bdFgl78eqXa2Ben68Zfr/kj8QF4
16077069
118704
279705
40014
467391
2632268
 alternate gene name: dnaH, dnaJ, dnaK [Bacillus subtilis] 446 0
 215 1156 1379
dRw5LaHjbA/dBuY1pCqJPk0SpQI 15988297 1IQP
15988298 1IQP
15988299 1IQP
15988300 1IQP
15988301 1IQP
15988302 1IQP
 327 E: 1.3E0 Ident: 39/198 Ident% 19 Q: 147-341 (446)   S: 49-230 (327) Chain A, Crystal Structure Of The Clamp Loader Small Subunit From Pyrococcus Furiosus Pos: 74/198 Gap: 19/198
0MEvOkKr8OI2856yiCCRa6FaiGk 15825805 1IN5
 334 E: 2E-27 Ident: 51/279 Ident% 18 Q: 105-367 (446)   S: 13-272 (334) Chain A, Thermogota Maritima Ruvb A156s Mutant Pos: 101/279 Gap: 35/279
RUQqaY/E17zzAKWGrj92sCRoIa0 15825806 1IN6
 334 E: 7E-27 Ident: 50/279 Ident% 17 Q: 105-367 (446)   S: 13-272 (334) Chain A, Thermotoga Maritima Ruvb K64r Mutant Pos: 101/279 Gap: 35/279
y6DmWiIH9AALWyOIwRl3tNpm6BY 15825807 1IN7
 334 E: 6E-27 Ident: 49/277 Ident% 17 Q: 105-367 (446)   S: 13-272 (334) Chain A, Thermotoga Maritima Ruvb R170a Pos: 100/277 Gap: 31/277
8F6wQyvxO46gAOLmeQaqijmCKdc 15825804 1IN4
 334 E: 1E-27 Ident: 51/279 Ident% 18 Q: 105-367 (446)   S: 13-272 (334) Holliday junction DNA helicase [Thermotoga maritima] Pos: 101/279 Gap: 35/279
yLaGm9IiCwHDwP9FpN6bZ4qVoUA 15825808 1IN8
 334 E: 2E-27 Ident: 51/279 Ident% 18 Q: 105-367 (446)   S: 13-272 (334) Chain A, Thermotoga Maritima Ruvb T158v Pos: 101/279 Gap: 35/279
ipw07lpZfhwgzuJP8x0KG5aq2DM 15825813 1J7K
 334 E: 1E-27 Ident: 51/279 Ident% 18 Q: 105-367 (446)   S: 13-272 (334) Chain A, Thermotoga Maritima Ruvb P216g Mutant Pos: 101/279 Gap: 35/279
oLYbTq239jH4G5zkfpQoUp7BEuo 13399857 1HQC
13399858 1HQC
 324 E: 7E-28 Ident: 59/275 Ident% 21 Q: 111-368 (446)   S: 6-261 (324) Chain A, Structure Of Ruvb From Thermus Thermophilus Hb8 Pos: 98/275 Gap: 36/275
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
 458 E: 5E-35 Ident: 57/353 Ident% 16 Q: 38-365 (446)   S: 120-458 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 122/353 Gap: 39/353
xwPxpL3CUX/fRX3CShdtB0ok/ZE
16077070
118797
80346
40015
467392
2632269
 DNA polymerase III (beta subunit) [Bacillus subtilis] 378 0
 117 141 150
kjYjdA+z+eEosEo6du0qqeNNsQg 13096384 1GE8
 249 E: 2.1E0 Ident: 41/205 Ident% 20 Q: 167-355 (378)   S: 29-225 (249) Chain A, Proliferating Cell Nuclear Antigen (Pcna) Homolog From Pyrococcus Furiosus Pos: 78/205 Gap: 24/205
uI2VtB/+Le6EBY1HXc5hS+8Cf/k 15988190 1JQL
16974833 1JQJ
16974834 1JQJ
 366 E: 8E-34 Ident: 99/379 Ident% 26 Q: 1-376 (378)   S: 1-365 (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: 198/379 Gap: 17/379
9CWZmgLmO/kNXmVq75u0u04mX2g 494833 2POL
494834 2POL
 366 E: 7E-37 Ident: 100/379 Ident% 26 Q: 1-376 (378)   S: 1-365 (366) DNA polymerase III, beta-subunit [Escherichia coli O157:H7 EDL933] Pos: 200/379 Gap: 17/379
+aMP9MflYMDGTtg75pah8e485rk
16077071
140603
80349
40016
467393
2632270
 similar to hypothetical proteins [Bacillus subtilis] 71 0
 22 72 80  
hXzJKywD2H50L1YpdbnA3jznslA
16077072
132246
2144962
467394
2632271
 recF [Bacillus subtilis] 370 0
 147 721 1375
q9VJg++DTI4s/+pcNr24LsU/ZBE 6573453 1B0U
 262 E: 1.4E0 Ident: 22/126 Ident% 17 Q: 248-370 (370)   S: 124-233 (262) Chain A, Atp-Binding Subunit Of The Histidine Permease From Salmonella Typhimurium Pos: 41/126 Gap: 19/126
448TmnHELA6i2dfOqx8tnWAh1xw 14488689 1II8
 174 E: .012E0 Ident: 32/162 Ident% 19 Q: 201-352 (370)   S: 2-154 (174) Chain B, Crystal Structure Of The P. Furiosus Rad50 Atpase Domain Pos: 61/162 Gap: 19/162
9nCc2bW2WYdp6RSRP8Gife1MOn4 13096783 1E69
13096784 1E69
13096785 1E69
13096786 1E69
13096787 1E69
13096788 1E69
 322 E: 7.4E0 Ident: 23/94 Ident% 24 Q: 1-93 (370)   S: 1-90 (322) Chain A, Smc Head Domain From Thermotoga Maritima Pos: 49/94 Gap: 5/94
0n72yYck/E4V1j1b8CmsohWjiSE 15826207 1G6H
 257 E: .69E0 Ident: 10/34 Ident% 29 Q: 11-43 (370)   S: 20-53 (257) Chain A, Crystal Structure Of The Adp Conformation Of Mj1267, An Atp- Binding Cassette Of An Abc Transporter Pos: 16/34 Gap: 1/34
noOyHn5hHR8DbnxkHSjyp7guFvo 14488688 1II8
 195 E: .35E0 Ident: 14/45 Ident% 31 Q: 1-45 (370)   S: 1-45 (195) Chain A, Crystal Structure Of The P. Furiosus Rad50 Atpase Domain Pos: 32/45 Gap: -1/-1
sqg7H7tAuMoNVkU6zC/TMbP7d7s 15826208 1GAJ
 257 E: .75E0 Ident: 10/34 Ident% 29 Q: 11-43 (370)   S: 20-53 (257) Chain A, Crystal Structure Of A Nucleotide-Free Atp-Binding Cassette From An Abc Transporter Pos: 16/34 Gap: 1/34
IvhmTFVXwrp0FoznmcLtIMxQmPg 9954932 1F2T
9954934 1F2U
9954936 1F2U
 149 E: .22E0 Ident: 14/45 Ident% 31 Q: 1-45 (370)   S: 1-45 (149) Chain A, Crystal Structure Of Atp-Free Rad50 Abc-Atpase Pos: 32/45 Gap: -1/-1
q7kTwRoZbwnJ9KOoiHN7cynOuCY 9954933 1F2T
9954935 1F2U
9954937 1F2U
 148 E: .002E0 Ident: 17/76 Ident% 22 Q: 281-352 (370)   S: 56-128 (148) Chain B, Crystal Structure Of Atp-Free Rad50 Abc-Atpase Pos: 34/76 Gap: 7/76
ZFrQlLnPoqa7YGEoqPs20JThr6U
16077073
586855
2127017
467395
2632272
 yaaB [Bacillus subtilis] 52 0
 5 7 0  
CACe3qKKO+N/W4uGRMyYDk2xqJA
16077074
121887
80348
40018
467396
2632273
 DNA gyrase (subunit B) [Bacillus subtilis] 638 0
 937 985 1013
vVmZsMKu+lcDKwO3SEgQxV2Va0Y 5542073 1B63
 333 E: 2.8E0 Ident: 17/42 Ident% 40 Q: 42-81 (638)   S: 29-66 (333) Chain A, Mutl Complexed With Adpnp Pos: 24/42 Gap: 6/42
80bCg1SVVaYMxATHtiUQSF5ZrsY 5107506 1BKN
5107507 1BKN
 352 E: 2.8E0 Ident: 17/42 Ident% 40 Q: 42-81 (638)   S: 30-67 (352) Chain A, Crystal Structure Of An N-Terminal 40kd Fragment Of E. Coli Dna Mismatch Repair Protein Mutl Pos: 24/42 Gap: 6/42
aFb1oRE/KvxOmNrp/pt2iNPXN2o 4929884 1B62
 349 E: 2.8E0 Ident: 17/42 Ident% 40 Q: 42-81 (638)   S: 27-64 (349) Chain A, Mutl Complexed With Adp Pos: 24/42 Gap: 6/42
8q7RdYT6+l5GIB6VWBmfY8GbxaQ 4929914 1BJT
1633273 1BGW
 793 E: 3E-54 Ident: 63/249 Ident% 25 Q: 390-626 (638)   S: 1-246 (793) Topoisomerase Ii Residues 409 - 1201 Pos: 109/249 Gap: 15/249
ZJKOFtmTDzue2QOjqq3Oe6DjGCY 3212436 1AJ6
 219 E: 6E-94 Ident: 131/220 Ident% 59 Q: 6-224 (638)   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: 170/220 Gap: 3/220
7TYVm9BdCVZtvJ6FAh4qrjgX/W0 7546302 1EI1
7546303 1EI1
 391 E: 1E-163 Ident: 206/377 Ident% 54 Q: 6-381 (638)   S: 2-376 (391) Chain A, Dimerization Of E. Coli Dna Gyrase B Provides A Structural Mechanism For Activating The Atpase Catalytic Center Pos: 274/377 Gap: 3/377
ris1xcw2YwuT/aXuEO1ITHCP6Ww
16077075
121881
80350
40019
467397
2632274
 DNA gyrase (subunit A) [Bacillus subtilis] 821 0
 605 931 1098
8q7RdYT6+l5GIB6VWBmfY8GbxaQ 4929914 1BJT
1633273 1BGW
 793 E: 2E-13 Ident: 60/194 Ident% 30 Q: 7-195 (821)   S: 257-445 (793) Topoisomerase Ii Residues 409 - 1201 Pos: 98/194 Gap: 10/194
I9Dt4hUr4E+4I8tP/5zwktFcuic 3891992 1AB4
 477 E: 1E-152 Ident: 284/487 Ident% 58 Q: 31-487 (821)   S: 1-476 (477) 59kda Fragment Of Gyrase A From E. Coli Pos: 363/487 Gap: 41/487
OKfZZgT91cEdvYYrR2qEWZn7tpY
16077076
586856
2127018
467398
2632275
 yaaC [Bacillus subtilis] 315 0
 5 2 0  
PDN9BwYolMOCcOhwxBAVH/Zz+Fw
16077077
2127114
7427684
467399
2632276
 inositol-monophosphate dehydrogenase [Bacillus subtilis] 488 0
 537 1586 1585
/goVrp9nRDCaLM1xhw2uCVPQLcs 229909 1FCB
229910 1FCB
 511 E: .084E0 Ident: 21/112 Ident% 18 Q: 260-367 (488)   S: 331-435 (511) Chain A, Flavocytochrome b2 (E.C.1.1.2.3) Pos: 37/112 Gap: 11/112
LjeIIB50kmHS1W+nTbc3p2LzQxs 1127122 1LCO
1065320 1LDC
1127123 1LCO
1065321 1LDC
 511 E: .083E0 Ident: 21/112 Ident% 18 Q: 260-367 (488)   S: 331-435 (511) Chain A, Mol_id: 1; Molecule: L-Lactate Dehydrogenase; Chain: A, B; Synonym: Cytochrome C Oxidoreductase, Flavocytochrome B2; Ec: 1.1.2.3; Engineered: Yes; Mutation: Tyr 143 Phe; Heterogen: Phenyl-Pyruvate Pos: 37/112 Gap: 11/112
HPuBJuYizF3hnoDfDdM0ueUo2gg 640259 1LTD
640260 1LTD
 506 E: .085E0 Ident: 21/112 Ident% 18 Q: 260-367 (488)   S: 326-430 (506) Chain A, Flavocytochrome B2 (E.C.1.1.2.3) Complexed With Sulfite Pos: 37/112 Gap: 11/112
GvdF5KaMopBUQCZ2JRGJye3eMTc 13096500 1EP1
13096502 1EP2
13096504 1EP3
 311 E: .027E0 Ident: 29/118 Ident% 24 Q: 270-374 (488)   S: 164-281 (311) Chain A, Crystal Structure Of Lactococcus Lactis Dihydroorotate Dehydrogenase B Pos: 45/118 Gap: 13/118
BZHE0WVqR6RKYWkKVAdnKYdeJ4Q 7546367 1ZFJ
 491 E: 0E0 Ident: 324/489 Ident% 66 Q: 2-487 (488)   S: 3-491 (491) Chain A, Inosine Monophosphate Dehydrogenase (Impdh; Ec 1.1.1.205) From Streptococcus Pyogenes Pos: 386/489 Gap: 3/489
PY5zoeEf94QbyPKBcSC694A1SkA 5107652 1QCW
5107653 1QCW
 410 E: .11E0 Ident: 21/112 Ident% 18 Q: 260-367 (488)   S: 230-334 (410) Chain A, Flavocytochrome B2, Arg289lys Mutant Pos: 37/112 Gap: 11/112
p+BnbLOYl+NK3pk9nf/Xj/EDods 16974912 1EA0
16974913 1EA0
 1479 E: .037E0 Ident: 24/181 Ident% 13 Q: 205-373 (488)   S: 925-1102 (1479) Chain A, Alpha Subunit Of A. Brasilense Glutamate Synthase Pos: 55/181 Gap: 15/181
BJ2qxKFufjpdTm/D62JWd17zCi0 2624594 1AL7
2554675 1AL8
 359 E: 1E-7 Ident: 31/123 Ident% 25 Q: 261-379 (488)   S: 213-327 (359) Three-Dimensional Structures Of Glycolate Oxidase With Bound Active-Site Inhibitors Pos: 49/123 Gap: 12/123
lItf0ebn4YXflV+z8hgkJmYuzb8 229945 1GOX
 369 E: 1E-7 Ident: 31/123 Ident% 25 Q: 261-379 (488)   S: 213-327 (369) oxidase, peroxisomal (Glycolate oxidase) (GOX) (Short chain alpha-hydroxy acid oxidase) Pos: 49/123 Gap: 12/123
G8vSToRzYwXHLBYhFrV5aQVSB6Y 999542 1GYL
999543 1GYL
 369 E: 1E-7 Ident: 31/123 Ident% 25 Q: 261-379 (488)   S: 213-327 (369) Chain A, Glycolate Oxidase (E.C.1.1.3.15) Mutant With Tyr 24 Replaced By Phe (Y24f) Pos: 49/123 Gap: 12/123
uo3IYiJbhJm9ZzzgmhgtEBAxT0k 15988269 1HUV
 380 E: 2E-7 Ident: 33/131 Ident% 25 Q: 254-379 (488)   S: 207-326 (380) Chain A, Crystal Structure Of A Soluble Mutant Of The Membrane- Associated (S)-Mandelate Dehydrogenase From Pseudomonas Putida At 2.15a Resolution Pos: 52/131 Gap: 16/131
17x5TlulZYrUf1UY7XPKS/h/P+U 7546357 1EEP
7546356 1EEP
 404 E: 6E-25 Ident: 72/166 Ident% 43 Q: 4-167 (488)   S: 3-166 (404) IMP dehydrogenase (guaB) [Borrelia burgdorferi] Pos: 101/166 Gap: 4/166
hyvgTEArBXmHlAVUX4ZR9eQrCNU 2554679 1AK5
 503 E: 3E-53 Ident: 165/493 Ident% 33 Q: 12-485 (488)   S: 11-500 (503) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE (IMP DEHYDROGENASE) (IMPDH) (IMPD) Pos: 250/493 Gap: 22/493
qGPwBxhEgtYik3OetHZbpyktoLE 4929871 1B3O
4929870 1B3O
 514 E: 1E-94 Ident: 198/479 Ident% 41 Q: 9-476 (488)   S: 28-506 (514) Inosine-5'-monophosphate dehydrogenase 2 (IMP dehydrogenase 2) (IMPDH-II) (IMPD 2) Pos: 293/479 Gap: 11/479
Bb8+hjv3PzEAhjIQ5/MfXUmtP9c 15826575 1JR1
15826576 1JR1
 514 E: 4E-94 Ident: 198/479 Ident% 41 Q: 9-476 (488)   S: 28-506 (514) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE 2 (IMP DEHYDROGENASE 2) (IMPDH-II) (IMPD 2) Pos: 292/479 Gap: 11/479
t/DVBhak42wmpMcJzDieEknlM2k
16077078
585034
2126923
467400
2632277
 D-alanyl-D-alanine carboxypeptidase (penicillin-binding protein 5) [Bacillus subtilis] 443 1
7-28 *SM*		 284 546 681
pa4mYKlzxdhVV1Rnnx+VOJ/75q0 13786692 1GHI
13786693 1GHM
13786694 1GHP
 258 E: 4.8E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (258) Chain A, Structure Of Beta-Lactamase Glu166asp:asn170gln Mutant Pos: 56/118 Gap: 14/118
JE4T/F+vN9AYBup5NuI/gHxtVGU 230814 3BLM
493890 1BLC
640251 1BLH
 257 E: 4.9E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 19-123 (257) Beta-Lactamase (E.C.3.5.2.6) Pos: 56/118 Gap: 14/118
7N50N2hRtZ/WJq+5K7NRwjLwMMM 494314 1MBL
494315 1MBL
 256 E: 8.4E0 Ident: 29/89 Ident% 32 Q: 60-148 (443)   S: 32-114 (256) Chain A, Beta-Lactamase (E.C.3.5.2.6) Mutant With Glu 166 Replaced By Ala (E166a) Pos: 39/89 Gap: 6/89
sR0UrU/igWZp+01HKY8hmjIqBdQ 2098496 1KGE
 258 E: 4.9E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (258) Structure Of Beta-Lactamase Asn 170 Met Mutant Pos: 56/118 Gap: 14/118
2FvJX06JnXodG2X5z47zQEvxU7E 15988093 1JTD
 263 E: .84E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, Crystal Structure Of Beta-Lactamase Inhibitor Protein-Ii In Complex With Tem-1 Beta-Lactamase Pos: 61/132 Gap: 13/132
lHk/ABVZrD6n053oKXSz6Q56gto 3212583 1OME
3212584 1OME
 242 E: 5.6E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (242) Chain A, Crystal Structure Of The Omega Loop Deletion Mutant (Residues 163 - 178 Deleted) Of Beta-Lactamase From Staphylococcus Aureus Pc1 Pos: 56/118 Gap: 14/118
fl7whKLkvhurhfWZ/+ashJiddMQ 515092 1BLP
 257 E: 4.9E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 19-123 (257) Beta-Lactamase (E.C.3.5.2.6) P54 Mutant With Asp 179 Replaced By Asn (D179n) Pos: 56/118 Gap: 14/118
/3OCIwVM1j0BuTGWLpy6yarHgTg 1431685 1PIO
1431686 1PIO
 257 E: 4.9E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (257) Chain A, Mol_id: 1; Molecule: Beta-Lactamase; Chain: A, B; Synonym: Penicillinase; Ec: 3.5.2.6; Engineered: Yes; Mutation: Ins(Met 30), A238s, Del(I239) Pos: 56/118 Gap: 14/118
Ff5DfaaZkdFiu9LtNqCdH+CS50A 13096182 1HVB
1127200 3PTE
1827703 1CEG
1827704 1CEF
 349 E: 2.5E0 Ident: 22/108 Ident% 20 Q: 15-122 (443)   S: 14-104 (349) Chain A, Crystal Structure Of Streptomyces R61 Dd-Peptidase Complexed With A Novel Cephalosporin Analog Of Cell Wall Peptidoglycan Pos: 47/108 Gap: 17/108
AXYqx0nVUHMxApFTus5I8eqzfxM 9257166 1CK3
 263 E: .55E0 Ident: 39/132 Ident% 29 Q: 28-154 (443)   S: 7-130 (263) Chain A, N276d Mutant Of Escherichia Coli Tem-1 Beta-Lactamase Pos: 61/132 Gap: 13/132
DzVkMLkkSqraN71ICqFePkvvXzA 17943441 1CI9
17943442 1CI9
17943443 1CI8
17943444 1CI8
 392 E: .012E0 Ident: 22/101 Ident% 21 Q: 11-93 (443)   S: 1-101 (392) Chain A, Dfp-Inhibited Esterase Estb From Burkholderia Gladioli Pos: 34/101 Gap: 18/101
Rw6H2kLHLuEGdFcIW+Ol/e1hRP4 1942142 1DJA
 258 E: .56E0 Ident: 31/123 Ident% 25 Q: 44-166 (443)   S: 18-128 (258) Structure Of Beta-Lactamase Precursor, K73h Mutant, At 298k Pos: 49/123 Gap: 12/123
iTtFt7fK7EW0n22I8Bi54ZR4pS8 2554635 1ALQ
 266 E: 5.8E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 65-169 (266) Circularly Permuted Beta-Lactamase From Staphylococcus Aureus Pc1 Pos: 56/118 Gap: 14/118
VHH0VYM6dq3LP+ijNZX61AJfmso 11514176 1FQG
 263 E: .87E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, Molecular Structure Of The Acyl-Enzyme Intermediate In Tem- 1 Beta-Lactamase Pos: 61/132 Gap: 13/132
OOK5W0rff+1VKcAjBa+bqHdMnyY 13096333 1DY6
13096334 1DY6
 267 E: 1.4E0 Ident: 27/122 Ident% 22 Q: 45-162 (443)   S: 25-133 (267) Chain A, Structure Of The Imipenem-Hydrolyzing Beta-Lactamase Sme-1 Pos: 44/122 Gap: 17/122
tkWXMO9TjfxD2fzpMOPWCNPXleU 16975249 1JTG
16975251 1JTG
6137619 1BT5
999812 1BTL
3891606 1AXB
2194012 1TEM
 263 E: .54E0 Ident: 39/132 Ident% 29 Q: 28-154 (443)   S: 7-130 (263) Chain A, Crystal Structure Of Tem-1 Beta-Lactamase BETA-Lactamase Inhibitor Protein Complex Pos: 61/132 Gap: 13/132
T7ge7C1RkSIKyaH53JhM7feO2tg 8569629 1ERM
 263 E: .83E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, X-Ray Crystal Structure Of Tem-1 Beta Lactamase In Complex With A Designed Boronic Acid Inhibitor (1r)-1-Acetamido-2- (3-Carboxyphenyl)ethane Boronic Acid Pos: 61/132 Gap: 13/132
2kcFV3r7yOwHGhlYHwhcosq7cog 8569630 1ERO
8569631 1ERQ
2098421 1XPB
 263 E: .87E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, X-Ray Crystal Structure Of Tem-1 Beta Lactamase In Complex With A Designed Boronic Acid Inhibitor (1r)-2- Phenylacetamido-2-(3-Carboxyphenyl)ethyl Boronic Acid Pos: 61/132 Gap: 13/132
ItV1Esfw3ru4odwzmRWpudC8eRI 230957 4BLM
230958 4BLM
230436 2BLM
230437 2BLM
 265 E: 9.9E0 Ident: 29/89 Ident% 32 Q: 60-148 (443)   S: 37-119 (265) Chain A, Beta-Lactamase (E.C.3.5.2.6) (Penicillinase) Pos: 39/89 Gap: 6/89
M4ug5C7r8iFxeBBgNwQG1W/54Ho 1942204 1KGF
 258 E: 4.8E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (258) Structure Of Beta-Lactamase Asn 170 Gln Mutant Pos: 56/118 Gap: 14/118
8zUUwyTbD1ulI3r08To+hlYsu6c 13786975 1HTZ
13786976 1HTZ
13786977 1HTZ
13786978 1HTZ
13786979 1HTZ
13786980 1HTZ
 263 E: .78E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, Crystal Structure Of Tem52 Beta-Lactamase Pos: 61/132 Gap: 13/132
BCk4Ti/6hHoFJ49vC3ZT4Flc33g 4389240 1BSG
 266 E: .43E0 Ident: 22/119 Ident% 18 Q: 44-162 (443)   S: 21-133 (266) Beta-Lactamase From Streptomyces Albus G Pos: 44/119 Gap: 6/119
1v8BQ86pyGLdKR010BYWFgk1D4Q 5107600 1KGG
 258 E: 4.8E0 Ident: 35/118 Ident% 29 Q: 46-162 (443)   S: 20-124 (258) Chain A, Structure Of Beta-Lactamase Glu166gln:asn170asp Mutant Pos: 56/118 Gap: 14/118
U16AYukB+81knGtX+X1Ua63ttSk 4139494 1BUL
6137620 1BUE
 265 E: 7.8E0 Ident: 24/119 Ident% 20 Q: 44-162 (443)   S: 22-131 (265) 6alpha-(Hydroxypropyl)penicillanate Acylated On Nmc-A Beta- Lactamase From Enterobacter Cloacae Pos: 46/119 Gap: 9/119
psZ7fEbRQIooi6AZN4sJXkd9fXs 1942144 1DJC
1942143 1DJB
 257 E: .26E0 Ident: 31/123 Ident% 25 Q: 44-166 (443)   S: 17-127 (257) Structure Of Beta-Lactamase Precursor, S70a Mutant, At 120k Pos: 50/123 Gap: 12/123
LlxBoPMepY5KBu4XV7upZbQwEcc 7766856 1ESU
 263 E: .87E0 Ident: 38/132 Ident% 28 Q: 28-154 (443)   S: 7-130 (263) Chain A, S235a Mutant Of Tem1 Beta-Lactamase Pos: 61/132 Gap: 13/132
vzJxXbVDx0ZnWLPfu6m1fHTpZj4 14719796 1J9M
 262 E: 1E-7 Ident: 80/279 Ident% 28 Q: 38-307 (443)   S: 6-260 (262) Chain A, K38h Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 114/279 Gap: 33/279
1Z13UQ+khq5F9vsKjLBiRiNHoNk 7766851 1ES2
 262 E: 8E-8 Ident: 80/279 Ident% 28 Q: 38-307 (443)   S: 6-260 (262) Chain A, S96a Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 115/279 Gap: 33/279
43cL8ca+lFGVBGO+fPh3RFcLrw0 7766855 1ESI
 262 E: 5E-8 Ident: 81/279 Ident% 29 Q: 38-307 (443)   S: 6-260 (262) Chain A, R248l Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 115/279 Gap: 33/279
kyaEYYRrWmQBTktQlpCrdXVpYv8 5822415 1SKF
 262 E: 4E-8 Ident: 81/279 Ident% 29 Q: 38-307 (443)   S: 6-260 (262) Crystal Structure Of The Streptomyces K15 Dd-Transpeptidase Pos: 115/279 Gap: 33/279
a4l6wYNZH4Y01qCX7hT2xIpKKXk 7766852 1ES3
 262 E: 4E-8 Ident: 78/279 Ident% 27 Q: 38-307 (443)   S: 6-260 (262) Chain A, C98a Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 113/279 Gap: 33/279
WihBbW/9smn9R7KVtiNbIkwc0WA 7766854 1ES5
 262 E: 8E-8 Ident: 80/279 Ident% 28 Q: 38-307 (443)   S: 6-260 (262) Chain A, S216a Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 115/279 Gap: 33/279
DZCkOvAOiSyeXezOO50XQouEPjc 7766853 1ES4
 262 E: 5E-9 Ident: 79/279 Ident% 28 Q: 38-307 (443)   S: 6-260 (262) Chain A, C98n Mutant Of Streptomyces K15 Dd-Transpeptidase Pos: 114/279 Gap: 33/279
Xt5rgnmMseoGnCFSiPyuKmMzxhw 6729805 1MFO
 262 E: 2E-22 Ident: 40/247 Ident% 16 Q: 44-285 (443)   S: 21-233 (262) Chain A, Beta-Lactamase From Mycobacterium Fortuitum Pos: 84/247 Gap: 39/247
qfj6feAZYWYv3VIAH7AF4so6dPk 13399766 1G6A
 271 E: 1E-23 Ident: 43/285 Ident% 15 Q: 31-312 (443)   S: 12-268 (271) Chain A, Pse-4 Carbenicillinase, R234k Mutant Pos: 95/285 Gap: 31/285
bpj8h0szAd2snrRii0lvoY8JjUM 13399765 1G68
 271 E: 3E-23 Ident: 43/284 Ident% 15 Q: 31-312 (443)   S: 12-268 (271) Chain A, Pse-4 Carbenicillinase, Wild Type Pos: 96/284 Gap: 29/284
8cyjD3WxeWLn568cI9CkO6fSRS4 17942531 1HD8
 363 E: 1E-26 Ident: 110/356 Ident% 30 Q: 38-388 (443)   S: 15-338 (363) Chain A, Crystal Structure Of A Deacylation-Defective Mutant Of Penicillin-Binding Protein 5 At 2.3 A Resolution Pos: 164/356 Gap: 37/356
c5mzFwjd0nCJZLFrLB4+kU76JDI 4929950 1BZA
 262 E: 8E-28 Ident: 46/291 Ident% 15 Q: 26-307 (443)   S: 1-262 (262) Beta-Lactamase Toho-1 From Escherichia Coli Tuh12191 Pos: 98/291 Gap: 38/291
T+ktI9mfR0KAWiTKFTm36zjyP2k 11513941 1E25
 282 E: 3E-34 Ident: 45/278 Ident% 16 Q: 33-299 (443)   S: 1-259 (282) Chain A, The High Resolution Structure Of Per-1 Class A Beta-Lactamase Pos: 98/278 Gap: 30/278
vnn13TzfDqr0670lmbpapLWKvRE 13399952 1G56
5107689 1SHV
 265 E: 4E-35 Ident: 47/278 Ident% 16 Q: 24-298 (443)   S: 1-251 (265) Chain A, Structure Of Shv-1 Beta-Lactamase Inhibited By Tazobactam Pos: 90/278 Gap: 30/278
PBcAgMmGuvb80ksiPKwIzOXY/a4
16077079
586857
2127019
467401
2632278
 similar to hypothetical proteins [Bacillus subtilis] 294 0
 118 224 341
qGPwBxhEgtYik3OetHZbpyktoLE 4929871 1B3O
4929870 1B3O
 514 E: .11E0 Ident: 20/92 Ident% 21 Q: 155-239 (294)   S: 302-391 (514) Inosine-5'-monophosphate dehydrogenase 2 (IMP dehydrogenase 2) (IMPDH-II) (IMPD 2) Pos: 37/92 Gap: 9/92
CJFrA91bqwYfNIGqbh3kEProBUk 15988162 1G4P
15988163 1G4P
15988164 1G4S
15988165 1G4S
 226 E: .14E0 Ident: 20/68 Ident% 29 Q: 192-258 (294)   S: 158-222 (226) Chain A, Thiamin Phosphate Synthase Pos: 37/68 Gap: 4/68
iB3buVsIEeTqEuTvJlo4yxI16o8 15988170 1G69
15988171 1G69
 228 E: .12E0 Ident: 20/68 Ident% 29 Q: 192-258 (294)   S: 160-224 (228) Chain A, Thiamin Phosphate Synthase Pos: 37/68 Gap: 4/68
G8vSToRzYwXHLBYhFrV5aQVSB6Y 999542 1GYL
999543 1GYL
 369 E: 3E0 Ident: 15/39 Ident% 38 Q: 200-238 (294)   S: 275-311 (369) Chain A, Glycolate Oxidase (E.C.1.1.3.15) Mutant With Tyr 24 Replaced By Phe (Y24f) Pos: 20/39 Gap: 2/39
BJ2qxKFufjpdTm/D62JWd17zCi0 2624594 1AL7
2554675 1AL8
 359 E: 2.8E0 Ident: 15/39 Ident% 38 Q: 200-238 (294)   S: 275-311 (359) Three-Dimensional Structures Of Glycolate Oxidase With Bound Active-Site Inhibitors Pos: 20/39 Gap: 2/39
lItf0ebn4YXflV+z8hgkJmYuzb8 229945 1GOX
 369 E: 3E0 Ident: 15/39 Ident% 38 Q: 200-238 (294)   S: 275-311 (369) oxidase, peroxisomal (Glycolate oxidase) (GOX) (Short chain alpha-hydroxy acid oxidase) Pos: 20/39 Gap: 2/39
NsAXPAaJ6JnRwA/A8G8iItsQw3M 15988168 1G67
15988169 1G67
 225 E: .15E0 Ident: 20/68 Ident% 29 Q: 192-258 (294)   S: 157-221 (225) Chain A, Thiamin Phosphate Synthase Pos: 37/68 Gap: 4/68
GvdF5KaMopBUQCZ2JRGJye3eMTc 13096500 1EP1
13096502 1EP2
13096504 1EP3
 311 E: 3.7E0 Ident: 17/56 Ident% 30 Q: 184-239 (294)   S: 223-274 (311) Chain A, Crystal Structure Of Lactococcus Lactis Dihydroorotate Dehydrogenase B Pos: 26/56 Gap: 4/56
uWnTQoGaowilo/ITrEC2ER8DY5k 15988166 1G4T
15988167 1G4T
4699825 2TPS
4699824 2TPS
 227 E: .12E0 Ident: 20/68 Ident% 29 Q: 192-258 (294)   S: 159-223 (227) Chain A, Thiamin Phosphate Synthase Pos: 37/68 Gap: 4/68
Bb8+hjv3PzEAhjIQ5/MfXUmtP9c 15826575 1JR1
15826576 1JR1
 514 E: .012E0 Ident: 20/92 Ident% 21 Q: 155-239 (294)   S: 302-391 (514) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE 2 (IMP DEHYDROGENASE 2) (IMPDH-II) (IMPD 2) Pos: 37/92 Gap: 9/92
Ol9Nprs27WzLbBghqLcQwJ42/PE 4930130 1RPX
4930131 1RPX
4930132 1RPX
 230 E: .21E0 Ident: 16/59 Ident% 27 Q: 194-252 (294)   S: 168-221 (230) Chain A, D-Ribulose-5-Phosphate 3-Epimerase From Solanum Tuberosum Chloroplasts Pos: 30/59 Gap: 5/59
sRBcoVFutDFjI0VkmGmZwviZfQE 15988160 1G4E
15988161 1G4E
15988172 1G6C
15988173 1G6C
 227 E: .13E0 Ident: 20/68 Ident% 29 Q: 192-258 (294)   S: 159-223 (227) Chain A, Thiamin Phosphate Synthase Pos: 37/68 Gap: 4/68
s8A/U7cgDzNkd4uoz7Q/fpcgLS0 13787167 1HG3
13787168 1HG3
13787169 1HG3
13787170 1HG3
13787171 1HG3
13787172 1HG3
13787173 1HG3
13787174 1HG3
 225 E: .97E0 Ident: 48/222 Ident% 21 Q: 39-246 (294)   S: 19-216 (225) Chain A, Crystal Structure Of Tetrameric Tim From Pyrococcus Woesei. Pos: 78/222 Gap: 38/222
HcLIpnoG9UdW0suqXduAo9JGzhg
16077080
586858
2127020
467402
2632279
 similar to hypothetical proteins [Bacillus subtilis] 196 0
 129 546 985
MOhEze4OwD8zCOXahkCU2U4L+J8 16975311 1JVN
16975312 1JVN
 555 E: .41E0 Ident: 33/98 Ident% 33 Q: 11-103 (196)   S: 15-108 (555) Chain A, Crystal Structure Of Imidazole Glycerol Phosphate Synthase: A Tunnel Through A (BetaALPHA)8 BARREL JOINS TWO ACTIVE Sites Pos: 47/98 Gap: 9/98
Ai0rXiYjiya2ZsGdXcsowHINy8g 6730117 1C30
6730119 1C30
6730121 1C30
6730123 1C30
6730127 1C3O
6730129 1C3O
6730131 1C3O
6730133 1C3O
 382 E: .001E0 Ident: 34/205 Ident% 16 Q: 6-194 (196)   S: 194-381 (382) Chain B, Crystal Structure Of Carbamoyl Phosphate Synthetase: Small Subunit Mutation C269s Pos: 63/205 Gap: 33/205
F2CHunI0bVnuSBROEUZLwLKVvK0 3891748 1A9X
3891750 1A9X
3891752 1A9X
3891754 1A9X
 379 E: .04E0 Ident: 32/202 Ident% 15 Q: 6-191 (196)   S: 193-377 (379) Chain B, Carbamoyl Phosphate Synthetase: Caught In The Act Of Glutamine Hydrolysis Pos: 61/202 Gap: 33/202
HHrFl9hNM3fMdfZPwgd7Dr6duM8 13096714 1FY2
13096715 1FYE
 229 E: 5.2E0 Ident: 10/69 Ident% 14 Q: 17-81 (196)   S: 54-122 (229) (alpha)-aspartyl dipeptidase [Salmonella typhimurium LT2] Pos: 24/69 Gap: 4/69
EM3OuV6sPyIcrOaDRgrnnXhsiiw 1310841 1GPM
1310843 1GPM
1310842 1GPM
1310844 1GPM
 525 E: .064E0 Ident: 46/161 Ident% 28 Q: 41-192 (196)   S: 53-203 (525) GMP synthetase (glutamine-hydrolyzing) [Escherichia coli K12] Pos: 72/161 Gap: 19/161
aLNaL/CR3BZPU1x46bGhVG/iMw4 11513902 1G2I
11513903 1G2I
11513904 1G2I
 166 E: 2E-4 Ident: 17/72 Ident% 23 Q: 25-96 (196)   S: 48-117 (166) Chain A, Crystal Structure Of A Novel Intracellular Protease From Pyrococcus Horikoshii At 2 A Resolution Pos: 26/72 Gap: 2/72
hu2yhreE0TDxA97FXwiflAMDccY 18158904 1KEE
18158906 1KEE
18158908 1KEE
18158910 1KEE
6730188 1CS0
6730190 1CS0
6730192 1CS0
6730194 1CS0
 382 E: 7E-4 Ident: 34/205 Ident% 16 Q: 6-194 (196)   S: 194-381 (382) Chain B, Inactivation Of The Amidotransferase Activity Of Carbamoyl Phosphate Synthetase By The Antibiotic Acivicin Pos: 63/205 Gap: 33/205
xD+f/X/mKlbp4F04PY4QX0flKxs 3318822 1JDB
3318818 1JDB
3318826 1JDB
3318830 1JDB
5821977 1CE8
5821979 1CE8
5821981 1CE8
5821983 1CE8
4929936 1BXR
4929938 1BXR
4929940 1BXR
4929942 1BXR
 382 E: 3E-5 Ident: 35/205 Ident% 17 Q: 6-194 (196)   S: 194-381 (382) Chain F, Carbamoyl Phosphate Synthetase From Escherichia Coli Pos: 64/205 Gap: 33/205
3KEYY0U0XX1AlLJVzReluLY8rTc 5822247 1QDL
 195 E: 6E-10 Ident: 28/196 Ident% 14 Q: 6-187 (196)   S: 6-195 (195) anthranilate synthase (EC 4.1.3.27) component II [validated] - Sulfolobus solfataricus Pos: 63/196 Gap: 20/196
1droKdFnlPpKN5/1eTk1u9bUNWI 14277773 1I7Q
14277775 1I7Q
14277777 1I7S
14277779 1I7S
 193 E: 2E-11 Ident: 27/180 Ident% 15 Q: 16-181 (196)   S: 17-184 (193) Chain B, Anthranilate Synthase From S. Marcescens Pos: 56/180 Gap: 26/180
Q1q7EByb4hEBL+tyPSCMUyqnZng 14278479 1I1Q
 192 E: 3E-11 Ident: 22/129 Ident% 17 Q: 58-181 (196)   S: 62-183 (192) Chain B, Structure Of The Cooperative Allosteric Anthranilate Synthase From Salmonella Typhimurium Pos: 38/129 Gap: 12/129
aFigMTK8kifKHyU+W8xdRkc/J3M
16077081
586064
2127203
467403
2632280
 seryl-tRNA synthetase [Bacillus subtilis] 425 0
 253 1553 1736
zXjgXT1avhnY4KWo2ImChGkzpug 13786876 1I84
13786879 1I84
13786876 1I84
13786879 1I84
 1184 E: 6.8E0 Ident: 27/94 Ident% 28 Q: 7-99 (425)   S: 1079-1166 (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: 48/94 Gap: 7/94
SMB4KWTTJFLJN//JBK9G/t3Acvo 2392169 1ATI
2392170 1ATI
 505 E: .66E0 Ident: 12/61 Ident% 19 Q: 255-315 (425)   S: 213-269 (505) Chain A, Crystal Structure Of Glycyl-Trna Synthetase From Thermus Thermophilus Pos: 23/61 Gap: 4/61
7W+v997jJBMSOXdJCJ33H68m2jQ 4388929 1B76
4388931 1GGM
4388930 1B76
4388932 1GGM
 442 E: .56E0 Ident: 12/61 Ident% 19 Q: 255-315 (425)   S: 150-206 (442) Chain A, Glycyl-Trna Synthetase From Thermus Thermophilus Complexed With Atp Pos: 23/61 Gap: 4/61
ernKM0FTqDRO5wgckVf+8uEN+ak 14719699 1H4Q
14719700 1H4Q
14719702 1H4S
14719703 1H4S
14719710 1HC7
14719711 1HC7
14719712 1HC7
14719713 1HC7
15826833 1H4T
15826834 1H4T
15826835 1H4T
15826836 1H4T
 477 E: .14E0 Ident: 48/249 Ident% 19 Q: 178-412 (425)   S: 50-285 (477) Chain A, Prolyl-Trna Synthetase From Thermus Thermophilus Complexed With Trnapro(Cgg), Atp And Prolinol Pos: 89/249 Gap: 27/249
pClUYErJCt8VDwuDCtX9WpLSRiU 9955267 1QE0
9955268 1QE0
 420 E: 4E-4 Ident: 36/200 Ident% 18 Q: 167-356 (425)   S: 12-194 (420) Chain A, Crystal Structure Of Apo S. Aureus Histidyl-Trna Synthetase Pos: 65/200 Gap: 27/200
nblg9oxqAorS/vw+U2mGEYbPk1M 6573338 1C0A
 585 E: 4E-5 Ident: 20/135 Ident% 14 Q: 175-305 (425)   S: 141-254 (585) Chain A, Crystal Structure Of The E. Coli Aspartyl-Trna Synthetase : Trnaasp : Aspartyl-Adenylate Complex Pos: 45/135 Gap: 25/135
mnWbuSddVy3DsluKipBjzDQ/KDc 9256904 1EQR
9256905 1EQR
9256906 1EQR
15988142 1IL2
15988143 1IL2
 590 E: 4E-5 Ident: 20/135 Ident% 14 Q: 175-305 (425)   S: 141-254 (590) aspartate tRNA synthetase [Escherichia coli K12] Pos: 45/135 Gap: 25/135
dA0AEAABdJVIEzqGU04Qt4s/bYo 9257069 1EFW
9257070 1EFW
12084697 1G51
12084698 1G51
 580 E: 2E-5 Ident: 31/149 Ident% 20 Q: 172-317 (425)   S: 145-274 (580) Aspartyl-tRNA synthetase (Aspartate--tRNA ligase) (AspRS) Pos: 52/149 Gap: 22/149
eAjj+I+/0/peBpXpZbZpsNTbNLw 9955215 1EVK
9955216 1EVK
9955217 1EVL
9955218 1EVL
9955219 1EVL
9955220 1EVL
12084202 1FYF
12084203 1FYF
 401 E: 2E-40 Ident: 40/189 Ident% 21 Q: 138-324 (425)   S: 1-181 (401) Chain A, Crystal Structure Of A Truncated Form Of Threonyl-Trna Synthetase With The Ligand Threonine Pos: 70/189 Gap: 10/189
sVXgh97w2j7A13WWmeKstfgHr8A 5107656 1QF6
 642 E: 3E-41 Ident: 43/223 Ident% 19 Q: 117-324 (425)   S: 208-422 (642) threonine tRNA synthetase [Escherichia coli K12] Pos: 80/223 Gap: 23/223
sEC9MOj9/y8z/tVnyqbicbfHfNQ 576267 1SES
576268 1SES
576269 1SET
576270 1SET
494615 1SRY
494616 1SRY
515248 1SER
515247 1SER
 421 E: 1E-127 Ident: 160/427 Ident% 37 Q: 1-425 (425)   S: 1-419 (421) Chain A, Seryl-Trna Synthetase (E.C.6.1.1.11) (Serine-Trna Ligase) Complexed With Seryl-Hydroxamate-Amp Pos: 247/427 Gap: 10/427
vGzaxUwOeZ4seAU3oH27dzAWXfM
16077082
586859
2127021
467404
2632281
 similar to deoxypurine kinase subunit [Bacillus subtilis] 217 0
 122 857 1203
riD3HJatVAHdlqJH7e/UbKlEU2k 18655777 1KDO
18655778 1KDO
18655779 1KDP
18655780 1KDP
18655781 1KDR
18655782 1KDR
18655783 1KDT
18655784 1KDT
6137471 2CMK
 227 E: 2.1E0 Ident: 11/25 Ident% 44 Q: 11-35 (217)   S: 7-31 (227) cytidylate kinase [Escherichia coli O157:H7 EDL933] Pos: 16/25 Gap: -1/-1
fACUQl9IOU0DBcWiFbmxyTQfIw0 10120871 1E2L
10120872 1E2L
 331 E: .003E0 Ident: 22/197 Ident% 11 Q: 12-171 (217)   S: 7-194 (331) Chain A, Kinetics And Crystal Structure Of The Wild-Type And The Engineered Y101f Mutant Of Herpes Simplex Virus Type 1 Thymidine Kinase Interacting With (North)-Methanocarba-Thymidine Pos: 47/197 Gap: 46/197
r0cfNxQdPDQVD0i71wkVj768zyM 2392647 1ZIN
2392649 1ZIP
2392648 1ZIO
 217 E: .066E0 Ident: 27/227 Ident% 11 Q: 12-212 (217)   S: 3-213 (217) Adenylate kinase (ATP-AMP transphosphorylase) Pos: 57/227 Gap: 42/227
I9/Yj6pfD9+aTEdR1Rk0T/ncthE 3114421 1ZAK
3114422 1ZAK
 222 E: .003E0 Ident: 32/233 Ident% 13 Q: 12-217 (217)   S: 8-214 (222) ADENYLATE KINASE, CHLOROPLAST (ATP-AMP TRANSPHOSPHORYLASE) Pos: 65/233 Gap: 53/233
c3yzlBYgIzAQj4pOojQPLt/6cMM 6137462 1CKE
 227 E: 2.1E0 Ident: 11/25 Ident% 44 Q: 11-35 (217)   S: 7-31 (227) hypothetical protein (rpsA 5' region) - Escherichia coli Pos: 16/25 Gap: -1/-1
Y0qkNcDE4/gLbAXUet830S/CAs4 1065285 2AK3
1065286 2AK3
 226 E: .37E0 Ident: 24/139 Ident% 17 Q: 13-151 (217)   S: 10-127 (226) Chain A, Adenylate Kinase Isoenzyme-3 (Gtp: Amp Phosphotransferase) (E.C.2.7.4.10) Pos: 38/139 Gap: 21/139
/nMalhB3Nk8bQeWYidhzU5J9Dag 11513949 1E2J
11513950 1E2J
 331 E: .001E0 Ident: 22/195 Ident% 11 Q: 12-171 (217)   S: 7-194 (331) Chain A, The Nucleoside Binding Site Of Herpes Simplex Type 1 Thymidine Kinase Analyzed By X-Ray Crystallography Pos: 48/195 Gap: 42/195
1LAJ6PMj/Bc0AfdFgo1gtnqC5xM 4389449 1KI6
 331 E: 6E-4 Ident: 22/195 Ident% 11 Q: 12-171 (217)   S: 7-194 (331) Chain A, Crystal Structure Of Thymidine Kinase From Herpes Simplex Virus Type I Complexed With A 5-Iodouracil Anhydrohexitol Nucleoside Pos: 48/195 Gap: 42/195
e9zBc6WfPhBl7IG4rvIZDOoPExg 5822279 1QHI
5822278 1QHI
 366 E: 2E-4 Ident: 24/204 Ident% 11 Q: 3-171 (217)   S: 33-229 (366) Chain B, Herpes Simplex Virus Type-I Thymidine Kinase Complexed With A Novel Non-Substrate Inhibitor, 9-(4-Hydroxybutyl)-N2- Phenylguanine Pos: 51/204 Gap: 42/204
LOt//8ER3ZneQpZqSfENOBfhFH4 2624649 1VTK
2624651 2VTK
2624653 3VTK
 343 E: 2E-4 Ident: 24/204 Ident% 11 Q: 3-171 (217)   S: 10-206 (343) Thymidine Kinase From Herpes Simplex Virus Type 1 In Complex With Adp And Deoxythymidine-Monophosphate Pos: 51/204 Gap: 42/204
Irb8+ikbt0hiYFnL8oN3OLzuAxM 16975313 1E9C
16975314 1E9D
16975315 1E9E
 215 E: 1E-4 Ident: 33/214 Ident% 15 Q: 8-207 (217)   S: 8-194 (215) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Appnp Pos: 69/214 Gap: 41/214
2S+Ll7SUSf10U4tYso1Q7pX3WS4 14488796 1E2D
14488797 1E2E
14488798 1E2F
14488799 1E2G
14488800 1E2Q
16975361 1E99
16975362 1E9A
16975363 1E9B
 215 E: 2E-4 Ident: 33/214 Ident% 15 Q: 8-207 (217)   S: 8-194 (215) Chain A, Human Thymidylate Kinase Complexed With Thymidine Monophosphate, Adenosine Diphosphate And A Magnesium-Ion Pos: 69/214 Gap: 41/214
ZZQHluG+XTj994sbrvl7QUBSEN8 10120853 1E2K
10120854 1E2K
11513943 1E2H
11513944 1E2H
11513946 1E2I
11513947 1E2I
13786784 1E2M
13786785 1E2M
13786786 1E2N
13786787 1E2N
14278287 1E2P
14278288 1E2P
4139833 1KI2
4139841 1KI7
5107602 1KI3
4139843 1KI8
5107601 1KI3
4139832 1KI2
4139842 1KI8
4389450 1KI6
4139835 1KI4
4139840 1KI7
4139834 1KI4
 331 E: 6E-4 Ident: 22/195 Ident% 11 Q: 12-171 (217)   S: 7-194 (331) Chain A, Kinetics And Crystal Structure Of The Wild-Type And The Engineered Y101f Mutant Of Herpes Simplex Virus Type 1 Thymidine Kinase Interacting With (North)-Methanocarba-Thymidine Pos: 48/195 Gap: 42/195
iPJvMsdDTX43gkjpPVGvPGesOhY 16975360 1E98
 215 E: 5E-4 Ident: 32/214 Ident% 14 Q: 8-207 (217)   S: 8-194 (215) Chain A, Wild Type Human Thymidylate Kinase Complexed With Aztmp And Adp Pos: 69/214 Gap: 41/214
VfMsG9EV9OeVtY10jLCFZsyy2+w 4699875 2KI5
3212554 1KIM
4699874 2KI5
3212553 1KIM
 366 E: 2E-4 Ident: 24/204 Ident% 11 Q: 3-171 (217)   S: 33-229 (366) Chain B, Herpes Simplex Type-1 Thymidine Kinase In Complex With The Drug Aciclovir At 1.9a Resolution Pos: 51/204 Gap: 42/204
PW1yL3mspdmSDG+gu5h2Ng55Inc 4558230 3TMK
4558231 3TMK
4558235 3TMK
4558234 3TMK
4558236 3TMK
4558233 3TMK
4558237 3TMK
4558232 3TMK
3318847 1TMK
3318848 1TMK
3318768 2TMK
3318769 2TMK
 216 E: 7E-4 Ident: 29/146 Ident% 19 Q: 8-139 (217)   S: 4-134 (216) essential for mitotic DNA synthesis. Required for premeiotic DNA synthesis, synaptonemal complexes, recombination, meiosis I, meiosis II, and spores; Cdc8p [Saccharomyces cerevisiae] Pos: 45/146 Gap: 29/146
G2fIcLSJUjMevawtyTQHBTJeQSA 5822263 1QF9
5822578 5UKD
3212623 1UKE
3212820 3UKD
3212828 4UKD
3212729 2UKD
 194 E: 4E-6 Ident: 23/213 Ident% 10 Q: 7-215 (217)   S: 2-193 (194) CYTIDYLATE KINASE (DEOXYCYTIDYLATE KINASE) (UMP-CMP KINASE) Pos: 63/213 Gap: 25/213
iGKhIOiy7fIkSsPLeNRPvvU/ob0 16975316 1E9F
 217 E: 5E-7 Ident: 36/213 Ident% 16 Q: 8-207 (217)   S: 8-196 (217) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Adp Pos: 72/213 Gap: 37/213
+9Qu9Jrqbo8MyKpHGzaGNMO1IQg 16975072 1G3U
 214 E: 5E-8 Ident: 28/176 Ident% 15 Q: 10-166 (217)   S: 1-167 (214) tmk [Mycobacterium tuberculosis H37Rv] Pos: 49/176 Gap: 28/176
jWBJkyPP/sxPG2U+K9KKUQQMeJ8 999500 1UKZ
999493 1UKY
 203 E: 3E-9 Ident: 31/211 Ident% 14 Q: 11-215 (217)   S: 17-203 (203) Uridylate Kinase (E.C.2.7.4.-) Complexed With Adp And Amp Pos: 64/211 Gap: 30/211
rOlzJZFIWxnTXBzhxl4q0S5lQyg 6729847 4TMK
6729850 5TMP
 213 E: 7E-12 Ident: 36/222 Ident% 16 Q: 8-209 (217)   S: 2-202 (213) Chain A, Complex Of E. Coli Thymidylate Kinase With The Bisubstrate Inhibitor Tp5a Pos: 65/222 Gap: 41/222
Edmi5jIhY4URkzWVtyBa25LERAY 230801 3ADK
 195 E: 2E-23 Ident: 37/208 Ident% 17 Q: 3-207 (217)   S: 3-187 (195) Adenylate Kinase (E.C.2.7.4.3) Pos: 70/208 Gap: 26/208
RNaSk+30aZO3+/5Umr9+wkqhGqo 17943105 1JAG
17943106 1JAG
17943107 1JAG
17943108 1JAG
17943109 1JAG
17943110 1JAG
17943111 1JAG
17943112 1JAG
 241 E: 2E-46 Ident: 54/237 Ident% 22 Q: 12-213 (217)   S: 5-240 (241) Chain A, Crystal Structure Of Human Deoxyguanosine Kinase Pos: 94/237 Gap: 36/237
Yr+AVhxh4A2TRzOTDWG/h0T5ah0 17942828 1J90
17942829 1J90
 230 E: 9E-46 Ident: 48/211 Ident% 22 Q: 12-212 (217)   S: 23-230 (230) Chain A, Crystal Structure Of Drosophila Deoxyribonucleoside Kinase Pos: 78/211 Gap: 13/211
a6k/cZEQdE/FrrIFotK635MpRdk
16077083
586860
2127022
467405
2632282
 similar to deoxypurine kinase subunit [Bacillus subtilis] 207 0
 148 576 1202
riD3HJatVAHdlqJH7e/UbKlEU2k 18655777 1KDO
18655778 1KDO
18655779 1KDP
18655780 1KDP
18655781 1KDR
18655782 1KDR
18655783 1KDT
18655784 1KDT
6137471 2CMK
 227 E: .14E0 Ident: 12/30 Ident% 40 Q: 4-33 (207)   S: 5-34 (227) cytidylate kinase [Escherichia coli O157:H7 EDL933] Pos: 19/30 Gap: -1/-1
Y0qkNcDE4/gLbAXUet830S/CAs4 1065285 2AK3
1065286 2AK3
 226 E: 2.6E0 Ident: 19/135 Ident% 14 Q: 8-142 (207)   S: 10-127 (226) Chain A, Adenylate Kinase Isoenzyme-3 (Gtp: Amp Phosphotransferase) (E.C.2.7.4.10) Pos: 44/135 Gap: 17/135
Edmi5jIhY4URkzWVtyBa25LERAY 230801 3ADK
 195 E: .042E0 Ident: 26/174 Ident% 14 Q: 1-167 (207)   S: 6-156 (195) Adenylate Kinase (E.C.2.7.4.3) Pos: 63/174 Gap: 30/174
jWBJkyPP/sxPG2U+K9KKUQQMeJ8 999500 1UKZ
999493 1UKY
 203 E: .037E0 Ident: 21/199 Ident% 10 Q: 7-194 (207)   S: 18-197 (203) Uridylate Kinase (E.C.2.7.4.-) Complexed With Adp And Amp Pos: 65/199 Gap: 30/199
e9zBc6WfPhBl7IG4rvIZDOoPExg 5822279 1QHI
5822278 1QHI
 366 E: 3.2E0 Ident: 33/207 Ident% 15 Q: 1-162 (207)   S: 36-229 (366) Chain B, Herpes Simplex Virus Type-I Thymidine Kinase Complexed With A Novel Non-Substrate Inhibitor, 9-(4-Hydroxybutyl)-N2- Phenylguanine Pos: 59/207 Gap: 58/207
r0cfNxQdPDQVD0i71wkVj768zyM 2392647 1ZIN
2392649 1ZIP
2392648 1ZIO
 217 E: .008E0 Ident: 26/140 Ident% 18 Q: 7-142 (207)   S: 3-127 (217) Adenylate kinase (ATP-AMP transphosphorylase) Pos: 49/140 Gap: 19/140
LOt//8ER3ZneQpZqSfENOBfhFH4 2624649 1VTK
2624651 2VTK
2624653 3VTK
 343 E: 3.2E0 Ident: 33/207 Ident% 15 Q: 1-162 (207)   S: 13-206 (343) Thymidine Kinase From Herpes Simplex Virus Type 1 In Complex With Adp And Deoxythymidine-Monophosphate Pos: 59/207 Gap: 58/207
c3yzlBYgIzAQj4pOojQPLt/6cMM 6137462 1CKE
 227 E: .13E0 Ident: 12/30 Ident% 40 Q: 4-33 (207)   S: 5-34 (227) hypothetical protein (rpsA 5' region) - Escherichia coli Pos: 19/30 Gap: -1/-1
PW1yL3mspdmSDG+gu5h2Ng55Inc 4558230 3TMK
4558231 3TMK
4558235 3TMK
4558234 3TMK
4558236 3TMK
4558233 3TMK
4558237 3TMK
4558232 3TMK
3318847 1TMK
3318848 1TMK
3318768 2TMK
3318769 2TMK
 216 E: 2E-13 Ident: 36/207 Ident% 17 Q: 1-200 (207)   S: 2-201 (216) essential for mitotic DNA synthesis. Required for premeiotic DNA synthesis, synaptonemal complexes, recombination, meiosis I, meiosis II, and spores; Cdc8p [Saccharomyces cerevisiae] Pos: 78/207 Gap: 14/207
+9Qu9Jrqbo8MyKpHGzaGNMO1IQg 16975072 1G3U
 214 E: 4E-14 Ident: 39/197 Ident% 19 Q: 7-184 (207)   S: 3-197 (214) tmk [Mycobacterium tuberculosis H37Rv] Pos: 63/197 Gap: 21/197
Irb8+ikbt0hiYFnL8oN3OLzuAxM 16975313 1E9C
16975314 1E9D
16975315 1E9E
 215 E: 3E-16 Ident: 33/204 Ident% 16 Q: 3-195 (207)   S: 8-195 (215) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Appnp Pos: 69/204 Gap: 27/204
2S+Ll7SUSf10U4tYso1Q7pX3WS4 14488796 1E2D
14488797 1E2E
14488798 1E2F
14488799 1E2G
14488800 1E2Q
16975361 1E99
16975362 1E9A
16975363 1E9B
 215 E: 3E-16 Ident: 34/204 Ident% 16 Q: 3-195 (207)   S: 8-195 (215) Chain A, Human Thymidylate Kinase Complexed With Thymidine Monophosphate, Adenosine Diphosphate And A Magnesium-Ion Pos: 69/204 Gap: 27/204
iPJvMsdDTX43gkjpPVGvPGesOhY 16975360 1E98
 215 E: 6E-16 Ident: 34/204 Ident% 16 Q: 3-195 (207)   S: 8-195 (215) Chain A, Wild Type Human Thymidylate Kinase Complexed With Aztmp And Adp Pos: 70/204 Gap: 27/204
iGKhIOiy7fIkSsPLeNRPvvU/ob0 16975316 1E9F
 217 E: 2E-19 Ident: 37/204 Ident% 18 Q: 3-195 (207)   S: 8-197 (217) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Adp Pos: 72/204 Gap: 25/204
rOlzJZFIWxnTXBzhxl4q0S5lQyg 6729847 4TMK
6729850 5TMP
 213 E: 1E-29 Ident: 40/221 Ident% 18 Q: 3-205 (207)   S: 2-211 (213) Chain A, Complex Of E. Coli Thymidylate Kinase With The Bisubstrate Inhibitor Tp5a Pos: 71/221 Gap: 29/221
Yr+AVhxh4A2TRzOTDWG/h0T5ah0 17942828 1J90
17942829 1J90
 230 E: 6E-37 Ident: 41/192 Ident% 21 Q: 3-184 (207)   S: 18-208 (230) Chain A, Crystal Structure Of Drosophila Deoxyribonucleoside Kinase Pos: 76/192 Gap: 11/192
RNaSk+30aZO3+/5Umr9+wkqhGqo 17943105 1JAG
17943106 1JAG
17943107 1JAG
17943108 1JAG
17943109 1JAG
17943110 1JAG
17943111 1JAG
17943112 1JAG
 241 E: 1E-41 Ident: 55/235 Ident% 23 Q: 7-206 (207)   S: 5-238 (241) Chain A, Crystal Structure Of Human Deoxyguanosine Kinase Pos: 91/235 Gap: 36/235
PDkYqomZcPmaDd+9oNWo+cXCYcM
16077084
586861
2127023
467406
2632283
 similar to hypothetical proteins [Bacillus subtilis] 427 0
 386 1257 1264
pey3E3/tnhH7s/6q9oK3GIQdBeU 494398 1NAR
 290 E: .007E0 Ident: 14/177 Ident% 7 Q: 150-316 (427)   S: 65-225 (290) Narbonin Pos: 55/177 Gap: 26/177
NtW8YTF979iYle57RtF1QJiwkec 1127201 1EDT
 271 E: 4.8E0 Ident: 16/185 Ident% 8 Q: 115-292 (427)   S: 44-207 (271) Endo-Beta-N-Acetylglucosaminidase H, Endo H (E.C.3.2.1.96) Pos: 37/185 Gap: 28/185
UnUV5Ei25GFcdO/1S9BuLmH9zKQ 9257041 1E01
9257042 1E0G
9257041 1E01
9257042 1E0G
 48 E: .016E0 Ident: 11/41 Ident% 26 Q: 2-42 (427)   S: 7-45 (48) Chain A, Lysm Domain From E.Coli Mltd Pos: 22/41 Gap: 2/41
2BiCGmyd0Y4wZptldbMc5Nv+m0Q 14719591 1E6N
14719592 1E6P
14719593 1E6P
 499 E: 1E-48 Ident: 56/405 Ident% 13 Q: 97-414 (427)   S: 14-415 (499) Chain B, Chitinase B From Serratia Marcescens Inactive Mutant E144q In Complex With N-Acetylglucosamine-Pentamer Pos: 116/405 Gap: 90/405
67K4DOk2AlvUv1GQOzRh+y+DOuU 14719590 1E6N
 499 E: 1E-48 Ident: 56/405 Ident% 13 Q: 97-414 (427)   S: 14-415 (499) Chain A, Chitinase B From Serratia Marcescens Inactive Mutant E144q In Complex With N-Acetylglucosamine-Pentamer Pos: 116/405 Gap: 90/405
iqxbmLta5xUxnwUaTnhwmno6u+U 17942633 1GOI
17942634 1GOI
 499 E: 2E-48 Ident: 57/405 Ident% 14 Q: 97-414 (427)   S: 14-415 (499) Chain A, Crystal Structure Of The D140n Mutant Of Chitinase B From Serratia Marcescens At 1.45 A Resolution Pos: 117/405 Gap: 90/405
Hyrq/R/BXiMXYJYrDrvHEXZCsTc 14719597 1E6Z
 498 E: 5E-49 Ident: 57/405 Ident% 14 Q: 97-414 (427)   S: 13-414 (498) Chain B, Chitinase B From Serratia Marcescens Wildtype In Complex With Catalytic Intermediate Pos: 116/405 Gap: 90/405
sAnT60Zw2JIuWhIG89CElhrgSxo 14719596 1E6Z
 498 E: 5E-49 Ident: 57/405 Ident% 14 Q: 97-414 (427)   S: 13-414 (498) Chain A, Chitinase B From Serratia Marcescens Wildtype In Complex With Catalytic Intermediate Pos: 116/405 Gap: 90/405
tBE7pg/EioBKepDSBNGtPzOW86Y 10120868 1E15
10120869 1E15
14719594 1E6R
14719595 1E6R
 499 E: 5E-49 Ident: 57/405 Ident% 14 Q: 97-414 (427)   S: 14-415 (499) chitinase (EC 3.2.1.14) B precursor - Serratia marcescens (strain BJL200) Pos: 116/405 Gap: 90/405
JouvZX/VVHNaLyF7S3gj04P1+pg 10835498 1D2K
 392 E: 5E-49 Ident: 44/284 Ident% 15 Q: 152-414 (427)   S: 76-355 (392) Chain A, C. Immitis Chitinase 1 At 2.2 Angstroms Resolution Pos: 97/284 Gap: 25/284
RVaT65+OTFXMzLkf4ecjt1fpkko 999631 1CTN
 540 E: 2E-50 Ident: 59/307 Ident% 19 Q: 154-420 (427)   S: 234-534 (540) Chitinase A (E.C.3.2.1.14) (Ph 5.5, 4 Degrees C) Pos: 112/307 Gap: 46/307
/PlUNTNlYJU/9xzmycHF1iCJk60 13399645 1EIB
 540 E: 8E-50 Ident: 58/307 Ident% 18 Q: 154-420 (427)   S: 234-534 (540) Chain A, Crystal Structure Of Chitinase A Mutant D313a Complexed With Octa-N-Acetylchitooctaose (Nag)8 Pos: 112/307 Gap: 46/307
BAClQ0Gufh6aHPn7ZRI5A1j+wlI 15988154 1FFR
 540 E: 4E-50 Ident: 58/307 Ident% 18 Q: 154-420 (427)   S: 234-534 (540) Chain A, Crystal Structure Of Chitinase A Mutant Y390f Complexed With Hexa-N-Acetylchitohexaose (Nag)6 Pos: 113/307 Gap: 46/307
rWEO5ZCfGv8EptATb+nB+gfs53Q 13399661 1EHN
 540 E: 7E-50 Ident: 58/307 Ident% 18 Q: 154-420 (427)   S: 234-534 (540) Chain A, Crystal Structure Of Chitinase A Mutant E315q Complexed With Octa-N-Acetylchitooctaose (Nag)8 Pos: 113/307 Gap: 46/307
q995BMKyJZ03fFbZeAAR5LWX4uo 7245496 1EDQ
 540 E: 1E-50 Ident: 59/307 Ident% 19 Q: 154-420 (427)   S: 234-534 (540) Chain A, Crystal Structure Of Chitinase A From S. Marcescens At 1.55 Angstroms Pos: 113/307 Gap: 46/307
SpIzoAXM+Rt0vT291vlIQvp9lKM 13399536 1E9L
 377 E: 9E-66 Ident: 48/360 Ident% 13 Q: 103-422 (427)   S: 5-359 (377) Chain A, The Crystal Structure Of Novel Mammalian Lectin Ym1 Suggests A Saccharide Binding Site Pos: 107/360 Gap: 45/360
XgEQnEJn29DyuPqYDxqgBvWsPYA
16077085
586862
2127024
467407
2632284
 similar to isochorismatase [Bacillus subtilis] 181 0
 114 209 224
7ZEefp+aT2aNST/0YJDghs5FKdM 17943389 1IM5
17943390 1ILW
 180 E: .089E0 Ident: 48/177 Ident% 27 Q: 5-166 (181)   S: 3-172 (180) pyrazinamidase/nicotinamidase [Pyrococcus horikoshii] Pos: 79/177 Gap: 22/177
Ec4PzO2Y8UV2zZebOzgYhbbZBrQ 576196 1NBA
576198 1NBA
576199 1NBA
576197 1NBA
 264 E: 5E-7 Ident: 40/163 Ident% 24 Q: 30-180 (181)   S: 69-229 (264) N-CARBAMOYLSARCOSINE AMIDASE (N-CARBAMOYLSARCOSINE AMIDOHYDROLASE) (CSHASE) Pos: 72/163 Gap: 14/163
n1MyfAm8zWQ7gXgu5fcL7SOFGx8 4558196 1YAC
4558197 1YAC
 208 E: 2E-9 Ident: 30/181 Ident% 16 Q: 1-174 (181)   S: 8-164 (208) Chain A, The 1.8 Angstrom Crystal Structure Of The Ycac Gene Product From Escherichia Coli Reveals An Octameric Hydrolase Of Unknown Specificity Pos: 59/181 Gap: 31/181
dwRp1R8XS3oVXc5Ld9JaGNnIAJA
16077086
112703
98366
40011
467408
2632285
227231
*TARGET 		similar to hypothetical proteins [Bacillus subtilis] 161 0
 179 239 258  
FYN2hWFMs+tyGET0V3ABErrtVQE
16077087
98292
467409
580914
2632286
 DNA polymerase III (gamma and tau subunits) [Bacillus subtilis] 563 0
 374 1446 1527
8F6wQyvxO46gAOLmeQaqijmCKdc 15825804 1IN4
 334 E: .87E0 Ident: 21/61 Ident% 34 Q: 3-59 (563)   S: 12-72 (334) Holliday junction DNA helicase [Thermotoga maritima] Pos: 31/61 Gap: 4/61
y6DmWiIH9AALWyOIwRl3tNpm6BY 15825807 1IN7
 334 E: .87E0 Ident: 21/61 Ident% 34 Q: 3-59 (563)   S: 12-72 (334) Chain A, Thermotoga Maritima Ruvb R170a Pos: 31/61 Gap: 4/61
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
 458 E: .001E0 Ident: 45/213 Ident% 21 Q: 36-236 (563)   S: 236-434 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 75/213 Gap: 26/213
ipw07lpZfhwgzuJP8x0KG5aq2DM 15825813 1J7K
 334 E: .81E0 Ident: 21/61 Ident% 34 Q: 3-59 (563)   S: 12-72 (334) Chain A, Thermotoga Maritima Ruvb P216g Mutant Pos: 31/61 Gap: 4/61
RUQqaY/E17zzAKWGrj92sCRoIa0 15825806 1IN6
 334 E: 1.6E0 Ident: 20/61 Ident% 32 Q: 3-59 (563)   S: 12-72 (334) Chain A, Thermotoga Maritima Ruvb K64r Mutant Pos: 31/61 Gap: 4/61
0MEvOkKr8OI2856yiCCRa6FaiGk 15825805 1IN5
 334 E: .85E0 Ident: 21/61 Ident% 34 Q: 3-59 (563)   S: 12-72 (334) Chain A, Thermogota Maritima Ruvb A156s Mutant Pos: 31/61 Gap: 4/61
yLaGm9IiCwHDwP9FpN6bZ4qVoUA 15825808 1IN8
 334 E: .87E0 Ident: 21/61 Ident% 34 Q: 3-59 (563)   S: 12-72 (334) Chain A, Thermotoga Maritima Ruvb T158v Pos: 31/61 Gap: 4/61
oLYbTq239jH4G5zkfpQoUp7BEuo 13399857 1HQC
13399858 1HQC
 324 E: 3E-26 Ident: 43/224 Ident% 19 Q: 11-229 (563)   S: 7-219 (324) Chain A, Structure Of Ruvb From Thermus Thermophilus Hb8 Pos: 79/224 Gap: 16/224
Wd7zI2kwfKLoHTrbfM9l98atQuw 15988196 1JR3
3212391 1A5T
 334 E: 7E-34 Ident: 59/252 Ident% 23 Q: 26-272 (563)   S: 12-252 (334) DNA polymerase III, delta prime subunit [Escherichia coli K12] Pos: 103/252 Gap: 16/252
dRw5LaHjbA/dBuY1pCqJPk0SpQI 15988297 1IQP
15988298 1IQP
15988299 1IQP
15988300 1IQP
15988301 1IQP
15988302 1IQP
 327 E: 1E-65 Ident: 84/312 Ident% 26 Q: 4-312 (563)   S: 13-299 (327) Chain A, Crystal Structure Of The Clamp Loader Small Subunit From Pyrococcus Furiosus Pos: 142/312 Gap: 28/312
jjMe/P8nWpf3SFe+fLfKQY8thrA 15988192 1JR3
15988193 1JR3
15988194 1JR3
 373 E: 1E-108 Ident: 141/371 Ident% 38 Q: 1-371 (563)   S: 1-370 (373) Chain A, Crystal Structure Of The Processivity Clamp Loader Gamma Complex Of E. Coli Dna Polymerase Iii Pos: 211/371 Gap: 1/371
4sWUvcACKnz6uZL9VUbaVKVht10
16077088
141372
98365
40073
467410
2632287
*WTARGET 		similar to hypothetical proteins [Bacillus subtilis] 107 0
 71 109 113  
/kaN+2TYH99iz+JDacbJKJS9vyg
16077089
585801
2127185
7443892
453239
467411
2632288
 alternate gene name: recM [Bacillus subtilis] 198 0
 70 129 0
HKLZjer/zJ8LRziQO5C7ISpkr78 9955149 1C7Y
2982097 1HJP
5107494 1BDX
5107495 1BDX
5107496 1BDX
5107497 1BDX
 203 E: 8.8E0 Ident: 11/16 Ident% 68 Q: 13-28 (198)   S: 109-124 (203) Holliday junction helicase subunit B; branch migration; repair [Escherichia coli O157:H7 EDL933] Pos: 13/16 Gap: -1/-1
ofuYGI9nsoppwRXWs4sbhlKB5RU 2624680 1CUK
 203 E: 9E0 Ident: 11/16 Ident% 68 Q: 13-28 (198)   S: 109-124 (203) Escherichia Coli Ruva Protein At Ph 4.9 And Room Temperature Pos: 13/16 Gap: -1/-1
k4HmR6i7TKTS4dnpbIvD/8G+TTo 7766817 1D8L
7766818 1D8L
 149 E: 8.6E0 Ident: 11/16 Ident% 68 Q: 13-28 (198)   S: 109-124 (149) Chain A, E. Coli Holliday Junction Binding Protein Ruva Nh2 Region Lacking Domain Iii Pos: 13/16 Gap: -1/-1
gNRhsIiuWvyq+Ka5SqERtNeZy/I
16077090
586863
1075824
467412
2632289
 yaaL [Bacillus subtilis] 74 0
 13 22 11  
dnqsSPUpX7zEQvGjw68rFs8hY04
16077091
141373
1075891
40075
467413
2632290
 integral membrane protein [Bacillus subtilis] 87 3
2-24,27-49,58-80 		4 4 0  
DcHhbEcBKZUy+C7qiTGycOrXds0
16077092
586864
282420
143829
467414
2632291
 alternate gene name: yaaM~sigma-F transcribed gene [Bacillus subtilis] 64 0
 5 5 0  
aYbOi/x2OhG3Vstw6QvXHXsy8Ls
16077093
586263
282458
143830
467415
2632292
 xpaC [Bacillus subtilis] 204 2
3-25,34-55 		21 31 0  
hqf6e5erc+RZNAS8KRYVrpRljAM
16077094
586865
2127025
467416
2632293
*TARGET 		similar to toxic cation resistance [Bacillus subtilis] 386 0
 36 203 367  
0N39OzjxB0Jd/KKleoaRg7drCHk
16077095
586866
2127130
467417
2632294
 similar to lysine decarboxylase [Bacillus subtilis] 480 0
 296 1201 1202
9aJ1OTTTmR0pUhLKzdeWrkW2dRQ 5821839 1BKG
5821840 1BKG
5821841 1BKG
5821842 1BKG
 385 E: .023E0 Ident: 47/261 Ident% 18 Q: 59-299 (480)   S: 67-302 (385) ASPARTATE AMINOTRANSFERASE (TRANSAMINASE A) (ASPAT) Pos: 86/261 Gap: 45/261
iukf7T5MyibqAm7irZnekB2LVHQ 17942613 1GCK
17942614 1GCK
 385 E: .009E0 Ident: 47/264 Ident% 17 Q: 59-299 (480)   S: 67-302 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Double Mutant 1 Complexed With Aspartate Pos: 88/264 Gap: 51/264
XKHYQGc0Lc3414IoC1jiWRBfO88 5821836 1BJW
5821837 1BJW
 382 E: .015E0 Ident: 45/261 Ident% 17 Q: 59-299 (480)   S: 67-302 (382) Chain A, Aspartate Aminotransferase From Thermus Thermophilus Pos: 84/261 Gap: 45/261
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: .008E0 Ident: 47/264 Ident% 17 Q: 59-299 (480)   S: 67-302 (385) Chain A, Thermus Thermophilus Aspartate Aminotransferase Tetra Mutant 2 Complexed With Tryptophan Pos: 88/264 Gap: 51/264
ogRNjwTo2lqHuun0hp81SSwmlwc 13786765 1IAX
13786766 1IAX
13786767 1IAY
 428 E: 3E-4 Ident: 51/321 Ident% 15 Q: 2-283 (480)   S: 14-328 (428) Chain A, Crystal Structure Of Acc Synthase Complexed With Plp Pos: 113/321 Gap: 45/321
s91RgYu2Tcj+lwvjlimuh+sXLF0 14719479 1JF9
 408 E: 2E-4 Ident: 44/172 Ident% 25 Q: 76-239 (480)   S: 87-244 (408) Chain A, Crystal Structure Of Selenocysteine Lyase Pos: 65/172 Gap: 22/172
x35DV18uKEjGNw2ftquF754grXg 18158926 1KMJ
18158927 1KMK
 406 E: 2E-4 Ident: 44/172 Ident% 25 Q: 76-239 (480)   S: 85-242 (406) Chain A, E. Coli NifsCSDB PROTEIN AT 2.0A WITH THE CYSTEINE Persulfide Intermediate (Residue Css). Pos: 65/172 Gap: 22/172
gA6Hu9AQn739J1mcf5oaOBPelYk 9955228 1C0N
 406 E: 7E-5 Ident: 45/172 Ident% 26 Q: 76-239 (480)   S: 85-242 (406) Chain A, Csdb Protein, Nifs Homologue Pos: 66/172 Gap: 22/172
h/njSI9CWOVVjuNBa5Cbwc1A8qI 14278152 1FC4
14278153 1FC4
 401 E: 1E-6 Ident: 53/290 Ident% 18 Q: 63-343 (480)   S: 92-355 (401) Chain A, 2-Amino-3-Ketobutyrate Coa Ligase Pos: 96/290 Gap: 35/290
RihO+Pg6sLFNN8t9TWf9l69O9x0 6730324 1DFO
6730323 1DFO
6730326 1DFO
6730325 1DFO
 417 E: 2E-6 Ident: 40/182 Ident% 21 Q: 64-241 (480)   S: 76-248 (417) serine hydroxymethyltransferase [Escherichia coli K12] Pos: 72/182 Gap: 13/182
J97uO78E9g/DyFC/0b+Thl+kZlI 7767018 1EQB
7767017 1EQB
7767019 1EQB
7767020 1EQB
 417 E: 2E-6 Ident: 40/182 Ident% 21 Q: 64-241 (480)   S: 76-248 (417) Chain B, X-Ray Crystal Structure At 2.7 Angstroms Resolution Of Ternary Complex Between The Y65f Mutant Of E-Coli Serine Hydroxymethyltransferase, Glycine And 5-Formyl Tetrahydrofolate Pos: 72/182 Gap: 13/182
8SsVVDQHfA/IVRLVm1+uym9h0QY 12084604 1DJ9
12084728 1DJE
 384 E: 6E-6 Ident: 50/266 Ident% 18 Q: 62-318 (480)   S: 85-330 (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: 100/266 Gap: 29/266
L/lnIfAz22VjLV9YWzOr1PVemDo 5821886 1BS0
 384 E: 6E-6 Ident: 50/266 Ident% 18 Q: 62-318 (480)   S: 85-330 (384) 8-amino-7-oxononanoate synthase [Escherichia coli K12] Pos: 100/266 Gap: 29/266
K0TIq17SMC7DM+QiXKqyVZ80+p8 5821815 1B9H
 388 E: 2E-7 Ident: 41/192 Ident% 21 Q: 63-254 (480)   S: 40-216 (388) Chain A, Crystal Structure Of 3-Amino-5-Hydroxybenzoic Acid (Ahba) Synthase Pos: 68/192 Gap: 15/192
B8Jj7Dlp+5PcC+/Blqsue9qMdt0 5821816 1B9I
 388 E: 2E-7 Ident: 41/192 Ident% 21 Q: 63-254 (480)   S: 40-216 (388) Chain A, Crystal Structure Of 3-Amino-5-Hydroxybenzoic Acid (Ahba) Synthase Pos: 68/192 Gap: 15/192
drCuFjwkkjjR6+EvUgvMbKR3lP8 14719481 1JG8
14719482 1JG8
14719483 1JG8
14719484 1JG8
 347 E: 9E-8 Ident: 36/166 Ident% 21 Q: 54-207 (480)   S: 31-188 (347) Chain A, Crystal Structure Of Threonine Aldolase (Low-Specificity) Pos: 68/166 Gap: 20/166
y10FF70dbma7+D4MV7qNwwsqWBY 7767011 1ELU
7767012 1ELU
7767009 1ELQ
7767010 1ELQ
 390 E: 4E-13 Ident: 56/346 Ident% 16 Q: 63-374 (480)   S: 61-388 (390) Chain A, Complex Between The Cystine C-S Lyase C-Des And Its Reaction Product Cysteine Persulfide. Pos: 103/346 Gap: 52/346
89mi+Xp2M4CfcjGbUFlyOpyMzf0 15826471 1I41
15826472 1I41
15826473 1I41
15826474 1I41
15826475 1I41
15826476 1I41
15826477 1I41
15826478 1I41
15826479 1I41
15826480 1I41
15826481 1I41
15826482 1I41
15826483 1I43
15826484 1I43
15826485 1I43
15826486 1I43
15826487 1I43
15826488 1I43
15826489 1I43
15826490 1I43
15826491 1I43
15826492 1I43
15826493 1I43
15826494 1I43
15826495 1I48
15826496 1I48
15826497 1I48
15826498 1I48
15826499 1I48
15826500 1I48
15826501 1I48
15826502 1I48
15826503 1I48
15826504 1I48
15826505 1I48
15826506 1I48
5822270 1QGN
5822271 1QGN
5822272 1QGN
5822273 1QGN
5822274 1QGN
5822275 1QGN
5822276 1QGN
5822277 1QGN
 445 E: 6E-13 Ident: 30/164 Ident% 18 Q: 66-226 (480)   S: 119-265 (445) Chain A, Cystathionine Gamma-Synthase In Complex With The Inhibitor Appa Pos: 54/164 Gap: 20/164
CC1KQEdfJhMT0Os3t9/buz9Tpv0 13786771 1IBJ
13786772 1IBJ
 464 E: 3E-15 Ident: 49/326 Ident% 15 Q: 65-380 (480)   S: 137-425 (464) CYSTATHIONINE BETA-LYASE PRECURSOR (CBL) [Arabidopsis thaliana] Pos: 95/326 Gap: 47/326
ohLF5H8cOB9R98gbUZGNRmxsLAE 6980405 1B8G
6980404 1B8G
 429 E: 2E-15 Ident: 52/339 Ident% 15 Q: 5-300 (480)   S: 17-347 (429) Chain B, 1-Aminocyclopropane-1-Carboxylate Synthase Pos: 112/339 Gap: 51/339
W5iPELrE1o/AfZD8Gzj7z3gp5WM 11514068 1EJI
11514069 1EJI
11514070 1EJI
11514071 1EJI
 478 E: 7E-18 Ident: 40/314 Ident% 12 Q: 58-347 (480)   S: 78-382 (478) Chain A, Recombinant Serine Hydroxymethyltransferase (Mouse) Pos: 83/314 Gap: 33/314
XkWRXJzNfcfCM8fechNEwydT0Kg 15988223 1GDE
15988224 1GDE
15988238 1GD9
15988239 1GD9
 389 E: 3E-18 Ident: 43/313 Ident% 13 Q: 51-343 (480)   S: 50-347 (389) aspartate aminotransferase [Pyrococcus horikoshii] Pos: 91/313 Gap: 35/313
Jo+xdQnKoZhXXYJH/sJpngRUxqs 14278621 1DJU
14278622 1DJU
 388 E: 3E-18 Ident: 43/313 Ident% 13 Q: 51-343 (480)   S: 49-346 (388) Chain A, Crystal Structure Of Aromatic Aminotransferase From Pyrococcus Horikoshii Ot3 Pos: 91/313 Gap: 35/313
DwFau1hFMhqykeNMMikoWeovGZk 5821827 1BJ4
 470 E: 9E-20 Ident: 36/285 Ident% 12 Q: 80-347 (480)   S: 104-378 (470) Chain A, Recombinant Serine Hydroxymethyltransferase (Human) Pos: 82/285 Gap: 27/285
WqnTTSX3bHM1muQSMXWQpLYjSD0 5107549 1CJ0
5107550 1CJ0
 470 E: 7E-20 Ident: 43/315 Ident% 13 Q: 58-347 (480)   S: 70-374 (470) Chain A, Crystal Structure Of Rabbit Cytosolic Serine Hydroxymethyltransferase At 2.8 Angstrom Resolution Pos: 91/315 Gap: 35/315
GVR0eLGwS+6a13KrMLiFiVkgjP0 7245633 1C4K
 730 E: 5E-89 Ident: 101/592 Ident% 17 Q: 1-463 (480)   S: 106-694 (730) Chain A, Ornithine Decarboxylase Mutant (Gly121tyr) Pos: 198/592 Gap: 132/592
krZsOhVFwMWO0kcCWmR3kCCnKlA 1127088 1ORD
1127089 1ORD
 730 E: 7E-90 Ident: 101/592 Ident% 17 Q: 1-463 (480)   S: 106-694 (730) Chain A, Mol_id: 1; Molecule: Ornithine Decarboxylase; Chain: A, B; Ec: 4.1.1.17 Pos: 198/592 Gap: 132/592
6LLpKIPw4WZKEkfPTBQQohGSftU
16077096
586867
2127026
467418
2632295
 thymidylate kinase [Bacillus subtilis] 212 0
 162 826 1206
riD3HJatVAHdlqJH7e/UbKlEU2k 18655777 1KDO
18655778 1KDO
18655779 1KDP
18655780 1KDP
18655781 1KDR
18655782 1KDR
18655783 1KDT
18655784 1KDT
6137471 2CMK
 227 E: .32E0 Ident: 10/23 Ident% 43 Q: 6-28 (212)   S: 8-30 (227) cytidylate kinase [Escherichia coli O157:H7 EDL933] Pos: 14/23 Gap: -1/-1
RNaSk+30aZO3+/5Umr9+wkqhGqo 17943105 1JAG
17943106 1JAG
17943107 1JAG
17943108 1JAG
17943109 1JAG
17943110 1JAG
17943111 1JAG
17943112 1JAG
 241 E: 3.8E0 Ident: 23/138 Ident% 16 Q: 92-210 (212)   S: 108-241 (241) Chain A, Crystal Structure Of Human Deoxyguanosine Kinase Pos: 53/138 Gap: 23/138
Edmi5jIhY4URkzWVtyBa25LERAY 230801 3ADK
 195 E: .079E0 Ident: 47/217 Ident% 21 Q: 2-204 (212)   S: 10-192 (195) Adenylate Kinase (E.C.2.7.4.3) Pos: 81/217 Gap: 48/217
jWBJkyPP/sxPG2U+K9KKUQQMeJ8 999500 1UKZ
999493 1UKY
 203 E: .011E0 Ident: 37/207 Ident% 17 Q: 10-207 (212)   S: 22-203 (203) Uridylate Kinase (E.C.2.7.4.-) Complexed With Adp And Amp Pos: 66/207 Gap: 34/207
G2fIcLSJUjMevawtyTQHBTJeQSA 5822263 1QF9
5822578 5UKD
3212623 1UKE
3212820 3UKD
3212828 4UKD
3212729 2UKD
 194 E: .051E0 Ident: 38/207 Ident% 18 Q: 10-204 (212)   S: 13-190 (194) CYTIDYLATE KINASE (DEOXYCYTIDYLATE KINASE) (UMP-CMP KINASE) Pos: 64/207 Gap: 41/207
ECFm9J+Rw1ECJ2z8v2oms4NuC3o 1421658 1DVR
1421659 1DVR
 220 E: 2.7E0 Ident: 39/233 Ident% 16 Q: 7-200 (212)   S: 8-214 (220) Chain A, Nucleoside Monophosphate Kinase, Myokinase Mol_id: 1; Molecule: Adenylate Kinase; Chain: A, B; Synonym: Atp:amp-Phosphotransferase, Myokinase; Ec: 2.7.4.3; Engineered: Yes; Mutation: D89v, R165i Pos: 68/233 Gap: 65/233
PW1yL3mspdmSDG+gu5h2Ng55Inc 4558230 3TMK
4558231 3TMK
4558235 3TMK
4558234 3TMK
4558236 3TMK
4558233 3TMK
4558237 3TMK
4558232 3TMK
3318847 1TMK
3318848 1TMK
3318768 2TMK
3318769 2TMK
 216 E: 4.9E0 Ident: 41/182 Ident% 22 Q: 3-178 (212)   S: 5-170 (216) essential for mitotic DNA synthesis. Required for premeiotic DNA synthesis, synaptonemal complexes, recombination, meiosis I, meiosis II, and spores; Cdc8p [Saccharomyces cerevisiae] Pos: 78/182 Gap: 22/182
eLLm5Qarn1/f+P3tyx/sTQ2mzgI 4139729 1NKS
4139730 1NKS
4139731 1NKS
4139732 1NKS
4139733 1NKS
4139734 1NKS
 194 E: .1E0 Ident: 33/197 Ident% 16 Q: 1-192 (212)   S: 1-184 (194) Adenylate kinase (ATP-AMP transphosphorylase) Pos: 65/197 Gap: 18/197
sD+cqEb+mzjzLqU6z0JNbNKRAn4 13787040 1EX6
13787041 1EX6
13787042 1EX7
 186 E: .005E0 Ident: 28/164 Ident% 17 Q: 6-159 (212)   S: 4-145 (186) Chain A, Crystal Structure Of Unliganded Form Of Guanylate Kinase From Yeast Pos: 53/164 Gap: 32/164
c3yzlBYgIzAQj4pOojQPLt/6cMM 6137462 1CKE
 227 E: .3E0 Ident: 10/23 Ident% 43 Q: 6-28 (212)   S: 8-30 (227) hypothetical protein (rpsA 5' region) - Escherichia coli Pos: 14/23 Gap: -1/-1
Yr+AVhxh4A2TRzOTDWG/h0T5ah0 17942828 1J90
17942829 1J90
 230 E: .001E0 Ident: 35/208 Ident% 16 Q: 8-195 (212)   S: 25-214 (230) Chain A, Crystal Structure Of Drosophila Deoxyribonucleoside Kinase Pos: 64/208 Gap: 38/208
iPJvMsdDTX43gkjpPVGvPGesOhY 16975360 1E98
 215 E: .004E0 Ident: 44/207 Ident% 21 Q: 3-208 (212)   S: 9-203 (215) Chain A, Wild Type Human Thymidylate Kinase Complexed With Aztmp And Adp Pos: 92/207 Gap: 13/207
Y0qkNcDE4/gLbAXUet830S/CAs4 1065285 2AK3
1065286 2AK3
 226 E: .007E0 Ident: 26/146 Ident% 17 Q: 7-149 (212)   S: 10-127 (226) Chain A, Adenylate Kinase Isoenzyme-3 (Gtp: Amp Phosphotransferase) (E.C.2.7.4.10) Pos: 41/146 Gap: 31/146
WfKjQd86lIXQ6fgGw6Lvy3T2iGo 494043 1GKY
 187 E: .005E0 Ident: 28/164 Ident% 17 Q: 6-159 (212)   S: 5-146 (187) Guanylate Kinase (E.C.2.7.4.8) Complex With Guanosine Monophosphate Pos: 53/164 Gap: 32/164
IuzK6HzMFq3BQhoqutQA1o2VFh4 1633542 1AK2
1633467 2AK2
 233 E: 2E-4 Ident: 37/239 Ident% 15 Q: 2-205 (212)   S: 15-230 (233) Adenylate Kinase Isoenzyme-2 Pos: 73/239 Gap: 58/239
oOeWMtUBMbfZVfhi7I/3esQXisk 10121073 1E4Y
10121074 1E4Y
 214 E: 4E-4 Ident: 31/236 Ident% 13 Q: 4-203 (212)   S: 1-213 (214) Chain A, Mutant P9l Of Adenylate Kinase From E. Coli, Modified In The Gly-Loop Pos: 63/236 Gap: 59/236
2S+Ll7SUSf10U4tYso1Q7pX3WS4 14488796 1E2D
14488797 1E2E
14488798 1E2F
14488799 1E2G
14488800 1E2Q
16975361 1E99
16975362 1E9A
16975363 1E9B
 215 E: 6E-4 Ident: 46/206 Ident% 22 Q: 3-207 (212)   S: 9-202 (215) Chain A, Human Thymidylate Kinase Complexed With Thymidine Monophosphate, Adenosine Diphosphate And A Magnesium-Ion Pos: 92/206 Gap: 13/206
Irb8+ikbt0hiYFnL8oN3OLzuAxM 16975313 1E9C
16975314 1E9D
16975315 1E9E
 215 E: 2E-4 Ident: 47/206 Ident% 22 Q: 3-207 (212)   S: 9-202 (215) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Appnp Pos: 92/206 Gap: 13/206
nvjLjOH1c/5F2OrF4100FkxsjmI 1311096 3AKY
 221 E: 8E-5 Ident: 41/235 Ident% 17 Q: 7-203 (212)   S: 9-218 (221) Atp:amp Phosphotransferase, Myokinase Mol_id: 1; Molecule: Adenylate Kinase; Chain: Null; Synonym: Atp:amp Phosphotransferase, Myokinase; Ec: 2.7.4.3; Engineered: Yes; Mutation: I213f; Heterogen: Ap5a; Heterogen: Imidazole Pos: 66/235 Gap: 63/235
Qw5dgIJnBjXov9W+TzQR5XYgxrA 1311179 1AKY
1311097 2AKY
 221 E: 2E-5 Ident: 41/235 Ident% 17 Q: 7-203 (212)   S: 9-218 (221) Atp:amp Phosphotransferase, Myokinase Mol_id: 1; Molecule: Adenylate Kinase; Chain: Null; Synonym: Atp:amp Phosphotransferase, Myokinase; Ec: 2.7.4.3; Heterogen: Ap5a; Heterogen: Imidazole Pos: 67/235 Gap: 63/235
2Es4YPbs7z2uhe4xYAk73UTqzYE 10121071 1E4V
10121072 1E4V
 214 E: 5E-5 Ident: 31/236 Ident% 13 Q: 4-203 (212)   S: 1-213 (214) Chain A, Mutant G10v Of Adenylate Kinase From E. Coli, Modified In The Gly-Loop Pos: 63/236 Gap: 59/236
J/FKoZjP912wgzp59wpONqQtTcM 493809 1AKE
493810 1AKE
576003 1ANK
576004 1ANK
1633462 4AKE
1633463 4AKE
1942106 2ECK
1942107 2ECK
 214 E: 2E-6 Ident: 32/236 Ident% 13 Q: 4-203 (212)   S: 1-213 (214) adenylate kinase activity; pleiotropic effects on glycerol-3-phosphate acyltransferase activity [Escherichia coli O157:H7 EDL933] Pos: 64/236 Gap: 59/236
r0cfNxQdPDQVD0i71wkVj768zyM 2392647 1ZIN
2392649 1ZIP
2392648 1ZIO
 217 E: 8E-6 Ident: 29/237 Ident% 12 Q: 4-203 (212)   S: 1-212 (217) Adenylate kinase (ATP-AMP transphosphorylase) Pos: 74/237 Gap: 62/237
iGKhIOiy7fIkSsPLeNRPvvU/ob0 16975316 1E9F
 217 E: 2E-6 Ident: 49/206 Ident% 23 Q: 3-207 (212)   S: 9-204 (217) Chain A, Mutant Human Thymidylate Kinase Complexed With Tmp And Adp Pos: 95/206 Gap: 11/206
I9/Yj6pfD9+aTEdR1Rk0T/ncthE 3114421 1ZAK
3114422 1ZAK
 222 E: 6E-7 Ident: 26/233 Ident% 11 Q: 6-209 (212)   S: 8-214 (222) ADENYLATE KINASE, CHLOROPLAST (ATP-AMP TRANSPHOSPHORYLASE) Pos: 68/233 Gap: 55/233
+9Qu9Jrqbo8MyKpHGzaGNMO1IQg 16975072 1G3U
 214 E: 2E-19 Ident: 45/198 Ident% 22 Q: 4-189 (212)   S: 1-197 (214) tmk [Mycobacterium tuberculosis H37Rv] Pos: 73/198 Gap: 13/198
rOlzJZFIWxnTXBzhxl4q0S5lQyg 6729847 4TMK
6729850 5TMP
 213 E: 2E-24 Ident: 73/214 Ident% 34 Q: 1-210 (212)   S: 1-211 (213) Chain A, Complex Of E. Coli Thymidylate Kinase With The Bisubstrate Inhibitor Tp5a Pos: 117/214 Gap: 7/214
BSIopJ1oGiiG91bsqn+G608unvQ
16077097
586868
2127027
467419
2632296
 similar to hypothetical proteins [Bacillus subtilis] 109 0
 15 31 63  
NVpMHdmRo4HHmESXU7JTtfh8S24
16077098
586869
2127028
467420
2632297
 yaaR [Bacillus subtilis] 146 0
 18 54 24  
fxM3HlGRowROxKc5GI7LcM3clpg
16077099
586870
2126931
467421
2632298
 DNA polymerase III (delta' subunit) [Bacillus subtilis] 329 0
 210 1280 1480
8F6wQyvxO46gAOLmeQaqijmCKdc 15825804 1IN4
 334 E: .006E0 Ident: 45/289 Ident% 15 Q: 6-252 (329)   S: 22-269 (334) Holliday junction DNA helicase [Thermotoga maritima] Pos: 87/289 Gap: 83/289
y6DmWiIH9AALWyOIwRl3tNpm6BY 15825807 1IN7
 334 E: .046E0 Ident: 16/55 Ident% 29 Q: 6-53 (329)   S: 22-75 (334) Chain A, Thermotoga Maritima Ruvb R170a Pos: 23/55 Gap: 8/55
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
 458 E: .25E0 Ident: 14/78 Ident% 17 Q: 29-94 (329)   S: 238-315 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 24/78 Gap: 12/78
ipw07lpZfhwgzuJP8x0KG5aq2DM 15825813 1J7K
 334 E: .006E0 Ident: 45/289 Ident% 15 Q: 6-252 (329)   S: 22-269 (334) Chain A, Thermotoga Maritima Ruvb P216g Mutant Pos: 87/289 Gap: 83/289
RUQqaY/E17zzAKWGrj92sCRoIa0 15825806 1IN6
 334 E: .027E0 Ident: 44/289 Ident% 15 Q: 6-252 (329)   S: 22-269 (334) Chain A, Thermotoga Maritima Ruvb K64r Mutant Pos: 87/289 Gap: 83/289
0MEvOkKr8OI2856yiCCRa6FaiGk 15825805 1IN5
 334 E: .006E0 Ident: 45/289 Ident% 15 Q: 6-252 (329)   S: 22-269 (334) Chain A, Thermogota Maritima Ruvb A156s Mutant Pos: 87/289 Gap: 83/289
yLaGm9IiCwHDwP9FpN6bZ4qVoUA 15825808 1IN8
 334 E: .034E0 Ident: 45/289 Ident% 15 Q: 6-252 (329)   S: 22-269 (334) Chain A, Thermotoga Maritima Ruvb T158v Pos: 87/289 Gap: 83/289
dRw5LaHjbA/dBuY1pCqJPk0SpQI 15988297 1IQP
15988298 1IQP
15988299 1IQP
15988300 1IQP
15988301 1IQP
15988302 1IQP
 327 E: 5E-4 Ident: 44/170 Ident% 25 Q: 12-178 (329)   S: 30-178 (327) Chain A, Crystal Structure Of The Clamp Loader Small Subunit From Pyrococcus Furiosus Pos: 82/170 Gap: 24/170
oLYbTq239jH4G5zkfpQoUp7BEuo 13399857 1HQC
13399858 1HQC
 324 E: 2E-4 Ident: 36/235 Ident% 15 Q: 1-203 (329)   S: 4-208 (324) Chain A, Structure Of Ruvb From Thermus Thermophilus Hb8 Pos: 71/235 Gap: 62/235
Wd7zI2kwfKLoHTrbfM9l98atQuw 15988196 1JR3
3212391 1A5T
 334 E: 1E-44 Ident: 66/318 Ident% 20 Q: 17-327 (329)   S: 12-320 (334) DNA polymerase III, delta prime subunit [Escherichia coli K12] Pos: 125/318 Gap: 16/318
jjMe/P8nWpf3SFe+fLfKQY8thrA 15988192 1JR3
15988193 1JR3
15988194 1JR3
 373 E: 1E-48 Ident: 81/341 Ident% 23 Q: 1-309 (329)   S: 6-339 (373) Chain A, Crystal Structure Of The Processivity Clamp Loader Gamma Complex Of E. Coli Dna Polymerase Iii Pos: 131/341 Gap: 39/341
p3plIAje7yt7SVqy4UiEtsG55Uw
16077100
586871
2127029
467422
2632299
 similar to signal peptidase II [Bacillus subtilis] 275 0
 27 27 0  
UBqFkRUGuCcBj77wSIzX+4lNhHo
16077101
586872
2127030
467423
2632300
*TARGET 		yabA [Bacillus subtilis] 119 0
 137 306 504  
FcRibCR8UmaJ/KufLMPVC4Ds8Xs
16077102
586873
2127031
467424
2632301
 similar to hypothetical proteins [Bacillus subtilis] 247 0
 145 1226 1228
4rKE3UX+X/Imm9Mpan7bWusBMGE 13399509 1G38
13399510 1G38
 393 E: 4E-6 Ident: 33/188 Ident% 17 Q: 47-217 (247)   S: 21-193 (393) Chain A, Adenine-Specific Methyltransferase M. Taq IDNA COMPLEX Pos: 66/188 Gap: 32/188
lvV9EWMq77UqxJ8kc84I2Mjac+g 13787051 1F3L
 321 E: 2E-6 Ident: 23/102 Ident% 22 Q: 20-121 (247)   S: 37-118 (321) Chain A, Crystal Structure Of The Conserved Core Of Protein Arginine Methyltransferase Prmt3 Pos: 44/102 Gap: 20/102
hi8Q6/nV02EB1TFFVLhaW6G9Jqc 1942410 2ADM
1942411 2ADM
1942354 1AQI
1942355 1AQI
 421 E: 3E-6 Ident: 38/216 Ident% 17 Q: 19-217 (247)   S: 20-213 (421) Chain A, Adenine-N6-Dna-Methyltransferase Taqi Pos: 75/216 Gap: 39/216
sdLvp9C2Zy6Jo9DOLsgrTNL4ftA 1942357 1AQJ
1942356 1AQJ
 421 E: 3E-6 Ident: 38/216 Ident% 17 Q: 19-217 (247)   S: 20-213 (421) MODIFICATION METHYLASE TAQI (ADENINE-SPECIFIC METHYLTRANSFERASE TAQI) (M.TAQI) Pos: 75/216 Gap: 39/216
hIoOPKoCj6Ik/GPsGHPUsmrYKzg 15988176 1I9G
 280 E: 7E-6 Ident: 26/167 Ident% 15 Q: 46-207 (247)   S: 100-233 (280) hypothetical protein Rv2118c [Mycobacterium tuberculosis H37Rv] Pos: 56/167 Gap: 38/167
lM2+ripCwRk/MZZDqFHy17GXCMQ 17942640 1JG4
17942641 1JG3
17942642 1JG3
17942645 1JG2
17942646 1JG1
 235 E: 8E-7 Ident: 26/108 Ident% 24 Q: 13-120 (247)   S: 61-163 (235) Chain A, Crystal Structure Of L-Isoaspartyl (D-Aspartyl) O- Methyltransferase With S-Adenosylmethionine Pos: 45/108 Gap: 5/108
6WRUmfFkUHO5q8JMb4xzwfMupbI 6435570 1D2G
6435571 1D2G
6435572 1D2H
6435573 1D2H
6435574 1D2H
6435575 1D2H
 292 E: 3E-8 Ident: 17/129 Ident% 13 Q: 48-172 (247)   S: 59-174 (292) Chain A, Crystal Structure Of R175k Mutant Glycine N- Methyltransferase From Rat Liver Pos: 47/129 Gap: 17/129
5yacVXeX24KA2VAxDdq6jBcMkd4 9955209 1DUS
 194 E: 3E-9 Ident: 37/167 Ident% 22 Q: 11-172 (247)   S: 16-157 (194) Chain A, Mj0882-A Hypothetical Protein From M. Jannaschii Pos: 70/167 Gap: 30/167
THMXI+EwFWrStxZxMR/rZMoqaoM 12084699 1G6Q
12084700 1G6Q
12084701 1G6Q
12084702 1G6Q
12084703 1G6Q
12084704 1G6Q
 328 E: 3E-9 Ident: 20/102 Ident% 19 Q: 20-121 (247)   S: 30-111 (328) Chain 1, Crystal Structure Of Yeast Arginine Methyltransferase, Hmt1 Pos: 44/102 Gap: 20/102
KvA/gFgwGTZo3udIfCuYDUYMKok 1942407 1XVA
1942408 1XVA
4139415 1BHJ
4139416 1BHJ
6137381 1D2C
6137382 1D2C
 292 E: 9E-9 Ident: 18/130 Ident% 13 Q: 48-173 (247)   S: 59-175 (292) Chain A, Methyltransferase Pos: 48/130 Gap: 17/130
HN9/DZ81YGNoLzJX474PpkV4xr4
16077103
7444870
2632302
 similar to hypothetical proteins [Bacillus subtilis] 99 0
 37 66 74  
nbcOxwpqUBdvOdAAllWuMFxK36o
16077104
586874
2127032
467425
2632303
 similar to hypothetical proteins [Bacillus subtilis] 292 0
 74 241 369
4p13v3skjEXVdIEmeqzUj7qiV/o 5107542 1CBF
 285 E: .008E0 Ident: 51/282 Ident% 18 Q: 16-274 (292)   S: 22-285 (285) The X-Ray Structure Of A Cobalamin Biosynthetic Enzyme, Cobalt Precorrin-4 Methyltransferase, Cbif Pos: 98/282 Gap: 41/282
oDujO+E7Hlf5Am3Osd5BI8GUyGY 5107707 2CBF
 234 E: .063E0 Ident: 45/236 Ident% 19 Q: 16-231 (292)   S: 5-227 (234) The X-Ray Structure Of A Cobalamin Biosynthetic Enzyme, Cobalt Precorrin-4 Methyltransferase, Cbif, From Bacillus Megaterium, With The His-Tag Cleaved Off Pos: 86/236 Gap: 33/236
cFw+oVF3WdfKqKlvUyHMG4d2Qjg
16077105
113009
80356
39785
467426
2632304
 transcriptional regulator [Bacillus subtilis] 96 0
 36 46 0
cut/lNEsuT4pWtz5/zVRy4g9bKA 12084449 1EKT
12084450 1EKT
 53 E: 6E-19 Ident: 53/53 Ident% 100 Q: 3-55 (96)   S: 1-53 (53) Chain A, Solution Structure Of The N-Terminal Dna Recognition Domain Of The Bacillus Subtilis Transcription-State Regulator Abrb Pos: 53/53 Gap: -1/-1
WOwcYfo1HB9qr/q+BBzhTNlH0GI
16077106
586060
2127140
467427
2632305
 methionyl-tRNA synthetase [Bacillus subtilis] 664 0
 874 1281 1390
V4FVN6xiHubKF4U1ON0kM0FY0cI 1942958 1QRU
 553 E: .007E0 Ident: 41/287 Ident% 14 Q: 11-275 (664)   S: 29-286 (553) Chain A, Glutaminyl-Trna Synthetase Mutant I129t Complexed With Glutamine Transfer Rna Pos: 73/287 Gap: 51/287
PJRgxndJGf7sCUGibWZOrGgVzWI 17942832 1IQ0
 592 E: .003E0 Ident: 15/45 Ident% 33 Q: 15-59 (664)   S: 112-156 (592) Chain A, Thermus Thermophilus Arginyl-Trna Synthetase Pos: 23/45 Gap: -1/-1
yi6aVVK6NEfgGJ5Trc9+KJXjt+8 1942956 1QRT
 553 E: .009E0 Ident: 22/114 Ident% 19 Q: 11-124 (664)   S: 29-123 (553) Chain A, Glutaminyl-Trna Synthetase Mutant D235g Complexed With Glutamine Transfer Rna Pos: 37/114 Gap: 19/114
JS3GeUTZlO89BI98kBnhqflkRpc 16974899 1JJC
2781286 1PYS
7245470 1EIY
6980403 1B7Y
7245815 1B70
 785 E: .029E0 Ident: 23/96 Ident% 23 Q: 579-663 (664)   S: 52-146 (785) Phenylalanyl-tRNA synthetase beta chain (Phenylalanine--tRNA ligase beta chain) (PheRS) Pos: 35/96 Gap: 12/96
pCs+Tcf+Fu8cRs1w+KeFON5tdeg 14719542 1F7U
14719544 1F7V
5821887 1BS2
 607 E: .017E0 Ident: 57/511 Ident% 11 Q: 4-474 (664)   S: 141-599 (607) Protein required for cell viability; Ydr341cp [Saccharomyces cerevisiae] Pos: 140/511 Gap: 92/511
RjXTm/+v5yuMSki6QGqTEth1sQ0 1942954 1QRS
 553 E: .009E0 Ident: 22/114 Ident% 19 Q: 11-124 (664)   S: 29-123 (553) Chain A, Glutaminyl-Trna Synthetase Mutant D235n Complexed With Glutamine Transfer Rna Pos: 37/114 Gap: 19/114
qs2vC6XasUQPBjlgPl2pHMsz6B4 8569293 1EUQ
8569295 1EUY
8569569 1EXD
 548 E: .006E0 Ident: 41/287 Ident% 14 Q: 11-275 (664)   S: 30-287 (548) Chain A, Crystal Structure Of Glutaminyl-Trna Synthetase Complexed With A Trna-Gln Mutant And An Active-Site Inhibitor Pos: 73/287 Gap: 51/287
PvBhWjnPYa246lpUL2AVq2A457M 3212590 1QTQ
999529 1GTR
999531 1GTS
229955 1GSG
 553 E: .007E0 Ident: 41/287 Ident% 14 Q: 11-275 (664)   S: 29-286 (553) Chain A, Glutaminyl-Trna Synthetase Complexed With Trna And An Amino Acid Analog Pos: 73/287 Gap: 51/287
VHJ/shZVpAwq4zmurH3Tnx15h8w 15826583 1G59
15826584 1G59
1311358 1GLN
 468 E: 2E-4 Ident: 61/398 Ident% 15 Q: 8-394 (664)   S: 1-330 (468) Glutamyl-tRNA synthetase (Glutamate--tRNA ligase) (GluRS) Pos: 111/398 Gap: 79/398
26+/tBTzAUuDi8rDV6PN83qOVsA 12084715 1GAX
12084716 1GAX
12084715 1GAX
12084716 1GAX
 862 E: 6E-4 Ident: 24/58 Ident% 41 Q: 8-65 (664)   S: 36-93 (862) Valyl-tRNA synthetase (Valine--tRNA ligase) (ValRS) Pos: 32/58 Gap: -1/-1
5aNvuKCBiGPsWR5DQMqCmcg4t9E 10120516 1EUJ
10120517 1EUJ
 166 E: 3E-6 Ident: 30/97 Ident% 30 Q: 568-663 (664)   S: 9-105 (166) Chain A, A Novel Anti-Tumor Cytokine Contains A Rna-Binding Motif Present In Aminoacyl-Trna Synthetases Pos: 53/97 Gap: 1/97
+hXOzeas4TwFUtf3JrGrd+Iumus 12084657 1FL0
 171 E: 3E-6 Ident: 30/97 Ident% 30 Q: 568-663 (664)   S: 6-102 (171) Chain A, Crystal Structure Of The Emap2RNA-Binding Domain Of The P43 Protein From Human Aminoacyl-Trna Synthetase Complex Pos: 53/97 Gap: 1/97
PLOaff++DS0/zv1sQ9EzjCkyPbs 10121057 1FFY
6137708 1QU2
6137710 1QU3
10121057 1FFY
6137708 1QU2
6137710 1QU3
 917 E: 2E-6 Ident: 38/155 Ident% 24 Q: 5-142 (664)   S: 47-198 (917) Chain A, Insights Into Editing From An Ile-Trna Synthetase Structure With Trna(Ile) And Mupirocin Pos: 72/155 Gap: 20/155
IiIYbHlkuyRs5gMl6wPZT3zmmo8 15988225 1GD7
15988226 1GD7
15988227 1GD7
15988228 1GD7
 109 E: 3E-6 Ident: 38/106 Ident% 35 Q: 562-663 (664)   S: 4-108 (109) Chain A, Crystal Structure Of A Bifunctional Protein (Csaa) With Export-Related Chaperone And Trna-Binding Activities. Pos: 63/106 Gap: 5/106
fJH7wBV863M9yekjIlA+hj04rQg 12084782 1E7Z
 174 E: 3E-6 Ident: 30/97 Ident% 30 Q: 568-663 (664)   S: 9-105 (174) Chain A, Crystal Structure Of The Emap2RNA BINDING DOMAIN OF THE P43 Protein From Human Aminoacyl-Trna Synthetase Complex Pos: 53/97 Gap: 1/97
LPMDg5GGm+R12+AvSAWOZyCPrBY 18158855 1JZQ
18158860 1JZS
4930049 1ILE
18158855 1JZQ
18158860 1JZS
4930049 1ILE
 821 E: 1E-9 Ident: 42/121 Ident% 34 Q: 235-352 (664)   S: 513-632 (821) ISOLEUCYL-TRNA SYNTHETASE (ISOLEUCINE--TRNA LIGASE) (ILERS) Pos: 70/121 Gap: 4/121
m+aly+Kj4mYJElV4TS8V+i0lr2k 6730520 1QQT
 551 E: 1E-137 Ident: 146/566 Ident% 25 Q: 2-540 (664)   S: 1-551 (551) Chain A, Methionyl-Trna Synthetase From Escherichia Coli Pos: 247/566 Gap: 42/566
DLlmaPx88D4SCU9Ql9UaoNODVDY 4929860 1A8H
 500 E: 1E-137 Ident: 209/522 Ident% 40 Q: 5-522 (664)   S: 2-499 (500) Methionyl-Trna Synthetase From Thermus Thermophilus Pos: 304/522 Gap: 28/522
CUnn1T2aps/ufZEvgXPROXdG2Xo 13786940 1F4L
 551 E: 1E-138 Ident: 147/564 Ident% 26 Q: 1-537 (664)   S: 1-549 (551) Chain A, Crystal Structure Of The E.Coli Methionyl-Trna Synthetase Complexed With Methionine Pos: 248/564 Gap: 42/564
3jQfJA5mqgfaEb52Bk0i11iIZIk
16077107
586875
2127033
467428
2632306
 similar to hypothetical proteins [Bacillus subtilis] 255 0
 144 196 241
cpSaiJFwdLQhQzI1gGrT0sV1NRU 5542102 1BF6
5542101 1BF6
 291 E: 2.4E0 Ident: 26/203 Ident% 12 Q: 6-177 (255)   S: 13-210 (291) Chain B, Phosphotriesterase Homology Protein From Escherichia Coli Pos: 67/203 Gap: 36/203
o6mdF7+AqFdMstW+H511lAho40g 1310974 1PTA
 318 E: .28E0 Ident: 46/274 Ident% 16 Q: 24-253 (255)   S: 54-315 (318) Mol_id: 1; Molecule: Phosphotriesterase; Chain: Null; Ec: 3.5.-. Pos: 74/274 Gap: 56/274
6BUC16ZyzluxUyc/FZmFoclWvx8
16077108
586876
2127034
467429
2632307
 similar to hypothetical proteins [Bacillus subtilis] 437 1
43-65 *SM*		 72 434 1277
PLDPjC1AqAhPaKIgrmd4X0Xufe0 230767 2TMA
230768 2TMA
 284 E: .13E0 Ident: 33/218 Ident% 15 Q: 93-309 (437)   S: 32-240 (284) Chain A, Tropomyosin Pos: 74/218 Gap: 10/218
zXjgXT1avhnY4KWo2ImChGkzpug 13786876 1I84
13786879 1I84
 1184 E: .002E0 Ident: 29/261 Ident% 11 Q: 97-342 (437)   S: 850-1109 (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: 84/261 Gap: 16/261
yaXgzih6bdRPAEsyFP9+M5+KJIw 7245792 1C1G
7245793 1C1G
7245794 1C1G
7245795 1C1G
 284 E: .24E0 Ident: 31/218 Ident% 14 Q: 93-309 (437)   S: 32-240 (284) Chain A, Crystal Structure Of Tropomyosin At 7 Angstroms Resolution In The Spermine-Induced Crystal Form Pos: 74/218 Gap: 10/218
wZfP/YkstPz7VHd26gBjhl8yKzE
16077109
586877
2127035
467430
2632308
 similar to hypothetical proteins [Bacillus subtilis] 186 0
 28 60 135
N5wPuABj5vMjk79kb3TI3ghw3Uk 9256898 1EQN
9256899 1EQN
9256900 1EQN
9256901 1EQN
9256902 1EQN
 321 E: .28E0 Ident: 13/58 Ident% 22 Q: 4-61 (186)   S: 151-206 (321) Chain A, E.Coli Primase Catalytic Core Pos: 21/58 Gap: 2/58
Vg+LKFXrdlhQFuu9ZJkICxAqY1k 7767196 1DD9
7767197 1DDE
 338 E: .44E0 Ident: 13/58 Ident% 22 Q: 4-61 (186)   S: 164-219 (338) Chain A, Structure Of The Dnag Catalytic Core Pos: 21/58 Gap: 2/58
toNtAcpQctuVgVq6LzaEuCp575Q
16077110
585375
2126951
467431
2632309
 dimethyladenosine transferase [Bacillus subtilis] 292 0
 259 729 1212
THMXI+EwFWrStxZxMR/rZMoqaoM 12084699 1G6Q
12084700 1G6Q
12084701 1G6Q
12084702 1G6Q
12084703 1G6Q
12084704 1G6Q
 328 E: .009E0 Ident: 13/75 Ident% 17 Q: 38-109 (292)   S: 28-102 (328) Chain 1, Crystal Structure Of Yeast Arginine Methyltransferase, Hmt1 Pos: 33/75 Gap: 3/75
lvV9EWMq77UqxJ8kc84I2Mjac+g 13787051 1F3L
 321 E: .22E0 Ident: 13/65 Ident% 20 Q: 48-109 (292)   S: 45-109 (321) Chain A, Crystal Structure Of The Conserved Core Of Protein Arginine Methyltransferase Prmt3 Pos: 28/65 Gap: 3/65
vA+2H/nVRtry7DbEZBMzWESzqAU 12084575 1DL5
12084576 1DL5
 317 E: .023E0 Ident: 15/74 Ident% 20 Q: 34-102 (292)   S: 61-134 (317) L-isoaspartate(D-aspartate) O-methyltransferase [Thermotoga maritima] Pos: 33/74 Gap: 5/74
hi8Q6/nV02EB1TFFVLhaW6G9Jqc 1942410 2ADM
1942411 2ADM
1942354 1AQI
1942355 1AQI
 421 E: .001E0 Ident: 18/123 Ident% 14 Q: 32-151 (292)   S: 23-129 (421) Chain A, Adenine-N6-Dna-Methyltransferase Taqi Pos: 32/123 Gap: 19/123
lM2+ripCwRk/MZZDqFHy17GXCMQ 17942640 1JG4
17942641 1JG3
17942642 1JG3
17942645 1JG2
17942646 1JG1
 235 E: .002E0 Ident: 17/73 Ident% 23 Q: 40-109 (292)   S: 83-155 (235) Chain A, Crystal Structure Of L-Isoaspartyl (D-Aspartyl) O- Methyltransferase With S-Adenosylmethionine Pos: 30/73 Gap: 3/73
sdLvp9C2Zy6Jo9DOLsgrTNL4ftA 1942357 1AQJ
1942356 1AQJ
 421 E: .001E0 Ident: 18/123 Ident% 14 Q: 32-151 (292)   S: 23-129 (421) MODIFICATION METHYLASE TAQI (ADENINE-SPECIFIC METHYLTRANSFERASE TAQI) (M.TAQI) Pos: 32/123 Gap: 19/123
hIoOPKoCj6Ik/GPsGHPUsmrYKzg 15988176 1I9G
 280 E: .036E0 Ident: 18/81 Ident% 22 Q: 37-109 (292)   S: 88-168 (280) hypothetical protein Rv2118c [Mycobacterium tuberculosis H37Rv] Pos: 36/81 Gap: 8/81
4rKE3UX+X/Imm9Mpan7bWusBMGE 13399509 1G38
13399510 1G38
 393 E: .001E0 Ident: 18/123 Ident% 14 Q: 32-151 (292)   S: 3-109 (393) Chain A, Adenine-Specific Methyltransferase M. Taq IDNA COMPLEX Pos: 32/123 Gap: 19/123
5yacVXeX24KA2VAxDdq6jBcMkd4 9955209 1DUS
 194 E: 6E-4 Ident: 23/112 Ident% 20 Q: 40-147 (292)   S: 44-146 (194) Chain A, Mj0882-A Hypothetical Protein From M. Jannaschii Pos: 51/112 Gap: 13/112
50a/+SQ/p/NxAcoaA//rLcXX6gc 2981999 1YUB
 245 E: 2E-48 Ident: 61/261 Ident% 23 Q: 25-285 (292)   S: 6-236 (245) MSL methylase [Streptococcus agalactiae] Pos: 116/261 Gap: 30/261
JAu0cBYf602vjaOqo3HXQM/rmLo 7546362 1QAN
7546363 1QAO
7546364 1QAQ
7546361 1QAM
4699789 2ERC
4699790 2ERC
 244 E: 8E-52 Ident: 59/261 Ident% 22 Q: 25-285 (292)   S: 7-237 (244) macrolide-lincosamide-streptogramin B-resistance protein [Plasmid pIM13] Pos: 117/261 Gap: 30/261
qKo0MJwPVKtSXMM1cBOnkXpTABs
16077111
586878
2127036
467432
2632310
 yabG [Bacillus subtilis] 290 0
 15 14 0  
UlaKCs7AF9sGB2OOeom2E/ivTtY
16077112
586231
2127267
467433
2632311
 veg [Bacillus subtilis] 86 0
 11 11 16  
2k2coN8bwkLGD0gk2za4xt5QnXs
16077113
586043
2127239
467434
580935
2632312
 small acid-soluble spore protein (alpha/beta-type SASP) [Bacillus subtilis] 61 0
 12 7 0  
//epOZYzrQBl2qWQnlzjaSmJUKA
16077114
586879
2127037
467435
2632313
 similar to hypothetical proteins [Bacillus subtilis] 289 0
 116 280 392
4g53pLJQN3uWTsXgvCqj1XYAJR0 13786942 1FI4
 416 E: .005E0 Ident: 46/271 Ident% 16 Q: 4-228 (289)   S: 27-291 (416) Chain A, The X-Ray Crystal Structure Of Mevalonate 5-Diphosphate Decarboxylase At 2.3 Angstrom Resolution Pos: 88/271 Gap: 52/271
aCWeB6tFfqKK76uIeiYG6xn0eSY 12084384 1FWK
12084385 1FWK
12084386 1FWK
12084387 1FWK
12084388 1FWL
12084389 1FWL
12084390 1FWL
12084391 1FWL
15988387 1H72
15988389 1H73
17942837 1H74
17942838 1H74
17942839 1H74
17942840 1H74
 296 E: 8E-41 Ident: 69/294 Ident% 23 Q: 1-274 (289)   S: 1-282 (296) Homoserine kinase (HK) Pos: 124/294 Gap: 32/294
0zoRflDLtZ+Ytzs/vmE1x+GSn+A
16077115
586880
2127038
467436
2632314
 transcriptional regulator [Bacillus subtilis] 285 0
 304 845 1000
ryhcDAU6cP4soXtp4kHI5jc4C5k 3891413 1A97
3891414 1A97
3891412 1A97
3891415 1A97
 148 E: .057E0 Ident: 24/114 Ident% 21 Q: 134-247 (285)   S: 30-124 (148) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 46/114 Gap: 19/114
UoyuBjZx47wS/2yhdlrLlGE8uHg 2624597 1AO0
2624598 1AO0
2624599 1AO0
2624600 1AO0
 459 E: .031E0 Ident: 36/178 Ident% 20 Q: 60-224 (285)   S: 194-366 (459) Chain A, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase From B. Subtilis Complexed With Adp And Gmp Pos: 66/178 Gap: 18/178
n/x5TebpgzQsB3oAkuz6r8ghszc 5822000 1CJB
5821998 1CJB
5821999 1CJB
5822001 1CJB
 231 E: .024E0 Ident: 12/53 Ident% 22 Q: 185-235 (285)   S: 124-176 (231) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 21/53 Gap: 2/53
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: .015E0 Ident: 26/111 Ident% 23 Q: 117-225 (285)   S: 281-388 (504) Chain B, Escherichia Coli Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase Pos: 44/111 Gap: 5/111
6VtCl/+AGXk/jvYN2zlvYAwrM+Y 3891410 1A96
3891405 1A95
3891406 1A95
3891409 1A96
3891404 1A95
3891408 1A96
2194032 1NUL
3891407 1A95
3891411 1A96
2194033 1NUL
 152 E: .11E0 Ident: 24/114 Ident% 21 Q: 134-247 (285)   S: 32-126 (152) guanine-hypoxanthine phosphoribosyltransferase [Escherichia coli O157:H7 EDL933] Pos: 45/114 Gap: 19/114
DGnH9ylVGKQU4aEC/7UMvI897+I 6730252 1D6N
6730253 1D6N
 214 E: 4.1E0 Ident: 13/42 Ident% 30 Q: 192-233 (285)   S: 119-160 (214) Chain A, Ternary Complex Structure Of Human Hgprtase, Prpp, Mg2+, And The Inhibitor Hpp Reveals The Involvement Of The Flexible Loop In Substrate Binding Pos: 26/42 Gap: -1/-1
7RWIklCuvON8KXr5jENuTNOsXjc 18655417 1IBS
18655418 1IBS
7546200 1DKR
7546199 1DKR
7546201 1DKU
7546202 1DKU
 317 E: .23E0 Ident: 25/129 Ident% 19 Q: 101-225 (285)   S: 142-246 (317) phosphoribosyl pyrophosphate synthetase [Bacillus subtilis] Pos: 45/129 Gap: 28/129
ZKu6xZGWHsENrcLfx6B4k3OrSPs 576138 1GPH
576139 1GPH
576140 1GPH
576141 1GPH
 465 E: .032E0 Ident: 36/178 Ident% 20 Q: 60-224 (285)   S: 194-366 (465) Chain 1, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase (E.C.2.4.2.14) Pos: 66/178 Gap: 18/178
hHzMhORAg92o7IXXnq9I2aver2s 5542147 1BZY
5542148 1BZY
5542149 1BZY
5542150 1BZY
1065265 1HMP
1065266 1HMP
 217 E: 4.1E0 Ident: 13/42 Ident% 30 Q: 192-233 (285)   S: 122-163 (217) Chain A, Human Hgprtase With Transition State Inhibitor Pos: 26/42 Gap: -1/-1
gn99EHWRofBbEKUJEFZ8Hq2SK5w 2781198 1DBR
2781199 1DBR
2781201 1DBR
2781200 1DBR
 231 E: .62E0 Ident: 12/44 Ident% 27 Q: 192-235 (285)   S: 135-178 (231) Chain A, Hypoxanthine Guanine Xanthine Pos: 18/44 Gap: -1/-1
WsKecjTx2xloJsI1SSqyVxrl60c 9955085 1DQN
9955086 1DQN
9955087 1DQP
9955088 1DQP
 230 E: 3.2E0 Ident: 17/180 Ident% 9 Q: 75-250 (285)   S: 2-169 (230) Chain A, Crystal Structure Of Giardia Guanine Phosphoribosyltransferase Complexed With A Transition State Analogue Pos: 50/180 Gap: 16/180
OkHAhtPxM3Y9a8079yPurXEDz0Y 1827785 1HGX
1827786 1HGX
 183 E: .68E0 Ident: 24/188 Ident% 12 Q: 104-285 (285)   S: 9-180 (183) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 64/188 Gap: 22/188
4XQNSNq3LAvovmQk90thQiWPijg 10835612 1QLV
10835613 1QLV
13096235 1EE0
13096236 1EE0
 402 E: 9.3E0 Ident: 36/201 Ident% 17 Q: 41-231 (285)   S: 6-195 (402) Chain A, Pyrone Synthase (Pys) From Gerbera Hybrida Pos: 67/201 Gap: 21/201
Jlm2bOMiGMD5pXS3kbNkrBDzA9Y 6435657 1QK5
6435656 1QK5
 233 E: 6.8E0 Ident: 12/44 Ident% 27 Q: 192-235 (285)   S: 138-181 (233) Chain B, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase With Xmp, Pyrophosphate And Two Mg2+ Ions Pos: 18/44 Gap: -1/-1
ba924k9c9Tx0PaM8n4jHZCIHAL4 12084671 1FSG
12084672 1FSG
6435649 1QK3
6435648 1QK3
6435652 1QK4
6435651 1QK3
6435653 1QK4
6435655 1QK4
6435654 1QK4
6435650 1QK3
 233 E: .55E0 Ident: 12/44 Ident% 27 Q: 192-235 (285)   S: 138-181 (233) Chain A, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase Complexed With 9-Deazaguanine, Alpha-D-5-Phosphoribosyl-1-Pyrophosphate (Prpp) And Two Mg2+ Ions Pos: 18/44 Gap: -1/-1
zqV7nsa7cMBfO+HhWXcAVMsylw0 3401960 1A4X
3401961 1A4X
3401958 1A3C
 181 E: .18E0 Ident: 21/112 Ident% 18 Q: 113-219 (285)   S: 15-121 (181) transcriptional attenuator and uracil phosphoribosyltransferase activity (minor) [Bacillus subtilis] Pos: 40/112 Gap: 10/112
84UTtht/CEYzXFO6U0DiFI6mW/w 3318940 1A98
3318939 1A98
 152 E: .048E0 Ident: 24/114 Ident% 21 Q: 134-247 (285)   S: 32-126 (152) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 46/114 Gap: 19/114
tbfhFVXUDl3+AAzk/CvzjTyDwjc 17943167 1G2Q
17943168 1G2Q
17943169 1G2P
 187 E: 5E-22 Ident: 42/182 Ident% 23 Q: 78-254 (285)   S: 5-179 (187) Chain A, Crystal Structure Of Adenine Phosphoribosyltransferase Pos: 71/182 Gap: 12/182
nEDEi4qvWeQA0H+y09pZ0YGF0oE 5822232 1QB7
5822236 1QCC
5822233 1QB8
5822237 1QCD
 236 E: 6E-22 Ident: 27/145 Ident% 18 Q: 102-243 (285)   S: 41-185 (236) Chain A, Crystal Structures Of Adenine Phosphoribosyltransferase From Leishmania Donovani. Pos: 54/145 Gap: 3/145
bHAz8bqJ/Y5+PayVa4xWr1yUj08 576288 1STO
 213 E: 1E-23 Ident: 37/200 Ident% 18 Q: 74-259 (285)   S: 8-186 (213) Orotate Phosphoribosyltransferase (Oprtase) (E.C.2.4.2.10) Pos: 75/200 Gap: 35/200
WTUkqwcmcGUu7rys7k1Wab3pTNM 1310916 1OPR
 213 E: 6E-24 Ident: 37/200 Ident% 18 Q: 74-259 (285)   S: 8-186 (213) orotate phosphoribosyltransferase [Salmonella typhimurium LT2] Pos: 76/200 Gap: 35/200
luCLSEQy55F8qlE5f8NGDOONeeM 1421029 1ORO
1421030 1ORO
 213 E: 3E-24 Ident: 37/200 Ident% 18 Q: 74-259 (285)   S: 8-186 (213) orotate phosphoribosyltransferase [Escherichia coli K12] Pos: 78/200 Gap: 35/200
PpFvtXfe232zTGZ/tiYWy/RVbF4
16077116
586881
2127039
467437
2632315
 similar to hypothetical proteins [Bacillus subtilis] 125 0
 195 232 231
XCScAuZc5h+pEgQlI2obiHQ+0w4 14719469 1JD1
14719470 1JD1
14719471 1JD1
14719472 1JD1
14719473 1JD1
14719474 1JD1
 129 E: 6E-24 Ident: 58/113 Ident% 51 Q: 10-122 (125)   S: 13-125 (129) Homologous Mmf1p factor; Hmf1p [Saccharomyces cerevisiae] Pos: 77/113 Gap: -1/-1
yyhdgY1lrlrgZL/XE+6hPJuq2SQ 6573316 1QU9
6573317 1QU9
6573318 1QU9
 128 E: 1E-25 Ident: 62/126 Ident% 49 Q: 1-123 (125)   S: 1-126 (128) Chain A, 1.2 A Crystal Structure Of Yjgf Gene Product From E. Coli Pos: 80/126 Gap: 3/126
plfFparYVAoNs/kSQxcXiGaIjno 6573365 1QD9
6573366 1QD9
6573367 1QD9
 124 E: 3E-61 Ident: 124/124 Ident% 100 Q: 2-125 (125)   S: 1-124 (124) Chain A, Bacillus Subtilis Yabj Pos: 124/124 Gap: -1/-1
ANcMJimQrXQhmNeZffC0D1SUo+Q
16077117
134776
98484
467438
580939
2632316
 spoVG [Bacillus subtilis] 97 0
 16 13 0  
yK8pqWSqM/r+78LAiSpYj+71n5Q
16077118
2126905
467439
2632317
 UDP-N-acetylglucosamine pyrophosphorylase [Bacillus subtilis] 456 0
 672 1771 1390
/8U4E0DOW+B2zm2OfwrSia+pUIY 15826304 1H6J
15826305 1H6J
15988390 1H7E
15988391 1H7E
15988392 1H7F
15988393 1H7F
15988394 1H7G
15988395 1H7G
15988396 1H7H
15988397 1H7H
15988398 1H7T
15988399 1H7T
 245 E: 8.6E0 Ident: 25/97 Ident% 25 Q: 23-117 (456)   S: 19-112 (245) Chain A, The Three-Dimensional Structure Of Capsule-Specific Cmp:2-Keto-3-Deoxy-Manno-Octonic Acid Synthetase From Escherichia Coli Pos: 45/97 Gap: 5/97
Po3BVtk70onJhLP6kFZ1aVMZoro 11514554 1FWY
11514555 1FWY
11514557 1FXJ
11514558 1FXJ
11514554 1FWY
11514555 1FWY
11514557 1FXJ
11514558 1FXJ
 331 E: .11E0 Ident: 9/48 Ident% 18 Q: 392-437 (456)   S: 269-315 (331) Chain A, Crystal Structure Of N-Acetylglucosamine 1-Phosphate Uridyltransferase Bound To Udp-Glcnac Pos: 17/48 Gap: 3/48
Pl+VrC90oDCv6UswqzZiCBb7K5Y 3318874 1XAT
3318778 2XAT
 212 E: 1E-10 Ident: 22/144 Ident% 15 Q: 307-449 (456)   S: 22-165 (212) Structure Of The Hexapeptide Xenobiotic Acetyltransferase From Pseudomonas Aeruginosa Pos: 44/144 Gap: 1/144
ZowxorbZFRFQxYtgH46cPmVX0Hs 15826365 1I52
15826378 1INJ
17942575 1INI
 236 E: 2E-12 Ident: 25/135 Ident% 18 Q: 6-138 (456)   S: 10-143 (236) orf, hypothetical protein [Escherichia coli K12] Pos: 48/135 Gap: 3/135
/2BCVTM/npRbEPRVlXdKGm69/mU 1311000 1LXA
1311000 1LXA
 262 E: 1E-22 Ident: 38/190 Ident% 20 Q: 263-440 (456)   S: 2-190 (262) UDP-N-acetylglucosamine acetyltransferase; lipid A biosynthesis [Escherichia coli K12] Pos: 64/190 Gap: 13/190
P2vC7qL55JwMlyUHDEKMfB5xess 14277974 1IIM
14277975 1IIM
14277976 1IIN
14277977 1IIN
14277978 1IIN
14277979 1IIN
 292 E: 4E-41 Ident: 48/245 Ident% 19 Q: 1-234 (456)   S: 1-236 (292) Chain A, Thymidylyltransferase Complexed With Ttp Pos: 95/245 Gap: 20/245
xWeXY0mvvBgUOWvR7dE5dc0SYqk 12084194 1FXO
12084195 1FXO
12084196 1FXO
12084197 1FXO
12084198 1FXO
12084199 1FXO
12084200 1FXO
12084201 1FXO
12084204 1FZW
12084205 1FZW
12084206 1FZW
12084207 1FZW
12084208 1FZW
12084209 1FZW
12084210 1FZW
12084211 1FZW
12084226 1G0R
12084227 1G0R
12084228 1G0R
12084229 1G0R
12084230 1G0R
12084231 1G0R
12084232 1G0R
12084233 1G0R
12084234 1G1L
12084235 1G1L
12084236 1G1L
12084237 1G1L
12084238 1G1L
12084239 1G1L
12084240 1G1L
12084241 1G1L
12084250 1G2V
12084251 1G2V
12084252 1G2V
12084253 1G2V
12084254 1G2V
12084255 1G2V
12084256 1G2V
12084257 1G2V
12084258 1G3L
12084259 1G3L
12084260 1G3L
12084261 1G3L
 293 E: 7E-41 Ident: 51/246 Ident% 20 Q: 3-237 (456)   S: 2-238 (293) glucose-1-phosphate thymidylyltransferase [Pseudomonas aeruginosa] Pos: 94/246 Gap: 20/246
2Q/QQpjHOSQOqHz2nDfiA9rShr0 17942756 1H5S
 293 E: 3E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 1-236 (293) Chain D, Thymidylyltransferase Complexed With Tmp Pos: 97/245 Gap: 20/245
OAoWYpu/CsmxHTp3jdLDQVCpkgs 17942753 1H5S
 293 E: 2E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 1-236 (293) Chain A, Thymidylyltransferase Complexed With Tmp Pos: 97/245 Gap: 20/245
3fBnhqZ9EQ5bqN84U8ALBcq5xLs 17942749 1H5T
17942757 1H5R
17942759 1H5R
17942760 1H5R
 293 E: 5E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 1-236 (293) glucose-1-phosphate thymidylyltransferase [Escherichia coli K12] Pos: 97/245 Gap: 20/245
MpSSEKFTb+jSyUNcgcHsvnPonZE 17942750 1H5T
17942754 1H5S
17942750 1H5T
17942754 1H5S
 586 E: 3E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 1-236 (586) Chain B, Thymidylyltransferase Complexed With Thymidylyldiphosphate-Glucose Pos: 97/245 Gap: 20/245
QLKylML7mQM/phv5BiWVU4HfLxI 17942758 1H5R
 293 E: 1E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 1-236 (293) Chain B, Thymidylyltransferase Complexed With Thimidine And Glucose-1-Phospate Pos: 97/245 Gap: 20/245
2HCiNxSxRRxZTgzsfXG8nCft03Y 17942751 1H5T
17942752 1H5T
17942755 1H5S
17942751 1H5T
17942752 1H5T
17942755 1H5S
 586 E: 5E-42 Ident: 50/245 Ident% 20 Q: 1-234 (456)   S: 294-529 (586) Chain C, Thymidylyltransferase Complexed With Thymidylyldiphosphate-Glucose Pos: 97/245 Gap: 20/245
7MyuXm+alsF4T8eYZG5zdsIIvAo 12084242 1G23
12084243 1G23
12084244 1G23
12084245 1G23
12084246 1G23
12084247 1G23
12084248 1G23
12084249 1G23
 293 E: 8E-57 Ident: 54/255 Ident% 21 Q: 3-247 (456)   S: 2-246 (293) Chain A, The Structural Basis Of The Catalytic Mechanism And Regulation Of Glucose-1-Phosphate Thymidylyltransferase (Rmla). Glucose-1-Phosphate Complex. Pos: 100/255 Gap: 20/255
J9lkvU5MrebHM9ic2qgsAIZBMvM 13399862 1HV9
13399863 1HV9
 456 E: 4E-86 Ident: 193/455 Ident% 42 Q: 4-456 (456)   S: 6-456 (456) N-acetyl glucosamine-1-phosphate uridyltransferase [Escherichia coli O157:H7] Pos: 279/455 Gap: 6/455
ebLsihCAHzy369pfAuPMRZGa1aQ 17942977 1HM9
17942978 1HM9
17942979 1HM8
17942980 1HM8
17942981 1HM0
17942982 1HM0
 468 E: 2E-88 Ident: 223/449 Ident% 49 Q: 6-454 (456)   S: 14-462 (468) Chain A, Crystal Structure Of S.Pneumoniae N-Acetylglucosamine-1- Phosphate Uridyltransferase, Glmu, Bound To Acetyl Coenzyme A And Udp-N-Acetylglucosamine Pos: 311/449 Gap: -1/-1
GwS73DhMGAEsPPMV4YU54eKb3Kg 14488785 1G95
14488786 1G97
 459 E: 8E-88 Ident: 225/454 Ident% 49 Q: 1-454 (456)   S: 1-453 (459) UDP-N-acetylglucosamine pyrophosphorylase [Streptococcus pneumoniae TIGR4] Pos: 313/454 Gap: 1/454
7RWIklCuvON8KXr5jENuTNOsXjc
16077119
125587
66951
18655417
18655418
7546200
7546199
7546201
7546202
40218
467440
2632318
 phosphoribosyl pyrophosphate synthetase [Bacillus subtilis] 317 0
 246 727 986
ryhcDAU6cP4soXtp4kHI5jc4C5k 3891413 1A97
3891414 1A97
3891412 1A97
3891415 1A97
 148 E: .008E0 Ident: 20/75 Ident% 26 Q: 171-239 (317)   S: 30-101 (148) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 29/75 Gap: 9/75
9HqtxHokxmGjFlYb5agxiEUgGjA 6435814 1TC1
6435813 1TC1
 220 E: .15E0 Ident: 19/92 Ident% 20 Q: 157-233 (317)   S: 28-119 (220) Chain B, A 1.4 Angstrom Crystal Structure For The Hypoxanthine Phosphoribosyltransferase Of Trypanosoma Cruzi Pos: 39/92 Gap: 15/92
n/x5TebpgzQsB3oAkuz6r8ghszc 5822000 1CJB
5821998 1CJB
5821999 1CJB
5822001 1CJB
 231 E: .052E0 Ident: 12/37 Ident% 32 Q: 216-252 (317)   S: 136-172 (231) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 19/37 Gap: -1/-1
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: .82E0 Ident: 25/110 Ident% 22 Q: 157-251 (317)   S: 286-393 (504) Chain B, Escherichia Coli Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase Pos: 41/110 Gap: 17/110
6VtCl/+AGXk/jvYN2zlvYAwrM+Y 3891410 1A96
3891405 1A95
3891406 1A95
3891409 1A96
3891404 1A95
3891408 1A96
2194032 1NUL
3891407 1A95
3891411 1A96
2194033 1NUL
 152 E: .002E0 Ident: 19/74 Ident% 25 Q: 171-239 (317)   S: 32-103 (152) guanine-hypoxanthine phosphoribosyltransferase [Escherichia coli O157:H7 EDL933] Pos: 29/74 Gap: 7/74
xbto+LG2F4YYpyz+gihplLwmXp8 5542499 1UPF
5542498 1UPF
5542497 1UPF
5542496 1UPF
5107699 1UPU
5107698 1UPU
5107697 1UPU
5107696 1UPU
 224 E: 7.2E0 Ident: 13/54 Ident% 24 Q: 214-267 (317)   S: 134-187 (224) Chain A, Structure Of The Uracil Phosphoribosyltransferase, Mutant C128v Bound To The Drug 5-Fluorouracil Pos: 26/54 Gap: -1/-1
DGnH9ylVGKQU4aEC/7UMvI897+I 6730252 1D6N
6730253 1D6N
 214 E: 2.5E0 Ident: 14/65 Ident% 21 Q: 202-248 (317)   S: 104-168 (214) Chain A, Ternary Complex Structure Of Human Hgprtase, Prpp, Mg2+, And The Inhibitor Hpp Reveals The Involvement Of The Flexible Loop In Substrate Binding Pos: 27/65 Gap: 18/65
WTUkqwcmcGUu7rys7k1Wab3pTNM 1310916 1OPR
 213 E: .4E0 Ident: 14/65 Ident% 21 Q: 182-246 (317)   S: 82-146 (213) orotate phosphoribosyltransferase [Salmonella typhimurium LT2] Pos: 27/65 Gap: -1/-1
84UTtht/CEYzXFO6U0DiFI6mW/w 3318940 1A98
3318939 1A98
 152 E: .007E0 Ident: 20/75 Ident% 26 Q: 171-239 (317)   S: 32-103 (152) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 29/75 Gap: 9/75
hHzMhORAg92o7IXXnq9I2aver2s 5542147 1BZY
5542148 1BZY
5542149 1BZY
5542150 1BZY
1065265 1HMP
1065266 1HMP
 217 E: 2.6E0 Ident: 14/65 Ident% 21 Q: 202-248 (317)   S: 107-171 (217) Chain A, Human Hgprtase With Transition State Inhibitor Pos: 27/65 Gap: 18/65
gn99EHWRofBbEKUJEFZ8Hq2SK5w 2781198 1DBR
2781199 1DBR
2781201 1DBR
2781200 1DBR
 231 E: .7E0 Ident: 10/37 Ident% 27 Q: 216-252 (317)   S: 138-174 (231) Chain A, Hypoxanthine Guanine Xanthine Pos: 17/37 Gap: -1/-1
bHAz8bqJ/Y5+PayVa4xWr1yUj08 576288 1STO
 213 E: .52E0 Ident: 14/65 Ident% 21 Q: 182-246 (317)   S: 82-146 (213) Orotate Phosphoribosyltransferase (Oprtase) (E.C.2.4.2.10) Pos: 27/65 Gap: -1/-1
OkHAhtPxM3Y9a8079yPurXEDz0Y 1827785 1HGX
1827786 1HGX
 183 E: .29E0 Ident: 24/103 Ident% 23 Q: 157-252 (317)   S: 31-130 (183) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 40/103 Gap: 10/103
tbfhFVXUDl3+AAzk/CvzjTyDwjc 17943167 1G2Q
17943168 1G2Q
17943169 1G2P
 187 E: .42E0 Ident: 20/101 Ident% 19 Q: 160-245 (317)   S: 50-150 (187) Chain A, Crystal Structure Of Adenine Phosphoribosyltransferase Pos: 28/101 Gap: 15/101
luCLSEQy55F8qlE5f8NGDOONeeM 1421029 1ORO
1421030 1ORO
 213 E: .14E0 Ident: 16/65 Ident% 24 Q: 182-246 (317)   S: 82-146 (213) orotate phosphoribosyltransferase [Escherichia coli K12] Pos: 27/65 Gap: -1/-1
Jlm2bOMiGMD5pXS3kbNkrBDzA9Y 6435657 1QK5
6435656 1QK5
 233 E: 2.6E0 Ident: 9/37 Ident% 24 Q: 216-252 (317)   S: 141-177 (233) Chain B, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase With Xmp, Pyrophosphate And Two Mg2+ Ions Pos: 16/37 Gap: -1/-1
YE4yPEgGSPzjDVCMIYdSpmHwGfM 7245409 1TC2
7245408 1TC2
 221 E: .15E0 Ident: 19/92 Ident% 20 Q: 157-233 (317)   S: 29-120 (221) Chain B, Ternary Substrate Complex Of The Hypoxanthine Phosphoribosyltransferase From Trypanosoma Cruzi Pos: 39/92 Gap: 15/92
gurvGcuNWuY7TJKdr3NclLREXwM 18655843 1JLS
18655844 1JLS
18655845 1JLS
18655846 1JLS
18655950 1JLR
18655951 1JLR
18655952 1JLR
18655953 1JLR
5107478 1BD3
5107477 1BD3
5107476 1BD3
5107475 1BD3
5107482 1BD4
5107481 1BD4
5107480 1BD4
5107479 1BD4
 243 E: 7E0 Ident: 13/54 Ident% 24 Q: 214-267 (317)   S: 153-206 (243) Chain B, Structure Of The Uracil Phosphoribosyltransferase UracilCPR 2 MUTANT C128V Pos: 26/54 Gap: -1/-1
nEDEi4qvWeQA0H+y09pZ0YGF0oE 5822232 1QB7
5822236 1QCC
5822233 1QB8
5822237 1QCD
 236 E: .001E0 Ident: 23/133 Ident% 17 Q: 151-265 (317)   S: 54-186 (236) Chain A, Crystal Structures Of Adenine Phosphoribosyltransferase From Leishmania Donovani. Pos: 41/133 Gap: 18/133
ba924k9c9Tx0PaM8n4jHZCIHAL4 12084671 1FSG
12084672 1FSG
6435649 1QK3
6435648 1QK3
6435652 1QK4
6435651 1QK3
6435653 1QK4
6435655 1QK4
6435654 1QK4
6435650 1QK3
 233 E: .65E0 Ident: 10/37 Ident% 27 Q: 216-252 (317)   S: 141-177 (233) Chain A, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase Complexed With 9-Deazaguanine, Alpha-D-5-Phosphoribosyl-1-Pyrophosphate (Prpp) And Two Mg2+ Ions Pos: 17/37 Gap: -1/-1
zqV7nsa7cMBfO+HhWXcAVMsylw0 3401960 1A4X
3401961 1A4X
3401958 1A3C
 181 E: 9E0 Ident: 22/99 Ident% 22 Q: 162-244 (317)   S: 27-125 (181) transcriptional attenuator and uracil phosphoribosyltransferase activity (minor) [Bacillus subtilis] Pos: 43/99 Gap: 16/99
UoyuBjZx47wS/2yhdlrLlGE8uHg 2624597 1AO0
2624598 1AO0
2624599 1AO0
2624600 1AO0
 459 E: 1E-4 Ident: 42/182 Ident% 23 Q: 143-299 (317)   S: 242-422 (459) Chain A, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase From B. Subtilis Complexed With Adp And Gmp Pos: 78/182 Gap: 26/182
ZKu6xZGWHsENrcLfx6B4k3OrSPs 576138 1GPH
576139 1GPH
576140 1GPH
576141 1GPH
 465 E: 1E-4 Ident: 42/182 Ident% 23 Q: 143-299 (317)   S: 242-422 (465) Chain 1, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase (E.C.2.4.2.14) Pos: 78/182 Gap: 26/182
7RWIklCuvON8KXr5jENuTNOsXjc 18655417 1IBS
18655418 1IBS
7546200 1DKR
7546199 1DKR
7546201 1DKU
7546202 1DKU
 317 E: 1E-176 Ident: 317/317 Ident% 100 Q: 1-317 (317)   S: 1-317 (317) phosphoribosyl pyrophosphate synthetase [Bacillus subtilis] Pos: 317/317 Gap: -1/-1
zBHtfjheP+KKyAaG9HrrwYdA93g
16077120
585017
2126921
467441
2632319
 general stress protein [Bacillus subtilis] 204 0
 68 69 70
G0pGrxZf2L3bvZQqvuPHk1md6Fk 6980397 1B75
 94 E: .003E0 Ident: 25/89 Ident% 28 Q: 3-90 (204)   S: 3-91 (94) Chain A, Solution Structure Of Ribosomal Protein L25 From Escherichia Coli Pos: 45/89 Gap: 1/89
KOWtCqz4GaStviRoLPyiPCLn68U 7767190 487D
 95 E: .001E0 Ident: 26/91 Ident% 28 Q: 1-90 (204)   S: 1-91 (95) Chain N, Seven Ribosomal Proteins Fitted To A Cryo-Electron Microscopic Map Of The Large 50s Subunit At 7.5 Angstroms Resolution Pos: 46/91 Gap: 1/91
8WhVlVbPG2+rqUAJWpvJ7vGik30 14278052 1GIY
6730329 1DFU
6573331 1D6K
 94 E: .001E0 Ident: 26/91 Ident% 28 Q: 1-90 (204)   S: 1-91 (94) 50S ribosomal subunit protein L25 [Escherichia coli K12] Pos: 46/91 Gap: 1/91
OLU0NLJZiTxqXbMzHmkfSIFuV1A 18158680 1KPJ
 237 E: 3E-10 Ident: 54/203 Ident% 26 Q: 4-201 (204)   S: 3-198 (237) Chain T, Crystal Structure Of The Large Ribosomal Subunit From Deinococcus Radiodurans Pos: 92/203 Gap: 12/203
2Ke6BKRLywBByrxjAtctmJrxW40 14719583 1FEU
14719586 1FEU
 206 E: 2E-17 Ident: 56/168 Ident% 33 Q: 20-184 (204)   S: 18-181 (206) 50S ribosomal protein L25 (TL5) Pos: 93/168 Gap: 7/168
XbBqK46gReggBjhb5gv6V1mE9gA
16077121
586021
2127242
7448588
467442
2632320
 thermosensitive mutant blocks spore coat formation (stage V sporulation) [Bacillus subtilis] 188 0
 88 83 0
SFe/j0o4tU1ejXIPP+6uUEqWpRI 3659942 1ADQ
 213 E: 6.6E0 Ident: 14/47 Ident% 29 Q: 66-110 (188)   S: 25-66 (213) Chain L, Crystal Structure Of A Human Igm Rheumatoid Factor Fab In Complex With Its Autoantigen Igg Fc Pos: 20/47 Gap: 7/47
2jeI/O2fsQYVUFVbxx7Zps2w+Ro 3114515 2PTH
 193 E: 6E-24 Ident: 68/186 Ident% 36 Q: 3-186 (188)   S: 4-189 (193) Peptidyl-Trna Hydrolase From Escherichia Coli Pos: 104/186 Gap: 2/186
w4qWJca9pttl2jjUg+fQNixfk7c
16077122
586882
2127040
467443
2632321
 yabK [Bacillus subtilis] 76 0
 6 6 0  
/2MhpEcZ7YIAnP+/ks/dRnoCkbM
16077123
585481
2127256
467444
2632322
 transcription-repair coupling factor [Bacillus subtilis] 1177 0
 1009 1449 1454
DlpP+Irn27XAFPZ44C+32gQ+YgI 11513344 1FUU
11513345 1FUU
 394 E: 5.8E0 Ident: 18/66 Ident% 27 Q: 847-910 (1177)   S: 270-335 (394) Chain A, Yeast Initiation Factor 4a Pos: 38/66 Gap: 2/66
L6Zej5XIgGIyzODreof09Mwi8AU 7766819 1D9X
7766819 1D9X
7766819 1D9X
 658 E: .008E0 Ident: 37/121 Ident% 30 Q: 846-958 (1177)   S: 455-575 (658) Chain A, Crystal Structure Of The Dna Repair Protein Uvrb Pos: 63/121 Gap: 8/121
cHD7ceBUq0NJx9gs5pUKnO1BbnE 7766820 1D9Z
7766820 1D9Z
7766820 1D9Z
 657 E: .008E0 Ident: 37/121 Ident% 30 Q: 846-958 (1177)   S: 454-574 (657) Chain A, Crystal Structure Of The Dna Repair Protein Uvrb In Complex With Atp Pos: 63/121 Gap: 8/121
X8E0z+bDKzun0G6RM8sc/O2LJt8 13399860 1HV8
13399861 1HV8
 367 E: .76E0 Ident: 66/273 Ident% 24 Q: 671-931 (1177)   S: 73-334 (367) Chain A, Crystal Structure Of A Dead Box Protein From The Hyperthermophile Methanococcus Jannaschii Pos: 126/273 Gap: 23/273
vS7p6yY9Q2BLX2+ZRvf4PC3Y01Y 7546428 1D2M
7546428 1D2M
7546428 1D2M
 665 E: 8E-4 Ident: 21/80 Ident% 26 Q: 627-705 (1177)   S: 13-87 (665) Excinuclease ABC subunit B Pos: 32/80 Gap: 6/80
U1Sr7u8KEdUrROTswxXLwha9phw 9955068 1C4O
9955068 1C4O
9955068 1C4O
 664 E: 8E-4 Ident: 21/80 Ident% 26 Q: 627-705 (1177)   S: 12-86 (664) Chain A, Crystal Structure Of The Dna Nucleotide Excision Repair Enzyme Uvrb From Thermus Thermophilus Pos: 32/80 Gap: 6/80
xqw1uXsFoAWUmWqAMUMahuCODFs 8569479 1QDE
 224 E: 2E-23 Ident: 40/223 Ident% 17 Q: 589-798 (1177)   S: 2-213 (224) Chain A, Crystal Structure Of The Atpase Domain Of Translation Initiation Factor 4a From Saccharomyces Cerevisiae-The Prototype Of The Dead Box Protein Family Pos: 72/223 Gap: 24/223
jzqvKNwFNrqE/a7PPnAyRY0oBVk 6730574 1QVA
 223 E: 1E-24 Ident: 42/228 Ident% 18 Q: 584-798 (1177)   S: 4-220 (223) Chain A, Yeast Initiation Factor 4a N-Terminal Domain Pos: 76/228 Gap: 24/228
LRjdHGpGqWCNjy+aFf72Og36yJI 16975404 1GM5
 780 E: 6E-74 Ident: 168/464 Ident% 36 Q: 577-1025 (1177)   S: 319-776 (780) ATP-dependent DNA helicase [Thermotoga maritima] Pos: 260/464 Gap: 21/464
ZcZkP/P4znSCecXxhRIl/nStGm4
16077124
586883
2126881
7475924
467445
2632323
 transcriptional regulator [Bacillus subtilis] 178 0
 40 71 0
cut/lNEsuT4pWtz5/zVRy4g9bKA 12084449 1EKT
12084450 1EKT
 53 E: 3E-10 Ident: 35/51 Ident% 68 Q: 1-51 (178)   S: 1-50 (53) Chain A, Solution Structure Of The N-Terminal Dna Recognition Domain Of The Bacillus Subtilis Transcription-State Regulator Abrb Pos: 43/51 Gap: 1/51
VmONqArdgBDpD/M3h4zPheHNxX0
16077125
586884
2127232
467446
2632324
 similar to amino acid transporter [Bacillus subtilis] 532 12
12-34,54-76,89-111,122-143,184-206,237-259,283-305,320-342,354-376,382-404,442-464,481-503 		47 277 690  
FHiD1U3WF6Qbsy+sC/xp6nJtpRk
16077126
586885
2127041
467447
2632325
 similar to hypothetical proteins [Bacillus subtilis] 489 0
 70 158 408
4p13v3skjEXVdIEmeqzUj7qiV/o 5107542 1CBF
 285 E: 3E-23 Ident: 38/217 Ident% 17 Q: 4-208 (489)   S: 22-230 (285) The X-Ray Structure Of A Cobalamin Biosynthetic Enzyme, Cobalt Precorrin-4 Methyltransferase, Cbif Pos: 79/217 Gap: 20/217
oDujO+E7Hlf5Am3Osd5BI8GUyGY 5107707 2CBF
 234 E: 5E-23 Ident: 38/217 Ident% 17 Q: 4-208 (489)   S: 5-213 (234) The X-Ray Structure Of A Cobalamin Biosynthetic Enzyme, Cobalt Precorrin-4 Methyltransferase, Cbif, From Bacillus Megaterium, With The His-Tag Cleaved Off Pos: 79/217 Gap: 20/217
iHVQ6lC4MFCFd4ZNmmJooeDe9Gs
16077127
586886
2127042
467448
2632326
 similar to hypothetical proteins [Bacillus subtilis] 86 0
 47 355 986
2E6fihi8j0CT/U6cxo14DymPQtc 7245451 1EG0
6137374 1C05
6137435 1C06
6137687 1QD7
 159 E: .3E0 Ident: 18/64 Ident% 28 Q: 2-64 (86)   S: 52-115 (159) Chain A, Fitting Of Components With Known Structure Into An 11.5 A Cryo-Em Map Of The E.Coli 70s Ribosome Pos: 31/64 Gap: 1/64
su2obE0moVoEleYlKU1me2j2kZQ 10120567 1FKA
13399795 1HNW
13399817 1HNX
13399839 1HNZ
14278059 1IBK
14278080 1IBL
14278104 1IBM
 209 E: .69E0 Ident: 16/49 Ident% 32 Q: 2-49 (86)   S: 100-148 (209) 30S RIBOSOMAL PROTEIN S4 Pos: 25/49 Gap: 1/49
MYdRfmyWXRKcBtTxxcqLqr1GFXw 7245732 1DM9
7245731 1DM9
 133 E: .006E0 Ident: 30/82 Ident% 36 Q: 1-82 (86)   S: 9-87 (133) orf, hypothetical protein [Escherichia coli O157:H7 EDL933] Pos: 46/82 Gap: 3/82
RfBlyQWvNEi1yrdYc6y4MCyrjNE 10835566 1FJF
10835588 1FJG
13096397 1HR0
14278013 1GIX
15826123 1JGO
15826148 1JGP
15826173 1JGQ
 209 E: .69E0 Ident: 16/49 Ident% 32 Q: 2-49 (86)   S: 100-148 (209) Chain D, Structure Of The Thermus Thermophilus 30s Ribosomal Subunit Pos: 25/49 Gap: 1/49
mjfSVsjEjg1ZFJr4Rf3hC5wqhuk 14278533 1I94
14278554 1I95
14278575 1I96
14278597 1I97
 208 E: .72E0 Ident: 16/49 Ident% 32 Q: 2-49 (86)   S: 99-147 (208) Chain D, Crystal Structures Of The Small Ribosomal Subunit With Tetracycline, Edeine And If3 Pos: 25/49 Gap: 1/49
6CcuHSg5wp6Ez4IhTYeDRN1UwNo
16077128
586887
2127043
467449
2632327
 yabP [Bacillus subtilis] 100 0
 7 10 0  
BYHENZ3Uol6CkyTQ1UpMtJNyA4s
16077129
586888
2127044
467450
2632328
 yabQ [Bacillus subtilis] 211 5
1-23,37-59,77-99,113-135,140-162 		4 4 0  
PAhqXHVoDuqOfZZMIWMSxcnHQOg
16077130
585054
1075827
385177
467451
2632329
*WTARGET 		cell-division initiation protein [Bacillus subtilis] 125 1
38-59 *SM*		 41 86 161  
DntORV81KTBUaTqtR0+w6lLHJJI
16077131
586889
1075838
385178
467452
2632330
 similar to polyribonucleotide nucleotidyltransferase [Bacillus subtilis] 128 0
 525 836 953
Mcf1hBjIhKFXMmRNezSZWygaACA 17943304 1GO3
17943306 1GO3
 187 E: .018E0 Ident: 23/89 Ident% 25 Q: 4-75 (128)   S: 80-167 (187) DNA-directed RNA polymerase, subunit E' (rpoE1) [Methanococcus jannaschii] Pos: 48/89 Gap: 18/89
WiSJOAMMs+NFsrGSfyCDhIl64Kg 11514054 1E3P
 757 E: 7E-7 Ident: 28/74 Ident% 37 Q: 2-71 (128)   S: 664-737 (757) Chain A, Tungstate Derivative Of Streptomyces Antibioticus Pnpase Gpsi Enzyme Pos: 44/74 Gap: 4/74
F/scBK4xHcrObPUhz+nLxau+v8I 11514023 1E3H
 757 E: 7E-7 Ident: 28/74 Ident% 37 Q: 2-71 (128)   S: 664-737 (757) Chain A, Semet Derivative Of Streptomyces Antibioticus PnpaseGPSI Enzyme Pos: 44/74 Gap: 4/74
rtMUPuklsb0slwepoWuy4obNnto 2098462 1SRO
 76 E: 8E-14 Ident: 39/74 Ident% 52 Q: 3-76 (128)   S: 3-76 (76) S1 Rna Binding Domain, Nmr, 20 Structures Pos: 55/74 Gap: -1/-1
BJrbi2nx1KRpk+mfAGOcHKh0Y9Y
16077132
586018
2127240
467453
857493
2632331
1588992
*TARGET 		serine phosphatase [Bacillus subtilis] 827 0
 72 199 271  
/PwYQZ69ITIbZMzwiOvw8XM0UbQ
16077133
586890
2127045
467454
2632332
 similar to hypothetical proteins [Bacillus subtilis] 245 0
 16 31 39  
x5ACsjgwIsEK/LFe6oJriafbPSU
16077134
2127046
467455
2632333
 yabT [Bacillus subtilis] 297 1
270-292 *SM*		 858 1211 1224
SmZgeh4TbOeECOG/M6HIXzYi1XI 8569500 1CM8
8569501 1CM8
 367 E: 1E-21 Ident: 37/176 Ident% 21 Q: 24-192 (297)   S: 73-239 (367) Chain A, Phosphorylated Map Kinase P38-Gamma Pos: 68/176 Gap: 16/176
dh99JaxSlWdBfB+YIGxPH8fgW1I 6730495 1QMZ
6730497 1QMZ
 299 E: 4E-22 Ident: 30/180 Ident% 16 Q: 24-193 (297)   S: 51-218 (299) Chain A, Phosphorylated Cdk2-Cyclyin A-Substrate Peptide Complex Pos: 61/180 Gap: 22/180
dhXyRv7fPByw6we1Rbmh8pYS05o 18158777 1I09
18158778 1I09
 420 E: 3E-22 Ident: 42/224 Ident% 18 Q: 1-213 (297)   S: 70-288 (420) Chain A, Structure Of Glycogen Synthase Kinase-3 (Gsk3b) Pos: 85/224 Gap: 16/224
N1McLERN/eSNldGuyBNFVS0jwj8 18655516 1H8F
 350 E: 4E-22 Ident: 34/198 Ident% 17 Q: 24-213 (297)   S: 62-254 (350) Chain B, Glycogen Synthase Kinase 3 Beta Pos: 74/198 Gap: 13/198
gM9h/MrPJUmlporwo+lWeIbP+1w 16975317 1E9H
16975319 1E9H
 297 E: 4E-22 Ident: 30/180 Ident% 16 Q: 24-193 (297)   S: 51-218 (297) Chain A, Thr 160 Phosphorylated Cdk2 - Human Cyclin A3 Complex With The Inhibitor Indirubin-5-Sulphonate Bound Pos: 61/180 Gap: 22/180
DmwEpPO970fBydXkMpnIAlnkc4E 14277896 1FQ1
1942625 1JST
1942627 1JST
2392393 1JSU
 298 E: 4E-22 Ident: 30/180 Ident% 16 Q: 24-193 (297)   S: 50-217 (298) Chain B, Crystal Structure Of Kinase Associated Phosphatase (Kap) In Complex With Phospho-Cdk2 Pos: 61/180 Gap: 22/180
6sm8YpfVK7/RF0egogfqGjjO7c8 18655515 1H8F
 352 E: 4E-22 Ident: 34/198 Ident% 17 Q: 24-213 (297)   S: 62-254 (352) Chain A, Glycogen Synthase Kinase 3 Beta Pos: 74/198 Gap: 13/198
ysjMzOZyhhtpss+M7hJCqtLahFQ 8569330 1DM2
11513302 1DI8
12084189 1F5Q
12084191 1F5Q
13096582 1FVT
13096583 1FVV
13096585 1FVV
15826626 1JSV
16974882 1G5S
18158854 1JVP
18655410 1GIH
1942427 1FIN
1942429 1FIN
1942965 1HCL
1942964 1HCK
6729909 1BUH
6729776 1CKP
2624601 1AQ1
 298 E: 8E-23 Ident: 31/180 Ident% 17 Q: 24-193 (297)   S: 50-217 (298) cyclin-dependent kinase 2, isoform 1; cdc2-related protein kinase; cell devision kinase 2; p33 protein kinase [Homo sapiens] Pos: 62/180 Gap: 22/180
Pi4+meklfXRFKsqLcKSWOAp885c 14277876 1E1V
14277877 1E1X
4139569 1B38
4139570 1B39
 299 E: 8E-23 Ident: 31/180 Ident% 17 Q: 24-193 (297)   S: 51-218 (299) Chain A, Human Cyclin Dependent Kinase 2 Complexed With The Inhibitor Nu2058 Pos: 62/180 Gap: 22/180
k4I+QaKeBay2O2vVYD3kb+TwYxU 18655411 1GII
18655412 1GIJ
 298 E: 9E-23 Ident: 30/180 Ident% 16 Q: 24-193 (297)   S: 50-217 (298) Chain A, Human Cyclin Dependent Kinase 2 Complexed With The Cdk4 Inhibitor Pos: 61/180 Gap: 22/180
X+xdD0AfxOnDwd7K90mRICrc3A4 9256908 1F3M
9256910 1F3M
 297 E: 5E-36 Ident: 50/243 Ident% 20 Q: 22-246 (297)   S: 64-294 (297) Chain C, Crystal Structure Of Human SerineTHREONINE KINASE PAK1 Pos: 93/243 Gap: 30/243
YxW6aAxvUG13Le85fg6YP6Eyl0A 3212538 1IAN
 366 E: 1E-44 Ident: 42/225 Ident% 18 Q: 10-221 (297)   S: 55-273 (366) Human P38 Map Kinase Inhibitor Complex Pos: 73/225 Gap: 19/225
q+Oni86YcUVGNEpHJL/Urt0G7Cg 14719777 1FOT
 318 E: 2E-44 Ident: 38/282 Ident% 13 Q: 1-265 (297)   S: 22-282 (318) Chain A, Structure Of The Unliganded Camp-Dependent Protein Kinase Catalytic Subunit From Saccharomyces Cerevisiae Pos: 82/282 Gap: 38/282
BzccNygBvi44e7UwRyIEnQ5DYwg 2098412 1YDR
2098418 1YDS
2098410 1YDT
 350 E: 6E-45 Ident: 39/259 Ident% 15 Q: 1-236 (297)   S: 57-301 (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: 80/259 Gap: 37/259
wXdVWwccxJYhTcP2OGT75lVkvCI 15825990 1JLU
2914581 1FMO
 350 E: 8E-45 Ident: 41/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (350) Chain E, Crystal Structure Of The Catalytic Subunit Of Camp- Dependent Protein Kinase Complexed With A Phosphorylated Substrate Peptide And Detergent Pos: 85/280 Gap: 36/280
uMllfxjMK3wjELYiKqi0wpaoI1k 2982123 1STC
 350 E: 8E-45 Ident: 41/284 Ident% 14 Q: 1-267 (297)   S: 57-319 (350) Chain E, Camp-Dependent Protein Kinase, Alpha-Catalytic Subunit In Complex With Staurosporine Pos: 87/284 Gap: 38/284
m/1YqWfMFtXkDQH/vS1/ACrTi0M 14719578 1JBP
 350 E: 7E-45 Ident: 40/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (350) Chain E, Crystal Structure Of The Catalytic Subunit Of Camp- Dependent Protein Kinase Complexed With A Substrate Peptide, Adp And Detergent Pos: 85/280 Gap: 36/280
IAtMr0pCaH00Kx+fBJcaX/euoKo 2554639 1WFC
 366 E: 7E-45 Ident: 42/225 Ident% 18 Q: 10-221 (297)   S: 55-273 (366) Structure Of Apo, Unphosphorylated, P38 Mitogen Activated Protein Kinase P38 (P38 Map Kinase) The Mammalian Homologue Of The Yeast Hog1 Protein Pos: 73/225 Gap: 19/225
oI6EOrCDVMQ6FDVBHSiYYoKZHns 11513304 1DI9
 360 E: 7E-45 Ident: 42/225 Ident% 18 Q: 10-221 (297)   S: 49-267 (360) MITOGEN-ACTIVATED PROTEIN KINASE 14 (MITOGEN-ACTIVATED PROTEIN KINASE P38) (MAP KINASE P38) (CYTOKINE SUPPRESSIVE ANTI-INFLAMMATORY DRUG BINDING PROTEIN) (CSAID BINDING PROTEIN) (CSBP) (MAX-INTERACTING PROTEIN 2) (MAP KINASE MXI2) Pos: 73/225 Gap: 19/225
wQuvotrjHGB6Jds1UlZa3oX0Iqw 4929863 1A9U
5821844 1BL6
5821845 1BL7
 379 E: 4E-45 Ident: 42/225 Ident% 18 Q: 10-221 (297)   S: 68-286 (379) The Complex Structure Of The Map Kinase P38SB203580 Pos: 73/225 Gap: 19/225
4QrYdxfUEeUE0ruKuBgcHjBa28E 4929932 1BX6
2981777 1BKX
 350 E: 9E-45 Ident: 41/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (350) Crystal Structure Of The Potent Natural Product Inhibitor Balanol In Complex With The Catalytic Subunit Of Camp-Dependent Protein Kinase Pos: 85/280 Gap: 36/280
NIPks/YPs8tk3xrdnKZjJ15uqLE 493956 1CTP
 350 E: 1E-45 Ident: 40/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (350) Chain E, Camp-Dependent Protein Kinase (E.C.2.7.1.37) (Capk) (Catalytic Subunit) Pos: 85/280 Gap: 36/280
FHAnNCgC1IAIn1srHZmtj48OtSg 2914479 1P38
5821849 1BMK
 379 E: 5E-45 Ident: 42/225 Ident% 18 Q: 10-221 (297)   S: 68-286 (379) The Structure Of The Map Kinase P38 At 2.1 Angstoms Resolution Pos: 73/225 Gap: 19/225
6kP0wT2XnuDwJ4r9RbFMMELvMlk 349839 1ATP
230462 2CPK
 350 E: 2E-45 Ident: 41/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (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: 85/280 Gap: 36/280
ir8btPaJAy5E4Zru00F55WPTIVA 3114436 1A06
 332 E: 2E-45 Ident: 39/257 Ident% 15 Q: 1-231 (297)   S: 34-275 (332) Calmodulin-Dependent Protein Kinase From Rat Pos: 79/257 Gap: 41/257
HLBo2n7C5QzOGU//36sUb+gSUa0 349816 1APM
 350 E: 5E-45 Ident: 41/280 Ident% 14 Q: 3-267 (297)   S: 61-319 (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: 85/280 Gap: 36/280
vO+OfW4PIPNF34ixbHiPCO7wQYw 576052 1CMK
1311384 1CDK
1311382 1CDK
 350 E: 8E-46 Ident: 38/255 Ident% 14 Q: 3-236 (297)   S: 61-301 (350) Chain E, Camp-Dependent Protein Kinase Catalytic Subunit (E.C.2.7.1.37) Pos: 78/255 Gap: 35/255
udZFA+8RBLjgKDoXWREzKEFdKzk
16077135
8039814
2632334
 similar to cell-cycle protein [Bacillus subtilis] 472 0
 128 475 697
HpN/gbTYEcRcbKYWpWeuB1aoudY 17943194 1K97
17943198 1K92
 455 E: 3.7E0 Ident: 13/60 Ident% 21 Q: 17-76 (472)   S: 10-63 (455) Chain A, Crystal Structure Of E. Coli Argininosuccinate Synthetase In Complex With Aspartate And Citrulline Pos: 19/60 Gap: 6/60
EM3OuV6sPyIcrOaDRgrnnXhsiiw 1310841 1GPM
1310843 1GPM
1310842 1GPM
1310844 1GPM
 525 E: 2E-5 Ident: 39/195 Ident% 20 Q: 2-184 (472)   S: 212-395 (525) GMP synthetase (glutamine-hydrolyzing) [Escherichia coli K12] Pos: 65/195 Gap: 23/195
F7B3psQiJSfs85cqXJaOeM1m1aI
16077136
585264
2127112
467457
2632335
 hypoxanthine-guanine phosphoribosyltransferase [Bacillus subtilis] 180 0
 212 661 999
ryhcDAU6cP4soXtp4kHI5jc4C5k 3891413 1A97
3891414 1A97
3891412 1A97
3891415 1A97
 148 E: .008E0 Ident: 38/132 Ident% 28 Q: 7-135 (180)   S: 1-117 (148) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 70/132 Gap: 18/132
bHAz8bqJ/Y5+PayVa4xWr1yUj08 576288 1STO
 213 E: .28E0 Ident: 14/97 Ident% 14 Q: 24-120 (180)   S: 54-145 (213) Orotate Phosphoribosyltransferase (Oprtase) (E.C.2.4.2.10) Pos: 34/97 Gap: 5/97
WsKecjTx2xloJsI1SSqyVxrl60c 9955085 1DQN
9955086 1DQN
9955087 1DQP
9955088 1DQP
 230 E: .02E0 Ident: 43/166 Ident% 25 Q: 1-159 (180)   S: 24-187 (230) Chain A, Crystal Structure Of Giardia Guanine Phosphoribosyltransferase Complexed With A Transition State Analogue Pos: 84/166 Gap: 9/166
tbfhFVXUDl3+AAzk/CvzjTyDwjc 17943167 1G2Q
17943168 1G2Q
17943169 1G2P
 187 E: .032E0 Ident: 20/122 Ident% 16 Q: 5-120 (180)   S: 29-150 (187) Chain A, Crystal Structure Of Adenine Phosphoribosyltransferase Pos: 40/122 Gap: 6/122
6VtCl/+AGXk/jvYN2zlvYAwrM+Y 3891410 1A96
3891405 1A95
3891406 1A95
3891409 1A96
3891404 1A95
3891408 1A96
2194032 1NUL
3891407 1A95
3891411 1A96
2194033 1NUL
 152 E: .007E0 Ident: 38/132 Ident% 28 Q: 7-135 (180)   S: 3-119 (152) guanine-hypoxanthine phosphoribosyltransferase [Escherichia coli O157:H7 EDL933] Pos: 69/132 Gap: 18/132
luCLSEQy55F8qlE5f8NGDOONeeM 1421029 1ORO
1421030 1ORO
 213 E: .027E0 Ident: 22/162 Ident% 13 Q: 24-176 (180)   S: 54-210 (213) orotate phosphoribosyltransferase [Escherichia coli K12] Pos: 56/162 Gap: 14/162
WTUkqwcmcGUu7rys7k1Wab3pTNM 1310916 1OPR
 213 E: .18E0 Ident: 14/97 Ident% 14 Q: 24-120 (180)   S: 54-145 (213) orotate phosphoribosyltransferase [Salmonella typhimurium LT2] Pos: 33/97 Gap: 5/97
nEDEi4qvWeQA0H+y09pZ0YGF0oE 5822232 1QB7
5822236 1QCC
5822233 1QB8
5822237 1QCD
 236 E: .002E0 Ident: 13/104 Ident% 12 Q: 38-132 (180)   S: 75-178 (236) Chain A, Crystal Structures Of Adenine Phosphoribosyltransferase From Leishmania Donovani. Pos: 37/104 Gap: 9/104
84UTtht/CEYzXFO6U0DiFI6mW/w 3318940 1A98
3318939 1A98
 152 E: .007E0 Ident: 38/132 Ident% 28 Q: 7-135 (180)   S: 3-119 (152) Chain B, Xprtase From E. Coli Complexed With Gmp Pos: 70/132 Gap: 18/132
7RWIklCuvON8KXr5jENuTNOsXjc 18655417 1IBS
18655418 1IBS
7546200 1DKR
7546199 1DKR
7546201 1DKU
7546202 1DKU
 317 E: .006E0 Ident: 14/104 Ident% 13 Q: 27-127 (180)   S: 157-252 (317) phosphoribosyl pyrophosphate synthetase [Bacillus subtilis] Pos: 36/104 Gap: 11/104
UoyuBjZx47wS/2yhdlrLlGE8uHg 2624597 1AO0
2624598 1AO0
2624599 1AO0
2624600 1AO0
 459 E: 2E-4 Ident: 21/118 Ident% 17 Q: 16-125 (180)   S: 255-371 (459) Chain A, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase From B. Subtilis Complexed With Adp And Gmp Pos: 41/118 Gap: 9/118
ZKu6xZGWHsENrcLfx6B4k3OrSPs 576138 1GPH
576139 1GPH
576140 1GPH
576141 1GPH
 465 E: 2E-4 Ident: 21/118 Ident% 17 Q: 16-125 (180)   S: 255-371 (465) Chain 1, Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase (E.C.2.4.2.14) Pos: 43/118 Gap: 9/118
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: 5E-5 Ident: 18/115 Ident% 15 Q: 22-127 (180)   S: 281-394 (504) Chain B, Escherichia Coli Glutamine Phosphoribosylpyrophosphate (Prpp) Amidotransferase Pos: 47/115 Gap: 10/115
zqV7nsa7cMBfO+HhWXcAVMsylw0 3401960 1A4X
3401961 1A4X
3401958 1A3C
 181 E: 4E-11 Ident: 26/153 Ident% 16 Q: 7-149 (180)   S: 4-155 (181) transcriptional attenuator and uracil phosphoribosyltransferase activity (minor) [Bacillus subtilis] Pos: 72/153 Gap: 11/153
Jlm2bOMiGMD5pXS3kbNkrBDzA9Y 6435657 1QK5
6435656 1QK5
 233 E: 2E-14 Ident: 51/183 Ident% 27 Q: 6-176 (180)   S: 45-226 (233) Chain B, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase With Xmp, Pyrophosphate And Two Mg2+ Ions Pos: 96/183 Gap: 13/183
ba924k9c9Tx0PaM8n4jHZCIHAL4 12084671 1FSG
12084672 1FSG
6435649 1QK3
6435648 1QK3
6435652 1QK4
6435651 1QK3
6435653 1QK4
6435655 1QK4
6435654 1QK4
6435650 1QK3
 233 E: 3E-15 Ident: 52/183 Ident% 28 Q: 6-176 (180)   S: 45-226 (233) Chain A, Toxoplasma Gondii Hypoxanthine-Guanine Phosphoribosyltransferase Complexed With 9-Deazaguanine, Alpha-D-5-Phosphoribosyl-1-Pyrophosphate (Prpp) And Two Mg2+ Ions Pos: 97/183 Gap: 13/183
gn99EHWRofBbEKUJEFZ8Hq2SK5w 2781198 1DBR
2781199 1DBR
2781201 1DBR
2781200 1DBR
 231 E: 4E-15 Ident: 52/183 Ident% 28 Q: 6-176 (180)   S: 42-223 (231) Chain A, Hypoxanthine Guanine Xanthine Pos: 97/183 Gap: 13/183
n/x5TebpgzQsB3oAkuz6r8ghszc 5822000 1CJB
5821998 1CJB
5821999 1CJB
5822001 1CJB
 231 E: 5E-18 Ident: 59/179 Ident% 32 Q: 3-169 (180)   S: 37-214 (231) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 98/179 Gap: 13/179
DGnH9ylVGKQU4aEC/7UMvI897+I 6730252 1D6N
6730253 1D6N
 214 E: 3E-24 Ident: 66/179 Ident% 36 Q: 5-173 (180)   S: 27-204 (214) Chain A, Ternary Complex Structure Of Human Hgprtase, Prpp, Mg2+, And The Inhibitor Hpp Reveals The Involvement Of The Flexible Loop In Substrate Binding Pos: 104/179 Gap: 11/179
hHzMhORAg92o7IXXnq9I2aver2s 5542147 1BZY
5542148 1BZY
5542149 1BZY
5542150 1BZY
1065265 1HMP
1065266 1HMP
 217 E: 7E-25 Ident: 67/179 Ident% 37 Q: 5-173 (180)   S: 30-207 (217) Chain A, Human Hgprtase With Transition State Inhibitor Pos: 105/179 Gap: 11/179
9HqtxHokxmGjFlYb5agxiEUgGjA 6435814 1TC1
6435813 1TC1
 220 E: 1E-33 Ident: 79/182 Ident% 43 Q: 7-178 (180)   S: 8-189 (220) Chain B, A 1.4 Angstrom Crystal Structure For The Hypoxanthine Phosphoribosyltransferase Of Trypanosoma Cruzi Pos: 116/182 Gap: 10/182
YE4yPEgGSPzjDVCMIYdSpmHwGfM 7245409 1TC2
7245408 1TC2
 221 E: 1E-33 Ident: 79/182 Ident% 43 Q: 7-178 (180)   S: 9-190 (221) Chain B, Ternary Substrate Complex Of The Hypoxanthine Phosphoribosyltransferase From Trypanosoma Cruzi Pos: 116/182 Gap: 10/182
OkHAhtPxM3Y9a8079yPurXEDz0Y 1827785 1HGX
1827786 1HGX
 183 E: 8E-41 Ident: 86/178 Ident% 48 Q: 2-178 (180)   S: 6-182 (183) HYPOXANTHINE-GUANINE-XANTHINE PHOSPHORIBOSYLTRANSFERASE (HGXPRT) (HGXPRTASE) (HGPRT) Pos: 127/178 Gap: 2/178
fHSITFzDH/+32COXHt18q/QnEmc
16077137
585159
2126904
7446572
467458
2632336
 cell-division protein and general stress protein (class III heat-shock) [Bacillus subtilis] 637 2
6-27,109-131 		1335 1423 1478
8F6wQyvxO46gAOLmeQaqijmCKdc 15825804 1IN4
 334 E: 1E-14 Ident: 61/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Holliday junction DNA helicase [Thermotoga maritima] Pos: 110/313 Gap: 26/313
y6DmWiIH9AALWyOIwRl3tNpm6BY 15825807 1IN7
 334 E: 7E-14 Ident: 60/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Chain A, Thermotoga Maritima Ruvb R170a Pos: 109/313 Gap: 26/313
RUQqaY/E17zzAKWGrj92sCRoIa0 15825806 1IN6
 334 E: 5E-14 Ident: 60/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Chain A, Thermotoga Maritima Ruvb K64r Mutant Pos: 110/313 Gap: 26/313
0MEvOkKr8OI2856yiCCRa6FaiGk 15825805 1IN5
 334 E: 2E-14 Ident: 60/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Chain A, Thermogota Maritima Ruvb A156s Mutant Pos: 110/313 Gap: 26/313
yLaGm9IiCwHDwP9FpN6bZ4qVoUA 15825808 1IN8
 334 E: 1E-14 Ident: 61/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Chain A, Thermotoga Maritima Ruvb T158v Pos: 110/313 Gap: 26/313
ipw07lpZfhwgzuJP8x0KG5aq2DM 15825813 1J7K
 334 E: 3E-15 Ident: 62/313 Ident% 19 Q: 156-461 (637)   S: 20-313 (334) Chain A, Thermotoga Maritima Ruvb P216g Mutant Pos: 111/313 Gap: 26/313
oLYbTq239jH4G5zkfpQoUp7BEuo 13399857 1HQC
13399858 1HQC
 324 E: 6E-16 Ident: 63/312 Ident% 20 Q: 156-461 (637)   S: 7-301 (324) Chain A, Structure Of Ruvb From Thermus Thermophilus Hb8 Pos: 97/312 Gap: 23/312
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
 458 E: 3E-46 Ident: 104/247 Ident% 42 Q: 153-398 (637)   S: 196-436 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 151/247 Gap: 7/247
zhi1GlCn+JyN2eZHtB5YFbvApng
16077138
586893
2127048
467459
2632337
 similar to hypothetical proteins [Bacillus subtilis] 233 0
 30 41 41  
0NkW14nOxDMlOUgO0o/ndCnZ9bk
16077139
586894
2127049
467460
2632338
 similar to hypothetical proteins [Bacillus subtilis] 291 0
 54 65 72
ka8e6tf5+z/IJ7IsFANC2X109lI 14277737 1HW7
 255 E: 3E-7 Ident: 60/258 Ident% 23 Q: 2-258 (291)   S: 7-255 (255) Chain A, Hsp33, Heat Shock Protein With Redox-Regulated Chaperone Activity Pos: 110/258 Gap: 10/258
6e3vXiTcL1GQJlvtIT5Ocxv/zsw 14488804 1I7F
 292 E: 1E-13 Ident: 69/290 Ident% 23 Q: 2-290 (291)   S: 5-285 (292) Chain A, Crystal Structure Of The Hsp33 Domain With Constitutive Chaperone Activity Pos: 124/290 Gap: 10/290
x61Et8A50L4EI4QiApOpOBmUvYk
16077140
586895
2127050
467461
2632339
 similar to protein secretion PrsA homolog [Bacillus subtilis] 297 1
4-26 *SM*		 115 217 280
A7QdomUPQ6Ee8ef2WCMiEwZr24w 13786637 1EQ3
 96 E: 1E-4 Ident: 28/92 Ident% 30 Q: 158-246 (297)   S: 4-93 (96) Chain A, Nmr Structure Of Human Parvulin Hpar14 Pos: 50/92 Gap: 5/92
Up8jKi2DA3Lm08idSbrCyyhtrww 15825754 1FJD
 104 E: 5E-5 Ident: 28/95 Ident% 29 Q: 155-246 (297)   S: 9-101 (104) Chain A, Human Parvulin-Like Peptidyl Prolyl CisTRANS ISOMERASE, Hpar14 Pos: 52/95 Gap: 5/95
+QW2p9AWoQ4Pe1I6lw/jdCYtpiY 10120798 1F8A
 167 E: 7E-11 Ident: 27/116 Ident% 23 Q: 154-247 (297)   S: 56-167 (167) Chain B, Structural Basis For The Phosphoserine-Proline Recognition By Group Iv Ww Domains Pos: 48/116 Gap: 26/116
FICkSpcBgvSDFW4iY1Etik85xNo 3891861 1PIN
 163 E: 7E-11 Ident: 27/116 Ident% 23 Q: 154-247 (297)   S: 52-163 (163) protein (peptidyl-prolyl cis/trans isomerase) NIMA-interacting 1; dod; peptidyl-prolyl cis/trans isomerase, NIMA-interacting [Homo sapiens] Pos: 48/116 Gap: 26/116
Ua9c7NwJ0lNMEZLnDUrmOyQQsPw
16077141
585031
2126922
467462
2632340
 cysteine synthetase A [Bacillus subtilis] 308 0
 512 823 827
v7t/rHfd9FYzTF2fbeXEoIyXI4o 18158792 1JGT
18158793 1JGT
 513 E: 2.9E0 Ident: 11/38 Ident% 28 Q: 262-297 (308)   S: 216-253 (513) Chain A, Crystal Structure Of Beta-Lactam Synthetase Pos: 20/38 Gap: 2/38
yLMpOVjZ8yJyfap6qopERT9MPUk 5822489 2NG1
 293 E: 9.6E0 Ident: 38/201 Ident% 18 Q: 45-235 (308)   S: 95-280 (293) N And Gtpase Domains Of The Signal Sequence Recognition Protein Ffh From Thermus Aquaticus Pos: 58/201 Gap: 25/201
HefF++6NQxlXerB660D0HmspgxA 5822474 2FFH
5822475 2FFH
5822476 2FFH
 425 E: 2.6E0 Ident: 42/231 Ident% 18 Q: 45-260 (308)   S: 96-310 (425) Chain A, The Signal Sequence Binding Protein Ffh From Thermus Aquaticus Pos: 67/231 Gap: 31/231
LyXCjKFJmRz8lkB6yQJGaffX9uo 13096215 1E3J
 352 E: 9.2E0 Ident: 15/63 Ident% 23 Q: 55-117 (308)   S: 159-218 (352) Chain A, Ketose Reductase (Sorbitol Dehydrogenase) From Silverleaf Whitefly Pos: 28/63 Gap: 3/63
VGn5R4TGsKIjj84UFKHbIqtX9wY 12084368 1F2D
12084369 1F2D
12084370 1F2D
12084371 1F2D
 341 E: 2E-8 Ident: 68/310 Ident% 21 Q: 13-289 (308)   S: 14-319 (341) Chain A, 1-Aminocyclopropane-1-Carboxylate Deaminase Pos: 111/310 Gap: 37/310
cfMIwFPVjz4GfZwxkFY/I5LhzMA 3891839 1TDJ
 514 E: 2E-10 Ident: 70/235 Ident% 29 Q: 15-247 (308)   S: 32-257 (514) threonine deaminase (dehydratase) [Escherichia coli K12] Pos: 110/235 Gap: 11/235
u71ohsHYgM4OdgEydkgePbHL7ZE 15825882 1E5X
15825883 1E5X
 486 E: 2E-39 Ident: 48/318 Ident% 15 Q: 8-298 (308)   S: 124-437 (486) Chain A, Structure Of Threonine Synthase From Arabidopsis Thaliana Pos: 106/318 Gap: 31/318
P3zWYNqfPvfgXONS91zs/6LopBc 11513800 1QOQ
 396 E: 3E-57 Ident: 70/346 Ident% 20 Q: 5-303 (308)   S: 45-386 (396) Chain B, Crystal Structure Of Wild-Type Tryptophan Synthase Complexed With Indole Glycerol Phosphate Pos: 126/346 Gap: 51/346
OxySBDdk6Sy6Ly8jk0tSI1Wtn30 1431672 1UBS
2098384 2TRS
2098386 2TSY
 397 E: 6E-57 Ident: 69/346 Ident% 19 Q: 5-303 (308)   S: 46-387 (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: 125/346 Gap: 51/346
6oyieSyBrhuJ2+rp/PFU4b2mZmA 13096581 1FUY
 396 E: 2E-57 Ident: 69/346 Ident% 19 Q: 5-303 (308)   S: 45-386 (396) Chain B, Crystal Structure Of Betaa169lBETAC170W DOUBLE MUTANT OF Tryptophan Synthase Complexed With 5-Fluoro-Indole-Propanol Phosphate Pos: 125/346 Gap: 51/346
cvBgvYw40qI1ZFwFapTXfCCVTgA 2098382 2TYS
 397 E: 6E-57 Ident: 69/346 Ident% 19 Q: 5-303 (308)   S: 46-387 (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: 125/346 Gap: 51/346
zGeYnvQRWBaYw5ul70IRCSbsb9Q 4699724 1BKS
1421255 1TTQ
1421253 1TTP
6730204 1CW2
6980601 1C8V
4699591 1A5S
6980565 1C29
6730160 1C9D
6730207 1CX9
 397 E: 6E-58 Ident: 70/346 Ident% 20 Q: 5-303 (308)   S: 46-387 (397) TRYPTOPHAN SYNTHASE BETA CHAIN Pos: 126/346 Gap: 51/346
2DIA0swh+CpiqZwRpKBNoRDdTqA 4699588 1A50
4699620 2WSY
 396 E: 6E-58 Ident: 70/346 Ident% 20 Q: 5-303 (308)   S: 45-386 (396) tryptophan synthase (EC 4.2.1.20) beta chain - Salmonella typhimurium Pos: 126/346 Gap: 51/346
OOiTK3KO6+MBTssvAtEIYTUcZtY 3659999 1BEU
3212366 1A5A
3212368 1A5B
 397 E: 6E-58 Ident: 70/346 Ident% 20 Q: 5-303 (308)   S: 46-387 (397) Chain B, Trp Synthase (D60n-Ipp-Ser) With K Pos: 126/346 Gap: 51/346
a/y2GOx3FdgG5kgiqAWUC2FPv2Q 11513798 1QOP
 396 E: 6E-58 Ident: 70/346 Ident% 20 Q: 5-303 (308)   S: 45-386 (396) Chain B, Crystal Structure Of Wild-Type Tryptophan Synthase Complexed With Indole Propanol Phosphate Pos: 126/346 Gap: 51/346
GGaCj84mXYdTgS8eu7j9zY+turE 7767090 1D6S
7767091 1D6S
 322 E: 8E-92 Ident: 161/314 Ident% 51 Q: 3-305 (308)   S: 2-311 (322) Chain A, Crystal Structure Of The K41a Mutant Of O-Acetylserine Sulfhydrylase Complexed In External Aldimine Linkage With Methionine Pos: 212/314 Gap: 15/314
F0jjtv9pJhubS+8KdNn+k80e09Y 11514511 1FCJ
11514512 1FCJ
11514513 1FCJ
11514514 1FCJ
6980381 1OAS
6980382 1OAS
 322 E: 4E-93 Ident: 162/314 Ident% 51 Q: 3-305 (308)   S: 2-311 (322) Chain A, Crystal Structure Of Oass Complexed With Chloride And Sulfate Pos: 213/314 Gap: 15/314
jyWtQ56XeuZeivEdranukn//qgI 15825696 1JBQ
15825697 1JBQ
15825698 1JBQ
15825699 1JBQ
15825700 1JBQ
15825701 1JBQ
 435 E: 9E-97 Ident: 126/313 Ident% 40 Q: 3-304 (308)   S: 97-408 (435) Chain A, Structure Of Human Cystathionine Beta-Synthase: A Unique Pyridoxal 5'-Phosphate Dependent Hemeprotein Pos: 192/313 Gap: 12/313
Ca6a3u7d1y+Or3/EseIYetBhHTw
16077142
129527
98427
143407
467463
2632341
 para-aminobenzoate synthase (subunit A) [Bacillus subtilis] 470 0
 283 313 307
mfYERi6jphw3G3feHDYTs8p9h3w 14277772 1I7Q
14277774 1I7Q
14277776 1I7S
14277778 1I7S
 519 E: 1E-50 Ident: 129/374 Ident% 34 Q: 104-469 (470)   S: 147-518 (519) Chain A, Anthranilate Synthase From S. Marcescens Pos: 188/374 Gap: 10/374
U8u51f/y8WBfnDA/SRziwH4PSsY 5822246 1QDL
 422 E: 3E-62 Ident: 147/389 Ident% 37 Q: 75-460 (470)   S: 58-419 (422) Chain A, The Crystal Structure Of Anthranilate Synthase From Sulfolobus Solfataricus Pos: 219/389 Gap: 30/389
Vl1P31WDmnh0rK0Qgf81YojJuoo 14278478 1I1Q
 520 E: 1E-143 Ident: 143/523 Ident% 27 Q: 1-468 (470)   S: 1-518 (520) Chain A, Structure Of The Cooperative Allosteric Anthranilate Synthase From Salmonella Typhimurium Pos: 225/523 Gap: 60/523
iAyW5p0k+1O1KLInfzZAKmAonL4
16077143
129521
98321
143408
467464
2632342
 anthranilate synthase (subunit II); para-aminobenzoate synthase glutamine amidotransferase (subunit B) [Bacillus subtilis] 194 0
 443 779 845
aLNaL/CR3BZPU1x46bGhVG/iMw4 11513902 1G2I
11513903 1G2I
11513904 1G2I
 166 E: 1.9E0 Ident: 14/72 Ident% 19 Q: 20-88 (194)   S: 42-109 (166) Chain A, Crystal Structure Of A Novel Intracellular Protease From Pyrococcus Horikoshii At 2 A Resolution Pos: 28/72 Gap: 7/72
LJ35EjhzFfyEUUD2hBBpwmBI8o0 14278183 1G8L
14278184 1G8L
14278185 1G8R
14278186 1G8R
 411 E: 7.7E0 Ident: 15/57 Ident% 26 Q: 18-69 (194)   S: 212-268 (411) molybdopterin biosynthesis [Escherichia coli K12] Pos: 26/57 Gap: 5/57
F2CHunI0bVnuSBROEUZLwLKVvK0 3891748 1A9X
3891750 1A9X
3891752 1A9X
3891754 1A9X
 379 E: 2E-8 Ident: 41/160 Ident% 25 Q: 14-171 (194)   S: 203-355 (379) Chain B, Carbamoyl Phosphate Synthetase: Caught In The Act Of Glutamine Hydrolysis Pos: 77/160 Gap: 9/160
Ai0rXiYjiya2ZsGdXcsowHINy8g 6730117 1C30
6730119 1C30
6730121 1C30
6730123 1C30
6730127 1C3O
6730129 1C3O
6730131 1C3O
6730133 1C3O
 382 E: 4E-9 Ident: 42/160 Ident% 26 Q: 14-171 (194)   S: 204-356 (382) Chain B, Crystal Structure Of Carbamoyl Phosphate Synthetase: Small Subunit Mutation C269s Pos: 77/160 Gap: 9/160
EM3OuV6sPyIcrOaDRgrnnXhsiiw 1310841 1GPM
1310843 1GPM
1310842 1GPM
1310844 1GPM
 525 E: 2E-9 Ident: 52/190 Ident% 27 Q: 2-185 (194)   S: 10-198 (525) GMP synthetase (glutamine-hydrolyzing) [Escherichia coli K12] Pos: 82/190 Gap: 7/190
hu2yhreE0TDxA97FXwiflAMDccY 18158904 1KEE
18158906 1KEE
18158908 1KEE
18158910 1KEE
6730188 1CS0
6730190 1CS0
6730192 1CS0
6730194 1CS0
 382 E: 3E-9 Ident: 42/160 Ident% 26 Q: 14-171 (194)   S: 204-356 (382) Chain B, Inactivation Of The Amidotransferase Activity Of Carbamoyl Phosphate Synthetase By The Antibiotic Acivicin Pos: 77/160 Gap: 9/160
xD+f/X/mKlbp4F04PY4QX0flKxs 3318822 1JDB
3318818 1JDB
3318826 1JDB
3318830 1JDB
5821977 1CE8
5821979 1CE8
5821981 1CE8
5821983 1CE8
4929936 1BXR
4929938 1BXR
4929940 1BXR
4929942 1BXR
 382 E: 2E-10 Ident: 43/160 Ident% 26 Q: 14-171 (194)   S: 204-356 (382) Chain F, Carbamoyl Phosphate Synthetase From Escherichia Coli Pos: 78/160 Gap: 9/160
MOhEze4OwD8zCOXahkCU2U4L+J8 16975311 1JVN
16975312 1JVN
 555 E: 2E-15 Ident: 37/216 Ident% 17 Q: 4-186 (194)   S: 9-213 (555) Chain A, Crystal Structure Of Imidazole Glycerol Phosphate Synthase: A Tunnel Through A (BetaALPHA)8 BARREL JOINS TWO ACTIVE Sites Pos: 64/216 Gap: 44/216
Q1q7EByb4hEBL+tyPSCMUyqnZng 14278479 1I1Q
 192 E: 6E-39 Ident: 81/183 Ident% 44 Q: 2-181 (194)   S: 3-182 (192) Chain B, Structure Of The Cooperative Allosteric Anthranilate Synthase From Salmonella Typhimurium Pos: 112/183 Gap: 6/183
1droKdFnlPpKN5/1eTk1u9bUNWI 14277773 1I7Q
14277775 1I7Q
14277777 1I7S
14277779 1I7S
 193 E: 4E-39 Ident: 80/183 Ident% 43 Q: 2-181 (194)   S: 4-183 (193) Chain B, Anthranilate Synthase From S. Marcescens Pos: 117/183 Gap: 6/183
3KEYY0U0XX1AlLJVzReluLY8rTc 5822247 1QDL
 195 E: 9E-42 Ident: 88/191 Ident% 46 Q: 1-185 (194)   S: 3-192 (195) anthranilate synthase (EC 4.1.3.27) component II [validated] - Sulfolobus solfataricus Pos: 122/191 Gap: 7/191
jb0sKWCzcstMLZzbjYzklSg7XrM
16077144
129533
98428
143409
467465
2632343
 aminodeoxychorismate lyase [Bacillus subtilis] 293 0
 146 220 213
JPyunOyeg/KBHT3nGzvCeA+M0Do 3212748 3DAA
3212749 3DAA
3212821 4DAA
3212822 4DAA
 277 E: 2E-15 Ident: 69/275 Ident% 25 Q: 5-277 (293)   S: 6-276 (277) Chain A, Crystallographic Structure Of D-Amino Acid Aminotransferase Inactivated By Pyridoxyl-D-Alanine Pos: 136/275 Gap: 6/275
gcOXC9+CzHMfVZV9+bNXGVi5GC4 4139594 5DAA
4139595 5DAA
 277 E: 5E-15 Ident: 68/275 Ident% 24 Q: 5-277 (293)   S: 6-276 (277) Chain A, E177k Mutant Of D-Amino Acid Aminotransferase Complexed With Pyridoxamine-5'-Phosphate Pos: 136/275 Gap: 6/275
yopnNtp7MBW054Ulp1jbFVjuHzE 3319060 1A0G
3319082 2DAB
3319059 1A0G
3319081 2DAB
 282 E: 1E-15 Ident: 69/280 Ident% 24 Q: 5-282 (293)   S: 6-281 (282) Chain B, L201a Mutant Of D-Amino Acid Aminotransferase Complexed With Pyridoxamine-5'-Phosphate Pos: 137/280 Gap: 6/280
wgaC40kb4rUcSWK7V0HRzXJfHa8 11513721 1G2W
11513722 1G2W
 282 E: 1E-15 Ident: 69/280 Ident% 24 Q: 5-282 (293)   S: 6-281 (282) Chain A, E177s Mutant Of The Pyridoxal-5'-Phosphate Enzyme D-Amino Acid Aminotransferase Pos: 137/280 Gap: 6/280
8mMbX59UD/m0HJAtE54Cz3NnNgA 9955214 1ET0
 269 E: 2E-15 Ident: 68/263 Ident% 25 Q: 1-260 (293)   S: 1-254 (269) 4-amino-4-deoxychorismate lyase [Escherichia coli K12] Pos: 115/263 Gap: 12/263
jS0ZooOwxo/D/WfekzLYIEpoLaQ 14719457 1I1K
14719458 1I1K
14719459 1I1K
14719460 1I1L
14719461 1I1L
14719462 1I1L
14719463 1I1M
14719464 1I1M
14719465 1I1M
 309 E: 1E-15 Ident: 73/285 Ident% 25 Q: 2-270 (293)   S: 9-286 (309) branched-chain amino-acid aminotransferase [Escherichia coli O157:H7 EDL933] Pos: 125/285 Gap: 23/285
IO8udCP+63JthubW6J8w0gNL3eY 3212298 1A3G
3212299 1A3G
3212300 1A3G
 308 E: 1E-15 Ident: 73/285 Ident% 25 Q: 2-270 (293)   S: 8-285 (308) Chain A, Branched-Chain Amino Acid Aminotransferase From Escherichia Coli Pos: 125/285 Gap: 23/285
VLUttWj04/7jCkg/M4F7l9c4XS0 1127164 1DAA
1127165 1DAA
2981895 2DAA
2981896 2DAA
 282 E: 3E-16 Ident: 70/280 Ident% 25 Q: 5-282 (293)   S: 6-281 (282) Chain A, Crystallographic Structure Of D-Amino Acid Aminotransferase Complexed With Pyridoxal-5'-Phosphate Pos: 138/280 Gap: 6/280
HtpTv0O14CD2996RR2lwcbOkUrk 13786630 1EKF
13786631 1EKF
13786632 1EKP
13786633 1EKP
13786634 1EKV
13786635 1EKV
 365 E: 3E-28 Ident: 49/273 Ident% 17 Q: 7-253 (293)   S: 52-323 (365) Chain A, Crystallographic Structure Of Human Branched Chain Amino Acid Aminotransferase (Mitochondrial) Complexed With Pyridoxal-5'-Phosphate At 1.95 Angstroms (Orthorhombic Form Pos: 101/273 Gap: 27/273
EN45X4EH5fsHXy9ADMiFJIsxq+A
16077145
2126927
7427950
467466
2632344
 dihydropteroate synthase [Bacillus subtilis] 285 0
 208 260 287
ROrDd7vWz1TXFPUBLVjo/GqAo5M 10120607 1F6Y
10120608 1F6Y
 262 E: 5E-8 Ident: 41/233 Ident% 17 Q: 42-256 (285)   S: 10-229 (262) 5-methyltetrahydrofolate corrinoid/iron sulfur protein methyltransferase - Clostridium thermaceticum Pos: 80/233 Gap: 31/233
A31B7k9s+lxL1ZlLpgIQhzC4jO0 11514674 1EYE
 280 E: 7E-45 Ident: 114/266 Ident% 42 Q: 27-277 (285)   S: 8-271 (280) folP [Mycobacterium tuberculosis H37Rv] Pos: 157/266 Gap: 17/266
yLi89rb9axVkEwq+uyO0OGozOWQ 3212431 1AJ0
3212432 1AJ2
3212443 1AJZ
 282 E: 3E-50 Ident: 112/259 Ident% 43 Q: 27-278 (285)   S: 17-274 (282) DIHYDROPTEROATE SYNTHASE (DHPS) (DIHYDROPTEROATE PYROPHOSPHORYLASE) Pos: 159/259 Gap: 8/259
GFj6Pl4dJD9XCf033nn5QHTBl3g 3212424 1AD1
3212425 1AD1
3212426 1AD4
3212427 1AD4
 266 E: 2E-56 Ident: 122/263 Ident% 46 Q: 24-284 (285)   S: 2-263 (266) Chain A, Dihydropteroate Synthetase (Apo Form) From Staphylococcus Aureus Pos: 167/263 Gap: 3/263
gEWlhPDVYFL/Ev2+XN/V+BbLxWI
16077146
141435
98360
143411
467467
2632345
 dihydroneopterin aldolase [Bacillus subtilis] 120 0
 76 85 95
ab+vA4PPW28aq/snoj57lzm//MI 7245703 1B9L
7245704 1B9L
7245705 1B9L
7245706 1B9L
7245707 1B9L
7245708 1B9L
7245709 1B9L
7245710 1B9L
 120 E: 2E-9 Ident: 20/116 Ident% 17 Q: 4-119 (120)   S: 8-120 (120) D-erythro-7,8-dihydroneopterin tri P epimerase [Escherichia coli O157:H7 EDL933] Pos: 48/116 Gap: 3/116
Kj3aNsZZ8f6NcZG7su0c02Ld1qQ 4930033 1DHN
4930180 2DHN
 121 E: 2E-28 Ident: 56/117 Ident% 47 Q: 2-118 (120)   S: 3-119 (121) DIHYDRONEOPTERIN ALDOLASE (DHNA) Pos: 85/117 Gap: -1/-1
6mEgXjEixXmXVxk8k+hUQGLq5uw
16077147
585263
2126878
467468
2632346
 7,8-dihydro-6-hydroxymethylpterin pyrophosphokinase [Bacillus subtilis] 167 0
 78 86 88
yMQ9qnomjS//9XM2AbE1D2lYz1g 7245510 1CBK
7245511 1CBK
 160 E: 2E-49 Ident: 59/142 Ident% 41 Q: 5-146 (167)   S: 4-145 (160) 2-amino-4-hydroxy-6-hydroxymethyldihydropteridine-pyrophosphokinase (folK) [Haemophilus influenzae Rd] Pos: 85/142 Gap: -1/-1
faObuqdcAAPrkW4iMF4h3Yxobkg 10120863 1DY3
11514319 1EQO
14278246 1EX8
14278699 1EQM
16974796 1EQ0
5542271 1HKA
 158 E: 2E-50 Ident: 64/134 Ident% 47 Q: 4-136 (167)   S: 2-135 (158) Chain A, Ternary Complex Of 7,8-Dihydro-6-Hydroxymethylpterinpyrophosphokinase From Escherichia Coli With Atp And A Substrate Analogue. Pos: 83/134 Gap: 1/134
oaxlTxA6ezt6Xezeg9aAy+r1PFE
16077148
7474877
2632347
 yazB [Bacillus subtilis] 69 0
 202 758 1203
l/JibjdPgyno8Q6vHQqt/U0PVAY 640245 1LLI
640244 1LLI
 92 E: .46E0 Ident: 19/63 Ident% 30 Q: 8-66 (69)   S: 16-78 (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: 31/63 Gap: 4/63
k3LWnLO5CtIeAKlC42jhKBYVe/8 1421288 1PRA
 69 E: 1.6E0 Ident: 13/59 Ident% 22 Q: 9-67 (69)   S: 5-62 (69) Repressor Protein From Bacteriophage 434 (Dna-Binding Domain, Residues 1-69) (Nmr, 20 Structures) Pos: 26/59 Gap: 1/59
qBnM8KKjbiHzwTD1ZyvSIV+YQ+Q 443101 1LMB
443100 1LMB
230136 1LRP
 92 E: 2.9E0 Ident: 18/63 Ident% 28 Q: 8-66 (69)   S: 16-78 (92) Chain 4, Lambda RepressorOPERATOR COMPLEX Pos: 31/63 Gap: 4/63
s1fOM+FFnMcO396N0uBHwcrdaMc 2392519 1R63
 63 E: 2E0 Ident: 13/59 Ident% 22 Q: 9-67 (69)   S: 5-62 (63) Structural Role Of A Buried Salt Bridge In The 434 Repressor Dna-Binding Domain, Nmr, 20 Structures Pos: 26/59 Gap: 1/59
8EIN8btma6AH8ODKMKPxru/3ZYw 230281 1R69
494439 1PER
494440 1PER
494569 1RPE
494570 1RPE
230647 2OR1
230648 2OR1
 69 E: 1.6E0 Ident: 13/59 Ident% 22 Q: 9-67 (69)   S: 5-62 (69) 434 Repressor (Amino-Terminal Domain) (R1-69) Pos: 26/59 Gap: 1/59
xh2juRTzj+lMxpGriJwJIwQHUVA 2392654 1ZUG
230833 3CRO
230465 2CRO
230834 3CRO
 71 E: 5E-5 Ident: 14/66 Ident% 21 Q: 4-69 (69)   S: 2-66 (71) Regulatory protein cro (Antirepressor) Pos: 21/66 Gap: 1/66
dH93UtnWf+gSzaGNN7nUSoq5MnE 2392715 2R63
 63 E: 1E-5 Ident: 12/63 Ident% 19 Q: 5-67 (69)   S: 1-62 (63) Structural Role Of A Buried Salt Bridge In The 434 Repressor Dna-Binding Domain, Nmr, 20 Structures Pos: 24/63 Gap: 1/63
dTjnp96lITH1opoiEhyegnSAALY 4389349 1B0N
 111 E: 1E-11 Ident: 21/64 Ident% 32 Q: 5-67 (69)   S: 1-64 (111) transcriptional regulator [Bacillus subtilis] Pos: 34/64 Gap: 1/64
OTX8avTnxtCVJwm3jN/rto/Fu+4 493805 1ADR
 76 E: 4E-12 Ident: 19/68 Ident% 27 Q: 1-68 (69)   S: 1-68 (76) P22 C2 Repressor (Amino-Terminal Dna-Binding Domain, Residues 1 - 76) (Nmr, 20 Structures) Pos: 29/68 Gap: -1/-1
V6lPn6jOthJMekcpbl5zDNWAOQA
16077149
586896
2127051
467469
2632348
 similar to transcriptional regulator (nitrogen regulation protein) [Bacillus subtilis] 333 0
 255 806 1285
TwIofTe0CGkCwVA3/UabqwDJ9tU 4557942 1BVZ
4557943 1BVZ
 585 E: 5.1E0 Ident: 25/139 Ident% 17 Q: 133-270 (333)   S: 287-411 (585) NEOPULLULANASE (ALPHA-AMYLASE II) Pos: 46/139 Gap: 15/139
qGPwBxhEgtYik3OetHZbpyktoLE 4929871 1B3O
4929870 1B3O
 514 E: .22E0 Ident: 16/80 Ident% 20 Q: 157-227 (333)   S: 310-388 (514) Inosine-5'-monophosphate dehydrogenase 2 (IMP dehydrogenase 2) (IMPDH-II) (IMPD 2) Pos: 31/80 Gap: 10/80
D8X1tHhEpVaB/IiKoRprSehO6Ws 6729754 1BWK
 399 E: .021E0 Ident: 16/77 Ident% 20 Q: 79-145 (333)   S: 172-247 (399) Chain A, Old Yellow Enzyme (Oye1) Mutant H191n Pos: 27/77 Gap: 11/77
uo3IYiJbhJm9ZzzgmhgtEBAxT0k 15988269 1HUV
 380 E: .2E0 Ident: 27/149 Ident% 18 Q: 125-273 (333)   S: 215-341 (380) Chain A, Crystal Structure Of A Soluble Mutant Of The Membrane- Associated (S)-Mandelate Dehydrogenase From Pseudomonas Putida At 2.15a Resolution Pos: 51/149 Gap: 22/149
Bb8+hjv3PzEAhjIQ5/MfXUmtP9c 15826575 1JR1
15826576 1JR1
 514 E: .24E0 Ident: 16/80 Ident% 20 Q: 157-227 (333)   S: 310-388 (514) INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE 2 (IMP DEHYDROGENASE 2) (IMPDH-II) (IMPD 2) Pos: 31/80 Gap: 10/80
JI+v70Zf1qVSq9LclPQATJzymh8 809322 1OYB
999997 1OYA
809323 1OYC
 400 E: .078E0 Ident: 15/77 Ident% 19 Q: 79-145 (333)   S: 173-248 (400) NADPH DEHYDROGENASE 1 (OLD YELLOW ENZYME 1) Pos: 27/77 Gap: 11/77
oSnlrVqhxT3V5rs1gxQ8fuzj2AE 15988209 1K02
15988210 1K03
 399 E: .073E0 Ident: 15/77 Ident% 19 Q: 79-145 (333)   S: 172-247 (399) Chain A, Crystal Structure Of Old Yellow Enzyme Mutant Gln114asn Pos: 27/77 Gap: 11/77
09OQmhT1oz6GjT9YlftCWlbIlBc 18158850 1JPM
18158851 1JPM
18158852 1JPM
18158853 1JPM
 366 E: 1.6E0 Ident: 23/103 Ident% 22 Q: 127-225 (333)   S: 175-267 (366) similar to chloromuconate cycloisomerase [Bacillus subtilis] Pos: 40/103 Gap: 14/103
GZtziaERfnLB63hKcQMN22dxeyA 13787090 1G1Y
13787091 1G1Y
 585 E: 6.3E0 Ident: 25/139 Ident% 17 Q: 133-270 (333)   S: 287-411 (585) Chain A, Crystal Structure Of Alpha-Amylase Ii (Tvaii) From Thermoactinomyces Vulgaris R-47 And Beta-Cyclodextrin Complex Pos: 45/139 Gap: 15/139
17x5TlulZYrUf1UY7XPKS/h/P+U 7546357 1EEP
7546356 1EEP
 404 E: .87E0 Ident: 11/39 Ident% 28 Q: 188-226 (333)   S: 248-285 (404) IMP dehydrogenase (guaB) [Borrelia burgdorferi] Pos: 20/39 Gap: 1/39
G8vSToRzYwXHLBYhFrV5aQVSB6Y 999542 1GYL
999543 1GYL
 369 E: .001E0 Ident: 31/162 Ident% 19 Q: 127-286 (333)   S: 216-355 (369) Chain A, Glycolate Oxidase (E.C.1.1.3.15) Mutant With Tyr 24 Replaced By Phe (Y24f) Pos: 60/162 Gap: 24/162
r8C+/pNasK4di8FFWIN6JXlQJNs 16975435 1H5Y
16975436 1H5Y
16975435 1H5Y
16975436 1H5Y
 253 E: .16E0 Ident: 28/84 Ident% 33 Q: 154-236 (333)   S: 36-116 (253) Chain A, Hisf Protein From Pyrobaculum Aerophilum Pos: 44/84 Gap: 4/84
k0fJiJIkCSL+9veqJyRtY2vyH3c 9955269 1QO2
9955270 1QO2
 241 E: .095E0 Ident: 28/143 Ident% 19 Q: 114-244 (333)   S: 103-241 (241) Chain A, Crystal Structure Of N-((5'-Phosphoribosyl)-Formimino)-5- Aminoimidazol-4-Carboxamid Ribonucleotid Isomerase (Ec 3.1.3.15, Hisa) Pos: 57/143 Gap: 16/143
r7nVAd19zsM5UrWd5NwinvnI97I 6729755 1BWL
 399 E: .022E0 Ident: 16/77 Ident% 20 Q: 79-145 (333)   S: 172-247 (399) Chain A, Old Yellow Enzyme (Oye1) Double Mutant H191n:n194h Pos: 27/77 Gap: 11/77
BJ2qxKFufjpdTm/D62JWd17zCi0 2624594 1AL7
2554675 1AL8
 359 E: .001E0 Ident: 31/162 Ident% 19 Q: 127-286 (333)   S: 216-355 (359) Three-Dimensional Structures Of Glycolate Oxidase With Bound Active-Site Inhibitors Pos: 60/162 Gap: 24/162
lItf0ebn4YXflV+z8hgkJmYuzb8 229945 1GOX
 369 E: .001E0 Ident: 31/162 Ident% 19 Q: 127-286 (333)   S: 216-355 (369) oxidase, peroxisomal (Glycolate oxidase) (GOX) (Short chain alpha-hydroxy acid oxidase) Pos: 60/162 Gap: 24/162
xe6T4i7AjH80R4gE5EGnx57jsJo 9955236 1THF
9955236 1THF
 253 E: .006E0 Ident: 24/150 Ident% 16 Q: 74-213 (333)   S: 80-212 (253) Chain D, Cyclase Subunit Of Imidazoleglycerolphosphate Synthase From Thermotoga Maritima Pos: 46/150 Gap: 27/150
GvdF5KaMopBUQCZ2JRGJye3eMTc 13096500 1EP1
13096502 1EP2
13096504 1EP3
 311 E: .028E0 Ident: 45/199 Ident% 22 Q: 65-243 (333)   S: 98-287 (311) Chain A, Crystal Structure Of Lactococcus Lactis Dihydroorotate Dehydrogenase B Pos: 73/199 Gap: 29/199
/KggW/vg7JvUfN3kD+zwbz10bnc 15825988 1JL8
15825989 1JL8
15826099 1JIB
15826100 1JIB
 585 E: 5.6E0 Ident: 25/139 Ident% 17 Q: 133-270 (333)   S: 287-411 (585) Chain A, Complex Of Alpha-Amylase Ii (Tva Ii) From Thermoactinomyces Vulgaris R-47 With Beta-Cyclodextrin Based On A Co- Crystallization With Methyl Beta-Cyclodextrin Pos: 46/139 Gap: 15/139
IeUHPjHhMPEDHRA8CDnsCtm+BHQ 10835815 1D3G
10835816 1D3H
 367 E: 9E-4 Ident: 37/213 Ident% 17 Q: 60-244 (333)   S: 141-346 (367) Chain A, Human Dihydroorotate Dehydrogenase Complexed With Brequinar Analog Pos: 68/213 Gap: 35/213
MOhEze4OwD8zCOXahkCU2U4L+J8 16975311 1JVN
16975312 1JVN
16975311 1JVN
16975312 1JVN
 555 E: 1E-5 Ident: 23/114 Ident% 20 Q: 154-255 (333)   S: 283-396 (555) Chain A, Crystal Structure Of Imidazole Glycerol Phosphate Synthase: A Tunnel Through A (BetaALPHA)8 BARREL JOINS TWO ACTIVE Sites Pos: 39/114 Gap: 12/114
2UTdsbpN8jF/UUaqzHydSpeSssU 15826446 1H50
15826447 1H60
15826448 1H61
15826449 1H62
15826450 1H63
 364 E: 5E-8 Ident: 25/193 Ident% 12 Q: 77-251 (333)   S: 160-348 (364) Chain A, Stucture Of Pentaerythritol Tetranirate Reductase And Complexes Pos: 64/193 Gap: 22/193
VLsh+qLbcB58Qv17qS6ITG52htY 14277800 1ICP
14277801 1ICP
14277802 1ICQ
14277803 1ICQ
14277804 1ICS
14277805 1ICS
 376 E: 2E-8 Ident: 31/217 Ident% 14 Q: 40-238 (333)   S: 138-342 (376) Chain A, Crystal Structure Of 12-Oxophytodienoate Reductase 1 From Tomato Complexed With Peg400 Pos: 61/217 Gap: 30/217
i6KD3Nu7SPuYINs8yutouEjvLOc 6730398 1DJQ
6730399 1DJQ
 729 E: 1E-9 Ident: 31/188 Ident% 16 Q: 80-241 (333)   S: 151-336 (729) Chain A, Structural And Biochemical Characterization Of Recombinant C30a Mutant Of Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 57/188 Gap: 28/188
Qb1sr98FH3sPQVqKZFjXiMz6Oko 6730396 1DJN
6730397 1DJN
494860 2TMD
494861 2TMD
 729 E: 9E-10 Ident: 31/188 Ident% 16 Q: 80-241 (333)   S: 151-336 (729) Chain A, Structural And Biochemical Characterization Of Recombinant Wild Type Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 57/188 Gap: 28/188
Y/5CEickPEDmKFTmQTXTuEfALmc 3660331 2DOR
3660332 2DOR
2098351 1DOR
2098352 1DOR
 311 E: 1E-21 Ident: 45/283 Ident% 15 Q: 20-278 (333)   S: 50-311 (311) Dihydroorotate dehydrogenase A (Dihydroorotate oxidase A) (DHOdehase A) (DHODase A) (DHOD A) Pos: 90/283 Gap: 45/283
uSp4lyNDaZPY+UVPBME4WnK5nzc 13399651 1H7X
13399652 1H7X
13399653 1H7X
13399654 1H7X
 1025 E: 2E-31 Ident: 40/260 Ident% 15 Q: 33-260 (333)   S: 600-849 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig, Ternary Complex Of A Mutant Enzyme (C671a), Nadph And 5-Fluorouracil Pos: 84/260 Gap: 42/260
nf4y4bxj9elJZrW7KKNrL67NMOs 13399647 1H7W
13399648 1H7W
13399649 1H7W
13399650 1H7W
 1025 E: 7E-33 Ident: 41/260 Ident% 15 Q: 33-260 (333)   S: 600-849 (1025) Chain A, Dihydropyrimidine Dehydrogenase (Dpd) From Pig Pos: 85/260 Gap: 42/260
E3LsD8MhieEDmZI+Jt+i7c8edaA
16077150
586058
2127132
467470
2632349
 lysyl-tRNA synthetase [Bacillus subtilis] 499 0
 389 474 488
W1xOoI/5h4ehacUnLh0wQ0NgHUg 4139532 12AS
4139534 12AS
4139528 11AS
4139530 11AS
 330 E: .3E0 Ident: 20/45 Ident% 44 Q: 446-490 (499)   S: 269-313 (330) Chain A, Asparagine Synthetase Mutant C51a, C315a Complexed With L-Asparagine And Amp Pos: 20/45 Gap: -1/-1
dA0AEAABdJVIEzqGU04Qt4s/bYo 9257069 1EFW
9257070 1EFW
12084697 1G51
12084698 1G51
 580 E: 3E-9 Ident: 44/131 Ident% 33 Q: 369-498 (499)   S: 430-553 (580) Aspartyl-tRNA synthetase (Aspartate--tRNA ligase) (AspRS) Pos: 73/131 Gap: 8/131
1C43lOXNUdLgYlIUzt0TkoFkLoc 1127125 1KRS
1127124 1KRT
 120 E: 2E-20 Ident: 55/110 Ident% 50 Q: 37-145 (499)   S: 11-120 (120) Mol_id: 1; Molecule: Lysyl-Trna Synthetase (Product Of Lyss Gene); Chain: Null; Domain: Anticodon-Binding Domain (Residues 40 - 149); Ec: 6.1.1.6; Engineered: Yes Pos: 71/110 Gap: 1/110
nblg9oxqAorS/vw+U2mGEYbPk1M 6573338 1C0A
6573338 1C0A
 585 E: 6E-36 Ident: 36/150 Ident% 24 Q: 348-496 (499)   S: 412-557 (585) Chain A, Crystal Structure Of The E. Coli Aspartyl-Trna Synthetase : Trnaasp : Aspartyl-Adenylate Complex Pos: 63/150 Gap: 5/150
mnWbuSddVy3DsluKipBjzDQ/KDc 9256904 1EQR
9256905 1EQR
9256906 1EQR
15988142 1IL2
15988143 1IL2
9256904 1EQR
9256905 1EQR
9256906 1EQR
15988142 1IL2
15988143 1IL2
 590 E: 6E-36 Ident: 36/150 Ident% 24 Q: 348-496 (499)   S: 412-557 (590) aspartate tRNA synthetase [Escherichia coli K12] Pos: 63/150 Gap: 5/150
buv6hif6umH2VlBi64RH38rajWA 10835611 1EOV
 487 E: 2E-86 Ident: 107/508 Ident% 21 Q: 30-499 (499)   S: 2-484 (487) Chain A, Free Aspartyl-Trna Synthetase (Asprs) (E.C. 6.1.1.12) From Yeast Pos: 200/508 Gap: 63/508
mXdtDfSN2lxcYtAnlY4Rqlj3tgQ 1064986 1ASZ
1064988 1ASZ
1064982 1ASY
1064984 1ASY
 490 E: 7E-87 Ident: 108/512 Ident% 21 Q: 26-499 (499)   S: 1-487 (490) Chain A, Aspartyl Trna Synthetase (Asprs) (E.C.6.1.1.12) Complexed With Transfer Ribonucleic Acid (Trnaasp) And Atp Pos: 201/512 Gap: 63/512
OAo4MoJqO01m/TDQUI6/Y/E9hcs 4388836 1B8A
4388837 1B8A
 438 E: 1E-106 Ident: 112/469 Ident% 23 Q: 39-499 (499)   S: 3-435 (438) Chain A, Aspartyl-Trna Synthetase Pos: 201/469 Gap: 44/469
WGfUdZal9ddvgPRoRc0DvRM0e1k 11513774 1BBU
11513776 1BBW
 504 E: 1E-155 Ident: 261/490 Ident% 53 Q: 10-497 (499)   S: 13-501 (504) Chain A, Lysyl-Trna Synthetase (Lyss) Complexed With Lysine Pos: 352/490 Gap: 3/490
nfpclbx1h1RzDPM9Y+BYN/ZAJbw 9954996 1E1O
9954997 1E1T
9954998 1E22
9954999 1E24
1311301 1LYL
1311305 1LYL
1311303 1LYL
 504 E: 1E-156 Ident: 267/502 Ident% 53 Q: 2-497 (499)   S: 1-501 (504) Chain A, Lysyl-Trna Synthetase (Lysu) Hexagonal For, Complexed With L Pos: 352/502 Gap: 7/502
H+6JhmoBsSP1h5X6DIb3qrqf+P8
16077151
586897
2127052
467471
2632350
 transcriptional regulator [Bacillus subtilis] 154 0
 25 23 0  
ez4AUHSTIId4KBSqaB93DdqqpZM
16077152
586898
2127053
467472
2632351
 similar to hypothetical proteins [Bacillus subtilis] 185 0
 39 156 196
cHD7ceBUq0NJx9gs5pUKnO1BbnE 7766820 1D9Z
 657 E: 1.1E0 Ident: 11/31 Ident% 35 Q: 142-172 (185)   S: 624-654 (657) Chain A, Crystal Structure Of The Dna Repair Protein Uvrb In Complex With Atp Pos: 17/31 Gap: -1/-1
U1Sr7u8KEdUrROTswxXLwha9phw 9955068 1C4O
 664 E: .1E0 Ident: 15/48 Ident% 31 Q: 135-182 (185)   S: 606-653 (664) Chain A, Crystal Structure Of The Dna Nucleotide Excision Repair Enzyme Uvrb From Thermus Thermophilus Pos: 24/48 Gap: -1/-1
f8MoCkHC2JEH/sovtvVA460zQVg 11513783 1QOJ
11513784 1QOJ
 63 E: 7.4E0 Ident: 11/37 Ident% 29 Q: 137-173 (185)   S: 21-57 (63) Chain A, Crystal Structure Of E.Coli Uvrb C-Terminal Domain, And A Model For Uvrb-Uvrc Interaction. Pos: 19/37 Gap: -1/-1
x+hLxHybCeNBOQxlezQgJkgXjC4 5821777 1A76
5821778 1A77
 326 E: .32E0 Ident: 21/64 Ident% 32 Q: 103-162 (185)   S: 63-118 (326) DNA repair protein RAD2 (rad2) [Methanococcus jannaschii] Pos: 32/64 Gap: 12/64
DmLUBFMhWKm8RSiMRecQ4SjpnoM 15826300 1E52
15826301 1E52
 63 E: 2.4E0 Ident: 11/37 Ident% 29 Q: 137-173 (185)   S: 21-57 (63) Chain A, Solution Structure Of Escherichia Coli Uvrb C-Terminal Domain Pos: 20/37 Gap: -1/-1
L6Zej5XIgGIyzODreof09Mwi8AU 7766819 1D9X
 658 E: 1.1E0 Ident: 11/31 Ident% 35 Q: 142-172 (185)   S: 625-655 (658) Chain A, Crystal Structure Of The Dna Repair Protein Uvrb Pos: 17/31 Gap: -1/-1
vS7p6yY9Q2BLX2+ZRvf4PC3Y01Y 7546428 1D2M
 665 E: .1E0 Ident: 15/48 Ident% 31 Q: 135-182 (185)   S: 607-654 (665) Excinuclease ABC subunit B Pos: 24/48 Gap: -1/-1
nKW2rpj9NgZaSARJZLv88m/w8Rg
16077153
586899
2127054
467473
2632352
 similar to creatine kinase [Bacillus subtilis] 363 0
 144 151 158
M6dw7C4CyyJL7bNqNYyRQoM906k 6729828 2CRK
 381 E: 2E-13 Ident: 69/245 Ident% 28 Q: 25-252 (363)   S: 126-365 (381) Chain A, Muscle Creatine Kinase Pos: 114/245 Gap: 22/245
fZcEvxLHDqV9sun2nPgmGEj6ZcM 2392237 1CRK
2392238 1CRK
2392239 1CRK
2392240 1CRK
 380 E: 1E-13 Ident: 62/231 Ident% 26 Q: 25-238 (363)   S: 121-346 (380) Chain A, Mitochondrial Creatine Kinase Pos: 111/231 Gap: 22/231
K/cwDCAJk5bplUumxna7hpYZMHQ 13096153 1G0W
 380 E: 1E-16 Ident: 71/250 Ident% 28 Q: 21-252 (363)   S: 121-364 (380) Chain A, Crystal Structure Of Bovine Retinal Creatine Kinase Pos: 121/250 Gap: 24/250
Ir209YhD/AEPMxq15IML9lY1hvs 7767133 1QK1
7767134 1QK1
7767135 1QK1
7767136 1QK1
7767137 1QK1
7767138 1QK1
7767139 1QK1
7767140 1QK1
 379 E: 9E-17 Ident: 72/245 Ident% 29 Q: 25-252 (363)   S: 121-360 (379) Chain A, Crystal Structure Of Human Ubiquitous Mitochondrial Creatine Kinase Pos: 122/245 Gap: 22/245
8WWI5g/PCSCFaqPP2Kst0df3ZM8 6573489 1QH4
6573490 1QH4
6573491 1QH4
6573492 1QH4
 380 E: 7E-17 Ident: 73/255 Ident% 28 Q: 21-252 (363)   S: 121-364 (380) Chain A, Crystal Structure Of Chicken Brain-Type Creatine Kinase At 1.41 Angstrom Resolution Pos: 120/255 Gap: 34/255
+3Vtqdc2VIpYjfDZP2wop+X5bGg 3891953 1BG0
 356 E: 1E-19 Ident: 73/246 Ident% 29 Q: 20-254 (363)   S: 114-355 (356) Transition State Structure Of Arginine Kinase Pos: 122/246 Gap: 15/246
INSVQnEvhBAzVoS515lg8hzqB1A
16077154
586900
2118112
442360
467474
2632353
 class III stress response-related ATPase [Bacillus subtilis] 810 0
 915 2108 2240
7p31udcsdEo83MCeJFYMQz922a8 14488635 1E32
14488635 1E32
 458 E: 1.4E0 Ident: 28/86 Ident% 32 Q: 205-284 (810)   S: 242-309 (458) Chain A, Structure Of The N-Terminal Domain And The D1 Aaa Domain Of Membrane Fusion Atpase P97 Pos: 39/86 Gap: 24/86
BFw50Gsn0OPXz1QhetVOM7rN8N8
16077155
586901
2127055
467475
2632354
 DNA repair protein homolog [Bacillus subtilis] 458 0
 515 1244 1239
eKcZNhe4o3Sj9t+CWeVB2UBxvgk 6730074 1B22
 114 E: 7E-8 Ident: 11/76 Ident% 14 Q: 9-84 (458)   S: 48-113 (114) Chain A, Rad51 (N-Terminal Domain) Pos: 28/76 Gap: 10/76
iEQXDNxMdumeEgPevhNEUXOZwvE 9257129 1E0J
9257130 1E0J
9257131 1E0J
9257132 1E0J
9257133 1E0J
9257134 1E0J
9257135 1E0K
9257136 1E0K
9257137 1E0K
9257138 1E0K
9257139 1E0K
9257140 1E0K
 289 E: 1E-8 Ident: 45/282 Ident% 15 Q: 45-272 (458)   S: 1-278 (289) Chain A, Gp4d Helicase From Phage T7 Adpnp Complex Pos: 90/282 Gap: 58/282
jqqe3uAOR9rxzOFKQYSCJk+jLhc 6573521 1CR1
6573523 1CR4
6573522 1CR2
6573520 1CR0
 296 E: 6E-9 Ident: 43/262 Ident% 16 Q: 65-272 (458)   S: 10-268 (296) Chain A, Crystal Structure Of The Helicase Domain Of The Gene 4 Protein Of Bacteriophage T7: Complex With Dttp Pos: 84/262 Gap: 57/262
+SKaXndoiBTFx+JwbPRpvyNkafc 12084113 1G18
12084114 1G19
 350 E: 1E-11 Ident: 34/157 Ident% 21 Q: 73-217 (458)   S: 41-195 (350) Chain A, Reca-Adp-Alf4 Complex Pos: 61/157 Gap: 14/157
1hdI1kVU8qaU1oUBGnJTETFFSkw 443432 2REB
443229 1REA
 352 E: 4E-15 Ident: 36/161 Ident% 22 Q: 71-218 (458)   S: 38-195 (352) The Structure Of The E. Coli Reca Protein Monomer And Polymer Pos: 65/161 Gap: 16/161
gxSU6b8wf9bjSBQdGn8DikMHGI0 2098390 2REC
2098391 2REC
2098392 2REC
2098393 2REC
2098394 2REC
2098395 2REC
 353 E: 3E-15 Ident: 36/161 Ident% 22 Q: 71-218 (458)   S: 39-196 (353) RecA protein [Escherichia coli O157:H7] Pos: 65/161 Gap: 16/161
JIv+zD1BNNaYRxrCoHC6/su5ojM
16077156
586902
2127056
467476
2632355
 yacK [Bacillus subtilis] 360 0
 60 143 306
CflgoQ71BVuD7tYzBeQUtl6/MQI 11513386 1DGS
11513387 1DGS
11513389 1DGT
11513390 1DGT
 667 E: 4.3E0 Ident: 40/155 Ident% 25 Q: 195-348 (360)   S: 429-560 (667) Chain A, Crystal Structure Of Nad+-Dependent Dna Ligase From T. Filiformis Pos: 70/155 Gap: 24/155
/Zqos5dlFj5KG9mPFsPLUz3vsx0 15825966 1JJ2
 240 E: 2.4E0 Ident: 18/64 Ident% 28 Q: 282-344 (360)   S: 1-64 (240) Chain X, Fully Refined Crystal Structure Of The Haloarcula Marismortui Large Ribosomal Subunit At 2.4 Angstrom Resolution Pos: 27/64 Gap: 1/64
PFkTif2D2evLNgwkR184netWnoA
16077157
586903
2127057
467477
2632356
 similar to hypothetical proteins [Bacillus subtilis] 366 4
8-30,39-61,78-100,109-130 		31 58 69  
15WtUWUtXayARq/s47l5r0CRE1A
16077158
2127058
467478
2632357
 similar to hypothetical proteins [Bacillus subtilis] 232 0
 101 845 1042
i6KD3Nu7SPuYINs8yutouEjvLOc 6730398 1DJQ
6730399 1DJQ
 729 E: 3.3E0 Ident: 15/109 Ident% 13 Q: 16-124 (232)   S: 455-555 (729) Chain A, Structural And Biochemical Characterization Of Recombinant C30a Mutant Of Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 35/109 Gap: 8/109
Qb1sr98FH3sPQVqKZFjXiMz6Oko 6730396 1DJN
6730397 1DJN
494860 2TMD
494861 2TMD
 729 E: 3E0 Ident: 15/109 Ident% 13 Q: 16-124 (232)   S: 455-555 (729) Chain A, Structural And Biochemical Characterization Of Recombinant Wild Type Trimethylamine Dehydrogenase From Methylophilus Methylotrophus (Sp. W3a1) Pos: 35/109 Gap: 8/109
7MyuXm+alsF4T8eYZG5zdsIIvAo 12084242 1G23
12084243 1G23
12084244 1G23
12084245 1G23
12084246 1G23
12084247 1G23
12084248 1G23
12084249 1G23
 293 E: 3E-6 Ident: 32/139 Ident% 23