# Query: mol1A # No: Chain Z rmsd lali nres %id PDB Description 1: 1ueb-A 6.2 3.1 70 184 7 MOLECULE: ELONGATION FACTOR P; 2: 1bkb-A 5.3 2.5 59 136 5 MOLECULE: TRANSLATION INITIATION FACTOR 5A; 3: 1h9j-A 5.2 3.3 64 145 14 MOLECULE: MOLYBDENUM-BINDING-PROTEIN; 4: 1ty0-A 4.9 6.4 73 211 4 MOLECULE: PUTATIVE EXOTOXIN (SUPERANTIGEN); 5: 2eif-A 4.9 2.4 58 133 7 MOLECULE: PROTEIN (EUKARYOTIC TRANSLATION INITIATION 6: 2j4x-A 4.7 6.3 65 196 11 MOLECULE: MITOGEN; 7: 1fgu-A 4.6 3.5 71 246 10 MOLECULE: REPLICATION PROTEIN A 70 KDA DNA-BINDING SUBUNIT; 8: 2i0q-A 4.6 3.5 69 461 7 MOLECULE: TELOMERE-BINDING PROTEIN ALPHA SUBUNIT; 9: 1zeq-X 4.6 3.0 60 84 8 MOLECULE: CATION EFFLUX SYSTEM PROTEIN CUSF; 10: 2awn-B 4.5 2.7 61 374 8 MOLECULE: MALTOSE/MALTODEXTRIN IMPORT ATP-BINDING PROTEIN 11: 3en2-A 4.5 3.5 65 91 5 MOLECULE: PROBABLE PRIMOSOMAL REPLICATION PROTEIN N; 12: 1z9f-A 4.5 3.5 70 89 6 MOLECULE: SINGLE-STRAND BINDING PROTEIN; 13: 1u5k-A 4.5 6.3 70 242 9 MOLECULE: HYPOTHETICAL PROTEIN; 14: 2awn-D 4.4 2.8 61 301 8 MOLECULE: MALTOSE/MALTODEXTRIN IMPORT ATP-BINDING PROTEIN 15: 1b9m-A 4.4 2.8 64 258 13 MOLECULE: PROTEIN (MODE); 16: 1wfq-A 4.4 3.2 66 89 12 MOLECULE: UNR PROTEIN; 17: 2k5n-A 4.4 2.9 61 74 11 MOLECULE: PUTATIVE COLD-SHOCK PROTEIN; 18: 1gm5-A 4.3 5.3 75 729 7 MOLECULE: DNA (5'-(*CP*AP*GP*CP*TP*CP*CP*AP*TP*GP*AP*TP* 19: 1x65-A 4.3 3.3 61 89 10 MOLECULE: UNR PROTEIN; 20: 2kcm-A 4.3 3.2 65 74 9 MOLECULE: COLD SHOCK DOMAIN FAMILY PROTEIN; 21: 1fr3-A 4.3 3.3 55 67 15 MOLECULE: MOLYBDATE/TUNGSTATE BINDING PROTEIN; 22: 1gug-A 4.3 3.2 56 67 14 MOLECULE: MOLYBDATE BINDING PROTEIN II; 23: 3k6o-A 4.1 6.5 64 211 13 MOLECULE: UNCHARACTERIZED PROTEIN DUF1344; 24: 2k5v-A 4.1 3.7 73 98 10 MOLECULE: REPLICATION PROTEIN A; 25: 1miu-A 4.0 7.8 84 671 6 MOLECULE: DELETED IN SPLIT HAND/SPLIT FOOT PROTEIN 1; 26: 3kf8-D 4.0 3.0 63 123 5 MOLECULE: PROTEIN STN1; 27: 1iyj-B 4.0 5.5 69 591 9 MOLECULE: DELETED IN SPLIT HAND/SPLIT FOOT PROTEIN 1; 28: 2yty-A 4.0 3.9 64 88 13 MOLECULE: COLD SHOCK DOMAIN-CONTAINING PROTEIN E1; 29: 1hza-A 4.0 2.5 56 67 9 MOLECULE: COLD SHOCK PROTEIN CSPB; 30: 2nn6-H 3.9 4.7 74 250 8 MOLECULE: POLYMYOSITIS/SCLERODERMA AUTOANTIGEN 1; 31: 1ltl-E 3.9 4.3 70 242 11 MOLECULE: DNA REPLICATION INITIATOR (CDC21/CDC54); 32: 2jqo-A 3.9 3.4 63 108 10 MOLECULE: HYPOTHETICAL PROTEIN YOBA; 33: 3dm3-A 3.9 3.8 71 98 8 MOLECULE: REPLICATION FACTOR A; 34: 3i2z-A 3.9 2.9 57 71 9 MOLECULE: RNA CHAPERONE, NEGATIVE REGULATOR OF CSPA 35: 2es2-A 3.9 2.4 54 67 7 MOLECULE: COLD SHOCK PROTEIN CSPB; 36: 1pyb-A 3.8 3.1 66 107 11 MOLECULE: METHIONYL-TRNA SYNTHETASE BETA SUBUNIT; 37: 3f2b-A 3.8 6.5 71 994 7 MOLECULE: DNA-DIRECTED DNA POLYMERASE III ALPHA CHAIN; 38: 1mkh-A 3.8 3.3 64 106 9 MOLECULE: C-TERMINAL DOMAIN OF METHIONYL-TRNA SYNTHETASE; 39: 2ja9-A 3.8 4.6 66 175 9 MOLECULE: EXOSOME COMPLEX EXONUCLEASE RRP40; 40: 1b8a-A 3.8 3.2 62 438 6 MOLECULE: PROTEIN (ASPARTYL-TRNA SYNTHETASE); 41: 1go3-E 3.8 3.6 65 177 12 MOLECULE: DNA-DIRECTED RNA POLYMERASE SUBUNIT E; 42: 1t9h-A 3.8 7.1 68 287 7 MOLECULE: PROBABLE GTPASE ENGC; 43: 2rcf-A 3.8 3.9 62 82 10 MOLECULE: UNIDENTIFIED CARBOXYSOME POLYPEPTIDE; 44: 1bos-A 3.8 2.6 58 69 9 MOLECULE: SHIGA-LIKE TOXIN I B SUBUNIT; 45: 2z0s-A 3.7 5.2 65 175 11 MOLECULE: PROBABLE EXOSOME COMPLEX RNA-BINDING PROTEIN 1; 46: 1yz6-A 3.7 7.9 62 261 11 MOLECULE: PROBABLE TRANSLATION INITIATION FACTOR 2 ALPHA 47: 2ytv-A 3.7 4.0 62 79 8 MOLECULE: COLD SHOCK DOMAIN-CONTAINING PROTEIN E1; 48: 3dwq-C 3.6 3.3 69 120 16 MOLECULE: SUBTILASE CYTOTOXIN, SUBUNIT B; 49: 2waq-G 3.6 2.6 62 113 5 MOLECULE: DNA-DIRECTED RNA POLYMERASE RPO1N SUBUNIT; 50: 3bju-A 3.6 2.9 66 504 11 MOLECULE: LYSYL-TRNA SYNTHETASE; 51: 2qw7-H 3.6 3.6 61 98 7 MOLECULE: CARBON DIOXIDE CONCENTRATING MECHANISM PROTEIN 52: 3b6y-A 3.6 3.4 63 185 8 MOLECULE: GAMMA-INTERFERON-INDUCIBLE PROTEIN IFI-16; 53: 3koj-B 3.6 2.8 62 90 8 MOLECULE: UNCHARACTERIZED PROTEIN YCF41; 54: 1l1o-C 3.5 4.9 70 173 4 MOLECULE: REPLICATION PROTEIN A 14 KDA SUBUNIT; 55: 1g29-1 3.5 2.5 56 372 13 MOLECULE: MALTOSE TRANSPORT PROTEIN MALK; 56: 1luz-A 3.5 2.7 60 85 12 MOLECULE: PROTEIN K3; 57: 1wjj-A 3.4 5.0 72 145 13 MOLECULE: HYPOTHETICAL PROTEIN F20O9.120; 58: 3e0j-A 3.4 3.2 68 416 6 MOLECULE: DNA POLYMERASE SUBUNIT DELTA-2; 59: 1uap-A 3.4 3.2 64 131 13 MOLECULE: PROCOLLAGEN C-PROTEINASE ENHANCER PROTEIN; 60: 2nn6-I 3.4 3.8 70 179 10 MOLECULE: POLYMYOSITIS/SCLERODERMA AUTOANTIGEN 1; 61: 1a0i-A 3.4 3.5 68 332 7 MOLECULE: DNA LIGASE; 62: 1aw7-A 3.4 6.5 65 194 18 MOLECULE: TOXIC SHOCK SYNDROME TOXIN-1; 63: 1n9w-B 3.4 3.0 62 359 5 MOLECULE: ASPARTYL-TRNA SYNTHETASE 2; 64: 1xxg-A 3.4 6.1 62 227 11 MOLECULE: ENTEROTOXIN; 65: 3ice-C 3.4 4.2 69 413 7 MOLECULE: TRANSCRIPTION TERMINATION FACTOR RHO; 66: 2kct-A 3.4 3.1 65 88 6 MOLECULE: CYTOCHROME C-TYPE BIOGENESIS PROTEIN CCME; 67: 1nnx-A 3.4 2.3 56 93 7 MOLECULE: PROTEIN YGIW; 68: 2g9h-D 3.4 4.2 67 213 4 MOLECULE: HLA CLASS II HISTOCOMPATIBILITY ANTIGEN, DR 69: 2dgy-A 3.4 6.0 61 111 11 MOLECULE: MGC11102 PROTEIN; 70: 1hr0-W 3.4 2.9 55 71 16 MOLECULE: 16S RIBOSOMAL RNA; 71: 3kf6-A 3.3 3.0 65 136 6 MOLECULE: PROTEIN STN1; 72: 2rhq-B 3.3 4.2 70 790 4 MOLECULE: PHENYLALANYL-TRNA SYNTHETASE ALPHA CHAIN; 73: 2q2h-A 3.3 3.8 70 118 9 MOLECULE: SECRETION CHAPERONE, PHAGE-DISPLAY DERIVED 74: 2pi2-A 3.3 3.0 65 129 0 MOLECULE: REPLICATION PROTEIN A 32 KDA SUBUNIT; 75: 3kf6-B 3.3 3.0 59 105 7 MOLECULE: PROTEIN STN1; 76: 3f8t-A 3.3 5.2 66 459 15 MOLECULE: PREDICTED ATPASE INVOLVED IN REPLICATION CONTROL, 77: 1x54-A 3.3 3.1 66 434 6 MOLECULE: ASPARAGINYL-TRNA SYNTHETASE; 78: 1wyd-B 3.3 8.0 64 429 8 MOLECULE: HYPOTHETICAL ASPARTYL-TRNA SYNTHETASE; 79: 2hd3-B 3.3 3.0 58 97 12 MOLECULE: ETHANOLAMINE UTILIZATION PROTEIN EUTN; 80: 1q46-A 3.3 2.7 57 174 18 MOLECULE: TRANSLATION INITIATION FACTOR 2 ALPHA SUBUNIT; 81: 2rcn-A 3.3 6.5 63 278 10 MOLECULE: PROBABLE GTPASE ENGC; 82: 1yha-A 3.3 3.4 63 87 13 MOLECULE: GENE V PROTEIN; 83: 3cpf-A 3.3 3.1 61 132 10 MOLECULE: EUKARYOTIC TRANSLATION INITIATION FACTOR 5A-1; 84: 2exd-A 3.3 3.8 55 74 16 MOLECULE: NFED SHORT HOMOLOG; 85: 2awn-A 3.2 2.7 60 330 8 MOLECULE: MALTOSE/MALTODEXTRIN IMPORT ATP-BINDING PROTEIN 86: 2awn-C 3.2 2.8 61 344 8 MOLECULE: MALTOSE/MALTODEXTRIN IMPORT ATP-BINDING PROTEIN 87: 1asy-A 3.2 8.2 67 490 6 MOLECULE: T-RNA (75-MER); 88: 3bu2-A 3.2 3.7 65 195 9 MOLECULE: PUTATIVE TRNA-BINDING PROTEIN; 89: 3ebe-C 3.2 2.8 62 177 10 MOLECULE: PROTEIN MCM10 HOMOLOG; 90: 3f1z-A 3.2 2.8 62 119 16 MOLECULE: PUTATIVE NUCLEIC ACID-BINDING LIPOPROTEIN; 91: 2je6-I 3.2 5.7 64 207 9 MOLECULE: EXOSOME COMPLEX EXONUCLEASE 2; 92: 1lm0-A 3.2 3.0 67 101 7 MOLECULE: CYTOCHROME C MATURATION PROTEIN E; 93: 1hh2-P 3.2 5.5 61 344 13 MOLECULE: N UTILIZATION SUBSTANCE PROTEIN A; 94: 2oq0-B 3.2 3.2 58 192 7 MOLECULE: GAMMA-INTERFERON-INDUCIBLE PROTEIN IFI-16; 95: 3i4m-H 3.1 3.0 64 137 9 MOLECULE: DNA-DIRECTED RNA POLYMERASE II SUBUNIT RPB1; 96: 2nn6-G 3.1 4.7 69 236 10 MOLECULE: POLYMYOSITIS/SCLERODERMA AUTOANTIGEN 1; 97: 2e8g-A 3.1 3.4 66 240 9 MOLECULE: HYPOTHETICAL PROTEIN PH0536; 98: 2cqa-A 3.1 3.9 64 95 11 MOLECULE: RUVB-LIKE 2; 99: 3d0f-A 3.1 2.8 53 105 11 MOLECULE: PENICILLIN-BINDING 1 TRANSMEMBRANE PROTEIN MRCA; 100: 2qgq-A 3.1 2.3 48 272 10 MOLECULE: PROTEIN TM_1862; 101: 1gvh-A 3.0 3.0 58 396 16 MOLECULE: FLAVOHEMOPROTEIN; 102: 1pxu-A 3.0 3.7 66 131 9 MOLECULE: AGRIN; 103: 1qb5-D 3.0 3.2 62 99 8 MOLECULE: PROTEIN (HEAT LABILE ENTEROTOXIN TYPE IIB B- 104: 3bbn-Q 3.0 2.8 56 83 11 MOLECULE: 16S RRNA; 105: 1fdr-A 3.0 3.0 53 244 13 MOLECULE: FLAVODOXIN REDUCTASE; 106: 3jyv-Q 3.0 2.7 56 80 13 MOLECULE: 18S RRNA; 107: 3kbg-A 3.0 5.1 64 192 8 MOLECULE: 30S RIBOSOMAL PROTEIN S4E; 108: 1k3r-B 3.0 4.7 58 264 9 MOLECULE: CONSERVED PROTEIN MT0001; 109: 1sro-A 3.0 3.3 60 76 8 MOLECULE: PNPASE; 110: 3fp9-A 3.0 4.9 63 150 10 MOLECULE: PROTEASOME-ASSOCIATED ATPASE; 111: 2wfw-B 3.0 5.5 61 125 11 MOLECULE: ARC; 112: 1h95-A 3.0 3.4 56 79 4 MOLECULE: Y-BOX BINDING PROTEIN; 113: 1e7z-A 2.9 4.0 70 173 9 MOLECULE: ENDOTHELIAL-MONOCYTE ACTIVATING POLYPEPTIDE II; 114: 3i7f-A 2.9 3.0 66 485 3 MOLECULE: ASPARTYL-TRNA SYNTHETASE; 115: 3cki-B 2.9 3.1 64 121 13 MOLECULE: ADAM 17; 116: 2bx2-L 2.9 2.7 56 500 7 MOLECULE: RNA (5'-R(*UP*UP*UP*AP*CP*AP*GP*UP*AP*UP*UP* 117: 1gd7-A 2.9 2.5 56 109 13 MOLECULE: CSAA PROTEIN; 118: 1q8k-A 2.9 9.2 60 300 15 MOLECULE: EUKARYOTIC TRANSLATION INITIATION FACTOR 2 119: 1vs7-Q 2.9 2.9 61 81 7 MOLECULE: 16S RIBOSOMAL RNA; 120: 2ot2-A 2.9 2.7 49 90 8 MOLECULE: HYDROGENASE ISOENZYMES FORMATION PROTEIN HYPC; 121: 1ntg-A 2.8 3.9 68 171 7 MOLECULE: TYROSYL-TRNA SYNTHETASE; 122: 1i94-L 2.8 5.1 76 131 12 MOLECULE: 16S RRNA; 123: 1s1h-L 2.8 3.7 68 118 15 MOLECULE: 18S RIBOSOMAL RNA; 124: 2pi2-F 2.8 3.9 65 119 9 MOLECULE: REPLICATION PROTEIN A 32 KDA SUBUNIT; 125: 1slj-A 2.8 3.5 57 96 7 MOLECULE: RIBONUCLEASE E; 126: 3hfz-B 2.7 3.5 71 786 10 MOLECULE: PHENYLALANYL-TRNA SYNTHETASE ALPHA CHAIN; 127: 1o7i-A 2.7 3.5 63 115 14 MOLECULE: SINGLE STRANDED DNA BINDING PROTEIN; 128: 2b29-A 2.7 2.8 64 118 6 MOLECULE: REPLICATION PROTEIN A 70 KDA DNA-BINDING SUBUNIT; 129: 1khi-A 2.7 3.3 62 147 15 MOLECULE: HEX1; 130: 3cp0-A 2.7 2.9 50 63 8 MOLECULE: MEMBRANE PROTEIN IMPLICATED IN REGULATION OF 131: 1ny4-A 2.7 3.7 52 71 15 MOLECULE: 30S RIBOSOMAL PROTEIN S28E; 132: 2v3m-C 2.6 3.4 51 101 10 MOLECULE: NAF1; 133: 2wac-A 2.5 5.6 63 217 11 MOLECULE: CG7008-PA; 134: 3g48-A 2.5 2.2 55 110 5 MOLECULE: CHAPERONE CSAA; 135: 2owo-A 2.5 3.3 66 586 11 MOLECULE: 26-MER; 136: 2k5w-A 2.5 2.6 63 111 11 MOLECULE: HYPOTHETICAL CYTOSOLIC PROTEIN BCR103A; 137: 2wp8-J 2.5 5.4 64 918 14 MOLECULE: EXOSOME COMPLEX COMPONENT RRP45; 138: 3kf8-A 2.4 3.5 74 207 5 MOLECULE: PROTEIN STN1; 139: 1e1t-A 2.4 3.4 64 485 8 MOLECULE: LYSYL-TRNA SYNTHETASE; 140: 3h43-I 2.4 3.0 58 79 10 MOLECULE: PROTEASOME-ACTIVATING NUCLEOTIDASE; 141: 1sj5-A 2.3 2.8 57 143 12 MOLECULE: CONSERVED HYPOTHETICAL PROTEIN TM0160; 142: 2k5h-A 2.3 3.1 54 101 15 MOLECULE: CONSERVED PROTEIN; 143: 1je5-B 2.2 8.0 65 182 9 MOLECULE: HELIX-DESTABILIZING PROTEIN; 144: 2yyz-A 2.2 2.8 56 358 5 MOLECULE: SUGAR ABC TRANSPORTER, ATP-BINDING PROTEIN; 145: 1v9p-A 2.2 3.4 67 584 6 MOLECULE: DNA LIGASE; 146: 1yez-A 2.2 2.3 47 68 15 MOLECULE: MM1357; 147: 3fp9-E 2.2 6.4 63 130 5 MOLECULE: PROTEASOME-ASSOCIATED ATPASE; 148: 2ns2-A 2.2 2.5 44 201 11 MOLECULE: SPINDLIN-1; 149: 1oa8-D 2.0 3.9 54 133 13 MOLECULE: ATAXIN-1; 150: 3d31-A 2.0 3.2 52 348 13 MOLECULE: SULFATE/MOLYBDATE ABC TRANSPORTER, ATP-BINDING 151: 1tl0-M 2.0 3.2 60 102 7 MOLECULE: CHOLERA ENTEROTOXIN SUBUNIT B; # Structural equivalences 1: mol1-A 1ueb-A 1 - 16 <=> 62 - 77 (MET 1 - GLU 16 <=> ASP 62 - GLY 77 ) 1: mol1-A 1ueb-A 38 - 56 <=> 78 - 96 (TYR 38 - GLN 56 <=> GLU 78 - SER 96 ) 1: mol1-A 1ueb-A 60 - 86 <=> 101 - 127 (TYR 60 - PRO 86 <=> ALA 101 - VAL 127 ) 1: mol1-A 1ueb-A 87 - 94 <=> 176 - 183 (ASP 87 - HIS 94 <=> ARG 176 - ARG 183 ) 2: mol1-A 1bkb-A 1 - 16 <=> 70 - 85 (MET 1 - GLU 16 <=> VAL 73 - GLY 88 ) 2: mol1-A 1bkb-A 38 - 56 <=> 86 - 104 (TYR 38 - GLN 56 <=> ASP 89 - LYS 107 ) 2: mol1-A 1bkb-A 60 - 78 <=> 111 - 129 (TYR 60 - PHE 78 <=> LYS 114 - TYR 132 ) 2: mol1-A 1bkb-A 80 - 84 <=> 130 - 134 (GLY 80 - ARG 84 <=> LYS 133 - VAL 137 ) 3: mol1-A 1h9j-A 1 - 4 <=> 5 - 8 (MET 1 - LEU 4 <=> LYS 2 - ALA 5 ) 3: mol1-A 1h9j-A 5 - 16 <=> 10 - 21 (GLN 5 - GLU 16 <=> ASN 7 - GLU 18 ) 3: mol1-A 1h9j-A 35 - 48 <=> 23 - 36 (SER 35 - GLY 48 <=> ALA 20 - ASP 33 ) 3: mol1-A 1h9j-A 50 - 61 <=> 37 - 48 (GLU 50 - HIS 61 <=> LYS 34 - ARG 45 ) 3: mol1-A 1h9j-A 62 - 75 <=> 51 - 64 (ALA 62 - GLY 75 <=> GLN 48 - ALA 61 ) 3: mol1-A 1h9j-A 78 - 85 <=> 138 - 145 (PHE 78 - THR 85 <=> ASN 135 - ALA 142 ) 4: mol1-A 1ty0-A 1 - 8 <=> 19 - 26 (MET 1 - GLN 8 <=> GLU 19 - THR 26 ) 4: mol1-A 1ty0-A 9 - 15 <=> 28 - 34 (VAL 9 - ARG 15 <=> CYS 28 - THR 34 ) 4: mol1-A 1ty0-A 38 - 47 <=> 36 - 45 (TYR 38 - GLY 47 <=> HIS 36 - TYR 45 ) 4: mol1-A 1ty0-A 48 - 75 <=> 49 - 76 (GLY 48 - GLY 75 <=> ASN 49 - PRO 76 ) 4: mol1-A 1ty0-A 76 - 79 <=> 85 - 88 (THR 76 - VAL 79 <=> TYR 85 - TYR 88 ) 4: mol1-A 1ty0-A 80 - 85 <=> 90 - 95 (GLY 80 - THR 85 <=> GLY 90 - VAL 95 ) 4: mol1-A 1ty0-A 88 - 97 <=> 196 - 205 (ASN 88 - HIS 97 <=> ILE 196 - ASP 205 ) 5: mol1-A 2eif-A 1 - 16 <=> 72 - 87 (MET 1 - GLU 16 <=> VAL 71 - GLY 86 ) 5: mol1-A 2eif-A 38 - 55 <=> 88 - 105 (TYR 38 - LEU 55 <=> ASP 87 - ILE 104 ) 5: mol1-A 2eif-A 59 - 62 <=> 107 - 110 (GLN 59 - ALA 62 <=> GLU 106 - GLU 109 ) 5: mol1-A 2eif-A 63 - 78 <=> 112 - 127 (LEU 63 - PHE 78 <=> LEU 111 - TYR 126 ) 5: mol1-A 2eif-A 81 - 84 <=> 130 - 133 (PHE 81 - ARG 84 <=> THR 129 - ILE 132 ) 6: mol1-A 2j4x-A 1 - 8 <=> 15 - 22 (MET 1 - GLN 8 <=> MET 14 - THR 21 ) 6: mol1-A 2j4x-A 9 - 16 <=> 24 - 31 (VAL 9 - GLU 16 <=> MET 23 - GLY 30 ) 6: mol1-A 2j4x-A 38 - 43 <=> 32 - 37 (TYR 38 - LYS 43 <=> THR 31 - ASN 36 ) 6: mol1-A 2j4x-A 49 - 76 <=> 38 - 65 (LEU 49 - THR 76 <=> LYS 51 - LYS 78 ) 6: mol1-A 2j4x-A 77 - 86 <=> 78 - 87 (ARG 77 - PRO 86 <=> VAL 91 - ASP 100 ) 6: mol1-A 2j4x-A 92 - 96 <=> 183 - 187 (HIS 92 - HIS 96 <=> SER 196 - HIS 200 ) 7: mol1-A 1fgu-A 1 - 25 <=> 13 - 37 (MET 1 - ARG 25 <=> TYR 193 - GLY 217 ) 7: mol1-A 1fgu-A 36 - 43 <=> 40 - 47 (MET 36 - LYS 43 <=> LYS 220 - VAL 227 ) 7: mol1-A 1fgu-A 45 - 48 <=> 48 - 51 (LEU 45 - GLY 48 <=> ASP 228 - GLY 231 ) 7: mol1-A 1fgu-A 50 - 55 <=> 52 - 57 (GLU 50 - LEU 55 <=> GLU 232 - ALA 237 ) 7: mol1-A 1fgu-A 56 - 76 <=> 62 - 82 (GLN 56 - THR 76 <=> VAL 242 - LEU 262 ) 7: mol1-A 1fgu-A 79 - 85 <=> 104 - 110 (VAL 79 - THR 85 <=> THR 284 - GLU 290 ) 8: mol1-A 2i0q-A 2 - 18 <=> 187 - 203 (ALA 2 - PRO 18 <=> LYS 221 - ASP 237 ) 8: mol1-A 2i0q-A 35 - 48 <=> 204 - 217 (SER 35 - GLY 48 <=> GLU 238 - GLN 251 ) 8: mol1-A 2i0q-A 50 - 72 <=> 218 - 240 (GLU 50 - SER 72 <=> VAL 252 - ARG 274 ) 8: mol1-A 2i0q-A 73 - 76 <=> 242 - 245 (TYR 73 - THR 76 <=> ALA 276 - ASP 279 ) 8: mol1-A 2i0q-A 79 - 85 <=> 260 - 266 (VAL 79 - THR 85 <=> SER 294 - ILE 300 ) 8: mol1-A 2i0q-A 87 - 90 <=> 267 - 270 (ASP 87 - LEU 90 <=> GLN 301 - LYS 304 ) 9: mol1-A 1zeq-X 1 - 17 <=> 8 - 24 (MET 1 - LYS 17 <=> GLN 12 - GLU 28 ) 9: mol1-A 1zeq-X 37 - 46 <=> 25 - 34 (ARG 37 - ASN 46 <=> SER 29 - PRO 38 ) 9: mol1-A 1zeq-X 47 - 55 <=> 41 - 49 (GLY 47 - LEU 55 <=> PRO 45 - ILE 53 ) 9: mol1-A 1zeq-X 62 - 75 <=> 57 - 70 (ALA 62 - GLY 75 <=> GLU 61 - GLN 74 ) 9: mol1-A 1zeq-X 76 - 85 <=> 75 - 84 (THR 76 - THR 85 <=> SER 79 - GLN 88 ) 10: mol1-A 2awn-B 1 - 16 <=> 235 - 250 (MET 1 - GLU 16 <=> SER 236 - ILE 251 ) 10: mol1-A 2awn-B 38 - 46 <=> 251 - 259 (TYR 38 - ASN 46 <=> ASP 252 - MET 260 ) 10: mol1-A 2awn-B 47 - 55 <=> 261 - 269 (GLY 47 - LEU 55 <=> ASN 262 - VAL 270 ) 10: mol1-A 2awn-B 59 - 75 <=> 270 - 286 (GLN 59 - GLY 75 <=> GLU 271 - PRO 287 ) 10: mol1-A 2awn-B 77 - 86 <=> 349 - 358 (ARG 77 - PRO 86 <=> GLU 350 - GLY 359 ) 11: mol1-A 3en2-A 1 - 22 <=> 1 - 22 (MET 1 - ARG 22 <=> ALA 1 - ALA 22 ) 11: mol1-A 3en2-A 39 - 46 <=> 28 - 35 (GLU 39 - ASN 46 <=> ASN 28 - GLY 35 ) 11: mol1-A 3en2-A 47 - 55 <=> 44 - 52 (GLY 47 - LEU 55 <=> VAL 46 - GLY 54 ) 11: mol1-A 3en2-A 58 - 76 <=> 58 - 76 (GLN 58 - THR 76 <=> SER 60 - ALA 78 ) 11: mol1-A 3en2-A 78 - 84 <=> 85 - 91 (PHE 78 - ARG 84 <=> ILE 91 - HIS 97 ) 12: mol1-A 1z9f-A 1 - 14 <=> 4 - 17 (MET 1 - LYS 14 <=> PHE 3 - ASP 16 ) 12: mol1-A 1z9f-A 15 - 20 <=> 19 - 24 (ARG 15 - ASN 20 <=> GLU 18 - LEU 23 ) 12: mol1-A 1z9f-A 35 - 54 <=> 25 - 44 (SER 35 - ARG 54 <=> THR 26 - VAL 56 ) 12: mol1-A 1z9f-A 56 - 76 <=> 50 - 70 (GLN 56 - THR 76 <=> ALA 62 - ARG 82 ) 12: mol1-A 1z9f-A 77 - 85 <=> 81 - 89 (ARG 77 - THR 85 <=> VAL 100 - ASP 108 ) 13: mol1-A 1u5k-A 1 - 16 <=> 1 - 16 (MET 1 - GLU 16 <=> ARG 2 - VAL 17 ) 13: mol1-A 1u5k-A 35 - 54 <=> 18 - 37 (SER 35 - ARG 54 <=> PRO 19 - ALA 38 ) 13: mol1-A 1u5k-A 55 - 63 <=> 40 - 48 (LEU 55 - LEU 63 <=> GLY 41 - SER 49 ) 13: mol1-A 1u5k-A 64 - 75 <=> 50 - 61 (THR 64 - GLY 75 <=> ASN 51 - GLN 62 ) 13: mol1-A 1u5k-A 78 - 86 <=> 69 - 77 (PHE 78 - PRO 86 <=> VAL 71 - ALA 79 ) 13: mol1-A 1u5k-A 92 - 95 <=> 123 - 126 (HIS 92 - HIS 95 <=> HIS 125 - ASP 128 ) 14: mol1-A 2awn-D 1 - 16 <=> 165 - 180 (MET 1 - GLU 16 <=> SER 236 - ILE 251 ) 14: mol1-A 2awn-D 38 - 46 <=> 181 - 189 (TYR 38 - ASN 46 <=> ASP 252 - MET 260 ) 14: mol1-A 2awn-D 47 - 55 <=> 191 - 199 (GLY 47 - LEU 55 <=> ASN 262 - VAL 270 ) 14: mol1-A 2awn-D 59 - 75 <=> 200 - 216 (GLN 59 - GLY 75 <=> GLU 271 - PRO 287 ) 14: mol1-A 2awn-D 77 - 86 <=> 279 - 288 (ARG 77 - PRO 86 <=> GLU 350 - GLY 359 ) 15: mol1-A 1b9m-A 2 - 16 <=> 122 - 136 (ALA 2 - GLU 16 <=> SER 126 - HIS 140 ) 15: mol1-A 1b9m-A 35 - 62 <=> 138 - 165 (SER 35 - ALA 62 <=> ASP 142 - ARG 169 ) 15: mol1-A 1b9m-A 63 - 75 <=> 168 - 180 (LEU 63 - GLY 75 <=> LEU 172 - ALA 184 ) 15: mol1-A 1b9m-A 78 - 85 <=> 251 - 258 (PHE 78 - THR 85 <=> SER 255 - CYS 262 ) 16: mol1-A 1wfq-A 1 - 16 <=> 13 - 28 (MET 1 - GLU 16 <=> THR 13 - THR 28 ) 16: mol1-A 1wfq-A 38 - 56 <=> 29 - 47 (TYR 38 - GLN 56 <=> SER 29 - SER 47 ) 16: mol1-A 1wfq-A 59 - 76 <=> 52 - 69 (GLN 59 - THR 76 <=> ASN 52 - ASP 69 ) 16: mol1-A 1wfq-A 78 - 86 <=> 77 - 85 (PHE 78 - PRO 86 <=> ALA 77 - GLY 85 ) 16: mol1-A 1wfq-A 89 - 92 <=> 86 - 89 (GLU 89 - HIS 92 <=> PRO 86 - GLY 89 ) 17: mol1-A 2k5n-A 5 - 15 <=> 1 - 11 (GLN 5 - ARG 15 <=> MET 1 - PHE 11 ) 17: mol1-A 2k5n-A 36 - 46 <=> 13 - 23 (MET 36 - ASN 46 <=> ASP 13 - ASN 23 ) 17: mol1-A 2k5n-A 48 - 56 <=> 24 - 32 (GLY 48 - GLN 56 <=> GLY 24 - ILE 32 ) 17: mol1-A 2k5n-A 60 - 76 <=> 37 - 53 (TYR 60 - THR 76 <=> PRO 37 - ASN 53 ) 17: mol1-A 2k5n-A 78 - 86 <=> 59 - 67 (PHE 78 - PRO 86 <=> ALA 59 - LEU 67 ) 17: mol1-A 2k5n-A 89 - 92 <=> 68 - 71 (GLU 89 - HIS 92 <=> GLU 68 - HIS 71 ) 18: mol1-A 1gm5-A 2 - 19 <=> 159 - 176 (ALA 2 - VAL 19 <=> GLY 165 - PHE 182 ) 18: mol1-A 1gm5-A 33 - 36 <=> 177 - 180 (GLY 33 - MET 36 <=> GLN 183 - ASN 186 ) 18: mol1-A 1gm5-A 38 - 54 <=> 181 - 197 (TYR 38 - ARG 54 <=> ILE 187 - TRP 203 ) 18: mol1-A 1gm5-A 56 - 63 <=> 200 - 207 (GLN 56 - LEU 63 <=> GLN 206 - LEU 213 ) 18: mol1-A 1gm5-A 64 - 76 <=> 210 - 222 (THR 64 - THR 76 <=> LEU 216 - LYS 228 ) 18: mol1-A 1gm5-A 77 - 85 <=> 233 - 241 (ARG 77 - THR 85 <=> HIS 239 - GLU 247 ) 18: mol1-A 1gm5-A 92 - 97 <=> 268 - 273 (HIS 92 - HIS 97 <=> GLU 274 - SER 279 ) 19: mol1-A 1x65-A 1 - 16 <=> 3 - 18 (MET 1 - GLU 16 <=> SER 3 - ASP 18 ) 19: mol1-A 1x65-A 38 - 56 <=> 19 - 37 (TYR 38 - GLN 56 <=> GLY 19 - SER 37 ) 19: mol1-A 1x65-A 62 - 75 <=> 44 - 57 (ALA 62 - GLY 75 <=> GLN 44 - PRO 57 ) 19: mol1-A 1x65-A 76 - 87 <=> 65 - 76 (THR 76 - ASP 87 <=> ASN 65 - GLY 76 ) 20: mol1-A 2kcm-A 7 - 17 <=> 1 - 11 (LYS 7 - LYS 17 <=> MET 1 - ALA 11 ) 20: mol1-A 2kcm-A 37 - 48 <=> 12 - 23 (ARG 37 - GLY 48 <=> LYS 12 - GLU 23 ) 20: mol1-A 2kcm-A 50 - 55 <=> 24 - 29 (GLU 50 - LEU 55 <=> SER 24 - PHE 29 ) 20: mol1-A 2kcm-A 57 - 75 <=> 35 - 53 (ALA 57 - GLY 75 <=> LYS 35 - PRO 53 ) 20: mol1-A 2kcm-A 76 - 88 <=> 58 - 70 (THR 76 - ASN 88 <=> LEU 58 - HIS 70 ) 20: mol1-A 2kcm-A 90 - 93 <=> 71 - 74 (LEU 90 - HIS 93 <=> HIS 71 - HIS 74 ) 21: mol1-A 1fr3-A 1 - 4 <=> 2 - 5 (MET 1 - LEU 4 <=> LYS 2 - GLY 5 ) 21: mol1-A 1fr3-A 5 - 16 <=> 7 - 18 (GLN 5 - GLU 16 <=> ASN 7 - LYS 18 ) 21: mol1-A 1fr3-A 35 - 44 <=> 20 - 29 (SER 35 - PRO 44 <=> THR 20 - TYR 29 ) 21: mol1-A 1fr3-A 47 - 61 <=> 30 - 44 (GLY 47 - HIS 61 <=> LYS 30 - ALA 44 ) 21: mol1-A 1fr3-A 62 - 75 <=> 47 - 60 (ALA 62 - GLY 75 <=> ASP 47 - ALA 60 ) 22: mol1-A 1gug-A 1 - 4 <=> 1 - 4 (MET 1 - LEU 4 <=> SER 2 - ALA 5 ) 22: mol1-A 1gug-A 5 - 16 <=> 6 - 17 (GLN 5 - GLU 16 <=> ASN 7 - LYS 18 ) 22: mol1-A 1gug-A 35 - 48 <=> 19 - 32 (SER 35 - GLY 48 <=> VAL 20 - ASN 33 ) 22: mol1-A 1gug-A 50 - 61 <=> 33 - 44 (GLU 50 - HIS 61 <=> LYS 34 - GLU 45 ) 22: mol1-A 1gug-A 62 - 75 <=> 47 - 60 (ALA 62 - GLY 75 <=> GLY 48 - SER 61 ) 23: mol1-A 3k6o-A 3 - 12 <=> 1 - 10 (PRO 3 - SER 12 <=> THR 34 - GLU 43 ) 23: mol1-A 3k6o-A 14 - 17 <=> 11 - 14 (LYS 14 - LYS 17 <=> LYS 44 - GLN 47 ) 23: mol1-A 3k6o-A 38 - 45 <=> 16 - 23 (TYR 38 - LEU 45 <=> ASP 49 - ASP 56 ) 23: mol1-A 3k6o-A 47 - 53 <=> 24 - 30 (GLY 47 - PHE 53 <=> ASN 57 - VAL 63 ) 23: mol1-A 3k6o-A 59 - 76 <=> 36 - 53 (GLN 59 - THR 76 <=> PRO 69 - LEU 86 ) 23: mol1-A 3k6o-A 77 - 85 <=> 65 - 73 (ARG 77 - THR 85 <=> ARG 98 - PRO 106 ) 23: mol1-A 3k6o-A 89 - 92 <=> 75 - 78 (GLU 89 - HIS 92 <=> GLN 108 - ILE 111 ) 23: mol1-A 3k6o-A 94 - 97 <=> 124 - 127 (HIS 94 - HIS 97 <=> VAL 157 - GLU 160 ) 24: mol1-A 2k5v-A 2 - 11 <=> 11 - 20 (ALA 2 - VAL 11 <=> ASN 182 - VAL 191 ) 24: mol1-A 2k5v-A 12 - 24 <=> 22 - 34 (SER 12 - SER 24 <=> ALA 193 - GLY 205 ) 24: mol1-A 2k5v-A 37 - 57 <=> 38 - 58 (ARG 37 - ALA 57 <=> GLN 209 - GLU 229 ) 24: mol1-A 2k5v-A 60 - 75 <=> 61 - 76 (TYR 60 - GLY 75 <=> ASP 232 - VAL 247 ) 24: mol1-A 2k5v-A 76 - 88 <=> 85 - 97 (THR 76 - ASN 88 <=> ILE 256 - LEU 268 ) 25: mol1-A 1miu-A 1 - 15 <=> 313 - 327 (MET 1 - ARG 15 <=> GLY 2733 - TYR 2747 ) 25: mol1-A 1miu-A 16 - 21 <=> 329 - 334 (GLU 16 - ASP 21 <=> LEU 2749 - LYS 2754 ) 25: mol1-A 1miu-A 24 - 29 <=> 335 - 340 (SER 24 - VAL 29 <=> THR 2755 - TYR 2760 ) 25: mol1-A 1miu-A 31 - 35 <=> 341 - 345 (PRO 31 - SER 35 <=> ILE 2761 - GLU 2765 ) 25: mol1-A 1miu-A 37 - 46 <=> 457 - 466 (ARG 37 - ASN 46 <=> VAL 2889 - LYS 2898 ) 25: mol1-A 1miu-A 47 - 54 <=> 469 - 476 (GLY 47 - ARG 54 <=> GLU 2901 - ILE 2908 ) 25: mol1-A 1miu-A 55 - 72 <=> 479 - 496 (LEU 55 - SER 72 <=> PRO 2911 - TYR 2928 ) 25: mol1-A 1miu-A 73 - 77 <=> 498 - 502 (TYR 73 - ARG 77 <=> LEU 2930 - LYS 2934 ) 25: mol1-A 1miu-A 79 - 85 <=> 520 - 526 (VAL 79 - THR 85 <=> THR 2952 - PRO 2958 ) 25: mol1-A 1miu-A 94 - 97 <=> 644 - 647 (HIS 94 - HIS 97 <=> LYS 3076 - ASN 3079 ) 26: mol1-A 3kf8-D 1 - 17 <=> 22 - 38 (MET 1 - LYS 17 <=> ASN 22 - HIS 38 ) 26: mol1-A 3kf8-D 38 - 46 <=> 40 - 48 (TYR 38 - ASN 46 <=> SER 40 - PRO 48 ) 26: mol1-A 3kf8-D 48 - 55 <=> 55 - 62 (GLY 48 - LEU 55 <=> SER 55 - ILE 62 ) 26: mol1-A 3kf8-D 56 - 59 <=> 66 - 69 (GLN 56 - GLN 59 <=> LEU 66 - CYS 69 ) 26: mol1-A 3kf8-D 61 - 64 <=> 71 - 74 (HIS 61 - THR 64 <=> SER 71 - LEU 74 ) 26: mol1-A 3kf8-D 65 - 75 <=> 76 - 86 (VAL 65 - GLY 75 <=> PRO 76 - TYR 86 ) 26: mol1-A 3kf8-D 76 - 85 <=> 91 - 100 (THR 76 - THR 85 <=> ILE 91 - ASN 100 ) 27: mol1-A 1iyj-B 1 - 18 <=> 208 - 225 (MET 1 - PRO 18 <=> ASP 2610 - SER 2627 ) 27: mol1-A 1iyj-B 36 - 45 <=> 226 - 235 (MET 36 - LEU 45 <=> LYS 2645 - GLY 2654 ) 27: mol1-A 1iyj-B 48 - 53 <=> 236 - 241 (GLY 48 - PHE 53 <=> TRP 2655 - ALA 2660 ) 27: mol1-A 1iyj-B 57 - 60 <=> 248 - 251 (ALA 57 - TYR 60 <=> LEU 2667 - VAL 2670 ) 27: mol1-A 1iyj-B 61 - 72 <=> 254 - 265 (HIS 61 - SER 72 <=> GLY 2673 - GLN 2684 ) 27: mol1-A 1iyj-B 73 - 76 <=> 267 - 270 (TYR 73 - THR 76 <=> ALA 2686 - VAL 2689 ) 27: mol1-A 1iyj-B 77 - 80 <=> 288 - 291 (ARG 77 - GLY 80 <=> LYS 2707 - ALA 2710 ) 27: mol1-A 1iyj-B 81 - 85 <=> 294 - 298 (PHE 81 - THR 85 <=> THR 2713 - ARG 2717 ) 27: mol1-A 1iyj-B 92 - 97 <=> 381 - 386 (HIS 92 - HIS 97 <=> LYS 2907 - SER 2912 ) 28: mol1-A 2yty-A 2 - 16 <=> 14 - 28 (ALA 2 - GLU 16 <=> SER 14 - ASP 28 ) 28: mol1-A 2yty-A 38 - 56 <=> 29 - 47 (TYR 38 - GLN 56 <=> ASN 29 - SER 47 ) 28: mol1-A 2yty-A 59 - 75 <=> 52 - 68 (GLN 59 - GLY 75 <=> ASP 52 - LYS 68 ) 28: mol1-A 2yty-A 78 - 86 <=> 76 - 84 (PHE 78 - PRO 86 <=> ALA 76 - GLY 84 ) 28: mol1-A 2yty-A 89 - 92 <=> 85 - 88 (GLU 89 - HIS 92 <=> PRO 85 - GLY 88 ) 29: mol1-A 1hza-A 6 - 15 <=> 1 - 10 (GLN 6 - ARG 15 <=> MET 1 - ASN 10 ) 29: mol1-A 1hza-A 36 - 45 <=> 12 - 21 (MET 36 - LEU 45 <=> GLU 12 - GLU 21 ) 29: mol1-A 1hza-A 47 - 55 <=> 22 - 30 (GLY 47 - LEU 55 <=> GLY 22 - PHE 30 ) 29: mol1-A 1hza-A 58 - 61 <=> 37 - 40 (GLN 58 - HIS 61 <=> GLY 37 - THR 40 ) 29: mol1-A 1hza-A 63 - 75 <=> 41 - 53 (LEU 63 - GLY 75 <=> LEU 41 - GLN 53 ) 29: mol1-A 1hza-A 76 - 85 <=> 58 - 67 (THR 76 - THR 85 <=> PRO 58 - ALA 67 ) 30: mol1-A 2nn6-H 2 - 16 <=> 55 - 69 (ALA 2 - GLU 16 <=> GLU 79 - GLN 93 ) 30: mol1-A 2nn6-H 38 - 44 <=> 70 - 76 (TYR 38 - PRO 44 <=> LYS 94 - THR 100 ) 30: mol1-A 2nn6-H 46 - 55 <=> 77 - 86 (ASN 46 - LEU 55 <=> ASN 101 - LEU 110 ) 30: mol1-A 2nn6-H 56 - 76 <=> 91 - 111 (GLN 56 - THR 76 <=> GLU 128 - VAL 148 ) 30: mol1-A 2nn6-H 77 - 80 <=> 118 - 121 (ARG 77 - GLY 80 <=> SER 155 - THR 158 ) 30: mol1-A 2nn6-H 81 - 85 <=> 126 - 130 (PHE 81 - THR 85 <=> TYR 163 - GLY 167 ) 30: mol1-A 2nn6-H 86 - 97 <=> 175 - 186 (PRO 86 - HIS 97 <=> GLY 218 - ALA 229 ) 31: mol1-A 1ltl-E 2 - 22 <=> 106 - 126 (ALA 2 - ARG 22 <=> GLY 106 - VAL 126 ) 31: mol1-A 1ltl-E 24 - 27 <=> 127 - 130 (SER 24 - GLN 27 <=> LYS 127 - PHE 130 ) 31: mol1-A 1ltl-E 39 - 46 <=> 176 - 183 (GLU 39 - ASN 46 <=> THR 176 - LEU 183 ) 31: mol1-A 1ltl-E 48 - 76 <=> 192 - 220 (GLY 48 - THR 76 <=> PRO 192 - ARG 220 ) 31: mol1-A 1ltl-E 77 - 84 <=> 235 - 242 (ARG 77 - ARG 84 <=> TYR 235 - LEU 242 ) 32: mol1-A 2jqo-A 1 - 15 <=> 10 - 24 (MET 1 - ARG 15 <=> GLU 10 - ASP 24 ) 32: mol1-A 2jqo-A 38 - 47 <=> 26 - 35 (TYR 38 - GLY 47 <=> GLU 26 - LYS 35 ) 32: mol1-A 2jqo-A 48 - 54 <=> 55 - 61 (GLY 48 - ARG 54 <=> ASN 55 - GLY 61 ) 32: mol1-A 2jqo-A 58 - 76 <=> 66 - 84 (GLN 58 - THR 76 <=> ASP 66 - ARG 84 ) 32: mol1-A 2jqo-A 77 - 84 <=> 93 - 100 (ARG 77 - ARG 84 <=> THR 93 - LEU 100 ) 32: mol1-A 2jqo-A 85 - 88 <=> 105 - 108 (THR 85 - ASN 88 <=> HIS 105 - HIS 108 ) 33: mol1-A 3dm3-A 2 - 11 <=> 11 - 20 (ALA 2 - VAL 11 <=> GLY 14 - VAL 23 ) 33: mol1-A 3dm3-A 12 - 24 <=> 22 - 34 (SER 12 - SER 24 <=> SER 25 - GLY 37 ) 33: mol1-A 3dm3-A 37 - 48 <=> 38 - 49 (ARG 37 - GLY 48 <=> LYS 41 - GLY 52 ) 33: mol1-A 3dm3-A 50 - 57 <=> 51 - 58 (GLU 50 - ALA 57 <=> ILE 54 - ASN 61 ) 33: mol1-A 3dm3-A 59 - 76 <=> 60 - 77 (GLN 59 - THR 76 <=> THR 63 - ARG 80 ) 33: mol1-A 3dm3-A 77 - 86 <=> 87 - 96 (ARG 77 - PRO 86 <=> THR 90 - LYS 99 ) 34: mol1-A 3i2z-A 2 - 15 <=> 1 - 14 (ALA 2 - ARG 15 <=> SER -1 - ASN 12 ) 34: mol1-A 3i2z-A 36 - 55 <=> 16 - 35 (MET 36 - LEU 55 <=> SER 14 - PHE 33 ) 34: mol1-A 3i2z-A 61 - 76 <=> 44 - 59 (HIS 61 - THR 76 <=> LYS 42 - GLY 57 ) 34: mol1-A 3i2z-A 78 - 84 <=> 65 - 71 (PHE 78 - ARG 84 <=> ALA 63 - LEU 69 ) 35: mol1-A 2es2-A 6 - 15 <=> 1 - 10 (GLN 6 - ARG 15 <=> MET 1 - ASN 10 ) 35: mol1-A 2es2-A 36 - 45 <=> 12 - 21 (MET 36 - LEU 45 <=> GLU 12 - GLU 21 ) 35: mol1-A 2es2-A 47 - 55 <=> 22 - 30 (GLY 47 - LEU 55 <=> GLY 22 - PHE 30 ) 35: mol1-A 2es2-A 61 - 75 <=> 39 - 53 (HIS 61 - GLY 75 <=> LYS 39 - GLU 53 ) 35: mol1-A 2es2-A 76 - 85 <=> 58 - 67 (THR 76 - THR 85 <=> PRO 58 - ALA 67 ) 36: mol1-A 1pyb-A 2 - 18 <=> 9 - 25 (ALA 2 - PRO 18 <=> LEU 13 - GLU 29 ) 36: mol1-A 1pyb-A 34 - 37 <=> 26 - 29 (THR 34 - ARG 37 <=> GLY 30 - LYS 33 ) 36: mol1-A 1pyb-A 38 - 45 <=> 31 - 38 (TYR 38 - LEU 45 <=> LEU 35 - GLY 42 ) 36: mol1-A 1pyb-A 48 - 57 <=> 39 - 48 (GLY 48 - ALA 57 <=> ASP 43 - ILE 52 ) 36: mol1-A 1pyb-A 58 - 61 <=> 50 - 53 (GLN 58 - HIS 61 <=> LYS 54 - THR 57 ) 36: mol1-A 1pyb-A 64 - 77 <=> 57 - 70 (THR 64 - ARG 77 <=> LEU 61 - PRO 74 ) 36: mol1-A 1pyb-A 78 - 81 <=> 80 - 83 (PHE 78 - PHE 81 <=> GLY 84 - LEU 87 ) 36: mol1-A 1pyb-A 82 - 86 <=> 94 - 98 (VAL 82 - PRO 86 <=> ILE 98 - ARG 102 ) 37: mol1-A 3f2b-A 2 - 9 <=> 11 - 18 (ALA 2 - VAL 9 <=> GLU 243 - GLY 250 ) 37: mol1-A 3f2b-A 12 - 18 <=> 23 - 29 (SER 12 - PRO 18 <=> ALA 255 - LYS 261 ) 37: mol1-A 3f2b-A 35 - 46 <=> 30 - 41 (SER 35 - ASN 46 <=> SER 262 - ASP 273 ) 37: mol1-A 3f2b-A 47 - 55 <=> 44 - 52 (GLY 47 - LEU 55 <=> ASN 276 - SER 284 ) 37: mol1-A 3f2b-A 56 - 62 <=> 54 - 60 (GLN 56 - ALA 62 <=> ASP 286 - LEU 292 ) 37: mol1-A 3f2b-A 63 - 66 <=> 63 - 66 (LEU 63 - GLY 66 <=> GLY 295 - LYS 298 ) 37: mol1-A 3f2b-A 67 - 76 <=> 68 - 77 (ASP 67 - THR 76 <=> MET 300 - GLN 309 ) 37: mol1-A 3f2b-A 77 - 85 <=> 88 - 96 (ARG 77 - THR 85 <=> ILE 320 - ALA 328 ) 37: mol1-A 3f2b-A 93 - 97 <=> 792 - 796 (HIS 93 - HIS 97 <=> GLY 1242 - GLU 1246 ) 38: mol1-A 1mkh-A 1 - 19 <=> 8 - 26 (MET 1 - VAL 19 <=> PHE 8 - ASN 26 ) 38: mol1-A 1mkh-A 34 - 45 <=> 27 - 38 (THR 34 - LEU 45 <=> ALA 27 - GLY 38 ) 38: mol1-A 1mkh-A 48 - 55 <=> 39 - 46 (GLY 48 - LEU 55 <=> ASP 39 - ALA 46 ) 38: mol1-A 1mkh-A 56 - 61 <=> 48 - 53 (GLN 56 - HIS 61 <=> LEU 48 - LYS 53 ) 38: mol1-A 1mkh-A 64 - 77 <=> 57 - 70 (THR 64 - ARG 77 <=> LEU 57 - PRO 70 ) 38: mol1-A 1mkh-A 82 - 86 <=> 93 - 97 (VAL 82 - PRO 86 <=> LEU 94 - LYS 98 ) 39: mol1-A 2ja9-A 3 - 16 <=> 7 - 20 (PRO 3 - GLU 16 <=> VAL 68 - SER 81 ) 39: mol1-A 2ja9-A 38 - 56 <=> 21 - 39 (TYR 38 - GLN 56 <=> ASP 82 - MET 100 ) 39: mol1-A 2ja9-A 58 - 61 <=> 48 - 51 (GLN 58 - HIS 61 <=> ASN 109 - THR 112 ) 39: mol1-A 2ja9-A 63 - 76 <=> 52 - 65 (LEU 63 - THR 76 <=> LEU 113 - ALA 126 ) 39: mol1-A 2ja9-A 78 - 81 <=> 72 - 75 (PHE 78 - PHE 81 <=> GLU 133 - CYS 136 ) 39: mol1-A 2ja9-A 82 - 85 <=> 87 - 90 (VAL 82 - THR 85 <=> GLY 148 - GLU 151 ) 39: mol1-A 2ja9-A 89 - 95 <=> 135 - 141 (GLU 89 - HIS 95 <=> VAL 196 - SER 202 ) 40: mol1-A 1b8a-A 2 - 16 <=> 16 - 30 (ALA 2 - GLU 16 <=> GLY 16 - ASP 30 ) 40: mol1-A 1b8a-A 35 - 44 <=> 32 - 41 (SER 35 - PRO 44 <=> GLY 32 - ASP 41 ) 40: mol1-A 1b8a-A 47 - 56 <=> 42 - 51 (GLY 47 - GLN 56 <=> ARG 42 - PRO 51 ) 40: mol1-A 1b8a-A 58 - 76 <=> 61 - 79 (GLN 58 - THR 76 <=> LYS 61 - ASN 79 ) 40: mol1-A 1b8a-A 78 - 85 <=> 92 - 99 (PHE 78 - THR 85 <=> PRO 92 - ASN 99 ) 41: mol1-A 1go3-E 3 - 16 <=> 81 - 94 (PRO 3 - GLU 16 <=> MET 81 - GLU 94 ) 41: mol1-A 1go3-E 38 - 44 <=> 95 - 101 (TYR 38 - PRO 44 <=> PHE 95 - LEU 101 ) 41: mol1-A 1go3-E 47 - 55 <=> 102 - 110 (GLY 47 - LEU 55 <=> GLY 102 - VAL 110 ) 41: mol1-A 1go3-E 56 - 59 <=> 117 - 120 (GLN 56 - GLN 59 <=> TYR 117 - TYR 120 ) 41: mol1-A 1go3-E 62 - 76 <=> 133 - 147 (ALA 62 - THR 76 <=> VAL 135 - ILE 149 ) 41: mol1-A 1go3-E 78 - 81 <=> 155 - 158 (PHE 78 - PHE 81 <=> ALA 162 - MET 165 ) 41: mol1-A 1go3-E 82 - 86 <=> 164 - 168 (VAL 82 - PRO 86 <=> GLY 171 - TRP 175 ) 41: mol1-A 1go3-E 87 - 93 <=> 170 - 176 (ASP 87 - HIS 93 <=> GLU 177 - LYS 183 ) 42: mol1-A 1t9h-A 1 - 4 <=> 3 - 6 (MET 1 - LEU 4 <=> HIS -5 - HIS -2 ) 42: mol1-A 1t9h-A 5 - 16 <=> 8 - 19 (GLN 5 - GLU 16 <=> HIS 0 - SER 11 ) 42: mol1-A 1t9h-A 38 - 46 <=> 20 - 28 (TYR 38 - ASN 46 <=> GLY 12 - SER 20 ) 42: mol1-A 1t9h-A 47 - 54 <=> 31 - 38 (GLY 47 - ARG 54 <=> SER 23 - ARG 30 ) 42: mol1-A 1t9h-A 61 - 81 <=> 48 - 68 (HIS 61 - PHE 81 <=> ILE 40 - LEU 60 ) 42: mol1-A 1t9h-A 82 - 88 <=> 70 - 76 (VAL 82 - ASN 88 <=> GLU 62 - ASN 68 ) 42: mol1-A 1t9h-A 91 - 97 <=> 115 - 121 (GLU 91 - HIS 97 <=> ASN 107 - ILE 113 ) 43: mol1-A 2rcf-A 6 - 16 <=> 1 - 11 (GLN 6 - GLU 16 <=> MET 1 - VAL 11 ) 43: mol1-A 2rcf-A 17 - 21 <=> 13 - 17 (LYS 17 - ASP 21 <=> THR 13 - ALA 17 ) 43: mol1-A 2rcf-A 35 - 45 <=> 20 - 30 (SER 35 - LEU 45 <=> GLY 20 - LYS 30 ) 43: mol1-A 2rcf-A 47 - 53 <=> 32 - 38 (GLY 47 - PHE 53 <=> GLY 32 - ALA 38 ) 43: mol1-A 2rcf-A 62 - 77 <=> 43 - 58 (ALA 62 - ARG 77 <=> GLY 43 - ALA 58 ) 43: mol1-A 2rcf-A 78 - 81 <=> 70 - 73 (PHE 78 - PHE 81 <=> ASP 70 - ILE 73 ) 43: mol1-A 2rcf-A 82 - 89 <=> 75 - 82 (VAL 82 - GLU 89 <=> GLY 75 - GLY 82 ) 44: mol1-A 1bos-A 4 - 7 <=> 1 - 4 (LEU 4 - LYS 7 <=> THR 1101 - CYS 1104 ) 44: mol1-A 1bos-A 8 - 18 <=> 6 - 16 (GLN 8 - PRO 18 <=> THR 1106 - ASP 1116 ) 44: mol1-A 1bos-A 35 - 43 <=> 17 - 25 (SER 35 - LYS 43 <=> ASP 1117 - GLY 1125 ) 44: mol1-A 1bos-A 50 - 56 <=> 26 - 32 (GLU 50 - GLN 56 <=> ASP 1126 - ASN 1132 ) 44: mol1-A 1bos-A 57 - 62 <=> 34 - 39 (ALA 57 - ALA 62 <=> TRP 1134 - LEU 1139 ) 44: mol1-A 1bos-A 63 - 66 <=> 42 - 45 (LEU 63 - GLY 66 <=> SER 1142 - ILE 1145 ) 44: mol1-A 1bos-A 67 - 76 <=> 48 - 57 (ASP 67 - THR 76 <=> MET 1148 - CYS 1157 ) 44: mol1-A 1bos-A 78 - 84 <=> 63 - 69 (PHE 78 - ARG 84 <=> PHE 1163 - ARG 1169 ) 45: mol1-A 2z0s-A 4 - 16 <=> 8 - 20 (LEU 4 - GLU 16 <=> GLY 67 - ILE 79 ) 45: mol1-A 2z0s-A 38 - 45 <=> 21 - 28 (TYR 38 - LEU 45 <=> MET 80 - ASN 87 ) 45: mol1-A 2z0s-A 47 - 56 <=> 29 - 38 (GLY 47 - GLN 56 <=> SER 88 - GLN 97 ) 45: mol1-A 2z0s-A 58 - 76 <=> 51 - 69 (GLN 58 - THR 76 <=> ASP 110 - PHE 128 ) 45: mol1-A 2z0s-A 78 - 81 <=> 76 - 79 (PHE 78 - PHE 81 <=> LEU 135 - VAL 138 ) 45: mol1-A 2z0s-A 82 - 85 <=> 85 - 88 (VAL 82 - THR 85 <=> GLY 144 - VAL 147 ) 45: mol1-A 2z0s-A 90 - 96 <=> 132 - 138 (LEU 90 - HIS 96 <=> LEU 191 - ASP 197 ) 46: mol1-A 1yz6-A 3 - 16 <=> 7 - 20 (PRO 3 - GLU 16 <=> GLU 11 - ASN 24 ) 46: mol1-A 1yz6-A 38 - 45 <=> 21 - 28 (TYR 38 - LEU 45 <=> TYR 25 - ASP 32 ) 46: mol1-A 1yz6-A 46 - 55 <=> 30 - 39 (ASN 46 - LEU 55 <=> TYR 34 - ILE 43 ) 46: mol1-A 1yz6-A 56 - 76 <=> 47 - 67 (GLN 56 - THR 76 <=> VAL 51 - VAL 71 ) 46: mol1-A 1yz6-A 78 - 81 <=> 75 - 78 (PHE 78 - PHE 81 <=> ASP 79 - LEU 82 ) 46: mol1-A 1yz6-A 93 - 97 <=> 166 - 170 (HIS 93 - HIS 97 <=> TYR 170 - PRO 174 ) 47: mol1-A 2ytv-A 1 - 16 <=> 3 - 18 (MET 1 - GLU 16 <=> SER 3 - ASP 18 ) 47: mol1-A 2ytv-A 38 - 44 <=> 19 - 25 (TYR 38 - PRO 44 <=> GLN 19 - TYR 25 ) 47: mol1-A 2ytv-A 48 - 56 <=> 30 - 38 (GLY 48 - GLN 56 <=> SER 30 - LYS 38 ) 47: mol1-A 2ytv-A 61 - 65 <=> 43 - 47 (HIS 61 - VAL 65 <=> GLY 43 - GLN 47 ) 47: mol1-A 2ytv-A 66 - 75 <=> 49 - 58 (GLY 66 - GLY 75 <=> GLY 49 - LEU 58 ) 47: mol1-A 2ytv-A 76 - 86 <=> 65 - 75 (THR 76 - PRO 86 <=> CYS 65 - GLY 75 ) 47: mol1-A 2ytv-A 89 - 92 <=> 76 - 79 (GLU 89 - HIS 92 <=> PRO 76 - GLY 79 ) 48: mol1-A 3dwq-C 2 - 8 <=> 6 - 12 (ALA 2 - GLN 8 <=> ALA 6 - SER 12 ) 48: mol1-A 3dwq-C 9 - 19 <=> 14 - 24 (VAL 9 - VAL 19 <=> VAL 14 - ILE 24 ) 48: mol1-A 3dwq-C 32 - 35 <=> 25 - 28 (ALA 32 - SER 35 <=> ASP 25 - PRO 28 ) 48: mol1-A 3dwq-C 37 - 48 <=> 29 - 40 (ARG 37 - GLY 48 <=> TYR 29 - SER 40 ) 48: mol1-A 3dwq-C 50 - 55 <=> 41 - 46 (GLU 50 - LEU 55 <=> SER 41 - SER 46 ) 48: mol1-A 3dwq-C 56 - 61 <=> 57 - 62 (GLN 56 - HIS 61 <=> PHE 57 - ASN 62 ) 48: mol1-A 3dwq-C 62 - 65 <=> 65 - 68 (ALA 62 - VAL 65 <=> LEU 65 - TYR 68 ) 48: mol1-A 3dwq-C 66 - 75 <=> 71 - 80 (GLY 66 - GLY 75 <=> GLY 71 - PRO 80 ) 48: mol1-A 3dwq-C 77 - 85 <=> 96 - 104 (ARG 77 - THR 85 <=> ALA 96 - THR 104 ) 49: mol1-A 2waq-G 1 - 18 <=> 1 - 18 (MET 1 - PRO 18 <=> LYS 5 - SER 22 ) 49: mol1-A 2waq-G 34 - 47 <=> 19 - 32 (THR 34 - GLY 47 <=> LEU 23 - PHE 36 ) 49: mol1-A 2waq-G 50 - 56 <=> 33 - 39 (GLU 50 - GLN 56 <=> ASN 37 - ILE 43 ) 49: mol1-A 2waq-G 57 - 60 <=> 41 - 44 (ALA 57 - TYR 60 <=> SER 45 - ILE 48 ) 49: mol1-A 2waq-G 63 - 74 <=> 45 - 56 (LEU 63 - LYS 74 <=> PHE 49 - SER 60 ) 49: mol1-A 2waq-G 77 - 83 <=> 107 - 113 (ARG 77 - SER 83 <=> SER 111 - GLN 117 ) 50: mol1-A 3bju-A 2 - 17 <=> 54 - 69 (ALA 2 - LYS 17 <=> ASP 123 - SER 138 ) 50: mol1-A 3bju-A 35 - 38 <=> 70 - 73 (SER 35 - TYR 38 <=> GLY 139 - LEU 142 ) 50: mol1-A 3bju-A 39 - 43 <=> 75 - 79 (GLU 39 - LYS 43 <=> PHE 144 - ARG 148 ) 50: mol1-A 3bju-A 45 - 54 <=> 80 - 89 (LEU 45 - ARG 54 <=> GLY 149 - ALA 158 ) 50: mol1-A 3bju-A 56 - 76 <=> 100 - 120 (GLN 56 - THR 76 <=> PHE 169 - GLY 189 ) 50: mol1-A 3bju-A 77 - 86 <=> 130 - 139 (ARG 77 - PRO 86 <=> ILE 199 - PRO 208 ) 51: mol1-A 2qw7-H 6 - 17 <=> 1 - 12 (GLN 6 - LYS 17 <=> MET 1 - SER 12 ) 51: mol1-A 2qw7-H 18 - 21 <=> 14 - 17 (PRO 18 - ASP 21 <=> SER 14 - PRO 17 ) 51: mol1-A 2qw7-H 35 - 46 <=> 20 - 31 (SER 35 - ASN 46 <=> THR 20 - ASP 31 ) 51: mol1-A 2qw7-H 47 - 54 <=> 37 - 44 (GLY 47 - ARG 54 <=> LEU 37 - GLY 44 ) 51: mol1-A 2qw7-H 62 - 73 <=> 48 - 59 (ALA 62 - TYR 73 <=> GLY 48 - ARG 59 ) 51: mol1-A 2qw7-H 75 - 78 <=> 60 - 63 (GLY 75 - PHE 78 <=> GLY 60 - ALA 63 ) 51: mol1-A 2qw7-H 81 - 85 <=> 79 - 83 (PHE 81 - THR 85 <=> VAL 79 - ASP 83 ) 51: mol1-A 2qw7-H 88 - 91 <=> 94 - 97 (ASN 88 - GLU 91 <=> ASN 94 - ASP 97 ) 52: mol1-A 3b6y-A 1 - 17 <=> 108 - 124 (MET 1 - LYS 17 <=> LYS 113 - ARG 129 ) 52: mol1-A 3b6y-A 35 - 44 <=> 125 - 134 (SER 35 - PRO 44 <=> GLY 130 - ASP 139 ) 52: mol1-A 3b6y-A 47 - 62 <=> 135 - 150 (GLY 47 - ALA 62 <=> ASN 140 - ILE 155 ) 52: mol1-A 3b6y-A 63 - 72 <=> 152 - 161 (LEU 63 - SER 72 <=> CYS 157 - THR 166 ) 52: mol1-A 3b6y-A 73 - 76 <=> 163 - 166 (TYR 73 - THR 76 <=> PHE 168 - ALA 171 ) 52: mol1-A 3b6y-A 79 - 84 <=> 180 - 185 (VAL 79 - ARG 84 <=> SER 186 - ILE 191 ) 53: mol1-A 3koj-B 1 - 11 <=> 4 - 14 (MET 1 - VAL 11 <=> HIS 0 - VAL 10 ) 53: mol1-A 3koj-B 12 - 20 <=> 16 - 24 (SER 12 - ASN 20 <=> GLU 12 - GLN 20 ) 53: mol1-A 3koj-B 37 - 46 <=> 29 - 38 (ARG 37 - ASN 46 <=> PRO 25 - PRO 34 ) 53: mol1-A 3koj-B 47 - 51 <=> 46 - 50 (GLY 47 - LYS 51 <=> ALA 43 - VAL 47 ) 53: mol1-A 3koj-B 53 - 56 <=> 51 - 54 (PHE 53 - GLN 56 <=> VAL 48 - GLY 51 ) 53: mol1-A 3koj-B 60 - 76 <=> 61 - 77 (TYR 60 - THR 76 <=> GLN 58 - ARG 74 ) 53: mol1-A 3koj-B 78 - 83 <=> 85 - 90 (PHE 78 - SER 83 <=> VAL 93 - HIS 98 ) 54: mol1-A 1l1o-C 1 - 17 <=> 20 - 36 (MET 1 - LYS 17 <=> LYS 458 - GLU 474 ) 54: mol1-A 1l1o-C 18 - 24 <=> 39 - 45 (PRO 18 - SER 24 <=> MET 477 - THR 483 ) 54: mol1-A 1l1o-C 38 - 44 <=> 78 - 84 (TYR 38 - PRO 44 <=> LEU 516 - ASP 522 ) 54: mol1-A 1l1o-C 47 - 63 <=> 85 - 101 (GLY 47 - LEU 63 <=> PHE 523 - ILE 539 ) 54: mol1-A 1l1o-C 64 - 75 <=> 127 - 138 (THR 64 - GLY 75 <=> ALA 565 - VAL 576 ) 54: mol1-A 1l1o-C 76 - 85 <=> 146 - 155 (THR 76 - THR 85 <=> ALA 589 - ASP 598 ) 55: mol1-A 1g29-1 1 - 14 <=> 242 - 255 (MET 1 - LYS 14 <=> SER 242 - ASP 255 ) 55: mol1-A 1g29-1 40 - 45 <=> 256 - 261 (ALA 40 - LEU 45 <=> GLY 256 - GLY 261 ) 55: mol1-A 1g29-1 48 - 56 <=> 262 - 270 (GLY 48 - GLN 56 <=> GLU 262 - ASP 270 ) 55: mol1-A 1g29-1 59 - 63 <=> 271 - 275 (GLN 59 - LEU 63 <=> GLN 271 - LEU 275 ) 55: mol1-A 1g29-1 64 - 74 <=> 280 - 290 (THR 64 - LYS 74 <=> TYR 280 - ARG 290 ) 55: mol1-A 1g29-1 76 - 79 <=> 355 - 358 (THR 76 - VAL 79 <=> PHE 355 - LYS 358 ) 55: mol1-A 1g29-1 80 - 86 <=> 361 - 367 (GLY 80 - PRO 86 <=> HIS 361 - THR 367 ) 56: mol1-A 1luz-A 2 - 11 <=> 7 - 16 (ALA 2 - VAL 11 <=> ASN 10 - VAL 19 ) 56: mol1-A 1luz-A 13 - 16 <=> 17 - 20 (ASN 13 - GLU 16 <=> TYR 20 - ASP 23 ) 56: mol1-A 1luz-A 38 - 46 <=> 21 - 29 (TYR 38 - ASN 46 <=> TYR 24 - ASP 32 ) 56: mol1-A 1luz-A 47 - 53 <=> 31 - 37 (GLY 47 - PHE 53 <=> PRO 34 - LEU 40 ) 56: mol1-A 1luz-A 54 - 58 <=> 40 - 44 (ARG 54 - GLN 58 <=> SER 43 - HIS 47 ) 56: mol1-A 1luz-A 60 - 63 <=> 48 - 51 (TYR 60 - LEU 63 <=> TYR 51 - TYR 54 ) 56: mol1-A 1luz-A 64 - 76 <=> 55 - 67 (THR 64 - THR 76 <=> LEU 58 - VAL 70 ) 56: mol1-A 1luz-A 78 - 81 <=> 75 - 78 (PHE 78 - PHE 81 <=> ASP 78 - TYR 81 ) 56: mol1-A 1luz-A 82 - 85 <=> 80 - 83 (VAL 82 - THR 85 <=> ARG 83 - ARG 86 ) 57: mol1-A 1wjj-A 1 - 17 <=> 25 - 41 (MET 1 - LYS 17 <=> GLY 25 - VAL 41 ) 57: mol1-A 1wjj-A 18 - 28 <=> 47 - 57 (PRO 18 - GLU 28 <=> LYS 47 - PRO 57 ) 57: mol1-A 1wjj-A 36 - 43 <=> 62 - 69 (MET 36 - LYS 43 <=> ARG 62 - GLY 69 ) 57: mol1-A 1wjj-A 45 - 48 <=> 70 - 73 (LEU 45 - GLY 48 <=> ASP 70 - GLY 73 ) 57: mol1-A 1wjj-A 50 - 61 <=> 74 - 85 (GLU 50 - HIS 61 <=> CYS 74 - ASP 85 ) 57: mol1-A 1wjj-A 64 - 72 <=> 88 - 96 (THR 64 - SER 72 <=> LYS 88 - ARG 96 ) 57: mol1-A 1wjj-A 73 - 76 <=> 98 - 101 (TYR 73 - THR 76 <=> SER 98 - ASP 101 ) 57: mol1-A 1wjj-A 79 - 85 <=> 115 - 121 (VAL 79 - THR 85 <=> GLY 115 - GLY 121 ) 58: mol1-A 3e0j-A 2 - 11 <=> 80 - 89 (ALA 2 - VAL 11 <=> GLU 88 - LEU 97 ) 58: mol1-A 3e0j-A 13 - 16 <=> 90 - 93 (ASN 13 - GLU 16 <=> PHE 98 - MET 101 ) 58: mol1-A 3e0j-A 35 - 44 <=> 98 - 107 (SER 35 - PRO 44 <=> HIS 128 - ASP 137 ) 58: mol1-A 3e0j-A 47 - 53 <=> 108 - 114 (GLY 47 - PHE 53 <=> GLU 138 - LEU 144 ) 58: mol1-A 3e0j-A 59 - 75 <=> 119 - 135 (GLN 59 - GLY 75 <=> ASP 149 - VAL 165 ) 58: mol1-A 3e0j-A 76 - 85 <=> 141 - 150 (THR 76 - THR 85 <=> PHE 171 - ASP 180 ) 58: mol1-A 3e0j-A 87 - 90 <=> 324 - 327 (ASP 87 - LEU 90 <=> TRP 367 - ARG 370 ) 58: mol1-A 3e0j-A 92 - 97 <=> 374 - 379 (HIS 92 - HIS 97 <=> VAL 423 - VAL 428 ) 59: mol1-A 1uap-A 2 - 5 <=> 22 - 25 (ALA 2 - GLN 5 <=> CYS 45 - SER 48 ) 59: mol1-A 1uap-A 6 - 18 <=> 27 - 39 (GLN 6 - PRO 18 <=> VAL 50 - PRO 62 ) 59: mol1-A 1uap-A 35 - 46 <=> 40 - 51 (SER 35 - ASN 46 <=> GLY 63 - GLY 74 ) 59: mol1-A 1uap-A 47 - 55 <=> 65 - 73 (GLY 47 - LEU 55 <=> THR 88 - VAL 96 ) 59: mol1-A 1uap-A 56 - 59 <=> 75 - 78 (GLN 56 - GLN 59 <=> CYS 98 - CYS 101 ) 59: mol1-A 1uap-A 62 - 76 <=> 80 - 94 (ALA 62 - THR 76 <=> PRO 103 - GLU 117 ) 59: mol1-A 1uap-A 79 - 85 <=> 105 - 111 (VAL 79 - THR 85 <=> SER 128 - ARG 134 ) 60: mol1-A 2nn6-I 3 - 15 <=> 61 - 73 (PRO 3 - ARG 15 <=> VAL 67 - ASN 79 ) 60: mol1-A 2nn6-I 38 - 45 <=> 75 - 82 (TYR 38 - LEU 45 <=> ARG 81 - LEU 88 ) 60: mol1-A 2nn6-I 46 - 49 <=> 91 - 94 (ASN 46 - LEU 49 <=> ASN 97 - ARG 100 ) 60: mol1-A 2nn6-I 50 - 55 <=> 96 - 101 (GLU 50 - LEU 55 <=> THR 102 - ASP 107 ) 60: mol1-A 2nn6-I 57 - 60 <=> 109 - 112 (ALA 57 - TYR 60 <=> LYS 115 - ILE 118 ) 60: mol1-A 2nn6-I 61 - 76 <=> 114 - 129 (HIS 61 - THR 76 <=> LYS 120 - LEU 135 ) 60: mol1-A 2nn6-I 77 - 81 <=> 136 - 140 (ARG 77 - PHE 81 <=> TYR 142 - THR 146 ) 60: mol1-A 2nn6-I 82 - 86 <=> 146 - 150 (VAL 82 - PRO 86 <=> GLY 152 - ALA 156 ) 60: mol1-A 2nn6-I 87 - 90 <=> 158 - 161 (ASP 87 - LEU 90 <=> MET 164 - ILE 167 ) 60: mol1-A 2nn6-I 91 - 95 <=> 167 - 171 (GLU 91 - HIS 95 <=> GLN 173 - THR 177 ) 61: mol1-A 1a0i-A 1 - 4 <=> 229 - 232 (MET 1 - LEU 4 <=> LYS 238 - PRO 241 ) 61: mol1-A 1a0i-A 5 - 19 <=> 234 - 248 (GLN 5 - VAL 19 <=> ASN 243 - LYS 257 ) 61: mol1-A 1a0i-A 31 - 38 <=> 249 - 256 (PRO 31 - TYR 38 <=> GLY 258 - VAL 265 ) 61: mol1-A 1a0i-A 39 - 45 <=> 258 - 264 (GLU 39 - LEU 45 <=> GLY 267 - GLU 273 ) 61: mol1-A 1a0i-A 47 - 52 <=> 265 - 270 (GLY 47 - THR 52 <=> SER 274 - ASN 279 ) 61: mol1-A 1a0i-A 56 - 62 <=> 279 - 285 (GLN 56 - ALA 62 <=> MET 288 - THR 294 ) 61: mol1-A 1a0i-A 64 - 75 <=> 305 - 316 (THR 64 - GLY 75 <=> TYR 322 - GLU 333 ) 61: mol1-A 1a0i-A 76 - 84 <=> 324 - 332 (THR 76 - ARG 84 <=> ARG 341 - ARG 349 ) 62: mol1-A 1aw7-A 1 - 8 <=> 14 - 21 (MET 1 - GLN 8 <=> SER 14 - THR 21 ) 62: mol1-A 1aw7-A 9 - 16 <=> 23 - 30 (VAL 9 - GLU 16 <=> SER 23 - LEU 30 ) 62: mol1-A 1aw7-A 38 - 48 <=> 31 - 41 (TYR 38 - GLY 48 <=> GLY 31 - SER 41 ) 62: mol1-A 1aw7-A 50 - 55 <=> 42 - 47 (GLU 50 - LEU 55 <=> ILE 42 - PHE 47 ) 62: mol1-A 1aw7-A 62 - 76 <=> 55 - 69 (ALA 62 - THR 76 <=> ALA 55 - THR 69 ) 62: mol1-A 1aw7-A 78 - 85 <=> 85 - 92 (PHE 78 - THR 85 <=> ILE 85 - GLU 92 ) 62: mol1-A 1aw7-A 88 - 96 <=> 182 - 190 (ASN 88 - HIS 96 <=> ASN 182 - GLU 190 ) 63: mol1-A 1n9w-B 2 - 11 <=> 13 - 22 (ALA 2 - VAL 11 <=> GLY 13 - LEU 22 ) 63: mol1-A 1n9w-B 12 - 16 <=> 24 - 28 (SER 12 - GLU 16 <=> TRP 24 - LEU 28 ) 63: mol1-A 1n9w-B 37 - 56 <=> 30 - 49 (ARG 37 - GLN 56 <=> ARG 30 - GLY 49 ) 63: mol1-A 1n9w-B 60 - 76 <=> 50 - 66 (TYR 60 - THR 76 <=> LEU 50 - VAL 66 ) 63: mol1-A 1n9w-B 77 - 86 <=> 78 - 87 (ARG 77 - PRO 86 <=> GLN 78 - PRO 87 ) 64: mol1-A 1xxg-A 1 - 8 <=> 30 - 37 (MET 1 - GLN 8 <=> MET 30 - ARG 37 ) 64: mol1-A 1xxg-A 10 - 16 <=> 40 - 46 (VAL 10 - GLU 16 <=> ILE 40 - LEU 46 ) 64: mol1-A 1xxg-A 37 - 44 <=> 47 - 54 (ARG 37 - PRO 44 <=> SER 47 - ILE 54 ) 64: mol1-A 1xxg-A 48 - 55 <=> 59 - 66 (GLY 48 - LEU 55 <=> TYR 59 - LEU 66 ) 64: mol1-A 1xxg-A 56 - 65 <=> 68 - 77 (GLN 56 - VAL 65 <=> ASN 68 - GLY 77 ) 64: mol1-A 1xxg-A 67 - 76 <=> 78 - 87 (ASP 67 - THR 76 <=> LYS 78 - TYR 87 ) 64: mol1-A 1xxg-A 80 - 85 <=> 107 - 112 (GLY 80 - THR 85 <=> GLY 112 - SER 117 ) 64: mol1-A 1xxg-A 92 - 96 <=> 180 - 184 (HIS 92 - HIS 96 <=> LYS 186 - SER 190 ) 65: mol1-A 3ice-C 1 - 16 <=> 43 - 58 (MET 1 - GLU 16 <=> SER 45 - ASP 60 ) 65: mol1-A 3ice-C 38 - 47 <=> 59 - 68 (TYR 38 - GLY 47 <=> GLY 61 - SER 70 ) 65: mol1-A 3ice-C 48 - 56 <=> 74 - 82 (GLY 48 - GLN 56 <=> PRO 76 - SER 84 ) 65: mol1-A 3ice-C 59 - 62 <=> 83 - 86 (GLN 59 - ALA 62 <=> GLN 85 - ARG 88 ) 65: mol1-A 3ice-C 63 - 76 <=> 89 - 102 (LEU 63 - THR 76 <=> LEU 91 - PRO 104 ) 65: mol1-A 3ice-C 78 - 83 <=> 111 - 116 (PHE 78 - SER 83 <=> LEU 113 - GLU 118 ) 65: mol1-A 3ice-C 84 - 89 <=> 119 - 124 (ARG 84 - GLU 89 <=> PHE 121 - ASN 126 ) 65: mol1-A 3ice-C 94 - 97 <=> 304 - 307 (HIS 94 - HIS 97 <=> ASN 306 - GLU 309 ) 66: mol1-A 2kct-A 1 - 10 <=> 8 - 17 (MET 1 - VAL 10 <=> LEU 50 - VAL 59 ) 66: mol1-A 2kct-A 12 - 17 <=> 22 - 27 (SER 12 - LYS 17 <=> LEU 64 - GLY 69 ) 66: mol1-A 2kct-A 37 - 46 <=> 28 - 37 (ARG 37 - ASN 46 <=> ALA 70 - ASP 79 ) 66: mol1-A 2kct-A 47 - 55 <=> 43 - 51 (GLY 47 - LEU 55 <=> LYS 85 - GLY 93 ) 66: mol1-A 2kct-A 59 - 62 <=> 52 - 55 (GLN 59 - ALA 62 <=> ALA 94 - ASP 97 ) 66: mol1-A 2kct-A 63 - 75 <=> 57 - 69 (LEU 63 - GLY 75 <=> PHE 99 - LEU 111 ) 66: mol1-A 2kct-A 76 - 88 <=> 76 - 88 (THR 76 - ASN 88 <=> PHE 118 - GLU 130 ) 67: mol1-A 1nnx-A 1 - 4 <=> 4 - 7 (MET 1 - LEU 4 <=> PHE 5 - PRO 8 ) 67: mol1-A 1nnx-A 5 - 16 <=> 26 - 37 (GLN 5 - GLU 16 <=> VAL 40 - SER 51 ) 67: mol1-A 1nnx-A 37 - 44 <=> 38 - 45 (ARG 37 - PRO 44 <=> ASP 52 - ASP 59 ) 67: mol1-A 1nnx-A 47 - 55 <=> 46 - 54 (GLY 47 - LEU 55 <=> ALA 60 - ILE 68 ) 67: mol1-A 1nnx-A 62 - 76 <=> 63 - 77 (ALA 62 - THR 76 <=> THR 77 - ASP 91 ) 67: mol1-A 1nnx-A 77 - 84 <=> 86 - 93 (ARG 77 - ARG 84 <=> ASP 100 - VAL 107 ) 68: mol1-A 2g9h-D 1 - 8 <=> 12 - 19 (MET 1 - GLN 8 <=> LYS 15 - LYS 22 ) 68: mol1-A 2g9h-D 9 - 16 <=> 21 - 28 (VAL 9 - GLU 16 <=> LEU 24 - SER 31 ) 68: mol1-A 2g9h-D 38 - 51 <=> 29 - 42 (TYR 38 - LYS 51 <=> ALA 32 - ILE 45 ) 68: mol1-A 2g9h-D 53 - 65 <=> 44 - 56 (PHE 53 - VAL 65 <=> GLU 47 - GLY 59 ) 68: mol1-A 2g9h-D 67 - 76 <=> 57 - 66 (ASP 67 - THR 76 <=> LYS 60 - TYR 69 ) 68: mol1-A 2g9h-D 77 - 86 <=> 75 - 84 (ARG 77 - PRO 86 <=> MET 78 - GLN 87 ) 68: mol1-A 2g9h-D 89 - 92 <=> 85 - 88 (GLU 89 - HIS 92 <=> TYR 88 - SER 91 ) 69: mol1-A 2dgy-A 4 - 16 <=> 14 - 26 (LEU 4 - GLU 16 <=> ASN 23 - GLY 35 ) 69: mol1-A 2dgy-A 37 - 48 <=> 27 - 38 (ARG 37 - GLY 48 <=> ASN 36 - GLN 47 ) 69: mol1-A 2dgy-A 50 - 53 <=> 39 - 42 (GLU 50 - PHE 53 <=> ARG 48 - VAL 51 ) 69: mol1-A 2dgy-A 56 - 59 <=> 49 - 52 (GLN 56 - GLN 59 <=> ARG 58 - ILE 61 ) 69: mol1-A 2dgy-A 62 - 74 <=> 53 - 65 (ALA 62 - LYS 74 <=> TRP 62 - ILE 74 ) 69: mol1-A 2dgy-A 78 - 81 <=> 72 - 75 (PHE 78 - PHE 81 <=> LYS 81 - ILE 84 ) 69: mol1-A 2dgy-A 82 - 85 <=> 77 - 80 (VAL 82 - THR 85 <=> PHE 86 - CYS 89 ) 69: mol1-A 2dgy-A 91 - 97 <=> 105 - 111 (GLU 91 - HIS 97 <=> ASN 114 - GLY 120 ) 70: mol1-A 1hr0-W 1 - 16 <=> 3 - 18 (MET 1 - GLU 16 <=> GLU 3 - PRO 18 ) 70: mol1-A 1hr0-W 37 - 48 <=> 19 - 30 (ARG 37 - GLY 48 <=> ASN 19 - PRO 30 ) 70: mol1-A 1hr0-W 50 - 53 <=> 31 - 34 (GLU 50 - PHE 53 <=> GLU 31 - ALA 34 ) 70: mol1-A 1hr0-W 61 - 78 <=> 45 - 62 (HIS 61 - PHE 78 <=> ILE 45 - PRO 62 ) 70: mol1-A 1hr0-W 80 - 84 <=> 66 - 70 (GLY 80 - ARG 84 <=> ARG 66 - ARG 70 ) 71: mol1-A 3kf6-A 1 - 5 <=> 1 - 5 (MET 1 - GLN 5 <=> SER 16 - PRO 20 ) 71: mol1-A 3kf6-A 7 - 17 <=> 34 - 44 (LYS 7 - LYS 17 <=> ILE 52 - TYR 62 ) 71: mol1-A 3kf6-A 35 - 45 <=> 45 - 55 (SER 35 - LEU 45 <=> GLU 63 - CYS 73 ) 71: mol1-A 3kf6-A 47 - 54 <=> 56 - 63 (GLY 47 - ARG 54 <=> SER 74 - VAL 81 ) 71: mol1-A 3kf6-A 57 - 76 <=> 73 - 92 (ALA 57 - THR 76 <=> SER 91 - ASN 110 ) 71: mol1-A 3kf6-A 77 - 86 <=> 101 - 110 (ARG 77 - PRO 86 <=> ILE 119 - ASP 128 ) 72: mol1-A 2rhq-B 1 - 17 <=> 40 - 56 (MET 1 - LYS 17 <=> LYS 40 - GLY 56 ) 72: mol1-A 2rhq-B 36 - 45 <=> 57 - 66 (MET 36 - LEU 45 <=> SER 57 - GLY 70 ) 72: mol1-A 2rhq-B 47 - 55 <=> 67 - 75 (GLY 47 - LEU 55 <=> GLU 71 - CYS 79 ) 72: mol1-A 2rhq-B 59 - 75 <=> 76 - 92 (GLN 59 - GLY 75 <=> GLY 80 - GLY 96 ) 72: mol1-A 2rhq-B 78 - 82 <=> 112 - 116 (PHE 78 - VAL 82 <=> GLU 116 - CYS 120 ) 72: mol1-A 2rhq-B 83 - 86 <=> 138 - 141 (SER 83 - PRO 86 <=> VAL 142 - THR 145 ) 72: mol1-A 2rhq-B 88 - 91 <=> 231 - 234 (ASN 88 - GLU 91 <=> GLU 235 - PRO 238 ) 72: mol1-A 2rhq-B 92 - 95 <=> 251 - 254 (HIS 92 - HIS 95 <=> ASN 255 - ASP 258 ) 73: mol1-A 2q2h-A 1 - 19 <=> 15 - 33 (MET 1 - VAL 19 <=> PHE 10 - GLU 28 ) 73: mol1-A 2q2h-A 34 - 55 <=> 35 - 56 (THR 34 - LEU 55 <=> ARG 30 - ALA 51 ) 73: mol1-A 2q2h-A 56 - 61 <=> 58 - 63 (GLN 56 - HIS 61 <=> ILE 53 - THR 58 ) 73: mol1-A 2q2h-A 64 - 77 <=> 67 - 80 (THR 64 - ARG 77 <=> LEU 62 - PRO 75 ) 73: mol1-A 2q2h-A 78 - 81 <=> 90 - 93 (PHE 78 - PHE 81 <=> VAL 85 - LEU 88 ) 73: mol1-A 2q2h-A 82 - 86 <=> 105 - 109 (VAL 82 - PRO 86 <=> ALA 100 - ARG 104 ) 74: mol1-A 2pi2-A 1 - 5 <=> 4 - 8 (MET 1 - GLN 5 <=> GLN 44 - PRO 48 ) 74: mol1-A 2pi2-A 6 - 16 <=> 35 - 45 (GLN 6 - GLU 16 <=> THR 75 - LYS 85 ) 74: mol1-A 2pi2-A 35 - 38 <=> 46 - 49 (SER 35 - TYR 38 <=> ALA 86 - ASN 89 ) 74: mol1-A 2pi2-A 39 - 44 <=> 51 - 56 (GLU 39 - PRO 44 <=> VAL 91 - ASP 96 ) 74: mol1-A 2pi2-A 46 - 52 <=> 57 - 63 (ASN 46 - THR 52 <=> MET 97 - ASP 103 ) 74: mol1-A 2pi2-A 53 - 58 <=> 65 - 70 (PHE 53 - GLN 58 <=> ARG 105 - ASN 117 ) 74: mol1-A 2pi2-A 61 - 76 <=> 71 - 86 (HIS 61 - THR 76 <=> THR 118 - ARG 133 ) 74: mol1-A 2pi2-A 77 - 86 <=> 95 - 104 (ARG 77 - PRO 86 <=> VAL 142 - ASP 151 ) 75: mol1-A 3kf6-B 1 - 4 <=> 4 - 7 (MET 1 - LEU 4 <=> SER 501 - ALA 504 ) 75: mol1-A 3kf6-B 5 - 16 <=> 24 - 35 (GLN 5 - GLU 16 <=> LEU 521 - ASN 532 ) 75: mol1-A 3kf6-B 38 - 44 <=> 36 - 42 (TYR 38 - PRO 44 <=> GLY 533 - ASP 539 ) 75: mol1-A 3kf6-B 47 - 56 <=> 43 - 52 (GLY 47 - GLN 56 <=> GLY 540 - THR 549 ) 75: mol1-A 3kf6-B 61 - 76 <=> 58 - 73 (HIS 61 - THR 76 <=> VAL 555 - ARG 570 ) 75: mol1-A 3kf6-B 77 - 86 <=> 79 - 88 (ARG 77 - PRO 86 <=> ASP 576 - GLY 585 ) 76: mol1-A 3f8t-A 3 - 16 <=> 100 - 113 (PRO 3 - GLU 16 <=> ALA 117 - GLY 130 ) 76: mol1-A 3f8t-A 35 - 38 <=> 114 - 117 (SER 35 - TYR 38 <=> ALA 131 - LEU 134 ) 76: mol1-A 3f8t-A 39 - 45 <=> 119 - 125 (GLU 39 - LEU 45 <=> HIS 136 - GLY 142 ) 76: mol1-A 3f8t-A 47 - 56 <=> 126 - 135 (GLY 47 - GLN 56 <=> SER 143 - GLY 152 ) 76: mol1-A 3f8t-A 63 - 76 <=> 138 - 151 (LEU 63 - THR 76 <=> LEU 155 - ARG 168 ) 76: mol1-A 3f8t-A 77 - 85 <=> 156 - 164 (ARG 77 - THR 85 <=> ASP 173 - ASP 181 ) 76: mol1-A 3f8t-A 90 - 97 <=> 217 - 224 (LEU 90 - HIS 97 <=> GLY 234 - HIS 241 ) 77: mol1-A 1x54-A 2 - 11 <=> 16 - 25 (ALA 2 - VAL 11 <=> GLY 16 - VAL 25 ) 77: mol1-A 1x54-A 12 - 17 <=> 27 - 32 (SER 12 - LYS 17 <=> THR 27 - GLY 32 ) 77: mol1-A 1x54-A 37 - 56 <=> 33 - 52 (ARG 37 - GLN 56 <=> LYS 33 - LYS 52 ) 77: mol1-A 1x54-A 57 - 62 <=> 57 - 62 (ALA 57 - ALA 62 <=> GLU 57 - LYS 62 ) 77: mol1-A 1x54-A 63 - 66 <=> 65 - 68 (LEU 63 - GLY 66 <=> LYS 65 - ARG 68 ) 77: mol1-A 1x54-A 67 - 76 <=> 70 - 79 (ASP 67 - THR 76 <=> SER 70 - LYS 79 ) 77: mol1-A 1x54-A 77 - 86 <=> 91 - 100 (ARG 77 - PRO 86 <=> HIS 91 - ALA 100 ) 78: mol1-A 1wyd-B 2 - 17 <=> 16 - 31 (ALA 2 - LYS 17 <=> GLY 16 - LEU 31 ) 78: mol1-A 1wyd-B 36 - 39 <=> 32 - 35 (MET 36 - GLU 39 <=> GLY 32 - LYS 35 ) 78: mol1-A 1wyd-B 40 - 43 <=> 37 - 40 (ALA 40 - LYS 43 <=> ILE 37 - ARG 40 ) 78: mol1-A 1wyd-B 45 - 48 <=> 41 - 44 (LEU 45 - GLY 48 <=> ASP 41 - GLY 44 ) 78: mol1-A 1wyd-B 50 - 56 <=> 46 - 52 (GLU 50 - GLN 56 <=> GLY 46 - LYS 52 ) 78: mol1-A 1wyd-B 62 - 76 <=> 62 - 76 (ALA 62 - THR 76 <=> GLU 62 - LYS 76 ) 78: mol1-A 1wyd-B 77 - 86 <=> 88 - 97 (ARG 77 - PRO 86 <=> HIS 88 - LYS 97 ) 78: mol1-A 1wyd-B 94 - 97 <=> 112 - 115 (HIS 94 - HIS 97 <=> ALA 112 - ASP 115 ) 79: mol1-A 2hd3-B 6 - 17 <=> 1 - 12 (GLN 6 - LYS 17 <=> UNK 1 - CYS 12 ) 79: mol1-A 2hd3-B 18 - 21 <=> 14 - 17 (PRO 18 - ASP 21 <=> VAL 14 - HIS 17 ) 79: mol1-A 2hd3-B 35 - 46 <=> 20 - 31 (SER 35 - ASN 46 <=> ALA 20 - ASP 31 ) 79: mol1-A 2hd3-B 47 - 54 <=> 37 - 44 (GLY 47 - ARG 54 <=> ASP 37 - ILE 44 ) 79: mol1-A 2hd3-B 62 - 73 <=> 48 - 59 (ALA 62 - TYR 73 <=> GLY 48 - SER 59 ) 79: mol1-A 2hd3-B 75 - 78 <=> 60 - 63 (GLY 75 - PHE 78 <=> GLY 60 - ALA 63 ) 79: mol1-A 2hd3-B 81 - 86 <=> 79 - 84 (PHE 81 - PRO 86 <=> ILE 79 - GLU 84 ) 80: mol1-A 1q46-A 3 - 16 <=> 14 - 27 (PRO 3 - GLU 16 <=> ILE 15 - GLU 28 ) 80: mol1-A 1q46-A 38 - 46 <=> 28 - 36 (TYR 38 - ASN 46 <=> MET 29 - GLU 37 ) 80: mol1-A 1q46-A 47 - 55 <=> 38 - 46 (GLY 47 - LEU 55 <=> ASP 39 - LEU 47 ) 80: mol1-A 1q46-A 56 - 76 <=> 54 - 74 (GLN 56 - THR 76 <=> ILE 55 - VAL 75 ) 80: mol1-A 1q46-A 78 - 81 <=> 82 - 85 (PHE 78 - PHE 81 <=> ASP 83 - LYS 86 ) 81: mol1-A 2rcn-A 2 - 15 <=> 1 - 14 (ALA 2 - ARG 15 <=> LEU 43 - PHE 56 ) 81: mol1-A 2rcn-A 38 - 48 <=> 16 - 26 (TYR 38 - GLY 48 <=> MET 58 - GLU 68 ) 81: mol1-A 2rcn-A 50 - 53 <=> 27 - 30 (GLU 50 - PHE 53 <=> VAL 69 - CYS 72 ) 81: mol1-A 2rcn-A 58 - 76 <=> 34 - 52 (GLN 58 - THR 76 <=> ARG 76 - VAL 101 ) 81: mol1-A 2rcn-A 81 - 88 <=> 57 - 64 (PHE 81 - ASN 88 <=> GLU 106 - SER 113 ) 81: mol1-A 2rcn-A 91 - 97 <=> 105 - 111 (GLU 91 - HIS 97 <=> LEU 159 - ILE 165 ) 82: mol1-A 1yha-A 6 - 12 <=> 1 - 7 (GLN 6 - SER 12 <=> MET 1 - LYS 7 ) 82: mol1-A 1yha-A 13 - 25 <=> 11 - 23 (ASN 13 - ARG 25 <=> ALA 11 - GLY 23 ) 82: mol1-A 1yha-A 37 - 46 <=> 28 - 37 (ARG 37 - ASN 46 <=> LEU 28 - LEU 37 ) 82: mol1-A 1yha-A 47 - 60 <=> 41 - 54 (GLY 47 - TYR 60 <=> HIS 41 - PRO 54 ) 82: mol1-A 1yha-A 63 - 66 <=> 56 - 59 (LEU 63 - GLY 66 <=> TYR 56 - GLY 59 ) 82: mol1-A 1yha-A 68 - 72 <=> 60 - 64 (GLN 68 - SER 72 <=> LEU 60 - HIS 64 ) 82: mol1-A 1yha-A 75 - 78 <=> 77 - 80 (GLY 75 - PHE 78 <=> MET 77 - ARG 80 ) 82: mol1-A 1yha-A 80 - 85 <=> 82 - 87 (GLY 80 - THR 85 <=> ARG 82 - LYS 87 ) 83: mol1-A 3cpf-A 1 - 16 <=> 63 - 78 (MET 1 - GLU 16 <=> VAL 81 - ASP 96 ) 83: mol1-A 3cpf-A 38 - 44 <=> 79 - 85 (TYR 38 - PRO 44 <=> GLY 97 - GLN 103 ) 83: mol1-A 3cpf-A 46 - 52 <=> 86 - 92 (ASN 46 - THR 52 <=> ASP 104 - GLU 110 ) 83: mol1-A 3cpf-A 53 - 58 <=> 94 - 99 (PHE 53 - GLN 58 <=> LEU 112 - GLY 117 ) 83: mol1-A 3cpf-A 59 - 64 <=> 101 - 106 (GLN 59 - THR 64 <=> LEU 119 - GLU 124 ) 83: mol1-A 3cpf-A 66 - 84 <=> 114 - 132 (GLY 66 - ARG 84 <=> GLU 132 - LYS 150 ) 84: mol1-A 2exd-A 5 - 16 <=> 17 - 28 (GLN 5 - GLU 16 <=> LYS 88 - GLU 99 ) 84: mol1-A 2exd-A 38 - 45 <=> 29 - 36 (TYR 38 - LEU 45 <=> ASP 100 - GLU 107 ) 84: mol1-A 2exd-A 48 - 53 <=> 37 - 42 (GLY 48 - PHE 53 <=> GLY 108 - ALA 113 ) 84: mol1-A 2exd-A 60 - 78 <=> 45 - 63 (TYR 60 - PHE 78 <=> ASP 116 - LYS 134 ) 84: mol1-A 2exd-A 80 - 89 <=> 65 - 74 (GLY 80 - GLU 89 <=> LYS 136 - GLU 145 ) 85: mol1-A 2awn-A 1 - 16 <=> 193 - 208 (MET 1 - GLU 16 <=> SER 236 - ILE 251 ) 85: mol1-A 2awn-A 38 - 46 <=> 209 - 217 (TYR 38 - ASN 46 <=> ASP 252 - MET 260 ) 85: mol1-A 2awn-A 47 - 55 <=> 219 - 227 (GLY 47 - LEU 55 <=> ASN 262 - VAL 270 ) 85: mol1-A 2awn-A 59 - 75 <=> 228 - 244 (GLN 59 - GLY 75 <=> GLU 271 - PRO 287 ) 85: mol1-A 2awn-A 78 - 86 <=> 308 - 316 (PHE 78 - PRO 86 <=> ARG 351 - GLY 359 ) 86: mol1-A 2awn-C 1 - 16 <=> 205 - 220 (MET 1 - GLU 16 <=> SER 236 - ILE 251 ) 86: mol1-A 2awn-C 38 - 46 <=> 221 - 229 (TYR 38 - ASN 46 <=> ASP 252 - MET 260 ) 86: mol1-A 2awn-C 47 - 55 <=> 231 - 239 (GLY 47 - LEU 55 <=> ASN 262 - VAL 270 ) 86: mol1-A 2awn-C 59 - 75 <=> 240 - 256 (GLN 59 - GLY 75 <=> GLU 271 - PRO 287 ) 86: mol1-A 2awn-C 77 - 86 <=> 319 - 328 (ARG 77 - PRO 86 <=> GLU 350 - GLY 359 ) 87: mol1-A 1asy-A 1 - 17 <=> 38 - 54 (MET 1 - LYS 17 <=> SER 105 - GLN 121 ) 87: mol1-A 1asy-A 36 - 44 <=> 57 - 65 (MET 36 - PRO 44 <=> THR 124 - GLN 132 ) 87: mol1-A 1asy-A 47 - 55 <=> 66 - 74 (GLY 47 - LEU 55 <=> GLN 133 - VAL 141 ) 87: mol1-A 1asy-A 57 - 62 <=> 84 - 89 (ALA 57 - ALA 62 <=> LYS 151 - TRP 156 ) 87: mol1-A 1asy-A 63 - 75 <=> 93 - 105 (LEU 63 - GLY 75 <=> LEU 160 - VAL 172 ) 87: mol1-A 1asy-A 77 - 85 <=> 123 - 131 (ARG 77 - THR 85 <=> HIS 190 - SER 198 ) 87: mol1-A 1asy-A 94 - 97 <=> 486 - 489 (HIS 94 - HIS 97 <=> LYS 553 - ARG 556 ) 88: mol1-A 3bu2-A 1 - 19 <=> 85 - 103 (MET 1 - VAL 19 <=> ASP 88 - ASP 106 ) 88: mol1-A 3bu2-A 34 - 45 <=> 104 - 115 (THR 34 - LEU 45 <=> ALA 107 - ALA 118 ) 88: mol1-A 3bu2-A 48 - 56 <=> 116 - 124 (GLY 48 - GLN 56 <=> THR 119 - GLY 127 ) 88: mol1-A 3bu2-A 60 - 75 <=> 125 - 140 (TYR 60 - GLY 75 <=> ALA 128 - GLY 143 ) 88: mol1-A 3bu2-A 78 - 82 <=> 160 - 164 (PHE 78 - VAL 82 <=> SER 163 - CYS 167 ) 88: mol1-A 3bu2-A 83 - 86 <=> 182 - 185 (SER 83 - PRO 86 <=> VAL 185 - ASP 188 ) 89: mol1-A 3ebe-C 2 - 17 <=> 52 - 67 (ALA 2 - LYS 17 <=> GLU 282 - PRO 297 ) 89: mol1-A 3ebe-C 37 - 48 <=> 68 - 79 (ARG 37 - GLY 48 <=> PHE 306 - LEU 317 ) 89: mol1-A 3ebe-C 49 - 55 <=> 81 - 87 (LEU 49 - LEU 55 <=> LYS 319 - LEU 325 ) 89: mol1-A 3ebe-C 56 - 61 <=> 92 - 97 (GLN 56 - HIS 61 <=> HIS 330 - LYS 335 ) 89: mol1-A 3ebe-C 63 - 77 <=> 98 - 112 (LEU 63 - ARG 77 <=> THR 336 - MET 350 ) 89: mol1-A 3ebe-C 80 - 85 <=> 126 - 131 (GLY 80 - THR 85 <=> LYS 368 - GLY 373 ) 90: mol1-A 3f1z-A 1 - 20 <=> 34 - 53 (MET 1 - ASN 20 <=> LEU 69 - ILE 88 ) 90: mol1-A 3f1z-A 37 - 45 <=> 58 - 66 (ARG 37 - LEU 45 <=> TYR 93 - GLU 101 ) 90: mol1-A 3f1z-A 46 - 49 <=> 70 - 73 (ASN 46 - LEU 49 <=> THR 105 - ARG 108 ) 90: mol1-A 3f1z-A 51 - 55 <=> 74 - 78 (LYS 51 - LEU 55 <=> LEU 109 - PHE 113 ) 90: mol1-A 3f1z-A 59 - 75 <=> 85 - 101 (GLN 59 - GLY 75 <=> ASP 120 - VAL 136 ) 90: mol1-A 3f1z-A 77 - 83 <=> 113 - 119 (ARG 77 - SER 83 <=> GLN 148 - LYS 154 ) 91: mol1-A 2je6-I 4 - 16 <=> 67 - 79 (LEU 4 - GLU 16 <=> ASN 73 - ILE 85 ) 91: mol1-A 2je6-I 38 - 45 <=> 80 - 87 (TYR 38 - LEU 45 <=> TYR 86 - LYS 93 ) 91: mol1-A 2je6-I 47 - 55 <=> 88 - 96 (GLY 47 - LEU 55 <=> ALA 94 - ALA 102 ) 91: mol1-A 2je6-I 57 - 76 <=> 108 - 127 (ALA 57 - THR 76 <=> GLU 114 - PHE 133 ) 91: mol1-A 2je6-I 77 - 80 <=> 134 - 137 (ARG 77 - GLY 80 <=> VAL 140 - VAL 143 ) 91: mol1-A 2je6-I 82 - 86 <=> 143 - 147 (VAL 82 - PRO 86 <=> GLY 149 - ASN 153 ) 91: mol1-A 2je6-I 92 - 96 <=> 188 - 192 (HIS 92 - HIS 96 <=> PHE 202 - ILE 206 ) 92: mol1-A 1lm0-A 1 - 4 <=> 1 - 4 (MET 1 - LEU 4 <=> SER 32 - ASN 35 ) 92: mol1-A 1lm0-A 5 - 12 <=> 29 - 36 (GLN 5 - SER 12 <=> ILE 60 - THR 67 ) 92: mol1-A 1lm0-A 13 - 18 <=> 39 - 44 (ASN 13 - PRO 18 <=> SER 70 - PRO 75 ) 92: mol1-A 1lm0-A 35 - 45 <=> 45 - 55 (SER 35 - LEU 45 <=> ASN 76 - ASP 86 ) 92: mol1-A 1lm0-A 46 - 51 <=> 57 - 62 (ASN 46 - LYS 51 <=> LEU 88 - LEU 93 ) 92: mol1-A 1lm0-A 53 - 56 <=> 65 - 68 (PHE 53 - GLN 56 <=> TYR 96 - LEU 99 ) 92: mol1-A 1lm0-A 59 - 75 <=> 69 - 85 (GLN 59 - GLY 75 <=> LEU 100 - LEU 116 ) 92: mol1-A 1lm0-A 76 - 86 <=> 91 - 101 (THR 76 - PRO 86 <=> LEU 122 - ASP 132 ) 93: mol1-A 1hh2-P 4 - 16 <=> 135 - 147 (LEU 4 - GLU 16 <=> GLY 135 - GLY 147 ) 93: mol1-A 1hh2-P 38 - 44 <=> 148 - 154 (TYR 38 - PRO 44 <=> GLU 148 - ILE 154 ) 93: mol1-A 1hh2-P 47 - 56 <=> 155 - 164 (GLY 47 - GLN 56 <=> GLY 155 - LYS 164 ) 93: mol1-A 1hh2-P 61 - 65 <=> 169 - 173 (HIS 61 - VAL 65 <=> GLY 169 - LYS 173 ) 93: mol1-A 1hh2-P 66 - 76 <=> 175 - 185 (GLY 66 - THR 76 <=> GLY 175 - VAL 185 ) 93: mol1-A 1hh2-P 78 - 81 <=> 195 - 198 (PHE 78 - PHE 81 <=> LEU 195 - ARG 198 ) 93: mol1-A 1hh2-P 84 - 88 <=> 264 - 268 (ARG 84 - ASN 88 <=> GLU 264 - GLU 268 ) 93: mol1-A 1hh2-P 91 - 96 <=> 269 - 274 (GLU 91 - HIS 96 <=> LYS 269 - LYS 274 ) 94: mol1-A 2oq0-B 2 - 16 <=> 115 - 129 (ALA 2 - GLU 16 <=> GLY 126 - VAL 140 ) 94: mol1-A 2oq0-B 35 - 44 <=> 131 - 140 (SER 35 - PRO 44 <=> GLN 142 - ASP 151 ) 94: mol1-A 2oq0-B 47 - 55 <=> 141 - 149 (GLY 47 - LEU 55 <=> ASP 152 - GLY 160 ) 94: mol1-A 2oq0-B 59 - 72 <=> 154 - 167 (GLN 59 - SER 72 <=> HIS 165 - PHE 178 ) 94: mol1-A 2oq0-B 73 - 76 <=> 169 - 172 (TYR 73 - THR 76 <=> PHE 180 - ARG 183 ) 94: mol1-A 2oq0-B 80 - 85 <=> 187 - 192 (GLY 80 - THR 85 <=> PHE 198 - LYS 203 ) 95: mol1-A 3i4m-H 1 - 18 <=> 2 - 19 (MET 1 - PRO 18 <=> SER 2 - ARG 19 ) 95: mol1-A 3i4m-H 35 - 46 <=> 21 - 32 (SER 35 - ASN 46 <=> ASN 21 - THR 32 ) 95: mol1-A 3i4m-H 47 - 61 <=> 34 - 48 (GLY 47 - HIS 61 <=> ASP 34 - PRO 48 ) 95: mol1-A 3i4m-H 63 - 74 <=> 49 - 60 (LEU 63 - LYS 74 <=> VAL 49 - ALA 60 ) 95: mol1-A 3i4m-H 77 - 83 <=> 131 - 137 (ARG 77 - SER 83 <=> ALA 140 - ARG 146 ) 96: mol1-A 2nn6-G 3 - 16 <=> 74 - 87 (PRO 3 - GLU 16 <=> LYS 112 - GLY 125 ) 96: mol1-A 2nn6-G 38 - 45 <=> 88 - 95 (TYR 38 - LEU 45 <=> ASP 126 - GLY 133 ) 96: mol1-A 2nn6-G 47 - 56 <=> 96 - 105 (GLY 47 - GLN 56 <=> GLY 134 - LEU 143 ) 96: mol1-A 2nn6-G 58 - 76 <=> 113 - 131 (GLN 58 - THR 76 <=> ARG 151 - ALA 169 ) 96: mol1-A 2nn6-G 77 - 80 <=> 138 - 141 (ARG 77 - GLY 80 <=> GLU 176 - CYS 179 ) 96: mol1-A 2nn6-G 81 - 84 <=> 151 - 154 (PHE 81 - ARG 84 <=> MET 189 - ILE 192 ) 96: mol1-A 2nn6-G 86 - 89 <=> 155 - 158 (PRO 86 - GLU 89 <=> GLY 193 - GLY 196 ) 96: mol1-A 2nn6-G 91 - 96 <=> 201 - 206 (GLU 91 - HIS 96 <=> LYS 239 - GLN 244 ) 97: mol1-A 2e8g-A 2 - 19 <=> 134 - 151 (ALA 2 - VAL 19 <=> ILE 134 - SER 151 ) 97: mol1-A 2e8g-A 34 - 45 <=> 152 - 163 (THR 34 - LEU 45 <=> ALA 152 - GLY 163 ) 97: mol1-A 2e8g-A 48 - 56 <=> 164 - 172 (GLY 48 - GLN 56 <=> GLU 164 - ASN 172 ) 97: mol1-A 2e8g-A 60 - 77 <=> 173 - 190 (TYR 60 - ARG 77 <=> ASP 173 - ARG 190 ) 97: mol1-A 2e8g-A 78 - 82 <=> 198 - 202 (PHE 78 - VAL 82 <=> GLU 198 - LEU 202 ) 97: mol1-A 2e8g-A 83 - 86 <=> 210 - 213 (SER 83 - PRO 86 <=> LYS 210 - LYS 213 ) 98: mol1-A 2cqa-A 1 - 10 <=> 8 - 17 (MET 1 - VAL 10 <=> LYS 8 - GLU 17 ) 98: mol1-A 2cqa-A 12 - 19 <=> 20 - 27 (SER 12 - VAL 19 <=> GLU 20 - ALA 27 ) 98: mol1-A 2cqa-A 32 - 56 <=> 28 - 52 (ALA 32 - GLN 56 <=> THR 28 - THR 52 ) 98: mol1-A 2cqa-A 60 - 63 <=> 55 - 58 (TYR 60 - LEU 63 <=> ILE 55 - LEU 58 ) 98: mol1-A 2cqa-A 64 - 74 <=> 64 - 74 (THR 64 - LYS 74 <=> GLN 64 - ALA 74 ) 98: mol1-A 2cqa-A 79 - 84 <=> 76 - 81 (VAL 79 - ARG 84 <=> GLY 76 - LEU 81 ) 99: mol1-A 3d0f-A 5 - 15 <=> 34 - 44 (GLN 5 - ARG 15 <=> ASP 349 - THR 359 ) 99: mol1-A 3d0f-A 38 - 48 <=> 46 - 56 (TYR 38 - GLY 48 <=> GLY 361 - GLU 371 ) 99: mol1-A 3d0f-A 50 - 54 <=> 57 - 61 (GLU 50 - ARG 54 <=> THR 372 - THR 376 ) 99: mol1-A 3d0f-A 57 - 61 <=> 69 - 73 (ALA 57 - HIS 61 <=> HIS 384 - SER 388 ) 99: mol1-A 3d0f-A 63 - 74 <=> 83 - 94 (LEU 63 - LYS 74 <=> ILE 398 - THR 409 ) 99: mol1-A 3d0f-A 75 - 78 <=> 96 - 99 (GLY 75 - PHE 78 <=> LYS 411 - TRP 414 ) 99: mol1-A 3d0f-A 80 - 84 <=> 100 - 104 (GLY 80 - ARG 84 <=> GLN 415 - LEU 419 ) 100: mol1-A 2qgq-A 4 - 16 <=> 213 - 225 (LEU 4 - GLU 16 <=> GLY 371 - GLY 383 ) 100: mol1-A 2qgq-A 38 - 48 <=> 226 - 236 (TYR 38 - GLY 48 <=> LYS 384 - ALA 394 ) 100: mol1-A 2qgq-A 49 - 52 <=> 241 - 244 (LEU 49 - THR 52 <=> GLY 399 - PHE 402 ) 100: mol1-A 2qgq-A 62 - 76 <=> 248 - 262 (ALA 62 - THR 76 <=> LYS 406 - HIS 420 ) 100: mol1-A 2qgq-A 78 - 82 <=> 268 - 272 (PHE 78 - VAL 82 <=> TRP 426 - ILE 430 ) 101: mol1-A 1gvh-A 2 - 5 <=> 85 - 88 (ALA 2 - GLN 5 <=> HIS 85 - PHE 88 ) 101: mol1-A 1gvh-A 6 - 18 <=> 152 - 164 (GLN 6 - PRO 18 <=> THR 152 - SER 164 ) 101: mol1-A 1gvh-A 35 - 48 <=> 165 - 178 (SER 35 - GLY 48 <=> ALA 165 - GLY 178 ) 101: mol1-A 1gvh-A 49 - 57 <=> 215 - 223 (LEU 49 - ALA 57 <=> LYS 215 - ARG 223 ) 101: mol1-A 1gvh-A 58 - 61 <=> 231 - 234 (GLN 58 - HIS 61 <=> ASN 231 - HIS 234 ) 101: mol1-A 1gvh-A 62 - 75 <=> 236 - 249 (ALA 62 - GLY 75 <=> HIS 236 - ALA 249 ) 102: mol1-A 1pxu-A 1 - 19 <=> 12 - 30 (MET 1 - VAL 19 <=> GLU 12 - PRO 30 ) 102: mol1-A 1pxu-A 34 - 46 <=> 31 - 43 (THR 34 - ASN 46 <=> VAL 31 - ARG 43 ) 102: mol1-A 1pxu-A 48 - 57 <=> 60 - 69 (GLY 48 - ALA 57 <=> GLY 60 - GLY 69 ) 102: mol1-A 1pxu-A 62 - 76 <=> 77 - 91 (ALA 62 - THR 76 <=> GLN 77 - ALA 91 ) 102: mol1-A 1pxu-A 77 - 80 <=> 104 - 107 (ARG 77 - GLY 80 <=> MET 104 - SER 107 ) 102: mol1-A 1pxu-A 81 - 85 <=> 109 - 113 (PHE 81 - THR 85 <=> LEU 109 - THR 113 ) 103: mol1-A 1qb5-D 1 - 8 <=> 12 - 19 (MET 1 - GLN 8 <=> ARG 12 - GLU 19 ) 103: mol1-A 1qb5-D 9 - 21 <=> 21 - 33 (VAL 9 - ASP 21 <=> VAL 21 - ASN 33 ) 103: mol1-A 1qb5-D 37 - 43 <=> 36 - 42 (ARG 37 - LYS 43 <=> GLY 36 - SER 42 ) 103: mol1-A 1qb5-D 48 - 51 <=> 43 - 46 (GLY 48 - LYS 51 <=> THR 43 - VAL 46 ) 103: mol1-A 1qb5-D 57 - 61 <=> 62 - 66 (ALA 57 - HIS 61 <=> ALA 62 - LYS 66 ) 103: mol1-A 1qb5-D 62 - 65 <=> 69 - 72 (ALA 62 - VAL 65 <=> MET 69 - VAL 72 ) 103: mol1-A 1qb5-D 66 - 75 <=> 75 - 84 (GLY 66 - GLY 75 <=> GLY 75 - PRO 84 ) 103: mol1-A 1qb5-D 76 - 86 <=> 89 - 99 (THR 76 - PRO 86 <=> ASN 89 - GLU 99 ) 104: mol1-A 3bbn-Q 4 - 16 <=> 1 - 13 (LEU 4 - GLU 16 <=> MET 60 - SER 72 ) 104: mol1-A 3bbn-Q 37 - 46 <=> 14 - 23 (ARG 37 - ASN 46 <=> ASP 73 - ARG 82 ) 104: mol1-A 3bbn-Q 47 - 55 <=> 36 - 44 (GLY 47 - LEU 55 <=> MET 95 - ASP 103 ) 104: mol1-A 3bbn-Q 58 - 61 <=> 45 - 48 (GLN 58 - HIS 61 <=> PRO 104 - GLN 107 ) 104: mol1-A 3bbn-Q 63 - 76 <=> 49 - 62 (LEU 63 - THR 76 <=> PHE 108 - PRO 121 ) 104: mol1-A 3bbn-Q 81 - 86 <=> 72 - 77 (PHE 81 - PRO 86 <=> LEU 131 - ARG 136 ) 105: mol1-A 1fdr-A 4 - 17 <=> 1 - 14 (LEU 4 - LYS 17 <=> ALA 2 - TRP 15 ) 105: mol1-A 1fdr-A 35 - 45 <=> 16 - 26 (SER 35 - LEU 45 <=> ASP 17 - PRO 27 ) 105: mol1-A 1fdr-A 48 - 57 <=> 56 - 65 (GLY 48 - ALA 57 <=> ASN 60 - THR 69 ) 105: mol1-A 1fdr-A 58 - 75 <=> 73 - 90 (GLN 58 - GLY 75 <=> PRO 77 - ALA 94 ) 106: mol1-A 3jyv-Q 3 - 16 <=> 1 - 14 (PRO 3 - GLU 16 <=> ARG 67 - MET 80 ) 106: mol1-A 3jyv-Q 38 - 46 <=> 16 - 24 (TYR 38 - ASN 46 <=> ARG 82 - TYR 90 ) 106: mol1-A 3jyv-Q 47 - 53 <=> 37 - 43 (GLY 47 - PHE 53 <=> ARG 103 - VAL 109 ) 106: mol1-A 3jyv-Q 55 - 59 <=> 45 - 49 (LEU 55 - GLN 59 <=> VAL 111 - PHE 115 ) 106: mol1-A 3jyv-Q 62 - 74 <=> 50 - 62 (ALA 62 - LYS 74 <=> ARG 116 - CYS 128 ) 106: mol1-A 3jyv-Q 77 - 84 <=> 70 - 77 (ARG 77 - ARG 84 <=> ARG 136 - SER 143 ) 107: mol1-A 3kbg-A 1 - 16 <=> 79 - 94 (MET 1 - GLU 16 <=> ARG 112 - PRO 127 ) 107: mol1-A 3kbg-A 37 - 48 <=> 95 - 106 (ARG 37 - GLY 48 <=> GLY 128 - ARG 139 ) 107: mol1-A 3kbg-A 50 - 54 <=> 107 - 111 (GLU 50 - ARG 54 <=> THR 140 - ASP 144 ) 107: mol1-A 3kbg-A 60 - 64 <=> 112 - 116 (TYR 60 - THR 64 <=> ASP 145 - LYS 149 ) 107: mol1-A 3kbg-A 67 - 75 <=> 117 - 125 (ASP 67 - GLY 75 <=> VAL 150 - VAL 158 ) 107: mol1-A 3kbg-A 76 - 87 <=> 128 - 139 (THR 76 - ASP 87 <=> UNK 161 - GLY 172 ) 107: mol1-A 3kbg-A 91 - 95 <=> 170 - 174 (GLU 91 - HIS 95 <=> PHE 205 - PHE 209 ) 108: mol1-A 1k3r-B 4 - 16 <=> 103 - 115 (LEU 4 - GLU 16 <=> GLY 103 - LYS 115 ) 108: mol1-A 1k3r-B 38 - 44 <=> 116 - 122 (TYR 38 - PRO 44 <=> LYS 116 - ILE 122 ) 108: mol1-A 1k3r-B 48 - 55 <=> 124 - 131 (GLY 48 - LEU 55 <=> ALA 124 - ARG 131 ) 108: mol1-A 1k3r-B 62 - 76 <=> 133 - 147 (ALA 62 - THR 76 <=> LYS 133 - LEU 147 ) 108: mol1-A 1k3r-B 77 - 82 <=> 151 - 156 (ARG 77 - VAL 82 <=> ILE 151 - ASP 156 ) 108: mol1-A 1k3r-B 89 - 97 <=> 167 - 175 (GLU 89 - HIS 97 <=> VAL 167 - ALA 175 ) 109: mol1-A 1sro-A 2 - 16 <=> 4 - 18 (ALA 2 - GLU 16 <=> GLU 4 - ASP 18 ) 109: mol1-A 1sro-A 38 - 48 <=> 19 - 29 (TYR 38 - GLY 48 <=> PHE 19 - LYS 29 ) 109: mol1-A 1sro-A 50 - 56 <=> 30 - 36 (GLU 50 - GLN 56 <=> GLU 30 - SER 36 ) 109: mol1-A 1sro-A 57 - 63 <=> 43 - 49 (ALA 57 - LEU 63 <=> VAL 43 - TYR 49 ) 109: mol1-A 1sro-A 64 - 76 <=> 51 - 63 (THR 64 - THR 76 <=> GLN 51 - VAL 63 ) 109: mol1-A 1sro-A 78 - 84 <=> 70 - 76 (PHE 78 - ARG 84 <=> ARG 70 - ALA 76 ) 110: mol1-A 3fp9-A 4 - 7 <=> 1 - 4 (LEU 4 - LYS 7 <=> PRO 98 - TYR 101 ) 110: mol1-A 3fp9-A 9 - 16 <=> 5 - 12 (VAL 9 - GLU 16 <=> GLY 102 - ASP 109 ) 110: mol1-A 3fp9-A 37 - 44 <=> 13 - 20 (ARG 37 - PRO 44 <=> ASP 110 - THR 117 ) 110: mol1-A 3fp9-A 47 - 54 <=> 21 - 28 (GLY 47 - ARG 54 <=> SER 118 - THR 125 ) 110: mol1-A 3fp9-A 59 - 68 <=> 34 - 43 (GLN 59 - GLN 68 <=> ASP 131 - THR 140 ) 110: mol1-A 3fp9-A 71 - 78 <=> 44 - 51 (LEU 71 - PHE 78 <=> VAL 141 - THR 148 ) 110: mol1-A 3fp9-A 79 - 84 <=> 53 - 58 (VAL 79 - ARG 84 <=> VAL 150 - PHE 155 ) 110: mol1-A 3fp9-A 87 - 97 <=> 94 - 104 (ASP 87 - HIS 97 <=> PRO 191 - LEU 201 ) 111: mol1-A 2wfw-B 4 - 7 <=> 1 - 4 (LEU 4 - LYS 7 <=> PRO 80 - TYR 83 ) 111: mol1-A 2wfw-B 9 - 16 <=> 5 - 12 (VAL 9 - GLU 16 <=> GLY 84 - GLU 91 ) 111: mol1-A 2wfw-B 37 - 44 <=> 13 - 20 (ARG 37 - PRO 44 <=> ASP 92 - THR 99 ) 111: mol1-A 2wfw-B 47 - 53 <=> 21 - 27 (GLY 47 - PHE 53 <=> SER 100 - LEU 106 ) 111: mol1-A 2wfw-B 59 - 67 <=> 34 - 42 (GLN 59 - ASP 67 <=> ASP 113 - GLN 121 ) 111: mol1-A 2wfw-B 69 - 73 <=> 43 - 47 (GLY 69 - TYR 73 <=> THR 122 - ASN 126 ) 111: mol1-A 2wfw-B 75 - 78 <=> 48 - 51 (GLY 75 - PHE 78 <=> GLU 127 - THR 130 ) 111: mol1-A 2wfw-B 79 - 85 <=> 53 - 59 (VAL 79 - THR 85 <=> VAL 132 - GLU 138 ) 111: mol1-A 2wfw-B 89 - 92 <=> 94 - 97 (GLU 89 - HIS 92 <=> PRO 173 - ALA 176 ) 111: mol1-A 2wfw-B 93 - 97 <=> 100 - 104 (HIS 93 - HIS 97 <=> ARG 195 - PRO 199 ) 112: mol1-A 1h95-A 1 - 5 <=> 2 - 6 (MET 1 - GLN 5 <=> LYS 2 - ALA 6 ) 112: mol1-A 1h95-A 6 - 16 <=> 8 - 18 (GLN 6 - GLU 16 <=> LYS 8 - VAL 18 ) 112: mol1-A 1h95-A 36 - 55 <=> 19 - 38 (MET 36 - LEU 55 <=> ARG 19 - GLN 38 ) 112: mol1-A 1h95-A 65 - 76 <=> 55 - 66 (VAL 65 - THR 76 <=> ASP 55 - GLY 66 ) 112: mol1-A 1h95-A 78 - 85 <=> 72 - 79 (PHE 78 - THR 85 <=> ALA 72 - GLY 79 ) 113: mol1-A 1e7z-A 2 - 19 <=> 7 - 24 (ALA 2 - VAL 19 <=> SER 153 - ASP 170 ) 113: mol1-A 1e7z-A 35 - 45 <=> 26 - 36 (SER 35 - LEU 45 <=> ASP 172 - GLY 182 ) 113: mol1-A 1e7z-A 47 - 56 <=> 37 - 46 (GLY 47 - GLN 56 <=> GLU 183 - GLY 192 ) 113: mol1-A 1e7z-A 57 - 61 <=> 48 - 52 (ALA 57 - HIS 61 <=> VAL 194 - PRO 198 ) 113: mol1-A 1e7z-A 64 - 77 <=> 56 - 69 (THR 64 - ARG 77 <=> MET 202 - PRO 215 ) 113: mol1-A 1e7z-A 80 - 83 <=> 80 - 83 (GLY 80 - SER 83 <=> MET 226 - CYS 229 ) 113: mol1-A 1e7z-A 85 - 92 <=> 156 - 163 (THR 85 - HIS 92 <=> ARG 302 - SER 309 ) 114: mol1-A 3i7f-A 2 - 11 <=> 49 - 58 (ALA 2 - VAL 11 <=> GLU 58 - VAL 67 ) 114: mol1-A 3i7f-A 12 - 16 <=> 60 - 64 (SER 12 - GLU 16 <=> ALA 69 - LYS 73 ) 114: mol1-A 3i7f-A 36 - 56 <=> 65 - 85 (MET 36 - GLN 56 <=> GLY 74 - LYS 94 ) 114: mol1-A 3i7f-A 57 - 62 <=> 91 - 96 (ALA 57 - ALA 62 <=> LYS 100 - PHE 105 ) 114: mol1-A 3i7f-A 63 - 76 <=> 100 - 113 (LEU 63 - THR 76 <=> ILE 109 - LYS 122 ) 114: mol1-A 3i7f-A 77 - 86 <=> 130 - 139 (ARG 77 - PRO 86 <=> HIS 139 - LEU 148 ) 115: mol1-A 3cki-B 2 - 5 <=> 13 - 16 (ALA 2 - GLN 5 <=> CYS 13 - ASP 16 ) 115: mol1-A 3cki-B 6 - 11 <=> 18 - 23 (GLN 6 - VAL 11 <=> VAL 18 - VAL 23 ) 115: mol1-A 3cki-B 12 - 19 <=> 25 - 32 (SER 12 - VAL 19 <=> GLY 25 - GLY 32 ) 115: mol1-A 3cki-B 34 - 46 <=> 33 - 45 (THR 34 - ASN 46 <=> PRO 33 - LYS 45 ) 115: mol1-A 3cki-B 48 - 58 <=> 55 - 65 (GLY 48 - GLN 58 <=> HIS 55 - GLU 65 ) 115: mol1-A 3cki-B 62 - 65 <=> 71 - 74 (ALA 62 - VAL 65 <=> LYS 71 - VAL 74 ) 115: mol1-A 3cki-B 66 - 75 <=> 76 - 85 (GLY 66 - GLY 75 <=> LYS 76 - VAL 85 ) 115: mol1-A 3cki-B 79 - 86 <=> 96 - 103 (VAL 79 - PRO 86 <=> ASN 96 - GLN 103 ) 116: mol1-A 2bx2-L 3 - 15 <=> 45 - 57 (PRO 3 - ARG 15 <=> LYS 38 - GLU 50 ) 116: mol1-A 2bx2-L 36 - 45 <=> 59 - 68 (MET 36 - LEU 45 <=> SER 52 - GLY 61 ) 116: mol1-A 2bx2-L 47 - 55 <=> 69 - 77 (GLY 47 - LEU 55 <=> ALA 62 - LEU 70 ) 116: mol1-A 2bx2-L 57 - 76 <=> 88 - 107 (ALA 57 - THR 76 <=> PRO 88 - GLU 107 ) 116: mol1-A 2bx2-L 78 - 81 <=> 115 - 118 (PHE 78 - PHE 81 <=> ALA 115 - THR 118 ) 117: mol1-A 1gd7-A 1 - 17 <=> 9 - 25 (MET 1 - LYS 17 <=> ILE 9 - LYS 25 ) 117: mol1-A 1gd7-A 36 - 45 <=> 27 - 36 (MET 36 - LEU 45 <=> ARG 27 - ASP 36 ) 117: mol1-A 1gd7-A 47 - 54 <=> 41 - 48 (GLY 47 - ARG 54 <=> GLY 41 - GLN 48 ) 117: mol1-A 1gd7-A 60 - 67 <=> 50 - 57 (TYR 60 - ASP 67 <=> THR 50 - ASP 57 ) 117: mol1-A 1gd7-A 68 - 75 <=> 60 - 67 (GLN 68 - GLY 75 <=> GLY 60 - VAL 67 ) 117: mol1-A 1gd7-A 76 - 80 <=> 81 - 85 (THR 76 - GLY 80 <=> VAL 81 - GLY 85 ) 118: mol1-A 1q8k-A 4 - 16 <=> 14 - 26 (LEU 4 - GLU 16 <=> GLU 16 - GLU 28 ) 118: mol1-A 1q8k-A 38 - 47 <=> 27 - 36 (TYR 38 - GLY 47 <=> MET 29 - TYR 38 ) 118: mol1-A 1q8k-A 48 - 56 <=> 38 - 46 (GLY 48 - GLN 56 <=> ASN 40 - SER 48 ) 118: mol1-A 1q8k-A 57 - 63 <=> 53 - 59 (ALA 57 - LEU 63 <=> ILE 55 - LEU 61 ) 118: mol1-A 1q8k-A 64 - 76 <=> 61 - 73 (THR 64 - THR 76 <=> ARG 63 - VAL 75 ) 118: mol1-A 1q8k-A 78 - 81 <=> 81 - 84 (PHE 78 - PHE 81 <=> ASP 83 - LYS 86 ) 118: mol1-A 1q8k-A 94 - 97 <=> 180 - 183 (HIS 94 - HIS 97 <=> ARG 182 - PRO 185 ) 119: mol1-A 1vs7-Q 3 - 16 <=> 1 - 14 (PRO 3 - GLU 16 <=> LYS 3 - MET 16 ) 119: mol1-A 1vs7-Q 37 - 46 <=> 15 - 24 (ARG 37 - ASN 46 <=> GLU 17 - ARG 26 ) 119: mol1-A 1vs7-Q 47 - 55 <=> 37 - 45 (GLY 47 - LEU 55 <=> ARG 39 - ASP 47 ) 119: mol1-A 1vs7-Q 58 - 61 <=> 46 - 49 (GLN 58 - HIS 61 <=> GLU 48 - GLU 51 ) 119: mol1-A 1vs7-Q 63 - 76 <=> 50 - 63 (LEU 63 - THR 76 <=> CYS 52 - PRO 65 ) 119: mol1-A 1vs7-Q 77 - 86 <=> 69 - 78 (ARG 77 - PRO 86 <=> SER 71 - LYS 80 ) 120: mol1-A 2ot2-A 3 - 15 <=> 1 - 13 (PRO 3 - ARG 15 <=> MET 1 - ASP 13 ) 120: mol1-A 2ot2-A 38 - 45 <=> 15 - 22 (TYR 38 - LEU 45 <=> ASN 15 - CYS 22 ) 120: mol1-A 2ot2-A 48 - 53 <=> 23 - 28 (GLY 48 - PHE 53 <=> GLY 23 - VAL 28 ) 120: mol1-A 2ot2-A 59 - 62 <=> 34 - 37 (GLN 59 - ALA 62 <=> GLY 34 - ASP 37 ) 120: mol1-A 2ot2-A 64 - 73 <=> 43 - 52 (THR 64 - TYR 73 <=> ARG 43 - VAL 52 ) 120: mol1-A 2ot2-A 78 - 85 <=> 53 - 60 (PHE 78 - THR 85 <=> GLY 53 - ASN 60 ) 121: mol1-A 1ntg-A 2 - 19 <=> 7 - 24 (ALA 2 - VAL 19 <=> SER 8 - ASP 25 ) 121: mol1-A 1ntg-A 34 - 45 <=> 25 - 36 (THR 34 - LEU 45 <=> ALA 26 - GLY 37 ) 121: mol1-A 1ntg-A 47 - 55 <=> 37 - 45 (GLY 47 - LEU 55 <=> GLU 38 - SER 46 ) 121: mol1-A 1ntg-A 56 - 59 <=> 47 - 50 (GLN 56 - GLN 59 <=> LEU 48 - PHE 51 ) 121: mol1-A 1ntg-A 64 - 77 <=> 56 - 69 (THR 64 - ARG 77 <=> LEU 57 - PRO 70 ) 121: mol1-A 1ntg-A 80 - 83 <=> 80 - 83 (GLY 80 - SER 83 <=> MET 81 - CYS 84 ) 121: mol1-A 1ntg-A 85 - 91 <=> 159 - 165 (THR 85 - GLU 91 <=> SER 160 - GLY 166 ) 122: mol1-A 1i94-L 3 - 22 <=> 25 - 44 (PRO 3 - ARG 22 <=> GLY 29 - PRO 48 ) 122: mol1-A 1i94-L 32 - 35 <=> 45 - 48 (ALA 32 - SER 35 <=> ASN 49 - LEU 52 ) 122: mol1-A 1i94-L 37 - 48 <=> 49 - 60 (ARG 37 - GLY 48 <=> ARG 53 - TYR 64 ) 122: mol1-A 1i94-L 50 - 55 <=> 61 - 66 (GLU 50 - LEU 55 <=> GLU 65 - ILE 70 ) 122: mol1-A 1i94-L 56 - 59 <=> 68 - 71 (GLN 56 - GLN 59 <=> GLY 72 - HIS 75 ) 122: mol1-A 1i94-L 62 - 74 <=> 72 - 84 (ALA 62 - LYS 74 <=> ASN 76 - GLY 88 ) 122: mol1-A 1i94-L 78 - 82 <=> 93 - 97 (PHE 78 - VAL 82 <=> ARG 97 - VAL 101 ) 122: mol1-A 1i94-L 83 - 86 <=> 102 - 105 (SER 83 - PRO 86 <=> ASP 106 - GLY 109 ) 122: mol1-A 1i94-L 90 - 97 <=> 118 - 125 (LEU 90 - HIS 97 <=> THR 122 - ALA 129 ) 123: mol1-A 1s1h-L 3 - 22 <=> 18 - 37 (PRO 3 - ARG 22 <=> GLY 45 - PRO 64 ) 123: mol1-A 1s1h-L 32 - 35 <=> 38 - 41 (ALA 32 - SER 35 <=> ASN 65 - ILE 68 ) 123: mol1-A 1s1h-L 37 - 55 <=> 42 - 60 (ARG 37 - LEU 55 <=> ARG 69 - VAL 87 ) 123: mol1-A 1s1h-L 57 - 60 <=> 64 - 67 (ALA 57 - TYR 60 <=> GLY 91 - ASN 94 ) 123: mol1-A 1s1h-L 62 - 78 <=> 68 - 84 (ALA 62 - PHE 78 <=> PHE 95 - GLY 111 ) 123: mol1-A 1s1h-L 81 - 84 <=> 102 - 105 (PHE 81 - ARG 84 <=> GLY 129 - LEU 132 ) 124: mol1-A 2pi2-F 1 - 5 <=> 5 - 9 (MET 1 - GLN 5 <=> ASP 6 - SER 10 ) 124: mol1-A 2pi2-F 6 - 17 <=> 25 - 36 (GLN 6 - LYS 17 <=> CYS 26 - THR 37 ) 124: mol1-A 2pi2-F 38 - 45 <=> 38 - 45 (TYR 38 - LEU 45 <=> LYS 39 - GLY 46 ) 124: mol1-A 2pi2-F 47 - 55 <=> 46 - 54 (GLY 47 - LEU 55 <=> GLU 47 - LEU 55 ) 124: mol1-A 2pi2-F 56 - 59 <=> 56 - 59 (GLN 56 - GLN 59 <=> GLU 57 - ASP 60 ) 124: mol1-A 2pi2-F 61 - 64 <=> 60 - 63 (HIS 61 - THR 64 <=> GLU 61 - SER 64 ) 124: mol1-A 2pi2-F 67 - 76 <=> 64 - 73 (ASP 67 - THR 76 <=> GLY 65 - THR 74 ) 124: mol1-A 2pi2-F 77 - 85 <=> 79 - 87 (ARG 77 - THR 85 <=> LEU 80 - LYS 88 ) 124: mol1-A 2pi2-F 87 - 90 <=> 88 - 91 (ASP 87 - LEU 90 <=> GLU 89 - HIS 92 ) 125: mol1-A 1slj-A 2 - 17 <=> 8 - 23 (ALA 2 - LYS 17 <=> LYS 37 - SER 52 ) 125: mol1-A 1slj-A 38 - 45 <=> 25 - 32 (TYR 38 - LEU 45 <=> GLU 54 - GLY 61 ) 125: mol1-A 1slj-A 48 - 56 <=> 34 - 42 (GLY 48 - GLN 56 <=> GLU 63 - LYS 71 ) 125: mol1-A 1slj-A 57 - 60 <=> 58 - 61 (ALA 57 - TYR 60 <=> ARG 87 - ILE 90 ) 125: mol1-A 1slj-A 61 - 76 <=> 63 - 78 (HIS 61 - THR 76 <=> ASP 92 - GLU 107 ) 125: mol1-A 1slj-A 85 - 88 <=> 93 - 96 (THR 85 - ASN 88 <=> LEU 122 - SER 125 ) 126: mol1-A 3hfz-B 3 - 18 <=> 42 - 57 (PRO 3 - PRO 18 <=> PRO 42 - PRO 57 ) 126: mol1-A 3hfz-B 34 - 45 <=> 58 - 69 (THR 34 - LEU 45 <=> GLY 58 - GLY 69 ) 126: mol1-A 3hfz-B 49 - 56 <=> 70 - 77 (LEU 49 - GLN 56 <=> ARG 70 - GLY 77 ) 126: mol1-A 3hfz-B 60 - 75 <=> 78 - 93 (TYR 60 - GLY 75 <=> ALA 78 - GLY 93 ) 126: mol1-A 3hfz-B 76 - 79 <=> 103 - 106 (THR 76 - VAL 79 <=> VAL 103 - ARG 106 ) 126: mol1-A 3hfz-B 82 - 85 <=> 133 - 136 (VAL 82 - THR 85 <=> LEU 133 - PRO 136 ) 126: mol1-A 3hfz-B 87 - 92 <=> 241 - 246 (ASP 87 - HIS 92 <=> PRO 241 - VAL 246 ) 126: mol1-A 3hfz-B 93 - 97 <=> 261 - 265 (HIS 93 - HIS 97 <=> HIS 261 - LEU 265 ) 127: mol1-A 1o7i-A 2 - 16 <=> 12 - 26 (ALA 2 - GLU 16 <=> MET 12 - GLU 26 ) 127: mol1-A 1o7i-A 17 - 24 <=> 28 - 35 (LYS 17 - SER 24 <=> ARG 28 - GLY 35 ) 127: mol1-A 1o7i-A 39 - 43 <=> 41 - 45 (GLU 39 - LYS 43 <=> GLU 41 - GLY 45 ) 127: mol1-A 1o7i-A 45 - 54 <=> 46 - 55 (LEU 45 - ARG 54 <=> ASP 46 - LEU 55 ) 127: mol1-A 1o7i-A 59 - 72 <=> 59 - 72 (GLN 59 - SER 72 <=> HIS 59 - GLU 72 ) 127: mol1-A 1o7i-A 73 - 76 <=> 74 - 77 (TYR 73 - THR 76 <=> ALA 74 - THR 77 ) 127: mol1-A 1o7i-A 79 - 85 <=> 91 - 97 (VAL 79 - THR 85 <=> THR 91 - SER 97 ) 128: mol1-A 2b29-A 2 - 17 <=> 18 - 33 (ALA 2 - LYS 17 <=> ASN 20 - THR 35 ) 128: mol1-A 2b29-A 34 - 45 <=> 34 - 45 (THR 34 - LEU 45 <=> GLY 36 - SER 47 ) 128: mol1-A 2b29-A 46 - 55 <=> 49 - 58 (ASN 46 - LEU 55 <=> ASN 51 - THR 60 ) 128: mol1-A 2b29-A 58 - 63 <=> 62 - 67 (GLN 58 - LEU 63 <=> PRO 64 - GLU 69 ) 128: mol1-A 2b29-A 67 - 76 <=> 71 - 80 (ASP 67 - THR 76 <=> SER 73 - PHE 82 ) 128: mol1-A 2b29-A 77 - 82 <=> 95 - 100 (ARG 77 - VAL 82 <=> MET 97 - LEU 102 ) 128: mol1-A 2b29-A 83 - 86 <=> 102 - 105 (SER 83 - PRO 86 <=> SER 104 - ALA 107 ) 129: mol1-A 1khi-A 1 - 4 <=> 2 - 5 (MET 1 - LEU 4 <=> SER 28 - GLN 31 ) 129: mol1-A 1khi-A 5 - 16 <=> 76 - 87 (GLN 5 - GLU 16 <=> VAL 102 - ASP 113 ) 129: mol1-A 1khi-A 38 - 55 <=> 88 - 105 (TYR 38 - LEU 55 <=> GLY 114 - VAL 131 ) 129: mol1-A 1khi-A 58 - 63 <=> 110 - 115 (GLN 58 - LEU 63 <=> SER 136 - LEU 141 ) 129: mol1-A 1khi-A 65 - 74 <=> 123 - 132 (VAL 65 - LYS 74 <=> ARG 149 - SER 158 ) 129: mol1-A 1khi-A 75 - 78 <=> 135 - 138 (GLY 75 - PHE 78 <=> GLY 161 - MET 164 ) 129: mol1-A 1khi-A 80 - 87 <=> 140 - 147 (GLY 80 - ASP 87 <=> VAL 166 - GLY 173 ) 130: mol1-A 3cp0-A 3 - 6 <=> 3 - 6 (PRO 3 - GLN 6 <=> ARG 19 - VAL 22 ) 130: mol1-A 3cp0-A 7 - 13 <=> 8 - 14 (LYS 7 - ASN 13 <=> HIS 24 - GLU 30 ) 130: mol1-A 3cp0-A 38 - 44 <=> 19 - 25 (TYR 38 - PRO 44 <=> THR 35 - LEU 41 ) 130: mol1-A 3cp0-A 47 - 53 <=> 26 - 32 (GLY 47 - PHE 53 <=> ASP 42 - ALA 48 ) 130: mol1-A 3cp0-A 59 - 78 <=> 37 - 56 (GLN 59 - PHE 78 <=> PRO 53 - THR 72 ) 130: mol1-A 3cp0-A 80 - 84 <=> 58 - 62 (GLY 80 - ARG 84 <=> ILE 74 - GLU 78 ) 131: mol1-A 1ny4-A 5 - 15 <=> 5 - 15 (GLN 5 - ARG 15 <=> GLU 5 - ILE 15 ) 131: mol1-A 1ny4-A 16 - 19 <=> 17 - 20 (GLU 16 - VAL 19 <=> ARG 17 - THR 20 ) 131: mol1-A 1ny4-A 34 - 46 <=> 21 - 33 (THR 34 - ASN 46 <=> THR 21 - GLU 33 ) 131: mol1-A 1ny4-A 47 - 57 <=> 37 - 47 (GLY 47 - ALA 57 <=> LYS 37 - GLY 47 ) 131: mol1-A 1ny4-A 63 - 71 <=> 49 - 57 (LEU 63 - LEU 71 <=> VAL 49 - LEU 57 ) 131: mol1-A 1ny4-A 76 - 79 <=> 58 - 61 (THR 76 - VAL 79 <=> ARG 58 - GLU 61 ) 132: mol1-A 2v3m-C 1 - 16 <=> 14 - 29 (MET 1 - GLU 16 <=> GLU 133 - GLU 148 ) 132: mol1-A 2v3m-C 38 - 46 <=> 30 - 38 (TYR 38 - ASN 46 <=> ASN 149 - UNK 157 ) 132: mol1-A 2v3m-C 48 - 55 <=> 71 - 78 (GLY 48 - LEU 55 <=> ASN 190 - LEU 197 ) 132: mol1-A 2v3m-C 56 - 63 <=> 82 - 89 (GLN 56 - LEU 63 <=> LYS 201 - LEU 208 ) 132: mol1-A 2v3m-C 64 - 69 <=> 92 - 97 (THR 64 - GLY 69 <=> ARG 211 - ALA 216 ) 132: mol1-A 2v3m-C 71 - 74 <=> 98 - 101 (LEU 71 - LYS 74 <=> PHE 217 - THR 220 ) 133: mol1-A 2wac-A 3 - 16 <=> 1 - 14 (PRO 3 - GLU 16 <=> MET 699 - GLU 712 ) 133: mol1-A 2wac-A 37 - 47 <=> 15 - 25 (ARG 37 - GLY 47 <=> THR 713 - SER 723 ) 133: mol1-A 2wac-A 48 - 55 <=> 111 - 118 (GLY 48 - LEU 55 <=> PRO 809 - LEU 816 ) 133: mol1-A 2wac-A 61 - 76 <=> 138 - 153 (HIS 61 - THR 76 <=> SER 836 - LYS 851 ) 133: mol1-A 2wac-A 77 - 86 <=> 159 - 168 (ARG 77 - PRO 86 <=> ASN 857 - THR 866 ) 133: mol1-A 2wac-A 94 - 97 <=> 207 - 210 (HIS 94 - HIS 97 <=> ARG 905 - HIS 908 ) 134: mol1-A 3g48-A 1 - 18 <=> 10 - 27 (MET 1 - PRO 18 <=> THR 9 - ALA 26 ) 134: mol1-A 3g48-A 36 - 45 <=> 28 - 37 (MET 36 - LEU 45 <=> ARG 27 - ASP 36 ) 134: mol1-A 3g48-A 50 - 55 <=> 45 - 50 (GLU 50 - LEU 55 <=> GLN 44 - ILE 49 ) 134: mol1-A 3g48-A 60 - 66 <=> 51 - 57 (TYR 60 - GLY 66 <=> THR 50 - GLU 56 ) 134: mol1-A 3g48-A 67 - 75 <=> 60 - 68 (ASP 67 - GLY 75 <=> ILE 59 - VAL 67 ) 134: mol1-A 3g48-A 76 - 80 <=> 82 - 86 (THR 76 - GLY 80 <=> VAL 81 - GLY 85 ) 135: mol1-A 2owo-A 1 - 10 <=> 316 - 325 (MET 1 - VAL 10 <=> PRO 316 - ARG 325 ) 135: mol1-A 2owo-A 12 - 18 <=> 326 - 332 (SER 12 - PRO 18 <=> ASP 326 - GLY 332 ) 135: mol1-A 2owo-A 32 - 35 <=> 333 - 336 (ALA 32 - SER 35 <=> ARG 333 - ALA 336 ) 135: mol1-A 2owo-A 38 - 45 <=> 338 - 345 (TYR 38 - LEU 45 <=> THR 338 - PRO 345 ) 135: mol1-A 2owo-A 47 - 56 <=> 352 - 361 (GLY 47 - GLN 56 <=> LEU 352 - ALA 361 ) 135: mol1-A 2owo-A 58 - 61 <=> 362 - 365 (GLN 58 - HIS 61 <=> ASP 362 - GLU 365 ) 135: mol1-A 2owo-A 62 - 65 <=> 368 - 371 (ALA 62 - VAL 65 <=> GLY 368 - ILE 371 ) 135: mol1-A 2owo-A 68 - 75 <=> 372 - 379 (GLN 68 - GLY 75 <=> GLY 372 - ARG 379 ) 135: mol1-A 2owo-A 76 - 82 <=> 385 - 391 (THR 76 - VAL 82 <=> PRO 385 - VAL 391 ) 135: mol1-A 2owo-A 83 - 86 <=> 395 - 398 (SER 83 - PRO 86 <=> ARG 395 - ASP 398 ) 136: mol1-A 2k5w-A 5 - 14 <=> 12 - 21 (GLN 5 - LYS 14 <=> ASP 12 - GLU 21 ) 136: mol1-A 2k5w-A 15 - 19 <=> 23 - 27 (ARG 15 - VAL 19 <=> THR 23 - VAL 27 ) 136: mol1-A 2k5w-A 31 - 35 <=> 28 - 32 (PRO 31 - SER 35 <=> ASP 28 - LEU 32 ) 136: mol1-A 2k5w-A 38 - 45 <=> 33 - 40 (TYR 38 - LEU 45 <=> ARG 33 - TYR 40 ) 136: mol1-A 2k5w-A 46 - 49 <=> 45 - 48 (ASN 46 - LEU 49 <=> VAL 45 - GLN 48 ) 136: mol1-A 2k5w-A 51 - 56 <=> 49 - 54 (LYS 51 - GLN 56 <=> ILE 49 - THR 54 ) 136: mol1-A 2k5w-A 61 - 74 <=> 60 - 73 (HIS 61 - LYS 74 <=> HIS 60 - ASP 73 ) 136: mol1-A 2k5w-A 75 - 85 <=> 84 - 94 (GLY 75 - THR 85 <=> SER 84 - GLN 94 ) 137: mol1-A 2wp8-J 3 - 11 <=> 199 - 207 (PRO 3 - VAL 11 <=> ASN 270 - ILE 278 ) 137: mol1-A 2wp8-J 13 - 17 <=> 208 - 212 (ASN 13 - LYS 17 <=> GLN 279 - TYR 283 ) 137: mol1-A 2wp8-J 38 - 57 <=> 215 - 234 (TYR 38 - ALA 57 <=> LEU 286 - LYS 305 ) 137: mol1-A 2wp8-J 60 - 76 <=> 236 - 252 (TYR 60 - THR 76 <=> LEU 307 - GLN 323 ) 137: mol1-A 2wp8-J 81 - 86 <=> 310 - 315 (PHE 81 - PRO 86 <=> VAL 393 - ARG 398 ) 137: mol1-A 2wp8-J 91 - 97 <=> 382 - 388 (GLU 91 - HIS 97 <=> GLY 465 - LEU 471 ) 138: mol1-A 3kf8-A 1 - 4 <=> 37 - 40 (MET 1 - LEU 4 <=> PHE 43 - THR 46 ) 138: mol1-A 3kf8-A 5 - 11 <=> 79 - 85 (GLN 5 - VAL 11 <=> ILE 85 - ILE 91 ) 138: mol1-A 3kf8-A 12 - 20 <=> 87 - 95 (SER 12 - ASN 20 <=> TYR 93 - PHE 101 ) 138: mol1-A 3kf8-A 31 - 35 <=> 96 - 100 (PRO 31 - SER 35 <=> ASN 102 - GLU 106 ) 138: mol1-A 3kf8-A 37 - 46 <=> 101 - 110 (ARG 37 - ASN 46 <=> SER 107 - PHE 116 ) 138: mol1-A 3kf8-A 47 - 56 <=> 115 - 124 (GLY 47 - GLN 56 <=> SER 121 - GLU 130 ) 138: mol1-A 3kf8-A 59 - 63 <=> 127 - 131 (GLN 59 - LEU 63 <=> LYS 133 - LEU 137 ) 138: mol1-A 3kf8-A 64 - 76 <=> 137 - 149 (THR 64 - THR 76 <=> ASN 143 - TYR 155 ) 138: mol1-A 3kf8-A 77 - 87 <=> 166 - 176 (ARG 77 - ASP 87 <=> LYS 172 - ARG 182 ) 139: mol1-A 1e1t-A 1 - 11 <=> 53 - 63 (MET 1 - VAL 11 <=> LEU 63 - MET 73 ) 139: mol1-A 1e1t-A 12 - 17 <=> 65 - 70 (SER 12 - LYS 17 <=> THR 75 - GLY 80 ) 139: mol1-A 1e1t-A 37 - 48 <=> 71 - 82 (ARG 37 - GLY 48 <=> LYS 81 - GLY 92 ) 139: mol1-A 1e1t-A 50 - 56 <=> 84 - 90 (GLU 50 - GLN 56 <=> ILE 94 - ARG 100 ) 139: mol1-A 1e1t-A 59 - 62 <=> 98 - 101 (GLN 59 - ALA 62 <=> TYR 108 - GLN 111 ) 139: mol1-A 1e1t-A 63 - 76 <=> 105 - 118 (LEU 63 - THR 76 <=> TRP 115 - PHE 128 ) 139: mol1-A 1e1t-A 77 - 86 <=> 128 - 137 (ARG 77 - PRO 86 <=> HIS 138 - LYS 147 ) 140: mol1-A 3h43-I 1 - 15 <=> 15 - 29 (MET 1 - ARG 15 <=> ARG 88 - GLY 102 ) 140: mol1-A 3h43-I 38 - 45 <=> 30 - 37 (TYR 38 - LEU 45 <=> GLU 103 - SER 110 ) 140: mol1-A 3h43-I 46 - 55 <=> 40 - 49 (ASN 46 - LEU 55 <=> GLY 113 - HIS 122 ) 140: mol1-A 3h43-I 59 - 63 <=> 52 - 56 (GLN 59 - LEU 63 <=> ASN 125 - LEU 129 ) 140: mol1-A 3h43-I 65 - 76 <=> 57 - 68 (VAL 65 - THR 76 <=> ALA 130 - THR 141 ) 140: mol1-A 3h43-I 80 - 83 <=> 72 - 75 (GLY 80 - SER 83 <=> VAL 145 - LEU 148 ) 140: mol1-A 3h43-I 85 - 88 <=> 76 - 79 (THR 85 - ASN 88 <=> PRO 149 - GLU 152 ) 141: mol1-A 1sj5-A 7 - 18 <=> 3 - 14 (LYS 7 - PRO 18 <=> ARG 2 - ARG 13 ) 141: mol1-A 1sj5-A 34 - 64 <=> 15 - 45 (THR 34 - THR 64 <=> VAL 14 - ALA 44 ) 141: mol1-A 1sj5-A 72 - 76 <=> 77 - 81 (SER 72 - THR 76 <=> ILE 76 - LEU 80 ) 141: mol1-A 1sj5-A 77 - 80 <=> 86 - 89 (ARG 77 - GLY 80 <=> PHE 85 - THR 88 ) 141: mol1-A 1sj5-A 82 - 86 <=> 113 - 117 (VAL 82 - PRO 86 <=> ALA 120 - GLY 124 ) 142: mol1-A 2k5h-A 5 - 14 <=> 41 - 50 (GLN 5 - LYS 14 <=> ILE 41 - ALA 50 ) 142: mol1-A 2k5h-A 37 - 45 <=> 54 - 62 (ARG 37 - LEU 45 <=> GLN 54 - ASP 62 ) 142: mol1-A 2k5h-A 48 - 52 <=> 63 - 67 (GLY 48 - THR 52 <=> GLY 63 - ARG 67 ) 142: mol1-A 2k5h-A 61 - 85 <=> 72 - 96 (HIS 61 - THR 85 <=> THR 72 - GLU 96 ) 142: mol1-A 2k5h-A 89 - 93 <=> 97 - 101 (GLU 89 - HIS 93 <=> GLU 97 - SER 101 ) 143: mol1-A 1je5-B 1 - 7 <=> 1 - 7 (MET 1 - LYS 7 <=> ALA 2 - SER 8 ) 143: mol1-A 1je5-B 8 - 14 <=> 9 - 15 (GLN 8 - LYS 14 <=> LEU 10 - TYR 16 ) 143: mol1-A 1je5-B 34 - 46 <=> 24 - 36 (THR 34 - ASN 46 <=> PRO 34 - ASN 46 ) 143: mol1-A 1je5-B 47 - 54 <=> 82 - 89 (GLY 47 - ARG 54 <=> GLY 102 - LYS 109 ) 143: mol1-A 1je5-B 61 - 75 <=> 121 - 135 (HIS 61 - GLY 75 <=> PRO 141 - LEU 155 ) 143: mol1-A 1je5-B 76 - 85 <=> 150 - 159 (THR 76 - THR 85 <=> LEU 170 - GLU 179 ) 143: mol1-A 1je5-B 93 - 97 <=> 172 - 176 (HIS 93 - HIS 97 <=> ASP 192 - GLU 196 ) 144: mol1-A 2yyz-A 1 - 7 <=> 235 - 241 (MET 1 - LYS 7 <=> ASN 236 - LEU 242 ) 144: mol1-A 2yyz-A 8 - 11 <=> 243 - 246 (GLN 8 - VAL 11 <=> ASP 244 - VAL 247 ) 144: mol1-A 2yyz-A 13 - 16 <=> 247 - 250 (ASN 13 - GLU 16 <=> SER 248 - ASN 251 ) 144: mol1-A 2yyz-A 38 - 44 <=> 251 - 257 (TYR 38 - PRO 44 <=> LYS 252 - ARG 258 ) 144: mol1-A 2yyz-A 47 - 56 <=> 258 - 267 (GLY 47 - GLN 56 <=> ASP 259 - PRO 268 ) 144: mol1-A 2yyz-A 62 - 66 <=> 269 - 273 (ALA 62 - GLY 66 <=> ASP 270 - LYS 274 ) 144: mol1-A 2yyz-A 68 - 74 <=> 274 - 280 (GLN 68 - LYS 74 <=> GLU 275 - ARG 281 ) 144: mol1-A 2yyz-A 75 - 78 <=> 340 - 343 (GLY 75 - PHE 78 <=> VAL 341 - LEU 344 ) 144: mol1-A 2yyz-A 79 - 86 <=> 346 - 353 (VAL 79 - PRO 86 <=> ILE 347 - THR 354 ) 145: mol1-A 1v9p-A 1 - 10 <=> 317 - 326 (MET 1 - VAL 10 <=> PRO 317 - LEU 326 ) 145: mol1-A 1v9p-A 12 - 18 <=> 327 - 333 (SER 12 - PRO 18 <=> ASP 327 - GLY 333 ) 145: mol1-A 1v9p-A 32 - 35 <=> 334 - 337 (ALA 32 - SER 35 <=> ARG 334 - ARG 337 ) 145: mol1-A 1v9p-A 38 - 45 <=> 339 - 346 (TYR 38 - LEU 45 <=> THR 339 - PRO 346 ) 145: mol1-A 1v9p-A 47 - 56 <=> 353 - 362 (GLY 47 - GLN 56 <=> GLU 353 - GLU 362 ) 145: mol1-A 1v9p-A 58 - 61 <=> 363 - 366 (GLN 58 - HIS 61 <=> SER 363 - GLU 366 ) 145: mol1-A 1v9p-A 62 - 65 <=> 369 - 372 (ALA 62 - VAL 65 <=> ASP 369 - ILE 372 ) 145: mol1-A 1v9p-A 68 - 75 <=> 373 - 380 (GLN 68 - GLY 75 <=> GLY 373 - LYS 380 ) 145: mol1-A 1v9p-A 76 - 83 <=> 386 - 393 (THR 76 - SER 83 <=> PRO 386 - LYS 393 ) 145: mol1-A 1v9p-A 84 - 87 <=> 396 - 399 (ARG 84 - ASP 87 <=> ARG 396 - GLU 399 ) 146: mol1-A 1yez-A 4 - 16 <=> 14 - 26 (LEU 4 - GLU 16 <=> GLY 14 - ARG 26 ) 146: mol1-A 1yez-A 37 - 44 <=> 27 - 34 (ARG 37 - PRO 44 <=> GLN 27 - ILE 34 ) 146: mol1-A 1yez-A 47 - 52 <=> 35 - 40 (GLY 47 - THR 52 <=> GLU 35 - PHE 40 ) 146: mol1-A 1yez-A 63 - 76 <=> 44 - 57 (LEU 63 - THR 76 <=> THR 44 - VAL 57 ) 146: mol1-A 1yez-A 78 - 83 <=> 63 - 68 (PHE 78 - SER 83 <=> PHE 63 - GLU 68 ) 147: mol1-A 3fp9-E 4 - 16 <=> 61 - 73 (LEU 4 - GLU 16 <=> VAL 158 - ASP 170 ) 147: mol1-A 3fp9-E 38 - 46 <=> 74 - 82 (TYR 38 - ASN 46 <=> GLY 171 - HIS 179 ) 147: mol1-A 3fp9-E 47 - 53 <=> 84 - 90 (GLY 47 - PHE 53 <=> ASP 181 - TRP 187 ) 147: mol1-A 3fp9-E 57 - 60 <=> 93 - 96 (ALA 57 - TYR 60 <=> ASP 190 - ILE 193 ) 147: mol1-A 3fp9-E 64 - 73 <=> 97 - 106 (THR 64 - TYR 73 <=> LEU 214 - ASP 223 ) 147: mol1-A 3fp9-E 75 - 78 <=> 108 - 111 (GLY 75 - PHE 78 <=> LYS 225 - TYR 228 ) 147: mol1-A 3fp9-E 80 - 85 <=> 113 - 118 (GLY 80 - THR 85 <=> PHE 230 - LYS 235 ) 147: mol1-A 3fp9-E 88 - 92 <=> 119 - 123 (ASN 88 - HIS 92 <=> ALA 236 - ASP 240 ) 147: mol1-A 3fp9-E 93 - 97 <=> 126 - 130 (HIS 93 - HIS 97 <=> LEU 243 - VAL 247 ) 148: mol1-A 2ns2-A 1 - 17 <=> 17 - 33 (MET 1 - LYS 17 <=> ASN 41 - VAL 57 ) 148: mol1-A 2ns2-A 38 - 54 <=> 36 - 52 (TYR 38 - ARG 54 <=> SER 60 - GLU 76 ) 148: mol1-A 2ns2-A 77 - 86 <=> 58 - 67 (ARG 77 - PRO 86 <=> ARG 82 - ASP 91 ) 149: mol1-A 1oa8-D 2 - 18 <=> 46 - 62 (ALA 2 - PRO 18 <=> ASN 607 - HIS 623 ) 149: mol1-A 1oa8-D 34 - 59 <=> 63 - 88 (THR 34 - GLN 59 <=> SER 624 - TYR 649 ) 149: mol1-A 1oa8-D 63 - 73 <=> 116 - 126 (LEU 63 - TYR 73 <=> LEU 677 - THR 687 ) 150: mol1-A 3d31-A 1 - 16 <=> 228 - 243 (MET 1 - GLU 16 <=> VAL 228 - GLN 243 ) 150: mol1-A 3d31-A 38 - 44 <=> 244 - 250 (TYR 38 - PRO 44 <=> GLY 244 - VAL 250 ) 150: mol1-A 3d31-A 47 - 55 <=> 251 - 259 (GLY 47 - LEU 55 <=> GLY 251 - GLY 259 ) 150: mol1-A 3d31-A 62 - 75 <=> 260 - 273 (ALA 62 - GLY 75 <=> ASP 260 - PRO 273 ) 150: mol1-A 3d31-A 78 - 83 <=> 343 - 348 (PHE 78 - SER 83 <=> SER 343 - ARG 348 ) 151: mol1-A 1tl0-M 2 - 8 <=> 13 - 19 (ALA 2 - GLN 8 <=> HIS 13 - THR 19 ) 151: mol1-A 1tl0-M 12 - 19 <=> 27 - 34 (SER 12 - VAL 19 <=> TYR 27 - LYS 34 ) 151: mol1-A 1tl0-M 38 - 44 <=> 36 - 42 (TYR 38 - PRO 44 <=> GLU 36 - PHE 42 ) 151: mol1-A 1tl0-M 46 - 55 <=> 43 - 52 (ASN 46 - LEU 55 <=> LYS 43 - VAL 52 ) 151: mol1-A 1tl0-M 57 - 62 <=> 62 - 67 (ALA 57 - ALA 62 <=> LYS 62 - ARG 67 ) 151: mol1-A 1tl0-M 63 - 67 <=> 71 - 75 (LEU 63 - ASP 67 <=> THR 71 - ALA 75 ) 151: mol1-A 1tl0-M 68 - 75 <=> 82 - 89 (GLN 68 - GLY 75 <=> VAL 82 - ASN 89 ) 151: mol1-A 1tl0-M 76 - 84 <=> 94 - 102 (THR 76 - ARG 84 <=> ASN 94 - ALA 102 )