH
5822470 2EUH
5822471 2EUH
5822472 2EUH
5822473 2EUH
475 E: 3E-48 Ident: 144/440 Ident% 32 Q: 8-437 (497)   S: 9-432 (475) NADP-DEPENDENT GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASE (NON-PHOSPHORYLATING GLYCERALDEHYDE 3-PHOSPHATE DEHYDROGENASE) (GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASE [NADP+]) (TRIOSEPHOSPHATE DEHYDROGENASE) Pos: 225/440 Gap: 26/440
mLf+JQZTFTKKR1cxPHQ8wcdiUFA 4929943 1BXS
4929944 1BXS
4929945 1BXS
4929946 1BXS
501 E: 6E-52 Ident: 147/477 Ident% 30 Q: 16-486 (497)   S: 34-501 (501) Aldehyde dehydrogenase 1A1 (Aldehyde dehydrogenase, cytosolic) (ALDH class 1) (ALHDII) (ALDH-E1) Pos: 240/477 Gap: 15/477
+QtLIVYeagucQ4aMdPmnjqN+m1s 2392056 1AD3
2392057 1AD3
452 E: 7E-95 Ident: 110/461 Ident% 23 Q: 42-496 (497)   S: 3-444 (452) Chain A, Class 3 Aldehyde Dehydrogenase Complex With Nicotinamide-Adenine-Dinucleotide Pos: 189/461 Gap: 25/461
tzp4y1Hxe1/6SJPNZ1xJmZY9v0E 8569677 1BPW
8569678 1BPW
8569679 1BPW
3114466 1A4S
3114467 1A4S
3114468 1A4S
3114469 1A4S
6729713 1BPW
503 E: 1E-129 Ident: 136/478 Ident% 28 Q: 6-479 (497)   S: 22-494 (503) BETAINE ALDEHYDE DEHYDROGENASE (BADH) Pos: 234/478 Gap: 9/478
oPNWcr1aaCWYNxV8XsJTuH1eRQs 2624886 1AG8
2624887 1AG8
2624888 1AG8
2624889 1AG8
3114240 1A4Z
3114241 1A4Z
3114242 1A4Z
3114243 1A4Z
499 E: 1E-140 Ident: 149/487 Ident% 30 Q: 7-486 (497)   S: 22-499 (499) Chain A, Aldehyde Dehydrogenase From Bovine Mitochondria Pos: 240/487 Gap: 16/487
OEx3hE6Riw6QWMlS3CuL0ygQqjw 6137677 1CW3
6137678 1CW3
6137679 1CW3
6137680 1CW3
6137681 1CW3
6137682 1CW3
6137683 1CW3
6137684 1CW3
494 E: 1E-142 Ident: 149/487 Ident% 30 Q: 7-486 (497)   S: 17-494 (494) Chain A, Human Mitochondrial Aldehyde Dehydrogenase Complexed With Nad+ And Mn2 Pos: 240/487 Gap: 16/487
pid1xHPthoPNCYqvLU9JnKkF2ww 5821822 1BI9
5821821 1BI9
5821819 1BI9
5821820 1BI9
499 E: 1E-144 Ident: 150/489 Ident% 30 Q: 5-486 (497)   S: 20-499 (499) aldehyde dehydrogenase family 1, subfamily A2 [Rattus norvegicus] Pos: 244/489 Gap: 16/489
RcSPUTKTNzBXDPc8T3sIzPE/wx8
15595329
11348785
9945960
hypothetical protein [Pseudomonas aeruginosa] 95 0
28 30 0
awPToRd0lGJB6DckjRXPqH4oJYU 8569277 1QHX
8569278 1QHY
8569321 1QHS
18158708 1GRQ
18158709 1GRR
8569277 1QHX
8569278 1QHY
8569321 1QHS
18158708 1GRQ
18158709 1GRR
178 E: 6.4E0 Ident: 14/27 Ident% 51 Q: 53-79 (95)   S: 130-156 (178) Chloramphenicol 3-O phosphotransferase (CPT) Pos: 17/27 Gap: -1/-1
02DJs9InNTg7h/SnH/M20f/P5xo
15595330
11347499
9945961
beta-alanine--pyruvate transaminase [Pseudomonas aeruginosa] 448 0
497 777 1155
h/njSI9CWOVVjuNBa5Cbwc1A8qI 14278152 1FC4
14278153 1FC4
401 E: .004E0 Ident: 62/431 Ident% 14 Q: 35-442 (448)   S: 29-392 (401) Chain A, 2-Amino-3-Ketobutyrate Coa Ligase Pos: 125/431 Gap: 90/431
2rXX9OSCRSAQ9Rd7XR9WIFN0ESA 7546480 1ECX
7546479 1ECX
384 E: .002E0 Ident: 48/381 Ident% 12 Q: 86-445 (448)   S: 35-374 (384) Chain B, Nifs-Like Protein Pos: 97/381 Gap: 62/381
XkWRXJzNfcfCM8fechNEwydT0Kg 15988223 1GDE
15988224 1GDE
15988238 1GD9
15988239 1GD9
389 E: .71E0 Ident: 64/418 Ident% 15 Q: 51-446 (448)   S: 16-385 (389) aspartate aminotransferase [Pyrococcus horikoshii] Pos: 122/418 Gap: 70/418
gA6Hu9AQn739J1mcf5oaOBPelYk 9955228 1C0N
406 E: 2.1E0 Ident: 31/228 Ident% 13 Q: 242-443 (448)   S: 183-401 (406) Chain A, Csdb Protein, Nifs Homologue Pos: 56/228 Gap: 35/228
Jo+xdQnKoZhXXYJH/sJpngRUxqs 14278621 1DJU
14278622 1DJU
388 E: .7E0 Ident: 63/418 Ident% 15 Q: 51-446 (448)   S: 15-384 (388) Chain A, Crystal Structure Of Aromatic Aminotransferase From Pyrococcus Horikoshii Ot3 Pos: 122/418 Gap: 70/418
I/EfOzHgu1yHb8NMDM516rPUBQo 15826678 1FG3
15826679 1FG7
356 E: .043E0 Ident: 36/210 Ident% 17 Q: 239-441 (448)   S: 165-352 (356) Chain A, Crystal Structure Of L-Histidinol Phosphate Aminotransferase Complexed With L-Histidinol Pos: 58/210 Gap: 29/210
x35DV18uKEjGNw2ftquF754grXg 18158926 1KMJ
18158927 1KMK
406 E: .76E0 Ident: 33/231 Ident% 14 Q: 242-443 (448)   S: 183-401 (406) Chain A, E. Coli NifsCSDB PROTEIN AT 2.0A WITH THE CYSTEINE Persulfide Intermediate (Residue Css). Pos: 57/231 Gap: 41/231
s91RgYu2Tcj+lwvjlimuh+sXLF0 14719479 1JF9
408 E: .71E0 Ident: 33/231 Ident% 14 Q: 242-443 (448)   S: 185-403 (408) Chain A, Crystal Structure Of Selenocysteine Lyase Pos: 57/231 Gap: 41/231
kcfwUY1Nxj/qDoUfH0OQPsZ8QQM 14278468 1GEW
14278469 1GEX
14278520 1GEY
15826616 1IJI
356 E: .051E0 Ident: 38/212 Ident% 17 Q: 239-441 (448)   S: 165-352 (356) histidinol-phosphate aminotransferase [Escherichia coli K12] Pos: 61/212 Gap: 33/212
wHIpYtiNFZOilicGTrWvdnAtV6U 7546281 1EG5
7546280 1EG5
384 E: .045E0 Ident: 32/257 Ident% 12 Q: 209-445 (448)   S: 129-374 (384) Chain B, Nifs-Like Protein Pos: 61/257 Gap: 31/257
l7Rhm+4yhmzzEkZnBehgHgQpQ3Y 2914379 1AX4
2914380 1AX4
2914381 1AX4
2914382 1AX4
467 E: .021E0 Ident: 52/305 Ident% 17 Q: 79-364 (448)   S: 61-342 (467) Chain A, Tryptophanase From Proteus Vulgaris Pos: 92/305 Gap: 42/305
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: 7E-5 Ident: 58/384 Ident% 15 Q: 69-444 (448)   S: 46-382 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Tetra Mutant 2 Complexed With Tryptophan Pos: 104/384 Gap: 55/384
9aJ1OTTTmR0pUhLKzdeWrkW2dRQ 5821839 1BKG
5821840 1BKG
5821841 1BKG
5821842 1BKG
385 E: 2E-5 Ident: 41/239 Ident% 17 Q: 210-444 (448)   S: 155-382 (385) ASPARTATE AMINOTRANSFERASE (TRANSAMINASE A) (ASPAT) Pos: 74/239 Gap: 15/239
iukf7T5MyibqAm7irZnekB2LVHQ 17942613 1GCK
17942614 1GCK
385 E: 7E-5 Ident: 58/384 Ident% 15 Q: 69-444 (448)   S: 46-382 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Double Mutant 1 Complexed With Aspartate Pos: 104/384 Gap: 55/384
drCuFjwkkjjR6+EvUgvMbKR3lP8 14719481 1JG8
14719482 1JG8
14719483 1JG8
14719484 1JG8
347 E: 3E-5 Ident: 45/375 Ident% 12 Q: 73-444 (448)   S: 17-343 (347) Chain A, Crystal Structure Of Threonine Aldolase (Low-Specificity) Pos: 101/375 Gap: 51/375
L/lnIfAz22VjLV9YWzOr1PVemDo 5821886 1BS0
384 E: 2E-6 Ident: 75/438 Ident% 17 Q: 32-440 (448)   S: 23-380 (384) 8-amino-7-oxononanoate synthase [Escherichia coli K12] Pos: 118/438 Gap: 109/438
XKHYQGc0Lc3414IoC1jiWRBfO88 5821836 1BJW
5821837 1BJW
382 E: 6E-6 Ident: 41/239 Ident% 17 Q: 210-444 (448)   S: 155-382 (382) Chain A, Aspartate Aminotransferase From Thermus Thermophilus Pos: 74/239 Gap: 15/239
8SsVVDQHfA/IVRLVm1+uym9h0QY 12084604 1DJ9
12084728 1DJE
384 E: 7E-6 Ident: 75/438 Ident% 17 Q: 32-440 (448)   S: 23-380 (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: 118/438 Gap: 109/438
ff8/GBrIvvznRX4Zks3pMWM4Afw 2982001 2GSA
2982002 2GSA
2982008 4GSA
2982009 4GSA
5822508 3GSB
5822509 3GSB
432 E: 1E-18 Ident: 99/353 Ident% 28 Q: 23-365 (448)   S: 29-342 (432) Chain A, Crystal Structure Of Glutamate-1-Semialdehyde Aminomutase (Aminotransferase, Wild-Type Form) Pos: 158/353 Gap: 49/353
yD/26pK2sLN5jDcG641THTL3dPs 640359 1DGD
640360 1DGE
432 E: 2E-30 Ident: 103/359 Ident% 28 Q: 33-388 (448)   S: 24-364 (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: 170/359 Gap: 21/359
JlvgUguMl0VP9nhLlTHkEn2EVzg 3319072 1GBN
3319073 1GBN
3319074 1GBN
3319078 2CAN
3319079 2CAN
3319080 2CAN
402 E: 2E-30 Ident: 114/421 Ident% 27 Q: 29-444 (448)   S: 17-399 (402) Chain A, Human Ornithine Aminotransferase Complexed With The Neurotoxin Gabaculine Pos: 187/421 Gap: 43/421
ZUVrrXjOGeVbBzkm5PZZz7fjNvk 6573483 1D7U
6573481 1D7R
6573482 1D7S
6573484 1D7V
433 E: 2E-30 Ident: 103/359 Ident% 28 Q: 33-388 (448)   S: 25-365 (433) 2,2-dialkylglycine decarboxylase (DGD) Pos: 170/359 Gap: 21/359
j+e5fOgz5Yv7lLp2NV8Uq+eR690 4139654 2OAT
4139655 2OAT
4139656 2OAT
3114488 1OAT
3114489 1OAT
3114490 1OAT
439 E: 7E-31 Ident: 119/441 Ident% 26 Q: 9-444 (448)   S: 37-436 (439) ornithine aminotransferase precursor; Ornithine aminotransferase [Homo sapiens] Pos: 197/441 Gap: 46/441
aP8AWYW+QsEYmK5VxKJhkVi5WCI 640156 2DKB
640361 1DKA
432 E: 3E-31 Ident: 102/359 Ident% 28 Q: 33-388 (448)   S: 23-364 (432) 2,2-Dialkylglycine Decarboxylase (Pyruvate) (Dgd) (E.C.4.1.1.64) Pos: 168/359 Gap: 20/359
IfRf/9foDzreDh4EMQms9zlxK+A 7245744 1DTY
7245745 1DTY
429 E: 2E-34 Ident: 118/417 Ident% 28 Q: 37-444 (448)   S: 29-421 (429) Chain A, Crystal Structure Of Adenosylmethionine-8-Amino-7- Oxonanoate Aminotransferase With Pyridoxal Phosphate Cofactor. Pos: 194/417 Gap: 33/417
7Hb9tLZSV3Ku0Kf7QRmjCW+rKoc 9257024 1QJ3
9257025 1QJ3
9257026 1QJ5
9257027 1QJ5
429 E: 9E-35 Ident: 119/417 Ident% 28 Q: 37-444 (448)   S: 29-421 (429) Chain A, Crystal Structure Of 7,8-Diaminopelargonic Acid Synthase In Complex With 7-Keto-8-Aminopelargonic Acid Pos: 195/417 Gap: 33/417
hM7zHbFeEyMlSgHkJ2mzA0ov+Qk 7245964 1GTX
7245965 1GTX
7245966 1GTX
7245967 1GTX
472 E: 5E-61 Ident: 75/441 Ident% 17 Q: 38-446 (448)   S: 50-470 (472) Chain A, 4-Aminobutyrate-Aminotransferase From Pig Pos: 148/441 Gap: 52/441
86ziGOmxwiOJ6DGlkP3LqBZYloQ
15595331
11351947
9945962
probable transcriptional regulator [Pseudomonas aeruginosa] 305 0
920 1201 1201
rM9zOadRds6/hYdkO/5p09Xg5TU 15826582 1I6A
219 E: 8E-18 Ident: 36/205 Ident% 17 Q: 104-302 (305)   S: 4-203 (219) Chain A, Crystal Stucture Of The Oxidized Form Of Oxyr Pos: 70/205 Gap: 11/205
ArppAnKHDHr/Wlp65Gsjp4yUsgs 15826580 1I69
15826581 1I69
219 E: 8E-18 Ident: 36/203 Ident% 17 Q: 104-302 (305)   S: 4-203 (219) Chain A, Crystal Structure Of The Reduced Form Of Oxyr Pos: 70/203 Gap: 7/203
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 9E-31 Ident: 48/295 Ident% 16 Q: 15-300 (305)   S: 1-289 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 104/295 Gap: 15/295
lV3ZizFXPbsf/9v+6+rQ8bMSebg
15595332
11351367
9945963
probable guanine deaminase [Pseudomonas aeruginosa] 456 0
116 639 712
iDDvd5fn6blYfU/v1KRMNUUp8u0 10835897 1EJU
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Crystal Structure Of The H320n Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
W0gK4KyK7AB0Ay8yTbV6t/IuCJQ 2624820 1FWA
2624823 1FWB
2624826 1FWC
2624829 1FWD
2624832 1FWE
567 E: 5.7E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, C319a Variant At Ph 7.5 Pos: 12/27 Gap: -1/-1
1xUgcWDZ6OSb46q25PH1VJ+5nLU 3212379 1A5L
566 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 407-433 (566) Chain C, K217c Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
kA4+ULyeCENq89FGiv9saEU55SM 1311327 1KRC
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Active Site Mutant, Nickel Metalloenzyme Mol_id: 1; Molecule: Urease; Chain: A, B, C; Ec: 3.5.1.5; Mutation: H(C 320)a; Heterogen: Carbon Dioxide; Heterogen: Nickel Pos: 12/27 Gap: -1/-1
OzmkghqJ1kwXcjxx8IDRLia4hUY 3212376 1A5K
566 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 407-433 (566) Chain C, K217e Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
50EMwrzq34HuMWlF6ARyYS/kyrY 7245287 1EF2
566 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 407-433 (566) Chain A, Crystal Structure Of Manganese-Substituted Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
DQkQ862e3LACCwozmwWmUwEsDyI 2624847 1FWJ
567 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, Native Pos: 12/27 Gap: -1/-1
hS9/IZUSxLsnOqIqUHAjJKP4ypI 10835891 1EJS
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Crystal Structure Of The H219n Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
5erKB7UoJ/QoWvcc7XOUutW40gU 10835888 1EJR
567 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Crystal Structure Of The D221a Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
Z1drDb1OP/HaFfk5WmpjARToAvM 10835900 1EJV
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Crystal Structure Of The H320q Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
sHdrVB3yYHw1WapldvcMf5lm9ds 3212382 1A5M
3212385 1A5N
566 E: 5.4E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 407-433 (566) Chain C, K217a Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
i7L9harKJaZKQqy3kzHCDYbpuoo 7245484 4UBP
4557957 1UBP
6573659 2UBP
6730599 3UBP
570 E: .55E0 Ident: 9/27 Ident% 33 Q: 381-407 (456)   S: 411-437 (570) Chain C, Structure Of Bacillus Pasteurii Urease Inhibited With Acetohydroxamic Acid At 1.55 A Resolution Pos: 13/27 Gap: -1/-1
ubPFdBN6TPZo8Ks7ixT79pErsF4 1065194 2KAU
1311333 1KRA
567 E: 5.3E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) UREASE ALPHA SUBUNIT (UREA AMIDOHYDROLASE) Pos: 12/27 Gap: -1/-1
oem/SvncNWQ1yBuW3By7MTIiyqI 1311330 1KRB
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Active Site Mutant, Nickel Metalloenzyme Mol_id: 1; Molecule: Urease; Chain: A, B, C; Ec: 3.5.1.5; Mutation: H(C 219)a; Heterogen: Carbon Dioxide; Heterogen: Nickel Pos: 12/27 Gap: -1/-1
/CmFTjYpvubZx7lsh1jJkrd+rsQ 10835894 1EJT
567 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Crystal Structure Of The H219q Variant Of Klebsiella Aerogenes Urease Pos: 12/27 Gap: -1/-1
Z0szxwT4gHO8Tsbrf13fZjv2QEg 2624841 1FWH
567 E: 5.6E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, C319y Variant Pos: 12/27 Gap: -1/-1
j+/1pqKwyiZ8BDiZ1eqYJbQfxnQ 3212388 1A5O
566 E: 5.2E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 407-433 (566) Chain C, K217c Variant Of Klebsiella Aerogenes Urease, Chemically Rescued By Formate And Nickel Pos: 12/27 Gap: -1/-1
f+8pMOkqj1SABrFJkXJtl9is0OU 2624838 1FWG
567 E: 5.6E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, C319s Variant Pos: 12/27 Gap: -1/-1
9NYY+/mle8MI3r/gfPjtwHDEuuk 2624844 1FWI
567 E: 5.3E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, H134a Variant Pos: 12/27 Gap: -1/-1
4F/4TFK75EkmFOHLQ2Sgc7QOqtU 14278353 1IE7
570 E: .56E0 Ident: 9/27 Ident% 33 Q: 381-407 (456)   S: 411-437 (570) Chain C, Phosphate Inhibited Bacillus Pasteurii Urease Crystal Structure Pos: 13/27 Gap: -1/-1
mmAlrFs4XkuHbgNogBufUWF+TPw 2624835 1FWF
567 E: 5.7E0 Ident: 8/27 Ident% 29 Q: 381-407 (456)   S: 408-434 (567) Chain C, Klebsiella Aerogenes Urease, C319d Variant Pos: 12/27 Gap: -1/-1
e9YQRRVwDE6kdz+xNKJ0uW/TPNw 18655481 1K6W
18655482 1K70
426 E: 1E-8 Ident: 69/385 Ident% 17 Q: 53-408 (456)   S: 16-379 (426) Chain A, The Structure Of Escherichia Coli Cytosine Deaminase Pos: 120/385 Gap: 50/385
Rdq8Pk7YPaQcIoHkbgG0T8b0cmk
15595333
11348786
9945964
hypothetical protein [Pseudomonas aeruginosa] 46 0
1 1 0  
qiTFaMsESGo5cq50kJ5/QE4ehgE
15595334
11351005
9945965
probable ATP-binding component of ABC transporter [Pseudomonas aeruginosa] 523 0
2218 2397 2379
ImYhpWAkHn8eI11by5jCV4ScHuA 12084694 1G29
12084695 1G29
12084694 1G29
12084695 1G29
372 E: 4E-47 Ident: 52/252 Ident% 20 Q: 268-513 (523)   S: 9-245 (372) Chain 1, Malk Pos: 91/252 Gap: 21/252
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
6573453 1B0U
262 E: 2E-54 Ident: 36/263 Ident% 13 Q: 257-510 (523)   S: 1-255 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 86/263 Gap: 17/263
*TARGET
z2oJLwQ+3/AZb9/pL0sT4G2KVfU
15595335
11351651
9945966
probable permease of ABC transporter [Pseudomonas aeruginosa] 365 8
23-45,59-81,88-110,115-136,194-216,244-266,280-302,318-340
109 432 526  
*TARGET
GBnuYTXBoOSqCnzPj50zV/g0mNc
15595336
11351652
9945967
probable permease of ABC transporter [Pseudomonas aeruginosa] 308 7
9-31,53-75,89-111,127-149,187-208,228-250,267-288
129 460 530  
9x9wmlIr2+kgXsIO0CWJFbweV0s
15595337
11347419
9945969
alkyl hydroperoxide reductase subunit C [Pseudomonas aeruginosa] 187 0
372 574 743
uvmUpYOJ+YHWyo2dAo0aHMy39HA 8569320 1QK8
146 E: .2E0 Ident: 18/78 Ident% 23 Q: 1-77 (187)   S: 1-74 (146) Chain A, Tryparedoxin-I From Crithidia Fasciculata Pos: 29/78 Gap: 5/78
ZzjpmPGhuyO6m7XZscSOxz4e4cY 14278309 1FG4
14278310 1FG4
149 E: 1.5E0 Ident: 16/72 Ident% 22 Q: 6-74 (187)   S: 4-71 (149) Chain A, Structure Of Tryparedoxin Ii Pos: 30/72 Gap: 7/72
gRp53RU6YGT8OeqbeVzai5xxlFM 8569420 1EWX
146 E: .22E0 Ident: 15/56 Ident% 26 Q: 23-77 (187)   S: 20-74 (146) Chain A, Crystal Structure Of Native Tryparedoxin I From Crithidia Fasciculata Pos: 21/56 Gap: 2/56
q3ndmsU5H8eZJvsprMXVtiADqsg 13787131 1I5G
144 E: .94E0 Ident: 12/62 Ident% 19 Q: 14-74 (187)   S: 11-71 (144) Chain A, Tryparedoxin Ii Complexed With Glutathionylspermidine Pos: 21/62 Gap: 2/62
QCWaAJ/T9WC5/0H5zS6D0i5JQDQ 15988313 1JFU
15988314 1JFU
186 E: .078E0 Ident: 12/61 Ident% 19 Q: 15-75 (187)   S: 44-103 (186) Chain A, Crystal Structure Of The Soluble Domain Of Tlpa From Bradyrhizobium Japonicum Pos: 20/61 Gap: 1/61
gHkg9J16eDhmpHc3wOXmEqqj/g4 8569430 1EZK
153 E: .21E0 Ident: 15/56 Ident% 26 Q: 23-77 (187)   S: 19-73 (153) Chain A, Crystal Structure Of Recombinant Tryparedoxin I Pos: 21/56 Gap: 2/56
rRSxy3Yj2cYOMJTMwobR+/5Ut1U 15826629 1HD2
16975155 1H4O
16975156 1H4O
16975157 1H4O
16975158 1H4O
16975159 1H4O
16975160 1H4O
16975161 1H4O
16975162 1H4O
161 E: 1E-12 Ident: 29/148 Ident% 19 Q: 4-142 (187)   S: 5-148 (161) Chain A, Human Peroxiredoxin 5 Pos: 56/148 Gap: 13/148
2bQCD39f+uRo2Lgf+tYhJsUBZII 3318841 1PRX
3318842 1PRX
224 E: 6E-47 Ident: 45/188 Ident% 23 Q: 3-178 (187)   S: 6-189 (224) Chain A, Horf6 A Novel Human Peroxidase Enzyme Pos: 72/188 Gap: 16/188
4Y/ErL1Mf+X6eqCBFbLPQ7W4nZQ 13786919 1E2Y
13786920 1E2Y
13786921 1E2Y
13786922 1E2Y
13786923 1E2Y
13786924 1E2Y
13786925 1E2Y
13786926 1E2Y
13786927 1E2Y
13786928 1E2Y
188 E: 2E-66 Ident: 63/175 Ident% 36 Q: 4-174 (187)   S: 8-181 (188) Chain A, Tryparedoxin Peroxidase From Crithidia Fasciculata Pos: 93/175 Gap: 5/175
I/X6J3V2xR3CwNKYCwrK8j21XPk 6435547 1QQ2
6435548 1QQ2
199 E: 3E-78 Ident: 65/183 Ident% 35 Q: 4-182 (187)   S: 8-189 (199) Chain A, Crystal Structure Of A Mammalian 2-Cys Peroxiredoxin, Hbp23. Pos: 100/183 Gap: 5/183
/GwQVVLlgNxr7KxeZyEURz+nB7k 9955007 1QMV
9955008 1QMV
9955009 1QMV
9955010 1QMV
9955011 1QMV
9955012 1QMV
9955013 1QMV
9955014 1QMV
9955015 1QMV
9955016 1QMV
197 E: 2E-79 Ident: 72/182 Ident% 39 Q: 4-182 (187)   S: 7-187 (197) Chain A, Thioredoxin Peroxidase B From Red Blood Cells Pos: 102/182 Gap: 4/182
STSRxuaXkaZ1DlsapVWztR/zwLU
15595338
11347420
9945970
alkyl hydroperoxide reductase subunit F [Pseudomonas aeruginosa] 521 0
894 1338 1280
Rz79XulYZbhhsfIJKtOPjxDUGoU 6573510 1BZL
6573511 1BZL
486 E: 9.9E0 Ident: 48/199 Ident% 24 Q: 312-489 (521)   S: 151-328 (486) Chain A, Crystal Structure Of Trypanosoma Cruzi Trypanothione Reductase In Complex With Trypanothione, And The Structure- Based Discovery Of New Natural Product Inhibitors Pos: 81/199 Gap: 42/199
6QSnlqRelWe0xtS3XEh3L5ipn+E 9955321 1DXL
9955322 1DXL
9955323 1DXL
9955324 1DXL
470 E: .003E0 Ident: 86/325 Ident% 26 Q: 210-492 (521)   S: 5-322 (470) Chain A, Dihydrolipoamide Dehydrogenase Of Glycine Decarboxylase From Pisum Sativum Pos: 143/325 Gap: 49/325
iDT0U/OzjSRQQOFBN2Z1VHp0djI 640319 1NDA
640320 1NDA
491 E: 6.9E0 Ident: 48/199 Ident% 24 Q: 312-489 (521)   S: 151-328 (491) Chain A, Trypanothione Oxidoreductase (E.C.1.6.4.8) (Oxidized) Pos: 81/199 Gap: 42/199
1NyE4AUPS6XBL9JeN1Bcid6T5Jw 2392351 1GRT
478 E: .19E0 Ident: 78/320 Ident% 24 Q: 211-488 (521)   S: 20-332 (478) Human Glutathione Reductase A34eR37W MUTANT Pos: 132/320 Gap: 49/320
BFpuGMdRUW+aYjtA5aBaXTNFZnw 13399974 1HYU
521 E: 0E0 Ident: 340/518 Ident% 65 Q: 1-517 (521)   S: 1-518 (521) alkyl hydroperoxide reductase, F52a subunit; detoxification of hydroperoxides [Salmonella typhimurium LT2] Pos: 418/518 Gap: 1/518
J2LnUxlN17fTcW3oelDGDYFc59s 2392798 5GRT
2392749 3GRT
2392687 2GRT
2392787 4GRT
461 E: .18E0 Ident: 78/320 Ident% 24 Q: 211-488 (521)   S: 3-315 (461) Human Glutathione Reductase A34e, R37w Mutant, Glutathionylspermidine Complex Pos: 132/320 Gap: 49/320
j5q7rOOyR+/Tp6YJOwAylfXua9w 2554795 1AOG
2554796 1AOG
485 E: 9.9E0 Ident: 48/199 Ident% 24 Q: 312-489 (521)   S: 150-327 (485) Chain A, Trypanosoma Cruzi Trypanothione Reductase (Oxidized Form) Pos: 81/199 Gap: 42/199
e+TzsCFZg0gKOoE4NUucBGqTL7U 13096195 1F8W
13096195 1F8W
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Chain A, Crystal Structure Of Nadh Peroxidase Mutant: R303m Pos: 50/141 Gap: 21/141
a3b/B9ogvtkpfzN9J75cWA/5FSo 999860 1NHS
999860 1NHS
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Ser 41 Replaced By Cys (S41c) Pos: 50/141 Gap: 21/141
2TZPciwrBSp/S2NziKshZLVBKGc 1942624 1JOA
1942624 1JOA
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Nadh Peroxidase With Cysteine-Sulfenic Acid Pos: 50/141 Gap: 21/141
U86nV1ZTk/LyNyzzLQ0jTyeorEk 999858 1NHQ
999858 1NHQ
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ser (C42s) Pos: 50/141 Gap: 21/141
DmkgA1c+ymJTQBN78eVH//GXLOA 999857 1NHP
999857 1NHP
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Cys 42 Replaced By Ala (C42a) Pos: 50/141 Gap: 21/141
bpWasozERRrdkj8fyXEmQvJBCd4 999859 1NHR
999859 1NHR
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) Nadh Peroxidase (Npx) (E.C.1.11.1.1) Mutant With Leu 40 Replaced By Cys (L40c) Pos: 50/141 Gap: 21/141
Ce5DXT3/S6SmylfaawcIoJE8VF4 494414 1NPX
494823 2NPX
494414 1NPX
494823 2NPX
447 E: 2E-4 Ident: 27/141 Ident% 19 Q: 204-342 (521)   S: 142-263 (447) NADH PEROXIDASE (NPXASE) Pos: 50/141 Gap: 21/141
Jrc5VzWIN01LjxxSdwmypL2A1wc 494878 3LAD
494879 3LAD
476 E: 3E-6 Ident: 85/320 Ident% 26 Q: 212-488 (521)   S: 4-319 (476) Chain A, Dihydrolipoamide Dehydrogenase (E.C.1.8.1.4) Pos: 138/320 Gap: 47/320
xffDQEAHjn6JBTQD/Khj2jENS2Y 1633234 1EBD
1633235 1EBD
455 E: 3E-10 Ident: 89/319 Ident% 27 Q: 213-492 (521)   S: 5-313 (455) Chain A, Dihydrolipoamide Dehydrogenase Complexed With The Binding Domain Of The Dihydrolipoamide Acetylase Pos: 137/319 Gap: 49/319
i6KD3Nu7SPuYINs8yutouEjvLOc 6730398 1DJQ
6730399 1DJQ
729 E: 3E-13 Ident: 72/337 Ident% 21 Q: 208-512 (521)   S: 386-697 (729) Chain A, Structural And Biochemical Characterization Of Recombinant C30a Mutant Of Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 117/337 Gap: 57/337
Qb1sr98FH3sPQVqKZFjXiMz6Oko 6730396 1DJN
6730397 1DJN
494860 2TMD
494861 2TMD
729 E: 3E-13 Ident: 72/337 Ident% 21 Q: 208-512 (521)   S: 386-697 (729) Chain A, Structural And Biochemical Characterization Of Recombinant Wild Type Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 117/337 Gap: 57/337
nf4y4bxj9elJZrW7KKNrL67NMOs 13399647 1H7W
13399648 1H7W
13399649 1H7W
13399650 1H7W
1025 E: 2E-14 Ident: 76/414 Ident% 18 Q: 128-514 (521)   S: 130-507 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig Pos: 142/414 Gap: 63/414
uSp4lyNDaZPY+UVPBME4WnK5nzc 13399651 1H7X
13399652 1H7X
13399653 1H7X
13399654 1H7X
1025 E: 2E-14 Ident: 76/414 Ident% 18 Q: 128-514 (521)   S: 130-507 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig, Ternary Complex Of A Mutant Enzyme (C671a), Nadph And 5-Fluorouracil Pos: 142/414 Gap: 63/414
SknHAqTjVw6olu9MjRYccHX+Sn4 12084334 1D7Y
14488438 1F3P
408 E: 2E-23 Ident: 62/319 Ident% 19 Q: 214-512 (521)   S: 10-307 (408) Chain A, Crystal Structure Of Nadh-Dependent Ferredoxin Reductase, Bpha4 Pos: 108/319 Gap: 41/319
ZScan49F2NfXyBuI9SpXW0ugO9g 1942055 1VDC
333 E: 1E-24 Ident: 101/322 Ident% 31 Q: 216-521 (521)   S: 13-329 (333) Structure Of Nadph Dependent Thioredoxin Reductase Pos: 160/322 Gap: 21/322
NCj97YjaDhOEWBPvE23+uuk9kyE 15826812 1H6V
15826813 1H6V
15826814 1H6V
15826815 1H6V
15826816 1H6V
15826817 1H6V
499 E: 4E-26 Ident: 73/365 Ident% 20 Q: 200-512 (521)   S: 1-359 (499) Chain A, Mammalian Thioredoxin Reductase Pos: 136/365 Gap: 58/365
x3gkIjA7FmtXlW/vNx6D0KR8Aos 2624709 1OJT
482 E: 2E-27 Ident: 77/356 Ident% 21 Q: 208-513 (521)   S: 3-349 (482) Structure Of Dihydrolipoamide Dehydrogenase Pos: 134/356 Gap: 59/356
99lsAZqKxk9drWJZmkUDUqNs6+0 15826394 1JEH
15826395 1JEH
478 E: 1E-27 Ident: 78/347 Ident% 22 Q: 209-508 (521)   S: 3-345 (478) Chain A, Crystal Structure Of Yeast E3, Lipoamide Dehydrogenase Pos: 131/347 Gap: 51/347
fUwfi2s71PcEm7aFV/mtK/MLGvA 3891539 1BHY
482 E: 3E-27 Ident: 77/356 Ident% 21 Q: 208-513 (521)   S: 3-349 (482) Low Temperature Middle Resolution Structure Of P64k From Masc Data Pos: 134/356 Gap: 59/356
ohbSlOHhJtS+02d5yPTNnc/Qv2o 230869 3GRS
494056 1GRB
494055 1GRA
494057 1GRE
494058 1GRF
494059 1GRG
5821922 1BWC
231021 4GR1
494060 1GRH
478 E: 8E-28 Ident: 66/361 Ident% 18 Q: 193-513 (521)   S: 2-356 (478) Glutathione Reductase (E.C.1.6.4.2), Oxidized Form (E) Pos: 115/361 Gap: 46/361
xr01Q7a/XGpfUqEaof9G7B+ZMg0 576322 1TYT
486 E: 2E-29 Ident: 70/354 Ident% 19 Q: 211-504 (521)   S: 3-342 (486) Chain B, Trypanothione Reductase (E.C.1.6.4.8) (Oxidized Form (E)) Pos: 128/354 Gap: 74/354
heT6ZaaNQqf4jMbUWgnTOehCvc4 443440 2TPR
443441 2TPR
490 E: 3E-29 Ident: 70/354 Ident% 19 Q: 211-504 (521)   S: 3-342 (490) Chain A, Trypanothione Reductase (E.C.1.6.4.8) Pos: 128/354 Gap: 74/354
ErppiUhFTZzBxGv55gs9OXSPkv4 494695 1TYP
494696 1TYP
487 E: 2E-29 Ident: 70/354 Ident% 19 Q: 211-504 (521)   S: 4-343 (487) Chain A, Trypanothione Reductase (E.C.1.6.4.8) Complex With N1-Glutathionylspermidine Disulfide And Nadp Pos: 128/354 Gap: 74/354
SDzU0vO31p1bI7+RpHgeLLGZIuE 1942673 1FEB
1942669 1FEA
1942671 1FEA
1942675 1FEC
1942676 1FEC
1942674 1FEB
1942670 1FEA
1942672 1FEA
490 E: 2E-29 Ident: 70/354 Ident% 19 Q: 211-504 (521)   S: 3-342 (490) Chain A, Unliganded Crithidia Fasciculata Trypanothione Reductase At 2.0 Angstrom Resolution Pos: 128/354 Gap: 74/354
0Nera9YCBCPwQ+bSbN5YJQfIl2s 576321 1TYT
487 E: 2E-29 Ident: 70/354 Ident% 19 Q: 211-504 (521)   S: 4-343 (487) Chain A, Trypanothione Reductase (E.C.1.6.4.8) (Oxidized Form (E)) Pos: 128/354 Gap: 74/354
WIfFjqwSaqeLKb6QQlLxQUzW9eE 494294 1LVL
458 E: 6E-30 Ident: 70/326 Ident% 21 Q: 214-507 (521)   S: 8-324 (458) Dihydrolipoamide Dehydrogenase (E.C.1.8.1.4) Complex With Nicotinamide-Adenine-Dinucleotide (Nad+) Pos: 122/326 Gap: 41/326
7wRN9ZtAFrlOjeLHT/4J4tSXCqI 809419 1GER
809423 1GET
809418 1GER
809422 1GET
450 E: 3E-31 Ident: 67/332 Ident% 20 Q: 210-505 (521)   S: 3-320 (450) glutathione oxidoreductase [Escherichia coli K12] Pos: 121/332 Gap: 50/332
Jg3BvwuyhQo3JiDwxvC9w4aOLpE 809421 1GES
809425 1GEU
809420 1GES
809424 1GEU
450 E: 4E-31 Ident: 68/332 Ident% 20 Q: 210-505 (521)   S: 3-320 (450) Chain B, Glutathione Reductase (E.C.1.6.4.2) Nad Mutant With Ala 179 Replaced By Gly, Ala 183 By Gly, Val 197 By Glu, Arg 198 By Met, Lys 199 By Phe, His 200 By Asp, And Arg 204 By Phe (A179g,A183g,V197e,R198m,K199f,H200d,R204p) Complexed With Nad Pos: 122/332 Gap: 50/332
9LyYKprGR3+KXCZzO6CrRbXMxGY 3212536 1GSN
478 E: 6E-32 Ident: 72/346 Ident% 20 Q: 211-513 (521)   S: 20-356 (478) Human Glutathione Reductase Modified By Dinitrosoglutathione Pos: 121/346 Gap: 52/346
OTtHgcQZGnY6wsYofYUoQqAN5bg 3212507 1DNC
478 E: 3E-32 Ident: 72/346 Ident% 20 Q: 211-513 (521)   S: 20-356 (478) Human Glutathione Reductase Modified By Diglutathione-Dinitroso-Iron Pos: 122/346 Gap: 52/346
aJtRibu81eUD6pYot7sqArcBn9g 18655540 1K4Q
463 E: 3E-32 Ident: 74/348 Ident% 21 Q: 211-513 (521)   S: 3-341 (463) Chain A, Human Glutathione Reductase Inactivated By Peroxynitrite Pos: 122/348 Gap: 54/348
+4v3GITSposKK4B7rtVPVcpZ9FQ 1633076 1XAN
461 E: 6E-33 Ident: 72/346 Ident% 20 Q: 211-513 (521)   S: 3-339 (461) Human Glutathione Reductase In Complex With A Xanthene Inhibitor Pos: 122/346 Gap: 52/346
6z31CtPMzPqNTVNQTXcXqZ2zrQ0 494262 1LPF
494263 1LPF
477 E: 9E-35 Ident: 76/346 Ident% 21 Q: 210-513 (521)   S: 2-343 (477) Chain A, Dihydrolipoamide Dehydrogenase (E.C.1.8.1.4) Complex With Flavin-Adenine-Dinucleotide (Fad) Pos: 126/346 Gap: 46/346
/7d86CN+OANWumb2kIPNrx2cf2s 10120656 1F6M
10120657 1F6M
10120658 1F6M
10120660 1F6M
320 E: 6E-38 Ident: 110/315 Ident% 34 Q: 214-514 (521)   S: 8-313 (320) Chain A, Crystal Structure Of A Complex Between Thioredoxin Reductase, Thioredoxin, And The Nadp+ Analog, Aadp Pos: 168/315 Gap: 23/315
aVv9/6CLmR0dsPnqThLOOtIFHRA 809433 1TDF
316 E: 4E-38 Ident: 110/315 Ident% 34 Q: 214-514 (521)   S: 8-313 (316) Thioredoxin Reductase (E.C.1.6.4.5) Mutant With Cys 138 Replaced By Ser (C138s) Pos: 168/315 Gap: 23/315
d7Dh77/khgwnG3VLvE6KIld2HXQ 494666 1TRB
320 E: 6E-38 Ident: 110/315 Ident% 34 Q: 214-514 (521)   S: 8-313 (320) Thioredoxin Reductase (E.C.1.6.4.5) Mutant With Cys 138 Replaced By Ser (C138s) Pos: 168/315 Gap: 23/315
obVQjg35/agV/A6HBSx6HgaoBac 809432 1TDE
316 E: 2E-39 Ident: 111/315 Ident% 35 Q: 214-514 (521)   S: 8-313 (316) Thioredoxin Reductase (E.C.1.6.4.5) (Wild Type) Pos: 169/315 Gap: 23/315
FGWvHqTEZQW37nne7LVLXSqgHvA 6730179 1CL0
320 E: 3E-39 Ident: 111/315 Ident% 35 Q: 214-514 (521)   S: 8-313 (320) Chain A, Crystal Structure Of Reduced Thioredoxin Reductase From Escherichia Coli Pos: 169/315 Gap: 23/315
Y0n/gtOG3sh5ekMxMP6dh+PNvLA 4699595 1A8L
226 E: 8E-56 Ident: 44/206 Ident% 21 Q: 3-188 (521)   S: 6-209 (226) glutaredoxin-like protein - Pyrococcus furiosus Pos: 93/206 Gap: 22/206
T3GRldPoe/Xj/hPVaPoWUqK4I5E 13786943 1FL2
310 E: 1E-111 Ident: 212/307 Ident% 69 Q: 211-517 (521)   S: 1-307 (310) Chain A, Catalytic Core Component Of The Alkylhydroperoxide Reductase Ahpf From E.Coli Pos: 256/307 Gap: -1/-1
/aR+ARnR7h/YENIUvBdmlGx/ACI
15595339
11347622
9945971
conserved hypothetical protein [Pseudomonas aeruginosa] 298 0
31 35 0  
Tt7ImgYF84EFaxBRy1rAoD1YIx8
15595340
11348787
9945972
hypothetical protein [Pseudomonas aeruginosa] 449 0
123 710 1237
kA4+ULyeCENq89FGiv9saEU55SM 1311327 1KRC
567 E: .45E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Active Site Mutant, Nickel Metalloenzyme Mol_id: 1; Molecule: Urease; Chain: A, B, C; Ec: 3.5.1.5; Mutation: H(C 320)a; Heterogen: Carbon Dioxide; Heterogen: Nickel Pos: 26/72 Gap: 10/72
OzmkghqJ1kwXcjxx8IDRLia4hUY 3212376 1A5K
566 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 66-135 (566) Chain C, K217e Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
DQkQ862e3LACCwozmwWmUwEsDyI 2624847 1FWJ
567 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Klebsiella Aerogenes Urease, Native Pos: 26/72 Gap: 10/72
5erKB7UoJ/QoWvcc7XOUutW40gU 10835888 1EJR
567 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Crystal Structure Of The D221a Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
Dmv/Uus/RU9AjDNq4jPzUa3nATY 7546555 1EJ7
475 E: 2.1E0 Ident: 20/134 Ident% 14 Q: 154-287 (449)   S: 192-308 (475) Chain L, Crystal Structure Of Unactivated Tobacco Rubisco With Bound Phosphate Ions Pos: 39/134 Gap: 17/134
sHdrVB3yYHw1WapldvcMf5lm9ds 3212382 1A5M
3212385 1A5N
566 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 66-135 (566) Chain C, K217a Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
zuOGL9IV5cAhWymPfxDNN/ArBVE 231069 4RUB
231071 4RUB
231073 4RUB
576416 4RUB
443237 1RLC
477 E: 2.1E0 Ident: 20/134 Ident% 14 Q: 154-287 (449)   S: 194-310 (477) RuBisCO large subunit [Nicotiana tabacum] Pos: 39/134 Gap: 17/134
4F/4TFK75EkmFOHLQ2Sgc7QOqtU 14278353 1IE7
570 E: 1.6E0 Ident: 17/75 Ident% 22 Q: 3-67 (449)   S: 68-140 (570) Chain C, Phosphate Inhibited Bacillus Pasteurii Urease Crystal Structure Pos: 24/75 Gap: 12/75
oem/SvncNWQ1yBuW3By7MTIiyqI 1311330 1KRB
567 E: .45E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Active Site Mutant, Nickel Metalloenzyme Mol_id: 1; Molecule: Urease; Chain: A, B, C; Ec: 3.5.1.5; Mutation: H(C 219)a; Heterogen: Carbon Dioxide; Heterogen: Nickel Pos: 26/72 Gap: 10/72
/CmFTjYpvubZx7lsh1jJkrd+rsQ 10835894 1EJT
567 E: .44E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Crystal Structure Of The H219q Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
j+/1pqKwyiZ8BDiZ1eqYJbQfxnQ 3212388 1A5O
566 E: .44E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 66-135 (566) Chain C, K217c Variant Of Klebsiella Aerogenes Urease, Chemically Rescued By Formate And Nickel Pos: 26/72 Gap: 10/72
mmAlrFs4XkuHbgNogBufUWF+TPw 2624835 1FWF
567 E: .49E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Klebsiella Aerogenes Urease, C319d Variant Pos: 26/72 Gap: 10/72
50EMwrzq34HuMWlF6ARyYS/kyrY 7245287 1EF2
566 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 66-135 (566) Chain A, Crystal Structure Of Manganese-Substituted Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
DH4f/vmpV/1r0RJ/pGFsOFQFn2Q 16974909 1E9Y
569 E: .12E0 Ident: 19/124 Ident% 15 Q: 3-116 (449)   S: 67-185 (569) Chain B, Crystal Structure Of Helicobacter Pylori Urease In Complex With Acetohydroxamic Acid Pos: 31/124 Gap: 15/124
iDDvd5fn6blYfU/v1KRMNUUp8u0 10835897 1EJU
567 E: .44E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Crystal Structure Of The H320n Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
W0gK4KyK7AB0Ay8yTbV6t/IuCJQ 2624820 1FWA
2624823 1FWB
2624826 1FWC
2624829 1FWD
2624832 1FWE
567 E: .5E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Klebsiella Aerogenes Urease, C319a Variant At Ph 7.5 Pos: 26/72 Gap: 10/72
1xUgcWDZ6OSb46q25PH1VJ+5nLU 3212379 1A5L
566 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 66-135 (566) Chain C, K217c Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
ccjWwqNuaQauqdZKZ3Bca/0skkw 515239 1RLD
515241 1RLD
446 E: 1.7E0 Ident: 20/134 Ident% 14 Q: 154-287 (449)   S: 173-289 (446) Chain A, Ribulose-1,5-Bisphosphate CarboxylaseOXYGENASE (RUBISCO) (E.C.4.1.1.39) Pos: 38/134 Gap: 17/134
hS9/IZUSxLsnOqIqUHAjJKP4ypI 10835891 1EJS
567 E: .44E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Crystal Structure Of The H219n Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
Z1drDb1OP/HaFfk5WmpjARToAvM 10835900 1EJV
567 E: .44E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Crystal Structure Of The H320q Variant Of Klebsiella Aerogenes Urease Pos: 26/72 Gap: 10/72
daY9T4RXZxrppaedoiQkv8oT2nk 16974911 1E9Z
569 E: .008E0 Ident: 61/448 Ident% 13 Q: 3-396 (449)   S: 67-447 (569) Chain B, Crystal Structure Of Helicobacter Pylori Urease Pos: 113/448 Gap: 121/448
QRdAJrF3Fuq2p5ziqpSLcaaf1+8 230921 3RUB
477 E: 2.1E0 Ident: 20/134 Ident% 14 Q: 154-287 (449)   S: 194-310 (477) Chain L, Ribulose 1,5-Bisphosphate Carboxylase(Slash)oxygenase (Form III) (E.C.4.1.1.39) Pos: 39/134 Gap: 17/134
ubPFdBN6TPZo8Ks7ixT79pErsF4 1065194 2KAU
1311333 1KRA
567 E: .46E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) UREASE ALPHA SUBUNIT (UREA AMIDOHYDROLASE) Pos: 26/72 Gap: 10/72
Z0szxwT4gHO8Tsbrf13fZjv2QEg 2624841 1FWH
567 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Klebsiella Aerogenes Urease, C319y Variant Pos: 26/72 Gap: 10/72
f+8pMOkqj1SABrFJkXJtl9is0OU 2624838 1FWG
567 E: .47E0 Ident: 17/72 Ident% 23 Q: 3-66 (449)   S: 67-136 (567) Chain C, Klebsiella Aerogenes Urease, C319s Variant Pos: 26/72 Gap: 10/72
9NYY+/mle8MI3r/gfPjtwHDEuuk 2624844 1FWI
567 E: 5E-6 Ident: 67/442 Ident% 15 Q: 3-396 (449)   S: 67-445 (567) Chain C, Klebsiella Aerogenes Urease, H134a Variant Pos: 113/442 Gap: 111/442
i7L9harKJaZKQqy3kzHCDYbpuoo 7245484 4UBP
4557957 1UBP
6573659 2UBP
6730599 3UBP
570 E: 8E-9 Ident: 73/465 Ident% 15 Q: 3-422 (449)   S: 68-458 (570) Chain C, Structure Of Bacillus Pasteurii Urease Inhibited With Acetohydroxamic Acid At 1.55 A Resolution Pos: 119/465 Gap: 119/465
e9YQRRVwDE6kdz+xNKJ0uW/TPNw 18655481 1K6W
18655482 1K70
426 E: 4E-12 Ident: 73/382 Ident% 19 Q: 28-386 (449)   S: 26-379 (426) Chain A, The Structure Of Escherichia Coli Cytosine Deaminase Pos: 119/382 Gap: 51/382
xnixYSP32DbTgN9TmDGfOlzwoGg
15595341
11351546
9945973
probable nucleoside hydrolase [Pseudomonas aeruginosa] 329 0
75 86 92
5I37jeYPDXBSEeaoo1F1P8jOkUI 17943413 1HP0
17943414 1HP0
17943415 1HOZ
17943416 1HOZ
339 E: 1E-64 Ident: 68/328 Ident% 20 Q: 17-322 (329)   S: 13-333 (339) Chain A, Crystal Structure Of An Inosine-Adenosine-Guanosine- Preferring Nucleoside Hydrolase From Trypanosoma Vivax In Complex With The Substrate Analogue 3-Deaza-Adenosine Pos: 123/328 Gap: 29/328
KFQi1rjhuOI1oBtprYeopkNoxAE 2392703 2MAS
2392704 2MAS
2392705 2MAS
2392706 2MAS
1827759 1MAS
1827760 1MAS
314 E: 1E-100 Ident: 103/312 Ident% 33 Q: 18-328 (329)   S: 1-310 (314) Chain A, Purine Nucleoside Hydrolase With A Transition State Inhibitor Pos: 171/312 Gap: 3/312
wvCPA/pEybOh5coGSL/3nqJly18 8569431 1EZR
8569432 1EZR
8569433 1EZR
8569434 1EZR
314 E: 1E-102 Ident: 109/312 Ident% 34 Q: 18-328 (329)   S: 2-310 (314) Chain A, Crystal Structure Of Nucleoside Hydrolase From Leishmania Major Pos: 170/312 Gap: 4/312
/eOrBQU4+zeCMrdWYlO6Xz+eFOc
15595342
11348788
9945974
hypothetical protein [Pseudomonas aeruginosa] 208 0
10 15 11  
3OvaV03h873n0AG3sTIe3cYGOhE
15595343
11348789
9945975
hypothetical protein [Pseudomonas aeruginosa] 172 0
16 19 0  
egc/SPxzZKD0R6PBBFjvdu+JcWQ
15595344
11347623
9945976
conserved hypothetical protein [Pseudomonas aeruginosa] 365 0
90 159 175  
brQb+ciDvBkxIr+6bOX1HVfL1XU
15595345
11351579
9945977
probable oxidoreductase [Pseudomonas aeruginosa] 320 0
547 606 629
cKyxry/+P7/zJKM5c/kMBppWBvQ 9256912 1QJE
9256913 1QJF
9257082 1QIQ
17942745 1HB4
17942746 1HB3
17942747 1HB2
17942748 1HB1
3114495 1IPS
3114496 1IPS
4389265 1BK0
4389256 1BLZ
331 E: 8E-22 Ident: 96/324 Ident% 29 Q: 4-304 (320)   S: 9-317 (331) ISOPENICILLIN N SYNTHETASE (IPNS) (ISOPENICILLIN N SYNTHASE) Pos: 150/324 Gap: 38/324
ctjtiXrSWkpuhCFf1WHiqpd8X/Q 14488633 1HJF
14488634 1HJG
311 E: 2E-34 Ident: 59/319 Ident% 18 Q: 3-308 (320)   S: 4-302 (311) Chain A, Alteration Of The Co-Substrate Selectivity Of Deacetoxycephalosporin C Synthase: The Role Of Arginine-258 Pos: 101/319 Gap: 33/319
kjINv25RK7Pb3HDIhJOECTyw2M8 15826038 1E5H
308 E: 2E-35 Ident: 60/319 Ident% 18 Q: 3-308 (320)   S: 4-302 (308) Chain A, Delta-R307a Deacetoxycephalosporin C Synthase Complexed With Succinate And Carbon Dioxide Pos: 101/319 Gap: 33/319
0MHpb20y0GuxlhXKTr034j39MrQ 15826039 1E5I
306 E: 2E-35 Ident: 60/319 Ident% 18 Q: 3-308 (320)   S: 4-302 (306) Chain A, Delta-R306 Deacetoxycephalosporin C Synthase Complexed With Iron And 2-Oxoglutarate Pos: 101/319 Gap: 33/319
lLMUdT6BZtuQmHB60MzRwNSOJag 5542223 1DCS
5542488 1RXG
5542487 1RXF
311 E: 8E-36 Ident: 60/319 Ident% 18 Q: 3-308 (320)   S: 4-302 (311) DEACETOXYCEPHALOSPORIN C SYNTHETASE (DAOCS) (EXPANDASE) Pos: 101/319 Gap: 33/319
Qaqo2kIAVSjg9FRNL0D+GPRybmk
15595346
11350915
9945979
probable adenosine deaminase [Pseudomonas aeruginosa] 316 0
111 188 234
e9YQRRVwDE6kdz+xNKJ0uW/TPNw 18655481 1K6W
18655482 1K70
426 E: .22E0 Ident: 43/232 Ident% 18 Q: 68-276 (316)   S: 94-314 (426) Chain A, The Structure Of Escherichia Coli Cytosine Deaminase Pos: 68/232 Gap: 34/232
FWlhXf1XZoO2t3ajUolKEqieT9c 2392595 1UIO
349 E: 8E-27 Ident: 89/330 Ident% 26 Q: 9-309 (316)   S: 7-326 (349) Adenosine Deaminase (His 238 Ala Mutant) Pos: 150/330 Gap: 39/330
nluzZi+rGW+WGNPejWy7NgOe7+A 1827910 1FKW
349 E: 3E-27 Ident: 89/330 Ident% 26 Q: 9-309 (316)   S: 7-326 (349) Murine Adenosine Deaminase (D295e) Pos: 151/330 Gap: 39/330
nvrWkbkljEjXNmZgOyA3sasdjxs 1827909 1FKX
349 E: 5E-27 Ident: 89/330 Ident% 26 Q: 9-309 (316)   S: 7-326 (349) Murine Adenosine Deaminase (D296a) Pos: 150/330 Gap: 39/330
Jr3e1QPE5ejigdPYYrWPSsQJ1Xw 2392596 1UIP
349 E: 7E-27 Ident: 89/330 Ident% 26 Q: 9-309 (316)   S: 7-326 (349) Adenosine Deaminase (His 238 Glu Mutant) Pos: 150/330 Gap: 39/330
XPyfbJutRY1fV1uOwLTREGWkOJU 999767 2ADA
352 E: 8E-28 Ident: 90/330 Ident% 27 Q: 9-309 (316)   S: 10-329 (352) adenosine deaminase [Mus musculus] Pos: 151/330 Gap: 39/330
ea3fXfCnLL1kVb9cC02sptJKQjo 3892028 1A4M
3892029 1A4M
3892030 1A4M
3892031 1A4M
493801 1ADD
3892024 1A4L
3892025 1A4L
3892026 1A4L
3892027 1A4L
349 E: 7E-28 Ident: 90/330 Ident% 27 Q: 9-309 (316)   S: 7-326 (349) Chain A, Ada Structure Complexed With Purine Riboside At Ph 7.0 Pos: 151/330 Gap: 39/330
8Bspr880cixN38oDZLe8tpbDX18
15595347
11351879
9945980
probable sigma-70 factor, ECF subfamily [Pseudomonas aeruginosa] 181 0
159 882 1200
ASE9zLFPs+CnoBGrBImV/NVXCJs 2981650 1A04
2981651 1A04
1943446 1RNL
215 E: .15E0 Ident: 16/71 Ident% 22 Q: 87-157 (181)   S: 121-190 (215) Chain A, The Structure Of The NitrateNITRITE RESPONSE REGULATOR Protein Narl In The Monoclinic C2 Crystal Form Pos: 25/71 Gap: 1/71
6/K+hzjr8STN90v57ioEHvOw8E4 13786948 1FSE
13786949 1FSE
13786950 1FSE
13786951 1FSE
13786952 1FSE
13786953 1FSE
74 E: .041E0 Ident: 13/44 Ident% 29 Q: 121-164 (181)   S: 12-54 (74) Chain A, Crystal Structure Of The Bacillus Subtilis Regulatory Protein Gere Pos: 22/44 Gap: 1/44
cgfmmU9cNUHllr87I+GwnCeJ5JQ
15595348
11352255
9945981
probable transmembrane sensor [Pseudomonas aeruginosa] 331 1
92-110
32 47 48  
e8gfCnQawXEBLqADG/IoSVqpK18
15595349
11351926
9945982
probable TonB-dependent receptor [Pseudomonas aeruginosa] 795 0
352 639 770
TgV03GBbzuUzIRGpb/l4NlSwYhk 5822216 1OSM
5822217 1OSM
5822218 1OSM
342 E: .76E0 Ident: 39/335 Ident% 11 Q: 359-684 (795)   S: 23-337 (342) Chain A, Osmoporin (Ompk36) From Klebsiella Pneumoniae Pos: 85/335 Gap: 29/335
/B3vV0CSb2qVq0arumg/OXHoOSg 4389208 1FCP
705 E: 4E-42 Ident: 201/738 Ident% 27 Q: 121-795 (795)   S: 2-705 (705) Chain A, Ferric Hydroxamate Uptake Receptor (Fhua) From E.Coli In Complex With Bound Ferrichrome-Iron Pos: 309/738 Gap: 97/738
5D9TfmbiB6Z263m8SBDtOsZiNyk 9955130 1QFF
725 E: 4E-42 Ident: 203/755 Ident% 26 Q: 98-795 (795)   S: 7-725 (725) Chain A, E. Coli Ferric Hydroxamate Uptake Receptor (Fhua) In Complex With Bound Ferrichrome-Iron Pos: 312/755 Gap: 93/755
la9coy7EyE8CPqOI9bgpuMEto0c 9257159 1QJQ
9257160 1QKC
9955131 1QFG
725 E: 2E-43 Ident: 205/755 Ident% 27 Q: 98-795 (795)   S: 7-725 (725) Chain A, Ferric Hydroxamate Receptor From Escherichia Coli (Fhua) Pos: 318/755 Gap: 93/755
bPIpXGyODZ5puZy+1MNNKbSuSW8 4389224 1BY5
4389223 1BY3
714 E: 1E-43 Ident: 207/752 Ident% 27 Q: 98-795 (795)   S: 7-714 (714) Chain A, Fhua From E. Coli, With Its Ligand Ferrichrome Pos: 322/752 Gap: 98/752
LzNNzLoevyVenxwJk8mmQCE72m8 15826606 1FI1
707 E: 3E-43 Ident: 200/732 Ident% 27 Q: 121-795 (795)   S: 2-707 (707) Chain A, Fhua In Complex With Lipopolysaccharide And Rifamycin Cgp4832 Pos: 312/732 Gap: 83/732
q9xhIU7QDlV6wv6A+5YAWCsYZNQ 4389112 2FCP
723 E: 9E-44 Ident: 208/761 Ident% 27 Q: 98-795 (795)   S: 7-723 (723) Chain A, Ferric Hydroxamate Uptake Receptor (Fhua) From E.Coli Pos: 322/761 Gap: 107/761
m8g1o4ExbpQa7wn3PKjsB7Zk+30 6730010 1FEP
724 E: 2E-62 Ident: 109/750 Ident% 14 Q: 125-795 (795)   S: 3-724 (724) Chain A, Ferric Enterobactin Receptor Pos: 216/750 Gap: 107/750
+z+rzI63fjYpO3yVr7ZY80LVn2I
15595350
11352679
9945983
transcriptional regulator PcaQ [Pseudomonas aeruginosa] 275 0
864 1203 1201
rM9zOadRds6/hYdkO/5p09Xg5TU 15826582 1I6A
219 E: .12E0 Ident: 50/196 Ident% 25 Q: 68-256 (275)   S: 7-192 (219) Chain A, Crystal Stucture Of The Oxidized Form Of Oxyr Pos: 81/196 Gap: 17/196
ArppAnKHDHr/Wlp65Gsjp4yUsgs 15826580 1I69
15826581 1I69
219 E: 2E-28 Ident: 47/207 Ident% 22 Q: 62-268 (275)   S: 1-204 (219) Chain A, Crystal Structure Of The Reduced Form Of Oxyr Pos: 82/207 Gap: 3/207
rGoAd9HSrPzNsUi7Ce5xaFsZE/A 2781034 1AL3
324 E: 3E-36 Ident: 58/267 Ident% 21 Q: 1-265 (275)   S: 26-289 (324) CYS REGULON TRANSCRIPTIONAL ACTIVATOR Pos: 99/267 Gap: 5/267
OjB7OR5tGJMWWPr+9qcLSmQQ17Q
15595351
11352430
9945984
protocatechuate 3,4-dioxygenase, beta subunit [Pseudomonas aeruginosa] 239 0
140 152 159
NFE0hEp7OwGe5lnrS9FArukbIYc 8569447 1DLM
8569448 1DLM
8569449 1DLQ
8569450 1DLQ
8569451 1DLT
8569452 1DLT
8569453 1DMH
8569454 1DMH
311 E: 3E-10 Ident: 48/133 Ident% 36 Q: 69-185 (239)   S: 124-247 (311) Catechol 1,2-dioxygenase Pos: 59/133 Gap: 25/133
gDzrGQeMJCbtXhpJjakPecVSl1Y 3212803 3PCG
3212805 3PCG
3212807 3PCG
3212809 3PCG
3212811 3PCG
3212813 3PCG
3212767 3PCC
3212769 3PCC
3212771 3PCC
3212773 3PCC
3212775 3PCC
3212777 3PCC
2780842 3PCH
2780844 3PCH
2780846 3PCH
2780848 3PCH
2780850 3PCH
2780852 3PCH
3212791 3PCE
3212793 3PCE
3212795 3PCE
3212797 3PCE
3212799 3PCE
3212801 3PCE
3212779 3PCD
3212781 3PCD
3212783 3PCD
3212785 3PCD
3212787 3PCD
3212789 3PCD
2914512 3PCJ
2914514 3PCJ
2914516 3PCJ
2914518 3PCJ
2914520 3PCJ
2914522 3PCJ
2914524 3PCK
2914526 3PCK
2914528 3PCK
2914530 3PCK
2914532 3PCK
2914534 3PCK
2780830 3PCF
2780832 3PCF
2780834 3PCF
2780836 3PCF
2780838 3PCF
2780840 3PCF
2914439 3PCL
2914441 3PCL
2914443 3PCL
2914445 3PCL
2914447 3PCL
2914449 3PCL
809266 2PCD
809268 2PCD
809270 2PCD
809272 2PCD
809274 2PCD
809276 2PCD
3212755 3PCB
3212757 3PCB
3212759 3PCB
3212761 3PCB
3212763 3PCB
3212765 3PCB
2914488 3PCA
2914490 3PCA
2914492 3PCA
2914494 3PCA
2914496 3PCA
2914498 3PCA
2914500 3PCI
2914502 3PCI
2914504 3PCI
2914506 3PCI
2914508 3PCI
2914510 3PCI
2914451 3PCM
2914453 3PCM
2914455 3PCM
2914457 3PCM
2914459 3PCM
2914461 3PCM
2982153 3PCN
2982155 3PCN
2982157 3PCN
2982159 3PCN
2982161 3PCN
2982163 3PCN
200 E: 1E-12 Ident: 62/207 Ident% 29 Q: 40-236 (239)   S: 5-197 (200) Chain A, Structure Of Protocatechuate 3,4-Dioxygenase Complexed With The Inhibitor 4-Hydroxyphenylacetate Pos: 103/207 Gap: 24/207
qiT1lDWMf2L+ed6G2y1lo3lpcvc 10120999 1EO9
209 E: 3E-15 Ident: 60/189 Ident% 31 Q: 50-236 (239)   S: 27-206 (209) PROTOCATECHUATE 3,4-DIOXYGENASE ALPHA CHAIN (3,4-PCD) Pos: 96/189 Gap: 11/189
W/Jy87w3dDqlAk/Fr1Ry+y99zGY 10120997 1EO2
10121001 1EOA
10121003 1EOB
10121005 1EOC
209 E: 7E-16 Ident: 61/189 Ident% 32 Q: 50-236 (239)   S: 27-206 (209) Chain A, Crystal Structure Of Acinetobacter Sp. Adp1 Protocatechuate 3,4-Dioxygenase Pos: 97/189 Gap: 11/189
uW8XZ9Gpd2wDCVLL/vuy+lXmJq0 10120998 1EO2
10121000 1EO9
10121002 1EOA
10121004 1EOB
10121006 1EOC
241 E: 2E-69 Ident: 128/227 Ident% 56 Q: 12-238 (239)   S: 12-238 (241) PROTOCATECHUATE 3,4-DIOXYGENASE BETA CHAIN (3,4-PCD) Pos: 158/227 Gap: -1/-1
fyXPb0OzfBFBXIniXNHddzTi/EQ 3212780 3PCD
3212782 3PCD
3212784 3PCD
3212786 3PCD
3212788 3PCD
3212790 3PCD
238 E: 1E-110 Ident: 188/234 Ident% 80 Q: 5-238 (239)   S: 4-237 (238) Chain M, Protocatechuate 3,4-Dioxygenase Y447h Mutant Pos: 214/234 Gap: -1/-1
SZHXcCLskODOwBcyIxar+ldXKx4 3212804 3PCG
3212806 3PCG
3212808 3PCG
3212810 3PCG
3212812