1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 Lecoq, L. Dubee, V. Triboulet, S. Bougault, C. Hugonnet, J.E. Arthur, M. Simorre, J.P. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic 1 90.00 90.00 90.00 1.000 1.000 1.000 C3 H7 N O2 89.093 y ALANINE L-peptide linking C6 H15 N4 O2 1 175.209 y ARGININE L-peptide linking C4 H8 N2 O3 132.118 y ASPARAGINE L-peptide linking C4 H7 N O4 133.103 y ASPARTIC ACID L-peptide linking C3 H7 N O2 S 121.158 y CYSTEINE L-peptide linking C5 H10 N2 O3 146.144 y GLUTAMINE L-peptide linking C5 H9 N O4 147.129 y GLUTAMIC ACID L-peptide linking C2 H5 N O2 75.067 y GLYCINE peptide linking C6 H10 N3 O2 1 156.162 y HISTIDINE L-peptide linking C6 H13 N O2 131.173 y ISOLEUCINE L-peptide linking C6 H13 N O2 131.173 y LEUCINE L-peptide linking C6 H15 N2 O2 1 147.195 y LYSINE L-peptide linking C5 H11 N O2 S 149.211 y METHIONINE L-peptide linking C9 H11 N O2 165.189 y PHENYLALANINE L-peptide linking C5 H9 N O2 115.130 y PROLINE L-peptide linking C3 H7 N O3 105.093 y SERINE L-peptide linking C4 H9 N O3 119.119 y THREONINE L-peptide linking C11 H12 N2 O2 204.225 y TRYPTOPHAN L-peptide linking C9 H11 N O3 181.189 y TYROSINE L-peptide linking C5 H11 N O2 117.146 y VALINE L-peptide linking US Acs Chem.Biol. 1554-8929 8 1140 10.1021/CB4001603 23574509 The Structure of Enterococcus Faecium L,D---Transpeptidase Acylated by Ertapenem Provides Insight Into the Inactivation Mechanism. 2013 10.2210/pdb3zg4/pdb pdb_00003zg4 1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 14572.148 ERFK/YBIS/YCFS/YNHG 2.3.2.12 CATALYTIC DOMAIN, RESIDUES 340-465 1 man polymer ERFK/YBIS/YCFS/YNHG FAMILY PROTEIN, LDTFM no no GHMEDTYIEVDLENQHMWYYKDGKVALETDIVSGKPTTPTPAGVFYVWNKEEDATLKGTNDDGTPYESPVNYWMPIDWTG VGIHDSDWQPEYGGDLWKTRGSHGCINTPPSVMKELFGMVEKGTPVLVF GHMEDTYIEVDLENQHMWYYKDGKVALETDIVSGKPTTPTPAGVFYVWNKEEDATLKGTNDDGTPYESPVNYWMPIDWTG VGIHDSDWQPEYGGDLWKTRGSHGCINTPPSVMKELFGMVEKGTPVLVF A polypeptide(L) n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n n sample 1352 ENTEROCOCCUS FAECIUM 469008 ESCHERICHIA COLI BL21(DE3) PETTEV PLASMID atom_site pdbx_database_status pdbx_nmr_software pdbx_nmr_spectrometer database_2 pdbx_database_status repository Initial release Database references Atomic model Data collection Other Database references Other 1 0 2013-04-24 1 1 2013-08-28 2 0 2021-06-23 2 1 2023-06-14 _atom_site.B_iso_or_equiv _atom_site.Cartn_x _atom_site.Cartn_y _atom_site.Cartn_z _pdbx_database_status.status_code_cs _pdbx_database_status.status_code_mr _pdbx_nmr_software.name _database_2.pdbx_DOI _database_2.pdbx_database_accession _pdbx_database_status.status_code_nmr_data NMR STRUCTURE OF THE CATALYTIC DOMAIN FROM E. FAECIUM L,D-TRANSPEPTIDASE ACYLATED BY ERTAPENEM HELIX DETERMINATION METHOD: AUTHOR PROVIDED. SHEET DETERMINATION METHOD: AUTHOR PROVIDED. PDBE Y PDBE 2012-12-14 REL REL REL REL THE 20 NMR STRUCTURES WERE DETERMINED USING TRIPLE- RESONANCE NMR SPECTROSCOPY ON A 13C, 15N-LABELED LDTFM SAMPLE. THESE STRUCTURES WERE REFINED IN WATER USING CNS1.2 TOTAL ENERGY 1700 20 1H-15N-HSQC 1H-13C-HSQC CENTERED ON ALIPHATICS 1H-15N-HMQC DETECTING 2J 3J COUPLINGS IN HISTIDINES IMIDAZOLE RING 1H-15N-HSQC DETECTING 1J COUPLING IN HISTIDINES IMIDAZOLE RING 3D-15N- NOESY-HSQC HNCO 3D-13C- NOESY-HSQC CENTERED ON ALIPHATICS 1H-13C-HSQC CENTERED ON AROMATICS 3D- 13C-NOESY-HSQC CENTERED ON AROMATICS 300 mM 6.4 pH 1.0 atm 298.0 K REFINEMENT IN WATER AFTER 8 ITERATIONS ARIA2.3 1 10% WATER/90% D2O 100% D2O BRUNGER,ADAMS,CLORE,DELANO,GROS,GROSSE- KUNSTLEVE,JIANG,KUSZEWSKI,NILGES,PANNU,READ, RICE,SIMONSON,WARREN refinement CNS structure solution UNIO 10 structure solution TALOS structure solution CcpNmr Analysis ANALYSIS 800 Varian Direct Drive 600 Varian 600 Varian 600 Varian 600 Varian 950 Varian 800 Bruker GLY 338 n 1 GLY 338 A HIS 339 n 2 HIS 339 A MET 340 n 3 MET 340 A GLU 341 n 4 GLU 341 A ASP 342 n 5 ASP 342 A THR 343 n 6 THR 343 A TYR 344 n 7 TYR 344 A ILE 345 n 8 ILE 345 A GLU 346 n 9 GLU 346 A VAL 347 n 10 VAL 347 A ASP 348 n 11 ASP 348 A LEU 349 n 12 LEU 349 A GLU 350 n 13 GLU 350 A ASN 351 n 14 ASN 351 A GLN 352 n 15 GLN 352 A HIS 353 n 16 HIS 353 A MET 354 n 17 MET 354 A TRP 355 n 18 TRP 355 A TYR 356 n 19 TYR 356 A TYR 357 n 20 TYR 357 A LYS 358 n 21 LYS 358 A ASP 359 n 22 ASP 359 A GLY 360 n 23 GLY 360 A LYS 361 n 24 LYS 361 A VAL 362 n 25 VAL 362 A ALA 363 n 26 ALA 363 A LEU 364 n 27 LEU 364 A GLU 365 n 28 GLU 365 A THR 366 n 29 THR 366 A ASP 367 n 30 ASP 367 A ILE 368 n 31 ILE 368 A VAL 369 n 32 VAL 369 A SER 370 n 33 SER 370 A GLY 371 n 34 GLY 371 A LYS 372 n 35 LYS 372 A PRO 373 n 36 PRO 373 A THR 374 n 37 THR 374 A THR 375 n 38 THR 375 A PRO 376 n 39 PRO 376 A THR 377 n 40 THR 377 A PRO 378 n 41 PRO 378 A ALA 379 n 42 ALA 379 A GLY 380 n 43 GLY 380 A VAL 381 n 44 VAL 381 A PHE 382 n 45 PHE 382 A TYR 383 n 46 TYR 383 A VAL 384 n 47 VAL 384 A TRP 385 n 48 TRP 385 A ASN 386 n 49 ASN 386 A LYS 387 n 50 LYS 387 A GLU 388 n 51 GLU 388 A GLU 389 n 52 GLU 389 A ASP 390 n 53 ASP 390 A ALA 391 n 54 ALA 391 A THR 392 n 55 THR 392 A LEU 393 n 56 LEU 393 A LYS 394 n 57 LYS 394 A GLY 395 n 58 GLY 395 A THR 396 n 59 THR 396 A ASN 397 n 60 ASN 397 A ASP 398 n 61 ASP 398 A ASP 399 n 62 ASP 399 A GLY 400 n 63 GLY 400 A THR 401 n 64 THR 401 A PRO 402 n 65 PRO 402 A TYR 403 n 66 TYR 403 A GLU 404 n 67 GLU 404 A SER 405 n 68 SER 405 A PRO 406 n 69 PRO 406 A VAL 407 n 70 VAL 407 A ASN 408 n 71 ASN 408 A TYR 409 n 72 TYR 409 A TRP 410 n 73 TRP 410 A MET 411 n 74 MET 411 A PRO 412 n 75 PRO 412 A ILE 413 n 76 ILE 413 A ASP 414 n 77 ASP 414 A TRP 415 n 78 TRP 415 A THR 416 n 79 THR 416 A GLY 417 n 80 GLY 417 A VAL 418 n 81 VAL 418 A GLY 419 n 82 GLY 419 A ILE 420 n 83 ILE 420 A HIS 421 n 84 HIS 421 A ASP 422 n 85 ASP 422 A SER 423 n 86 SER 423 A ASP 424 n 87 ASP 424 A TRP 425 n 88 TRP 425 A GLN 426 n 89 GLN 426 A PRO 427 n 90 PRO 427 A GLU 428 n 91 GLU 428 A TYR 429 n 92 TYR 429 A GLY 430 n 93 GLY 430 A GLY 431 n 94 GLY 431 A ASP 432 n 95 ASP 432 A LEU 433 n 96 LEU 433 A TRP 434 n 97 TRP 434 A LYS 435 n 98 LYS 435 A THR 436 n 99 THR 436 A ARG 437 n 100 ARG 437 A GLY 438 n 101 GLY 438 A SER 439 n 102 SER 439 A HIS 440 n 103 HIS 440 A GLY 441 n 104 GLY 441 A CYS 442 n 105 CYS 442 A ILE 443 n 106 ILE 443 A ASN 444 n 107 ASN 444 A THR 445 n 108 THR 445 A PRO 446 n 109 PRO 446 A PRO 447 n 110 PRO 447 A SER 448 n 111 SER 448 A VAL 449 n 112 VAL 449 A MET 450 n 113 MET 450 A LYS 451 n 114 LYS 451 A GLU 452 n 115 GLU 452 A LEU 453 n 116 LEU 453 A PHE 454 n 117 PHE 454 A GLY 455 n 118 GLY 455 A MET 456 n 119 MET 456 A VAL 457 n 120 VAL 457 A GLU 458 n 121 GLU 458 A LYS 459 n 122 LYS 459 A GLY 460 n 123 GLY 460 A THR 461 n 124 THR 461 A PRO 462 n 125 PRO 462 A VAL 463 n 126 VAL 463 A LEU 464 n 127 LEU 464 A VAL 465 n 128 VAL 465 A PHE 466 n 129 PHE 466 A author_and_software_defined_assembly PISA 1 monomeric 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 1_555 x,y,z identity operation 0.0000000000 0.0000000000 0.0000000000 A N ASP 348 A N ASP 11 A O HIS 353 A O HIS 16 A N LYS 358 A N LYS 21 A O LYS 361 A O LYS 24 A N PHE 382 A N PHE 45 A O VAL 463 A O VAL 126 A N GLU 388 A N GLU 51 A O TRP 410 A O TRP 73 A N MET 411 A N MET 74 A O ILE 420 A O ILE 83 A N HIS 421 A N HIS 84 A O ILE 443 A O ILE 106 A N GLY 395 A N GLY 58 A O TYR 403 A O TYR 66 1 A A O H TYR ALA 356 363 1.52 1 A A OD1 H ASP ASN 348 351 1.59 1 A A H O LYS SER 372 439 1.59 1 A A O H GLU TRP 388 410 1.59 1 A A O H GLU TRP 346 355 1.59 2 A A O H TYR ALA 356 363 1.51 2 A A H O ASN THR 397 401 1.56 2 A A H O LYS SER 372 439 1.57 2 A A O H GLU TRP 388 410 1.57 2 A A O H LEU VAL 453 457 1.58 2 A A O H GLU TRP 346 355 1.59 3 A A O H TYR ALA 356 363 1.50 3 A A O H GLU TRP 388 410 1.58 3 A A O H LEU VAL 453 457 1.60 3 A A O H GLU TRP 346 355 1.60 4 A A H O ASN THR 397 401 1.43 4 A A O H TYR ALA 356 363 1.54 4 A A H O LYS SER 372 439 1.56 4 A A O H GLU TRP 346 355 1.59 5 A A O H TYR ALA 356 363 1.51 5 A A H O ASN THR 397 401 1.56 5 A A O H GLU TRP 388 410 1.56 5 A A OD1 HG1 ASP THR 399 401 1.59 5 A A H O LYS SER 372 439 1.59 6 A A O H TYR ALA 356 363 1.54 6 A A O H LEU VAL 453 457 1.55 6 A A O H GLU TRP 388 410 1.56 6 A A H O ASN THR 397 401 1.58 6 A A O H GLU TRP 346 355 1.59 6 A A OD1 H ASP ASN 348 351 1.59 7 A A O H TYR ALA 356 363 1.52 7 A A H O ASN THR 397 401 1.54 7 A A O H GLU TRP 388 410 1.57 7 A A O H LEU VAL 453 457 1.59 7 A A H O LYS SER 372 439 1.59 7 A A O H GLU TRP 346 355 1.59 8 A A O H TYR ALA 356 363 1.54 8 A A O H GLU TRP 346 355 1.59 8 A A H O ASN THR 397 401 1.60 9 A A O H TYR ALA 356 363 1.54 9 A A H O LYS SER 372 439 1.59 9 A A O H GLU TRP 346 355 1.60 10 A A O H TYR ALA 356 363 1.53 10 A A H O ASN THR 397 401 1.56 10 A A HG1 OD2 THR ASP 374 398 1.58 10 A A O H GLU TRP 346 355 1.59 11 A A O H TYR ALA 356 363 1.52 11 A A H O LYS SER 372 439 1.53 11 A A H O ASN THR 397 401 1.54 11 A A O H GLU TRP 346 355 1.59 12 A A O H TYR ALA 356 363 1.53 12 A A H O LYS SER 372 439 1.57 12 A A HZ3 OD1 LYS ASP 372 398 1.59 12 A A O H GLU TRP 388 410 1.60 13 A A O H TYR ALA 356 363 1.52 13 A A H O ASN THR 397 401 1.56 13 A A H O LYS SER 372 439 1.57 13 A A OD1 HG1 ASP THR 399 401 1.58 14 A A O H TYR ALA 356 363 1.52 14 A A H O ASN THR 397 401 1.53 14 A A OD1 H ASP ASN 348 351 1.56 14 A A H O LYS SER 372 439 1.58 14 A A O H GLU TRP 388 410 1.59 14 A A O H PHE VAL 382 463 1.60 15 A A O H TYR ALA 356 363 1.52 15 A A H O ASN THR 397 401 1.55 15 A A O H GLU TRP 346 355 1.60 16 A A O H TYR ALA 356 363 1.52 16 A A H O ASN THR 397 401 1.54 16 A A H O LYS SER 372 439 1.54 16 A A O H GLU TRP 388 410 1.55 17 A A H O ASN THR 397 401 1.44 17 A A O H TYR ALA 356 363 1.52 17 A A H O LYS SER 372 439 1.56 17 A A O H GLU TRP 388 410 1.59 17 A A HG1 OD1 THR ASP 374 398 1.59 17 A A O H GLU TRP 346 355 1.60 18 A A O H TYR ALA 356 363 1.53 18 A A H O ASN THR 397 401 1.55 18 A A OD1 HG1 ASP THR 399 401 1.59 19 A A O H MET PHE 450 454 1.52 19 A A O H TYR ALA 356 363 1.52 19 A A H O ASN THR 397 401 1.55 19 A A H O LYS SER 372 439 1.56 19 A A OD2 HG1 ASP THR 414 416 1.57 19 A A O H PRO MET 446 450 1.59 19 A A O H GLU TRP 346 355 1.59 19 A A OD1 HG1 ASP THR 399 401 1.60 20 A A H O ASN THR 397 401 1.51 20 A A O H TYR ALA 356 363 1.52 20 A A OD2 HG1 ASP THR 414 416 1.57 20 A A H O LYS SER 372 439 1.58 20 A A O H GLU TRP 388 410 1.59 20 A A O H GLU TRP 346 355 1.60 1 A A GLY ASP 431 432 -147.75 2 A A GLY ASP 431 432 -145.82 5 A A GLY ASP 431 432 -148.05 6 A A GLY ASP 431 432 -146.66 7 A A GLY ASP 431 432 -147.60 9 A A GLY ASP 431 432 -146.11 10 A A GLY ASP 431 432 -145.67 11 A A GLY ASP 431 432 -146.89 12 A A GLY ASP 431 432 -146.36 13 A A GLY ASP 431 432 -146.44 14 A A GLY ASP 431 432 -146.68 15 A A GLY ASP 431 432 -147.20 16 A A GLY ASP 431 432 -146.31 17 A A GLY ASP 431 432 -145.78 19 A A GLY ASP 431 432 -149.87 20 A A GLY ASP 431 432 -147.48 4 A TYR 356 0.052 SIDE CHAIN 5 A TYR 356 0.060 SIDE CHAIN 7 A TYR 356 0.058 SIDE CHAIN 1 A HIS 339 -174.61 94.40 1 A MET 340 77.53 179.68 1 A GLN 352 36.09 72.67 1 A PRO 373 -36.12 -28.82 1 A ALA 379 69.35 121.93 1 A ASN 397 -51.85 179.05 1 A ASP 432 -56.36 100.53 2 A MET 340 71.71 -178.29 2 A GLN 352 38.16 71.85 2 A PRO 373 -34.13 -32.89 2 A ALA 379 68.69 121.56 2 A ASN 397 -54.31 -179.45 2 A ASP 432 -54.77 101.13 2 A LYS 459 -47.09 155.08 3 A HIS 339 59.21 84.56 3 A MET 340 76.47 -175.43 3 A GLN 352 34.30 68.96 3 A PRO 373 -34.17 -32.68 3 A ALA 379 69.48 122.58 3 A ASN 397 -50.85 -179.65 3 A ASP 432 -51.08 100.60 3 A LYS 459 -45.26 153.43 4 A MET 340 79.48 172.98 4 A GLN 352 38.87 73.14 4 A PRO 373 -33.49 -31.84 4 A ALA 379 69.36 123.22 4 A ASN 397 -52.77 -178.83 4 A ASP 432 -51.76 100.33 4 A HIS 440 -101.21 68.38 5 A MET 340 -54.46 176.53 5 A GLN 352 35.94 71.25 5 A PRO 373 -36.02 -31.91 5 A ALA 379 67.05 124.25 5 A ASN 397 -55.40 -178.18 5 A ASP 432 -54.92 100.62 5 A LYS 459 -46.21 154.42 6 A MET 340 63.78 -173.58 6 A GLU 341 -144.37 -5.69 6 A TYR 344 -164.66 -169.81 6 A GLN 352 38.01 69.48 6 A PRO 373 -37.95 -31.19 6 A ALA 379 70.64 122.79 6 A ASN 397 -51.62 179.29 6 A ASP 432 -55.04 101.50 6 A LYS 459 -45.32 154.24 7 A MET 340 69.09 178.95 7 A PRO 373 -35.11 -31.81 7 A ALA 379 67.66 122.87 7 A ASN 397 -54.29 179.97 7 A ASP 432 -55.56 100.73 7 A HIS 440 -110.79 71.93 7 A LYS 459 -45.40 154.14 8 A MET 340 73.60 -175.42 8 A GLU 341 -145.09 -4.97 8 A GLN 352 33.60 69.08 8 A PRO 373 -36.69 -29.15 8 A ALA 379 69.52 122.45 8 A ASN 397 -50.96 179.49 8 A ASP 432 -51.94 100.60 9 A MET 340 63.87 -176.49 9 A GLU 341 -141.36 -6.60 9 A GLN 352 34.09 69.27 9 A PRO 373 -32.94 -31.67 9 A ALA 379 68.23 123.04 9 A ASN 397 -50.95 -179.72 9 A ASP 432 -54.55 100.96 10 A MET 340 62.74 -176.15 10 A PRO 373 -36.74 -29.17 10 A ALA 379 68.71 123.03 10 A ASN 397 -50.21 -178.96 10 A ASP 432 -54.97 101.60 10 A HIS 440 -106.29 68.54 11 A MET 340 73.85 -179.99 11 A GLN 352 38.14 71.76 11 A PRO 373 -37.20 -31.18 11 A ALA 379 67.59 122.34 11 A ASN 397 -55.62 -179.14 11 A ASP 432 -55.28 101.42 12 A HIS 339 -162.55 97.74 12 A MET 340 67.99 -174.52 12 A GLU 341 -142.41 -12.22 12 A TYR 344 -160.94 -169.31 12 A PRO 373 -34.34 -32.56 12 A ALA 379 67.13 122.61 12 A ASN 397 -50.93 -178.71 12 A ASP 432 -55.72 101.33 12 A HIS 440 -100.70 68.30 13 A GLN 352 37.60 70.38 13 A PRO 373 -33.61 -33.41 13 A ALA 379 68.00 121.91 13 A ASN 397 -54.70 -178.73 13 A ASP 432 -54.90 100.99 13 A HIS 440 -101.75 70.09 14 A MET 340 69.12 -175.69 14 A GLU 341 -143.11 -4.38 14 A GLN 352 35.01 74.14 14 A PRO 373 -34.46 -33.01 14 A ALA 379 68.05 122.55 14 A ASN 397 -53.10 -179.14 14 A ASP 432 -55.65 100.81 14 A HIS 440 -100.04 71.38 15 A MET 340 -69.75 -175.69 15 A PRO 373 -33.99 -36.46 15 A ALA 379 67.89 120.95 15 A ASN 397 -52.21 -179.56 15 A ASP 432 -56.41 100.52 16 A MET 340 83.69 172.20 16 A GLN 352 36.93 73.35 16 A PRO 373 -33.59 -31.72 16 A ALA 379 66.31 122.63 16 A ASN 397 -54.13 -179.38 16 A ASP 432 -55.22 100.53 16 A HIS 440 -101.80 71.73 17 A MET 340 52.83 106.01 17 A PRO 373 -34.47 -33.91 17 A ALA 379 67.80 123.24 17 A ASN 397 -52.72 -179.39 17 A ASP 432 -54.59 101.06 18 A MET 340 62.21 -173.53 18 A GLU 341 -144.83 -4.83 18 A GLN 352 36.24 68.84 18 A PRO 373 -33.68 -33.67 18 A ALA 379 68.30 122.86 18 A ASN 397 -54.20 -178.75 18 A ASP 432 -52.01 100.50 19 A MET 340 76.27 -175.97 19 A PRO 373 -34.19 -32.44 19 A ALA 379 68.32 122.33 19 A ASN 397 -54.36 -178.35 19 A ASP 432 -55.97 100.52 19 A HIS 440 -103.96 68.14 20 A HIS 339 62.24 90.79 20 A MET 340 63.76 -171.81 20 A GLU 341 -149.83 -3.17 20 A GLN 352 35.36 73.28 20 A PRO 373 -33.61 -34.19 20 A ALA 379 68.34 122.80 20 A ASN 397 -52.70 -179.69 20 A ASP 432 -56.47 101.32 20 A HIS 440 -109.31 73.08 NMR structure of the catalytic domain from E. faecium L,D- transpeptidase 1 N N A LEU 433 A LEU 96 HELX_P A GLY 438 A GLY 101 1 1 6 A PRO 447 A PRO 110 HELX_P A VAL 457 A VAL 120 1 2 11 TRANSFERASE TRANSFERASE, TRANSPEPTIDATION, PEPTIDOGLYCAN BIOSYNTHESIS, ANTIBIOTIC RESISTANCE Q3Y185_ENTFC UNP 1 Q3Y185 340 465 3ZG4 340 465 Q3Y185 A 1 3 128 1 expression tag GLY 338 3ZG4 A Q3Y185 UNP 1 1 expression tag HIS 339 3ZG4 A Q3Y185 UNP 2 1 expression tag MET 340 3ZG4 A Q3Y185 UNP 3 3 2 4 2 anti-parallel anti-parallel anti-parallel anti-parallel anti-parallel parallel anti-parallel A THR 343 A THR 6 A ASP 348 A ASP 11 A GLN 352 A GLN 15 A LYS 358 A LYS 21 A LYS 361 A LYS 24 A ASP 367 A ASP 30 A VAL 381 A VAL 44 A VAL 384 A VAL 47 A THR 461 A THR 124 A VAL 465 A VAL 128 A LYS 387 A LYS 50 A GLU 389 A GLU 52 A TYR 409 A TYR 72 A PRO 412 A PRO 75 A GLY 419 A GLY 82 A ASP 422 A ASP 85 A ILE 443 A ILE 106 A THR 445 A THR 108 A THR 392 A THR 55 A THR 396 A THR 59 A PRO 402 A PRO 65 A PRO 406 A PRO 69 1 P 1