6N8N

Cryo-EM structure of Lsg1-engaged (LE) pre-60S ribosomal subunit


Sequence Similarity Clusters for the Entities in PDB 6N8N

Entity #1 | Chains: A
Saccharomyces cerevisiae S288C 35S pre-ribosomal RNA (RDN37-1), miscRNA rna, length: 3396 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
Entity #10 | Chains: F
60S ribosomal protein L4-A protein, length: 362 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 116 271
95 % 75 120 324
90 % 75 120 343
70 % 76 78 375
50 % 96 172 339
40 % 114 225 261
30 % 114 223 271
Entity #11 | Chains: G
60S ribosomal protein L5 protein, length: 297 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 72 104 309
95 % 73 106 393
90 % 73 106 416
70 % 74 79 441
50 % 111 208 282
40 % 113 212 285
30 % 113 211 299
Entity #12 | Chains: H
60S ribosomal protein L6-A protein, length: 176 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 69 110 288
95 % 74 73 355
90 % 74 116 367
70 % 76 41 390
50 % 77 120 429
40 % 78 124 447
30 % 78 124 464
Entity #13 | Chains: I
60S ribosomal protein L7-A protein, length: 244 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 116 273
95 % 75 116 351
90 % 75 116 369
70 % 76 118 400
50 % 114 213 274
40 % 114 213 281
30 % 115 213 296
Entity #14 | Chains: J
60S ribosomal protein L8-A protein, length: 256 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 71 112 305
95 % 78 119 347
90 % 78 119 368
70 % 79 121 397
50 % 114 196 307
40 % 115 199 311
30 % 115 195 328
Entity #15 | Chains: K
60S ribosomal protein L9-A protein, length: 191 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 85 277
95 % 75 115 354
90 % 75 115 373
70 % 76 22 405
50 % 76 121 435
40 % 115 223 265
30 % 187 298 198
Entity #16 | Chains: M
60S ribosomal protein L11-A protein, length: 174 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 48 95 494
95 % 73 109 381
90 % 74 112 394
70 % 112 211 248
50 % 116 217 263
40 % 116 217 274
30 % 116 219 286
Entity #17 | Chains: N
60S ribosomal protein L13-A protein, length: 199 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 114 283
95 % 74 114 364
90 % 74 114 386
70 % 75 116 415
50 % 75 116 457
40 % 113 211 287
30 % 113 211 302
Entity #18 | Chains: O
60S ribosomal protein L14-A protein, length: 138 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 116 272
95 % 75 116 346
90 % 75 116 366
70 % 76 121 399
50 % 76 118 448
40 % 76 118 472
30 % 76 118 491
Entity #19 | Chains: Q
60S ribosomal protein L42-A protein, length: 106 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 68 100 323
95 % 68 100 418
90 % 69 102 434
70 % 105 192 275
50 % 109 206 284
40 % 109 207 292
30 % 109 207 306
Entity #2 | Chains: B
5S rRNA rna, length: 121 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
Entity #20 | Chains: R
60S ribosomal protein L43-A protein, length: 92 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 106 304
95 % 74 106 394
90 % 74 106 417
70 % 75 108 442
50 % 115 213 272
40 % 115 213 279
30 % 137 230 259
Entity #21 | Chains: S
Ribosomal Protein uL1 protein, length: 217 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
Entity #22 | Chains: a
60S ribosomal protein L15-A protein, length: 204 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 118 265
95 % 77 120 323
90 % 77 121 342
70 % 113 210 249
50 % 117 226 254
40 % 187 299 188
30 % 187 304 199
Entity #23 | Chains: b
60S ribosomal protein L16-A protein, length: 199 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 69 108 300
95 % 69 108 388
90 % 75 115 375
70 % 76 117 402
50 % 113 212 276
40 % 113 213 280
30 % 113 212 295
Entity #24 | Chains: c
60S ribosomal protein L17-A protein, length: 184 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 16 256
95 % 74 136 329
90 % 75 121 339
70 % 75 146 381
50 % 114 4 257
40 % 115 227 258
30 % 185 301 195
Entity #25 | Chains: d
60S ribosomal protein L18-A protein, length: 186 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 116 269
95 % 75 76 344
90 % 76 118 354
70 % 76 118 394
50 % 112 208 281
40 % 113 219 275
30 % 113 219 288
Entity #26 | Chains: e
60S ribosomal protein L19-A protein, length: 189 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 72 110 289
95 % 72 110 374
90 % 72 110 401
70 % 73 113 420
50 % 112 212 277
40 % 112 213 284
30 % 112 122 298
Entity #27 | Chains: f
60S ribosomal protein L20-A protein, length: 172 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 114 284
95 % 74 114 369
90 % 75 96 379
70 % 75 116 417
50 % 111 203 296
40 % 112 204 302
30 % 114 203 307
Entity #28 | Chains: g
60S ribosomal protein L21-A protein, length: 160 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 110 291
95 % 75 110 375
90 % 76 112 390
70 % 76 112 423
50 % 112 202 297
40 % 112 200 303
30 % 116 217 287
Entity #29 | Chains: h
60S ribosomal protein L22-A protein, length: 121 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 53 83 435
95 % 53 107 557
90 % 53 83 582
70 % 54 84 595
50 % 54 9 635
40 % 54 84 679
30 % 55 85 675
Entity #3 | Chains: C
5.8S rRNA rna, length: 158 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
Entity #30 | Chains: i
60S ribosomal protein L23-A protein, length: 137 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 117 267
95 % 75 117 336
90 % 76 119 351
70 % 115 222 240
50 % 120 233 244
40 % 120 233 250
30 % 123 240 252
Entity #31 | Chains: j
60S ribosomal protein L24-A protein, length: 155 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 45 23 515
95 % 47 70 649
90 % 47 70 683
70 % 48 29 699
50 % 48 71 730
40 % 68 118 474
30 % 68 129 492
Entity #32 | Chains: k
60S ribosomal protein L25 protein, length: 142 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 54 88 410
95 % 54 88 516
90 % 55 89 537
70 % 55 89 565
50 % 55 89 596
40 % 55 91 615
30 % 55 4 643
Entity #33 | Chains: l
60S ribosomal protein L26-A protein, length: 127 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 121 249
95 % 75 121 322
90 % 76 123 338
70 % 76 123 371
50 % 114 220 261
40 % 114 220 269
30 % 114 43 280
Entity #34 | Chains: m
60S ribosomal protein L27-A protein, length: 136 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 110 297
95 % 74 110 382
90 % 75 112 395
70 % 75 112 427
50 % 111 198 306
40 % 113 212 286
30 % 115 113 292
Entity #35 | Chains: n
60S ribosomal protein L28 protein, length: 149 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 108 301
95 % 75 87 371
90 % 76 114 385
70 % 76 113 419
50 % 114 216 264
40 % 116 218 272
30 % 119 223 273
Entity #36 | Chains: o
60S ribosomal protein L29 protein, length: 59 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 67 95 348
95 % 67 10 446
90 % 68 97 458
70 % 68 87 474
50 % 68 97 518
40 % 68 97 548
30 % 68 97 579
Entity #37 | Chains: p
60S ribosomal protein L30 protein, length: 105 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 77 116 264
95 % 77 116 343
90 % 78 118 353
70 % 78 118 392
50 % 94 164 351
40 % 94 164 365
30 % 94 164 375
Entity #38 | Chains: q
60S ribosomal protein L31-A protein, length: 113 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 114 279
95 % 75 114 360
90 % 75 114 380
70 % 76 116 407
50 % 113 212 275
40 % 113 212 282
30 % 113 212 297
Entity #39 | Chains: r
60S ribosomal protein L32 protein, length: 130 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 117 260
95 % 75 117 335
90 % 75 117 359
70 % 76 119 389
50 % 113 215 266
40 % 115 221 266
30 % 115 222 276
Entity #4 | Chains: Y
Tyrosine-protein phosphatase YVH1 protein, length: 364 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 4 1 21682
95 % 4 5 18646
90 % 4 5 18274
70 % 4 5 17702
50 % 4 5 15172
40 % 4 2 14070
30 % 4 5 13377
Entity #40 | Chains: s
60S ribosomal protein L33-A protein, length: 107 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 115 278
95 % 74 115 361
90 % 74 115 381
70 % 75 117 409
50 % 111 203 287
40 % 113 207 291
30 % 114 213 303
Entity #41 | Chains: t
60S ribosomal protein L34-A protein, length: 121 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 68 295
95 % 74 110 384
90 % 74 110 406
70 % 75 112 430
50 % 111 83 308
40 % 113 200 313
30 % 114 205 308
Entity #42 | Chains: u
60S ribosomal protein L35-A protein, length: 120 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 120 251
95 % 75 148 326
90 % 75 120 348
70 % 76 122 376
50 % 114 216 273
40 % 115 227 257
30 % 117 230 261
Entity #43 | Chains: v
60S ribosomal protein L36-A protein, length: 100 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 111 290
95 % 74 69 362
90 % 74 114 382
70 % 75 117 412
50 % 75 117 454
40 % 112 205 295
30 % 112 215 291
Entity #44 | Chains: w
60S ribosomal protein L37-A protein, length: 88 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 75 81 262
95 % 75 117 339
90 % 75 117 362
70 % 76 122 377
50 % 113 220 259
40 % 113 220 267
30 % 113 220 278
Entity #45 | Chains: x
60S ribosomal protein L38 protein, length: 78 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 110 293
95 % 74 110 379
90 % 74 110 408
70 % 75 112 432
50 % 75 112 465
40 % 76 119 466
30 % 76 119 483
Entity #46 | Chains: y
60S ribosomal protein L39 protein, length: 51 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 112 285
95 % 74 112 370
90 % 74 112 391
70 % 110 33 261
50 % 115 220 260
40 % 115 220 268
30 % 115 220 279
Entity #47 | Chains: z
Ubiquitin-60S ribosomal protein L40 protein, length: 128 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 16 30 1345
95 % 17 11 1713
90 % 30 2 881
70 % 30 85 871
50 % 30 11 887
40 % 31 27 907
30 % 31 72 944
Entity #48 | Chains: L
Ribosomal protein L12 protein, length: 165 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 3 1 30583
95 % 3 4 24487
90 % 3 1 23743
70 % 3 4 21656
50 % 23 74 1035
40 % 23 74 1070
30 % 23 74 1123
Entity #5 | Chains: X
Eukaryotic translation initiation factor 6 protein, length: 245 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 22 38 1555
95 % 22 38 2001
90 % 22 38 2058
70 % 27 43 1863
50 % 29 47 1615
40 % 29 47 1644
30 % 30 49 1590
Entity #6 | Chains: W
Large subunit GTPase 1 protein, length: 640 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 6 7 14171
95 % 6 7 14349
90 % 6 4 11722
70 % 6 8 11191
50 % 6 4 11084
40 % 6 8 10440
30 % 6 8 9543
Entity #7 | Chains: V
60S ribosomal export protein NMD3 protein, length: 518 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 9 5 8295
95 % 9 11 8885
90 % 9 11 8829
70 % 9 11 8559
50 % 9 7 8020
40 % 12 4 6170
30 % 12 7 5868
Entity #8 | Chains: D
60S ribosomal protein L2-A protein, length: 254 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 74 110 292
95 % 74 109 385
90 % 75 87 397
70 % 111 200 264
50 % 113 214 268
40 % 185 289 196
30 % 185 289 206
Entity #9 | Chains: E
60S ribosomal protein L3 protein, length: 387 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 73 114 287
95 % 75 116 348
90 % 76 118 357
70 % 76 118 398
50 % 117 227 250
40 % 117 227 256
30 % 117 224 262

Instructions

In the table for each entity, view a list of similar sequences by selecting the link associated with the percentage cutoff.



View more detailed documentation on the redundancy reduction and sequence clustering procedure used by RCSB PDB.

You can also use the structure comparison tool to compare any 2 given structures


ACTION - (A) Select for download / view details OR (B) Select two chains for comparison
Rank PDB ID Entity ID Chains Description Details Taxonomy EC Number
1 3WA2 1 X Phenylethylamine oxidase UNP residues 9-629 1665 1.4.3.21 | Details
2 6L9C 1 X Phenylethylamine oxidase 1665 1.4.3.21 | Details
3 3X3Y 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
4 3X3Z 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
5 1W6G 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS AUTOCATALYTICALLY MODIFIED TO BECOME TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
6 5ZPL 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
7 5ZP7 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
8 3WA3 1 A, B Phenylethylamine oxidase UNP residues 9-629 1665 1.4.3.21 | Details
9 5ZPM 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
10 5ZP1 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
11 5ZPJ 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
12 5ZPD 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
13 5ZP8 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
14 5ZPG 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
15 2CFG 1 A, B PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
16 1RJO 1 A Phenylethylamine oxidase 1665 1.4.3.21 | Details
17 5ZOU 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
18 5ZPN 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
19 5ZPE 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
20 2CG1 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
21 5ZOY 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
22 5ZOZ 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
23 5ZPO 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
24 5ZP9 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
25 5ZP6 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
26 1W4N 1 A, B PHENYLETHYLAMINE OXIDASE RESIDUES A382 AND B382 ARE ACTIVE SITE TYROSINE RESIDUES, WHICH WERE AUTOCATALYTICALLY MODIFIED TO BECOME TPQ, ARE COVALENTLY LINKED TO THE SUICIDE INHIBITOR TRANS-2-PHENYLCYCLOPROPYL-1-AMINE. THIS MODIFIED TPQ IS NAMED TCQ 1665 1.4.3.21 | Details
27 5ZPA 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
28 2CFD 1 A, B PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS AUTOCATALYTICALLY MODIFIED TO BECOME TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
29 1SII 1 A Phenylethylamine oxidase Arthrobacter globiformis copper amine oxidase (AGAO) with modified amino acid 382 TPQ - 4-(2-naphthyloxy)-2-butyn-1-amine moiety 1665 1.4.3.21 | Details
30 1SIH 1 A Phenylethylamine oxidase AGAO covalently inhibited 1665 1.4.3.21 | Details
31 5ZPH 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
32 5ZP0 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
33 2BT3 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS AUTOCATALYTICALLY MODIFIED TO BECOME TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
34 3X3X 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
35 5ZP2 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
36 5ZPS 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
37 5ZPI 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
38 2CFW 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
39 5ZP3 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
40 5ZPF 1 A, B Phenylethylamine oxidase UNP residues 6-928 1665 1.4.3.21 | Details
41 5ZPK 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
42 5ZP4 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
43 2CFK 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
44 5ZOW 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
45 5ZPP 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
46 2CFL 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
47 5ZP5 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
48 5ZPQ 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
49 5ZOX 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
50 5ZPB 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
51 2CG0 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS SELF-PROCESSED TO BECOME A TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
52 2ZL8 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
53 2E2U 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
54 2D1W 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
55 1W5Z 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS AUTOCATALYTICALLY MODIFIED TO BECOME TPQ, AND WAS THEN COVALENTLY LINKED TO THE SUICIDE INHIBITOR BENZYLHYDRAZINE. 1665 1.4.3.21 | Details
56 3X41 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
57 5ZPC 1 A, B Phenylethylamine oxidase UNP residues 9-628 1665 1.4.3.21 | Details
58 3X42 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
59 5ZPR 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
60 2CWU 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
61 5ZPT 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
62 2CWT 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
63 3KII 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
64 2YX9 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
65 1IQY 1 A, B AMINE OXIDASE 1665 1.4.3.21 | Details
66 1IU7 1 A, B AMINE OXIDASE 1665 1.4.3.21 | Details
67 1IVW 1 A, B amine oxidase 1665 1.4.3.21 | Details
68 2E2V 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
69 1UI8 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
70 2CWV 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
71 1WMN 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
72 1WMO 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
73 1IVU 1 A, B amine oxidase 1665 1.4.3.21 | Details
74 3X40 1 A, B Phenylethylamine oxidase UNP RESIDUES 9-628 1665 1.4.3.21 | Details
75 1WMP 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
76 3KN4 1 A Phenylethylamine oxidase 1665 1.4.3.21 | Details
77 1UI7 1 A, B Phenylethylamine oxidase 1665 1.4.3.21 | Details
78 1IQX 1 A, B CO(II)-SUBSTITUTED AMINE OXIDASE 1665 1.4.3.21 | Details
79 3AMO 1 A Phenylethylamine oxidase 1665 1.4.3.21 | Details
80 3AMO 2 B Phenylethylamine oxidase 1665 1.4.3.21 | Details
81 1IVV 1 A, B amine oxidase 1665 1.4.3.21 | Details
82 2E2T 1 A Phenylethylamine oxidase 1665 1.4.3.21 | Details
83 1W6C 1 A PHENYLETHYLAMINE OXIDASE RESIDUE A382 WAS AN ACTIVE SITE TYROSINE RESIDUE, WHICH WAS AUTOCATALYTICALLY MODIFIED TO BECOME TPQ AGAO HOLOENZYME, RESIDUES 3-638 1665 1.4.3.21 | Details
84 1AVK 1 A AMINE OXIDASE 1665 1.4.3.21 | Details
85 1AV4 1 A AMINE OXIDASE 1665 1.4.3.21 | Details
86 1IVX 1 A, B amine oxidase 1665 1.4.3.21 | Details
87 1AVL 1 A AMINE OXIDASE 1665 1.4.3.21 | Details