1.000000 0.000000 0.000000 0.000000 1.000000 0.000000 0.000000 0.000000 1.000000 0.00000 0.00000 0.00000 0000-0003-0411-602X Mason, A.J. 0000-0003-4129-4810 Clarke, M. http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic 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 H7 N O4 133.103 y ASPARTIC 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 C11 H12 N2 O2 204.225 y TRYPTOPHAN L-peptide linking C5 H11 N O2 117.146 y VALINE L-peptide linking N 1 N N N 2 S C N 3 N C N 4 N O N 5 N C N 6 N O N 7 N H N 8 N H N 9 N H N 10 N H N 11 N H N 12 N H N 13 N H N 14 N N N 15 S C N 16 N C N 17 N O N 18 N C N 19 N C N 20 N C N 21 N N N 22 N C N 23 N N N 24 N N N 25 N O N 26 N H N 27 N H N 28 N H N 29 N H N 30 N H N 31 N H N 32 N H N 33 N H N 34 N H N 35 N H N 36 N H N 37 N H N 38 N H N 39 N H N 40 N H N 41 N N N 42 S C N 43 N C N 44 N O N 45 N C N 46 N C N 47 N O N 48 N O N 49 N O N 50 N H N 51 N H N 52 N H N 53 N H N 54 N H N 55 N H N 56 N H N 57 N N N 58 N C N 59 N C N 60 N O N 61 N O N 62 N H N 63 N H N 64 N H N 65 N H N 66 N H N 67 N N N 68 S C N 69 N C N 70 N O N 71 N C Y 72 N C Y 73 N N Y 74 N C Y 75 N C Y 76 N N N 77 N O N 78 N H N 79 N H N 80 N H N 81 N H N 82 N H N 83 N H N 84 N H N 85 N H N 86 N H N 87 N H N 88 N N N 89 S C N 90 N C N 91 N O N 92 S C N 93 N C N 94 N C N 95 N C N 96 N O N 97 N H N 98 N H N 99 N H N 100 N H N 101 N H N 102 N H N 103 N H N 104 N H N 105 N H N 106 N H N 107 N H N 108 N H N 109 N H N 110 N N N 111 S C N 112 N C N 113 N O N 114 N C N 115 N C N 116 N C N 117 N C N 118 N O N 119 N H N 120 N H N 121 N H N 122 N H N 123 N H N 124 N H N 125 N H N 126 N H N 127 N H N 128 N H N 129 N H N 130 N H N 131 N H N 132 N N N 133 S C N 134 N C N 135 N O N 136 N C N 137 N C N 138 N C N 139 N C N 140 N N N 141 N O N 142 N H N 143 N H N 144 N H N 145 N H N 146 N H N 147 N H N 148 N H N 149 N H N 150 N H N 151 N H N 152 N H N 153 N H N 154 N H N 155 N H N 156 N H N 157 N N N 158 S C N 159 N C N 160 N O N 161 N C Y 162 N C Y 163 N C Y 164 N C Y 165 N N Y 166 N C Y 167 N C Y 168 N C Y 169 N C Y 170 N C N 171 N O N 172 N H N 173 N H N 174 N H N 175 N H N 176 N H N 177 N H N 178 N H N 179 N H N 180 N H N 181 N H N 182 N H N 183 N H N 184 N N N 185 S C N 186 N C N 187 N O N 188 N C N 189 N C N 190 N C N 191 N O N 192 N H N 193 N H N 194 N H N 195 N H N 196 N H N 197 N H N 198 N H N 199 N H N 200 N H N 201 N H N 202 N H N 1 N sing N 2 N sing N 3 N sing N 4 N sing N 5 N sing N 6 N sing N 7 N doub N 8 N sing N 9 N sing N 10 N sing N 11 N sing N 12 N sing N 13 N sing N 14 N sing N 15 N sing N 16 N sing N 17 N sing N 18 N sing N 19 N doub N 20 N sing N 21 N sing N 22 N sing N 23 N sing N 24 N sing N 25 N sing N 26 N sing N 27 N sing N 28 N sing N 29 N sing N 30 N sing N 31 N sing N 32 N sing N 33 N doub N 34 N sing N 35 N sing N 36 N sing N 37 N sing N 38 N sing N 39 N sing N 40 N sing N 41 N sing N 42 N sing N 43 N sing N 44 N sing N 45 N doub N 46 N sing N 47 N sing N 48 N sing N 49 N sing N 50 N doub N 51 N sing N 52 N sing N 53 N sing N 54 N sing N 55 N sing N 56 N sing N 57 N sing N 58 N sing N 59 N sing N 60 N doub N 61 N sing N 62 N sing N 63 N sing N 64 N sing N 65 N sing N 66 N sing N 67 N sing N 68 N sing N 69 N doub N 70 N sing N 71 N sing N 72 N sing N 73 N sing Y 74 N sing Y 75 N doub Y 76 N doub N 77 N sing Y 78 N sing N 79 N sing Y 80 N sing N 81 N sing N 82 N sing N 83 N sing N 84 N sing N 85 N sing N 86 N sing N 87 N sing N 88 N sing N 89 N sing N 90 N doub N 91 N sing N 92 N sing N 93 N sing N 94 N sing N 95 N sing N 96 N sing N 97 N sing N 98 N sing N 99 N sing N 100 N sing N 101 N sing N 102 N sing N 103 N sing N 104 N sing N 105 N sing N 106 N sing N 107 N sing N 108 N sing N 109 N sing N 110 N sing N 111 N doub N 112 N sing N 113 N sing N 114 N sing N 115 N sing N 116 N sing N 117 N sing N 118 N sing N 119 N sing N 120 N sing N 121 N sing N 122 N sing N 123 N sing N 124 N sing N 125 N sing N 126 N sing N 127 N sing N 128 N sing N 129 N sing N 130 N sing N 131 N sing N 132 N doub N 133 N sing N 134 N sing N 135 N sing N 136 N sing N 137 N sing N 138 N sing N 139 N sing N 140 N sing N 141 N sing N 142 N sing N 143 N sing N 144 N sing N 145 N sing N 146 N sing N 147 N sing N 148 N sing N 149 N sing N 150 N sing N 151 N sing N 152 N sing N 153 N sing N 154 N sing N 155 N sing N 156 N doub N 157 N sing N 158 N sing N 159 N sing N 160 N sing Y 161 N doub Y 162 N sing Y 163 N sing N 164 N sing Y 165 N doub Y 166 N sing Y 167 N sing N 168 N sing Y 169 N sing Y 170 N doub N 171 N sing Y 172 N doub N 173 N sing Y 174 N sing N 175 N sing N 176 N sing N 177 N sing N 178 N sing N 179 N sing N 180 N sing N 181 N sing N 182 N sing N 183 N sing N 184 N doub N 185 N sing N 186 N sing N 187 N sing N 188 N sing N 189 N sing N 190 N sing N 191 N sing N 192 N sing N 193 N sing N 194 N sing N 195 N sing To Be Published 0353 Winter flounder 1a in SDS micelles 0000-0003-4129-4810 0000-0003-0411-602X 10.2210/pdb6ryq/pdb pdb_00006ryq 10.13018/BMR34411 2178.647 Pleurocidin-like prepropolypeptide 1 syn polymer no no WLRRIGKGVKIIGGAALDHL WLRRIGKGVKIIGGAALDHL A polypeptide(L) n n n n n n n n n n n n n n n n n n n n database_2 pdbx_database_status chem_comp_atom chem_comp_bond database_2 repository Initial release Database references Other Data collection Database references 1 0 2020-07-15 1 1 2023-06-14 1 2 2024-06-19 _database_2.pdbx_DOI _database_2.pdbx_database_accession _pdbx_database_status.status_code_nmr_data _database_2.pdbx_DOI Winter flounder 1a in SDS micelles N PDBE Y PDBE 2019-06-11 REL REL REL REL 8265 Winter flounder Pseudopleuronectes americanus sample 1 20 structures with the lowest energy 1000 100 isotropic 1 2D TOCSY isotropic 1 2D NOESY 0.5 mM NA 50 mM U-98% SDS d25 0.005 % w/w NA 0.5 mM WF1a in 50 mM d-SDS 0.5 mM WF1a mM Winter flounder 1a 7 pH 1 atm 298 K simulated annealing 1 lowest energy 0.5 mM NA Peptide, 50 mM U-98% SDS d25 SDS, 0.005 % w/w NA TSP, 90% H2O/10% D2O 0.5 mM WF1a in 50 mM SDS Winter flounder 1a 90% H2O/10% D2O micelle Bruker Biospin processing TopSpin Keller and Wuthrich chemical shift assignment CARA Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax peak picking NMRPipe Delaglio and Kuszewski structure calculation DYNAMO Delaglio and Kuszewski refinement DYNAMO 700 Bruker AVANCE TRP 1 n 1 TRP 1 A LEU 2 n 2 LEU 2 A ARG 3 n 3 ARG 3 A ARG 4 n 4 ARG 4 A ILE 5 n 5 ILE 5 A GLY 6 n 6 GLY 6 A LYS 7 n 7 LYS 7 A GLY 8 n 8 GLY 8 A VAL 9 n 9 VAL 9 A LYS 10 n 10 LYS 10 A ILE 11 n 11 ILE 11 A ILE 12 n 12 ILE 12 A GLY 13 n 13 GLY 13 A GLY 14 n 14 GLY 14 A ALA 15 n 15 ALA 15 A ALA 16 n 16 ALA 16 A LEU 17 n 17 LEU 17 A ASP 18 n 18 ASP 18 A HIS 19 n 19 HIS 19 A LEU 20 n 20 LEU 20 A software_defined_assembly PISA 1 monomeric none 0 0 2270 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 0.0000000000 0.0000000000 0.0000000000 1.0000000000 1_555 identity operation 0.0000000000 0.0000000000 0.0000000000 7 A A H H ARG ARG 3 4 1.34 10 A A H H ARG ARG 3 4 1.32 50 A A H H ARG ARG 3 4 1.32 50 A A H H ARG ILE 4 5 1.35 56 A A H H ARG ARG 3 4 1.29 64 A A H H ARG ARG 3 4 1.33 90 A A H H ARG ARG 3 4 1.33 95 A A H H ARG ARG 3 4 1.34 1 A ARG 3 0.227 SIDE CHAIN 2 A ARG 3 0.147 SIDE CHAIN 3 A ARG 3 0.169 SIDE CHAIN 3 A ARG 4 0.133 SIDE CHAIN 4 A ARG 4 0.316 SIDE CHAIN 5 A ARG 3 0.202 SIDE CHAIN 6 A ARG 3 0.307 SIDE CHAIN 6 A ARG 4 0.296 SIDE CHAIN 7 A ARG 3 0.316 SIDE CHAIN 7 A ARG 4 0.264 SIDE CHAIN 8 A ARG 3 0.284 SIDE CHAIN 8 A ARG 4 0.106 SIDE CHAIN 9 A ARG 3 0.251 SIDE CHAIN 9 A ARG 4 0.307 SIDE CHAIN 10 A ARG 3 0.245 SIDE CHAIN 10 A ARG 4 0.304 SIDE CHAIN 11 A ARG 3 0.256 SIDE CHAIN 11 A ARG 4 0.293 SIDE CHAIN 12 A ARG 3 0.318 SIDE CHAIN 12 A ARG 4 0.174 SIDE CHAIN 13 A ARG 3 0.258 SIDE CHAIN 13 A ARG 4 0.231 SIDE CHAIN 14 A ARG 3 0.316 SIDE CHAIN 15 A ARG 3 0.317 SIDE CHAIN 15 A ARG 4 0.318 SIDE CHAIN 16 A ARG 3 0.237 SIDE CHAIN 16 A ARG 4 0.315 SIDE CHAIN 17 A ARG 3 0.250 SIDE CHAIN 17 A ARG 4 0.127 SIDE CHAIN 18 A ARG 3 0.317 SIDE CHAIN 18 A ARG 4 0.139 SIDE CHAIN 19 A ARG 3 0.246 SIDE CHAIN 19 A ARG 4 0.273 SIDE CHAIN 20 A ARG 3 0.112 SIDE CHAIN 20 A ARG 4 0.248 SIDE CHAIN 21 A ARG 3 0.285 SIDE CHAIN 22 A ARG 3 0.307 SIDE CHAIN 22 A ARG 4 0.152 SIDE CHAIN 23 A ARG 3 0.265 SIDE CHAIN 23 A ARG 4 0.312 SIDE CHAIN 24 A ARG 3 0.166 SIDE CHAIN 24 A ARG 4 0.175 SIDE CHAIN 25 A ARG 3 0.315 SIDE CHAIN 25 A ARG 4 0.255 SIDE CHAIN 26 A ARG 3 0.316 SIDE CHAIN 26 A ARG 4 0.307 SIDE CHAIN 27 A ARG 3 0.312 SIDE CHAIN 27 A ARG 4 0.235 SIDE CHAIN 28 A ARG 3 0.099 SIDE CHAIN 28 A ARG 4 0.250 SIDE CHAIN 29 A ARG 3 0.313 SIDE CHAIN 30 A ARG 3 0.255 SIDE CHAIN 30 A ARG 4 0.269 SIDE CHAIN 31 A ARG 3 0.246 SIDE CHAIN 32 A ARG 3 0.309 SIDE CHAIN 32 A ARG 4 0.115 SIDE CHAIN 33 A ARG 3 0.131 SIDE CHAIN 33 A ARG 4 0.293 SIDE CHAIN 34 A ARG 3 0.305 SIDE CHAIN 34 A ARG 4 0.299 SIDE CHAIN 35 A ARG 3 0.318 SIDE CHAIN 36 A ARG 3 0.317 SIDE CHAIN 36 A ARG 4 0.297 SIDE CHAIN 37 A ARG 3 0.286 SIDE CHAIN 37 A ARG 4 0.313 SIDE CHAIN 38 A ARG 3 0.276 SIDE CHAIN 38 A ARG 4 0.318 SIDE CHAIN 39 A ARG 3 0.299 SIDE CHAIN 39 A ARG 4 0.315 SIDE CHAIN 40 A ARG 3 0.314 SIDE CHAIN 40 A ARG 4 0.246 SIDE CHAIN 41 A ARG 3 0.123 SIDE CHAIN 41 A ARG 4 0.315 SIDE CHAIN 42 A ARG 3 0.307 SIDE CHAIN 43 A ARG 3 0.272 SIDE CHAIN 43 A ARG 4 0.257 SIDE CHAIN 44 A ARG 3 0.238 SIDE CHAIN 45 A ARG 3 0.192 SIDE CHAIN 45 A ARG 4 0.274 SIDE CHAIN 46 A ARG 3 0.301 SIDE CHAIN 46 A ARG 4 0.315 SIDE CHAIN 47 A ARG 3 0.254 SIDE CHAIN 48 A ARG 3 0.272 SIDE CHAIN 48 A ARG 4 0.182 SIDE CHAIN 49 A ARG 3 0.093 SIDE CHAIN 49 A ARG 4 0.317 SIDE CHAIN 50 A ARG 3 0.318 SIDE CHAIN 50 A ARG 4 0.239 SIDE CHAIN 51 A ARG 3 0.217 SIDE CHAIN 51 A ARG 4 0.205 SIDE CHAIN 52 A ARG 3 0.296 SIDE CHAIN 52 A ARG 4 0.175 SIDE CHAIN 53 A ARG 3 0.225 SIDE CHAIN 53 A ARG 4 0.317 SIDE CHAIN 54 A ARG 3 0.140 SIDE CHAIN 54 A ARG 4 0.312 SIDE CHAIN 55 A ARG 3 0.317 SIDE CHAIN 55 A ARG 4 0.298 SIDE CHAIN 56 A ARG 3 0.318 SIDE CHAIN 56 A ARG 4 0.276 SIDE CHAIN 57 A ARG 3 0.245 SIDE CHAIN 57 A ARG 4 0.115 SIDE CHAIN 58 A ARG 3 0.238 SIDE CHAIN 58 A ARG 4 0.204 SIDE CHAIN 59 A ARG 3 0.313 SIDE CHAIN 59 A ARG 4 0.318 SIDE CHAIN 60 A ARG 3 0.316 SIDE CHAIN 61 A ARG 3 0.307 SIDE CHAIN 61 A ARG 4 0.295 SIDE CHAIN 62 A ARG 3 0.149 SIDE CHAIN 62 A ARG 4 0.317 SIDE CHAIN 63 A ARG 3 0.308 SIDE CHAIN 63 A ARG 4 0.134 SIDE CHAIN 64 A ARG 3 0.317 SIDE CHAIN 64 A ARG 4 0.088 SIDE CHAIN 65 A ARG 3 0.311 SIDE CHAIN 65 A ARG 4 0.204 SIDE CHAIN 66 A ARG 3 0.244 SIDE CHAIN 66 A ARG 4 0.307 SIDE CHAIN 67 A ARG 3 0.218 SIDE CHAIN 67 A ARG 4 0.289 SIDE CHAIN 68 A ARG 3 0.318 SIDE CHAIN 69 A ARG 3 0.258 SIDE CHAIN 69 A ARG 4 0.292 SIDE CHAIN 70 A ARG 3 0.231 SIDE CHAIN 70 A ARG 4 0.134 SIDE CHAIN 71 A ARG 3 0.300 SIDE CHAIN 71 A ARG 4 0.156 SIDE CHAIN 72 A ARG 3 0.158 SIDE CHAIN 72 A ARG 4 0.299 SIDE CHAIN 73 A ARG 3 0.248 SIDE CHAIN 73 A ARG 4 0.277 SIDE CHAIN 74 A ARG 3 0.129 SIDE CHAIN 75 A ARG 4 0.298 SIDE CHAIN 76 A ARG 3 0.310 SIDE CHAIN 76 A ARG 4 0.301 SIDE CHAIN 77 A ARG 3 0.245 SIDE CHAIN 77 A ARG 4 0.112 SIDE CHAIN 78 A ARG 3 0.236 SIDE CHAIN 78 A ARG 4 0.227 SIDE CHAIN 79 A ARG 3 0.276 SIDE CHAIN 79 A ARG 4 0.283 SIDE CHAIN 80 A ARG 3 0.248 SIDE CHAIN 80 A ARG 4 0.273 SIDE CHAIN 81 A ARG 3 0.283 SIDE CHAIN 81 A ARG 4 0.272 SIDE CHAIN 82 A ARG 3 0.267 SIDE CHAIN 82 A ARG 4 0.309 SIDE CHAIN 83 A ARG 3 0.316 SIDE CHAIN 83 A ARG 4 0.288 SIDE CHAIN 84 A ARG 3 0.264 SIDE CHAIN 84 A ARG 4 0.297 SIDE CHAIN 85 A ARG 3 0.278 SIDE CHAIN 85 A ARG 4 0.292 SIDE CHAIN 86 A ARG 3 0.235 SIDE CHAIN 86 A ARG 4 0.207 SIDE CHAIN 87 A ARG 3 0.278 SIDE CHAIN 87 A ARG 4 0.296 SIDE CHAIN 88 A ARG 3 0.170 SIDE CHAIN 88 A ARG 4 0.301 SIDE CHAIN 89 A ARG 3 0.310 SIDE CHAIN 89 A ARG 4 0.234 SIDE CHAIN 90 A ARG 3 0.314 SIDE CHAIN 90 A ARG 4 0.227 SIDE CHAIN 91 A ARG 3 0.301 SIDE CHAIN 91 A ARG 4 0.316 SIDE CHAIN 92 A ARG 3 0.307 SIDE CHAIN 92 A ARG 4 0.253 SIDE CHAIN 93 A ARG 3 0.216 SIDE CHAIN 93 A ARG 4 0.318 SIDE CHAIN 94 A ARG 3 0.310 SIDE CHAIN 94 A ARG 4 0.126 SIDE CHAIN 95 A ARG 3 0.160 SIDE CHAIN 95 A ARG 4 0.208 SIDE CHAIN 96 A ARG 4 0.235 SIDE CHAIN 97 A ARG 3 0.309 SIDE CHAIN 97 A ARG 4 0.298 SIDE CHAIN 98 A ARG 3 0.282 SIDE CHAIN 98 A ARG 4 0.317 SIDE CHAIN 99 A ARG 3 0.181 SIDE CHAIN 100 A ARG 3 0.131 SIDE CHAIN 100 A ARG 4 0.218 SIDE CHAIN 1 A LEU 2 -70.66 -70.43 1 A ARG 3 -149.18 -17.19 1 A ARG 4 -166.94 12.70 1 A ILE 5 60.05 112.18 1 A LYS 7 -63.94 -80.87 1 A VAL 9 -70.61 -92.88 1 A LYS 10 -173.21 -17.19 1 A ILE 11 -136.28 -43.57 1 A ILE 12 -92.29 -94.69 1 A ALA 16 75.12 48.01 2 A LEU 2 -52.80 -87.26 2 A ARG 3 -151.73 -14.93 2 A ARG 4 -165.08 2.02 2 A VAL 9 -148.25 -56.60 2 A LYS 10 -163.73 -76.61 2 A ILE 12 -71.41 -88.35 2 A ALA 16 78.78 35.40 2 A ASP 18 56.54 -79.90 3 A LEU 2 -73.73 -78.81 3 A ARG 3 -144.00 -17.58 3 A ARG 4 -148.33 13.26 3 A ILE 5 61.51 66.11 3 A LYS 7 -57.67 -166.74 3 A LYS 10 72.85 -18.82 3 A ILE 12 -94.97 -97.68 3 A ALA 16 80.30 39.84 3 A ASP 18 53.72 -85.12 4 A LEU 2 -61.92 -79.10 4 A ARG 3 -150.57 -17.45 4 A ILE 5 61.78 -76.95 4 A VAL 9 -141.68 -87.38 4 A LYS 10 -171.39 -26.73 4 A ILE 11 -137.07 -45.86 4 A ILE 12 -82.83 -93.97 4 A ALA 15 -86.89 30.05 4 A ALA 16 73.54 41.61 4 A ASP 18 55.51 -81.80 4 A HIS 19 -150.34 39.24 5 A LEU 2 62.33 -5.81 5 A ARG 3 84.37 -50.97 5 A ARG 4 -167.21 52.45 5 A LYS 7 54.62 75.79 5 A VAL 9 -154.86 21.33 5 A ILE 11 -138.39 -36.74 5 A ILE 12 -77.30 -87.76 5 A ALA 15 -87.78 30.54 5 A ALA 16 71.78 42.73 5 A ASP 18 58.28 -77.88 5 A HIS 19 -159.43 52.86 6 A LEU 2 -65.46 -78.53 6 A ARG 3 -166.26 -20.79 6 A ARG 4 -161.73 6.69 6 A ILE 5 34.41 35.49 6 A VAL 9 -154.23 26.61 6 A ILE 11 -140.32 -37.47 6 A ILE 12 -75.57 -87.90 6 A ALA 16 75.69 39.06 7 A LEU 2 -66.41 -72.95 7 A ARG 3 -157.81 -13.84 7 A VAL 9 -65.86 -103.36 7 A LYS 10 -151.48 -22.06 7 A ILE 12 -77.67 -95.46 7 A ALA 16 73.67 46.98 8 A LEU 2 -164.16 -71.66 8 A ARG 3 -173.41 -18.30 8 A ARG 4 -146.17 -5.30 8 A ILE 5 60.74 -76.84 8 A LYS 7 55.78 80.20 8 A VAL 9 -148.49 -81.20 8 A LYS 10 -169.40 -18.22 8 A ILE 12 -73.84 -98.07 8 A ALA 16 78.02 39.64 8 A ASP 18 55.35 -82.52 9 A ARG 3 69.20 -65.80 9 A LYS 7 58.11 101.10 9 A VAL 9 -72.77 -102.53 9 A LYS 10 -155.70 -22.19 9 A ILE 12 -85.76 -99.53 9 A ALA 16 78.82 37.79 9 A ASP 18 53.51 -84.80 10 A LEU 2 50.38 -88.96 10 A ARG 3 -171.14 -11.59 10 A ARG 4 -166.27 -5.15 10 A ILE 5 -108.62 63.18 10 A LYS 7 -163.85 -29.84 10 A LYS 10 72.53 -19.06 10 A ILE 12 -96.56 -101.54 10 A ALA 16 83.22 41.96 11 A LEU 2 -72.53 -77.46 11 A ARG 3 -146.37 -13.31 11 A ARG 4 -158.40 7.27 11 A LYS 7 53.99 91.39 11 A VAL 9 58.11 -79.04 11 A LYS 10 -44.89 -18.84 11 A ILE 12 -73.65 -91.90 11 A ALA 15 -85.47 31.00 11 A ALA 16 73.16 37.68 11 A ASP 18 55.17 -82.61 11 A HIS 19 -163.62 51.04 12 A ARG 3 73.45 -63.74 12 A LYS 7 60.90 134.91 12 A VAL 9 -72.42 -92.79 12 A LYS 10 -172.49 -23.02 12 A ILE 12 -89.94 -95.72 12 A ALA 15 -84.31 30.27 12 A ALA 16 75.24 37.79 13 A LEU 2 63.31 -6.60 13 A ARG 3 85.89 -73.46 13 A VAL 9 -73.21 -86.70 13 A LYS 10 -172.06 -22.90 13 A ILE 11 -134.31 -51.20 13 A ILE 12 -77.05 -94.41 13 A ALA 15 -85.72 30.50 13 A ALA 16 74.15 37.94 13 A HIS 19 -173.43 -72.17 14 A LEU 2 -57.44 -81.46 14 A ARG 3 -164.01 -16.91 14 A ARG 4 -151.29 -4.79 14 A VAL 9 -64.71 -103.76 14 A LYS 10 -160.71 -17.40 14 A ILE 12 -91.86 -99.72 14 A ALA 16 79.68 38.20 15 A VAL 9 -72.61 -80.77 15 A LYS 10 -170.79 -23.94 15 A ILE 11 -134.07 -47.28 15 A ILE 12 -79.22 -92.90 15 A ALA 16 76.74 41.25 15 A ASP 18 58.31 -77.95 16 A LEU 2 -53.52 -81.12 16 A ARG 3 -151.50 -10.37 16 A ARG 4 -175.47 7.53 16 A LYS 7 -172.96 47.47 16 A VAL 9 -76.55 32.54 16 A ILE 11 -139.90 -40.07 16 A ILE 12 -76.46 -88.77 16 A ALA 16 76.91 37.80 16 A ASP 18 55.33 -82.15 17 A ARG 3 64.92 -76.00 17 A ILE 5 51.59 74.72 17 A LYS 7 -60.31 -138.70 17 A LYS 10 -170.94 -58.02 17 A ILE 12 -70.66 -89.03 17 A ALA 16 75.54 38.52 18 A ARG 3 74.73 -38.10 18 A VAL 9 -69.29 -84.16 18 A LYS 10 -171.18 -23.69 18 A ILE 11 -131.07 -46.99 18 A ILE 12 -81.99 -94.34 18 A ALA 16 74.26 48.09 18 A ASP 18 59.63 -76.98 18 A HIS 19 -162.45 26.95 19 A ARG 3 69.56 -70.05 19 A ILE 5 34.24 49.42 19 A LYS 7 -76.62 39.99 19 A VAL 9 -70.03 -93.75 19 A LYS 10 -171.72 -23.65 19 A ILE 12 -90.75 -94.07 19 A ALA 16 78.22 40.40 19 A ASP 18 57.48 11.62 19 A HIS 19 -171.30 -44.30 20 A LEU 2 -68.59 -73.66 20 A ARG 3 -144.45 -14.39 20 A ARG 4 -172.70 19.59 20 A ILE 5 61.19 95.24 20 A VAL 9 -145.98 -85.35 20 A LYS 10 -171.43 -23.58 20 A ILE 11 -139.60 -42.90 20 A ILE 12 -86.84 -91.69 20 A ALA 16 75.78 43.15 20 A ASP 18 60.61 -76.77 20 A HIS 19 -160.77 50.85 21 A ARG 3 -46.53 -17.45 21 A ILE 5 59.89 89.48 21 A LYS 7 58.83 152.40 21 A LYS 10 66.07 -13.53 21 A ILE 12 -94.69 -94.67 21 A ALA 16 77.75 39.59 21 A ASP 18 54.57 -83.30 22 A LEU 2 -168.63 -83.10 22 A ARG 3 -152.40 -26.05 22 A ILE 5 60.73 124.38 22 A LYS 7 54.90 175.64 22 A VAL 9 -78.97 -83.28 22 A LYS 10 -170.42 -26.96 22 A ILE 11 -133.57 -45.93 22 A ILE 12 -77.26 -91.09 22 A ALA 15 -86.35 30.74 22 A ALA 16 73.60 40.07 22 A ASP 18 65.72 -74.26 22 A HIS 19 -158.03 38.40 23 A LEU 2 -73.86 -90.97 23 A ILE 5 60.16 103.94 23 A LYS 7 37.57 -160.78 23 A VAL 9 -74.78 -87.25 23 A LYS 10 -171.03 -23.94 23 A ILE 12 -91.45 -98.87 23 A ALA 16 76.08 44.68 23 A ASP 18 58.71 -77.56 24 A LEU 2 64.40 -8.38 24 A ARG 3 63.52 -13.85 24 A ARG 4 -157.38 31.37 24 A VAL 9 -68.62 -85.58 24 A LYS 10 -171.63 -25.25 24 A ILE 11 -139.12 -44.24 24 A ILE 12 -86.13 -93.16 24 A ALA 16 74.77 40.75 24 A ASP 18 56.95 -78.69 25 A ARG 3 75.78 -42.98 25 A LYS 7 -51.72 -81.40 25 A VAL 9 -70.12 -86.51 25 A LYS 10 -170.95 -24.62 25 A ILE 11 -137.62 -46.72 25 A ILE 12 -78.30 -92.93 25 A ALA 16 76.51 43.83 25 A ASP 18 58.53 -77.87 26 A ARG 3 79.87 -15.65 26 A ARG 4 -157.32 29.67 26 A LYS 7 -64.00 89.36 26 A VAL 9 -67.76 -85.79 26 A LYS 10 -171.10 -24.29 26 A ILE 11 -132.59 -50.99 26 A ILE 12 -78.41 -94.69 26 A ALA 16 78.53 37.95 26 A LEU 17 57.18 11.64 26 A ASP 18 58.58 -78.00 27 A LEU 2 62.29 -5.66 27 A ARG 3 65.42 -74.12 27 A ILE 5 35.24 28.18 27 A LYS 7 -51.19 94.40 27 A VAL 9 -76.68 -82.47 27 A LYS 10 -170.92 -26.52 27 A ILE 11 -124.04 -54.21 27 A ILE 12 -75.06 -98.19 27 A ALA 16 76.66 39.35 27 A ASP 18 58.01 -78.28 28 A ARG 3 64.35 -73.06 28 A ILE 5 45.64 77.97 28 A VAL 9 -147.34 -99.25 28 A LYS 10 -167.70 -20.63 28 A ILE 12 -96.16 -101.33 28 A ALA 16 83.94 39.41 28 A LEU 17 54.91 18.04 29 A LEU 2 -79.28 -72.16 29 A ARG 3 -152.51 -22.75 29 A ILE 5 60.14 93.47 29 A VAL 9 -61.89 -89.87 29 A LYS 10 -172.14 -25.86 29 A ILE 12 -89.73 -100.63 29 A ALA 16 77.18 41.77 29 A ASP 18 57.63 5.05 29 A HIS 19 -157.49 -13.81 30 A ARG 3 71.70 -66.31 30 A VAL 9 -154.48 24.52 30 A ILE 11 -134.42 -35.83 30 A ILE 12 -74.83 -88.40 30 A ALA 16 76.26 37.90 30 A ASP 18 48.62 29.94 31 A ARG 3 68.44 -28.80 31 A ILE 5 52.72 97.86 31 A LYS 7 60.50 152.36 31 A VAL 9 -69.12 -80.10 31 A LYS 10 -172.52 -25.34 31 A ILE 11 -135.93 -46.38 31 A ILE 12 -76.48 -92.56 31 A ALA 16 72.98 41.22 31 A ASP 18 59.80 -77.34 31 A HIS 19 -167.46 53.18 32 A LEU 2 53.25 -89.06 32 A ARG 3 -172.91 -23.17 32 A ARG 4 -148.45 -2.45 32 A ILE 5 55.53 74.86 32 A LYS 7 48.69 -94.97 32 A VAL 9 -65.81 -86.05 32 A LYS 10 -171.34 -29.81 32 A ILE 11 -135.47 -47.84 32 A ILE 12 -76.70 -94.36 32 A ALA 16 76.25 42.03 32 A ASP 18 56.36 -80.76 33 A LEU 2 68.94 -6.03 33 A ARG 3 75.11 -61.54 33 A LYS 7 52.89 94.58 33 A VAL 9 -76.42 -83.97 33 A LYS 10 -171.81 -19.18 33 A ILE 11 -138.41 -45.50 33 A ILE 12 -77.93 -92.17 33 A ALA 16 73.21 47.62 34 A ARG 3 72.11 -41.89 34 A LYS 7 -146.22 -144.86 34 A VAL 9 -68.30 -100.85 34 A LYS 10 -155.74 -33.59 34 A ILE 12 -76.25 -93.48 34 A ALA 16 77.43 38.95 35 A LEU 2 -73.63 -72.62 35 A ARG 3 -155.74 -10.18 35 A ARG 4 -158.91 -0.89 35 A ILE 5 36.73 94.72 35 A VAL 9 -71.75 -91.13 35 A LYS 10 -172.15 -26.76 35 A ILE 11 -131.45 -46.91 35 A ILE 12 -87.12 -95.40 35 A ALA 16 76.65 47.84 36 A LEU 2 -66.10 -70.16 36 A ARG 3 -173.26 -23.50 36 A ARG 4 -153.45 7.31 36 A ILE 5 60.24 110.87 36 A VAL 9 -72.91 -87.14 36 A LYS 10 -171.51 -25.01 36 A ILE 11 -132.14 -46.27 36 A ILE 12 -77.16 -92.48 36 A ALA 16 75.68 40.40 36 A ASP 18 58.72 -77.61 36 A HIS 19 -159.36 56.92 37 A LEU 2 -69.83 -70.75 37 A ARG 3 -158.67 -22.34 37 A ARG 4 -150.65 4.92 37 A ILE 5 41.25 19.81 37 A LYS 7 55.19 -81.10 37 A VAL 9 -76.12 -84.41 37 A LYS 10 -171.37 -24.00 37 A ILE 11 -132.92 -50.01 37 A ILE 12 -76.52 -95.28 37 A ALA 16 74.82 40.19 37 A ASP 18 59.23 -77.38 37 A HIS 19 -159.26 44.03 38 A LEU 2 -65.30 -84.74 38 A ARG 3 -168.67 -17.20 38 A ARG 4 -148.43 -1.74 38 A LYS 7 50.78 72.12 38 A VAL 9 -76.04 -83.90 38 A LYS 10 -170.88 -24.78 38 A ILE 11 -120.85 -59.80 38 A ILE 12 -76.13 -98.43 38 A ALA 16 74.85 39.82 38 A ASP 18 54.04 -84.44 38 A HIS 19 -161.17 50.71 39 A ARG 3 76.88 -59.97 39 A LYS 10 -178.14 -35.04 39 A ILE 11 -120.66 -52.43 39 A ILE 12 -74.32 -97.88 39 A ALA 15 -88.55 31.54 39 A ALA 16 72.71 41.93 39 A ASP 18 62.73 -75.49 39 A HIS 19 -152.74 42.13 40 A LEU 2 -74.08 -72.13 40 A ARG 3 -154.31 -13.28 40 A LYS 7 -81.99 43.56 40 A VAL 9 35.60 49.73 40 A ILE 12 -74.89 -92.29 40 A ALA 16 74.03 37.46 40 A ASP 18 54.03 -83.88 40 A HIS 19 -158.21 52.11 41 A LEU 2 -73.94 -85.09 41 A ARG 3 -157.56 -16.93 41 A ARG 4 -150.17 0.98 41 A ILE 5 53.19 71.11 41 A VAL 9 -148.48 -21.74 41 A LYS 10 72.11 -18.85 41 A ILE 12 -95.78 -97.79 41 A ALA 16 78.17 36.45 41 A ASP 18 51.15 10.37 41 A HIS 19 -168.30 -41.72 42 A ARG 3 69.68 -30.36 42 A ILE 5 60.12 84.85 42 A LYS 7 48.59 -129.64 42 A LYS 10 73.27 -20.84 42 A ILE 12 -95.99 -98.39 42 A ALA 16 75.26 41.47 42 A ASP 18 55.71 -82.41 42 A HIS 19 -158.50 57.61 43 A LEU 2 51.98 -91.76 43 A ARG 3 -163.93 -19.72 43 A ARG 4 -171.80 5.99 43 A ILE 5 58.02 84.05 43 A VAL 9 -76.15 32.12 43 A ILE 11 -138.95 -39.61 43 A ILE 12 -75.83 -89.05 43 A ALA 16 72.59 40.78 43 A ASP 18 58.83 -77.50 44 A ARG 3 76.48 -47.02 44 A ILE 5 61.74 -76.46 44 A LYS 7 59.38 -77.56 44 A VAL 9 -61.22 -84.59 44 A LYS 10 -170.91 -26.57 44 A ILE 11 -133.90 -52.07 44 A ILE 12 -76.51 -96.69 44 A ALA 16 78.50 40.07 45 A ARG 3 69.39 -29.65 45 A LYS 7 53.32 -91.94 45 A LYS 10 66.51 -19.14 45 A ILE 12 -98.54 -98.02 45 A ALA 16 76.97 48.65 45 A ASP 18 58.67 -77.98 45 A HIS 19 -164.90 47.76 46 A LEU 2 -70.91 -89.74 46 A ARG 4 -146.91 12.33 46 A ILE 5 62.25 -76.22 46 A LYS 7 54.83 -177.32 46 A VAL 9 -61.01 -91.02 46 A LYS 10 -171.52 -27.29 46 A ILE 11 -136.80 -45.52 46 A ILE 12 -84.07 -93.57 46 A ALA 16 76.57 41.59 47 A LEU 2 -64.76 -78.57 47 A ARG 3 -165.91 -16.59 47 A ARG 4 -149.97 -0.12 47 A ILE 5 62.60 -75.63 47 A LYS 7 58.99 118.43 47 A VAL 9 -149.08 -88.04 47 A LYS 10 -171.23 -31.28 47 A ILE 11 -130.35 -49.23 47 A ILE 12 -75.98 -95.11 47 A ALA 16 75.14 41.71 48 A ARG 3 66.97 -24.12 48 A LYS 7 48.27 82.71 48 A ILE 11 -131.44 -35.59 48 A ILE 12 -75.82 -87.60 48 A ALA 16 77.05 37.34 49 A LEU 2 53.16 -87.44 49 A ARG 3 -174.63 -24.24 49 A ARG 4 -175.98 4.99 49 A ILE 5 50.66 76.11 49 A VAL 9 -70.64 -84.18 49 A LYS 10 -170.81 -24.98 49 A ILE 11 -132.59 -49.98 49 A ILE 12 -81.99 -96.36 49 A ALA 16 72.30 48.84 50 A LEU 2 -70.20 -72.81 50 A ARG 3 -162.34 -15.37 50 A ARG 4 -167.90 -2.89 50 A ILE 5 60.39 130.26 50 A LYS 7 54.53 85.09 50 A VAL 9 -77.76 -93.36 50 A LYS 10 -171.41 -22.41 50 A ILE 11 -131.06 -44.55 50 A ILE 12 -89.99 -94.41 50 A ALA 16 76.17 38.33 50 A ASP 18 52.43 -85.33 51 A ARG 3 61.83 -76.52 51 A ARG 4 -68.87 7.27 51 A LYS 7 -154.25 -102.12 51 A VAL 9 -60.61 -85.90 51 A LYS 10 -171.71 -25.57 51 A ILE 11 -125.27 -55.37 51 A ILE 12 -75.46 -98.11 51 A ALA 16 77.22 39.32 52 A LEU 2 -76.97 -73.38 52 A ARG 3 -147.06 -10.35 52 A ARG 4 -166.36 10.12 52 A ILE 5 62.86 -76.09 52 A LYS 10 66.09 -14.05 52 A ILE 12 -95.03 -97.63 52 A ALA 16 76.50 41.79 52 A ASP 18 55.23 -82.01 53 A ARG 3 -45.62 -18.37 53 A LYS 7 57.45 158.57 53 A VAL 9 -65.82 -87.52 53 A LYS 10 -171.93 -24.28 53 A ILE 11 -124.97 -51.91 53 A ILE 12 -74.67 -97.35 53 A ALA 16 76.99 38.18 53 A ASP 18 55.69 -81.46 53 A HIS 19 -157.03 44.71 54 A ARG 3 69.77 -31.87 54 A LYS 7 -51.36 102.53 54 A VAL 9 -142.45 -85.37 54 A LYS 10 -170.19 -23.41 54 A ILE 12 -94.86 -98.19 54 A ALA 16 78.53 44.51 54 A ASP 18 56.84 -79.78 55 A ARG 3 62.75 -18.06 55 A LYS 7 56.63 114.24 55 A VAL 9 -59.76 -80.44 55 A LYS 10 -171.22 -28.70 55 A ILE 11 -131.51 -44.63 55 A ILE 12 -75.34 -91.38 55 A ALA 16 74.11 37.53 56 A ARG 3 -167.47 -11.75 56 A ARG 4 -174.84 8.15 56 A VAL 9 -69.43 -83.80 56 A LYS 10 -171.25 -17.32 56 A ILE 12 -81.90 -95.68 56 A ALA 16 76.69 43.93 56 A ASP 18 57.47 -78.86 57 A LEU 2 62.34 -5.45 57 A ARG 3 58.45 -76.85 57 A LYS 7 -167.71 -37.48 57 A LYS 10 -169.74 -61.57 57 A ILE 12 -70.83 -88.81 57 A ALA 16 79.07 37.29 57 A ASP 18 60.05 -77.00 57 A HIS 19 -55.07 -70.87 58 A ARG 3 76.68 -50.94 58 A LYS 7 57.21 108.90 58 A VAL 9 -55.49 -105.82 58 A LYS 10 -158.52 -21.76 58 A ILE 12 -95.54 -99.79 58 A ALA 16 74.17 43.91 58 A ASP 18 57.89 -78.28 59 A LEU 2 63.49 -7.92 59 A ARG 3 76.14 -56.44 59 A LYS 7 60.86 136.74 59 A VAL 9 -66.55 -84.74 59 A LYS 10 -171.39 -29.98 59 A ILE 11 -137.98 -43.56 59 A ILE 12 -77.37 -90.40 59 A ALA 16 77.61 39.05 59 A ASP 18 54.33 -83.46 59 A HIS 19 -157.40 40.33 60 A LEU 2 63.48 -8.69 60 A ARG 3 62.76 -15.93 60 A LYS 7 50.37 17.14 60 A VAL 9 -62.58 -88.89 60 A LYS 10 -172.17 -25.23 60 A ILE 11 -130.70 -46.57 60 A ILE 12 -84.53 -94.33 60 A ALA 16 72.46 49.15 60 A ASP 18 58.22 -77.88 60 A HIS 19 -158.76 54.81 61 A LEU 2 62.79 -6.52 61 A ARG 3 72.47 -70.00 61 A LYS 7 53.51 79.54 61 A VAL 9 -71.18 -88.02 61 A LYS 10 -170.61 -24.11 61 A ILE 11 -133.13 -44.73 61 A ILE 12 -90.35 -94.32 61 A ALA 16 75.95 40.97 61 A LEU 17 56.53 13.90 61 A ASP 18 55.57 -82.09 62 A LEU 2 -72.60 -75.73 62 A ARG 3 -153.30 -13.03 62 A ARG 4 -161.39 6.44 62 A ILE 5 61.91 -77.73 62 A VAL 9 -71.14 -82.87 62 A LYS 10 -172.02 -19.71 62 A ILE 11 -136.86 -46.25 62 A ILE 12 -80.16 -93.66 62 A ALA 15 -85.43 30.29 62 A ALA 16 73.46 38.00 62 A ASP 18 56.10 -80.98 62 A HIS 19 -160.95 48.68 63 A LEU 2 63.15 -6.90 63 A ARG 3 64.76 -72.31 63 A ARG 4 -59.33 -8.69 63 A ILE 5 34.84 43.56 63 A LYS 7 -54.82 97.05 63 A VAL 9 -78.92 -81.73 63 A LYS 10 -172.14 -25.76 63 A ILE 11 -135.72 -50.45 63 A ILE 12 -76.53 -96.44 63 A ALA 16 76.52 39.74 63 A HIS 19 54.79 73.92 64 A LEU 2 -77.42 -72.58 64 A ARG 3 -172.73 -14.88 64 A ARG 4 -172.79 4.93 64 A LYS 7 -52.26 -70.54 64 A VAL 9 -76.72 21.12 64 A ILE 11 -133.15 -38.97 64 A ILE 12 -75.58 -89.25 64 A ALA 16 75.55 38.63 64 A ASP 18 53.80 -84.37 64 A HIS 19 -150.36 57.17 65 A LEU 2 53.92 -86.32 65 A ARG 3 -174.14 -23.57 65 A ARG 4 -161.55 6.28 65 A ILE 5 35.43 39.24 65 A VAL 9 -73.50 -87.61 65 A LYS 10 -171.29 -23.30 65 A ILE 12 -91.28 -97.52 65 A ALA 16 73.87 48.78 65 A LEU 17 65.10 -1.55 65 A ASP 18 53.90 -83.56 66 A LEU 2 -76.19 -75.89 66 A ARG 3 -143.42 -18.96 66 A ARG 4 -149.98 12.02 66 A ILE 5 70.14 -30.51 66 A LYS 7 -48.50 153.65 66 A VAL 9 -147.27 -73.87 66 A LYS 10 -171.40 -59.63 66 A ILE 12 -74.52 -86.57 66 A ALA 16 79.43 37.16 66 A LEU 17 59.24 17.92 66 A ASP 18 56.93 6.95 66 A HIS 19 -170.34 -59.90 67 A LEU 2 -67.79 -85.84 67 A ARG 4 -169.94 13.72 67 A ILE 5 34.63 96.65 67 A VAL 9 -63.77 -84.17 67 A LYS 10 -171.83 -25.61 67 A ILE 11 -139.68 -43.89 67 A ILE 12 -84.43 -93.05 67 A ALA 16 74.63 47.82 67 A ASP 18 59.56 -76.91 67 A HIS 19 -154.68 52.56 68 A ARG 3 64.03 -74.61 68 A LYS 7 56.39 116.46 68 A VAL 9 -75.93 -94.05 68 A LYS 10 -171.33 -23.85 68 A ILE 11 -138.11 -43.70 68 A ILE 12 -88.00 -93.55 68 A ALA 16 75.47 38.68 68 A ASP 18 58.02 -78.06 68 A HIS 19 -155.30 62.24 69 A ARG 3 77.36 -47.33 69 A LYS 7 -164.22 -80.13 69 A LYS 10 66.47 -13.47 69 A ILE 12 -95.97 -96.27 69 A ALA 16 72.06 48.03 69 A ASP 18 55.73 -82.38 70 A ARG 3 73.93 -64.72 70 A ARG 4 -69.57 3.13 70 A ILE 5 60.94 -75.89 70 A VAL 9 -71.89 -81.22 70 A LYS 10 -171.34 -28.82 70 A ILE 11 -132.06 -48.63 70 A ILE 12 -78.24 -94.24 70 A ALA 16 75.75 39.29 70 A ASP 18 50.05 -91.51 71 A ARG 3 73.11 -35.98 71 A VAL 9 -72.20 -89.06 71 A LYS 10 -171.86 -27.68 71 A ILE 11 -123.91 -51.21 71 A ILE 12 -83.79 -98.34 71 A ALA 16 77.43 42.19 72 A LEU 2 63.66 -8.33 72 A ARG 3 66.28 -14.46 72 A ILE 5 60.53 -77.09 72 A LYS 7 -53.34 -76.45 72 A VAL 9 -64.91 -95.02 72 A LYS 10 -172.08 -23.56 72 A ILE 11 -135.41 -44.36 72 A ILE 12 -90.34 -95.17 72 A ALA 16 75.19 48.07 72 A ASP 18 57.00 -78.66 72 A HIS 19 -145.63 51.74 73 A ARG 3 74.25 -22.42 73 A LYS 7 -170.17 -138.02 73 A VAL 9 -79.63 29.46 73 A ILE 11 -138.50 -36.87 73 A ILE 12 -75.03 -88.15 73 A ALA 16 74.88 39.25 73 A HIS 19 -170.79 -65.43 74 A ARG 3 71.61 -68.50 74 A VAL 9 -72.65 -84.22 74 A LYS 10 -171.43 -29.64 74 A ILE 11 -131.52 -51.24 74 A ILE 12 -76.00 -97.20 74 A ALA 16 76.93 38.47 75 A ARG 3 73.33 -36.20 75 A LYS 7 52.07 176.81 75 A VAL 9 -76.62 -87.68 75 A LYS 10 -171.29 -25.57 75 A ILE 11 -132.46 -48.11 75 A ILE 12 -83.67 -94.18 75 A ALA 15 -86.69 30.55 75 A ALA 16 72.21 44.15 75 A ASP 18 56.14 -80.93 76 A LEU 2 63.31 -7.62 76 A ARG 3 66.43 -22.40 76 A ILE 5 59.27 94.11 76 A LYS 7 52.95 10.04 76 A VAL 9 -62.36 -95.23 76 A LYS 10 -172.64 -24.40 76 A ILE 11 -137.44 -44.35 76 A ILE 12 -87.67 -94.78 76 A ALA 16 72.90 48.19 76 A ASP 18 55.77 -80.77 76 A HIS 19 -162.27 46.26 77 A ARG 3 76.51 -49.07 77 A VAL 9 -65.35 -87.91 77 A LYS 10 -170.86 -27.30 77 A ILE 11 -131.71 -50.47 77 A ILE 12 -76.68 -96.07 77 A ALA 16 78.43 38.60 77 A ASP 18 54.61 -83.38 77 A HIS 19 -163.01 52.97 78 A LEU 2 -76.44 -73.01 78 A ARG 3 -155.16 -12.31 78 A ARG 4 -153.02 2.47 78 A ILE 5 56.11 91.38 78 A LYS 7 56.46 106.74 78 A VAL 9 -145.42 -99.01 78 A LYS 10 -164.23 -20.92 78 A ILE 12 -98.36 -101.78 78 A ALA 16 78.35 39.99 78 A ASP 18 53.56 -86.24 79 A LEU 2 -178.84 -58.80 79 A ARG 3 -170.73 -21.46 79 A ARG 4 -177.38 19.47 79 A ILE 5 61.36 130.47 79 A VAL 9 -156.62 23.82 79 A ILE 11 -138.35 -37.90 79 A ILE 12 -73.96 -88.05 79 A ALA 16 75.49 37.06 79 A ASP 18 49.87 23.80 80 A LEU 2 -72.59 -74.55 80 A ARG 3 -148.11 -11.76 80 A ARG 4 -166.15 7.48 80 A LYS 7 -75.33 -74.52 80 A VAL 9 -74.47 -84.86 80 A LYS 10 -167.51 -23.04 80 A ILE 11 -139.71 -46.99 80 A ILE 12 -78.14 -92.66 80 A ALA 16 75.51 39.45 81 A LEU 2 -63.12 -88.01 81 A ARG 3 -140.30 -15.73 81 A ARG 4 -154.22 17.18 81 A VAL 9 -74.47 -83.68 81 A LYS 10 -171.10 -27.06 81 A ILE 11 -133.69 -47.39 81 A ILE 12 -80.00 -93.39 81 A ALA 16 74.50 38.46 81 A ASP 18 55.43 -82.18 81 A HIS 19 -164.39 44.45 82 A LEU 2 -65.71 -88.39 82 A ARG 3 -146.44 -11.04 82 A ARG 4 -163.72 5.00 82 A ILE 5 60.57 93.80 82 A LYS 7 -64.56 -170.61 82 A VAL 9 -77.88 -82.65 82 A LYS 10 -170.95 -25.46 82 A ILE 11 -125.96 -52.62 82 A ILE 12 -75.58 -97.73 82 A ALA 15 -88.34 30.36 82 A ALA 16 74.44 42.81 82 A ASP 18 69.91 -70.55 82 A HIS 19 -159.88 19.70 83 A LEU 2 -78.06 -76.24 83 A ARG 3 -148.09 -22.72 83 A ILE 5 60.53 94.50 83 A VAL 9 -57.12 -103.89 83 A LYS 10 -158.20 -22.48 83 A ILE 12 -91.80 -99.43 83 A ALA 16 74.16 43.48 83 A LEU 17 65.70 -1.19 83 A ASP 18 51.35 -85.47 83 A HIS 19 -49.02 -17.96 84 A LEU 2 -59.52 -81.18 84 A ARG 3 -173.64 -18.83 84 A ILE 5 61.82 76.86 84 A VAL 9 -66.75 -101.20 84 A LYS 10 -162.52 -17.65 84 A ILE 12 -96.73 -97.93 84 A ALA 16 75.91 38.38 85 A LEU 2 -64.14 -88.44 85 A ARG 3 -142.30 -15.52 85 A ARG 4 -171.31 11.17 85 A ILE 5 59.86 85.11 85 A LYS 10 72.08 -20.00 85 A ILE 12 -95.00 -95.46 85 A ALA 16 77.77 39.88 85 A ASP 18 57.14 -79.17 86 A ARG 3 76.06 -45.19 86 A VAL 9 -77.32 26.14 86 A ILE 11 -131.57 -38.86 86 A ILE 12 -76.36 -88.86 86 A ALA 16 73.28 45.73 86 A ASP 18 48.97 27.31 87 A ARG 3 78.65 -50.69 87 A LYS 7 54.53 176.41 87 A VAL 9 -73.54 -83.09 87 A LYS 10 -170.89 -20.24 87 A ILE 11 -135.99 -47.89 87 A ILE 12 -84.09 -94.68 87 A ALA 16 74.48 44.01 87 A HIS 19 53.58 70.25 88 A ARG 3 64.73 -13.92 88 A LYS 7 58.63 -77.83 88 A VAL 9 -76.76 32.47 88 A ILE 11 -139.92 -39.43 88 A ILE 12 -75.75 -88.83 88 A ALA 16 78.05 37.77 88 A LEU 17 55.36 17.84 88 A ASP 18 56.24 -80.76 89 A ARG 3 74.62 -38.83 89 A LYS 7 -168.83 105.48 89 A VAL 9 -146.44 -15.71 89 A LYS 10 70.63 -13.80 89 A ILE 12 -97.79 -99.43 89 A ALA 16 78.21 48.60 90 A ARG 3 -172.02 -16.51 90 A ARG 4 -178.63 10.72 90 A ILE 5 58.71 82.23 90 A LYS 7 55.75 -154.17 90 A VAL 9 -71.67 -77.63 90 A LYS 10 -172.19 -18.13 90 A ILE 11 -142.79 -45.35 90 A ILE 12 -78.44 -90.97 90 A ALA 16 76.25 40.36 90 A ASP 18 54.92 -83.07 91 A ARG 3 73.53 -35.87 91 A LYS 7 53.76 172.82 91 A ILE 12 -75.63 -89.47 91 A ALA 16 73.28 46.27 91 A ASP 18 58.45 -78.00 91 A HIS 19 -160.16 32.05 92 A LEU 2 63.75 -8.84 92 A ARG 3 62.97 -13.65 92 A ILE 5 51.47 79.04 92 A VAL 9 -140.30 -14.05 92 A LYS 10 73.27 -18.99 92 A ILE 12 -94.77 -98.25 92 A ALA 16 74.34 42.92 93 A ARG 3 73.21 -66.50 93 A LYS 7 63.31 -131.88 93 A LYS 10 70.96 -23.59 93 A ILE 12 -91.83 -99.02 93 A ALA 15 -82.55 30.03 93 A ALA 16 74.54 36.68 93 A ASP 18 59.19 1.19 93 A HIS 19 -172.28 -72.47 94 A ARG 3 66.58 -13.83 94 A LYS 7 -71.01 -158.11 94 A VAL 9 -78.04 28.46 94 A ILE 11 -132.77 -39.55 94 A ILE 12 -75.49 -89.83 94 A ALA 16 70.08 46.94 95 A LEU 2 -70.92 -71.56 95 A ARG 3 -163.15 -16.68 95 A ARG 4 -166.51 9.84 95 A ILE 5 37.32 25.85 95 A LYS 10 68.49 -13.21 95 A ILE 12 -97.79 -97.74 95 A ALA 15 -82.93 30.55 95 A ALA 16 74.10 38.43 95 A ASP 18 55.10 -82.85 96 A ARG 3 75.40 -36.89 96 A LYS 7 56.88 -80.98 96 A VAL 9 -72.85 -88.40 96 A LYS 10 -171.87 -26.96 96 A ILE 11 -133.08 -50.91 96 A ILE 12 -76.62 -95.89 96 A ALA 16 76.77 38.73 96 A ASP 18 60.95 -76.42 96 A HIS 19 -155.62 54.60 97 A ARG 3 76.00 -44.13 97 A ILE 5 34.59 37.28 97 A LYS 7 51.12 99.47 97 A LYS 10 71.38 -20.50 97 A ILE 12 -92.62 -97.19 97 A ALA 16 74.78 38.54 98 A LEU 2 67.66 -6.94 98 A ARG 3 72.94 -67.80 98 A ARG 4 -69.56 7.91 98 A ILE 5 36.06 46.66 98 A LYS 7 53.20 -147.58 98 A LYS 10 71.73 -19.58 98 A ILE 12 -95.48 -99.24 98 A ALA 16 78.95 38.71 98 A ASP 18 56.64 -79.58 99 A LEU 2 -64.44 -81.61 99 A ARG 3 -169.27 -30.86 99 A ILE 5 59.28 83.85 99 A VAL 9 -76.35 31.96 99 A ILE 11 -137.65 -40.40 99 A ILE 12 -76.06 -89.68 99 A ALA 16 72.64 46.90 99 A ASP 18 57.28 -78.96 100 A LEU 2 -68.13 -85.36 100 A ARG 3 -157.82 -15.47 100 A ARG 4 -165.11 6.87 100 A ILE 5 53.91 93.54 100 A LYS 7 50.24 100.89 100 A VAL 9 -70.60 -82.39 100 A LYS 10 -171.34 -24.33 100 A ILE 11 -139.44 -48.11 100 A ILE 12 -77.58 -94.12 100 A ALA 16 77.11 38.04 100 A ASP 18 54.10 -84.33 100 A HIS 19 -162.28 50.01 N Winter flounder 1a in SDS micelles 1 N N A ALA 15 A ALA 15 HELX_P A LEU 20 A LEU 20 1 AA1 6 ANTIMICROBIAL PROTEIN winter flounder, AMP, antimicrobial peptide, cationic, ANTIMICROBIAL PROTEIN Q90WJ0_PSEAM UNP 1 28 Q90WJ0 WLRRIGKGVKIIGGAALDHL 28 47 6RYQ 1 20 Q90WJ0 A 1 1 20 1 P 1